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
AK148_00001	1230	arcA_1		Arginine deiminase	GTGAAGCAACCATTACATGTTACGTCTGAAATTGGTGCATTACAAACAGTGTTGTTGCATCGACCTGGTAAAGAAGTTGAAAATTTAACCCCTGATTATTTAGAGCATTTGTTATTTGATGATATTCCTCATTTACCAATGATCCAAAAAGAGCATGATTATTTTGCTCAAACGCTACGAAATAGAGGTATTGAAGTACTTTATTTAACCAATTTGATGACAGAATCGCTTCATACAGAAGAGTTAAGACAGCAATTTGTGAAGCAAATATTAACGGAATCAAATGTCCATGGTGGTAGTGCGCAAAAAATAGCTGATTATTTACTGTCGTTTGACACCGAAGAGATGGTAAAGAAAATCATGGCTGGTGTGAGGAAATCAGAAATTCCAGTAGAGAAAAGGAACCATCTATATGAATTGTTAGATAATCATTACCCATTTTATTTAGATCCGATGCCGAATCTTTATTTTACGAGAGATCCAGCGGCAACGATAGGTAATGGGTTAACGATTAATACCATGAGAGAAGTTGCAAGAAGGCGAGAATCGCTATTTATGAGTTATATTATTCATCATCATCCGAGGTATGCGGAGTTTGATATCCCTATTTGGTTGGATCGCGATTATCCGTGCCCGATAGAAGGTGGCGATGAGCTTGTTTTAAGCAAAGATACGATCGCCATTGGTATAAGTGCAAGATCGGCAGCAAAATCCATTGAGCAATTGGCTATTAATATGTTTAAACGCCAAAAGGAAATAAAGCGCGTTGTTGCTGTAGAAATTCCGAAGTCAAGAGCATTTATGCACTTAGATACCGTATTTACAATGGTTGATTTCGATAAATTTACCATCCACCCCGAAATTCAAAATAAAGATGGACAAATGGATATTTATATTTTGGAACAAGGGAAAGAAGAAGATACCGTAAAAATAACGCATAAAACGAATTTGTTGGAAACACTGAAAGAAGTACTGAAGCTGAAAGATGTTGCATTAATCCCATGTGGAGGAGGAGACGTTATTGCTGCGCCGAGAGAGCAATGGAATGACGGTTCAAACACATTGGCAATTGCCCCTGGTGTTGTTGTCACATATGACCGTAACTACGTGTCTAACAAATTGCTACGCGAACATGGCATGGAAGTTATTGAAGTCACTAGCTCTGAATTATCTCGAGGTCGTGGTGGTCCGCGCTGTATGAGTATGCCGTTATCGAGAGAAGATTTATAA	MKQPLHVTSEIGALQTVLLHRPGKEVENLTPDYLEHLLFDDIPHLPMIQKEHDYFAQTLRNRGIEVLYLTNLMTESLHTEELRQQFVKQILTESNVHGGSAQKIADYLLSFDTEEMVKKIMAGVRKSEIPVEKRNHLYELLDNHYPFYLDPMPNLYFTRDPAATIGNGLTINTMREVARRRESLFMSYIIHHHPRYAEFDIPIWLDRDYPCPIEGGDELVLSKDTIAIGISARSAAKSIEQLAINMFKRQKEIKRVVAVEIPKSRAFMHLDTVFTMVDFDKFTIHPEIQNKDGQMDIYILEQGKEEDTVKITHKTNLLETLKEVLKLKDVALIPCGGGDVIAAPREQWNDGSNTLAIAPGVVVTYDRNYVSNKLLREHGMEVIEVTSSELSRGRGGPRCMSMPLSREDL	PGPT0020075_797	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020075-arcA-K01478	NA	NA
AK148_00002	1020	arcB_1		Ornithine carbamoyltransferase, catabolic	ATGGCGACAAAGTTAACGAAACAATTAACTGGTAAACATTTTTTGACATTAAAAGATTTTACAGCGGATGAGATTCATTATTTGCTTGATTTAGCAGCTGATTTAAAAGCAAAGAAAAAATCTGGCACGCCACACCATTATATGAAAGGGCAAAATATTGCCCTATTATTTGAAAAACCTTCTACCAGAACACGCTGCGCCTTTACAGTAGCATGCATTGATTTAGGAGCACATCCAGAATATCTTGGAAAAAATGATATTCAATTTGGGAAGAAAGAATCTGTTCGTGATACAGCCATTGTATTAGGAAGAATGTTTGACGGCATTCAATTCCGTGGATTCGATCAGGAAACGGTAAATGGTTTAGCGGAAAATTCTGGCGTTCCTGTTTGGAATGGGTTAACAAATGAATTCCACCCTACACAAATTCTTGCCGACTTATTAACGATAAAAGAACATATTGGACATTTGAAAGGTGTTAAGTTCGTCTATGTTGGTGATGGTAGAAACAATATGGGAAACAGCTTATTAATCGGCTGTGCGAAGGTTGGTATGGATGTTCGCATTTGCTCTCCAGAGGTATTATTTCCGGATGAGGATGTCGTTCGTTACGCGGAAGAAGTGGCGAAAGATTCGGGAGCAAACATTACGATTACTTCTGATATTGATGAAGCTGTTTCTGGAGCTGAAGTGATTTATACCGACGTGTGGGTATCTATGGGAGAAGAAGATAAGTTTAAAGAGCGAATTGATTTACTTTACCCATATCAAGTAAATAAAGCAATGCTTGAGAAAACAGGTAATCAAGACAATGTCATGTTCCTCCATTGTTTACCGAGCTTTCACGATTTAGAGACAGAAGTAGGACGAGATATACACGAAAAGTTTGGTTTAAAGGAAATGGAAGTAACGGATGAAGTATTTCAAAGCAAAAATTCATTTGTCTTTGATGAAGCAGAGAACAGGCTGCATACGATTAAAGCCGTAATGGCTGCAACGAATGGAAATGAAACTAGCTAA	MATKLTKQLTGKHFLTLKDFTADEIHYLLDLAADLKAKKKSGTPHHYMKGQNIALLFEKPSTRTRCAFTVACIDLGAHPEYLGKNDIQFGKKESVRDTAIVLGRMFDGIQFRGFDQETVNGLAENSGVPVWNGLTNEFHPTQILADLLTIKEHIGHLKGVKFVYVGDGRNNMGNSLLIGCAKVGMDVRICSPEVLFPDEDVVRYAEEVAKDSGANITITSDIDEAVSGAEVIYTDVWVSMGEEDKFKERIDLLYPYQVNKAMLEKTGNQDNVMFLHCLPSFHDLETEVGRDIHEKFGLKEMEVTDEVFQSKNSFVFDEAENRLHTIKAVMAATNGNETS	PGPT0020080_644	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
AK148_00003	1428	arcD_1	COG0531	Arginine/ornithine antiporter	ATGAGTGAAGATGAAAAAAAGCTAGGGCTAGTGGCGCTTATTGCGCTAGTTGTCGGTTCCATGGTTGGAGGAGGAGCATTCAACTTAGCTGGAGATATAGCACTTGGATCTAATTCCGGTGCAGCCATTATTGGCTGGATTATTACAGGCATTGGTATCGTAGCCCTTGCCTTTGTCTTTCAAAATTTAACTCAAAGGAAACCAGAATTAGATAGCGGTATTTATAGCTATGCAAAAGCTGGGTTTGGAACATTTTTAGGATTTAATAGTGCATGGGGTTATTGGCTATCGGCGTTTTTAGGGAATGTAGCTTATGCTACATTAGTTTTTTCATCAATTGGTTACTTTATCCCCATGTTCGAAGGCGGTCAAAATGTCGCTAGTATTATCGGTGCTTCCGTCGTTTTATGGTCCGTGCATTTTCTTGTTTTACGTGGTGTCAGTTCAGCTGCGCTTATTAATACAGTAGCAACGATTGCCAAAGTGATTCCTATATTTTTGTTTATTATTATAGCGATCATTGCGTTTAAATGGGATACATTTTCATTTGAGTTCTGGGGCAGTGAAGGTTTTAGTTGGGCCTCTGTTGGTGAACAAGTTAGAAGCATGATGTTAGTTACTTTATGGGTATTTATCGGTGTTGAAGGTGCTGTTGTAATGTCAGGTAGAGCAAGAAATCGCTCTGATGTTGGGAAAGCCACAGTAATTGGGTTAATTAGTGTGCTTTTAATTTACATTTTAATCTCTTTGTTATCGTTAGGGATTATGTCAAGAGAAGAATTAGCTAATTTACCAAATCCTGCAATGGCTTATGTGTTAGAAGAAATTGTTGGGAAATGGGGAGCTATTGTTATTAACCTTGGTCTAATCATCTCGGTTATGGGAGCTTGGCTTGGTTGGACGTTGTTCGCAGCGGAGTTACCTTATGTCACGGCAAAAGACAAAGTGTTTCCTAAATGGCTAGCAAAAGAGAATAAAAATCACGCCCCCGTCAATTCGTTATGGTTAACCAATGGGCTTATCCAACTATTTCTGATAACGCTTTTATTTTCTGAAGCAGCATATAATTTTATGTTCTCTTTGGCAACTTCAGCTATCCTTATTCCCTATATGTTATCGGCTTTTTACCAAGTAAAATTGACCATGACAGGTGAAGGATATGAAGTAGGAGAAAAACGTATCAAAGAGAAAGTGATTGGTTTTATTGCGAGCATTTATGCTTTGTGGCTCGTATATGCTGCTGGAATAAGCTACTTGCTTTTAACCATGTTGTTATATGCTCCAGGGATTATTCTTTATAAACGGGCGTTAAAAGAAAATGGCATTCAAAAGCAAGACACGAAGGTAGAAAAATCGCTAATGATTGCATTTGTTGTCTTAGCAGTAATTGCAATAGGTGGCTTAGTTACTGGCAGGATAACCATCTAA	MSEDEKKLGLVALIALVVGSMVGGGAFNLAGDIALGSNSGAAIIGWIITGIGIVALAFVFQNLTQRKPELDSGIYSYAKAGFGTFLGFNSAWGYWLSAFLGNVAYATLVFSSIGYFIPMFEGGQNVASIIGASVVLWSVHFLVLRGVSSAALINTVATIAKVIPIFLFIIIAIIAFKWDTFSFEFWGSEGFSWASVGEQVRSMMLVTLWVFIGVEGAVVMSGRARNRSDVGKATVIGLISVLLIYILISLLSLGIMSREELANLPNPAMAYVLEEIVGKWGAIVINLGLIISVMGAWLGWTLFAAELPYVTAKDKVFPKWLAKENKNHAPVNSLWLTNGLIQLFLITLLFSEAAYNFMFSLATSAILIPYMLSAFYQVKLTMTGEGYEVGEKRIKEKVIGFIASIYALWLVYAAGISYLLLTMLLYAPGIILYKRALKENGIQKQDTKVEKSLMIAFVVLAVIAIGGLVTGRITI	PGPT0020620_563	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_ARGININE_TRANSPORT,PGPT0020620-arcD|lysl|lysP-K03758	NA	NA
AK148_00004	945	arcC1_1		Carbamate kinase 1	ATGGCGAATGAACGTATTGTGATTGCACTAGGCGGTAATGCGATTCAGTCTGGTAGTGCAACGGCTGAAGCACAGCAACAAGCCTTAAACCATACGGCAAAACAGTTAATAGAAATTATTAAACAAGGCTACCAAGTAGCTATTACACACGGTAATGGTCCTCAAGTAGGAAATATTTTATTACAACAAATTCAATCTCATAGTGAACAGACGCCTGCGATGCCTTTGGATACGTGTGGGGCAATGAGTCAAGGAATGATTGGTTATTGGTTGGAGAATGCACTTTATGGTCAGTTGCATGAAGCTGGGCTCAACAACCAAGTAGCTACGGTTGTAACTAGAGTAGAGGTTGATCCAGATGATAAAGCTTTTCAACAACCGACCAAACCAATTGGTCCGTTCTATTCGGAAAACGAAGCAAAAAAACAAATGGAAAAGAATGATATTACATTTAAGGAAGACGCTGGAAGAGGATGGAGAAGAGTAGTTCCTTCTCCTCAGCCATTGAAAATTTTAGAACATGAAGTCATTAAAGCTTTAATGGATAAGGAAATGATTGTGATTAGTACGGGTGGCGGTGGTATTCCAGTTTATTCTAAGAATGACCAGATGATTGGTGTAGAAGCTGTGATAGATAAAGATTTTGCTTCTGAGAAATTAGGAGAGCTCATTCAAGCAGATAAGTTAGTAATTTTAACTGAAGTAGAACATGTATATGTAAATTATCAAAAACCGGAGCAAAAAGTGCTCGAACAAGTTACCACAACAGAATTACGAAGATACGCGGAAGATGGTCAATTTGCTGCAGGTAGTATGTTGCCAAAGATAGAAGCTGCCATTACATTTGTTGAATCGAAACCTGGTAGAAAATGTATTATTACTTCACTAAGTAAAGCTGCGGAAGCTGTAGGAGAAAATGCTGGAACAGTTATTAAAAATGAATAG	MANERIVIALGGNAIQSGSATAEAQQQALNHTAKQLIEIIKQGYQVAITHGNGPQVGNILLQQIQSHSEQTPAMPLDTCGAMSQGMIGYWLENALYGQLHEAGLNNQVATVVTRVEVDPDDKAFQQPTKPIGPFYSENEAKKQMEKNDITFKEDAGRGWRRVVPSPQPLKILEHEVIKALMDKEMIVISTGGGGIPVYSKNDQMIGVEAVIDKDFASEKLGELIQADKLVILTEVEHVYVNYQKPEQKVLEQVTTTELRRYAEDGQFAAGSMLPKIEAAITFVESKPGRKCIITSLSKAAEAVGENAGTVIKNE	PGPT0020085_630	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0020085-arcC-K00926	NA	NA
AK148_00005	486	argR_1	COG1438	Arginine repressor	ATGGAGGGGTTTTGCTTTATCAATAAAAAAGAACGGCAAGAAAAAATCTGTGCAATTATACGAACCAACGAAGTGCGTACACAAAAAGAATTGCGTGAATTATTAAAGAATCAAGGGTATGATATTACATTAGCAACCATTTCAAGAGATATACAGGAATTAAAAGTGAGGAAAGAGTATTCTTCAAATGGGGTAGAGAGTTATCATTTACCCAATAATGTAACAGAAAAATCAACGATTCAAAAGTTACAACAGTATTTTTCAGAAGCGATCTTATCCATTGAAGTGTCAGGTGTCTTTGTCATTATTAGAACAGATCCAGGCAATGCGAAAGCCATTGGATATATGATGGATTCGTTAGAATGGAAGCAACTAGCAGGTGTCATTAGTGGTGATGACAATTGTTTATTACTATGCAAAACAGAATCTGAAGCAGAAAAAGTAAAAAAGAAGTGTTTGGAAATATGGGGTAGAGGTAGAAATTAA	MEGFCFINKKERQEKICAIIRTNEVRTQKELRELLKNQGYDITLATISRDIQELKVRKEYSSNGVESYHLPNNVTEKSTIQKLQQYFSEAILSIEVSGVFVIIRTDPGNAKAIGYMMDSLEWKQLAGVISGDDNCLLLCKTESEAEKVKKKCLEIWGRGRN	PGPT0020105_1186	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020105-ahrC-K03402	NA	NA
AK148_00006	1914	licR_1	COG1762	putative licABCH operon regulator	ATGAGATCATGCCACTTTGCTATTTTAAAATTGCTTGATAAAGAGGAAAGTAAGGTTTTGACGAGCGCTCAACTGGCTATGGAGATTAACGTAAGTCCGAAGACAGTAAGAACGAAAATAAAACATTTAAATATGATTCTTAGTGACTACAATATGTGTATTAAGTCATTACGGGGAAAAGGGTATATCTTAAAAGGGAAAGATAATAGGAAAATAAATGAATTGTTATCAAGTAATGTAAATGAGCGTCGCTCTCAAATCCCCGTAGATTCAAGTGAAAGAGTAAATTATCTATTAGAGAAACTATTATTTAGTAATGGTTTTATAAAAATGGAAGATTTACATGCAGAGTTATTCATTAGTAGATCCACTTTACAAGGTGATTTAAAAAAGGTTCGAAAATTACTACAACTTTATGGGCTATTTATTGAACATAAACCCAACTTCGGTATGAAAATAGTTGGTGATGAAACGTTAATTCGCTTTTGTTTGTCTGAATACATTTTTAATCAGCACCCGTTACTTTTAAAGGAGCAAATGAGAAATATTTTATCGTTGAAAGAATTGACGATCATAAGAAATTCCATTATCGAAAATATCAGAAAATATAATGTTGCTATTTCTGATATTAGCTTACATAATTTAATTATTCATGTATCAATTGCATACAAACGTTTGCTAGAACACAAGTCTGTTGAATTTATGAGAGAAAAAGTATATTCGTTATTTTATGAAAAAGAATATGAAGTAGCAAAAAAGATATTAGAGAGAATGGAAAGCGAATTAGGAATTAAATTTCCTGAAACAGAAGTTGCTTATTTAACTATTCATTTAAAAGGAGCCAAGCTGACTTCCACTCCTGATAACTTAAATTTTCAAAATATAGTTGATGAGAATATTTATTGTGTAGCAAAGCAGGTTATACAGGTCATTGATGATGCGTACGATTTAAAGTTAACAGGTGACGAAGAACTGCTAATAAATTTATGCCTACATCTTAAACCTGCAATTAGTCGATTTCGTTATCAAATGAATCTACGTAATCCAATGTTGGAGGAAATAAAAATGAAATATCCTCTTTCATTTGAAGCGGCATTAACAGGGGTTAGTGTAATAAATAAACGATTTAGTGTTCAGTTTAATGAAAGTGAAATCGGCTATGTTGCGCTTCATATAGAGGCTGCATTAGAAAAGGCAAAACGCTCATATAAGGAGCGCAAGCGTAGTTTAATTGTTTGCGCTACGGGTCTGGGGAGTTCGCAATTGCTTATGCATAAGTTGACAAATATTTTTGGGAAGAAGCTTCATATTACTGAAACAGTAGAACAATATAACTTAACACGTTTAAATCTTAAAAATTATGATTTTATCATTAGTACAATTCCAATAAAAAATAAACTACCAATACCAGTTGTTCATATAAGTAGTATTCTTGGTAATATAGATATTTCTAAAATCGAGCGTATGTTAGATTATTCGGATATAAACTTACGAGAATTTATTTTTTCAGAGTTTACCTTTTTGCAACGTGATTTTCGAACGCCACATTCAATTATTAGATTTTTAACAAATAACGTAGTACAGAAAGGGCAAGCAGACACAGATTATATACAATCTGTATTAGAACGAGAGAGTTTTTCACCAACGAGTTTTGGTAATATGGTAGCAATTCCCCATCCACTAAAACCAGGAACAAATGCTACCTTTCTCTCTATATTAACATTGTCTCGTCCCATAAACTGGGGCGACAAATCTGTTCAATTAGTCATATTGCTGAATATAAATAAAAATAGGAAAGAAGATTTGCAACTCATGTATCAATCTCTTGTCCATTTAATTGATGATAAACAAAAGGTCTTCCAGTTACTAAGGTGCAAGACGTATAGGAATGTAATAGAAATAATAAAAGAATAG	MRSCHFAILKLLDKEESKVLTSAQLAMEINVSPKTVRTKIKHLNMILSDYNMCIKSLRGKGYILKGKDNRKINELLSSNVNERRSQIPVDSSERVNYLLEKLLFSNGFIKMEDLHAELFISRSTLQGDLKKVRKLLQLYGLFIEHKPNFGMKIVGDETLIRFCLSEYIFNQHPLLLKEQMRNILSLKELTIIRNSIIENIRKYNVAISDISLHNLIIHVSIAYKRLLEHKSVEFMREKVYSLFYEKEYEVAKKILERMESELGIKFPETEVAYLTIHLKGAKLTSTPDNLNFQNIVDENIYCVAKQVIQVIDDAYDLKLTGDEELLINLCLHLKPAISRFRYQMNLRNPMLEEIKMKYPLSFEAALTGVSVINKRFSVQFNESEIGYVALHIEAALEKAKRSYKERKRSLIVCATGLGSSQLLMHKLTNIFGKKLHITETVEQYNLTRLNLKNYDFIISTIPIKNKLPIPVVHISSILGNIDISKIERMLDYSDINLREFIFSEFTFLQRDFRTPHSIIRFLTNNVVQKGQADTDYIQSVLERESFSPTSFGNMVAIPHPLKPGTNATFLSILTLSRPINWGDKSVQLVILLNINKNRKEDLQLMYQSLVHLIDDKQKVFQLLRCKTYRNVIEIIKE	PGPT0019430_442	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_LICHENAN_DEGRADATION,PGPT0019430-licR-K03491	NA	NA
AK148_00007	1302	licH_1	COG1486	putative 6-phospho-beta-glucosidase	ATGACTGGATTAAAAATAGCGGTGATTGGAGGGGGGTCTTCCTATACACCGGAGCTGTTAGAGGGGCTTATTAACCATCAAGAAACTTTACGAGTAAAAGAAATCTGGTTAGTAGATATTGAAGAAGGAAAACAAAAGTTGTCTATTATAGAAGGGTTATCAAAGCGAATGATTCAAGCATCAGGACATTCAGTTAAAATTATTGCAACTTTCAATAGACAAGAGGCGATAAAAGGTGCAGATTATATTATTACCCAATTTAGAGTTGGGCAACTTAAAATGCGTCGATATGATGAATATATTGCTTTAAAACATGGAGTAATCGGTCAGGAGACCACTGGAGCAGGTGGTTTTATGAAAGCATTACGCACCATACCAGTTATTTTAGATATTTGTAATGATATAGAGCAACTTGCTCCCGAAGCATGGCTATTGAATTTCACCAATCCAGCAGGCATTGTAACAGAGGCAGTATTAAAACATAGCAATGTAAAAGTTATTGGTTTATGCAATAATCCAATAAACTATTATAAAAAATTTGCAGCTATTTATAACGTTTCTATGAACGATGTTAGTATCAACTTCACAGGTATAAATCATTTACTTTGGCTGACTGAGTTATATATTAAAGGCGAGTCAAGGATCAAAGATGTTTTTCATGGGTGTTCAGATATTTATGAAGCAACAAATATTCCTGACTTTGGCTGGGATCTTCAGTTCTTAAGATCTTTAGGTGCTATTCCATGTGGTTATCATAAATACTATTATCAGTCTGATCGAATTTTACAACAACAATTGGAAGAATTTAAACGAAATGAAACCCGCGCTGACCAGGTTCAAAAGATTGAGCGAGAACTATTTGCAACTTATCAAAACCCAAATTTAAGTGAAAAACCAAAAGTCTTAGAACAAAGAGGCGGTGCGTACTATTCGGAGGCGGCTGTTCATTTGATGAAATCGATTGAGTTGAATACAAAAGAAGTGCATACATTAAACGTTCGTAATAATGGAACAATTTCGTGTCTACCCATCAATGCTTGTATAGAAGTAAATTGTGTGGTGGAACGGCATCAGGTTACTCCATTGCAAGTAGGACAAGTTTCTCCGCAAATCAGAGGGCTGTTACAACATGTTAAAGCATACGAAGAGCTCACTGTTGAAGCTGGGGTGAACGGGGATAAAGGTGTTGCCCATCTAGCACTGACATCACACCCTCTTATTCCATCCGCTGAACAGGCGAAAACTATTTTAAAAGAAATGTTTTTTGTTAATAAAGAATTTTTACCGCAATTTAAGATTTAA	MTGLKIAVIGGGSSYTPELLEGLINHQETLRVKEIWLVDIEEGKQKLSIIEGLSKRMIQASGHSVKIIATFNRQEAIKGADYIITQFRVGQLKMRRYDEYIALKHGVIGQETTGAGGFMKALRTIPVILDICNDIEQLAPEAWLLNFTNPAGIVTEAVLKHSNVKVIGLCNNPINYYKKFAAIYNVSMNDVSINFTGINHLLWLTELYIKGESRIKDVFHGCSDIYEATNIPDFGWDLQFLRSLGAIPCGYHKYYYQSDRILQQQLEEFKRNETRADQVQKIERELFATYQNPNLSEKPKVLEQRGGAYYSEAAVHLMKSIELNTKEVHTLNVRNNGTISCLPINACIEVNCVVERHQVTPLQVGQVSPQIRGLLQHVKAYEELTVEAGVNGDKGVAHLALTSHPLIPSAEQAKTILKEMFFVNKEFLPQFKI	PGPT0019105_1046	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-CARRAGEENASE,PGPT0019105-celF|licH|chbF-K01222	NA	NA
AK148_00008	303	celA_1		PTS system cellobiose-specific EIIB component	ATGAAAATAACGTTGCTTTGCGCATTAGGGATGAGTACAAGTCTTTTGGTAGAAAGAATGAAAAAAGCAGCTAATCGAAGAGAGTTGGATGTGAAAATAGAAGCACATTCAGTAGAGGAAATAGATAGACAACTTAAAGATTCGGATGTCATACTCTTAGGTCCACAAATTCGCTATAAAAAAAAGGAATTATATAAAAAAGCAGAAGAGGAAAAGGTGCCAATAGCTATTATTGATATGCAAGCATATGGGGCAACAGATGGTGAAAAAGTGCTGGATCAGGCGCTTCACTTAAAAAAGTAA	MKITLLCALGMSTSLLVERMKKAANRRELDVKIEAHSVEEIDRQLKDSDVILLGPQIRYKKKELYKKAEEEKVPIAIIDMQAYGATDGEKVLDQALHLKK	PGPT0016975_428	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016975-celA|chbB-K02760	NA	NA
AK148_00009	1281	licC_1	COG1455	Lichenan permease IIC component	ATGGTGAATCGTTTTAATGAATTTATGGAACGTTATTTTATGCCAGTTGCAGGGAAATTAGCTGAACAACGTCATTTAAAATCAGTTAGAGATGGAATTATAGCAACCATGCCACTATTAATTATTGGAAGCGTTTTCCTAATTATTTCATCTCCACCAATTGAATCGTGGGCTGAATTTATGAAACCCTATGCACAAACGTTAAGTATTCCGGTAAATGCTACCTTTGGTTTGTTAGGATTAATCGCAGTTTTTTCAATTGCGTATAGTCTTGCGAAAAGCTATGGAATGGATGAATTATCTGCTGGTGTACTAAGTGTGGCTACATTTTTCGTCGCTACCCCTTTGACTGAAGAAGGAAATATACCGTTAAACTTAATGGGAAGTGAAGGACTATTTATTGCCATTGTTTTAGCCATTTTCACAGTAGAAGTTTTCCGTTTTTTTGAAAACAAAAACGTTGTTATTCGTATGCCTGAAGGGGTGCCCCCGTCAGTATGGCGAGCATTTACAGCTCTTATTCCCGGAGCGGTCATTATTTTTATAGTATGGGGAGTAGATTTATTGTTGCGTCACTTCTTCGATTTATCATTGCATGGAGTAGTCGCCGCTATTTTAAGGCAGCCTTTAGAAGCTATGGGATCAAGTTTGTGGGGAGCAGTTATTGCAATAATTCTTATCCATTTACTGTGGTCGTTTGGAATTCATGGCATATCCGTTGTAGCAAGTGTTATGGCTCCAATTTGGTATAGTTTAACAGAACAAAATGTTGCTGCACAACAGGCTGGTGAGGAACTTCCATATATAATTGGGCAACCATTTATGGCGATATGGTGGGCAGTTGGTGGTTCAGGCATGGCTTTAGCATTAACCATACTTTTTGTTTGGCGAGCTCGTTCGAGGCATTTAAAAGGATTGGGACGAGGCTCTATTTGGGCAAGTTTCTTTAATATAAGTGAACCAATCGTTTTTGGAGCTCCAATTGTAATGAACCCGTTGTTATTTTTACCTTTCATACTAGCACCATTAACAGTAGGTATTATCACGTATTTTTCAATGTCGCTTGGATTTGTAGGAAAACCTTATGTAATTGTTCCATGGACGACACCGCCTCCTTTTTCTGGAATATTGACAACAGGTGATTGGCGTGGTGGTGTATTAATGATGATCAATATTATTGTAGCTATCTGTATTTATTATCCGTTTTTCCGTTTGTACGATAAAAAACTATTAGAAGAAGAGCAAGCTAGTGAGTCAGTGGCTGCTACTACAGAAAGTTAG	MVNRFNEFMERYFMPVAGKLAEQRHLKSVRDGIIATMPLLIIGSVFLIISSPPIESWAEFMKPYAQTLSIPVNATFGLLGLIAVFSIAYSLAKSYGMDELSAGVLSVATFFVATPLTEEGNIPLNLMGSEGLFIAIVLAIFTVEVFRFFENKNVVIRMPEGVPPSVWRAFTALIPGAVIIFIVWGVDLLLRHFFDLSLHGVVAAILRQPLEAMGSSLWGAVIAIILIHLLWSFGIHGISVVASVMAPIWYSLTEQNVAAQQAGEELPYIIGQPFMAIWWAVGGSGMALALTILFVWRARSRHLKGLGRGSIWASFFNISEPIVFGAPIVMNPLLFLPFILAPLTVGIITYFSMSLGFVGKPYVIVPWTTPPPFSGILTTGDWRGGVLMMINIIVAICIYYPFFRLYDKKLLEEEQASESVAATTES	PGPT0016970_2685	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016970-celB|chbC-K02761	NA	NA
AK148_00010	759		COG3394	Carbohydrate deacetylase	ATGGGTAACAATACAGTCAAACTTATTATAAATGCGGATGATTTTGGGCTTACGGCTGGTGTGACATATGGAATTCTATTTGCTCATCAATATGGCATCGTATCAAGTACAACTGTCATGGTTAATATGCCATTTGCCAAAGAGAGTTTAAAAGAAGCAAAAAAACATCCTAATTTGGGAGTAGGCTTGCATCTCGTTTTTGATGCAGGTCGTCCCGTCTTTGCTTCCCAAAGTAGTTTAACGAGTCATTCTGGATATTTTTTGAAAAAGGAAGGGTTAATGCAATCTGCTAAAAGAGAGGATATAAAAAATGAGGTCGAGGCTCAGCTTGATTTAGCACATAAATGGTATGGGAATATAACGCATATAGATAGTCATCATCACCTGCACCATCATTTTCCATTGTTACTGGATGTCGTTTTAGAGACTGCAAAAAACTATAATATGCCGGTTAGATTGCTTCCTGACACAAAGATATCGTATAAAATAGCGAGTCCAGATTATTTTTGTGGAGGTTTTTATGGGGAAGAAAGCGTTTCAATAAATAATCTTAAAGATATGATAACAAGTTTAAAGCCAGGAATTACAGAAATGATGTGCCACCCAGGATTTATGGATTCTAGTTTATACAAAATTAGTAGTTATAACAGTATGAGAATGATAGAAGTGGCTGTTTTAACTAACATCAAGTTGAAAGAACATATACAAAAACAATCTATTGAATTGATTCATTATGGAGGAGTCGCGGATGGACATTGA	MGNNTVKLIINADDFGLTAGVTYGILFAHQYGIVSSTTVMVNMPFAKESLKEAKKHPNLGVGLHLVFDAGRPVFASQSSLTSHSGYFLKKEGLMQSAKREDIKNEVEAQLDLAHKWYGNITHIDSHHHLHHHFPLLLDVVLETAKNYNMPVRLLPDTKISYKIASPDYFCGGFYGEESVSINNLKDMITSLKPGITEMMCHPGFMDSSLYKISSYNSMRMIEVAVLTNIKLKEHIQKQSIELIHYGGVADGH	PGPT0012160_957	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-CHITINOLYTIC_ACTIVITIES,PGPT0012160-chbG-K03478	NA	NA
AK148_00011	354	celD		PTS system cellobiose-specific EIIA component	ATGGACATTGAGAATGCATCAATGAATATTATTTTACATGCAAGCAATGCAAAACAACATTTGTATGAGGCATTAAATCATGCTCGTGAGGCTGAATTTAATGCCATTGAATCTTCAATGAAGCTTGTTCATACTGAATTATTACAAGCGCATAAATTACAAACGAAGCTAATTCAAGAAGATACAAAGGGGGAGCTTGAAAATATCCCTGTCTTATTAGTTCATGCTCAGGATCATTTAATGTCTGTAATATCAGAAAAAAGCTTAATAGAAGAATTAATAATACTTCATCGAAATCAAAATGAACAAAGTGAAAAAATTAATCATTTAATGAATAGGATGTATGATAACTAA	MDIENASMNIILHASNAKQHLYEALNHAREAEFNAIESSMKLVHTELLQAHKLQTKLIQEDTKGELENIPVLLVHAQDHLMSVISEKSLIEELIILHRNQNEQSEKINHLMNRMYDN	PGPT0016980_127	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016980-celC|chbA-K02759	NA	NA
AK148_00012	1734			hypothetical protein	TTGATACCAGGTATTGAAGTTTTTTTAAATGAACATTTATCATGGGTAGAAGAGAAGCGAGTAGGATTAATTACAAATCATACAGGAGTTACAAGTGATTTAAAGAGTAGCATTCATTTATTATATGCACATCCAGAAGTATATTTAACGGCACTGTATGGTTCTGAACACGGTATTCGAGGTAACCGGGAAGCTGGAGAGTATGTGGAATCTTATGTAGATGAAAAAAACGGCTTACCTGTTTACAGTTTATATGGTCCGACTTGGAAGCCAAAAGAAGAAATGCTTGAGGATGTAGATGTGTTATTATTTGATATTCAGGATATAGGTTCCAATGTTTATACCTATATTTATACTCTTGGATTTGTTATGGAAGCAGCTGCAGAGTACGATAAACAAATAATTGTTTTAGATAGACCGAATCCAATTGGTGGTATGAAAGTGGAGGGACCGTTGCGATCAAAAGATGCAGTAAGTTTTATGGGGAGATTTTTACTCCCTGTAAGGCATGGGATGACGGTTGGAGAATTAGCTTTAATGTGGAACCAAGAATACAGTTTGGGAATAGATGTAAAAGTAGCTAAAGCTAAAAGTTGGAAAAGAAACGTGTATTTTTCTGACACTCATCTCCCCTGGGTTCTAACTTCGCCAAATATTCCTACTGAACAGACAGCTTATTTGTATACTGGAACGGAACTATTGGATGACACGTCACTGTCTACAGGGATTGGTACTACAAAACCCTTTGAATTAGTAGGTGCTCCAGGGATTGAAAGTGAAGCATTGGCAGAAGAAATGAACAAACGTAATCTTGCAGGTGTTAAGTTTCGACCAGCTTATTTTACTCCAAGATTCGGAAAGTATAAGGGAGAATTAATTGGTGGGGTACAGGTTCATATAAGTAATATTTCAGAAGTTGACTTGGTTTCTTTAGGGTTAAACTTGCTTGATGCAATGAGAGATCAAAAACCACAAAAATTTAAAATGAATGAGAGTTATGTTCATTTAATTGGAAATACTAAAGTACCTACTAAGATTATGAACGATCATCCAGTCAGTGAAATAATTAACTCGTGGCAAGAAGATTTGAATAAGTGGGTAAAAAATGTTCGTAATAAGTATTTAATTTATCCTCCTTATCCAGATAAAGCCAAACCTTACAAGCCATCAGGGGCGTTAGGGATTATGCCCTTGGATGTGGAAATGATTTTAGGTCAAAATGTGGCATTAGCTTTAAGAGGTTATGATAAAAATGGCAGAAAACTAGAGATCGATACTAGTTTAATTACTTGGACTACGTCAGGGAATATTGGGTATATAGAAAACGAGATATTTCATGCTGAAAAAGAAGGAGAGGGACAAATAACAGCAAAATATGGAAGCTATACAGCTAACCGAGAAATACTTGTTTCGGCACGCTATGTAAACAATATAAGGTATGGTATTCATTCTAACTATACTAGAGTTGTGTTAGATATAAATATGAGAATGAATGACTTTAAAATAGTTGAAGGGAAAAATACTTTAACTATCCAAATACCTTATGCAAAGATTTGTGGTGAGTTATTACAAGAAGGAGGCACCATTGAAATAAGCAATAGTCCTGTATTGTCATCTATTGAATATTTGAAAAAAGATACCATGTTCATTGCTAATTTTCATTTGCAAGAAAGAAAAGTGTTCTATGAAACGCCTGATTTTGCATCGCGGATAGTTGTTGATATAATGCATTAA	MIPGIEVFLNEHLSWVEEKRVGLITNHTGVTSDLKSSIHLLYAHPEVYLTALYGSEHGIRGNREAGEYVESYVDEKNGLPVYSLYGPTWKPKEEMLEDVDVLLFDIQDIGSNVYTYIYTLGFVMEAAAEYDKQIIVLDRPNPIGGMKVEGPLRSKDAVSFMGRFLLPVRHGMTVGELALMWNQEYSLGIDVKVAKAKSWKRNVYFSDTHLPWVLTSPNIPTEQTAYLYTGTELLDDTSLSTGIGTTKPFELVGAPGIESEALAEEMNKRNLAGVKFRPAYFTPRFGKYKGELIGGVQVHISNISEVDLVSLGLNLLDAMRDQKPQKFKMNESYVHLIGNTKVPTKIMNDHPVSEIINSWQEDLNKWVKNVRNKYLIYPPYPDKAKPYKPSGALGIMPLDVEMILGQNVALALRGYDKNGRKLEIDTSLITWTTSGNIGYIENEIFHAEKEGEGQITAKYGSYTANREILVSARYVNNIRYGIHSNYTRVVLDINMRMNDFKIVEGKNTLTIQIPYAKICGELLQEGGTIEISNSPVLSSIEYLKKDTMFIANFHLQERKVFYETPDFASRIVVDIMH				NA	NA	NA	NA	NA
AK148_00014	1641	metG_1	COG0073	Methionine--tRNA ligase	ATGAATATACTAATTGGTGGGGCTTGGCCATATGCAAATGGATCATTGCACTTAGGACATATATCCAGTCTTTTGTCTGGAGATATTTTAGCGCGTTATTACAGAGCAAAGGGTGATCATGTGCTATATGTGTCCGGGAGTGATTGTAATGGAACACCTATTACAATACGGGCCAAACAAGAGGGAGTGGAACCAAAAAAAATAGCCGATACGTATCATAAAGAGTTTAAACAATGTTTTGATCAGCTTGGCTTCACTTACGATTGCTATACACGTACAGATGCACAACATCACCATACCACGGTTGGAGAAATATTCACTACCTTAATGGAAAAGGGGAACATTTATCGCAAAGAGGTGGAACAAGCTTATTGTAGTACTTGTGAACAGTTTTTACCTGATCGTTTCGTAGAAGGTATTTGTCCACATTGTGGAAAAGAAGCACGTGGAGATCAATGTGAGCATTGCTCCAAGATACTTGAACCATTAGAACTGGTGAATAAAAAATGTAAACTATGTGGCAATTCACCTGTAACAAGAAACACAGAGCATTTTTATTTTAAATTGCGTACTTATCAACAATTATTGGAACATTACCTCAAAGATGTGAAAGAAAAGGGGACTTGGAGAGACAATGCACTTAAAATAGCAGAAAGATATTTACAGGAAGGCTTACATGATAGAGCAATTTCAAGAGACCTACCAGTCGGTGTACCTGTACCTGTTGAAGGTTATGAGCACAAAAAGATTTACGTTTGGTTTGAAGCAGTTGCTGGTTATTATACCGCTAGTAAAAAATGGGCAGAGGATAATCAGAAGGATCATACTTCTTTTTGGGGGGAGGACGCGATCTCTTATTATGTTCATGGAAAGGATAATGTCCCGTTTCATGCAATTATTTGGCCTGGTATATTATTAGGTATAAATAAGCCGGCCCTTCCAACTTATATGGTTTCTAATGAGTATGTAACGATCGAGAAGAAGAAGCTATCTACTAGTAAAAACTGGGCGGTTTGGGTCCCGCACATGTTGGAGAAATATGACCCAGATTCCATACGATATTTCTTAACAATCAATGCTCCTGAACATAGAGATGCTGATTTTTCCTGGCGTGAATTTGTCTATAGCCATAATAGCGAGCTGCTTGGAGCTTATGGTAACTTTGTGAATAGGAGTGTGAAATTTATTGAAAAATTCTTTCATGGAGTCGTGCCTGAAGGACAGATTAATAAAGAAATGAAGCATCAGGTAGATGAGCTTTATCATCAAGTGGGTACAATGATTGAACACACTCATTTTAAACAAGCGCTAGAGTTAATTTTTGAGTTTATTAGGGGTGTTAATAAATATTTTGATCAGCAAAAGCCATGGCTTCAAGTAAAAACTTCTCCTAAAGATTGTCAAAATACGTTAAGAAGTTGTGTCTATATTATTGTCAATTTAGCTCAGTTATTACATCCGTTTCTACCATTTTCCAGTGATAAATTGAAACAAGCATTTAACATAGAGGAAATACAATGGAAAGCCATTGATAGTAATGATTCATCTTCTATAAACATTTCTGAACCGTTATTTGAAAGAATCGATGTCATTGTTATTGATAAAGAAATAGAACAGTTAAGAAAGCAATCCTCTTTATAA	MNILIGGAWPYANGSLHLGHISSLLSGDILARYYRAKGDHVLYVSGSDCNGTPITIRAKQEGVEPKKIADTYHKEFKQCFDQLGFTYDCYTRTDAQHHHTTVGEIFTTLMEKGNIYRKEVEQAYCSTCEQFLPDRFVEGICPHCGKEARGDQCEHCSKILEPLELVNKKCKLCGNSPVTRNTEHFYFKLRTYQQLLEHYLKDVKEKGTWRDNALKIAERYLQEGLHDRAISRDLPVGVPVPVEGYEHKKIYVWFEAVAGYYTASKKWAEDNQKDHTSFWGEDAISYYVHGKDNVPFHAIIWPGILLGINKPALPTYMVSNEYVTIEKKKLSTSKNWAVWVPHMLEKYDPDSIRYFLTINAPEHRDADFSWREFVYSHNSELLGAYGNFVNRSVKFIEKFFHGVVPEGQINKEMKHQVDELYHQVGTMIEHTHFKQALELIFEFIRGVNKYFDQQKPWLQVKTSPKDCQNTLRSCVYIIVNLAQLLHPFLPFSSDKLKQAFNIEEIQWKAIDSNDSSSINISEPLFERIDVIVIDKEIEQLRKQSSL				NA	NA	NA	NA	NA
AK148_00015	1236	yfcJ_1		putative MFS-type transporter YfcJ	ATGAGTGAATTCAAGCTAGGAATGAAGGAGAATTATGTTCAGTTTTTCTTATTAGTAATTACGAACTTGTTTGTTGGTTCAATGGTTGGGATAGAAAGAACCGTTTTGCCGATTATAGGCGAAGATCAATTCGGACTGGCATCAACAAGTGCTGCGTTGTCTTTTATTATCAGCTTTGGTTTTTCTAAGGCGATCGTAAATTATTTTGCTGGTCATATAGCAGATCGATTTGGTCGTAAGCAGGTGTTATTACTTGGTTGGATCGTCGGTTTATCTGTTCCTATGTTGATTATTTTTGCGCATGCATGGTGGGTTATCGTTTTTGCCAATATCTTACTGGGAATTAATCAAGGATTGGCTTGGTCCATGACGGTTAATATGAAAATTGATCTTTCCAAGTCGAATGAAAGAGGAACAGCAGTGGGGTTAAATGAATTCGCTGGTTATTCTGGAGTAGCTTTATTGGCAGCTATTTCAGGTTATGTCGCTTCTACTTATTCTTTGAGACCCGAGCCATTTTATATCGGAATAGGAATTTCGGTGGTAGGGATACTGTTATCATTAACTGTGAGAGATACAAGGCATCATATAGAGTTACAAATGAAGCAAAGCGCAGCTATGACAAATAGTGGAGGAGATTTATCATCGAGAAAAATCTTTCAATTAACTACATGGCAGGACAAGAATCTTTCAGCTATTAGCTTTTCAGGTCTATCTACTAATCTCAAAGATGGAATGGCATGGGGGTTGTTCCCATTATATTTTACTTCTGTTGGATTATCGGTAGCGCAAACTGGAACCATAGTTGCATTATACCCAGCTGCATGGGGGTTTTTTCAATTATTTACAGGAATATTAAGTGATAAAATTGGTAGAAAGAAATTAATTACTTATGGCATGTGGATACAAGCTATTGCGCTGTGGTTTATTTTGCTAGTTAGCAGTTTTTCACTATGGGTCGCTGGAGCTTTAATATTAGGTTTAGGAACGGCAATGGTTTATCCGACGTTGCAAGCTGCTATTGGTGATGTCGCTGCACCTAACTGGAGAGCTTCTTCAATGGGGGTGTATCGGTTTTGGCGAGATAGCGGCTATGCTTTTGGTGCGTTACTAGCTGGACTCATAGCTGATGTGATGGGGGTCGGCTGGGCGATAGGAATGGTAGCTTTATTGCCATTTTTAGCTGGTGTAGTTGCTAGAGTGCGTATGGATGAGACGTTGGATATGGAAGTGTGA	MSEFKLGMKENYVQFFLLVITNLFVGSMVGIERTVLPIIGEDQFGLASTSAALSFIISFGFSKAIVNYFAGHIADRFGRKQVLLLGWIVGLSVPMLIIFAHAWWVIVFANILLGINQGLAWSMTVNMKIDLSKSNERGTAVGLNEFAGYSGVALLAAISGYVASTYSLRPEPFYIGIGISVVGILLSLTVRDTRHHIELQMKQSAAMTNSGGDLSSRKIFQLTTWQDKNLSAISFSGLSTNLKDGMAWGLFPLYFTSVGLSVAQTGTIVALYPAAWGFFQLFTGILSDKIGRKKLITYGMWIQAIALWFILLVSSFSLWVAGALILGLGTAMVYPTLQAAIGDVAAPNWRASSMGVYRFWRDSGYAFGALLAGLIADVMGVGWAIGMVALLPFLAGVVARVRMDETLDMEV				NA	NA	NA	NA	NA
AK148_00016	909	iolE	COG1082	Inosose dehydratase	ATGACGAATATTGCATGGGGAATCGCACCGATTGGTTGGAGAAATGATGACATTCCTGAAATTGGAGCAGAAAACACGCTATCACACGTTTTAAGTGACATTGCTGTTGCTGATTATGCAGGAACAGAAGTGGGAGGCTTCTTTCCAGAAGCAGAAGTACTAAATAAGGAATTGGAACTTCGTAAATTAAGAATTGCTGGTAAGTGGTTTAGTAGTTATATTATTCGAGATGGTATCGAGGATGCTGAAAAAGCATTTCGTAAGCATTGTGAATATTTAAATGCGGTAAATGCAGATGTCGCTGTAGTATCTGAACAAACGTATAGCATTCAGGGAACTGATAAGAATGTATTTGCCGAAAAACCGTTTTTTTCAGATGGAGAATGGGACCGTTTATGTAGCGGATTAGATCTTCTTGGTAAGGTAGCGCATGAATATGAGTTGATACTTGTCTATCATCATCATATGGGAACGGGTATTCAAACCCTAGAAGAGGTCGATCGTTTAATGTACAATACAGACCAAAATTATGTGAATTTGCTTTATGACACAGGGCATATCTATGTGTCTGATGATGAATATATGCATCTACTAAATAAGCATATAGATAGAATAAAACATGTTCATTTTAAAGATGTTCGTAAAGATGAAAAAGAGGAATGTAAGAAAGAGGGGAAATCATTTTTACAATCATTTTTAGCTGGAATGTTCACGGTTCCTGGTGATGGAAATATTGATTTTATCCCAGTTTATAAAAAATTGCTTACATCTGGATATGAAGGGTGGATTATTATAGAAGCAGAACAAGATCCTAATAAAGCGCATCCTTTAGAATATGCCTTAAAAGGAAAAAAGTACATTGATGAGACATTATTGCCTTTAAATAAATCATTGACATCTATACAGTAA	MTNIAWGIAPIGWRNDDIPEIGAENTLSHVLSDIAVADYAGTEVGGFFPEAEVLNKELELRKLRIAGKWFSSYIIRDGIEDAEKAFRKHCEYLNAVNADVAVVSEQTYSIQGTDKNVFAEKPFFSDGEWDRLCSGLDLLGKVAHEYELILVYHHHMGTGIQTLEEVDRLMYNTDQNYVNLLYDTGHIYVSDDEYMHLLNKHIDRIKHVHFKDVRKDEKEECKKEGKSFLQSFLAGMFTVPGDGNIDFIPVYKKLLTSGYEGWIIIEAEQDPNKAHPLEYALKGKKYIDETLLPLNKSLTSIQ	PGPT0016785_787	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM	CE-BACTERIAL_FITNESS-RHIZOPINE_CATABOLISM,PGPT0016785-mocC-K03335	NA	NA
AK148_00017	1026	iolG_1	COG0673	Myo-inositol 2-dehydrogenase	TTGAAAAAAATAAATGTGGGAATTGTTGGTTTAGGAAGAATGGGTCTTACTCATGCTGAAAATATTGTGGAAAGAATTCCAGAAGCTGTATTGGTAGCTGTTTGTAGTTTTGTGGATGAAGAACTCCAAATGGCAAAAACAAAGCTAGGTGTGGAGAAAACGTATACAAGCTTTGAAAATATGCTCTTGGATGCTGAAATTGATGCAGTAGTGATTGCTTCTCCATCGGGGCTTCATGGTGAACATATCCGTTTAGCTATGAAAAAAGGGCTGCATGTATTTTGTGAAAAGCCAATCGGTGTAGAAGTAGAAGATATAGAAAAAACGATTGAAGTAGTAGAAGGTTATCCGAAACAAATATTCCACTTAGGTTTTATGAGACGTTATGATGAGTCTTATCAATATGCAAAACAAAAGGTAGACAATGGTGAAATTGGTGATTTAACCTTAATTCGCTGTTATGGCATTGATCCAGCTTCTGAATTAGAGAATTTTGTGAAATTTGCAACAAATAGTAAAAGTGGTGGGCTATTCGCTGACATGGCTATCCATGATATCGATTTAGTCAGATGGTTCTCTGGAAAAGAAGTGAAACGCGTGTGGGCAATTGGAAAGAATACTACTTATCCTGAATTAGATGATTTAGGTGATTTAGAAACTGGAGCCGCTATGATGCAATTAGAGGATGATACAATGGCTCTTTTAGTTGCCGGTAGAAATGCGACGCACGGTTATCATGTGGAAACGGAACTAATAGGGTCAAAAGGAATGTTGCGCATTGCGCAGGAACCTGAAAAGAATCACGTTTCCATTTTTAATAATCAAGGAGTAGTAAGGCCTACTTCACAACATTTTTCTGAACGTTTTAAAGGGGCCTTTTTCCGAGAGATGAAAGAATTTATTCTATGTATTCAGGATGGGAAACAACCAGGTGTAACTGTATACGATGGTTTGGAAAGTACTGTAATTGCCAATGCTTGTCAAGAATCGGTTGACGCTGGAAAAATGGTCGAAATATCTAAATAA	MKKINVGIVGLGRMGLTHAENIVERIPEAVLVAVCSFVDEELQMAKTKLGVEKTYTSFENMLLDAEIDAVVIASPSGLHGEHIRLAMKKGLHVFCEKPIGVEVEDIEKTIEVVEGYPKQIFHLGFMRRYDESYQYAKQKVDNGEIGDLTLIRCYGIDPASELENFVKFATNSKSGGLFADMAIHDIDLVRWFSGKEVKRVWAIGKNTTYPELDDLGDLETGAAMMQLEDDTMALLVAGRNATHGYHVETELIGSKGMLRIAQEPEKNHVSIFNNQGVVRPTSQHFSERFKGAFFREMKEFILCIQDGKQPGVTVYDGLESTVIANACQESVDAGKMVEISK				NA	NA	NA	NA	NA
AK148_00018	1596	yidK	COG4146	putative symporter YidK	TTGAATGCGTTTGCCCTAGTGACATTTGTTGTCATTATAGCTCTAGTATGGCTTTATGCATGGCGGAAAAGTAGAAATATTGATATTTCTACTGCAGAAGGATTTTTTATGGGGGGTCATAGTTTAACGGGGTTGTCTATAGCAGGGACAATTATTATGACGAACTTATCAACAGAACAACTAGTTGGACAGAATGGTCAAAGTTATGCAGCTGGAATGGAAGTCATGGCTTGGGAGGTCACCTCTGCAATTGCGATTGTTTTACTAGCTTTAGTTTTTCTACCGAGGTACATGAAGTATGGCGTTAATACGATTTCTGACTTTATTGAAATCCGCTATGATACGTTTACAAAAAGGCTTATCTCCATCCTGTTTATGTTTACGTACTTGACTTCATTTTTGCCTGTAGTACTTTATTCTGGAGCTTTGGTTTTTAATAAGTTGTTTAACATAGATGAAATCCTAGGTGTAGATCCACTAATAGCAGTTGCTATTTGTGCAGCTTTTATTGGCGCTGTAGGAGTTTTATACCTCTTAATGGGAGGGCTTTCATTAAGTGCTTTTAGTGATACTATTTATGGGTTTGGTTTACTTACAGGAGGTATACTGATATTAATCTTGGGAATAGTGACACTTGGAAATGGGAGCGCTATGGACGGGGTTCATTTTATTCGTGAAAATACAGCGGAAAAGTTAAATGCTTGGGGCGCTATAGATTCTGATTATGTCCCGTGGCCTACCTTAATGTTAGGAATGTTGTTCAATAATTTATATTTTTGGTGCTGTAATCAAATGATTGTACAAAAAGCGTTAGGTGGAAAAAATTTGAAAGAAGGACAAAAAGGTGCGCTTTATGTAGCTTTCTTTAAAGTTTTTGGAGCCTTATTTCTAGTATTACCAGGTATTGTTGCTTTTAATATGTTTGATGGAGGCATTGCTAATCAAGATGATGCTTATCCGAGTTTAGTTTCGGCAGTGTTACCTGAATGGGCATATGGCATATTTGCGGCTGTTATATTTGGTGCAATATTAAGCTCATTTGTTGGTTCATTAAACTCAACGGCCACTTTGTTTTCTTTGGATTTTTACAAGCCAATCTTTAATAAAGATGCAACAGATAGACAAGTCGCTAGGATGGGAAAAATTGTAACCGTCATTGTTGGGTTTATATCAATAATCATTGCGCCATTAATTGCTTTTGCACCAACTGGCTTATATAACGTTATACAGGAGTTTAACGGGTTATATAGTTTGCCGTTACTAGTTATTATTCTATTTGGTTTTTGGAACAAGCGAGTTACTGCGCAAGGGGCCAAAATTACTTTCTCCTTCCACCTTGTTGTTTATATTGCAGCTCAAGGGTTGCTCGCTGAGATAAACTATCTTTATATATTTAGTGTTTTATTTATATTAGATTGTTTCGTTTTATGGATGTCGACAAGAATAAATCCATTAAAAGAACCTTTTCAATTTCAAGCAAATCTTAATAAGGTTGATATGACTCCTTGGAAACATGTGAAATGGGTGAGTGCCATAGCTTTGTTATTAGTGGTAATTATGTATACTGTTTTTTCGCCTGTTGTGTTAGCTAATTAA	MNAFALVTFVVIIALVWLYAWRKSRNIDISTAEGFFMGGHSLTGLSIAGTIIMTNLSTEQLVGQNGQSYAAGMEVMAWEVTSAIAIVLLALVFLPRYMKYGVNTISDFIEIRYDTFTKRLISILFMFTYLTSFLPVVLYSGALVFNKLFNIDEILGVDPLIAVAICAAFIGAVGVLYLLMGGLSLSAFSDTIYGFGLLTGGILILILGIVTLGNGSAMDGVHFIRENTAEKLNAWGAIDSDYVPWPTLMLGMLFNNLYFWCCNQMIVQKALGGKNLKEGQKGALYVAFFKVFGALFLVLPGIVAFNMFDGGIANQDDAYPSLVSAVLPEWAYGIFAAVIFGAILSSFVGSLNSTATLFSLDFYKPIFNKDATDRQVARMGKIVTVIVGFISIIIAPLIAFAPTGLYNVIQEFNGLYSLPLLVIILFGFWNKRVTAQGAKITFSFHLVVYIAAQGLLAEINYLYIFSVLFILDCFVLWMSTRINPLKEPFQFQANLNKVDMTPWKHVKWVSAIALLLVVIMYTVFSPVVLAN	PGPT0013955_2193	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
AK148_00019	1020	iolG_2	COG0673	Myo-inositol 2-dehydrogenase	ATGGAAAAAGAAAAAGTGAATGTAGTAGGAGTAATTGGAGCAGGAAGAATTGGGAGATTACATATTAATAATATGAGAAATATGCCTAATGTACGCCTGAAAACAGTATCAGATCCCCAGGCTGATCACATGAAAGATTGGTTTTCTGAGTCTGGAGTGGAAAATTTAACCAAAGACTATAAAAATATTATAGACGACCCAGAAATTAATGTGGTGTTTATATGTGCTCCTACCAGTTTGCATGTTCAAATTATCACAGAAGCAGCAAAAGCAGGAAAGCATATCTTTTGCGAAAAGCCGATATGCTTCTCAGATGAAAATACGTGTAAAGCTCATAAGGTAGTAAAACAAGCTGGTGTGAAGTTTCAATTGGGTTTTAATAGAAGATTTGATCGTAACTTTGCAAAAACGAAAGAATTGGTAAAAAATAAAGCTATTGGTGATTTGCATATTTTAAAGATTCAATCTCGAGATCCTGAACCCCCTTCTTTGGAATATGTATCTCACTCTGGTGGTATATTTATGGATATGAGTATTCATGATTTTGATATGGCGCGTTTCATATCGGGTTCTGAGGTTGAAGAAGTATATGTAGTAGGTGGAGCGCTCATAAATCCAGAGTTTAAGCAGTATGAAGATATTGACACAGCATTAATTACTTTGAAATTTGAAAACGGTTTAGTAGGTGTTATTGACAATAGTCGACAAGCAGTATATGGATATGATCAGCAATTAGAGGCATTTGGGTCAAAAGGATCAGCAAAAGTAAATAATGAAAAAGAATCTAGTGTTGAGGTTCTGTTAAAAGAGGGCGTAAAAAGTAGTAATCCGCTACACTTCTTTTTAGAAAGATATAATGATGCTTTTATAGAAGAGGTAGAACAGTTTTTTGAAGCAATTAATAACGATGAGGAAGTTCCTTGTGGCTTCGTTGATGGTATTATGGCGCAACGAATTGCTTCTGCGGCAAAAGAATCGTTATTAACTGGGCTTCCAATAAAAGTAGAAAAATATCAATGA	MEKEKVNVVGVIGAGRIGRLHINNMRNMPNVRLKTVSDPQADHMKDWFSESGVENLTKDYKNIIDDPEINVVFICAPTSLHVQIITEAAKAGKHIFCEKPICFSDENTCKAHKVVKQAGVKFQLGFNRRFDRNFAKTKELVKNKAIGDLHILKIQSRDPEPPSLEYVSHSGGIFMDMSIHDFDMARFISGSEVEEVYVVGGALINPEFKQYEDIDTALITLKFENGLVGVIDNSRQAVYGYDQQLEAFGSKGSAKVNNEKESSVEVLLKEGVKSSNPLHFFLERYNDAFIEEVEQFFEAINNDEEVPCGFVDGIMAQRIASAAKESLLTGLPIKVEKYQ				NA	NA	NA	NA	NA
AK148_00020	390			hypothetical protein	ATGCCGTTACTTACATTTGATTTGATAGAAGGTAGGACGGAAGAAGAAATCAAGTTATTATTAGATGCATCTCACCGTGCTGTTGTTAAAGCATTTGAAGTTCCTGAGGGTGATAGGTATCAAATAGTTCATCAGCATCCGAAACACGAACTAATTATAGAAGATACAGGCTTAGGATTTAAAAGAAGCGATAAAGTGGTGGCCGTTTCTGTAAGAAGTACTCCTCGAACGGATAAGCAAAAGAAATCATTCTACAACATCCTTGTCAAGGAATTGAGTGAGAATTGCGGTATGGACTCAAAGGATGTAATGGTTTCAATTGTGACAAACAGTGCAAGCGATTGGAGTTTTGGATTTGGTGAGGCGCAATTTTTAAATGGTGAATTATAG	MPLLTFDLIEGRTEEEIKLLLDASHRAVVKAFEVPEGDRYQIVHQHPKHELIIEDTGLGFKRSDKVVAVSVRSTPRTDKQKKSFYNILVKELSENCGMDSKDVMVSIVTNSASDWSFGFGEAQFLNGEL				NA	NA	NA	NA	NA
AK148_00021	756	srlR	COG1349	Glucitol operon repressor	ATGAAATTAAAAAGAATACAGGAAATTGAAGCTTACGTTCACGAAAACGGTAGTGCAAGCATTGATGAACTTTGTGATAAGTTTAATGTGTCTAAAAACACGATTCGGCGCGATATAAACAAAATTGTTGAGAATGGAACAATAAAAAAAGTCTATGGTGGCGTTGCTTCTGTTTCTAATCAACTTAAACCCTACGAACATCGTCACTCCAGCCATTCAGAAGAGAAAATAGCCATTGGTAAAGCCGCAGCGGCGGAAATTGAGGATAACGATCTTGTTTTTATTGATTCCGGTACAACAACTAGTTGTATAGGCGATTTTTTTGATCCAGATAAAAGAGTAACCATCATTACCAATAACTTAAATATCATTAATAAAGCCGCTGAGTTAAGTAATTATCAGCTCATATTAATAGGTATGACATATAAGCGTGCTACCAGATCCTTTGTCAATGTAGAGTCTTGGGAATACTTTAAACGTATCAATATTACCAAAAGCTTTATGGCAGCAACAGGACTTTCAATTGAACGAGGTGTTACGAATTCAGATTTACTAGAATATGATATTAAAAGTCGGATTGTCGAAAAGACGGATCGAAACATTCTGTTAGTCGATCATTCAAAATTCGATAAAGCTGCTTTAGTCACCTATTCAAATATAGAAAAATTTCATCAAATCATTACTTCAGATTCTATTCCAGAAAACTATAAAGTCTATTGTAAGGAGAAAGGTATTAAAATTAATTATGTCAATTAA	MKLKRIQEIEAYVHENGSASIDELCDKFNVSKNTIRRDINKIVENGTIKKVYGGVASVSNQLKPYEHRHSSHSEEKIAIGKAAAAEIEDNDLVFIDSGTTTSCIGDFFDPDKRVTIITNNLNIINKAAELSNYQLILIGMTYKRATRSFVNVESWEYFKRINITKSFMAATGLSIERGVTNSDLLEYDIKSRIVEKTDRNILLVDHSKFDKAALVTYSNIEKFHQIITSDSIPENYKVYCKEKGIKINYVN				NA	NA	NA	NA	NA
AK148_00022	1464	iolA_1	COG1012	Malonate-semialdehyde dehydrogenase	ATGGGTGAAATTAGAACTTTGAAAAACTTTGTGAATGGAAAATGGGTTGGAAGTGAAACGAAAACTTTTGAAGATGTTTTAAATCCAGCAACAGAGGAAGTCGTTGCAAGAGTTCCTATTTCCACAAAAAAAGAATTAAATGAAGCCGTAGAAATAGCCAGTGAAGCTTTTCAATCATGGAGTAACACTGCTGTACCAAAAAGAGCACGTATCTTATTTAAGTTCCAACAGTTACTCATGGAAAACAAGGAAGAGCTTGCTCGTTTAATAACAATTGAAAATGGAAAGGCATACAGTGAAGCTCTAGGGGAAGTGCAACGTGGAATTGAAAATGTAGAATTTGCTGCTGGAGCACCTTCTTTAACAATGGGAGATTCATTGTCATCCATTGCTACCGATGTAGAAGCGACCAATTATCGTTACCCTATTGGTGTAGTTGGCGGAATCTCACCTTTCAATTTTCCGATGATGGTGCCTTGTTGGATGTTCCCAATGGCCATTGCATGTGGAAACACATTTATTTTGAAACCATCCGAACGTACGCCACTTTTAACAGAAAAATTAGCAGAGTTATTTAAAGAAGCTGGTCTTCCAAATGGCGTGTTTCAAATTGTAAATGGTGCACATGACGTAGTAAATGGAATACTTGAACATCCAAAAATAAAAGCAGTATCTTTTGTAGGGTCAGAACCTGTTGGAAAGTATGTTTACCAAAAAGGTTCTGAAAACCTTAAGCGCGTGCAAGCTTTAACTGGTGCTAAAAACCATACCATTGTTTTAAATGATGCTGACTTAGATGAAACGATTCGTAATGTAATCGCTGCTGCTTATGGTTCTGCTGGTGAAAGATGTATGGCTGCATCCGTTGTGGCAGTAGAAGAAGGTATTTATGATGCATTTATGGAACAGCTGGTATCTGAGGCTAAACAGTTAAAAATGGGTAATGGATTAGATGAAGATGTGTTTTTAGGGCCTGTAATTCGCAAAGAACATCAACAAAAAACATTTGATTATATTCAAAAAGGTGTAGACGAAGGTGCTACATTAGTATTGGATGGCCGTGAAGGAATTCCAAGTGAAGGATATTTTGTCGGTCCAACTATATTTACGGATGTCACTCCAGAAATGACCATTTGGAAAGAGGAATTATTTACGCCTGTTCTTTGTGTTGTGAAAGTGAAGAATCTGGCAGCAGGAGTAGAATTGGCCAATAAATCTGTCTTCGCTAATGGCGCATGCTTGTTCACGAATAATGCAAATGCAATCCGTTATTTCCGTGAAAATATAGATGCGGGTATGCTCGGAGTTAACTTAGGTGTTCCAGCACCAATGGCATTCTTCCCATTCTCAGGATGGAAATCATCTTTTTATGGAACATTGCACGCCAATGGAAAAGACGGTGTTGAATTCTACACACATAAGAAAGTAGTTACCGCTAGATATGCAACAAAAGATTTTAAATAA	MGEIRTLKNFVNGKWVGSETKTFEDVLNPATEEVVARVPISTKKELNEAVEIASEAFQSWSNTAVPKRARILFKFQQLLMENKEELARLITIENGKAYSEALGEVQRGIENVEFAAGAPSLTMGDSLSSIATDVEATNYRYPIGVVGGISPFNFPMMVPCWMFPMAIACGNTFILKPSERTPLLTEKLAELFKEAGLPNGVFQIVNGAHDVVNGILEHPKIKAVSFVGSEPVGKYVYQKGSENLKRVQALTGAKNHTIVLNDADLDETIRNVIAAAYGSAGERCMAASVVAVEEGIYDAFMEQLVSEAKQLKMGNGLDEDVFLGPVIRKEHQQKTFDYIQKGVDEGATLVLDGREGIPSEGYFVGPTIFTDVTPEMTIWKEELFTPVLCVVKVKNLAAGVELANKSVFANGACLFTNNANAIRYFRENIDAGMLGVNLGVPAPMAFFPFSGWKSSFYGTLHANGKDGVEFYTHKKVVTARYATKDFK	PGPT0002295_3982	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
AK148_00023	816	iolB	COG3718	5-deoxy-glucuronate isomerase	ATGAGTAAGTTGCAATATAAACCGAACGATCATAAGGTTTCTGGAGTTACCATTTTGCAAGATGTTCATGAAAGAAATTCAGATTTAAAATACGTCGCATTTAAACTCATTCAGTTGGATGAGCAAGCGACTTATGCTGAAGAATTGACTGATAAAGAAGTATGTATTGTTGTTTTAACAGGAAAGGCTTCTGTAAAAACAGGAGATCAACTGTTTGAAGAATTAGGAACGCGCGATTCTGTATTTGAAAAGAAACCGACAGATAGTGTTTATATTTCAAAGGATTCTATATTTAAAATAGTTGCAAAAAGTGCTTGTAAGATAGCATTATGCTATGCACCTACAACAGAAAAACGGCAAGCTCAAGTGATACGGTCAGCTGATAACTCTGTAGAGCATCGAGGGAAATATCAGAATAAAAGAATGGTACACAATATATTGCCAGATAGTTCAGCTGTATCTAGTAGTTTATTAGTTGTAGAGGTATATACAGATGGGGGTAACTTTTCAAGTTACCCTCCTCACAAGCATGATCAGGATAACTTGCCAGAAGAATCATTTTTAGAGGAAACGTACTATCATGAAATAGACCCAGAACAAGGCTTTGTGTTCCAACGTGTATATACAGATGATCGTTCTTTAGATGAAACGATGAGTGTAGAGCATAGCGATGTCGTTTCCGTTCCCAAAGGCTATCACCCTGTTGGAGTGCCAGATGGTTACACTTCCTATTATTTAAATGTCATGGCTGGTCCTAAAAAGATTTGGAAGTTTCATAACGATCCAGATCATGAGTGGATTTTGAAGAAGAAGTAA	MSKLQYKPNDHKVSGVTILQDVHERNSDLKYVAFKLIQLDEQATYAEELTDKEVCIVVLTGKASVKTGDQLFEELGTRDSVFEKKPTDSVYISKDSIFKIVAKSACKIALCYAPTTEKRQAQVIRSADNSVEHRGKYQNKRMVHNILPDSSAVSSSLLVVEVYTDGGNFSSYPPHKHDQDNLPEESFLEETYYHEIDPEQGFVFQRVYTDDRSLDETMSVEHSDVVSVPKGYHPVGVPDGYTSYYLNVMAGPKKIWKFHNDPDHEWILKKK	PGPT0018475_720	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
AK148_00024	978	iolC	COG0524	5-dehydro-2-deoxygluconokinase	ATGAGGTTAAAAAAAGGAAATAAAAAAATGGATATAATTGCTATTGGTAGAGCATGTATTGATTTAAATGCTGTTGAATATAATCGGCCAATGGAAGAAACCATGACTTTTCAAAAGTATGTCGGTGGTTCTCCAGCAAATATTGCTATTGGGACGTCAAATTTAGGGCTAAATGTTGGGTTTATTGGAAAAGTATCCGATGATCAGCACGGAAGATTTATAGCGACTTATATGGCTGGAAAAGGTGTAGATACTTTGAAAATGGTGGCGGATCAAGAAGGAAGGAAGTCGGGGTTAGCATTTACGGAAATTAAGAGTCCTAGTGAATGTTCTATTTTAATGTATAGAGATAATGTAGCAGACCTTTATTTAACACCACAGGAAGTGGATGAAAAATATATTCGTGAGGCTGAAGTTCTTTTAGTATCTGGAACAGCTCTTGCACAAAGTCCTTCTCGAGAGGCTGTATTAACTGCTGTTGCATACGCAAAAGCAAACGATGTAAAAGTTATCTTTGAAATCGACTACCGTCCATACACATGGAAGTCAGAGGAAGAAGTATCCACTTATTACACATTAGTAGCACAAAAAGCGGATATTGTCATCGGTACTCGTGATGAATTTGATATGTTGGAAGGGAAAGAAGGCGGAGATAATCAAGATACTGTAAAGGAATTATTTAAATATGAGCCTGAATTAATTGTCATTAAACACGGTGTCGAAGGATCTTTTGCATATAGTAAAGAGGGGAAAGAATATAAAGCGAACGCTTACAAGACCGAAGTTTTAAAGACCTTTGGTGCTGGGGATGCTTATGCTTCTGCATTTCTTTATGCGTTATTTAATGAGAAAGATGTAGAAACCGCTTTAAAATATGCTAGTGCAGCAGCAGCGATTGTTGTTAGTAAGCATAGTTCTTCTGAAGCGATGCCAACTGTTTCAGAGATTGAGGAATTAATCAACAATCAATCCCAATAG	MRLKKGNKKMDIIAIGRACIDLNAVEYNRPMEETMTFQKYVGGSPANIAIGTSNLGLNVGFIGKVSDDQHGRFIATYMAGKGVDTLKMVADQEGRKSGLAFTEIKSPSECSILMYRDNVADLYLTPQEVDEKYIREAEVLLVSGTALAQSPSREAVLTAVAYAKANDVKVIFEIDYRPYTWKSEEEVSTYYTLVAQKADIVIGTRDEFDMLEGKEGGDNQDTVKELFKYEPELIVIKHGVEGSFAYSKEGKEYKANAYKTEVLKTFGAGDAYASAFLYALFNEKDVETALKYASAAAAIVVSKHSSSEAMPTVSEIEELINNQSQ	PGPT0018480_1002	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
AK148_00025	1917	iolD	COG3962	3D-(3,5/4)-trihydroxycyclohexane-1,2-dione hydrolase	ATGGTAGCAACCATTCGTTTAACAACTGCCCAAGCGTTAATAAAGTTTTTAAATCAGCAGTATTTATCTGTTGATGGCAAAGAACATCCTTTTGTTGAAGGTATCTTTCATATATATGGCCATGGCAATGTTCTTGGAATTGGGGAAGCTTTAGAAGAAGACGCAGGCCACTTAAAAACCTTTATGGGAAAAAACGAACAGGGGATGGCTCATGCAGCAATTGCTTTTTCTAAACAATCCTTACGTAAAAAGATCTATGCTTTATCTAGTTCAGCTGGGCCAGGATCAGCGAATATGATCACAGCTGCTGGCACAGCTTTGGCGAATCAGATTCCTGTTTTATTCTTACCAGCAGATACATTTGCTACAAGACAGCCAGATCCAGTATTACAACAAATAGAACAAGAGTCAAGCATTGCTATTTCAACTAATGACGCATTCAAAGCTGTTTCGCGTTATTGGGATCGCGTTCAAAGACCAGAACAGCTAATGTCTGCTTTGATCAGAGCGTTTGAAGTAATGACCAATCCAGCTACGATGGGGCCAGCTACGATTTGCTTACCTCAAGATGTAGAAGGAGAAGCGTACGATTATCCGGTTGAATTTTTTCAAAAACGCGTACATTATATCAACCGTACAGTACCTACAAAGCGCGAAATGGAAGGAAGTGTAGAAAGAATTAAAAACAGTCGTCAACCAGTAATTGTTGTTGGCGGTGGTTGTAAGTACTCAGAAGCAAGAGAGGAATTAATCCACATCTCAGAACGACATGATATTCCATTAGTAGAAACACATGCTGGGAAATCGACTGTAGAGTGGCAATTCAAAAATAATTTAGGTGGACTAGGAATTTTAGGTACATCTGCTGCAAATAAGGTAGTTAAAGAGGCAGATCTAATAATTGGTATTGGTACAAGATATACCGATTTCACCACTTCTTCTAAAACGTTGTTTAATTTGGAGAAAAGTCAATTTCTTAACATTAATATAAGTCGTATGCAAGCATATAAGTTGGACGCATTTCAAGTTGTTGGTGATGCCAAAGCGACACTTAAAGAGTTAGCGCCACTATTAGAAGGATATAAGGCAAATTATGGTACGCAATTAGAAGAATTAAAAAGGGAATGGCTAGATGAAAGAACTCGTTTAGCAAATGTTCAATTTAAACGGAAAGATTTTGTTCCTGAAATAGACGGACATTTTTCACAAGAAACGTTAAACGAATACGCAAATGTTTTACAGACAGAACTAACGCAAACAGAAGTATTTGTTGCATTAAATGAATCGCTTAATGAAGACGCTATTGTTGTTTCGGCGGCTGGTTCATTACCAGGAGATATGCAAAGATTATGGAATCCGGTCGTTCCTAATACGTATCACTTGGAATATGGTTACTCTTGTATGGGGTATGAAATTGCTGGTGCATTAGGAGCACGTCTAGCGGAACCAGATAAAGAAGTGTATGCCTTTGTTGGTGATGGGAGTTTCTTAATGCTACATTCGGAACTTGTTACAGCTATTCAATACAATAAAAAAATTAATATTATTCTATTTGATAACTCTGGATTTGGTTGTATTAATAATCTACAAATGGGTAACGGGTGCGCAAACCAAGGAACAGAATTTAGAACAGCAGCTGGTACAATTTTAAACATAGACTATGCAAAAGTAGCAGAGGGTTACGGCGCTAAGACCTATAAAATAAGTAATCTTGATGAATTGAGACTAGCTATTGAAGATGCGAAAAAACAACCAAATTCCACATTAATTGAAATTAAAGTTCTTCCAAAAACAATGTCAGATGGCTATGAGGGAAGTTGGTGGAATGTCGGTTTATCTGAAGTTTCTAAACAGGAAAGTATAAATAAGGCATTTCAAAATAAGCAAGAAGCAATGAAGCAGGCGAAAGGGTATTAA	MVATIRLTTAQALIKFLNQQYLSVDGKEHPFVEGIFHIYGHGNVLGIGEALEEDAGHLKTFMGKNEQGMAHAAIAFSKQSLRKKIYALSSSAGPGSANMITAAGTALANQIPVLFLPADTFATRQPDPVLQQIEQESSIAISTNDAFKAVSRYWDRVQRPEQLMSALIRAFEVMTNPATMGPATICLPQDVEGEAYDYPVEFFQKRVHYINRTVPTKREMEGSVERIKNSRQPVIVVGGGCKYSEAREELIHISERHDIPLVETHAGKSTVEWQFKNNLGGLGILGTSAANKVVKEADLIIGIGTRYTDFTTSSKTLFNLEKSQFLNINISRMQAYKLDAFQVVGDAKATLKELAPLLEGYKANYGTQLEELKREWLDERTRLANVQFKRKDFVPEIDGHFSQETLNEYANVLQTELTQTEVFVALNESLNEDAIVVSAAGSLPGDMQRLWNPVVPNTYHLEYGYSCMGYEIAGALGARLAEPDKEVYAFVGDGSFLMLHSELVTAIQYNKKINIILFDNSGFGCINNLQMGNGCANQGTEFRTAAGTILNIDYAKVAEGYGAKTYKISNLDELRLAIEDAKKQPNSTLIEIKVLPKTMSDGYEGSWWNVGLSEVSKQESINKAFQNKQEAMKQAKGY	PGPT0018485_590	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
AK148_00026	870	iolJ	COG0191	6-phospho-5-dehydro-2-deoxy-D-gluconate aldolase	ATGGCATTAGTTACATTAAATAATATACTTCCTCAAGCTAAGCAAGCAGGATATGCTGTAGGACATTTTAACATCAATGGTCTTATTTGGCCACAAGCTATATTAGAGGCAGCTCAAGAGGCAAAGGCTCCTGTTATTATTGCTTCTTCGGATAGATTGGTGGATTATCTTGGTGGTTTCAAACTAATTTCTAATATGGTTCGTAATCTAATGGAAGTTCAGCAAATTACTGTTCCGGTTGTATTACATTTGGATCATGGGCAAAGTGTAGAAAGATGTTTTGAAGCGATTGACGCTGGATATAGCTCTGTGATGTACGATGGTAGCCACTTTCCAATTGATGAGAATATTAAAAATACGAAACAAGTAGTAGACTATGCACATGTAAATGGTGTATCCGTTGAAGCAGAAATTGGTACGGTTGGTGGTTATGAAGATGGTCTAATAGGCAATATTTGTTATGCCAATTTACGAGAATGTGTAGAGCTTGTGGAGAAAACAAGAGTTGATGCGCTTGCTGCTGCACTAGGTTCTGTACATGGGAAGTATGTTGGTGAACCAAAGCTAGGATTTAAGCAGATGGCTGAAATATCTAAAGAAGTTGAAATCCCACTTGTCTTACATGGAGCGAGTGGAATACCGTTAGACCAACTGCAAAGATCAATACGCTTAGGGCATGCTAAGATTAATATTAATACTGAAATGAATATAGCTTGGAGAGAAGCACTACAACAAAGTTTGGTAGAAAATCCAGAAGTATATGAGCCAAAGAAATTATTGGAGTTAAGTAAACAGGCAATAAAGGAAACAGTACATGAAAAAATCCAAGAATTTGGTTCAAGTAATAAAGCAATGAATAAAGTAGAATAG	MALVTLNNILPQAKQAGYAVGHFNINGLIWPQAILEAAQEAKAPVIIASSDRLVDYLGGFKLISNMVRNLMEVQQITVPVVLHLDHGQSVERCFEAIDAGYSSVMYDGSHFPIDENIKNTKQVVDYAHVNGVSVEAEIGTVGGYEDGLIGNICYANLRECVELVEKTRVDALAAALGSVHGKYVGEPKLGFKQMAEISKEVEIPLVLHGASGIPLDQLQRSIRLGHAKININTEMNIAWREALQQSLVENPEVYEPKKLLELSKQAIKETVHEKIQEFGSSNKAMNKVE	PGPT0018500_46	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_INOSITOL_DERIVATE_DEGRADATION,PGPT0018500-iolJ-K03339	NA	NA
AK148_00027	483			hypothetical protein	ATGAAAGCGAGCACTTTGGCCGTTTTTCAAGAAACATCGGGTTGTTTTAATTCGGTAAATGAATGGAACCACATGTATAATTTCTTTCACGCGAAGCAAACAGAAGAAATACTGTGCGATGAACAAGTAGGATATATGTTTACGGACGAAAAAGAAACAGAAGATGCTAAGCAGCATATATTACGAAAGGCATTTAATAACATCGTTTTTGTTGAGCGCATTCATCAAGTTGCTTACCGTAATGCTTTAATAAACTCAAATTTAAAAAAAGAAGAAGATCATGCTGATGAAATCTTTAAGCAATTGCAAGCAGCGTTAACTACTACGGAACAAAAGGACTTACTTACCGAATTAGAGGCTGCATGGAACAGTATGTATGCGGTTTTCTTAGAATACAGTTATTGTCAAGGTATAGCTGATAGTCCAGTGATTCATAAGGAACTAAAGCAATATGGAATTTGTATTTTGAAGGAATGTGCATAG	MKASTLAVFQETSGCFNSVNEWNHMYNFFHAKQTEEILCDEQVGYMFTDEKETEDAKQHILRKAFNNIVFVERIHQVAYRNALINSNLKKEEDHADEIFKQLQAALTTTEQKDLLTELEAAWNSMYAVFLEYSYCQGIADSPVIHKELKQYGICILKECA				NA	NA	NA	NA	NA
AK148_00028	555			hypothetical protein	ATGAGTGAAACGAAAAAAGCTTTAATTTTGGTCGATGTCCAAAAGGCATTTGATGATAAAAAATGGGGTGAGAGAAATAATCAAGAAGCAGAAGAGAATATGAGAAAAATACTACAATTTTGGAGGGAAAAGAAGTGGATAGTATTTCATATACAACACACGTCTGATAATCCTCATTCCGTATTTCATATGGCAAATAAAGGCTTTGCTATCAAAGAAATAGTTGAACCAATCGAGGGGGAAGTTATCATTACAAAAAAAGTAAACAGTAGTTTTATTGGTACTAACTTAGAAGAACAATTAAAAGCAAATGAAGTATCAACCGTTGTAATTATGGGATTGACTACACCGCATTGTGTATCAACGACTGCAAGAATGAGTGGTAATTTAGGGTTTGATACATATCTGATTTCAGATGCTACTGCAGCATTTGGATTGAAAGATCAACATAATAGATATTATGATGCAGAAACTATACATAATGTATCTATGGCTACATTGCATGGTGAATTTGCCACGATACGGACAACGGAGCAACTAATTAACAGTTTATAA	MSETKKALILVDVQKAFDDKKWGERNNQEAEENMRKILQFWREKKWIVFHIQHTSDNPHSVFHMANKGFAIKEIVEPIEGEVIITKKVNSSFIGTNLEEQLKANEVSTVVIMGLTTPHCVSTTARMSGNLGFDTYLISDATAAFGLKDQHNRYYDAETIHNVSMATLHGEFATIRTTEQLINSL				NA	NA	NA	NA	NA
AK148_00029	783			hypothetical protein	ATGAACACTCTCCCCCTTTTATTTAGAAAACTTATTACTTCTTACATACTTACTATTTTTACTGCTATCTACTTTGCAATTTCTTATCTATTCCCAATAGAATCAGCTTCCTATTATTTAGAAGTGGACTTTTTAGGGTGGACTTTCATTTATAGCATTTATATTTTTCCTGTACTGCTTTTATATGGAAGTCCTATTTCAATTATAGTAGAACTCATTCATAAAAAAGGCATCTTTAAAAATAAATGGCTTTACATTTTATTACATAGTTTATTTGGAGGATTTTTCGGTATTATTGTGGTGACTCTTGACTCTTTTCTTTTTAATTGGTTATTCATTTTATTTGGCGCATTTCTGGCATTATTATATGCTGTGATTGATCGCATTCTCTATATAAAAATAAAAAGCAAAAAAGCAATTTGGATTAGTCTATCGTTTCCAGTTATTATATTGGCATTCATGTGGGGTGGTTTTCAATTTGCATCAGAGCCTCTCCCTCCATTTACTGCAGAAGATGCTATAAAATTTGCCTCAGAGGAAGATGAAATGCTAGCAAAATTCCCACAAAAAGAAGGTATTTCTAAAGTGGAAATTGACGGATACCATATAATCCAAGAAACAAAAGCTGAAATCATTGATGATGATACTTATATCATCTATTTTTTCGAAACATGGAGTAGAAATGGTGAAAGCGATTCATTTTCTATTTCCTATAAGATAGACCGCATTTCTTCAACTTTGCACAACTCAGATTGGAACTATAACCGTCCATTTGAATATTAA	MNTLPLLFRKLITSYILTIFTAIYFAISYLFPIESASYYLEVDFLGWTFIYSIYIFPVLLLYGSPISIIVELIHKKGIFKNKWLYILLHSLFGGFFGIIVVTLDSFLFNWLFILFGAFLALLYAVIDRILYIKIKSKKAIWISLSFPVIILAFMWGGFQFASEPLPPFTAEDAIKFASEEDEMLAKFPQKEGISKVEIDGYHIIQETKAEIIDDDTYIIYFFETWSRNGESDSFSISYKIDRISSTLHNSDWNYNRPFEY				NA	NA	NA	NA	NA
AK148_00030	693	tenA_1	COG0819	Aminopyrimidine aminohydrolase	ATGTCATTTACAGACACATTACGAGAGGTAACCGCAAAAAGTTGGGAGCAAAGTATAAAACATCCATTTGTAAAAGGGATCGCCAAAGGTGATTTATCCCTAGACATTTTCAAGTATTATATTTTACAAGACATTTATTACTTAAAGCACTATGGAAAAGTCCATGCCTTAGCAGCTACATTGGCTGAAGATTTTCAAGTAACGGCGATGCTAGCTGACAAAGCAAAAGGAACTGCACAAGCAGAGCTAACCGTGCATAAACAGCATGCAGAAATCTTAAACATCACAGATACAGATTGGGATCATTTCAAACCAGCCCCAACTGCTTACGCTTATACATCACACCTATATCGCGCTGCAGCATCTGGAAGTCTAGGTCAAGCGATTGCAGCCATGTTGCCTTGTTATTGGTTATACGCAGATATCGGAAAAACGTACCAAAATGCCAAACCAACCGAAGAAATCTATCAAAATTGGATCGCTACCTATGCAAGCGACTGGTTTCAAGATTCAACCAATGAACAGATTAAGTTACTTAATCAAATTGCAGCCGAATCTACCGAGAAGGAAAAAGAAAAGATGAAAGAGCAATTTATCATTGCTAAAGAATACGAGCTTGCCTTCTGGGAGATGTCCTATACAAAGGAAAATTGGTTCTCTGACAGACATTGGCATGAGCCTTCGATGGCTTAA	MSFTDTLREVTAKSWEQSIKHPFVKGIAKGDLSLDIFKYYILQDIYYLKHYGKVHALAATLAEDFQVTAMLADKAKGTAQAELTVHKQHAEILNITDTDWDHFKPAPTAYAYTSHLYRAAASGSLGQAIAAMLPCYWLYADIGKTYQNAKPTEEIYQNWIATYASDWFQDSTNEQIKLLNQIAAESTEKEKEKMKEQFIIAKEYELAFWEMSYTKENWFSDRHWHEPSMA	PGPT0009055_452	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
AK148_00032	570			IS1595 family transposase ISBce21	TTGAGACCAGTATTAACTAAGGATATGGATGTGCAAGCTTTAAAAAATTACTATTGGTTAAAAGAAGAGTTACAATCTTTTTGTAAGCAATATGACATTGGTACTTCAGGATCAAAATTAGAACTTACGAACCGCATTGAAACTTTCTTGCTTACAGGTGAGATAAAAAAGACAACCCGGAAAAGAAGCGGTACTAAAAAAGCAAAAACAAAAGACGAATTAAGCTTAGATACTGTAATTACGGAAAATCATCGTTGTAGTCAGCATGTGCGGGCTTTTTTTAAAACAATTATCCCGAATTTTCACTTCTCTACGCATATTCAAAACTATTTTAAAGAAAATGTAGGTAACACGTATCATGATGTTGTTCAAGCGTGGTATGAGGAGCAAGAGCGAAAGAAAGATCCATCATACAAGAAAACGATTGCTCCACAATTTGAATATAATCAATTTATTCGTGACTTTTTTGCAGACTCGGCTAATAAAGGAAAAAGTCGGGAAGATGCAATTAAAGCTTGGAACAACATAAAGCAACGTCCAGGGAGTAACAAATATACGGCAAACAAATAA	MRPVLTKDMDVQALKNYYWLKEELQSFCKQYDIGTSGSKLELTNRIETFLLTGEIKKTTRKRSGTKKAKTKDELSLDTVITENHRCSQHVRAFFKTIIPNFHFSTHIQNYFKENVGNTYHDVVQAWYEEQERKKDPSYKKTIAPQFEYNQFIRDFFADSANKGKSREDAIKAWNNIKQRPGSNKYTANK				NA	NA	NA	NA	NA
AK148_00033	111			hypothetical protein	ATGAAGAGAGGTGTATACAAATTGAACTATAAAAATATTATATTTGATTATGATGGAACCTTGGCAGAATCAAAGCAATGCAGTGTATTAGCAACACAGAATGCTTTTTAA	MKRGVYKLNYKNIIFDYDGTLAESKQCSVLATQNAF	PGPT0001730_6416	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0001730-gph-K01091	NA	NA
AK148_00034	510	gph_1	COG0546	Phosphoglycolate phosphatase	ATGGGAATCCCAATTGAAACATCTTTTAAAAAAATGGCAGATCGAGAGTTATTGAAAGATGAATATAAGCTTTTATTGCAAACTTTCCGTGAACAATATAAACAGTTAGAAAGCGATTTACTAACCGTTTTTAGGAATATACCAGAAGTGTTACATAAAATGGTTTTAGAGGAAAAATTGTTATTTGTTTTATCAAGTAAAAAGACAGATGTACTAAAACGGAATCTACAAAGTTTAAACATAGATATTTATTTTCATGATATTATAGGGTCAGACAAAGTATCTCATTATAAACCGCATCCTGACGGTATTTTAAACATCGTTGAACAGTATCATTTAAAAAAGGTAGAGACGGTTATGGTAGGAGATGCTATATATGACTTACAAATGGCTAAAGCTGCTGCTATTTCATCATGTGGAGTGACTTGGGGAAGTCATAAAAGAGAACAATTGACAGAAGAAAAACCCGATTATTTAATAGATGAGGTCATGCAACTTGTATATTCGTAA	MGIPIETSFKKMADRELLKDEYKLLLQTFREQYKQLESDLLTVFRNIPEVLHKMVLEEKLLFVLSSKKTDVLKRNLQSLNIDIYFHDIIGSDKVSHYKPHPDGILNIVEQYHLKKVETVMVGDAIYDLQMAKAAAISSCGVTWGSHKREQLTEEKPDYLIDEVMQLVYS	PGPT0001730_6416	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0001730-gph-K01091	NA	NA
AK148_00035	468			hypothetical protein	ATGAAAATTGAAACGAAACGACTGTTATTAGTTCCTTGTACAGAAGAGAACGTAAACATGGTTTTAGAGCGAAAACAAAGTGTTGGTAATCATATCTATCAACACATAGAAAAGTTGCAAGAAGATCAAAGTCAATTCGGCTGGGGACCGTGGTTGATATGTAATAAAGAGAATACAATTTGGATTGGCGATGCCGGATTTAAAGGAAAACCAGATATGGAACGATCGGTAGAGATTGGGTATGGAATCATGGATCATGCTCGTAATCAAGGATATGGGACAGAAGCTGTTGGAGCGCTTATAAATTGGGCCTTTACTTTCGCTTCTGTAGAGCAAATTCATGCAGAATGCTTGGTTACAAATTTGCCATCCATAAGCGTGCTGGAAAAAGTAGGGATGCGCAAAACAAAAGAAGTAGATGATAGGATAAAATGGATATTGAAGAGAAACAGCGTCAACGAGGCTTAG	MKIETKRLLLVPCTEENVNMVLERKQSVGNHIYQHIEKLQEDQSQFGWGPWLICNKENTIWIGDAGFKGKPDMERSVEIGYGIMDHARNQGYGTEAVGALINWAFTFASVEQIHAECLVTNLPSISVLEKVGMRKTKEVDDRIKWILKRNSVNEA				NA	NA	NA	NA	NA
AK148_00036	2055			hypothetical protein	ATGGAAGGCGTTAAAAGAAGATTTATTAAATACCTAATACTGAAAGAAAGTGTGGGATGCAATGAATTAATAACCGAGTTCCAATTTACGAAGCATGAAGTTATGAACATAATGAAAGATATGAATCAATCTTTCAAAAAAGATGTCATTATTTCAAGTGATGAAGTAGTCTATATGTCTGAAGTTGGTAAGATGATCTGCTATAAGAAATTTTTTCTAGATAGAGAAAAATTATTTAGTCAACATGAATTTGAAATTCGCTACCATTTGATTCTTATTGCATTAGCAGTGGATAAAAAATATTTATCCTTACTGGAATTAGCAGACATATGCTTAGTGAGTAAAAATACGATATTAAATGATATGAAACCACTGAAAGAAAATTTACGTCTAAAAGGAATTGAAGTGGACTACTCTCGCAAGTTTGGTTATTTTATGAAAGGTTCAGAGTTTACAGTAAGAAATGTATTAGTAACAGCAGTGAAAACCTTGCTTCGGTCATCGGCAGGGCGAATACTGTTGGAAGAAAAGAATCTTGTAGATAGTTCAGAAATATTTCGGTTGCAAAAAAGACTGGAGCGAGTAGAGAGTAGAATCGGTATAACATTAACCGATGAACAATTAGATGAACTTCCATATATTATTCACTTTGTTTTAAAAAGGGCGAGCAAATTCAATCGTAATTGGTCCTTTAAAATAGAGAGCTATGATATTAAAAACACTGTAGAGTTTCCTGAAATACAGCAGATGTTTTGGGATTATAATGATTTAACACAAAGCGATTTGCTTTACTTATCCTTACAAATATTAGCATCCAATATGGTAGAGTCAGCGCTATTTATTACAGATGGGGACGAGGTATCTCAAGCAACGGATCATTTTATTGACAATATTGAAGTGAATTTGGCTATTAATATGTATCGTAGAAAAGAATTAAAGCATAAAGTACTTCTTCATATGAGACCTGCTATTTACCGAAGTTTGCTTGGTTTTCAAATTAATAACCCACTAACAAAAGAATTTTTAGCTCAATATCAAGAAATCTATCGTATAGTAAAAAAATCTGTTAAACCTTTTGAAGATATTATTCATAGGGAGATGTCTACAGAAGAAATTGTTTACCTATGCATGATTGTCTTAAGTTGGATCTATGAAACAGAAGAGACAGAAACCATTTTTAAAGCTGTAGTGCTATGTCCAAGCGGAACATCCATATCTAAACTATTATTAGTGACATTACAATCCATGTTTCCAGGAATAGACTTTATTGGTGCTTATGCAGTTAGACAGTTTAAAAAAGGTGGATACGAGGTTGATTTCATTTTTACAACGATTCCAATTAATGATCATCGAACCACTTTTATTGTTCCACCAATTTTAGATAGCCAAAGTAGGATGGAATTAAGAAGTAAGGTGCGAAATGAGATGAAAAGTGATAGTAATAGATTCGTGCATTCACTGGTAAAGTTAATTCAACCTTACGTTCCAACACAATATTTGGATGTTGTTTCTAAGAAAATTGGTTCCGTCTTAGTAAATCAAACCACTTGTGATTATTTGAACAATTCATTGGATCACTTTAAATTTTCTATCGACCATATAAGCATTATGAAAGAGGATGTGAATTGGGAGGAAATTGTTGATCGTTCCATGTTACCTCTTTTAAGAAGAAATAGTATTACAGAAAAATATATCAATAAAACTAAAACGATTTTCTACCATAATTATGAGCAGATGTTAATTGCTGCGAATGTTTATTTGCCTCATGCAGCAACAGAATATGGGGTGAAAAAAAAGGACTTCCAAATTAATATTCTAAAAAAACCAGTATTTACCCCTACTGGTGAAGAAGTAAAGATAGTTGTAGCGTTAGCTCCTTCTGTTGATAATGATCACGTACCAACTTTAATTCGATTAAACAATTTATTTATGGATAAAAACGTCATGTGTGAAATGATGAAGGAAGATAATATATTTACCATCCAGAGTATTCTTAACAATCTAGGAGGAGCAGAAGATGGGTTTCGAAACTTTATTTCAGAAAGAACTAATTAA	MEGVKRRFIKYLILKESVGCNELITEFQFTKHEVMNIMKDMNQSFKKDVIISSDEVVYMSEVGKMICYKKFFLDREKLFSQHEFEIRYHLILIALAVDKKYLSLLELADICLVSKNTILNDMKPLKENLRLKGIEVDYSRKFGYFMKGSEFTVRNVLVTAVKTLLRSSAGRILLEEKNLVDSSEIFRLQKRLERVESRIGITLTDEQLDELPYIIHFVLKRASKFNRNWSFKIESYDIKNTVEFPEIQQMFWDYNDLTQSDLLYLSLQILASNMVESALFITDGDEVSQATDHFIDNIEVNLAINMYRRKELKHKVLLHMRPAIYRSLLGFQINNPLTKEFLAQYQEIYRIVKKSVKPFEDIIHREMSTEEIVYLCMIVLSWIYETEETETIFKAVVLCPSGTSISKLLLVTLQSMFPGIDFIGAYAVRQFKKGGYEVDFIFTTIPINDHRTTFIVPPILDSQSRMELRSKVRNEMKSDSNRFVHSLVKLIQPYVPTQYLDVVSKKIGSVLVNQTTCDYLNNSLDHFKFSIDHISIMKEDVNWEEIVDRSMLPLLRRNSITEKYINKTKTIFYHNYEQMLIAANVYLPHAATEYGVKKKDFQINILKKPVFTPTGEEVKIVVALAPSVDNDHVPTLIRLNNLFMDKNVMCEMMKEDNIFTIQSILNNLGGAEDGFRNFISERTN				NA	NA	NA	NA	NA
AK148_00037	477	gatA_1	COG1762	PTS system galactitol-specific EIIA component	ATGGGTTTCGAAACTTTATTTCAGAAAGAACTAATTAAACTAAATACTGAATTTCATTCGTCGGATGATATGTTTGTAGCGCTTAGTCATGATTTAATAAAAAACGGTTATGTAGAGGATACTTTTAATCAAGCAATCATCGAAAGAGAAAAAGAATTTCCAACAGGATTGTCTACAGGAAAAGCATTGTTAGCTATACCACATACGGATACAAAGCATATTACAAAGCCATTTATATATGTTGTAAAGGCTAACAAGCCAATGAAATTTTTGCAAATGGCAACTACGGACACGTGGCTTGAAGTAAATATCATATTTATGCTTGGTATAAAGGACCCAGCAAAACAAGTCGGTCTACTTTCAGTGATTATTGATAAGTTCAAGGATGAGCAATTTGTTCATACATTTCAATCTATTTCAAATGAGAAAGAGATGCTTGCATTTTTAAAAAACAATTTTAGGAGAGATGAAAAATGA	MGFETLFQKELIKLNTEFHSSDDMFVALSHDLIKNGYVEDTFNQAIIEREKEFPTGLSTGKALLAIPHTDTKHITKPFIYVVKANKPMKFLQMATTDTWLEVNIIFMLGIKDPAKQVGLLSVIIDKFKDEQFVHTFQSISNEKEMLAFLKNNFRRDEK	PGPT0016946_124	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GALACTITOL_PTS_SYSTEM,PGPT0016946-gatA|sgcA-K02773	NA	NA
AK148_00038	276	gatB_1	COG3414	PTS system galactitol-specific EIIB component	ATGAAAAAAGTAATTGTAGCTTGTGGTTCAGGGGTAGCGACTAGTCAGACGGTAGCATCAAAAGTAAAGTCAATTTTGGAAGAAAAAGGTGTTCGAGCAAGTGTAGAAGCAGTTGATATTAAGTCGTTAGATCAGTATATAAAGACCAGCGATGTGTATATTTCAATTACAAAAAATACAGAAGAATATGATATTCCAACTCTAAATGGAATAGCCTTTTTAACCGGTATGGGAATGGAAGAAGAAACACAAAAATTGCTAGATGCATTAAAGTAA	MKKVIVACGSGVATSQTVASKVKSILEEKGVRASVEAVDIKSLDQYIKTSDVYISITKNTEEYDIPTLNGIAFLTGMGMEEETQKLLDALK	PGPT0016947_539	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GALACTITOL_PTS_SYSTEM,PGPT0016947-gatB|sgcB-K02774	NA	NA
AK148_00039	1350	gatC_1	COG3775	PTS system galactitol-specific EIIC component	ATGGTGGAACTGCTAAACACAATATTTTCATATATTTTAGATTTAGGTGCTTCTGTATTTGTTCCGGCAGTTATGTTATTAATTGGTATTTTTGTAAAAATGAAATTTAAAAATGCTTTAAGTGCAGCCATTACTTTAGGTGTAGCTTTTTTAGGAATGAATCTTGTAATTGGCTTCATGCTTGATGCTTTAACACCAGCTGCGCAAGCTTTAGCAGAGAGAACAGGCATTGAATTAACTGCTGTTGATGGGGGATGGACGACCGCCGCTTCATTGTCTTGGGCTTGGCCATATGCATTTCTTCTATTCCCTATTCAGCTTGTTATTAATGGAGTGATGCTACTGATAAATAAGACAAAAACGTTGAATGTTGACTTATGGAACGTATGGGGGAAGATTTTTACAGCTGTACTTATATACGGTGTAACAGGAAGTATGTATGTCGCTCTTATTGGTTCAGCTATAGTAATCATTTTTGAATTGGTATTTGCTGATTTGAACCAAAAACAAATTGAGACATTGACTAATATTCCGGGAGTTACAAGTTCTCATAACTTTTTTTTAATCGGTACATTACTAATGCCAATTGATTGGATGTTACGGAAATTTAAAGTGTTTAATAAAGAGATGGATGCCAATGCTTTAAGAGACAAAATTGGTATTTTTGCGGAAAATCATGTAATGGGTTTTATTATTGGGTTGCTTTTAGGATTGGCTGCTGGTTATTCCATCGCTGACTCACTCATTTTGTCTATGCAAGCAGCTGCTGCGCTAACATTATTCCCGATGGTAGCTAAACTATTTATGCAAGCGTTATCTCCATTGTCAGAAGCAATTAATGATTATATGAAGAAACGCTTTAAAGGTAGAGAAATTTTTATTGGGCTTGATTGGCCAATACTAGCTGGATCTAGTGAGGCATGGGTAGTAATGACTATTTTAGTTCCAATTACGTTATTCTTTGCTCTTATATTACCAGCAAATGCAGTTCTACCTTTCGCGGGAATCTTAAACATTGGATTAGCGGTACCCGCATTAATTGTAACAGGTGGAAACTTATTACGGATGTTAGTAATCTGTACAATTACTACACCAATATTTCTGTATGCTGCTACCTATTTTGCTGATATTATGACAGATTTAGCCCATTCAACCAAAGCCGTTGAATTAGAAGCGGGTCAGCAAATTACTTGGAGTACAGTGGAGTACCCAGTATTTCGGTATATTTTAACGGAGCTTGGTAGTTTTAGCATAATTGGACTGGCTTTAGCTGCTGTATGGGTATTAGGTTTTATCCTGTATCGAAAAGAAATGTTGAAGAGAACAGAAGAATTAAAGGCACAAGGATAG	MVELLNTIFSYILDLGASVFVPAVMLLIGIFVKMKFKNALSAAITLGVAFLGMNLVIGFMLDALTPAAQALAERTGIELTAVDGGWTTAASLSWAWPYAFLLFPIQLVINGVMLLINKTKTLNVDLWNVWGKIFTAVLIYGVTGSMYVALIGSAIVIIFELVFADLNQKQIETLTNIPGVTSSHNFFLIGTLLMPIDWMLRKFKVFNKEMDANALRDKIGIFAENHVMGFIIGLLLGLAAGYSIADSLILSMQAAAALTLFPMVAKLFMQALSPLSEAINDYMKKRFKGREIFIGLDWPILAGSSEAWVVMTILVPITLFFALILPANAVLPFAGILNIGLAVPALIVTGGNLLRMLVICTITTPIFLYAATYFADIMTDLAHSTKAVELEAGQQITWSTVEYPVFRYILTELGSFSIIGLALAAVWVLGFILYRKEMLKRTEELKAQG	PGPT0016948_402	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GALACTITOL_PTS_SYSTEM,PGPT0016948-gatC|sgcc-K02775	NA	NA
AK148_00040	648	drdA_1		5-deoxy-D-ribulose 1-phosphate aldolase	TTGTTGTATCAAAGAGAAAGAGAACAGTTGGCTAAAATTGTGAGAAACATGTTCTCTCGCTATGAGACAAATACAGCTGGTGGCAATGTTAGCGTTAGGGTGAATAATCAACATATTATTATGACACCAACCCATATGTCTCAAGAATACCATTGTAATATTTCCCCATACCAAGTTTTAGTGGTAGATATGGATGAAAATATTGTCGAAGGTGACGGGAAAATTACAAGAGAAATTAATATGCATATGGCATGTTATAAACACAATCAACAGATTGGCTGTGTACTTCATGCACACGCACTTAAATCAATGGTGTTTGCGACAATGGGAATGGATATGCCTAATTTAACAGAATCAACGCAAAAGTTTGGCGATATACCATGTTTAGATTTTGCTCCTGCGACTTCAAAAGATTTAGCGGATACAGTTAAACATCATATGGAGAATAAAGCTTTAGATTCAATAACAAACGTTATGTTATTGAATAAGCATGGCGTGTTAATTACGGATACTAATTTAATAAAAGCTTATGATAATCTTGGACGTTTGGAATACAATGCATACATTGCTGAAAAAGCGTTATTATTTGATAAGTTAGGTATTTGTACGATTAAAAATAAATCTTTGAACTATAACTTAGATGAATAA	MLYQREREQLAKIVRNMFSRYETNTAGGNVSVRVNNQHIIMTPTHMSQEYHCNISPYQVLVVDMDENIVEGDGKITREINMHMACYKHNQQIGCVLHAHALKSMVFATMGMDMPNLTESTQKFGDIPCLDFAPATSKDLADTVKHHMENKALDSITNVMLLNKHGVLITDTNLIKAYDNLGRLEYNAYIAEKALLFDKLGICTIKNKSLNYNLDE	PGPT0017430_1362	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FUCOSE_DEGRADATION,PGPT0017430-fucA-K01628	NA	NA
AK148_00041	663	drdA_2		5-deoxy-D-ribulose 1-phosphate aldolase	ATGAAATATTTAAAAGAAGAACGAAAACAAATTGTTGCATATGGAAAGAAATTGATTGATGCTGGCTTAACGGTTGGAACTGGTGGGAATATTAGTATCTTTGATAAAGAAGCTGGGCTAATGGGGATTACACCAAGTGGAATCGATTATCATCAATTGAGGGAGCAAGATATTATTATTATGGATTTGTATGGTAATGTGGTGGAAGGTGAGTTAAAGCCTTCGAGTGAATTTCAAATGCATTCCATTGTTTATAAAAATAGATGCGATGTAACTGCAATGGTTCATACACATGCTCTGTATTCCACAACAATATCTTGCTTAAATGTTGATTTACCAGCTATCGATTACCTTGTTGCACACAGTGGAGGAAAAAATATTCGTTGTGCTGCATACGCAACATATGGCACAAGGGAATTGGCTGAAAATGCACTTGAAGCTATGAAAGATAGAAAAGCAGTTTTATTAGCAAATCATGGTATTAATGTAGTTGGCAGCTCTCTTGCAGAAGCTTATGCTATTACAGAGCAACTGGAATTTTGTGCTCGCTTGTACTGGCAGTCCAAAGCAATTGGCGATCCCATCATATTAGCCGATGAGGAAATGACGATGATGGTAGAAAGATTTAAAGATTATGGTCAGCCTAAAGATACGCTAAAGTGA	MKYLKEERKQIVAYGKKLIDAGLTVGTGGNISIFDKEAGLMGITPSGIDYHQLREQDIIIMDLYGNVVEGELKPSSEFQMHSIVYKNRCDVTAMVHTHALYSTTISCLNVDLPAIDYLVAHSGGKNIRCAAYATYGTRELAENALEAMKDRKAVLLANHGINVVGSSLAEAYAITEQLEFCARLYWQSKAIGDPIILADEEMTMMVERFKDYGQPKDTLK	PGPT0017430_938	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FUCOSE_DEGRADATION,PGPT0017430-fucA-K01628	NA	NA
AK148_00042	1011	yumC_1	COG0492	Ferredoxin--NADP reductase 2	GTGAAAGAAGAATGTATGTATGATGTAACGATTATAGGTGGTGGGCCAATAGGTTTATTTGCTGCTTTTTATGGGGGGTTACGACAGATGAAAGTGAAAATCATCGAAAGTTTACCTCATTTAGGTGGGCAATTGTCTGCATTATATCCTGAAAAGTACATTCATGATGTTGCGGCATATCCGAAAGTGAAGGCACAAGAATTAATTGATCAGCTAACGGAACAAGCAATGCAATTTAATCCCCATGTTGTATTACAGCAAACGGTAGAAAATGTAGTGAAGGTTAATAACCAATATTTTCAACTTGCTACAGACAAAGAAGTGCATTATTCAAAAACAATTCTTATTACTGCTGGTATAGGAGCCTTTGAACCTCGACGAATAAAATTAGCAAATGCTCATACATACGAAGGAAAGAACTTACACTATTTTGTTCAAGATGTAAATCGTTATAAGGATAAAAACGTTTGTATATTAGGTGGTGGAGATTCAGCGGTAGATTGGGCAATGATGATTGAGCCAACGGCGAAAAATGTGAAAGTTATTCACCGAAGAGAGCAATTCAGGGCCCACGAACATACTGTTTCTAAACTGTTTGACTCTAAGGTTGACGTATTTACTCCCTTTCAATTACATGAAATTGTAGGCGACGGAAAAATAGAAGAAATTACTATCCAAAACGTAAAAGACTCAGAAATGATGAAAATTCCGTTAGACGAATTAATCGCTAGTTACGGCTTTATATCTTCTTTAGGTCCGATTAAAAATTGGGGACTAGAATTTGTGAAAAATGCTATTCAAGTAGATTCAGCTATGAATACGAATATCCAAGGTATTTATGCTGCTGGCGATGTTGTTACCTTTTACGGAAAAGTGAAGTTAATTGCTTCAGGATTTGGTGATGCAGTTACTGCAATTAGTAGTGCTAAAACGTATATAGACCCTAAAGCTAGGCATCAACCCCAACATAGCACAACTTTATTTGAAAAGTGGGAAAAAATGAAAAGTTAA	MKEECMYDVTIIGGGPIGLFAAFYGGLRQMKVKIIESLPHLGGQLSALYPEKYIHDVAAYPKVKAQELIDQLTEQAMQFNPHVVLQQTVENVVKVNNQYFQLATDKEVHYSKTILITAGIGAFEPRRIKLANAHTYEGKNLHYFVQDVNRYKDKNVCILGGGDSAVDWAMMIEPTAKNVKVIHRREQFRAHEHTVSKLFDSKVDVFTPFQLHEIVGDGKIEEITIQNVKDSEMMKIPLDELIASYGFISSLGPIKNWGLEFVKNAIQVDSAMNTNIQGIYAAGDVVTFYGKVKLIASGFGDAVTAISSAKTYIDPKARHQPQHSTTLFEKWEKMKS	PGPT0013060_2949	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384	NA	NA
AK148_00043	270		COG1146	Ferredoxin	ATGGCGTTTGTTATTACATCTCCTTGCTCTTTTGAAAAGTCTGCTGAGTGTGTAGAAGTTTGTCCTGTAGATGCGATTCATTCAGGAAATGAAATGTACTACATAGATCCTGACATATGCATAGACTGTGCAGCATGTGAGTCAGTTAGCCCAGTTCAAGCTATATATGCAGAAGAAGACGTCCCTGAAAAAGAGAAGGAATACATGAACAAAGGCTCGGCGCGCCCGTTTAGCAACGTAGCCAATGGAACGAAGCAACTGAAGTTTTAG	MAFVITSPCSFEKSAECVEVCPVDAIHSGNEMYYIDPDICIDCAACESVSPVQAIYAEEDVPEKEKEYMNKGSARPFSNVANGTKQLKF	PGPT0030810_1569	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-FE-S_CLUSTER_BIOGENESIS,PGPT0030810-fdxA-K05524
AK148_00044	1323		COG1541	Phenylacetate-coenzyme A ligase	ATGTATTATAATCAAAAAATGGAAACGCTTCCTAGAGAAAGTATGGAAAAACTTCAATTATCAAGACTTAAAAAAACAGTGCAAACCGTTTACGATAAAACCCCTTATTATCATAAAAAATTTACAGCATTAAATCTAACCCCAAACGACATTCAATCCTTAGAAGATATTCAGAAATTACCATTTACGCAAAAGAAAGATCTGCGTGATAATTATCCATTCCAATTATTTGCACTACCAATAAGTGTTATTGATAGAATCCATGCTTCTAGTGGTACAAGTGGCAAACCGACTGTTGTAGGATACACTAGAAACGATTTGGAAGTATGGGCGGAAATTGTTGCAAGAGCAATTGTTGCTTGTGGAGGAAATAAGCAACGTATTCTACAAAATGCATTTGGTTATGGTTTGTTTACTGGTGGGCTTGGTTTACATTATGGATCAGAAAAACTAGGAATGGCCACGGTCCCCGTTTCAGGAGGAAACACAGAAAGGCAAGTGTTATTAATAGAAGATTTTAAACCTAGCGTCATTGTTGGTACTCCTTCCTATATTTTAAATATTGCTGACAAAATGGAACAATTAGGAAAAGATCCCCGAAAAACCAGCTTGCAATATGGAATATTTGGTGCTGAACCTTGGTCAGAGAAGATGCGTAAAGAGTTAGAAGAGAGATTAGGAATTAAAGCCATGGATATTTATGGATTAAGTGAAGTGATGGGACCTGGAATTTCTTGTGAATGTTTACAAGCACAATCTGGTCTGCATGTCGCTGATGATCATTTTTATGTGGAAGTCATTCATCCAGATACGTTGGACCCCGTACCAGAAGGAGAAGAAGGGGAGCTTGTTTTTACTAGTTTAACCAAAGAAGCTTTTCCAATTATTCGTTATCGTACTGGTGATATAGCTTCCATTACGAAAGAACCTTGTATATGCGGTAGAACAACAACGAGAATGTCGCGTGTAAAAGGAAGAATTGATGATATGCTTATTGTTCGTGGCGTGAATGTTTACCCGACAGAGATAGAGAGCGCTCTATTGGAGATGAAGGAGCTAGAACCACATTATCAGCTTTATGTTGTGAATCAAGGCTCATTAGATAAAGTGTTGTTAAAAGTAGAGATCAATGAAACGATGTACCGACAATTAGATGGGGACTTAGAGCATGCAAAAATAAAAGCGCTTTCTAATCAAGTTTTTCAACAATTAAAAAGCAAATGTCTCGTTAGTATAGATGTTAGCATTGAACATCCTGGTACGATCCCTCGATCGATGGGGAAAGCGATTCGTGTTGTCAGAGACAGCGGAATAAAAATTTAA	MYYNQKMETLPRESMEKLQLSRLKKTVQTVYDKTPYYHKKFTALNLTPNDIQSLEDIQKLPFTQKKDLRDNYPFQLFALPISVIDRIHASSGTSGKPTVVGYTRNDLEVWAEIVARAIVACGGNKQRILQNAFGYGLFTGGLGLHYGSEKLGMATVPVSGGNTERQVLLIEDFKPSVIVGTPSYILNIADKMEQLGKDPRKTSLQYGIFGAEPWSEKMRKELEERLGIKAMDIYGLSEVMGPGISCECLQAQSGLHVADDHFYVEVIHPDTLDPVPEGEEGELVFTSLTKEAFPIIRYRTGDIASITKEPCICGRTTTRMSRVKGRIDDMLIVRGVNVYPTEIESALLEMKELEPHYQLYVVNQGSLDKVLLKVEINETMYRQLDGDLEHAKIKALSNQVFQQLKSKCLVSIDVSIEHPGTIPRSMGKAIRVVRDSGIKI	PGPT0026240_1451	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
AK148_00045	981	paaA	COG3396	1,2-phenylacetyl-CoA epoxidase, subunit A	ATGGTTTTAACTCCTTTTGACCAATTAACAGCTGATGAAAAATATGATCATTTTATGGAAAGGATTGAAAAGGGTGAAAAAATAGAGGCGGAAGATTGGATGCCAGACGAATATAGAAAGGCATTGATACGTTTAATTTCGATGCATGGGATTAGTGAAATTATGGGGGCACTCCCTGAAAAAGAATGGGTACCTAAGGCACCAACTTTACATCGAAAATTAGCTATTATGGCTAAAGTTCAGGATGAAATGGGACATGGTCAGTTGCTGTTACGCGTCGTAGAAGATTTAATCCAACCATTGGGGAAAACAAGAGACCATATTATGGAGGATTTATTTACAAAACGGCTTAAATTTCATAATGTCTTTCATATGCCTGCACCATCATGGGGAGATGCAGCTATTATTGCTTGGTTAGTGGATGGAGCGGCTATTTTATCACAAACGATGATGTTAAATTCTTCTTATGGACCATATGGAAGAGCATTGAAAAGAATTTGTCAGGAGGAATCCTTCCATGCGAAACATGGAGAAAGCTTGACACTAGCTTTGGCTAGTGGAACGGAAAAACAAAAAGCCATGTTACAGGAAGCACTTCATCGTTGGTGGGAATCGTTATTAACCTTTTTTGGCCCCAAGTCAAAGCAAGAAACAGGTCACACCAATGTTGATATTGGTATAAAGTATAAACTACGAACAAAAACAAATGAGCAATTACGGCAAGAATTTTTAACGAAATATGTACCAAAAATTCAATTACTTGGATTAAGCATTCCGGACGAACAGTTGCGTTTTGATGAAGATACACAAGAATGGCGTTATACAGAGCCAGATTGGCAGAAATTCAAAAGAATAGTAGCTGGGGATGGACCAAAATCAGATGAAAGGCTAGCTTTGCGCAGGAATTCTTATGAAAATAGTCAATGGGTTCGAGATGCGTTAAGGCATTTCAAAGAACAAGCAAGCGAACATGTTGGATGA	MVLTPFDQLTADEKYDHFMERIEKGEKIEAEDWMPDEYRKALIRLISMHGISEIMGALPEKEWVPKAPTLHRKLAIMAKVQDEMGHGQLLLRVVEDLIQPLGKTRDHIMEDLFTKRLKFHNVFHMPAPSWGDAAIIAWLVDGAAILSQTMMLNSSYGPYGRALKRICQEESFHAKHGESLTLALASGTEKQKAMLQEALHRWWESLLTFFGPKSKQETGHTNVDIGIKYKLRTKTNEQLRQEFLTKYVPKIQLLGLSIPDEQLRFDEDTQEWRYTEPDWQKFKRIVAGDGPKSDERLALRRNSYENSQWVRDALRHFKEQASEHVG	PGPT0006045_636	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION	XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006045-paaA-K02609	NA	NA
AK148_00046	318			hypothetical protein	ATGGCAAGTGAACAATTTTATGAAGCATTTGAAGTTTTTAGCAGGAAAAGAGATGGATTACCTTTAGAACACCGATTTAGCTTAACAGCACCCAACAAGGAAATGGCTTATATCATGGCGAAAGAAAACTTTTTTCGGCGTGAAGCCGTGAAGGAATTGTGGGTTGTAAGTCGAAAAGATATCAGGAAGATGAGCCAAGAAGAAAGAGAAGCCTTTCAATTAATGGATAATAAAGCGTATCGGGAAACTCGTGGCTATGTAGATCTCCCTAAGAAATGGAAAGAATTTAATCATGATACAAAAGTGAAGGAGGGGTAA	MASEQFYEAFEVFSRKRDGLPLEHRFSLTAPNKEMAYIMAKENFFRREAVKELWVVSRKDIRKMSQEEREAFQLMDNKAYRETRGYVDLPKKWKEFNHDTKVKEG	PGPT0006050_219	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION	XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006050-paaB-K02610	NA	NA
AK148_00047	792	paaC	COG3396	1,2-phenylacetyl-CoA epoxidase, subunit C	TTGCAACGAGAAGATATGGTTTTGTGTGAATTACTTTATCAATTAGCAGATGATAATTTCATCCTAGCCTATCGTGGCTCGGAATGGCTTGGGTTGGCGCCTCATATTGAGGAGGATGTTGCTTTTTCATCCATCAATCAAGATATGATGGGGCATGCGGTCATGTATTATCAATTGCTGGAGGAATTAGGAGCAGGAGATGTTGATGCATTATCGCATTGTAGGGAGCCAGAATCCTTTCGAAATGCTATTCTTTTAGAGCGGAAGAACGGATTAGGCCATTATTTAGAAAATCCCAATTACGATTGGGCCTATACGGTAGTTCGCCATTATTTGTTCAGTGTGTTGAAACAAATTCGCTTAGAATCTCTTTATCATTCTAGTTATGAGCCTTTGAAACAAGCAGCAGAGAAAATCTCATCGGAGCATTACTACCATTCTATGCATTGGGAAACTTGGTTTACACAATTAATGTCGAGTACGAAAGAGGCCCGTCATCGTATGAAGAATGCTATCAACTATTGTTGGCAAGAATTTGACGGGGTAATCTCTTTAGGTAGATATGGTGAAGAAATATGTGATCATCAGTTGATAGTGGAAGAAGAAAAATTGCGAAATGAATGGTTGAAAAGAGTTTGTACTACATTTGGCGAAATGCAATTTTCACCTAAGACATCTCCTGGCATGGAAAGTGGAAATGGGCGTAATGGAGAACATACGGAAGATTTAACGGAAGCTCTGGAAGTGTTAAGTGAAGTTTACGGAGGTGATAAGCAAGCAGTTTCTTGGTAA	MQREDMVLCELLYQLADDNFILAYRGSEWLGLAPHIEEDVAFSSINQDMMGHAVMYYQLLEELGAGDVDALSHCREPESFRNAILLERKNGLGHYLENPNYDWAYTVVRHYLFSVLKQIRLESLYHSSYEPLKQAAEKISSEHYYHSMHWETWFTQLMSSTKEARHRMKNAINYCWQEFDGVISLGRYGEEICDHQLIVEEEKLRNEWLKRVCTTFGEMQFSPKTSPGMESGNGRNGEHTEDLTEALEVLSEVYGGDKQAVSW	PGPT0006055_481	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION	XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006055-paaC-K02611	NA	NA
AK148_00048	540	paaD	COG2151	Putative 1,2-phenylacetyl-CoA epoxidase, subunit D	ATGACGAAAAACGTACTTCTCAAGAAGGAAGTACAGCAAGTATTACAACAAGTAACTGATCCAGAAATGCCGTATATTAGTATTGTTGAGCTAGGAATGTTGGAAAATATAGCAATGAAAAGGGACGGTTTTGTTCAAGTGGAGCTATTGCCAACTTTTAGTGGATGTCCAGCTTTAAATATGATTCAAGCAGATGTAAAAGAAAAAGTGAAAGAGCGTTTATTAGAATGGAATGATGATTTAGAAGTTGAAGTTACATTTCGTTTTCATCCTCCGTGGACAACGGATCGCATTACGGAAACGGGGAAAGAAAAATTAAGACAAAATGGAGTTTCACCCCCACCAGCTTCTTTTACTGCGGGTGAACCTTGGAAGATTCCATGCCCTTATTGTCATTCCTTGTATACAACGATGGAGAACATATTTGGGCCAACAGCATGTCGAAGTATTCTTTATTGTAATGCATGTAAAAACCCATTTGAAGCAATGAAACCGATTGCTAATTTATTTGAAGGAGTGGAAAATAAATGGTTAAATTAA	MTKNVLLKKEVQQVLQQVTDPEMPYISIVELGMLENIAMKRDGFVQVELLPTFSGCPALNMIQADVKEKVKERLLEWNDDLEVEVTFRFHPPWTTDRITETGKEKLRQNGVSPPPASFTAGEPWKIPCPYCHSLYTTMENIFGPTACRSILYCNACKNPFEAMKPIANLFEGVENKWLN	PGPT0006060_208	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION	XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006060-paaD-K02612	NA	NA
AK148_00049	303			hypothetical protein	ATGGTTAAATTAATAGCATTGTATAAACGCCCTGAGGATAAGGTTAGTTTTGATGAACATTATCAGAATGTTCATACGCCCATTACTAAAAAGATTCCTGGATTACGTAAAATGGAAGTTACTAAAATTGTAGGATCACCTAGTGGGGAAAGTAAGTACTATCTGTTATGTGAAATGTATTATGATGATCACGATGCATTAAAAGCGGCGATGAAAACGGATGAAGCAAAAGCCTCTGGAAAAGATTTGATGTCATTCGCTGGGGATTTAGTGACGATGATGATTGGTGAGGAAGTTGAATAA	MVKLIALYKRPEDKVSFDEHYQNVHTPITKKIPGLRKMEVTKIVGSPSGESKYYLLCEMYYDDHDALKAAMKTDEAKASGKDLMSFAGDLVTMMIGEEVE				NA	NA	NA	NA	NA
AK148_00050	720	echA8	COG1024	putative enoyl-CoA hydratase echA8	TTGCACCGCCCAAAAGTTTTAAATGCTATTAATCAATCGATGGTAGCAGAAATTTTAACTGCATTATGTGAATTTGATTATTCAGAGCAAGTGAAAGTCATTGTTTTATTTGGCGCTGGTAAATCTTTTGCTGCTGGAGCAGATATTAAAGAAATGATGGGAGAAAATGCGATTTCCATGGAATTGAAAAATCAGTTTGCTGATTGGGATCGTATTGCATTAATAAAAAAACCAGTAATAGCTGCAGTGCACGGATTTGTCCTCGGTGGTGGATTTGAGCTTGCATTATGTGCTGATATGATATTTGCAGCAGCAAATAGTAAATTTGGATTTCCAGAAGTGAAACTTGGTGTTATGCCTAGTGCTGGAGGTTGTGTAAAATTAACGAAATTAATAGGGAAAAGAAAGGCATTAGAATTTCTATGGAGTGGAAATCATTTGGAAGCAGAAGAAGCGAAACATTGGGGAATGGTAAATCGGATAGTACCAAATGAACTTCTTATGCAAGAGACGATACATTTTGCTGAAAAATTAAAGAAGCAACCGGCTTTGGCTTTACGGCTAATAAAAGATACGGTTAGAAGAGCAGAGAATGTAACTGAATATGAAGCGATGCAATATGAACGAAAAAACTTTTCTTTGCTTTTTGCTTCTGAGGATCAACAAGAAGGGATGCAGGCATTTATGGAAAAGCGATCGCCACATTTTCAGGGGAAATAG	MHRPKVLNAINQSMVAEILTALCEFDYSEQVKVIVLFGAGKSFAAGADIKEMMGENAISMELKNQFADWDRIALIKKPVIAAVHGFVLGGGFELALCADMIFAAANSKFGFPEVKLGVMPSAGGCVKLTKLIGKRKALEFLWSGNHLEAEEAKHWGMVNRIVPNELLMQETIHFAEKLKKQPALALRLIKDTVRRAENVTEYEAMQYERKNFSLLFASEDQQEGMQAFMEKRSPHFQGK	PGPT0001860_8032	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
AK148_00051	774	paaG	COG1024	1,2-epoxyphenylacetyl-CoA isomerase	ATGTTTCAGACCATTCATTATGAAGAAAAGGATCAGGTTGCTTGGCTAACCTTGAATCGACCTGAGAAATTAAATGCATTTACAAGTACGATGAATCAAGAAATGATCGAAGTATTTCAAAGCGTGGGAAAGAATCATAAAATACGTGCCCTTGTTATTACTGGTGCCGGAAAAGCATTCTGTTCTGGAGAAGATATTAGCAGCCTACAACCTGAGATGCAACTAGGGGAAATTATTAAATCCCGCTACCAACCGATGATGAAAGAGCTTGCTCGAGTGGAAAAACCAATTATTGCTTCTATTAATGGAGCAACAGCAGGTGCTGGGTTAAGCTTGGCTTTGGCGTGTGATTTTCGAATTGCTTCGGAACAAGCTTCATTTATGGAGGCGTTTATCCATATTGGGTTAATTCCTGACTCTGGAAATTTATATTATTTGCCTCGTATCGTCGGTTTAGCTAAAGCCCTTGAATTAGCTATTTTAGGTGAGAAACTAACGGCAAAAGAAGCGAAGGAGGTTGGTCTAGTAACAAAAGTAGTCCCACCAGATCAGTTAGAGGCAGAAACGACTTCATTTGTTGATCGCTTGGCTCATATGCCTACAAAAGCAATTGGGTTAATCAAGCGTTACATGTACCAAAGCTTTGAAACGAACTTAAATAATATGCTAGATTATGAGGCGTTTGGACAAGAGATTGCTGGTAAGACAGAAGATTATGCAGAAGGGGTTCAGTCCTTTTTGGATAAACGATCCCCTAAATATAAAGGATATTAA	MFQTIHYEEKDQVAWLTLNRPEKLNAFTSTMNQEMIEVFQSVGKNHKIRALVITGAGKAFCSGEDISSLQPEMQLGEIIKSRYQPMMKELARVEKPIIASINGATAGAGLSLALACDFRIASEQASFMEAFIHIGLIPDSGNLYYLPRIVGLAKALELAILGEKLTAKEAKEVGLVTKVVPPDQLEAETTSFVDRLAHMPTKAIGLIKRYMYQSFETNLNNMLDYEAFGQEIAGKTEDYAEGVQSFLDKRSPKYKGY	PGPT0006070_2663	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION	XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006070-paaG-K15866	NA	NA
AK148_00052	1518	betB	COG1012	NAD/NADP-dependent betaine aldehyde dehydrogenase	ATGGTAAAAACAACAGAACAGCCAATTTTTGCGAAAGAGCTAAAGCGTGAGACATACCAAATGGTTATTAATGGAAAATCGACACAGGCTAAGTCAGGTGAACTGGCGACGGTTTACAATCCTGCAACAGGTGAAGTCATTGCTGAAGTGCCAAGAGCAAATCTGGAAGATGTAGACTTAGCGGTAGAAGCAGCTCGAGAAGCTTTTGATAATGGCAAATGGAAGCGTTATCCAGTAGGGAAGCGTGCACGCGTATTAAACAACATTGCTTCGATTATGAGGGAGCGGTTTCATCAATTAGTTGAGATGGAAGTTATGAATAGTGGTAAAACCATCTCCGCAGCTCAAGGTCAAGTCATGCAGGCAATAGAAGATTTCGAGTTTTATGCTGGAGCCATTGTTGGACATTGTGGCACGGTAAATAATGTTCCCGGGCAGTTTTTTAATTATACGCAAAAAGAACCAATCGGTGTAGCAGCGCAAATTATACCTTGGAATTACCCAATGATGATGGCTGCTTGGAAGGTGGCGCCTGCCATTGCAACAGGCTGTTCTATTGTATTAAAACCCGCCAGTTTAACACCAATTACGGCAATTTTATTAGCAGAAATTTGTATAGAAGCAGGTGTACCAGAAGGGGTTGTTAATGTAGTAACAGGCCCAGGCGCAACGATCGGCACTTATTTAACGGAACATAAAGGCATTGACAAAGTTGCCTTTACAGGGGAAACAAATACAGGGAAGGATATTATGGCAAAAGCTTCGGAAACCTTAAAGCGGGTTACCTTAGAGTTGGGAGGAAAATCTCCGAACATCGTATTCCCAGATGCCGATTTAGAGGCGGCTGTTAATGGGTCCGTTTTCGGTATTTTTTACAACACTGGTCAATCTTGTGAAGCGAGATCGCGCTTATTTATTCATGAAGATATGTATGCTGAATTTATGGAAAGTTTCCTCGATAAGACAAGGAAACTAGTTGTAGATGACCCGATGTCAGAAAAATCTCACGTCGGTGCGATTATTAGTAAACAACAATTGGATAAGATCCATCGTTATGTAGAAGGTGCAAAGGAAGAGGGTGCAACCGTTGTAACAGGGGGACATCCCTTAAAAGTAGAAGGTTTTGCAGAAGGATATTGGTATGCACCAACCGTAATAACAAATGTAACAAATGATATGAAAATTGCGCAAGAGGAAGTTTTTGGTCCTGTCGTTGTTGTGATGACATTTACAGATGAAAAAGAAGTGATTCAGTTGGCTAATGATACGAAATACGGTCTGGCTGCGGCTATTTGGGCGAAAGATCAAGGTCTTATAAAACGTGTGTCTGATCGTATTCAGGCTGGTGTGGTGATGGTGAACTGCCCGTTTTCTGCTTTTCCTGGCACTCCATTTGGTGGATATAAACAGTCTGGATTTGGTCGTGAACTAGGAATAGAGACGCTAGATTTATATACAGAAACTAAAAGTGTTTTATCTTATGCAGGAAGAAAACCGTTAAATCCATTAAATCTATAA	MVKTTEQPIFAKELKRETYQMVINGKSTQAKSGELATVYNPATGEVIAEVPRANLEDVDLAVEAAREAFDNGKWKRYPVGKRARVLNNIASIMRERFHQLVEMEVMNSGKTISAAQGQVMQAIEDFEFYAGAIVGHCGTVNNVPGQFFNYTQKEPIGVAAQIIPWNYPMMMAAWKVAPAIATGCSIVLKPASLTPITAILLAEICIEAGVPEGVVNVVTGPGATIGTYLTEHKGIDKVAFTGETNTGKDIMAKASETLKRVTLELGGKSPNIVFPDADLEAAVNGSVFGIFYNTGQSCEARSRLFIHEDMYAEFMESFLDKTRKLVVDDPMSEKSHVGAIISKQQLDKIHRYVEGAKEEGATVVTGGHPLKVEGFAEGYWYAPTVITNVTNDMKIAQEEVFGPVVVVMTFTDEKEVIQLANDTKYGLAAAIWAKDQGLIKRVSDRIQAGVVMVNCPFSAFPGTPFGGYKQSGFGRELGIETLDLYTETKSVLSYAGRKPLNPLNL	PGPT0006875_2519	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128	NA	NA
AK148_00053	864	mmgB_1	COG1250	putative 3-hydroxybutyryl-CoA dehydrogenase	ATGCGTGGATATTTTGTAGTTGTAGGCGCAGGGGTAATGGGAAGAGGAATTGCTTATGTTGCTTCATTAAGTGGTTATTTTGTTAAGCTTGTGGATGTAAAAGAAGAAGTCCTTGTCAAAGCGAAACAAGAGATAGATGTATTGTATGAAAAGGGAATAGCTAATGGAAAGATAACAGAGGCAAAGGCGATAGCAGGAAAGGATAGCATTCGTTATGAAACAGATTTAGAAATAGCGGTGAAAGATGCCATCATTATCATTGAGGCTGTTCCGGAAAGAATAGAGATTAAAAAAGATATCTTTTCCATACTTGATCGCCATGCACCAAGAAATTGTTTATTTGCTACAAATACGTCGACCATGAGTCCAACGGAGATAGCTTCATACACAACCAAACCCGATTTCGTTATTGCTATGCATTTTTTTAATCCAGTTCATAAAATGCCATTAGTTGAAATTGTTCGTGGTTTGGAAACAAGTGATGAAGCAGTAAAAATAGCAGAAAACGTTGCTGAAAAACTGGGTAAAGAAACGGTGACAATTCAAGAATTCCCTGGGTTTGTTACAAGTCGTATTAGTTGCTTAGTAGGCAATGAGGCATTTTATATGCTCCAGGAAGGACTTGGTACCCCGGAAGAAATTGATAAAGCGATTAAACTCGGATTGAATTATCCAATGGGACCATTTGAATTAGGAGATTTAGTTGGTTTAGATACAAGACTTCATAATCTTCGGTATTTATATCAGAAGTTAGGGGATAAATACCGTCCTGCACCGCTTTTAGAACAGTATGTAAAAGCAGGGCGATTAGGAAGAAAAACAGGAAAAGGTGTCTATGTCTATGAAGGAGGGAGTGAGAAGTGA	MRGYFVVVGAGVMGRGIAYVASLSGYFVKLVDVKEEVLVKAKQEIDVLYEKGIANGKITEAKAIAGKDSIRYETDLEIAVKDAIIIIEAVPERIEIKKDIFSILDRHAPRNCLFATNTSTMSPTEIASYTTKPDFVIAMHFFNPVHKMPLVEIVRGLETSDEAVKIAENVAEKLGKETVTIQEFPGFVTSRISCLVGNEAFYMLQEGLGTPEEIDKAIKLGLNYPMGPFELGDLVGLDTRLHNLRYLYQKLGDKYRPAPLLEQYVKAGRLGRKTGKGVYVYEGGSEK	PGPT0006075_3533	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION	XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006075-paaH|hbd|fadB|mmgB-K00074	NA	NA
AK148_00054	1197	pcaF_1	COG0183	Beta-ketoadipyl-CoA thiolase	GTGAAAGAAGTTGTTATCGTTGATGCAGTAAGGACGCCAATAGGAAGATACAACGGTTCATTAAAATATGTACGTCCAGATGATTTAGCGTCGGTTGTCATTCAAGCGATCATTGATAGACAGCCAAAGTTACCCATAGATGCCATCAACGAAGTGATTTTAGGTAATGCAAATGGTGCTGGGGAAGAAAATAGAAACGTTGCTCGTATGTCTCTCCTACTTGCTGGGCTCCCTGTTCATGTAACTGGTACAACCGTAAATCGCCTTTGTGGTTCAGGAATGGATGCTGTTCATATGGCGGCACGCGCAATAATGGTTGGAGATGGGGATATTTATATTGCTGGTGGAACGGAGAGCATGACAAGAGCACCGTATGTTTTACCTAAATCAGAATTCGCTTTTCAACGAGGGGATAAGACTTTACTAGATACTACGATTGGCTGGCGTTTCACTAATCCAAGGCTAGAAGCAATGTATGGTGCTGATTCCATGCCGCAAACGGCAGAGAATGTGGCAAAACAATTTCAAATAACAAGAGAAGAACAAGATGATTTTGCTTATGCTAGTCAAATGAAAGCAAAAGCAGCAATAGAAGCAAATAAGTTTTATGATGAACTTACTCCAGTAAAGTATATGTTTAAAGGGGAAGAGAAGGTTGTCGATAAAGATGAGCATCCACGCCCCGCAACAACTCGAGAAAAACTAGCTAGCTTACAACCATTATTTAGCGGAGGGACGGTTACAGCAGGTAATACATCTGGAATAAATGACGGGGCATCAGCATTGTTATTAATGAGCAAAGAAAAAGCGGAGCAATTAGGTACGGAGCCTATGGCACGCTACATAGCGAGTGGAACATCGGGGGTAGAGCCTTCTATCATGGGTATTGGCCCTATTGAAGCATCCAAAAAAGCATTGCAACGAGCTAATCTACAAATAGAAGACGTGGATTTAGTTGAATTGAATGAAGCATTCGCATCGCAGTCGATTGCATGTATGAAACAACTTGAATTAAATCCGGAAATAGTTAATGTTAACGGAGGCTCAATTGCATTTGGTCACCCATTAGGAGCTAGTGGAGCAAGAATTCTTACGACTTTATTACATGAAATGAACCGTCGTAATAGTAAATATGCGCTTGCTACAATGTGTATTGGTGTGGGGCAAGGAATTGCGACAGTTATTGAAAAATGGTAA	MKEVVIVDAVRTPIGRYNGSLKYVRPDDLASVVIQAIIDRQPKLPIDAINEVILGNANGAGEENRNVARMSLLLAGLPVHVTGTTVNRLCGSGMDAVHMAARAIMVGDGDIYIAGGTESMTRAPYVLPKSEFAFQRGDKTLLDTTIGWRFTNPRLEAMYGADSMPQTAENVAKQFQITREEQDDFAYASQMKAKAAIEANKFYDELTPVKYMFKGEEKVVDKDEHPRPATTREKLASLQPLFSGGTVTAGNTSGINDGASALLLMSKEKAEQLGTEPMARYIASGTSGVEPSIMGIGPIEASKKALQRANLQIEDVDLVELNEAFASQSIACMKQLELNPEIVNVNGGSIAFGHPLGASGARILTTLLHEMNRRNSKYALATMCIGVGQGIATVIEKW	PGPT0008320_3986	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008320-atoB-K00626	NA	NA
AK148_00055	777	crt_1	COG1024	Short-chain-enoyl-CoA hydratase	ATGAGTAACGTTTTATTAAAGACAAAAGAACGAATTGCCTATGTCACGATAAATCGACCTGAAGTGTTAAATTGCTTTAATTATTCTACATTACTAGAGTTAGAGCGTGTTATAGAAGATCTATCCATCAATCAGGAAATCTGGGCGGTAGCCATTACAGGGCGGGGGGAGAAGGCGTTTAGTGCAGGAGCAGATTTAAAAGAGCGTAGACAATTAGGAAACAAGGAAGTTATTCGTAACGTCAAAAAAATCAGCTCGGTGTTTGAACAAGTTGCCAATCTTCCTCAACCAACCATTGCCTTAATGAATGGGTATGCTTTAGGAGGTGGGTTGGAGCTTGCGCTTGCATGTGATTTTCGCATAGCTGTTTCTTATGCGACAATGGGGTTAACGGAAACAAGTATGGGAATTATACCTGGTGCTGGTGGTACACAACGACTTCCTAGAATAATAGGGCAAGCAAAAGCAATGGAATTAATTTTATTAGCTAAACAGATTTCTGCTAACGAAGCTTTGGAGTATGGTCTTGTTCATCAAGTAGTGGAACAAGAAAAACTTTTTGAAAGCTGTGAATTATTTGTTGAGTCTATCATCCGCATGCCGCAAATCGCCATTCGACAAGCAAAGTTTGCTATTCAACATGGGATGAACACAGATTTAAAAACTGGGATAAAAATAGAAGAAAGTGCATATCACAGAACAATTCCAACGAAAGATCGGGTCGAAGCACTGACCGCATTTTATGAAAAAAGACCTCCTAAATTTATTGGTGAATGA	MSNVLLKTKERIAYVTINRPEVLNCFNYSTLLELERVIEDLSINQEIWAVAITGRGEKAFSAGADLKERRQLGNKEVIRNVKKISSVFEQVANLPQPTIALMNGYALGGGLELALACDFRIAVSYATMGLTETSMGIIPGAGGTQRLPRIIGQAKAMELILLAKQISANEALEYGLVHQVVEQEKLFESCELFVESIIRMPQIAIRQAKFAIQHGMNTDLKTGIKIEESAYHRTIPTKDRVEALTAFYEKRPPKFIGE	PGPT0001860_5326	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
AK148_00056	873	paaX	COG3327	Transcriptional repressor PaaX	GTGGAAAGTAAACCAAACACACGTTCAATGATTTTTACGTTATTTGGAGATTATATTCGGTACTACGGTAATGAAATATGGGTTGGTAGCTTAATTAAATTATTGGAGCCATTTGACCATAATGAACAGTCTATAAGATCAGCTGTTTCTAGAATGAGTAAGCAGGGTTGGGTTGTCAGTCGTAAGGAAGCAAACAAAAGTTATTATTCATTGACCGAGCGTGGAAAAAAAAGAATGAAAGAAGCAGCCGGCCGTATTTATAGAATGGAGCCAGCGAAGTGGGATGGAAAATGGCGGACGTTACTGTATACCATACCTGAAGAAAGAAGACATATTCGCGATGAATTGCGTAAAGAACTAATTTGGAGCGGTTTTGGCCTACTTTCCAATGGCGTTTGGATTACACCAAATCCGTTAAAAGAGCAAATTTATGACATTATTGATAAATATGATATTAAAGAAGATGTTTATTTTTTTGAAGCTAAAAATGAAGGTTTTCAAGTAAATAAACAAATCATACGCAGCTGTTGGGATATAGATCATATAAATATGCTATACGAAAAGTTTATTCATGCGTATGAGGAAAAAATGATTGCCAATGCCATGAAGATAGAACGTGGGGACATGAGTGATCAAGACTGTTTTGTAGAACGAACTTTACTTGTTCATTACTATCGGAAATCATTGTTTGTCGATCCAAGTATTCCAAAAGAATTATTGCCAGAGAAATGGTTAGGTGAACGTGCGGCGAAGTTATTTAATGAGTATTATCAAATTCTTGCAACAAAAGCGAATGCTTTTTTCAAAGCGATTTATTTAGCAGGATATGATAACTGTCCAAAGCAAAAACAAATCATTGCGAAGGAGGAGTAA	MESKPNTRSMIFTLFGDYIRYYGNEIWVGSLIKLLEPFDHNEQSIRSAVSRMSKQGWVVSRKEANKSYYSLTERGKKRMKEAAGRIYRMEPAKWDGKWRTLLYTIPEERRHIRDELRKELIWSGFGLLSNGVWITPNPLKEQIYDIIDKYDIKEDVYFFEAKNEGFQVNKQIIRSCWDIDHINMLYEKFIHAYEEKMIANAMKIERGDMSDQDCFVERTLLVHYYRKSLFVDPSIPKELLPEKWLGERAAKLFNEYYQILATKANAFFKAIYLAGYDNCPKQKQIIAKEE	PGPT0006090_513	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
AK148_00057	954		COG2070	NADH:quinone reductase	TTGGGCAATTTGTTAACGGAACGACTAAATATTACTTATCCTATTTTACAGGGAGGGATGGGAAATATAAGTGACCCTGGGCTTGCAGCAGCAGTTTCGAATGTTGGTGGCTTAGGGACAATAGGGGCAGGGAATATGCCAGTTGAAGAGGTTTTAACAAAAATAAAAGAAATGATGAAAAGAACATCAAAGCCTTATTGTGTAAATGTTCCTATATCTGTTCATCCGCATACAGAACAATTAATTCAGGAATTAATTGAATTAAAGGTTCCTGTCGTTTCTTTGTCTGCAGGCAACCCAGCACCATTTGTTCCATTGCTGAAAGAGCATGATATAACGGTTACCTGTGTCTCTTCCACCGTAAGCCAAGCCAAAAAAGCTGAAGCTGCTGGGGTGGATATTATTGTTTGTGAAGGATATGAGGCTGCTGGGATTAATGCACTAAATGAAAGTACTACAATGACACTTATTCCCCAAGTTGTTGAAAAAGTAAGTGTCCCCGTTGTCGCTGCGGGAGGAATTGCTAATGGTAAAGGTTTGGCGGCGGCTTTATCGTTAGGGGCGCTAGGTGTACAAATGGGAACGCGTTTTATTGCTACGAAGGAATCGCCTTATCATGATAATTATAAACAGAAAATTATTCATGCTACGGATGAATCAACGATTATTGTTGGAAGAAGATATCATCGTATTCGTAGATTAATGAAAACAAACTATGTTCATAAGTTGACAGAACTCGAAATGAAACATGAGAAGCCCGATTTATTTATAGAAGAAACAAGCGAAGATCACCATAAATTAGGGGCGATCGTAGGCGATTTGGATAATGGTTTTATTAATGGTGGACAAATAGCCGGCTTGATTGATGATTGTCCAACTGTAGAGGAATTGATAGCAACGATGGTAAGAGATGCAAAACAGATATTAAAGTTTAATATGGAAAAACTTATGTAG	MGNLLTERLNITYPILQGGMGNISDPGLAAAVSNVGGLGTIGAGNMPVEEVLTKIKEMMKRTSKPYCVNVPISVHPHTEQLIQELIELKVPVVSLSAGNPAPFVPLLKEHDITVTCVSSTVSQAKKAEAAGVDIIVCEGYEAAGINALNESTTMTLIPQVVEKVSVPVVAAGGIANGKGLAAALSLGALGVQMGTRFIATKESPYHDNYKQKIIHATDESTIIVGRRYHRIRRLMKTNYVHKLTELEMKHEKPDLFIEETSEDHHKLGAIVGDLDNGFINGGQIAGLIDDCPTVEELIATMVRDAKQILKFNMEKLM				NA	NA	NA	NA	NA
AK148_00058	513	yrdA_1	COG0663	Protein YrdA	ATGATTCCATACAACCAACACCATCCCTCCGTTTGTGATAGCGTTTTCGTAGCACCGGGTGCATACTTAATTGGCGATGTAACTATCGGTGAAGAATCTACTATTTGGTTTAATACCGTTTTAAGAGGGGATGAGGATTCCATTACAATAGGGGAAAAGTGTAGTATTCAAGACAATTCAACTATCCATCTGTTCGAAAATTGTCCTGTAGTGGTAGAAGATGAGGTTACAGTAGGACATAATGTTATTTTACATGGTTGTAAAATAGGTAAAAGAACCATTATTGGAATGGGGTCTACCATTCTAGATCATGTAGAGATCGGCGAAGAATGCATCATAGGAGCAAATACCCTTATACCACAAGGTAAAAAAATACCTTCACGTTCCCTGGTAGTAGGATCTCCGGGTAAAATCGTTCGCGAAATAACAGCAAAAGATCTTGAGCTTATTCAATTATCCATTGATACATATGTACAAAAAGGGAAAGATTTCAAACAAATACTGAAAAAATAA	MIPYNQHHPSVCDSVFVAPGAYLIGDVTIGEESTIWFNTVLRGDEDSITIGEKCSIQDNSTIHLFENCPVVVEDEVTVGHNVILHGCKIGKRTIIGMGSTILDHVEIGEECIIGANTLIPQGKKIPSRSLVVGSPGKIVREITAKDLELIQLSIDTYVQKGKDFKQILKK	PGPT0002425_594	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILISATION-OTHER_ACID_METABOLISMS	K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002425-GAMMACA_like-K01726	NA	NA
AK148_00059	510			hypothetical protein	ATGGGAAAAAAGAAAAAGAAAGTAGATATCGGCTTGATTCTGGTTTATATGCTATTACTAGTCATGTTAATCATTTTAGTAACTTTGTTTATAGCTATACCATTTGTTATTTCTTTTGCTGTTATTTATCTTGCTCAAGTAATACCGTTCATAGATTTTCATTTTTATGAAGACTTTTGGGGGAACTTCTGGTTTTTTACAGGTTTCACATTGTTAAGCTTATTCATGCTAGTAATCATTGAAATTGCGATATTTATTGATCGAAAAGATAAAACTTTTCATTCTTTAGATGATATTGGTCCTACCAATTTGAAGGAATGGGTTATTTTCTTAACGGTTTTTAGTGTGTACATAAATACGTTTAACCTCTATTCTGAACGACTAGACACGAATTTTATTGGAGCTACAATCATAAGCTTGGTATTTGTTTTTCTACTATACGTTTTTGGGAAAATTATTGATTTATTTGCTGACGAAGAAGATGAGCCAAATGTGATGGAAGAAAAATAA	MGKKKKKVDIGLILVYMLLLVMLIILVTLFIAIPFVISFAVIYLAQVIPFIDFHFYEDFWGNFWFFTGFTLLSLFMLVIIEIAIFIDRKDKTFHSLDDIGPTNLKEWVIFLTVFSVYINTFNLYSERLDTNFIGATIISLVFVFLLYVFGKIIDLFADEEDEPNVMEEK				NA	NA	NA	NA	NA
AK148_00060	783	rhaS_1		HTH-type transcriptional activator RhaS	ATGTGTCGTGTATTATTAGCTAGTCCAGAACAAGCAGACCGTGTTTTTTTAAAGCGAATTTTTGCAGAGCACTTTTTTAATGTCATATTTTTTGATGATGCCTTATCTGCTGAAGAAGCATATGCACGTTCATTAGAACAACGCCCTGATATGCTTATATTAGATGTCAGTGGATCAAGTGAAGAAATTTTTCAATATAAGATAAATATCGTTAAACGCCACCCAAACGTGAAAGTTATTTTAATAGACAATGAGGAAAACTTTAAACATATTCAAACTGCGATTCGCTGTGGAGCGGTTGATTACTTGGTGAAGCCATTAAAAGCAGAGGAATGTAAATCTGCCATTCACCGGGCAATTTTGGCACTAAATCAAGTATCCTTATTAAACTATGAACGAAAATCTGTCACCGATACCTTAAAAGAAAGTGCCGCTCAGATGATGCAATACGTCCACGAACATTATTATGAAGAAATAAATTTGGATTCATTAGCAGCGTTCATGCATTTAAATAAAAGTTATGTAAGCCGCTTTTTCAAAGAAACCGTCGGCATGTCCTTCGTAAGTTATGTACGGCACTATCGAATAGAACAAGCAAAAAAGCTATTGCGTACATCCGATTTATCGGTCACAGAAGTCGCCGAACAAGTTGGCTACCTAGATCTTACGTATTTTAGCAGAATTTTTAAAAAAGAAAGCCATTATACGCCCAATGAATATAAGCAGGTTTACCAAGGGGAACATGTGCCAGCTGATATAGCATTTGCAGAGGGACATCATTAA	MCRVLLASPEQADRVFLKRIFAEHFFNVIFFDDALSAEEAYARSLEQRPDMLILDVSGSSEEIFQYKINIVKRHPNVKVILIDNEENFKHIQTAIRCGAVDYLVKPLKAEECKSAIHRAILALNQVSLLNYERKSVTDTLKESAAQMMQYVHEHYYEEINLDSLAAFMHLNKSYVSRFFKETVGMSFVSYVRHYRIEQAKKLLRTSDLSVTEVAEQVGYLDLTYFSRIFKKESHYTPNEYKQVYQGEHVPADIAFAEGHH				NA	NA	NA	NA	NA
AK148_00061	1353	adhE_1	COG1012	Aldehyde-alcohol dehydrogenase	ATGGCTATAAATTTAGCGCAAGAAACTGTACAAACATATGAGGTAGAGACGCTAATTCAAAAAGCGAAACATGCTCAACATATATATGCCAGTTTCACCCAAGAACAAGTAGATGAAATCGTAAAGGCCATATCTGTCCGGTTAACAGAAGCTGCAGAGGACTTAGCATATAAAGCGCATACTGAAACAGGATTCGGTAATGTGAAAGATAAAACGACGAAAAACTTATTCGCTAGTCAGCAAGTATACGAGAGCATAAAAGATGAACCAACTGTAGGCATTATTGATCGAGATGAAATGAATAAAGTAATTGAAATTGGCGTGCCAATGGGAGTAATTGCAGCCCTTGTACCGGTTACCAATCCAACATCTACGGTTATTTTTAAAACACTAGTCGCATTAAAAACAAGAAATGCGATTGTATTATCACCACATCCAAAAGCTGTCAACTGTATTGTTGAAGCGGCACGGTTAGTGGAAGAAGCAGCAGTAAATGCTGGAGCGCCAAAAGGTCTAGTACAAGTAATTGAATCTCCAAGCCTAGAAGGAACGCAAGCATTAATGCAACACGATGATACAGCATTAATTTTGGCAACTGGTGGTGGACCAATGGTAAAAGCTGCTTACTCTTCCGGCAATCCAGCAATTGGAGTCGGCCCGGGTAACGGCCCGGCCTTTATTGAAAAATCAGCTCATATTGAAGAAGCAATCGATCGAATTATTACGAGTAAGACATTTGATAACGGTACGATTTGTGCTTCAGAGCAATCCATTATTGTTGAGAAAAGCATTAAAAAAGAAGTTGTCGAGGAATTGAAAAAGCGTAAAGCTTATTTCATGAATCAAGAAGAATCAGAGAAAGTTTCTCACTTTATTATGCGAGAAAATGGTACGATGAACCCACAAATTGTAGGTAAAACCGTTACAGAGGTGGCTAAACTATGTGGAATTATCATTCCTGCAGATACAAGTGTGCTTATTTCAGAGGAAACGACAATTGGACCTGACAACCCGTATTCACGTGAAAAATTAACCCCAATTCTTGCAATGTACACGGTAAATGATTGGGATCAAGGTGTTACAACATGCAATACCATTTTAGAAAATGAGGGTGCAGGACATACAGCTATGTTGCACACAACAAATGATGAGTTAGTAGAAGATTTTGGACTACGCACCAAAGCTTCCCGTATTTTAATTAATACACCGGGAACATTTGGAGGTATTGGTTTTTCTACAAATCTAGCTCCTTCCCTAACATTGGGCTGTGGTGCAATTGGTGGAAGCAGTATTACGGATAACGTAAGTGTTCGTCAATTAATGAATATTAATCGAGTTGCGTATAATAAATAA	MAINLAQETVQTYEVETLIQKAKHAQHIYASFTQEQVDEIVKAISVRLTEAAEDLAYKAHTETGFGNVKDKTTKNLFASQQVYESIKDEPTVGIIDRDEMNKVIEIGVPMGVIAALVPVTNPTSTVIFKTLVALKTRNAIVLSPHPKAVNCIVEAARLVEEAAVNAGAPKGLVQVIESPSLEGTQALMQHDDTALILATGGGPMVKAAYSSGNPAIGVGPGNGPAFIEKSAHIEEAIDRIITSKTFDNGTICASEQSIIVEKSIKKEVVEELKKRKAYFMNQEESEKVSHFIMRENGTMNPQIVGKTVTEVAKLCGIIIPADTSVLISEETTIGPDNPYSREKLTPILAMYTVNDWDQGVTTCNTILENEGAGHTAMLHTTNDELVEDFGLRTKASRILINTPGTFGGIGFSTNLAPSLTLGCGAIGGSSITDNVSVRQLMNINRVAYNK	PGPT0006360_839	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006360-adhE-K04072	NA	NA
AK148_00062	1140	cheB_1		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGAAGGCTATTATTGTAGATGATGAACAATCTGCTTTAGACTATTTGGAACAACAGCTCAAAAAGATTAGTGAAATGTATGTTATTGGTAAATTAACTAATCCTATCCATGCACATAAAACTATTCTTAAAGAGGACGTGGATGTAATATTTTTAGATATAGGGTTGCCGGAAATGAATGGTATTCGTTTGGCTGAAAAAGTTTTAAAAGACAAGCCCAACTTACTTATTGTATTTGTGACTGCCTATGATAAATATGCTGTAAAGGCATTTGAACTTAATGCAATCGATTATCTAGTTAAGCCGATTCCACCTGACCGTTTGAAAAAAACAGTTGAACGAATAGAGAGCCATAATAATTTACAGTCATCTACAATGGAAAAAACTTCACCACTTTATGTAAATGTACTAGGCCAATTTTCGGTTGAATCGGTTAAAGGGAAGCGTGAATTTGTTGCTTGGAGAACGAAAAAGGCAGCGGAATTATTTTTATATTTATTACATCATAGAGGGAAAATGGTCAGAAAGTCATTTTTAATTGAACTACTTTGGCCTGATCTAGCACTAGAACGAGCTAATTCATTGTTGTATACAACAATTTATTACGTGAGAAAAACACTGAGAATGTATTATAGACATTTGAGATTACAAAATGTTTCTGATGGCTACGTTTTAGAAACAGAGAATATTATTTTAGATTTTGAAGAATGGAAAGAACAAATTAAAACGCTACCACCTTTGAATGAAACAACCGTTAATAATTATACTCAAGTGTTGTTTTTATACAGAGGTGCATATTTACAAGGCTATGATTTTTGGTGGGCTGAATCAGAACGATATTATTGGGAACAGATTTGGTTGACGAAAGCTTTGGAGGTTGCGGCATTTTATCAAAAGAATCAAAATATATCTGAAGCAAAACTATGGTATAACTATATATGTAAAATTATGCCAGAAACAGAAAGTGCTCATTTTGCTCTAATGAAAATTTACGCGCTTGAAAATAACCCTGCTTATGTACATCAACAATACGAATCTCTGAAAAGCTACTTAAAAACTGAAGTAGGAGTGCTCCCAAACAATGATATTGTTGGCTGGTACAACTCGTGGAAGTCAGGCAAAAAAGTCTTCTCTCATTAA	MKAIIVDDEQSALDYLEQQLKKISEMYVIGKLTNPIHAHKTILKEDVDVIFLDIGLPEMNGIRLAEKVLKDKPNLLIVFVTAYDKYAVKAFELNAIDYLVKPIPPDRLKKTVERIESHNNLQSSTMEKTSPLYVNVLGQFSVESVKGKREFVAWRTKKAAELFLYLLHHRGKMVRKSFLIELLWPDLALERANSLLYTTIYYVRKTLRMYYRHLRLQNVSDGYVLETENIILDFEEWKEQIKTLPPLNETTVNNYTQVLFLYRGAYLQGYDFWWAESERYYWEQIWLTKALEVAAFYQKNQNISEAKLWYNYICKIMPETESAHFALMKIYALENNPAYVHQQYESLKSYLKTEVGVLPNNDIVGWYNSWKSGKKVFSH	PGPT0026304_81	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
AK148_00063	1089			hypothetical protein	GTGTCGACTTATTGGTTAAAACAGCCTGATGTTCAGGTAGAAGAAACGGAACATGGACAAATTATCTGTACATTGTTAAACCGTTCAGAAACCATTGTATATGAAGGTATAACTGTATTTATAAATTTTTTAACCTATTTACAACAGCCACGAAACTTTGAAGAACTTCTCGTTTGGGGCGAACAAAATAAAATCACAAAAGAAATGCTAGTAGAAACATTACAAACTCTGGTAAATGATAAAATCTTGTTAACTGGTAATCAACCTTGGAATTTAGCAGGAGAAAGTAGACTGTGGAGTTATCTTGCAGCACAAACATCCTCGCTTGATCAGCTAGCAGACAGTGAACGAGCATGGTGTTCAAGCCGAGTTGGAATCATTGGTGTGGGAGGCGTTGGGAGTAGAGTTGCTCATGAGTTAGCGGCAATGGGAATTCCCTCCCTAATTTTAATTGATCATGATAATGTAAGCACTCACAATTTAACGCATCAATCATTGTATCCTAAAAATGCTGTTGGTGAATTGAAAGTAAACGTTTTAAAAAATATATTACAACATAGATATGGAACGTTAATAGAAACTGTACACGACCCTATCACCCAAGAAATTTCTGCTAACATTTTAGAAAAACTTAAAACATGTTCGGTTGTTATATTATGTGCGGATGAGCCTTCTGTAGATACATTAGCTGATTGGATCACACCATATCTTACAAAGAACAATATTGCGCACATAGTTGGGGGGGGCTATCACGGTCATTCTACTAGTACAGGGACAACTGTAATTCCAGGAGTAACTGGTTGTTGGAAATGTTACGATTCGCTTGTGGAGAGAAAAGATATGCATCGTGTTTATCAACATATCCGTGGTATCTCTGGTTCTTTTAACCCGCTGATACAAATTCTTGTAAGTTTTATCATATCGGATACAGTAGCTGTTATTACTAATTTAACAAGGCCTTTGCTTGTGAATGGAATGGGTGATTTTGATTTAGAAACTGGAAAATTCAAATGGAGGCCAGGTTCACGTAATGAAAATTGCGATTGGTGTGCGAGTATATCAAAATCCTATCCTAGTTTTATGAAATAA	MSTYWLKQPDVQVEETEHGQIICTLLNRSETIVYEGITVFINFLTYLQQPRNFEELLVWGEQNKITKEMLVETLQTLVNDKILLTGNQPWNLAGESRLWSYLAAQTSSLDQLADSERAWCSSRVGIIGVGGVGSRVAHELAAMGIPSLILIDHDNVSTHNLTHQSLYPKNAVGELKVNVLKNILQHRYGTLIETVHDPITQEISANILEKLKTCSVVILCADEPSVDTLADWITPYLTKNNIAHIVGGGYHGHSTSTGTTVIPGVTGCWKCYDSLVERKDMHRVYQHIRGISGSFNPLIQILVSFIISDTVAVITNLTRPLLVNGMGDFDLETGKFKWRPGSRNENCDWCASISKSYPSFMK				NA	NA	NA	NA	NA
AK148_00064	888			hypothetical protein	ATGTCAATCTTAAACTTTAATAATTTGTTGCAATTTCACTCTATTTTAAAAAATATCCCCTTTCAAAAAAAAGAAGAGCAACAGTTAGCAGATCTTTTTTTGCAAACCATTGTTGAAACAGAAATGAATTCAAATACACTAAATCCAATGAAATATGTACCTGTGATCAAGTCATTTCCCGCTTTGAACCAACGTGCTGAGGAAATTAGTCATGCTTATAGTTTATTTGCAGAAAAAAGAAAATCTGCTTGGACATACTTGTCCTTGTCCCTATACAACAAACAATATGATCAGATCATTGAACCGGAGAGTAATCGATTATTAAAATCGATAGAACCCGCTCATTCTAAAAATCGTATTATCATTGCACCCTTTCATATGGGTATGCATACGATGTCCATGCCTTTAGTTACACGTTATTTTGATAAAACAACAATACTTGTAAATAGTGATGAAATAGATATCATTCAGCAATGGATGTCTACATATCTTGAAGCAGCATACAGTGATTCCATAGATATGGTCCCTGTACCTTCACATACAAGCCCATTAAAATTTACTAAAGCTATTATGAGGGGAGCAACGGGGGTTATTTTCCCAGAGTTTTCATATGGTATTAATCAAGAAGAAGAGGAAGTGCCCTTCTTAGGTGGGACATTTAAAGCACCAATTGGTGTTTATGTGCTTGCCAAGCGTCTGTCAGCGAAAGTATATCCTCTGGGTTCTTTTTGGAATGAAGAAGAAAACAAAGTTCGTTTCATGGTTGGAGATAGTCTTGATCCAAATTCATTATCTCAGTCCACCTTTCTACAACACTTATTTGCACAAGGAGAAGAATGGATTGCTAAAAATCCTGAGCAATGGCTTTGGGATCATTTAATAGAGTAG	MSILNFNNLLQFHSILKNIPFQKKEEQQLADLFLQTIVETEMNSNTLNPMKYVPVIKSFPALNQRAEEISHAYSLFAEKRKSAWTYLSLSLYNKQYDQIIEPESNRLLKSIEPAHSKNRIIIAPFHMGMHTMSMPLVTRYFDKTTILVNSDEIDIIQQWMSTYLEAAYSDSIDMVPVPSHTSPLKFTKAIMRGATGVIFPEFSYGINQEEEEVPFLGGTFKAPIGVYVLAKRLSAKVYPLGSFWNEEENKVRFMVGDSLDPNSLSQSTFLQHLFAQGEEWIAKNPEQWLWDHLIE				NA	NA	NA	NA	NA
AK148_00065	1260			hypothetical protein	ATGTGGATACTTTTAAAAAACAAATCGTTTACCAAGCTTTTCTTAGGGAAGATCTTTTCAAATATTGGTGATAGTATGTATGCTATTGCAGCAATGTGGTTGGTGTATGAGTTAAGTCATTCGGCGTTTTATACTGGATTAGCTGGGTTTTTGACAAGAATTCCGGATGTGTTTCAGTTTTTGGCTGGACCATTTATCGATCGCTGGTCTTTGCGAAAAACTTTACTAATCACTCAAGCATGTCAAATTATACTTGTGCTTATTATACCAATCGCTTACTACACCGGAGATTTAAATGTCTGGATGGTACTTATCATTATGCCAGTTATATCTTGCATTCAACAATTTTCGTATCCAGCACAAATGGTTGCATTGCCAAAGTTATTAAAGCAAAATGAGTTGGTAAAAGGTAATTCTCTCTTTTCTTTTGCTAATCAGGGTATTGATATGACATTTCATGGCATTGCTGGAGTACTTATAAGCATAGTTGGTGCGGTTAGCATTTATTTATTAGATGCTATTGTTTTTATTGTGGCACTGCTATTATTTTGGACATTGCCCATCTTAAAAACGTATGAAAAAGAGAAACAAGAAAAACAAAAACTGACAGAGGCGTTTCAAAAGTATGGTAAAGACCTAAAGGAAGGATTCCAGTATGTTTTTCAATCCATTATAAGTAAGTTTTTTATTGCTACCATTATTGCTAACTTTTCTTTTGGTATCGCTTTGGCGGTAATGCCTGTCTACGCAGATTTTCGTGGAGGATCTACTATCTATGGATTTCTTATGGGTGCATTTTCTGCTGGATTCTTAATTGGAGCACTATTAAGCTCCATTGCCAGTGCTTTTCCACTAGGCAAGACGATGATTGTAACTTATTTGTTTAGTGCCTTCCTTTGGATAAGTTCTGCATTTCTTCCATGGGATATCCTCGCTGTCATTGTGTATGGAATATCACTGATACCACTTGGTGCTACACAAGTACTACTATCAGCAACGGGGCAACGTATTATTCCAAGTTCACTACTAGCAAGAGTTTTTTCTGTTATTACAAGCTTGTCTTCTATAACGATGCCTCTTGGTTTTTTAATTGGAGGTACACTAGGATCCGTTTTCGGTGGGCAAATTATATTTGCTATCGGAGGTCTCGGTATGCTTTCCATTTCATTTGTGTGGTTGATCTTGTCAGAATTACGTCAAATCCCAAAAGTTAATGATATTACCCCAGAAACATATGGACTTAAAAGATCCATTAACTAA	MWILLKNKSFTKLFLGKIFSNIGDSMYAIAAMWLVYELSHSAFYTGLAGFLTRIPDVFQFLAGPFIDRWSLRKTLLITQACQIILVLIIPIAYYTGDLNVWMVLIIMPVISCIQQFSYPAQMVALPKLLKQNELVKGNSLFSFANQGIDMTFHGIAGVLISIVGAVSIYLLDAIVFIVALLLFWTLPILKTYEKEKQEKQKLTEAFQKYGKDLKEGFQYVFQSIISKFFIATIIANFSFGIALAVMPVYADFRGGSTIYGFLMGAFSAGFLIGALLSSIASAFPLGKTMIVTYLFSAFLWISSAFLPWDILAVIVYGISLIPLGATQVLLSATGQRIIPSSLLARVFSVITSLSSITMPLGFLIGGTLGSVFGGQIIFAIGGLGMLSISFVWLILSELRQIPKVNDITPETYGLKRSIN				NA	NA	NA	NA	NA
AK148_00066	2715			hypothetical protein	TTGATTTTAAAAACATTCCGCAAAAAAGCAGTTTTGTTTTTTATTGTTATGGTACTCGTGTTACAAGGGTTTACATCTACAATAGTTGGAGGTGAGGTAGACAATAAAGATCCGTACTTAGATATTCTTACAAATAAGGAAGCAACAACAGAGAATGCAATTGTGAACATTCAAAGCGATTTTTCCACATTTCATATGCTTGAAATCAAACTGCCAAAAGGTGCTACGTATAATGAGGAAAAGACGGGTTCCATCCAACAAGGAGCTACTTTAGATTACAATGCGAAAAAACATGTGTTAACGCTAAAAGGGGAAAAAGGTGTACCCAAGCAACAAATAGCATTTGTCTTAAGTAATCTGCAGCAACCTCATAACACGTTAGCTATTACTGGAAAGTTAGATGGAAGTGTGGTATTTGAAGAGAATTATTCATTTCAAGTAAAGGAAGTACCGGATAGTTCGAAACCTGAGAAGAAAAAACAGAACAAAGACACCTCGGAAAATAAAGTAGAAAAAGATAAGAATGAGGAAAAGGATAAGAACAAAAAAGAAGCAGTAAAGCCAGAAGCTAAAAATAAAGATTCTATCAAACAACAGGAGAAGCAACAGCAGTATCCATCGTATACGACACCTGCAAAATATATAGCTAACATAAATAAAAACTGGCCAAATCCTGGATCACTAAAATTGACAAAAGAAGCAGAGTCAACTGGTGAATATGGAGAATGGGAGATAGAATTAACGGCTCAAGGAAAAAATTTAAAACAAAATTCCGATGTTGTGTTAGTTTTTGATCGTTCTAATACGATGTATGGGAGTCGTGTTCATAAAGCTAAACAAGCTGCACAACAGTTTGTTGAAAATTTATTAACAGAAGATGCAACAACTAGAATAGCGTTAGTTCCGTTTGGTACAGAAGCAGACAGACATGTGGATTTTACAGATCATAACGAAAAACAAGTATTGAAAAGGGCGATTGAACGAATCCGTGTAACTGGAGGACCAGATGGAGCAACGAATATTCAAGCAGGACTTCATCGAGCAAAACAATTACTGAATGGAAGTAATGCAGACAGAAAAACGATTGTCCTTTTAAGTGATGGTGAACCAACCTTTAGTTTTAGAGCGGGTAAGGCAGAAGGGTACACATGGCCCGATAATCAATATAACTTTATGCTCTCTGATTTTAATTATCGTAAACGAATTGGTTCTGGAGCATCTTACTACTTGGGAAGGGAATCATATCGGGTCGATGGGTTCAGAGTCAGAACAAATGGAATTGCAACTCTTTCTGAAGCAGTTCAGATTATGAATTCTGGTAAAGATATTTATTCCATCGGCATAGATGTGGGCAATTACGAAGAAGCAATATATGTATTAAAAAACAGCCAAAATAGAGGTTATTATGAAGGAACCGAAGATGAGTTACAACAGATTTTTACTGAAATTAGTGCAGATTTGTCGCATTATGCAGCAAGTAATAGTGTTGTAACTGACCCAATGGGAGACATGTTCAATCTCGTAAAAGATGGCAGTTACAGTGGGGAAAACTTTTCAGCAAGTCATGGAGAAGTAAATTGGAATGATGCAAACGAAACGTTTACTTGGGAAATAGGTGATATTAAGGAAAATGAAACGTATACGTTAAAGTACAAGGTGACTATTGATTGGGATAAGAATCCAAAAGGAAAAGAACGATATCCAACGAACAAAGATACACCGCTAAATTATACGGATCCAAATGGCGACTCGCAAACGAAACCATTTCCAATTCCAGAAGCAGGAATTGATAAAGGGAAAATTATGAAAAAGGGTTATCGTGTAAATGTAGACGGAGAGCCAATTGACAAGAATGGTAATGTCGTTTCTGATCCATCCTTAGCAGAGCAATTTTATGAAGAAGCGCATCAAGAAAATGATCAGCAAGAATTAAAGTTTGATGAAACGTATCAAGTAACAGCAAATGATGTGGCTGATTATACATTGCACGTAGGTGAAAACCCAAAACGTGTAAGTTTAAAAGCAGATAATCCAATAGAAACGGTTTGGTTTGGTTATGTGAAAGAAACGGATCTGATTGCTGGTGATGTCACTGCAGAATATGTGGATGAAGAAGGCAATAAGATAGCTTCCAATGAAATTTTCACTGGTAAACTTGGTGACACATACACGACGAAGCAGAAAGATATTTCAGGATATACATTTGTAAAAGTAGACGAGGACGGTGCTCCAGCAACTGGAAAGTTCCAAAAAGATCCGCAGACTGTCCGTTATATATACAAGCAACAACTCGGAACACTAACGGTTCAAAAAGTGGATAAAAACGGTGAAACTTTACAAGGAGCGACTTTTGAATTAAAAAATGCTAATGGAGAAATAGTAGAATCTCAAGAAACAAATGAAGCGGGTATAGCAGAATTTAAAGAATTGCCGTGGGGAGAGTATGAACTAACAGAAACAAAGGCTCCAGAAGGCTACCGTTTGCTAAATAATCCTATCCATGTAGAAATATCTGCTGAAAACCTTCATGAAGAGATTGAAGTAGAAAATAGTAAAAACGGTTGGATTTTGCCAGACACTGGTGGGATTGGAACGTTACTATTTTATGGATCCGGTGCTGGGCTAATGTTAGTAGCCATTCTATTGTTTATACGAAAAAAAAGAAGGGATCAAACATCCAAAGAACAAATAACATCAACGGAAAATATGCTTTAA	MILKTFRKKAVLFFIVMVLVLQGFTSTIVGGEVDNKDPYLDILTNKEATTENAIVNIQSDFSTFHMLEIKLPKGATYNEEKTGSIQQGATLDYNAKKHVLTLKGEKGVPKQQIAFVLSNLQQPHNTLAITGKLDGSVVFEENYSFQVKEVPDSSKPEKKKQNKDTSENKVEKDKNEEKDKNKKEAVKPEAKNKDSIKQQEKQQQYPSYTTPAKYIANINKNWPNPGSLKLTKEAESTGEYGEWEIELTAQGKNLKQNSDVVLVFDRSNTMYGSRVHKAKQAAQQFVENLLTEDATTRIALVPFGTEADRHVDFTDHNEKQVLKRAIERIRVTGGPDGATNIQAGLHRAKQLLNGSNADRKTIVLLSDGEPTFSFRAGKAEGYTWPDNQYNFMLSDFNYRKRIGSGASYYLGRESYRVDGFRVRTNGIATLSEAVQIMNSGKDIYSIGIDVGNYEEAIYVLKNSQNRGYYEGTEDELQQIFTEISADLSHYAASNSVVTDPMGDMFNLVKDGSYSGENFSASHGEVNWNDANETFTWEIGDIKENETYTLKYKVTIDWDKNPKGKERYPTNKDTPLNYTDPNGDSQTKPFPIPEAGIDKGKIMKKGYRVNVDGEPIDKNGNVVSDPSLAEQFYEEAHQENDQQELKFDETYQVTANDVADYTLHVGENPKRVSLKADNPIETVWFGYVKETDLIAGDVTAEYVDEEGNKIASNEIFTGKLGDTYTTKQKDISGYTFVKVDEDGAPATGKFQKDPQTVRYIYKQQLGTLTVQKVDKNGETLQGATFELKNANGEIVESQETNEAGIAEFKELPWGEYELTETKAPEGYRLLNNPIHVEISAENLHEEIEVENSKNGWILPDTGGIGTLLFYGSGAGLMLVAILLFIRKKRRDQTSKEQITSTENML				NA	NA	NA	NA	NA
AK148_00067	1857			hypothetical protein	ATGAACGTAACGAAAAAAAAGACGATAAACATCGCATTAATCTTTACTTTAATTGTATCCTTGTTGCTTCCACAAGTAGCATTTGCCAAGGAAATAAAAGGGGACGAGGACAATCCGTCATTAACCATTCATAAGTTCGAACAAGAACCTGGAACAGCTCCTGGTGAAGATGGAACAGGTTTACCTGGCCAAAATGCAGAAGGGGATCCAGTTGAAGGGGTAACATTTACGTTAAAACAAACACATCAATATAATTCGGAAACAGATAAGTGGACAGAGGTTGCTGACGGAAAAACGATTGAAAAACAGACTGGTGAAGATGGAACAGTCGTTTTTACAAAGGGTGATGGTTTAGAACTCGGTCGTTATGAAGTTACTGAAACAGATGGACCTGCAAATGTTATTTTAAATCCAGATCCATTTTATGTTGATATTCCAATGACGAACAAAGATCGCACGACATTAAATTACGATGTCCATGTATATCCAAAAAATGAAACCGTTCGTTCTGCTGTGGAAATAGTGAAAAAGGATGAAGATGGAAATCCACTACCAGGTGTCAGTTTTATCTTATATAACGAAGATGGTACCCCTGCTGTAGATAAAGAAGGAAATGAGATTGGGGAGCTAACAACCAATGAAGCCGGAAAAATTAAAGTGGAGGGTTTAGCACAAGGAAAATACTATTTCCAAGAAACGAAAGCTCCAGAAGGATATGCATTAAATACAACAAGAATTCCATTTGAAGTTAAGAAAGCCGGAGAAAACTTACAAGATATAGTAGTAGAGTGGTCGACAGTCGATGGAATTGTCGATGAAAATGGAGTAGTAACAAACTATAATACTCCTGAAATTGACAAGGACGCAAATGGCGAAAAGAAACTAGATTTTGATCGTAATAAAGAATATAAGTACAACCTTACAATTAAAACACCAAAAGATATTAAAAAATATAAAGCACTTGGTGTGACAGACACTTTAGATGATCGTTTACAGTTTGTTTCTGATGGTAGTCTTGATGGTGGATGGAAGGTTGAAGGTACAGATAAATCCAATGTTGAGTTTAAACAAAAAGGGCAAACTTTAATTTGGGAAGTTAAAGATCCGAGTCAATTAACCGCTGGTGAGAACGTTACAATTACATTTACAGCAAAAATTAAACCGGATGCTGAATTAAAAGAAGGCGAAATTGGCATTGAAAATACGGCTGATCTTCATTTTAATAACAATAAAGGATCGTACACAAGACCGGCTGATCCAGATAATCCTGATCCATACGAGCCATACGAGCCAGAAGATCCAGATAAACCAACTGAACCTGGAGAACCAATTGAACCACCAAGTCCAGAAGAACCGCCAGTAGTAGTACCTACAGAAGGTGGCTTAGAGGTTATTAAAGTGGATGCATCTGATAATAATGTAAAACTAAAAGGTGCAGAATTTAAATTAACAGATATGGATGGGAATGTCATCGACACATCTAATGCTGGTACAGTCGTTGAAGTAAACGGAGATGTATTCAACGGCAAATTAGAAAATTTAGCTACTGGAGAAGATGGTACATTCTCTATTACTGGTCTTACACCAGGAACATATCAGCTTCATGAAACAAAAGCACCAACATATACTACAGAAGAAGGCGAAGAAAAGCCTTATCGTTTACTATCTAAACCTGTAGAAGTAAAAGTAGAGAACAATAAAGATTTGAGTTATGAAGTTGAAAACTCGAAGTCACTTTGGGAACTACCAACAACAGGTGGTATTGGAACAATTATTTTCACACTTATTGGTTTAACGTTAATGGGAATGGCGCTTGCACTATATTTCCGTCGTAGAAAGCTAGAAGCTATTGCATAG	MNVTKKKTINIALIFTLIVSLLLPQVAFAKEIKGDEDNPSLTIHKFEQEPGTAPGEDGTGLPGQNAEGDPVEGVTFTLKQTHQYNSETDKWTEVADGKTIEKQTGEDGTVVFTKGDGLELGRYEVTETDGPANVILNPDPFYVDIPMTNKDRTTLNYDVHVYPKNETVRSAVEIVKKDEDGNPLPGVSFILYNEDGTPAVDKEGNEIGELTTNEAGKIKVEGLAQGKYYFQETKAPEGYALNTTRIPFEVKKAGENLQDIVVEWSTVDGIVDENGVVTNYNTPEIDKDANGEKKLDFDRNKEYKYNLTIKTPKDIKKYKALGVTDTLDDRLQFVSDGSLDGGWKVEGTDKSNVEFKQKGQTLIWEVKDPSQLTAGENVTITFTAKIKPDAELKEGEIGIENTADLHFNNNKGSYTRPADPDNPDPYEPYEPEDPDKPTEPGEPIEPPSPEEPPVVVPTEGGLEVIKVDASDNNVKLKGAEFKLTDMDGNVIDTSNAGTVVEVNGDVFNGKLENLATGEDGTFSITGLTPGTYQLHETKAPTYTTEEGEEKPYRLLSKPVEVKVENNKDLSYEVENSKSLWELPTTGGIGTIIFTLIGLTLMGMALALYFRRRKLEAIA				NA	NA	NA	NA	NA
AK148_00068	843			hypothetical protein	ATGATGAAGCGAGCAATAATTATTATCATATTTTTAGTTGGATTGGGTGTCTTTTCCTATCCTATAATAAGTAACATTTTATCGACACAAGTACACCAATCTGTAGTAAAAGAATATGCCGAGACAGTTGAAAACATGGATGAAGAGGAAATTAAACAAGAAAAAAAGAAAGCAGCTGAACATAATAAAAAATTGGAGAATTCCGAAGTCGATTTTGTTGATCCTTTCTCCGAAGAAGGGGCGGATGGAAACAAGGCAGCTGGAAACAAAAGCTATTACGATGCACTAAATATTGACCCAGCAATTGGAAGTATCGAGATCCCTAAAATAGGTTCAAACCTGCCTATTTATCATGGCACTGGGGAAGACGTATTATCTCGTGGTGTTGGGCATATGGAGAATTCTTCCTTACCTACAGGCGAAAAAGGGACTCACAGCGTACTCACTGCTCATCGAGGTCTACCTAGTGCGAAATTATTTCGTAATTTAGATGAGCTTGGCAAAGGAGATCAATTTTATGTTAATGTGTTGAACGAAAAATATGCCTATGAAGTGTATGATGTAGAAATTGTGCTGCCACATGAAACGCAGTGGCTACAAACAGAAGATAATGAAGAATATATGACATTATTAACATGTGAACCTTATATGTTGAATACTCACCGGATGCTAGTAAAAGGCAAACGTGTACCTTATGATGAAACAAAAGCAGAAGAAACAGAAACAGTAACGGATACGTTTAACTATTGGTATATTGCAGGTGGTGTTGGCCTAATAGTAATTTTAATCCTTGTTTGGTGGTTGAAACGTCGTAAAAATAAGAATAAGGTGGAAAGCTCATGA	MMKRAIIIIIFLVGLGVFSYPIISNILSTQVHQSVVKEYAETVENMDEEEIKQEKKKAAEHNKKLENSEVDFVDPFSEEGADGNKAAGNKSYYDALNIDPAIGSIEIPKIGSNLPIYHGTGEDVLSRGVGHMENSSLPTGEKGTHSVLTAHRGLPSAKLFRNLDELGKGDQFYVNVLNEKYAYEVYDVEIVLPHETQWLQTEDNEEYMTLLTCEPYMLNTHRMLVKGKRVPYDETKAEETETVTDTFNYWYIAGGVGLIVILILVWWLKRRKNKNKVESS	PGPT0024075_1029	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_RELATED_SORTASE,PGPT0024075-srtA-K07284	NA	NA
AK148_00069	693	srtD_1	COG3764	Sortase D	ATGAAGGGAAAAAAAGCAATCATCTTATTATTTCTAGCAGGTATTTTAATTTTTTTATATCCGCATGCAGCCAAACTCGTCAACAGTTACTTACAAAAACAACAAGTCGACCAATTTCAGGCTGGCTTAGAAGAAAAACCTCAAGAGGAAATAAACAAGCTTATGGAAAAAGCTTCTGCATGTAATAAAGAAATCTTTTATGATAGTTCTGGTTTTCGTGATCCATTTCTTGATAATGAAGAAAAGCTGGCTGAATTCAAAAACTGTCTAGGAATTGGCGATGATGAGGTGTTTGCAGCTATTGAAATTCCGAAACTAGGAGAGATGATTCCCATTTTTTTAGGAGCTACAGAAGAAACCCTAGATAAAGGGATTGGGCAAATTGAAGGCTCTTCATTGCCAGTTGGTGGTGAGAGCAATCATACCGTGTTAGCGGGGCACCGAGGTATGGGAACGAAAGCCATGTTTCGTAATGTTGATGAATTAAACAATGGCGACATTTTCTATATCCATACTATGACCGATACGTTAACTTATCGTGTGTATAGTCAACAAGTCGTTGCTCCTGATGAAACCGACCCACTTGAAATTCAAAAAAATCGGGATTTAGCTACTTTATTCACCTGTCACCCGTATCCTACGGACCGGGAAAGGTTGTTAATACAAGCCGAGAGAGTGGAAGACAAGGAATAA	MKGKKAIILLFLAGILIFLYPHAAKLVNSYLQKQQVDQFQAGLEEKPQEEINKLMEKASACNKEIFYDSSGFRDPFLDNEEKLAEFKNCLGIGDDEVFAAIEIPKLGEMIPIFLGATEETLDKGIGQIEGSSLPVGGESNHTVLAGHRGMGTKAMFRNVDELNNGDIFYIHTMTDTLTYRVYSQQVVAPDETDPLEIQKNRDLATLFTCHPYPTDRERLLIQAERVEDKE	PGPT0024075_1758	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_RELATED_SORTASE,PGPT0024075-srtA-K07284	NA	NA
AK148_00070	1089	hblA_1		Hemolysin BL-binding component	ATGCATAAAAAAAATATAAACAAATGGTTTGTCATCATTATACTCGCTGTATTTACCATAACTTATATTGTTCCAAAGCCAGTCGTTTTCGCTCAAGAACAAGCAAACAACGCAGCAGAAAATCTTGTTTCTGAAGAATTCCAAAAATCCATTGAGAACGTTGGCGCTAATATTGCAATTATTGATAGTTATGCACAATATATTAAAACCAAACAACTACCTAAGTTGGATGATCTACAGTCTATTGATAATTCATTAAAGAATCATATGCAAAACAATTTAAAAGAAGCCAAAGATAATGCGAACCAATGGTTTGATCAAGTAAAGCCAGATATGAGACTATCTATTCAGCAAACAATTGATTTTAATACTACTTTTCAACACCACCATGAAAATATATTAGCTGCTATTGATAAAAAAGACGTAAAGAAATTACAATCAGAAATTGAACAATTATACGAACACATCTCAGCAAGCAATAAACAAGTAGATTATTTAATAAAGAATTTAATTACATTTCGAAACAATATGAATAAGGATGTAACAAGTTTTAAAAATAACGCTAACCAGTTACAAATTAATCTCGCCACAACAAATGCAGACATCCCATTAATGCGAAAACAAATCGCTTATTATAATGATGTTATCAATGCAGCGAATGGAAAAATAGCGGCTGGTTCACTTCTTTGCGCAACAGGGATCTTATGTCTTGCAGGTGGTCCAATGATTAAAAATGCAGTTGATGAAAAAAATGATGCTGAAGAACAAATTGCTAATTTAGAAGCAAAAATCTCAGGGATAGGAAAAGAGATAGCAGTATTAACAGATATCCAGAGTAAGTTTACGAATATGGCAAGTACCATTGATAAGGCAATTACTTCTTTACAAAACATGTCTAATAATTGGCATATTATGGGTGCCAAGTATAGTAACCTATTAGACAATGTGTCTGTCATGGAAGAGCAAGATTTTGAATTATTGAAAGAGGACTTGCAAATAGCAAAGCAAAGTTGGAATCAATTGAAGCAATTTGCTGATGCTATTAATCAAGGTTTAAATCAAAACGATGTTCTAGATAGTGCGAAATAA	MHKKNINKWFVIIILAVFTITYIVPKPVVFAQEQANNAAENLVSEEFQKSIENVGANIAIIDSYAQYIKTKQLPKLDDLQSIDNSLKNHMQNNLKEAKDNANQWFDQVKPDMRLSIQQTIDFNTTFQHHHENILAAIDKKDVKKLQSEIEQLYEHISASNKQVDYLIKNLITFRNNMNKDVTSFKNNANQLQINLATTNADIPLMRKQIAYYNDVINAANGKIAAGSLLCATGILCLAGGPMIKNAVDEKNDAEEQIANLEAKISGIGKEIAVLTDIQSKFTNMASTIDKAITSLQNMSNNWHIMGAKYSNLLDNVSVMEEQDFELLKEDLQIAKQSWNQLKQFADAINQGLNQNDVLDSAK				NA	NA	NA	NA	NA
AK148_00071	1212	hblA_2		Hemolysin BL-binding component	GTGTCAAAGAAAACAAAAAAAGTGAAACCAATTTTATTATCTGCAATGGCAGCAACAGTCATTTTTAGCAATATAGCTCCTTCCTACGCTTATGCAGAAGCAACTGTAAAACAACAACAGATTCAAGTAAATCAACAACAGGTTCAGGTAAATCAACATAAAGGGTTTGAGCTAGGTCCCGACGGACTTCGAAATGCATTAGAAACAACCGGTTCTAACGCACTAGTCATGGATTTATACGCGCTAACCGTTATAAAACAGCCAGATGTTAACTTTAACAACGTAAATATCGTGGATAACGAATTACAAAAAAAGATCTTACATGACCAAAAGAATGCTCGAGGAAATGCAAAAACGTGGTTGGATGATTTAAAGCCGCAATTAATTACCACTAATCAAAATATTATTAATTATGACAATAAATTTGAAGGGTATTATGATAGATTAGTAGAAGCGGCTGAAAATAAAGATACCAAAGCTTTAGCCGCCAGATTAAGCCGGTTAGCAAACAGCGTTTCTGATAATAAAGACGCTGTCGATAAACTAATTGTTGATTTAAAAGAGTTTAGGCAAAAATTACAGTCTGACACACAAAACCTAAAAGGGGATACCAATGAATTATCAACGCTGCTTGCAAGTCAAGATGCAGGTATTCCACTTTTACAGAAGCAAATTGAAACATATTATGAAGCAATTAGCAAGTATAATAATATTTTAATAGCTTCTTCTGTCGCTACTGCCGCAGGACCTCTCATTATTGTTGGAGGCATAGCAGTTCTTGCTACTGGAGCTGGCACCCCGCTAGGAATAGGGCTTATCGCTGGTGGAGTAGGACTAGCTGGTGGGGGCATAACAGGTGTCGTATTAGCGAAAAAAGGAATTGATGAAGCAGAAGCAGAAATTAAAAACTTGACAGGAAAAGTAACAGATGCACAAATTCAACTTGCAGGTGTAACAGGCATAAAACAGCAAATGGAGTATTTAACAGAGACAATCGATATAGCGATTGATTCCTTACAAAGCATTTCAACACAGTGGAATACAATGGAGGCAAAATATAAAAGTTTGCTAAGCAATATTGCTATTATGTCTCCAGACGATTTTGATTTACTAAAAGAAGATTTAACTATTGCTAAAAAGAGTTGGGGAAATATTAAAGAATTTGCTGAGAAGTTATATGTAGAAGATACCAAAGTTGTCGATAATCTGTAG	MSKKTKKVKPILLSAMAATVIFSNIAPSYAYAEATVKQQQIQVNQQQVQVNQHKGFELGPDGLRNALETTGSNALVMDLYALTVIKQPDVNFNNVNIVDNELQKKILHDQKNARGNAKTWLDDLKPQLITTNQNIINYDNKFEGYYDRLVEAAENKDTKALAARLSRLANSVSDNKDAVDKLIVDLKEFRQKLQSDTQNLKGDTNELSTLLASQDAGIPLLQKQIETYYEAISKYNNILIASSVATAAGPLIIVGGIAVLATGAGTPLGIGLIAGGVGLAGGGITGVVLAKKGIDEAEAEIKNLTGKVTDAQIQLAGVTGIKQQMEYLTETIDIAIDSLQSISTQWNTMEAKYKSLLSNIAIMSPDDFDLLKEDLTIAKKSWGNIKEFAEKLYVEDTKVVDNL				NA	NA	NA	NA	NA
AK148_00072	1122			hypothetical protein	ATGAAGAAAAAAATACTTATAACTTTAATGATTTTAGCTATCATTTTTAGTGGTCTTGTACCGAAAAATGTTTTTGCTAAATCAAATGATGATTTAAGAAGTGTGACATTTTCTAATTGGATTCGAACTTTAGGTTCCCAATACCCTTTACTAGAATCTTACGGACTCGTCATATTAAAACAACCAAATCTTGCCGTGAACAACATGAGTAGCCTTACAAATGACCAAAAAATAGCAAGAAGAAACGTGCATGAGTGGTTAGATGAATATAGCCCAAAGCTTATCTACGTTAACGAAAATATGTATGGACTAACGCAAAGAGTAGATCAGTATTACAAAAGTCTATATGATTTAGCAGGGCAAATTAACGAAAGTGAACAAGCTAAATCCAACTTTTTAAATCGATTTAATCGACTTGAAAACAACTTTGAAAATACACAATTTATTCTGGAACGAACATCAGACGATTTAAACGCTTACAAAAATCTTATATTGGCTGATGCCCAATCATTCTCTGAAAAAGCAGAGAAGGCAATTGAATCGTTAAATGGTGAAAATGGCGAAGCAACAAAGTTAAGAAAGCAAATAAAAGAATTACTTGCTGAAATTCAAGATGAGCTAATCAAAATATTGAACAAACCGAATGAAGTATTTGATTTTTCATTGAAATTTGGTCAACAACTTTATGATTTAGTAAAAACTAGCGGGGAAAATAAAACCATCGATGTTGCATCTGTGGAAGCAATCGGTAAAGAAATTATGAATGCTCGTGATTTTCAAACCAAAGAATCCGCTTCTACCATTCAACAAAAACAACAGGAAGTTAAAGCTTTATTTAAGAAATTAACAGCTGCTGAACGCCAAGCAACAGAAGTTATCGTTGTAGAAGATCAAATTCTAGGTTTTGCAGAAATGGTAAAAAGAGAAGTAGCCGTTTTTGACAACTTAGCCAACAATTTTGCAACCTTAAACAGCCTACTCACAAATCTAAAACAAGAAGTTATTTCTGGAAAAATAGACAATAGTAAATTACAGAATCAATTAAAATACTTGCAAACAATTGTCCATGATATGAATAAACAAGCTAAACAGTTTGAGGCCTTTACAACAAGCATTAAATAA	MKKKILITLMILAIIFSGLVPKNVFAKSNDDLRSVTFSNWIRTLGSQYPLLESYGLVILKQPNLAVNNMSSLTNDQKIARRNVHEWLDEYSPKLIYVNENMYGLTQRVDQYYKSLYDLAGQINESEQAKSNFLNRFNRLENNFENTQFILERTSDDLNAYKNLILADAQSFSEKAEKAIESLNGENGEATKLRKQIKELLAEIQDELIKILNKPNEVFDFSLKFGQQLYDLVKTSGENKTIDVASVEAIGKEIMNARDFQTKESASTIQQKQQEVKALFKKLTAAERQATEVIVVEDQILGFAEMVKREVAVFDNLANNFATLNSLLTNLKQEVISGKIDNSKLQNQLKYLQTIVHDMNKQAKQFEAFTTSIK				NA	NA	NA	NA	NA
AK148_00073	783			hypothetical protein	ATGAATAAACTTTTCGTCAGCATTTCCGTCGAATTTAAAAAATTATTCCACTCAAAGATCCCTTTAATAACTTTGCTTACATTTATGCTCATACCGTTTATTGGGGGCTTTTTCATGTTCGTGTTAAAGCATCCGGATTTTGCTGAGGCCCTTGGTTTTATTTCTACCAAAGCACAAATAATAGGGGCTGCGGATTGGCCCTCTTATCTTAGCTTACTTGCACAAGCAATTTCCATTGGCGGATTAATTATTTTCGGTTTTATTATAAGTTGGATCTTTGGCAGAGAATACTCCGATCGAACGATAAAAGATTTATTAGCTCTACCACTATCTAGAAGTACCATTGTTTTGGCAAAGTTTTTAACATCCTTTATTTGGTGTCTTATGTTATCTTTATTTGTTTTATTGGTTGGACTACTTGTAGGAATGATGCTTGATTTACCGCAAGGATCAAAGGGAATAGTGACTGAGGGCATCATCGTCTTTTTAGTTTGTGCCACATTGACCGTACTTCTTTCTACACCCGTCGCTTTGGTTGCAAGTATTGGTCGCGGATACTTATCTCCCCTTGGATTTATGATTTTCACACTCATCTTAGCGCAAATTGTTGCAGTAGCAGGATACGGTGCGTATTTCCCATGGTCTATCCCCGCCCTTGCTAGTGGAGCATCCGGCAACAAAGCATCGATCGTTGAAGGACTAAGCTTAATTATTTTACTCTTCACTAGTGCGTTTGGATTACTAAGTACGATGCTTTGGTGGCGATTAGCAGATCAATGCTAA	MNKLFVSISVEFKKLFHSKIPLITLLTFMLIPFIGGFFMFVLKHPDFAEALGFISTKAQIIGAADWPSYLSLLAQAISIGGLIIFGFIISWIFGREYSDRTIKDLLALPLSRSTIVLAKFLTSFIWCLMLSLFVLLVGLLVGMMLDLPQGSKGIVTEGIIVFLVCATLTVLLSTPVALVASIGRGYLSPLGFMIFTLILAQIVAVAGYGAYFPWSIPALASGASGNKASIVEGLSLIILLFTSAFGLLSTMLWWRLADQC	PGPT0006730_16539	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK148_00074	936	bcrA_1		Bacitracin transport ATP-binding protein BcrA	ATGAATGACGTTATTTATACAGAAAATCTAACAAAAGCATATGGGCAAACCTTTGCAGTTAATAACGTTGATTTATCTGTTGCAAAAGGCGAAATCTATGGTTTCTTAGGTTTAAACGGTGCTGGAAAAACGACAACTATCCAAATGCTATTAGGTATGATCACACCTACTTCTGGAACATGCTACCTCCATGGAGAAAAAGTTCATTCTAAAAACAAGGACATTTGGCGTCATGTCGGTTATATGGTGGAAACACCCTATTCCTATCCAGAGTTAACGGTAAGAGAAAACCTTGACGTTATCTGCAAACTAAGAGGGATTAGAGACAGAAGTTGTGTCGATTGGATTATTAAAAACTTACAGTTAGAAGCCTACGTTGCTAAAAAAGCAAAACACCTATCTATGGGAAATAACCAAAGACTTGGAATAGCAAAAGCGCTACTTCACCATCCTCCTATTTTAATATTAGATGAACCAACGAACGGATTAGACCCTGCTGGCATCGTTGAAGTTCGTCAACTTCTGAAGGAATTAGCCCAAAACAAAGGCGTAACTATTCTCATCTCTAGCCATAAGTTGGATGAAATTTCAAAAATAGCTACAAATATAGCCATCATACATCAAGGCATACTAATCAAAAAAATATCTGGTGAACAACTGGAAAAACAGTTGCACAAAACTTTACTACTTGATGGAAAAAATAGGTTAGCAATCAAACACACTCTATTGACAGCAGGTTATAAGGTTTCTACGGATAATGAAGAAAACTCACCACTTCAAATGAAGGAAGCAAATGCAGTACATGACCCTGGGAAAATTGCGACATTACTTGTAAATGCTGGGTACCCACCAACATTGCTACAAGTCGTAAAAGAGGATTTAGAAAGGTATTTTCTAAGAACCATTCAAGAATTTGGAGGCGATCAACATGAATAA	MNDVIYTENLTKAYGQTFAVNNVDLSVAKGEIYGFLGLNGAGKTTTIQMLLGMITPTSGTCYLHGEKVHSKNKDIWRHVGYMVETPYSYPELTVRENLDVICKLRGIRDRSCVDWIIKNLQLEAYVAKKAKHLSMGNNQRLGIAKALLHHPPILILDEPTNGLDPAGIVEVRQLLKELAQNKGVTILISSHKLDEISKIATNIAIIHQGILIKKISGEQLEKQLHKTLLLDGKNRLAIKHTLLTAGYKVSTDNEENSPLQMKEANAVHDPGKIATLLVNAGYPPTLLQVVKEDLERYFLRTIQEFGGDQHE	PGPT0006725_8562	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_00075	600			hypothetical protein	TTGGCTACCGCTTTCTCCAATAACGAAAAAGAAATAATTAGAGGAAAACTGCAACAGGCTGCAAAGGAATGCCTTGGGAAGTACGGTATTAGGAAAACGACCGTCGATCACCTTGTCCAAATAGCCGGCATATCAAAGGGCGCCTTTTATAAATTTTATCCTCAAAAAGAAATCCTGTTTTTTTACGTCTTAGAAGACTATCAAAAATCACTCATGAAAGAATTAGCAAACAGACTTGAGAAAGAAGCTAACATAGGAGTGGAACAGTTTACTGATTTTATTTTTCAGTTATATCAAAATGTAAGACAATCTTTTCTGATGAATCTTATTCAACAGCAAGAATTAGAGTACCTCATGAGAAAAGTACCGCCAGAATTCATTATGAATCACCAGTCACTAGATGATATGTTTATGGAGCAAGTTTTTTCTTATATAAAGATAAAAGACCATGTAAATAAGCGTGTTGTCGCAGCTTCATTAAGATCCATTTTCATGAGCATGATGTACAGGGAAGAAATCGGCGAGCAAGAATTTGATGAAGTTCTAAAGCTTTTAATTAAGGGGATCGCTCTACAAATTATAGAGGAGGTTGAGACATGA	MATAFSNNEKEIIRGKLQQAAKECLGKYGIRKTTVDHLVQIAGISKGAFYKFYPQKEILFFYVLEDYQKSLMKELANRLEKEANIGVEQFTDFIFQLYQNVRQSFLMNLIQQQELEYLMRKVPPEFIMNHQSLDDMFMEQVFSYIKIKDHVNKRVVAASLRSIFMSMMYREEIGEQEFDEVLKLLIKGIALQIIEEVET				NA	NA	NA	NA	NA
AK148_00076	510	queT	COG4708	Queuosine precursor transporter QueT	ATGCATAAGTTAATATCCCAAACATCTTCACCAACGATGATCTCCGAGCTAACTAAAATTGCCATTATTAGTTCCCTCTATGTGATTGTTACCATTTCTCTTGCTCCAATTAGTTTTGGTGCTCTTCAGTTTCGTTTATCTGAAATGTTTAATTTTCTAGCATTGTATCATAAGCGTTACGTTATTGCCGTCACTTTCGGAGTTGTTATTGCCAATTTCATGTCCCCTACTTGGTTTCTGGATGTTCCAATTGGTAGCATTTCTACTTTTCTTGTGTTAATTTTTTGTAGACATGTAACCCAGCAGATGAAAAATGACATACTAAAAATAGCTACAACAACTATTATTTTTGCTGTCTCCATGTTCACAATTGCAGCACAATTAACGCTCCTATTTGACTTGCCTTTCTTTTATACATGGTTAACCGTCGGTATCGGGGAACTATTATCCATGACGATCGGTGGAATAGTGATATACTTGTTAGCAAAGAGAGTAGATTTTACAAAATAA	MHKLISQTSSPTMISELTKIAIISSLYVIVTISLAPISFGALQFRLSEMFNFLALYHKRYVIAVTFGVVIANFMSPTWFLDVPIGSISTFLVLIFCRHVTQQMKNDILKIATTTIIFAVSMFTIAAQLTLLFDLPFFYTWLTVGIGELLSMTIGGIVIYLLAKRVDFTK				NA	NA	NA	NA	NA
AK148_00077	756	ucpA_1		Oxidoreductase UcpA	ATGAAGTTTGATGAATATACAGGACAAACTGTTTTTATCACTGGTGGCGCTTCGGGTATAGGAAAAGCGCAAGCTGTCTGTTTTCTAAAAAATGGCGCTAATGTATTTGTCTTCGATAAAGCGAAAAAAAACTTAGCAGAAATGGAAGAACAATATAGCGGACAATTCACCTATGCGATAGGAAGTGTTACCGATAAAGTGTCTGTACACAAAGCTGTGCAATACGCATTACATAAATTTGAACGCATTGATATTTTACTAAATACTGCGGGGATACTGGATGGATATGTAACTACATTAGAAACAGAAGAATGGTTATGGGATAAGGTTATGGATACAAATGTAAAAGGAACCTACCTTGTAACCAACTTCGTACTCCCTTATATGCTTCAGCAAGAAAGCGGAGTTATTATCAATATGTCATCCATTGCAGGCTTTGTCGCTGGTGGCGGTGGTGCTGCGTATACTGCTTCTAAGCATGCCATTATAGGTTATACCAAACAATTAGATTATGACTATTGTAGAAAAGGAATTCGAGCTAACGCAATTGCACCAGGTGCGATTAAAACGCCAATGAACAAAGCCGATTTTTCTGGAGATGGAAAAATCGCCGAATGGGTAGCGAATCAGACACCTGCCGGGAGATGGGCAGACCCCATAGAAGTAGGCGAGCTCACGCTTTTTTTAGCAAGTAGGGCTGCTGATTATATGCATGGTGTCGTTATTCCTATTGACGGCGGATGGATTAATAAATAA	MKFDEYTGQTVFITGGASGIGKAQAVCFLKNGANVFVFDKAKKNLAEMEEQYSGQFTYAIGSVTDKVSVHKAVQYALHKFERIDILLNTAGILDGYVTTLETEEWLWDKVMDTNVKGTYLVTNFVLPYMLQQESGVIINMSSIAGFVAGGGGAAYTASKHAIIGYTKQLDYDYCRKGIRANAIAPGAIKTPMNKADFSGDGKIAEWVANQTPAGRWADPIEVGELTLFLASRAADYMHGVVIPIDGGWINK	PGPT0003180_10848	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
AK148_00078	222			hypothetical protein	ATGACATTTGAAGAAGTATTACCTCAATTAAAATCTGGTAAGAAAGTAATTCGCAGTGGATGGCATGGTGCTGAACTATATGTGAAGCTCGTCGGAGAAAGTAAGCACGAGGGAAAAAAGCTAAACCCTTACTTTTTAATCAATGTCTCAGGAGAAGGCTATACTATGTTCACCCCTACTGTATGTGATATTCTTGCTGACGACTGGAACATCATTGAATAA	MTFEEVLPQLKSGKKVIRSGWHGAELYVKLVGESKHEGKKLNPYFLINVSGEGYTMFTPTVCDILADDWNIIE				NA	NA	NA	NA	NA
AK148_00079	1059	hblA_3		Hemolysin BL-binding component	ATGCAAACGAAAGTAATAAAACAAATATGGATTTGCTCCATTCTAACTATTTTTTTAGTAACCTATTCGTTACCACAAACAATGATTTATGCAGCTGAACAAACAGAAACAATGAAACCCGATTCAGAAAAGATATTAAAGAATTTAGAAGAATTGGCTACTAGTATAGCAAGCATAGACTCTTATGCAACAACCATTCAAAACGAACCAAAGCCCAATTTGACAAACTTAAGTTCTGTAAGTAACGAATTAAAACGCAACATAAACAATCATTTTGCCGATGCTAAAAACAATGCTACGTATTGGTCAAAAAGTTTAAAGCCTTCCATGAAAACATTTCTAGAAAGTATTGGACATTTTAACGATGTATTTCAAGAGAGTCATTCTGCATTATTAGCTGCTTTGGCGAATAAAGACAAAGCAAAGATACGTGATGAGGTAGAACAGCTTAATGATAATATTGTAAGACAAAACGAAAACGCAGAAAGATTAGTTAAAAATTTAACCCAATTTCGAGATAATGTAACGAAGGATACACAACGTTTCAAAAATAATTCTAATCAATTAGAAGTCCAAGCCACATCATCTTCACAAGCTGATATACCTCTTTTAAAGAGAAAAATTAATTATTATAATGATGTCATTGATAATACTGATTATAGAATAGCTGCTGGTTCCTTAGCGTGCGCTTCCCTGATTGGCTGTATTTGGGGAGGAATTGAGATTGATAACGCTACAAGTGATAAGCGAGATGCAGAATATCAAATAGACAAACTTAAAGCAAAAATAGATGGGATTGAGAAAGAAATAGCTACAATAACAGACATACAAAGTAAACTAACAAATATGGTGCAAAAAATTGATACAGCTATCGATTCCATCCAAAATTTAACAAATTACTGGTACCTCATGAACTCTAAATACCAAAACCTGCTAGATGATGTCCGTATATTAAATCCAGCAGAATTAGATCTTTTAAGAGAGGATATGCAAATTGCAAGTAGAAGTTGGGAGCAAATTAAACAGTTTGCCAAAAACCTAGCTCAAGCATTAAAATAG	MQTKVIKQIWICSILTIFLVTYSLPQTMIYAAEQTETMKPDSEKILKNLEELATSIASIDSYATTIQNEPKPNLTNLSSVSNELKRNINNHFADAKNNATYWSKSLKPSMKTFLESIGHFNDVFQESHSALLAALANKDKAKIRDEVEQLNDNIVRQNENAERLVKNLTQFRDNVTKDTQRFKNNSNQLEVQATSSSQADIPLLKRKINYYNDVIDNTDYRIAAGSLACASLIGCIWGGIEIDNATSDKRDAEYQIDKLKAKIDGIEKEIATITDIQSKLTNMVQKIDTAIDSIQNLTNYWYLMNSKYQNLLDDVRILNPAELDLLREDMQIASRSWEQIKQFAKNLAQALK				NA	NA	NA	NA	NA
AK148_00080	1200	hblA_4		Hemolysin BL-binding component	ATGGCAAAAAAATTTTTAAAACCTATTTTACAAGTAGCAATCGCAACAACTTTAGTATTTAGTAGCGTTGCTCCTTCCTATGCTTCTGCTAATCTATCTGATAACAACCATCAGGTAGATAAAGTTAGTGACTTAGCCAATCAATATAAAAAATATGAGCTAGGGCCAGAAGGACTAAGACAAGCACTCGAGGCAACAGGATCTAATGCGTTGGTGATGGATTTATATGCTTTAACAGTTTTAAAACAGCCAGATATCAATTTTACTAATGTTGTTATCATCGACAATAACTTACAAAATAAAATCATATCGGATCAAAGCATTGCAAGAGAGAATGCAAAAGTATGGTTAGATCAATTAAAACCACAATTAATTAAAACGAATGAAAATATTATAAATTATGATAATCGTTTCGAAGGGTACTATGATAAGCTAATAGAAGCCGCAGAAAACAAAGATAAAGATGCCTTAGAAGCTAGAATAAAAAGACTATCAAGGAGCGTTTCCAAAAACAAACAAGAAGTCGACAAATTAATTGTCGATTTAAAAGACTACAGACAAAAATTACAGTCTGATACACAAAATTTAAAAGCAGATACAAATAAGCTTTCCTCTATTTTATCGAGCCAAGATGCAGGTATACCGCTTTTAAAACAACAAATTGAATCTTACCATGATGCGATTAGTAAATATAACAAAGTATTAATAGCCTCTTCTGTCTCTACATCATTAGGACCTGTAGCTATTGTAGGGGGAATCGCTGTAATTGCTACAGGCGCTGGAACGCCACTCGGTGTTGCTCTTATTGCAGGTGGAACTGGTCTAACTGGTGGAGGAATTGCGGGCATTGTATTAGCCAAACAAGGAATTGATGAAGCAGAGTCAGAAATTAAATCTATAACTAAAGAATTAACAGATACAGAAATTCAATTAGCATTAGCATCAGGAATAAAACAGCAGACGAATAATTTAACCAAGACGATTGATCTAGCAATTGACTCTTTACAAAATATTTCAACGCAGTGGAGTACGATGGATGCAAAATATAGAAGTTTACTTAGCGATATTGATTTTATGAGTCCTGAAGACCTTGATCTTATTAAGGAAGATTTATCTATTGCTAAAATGAGTTGGAGTAATATTCGAGACTATGCGCAAAAATTATATGTAGAAGAAATTAAAGTTGTCGATCATCAATAA	MAKKFLKPILQVAIATTLVFSSVAPSYASANLSDNNHQVDKVSDLANQYKKYELGPEGLRQALEATGSNALVMDLYALTVLKQPDINFTNVVIIDNNLQNKIISDQSIARENAKVWLDQLKPQLIKTNENIINYDNRFEGYYDKLIEAAENKDKDALEARIKRLSRSVSKNKQEVDKLIVDLKDYRQKLQSDTQNLKADTNKLSSILSSQDAGIPLLKQQIESYHDAISKYNKVLIASSVSTSLGPVAIVGGIAVIATGAGTPLGVALIAGGTGLTGGGIAGIVLAKQGIDEAESEIKSITKELTDTEIQLALASGIKQQTNNLTKTIDLAIDSLQNISTQWSTMDAKYRSLLSDIDFMSPEDLDLIKEDLSIAKMSWSNIRDYAQKLYVEEIKVVDHQ				NA	NA	NA	NA	NA
AK148_00081	1125			hypothetical protein	ATGAAGAAAAAAATACTATCATGTTTATTGATTCTTGTTGTTCTATTTACTGCCTTTATACCCCAAAGCGCATTTGCACAATCAAAAGAGAGTTTGCGGAGCGTGACTTTTTCCAATTGGATAAGAACATTAGGTTCTCAATACCCACTGCTTCAAGCTTATGGATTAGTAATTTTAAAGCAGCCAGATCTAAACGTCAAAAATATGAGTAGCTTATCCAATAACCAGTATATAGCAAGGAATAACGTTCGTGAATGGCTAGATGAATACAGTTCAAAACTCATTTACATTAATGAAAATATGAAAGGATTAACACAAAGAGTCAATTATTACTACGACCGCCTTTATGATTTATCGGAACAAATAGATAGTAACGAACAGGCTAAAAATTCCTTTTTAAGTCGATATAACCGACTACAGAGAGTCATGGATGATGTACAATACAAAATGGAAAGAACTTCCATGAATTTACAAGCTTATTATGACCTATTAGCTGAAGATAGTAACAACTTCTCCAAAAAAGCAGATCAAGCAATTGCTTCATTAAACGGGGGAGACGGCAAAGCAACAACATTAAGATCAGCTATCAAAGCTAATTTAGAAGATATTCAAAATGAACTAGTAAAAATACTTAATAACCCGGACGAAGTATATGACTTCTCTTTTAAACTAGGTACAGAGATTTACAACACGGTGAAAACGGGTGCGGAAACCAAAACGGTAGATGTAGCGTCTATTGAAGCTTTAGGAAAAACATTAATGAGTTCCGAAGATCTGAATACAAAAGAATCTTATTCTACTATTCGTCAAAAACATAAAACCGTTACTTCATTAATGAAACAACTATCGGAAATTGAACATCAAGCAACAGAAGTTACTATTGCAGAAGATCAACTATTTGGGTTTACTTCTATGGTTAAACGCCAAATTACGATTTTTGATTATATGGTCAATGAATTTACTGAACTGAATCATATTATGAGCAATTTAAAAGAAGATATTATGGAAGGCAACATTACTCCTTCTGAAATAAAGCGACAACTTAAATATTACAAAGATATAATGGATGAAATAGACAAGCAAACAGGACAATTTGAAGAATTTACTACATCAGTTAAATACTAA	MKKKILSCLLILVVLFTAFIPQSAFAQSKESLRSVTFSNWIRTLGSQYPLLQAYGLVILKQPDLNVKNMSSLSNNQYIARNNVREWLDEYSSKLIYINENMKGLTQRVNYYYDRLYDLSEQIDSNEQAKNSFLSRYNRLQRVMDDVQYKMERTSMNLQAYYDLLAEDSNNFSKKADQAIASLNGGDGKATTLRSAIKANLEDIQNELVKILNNPDEVYDFSFKLGTEIYNTVKTGAETKTVDVASIEALGKTLMSSEDLNTKESYSTIRQKHKTVTSLMKQLSEIEHQATEVTIAEDQLFGFTSMVKRQITIFDYMVNEFTELNHIMSNLKEDIMEGNITPSEIKRQLKYYKDIMDEIDKQTGQFEEFTTSVKY				NA	NA	NA	NA	NA
AK148_00082	1026			Formate dehydrogenase	ATGAAGATCCTAGCACTTTTTCCAGAAGCTACAAGTGCTACACAATTATTATCCAAAGAAAAGACATTGGGGCTAGATGAATTCCTAAAGAATACAGAGCACGAATTAACAATTGTTACAAGTGATAAAGAAGTGGACGATTACATTGAAGAGGTGGATGTAGTCATTTCATCACCATTTCTTCCAGCTTATATTACGAAAGAAAGGGCAAATAAAGCGAAAAACTTAAAGCTAGCTATTACGGCTGGAATTGGATCAGACCATGTCGATCTTGATGCTGCCATAGACAAAGGGATTACAGTAGCCGAAATACCTGGGAGTAATAATGTAAGTGTAGCGGAGCAAAACGTTATGGAAGCACTGTTACTACTAAGAAATTATGAAGAAGGACATAGACAAGCTGAAGAAGGGGAGTGGGATTTACCTAAAGTAGGTGCTAAAGCACATGACATGATTGGTAAAACAATTGGTATTTTTGGATTTGGTCGTATTGGCCAATTAACGGCAGAGAGATTAAAGCCATTTGAGGTGCATTTGCAATATAATGATCCTTATCGTAAAGAAGATATAGAAGAGAAGCTAGGAATTAAATACGTTGATTTTGATACTTTAGTAAAAACATCTGATGTAATTATTATTCAATCACCGTTAACAAAGGATACGAAAAATAAATTTGATAAAGACGTCATTTGTAACATGAAAGATAGTGCTGTACTTGTAAATTGCGCTAGAGGTGGAATTGTAGAACGAGATGCCATTGCAGAGGCAGTTAATCGTGGTAAAATTCGATATGGTGGTGATGTTTGGTATCCACAACCGGCACCAAAGAACCATCCTTGGCGTTCTCTTGAACAAACAGGTCTTACTGTCCATTATTCAGGTATGACTGTGGAGGCTCAGGAGAGAATACAAAAAGGCGTTTTTAAAATATTAACAAGCTTTATGGAAAATAATCCAATTGAAGAAACCTATTTAATTGTTGCCAATCATAAGGTAGCCAATAAAAGCTATCAAACCCAAAACTAA	MKILALFPEATSATQLLSKEKTLGLDEFLKNTEHELTIVTSDKEVDDYIEEVDVVISSPFLPAYITKERANKAKNLKLAITAGIGSDHVDLDAAIDKGITVAEIPGSNNVSVAEQNVMEALLLLRNYEEGHRQAEEGEWDLPKVGAKAHDMIGKTIGIFGFGRIGQLTAERLKPFEVHLQYNDPYRKEDIEEKLGIKYVDFDTLVKTSDVIIIQSPLTKDTKNKFDKDVICNMKDSAVLVNCARGGIVERDAIAEAVNRGKIRYGGDVWYPQPAPKNHPWRSLEQTGLTVHYSGMTVEAQERIQKGVFKILTSFMENNPIEETYLIVANHKVANKSYQTQN	PGPT0019655_507	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_FORMATE_UTILIZATION,PGPT0019655-fdh-K00122	NA	NA
AK148_00083	159			hypothetical protein	ATGTTTTTTCAAAGTTTCAAAGAAAGTCGCTGTAAAAGAAAAATAAAGGAGACGGCTTGGATTGCCGTTCACCTTTATTTAACTATAGGAAAGCATGAATTTTTTAGAGTTTTGACGCTTTATGGTCATAAAGATTTTGGCGATAGCCAAGTTTTATGA	MFFQSFKESRCKRKIKETAWIAVHLYLTIGKHEFFRVLTLYGHKDFGDSQVL				NA	NA	NA	NA	NA
AK148_00084	318			hypothetical protein	TTGGCATTAACAGATCACGAAAAACTACTCGTAAGCTCAGAATTGAACCGAAAAGGTAAAAACATGCTTTTAGCGTATGTATTACTTATCTTCTTAGGTACCTTAGGTATACATCGATTCTACCTTGACAAAAAAGGGACTGCTATTACGCAACTTATACTCAGTGTTGTAGGTGGGCTTACAGCAATCATTCTTATTGGGTTTATCCCTCTTATTATCGTGGGCATATGGCTTTTCATCGATCTATTCTTAGTTCCAGGTATGGTCGAAAAAGAAAATGAACGTATTGAGCAAGAAATCATTCGAAATTTACGTTAA	MALTDHEKLLVSSELNRKGKNMLLAYVLLIFLGTLGIHRFYLDKKGTAITQLILSVVGGLTAIILIGFIPLIIVGIWLFIDLFLVPGMVEKENERIEQEIIRNLR				NA	NA	NA	NA	NA
AK148_00085	441			hypothetical protein	ATGGCAGAACATCGTTTTCATTTAACGGCAACGTGGCCTGGTGGAAGAAATTCAAGCGGTTATATTACATCAGGAAATTTACGGACTAAAGTATCCATCCCACCAGAAATGGATGGGCCAGGTATTGGGACGAATCCAGATGAGATGTTGTTAGGAGCAGCGGCAACTTGTTATCTTATTACACTTGCGGCCATGATTGAACGTGCTGCGCTTCCTTTAGAAGAAATGAGCTTAGACTCAGAAGGAATTGTTGATGTTACACGAGGTGTATTTACATTTCAAAAAATTGTTCACCGACCAAAGGTTACCCTAAAGGTAGAAGCGACCGAAGAACAAAGAATTCAGCTGCAAAAGCTTGTTGAACAAGCAGAGAAAAGCTGTATGATCTCAAGAGCTATACAAGGAAATGTAACAATAGAACTAGAGGCAGATCTAAACTAA	MAEHRFHLTATWPGGRNSSGYITSGNLRTKVSIPPEMDGPGIGTNPDEMLLGAAATCYLITLAAMIERAALPLEEMSLDSEGIVDVTRGVFTFQKIVHRPKVTLKVEATEEQRIQLQKLVEQAEKSCMISRAIQGNVTIELEADLN				NA	NA	NA	NA	NA
AK148_00086	255	manZ_1	COG3716	PTS system mannose-specific EIID component	ATGGGAGCGTTAGTTAATAAATGGACGACAATTAATATACCAGTCGTTGTGTCAAAAATAAAAAATCCAGAAACCAATAAAGTTGATGTACAAACCGTACAAGACATTTTAGACTCATTGATACCAGGTTTAGTACCACTGTTATTAACTTTTTTCGTCATGTGGCTACTAAGAAAAAAAGTAAGCCCTATAACCATTATTTTAGGTATGTTTGTCGTTGGTATTTTAGGGTATTGGGGAGGGATTTTAGCTTAA	MGALVNKWTTINIPVVVSKIKNPETNKVDVQTVQDILDSLIPGLVPLLLTFFVMWLLRKKVSPITIILGMFVVGILGYWGGILA	PGPT0017150_3	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_FRUCTOSE_PTS_SYSTEM_II,PGPT0017150-levG-K02771	NA	NA
AK148_00087	687			hypothetical protein	ATGATGTCTATTAATGTTATTTTGGAAGAATTCTTAAACGAACAGAAACAACGGTTAAAACCGAAAACATTTCGTGATTATGAAAGTGTGGTGTCGTTATTTAGAATCTACTTAAATGATTACGCGCATAACTACTTAGATGATGCGAATTTGGAGTGTTGGGAGAAAGAGATAGAAGAGGATATGGAAAGCTTTACGCGTATATTTGGAGCAAAACAATTGTCTAGTAAAGTTTTTGGCGAGTTTTTAGATTACTTTATTATCCGTAAAGTGATGAGTAGCGAAGATTTTATGAAAAAAGCAGTTCGTGTTATGAAAAAGTTAGTCAAATGGTTATATGATAATCAATATATTCAACAAGCTGTTTATGCAGAACTGAAAGAATATTTCTCAGAGGCGAGTAATTTGCCTACTGTTGAAAAAGTATCCGATCTTATTTACGAAGAAACAAAAAAATCACCACAAGTAATGTATGAAGAAGAAGAGGAAGGGTACTTTTATATTGACCACATTGAAAGCGGGAAGCTGTGGCTACAACCATTGTTTGGTGGGGATAAGGTAATTGGACCATTGTCTGTACCTAAGAAAATAACAGATTTATGTGAGGAAGGCTGGCAACTAAGTGGAGTAGTCGGAAGAAATCAGGGGAAATGGTATTTTATTGAAAGTGGTAACGTCTATCGTTAA	MMSINVILEEFLNEQKQRLKPKTFRDYESVVSLFRIYLNDYAHNYLDDANLECWEKEIEEDMESFTRIFGAKQLSSKVFGEFLDYFIIRKVMSSEDFMKKAVRVMKKLVKWLYDNQYIQQAVYAELKEYFSEASNLPTVEKVSDLIYEETKKSPQVMYEEEEEGYFYIDHIESGKLWLQPLFGGDKVIGPLSVPKKITDLCEEGWQLSGVVGRNQGKWYFIESGNVYR				NA	NA	NA	NA	NA
AK148_00088	441			hypothetical protein	TTGAAAAAAAACATTATTTTATTCGTAGGCTTTTTAATGCTAATTGGTTGCACTAATGGCAATCAATCAGAAAAAGAGTTAAGTAAAGATGCATTGCAAGTGAAAGAAGTAATTGAGAATAATTTAATGGCTATACAAGAAGAGAATATGGATAAATATTTAAATACGTTAGTGAAAAAAAGTAGAGAACAAACTAAAAAAGAGATACAAGACTTTTTTAATTATTATGATGTAAAACATGAGTTAGTGCAATTTAAGGTACTAGAAGAAGGAGAGACATTGATTAAAGTAGAAACGGAGTATCAAGCTACTGCTGACTACATTGCTGCTGGTCACTCTTATCGAGATCATAGTGCACAGTCCGTACTTACATTACAAAAAGAAGATGGGGATTGGCGGATATCGAAGTCAAAAATAAAGGATACAAAAATAATGAATTAA	MKKNIILFVGFLMLIGCTNGNQSEKELSKDALQVKEVIENNLMAIQEENMDKYLNTLVKKSREQTKKEIQDFFNYYDVKHELVQFKVLEEGETLIKVETEYQATADYIAAGHSYRDHSAQSVLTLQKEDGDWRISKSKIKDTKIMN				NA	NA	NA	NA	NA
AK148_00089	912	glcK_1	COG1940	Glucokinase	ATGAAATATTCAATTGGAGTTGACATTGGAGGAACAAAAACAGCAATAGCTATCGTAAGTGAAAAAGGTAATATGGTGACTAAAAAAGTGATTCCAACAAATTTAGAAATAGAACCTAAAGTAATGATTGAAAAAATTATAAGATTGATCAAAGAACTAATTGTCAATTCGTCAATAAATGAGTCAAATATTATTGGAATCGGTGTAGGTGCGCCTGGACCACTTGATAATAAACAGGGGATTATTGTATGTCCGCCTAATTTAAAAACATGGCGAGACATACCAATTCAAATTCTGTTGCAACAGTCATTTTCTTTTCCGGTTATATTGGATAATGATGCAAATGCAGCTGCTTTAGCAGAAAAGTGGTTAGGTGCTGGAAAGGACTCCAAAAACTTTGCATATATTACGATAAGTACAGGTATAGGTGCAGGTTTTGTAATTGATGGGCATTTACTTAGAGGTTTAAAAGGAAATGCTGGAGATCTAGGACATATTGTAGTTGATCCGAAGTTTGGTAAATGTGCTTGTGGTCAATATGGTTGTCTGGAATCAATTGCTTCTGGGACAGCAATAGCTAGACGTGGTTCAGAATTAATCGGAGAGAAGTTGTCTACAGCAGAGGTTTTTCATTTGTATAAACAAAAACAGGAGCAAATAGTTCCTTTTATGAATGAAGTTTTCAAAGTTATAGGCATTGCATGTGTGACTGTAATTAATATGTTTGATATAGAAAAAATAATTATTGGCGGTGGAGTTTCAAAAGCCGGTGAAGTATTTTTTAAGCCGGTTCATGAATATGTTGGACAGTACGCGCTTAACCCAGCGGGAAGAAAAACAAGAATTATGCCTGCGCAATTAAATCAAAATGCTGGTGTAGTTGGTGCGGCTGCTATATGTTTTGATATTTAA	MKYSIGVDIGGTKTAIAIVSEKGNMVTKKVIPTNLEIEPKVMIEKIIRLIKELIVNSSINESNIIGIGVGAPGPLDNKQGIIVCPPNLKTWRDIPIQILLQQSFSFPVILDNDANAAALAEKWLGAGKDSKNFAYITISTGIGAGFVIDGHLLRGLKGNAGDLGHIVVDPKFGKCACGQYGCLESIASGTAIARRGSELIGEKLSTAEVFHLYKQKQEQIVPFMNEVFKVIGIACVTVINMFDIEKIIIGGGVSKAGEVFFKPVHEYVGQYALNPAGRKTRIMPAQLNQNAGVVGAAAICFDI				NA	NA	NA	NA	NA
AK148_00090	3084			hypothetical protein	ATGTGCAAAACGATTTTATTTTATGATCAAAATTTCCCAATAAACGGGAGTAAACCTAACTCGTTATTTTTTGAAACATTAGATGATAGCATCATTGTTATGGATGCTCTTTCACTGGCAGGTGGTTTAAAAGAAAGCAATGTCGATTGTTTGATTAACTTCCACGGTCCGTATTTCCCCAAAAATGCGTGGAGCGAAATATATGCTTATTTACAGCAAGGAAAAGGTTTGTTACATATTGGCGGAGCCCCGTTTAAAGTTCCTTGTAATTATGTAGACGGGAAATGGGAAAAGGAACGAGCGCAAACAGCTTATCATCAGCAATTAAATATACATGAAACATTATTGGTGAAAGCTGATCCAATTTTATATTTTGAACATAATAAAGAGATTCCAATCCTTCAAGGGAAAGAAAATTTTTTTACTGTACAAGATACGTATAATTTTATTTTACATGTTACAAAGTCAAGTTCAATAGAAAAAGAAATGGGCTCTGTTGGTCCAATGGATGCAAGAATTTATCCACTTTTGAAAGGTGTTTCAAAGAGTGGCAGAGAAGTTGCTTCCCCTAGTGTACTAATAGAAAATATGAAGGGTACCTTTGCAGGAGGGCGCTGGGTATTTATAAATCAAACTCTAGATAATAATTTTTGGAGAAAAGAAGGGGCAATTACGCTAAAAGAGTTATCGTCTTTTGTGAAAAAGGGTGTTACAGAAATATGGCTTAAAACAAATTATCCAACGTATTATCAAGGGGAACGCCCGCAAGTAACCTATCAGTTACAGCATTTTTCTGATAACACAGTTCAGTGGAAGATAAAGATACATGTCAATTACCTAGGCGAAGAAATTTATGCTATAGAGAAATATATAAGCGTTTCTAATCAATTAAACATACAATCTTTTTTGCTTCCAATTGATATTTCCCCAGGAGATTATCATATAACTTGTTATGCACAGTCGAACAAAGGTGAAATACGCGTTATGCATCAAGGTTTTTGGGGAATGGACAGGAAATTATTGCAGGAAGGAAGTTCGTTAACTTGCGACCGTGATTATTTTAGAAAAGATAATCGTCCCATGCCTATTGTGGGGATGACGTATATGACTTCAGATGTGGCAAGGTACTTTCTTTTTCTTCCTAATCCATCTGTTTGGGATCAGGATATGGCACAGATGAAGAAATCGGGAATCAATTATATTAGAACGGGAATTTGGACTGCTTGGCGAAATATGATGTTTGTGGATGGGCATGTTGATGAGAAAGTTCTTCGATCCATTGATGCGTTTATATTATGTGCTAAAAAGCATGATTTAGAAGTTACATTTACTTTCTTTTCTTTTACACCTGAAGCTTGGGAAGGGGAAAATCCCTACTTAGATTCTCGCAGTGTAGAAGCACAAAAGCGCTTTATTTCCTCCATAGTTTCTAGGCATAAAAGGACTACGAACATTAACTGGGATTTAATAAATGAGCCATCCTTATTTGATCCTAACAGAACGTTCGCAGGACCTCGATCTCTCCATGATACATATGATCGTAAGGAATTCAGGAAATGGTTGGAGAAAAAACATAAATCCATCCAGACCTTGCAAGAGAAATGGAATATGACATATTCTGAACTGCCGTCATTTGATGTTATCGAGCCACCAGAACCAGCAGAAATTAACTTTAGTATTAGGGATATGTTATTTGGAAAAAAAGGTTTGAAATGGTTAGACTACACGCTGTACAGTATGGAGATACATAATCGGTGGACAAGAGAGCTTACCGATTGCATTAAACAAATCGCTCCAAATCAGTTAGTAACAGTTGGTCAAGATGAAGCTTTAGGTGGGCAAAGACCTTCACCATTATTCTATAGTGAAGCTGTTGATTATACGACAAATCATACATGGTGGTTAATGGATCAATTAGTTTGGGACGGGATATTCACAAAGACACCGTTAAAACCTAATCTTATTCAAGAAACCGGGATCATGTACGTAGAAAACCCTAATAACGAAGCAAAGAGAAGCGAAGAGGAACTTCGGAATATTTTAGAAAGGAAATATGCCTATTCATTTTCAACAGGAGGCGCTGGCGCAGTCCAATGGCTATGGAATACAAACTACTATATGAACAATGTGAACGAATCTAACATCGGTGCTATTCGTGCAGATGGTACAGAAAAGCCTGAAACAAATGTATCCTATGATTTTGGTTCTTTTATGGAGGTAACAAGGAATCTATTTCAAGGGCGTAAATTGGAAGATATAGCGGTAATATTTCCATATTCCAATGATTTTTCCAACCGTCGATTAGCGTTACGAGCAACAATGCAATTAACACGTGTTTTAGCGTATGAAATGAATATTCCTTTTCGTGCTATCAGTGAATATCATTTGGAAACATTGGATGAACAGCCGCCTAAACTATTAATTATTCCTAGCCCGCATAATTTTGATAACCAAGCACTGAAAGAAATTATTGATTCTGTAAACAAGAAAAAAACAACATTGCTATTTACAGGACCAATTAGCCTTGATGCATATTGGCATCATACCAATAGATTACAATATTTAATTGGCAACAGCCAACAAAGCAATTTGGTTCGTGAAGAAGTATTGGATATTCATGGTGAAATTTATCCAGTGTCCTTTGGAGGAGAATCGATCGCTGAGTTGCTAAAAGAAAATGTTTACAATGATAAATCTGGTAGAGTACAAGAATATAAAGTAGGTTGTAGTACGATTATATGGTCGCCTTTACCAGTAGAATTAAATGAACGGATAGAGCCAATAAAAGCCTTATATAATCTTGCTATAGAAAAATCAGGAATAGAGCAAGATTTCATCTGGATGAAAGGCGATTATTCGGGTACTTATGGGAGGAAGTTAGCTTTTAAACAAGGAGCTCTATTTATTTTTGTTTCTGAGTATGCAGAAGATACGACTATTCAGATTAAAGATAACAGAACAGGAAAGCAATACGCATTTTTACTTGAGGCTGAAAGAGTAGTTATGTTTGCTGTAGATGAGACGGGAAAGATTACTGCTATTTACAGGCCAGAAGAAATATCTGTGGAAGCAATTAATGGTTAA	MCKTILFYDQNFPINGSKPNSLFFETLDDSIIVMDALSLAGGLKESNVDCLINFHGPYFPKNAWSEIYAYLQQGKGLLHIGGAPFKVPCNYVDGKWEKERAQTAYHQQLNIHETLLVKADPILYFEHNKEIPILQGKENFFTVQDTYNFILHVTKSSSIEKEMGSVGPMDARIYPLLKGVSKSGREVASPSVLIENMKGTFAGGRWVFINQTLDNNFWRKEGAITLKELSSFVKKGVTEIWLKTNYPTYYQGERPQVTYQLQHFSDNTVQWKIKIHVNYLGEEIYAIEKYISVSNQLNIQSFLLPIDISPGDYHITCYAQSNKGEIRVMHQGFWGMDRKLLQEGSSLTCDRDYFRKDNRPMPIVGMTYMTSDVARYFLFLPNPSVWDQDMAQMKKSGINYIRTGIWTAWRNMMFVDGHVDEKVLRSIDAFILCAKKHDLEVTFTFFSFTPEAWEGENPYLDSRSVEAQKRFISSIVSRHKRTTNINWDLINEPSLFDPNRTFAGPRSLHDTYDRKEFRKWLEKKHKSIQTLQEKWNMTYSELPSFDVIEPPEPAEINFSIRDMLFGKKGLKWLDYTLYSMEIHNRWTRELTDCIKQIAPNQLVTVGQDEALGGQRPSPLFYSEAVDYTTNHTWWLMDQLVWDGIFTKTPLKPNLIQETGIMYVENPNNEAKRSEEELRNILERKYAYSFSTGGAGAVQWLWNTNYYMNNVNESNIGAIRADGTEKPETNVSYDFGSFMEVTRNLFQGRKLEDIAVIFPYSNDFSNRRLALRATMQLTRVLAYEMNIPFRAISEYHLETLDEQPPKLLIIPSPHNFDNQALKEIIDSVNKKKTTLLFTGPISLDAYWHHTNRLQYLIGNSQQSNLVREEVLDIHGEIYPVSFGGESIAELLKENVYNDKSGRVQEYKVGCSTIIWSPLPVELNERIEPIKALYNLAIEKSGIEQDFIWMKGDYSGTYGRKLAFKQGALFIFVSEYAEDTTIQIKDNRTGKQYAFLLEAERVVMFAVDETGKITAIYRPEEISVEAING				NA	NA	NA	NA	NA
AK148_00091	609	yesV_1	COG5578	putative protein YesV	ATGTCGTTTGTTAAAGGCTTTTATGATATTGGAAATTGGTTAGCAAAAATGATGTACATTCATTTTCTATGGGTGGCTTTTACAATAATTGGAGTGGGGGTTTTTGGTATATCCCCTGCTACAGTTGCAATGGTTTCCATTATTCACAAGTGGTTTAATGGGGATGCAAATTTTTCAATATTTAAACGTTTCTACCATGTATATAAAATGAATTTTATACAGGCAAATGCTAAAGGATTTATTTTCATTATGATTGGTCTGTTTTTATATGTTGATCTAGTTATTTCAAAGCAATTTCTTCAAGTAACTTTCGTGCATTTTTTTCTTTTGTTTATCACATTGGTTTATATTATTACCATCCCTTATTTTTATACGGTTTTTGTACGCTATGAATTACGTTTCTTCACTTATTTTAAACAAGCGTTATTTATATCATTAGCTCGCCCTTTGGAAACATTCTCCATACTTTTGAGTTTATTGCTGTTATATTATTTGCTAATCTATGTACCTGTTCTTTTGTTTTTTATAGGGTCTTCTATTATTGCCTATCCGCTTGTTTGGTTTGCTTATCGAGCTTGCCTTCAGGTTGAAGAAAAACAGCTAAGGTGA	MSFVKGFYDIGNWLAKMMYIHFLWVAFTIIGVGVFGISPATVAMVSIIHKWFNGDANFSIFKRFYHVYKMNFIQANAKGFIFIMIGLFLYVDLVISKQFLQVTFVHFFLLFITLVYIITIPYFYTVFVRYELRFFTYFKQALFISLARPLETFSILLSLLLLYYLLIYVPVLLFFIGSSIIAYPLVWFAYRACLQVEEKQLR				NA	NA	NA	NA	NA
AK148_00092	2253	yesS	COG2207	HTH-type transcriptional regulator YesS	ATGCGTCATAAAATTAAATCGAAATTATTGTATAAATACATTACTTCCTATTTTTTGGTGTTTTTTATCCCGTTTATCATTATGAGTATGTTTGTTTATAGTAGTTCTGTTTCGAGTTTGAGTAAAGAAATAGAGCAATCAAATATAAATAAATTAAAGCAAACAGTAAGCATAACAGATGAGCGGATGAGGGAATTAAGTTCACTTGCAGCCAGAATATCATTTGACAAAAGATTAACTCCCTATATGATTAATCATAATTATTATGCAAAAGAAGCAATGGAAGAGCTCGCAAAATATGAAGCGAATAGTTCTATTATTGCAGATCTATTTGTCTATTATCGTAATAGTGAAACACTTTATTCTTCAAATGGTTCCTACTCTATAGCCGCACTATTATCAAATAAGTATATGTTTAGTGATTGGAATAAAGAAAAAATGTTGTCAGACTTACATACGAATTTACCGCTTGTTAAACCTATTAAGAATACAGTAATAAATAATGAGAATTATGAAAATATGCTTGCTTATCTTTTTCCTATTCCTACGAATAACTCTTCGCCATATGGAACGGTTTTGTTTTTAGTTAAGGAATCTTCTATACATAACCTTCTACAAACCATATCAGGTGGTTGGAAAGGAAATGTATATATATATAACGATAAAGAGGAAATGGTAACTTCGATTGTTAATGACACTTCAATTAAAGAAAAGCAAACTGATGATCTCTTGTCTTATGAAGATGGAGTGCAGGAAATAAAGTTAAATGGCAGTGAATATTCGTTAATGTCACTGGTTTCTGAAGTGAGTGGGTGGAAGTTTATCACGGTATTGGATACAGATCAGTTTTGGAAGAGGTTAGACAATACGAACATTGTGATTTTAATTCTTTTAGTAACGTTATTGTTTTTTGGTATTGCTATGGCAATTTTATTTGGAAAAAACCAATATAGACCAATTAAAAATTTAGTGGATATTACAAATGAAGACGAGAAAAAGAAGATGGGTTTAGTGGGGGATAACGAGCTTGAGACAATACAGAATCGAATAACCTATTTATTTGAAAATCATCAAACGCTAAGTAAAACAATTTATTTGCAACAACCATTTGCTAGAGAACAGTTCTTAATAAAACTTCTAAAAGGAGATTATAATGACCCTGAAATAGTAGATTCCTTATTGCATTCATTTGATATTCAAATGGAACGTGGGACTTTTTTTGTTATTGTGTTTTACTTAGATAAAAAGAATGTATTCCAAAACATGGATGAAGAAAAAGGTTATATAACAGTATTATCTAATATTTTGATGGAAAAAGGGACGGCATATACGGTAGATTTATTATATAACAATGCAACAGCAATGATTGTAAACTTAAATGATTGTTTACAAAATGCTATGGAGTGGAGAAAGAAACTCGCATTTAATATACAGGAATATATTAAAAGTTTGTCAAATAGCACACCTACGATGGGAATAGGACAATTATATGAAGATAAGATAAAGATTAATCACTCTTATATTGAAGCTCTTGCTGCGTTAGAGTATAAGTTTATGAGTCCAATGGGAAGTGTCCTCTTTTTTGAAACAATCGGCAGTTATAATGAACGCGCGATGGCTTATCCAGAAGAAGACAAATTGAAACTCACGCAAAGTATAAAACAAGGTGATAGAGCGGTTGCCCTTGAAGCGTTAACCGATATATTTCAAGTTCTTTCTAGTCATCAAATCTCCATTCAGGAATCAAAGCTAATTAGTTACGATATAATTAATACAATCGTAAAAACAGCTTCTGAGTTGGGGTTAGATTATCTAATCGGTGATTTAAGCGAGATTGCAGAGTTCACATCGGTTGAACAGTTGTTTGATATTTTACATGTACTTACTGTAAAACTATGTGAAACTGTGGATGAGAAGAAAATGAGCCATAATAAAAAATTGGGTCAGGACCTATTACAGTATGTTAGACAAAATTTTAAGATGTATGATCTGTCATTAGAAAATTTGGCTTGTGAGTTCCAACTGTCCATCTCTTACCTAAGCAGATTCTTTAAAGATCAAACCGGGGTAACATTTACGCAATTTATACAGGAACTGCGAATGGAGGAAATGAAGAAACAATTAAAGCAAACAGATAAGCCAATAAAAGAAATTGTTGTCGATGTAGGTTATAAGGATGTTCCTAATTTTACGAGGAAATTCAAGAAAATTGTAGGTGTTACGCCTGGTCAATATCGCAAGCTAACAAAATAA	MRHKIKSKLLYKYITSYFLVFFIPFIIMSMFVYSSSVSSLSKEIEQSNINKLKQTVSITDERMRELSSLAARISFDKRLTPYMINHNYYAKEAMEELAKYEANSSIIADLFVYYRNSETLYSSNGSYSIAALLSNKYMFSDWNKEKMLSDLHTNLPLVKPIKNTVINNENYENMLAYLFPIPTNNSSPYGTVLFLVKESSIHNLLQTISGGWKGNVYIYNDKEEMVTSIVNDTSIKEKQTDDLLSYEDGVQEIKLNGSEYSLMSLVSEVSGWKFITVLDTDQFWKRLDNTNIVILILLVTLLFFGIAMAILFGKNQYRPIKNLVDITNEDEKKKMGLVGDNELETIQNRITYLFENHQTLSKTIYLQQPFAREQFLIKLLKGDYNDPEIVDSLLHSFDIQMERGTFFVIVFYLDKKNVFQNMDEEKGYITVLSNILMEKGTAYTVDLLYNNATAMIVNLNDCLQNAMEWRKKLAFNIQEYIKSLSNSTPTMGIGQLYEDKIKINHSYIEALAALEYKFMSPMGSVLFFETIGSYNERAMAYPEEDKLKLTQSIKQGDRAVALEALTDIFQVLSSHQISIQESKLISYDIINTIVKTASELGLDYLIGDLSEIAEFTSVEQLFDILHVLTVKLCETVDEKKMSHNKKLGQDLLQYVRQNFKMYDLSLENLACEFQLSISYLSRFFKDQTGVTFTQFIQELRMEEMKKQLKQTDKPIKEIVVDVGYKDVPNFTRKFKKIVGVTPGQYRKLTK				NA	NA	NA	NA	NA
AK148_00093	1002	yteP_1	COG4209	putative multiple-sugar transport system permease YteP	ATGAACTTAAGTACAGCGACAAGTCCACCTAAGAAACATGAAATCGCTAAGGAATCAAAGTTAAAGCATATGAATTCAAAGAAAAGCCCCGTAAAAAAGCAGAAGATAGATAGAAAGATCTTGCAAAATTGGCAGCTGTACATATTTATCTTGCCGGCCTTCCTATATTTCTTTATTTTTCACTATGTGCCTATGTATGGGGTGCAAATTGCTTTTAAGGATTTTGTACCTTCACTAGGAATTTGGGGGAGCGAATGGGTTGGGTTTGAACATTTTATTCGTTTTTTTGACTCTTATTATTTTTGGGATCTTATAAGAAATACATTAGGGATCAGCGTTTATGAATTACTAGTTGGGTTTCCACTCCCTATCATATTAGCTTTGGCTCTTAACGAAGCAAAAGATGGTTTATATAAACGAACAGTTCAGACTGTTACTTATGCCCCACATTTTATTTCTGTTGTTGTTATAGCAGGAATGATTATTGCATTTCTTTCACCAGCGACAGGGATTATCAATCATGCTATTCAAGCACTAGGATTTAGACCAATAGCGTTTATGAGTGATCCGGCATGGTTTAAAACGGTATATGTAATGTCTGGGGTTTGGCAAAGTACTGGTTGGGGGACAATTATTTATTTGGCTGCTCTATCTGGCGTAGACCCGCAACACCATGAAGCGGCTATTGTAGATGGTGCATCACGTTTTCAACGGATTTGGCATATCAACATTCCGGCAATTGTACCAACAATGATTATACTATTAATTATGAATGTCGGAAATATCATGGCAATGGGATTCGAGAAAATTTTGCTTTTACAAAACCCTCTAAACTTAGAGTCATCAAATGTTATTGCAACCTTTGTATATCAAGCAGGTTTACTGGATGCTCAATATAGCTTTGCAGCTGCAGTGGGTTTATTTAATGCTGTTATTAATACCGTTTTATTGATTACCGTTAATCAAATTGCTAAAAAAACTAGTGAAACAAGTCTGTGGTAA	MNLSTATSPPKKHEIAKESKLKHMNSKKSPVKKQKIDRKILQNWQLYIFILPAFLYFFIFHYVPMYGVQIAFKDFVPSLGIWGSEWVGFEHFIRFFDSYYFWDLIRNTLGISVYELLVGFPLPIILALALNEAKDGLYKRTVQTVTYAPHFISVVVIAGMIIAFLSPATGIINHAIQALGFRPIAFMSDPAWFKTVYVMSGVWQSTGWGTIIYLAALSGVDPQHHEAAIVDGASRFQRIWHINIPAIVPTMIILLIMNVGNIMAMGFEKILLLQNPLNLESSNVIATFVYQAGLLDAQYSFAAAVGLFNAVINTVLLITVNQIAKKTSETSLW	PGPT0017250_319	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
AK148_00094	906	sugB	COG0395	Trehalose transport system permease protein SugB	ATGAATACAGCTATCAAAGAAACGAAAACGGATAAAGTCTTCAAAGCGTTTATATTTTTATTCCTCACTGCTGCATTATTGATTGTTTTGTACCCACTTATTTATATTATAAGCGCTTCTATAAGTAATCCGGCAGCCGTAAACTCTGGCGAAATGTGGTTCTTTCCAAAAGATATCACGTTGGAAGGATATAAACTTATTTTTCAAAATGATGAAATATGGCGTGGTTATTTAAACACGATTTTTTATACAGCGTTGGGAACTGCGATTAATTTGGTTGTTACACTGCCTGCTGCTTATGCATTATCAAGAAAGGATTTTTATGGAAGAAACTTTTTTATGGGGATCTTTGTGTTAACGATGTTCTTTAGCGGTGGGTTAATACCAACGTACTTAGTCGTAAAAAGTTTAGGCTTAATCGATACTATTTGGGCAATGGTTTTACCTAATGCTGCTGCTGTTTGGAACATTGTAATTGCAAGAGTATTTTTTCAAACGTCTATCCCTAAAGGGCTAGAAGAAGCTGCGATTATCGATGGTGCCTCCAACTTTAAAATGTTTATGAAAATTATCTTACCACTATCAGCGCCAATTATCGCTGTTATGGCATTGTTTTATGGTGTGGGTCATTGGAATGGATATTTTAATGCATTAATTTATTTATCAGATAAAGAAATGTTTCCACTGCAGTTAGTTTTGCGAGAAATACTTGTTTTACAGGAAATGGCTTCGCAAAATGCGAATGTATCTGGACAGATGGCCGAAGCAATGCATAGTAAACAACAACTAGCTGCTATTATTAAATATGGTGTAATGATTGTTTCGACATTACCAATTATTGTGGTTTATCCTTTTCTCCAACGTTATTTTGTAAAAGGAGTATTAATAGGTTCCTTGAAAGGATAA	MNTAIKETKTDKVFKAFIFLFLTAALLIVLYPLIYIISASISNPAAVNSGEMWFFPKDITLEGYKLIFQNDEIWRGYLNTIFYTALGTAINLVVTLPAAYALSRKDFYGRNFFMGIFVLTMFFSGGLIPTYLVVKSLGLIDTIWAMVLPNAAAVWNIVIARVFFQTSIPKGLEEAAIIDGASNFKMFMKIILPLSAPIIAVMALFYGVGHWNGYFNALIYLSDKEMFPLQLVLREILVLQEMASQNANVSGQMAEAMHSKQQLAAIIKYGVMIVSTLPIIVVYPFLQRYFVKGVLIGSLKG	PGPT0017255_915	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
AK148_00095	1602			hypothetical protein	ATGAAAAGAGTATTTATGTTATTATCAACGATTCTGATTACTGTTTTCTTATTGGCAGCCTGTAGTTCTGACGATAAGGACAAAGAAAAAGAATCATCACCTTCGAATGTTGAAGTGAATAAAGAAGGTTTTCCAATCGTAGATGAAAAACTGAAATTAACTATGATGGCTCCAGGGATTGGGTTGGCCGAATGGAAAGATATGCCTACATTACATGAATATGAAAAAATGACCAATATGGAATTTGAATTCACGACGCCTCCACTGAGTGATTTCCAAACGAAATTGAATTTGGCTTTTGCAAGTGGCGATATTCAAGATGTTATTTTGGGGGCCGGAACAGATAACTTAACGCCTGCGATGGAAGTGGATTATGGCCAACAAGGCGTACTATTACCTCTTGAAGATCTGATTAATGAATATGCGCCTAACCTTAAAAAAGTACTCGATGAAAACCCAGATATTAGAAGATCAATTACGACAGTCGATGGACATATTTATTCACTCCCGCTAATTACGAAAGAAACTACAGCATCTTGGTATCGAGGTCCGTTATGGTATAACGGTAAATGGCTAGAGGCTTTAGATGTGAAAGAATTACCAAAGTCAACAGACGAGCTTTATGAGTTATTAAAACGATTTAAAACGGAAGACCCAAATGGGAATGGAAAAGCAGATGAAATTCCGTTATTAGATGTAAAAATGGAGAGTTCCCGTGCTTGGTTCCTAGCCGCTTTTGGCATGAAAGAATGGGGAATAGAAGAGATTGATGGAAAAGTAAGATATACCCCTGCATCTGAAAACTATAAAGAATACTTGACTTATATGAATAAACTGTACGAGGAAGAATTGCTAGACCCAGAAACATTTTCACAATCTGATGAGCAGAAAAAAGCAAAAGGGCAAGAAAATCGAATAGGTTTATTTCCTGATTATTATTCTTTTTTTACTACAGGTGAAAATGAAGATGAAGCTGTTAATAATCCAATGTTTTATCCATTAACGAGTTCTGTTTCTAAAGAAGCTGTAATTCCGCGACACCCAGGAATCCAAAGAGGTGCATATTCTATTACGAATAGCAACCCAAGCCCTGAAGCTTCCATACGTTGGGTAGATTACTTATACTCTACCGATGGTTTTGAATTCTTTAATCGGGGTCCTGAAGGAATTGTATGGGAATGGGAAGACGGTGAAGGGAGTACGAGAAAACTACTAGATCCACCAGAAGGAGTAAGTAGCGAAGATTTTCGTGGTATGCAAACACCAGATTATGGAATAGCAATGCCAGGTTTAAGAACGCCAATTAGAGGCGAGAAAGAAACAGAATTCACAAAGTTTATTGCCCAAGAAACAGAAGAAAAAATTGAACCATTTGCTGAAGTTCCATATCCCCAGGTTTATTTAACTCAGGAAGAGCAGGACAAGGTGAACACCATCGCAGTTGATTTACAGTCTTATGTCGAACAGATGGAAGCTAAATTTATTACCGGGGTAGAACCTTTATCTAAGTGGGATGATTATATAAATACAATTGAAAATATGAATATTGAGGATTATGTGCAAATTTATCAAGATGCGTATGACCGTTGGGAAGAAAGCTAA	MKRVFMLLSTILITVFLLAACSSDDKDKEKESSPSNVEVNKEGFPIVDEKLKLTMMAPGIGLAEWKDMPTLHEYEKMTNMEFEFTTPPLSDFQTKLNLAFASGDIQDVILGAGTDNLTPAMEVDYGQQGVLLPLEDLINEYAPNLKKVLDENPDIRRSITTVDGHIYSLPLITKETTASWYRGPLWYNGKWLEALDVKELPKSTDELYELLKRFKTEDPNGNGKADEIPLLDVKMESSRAWFLAAFGMKEWGIEEIDGKVRYTPASENYKEYLTYMNKLYEEELLDPETFSQSDEQKKAKGQENRIGLFPDYYSFFTTGENEDEAVNNPMFYPLTSSVSKEAVIPRHPGIQRGAYSITNSNPSPEASIRWVDYLYSTDGFEFFNRGPEGIVWEWEDGEGSTRKLLDPPEGVSSEDFRGMQTPDYGIAMPGLRTPIRGEKETEFTKFIAQETEEKIEPFAEVPYPQVYLTQEEQDKVNTIAVDLQSYVEQMEAKFITGVEPLSKWDDYINTIENMNIEDYVQIYQDAYDRWEES	PGPT0017245_1840	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
AK148_00096	3162			hypothetical protein	GTGTTATTAACCGAAGAAAAAATAAAAGCTAGAGTGAGTGAGTTGGCTTCATATCGCTATCGAGATAGACGAGCTATAACACACTGGTTTTTTACAGAAGATAAACAGGGGAATGTAGGGGAATACCCACCAGACAAACATGACCATACAAATCAGCTAAAACTGGGTGATCACTGGAAAGGGAGGGACTTATACGTTTGGCTTTTTGCTACTGCTTCAATACCAGCAGATTGGATGGATAAGAAAGTAGTTGGTTTGTTTGACTTTGGTCGTACTGGTGGTGGCAATAATTCTGGTTTTGAATCGTTGCTATTTATTAATCAAAGTCCATATCAAGGGGTGGATTCAAATCATCAGGAAGTGTTTTTAGCTGGAAATCTTGCTGGTACAGATGTCAAATTTGATTTCCGCTTATGGTCTGGTCTGGAAGGTGGCGGCGCTCCAACAGTACAAGAATATAAACTAAGACAGGCTGAACTTGCTTGGTTAGATACGCAAGTGGATAGTTTTTACTTTGATGCAAAAGCAACGTTAGAAACCATTTTTGTTTTAGATGACCATTTTTCCGTGAAGCATCAATTATTACGAATTCTCAATGAAGCATTTCGTTTGGTGAACTGGATGTATCCTGGTTCAACAGAATTTTATAACTCCGTATATGAAGCGAGCAATTATCTAACTCATGCGCTAGGCGATATAGAGAAGCAACATGATGTTACATTTCATGCTATCGGTCATACTCATATTGATGTTGCGTGGCTGTGGCGATTAAAACATACGCGAGAAAAATCTGCACGTTCGTTTTCAACAGTACTTCGATTAATGGAACAATATCCAGAGTATGTTTTTTTACAGAGCCAACCTCAATTGTATGAATATATAAAACAAGATTACCCTACTATATATAAAAAAATGCAGGAAAAAATTAGCGATGGTCATTGGGAAGTCGATGGTGGAATGTGGTTGGAGGCAGATTGTAATATCCCTTCTGGTGAATCTCTTGTTCGCCAACTACTACTTGGGACTAAATTTATACGGGAAGAATTTGACCATGAATGCGAATATCTATGGTTACCAGATGTCTTTGGGTACAGTTGGGCTTTACCACAAATTTTGAAAAAGTCGGGAATTAAAACCTTTATGACTACAAAAATTAGTTGGAATCAATTTAACCGTATGCCACATGATACATTTATGTGGAGAGGAATTGATGGTAGTGAAATATTAACGCATTTTATTACAACGATAGAGCCATGGCCAGATTCAAGATACTATACTTACAATGGCTTTATGACTCCAAAAGTAATTAAGGAATCATGGGAAGCATATAAAGATAAACAAATAAATCAAGACCTCTTAATCTCTTATGGGTATGGAGATGGCGGGGGCGGTGTCAATCGAGAGATGCTGGAAATGCGCCGTAGAATGGATACAATGCCTGGACTACCACATGTAAAGCCAGCAAAAGCGAAAGATTATTTCAATAAGCTACATCACAACATTCAAGAAACAAATGATTATATACATACGTGGGATGGAGAGTTATATCTAGAATTCCATCGAGGAACGTATACATCACAAGCATTTATGAAACGAATGAATCGAAAACTGGAATTATTGTATCGTGAAACAGAGTGGCTAAGTGTTCTAAATCGACTTATAAATGAAACGATGGTACATTACCCTGAACCCGAATTAACAACGGGTTGGAAGATCATATTACGAAATCAGTTTCATGATATTATCCCTGGTTCATCTATTAAGGAAGTATATGACGATGCAAGACGAGAGTATCAAGAAGCACAACAAATAGGAAGTAGCCTATGGCATCAAGCTGCCTCACTTATGGTTGAAGAAACGGATATATTACAATGGACGGTATTTAACTCCGCTTCTTGGCAGCGTAATGATTTACTTTTTATTCCAAGGAATAAGCAAGCTCTTAAAGCTGGAAATTGGAGCGATGGTAACGGTAATTCACTCCAAGCCCAGCAAACAACAGATGGTTGGTATATTCAAGTAAACAATGTTCCAGCCATGGGGTATAAAACGATTCATTTTAGTCCGGGTACTTTAGCTAAAGAAAAATCCCCATTTCATGTAAAAGACAGCAGTATAGTTACTCCGTTCTATTCTATTCAGTGGAATGAAAAGGGGCAATTAACCAGCATTTTTGATTTGAAAAATGACCGTGAAGTACTAGCTGAAAATGAACGAGGAAATGTTTTACAAGTATTTGAAGATAAACCGTTAATGTTTGATGCATGGGATATTGATATTTTTTATCAGCAAAAGATGCAGGAAATCAATGAATTGAAGTCAGTAGAAGTAGTGGAACTGGGTGACCTTCGTGCTGTTATTTGTTTTAAATGGCAGTACGCCCAATCGGTAATTGTGCAAGATATGATCGTCTATAACAATACTAGGAGAATTGATTTTCAAACGATGATTGATTGGAAAGAAAAGCAACAATTGTTAAAGGCTGCTTTTTCAGTGGATATTCGTTCTACAGAAGCTACTTATGATATTCAATTTGGGAACGTAAAACGTCCTACTCATTGGAATACGAGCTGGGATTATGCCCGGTTTGAAAGTGTTGCTCACCAATGGGCTGATTTATCTGAAGGCGGTTACGGTGTAAGCCTGTTAAATGATTGTAAATACGGATATGATATCAAGGATCATGTCATGCGCATTTCATTATTAAAGTCACCAATTCATCCCGATCCTACTACCGATCAGGGTGAACATGTTTTCACCTATGCTTTGTTTCCACATGAAGGGGATTGGAGGCAAGCGGAAACCGTACAAGAAGCTTGGGCTTTAAACAATCCATTCACTTTTAAAGAAGGGGATGTGGGTACAGAAAAATCTTTATTTCATTTTACGAACAGGAATCTTATGATTGATGCTGTTAAAAAAGCAGAGTATAGCGATGAAGTGATTGTACGTATACATGAGTATGAGGGGAGAAGGACTGCAACAACAATAAATAGTGATTTTCGTATTTCTTCGTGGCAAGAATGTGACTTACTGGAAAAGCCAATCACTGAAAAAATATATGAGCAGCACTTAGAGTGTACATTTAAACCTTATGAGATTAAAACCTTTGTAGTAGGATTTTCTGATTACATAGGCAAGAGAGGAATAGGAGAGTTGTAG	MLLTEEKIKARVSELASYRYRDRRAITHWFFTEDKQGNVGEYPPDKHDHTNQLKLGDHWKGRDLYVWLFATASIPADWMDKKVVGLFDFGRTGGGNNSGFESLLFINQSPYQGVDSNHQEVFLAGNLAGTDVKFDFRLWSGLEGGGAPTVQEYKLRQAELAWLDTQVDSFYFDAKATLETIFVLDDHFSVKHQLLRILNEAFRLVNWMYPGSTEFYNSVYEASNYLTHALGDIEKQHDVTFHAIGHTHIDVAWLWRLKHTREKSARSFSTVLRLMEQYPEYVFLQSQPQLYEYIKQDYPTIYKKMQEKISDGHWEVDGGMWLEADCNIPSGESLVRQLLLGTKFIREEFDHECEYLWLPDVFGYSWALPQILKKSGIKTFMTTKISWNQFNRMPHDTFMWRGIDGSEILTHFITTIEPWPDSRYYTYNGFMTPKVIKESWEAYKDKQINQDLLISYGYGDGGGGVNREMLEMRRRMDTMPGLPHVKPAKAKDYFNKLHHNIQETNDYIHTWDGELYLEFHRGTYTSQAFMKRMNRKLELLYRETEWLSVLNRLINETMVHYPEPELTTGWKIILRNQFHDIIPGSSIKEVYDDARREYQEAQQIGSSLWHQAASLMVEETDILQWTVFNSASWQRNDLLFIPRNKQALKAGNWSDGNGNSLQAQQTTDGWYIQVNNVPAMGYKTIHFSPGTLAKEKSPFHVKDSSIVTPFYSIQWNEKGQLTSIFDLKNDREVLAENERGNVLQVFEDKPLMFDAWDIDIFYQQKMQEINELKSVEVVELGDLRAVICFKWQYAQSVIVQDMIVYNNTRRIDFQTMIDWKEKQQLLKAAFSVDIRSTEATYDIQFGNVKRPTHWNTSWDYARFESVAHQWADLSEGGYGVSLLNDCKYGYDIKDHVMRISLLKSPIHPDPTTDQGEHVFTYALFPHEGDWRQAETVQEAWALNNPFTFKEGDVGTEKSLFHFTNRNLMIDAVKKAEYSDEVIVRIHEYEGRRTATTINSDFRISSWQECDLLEKPITEKIYEQHLECTFKPYEIKTFVVGFSDYIGKRGIGEL	PGPT0018760_586	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-MANNOSIDASE,PGPT0018760-mngB|ypdB|manA-K01191	NA	NA
AK148_00097	2748	mngB_1	COG0383	Mannosylglycerate hydrolase	GTGAAAGAAAGAAAATATGTGCATATCATTTCTCATACGCATTGGGACAGAGAATGGTATCTCCCTTATGAGAAGCATCATGTACTACTTATACAATTAATGGATAACTTACTAAATAAATTACAGAACGATACAGATTTTAAAAGTTTTCACTTAGACGGGCAAACAATATTGCTTGAAGATTACTTGCAAGTGCGTCCTGAAAAAGCGGAACAGTTATGCCAATTCATTACATCTGGAAGACTTCATATCGGACCGTGGTATATTTTGCAAGACGAATTTTTAACGAGTAGTGAGGCAAATGTCCGCAATCTGCAGTATGGGATGAAGGATGCTCGTAAGTGGGGAAATGTTGCCAAAATAGGCTACTTCCCTGACTCATTTGGAAACATGGGACAAGCACCCCAAATACTGCAACAGGCTGGAATACATCATGCGGTTTTCGGTAGGGGAGTGAAGCCTACAGGATTTAATAATACGGTAAGCCATACGGAAAATTATGAATCGCCTTATTCAGAAATGTTATGGCGCTCACCAGATGGATCTACCGTTGTCGGTGTGTTATTTGCAAATTGGTATTGTAATGGCAATGAAATTCCAGTAAGTAAGGGAGAGGCACAGCTATATTGGGATAACCATTTAGAGAATTTAGATAAGTACGCTTCATCTAGTCATCTACTTATGATGAATGGCTGCGATCATCAACCGATTCAAAGCGATTTACCTCGAGCCATTGAAACGGCAAAAAATTTATATCCAGATGTTACGTTTATTCATTCTAATTTTAATGATTATGTCACAAGTCTTTCCGAGTCATTACCAAAAAATTTAAAAGTAATTGATGGAGAATTACGTAGTCAGCAAACAGATGGCTGGGGTACGTTAGTTAATACGGCATCTGCTCGTTTATATTTAAAACAAATGAATCATACATGCCAGTCTTTACTTGAGAATGTAGCTGAACCATTATCTGCTTTTTCCTATTTACTTGGGAACGATTACCCACATCACTTAATGGAGTATGCGTGGAAAACATTAATGAAGAATCATCCGCATGATAGCATTTGCGGTTGTAGTGTTGATGAGGTACATCGTGGAATGGTAACCCGTTTTGAAAACAGCCAGCATGTAACTGAAATGGTTATACAAGATAGTCTTCAAGCTATTACTGAAAATATTCAGACAGCAGATGTACAGGCTTGGAAGGAAGGTACTTACCCATTTGCGGTATTTAATACAACTGGCTGGGAAAGAACAGGGATAGTTAATGTAACACTTGATGTGGAAAAAGAGTATTTTTCAGATGGGGTTAATAAACAAAAGCTTCAAGATTTGTCCATTAATCAGGGAGTGGTTGTTGATACGGCGGGGCATGTTTTTCCCTGTACAATAGAAGATTTAGGTGTTGTGTTTGATTATGAGCTTCCGGAAGAAAAATTCAGAAAGCCTTATATGGCTAGAAGAGTGCGTTTGCAATTTGAAGCGAAAGATATTCCTGCCTTAGGTTATAAAACATTTTCCTGGCATTTGATTGAAAATCAAGGGATAGTAGATTGTTCGTCATTAATCACTGCTAATAATGAGATGGAAAATGATTATATCCATGTAAAAATCAATAGCAATGGATCACTATCTGTTAAAGATAAATATACAGGACGCGTATTTCATGACTTATGTATCTATGAAGACTCAGGAGATGTTGGTAATGAATATATGTATAAACAGCCAAATGGAGAACAAGCAATCACAACCAAAGATATCCAAGCAAAAATATTGGTTAAGGAAGACACTCCATATAAAGCAGTTTTTGAAATTGTTCATGAGTGGGAGATACCTAAAAGTGCAACCGATCTATTAGAAAAAGAACAAAAGGAATTAGTATGGTTTACAGCAAGACATGCTACCCGTTCAGATAAATTAATTCCAATGAAGTTAACAACATGTGTGACTTTATCCAAAAGTAGACAAGGAATAGATGTAGAGACAACGTTTAACAATGTGGCAAAAGACCATCGTTTAAGAGTCCTGTTGTCAACAGATATCGTAACGGATACACATTTTGCAGATGCTGTGTTTGAAGTTGCGGAAAGAGACATTCAACCTGCAAAAGAGTGGGAAAATCCAGATTATTCCCAGCATCAACAAGCATTTGTCGATGTATGTAATGCTGAGGAAGGATTAACAGTTGCTAATATGGGGTTACCAGAATATGAAATCCTGCGAGATGGTAGGAATACAATTGCGATTACTTTAGTGCGTTCCGTTGGTGAAATGGGAGATTGGGGATATTTTCCAACACCGGAGGCTCAATGCCAAGGAGAGCATACAACTGCTTTTCGAATTTATCCACATGCAGGTCATCGTCATAGAATGAAAGCTTATAAAGATGCTTACCAATATCGCGTTCCATGGTCGACACAACAGCTAGCATTTCAACATGGTAAGTTACCATTAGTCTATTCTTTTATAGGATGGGATTCCAATAGTGCTGCATTGACGTCTATGAAAGTATCAGAAATATCGGGGGATGTCATGTTACGTTGGTTTCAGTTATCTGGTGATGCTGATCATTTAGTAGTAGATATACCTGAAAATATAACGTCTATATATAAAAGTAATGTTATAGAAACGTGTGAAAAACCTTTGGAAAAAGTAAATGATCATTTAGTTCGGTTACCAATCGGTGCTTATGAAATTGTATCCATAGGGCTAGAAAAAAGAGAGAGAAGATGCACTCCATTTTCGTAA	MKERKYVHIISHTHWDREWYLPYEKHHVLLIQLMDNLLNKLQNDTDFKSFHLDGQTILLEDYLQVRPEKAEQLCQFITSGRLHIGPWYILQDEFLTSSEANVRNLQYGMKDARKWGNVAKIGYFPDSFGNMGQAPQILQQAGIHHAVFGRGVKPTGFNNTVSHTENYESPYSEMLWRSPDGSTVVGVLFANWYCNGNEIPVSKGEAQLYWDNHLENLDKYASSSHLLMMNGCDHQPIQSDLPRAIETAKNLYPDVTFIHSNFNDYVTSLSESLPKNLKVIDGELRSQQTDGWGTLVNTASARLYLKQMNHTCQSLLENVAEPLSAFSYLLGNDYPHHLMEYAWKTLMKNHPHDSICGCSVDEVHRGMVTRFENSQHVTEMVIQDSLQAITENIQTADVQAWKEGTYPFAVFNTTGWERTGIVNVTLDVEKEYFSDGVNKQKLQDLSINQGVVVDTAGHVFPCTIEDLGVVFDYELPEEKFRKPYMARRVRLQFEAKDIPALGYKTFSWHLIENQGIVDCSSLITANNEMENDYIHVKINSNGSLSVKDKYTGRVFHDLCIYEDSGDVGNEYMYKQPNGEQAITTKDIQAKILVKEDTPYKAVFEIVHEWEIPKSATDLLEKEQKELVWFTARHATRSDKLIPMKLTTCVTLSKSRQGIDVETTFNNVAKDHRLRVLLSTDIVTDTHFADAVFEVAERDIQPAKEWENPDYSQHQQAFVDVCNAEEGLTVANMGLPEYEILRDGRNTIAITLVRSVGEMGDWGYFPTPEAQCQGEHTTAFRIYPHAGHRHRMKAYKDAYQYRVPWSTQQLAFQHGKLPLVYSFIGWDSNSAALTSMKVSEISGDVMLRWFQLSGDADHLVVDIPENITSIYKSNVIETCEKPLEKVNDHLVRLPIGAYEIVSIGLEKRERRCTPFS	PGPT0018760_1765	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-MANNOSIDASE,PGPT0018760-mngB|ypdB|manA-K01191	NA	NA
AK148_00098	1320			hypothetical protein	ATGTCAAAACAAATACCACATTCAATGGCAAAATGTATTCATGAAGTAAAAAAGACTTTTAGTAACGACTTAAAAGCACAGGCTTTATTTGAAAGCTGTTTTTCAAATACATATGAAACTACTATGAAGAAGCAAGATGATGGGACAGTTTTTGTTATAACGGGAGATATACCAGCGATGTGGCTAAGAGATTCAACAGCACAAGTACGTCCTTATTTAATGCTTGCTGAAGATGACAAAAACATGGCAGACATGATCGAAGGTGTCATTCAAAAGCAATTTATGTTTATTAATCATGATCCATATGCAAATGCTTTTAACGAAGAAGCTAATGGTCGTCGCTATCATAATGATTATACTGAAATGACAGATCTTTTGTGGGAAAGAAAATATGAAGTTGATTCATTATGTTACCCGATTCAGTTAGCGTATCTGTTTTGGAAGTCAACAGAGAGAACAACACATTTTAATCATGTATTTCTTCAAGGGGTTAAAAAGATTATAGAAGTATGGGAAATAGAGCAGTATCATGCCGAAAAATCAAATTACTATTTTAAAAGAGATAACTGTCCACCTCAAGATACCTTAACTCATAATGGAAAGGGAGCACCAGTAGGCTATACAGGGATGACATGGAGTGGCTTTCGACCTAGTGATGATGCATGTGTATACAATTATTTGATTCCAGCAAATATGTTTGCGGTTGTGTCTTTAAAGCAATTATCTGAGATAGCAAGGAAAGTATTAAAAGATGAGCAACTTGCTCTCAAAGCGATGCAACTAGCTACTGAAATTGATCAGGGGATACAAAATTTTGGAATTGTTGAACATTCCGTATATGGGGAAATTTATGCTTATGAAACAGATGGTCTAGGAAATTATCATCTTATGGATGATGCCAATGTACCTAGTCTCCTTTCGCTTCCATATTTAGGTTATTGCAGTGTGGGAGATCCAATTTATCAGAATACGAGAAAGTTCGTTTTGAGCCATGACAATCCTTATTATTACGAGGGAGACGTTGCAAAGGGAGTAGGGAGCCCACACACACCTGAAAAATATATTTGGCATATTGCGCTTGCTATTCAAGGGATGACGACAAATTCTATTGAAGAAAGAAAACAGATATTGGAGCTTTTTAAACAAACAGATGCAGGAACAAACTTTATGCATGAAGGTTTTTACGTAAATGACCCTAATAAATTCACGAGACCGTGGTTCTCTTGGGCTAATTCTATGTTTAGTGAGTTTTTATTGAGCATGTGTAATCGCACCGTAAAAGGAAGCCCACTTGAGGTAAACACGTTTTCCTGGAAATAA	MSKQIPHSMAKCIHEVKKTFSNDLKAQALFESCFSNTYETTMKKQDDGTVFVITGDIPAMWLRDSTAQVRPYLMLAEDDKNMADMIEGVIQKQFMFINHDPYANAFNEEANGRRYHNDYTEMTDLLWERKYEVDSLCYPIQLAYLFWKSTERTTHFNHVFLQGVKKIIEVWEIEQYHAEKSNYYFKRDNCPPQDTLTHNGKGAPVGYTGMTWSGFRPSDDACVYNYLIPANMFAVVSLKQLSEIARKVLKDEQLALKAMQLATEIDQGIQNFGIVEHSVYGEIYAYETDGLGNYHLMDDANVPSLLSLPYLGYCSVGDPIYQNTRKFVLSHDNPYYYEGDVAKGVGSPHTPEKYIWHIALAIQGMTTNSIEERKQILELFKQTDAGTNFMHEGFYVNDPNKFTRPWFSWANSMFSEFLLSMCNRTVKGSPLEVNTFSWK				NA	NA	NA	NA	NA
AK148_00099	1056			hypothetical protein	ATGCGTATACAGAACCAAATACGGGCTTTTCATCTGCGTTTTTCTTCTCATGAGTTGATAGATGATCTTATACGTTTTATAGAAAAAGTATTAGTAAAACAAAGAATAAATTGTATTTTTTTAGAGTGCAATACATCATTCACGTTTGAAAGTCGCCCAGAGGTATCTGGAGGTACATTAACGAAGGAGGATGCTAGAAAAATTTCTTCTGTATGTAAACAGAATGATATTCGGCTAGTCCCTCTTTTTCAATGTCTAGGGCATCAAGGATGGGGTGGGGCTAGAAATTCTATTTTGGAAGCTTATCCTGAGTTTGATGAAACACCTCACATACCTTTACATGCAAAATGGCCAGAAATATTTTGTAGAAGCTGGTGTCCAAAGCACCCAGATGTTCTTCCACTTGTTTTTGAACTCATAGATGAGTTGCTTGATGCGTTTGACGCAGACGGATTTCATGTAGGAATGGATGAGGTATATGAATTAGCAAATGAAAAATGTCCTCGTTGTAAAGAAAAAGATCGAGCGGCATTATTTGCGAGAACGGTTCGTGATTTGTATGACCACATAGTATCCTGTCGCGGAATCGAAATGTTTATGTGGGGTGATCGCTTGAATGATGGCAAGGCTCTAGGGTACGACCAATGGGAAGGTGATCACTTCGGCACATATAAAGCTATAGATTGTATTCCAAAAGATATTATTATCATAGATTGGCATTATGAAAAATCTTCTACCTATCTATCCATTGAAAAATTCTTAACCAAAGGTTTCACAGTATTGCCAGCTTGTTGGTATAAGACGGATGCTGCATTACAACTATTTTACGATAGCTATAAGCAATCTAGACGTTTAAAAAAAGGCCAGCAACTCCCCGGAATGGTAATTACATCTTGGAATCATTGGGATAAAGAGTCGTTCGAAAGGTTTATTGAATTCCCATCTAAACAAAGAAGAGAAAAGTTGGATGAATTAGAGCAACTTTATCATACGATGGAACAGATAACGTATTTACTTACTGAAGAAGAAATCACTAAAGGAGGGAGTACTACGTGA	MRIQNQIRAFHLRFSSHELIDDLIRFIEKVLVKQRINCIFLECNTSFTFESRPEVSGGTLTKEDARKISSVCKQNDIRLVPLFQCLGHQGWGGARNSILEAYPEFDETPHIPLHAKWPEIFCRSWCPKHPDVLPLVFELIDELLDAFDADGFHVGMDEVYELANEKCPRCKEKDRAALFARTVRDLYDHIVSCRGIEMFMWGDRLNDGKALGYDQWEGDHFGTYKAIDCIPKDIIIIDWHYEKSSTYLSIEKFLTKGFTVLPACWYKTDAALQLFYDSYKQSRRLKKGQQLPGMVITSWNHWDKESFERFIEFPSKQRREKLDELEQLYHTMEQITYLLTEEEITKGGSTT				NA	NA	NA	NA	NA
AK148_00100	1917			hypothetical protein	GTGAATATACAGATAATAGGTGCTGATGATCAAATGTTACAAGGTTTAACCGAATTGCAGGAGGAATATGGTTTTATTATATGTGATGAGGCGGAGACGAAAGTTATTTGTGACCAACAAGATCATCACGCTGAATTAAAGATTGTATATAAGGACGGAACAGCTCACATTTCTTTTAAAGAAAGAATTCATTTCTTTAGAGGTTTTAGTTTAATGCTAGAAAAGTTATCTAAAGGAGAAAATGTTCTTGTAATAACAGAAGAGCCGCAATTTCAATCAATAGGGCCCATGTTTGACCTGTCAAGAAATGCAGTAATAAAACCAGAAGTTATGAAAGAATTTATTCGGAAATTAGCGATGATGGGCTTGAACACCGCGTTGCTTTATATGGAAGATACGTATGAAATAAAAAATGAGCCCTATTTCGGCTATATGCGTGGCAGATATTCTCAAGCAGAACTAAAGTTAATAGACGATTATGCAACTTTATTTGGAATTGAACTTATTCCTTGTATTCAAACATTAGCTCATTTAGAGGAATTTTTAAAATGGGATGCTGCTTATTCATATAAAGATACAAGGGGAACATTACTACTAGAGGAAGATAAAACTTACGATTTACTTGAAAATATGATTCGTTCTGTTACAGAAGCCTTTCGTAGTAAGCGAATTCATTTAGGGATGGATGAAGCGGAAGAAGTGGGGAGGGGGCGATATCTTAATTTGTATGGGCATAAATCTAGATTTGAATTAATGGTAGGTCATTTGAAAAAAGTGCTTGCTATTGTTGATCATTTAGGGCTAGAAGGAATGATCTGGAGTGACATGTTTTTAAAGCTTGCTTCAAATACAGGCGATAATTATCATATGTCTACTGAGATGCCGACATATATGATTGAACAAATGCCTAAAAATGTAAAACTCGTTTATTGGCAATATAATGAGACAAACCAAATTCATTATGAACAGATGTTTAACCAACATGCACGGATTAATCAAATACCAGCTTTTGCTGGAGGGATGTGGATTTGGAATACTTTTGCCCCAAACTATAAATTATCTTTAGCGGCTTCTTCTGCTGCGTTGGCTGCCTGCAAGACACACGGTGTTAAAGAAGTGTTTGTTACGCTTTGGGGAGATGATGGTTTTGAGAGCAATATTTATCACGCATTGCTCGGATTGCAATTTTACGCAGAACATGCTTATCAACAAATAGTAGACGAAATGAAATTAAAAGAAAGAGTCCAATTTTGTACAGGTATCCAAGCGGAAAAATTTCATTTACTAAATCAGTTGGATATGCCGCCTGGAGTTCATGAAGGGAATTTGGAGCAAACAAATCCTTCTAAATTCTTATTATGGCAGGACGTATTGCTGGGTTTGTTTGATAAACATGTTGAAGCAGTTGACTTAGAAGAGTTAGAAAAATATTATAGTGAATTACAACAGAATTTCCACCATGCCCGATGTTCAGCGCTAAACGATTTGTTTAGTGTACCAGAACACTTAAGCAATGTATTGGCGATAAAGTCTACTTTAGGCGTGAAATTAAAAGCAGCATATGATCAAAAAGACTTTGTTACCTTAGAAGAGATGGTGACGGTCCAATTACCTGATTTAATCAACCGAGTATCTTTACTTTGTAAAGCACATCGCAATCAATGGATGGCAATCAATAAGTCTTTTGGGTGGGAGGTGATAGATATTCGCTATGGAGGTTTATTGCAAAGATTGAGAACAGCAATAGTACGAGTTAAAGCGTATGTAAACCAAGAAATAAATAATATTGATGAATTGGAAGCAGAACGATTATATTTCTCGCCTAAAGTAGAAAACGCTGCACATTTAGGATGGTGCAGTTATTATTATCGTATTGCTTCACCAAATGTGTTTTTTCATGTTCTACCAATATATTAA	MNIQIIGADDQMLQGLTELQEEYGFIICDEAETKVICDQQDHHAELKIVYKDGTAHISFKERIHFFRGFSLMLEKLSKGENVLVITEEPQFQSIGPMFDLSRNAVIKPEVMKEFIRKLAMMGLNTALLYMEDTYEIKNEPYFGYMRGRYSQAELKLIDDYATLFGIELIPCIQTLAHLEEFLKWDAAYSYKDTRGTLLLEEDKTYDLLENMIRSVTEAFRSKRIHLGMDEAEEVGRGRYLNLYGHKSRFELMVGHLKKVLAIVDHLGLEGMIWSDMFLKLASNTGDNYHMSTEMPTYMIEQMPKNVKLVYWQYNETNQIHYEQMFNQHARINQIPAFAGGMWIWNTFAPNYKLSLAASSAALAACKTHGVKEVFVTLWGDDGFESNIYHALLGLQFYAEHAYQQIVDEMKLKERVQFCTGIQAEKFHLLNQLDMPPGVHEGNLEQTNPSKFLLWQDVLLGLFDKHVEAVDLEELEKYYSELQQNFHHARCSALNDLFSVPEHLSNVLAIKSTLGVKLKAAYDQKDFVTLEEMVTVQLPDLINRVSLLCKAHRNQWMAINKSFGWEVIDIRYGGLLQRLRTAIVRVKAYVNQEINNIDELEAERLYFSPKVENAAHLGWCSYYYRIASPNVFFHVLPIY	PGPT0012150_1872	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
AK148_00101	2001			hypothetical protein	ATGAAACAGTCTTATCGTCAAATACATATGGATTTTCATACAAGTGAACATATTCCAAATGTTTCAGAGGCATTTGATGCAGTAGCGTTTGCTGATATGTTGAAAACAGCATATGTAGATTCAGTTACGTGCTTTGCGCGTTGTCACCATGGATGGTTGTATTATCCATCGCTAAACCGGCCAGACTTAGTCCATCCACACCTTATAAACAAAAATCTACTAGTGGAACAAATAGATGCATGTCATAAGAGAGATATTAAAGTACCAATTTATACCACTGTACAGTGGGATGAATATATTATGAAGCATCATCCGGAATGGCTCGCAGTTGATGAAAATGGTAATTATATAAATAGCCAAGATGTTCCTAAACCTCATTTTTATTATACCATTTGTCTAAATAGTGATTATCGAGCATATTTTAAAGCTCATTTGCACGATATTATCAATGTGATGGGAGAGAAAAAAGTAGACGGATTCTTTATGGATATTTTGTTTACAGTAGACTGTCATTGTGATCGATGTTTTCAAGCAATGTTGCAAAAGGATTTAGACCGAAGTAGCCGTCAAGATAGAGTCTATTATTCCTTGGTGATGTTAAATGAATTTAAAACAGAAATAACTGCTAATATAAAAAAGCGAGTTCCACATGCTAGTATCTTTTATAATAGCTCGCATATTGGACCAAACACAAAACAGGGAATAGAGAATTATACTCATGTGGAGATTGAATCTTTGCCTAGTGGGGGCTGGGGGTATGATCATTTTCCTGCTACAATGCGATATGCAAGAAATTTACAAAAAGAAGTAATTGGAATGACTGGTAAGTTCCATACTTATTGGGGTGACTTTCATTCATTAAAAAATAAAGCGGCTTTAGAGTTTGAATGTTTTCATATGCTTGCCCTAGGGGCAGGGTGTTCTATTGGAGATCAGTTACATCCAGATGGGGAGCTTTCCAAAGCTACTTATCGATTAATTGGAGAGATATATTCGAAAGTAAAAGAGGTTGAAGATTACTGTAAGCATACACATACGATATCAGAAATTGGTGTTTTAACTCCAGAGGAATTTTATGTTCTAGGGGAGAAAAATCCTACGATTCATCCTTCTTTAATTGGCGCAGTTCGTATGCTACAAGAATTATCTTACCAGTTTGATGTTATTGACAGTAGTATGAATTTTAATCACTACAGATTAATTATCTTGCCTGATGTTATCCATTATTCGGCAAGTTTAGAAAAAAAGTTGTTAGCATTTAAGGAGGAAGGTGGAAGTGTAGTTGGCAGTCATCGTTCTGTATTAAACTTAGATCGTACAATTAGTAAAGTTTTTGGCAACCGTTATAAACAAGAAGGGATCTATGATCGTGATTTTATTTTGCCAAATGAACGAGTAGGTAAATACCTTCCAAAAGAAGCGTTTGTCATGTATATGAAAGGAACAGAGGTCGAGCCAGTTAATTCTAAAGTATTGATGAACACCATTCAGCCATATTTTAATCGGGAGGGGGAGACGTTTTGTTCTCATCAACATGCACCTTCATCTGGAAAATATGGGATGCCTGCAATAACCCAATTTGAAAACGCAGTATACTTTGCTCATCCTGTTTTTGGATTATATCGTAAAAATAGGCCGCTATGGTGTAAGCAATTAGTTAGAGAAGTAATGGAAAGCTTACTACCTTCACCTATTCTACAGCACAATGGTCCGTCACATCTTATTACATCTGTCGCTAAGCAAAATGATGCGCGATGCATTCATATTTTGAATTATATTCCCCTAAAAAATGCGGAGGACATATATACGATAGAGGAAGTAATACCAATTCATGATGTGGAATTTTCTTTATTCGTTGGAGATAAGCGAGTTTGTGAAATGTACACTATTCCTGACAAACAGCAGATTAAGTATATTAGCGAAGGGGATTGTATTCGTTTTTATTTGCGTGAATTAGATGGTTATACTCTCTTGAAAGTGGAGTTTAAAAGTAAAAGGTAA	MKQSYRQIHMDFHTSEHIPNVSEAFDAVAFADMLKTAYVDSVTCFARCHHGWLYYPSLNRPDLVHPHLINKNLLVEQIDACHKRDIKVPIYTTVQWDEYIMKHHPEWLAVDENGNYINSQDVPKPHFYYTICLNSDYRAYFKAHLHDIINVMGEKKVDGFFMDILFTVDCHCDRCFQAMLQKDLDRSSRQDRVYYSLVMLNEFKTEITANIKKRVPHASIFYNSSHIGPNTKQGIENYTHVEIESLPSGGWGYDHFPATMRYARNLQKEVIGMTGKFHTYWGDFHSLKNKAALEFECFHMLALGAGCSIGDQLHPDGELSKATYRLIGEIYSKVKEVEDYCKHTHTISEIGVLTPEEFYVLGEKNPTIHPSLIGAVRMLQELSYQFDVIDSSMNFNHYRLIILPDVIHYSASLEKKLLAFKEEGGSVVGSHRSVLNLDRTISKVFGNRYKQEGIYDRDFILPNERVGKYLPKEAFVMYMKGTEVEPVNSKVLMNTIQPYFNREGETFCSHQHAPSSGKYGMPAITQFENAVYFAHPVFGLYRKNRPLWCKQLVREVMESLLPSPILQHNGPSHLITSVAKQNDARCIHILNYIPLKNAEDIYTIEEVIPIHDVEFSLFVGDKRVCEMYTIPDKQQIKYISEGDCIRFYLRELDGYTLLKVEFKSKR				NA	NA	NA	NA	NA
AK148_00102	993			hypothetical protein	ATGACACAACCTATAATTATTGAGGAATGGCGAGGAAATAAAATAGAAAATATGCATCAAGGCTTTATCTGTGTTCTAGATGAACATAGAAATGTTGTTTATGAAAAAGGGAATATCGATGCGTACGTTTTTTATCGATCTGCAATGAAACCTATACAAGCAATACCTGCTTTTAAAGCAGATTTAGTGGGTAAATTTGGTTTAACAACAGAAGAAGCTGCGTTATTTACTGCTTCACAAAGAGGGGAGAAATACCATCAATCTGCAATATTAAGTTTAATGAACAAGCTTCAGATAGAAGAAGAACGTTTGGTTTGTAGTCCTAGTTATCCTCTTAATGAGCAGCCAAAAGAGAAGTATTTGCAAAATCACTACTTAAAGCGAAAGGTATTGCATAATTGTGCTGGAAAGCATTTAGGATTTTTAGGATATTGTAAAGTGAAAGGGTACGATTTATCTGGTTATGAGCAACAAACGCATCCTTTGCAACAGGAAATTTTACATTATGTAGCAGATTTATCTGAATGGCATAAGGAAAGTATTCAAGCTGCTATGGATGGGTGTGGAGTTCCAGTTTATGCTGTTCCGCTACGAAATATGGCGATATCTTTTTTGAAATTTGTGCAACCGAATTTAATTAAAGGAGAAGACGTTGCAAACGCTGTAAGTGAAATAGGAACGGTTATGAATGCGCATCCTGAAATAGTAGCCTCACATAACTTTATCTGCACAGCGCTTTTAAAAGATAAGAATATTGTTGCTAAAGGTGGCGCGCAAGGCGTATATTGCTTAGCGTTAAGAAAAGAAAAAATGAGTATTGCTTTAAAAGTATGTAGTGGATCTGAACTCGTATGGCCAATTTTAGTTGCAAAATTACTGGAAAAATTAAAATATCCAAACAAAAAAACAATTGACAGATTATTAAGAATTAGATCGAAAGACATTCTAAACGATAGTGGGATACCTGTAGGGAAAACAAAGGTAAAGCTATAA	MTQPIIIEEWRGNKIENMHQGFICVLDEHRNVVYEKGNIDAYVFYRSAMKPIQAIPAFKADLVGKFGLTTEEAALFTASQRGEKYHQSAILSLMNKLQIEEERLVCSPSYPLNEQPKEKYLQNHYLKRKVLHNCAGKHLGFLGYCKVKGYDLSGYEQQTHPLQQEILHYVADLSEWHKESIQAAMDGCGVPVYAVPLRNMAISFLKFVQPNLIKGEDVANAVSEIGTVMNAHPEIVASHNFICTALLKDKNIVAKGGAQGVYCLALRKEKMSIALKVCSGSELVWPILVAKLLEKLKYPNKKTIDRLLRIRSKDILNDSGIPVGKTKVKL				NA	NA	NA	NA	NA
AK148_00103	1416	pepA		cytosol aminopeptidase	ATGGAAATTCATGTTTGTCCTCTAGAGCCTAGTCAGCTTTTTAAACATTCATTTGTTGAAAAAGCGTCTTTTGGGGAGATGAAATTATTTTATACGGAAACAACGATCTATTTATTGGTTTGTATCTGTCCGGTAAATAAAAATATGGAAGACATCCGACATCTTGGTGGAGAAATACGAAAGAAGATAGATAAAGAATTTTTGTCTCAAACAGTTACCATCAATTTTAATGGCTTGTTTAAAGCGTTGGAAGATGTAACAGAGGAAAGTGATATCGCAAGTTATGTTACCGCTTTTATGGAAGGATGGTATTTGGCTGGTTATCGCTTTCAGTACTATAAGCGGAATCGTTTAGAGATGGACTATGTGCTAGAATATAATTATTCATCTTATAGCGCATATGTTGCATTGGCGAAAACGAAAAGTGATGCTGTATGTTTAGCTAGAGACTTATGTAATAAGCCTCCTAGTAAACTGACGCCAGAAGTTTATGCAAGCAAAATAGTAGAGGTTTTTAGAGATACAGATGTAGACGTGGCTATTTTGGATACAGTTGATCTTACGAAACATGGTTTAGAAGCTATTAAAACGGTCGGAAAGGGAAGTGTTCATCCACCTAAAATGGTCGTTCTTACATTGAACAACACAGTAGGAAAGCATGTAGCGCTTGTCGGTAAAGGAGTGACCTTTGATGCAGGAGGTGTTAATGTGAAAACAGGGACTGGACTTTGGGAAATGAAAATGGATATGGGGGGCTCAGCGGCTGTCGTAGGTGCGATGAAGCTTTTATCTGATTTGAATAGCTCTGTATACGTTACCGCAGTTATTCCATTAGTAGAAAATGTAGTAGGGAAAAATGCATACTTGCCGGCAGATGTAATCTCTTATGCAAATGGAATGCATGTGGAAGTAGGTAACACGGATGCAGAGGGTAGACTAATTTTAGCCGATGGTATTTTATACGCTCAAGACGTAGGAGCGGAAACTATTATTGATATTGCTACACTCACAGGCTCTATTGGTCAAGCCTTAGGGTTAAAAACAGCGGGTGTTTTTACTAATAACGAGAAGGATTTGTGGACATATAAAAAAATTGGCGAAGAAACTGGGGATCATGTATGGCCTATGCCATTAATTGAAGATTATAAAGCCTATTTGCACAGTGATTATGCCGACTTAAATAATAGGAGTGCTTCTAAATACGGCGGTTCGATTACGGCAGCCATTTTTTTGCAACAATTTATAAAGCGACATATGAAATGGATACATATTGATATGGCGAATACGGTGCGGCCTTGGAAAGTGTATGGCTATCATGTCGAAGGGGCTACTGGTTTTGGAGTCCGATTATTAACCAAATTGGTAGAAAAGGAGTTTGAGAGACGAAATGCAGTTGGAATTGATTGTACAGAATAA	MEIHVCPLEPSQLFKHSFVEKASFGEMKLFYTETTIYLLVCICPVNKNMEDIRHLGGEIRKKIDKEFLSQTVTINFNGLFKALEDVTEESDIASYVTAFMEGWYLAGYRFQYYKRNRLEMDYVLEYNYSSYSAYVALAKTKSDAVCLARDLCNKPPSKLTPEVYASKIVEVFRDTDVDVAILDTVDLTKHGLEAIKTVGKGSVHPPKMVVLTLNNTVGKHVALVGKGVTFDAGGVNVKTGTGLWEMKMDMGGSAAVVGAMKLLSDLNSSVYVTAVIPLVENVVGKNAYLPADVISYANGMHVEVGNTDAEGRLILADGILYAQDVGAETIIDIATLTGSIGQALGLKTAGVFTNNEKDLWTYKKIGEETGDHVWPMPLIEDYKAYLHSDYADLNNRSASKYGGSITAAIFLQQFIKRHMKWIHIDMANTVRPWKVYGYHVEGATGFGVRLLTKLVEKEFERRNAVGIDCTE				NA	NA	NA	NA	NA
AK148_00104	690	cutC_1	COG3142	Copper homeostasis protein CutC	ATGCAGTTGGAATTGATTGTACAGAATAAACACGATGCATTGCAAGCGGAAAAGCTAGGAGCAGATCGATTAGAGCTTGTTTCGGCGATACAGGAGGGTGGTTTGACACCAAGCTTTGGAATGATAAAAACAGTCTTACGAAATGTGCACATACCTGTTCAAGTCATGATACGGCCTCATAGTCATGATTTTTTTTATCAAGAAGATGAATTTGCAGTTATTTGTGAAGATATAAAGGCACTAGAGAGCTTGCAATGTAATCGGATTGTTTTTGGTGCACTACATGAGGATCTTACTATTAACGAACAAATGCTTCATGATCTCATTGAACGCTTTCCGGGAGTAGATATTACGTTTCATCGTGCTTTTGATGAAGTGAAGGATATGTATGCAGCATACAAAACGTTAGTAAAGTATAAAGATCATGTAAAACGTATTCTAACATCTGGTGGAAAGCAAAGCTGTGAAGCAGGAAAAGAACAGCTCGCTCATTTAGTTCAATATTCTTATGAAACAGGAGGACCTATCATTATGCCTGGTGCAGGCCTCACTCCGGATAATATTGCTGAAGTCAAACAGACAACAAAAGCAGAGCAATATCATTTTGGTAAAGCAGTTCGTGAAAGACAATCATTTGCAAACGCGATTTCAGCGCAAGCAGTGGAGAAAGTGCTATCGACTTTGAAATAA	MQLELIVQNKHDALQAEKLGADRLELVSAIQEGGLTPSFGMIKTVLRNVHIPVQVMIRPHSHDFFYQEDEFAVICEDIKALESLQCNRIVFGALHEDLTINEQMLHDLIERFPGVDITFHRAFDEVKDMYAAYKTLVKYKDHVKRILTSGGKQSCEAGKEQLAHLVQYSYETGGPIIMPGAGLTPDNIAEVKQTTKAEQYHFGKAVRERQSFANAISAQAVEKVLSTLK	PGPT0004085_1581	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE-COPPER_TRANSPORT,PGPT0004085-cutC-K06201	NA	NA
AK148_00105	1752		COG1132	putative ABC transporter ATP-binding/permease protein	ATGAAAGCATGGATTATTCCATATGTAAAAATGCATTACAAAGGGCTAGCAGCCAGTATTATTATCGGTTTATTAGCTCTAGCCTGTGGTGCAGCGCTTATGTTTACATCTGGATACTTAATTTCCAAATCCGCCTTAAGACCTGAAAATATTTTAATGGTCTATATTCCCGTTGTTTCAGTGCGAGCCTTTGGTATTTTTCGAGCGGTATTTCACTATCTTTCTCGATTAACGAGCCATGATACGATTCTGCGCGTACTAGCAAATATGCGTAGCAGATTGTATCAAACATTAGAGCCACAAGCAGCTTTTATTCGTTCTCGTTTCCAGACTGGTAGGATACTAGGCGTATTATCAGATGATATCGACCATTTGCAAGATTTATTTATTCGTACGATTTTACCGAGTATCACTGCACTTGGTATGTACGGCATCGCTATTGCTTGTCTAGGCTGGTTTGATATGGTATTTGCTTCACTTATGGCAATATATCTCTTTTGTATCGTTGTGTTCATTCCGTTGTTTTCTTTGTGGTCTAGTCGAAAACGTACAGCATTAATAAAACAGGGGCGCTATGATCAATATCATATATTAACAGATGGATTAATTGGCATTAAAGATTGGATGATTGCTGGAAAACCAGATGAATTTACGAAGCATGATACAAAAAAAGATCAAGCTGTTGCCATTGTTGAGCGACGCGTTAAAAGTGAGCAACGAATTCGCGACTTATTTCTTCAGCTCATCATTGGTGCGATGGTGATTTCCATGGTGTACTGGTCAAGTTCGATGGTAGCTGAAGGAAACATGCACGTGACATTAATTGCTGCTTTCGTTTTAGTTACATTGGCTATTGCAGAAGCTTTTTTGCCCGTATCCGAAGCCTTAGAACAAATTCCAGAATACACAGAATCGCTTTCAAGATTAGAAACGCTCGAAGAAACAGATCAAGAAAAGGTTGCTACTAAGTCACACATATCTTTACCAGAAGCATCTGATTCTGTAGATATTCAGCTTGATCATGTTGCCTTTCAATATCCGGGTTTTGCCAAACAAATTTTAAAAGATGTTTCCATTTCGATACCTCAAGGAAAGAAATTAGCTTTGTTGGGAAAAAGTGGTGCTGGAAAATCAAGTATCATCCAACTAATTTGTGGTTCTTATGCACCAACAAAAGGAAATGTTGCACTTAACGGCATCGATGCAACAGCTTACGGCGATTCTCTATTTGAAATTGTATCGATTTTAAATCAACGACCTCATTTATTTAACACGACGATTGCTAATAACCTACGACTCGGCAACCAAAAAGCAACAGACCAAGAGATTGTAGAAGCGGCTAAAAAGGTACAGCTCCATGATTATATTATGAGCCTGCCAAAAGGTTATAACACGATGATGGAAGAATCAGGACAAATCTTTAGTGGCGGTCAACAACAACGAGTAGCATTAGCAAGAATATTATTAAAAGGCTCTCCTGTCGTTATTCTCGATGAGCCGACAGTCGGCTTAGATTCAAAAACAGAAGCTGACTTGTTAAAAACCATTTTTTTAACGCTTGATGATAAAACCGTTATTTGGATTACACATCATTTAGCTGGTATGCAGCGTATGGATGAAGTTGTCTTTTTAGAAAACGGCTATATTGAAATGCAAGGTTCGCACCAAGAACTACTAAGCACTTCACAGCGATATCAAGATTTATACTATTTAGACGTCCCACCATCAATTCGTAAAATGGTGCAAGTTTAG	MKAWIIPYVKMHYKGLAASIIIGLLALACGAALMFTSGYLISKSALRPENILMVYIPVVSVRAFGIFRAVFHYLSRLTSHDTILRVLANMRSRLYQTLEPQAAFIRSRFQTGRILGVLSDDIDHLQDLFIRTILPSITALGMYGIAIACLGWFDMVFASLMAIYLFCIVVFIPLFSLWSSRKRTALIKQGRYDQYHILTDGLIGIKDWMIAGKPDEFTKHDTKKDQAVAIVERRVKSEQRIRDLFLQLIIGAMVISMVYWSSSMVAEGNMHVTLIAAFVLVTLAIAEAFLPVSEALEQIPEYTESLSRLETLEETDQEKVATKSHISLPEASDSVDIQLDHVAFQYPGFAKQILKDVSISIPQGKKLALLGKSGAGKSSIIQLICGSYAPTKGNVALNGIDATAYGDSLFEIVSILNQRPHLFNTTIANNLRLGNQKATDQEIVEAAKKVQLHDYIMSLPKGYNTMMEESGQIFSGGQQQRVALARILLKGSPVVILDEPTVGLDSKTEADLLKTIFLTLDDKTVIWITHHLAGMQRMDEVVFLENGYIEMQGSHQELLSTSQRYQDLYYLDVPPSIRKMVQV				NA	NA	NA	NA	NA
AK148_00106	1737	cydD_1	COG4988	ATP-binding/permease protein CydD	ATGAAGAAAATGATGCGTAATCATTTACTAACGTACAAAGGGGTAAAACCGACACTTGCCATTGTTATTTCCATTACAATCGTGGAAGCAATAGCCATCATTCTGCAAGCAAAATGGTTAGCAGAATGGTTATTTCGCTTATTTAACGGCGAATTATTTCAAGAAACATGGAAGTTAGGCGTTTTTTTCCTTATTGCCTTTGTTACAAGGTATCTTATGGGTACATTAAAGAAAAAAATAACCTTCCAGTTTGCTGAAAAAACAAGAGTGGAAAAAAGAAAACTATTATTGGCCAAGCTTTTTGCGCTTGGCCCTAGCTACACGAGTAAACACGGTACAGCCAAGTTAGTTAATTTAGCTATGGAAGGCGCAAACCAACAACGTACTTATTTAGAATTAATTATTCCCAAGATGATTGCTGCATGTATTATTCCACCAATGGTACTCATTTACGTTTTCTTTCAAGATAAACTGTCAAGTATCATTTTATTTTTAACCGTTCCTATCATTATTGCATTTATGATTTTATTAGGATTAGCTGCAAATAAGAAAATGGAACGTCAATGGCATTCTTATCATTTATTATCCAATCATTTTATTGATTCTTTACGAGGGTTAGAAACATTAAAGTTTTTAGGTAAAAGTAAATCACATGGAGATACTATTGAAAAAGTGAGTGATGAATACCGAAAATCCACTATATCAACATTACGAATTGCTTTCCTTTCATCTTTTGCACTTGACTTTTTTACGATGTTATCAGTTGCCTCTGTTGCTGTAGGGTTAGGATTACGTCTCATTGAAGGAAATCTATTATTAGATATAGCATTAGTCGTATTAATTTTAGCTCCAGAGTTTTTTCTTCCTATAAAAGAAGTTGGAGCAGACTACCATGCAACATTAAATGGACAAGAAGCAGCCAAAGCAATTGATCGGATATTAGCAGAGCCTGTTCCTGAGAATCATTCCGTTATTACCAACTCCATTGCTTGGACAGCTAACAGTACCTTAAAGCTTTCTTCTGTTAGTCATTCCCATGACGATAACGGCTTACAAGCTCTATCTACCATTTCCATGCAAGTAAAAGGTTTTGAAAATATTGGTATTGTTGGTGCAAGCGGTGCAGGAAAGTCGACTTTAATTGATATATTAGGTGGATTTTTAACACCTGATCAAGGGAGTTTTCGCGTCAATCAGCAAATTTTAGATAGCTTAAATACAGAAGCTTGGCAGCGTCAAATCACATACATTCCACAACGCCCATATATTTTTAGTCAGTCGGTTGCAGATAATATTCGATTTTATGAACCAAATGCATCGGATGAAGATGTGTGGCAAGCTGTTCAAGATGCAGAATTAGATAAGTTAATTCATACCTTTTCAAATGGTATAGAACAAGAAATTGGTACTGGCGCACGTGCAATTAGCGGCGGCCAAGAACAACGTGTCGCTTTAGCCCGAGCTTTTCTTAGTAATCGCCCTATCCTGTTATTAGATGAGCCGACTGCCCATTTGGATATTGAAACGGAATACGAATTGAAACAAACGATGACAACATTGTTTAAAGATAAATTAGTCTTTTTTGCAACGCATCGGCTGCATTGGATGGAGCAAATGGATAAAATTATTGTGTTAAAAGATGGTGTCATCGTAGAAGTGGGGACACCACATGAATTATTGCTTCGTCGCGGAGAATACTATGACCTCGTGCTATCACAATTGGAGGGAGTACAATGA	MKKMMRNHLLTYKGVKPTLAIVISITIVEAIAIILQAKWLAEWLFRLFNGELFQETWKLGVFFLIAFVTRYLMGTLKKKITFQFAEKTRVEKRKLLLAKLFALGPSYTSKHGTAKLVNLAMEGANQQRTYLELIIPKMIAACIIPPMVLIYVFFQDKLSSIILFLTVPIIIAFMILLGLAANKKMERQWHSYHLLSNHFIDSLRGLETLKFLGKSKSHGDTIEKVSDEYRKSTISTLRIAFLSSFALDFFTMLSVASVAVGLGLRLIEGNLLLDIALVVLILAPEFFLPIKEVGADYHATLNGQEAAKAIDRILAEPVPENHSVITNSIAWTANSTLKLSSVSHSHDDNGLQALSTISMQVKGFENIGIVGASGAGKSTLIDILGGFLTPDQGSFRVNQQILDSLNTEAWQRQITYIPQRPYIFSQSVADNIRFYEPNASDEDVWQAVQDAELDKLIHTFSNGIEQEIGTGARAISGGQEQRVALARAFLSNRPILLLDEPTAHLDIETEYELKQTMTTLFKDKLVFFATHRLHWMEQMDKIIVLKDGVIVEVGTPHELLLRRGEYYDLVLSQLEGVQ				NA	NA	NA	NA	NA
AK148_00107	1020	cydB	COG1294	Cytochrome bd-I ubiquinol oxidase subunit 2	ATGGTTCCTATGCTAAGTGAGGTATGGTTTATTTTAATTGCTGTATTGTTTGTCGGATTCTTGTTTTTGGAAGGCTTTGACTTTGGTGTTGGCATGGCGATGCGTTTTGTTGCTAAAACGCCAGTTGAACGTCGGGTATTAATTAATACAATTGGTCCTGTCTGGGACGGAAATGAAGTTTGGCTAATTACAGCAGGTGGGGCGATGTTTGCTGCATTTCCAAATTGGTATGCCACTTTGTTCAGTGGCTTATACATGCCACTAGTAATCATGCTTCTCTTGCTCATAGGGCGCGGAGTAGCATTTGAGTTTAGAAGTAAACTAGATAATCCTAAATGGCGGGACACTTGGGATTGGACAATCTTTATTAGTAGCCTATTGAACCCATTATTATGGGGAGTTGTGTTCGCCGCATTGATGGCAGGCTTACCAATTGATAGTGAGATGAATATTTACGCTTCTGTCTTTGATTACATCACACCGTATACGTTAATTGGTGGAATTGCAATTACATTGCTCTGCTTTTTACACGGGCTATTCTTTATCACGTTGAAAACTACAGGTGACCTACAAAGTAGAGCTCGTGAAACTGCCAAAAAAATTGTTTACGCTATTGGTATAGCTTTAGTTACCTTTGTGGCTGCATCTTATTTCTACACAGATATTTTCGAGGTGAGAGGTGCCATATTAATTCCAATTTTTGCGCTTATTGTATTGGCAATTGTCTTAGCTGGAAGTTTTGCTAAGAAAAGTCGTGATGGTTGGGCATTTACGATGACCGGATTAACTATCGCGCTCACAGTAACGTCTGTATTCGTCGGTTTATTCCCACGTGTAATGGTAAGTAGCTTAAATCATACTTTTGACTTAACGATTCACAATGCAGCTTCAGGAGACTATTCGTTAAAAGTCATGACCATTGTAGCCGTCACTTTATTACCTTTTGTACTTGGTTATCAAATCTGGAGTTATTATGTATTCCGTAAACGTATTAAAGAAGAGGAGCATTTAGAATACTAA	MVPMLSEVWFILIAVLFVGFLFLEGFDFGVGMAMRFVAKTPVERRVLINTIGPVWDGNEVWLITAGGAMFAAFPNWYATLFSGLYMPLVIMLLLLIGRGVAFEFRSKLDNPKWRDTWDWTIFISSLLNPLLWGVVFAALMAGLPIDSEMNIYASVFDYITPYTLIGGIAITLLCFLHGLFFITLKTTGDLQSRARETAKKIVYAIGIALVTFVAASYFYTDIFEVRGAILIPIFALIVLAIVLAGSFAKKSRDGWAFTMTGLTIALTVTSVFVGLFPRVMVSSLNHTFDLTIHNAASGDYSLKVMTIVAVTLLPFVLGYQIWSYYVFRKRIKEEEHLEY	PGPT0026705_2721	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
AK148_00108	1404	appC	COG1271	Cytochrome bd-II ubiquinol oxidase subunit 1	ATGGACGTTATTATGTTATCGCGAATCCAATTCGCATCTACAACCATTTTTCACTTTATTTTCGTGCCTTTATCCATTGGTTTAGTATTTTTAGTTGCACTCATGGAAACATTGTACGTTGTAAAAGGGCAAGAAAAGTACAAAAAAATGGCAAAGTTTTGGGGACACTTATTTCTTATTAACTTTGCCGTCGGAGTCGTTACCGGTATATTACAGGAATTTCAATTCGGGATGAACTGGTCTAACTATTCTCGCTTTGTCGGTGACGTATTCGGTGCACCACTCGCAGTTGAAGCACTATTAGCTTTCTTTATGGAATCTACTTTTATAGGATTATGGATTTTCGGTTGGAAAAGACTTTCTAAAAAAGTACATCTCCTATGTATTTGGCTTGTATCTATTGGAACGATTATTTCTGCGTTTTGGATATTAGTCGCTAACTCATTTATGCAATATCCAGTCGGTTATGAAATTAACAATGGTCGCGCCGAAATGAATGACTTCTTAGCATTAATTACGAGCGGTCAAGTATGGGTGGAGTTCCCACATACTGTATTTGGATCATTAGCCACAGGAGCATTTTTAATTACAGGTGTAAGTGCTTGGAAATTGCTTAAAAAACAAGATACAGATTTCTTTAAAAAATCATTTCATATCGCTTTAGTTGTTGCAATTATTTCCGGTTTAGGTATTGCCTTTACTGGTCACGCTCAATCGCAATTCTTGGTAGAAACACAACCAATGAAGATGGCAGCAGCAGAAGGTTTATGGGAAGACAGCGCTGATCCTGCTCCATGGACAGTCTTTGCTCACATTGATACGGAAAATCAAGAAAACTCCTTTGAAGTCAATATCCCATATATATTAAGTTATCTTTCCTATAGCGAATTTAGCGGAAGCGTGGAAGGAATGAAATCCATCCAAGCCAAATATGAAGAGTTGTATGGAGAAGGAGACTATATCCCTCCAGTTAAAACAACATTCTGGAGCTTCCGTATTATGACGTTCACAGGCGGATTAATGATCGTATTAGGACTATATGGTGCTTACTTAGTAAAACGTAACAAGCTAGAACAAAGCAGAAAGTATTTAAAAACGATGCTTTGGGCAATTGCTTTACCGTTTATTGGAGGAACAGCCGGTTGGATCATGACAGAGATTGGTAGACAACCTTGGGTCGTATTTGGAGAAATGCAAACACAAGACGCAGTTTCACCAAACGTAACCGCTGGACAAGTCCTGTTCTCACTCATCTCATTTAGTGCCATCTATTTGATCCTTGCACTTGTGATGGCTTACTTGTTCGTTCGAGTAATCAAAAAAGGCCCTGTTGAAGAAGAAAAAGATGTCAAACTAACAACAGATCCTTTTGGAGAGGAAGGGTATGGTTCCTATGCTAAGTGA	MDVIMLSRIQFASTTIFHFIFVPLSIGLVFLVALMETLYVVKGQEKYKKMAKFWGHLFLINFAVGVVTGILQEFQFGMNWSNYSRFVGDVFGAPLAVEALLAFFMESTFIGLWIFGWKRLSKKVHLLCIWLVSIGTIISAFWILVANSFMQYPVGYEINNGRAEMNDFLALITSGQVWVEFPHTVFGSLATGAFLITGVSAWKLLKKQDTDFFKKSFHIALVVAIISGLGIAFTGHAQSQFLVETQPMKMAAAEGLWEDSADPAPWTVFAHIDTENQENSFEVNIPYILSYLSYSEFSGSVEGMKSIQAKYEELYGEGDYIPPVKTTFWSFRIMTFTGGLMIVLGLYGAYLVKRNKLEQSRKYLKTMLWAIALPFIGGTAGWIMTEIGRQPWVVFGEMQTQDAVSPNVTAGQVLFSLISFSAIYLILALVMAYLFVRVIKKGPVEEEKDVKLTTDPFGEEGYGSYAK	PGPT0026700_3364	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
AK148_00109	2073	pbpH_1	COG0768	Penicillin-binding protein H	ATGAGTAAGGGAATAAAGAAAAAAGAACGGAAGGATAAGCTGCCATTTCGATTGAATTTGTTATTTTTTATTATGTTTATTATGTTTGCAGCTTTAATTTTTCAGCTTGGTATTGTGCAAATTCTGAAGGGCGAAGAATTTCAGAAAGAGATCGATCGCACGGTAAATGATACAACGAAAGTGCCAGTGCCACGTGGGCAAATATATGATAGAAACCATCAACTAGTTGTTGGAAATGAACCGCGATATGCCATTACTTATACTCCAGCTAAAAGAACGCAGGCGAAAGAGAGATTAGAGGTAGCTGAAAAGTTAGCTAAGCTCATTTCCGTTGAAGTAAAAGATGTTGCAGACATTAATGAAAGATTGAAAAGAGAGTATTATTACTTGAATCATAAAAAAGAAGTAATAGAAAGACTTACGGATGAAGAAAGAAAGAAATTAGATGATACAGAAGAATATGATCTTGCCCTAGAACGAATAAAGAAGCACGAGATGAATGACTTGTCAGAGCAAGATAGGTTAATTATTGCTATTAAAAAGGAATTAGATAAAGCATACGCATTAACGCCACAGATTGTTAAGAATGAAGGTGTAACTGCGGAAGAGTACGCCGAAGTGTCAGAAAATTTAAGTGATTTACCTGGCGTCAATGCGATTGCAGATTGGGAGCGTAAATACCCATATGAAGAAACTTTTAAAAGCCTAGCTGGTAAGATTACATCTCAAGAACGGGGACTGCAAAAAGAAAAACTGGAATACTATTTAACTAGAGGATATAGTCGGAATGATCGAGTTGGAATTAGTGGGATTGAAGAATATTATGAGCACGTTTTACGAGGTAGAAAGGAGCAAGTACAATACACTACGACGAAAGATGGTACCACAATAGGTTCAAAAGTAGCTGTGGAAGGAATGGCTGGGAAGGATCTTATATTAACCATTGATATGGATTTACAAAAAAAAGTAGATGAAATATTACAATCAGAGTTACAGAAAACCATTCAAAAGCATCCTTATCAGCATCAGTACATGTCAGATGCGATGGCGGTAGTTATGAATCCAAAAACAGGAGAGTTACTCGCTGTCAGCGGTGTATTGTATGATAAGGAAAAAAATAAATATAATAACGCTCCATATAAAGCAATTCATGATGCGCATTTGCCCGGATCTTCTATAAAAGGGGCAACCGTTTTAGCAGGTTATGAGTCTGGCGTTATTTCTCCAGGGCAAGTATTTCATGACAGGAAAATAAAGATTGCATCTGGTGCTCCGAAAGGATCTTATAATGATTTAGGTTCAGTAAATGATTTTGATGCACTACGTCGTTCATCAAACGTATATATGTTTTATATTGCATTAAAAATGGGAGGGGAACATCGTTATCCATTTCCCAATGGAGAAAGCGCTGCATTTGATGTAGCAGCATGGGATGAAATGCGTAGTTATTTTCAACAATTTGGTTTAGGTAGCCGAACCGGTATCGATTATCCTGAAGATCCAAAAGGAGTAATTGGCGATAAACAATTTCAACCAGGTTTATTGATGGACTTTGCCATTGGGCAGTATGACAACTACACCGCATTACAGCTAGCACAATATGTCTCCACAATAGCAAATGATGGCAATCGTGTTCGCCCTCGTTTAGTAAGGGAAATTCGTAATCCGTCGCCAACAGAAGATCAATTAGGTTCTGTTTATGAAAGTAAGGGTACAGAAGTATTAAATCGTATTGATATGAGTAAATCAAATATTGAACGTATTCAAGAAGGATTTAGGCAAGTGTTCAATGAATCACAAGGAACATCTGTACGTTTTTTTGGAACATCCAAGTATCGAGGTTATAAAGTTGCTGGAAAAACAGGAACGGCTCAAAACGCTTATTATGCCGATGGAGAAAAGAAGGCTGATACAGAAAATCTCACGCTTGTTGGTTATGCACCTTATGATGACCCTGAAATGGCTTTTGCTATTATTGTACCTCACACTGGGATTGTTAATGGAAAACATCAGATCAACCAAACAATCGGGCAACGGATTATAGATGCTTATTTTGCTGATAAAGAGGAATAG	MSKGIKKKERKDKLPFRLNLLFFIMFIMFAALIFQLGIVQILKGEEFQKEIDRTVNDTTKVPVPRGQIYDRNHQLVVGNEPRYAITYTPAKRTQAKERLEVAEKLAKLISVEVKDVADINERLKREYYYLNHKKEVIERLTDEERKKLDDTEEYDLALERIKKHEMNDLSEQDRLIIAIKKELDKAYALTPQIVKNEGVTAEEYAEVSENLSDLPGVNAIADWERKYPYEETFKSLAGKITSQERGLQKEKLEYYLTRGYSRNDRVGISGIEEYYEHVLRGRKEQVQYTTTKDGTTIGSKVAVEGMAGKDLILTIDMDLQKKVDEILQSELQKTIQKHPYQHQYMSDAMAVVMNPKTGELLAVSGVLYDKEKNKYNNAPYKAIHDAHLPGSSIKGATVLAGYESGVISPGQVFHDRKIKIASGAPKGSYNDLGSVNDFDALRRSSNVYMFYIALKMGGEHRYPFPNGESAAFDVAAWDEMRSYFQQFGLGSRTGIDYPEDPKGVIGDKQFQPGLLMDFAIGQYDNYTALQLAQYVSTIANDGNRVRPRLVREIRNPSPTEDQLGSVYESKGTEVLNRIDMSKSNIERIQEGFRQVFNESQGTSVRFFGTSKYRGYKVAGKTGTAQNAYYADGEKKADTENLTLVGYAPYDDPEMAFAIIVPHTGIVNGKHQINQTIGQRIIDAYFADKEE	PGPT0023930_443	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023930-pbpA-K21465	NA	NA
AK148_00110	510			hypothetical protein	ATGCGCGAAGTAGTAGTTATTCCATATCAAAGTCAGTGGCAGCAACTTTTTGTACAAGAAGCAACAGATATAAAAGAGTTATTTCAAATGGAACTAGTTACGATACATCATATTGGCAGTACAGCTGTGCCGGGTTTAGCTGCTAAACCAATTATAGATATAATGCCAGTAGTAAAGTCCATTGAGAAAGTAGGTGAGTATATAGAAGGTATGGAAAATCTAGGGTATCATGCATTAGGTGAATATGGTATAGAAGGAAGAAGATTCTTTATTAAAGGTGAATACAAGCGGATGCATCATGTACATATGTTTCAACAAGGAGACCGTCATATTGAACGGCATATCGCATTTAGGAATTATTTAATCCACCACCCCTCGACTGCTATAGAATATGGAAACTTAAAACTGACTTTGGCTAAAAAATACCCAAATCAAATCGAAAAATATATGAGCGGAAAAAATGATTATGTAAAAGATGTAGAGCAGCGGGCATTAAGTTGGTATAAATAA	MREVVVIPYQSQWQQLFVQEATDIKELFQMELVTIHHIGSTAVPGLAAKPIIDIMPVVKSIEKVGEYIEGMENLGYHALGEYGIEGRRFFIKGEYKRMHHVHMFQQGDRHIERHIAFRNYLIHHPSTAIEYGNLKLTLAKKYPNQIEKYMSGKNDYVKDVEQRALSWYK				NA	NA	NA	NA	NA
AK148_00111	132			hypothetical protein	ATGCTTGCTACTATTATCTTGTACGCGGTAGGGGATCAGGATAGCTCGGATGGGGTGAGTAACCATCGATTAGGAAAACGGCTACCTGATCTATGCAGTTTTTTCTTACTGCTGCCTGTTCGTAGCCCATAG	MLATIILYAVGDQDSSDGVSNHRLGKRLPDLCSFFLLLPVRSP				NA	NA	NA	NA	NA
AK148_00112	183			hypothetical protein	ATGAAAGGAAAAATAGCTGTTTTTGCAGTAATTATTTTTACAATGATTGTACTTATACTATGTTGGTTTTGGTTGCAGGATGTAATTACTGATTATGATTTAGAACGTACTTCTCCTGTATATGGTGTAATACCGCAAACAACAGAATTGCTTCCAGCTGATATCGATTGCAAGCAGTTTTAG	MKGKIAVFAVIIFTMIVLILCWFWLQDVITDYDLERTSPVYGVIPQTTELLPADIDCKQF				NA	NA	NA	NA	NA
AK148_00113	1461			hypothetical protein	TTGATAGTACAAGATTGGAAGCGGGAGTGGTTTGGTAACGTTAAAGGGGATATTTTAGCTGGAATTGTGGTTGCCTTAGCATTAATTCCAGAAGCAATTGCTTTTTCTATTATAGCTGGTGTGGATCCGATGGTTGGATTATATGCATCCTTTTGTATCGCAGTAGTGATTGCTTTTGTCGGAGGGCGTCCAGGTATGATTTCCGCTGCAACTGGAGCAATGGCTCTTCTAATGGGAGGATTAGTTGCTGCGTATGGGTTAGATTATTTATTAGCAGCAACCATTTTAACTGGTATTATTCAAATTATTTTTGGGGTTTGCAAGCTTGCTAAAGTGATGAAATTTGTTCCCAGGTCAGTAATGGTTGGTTTTGTAAATGCGTTGGCAATCTTAATTTTCACAGCGCAAATCCCCCATTTTCAAGGTGAAAGCTGGGTGATGTTCGCGTTGGTAGGCGTAACTTTAGCGATTATCTACCTATTACCAAGAATTACGAAAGCAGTTCCGTCAGCTCTAGTGGCAATTGTGGTCGTAACAGCTATTGTTATTTTCGGTGATATTCAAGTTGGTACGGTTGGCGATATGGGAGCACTAACGCAAGAGTTACCTGCATTTTTAATTCCATCTGTTCCATTTACGTGGGAAACATTCATGATTATTTTACCTTATTCCTTTGCGTTAGCTATTGTCGGGTTATTAGAATCACTACTCACATCAAGTATTGTAGATGATATGACAGACACAGAGAGTGATAAAAATAAAGAAAGTCGCGGACAAGGTATTGCCAATATTGTTGCGGGTTTCTTTGGCGGCATGGCAGGTTGTGCGATGATTGGACAATCAGTTATTAACGTCAAGTCTGGTGGGCGTGGGAGATTGTCCGCTCTAGTGGCAGGTGTGTTTCTTATGTTTCTTATCATTGCGTTAGGCGGGTTAGTAGTGCAGATTCCTATGGCTGCTTTAGTAGGAGTTATGATTATGGTATCTGTCGGCACATTTGATTGGAGCTCTGTCAAGCATATACATCGAATACCGCGCACAGATGCCATTGTTATGCTTACAACGGTAGCTGTAGTGGTTTATACACATGATTTATCTAAAGGCGTACTTGCAGGTGTTGTTCTTAGCGCCATTTTCTTTGCGGCTAAAATTTCCCATGTAACTGTACAGAGTAAACGAGTAAATGGAGAAAACAAGCGTATCTATTATGTGGTAGGACAGCTTTTCTTTGCTTCTGTCAGTGATTTGCCAAGTAAGTTTTCGTATACGGAGAATATTCAATGTGTAGAAATTGATTTGTCACAAACCCATTTATGGGACGACTCAGCAGTAGGCGCATTAGATAAAATAGAAGCCAAATTCGCTCAACAGGATATTCGTGTGGAAATCACAGGTTTAAATGAAGCAAGCAGAAATTTAAAGCAGAGAATTGGCGGTGTTTCTAACGCATCTGGACATTAA	MIVQDWKREWFGNVKGDILAGIVVALALIPEAIAFSIIAGVDPMVGLYASFCIAVVIAFVGGRPGMISAATGAMALLMGGLVAAYGLDYLLAATILTGIIQIIFGVCKLAKVMKFVPRSVMVGFVNALAILIFTAQIPHFQGESWVMFALVGVTLAIIYLLPRITKAVPSALVAIVVVTAIVIFGDIQVGTVGDMGALTQELPAFLIPSVPFTWETFMIILPYSFALAIVGLLESLLTSSIVDDMTDTESDKNKESRGQGIANIVAGFFGGMAGCAMIGQSVINVKSGGRGRLSALVAGVFLMFLIIALGGLVVQIPMAALVGVMIMVSVGTFDWSSVKHIHRIPRTDAIVMLTTVAVVVYTHDLSKGVLAGVVLSAIFFAAKISHVTVQSKRVNGENKRIYYVVGQLFFASVSDLPSKFSYTENIQCVEIDLSQTHLWDDSAVGALDKIEAKFAQQDIRVEITGLNEASRNLKQRIGGVSNASGH	PGPT0003020_5537	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003020-TC_SULP-K03321	NA	NA
AK148_00114	417	nhaX	COG0589	Stress response protein NhaX	TTGTTTCAAAATATTTTATTAGCAGCAGACGGATCTTCTCATTCGGTGAGGTCTGCTGAGTATACTGTGGCAATAGCTAAAAAGTTTGCTTCTAAAGTAGAAGTGGTATATGTGGTTGACGGTGAGACTGCAAAAGCAGATGTGCTACATGCTACAGATCATACGCAAGTAGAAAAAAATAGGCAAGAAAGGATGCAACCTGTAACAGAGGTGCTACAAGAAGGAGAAATAGACTATACGGTTACTGTTTTACATGGGGAACCAGGTCCGAAAATTGTAACTTATGCCAATGAACATGATATCGATTGTGTCATTTTAGGAAGTCGTGGTAGGAATAACCTACAAACCTTTTTGTTAGGTAGTGTCAGTCACAAAGTTGCTAAAAGAGTGGAATGCCCTGTGTTAATTGTAAAATGA	MFQNILLAADGSSHSVRSAEYTVAIAKKFASKVEVVYVVDGETAKADVLHATDHTQVEKNRQERMQPVTEVLQEGEIDYTVTVLHGEPGPKIVTYANEHDIDCVILGSRGRNNLQTFLLGSVSHKVAKRVECPVLIVK	PGPT0015026_50	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015026-nhaX-NA	NA	NA
AK148_00115	1137	hcnC_1	COG0665	Hydrogen cyanide synthase subunit HcnC	ATGAAAAAAAAAGCAATTATCATTGGCAGTGGCATTGTTGGTGCTTCTGCTGCTTATTACCTTACCAAAAGCAATTGGGATGTCACCATTGTTGATAGTAAAGAAAAAGGACAAGCGACAGACGCAGCAGCAGGGATCGTTTGCCCGTGGCTGTCCCAACGAAGAAATAGGGCATGGTATGAATTGGTCAAAGCAGGTGCTAGAATGTACCCAAACTTAGTGAAATCGCTTGCTAAGGATGGTGAAAATGAAACTGGGTATCAACAAGTTGGGGCATTACATTTACATCGAGATGAGCAAAAATTAATCGCAATGAAAGAACGAGCAGACAAACGAAAAGCAGATGCACCCGAAATTGGCGATATAGAGCTATTATCTTCCGAACAAACGAAAGCACAGTTTCCTCTATTAGACGACAGCTACCGTTCTGTCTATGTTAGTGGAGCAGCACGTGTTGACGGAAGAAAACTCCGTGATGCACTTCTTCGAGGAGCACAAAAGCACGGCGCAAAGCTAATTAAAGGAGAAGCAACCTTACAAAACATTGGACAAAGTATTACAGGAGTTACTCTACAGAATGGAGAAGAGATAAAAGCAGATATCGTTATTGCTGCAACAGGTGCTTGGATGCGTGAATTACTTTCTCCTTTAGGAGTTTCTTTTCAAGTTGAAGCGCAACGAGCACAAATTTTACACGTACAACTTGCAAACCAAAATGTAGACTTGTCTACTGCACCCGTTGTAAAGCCACCCAATAACCAATATATGCTCACCTTTCCAAACAATCGAATTGTCCTCGGTGCAACATATGAAAATAATGTCGGTTACGATTGGCGGGTAACTGTCGGTGGAATGCATGAAATAATTACAAAAGCGATGGAATTCGCACCACACGTAAAGGATGCGTCAATTGTAGAAGCACGAGTTGGCTTTCGTCCTGTAACGCCAGGACATCTACCAGTTGTTGGGGCTCTCGCTGGTTTTCAAGGATTGCTATTAGCAAATGGACTTGGATCAACAGGTCTGACGATGGGACCATTTATTGGATCTCAACTAGCATGTTTAGCAATGAATATACAACCAGAGATTGACTTATCTCCTTATGATGTACGAAACGCTATGAGAAACCTGCCTTAA	MKKKAIIIGSGIVGASAAYYLTKSNWDVTIVDSKEKGQATDAAAGIVCPWLSQRRNRAWYELVKAGARMYPNLVKSLAKDGENETGYQQVGALHLHRDEQKLIAMKERADKRKADAPEIGDIELLSSEQTKAQFPLLDDSYRSVYVSGAARVDGRKLRDALLRGAQKHGAKLIKGEATLQNIGQSITGVTLQNGEEIKADIVIAATGAWMRELLSPLGVSFQVEAQRAQILHVQLANQNVDLSTAPVVKPPNNQYMLTFPNNRIVLGATYENNVGYDWRVTVGGMHEIITKAMEFAPHVKDASIVEARVGFRPVTPGHLPVVGALAGFQGLLLANGLGSTGLTMGPFIGSQLACLAMNIQPEIDLSPYDVRNAMRNLP	PGPT0020315_3753	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_D-AMINO_ACID_DEGRADATION,PGPT0020315-dadA-K00285	NA	NA
AK148_00116	930	ppaC	COG1227	Manganese-dependent inorganic pyrophosphatase	ATGGCAAAGACGATAATTTTTGGACATAAAAACCCAGATACAGATGCAATTTGTTCTGCAATCGGATATGCGAATTTAAAACAGCGATTAGGAATGGATGTGGAGTCTGCTAGATTAGGTGCAGTTAGTAAAGAAACGCAATATGCACTTGATTATTTTGCAGCAAAAGCACCTGCGCTAATAGAGGAAGTAGAGCCAGGAACGAATGTAATTCTCGTTGACCATAATGAATTTCAACAAAGTGTAGCGAATATTAAAGATGCTCGTATTACGGAAGTGGTTGACCACCATCGAATTTCCAATTTCGAAACAAGTGAACCGTTATATTTCCGTGCTGAGCCTGTTGGATGTACAGCTACTATTTTAAATAAGATGTATAAAGAAAATGCGGTTGCTGTTCCAAAGCAAATTGCTGGTTTATTATTATCAGCTATTATTTCTGATTCTTTACTGTTGAAATCTCCAACGTGTACACAAGAAGATATCGATGCGGCTTATGAATTAGCAAAAATTGCTGAAGTAGATGTGCATACGTATGGTCTTGATATGCTAAAAGCAGGTGCAGATTTAGGAGATAAGTCTATTTCCGAATTAATAACCATGGATGCAAAAGAATTTTCTATGGGTGGTGCAAAAGTAGAAATTGCCCAAGTAAATGCTGTTGATACAGAACAAATCTATGCAATGCAAGCAGAAATTGAAGCGGAAATTTCCAATATCGTTAAAGAAAAAAATCTTGATTTATTTTTATTCGTTGTTACGGATATCTTGAACAATGATTCAGAAGTACTTGCTGTTGGTAGTGGGAAAGCGAAAGTAGAAAATGCATTTAAGGTTGACCTTGACAAGCGTAGCCGTGCGTTGTTAAAAGGAGTTGTCTCACGTAAAAAGCAAATCGTAACAGCATTAACAAATGCCTATGAGAAATAA	MAKTIIFGHKNPDTDAICSAIGYANLKQRLGMDVESARLGAVSKETQYALDYFAAKAPALIEEVEPGTNVILVDHNEFQQSVANIKDARITEVVDHHRISNFETSEPLYFRAEPVGCTATILNKMYKENAVAVPKQIAGLLLSAIISDSLLLKSPTCTQEDIDAAYELAKIAEVDVHTYGLDMLKAGADLGDKSISELITMDAKEFSMGGAKVEIAQVNAVDTEQIYAMQAEIEAEISNIVKEKNLDLFLFVVTDILNNDSEVLAVGSGKAKVENAFKVDLDKRSRALLKGVVSRKKQIVTALTNAYEK				NA	NA	NA	NA	NA
AK148_00117	516		COG1670	Acetyltransferase	ATGAAAATAAGAACAGAAAGATTGTTGATACGTAATTTTGAATGGGGTGATTGGCAAGAAGTGTACCACTATACGTCCCAAAGCTCTGTTATGAAATATATGCCGGAAGGATTGCTGTCAAAAGAGGAAACACAGAATTGTATGAAACAGAACATGGGTAATTCAGCCAAAAAATTCCCAGTAATATTAGTTAATACAAACACTTTAATCGGCCACGTTGATTTTTTTAAATATTCCGGCAACCACACTTATGAAATAGGGTGGGTATTTAATCCCAAATATCATAATAAAGGTTACGCATCAGAGGCTGCATTTGCAATGCTAAAATATGGATTTGAAGAGCTACATTTACATAGGGTGGTAGCCACTTGCCAGCCAGAGAATGTTCCTTCATATCGTGTCATGGAAAAGATTGGTATGAGGAGAGAAGGCTACTTTAAAAAATGCATTCCTCATGAAGACGAATGGTGGGATGAATATGCGTATGCTATTCTGAGAGAAGAATGGGAAAGGTAG	MKIRTERLLIRNFEWGDWQEVYHYTSQSSVMKYMPEGLLSKEETQNCMKQNMGNSAKKFPVILVNTNTLIGHVDFFKYSGNHTYEIGWVFNPKYHNKGYASEAAFAMLKYGFEELHLHRVVATCQPENVPSYRVMEKIGMRREGYFKKCIPHEDEWWDEYAYAILREEWER				NA	NA	NA	NA	NA
AK148_00118	153	sspP		Small, acid-soluble spore protein P	ATGGGAGGTAAACCAAAAGGTCCAAAACAGCAATCACGCCCTGACTTACCTGAAAGCCCCAGGCAACCTTATGGAGAACCGTTAGCTGGCTCTAAAAAGGTGAAAAAGGCAAATCATTCAAGTCAAAAGCATAATCCACATCATGGGTTATAA	MGGKPKGPKQQSRPDLPESPRQPYGEPLAGSKKVKKANHSSQKHNPHHGL	PGPT0024935_39	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024935-sspP|cotL-K06433	NA	NA
AK148_00119	369			hypothetical protein	ATGAATGTTATTGAATTTCAACAATGTGTAAAGGAATATTATGAAAGTAGGGGCTGGTCCGAATTAGACATTTTTATTCGTATCGGTTTTTTAGCAGAAGAAACGGGTGAAGTTGCACGTGCTATAAGAGCCCTTGAGATAGGAAGGGATAGACCTGATGAAATGAAGGAAACTTATGAGAAAAATAAACAAGCGTTAACTGAAGAATTAGGGGATGTGTTGGGTAATTTAATCGTGATTGCAAATAAGTATAATATCCCGCTAGAAGATGTGTTTCAGTCACATAAGAAGAAACTCTCCGATCGTTATTTTAATGATGAGGCAAATAAAAGCTTTAACAATCAGTGGGATGAAAAAACCTCCCACTGA	MNVIEFQQCVKEYYESRGWSELDIFIRIGFLAEETGEVARAIRALEIGRDRPDEMKETYEKNKQALTEELGDVLGNLIVIANKYNIPLEDVFQSHKKKLSDRYFNDEANKSFNNQWDEKTSH				NA	NA	NA	NA	NA
AK148_00120	291			hypothetical protein	ATGGAGCAATTATTGAGACAAATTAAGCTACTAAGTGAAAAAGAACCAAAAACATTGGAGCAAATGGTACTAAAATTAACAGAAGAGGTTGGAGAAACATCACAAGCAATATTATCTTACTTAAAAGCAAATGGAAGTGAATATAAACAATTAGGTATTCATGAAGTAAAAGAAGAATGTGTAGATGTCATTCTTGTAACTTTAGCCTTATTCTATAAAGTAGCTGAAAATGAAAATGAGTTACAAGAATTAATAATAACAAAAATGGACAAATGGCAGCGTAAAATGTAA	MEQLLRQIKLLSEKEPKTLEQMVLKLTEEVGETSQAILSYLKANGSEYKQLGIHEVKEECVDVILVTLALFYKVAENENELQELIITKMDKWQRKM				NA	NA	NA	NA	NA
AK148_00121	393	mscL	COG1970	Large-conductance mechanosensitive channel	ATGTGGAAAGATTTTAAAGAATTTGCGTTTAAAGGAAATGTGGTTGATTTAGCTGTAGCCGTTGTAATTGGAGCAGCATTTAGCGCCATTGTAACCTCCTTAGTAGAAAATATGATTACACCAATTATCGGCATTATTATGAATGGCATCGATTTTAGCAATTTATCAATTACCTATAAAAGTGCGACTATTAATTATGGGTTGTTCATCCAATCCATTGTTGATTTCTTTATTGTTGCAGGTTCTATATTTCTATTTATTCGGTTATTAATGAAATTTAAACGTAAAAGAGAAGAAGATCCTGTAGAGGAAGTACTAGAAGTGAACGCCCAAGAAGAATTATTAAAGGAAATAAGGGATTTATTGAAAGCGCAGAGGAACAACCAGAAATAG	MWKDFKEFAFKGNVVDLAVAVVIGAAFSAIVTSLVENMITPIIGIIMNGIDFSNLSITYKSATINYGLFIQSIVDFFIVAGSIFLFIRLLMKFKRKREEDPVEEVLEVNAQEELLKEIRDLLKAQRNNQK	PGPT0013771_2526	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013771-mscL-K03282	NA	NA
AK148_00122	600			hypothetical protein	TTGGAGATTAAAGCCTATCATCCTAAGTATGAAAAAGGGTGGTTACAATGTAGGGTATTGGCTTTTCTATCAACAGCTTACTATGATAATGTCTTACAAGAAAAAGAAAACTATAAGCACCCGTCTATTGAATTGGTGGCTATCCATCAAAGTAAAGTAGTTGGGCTGATCGATGTAGAATATGAGACGGAAAAGAATCAGGTATGTACAGGTGAACGGGGGCTTGGAGGCATGATTTGGCATCTTGCTGTACACCCTGATTATCAGCGGCTTCAAATTGGACAGCATTTATTACACCGAGTCGAAAACCTTGCCATTGAAAAAGGTTTGACCTATTTGGAAGCATGGACAAGAGACGATAACTGGGTTGTAGACTGGTATAAGAAAAATGATTTTCGCCCCGTTTATGCTTATTTGCATGTTTTTATGGAAGGTAAAAGTGAAATGCAACATGTAAAAAGTGAGATTAAAGCACTTCGTCCTGTTCAAACTTGGGCTCATTACAATGGGGAGAACGAAGAATCTATTCGGCAAACATTTGAGCGAGTGCATACATGCACCGGTTTGGAAAAGAGGTTAGATGATGCTAAACGTTTATGA	MEIKAYHPKYEKGWLQCRVLAFLSTAYYDNVLQEKENYKHPSIELVAIHQSKVVGLIDVEYETEKNQVCTGERGLGGMIWHLAVHPDYQRLQIGQHLLHRVENLAIEKGLTYLEAWTRDDNWVVDWYKKNDFRPVYAYLHVFMEGKSEMQHVKSEIKALRPVQTWAHYNGENEESIRQTFERVHTCTGLEKRLDDAKRL				NA	NA	NA	NA	NA
AK148_00123	534			hypothetical protein	ATGCTAAACGTTTATGAAAGGCTTCTAACTGGCGATAAACAGCAAAAGCAAGCGTATGAAGTAATCATGCATTTAAATGTACTGCATGATTTAAAAGCATATAATCCGATTTTATGCGGTACATTTCCGTTAGGGATTCACACTTCTAAGTCAGATTTAGATATCATTTTACATTCTAAAGATTTGTGGTGTTTGGAACAGAAGATCAAGCGGTTATATTCGCACCATGAATCATTTACATTAAAACGTAAAAATATTCGCGAACGGGAAGTGTTGAAAGTGAACTTTATTTATCAATCATTCTCTTTTGAACTTTTTGCGCAAAATCAGCCAGTCAATGAGCAATACGCCTACTTGCACATGATTATTGAAGAAAAAATATTGTTAAAGTATCCTGAATGGAAACAGAAAGTGATCCACTTCAAACAATCAGGGGTGAATACAGAGGCAGCTTTTTGTAAACTACTAGGGCTAGAAGGGGACCCCTTTGAAGCGTTAATTCAATATGGGAAACAAAATCATATTATAGCATAA	MLNVYERLLTGDKQQKQAYEVIMHLNVLHDLKAYNPILCGTFPLGIHTSKSDLDIILHSKDLWCLEQKIKRLYSHHESFTLKRKNIREREVLKVNFIYQSFSFELFAQNQPVNEQYAYLHMIIEEKILLKYPEWKQKVIHFKQSGVNTEAAFCKLLGLEGDPFEALIQYGKQNHIIA				NA	NA	NA	NA	NA
AK148_00124	393			hypothetical protein	ATGTGGAATCATCATGGGAAGTGTTGTCCCCCAAAGCAGGTCGTTCATCCAACAAAATATGATTGTGTAAAACAATGTAGTGAAAATGTTGTAGAGCATATTCACCCTTCGCATACGACGGTGCAAAATCATCATACGACAATTAATAAGCATGTATTTCCTCATTCTACTTCTGTACAAAATACAAATAGCAGTGTAGATGTATACGGTGGGTCTTTTAATGTGCCATCTCAAGTAGGAGGGGCAATGGCACCAGGAATGGGAAATGGTCAAGTAGCAGGAGCAATGGCGCCAGGAATGGGAAATGGTCAAGTAGCAGGAGCAATGGCACCTGGAATGGGTTACGGCTGTCATAAGCCAAAACATTGCCAACCACCACATAAATGGTGTTAA	MWNHHGKCCPPKQVVHPTKYDCVKQCSENVVEHIHPSHTTVQNHHTTINKHVFPHSTSVQNTNSSVDVYGGSFNVPSQVGGAMAPGMGNGQVAGAMAPGMGNGQVAGAMAPGMGYGCHKPKHCQPPHKWC	PGPT0025150_46	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025150-cotD-K06327	NA	NA
AK148_00125	555			hypothetical protein	ATGAAAATTTTAACCGTAACAGGATATAAACCAATGGAAATCAATATATTTAAAGAGGATGATGAACGGATTACATATGTAAAGACCGCAATAAAAAAGCGTTTAATACCGATGATCGAGGAGGGCTTGGAATGGGTCATCCTATCTGGACAAATGGGTGTGGAAATGTGGACTGCAGAGGTGATATTGGATTTGCAAGATAATTATGATGTTCAATTAGGAATATTTCCACCGTTTGAAAATCAGGACAGTCGCTGGCCGGAGCCACTGCAAGAGAAGTACCAATCCATCGTTGCAGCAGCTAATTTTTATAAACCCTTATATCAAGGCGATTATCGAGGAGCCTATCAGTTTAAAGCAAAAAACTTATGGCTAGCGGATAAAAGCGATGCCTGCTTATTACTTATGGATCAGGAGTATCCAGGAAGTACACGCTTCTTTTATGAAATAGCTAAACAATCTTTACCAGATCATTTCATTTATACGATTACACCGGCGGATTTAGACGATGTTGTTGAAGAAATTAGGATGGCTAATCCTGATTACTGGATGTAA	MKILTVTGYKPMEINIFKEDDERITYVKTAIKKRLIPMIEEGLEWVILSGQMGVEMWTAEVILDLQDNYDVQLGIFPPFENQDSRWPEPLQEKYQSIVAAANFYKPLYQGDYRGAYQFKAKNLWLADKSDACLLLMDQEYPGSTRFFYEIAKQSLPDHFIYTITPADLDDVVEEIRMANPDYWM				NA	NA	NA	NA	NA
AK148_00126	969			hypothetical protein	TTGATAATAAAGCCATTGCAAGCTCCACATTATCTTTTACAAATGGAAGCATTAGCACGAAGAATTTCGCCTCATCACATATTAAAAGAGAGCATTACAAGTAAAGCGAAACGATTGCGAGCAGGTTATATAGGCGAAGCATCCCTTGAATATTATCTCCAATTTTTACCCTACCATAATTTCTTCATCTTCTATAATATTCGCTTGAAAGATGAACACGGCTATTTTCAAATAGACATTCTCGTTGCCTCTACGAAGTTTCTCTTCATTTTGGAAGTGAAAAATATTAAAGATCATGTAATTTTTGATGACATGGGACAAGCTATTCGCTTTGTAAATGAAAAAGAAGAAGCTTTTACTCATCCAATATACCAAATAAATTTACAACACACGAGATTGCTTCGATGGTTGCGACAATACAACCTTCCGCCAGTCCCACTTGAAAAATTAGTCATTTATACTCACCCCAAGACCATTCTTAAAAATCTCACAAACGATCCGACGATTTCAAAACATATTATTCAAAAAGAAAAGCTACTTGAAAAGGTGGAGCTATTTCAAGAAACATATACGCAATCTTGCTTATCTGAAGAAGAACTGCTTCGTTTATCCTCTCTCCTAATTTCTTCCCATACAACAAAAGAGGTTGCTGTTATGCAGAAGTATGCGCTGACAAAGAATGAGCTTCTTCGAGGTGTATTTTGCTTTAACTGTAAGAAAAGCAAAATGTACTTTCATTATGGGACGTGGCGGTGCAGTAGCTGTCATCAGCAATCAAAAACAGCTCATCGACATGCGCTTTCTGATTATGCTTTATTGATAGAACCGTATATAACGAATCGCCAAGCTCGAGAGTATTTAGAAGTACCATCTTCCCATATGATGAAACGATTACTTATGAAAGAAAAAATGAGCGCTGTTGGAAATACTAGTGGCAGAAAATATAAGGTAGAAGTTTTACGATTCTAA	MIIKPLQAPHYLLQMEALARRISPHHILKESITSKAKRLRAGYIGEASLEYYLQFLPYHNFFIFYNIRLKDEHGYFQIDILVASTKFLFILEVKNIKDHVIFDDMGQAIRFVNEKEEAFTHPIYQINLQHTRLLRWLRQYNLPPVPLEKLVIYTHPKTILKNLTNDPTISKHIIQKEKLLEKVELFQETYTQSCLSEEELLRLSSLLISSHTTKEVAVMQKYALTKNELLRGVFCFNCKKSKMYFHYGTWRCSSCHQQSKTAHRHALSDYALLIEPYITNRQAREYLEVPSSHMMKRLLMKEKMSAVGNTSGRKYKVEVLRF				NA	NA	NA	NA	NA
AK148_00127	672		COG2968	26 kDa periplasmic immunogenic protein	ATGTATCCCAACTATTATCAAATGCCTACAAGAACTGAGTCCGTCTCAAATAGGACAATGAAAGTGTATGGAACAGGAAAAGTAATGGTGGAGCCAAACATTGCTTCGGTTCAATTAGGAGTCGTTACTGAAGATGCTTCCCTGACGAAAGCGCAACAGGAAAATGCGCGCATCATGAATCAAGTAATTCAATCTTTAAATGAATTAGGTGTACCTCCACAAGCAATACAAACCTCTTCCTTTACTATCCGACCTATTTTTGACTATAAAGATGGAAAGCCTGTAAATCAACGGTATCAGGTTATGAACACGCTTCAAGTTATGCTTACAGATTTTGAAGCAATAGGAGCTATTATTGATAGGACTGTTCTAGAAGGAGTAAACCGCGTATTTGATATTCAATTTTCAACTGATCAGCAAGCAGCCGCTTATGATCAGGCTTTGCAAAGTGCTTTAGAGGATGGAACTCGCAAAGCCAGCACCATTGCCCAAAATTTCCATGTAGTTCTAGATACCATTCCGCTTAAAATTATAGAACAAACCTCACCATCTCCAGTAGCTTATAAAGCCTTTTCTGCTACTGCTGAAAGTACTACGACCCCGATTCAAGCCGGTCAAATAGAAGTAGAAGCAAATGTGGAATTGTTATATCGGTATGCATTTGTCCAATAA	MYPNYYQMPTRTESVSNRTMKVYGTGKVMVEPNIASVQLGVVTEDASLTKAQQENARIMNQVIQSLNELGVPPQAIQTSSFTIRPIFDYKDGKPVNQRYQVMNTLQVMLTDFEAIGAIIDRTVLEGVNRVFDIQFSTDQQAAAYDQALQSALEDGTRKASTIAQNFHVVLDTIPLKIIEQTSPSPVAYKAFSATAESTTTPIQAGQIEVEANVELLYRYAFVQ	PGPT0012980_2172	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012980-yggE-K09807	NA	NA
AK148_00128	366			hypothetical protein	ATGGATAAAGAATCGAAAAAGGAGTATGAAGTGAATGAGCGAATTCAATATACTGATCCCATTAGTGAAATGGTTAAACGGGCAGAAAGGGAAGGACAATTTGAAAATTTACCAGGAAAAGGAAAGCCGCTAAAATTAAAGGGGGATAATTTTAGTCAAGAACAGCAGTTATATAAAACAATGAAGGATAATCACGTATTATCAAAATGGATCGAATTAGCTAATGAAATTGACGTGTTAAAAGAAGAACTAGCTATTTTGCATGTAGAAGAAAGAAAGGCCAAAATAAAACTTACGAATAAAAAAATTAAACAATACAATCGCTTGTGCCCGCCTTCTTTACAGCGAAACAAAATACATGAATAA	MDKESKKEYEVNERIQYTDPISEMVKRAEREGQFENLPGKGKPLKLKGDNFSQEQQLYKTMKDNHVLSKWIELANEIDVLKEELAILHVEERKAKIKLTNKKIKQYNRLCPPSLQRNKIHE				NA	NA	NA	NA	NA
AK148_00129	480			hypothetical protein	ATGAATTTTAGCATACGCAAGATGGAAGAAGCAGATATTGAATTTGTTCAACAAGTAGCAGTAACAAGCTGGCACGCCACGTATGAAGGAATTATACCTAAAGGTACTCGAGATACATTTTTAGCTGGTGCTTATAGTGAAGATATGTTGCTTAGACGGTTAAAAAGATCGCATTTTTTCGTTGCTGTAGTAGACGAAAAGGTGATTGGATTTGCAAATTTTTCTCCTGTTACAGATAAAGGAACAATGGAATTAGCTGCTATTTATATATTGCCAGAATATCAAGGGTTGGGAGTAGGTACAGCACTATTAGAAGCTGGAAAACAAATAAATCGCAATGCAGCAATTTATATTCAGGTTGAGAAAGAAAATAAGCAAGGCACGCGTTTTTATGAACATAAAGGCTTTAAAAAAGTAGAAGAATTCACGGAAGATTTTGCTGGGCAACAATTGCAAACAGTTCGCATGGTGCTTTCATAA	MNFSIRKMEEADIEFVQQVAVTSWHATYEGIIPKGTRDTFLAGAYSEDMLLRRLKRSHFFVAVVDEKVIGFANFSPVTDKGTMELAAIYILPEYQGLGVGTALLEAGKQINRNAAIYIQVEKENKQGTRFYEHKGFKKVEEFTEDFAGQQLQTVRMVLS				NA	NA	NA	NA	NA
AK148_00130	384			hypothetical protein	ATGAAAATTTATCGTTTTTCAACCGCGTATGCAAAGCAAGTTACAGCACATGAATCAAAAAATCTAAGCATTACACCGTTATTAAAACTTGATAAAGCTTCCATCCAAATGAGCTATCTATATCTAGAAGCTGGCGGTGTTGTTGGTGAGCATGCGACTTCAACAGGTCAGCTTCTTTTTGTAATTGAAGGAAGTGGGGAAGTAAAAGGAGCTGAAGGATACTTTCTACCTGTTCAAAAAGGAGAAGCTGTATATTGGGAACAGAATGAACGGCATGTAACGCAATCAGAACATGGGTTAACGGCTATTGTCGTTGAAGCGGCTATACTGAATCTATCTCATGATATATGCGCTGAAATGATAGAAAGAAACGAACACTATTAA	MKIYRFSTAYAKQVTAHESKNLSITPLLKLDKASIQMSYLYLEAGGVVGEHATSTGQLLFVIEGSGEVKGAEGYFLPVQKGEAVYWEQNERHVTQSEHGLTAIVVEAAILNLSHDICAEMIERNEHY				NA	NA	NA	NA	NA
AK148_00131	507			hypothetical protein	TTGCAGACACGTCAAGCAAATATAGATGATGCCGCATCTATAGCTAAAGTTCATATAGATAGCTGGAAAACAACGTACAGCGGAATCGTGCCAGATGAATTTTTACAAACTTTAACGTATGAGCCAAAAAAATGGCGCGAGCAAATAGTAAATCAACCAATCCATATAGCTGAAGATAAGGACGGCTATATGGTTGGTTTTGCTACAGGTGGCAAAGAAAGGACAGGGAAATATGCTGGATATGATGGTGAACTTTATGCTATTTATCTTTTAGAAGACTACCAAAGAAAAGGAATAGGGAACATGTTGTTTCAAAAGGTTGTGGAACAGCTCTATAAGGACGGTGTAAATACAATGATTGTCAAGGTATTAGCGGATAATCCAGCGAAACATTTCTATGAAGCTATGGGTGGAAGCTTGCTCCAGCGCACAAAGTTGCATGTTGGAGGTCATGAATTACCAACGCTTGTATATGGTTGGAAAGATATAAGTATTTTTACACAATAA	MQTRQANIDDAASIAKVHIDSWKTTYSGIVPDEFLQTLTYEPKKWREQIVNQPIHIAEDKDGYMVGFATGGKERTGKYAGYDGELYAIYLLEDYQRKGIGNMLFQKVVEQLYKDGVNTMIVKVLADNPAKHFYEAMGGSLLQRTKLHVGGHELPTLVYGWKDISIFTQ				NA	NA	NA	NA	NA
AK148_00132	543	aacA-aphD		Bifunctional AAC/APH	ATGCAAAATAATCTTTTCATTCGGCCATTAAACAAGGAGCATCAAGCACTGCTAAGGAGTTGGTTGTGTGACCCTTCTGTTTTACAATTTTATGGAGGGAGGGATAAATCCTATACAATGGAAATGATAGAGGATAAATTCTATACAAATAATGCATTAATATCCCGCTGCATTATATATTGTAATGAAATTCCAATTGGTTATTTGCAGTATTATCCAATTAATAGTTGTACAAGTAATTTGATGCCCCTTGTAGGTTCAAGCGCTTACGGTATGGATCAATTCATTGGTGAAGGTAATTATCGAAATAGAGGAATTGGAACGGAGCTTATAAAAAAAGTGACGGCATTTCTCATTGAAGCGTACGGTGCGTCCAAGGTTGTCCTTGACCCACATGTAGAGAACGTTAGGGCGGTAGCCTGTTATGAAAAAGCAGGATTTCAACGTGTGAAAAAATTATTGCATTATGCGTTTCATGAAGGGAAATATCATGACTGTTGGCTATTGACGTATGACACTGATAAAAAAGTGCATCGTTCATAG	MQNNLFIRPLNKEHQALLRSWLCDPSVLQFYGGRDKSYTMEMIEDKFYTNNALISRCIIYCNEIPIGYLQYYPINSCTSNLMPLVGSSAYGMDQFIGEGNYRNRGIGTELIKKVTAFLIEAYGASKVVLDPHVENVRAVACYEKAGFQRVKKLLHYAFHEGKYHDCWLLTYDTDKKVHRS	PGPT0028650_65	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028650-aacA-K00663	NA	NA
AK148_00133	930			hypothetical protein	TTGCAAAGTACAAAAGTATTAGAGTTCTTTCAAATAGCTGTTGATAAAGAGCCCAAAAGTATTTACCCTTTTTCTCCCGTTTACCATGTCCCATATAAAGGAAAAGACGTTATTGTGAAGAAAACGCAAAAACCACTCGAACGTGCTGAAGCATTAGCGAAATACACACGATTTTTACGAGCAAATGGCGTTCCTATTGTTACACCGATAAAAATGGACACAAATAACCCGCAAGAACTGGAAGATGCGTGTTACGTTGTGTACCCATTTATCCATGGGAAATCGTATACAGCGACACATACACAAATATATGCATCGGGTTGTTTATTAGGGCATATTCATGCGTTATCACCAAAAGGAGAATTATTTCAAATTCCAGAATATGCTGTGTATGATTTCACGAATGAAGAAGTAGAGGAAAGCGTACGAGCGATTACAACTCATGCTAAACGGAACCGTGTTACTTTTCCTATTACTCAGTTAGAAGAAAAATTACTTTCCTGTGTAACCAAACAATCTTGTTTGAAGGAACTTCTCTTGCCCCATGTTTTAACACCGCATGATTATAAAGCGAATAATCTAGTCTTTACACCTGAACCTTATTTGATTGATCCCGACAATGCTGCAAAAGTTCCGCGTGTTTTTGATTTAGCTTTAGCATTATTATTATTTCATAATGAATTGTCATCTGCACCTGATTACGTATTTACCGTAGAACAATGGAAGACGTTTTTATCTGGCTATTATCAGTTTGTACAAGTAACAGAAGTAGAAAAAAGAGTGTGGAAAATGGCTTTAGAGCATGTGTTTTTAGACGAAGTAATGTGGCTGATGGCGGAAGTTCCTGAAGACTGGGAAAAGCCATCGCAACGTCAGCTCTTTTTAAGTGTTGTTCATTTGCTTTTACATAGCCAACCATATGAAATTTGA	MQSTKVLEFFQIAVDKEPKSIYPFSPVYHVPYKGKDVIVKKTQKPLERAEALAKYTRFLRANGVPIVTPIKMDTNNPQELEDACYVVYPFIHGKSYTATHTQIYASGCLLGHIHALSPKGELFQIPEYAVYDFTNEEVEESVRAITTHAKRNRVTFPITQLEEKLLSCVTKQSCLKELLLPHVLTPHDYKANNLVFTPEPYLIDPDNAAKVPRVFDLALALLLFHNELSSAPDYVFTVEQWKTFLSGYYQFVQVTEVEKRVWKMALEHVFLDEVMWLMAEVPEDWEKPSQRQLFLSVVHLLLHSQPYEI				NA	NA	NA	NA	NA
AK148_00134	354			hypothetical protein	ATGGAACCTCATCGAAATTCGATTGAACAGACGTTATTAGCGTACAAAAAGGGTGTAGACATCTTTTCAAAACAAATGCCTGCATTTACGAAAAAGTATCATGATTTTACAGAAGCTTGCTTTCAAGAAGGAGAGCTTTCTGCTAAAGCAAAGCAGTTAATAGGTCTAGGTATCAGCTTACATGCACAAGATGAATATTGTATTATTTATCACACAAAAGGATGCTTGGACCAAGGTTGTACAAAGCAGGAAATTTTAGAAGCGGCAGCTGTTACAGCAGCATTTGGTGGTGGAGCATCTATGAGCCAAGCAGTAACACTTGTTCTAGAGTGCATTAACGAACTTTCAAACTAA	MEPHRNSIEQTLLAYKKGVDIFSKQMPAFTKKYHDFTEACFQEGELSAKAKQLIGLGISLHAQDEYCIIYHTKGCLDQGCTKQEILEAAAVTAAFGGGASMSQAVTLVLECINELSN				NA	NA	NA	NA	NA
AK148_00135	108			hypothetical protein	ATGAAGAAATTAATCCGAAAATTAATTAAATATGGACCAGTCATATATCCAGTAGTGAAGAAATACCTTCATAAACGAAAATCGAATAAAACCTATTATGGTGAATAA	MKKLIRKLIKYGPVIYPVVKKYLHKRKSNKTYYGE				NA	NA	NA	NA	NA
AK148_00136	420	fosB	COG0346	Metallothiol transferase FosB	ATGATGAAGGGAATAAATCACGTTTTATTTTCTGTTTCCGACTTAGAAAGGTCGGTTATATTTTATGAACAAGTCTTCGGGGCAAAGCTGTTAGTTAAGGGTAGAAGTACTGCATATTTTGATTTGGATGGGCTGTGGATTGCTTTAAATGAAGAAAAAGACATCCCACGGCAAGAAATCCATCAATCTTATACGCATCTCGCATTTTCCATTGATGAAGCAGAGTTTGACAGAGCATATGATTTATTATGTAGGTTAAATGTGAATATTTTGCAAGGAAGAGAAAGAGATGTGAGGGATAAAAAATCCATCTATTTTACAGATCCTGATGGGCATAAGTTCGAATTTCACACAGGTACTTTAGCAGATCGATTAACTTATTATAAAAAGGATAAACAGTATATGAATTTTTTTGAATAA	MMKGINHVLFSVSDLERSVIFYEQVFGAKLLVKGRSTAYFDLDGLWIALNEEKDIPRQEIHQSYTHLAFSIDEAEFDRAYDLLCRLNVNILQGRERDVRDKKSIYFTDPDGHKFEFHTGTLADRLTYYKKDKQYMNFFE	PGPT0028560_115	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-FOSFOMYCIN_RESISTANCE,PGPT0028560-fosB-K11210	NA	NA
AK148_00137	321			hypothetical protein	ATGAAAAAAGTAACGCTCGGTTTGTTAAGTCTATCCTTGTTATGGTTGAGTGGTTGTGCCCTATTAGAGGAAACGACGAATTCTTTAAATTATGCAGAGGAAGCAACTGCCTACGTTAATGATTTAAACCATTTTCTAGAAGAAGCTTCTACTTTAGAAGCAGATGAACTAAGAACAGAACTGGAAAATCTACAAACTACAATAACTGACTTTATTGATATCGACCCGCCTACCATTGCTGAAGACATACACGAAGAATTAAAAAGTAGAAGTGATCAATTATTAGATACAACGAACGATTTAATGAATCAAGGGAGGTAA	MKKVTLGLLSLSLLWLSGCALLEETTNSLNYAEEATAYVNDLNHFLEEASTLEADELRTELENLQTTITDFIDIDPPTIAEDIHEELKSRSDQLLDTTNDLMNQGR				NA	NA	NA	NA	NA
AK148_00138	765			hypothetical protein	ATGCAAAAAAGAAAATGTGTATCGATATGTGTGATTTTGCTTTTGCTTTTAACAAGTGAACAAGCAATAGCAACTTCTCTTCATGAACCTTTAACAAAATCCAGTTCAATGGATAATAAAGAACGACAGCGTTATAATGAAATGTTATTGATGTATACGGCGAAGGAAATGGGCATTCAAGTAGAAGGGAAATCTAAGACAACATTACAAAAAGAAGTAGAGCAGTCAATCATAGAACAAGCTAGGAAAAAATATGCCATTCAGCCAGAAGGAAGAAGTAAAAGAGAGCTACTAGAAGCGATTCATTATACGCAGGTGGTTCAAAAAGCAAAACAGCTTGGTTTAAAAACAACTGGAAAATCGACAGAACAATTAATGACAGAAGTATTTGATAAACAATTAAGGAAGAAAGCCAACCAATTGGGGGTTGTATGTGAAGGTAAAACGACAGAACAATTAAAACAAGCATTAATCCAATTTGAGGTAGAGGTAGAAGCAAAGCGATTAGGAATAAAGCAACGTGAAAAAGGCATAGATCAGCTAATTAAAGAAGTACATGAAGCTAAATTATACCATACTGCAGAACAATTAGGGTTACTTACAATGCATAAAACTCCTGTTGATTTAATGGAAGAAATTATTGTTAACCATGCAACAGAAGCAAAAGAATTACAGTTATACCCATTTCAAAATGGGGAACTTCATAGCTACCTTCACTTTAAATTTGAACTAGAGAATCGCTTTATAATATTTACAAACAAGTAG	MQKRKCVSICVILLLLLTSEQAIATSLHEPLTKSSSMDNKERQRYNEMLLMYTAKEMGIQVEGKSKTTLQKEVEQSIIEQARKKYAIQPEGRSKRELLEAIHYTQVVQKAKQLGLKTTGKSTEQLMTEVFDKQLRKKANQLGVVCEGKTTEQLKQALIQFEVEVEAKRLGIKQREKGIDQLIKEVHEAKLYHTAEQLGLLTMHKTPVDLMEEIIVNHATEAKELQLYPFQNGELHSYLHFKFELENRFIIFTNK				NA	NA	NA	NA	NA
AK148_00139	1422	farB		Fatty acid resistance protein FarB	GTGACTTTAGAAAATACAACAACAAATAATCCAAGAGAAGTAAATAAAGTACCACTGCTTATTGTTTTAATCTCAGGTGCATTTGTTGCCATTTTAAATCAAACTTTATTAGCAACTGCTTTGCCAAAGATTATGCAAGATTTGCAGTTAGACGCCAATACTGTTCAGTGGTTACAGTCTATATTTATGTTAGTAAATGGCATTATGATTCCAATTACGGCATTTTTAATTGAACGATTTACGACAAGAGGACTCTTCCTAACAGCACTAAGTATATTTGCGGTAGGTACGCTTATATGTGCAATCGCGCCTAACTTTTCTGTGTTAATGGTTGGGAGAATCGGTCAAGCAGCGGCCGCAGGCATTATGATGCCATTAATGCAAACGATACTATTCCTGATCTATCCAATTGAAAAAAGAGGTACAGCGATGGGGATGTTCGGTATGGTGATTGCTTTTGCGCCAGCTATAGGGCCGACATTGTCTGGATGGCTAGTAGAGCACTTTCCGTGGAGAAGTGTATTCTATGTCGTATTGCCAATTATTATGATCGACATCGTTGTTGCCTATTTCATCTTAAAAAATATTACGAAACAAACATTTCCAAAAGTAGATGTGATATCGATTATCTTGTCTACATTGGGCTTTGGTGGTTTATTATATGGATTTAGTGTGGCAGGTAATAGCGGTTGGGGAAGCGCACAGGTAATTATATCGTTAGTTGTTGGTGCCATTACATTAACCATGTTTATTTTAAGGCAGATGAAATTGGAACAACCTATCTTAGAATTTCGTGTATTTCGTAATGCTGTTTTTTCTTTAACAACAGCGTTAGGAATGGTTACTTTTATGGCAATGATTGGCGCAGCAGTTATCATTCCTATTCTTGCACAAAATATGCTTGGGTTTACCGCCTTGGAATCTGGTTTAATGATTTTGCCTGGTGCCATTGTTATGGGAGTAATGAACCCAATTACTGGAAGATTATTTGATCGATTCGGTGCCCGTTGGTTAGCCATTATTGGTCTGTCTATTGTCACGATAACGACATTTATGTTTACAAATATATCTATTAATACGTCATTTGGCTATATTGCAACAGTAAATGCAGTTCGTATGCTTGGAATAGCCATGGTCATGATGCCTGTTACAACGGCAGGATTAAACCAGTTACCAGTCCATCTTATACCGCATGGAACGGCTATGAATAACACGATGCGCCAAGTTGCTGGAGCTGTTGGAACAGCTTTGCTAGTAACAGTGATGACAAATGCTGCATTACCAGATCAAGGTATTCAAGGAATGATTCATGGAGTAAATATTTCATTTATTGTAGCTGGAGTGTTTGCGTTTATAGCACTTGTCTTATCTCTATTTATCAAAACGGAATCAAACAAAGGGTCGGTTAAACTTAGTAGATAA	MTLENTTTNNPREVNKVPLLIVLISGAFVAILNQTLLATALPKIMQDLQLDANTVQWLQSIFMLVNGIMIPITAFLIERFTTRGLFLTALSIFAVGTLICAIAPNFSVLMVGRIGQAAAAGIMMPLMQTILFLIYPIEKRGTAMGMFGMVIAFAPAIGPTLSGWLVEHFPWRSVFYVVLPIIMIDIVVAYFILKNITKQTFPKVDVISIILSTLGFGGLLYGFSVAGNSGWGSAQVIISLVVGAITLTMFILRQMKLEQPILEFRVFRNAVFSLTTALGMVTFMAMIGAAVIIPILAQNMLGFTALESGLMILPGAIVMGVMNPITGRLFDRFGARWLAIIGLSIVTITTFMFTNISINTSFGYIATVNAVRMLGIAMVMMPVTTAGLNQLPVHLIPHGTAMNNTMRQVAGAVGTALLVTVMTNAALPDQGIQGMIHGVNISFIVAGVFAFIALVLSLFIKTESNKGSVKLSR	PGPT0029035_2	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029035-mdeA-K18936	NA	NA
AK148_00140	1092	proB	COG0263	Glutamate 5-kinase 1	GTGAGGAAACAGAGAGTTGTCGTAAAAATAGGAAGTAGTTCGTTAACAAATGCACATGGTGAAATGGATGAGGCAAAGTTAACCGAACATGTGGCAGCGATTGCCAAGCTTCGCGAATCAAACCATGACGTTATTTTAGTTTCATCAGGTGCAGTGGCCGCAGGTTTTCCGCAAATTGGCTATGCATCAAGGCCTGTAACCTTAAAAGGAAAGCAAGCTGCAGCAGCTGCAGGACAAGGGTTGTTAATCCAATCATATATGGAAAAATTTTCAGAATATGATTTGCGAGCTGCACAATTATTATTGACGAGAGACGATTTTAAAGATCGAGAACGATATAAAAATGCGTTTAATACGTTAATGGAACTATTAGAACGGCGAGTTATTCCAATTATTAATGAAAATGATACGGTATCCATCAAAGAACTTACATTTGGAGATAATGACATGTTATCAGCTTTAGTTAGCGGTATTGTTCATGCAGACCAGCTCATTATGCTGACCGATATTAACGGCATCTATGATGGAAATCCGCGTCAAAATCCAGCAGCTAGAAAATATGACTATCTTGCCCAAATTACAGAAGAAATGGTTGACCAGACAGATCAACATGGGTCGTCAGTAGGTACTGGAGGAATGAAATCGAAGTTGGAAGCTGCAAAGATGGCTTTATCATTAGGCGTTAGTGTGTTTATCGGAACTGGTAACGGCGCTGAAAAATTATCGCATATCATGGAAGGAAGTGGAGATGGCACTTATATCTCTAATCCTGCTAAAGGTTCGATTACGACCAATAAGCAATGGATTGCACTTCATTCAGAGCCAGTAGGTCAAATTTACGTGGATAATGGTGCAGAAGAAGCCATTCTTTATCAAGGAGCAAGTTTATTAGCTGCAGGGGTCCGAAGAGTGCAAGGGCAGTTTAAGGAGGGTGATGTTGTAGAAGTATATGGAGAAAATGGATTAATTGGCAAAGGAGAGACAAGTTGTTCCGCAGATGTAATTATGAAAGAATTGCAACTAAGGAGCGCGGACAAAGATTGCTTATCATCTAGGGTTATTCATCGAGACCGTTGGGTGAGATTAACATAA	MRKQRVVVKIGSSSLTNAHGEMDEAKLTEHVAAIAKLRESNHDVILVSSGAVAAGFPQIGYASRPVTLKGKQAAAAAGQGLLIQSYMEKFSEYDLRAAQLLLTRDDFKDRERYKNAFNTLMELLERRVIPIINENDTVSIKELTFGDNDMLSALVSGIVHADQLIMLTDINGIYDGNPRQNPAARKYDYLAQITEEMVDQTDQHGSSVGTGGMKSKLEAAKMALSLGVSVFIGTGNGAEKLSHIMEGSGDGTYISNPAKGSITTNKQWIALHSEPVGQIYVDNGAEEAILYQGASLLAAGVRRVQGQFKEGDVVEVYGENGLIGKGETSCSADVIMKELQLRSADKDCLSSRVIHRDRWVRLT	PGPT0014220_3399	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014220-proB-K00931	NA	NA
AK148_00141	1248	proA	COG0014	Gamma-glutamyl phosphate reductase	ATGACAGAAGTACAAGAGAAAGGAAAGTTGGCAAAAGTTGCAAGCTACCAGTTGAATGGTATCACAACAAAGGAAAAGAACGAAGCGTTGGAATACATTGCAAAGCAGTTGGTAGAAGACAAGGAGAAGCTATTAAAAGAGAACGAGAAGGATTTACAGATAGGAGAAAAAAATGGCATCTCAACATCGATTTTAGATAGAATTATGTTGGATGATACGAGAATTGAAGCCATGCATGACGCTATATATCAACTTATTACATTAAATGATCCAATTGGAGAAGTTTTGGAGCGTCTTGAAAAAGATAATGGTCTTCGTATGGAAAGAAAACGCGTTCCCATCGGCGTAATAGGAATGATTTATGAAGCGCGACCAAATGTAACGATTGATGCGGCAACATTAGCTTTAAAAACAGGAAATGCGGTTATTTTAAGGGGAAGCTCATCTGCTGCGTTTTCCAATCGAGCTATCGTTGCATCGATTCACCAAGCTTTGGCTAAATCAAAGCTTCCAGTCGATGCGGTTCAACTCATTACGGATACAAGTAGAGAGACCGCACAACAATTATTTACGTTAAATGAATACTTAGATGTATTGATCCCTCGAGGAGGGAAAAACCTCATTCAAAAAGTTTTACAATCTTCAACAGTACCAGTAATTGAAACTGGAGCTGGTAACTGTCATATGTTTATTGATGCTTCTGCTGAGCAAGAGCTAGCTTTTAAGTTGGTTTTAAATGCAAAATTACAGCGTCCGTCTGTATGTAATGCAATCGAATCATTGCTCGTTCATCAGGAATGGTTTAAGGAACATGGAAAATCTTTACTAGAAAAACTGGATAAAAAACAGGTGAAAATTTACGGGGACGAATATGTTTGTAAAGCTTTTTCAAAAGCGAAATTAGCGACAGAAGAAGATTGGTATACAGAATATCTTGATTTAGCAATTAGTGTTAAATTAGTTTCTACATGTGAGGAAGCGGTCAATCATATTAATAAGTATGGCACACGGCATTCAGAGGGGATTATTACGCAGGACAATGAACATGCTGCTTATTTCCAGCAGCACGTCGATGCCGCCGCTGTTTACCACAATGCTTCTACAAGATTTACAGACGGTTTTGAATTTGGGTATGGAGCGGAAATTGGCATTAGTACCCAAAAATTACATGCTAGAGGTCCTATGGGATTACCTGCACTTACTTCAAGTAAGTTTTATATCTATGGAGACGGTCAGATTAGGGAATAA	MTEVQEKGKLAKVASYQLNGITTKEKNEALEYIAKQLVEDKEKLLKENEKDLQIGEKNGISTSILDRIMLDDTRIEAMHDAIYQLITLNDPIGEVLERLEKDNGLRMERKRVPIGVIGMIYEARPNVTIDAATLALKTGNAVILRGSSSAAFSNRAIVASIHQALAKSKLPVDAVQLITDTSRETAQQLFTLNEYLDVLIPRGGKNLIQKVLQSSTVPVIETGAGNCHMFIDASAEQELAFKLVLNAKLQRPSVCNAIESLLVHQEWFKEHGKSLLEKLDKKQVKIYGDEYVCKAFSKAKLATEEDWYTEYLDLAISVKLVSTCEEAVNHINKYGTRHSEGIITQDNEHAAYFQQHVDAAAVYHNASTRFTDGFEFGYGAEIGISTQKLHARGPMGLPALTSSKFYIYGDGQIRE	PGPT0014215_3633	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014215-proA-K00147	NA	NA
AK148_00142	330	csaA	COG0073	putative chaperone CsaA	ATGGTTCATATAGAAGATTTCCAAAAAATAGATATGCGTATTGGAACAGTGAGCAACGCAGAACCATTTCCAGAAGCAAAGATACCAGCAATTAAACTATATATTGATTTCGGGGAGCTAGGCATAAAACAAGCATCTGCTCAGATTACGAAACGATACGAACCAGAAGATTTAGTAGGGAGGCAAGTAACAGCAGTTGTTAATTTTCCGCCTATGCGAATCGCAGGCTTCAAGTCTGAAGTGCTCGTATTAGGTGGAGTGCCAGAAAAAGAGGACGTTGTTTTAATAGCACCTGATGTTGTGGTGGCAAATGGGACAAAGATATCGTAA	MVHIEDFQKIDMRIGTVSNAEPFPEAKIPAIKLYIDFGELGIKQASAQITKRYEPEDLVGRQVTAVVNFPPMRIAGFKSEVLVLGGVPEKEDVVLIAPDVVVANGTKIS				NA	NA	NA	NA	NA
AK148_00143	1686	ilvD	COG0129	Dihydroxy-acid dehydratase	TTGGATAAAGATTTGCGAATTAAAAGTCATGTTTTTAGTGATGGTGTTATGCGGGCGCCGAACCGAGCAATGCTTAGAGCAGTTGGTGTGTCAGATGAGGATTTTAACAAGCCGATGATAGGTGTGGCGAGTACGTGGAGTGAAGTAACCCCGTGTAATATACATATTGATGAGCTAGCTCGTCAAGCAAAAGACGGGGCGCGAGAAGCTGGGGGTGTTCCATTAATTTTTAATACGATTACAGTGTCTGATGGAATATCAATGGGAACGCAAGGAATGCGCTATTCCTTGCCTAGTAGAGATCTAATTGCAGATTCCATTGAAACAGTAGTAGGCGCGGAGAATTTAGATGGGTTAGTAGCTATTGGTGGATGCGACAAAAATATTCCCGGGTGTATGATTGCGATCGCTAATGCGGAAGTACCTGCTGTTTTTGTATATGGTGGAACGATTGCACCTGGCTCTTTAAAGGGGAAAGATATAGATTTAGTGTCGGTTTTCGAGGGTGTTGGAAAGCATAATAATGGTTCCATTGACGGTGAAGAGTTACGCCAAATTGAATGTCACGCCTGCCCTGGAGCAGGTTCATGTGGTGGTATGTATACGGCAAATACGATGGCTTCAGCAATAGAAGCGCTAGGCATGAGTCTTCCAGGAAGTTCTTCTAATCCTGCCGAATCAAAAGAAAAAGCAAATGATTGTAATAAAGCTGGTAAAGCAGTTTATCACTTATTAGAAAAAGGCATTTATCCAAAAGATATTATGACGAAAGAAGCTTTTGAAAATGCCATTACGGTTGTAATGGCATTAGGTGGCTCAACCAATGCAATATTACATTTGTTAGCTATTGCACACGCTATAGAAGTGAATTTAACCATCGAGGATTTTAATCGCATGCAAGTAAAGACGCCTCATTTAGCTGATTTAAAACCAAGTGGTAAGTATGTTATGCAAGATTTACATCGGGTGGGCGGTGTACAAGCTGTAATGAAGTTCCTTCATGAAAATGGGTATCTTCATGGCGATTGCTTAACGGTAACAGGTAAAACAATTGCTGAAAATTTGCAAGAAGCGCCGTCCTTACAAGAAGGGCAAGAAGTGATAATGCCCTTTCATAATCCGAAACGTAAAGATGGGCCACTTATTGTGTTAAAAGGTAACCTTGCCCCAAATGGCGCTGTAGCAAAAGTATCTGGTGTAAAGGTAAGTCGACATGTAGGACCTGCGCGAGTTTTTAATACAGAAAAAGAAGCAACTGAAGCGGTAATGGATAATAAGATTAAAGAAGGAGATGTACTTGTCATACGCTACGTTGGTCCAAAAGGAGGCCCGGGTATGCCGGAAATGCTGTCTATTTCAGCTATTTTAGTTGGAAAAGGGCTAGGTGAAAAAGTAGCTCTATTAACCGATGGTAGATTTTCTGGTGGGACACATGGGCTAGTCGTCGGGCATATCGCACCAGAAGCGCAGGTTGGTGGTGCAATTGCTTTCTTACAAGAAGGGGATATGGTGACGATTGATTCTACGCAAAAAGAGATATCCTTTGCAATATCAGATCAAGAATTAGCGGAAAGACAGAAACATTGGACTGCGCCTCCGTTATATAAAAAAGGTGTGTTAGGTAAATATGCTCATAACGTATCCTGTTCTTCGTTAGGAGCTATTACGGATTATTTAAATAAATAG	MDKDLRIKSHVFSDGVMRAPNRAMLRAVGVSDEDFNKPMIGVASTWSEVTPCNIHIDELARQAKDGAREAGGVPLIFNTITVSDGISMGTQGMRYSLPSRDLIADSIETVVGAENLDGLVAIGGCDKNIPGCMIAIANAEVPAVFVYGGTIAPGSLKGKDIDLVSVFEGVGKHNNGSIDGEELRQIECHACPGAGSCGGMYTANTMASAIEALGMSLPGSSSNPAESKEKANDCNKAGKAVYHLLEKGIYPKDIMTKEAFENAITVVMALGGSTNAILHLLAIAHAIEVNLTIEDFNRMQVKTPHLADLKPSGKYVMQDLHRVGGVQAVMKFLHENGYLHGDCLTVTGKTIAENLQEAPSLQEGQEVIMPFHNPKRKDGPLIVLKGNLAPNGAVAKVSGVKVSRHVGPARVFNTEKEATEAVMDNKIKEGDVLVIRYVGPKGGPGMPEMLSISAILVGKGLGEKVALLTDGRFSGGTHGLVVGHIAPEAQVGGAIAFLQEGDMVTIDSTQKEISFAISDQELAERQKHWTAPPLYKKGVLGKYAHNVSCSSLGAITDYLNK	PGPT0001875_4117	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
AK148_00144	1722	ilvB_1	COG0028	Acetolactate synthase large subunit	GTGAAAGTGCAGGTAAAGCATGAATTGGAAAGTACAAAAGAATTAGTTACAGGTGCTGATGTGTTAATTAATGCCTTAGTAGAAGCAGAAGTGGATACAATTTTTGGTTACCCGGGTGGTGCGGTCTTACCGATTTATGATGCTATTTATCGCAGCAATGCACCATTTGAGCATGTTCTCTCTCGTCATGAACAGGGTTCCATTCATGCGGCGGAAGGATATGCTCGAGTTACAGGGAAGCCGGGGGTAGTTATTGCTACATCTGGTCCAGGAGCTACCAATTTAATTACTGGAATTACCGATGCCATGATGGATTCATTGCCAATTGTTGTTTTTACTGGTCAAGTAGCTAACAGCGTCATAGGTACCGATGCTTTTCAGGAAGCAGATGTCATGGGGATTACCACCCCAATTACGAAGTACAATTATCAAGTAACAAATCTTTTGGAGTTACCAAGAATTATAAAAGAAGCCTTTCATATTGCTTCTACTGGAAGACCAGGCCCTGTAGTCGTAGATATTCCGAAAAATATTTCTTCTGAGTTATCTGATGCTGTTTACGATGATCACTTTGCGCTTCCTGGCTATCAACCAAATAAAAACCCAAATCCATTGCAAATTACGAAACTAATGGATGCATTAAGCAAATCTAGCCGTCCATTAATTTTAGCTGGTGCAGGAGTTATTTTTGCAAATGCAAGTGAGAAATTAATCGCATTTGCAGAAAAGTTTCAGCTTCCAGTTGCGAATACGTTATTAGGGCTTGGAGGGTTCCCAAGATCGCATGACTTGTCACTTGGTATGGCAGGTATGCATGGGAGCTATACAGCAAACATGGCAATCTATGAATGCGATTTGTTAATTAATATCGGTGCTCGTTTTGATGATCGTTTAACTGGTAACTTACAGCATTTTGCTCCTTTAGCTAAAGTAGCGCATATTGATATCGATCCAGCGGAAATTGGTAAAAATGTCTCGACGGAAATACCAGTGGTGGCAGACGCAAAAGAAGCATTAATAGCGTTACTAGCAACTTCTAATGAGCCTGTAGACCGATCAGCTTGGCGAGATCAATTAACTTCGTATAAAAAGCAATATCCGCTTTGGTACGATCGATCGGAAGCATTTATTTCACCACAATGGTTGATGGAACAAATTCATGATTTGTCAAAAGGAGAAGCGATTGTAACTACGGACGTTGGGCAGCATCAAATGTGGGCAGCGCAGTATTATGCGTTTGAAAAGCCCAACCGCTGGGTTACATCAGGAGGCTTAGGGACAATGGGATTTGGATTTCCGGCAGCGATCGGCGCACAATTGGGAGCGCCAGATGATATCGTCATTTCGATTGTAGGGGATGGTGGATTCCAAATGACGTTTCAAGAATTATCCGTCGTAAAAGAGAAAAAATTGCCCGTAAAAGTTATTATTGTCAATAATCAAGCTTTAGGCATGGTAAGACAGTGGCAGGAAAGCTTTTATGAAAAACGTTATTCAGAATCCTTGTTTATGGAAAATCCAGATTTTGTAAAATTAGCTGATAGTTATGGCGTACGTGGCATGCGTGTTGAAAAAGAAAAAGACGTTCCAAAAGTATTACAAGAAGCGTTAGCTTTCGATGGTCCCGTTGTAGTTGACTGTCGTGTTGTACAGCAAACTTCTGTTTACCCAATGATCGCACCTGGTAAGGGAATTCATGAGATGATCGGGGTGAGAAAATGA	MKVQVKHELESTKELVTGADVLINALVEAEVDTIFGYPGGAVLPIYDAIYRSNAPFEHVLSRHEQGSIHAAEGYARVTGKPGVVIATSGPGATNLITGITDAMMDSLPIVVFTGQVANSVIGTDAFQEADVMGITTPITKYNYQVTNLLELPRIIKEAFHIASTGRPGPVVVDIPKNISSELSDAVYDDHFALPGYQPNKNPNPLQITKLMDALSKSSRPLILAGAGVIFANASEKLIAFAEKFQLPVANTLLGLGGFPRSHDLSLGMAGMHGSYTANMAIYECDLLINIGARFDDRLTGNLQHFAPLAKVAHIDIDPAEIGKNVSTEIPVVADAKEALIALLATSNEPVDRSAWRDQLTSYKKQYPLWYDRSEAFISPQWLMEQIHDLSKGEAIVTTDVGQHQMWAAQYYAFEKPNRWVTSGGLGTMGFGFPAAIGAQLGAPDDIVISIVGDGGFQMTFQELSVVKEKKLPVKVIIVNNQALGMVRQWQESFYEKRYSESLFMENPDFVKLADSYGVRGMRVEKEKDVPKVLQEALAFDGPVVVDCRVVQQTSVYPMIAPGKGIHEMIGVRK	PGPT0008185_4597	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
AK148_00145	519	ilvH	COG0440	Acetolactate synthase small subunit	ATGAGGCGGATTATTACGGCAACCGTACAAAATCGTAGTGGTGTCCTCAACCGAATTACAGGAATGCTATATCGACGACAGTTCAATATTGAGAGTATTTCTGTAGGTGCCTCAGAAACAGAGGGTATTTCAAAAATGACGTTTGTTGTTGAAATTGAGGATCATCAGAAGTTAGAACAGCTTACAAAACAGTTAAATAAGCAAATTGACGTATTAAAAGTTTCTGATATTACAGAAAAGGCAATTGTAGCGAGGGAACTAGCATTAATTAAAGTTGGTGGAAGTGGTCAGTTACGTGCAGAGATACAAGGAATGATTACCCCGTTTCGGGCTTCTGTGATTGATGTGAGTAGAGACAGCTTAACTATTCAAGTAACTGGGAGGCCAGATAAGGTAGAAGCACTTATTTCATTGTTAAAGCCGTATGGGATTAAAGAACTAACTAAAACTGGTGTAACAGCTTTCTTACGTGGACAGCAGCCAACACAGGTGACAGAACTTAATGCATTTACGATTTAA	MRRIITATVQNRSGVLNRITGMLYRRQFNIESISVGASETEGISKMTFVVEIEDHQKLEQLTKQLNKQIDVLKVSDITEKAIVARELALIKVGGSGQLRAEIQGMITPFRASVIDVSRDSLTIQVTGRPDKVEALISLLKPYGIKELTKTGVTAFLRGQQPTQVTELNAFTI	PGPT0008205_1507	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
AK148_00146	1044	ilvC	COG0059	Ketol-acid reductoisomerase (NADP(+))	ATGTCAAAAGTACTTTATGAACAGGATGTAAACACAGAGGTTTTAAGAGAGAAACGAATTGCTATTATTGGGTATGGTTCACAAGGCCATGCACATGCTCAGAATTTAAGAGAGAGCGGGTTTGATGTTGTCGTAGGACTGAGACCAGGAAAGTCTCAAGTAAAAGCAGAAGAGGATGGGTTTACAGTCTTGTCGGTAGCAGATGCTGTAAAACAGGCAGAAGTAGTCATGATTCTTTTACCAGATGAAATGCAAACTACCGTTTATACAGAGAGCATTGAACCGAACTTGCAACCTGGAAATGCGCTCGCTTTTGCCCATGGATTTAATATTCACTTTAGTCAAATTGTCCCGCCATCTAATGTTGATGTTTTTCTTGTAGCACCGAAAGGACCTGGTCATTTAGTTCGTCGTACGTATGAAGAAGGAGCCGGAGTTCCTGCGCTTTATGGCATTTATCAAGATGTGTCTGGAAAGGCAAAAGAACTTGCATTAGCATATGCTCAAGGGATCGGCGCTGCACGAGCTGGAGTATTAGAAACGTCTTTTCAAGAAGAAACAGAAACGGATCTTTTTGGCGAGCAGGCTGTATTATGTGGAGGCGTGACAAGTTTAATTAAAGCAGGATTTGAAACCTTAACGGAAGCTGGTTATCAGCCAGAAGTAGCCTATTTTGAATGTTTGCATGAGATGAAGTTAATTGTTGATCTTCTCTATGAAGGTGGCTTGGAAAATATGCGTTATTCTATTTCTGATACAGCCCAATGGGGGGACTTCGTATCAGGGCCACGCGTAGTAAATGAAGAAACGAAAGCTAGAATGAAAGAAATTTTGCAAGATGTGCAAACAGGAGCTTTTGCTAAAGGTTGGATCTTAGAAAATCAAGCGAATCGACCGCAATTTAATGCAATTAATGCGAAAGAGAACCAGCATCCAATTGAGCAAGTAGGAAAGGAGTTACGTGCATTAATGCCTTTTGTTTCAGAGCCGTTACAGAAAAAACAAAATAAACAAAAGGATGTGAAGGTGCATGTCAATAATTAA	MSKVLYEQDVNTEVLREKRIAIIGYGSQGHAHAQNLRESGFDVVVGLRPGKSQVKAEEDGFTVLSVADAVKQAEVVMILLPDEMQTTVYTESIEPNLQPGNALAFAHGFNIHFSQIVPPSNVDVFLVAPKGPGHLVRRTYEEGAGVPALYGIYQDVSGKAKELALAYAQGIGAARAGVLETSFQEETETDLFGEQAVLCGGVTSLIKAGFETLTEAGYQPEVAYFECLHEMKLIVDLLYEGGLENMRYSISDTAQWGDFVSGPRVVNEETKARMKEILQDVQTGAFAKGWILENQANRPQFNAINAKENQHPIEQVGKELRALMPFVSEPLQKKQNKQKDVKVHVNN	PGPT0008735_1329	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
AK148_00147	1551	leuA		2-isopropylmalate synthase	ATGTCAATAATTAACCTGTTCGATACGACATTGCGCGATGGAGAACAATCACCAGGCGTCAATTTGAATAAACTAGAAAAATTAGAAATCGCCAAACAGTTAGAACGGTTAGGTATGGATCGGATTGAAGCAGGTTTTCCTGCTTCGTCCAAAGGCGATTTTCAAGCGGTCAAGGAAATTGCCGACACGATAAAAAATACGTCCGTTACTGCTTTAGCAAGAACAGTCAAGTCGGATATTGATACTGCTTGGGAAGCATTAAAAGGTGCAGATGAACCGCGAATTCATATATTTCTAGCTACGTCGCCAATTCATATGACGTATAAGCTAAAAAAGACGCCGGAAGAAGTAATTACAACAGCAACAGATATGGTGGCATATGCAAAGCAAACATTTTCACAAGTGCAATGGTCAGCGGAAGATGCGTCACGCTCAGATTGGGAATTTTTAGCGCAAATTATTAAAAAGGTCATTGATGCTGGTGCGACTGTTATTAACTTACCAGATACGGTAGGTTACACAACACCGAAGGAATATGGGGAAATGTTCCATTATATTAGAATGAATGTTCCTAATATTGAAAAAGCAGTACTATCATGTCATTGTCATAATGATCTCGGGATGGCAGTTGCAAATTCTATTGCCGCTGTCGAAAATGGTGCGACACAAATTGAAGGAACTATTAACGGTATTGGTGAACGAGCAGGAAATGCATCCTTAGAAGAGATTGCCGTTGCTTTAAAGATTCGTTCTGATTTTTATCCTTATCAAACAAATTTAAAGCTTGATGAAATAAAAAGAACGAGTGATATGGTGGCAAAACTGACAGGAATGCATATCCAAGCAAACAAGGCAATTGTTGGTAGAAATGCATTTGCCCATGAATCTGGAATCCATCAGGATGGTGTGTTAAAACATGCTTCCACGTATGAAATCATTACTCCTGAGTTGGTTGGCGTTCAAGCAAATACGCTGTTTTTGGGGAAACATTCGGGGCGTCACGCTTTTAAAGATAAATTAAAAGAACTTGGAATGCGCGTTACAGAAGATAATATGAAGCAAGCGTTTGAAGCGTTTAAGCGATTAACAGATCATAAAAAAGAGGTAACGGATGACGATATTTTTACCATTGTAACGGAGATTCAAACCAACACTGCTACAGTGGATAAATATACGTTGGAAATGTTTCAACTACAATATGGATCCAATAACATTCCGACTGCTGCTGTTGAATTAAAGACCCCGTCTGGTAAAAAGGTGAAAACGGCGTGTACGGCACAAGGGAGTGTCGAAGCTTTGTATAAGACACTAGAGTCATTAACCGAAGAAAAGACAAGATTAATTGATTATCAGATTAACTCTGTCGGAGGTGGAAAAGATGCTTTAGCGGAATCGCGCGTCCAACTTACAGTGAATGGAGAAACTGTAAATGGCCGGGGTTCGGCACAAGACGTCATGGAAGCTTCCGTGCAAGCGTATCTAAATGCAGTCAATCGGTATATTATTCAACAGGTGAATGCAGAGAAGAAAGAAGTTGTAAAAACTCAGTGA	MSIINLFDTTLRDGEQSPGVNLNKLEKLEIAKQLERLGMDRIEAGFPASSKGDFQAVKEIADTIKNTSVTALARTVKSDIDTAWEALKGADEPRIHIFLATSPIHMTYKLKKTPEEVITTATDMVAYAKQTFSQVQWSAEDASRSDWEFLAQIIKKVIDAGATVINLPDTVGYTTPKEYGEMFHYIRMNVPNIEKAVLSCHCHNDLGMAVANSIAAVENGATQIEGTINGIGERAGNASLEEIAVALKIRSDFYPYQTNLKLDEIKRTSDMVAKLTGMHIQANKAIVGRNAFAHESGIHQDGVLKHASTYEIITPELVGVQANTLFLGKHSGRHAFKDKLKELGMRVTEDNMKQAFEAFKRLTDHKKEVTDDDIFTIVTEIQTNTATVDKYTLEMFQLQYGSNNIPTAAVELKTPSGKKVKTACTAQGSVEALYKTLESLTEEKTRLIDYQINSVGGGKDALAESRVQLTVNGETVNGRGSAQDVMEASVQAYLNAVNRYIIQQVNAEKKEVVKTQ				NA	NA	NA	NA	NA
AK148_00148	1107	leuB	COG0473	3-isopropylmalate dehydrogenase	ATGAATAAGCAAATTGTTATTCTTCCTGGTGACGGTATTGGTAAAGAGATTATGGATGCCGCCGTACGTGTTTTACAAGCAATTGCTGAAAATTTTAATCATCAATTTACCTTCTCAGAACATCTCATAGGCGGAGCTGCAATTGATGGAGAACAATCGCCTTTACCGGAAACGACGATTCACGCATGCAAAAAAGCGGATGCCGTTTTATTAGGAGCAGTGGGAGGGGAGAAATGGGATGCCTTACCTGGAGATAAGCGACCGGAGAAAGGATTATTAGGTATTCGCAAAGAGTTAGGCTTATTTGCTAATTTGCGGCCAATTAAGGCTTTTACTCCTTTACTACATGCCTCTCCTTTAAAGGAAGAGATAGTAGCGGGAAGCAATATTTTAATTGTTCGTGAATTAACAGGTGGATTATATTTTGGCGAACCGAAAAAACGTATTCCAGAGGAAAATGCAGTAGTTGATACATTGTATTATACTCGAACAGAAATAGAGCAAATCGTTGATAAAGCTTTTCAAACAGCTAGAACGAGAAAGAAGCGTGTCACTTCTGTGGATAAAGCAAATGTTTTAGAATCAAGTAGGATGTGGAGAGAGGTTGTGGAAGAAAAGAGCAAACAATACCCAGACATTGCTGTGGATCATTTGCTTGTCGATGCTGCGGCAATGAAACTCATTACAAATCCAAAGCAATTTGACGTCATTGTGACGGAAAATATGTTTGGTGATATTTTAAGTGATGAAGCGTCTGTTTTAACGGGGTCTTTAGGAATGCTTCCCTCTGCAAGTGTTCGAACGGATGGCGTAGGTCTCTATGAACCTGTTCATGGATCAGCACCGGATATTGCTGGCAAAGGAATTGCCAATCCACTCGGGATGATTCTCTCTGCAAGCTCTATGCTCCGTCAATCCTTTGGTATGGAGCAGGAGGCTGACGAAATAGAGTACGCTGTAGAAACAACACTTGAACAAGGCTATCATACGCCTGATTTATCTATTAAAAACGGTACGGTCGTTGGAACAAAACAAATGACAGACATCATATTAGGAAACCTTGCTACGAATGATGCTTCACAATGTATTTGTAATTCTTATGCATAA	MNKQIVILPGDGIGKEIMDAAVRVLQAIAENFNHQFTFSEHLIGGAAIDGEQSPLPETTIHACKKADAVLLGAVGGEKWDALPGDKRPEKGLLGIRKELGLFANLRPIKAFTPLLHASPLKEEIVAGSNILIVRELTGGLYFGEPKKRIPEENAVVDTLYYTRTEIEQIVDKAFQTARTRKKRVTSVDKANVLESSRMWREVVEEKSKQYPDIAVDHLLVDAAAMKLITNPKQFDVIVTENMFGDILSDEASVLTGSLGMLPSASVRTDGVGLYEPVHGSAPDIAGKGIANPLGMILSASSMLRQSFGMEQEADEIEYAVETTLEQGYHTPDLSIKNGTVVGTKQMTDIILGNLATNDASQCICNSYA	PGPT0001441_840	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001441-leuB-K00052	NA	NA
AK148_00149	1413	leuC	COG0065	3-isopropylmalate dehydratase large subunit	TTGGCTACAGCAAAAACAATTATTGAAAAAATTTGGGAACAACATATAGTGCATCAAGAAGCAGGGAAACCAGATTTATTATATATTGATTTGCATTTAATTCATGAGGTAACTTCCCCACAAGCGTTTGAAGGTTTACGCTTGAATAATCGCAAAGTACGACGACCAGATTTGACCTATGCGACGATGGATCATAATGTACCAACCAAAAATAGAGAGGAAATAAGAGATGCGATTTCGCGGAAGCAGATGGAAACATTGCGGCGTAATTGTAAGGAAAACCATATATCATTAGCAGATATGTTCCACCCTGATCAAGGGATTGTTCATGTGATTGGACCGGAGTTAGGTTTAACACAACCGGGAAAAACGATTGTTTGCGGGGACAGTCATACGTCCACACACGGAGCGTTTGGAGCCTTAGCTTTTGGAATTGGTACGAGTGAAGTGGAACATGTATTGGCGACGCAAACGATATGGCAAGAAAAGCCAAAAAATTTAAATGTCCATGTGGAGGGTGATTTGGGACCAGGTGTAACTGCTAAAGATTTAATTTTAGCAATCATCGCTAAATTTGGCGTTCGTTTTGGAACGGGGTATGTTATTGAATACACGGGGGAAGCAATTCGTAATCTTTCCATGGAAGGTCGGATGACCGTTTGTAATATGTCCATTGAAGCTGGTGCGCGTGCAGGTTTGATTAGCCCTGACGAAAAAACGGTGGACTATTTACGCGGAAAGGTGCATGTTCCTGAAGGAGAAGCATTTAACGAACAAGCGCAACAATGGCTCGCTTTAGCTACAGATGAAGGTGCAGTATATGACCATTATGTCAGCATCCGAGGTGACGAAGTAGAGCCACAAGTAACATGGGGGACAAATCCATCTATGTGTGTACCAGTAAATGGATCAACACCAAGTCTAGAGGAGACAGATTACCCTGAAGATGTAGAGCGTGCGCTTCAATATATGGGGTTATCGGAGAACCAGCCCATCTCATCTATTCATATAGATCATGTATTTATTGGCTCGTGCACGAATTCACGATTAAGTGATTTACAAAAGGCTGCATTAATTGTAAAGGGGAGAAAAGTCCATCCTGAAGTACGCGCCATTGTTGTTCCGGGTTCATTTAGCACTAAATTGCAAGCAGAGAAACTCGGAATAGATAAAATTTTTCAAGAAGCGGGGTTTGAATGGCGTGATGCAGGTTGTAGCATGTGCTTAGCTATGAATGACGATGTAGTTCCTCCTGGTGGACGTTGTGCTTCTACTTCTAATCGTAATTTTGAAGGCAGGCAAGGAAATGGTGCTAGAACACATCTAGTTAGTCCAGAAATGGCAGCTATTGCTGCGATTGAAGGGAGATTTGTAGACGTTCGAGACTATGCAAGCACAAAAGTTTCTTCTTAA	MATAKTIIEKIWEQHIVHQEAGKPDLLYIDLHLIHEVTSPQAFEGLRLNNRKVRRPDLTYATMDHNVPTKNREEIRDAISRKQMETLRRNCKENHISLADMFHPDQGIVHVIGPELGLTQPGKTIVCGDSHTSTHGAFGALAFGIGTSEVEHVLATQTIWQEKPKNLNVHVEGDLGPGVTAKDLILAIIAKFGVRFGTGYVIEYTGEAIRNLSMEGRMTVCNMSIEAGARAGLISPDEKTVDYLRGKVHVPEGEAFNEQAQQWLALATDEGAVYDHYVSIRGDEVEPQVTWGTNPSMCVPVNGSTPSLEETDYPEDVERALQYMGLSENQPISSIHIDHVFIGSCTNSRLSDLQKAALIVKGRKVHPEVRAIVVPGSFSTKLQAEKLGIDKIFQEAGFEWRDAGCSMCLAMNDDVVPPGGRCASTSNRNFEGRQGNGARTHLVSPEMAAIAAIEGRFVDVRDYASTKVSS	PGPT0001442_2271	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001442-leuC-K01703	NA	NA
AK148_00150	582	leuD	COG0066	3-isopropylmalate dehydratase small subunit	GTGGAAGCTATTCAAAGGCATAGAGGTGTAGTATACCCATTAAATCGAACGAATGTCGATACGGACCAAATTATACCGAAGCAATTTTTAAAACGAATTGAGCGTACTGGATTTGGGCAATATCTTTTCTACCATTGGCGATTCGATGATGATGGAGAGCTTAGAAAAAATTTCAACTTAAACGATAAACGGTATGAAGACGCCTCGATAGTAGTGGCAGGTGAAAATTTTGGTTGTGGTAGTTCCAGAGAGCATGCTCCATGGGCACTATTAGATTTTGGGTTCCGAGTTATTATAGCGCCAAGCTTTGCGGATATTTTCTATAATAATGCTTTAAAAAATGGTATCATCGTTATCCAAGTAAAAGAAGAGCTTGTAAACCAATGGTTAAAAAAAGCGGAACGAGGGGAACTTATTTTAGACGTAGATTTGGAAAAGCAACAAATTATGGACCGAGAGATGGTTTATCCGTTTCAAATTCCAGAATACCATAAGCAAAAATTAATCAACGGATGGGACGATATAGCTTTAACATTACAATATGAGGAAAAAATTGCACGATACGAAAAAAGTATGCAATAA	MEAIQRHRGVVYPLNRTNVDTDQIIPKQFLKRIERTGFGQYLFYHWRFDDDGELRKNFNLNDKRYEDASIVVAGENFGCGSSREHAPWALLDFGFRVIIAPSFADIFYNNALKNGIIVIQVKEELVNQWLKKAERGELILDVDLEKQQIMDREMVYPFQIPEYHKQKLINGWDDIALTLQYEEKIARYEKSMQ	PGPT0001443_4040	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001443-leuD-K01704	NA	NA
AK148_00151	960	tdcB	COG1171	L-threonine ammonia-lyase	TTGCAGCGACTTGCTCCGCTTGTTCATCGAACACCTTTATTAACATCACAGACAACGAATCAAGCTTTAGGGAAACATGTTTATTTTAAAATGGAAAACCAACAGAAAACAGGTGCCTTTAAATTTAGAGGTGCTACCTATAAATTAATGCAATTAAAACGTCGGCAACTAGATCAAGGTGTGGTTACTGCTTCTGCTGGAAATCATGCACAAGGAGTCGCCTATGCAGCTCGTAAATTAGGAGCAAAAGCAACCATTTTTATGGCAGAGAAAACACCACAAGCAAAAGTAAATGCGACACGCAATTACGGAGCAGAAGTCGTTTTGTCTGGAGAAACTTTTCAAGAAGCATATGAGGCTTCTCTGGACCATCAACTTCGTACTGGGGCAACATATATTCATCCCTTTGACGATTACGATGTCATGGCTGGTCAAGGAACAGTTGCAATGGAATTATTACGTCAAGAAGATCGGATTGACACGATATTAGTTCCAGTAGGTGGTGGAGGGTTAATTAGCGGTATTGCTGTTGCAGCAAAGCACGTGAATCGAAATATAAAGGTGATTGGGGTGCAAGCAGAAGGAGCAGCTGCTATTTATAAAAGCTTCCATACTGGTGAAACAGAAAAACTGGATGCTGTCCAAACAATTGCTGAGGGAATTGCAGTAAAAAAACCAGGTGAACGAACATTACCGTTAATCAGGCAATACGTGGATGATATGATAACCGTTTCTGACGAAGCGATTGCTTCATCTATTGTTTACATGCTTGAACGAAATAAAACATTAATGGAAGGAGCGGGAGCTGCAGCAATTGCCGCCTTATTCACCCATAATGAGCAAATAAAATCCCGACATTGTGGGGTCATTGTAAGTGGTGGAAACATGGATATTAGCACCATGCCTAAAATACAGGAACTAGCTGCACGTTTGTCTCACCGTGAGCTTGTTTACTCATAA	MQRLAPLVHRTPLLTSQTTNQALGKHVYFKMENQQKTGAFKFRGATYKLMQLKRRQLDQGVVTASAGNHAQGVAYAARKLGAKATIFMAEKTPQAKVNATRNYGAEVVLSGETFQEAYEASLDHQLRTGATYIHPFDDYDVMAGQGTVAMELLRQEDRIDTILVPVGGGGLISGIAVAAKHVNRNIKVIGVQAEGAAAIYKSFHTGETEKLDAVQTIAEGIAVKKPGERTLPLIRQYVDDMITVSDEAIASSIVYMLERNKTLMEGAGAAAIAALFTHNEQIKSRHCGVIVSGGNMDISTMPKIQELAARLSHRELVYS	PGPT0001960_6563	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
AK148_00152	873			hypothetical protein	ATGACGACTATCACGAAAAAAATGAATCCAACCGTACTAGCATACATACAAATTATCCTTGGTGCTACGCTAGTCGGCTTAGCTTATAATATTTTTCTATTACCTGCTAAATTGGCAGCAGGCGGCATTTCTGGTGTAAGTACCATTTTATTTGAGTTGTACGAAATCAGTCCTTCTTCCGTTCAATTTTTAATAAATATCCCCATCTTTATTATAGGATGGATAGCATTAGGTAAAGACTTCAGCTCGAAAACGCTGGTAGGTACATTTTGGGTTCCATTTATTATTTGGTTAAGTTCCGACATCCCCATTACGTTAACCAACCCTTTACTTAGTGCCATATACGGAGGGATTATCCTTGGAGTTGGATTAGGGATTGTTTATAAAGGAAATGGATCAACTGGTGGTACAGCAGCTATTGCGCAAATTGTAAAGAAATTCACCGGATTATCGAGCGGATACTCCCAATTAATGGTGGATGGAGTAGTTGTCGTTTCTTCCATTATTGTATTTAACTTGGAATTAACACTTTTTGCACTCATGTGTATTTATATCACAAGTAAAACGATCGATATTGTTCAACTACAAACCTCAGCGACAAAATTGGTGTTGATTATTACGGATAATGAAGAGCGTATTCAATCCATTATTCGAACGGAATTGGATCGAGGTTTAACAAAAGTACGTTCTATTGGAGGTTATTCCGATAAAAAGAAAACAATGATTCTTTGTGTTGCAGAACAGCAAGAGGCGGTTCAATTAAAGAAGATATTGCAGCGAGAGGAAACCGATTCATTTGTCATCTTCTTAAATGCTTCCGAAATACTAGGTAGAGGTTTCTCACTTGATAAATATTATGGACAAAAACTCTAA	MTTITKKMNPTVLAYIQIILGATLVGLAYNIFLLPAKLAAGGISGVSTILFELYEISPSSVQFLINIPIFIIGWIALGKDFSSKTLVGTFWVPFIIWLSSDIPITLTNPLLSAIYGGIILGVGLGIVYKGNGSTGGTAAIAQIVKKFTGLSSGYSQLMVDGVVVVSSIIVFNLELTLFALMCIYITSKTIDIVQLQTSATKLVLIITDNEERIQSIIRTELDRGLTKVRSIGGYSDKKKTMILCVAEQQEAVQLKKILQREETDSFVIFLNASEILGRGFSLDKYYGQKL				NA	NA	NA	NA	NA
AK148_00153	459			hypothetical protein	TTGCCAAACACCATTTGCGAAAGAAACATCAAGATAAATATTGATAACATGTGGTCATTTATTAGTGACCTTAATAACTGGGCACCACTGGTTCCTGGATATGAACAGCATAAAATGGTGAACCAAAAGACATCCATCTGGGTATGTGAAGGAAAAGTTGGATCGTTCCAAAAAACGGTTCAATTAACCGTAATTATTACTGAATGGAATGAACCAGAAAAAATCTCTTTCCAACTATCCAGCAGCAACCAAATGCTAACAGGGAATGGAACAGTTTGCGCCAATAAGCTTAGCGATAGAGAAACCAATTTCACTTTCTCTCTTACACTCCATGCAAAAGGATTGGCTGGAAAAATGGTAAATGGCTCATTAAGAGCATTTCTACCGAAACTAACTTCAAACTTCATAGATGCAATGATTCGTCATATGTACGGAATAAAGGCGCAAGCGCTCGTTTAG	MPNTICERNIKINIDNMWSFISDLNNWAPLVPGYEQHKMVNQKTSIWVCEGKVGSFQKTVQLTVIITEWNEPEKISFQLSSSNQMLTGNGTVCANKLSDRETNFTFSLTLHAKGLAGKMVNGSLRAFLPKLTSNFIDAMIRHMYGIKAQALV				NA	NA	NA	NA	NA
AK148_00154	990	galE	COG1087	UDP-glucose 4-epimerase	ATGAGTATATTAGTATTAGGCGGTGCTGGTTATATAGGTTCTCATGCGGTATACCAATTAATGGATCAAGGGAAAGAAGTAATCGTAATAGATAATTTAGAGACAGGTCATCAAGAGGCAATTCATCCGAAAGCTGTATTTTATAACGGAGATATTCGTGATATTCATTTTTTACGCACGGTTTTTGCTAAAGAATCCATTGAGGCTGTGATTCATTTTGCTGCCAATTCTTTGGTTGGTGAGTCGATGGAAAATCCATTGAAATATTTTGATAATAATGTGTATGGCACGCAAGTTTTACTACAAGTCATGACTGAATATAACGTGAAACATATCGTTTTTTCATCTACTGCTGCTACATATGGAGAGCCAGAAGCCGTTCCAATTACAGAAACAATGGCTACTCATCCAACTAATACGTACGGCGAAACAAAATTAACAATGGAAAAAATGATGAAATGGACTGAACAAGCACATGGAATAACATATGTATCGTTAAGGTATTTTAATGTTGCTGGAGCAAGAGAAACAGGCGAGATAGGGGAAGACCATCATCCAGAGACACATTTAATACCAATTGTGCTACAAACAGCGTTGGGACAACGAGACCATATAACCATTTTTGGAGATGATTATGCTACGGAAGATGGTACATGTATTCGTGATTATATTCACGTGCAAGATTTGATTGATGCACATTTACTTGCATTAGATTACTTACAGCGCGGAGGAAAAAGCGATATATTCAATTTAGGAAGTAGCCAAGGGTTCTCGGTGAAAGAAATTATTAATACGGCTAGACAAGTAACTGGTAAGAAAATACTTGCCCAAATTGGCAAACGGCGTGCAGGCGATCCTAGTACACTAATTGCAAGTTCACATAAAGCGAAAGAGATATTAGGATGGAATCCAAAGCGCACCCTAATAACAAAAATTATAGAGGATGCCTGGAATTGGCACGTTGGAAATCCTGATGGATATCGTAAATAA	MSILVLGGAGYIGSHAVYQLMDQGKEVIVIDNLETGHQEAIHPKAVFYNGDIRDIHFLRTVFAKESIEAVIHFAANSLVGESMENPLKYFDNNVYGTQVLLQVMTEYNVKHIVFSSTAATYGEPEAVPITETMATHPTNTYGETKLTMEKMMKWTEQAHGITYVSLRYFNVAGARETGEIGEDHHPETHLIPIVLQTALGQRDHITIFGDDYATEDGTCIRDYIHVQDLIDAHLLALDYLQRGGKSDIFNLGSSQGFSVKEIINTARQVTGKKILAQIGKRRAGDPSTLIASSHKAKEILGWNPKRTLITKIIEDAWNWHVGNPDGYRK	PGPT0019010_322	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_UDP-ARBINOSE-XYLOSE_POOL,PGPT0019010-uxe-K12448	NA	NA
AK148_00155	3852			Endo-alpha-N-acetylgalactosaminidase	TTGAGTAAAAGCTTGCAAAAAAGACTAGCCATTTTTCTTACTGTACTGATGCTCGTATCGACAGGAATAATCACAAGTATGTCTCCATCTCGTGTTGCAGCTGAAGAATCTGATGCTAACTCAGATGTAAGTGATTCAAAAGTACAAGTGGAGAAGCAATCAAAAACTGAAGAAAAATCAGAGTCTGTCCATATTACAGATTCCAATCTGGAAGAAGGAGATTTTGAAGTTTTACAAGGAGATGGGACGCTAAAGTATAACAACGATGGTTCCGTTACGTATGGTGTAACATCTCATGGAAAGAACAAAATAGTCTATCGTAACATGCCTAAAATAAAGAATGGAGTTTTCGAGGCAGATATTACAGCAGATACGGATTTAAAGCGTTTTGGCTTTATATACCGAGTTCAAGATACTTCTGCTTACACGTATGTTGGAACCGGAGATAGTAATAATCAGTATTTTGGGGAAGTATTTGGTCCGACAAATAAGTGGACTTCCATGACAAATAGTGTGGCGTTAGAGGCAAATAAAACTTATCAGCTTCGGGTTAAATTTATGGATGATACTGCAAGCCTATATATTAATGGTGACAAGATAGGTGCTTGGACACAAACAGAAGGTGTTGATTCACCAGGGTTACTCGGTTTAGAAAAGAGCCGAGGTGAAGCAAATATAAACATTTCGAATGTGAAAATAAAAGAATATGTTCCACCAACGCCACCAAGTAAAGATCCTATATTAGAAACGTTAAGCTCTGATTATATGGATGTAACTGTTGATCAAGTCTATCCTCGAGTAGTGGAATATGATGTAGACGGGAAAATGATGCATGGACAAGAAACGCCAGTATATGGATTAAAGGTAAATAACACGCTTTACTATCCAGAAGTGGCGTTTGAAAAGGCAAGTGATCACGAAGCGATCTATTCATTACATGTAAAAGATGAATATGAAAATATAGACGTGCATATGGAGCTTTCATTAAAAGTAGATGGTAACCAAGTCGTTTACCAAATACAGAAAGTAGATTCGAAAACAGATGTTCAAATAGAAACAATAGAATTTGCGGATTTAAATTTTATTTCGGTGCATGATGCGCAAAAAGGTGCCGAAGCCAAGCTTACTAATTTGAGCAGTGATGTTAAGAAACCGGGAGATACTACTGTAAAAGTGGATGCTACAATGAAGGATATCGGCGCAAAAAAAGGCTATTATACGGCGTTTTTGTCCACTAATGAACTTAGTGCAGGTGTATGGTCGAGCTCAGAAGTAAACGGTTATCGAAACCTTGTAGCAAGCCGTTATGAAAATGAAAACGGTAATAAAGTAATGGGAATTGGTTCAAATGCTTTATACTATCACCGTGATTTTATGAATCAACCTGCTTCTAATACGCCTACCGTTAAAGTTGTTATTGCAGAAGATATAAATGACGATGGACAAGTTAATTGGCAGGATGCAGCCATTGAATACCGAGATTTACTGCCAAAAGTAGAAGGTGCGGAAACGGTAAACAATACAGTAGGAACTCGAATTGCTATGAACTTTGGCTCTCATGCGCAACAGCCCTTTTTGAAAACGCTTGATAATGTGAAAAAGGTTGCTTTAGCAACGGATGGACTAGGACAAGCAGTTCTCTTAAAAGGATACGCCAATGAAGGACATGATAGTGGACATCCAGATTACGGCGATGTTGGGGAACGTATTGGTGGCATAAAAGATATAAACGCATTAATTACAGAAGGAAACAAATATAACGCAGAATTTGGTGTGCATATTAATGCTCAGGAAGCTTATCCGGAAGCAAAATCATTTAGTGAAGATTTAATAAATGGACCAGAAGCAAAAGGATGGGGCTGGTTAGATCAGTCTTACACCATCGATAAGTTAAAAGATTTATATACTGGCTCGCGTGCGAAACGCTTGGATGAACTGAAGGCAAATGTACCAAATTTAGATTTTATTTATTTAGATGTATGGTATCAAGATCAATGGGAATCTAACCGTGTAGCAGAGCAATTTGCTGATCGAGGCTGGAGAATGACGACGGAATTTGGCACAGCTATTGCTAATTATTCCACATGGCAGCATTGGGCTACTGATAAAAATTATGGTGGATCAACTGATAAAGGGATTAATTCGGAAGTGCTTCGTTTTATTAGCAATCACCAAAGAGACTCATGGGTGCTGAATTGGCCGGAAGCTGGTGGCACAGCAGATCATCCATTGCTCGGTGGATTTGAGTTAGCTGGATTTGAAGGCTGGCAATCCGATAAAAACTTTGACCAATTTATAAACATGACTTTTGACACGAACGTACCAACGAAATTTTTACAAAAATATTATGTCATGAATTGGGAAACAATGGACGGTGACCCTACTAAAACGAATCTAGAAAAAGAAATTACTTTAAAGGATCCTAGTAATGGTGATGTAGTAAAAGTTACGAGAAAAGACAATTCCAGAGAGCGTATAATTACGCTGAATGACAAAGTTGTTTTAGATGGCGACACCTATTTATTGCCATGGGTGGAACAAGATTTTGCAACACCGACACCTGATGCAAAAAAATTATATCATTGGAATTTAGAGGGTGGTAAAACGACTTGGGAATTACCAGATGAATTTAAAAATGCATCGAAGGTATACGTGTATAAATTAACCGATCAAGGTAGATCCAAAAAACAAAAGATAAACGTTAAAAATAATCAGATTACCTTAAACGCTCAACCAGCTACACCATACGTTATTGAAGCGAAGCAAACGAAAGGCGTGCAAGTAAAAGAATGGAGTGAAAACGCCCACGTTAGTGATACAGGCTTCCATGCTGGAACTTTGAAAACGAAGCATACAAAGGTTTCTGGCGATAAAAAATCAGTTCATGTAAAACGGACAGATCAAACAGGTAGTGAACGGAATTTAAGCAGTGGCGATTACTATTTGCAATTTACAAATCCAACCAAAGACTCTAAAGTGACGAAGAAAATGAGTAATTTAGAGCCAGGAAAAGATTATGTTGCAGAAGTTTACGTAGAAAATAATAGTGATGCAAAAGCGAGTATTCAAATCGAAGGCAGTAAGCAGAAAAATGTAGAGAATTATACGTATCGTAGCTTGCAAAAAAATTATGTGAAAGCAGATTCTCATGCAACTAATGACGGATATAATAGTAAGATGCAACGTATGCAAGTAGCATTTACAGCAAAAAAATCATCTGCTAAATTAATTTTAAAACGTGAATCTGGAGAAGGGATTACGAAATTTGATGATATTCGTATCGTTCAAAAAAGCTTAAGTAACCACGTTTCTGAAGCAGTATTTGAACAAGATTTTGAATCTGTTGTGCAAGGTATCTATCCATTCGTGGTCGGTAATACAGAAGGCGTAGAAGATAACCGCGTTCATTTATCTCAGCATCATGCCCCGTACACACAAAAAGGCTGGGCAGGCAAAAAAGTAGTCGATGATGTATTAGCTGGAAATTGGTCGCTGAAAGTAAATACAGGTAATAAAGGTCTCGTTTATCGTACTATACCGCAACATTTCCATTTTGAAGCGGGTAAAACGTATAAAGTAACGTTTGATTATCAAACAACAGCCGACTCTTACCGATTTATCTCTGGTAACAAGGCGATTGATGTTCGAGACATTCATAAAGCGGAAGGGATTCAAATTAATGAAAAACTTTCGTCAGCAGTTGACACGAAAACGGCAACCTTTACGGTAAAAGGATCAAAAAATCACCAAACGTATATTGGTATTTTTAATGACGGTACATCATTGAATGGCGATACTGGAAAAGGTACATTTATGCTAGATAATTTACGTATTGAAACCGTAGAAGATTAG	MSKSLQKRLAIFLTVLMLVSTGIITSMSPSRVAAEESDANSDVSDSKVQVEKQSKTEEKSESVHITDSNLEEGDFEVLQGDGTLKYNNDGSVTYGVTSHGKNKIVYRNMPKIKNGVFEADITADTDLKRFGFIYRVQDTSAYTYVGTGDSNNQYFGEVFGPTNKWTSMTNSVALEANKTYQLRVKFMDDTASLYINGDKIGAWTQTEGVDSPGLLGLEKSRGEANINISNVKIKEYVPPTPPSKDPILETLSSDYMDVTVDQVYPRVVEYDVDGKMMHGQETPVYGLKVNNTLYYPEVAFEKASDHEAIYSLHVKDEYENIDVHMELSLKVDGNQVVYQIQKVDSKTDVQIETIEFADLNFISVHDAQKGAEAKLTNLSSDVKKPGDTTVKVDATMKDIGAKKGYYTAFLSTNELSAGVWSSSEVNGYRNLVASRYENENGNKVMGIGSNALYYHRDFMNQPASNTPTVKVVIAEDINDDGQVNWQDAAIEYRDLLPKVEGAETVNNTVGTRIAMNFGSHAQQPFLKTLDNVKKVALATDGLGQAVLLKGYANEGHDSGHPDYGDVGERIGGIKDINALITEGNKYNAEFGVHINAQEAYPEAKSFSEDLINGPEAKGWGWLDQSYTIDKLKDLYTGSRAKRLDELKANVPNLDFIYLDVWYQDQWESNRVAEQFADRGWRMTTEFGTAIANYSTWQHWATDKNYGGSTDKGINSEVLRFISNHQRDSWVLNWPEAGGTADHPLLGGFELAGFEGWQSDKNFDQFINMTFDTNVPTKFLQKYYVMNWETMDGDPTKTNLEKEITLKDPSNGDVVKVTRKDNSRERIITLNDKVVLDGDTYLLPWVEQDFATPTPDAKKLYHWNLEGGKTTWELPDEFKNASKVYVYKLTDQGRSKKQKINVKNNQITLNAQPATPYVIEAKQTKGVQVKEWSENAHVSDTGFHAGTLKTKHTKVSGDKKSVHVKRTDQTGSERNLSSGDYYLQFTNPTKDSKVTKKMSNLEPGKDYVAEVYVENNSDAKASIQIEGSKQKNVENYTYRSLQKNYVKADSHATNDGYNSKMQRMQVAFTAKKSSAKLILKRESGEGITKFDDIRIVQKSLSNHVSEAVFEQDFESVVQGIYPFVVGNTEGVEDNRVHLSQHHAPYTQKGWAGKKVVDDVLAGNWSLKVNTGNKGLVYRTIPQHFHFEAGKTYKVTFDYQTTADSYRFISGNKAIDVRDIHKAEGIQINEKLSSAVDTKTATFTVKGSKNHQTYIGIFNDGTSLNGDTGKGTFMLDNLRIETVED	PGPT0019265_117	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSAMINIDASE,PGPT0019265-engCP|engBF|endoEF-K17624	NA	NA
AK148_00156	837	rhaR		HTH-type transcriptional activator RhaR	ATGTCCTATGAGGTGTACCAAATAAAAGATGCAAAGCATGAAAAGCCACCGTTCAAGCTTCTATATATTACTCATTCCGAATATGATAAAGGCTGGCATAGCACGCAACACACCCATCATTTTTCCGAATTATTTTATATTGTCAAAGGTAAAGGCTCATTTATACTTGCTGACCGAGAAGTTCCTATTAAAGAAAATGATTTAGTTATTATTAATCCGAATGTCGAACATACAGAAAAGTCTAATTGGGATGATTCCCTTGAATATATTGCTTTAGGGATAGAGGGATTGTTTTTCAGCCAAGCGGATCATAAAGACCCACACTCTAGCTTATACCGTTTTCAAGTAGATCGAACTAACATTCTTTTCTACTTGAACCGAATATTAGAGGAAATACAGGAGCATAAAGAAGGGCATGAATTAATTTGTCAAAACATTATTGAGATAATGATTATCAAGTTGCAAAGAGACAAAAAACTTACCATCAATCAAACGGAGTCACCAAATATTAATAAAGCTTCTGCGTTTGTCATGTACTATATAAATCAAAACTACCGTGATGACTTAAACTTAAATAAATTGGCTGAAGTCGGACATATTAATAAATATTATTTAGCACATACATTTAAAAAAGATATGGGTATATCACCAATTGAGTATTTAAACAGAGTCCGAATTAAAGAAGCAAAGCTCATGCTCGAAACAACCGATTACTCTATTGCGCACATCGCTGCTTTTACTGGTTTTTCATCCCAATCTTTTTTCACACAAGCATTCAAGCGCTTAGCAAAGCAAACGCCTTCTAAATACCGGAAGAAAATGAGAGCGAATTCATAA	MSYEVYQIKDAKHEKPPFKLLYITHSEYDKGWHSTQHTHHFSELFYIVKGKGSFILADREVPIKENDLVIINPNVEHTEKSNWDDSLEYIALGIEGLFFSQADHKDPHSSLYRFQVDRTNILFYLNRILEEIQEHKEGHELICQNIIEIMIIKLQRDKKLTINQTESPNINKASAFVMYYINQNYRDDLNLNKLAEVGHINKYYLAHTFKKDMGISPIEYLNRVRIKEAKLMLETTDYSIAHIAAFTGFSSQSFFTQAFKRLAKQTPSKYRKKMRANS				NA	NA	NA	NA	NA
AK148_00157	1350	ngcE		Diacetylchitobiose binding protein NgcE	ATGAAAAAAATGAAGTTTTTATTAACTGTTTCTATCATTCTCGTTATTTTTACTTTAGCAGCATGTTCCAATGGAGAAGAGAAGGAAGAAAAATCAGCAGATAAAGAAGGTAGCGGCGAGAAAACAACATTAAAAGTAGCTGCATTAGAATCTGCATATGGTACGGAAATGTGGGAAAATGTTGTGAAGTCTTACGAAGAAGTAAATCCAGATGTAGAGGTTGATCTGCAAATGGAAAAGAACTTAGAAGAAGTTGTACGACCAAATATGCAAGCCGGGGATTACCCAGATGTGTTATTACTAGCTACAAACAGAGAAGAAGCTTTAACGGAAACCTTAATTAAAGAAGATGGTGTAGAAAACATTACAGATGTTTTTGATATGCAAATACCTGGAGAAGAAACAAAAGTAAATGAAAAACTTTTAGAAGGTTTTACCGATACACTAGCTACTAACCCATACGCTGATGGAGAAACTTATTTAGCGCCAATGTTCTACAGTCCAACTGGCTTATTCTACAATGCAGGTTTATTTGAAGAAAAAGGTTGGGAAGTACCGAAAACTTGGGATGAGATGTGGGAATTAGGAGATAAAGCAAAAGAAGAAGGTATTTCATTATTTACGTATCCAACGAGCAACTACTTTGATACGTTACTTGGATCTATGCTATATGCTGCAGGTGGAGCAGATTTCTACAGCTCTGCTATGACCTATGAAGATGGCATTTGGGAATCCGAGGAAGCAACTAAAGCATTAGAAACCGTCGAAAAACTAGCAGACTATGTACATCCGAATACAGTAGCAAATGCTAATCCAAATGATTTTACAAAAAACCAGCAACTAGTCTTAGATAATAAAGCTTTATTTATGCCAAATGGTAACTGGGTTGTCGATGAAATGAAGGAAGCACCACGTGCTGAAAACTTTGCTTGGGGTATGACTTCTATCCCTGCCTTTGAAGATGATGGTGACCGTTATGCATTTACTTTCTTCGAGCAAATTTGGATTCCAAAAGATGCAAAGAATAAAGATGTAGCGAAAGATTTTATTGCGTATATGTATTCAGACGAAGCAGCAGATACATTCTTAGAAGCAGGAGCAGTACAGCCAATTGAAGGTATTACCGAACAATTAGATGGCCAAAAACAAACTTTCTATAGTATTTATGACGAGGAAGGTGTGCTGCCAGCTATGGGAACTTTTGCTTCTACAAAACCAGTTCCTGGGGCGAATATGGGTGATACTTTATACGGAAGTATTGATAGTGTCATTAGTGGCGATATGACGTTTAAAGAATGGCAAGAGAAAATAGAAGAAGTAAGTGATAAGCTTAGACCAGCTCTAAATTAA	MKKMKFLLTVSIILVIFTLAACSNGEEKEEKSADKEGSGEKTTLKVAALESAYGTEMWENVVKSYEEVNPDVEVDLQMEKNLEEVVRPNMQAGDYPDVLLLATNREEALTETLIKEDGVENITDVFDMQIPGEETKVNEKLLEGFTDTLATNPYADGETYLAPMFYSPTGLFYNAGLFEEKGWEVPKTWDEMWELGDKAKEEGISLFTYPTSNYFDTLLGSMLYAAGGADFYSSAMTYEDGIWESEEATKALETVEKLADYVHPNTVANANPNDFTKNQQLVLDNKALFMPNGNWVVDEMKEAPRAENFAWGMTSIPAFEDDGDRYAFTFFEQIWIPKDAKNKDVAKDFIAYMYSDEAADTFLEAGAVQPIEGITEQLDGQKQTFYSIYDEEGVLPAMGTFASTKPVPGANMGDTLYGSIDSVISGDMTFKEWQEKIEEVSDKLRPALN	PGPT0016415_273	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
AK148_00158	891	ngcF	COG1175	Diacetylchitobiose uptake system permease protein NgcF	ATGAGCAAAACGAGGTCACGTAATCTATTTATTGGGTTATGCGTTGCGCCAGCTTTGATTTTATTAATCGTCTTTATGTTTATGCCAACATTCGAGGTGTTTCGGATGTCGCTTTACCGTTGGGGTGGTTTTTCTAACACGCAACAGTTCGTTGGCTTAGATAATTTTAAGCTACTTTGGAATGATATGACGTTTATTCGTTCTTTTCAAAATTCCATCTTCTTAATCGTTGTCGTCGCGATTGTTACATTTTCGTTTGCCGTCTTTTTTGCGGCAATTTTAACGAAAGAAAACGTAAAGGGCGGAAATTTCTTTCGGATTATTTTCTACATCCCAAATATTTTATCCATTGTTGTTATTGCTGGGATATTTTCAGCCGTTTATGACCCTTCAAGTGGTCTATTAAATAGCATTCTAGGTATATTCAGCTTAGAGAATCTACAACAAATGTGGTTGGGGGATCAAAAGGTCGTTATTTATAGTTTGGCTGCAGCTCTTATATGGCAAGCCATTGGTTATTATATGGTGATGTATATGTCAAGTATGGCAAGTATCCCACCAAGTTTTTATGAAGCAGCTTCTTTAGAAGGGGCAAGTAAACTAAAACAGTTTACGAGTATTACATTACCTCTAGTATGGAATAACATTCGTACAACGCTAACCTTCTTTATTATAAGTACGATTAATTTGAGCTTTTTATTAGTAAAAGCGATGACAGGCGGAGGACCTGATGGGTCAACAGAAGTATTTCTTTCTTATATGTATGATCAAGCATATGGAAACTCTACCTTCGGCTACGGAATGGCTATTGGGGTTATTGTGTTTCTGTTCTCCTTCTTATTAGCAGCGATTGTTAGCAGGATAACAAAGCGCGATGTATTAGAGTATTAA	MSKTRSRNLFIGLCVAPALILLIVFMFMPTFEVFRMSLYRWGGFSNTQQFVGLDNFKLLWNDMTFIRSFQNSIFLIVVVAIVTFSFAVFFAAILTKENVKGGNFFRIIFYIPNILSIVVIAGIFSAVYDPSSGLLNSILGIFSLENLQQMWLGDQKVVIYSLAAALIWQAIGYYMVMYMSSMASIPPSFYEAASLEGASKLKQFTSITLPLVWNNIRTTLTFFIISTINLSFLLVKAMTGGGPDGSTEVFLSYMYDQAYGNSTFGYGMAIGVIVFLFSFLLAAIVSRITKRDVLEY	PGPT0016420_251	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
AK148_00159	882	ngcG	COG0395	Diacetylchitobiose uptake system permease protein NgcG	ATGAAAAAATCTAAGAAATTGAGTTTAGATGGTTTAATGCGATTATTTATTTATGTGGCGTTAATCACGTTAGCGGTTTCCATTATTGTACCTGTCGCATGGGTGTTTTTAGCATCGATCAAGCAAAATAAAGAGTTTTATGAAAGTCCTTGGGCGCTTCCAGAAGGTATTCATTTGGCTAACTTTGCAGAGGCATTCCAAGAAGCGCAGATGGGTGAATATCTATTAAACTCTGTACTTGTTACAGCGATGGCCTTAATCATTTTATTAGTCGTAGCACTACCAGCGGCATATGTATTGTCTAGATTTGAATTTAGAGGAAATCGTTTCATTAATGGCATGGTAAAAGCGGGCTTGTTCATTAATGTTAGTTATATTGCAGTACCAATTTTCCTAATGCTTTTAGATTGGGATACAGGTTTAAGAACGATTGTAGGCAGTGAGTTTTTACTGAATAATCGATTTATGTTGGCGCTCATTTATGCTTCAACAGCTTTACCATTTACGATTTATTTATTATCAAGTTATTTTAAAACATTACCTTCTGATTTTGAAGAAGCAGCGGGTATAGATGGTGCTGGTTATTATCGGACGATGTTTTCTGTCATGTTTCCTATGGCTGCACCGAGTATTGTGATCGTTATCTTATTTAATTTCTTATTATTTTGGAATGAGTATATATTAGCGCTAACGCTAATGCCGGCAGAACATCAAACGTTGCCAGTTGGATTGTTGAATTTAATGGCTGCGGAACGTTCAGCAGTAAATTACGGACCGATGTATGCAGGTATGGTCATTGTCATGCTTCCTACATTAATTCTATATATATTGGTTCAAAAACGTTTAACACAAGGAATGACAGTTGGTGGAGTGAAAGGTTAG	MKKSKKLSLDGLMRLFIYVALITLAVSIIVPVAWVFLASIKQNKEFYESPWALPEGIHLANFAEAFQEAQMGEYLLNSVLVTAMALIILLVVALPAAYVLSRFEFRGNRFINGMVKAGLFINVSYIAVPIFLMLLDWDTGLRTIVGSEFLLNNRFMLALIYASTALPFTIYLLSSYFKTLPSDFEEAAGIDGAGYYRTMFSVMFPMAAPSIVIVILFNFLLFWNEYILALTLMPAEHQTLPVGLLNLMAAERSAVNYGPMYAGMVIVMLPTLILYILVQKRLTQGMTVGGVKG	PGPT0016425_195	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
AK148_00160	2163			1,3-beta-galactosyl-N-acetylhexosamine phosphorylase	ATGAAAAAAACAACAGGAAGAGTTACATTACCAAGTCAACAACATTTTTTACAAGAGACGAAGGAATTGATGGAGCGCTGGGGTGCAGATGCACTACGAGATAGCGATGGAACGAAGTTGGATGATGAGATCAAGCAATTAGATGCGAAAATTTATACGACGTATTTTGTGGCGCGAAATCATAATGATTTTGCTAAACAGCATCCAGAGGAAATGCAGCAACTATATTTAATGTCTCCCTATTATACAGCAACAGAAACCACGTTGGAAATTCCGTTTTTAAAGGGTTATTTTGAGGAGCAAATAACGCCAGATTATATTCATGATCCAAAGCGTTGGTGGGAAGTAATCGACAGAACAACGGGTGAGGTTGTCTCACCAGATTATTGGCAAGTAGATGAGGCAACGAATTGTGTAACGATGAAACAAGTTGAACAGTGGCATGAATATACGGTCTCTTTTTTAGCATATATGAAATGGGATCCGACGCAAATGTATAATCATATAACAAATGATTGGGGAGATACACCGCATGATATCCCGTTTGATGTCCGTCAACCTCATTCTAATCAGTATGTAAAAGCATATTTACAACAATGGTTAAAGGAAAATCCAGATACAGACGTTGTTCGCTTTACGACCTTTTTCTATCATTTCACACTTATTTTTAATGATTTAGGTAAGGAGAAGTTTGTGGATTGGTTTGGCTACGGTGCGAGTGTTTCCGTTGCAGCGCTTGAAGCGTTTGAAAAAGAGAAAGGCTACCGTTTAAGGCCAGAAGATATTGTGGATAAAGGCTATTACAACACGACTTTTCGTATTCCTTCACAAGCGTATTTAGATTATATTGATTTTATTCAGCAGTTCGTTGCAAAGGAAGTGAAAGAATTAGTTGATATCGTTCATGAGCATGATAAAGAAGCGATGATGTTTTTAGGCGATAACTGGATTGGAACAGAACCTTATGGTAGTTATTTTCCATCTGTCGGCATGGACGCTGTAGTTGGTAGCGTTGGTGACGGAACGACATTACGAATTATTGCTGACATTCCAGGTGTGCAATATACGGAAGGAAGATTTTTACCTTATTTTTTTCCTGACACATTTTATGAAGGCAATGATCCGGTTATTGAAGCAAACGAGAATTGGTTAACAGCAAGAAGAGCGTTAATGCGCAAACCTTTAGATCGAATTGGTTATGGCGGTTATTTAAGTTTAGCATATAAGTTTCCTAAATTTGTTGATTACGTGGAGAAGGTTACAGATGAATTCCGAGAAATTTATGACAATATTCACGGTATTCAACCGTATACAGGTCTTAAAGTGGCCGTTTTAAATGCATGGGGGAAATTGCGAACATGGCAAACCCATATTGTTGCGCACGGGAAATGGTATAAAAAAGCGTATTCTTATCATGGTGTATTAGAAGCATTAAGTGGATCAGCAGTGGATGTATCTTTTATTAGTTTTGACGATGTAATCGCAAAAGGAGTACCTGAAGATATAGATGTGATTATTAATGCAGGTGATGCAGGAACTGCATTTTCTGGCGGCGAAAAATGGAAGAACCCTCAATTAATTTCCATACTTCGTAAATGGATATATGAGGGGGGCGGCTTCGTTGGTATAGGAGAACCAACTGCTTATCATCATGAAGGGCGCTATTTTCAGCTTGCTAATGTTTTCGGAGTAGATAAAGAATTAGGTTTTAGCTTATCAACAAATAAATATTTTACAGAAGTAACCGAGAATCATTTTATTACTGAAGATATGGCTGCATTTGATTTTGGTGAAAGCATGGAATACATCTATGCATTAAATGAAGCAACAGAGATTATCGAATATTCTAATGATGGCGTTCATCTTGCTAGCTCCGGTTTCGGAAAGGGAAGAGGCGTATATATCGCAGGTTTACCGTATAGTCATGAGAATACGAGATTATTATTACGTTGCATGTATTATGCAGCCCATAAAGAAGAAGAAATGAGAAAATGGTTTGCTTCAAATGTGCATTGTGAAGTACATGCATACCCTGAAAGAAAAAAATATGCCATTATTAATAACTCTACAGAAAAGCAAGTTACCGATGTCTATGATGGCGATGGAAACAAACGTCGAATGGAGTTAGAAGCAAGCGAAATAATATGGGAGGACTTCACATGA	MKKTTGRVTLPSQQHFLQETKELMERWGADALRDSDGTKLDDEIKQLDAKIYTTYFVARNHNDFAKQHPEEMQQLYLMSPYYTATETTLEIPFLKGYFEEQITPDYIHDPKRWWEVIDRTTGEVVSPDYWQVDEATNCVTMKQVEQWHEYTVSFLAYMKWDPTQMYNHITNDWGDTPHDIPFDVRQPHSNQYVKAYLQQWLKENPDTDVVRFTTFFYHFTLIFNDLGKEKFVDWFGYGASVSVAALEAFEKEKGYRLRPEDIVDKGYYNTTFRIPSQAYLDYIDFIQQFVAKEVKELVDIVHEHDKEAMMFLGDNWIGTEPYGSYFPSVGMDAVVGSVGDGTTLRIIADIPGVQYTEGRFLPYFFPDTFYEGNDPVIEANENWLTARRALMRKPLDRIGYGGYLSLAYKFPKFVDYVEKVTDEFREIYDNIHGIQPYTGLKVAVLNAWGKLRTWQTHIVAHGKWYKKAYSYHGVLEALSGSAVDVSFISFDDVIAKGVPEDIDVIINAGDAGTAFSGGEKWKNPQLISILRKWIYEGGGFVGIGEPTAYHHEGRYFQLANVFGVDKELGFSLSTNKYFTEVTENHFITEDMAAFDFGESMEYIYALNEATEIIEYSNDGVHLASSGFGKGRGVYIAGLPYSHENTRLLLRCMYYAAHKEEEMRKWFASNVHCEVHAYPERKKYAIINNSTEKQVTDVYDGDGNKRRMELEASEIIWEDFT	PGPT0024575_92	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_REMODELLING_SURFACE_GLYCOSYLATION_PATTERNS	CE-REMODELLING_PHOSPHORYLASE_ACTIVITY,PGPT0024575-gnpA-K15533	NA	NA
AK148_00161	168			hypothetical protein	ATGAAGGATAAAATTTTCGTAGTTGTCAAGGTTGTTTTCTTTCTATTTTGTCTGTTTCTCATATTTTATGGACAACAAACCGTTGGTAAATTCGAATTATTTCTTCAACTTATTGGCTTAACAGGTCTTTTATTCTTACTATGGAACTATAATCGGAAATTTGTATAA	MKDKIFVVVKVVFFLFCLFLIFYGQQTVGKFELFLQLIGLTGLLFLLWNYNRKFV				NA	NA	NA	NA	NA
AK148_00162	906	glcK_2	COG1940	Glucokinase	ATGAAATACAGCATTGGAATTGACATTGGTGGAACAAAAGTGGCGGCAGGAATTGTAAATGAATATGGCAATTTAATTCAACAGGTAAAAGTGAGCAGTGATCCTACAAATAAGGAAACGATGTTTGCTAAAGTTGTGCAATGTGTAGAACAACTGCTGGATCATTCTAGTATTCCAAAGCATGAAATATATGGCATTGGTGCAGGTGTTCCTGGGAAGGTAGATCGTGAGCGAGGGATTGCTGTTTATCAGAATAATTTACCTTGGGATAACTTTCCATTTATGGAACGACTCCAAAAAGCAATTGGTATTGACAAAATTGCCATTGATAATGATGTGTATATGGCTGCGTTTGCAGAGTGGAAAAAAGCGGAAATGGCTAATCAAGAATTGCTTGTTTATATCACAATTAGTACTGGTATTTCCTGTTCTATTATTCAAGATGGTGAATTTATTCGTGGTGCTGGTTTTGCTGGGGAATTAGGTTTAATTCCAGTTTATTCTAAATTAAACAGCGAAGCTTTACAAAGACTGGAAAATGCTGCTTCAGGACCAGCAATGCAACTACAGGCAAGAAAGATATATGCAGATGATCAGGTCATAACGAAAGATATTTTTGCTAACTATTTGACAGGTGATGAAGAAGCGCAGCAGTTGATAGAAGAAATGGTATTTGTTCTAACACAGGGTGTCTATATTGTCAGTAGTTTATTAGATCCACATAAAATTGTTTTTGGAGGGAGTGTAGTTACCCATAATCCTTGGTTATTAGAGCTAATCAAAGTAAAACTCCAAACGTATTTGCTTGCTGAACAAATCCATATCCTAGAAAATATGGAGATTAGTAAGCTGAACAATCACCAAGGCATTATTGGTGCGGGGCTAAGAGCGTGTGTGCTTACCTAG	MKYSIGIDIGGTKVAAGIVNEYGNLIQQVKVSSDPTNKETMFAKVVQCVEQLLDHSSIPKHEIYGIGAGVPGKVDRERGIAVYQNNLPWDNFPFMERLQKAIGIDKIAIDNDVYMAAFAEWKKAEMANQELLVYITISTGISCSIIQDGEFIRGAGFAGELGLIPVYSKLNSEALQRLENAASGPAMQLQARKIYADDQVITKDIFANYLTGDEEAQQLIEEMVFVLTQGVYIVSSLLDPHKIVFGGSVVTHNPWLLELIKVKLQTYLLAEQIHILENMEISKLNNHQGIIGAGLRACVLT				NA	NA	NA	NA	NA
AK148_00163	1482	galT		Galactose-1-phosphate uridylyltransferase	ATGGTGTATCCCTATTTAGCAGGGCTTATTGAAAAAGCAGTCACCACAGAAATGATTGCACAAGCTGACAAAGTATATGCTAGGAACCAAATTATGAATGTCTTGCAATTAGAAGCATATCCAGATGGAGTGGTACCAGCAAGAGATACTTCCATCCCAAATTTAGTAGAGCATTTGATTGAATATGCATTGGAGCATGAAATTATTCGCAACGTTTTAAGTGAAAAAGAAATACTGACGGCTCATATCATGAATTGTCTTATCGCGCGCCCTTCAGAAATTAACCAGACATTTTATGAAAAATATAAGCAATCACCAATAGAAGCTACGGATTACTTTTATGCTTTATCAAAAAATAGTAATTATATTCAAATGAATCGAATTGCGAAAAATATAAGCTATAAGGTGGACACGGCTTATGGGACAATGGATATTACGATTAATTTATCCAAACCGGAAAAAGACCCAGAGCAAATAAAGCTAGAGCGAGAAAACGTTAAAAATGTGACGTATCCGAAATGTTTATTATGTATCGAGAATGAAGGCTATGCTGGGCGAATAGATCATCCAGCTCGGGCAAATCACCGCATGATAAGGGTGCCTTTACAAGACGAGATGTGGTTTTTTCAATATTCTCCGTACGTATATTATAATGAGCATAGTATATTATTAGCTGGTGAACATCGGAATATGAAAATCGATCAGCAAACATTCAAGCGGCTCTTGGCATTTATAGATATATTCCCGCATTATTTTATTGGCTCCAATGCAGATTTACCAATCGTTGGTGGTTCTATCTTAAGTCATGATCATTATCAGGCAGGGAAGTATGAATTTGCTATGACGAATGCGAAAGAAGCGTTTTCCTTTTCGTGGAAAAAGTATCCAAGATTGCATTGTGCTGTCCTACATTGGCCATTATCCGTTATTCGTTTAGTAGGAAGCAATCGTGCTGATGTAGTAGAAGCAGCAGATGACATTTTAGCCTCTTGGAAAAATTATTCGGATGAAATAGCGGATATTCAAGCTTTTACGAAGCAAACGCCGCATAATACCATTACGCCAATTGCTAGAAAACGTAAGGACAAATATGAATTAGATCTTGTCTTGCGGAATAACCGAACGACAGAGCAATACCCTCAAGGTATTTTTCATCCGCATGCAGACGTACATCATATTAAAAAAGAAAATATAGGATTAATTGAAGTGATGGGCTTAGCTGTATTACCAGCTCGTTTGAAGCAAGAATTAGCTGAAATAGAGAGCTACTTATTACATGGACAGCAGCAAGTAGCGGAGTATCATAGCGTTTGGGCGGACAACTTAAAAAAGCAGTATCCAGATGTACAAACTACAGAAGAAGCAAGAAAAATTGTGCGTAAAGAAGTCGGTAATACGTTCGTACGTATTTTACAAGATGCAGGAGTGTTTAAAGACAATCATTCTTTTCAACGATTTCTGCAAGGGTTTATTAATGAATAA	MVYPYLAGLIEKAVTTEMIAQADKVYARNQIMNVLQLEAYPDGVVPARDTSIPNLVEHLIEYALEHEIIRNVLSEKEILTAHIMNCLIARPSEINQTFYEKYKQSPIEATDYFYALSKNSNYIQMNRIAKNISYKVDTAYGTMDITINLSKPEKDPEQIKLERENVKNVTYPKCLLCIENEGYAGRIDHPARANHRMIRVPLQDEMWFFQYSPYVYYNEHSILLAGEHRNMKIDQQTFKRLLAFIDIFPHYFIGSNADLPIVGGSILSHDHYQAGKYEFAMTNAKEAFSFSWKKYPRLHCAVLHWPLSVIRLVGSNRADVVEAADDILASWKNYSDEIADIQAFTKQTPHNTITPIARKRKDKYELDLVLRNNRTTEQYPQGIFHPHADVHHIKKENIGLIEVMGLAVLPARLKQELAEIESYLLHGQQQVAEYHSVWADNLKKQYPDVQTTEEARKIVRKEVGNTFVRILQDAGVFKDNHSFQRFLQGFINE	PGPT0017835_499	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GLYCAN_BIOSYNTHESIS,PGPT0017835-galT-K00965	NA	NA
AK148_00164	285			hypothetical protein	TTGCAATGGGTTGTAGAAATAGCAAGTTTCATTGTCATCATATGTCTTTTATATAAACGAATAAACGATATAGATGATATATCCCTTATGCATGTGGTATATATTGTTTTGGCATTTATCATTATTTCAGTTCTATCTGCTATTATTTTTTATTATCCTGGTAGTTGGCTTGTGAATAAGATTAGTAATAGCTTCTTACGTACCATTGTAGCATATGCGATAGTTATCATCGTTATTTCAATTGGACGTTGGTTATGGGCGAAAACATTTGTGAAACATCGCTGA	MQWVVEIASFIVIICLLYKRINDIDDISLMHVVYIVLAFIIISVLSAIIFYYPGSWLVNKISNSFLRTIVAYAIVIIVISIGRWLWAKTFVKHR				NA	NA	NA	NA	NA
AK148_00165	810			hypothetical protein	TTGTTACAAGAAATGTATAAACGAAGAGAAAAAATGGGGTATATATTTTTAGCTATATTTATCGTTGTAGTTCTTGGGTATATATTGATTTGGACGCCAACAGGAGCCAAACAGTGGGGAGAAGTATCCATTATAGGTTTACCCGTTTTATTTTTAATAATAATAATTATTCGAAGCAGAATAAGCTACCAGAAATTAAAAGACGTAGAGATAGGCCTTTCACAAGTATCTATTTTGCAACTTGATCATGTCGTACTTAAAAAGGATGCTAGTTTGTTACCCCGTTTATTATGTTTTGAAAAAACGGGCAAGTATGTTGGCGCTTTTCAACTTATGCACGTTTCGTTCTGGTGCTATCCTTTGCTCATTTATAATAGTTCGTTCATAAATTGGCTACCAGTAAAGCTTGCATTTATCTCTAACACTGGAGAACTGATATTTAAGTTGAAGCGAAAAGGCATGAAGAAAACGGCAGTTACGTATTACGATGCAAGTGACAATTATATCGGGTCTTATATTCAGGAAGATTTTAAAAGTGTCTTGCGACTAAAAGGGAAGCTCTTTGATGAGAAAGGAAAGCAAATGCTTTTTATTGATGGGTCTACTATGACTGGTGATTTCACATGGATCGATGAACATCATCATCGCTGGGCCTATTTTTATAATGGAAGGTTTCCACATGAATATACTACTTTGTTTCACGACTTAAATAATGATATTGTCGAGGTTTCTGATAAGTTATCTCAACAGTATAAGCAATTGCTGTTCGGGGTAATTGGATTCTTGTTTATTCAGAGAACGAACAATTAA	MLQEMYKRREKMGYIFLAIFIVVVLGYILIWTPTGAKQWGEVSIIGLPVLFLIIIIIRSRISYQKLKDVEIGLSQVSILQLDHVVLKKDASLLPRLLCFEKTGKYVGAFQLMHVSFWCYPLLIYNSSFINWLPVKLAFISNTGELIFKLKRKGMKKTAVTYYDASDNYIGSYIQEDFKSVLRLKGKLFDEKGKQMLFIDGSTMTGDFTWIDEHHHRWAYFYNGRFPHEYTTLFHDLNNDIVEVSDKLSQQYKQLLFGVIGFLFIQRTNN				NA	NA	NA	NA	NA
AK148_00166	465			hypothetical protein	ATGAGATTAAAATGGGTGTTCTTTATTAACGTATTGTTATTGTTGCTAGCTGCTTGGGGATTTATCCCTATTTATTCATTTGCCATGCATGTAGCCAATGTGATTAAAGGTGAGAGCACAGGAGAATGGATTAATATTACACCGACGATCATTTTTTTATTCATCTGTATCGGGGTTGGCATCTTGATGTACAGACATAATGCAAAGAAACATAAGCGTATGCTGCTGAAATTATTCATGCCTGCAGAGTTTTCTGAACAAGATGAACGTGAAAAAATGATTAACGCTCACGCCTGTCGTAAAGTTTATCTTTTCATGCCATTGATTTTTGGGATAATCCTTTTTTTAATGGGCTTGTATCCATTCTTAGCTGACACGTTTCCTTCTTATCCGATGTTACTTTTATTCATCTTTCCGATTGCACAAATTACAATCTACTATTTATCCGTACGTAACAAATTTTAA	MRLKWVFFINVLLLLLAAWGFIPIYSFAMHVANVIKGESTGEWINITPTIIFLFICIGVGILMYRHNAKKHKRMLLKLFMPAEFSEQDEREKMINAHACRKVYLFMPLIFGIILFLMGLYPFLADTFPSYPMLLLFIFPIAQITIYYLSVRNKF				NA	NA	NA	NA	NA
AK148_00167	216			hypothetical protein	ATGGCTTTCGTGAAATTAAACAATCGTGTAAAAGAACTACGAGCGCGATTTGATTTAACGCAAGAGCAACTCGCCAAAAAAGTAGGCGTAACCAGACAGACCATTGCTGCCATTGAAAAAGGCGATTATGTACCTTCCTTACTTTTGGCATTAAACATATGCAAAGTGTTCCATCTTCCTATGGAAGAAACTTTTTGGTTATTGGAGGACGATTAA	MAFVKLNNRVKELRARFDLTQEQLAKKVGVTRQTIAAIEKGDYVPSLLLALNICKVFHLPMEETFWLLEDD	PGPT0014635_261	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014635-hsp20-K13993	NA	NA
AK148_00168	1569			hypothetical protein	ATGGCGAAACGTTTATTTCTGTCGTTGTTGTTCGGTTTATTGCTATTGTCCACTCCATCTTATGCTATTGCACAATCGCAAAGTTTGTCGGAAGCCAAACAGCTTCATGAAGGAACAAAATGGTCTGTAATGGGAAAGGGAGATAACGGAAACGATGAAACGCCAGGGGAGTGGTTTGTAGGAGAGACGCCGACTAATCCAATACCTGACGCCCCTTTGCTTTTATTTGTGCCTGGTTTAAACAATGTGGCACAAGTATTTTGGGAGGATGGTGGATTGTATGAAGCAGCTTGTGAAGCGGGATATGAAACGGCTTTTATCCAGCTTCATGATGCAGGTGGCGCTTCTGCCGATATGTGGGATAATGGGAAATTGCTCGCTGAAAAAATTACGGAAATTTCAGATCGATTCCAAGGGAAGCCAATTACGATTATTGCGTATAGTAAAGGTGGCGTTGATGCGCAAGCTGCGGCAACTTATTACGGAGCTTGGCAATATATAGATCGTATTATTACTTTATCTAGTCCGCATCATGGATCGGAACTAGCGGACTTGGCTAATAGTAGTTGGGCTGGTTGGCTAGCTGAATTACTCGGGATGCGAGGTGAAGGAACATCTGCGGTTGAGACCGGATATATGGAACATTTTCGTTCTTTGACGGATGAAGAAACCTATGCCTATGTCAATGATTATTACACTTTAGGTGGGACGGATTGGGGGTCGACATTTTCATCAACATGGTTTGGAGGCATGTATTTATCCAGTTATGGTGATAATGATGGCGTGGTAACAACTGTGAGCAGTCGTTTGCCTAAAGGAGAAGAAGTGGCAATTGGGGCTTGGAACCATACTTCTATTCGAAGTAATCGCATCTTTCCTATTATACAAGACAATGTGTTGCAGCAAAATAACCCGAGTCGCGATCATTTGATTTATAAGGAACAAATTTCAAAGCTTACAAAACCAGAGCAATATGTACACGGCGATGCATTAAGGAATAACAAAGCTGAAAAGCATTTATTTCCTATTGAAGACGCTATTGACAAGGTAAATATACAGTTGTACACAGCTTCTCCACTCCAACGTGTAGAACTTATTGATCCGAATGGAAACGTTTATGACGATGTGCAAGTGACGCAGCAGGAGGGTGGTTTTTTCGCTGGAGCGACGGGGTATCACATACAAATTCATCAACCTTCAGCTGGAGAATGGTCATTAAAAATGCGTAGTGATAAGAAAAACGCCTATTTATTGCATGGTCAATATGATAAAGCAACGCAAAAGCAAATTCTATCAGAGACACAAGATCGTAGAAGCGATAGCAAATGGAGAACGAATAAACAGCAAGTAAAAGAAAAGAGTATAGAAGCACACTATACCATCGTGGAGTCAGGGAAGCAAATTCCTGTAGTGACTGCAACGTCAAAAGGTTTACCTTTATTATCAAAAGAATTTTCACATCTAAAAAAGAATCGAAGTTACAATATTACGATGGATATAAAAGGCGAGACAGTTTCTGGATCGCCTTTCAAACGGACAGTGGTTGATTCTGTTTATCTATCTGAATGA	MAKRLFLSLLFGLLLLSTPSYAIAQSQSLSEAKQLHEGTKWSVMGKGDNGNDETPGEWFVGETPTNPIPDAPLLLFVPGLNNVAQVFWEDGGLYEAACEAGYETAFIQLHDAGGASADMWDNGKLLAEKITEISDRFQGKPITIIAYSKGGVDAQAAATYYGAWQYIDRIITLSSPHHGSELADLANSSWAGWLAELLGMRGEGTSAVETGYMEHFRSLTDEETYAYVNDYYTLGGTDWGSTFSSTWFGGMYLSSYGDNDGVVTTVSSRLPKGEEVAIGAWNHTSIRSNRIFPIIQDNVLQQNNPSRDHLIYKEQISKLTKPEQYVHGDALRNNKAEKHLFPIEDAIDKVNIQLYTASPLQRVELIDPNGNVYDDVQVTQQEGGFFAGATGYHIQIHQPSAGEWSLKMRSDKKNAYLLHGQYDKATQKQILSETQDRRSDSKWRTNKQQVKEKSIEAHYTIVESGKQIPVVTATSKGLPLLSKEFSHLKKNRSYNITMDIKGETVSGSPFKRTVVDSVYLSE				NA	NA	NA	NA	NA
AK148_00169	1020	oppD_1	COG0444	Oligopeptide transport ATP-binding protein OppD	ATGAGTAATAACATACTGGAGATTAAAAATCTTAAAACATCGTTTCGTATTAATGATGACTATTATGCCGCCGTGGATGATGTTTCTTTATCTGTGAATAAGAATGAGACGTTAGCCATTGTTGGTGAATCAGGCTCTGGAAAAAGCGCCTTAGCATTTTCTATTATGGGATTACATACAAAAGCCAGAATAGATGGAAGCATTCAATTTAAAGGTGAAGATATTGTTCATATAGCAGCTGGAAAATTAAACAAGTTGCGAGGCAATGATATGGCGATGATTTTTCAAGATCCATTAACAGCGTTAAATCCGTTGATGACGGTGGAAGATCAAATTGGGGAAGCTTTATTATTACATAATCGACAGTTATCGAAAACGAAACGAAAAGAACGAGTGATTCACTTGTTAAATCAAGTTGGTATTCCTCGCCCGGAGTACACTTGTGAACAGTACCCGCATCAATTATCTGGTGGTATGAGGCAGCGAGTGATGATTGCCATCGCGATTGCCAATAAGCCTGAACTACTCATTGCTGATGAACCTACTACAGCGCTTGATGTAACGATTCAAGCCCAAATACTAGGGTTAATGAATGATTTAAAAGAACAAATGAATACAGGTGTTATTTTAATTACCCATGATTTAGGTGTTGTCGCTGAAATGGCGGATCGTGTAGCCGTTATGTATGCAGGACAAATTGTAGAGATTGCGGATGTTTATACGTTATTTCAAAAGCCGCTTCATCCATACACGAGATCGCTATTAAATTCCATTCCGGCTGAAGATAGTGTGCATGACAAACTCCATGTCATACAAGGAATTGTTCCATCTTTGCAAAATCTTCCTCGAGAAGGGTGTCGATTTAAAGCACGAATTCCGTGGATTAGTGAGGATGCACATGAAGAAAATCCTGAGCTGCATGAGGTAACGCCAGGACATTTCGTCCGTTGTACCTGTTATCAGCAATTTTATTTTCCGGAAGAAAAGGTAGAGGAGGAATCAAGTCATGGCACTTCTTGA	MSNNILEIKNLKTSFRINDDYYAAVDDVSLSVNKNETLAIVGESGSGKSALAFSIMGLHTKARIDGSIQFKGEDIVHIAAGKLNKLRGNDMAMIFQDPLTALNPLMTVEDQIGEALLLHNRQLSKTKRKERVIHLLNQVGIPRPEYTCEQYPHQLSGGMRQRVMIAIAIANKPELLIADEPTTALDVTIQAQILGLMNDLKEQMNTGVILITHDLGVVAEMADRVAVMYAGQIVEIADVYTLFQKPLHPYTRSLLNSIPAEDSVHDKLHVIQGIVPSLQNLPREGCRFKARIPWISEDAHEENPELHEVTPGHFVRCTCYQQFYFPEEKVEEESSHGTS	PGPT0004435_8442	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
AK148_00170	933	oppF_1	COG4608	Oligopeptide transport ATP-binding protein OppF	ATGGCACTTCTTGAAGTAAACGATTTAAAGGTCCATTTTCCCATTAGAGGGGGAATCTTAAATCGTAAAATAGGTGCAATAAAAGCTGTTGATGGCGTATCTTTTTCCATTGAAAGAGGAAAAACGTATGGTCTTGTAGGAGAGTCTGGCTCGGGAAAAACAACAACCGGAAAAGCGATTATCGGTTTAAATCATATTACTTCAGGAACGGTGAAGTTTGATGGTGTAGATTTAGCAGGCTTTACATCCAAAAAGGCTGATATTCGAAAAGATATTCAAATGATTTTTCAAGATCCTTATTCTTCATTAAATGGCAGAAAACGAGTACTTGATATTGTTGCAGAGCCGTTGCGAAACTTTGAAAACTTAACGAAAACAGAAGAAAAGAAACGTGTACAAGAATTGCTTGAACAAGTAGGATTAAGCCCTGAAAGTATTATAAAATATCCGCATCAATTTTCTGGTGGGCAACGGCAACGGATTGGCATTGCAAGAGCGATTGCTTTAAAGCCAAAACTCATTATTGCTGATGAGCCTGTTTCTGCATTAGATGTTTCGGTTCAGGCACAAGTCCTTAACTTTATGCAAGATATTCAAAAGGATTTAAATTTGACGTATTTATTTATAAGCCACGATTTAGGCATCGTAAAGCATATGTGTGATGAGATTGGCATTATGTATAAAGGACGTTACGTGGAATCGGGTACGAAAGCGGATATTTTTAATCACCCACAACATATTTATACGAAACGCTTAGTAGCAGCTATTCCAGATATTAATCCAGTTAAACGTCAACAGCAGAAAGTATACCGCGAAGAAGTAGAGAAAGAGTATCAGCAAAATTATAATGATTATTTTGATCAAGAAGGTCTAGCGTATACATTACGCCATATATCCGACTCCCATTTAGTAGCTTTACCGCAGAAAGGTTGA	MALLEVNDLKVHFPIRGGILNRKIGAIKAVDGVSFSIERGKTYGLVGESGSGKTTTGKAIIGLNHITSGTVKFDGVDLAGFTSKKADIRKDIQMIFQDPYSSLNGRKRVLDIVAEPLRNFENLTKTEEKKRVQELLEQVGLSPESIIKYPHQFSGGQRQRIGIARAIALKPKLIIADEPVSALDVSVQAQVLNFMQDIQKDLNLTYLFISHDLGIVKHMCDEIGIMYKGRYVESGTKADIFNHPQHIYTKRLVAAIPDINPVKRQQQKVYREEVEKEYQQNYNDYFDQEGLAYTLRHISDSHLVALPQKG	PGPT0004440_8523	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
AK148_00171	963	gsiC_1	COG0601	Glutathione transport system permease protein GsiC	ATGTGGAAATTTATTGTTAGACGACTGTTAATTACGATGCCACAAGTTGTTTTGCTAAGTATATTAGTATTTATTATGGCACAACTAATGCCAGGGGATGCGTTGTCTGGTTTAATCGATCCAAATATTGATCCGTCAGCGATTGAAGAGCAACGAGAGAAACTCGGGCTAAATGATCCATGGTACGTGCAATATAAAGATTGGGTGACATCAGCCATTCAAGGCGACTTAGGACAATCTTTTCGCTTTAAGATGCCTGTCTCTGAGTTAATTGGCCAGCGCCTTGTAAATACATTCTGGTTATCTTTAGCGACGTTAATCATTACATATCTCATCGCCATCCCATTAGGTATTACGAGTGGGCGTTATAATGATACATTGCGAGATCAATTAATTAATGGTTACACGTATATTGGTTTTGCCACGCCATTATTTATCTTTGCTTTAGTAATGTTATGGGCGTTTGGTTATGGTTTAGGTTGGTTCCCAACTGGCGGAAGTGTAGATCCAGGATTAGAACCAGGCTCATTTGCGTATATTATGAGTAAAGTTAATCACATATTACTACCAGCCATATCGATGGCATTAATTACTACTGTAAATACGGTGCAGTATTTGCGTAGTGAAATCATTGATACAAAACAGAAAGACTTTGTCATTACGGCAAGAGCAAAAGGTGCTTCTGAATCACGCGTTTATCGCCGCCATATTTTCCGCAATTCTTTATTACCAATTGCTGCTTATTTCGGTTTTGAAATTACGGGGCTCATTGGCGGGACCGTTTTTATTGAAACAATTTTCAGCTATCCAGGTATGGGATTGTTATTTATGGAATCTGTGCTACAACGGGATTATAGTGTCGTAACATCTGTTGTCTTGTTATTCGGAATCGCATCTATTTTAGGCGCATTATTATCGGATATTATTTTAAGTCTCGTAGATCCGCGTATTCGAATAAAATAA	MWKFIVRRLLITMPQVVLLSILVFIMAQLMPGDALSGLIDPNIDPSAIEEQREKLGLNDPWYVQYKDWVTSAIQGDLGQSFRFKMPVSELIGQRLVNTFWLSLATLIITYLIAIPLGITSGRYNDTLRDQLINGYTYIGFATPLFIFALVMLWAFGYGLGWFPTGGSVDPGLEPGSFAYIMSKVNHILLPAISMALITTVNTVQYLRSEIIDTKQKDFVITARAKGASESRVYRRHIFRNSLLPIAAYFGFEITGLIGGTVFIETIFSYPGMGLLFMESVLQRDYSVVTSVVLLFGIASILGALLSDIILSLVDPRIRIK	PGPT0004445_8568	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
AK148_00172	903	dppC_1	COG1173	Dipeptide transport system permease protein DppC	ATGGAGTATTCAAATGTAGAAGTAGTAGAGGTAGAACAAGAAAAAGCTCCTTCTATGGCGAAAGTAATTTGGCGAGAAATTGTGCGAGATAAAGTAGCGCTTATATCTTTTATTTTTCTTATTGTTATTACAAGCCTTGTTTACGGAGTATCTTTATTTTTAAATCAAGATGAAATTGTTAAAGTAGATTTATTTGCGATTAATCAGCCACCGTCTAATGAGTTTTTGCTAGGAACGGATTATGGGGGCAGAGATATTTTTGGTCAGCTTATTATTGGCACGCGTAATTCCTTATCGATAGGTATCTTAGTGACGCTTATGACGGGGATTATCGGTATTACTTACGGGCTTGTATCCGGTTATTTTGGCGGTACAGTTGATAACATTATGATGCGTATTGTTGATTTCTTTTTAATTTTACCATTTTTAATGATCGTTATTGTGTTTGTTGCGATTGTGCCTAAATATAGCATATGGTCTTTTTCTTTAATTATGACAGCATTCCTCTGGATGGGGATTGCTCGGTTAATTCGTTCAAAGGCGTTACAAGAGCGAGAACTTGATTATGCACAGGCTTCCAAAACGTTAGGAACTCCGAACTGGAAGATTATGTTTTTTCAAGTTTTGCCGAATTTAAGTTCATTAATTATCGTCACGATGACATTAAACTTGGCTGCGAATATTGGTTTAGAGTCTGGGTTGTCCTTTTTAGGATTTGGTTTTCCAGAAGATACCCCAAGTCTTGGAACATTACTTGGTTATGCAAGAAATCCACAAACTTTAGAGTTAAGATGGTGGATTTGGGTACCAGCAGCAATTATGGTTTTCTTATTAATGTTAGCTGTCCGAAATGTTGGCGAAGCATTGAAGCGTGCTACAGATGCAAGACAGCGCAGAGGTTAA	MEYSNVEVVEVEQEKAPSMAKVIWREIVRDKVALISFIFLIVITSLVYGVSLFLNQDEIVKVDLFAINQPPSNEFLLGTDYGGRDIFGQLIIGTRNSLSIGILVTLMTGIIGITYGLVSGYFGGTVDNIMMRIVDFFLILPFLMIVIVFVAIVPKYSIWSFSLIMTAFLWMGIARLIRSKALQERELDYAQASKTLGTPNWKIMFFQVLPNLSSLIIVTMTLNLAANIGLESGLSFLGFGFPEDTPSLGTLLGYARNPQTLELRWWIWVPAAIMVFLLMLAVRNVGEALKRATDARQRRG	PGPT0004450_7624	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
AK148_00173	1818	appA_1		Oligopeptide-binding protein AppA	ATGAAAGGAAGTCGTTGGCGTATTTTATTATATGCACTCTTGCTAGGTTTAGTACTTACACTGGCTGCCTGTGGCGGAGATGACGAGAGTAAGTCAGATAAATCGGGTGATAAGAAGTCTGGAAAAGATGAAGATGAAATTTACTCAATTGAAGATTTTAATGTAGAAACGAAAAATGAAGGCGAAGCGATGGATGGCGGGCACTTGAAATTTGGTGTCGTCACAGATACAGCTTTCGAAGGGCTGTTAAATTTTAACTTCTACTCAGGAGCTTATGATGTTGAGTTTATTAAATGGTTTGATGAATCTTTATTAGACGCAGATGAAAGGCATAATTTAACCCAAGATGGTGCTGCCACATTTGAAGTAGATGATAGTGGGAAGGTGTTTACGTTTACGATCCGCGATAATGTAAATTGGCATGATGGGGAGCCGGTAACTGCTGAAGACTGGGCATATGCTTATGAAGTGATTGGTCACCCTGATTATCCTGGCGTTCGCTATGGCGATGATTTTACAGTTATTGAAGGGATGGAGGAATACCATAACGGAAAAGCCGATTCTATTTCTGGTATTGAAGTGGTAGATGAGAAAACGATGAAAATTACGTACAAAGAAGCATCCCCTTCTTTATTAAGCGGCGGAATTTGGCCTTACGCTTTACCAAAGCATGTCTTTCAAGATATCCCTATAGAGGAAATGGACAAATCTGACGCTGTCAGAAAAGAACCAATCGGCATGGGACCATATAAAGTAAAAAGTATTACGCCAGGAGAAGCTGTCGTATACACAAAAAATGAAGATTATTGGCAAGGTGAACCAAAGTTAGATAAAGTTACAGTTAAAGTTGTGAATCCGAAAACAGTTGTACAAGCTTTAAAATCGGGAGAAGTAGATACGGTTCATAAATTTCCTACAGATCAATATCCAGATAATGCAGATATGTCTAATGTCGAATTTTTAGGAAATGTGGACATGGCCTATTCCTACATCGGTTTCAAATTAGGAACGTGGGATAAAGAGAAGAAAGAAGTAAAACCGGATCCAAATAAAAAAATGGCGGACGTGAATTTACGTAAAGCAATGGGACACGCCATTGATAATGAAGCTGTAGGGAAGCAATTTTACAATGGCTTACACTGGAATGCGACAACATTAATTCCGCCATCACATCCAGATTTCCATGATGAAGACAATCCTGGAATCAAATATGACCCAGAACAAGCCAAGAAACTGTTAGATGAAGCGGGTTATAAGGATACGGATGGAGACGGTATGCGTGAAAATCCTGATGGCGAAGAATTGGTGATTAATTTTGCTTCTATGTCTGGTGGAGAAACGGCTGAACCAGTTGCAAATTACTACATTCAATCTTGGAAAAATGTTGGATTAAATGTACAATTATTAGATGGTCGTTTACAAGAGTTTAACTCATTCTATGATCGAATTGGACAAAGTGGTGACGATGATCCGAAAGTCGACGTATATGCAGCAGCATGGGGTGTGGCAACAGATGTCAACCCAGCAGGATTATATGGACGTGACGCTCTGTTTAACTTCTCTCGCTATGCAAGTGAAGAAAATGATAAGCTTCTAAAGCAAGGAGCCTCTAAAGATGCGATGGATTTAGAGTACCGTCAGAAAGTATATAAAGAATGGCAAGAATTAATGGTCGAAGAAGTTCCGGTCATTCCTACCAATTATCGTGCAAAATTAGTACCTGTGAATAAGCGCGTATTGAATTATTCTGTAGCACATAACTGGGGTAATTACTATGAAATTGCGGTAACGCAAGAAGAACCAGTAAAAGCTGAATAA	MKGSRWRILLYALLLGLVLTLAACGGDDESKSDKSGDKKSGKDEDEIYSIEDFNVETKNEGEAMDGGHLKFGVVTDTAFEGLLNFNFYSGAYDVEFIKWFDESLLDADERHNLTQDGAATFEVDDSGKVFTFTIRDNVNWHDGEPVTAEDWAYAYEVIGHPDYPGVRYGDDFTVIEGMEEYHNGKADSISGIEVVDEKTMKITYKEASPSLLSGGIWPYALPKHVFQDIPIEEMDKSDAVRKEPIGMGPYKVKSITPGEAVVYTKNEDYWQGEPKLDKVTVKVVNPKTVVQALKSGEVDTVHKFPTDQYPDNADMSNVEFLGNVDMAYSYIGFKLGTWDKEKKEVKPDPNKKMADVNLRKAMGHAIDNEAVGKQFYNGLHWNATTLIPPSHPDFHDEDNPGIKYDPEQAKKLLDEAGYKDTDGDGMRENPDGEELVINFASMSGGETAEPVANYYIQSWKNVGLNVQLLDGRLQEFNSFYDRIGQSGDDDPKVDVYAAAWGVATDVNPAGLYGRDALFNFSRYASEENDKLLKQGASKDAMDLEYRQKVYKEWQELMVEEVPVIPTNYRAKLVPVNKRVLNYSVAHNWGNYYEIAVTQEEPVKAE	PGPT0004430_1861	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
AK148_00174	1848	asnO	COG0367	Asparagine synthetase [glutamine-hydrolyzing] 3	TTGTGTGGAATAGTAGGTTATGTAGATTTTAATAGAGATGTGCGGGCAAAGGAAAAAATGCTTGAACAGATGACAGACACATTACTACATCGTGGACCGGACGAAACGAATACTTGGATGAATCAACATGTTGCTTTTGGGCATCAGCGGCTTTCGGTTATTGATATTGAAGGTGGAAAGCAACCAATGCACAAAGCGAAAAACCGTCATACTTATACGCTTATATACAATGGTGAGCTATATAATACGGATGAACTACGTAGCGATTTAAGACAGAAAAACTATCATTTTGAAACGACATCTGATACCGAAGTGTTGCTTACTGCTTACTTGGAATGGCAAGAACAATGCGTCGATTATTTAAATGGAATATTTGCATTTGCAATTTGGGATGAAGACAAAGAACAACTGTTTATCGCTCGAGATCGCTTGGGAGTTAAACCGTTATTTTTTCAAGAAAAAAATGGGCAGTTTATCTTTGGCTCCGAACTAAAAGCTATCCTAGCTCACGAAAAAGTAAAAGCGGAAATTGATCGCTCTGGTTTAGCAGAAATATTTGGTCTTGGCCCGTCTAGGACACCAGGACATGGCCTATTTAAAAATATGCATGAGCTTCGGTCAGGTCACGCATTAACTTTTTCAAAAAATGGTCTTAAAAAATGGCGCTATTGGAATGTAAACAGTCGTCCGCATACAGATTCTATGACCGAGACAATAAGTAAAGTAAGAGAGCTATGTATCGATGCAGTGCAACGACAGCTCGTTTCTGATGTTCCTATATCCACTTTTTTATCTGGTGGTTTAGATTCGAGTGCTATCACAGCAATTGCCTCACAATATTTTCAGGAACGAGGAAAAGGGTCTCTCACTACTTTTTCTGTAGATTATGAAGGTAATGCAAATTATTTTAAGGCAAGCAAATTTCAACCGTCCATGGATCAGCCATTTATTGAGGAGATGGCAACCGTTTTTCAAACGAATCATCATAATGAAGTGATCTCTGGGGAAGCATTAGCAAGCCATTTAAAAAAGGCTGTAGAATTACGAGATCAGCCTGGAATGGCGGATATAGATTCGTCACTACTCTGGTTCTGTCAACAGATTAAAAAGCAAACGACAGTGAGCTTATCAGGAGAATGTGCCGACGAAATATTTGGCGGCTATCCATGGTTTCATTCCCCGCCGACGGATGAAGAAGCAGGTTTTCCATGGATGCGATCTTTATCCTCACGTATTGATTTACTTCATCCTCACTGGCAGGAGAAGTTACAGCTCTCAGAATATGTGCATGCCCGTTATCAGGAAACAATTGATGAAACACCGCGCCTTGATGGAGAAAAAGAGGAGGATGCACGTAGAAGAGAGTTGTTTTATTTAAATATGCATTGGTTTATGGCTCAGTTATTGGATCGAAAAGATCGGATGAGTATGGGAGCGAGTTTAGAAGTTCGTGTGCCTTATGCGGATCATCGTTTAGTAGAGTACGTGTGGAATATACCATGGGAAATGAAGATACTGGAAGGGAAAGAAAAAGGTATTTTACGAAAAGCAATGGAAGGCATTCTACCAGAGACCATTCTTTATCGTAAAAAAAGTCCTTTTCCGAAAACATTTCAACCAGCATATACAAATGCAGTGAAAAAATGGATGCGGGAAATAGTAGACGATAAGGATGCTCGATTATTTGAGTTCTTAAATAAGGAAAAAGTAGAGGCTATTTTAGTAAGTGAAGGGAAAGAATTTAAAGAACCGTGGTATGGACAATTAATGCAAGGACCACAACTCATTGCTCATCTTTGCCAAATAGATTACTGGTTGAGAAGGTATGATGTCAAGGTGGTGGAGTAA	MCGIVGYVDFNRDVRAKEKMLEQMTDTLLHRGPDETNTWMNQHVAFGHQRLSVIDIEGGKQPMHKAKNRHTYTLIYNGELYNTDELRSDLRQKNYHFETTSDTEVLLTAYLEWQEQCVDYLNGIFAFAIWDEDKEQLFIARDRLGVKPLFFQEKNGQFIFGSELKAILAHEKVKAEIDRSGLAEIFGLGPSRTPGHGLFKNMHELRSGHALTFSKNGLKKWRYWNVNSRPHTDSMTETISKVRELCIDAVQRQLVSDVPISTFLSGGLDSSAITAIASQYFQERGKGSLTTFSVDYEGNANYFKASKFQPSMDQPFIEEMATVFQTNHHNEVISGEALASHLKKAVELRDQPGMADIDSSLLWFCQQIKKQTTVSLSGECADEIFGGYPWFHSPPTDEEAGFPWMRSLSSRIDLLHPHWQEKLQLSEYVHARYQETIDETPRLDGEKEEDARRRELFYLNMHWFMAQLLDRKDRMSMGASLEVRVPYADHRLVEYVWNIPWEMKILEGKEKGILRKAMEGILPETILYRKKSPFPKTFQPAYTNAVKKWMREIVDDKDARLFEFLNKEKVEAILVSEGKEFKEPWYGQLMQGPQLIAHLCQIDYWLRRYDVKVVE	PGPT0020150_2920	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARAGINE_DEGRADATION,PGPT0020150-asnB-K01953	NA	NA
AK148_00175	2367	acyII		Penicillin acylase 2 proenzyme	ATGGAGGAAAAGCCCATAAAGCAAACAAGAAAGAAAACGAAAATAACCATCATTATTTTTGGAATGATAACACTCCTATTTGTAATCGTTTTCTTTGTTGTTACTATGTACTTGGATCGTTTGGTTGAAAAAACAGAGGGAAGTATCGAACTTTCCGTTTTACAGCAGAAGGTGGACGTCATCACGGATGCCAATGGCGTGCCAAAGATACAGGCGCAAAATGAACATGATTTATATGTAGCACAAGGGTATGTTCAAGCACAATATCGGTTATTTCAAATGGATATGTCCCGCAGACAGGCATCCGGTACGATTAGTGAGGTAGCAGGTGAGGCAGCCGTTGATCAAGATAAATATTTTCGTACATTAGGACTAAGAAGAGCAGCTGAGAAATCTTACGACCTTTACTCTGATGAAGCAAAAGAAGTATTAGAGGCGTTTGCCAAAGGAGTCAATGCTTATATGCAACAAGCGAAGGAAGATAATACGCTACCAATTGAATTTAAATTAATGGGCTTTGAACCAGAAAAATGGACACCGCTAGACTCATTAACCATTGGTAAATACATGGCATTTGATTTGGGTGGTCACTGGGAGCAGCAAGCGTTCAATTATTACTTGCTACAACAATTTGGAGAAGAAAAAGCATACGAGTTAATTCCATCTTATCCTCAAGAAAAGCCTGTTATTATGGAAGAAAAATATGTTTCTGTAGAAGATAAACTATCTCAAGCAATTATTCCGCCAGCATTTAATGGGAGCAATAATTGGGTCGTTTCTGGTGAAAAAACAGCTTCTGGGTTCCCTATGTTAGCAGATGATCCACATTTGGGCTTAGCGACTCCATCTATATGGATTCAAATGCAGTTGCAAACCGAAACGCAACAAGTAAGCGGTGTTATTTTTGCAGGAGTTCCAGGAATTATATTAGGTCATAATGAACAAATTGCGTGGGGAGTAACCAACACAGGACCAGATGTGCAGCAATTATACCTTGAAAAAAGAAAGCCTCATTCTAAAGCGACGTTTTTATTTGAAGGGAAGTGGGAAAAAGCAAGGATTATTCAGGAACCGATTGCCGTGAAAGACGGAGCAACGATTGATTATGAAGTAGTCGAAACAAGGCATGGTCCTGTTATCTCCGAATTTGCTGAAGATAGTGGGGAGGAAAATGTTCTGTCACTCAAATGGACTGCATTAGAAGCAACGACGGAATTGGAGGCTATTTTACAAATAAATAAAGCGAAGAACTGGGAGTCTTTTGAAAAGGGCTTGGAAAAGTTCTTAGCCCCCGCGCAAAATTTTGTCTTTGCATCTAATAGCGGAACAATAGCTTATAAGGCAAATGGGAATATTCCAGTTTATGAAAACGGAAAAGATGCCTTGCTCCCACTTCCAGGTTGGCAAAGGGAAAATGAATGGCGTGGCTATATTCCGTTTGATGAGCTTCCCACAATGGTTAATCCAGAAAAAGGTTATATTGCGACTGCTAACAACAAAATAACGACAGAAGAGTATCCGTACCATATAAGTAATGTATGGGCGCAACCGTATCGCTATGAACGCATTGCAGAAGTATTAGAGAGTGTGGAGAAAATAACAGTTCAAGGCATGCAGGATTTACAAATGGATAGCTTTAACATGCAAGCAAAAGAACTCATACCTGCATTTTTACAATTATTAGAAGGGAGGGAACTATCCAAACAAGCTACAGAAGCTCTCCATCTGTTAGATAAATGGGATTATAAGGATGATGCTTCTGCTACTCAGCCATTACTATTTCATCATTGGTATAAAAATATTGAAAAGATCATTTATCAAGAAATACCAGATTCCATGTTAGATCTATTTAAGGGGAAGGGACAGACGACAGATGCTTTATTAAGAAAAGCAATAAAAGGAGAATCGTCTGTATGGTTAGAAACTTATGGAGGTTTACAACAAATATTATTGGATTCGTTACAACAATCTATTACGGAGTTAGAAAGGAAATATGGGGAGCCTATATCAGAGTGGAAATGGGGCGATTACCATCGCGTCTACTTTGAACACCCTCTCTCCAACGTTCATCCTGTTTTCGAGTATGTTTTTAATCAAGAAGCTCCTATTCCAGTAGATGGAAGCAATGTAACGCCAATGGCAGCAAATTTTGAAGAAGAGACAGGGATTGTAGATCATGGCGCTTCTTGGCGGTTTGTAATAGATATGGAAACGCCATCGAAAGGCTACCATATCGTTGCACCTGGACAGTCAGGTCACGTGAAAAGTCGGTGGTATCAGGATCAATTACAAGATTGGGTGGAGGGAAATTATCATACAACCTATTTGGATAGTATGACAGGAGAGCAATTGACACTGTACCCATAA	MEEKPIKQTRKKTKITIIIFGMITLLFVIVFFVVTMYLDRLVEKTEGSIELSVLQQKVDVITDANGVPKIQAQNEHDLYVAQGYVQAQYRLFQMDMSRRQASGTISEVAGEAAVDQDKYFRTLGLRRAAEKSYDLYSDEAKEVLEAFAKGVNAYMQQAKEDNTLPIEFKLMGFEPEKWTPLDSLTIGKYMAFDLGGHWEQQAFNYYLLQQFGEEKAYELIPSYPQEKPVIMEEKYVSVEDKLSQAIIPPAFNGSNNWVVSGEKTASGFPMLADDPHLGLATPSIWIQMQLQTETQQVSGVIFAGVPGIILGHNEQIAWGVTNTGPDVQQLYLEKRKPHSKATFLFEGKWEKARIIQEPIAVKDGATIDYEVVETRHGPVISEFAEDSGEENVLSLKWTALEATTELEAILQINKAKNWESFEKGLEKFLAPAQNFVFASNSGTIAYKANGNIPVYENGKDALLPLPGWQRENEWRGYIPFDELPTMVNPEKGYIATANNKITTEEYPYHISNVWAQPYRYERIAEVLESVEKITVQGMQDLQMDSFNMQAKELIPAFLQLLEGRELSKQATEALHLLDKWDYKDDASATQPLLFHHWYKNIEKIIYQEIPDSMLDLFKGKGQTTDALLRKAIKGESSVWLETYGGLQQILLDSLQQSITELERKYGEPISEWKWGDYHRVYFEHPLSNVHPVFEYVFNQEAPIPVDGSNVTPMAANFEEETGIVDHGASWRFVIDMETPSKGYHIVAPGQSGHVKSRWYQDQLQDWVEGNYHTTYLDSMTGEQLTLYP	PGPT0028075_1376	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
AK148_00176	834	glpF	COG0580	Glycerol uptake facilitator protein	ATGGTGGCTGAATCAGAATTTTTAGCTGAATTAATTGGTACGATGATTCTCATTATTCTTGGTGGTGGTGTTGTTGGTGGTGTGACTTTAAAGTCATCCAAAGCAGAAGGATCGGGGTGGGTCGTTATTACGATTGCCTGGGGGTTGGCAGTTGCATTTGGGGTGTATGCAGTTGGGAATTACTCTCCTGCACACATTAACCCTGCTGTTACGATAGGTTTCGCTTCTATTGGAGAATTCCCATGGTCTAAAGTACCGATGTATGTAACGGCACAAATCATAGGGGCAATTATTGGTGCGGCGGTCGTTTTTATTAATTATTTACCCCATTGGAGAAAAACAAAGGATCAAGCTACGAAGCTAGGTGTTTTTGCTACTGGACCAGCAATTCGCAGTCCGCTTGCAAACTTATTGAGTGAAATCGTTGGTACATTTGTGCTCGTTTTAGGGCTTTTGTTTATTGGAGCAAATGAATTTACAGAAGGTTTAAATCCGATTATAGTTGGGGTATTGATTATAGCAATAGGGATGTCATTAGGTGGGGCAACGGGTTACGCTATTAACCCTGCTCGTGACTTAGGACCACGTATTGCTCATGCTTTACTTCCGATTCCGGGGAAAGGTTCTTCCGATTGGGGCTATGCTTGGGTTCCGATCGTAGGTCCAATTGTAGGAGGAATATATGGAGCATTTTTTTACGATGCCCTATTTATCGGTGAATTCACTGCTGTTTTCTGGATATTAAGTGTTGTTATTGCATTACTTATCATAGGGGCAGTTAGCATGGAGACGAAGGGAGAACGTTCTGCTAAAATAAATAATCATAGCGCTTAG	MVAESEFLAELIGTMILIILGGGVVGGVTLKSSKAEGSGWVVITIAWGLAVAFGVYAVGNYSPAHINPAVTIGFASIGEFPWSKVPMYVTAQIIGAIIGAAVVFINYLPHWRKTKDQATKLGVFATGPAIRSPLANLLSEIVGTFVLVLGLLFIGANEFTEGLNPIIVGVLIIAIGMSLGGATGYAINPARDLGPRIAHALLPIPGKGSSDWGYAWVPIVGPIVGGIYGAFFYDALFIGEFTAVFWILSVVIALLIIGAVSMETKGERSAKINNHSA	PGPT0004760_634	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GLYCEROL_UPTAKE,PGPT0004760-glpF|pduF-K02440	NA	NA
AK148_00177	1497	glpK	COG0554	Glycerol kinase	ATGGAAAATAAATATATTTTGTCAATTGATCAAGGTACGACTACTTCTCGTGCAATTATTTTTAATCAAAAGGGAGAGATTGTCGAGACGGCGCAAAGGGAGTTTGAGCAATTTTTTCCTCACCCAGGTTGGGTGGAACATGATGCAAATGAAATTTGGACATCCGTATTAGCTTGTATAGCAGATGTATTACGTAAAGCTGATTTAGCAGCGAATCAAATTGCCGGTATTGGAATAACAAATCAACGTGAAACGGCTGTGGTTTGGGATAAAAAAACGGGCAAACCAATTTATCGAGCCATTGTTTGGCAATCTCGTCAAACAGAAAATATATGTAAGGAACTTAGAGAAGCTGGACACAATGAAATGTTTAGAAAGAAAACAGGATTGCTTCTTGATCCTTATTTTTCTGGTACAAAAGTAAAATGGATTTTGGATAACGTAGAAGGTGCAAGAGAAAAGGCGGAAAATGGAGACTTACTATTTGGTACGATTGATAGCTGGCTCGTTTATAAATTCTCTGCTGGAACCACACATATAACCGATTATACGAATGCGTCTCGTACATTGATGTTTAATATCTATGATCTCCAGTGGGATGATGAATTATTAGAAATTTTAACCATCCCGAAAAGCATGTTACCTGAAGTGAAACAATCATCAGAAATATACGCATATACGGTATCCTATCATTTCTTTGGTGAAGAAGTCCCAATTGCAGGTATCGCTGGAGACCAGCAGGCAGCATTATTCGGGCAAGCGTGCTTTGAAAAAGGAATGGTAAAAAACACGTACGGTACAGGTTGCTTTATGCTTATGCACACAGGTGAAGAGGGTGTAGCTTCTGATCATGGCTTATTAACTACGTTGGCTTGTGCAGTAGACGGTAAAGTAGAGTATGCATTAGAAGGCAGTATCTTTGTGGCTGGCTCTGCTATTCAATGGCTTCGAGATGGGTTAAAACTCATTGAAGATTCTCCGGAAAGTGAGCTATTTGCCAAAAATGTTCCAAACACGGATGGCGTATATATGGTCCCAGCCTTTGTAGGTTTAGGCACACCTTATTGGGATAGTGATGCTAGAGGAGCTGTATTTGGGCTAACTCGTGGAACAACAAAAAGTCATTTCATACGTGCAACATTGGAGTCTTTAGCGTATCAATCCAAAGACGTCATTAATGCCATGGTTGCCGATTCACAATTAGATTTAAAAACGTTACGTGTGGATGGAGGAGCCGTTAAAAATGATTTGTTAATGCAATTTCAAAGTGATATTTTAGGTGAAGTACCTGTTGAACGTCCTATCATTCAAGAAACGACAGCATTAGGTTCTGCATATTTAGCTGGTTTAGCGTTAGGTTATTGGAAAGACAAAGATGAAATAGCCAGTCAATGGGAAGTAGAAAAAACGTTTCATGGAAACATGGGCAAACAAGAACGTGAAAAATTATATGCTGGCTGGCAAAAGGCTGTAGAAGCGACAAGAGTTTTTAAATAA	MENKYILSIDQGTTTSRAIIFNQKGEIVETAQREFEQFFPHPGWVEHDANEIWTSVLACIADVLRKADLAANQIAGIGITNQRETAVVWDKKTGKPIYRAIVWQSRQTENICKELREAGHNEMFRKKTGLLLDPYFSGTKVKWILDNVEGAREKAENGDLLFGTIDSWLVYKFSAGTTHITDYTNASRTLMFNIYDLQWDDELLEILTIPKSMLPEVKQSSEIYAYTVSYHFFGEEVPIAGIAGDQQAALFGQACFEKGMVKNTYGTGCFMLMHTGEEGVASDHGLLTTLACAVDGKVEYALEGSIFVAGSAIQWLRDGLKLIEDSPESELFAKNVPNTDGVYMVPAFVGLGTPYWDSDARGAVFGLTRGTTKSHFIRATLESLAYQSKDVINAMVADSQLDLKTLRVDGGAVKNDLLMQFQSDILGEVPVERPIIQETTALGSAYLAGLALGYWKDKDEIASQWEVEKTFHGNMGKQEREKLYAGWQKAVEATRVFK	PGPT0018435_3962	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0018435-glpK-K00864	NA	NA
AK148_00178	996	dhaK	COG2376	PTS-dependent dihydroxyacetone kinase, dihydroxyacetone-binding subunit DhaK	ATGAAAAAAATTATTAATAATCCAAATGAAGTTGTACAAGATATGGTGCAAGGTCTAGTTGCTGCTTATCCGTCCAAATTAAAAGTAATTCCTGAGACGCTTGTCATCGCTCGTAAAGATGCTCCTGTAGAAGGTAAAGTTGGTTTAGTGAGTGGTGGGGGGAGCGGTCATGAACCAGCTCATGCGGGATATATTGGGAAAGGTATGTTAGATTGCGCGGTTGCAGGTGAAGTTTTTACATCGCCAACACCTGACCAGGTATTTAAAGGCATTAAAGCAGCAGATGGAGGAAAAGGCGTCTTTCTCGTCATTAAAAACTATACAGGGGATGTACTTAACTTTGAAATGGCTGCAGAGTTAGCTGAAGCAGAAGGTATTCAAGTAGAAAAAGTAATTGTAAATGATGATGTTGCTGTAGAAGATAGCTCGTTTACAACGGGGAGAAGGGGTATAGCTGGTACCGTACTCGTTCATAAAATAGCTGGGGCTATGGCTGAAAGTGGCGCCTCATTGCAAGAGGTAAAGCGTGTTGCTGATAAGGTTGTAGCCAATGTGCGATCCATGGGTATGGCGTTAACTTCTGGCACTGTCCCAGCCGCTGGAAAGCCAAGTTTTCAGTTAGAAGATAATGAAATGGAGATAGGAATAGGTATCCACGGAGAACCAGGAATTGAACGAAAGCACATCGCTTCGGCTGATGAGATTGCTACAGAATTAGTAGAACGAATTTTCACCGATATAGACATACCAAAAGGACAAGAAGTAGTGGTAATGATTAATGGTTTAGGTGCTACTCCGGAAATGGAACTATTTATTCTTAATAAAAAGGTGCAAAGCCTGTTAAAAGATAAAGGTATTGAAGTATTTCAAACATTTGTAGGAGAATATATGACATCGTTGGAGATGGCGGGTTGCTCAGTTACTTTGCTAAAGGTAGATGACGAACTAAAATCTTTGCTACAAGCTCCGTCTGAAGCACCTGCATTTCGCAATTAG	MKKIINNPNEVVQDMVQGLVAAYPSKLKVIPETLVIARKDAPVEGKVGLVSGGGSGHEPAHAGYIGKGMLDCAVAGEVFTSPTPDQVFKGIKAADGGKGVFLVIKNYTGDVLNFEMAAELAEAEGIQVEKVIVNDDVAVEDSSFTTGRRGIAGTVLVHKIAGAMAESGASLQEVKRVADKVVANVRSMGMALTSGTVPAAGKPSFQLEDNEMEIGIGIHGEPGIERKHIASADEIATELVERIFTDIDIPKGQEVVVMINGLGATPEMELFILNKKVQSLLKDKGIEVFQTFVGEYMTSLEMAGCSVTLLKVDDELKSLLQAPSEAPAFRN	PGPT0018460_1027	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_PHOSPHOTRANSFERASE_ACTIVITY,PGPT0018460-dhaK|dak-K05878	NA	NA
AK148_00179	627	dhaL	COG2376	PTS-dependent dihydroxyacetone kinase, ADP-binding subunit DhaL	ATGCAACTAAATGTAAAGAATACCGTTCAATGGATGCAACGAGCAAATGAAAAAATGCAAGCAAACAAAGATGAATTAACGGCTCTGGATCAGCCTATTGGAGATGGTGACCACGGAATAAATATGGCAAGAGGGTTTCAAGAAGTTGCTACAAAATTGGAAGAAGCTACGTATACGAATGTATCTGAAGTTCTTAAAGATGTGGCGATGACGTTAATGTCGAAAGTAGGCGGCGCTTCAGGCCCTTTATTTGGAACTGCTTTCCTTAAACTATCAACGAAACTAAAAGGAGAAGAACTTGTAGACCAAACTAGTTTCGGCGCTGCATTAAATGAAGCAGTAAATGGGTTAAAACAACGTGGTAAAGCAGAAGAAGGCGAGAAAACTATGGTTGATATGTGGGCATCAATCGCACATTATTTTACAGATAATGAGCATTCAACACCTGCTGGGCTCATGGAAAGCGCGGATGCTGCACTTGAAAAAATTAAAGCAATGACCGCAACCAAGGGACGAGCAGCCTATTTTAAAGAAAAAACGATCGGACACCAAGATCCAGGTTCAGCTTCTACTTATTTTATTTTTGAAGCTCTAGCAGAAGTGTGGAAAGGAGATAGTAAAGCATGA	MQLNVKNTVQWMQRANEKMQANKDELTALDQPIGDGDHGINMARGFQEVATKLEEATYTNVSEVLKDVAMTLMSKVGGASGPLFGTAFLKLSTKLKGEELVDQTSFGAALNEAVNGLKQRGKAEEGEKTMVDMWASIAHYFTDNEHSTPAGLMESADAALEKIKAMTATKGRAAYFKEKTIGHQDPGSASTYFIFEALAEVWKGDSKA	PGPT0018455_1020	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_PHOSPHOTRANSFERASE_ACTIVITY,PGPT0018455-dhaL-K05879	NA	NA
AK148_00180	381	dhaM	COG3412	PTS-dependent dihydroxyacetone kinase, phosphotransferase subunit DhaM	ATGAGTTATGTAGGTATTGTGTTGATTTCTCATAGCCATAAAATTGCTGAAGGAGCTAAAGAATTGATTCGTCAAGTAATGAAAGAAGTTCCTATTGAAGTGGCTGGAGGAACGGAGGACAATGAGATAGGTACGAGTATTGAAAAAATTAACAGTGCCATAGAAAAAGCAAATAGCGGAAGCGGCGTACTATTATTTTATGATCTTGGTAGTGCAAAAATGAATGCTGAAATGGCTATGGAAATAGCTGACCAAGAAGACATTAAATTAGTCGAAGCGCCAATTGTAGAAGGAGCATATGTTGCCGCAGTAGAATCGGGTATGGGCAAAAACGTGGATGATGTCTATGAAGCTGTACGCAGTTCTTTCCCTGAAAAATAA	MSYVGIVLISHSHKIAEGAKELIRQVMKEVPIEVAGGTEDNEIGTSIEKINSAIEKANSGSGVLLFYDLGSAKMNAEMAMEIADQEDIKLVEAPIVEGAYVAAVESGMGKNVDDVYEAVRSSFPEK	PGPT0018450_753	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_PHOSPHOTRANSFERASE_ACTIVITY,PGPT0018450-dhaM-K05881	NA	NA
AK148_00181	1455	cstA_1	COG1966	Peptide transporter CstA	ATGTTTACATTTTTAGGAGGAATTATATTATTAATTGTAGGTTATTTCACATATGGTAAATTTATCGAAAGAGTTTTTGGAGTTCAACCAGACAGACCAACACCAGCCATTACGAAACAAGATGGCGTGGATTATTTGCCACTAAAACGGAATAAAAATGCCATGATAGAGTTAATTAGTATTGCAGGCGTCGGCCCCATTTTCGGGCCCATCATGGGCGCTTTATATGGACCAGTAGCATTTCTTTGGATCGTTATTGGCTGTATTTTTGCAGGAGCAGTGCACGATTATTTAACAGGAATGATTTCCATTCGTAATGGCGGAGCACATCTACCACAACTGGCTGGAAAGTTCTTAGGAAAATATATGAAACATATTGTTAACATATTTTCCGTTCTGCTTCTACTACTAGTCGGTACCGTTTTTGTTAGTTCGTCCGCTGACCTAATTTTTGATTTAGTAAATGGATCGATTGCACTTGTGGCACTTATTGTCATTATCTTTGGATACTATATCCTATCCACGATGTTACCAATCGATAAATTAATTGGGAAGCTATTTCCGATATTTGGAGCATTTTTACTTATTGGAACATTAGCGTTAGGTATTAGCCTTGTTATCAATCAAGCACCTATTCCAGAAGTATCTTTAACCAATTTACACCCTGAAAATACACCCGTATTTCCGTTATTGTTTCTAGTTATTTCATGTGGTGCTTTATCTGGATTTCATGCAACACAATCACCTATTATTGCTAGAACGACAAAAAATGAAAAAGAAGCAAGAAGTGTCTTCTATGGCATGATGATCGTAGAAGGAATTATTGCAATGGTATGGGCCGCCGCAGCTATGAGTTTATTTGGGGGGACCGTTACTTTAAATGAACTCATTAACACCATCGGAACGGGTGGTATTGTAAGTGAAGTTGGCACGATGATGCTCGGCTCCATTTTGGGATCTGTTCTTGTATTATCGATTATTTTTCTTCCGCTTTCATCTGGTGATACGGCATTTCGCAGTGCACGCATGATCATTGCTGACTACTTTCATGTATCACAAAAGAAAATTACGAAACGTTTAATCATCGCTCTACCGTTATTTTCAATCTCTGTTATTTTAACCAATATGGATTTCACCTTGCTTTGGAGGTATTTCTCTTGGGCCAATCAATCTTTAGCGGTTATTGCATTATGGGTAGCCTCCATGTATTTATTTATTGCCAAAAAGAATTATTTCGTAGCCATGATTCCAGGCATTTTCATGACGTATGTAACGACAGCTTATATTCTCAATGCTCCAATTGGACTTAGAATACCAATGAATATAACATATATACTAAGCGCAATAATCACAATTGGAGTAATCGGCTTATTTTATAAATATGCACGGCAAAATGCAAGAAATGGAATGAAAATTGAAGAAAGCGTTGCTGGTTCTCCATCAAAAGCAGCTTAA	MFTFLGGIILLIVGYFTYGKFIERVFGVQPDRPTPAITKQDGVDYLPLKRNKNAMIELISIAGVGPIFGPIMGALYGPVAFLWIVIGCIFAGAVHDYLTGMISIRNGGAHLPQLAGKFLGKYMKHIVNIFSVLLLLLVGTVFVSSSADLIFDLVNGSIALVALIVIIFGYYILSTMLPIDKLIGKLFPIFGAFLLIGTLALGISLVINQAPIPEVSLTNLHPENTPVFPLLFLVISCGALSGFHATQSPIIARTTKNEKEARSVFYGMMIVEGIIAMVWAAAAMSLFGGTVTLNELINTIGTGGIVSEVGTMMLGSILGSVLVLSIIFLPLSSGDTAFRSARMIIADYFHVSQKKITKRLIIALPLFSISVILTNMDFTLLWRYFSWANQSLAVIALWVASMYLFIAKKNYFVAMIPGIFMTYVTTAYILNAPIGLRIPMNITYILSAIITIGVIGLFYKYARQNARNGMKIEESVAGSPSKAA	PGPT0015060_1996	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CARBON_STARVATION_RESPONSE,PGPT0015060-cstA-K06200	NA	NA
AK148_00182	729	lytR	COG3279	Sensory transduction protein LytR	ATGAATCGCATCATTAGAACTTTAATTGTAGATGATGAAAAATTAAATCGAGAAGAGCTTATTTATTTACTAAATGACTTCCCAAATATTGAAATTGTGGGACAAGCAAATTCTGGGGAAGCATGCATCATGGAAACAATGAAAAAGAAACCTGATCTTGTTTTTCTTGATGTAGAGATGCCTGAAATGGATGGAATGGAAACAGCTGCTTCACTAAAAGAACTTAAACACCCTCCATTATTAGTATTTGCTACAGCGTACCCTCAATTTGCTGTCCAAGCTTTTCGATATGAAGCCATTGACTATTTATTAAAGCCGTATGATGAAAAACATTTAGAACAAACGATTTCTAGAATTGAAAAAACGTTATTTCATGTAGAAGAAAAGGAACAAGAGGTTGCTAATAAATTGGGGATTGAAAATGAAGATGGTGTTATATATGTAGACCCTACTGAAATACTCTACTTGCAGAGCGTAGACAAACAAGTCAAAATCGTGACCAAATCTAAAATATTTTTTTCTAAAAAAACGTTAAAGGATTTAGAAAAAAGATTAAGCGCCTTTCGTTTTTTTCGCGTTCATAAAAGTTATGTTATTAATCTTCATTATGTAAGCAAACTCACTCCATGGTTTAATGGCGCTTATAATTTACAGGTCTTCGGCAGAAATGAATCTTTACCAGTGAGTAGAAATTACGTAAAATCCTTACGCGAACAATTAGAACTTTAA	MNRIIRTLIVDDEKLNREELIYLLNDFPNIEIVGQANSGEACIMETMKKKPDLVFLDVEMPEMDGMETAASLKELKHPPLLVFATAYPQFAVQAFRYEAIDYLLKPYDEKHLEQTISRIEKTLFHVEEKEQEVANKLGIENEDGVIYVDPTEILYLQSVDKQVKIVTKSKIFFSKKTLKDLEKRLSAFRFFRVHKSYVINLHYVSKLTPWFNGAYNLQVFGRNESLPVSRNYVKSLREQLEL				NA	NA	NA	NA	NA
AK148_00183	1746	ypdA	COG3275	Sensor histidine kinase YpdA	ATGTTTGACCTACTAGTTATGATGTTAGAGCGACTCGGTATTATTGTCATGATCGCTTTTTTACTTACACGTCTACAATTTTTTCGCAATATGATTTCACAACATACATTAAGTCAAAGCCAACAATATAAGGCTATGCTTTTCTTTGGCTTATTTGGCATTATTGGTACATACACAGGATTAATTTTTAATACAGGTACTTCTGAAATTGAACGTTGGCGAATTGGGATTGAGCCAGATGAAGCAATTGCGAACTTTAGAGTTATCGGCGTCGTTGTAGCAGGACTTCTAGGTGGTTATAGAATTGGCATAGGCGCAGGAATTATTGCTGGTGTTCATCGTTTTCTACTAGGAGGCTATACGGCGTTAAGCTGTGGAATTGCTACCATTATTGCAGGTTTTTTCTCCGGATATTTTCACAAAAAACAAAGCCACCATTCATTACCAAAAGTATTTACAATTACCGCAACGGCAGAAATCATCCAAATGTTGCTTATTCTGCTTTTGGCAGGGTCATTTGAACAGAACATTCCTTTAGTAGAAGTTATTGGCTTGCCTATGGTAATTGCAAACGGTTTGGGCGGCGCTTTATTCATGCTCATTATTCAAATGGTCATTCAGGAAGAAGATAAAGTTGGCGCAGTTCAAGCGCAATTAACTTTGCGTATTGCTGATAAAACGCTTGCCCATTTAAGAAAAGGACTAAATGAACAAACGGCGCAAGCAGCCTGTAACATCCTTTATCAAGAGATGAACGCTATTGCTGTTTCCATGACGAATGATAAGGAAATTCTCGCTCATGTAGGGTTGGCTGATGATCATCACAAACAAGGAAATCAAATCCAAACACAAATTACAAGGGATACCATTCATTCTGGAGAATTAATCGTTGCTTCCGGACAACAAATCCATTGTAGCCATGATAATTGCCCGTTAAAAGCCGTCGTTGTCGCTCCATTAAAACAACGAGGAAAAACCATTGGCACGTTAAAATTTTACTATCATTCCAAAGAAGATATTAACCGTCTAGTAAGAGAGATGGTAAGCGGATTGGCAAAATTGCTAAGTAATCAATTAGAGATTGCCCGTGCCGAAGAAGCGTTGCAATTAGCAAAGGCATCGGAAATTAATGCGTTACAAGCACAAATCAGACCCCACTTTTTATTTAACACATTAAATACGATAACGTCTCTTGTACGAATTGACCCGATGAAAGCAAGAAAATTACTTGTATCGCTTTCCCACTTTTTACGACAAAATTTAACTGTAACGACAGATCAAGAAGTTACCATCGATCAAGAATTAAAGCATGTACAAGCCTATTTAGATATTGAGCAAACACGTTTTCACGATCGCCTACACGTGGGGTATCACATTGATGACGATTGCTTAAAGGAAACAGTGCCTCCATTAATTTTGCAACCAATTGTTGAAAATGCAATGAAACACGGCTTAAAAGATAAAAAAGAAAACGCAAATATTATTATACAGATATATAATAAGAATAATGCTACACATATATCTGTTACAGATAACGGAAAAGGAATACCGAATAAAGAAATGGACCGTATTGGTCAAAAAGTGGTTCCATCTAAATCCGGTACAGGAATGGCTTTATATAATATTAATCGCAGACTAACCATGAAATTTGGCCCATCAGCGAAGCTAGTCATCACTAGCAAAATACATGAAGGAACATGCGTGCAATTTTCAATTCCAAGTACAAAGGCGCAAGCGTCCGGTTAG	MFDLLVMMLERLGIIVMIAFLLTRLQFFRNMISQHTLSQSQQYKAMLFFGLFGIIGTYTGLIFNTGTSEIERWRIGIEPDEAIANFRVIGVVVAGLLGGYRIGIGAGIIAGVHRFLLGGYTALSCGIATIIAGFFSGYFHKKQSHHSLPKVFTITATAEIIQMLLILLLAGSFEQNIPLVEVIGLPMVIANGLGGALFMLIIQMVIQEEDKVGAVQAQLTLRIADKTLAHLRKGLNEQTAQAACNILYQEMNAIAVSMTNDKEILAHVGLADDHHKQGNQIQTQITRDTIHSGELIVASGQQIHCSHDNCPLKAVVVAPLKQRGKTIGTLKFYYHSKEDINRLVREMVSGLAKLLSNQLEIARAEEALQLAKASEINALQAQIRPHFLFNTLNTITSLVRIDPMKARKLLVSLSHFLRQNLTVTTDQEVTIDQELKHVQAYLDIEQTRFHDRLHVGYHIDDDCLKETVPPLILQPIVENAMKHGLKDKKENANIIIQIYNKNNATHISVTDNGKGIPNKEMDRIGQKVVPSKSGTGMALYNINRRLTMKFGPSAKLVITSKIHEGTCVQFSIPSTKAQASG				NA	NA	NA	NA	NA
AK148_00184	450	lrpC	COG1522	HTH-type transcriptional regulator LrpC	ATGAAATTGGATCATATAGATAAAAAATTACTAGAAGCTTTAACCGAAGATGGTAGGTTATCGTACGTTGAATTAGCAGAAAAAGTCGGTCTATCACGAGTAGCCGTAAAAGACCGCATTCAAAACCTAAAAGATAAAGGAGTTATTGAAAAATTTTCGGTTGTTATTAACTCCGAAAAATTTGGCAAGCAAGTCTCAGCTTTTTTTGAAGTAGATGTAGAACCTATGCAATTACAAGAAGTTGCTCAAAATTTAGCTGATAATTCTCAAGTAGCAAGCATCTATCAAATGACTGGTCCTAGTACATTACATATGCATGTACTAGTTGAAGATTTCCAAAAATTAGAAACTTTTATCAATGAAGAATTATACTCTGTAAGCGGTATTACTCGTGTAGAAAGTTCGATTATTTTAAAGCGTTTTAAAAGCCGAACTGGATTGAAACTGTAG	MKLDHIDKKLLEALTEDGRLSYVELAEKVGLSRVAVKDRIQNLKDKGVIEKFSVVINSEKFGKQVSAFFEVDVEPMQLQEVAQNLADNSQVASIYQMTGPSTLHMHVLVEDFQKLETFINEELYSVSGITRVESSIILKRFKSRTGLKL	PGPT0004196_5	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_CHROMATE_RESISTANCE	CHROMATE_RESISTANCE-CHR_TRANSPORT_SYSTEM,PGPT0004196-chrS-NA	NA	NA
AK148_00185	1614	ywrD	COG0405	Glutathione hydrolase-like YwrD proenzyme	ATGGAATTTTTTCAAAGGCAAACTTATCCTTATGCTGTCCCACGTCAAGCTACATATGCAAAAAAAGGAATGGTAGCAACTTCGCAGCCGTTAGCCGCACAAGCAGGGCTTGAAATATTAAAACAAGGAGGCAATGCGATTGATGCTGCTATTGCAACTGCGGCATGTCTAACTGTAGTTGAACCGACATCGAATGGTATTGGAGGAGATGCGTTTGCATTAGTATGGACAAAAGGGAAGTTACATGGTTTAAATGCAAGTGGAAAATCACCTCAACATATCTCCGTGGATGCTGTCAAGGAGTTGGGTTATAAGGATATCCCAGAATATGGATGGGTTCCAGTCACTGTTCCTGGAGCTCCAAGTGCTTGGGCAGAGTTATCTAAAAAGTTTGGTAAGCTTTCGTTGCAAGAAGTTTTAAAACCTGCAATTCATTATGCATATGAAGGGTTTCCGGTTTCGCCAATATTAAGTAGGTTTTGGAACAACGCCTATCAAGTTTATAAACGGAAACTGACAGATGATTTATTTAAAGAATGGTTTACAACTTTTGCACCTAAAGGAAAAGCACCTGCAGCAGGTGAAATATGGTACGCACCAAACCATGGAACGACATTACAGGAAATAGCAGATAGCTACGGGGAGTCTTTTTATCGTGGAGAATTAGCAGAGCGTATTCATCAATTCTCTAAGCAAACTGGTGGTTTTCTAACAAATGATGATTTAGCTAGCTATTACCCGGAATGGGTGGAACCGATCCATGTGAAATACCGAGGTTACTCTATTTGGGAAATACCACCGAACGGTCAAGGGATTATTGCTCTTCAAGCATTGAACATTTTAAAAGGATTTCATTTTGAAGAGAAAGATCATGTTGAAACATATCATAAACAAATCGAAGCTATAAAACTAGCATTTGCAGATGGACAGAAACATGTATCTGAACCATCATATATGAGGTATTCAGTAAGTGAGTTGCTAAGTGAAGAATACGGGGCGATCCGGAGAGGGTTAATAGGAGATCATGCACTACAACCAGAAGCTGGAGAGCCTGCTCTAAGCGGTACTGTTTATTTAGCTACTGCCGATCAGGAAGGGAATATGGTATCATTTATACAAAGCAATTATATGGGATTTGGCTCTGGTATTGTAGTTCCTGGCACAGGGATTGCTTTGCAAAATAGAGGTCACAATTTTTCGATGGATCCTTCCCATGTAAATGCTCTTGCAGGTGGGAAAAGAACCTATCACACTATTATACCTGGTTTTATGACTAAAGATAATCAGCCTGTAGGACCATTTGGGGTGATGGGAGGATTTATGCAACCGCAAGGCCATGTGCAAGTGATTATGAATACGCTTGATTTTCAAATGAACCCACAAGTCGCACTAGATGCACCGCGGTGGCAGTGGATAAAAGATAAGCAAGTTGAAGTCGAAGATCGTTTTCCACATCATATTGGTTTGGAATTAGCAGAAAAAGGACATCGTATTCAAGTACAGCTAGAACCAAATAACTTTGGAAGAGGGCAAATTATTTGGAGGAACCCAGACACTGGTGTGTTAATTGGTGGTACAGAATCGAGGACGGATGGAACGATAGCTGCTTGGTAA	MEFFQRQTYPYAVPRQATYAKKGMVATSQPLAAQAGLEILKQGGNAIDAAIATAACLTVVEPTSNGIGGDAFALVWTKGKLHGLNASGKSPQHISVDAVKELGYKDIPEYGWVPVTVPGAPSAWAELSKKFGKLSLQEVLKPAIHYAYEGFPVSPILSRFWNNAYQVYKRKLTDDLFKEWFTTFAPKGKAPAAGEIWYAPNHGTTLQEIADSYGESFYRGELAERIHQFSKQTGGFLTNDDLASYYPEWVEPIHVKYRGYSIWEIPPNGQGIIALQALNILKGFHFEEKDHVETYHKQIEAIKLAFADGQKHVSEPSYMRYSVSELLSEEYGAIRRGLIGDHALQPEAGEPALSGTVYLATADQEGNMVSFIQSNYMGFGSGIVVPGTGIALQNRGHNFSMDPSHVNALAGGKRTYHTIIPGFMTKDNQPVGPFGVMGGFMQPQGHVQVIMNTLDFQMNPQVALDAPRWQWIKDKQVEVEDRFPHHIGLELAEKGHRIQVQLEPNNFGRGQIIWRNPDTGVLIGGTESRTDGTIAAW	PGPT0002935_4796	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_TAURINE_UTILIZATION,PGPT0002935-ggt-K00681	NA	NA
AK148_00186	582			hypothetical protein	ATGAAATTACAATGGAATATTTTTGTAGCTTTTTTCAGAGTAGGTATATTAGGTTATGGCGGTGGCCCTAGCTCCATTCCGCTCGTTCATAAAGAAGTGGTCGATAAATATAAGTGGATGAGTGATGAAGAATTTGGTGATTTATTAGCCCTTGGCAATACATTACCTGGACCAATCGCAACGAAACTAGCAGGATATATTGGATATCGTGTTTCTGGCGTTTTAGGAACCATAAATGCTGTACTAGCAACGATTTTGCCTACGATTCTTTTAATGATTTTATTACTATCTTCCCTTTCATCTATTAAAGGTTATGATTGGGTACAAGGGATGACAGCAGCTGTAATTCCAGTAGTTGGAGTAATGCTTGCAGTATTAACCTGGCAATTCATTCAGAAAGCTGGAAAAGGTATGGGGTGGGTTCCAACAGGAGCTATGCTCGTTGTCGTTTTTGTCCTATTAGAATTCTTCAACATTCATCCTGGTATTCTTATTGGAGCTTTATTATTCTTAGCGATTGTAAAAAAAGATCGTAAAAAAGAGAAAACGCACCTATCGGAAAGAGAAGGTGATTCATCATGA	MKLQWNIFVAFFRVGILGYGGGPSSIPLVHKEVVDKYKWMSDEEFGDLLALGNTLPGPIATKLAGYIGYRVSGVLGTINAVLATILPTILLMILLLSSLSSIKGYDWVQGMTAAVIPVVGVMLAVLTWQFIQKAGKGMGWVPTGAMLVVVFVLLEFFNIHPGILIGALLFLAIVKKDRKKEKTHLSEREGDSS				NA	NA	NA	NA	NA
AK148_00187	528			hypothetical protein	ATGATATACTGGGAGATATTTCTGGCTTTCTTTATTCCAGGGATTTTAGGCTACGGTGGAGGTCCTGCTTCTATACCACTTGTCGAAAATGAGGTCGTCTCTCGTTACGGTTGGATGGATGTTCAACAGTTTAGTGAAGTTTTAGCACTCGGCAATTCGTTACCTGGCCCTATTGCTACAAAAATGGCAGGTTATATAGGATATGAAGTAGGTGGACCGCTGGGTGCATTTGTTGGAGTGTTTGCAACCGTAGCGCCTTCCTTGATTTTGGTTATTATTTTATTAAGCATTCTATATAAATATAAAGACTCTCCGAAAGTAAAACGGATGACCTTATATGTTAGACCAGTTATCGGTATCTTGCTTGGTGGTATGGCTTGGCGATTTTTTAGTGAATCTTACGTTAACATAGGTTTGCTCCAAACAGCACTGTTGAGCGTAATTAGTTATCTACTAATGGAAAAATTTAAATTGCATCCCGCATTTGTTATTGGTGGTGCATTGGTTTATGGAGGCTTTTTGTTATAA	MIYWEIFLAFFIPGILGYGGGPASIPLVENEVVSRYGWMDVQQFSEVLALGNSLPGPIATKMAGYIGYEVGGPLGAFVGVFATVAPSLILVIILLSILYKYKDSPKVKRMTLYVRPVIGILLGGMAWRFFSESYVNIGLLQTALLSVISYLLMEKFKLHPAFVIGGALVYGGFLL				NA	NA	NA	NA	NA
AK148_00188	789	yidA	COG0561	Sugar phosphatase YidA	ATGACATACAAAACGCTATTCTTGGATATTGATGGAACTATTTTAACCCCAAATCATACTTACACTGCCTGTACAAAAGACGCAATTAAACAAGTACAGCAACAAGGTATACTCGTCTTTATTTGTACCGGAAGACCGTTACATGAAGTAAAAGAATTAGGTGAGGAATTGGGAGTAGAAGGATACATAGGCTACAATGGGGCTTATGCAATTTATGAAAACCACATACTTGTTAATACACCAATAGATAAACGGGTATTAGAACAGTTTTTAGCTTTAGCACAGCAAAATCACCATGAATTAGTTTGTTATACAAAAGATAAAAACTATTACACTTCACTGTCACATCCTGCCATCAAGAATTTTGTAGACGTTTTTCAACTTAGAAACAACCAACTTTTAACTACAGATGTACACGATCAAATTCTAGGTTCCTCTATAATTAATGTCTTACCAAGTCAAGTACAAGCTTATGAAGAATTAGATGCAGACATCTACTTATCAGAAGTAACCGTAAATAATATATCAAATTGCTATGATATCATTCGTCAACAAGTTAATAAGGGAGAAGCAATAAAAAGCGTGCTGCAACATTTAGATGTAGAGCCACGTCAAGCAATCGCTTTTGGTGATGGAATGAATGATAAGGAAATGTTACAAGTTGTAGGAGAAGGATTCGCGATGGAAAACAGTAACCCTGGGCTATTTGCTTATGCTAAGCACAGAACTACTTCTGTAGAAGAATCAGGTATATACAATGGGCTTAAACAGCTGCAACTTGTCCGATAG	MTYKTLFLDIDGTILTPNHTYTACTKDAIKQVQQQGILVFICTGRPLHEVKELGEELGVEGYIGYNGAYAIYENHILVNTPIDKRVLEQFLALAQQNHHELVCYTKDKNYYTSLSHPAIKNFVDVFQLRNNQLLTTDVHDQILGSSIINVLPSQVQAYEELDADIYLSEVTVNNISNCYDIIRQQVNKGEAIKSVLQHLDVEPRQAIAFGDGMNDKEMLQVVGEGFAMENSNPGLFAYAKHRTTSVEESGIYNGLKQLQLVR	PGPT0017727_268	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_GLUCOSE_DEGRADATION,PGPT0017727-yidA-NA	NA	NA
AK148_00189	285			hypothetical protein	ATGTTTCAATCGGTGCTTACAATTGGTGCAATATTAGTAGTTGCAGTAGTTGCAGTTAGTCTGATACTACTAAAAGCGACATCAAAGGAAAGCTATACAGGTTACTTCCCAGGTATCTTAATAGGGCTAGCTGGGTTGGTTTTTCTTATGTTAGCTTCCGTAATCGGAAAAGTAGAAATCATGGGCGCTGGTTTAGGGGGATGGGGCATTGCATCATTATTTGCTGCAGCGATTGGCCTCATTATTACAGCGTTAACTGACACGTATGCAAATGTAAAAGCGTAA	MFQSVLTIGAILVVAVVAVSLILLKATSKESYTGYFPGILIGLAGLVFLMLASVIGKVEIMGAGLGGWGIASLFAAAIGLIITALTDTYANVKA				NA	NA	NA	NA	NA
AK148_00190	867	cvfB	COG2996	Conserved virulence factor B	ATGATGCATCATTTAACTGGAACTATTCAGAACTTGCTAGTTGAAAGAATGATTGATACTGGTTATGTATTAAGCTACAAACAGAATGAGGTTTTATTACATCATCAAGAAACAAACAAGGATTTAACGCCTGGGGAAGAAATAGAAGTATTTTTATATACAGATAAAAAAGGGAAGGTTGTAGCTTCAACACAACTTCCTCACATACAAATGGATAGCTATGGATGGACGACTGTCAAAGAAGTAATACCTAATCTTGGCGTATTCGTGGATATTGGAACAACAAAAGAAATACTTGTTTCTAAAGATGACCTCCCTCTATACGAAAACGTATGGCCACAAATTGATGATTGCTTATATGTAACGTTGGGACGAGATAAAAAAGGAAGGTTACTTGCTTTTCCTGCTACAGAATCCGTAATTTTACAAGACATAGAATCTGCTCCAGAAGAATTATGGAATACTCCTATCTCTGGTACAGTGTATTTCACTAGCAAAGAAGGTTCAGCAATAATTACACCTGAACATTACCGAGGTTTTATTCATTACACCGAACGCAAGCAAGAACCTCGATTAGGACAGCTTGTTACAGGAAGGGTCATTGAAGTAAAGACCGATGGAACGTTAAATATCTCCCTTCGCCCAAAGAAAAAAGAAAGCATGGAGGAAGATGCAAAACAAATTTTAGACCATCTTCAAGCAAATAATGGCTCTATTCCATTTGATGACAAAAGTGACCCAGAAGATATACGAGCTACTTTTCACATTAGTAAGGCAGCTTTTAAACGGGCACTCGGCAGGCTAATGAAGGAGCACAAAGTTGAACAACGTAATGGCTACACTTATTTGGCCCAAAAAGAAGTATAG	MMHHLTGTIQNLLVERMIDTGYVLSYKQNEVLLHHQETNKDLTPGEEIEVFLYTDKKGKVVASTQLPHIQMDSYGWTTVKEVIPNLGVFVDIGTTKEILVSKDDLPLYENVWPQIDDCLYVTLGRDKKGRLLAFPATESVILQDIESAPEELWNTPISGTVYFTSKEGSAIITPEHYRGFIHYTERKQEPRLGQLVTGRVIEVKTDGTLNISLRPKKKESMEEDAKQILDHLQANNGSIPFDDKSDPEDIRATFHISKAAFKRALGRLMKEHKVEQRNGYTYLAQKEV				NA	NA	NA	NA	NA
AK148_00192	792	actIII		Putative ketoacyl reductase	ATGGATATGCAATTACAACACAAAACCGTGTTAGTTACTGCTGGAAGTAAAGGGTTAGGAAATGCAATTGCTACAGAGTTTGCAAAAGAAGGAGCAACTGTGTTTATTAGTAGCCGAAATGAAGAAAACTTAAAGAAGGCTGTAAAAGAAATAAAAGAAGCTACGGCTAATCCAAACGTGGAATACTACGTATGCAATATGAAAGATGCGGATGCAATTAAGCAAATGATTCTCTCTATTGTAGAAAGAGAAGGGAAGATAGATGTTCTCATTAATAATGCTGGAGGTCCGCCAGCAGGAAGTTTTCTCGACATGGATGATGAAAGCTGGTATCATGCATTTGAATTAAATTTACTTAGTTTTGTAAGAACAATTCGTGAAGTAGTTCCGCATATGAAACAGCATGGAGGCGGGAAGATTGTCAATATTGCTTCCTCTTCAATTAAGCAAGCACTAGATAATCTAGTTTTATCCAATACAATGCGACCAGGTATAGTTGGTCTTTCCAAAACGTTAGCTCAAGAACTAAGTGAAGACAATATATTAATTAATACGGTGGGTCCAGGTTCTGTGAAAACAGATCGGGTGCTTGATTTAAATAAGAAAAAGGCAGAGAAGTTGGAAACATCGCCAGAAGATATCATGGCTAAAGCTGAACAAAATATTCCCATGAAGCGCTATGGTAAGCCAGAGGAATTTGCTAAAGCAATTGTATTTTTAGCTTCCGGAGCAAATACGTATATTACAGGTCAAGCTTTAATCGTAGATGGTGGCCTTGTAAAAGCATTGTAG	MDMQLQHKTVLVTAGSKGLGNAIATEFAKEGATVFISSRNEENLKKAVKEIKEATANPNVEYYVCNMKDADAIKQMILSIVEREGKIDVLINNAGGPPAGSFLDMDDESWYHAFELNLLSFVRTIREVVPHMKQHGGGKIVNIASSSIKQALDNLVLSNTMRPGIVGLSKTLAQELSEDNILINTVGPGSVKTDRVLDLNKKKAEKLETSPEDIMAKAEQNIPMKRYGKPEEFAKAIVFLASGANTYITGQALIVDGGLVKAL	PGPT0003180_3786	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
AK148_00193	618	ytaF		putative sporulation protein YtaF	ATGCTATTTTATACAGGGTTAATTCTATTAGTAATTGCGGTAAGTTTAGACAGCTTTAGTGCAGGAGTTGTTTATGGTATGCGTAACATTCGTGTTCCTTTTAATGCTCTTTTCATTATTATGGTATGTTCTGGAGTTATCGTATTTGTATCTATGACTATTGGTAGTATGTTTCTTACTGTCCTTACACCAGATATTGCCAGTATGCTCGGAGGAAGTATCTTAATTGTATTAGGTTGCTTTGCCTTTATTAACTGTTTACGTTCAAAATCGGGCACGTCGAATCAAAACCAGAAGCGGAAACAAAATATCTTAACAACTGTTTTATCTACACCTGATAAAGCTGACTTGGATCGTTCTGGTATCATTTCACCAAGTGAAGCGATATTGCTTGGCTTCGCTTTAGCTCTAGATGCATTCGGCGCGGGGATCGGTGCATCTATGCTAGGATATGCCCCTATTGTAACCGCTTTGTTAATTGCTTGCATGAGTGGCGCTTTCTTATACCTAGGTTTAACAGCAGGCAGAATACTAACGAAAAATAGGCATATGCAACGACTCACCTTTCTCCCCCCGCTATTACTCATTACACTTGGCATAACAAATTTAGTTCATTAA	MLFYTGLILLVIAVSLDSFSAGVVYGMRNIRVPFNALFIIMVCSGVIVFVSMTIGSMFLTVLTPDIASMLGGSILIVLGCFAFINCLRSKSGTSNQNQKRKQNILTTVLSTPDKADLDRSGIISPSEAILLGFALALDAFGAGIGASMLGYAPIVTALLIACMSGAFLYLGLTAGRILTKNRHMQRLTFLPPLLLITLGITNLVH				NA	NA	NA	NA	NA
AK148_00194	2181	topB_1	COG0550	DNA topoisomerase 3	ATGAGTAAAATAGTAGTATTAGCAGAAAAGCCTTCTGTAGGACGGGACATTGCCCGTGTATTGCAATGCAATAAAAAAGGGAATGGTTTTATGGAAGGTTCAAAATATATCGTCACATGGGCGCTAGGGCATCTTGTGACGTTAGCAGATCCGGAGGCTTATGATGCAAAATATAAAACATGGAAATTAGAAGACCTTCCGATGCTGCCGAAAGAATTAAAATTGACAGTAATTAAAAAAACAGGGAAACAATTTCAAACTGTAAAAACACAACTTCATCGAAAAGATGTTCATGAAATTGTTATTGCTACAGATGCTGGAAGAGAAGGAGAGTTAGTAGCTCGCTGGGTGTTGGAAAAAGCAAATGTGAAAAAACCTGTTAAGCGTCTGTGGATTTCTTCTGTAACGGATAAGGCAATTAAAGATGGATTTAAACAGTTAAAACCGGGGAAACAATTCGAAAATCTATATGCTTCAGCCGTCGCAAGATCTGAAGCGGATTGGTATGTTGGTCTTAACGCTACAAGAGCTTTAACGACAAAATTTAATGCCCAACTATCCACTGGTCGTGTGCAAACACCAACCTTAGCGATGGTAGCCTCAAGAGAAAAGGAAATAAAAACGTTTCAACCGAAAACATACTATGGAATAGAAGCAAAAACGAATAAAGGGTTTTCGCTTCTTTGGCAAGATGAAAAAAATAATAAACGACTTTTCTCTAAACAAACAGCTGAAAAAATAATTCAGAAAATAACCAATGAAGCGCTACAAATTGTGCATGTTGAGAAAAATTATAAGAAAAAATCTGCACCACAATTGTATGATTTAACAGAATTACAACGTGATGCTAACCGAATGTTCCAATTTTCTGGTAAGCAAACATTGTCTATTATGCAAAAACTATACGAACAGCATAAAGTATTGACCTATCCTAGAACAGATTCACGTGTAATTTCAACAGATATCGTTTCTACATTAAAAGATCGCGTAAAAGCGTGTGGCGTAGATGCTTACGCTCGTCATGCTAACAAGATTTTGCGTAAAGATTTAAAATTACCAAAATCAGTTGTAAATAATGCGAAGGTAACAGATCACCATGCGATTATTCCTACCGAACAATCTGTTATGCTTTCGGATCTTGATGATAAAGAACGAAAAATTTATGATTTAGTTGTAAAGCGGTTTTTGGCAGTTTTATCAGATCCTCATGAATATGAACAAACGACAATTACCGCTGAAGCAAAGGGTGAAAAGTTTGTTGCACGAGGGAAAATGGTTAAGAAACAAGGCTGGAAGGAATTATATCAGCGCAACTTCTCGGATGATATAGAAGAAGATGAACAACAATTACCGACTATAGAAAAGGGACAGCAACTTCACCCTGTTCGTTATACGTTAACACAAGGAGAGACGAAACCACCAGAACGATTCACAGAAGGTACATTATTACAAGCAATGGAGAACCCTGTTCGTTACATGAATACGTATGATACAAAGGTAGCACATACGTTAAAAGATACGGGTGGGATTGGTACGGTCGCCACACGCGCAGATATTATTGAAAAATTATTTCATAACATGTACATGGAGTTGAAAGGAAAGTATATCTATTTAACTTCAACTGGCAAACAACTGCTTGAATTCGTACCAGAAGATTTACGTTCCCCGGCATTGACAGCCGAATGGGAGCAAAAACTTAGTCAAATTGCAGAAGGAAAAGCGAAGAAAGAGCAGTTTATTTCTGAAATTAAAGGCTACACAAAACAAGTTGTTCGGCAAATTAAATCCAGTCAGGAAAAATTCAAACATGACAATATGACGGGAACAAAATGTCCAGATTGTGGAAAACTCATGCTGGAAATATCCAATAAAAAAGGGAGAATGTTAGTCTGTCAAGATCGCTCATGTGGGCATAGAAAGAATATTGCCAAGCAGACAAATGCTCGTTGCCCTAACTGCCATAAACGTCTGGAACTTCGTGGAGAAGGAGAAGGGCAAATCTTCACTTGTAAATGTGGGCATAGAGAAAAATTATCTACGTTCCAGACAAGAAAAGAACGAGAGAAAAAGCATAATGTTTCGAGAAAAGAAGTTAATAAATACTTGAAAAAGCAGGATGATGATGGATTTGCTAATAACGCTTTAGCAGAACAACTGGCAAAACTAAACTTGAAGAAATAA	MSKIVVLAEKPSVGRDIARVLQCNKKGNGFMEGSKYIVTWALGHLVTLADPEAYDAKYKTWKLEDLPMLPKELKLTVIKKTGKQFQTVKTQLHRKDVHEIVIATDAGREGELVARWVLEKANVKKPVKRLWISSVTDKAIKDGFKQLKPGKQFENLYASAVARSEADWYVGLNATRALTTKFNAQLSTGRVQTPTLAMVASREKEIKTFQPKTYYGIEAKTNKGFSLLWQDEKNNKRLFSKQTAEKIIQKITNEALQIVHVEKNYKKKSAPQLYDLTELQRDANRMFQFSGKQTLSIMQKLYEQHKVLTYPRTDSRVISTDIVSTLKDRVKACGVDAYARHANKILRKDLKLPKSVVNNAKVTDHHAIIPTEQSVMLSDLDDKERKIYDLVVKRFLAVLSDPHEYEQTTITAEAKGEKFVARGKMVKKQGWKELYQRNFSDDIEEDEQQLPTIEKGQQLHPVRYTLTQGETKPPERFTEGTLLQAMENPVRYMNTYDTKVAHTLKDTGGIGTVATRADIIEKLFHNMYMELKGKYIYLTSTGKQLLEFVPEDLRSPALTAEWEQKLSQIAEGKAKKEQFISEIKGYTKQVVRQIKSSQEKFKHDNMTGTKCPDCGKLMLEISNKKGRMLVCQDRSCGHRKNIAKQTNARCPNCHKRLELRGEGEGQIFTCKCGHREKLSTFQTRKEREKKHNVSRKEVNKYLKKQDDDGFANNALAEQLAKLNLKK				NA	NA	NA	NA	NA
AK148_00195	201			hypothetical protein	TTGAAAACATATAGTGTAACACCGAATGTAGATGGAACAGGGTGGTTTGTAAAACTTGAGGATGTTGCGCCGGAAAAGTTATACGGAACAAAAGATGATGCCATTGAAGTTGCAAAACAAATGGCAGATGAAAATAGGCCTAGCAAGGTGGTAATACTCGATAAATTCCATCAAGTACTAGAAGAAAAGCAGTTTAACTAA	MKTYSVTPNVDGTGWFVKLEDVAPEKLYGTKDDAIEVAKQMADENRPSKVVILDKFHQVLEEKQFN				NA	NA	NA	NA	NA
AK148_00196	1197	scmP_1	COG1473	N-acetylcysteine deacetylase	ATGAAAAAATCGAAAATAGCTTATGAAGTCCAAAAGATAGAGAAAGAAGTGGAATTTATACGTAGATATTTCCATCAATATCCGGAGTTAAGCAATGAAGAAAATAAAACTTCAGCTTTTATTCAAGAAAAATTACGGCAGTTTGAAATCCCTTTTGAAACCGGATACGCAACACATGGTGTATTAGGTATTATTCATGGTAAATCATCAGGAAAAACCGTGGCGCTTCGAGCTGATATGGATGCATTACCTATTCAGGAATTAGTCGACCACGCTTACCGTTCAACATACAAAAATAAAATGCATGCTTGCGGGCATGATGCGCATATGGCTATGCTGTTAGGAGTGGGTTATGTGTTGCAACAATTACGTCATGAATTTAATGGAACGGTATTGCTCGTATTTCAGCCCGCTGAAGAAGATGCGCCAGAAGGAGGAGCCCAGCGATTAATGGATGAGGGTATTTTCTCTGAATATGTTCCAGATGTCATTTACGGTCAACATGTATGGCCGGATTTGCCTGTTGGGCAAATAGGTGTAAGAAATAAAGAAATGATGGGCGCTTCGGATAGATTTGAAATCACGCTTACTGGGGTTGGCGGGCATGCAAGCATGCCTCATCAAACCACGGACGTGATGGTAACTTTAGGCCATGTTATCACCAGTTTGCAAACCATTGTTAGTAGAAGTCTAGATCCTTTGGAGGCATCCGTTGTAACGATAAGCAAAATTACTGGAGGCGAGGCAGCGAATATTATCCCTAACCAAGTAAAAGCGGAAGGTTCTATTCGTACCTATGAGCCATCTATACGAGCTCGCCTGAAGGAACGTTTTTTCACCATCACGAAACAGATTGCAGAAGCTTTTGAAGTGAAAGCAGATATTACGTATCAAGATGGTTATCCTGCTACGATTAATACACCAAAATGGGCCAGTCTAGCAAGGGAAACAGCTAATGGATTAAAACTAGATACACCTGAAATAAATCCGTCTTTAGCTGGTGAAGATTTTAGTCGCTTTTTAGAGAGTTACCCTGGTGCATTTATTTGGTTAGGGGCGCAATTAGACGAAACGGATAAACAAGCTCCCCTCCATGATGCGCGCTTTCAAATAAATGAACGTGCTTTACCTATCGGAACATCCTTTTTAGCGCAGTTAGCGATAGATACGTTGCATGCTTTTGAAAAAGAATCATAA	MKKSKIAYEVQKIEKEVEFIRRYFHQYPELSNEENKTSAFIQEKLRQFEIPFETGYATHGVLGIIHGKSSGKTVALRADMDALPIQELVDHAYRSTYKNKMHACGHDAHMAMLLGVGYVLQQLRHEFNGTVLLVFQPAEEDAPEGGAQRLMDEGIFSEYVPDVIYGQHVWPDLPVGQIGVRNKEMMGASDRFEITLTGVGGHASMPHQTTDVMVTLGHVITSLQTIVSRSLDPLEASVVTISKITGGEAANIIPNQVKAEGSIRTYEPSIRARLKERFFTITKQIAEAFEVKADITYQDGYPATINTPKWASLARETANGLKLDTPEINPSLAGEDFSRFLESYPGAFIWLGAQLDETDKQAPLHDARFQINERALPIGTSFLAQLAIDTLHAFEKES				NA	NA	NA	NA	NA
AK148_00197	240		COG1146	Ferredoxin	ATGGCTTTTGTTATTTTAGATCCTTGCCGAGGCGAGAAGTCAGGCGAATGTGTTAGCGTTTGTCCTGTTGATTGTATAGAAGAAGGTCCTGATCAATTTTATATTGATCCAGATGTTTGCATTGATTGTGGCGCTTGTAAAGCAGTATGCCCTGTAGATGCCATTGAAGAAGAATATGATCTAACTGCTGATCAAGAAGTCTTTCTAGAAAAAGCAGAAGAATTTTTTGCGAATAAATGA	MAFVILDPCRGEKSGECVSVCPVDCIEEGPDQFYIDPDVCIDCGACKAVCPVDAIEEEYDLTADQEVFLEKAEEFFANK	PGPT0030810_1604	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-FE-S_CLUSTER_BIOGENESIS,PGPT0030810-fdxA-K05524
AK148_00198	144			hypothetical protein	ATGAAGGTGAAAATGAACGTTCAAACTGCCTACCACGGAGACTTACTACGTGCAGGAAAAGTATACGACGTTGATGACGAAACAGCGAAGCGTTGGATTGCGAGTAAATTAGCTGAAAAGGCAGAAGATCAGTCAATCAATTAA	MKVKMNVQTAYHGDLLRAGKVYDVDDETAKRWIASKLAEKAEDQSIN				NA	NA	NA	NA	NA
AK148_00199	495			hypothetical protein	ATGATTGAATTGAGAAAAATAAATAAGGACAACATAGATGAAGTAATAGCTCTTGAGGTTGCAGAAAACCAGACTGAATTTATAGCAACCACTAACCTCAGAAGCATTGCAGACGCTTATGTGTTGAACGAAGACGGAGAACCAGCTATCCCCTTCGCTATTTATGCTGATAATGTTGTGGTGGGGTTTTTAATGTATACTTATGATATATTGGATCATAAATCATTTGAAAATGAAGTTTTTTACAGGAAGATAGGCTATTTTATTTGGCATATTATGATCGACAAGCATTATCAGGGGAAACGGTATGGCAAACTTGCCTTTGAAAAAATGTTGATGGATATTGAAACAATGCCTTTTGGAGAAGCAGACTATGTAGCACTCTTTTATCACAGAAGTAATTTCATAGCTAAAGCATTATACGCTTCATTTGGATTTTCAGAAACAGGCATTGTTCAGGATCATTCAATTCTGGCGATTAAAAATCTCGATTAG	MIELRKINKDNIDEVIALEVAENQTEFIATTNLRSIADAYVLNEDGEPAIPFAIYADNVVVGFLMYTYDILDHKSFENEVFYRKIGYFIWHIMIDKHYQGKRYGKLAFEKMLMDIETMPFGEADYVALFYHRSNFIAKALYASFGFSETGIVQDHSILAIKNLD	PGPT0007790_871	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
AK148_00200	717		COG2071	Putative glutamine amidotransferase	ATGAAGCCAGTTATTGGAGTAACGCCATCTGTAGAAAACGCATCGAATATGCATTTTGTAAGTATTGCTAATATTACAGCAATTGAGGGAGCGGGAGGTACCCCAATAATTCTTCCTTTTGTACCTTCAGAAACGCACATAAGACAAATTGCCAGTTTAATTGACGGGTTATATTTAACAGGGGGTAATAGTATTGATCCTACATTATTTGTTGAAGAACCGCATCCAAAGTTAGGGGAAATTAATCCGATACGTGATCAATACGAAGTTGCATTAATACAAGAAATACAAAATCACCAAAAACCCATATTAGGAGTTTGTAGAGGGTGTCAGATTTTAAATATTGCCTTAGGCGGCGATATGTACCAAGACATTTATGCACAAATGGAAGGGGAATTGTTACAGCATAAGCAACATGCTCCCGATGGTCATGCTTCCCATTATGTTTACGTGGAAGAGGGATCTGTATTACGAGAAATTGCCGGTAAGGAAAAAATAAAAGTGAATAGTAGGCATCATCAGGCTAACCGAAAGCTTGGAGAGGGTATGCAAATTTGTGGTATGGCAAGTGATGGCGTCGTTGAAGCAATAGAAAGTAGAGAAGAGTCTTTCTTATTAGGAGTTCAATGGCATCCGGAAAACTTAGCGATAGAAGAAGATGCTGTCTCTAAAAATATTTTTCATGCGTTTATAGAAGCTTGTAAGAAAAGAAGCTAA	MKPVIGVTPSVENASNMHFVSIANITAIEGAGGTPIILPFVPSETHIRQIASLIDGLYLTGGNSIDPTLFVEEPHPKLGEINPIRDQYEVALIQEIQNHQKPILGVCRGCQILNIALGGDMYQDIYAQMEGELLQHKQHAPDGHASHYVYVEEGSVLREIAGKEKIKVNSRHHQANRKLGEGMQICGMASDGVVEAIESREESFLLGVQWHPENLAIEEDAVSKNIFHAFIEACKKRS	PGPT0020950_104	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020950-acdP-K01273	NA	NA
AK148_00201	900	purU	COG0788	Formyltetrahydrofolate deformylase	ATGAATCACTTCATGAAGAAAAGTATTGACCACTTTAAAACGGAAAATGAAAACAAGGCACGTCTGTTAATTAAATGCCCAGATCAGCCTGGAATAGTAGCCACTGTTTCTGATTTTTTATATCGAAACGGAGCAAATATTATTACTTCTGATCAATATACATTGAATCCTGACGGCGGTCAGTTTTTTATGCGGATTGAATTTTATTGTCCGCAATTAGGTGAAAAGGCAGAGCAGATTGAGCAGGCATTTCAACCTATTGGCGAACAATTTGCGATGAATTGGCAATTCGTTTATGTTAGTCAATTGAAAAATGTAGCGATTCTTGTCTCTAATGAACCGCATTGTTTAATGGAATTGTTGTGGGAATATCAAAGCGGTGGTCTTATGGCGAATATCGCTCTTGTTATTAGCAACCATGAAACAGTTAGAGAAACAGTTGAGTCGCTGGGAATTCCTTTTTATTACATTCCAGCAAATAAAGATATTCGCAAGCAAGTAGAGGAAAAGCAACTTCAATTGCTAAAAGATTACGAGGTCGATGTTATTGTGCTTGCGCGCTATATGCAAATATTAACAAGTGACTTTGTTAAAAATTATGAGAACAGAATCATTAATATCCATCATTCTTTTTTACCAGCTTTTGTTGGTGCAAAGCCATATGAACGCGCGTATGAACGTGGTGTAAAAATGATTGGAGCGACCTCTCATTATGTAACCAATGATCTGGATGAAGGTCCGATTATTGAGCAAGATATCGGTAGAGTAGATCATAGAGATAATATCGCGAAAATGAAGAAGATTGGCCAAGCAATCGAGAGGGTTGTACTATCGCGAGCTGTCAAATGGCATCTGGAGGATCGAATCATTGTGTATCAAAATAAAACGATCGTATTTTAG	MNHFMKKSIDHFKTENENKARLLIKCPDQPGIVATVSDFLYRNGANIITSDQYTLNPDGGQFFMRIEFYCPQLGEKAEQIEQAFQPIGEQFAMNWQFVYVSQLKNVAILVSNEPHCLMELLWEYQSGGLMANIALVISNHETVRETVESLGIPFYYIPANKDIRKQVEEKQLQLLKDYEVDVIVLARYMQILTSDFVKNYENRIINIHHSFLPAFVGAKPYERAYERGVKMIGATSHYVTNDLDEGPIIEQDIGRVDHRDNIAKMKKIGQAIERVVLSRAVKWHLEDRIIVYQNKTIVF	PGPT0008155_573	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008155-purU-K01433	NA	NA
AK148_00202	705			hypothetical protein	ATGGCTATAATCAGTACATTATTAGGTACAATCGCATCATTGGGGATCATTGCTGGCATTATCCTACTAATCGTAGGTGCTATTAAAAAGAAAAAATACAGAGGCGGCTTGATAACACTCGTTTCCATCGTTTTATTTAGCATAGCATCCTTTATGATGCCTGACGAGTTGAAAGAAAAGTATGCAAACCAAGAACAAAGCAAAGCTGAAACCCCGGATAAAGATAAACGGGTAATTAATGATGATTACGATGACGAAGAAGATGACGACGAATATGACGATGATAAACGCAAAAAGAAAACGAACGCGCTTTCTTCTCAACAGAAAAAAACGATAAAAGCAGTACAAAATTTCCCTACTTTTACGAAAGAATACAAAAAATTAAGCCGTAGTACACAAAAGAAAACATGGGATAAGCATTTATCTGGAAAAAAGGTAACTTGGAAAGGTTACGTAATGGAAGCCAAAGGAAAAAAGGTATACGTCTGGGGAGGAGCCAGATACAACGGACAAAAATGGTCTAAAGTTAAATCAAGTAAAAAAAATGAGGCCTACCAAGTGTTTCTTGCCGATTTTGGAAGAAGTACTCCAAAGAAAGCATTGAAGCCTGGGGATAAAGTAACGATAAAAGGCACACTGATGTCCAACGGTGACCCGAAACAAAATATGCATTGGAAACTACATAACGCCAAAATTGGGTATTAG	MAIISTLLGTIASLGIIAGIILLIVGAIKKKKYRGGLITLVSIVLFSIASFMMPDELKEKYANQEQSKAETPDKDKRVINDDYDDEEDDDEYDDDKRKKKTNALSSQQKKTIKAVQNFPTFTKEYKKLSRSTQKKTWDKHLSGKKVTWKGYVMEAKGKKVYVWGGARYNGQKWSKVKSSKKNEAYQVFLADFGRSTPKKALKPGDKVTIKGTLMSNGDPKQNMHWKLHNAKIGY				NA	NA	NA	NA	NA
AK148_00203	279			hypothetical protein	GTGGTTATCAAGGCAATTGATCCTGATGTTGTTTATTATGAAATTTTACAAGAAGAAACCAGCAGAAAGCGCAATTATATAAGAGAAAATAGAAAGGCGTGGCTAACAGAAGACCCACAAAATGTAATTATAAAGTATAGAGAGGGGGTAATAGGGAAATTAGACTTAATTCGTCAATATGGGGTAATTATTGATTTTTCAACAAACACTGTTTTGGAAAAAACAACGCAACAATTTCGAGAGATGCTTCACAAGCGCTCAGTAGCTTATTGGGAATAG	MVIKAIDPDVVYYEILQEETSRKRNYIRENRKAWLTEDPQNVIIKYREGVIGKLDLIRQYGVIIDFSTNTVLEKTTQQFREMLHKRSVAYWE				NA	NA	NA	NA	NA
AK148_00205	1182			hypothetical protein	ATGAACTTAATCATAATGCTTGGAGCAAGTGAATTAGGTATAAAAGCTGCTAGGAAATTAAATTATGATGTTGTTGTTATAGAAAAAAAAGGAAAAGAACTAAATAAGTATGTTACTGGTGAAGTGTTATCTATATATTTTTCTGATATTAGTGATTCCTTTGAAACTATTGAATTGATCAAGTTTATCCATAAAATGCACGGAGAGCCTTCATTAATTATTAGTTTTACAGAACTTGGTCTTGAAACTGCTGCCATCGCAAGTGAATATTTCAATTTAAAAACAAATTCTATAACCGCTATTAAAAATACTAGAAATAAAATCGAAATGAGGAAAGCTCTAAATAAATATGAAGAATTATCATTATATTTTTGGCATGGTTTTATAGATGAAATATCTGATTTATCGAATATTGATTTGAATCTTATTGTGAAACCCTCAGACGGTTATGGTAGTAAAAACATTTCTTTTATTGGTAGCAAATTAGATTGGAATAACTGGAAAGAAAAAAATATTAATAATAAAAATACTGAATGGATAATTGAACCTTATGTTGATGGTAATGAATTTAGCGTAGAAACAGTTTCTTCTAATGGATTTCATAATATTATTGGTATTACTGAAAAAGATACTACTGGACTACCTAACTTTGTTGAGATAGGTCATTCTGTGCCAGCAAAACTAAGTAAATCAGAATCAGATATTATTAGTGACTACACAATTAAAGTTCTTAATGCACTAAATATTGACTTTGGCGCAGGTCACCTAGAATTCAAATGGGACAATAATAAAAATCAACCTGTTCTAATAGAAGCTCATACTAGACCAGGTGGTGATAAGATTCCATACCTTCATTATCTAACCTCAGGTCTTGATCAATATGCCCTATCAATTGAATCATTAAGTAAAACTATAAACATTACATCGACAGTACCAAATTCTTTCGCTTGTATTAGATTTATTGAAACAGAACCTGGATTACTAAGAGGACTACAAATAAACCAACCAATTAATGATAATGTGGTTGAGTATCATTTTTATTATAAACTTGGGGAATACATCCCGGAATTGAAAGACTCATTAAGTAGAGGTGGTTACGTTATATTTTGGGATAGGAATTTAAATAAATTAAATGTGATAAAAAAGAACTTTTTGGATAGCATTCAGATCAATTATTTTTAG	MNLIIMLGASELGIKAARKLNYDVVVIEKKGKELNKYVTGEVLSIYFSDISDSFETIELIKFIHKMHGEPSLIISFTELGLETAAIASEYFNLKTNSITAIKNTRNKIEMRKALNKYEELSLYFWHGFIDEISDLSNIDLNLIVKPSDGYGSKNISFIGSKLDWNNWKEKNINNKNTEWIIEPYVDGNEFSVETVSSNGFHNIIGITEKDTTGLPNFVEIGHSVPAKLSKSESDIISDYTIKVLNALNIDFGAGHLEFKWDNNKNQPVLIEAHTRPGGDKIPYLHYLTSGLDQYALSIESLSKTINITSTVPNSFACIRFIETEPGLLRGLQINQPINDNVVEYHFYYKLGEYIPELKDSLSRGGYVIFWDRNLNKLNVIKKNFLDSIQINYF				NA	NA	NA	NA	NA
AK148_00206	492			hypothetical protein	ATGGCAAGTATCTCTAAAGAAATTATCAAAAGCTTACTAAAACATGGCTATACTTACTACACAGGAGTTCCATGCTCATTACTGAAAGGGATATTCTTAGAATTAGAGAGTAAAACTTTCCAGGGCATACAGTACTTTCCTGCAATAAGAGAAGATTCAGCAGTAGGATTAGCGTCAGGTTTTGGTCTTAGTGGAGAAAGAAGTGTTGTGTTAATGCAAAATTCTGGATTGGGTTATTGTTTAAATGTTTTGACCTCATTTAATTTGATTTATGATGTCCCTACTTTACTTATTATCAGTTGGCGTGGATACACTTCTGATGCGGTAGAGCATGACGTTATTGGAAAAAAACTACTAGATGTTTTAAGTTCTGTTGATATTCCATACCAAGTTTTAGATTTAGAAAATATAAAAAACTCAATAACGCCTTTGATAAATATTATTAATTCTACCAAGCGTCCTGCAGCACTAATTATAAAAGATAATGTTTAA	MASISKEIIKSLLKHGYTYYTGVPCSLLKGIFLELESKTFQGIQYFPAIREDSAVGLASGFGLSGERSVVLMQNSGLGYCLNVLTSFNLIYDVPTLLIISWRGYTSDAVEHDVIGKKLLDVLSSVDIPYQVLDLENIKNSITPLINIINSTKRPAALIIKDNV				NA	NA	NA	NA	NA
AK148_00207	564			hypothetical protein	ATGAAAAAAACAGAGGCTTTATTAAGTCTAGTAAATACTAATTCTGAATCATACATAGTGAGCACATGCGGTTATATAAGCAGAGAACTATATAACCTTAAAGATAATGATCATAATTTTTATATGGTAGGGTCAATGGGAATGGCAGCTCCAATAGGTGTAGGTGTTGCTATTGTGAATCCAAGTGTTGAGGTCATAGTGTTGGATGGTGATGGATCATTGTTGATGAACATGGGGTTCATGTCTATGGTTGGGAACTTAAAACTGAAAAATTTTACACATGTAGTACTTGATAATCAAATGCATGAGAGTACAGGAGGTCAAGAAACAATAAATATAGATAACATTTGTAAAGTTGCGGAAAGTTTAGGATATAGAAAAGGAATAGTAATTAAGGATCTTAATGAAATACCTGTCGTAAAAGATTTTAGTGGTCCTATATTGATACATATCAAAGTGGAAGCTAAAGATAGCTCAATTGGAAAAAGAGTCCACTGGTCTCCACAAGAGATAGTCGAAAGATTCCAGAAGTCAATTTTTCATGAGAGAGAGTTAATGGAATGA	MKKTEALLSLVNTNSESYIVSTCGYISRELYNLKDNDHNFYMVGSMGMAAPIGVGVAIVNPSVEVIVLDGDGSLLMNMGFMSMVGNLKLKNFTHVVLDNQMHESTGGQETINIDNICKVAESLGYRKGIVIKDLNEIPVVKDFSGPILIHIKVEAKDSSIGKRVHWSPQEIVERFQKSIFHERELME				NA	NA	NA	NA	NA
AK148_00208	1008	bphI	COG0119	4-hydroxy-2-oxovalerate aldolase 4	ATGAAGAATATAAACAATATTGACTGTACTCTTAGAGACGGTGGGAATTTAAATAATTGGCATTTCTCTAATTCAGAAATTGAGAATATTATTAAGGGGTTGGATCAAGCTAAAATTGATATTATTGAAATTGGTTATAAAGGAGGTTCAAGCAGTAATAAACAAAAAGACGTAGGGGACGCTGCGAGGTGTGATCCAATCTTCATTGAAAATCTGCCAAATCTTGCTAACTCAATGTATGCAATTATGATTGCGCCAAGTTCAGAAACAAAATTAAGTATAATTGAAGAAATAGATAGAGAAAAGATAACTTGGATAAGAATAGCAGCCTATCCAGAAAATATTGCTCTAGCATTTCCGTTTATCAAGTATGCCAAGAACTACGGATTTAATGTTTCTATGAACTTAATGGGGGCTAGTAAAGTATCACCAGCTGAGATTTTAATAATTGCTCAAAAAATAAAAGAGTTAAATGTTAATCTTTTCTGTATAGCAGATTCTTTCGGGTCTATGATACCAGAACAGGTAAAAGAAATATTTAATTTAGTTTTAGGAAATATAAATATTGACATGGGTTTTCATGGTCATAATAATTTAGGTTTAGCTTTTACAAATGCACTAACAGCTATAGAAACAGGCGCGACCTTCATTGATACATCTTTGAATGGGATGGCTAGAGGAGCTGGCAATTTACCTACCGAACAGTTTGTATCAGCAATAAATAAATTTAACATATGTTCCAAATATGATAGCCAGCCTGTCTTAGAAACAGCGGAGTACTTATTAGAGGAAGTGCTGGATGAACCGATGAGGGTATCTAAAGCTGAGATACTATGTGGTATTAATGATTTACACTATTATTACTTTGATATTATGGATAAAGTATGCAAAGAAAATAATTATAATTTATATCATTTTGCTAAGTTATTATCAAAAAGAACCGCTTCATCAGTTGATAAAAAGATTGTAGACGAAGTAATAAAAATTGTAGAAAAGGGAGATTTTTAA	MKNINNIDCTLRDGGNLNNWHFSNSEIENIIKGLDQAKIDIIEIGYKGGSSSNKQKDVGDAARCDPIFIENLPNLANSMYAIMIAPSSETKLSIIEEIDREKITWIRIAAYPENIALAFPFIKYAKNYGFNVSMNLMGASKVSPAEILIIAQKIKELNVNLFCIADSFGSMIPEQVKEIFNLVLGNINIDMGFHGHNNLGLAFTNALTAIETGATFIDTSLNGMARGAGNLPTEQFVSAINKFNICSKYDSQPVLETAEYLLEEVLDEPMRVSKAEILCGINDLHYYYFDIMDKVCKENNYNLYHFAKLLSKRTASSVDKKIVDEVIKIVEKGDF	PGPT0002050_781	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
AK148_00209	858	pphA		Phosphonopyruvate hydrolase	GTGAAAACTGAAATTTTAAGAAATTTGGTTAATTCTGGTAAAATAATAAAAGTAATGGGAGCGCATAATGGATTAAGTGCAAAGTTGGCAGAAAATGCAGGGTTTGATGCTATTTGGGCTAGCGGTTTTGAAATTGCTGCTACTTATGCTGTTCCTGATGCAAATATATTAACAATGACAGAAAATTTAAATGTGGCTCACTTGATTAATAAATCAGTTTCAATACCGGTAATTTGTGATTGTGATTCGGGTTATGGTGATATAAATAATGTAGCACATATGATAAAAGAATACGAGAGTATAGGTATTTCAGGTGTATGTATAGAAGATAAACCTTTTCCAAAATTAAATAGCTTTTTAGGAGAAGGACAAGAATTAGAGGATATAGAAATATTCTCAGAGAAAATTAGGGTCGCTCAGGAAACGAAGAAAAACAAGGATATGGTAGTGATTGCAAGAATAGAAGCATTTATAGCTGGAAAAGGCTTATCAGAAGTTTTAAAAAGAGCTTATGCTTATGAGGAAGCAGGTGCAGATGCACTATTAATACATTCTAAAAAGGGAGATGTAAGTGAAATATATGATTTTTGCAAATCTTATAAAGGAGATCTTCCTCTCGTAGTTGTACCAACAACGTATCCAGACGTAAATTTAAGAATGCTAGAAGAACATGGAGTTCAATTAGTTATATATGCAAATCATGGAATAAGAAGTTCTGTAAATGCGATGCAAGAAACATTTAAAAGTATTATAAAAGATGGTAATACAGTTAATATTGAAAACAGCATTACCTCAATGGAAGAAATATTTAGATTGCAAGGAACGAAAAATTTAAAGAAGCCAACTTATAATATGTAA	MKTEILRNLVNSGKIIKVMGAHNGLSAKLAENAGFDAIWASGFEIAATYAVPDANILTMTENLNVAHLINKSVSIPVICDCDSGYGDINNVAHMIKEYESIGISGVCIEDKPFPKLNSFLGEGQELEDIEIFSEKIRVAQETKKNKDMVVIARIEAFIAGKGLSEVLKRAYAYEEAGADALLIHSKKGDVSEIYDFCKSYKGDLPLVVVPTTYPDVNLRMLEEHGVQLVIYANHGIRSSVNAMQETFKSIIKDGNTVNIENSITSMEEIFRLQGTKNLKKPTYNM	PGPT0011300_231	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-FOSFOMYCIN_BIOSYNTHESIS,PGPT0011300-pepM|aepX-K01841	NA	NA
AK148_00210	1059			hypothetical protein	ATGAAATCAAAAGTAACAAGTATGGAGTTCTTGCACTCCAAATTAAATATTTATTCGGGTGGGAATGTTAATTTATCTTCTATTTTTGATTTTTTTAGTACTCATTTTATTATAAAAAATAACAACAAAATTAAGAATAGTCTTACTAATATATATATATATAATTCAAATGAAATAATAAATATTAATTTTAAAAAGGGAAAGGATGTATATATAAGAAAAAGTGCATCAGATTTTTTTACAATTAAAGCAAAAAAAGTCATTTTAAATAATCAAGAATATTTAAGGATTGATCAGACAGGTACCATTATTAGTTTTAGACCCGAAAAAAAAGAGATTCATATTCAATTACAACAGAAAGTAGACCAAAAAGATGAATTAACAGTAATTGAAATTATTAGAGATTTGGTGCTAAGACATGAAGAAAACAATGGAGTAGTTATATTGCATGCCACCTGTGCGTTTAAAAATAATCAAGCTTCAATAATAATTGGTTCAAAAGGAGCTGGAAAATCTACTACGTTACTTGAATTTGTTCAGAAATCAGATTATAAATTTATGAGTGGGGATAAGACGTTCATATGGATCGAAAATAATACAGTAGTTGCTTCTGGTTGGCCAGATTATCCACATTTAGGTTTAGGCACTATTTCAAAATATCCAGAGTTAGTGGAAAAATTAGATTTAAAAGAAAAAATAAAGACTAATATGGAAGATATCTGGTCGACAAAACACAAAATAGCTGTTTCTCCTACTAAATTCAAACAGGTTTTTCCATGCACTCCGCCTGGGTTAATTTGTTCGGTAGCTAATATGTATTACCCTAGATTACATGACTCTGATTCTTGTGTTTTAGTTAGAAAAGAAAATAAAGCTGAGTTTATTTTACCGCATGTTGAATCACTTTATAAAGAAGATGGTGATTATTGGAATAATTATATCGAATTATCAAAAGTTGACTTACAAAAGAATAGTAAGGTAATTAATGCTTTAGAGAAATTGGAATCTTATGAAATTCAAGGTAATGGAATTATAGATGAAAAAATGATAACGAAATGA	MKSKVTSMEFLHSKLNIYSGGNVNLSSIFDFFSTHFIIKNNNKIKNSLTNIYIYNSNEIININFKKGKDVYIRKSASDFFTIKAKKVILNNQEYLRIDQTGTIISFRPEKKEIHIQLQQKVDQKDELTVIEIIRDLVLRHEENNGVVILHATCAFKNNQASIIIGSKGAGKSTTLLEFVQKSDYKFMSGDKTFIWIENNTVVASGWPDYPHLGLGTISKYPELVEKLDLKEKIKTNMEDIWSTKHKIAVSPTKFKQVFPCTPPGLICSVANMYYPRLHDSDSCVLVRKENKAEFILPHVESLYKEDGDYWNNYIELSKVDLQKNSKVINALEKLESYEIQGNGIIDEKMITK				NA	NA	NA	NA	NA
AK148_00211	396			hypothetical protein	TTGAAATCATTTGAAATTTTGTCTAAAGGATTCAATTCTGACATCGATATCACTGAAAAAATTCAAAAATTAATAGAAAATAGGACAGGAAGCGGAATATTAAAAGTCTTTTCTCCAGGAAGTACAAACGCTTTAGTATTAATGAGGTATGAGTCAGGAGTAATTGAAGACTTTAAAAATATTTTAGAATCCATTGCCTCACCGTATAAAGAATATAAGCATGAAATAACAACAAATGATAATAATGGTGCTGCACATATATATTCAATGTTGTTGGGGAATTATGTTTTACTACCTTATAAAAACAATGAACTATTAATATCTGATAAGCATAGAGTTGTTTTATTTGACTTTGATCTAAAAGAGACTAATCGGACAGTTTTAGTTGATTTTTAA	MKSFEILSKGFNSDIDITEKIQKLIENRTGSGILKVFSPGSTNALVLMRYESGVIEDFKNILESIASPYKEYKHEITTNDNNGAAHIYSMLLGNYVLLPYKNNELLISDKHRVVLFDFDLKETNRTVLVDF				NA	NA	NA	NA	NA
AK148_00212	1149		COG0075	Serine-pyruvate aminotransferase	TTGAAAAAGAGATTAGCAACGCCTGGGCCAACATTTGTACCAACAGATATATTACTTGCAGGTGCAAAAGAATCAATTCACCATCGATCAAATGATATGAAGAAAATTATGGAAGGGATAAATCAATCCCTTCCACAATTCTTTGGTTCTAAGAATGAAGTGTATACTATGTTGAGTTCTGGTACAGGCGCTATGGAGAGTGCTGTATTTAATTGTTTTAATAAAGGTGATAAGGTTCTTGTAATAAATAATGGTTACTTTGGTAAAAGATTCAAAGATATTGCTAATCGTGCTAGTTTAGAAGTTTTATCTATAGACATGGAATGGGGAGATCCTTTTGAATTAAATCAAATTAAAGATATATATTTTAATAATAGAGACTTACAAGGTATTCTTGTTGTTTATAGTGAAACTTCTACTGGTGCAATAAATGATATAAAAGAAATCGGTGATTTTTTTCGCCAAACTAATGTACTAACTGTAATAGACGCAATTAGTGGTTTAATTTCTCATGAAATGCAAATGGATGAATGGGGATTAGATGTTGTAATTGCTTCTTCACACAAAGGCTTTATGATGCCTCCGGGTCTGTCATTTGTCTGTATATCAAATAAGGCGTGGGAAAAAATATCTTATACAGAAGAAAATACTTACTATTTTTCATATAAGCGCTTTAAAGATTTTTATCCTGCACCTCCCTCTTCTCCAGGGGTTTCGCTTATTTTCTCTCTCGAAAAATCTATTGAGATATTAAAATCAGAAGGTATAGCAAACATTCATAGTAGACATCAACTATTAGCGACAGCTACTCAGAATGCACTTACTTCACTTGGATTCAAATTATTTATTTCTGATTCTCTTAGGAGAAGTAATACTGTTACTTCAGCATTAGCACCACGTGGAGTGGATACTAGTGTTCTTTTAAATAGTATTAATGATAATTTTGGATTAACTATAACTGGTGGTCAAGGTAAATATAAAGGTATAATGATTCGAATTGGTCATATTGGTGCTTTTGATGAATTAGATTTATTTAGTGTTTTTGGAGCTATAGAGATGTGCTTAAGCAAAAATAATTACGAATTTCAAGAAGGAGCTAGTACAAAAGCATTAATTAACACTTTTAAAAAGGAGAAGACGAATGCTTAA	MKKRLATPGPTFVPTDILLAGAKESIHHRSNDMKKIMEGINQSLPQFFGSKNEVYTMLSSGTGAMESAVFNCFNKGDKVLVINNGYFGKRFKDIANRASLEVLSIDMEWGDPFELNQIKDIYFNNRDLQGILVVYSETSTGAINDIKEIGDFFRQTNVLTVIDAISGLISHEMQMDEWGLDVVIASSHKGFMMPPGLSFVCISNKAWEKISYTEENTYYFSYKRFKDFYPAPPSSPGVSLIFSLEKSIEILKSEGIANIHSRHQLLATATQNALTSLGFKLFISDSLRRSNTVTSALAPRGVDTSVLLNSINDNFGLTITGGQGKYKGIMIRIGHIGAFDELDLFSVFGAIEMCLSKNNYEFQEGASTKALINTFKKEKTNA	PGPT0001955_18	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001955-serine_pyruvate_transaminase_EC_2_6_1_51-K13290	NA	NA
AK148_00213	258			hypothetical protein	ATGCTTAAAATTTATCAGAGAGAAACTTGTCCCTTTTGCAAGCCTGTCAGAGAAAAGTTAACAGAGTTAAATGTTACGTATATTAATGTTAATTTGCCAAAAATAAGAAGTGAGAGAAAGGAGTTAATTGAACTAACGGGTGTTCCATATATTCCAGCTTTAGTTGATGAAGAAGTGATAATTGCAGGAAAAGAAGAGTGTTATAAGGACGTTTTAGAATATATTGAAAAAAAATTTGCTAATAATAAAGAGAGTTAA	MLKIYQRETCPFCKPVREKLTELNVTYINVNLPKIRSERKELIELTGVPYIPALVDEEVIIAGKEECYKDVLEYIEKKFANNKES	PGPT0013201_3093	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-CHAPERONES,PGPT0013201-grxC-K03676	NA	NA
AK148_00214	660			hypothetical protein	ATGTTGTATATATTTATATCAGATATCCATAGTAATTATAAAAATCTAAATAAAGTTCTTGATGAAATCAAAACTTCTAATGTGGAACCATTTAAACTTATTTGTTTAGGCGATATTTTTGAGGTCAAAGTATCAAAGAAAAAGATGGATAGCTTTTTCTTTGATACTTTGGATGAAATAATTAGCGATGGTTCGCAGCTTGTAAAAAAATTAGAGGGGGCTGAGCTGGTTGGAGGAAATCAAGAAGAACGGTTATTTACACTAGTACCGTCAAATAGGTTACCTCCTTATTTAAAAAAACTATATCCTCTTTTGAAAACTCAAATTCATATAAATGATGAATGTAAAGCTGTACACGGTCATCAATATTCATGGAATAGATACGATGATTTCAGCCATTACCCTTTAATAGAATTAAATGAATACCCAATTTTATTTTATGGTCATAGTCATGAAAACAATCTATTTGAAGTGAATGTATCAGAAAAAAATATAGAGTACCAAAAAAAACAAATAGAATTTGATAAATCTTACAAGCTTGATCGGAACTTAAAAGTAAGTTACCTAATTAACGTAGGAGCTTTAAAAGAAGATGAAATAAATTGGGTAAAATACGATACAGAAAAACGCTTGGTTACTTTTTATAATATGAAAATCTAA	MLYIFISDIHSNYKNLNKVLDEIKTSNVEPFKLICLGDIFEVKVSKKKMDSFFFDTLDEIISDGSQLVKKLEGAELVGGNQEERLFTLVPSNRLPPYLKKLYPLLKTQIHINDECKAVHGHQYSWNRYDDFSHYPLIELNEYPILFYGHSHENNLFEVNVSEKNIEYQKKQIEFDKSYKLDRNLKVSYLINVGALKEDEINWVKYDTEKRLVTFYNMKI				NA	NA	NA	NA	NA
AK148_00215	1233	rizA		L-arginine-specific L-amino acid ligase	ATGAAGGAGTTGAGTTCTATTCGTCATATACTTTTAATCAATTCAGATAAAATGGAACCAATTGATGTGATAAAAAGTCGAGATGAAGACTTATATATAAGTGTATTAACAAAAGAGCAATATAAACATCTATATAAGGAAGTTGCTGACAATATTTTTATAATTGACACATTAGAGAACTTGCTCGCAGTAAGGAAGATTATTGTTGATATTCATAGGATAAAAAAAATTGATTATATTATTACGCCAACCGAAAAAGGAGTTCTAGCAGGTGGTTTTATCCGTTCTTTTTTTGGAATAGATGGGGTTAGGTTTGAAACGGCACTTTCTACTACTAATAAATTAGATATGAAGACAAAAGTTAATGATGCAGGTATCGAAACCACTAATTTTAGAAGATTAGATAACTTAAATCAGGTTTTACCAATTGGGGATGAACTTGGTTGGCCAGTAATTATAAAACCTGCAATAGGCTCTGGAACAAGAAATACTTTTAAAATCAAATCCAAAGAGGAGTTTCTTAAGAAGAGGGATGATAATCAATTGTTTACAGATTTATATAGTAGCAATGTTCCCATGCTTATTGAAAATTATATTGAGATGGAAGAATATCATTGCGATGGAATAATAAATGAAAGTGAACTCGTTTTTTTATCTATATCAAAGTATTTGGAACCTCCTTTAGAATCAATGCAAGGGTTTTTAGGATCTTACATTCTTCCCGAAGATCAACCTATTTTTAATAGATTGAAAACAATGGTGGAGAATATTGTTAAAGCTTTAGAGATTCCAAGGGGACCTATACACGTAGAATTCTATCGGCTAGGTTCCGACCAATTATTATTTGGGGAGATTGCGCTTAGACCTGGTGGGGCTGGAATATTTAAAACAATTAAAAGCCAATATAATATTTCCATTTGGGAAAAAGCTTACGAGGTAGAAACAGAATCATTTGAGAAAATTAAAATTAAGATTAATGATAATATATGTGGGTGGGTAGGCTTACCTTGCAAAAATGGAGAGTTAGCGGATTTTACAAGTAGAAAATCTCTCTATGAATTAGACAATTGTGTAAAGTATATAGAACAGCATTTTCAAAAAGGGGATATAGTAAACCAGGAAGTATCATCTACATTTCATCTTTATACGCTCTACTTTGAAGTATCGCGCTTAAATGATATTGAAAAATTAATTAAGAAATTACATGCTGCTTACTATATCGTTTCTGTTTAA	MKELSSIRHILLINSDKMEPIDVIKSRDEDLYISVLTKEQYKHLYKEVADNIFIIDTLENLLAVRKIIVDIHRIKKIDYIITPTEKGVLAGGFIRSFFGIDGVRFETALSTTNKLDMKTKVNDAGIETTNFRRLDNLNQVLPIGDELGWPVIIKPAIGSGTRNTFKIKSKEEFLKKRDDNQLFTDLYSSNVPMLIENYIEMEEYHCDGIINESELVFLSISKYLEPPLESMQGFLGSYILPEDQPIFNRLKTMVENIVKALEIPRGPIHVEFYRLGSDQLLFGEIALRPGGAGIFKTIKSQYNISIWEKAYEVETESFEKIKIKINDNICGWVGLPCKNGELADFTSRKSLYELDNCVKYIEQHFQKGDIVNQEVSSTFHLYTLYFEVSRLNDIEKLIKKLHAAYYIVSV				NA	NA	NA	NA	NA
AK148_00216	1215	entS_1		Enterobactin exporter EntS	ATGAAAGAGTTAATGAAAAATACACGGTTTTTGATACTCTGGATAGCTCAGTTAGCTTCAGGTTTAGGTAATACAATGGCTGTTTTTATTATTTCTTGGTTAATTTTTGATTTGACAGGATCGGAAGCTGCAATGGGAAAGATATGGTTTTTTTATATGTCTGCTTTTATTATAAGTCTTATACTAGTAGGTCCTTATATAGACAAAATACAAAAGAAATATATAATGGTTTTGTCTGAATGGGGAAGAGCTATTTCATTTTTATTGCTGGTATTATTTATATCTATAGATCAATTGTCAATTATGATTATGTATATTATTGTAATACTTGTAGGCTTACTAGAACCTATATTCAAACCAGCATCACGCGCATATTTATCAGAGATAGTAGATAAAAAATATTTGATAAGGGCAAATTCTATACTTGAGTCAACACTACAAATAACTATGATTATTGGTCCCTCATTAGGCGGATTACTACTACTGACCTTTTCACCATTAATTTTATTAATATTATTAATTTCATTTCTATCAATAGCAGGATGTTTTATCATACTTTTAGAACCAATCGAGTTAAAAAAAGATTTGTTATCTAATAGTTGGTTTCTGGATTTTAAAATAGGATTGAAATTCTTTAAAGATTTTCCATTATTTATGTATATGATTATATTTGTTTTTTTCTTAAATTTTAGTGCAGGGGCTATTCAGCCCCTTTTGTTACCGTACGTTTTAAAACATTTAAAGGGTACTCCAGAACAATATGGGTTTTTAACATCTAGCTTAGCATTAGGAATGTTAATTGGAGCTTTAATATTAACCATTAAAAAGGAACATAGAAATTTAAAACATGTAATGTTTGGTTCGATAATATTTAGTGGTTTGTGCCTTAGTGCACTAGGCCTTTCTGCTTTTTTTGCTATTTCGCTGATTTTAATAATACTTTATGGCTTTTTTATCTCAATATTTAATATAAATAATACAACTTTATACCAAGTAAACCCTCCTATTAAATTACGGGGTAGAGTAATGGCAGTAAGAAGTCTGGTATCTAAAGCTGGAATTCCTTTTGGAGCACTTATAGGTGGCTATATATCAGAAAGTGTTGGCGTAAATAATTTATTTATCATTTTGGGCTTAATCATGGTTTTCACTTGTATAGCAGGGTGGTTTTTACCTGTTTTTGACAATTTAAAAACCTCTAGTTATAAACTATGA	MKELMKNTRFLILWIAQLASGLGNTMAVFIISWLIFDLTGSEAAMGKIWFFYMSAFIISLILVGPYIDKIQKKYIMVLSEWGRAISFLLLVLFISIDQLSIMIMYIIVILVGLLEPIFKPASRAYLSEIVDKKYLIRANSILESTLQITMIIGPSLGGLLLLTFSPLILLILLISFLSIAGCFIILLEPIELKKDLLSNSWFLDFKIGLKFFKDFPLFMYMIIFVFFLNFSAGAIQPLLLPYVLKHLKGTPEQYGFLTSSLALGMLIGALILTIKKEHRNLKHVMFGSIIFSGLCLSALGLSAFFAISLILIILYGFFISIFNINNTTLYQVNPPIKLRGRVMAVRSLVSKAGIPFGALIGGYISESVGVNNLFIILGLIMVFTCIAGWFLPVFDNLKTSSYKL				NA	NA	NA	NA	NA
AK148_00217	273			hypothetical protein	ATGTCTTATACCCATCTTGCCAAAACAGAGCTCATATTCATAGAGGAATATCTTGAATTTGGTCTATCAGGTCGAAAAAGAACGCAGTTAACAGATGATGAAAGAGCCTACATTGAAGAAAAAGCCCGTGACGGTTGGGCGCCTGATGAATCATCGGTCGGAATGCCTATTTCCTGTAGCATGCGTACCCTTTATCGTAAGTTTGAAGCAGACGAATTCGATGTGAATACTTTACTTATGCAAGGCAAACGCAAGCCAAATGGCTACAATTAA	MSYTHLAKTELIFIEEYLEFGLSGRKRTQLTDDERAYIEEKARDGWAPDESSVGMPISCSMRTLYRKFEADEFDVNTLLMQGKRKPNGYN	PGPT0030610_1473	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030610-IS30_family-K07482	NA	NA
AK148_00218	384			hypothetical protein	ATGGTAACTATTTTGGAGAATATCCAAACTGATCCTTCTGAGCGACCTAGATATACTAAGTTCGAATTAGCAAATTTAGTAAAAAAGCGTAGAAAAGAACTTGATCTCTCTGTAGAAGAAGTGGCAAAAAAATATGATGGTGATGCAATATTTTGGCAAAGTATTGAAGAGGCGTCTAGAGCTTTTAACGTAAAGATATACAAAATTATTGGAGCATTTTTAAATATGGATAAGGATGAACTTTTGACTAAAGAATACGACGACATGAGTTCACTTAATTTTCAAACAAATGGTGAAAAGCATCCAGAAATACAAGAAGCTATTGATTTCGCTAACATCATCTTTAATGAGAAGGTAATGCAAGAAAAAGTTGCAAGATTATAA	MVTILENIQTDPSERPRYTKFELANLVKKRRKELDLSVEEVAKKYDGDAIFWQSIEEASRAFNVKIYKIIGAFLNMDKDELLTKEYDDMSSLNFQTNGEKHPEIQEAIDFANIIFNEKVMQEKVARL				NA	NA	NA	NA	NA
AK148_00220	513			hypothetical protein	ATGGAAAGTACGAAAGCGTTAGTACATGCATTTGCTGCATGCAATAATTGGGTCAGTGAACTAACCAAAGGGCCTGGAAAGGACATTTTTCAAGCAATTGCAAAAGGAAAATGGTCGACAGCAGAGATTATTAGTCATATGACTTTTTGGGATAGGTACATTCTTGAAGAAATGCTTCCAAAAATGAAGCAAGATGCTACTATTCAGAGCGTGGACTTTGAAATAATCAACACGCCAGCCTCTGCATATGCAAGGAGTGGTGTATCTGCAAAACATCTCATTGAGCAAAAAATGATTACGCGTGAAAAATTAGTTTTTGCTGTAAAACAGAAAACAGAAGCTGAATTTCTTGCAAACTTCACATTAAACGGCGAGAAAATGGATCAATATTCTGGTTATCCACACACATTATTTAATTATATTGCCGCATTTATTTGGCATGATAATCACCACAAACAACAAATTCATTCATTTCTGTTGCATAAAGCAGGTGGACAAATCGAGTTATCTTAA	MESTKALVHAFAACNNWVSELTKGPGKDIFQAIAKGKWSTAEIISHMTFWDRYILEEMLPKMKQDATIQSVDFEIINTPASAYARSGVSAKHLIEQKMITREKLVFAVKQKTEAEFLANFTLNGEKMDQYSGYPHTLFNYIAAFIWHDNHHKQQIHSFLLHKAGGQIELS				NA	NA	NA	NA	NA
AK148_00221	1782	nplT		Neopullulanase	TTGATCAAAGAAGCAATCTATCATAGGCCTAAAAATAACTTCGCTTATGCCTACGACAAAGAAACACTGCACATTGTTCTACAAACAAAGAAAGACGATATGAAAACAGTACAGCTTGTATTTGGCGACCCATACAACTGGAAAAATGACGAGTGGCAAAGGGAAACGAATTCAATGGTTAAAACGGGTTCTACAGATTTCCATGATTATTGGTTTATTGCCATTCGACCACTATTCAAACGTTTACGTTATGCTTTTATTTGCAGTGATGGATCAGAAACGTGCTTTTATGGGGAAAGCGGCATTTTTGACAACCCTCCAAAAGATATCGCTAACTATTTTTGCTTTCCATTTTTAAATGCAGCCGATGTATTTCAAGCACCAGAATGGGTAAAAGATACGGTTTGGTATCAAATTTTCCCTGAACGATTTGCAAACGGGGATGAAACTCTAAATCCTGAAGGTGCTTTACCTTGGGGGTCTACCAATCCCTCAACAACAAACTTTTTTGGCGGGGACTTTCAAGGAGTTATTAACCATTTAGATCACCTTGAAAGTTTAGGAATAACAGGCATTTATTTCACACCAATATTTAAAGCCTATTCCAATCATAAATACGATACCATGGATTATATGGAGATCGATCCGCAGTTTGGTGATAAACAAACGTTTAAAAAGCTAGTGGAAGCTTGCCACGATCGAGGGATTAAAGTAATGCTTGATGCCGTATTTAATCATAGTGGCTATTACTTTCCACCGTTTCAAGATGTATTGGAAAACCAAGAGCATTCCAAGTACAAGGATTGGTTTCATATTTGGAATTTCCCTGTCGTTACAGAGCCACAACCAAACTACGACACATTTGGATTTGTCGCATCAATGCCTAAACTAAATACGGAAAATCAGGAAGTAAAAGACTATCTATTAAAAGTTGCGCGTTACTGGATAGAGGAATTTGACATTGATGGTTGGAGGCTAGATGTCGCTAATGAAGTAGATCACAGTTTTTGGCATGATTTTCGTCGCACCGTTAAAGAAGCAAAGCCAGATGCTTATATATTGGGTGAAATTTGGCATGATTCCATGCCTTGGCTGCAAGGCGACCAGTTTGATGCTGTTATGAATTATCCGTTTACGAATGGGGTTATCGACTTCATTGCCAAAAATACAATGGCTGCAACTACATTTAAAAATGCGATTACAAAAGTATTGCATATGTACCCAAGGAATGTAAATGAAGTGGCATTTAATTTATTAGATAGTCATGATACACCAAGAATTTTAACGATAGCTAACGAAAATATCGAACGTATTAAATTGCTTTACCTGTTCCAGTTTTCCTTCTCAGGAACTCCATGCATCTATTACGGAGATGAAATTGGTATGAGCGGAGGGCATGATCCAGGTTGCCGTGCTTGTATGGAATGGGATGAAGAAAATCAAAATCGAGAGCTATTCACCTATGTACAAACCCTCATTCGTTTACGTAAAACGGAGCCTTTATTCGGAAATGACGCTTCAATTCGCTTTTTATATGCCGATGATAACACCAACACGATTGCCTATGAAAAATATGATGAACAAAAACGTCTTATCTTTCTATTAAATGCAGGCGAAAAAGAAGCTAACGTCTCAAATACTTGTATTTTTAAAGCAACAGAACAAGTGAATGAATGGAGCATTTCTTCCCTTTCAAATGGTGTAAAGAAAGAATGTATAAATATATCAGAACCACTAACTGTACCAGCTCTTGCCTATCGTGTTTTCGAATCTAAAAAATAA	MIKEAIYHRPKNNFAYAYDKETLHIVLQTKKDDMKTVQLVFGDPYNWKNDEWQRETNSMVKTGSTDFHDYWFIAIRPLFKRLRYAFICSDGSETCFYGESGIFDNPPKDIANYFCFPFLNAADVFQAPEWVKDTVWYQIFPERFANGDETLNPEGALPWGSTNPSTTNFFGGDFQGVINHLDHLESLGITGIYFTPIFKAYSNHKYDTMDYMEIDPQFGDKQTFKKLVEACHDRGIKVMLDAVFNHSGYYFPPFQDVLENQEHSKYKDWFHIWNFPVVTEPQPNYDTFGFVASMPKLNTENQEVKDYLLKVARYWIEEFDIDGWRLDVANEVDHSFWHDFRRTVKEAKPDAYILGEIWHDSMPWLQGDQFDAVMNYPFTNGVIDFIAKNTMAATTFKNAITKVLHMYPRNVNEVAFNLLDSHDTPRILTIANENIERIKLLYLFQFSFSGTPCIYYGDEIGMSGGHDPGCRACMEWDEENQNRELFTYVQTLIRLRKTEPLFGNDASIRFLYADDNTNTIAYEKYDEQKRLIFLLNAGEKEANVSNTCIFKATEQVNEWSISSLSNGVKKECINISEPLTVPALAYRVFESKK	PGPT0012200_354	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0012200-cd|ma|nplT-K01208	NA	NA
AK148_00222	1281	cycB_1	COG2182	Cyclodextrin-binding protein	ATGAAAAAAGGTTTACTTTATTTACTTGCAATGATCTTATTTGTTAGCGTTTTAGCTGCCTGTGGTCCAGATGATGCTCAAAAATCTGAAGGAGAAAAGGAAGCTACTAAATCAGGAGAGATGCCAGAGAAGCCTGAAAAACTGAAACTTTGGGTAAATGCGGAAGAAAAACAAGAAGAAGCATTAAAAGAAATGACAGCAGGCTACACAAAAGAAACAGGAATAGAAATAGAAATGGTGCCTGTAGATATGCTAGAGCAAATTGAAAAATTAGATGTTGAAGGCCCAGCCGGAAATGGTCCAGACGTCATTTTTCAGCCGCACGATAGAATTGGTGATTTAGTACTTAGGGGATTAGTAGACCCAGTAGATTTGGGAGATGTTGAAAAAGAATATACAGATACAGCTTTGGAAGCGATGCAATACGATGGAGAATATTGGGGATATCCAGCTGTAGCTGAGACGTATGCTATGTATTACAATAAATCTCGCGTTGAAGAAACACCGGAAACAATGGAGCAAATTATGGAAATAGCTGAAAGAGACACGGATTCTGATAAAGATGAATTTGGCTTTTTAATGGAAGCGGCTAACTTATATTTTGTATACCCTTTCTTCTCGGGAAACGGAGCGTATGTGTTTGCGAATGAAGATGGAAACTATGATATTACAGATATTGGTTTAAATAATGAAGGCGCTTTAAAAGGTGGAGAATTAGTTTCTGAATGGTTTGATAAAGAATACATCCCTCAGGATTTGACTCCAGATATAATGAATGGACTGTTCCAAGAAGGAAAAGTATCAACGATTATTAACGGACCTTGGATGGTACGTGATTACTCGGAAGCGCTTGGAGATGATTTAACTACGGTTCCGCTACCTAAATTGGAAAATGGAGAAAATCCAAAATCATTTGTAGGCGTGAAATCGTATATGCTTTCCTTCTACTCAGAAAATAAAGAATGGGCTCAGGATTTAATGGCTTATTTGACAAACTTTGAAAGTTCTATGACATATTACGATATTGCTGGAGAACTACCTGCTCGTAAAGATGCAATGGAAGATCCAATTATTGCCGATGACCCAATTTATTCTGCATTTGCAGAACAAACACAATACGGTGAGCCGATGCCTAGTGTTCCTGCTATGCAGCAAGTATGGGAGCCGTTCAATGATGGTCTAAACTTCATTTCAAAAGGTGAACCTGTGAAAGAAGTGTTGGATGAAGCAGTTGAAATAATTAAAGAACAAATAGAGGCTTCAAGAGTCAAGGAGAAATAA	MKKGLLYLLAMILFVSVLAACGPDDAQKSEGEKEATKSGEMPEKPEKLKLWVNAEEKQEEALKEMTAGYTKETGIEIEMVPVDMLEQIEKLDVEGPAGNGPDVIFQPHDRIGDLVLRGLVDPVDLGDVEKEYTDTALEAMQYDGEYWGYPAVAETYAMYYNKSRVEETPETMEQIMEIAERDTDSDKDEFGFLMEAANLYFVYPFFSGNGAYVFANEDGNYDITDIGLNNEGALKGGELVSEWFDKEYIPQDLTPDIMNGLFQEGKVSTIINGPWMVRDYSEALGDDLTTVPLPKLENGENPKSFVGVKSYMLSFYSENKEWAQDLMAYLTNFESSMTYYDIAGELPARKDAMEDPIIADDPIYSAFAEQTQYGEPMPSVPAMQQVWEPFNDGLNFISKGEPVKEVLDEAVEIIKEQIEASRVKEK	PGPT0016315_394	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
AK148_00223	1299			hypothetical protein	ATGGCTACTGAAAAAAATGATACCAACGCCCGAAGAATACAGCCTCGTACATTAGCAATGATATTATCTATTATCATACCTGGATTAGGGCAAATGTATAATAGAAGGTTTTTAAAAGGATGCATATTTTTAATTGTAACGATTTCTTTTTTAGTAACCACATGGAATTTTATTGATATTGGGATATGGGGGCTATTCACGCTTGGAACGATTCCGCGTGAGCACCATTCGATCCAACTGCTTATACAGGGTTTAATTTCGTTAATTATTCTCTCATTTGGAATAGCGATCTATGTTTATAATATAAAAGACGCTCGTGCTGATGCTATAGCTAGAGAGCATAATCGTCCTAATCCCACATTATTACAAGGTGTGAAAAACTTTTACAATAATGGTTTTCCATATTTTATGATTTTGCCTGGTCTATTAATGCTTTTATTTATTGTGGTTGTACCTTTATTGTTTATGCTCGCATTAGCCTTTACAGATTATAACCAATATAATGCGCCTCCGCGTAATTTATTAAGTTGGGTCGGCTTCGAGAACTTTGTTAACTTAACAAAAATAGATATATGGAAAGACACATTCTTAAGTGTTTTTACATGGACAGTTGTTTGGACAGTTGTTGCTACAACATTCCAAATTGTATTGGGACTATTTTTAGCATTGTTAGTGAACGATCCGAGAATTAAATTTAAACGAACCATACGGACATTTTTAATATTACCTTGGGCAGTTCCAGCGTTTGTGTCGATTTTAATTTTTTCCGCACTATTTAACCCTACCTTTGGGGCGATCAATAGGGAAATTTTAAGTCAATTTAATGTAATAATTCCTTGGTTATCCGATCCGTTTTGGGCAAAAATCGCTTTAATTATGATTCAAACGTGGCTTGGATTTCCATTTGTGTTTGCTTTATTTACAGGTGTATTGCAAAGCGTTCCTCGAGATATGTATGAAGCTGCAGATGTAGATGGAGGTACGCGTTGGCAAAAATTACGTTATATTACATTACCACATATTTTATTTGCCACAGCTCCATTGTTAATTATGCAATATGCAGGAAACTTTAATAACTTTAATATTATTTACTTATTTAATGAAGGTAACCCTGCTGTGAGAGGCCAAAATGCTGGGGGTACAGATATCTTAATATCGTGGGTGTATAAACTAACGTTTGAGTCTAATAACTATAATATGGCTGCTGCTATTACCATTATAATGGGATTAATTATCTCTGTATTTGCCTTTTTCCAATTTAGAAAGACAGCTTCATTTAAAGAGGAGGGACGTTACTAA	MATEKNDTNARRIQPRTLAMILSIIIPGLGQMYNRRFLKGCIFLIVTISFLVTTWNFIDIGIWGLFTLGTIPREHHSIQLLIQGLISLIILSFGIAIYVYNIKDARADAIAREHNRPNPTLLQGVKNFYNNGFPYFMILPGLLMLLFIVVVPLLFMLALAFTDYNQYNAPPRNLLSWVGFENFVNLTKIDIWKDTFLSVFTWTVVWTVVATTFQIVLGLFLALLVNDPRIKFKRTIRTFLILPWAVPAFVSILIFSALFNPTFGAINREILSQFNVIIPWLSDPFWAKIALIMIQTWLGFPFVFALFTGVLQSVPRDMYEAADVDGGTRWQKLRYITLPHILFATAPLLIMQYAGNFNNFNIIYLFNEGNPAVRGQNAGGTDILISWVYKLTFESNNYNMAAAITIIMGLIISVFAFFQFRKTASFKEEGRY	PGPT0016320_804	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
AK148_00224	849	malG	COG3833	Maltose/maltodextrin transport system permease protein MalG	ATGGCTATGTCACGTAAGAGAAAATCGAGGATAGAAGTAACGTTTATCTATATCTTTTTTCTAATTATGTTTGTAATTATTGGCTATCCATTATTTTGGGCTTTAATGATGAGTTTAAATGAAGGTTCGAATATGCTCGTAACGGATTTATTTCCAAAGAACCCAACGTTAGAACATTATAAATGGTTGTTTACTGACCCAAACAGTGATTATGTAATTTGGTATAAGAACAGCCTTTATGTTGCAGTTATTAATTCTATAGGGTCCGTTGTAATTACATCTTTGATTGCTTATGCTTTTTCTAGATACAAATTTGTTGGTAGAAAATATGGTTTGTATATGTTTTTATTGTTACAAATGTTTCCTGCTTTAATGGGGATGGTTGCTTTGTACATTCTATTAAATACGATTGGCTTAACCGATTCTCTCTATGGTTTAATGTTAATCTATTTAGGTGGGCAAATTCCTTTTAACGCATGGTTGGTGAAAGGGTACTTTGATACGATACCTAAAGAATTGGACGAAGCGGCAAAAATAGATGGGGCAGGTCATTTGAAAATATTTTGGACGATTATGTTACCATTGGCCAAGCCTATTTTAGCCGTTGTCGCATTATTTAATTTTATGGCGCCATTTATGGACTTTTTATTGCCAAGGATTGTTCTAACAAGTCCTGAAAAATACACATTGGCACTAGGATTATATAATTTTATCAATGACCAGTTTTCGACGAATTTCACTAGGTTTGCTGCTGGTTCCATCCTTATTGCTGTGCCAATTGCGCTTGTGTTCTTATTATTGCAACGTTACTTAATTTCTGGTTTAACCTCAGGAGCGACGAAAGGGTAG	MAMSRKRKSRIEVTFIYIFFLIMFVIIGYPLFWALMMSLNEGSNMLVTDLFPKNPTLEHYKWLFTDPNSDYVIWYKNSLYVAVINSIGSVVITSLIAYAFSRYKFVGRKYGLYMFLLLQMFPALMGMVALYILLNTIGLTDSLYGLMLIYLGGQIPFNAWLVKGYFDTIPKELDEAAKIDGAGHLKIFWTIMLPLAKPILAVVALFNFMAPFMDFLLPRIVLTSPEKYTLALGLYNFINDQFSTNFTRFAAGSILIAVPIALVFLLLQRYLISGLTSGATKG	PGPT0016325_778	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
AK148_00225	2349		COG1501	Oligosaccharide 4-alpha-D-glucosyltransferase	GTGCTAGAGGATACTAGTTTTGCTATTCATCCAGGAAATAATACAGAGACAGAAGCAATTCGATTCTGCGATATTGGGAATGTAATAGAGTTTAAGAGAAATTCCCAAGGCTACTCTTTTCGATGTGAAAAGGGACATGTCGTTGTTTGTTTTTATCATCCTTCCATTGTTAGGGTTGTAATGAATCCTACAGGGAAAGTTGATTTAAATGACTCGAAATCAGTGGTAGTAGAGCCAAAAAACATGCCAATTACTGAAAAGGAAATGTCGGATACGATTTTGTTACAAACAGAGGAGCTTGAAGTTGCTATACGTAAACAGCCATTCCGTGTCTCTATTCATGAAATCAACGGACGCGTTATTGTTCGAGAAAAAGAACGTGGCATGGCTTTTAGAGAAAACGGAGAAGTAATCGTATGTAAAGAGAAATTCACTACAGATCATTACTATGGATTCGGAGAAAAAAGTGGTTTTTTAGATAAACGTGGAGAAAAATATGAGATGTGGAATAGTGATGTATATGCACCGCATAATCCAGAAACAGATCCCTTGTATCAATCTATTCCTTTCTTTATGACACTACGCCAAGGAAAAGCACATGGTATCTTTTTTGATAATACATTTAGAACGACCTTTGATATGAAAAGCTATAATAATATGTATACCTTTCGTGCAGAAGGGGGACAAGTCGATTATTATGTGATGGCAGGGCCCACTCCAAAAGAAGTTTTAGAACAATATACTTTCATAACTGGAAGAATGCCTCTTCCAGCAAAGTGGGCATTAGGCTATCATCAGTCAAGGTATAGCTACGAATCGGAAGAAGAAGTTCGTGCTTTAGCGAAAAAATTTGTGGAGCGAGATATTCCTGTTGATGTCATCCATTTAGATATTCATTATATGAATGGTTATCGTGTATTTACGTTTGATAAAAATCGTTTCCCTGATCCTAAAAAATTAATAGCGGATCTTCGAGATATGGGAATTCGTGTTGTGCCAATCGTTGATCCAGGTGTGAAAAAAGATCCTGAATATACCATTTACCAAGAAGGGGTAAGAGATGACAACTTCTGTAAGTATCTTGAAGATGATATTTATATTGGAGAAGTTTGGCCAGGTAAAAGCGCCTTTCCTGACTTTACCGAGGAACGTGTAAGGAAATGGTGGGGCGATAAGCATATGTTTTACAGCGATATGGGTGTAGAAGGTGTCTGGAATGATATGAATGAGCCAGCTGTATTTAATGAAACAAAAACAATGGATACCGCTGTCATGCATCGGAATGATGGCAATCCTACAACACATCGTGCATTGCATAATGTCTACGGTTTATTAATGGGGAAAGCAACCTACGAAGGATTAAAAGGGCAATTAAATGGTAAACGTCCATTTTTGCTTACTCGTTCCGGTTACGCTGGTGTACAACGGTTTGCTACAGTATGGACGGGCGATAATCGGAGCTTTTGGGAACATTTACAAATGAGTCTGCCAATGGTAATGAACTTAGGGTTATCTGGTGTTGCTTTTGCGGGCCCTGATGTAGGTGGATTTGCCCATGATACAAATCCAGAACTATTGGTTCGTTGGACGCAAGTTGGCGCGTTTACGCCTTTTTTTCGAAATCATTCTGCGATTGGAACAATGTATCAAGAACCATGGCAGTTTGGGGAAGAGTATGAAGATATTATAAGAAAATATATTAAAATGCGTTATGAATGGATGCCACAATGGTATACATTGTTTCGTCAAGCAAGTGAACGAGGCTTGCCAGTTATGCGTCCGTTATTCATGGAGTATCCTACTGATGAAAAGACCTATAATTTAAACGATCAATTTATGGTTGGGGATAATGTCATGATCGCACCAATTTTAGTTCCAGCAATTACAGATCGTGCTGTATACTTTCCAGAAGGTGATTGGGTCAATTTCTTTGTGGGAGAAGAATATGAAGGTGGTAAAGTACACCTTGTTCATGCAGAACTGGATCAATTACCAATCTTTATTAAAAAAGGAACGGCAGTACTGCAAAATTCTTATATCTCTAACGAGAAAAAACAAGGCAACGATATGGCAATGCATATTTTTGCAAGCCAGCAAAATGCAACATATACATGTATGCTTTATGATGATGACGGAGAAACATTTGCTTTTGAAAATGGTACTTATCTTAAACTCGACATAGAGATCATTTCGACAAAGGATCAAGTAGTTGTTGAAGTGAAACGCAAAGAGGGTACGTATCAGCCAAGTTATCAGAACATAAAAGTGAATGTAATTGGTCTTAGCGAAGGGCAGCATGTTATAATAAATGGAGCGAAAAGTGGAAAGCAAACAACGATAAATCTATAA	MLEDTSFAIHPGNNTETEAIRFCDIGNVIEFKRNSQGYSFRCEKGHVVVCFYHPSIVRVVMNPTGKVDLNDSKSVVVEPKNMPITEKEMSDTILLQTEELEVAIRKQPFRVSIHEINGRVIVREKERGMAFRENGEVIVCKEKFTTDHYYGFGEKSGFLDKRGEKYEMWNSDVYAPHNPETDPLYQSIPFFMTLRQGKAHGIFFDNTFRTTFDMKSYNNMYTFRAEGGQVDYYVMAGPTPKEVLEQYTFITGRMPLPAKWALGYHQSRYSYESEEEVRALAKKFVERDIPVDVIHLDIHYMNGYRVFTFDKNRFPDPKKLIADLRDMGIRVVPIVDPGVKKDPEYTIYQEGVRDDNFCKYLEDDIYIGEVWPGKSAFPDFTEERVRKWWGDKHMFYSDMGVEGVWNDMNEPAVFNETKTMDTAVMHRNDGNPTTHRALHNVYGLLMGKATYEGLKGQLNGKRPFLLTRSGYAGVQRFATVWTGDNRSFWEHLQMSLPMVMNLGLSGVAFAGPDVGGFAHDTNPELLVRWTQVGAFTPFFRNHSAIGTMYQEPWQFGEEYEDIIRKYIKMRYEWMPQWYTLFRQASERGLPVMRPLFMEYPTDEKTYNLNDQFMVGDNVMIAPILVPAITDRAVYFPEGDWVNFFVGEEYEGGKVHLVHAELDQLPIFIKKGTAVLQNSYISNEKKQGNDMAMHIFASQQNATYTCMLYDDDGETFAFENGTYLKLDIEIISTKDQVVVEVKRKEGTYQPSYQNIKVNVIGLSEGQHVIINGAKSGKQTTINL	PGPT0018560_1383	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0018560-malz-K01187	NA	NA
AK148_00226	1017	malR	COG1609	HTH-type transcriptional regulator MalR	ATGGTAACAATAAAAGATGTAGCAAAGGCGACAGGTGTATCACCTTCTACTGTGTCTAGAGTAATTGCAGATAATCCAAGAATCAGTCTGGATACGAAAAAGAAGGTTCGAAAGGCAATGAAGGAATTAGGATATCACCCTAACGTAAATGCTAGAAATTTAGTCGCCAAGTCTACCAAAACAATTGGCGTTGTGATGCCTTCATCTGCTGATAAGTCTTTACAAAATCCGTTCTTCCCGGAAGTGTTGCGAGGTATCGGAACGGTTACCCATGATATGCAATATTCGATGATGTTATCGAGTGGTGGAACAGAAGAAGAGATGTTTGCTGAAGTAGAACGTATGGTTTATGGCAGTTATGTAGACGGAATCATTTTACTTTACTCACGTATGAATGATCGAATAACAAATTTTTTGCGTGAAAAAGATTTCCCATTTGTAATTGTAGGAAAACCGTATGATTATGTAAGTGAAATTACACATGTCGATAATGATAACTATAAAGCAGGAAAAGAGATAACAAATTATTTAATTGACCAAGGCCATGAGCATATTGCTTTTATTGGTGGTTCCAGAGATCTTATTGTAACGATGGATCGAGAAAACGGATATAAAGCGGCTTTAAATGAAGCGGAACTACCAGTTTGTGAAGCTTATTGTATTCATAGTGAATTCCTTCAATCAGGAGGGAGAGAAGCAATAGAGAAGTTGCTGCAATTAGAGCATCCGCCAACAGGAATTGTTGTAAGTGATGATTTAATGAGTCTAGGGGTGCTAAGTGCTTTGGAAAAATTAGGGTATGATGTCCCTACTGATATTTCATTGGTAAGCTTTAACAATGTATACCTATCTGAACTGACAAGTCCAGCTTTAACAACTGTTGACATTCAAATATATCAACTGGGTGTACAATCTGCGAAAGCTTTAATTGAAAAAACGCAATCGGATTTTGTTCCTGAAAAACGTATCATTATTCCACATGAAATTGTGTATCGGGATTCTGTAGGGGAAAGATAA	MVTIKDVAKATGVSPSTVSRVIADNPRISLDTKKKVRKAMKELGYHPNVNARNLVAKSTKTIGVVMPSSADKSLQNPFFPEVLRGIGTVTHDMQYSMMLSSGGTEEEMFAEVERMVYGSYVDGIILLYSRMNDRITNFLREKDFPFVIVGKPYDYVSEITHVDNDNYKAGKEITNYLIDQGHEHIAFIGGSRDLIVTMDRENGYKAALNEAELPVCEAYCIHSEFLQSGGREAIEKLLQLEHPPTGIVVSDDLMSLGVLSALEKLGYDVPTDISLVSFNNVYLSELTSPALTTVDIQIYQLGVQSAKALIEKTQSDFVPEKRIIIPHEIVYRDSVGER	PGPT0014791_153	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_FACILITATING_PROTEIN	SESSILE_ROOT_COLONIZATION,PGPT0014791-ccpA-NA	NA	NA
AK148_00227	1317	licH_2	COG1486	putative 6-phospho-beta-glucosidase	TTGGATACTAAAGGTATAAAACTTGTCACTATTGGCGGTGGATCAAGCTATACACCAGAATTTGTGGAAGGCATTATTAAACGGTATAACGAATTACCAGTCAAGGAGCTCTGGCTTGTCGATATCGAAGACGGCAAAGAAAAACTTGATATTGTAGGAAACCTAGCTCGAAGAATGGTTAAAAAAGCCAACATCCCGATGGAAGTACATTTAACTTTAGATAGAGAAACTGCTTTACAAAATGCGGACTTTGTAACTACACAAATTCGAGTCGGATTGTTAGATTCAAGAATTAAAGATGAAAGGATACCAATTAAACACGGAATGATTGGCCAAGAAACAAATGGTGCTGGCGGATTATTTAAAGCCCTTCGAACTATTCCAGTATTAATGGAGATTGCTGAAGACATGCAAAAATTATGTCCAAACGCTTGGTTAATTAATTTTACAAATCCAGCAGGTATCGTTACGGAAGCATTAGTAAAATATAGTAAACATAAAAAAGTGGTTGGTGTTTGTAATGTACCAATTAATATGAAAATTACTATTGCAGACCTTTTAGGCGTGCCTGAAGAAAAAGTTCAAATTGAATTCGCAGGTTTAAACCATATGTCTTATGGTACGGATGTATTTGTAGACGGGGAATCAAAATTAGCGGAAGTGATTGAATTATTGGCTAAACCTGAAAATCAACTATCTATGAACAATATAGCACCTCTTCCATGGGAAGAAGAATTTATTAAAGCACTTCATATGATACCTTCTCCTTATCATCGTTATTATTATAAGACGAAGGAAATTTTAGCTAATGAACAAAAAGAATACCAAGAAGGAAAAACAAGAGCAGAAACAGTCAAAGAGCTGGAAAGTAAGTTATTTGAACTTTATAAAGATCCAGACCTAAATATTAAACCACCCCAACTTGCTGAAAGAGGTGGCGCATACTATAGTAATGTCGCTTGTAATCTTATTTCATCTATTTATAACAATACAGGAGACATCCAAACGCTTAACGTTGTGAACAACGGAGCAATTTCCAGTCTTCCTGACAACACTGTAGTCGAAGTGAACTGTACCGTAACAAATAAAGGACCAATCCCTTTAGCTGTCGGTGCTTTACCATCTCCTATTAATGGACTTATTCAACAAATCAAGTCTTTTGAGCTAGCTGCGATTGAAGCAGCTGTAACAGGTTCTTATGAAAAAGCATTGTTGGCATTATGTATTAACCCTTTAATTACAGATGATGGAAAAGCAAAAGTAATTCTTGATGAATTACTTGAAGCACATAAAGAATATTTACCACAATTTCAATAA	MDTKGIKLVTIGGGSSYTPEFVEGIIKRYNELPVKELWLVDIEDGKEKLDIVGNLARRMVKKANIPMEVHLTLDRETALQNADFVTTQIRVGLLDSRIKDERIPIKHGMIGQETNGAGGLFKALRTIPVLMEIAEDMQKLCPNAWLINFTNPAGIVTEALVKYSKHKKVVGVCNVPINMKITIADLLGVPEEKVQIEFAGLNHMSYGTDVFVDGESKLAEVIELLAKPENQLSMNNIAPLPWEEEFIKALHMIPSPYHRYYYKTKEILANEQKEYQEGKTRAETVKELESKLFELYKDPDLNIKPPQLAERGGAYYSNVACNLISSIYNNTGDIQTLNVVNNGAISSLPDNTVVEVNCTVTNKGPIPLAVGALPSPINGLIQQIKSFELAAIEAAVTGSYEKALLALCINPLITDDGKAKVILDELLEAHKEYLPQFQ	PGPT0019105_821	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-CARRAGEENASE,PGPT0019105-celF|licH|chbF-K01222	NA	NA
AK148_00228	312			hypothetical protein	ATGATTCAATCCAAAGGCATCATCCCTAGAATTAGTTTTAAAGGGGTATTTGTGTTTATGTCAATAACCATTTTAGGTTTATTGCTGTTTCCCACCCTTTTCATGACTTTAGGTATTACTAAAACAGCTAGTTTTTTTATCGCTTGTACCATTTCTTCATCCATTGGTAGTATGCTCGTTTTAACTAAAATTGATGGTAAACCTACTGAAAGAATCTATTTCAGAAAAAGAATGGCGCTTTCAATGATTGTTGGACTTTTATCAAGTGCACTCATTATTTTTGTTTTTGGAGGAGATATTTTTGGATACTAA	MIQSKGIIPRISFKGVFVFMSITILGLLLFPTLFMTLGITKTASFFIACTISSSIGSMLVLTKIDGKPTERIYFRKRMALSMIVGLLSSALIIFVFGGDIFGY				NA	NA	NA	NA	NA
AK148_00229	1266	licC_2	COG1455	Lichenan permease IIC component	TTGAGTAAATTTGTAGATTTTATGGAAAATAAACTATCCGCTCCTATGGCACGTTTATCGGAACAACGTCATTTATTAGCTGTTCGAGATGGAGTTATTTCTGCATTACCTTTTATTATTGTTGGATCATTCTTTTTAATCTTTGCTTTTCCGCCATTACCACAGGATTGGTCAATTACACAATGGGCAACAGCGCATGCTGCAGAAATTTTAATTCCATACCGAATGACCATGTTTATTATGTCATTATACATAGCATTTGGTATTGGCTATAATCTAGCGAAGTCCTATAAAGTAGACCCTTTATCCGGAGCGCAAATCGCTGTTGCGGCTCTACTATTAACCCTAACGCCAACTGCTCTTGATGAATTAGGGTTTGTTCTACCAATGCAATATTTAGGTGGACATGGACTATTTGTTACCATTATTGTATCCATTCTTGCTGTAGAAATATTTAGAGTTTGTAAACAAAAACAAATTACCATTAAATTACCTGAGCAAGTACCATCTTCGGTTTCTCGCTCATTCGAAGCACTTATTCCCGTTGCCATAGTAATCATCTTAATGTCAACCATTACCGTTGTAATGGGAGTAAATCTACATCATGTAGTCGATAAATTAGTTGCTCCATTAGTAACTGCAGGCGATAGCTTATTCGGTGTATTAGTACCAGTATTTCTCATCACTTTCTTCTGGTCATTCGGTATACATGGGGTTTCTGTCGTAGGTTCTATTGCAAGGCCACTATGGGAAGTATATCTTGTTAACAACTCTCAAGCAGTGGCAGATGGAGCTTCCACCATTCCGCATATCGCACCAGAAACTTTTTACCAATGGTTTATTTGGATAGGTGGTTCTGGGGCTACATTAGGTCTCGTTATTGCGATGTTGCTTTTCGCAAGATCTAAATACATTAAAAATTTGGGTAGAGCTACGATCGTTCCTAGTTTGTTTAATATAAACGAACCAGTTATTTTCGGGGCACCAATTGTTCTTAATCCCTTATTGATTATTCCGTTTATTATTACGCCAATTGTTACAGCGATTATTGCTTATTTTGCAACATCTATAGGATTAGTAAGCCCGACATATATTATGCCACCATGGACATTACCAGCTCCAATTGGTGCATACTTATCCACTGGTGGTGATTGGCGAGCTGTTGTATTAGTACTAATAAATATTACCATATCTGTAACAATCTATATGCCGTTCTTAAAGCTATATGATAAAAAAATGATAGCTATGGAACAAGGAGAGGAATAA	MSKFVDFMENKLSAPMARLSEQRHLLAVRDGVISALPFIIVGSFFLIFAFPPLPQDWSITQWATAHAAEILIPYRMTMFIMSLYIAFGIGYNLAKSYKVDPLSGAQIAVAALLLTLTPTALDELGFVLPMQYLGGHGLFVTIIVSILAVEIFRVCKQKQITIKLPEQVPSSVSRSFEALIPVAIVIILMSTITVVMGVNLHHVVDKLVAPLVTAGDSLFGVLVPVFLITFFWSFGIHGVSVVGSIARPLWEVYLVNNSQAVADGASTIPHIAPETFYQWFIWIGGSGATLGLVIAMLLFARSKYIKNLGRATIVPSLFNINEPVIFGAPIVLNPLLIIPFIITPIVTAIIAYFATSIGLVSPTYIMPPWTLPAPIGAYLSTGGDWRAVVLVLINITISVTIYMPFLKLYDKKMIAMEQGEE	PGPT0016970_2825	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016970-celB|chbC-K02761	NA	NA
AK148_00230	306	celA_2		PTS system cellobiose-specific EIIB component	ATGAAAGTGTTATTTGTATGTTCTGGGGGAATGTCTAGCGCAATTGTAGTTAAGGCGCTAAAGACGGAAGCGAAAAAACATGGGCATGAAATGGAAGTCCACGCTATTGGAACAAGTGAGGTTGAACAAGAAATGCAAAAAGGGTGGGATGTTTGTATGGTCGCACCACAAATTAAACACCGCTTTGACCAAGTCAAAGTGCATGCGGACGAAGCAGGAGTTCCTTGTGGAGCAATTCCAGCACAAGCTTACACGCCATTAGGTGGTCCTTTACTATACAAAACTCTAAATGAACTCATCAAGTAA	MKVLFVCSGGMSSAIVVKALKTEAKKHGHEMEVHAIGTSEVEQEMQKGWDVCMVAPQIKHRFDQVKVHADEAGVPCGAIPAQAYTPLGGPLLYKTLNELIK	PGPT0016975_1452	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016975-celA|chbB-K02760	NA	NA
AK148_00231	327	licA_1	COG1447	Lichenan-specific phosphotransferase enzyme IIA component	ATGAATGTAGAAATGGATATTTTTTCTATTATTTCCCACGGTGGTGACGCGAAAGCTACTGCCTACAAAGCTCTGGAGTTAGCTTATGAGAGCGCATTTTCCGATGCAGAAGAAAAATTGAAGGAAGCACAAGAGCAATTAACGAAAGCGCATAATACGCAAACGAAATTAATTCAAGCAGAAATAAATGATGAACCAGTGAAGATGTCATTATTAATGGTGCATGCCCAAGACCATCTCATGACATCCATTAGTGAAATATCTTTAATTGAACAGATGATAAAAATGCTACAACGAATTCATTGCTTAGAAACAAAATTATCATGA	MNVEMDIFSIISHGGDAKATAYKALELAYESAFSDAEEKLKEAQEQLTKAHNTQTKLIQAEINDEPVKMSLLMVHAQDHLMTSISEISLIEQMIKMLQRIHCLETKLS	PGPT0016980_783	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016980-celC|chbA-K02759	NA	NA
AK148_00232	1086			hypothetical protein	ATGAGAAACTTGGGGATTTCTATATATCCGAACCATTCAAAGGTGGAAGATGATCTAGCGTATATTGAATTAGCTCATAAATATGGTTTTACTCGTATTTTTACATGCCTTCTATCCATGGAGGGTGATGCTGAGAAAATTATTGAACACTTTAAACAAACCATTCAGTTCTCCAAACAACTAGGTATGGAAGTAATTTGTGATATAAATCCAAGAGTTTTTTCAGAATTAAATATTTCATATAATGAGTTATCTTTTTTTAATGCATTAGGTGTTGATGGGATTCGGTTAGATCTCGGCTTTACTGGAAATGAAGAAGCGCAAATGACTTTTAATTCGTATGGTTTAAAGGTAGAAATAAATATGAGTAATGCAACGAAATACTTAGATAATATCATGAGTTATCGTCCTAACAAAGAAAAGTTAATAGGCTGTCATAATTTTTATCCACATAGGTATTCAGGTCTTGCTTATGACTTTTTTATACAGTGTAGTAAGAAATTTAAAGATTACGGTTTAAGAACAGCAGCATTTGTATCTTCTTCCGATGCGACTTATGGACCATGGCCGATTATGGAAGGCCTTCCTACTTTGGAAATGCACCGTACATTACCTATTGAAGTGCAGGCAAAACATTTATGGGCTACCAATTTAATTGACGATGTGATTATTGGCAATGCTTATGCATCCGAAGAAGAGCTAAAGAAGCTAGGTACGCTACAACGTGAAAAAATTATTTTTGCAATGGACGTAGAAGAAGGGATCTCTGACTTGGAGAGCAAAATTATTTTTGATGAACCACATTTCTATCGTGGGGATGTATCCGATTATTTAATTCGTTCTACTCAAAGTCGAGTCAAGTATCGAGGGCATTCTTTCCCTGTGCATCACACACCGAATATAAAGCGCGGGGATATTATTATTGAAAGTGATTTATATAAGCAATATGCAGGAGAGTTACAAATAGCATTGCAAGATATGGAGAATTCAGGTAAGTCCAATGTTGTTGGCAGAATACGTGAGGAAGAAGTATTCCTTCTTGACCATCTGCAACCATGGGATAAGTTTGGCTTCGAAGAAAAATGA	MRNLGISIYPNHSKVEDDLAYIELAHKYGFTRIFTCLLSMEGDAEKIIEHFKQTIQFSKQLGMEVICDINPRVFSELNISYNELSFFNALGVDGIRLDLGFTGNEEAQMTFNSYGLKVEINMSNATKYLDNIMSYRPNKEKLIGCHNFYPHRYSGLAYDFFIQCSKKFKDYGLRTAAFVSSSDATYGPWPIMEGLPTLEMHRTLPIEVQAKHLWATNLIDDVIIGNAYASEEELKKLGTLQREKIIFAMDVEEGISDLESKIIFDEPHFYRGDVSDYLIRSTQSRVKYRGHSFPVHHTPNIKRGDIIIESDLYKQYAGELQIALQDMENSGKSNVVGRIREEEVFLLDHLQPWDKFGFEEK				NA	NA	NA	NA	NA
AK148_00233	864	murQ_1	COG2103	N-acetylmuramic acid 6-phosphate etherase	ATGGGTTTAGATCAAATGTCTATTAAAGAAATTATGGTTTATATGAATAAAGAAGATAAGACGGTTCCTGTTTCTGTAGAAAAAGCTTTTCATCAGATTGAGCCCGTTATTCAAAAAGTAACCGAAACGATTAAGAATGGCGGGAAAATTATCTATATGGGGGCAGGCACAAGTGGAAGAATGGGTGTACTAGATGCATCGGAATGTCCACCAACTTTTGGGGTTCAACCTGATTTGTTCACTGCTTTGATTGCTGGTGGGGAAAATGCGATCAGACAAGCAATTGAAAATGCCGAGGATAGTGTAGAGTCGGGGGAACAGGATGCGAAACAGCATCTATCATCAAAAGATTTTCTAATCGCTATTGCAGCAAGCGGTCAAACACCTTATGTTATTGGTGGAATTAAGCAAGCAAAAAAACAACATGTACCTACTGCTTGTATTGTCTGTAAGGAAAATACGAAAATAAGTCAATTAGTCGATTATCCTATTGAACTTCTTGTAGGAGAAGAAGTTATTCAAGGTTCTACTCGTTTGAAAGCAGGCACGGCTCAGAAGCTGGTTTTAAATATGATATCGACTACTTCTATGATAAAAAATGGAAAAGTATATGATCATTATATGGTTGATGTTCAAGCAACGAATCAAAAATTAAGAGATAGAGCTGTTAGTATAGTATGTGACATTGCCAATGTTACAGAACATGAAGCAAAAAAAGCTTTGCAGGAATCTGAGTTTAATTTAAAGGCAGCTATTCTTATTAGCATGTTTCAATTGAAGTCAGATGAGGCCTGTTATATTTTACAGGAAAACAGAAGTAATTTACGTGAAGCCATTATGGATATACAAAGAGAAGGGAAATAA	MGLDQMSIKEIMVYMNKEDKTVPVSVEKAFHQIEPVIQKVTETIKNGGKIIYMGAGTSGRMGVLDASECPPTFGVQPDLFTALIAGGENAIRQAIENAEDSVESGEQDAKQHLSSKDFLIAIAASGQTPYVIGGIKQAKKQHVPTACIVCKENTKISQLVDYPIELLVGEEVIQGSTRLKAGTAQKLVLNMISTTSMIKNGKVYDHYMVDVQATNQKLRDRAVSIVCDIANVTEHEAKKALQESEFNLKAAILISMFQLKSDEACYILQENRSNLREAIMDIQREGK	PGPT0019040_1906	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
AK148_00234	972	murK	COG2971	N-acetylmuramic acid/N-acetylglucosamine kinase	ATGGAATATATCATTGGTATTGATGGTGGGGGTACAAAAACACAGGTAGTAATGGTTGATCTGAGAGGGAATACAGTAATTAATTTTACAGTCGGTCCTTCGAATGCAAATGTCATTTCTAACAAGGAATTACATGAGATATTTAAACTTATATTCCAACGTATAAAAGATCGGGCACCAGTTGAATTTGAACGTGTAGTCTGTGTTTATGCAGGTATAGCTGGGGCAGGGAGCGCTGAAATAAAACAGCAAATAACAGATATTATATCATCATTAGTTCCTAAGAACAGCAAAGTTTATTTGGAGATTGATGCATTAAATGCGTTATATTCCGGAACTTTGGGTGATCCGGGGATCGTTCATATATCAGGAACCGGATCTGTAGCTTATGGAATAAACAAGAAGCAAAATAAAGATAGAGTAGGGGGGTGGGGGCATCTACTTGGTGATGAAGGTAGTGGTTACAGTATAGGAAGGCAAGGTGTATCTGCCGCTTTGAAATTCCAAGATGGAAGAGGAGATCAAACAATACTATTGGATATGCTCTATGAACATTTCCGTGTAAATAATGCTCGCTCTCTCATTGACCATATTTATTTTGCGCAAGATATGAAGAGAACGATTGCAAGTTTATCCGAAATTGTGTTTAATGCCTATAAAAGAAATGATTGTGTAGCTAGCCAGATAGTTGAAAATGCTGCAACCGAAATAGTACACCACATCGTAACGCTTTATCGTAAATTGTTTACAGATAGGGAAGAAGTGAAAGTGGTATTGTGCGGCGGAATCTTTAACGATGTGGATGGAGTTTTACCAATTGTCCATAGGAACTTGGCAAAGGATGAGCATTTTCGGGTTTTAACTCCTTCTCTCTTACCTGTTTATGGATCCATTATAGGCGGTTTTAAACAACTTGATGTAAAAGTTACTTCTGATATGATAAAAAGGATGCAAGAGGCAAGTGCAAACTAA	MEYIIGIDGGGTKTQVVMVDLRGNTVINFTVGPSNANVISNKELHEIFKLIFQRIKDRAPVEFERVVCVYAGIAGAGSAEIKQQITDIISSLVPKNSKVYLEIDALNALYSGTLGDPGIVHISGTGSVAYGINKKQNKDRVGGWGHLLGDEGSGYSIGRQGVSAALKFQDGRGDQTILLDMLYEHFRVNNARSLIDHIYFAQDMKRTIASLSEIVFNAYKRNDCVASQIVENAATEIVHHIVTLYRKLFTDREEVKVVLCGGIFNDVDGVLPIVHRNLAKDEHFRVLTPSLLPVYGSIIGGFKQLDVKVTSDMIKRMQEASAN				NA	NA	NA	NA	NA
AK148_00235	1056			hypothetical protein	ATGACAAACATTCCTATTTTGGATGGTCATAATGATACATTATTAAGATTACACAAGTCACATGAAAGTGAAATGATTTTCTTTAATGAAAATACTTTTGGGCATATTGATTTGCCACGTGCAAATACAGGCAAGTTTGCTGGAGGCTTTTTTGCTGCCTTTACTCCAAATGAGAACTACAAAGTCGAACCAGAAAAACATGTAACTAAAACAGGATACGATATGCCCTTACCACCACCTATTGATCAGCCATTTGCATTAAATTATACGAATGCCCTGGCAGCAACTCTTTTTAAGCTAGAAGCCGCTTCAAATGGAAAAATAAACGTCGTGAAAAGCAAGAAAGAATTGATCCGTTGTCTGAACAAGCAAAAATTGGCTGCTATTTTCCATATAGAGGGAGCTGAAGCGATTGATCTTGAGTTCCATGCGCTTCACGTCCTTTATCAAGCTGGATTGCGATCATTGGGCATTGTTTGGAGTAGACCTAATCGATATGGCGACGGTGTTCCTTTTCGCTATCCATCTTCTCCTAACATCGGTGATGGGTTAACAGATGATGGAAAACGCCTCGTAAAGGAATGTAATCAGCTCGGCATTATGGTTGATACAACGCATTTAAACGAGAAGGGATTTTGGGACGTTGTTCAGTTAAGTGAAGCTCCTATTGTAGCAACTCATTCAAACGTCCATGCTATCTGTCCAATTTCAAGAAACCTTACCGATAATCAACTCAAAGCAATTAAAGATAGTAATGGAGTGGTAGGCATTAATTATGCAGTCAATATGTTACGTCCTGACGGTCAATTTGATACAAATATTCCATTAGATACCATTGTAGAGCATATCTCCTATATAGCGAATAATTACGGAATTGATCATGTCGCTTTAGGATCCGATTTCGATGGCACAACTGTACCAGATAGTCTAAAAGATGTGACAGGTTTGCCTAATTTACTAAAGAGGCTAGAAATAGCGGGGTTTGCAGAGCAAGAAATTGAAAAAATTGCTTATAAAAATTGGATACGTGTATTAGGGGAAACTTGGAAGGAGTAA	MTNIPILDGHNDTLLRLHKSHESEMIFFNENTFGHIDLPRANTGKFAGGFFAAFTPNENYKVEPEKHVTKTGYDMPLPPPIDQPFALNYTNALAATLFKLEAASNGKINVVKSKKELIRCLNKQKLAAIFHIEGAEAIDLEFHALHVLYQAGLRSLGIVWSRPNRYGDGVPFRYPSSPNIGDGLTDDGKRLVKECNQLGIMVDTTHLNEKGFWDVVQLSEAPIVATHSNVHAICPISRNLTDNQLKAIKDSNGVVGINYAVNMLRPDGQFDTNIPLDTIVEHISYIANNYGIDHVALGSDFDGTTVPDSLKDVTGLPNLLKRLEIAGFAEQEIEKIAYKNWIRVLGETWKE	PGPT0020950_2277	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020950-acdP-K01273	NA	NA
AK148_00236	93			hypothetical protein	ATGAACCCTTATAATGAAGAACGTATTCAAGAAAAATTAGGGTACCAATCCCATTTAAATTTAGAAGAAAGGCAGCCTAAGAGAGGTCACTGA	MNPYNEERIQEKLGYQSHLNLEERQPKRGH				NA	NA	NA	NA	NA
AK148_00237	243			hypothetical protein	TTGAATCAAAAGCAGATAAATGATTTATTATCCACCATGAATGATTTGCTGGAAGAATTGGAAGAAATACGAGAAAAAAGTAGGCAAGTGGATGATCAGTGTAACGATTTAGACATTCGAGCAAGTAATATGAAAGGAAATATAAACCAATTAGAACAAGGGTTACAATCCTTAGAAGGGCAATTTAACTTAGTCACAACAGGTCACGAAAATGTGATCTTTTCCAACACTTCTTGGCTTTAG	MNQKQINDLLSTMNDLLEELEEIREKSRQVDDQCNDLDIRASNMKGNINQLEQGLQSLEGQFNLVTTGHENVIFSNTSWL				NA	NA	NA	NA	NA
AK148_00238	1497			hypothetical protein	ATGCAAACGTATAAAAAGGTTGTCGAAGCGAGTTATTTAACGGCTGAAAAAGCTTGGAGTTATCGAGCTATTCTACGTTATTTCTATATCCAACATGAACGAATGCGTGAATTTTTATTTCCAGAAGAAATATTGACGTATTTAAAAGAATCAACGGATTTCAAAGACTATACAGAAGAACAACTCCATCAAGATTTAGATCAATTGGTAAAATGGAATAATTTATTAGCTAGACAAGAAATGGGAAGAGCACATACAATTGAGGAATTTAAAAAGAAACGTTTTCGTTATCAATGTACACCTTATACAGTCGAATTTGAACGAATGCTCGTTGAAATGGAAAAAGGTGGTGACGTATTTGGTGGATCTTTGGAGAAAAAAGAATTCGAACGGTTGTACCAATCATTAGTCGAACTAGAAAAGATGCTTCAACAGTCATTCTTTCCAGCGGCTGATGAATGTTCGCAACTGTGGAATGACATTTTCACCTATTTTCGCTCCATTACTAAAAACACCTCAGATTATATTGCACATATAAATAGTGAACAAGCAGAAGAACGTATGCATACGGAAGCTTTTCTCGTGTTTAAAGATCAATTTACGACTTATTTAAGAGATTTTATCGTTGGGTTACAGCATACGGCGCAAAAAACACAGCAATTACTTCGGACGATCGATAAGGAAAAATTATATGCTTTTATGCAGCAAGTCATCGTTCATCAGCAACATGTGCCTCGTTTTGAAGATGTAACAGAAGATGAAGCATTAATGGAAGATATGGAAGGCAAGTGGCAGACGTTAACAATCTGGTTTTTAGGAGATGCTTATCGAGAAAGTGAGTTAGATAGCTTACAAACGCGAACGAATGAACAAATTCGTCGTATTACTCGTGTCGTCCAGCGATTGGGAGAACGCCACCATTATTTCCGTAGTCGCAAAAAAGACTATCTACATTTAGCAAGTTGGTTCGCTTCCATGGATGATGTGAACGAAGCACATGAATTATCTGCTGTCGCTTTTGGTGTGTTTCATACCCGGCATTTATATAGTGATCATATACCTTCAGAAGATATATATACAGATACTTGGGAAGAAAAACCTATTGAGCACGAAACAAATCCACGCATCCGTAATTATCGAGAGAAGACGAAAGCAGGGGCAATTGTAGATCAAAAAAAGGCAAAAGAAAAGGTCAGAGAGCAATATTTACAAGAAAAAATTGCCGAACAAATGACTATTGAAAAATATATGGATGGGAATAGAATCATGATAGAAAAGCTACCGATTATTGAAACAAATGTTAGAAAAATGTTGCTCAGTTGGATTGGAAAAGCAATGGCGAAGCAGGATCGTACATTTAAAACGGAGCATGGGAGGGTTGTGAAGGTACATTTGGATTCCGAACGTCGTGTACCATTACGAGCTGAAGATGGGACGATGGAAATGCCTGTTGTAATATTTGAATTTCTAGATGAGGTGAACCGTCATGGAGCATAA	MQTYKKVVEASYLTAEKAWSYRAILRYFYIQHERMREFLFPEEILTYLKESTDFKDYTEEQLHQDLDQLVKWNNLLARQEMGRAHTIEEFKKKRFRYQCTPYTVEFERMLVEMEKGGDVFGGSLEKKEFERLYQSLVELEKMLQQSFFPAADECSQLWNDIFTYFRSITKNTSDYIAHINSEQAEERMHTEAFLVFKDQFTTYLRDFIVGLQHTAQKTQQLLRTIDKEKLYAFMQQVIVHQQHVPRFEDVTEDEALMEDMEGKWQTLTIWFLGDAYRESELDSLQTRTNEQIRRITRVVQRLGERHHYFRSRKKDYLHLASWFASMDDVNEAHELSAVAFGVFHTRHLYSDHIPSEDIYTDTWEEKPIEHETNPRIRNYREKTKAGAIVDQKKAKEKVREQYLQEKIAEQMTIEKYMDGNRIMIEKLPIIETNVRKMLLSWIGKAMAKQDRTFKTEHGRVVKVHLDSERRVPLRAEDGTMEMPVVIFEFLDEVNRHGA				NA	NA	NA	NA	NA
AK148_00239	1176			hypothetical protein	ATGGAGCATAATCAGTTTGATGAAAAAGCGCAAACAGCGATGCGTATTTTGCTCGAACACTTTTGGATATTGCGATCCAAACAACCAGAAGCTTATCAGCTTATTCGGGAAAGGGAAAAGGTTATTCAGCGTTATGTATCCGATAAATTAGGCTTTGATTTAATTGTGCATCAACATTTTATTAAATTAGAAAAAATACCTGTAGACACAAAAAGTTGGATGGGAATACAAGATTTTCAAGAACCACGAGATTATGCCATTTTTTGTTGTGCATTAGCCTTTACAGAAAATCGTACCGTTGATGAACAATTTTTATTAACGGAAATATGCGAAGATATAAAAGATCTTTACCCTGGTGATCTACCACTTGATTGGACGAATTATCATCATCGTAGATCGCTCGTTCGAGTAATAAAGCAGTTAGAGAAGTTATCCATACTCGCGGTTGTGGAAGGGGAAGTGGATCATTTCGCCTTAAATGAAGAACATGAAGTATTGTATGAAGTAACGGTATATGCGAGATACTTTATGCGTTCTTATCCAAAAGATTTGATACATTATCAATCTAAAGAAGAAATTTTGCAAGGTGAATGGGATAGGCACGAGGCAGTAGATGGCAGGAGAAAACGTGTCTACCGTAAATTACTTTTATCACCTGCTGTTCAAAGACAGAGTGAGGATGACCCTGATTTTGCTTATATACGTAATTACCGTAATCGCCTACGTGATGACCTGGAGGAGCATACGTTATTCCGGTTTGAGATTTTTAAAAATGTGGCGCTGCTTGTAGCGGAAGAGAAAAAACAGGAGCTTACATTATTCCCTGATCAAAAAGCGATTATGGATATAGCGCTGCACTTAGCGGCTTACCTTCGAGACCATGAAGATGATTTTCAACCTGATACGTTTGGCAATATTCGCATTAGCCCGGTTGCCTTTGAAAGTTTGCTGTCTTCACTTCATGAACAATATGGACCTGGTTGGAGTAAACAGTATCGTGAAGGTAGCATAAAGCAAATGCAAAAAGAATTAACTGAAACATTAAAGAGCTGGGAAATGTTGCAGCAGGATACCTTTACAAAGGATTATATTATCCGACCGTTGTTAGGACGTGTCGTTGGAAAGTACCCGAAAAAGTATGTGGAAGAAGGGATGTCTTTGTATGAGCAAAAATAA	MEHNQFDEKAQTAMRILLEHFWILRSKQPEAYQLIREREKVIQRYVSDKLGFDLIVHQHFIKLEKIPVDTKSWMGIQDFQEPRDYAIFCCALAFTENRTVDEQFLLTEICEDIKDLYPGDLPLDWTNYHHRRSLVRVIKQLEKLSILAVVEGEVDHFALNEEHEVLYEVTVYARYFMRSYPKDLIHYQSKEEILQGEWDRHEAVDGRRKRVYRKLLLSPAVQRQSEDDPDFAYIRNYRNRLRDDLEEHTLFRFEIFKNVALLVAEEKKQELTLFPDQKAIMDIALHLAAYLRDHEDDFQPDTFGNIRISPVAFESLLSSLHEQYGPGWSKQYREGSIKQMQKELTETLKSWEMLQQDTFTKDYIIRPLLGRVVGKYPKKYVEEGMSLYEQK				NA	NA	NA	NA	NA
AK148_00240	4152			hypothetical protein	ATGAGCAAAAATAAATGGGAATTACATCGGGCAGGCTTATTGAACTTCTGGTATTATGATGATGAAATTTTTCAATTTGCAGATGGAAAGCTTTTGCTTCGCGGTAGTAACGGTTCAGGGAAATCAGTGACCATGCAAAGTATTTTACCCGTTTTATTAGATGGAAAAAAGTCTCCAGATCGACTAGATCCATTTGGTTCGAAAGCGCGCAAGATGGAAGATTATTTGCTTGGAGAAAAAGATATCGTCGACCGAGATGAACGTACTGGTTATTTATTTATTGAATATAAACGAAAAAATACAGGTCAATACATTACTACAGGCATAGGTATGCAAGCTCGCAGGCATAAATCCATGAATACATGGTATTTTGTAATCACGGATAATCGACGTATAAATGAAGATATATTTTTATATGAAACGGAACGCCATGCTGGCGAAACACAACAAATCCCGCTTTCTCGTGTGCAGTTGGAGAATCGAGTAGGTGAGGGTGGACATGTTGTGCGTACGCAAACGGAGTATATGCAACTTGTTAATAAATATATATTCGGTTTTGAAGAAATCGATGCATTTGAAGATTTAATTAAACTATTAATTCAATTACGAAGTCCGAAGCTGTCTAAGGATTTTAAGCCAACCGTTATTTATGAAATATTAGAAGCAGCATTACCGCCGTTAACGGATGAAGACTTACGCCATTTATCGGATACGATTGAGCATATGGATCAAACAAAGCAACAAATTGAACAATTAGAGCGCGAGCAGCAAGCCTTAAACAAATTAATTAACCGTTATGATGATTACAATACGTATATGATTACCGCTGCTGCTCATGAGTATATGGATACGAAGAAGCAATCTGCGAAGAAAATGAATGAAATGAAAGAAAAAGAGCAAGTAGAAGGGCAGTTAGAAACAGAAATTAGCCAGCTGCACGAACGAAATAGAATGTTACAACAAGAAAAAGACATACTCGAAAAGAAAGAAGAACGGTTGCGTCATCATAAGGTGTGGAATCTAGAAAAGGATTTAACACATGAGCAACAGGTTTTAGAAGAGATCCATGCAGATGTAGGGCGTAAACAGAATCATGTCTCCGAAAAAAAACGTTTGGAATTGCAAACAGGAGATAAAATTACTGCATTAGAAGCAGAAAATGAAGTTGTGAAAGAAGAAATAAAAGATGCACTAGAAGATTTACAGCTTGCAGCAGAAGCAGCCTCTTTTTTACAGCATGAAGTGAACGAACAGGATTTTAAACGGTACGAGACGAGAGCATTTAATTTTACTGTGTGGCGACAAGAAGCAGAAACACATTATCAATTATTAGATACGATTACAGAAGAAGTTCGTACGTACGAACAATTAAAAAAACAGCTGGTAGAATTTCAAAAGCGCTTAGCTGACTCGTCGCTGCAGTTGGATACCGTTCGCCAAGAAGAAAAAGATTGGCAAAATGTATTTGAAGAGGATAAGCAGAAAAAACTTTCCGACATCTATCAGTGGGCAGAAGCAAATGATTTTTTAGCGATAGAAGAGGAAACATTACAAAAGACAGCTCGAGAGATGGAACAGCTTTATGAAGAAAATACGTTTGAAGATATACGTCAATTGTTTGTACAAAGAAGCACCGCTTATCAGATGGAAAAAAACGAACGCATTGCAACGTACAAAGGAAATTTGTCGCTTATACAGGAAGCATTAAAAGAAAAAGAAATAGAAAGAGCAACGTGGCAAAACAAACGTGATCCTGAACCACCTCATCAGAAAGAAAAAACGAAACAAGCAAGAGAAAAGTTAAAAGACAATCAATATGCATTTGCTCCTTTCTATGAAGTGGTTGAATTTCAAGATCATGTACCGGAAGAAATGTGTAAACAATTGGAGGCTATTCTACTAGATGCTGGTATACTAAATAGTTTAATTGCAGAGCACGGAACACCATTACATCATGACCGTATTATTCAGCCTAACCCACAAATGATGGCTCATACACTTGCTGACTATTTAAAGCCTGATATTGATCATGAGCAATCGGTGTCGGAACAACTAGTAGATGATGTGCTTCGCAGTATCGTATTTGAAGAACAACTAGAAACGGGAAGTTTTAGTATCAGTGAAGACGGAAAGTATCGAATAGGATTGCTGGAAGGGCATACAGAACTTGTAGATGTCGTTCGTTATATTGGGAAAAATGCCCGTAAACGTTACCGAGAGGAAATGATAGCGCAAATTGAAAAAGAGATACAAGATTTACAGCAGCAAATGCAAGAACTGGAAACAAAGATAAGCGATTCGGAAAAAAGTGTTGCTAAAGCACAAGTAGCTATGGATCGATTCCCTGACGATAAAGATTTACAAGTAAGTTATACAAAAATGAAAGAAAAGCAGTTTGAACGCAAGCAACTGCAAAAAGAATTAGAACGAATGGATGCGGAGATGCAAGTAACGAATCGAAATTATCAAGAGAAAAAACGTATCCTTGATCAAAAAACGAGAGACTTAAATATTACCTTTTCCCTAGAAGGCTATATAGATGCGAAGCAAGAAATGCGTCAATACGAGAAGACGCTAAGCTCACTAGTTACGGCCCATAAAACCTTTTTACTACAACAAGAAAGTATTTTTCAGGCTAAAGATCGTTTAAGTCAAATGATAGCTGAAGTAGATGAATTAAACGGAGAGCTCAATGTATTAGCTGATAAAAAGGCAAAAGTAGCTGGCAACATAAAACAGATTGAACAACAATTGGATATGCACGGTGTAGCAGATGTTCGGAAGCAAATTCAAGAAGTGCAGCAATCGTTGCAACAGATAGGTAAAGAATATCTTGATAATCAAGCGAGTATTCCTAAGAAAGAAGCGACACTTGATATGCTTCAGCAACAAATTCAAGTAGGAAAACAGCAACTCACATTTTTAGAAAAGATGATGGAAGCTTGGGAAGATACCTTTGTTAAAGAGATGAAATATCAATTTATCGCTTTTCCTGCGTCCTATGAAACGAATGAGACTTGTGCAAAATGGATTCTCCAAAATTATAAGCATTGGTTAAAAGAAAAAAATTTAACGACGATTGAAGGTCAATTAACAAGTGTATATTACGAGCAGCATTCTAATTTAATGGAGTATCGTATGTCGGATGTACAAGTTCAAGCCGAAAATTACCCTTGGATGGATCATGATTGGACCGATGAGCAACTGTTAAAAATTCAATATTGGAAGGAGAAAGCTACAAGGCGACTCATTCAACTTGATTATCAAGGGAAACGAGTTGATCCGTATGTTGTAAGTGAGAAACTAGAAGAGGATCGGTTGCAACAACAGCATTTATTGGACGATCAGGATCGCAAGTTGTATGAGGAAATCCTATTTGATTCTGTTGGCAAAAAACTGAGAAGCCGTATTAGTAGAGCACAACAATGGACGGAAAAAATGGACAAGCTGATGGCAGAAAGCGATTCTTCCTCAGGGTTATCTTTTTCAATTAAATGGAAACCTCGTACAGCAGAATCAGAAGCGGAACTGGATACAAAAGAGTTAGTCGAATTATTGCGTCGTGATTCTAGGTTATTGAAAGAAACAGATATGCTAAAAGTAATGGATCACTTTCGATCAAGAATTGCTAGAGCAAAAGAACTAGTTGAAATAAAAGGCGAAGGAAGTACGCTTTTACAAGTATTAAAAGATGTCTTAGATTATCGTAACTGGTTTTCGTTTGTATTATCTTACAAACGAAAAGGCGAACCGAAAAGAGAGCTTTCTAACCATGCGTTTTATCAATTTAGTGGTGGAGAAAAGGCGATGGCGATGTATATTCCATTATTTACAGCTTGTTATTCCAGATATAAAGAAGCTGCCAATACAGCGCCTTATATTATCTCATTAGATGAAGCTTTTGCAGGTGTGGACGAAGCTAATATTAGCGTCATGTTTCGTTTAGTTGAAGAATTAGGTTTTAACTATATGATGAACTCTCAGGTGCTTTGGGGAGATTATGAAACAATATCCAATCTCGCCATCTATGAGCTCGTTCGCCCCAAAAACCAAGACTTTGTAACGGTTATTCGTTACCATTGGGACGGGAATAAGCGCTCATTAGTTATAAATGATACAGAAGAAGAAAAAACAACTACGTTACATGTATAG	MSKNKWELHRAGLLNFWYYDDEIFQFADGKLLLRGSNGSGKSVTMQSILPVLLDGKKSPDRLDPFGSKARKMEDYLLGEKDIVDRDERTGYLFIEYKRKNTGQYITTGIGMQARRHKSMNTWYFVITDNRRINEDIFLYETERHAGETQQIPLSRVQLENRVGEGGHVVRTQTEYMQLVNKYIFGFEEIDAFEDLIKLLIQLRSPKLSKDFKPTVIYEILEAALPPLTDEDLRHLSDTIEHMDQTKQQIEQLEREQQALNKLINRYDDYNTYMITAAAHEYMDTKKQSAKKMNEMKEKEQVEGQLETEISQLHERNRMLQQEKDILEKKEERLRHHKVWNLEKDLTHEQQVLEEIHADVGRKQNHVSEKKRLELQTGDKITALEAENEVVKEEIKDALEDLQLAAEAASFLQHEVNEQDFKRYETRAFNFTVWRQEAETHYQLLDTITEEVRTYEQLKKQLVEFQKRLADSSLQLDTVRQEEKDWQNVFEEDKQKKLSDIYQWAEANDFLAIEEETLQKTAREMEQLYEENTFEDIRQLFVQRSTAYQMEKNERIATYKGNLSLIQEALKEKEIERATWQNKRDPEPPHQKEKTKQAREKLKDNQYAFAPFYEVVEFQDHVPEEMCKQLEAILLDAGILNSLIAEHGTPLHHDRIIQPNPQMMAHTLADYLKPDIDHEQSVSEQLVDDVLRSIVFEEQLETGSFSISEDGKYRIGLLEGHTELVDVVRYIGKNARKRYREEMIAQIEKEIQDLQQQMQELETKISDSEKSVAKAQVAMDRFPDDKDLQVSYTKMKEKQFERKQLQKELERMDAEMQVTNRNYQEKKRILDQKTRDLNITFSLEGYIDAKQEMRQYEKTLSSLVTAHKTFLLQQESIFQAKDRLSQMIAEVDELNGELNVLADKKAKVAGNIKQIEQQLDMHGVADVRKQIQEVQQSLQQIGKEYLDNQASIPKKEATLDMLQQQIQVGKQQLTFLEKMMEAWEDTFVKEMKYQFIAFPASYETNETCAKWILQNYKHWLKEKNLTTIEGQLTSVYYEQHSNLMEYRMSDVQVQAENYPWMDHDWTDEQLLKIQYWKEKATRRLIQLDYQGKRVDPYVVSEKLEEDRLQQQHLLDDQDRKLYEEILFDSVGKKLRSRISRAQQWTEKMDKLMAESDSSSGLSFSIKWKPRTAESEAELDTKELVELLRRDSRLLKETDMLKVMDHFRSRIARAKELVEIKGEGSTLLQVLKDVLDYRNWFSFVLSYKRKGEPKRELSNHAFYQFSGGEKAMAMYIPLFTACYSRYKEAANTAPYIISLDEAFAGVDEANISVMFRLVEELGFNYMMNSQVLWGDYETISNLAIYELVRPKNQDFVTVIRYHWDGNKRSLVINDTEEEKTTTLHV				NA	NA	NA	NA	NA
AK148_00241	1290			hypothetical protein	ATGAAAACGGAAGCTATTTTAAAAGCAGCTTGTTCATTTTTTAAAAGTGAAGAGGCATATGATAAGTTATTCCAACAGTTTCGAAAAAAATATGAATCACTAGGCCGAATCGGGGGGACAGTACCGGTTCGACTATTTTCTGCGCATGAATTAGAAGTAATTGCACGTTTTTATGGTACGACAAAACAAGCGCTAGTGAAGAAGGGGGTGATTCATGTTGTGCAATTTGAAAAGCAATTACAAGAAACAAAATTTGCTGCAATAGGGTTAAAGCAACTATTAGACAATTATTTTGATGAGGAAATAATTTCTAAGAAACAACGTAAGGAAATAGAACAACAACAACTCAGATCTCTTTTACAAGAGTTAGAAAGGTCTTACCCGTCACTTAAGGACTGGTTTCGTTATATACAATCTGTAACAAAAGAAAAAAGGTGGATAACTCGTATAGCGGAAAAGGATTTTACGTACTTTCAACATTTAATAAAGCAAGTAGGGAAAGCAAGAGAACAGCTCCCTTCTACACCTGAACGTTTACCTATGTTTAGCCAACGGATAACTGCTGATCCTCACGCTTTTGACATTCATACAGATTTAGGGAAGTTGCTTCTGGAGGTGCTAACTTTTTACCATCCTACTTGGCCTAATAATGAAGTACCACAAACAACAGAGTCGATTAATGAGCTGTTAAGAATGTATGGCATTTATCGTGATGATCTCTTGAATTTTGTTACTTGTTCAGGCTTACAAGCTCAAACGAAAGAAGGAATGCTACATCCAGTATGGCAAGCAGCTGTGGAAATGAATAGCGTACAAAATGTACCATTGCGAGAGCTGTTATCTATAGATAGAATATTCCCTGCAAGTGGTAAGCATGTATGGGTAGTAGAAAATTCTGGTGTATGTTCTGCTTTATTGGATGTGTTACCAAGCACACCAATAATTAGTACGAATGGACAATTTAAGCTAGCAGCGTGGATTGTGTTCGATTTACTAGCAAAGGAAGATTGTATCATTCATTATGCGAGTGATTTTGATCCAGAAGGAGTGGGAATGGCGGAAAGATTATTACATCGTTATGCACCCCAGTTGCGTCTATGGCAAATGGATGTAGCGGCATATCATAAAAGTAATCCTGTGAAACCAATCGATAAAGAACGATTAAAAAAACTAGAGCGCATGGAACACACTACACTATTGCCACTTGTAAAAGAAATGAAACGAATGAAAAAAGCAGGCTATCAAGAAGCGCTAGTAAAAGATATGATCCAGGACATTAAAAATAAATGA	MKTEAILKAACSFFKSEEAYDKLFQQFRKKYESLGRIGGTVPVRLFSAHELEVIARFYGTTKQALVKKGVIHVVQFEKQLQETKFAAIGLKQLLDNYFDEEIISKKQRKEIEQQQLRSLLQELERSYPSLKDWFRYIQSVTKEKRWITRIAEKDFTYFQHLIKQVGKAREQLPSTPERLPMFSQRITADPHAFDIHTDLGKLLLEVLTFYHPTWPNNEVPQTTESINELLRMYGIYRDDLLNFVTCSGLQAQTKEGMLHPVWQAAVEMNSVQNVPLRELLSIDRIFPASGKHVWVVENSGVCSALLDVLPSTPIISTNGQFKLAAWIVFDLLAKEDCIIHYASDFDPEGVGMAERLLHRYAPQLRLWQMDVAAYHKSNPVKPIDKERLKKLERMEHTTLLPLVKEMKRMKKAGYQEALVKDMIQDIKNK				NA	NA	NA	NA	NA
AK148_00242	2454			hypothetical protein	ATGGAGGCAATATCGCAAAAGCAGCTATCACAAGCGAACAACATATTACATACCATTGTTGAGGCAACAGAATATTTTTATCAGTTAGTAAAGCAAGAAGAAAGCCATCAGGCAATCTTTATATTTAGTTCTATTGTGGAAGGTGTACAATCCGTAAGTAAGACGTTTGAGAATGACGAGTTTTTACGAGATGACAAGCGTAAATTAGAAAACTATCTATTGCAAGTCGCTCAATTATTGGAAGCAAATAAATTCATTAAGATTACAGAAGTACTTCAATTTTCATTTTTGCCACTTCTAAAGAGAATGTTATCCTATATGGAAGAAATAGATGGGCAAAATAAAGCTGAAAAAGTGTACACAATTGGTGTCTTCTCCCCACAGGCGAATCCTGTAAAGTTCTTACCTCAACCAAGGCTTCAAGCTTTAGTTAAAGAAAGTCAACAACAACATGCCCGTTTACTATTCTTTACAGAAACAGATGTCGACCTAAAGAATAATGAGGTAGAAGCTGATACATATGTAAATGGAAACTGGGAGAGAATAACTGCTCCTTTTCCAGATGTCATTAATAATATAGGAACAATTAGGCCTTCCCATGTCGAAAGGGAATTAAGACGGAAAATCCCTTTTACAAGCTATCATGTAGGTAACAAATTTTCTTTGCCTAAACGAATGGTTAAGTACCGTAAATATGCTGATTTACTCGTTCCGTTTAGACTTTGTCAAAAGGAAAGTGATGTTTTTGACTTTTTACAAGAAAATAATAAAGTAGTGTTTAAATCACTATTAAGTAACCGCGGGGAAAATATTTTCTTTGTTACCAAAAAAGGTAACCGTTACATTTTAATGGAGCATAAAAAAGAAAAAATTTTAAATCAAGATGTGTTTTCAAAATGGTTGCAAGAGCATATTTTAAGAAAAAAAGGTAGTTTTATTATTCAACGGTATATTCATACACGTACGAAAGACGATGAACCGTATCATATTCGCTCTCACGTCCAAAAGAATGGACAAGGGGATTGGATAATTACACACATATACCCGCGTGTTGGAAATAGAAAAAGTAATTTAAGTAATGTTGCTACAGAAGGAAGAGTAGAAGACTTTCATACATTTTTACTTCATGAGTACGGGGAACTTGGAGAAAAGTACGCACATGATATTTTGCAACTCTCCTTAGAAGTAGCGAGCCATTTAGATAAATTATACAACTTTGCATTAGATGAGCTTGGATTGGATTTTGCCATTGATGAAAATGGTAGATACTGGATGCATGAAGCGAATAATGGACCGCAAACTGCCTATCACGAAGAAAAACGAGCAGTTAATACAATAGCCTATGCGAAATACCTTGCTAAAAACGGTATATTTCGTTCTGATCGGATACTTCAGCAACGGTTTAATTCCAGTGTTACCAATATCTCCAATGCGTCAACGAATGGAAAAACTACAATAGGTATGTTAGTAGGAAAACATGTTCGAGATGAATTAACCGAGGAATTTGCAAAGCTGGCAGAACAAAAAAAATTTTATTTTTATGTATTTAGTCCCAAGGATGTTGATGAATATGAAAGAGTTATCCGCGGTTATGTATTAGAGGGTGGGGAGTGGACTGCTAAAATAATCGAGTATCCTGACATCGTGTTTGATAGATTGAAGATGAGAAATAGTAAACAGATGCAATGGCTGTATGAAGAATTATCTGAGAAAGCAAGTTTTACTAATAATTGGAATGATCTTATCGAACGATCTGAATTATATAACCTTCTAGCAGACAGGGAGTATATGTTACCTTTCCAACAAGTAAAGAGAACGAGAGATATTTTTAGAATGTTAGAGACCCATCAGCAGGTTGCACTAAAGCCTGAAGTTGGGGCATTAAATGATGAACATGTTATAAAGGAACTTGAACATGGTAAATATTTGCTTGTTCATGGAAAAAGAAAAACAGTGTATAGTCAACTTCCTTTGACAAATAAACTAAAGGAATTATTAGAGGAAAGAAGCTATGTTGTCCAAGTTGATCCACGTATTACAGATTTCGACAATAGAGATAATTTGGTTTCTATACATCTTCATTTAATGAACAAGGGAATGGAAGATTGGGATTTCATAAGTGGATATGTCAAAACGAAAAATTTTGAAGCAGAAAGCCATCCGACTGTTCACAGGCAAGATATGCTGGAGTATTTAACAGGAAAATACGATGATCAAGAGGTAAAGTTATTGGAATCAGAGCTTATAGCTATTGCTAAAAATGTTGCTACTACTTTAAAAAACACGTATCAAGAAAGTATGTCTGAAGTAGCTATTAGCTTATCGATGAACGATTTGAGAAAAATTTATGTCCTAGATGTGAATCCTAGCGGTCCATCTTATATATACAATCCTACAATTTTAGCAAAACAATTGCTTTCTTATATTTCTGAGTTGTTCACAGGAAGAGGGTGA	MEAISQKQLSQANNILHTIVEATEYFYQLVKQEESHQAIFIFSSIVEGVQSVSKTFENDEFLRDDKRKLENYLLQVAQLLEANKFIKITEVLQFSFLPLLKRMLSYMEEIDGQNKAEKVYTIGVFSPQANPVKFLPQPRLQALVKESQQQHARLLFFTETDVDLKNNEVEADTYVNGNWERITAPFPDVINNIGTIRPSHVERELRRKIPFTSYHVGNKFSLPKRMVKYRKYADLLVPFRLCQKESDVFDFLQENNKVVFKSLLSNRGENIFFVTKKGNRYILMEHKKEKILNQDVFSKWLQEHILRKKGSFIIQRYIHTRTKDDEPYHIRSHVQKNGQGDWIITHIYPRVGNRKSNLSNVATEGRVEDFHTFLLHEYGELGEKYAHDILQLSLEVASHLDKLYNFALDELGLDFAIDENGRYWMHEANNGPQTAYHEEKRAVNTIAYAKYLAKNGIFRSDRILQQRFNSSVTNISNASTNGKTTIGMLVGKHVRDELTEEFAKLAEQKKFYFYVFSPKDVDEYERVIRGYVLEGGEWTAKIIEYPDIVFDRLKMRNSKQMQWLYEELSEKASFTNNWNDLIERSELYNLLADREYMLPFQQVKRTRDIFRMLETHQQVALKPEVGALNDEHVIKELEHGKYLLVHGKRKTVYSQLPLTNKLKELLEERSYVVQVDPRITDFDNRDNLVSIHLHLMNKGMEDWDFISGYVKTKNFEAESHPTVHRQDMLEYLTGKYDDQEVKLLESELIAIAKNVATTLKNTYQESMSEVAISLSMNDLRKIYVLDVNPSGPSYIYNPTILAKQLLSYISELFTGRG				NA	NA	NA	NA	NA
AK148_00243	1458	yfmT	COG1012	Benzaldehyde dehydrogenase YfmT	ATGTCATTTAAAAAATTGCCAAGTCAATATATTAACGGCGTGTGGAAAGAGGGGGCTTCTCCCCTTATTATGGAAAACAAAAACCCTTATAATGGCGACCTTCTCGCCACATATCGTGCAGGCAGTAAAAAAGATTTGGATGATGCTTATCAAGCTGCAAATGCGGCACAGAAACAATGGGAAAAAACCAACCCTGTCGCTAAGCGCGAGGTGTTTGAAAACGCAGTTCAATATATAAACGATAACTATGAATCCATTGTTAAAATAATCATAGAAGAGATTGGTGGGACAAGGTTAAAAGCAGAATTTGAAATAGGACTTGTAACCAACATCATAAAAGAAGCTACCACATTTCCTTTTCGAATGGATGGGAAAATTTTAACCTCCCCTATTGATGATAAGGAAAATAGAGTTTACCGTGTTCCTGTAGGTGTTGTTGGCGTAATCAGCCCTTTCAATTTTCCATTTTTCTTATCCATGAAATCGGTCGCAACAGCATTGGCAACTAGTAATGGAGTTGTGCTAAAACCCCATGAACATACACCAATTACTGGTGGAACAATGATTGCATCTATTTTTGAACATGCCGGATCACCAAAAGGTCTACTCAATGTAATCACAACAGAAATTTCGGAAATCGGGGATGACTTTGTTGCACACCCTATCCCTCGATCTATTTCTTTTACCGGTTCTACAAAGGTTGGGAAACATATCGGTGCCATTGCAGGAAAACATTTAAAGGATGCACACTTAGAATTAGGAGGAAATAGTGCACTTATAGTATTAGAAGACGCGGACATTGATTTAGCAGTAAGTGCTGCTGTATTTAGCCGTTTTACGCATCAAGGGCAAATTTGCATGTCTGCGAATCGCTTAATTATACATGAAGCAGTTTATAAAGAATTTATTGAAAAATATGTTGCGAAAGTAGCTACATTACCGTGCGGAGATCCCAAAGATCCAAACACCATTATTGGGCCGTTAATTAATCAACAGCAAGTAGAAACAACGAAAGCTTTCATTACTAAAGCAATAGAAGAAGGAGCCAAACCCATTCTTAAAGGAAAAATAGAAGGAAATGTAATAGAACCTGTGATCTTCACAGATGTGACTCCTGCTATGTCTATAGCAAAAGAAGAAGTATTTGCCCCTGTCGTGTCGATTTTACAAGCATCGAACGACGAAGAAGCCATTTCTATTGCAAATGATACCTTATATGGTCTAAGTGGAGCTATTCATACAAGAGACGTTGAGCGTGGTGCAGAGCTTGCAAAGCAATTAGATACAGGGATGATCCACATTAATGACGGGACCATTAACGACGAGCCTCATGTCGCATTTGGGGGAATGAAAAATTCAGGTTTAGGACGTTTAAATGGGGAATGGAGCTTAGATGCCTTTACTACTTTTAAATGGATTAGCGTTCAGCACAAGGCTAGAAACTATCCATATAGTTAA	MSFKKLPSQYINGVWKEGASPLIMENKNPYNGDLLATYRAGSKKDLDDAYQAANAAQKQWEKTNPVAKREVFENAVQYINDNYESIVKIIIEEIGGTRLKAEFEIGLVTNIIKEATTFPFRMDGKILTSPIDDKENRVYRVPVGVVGVISPFNFPFFLSMKSVATALATSNGVVLKPHEHTPITGGTMIASIFEHAGSPKGLLNVITTEISEIGDDFVAHPIPRSISFTGSTKVGKHIGAIAGKHLKDAHLELGGNSALIVLEDADIDLAVSAAVFSRFTHQGQICMSANRLIIHEAVYKEFIEKYVAKVATLPCGDPKDPNTIIGPLINQQQVETTKAFITKAIEEGAKPILKGKIEGNVIEPVIFTDVTPAMSIAKEEVFAPVVSILQASNDEEAISIANDTLYGLSGAIHTRDVERGAELAKQLDTGMIHINDGTINDEPHVAFGGMKNSGLGRLNGEWSLDAFTTFKWISVQHKARNYPYS	PGPT0005525_113	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION	PLANT_DERIVED_VANILLIN|VANILLATE_DEGRADATION,PGPT0005525-vdh-K21802	NA	NA
AK148_00244	864	yfmS	COG0840	Putative sensory transducer protein YfmS	ATGAAGGAAACAACAGTTGAGCAAATAAATACGCATCCTTTGCTGCAGTCATTTGTTACTGTTGCTCCATTTTTACAAGATTTAATTAACGATGATATTACAATAGGTATTTATGACACAGAGAAGTTAATTATTAATTTTCCGGCTAACACCTTCTCTTTAAATGTACAACCTGGCGATCCGTTAGTAGAAGGGGATATAGTGACAAATGCCATTCGGCAAAATAAAAACCAATCAGCTATCGTTCCTGCTTCGTTATTTGGTGTGAACTTAATTGCTCGTGCTGTACCACTTCATGATGAGACTGGAAACCTTATTGGGGGTGTTGGGGTCGGGCTTAGCGTAGAAAGAGCAAATCAGCTATCTGAAATTTCTTCCAATTTGTCAACGGTTTTTGAAGATGTAACCAATACCATACAAGATATGGCAGAGTCCATTTCCGGTTTAGCAAATAACATGTCCGTCGTTTCAGAAAAAGCTACAGAAGTTACCAAACAAGTAGATACAATTGAAGACGTCTCCAATGTGGTGAAAGGAATAGCGGACCAAAGCAATTTATTAGGGTTAAATGCAGCCATTGAATCTGCCAGAGCTGGTGAACATGGGAAAGGATTTTCAGTTGTAGCAAACGAAATTAGAAAAATGGCGACAAACTCCAAAGAGCATGTGTCTGAAATCCAAACAATAACAAATACGATTAAAGAAGTCATTGCTAATTTGAATAAGCATATTCAAGATACGAATGTAGAATCAGATAGCCAATCAGCGGCTATTGAAGAATTATCTGCAACTGCGCAAGAAATAAATAGTAATATTCAAATGCTAGCCCAACTTGCCAAAGAAAATATGCAACTGAAAAATTAA	MKETTVEQINTHPLLQSFVTVAPFLQDLINDDITIGIYDTEKLIINFPANTFSLNVQPGDPLVEGDIVTNAIRQNKNQSAIVPASLFGVNLIARAVPLHDETGNLIGGVGVGLSVERANQLSEISSNLSTVFEDVTNTIQDMAESISGLANNMSVVSEKATEVTKQVDTIEDVSNVVKGIADQSNLLGLNAAIESARAGEHGKGFSVVANEIRKMATNSKEHVSEIQTITNTIKEVIANLNKHIQDTNVESDSQSAAIEELSATAQEINSNIQMLAQLAKENMQLKN				NA	NA	NA	NA	NA
AK148_00245	1695			hypothetical protein	ATGCGTAAGTTATTTACATTTAAAAGCATCCGGATGAAACTTTTTTTTGCTTTTTCGATTATCATCATTCTAGTTATTTTATTAGGAGTCACAAATGTAATAAGCATTAGCGGAAGTAATCAGGATACAGAAGAAATGATCAAACAAGATATGCAATTATTAGTTACTGAAGAACAATTGGCAATTAATATGGCTGAACGAACCGGCTATTTGCGAGGATACTTATTATATAATGATGAACGATATAAACAAAGCTTCCAAAATACAATTGATGAAACGATGGAATTGGAGAACTATGTTTTAAAACACAATAATTCGGAAGAAGTTCGGTTTTTAATGGATAAGAAAATAGAATGGGGGGAACTTACCGATAAGTTTTTCCAAGAAATGGATGAGGGGAATAGTGCTAAAGCCAAGGTGATTATGGCGAATGAAATTCAACCAATTGGAAATCAATTAATTGATGGTTTTAAAGAGTTAGCACAAAAGAGTGAAAATAATATTACAAACAAAGGTGAGAACGTTATTCAAGCTGGAGAATTCACGCTAAGCTTTGGGGTAATCGTTACAGTATCCGTCGTAATATTAGGAGGAGTTATTGCTTTTCTAACTGCCCATTCCATAGCAAAACCATTAAAGCGTGTAAAAGAAAGAATGACGAAGATAGCTAACGGAGAACTGATTAATGAACCGCTAGATATAAAAGGGAAAGATGAAATTGCTGAGCTAATGGTAACAACGAATGAGATGAATGAGCAATTAAAAGAATTGTTAATTTCCATTAAAAACGTGACTAGTGTGGTTGATGACAAATCGAAAGCTCTGAACCAAGCTTCTGATGAAATGCAACTAGGAACAGAGCAGGTGGCTGCGACGATGGAAGAGCTTGCTTCTGGGGCGGAAAATCAGGCAAATCATGCAGCTAATTTAGCAAGTATGATGAACGATTTAAATAATGTCATTCAAGAAGTAAGTCAGAACAGTTCAGAAATAGAGCAAACCTCTGCTGGTGTTTTAGTAAAAACAAAATCTGGACATGATATTATGGGGACGACAAACGACCAAATGGTGAAGATAGATCATATTGTAAAGAATGCTGTAGAGAGCGTACGCGGTTTAGATATAAAAACGAAGGAAATTTCAAAATTAGTAACTGTGATAGGTGAAGTCGCTGAACAAACGAATTTATTAGCGCTAAATGCAGCTATTGAAGCAGCGAGGGCTGGAGAGCATGGGAAAGGATTTGCGGTCGTTGCCGATGAGGTACGGAAACTGGCAGAACAGGTATCTTTGTCACTAAATGATATTACAAAAGTAGTTAAAGATATTCAAACGGAGTCCAATCAAGTAACTACATCGCTTCAAGATGGTTATAAAGAGGTAACGAATGGTTCGGAACAAATGAAAGAAACAAAGGATACATTTGAATCTATTTATCATTCTGTTAATGAAATGGCAAATGCCATCTCTCAAGTTAAACAACATTTTGATCGGGTTTCTGAAAATAGTAAAGAGATGAATGGTTCTGTAGGAGAAATTGCCGCGATATCAGAAGAAGCTGCTGCTGGTATTGAGCAGACATCTGCCACTGCTCAGCAAGCTAGTAGTTCCATGCAAGAAGTATCTGCCAACGCTGATCGTCTTTCCAAACTCGCTGACAATTTAAAAACTTTAATGCAACGATTTACTATATAA	MRKLFTFKSIRMKLFFAFSIIIILVILLGVTNVISISGSNQDTEEMIKQDMQLLVTEEQLAINMAERTGYLRGYLLYNDERYKQSFQNTIDETMELENYVLKHNNSEEVRFLMDKKIEWGELTDKFFQEMDEGNSAKAKVIMANEIQPIGNQLIDGFKELAQKSENNITNKGENVIQAGEFTLSFGVIVTVSVVILGGVIAFLTAHSIAKPLKRVKERMTKIANGELINEPLDIKGKDEIAELMVTTNEMNEQLKELLISIKNVTSVVDDKSKALNQASDEMQLGTEQVAATMEELASGAENQANHAANLASMMNDLNNVIQEVSQNSSEIEQTSAGVLVKTKSGHDIMGTTNDQMVKIDHIVKNAVESVRGLDIKTKEISKLVTVIGEVAEQTNLLALNAAIEAARAGEHGKGFAVVADEVRKLAEQVSLSLNDITKVVKDIQTESNQVTTSLQDGYKEVTNGSEQMKETKDTFESIYHSVNEMANAISQVKQHFDRVSENSKEMNGSVGEIAAISEEAAAGIEQTSATAQQASSSMQEVSANADRLSKLADNLKTLMQRFTI	PGPT0015710_16770	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
AK148_00246	1959	ltaS1_1	COG1368	Lipoteichoic acid synthase 1	GTGAAGAAATTTATATCCAGTAAATTAGGATTCTTCGCGGTAGCACTAGTGCTTTTTTGGGTGAAAACGTATTTGATATATAAATTTGAATTCAGCTTAGGGGTAAGTGGAGTAATGCAAGAATTTCTATTATTCTTCAACCCGCTAAGTTCTGCCTTGATTTTTCTAGGACTAGCGTTATTTGCAAAAGGTAGAAGAGCTGGAATTTGGATTATCATTATTGATGCGATACTTACATTTATTTTATATGCGAATGTCGTGTTTTATCGTTTCAATAGTGATTTTATAACAATACCAACGATGCTTCAAACAGATAATTTCGGGAGTATAGGTGGAAGCATTGCTGACCTAGCACAGTGGAGTGATTTACTGTATACGATTGACATTATTTTATTAGTCGGGTTATTTGTTTTTGTGAGGAAGAATTGGTCTGTGCAACGGATGCAATTCCGTAAACCATTTTTAGTAATTGCAGCTGGGGTATTAGCTTTTAGTATTAATCTTGGTCTAGCGGAAGCAGACCGACCACAATTGCTAGAACGTACATTTGATAGAAACTATCTAGTAAAATATTTGGGGGCATTCAATTTTACAGTTTATGATGCTATTCAAAGTGCAAAGACGTCAACAAGGCGTGTTTTAGCTGATAGTAATGACATTACGAAAGTAGAAAATTACACGAAATCCAAGTATGCAGCTCCAAATGAAAAGTACTTCGGTAAAGGTAAAGGAAAAAATATTATTAAAATTCACTTAGAATCATTTCAATCATTTTTAATTGATTACGAACTCCATGGAGAAGAAGTAACACCATTTCTTAACTCCTTAGTTCATGAACAAGAGAAAGGTTTTACGTACTTTAATAACTTCTTCCATCAAACAGAGCAAGGGAAAACAGCGGATGCTGAATTAATGCTGGATACGTCGTTGTATGGTTTACCACAAGGTTCAGCTTTTGTTACAAAAGGTAATAATACGTATCAAGCATTACCGGCAATTCTCGAACAAGAGCAGAATTATACAAGTTCTATTTTTCATGGTGATGGAAAGTCGTTTTGGAATCGGGATGAAGTATATAAACATCTGGGAATTAATGAATTTTACCATGAAGATTTTTATGATATGAGTGAAGAAAATGTAATCAACTATGGATTGAAGGATAAACCTTTCTTTGAACAATCCATGCCGTATTTAGAAGATATGGATCAACCATTTTACGCGCATATGATGACGTTGACGCACCATCACCCATATTTAATTGATGAGGAAGATGCTACGATTGAACCTGCTGAAACGGGCGATGGATCAGTAGATCGATATTTCCAAACAGCTCGCTATTTAGATGAATCATTGGAACAATTCTTCAATGATTTGAAAGAAAAAGGGCTCTATGAAGATTCGATTATTATGATTTATGGTGATCACTATGGTATTTCTGATAACCATAATCGTGCAATGAAAGAAATAACGGATGAAGAAATTACACCAATGAAAAACGCAGACTTACAACGTGTTCCGTTTATGATCAGAATTCCTGGTGTAGAGAGCGAAGGAACAGTAGAAACATATGCTGGTCAAATTGATGTCATGCCGACCATGCTTCATATTCTTGGTATTGATGCGAAAGACTATATTCAGTTCGGTACGGATATGTTCTCTGAAGAGCATCATGAGGTTGTTCCTTTCCGTAATGGAAACTTCATGTCCCCAGAGTACAGCTATGTAGACGGAGAATATTATGATAGTGAAACAAAAGAAGTCATTGAAGAGCCTACAGATGAAATGAAAGAAATGCATGAGAAAGTTATGAAAGAACTTGAACTCTCCGATGAAGTGCTATATGGCGATCTGCTTCGTTTTTACACACCGAATGAAAAGTGGGAAGCCGTTGATACAAGTGATTATTTCTATGGTGGTCCAGAAAGTATTGTAGATGAAAGTGAAAATAAAGAAGAATAA	MKKFISSKLGFFAVALVLFWVKTYLIYKFEFSLGVSGVMQEFLLFFNPLSSALIFLGLALFAKGRRAGIWIIIIDAILTFILYANVVFYRFNSDFITIPTMLQTDNFGSIGGSIADLAQWSDLLYTIDIILLVGLFVFVRKNWSVQRMQFRKPFLVIAAGVLAFSINLGLAEADRPQLLERTFDRNYLVKYLGAFNFTVYDAIQSAKTSTRRVLADSNDITKVENYTKSKYAAPNEKYFGKGKGKNIIKIHLESFQSFLIDYELHGEEVTPFLNSLVHEQEKGFTYFNNFFHQTEQGKTADAELMLDTSLYGLPQGSAFVTKGNNTYQALPAILEQEQNYTSSIFHGDGKSFWNRDEVYKHLGINEFYHEDFYDMSEENVINYGLKDKPFFEQSMPYLEDMDQPFYAHMMTLTHHHPYLIDEEDATIEPAETGDGSVDRYFQTARYLDESLEQFFNDLKEKGLYEDSIIMIYGDHYGISDNHNRAMKEITDEEITPMKNADLQRVPFMIRIPGVESEGTVETYAGQIDVMPTMLHILGIDAKDYIQFGTDMFSEEHHEVVPFRNGNFMSPEYSYVDGEYYDSETKEVIEEPTDEMKEMHEKVMKELELSDEVLYGDLLRFYTPNEKWEAVDTSDYFYGGPESIVDESENKEE	PGPT0023375_654	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023375-ltaS-K19005	NA	NA
AK148_00247	1206	yycB	COG2807	putative transporter YycB	GTGGAACAAATGAAAGAAAAGAAATCCGCTTTGTATCAATATGTATTAATAGCAGGCATTATTGTCGCTGCTTTTAACTTGCGACCAGCAATTACTTCTGTTGGGCCGCTTATCGGTATGATACGTGACCAACTAGAATTAGCTAATTGGAGTGCAGGGTTACTTACGAGTCTGCCATTATTAGCATTTGCGGTTATGTCACCGCTTGTAGCGAAGTTCAGCTATCGATATTCCAATGAGATGGTTATGTTCATGGGGCTACTTACTTTATTTCTTGGTATTAGTTTACGCAGTGTTTCGGTGGTTTTATTTGTTTTTGCAGGAACATTATGCATTGGCTTAGGAATTGCGGTTTGTAATGTTCTTTTACCGAGTATAATAAAAGAAAAATTCCCAACGAAAGTAGCATGGATGACAAGCCTTTATTCTACAGCTATGGGAATTTTTGCAGCATTAGCTTCTGGAGTAAGTGTTCCTTTAGCGGAAGGACTTGGACTTGGATGGCAGATGGCATTATGGATTTGGGCCATTCCGGCATTGATTGGGACGGTCGTATGGTTTTACCTAACAAAACGTGAAAAAATGAAGCGTCATGTTTCTTATCATGGGAATAGCAGTGGGAATGAACGAATATGGCTTTCATCACTAGCTTGGCAAGTTGCGGGGTTTATGGGGTTTCAATCTTTTTTATTTTATGTCACGATATCATGGATGCCAGAGATTTTGCAGGCAAATGAGGTTAGTGCTTCAACAGCAGGTTGGCTATTATCTTTTATGCAATTTATTGGATTGCCTGCAAGTTTTCTTGTGCCAGTAATCGCTGAGAAATTTCGTTCTCAACAAGGGCTTGTACTAGCATTAGGATTATTTTCTGTTAGTGGATATGCTGGTTTATTATTCGGAGGAACATTTTCCATTATGGTGATCAGTGTTATTTTAATTGGCTTTTCGTTAAGCGGTACATTTGCCTTGGCATTGACATTCCTAGGTATGCGAGCGAAAACTGCAAAACAAGCTGCCTATTTATCAGGAATGGCACAGACCCTTGGTTATATTCTTGCCGCTTTTGGACCGTTTTTAATAGGATTTATTTTTGATAAAACCAAGAACTGGGACGTTCCATTAGTCGTGTTAATTATCGTTTCTGTAATTGTTGTAACATTTGGTTTTGGTGCAGGGAGAGACAAGTATGTTTTTGAAAAATAA	MEQMKEKKSALYQYVLIAGIIVAAFNLRPAITSVGPLIGMIRDQLELANWSAGLLTSLPLLAFAVMSPLVAKFSYRYSNEMVMFMGLLTLFLGISLRSVSVVLFVFAGTLCIGLGIAVCNVLLPSIIKEKFPTKVAWMTSLYSTAMGIFAALASGVSVPLAEGLGLGWQMALWIWAIPALIGTVVWFYLTKREKMKRHVSYHGNSSGNERIWLSSLAWQVAGFMGFQSFLFYVTISWMPEILQANEVSASTAGWLLSFMQFIGLPASFLVPVIAEKFRSQQGLVLALGLFSVSGYAGLLFGGTFSIMVISVILIGFSLSGTFALALTFLGMRAKTAKQAAYLSGMAQTLGYILAAFGPFLIGFIFDKTKNWDVPLVVLIIVSVIVVTFGFGAGRDKYVFEK	PGPT0005211_2787	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_CYANATE_DETOXIFICATION	XENOBIOTIC_CYANATE_UPTAKE,PGPT0005211-cynX|yeaN-K03449	NA	NA
AK148_00248	1269	ynfM		Inner membrane transport protein YnfM	ATGTTTTTGAAAAATAATGTAACAAAAGAAGAAAATTCAAATAAAACGATTGAAAAAAAACCATATAGTGTGAAAGATAGTTATTTTTGGAGGATTAATGCTAGTTTAGCGTTAGCATCTTTTTTTATTTTTGCTAGTATGTACGCAATTCAACCCCTATTGCCAGTCTTTGTTGATGAATTTCAAATTAGTGTTTCCGTCTCTAGTTTATCTATGTCATTTACTATTATTGGTTTAATTGCAGGTTTAATCATCTTGGGTTTTTTATCAGATCGAATGGGAAGAACGCAGTTTATTAAAATGTCATTATTAGGAGCTATTTTTCCGTTTTTTCTTATGCCGCTAACGGATAGCTTTATCATATTTATTATACTTCGGTTTATACAAGGCTTTGCTCTTGCTGGTTTACCAGCTGCAGCACTTGCTTATTTACATGAGGAGATTGAACCTAAAAGTGCCGCTTTTGCAACAGCATTATATATATCTAGTAATGCACTAGGAGGGATGGCTGGAAGAGTAATAACGGGGGTAGTGTCAGATGTTATGTCTTGGCAGGTTGCCTTTTATGGACTAGCAGCATTTGGAGGGCTTATTTTAATACTAACTCATTTCTTGCTTCCACATTCCAAACATTTTCAACCTAGCCGACTACCATTTAGTAAGGATATAGAGGGATTTCTATTTCATCTCAAAGATCCCCAATTATTGCTCGTTTTTGGATTAGGAATTGTTTTGCAAATGTCGTTCACAGGGGTTTGGACCTACTTGCCTTTTTATCTACAAGGAGAGCCGTTTTTATTATCATTGCATACTATTTCTTATTTTTTTCTGGCTTATGGGCTTGGAGTCATTGGTTCACCTTTAGCCGGGTGGCTTTCCAGTTTCATAGGTTTAGAAAAAGTTCGCATAGGTGGTATGATTACCTTAGGCATTGGTATATTGTTTACACTACATAACGCATTACCTATTATTGTGGTTGGGCTTTGCATTACTTGTCTTGGCTTTTTTACAGCACATTCATTAACAGCTTCTTCTGTCAGTGAAACAGTTACACACCATAAAGGGAGTGCTTCTAGCTTATATTTAGTTTCCTATTACATAGGTGTTACCTTAGGTAGTTCCGCTTTAGCGCCGATATGGGAGAATTTCCATTGGAAAGGACTAGCTGTGTTACTTGGACTACTACCAATGATTTATTTACTTATCATTCGCTCTATTCCACATGGCAGTCGTCAGAGCACTTCTAATTCTGCTTACATGAATAAATAA	MFLKNNVTKEENSNKTIEKKPYSVKDSYFWRINASLALASFFIFASMYAIQPLLPVFVDEFQISVSVSSLSMSFTIIGLIAGLIILGFLSDRMGRTQFIKMSLLGAIFPFFLMPLTDSFIIFIILRFIQGFALAGLPAAALAYLHEEIEPKSAAFATALYISSNALGGMAGRVITGVVSDVMSWQVAFYGLAAFGGLILILTHFLLPHSKHFQPSRLPFSKDIEGFLFHLKDPQLLLVFGLGIVLQMSFTGVWTYLPFYLQGEPFLLSLHTISYFFLAYGLGVIGSPLAGWLSSFIGLEKVRIGGMITLGIGILFTLHNALPIIVVGLCITCLGFFTAHSLTASSVSETVTHHKGSASSLYLVSYYIGVTLGSSALAPIWENFHWKGLAVLLGLLPMIYLLIIRSIPHGSRQSTSNSAYMNK	PGPT0017201_456	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
AK148_00249	216			hypothetical protein	GTGTGTTATAAAGAACTTTGCTTTATTATGGAAGGAGGAAAAATAGTTTATATGTTAAAACATTTGCTTTATGAATTAATTGGTTGGATTTTTACCGGTGTAGGGGCTTACTTCATTTATGAAGATCCAACACTTATTCTACCTTACATTAGTCTAGGGATAGGTTTAGCTTTCATCATTTTTCATTTACCGAAGAGTTTACGACGAAAAAAATAA	MCYKELCFIMEGGKIVYMLKHLLYELIGWIFTGVGAYFIYEDPTLILPYISLGIGLAFIIFHLPKSLRRKK				NA	NA	NA	NA	NA
AK148_00250	1176	anmK	COG2377	Anhydro-N-acetylmuramic acid kinase	ATGTTAGAATCAGGGACGTCAAGCAATATTGTTATTGGTTTAATGTCTGGTACTTCTTTAGATGGTATTGATGCAGCGATCGTCAAAATAAATGAAGACCATGCATTAGATTTTGAACTACTTCATTTTGCTAGCTTTTCCTATTCAAAAGAAATGAAAGAAAGAATTTCAAACATGTGCAACCCAGAAACAGTACGTATTGAAGAATTATCAAGCATGAATATGTATCTTGGGAAGTTATTTGCAGATGCTTCGAAACAAGTGATGGAAGATGCTAGGTTGTCATCGGAACAAATTTTGTTAATTAGTTCACATGGTCAAACGATATATCATCAGCCAGAACCAAAGGAAGTAGAAGGAAATAAAGTTGTTTCAACGCTACAAATTGGGGATATCGGTATGATTGCAGAACTTACCGGTATTACAACAATTGGAGATTTTAGAACGAGAGATATGGCAGCTGGTGGACAAGGAGCTCCATTAGTACCATACACGGATTATAAGTTGTATCGGAAAGAAGAATACGGAAGAGCCCTAGTTAATATTGGAGGGATTTCCAATGTAACCATACTTCCAAAAGGATGTAAAGAAGCGGATGTACTAGCTTATGATACTGGGTCTGGAAATATGATAATGGACGCTTTTACAAGTTTAGCTACAAACGGTGTACAAAATTATGATGAGAATGGTGCTATAGCAGCTAAAGGGACAGTCAATGAAACCTGGCTATCGCAGCTTTTAGATCACCCTTACTTTCATCTAACAGCACCTAAAAGTACGGGAAGAGAATTATTCGGAGAAGCGTACTCTAACCAGCTATGGCTTGAAGCTGAGCGTCTTCAAATTGATAATGATGATAAAGTAGCTACGGTAACAGCTTTAACTGCAAAAACTATTGCTTTAGAGATTAATAAATATATCGCATCTGCTAGCTTAAAAGAAGTGTTTATTAGTGGTGGGGGCAGATATAATAAAACGCTATTAACGTTAATTTCTAAATATTTGTCTAAGGATGTCATTGTTTGCGGAACGGATGAAATTGGCATGCCTGCAGATGCCAAAGAGGCGATCTCTTTCGCTTTACTAGGATATCAATGCTATAAACAAAGAACGAATAATCTTCCTGCGGCAACTGGTGCAAATAAACCAGTAGTTATGGGGAAAATATCGTGGTAG	MLESGTSSNIVIGLMSGTSLDGIDAAIVKINEDHALDFELLHFASFSYSKEMKERISNMCNPETVRIEELSSMNMYLGKLFADASKQVMEDARLSSEQILLISSHGQTIYHQPEPKEVEGNKVVSTLQIGDIGMIAELTGITTIGDFRTRDMAAGGQGAPLVPYTDYKLYRKEEYGRALVNIGGISNVTILPKGCKEADVLAYDTGSGNMIMDAFTSLATNGVQNYDENGAIAAKGTVNETWLSQLLDHPYFHLTAPKSTGRELFGEAYSNQLWLEAERLQIDNDDKVATVTALTAKTIALEINKYIASASLKEVFISGGGRYNKTLLTLISKYLSKDVIVCGTDEIGMPADAKEAISFALLGYQCYKQRTNNLPAATGANKPVVMGKISW				NA	NA	NA	NA	NA
AK148_00251	1650	sdcS		Sodium-dependent dicarboxylate transporter SdcS	ATGATTTCGTCAACTTGGAATTGGATGTGGGAGAAACATGACGAATTAAAATCTTTTTTTACATTTTTTGTTCAAGCTAATTCCTCTAGATTATCAACTGGTAGATCCATAGACCCTTCCGATAGTCTAGTAGGAAACAATAATGAGCCGGGAAAAAATCGTAACTATAAGCCTGGGCAGCTTTTTGGTTTAATTGCTGGACCATTATTATTTACCATCACTTTATTATTTTTTTCACCTGAAGGCTTATCTCAACAGGGATTAGCCATTTTAGCTAGTACGATTTGGGTTGCAATTTGGTGGATGACCGAAGCAATCCCCATTCCAGCAACTTCTTTATTACCAATCATTTTATTTCCTTTAACAGGTGGCTTAGATATTGGTACTACTACATCTTCCTATGGAAGCGATACCATATTTTTGTTTATGGGTGGTTTTATGATAGCGCTAGCAATGGAAAAATGGAATCTACATAGGAGAATTGCACTATCCATTATTTCTGTAATTGGTACGAACACGAACCGTATTATTCTAGGATTCATGGTTGCAACTGGTTTTTTATCCATGTGGATTTCTAACACCGCTACAGCAATGATGATGGTTCCCATTGGTCTAGCTATTATTTACCAAATTTCGGACGCCTTAAAGGACGATCCTTCCATCGACACTTCTAAAGAGAACTTTGCTTTTGGAAAGGCTCTCATGCTGAGTATTGCATATTCAGCATCTGTTGGAGGTATTGCTACACTAATAGGAACACCTCCTAACGCAGCATTAGCAGGCGTCATTAATAAAATGTATGGAATAGAACTATCCTTTGCAAAGTGGATGTTATTTGGCGTGCCAATCGCATGGGTATTTATTTTTATCATTTGGTTTTACCTAATTAAAATAGCTTACCCATTAAAACTAAAACAGCTTCCTGGTGGCAAAGCAGTGATTCATCAAGAAAAGCAAAAGCTTGGTAAACCTTCGGCTGAGGAAAAGGCTGTTTTCACTGTATTTATTCTAGCAGCTTTGGCTTGGATAACTCGTTCATTTTTACTTGTTCAAATTAACCCTAATATAAATGATGCGATTATCGCAATGAGCGCAGCTATCCTCTTGTTTTTGCTACCTTCCAAAAATTATAAAGACACATTTCTATTAGATTGGAATACAGCTGTGAAGCTACCATGGGGGATCTTGTTATTGTTTGGGGGAGGTTTAGCAGTAGCAGCAGGATTTACGCAGTCTGGCCTTTCTGAATGGATCGGAAATCAATTAACTGCATTGCAAGGTATTCATATTTTCATTGTATTGCTAGTTGTTGCTGGACTAGTTATATTCTTAACAGAGATTACTTCCAATACCGCAACAGCAAATATGATGTACCCTATCATGGCGGCGCTTGCTTTAGCTCTAGGAGTCCATCCATTTGCAGTTATGATTGCTGCTGGTGTAGCTTCATCTTGTGCTTTTATGTTACCGGTTGCTACCCCACCAAATGCGGTCGTTTTTGGTTCAGGTTACTTACGCATTCCAGATATGGTTAAAGCTGGCGTGGCGTTAAATATAATAGGCTCTATTTTAGTCACGGTAGCCATTTATTTCTTACTGCCGATGCTTTGGGGAATAAACATTACAGAAGTACCTGATTTTGTGAAATAA	MISSTWNWMWEKHDELKSFFTFFVQANSSRLSTGRSIDPSDSLVGNNNEPGKNRNYKPGQLFGLIAGPLLFTITLLFFSPEGLSQQGLAILASTIWVAIWWMTEAIPIPATSLLPIILFPLTGGLDIGTTTSSYGSDTIFLFMGGFMIALAMEKWNLHRRIALSIISVIGTNTNRIILGFMVATGFLSMWISNTATAMMMVPIGLAIIYQISDALKDDPSIDTSKENFAFGKALMLSIAYSASVGGIATLIGTPPNAALAGVINKMYGIELSFAKWMLFGVPIAWVFIFIIWFYLIKIAYPLKLKQLPGGKAVIHQEKQKLGKPSAEEKAVFTVFILAALAWITRSFLLVQINPNINDAIIAMSAAILLFLLPSKNYKDTFLLDWNTAVKLPWGILLLFGGGLAVAAGFTQSGLSEWIGNQLTALQGIHIFIVLLVVAGLVIFLTEITSNTATANMMYPIMAALALALGVHPFAVMIAAGVASSCAFMLPVATPPNAVVFGSGYLRIPDMVKAGVALNIIGSILVTVAIYFLLPMLWGINITEVPDFVK				NA	NA	NA	NA	NA
AK148_00252	603	pcp	COG2039	Pyrrolidone-carboxylate peptidase	ATGATGAAAAAATTGTTGTTAACTGGTTTTGCAGCATTTTTAGATAACCCAATCAACCCTACAGAAAAAATAGTGGAAGAACTAGATGGAGGAGTAATAGATAGTTATAAAATTGTTGCTAGAAAATTGCCGGTTGATTTTATGACGGCAGGAAAACAATTGATTACACATATGGAAGAAGTAGAGCCACAAGCTGTTATTGCTTTGGGATTGGCTACAGGAAGAAGTGCTATTACACCTGAGCGGATTGCGATAAACTGTAATGACGGTTTAAAAGACAATCGAGGATACCAACCGCACGGAGAGAAAATAGTAACTGGTGGTGCAGATGGTTATTTTTCTACCTTACCTTTAAATAAAATAATTGATGCATTACATGACGAACAGCTACCTGCACATATATCAAATACTGCCGGTACATATGTATGCAACAACGTTATGTATCATGCATTACATTTTGCGCAGAAGCAAGCTCTATCCACTCCAATTGGTTTTATCCATCTTCCAGCATCTCATGCGCTCGCTTTGAAAAAACAACTTCCTAGCTGGTCGCAGTCCGATTTAACGCGTGCTGTAAAAACAATTATTTCTACTTTATCTTGA	MMKKLLLTGFAAFLDNPINPTEKIVEELDGGVIDSYKIVARKLPVDFMTAGKQLITHMEEVEPQAVIALGLATGRSAITPERIAINCNDGLKDNRGYQPHGEKIVTGGADGYFSTLPLNKIIDALHDEQLPAHISNTAGTYVCNNVMYHALHFAQKQALSTPIGFIHLPASHALALKKQLPSWSQSDLTRAVKTIISTLS				NA	NA	NA	NA	NA
AK148_00253	1179	mdrP_1		Na(+), Li(+), K(+)/H(+) antiporter	ATGCCAAAACAAATTTGGCTACTCGTAATTGCAACAACGGTAAATGTCACTGGTGCTTCTTTCTTATGGCCATTAAACACTATATATATGCACAATGAATTGGGGAAAAGCCTTGCTTTTGCAGGGTTTATTTTAATGCTTAATCAAGGTGCATCTATTGCAGGTAACTTACTAGGCGGTATATTGTTTGATAAGTTCAGCCCTTATAAAACGATCCTTTACGGAACAGGGTTAGCAATGATGGCTTCTACCGTTATGGTATTATTGCATCATGACATTGTATATTATTCTATTGCGCTTATTCTAATAGGTTTTGGTTCTGGGATAACGTGGCCTGTTATGTTTGCGATGGCTGGTTCGATTTGGAAAGAAGGAGGAAGACGTGCGTTTAATGCCATATATGTTGCACAAAATTTTGGAGTTGCATTAGGAGCTACTGTCGGTGGCTATGTAGCAAGTATATCGTTTAATTATATTTTTATAAGCAATGCGATTTTGTTCTTTAGCTTTTTTCTTATTGTTTTCATGACGTTTAAACCAATGGACGCTTTTGTAGATCGCCAGATGCATACGACCGTTTTAAAACAGCAAGGAAAGATGAAAGATAAATCAGCCTTTATCTCCTTACTTATTTTATGTGGCGGCTTTTTAATAACTTGGATTGCTTATAGTCAATGGCAATCCACTATTGCTTCCTATACGCAAGATTTACAAATACCATTAGAATTATATAGTACTTTATGGGCAATTAATGGCTTTCTTATTGTGTTAGGTCAACCTCTCATAAAGTTGCTTACCACAAGGGTTACTTCACAAAAAAAGCAAATATATGTTGGCAATACCATTTTTCTTATATCTTTTCTGATTGCTTTATGGTCAGAAACCTTTAGCATGTTTGCCATAGCTATGGTAATCTTAACAGTGGGAGAAATGCTTGTTTGGCCTGCCGTTCCTACTTTGGCAAATGATTTAGCCCCACAAGGAAGGACAGGTTTTTATCAAGGAATAGTAAATAGTATTGGTGCCGCAGGAAGGATGGTCGGACCATTATTAGGTGGGGTTATTGTAGATATGTTTAACATTGAATTGTTATTCTTTATTTTATTAGCACTACTCATTATTCCTTATATAACAACGAGTATGTATGATCGGGGTTTCGTTTTCACTAGAAATACTTGA	MPKQIWLLVIATTVNVTGASFLWPLNTIYMHNELGKSLAFAGFILMLNQGASIAGNLLGGILFDKFSPYKTILYGTGLAMMASTVMVLLHHDIVYYSIALILIGFGSGITWPVMFAMAGSIWKEGGRRAFNAIYVAQNFGVALGATVGGYVASISFNYIFISNAILFFSFFLIVFMTFKPMDAFVDRQMHTTVLKQQGKMKDKSAFISLLILCGGFLITWIAYSQWQSTIASYTQDLQIPLELYSTLWAINGFLIVLGQPLIKLLTTRVTSQKKQIYVGNTIFLISFLIALWSETFSMFAIAMVILTVGEMLVWPAVPTLANDLAPQGRTGFYQGIVNSIGAAGRMVGPLLGGVIVDMFNIELLFFILLALLIIPYITTSMYDRGFVFTRNT				NA	NA	NA	NA	NA
AK148_00254	741	ycsE		5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YcsE	ATGGAGCAAGCAAAGAATATTAAACTTATCGCTTTAGACATGGATGGCACGCTATTAACAAAGGATCATGAAATTACACCGCTTACTCGTCAAGCAATTTCAGAAGCAATGGATAAAGGAATTCATGTTGTATTAAGTACTGGACGTTGGTTGCAATCTTGTTACCCATTTGCGGAATCTTTAGGATTACAATCTTATCTCGTAACAGTGAATGGTGGAGAGATTTGGACGAAAGACAAAGAGCTTGTCGAGCAACATTTGTTTGACGCTAAGAAAATTGAACAGATGTACCATATTGCTGCAGGGCTTGGACTTACGACGTGGATGATCACTACAGAACAAGTATATCGTAATGAGTTGCCAGAAAATGTTCATGAGCTAAAATGGTTGAAATTTGGTTGTGAGTCTCATGACCCAGTCACTTTAGAAAAAATGATTAAAGAGTTATCGTTTATAGATGGGCTGGAAATGACGAATTCCTTACCAACAAACCTAGAGGTAAACCCTGAAGGAGTAAATAAGGCCAAAGGTTTAGAAAAAGTTTGTAACTTGGTTGGAATAACAATGGATGAAGTGATGGCGGTTGGAGATAGTTTGAATGATATAAAAATGATTCAACAAGCTGGAGTAGGTGTTGCTATGGGTAACGCGCAAGAAGCGGTAAAAAAAGCTGCGGATGATATTACAGATGTGAACAACGCAGATGGAGTTGGCAAAGCAATTAGACGGCACGCGCTGTAA	MEQAKNIKLIALDMDGTLLTKDHEITPLTRQAISEAMDKGIHVVLSTGRWLQSCYPFAESLGLQSYLVTVNGGEIWTKDKELVEQHLFDAKKIEQMYHIAAGLGLTTWMITTEQVYRNELPENVHELKWLKFGCESHDPVTLEKMIKELSFIDGLEMTNSLPTNLEVNPEGVNKAKGLEKVCNLVGITMDEVMAVGDSLNDIKMIQQAGVGVAMGNAQEAVKKAADDITDVNNADGVGKAIRRHAL	PGPT0008595_899	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
AK148_00255	183			hypothetical protein	ATGTCTTTTTCACGTGGACCAAAAGAACCGGTTCCAGAAGTGGAAACGAACATTTGGTCATGCACCAGTGACGACTGTCAAGGTTGGATGCGGGAGTCGTATAGTTTTGAGGAGGAACCAACATGTCCGTTATGTAAGTCCACTATGCAAAAGGAAGTAAGGACTCTTCCTGAACTTAAGTAG	MSFSRGPKEPVPEVETNIWSCTSDDCQGWMRESYSFEEEPTCPLCKSTMQKEVRTLPELK				NA	NA	NA	NA	NA
AK148_00256	1524	ald1		Long-chain-aldehyde dehydrogenase	ATGAGGTATGCTAATCCAAATACGGAAAATGCTGTAGTTCATTTTAGGGAAAAATATGATAATTTTATAGGAGGAGAATACATTCCGCCAGCTAATGGAAATTATTTTGAAAATGCAAGTCCGGTAACTGGAGAAGTATTTTGTCAGATAGCAAGGTCGACAAAGGATGATGTAGAAGCTGCATTAGATGCCGCGCATGAGGCGAAAAAGATATGGAGTCAAACCTCAGTAACGGAAAGATCATTGTTGCTTCATAAAATCGCTGACCGAATGGAAGAGAACATGGAAAAGTTAGCTGTTGCAGAAACTTGGGATAATGGAAAGGCAGTCCGTGAACCGTTAGCTGCAGATATACCACTTGCTATCGATCATTTTCGTTATTTTGCAGGTGTGATTCGAGCGCAGGAAGGCGGAGTTAGTCAAATTGATAAAGATACGGTCGCTTATCATTTCCATGAACCTTTAGGAGTAGTAGGACAAATTATTCCTTGGAACTTCCCGTTATTAATGGCTACATGGAAATTAGCTCCTGCACTAGCTGCTGGAAACTGTGTTGTTTTAAAACCAGCTGAACAAACGCCAGCTTCTATTCATGTATGGCTTGATCTAGTGAAAGACTTAATTCCTGCAGGTGTTGTGAACGTGATTAATGGATTTGGTGTTGAAGCAGGTAAACCGCTAGCTTCAAATAGTAGAATTTCAAAAGTAGCCTTTACAGGGGAAACAACTACCGGACGATTAATTATGCAATATGCGTCGGAAAATATCATTCCTGTAACATTGGAGCTTGGTGGTAAATCTCCAAACATATTCTTTGCAGATGTAATGGATCGGGATGATGGTTTTTTAGAAAAAGCAGTCGAAGGGTTTACGATGTTTGCGTTAAATCAAGGAGAAGTATGTACATGTCCATCTAGAGCATTAATTGAAGAAACGATATATGATGAATTTATGGAGCGTGCTATAGATAGGGTCAAACAAATTAAGTTAGGGCATCCATTGGATACTACTACGATGATGGGTGCACAAGCATCTCAAGAACAAATGGAGAAAATCCAATCTTATTTAAATATAGGTAAGCAAGAGGGCGCAGAGGTTTTAATTGGTGGAAATGTACAAAAAGCTGATGACCCTGATTTGAAAAATGGCTATTATGTGGAGCCAACTATTTTTAAAGGGAATAATAAAATGCGCATTTTTCAAGAAGAGATATTTGGACCAGTTCTGTCAGTAACAACTTTTAAAGATAAAGAAGAAGCACTTACGGTTGCAAATGATACATTGTATGGACTAGGTGCAGGGGTCTGGACGAGAAATATGAATACCGCTTACCGTTTTGGTCGAAATATAGAGGCTGGTCGCATATGGACAAATTGTTATCATCAATACCCTGCACATGCAGCATTTGGCGGATACAAAAAGTCTGGTATTGGTAGGGAGAACCATTTAATGATGCTTAGCCACTATCAGCAAACGAAAAACTTGCTAATAAGCTATAGCGAAAGGCCGGCAGGATTATTTTAA	MRYANPNTENAVVHFREKYDNFIGGEYIPPANGNYFENASPVTGEVFCQIARSTKDDVEAALDAAHEAKKIWSQTSVTERSLLLHKIADRMEENMEKLAVAETWDNGKAVREPLAADIPLAIDHFRYFAGVIRAQEGGVSQIDKDTVAYHFHEPLGVVGQIIPWNFPLLMATWKLAPALAAGNCVVLKPAEQTPASIHVWLDLVKDLIPAGVVNVINGFGVEAGKPLASNSRISKVAFTGETTTGRLIMQYASENIIPVTLELGGKSPNIFFADVMDRDDGFLEKAVEGFTMFALNQGEVCTCPSRALIEETIYDEFMERAIDRVKQIKLGHPLDTTTMMGAQASQEQMEKIQSYLNIGKQEGAEVLIGGNVQKADDPDLKNGYYVEPTIFKGNNKMRIFQEEIFGPVLSVTTFKDKEEALTVANDTLYGLGAGVWTRNMNTAYRFGRNIEAGRIWTNCYHQYPAHAAFGGYKKSGIGRENHLMMLSHYQQTKNLLISYSERPAGLF	PGPT0007176_505	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_METABOLISM,PGPT0007176-aldB-K00138	NA	NA
AK148_00257	357			hypothetical protein	ATGGTAGAACGGGTAACAGCGACGAAAGAAGCACTTCAATTGTTAGAAAAGTTGAAACGTGAACATGGCGAATTAATGTTTCATCAGTCTGGAGGCTGCTGTGATGGAAGCTCACCAATGTGCTACCCTCTCCATGAGTTTCGTGTCGGTGATGCGGATGTGTTATTGGGGAGTATTGCTGGGGTGCCATTTTATATATCAAAGGATCAATATGAATATTGGAAGCATACACAGCTTATTATAGATGCAGTTAATGGCAGGGGAGGCATGTTCTCCCTAGAAGGGCCTGAAGGGAAGCGTTTTTTAACGAGATCTAGAGTTTTTACGGAACAAGAACAATTAACTTTAGAACAATAA	MVERVTATKEALQLLEKLKREHGELMFHQSGGCCDGSSPMCYPLHEFRVGDADVLLGSIAGVPFYISKDQYEYWKHTQLIIDAVNGRGGMFSLEGPEGKRFLTRSRVFTEQEQLTLEQ	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
AK148_00258	2013	pbp	COG0768	Beta-lactam-inducible penicillin-binding protein	ATGAGAAAATTAATTGTTATCGCAATCATATTGTTAGTAGGAGCTATAACTGCCTGTTCTGACGATAACGCAACACCAAGCGATCGCTTTTCCAATTATATCAATCATTGGAACGAGAAAGAATTCGATAAAATGTATGCCATGTTAAGCAAATCAGCTAAAGAAAATTATCCAACAGAACAATTCGTCGATCGTTATAAAAAAATTTATCAGGATTTAAATGTTTCTGATTTAAAAATTGAAGCAGAACCATTGAGTGATAAAGAAAGTGAAAAAGCGATGAAAGATGGAAAAGTATCCATTCCTTTTTCCGTAAGCATGAAAACAACAGCAGGTCCTATATCTTTTGATTACGAAGCAAATCTAATCAAGCAAGAGGATAAGGATAAAGAAAACTGGTATGTAGATTGGGACACTGGTTTTATTTTCCCAGAAATGAAAGATAGCGGTGAGCTCCGGATTGATTCTACAACACCTGCTCGAGGCGAGATTCGTGATCGCAATGATATGCCTCTTGCGATGAATGATACCATTTATGAAATAGGAATTGTACCTGAGAACCTTGGGGAAGATGCAGAACAAAACAAGAAAAAAATCGCCCAACTACTTGGACTATCTATTGAATCAATTGACGAAAAACTGAATGCCAGTTGGGTAGAGCCAAATTTATTTGTGCCAATAGCAAAAATTACGAAAGAGGATGAAGCGCTCTGGAATGAGCTTGTTGCTATCAATGGTATTACTAGGCAAGAAACGACAGGACGAATCTATCCAGGGGGAGCAGCTACCGGAGCACTCGTCGGTTATATCGGACAAGTAACTGCAGAAGAGTTAAAAAAACAGAAGGAAAATAATTACTCTGCACAAGATACTATTGGTAAAAGAGGATTAGAAAAATTATATGAAAAACAGCTACGCGGCATAAAAGGGAGTACTGTTAAAGTTATAAATGATGGAGAAGAGACGATTCTCACAGAAAAAGAGGCCAAAGATGGCGAGAATGTAAAGCTAACCATCGACATAAATGTGCAGGAGAAAATCTATAACACACTAGATGGCGATAAGTCTACAACCTCTGTCATAGATGCAAAAACAGGGGAAACGCTTGGCTTAGTATCCAGCCCTTCTTTTGATCCAAATGAGATATTATATGGATCAACAGCAAATATTTGGAAAAAACTAGAAGAGGACAAAGAAAATCCACTCTTAAATCGTTTTTCTTCCACCTATGCTCCTGGATCGGTAATTAAACCAATTACTGGGGCAATTGGAATGAAAAATGGAACGATTGATCCAAAAGAGGGGTTAAAAATAAGTGGTCTTACTTGGAGTAACGGAGAAGGCTGGGGAGATTATGAGGTAACACGTGTATCCGAATCAAACGGCCCTGTTGACCTACATGATGCTATCGTTCGATCTGATAATATCTATTTCGCCATGCAAGCTGTCGATATGGGTGCAAAAGCTTACGTTGAAGGACTGAAAGCATTCGGCTTAGGTACGGATTTCCCATTTGAATACCCGATTACAGCATCTTCTATATCCACTTCAGAAAAGCTAGATGATGAAGTGCTACTAGCAAATACAAGCTATGGTCAAGGCGAAGTAGAAATGAGCTCGTTACACCTAGCTACAGCTTATACAGCATTTTTAAATGACGGGAACATGCTAAAACCAACTTTATTAACAAGTGAAGAGAAGGCACAAGTGTGGAAAGATAAATTAATTACACCAAAGCAAGCGGACATAATCAAAGAAGCACTGCGAGATGTTGTTGTAGATGGAACAGCAAAGCGTTCTGCAAAAAATGCTAAATTCCCTGTTTCGGGTAAAACGGGGACGGCTGAGTTAAAATTAACTAGTGATAGTGACGGTCAGGAAAACGGTTGGTTTGTTGGTTATCCTACAGACGATGAAGACATTATTGTTTCTATTATGATTGAAGAAACAAAAGGCAATAGTGGTCTTTCTACAGAAAAGGCAGTAGAAATACTCCATAAAATGAAAGAATAA	MRKLIVIAIILLVGAITACSDDNATPSDRFSNYINHWNEKEFDKMYAMLSKSAKENYPTEQFVDRYKKIYQDLNVSDLKIEAEPLSDKESEKAMKDGKVSIPFSVSMKTTAGPISFDYEANLIKQEDKDKENWYVDWDTGFIFPEMKDSGELRIDSTTPARGEIRDRNDMPLAMNDTIYEIGIVPENLGEDAEQNKKKIAQLLGLSIESIDEKLNASWVEPNLFVPIAKITKEDEALWNELVAINGITRQETTGRIYPGGAATGALVGYIGQVTAEELKKQKENNYSAQDTIGKRGLEKLYEKQLRGIKGSTVKVINDGEETILTEKEAKDGENVKLTIDINVQEKIYNTLDGDKSTTSVIDAKTGETLGLVSSPSFDPNEILYGSTANIWKKLEEDKENPLLNRFSSTYAPGSVIKPITGAIGMKNGTIDPKEGLKISGLTWSNGEGWGDYEVTRVSESNGPVDLHDAIVRSDNIYFAMQAVDMGAKAYVEGLKAFGLGTDFPFEYPITASSISTSEKLDDEVLLANTSYGQGEVEMSSLHLATAYTAFLNDGNMLKPTLLTSEEKAQVWKDKLITPKQADIIKEALRDVVVDGTAKRSAKNAKFPVSGKTGTAELKLTSDSDGQENGWFVGYPTDDEDIIVSIMIEETKGNSGLSTEKAVEILHKMKE	PGPT0023945_142	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023945-pbpC-K21467	NA	NA
AK148_00259	939	tagU_1	COG1316	Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagU	TTGAGTACGAGAATGGAGAAAAGCAAAAAGAAACGGAAATGGCCGCTATGGCTAGGTGGCATCTTCATAGCCATTCTGTTAATTGTAGGAGCAACTATTTTTTACATTTGGAATCAAATTGATAACACAGTTGACACGATGCATAACCCACTTTCACGTGACAATGATCCAGAACGACAAAAAGAACTCGAAGCTATCTTTAAAGATACAAAAGCTGTGAACGTTTTACTGCTCGGAGTCGATGAACGAAGCGGGGATAAAGGAAGATCGGATACGATGATCCTTTTATCGCTTAATCCAAAAACGAATGCAATGAAAATGATAAGTATCCCCCGTGATACATATGTCAACATTCCTGGTAGAGGAAAAGATAAAATTAATCACGCATATGCGTTCGGAGATGTAGAACTATCCGTCCAAACCGTGGAGGAAAACTTTAATATTCCAGTACATTACTATGCCAGTGTCAACATGGAAGGTTTTAAACAAGGGATTGATGCATTAGGTGGAGTGACCGTCACGAATAAGACCGCTTTTTCTCAAGGGGGTTCTAAATTTCCAAAAGGTGACGTGCAATTAAACGGAGAACAAGCATTAGACTACATACGGATGCGAAAAAATGATCCCAGAGGTGACTTAGGTCGTAATGAACGACAGCGCGCAGTAATCATGGCTGCTATTAATAAAGGAGCTAGCTTTTCAAGCATTACTAAGTTTGGAGAAATACTTACCATACTCGGGGATAATGTCAAGACGAATTTGGACATGGATGATATGCAGACGTTATTCAGCAACTATCGAAACACGAGAAATAACATATCCACGATAGAAATGAAAGGGAACGGTCAAATGATTGGTGGGGTTTGGTTTTATGTTGTCCCTGACTCGGAGTTCAGTCGTGTACAGTCTGAGATTAAAACGCATATGGATGCGAAATAG	MSTRMEKSKKKRKWPLWLGGIFIAILLIVGATIFYIWNQIDNTVDTMHNPLSRDNDPERQKELEAIFKDTKAVNVLLLGVDERSGDKGRSDTMILLSLNPKTNAMKMISIPRDTYVNIPGRGKDKINHAYAFGDVELSVQTVEENFNIPVHYYASVNMEGFKQGIDALGGVTVTNKTAFSQGGSKFPKGDVQLNGEQALDYIRMRKNDPRGDLGRNERQRAVIMAAINKGASFSSITKFGEILTILGDNVKTNLDMDDMQTLFSNYRNTRNNISTIEMKGNGQMIGGVWFYVVPDSEFSRVQSEIKTHMDAK	PGPT0023440_3145	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
AK148_00260	153			hypothetical protein	ATGGGTGAGCAGGAAAAGTATAAAAATTTATTAAAAAAGGTTATTCAAGAAACAGAGAATCAAAATATAAACTCTTCACAAGAAATGGTGAACATGCTTGTTAAAGAATTAAGGAGTATTACGTTAACAAGTTCAGTAGCACCTAAACCTTAA	MGEQEKYKNLLKKVIQETENQNINSSQEMVNMLVKELRSITLTSSVAPKP				NA	NA	NA	NA	NA
AK148_00261	1206	nagA	COG1820	N-acetylglucosamine-6-phosphate deacetylase	ATGGATAAAACTTTGCCTATGTTCATTAAAAACGCTACTATATTCACAGAAACGACAATCATCAAAGATGGCAGTTTGCTTTTAGATGGAGGGAAAATTAGTTCTGTTCACCAACATGGTGATTTTCCATCTTGTTTACCTGAAGCAACACAAGTGATAGATGCAAATGGTTTATCTGTAATCCCAGGCTTTATTGATGGACATATTCATGGTGCGAATGGTTCAGATGTGATGGATGCTACGGAAGCAGCTATAGATACGATGAGTAAAACGCTTCCCAAAGAGGGGACGACTAGTTATTTAGCGACAACGATTACACAGTCTCCTGAACAAACGGAAGCGGCTTTAAGAAATATACGTGATTACGTCAATAAAATTGGTCAAGCAGAAGTTGTTGGGGTGCATTTGGAGGGGCCATTTATTGAAAAGAAAAAAGCGGGTGCTCAGCCATTACAATACATTAAAGATCCCGACATAGACGTATTCAACCGCTGGCAGGAACTATCTGGAAACAAAATAAAAACGATTACAATGGCTCCAGAGCTTGATTCGAATGGAGCGTTTATAAAAAAATTAGCTGCTGATGGGGTCAATGTGTCTGCAGGTCATACGAATGCTACCTTTTCTATGATGCAACAAGCTGTAAAGCATGGGGTTAAGCAAGTTACACATCTTTGTAATGCTATGAACGGTATTCATCACCGTGATATTGGCACAGTTGGTGCAGCAATGCAACTAAAAGAGATACGTGCGGAACTCATTGCAGATGGTATTCATGTTGTACCAGAAATGCTGCAACTTATTTATCAAAACATTGGTAGTAAGCGACTACTTTTAATTACAGATGCGATGCGGGCAAAATGTTTACCTGCTGGTGAGTATGAGTTAGGTGGACAGCCCGTACATGTTTCTACAGATAGAGCAGTATTAGAAAATGGTACTTTAGCGGGAAGCATTTTAAAGATGCAGGAAGGTGCGCAAAACATGTTGCGTTTAACAGAAGCTTCCATGCATAACATTATTGAAATGACTGCTGTAAATCCTGCCAAACAAATAAACATATATGATCGAAAAGGTAGTATCACACCAGGAAAAGATGCCGATGTTCTCATTGTGGATGAACAGCTAGATATAAAGTATACATTTTGCAGAGGGAAAATAGCATTTAAAGGAGATAGAGAAAATGGAATTAATGAAGGTTCGTAA	MDKTLPMFIKNATIFTETTIIKDGSLLLDGGKISSVHQHGDFPSCLPEATQVIDANGLSVIPGFIDGHIHGANGSDVMDATEAAIDTMSKTLPKEGTTSYLATTITQSPEQTEAALRNIRDYVNKIGQAEVVGVHLEGPFIEKKKAGAQPLQYIKDPDIDVFNRWQELSGNKIKTITMAPELDSNGAFIKKLAADGVNVSAGHTNATFSMMQQAVKHGVKQVTHLCNAMNGIHHRDIGTVGAAMQLKEIRAELIADGIHVVPEMLQLIYQNIGSKRLLLITDAMRAKCLPAGEYELGGQPVHVSTDRAVLENGTLAGSILKMQEGAQNMLRLTEASMHNIIEMTAVNPAKQINIYDRKGSITPGKDADVLIVDEQLDIKYTFCRGKIAFKGDRENGINEGS	PGPT0018860_603	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
AK148_00262	726	nagB	COG0363	Glucosamine-6-phosphate deaminase 1	ATGGAATTAATGAAGGTTCGTAATTATGAAGAGTTAAGTGAACGTGTCGGAGAAATGGTTATTGAAAAAGTAAATGCGCTTGAAAAACCAGTACTAGGTTTGGCAACAGGATCTACTCCGGAAGGATTATATGAGTATTTAATTAACCAATATAAAGCGGAAAAAGTATCATTTGAACATGTTGTTACTTTTAATCTTGATGAATATGTAGGTTTGGAAAAAGAAGATATTAATAGCTATAACTACTATATGAATGAAAAACTATTTAAACATATTGGTATACCAGCTCAACAAACATACTTGCCAAATGGTAATGCACTTGATCTTAACGAAGAAGCTATAAATTATGAAAAACGTATTAAACAGGCAGGTAATATAGATTTGCAAATTCTTGGTCTAGGTTTAAATGGGCATATTGGTTTTAATGAACCAGGAACTCCGTTCACAAGCAGAACGCATATTGTGCAACTGGATGAGTCTACGCGTCAAGCAAATGCACGTTTTTTTATATCGCTTGATGAAGTACCTACGCAAGCAATAACAATGGGAATTGAAACCATTATGGAGAGTGAGCAAATTGTATTGCTTGTCTCAGGGGAAGGAAAAGCGGGAGCATTGAAACGAGTAGTAAATGGTGAAGTAAGTGAAGGATTTCCGGCTTCCATATTGCAAAAGCATAATAATGTTATTATTATAGCAGATGAAGCGGCGTGTAAGTTACTTTAA	MELMKVRNYEELSERVGEMVIEKVNALEKPVLGLATGSTPEGLYEYLINQYKAEKVSFEHVVTFNLDEYVGLEKEDINSYNYYMNEKLFKHIGIPAQQTYLPNGNALDLNEEAINYEKRIKQAGNIDLQILGLGLNGHIGFNEPGTPFTSRTHIVQLDESTRQANARFFISLDEVPTQAITMGIETIMESEQIVLLVSGEGKAGALKRVVNGEVSEGFPASILQKHNNVIIIADEAACKLL	PGPT0018865_2783	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
AK148_00263	633	yigZ	COG1739	IMPACT family member YigZ	TTGCTCGATCGTTATTATACTGTAAAACGAAAAGGACAAGACGAAATTGTAATACAAAAATCTCGGTTTATCGGATATGTTAAAAGAGTTGAAACGGAAGAAGATGCGCAAAAATTCATTCAAGAAATAAAGAAAAAACATCATGATGCAACACACAACTGCTCTGCTTATATAATAGGGGAGCACGACCAAATTCAAAAAGCGAATGATGACGGAGAACCTAGCGGAACAGCAGGAGTGCCTATTCTAGAAGTACTGAAGAAACAAAAATTGAAAGATACTGCAGTTGTTGTCACACGTTATTTTGGAGGTATTAAGCTTGGAGCAGGTGGTCTCATTCGAGCATATGGGAGCACAACTTCACAAGCAATTAAAACAACTGGAGTGGTTAAGCGCCAGCGCATGCAAGGGTATACGGTGACTGCGGATTATGGATTATCTGGTAAATTAGAACATGCTCTACGACAAGCGGAATACATTTTACACAAAACAGAATACACAGATCAAGTCACATACCATGTTTATGTCGAAGTAGGAGCAGAAGCAGATTTTGAAGCTTTTATAGTTGAATTAACCAATGATCAAGCAAGAATAAACAAAACAGATACGACTTACCTTGAAATAGACGTATAA	MLDRYYTVKRKGQDEIVIQKSRFIGYVKRVETEEDAQKFIQEIKKKHHDATHNCSAYIIGEHDQIQKANDDGEPSGTAGVPILEVLKKQKLKDTAVVVTRYFGGIKLGAGGLIRAYGSTTSQAIKTTGVVKRQRMQGYTVTADYGLSGKLEHALRQAEYILHKTEYTDQVTYHVYVEVGAEADFEAFIVELTNDQARINKTDTTYLEIDV				NA	NA	NA	NA	NA
AK148_00264	1140	degS		Signal transduction histidine-protein kinase/phosphatase DegS	ATGGCGCAAAGAATTAGTGATCGAGTTTTAGATTATATTATTCATGAGATGATTGAAGTAGTGCAAAATAGTAAAGATGAAATTTTTAGTATTAGTGAAGAAGCAAGAAAAGAGCATGAACATCTTGTGAAAGAGTTGCAAGATACAAAAATAAGGGTAGCACAACATATTAATGATGGTGACGATTTGGAACAAAAAGTTCGCTTTTCTCGTAGGAGACTAGCTGAAGTGAGTAAGCATTTCGATAGATACACGGAAGCCGAGATAAGAGAAGTATATGAAAAGACACATGCTATGCAGACTAAACTAGCCATGTTGCGTCAGGAAGAAAGTGTACTGCGTGAAAAAAGAGATGATTTAGAGAGAAGATTAGTTTCTCTTGCACAAACCATTGAACGGGCTGAAGGGTTAGCTGGTAAAATATCTGTGGTTCTTAATTATTTACATGATGACTTTAAACAAGTAAATGAAATGCTTGAAGAAGCAAAAGAAAAGCAGGAGTTTGGCTTAAAAATTATTGAAGCCCAGGAAGAAGAACGACGGAAAATTTCCAGGGAAATTCATGATGGACCGGCACAAATGCTCGCGAATATTTTATTGCGATCTGAACTGGTAGAGCGTACTTTTCTTAACCAAGACGTAGATCAAGCGCTGGTAGAAATCAAAAGTGTGCGTGAGATGATACGAACCTCCTTATACGAAGTAAGAAGAATTATTTATGACCTCCGTCCGATGGCTTTGGATGATTTAGGTTTAATTCCTACCATGAAAAAATATATCTCTACCACCGCAGACTATAATAATTTGAAAATTGAATTTCATGCATTTGGAGAGAAAAAGCGATTGCATCAAAAATATGAAATTGCTGTTTTTCGATTAGTACAAGAAGCTTTACAAAATGCTGTAAAACACGCAGAAGCTTCTTTAATTCAAGTGAAATTGGATATAGGAAAAAGTGATTTAACGATGGTAATTAAAGATAATGGGGTAGGGTTTGACCCTTCTTTAAAAAAAGATAAATCATTTGGATTAATTGGTATGAGGGAGAGAGTGGAGATGCTTGAAGGTGAAATGAATATCTCTTCAAGTATAGGAAAAGGAACAACTATTTACATAAAGGTTCCTTATACGTCTGTATAA	MAQRISDRVLDYIIHEMIEVVQNSKDEIFSISEEARKEHEHLVKELQDTKIRVAQHINDGDDLEQKVRFSRRRLAEVSKHFDRYTEAEIREVYEKTHAMQTKLAMLRQEESVLREKRDDLERRLVSLAQTIERAEGLAGKISVVLNYLHDDFKQVNEMLEEAKEKQEFGLKIIEAQEEERRKISREIHDGPAQMLANILLRSELVERTFLNQDVDQALVEIKSVREMIRTSLYEVRRIIYDLRPMALDDLGLIPTMKKYISTTADYNNLKIEFHAFGEKKRLHQKYEIAVFRLVQEALQNAVKHAEASLIQVKLDIGKSDLTMVIKDNGVGFDPSLKKDKSFGLIGMRERVEMLEGEMNISSSIGKGTTIYIKVPYTSV	PGPT0014285_333	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS_SIGNALLING,PGPT0014285-degS-K07777	NA	NA
AK148_00265	693	degU	COG2197	Transcriptional regulatory protein DegU	ATGACTGAGGAAAGAAAAATACGTATTGTTTTAATAGACGACCATAAATTATTTCGTGAAGGCGTAAAAAGAATATTGGATTTTGAATCGGCATTTGAAGTAGTGGCAGAAGGTGATGACGGTTCAATGGCTGCCAAACTTGTAAAGGAAAATAATCCAGATGTCGTGTTAATGGATATTAATATGCCAAATATGAATGGAGTTCAGGCAACCAAGGATCTTGTCCGTTATTTTCCAAATACAAGCGTCATTATTTTATCTATCCATGATGATGAGAGCTATGTTACCCACGCTCTAAAAACTGGGGCACAAGGTTACTTATTGAAAGAAATGGATTCAGAGGCATTGATCGAAGCGATTAAGGTTGTCAGTGATGGCGGTTCTTATCTGCATCCAAAAGTGACACATAACTTAGTGATGGAGTATCGTAGACTAGCAAAAGACAATCTATCGTCATTAGCGGAAAATGGTATAGAGTATAGGCAACCACTCCATTTACTAACAAAAAGAGAGTGCCAGGTATTACAATTATTGGCAGATGGTAAAAGCAATCGAGCTGTAGCTGAAACACTTTATATTAGTGAAAAGACTGTAAAAAACCATGTAAGCAATATTCTACAAAAAATGAATGTAAATGATAGAACGCAGGCTGTTGTTGCTGCTATCCGTAAAGGGTGGGTAGAAGTGATTTAG	MTEERKIRIVLIDDHKLFREGVKRILDFESAFEVVAEGDDGSMAAKLVKENNPDVVLMDINMPNMNGVQATKDLVRYFPNTSVIILSIHDDESYVTHALKTGAQGYLLKEMDSEALIEAIKVVSDGGSYLHPKVTHNLVMEYRRLAKDNLSSLAENGIEYRQPLHLLTKRECQVLQLLADGKSNRAVAETLYISEKTVKNHVSNILQKMNVNDRTQAVVAAIRKGWVEVI	PGPT0012750_105	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
AK148_00266	846	degV	COG1307	Protein DegV	ATGAAAGTTGCTGTAATGACAGACAGCACGGCCTATATACCCAAAGAAATACGGAATAAATTTAATATACATATGGTGCCATTAAGTGTCCAGTTTACGGATACTTCTTTTCAGGAAGAAATTGATATTACAACGGAAGAGTTTTATCAAAAATTAAAGGAAACGAACGAACTGCCAAAAACTTCACAGCCTTCGATCGGTTATATAACAAATGTTTTAGAGGATTTGGCTAAAGAATATGATGCGGTTGTTTCCGTCCATCTTTCTAGTGGTATTAGTGGTACATATCAGGCGGTAGTAAGTGCTGGTGAAATGGTAGACGGAATTGAAGTTTATGCATATGATTCGGAAATTAGTTGTATGGCGCAAGGTTTTTATGTATTAGAAGCAGTAGATATGGTGCAAAAAGGAAAACAGCCTAAGCAAATTATCCATCGATTCGATGAGATGAAGCAAACGATGCGTGGATATTTTATGGTAGACGATTTAAGTAATCTACATCGTGGAGGACGTCTTAATGGGGCACAGGCCATTTTAGGTAGTGTGCTACAAGTAAAGCCAATTCTTCATTTTGTAGATAAAATAATCGTGCCATACGAAAAAATTCGTACCAAGAAAAAAGCGCTACAGCGGATACTTGATATGCTGGAAAAAGATGCTTCTGAAGGTGGGGCAATCAAGGTAGCTTTTGTTCATGCAAATAATGAAGTTGACGCTCTTGATTTGGAACAACGATTTTTAAAAAAATACCCTGACGCTGAAACGACGATCAGTTATTTTGGACCTGTTATTGGCACACATCTTGGAGAAGGTGCATTGGGTGTGACATGGTATAAGCAGAAATAG	MKVAVMTDSTAYIPKEIRNKFNIHMVPLSVQFTDTSFQEEIDITTEEFYQKLKETNELPKTSQPSIGYITNVLEDLAKEYDAVVSVHLSSGISGTYQAVVSAGEMVDGIEVYAYDSEISCMAQGFYVLEAVDMVQKGKQPKQIIHRFDEMKQTMRGYFMVDDLSNLHRGGRLNGAQAILGSVLQVKPILHFVDKIIVPYEKIRTKKKALQRILDMLEKDASEGGAIKVAFVHANNEVDALDLEQRFLKKYPDAETTISYFGPVIGTHLGEGALGVTWYKQK				NA	NA	NA	NA	NA
AK148_00267	2499	smc_1		Chromosome partition protein Smc	ATGGGAAAATCAGGTTATATTTCCGCAGAAATAAAACGTATTTTCCAAAATAAACATGTAATTCTTACCGTCTCTTTAGCTATATTCGTCCCACTTCTATATGCAATGATTATGTTGTCACCAAAATGGGGGCCTTATGACAATACGAATAACTTACCAGTAGCAGTAGTGAACAATGACCAAGGTGCGATGTCAGATGGTGAGCGTCTAAACATCGGCGATAGTTTAATGGCTAGCTTGAAGGAAAACGAATTGCTAGGCTGGGAGTTTGTATCGTCCAAAGAAGCGAAAAAAGGCATGGATAATATGAAATATTATATGATGATTGAAGTGCCAGAAAACTTCTCAACAAAAGCCTTGACCGTTCTGGATGAAGAGCCAATAAGACCTACATTACAATACACGCAAAATGAAGGGCTACACTTCATGGCAGCACAAGTTACTGATAAAGCTGCTGAATCAATAAAAACGCAGTTATCTACACAAATAACCACAACATATGTAGAAAATGTAGTCTCTCAATTAAAAGAAGTATCAGGTGGATTTACAGAGGCCTCAGATGGCGCGAAACAAATCAATCATGGGTCTAATGAACTAAAAAATGGGTCTGAGCAAATTCTCGATTCTTTAAATGAAAAATCCTCCGATATCAAACGATTAGCAGATGGAGCTCAACAATTAGAAGATGGGTCCCAAACGATGAAAGAATCGCTAGTTTATAAACAGAAAGATATAACAAGTCTTGCTAACGGTGCGCGAGAATTAAATATAGGAACAGGCACACTTTTAAGCAACTTACAAAATAAAACAAATGATGTCACAAAATTAGCTGATGGCTCTTCACAGGTACATGAAGGAACGATACAGTTAATGAACGCTTTACAAGAAAAATCAGCTGATATTACTCGTCTATCGAATGGGGCTTCCGAATTAGCAGATGGAGCGAACGAACTGCACACTGGTTCCACAAATTTATTGTCAGGCGCAAAACAAGCAAAAGTTGGAACAACACAACTAAAAAATGGTCTTAGTGAAAGGATTATCCCCGGAAGCGAACAATTAGCGACAGGTGTTCAACAAGCCCAAGCAGGTGTTCACGATACCATTCAATCCATGCAAAGCTTACAAACAGCGCTGCAAGAATTACCCAACAGTGTTGACGGGCTAGAAGATAATGCTTTATACAACATCATTATGGCTCAATTAAATGAAAATTTAAAAACAAGTCCACAAAAACAAAAAGATTTTCAAAAGCTTGTTACCGGAGCAAATCAATTACGAGACGGCATAAAAAATGAGTTGAGTGCGGGTGTGACCGATTTGAACAACGGTCTTGAGCAACTTGTAGAAGGTCAACAGCAATTTCAAAACGGTATAATCGAACTAGAAGAAGGAGCGAATGAAGTAGCAGCTGGGAATAAAACCGTAGAAACAGGATGGAAAGAGTTACAGACAAACGTAGCTACACTACAGGAAGGAACCAAGCAAATTAAAGACGGTAATCTAACTGTAAAAAGTGGGTGGAGTGAACTTACAGCTGGTACGAAACAATTGCATAATGGCTCCAGACAAGTACGCGATGGAAACAAAACAGTAGAGAGTGGGTGGCAAGAATTGTCTGCTGGTGCAATAGAACTGGAAGATGGTTCTAGTCAAGTACGCGCAGGAAATCAAACTGTAGAAGAAGGCTGGGAAACATTAACCGACGGGGTTACACAAGTAGACGGGGGCCTAGCAGAATTATCGGATGGAAGTGAAGAATTACAAGCAGGTTTAGAGGGAGGCTCTACGCAAACGAACAATTTAAACCTTGCCGAAGAAAATATTTCCATGTTTGCGGAACCTGTTGTTTTAGATGGAGAAGTAATGAATAGTTTTCCTTTTTACCGTGATTCAAACGCACCATACATTTTAACATTAGCGCTTTATGTTGGTATTTTAATTATGTCCTTTGCAGTTAAATATCGCAATCCTGTTATTATTCCCCCATCAGCAACAGCTTGGTTTACTGGCAAAGCGATAAAGCTAATAATGCTTGCTATTCTACAAGCATTAATCCTATCTTTATACACACTCGTATTCCTAAATTTAGATGTACAAAGTGGTGTTTCTTTCGTCTTGTTGTCTATCATGGTAAGTTTAACTTTCTTAATGATTATTTTATTCTTAGTAAGTGCAGCTGGAAATGTTGGGAGATTTATAGCATTGGCATTCGTTATCCTGCAATTGCCCACAACCGGGTCATCTTTACCAATTGATATGCTCCCAGAAGAATTACGTCAAATGAGTACCTTCTTACCGTTCACGTATTCGCTTGAAAGTTACCGAAGTATTATAACTTTAGGCATAACCTCCAATACATGGGAGAGCGTTGGCGTGCTATTCCTATATTTTAGTATTTTCACATTACTTTCTATGATTGTGTTCTATATTCGATTTAAATCTATGAGAAAACAAATGCATTATCAAAATAGTAATGCTAAGGAATCCGTTAGCTAA	MGKSGYISAEIKRIFQNKHVILTVSLAIFVPLLYAMIMLSPKWGPYDNTNNLPVAVVNNDQGAMSDGERLNIGDSLMASLKENELLGWEFVSSKEAKKGMDNMKYYMMIEVPENFSTKALTVLDEEPIRPTLQYTQNEGLHFMAAQVTDKAAESIKTQLSTQITTTYVENVVSQLKEVSGGFTEASDGAKQINHGSNELKNGSEQILDSLNEKSSDIKRLADGAQQLEDGSQTMKESLVYKQKDITSLANGARELNIGTGTLLSNLQNKTNDVTKLADGSSQVHEGTIQLMNALQEKSADITRLSNGASELADGANELHTGSTNLLSGAKQAKVGTTQLKNGLSERIIPGSEQLATGVQQAQAGVHDTIQSMQSLQTALQELPNSVDGLEDNALYNIIMAQLNENLKTSPQKQKDFQKLVTGANQLRDGIKNELSAGVTDLNNGLEQLVEGQQQFQNGIIELEEGANEVAAGNKTVETGWKELQTNVATLQEGTKQIKDGNLTVKSGWSELTAGTKQLHNGSRQVRDGNKTVESGWQELSAGAIELEDGSSQVRAGNQTVEEGWETLTDGVTQVDGGLAELSDGSEELQAGLEGGSTQTNNLNLAEENISMFAEPVVLDGEVMNSFPFYRDSNAPYILTLALYVGILIMSFAVKYRNPVIIPPSATAWFTGKAIKLIMLAILQALILSLYTLVFLNLDVQSGVSFVLLSIMVSLTFLMIILFLVSAAGNVGRFIALAFVILQLPTTGSSLPIDMLPEELRQMSTFLPFTYSLESYRSIITLGITSNTWESVGVLFLYFSIFTLLSMIVFYIRFKSMRKQMHYQNSNAKESVS				NA	NA	NA	NA	NA
AK148_00268	1242			hypothetical protein	ATGAAGAAGGAGGAGATTCTCATTCATAAATTCCCAAAAAAATTAATCATGGTATTGTTGAGTATTTTTATTGTGTTTTTCTATAGTGGTGGGATGAAGACGGCTCATGCTCAAGAAACGACAAAATCATTTAATTATGTATGTACAGCCAATACTTCTTTTGGTGAGATCGCTATTAATATGAACGTTACACCAACTGCCACAGTACCAAACAAAGTACAAGCCAATCAGGAGTTTTCTGTTTCTAATATACAAACTACGATTGGTGTAGACTTAACCGGACAAATCGAACCATTAAAGGGATTTATTAACCCATTTAACGGTCATGTAAATCAATTGGACCTAACATCGTCAAATGAAACAGTGAATGTGTTTGGTTCGGAAGGAGTGGCTATTCCCGAGACCCCATTTGATCCCAACGATACCCAGATTTCCTTTCAAATTAGTGGCAATGATACAAGTTTCAATGCAGGAGAGAATGATGTAAACATTCATGTAGGTGAAATAGAAGCAGAAATTTATGCAAAATTAGGCACGACACCAATTGATCTACCTGTCACTTGTACGCCTCCAGAAGATACACTGTTTACAACAGTAAAAGTGGAAGAAAAGCTGGATAATCAAGCACCAGTTATTACGTTAAAGGGTGATAACCCAATGAGTATAAAAGTGGGTGAAACATACAACGATCCAGGAGTCATGGCTAAAGATGAAATAGATGGGGACCTAACTAAGCAAGTCATAGTTTCTGGTGATGTGAATACTGAAAAACCAGGGGAATACAACATTACATATACAGTAGAAGATAAGGCTGGAAATCAAGCGACAGCTACTCGGACTGTATATGTAGAAGCTACAGAACCAGATGACGATGAAAATCCGGGCGGTGGTGAAAAACCTAGTGACGATGAAAAGCCGGGCAATGGTGAAAAGCCGAGTGACGGTAAAAAGCCAGGTGATGGTGAAAAACCTAGTGACGGTAAAAAGCCAGGTGATAATGAACAACAGGATGATGGCGAAAAACCGGGTAATGGTGAAAAAACTGATGACGGTGAAAAGCCAGGAGATGATGAAAACCCAGAAGAAAATAATTTAAGTGCAGGAAATAATGACAATAAACCTGGTAGTGGCGCAGTGCTTCCAAATACAGCAACGAACATACCGTTCACATTATTAATTGGTGCAATACTTCTAGCTGCAGGCGCTTCCATACCTTTGTTTAGAAAGTATATTTTTAATTAA	MKKEEILIHKFPKKLIMVLLSIFIVFFYSGGMKTAHAQETTKSFNYVCTANTSFGEIAINMNVTPTATVPNKVQANQEFSVSNIQTTIGVDLTGQIEPLKGFINPFNGHVNQLDLTSSNETVNVFGSEGVAIPETPFDPNDTQISFQISGNDTSFNAGENDVNIHVGEIEAEIYAKLGTTPIDLPVTCTPPEDTLFTTVKVEEKLDNQAPVITLKGDNPMSIKVGETYNDPGVMAKDEIDGDLTKQVIVSGDVNTEKPGEYNITYTVEDKAGNQATATRTVYVEATEPDDDENPGGGEKPSDDEKPGNGEKPSDGKKPGDGEKPSDGKKPGDNEQQDDGEKPGNGEKTDDGEKPGDDENPEENNLSAGNNDNKPGSGAVLPNTATNIPFTLLIGAILLAAGASIPLFRKYIFN				NA	NA	NA	NA	NA
AK148_00269	1494			hypothetical protein	ATGCGGTTAGACCAATATATGGATACTTTTTTTCAGTATGGTTTACGTTTATTAAGAGAAAACCAAAAACAAATTGAGTATCATTGGAAACAAGTTTCAGGGTATTTTGAAAGTGGTGAAACGAAGTTAGCAAAAATCCCTATTTCATTACAAATGCTTTCAGATTTAATCTTTGATTCTCAATATGATAAAGAAGCTTTATTAATTAAAATAAACGAAGTTGGGAAGAGAGAATCTGTAAGTCAACCCATGAACCAATTTGTTATTACTTTAATGGAAATTGCTGTCCATAGGGTAGTTAAACGGAAGTCAAAATATGATTATAGTGATCTGCAAGCCATTCAATATGTGTTTATGAAGATGCGGGACCATATGCTTAAAGATAAACATGATTTTCTATTTACTATAGATGATTTTCTTGATCAACTTGTAAATTCGGAACAATTTCCAATTGATTGGATAGCAGTCGTGGAAAAAAGTGAGCAAGTATTTTACATCAGCAAATGGTTTCAGAGTAATAAACAATCGAACCGTCCATCTCATGATTTTAAAGCTAGCACCTTTTTTAATTTAACAGAAGAATTATTAAAAAGTATGCCATATTCTAATAACAAAAATACAATTACCATACCCTATAAGTATAGTACACTTTTAATATGTATAGATAGAAAAGGAGCTGGCTATACGATTCCTTTTATAAACTATATACTGCAATTATTTGAAAACAGTTCAAGGAGATTAAAGGTGCCTTGTCAAGAACAGCAATGGAAGGACTCTGTTATTATGTTTTATGAATCCATTATTCAAGCAAAAACATTTGATGAATCTGTGAAATTAGTTACACAAGGCTTCGTTAATTATTTACCTTTTGAAAGATGTGGTGTTTTTTCCTATTCATCAGATGATAGAGTGGGAAGTGGCTTGTTAGGTCATCAATTTGATAATAAGGCAATTCAAGAAATAATAGAGGATGTACGAAATATTCCTTTGATTGACAAAGGAATGAAGTTATTGCAGCTGTTTGGAGAAGGGATGAAATATCTGCAGCCTCTTTTCATTACGGATGCAAAGGAAAGCTTTCCTATTGAATACATTAATAAATTTCAATTGAAGTCTATTGTTGTAGCTCCGCTGTATCAACCTTCAAATAATAGGCTTATAGGTGCAGCTATTCTTGATCAAGGGCCTTATAGCCAATTTTCTATCTCTCAAGACGCATATACGGCTTTACTTAAATTTGGACAAAGTGCAGGAGAAGTGATTGGAAAGTTCGAAAAAAAACCGCTTATAGATAAACGCTCATTCTGCTTAACTGTGAGAGAAGTTGAAGTTTTAGCACTGATGGCAGAAGGAGAGTCAACGAGTAGTGCGGCTGATAAATTACATCTAAGCGAGTATACAGTCCGTGATTATATGACGGCAATTATGCGGAAAATGGGGGTGAAAAACAGGACAGAGGCGGTTGCTTATGCAATTAGAAAAGGTATCATGTGA	MRLDQYMDTFFQYGLRLLRENQKQIEYHWKQVSGYFESGETKLAKIPISLQMLSDLIFDSQYDKEALLIKINEVGKRESVSQPMNQFVITLMEIAVHRVVKRKSKYDYSDLQAIQYVFMKMRDHMLKDKHDFLFTIDDFLDQLVNSEQFPIDWIAVVEKSEQVFYISKWFQSNKQSNRPSHDFKASTFFNLTEELLKSMPYSNNKNTITIPYKYSTLLICIDRKGAGYTIPFINYILQLFENSSRRLKVPCQEQQWKDSVIMFYESIIQAKTFDESVKLVTQGFVNYLPFERCGVFSYSSDDRVGSGLLGHQFDNKAIQEIIEDVRNIPLIDKGMKLLQLFGEGMKYLQPLFITDAKESFPIEYINKFQLKSIVVAPLYQPSNNRLIGAAILDQGPYSQFSISQDAYTALLKFGQSAGEVIGKFEKKPLIDKRSFCLTVREVEVLALMAEGESTSSAADKLHLSEYTVRDYMTAIMRKMGVKNRTEAVAYAIRKGIM				NA	NA	NA	NA	NA
AK148_00270	348			hypothetical protein	ATGTCACAAACCGCTAACCTGCTTAAGAAAATAACGGAAGCTTTAAAAGAAGATTCTTCCTTAATAGATGATATGGATGTCGTTTATCAGTTTAATTTAAAAGGCGATTATCCAACCACTTACCAACTACTATTACGCGGAAAAGACAGTTATGTGGTAGAAGGAGAAGCTATAGAAGCCGATTGTATTTTATTTATGAAAGAAGAGCATTTTCTTCAGCTAGCGACAGGTAAATTAACCGGGACTAAGGCGCTCTTTACTGGTAAGTTGAAAATGGAAGGAAATGTGAATTTGGCATTAAAATTAGAACGTATTCTATCTGCTTATAATCAAAATAAGACCGTTTAA	MSQTANLLKKITEALKEDSSLIDDMDVVYQFNLKGDYPTTYQLLLRGKDSYVVEGEAIEADCILFMKEEHFLQLATGKLTGTKALFTGKLKMEGNVNLALKLERILSAYNQNKTV				NA	NA	NA	NA	NA
AK148_00271	1413	comFA	COG4098	ComF operon protein 1	ATGATCGAAAAACTTACTACCTCGCTATACTTAGAACTTGTCAAACGTTGTGAAGGAAAATTACTGCTCCGAAAAGAAATTCCTCTTGATGAAGATTTATTCCACGCGTTTCTCGGTCAAAACATATTTACACCGATTTCATCTATCATAAAAACTCCATTTATCAAAATATGTCGACGTTGTGGGAATCGAAAAAAATCTCAATTCTCCAACATGTATGACTTCAATAAGAAACGCCTTATTGCATACTGCCGTAATTGCATCCAAATGGGGCGAGTAATAGAGACAGAGCCACTGTATCGGTGGAATGGTGAGCCAGCTTGTTGGCAAAAGCATGAGTCGGCTTGTACTTGGGAAGGTCAACTCACTGATGCGCAAACCAAGGCTTCTGAAACAATCCGTGATGCTATTTTGCAGCAAGAATCTGCGCTTTTAGTATGGGCTGTTTGCGGATCTGGAAAAACAGAGATGCTATTTGCTGGTATTGAAGGAGCTTTACGGCAAGGGATGCGCATTTGTCTTGCTACTCCGAGAGTCGATGTAGTAAGGGAGCTACTTCCGAGAATACAAGAAGCTTTTTCAACCATACCGATTCAAGCGTTATACGGAGGCAGCGAGGAAAAGAGAGGCTCCTCGCAAATCATTATTGCTTCCACCCATCAACTTTTACGCTTTGAACATGCATTTGATGTGGTCATTATTGATGAGTTAGATGCTTTTCCATATCATGCAGATACTTCTTTAGCCTTTGCTACAGAAAGAGCTTTAAAGCCTTCAGGTACAATGATTTATTTAACTGCTACTCCTAGACGTAAAGAACGACGTAAACTACAGTGGAATCAGTTGAAACATGTTTTTGTGCCAACCCGTTATCACGGTTATCCCCTCCCTGTTCCTCAGATGTGCATGTGCTTTTCTCTACACAAGCAATTACAAGAGGGAACCGTTCCTCGCGCATTTATCCGGTGGCTTTGTCAGCGAGAAAACAAGCAACGTCAACTCTTGATTTTCCTTCCAACGATCTCTCTTACAGAAAAAGTAGCTAGTCAAATATATACTATTCTTTTTAACCATAAAATAATTAAAGATGCATCAGAAATAACCTCTGTACATGCATCTGATCCTGAAAGAGAACGAAAAATTTCTCAATTTCGAAATAAAAGGCTCCTAGTATTAGTCACCACGACCATTTTAGAAAGAGGCGTCACTTTTCCTTCTGTTGATGTGGCTATCATAGACGCTGGTCATTCTGTATTTGATGAAGCAGCGCTCGTTCAGATTGCAGGACGGGCAGGAAGAAGCGCAGAAGATCCTGACGGGGAAGTCGTTTTCTTTCATGATGGAAAAACAAATGCCATGGTGCGAGCCATCCGCTTCATTAAAAGAATGAATCAACTAGGAGGATATACATGA	MIEKLTTSLYLELVKRCEGKLLLRKEIPLDEDLFHAFLGQNIFTPISSIIKTPFIKICRRCGNRKKSQFSNMYDFNKKRLIAYCRNCIQMGRVIETEPLYRWNGEPACWQKHESACTWEGQLTDAQTKASETIRDAILQQESALLVWAVCGSGKTEMLFAGIEGALRQGMRICLATPRVDVVRELLPRIQEAFSTIPIQALYGGSEEKRGSSQIIIASTHQLLRFEHAFDVVIIDELDAFPYHADTSLAFATERALKPSGTMIYLTATPRRKERRKLQWNQLKHVFVPTRYHGYPLPVPQMCMCFSLHKQLQEGTVPRAFIRWLCQRENKQRQLLIFLPTISLTEKVASQIYTILFNHKIIKDASEITSVHASDPERERKISQFRNKRLLVLVTTTILERGVTFPSVDVAIIDAGHSVFDEAALVQIAGRAGRSAEDPDGEVVFFHDGKTNAMVRAIRFIKRMNQLGGYT	PGPT0029425_139	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029425-comFA-K02240	NA	NA
AK148_00272	681			hypothetical protein	ATGATGACATGTCTACTTTGTGAAAAGAATATTCTCCCTGAAGTAACGTGGAGAACCGTGCTTTATCCAGAAGCAAAAGTTATTTGTAATGCTTGCAATGAGTTATTAGTGGCAATAGATGGCCCACGTTGCACAAGATGCAGTCGTTCGAGTACAAAAGGGAACTGTTTGGATTGTATCCATTGGGAAAAAACTCCTTCAAAGGATAGTTTAGCTAGGAACTATTCAGTTTACCCGTATAGTAATTTCATGCAAGAAATCATCACGAAATGGAAGTATCAAGGAGATTATGAACTTGGTTATGTGTTTAAAAAAACATTTCGTATCCACTTTAAACGCATGATAAAGACTACTTCAAAGGCGTATGTAGCAGTGCCGATTCCTTTAAGTGAAGAAAGACAAGAGGAGCGTGGATTTAATCAAGCAGCCATGTTAGCTGAGTTTCTCCCCATCCCAAAAGCGAATTATTTAGAACGGATTGGGAGTGAAAAACAAGCAAAAAAATCAAAAGAAGAAAGGATGAAATCCGCAAATCCCTTTAGATTAAAAAAATCGCTTAACAAACCTGTTATTTTAGTCGATGATATATATACGACAGGAATGACATTGAGGCACGCAGCTAGAGTATTGTTAGAGCAAGGCTGCCCTAATGTAATTTCCTTTACACTTATTCGAAGCTAG	MMTCLLCEKNILPEVTWRTVLYPEAKVICNACNELLVAIDGPRCTRCSRSSTKGNCLDCIHWEKTPSKDSLARNYSVYPYSNFMQEIITKWKYQGDYELGYVFKKTFRIHFKRMIKTTSKAYVAVPIPLSEERQEERGFNQAAMLAEFLPIPKANYLERIGSEKQAKKSKEERMKSANPFRLKKSLNKPVILVDDIYTTGMTLRHAARVLLEQGCPNVISFTLIRS	PGPT0029435_347	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029435-comFC-K02242	NA	NA
AK148_00273	405			hypothetical protein	ATGGCAGAATTAGCAAACTGTTCTCGTTGTGATCGTTTATTCTTAAAAGGAGCGCGTACAATTTGTCAAAATTGCTACCAACAAGAGGAGGAAGCGTTTCGAACTGTTTATCAATTTATGTCCAAACGGAAAAATAGAGAAGCGACAATGTCTGAAATTGTTGAAAACACAGGTGTAGATGAGGAATTAATTATTAAATTTATTAAAGAAAAACGTTTATTGCCATCTGAATTCCCGAACATTGGTTATCCATGTAGTCATTGTGGTAACCGCATTACTGCAGGCAATTTATGTATCTCCTGTAGAGAGAATTTAAAAAAAGACTTACAACAGTATGAAGCGCAAAAAGAAAGGCGAATAGAAGAAAAAGATAGACAAAAAACGTATTACTCGTTTGATAATTAA	MAELANCSRCDRLFLKGARTICQNCYQQEEEAFRTVYQFMSKRKNREATMSEIVENTGVDEELIIKFIKEKRLLPSEFPNIGYPCSHCGNRITAGNLCISCRENLKKDLQQYEAQKERRIEEKDRQKTYYSFDN				NA	NA	NA	NA	NA
AK148_00274	264			hypothetical protein	ATGAAAATAAATGGGCCTAATCAATCTGACTTTAACCCATACCATAAACAACAACTGCCTAAACAAACGGAAGTTAAACAAACAATGAAAAAAGACCAATTAGAAATATCAAATGAAGCAAAACAGTTGCATGAGGACAATAGGGAAAATAATACAAGAAATGCCAAAATAGATCGACTAAAAGAAATGATAGAATCTGGTGAGTATAAAATGAACTATGATCAAACAGCGCAGAAATTAATTGATTTCTTTACTGGAAAGTAA	MKINGPNQSDFNPYHKQQLPKQTEVKQTMKKDQLEISNEAKQLHEDNRENNTRNAKIDRLKEMIESGEYKMNYDQTAQKLIDFFTGK	PGPT0015530_1676	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0015530-flgM-K02398	NA	NA
AK148_00275	492	yvyG		putative protein YvyG	TTGAGTTTAAAACCGATTATAGACATATTAGAAGAATTATTACATTTACATGTAGAATTCGTTGATCTCTCAAAGACGAAAACAAACGTTGTAAAAAACGGCGATGTGGATACATTATCATCTATTATAGCTAGAGAACGTAAACTGTCTAGAAAAATGGAGAAAGTAGAGAAAGAACGACAACAATATATGGCTACTTGGTTTGAGGCTAATCAGCCTCAGAAGCAAGAGAAAACTGTTACGACGCTTCTATCTCAAGTAGAATCTGAAAATGACAAAGAACAGCTAATCGAAATAACAACGGAGCTAACGAGGACAATGGCGCAGTTGAAACAACAAGAGCAATTGAACCGTATGTTAATTCAACAGTCTTTACAATTTGTTCACTTTTCTCTGGATCTCATGAATCCAACAATTGAATCAATGAATTATGGAACGAATAAGGAAAAGCAAGTAAGATCTAAACAGTCTTTATTTGACTCAAAGGTTTAA	MSLKPIIDILEELLHLHVEFVDLSKTKTNVVKNGDVDTLSSIIARERKLSRKMEKVEKERQQYMATWFEANQPQKQEKTVTTLLSQVESENDKEQLIEITTELTRTMAQLKQQEQLNRMLIQQSLQFVHFSLDLMNPTIESMNYGTNKEKQVRSKQSLFDSKV				NA	NA	NA	NA	NA
AK148_00276	1530			hypothetical protein	ATGAGTAGTTTTCATGGATTAGAAATGGCAAAACGGGCGCTGTTTGCGCAACAATCAGCATTATATACAACGGGGCATAATATTTCCAATGCGAATACAGAAGGCTATACGAGGCAACGGGTTAATTTTGAAACGACGACTCCTTACCCTGCTGCTTCAAGAAACCGTCCTGAAATACCTGGACAAATAGGCACAGGTGTTGAAGCTGGCTCTGTTCAACGCGTACGCGATAAATTTTTAGATTATCAATTTCGGTCTGAAAATAGTAAATCAGGTTTTTGGACTTCAAAATCAGAAGCTCTTAGCAGAATGGAAACAGTATTAAATGAACCATCTGACAACGGATTAGCAAGTACAATGGAAAAATTTTGGAATTCCCTGCAAGAATTGGCAGTTAATCCCGATAACTCCGGAGCGAGATCTGTTGTTGCAAATCGTGGCATGGCAGTAGCAGAAACTTTTCAGCATTTATCTAAATCGTTATCTTCCCATAGAACAGACTTAAAAAATCAAATTGATACAACGGTAAAAGAAACAAATTCATTATTACGGCAAATTGGCAGTCTGAACGAACAAATTAGTGAGCTTGAGCCGCATGGTTATTTACCTAATGATCTATACGATCGTAGAGATAACCTCATTGATAAATTATCGAGCAAAATGAATATAAAAGTAACCTACTCTAAAAGCTCTGAAAGTTCGCCAAAGATAGCTGATGGAATAGCCTCCATTGAAGTTGTAGATAACACTGGTAATTCTTTTCAACCTAATATCGTTTTAATAAACGGAACATCTGGGCAACAGCAGATTAATGAGTTTGATGATCCGGAGTATGGCTCTGATCCGTATGCATCAGTAACCGGCATAAGTGTAAATGGAGAAACATTTAATGTTCTTGAATCAAATGGAACCTTAGGAGGCCTCATTGATTCTTATGGTCATGATATAGACGGTGATGGGGCAATTCAAGGCACTTACACGGATATGTTAACGAATTTGGATAAAATGGCAACCGAAATGGCTAAGGAATTTAATCGTGTACATAAAAGTGGAAAAGCTTTGGATGGAACGGACGGTATTGATTTCTTCGCCTTTAAAAACGGTAAGAGCGGTGCTGCTGGAATTACGGTAAACCAACTTATTATGGATGAGCCAGATAACATTGCAGCAAGTACAAATGAAACGGATGGAGAAGGAGCAAATGCCTTAGCGCTTTCTGAAGTATTTACGAATAAATCATTAGCTGGAAATCCGTTAGGCGAGAATACATCGATTAATAGTTTTTATGATTCGTTAATTGGAGAAATGGGTGTTGAAGCCGAAGAAGCTAAACGAATGACAGAAAATACAGGGATCTTAAAATCACAAGTAGAAGAACAACGGATGTCAGTGAGCAGTGTCTCCTTAGATGAAGAAATGTCTAACATGATTAAATTTCAACATGCTTATAACGCTGCTGCACGAAGTATGACAACCATTGATGAAATGTTAGACCGTATCATTAATAATATGGGTCTTGTTGGGAGGTAG	MSSFHGLEMAKRALFAQQSALYTTGHNISNANTEGYTRQRVNFETTTPYPAASRNRPEIPGQIGTGVEAGSVQRVRDKFLDYQFRSENSKSGFWTSKSEALSRMETVLNEPSDNGLASTMEKFWNSLQELAVNPDNSGARSVVANRGMAVAETFQHLSKSLSSHRTDLKNQIDTTVKETNSLLRQIGSLNEQISELEPHGYLPNDLYDRRDNLIDKLSSKMNIKVTYSKSSESSPKIADGIASIEVVDNTGNSFQPNIVLINGTSGQQQINEFDDPEYGSDPYASVTGISVNGETFNVLESNGTLGGLIDSYGHDIDGDGAIQGTYTDMLTNLDKMATEMAKEFNRVHKSGKALDGTDGIDFFAFKNGKSGAAGITVNQLIMDEPDNIAASTNETDGEGANALALSEVFTNKSLAGNPLGENTSINSFYDSLIGEMGVEAEEAKRMTENTGILKSQVEEQRMSVSSVSLDEEMSNMIKFQHAYNAAARSMTTIDEMLDRIINNMGLVGR	PGPT0015195_2009	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015195-flgK-K02396	NA	NA
AK148_00277	882	flgL	COG1344	Flagellar hook-associated protein 3	ATGAGAATTACGCAGAGTATGCTTTCAAATAACATGTTACGGAATTTGTCCAATAGCTATACGAAGTTGGATACGTATATGGAACAAGTAAGAACAGGGAAAAAAATAAATCGCCCTTCGGATAATCCAGTTGTAGCAATGAAGGGGATTAATTATCGTAGGCAGGAAAATGAAGCGGAGCAGTACTTACGGAATACAGGCGAGGCACATAATTGGATGGATAACTCAGATGCAGCACTTGATCAGGCTACAAAAGCAATGCAAAAGTTACGGGAATTAGCAGTTAAGGCAAGTAATGGAACGAATGATGATGAAGAATATAAGAGTATAAAAGAAGAAGCTAAACAATTGAAAGAGCATTTAGTTAGTATAGCAGATACAAAAGTGAATGGTAAATACATATTCAATGGGACGGATACGACCAATTCCCCTTTTGATCAAAATGGCGATTTTTTACCTAATACGGAATCTGTTAACATTCCTATTGCTGCTGGTTTGGAACTACAAGCTAACGTGGACGGAGAAGCTGTGTTCGGTAATGGTTTATTTAATAAAGTCGATTCTTTTATTCAGAAGCTTGATGATTATGACAAAGAAGGTATTGAAGAGGACATTGGTGCAAGTATTACAGAACTTGATACAGGAATTAATCAAATTATTGATGCAAGAGCAGGCTTGGGAGCTCGCATGAATCGTTTGGAACTCGTGGAAAACAGACTGGGTGATCAGAAAATAATGGCTACAAAAATGATGTCCGATAATGAGGATATTAATTATAGTGAAGCCATTACTAATTTAATTACGCAGGAATTTTTACATCGCGCCGCATTATCAACGGGTTCTAGAATTATCCAGCCAACCCTTGTTGATTTCTTGAGATAA	MRITQSMLSNNMLRNLSNSYTKLDTYMEQVRTGKKINRPSDNPVVAMKGINYRRQENEAEQYLRNTGEAHNWMDNSDAALDQATKAMQKLRELAVKASNGTNDDEEYKSIKEEAKQLKEHLVSIADTKVNGKYIFNGTDTTNSPFDQNGDFLPNTESVNIPIAAGLELQANVDGEAVFGNGLFNKVDSFIQKLDDYDKEGIEEDIGASITELDTGINQIIDARAGLGARMNRLELVENRLGDQKIMATKMMSDNEDINYSEAITNLITQEFLHRAALSTGSRIIQPTLVDFLR	PGPT0015505_2673	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015505-flgL-K02397	NA	NA
AK148_00278	573	yviE		putative protein YviE	ATGAATATTCCTCAACTAAAAATGACATCCCAAATGGCTCAAATTGAACTGCAACAAACGAAACCAAAACAAACAATCCGGCAACCAAAAGCAGACATATCAATTCAACAGCCTAAGGCAGAAATGAGTATGCGGACAACTCCTAGTAAGTTAACTATTGATCAAACAAAGGCATTTGCCGATGCGAATTTAATGTCTATTTTCCAAAGAAATGATCAATTTGCAAGAGAAGGAAAACAAGCCGTTTTAGAGGGGATAGAGAGACGTGCGCAGCAAGGAACAGAACTAATGAAGATTGAGCAAAAAGGAAATCCTCTAATATCTCAAGCAAAAATGAATGCATATACACCAATGAAACGGTTAGGAATAGCTTTTATCCCTTCTCCGTTTTCAGTGAAAATAGACTATAAACCAGCAGAACTTCATATAGATGTACAAGCAAAAAAGCCAAATATTAAGGTGCAAACAAATTCACCTGAGCACCACTATGTACCAGGAGATGTATTGACCAAAATGAAGCAATACCAAGATTTGCAAATTGAAGTCGTTTATCCTGAAGATAAGGTATTATAA	MNIPQLKMTSQMAQIELQQTKPKQTIRQPKADISIQQPKAEMSMRTTPSKLTIDQTKAFADANLMSIFQRNDQFAREGKQAVLEGIERRAQQGTELMKIEQKGNPLISQAKMNAYTPMKRLGIAFIPSPFSVKIDYKPAELHIDVQAKKPNIKVQTNSPEHHYVPGDVLTKMKQYQDLQIEVVYPEDKVL				NA	NA	NA	NA	NA
AK148_00279	450	fliW	COG1699	Flagellar assembly factor FliW	ATGCGTATAATGACAAAATATTTTGGAGAGATGGACATTGATTCAGCTAGAGTTATCCATTTTTCAACTGGTATATTAGGATTTCCTCAAGAAACAGAATTTGTTTTAATTGATTTTCCTAAGCCATCTGTATTCCAATTATTACAATCCACGAAAGAAAAAGAGATAGCATTTATTGTCATTAATCCCTACCATATGTATACAGATTATACATTTGAATTGGACGACAGTATTGTACAAGCATTAAAACTAAGAGACGAAACGGATATCGTTGTATTATCGATTGTCACTCTAAAGAAGCCTTTTAAGGATAGCACGATTAATTTGCAAGCTCCGATAATTATTAATGCAAACAACTGGTGTGGAAAGCAGTTTGTAATTAAGACGAACCAATACAACACGAGAGAGCCGATTACTGTAAACGATCCTTTAATGGCGAAGGGAGAATAA	MRIMTKYFGEMDIDSARVIHFSTGILGFPQETEFVLIDFPKPSVFQLLQSTKEKEIAFIVINPYHMYTDYTFELDDSIVQALKLRDETDIVVLSIVTLKKPFKDSTINLQAPIIINANNWCGKQFVIKTNQYNTREPITVNDPLMAKGE	PGPT0015630_280	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_CHAPERONES,PGPT0015630-fliW-K13626	NA	NA
AK148_00280	222	csrA	COG1551	Translational regulator CsrA	ATGCTTGTATTAACTCGTAAACGTAATGAGGCAATCCAAATCGGTGAAGATATTGAAATAAAAGTGCTTGGTATGGAAGGCGATCAAGTGAAAATCGGCATTAGTGCTCCTTCATCTGTAGATATCTATCGTAAAGAACTCTATTTAGATATCACTCATGAAAACAATAAAGCGGCAAATATTCCAAATGAAATAGTGAATCTTTTAAAAGATAATACATAG	MLVLTRKRNEAIQIGEDIEIKVLGMEGDQVKIGISAPSSVDIYRKELYLDITHENNKAANIPNEIVNLLKDNT	PGPT0015065_923	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-ENVELOPE_STRESS_SIGNALLING,PGPT0015065-csrA|zfiA-K03563	NA	NA
AK148_00281	360			hypothetical protein	ATGCGATTAGAGCGCATTGGGACCGGGTCACATCCTAAGTTACAAGAACAGAGTAACGATCGGCAAACGGTGATGAAGGAGGCAATTAATAACGATCAAAGTCGGACCGATGTTATTCGTCCGTCCATGGTCGTGACAAAAGATAAACTGAAAACAGCCGTAGAAAAACTGAACGAATTTATTGAGCCACTCCGAACAGATCTACGTTTTAAATTCCATGAAAAGCTGAATGAATACTATGTGACAGTAGTCAATCCATTAACAGATGAAGTTATAAAAGAAATACCGCCGAAAAAAATGCTAGATATGTATGCAGATATGGCGGAATATATGGGGATATTAATCGATGAGAAAATATAA	MRLERIGTGSHPKLQEQSNDRQTVMKEAINNDQSRTDVIRPSMVVTKDKLKTAVEKLNEFIEPLRTDLRFKFHEKLNEYYVTVVNPLTDEVIKEIPPKKMLDMYADMAEYMGILIDEKI	PGPT0015440_857	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015440-flaG-K06603	NA	NA
AK148_00282	1464	fliD	COG1345	Flagellar hook-associated protein 2	ATGGTCATGCGCGTTGGTGGCTTAGCAAGCGGTATGGATATTGAAGCAATGGTAGATAAATTAATGAAAGCGGAACGTATACCATTAAATAAATTAGAGCAAGACCGCACGAAATTAGAATGGAAACGAGACGCTTTTCGAGAAATCAACAGCAAGCTAACAGAGCTAGATGATTTAATGTTTGAAATGAGGAAGAGTGTAGCTTATAACGCAAAAAATGTTAGTTCAACCAAAGAAGGTGCAGTAACAGCAACTGCAAATGCGGATGTTGCCAATGGTACATATCAAATTAGAGTGAATCAATTAGCCAGTACAGCGATTAATGTAAGCACAAATACTGTAAAATCAGATGTACAGCTAGTTGAAGGTGATGAAATAGCATTTAATACGATAAATGAAAAAGGTGAAGAAGTACCATATACGTATACGATTCAAAAAGGCGATACATTAACGGGCGTATTAAAAAAAATATCTCGAGATGATAATAATGTACGTATGTTTTATGATGAACAATCGGAAAAAGTAATTATGGAAACGACAAGGACAGGAAATTACCGTGATGGTGCAGAAATTCAATTTGATAATAATTCATTTTTAGCTAACGTGCTTCACATGGATATGGATAAGGAATCAGGCGGTACTAATGCGAAGTTTGAATACAATAATAGCGGGTTAATCATGGAATCGAAAACAAATTCCTATAAGATAAATGGAATGACATTGGAATTTAAGCAAGAGACAGAGGGTAAAAACGTCAGCCTTACTGTAACAAATGATGTGGACGCTTCCTACGAGAGAATAACGGAATTTGTTGATAAGTATAATGAAGTCGTAGAAGCGCTACACAAGTCACAGTTAGAGGAGCGTCATCGTGATTACCCACCATTAACCGCTGAACAAAAAAAGGATATGTCGGAGAACGAAATTGAACTTTGGGAAAAAAGAGCTAAAAGTGGGCTTTTACGAGGAGACACGACAATTTCTAATGGCTTATTTAATCTGCGCTCTAGCTGGTACGAAAAGGTAGATACTGGCGGAGAATATACAACATTGACACAGGTTGGAATTGAAACATCCAAAGACTATTTAGATGGCGGAAAGCTCATAGTTAACGAAAAAGAGCTGAAAACAGCACTTCGGGAAAACCCTGCTGATGTACAAAATTTATTTACTAACAGTGACGAAGGAAATTCACGTGGACTAATCCAACGTTTAGAAGATTCTCTGGAAACAACAAAAGAGCAAATCAGTGAAAAAGCTGGTAGTATTTTAACACCTTCATTAGAAAGTTATACATTGGGGAAACGAATGAAAGATGTGGATGATCGGATGGAATCGCTTGAAGATCGAATTGCTCAGGCTGAAGCTCGTTATTGGAACCAATTCACAGCAATGGAAAAAGCAATTTCAAGAATGAATCAACAGTCAGCGCAATTAATGTCCCAATTCGGTGGTGGCATGTAA	MVMRVGGLASGMDIEAMVDKLMKAERIPLNKLEQDRTKLEWKRDAFREINSKLTELDDLMFEMRKSVAYNAKNVSSTKEGAVTATANADVANGTYQIRVNQLASTAINVSTNTVKSDVQLVEGDEIAFNTINEKGEEVPYTYTIQKGDTLTGVLKKISRDDNNVRMFYDEQSEKVIMETTRTGNYRDGAEIQFDNNSFLANVLHMDMDKESGGTNAKFEYNNSGLIMESKTNSYKINGMTLEFKQETEGKNVSLTVTNDVDASYERITEFVDKYNEVVEALHKSQLEERHRDYPPLTAEQKKDMSENEIELWEKRAKSGLLRGDTTISNGLFNLRSSWYEKVDTGGEYTTLTQVGIETSKDYLDGGKLIVNEKELKTALRENPADVQNLFTNSDEGNSRGLIQRLEDSLETTKEQISEKAGSILTPSLESYTLGKRMKDVDDRMESLEDRIAQAEARYWNQFTAMEKAISRMNQQSAQLMSQFGGGM	PGPT0015200_1230	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015200-fliD|flaB-K02407	NA	NA
AK148_00283	402	fliS	COG1516	Flagellar secretion chaperone FliS	ATGTCTTTTAATAAGCAACATCAAGTTTACCGAAATAACGCAGTAAATACAGCGTCACCTTCCGAATTAACGTTAATGCTTTATAACGGTTGCATAAAATTTATTAAACAAGCGATGAAGGATATAGATGGAGATCAGTTTGAAGCTAAAAATAAAAATATCCAAAAGGCGCAAAATATCATTCTTGAGTTAATGGTTACGTTAAATATGGAAGTTGATATTTCCAATCAGTTTATGTCACTTTATGAATATATGCATCACCGCTTAACAGAGGCGAACACACAACATGATAAAGCGGCATTGGAAGAAGTACTTAGCTTTGTTATCGAGTTTCGGGATACGTGGAAGCAAGTAATTTTACAAACTCGAAAAAAACAATACTCTAAAGGTGCTCAAGTGTGA	MSFNKQHQVYRNNAVNTASPSELTLMLYNGCIKFIKQAMKDIDGDQFEAKNKNIQKAQNIILELMVTLNMEVDISNQFMSLYEYMHHRLTEANTQHDKAALEEVLSFVIEFRDTWKQVILQTRKKQYSKGAQV	PGPT0015620_1316	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_CHAPERONES,PGPT0015620-fliS-K02422	NA	NA
AK148_00284	354	fliT		Flagellar protein FliT	ATGAATCGGTTAACTTCCTTGTATGATACTACCCAACATTTACATGATCTTCTTCAACAAGAAATAGAACCGAAAGAACGCGAATCGATCATCTCGAAAGTAAATGACTTGATTGAAGAACGTGGTGAACAAATGAATGCACTAAAACCGCCTTTTTCAGAGGAAGAAAAAGCTACAGCAAAAAAAATTATGCAATTAAACAAGTTAATTGAACACGGAATGCTGTTACTGTTTGATGATTTGAAAGTAGAATTGCGCCAAATGAAAAAACAAAAACAATCCAACCGAAAGTATATTCATCCATATGAAACGATACAAGCACGAGATGGAATCTATTTAGATCGGAAAAAATAA	MNRLTSLYDTTQHLHDLLQQEIEPKERESIISKVNDLIEERGEQMNALKPPFSEEEKATAKKIMQLNKLIEHGMLLLFDDLKVELRQMKKQKQSNRKYIHPYETIQARDGIYLDRKK	PGPT0015625_372	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_CHAPERONES,PGPT0015625-fliT-K02423	NA	NA
AK148_00285	558	yvyD	COG1544	Ribosome hibernation promotion factor	ATGAATTTTAACATACGTGGTGAAAATCTTGAGGTAACAGGGGCTATACGTGATTACGTGGAGAAGAAGATAGGTAAGTTAGAAAGGTATTTTGATGCTCCACTAGCTTCTGATGTACATGTGAATTTAAGTGTCTATAATGATGAACAAAGGATTGAAGTGACGATTCCGATGACTAATTTGTTATTGCGCGGTGAGGTACAGCATGTTGACCTTTACGCTGCTATTGATTTAGTTGTCGATAAACTTGAAAGGCAAATTAGAAAACATAAAACAAAAGTAAATAGAAAGTTTAGACAAAAAGGATCTCCTAAGCATGTTTTTGCAGAATTAGAAAAAGACGCTTTAAATGGAGAGCAAGAAGAAGAGTCTTCCGATATAGAAATTGTGCGAACAAAACGATTCGACCTTAAACCAATGGACTCTGAAGAAGCGGTGTTACAAATGGATATGCTCGGTCATTCTTTTTACGTTTTTGAAAACGCTGTAAATGGTGAAACAAACGTTGTGTACCGAAGAAAAGATGGAAAGTACGGGTTAATTGAACCAAACGCATAA	MNFNIRGENLEVTGAIRDYVEKKIGKLERYFDAPLASDVHVNLSVYNDEQRIEVTIPMTNLLLRGEVQHVDLYAAIDLVVDKLERQIRKHKTKVNRKFRQKGSPKHVFAELEKDALNGEQEEESSDIEIVRTKRFDLKPMDSEEAVLQMDMLGHSFYVFENAVNGETNVVYRRKDGKYGLIEPNA				NA	NA	NA	NA	NA
AK148_00286	150			hypothetical protein	TTGGATTGTGACAAAAGTCTTTATCTAAAGCATATTACTCAAAAAATAGAGCAACATGAGAGAACGATTAGCCAACTTGTGGAAATTGTAGCAGTTTTAAATCGACAATTAGCTACATACAAGGAGGGAGTAATGGAACGAAAGCGATAA	MDCDKSLYLKHITQKIEQHERTISQLVEIVAVLNRQLATYKEGVMERKR				NA	NA	NA	NA	NA
AK148_00287	2511	secA	COG0653	Protein translocase subunit SecA	ATGGCAAGTATATTACAGAAAATTTTTGGTGATGGAACGCAACGACAATTGAAAAAACTTCAAAAAACTGTCGATCAAATTGAAGCGTTAGAACCGGAAATGGAAAAATTATCTGATGAGCAATTACAACAAAAAACAGAAGAGTTTAAAACAAGATATCAAAACGGAGAAACGCTAGACGAATTGCTAGTAGAAGCATATGCAGTTGTGCGAGAGGCTGCAAAACGCGTTTTAGGTATGCGTCCATTTCAAACCCAGTTAATGGGAGCAATCGCCTTACATGAAGGAAATATTGCAGAAATGAAAACAGGGGAAGGTAAAACATTAGCTTCCACGATGCCTGCATATTTAAATGCTATAGCTGGAAAAGGCGTCCATATAATTACAGTAAACGATTATTTAGCAAGTCGTGACGCAAAAGAGATGGGTGAACTTTATGAATTTCTCGGTTTAACAGTTGGACTTAACGGAAATGGACTTACAAAAGAACAAAAACGAGAGGCTTATAACCAAGATATTACGTACGGTACGAACAACGAGTATGGTTTCGATTACTTACGTGATAACATGGTTTTGTATAAAGAGCAGATGGTACAACGCCCGTTGAATTATGCAATTATTGACGAGGTGGACTCTATTTTAATTGATGAAGCAAGAACGCCATTAATTATATCAGGCTCTGCTAAAAAATCCGCAAGTTTATATCAACAGGCAAATGCATTTGTATCGACATTAACAAAAGATGACTATTCTTACGATGAGAAAACGAAAGGCGTTCAGTTGACAGAAGAAGGGATTAACAAAGCAGAACGTTATTTCTCTATCGATAATTTATTCGACTTGAATCATGTTTCTTTAACGCATCATATTAACCAAGCTTTAAAAGCACATATCTCGATGCACCGTGACGATGATTATGTTGTGGAAGATGGGGAAGTCGTTATTGTCGACCAATTTACTGGTCGTCTCATGAAAGGTCGCCGCTATAGTGACGGATTACATCAAGCAATAGAAGCAAAAGAAGGGTTACAAATTCAAAATGAAAGTATGACTTTGGCATCGATTACGTTTCAAAACTTTTTCCGTATGTATAATAAACTTGCCGGAATGACAGGTACAGCTAAGACGGAAGAAGAAGAGTTTAGAAATATATACAATATGGATGTTATTGCCATCCCGACAAACAAGCCTATTATTCGAGATGATAAGCCTGATTTAATTTATAAGACCATGGAAGGAAAATTTCGTGCTGTTGTTGAAGATATTAAAGAACGCCACCAAAAAGGCCAACCCGTTCTCGTCGGTACGGTTGCCGTCGAAACTTCCGAACTCATTTCCAAGATGCTAAAAAAAGCGGGCATTAAACATGAAGTGTTGAATGCAAAGAATCACTTTCGTGAAGCGGAAATCATTGAAAATGCTGGGCAGCGTGGTGCCGTTACTATTGCAACGAACATGGCTGGTCGAGGAACAGATATTAAATTAGGCGAAGGCGTTGTGGAATTAGGTGGACTTGCTGTAATAGGAACGGAACGTCATGAATCTAGGCGTATTGATAATCAGCTACGTGGACGTTCTGGACGTCAAGGAGATCCAGGTGTATCGCAATTTTACCTTTCCATGGAAGATGAATTGATGCGTCGATTTGGGTCTGATAACCTCCGCGCCATGATGGAGCGCTTAGGAATGGAAGATTCGCAACCAATTGAAAGTAAAATGGTTTCTCGTGCAGTAGAATCAGCACAAAAACGGGTGGAAGGAAATAACTTTGATGCGCGTAAGACGGTTCTTTCCTACGACGATGTTTTACGTGAACAACGCGAAATTATTTATAAACAGCGTTTTGAAGTGATTGATGCAGATGGCAATTTACGCGAAATTATTGAAAATATGATTGTGTCTGCATTGGAACGTGTTGTTACAACACATACTCAAGACGATGATGAAGATAAGTGGGATTATAAAGCAATTGTAGATTATGTAACAGGTAACTTGCTTGAACCTAATGACATATCAGAAGATGATCTCAAAGGAAAAGATCAAGAAGAAATAACCGAATGGATTATGGAAAAAGTAAAAGCTCGTTATGACGAAAAAGAACAAGAATTAACGGAAGAACAAATGCGAGAGTTTGAAAAAGTGATTCTCCTTCGTACTGTTGATACTAAATGGATGGACCATATTGATCAAATGGATCAGTTACGCCAGGGAATTCATTTACGTGCATACGGTCAAAACGATCCACTTCGGGAATATCAACTAGAGGGCTTCGCTATGTTTGAGTCGATGATCCAAAGTATTGAAGAGGAAGTAGCGAAGTATATCATGAAAGCCCAAATTCGTGATAACCTTCAACGTCAGGAAGTTGTGAAAAATACGCAAGCTGTTTCTGGCGATCAAGAAGAAAAGAAAAAAACACGTAAACCATTTGTCAAACAGAACAACGTAGGTCGAAATGATCCATGCCCATGTGGTAGTGGAAAAAAATATAAAAATTGCCACGGGAAGTAA	MASILQKIFGDGTQRQLKKLQKTVDQIEALEPEMEKLSDEQLQQKTEEFKTRYQNGETLDELLVEAYAVVREAAKRVLGMRPFQTQLMGAIALHEGNIAEMKTGEGKTLASTMPAYLNAIAGKGVHIITVNDYLASRDAKEMGELYEFLGLTVGLNGNGLTKEQKREAYNQDITYGTNNEYGFDYLRDNMVLYKEQMVQRPLNYAIIDEVDSILIDEARTPLIISGSAKKSASLYQQANAFVSTLTKDDYSYDEKTKGVQLTEEGINKAERYFSIDNLFDLNHVSLTHHINQALKAHISMHRDDDYVVEDGEVVIVDQFTGRLMKGRRYSDGLHQAIEAKEGLQIQNESMTLASITFQNFFRMYNKLAGMTGTAKTEEEEFRNIYNMDVIAIPTNKPIIRDDKPDLIYKTMEGKFRAVVEDIKERHQKGQPVLVGTVAVETSELISKMLKKAGIKHEVLNAKNHFREAEIIENAGQRGAVTIATNMAGRGTDIKLGEGVVELGGLAVIGTERHESRRIDNQLRGRSGRQGDPGVSQFYLSMEDELMRRFGSDNLRAMMERLGMEDSQPIESKMVSRAVESAQKRVEGNNFDARKTVLSYDDVLREQREIIYKQRFEVIDADGNLREIIENMIVSALERVVTTHTQDDDEDKWDYKAIVDYVTGNLLEPNDISEDDLKGKDQEEITEWIMEKVKARYDEKEQELTEEQMREFEKVILLRTVDTKWMDHIDQMDQLRQGIHLRAYGQNDPLREYQLEGFAMFESMIQSIEEEVAKYIMKAQIRDNLQRQEVVKNTQAVSGDQEEKKKTRKPFVKQNNVGRNDPCPCGSGKKYKNCHGK	PGPT0025735_4909	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025735-secA-K03070	NA	NA
AK148_00288	1062	prfB		Peptide chain release factor 2	ATGGCCGCATCAACGATTTTAGGGGGTCTCTTTGACTTAGAGGCAAAGACAGAGCGTATTCATGAATTAGAGCTACAAATGACTGCTCCTGAATTTTGGGACGAGCAAGAAAAAGCTCAAGGCGTCATCAATGAAATGAATCATTTAAAAACATATGTCAATAATTTTTCTCAGCTTGAGCAACAGCTTGATAATTTAGAAGTTTCTTATGAGCTTGTAAAAGAAGAGAATGATCAAGAGTTATTAGAAGATTTAATTCAGCAATTAACTTCTTTACGACAACAACTCAATGACTTTGAATTACAAATTCTTTTGAGCGATCCATATGATGCCAATAACGCTATCTTGGAATTACATCCTGGTGCGGGTGGTACGGAATCTCAAGACTGGGGAAGCATGCTGTTACGAATGTATCAGCGCTGGGCAGAGAGAAAGAAATTTCAAGTTGAGACGTTAAATTATTTACCAGGTGATGAAGCAGGAATTAAAAGTGTAACATTGCTCATTAAAGGACATAATGCTTATGGTTATTTAAAAGCAGAAAAAGGTGTACATCGCCTTGTACGAATATCACCGTTTGATTCATCGGGTAGAAGACATACGTCGTTTGTTTCGTGTGAAGTGACGCCAGAAATGACGGAGGATGTAGATATCGAAGTAAAGTCGGAAGATATAAAAATCGATACGTACCGTGCTAGCGGAGCAGGCGGCCAACACGTAAACACAACGGATTCTGCTGTACGTATTACGCACGTACCGACAAACATCATTGTTACTTGTCAAAATGAACGGTCTCAAATTAAAAACCGAGAAGCAGCTATGAAAATGCTAAAGTCAAAATTATATCAACGTGAAATTGAAAAACAGAAGCAGGAATTGGCTGAGATTCGTGGTGACCAAATGGAAATTGGTTGGGGTAGTCAAATTCGTTCTTACGTTTTTCATCCCTATTCTATGGTGAAAGATCATCGCACAAATGTAGAAGTTGGTAATACGCAAGCGGTTATGGATGGAGAAATTGATTCGTTTATTGATGCTTATCTAAGACAACAGGTGAATTAA	MAASTILGGLFDLEAKTERIHELELQMTAPEFWDEQEKAQGVINEMNHLKTYVNNFSQLEQQLDNLEVSYELVKEENDQELLEDLIQQLTSLRQQLNDFELQILLSDPYDANNAILELHPGAGGTESQDWGSMLLRMYQRWAERKKFQVETLNYLPGDEAGIKSVTLLIKGHNAYGYLKAEKGVHRLVRISPFDSSGRRHTSFVSCEVTPEMTEDVDIEVKSEDIKIDTYRASGAGGQHVNTTDSAVRITHVPTNIIVTCQNERSQIKNREAAMKMLKSKLYQREIEKQKQELAEIRGDQMEIGWGSQIRSYVFHPYSMVKDHRTNVEVGNTQAVMDGEIDSFIDAYLRQQVN				NA	NA	NA	NA	NA
AK148_00289	360	cccA		Cytochrome c-551	ATGAAAAAATGGTTATTAGCAATGCTGTTTGGTACTGTATTAGTGCTGGGCGCATGTGGGGGCGGCGATGATGAAAATGCTTCCGAAAAACCAGCTGATAAGGACGATACAAAAACAGAGGAAAATGGTGGAAGTGTAGATGCTACCGCTGCTGAAGGAGTCTACCAGGATAATTGTTTAAGTTGCCACGGAGCAGACTTATCTGGCGGTAGTGGCCCTGCTTTGACAGATGTTGGATCAAAGTATTCCTCAGATGAAATTGCTGACATTATTAAAAATGGAAAAGGAAGTATGCCTGCAGGAATGGCTGAAGGCGATGATGTTCAATTGCTTGCTGATTGGTTAGCAGAAAAGAAATAA	MKKWLLAMLFGTVLVLGACGGGDDENASEKPADKDDTKTEENGGSVDATAAEGVYQDNCLSCHGADLSGGSGPALTDVGSKYSSDEIADIIKNGKGSMPAGMAEGDDVQLLADWLAEKK				NA	NA	NA	NA	NA
AK148_00290	687	ftsE	COG2884	Cell division ATP-binding protein FtsE	ATGATACATATGAAAGATGTATATAAAACGTATAATAATGGTGTTTCGGCACTAAATGGAATAAATATAAATATTGATCATGGTGAATTTGTATACATAGTTGGTCCAAGTGGTGCAGGTAAGTCCACATTTATTCGGCTAATATTCCGAGAAGTAAAGCCAACAAAAGGAACGGTTTATGTAAATGAAATGAATGTTAATGAATTAAAAGAAAAGCAAGTGCCTTTGCTGCGGAGAAATGTTGGGGTCGTTTATCAGGATTTTAAATTGTTATCTAAACTGACAGTCTATGAAAACGTAGCTTTTGCGATGGAAGTAATCGAGTCCCATCCATCACTTATTCGAACACGCGTCATGGAAGTACTAGATTTAGTCGGCTTGAAAAATAAAGCTAGATTTCTCCCTCATGAATTATCAGGAGGTGAGCAACAACGTGTATCGATTGCACGAGCTATTGTGAACTACCCTAAGATTGTTATTGCTGATGAACCTACAGGTAACTTAGACCCAGATACTTCATGGGGAATTATGAAGGTTTTGCAGGAAATCAATGACCGTGGAACAACAGTCATTATGGCTACACATAGTAAAGAGATTGTCAATACTTTTAAAAACCGTGTTGTTGCAATTGAAGACGGGTTAATTGTTAGAGATGAACATCGAGGTGAATACGGCTATGAAGGTTAG	MIHMKDVYKTYNNGVSALNGININIDHGEFVYIVGPSGAGKSTFIRLIFREVKPTKGTVYVNEMNVNELKEKQVPLLRRNVGVVYQDFKLLSKLTVYENVAFAMEVIESHPSLIRTRVMEVLDLVGLKNKARFLPHELSGGEQQRVSIARAIVNYPKIVIADEPTGNLDPDTSWGIMKVLQEINDRGTTVIMATHSKEIVNTFKNRVVAIEDGLIVRDEHRGEYGYEG	PGPT0020520_1037	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020520-metN-K02071	NA	NA
AK148_00291	894	ftsX	COG2177	Cell division protein FtsX	ATGAAGGTTAGAATACTTATGCGACATATACGTGAAGGATTTAAAAACATCCGGCGTAATGGATGGATGACAATGGCCTCGATTGCAGCTGTGACAACGACATTAATTTTAGTCGCTGCTTTCTTAGCTTTAATGCTGAATTTAAACGAAATGGCAGACAACATAGAAAGAGATGTACAACTTGATGTCATGATTGAACAAACGGCGACTCAGGAAGATATCCAAGCTTTAGGAGAATCTATCAATAAATTAGAAAACATTGATTCTGCTGTTTTTTCTTCCAAAGATGATGAGTTAAAAAAGTTAATTGAAAGCATGGGAGAGGATGGACAAGCTTGGGAAATGTTTGAGCAGGACAATCCATTGAACCATGTTTATATTGTGAAGGCAAAACAGCCTGAAGATACATCAGCTATAGCTGAAGAAATTAAACAAATGTCAGTTGTAGAAGATGTCGTTTATGGACAAGACGTTGTGAAAAGATTATTTGAGTTTAACAAGTATGCAAGAACGATTGGTTTAGTGTTAATAATTGGGTTAGTATTTACGGCTATATTCTTAATTTCAAACACGATTAAAATCACGATTATGGCTAGAAGTAAAGAAATTGGCATTATGAAACTAGTTGGTGCGACCAATGGTTTTATTAGGTGGCCATTCTTCGTGGAAGGATTATTACTGGGTGTAATGGGTTCAATTATACCAATTATGATTGTGCTTACTGGGTATTATTACGTAGAAGATATTCTAAGTAAGCAAACGACGTACAAATTTATTGAACTTTTACCTTATGCTCCTTTCGCTTTTCAGCTATCGGGAATTATTTTAGCAATTGGTGCAGCTATAGGTGTTTGGGGAAGTTTGATGAGTGTTAGGAAATTCCTAAAAGTCTAA	MKVRILMRHIREGFKNIRRNGWMTMASIAAVTTTLILVAAFLALMLNLNEMADNIERDVQLDVMIEQTATQEDIQALGESINKLENIDSAVFSSKDDELKKLIESMGEDGQAWEMFEQDNPLNHVYIVKAKQPEDTSAIAEEIKQMSVVEDVVYGQDVVKRLFEFNKYARTIGLVLIIGLVFTAIFLISNTIKITIMARSKEIGIMKLVGATNGFIRWPFFVEGLLLGVMGSIIPIMIVLTGYYYVEDILSKQTTYKFIELLPYAPFAFQLSGIILAIGAAIGVWGSLMSVRKFLKV				NA	NA	NA	NA	NA
AK148_00292	1431			hypothetical protein	GTGAACAGACCAATGAGAAAGTTTCCAGTCCTATTATCAACCATTGTTGCAGCTTCTACCATCACATTATCAACGACTTCCATATCCGCAGAATCAACGACAGATTTAAATGAAAAAATTGATGCATTGCAACAACAACAAAAACAACTTGAAGAAAAACAAGGTAAGTTACAGCGTGACACAGATAAAACAGATAAAAAGATTAATAAAAACCTAGATAAACAAGGATCTGTTGAAAAAGAAATTCATTCAATTGATACAGATCTACAAAAAACGTTAGAGCAAATAACAACGAAAGAAACAGAGATCAGTAACACCAATCAACAAATAGAGGAATTAGGAAAACAAATTCAAAAGCTCAAGAAAGAGATTACTATTCTAAAAGAACGTATTGCTAAACGAGAAGGATTATTAAAAGATCGTCTGCGTAATATTCAGCAAAATGGTGGCTCTATGAAATACATAGAAGTAATTTTAGGATCGAAAAGTTTTGGTGATTTTATTAGTCGTTCATCTGCTGTAAACACGATTATGGATCAAGATAAATCGATTATGGAGCAGCATGAAGCAGATAAAATAACTGTGGAAAAAAATAAAGTAGACGTAGAAAATAAAAAGTCCGAAGTGGAAGAACGAAAACAATCCTTGCAAGCTCAAAAACAGGATTTAGTTGCTTTAAAAGGACAGTTAGATAAACAATTGTCGAAAAAAGAAACACTAATGGCGAGCTTGGAAGAAGAACACAAAGAATTGGAAGCATACAAAGTAAGTGTAGAAGAAGAACAAGAAATTTTGGCACAACAGGCTGAAGCAGCGGAAAAAGCAAAACAGCTTGCTCAATCACAAAAGAGTGAATTAGAGCAGCTAGCTAAAGAAAAAGCAGCGCAACAAGCAAAACAAGAAAAGACGAAACCTAAGTCCAATAATCATTCATCTTCTGCTAATAGTAGCTCTAGTTCAAGTTCAAGTTCAAGTGGTGGTTCAGCACCGGCACCAGCGCCAGCTCCTGAACAAAATATGGGAGGGGATATGATGTATCCTATCTCTGCGCCAATCACTTCTCATTATGGCACTCGTTGGGGATCAATGCACCATGGTACAGATTTCGGTGCGCCAATAGGTACGCCGGTTCGTTCGGCAGCATCTGGAGTTGTTATTATGACGAATTCGGCTTCTCAAGCTGGGATGTCAGGTTATGGAAATGTTATTTTAGTGTCACATAATATAAATGGACAATCTTATACAACCTTATATGCTCATTTAAATAGTATCGGGGTAAGTCAAGGTCAAACTGTAAGTGCTGGCCAAGTTATTGGTGCTAGTGGAAATACTGGGCAATCTACAGGGCCACATTTGCATTTTGAAGTTCATCGCGGTGGTTGGAATGGTTCTAAAAGTAATTCCATTGATCCAATGACAGTTTTAAATTAG	MNRPMRKFPVLLSTIVAASTITLSTTSISAESTTDLNEKIDALQQQQKQLEEKQGKLQRDTDKTDKKINKNLDKQGSVEKEIHSIDTDLQKTLEQITTKETEISNTNQQIEELGKQIQKLKKEITILKERIAKREGLLKDRLRNIQQNGGSMKYIEVILGSKSFGDFISRSSAVNTIMDQDKSIMEQHEADKITVEKNKVDVENKKSEVEERKQSLQAQKQDLVALKGQLDKQLSKKETLMASLEEEHKELEAYKVSVEEEQEILAQQAEAAEKAKQLAQSQKSELEQLAKEKAAQQAKQEKTKPKSNNHSSSANSSSSSSSSSSGGSAPAPAPAPEQNMGGDMMYPISAPITSHYGTRWGSMHHGTDFGAPIGTPVRSAASGVVIMTNSASQAGMSGYGNVILVSHNINGQSYTTLYAHLNSIGVSQGQTVSAGQVIGASGNTGQSTGPHLHFEVHRGGWNGSKSNSIDPMTVLN				NA	NA	NA	NA	NA
AK148_00293	1452	ctpB	COG0793	Carboxy-terminal processing protease CtpB	ATGAAATTAAGAAAGCTACATATTGTACTACTTTTTATATTAGCTTTAGCTATTGGTCTGGCTGGAGGTTACACGGGAGTGAAGCTAGCTCAGAAAACAACTCCGCCTACAGAACAGTCAATGAAATTAGGTGGTGAAACGACTGCCAATGAAGCAATAACCCAAGATATGGAAAAAGTGGATCAAGCATTTCGGTTAATTAAAGAAAACTACTTAGAAGATATTGATGATAAGCAGTTAACGGAAGGTGCGATTCAAGGCATGCTTTCTACATTGGAAGATCCATACAGTTCTTATATGGATGCAGAAACAATGAAGAAATTTAATGAGCAAATTGAGTCTTCATTTGAAGGGATAGGAGCAGAGGTAAATAAAGTAGACGATGTATTAAGTATAGTAGCTCCGGTGAAGGACTCTCCAGCTGAAAAAGCAGGATTACGACCAAATGATCAAGTGCTTAAAGTTGACGGGAAAAGCTTAGAAGGCTTAAGTCAAAATGAATCTGTCGCTAAGATACGAGGAGAGAAAGGAACCGAAGTGGAGTTAACAATCCGCCGAGCTGGAGTTGCGGAACCTTTTAAAGTGACAATAGTAAGAGACACTATTCCTCAAGAAACGGTATACAGTAAAACGAAGAATGTAGACGGTAAAAAAACAGGTATTTTAGAAGTGACGAATTTTTCCGAACGCACAGCTCAGGAGTTCAATGAACAGCTGACAAAAATGGAAGACGATGGTATTGAAGGATTAGTGATTGACGTTCGAGGAAATCCTGGTGGGTTGTTAAATGTCATTGAAGATATTTTAAAACAATTTGTTCCAGAAGATATGCCTTACTTACAAGTAGAAGACCAAAAAGGTAACAAAACACCATATTATTCCGATTTAAAGGAAAAGAAAAAGTATCCGATCAGTGTCATTATAGATGAAGGAAGTGCCTCAGCATCAGAAATATTAGCTGTGGCTATGAAAGAAATGGGTTATGACGTAGTTGGGCAACCAAGTTTTGGTAAAGGAACGATTCAGCAAGCAGTTCCTTTAGGGGATGAAAGTACCATTAAACTCACTTTTTTTAAATGGTTGTCACCAAAGGGGAAATGGATACATGAGAAAGGTGTCCAACCTACTATTAACCAAAAACAGCCTGAATATTACTATACAAGCCCTGTTCAAATCAAAGAGCCTTTAAAGCAAGACCAAACGGGAGGTAAAATTAAAAATATCCAAGTTATGCTTCAAGGGTTAGATTACAATCCTGGACGTACAGATGGCTACTTTAGTATAGAAACAAAACAAGCAGTAACTTCTTTTCAACAAGATAATGATTTGCCAACATCTGGTGAAATTGATGCGCAGACAGCTAAGCTGATCGAAACCCAAGTTATTAAAAGCATTCGTGATGGGAAAGATGATAAACAATTAGATAAGGCATTAGAAGAAGTTTATAAGTAA	MKLRKLHIVLLFILALAIGLAGGYTGVKLAQKTTPPTEQSMKLGGETTANEAITQDMEKVDQAFRLIKENYLEDIDDKQLTEGAIQGMLSTLEDPYSSYMDAETMKKFNEQIESSFEGIGAEVNKVDDVLSIVAPVKDSPAEKAGLRPNDQVLKVDGKSLEGLSQNESVAKIRGEKGTEVELTIRRAGVAEPFKVTIVRDTIPQETVYSKTKNVDGKKTGILEVTNFSERTAQEFNEQLTKMEDDGIEGLVIDVRGNPGGLLNVIEDILKQFVPEDMPYLQVEDQKGNKTPYYSDLKEKKKYPISVIIDEGSASASEILAVAMKEMGYDVVGQPSFGKGTIQQAVPLGDESTIKLTFFKWLSPKGKWIHEKGVQPTINQKQPEYYYTSPVQIKEPLKQDQTGGKIKNIQVMLQGLDYNPGRTDGYFSIETKQAVTSFQQDNDLPTSGEIDAQTAKLIETQVIKSIRDGKDDKQLDKALEEVYK	PGPT0015095_3688	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0015095-prc|ctpA-K03797	NA	NA
AK148_00294	1257	minJ	COG0265	Cell division topological determinant MinJ	ATGAAGATCATAGTAAGTTGTAGGAAAGCGACTTTGATTATTGGGGTGATAAACTTGTTAGAATCAGGCTTATTGGAAATCGCTAAAGGGATAGGTAAAATGTTTTTAAACCCGTTATTTTACTGGATCTTTATTCTAATTATTGTTACTGGAATGAAGCGGATAAAACGGGAAAGAGAAGACTTTGGTATTAAAATTTATGATTTGTATTCTGAGTGGAAAAATACGTTTTGGATGTCGTTTGTATTAGGACTGTTACTTTCTGCGTTTACACTAGGTGTGGGCGTTACACTTACATATCCTGTTATATTGTTATTCGGTTTCATAACTATACTGATTAGTATAACGGGAAGAATTAACTTACTATCGGCAAGCTATATTATTGGCGGAACATATTTAATCTTGATGTTTGTACCCGAATGGATAGACGTAGAGAAGATTCTTCCTTTTCGTATGCAGGTAGATGTTCACCTTTCAGGTTTAGTTAGTTTATTAGCCCTGTTATTGCTTGCCGAGAGCATCTTATTATTTGGCTCCAGAAGCGATGTAACCTATCCAGAGCTGACACTTAGTAAACGGGGAATATGGGTCGGACAGCATCATTTAAAGAAGCTGACAGTACTTCCGTTTTTTACACTTGTCCCAACAGGTTCACTAACTCCGTTTGCCGATTTTTGGCCTTATTTTACGTTAAATGGGGAGACATACGGTCTTGTAGTTATTCCTTTTATTCTCGGTTTTGATCATATTGTACGTGCGCAACACCCTTCATTTGCTGCTAAAAAGCTAGCGCGATCTACATTGTTATTAAGCTTCCTAGTCGCTGCGCTTGCAGTAGGTAGTATGTATTATTCCTTGTTTTCATTTATAGCGGTAATATGTGCTATTTTGGGAAGGGAATGGATAAACTATCGTTTTCGAATTAACGAACAAAATAAACCAGGGTATTTTCAATCAACGGATAAAGCGTTAAAGGTGCTTGCTGTACTTCCGAATTCTCCAGCTGATCGGTTAGGTATTCACGTAGGTACGTTGATCACTAAAGTAAACGGGAAGAAAGTGAATCAACCTGGATCGTTTTATCACGCCTTGCAAACGAGTGGAGCTTTTTTTAAGTTGGAAATTATTAATCGAGAAGGAGAAATAGAATTACTACAAGGGGCATGGTATGAGGGTGATCATCATGGTTTAGGACTATTATTTGCCTCTACCCCACACGATCATGAGCATTTTAATGTAAGTAATGGGGAAAGATAA	MKIIVSCRKATLIIGVINLLESGLLEIAKGIGKMFLNPLFYWIFILIIVTGMKRIKREREDFGIKIYDLYSEWKNTFWMSFVLGLLLSAFTLGVGVTLTYPVILLFGFITILISITGRINLLSASYIIGGTYLILMFVPEWIDVEKILPFRMQVDVHLSGLVSLLALLLLAESILLFGSRSDVTYPELTLSKRGIWVGQHHLKKLTVLPFFTLVPTGSLTPFADFWPYFTLNGETYGLVVIPFILGFDHIVRAQHPSFAAKKLARSTLLLSFLVAALAVGSMYYSLFSFIAVICAILGREWINYRFRINEQNKPGYFQSTDKALKVLAVLPNSPADRLGIHVGTLITKVNGKKVNQPGSFYHALQTSGAFFKLEIINREGEIELLQGAWYEGDHHGLGLLFASTPHDHEHFNVSNGER				NA	NA	NA	NA	NA
AK148_00295	549			hypothetical protein	ATGTTTATGCGCAACTGCTTTCTGTATTTTTGGGGAAGTATCGACCCAATTTATTTTACTTGCTCTAGGCTAACATATATTGTTGGGCCAAACCAAAAAAGGACGCTATTACGAGCTCGATTAACAAAATATAAAGGTGCTAAAATGGTTCTGTCTGATGGGACCGTAATAGAGAAGGATGATTTATTAGTAAAGATACATTTGCATAATGTTAAATTACTTAAAAAACTCTCGGAACAGTCGAATGACATGAAACGAGCGGTTATTATCTATCATAGTGTAAAACAAGCAATGCCGAGTTTAGCAACATATATTGAAAATCACGCGGAACAGGAAAGAGTAAAAGGGATAATTGGTATTACTAATTTATCAAAAGGTGGAAAGAAATTAGGGTTTGAAGAGAAAGCCTTGCAAAATAAATTTTATCGTATTTTCAAGAAAATAACATTATTCCCGATTAGCTTTTTAACTGGAAAAAAATCAATAAAACCTGTTTATTTATTTATGTCAAAAGGGAAGTTATTAATGAAATACGGGAATCGTTGTTAA	MFMRNCFLYFWGSIDPIYFTCSRLTYIVGPNQKRTLLRARLTKYKGAKMVLSDGTVIEKDDLLVKIHLHNVKLLKKLSEQSNDMKRAVIIYHSVKQAMPSLATYIENHAEQERVKGIIGITNLSKGGKKLGFEEKALQNKFYRIFKKITLFPISFLTGKKSIKPVYLFMSKGKLLMKYGNRC				NA	NA	NA	NA	NA
AK148_00296	1155	ugtP		Processive diacylglycerol beta-glucosyltransferase	ATGAGGCAAATCCAACCATCAGAAGCATTATTTCTTCCTTTTTTACAAATTCCAAGCGGGCATCACCACGTAGCAGATGCACTAATTGCTGAGTACAAAAGCATTTATCCAAATCATCCGTATGAAAAGGTGGACATACTTAGTTATGGGTATAAAAGTATAGAAAAGTTAGTTTCTTCTACGTATTTAACTTGGATCAAATATTTCCCGGAAGGATATGACCGTTTATACTCGTTTTTAGTTTATAAACAAGGGACTAAAAAAAGAACCAGACAATGGCATTATGAAACTTTATTTCGTCCAATACTACAAAAGGTAGTACAGCAAGCAGAAGCGAAGATACTGTTTTTTACACATGCTTTACCTTCCAATATGGCAAGTGTTTTAAAGCAACAAAGAAAAATAGAAGCTGTTACAGTAAATGTGTATACAGATTTTTTTATAAATGCTTTATGGGGGATAGAGGAAATTGACTATCATTTCGTTCCGACACTTTCCATGAAAAAACATTTAATACAGTGTGGTGTAAAGGAAAGTAATATATTTGTTACTGGCATCCCTGTTCACCCATGTTTTTATTATACGGCTAGCAATCAAAATCAAAAAGAGGGACTGCAAATGCTAATAGCGGGCGGTAGTTTAGGGACGGGAGATTTAGAATGTTTGCTAAATGAATTAAATTTATCTTCTCGGGTACATCTGTATGTTTTATGCGGACAAAATGAGCAGTTATATCAAAAGCTTCATTCTAAAAAATGTTGTCATATAACACCATTACGCTATTTGCATTCTAAGCAAACAATGAATCAATTGTATGACCGTATAGATGCTGTTATAACGAAGCCTGGTGGTGTAACCGTTAGCGAGTGTCTTGTGAAGCGGAAACCGTTGTTTATATACAACGCTTTACCAGGCCAGGAAAGAATTAATTTGCAGGAATTAACACGTTTAGGTTTAGTACAAGCAATTGATAAAAACAAACCAATTGGCAAGCAAATAATGGATTATTTTTCAAATGATTACAAGCAACAACAACTGTATCAACAGTTGCATAACTACTTGGAAAATAGGGAGCAAGATTCTGTAGCATCTATTATAAAACGGATTACACAACAAACAAACCACAAAGGGGGAAATAGTATCTCCTATATATAA	MRQIQPSEALFLPFLQIPSGHHHVADALIAEYKSIYPNHPYEKVDILSYGYKSIEKLVSSTYLTWIKYFPEGYDRLYSFLVYKQGTKKRTRQWHYETLFRPILQKVVQQAEAKILFFTHALPSNMASVLKQQRKIEAVTVNVYTDFFINALWGIEEIDYHFVPTLSMKKHLIQCGVKESNIFVTGIPVHPCFYYTASNQNQKEGLQMLIAGGSLGTGDLECLLNELNLSSRVHLYVLCGQNEQLYQKLHSKKCCHITPLRYLHSKQTMNQLYDRIDAVITKPGGVTVSECLVKRKPLFIYNALPGQERINLQELTRLGLVQAIDKNKPIGKQIMDYFSNDYKQQQLYQQLHNYLENREQDSVASIIKRITQQTNHKGGNSISYI	PGPT0023400_332	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023400-ugtP-K03429	NA	NA
AK148_00297	1983	uvrB	COG0556	UvrABC system protein B	GTGGAAAATCAATTTGAACTAGTTGCCAAATATGAACCAAAAGGTGATCAACCACAAGCAATTAAAGAAATTGTTGAACGTATTAAGGCAGGAAAAAGGCACCAAACACTTTTAGGCGCAACAGGAACTGGTAAAACTTTTACTATGTCGAATGTAATTAACGAGATCAATCGGCCAACTTTAGTGATTGCGCATAATAAAACTTTAGCCGGTCAACTATATAGTGAGTTTAAAGAATTCTTTCCTAATAATGCGGTGGAGTATTTTGTTAGCTACTACGATTACTATCAACCTGAAGCTTATGTACCATCCACCGATACATTTATTGAAAAAGATGCGAGTATAAATGATGAAATTGATAAACTAAGGCACTCTGCTACATCAGCATTGTTCGAGCGACGAGATGTTTTAATTGTTGCGAGTGTTTCCTGTATTTATGGATTAGGTTCTCCTGAAGAATATAAAAGTCAAGTACTCTCCATTCGGACAGGCATGGAAAAGGATCGAGATCAACTATTACGTGAACTTGTAGACATTCAATACGCTCGTAATGATATTAACTTCCAACGCGGGACGTTTCGAGTGCGTGGCGACTCTGTGGAGATAATTCCAGCTTCTAGAGAGGAACACTGTATACGCGTCGAATTCTTTGGTGATGAAGTCGACCGCATTCGTGAAGTGGATGCATTGACAGGGGAAATTATTGGCGATAGAGAGCATATTGCTATTTTTCCAGCCTCTCACTTCGTAACGCGAGAGGAAAAATTGAAGCTTGCTATTAAAAATATTGAAAAGGAATTAACAGAGCGTTTAAAAGAGTTACGAGATCAAGGGAAATTACTAGAAGCACAGCGTTTAGAACAACGGACGAATTACGATCTGGAAATGATGCATGAGATGGGCTTCTGTTCAGGCATTGAAAACTATTCACGCCATCTTACTTTGCGCGAAGCAGGTGCGACACCATATACATTGCTTGATTTCTTTCCTGATGACTTTCTAGTTATGATTGATGAATCACATGTCACACTCCCACAAATTCGTGGTATGTTTAACGGGGATCAAGCGCGAAAACAAGTACTTGTAGATCATGGATTCAGATTGCCGTCAGCGCTAGACAACCGCCCGTTACGCTTTGAAGAATTCGAAAAAGCTACGAACCAACTTGTTTATGTTTCTGCCACACCAGGGCCATACGAACAAGAGCATTCGCCAGTCATGACAGAACAAATCATTCGACCAACAGGTCTCTTAGATCCAGAGGTAGAAGTAAGACCAATTAAAGGACAAATTGATGACTTAATCGGGGAAATTCATAAACGTTCCGAGAAAAACGAACGTGTGCTAGTCACCACGTTAACGAAAAAAATGTCGGAAGATCTAACTGATTATATAAAAGAACTTGGTATAAAAGTTGCTTACTTGCATTCAGAAATTAAAACATTGGAGCGAATTGAATTAATTCGTGATTTACGTGTTGGTAAATATGATGTTCTCGTTGGAATAAACTTATTACGTGAAGGTCTTGACATTCCAGAAGTATCTTTAGTAACAATTTTAGATGCGGATAAGGAGGGATTTTTACGTTCAGAAAGGTCCCTTATTCAAACGATGGGACGGGCTGCACGTAATGAAAATGGCATGGTTATTATGTATGCTGATAAAATTACGAAGTCGATGCAAATAGCCATTGATGAGACGTATCGTCGACGGGAAAAGCAGATTGCTTATAACGAAAAGTATGGTATTATTCCTACGACGATTAAGAAAGACGTACGAGATGTGATTCGAGCAACTGTTGCTGCTGAAGACAAAGAAACGTACGAAAGCAAAACAAAAAGTGTTACAAAGCTAGCAAAGCAGGATAAAGAAAAAGTAATAGCGAATATGGAAAAAGAAATGAAGGAAGCTGCCAAAGCATTAGATTTTGAAAAAGCAGCTGAACTTCGAGATGTCATACTTGAACTGAAAGCAGGAAGGTGA	MENQFELVAKYEPKGDQPQAIKEIVERIKAGKRHQTLLGATGTGKTFTMSNVINEINRPTLVIAHNKTLAGQLYSEFKEFFPNNAVEYFVSYYDYYQPEAYVPSTDTFIEKDASINDEIDKLRHSATSALFERRDVLIVASVSCIYGLGSPEEYKSQVLSIRTGMEKDRDQLLRELVDIQYARNDINFQRGTFRVRGDSVEIIPASREEHCIRVEFFGDEVDRIREVDALTGEIIGDREHIAIFPASHFVTREEKLKLAIKNIEKELTERLKELRDQGKLLEAQRLEQRTNYDLEMMHEMGFCSGIENYSRHLTLREAGATPYTLLDFFPDDFLVMIDESHVTLPQIRGMFNGDQARKQVLVDHGFRLPSALDNRPLRFEEFEKATNQLVYVSATPGPYEQEHSPVMTEQIIRPTGLLDPEVEVRPIKGQIDDLIGEIHKRSEKNERVLVTTLTKKMSEDLTDYIKELGIKVAYLHSEIKTLERIELIRDLRVGKYDVLVGINLLREGLDIPEVSLVTILDADKEGFLRSERSLIQTMGRAARNENGMVIMYADKITKSMQIAIDETYRRREKQIAYNEKYGIIPTTIKKDVRDVIRATVAAEDKETYESKTKSVTKLAKQDKEKVIANMEKEMKEAAKALDFEKAAELRDVILELKAGR	PGPT0014920_4490	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014920-uvrB-K03702	NA	NA
AK148_00298	2877	uvrA		UvrABC system protein A	ATGCCTAGTAAATATATAACCATCCAAGGTGCTAGAGCTCATAATTTAAAAAACATTGATGTTAATATACCAAAGAATAAGCTGGTCGTCCTCACAGGCCTGTCTGGTTCTGGAAAGTCTTCTTTGGCTTTTGATACGATTTATGCTGAGGGTCAAAGGCGTTATGTTGAATCTTTATCTGCCTACGCAAGACAATTTTTAGGTCAAATGGATAAGCCGGATGTAGATGCTATTGAAGGCTTATCTCCAGCAATCTCGATTGACCAAAAAACAACAAGTAAAAATCCTCGTTCTACTGTAGGAACAGTGACAGAGATATATGATTATTTGCGTTTATTGTTTGCTCGAGTTGGTCACCCTACTTGTCCGAAGCATGGGGTAGAAATTACGTCGCAAACCGTAGAACAAATGGTAGATCGAATTATGGAATACCCTGAACGGACTAAAATACAAATTTTAGCACCAGTAGTATCTGGCCGAAAAGGGGAGCATGTAAAGGTATTTGAAAAATTAAAGCAAGAAGGTTATGTTCGCATTCGGGTAGATAAAGAAATGCGAGAAGTTACAGAGGAAATAAAGCTTGAAAAAAATAAGAAACATTCTATCGAAGTGGTGATTGATCGAATTGTTGTTAAAGAAGATATTGAAGGGCGGTTAAGTGATTCGATAGAGACAGCATTAGCTTTAGGCGAAGGAAAAATCATTGTTGATGTAATCGGTCAAGAAGAAATTACATTTAGTGAAAACCATGCATGTCCTATTTGTGGATTTTCGATTGAAGAATTAGAGCCACGTCTCTTCTCTTTTAACAGCCCTTACGGTGCATGTCCAACTTGTGATGGATTAGGTACAAATTTGGAAGTCGATTTAGACCTAGTTATTCCTGATTGGGATAAATCGTTAAATGAACATGCCCTTGCGCCTTGGGAACCGATTAGTTCGCAATATTATCCACAATTGTTAAACAGTGTTTGTAACCATTATGATATTGACATGGATATACCTGTAAAAGATATTCCAAAAGAGAAGATGGATAAAATTCTTTACGGCAGTGGTAAAGAAAAAATTCATTTTCACTATGAAAATGATTTCGGCAATGTTCGAGATAATCATATTATGTTTGAAGGTGTCGTTAATAATGTCGCTCGACGTTACCGAGAGACATCTTCGGATTTTATTCGTGAAAATTTAGAAAGATACATGGCTCAGAAAAACTGTCCATCTTGTAAAGGATATCGTTTAAAAGAAGAAGCGCTAGCTGTTCGAATCAACGAACGGCATATTAGTGAAGTGACCGATTTTTCTATTACAGAAGCACAGACCTTTTTTCAAGGATTACAGTTATCGGAAAAAGAAAAGCAAATTGCGAAGATGATTTTAAAAGAAATATCCAATCGGTTGGAGTTTTTAAATAATGTAGGTTTAGACTATTTAACCTTATCGCGAGCTGCAGGGACACTCTCTGGAGGAGAAGCGCAGCGGATACGGTTAGCTACACAAATCGGCTCTGCATTAACAGGGGTTTTGTATGTGCTAGATGAGCCTTCTATTGGATTACATCAACGTGATAATGATCGTTTAATTGGAACGCTAAAGCGCATGCGTGATTTGGATAACACACTCATTGTCGTAGAACATGATGAGGATACGATGCTTGCTGCTGACTGGCTAATTGACATTGGACCTGGTGCGGGAGAGCATGGCGGTGAAATTGTAGCGAGCGACACACCTGAAAACGTGATGCGTCATGAACAATCACTAACAGGGCAATATTTAGCTGGTAAGAAATTCATCCCTTTACCCGCAAAAAGAAGGAAAAAGGATAAGCGTGTTATTGAGATCGTAGGGGCAGAAGAGAATAATCTGCAAAAGGTTTCTGTAAAGATTCCGATTGGTTTAATGACCGTCGTTACTGGTGTATCTGGATCGGGGAAAAGTACATTAGTAAATGAAATTTTATATAAAGCGTTAGCGAAAGAGTTATATACAGGAAAACATAAGCCAGGAAAGCATAAAGCAGTAAAAGGAATAGAGCATATTGAAAAGGTCATTGATATTGATCAATCACCAATTGGCAGGACTCCTCGTTCTAACCCTGCAACATATACGGGCGTATTTGATGATATTCGTGACGTATTTGCGCAAACAAATGAAGCCAAAGTGCGCGGATACAAGAAGGGGCGCTTCAGTTTTAACGTTAAAGGAGGCCGTTGTGAAGCTTGCCATGGTGATGGCATTATCAAAATAGAAATGCACTTTCTCCCAGATGTGTACGTTCCTTGTGAAGTGTGTCATGGGAGCAGATATAATAGGGAAACATTAGAAGTAAAGTATAAAGGAAAAAACATTTCTGATGTGCTTGGTTTAACGATTGAGGAGGCATTGGAATTCTTTGCGAATATCCCGAAAATAAAGCGGAAATTACAAACGATTTATGATGTTGGCCTCGGCTATATAAAGCTTGGTCAACCGGCTACAACTCTATCTGGTGGGGAAGCACAGCGCGTCAAGTTGGCAAGTGAACTGCATCGACGTTCCAATGGTAAATCCTTTTATATTTTAGATGAACCAACCACAGGTTTACATGCTGATGATATTAGTCGGCTGCTAAATGTGTTACAGCGGCTTGTCGAAAATGGGGATACCGTTCTTATCATTGAGCATAATTTAGACGTTATTAAAACAGCTGATCACATTATTGATTTAGGCCCTGAGGGCGGTGCTGGAGGGGGAACCATTATTGCTACTGGTACACCCGAACAAATTGCTAAAAAAGACAATTCTTATACAGGAAAATATTTAAAAAATGTTTTAGAGCGTGACCAGAAACGGATGGACGCTTTCATTAAAACGACAGAAAAGTTAGCGACAAAGTAA	MPSKYITIQGARAHNLKNIDVNIPKNKLVVLTGLSGSGKSSLAFDTIYAEGQRRYVESLSAYARQFLGQMDKPDVDAIEGLSPAISIDQKTTSKNPRSTVGTVTEIYDYLRLLFARVGHPTCPKHGVEITSQTVEQMVDRIMEYPERTKIQILAPVVSGRKGEHVKVFEKLKQEGYVRIRVDKEMREVTEEIKLEKNKKHSIEVVIDRIVVKEDIEGRLSDSIETALALGEGKIIVDVIGQEEITFSENHACPICGFSIEELEPRLFSFNSPYGACPTCDGLGTNLEVDLDLVIPDWDKSLNEHALAPWEPISSQYYPQLLNSVCNHYDIDMDIPVKDIPKEKMDKILYGSGKEKIHFHYENDFGNVRDNHIMFEGVVNNVARRYRETSSDFIRENLERYMAQKNCPSCKGYRLKEEALAVRINERHISEVTDFSITEAQTFFQGLQLSEKEKQIAKMILKEISNRLEFLNNVGLDYLTLSRAAGTLSGGEAQRIRLATQIGSALTGVLYVLDEPSIGLHQRDNDRLIGTLKRMRDLDNTLIVVEHDEDTMLAADWLIDIGPGAGEHGGEIVASDTPENVMRHEQSLTGQYLAGKKFIPLPAKRRKKDKRVIEIVGAEENNLQKVSVKIPIGLMTVVTGVSGSGKSTLVNEILYKALAKELYTGKHKPGKHKAVKGIEHIEKVIDIDQSPIGRTPRSNPATYTGVFDDIRDVFAQTNEAKVRGYKKGRFSFNVKGGRCEACHGDGIIKIEMHFLPDVYVPCEVCHGSRYNRETLEVKYKGKNISDVLGLTIEEALEFFANIPKIKRKLQTIYDVGLGYIKLGQPATTLSGGEAQRVKLASELHRRSNGKSFYILDEPTTGLHADDISRLLNVLQRLVENGDTVLIIEHNLDVIKTADHIIDLGPEGGAGGGTIIATGTPEQIAKKDNSYTGKYLKNVLERDQKRMDAFIKTTEKLATK	PGPT0014915_2319	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014915-uvrA-K03701	NA	NA
AK148_00299	354	yojF		putative protein YojF	ATGAAACCAATTGAAATTAACCAAGTACAAAGATGGTTGGATAAATTCATAAACACGTCAGTTTATATTCATGTAGAAACAACAAATGGTGCTTATGCTAGTCATTTTGATGACAAAGCGTATAATGTAGGTGCTTATGTCAGGAATGTACAGATTACTTACACGCAAGCAAAAATTGTTGGCGAAGGGAATGCTTTTCGTGTTGGTTTAAAGACAAGCAATGGGTGGATTTATGCAGAAGGGTTAACGGATTGGACGATACATGAAGACACAAAAGTGCTACTTGCTGGTCATGATCGCGAAGGAAGATTAATGGTTGCTTTGCAACTAAGTGAAACCCCTTTTGATTATTAA	MKPIEINQVQRWLDKFINTSVYIHVETTNGAYASHFDDKAYNVGAYVRNVQITYTQAKIVGEGNAFRVGLKTSNGWIYAEGLTDWTIHEDTKVLLAGHDREGRLMVALQLSETPFDY	PGPT0019575_3	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019575-bshB2-K22135	NA	NA
AK148_00300	660	bshB2	COG2120	putative N-acetyl-alpha-D-glucosaminyl L-malate deacetylase 2	TTGGATAAACACGTCGTTATCATATTACCACATCCAGATGATGAGTCATTTGGATCTGCTGGATCCATTGCGCAATTTCGAAGTCAGGGAATACCAGTAACTTATTTATGCGGCACACTTGGTGAAATGGGGAGAAATATGGGGAACCCGCCATTTGCCAACCGTGAGACTTTACCAGAAATTCGCAAGCAAGAATTAAAAAATGCATGTGAAGTGCTTGATATAGATGTAAAGATGCTTGGCTATCGAGATAAAACGATTGAATTTGAAGATCGAAATGCAGTCGCTAACCATTTGCAAGGCATTTTGGAGGAAATAAATCCTAGTCTAGTTATTACGCATTATCCAGGCTATGCCGTGCATCCAGATCATAACGCTTTAGGTGCAGCTGCAATTCAAGCTGTAGAGCAAATGGAAAAATCGCGTCGTCCTGTTATTTGGGCACAAGCATTTGCTCGAGGATTTCAAAAAGAATTGGGAGAGCCTGATATAATTAATGATGTAGAGGATCAGTTTGAAACAAAAATGAATGCTATTCTATGTCACCAATCACAGGCAGGCGGGATGATTGGACAATTAAAAAACTATAAAGATTTAGGAGCAGAAGTCTTACAAGAAGCAAAAGACCGATTTGGCAAAGAAGCATTTTTTACACTATAA	MDKHVVIILPHPDDESFGSAGSIAQFRSQGIPVTYLCGTLGEMGRNMGNPPFANRETLPEIRKQELKNACEVLDIDVKMLGYRDKTIEFEDRNAVANHLQGILEEINPSLVITHYPGYAVHPDHNALGAAAIQAVEQMEKSRRPVIWAQAFARGFQKELGEPDIINDVEDQFETKMNAILCHQSQAGGMIGQLKNYKDLGAEVLQEAKDRFGKEAFFTL	PGPT0019575_407	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019575-bshB2-K22135	NA	NA
AK148_00301	195			hypothetical protein	ATGAAAAAGTTGTATCGCTCAAATTCAAATCAGATGCTAGCAGGTGTTTTCGGTGGCTTAGAAGAATATTTCAATATTGATGCAACCATCTTACGGCTACTATTTGTTGTTTTGTTATTTATGAGCTTTTTCACGGTAGCTGTTATTTATCTTATTGCTGCAATGATTATTCCAGCTGAAGGGGAGATACGTTAA	MKKLYRSNSNQMLAGVFGGLEEYFNIDATILRLLFVVLLFMSFFTVAVIYLIAAMIIPAEGEIR	PGPT0027520_1768	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
AK148_00302	354			hypothetical protein	ATGAAGAGATGGCTCTTATCAATTGTTCTTAATGCAGTTGCATTGATTGTCGTTGCTCAGCTATTTGATTCGTTTCATTTAGAAGGGTTTGGTACAGCAATGCTAGCAAGCTTTATTTTATCGCTATTAAACATCCTTGTAAAACCAATTTTAGTTATTTTAACGTTGCCCATTACGATGCTTACATTAGGATTATTTCTGTTTATCATCAATGCATTTACAATTATGATCACGCAAGCAGTTATGGGGAGTTCTTTTGCAATTAGTGGGTTTGGTACAGCTGTTTTAGCTTCCATTATTATTTCAGTTATCAATGTATTATTAAATCGTCTAGTGCGAGATTCCTTAGGCTAA	MKRWLLSIVLNAVALIVVAQLFDSFHLEGFGTAMLASFILSLLNILVKPILVILTLPITMLTLGLFLFIINAFTIMITQAVMGSSFAISGFGTAVLASIIISVINVLLNRLVRDSLG				NA	NA	NA	NA	NA
AK148_00303	936	hprK_1	COG1493	HPr kinase/phosphorylase	ATGTCAACAGTTCGTACGAAGGATTTATTGGATAATTTTAATTTAACATTAAAAGCTGGAAAAGACGGTTTGTTTAGAGAGATAACAACTGGAGATATTTCTAGACCTGGGATAGAAATGACAGGTTACTTCAAATACTATCCTAAGGAAAGACTTCAGTTAATAGGTAGAACAGAGATGGCATATTTCTTGGAATTAAATGATGAAGAAAAAGCCCATCGTGTTGACAAGTTATGTACAGATATTACTCCTGGGATAGTTGTCACAAGAAACATGGAAATTCCTCAAGTCTTGATGGATGCTGCTAATGAATCCGGTGTGCCAATTCTCCATTCCAAGCAAAAAACAACGCGAGTTATTAGTAGACTAACTAACTTTTTAGAGGCCAAATTTGCCCCTTTTACAGCTATTCATGGCGTTTTAGTTGATGTCTATGGAGTAGGTGTATTAATTATGGGGCAAAGTGGCGTTGGGAAAAGTGAAACTGCTTTGGAACTTGTTAAAAGAGGACATCGGTTAGTTGCAGATGATAGTGTGGAGATAAGACAGGAAGATTATGACACCCTCATTGGAAACTCCCCTCCTTTAATTGAACATTTATTGGAAATACGAGGGTTAGGAATTATTAATGTCATGACATTATTTGGAGCTGGATCAGTTCGAAACTTTAAAAAGATCTCTTTAATCATTAATTTGGAGAACTGGGATCAACATAAGCAATATGATCGCCTTGGTTTGGATGAAGACAAGATGAAGATTATGGATGTGGAATTACCAAAAGCAACGATACCTGTTCGCCCAGGAAGGAACCTCGCAGTTATTATCGAAGTGGCTGCGATGAATTTTCGTTTGAAACGCATGGGTGTTAATGCTGCTGAAGAGTTTTCAGAGCGGTTAACGAGTATGATTGATCAAGAGACAGAGGATCACTTATAA	MSTVRTKDLLDNFNLTLKAGKDGLFREITTGDISRPGIEMTGYFKYYPKERLQLIGRTEMAYFLELNDEEKAHRVDKLCTDITPGIVVTRNMEIPQVLMDAANESGVPILHSKQKTTRVISRLTNFLEAKFAPFTAIHGVLVDVYGVGVLIMGQSGVGKSETALELVKRGHRLVADDSVEIRQEDYDTLIGNSPPLIEHLLEIRGLGIINVMTLFGAGSVRNFKKISLIINLENWDQHKQYDRLGLDEDKMKIMDVELPKATIPVRPGRNLAVIIEVAAMNFRLKRMGVNAAEEFSERLTSMIDQETEDHL				NA	NA	NA	NA	NA
AK148_00304	879	lgt	COG0682	Phosphatidylglycerol--prolipoprotein diacylglyceryl transferase	ATGAGCTGTTCAGCAGAACCATTAGATAGAGTATTTTTACAAATCGGTTCTTTCCCAATTTATTGGTACGGCGTCATTATTGCCGCTGGAGCCTTTTTAGCGCTTTTATTAGCAAATCGTGAAGCCAGTCGTTTAGGGATGAAAAAAGATATCATGGTAGATTTAGTAGTTTTTGCGATCCCTATAGCTATTATTTCAGCGAGAATGTACTATGTTATATTTGAATGGGATCAATATGCTGGTGGAAACTGGACGGATGTTTTTGCTATTTGGGAAGGCGGCATTGCTATTCATGGTGCACTTATTGGTTCTGTTCTGACTGCTATTATATATGCTCGAGTGAAGCGTGTATCTTTTTGGCAATTAGCTGATATTGCAGCGCCAAGTCTTATTTTAGGTCAAGCCATTGGGCGCTGGGGTAATTTCATGAATCAAGAAGCTCATGGAGGGCCTATTTCAGCATCTACATATGAAAGTTTCCATCAATATTTGCCTGATTTTATTATGAATCAAATGTGTATTGATGGCGTTATGTATCATCCAACATTCCTCTATGAATCTGTATGGAATTTGCTGGTTTTTGCATTGTTGCTTTTGTTTAGAAGGTTTAACCCGCATCGTGGCGAGTTATTTTTAAGTTATGCCATTATGTATTCTGTAGGACGTTTCTTTATTGAAGACATGCGTACTGACAGTTTGTATGTATTCGGCGAATTGCGTCAAGCGCAAGTAATTTCTATTGTAATTATAGTCGTTGCACTTGCACTAATTATTTACCGTCGTAAAACGTCACACGTTCGTTATTTGGATATCATGAAACGACAATCGCAAGCAAAGAAAACCAAAACAGTTGGAAAGAAAAAGAAAAAGAAGAAATAA	MSCSAEPLDRVFLQIGSFPIYWYGVIIAAGAFLALLLANREASRLGMKKDIMVDLVVFAIPIAIISARMYYVIFEWDQYAGGNWTDVFAIWEGGIAIHGALIGSVLTAIIYARVKRVSFWQLADIAAPSLILGQAIGRWGNFMNQEAHGGPISASTYESFHQYLPDFIMNQMCIDGVMYHPTFLYESVWNLLVFALLLLFRRFNPHRGELFLSYAIMYSVGRFFIEDMRTDSLYVFGELRQAQVISIVIIVVALALIIYRRKTSHVRYLDIMKRQSQAKKTKTVGKKKKKKK				NA	NA	NA	NA	NA
AK148_00305	963			hypothetical protein	ATGAAAGGGACGGCGCAAAGAGGATTAAAGCAAGGGCTTTTAACGACATGGACATTGGGGAAAGTTATTTTCCCCATCACGTTAATTGTAACCATTTTACAATTTACACCCGTACTTCCATGGGTAATCAAACAACTAACACCTTTAATGGGGATATTTGGTCTTTCCGGAGAAGCTGCTGTTCCATTAGTGCTAGGAAATGCGCTAAATCTATATGCAGGTATAGCAGCTATTGTCTCTTTTGAATTTACGGTAAAAGAAGTTTTTATTATGGCTATAATGCTGTCATTTTCTCATAACTTATTTATTGAATCAGCAGTAGCGTCCAGGGTAGGAGTTAGTTGGTGGCTCATTTCTGGCATTCGTATAGGTTTAGCGATATTTGCTGCAATTGTCGTTAACCTTGTATGGGATGGTGGTTTTGAACAAGCTGTTTACGGTTTTATTTCCAGTTCAGATACTGATTTAAATGGCTGGGGAGAAATAGTTTTACACGGTTTACAGACAGCAGCTATTGCGATAATTCAATTAGCACTTATCGTTATTCCACTTATGATCGTCATGCAATTTTTGCGCGAAATGGGTTGGCTAACAAAACTTTCCAAAGGCTTTGCTCCATTTACAAAAGCGCTTGGAATGAAAGAAAATACTTCGATGACGATGGTAGCAGGACTAACGATTGGTTTAGCTTATGGCGCTGGAGTTATGATACAGGCTGTGAAAGAAGATGGAGTAGAGAAAAAGGATATGATGCTTGCGCTAATCTTCCTTGTATCATGCCATGCTGTTGTAGAAGACACGCTCGTTTTTATTCCGCTAGGCATACCAGTTTGGCCGCTACTAATCATTCGTTTAGTAACAGCAATTGTATTAACGATGACTATAGCTTATTTTTGGAATAAACTAGATAAAAATAAAGGGAAGGAACCGACAACAAATGAGCATTCGTACAATACTTTTTGA	MKGTAQRGLKQGLLTTWTLGKVIFPITLIVTILQFTPVLPWVIKQLTPLMGIFGLSGEAAVPLVLGNALNLYAGIAAIVSFEFTVKEVFIMAIMLSFSHNLFIESAVASRVGVSWWLISGIRIGLAIFAAIVVNLVWDGGFEQAVYGFISSSDTDLNGWGEIVLHGLQTAAIAIIQLALIVIPLMIVMQFLREMGWLTKLSKGFAPFTKALGMKENTSMTMVAGLTIGLAYGAGVMIQAVKEDGVEKKDMMLALIFLVSCHAVVEDTLVFIPLGIPVWPLLIIRLVTAIVLTMTIAYFWNKLDKNKGKEPTTNEHSYNTF				NA	NA	NA	NA	NA
AK148_00306	636	ppaX_1	COG0546	Pyrophosphatase PpaX	ATGAGCATTCGTACAATACTTTTTGATTTAGATGGGACATTAATAGATACAAATGAGTTAATTATCGCCTCGTTTTTCCATACATTTAAGCAATATAATCTACAATTTACGCGAGAAGAAATTATTGAGTTTAATGGGCCTCCTTTAGTAGATACGTTTAAGGCAATTGATTTAGAAAAGGCAGACAGCATGGTGCAAACGTATCGAAGCCATAATATGAAAGAACATGATAATTATGTCAAGGTATTTCCTTATGTTATAGAAACATTGGAGCAGCTAAAACGAAACGGATTCAAATTAGGGGTTGTTACTACTAAGATGCGATCAGGCGTGGAAAAAGGGTTAGCTACTACAAAGCTAACAGCTTATTTTGATACGGTGATTACATTAGATGATGTCAAGAACCCAAAGCCACACGCAGAACCAGTATATAAAGCGATGGAAGAGTTAATGGCAGAACAACATTCAACATTGATGATCGGCGATAATGCACACGATATAGAGGCTGGGAAAAATGCGGGTGTGCAAACAGCTGGAGTAGCATGGTCTTTTAAAGGAAAAGAACGTTTATTACAATATGAACCAACATTTATGCTAGAGGATATGCGTGATCTTTTAAGCCTTACAGGAGTGTAA	MSIRTILFDLDGTLIDTNELIIASFFHTFKQYNLQFTREEIIEFNGPPLVDTFKAIDLEKADSMVQTYRSHNMKEHDNYVKVFPYVIETLEQLKRNGFKLGVVTTKMRSGVEKGLATTKLTAYFDTVITLDDVKNPKPHAEPVYKAMEELMAEQHSTLMIGDNAHDIEAGKNAGVQTAGVAWSFKGKERLLQYEPTFMLEDMRDLLSLTGV				NA	NA	NA	NA	NA
AK148_00307	522	dapH_1		2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-acetyltransferase	ATGCGAAGAACAAAGCGTTACCCTGTGCAACATACAAATTCCTTATGGCAAATATATAAGACAGTGTCCTTTTGGAAAATCATGAGGAATTTTATCATCATTCAGCTAGCCAGATATACGCCGTTTTTACCTGTGAAAAACTGGCTTTATCGTTCATGCTTATCGATGAAAATTGGTAAACAAACTGCTTTTGCGCTTATGGTTATGCCAGATATAATGTTTCCAGAAAAGATTTCGATAGGAAAAAATAGTGTCATTGGTTATAATACGACGATCTTAGCTCATGAATATTTAATTACAGAGTATCGTCTCGGAGAGGTTAGGATCGGTGATGAAGTCATGATAGGAGCGAACACGACTATTTTGCCGGGAGTTCATATTGGTGATAGGGCGATTGTTTCAGCTGGTACATTAGTGCACAAAGATGTGCCTGAAGGAGCTTTTGTTGGGGGAAATCCAATGCAAATAATTCATACAAAAAAAGAAAGGGAGGAAAAACATAATTCAAATGAAAGCAGGTGA	MRRTKRYPVQHTNSLWQIYKTVSFWKIMRNFIIIQLARYTPFLPVKNWLYRSCLSMKIGKQTAFALMVMPDIMFPEKISIGKNSVIGYNTTILAHEYLITEYRLGEVRIGDEVMIGANTTILPGVHIGDRAIVSAGTLVHKDVPEGAFVGGNPMQIIHTKKEREEKHNSNESR				NA	NA	NA	NA	NA
AK148_00308	540	glpP	COG1954	Glycerol uptake operon antiterminator regulatory protein	TTGCACGTTCCGACTGGTATATTGCCGGCTATACGTAAGATGAAGGACTTTGATAAAGCATTAGAAACAGGATACCCGACCATTGTTATTTTAGAAACGCGTTTAGCACAAATTAAGAGTCTCGTTGCCCACACTAAAAAATCAAATAAAAATATTCTTATTCATTTCGATTTAATTCAAGGTTTAAAGTCTGATGATTACGGAATGGAATATGTACTTAGGGAAATCAAACCAGATGGTATTTTATCAACAAGAGCAAATGTTATTCGCATGGCTAAAAAACATGGCTTACTGGCTATTCAACGGGTGTTTCTATTGGACAGTTTAGCGCTGGAGCAAAATTTAAAGCAGATTGAAAATGCCAAGCCGGATTGTATTGAAGTATTACCAGGTCTAATCCCTACTATGATTCAATCGATAAATGAACAAACAAAGCTGCCAGTTATTGCTGGGGGACTCATTAAAACAAGTGATCAAGTAAGGCAAGCGCTAGAGGCTGGAGCTGTGGGAGTCTCAACTTCTAATACAGATCTTTGGTAA	MHVPTGILPAIRKMKDFDKALETGYPTIVILETRLAQIKSLVAHTKKSNKNILIHFDLIQGLKSDDYGMEYVLREIKPDGILSTRANVIRMAKKHGLLAIQRVFLLDSLALEQNLKQIENAKPDCIEVLPGLIPTMIQSINEQTKLPVIAGGLIKTSDQVRQALEAGAVGVSTSNTDLW	PGPT0022030_554	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_BY_NODULATION	ROOT_NODULE_REGULATION,PGPT0022030-nodX-K02443	NA	NA
AK148_00309	1671	glpD	COG0578	Aerobic glycerol-3-phosphate dehydrogenase	ATGCATACTTTTTCAAGCTTTCAACGTGAGGATAACTTAAAACATATGGAAAGTAAGCAGCTGGATTTATTGGTCATTGGCGGAGGGATTACTGGGTCCGGTATTGCTTTAGACGCTACAATGCGAGGGATGAAAACAGGGCTAGTGGAGATGCAAGATTTTGCAGCAGGAACTTCTAGTCGTTCAACAAAACTTGTCCATGGAGGGCTTCGTTACTTAAAGCAAATGGAAGTTAAAATGGTAGCAGAAGTAGGACGGGAAAGAGCCATTGTGTATGAAAATGGCCCACATGTAACAACGCCAGAATGGATGATGTTGCCGTTTTATAAAGGAGGCACATTTGGACCAGTTACGACAAATATTGGTTTGCGCGTATACGATTTGCTAGCTGGTGTAAAAAAATCAGAACGGCGAAAAATGTTAAATATGGAAGAGGCTTTGGCAAAGGAACCGTTGATTAAACAAGATGGCTTGAAAGGAGCCGGTTATTACGTAGAGTATAAGACGGATGACGCCCGATTAACGATCGAAGTATTGAAAAAAGCTGTACAAAAAGGGGCACATGCAGCTAACTATGCTAAAGTGGTGGACTTTATATATGATAAAAATAAACAAATAACAGGTGCTATTATTGAAGATCAAATTAAAGGAAAACGTTATCAAGTGCATGCCAAAAAAATGATTAATGCCGGTGGACCATGGGTGGATGAGTTAAGAGAAATAGACGGATCGAAACAAGGGAAAGCGCTACATTTAACAAAAGGGGTTCATCTTGTATTCTCAAAAAAAGTTTTCCCATTACAACAAGCTATTTACTTTGATAGCCCAGATGGTCGCATGATTTTTGCAATACCTCGTGAAAATGTAACCTATGTCGGTACAACAGATACGAGTTACAAAGGGGATATCGCGAATCCGACAACGACAGTTTCTGATCGTGACTATATTTTGAATGCTATTGATTATATGTTCCCGTCATTAAAAATTACTGCCGACCATGTAGAATCGAGCTGGGCTGGTTTACGCCCATTAATTGCTGAAGAAGGGAAAGACAATCCAGGAGAAATATCACGTAAAGACGAAATATTTGTCTCTGATTCTGGGCTGATTTCAATGGCTGGGGGGAAATTAACCGGCTACCGTAAGATGGCTGAAGATGTCGTGGATAAAGTTACACAGCAGTTAAAAGAAGAAGAAGGTATCTTATATTCTAAATCTGATACAGTACATCTCCCAATCTCAGGTGGAGAAGTTGGTGGTTCGCAAGGGTTTGCCAAATTTGTTATTCGTAAGACAGAAGAAGCAGTCTCAGAAGGGATGGATGATTCGACAGCTAGACGATTAATTTACAGGTATGGATCGAATTTTGATAAGATCTTAGAATTTTATCGTGATAGACAGCAAGAAGCAAGTGCTGAAGGAATTGAACGTTGTCTTTTTGCAGAACTTGTATATGCGTTAGAGTACGAGGCAGCGTATAAGCCTGTAGACTTCTTTATTCGACGAACTGGGGCATTATTTTTTGAAATAGAATGGGTGAAGGCTCATAAAGACAAAGTTATTTCATATATGGCTAAGGTATTACAATGGACGAAGGAGGAAGTAGAGAAGTATACAGATGAATTAAGTTTAGCAATGGAAGAGGCTATTCATCCGGTAGTAAATAATTAA	MHTFSSFQREDNLKHMESKQLDLLVIGGGITGSGIALDATMRGMKTGLVEMQDFAAGTSSRSTKLVHGGLRYLKQMEVKMVAEVGRERAIVYENGPHVTTPEWMMLPFYKGGTFGPVTTNIGLRVYDLLAGVKKSERRKMLNMEEALAKEPLIKQDGLKGAGYYVEYKTDDARLTIEVLKKAVQKGAHAANYAKVVDFIYDKNKQITGAIIEDQIKGKRYQVHAKKMINAGGPWVDELREIDGSKQGKALHLTKGVHLVFSKKVFPLQQAIYFDSPDGRMIFAIPRENVTYVGTTDTSYKGDIANPTTTVSDRDYILNAIDYMFPSLKITADHVESSWAGLRPLIAEEGKDNPGEISRKDEIFVSDSGLISMAGGKLTGYRKMAEDVVDKVTQQLKEEEGILYSKSDTVHLPISGGEVGGSQGFAKFVIRKTEEAVSEGMDDSTARRLIYRYGSNFDKILEFYRDRQQEASAEGIERCLFAELVYALEYEAAYKPVDFFIRRTGALFFEIEWVKAHKDKVISYMAKVLQWTKEEVEKYTDELSLAMEEAIHPVVNN	PGPT0006775_1976	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_DEHYDROGENASE_ACTIVITY,PGPT0006775-glpA|glpD-K00111	NA	NA
AK148_00310	999			hypothetical protein	ATGCAGCAAGTTACGAGTAAAACGAAAGGAAAACAAAATAACGTTCTCCCTTTTATTCCTGAAGGTGATTTTTATTTTACAAAAGGTATAGAAGCTTTCCAAAAAAGAAAATTTGATAGTGCTGTCAAGTGGATAAAAAAGGCAATTGATCACAAGCCTGATGAAACTTTATATCAATGTCAATTATCTATTATATATACGGAAATTGGTGCATATCATGCTGCAAATGACCTTTTAATGAATATACTAAAGGTTTCTGAGAATGTCGATTGTTACTATTTAATAGCAAACAATTTTGCTCATTTAGGCTTATTAAATGATGCAAAAAAGTACGCTCATCTCTATATGGAAAAAGATCCGAATGGGGACTTTAAAGAAGAAGTACTCCATTTATTAGAACTACTAGAAATTGAAGAAGACCTAGAGGATGAAGAGTTGGAAGAAGAGGATGAACTCCTTATCTACCAGGAAACGGTTTTTTACCATATGGAGCATCATGAGTGGGAAAAGGCGATGCATATTTTAGAGGAAATGCTTGTCTTGTTTCCAAATCAACCAAATATAAAGCATGAATACGCAGAAACGCTCTTTTTTTTAGGTTATGAACAGCGAGCGGTTCATATGGAGCTTGAAGAAATGGAATCAAATCCAACTTCACTATATGGATGCAGTAATTTAGCTATATTTAATTATTATTTAGGTCAAATGGAAGCATATAATTTCTATATCGAGCCATTACTAAAAGTATATCCAATTCACGAGCAACAAAAATTACGTATTGCAGTAACATTAGCCCGAACAGGGCAGTATGCAGCTGCTGTAGATAGGTTTAAAATGCTTAAAAAAGACAAATTGAATGGGCATTTATCTTATTTTCGCTTTTATGCATTAGCTTCATACCATATAGGAGACCATGAAAAAGCCATGTCTATTTGGAGGGAAGGGTGTAAAAAACATCCTGAACTAAAAAACGAAAATACACCTTGGCATGAGTGTTGA	MQQVTSKTKGKQNNVLPFIPEGDFYFTKGIEAFQKRKFDSAVKWIKKAIDHKPDETLYQCQLSIIYTEIGAYHAANDLLMNILKVSENVDCYYLIANNFAHLGLLNDAKKYAHLYMEKDPNGDFKEEVLHLLELLEIEEDLEDEELEEEDELLIYQETVFYHMEHHEWEKAMHILEEMLVLFPNQPNIKHEYAETLFFLGYEQRAVHMELEEMESNPTSLYGCSNLAIFNYYLGQMEAYNFYIEPLLKVYPIHEQQKLRIAVTLARTGQYAAAVDRFKMLKKDKLNGHLSYFRFYALASYHIGDHEKAMSIWREGCKKHPELKNENTPWHEC				NA	NA	NA	NA	NA
AK148_00311	954	trxB	COG0492	Thioredoxin reductase	ATGTCTGATATTAAAATGTATGATGTAATCATTGCTGGAGCAGGCCCAGCCGGAATGACTGCGGCTGTCTATGCCTCTCGAGCTAATTTAGAGACACTAATGATTGAACGTGGTATACCGGGTGGCCAGATGGCGAATACAGAGGATGTTGAAAACTATCCAGGTTATGATCATATTTTAGGACCAGATTTATCAAATAAAATGTTTGAGCATGCGAAAAAGTTCGGCGCTACGTATGCGTATGGTGATATTAAAGAAGTAATAGATCATGGAGCGTACAAAACGATTGTTGCTGGACAAAAAGAATACCATACGCGAGCACTTATTATAACTACTGGTGCACAATATAAAAAATTGGGCATCCCTGGGGAAGAAGAGCTTAGCGGTCGAGGGGTTTCTTATTGTGCTGTTTGTGATGGAGCGTTTTTTAAAGATAAAAACCTTGTTGTTATTGGTGGAGGAGACTCTGCAGTGGAAGAAGGCATTTATTTAACGCGATTCGCTAACAAAGTAACCATTATTCATCGGCGTGATGAATTACGTGCCCAACGTATTTTGCAAGATCGTGCTTTTGACAATGAAAAAATCGACTTTATTTGGGATACTGTCGTAGAAAAAATTAACGAAGGCGCCGGGAAAGTAGGAAGCGTTACGTTAAGGAACAATAACACTGGTGAAACCTACGATCATGAAATTGATGGTGTATTTGTTTATATCGGCATGGTACCTTTAAGTGAACCTTTTACATCGTTGGGTATTACCAATGAGGAAGGGTACATTCCAACCAATGAAAATATGGAAACAAAAATTCCTGGTATATTTGCTGCTGGTGATATTCGTGAAAAAACGTTACGTCAAATTGTTACAGCGACTGGTGATGGAAGTATTGCAGCTGAACAGGCCATTAAATATGTGGAAGATTTAATGGAAGAGTTAAAAGCAACACATTCGTAA	MSDIKMYDVIIAGAGPAGMTAAVYASRANLETLMIERGIPGGQMANTEDVENYPGYDHILGPDLSNKMFEHAKKFGATYAYGDIKEVIDHGAYKTIVAGQKEYHTRALIITTGAQYKKLGIPGEEELSGRGVSYCAVCDGAFFKDKNLVVIGGGDSAVEEGIYLTRFANKVTIIHRRDELRAQRILQDRAFDNEKIDFIWDTVVEKINEGAGKVGSVTLRNNNTGETYDHEIDGVFVYIGMVPLSEPFTSLGITNEEGYIPTNENMETKIPGIFAAGDIREKTLRQIVTATGDGSIAAEQAIKYVEDLMEELKATHS	PGPT0013060_6297	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384	NA	NA
AK148_00312	471	mutX	COG0494	8-oxo-dGTP diphosphatase	ATGCAACAAGTAGCAAATTGCATATTATTAAAACAAGACCATATTTTATTATTAAAAAAACCGAAGCATGGCTGGTATGCAATGCCTGGTGGAAAGATGGAATCTGGTGAAACGATAAAAGAAGCCGTTATTAGAGAATATAAAGAGGAAACTAATTTGACTATTCAAAATCCGCGTTTAGCTGGGGTATTTACATTCAATGTTTTACAAGATGATCAACAGATGAAAGAATGGATGATGTATACATTCACTTGTCAAGACTACAGCGGTAAACTGGCAGATTTTTGTAGAGAAGGAGAGCTACAATGGGTTCCCGTGAATCAAGTGTTACAGTTACCGATGGCTGAAGGCGACCGGTTAATTTATAAGCATATTCTGGAAAGTAAACATGTTGTATCAGGAACTTTTACTTATACACCTAAAGATGATTTGATTACTTATCGAATAGATGGTTCGTCCGATACGAAGTAA	MQQVANCILLKQDHILLLKKPKHGWYAMPGGKMESGETIKEAVIREYKEETNLTIQNPRLAGVFTFNVLQDDQQMKEWMMYTFTCQDYSGKLADFCREGELQWVPVNQVLQLPMAEGDRLIYKHILESKHVVSGTFTYTPKDDLITYRIDGSSDTK				NA	NA	NA	NA	NA
AK148_00313	882	yvcJ	COG1660	Nucleotide-binding protein YvcJ	ATGAGTAAAAATCTTGAAACAAAATTAGTAATTATTACAGGAATGTCAGGTGCCGGTAAAACGGTTGCAGTGCAAAGTTTTGAAGATTTAGGGTACTATTGCGTTGACAATCTTCCTCCTACATTATTGCCAAAATTTATTGAACTCATGAGAGATTCTACAAACAATATACAGCGGGTAGCTATTGTCATGGATTTACGTGCTAGAGAATTTTTTGATTCCTTGTTTGAAGCTTTAGATACTTTAGCAGATGAAGAATGGTTAGATGAACATGTTCTATTTTTAGATGCAAAAGATGAAAAGCTTGTCAGTAGGTATAAAGAAACGAGGCGCTCACACCCGCTGGCGGTTGGAGGTTTACCGCTTAATGGAATCCGGCAAGAACGAGAAATATTGGATGAGCTAAGAGGAAGAGCACAAAGAATTATTGACACGACGAATTTAAAGCCGAGAGAACTTCGTGAAAAGATTGTTCAAAAGTATTCAGAAGAAGATCAAGAAGTATTTTCTGTGCACATGGTTTCATTTGGTTTTAAATATGGTCTACCAATTGACGCCGATCTTGTATTCGATGTTCGTTTTTTGCCAAATCCTCATTATGTAACAAATTTACAACCACTAACAGGTTTAAATAAAGATGTATCCTCTTATGTATTTCGCTGGACAGATACACAAAAATTTATCGTAAAAGTACTTGATTTATTGCAATTCATGTTACCACAATATAAAAAAGAAGGAAAGTCGCAATTGGTCGTCGCAATTGGTTGTACTGGTGGGCAGCATCGCTCCGTTGCACTGGCTGAATATTTCGCTAAAGAGTTGCATAAAGGCTATATTACACATGTCACGCATCGTGATATTGATAAAAGAAAGGGACATTAA	MSKNLETKLVIITGMSGAGKTVAVQSFEDLGYYCVDNLPPTLLPKFIELMRDSTNNIQRVAIVMDLRAREFFDSLFEALDTLADEEWLDEHVLFLDAKDEKLVSRYKETRRSHPLAVGGLPLNGIRQEREILDELRGRAQRIIDTTNLKPRELREKIVQKYSEEDQEVFSVHMVSFGFKYGLPIDADLVFDVRFLPNPHYVTNLQPLTGLNKDVSSYVFRWTDTQKFIVKVLDLLQFMLPQYKKEGKSQLVVAIGCTGGQHRSVALAEYFAKELHKGYITHVTHRDIDKRKGH				NA	NA	NA	NA	NA
AK148_00314	960		COG0391	Gluconeogenesis factor	ATGACTGAGGAGAAACGTCCGAATGTGGTAGTTGTTGGAGGTGGAACGGGGATGCCTGTCCTACTCCGAGGTCTTAAGGATTTACCTATTGATTTAACAGCATTAGTTACTGTAGCCGATGATGGAGGAAGTACGGGAAGGTTACGTAATGAAATGGCAATTCCTGCTCCGGGGGATATTCGTAACGTGATTGCAGCTTTATCTGATGCTGAACCCATGTTAATTGAATTATTTCAGCATCGTTTTGATGTTTGTAATGGCTTATCTGGTCATTCACTTGGAAATTTACTTTTAGCAGCAATGAGTTCGATTACGGGAAATTTTAATATGGGGATTAGAGAAATCTCTCGTGTCTTAAATGTGAAAGGAAAAATATATCCGATCTCAAACGATAACATGTCGCTCCATGCTGAAATGGAGGACGGGACAATCGTGTCTGGGGAGTCGAAAATTCCTTTATCTAACAAAAAAATAAAACGTGTTTTTTTAAGCCCACAGCCTGTTGAACCATTACCAAATGCAGTACGTGCTTTAAATAATGCAGATTTAATCGTTATTGCACCTGGTAGCTTGTATACAAGTATTATGCCGACCATCATTATGCCACAAATAGCAGAAGCAATAAAAAATGCAAAATGTCAAGTGGTATATGTTTGTAATGTCATGACGCAAGAGGGGGAAACTACTGGTTATACAGCTGCTGACCACGTGCAAGCTATTTGTGATCATATTGGAGAAGCAAGCGTTGATGCGATTGTCGTACATAATGAACCCATTGAAAAAACGATAAGAGAGATGTATGCAGAGGAAAACGCTTCTCCTGTGGTATATGATATAGAGCGTTTAATAGGTATGGGACTGCAAATTATAGAGGGAGATATTATTGATCCGACACAGCCTACATTAAGGCATGATAATTATAAAATTGCATCATTGCTTTATTCGCTTTTGAACAAATGA	MTEEKRPNVVVVGGGTGMPVLLRGLKDLPIDLTALVTVADDGGSTGRLRNEMAIPAPGDIRNVIAALSDAEPMLIELFQHRFDVCNGLSGHSLGNLLLAAMSSITGNFNMGIREISRVLNVKGKIYPISNDNMSLHAEMEDGTIVSGESKIPLSNKKIKRVFLSPQPVEPLPNAVRALNNADLIVIAPGSLYTSIMPTIIMPQIAEAIKNAKCQVVYVCNVMTQEGETTGYTAADHVQAICDHIGEASVDAIVVHNEPIEKTIREMYAEENASPVVYDIERLIGMGLQIIEGDIIDPTQPTLRHDNYKIASLLYSLLNK				NA	NA	NA	NA	NA
AK148_00315	945	whiA	COG1481	putative cell division protein WhiA	ATGTCCTTTGCTTCCGAAATAAAAAAAGAATTAACAGCAATCGAAGTAGATGATTGCTGTAAATATGCTGAATTAGCTGCATTAGTTCGAATGAATGGGGCTATTTCAATATCAAAGCAAAAATATACTTTGGATATACAGACGGAAAATGCTGCTATAGCGAGAAGGATTTATTCGTTAATTAAAGCAACTTATGATATAAGAGTGGAATTATTAGTAAGAAAGAAAATGAAATTGAAAAAAAATAATGTATATATTGTTCGTTTGAATGAAGGTGTAAGACCAATTTTAGTCGATCTCCATATTTTGCAAGAACCAATGACGTTTAATCGGGTTATTTCTGATCACCTTATTCATAAGTCTTGTTGTAAGAAAGCTTATTTGCGTGGAGCATTTCTTGCAGGTGGGTCAGTTAACAATCCAGAGACGTCTTCTTACCATCTGGAAATTTTTAATATTTATGAGGAACATAATAATTCACTTTGTAATTTGCTTAACCAATTTGAGTTACATGCTCGTAAATTAGAACGGAAAAACGGGTATATTGTTTATATAAAAGAAGCAGAGAAAATTTCAGAATTCTTAAGTATAATTGGTGCTTATAATGCTCTATTTAAATTTGAAGATGTGCGTATTGTCCGAGATATGCGCAATTCGGTTAACCGTATTGTTAACTGTGAAACAGCAAACTTAAATAAAACAATCGGAGCAGCTTTTCGCCAAATTGAAAACATACAGTTCATTGATCGTACAGTTGGTTTGGAGCAGCTACCAGAAAAGCTCAAGGAAATTGCTGTTCTCCGTGTGAAACACCAAGAAGTTTCCTTGAAAGAATTAGGCGAATTAGTAGAAAGTGGTAAGATATCTAAATCAGGTGTAAATCATCGTTTGAAGAAAATCGATGACTTCGCCGAAAAAATTAGAAATGGCGAGTTTGTACCTTAA	MSFASEIKKELTAIEVDDCCKYAELAALVRMNGAISISKQKYTLDIQTENAAIARRIYSLIKATYDIRVELLVRKKMKLKKNNVYIVRLNEGVRPILVDLHILQEPMTFNRVISDHLIHKSCCKKAYLRGAFLAGGSVNNPETSSYHLEIFNIYEEHNNSLCNLLNQFELHARKLERKNGYIVYIKEAEKISEFLSIIGAYNALFKFEDVRIVRDMRNSVNRIVNCETANLNKTIGAAFRQIENIQFIDRTVGLEQLPEKLKEIAVLRVKHQEVSLKELGELVESGKISKSGVNHRLKKIDDFAEKIRNGEFVP				NA	NA	NA	NA	NA
AK148_00316	255	crh	COG1925	HPr-like protein Crh	TTGGTTGAACGGATAATTAAAGTAAATCTTTCTACTGGTCTACAAGCTAGACCAGCAGCGGAATTTGTTCAAGAAGCAAATCGTTTTAATGCTCATGTTTTCATTGAAAAAAATGGAAAAAAAGTGAACGCAAAAAGCATTATGGGATTAATGAGCATAGCCATAGTTGCTGGAGAAGAGATTACACTTATCGCTGACGGAACAGATGAGGAACAGGCTATTGAAAGGTTAACAAAGTTTGTTTCTGAAACATAG	MVERIIKVNLSTGLQARPAAEFVQEANRFNAHVFIEKNGKKVNAKSIMGLMSIAIVAGEEITLIADGTDEEQAIERLTKFVSET	PGPT0016875_2318	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GLUCOSE_PTS_SYSTEM_I,PGPT0016875-ptsH-K02784	NA	NA
AK148_00317	588	clpP	COG0740	ATP-dependent Clp protease proteolytic subunit	ATGAATTTAATACCAACAGTAATTGAACAAACTAACCGCGGTGAACGCGCCTATGACATTTACTCACGCTTACTTAAAGATCGAATCATTATGTTAGGAAGTGCGATTGACGATAACGTTGCCAATTCCATTGTAGCCCAATTATTGTTTCTAGACGCAGAGGATCCTGAAAAAGATATTTCACTATACATCAACTCACCAGGTGGATCAATCACTGCCGGCATGGCAATTTTCGATACGATGCAACTCATTAAGCCAGATGTTTCTACAATCTGCACAGGAATGGCAGCATCTATGGGGGCATTCCTATTAACTGCGGGTGCCAAAGGCAAGCGTTACGCATTACCTAATAGTGAGGTAATGATTCATCAACCACTAGGTGGAACACAAGGGCAAGCAACAGACATTGAAATTCATGCACGTCGAATCATTCAAATGCGTGAAAAAATCAATCAAATCCTTTCTGAACGAACAGGACAGCCAATTGAAGTCATTGAACGTGACACAGATCGTGATAACTTCATGACAGCTGAAAAGTCTGTAGAATATGGTTTAATTGATAAGGTACTAAAGCGTAAACCTGAATAA	MNLIPTVIEQTNRGERAYDIYSRLLKDRIIMLGSAIDDNVANSIVAQLLFLDAEDPEKDISLYINSPGGSITAGMAIFDTMQLIKPDVSTICTGMAASMGAFLLTAGAKGKRYALPNSEVMIHQPLGGTQGQATDIEIHARRIIQMREKINQILSERTGQPIEVIERDTDRDNFMTAEKSVEYGLIDKVLKRKPE	PGPT0014595_7796	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014595-clpP-K01358	NA	NA
AK148_00319	399			hypothetical protein	ATGAGAAAATTATTCGTTGTTTTATTAGGGTTTTTTCTTGTTTTTTCAGCTTCATCCATGACTTTTGCAGAATCAGTACAACAAAATACGTCAAACAATATCACTCCAGCACATCTTGAAATTATTCAAGATACACTCAACACGCCAAATCCTGACGGTACTCCAGCTCAAATCACTAACAACGAATCTCAAGATTCAATTTCTACTCAAGCAACTTATGGCATGATTACACCAGTTTTTATAAGAGCATCTGATAATTCTACTCAAGTTTATGTATACTTAACTTATACTGGGAATAAGGCTGCTAATGCTGTAAAGTTCAGTAAAATGGATATCATGCACAGTTCAGTACTTAATCGTACGGTATATAAATCATTTCCAGCAAAAACTTTGGCATAG	MRKLFVVLLGFFLVFSASSMTFAESVQQNTSNNITPAHLEIIQDTLNTPNPDGTPAQITNNESQDSISTQATYGMITPVFIRASDNSTQVYVYLTYTGNKAANAVKFSKMDIMHSSVLNRTVYKSFPAKTLA				NA	NA	NA	NA	NA
AK148_00320	471			hypothetical protein	GTGGATCATGATGAGTACAAAGCATATTTGAAGCAGCAATATTCCCATAGGGTTCGACCGTTACAATCAGTTAATGACGTTATCTCCGCATTTCAAAAAAAATTAGATATTGCCGAAACAGAATTATCAGAATCCGAAGTTATTTTCTTAAAAATGACAATGCTTAACTATATTAATGCACACAAAAACGACCCTATAAAATCTAACTTGGATAACTTAAATTTCATTTCGTATGAAGTAGTAAGAAATGAAAAAAGTGATTATTACTACAATCAGATGAGGATTACATCTGATAATGAAAGAATACTTGTCATTATTGAATCCCAGTTAAACGCAATAACCTCCAATTGCGAAGAACTAAAAGTGGATATGCTTATCGAACGTGGAATCGACACATCTCATGTTAATCAAGAAACACCTGAGTTTTTTGCATATCTAATGCTTTTTGATTCTCATAATGAGAATCATTGA	MDHDEYKAYLKQQYSHRVRPLQSVNDVISAFQKKLDIAETELSESEVIFLKMTMLNYINAHKNDPIKSNLDNLNFISYEVVRNEKSDYYYNQMRITSDNERILVIIESQLNAITSNCEELKVDMLIERGIDTSHVNQETPEFFAYLMLFDSHNENH				NA	NA	NA	NA	NA
AK148_00321	804			IS3 family transposase IS120	ATGCTGGATTGGAATGGTTCAGAGCTTTCCATAAAGACCCAGGCAGAGCTGTTGAATCTTAATCGCTCAAGTCTATATTATAGGCCTGTAGAGCCTTCTCCAGAGGAACTCCGTATCAAAAATAGAATCGATGAGATATACACAGAATGTCCTTTTTATGGTTCCAGACGCATCTCAGAAACCCTTAAACAAGAAGGACGCATTGTTAACAGAAAGGCTGTACAACGGCACATGAGAGAAATGGGTATTGCAGGGATATCCCCCGGACCAAATCTTAGTAAACGGAATCAGCAGCACAGAATTTATCCTTATCTATTAAGAGGGTTAACCATCCAATATCCCAACCACGTATGGGGAATAGATATTACCTACGTGCGTCTTAAACGGAGCTGGCTTTATTTGGTTGCCCTTATTGATTGGTGTTCTCGCTATGTGATCAGTTGGGAGCTGGATCAAACATTGGAAATGGATTTCGTTATAGAAGCCGTCCAACGTGCGCTTTCCCAAGGGAAACCAGTCATTTTAAATAGTGACCAGGGCAGTCATTTTACTAGCCCTAAATATATTAATCTATTAAAACAGAATGAAGTTAACATTAGTATGGATGGCAAAGGACGTGCTCTAGACAACATCATTACGGAACGACTTTGGCGCACCATCAAATACGAAGAAATTTATCTCAAAGAATACAACAGCCCCAGAGAGGCTAGACAAGAAATTCGAAACTATTTTGCATTCTATAACCAAAAGCGACTACATCAATCGCTAAATTACCAGACACCTGAGTTTGTTTATTATTCATAA	MLDWNGSELSIKTQAELLNLNRSSLYYRPVEPSPEELRIKNRIDEIYTECPFYGSRRISETLKQEGRIVNRKAVQRHMREMGIAGISPGPNLSKRNQQHRIYPYLLRGLTIQYPNHVWGIDITYVRLKRSWLYLVALIDWCSRYVISWELDQTLEMDFVIEAVQRALSQGKPVILNSDQGSHFTSPKYINLLKQNEVNISMDGKGRALDNIITERLWRTIKYEEIYLKEYNSPREARQEIRNYFAFYNQKRLHQSLNYQTPEFVYYS				NA	NA	NA	NA	NA
AK148_00322	1230			hypothetical protein	ATGACTGCAAAGAAAATACATTCTCAACTTGAGACAAAAAAAGTGAAAAAGAAATCTAACAGAAGCATTCTTCTTGGAGCAGCTTTTTTAATGGCGACTTCGTCAGTAGGCCCAGGATTTTTAACACAAACGACTGTATTTACACAGCAGTTAGCCGCAAGTTTTGCCTTTGTCATATTCGTTTCCTTATTATTAGATGTGTTTGCACAGCTAAATATTTGGAGGATTATTGCAGTAACCGAGCTACGAGGTCAAGAAATTGCTAATAAAGTTCTCCCTGGGCTTGGTATTATTTTAGCAATTCTCATCGTGTTAGGAGGTCTTGCTTTTAATATAGGAAACGTTGCTGGAGCAGGCCTAGGTTTAAATGCTATGCTCGGTTTAAACCCCATTTATGGAGCAATAATAAGTGCCATTTTTGCTATCTTGATTTTCACCATAAAAGAAGCCAGTAAAGCAATGGATAAAGTGGTACAAGTTGCTGGCTTTATTATGATATTATTAATGCTCTATGTAGCTTTTAAAACCTCTCCACCTGTTAGGGAAGCGATAATAAACACGGTAAAGCCAGAAAAAATCAGCATGTATGCCATCATTACTTTAGTTGGTGGAACTGTTGGTGGGTACATCACCTTTGCAGGTGGACATCGTTTGCTGGATGCTGGTATAAAAGGAGAAAAAAATTTATCTTACGTAACAAAAAGCTCTATAACTGGCATCGTTGTTACAGGTGTAATGCGTGTGGCCTTATTCTTAGCAGTTCTCGGTGTTCTCTCACAAGGACTAAGCATTGACCCTAGCAATCCACCTGCTTCCGTTTTTCAACTAGCCCTTGGTGATATAGGGTATCGACTATTTGGCGTAATTATGTGGGCAGCAGCGATAACTTCCATAGTTGGAGCAGCCTATACCTCTGTTTCATTTATTCGTTCTTTTAGTCCAGCGATTGAAAAATATCATAATTGGATTACCATTTTATTTATTATCATTTCTACAACCACATTTGCTTTCATTGGCAAACCTGTTCAGATGCTTATATTAGTAGGGGCTTTAAATGCCCTTATCTTGCCACTTGCTTTAGGAACCCTATTGGTGGCTGCAAATAAGAAAAAAATTGTTGGTTCGTATAAACATCCACTTTGGTTAACAATAACTGGAGGAATTGTAGTTGTGTTGATGGGGTACTTAGGCATTCTAACAATGGTAGAGCAAATTCCTTTGTTTTTTTAG	MTAKKIHSQLETKKVKKKSNRSILLGAAFLMATSSVGPGFLTQTTVFTQQLAASFAFVIFVSLLLDVFAQLNIWRIIAVTELRGQEIANKVLPGLGIILAILIVLGGLAFNIGNVAGAGLGLNAMLGLNPIYGAIISAIFAILIFTIKEASKAMDKVVQVAGFIMILLMLYVAFKTSPPVREAIINTVKPEKISMYAIITLVGGTVGGYITFAGGHRLLDAGIKGEKNLSYVTKSSITGIVVTGVMRVALFLAVLGVLSQGLSIDPSNPPASVFQLALGDIGYRLFGVIMWAAAITSIVGAAYTSVSFIRSFSPAIEKYHNWITILFIIISTTTFAFIGKPVQMLILVGALNALILPLALGTLLVAANKKKIVGSYKHPLWLTITGGIVVVLMGYLGILTMVEQIPLFF	PGPT0020786_9	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_BRANCHED-CHAIN_AMINO_ACID_TRANSPORT,PGPT0020786-ycsG-NA	NA	NA
AK148_00323	759	pxpA	COG1540	5-oxoprolinase subunit A	ATGGTATATCAAGTAGACTTAAATTGTGATATGGGAGAAAGTTTCGGAAGGTATAAACTAAGCGAACAAAAGGATATTTTAACCTATGTTTCCTCAGCTAACATTGCTTGTGGTTTTCATGCTGGAGACCCTGCTGTAATGAGAGAAACAGTGCAACTGGCTCTAGAAAATGGAGTGAAGATCGGGGCACACCCTGGTTTGCCAGATTTAAATGGATTTGGAAGGCGAGAGATGGCGATCACAGCTCAACAGGCTTATGATATGGTTGTATATCAAATTGGCGCATTACATGCTTTCTTAACTACATACAATGCGCAAATGCAACACGTGAAGCCTCACGGCGCCTTATATAATATGGCCGCCAAAGACAAGGAATTGGCTGCTGCCATTGCGCAAGCTGTAAATGATTTTTCCACAAATCTAGTATTGTATGCTTTATCTGGCAGTGAACTTGCGAAAGCCGGAGAAAAAATCGGTTTAACAACTGCCCACGAAGTATTTGCCGATCGCACTTACCAATCAGATGGCTCATTAACTTCTCGTAATGAAAATAATGCATTCATTACCAACAGAGAACAAGCAGTATCGCAAGTAATTCGTATGGTGACAGAGAGTAAAGTCATTTCTACACAAAAAAATGCTGTTCCACTAAAAGCAGATACCATTTGTATCCATGGAGATGGTAAACATGCTCTTGAATTTACTGCTTATATAACCGATGCGTTCCAAAAACACAACATCCGAATTTCCCCAGTTTAA	MVYQVDLNCDMGESFGRYKLSEQKDILTYVSSANIACGFHAGDPAVMRETVQLALENGVKIGAHPGLPDLNGFGRREMAITAQQAYDMVVYQIGALHAFLTTYNAQMQHVKPHGALYNMAAKDKELAAAIAQAVNDFSTNLVLYALSGSELAKAGEKIGLTTAHEVFADRTYQSDGSLTSRNENNAFITNREQAVSQVIRMVTESKVISTQKNAVPLKADTICIHGDGKHALEFTAYITDAFQKHNIRISPV				NA	NA	NA	NA	NA
AK148_00324	750	pxpB	COG2049	5-oxoprolinase subunit B	ATGAGTTGTGTTCTAAATAAAGTAAAAGTTTGGCCGTTTAATGAATCTGCTCTTATAGTACAATTAGGAGCTGATTCAAACCCAATCGTACACCAAAGAGTATTGCAATTCGTAACTCTTTTAGAAGAGACCCCTTTTGTTGGATTTATAGAATGTGTGCCTGCTTACCTTAATGTGACTGTTTATTATGACCCTTATACGGTGTATAAATCTCAGCCTTCCCATGTAACACCTATATCTCCTTTTGAGATCGTAAGGACTTACATAAATGGGCTACTACATAAATTACAAGATGACATGAAAAGATTTACTGGACAAAAGGTTGTCATCCCTGTTCTCTATGGGAGTGATTATGGCCCAGATTTAGAGTATGTCGCCAGCTATCACAATTTGTCCATGGAGGATGTCATTCGTATTCATACGGAAAAAGAATATTTGGTCTATATGCTTGGTTTTGCCCCTGGTTTTCCCTTTATTGGTGGTATGAGTAAACAAATTGCTACTCCTCGCAAAAGTACACCCCGCTTAACTATTGCACCAGGGTCAGTGGGAATTGCTGGAGCACAAACAGGTGTATATCCTTTAGAGACGCCAGGAGGCTGGCAAATTATTGGCCGTACCCCCATTGATTTATTTTTACCTAATCAAGTACCGCCATCCTTGTTAAAAGCTGGTGATACGATACAGTTCGTATCCATATCCCTAGAGGAGTATAGGCAATATCGACGGGGAGGGAAGGAGAATGAATAG	MSCVLNKVKVWPFNESALIVQLGADSNPIVHQRVLQFVTLLEETPFVGFIECVPAYLNVTVYYDPYTVYKSQPSHVTPISPFEIVRTYINGLLHKLQDDMKRFTGQKVVIPVLYGSDYGPDLEYVASYHNLSMEDVIRIHTEKEYLVYMLGFAPGFPFIGGMSKQIATPRKSTPRLTIAPGSVGIAGAQTGVYPLETPGGWQIIGRTPIDLFLPNQVPPSLLKAGDTIQFVSISLEEYRQYRRGGKENE				NA	NA	NA	NA	NA
AK148_00325	996	pxpC	COG1984	5-oxoprolinase subunit C	ATGAATAGTGTACGTGTGCTCCAGGCAGGTCTGTATACTACAATTCAGGATTTGGGTCGATTTGGATATCAAAAATATGGAGTAATTGTAAGCGGACCAATGGATGCTTATTCTTTACGAATTGCTAATTTGCTTGTAGGAAATGAAGAAGAAGAAGCGGTAATAGAAATGGCGTTAGCTGGGGCGACCTTACAATTTAAAGAATCGCATGTAATTGCTATTACTGGAGGCGATTTAACGCCTAAATTAGATGGGAAACCAGTACCTATGTGGCGTCCGATTTTAGTGAGAAAAGGTTCTGTTCTCCAGTTTCAATTTGCTATTAAAGGGTGCTATGCCTATGTTTCCTTCGCTGGAGGTATTCATGTACCAAAAATAATGGATAGTAAAAGTACGTATGTAAGAGCTGGCATAGGTGGATATGGTGGAAGGACCTTACAAAAAGGCGATACTTTTGCTTGTGGTGATAGGAGCCCTATAGCAGAAGCACTCGTGCATCAATTAGAACGCGCCTCTGATTATTTACCTTGGTCAGTCAATCCTTCCCCACTCATTTCCTTTCATAATCATTCATTCATTCGAATTATGAAAGGAAATGAATTTGAGCAATTCGATAAAGAAAGTAAGTACGCGTTCTTTCATGAAAATTATACCATTACAACGCAATCAGACCGAATGGGGTACCGCTTAACGGGTCTCTTGCTATCCTTGACTGAAAAATTTGATATGCTTTCCGAAGCAGTTACATTTGGAACCGTTCAAGTTCCTCCAAATGGACAGCCTATTATTTTAATGGCTGACAGCCAAACTACAGGAGGTTATCCAAAAATTGCTCAAGTTATTTCGGCGGATTTAGCCACGCTTGCTCAAACGCAACCAAATACTTCTGTTCGTTTTCAAGAGGTACGTTTAGAGGAAGCAGAGGCGATATTGTTAGAACATAAGCGTATATTACAGCAAATAGCAGCTCGTATTAAATGGAAAGTCTTAGGATGA	MNSVRVLQAGLYTTIQDLGRFGYQKYGVIVSGPMDAYSLRIANLLVGNEEEEAVIEMALAGATLQFKESHVIAITGGDLTPKLDGKPVPMWRPILVRKGSVLQFQFAIKGCYAYVSFAGGIHVPKIMDSKSTYVRAGIGGYGGRTLQKGDTFACGDRSPIAEALVHQLERASDYLPWSVNPSPLISFHNHSFIRIMKGNEFEQFDKESKYAFFHENYTITTQSDRMGYRLTGLLLSLTEKFDMLSEAVTFGTVQVPPNGQPIILMADSQTTGGYPKIAQVISADLATLAQTQPNTSVRFQEVRLEEAEAILLEHKRILQQIAARIKWKVLG				NA	NA	NA	NA	NA
AK148_00326	252	mstX	COG1226	Protein mistic	ATGATGAAGGCTTCAGAAGAAGAAAGTAAACAATTTGATAAAGCGTTAGATACTTTTATTGAGCTGTATAACAATATGGAAGCGGACGCCCCCCTCATTTCTTTTACTGATGATGTTGTCGAGCAAATTGAAGCAGCTAAACAAGTATATGGAGAAGCTCTTGTTCACGAAAAAATTAATTCCATTGTTCGAGAAGCACTTTCCTTGGTAGCATTAACGAAAGATCGGCAAGATACAGAATCTCAAGCGTAG	MMKASEEESKQFDKALDTFIELYNNMEADAPLISFTDDVVEQIEAAKQVYGEALVHEKINSIVREALSLVALTKDRQDTESQA	PGPT0002715_270	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002715-kch|trkA|mthK|pch-K10716	NA	NA
AK148_00327	216			hypothetical protein	ATGAACTCCATGTTACAGTGGTCAAAGGAGAACAAGCAAAAACTGGTTCTGTTTTATATGGATCAAAATAACCAAATAACACAACGATTCATACGTGTGATAGAGATATACGAAGACGCATTTATAGCATTTTGTTTTTATCGTAAAGAAGTTCGCAGGTTTAAATTTAGCTATATCCTTTCTTGTGATCGTGTGAAAAGAAAGGGAAGTGCATAA	MNSMLQWSKENKQKLVLFYMDQNNQITQRFIRVIEIYEDAFIAFCFYRKEVRRFKFSYILSCDRVKRKGSA				NA	NA	NA	NA	NA
AK148_00328	312			hypothetical protein	ATGAAGATATATGATCGAGGGACGATAAAATGGACCTCTATGATGTTACCAGAGCATGTGGATGTACTTGAGGATATGTGGGAAAAGCTTGAGCGCAAAAAAATGCCTATTTTGGACGAACAAAAGCTGGAGGAGTTGGATGTCCAATTACAAGCTGCCGTTCGTCAGGGTATCGTTATTGAAATTAAGTACTTCAATGGTCGTGATTTTTTAACTAGCAAAGGGAAGGTAAAGCAGATCACAAATGAGTGTCTTTATTTGCAATCAGGCAAAGCAATCAAGCGGAGGCAAGTGTTGGATATATGGACGTAG	MKIYDRGTIKWTSMMLPEHVDVLEDMWEKLERKKMPILDEQKLEELDVQLQAAVRQGIVIEIKYFNGRDFLTSKGKVKQITNECLYLQSGKAIKRRQVLDIWT				NA	NA	NA	NA	NA
AK148_00329	558	aroK	COG0703	Shikimate kinase	ATGTATAATGAAATCCCTATACGTCAAAAAAGCATTGTTTTAATTGGATTTATGGGAGTTGGTAAAACTTCCATCGGTAAATCAGTAGCTGCAAAACTGTACAGAGATTTTATTGATGCTGATCAGGTCATTGAAAACATGTTTAAAATGCCAACCACAGATATATTTAAAACATATGGCGAACCGTTTTTTAGAAAAAAAGAAAAAGAAATCATTCGTAGTTTATGTGAACAAAAGTTAAAAATCATCTCATTAGGTGGAGGTGCTTTCCTACAAGAGGAAATTAGAAGCATTTGCTTAGAAAAGTGTATTGTTTTCTACCTTGATTTATCTTGGGATTCATGGAAGGATAGAATTAGTTTACTCATTGACAGTAGACCTGTATTACAAGGAAAAAGCCTAGCAGAAATCAAGCAATTATTTCATGAACGTAAAGTCATCTATCAAACGCATCATTCAACAGTACAGACCGATTCTCTCATGATAGAAGAAGTAGCAGATTATATTGTAAAAGCTTTAAAAACAGCTTGGGATATTTACGAACCGCAAACGAAATAG	MYNEIPIRQKSIVLIGFMGVGKTSIGKSVAAKLYRDFIDADQVIENMFKMPTTDIFKTYGEPFFRKKEKEIIRSLCEQKLKIISLGGGAFLQEEIRSICLEKCIVFYLDLSWDSWKDRISLLIDSRPVLQGKSLAEIKQLFHERKVIYQTHHSTVQTDSLMIEEVADYIVKALKTAWDIYEPQTK	PGPT0012900_1602	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
AK148_00330	765	aroD	COG0710	3-dehydroquinate dehydratase	GTGGAGACGGTAAAAATTAAAAATTTACATTTAGGAAAAGGAATGCCAAAGATTATCATTCCAATAATGGGAAAAACATTGCAAGAAATGAGCCATGAATTAAGTGAAGCTAAGCAGGAAAAACCTGATATGATAGAATGGCGTGCGGATGCTTTCTTACATGTCAATAATATAGAAAAAGTACTTCGTTCACTAGCAGAAATTAGAAAGTTAATCGATGATATTCCATTGCTTTTCACCTTCCGTACTTATAAAGAAGGGGGGAGGAAAGAAGTAACGCTTAACTACTATGAAGAATTATTAAGTCAAGTTATAGAGTCAGGATGCATTGATGTCATTGATGTTGAACTATACATGGAACAAACGATTCGAGAAAGACTGATACAATGCGCTCGACAAAATAATGTAATTGTTCTAATGTCTAACCATGATTTTCAAACCACTCCTGCTAATGAAGACATGTTAGCACGTCTAATAGCCATGCAAGAGACTGGAGCAGATATTGTAAAATTAGCGGTAATGCCACAAAATGAAGAAGATGTTTTGCGTCTATTACAAGTTGCGGCAAAAATGAAATCAACCTATGCCCAAAAGCCATTCATTACTATAGCAATGGGGCCATTAGGTATATTAAGTAGGATTGGAGGAGAAGTTGTAGGTTCTGCCGCTTCTTTTGGCTCGGCGATACAAGCTTCTGCTCCCGGACAAATAACAGCTGTTGAATTAAGATATATGCTACAAACGATCCATCGTTATTCGAAATAA	METVKIKNLHLGKGMPKIIIPIMGKTLQEMSHELSEAKQEKPDMIEWRADAFLHVNNIEKVLRSLAEIRKLIDDIPLLFTFRTYKEGGRKEVTLNYYEELLSQVIESGCIDVIDVELYMEQTIRERLIQCARQNNVIVLMSNHDFQTTPANEDMLARLIAMQETGADIVKLAVMPQNEEDVLRLLQVAAKMKSTYAQKPFITIAMGPLGILSRIGGEVVGSAASFGSAIQASAPGQITAVELRYMLQTIHRYSK	PGPT0012885_349	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION	PLANT_DERIVED_QUINATE_CATABOLISM,PGPT0012885-aroD-K03785	NA	NA
AK148_00331	681			hypothetical protein	TTGGACCCTGGCGAAATATCTGTTTTAGTAGCAAGTATAAGCATAAGGGAAGAAAAGCATGGATTTACTATTATTAGTATGTCCCCTACTTTAACGCTTATCGGAAGCGGAAGAAGTGCAGTTGTATGTAAAATCCGATCGACAAATAGAGTAATTAAAGTATTTCCATCAGGTTATGAGCATATAGCGCGCGAAGAAGCTACTGTTTATGAACAATTACAAGATTGTGCTTTATTTCCGGAGCTATACGCAAGTGGTGCTAATTATCTCGTACTCGATTATATTGACGGAGTTACCTTATACGATTGTTTAGTTCAAGGAATCCCTTTTACAAAGAAGCATATTGATGAAGCTGATCAAGCATTTGCATATGCAAAACGACAAGGTCTAAACCCAGCTGATATCCATCTACGAAATATTATTCTTACACCTGCGAATACGATTAAAGTAATCGATGTTGCTAGATTTAAACAGGAGGAGCATGACCAGCAGTGGGAAGATATTAAATTCTATCTTCATTCCATCTATTTCAAGAGGTATTGCCCAAATAGAATACCAATTTTGGTTTTGCGAAGCATTGCGACATTATATAAGAACAAACTAACGAGCAGGTTGCTTGGTAGGCGAAAGCATGTTAGAAAAACTGGTCTAATTGCCAATTCAATGTGGAAAAAGCCGTAA	MDPGEISVLVASISIREEKHGFTIISMSPTLTLIGSGRSAVVCKIRSTNRVIKVFPSGYEHIAREEATVYEQLQDCALFPELYASGANYLVLDYIDGVTLYDCLVQGIPFTKKHIDEADQAFAYAKRQGLNPADIHLRNIILTPANTIKVIDVARFKQEEHDQQWEDIKFYLHSIYFKRYCPNRIPILVLRSIATLYKNKLTSRLLGRRKHVRKTGLIANSMWKKP				NA	NA	NA	NA	NA
AK148_00332	408	rnhA	COG0328	14.7 kDa ribonuclease H-like protein	ATGATAGAGGTATATACAGACGGTGCATCCTGTGGTAATCCAGGACCAAGTGGTGCGGGTGTTTATATCAAACATGGACAGAACCATTATAAATACAGCTATTTTTTAGGGGATTTTTCCAACCATGAAGCGGAATTTCATGCAGTTATTAAAGCTTTAATGATCTGCAAAGATACATTCCCTTCTGATATTTTATCTTTTCGATCTGATTCTAGAATCGTTGTAGATACAATCGAGAAAAATCACACCAAAAACACCCTTTTCATCCCATTATTACACCAAATATGTGAGCACGCCTCTGATTTTCCGCACTTTTTTATTAAATGGATTCCGGAAAAACAAAATAAGCAAGCAGACAAATTAGCTAGAATAGCTATTCAGCACCAAACAAATAGGCAGAATAGTTGA	MIEVYTDGASCGNPGPSGAGVYIKHGQNHYKYSYFLGDFSNHEAEFHAVIKALMICKDTFPSDILSFRSDSRIVVDTIEKNHTKNTLFIPLLHQICEHASDFPHFFIKWIPEKQNKQADKLARIAIQHQTNRQNS				NA	NA	NA	NA	NA
AK148_00333	1293	rpoN	COG1508	RNA polymerase sigma-54 factor	ATGGTCATGAAATTACAACTTGTTAATGAACAAGTCTTACAGTGGAAGATGAACCAATCCTTAATGCAATCGATTCAAATATTACAACTTTCCAATACAGAACTGGTGGATTATTTAAAAGAATTGGAAAAAGAAAACCCGCTCATTGAAGAAATAAACTATGATGACCCTACTCTTCCATATGGTTCATCAACGGACGATGTTATAGCACCTGGAGAAATCAATGCAAGTGAGTTAAGCATGTACGACCTTTTGAAAAAACAGTTATATATATTACATATACCTGAAAAAATGCGACCTATTGTGTTATATGGTATTGATTCCATAAATGAAAACGGTTACTTGGATGTTGAGTTACAACTTTGGGCAAAGCAGTGTCATGCGACATTAGAGCAGGTAGAGCAAGCGGTAAAACTTATCCAATCACTAGAACCAGCTGGAATTGGCGCCAGAACCTTAAGCGAATGTATTATATTACAATTAAAAATTTCTGCTGCGGATAAACCATTAGTACATAATTTATTAGAAAATCATTTACAATGGGTAGCGGAAGAAGATGTAGAAGCTGTAGCCAATGAATACGGTAAAAGTGAAACATATGTAAAGGGTTTATTTGCACAAATTAAAGCATGTCACCCGAAACCAGGGCACTTACTTGATACGAAGATAGATCATTACATTATTCCAGAAGCTTCTATTTATAAAGAAAATGGGAAATGGCAATTATCTTTTTATTCGTGGAGCAAGCCAAAAATCACTTTAAATGAGGCATATTTTCATATGGAAGGGGTTGGAAAAGAAACGGAGAAATATATTAAAGAAAAACAAACGCAAATAGAAATGGTGAAAAAAGCGATTACTTATCGAAGTGATACATTAGAACGTGTTATTCAATGTATGGTTGAAAAGCAATCTCTGTATTTTGAACAGGGCACACATATGATGCAGCCATTAACATTAAAAGATATTGCAGAAGAATTGGCATTACACGTTTCCACTATAAGTAGGGCCATTGCTCATAAATATGTGCAAACACCAAATGGCATTTTACCATTAAATTTCTTTTTGCAATCTGGCGTTAAGCAAAGCAACGGCACCACAGCTTCTGCACTTGCAATTAAGAATATGATTGCTGACCTTATAGCGCAGGAAGATAAGTATAAGCCGCTGTCTGATGAGAAGTTACGAAAATTGATCGCTGAGAAATATACAATTCAAATTGCGAGACGTACAGTCATGAAATATAGAGAGCAACTACAAATACCATCATCTACGAAAAGAAAGGAATGTTAG	MVMKLQLVNEQVLQWKMNQSLMQSIQILQLSNTELVDYLKELEKENPLIEEINYDDPTLPYGSSTDDVIAPGEINASELSMYDLLKKQLYILHIPEKMRPIVLYGIDSINENGYLDVELQLWAKQCHATLEQVEQAVKLIQSLEPAGIGARTLSECIILQLKISAADKPLVHNLLENHLQWVAEEDVEAVANEYGKSETYVKGLFAQIKACHPKPGHLLDTKIDHYIIPEASIYKENGKWQLSFYSWSKPKITLNEAYFHMEGVGKETEKYIKEKQTQIEMVKKAITYRSDTLERVIQCMVEKQSLYFEQGTHMMQPLTLKDIAEELALHVSTISRAIAHKYVQTPNGILPLNFFLQSGVKQSNGTTASALAIKNMIADLIAQEDKYKPLSDEKLRKLIAEKYTIQIARRTVMKYREQLQIPSSTKRKEC	PGPT0000795_3037	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GLUTAMATE_TRANSPORT,PGPT0000795-ntrA|rpoN-K03092	NA	NA
AK148_00334	255			hypothetical protein	TTGGTAACGATCCATTTTTATACAAAAAAAGCTTGCCTTTTATGTAATGAAGCAAAGTTTATGTTAGAATTTTTTCAAGATGAATACGATTTCGAAATTCGAGAATGTGATATTTATACGAATGATCTTTGGTTAGAGGAATACCAGTTATTAATTCCTTGTGTAAAAGTAAATAATGCAATATTGGACGCATCCCAACTAAATTGGCAGACGCTGAAAATTCTTTTAGATCAACATGTAGGTAATAAAAAATGA	MVTIHFYTKKACLLCNEAKFMLEFFQDEYDFEIRECDIYTNDLWLEEYQLLIPCVKVNNAILDASQLNWQTLKILLDQHVGNKK				NA	NA	NA	NA	NA
AK148_00335	627	menH_1		2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase	ATGGGGCATGTTGTTCTTATTCATGGGCTTGGGCAAAGTGCATCCAGTTGGCAGGATACGATTGCTTATTTAAGCGAATATCGTAATATATATAGTCCAAACCTTTCTGCGATGCTTCAGCATAAAGAGGTCACGTATCAAAATTTGTATGATAGTTTCAATACGTACTGTGAAAATTTTGACGAACCGTTACATCTTTGTGGGCTCTCATTAGGCGGAGTATTAGCTTTAAATTATACAATTGATTATCCTGAAAAGGTAGATTCATTAGTATTAATAGCGGTGCAATATAACATGCCAAAAATGTTGTTGAAATTGCAAAATATAGTATTTAAGTTTGTTCCGAAGTCTTCCTTTCAAAATATAGGCTTTGAAAAGAAAGACTTTATTCAGCTAACAAATACAATGACTACGCTTAATTTCAGTGGAAAATTAAGTGATATTATGTGCGATACGATGGTTGTTTGTGGTAGGAAAGACCATGTAAACAAAAAAGCATCAAAAAAATTAGCCGCACATATACCAAACTCAGAACTTCAAATGGTAACAGGTGTTGGACATGAAGTAAATGAACAAGCTTCGAGAGAATTAGCGAAAATACTAAAAGCTTTTTATGAGAGAAAATAA	MGHVVLIHGLGQSASSWQDTIAYLSEYRNIYSPNLSAMLQHKEVTYQNLYDSFNTYCENFDEPLHLCGLSLGGVLALNYTIDYPEKVDSLVLIAVQYNMPKMLLKLQNIVFKFVPKSSFQNIGFEKKDFIQLTNTMTTLNFSGKLSDIMCDTMVVCGRKDHVNKKASKKLAAHIPNSELQMVTGVGHEVNEQASRELAKILKAFYERK				NA	NA	NA	NA	NA
AK148_00336	1032	cggR	COG2390	Central glycolytic genes regulator	ATGAGAAACTTGATTCAACTACAAAAAAGGCTGCTACCTGATCTGTTGGATGTGATGCAACGACGTTATGCAATGTTACGCACGATAGATTTGTTGGAGCCAATAGGTCGCAGGGGATTAGCTGATAACACAAATGTTACCGAGAGAACTGTACGAGGAGAAATAGAACTTTTACAGGAGCAAGATTTAATTCAAATTACTGCTAAAGGTATGTTTATCACAAAAGCGGGTAAATTAATTTTGGAACAGTTAGGTACATTTATGAATGAAATCATGGACTTGCGTGCACTAGAAAACAAATTAAAAGATGCACTGTCCATTACTGACGTTATCGTTGTTCCTGGAAATAGTGATGATCATGAGTGGGTCAAGCAAGAAATGGGAAAAGCTTGTGTAGCCAGTTTGAAAAACATGGTTGGTGAACATCCGACCATTGCTGTAACTGGTGGAACGACAATGGCTGCCATTGCAGCGGCAATGACACCTTTTGAACAAAGCAATGAAGCCCTTTTTCTTCCAGCTCGAGGGGGTATTGGTGAAAAGGTAGAGAACCAAGCGAACACAATCGCAGCTGAAATGGCTCGTAAAGCTCATGGTGACTATCGGCTACTTTATGTCCCTGATCCGTTAAGTGAATCGGCTTATCAAATGATTATCCAAGAGCCAAGCGTCAAAGAAACATTGCAGCAAATAAAAACTGCAACTGTTGTAATGCATGGTATTGGTGATGCGTTAACGATGGCATACAGAAGGAAAACAAATGCAGACATTGTGGAGAAACTACGCAAACATCAAGCAGTTAGTGAAGCATTTGGTTATTATTTCGACAAAAAGGGAAATGTTGTACATAAGGTGCGTACAGTCGGAATACAACTAGAAGATTTAGGGAAAGTTCCTTTTGTTGTTACCGTTGCTGGCGGTCGCTCCAAGGCGCAAGCAATTGCTTCCTATTTCAAACGAGCAACAACAAACCTGCTCATTACAGATGAAGCAGCGGCGGAAGAGATTTTAAAGGGAATATCCACCCTTTAA	MRNLIQLQKRLLPDLLDVMQRRYAMLRTIDLLEPIGRRGLADNTNVTERTVRGEIELLQEQDLIQITAKGMFITKAGKLILEQLGTFMNEIMDLRALENKLKDALSITDVIVVPGNSDDHEWVKQEMGKACVASLKNMVGEHPTIAVTGGTTMAAIAAAMTPFEQSNEALFLPARGGIGEKVENQANTIAAEMARKAHGDYRLLYVPDPLSESAYQMIIQEPSVKETLQQIKTATVVMHGIGDALTMAYRRKTNADIVEKLRKHQAVSEAFGYYFDKKGNVVHKVRTVGIQLEDLGKVPFVVTVAGGRSKAQAIASYFKRATTNLLITDEAAAEEILKGISTL	PGPT0019460_305	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_CARBON_CATEBOLITE_REGULATION,PGPT0019460-cggR-K05311	NA	NA
AK148_00337	1008	gapA	COG0057	Glyceraldehyde-3-phosphate dehydrogenase 1	ATGGCAGTAAAAGTAGGAATTAACGGTTTCGGTAGAATAGGACGTCTCGTATTTCGTCTAGCTCTACAAAATGAAGATGTAGAAGTAGTAGCAATCAACGACTTAACTGACGCTGAAATGCTAGCTCATCTATTAAAGTATGACTCTGTCCATGGCATGTTAAAGGAAGAAGTTTCTGTCAATGGTTCAAATATTGTTGTTGGTGGAAAAGAAATTAAAGTAATGTCTGAAAGAGATCCTGCTCAATTAGGCTGGGATAAACTTGGTGTAGAAATTGTTATGGAATCTACAGGGCGTTTTACAAATAGAGAAGATGCACAAAAGCATCTTGATGCAGGTGCAAAAAAAGTTATTATTTCTGCACCTGGTAAAAACGAAGATTTAACAGTAGTAATGGGTGTTAACGATAAAGAATATGACCCAGCTAACCATCATGTTGTATCGAATGCATCTTGTACGACAAACTGCTTGGCACCGTACGCTAAAGTATTACATGACAACTTTGGTATTAAACGTGGACTAATGACTACAATCCACTCTTATACAAATGATCAGCAAATCCTTGATTTGCCACATAAAGATTATCGTCGTGCTCGTGCAGCAGCACAAAATATTATTCCAACAACAACAGGTGCTGCTAAAGCAGTAGGGAAAGTTCTTCCAGAATTAAATGGTAAACTAAATGGTGGAGCTGTGCGTGTACCTACACCAGACGGTTCTCTAGTTGACCTTGTAGCTGAATTAGATAAGAATGTAACAGCAGAAGAAATCAATGCAGCACTAAAAGAAGCTGCAGACGGTGAACTAAAAGGTGTTCTTGAATACAGTGAAGCACCACTTGTATCTACAGATATTTTAGGTAACCAGCATTCTTCCATTGTGGATGGTTTGTCTACTATTGTTCTAGAAGATAACTTAGTGAAAGTTGTTTCTTGGTATGATAACGAAATGGGCTACTCTGCTCGCTGTGTTGATTTAGCAGTATTAATGAAAAACAAAGGACTATAA	MAVKVGINGFGRIGRLVFRLALQNEDVEVVAINDLTDAEMLAHLLKYDSVHGMLKEEVSVNGSNIVVGGKEIKVMSERDPAQLGWDKLGVEIVMESTGRFTNREDAQKHLDAGAKKVIISAPGKNEDLTVVMGVNDKEYDPANHHVVSNASCTTNCLAPYAKVLHDNFGIKRGLMTTIHSYTNDQQILDLPHKDYRRARAAAQNIIPTTTGAAKAVGKVLPELNGKLNGGAVRVPTPDGSLVDLVAELDKNVTAEEINAALKEAADGELKGVLEYSEAPLVSTDILGNQHSSIVDGLSTIVLEDNLVKVVSWYDNEMGYSARCVDLAVLMKNKGL	PGPT0018000_5349	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
AK148_00338	138			hypothetical protein	ATGGTTATTCCTCCTCCGTTTTTCCTTGTAAGAAAAGATATAAAATGTTTAGTAGTCTTCGGAGAAAGGGATCTTTGTATAGTTTATGAAGAAACTGAAAAAGTTAGAACTACGCTTGACACTTTAGCGATAGCTTAA	MVIPPPFFLVRKDIKCLVVFGERDLCIVYEETEKVRTTLDTLAIA				NA	NA	NA	NA	NA
AK148_00339	1182	pgk	COG0126	Phosphoglycerate kinase	ATGAATAAAATGTCAGTAAAAGACCTTGATGTTAAAGGGAAAAAAGTTTTTTGCCGTGTGGATTTTAATGTACCGATGAAGGATGGAGAGGTAACAGATGATACAAGAATTAAAGCAGCTCTCCCTACCATAGAATATTTATCCAATCAAGGTGCAATTATCATTTTAGCAAGCCATCTTGGTCGTCCTAAAGGGAAGGTCGTAGAAGAACTACGTCTCGACCCTGTAGCAAAACGACTAAGTGATTTAATTGGGAAAGAAGTAGTTAAAACAGATGCCGTATATGGTGAGGAAGTGCAAGAGGCTATTTCTAAGGTAAGCGAAGGCGACATTATTTTAGTTGAAAACGTTCGTTTCGAAGCGGGCGAAGAAAAGAATGACGAGGCATTGTCTCAGGCCTTTGCTGATCTAGCAGATGTGTATGTCAATGATGCATTTGGCGCAGCTCATCGTGCCCACGCTTCCACAACTGGTGTAGCTGAAAAGCTTCCAGCTGCTGCAGGATTTTTAATGGAAAAAGAATTATCCGTTTTAGGTAAAGCATTAGAAAATCCAGAACGTCCTTTCACAGCTATCATTGGTGGTGCGAAAGTAAAAGATAAAATCGATGTTATCGATCATTTACTTGAAAAAGTTGACCATTTAATTATTGGTGGTGGCTTAGCTTATACGTTTATTAAAGCGCAAGGTTATGAAATTGGTAATTCCCTATTGGAAGAAGACAAAATTGATCTAGCCAAGCAATTTATGCAAAAAGCTAAAGACAAAGGCGTAGATTTTGTTCTTCCAGTTGACGCTGTTGTAGCTGACAAATTTGCTGAAGATGCAAATAAGAAAGAAGTGGACATTGATCAAATTCCAGCGGATTGGGAAGCATTGGATATTGGTCCTAAAACATCAGAAAAGTATGCTGAAATTGTTGCTAAATCTAAATTAATTATTTGGAATGGTCCAATGGGAGTTTTCGAAATGGAAGCTTTCGCGGATGGTACAAAGGCAGTTGCTAATGCATTAGCAAAAACAGAAGGCTATACAGTAATCGGTGGTGGCGATTCAGCTGCTGCAGTAGAAAAATTTAGTCTAAGTGATAAAATGGATCATGTATCTACTGGTGGAGGAGCTTCTTTGGAATTTATGGAAGGTAAAGTTCTTCCAGGTGTAGCTGCTTTAACTGACAAATAA	MNKMSVKDLDVKGKKVFCRVDFNVPMKDGEVTDDTRIKAALPTIEYLSNQGAIIILASHLGRPKGKVVEELRLDPVAKRLSDLIGKEVVKTDAVYGEEVQEAISKVSEGDIILVENVRFEAGEEKNDEALSQAFADLADVYVNDAFGAAHRAHASTTGVAEKLPAAAGFLMEKELSVLGKALENPERPFTAIIGGAKVKDKIDVIDHLLEKVDHLIIGGGLAYTFIKAQGYEIGNSLLEEDKIDLAKQFMQKAKDKGVDFVLPVDAVVADKFAEDANKKEVDIDQIPADWEALDIGPKTSEKYAEIVAKSKLIIWNGPMGVFEMEAFADGTKAVANALAKTEGYTVIGGGDSAAAVEKFSLSDKMDHVSTGGGASLEFMEGKVLPGVAALTDK	PGPT0018015_4821	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
AK148_00340	759	tpiA_1	COG0149	Triosephosphate isomerase	ATGCGCAAAAAAGTAATTGCTGGAAACTGGAAAATGAACAAGCTAGCAAGTGAAGCGAGTCAGTTTGTCGATGAGGTGAAAGTAAAACTACCTCAATCAGACAAGGTGGAGGCTATCGTTTGTTCCCCATTTCCTTACTTAGCTCAGCTTGTGGAAAAAGCAAAAGGTTCGAAGTTAGCAGTTGCTGCTCAAACGATGCATTATGAAGAAAGTGGTGCATTTACAGGCGAAGTAAGTCCTGAAATGCTTGCGGACTTAGGTGTAACTTATGTTGTTTTAGGGCATTCAGAGCGTAGAGAATATTATAACGAGACAGATGAAACAGTGAATAAAAAAGTGCATGCTGCATTTAAACACGGACTAACACCAATTGTTTGTGTTGGTGAAACACTAGAACAGCGTGAAGCTAACGAAACAATGGATCATGTCGAAATGCAAGTTACAAAAGCTCTAGAAGCGCTTAGCGAAGAACAAGTTGCTAACACAATTATTGCCTATGAGCCGATTTGGGCTATTGGTACAGGAAAAACAGCAACGAGTGAACAAGCAAATGAAGTTTGTACGCATATTCGTGAAGTGGTTGCAAAACTTACTTCTAAAGAAACGGCGAGCAAAGTCATTATTCAATATGGTGGCAGTGTAAAACCTGCAAATGTTGATGAATTACTGGCTCAATCCGATATTGATGGTGCATTAGTTGGTGGAGCAAGCCTTGAACCAGCATCATTCTTGCAATTAGTGGAGGCAGGTGCCAAATGA	MRKKVIAGNWKMNKLASEASQFVDEVKVKLPQSDKVEAIVCSPFPYLAQLVEKAKGSKLAVAAQTMHYEESGAFTGEVSPEMLADLGVTYVVLGHSERREYYNETDETVNKKVHAAFKHGLTPIVCVGETLEQREANETMDHVEMQVTKALEALSEEQVANTIIAYEPIWAIGTGKTATSEQANEVCTHIREVVAKLTSKETASKVIIQYGGSVKPANVDELLAQSDIDGALVGGASLEPASFLQLVEAGAK	PGPT0017995_3061	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
AK148_00341	1539	gpmI	COG0696	2,3-bisphosphoglycerate-independent phosphoglycerate mutase	ATGAAACAAAACAAACTAGCGGCATTAATCATCTTAGATGGTTTCGCTATTCGTGACGAAGAAAAAGGGAATGCTGTCAAACATGCGAACAAGCCTAATTTTGACCGCTATTGGAATCAATACGCCCATAATCAGTTAACAGCTAGTGGTGAAGCTGTCGGTTTACCAGAAGGGCAAATGGGTAACTCTGAAGTCGGTCACTTAAATATTGGTGCAGGGAGAATTGTGTATCAAAGTTTAACCCGTGTTAATCTATCGATTAAAGAAGGCGAATTCTTTGAAAAAGAAGCGTTCATAAAATCGATGCAACATGCGAAAAAAAATGGGAAGGCGCTACACATTTTTGGTTTGCTTTCTGATGGTGGTGTACACAGCCATATTAATCACCTGTTTGCGCTTTTGAAGCTTGCAAAAGAACAAGAACTAGAGAAAGTTTATATCCATGCATTTTTAGACGGACGAGATGTTGGTCCACAGACTGCTAAAACATATATTAAGCAAACACAAGATAAGATAGCAGAATATGGAGTTGGGCAAATTGCGACGATTTCTGGACGTTATTATTCCATGGATCGGGACAAGCGTTGGGATCGTGTGAAAAAAGCATATGACGCCATGGTGTACGGAGAAGGTCCGAAATACACGGATCCACTCGCTGTTGTGGAAGAGTCTTATGCTAGTGAAATCTATGATGAGTTCGTCATTCCATCCGTTATTACGAATGAAGCTGGTGACCCAGTTGGAACTGTGGAAGATGGAGACTCCATTATCTTTTACAACTTCCGTCCAGATCGCGCTATTCAAATCTCACGTACATTTGCCAATGAAGATTTTCATGACTTTGACCGCGGAGACAAAGTGCCGAAAAACTTAGACTTTGTGATGTTAACGAACTTTAGCGAAACAGTAAACGGCTATGTTGCCTATGAACCGGTTAATTTAGATAATACAGTTGGTGAAGTTTTAGCACAGCATGATATGAAGCAATTGCGAATCGCTGAAACGGAGAAATACCCACATGTTACGTATTTCATGAGTGGGGGACGTGAAGCGGAATTTCCAGGTGAAAAAAGAATTTTAATTAATTCACCAAAAGTAGCGACATACGATTTAAAACCAGAAATGAGTGCTTACGAAGTGACGGACGCGTTATTAGAAGAACTAGAAACTGGTGACCGTAATGCGATTATTTTAAATTTCGCCAATCCAGATATGGTAGGACACTCTGGAAAATTAGAGCCAACTGTTAAAGCTATCGAAACCGTTGACGAGTGCCTCGGAAAAATTGTTGATAAGATTATTGAACTTGGCGGACACGCTATTATTACAGCTGACCACGGTAATTCGGATGAAGTCATTACACCAGACGGAAAGCCAATGACTGCTCATACAACGAATCCGGTTCCTGTTATCGTTACAAAAGAGGGGATCAGCTTACGTGAAGGCGGAATTTTAGCAGACTTAGCCCCAACCTTACTTGATTTATTAGATATTGAAAAGCCAAAAGAAATGACTGGCGAATCATTAATAAAATACTAA	MKQNKLAALIILDGFAIRDEEKGNAVKHANKPNFDRYWNQYAHNQLTASGEAVGLPEGQMGNSEVGHLNIGAGRIVYQSLTRVNLSIKEGEFFEKEAFIKSMQHAKKNGKALHIFGLLSDGGVHSHINHLFALLKLAKEQELEKVYIHAFLDGRDVGPQTAKTYIKQTQDKIAEYGVGQIATISGRYYSMDRDKRWDRVKKAYDAMVYGEGPKYTDPLAVVEESYASEIYDEFVIPSVITNEAGDPVGTVEDGDSIIFYNFRPDRAIQISRTFANEDFHDFDRGDKVPKNLDFVMLTNFSETVNGYVAYEPVNLDNTVGEVLAQHDMKQLRIAETEKYPHVTYFMSGGREAEFPGEKRILINSPKVATYDLKPEMSAYEVTDALLEELETGDRNAIILNFANPDMVGHSGKLEPTVKAIETVDECLGKIVDKIIELGGHAIITADHGNSDEVITPDGKPMTAHTTNPVPVIVTKEGISLREGGILADLAPTLLDLLDIEKPKEMTGESLIKY	PGPT0018040_1846	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018040-gpmI-K15633	NA	NA
AK148_00342	1287	eno	COG0148	Enolase	ATGCCATATATTACAGATGTTTACGCACGCGAAGTTTTAGATTCTCGCGGTAATCCAACCGTTGAAGTAGAAGTATTTACAGAATCAGGTGCTTTTGGTTCTGCATTAGTTCCTAGCGGAGCTTCTACAGGAGAATATGAAGCAGTAGAATTACGTGATGGCGATAAAAGCCGCTATCTAGGTAAAGGTGTCTTAAAAGCAGTGCAAAATGTGAATGAAGTAATTGCACCTGAACTATTAGGAATTGATGTAACGCGTCAAAATATTATCGATGCACTAATGATTGACTTAGATGGCACTGATAATAAAGGAAAATTAGGTGCAAATGCTATTCTAGGTGTTTCCATGGCTGTTGCACACGCTGCAGCAAGCTATTTAGAAGTACCACTTTACAACTATCTTGGTGGATTCAATGCCAAAACATTACCGACACCAATGATGAACATTTTAAATGGTGGGGAACATGCAGACAACAACGTAGATATTCAGGAATTTATGGTTATGCCAGTAGGAGCAGAAACGTTCCAAGAAGCACTTCGTACGGGCGCAGAGATTTTCCACTCCTTGAAAAATGTATTGAAATCAAAAGGTTACAACACTTCTGTAGGAGATGAAGGTGGTTTTGCACCTAACCTTGGCTCTAACGAAGAAGCATTACAAACGATTGTAGAAGCTATCGAAGCAGCTGGCTATAAGCCTGGTGAAGAAGTGAAATTAGCAATGGACGTAGCCGCTTCTGAAATTTACGAAGATGGCAAATACAACTTAAAAGGCGAAGGTGTTGTACGTACTTCTGCAGAAATGGTTGATTGGTATGAAGATATGATTAGTAAATATCCAATCGTTTCTATTGAAGATGGTTTAGATGAAAATGATTGGGATGGTTTCAAACTTCTAACAGATCGTCTAGGCAAAAAAGTACAACTAGTTGGGGATGACTTGTTCGTAACCAATACAGAAAAATTAGCTAGAGGTATTGAACAAGGAATTGGTAACTCCATCCTTATTAAAGTGAACCAAATCGGTACTTTAACGGAAACATTTGAAGCTATCGAAATGGCAAAACGCGCTGGTTACACAGCTGTTATCTCTCACCGTTCTGGTGAAACAGAAGATGCTACCATTGCAGACATTGCTGTAGCAACAAATGCTGGCCAAATTAAAACAGGTGCTCCATCACGTACCGATCGTGTAGCTAAATACAATCAATTACTACGTATTGAAGATGAATTAGCTGGCATGGGCGAATACGCTGGAAAAACAGCATTTTACAACTTGAATAAATAA	MPYITDVYAREVLDSRGNPTVEVEVFTESGAFGSALVPSGASTGEYEAVELRDGDKSRYLGKGVLKAVQNVNEVIAPELLGIDVTRQNIIDALMIDLDGTDNKGKLGANAILGVSMAVAHAAASYLEVPLYNYLGGFNAKTLPTPMMNILNGGEHADNNVDIQEFMVMPVGAETFQEALRTGAEIFHSLKNVLKSKGYNTSVGDEGGFAPNLGSNEEALQTIVEAIEAAGYKPGEEVKLAMDVAASEIYEDGKYNLKGEGVVRTSAEMVDWYEDMISKYPIVSIEDGLDENDWDGFKLLTDRLGKKVQLVGDDLFVTNTEKLARGIEQGIGNSILIKVNQIGTLTETFEAIEMAKRAGYTAVISHRSGETEDATIADIAVATNAGQIKTGAPSRTDRVAKYNQLLRIEDELAGMGEYAGKTAFYNLNK	PGPT0018050_4250	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
AK148_00343	297			hypothetical protein	ATGTCTACAACCTTAGTGATGATTTTTTTAGTAATTATTATTGTTTCAGAACTTTACAAATCAAACTTTGAAAAATCAGTTGAATCGAGAGATGAAAGAGGTCGACTTATTTTATTAAGAGTTAAGTCACTATCATATAACTTTTTAACTGGTGGAATTTTTCTAGGTATGTTCTTGACAGCTATTTTTAACATCATGGAGTTAGAATTTTTCCCTTTTTATGTCTTAGCGATATTTTTGTTACAAGGTGTTATATCATCCGTGTATTTAGCTATTATTAGGAAGAAAGAAATTTGA	MSTTLVMIFLVIIIVSELYKSNFEKSVESRDERGRLILLRVKSLSYNFLTGGIFLGMFLTAIFNIMELEFFPFYVLAIFLLQGVISSVYLAIIRKKEI				NA	NA	NA	NA	NA
AK148_00344	204			hypothetical protein	ATGCTTAGCAATAGAATAGCAGTATGTAGGGCAGAAAAGAAATGGACACAACAAAGACTAGCTGAAGAAGTAGGTATAAGCCGCCAAACAGTTACAGCTATGGAAAATAAAAAGTATAACCCTTCACTCATTTTAGCATTTAAAGTATCAAAAGCTTTAGGTAAACCAATTACAGAAGTTTTTAATTACAAGGAGGAAATTTAA	MLSNRIAVCRAEKKWTQQRLAEEVGISRQTVTAMENKKYNPSLILAFKVSKALGKPITEVFNYKEEI				NA	NA	NA	NA	NA
AK148_00346	1002	thiY	COG0715	Formylaminopyrimidine-binding protein	TTGAAAAAATTTATTATGCTTAGTTTGCTCATTGTTTTACTAACAGCATGCAATGCAAATGACAGTGAGCAAGGTAAAGAAGAAAAATCAGCAGATAAAGCACGAAAAGAAGTTTCTGTAGTGCTTGATTGGACGCCAAATACGAATCATACAGGACTCTATGTAGCGAAGGAAAAAGGCTACTTTGAAGAGCAAGGATTGGATGTTGATATTAAGATGCCAGGAGAAGCAGGTGCTGATCAATTAGTGGCTTCTGGTAAGGCTGATTTTGGTGTAAGTTACCAAGAAGGGATTACGGAAGCAAGAGTACAAGATATCCCTATTGTATCAATTGCAGCAGTTATTCAGCATAATACGTCTGGATTTGCCTCGGCAAAGGAAAAAGATATTACCGAGCCTAAAGACTTCGAAGGAAAAACGTATGGCGGCTGGGGTGCCCCCCTTGAAAAAGCAGTAATTAGCTCGTTGATGAAGCAAGATGATGCTGACGTTGAGAAAGTGGACATTGTTAATATGGGCGATACCGATTTCTTTACTGCGGTAGAACGTGATATTGATTTTGCTTGGATATTTTATGGTTGGACAGGCATTGAAGCGGAACTTCGAAATGAAGAGATCAATATGGTTTATCTTACTGATTATACGAAAAAATTAGATTACTATACGCCAGTATTGGCAACCAATGAAACGATGATAGAAGAAGACCCAGATACGATTAAGCAATTTTTAGCTGCTGTAACAAAAGGGTATGAACTAGCAATTGAAAACCCTGATGAAGCGGCCGAGATTTTAATTCAAGCCGAGCCTGATTTGGACGCAGACTTAGTAAAGGCAAGTCAAAAATGGTTAGCGGATAAGTATCAAGATGATGCAGCTAGATGGGGCGAACAAAAACTAGAAGTATGGGAAAATTATTCGACCTGGATGTATGACAATGATTTACTGGATAAGCCTCTTGACAGTGAAAAAGCGTTTACGAATGAATTTTTACCAAACAACTAA	MKKFIMLSLLIVLLTACNANDSEQGKEEKSADKARKEVSVVLDWTPNTNHTGLYVAKEKGYFEEQGLDVDIKMPGEAGADQLVASGKADFGVSYQEGITEARVQDIPIVSIAAVIQHNTSGFASAKEKDITEPKDFEGKTYGGWGAPLEKAVISSLMKQDDADVEKVDIVNMGDTDFFTAVERDIDFAWIFYGWTGIEAELRNEEINMVYLTDYTKKLDYYTPVLATNETMIEEDPDTIKQFLAAVTKGYELAIENPDEAAEILIQAEPDLDADLVKASQKWLADKYQDDAARWGEQKLEVWENYSTWMYDNDLLDKPLDSEKAFTNEFLPNN	PGPT0001135_5690	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001135-ABC_SN_S-K02051	NA	NA
AK148_00347	291			hypothetical protein	ATGGCTAATGCACTTGTAAGTGTACAAATTATACCAAAAACGAAAAACGGGGAAGATGTAATTCCTTATGTAGATGAAGCGATTGCGATTATTGATGCTTCTGGGGTTCCTTATCATGTAAGCCCTTTGGAAACGACGATGGAAGGGGAATTATCCAACTTGCTTGAGATTGTGGAGAAAATGAACCAGCGGATGGAAGAATTAGGTTGTCCAAGCGTTATTTCGCAAGTGAAGATATTTTTCCAGCCATCAGGGGCTTCGATGGATACGTTAACGGAGAAATATCGGTAA	MANALVSVQIIPKTKNGEDVIPYVDEAIAIIDASGVPYHVSPLETTMEGELSNLLEIVEKMNQRMEELGCPSVISQVKIFFQPSGASMDTLTEKYR				NA	NA	NA	NA	NA
AK148_00348	765	ribX		Riboflavin transport system permease protein RibX	ATGGATAGGAATGTATTGAGAAGAGGATGGCGGCCAGCTTTGGTCCTCATCCTTTTGATTATCATTTGGGAGACAGCAAGTAAGCTATTTGAGGTTCCGGAGTGGATCTTGCCTCCTCCTACATCTATTGGGCAAGAAACCATCATCGGCTGGAGCGATTACAATCATCATCTCTGGGCAACCATTCAACTATCTGTGATAGGATTTGTTATTGGCAGTAGTGTTGGAATCCTAGTTGCTATTTGTTTACATTTAGTGCCAGTTTTACGCGAGGCGATCTATCCATTATTAATAATTTCACAAAATATTCCAATCATTATTTTAGCTCCATTACTCGTTGTTTGGTTCGGCTTTGGCATATTACCTAAATTAATTGTGATTACACTCGTCTGTTTTTTTCCAATCACGATAGCTACTTTGGGTGGGTTTCGACAAACAAGTCGTGAATTACATCATTATATGCTAATGGCTGGTGCCAATAAACGGCAAATCTTCTTCAAATTAGAATGGCCACATGCTTTACCATCCCTATTCAGTGGCTTGAAAATCGCAGCTACTTATAGTGTAATGGGGGCAGTTATTTCCGAATGGCTTGGTGCGAGTGAGGGAATTGGTTATTATATGACACTTGCTTCCTCATCGTTTCGAACGGATCGCGTATTTGTTGCGATTTTGTTTATTGTCACGTTAAGTTTACTGTTTTTTGGACTGCTTTCTTTTGTAGAACGAAAAGTGGTAAAAGCGCCTGCTCAAGAAGATGAATAA	MDRNVLRRGWRPALVLILLIIIWETASKLFEVPEWILPPPTSIGQETIIGWSDYNHHLWATIQLSVIGFVIGSSVGILVAICLHLVPVLREAIYPLLIISQNIPIIILAPLLVVWFGFGILPKLIVITLVCFFPITIATLGGFRQTSRELHHYMLMAGANKRQIFFKLEWPHALPSLFSGLKIAATYSVMGAVISEWLGASEGIGYYMTLASSSFRTDRVFVAILFIVTLSLLFFGLLSFVERKVVKAPAQEDE	PGPT0001145_7669	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001145-ABC_SN_P-K02050	NA	NA
AK148_00349	735	cmpD		Bicarbonate transport ATP-binding protein CmpD	ATGGGGAAATTAGACGTACAAAATGTAAGTAAATCGTTTGGTAATCAGCAAGTGTTACAGCAACTTTCTTTTTCGGTTCAAGATGGTGAGTTTGTGTCTATATTAGGTCCATCAGGGAGCGGGAAGAGTACATTATTTAATATAATTGGTGGCATTACCGCTCCAGATACAGGTGCTATTTATTTAAATGGACAGGATATTTCGGGATTACGTGGAAATATTAGCTATATGCCACAGAACGCTTCGCTTTTTCCATGGCGAACGGTTTTACAAAATGTTTTGCTTGGGGAAGAAATTGTTCTTGGCAAGACAGATGAAGAAGAAGCACGGGAAATGATTGCCAAAGCTGGGTTACAAGGTTACGAGCAAGCATACCCGCATGAATTGTCAGGAGGCATGAAACAGCGTGTTTCTTTTCTTCGTAGTATGAAGAGTCCACAATCGATGATTTGTTTAGATGAACCTTTTTCTGCTTTGGATGAATTTACGAGAGCGGAAATGCAAAAGTGGTTACTATCTATATGGGAAAAACATCGAAGATCCATTTTGTTTGTTACCCATAATATTGAAGAAGCATTATTTTTATCCGATCGAATTCTTGTATTGTCAAATAAACCAGCAAGGATTCAAAGGGAGCTTGTTATCCCCTTTGAGAGACCACGTGAAGAGGAACTTGTGTTAAGCAAATCTTTTTTAGATTATAAAAAACAGCTTTATTATGAATTGAGGGAGTAA	MGKLDVQNVSKSFGNQQVLQQLSFSVQDGEFVSILGPSGSGKSTLFNIIGGITAPDTGAIYLNGQDISGLRGNISYMPQNASLFPWRTVLQNVLLGEEIVLGKTDEEEAREMIAKAGLQGYEQAYPHELSGGMKQRVSFLRSMKSPQSMICLDEPFSALDEFTRAEMQKWLLSIWEKHRRSILFVTHNIEEALFLSDRILVLSNKPARIQRELVIPFERPREEELVLSKSFLDYKKQLYYELRE	PGPT0001140_8253	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049	NA	NA
AK148_00350	780	yjjV	COG0084	putative metal-dependent hydrolase YjjV	ATGAATGTAGCTATTATCGATGCACATATCCATCTAGACATGTATAAACAAAAGGAACGACAACAAATCCTCCAGCAAACAGAGCGAACGGAACTAGAAGCAATGGTTAGTGTGTCCTATGACTTACCATCTTGCAAAGTAAATCTTGATTTACAAAGACAATATGAAGTGGTGAAGCCTGCGTTTGGTTTTCATCCTGAGCAAGCCCTTCCAACAGAGGAAGAACTGGCAGATTTATTGCTGTATATCGAAAAGCACCATCATGAAGCGGTCGCTATTGGTGAGGTTGGTTTACCATATTATAAACGGCGAGAAGATCCAGAATTAAAATTAGAAGCTTATATCAAAGTCCTAGAGGCATTTATAAAGATAGCCAAGCGACTTGACCTACCAATTAGTTTGCATGCCATTTATGAAGATGCAGATGTCGTATGTGATCTATTAGAGAAGCATTCTATTCAAAAAGCACATTTTCATTGGTTCAAAGGCAGTAAACGGACCGTAGAACGGATGATAGAAAATGAATATTTAATATCGATTACGCCAGATGTTTGCTATGAACAAGAGATCCAACAGCTTGTACGAAGGTACCCCTTAACGCATATGATGGTGGAAACAGATGGGCCGTGGCCTTTTGAAGGGCCGTTCGCAGGCGAAATGACAGAACCGAGTATGATTCATCGAGCAGTACATAAAATGTCACAACTGAAAGCAGCACCATTAGAAGTTGTATATAAGCAATTATACGCGAATGCAAGTTATTTTTTCTCGCTGTTTTAA	MNVAIIDAHIHLDMYKQKERQQILQQTERTELEAMVSVSYDLPSCKVNLDLQRQYEVVKPAFGFHPEQALPTEEELADLLLYIEKHHHEAVAIGEVGLPYYKRREDPELKLEAYIKVLEAFIKIAKRLDLPISLHAIYEDADVVCDLLEKHSIQKAHFHWFKGSKRTVERMIENEYLISITPDVCYEQEIQQLVRRYPLTHMMVETDGPWPFEGPFAGEMTEPSMIHRAVHKMSQLKAAPLEVVYKQLYANASYFFSLF				NA	NA	NA	NA	NA
AK148_00351	1719	ptsI	COG1080	Phosphoenolpyruvate-protein phosphotransferase	ATGATTATGGCTAACATTCAAGGAATTGCTGCATCTTCAGGTATCGCTATTGCCAAAGCATATCTATTAGAAACTCCAGACTTATCATTTGAAAAAATCACGACAGCTACCCCACAAGTGGAAATAGAACGACTTGACAAAGCACTTGAGATTTCCAAGCAAGAATTAGAGCAAATTAAAGCTCATACGAAAGAAAATATTGGTGATGAACATGCGGAAATTTTTTCTGCTCATTTGTTAGTACTTAGTGACCCTGAATTGATTAATCCTATGAAGAATAAAATGAATGAAGAAAATGTAAACGCAGAAGCTGCGCTAGATGAAGTTGCTACCATGTTTATCGACATGTTCAAAAATATGGACAATGATTATATGCGAGAAAGAGCAGCAGATATATATGATGTAACGAAACGTGTTAAAGCCCATCTATTAGGGGTCACTTTCCCAGACCCTGCATTGATTGATGAAGAAGTAATTGTAATTGCAAAAGACTTAACACCATCCGATACTGCGCAATTAAACAGAGATTTCGTTAAAGGCTTTGCGACAGATATTGGTGGCCGTACATCGCACTCAGCTATTATGGCAAGATCGCTTGAGATCCCAGCAGTTGTTGGTACAAAAGAAGTGACAAACACCATCCAAAAAGATGATTTAATTATCGTTGATGGTAATGAAGGGGTTGTAATTGTTAACCCAACGGAAGAAATAGTCGCAGCTTATGAGAAAAAGCAAGAAGAATTTGCCAAGCAAAAACAAGAATGGGCAAAACTAAAAAACGAACCTACATTAGCTGCTGATGGCGAACAAGTAGAACTAGCAGCAAATATTGGTACACCAGATGACGTACTAGGCGTTTTAGACAATGGCGGGGAAGGTGTCGGCTTATACCGTACAGAGTTTTTATATATGGGTAAGAGTCAGCTCCCAACAGAAGAAGAACAGTTCACGGCATATAAATCCGTGCTTGAGCAAATGGAAGGAAAACCTGTTGTTGTTCGTACTTTAGACATTGGTGGGGACAAAGAGTTAAATTACTTAGATCTTCCTAAAGAATTAAATCCATTTCTAGGTTTCCGTGCCATTCGTTTTTGCCTAGATAATGAGCATGTGTTCCGACCACAATTACGTGCATTACTACGGGCTAGTGTTTATGGAAATCTAAAAATTATGTTCCCAATGATCGCTACGTTGGAAGAGTTTCGCCAAGCAAAAGCCATTCTAATGGATGAAAAAGAGGCTCTTTTAAAAGAAGGAAAAGAAGTATCTGATCATATTGAAATAGGGATTATGGTAGAAATCCCTTCAACTGCGGTTATTGCAAAACAATTTGCAAAAGAGGTAGACTTCTTCAGTATCGGTACAAACGACCTGATCCAATATACGATGGCCGCAGACAGAATGAACGAACAAGTTTCCTACTTATACCAACCATACCACCCAGCCATTTTAAATTTGGTAAACAATGTTATTGAAGCTGCTCACAGTGAAGATAAATGGGTAGGCATGTGTGGAGAAATGGCAGGAGATGCTATTGCGATCCCTATTCTACTCGGTCTTGGCTTAGATGAATTCAGTATGAGCGCTACATCTATTTTACCTGCACGTACACAAATACGTGACCTAGATAAAGGAAAGTTAGCATCCTACAAGGACGAACTTCTTTCTATGAGCACTGCTGAAGAAGTGGTCCAATTTATTAAAGAAAAAACAGAATAA	MIMANIQGIAASSGIAIAKAYLLETPDLSFEKITTATPQVEIERLDKALEISKQELEQIKAHTKENIGDEHAEIFSAHLLVLSDPELINPMKNKMNEENVNAEAALDEVATMFIDMFKNMDNDYMRERAADIYDVTKRVKAHLLGVTFPDPALIDEEVIVIAKDLTPSDTAQLNRDFVKGFATDIGGRTSHSAIMARSLEIPAVVGTKEVTNTIQKDDLIIVDGNEGVVIVNPTEEIVAAYEKKQEEFAKQKQEWAKLKNEPTLAADGEQVELAANIGTPDDVLGVLDNGGEGVGLYRTEFLYMGKSQLPTEEEQFTAYKSVLEQMEGKPVVVRTLDIGGDKELNYLDLPKELNPFLGFRAIRFCLDNEHVFRPQLRALLRASVYGNLKIMFPMIATLEEFRQAKAILMDEKEALLKEGKEVSDHIEIGIMVEIPSTAVIAKQFAKEVDFFSIGTNDLIQYTMAADRMNEQVSYLYQPYHPAILNLVNNVIEAAHSEDKWVGMCGEMAGDAIAIPILLGLGLDEFSMSATSILPARTQIRDLDKGKLASYKDELLSMSTAEEVVQFIKEKTE	PGPT0002025_1917	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
AK148_00352	915		COG2267	Monoacylglycerol lipase	ATGAAACAGCAAACTTTTTGGTACCAAACTGATAATCATACAAACGTATTTATAAAAAAATGGGAGCCCGCTTTTCCTGCGAAAGGGGTTATTCAAATTGCTCATGGCATGATGGAGCATATAGAAAGATATCATGATTTTGCTACTTATTTAACGTCTCAAGGGTTTATCGTTTATGGAAATGATCATAGAGGACACGGAAAAACTGGTGAAAAACAAGGTATGCTTGGTTATTTCGCTGAAACAGATGGCTTTTACAAAGCGGTTCATGATCTGCGCCAAGTATCGGAACTTATTCAGACTGCTCACCCATCATTACCTTTATTCTTATTCGGACATAGCATGGGATCTTTTTTTGTCCGTTCTTATATCCAGTCTTATAGTAATTCCATTTCTGGAGCTATTCTTTCTGGAACTGGATATTATCCTACAACTCAATTAATAGCCGGTCAACGTCTAGCATCTCTCCTTCCGCCGAAAGAAAAAGCCGTTTGGATGAATAAGCTTGTCTTTGGTTCGTTTAATAAAAAAGTAGGTCACGCTCCTACTGGATTTGAATGGTTAACACGGTCAACAGAAGCAATTGAGGAGTATATCAAAGATCCGTACACTGGATTTATTCCAACCGGACAATTTTTTTACGATTTATTTACCGGTTTGCGAAGTATTCATAACCCGAACAGTTATCTACAAATACGACGCGATCTACCAGTACTATTGATTAGCGGCGATCATGATCCAGTTGGAAATTACGCAAAAGGTGTTTGGAAGACAGCTGAATTTTATACCAATTGCGGTTTAACTCAGATTGTAACAATGCTGTTTGCTAACGCGAGACATGAGCTAATTCATGAATGGAATAAACAGGAAGTATATGAAGTGATTATGCAGTGGACGAAGAAAGCGATTGCTTAA	MKQQTFWYQTDNHTNVFIKKWEPAFPAKGVIQIAHGMMEHIERYHDFATYLTSQGFIVYGNDHRGHGKTGEKQGMLGYFAETDGFYKAVHDLRQVSELIQTAHPSLPLFLFGHSMGSFFVRSYIQSYSNSISGAILSGTGYYPTTQLIAGQRLASLLPPKEKAVWMNKLVFGSFNKKVGHAPTGFEWLTRSTEAIEEYIKDPYTGFIPTGQFFYDLFTGLRSIHNPNSYLQIRRDLPVLLISGDHDPVGNYAKGVWKTAEFYTNCGLTQIVTMLFANARHELIHEWNKQEVYEVIMQWTKKAIA				NA	NA	NA	NA	NA
AK148_00353	234	secG	COG1314	putative protein-export membrane protein SecG	ATGCTTGGAATAGTTAATGTATTGTTAGTTATTGACGGACTTATAATGATTATATTAGTTCTACTACAATCTGGAAAAAGTGAAGGTTTATCAGGTGCTATTTCTGGAGGTGCTGAGCAGTTGTTCGGTAAACAGAAGGCAAGGGGAATTGATCTTGTATTACATCGAGGAACAATTGTCACAGCGGTCATTTTCTTTGTATTAGCATTTTTAAGTGCCTATGTATTACAATAA	MLGIVNVLLVIDGLIMIILVLLQSGKSEGLSGAISGGAEQLFGKQKARGIDLVLHRGTIVTAVIFFVLAFLSAYVLQ	PGPT0025720_3483	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025720-secG-K03075	NA	NA
AK148_00354	747	est		Carboxylesterase	ATGAAAATAAAACAACCTCAACCTTTTACTTTTGAAGCAGGGCCACGCGCCGTATTATTATTACATGGATTTACTGGACATTCTGCAGACGTCCGTATGTTAGGGCGATATTTAGAAAAACGCGGGTATACTAGTCATGCACCTATCTACAGAGGGCATGGATTACCGCCAGAAGACTTAATTCAATCGACACCAGACGAGTGGTGGGAGGATGTGTTAGAAGCATACCAGCATTTAAAAGATTTGGGGTATAGAGAAATTGCTGTTTCTGGCTTATCATTAGGTGGGGTACTAGGCTTGAAATTAGCATACACAGAACAAACAAAGGCTGTTATTCCAATGTGTTCACCTATGTTTTTTGATAATGAAACGCAATTAACAAAAGGGTTTCGACTATTTGCCAAAGAATATAAACAGCTGGAACGTAAAGATGATCATGTGATAGAACAAGAATTAGATACGTTATTAACAAATTCTAAACCGCTATTTAAACAATTAGGTGCATTTATTACTGAAGTAAAAAATGAAGTAGATACGATTTATACGCCAACAATGGTCGTTCAAGCTAGAAAGGATCAAATGATTAATACGGACAGTGCAAACTATATTTATGAAAATGTAGAAGCAGAGCATAAAACGATCAAGTGGTATGAAGAGTCAGGACACGTTATTACAATGGGAAAAGAAAAAGAGCAAGTTTTTGAGGATATTTATCAGTTTCTCGAAACTTTAAACTGGGAACAATGA	MKIKQPQPFTFEAGPRAVLLLHGFTGHSADVRMLGRYLEKRGYTSHAPIYRGHGLPPEDLIQSTPDEWWEDVLEAYQHLKDLGYREIAVSGLSLGGVLGLKLAYTEQTKAVIPMCSPMFFDNETQLTKGFRLFAKEYKQLERKDDHVIEQELDTLLTNSKPLFKQLGAFITEVKNEVDTIYTPTMVVQARKDQMINTDSANYIYENVEAEHKTIKWYEESGHVITMGKEKEQVFEDIYQFLETLNWEQ				NA	NA	NA	NA	NA
AK148_00355	2169	rnr	COG0557	Ribonuclease R	ATGAAAGAAAAAATTCAACAATATTTTAAAGAAAATGGTACAAAGCCTTTAACAGTCCATGAAATAGAAGAAGCGCTAGAGATTGAAGATGCAACAGAATTTAAAGAGCTCGTCAAAGCATTAAATGCGTTAGAGGAATCTGGGGAGCTCGTACGAACAAGAAAAAACAGATTTGGATTACCTGAAAAGATGAACCTTGTCCGTGGTAGAATTCAAATGCATGCCAAAGGGTTTGCTTTTTTAATCCCAGATGATGAATCACGCGATGATGTTTATATCCATTATTCTGATCTTGGCTCTGCTATGAACGGGGATAAAGTGCTTGTCCGTATTGAGAAAAGAAGTGATTCTGGAAATCGCTCGGAAGGAACTGTCATTCGGATTTTAGAAAGAGCGACATTACAAGTTGTCGGTACATTTGAAAATAATCGTTCGTTTGGCTTTGTTATTGCAGATGATAAGCGTATTCCTAATGATATTTTTATCCCTAAGGATAGTACGAATGGTGCTGTTAGCGGACATAAAGTAATTGCGCATATTACGAAATATCCAGAAGGAAGGAAAAGTGCGGAAGGGGAAATTATTCATATTTTAGGACATAAAAATGACCCTGGCATTGATATTATGTCCATTATTCATAAGCATGGCATTAAAGTAGACTTTCCTGAAGAAGTGTTAGAGCAAGCAGCGAATATACCTGAAACGATTACGAAAGAGGAAATGGAAGGACGTAAGGATCTTCGTGAGGAAACCATTGTAACCATTGACGGTGCAGATGCAAAAGATTTAGATGATGCTGTATCTGTAAAGCAATTAGACAATGGTAACTATCTTCTCGGAGTATATATTGCTGATGTGAGCCATTATATTGATCAAGGGAGTCCTATGGATGAAGAAGCCTTTGAAAGAGGTACTAGTGTTTACTTAGTTGATCGCGTCATTCCGATGATTCCACACCGTTTATCTAACGGAATTTGCTCACTGAACCCTAAAGTGGATAGATTGACATTGGGTTGCGAAATGGAAATAGATACTTCTGGCAACGTTGTAAAACATGAAATTTTCCCAAGCGTTATTCGAACAAACGAGCGGATGACCTATCATGATGTGAATCAAATCTTGGTAGAAAAAGATAGTTCTTTACAAGAACGATATCAAGATCTTATACCTATGTTTGAAAATATGGAAGCATTAGCTGCTATTTTGCGAAGAAAGCGAATGAATCGAGGTGCGATTGATTTTGACTTCAAAGAAGCAAAAGTAGTAGTAGATGAAAATGGAAAGCCACAGGATGTTGTGTTACGAGAGCGTTCTGTTGCAGAGCGACTGATAGAAGAATTTATGTTAGCGGCAAATGAAACGGTAGCAGAGCATTTCCATTGGATGGACGTGCCGTTTATTCATCGTATTCACCAAGACCCAGATCCTGATAAATTACAAACGTTTTTTGAATTTTTAGCGGGTCTAGGTTACGTGGTCAAAGGTATGAATAATGAAATTCATCCACAAGCGCTTCAAAAGGTGTTGGAAGAGGTAAAAGGAAAGCCAGAAGAAATGATCGTTTCGAAATTAATGCTTCGGTCGATGCAACAAGCAAAATATGACCCACAAAGTATTGGGCATTTCGGTTTAGCGACATCTTTTTATACACATTTTACTTCCCCAATTCGTCGTTATCCAGATCTAATGGTACACCGCTTGATTCGTACTTATCTAATTGATAAAAAGATGGATCAGCGAACATTGCAGAAGTGGAAAGACGAACTTCCAGAAATCGCTAGACAAACTTCTGCTGCTGAACGGCGAGCGGTCGACGCTGAACGGGAAACAGATGACTTGAAGAAGGCAGAATTTATGCAGGATAAAATTGGTGAAGAATATACTGGGGTAATTAGTTCCATTACGAATTTTGGTTTATTTGTGGAATTAGAGAATACAGTAGAAGGCTTGGTACATGTTAGTTATTTAACGGATGATTATTATCATTATGATCAGCGGAGTCAAGCAATGATTGGAGAAAGAACAGCTAAAGTGTACCGTATTGGAGAAGAAGTGCAAGTAAAAGTAGCAAGTGTTAACATTGATGAACGCACGGTTGATTTTTCCATTGTATACGATGAAGAAACGAAACCAAAGAAAAAAATCAAAGCGAAACGAATAAAGAAATAA	MKEKIQQYFKENGTKPLTVHEIEEALEIEDATEFKELVKALNALEESGELVRTRKNRFGLPEKMNLVRGRIQMHAKGFAFLIPDDESRDDVYIHYSDLGSAMNGDKVLVRIEKRSDSGNRSEGTVIRILERATLQVVGTFENNRSFGFVIADDKRIPNDIFIPKDSTNGAVSGHKVIAHITKYPEGRKSAEGEIIHILGHKNDPGIDIMSIIHKHGIKVDFPEEVLEQAANIPETITKEEMEGRKDLREETIVTIDGADAKDLDDAVSVKQLDNGNYLLGVYIADVSHYIDQGSPMDEEAFERGTSVYLVDRVIPMIPHRLSNGICSLNPKVDRLTLGCEMEIDTSGNVVKHEIFPSVIRTNERMTYHDVNQILVEKDSSLQERYQDLIPMFENMEALAAILRRKRMNRGAIDFDFKEAKVVVDENGKPQDVVLRERSVAERLIEEFMLAANETVAEHFHWMDVPFIHRIHQDPDPDKLQTFFEFLAGLGYVVKGMNNEIHPQALQKVLEEVKGKPEEMIVSKLMLRSMQQAKYDPQSIGHFGLATSFYTHFTSPIRRYPDLMVHRLIRTYLIDKKMDQRTLQKWKDELPEIARQTSAAERRAVDAERETDDLKKAEFMQDKIGEEYTGVISSITNFGLFVELENTVEGLVHVSYLTDDYYHYDQRSQAMIGERTAKVYRIGEEVQVKVASVNIDERTVDFSIVYDEETKPKKKIKAKRIKK				NA	NA	NA	NA	NA
AK148_00356	465	smpB	COG0691	SsrA-binding protein	ATGCCAAAAGGACAAGGAAAAGTAATTGCAACAAATAAAAGAGCATCTCATGACTATTTTATAGAAGATACGTATGAAGCAGGGATTGTTCTGCAAGGCACAGAGATTAAGTCGATTCGTGCTGGAAGGGTAAATATTAAGGATGCGCATGCGCGAATTGATCGTGGTGAAGTAAAATTAATTAATTTGCATATTGCAGAATATGCACAGGGGAATCGATTTAATCACGATCCAACTCGTACAAGAAAGCTGCTTTTACACCGTAAAGAAATTGATAAATTAATTGGTTTAACCCAACAGCAAGGGTATGCACTTGTGCCATTGAAAATTTACATTAAAAATGGTTATGCAAAGGTACTGTTAGGGTTAGGAAAAGGTAAAAAGAAATACGACAAGCGTGAAGATTTGAAAAGAAAGCAAATGAAACGAGACGTGGATCGAGCTATCAAAGATCATATGCGTTAA	MPKGQGKVIATNKRASHDYFIEDTYEAGIVLQGTEIKSIRAGRVNIKDAHARIDRGEVKLINLHIAEYAQGNRFNHDPTRTRKLLLHRKEIDKLIGLTQQQGYALVPLKIYIKNGYAKVLLGLGKGKKKYDKREDLKRKQMKRDVDRAIKDHMR	PGPT0014355_2986	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
AK148_00358	1179	gerAC		Spore germination protein A3	GTGAAAAAAGTACCCATTTTTGTCCTTTGTATGGTTGTATTCCTGCTTTTAACGGGGTGTTGGGACCGAACGGAGATTGAAGATCAGGGGTTCGTGGTGGGATCAGCAATTGATCTTGAGGAAGAAAATGATAATGATAATTCATATAAAATAAAGCTTACAAATCAAATTGTACTTCCTGGCGGTTTGGGAACACCATTGCAAGGGGGGGGCAGGGAACAAGAGGCTTATCATAATATAACAATAACAGGAAGTAGTATTTTTGAAATTATAAGAGAGATGGCTACTTCTGCGAATGAGCGGCTTTTTTTTCAGCATATGAAAGTTGTTGTCGTGTCCGATAAAGTTGCGAGAGAACCTGGGTTATTCTCCAAGGTCATGGATGTGTATATACGTGACCATGAAATGCGAAGAGGAATGAGGATATTAATTGCCAAAGAAGGAACGGAAGCAAAAGATATTTTAGATGTACTCCCTCCTGGAGAAAAGGTTCCTGCACTTTATATTGATTCATTGTTGGAAAATAGCTATAAAATCGCTAGTTCTTTAGAGCCTCTTCAAGTTGGACAATTACAAGAACTGATGTTAAATAAGCGGAGTTTTACCATTCCCGAAATTCAATTAGGGGATAACCGAACGTTAAAATATAAAAATGCCGCTGTTTTTCAAGCCCCTGAAAATAGAATGGTTGCTTCCCTATCTGAAAAAGAGACGAGGGGAATAGCATTTTTAACAGAGCATGATCAAACAAGCCCGGTTATGGTTAATGTCGATGGCGAAGACGTTGTGATTGAATTAGTAGATATAAATCACACATATGATGTTTTACGTGATGATAAAGATAATCTAGCTTTTGAGATTTCCTTGAAGATAGAGGGAAGTATAACAGAAATGCTTGGAGAAGCTAAAGTGCTCAAAGCGTCATTTTTTAAAAAGTTGGAAAAAGATACTGAAAAAAAGGTGAAAGAAATTACAGAAAAAACGATAGAGGTAGTCCAGGATGATTTACAAGTAGATGTTATCCAAATAGGTGATACACTTTTTCAACGACACTATGATCTATGGCAAAAAGTAAAGGACAATTGGGATCAAGGGGAAAACTATTTCTCCAAAGCAGATATTCATGTAACAGTAGATGTGAATATTAGCAAAACAGGAGCTTCGGATAACTTTAAATAA	MKKVPIFVLCMVVFLLLTGCWDRTEIEDQGFVVGSAIDLEEENDNDNSYKIKLTNQIVLPGGLGTPLQGGGREQEAYHNITITGSSIFEIIREMATSANERLFFQHMKVVVVSDKVAREPGLFSKVMDVYIRDHEMRRGMRILIAKEGTEAKDILDVLPPGEKVPALYIDSLLENSYKIASSLEPLQVGQLQELMLNKRSFTIPEIQLGDNRTLKYKNAAVFQAPENRMVASLSEKETRGIAFLTEHDQTSPVMVNVDGEDVVIELVDINHTYDVLRDDKDNLAFEISLKIEGSITEMLGEAKVLKASFFKKLEKDTEKKVKEITEKTIEVVQDDLQVDVIQIGDTLFQRHYDLWQKVKDNWDQGENYFSKADIHVTVDVNISKTGASDNFK	PGPT0025125_130	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025125-yndF-K06312	NA	NA
AK148_00359	315			hypothetical protein	ATGTCCATTCTCATTCATATTAAGCCACACATAGACTATAAAGAAACATCCTTGAAAGAGGTGATGACATTGTTTCCTGAAAGGCGAAGAAAACAGCTACGACAAGATCGACCTAGACATGCACCTAATTGGATTGGAAAGCCTGCTCAGCCACACAAACAGGACCAAACATCTTCTGGTGTGATGCAACTATTAACTAACTTTCGTAATCAGGAAGGGAAAGTTGATTTTAACAAAGTGACAGAAGTAGCGTCACAGGTAAACAAATTATATGGCCAAGTGAGCCCACTCCTATCTTCTTTTATTAAAAAGTAG	MSILIHIKPHIDYKETSLKEVMTLFPERRRKQLRQDRPRHAPNWIGKPAQPHKQDQTSSGVMQLLTNFRNQEGKVDFNKVTEVASQVNKLYGQVSPLLSSFIKK				NA	NA	NA	NA	NA
AK148_00360	438	hrp1	COG0517	Hypoxic response protein 1	ATGAATCAGCAAATTCGTAACTATATGACACAAAATGTGTACACAGTAAATGATTCGCAAACTATTCAAGAAGCTGCAGCATTAATGAGTGAACATAATATTGGCGCCATACCTGTTGTAGATGCACAAGGGAATTTGGTAGGTATGTTGACAGATCGCGATATTACATTACGGTCTACGGCGCAAGGGGAAGCAGCACAAACTCCAGTTTCTCAAGTGATGACAGCACAAAAAATTGTTCATGGTACTCCTGAAATGGATATTCATGAAGCAGCTGAGCTAATGGCACAACAACAAATTAGACGTTTACCCGTTGTGGAAAATGGCAAAATTATTGGCATGGTTGCTTTAGGGGATTTAGCCGTAGATCATCAGCTACAGAATGAGGCAGGAGAAGCTTTGTCCAGTATTTCGAACCCTTCAAGTCCACAGCAATAA	MNQQIRNYMTQNVYTVNDSQTIQEAAALMSEHNIGAIPVVDAQGNLVGMLTDRDITLRSTAQGEAAQTPVSQVMTAQKIVHGTPEMDIHEAAELMAQQQIRRLPVVENGKIIGMVALGDLAVDHQLQNEAGEALSSISNPSSPQQ				NA	NA	NA	NA	NA
AK148_00361	648			hypothetical protein	ATGGGTGTATATATTCGAGAACCGATTAATGGGCTTACTCATTTATTCGGTGCAATATTGTCGTTTATCGGTCTTTTGGCATTAATTTTTAAAGCAAATGAAACAATTGGTTCCCCGCTTGCCATTACAGCAGTTGTAATTTTCGGTTTAAGTATGACATTGTTATATTCCGCATCAGCAACATACCATATGGTTATTGCAAAAAAACAGGTCATTGCTTTTCTTCGACGTATAGACCATTCCATGATTTATATATTAATAGCTGGAACGTATACACCATTATGTCTCATCAGTTTAAAAGGCACGTTAGGGTGGACACTTTTTATTATTATTACAACCTTAGCAGCCTTAGGTGTAGTATTTAAATTAGTATGGTTCCATTGCCCAAGGTGGCTATCTACTTTACTCTATATAGGAATGGGCTGGATTGTAGTATTTTTCAGTTCAAATTTAGCGCCTATCATAAATAAAGGTGGAATGGTATTTCTAGTCTTGGGAGGAGTCATCTATACTGTTGGCGGTATCATCTACGCATTAAAGCCAAAAGCACTTAATTTTAAGCATATGGGCTTTCATGAAATTTTCCACCTGTTTATTCTAGCAGGTAGTTTATTCCATTTCATTACTGTATATGTTTATGTCTTATAA	MGVYIREPINGLTHLFGAILSFIGLLALIFKANETIGSPLAITAVVIFGLSMTLLYSASATYHMVIAKKQVIAFLRRIDHSMIYILIAGTYTPLCLISLKGTLGWTLFIIITTLAALGVVFKLVWFHCPRWLSTLLYIGMGWIVVFFSSNLAPIINKGGMVFLVLGGVIYTVGGIIYALKPKALNFKHMGFHEIFHLFILAGSLFHFITVYVYVL				NA	NA	NA	NA	NA
AK148_00362	579			hypothetical protein	ATGGAAAATTTGCATGATTTCTTTAAACAAATTCAATTAAATAGCCAATTATCATTGGATGATATACCAAATTTAGATTTATATATGGACCAAGTTATTCAATTATTTGAAAATAAATTCGACGTGTTAAAGCGAGATGAACAAGAGAAAGTTTTAACGAAAACGATGATTAATAACTATGCGAAAGGGAAACTGTTCTATCCAATTGAAAATAAGAAATACTCTAAGGATCATTTAATGCTAATTGCGATGATTTACCAGCTAAAAGGTGCTCTATCGATTAATGATGTCAAAACAACGTTGTATCAACTGAACAAAATGATTACAGAAGAAAATTTTGCCTTAGCAAATTTGTATGAAAGTTATGTACAGCTTGCTGAAGATAGTATGCAACAAATGAAATCAGAAACCGAACAATTAATTCATGATGTGGAAGAGCATAGTAAATCTTTACCTAGTCAGAATGCTGATTATTTACAGGAGCTTCTATTAGTTACTTCTCTTGCTAATATGAGTAATTATTATCGTCGAGCAGCAGAAAAGATGGTTGATCGCATTGCTAATAAAATGGATACATAA	MENLHDFFKQIQLNSQLSLDDIPNLDLYMDQVIQLFENKFDVLKRDEQEKVLTKTMINNYAKGKLFYPIENKKYSKDHLMLIAMIYQLKGALSINDVKTTLYQLNKMITEENFALANLYESYVQLAEDSMQQMKSETEQLIHDVEEHSKSLPSQNADYLQELLLVTSLANMSNYYRRAAEKMVDRIANKMDT				NA	NA	NA	NA	NA
AK148_00363	180			hypothetical protein	ATGGTATTAGAAAAAATAAAAAGTGAATATATATTTGGAGATAAATCCCAAGTTCATAGGCGACTCCAAGCATTGCAACTAGCATACCAGGCAGATGAAATGATGATTTTAACGAACACTCCTGATTATGTCAGTAGAAAGACTTCTTACCAATTAATTGCGCAAACCTGTTTAACCTAG	MVLEKIKSEYIFGDKSQVHRRLQALQLAYQADEMMILTNTPDYVSRKTSYQLIAQTCLT				NA	NA	NA	NA	NA
AK148_00364	609		COG0586	putative membrane protein	ATGCAACATTGGGTCACTTCAGTAATGGAAGAGTTAGGTTATATTGGTGTGTTTTTTATGATGGCTTTAGAAAACATATTTCCTCCTATACCTTCAGAAATTGTTTTACCATTTGGAGGATTTCTAACAACAACGACTGATTTATCTGTCGTAGGTGTTATTGTTGCAGCAACAGTTGGATCAGTTCTTGGGGCAGTTATTTTATTTGGAATTGGTCTTTTGCTTGATGTTAAACAATTAGAAAAAATTATTCACAGATATGGCTCTATGCTAAGAATAAAAAAACAAGATATTCAAAGAGCAGATGCTTGGTTTGATAAGTACGGCTATTTGACGGTATTTATTTGTCGAATGGTCCCTTTGGTTAGAAGTTTAATATCCATTCCAGCAGGGATGTCAAACATGAATTTTGTCATGTTTTTATTCCTAACAGTTGCTGGTACATTGTTTTGGAATACTTTATTAATTTTGATCGGTGTTCAGCTCGGTGAATCATGGACCAACATATTATCATTTATGGAATTGTATTCTACAGTTATTTATATTTGTATCGGTGTAGGGATCGGTATTATCGTTTACTTATATATCAAACGGAGAAGGCAGCAATAA	MQHWVTSVMEELGYIGVFFMMALENIFPPIPSEIVLPFGGFLTTTTDLSVVGVIVAATVGSVLGAVILFGIGLLLDVKQLEKIIHRYGSMLRIKKQDIQRADAWFDKYGYLTVFICRMVPLVRSLISIPAGMSNMNFVMFLFLTVAGTLFWNTLLILIGVQLGESWTNILSFMELYSTVIYICIGVGIGIIVYLYIKRRRQQ	PGPT0002570_3590	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0002570-phoA-K01077	NA	NA
AK148_00365	354			hypothetical protein	GTGAAAAAATTTCTTTTGTTTCTAGCAGGGTTAGTAGCCTTCATGGTCCTACTTGCTAACATAGGACCAATGGTATTCTTCGCGCTAGGTATTTGGTTACTGTATGTTATTTTTAAGCAGTTTATGAAAACTGATTCAGTTGCAGGAAAAGTAGGCTGGGTTATTGTAGGGCTCATTGTTTTGAGTATGACCATTTCAAATATGTTTGCGTTAATAGGCGTTGCTGCGATAGCGGCACTCTACATGGTTTATAAAAGTTGGAAGAAAGAAGACGATGATCCAGTTGTACATCATATAAAAGAAGACGACCCATTTACAAATTTTGAACGTGAATGGGCAGAATTAAATAAGTGA	MKKFLLFLAGLVAFMVLLANIGPMVFFALGIWLLYVIFKQFMKTDSVAGKVGWVIVGLIVLSMTISNMFALIGVAAIAALYMVYKSWKKEDDDPVVHHIKEDDPFTNFEREWAELNK	PGPT0028800_94	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0028800-liaI-K11619	NA	NA
AK148_00366	633	liaH_1	COG1842	Protein LiaH	ATGACTAACATTTTCACAAGAATGAAGGAGTCTGTCGTTAGCGATTTACACCACATGATGGATCAAAAGGAGCAAAAAAACCCTATTGCAGCTTTAAACCATTACTTGAGGCAAAGTGAGCAAGAGAAGGAAAAAGTACGGAAGCTTTTGGAACGCCAGTACAAGCTAAAAGATGAGTTTTTAAAGGAATATCAATTAGCGCAAGATTTAGCAGATAAACGGTTAAAGCAAGCTAATATTGCTGAAAAAGCCGGAGAAACAGAAATGTACGAATTTGCATTCCGCGAACATCAAGAATATCAAGCAAGAGCTGAGCGTATGAAAGCTTCTCGGGATGAGGCCGTTGCAGAACTTGATACATTAGAACAAAAGTACGAAAGTATGAAGCATAAGTTAAAGGATATGCATTTACGGCGCATGGAGTTAATGGGGCGAGAAAATATAGCACGCGCAAATTCTCAAATAAATCGGGTCATTGGTGAAACTGCGGACAAACCATTTTCTAAATTTGCTGAAATGGAACGTTATATCGAAGGGTTAGAATATAAAGTAAATAGCGCTTATTACCGTAGCACATTTGATCAAAAAATTGCTAAACTAGAAAAAGAAATGAATGATAAAGAAGAAGTATAA	MTNIFTRMKESVVSDLHHMMDQKEQKNPIAALNHYLRQSEQEKEKVRKLLERQYKLKDEFLKEYQLAQDLADKRLKQANIAEKAGETEMYEFAFREHQEYQARAERMKASRDEAVAELDTLEQKYESMKHKLKDMHLRRMELMGRENIARANSQINRVIGETADKPFSKFAEMERYIEGLEYKVNSAYYRSTFDQKIAKLEKEMNDKEEV	PGPT0028805_137	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0028805-liaH-K11620	NA	NA
AK148_00367	735	liaF	COG4758	Protein LiaF	ATGTTTCATCGACTATCAACCGATATATTGAATTGGATACTGATTGTTGGTGTCATTCTCTTTGTATTAGAGATTACTTTTTTTGAAGGCGGCATGATTATTCCTGCGCTTTTTTTTGCCTTGCTTATTTATGTGGGAAGAAAAAATCTAAAACGTTTTTGGGGGAAATTATTTTTTTGGGCAGGTTTAATAGGAATTATTTTTTCCATTTTAAATATGCTTGCGATTCGATTTTTTGTTATTGCTACAATAGCCATATTTGTTATTCAATATTCGAAATCAAAAAAGGTAGCGAAATGGGTAAAACCTTATTTAAATACGGAAACGGCGCAGGTGGAACAAGAAGACCTTGTTCGTAAACACCCGTTTTTTGATCACCGCTTTTTTGATGACCAAAGAACGGATGATGTTGCTTATCAATGGAGAGATGTTAACATTCATGGAGCATTCGGTGATCGAGTTATAGATTTAAGTAATACTGTGTTACCAAATGATACGGCAGTCATCTCTATTCGCCATCTTGTAGGGAATATCGAGATTCATGTGCCATATGACGTAGAAGTTAGTATTCATCATAGCTCGGTTATTGGACGTGCGCACATTTTTGGAAATTACCATGATCGTATGATGAACCAAACGTTATTATATCAAACGAAAAATTATGATACGTCGTTCCCTCGTGTAAAAATAATTATAGCTATATTCTCTGGAGATGTCGAGGTGAAACGAATATGA	MFHRLSTDILNWILIVGVILFVLEITFFEGGMIIPALFFALLIYVGRKNLKRFWGKLFFWAGLIGIIFSILNMLAIRFFVIATIAIFVIQYSKSKKVAKWVKPYLNTETAQVEQEDLVRKHPFFDHRFFDDQRTDDVAYQWRDVNIHGAFGDRVIDLSNTVLPNDTAVISIRHLVGNIEIHVPYDVEVSIHHSSVIGRAHIFGNYHDRMMNQTLLYQTKNYDTSFPRVKIIIAIFSGDVEVKRI	PGPT0028815_165	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0028815-liaF-K11622	NA	NA
AK148_00368	1038	liaS	COG4585	Sensor histidine kinase LiaS	ATGAACCTGTTATTACGGCATATCTCTGCTGCAGTTTTATATAGTATTATTTTAACAATATTAGTAACAGGAGTAACACTTTTTGCGTTCGTAGATGATTGGAGTACGATAGTTAATAAAAAAATAGAAGATATCTCCTTCTTATTTATTTTATTTGTTATTCCTGTCACTGTTGGTATTATAACTGGGATAGTTGCAGGTATCTATTGGAGACAACGTGTTCACTTTGTGGAAAAGAGAATGGAAGAAATTGTTAAAGGACAAAAACTAAGTTTTGATTTGGAAATACCAAAAGGCTTGGAACAAATGCAGCATCATCTTGAGCAAATTCAACATAAATTTAGGATGCAAACGGAGCATGCCCAACGCTTAGCAACGGAACGAGCCATAGAACGAGAACAAAGCTTACAGGAAATTGTTGTTCAAGAGAGAAATAGATTAGCTCGCGAATTACATGACTCCGTCAGTCAGCAATTATTTGCGGCTTCAATGATGATGTCGACAATTACAGAAACAAATCCACCTCAGGATGAAACAATGAAAAAACAACTTCGAATGGTAGAGAATATGATTCAACAATCGCAGTTAGAAATGCGAGCACTTCTTTTACATTTACGTCCTGTAGCTTTGAAAGGGAAATCTTTACAAGAAGGGACGAAGGAGTTGTTAATTGAACTCACACAAAAAGTGCCAATGCAAATTGATTGGAATATTGAGGATTTTACCGTTGATAAAGGTGTAGAGGATCAATTGTTTCGGATTATCCAAGAAGCTTTATCAAATACATTACGCCATGCAAAAGCTAATTCTTTACATGTCATGTTAGTAGAAAGAGATGGAAATATTATTTTGCGAGCAACGGATGATGGGGTTGGGTTTGATATGGAAAAATTAAAAACTGGATCATATGGTTTACAAAATATGCGAGAAAGAGCTTATGAAATAGGTGGCAGCTATAAAATAATCAGTTTTCCTAAGCAAGGCACGCGCCTAGAAGTAAAAGTTCCTTATTTTAAAGAAGGAGGAGAGATGGAATGA	MNLLLRHISAAVLYSIILTILVTGVTLFAFVDDWSTIVNKKIEDISFLFILFVIPVTVGIITGIVAGIYWRQRVHFVEKRMEEIVKGQKLSFDLEIPKGLEQMQHHLEQIQHKFRMQTEHAQRLATERAIEREQSLQEIVVQERNRLARELHDSVSQQLFAASMMMSTITETNPPQDETMKKQLRMVENMIQQSQLEMRALLLHLRPVALKGKSLQEGTKELLIELTQKVPMQIDWNIEDFTVDKGVEDQLFRIIQEALSNTLRHAKANSLHVMLVERDGNIILRATDDGVGFDMEKLKTGSYGLQNMRERAYEIGGSYKIISFPKQGTRLEVKVPYFKEGGEME	PGPT0014865_334	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0014865-liaS-K11617	NA	NA
AK148_00369	630	liaR	COG2197	Transcriptional regulatory protein LiaR	ATGATACATGTACTATTTGCTGATGACCATGAAATGGTACGTATTGGAGTAACTTCTTATTTAACGGCCCAGCCAGATATAGAAGTTGTTGCAGAGGCGTCTGATGGAGGAGAAGCTGTAGAACTAGCGTTAACGCTAAAGCCGGATATTATTTTAATGGATCTTGTTATGAAAGAAATGGACGGAATTGAGGCAACACGGCTCATTATAGAACAATGGCCAGAAGCTAAAATAATTATTGTGACTAGCTTTCTAGATGATGAGAAGGTGTATCCGGCTTTAGAAGCAGGTGCAACAAGTTACATGTTGAAAACATCGAAAGCGGAAGAGATAGCTAAAGCAATTCGGGCAACCTTTAAAGGGCAAACTGTGTTGGAGCCAGAGGTGACAGGGAAAATTATGAATCGTATGCGTTCTCCAGAACGAGCTTTGCACGAATCTTTAACAGAAAGGGAATGGGAAATTTTGTTGTTAGTCGCTCAAGGAAAAACAAATCAAGAAATTGCCGATCAATTGTTTATTTCGTTAAAAACGGTAAAAGTACATGTGAGTAATATTTTATCTAAGTTAGAGGTGCAAGATCGCACGCAAGCGGTTATATATGCTTTTAAAAATCATTTAGTTGAATAA	MIHVLFADDHEMVRIGVTSYLTAQPDIEVVAEASDGGEAVELALTLKPDIILMDLVMKEMDGIEATRLIIEQWPEAKIIIVTSFLDDEKVYPALEAGATSYMLKTSKAEEIAKAIRATFKGQTVLEPEVTGKIMNRMRSPERALHESLTEREWEILLLVAQGKTNQEIADQLFISLKTVKVHVSNILSKLEVQDRTQAVIYAFKNHLVE	PGPT0014870_534	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
AK148_00370	1035			hypothetical protein	GTGAAACCTTCCCATTTTATTGGCAGCAGAGTTGTAAAAACTGGTGTCGCAGTTTTCCTTACCGCTTGGATTTGCGAACTGTTTCATGCACCAGCCGTGTTCGCTGTCATAACAGCTATTGTAACAATCGAGCCAACTGTAGCTGATTCCATACGTAAAGGCTTTATACGCTTTCCCGCCTCCGCAATCGGTGCTGCCTACTCTGTATTTTTTATATATTTATTTGGAAATTCACCAATAACCTACGCGCTTGCAGCAACATTGACCATCGTCACTTGTTTCCGATTAAAGCTGCACGCAGGACTATTAGTTGCTACGCTTACAGCTGTGGCAATGATTGAAGTCATTCATAGTAATTATTTTATATCTTTTCTCATTCGTCTTGGCACCACTACTATCGGCTTAGTAGTTTCTACAACAGTCAATATGTTCGTTCTACCACCTGATTATACAGCGCATATTACGGAGAATATGATGGCCATTCGAAAACGTTTAGCAGCTAAAATTGAAAAAGTATTCTATGCAGTAACAGCAGAACAGCCAATAACAGCGGTCTATTCATTACAATCATCGGATGATGTATATAAAAAAATTCGCCAAACGGAAACACTTATCCAATTCCAAAAAGAAGAGGCTAAATATCATCCACTAACAAGTAACGAAAAGGAATTTTTCAAGCAAATAGAAAAACAGCTAGCAAGCTTAAAACTAATTCATTACCATATTGATAATGTGCTTACCACGAAGTTGAGAAATGACCTTTGGATGGACCATGAAAAAAAGATTATTAGAGAGGTTGTTGATGAATTGGTGGACACTTTCTACCATAAAACCAAGTTAAATCAAACGGACATTTGCAATCTAAGAGAACTTTATTGGCGAGAAAATGGAGTTGCCAGTCGAAAACCAGATGCAAATATTGCAAATCTTCCACCCGAATTAATTATTACGTATGAGTTACTTACTATTTGTCAGTTAACGAATCGTTTCTTAGAGTATGGAAATAAGGTTGAAGAGGTAAAGTCATCTGATTAA	MKPSHFIGSRVVKTGVAVFLTAWICELFHAPAVFAVITAIVTIEPTVADSIRKGFIRFPASAIGAAYSVFFIYLFGNSPITYALAATLTIVTCFRLKLHAGLLVATLTAVAMIEVIHSNYFISFLIRLGTTTIGLVVSTTVNMFVLPPDYTAHITENMMAIRKRLAAKIEKVFYAVTAEQPITAVYSLQSSDDVYKKIRQTETLIQFQKEEAKYHPLTSNEKEFFKQIEKQLASLKLIHYHIDNVLTTKLRNDLWMDHEKKIIREVVDELVDTFYHKTKLNQTDICNLRELYWRENGVASRKPDANIANLPPELIITYELLTICQLTNRFLEYGNKVEEVKSSD				NA	NA	NA	NA	NA
AK148_00371	102			hypothetical protein	GTGCAAAAAGAATTTACAATGTGTCCAGAATGTGGGAAAGCTGTAGATGGAGAAAGCATCATTCAGGAATGTGATCATTGTCTTTCTAAAAAACAAGATTAA	MQKEFTMCPECGKAVDGESIIQECDHCLSKKQD				NA	NA	NA	NA	NA
AK148_00372	1278	aceA	COG2224	Isocitrate lyase	ATGATAACTGAACGTGTAGAAAAATTACAGAAAGCTTGGGAAAATGATGAACGGTGGATAGGTGTAGAAAGGCCATATAGTGCGGAAGAAGTTATCCGTTTAAGGGGTTCCGTGGATATAGCATATACATTGGCAGAAAAAGGATCGGAGAAATTATGGGAATTATTACAAACGGAAGATTACATTCATGCACTTGGAGCTTTAACAGGAAATCAGGCTGTACAACAAGTTAAAGCTGGATTAAAAGCAATTTATCTAAGCGGTTGGCAAGTAGCTGCAGATGCGAACTTAGCAGGGCAAATGTATCCAGACCAAAGCTTGTACCCTGTGAATAGTGTACCAAATGTAGTAAAGCGGATAAATCAAGCGTTGCAACGAGCGGATCAAATTCATTATTCAGAGGGGAAAGAGGATATCGATTGGTTTGCGCCAATTGTCGCTGATGCAGAAGCTGGTTTTGGTGGCCAATTAAATGTTTTTGAATTAATGAAATCCATGATTGAGGCAGGTGCTTCAGGAGTACATTTTGAGGATCAACTAGCTTCGGAGAAAAAATGTGGCCATTTAGGCGGAAAAGTATTGCTTCCTACACAAACAGCGGTACGAAATTTAATTGCTGCTCGATTGGCTGCGGATGTAATGGGAACACCAACTATTATTGTTGCTAGAACCGATGCAAATGCTGCCGATTTAATTACGAGCGACGTCGATCCTTATGATGCTCGATTTATTACTGGAGAGAGAACAACGGAAGGATTTTATAAGACAAAATCCGGCATTCATCAAGCGATCGCAAGGGGGCTTGCGTATGCGCCGTATGCTGATTTAATCTGGTGTGAAACTTCAGAACCAAATTACGAAGAAGCTAAACAATTTGCCGAGGCGATACACGAAAAATATCCAAACAAAATGTTAGCTTATAATTGTTCACCATCATTTAATTGGAAGAAAAAGTTGACAGACGAAGAAATTGCTCAGTTTCAGAATAGAATAGCAGAACTTGGATATAAGTTCCAGTTTGTTACGTTAGCAGGATTTCACGCTCTTAATTACAGTATGTTTGAATTGGCAAGAAAATATAAAACAGAAGGTATGAAGGCATATTCGGAGTTACAACAAAATGAATTTGATAGCGAAAAATTTGGATATACTGCTACAAGACATCAGCGAGAAGTAGGAACTGGGTATTTTGATGAAGTTGCACAGGTGGTTTCTGGAGGCACGTCCTCAACGGCTGCATTAAAAGGTTCCACAGAAGAAGAACAATTTTCTTTATAA	MITERVEKLQKAWENDERWIGVERPYSAEEVIRLRGSVDIAYTLAEKGSEKLWELLQTEDYIHALGALTGNQAVQQVKAGLKAIYLSGWQVAADANLAGQMYPDQSLYPVNSVPNVVKRINQALQRADQIHYSEGKEDIDWFAPIVADAEAGFGGQLNVFELMKSMIEAGASGVHFEDQLASEKKCGHLGGKVLLPTQTAVRNLIAARLAADVMGTPTIIVARTDANAADLITSDVDPYDARFITGERTTEGFYKTKSGIHQAIARGLAYAPYADLIWCETSEPNYEEAKQFAEAIHEKYPNKMLAYNCSPSFNWKKKLTDEEIAQFQNRIAELGYKFQFVTLAGFHALNYSMFELARKYKTEGMKAYSELQQNEFDSEKFGYTATRHQREVGTGYFDEVAQVVSGGTSSTAALKGSTEEEQFSL	PGPT0001550_2464	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-GLYOXYLIC_ACID_BIOSYNTHESIS,PGPT0001550-aceA-K01637	NA	NA
AK148_00373	1284	cwlO	COG0791	Peptidoglycan DL-endopeptidase CwlO	TTGAAGAAGTCAATTGTAACAGTTGCGACTGTAACAGTCGTTGGATTTAGCAGTGCATTTTTTCATACACAGGTGCAAGCGGAGACACTAGGGAACTTAAAAGATAAGCAAACAGAAATTAAAAGTGATCGAGAAGCAATTAAAGCCGATCTTTCAAAAGCAGAAGCGAAAATTGCTGATGTACTCGTTGAATTAGAAGAGTTGAATCAACAAATCACGCAATTCGATGATGCAATGAAAGAAAATAAAGCACAAATTGAAAAAGTGCAAGCCGATATTGCTAAAAAAGAACAAGAAGTGGACAAGCTTGAAAAAGAGATAGCAACATTGGAAGATGCAATCGAAAAGCGTTTTAATAAGTTAAAAGAACGTGCCGTTTCCTATCAAAAAAGTGGTGGCGACGTTAACTACTTAGAAGTTATTTTTGGTTCTAAGGACTTTGGTGAATTTATTAACCGTGTATCAGCTGTTAATAAAATTACAAATTCAGATGCTAATCTAATAGAAGAACAAGAAAAAGATAAAAAAGAAGTAAATGAAAAGAAAGATAAAGTTGTTAATAGTTTAGAGGAAATGGAAGCATTACAAGTTGAATTAAAAGGTATTCAGGAAACTATTAAACAACAAAAAGAAGAAAACGAGAAAAAAGAAGCAAAACTAAAAGATAAAAAAGCTGATCTTGAAGGCTTAAAAGAAGACTTAGAAATCAAAGATAGTAATCTTGCTGATCTTCAAGCGGAAGTAAGACAAAGCATGCAAGTTGAACGTCAACCTGAAGCTACAACTCGTAGTAATGCTTCTAGTAGTAATGCTTCTAGTAGTAATGCTTCAAATGGTGGAGAATTGCAAACGCTAAGTAGTAAAAGCGAAACAAAAAGTAAAAGCTCTTCTGCTGCACCAAAAATGTCAGCTGGAAGTGGCAGCGTAAGTACAATTGTTAATTCTGGACGTCAACATTTAGGCGTGCCTTATGTTTGGGGAGGAAAGGGCCCAAGTGGATTTGATTGTTCTGGATTTGTATCTTGGGCATTTGCACAAGGTGGCTACTCTATTCCATCAAGCACAAGCGCATTAGTAAATGTAGGTCAAAAAATCTCATACAGTGAAATTCAACCCGGAGATCTAGTTTTCTTTGATACGTATAAGAAAAATGGACATGTCGCTATTTACATGGGTGGAGGTAATTTCATTGGTGCGCAAAGTACGCCAGGAGTATCCATAGAAAGCATGTCTAATTCGTATTGGAGCAATGCATTTAAAGGGCATGTACGTCGCGTTCTTTAA	MKKSIVTVATVTVVGFSSAFFHTQVQAETLGNLKDKQTEIKSDREAIKADLSKAEAKIADVLVELEELNQQITQFDDAMKENKAQIEKVQADIAKKEQEVDKLEKEIATLEDAIEKRFNKLKERAVSYQKSGGDVNYLEVIFGSKDFGEFINRVSAVNKITNSDANLIEEQEKDKKEVNEKKDKVVNSLEEMEALQVELKGIQETIKQQKEENEKKEAKLKDKKADLEGLKEDLEIKDSNLADLQAEVRQSMQVERQPEATTRSNASSSNASSSNASNGGELQTLSSKSETKSKSSSAAPKMSAGSGSVSTIVNSGRQHLGVPYVWGGKGPSGFDCSGFVSWAFAQGGYSIPSSTSALVNVGQKISYSEIQPGDLVFFDTYKKNGHVAIYMGGGNFIGAQSTPGVSIESMSNSYWSNAFKGHVRRVL	PGPT0023995_860	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_DL-ENDOPEPTIDASE_ACTIVITY,PGPT0023995-cwlO-K21471	NA	NA
AK148_00374	405		COG0346	Virulence protein	TTGGAAATATTACGAATGGATCACCTGGTTTTAACAGTTGAGAGTGTCGAGCAATCAATACAATTTTATGGTGACGTTTTGGGGATGGAAATTGAAACGTTTAACCAAAATAGAAAAGCAGCTAGATTTGGTTTACAAAAAATTAATTTTCAAGAAGTTGATAAGGAAATTTCGCCTAAAGCTAGTCACCCAACTCCTGGATCAGGAGATTTTTGTCTTATTACAACAAATACACCGAAAGAAGTACTTCGACAACTTAAAGCAAAAAGAGTGTCTATTGTATTAGGCCCCGTTCAGCGTTCAGGTGCTCTTGGTTCTATTACTTCAATTTATGTAAGAGATCCTGATCAAAATTTAATTGAGATTTCTAGCTATCATCCACATGTTAAAGTGCACGGTAAATAG	MEILRMDHLVLTVESVEQSIQFYGDVLGMEIETFNQNRKAARFGLQKINFQEVDKEISPKASHPTPGSGDFCLITTNTPKEVLRQLKAKRVSIVLGPVQRSGALGSITSIYVRDPDQNLIEISSYHPHVKVHGK				NA	NA	NA	NA	NA
AK148_00375	1509	ectT		Ectoine/hydroxyectoine transporter	ATGAAAAAAAATACTTTTAACAACCCAGTTTTTTATGTGTCAGCGTTTGTTGTACTATTACTTGTTATCGTCGGAGCGATTATGCCAAATCATTTTGGCGATGTAGCGGAAAAAATGTTTAATTTTACTACTATTAATTTTGGTTGGTTTTACCTCTTGGCTGTGTTTATCTTTGTTGCATTTTTACTTATTTTATCTGTTAGTAAGTATGGGAAGATAAAATTAGGAGCAGTGCATTCTAAACCAGAATATTCTTTTTTTACCTGGGTTGGTATGCTTTTTTCAGCTGGTTTTGGAGCAGGTCTTGTTTTTTGGGGTGTAGCAGAACCAATGAGTCATTTTTTTAACACTCCATTTCCTGAAGTAGAAGCTATGACAGAAGAAGCAGCGAGAGTTGCTATGGGTTACGCCTTTTTTCATTGGGGAATTAGCCAATGGTCAGTATTTGCGATTGTAGGACTTGTTATATCCTATTTACAGTTTAGAAAAAAGCAACGAGGATTAATTTCAACTTCCATTCAACCAATCATAGGTGAAAATAAATCGATTGCAAATACAGTGGATACTCTAGCAGTAGTAGCGACTGTGATGGGAGTAGCAACGTCTTTGGGGTTAGGAATACTTCAGATGAATGGTGGCTTAAAGTCTGTTTTTGATGTACCGACTTCCATATGGGTACAAATGGGTATTGCTGGAGTCATGCTTGTAACCTACTTAATATCATCTAGCACAGGATTAGATAGAGGGATAAAATGGTTGAGCAATATTAATTTAGGGCTTTGTCTACTGTTACTAGTGTTTGTATTTCTAGCAGGCCCCACTGTTTTTATTTTAAATACATTCGTTTTAGGATTAGGTGATTACTTATCAAGTTACATTCATTACAGTCTTCGTTTAACCCCTTATACAGGAGATACTTGGGTAAGGGAATGGACTATTTTCTATTGGGCTTGGGCTACTGCTTGGTCTCCATTTGTTGGAGCATTTGTAGCGCGCGTATCTAGAGGAAGAAGTATTCGTCAATATGTTTTAGGAGTATTGGTTGTTTCACCAGCAATTGCTTGTATTTGGATTGCGACTTTTGGAGGGACAGCAGTATATAATGATCTAATGAATGGAACTTCTATAGCACAAGCTGTGAATGTAGATATTGCAGTAGCCTTGTTTGAAACGTATCAGCATTTGCCGATGACAAATATACTTTCTATCTTATCTATATTTCTAATATTTACATTCCTTGTGACTTCAGCAGACTCTGCAACATATATCCTTGGTGTAATGACTTCAAAAGGAAGCTTAAACCCAGCATTAGTGACAAAAATTGTTTGGGGGCTTTTAATAACTGCTATTGCTATTGTACTTTTATTAGCAGGAGGTTTAGAAGCTTTGCAAACCGTTTCGTTAATATCAGCGCTCCCATTTACGGTCATATTGCTGCTGATGATCATCTCATTTACACGGATGTTGTCAAGTGATTATAAACAAGTAAAACAAGATAAAGAGAACTAG	MKKNTFNNPVFYVSAFVVLLLVIVGAIMPNHFGDVAEKMFNFTTINFGWFYLLAVFIFVAFLLILSVSKYGKIKLGAVHSKPEYSFFTWVGMLFSAGFGAGLVFWGVAEPMSHFFNTPFPEVEAMTEEAARVAMGYAFFHWGISQWSVFAIVGLVISYLQFRKKQRGLISTSIQPIIGENKSIANTVDTLAVVATVMGVATSLGLGILQMNGGLKSVFDVPTSIWVQMGIAGVMLVTYLISSSTGLDRGIKWLSNINLGLCLLLLVFVFLAGPTVFILNTFVLGLGDYLSSYIHYSLRLTPYTGDTWVREWTIFYWAWATAWSPFVGAFVARVSRGRSIRQYVLGVLVVSPAIACIWIATFGGTAVYNDLMNGTSIAQAVNVDIAVALFETYQHLPMTNILSILSIFLIFTFLVTSADSATYILGVMTSKGSLNPALVTKIVWGLLITAIAIVLLLAGGLEALQTVSLISALPFTVILLLMIISFTRMLSSDYKQVKQDKEN	PGPT0013600_1162	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013600-opuD|ytfQ-K05020	NA	NA
AK148_00377	339	gdnC	COG2076	putative guanidinium efflux system subunit GdnC	ATGAATAAAGATTGGAATACAGTATTTATTGCTAGCTTATTTGAAATTTGCTGGGTAATTGGTCTAAAACACTCAAACAGTTTAGTTGATTGGGGGTTAACGCTAATAGCTATTTATATTAGTATGCACTTGCTTATTATGGCTTCTCGCCGCTTGCCAGTTGGTACCAGTTATGCGGTATTCACCGGTATAGGGACGGCAGGGACAGTAATAGCAGACATAGTGATTTTTGGAGAGCCAATTCGACTTTTGAAAATAGCGCTCATTCTATTGTTAGTATCAGGAGTTATCGGCTTAAAATTAGTCACACCACAAAAAGATAGGAAAGAGGTGTCATAA	MNKDWNTVFIASLFEICWVIGLKHSNSLVDWGLTLIAIYISMHLLIMASRRLPVGTSYAVFTGIGTAGTVIADIVIFGEPIRLLKIALILLLVSGVIGLKLVTPQKDRKEVS	PGPT0029165_253	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029165-ykkC-K18924	NA	NA
AK148_00378	315	gdnD_1	COG2076	putative guanidinium efflux system subunit GdnD	ATGGATTGGCTTATACTTGTATTAGCAGGGTTTAGTGAAATTCTCGGTGTTACGGGTATTAATAAAGTGAATCAACGGATAAGTGTCATGTCCATTTTATGGTTATTTGGAGGTTTTGGACTAAGTTTCATGCTGCTTGGTATTGCGATGGAAACAATTGCAATGAGTACGGCTTATGCTGTTTGGACAGGGATGGGAACAGTAGGCAGTGCCATTGTTGGTATGTTGTTTTTTAAAGAATCTAGCGATTGGAAGAGGTTGCTTTTTATTGGCATGATTTTAAGTGCAGCAGTTGGTTTGAAACTCATTTCATAG	MDWLILVLAGFSEILGVTGINKVNQRISVMSILWLFGGFGLSFMLLGIAMETIAMSTAYAVWTGMGTVGSAIVGMLFFKESSDWKRLLFIGMILSAAVGLKLIS	PGPT0029170_215	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029170-ykkD-K18925	NA	NA
AK148_00379	783			hypothetical protein	ATGGATTTAAACAAAAAACTAAAACAATTAGAGTCAATAAAAAGAGAAGGTCCTGATAAAATTTTTAGCATGTATTTAAATACAGACCCATCTGACCCTGAACAACAAGGCGGGGAATGGAAAATTCATTTGAAAAACGGAATACGTAATTTCGAACAATATCTAGAAGAATCTGATGATAAGGAAGAACTTCGTAATTTTCAACATGTAAAACAAAACGTGGAAAATTTCATTAGAGGCAATGAACAACAATTTCGCAAAGGTGTTATTGTGTTTGCAACAGCAGATGAAGAAGTGTGGTTTGCAATACGAGTTCAAATGCGTTTAGAAACAGAATTTTTCTGGCAGGAAACGCCACAATTAGAACAATTAAAGAAATTGAAAGAAGAATACCCAAAAACTGGGATCGTATTGGTGCAGCAAAACGAAGTGAGAGTTATCGAATCCTATTTAAATGAATTGGATATGGAGAAGCATTTTGAATTAGATGTTAATGTAGATGATTGGCGTGAAAAAACGGCGATGGGACCAGGAAATCCTACGATTCAAAAGGACGATTTAAACGCTCGCTTTGAAGCGAATAAACATCGTTGGTATAAATCTGTAGCTCCTAAATTGGATAAGCTAGCTAAAGATGAGGGCTGGGAAAAAATAGTGGTAATAGGTGAACCAGGACAGGCGCAAGCATTGCAAGATCAAATGAATAAGCAACCTGATGAAGTGATCAATAAAAATATGCTAGATCATGCATCAGAGAGAATAATTGAGGAAGTTTTCGCATAA	MDLNKKLKQLESIKREGPDKIFSMYLNTDPSDPEQQGGEWKIHLKNGIRNFEQYLEESDDKEELRNFQHVKQNVENFIRGNEQQFRKGVIVFATADEEVWFAIRVQMRLETEFFWQETPQLEQLKKLKEEYPKTGIVLVQQNEVRVIESYLNELDMEKHFELDVNVDDWREKTAMGPGNPTIQKDDLNARFEANKHRWYKSVAPKLDKLAKDEGWEKIVVIGEPGQAQALQDQMNKQPDEVINKNMLDHASERIIEEVFA				NA	NA	NA	NA	NA
AK148_00380	342	crcB_1		Putative fluoride ion transporter CrcB	ATGAGCTTTTTTTATGTTGCTTTAGGAGGCTTTTGTGGAAGTTTTGTCCGCTATCAACTGTCAATTATCGCAAATAAGCGATTAATTGGAACTTGGCTTGCCAACGTCACAGGATCTATCCTTTTAGCATCTCTTGTATTTATATACACAAAAGAAATCCTTCCACATACTTGGTGGCTTATTCTTGGAGTCGGTTTTTGTGGAGCCTATACCACATTTTCCACATTTGGTAATGAAACCATGCAATTACTATTACAACAACAATGGAATAAGGCTATCGGCTATATTAGCCTATCGTTTATCGTTTCTATTCTACCAGCAACATTGATTTTATCGTTATAA	MSFFYVALGGFCGSFVRYQLSIIANKRLIGTWLANVTGSILLASLVFIYTKEILPHTWWLILGVGFCGAYTTFSTFGNETMQLLLQQQWNKAIGYISLSFIVSILPATLILSL	PGPT0004985_5677	DIRECT EFFECT	BIO-REMEDIATION	FLUORIDE_DETOXIFICATION	FLUORIDE_RESISTANCE	FLUORIDE_RESISTANCE-FLUORIDE_TRANSPORT,PGPT0004985-crcB-K06199	NA	NA
AK148_00381	399	crcB_2		Putative fluoride ion transporter CrcB	ATGCATGTTAGCACAAACATAAAATTAGTCACAGCAATTGGATTAGGCGGAGCAGTTGGAGCAATGGGAAGGTATAGTCTAACATTTATATTCTCAACAGATGGCTTCCCATTTGCTACGTTGTCCGCCAACTTGCTTGGCTGTTTTTTATTAAGTTATTTATTACATCATAAACAAATTAAAAAACACTTGCCACCAACGTTGTTCACAGCATTAACGACTGGATTAATTGGCTCATTTACTACTTTTTCCACTTTTACCGTTGAAACGATTGAGCTTTGGAATAGCCATTTTTTCTTAGCGATTACCTATGTTTTACTTAGCATTGCCGGAGGCCTCTTATCCTGCTATATTGGTTATTTATTTTCCATACATACTAGAAAGAAGGCAAGAATATGA	MHVSTNIKLVTAIGLGGAVGAMGRYSLTFIFSTDGFPFATLSANLLGCFLLSYLLHHKQIKKHLPPTLFTALTTGLIGSFTTFSTFTVETIELWNSHFFLAITYVLLSIAGGLLSCYIGYLFSIHTRKKARI	PGPT0004985_1596	DIRECT EFFECT	BIO-REMEDIATION	FLUORIDE_DETOXIFICATION	FLUORIDE_RESISTANCE	FLUORIDE_RESISTANCE-FLUORIDE_TRANSPORT,PGPT0004985-crcB-K06199	NA	NA
AK148_00382	420	zur	COG0735	Zinc-specific metallo-regulatory protein	ATGAATAGACAAGAGGCTGTCACACTTTTACGTAAAAAAGGCTATAAAATGACGGGGAAACGAGAAGACATCTTATCTTTTTTTGAAAAAGCAGATGGTTACCGTACCGCTAAAGATTTAATTACACATTTAGAAGCAAATTATCCTGGTATTAGTTTTGATACCATTTACCGCAATTTACATCTCTACCACGATTTAGGCATTTTGGAAACAACCGAATTAGGTGGTGAAAAGCATTTTCGAATGAATTGTGCACATCATCATCATCACCATTTTATATGTAAAGATTGTGGTAAAACAAAAGAAATTGATATTTGTCCTATGGAAGAAGTCGAACAACTATTAGCTGCATATTCGATTGAAGGACATAAATTTGAAATCTACGGAAGGTGTCCTGGATGCATGTTAGCACAAACATAA	MNRQEAVTLLRKKGYKMTGKREDILSFFEKADGYRTAKDLITHLEANYPGISFDTIYRNLHLYHDLGILETTELGGEKHFRMNCAHHHHHHFICKDCGKTKEIDICPMEEVEQLLAAYSIEGHKFEIYGRCPGCMLAQT	PGPT0004295_283	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZINK_HOMEOSTASIS,PGPT0004295-zurR|zur-K02076	NA	NA
AK148_00383	837	znuB	COG1108	High-affinity zinc uptake system membrane protein ZnuB	ATGCTAGCAGATTTTTTGGAATATGATTTTTTAAGAAATACGTTATTTACTGGAATAATAATTGGTCTTATCGCACCTTTACTAGGAACATTTATTGTGGTCAGAAGATTGTCTTTGCTAGCTGATGCGCTATCCCATGTCACTTTAGCTGGAATCGCATTCGGTTTATTATTAGAAAAAAAATTCGCACTCATGATCAGTCCACTGTATACCGGAATAGCTTTTTCTGTGTTCGGTTCAATATTAATTGAAAAGTTGCGTGGCGTTTATAAGGCATTTCAAGAGCTGGCTATTCCAATCATATTATCTGGTGGTGTAGGGCTTAGCGTTATATTTATTTCAATAGCAGATGGATTTAATACAGATTTATTTAGCTATTTGTTTGGCTCTGTATCTGCAGTAAGTAAAAGCGATTTTTATTCTATAGCTGGTATAGCAGGGTTTATTATTATTATCATCGTCCTGTTTTTCAAAGAATTATTTACACTTTCTTTTGATGAGGAGCATGCAACTATTTCTGGATTACACACGAAAGCAATCCATTTATTATTTATCGTTTTAACTGCACTAGTTATTGCAATCTCGATGAGGATCGTCGGAGTGTTACTTGTGTCTGCTCTTATGACACTACCTGTTGCAGCTAGCATGCGTTTTGCTAAAGGATTCAAGCAAATGGTGTATTTATCTATTGTATTTGGTGAAATAGCTGTTATTATAGGGTTAATAACAGGGTATTATTTAAGTATTCCACCAGGTGGAACGATTGTATTAGTATCCATTTCGCTGTTATTATTATCCATCATTATAAGCAAGCAGCGTTCAAAAGCAACATCCTAA	MLADFLEYDFLRNTLFTGIIIGLIAPLLGTFIVVRRLSLLADALSHVTLAGIAFGLLLEKKFALMISPLYTGIAFSVFGSILIEKLRGVYKAFQELAIPIILSGGVGLSVIFISIADGFNTDLFSYLFGSVSAVSKSDFYSIAGIAGFIIIIIVLFFKELFTLSFDEEHATISGLHTKAIHLLFIVLTALVIAISMRIVGVLLVSALMTLPVAASMRFAKGFKQMVYLSIVFGEIAVIIGLITGYYLSIPPGGTIVLVSISLLLLSIIISKQRSKATS	PGPT0004225_1032	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZNU_TRANSPORT_SYSTEM,PGPT0004225-znuB-K09816	NA	NA
AK148_00384	756	znuC	COG1121	High-affinity zinc uptake system ATP-binding protein ZnuC	GTGAGTGAAGCCATTATCTCCATGAAAAACATCAGTTTTTCTTATGAAAATAAGCAAATATTAGATCATATCAATTTTTCCGTATCTAAAGGCTCATTTATGGGCTTGGTTGGGCCAAACGGAGGTGGAAAGACCACACTTATTAAATTAATTCTCGGTTTACAAAAAGCGGATGCTGGAAGTATTCAATTATTTGGCCAACCGATTGAAAAATTTAACAACTGGCATAAAATTGGTTTTGTTTCGCAAAAGGCAAATGCGTTTAATAAAGGTTTTCCAGCAACCGTATACGAAGTAGTGTCAATGGGTCTAACTGCCAAAGTTGGCTATTTAAAATTCTTTCAAAAAAAACATAAAGAAAAAGTTAAGGAAGCAATTAACCAAGTTGGAATGAAGGCATATACACATGAAAATATCGGTAACTTATCTGGTGGACAACAACAACGCATCTTTATTGCTAGATCTTTAGTCAATGATCCCGAACTACTCATCTTAGATGAACCGACTGTAGGGGTGGATAATGAGAATGTACAGCGATTTTACGATTTACTTGATAACCTAAACCGCAATAAAGGCATTACGATGCTTATGATAACGCATGACACTGGAACAATCGCTGAACAAGCAACTGAAATTGCATGTTTAAATAAAACATTGCATTTCCACGGAAAACCAGAAGCTTATAAAAGAATATCGAACGAAGAGTGGTCTCATATTTATGGACATAATATCCATTTAATTACACACGACCATTGA	MSEAIISMKNISFSYENKQILDHINFSVSKGSFMGLVGPNGGGKTTLIKLILGLQKADAGSIQLFGQPIEKFNNWHKIGFVSQKANAFNKGFPATVYEVVSMGLTAKVGYLKFFQKKHKEKVKEAINQVGMKAYTHENIGNLSGGQQQRIFIARSLVNDPELLILDEPTVGVDNENVQRFYDLLDNLNRNKGITMLMITHDTGTIAEQATEIACLNKTLHFHGKPEAYKRISNEEWSHIYGHNIHLITHDH	PGPT0004230_1589	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZNU_TRANSPORT_SYSTEM,PGPT0004230-znuC-K09817	NA	NA
AK148_00385	978	znuA_1	COG0803	High-affinity zinc uptake system binding-protein ZnuA	TTGAGGAGAACATCGATTGCTATACTTATACTTGGCTTTATTACAATATTTATTGTCGGTTGTACAAAAACAGATGGTGCTAATCAAAAGAACACTGATATAACTATATATACATCTATATATCCAATTCAGTTTGCTGTAGAGCAAATTGCTGGAGACACAGCTGATGTGCATTCCGTTTATCCGCCAGGAGTAGATGCGCATACCTATGAGCCAACCTCTAAAGACATGACAAATATAGCTAAAAGCGATGCATTTATTTACTTAGGTGCAGGGTTAGAAGGATTTGCAGAGAATGCAGCAGACGCACTGCGTTCAGAAGACGTGGAGCTTGTCGAGCTAGGCAAAAATGAGCACCTTTTTGATAAAGAAACGAACCATACGGTAAGTGATCACTCCCATGAAGATGGAGAGCATGCTGATAAAGCGGGAGCTCATGAAAGTCATACTCACGGAGATCATGATCCGCATGTATGGCTTGATCCTTCGCGAATGATTACATTATCTGACATGGTAAAAGAACGATTAATAAAACTTAACCCAGACGATAAACAGCTTTACGAAAATAATTTTGATCAATTAACAGAACAGCTACAATCGCTTGATGCCGACTTTACATCCGTTTTGGAAGCAGCAACAAACAAACATATTCTCGTATCCCATGCAGCTTATGGGTATTGGGAAGAGCGCTATGGTTTAGAGCAAATTTCCATTAATGGGTTGTCACCTAACCATGAGCCATCACAGAAAGAACTAACCGAAATTATCGACCAAGCTGAAAACGATGATCTTCATTATATCATCTTCGAACAAAATACGTCCAATCGTATATCAAAAGTTATACAAGACCATATTCAAGCACAAGCTGTTACTATTCATAACTTATCTGTCTTAACAAAGAAAGATCTCGAAAATGAGGAAGATTATTTTTCCATTATGAAAAAAAATCTAAAAACACTCGATCAAGTAACTTCTTAA	MRRTSIAILILGFITIFIVGCTKTDGANQKNTDITIYTSIYPIQFAVEQIAGDTADVHSVYPPGVDAHTYEPTSKDMTNIAKSDAFIYLGAGLEGFAENAADALRSEDVELVELGKNEHLFDKETNHTVSDHSHEDGEHADKAGAHESHTHGDHDPHVWLDPSRMITLSDMVKERLIKLNPDDKQLYENNFDQLTEQLQSLDADFTSVLEAATNKHILVSHAAYGYWEERYGLEQISINGLSPNHEPSQKELTEIIDQAENDDLHYIIFEQNTSNRISKVIQDHIQAQAVTIHNLSVLTKKDLENEEDYFSIMKKNLKTLDQVTS	PGPT0004220_1283	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_FACILITATING_PROTEIN	ROOT_COLONIZATION-ZINK_TRANSPORT_LIPOPROTEIN,PGPT0004220-znuA-K09815	NA	NA
AK148_00386	2400	fadN	COG1024	putative 3-hydroxyacyl-CoA dehydrogenase	ATGAAGCAATTGATCAGGCGTGCTGCTGTTTTAGGATCTGGGGTAATGGGGTCAGGAATTGCGGCACACTTGGCTAATGTTGGTATACCAACAATTATGCTTGATATTGTACCGAAACAGGTAACAAAAAAGGAAGAAAACAAGGGGCTAACTTTAAATAATCCATCTGTTCGCAATCGAATTGCAACAGAGAGTAAAAAGGCGTTATTAAAACAAAAACCTTCCCCTATTGCAACGAAAGAGAGCCTTGATTTAATTGAAGTAGGAAATATGGAAGATGATATGGAAAAGCTAGCTGAGGTGGATTGGATTATTGAGGTTGTCGTCGAAAATTTGGAGATTAAACGAAAAGTTTTTGCGAATGTAGAACAGTATCGTAAACCAGGAACCATTGTAAGTTCAAATACATCTGGTATTTCTATTGAGGCAATGTCGAGCGAATGTTCGGAAGATTTTCGCAAACATTTCCTAGGCACACATTTCTTTAATCCACCAAGATACTTAAAATTACTTGAAGTCATTCCAACGAAAGATACTGATCCTGAAGTGCTGTCCTTTATGAAGCAATTTGGCGAAGATACTCTAGGAAAAGGTGTCGTTGAAGCTAAGGACACACCTAACTTTATTGCTAATCGAATTGGTACTTATGGCTTGTTAATTACTGTACAGGAAATGTTACGTGGCGGTTATAGTGTCGGCGAAGTTGATTCTGTAACAGGGCCGTTAATTGGTAGGGCGAAAAGTGCTACCTTCCGTACCCTTGATGTCGTAGGATTAGATACATTTATCCATGTAGCGAAGAATGTATATGATCAAGTGGAAGGAGAAGAAAAAGAGAAATTCTCTGTTCCTGAATTTATGCATACGATGCAAGAAAAAGGGTGGTTAGGCGCCAAAAGTGGTCAAGGATTTTTCTTAAAGAAAAAAGGGAAAGACGGGAGCGTTATTTATGAATTAAATCCAAAGACATTGGAATATGAAGATAGGAAAAAGCTTAAAACGAAAGCAACGGAAATGGCAAAACAAGAAAAGGGCTTGCATCGAAAAATGAAAACGCTTCTAGCGCAGAAAGATGATCGAGCAAGCGCGCTCATTTGGTCCATTTTAAAACCTGTATTTATATATGCTGCCGAACTAACAGGCGAAATAGCTGATGATATAGCAGCTATCGATGATGCGATGAAATGGGGCTTTGGCTGGGAACTAGGTCCATTTGAAACGTGGGATGCAATTGGTTTGCGTAAATCAGTTGAACGCATGCAAAGCGAAGGAGAAACGGTTCCTACATGGGTTTTACAATTATTAGAAGCAGGAAAGGAATCTTTCTATCAAACAGAAAATGGCAACGTCTACTTTTATGATCAAGGAACATATAAGAAAAAGGATGTCAATAAAAAAGAGATCCATTTGCGCAGTTTAAAAGAAGTACAGGGTGTTATTAAAAAGAATACAGGAGCTAGCTTAATAGATTTAGGCGACGGGGTAGCATGTTTAGAATTTCATTCTCGAAGCAATGCCATCGGATTAGATATTATGCAAATGGTTCATTTCGCCATAGAAGAAGTAGAGAAGAATTACGAGGGTCTCGTTATTGGTAATCAAGGTAAAAACTTCTGTGTAGGAGCTAATTTAGCCATGATGTTGATGGAGGCACAAGATGATAATTTCTTTGAACTAGATATGGTTATTCGGCAATTTCAAAATATGACGATGGCAATTAAATATGCTAATAAACCAGTCGTTGTTGCACCGTTTAATATGACGCTTGGTGGTGGTGCAGAAGTGTCCTTGCCAGCAGCTTCTATTCAAGCCTCAGCAGAAACTTATATGGGACTTGTAGAATTTGGGGTAGGTCTTATTCCTGGGGGCGGTGGTACGAAAGAATTGTATGTAAAGATGCTTCGTCAACTTCCAAAAGGCGTGTCCTTTGATACGACGAAGGTAGCCAATGATGTTTTTGAAAAGGTAGCGACAGCGAAAGTATCTACTTCAGCTGCTGAAGCACGCGAATTTGGCTTTTTAGACCAATGTGATCGAATTAGCGTTAACCCAGACCATTTACTATATGATGCAAAGGAAAATGTCCTATCATTAGCGAAGTCAGGCTATCGGGCGCCAAAAAGAGAAAAAATTCCAGTAGTCGGTGATGCAGGTTATGCTGCCATGGTATTAGGAGCTAAAAATTTGTATTTAAGTGGTTATGCTTCCGAACATGATGTGAAAATGGCAGAGAAATTAGCCTATGTTTTGTCAGGGGGTAGAATTCAAGAAGGAACGAAAATAGATGAACAAGTAATGCTCGATTTAGAACGAGAAGCCTTTTTAAGCTTAATTGGAGAGCCAAAAACACAACAACGAATGCAACACATGTTGGTTAAAGGAAAACCATTACGTAATTAA	MKQLIRRAAVLGSGVMGSGIAAHLANVGIPTIMLDIVPKQVTKKEENKGLTLNNPSVRNRIATESKKALLKQKPSPIATKESLDLIEVGNMEDDMEKLAEVDWIIEVVVENLEIKRKVFANVEQYRKPGTIVSSNTSGISIEAMSSECSEDFRKHFLGTHFFNPPRYLKLLEVIPTKDTDPEVLSFMKQFGEDTLGKGVVEAKDTPNFIANRIGTYGLLITVQEMLRGGYSVGEVDSVTGPLIGRAKSATFRTLDVVGLDTFIHVAKNVYDQVEGEEKEKFSVPEFMHTMQEKGWLGAKSGQGFFLKKKGKDGSVIYELNPKTLEYEDRKKLKTKATEMAKQEKGLHRKMKTLLAQKDDRASALIWSILKPVFIYAAELTGEIADDIAAIDDAMKWGFGWELGPFETWDAIGLRKSVERMQSEGETVPTWVLQLLEAGKESFYQTENGNVYFYDQGTYKKKDVNKKEIHLRSLKEVQGVIKKNTGASLIDLGDGVACLEFHSRSNAIGLDIMQMVHFAIEEVEKNYEGLVIGNQGKNFCVGANLAMMLMEAQDDNFFELDMVIRQFQNMTMAIKYANKPVVVAPFNMTLGGGAEVSLPAASIQASAETYMGLVEFGVGLIPGGGGTKELYVKMLRQLPKGVSFDTTKVANDVFEKVATAKVSTSAAEAREFGFLDQCDRISVNPDHLLYDAKENVLSLAKSGYRAPKREKIPVVGDAGYAAMVLGAKNLYLSGYASEHDVKMAEKLAYVLSGGRIQEGTKIDEQVMLDLEREAFLSLIGEPKTQQRMQHMLVKGKPLRN	PGPT0008395_492	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008395-fadN-K07516	NA	NA
AK148_00387	1176	fadA	COG0183	3-ketoacyl-CoA thiolase	GTGAAGGAAGCAGTAATTGTTGCGGGTGCAAGAACCCCTGTAGGCAAAGCAAATAAAGGGTCACTTGCTCAGTCAAGACCTGATGATTTAGCAGCGCTAACCATTAAAGAAACATTAAAACGTGCAGGAAATTATAATGGAAATATTGACGACGTGATTATTGGCACTGCTATGCCAGAAGCAGAACAAGGTATGAATATGGCTAGAAATATAGCTGGTCTTGCAGGTTTAGATCATAATGTACCTGGAATAACAGTTAATCGTTATTGTTCCTCAGGTTTGCAAAGCATTGCTTACGCTGCAGAGCGCATTATGGTTGGAGCTAGTGATACCATTATTGCAGGTGGGGCAGAATCTATGAGTTTAATACCAATGGGTGGCCATGTGATTAAACCGAATTCACAGTTAGTAGAAAATGCCCCAGGATATTATATGGGAATGGGTCATACAGCAGAAGAGGTTGCCAATCGTTTTCAAATTTCTAGAGAAGATCAAGACGCTTTTGCGGTAAGAAGTCATCAACGCGCTGCTAAAGCAATCGAAGAAGGTAAATTTATGGATGAAATGGTGCCTGTTGAAGTAACGCATCGGTTCATTAATGATCAAAATAAACCAGAAGAGCAAAAGATGACATTTACGATGGATGAAGGAGTACGTCCAGAAACATCTACTGAAATTTTAGCTAAATTAAGGCCTGCATTTCATATCAATGGATCGGTTACTGCAGGAAATTCATCACAAATGAGTGATGGAGCAGCATCCGTGTTAGTAATGGATAGAGAAAAAGCAGAAGCAGATGGGTTAATGCCAATGGTTAAATTTCGATCATTCGCTGTAGCTGGCGTGGAGCCAGAAATTATGGGAGTTGGTCCGGTAGCTGCTATCCCAAAGGCTTTAAAAATTGCTGGTTTAGAATTGGCGGACATTGATTTATTTGAATTGAACGAGGCGTTTGCTTCTCAATCCGTTCGTGTTATTCAAGCTTTGAATTTAGATATGGATAAAGTCAATGTCAATGGTGGTGCAATAGCGTTAGGACATCCACTAGGTATGACAGGAACGAAATTAACGCTAACACTTATGCATGAAATGAAACGCAGGAAAGTGCAATTTGGTGTTGTAACCATGTGTATTGGGGGAGGCATGGGAGCAGCAGGTGTTTTTGAACTGATATAA	MKEAVIVAGARTPVGKANKGSLAQSRPDDLAALTIKETLKRAGNYNGNIDDVIIGTAMPEAEQGMNMARNIAGLAGLDHNVPGITVNRYCSSGLQSIAYAAERIMVGASDTIIAGGAESMSLIPMGGHVIKPNSQLVENAPGYYMGMGHTAEEVANRFQISREDQDAFAVRSHQRAAKAIEEGKFMDEMVPVEVTHRFINDQNKPEEQKMTFTMDEGVRPETSTEILAKLRPAFHINGSVTAGNSSQMSDGAASVLVMDREKAEADGLMPMVKFRSFAVAGVEPEIMGVGPVAAIPKALKIAGLELADIDLFELNEAFASQSVRVIQALNLDMDKVNVNGGAIALGHPLGMTGTKLTLTLMHEMKRRKVQFGVVTMCIGGGMGAAGVFELI	PGPT0001565_3809	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
AK148_00388	1785	fadE_1	COG1960	putative acyl-CoA dehydrogenase	ATGAGCGAAACAAAAGAAAAAGTATTCAAAGGCGGCGGTTTTTTAGTTGATGATTTAACGGCAGATGACGTCATTACTCCAGAGGATTTCACCGATGAGCATAAGATGATTGCGAAAACGACAGAAGAGTTTGTGGTTGGTGAAGTAGTTCCTAAAATTGACCATTTGGAAAATCATGAATTTGAGCATTCTGTAGATTTATTAAAAAAAGCTGGTGAGCTAGGGTTGTTAGGAGCGGATGTTCCTGAAGAATATGGCGGTTTAGCTTTAGACAAAATCAGTTCTTCTTTAATTACGGAAAAATTTGCTCTTGCGGGTGGTTTTTCGGTTACACATGGTGCACATGTAGGAATTGGCTCATTGCCAATCGTGTTTTTCGGCAACGAGGCGCAAAAGGAAAAGTACTTACCGAAATTAGCTACTGGAGAATTGTTAGCAGCATATGCTTTAACAGAACCAAGCTCAGGTTCAGACGCTTTAGGGGCAAAAGCTACAGCTACGTTAAATGAGACGGGAACACATTATATTTTAAATGGAGAAAAGCAATGGATAACGAATTCAGCTTTTGCTGATGTGTTTGTTGTTTATGCTAAGATTGATGGAGAACATTTCTCCGCATTTATTGTAGAACGTGAATTTCCAGGTGTATCCACAGGGCCTGAAGAAAAGAAAATGGGAATTAAGAGTTCCTCAACTCGTACGTTGATTTTAGAAGATGCTGAAGTACCAGTAGAAAACTTATTAGGTGAAAAAGGGCGCGGCCATATTATCGCATTTAATATTTTAAATGTTGGCCGTTATAAGCTTGCTATTGGTGGTGTTGGTGGAGCGAAGCGTGGCATTGAGTTAGCGGCGAAATATGTAAATGAACGTAAGCAATTTAATAAGCCTATTTCTAGCTTTTCCCTGACAAAAGAGAAACTAGCAACAATGGCTGCAGAAACATATGCAAATGAAAGTGCGGTATATCGTACGGTAGGCTTATTTGAGCAGCGAATGGGTGCACTTACGGAGGAGCAATTAAATGACGGTAGAGAAATTGCTAGAGCAATTGCCGAATACCAAATAGAATGTTCGATGAATAAGTATATGTGTACGGAACTATTGGATTTTGTAGCAGATGAAGCTGTTCAACTACATGGTGGCTACGGTTTTATGCAGGAATATGAAGTAGAGCGAATGTATCGCGATTCACGTATTAACCGTATTTTTGAAGGGACAAATGAAATTAATCGCTTATTAGTTCCTGGTACATTATTGAAGAAAGCAATGAAAGGTGAGTTACCTTTATTACAAAAGGCACAATCACTTCAAGAAGAGCTAATGATGATGATGCCAGAAGAAGTTGGCACAGATGCATTAGAACAAGAAAAACATCTGCTTAAAAATGCGAAGAAAATGGTATTGCTAGGAGCCGGTTTAGCGGCACAGAAATTTATGCAGAACATCGAAAACGAACAAGAAATTCTTGTGAACTTAGCTGATATGATAGCAGAAGTTTACAATATGGAGTCTGCCATTTTGCGTACAGAAAAGGCCATGCACCGAGATGGTGAAGAAAAGAGTATGCAAAAGCTGTTGTATACGCAAGTTTATGTACAAGAAGCGTTTAATCGCATGGAGGCAAATGCTAAAGAAACATTAATTGCTGTCGAAGAAGGAGACACTTTACGAATGATGCTTTCTTCTTTACGTAAGTTAACACGGCATACACCGACAAATGTAATTGCAAAAAAACGCGAAATTGCTACTGCCATTATTGAAGAAGAAAAATATACGCTATAA	MSETKEKVFKGGGFLVDDLTADDVITPEDFTDEHKMIAKTTEEFVVGEVVPKIDHLENHEFEHSVDLLKKAGELGLLGADVPEEYGGLALDKISSSLITEKFALAGGFSVTHGAHVGIGSLPIVFFGNEAQKEKYLPKLATGELLAAYALTEPSSGSDALGAKATATLNETGTHYILNGEKQWITNSAFADVFVVYAKIDGEHFSAFIVEREFPGVSTGPEEKKMGIKSSSTRTLILEDAEVPVENLLGEKGRGHIIAFNILNVGRYKLAIGGVGGAKRGIELAAKYVNERKQFNKPISSFSLTKEKLATMAAETYANESAVYRTVGLFEQRMGALTEEQLNDGREIARAIAEYQIECSMNKYMCTELLDFVADEAVQLHGGYGFMQEYEVERMYRDSRINRIFEGTNEINRLLVPGTLLKKAMKGELPLLQKAQSLQEELMMMMPEEVGTDALEQEKHLLKNAKKMVLLGAGLAAQKFMQNIENEQEILVNLADMIAEVYNMESAILRTEKAMHRDGEEKSMQKLLYTQVYVQEAFNRMEANAKETLIAVEEGDTLRMMLSSLRKLTRHTPTNVIAKKREIATAIIEEEKYTL	PGPT0002285_17	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0002285-bcd-K00248	NA	NA
AK148_00389	354	mgsR	COG1393	Regulatory protein MgsR	ATGCTGACTTTTTACTGGTATCCGAACTGTGGGACATGCAAAAAAGCGAAAAAATGGTTAGATAATCATCAAGTGAATTACAAACCGATACATATAGTTCAAAATCCACCAAATAAAGAAGATACACTTGAACTTATGCAGAAGAGTGGGATGCCTGCAAAGAAATTCTTTAACACAAGTGGTAAAAAATACCGTGAATTAAATATGAAGGAAAAAATAGCAGATGCCACGGAAGAAGAAATGGCGGAGATATTAGCCTCTGACGGAATGCTAATTAAGCGACCAATTGTAACAGATGACTCTAACGTAACTGTTGGCTTCAAAGAGGAAGAATTTGAAAAAAATTGGCTATAA	MLTFYWYPNCGTCKKAKKWLDNHQVNYKPIHIVQNPPNKEDTLELMQKSGMPAKKFFNTSGKKYRELNMKEKIADATEEEMAEILASDGMLIKRPIVTDDSNVTVGFKEEEFEKNWL	PGPT0004720_2961	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0004720-arsC1-K00537	NA	NA
AK148_00390	381	gcvH	COG0509	Glycine cleavage system H protein	ATGAGCGTACCAAAGGATTTATTATATTCAAAAGAACACGAATGGGTAAAAAAAGAAGATGGAACTGTGCGCATTGGAATTACTGCATTTGCACAAGATGAGTTAGGTGACATTGTGTTCGTTGAACTACCTGAAGTCGGTGACGAATTAGAAATCAATGAGCCTTTCGGTAGTGTGGAGTCCGTGAAAACAGTGTCGGAATTATATGCTCCTATTAGTGGGAAAGTCGTTGAAATGAATGAAGAATTGGAAGATAGCCCTGAATTAGTGAATGAATCACCATACGAAAAGGCATGGATGGTCGTTGTTGAACCAACGAAGGAAACAGAATTGGATGACTTACTATCTGCGGAAGCTTACGAAGAAATTATCAGTGAATAA	MSVPKDLLYSKEHEWVKKEDGTVRIGITAFAQDELGDIVFVELPEVGDELEINEPFGSVESVKTVSELYAPISGKVVEMNEELEDSPELVNESPYEKAWMVVVEPTKETELDDLLSAEAYEEIISE				NA	NA	NA	NA	NA
AK148_00391	357	rnmV_1		Ribonuclease M5	ATGATTACAAATGGATCAGAAAAGGTTATGATTGTAGAAGGATTGACTGATAAGAAGCAAGTGAATAAAGTGATTGCCGAAGAGATCACCATTGTTTGCACAAATGGAACGCTTGGAGTAGAGAGATTTGATCACATGTTGGAAGAATATGGTTTAGATGATAAGGATGTTTTTATTCTTGTCGACGAAGATCCTTCTGGCATCAAGCTTCGTAAACAACTAGCAAGAGAATTGCCACATGCAGAACATGTATATGTAAGTAGCGAATACAGAGAAGTAGCTACGACACCTGAAAATGTACTAGCTCAAGTTTTAGTGAGTAAACGAATAGCGGTTAATCCTATATTTCTGATTTAA	MITNGSEKVMIVEGLTDKKQVNKVIAEEITIVCTNGTLGVERFDHMLEEYGLDDKDVFILVDEDPSGIKLRKQLARELPHAEHVYVSSEYREVATTPENVLAQVLVSKRIAVNPIFLI				NA	NA	NA	NA	NA
AK148_00392	315			hypothetical protein	TTGCAACAAGTAACAAAAGAGCAACTACAGCAATCCAATTACTTTCTTTATATTTATACACCACTTTGCGGAACGTGTAATCTTGCTAAAAGTATGTTGCTTAAAATGGAACAAATGCAAAAGCAAGAGCTATTTTTAGAAATGAATGCATCACTACATCCAGAATTTATGCAAACGCATCAAATAGCAAGTGTTCCTTGTTTGCTTATAAAGAAAGATGGAGAGCTCGTTGAAAAAATGTATGCATTTCGTGATGTAGCAAATATATACCAACACTTGATCATGCATAGACCAGAATTGTTTTTATTTCGATAG	MQQVTKEQLQQSNYFLYIYTPLCGTCNLAKSMLLKMEQMQKQELFLEMNASLHPEFMQTHQIASVPCLLIKKDGELVEKMYAFRDVANIYQHLIMHRPELFLFR	PGPT0013063_5	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013063-yusE-NA	NA	NA
AK148_00393	984			hypothetical protein	ATGAAAATTTTTAGTAGAATATTTATTGTATTAACCTTTCTATTGTTATCTCCACTTGTTGTAAATGCCGAGACAGAAAAAGACGATCCTATTAATAAACTCCCTATTGAGAATTCATTTACGAAAGAAGAGATACAATACTTAAAAGAAATGTTTAATAAAGATAGTGTGCAAAAGTTCTCGCAACCAAGTTTTTCTCCATTCTCCATTAAAAAAGGTCCTCAAGCTTTAAGTATTAAAGGGGCGGCCACTCCATTAGAACAATATAACAAAAGCTCCACAATAGCCCCTATATCGTTAGATGAATTTAGTTTACTAACAAAAGAAAGGGTACGAGTTACTAATACAACAGATTCTCCCCCCTATAATGCAGCAACAAGAATAGCAATATTAAGACATGATGATGGCGTAAGCTCTTGCTCGGGAGCATTTATCTCTCCAACTCACATTTTAACAGCTGCACATTGTGTATATGACAAACACGCTAACGCCTATCATAAAGCATTTGTAGCTCTCCCTAGTGAAAGCGGTTACCAAACACCTTATGGAATAAAAAGTGCTACAAATGCCTGGATAACAAGTAGTTGGAGGGATGCGGACACTCCATCTACTCCAGGTCATATATACCGTAGTTCAGTTGTTTACGATTTTGCTGTTATAAAAGTCGACTCATCCCATCCAAATCAACTAACAACTTCCTCTTGGAACACAATTGGAACTGGTATGAACGGAATAGGTTATCCTGGTGATGAGACCGAAATTGGTCAAAATAATCAAAGATTATGGTATATGTATAGATCGCCTGGAAATATACAAAGTTTGAACAACGGTGTTTTAGAACATGATGCTCATATTACTAGTGGGCAAAGTGGTGGGCCAATTAGAGTAGGTAGTAATACTGTCTCTGTTGTATCTACATCATCTTGGGGACCTCGCTTCTCAAACTGGCATCTAAATATTCTCTCAAGTTGGAAAACATATTAA	MKIFSRIFIVLTFLLLSPLVVNAETEKDDPINKLPIENSFTKEEIQYLKEMFNKDSVQKFSQPSFSPFSIKKGPQALSIKGAATPLEQYNKSSTIAPISLDEFSLLTKERVRVTNTTDSPPYNAATRIAILRHDDGVSSCSGAFISPTHILTAAHCVYDKHANAYHKAFVALPSESGYQTPYGIKSATNAWITSSWRDADTPSTPGHIYRSSVVYDFAVIKVDSSHPNQLTTSSWNTIGTGMNGIGYPGDETEIGQNNQRLWYMYRSPGNIQSLNNGVLEHDAHITSGQSGGPIRVGSNTVSVVSTSSWGPRFSNWHLNILSSWKTY				NA	NA	NA	NA	NA
AK148_00394	342			hypothetical protein	TTGTTAGTTGGTTGTCAAAATGAAGAGGATAGTTTTATAGTTAATTTAAATTTATCTATTGTTGGAAATGAAGATAGTTTAATAATAGAAATTTCATCGTTAGAACCTCCAAAGCATGTAGATTTTGAGTCTGGAACGCAGTACTTTTTATATCAAAATAATCCCTTAGAGTTAAAATTAGAGGAGAATTTAAACTATAAGATGAAGATATACAATACAACAAAAAATCTATCCACAGATATAGAACAAGGTCAACAATTATTAAACTATATTGATAAACCTTTAGTTGAAAAACAAATATCTGTAGATGCAGATGACAAGGATGTTGTTATCAAACTATAA	MLVGCQNEEDSFIVNLNLSIVGNEDSLIIEISSLEPPKHVDFESGTQYFLYQNNPLELKLEENLNYKMKIYNTTKNLSTDIEQGQQLLNYIDKPLVEKQISVDADDKDVVIKL				NA	NA	NA	NA	NA
AK148_00395	105			hypothetical protein	ATGGGTATAGTGTTCCTCGACTTTTATAAAAAACATGGTAATAGTAAAATTACATTGACAGATAGCAAGCAACGTGTTATTATGATTTCTATTCCAATTAAATAA	MGIVFLDFYKKHGNSKITLTDSKQRVIMISIPIK				NA	NA	NA	NA	NA
AK148_00397	1032	metN_1	COG1135	Methionine import ATP-binding protein MetN	GTGATATCGATAGAGGGTTTGCGTAAAGTTTTTACTGCAAACAAGACAGAAACAACGGCTGTTGACGATGTAACCCTTTCGATTAAACAAGGAGATATCTTTGGTGTGATCGGTTATAGTGGTGCAGGAAAAAGTACGTTTGTGCGATTACTGAATCGTTTAGAAGAACCTACAGGTGGTAAGATTTTTATTCGTAATCAAGAAATAACAGCATTAAAAAAGAATGAATTGCGGTTAGCTAGACAAGATATTGGCATGGTATTCCAGCATTTTAATTTGTTATGGTCACGTACTGTAAAAGAAAATATAGCTTTCCCATTAGAAATAGCAGGTGTTGAAAAAGAAGAACGGAACCAACGTGTTCAATCTCTCATTGATTTGGTCGGTTTATCCGGGAAGGAAGCGACCTACCCTTCGCAATTAAGTGGTGGGCAAAAACAACGGGTTGGCATAGCGAGAGCATTAGCAAACAAGCCTTCCGTATTATTATGTGATGAAGCAACATCCGCATTAGATCCAGAAACAACGAATTCTATTTTGGACTTGCTTGTAGATATAAATCAGCAACTAGGCTTAACGATTATATTAATTACACATGAAATGCATGTGATTCGAAAAATATGTAAGCAGGTAGCCGTGATGGAAAATGGAAAAGTGGTAGAACATGGTAATGTATTGGATGTGTTTGCACACCCCAAAAAAGATGTTACGAAAAAGTTCGTTCAACAGCTAATGGGGGATGCAGAAGCCGAGAATGAGTTTGAACATTTAGTTCGCGCATTTGAGAATGGTAAGTTAATTCGTCTCCATTTTGTAGGCGAAACAACGAACGACGCTTTAATTAGTAAGCTTGTAAAGGCGTATGACATTGACATTAGTATTTTACAAGGGAAAATAACGCGAACGCAGGCCGGTGCGTACGGTACGCTATTTATCCAAATGACTGGTGAAGAATTAGAAATTACTAAAGCAATTCAACACGTAACAGAAAAGACTTCCGTAGAGTTAGAGGTGATCTGCGGTGTTCGCTGA	MISIEGLRKVFTANKTETTAVDDVTLSIKQGDIFGVIGYSGAGKSTFVRLLNRLEEPTGGKIFIRNQEITALKKNELRLARQDIGMVFQHFNLLWSRTVKENIAFPLEIAGVEKEERNQRVQSLIDLVGLSGKEATYPSQLSGGQKQRVGIARALANKPSVLLCDEATSALDPETTNSILDLLVDINQQLGLTIILITHEMHVIRKICKQVAVMENGKVVEHGNVLDVFAHPKKDVTKKFVQQLMGDAEAENEFEHLVRAFENGKLIRLHFVGETTNDALISKLVKAYDIDISILQGKITRTQAGAYGTLFIQMTGEELEITKAIQHVTEKTSVELEVICGVR	PGPT0020520_1913	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020520-metN-K02071	NA	NA
AK148_00398	669	metP	COG2011	Methionine import system permease protein MetP	GTGTTCGCTGATTTATTTGCTACTATTAAAGTAGAAGACATTGTAGAAGCAACGAAAGAAACATTTTATATGACGATTATTGCTTTAATTGGAACCTTTATTTTGGGGATTTTACTTGGGTTACTGTTATTTCTCACTAATAAAGGGGGACTGTGGGAAAATAAATGGGTTAACTTTATCACGGCCACATTTGTAAATGTATTCCGTGCTATTCCTTTTATTATATTAATATTATTGTTATTCCCATTTACTGATTTTCTTGTTGGTACGATAAGAGGCCCTAACGCTGCGCTCCCGGCATTAATTATTGGAGCCGCGCCGTTTTATGGACGGTTGGTGGAGATTGCTTTAAGAGAAGTAGATAAAGGTGTCATAGAGGCTGCTAAAGCAATGGGTGCCAAGACCCGAACAATTATTTTTAAAGTATTGTTACCAGAAGCAATGCCAGCTTTAATTTCAGGACTTACCGTTACGGCCATTGCGCTAATAGGTTATACAGCAATGGCAGGAGCAATTGGGTCAGGAGGCCTGGGGAGCTATGCATATTACTCAGGCTTTCAACGTAGAGATTTTGATATTGTTTTACTTTGTTCCGTTATTATTGTGCTCATTGTATTTCTATTTCAATTTATTGGTGATTATATTACACGCAAATTAGATAAAAGATAA	MFADLFATIKVEDIVEATKETFYMTIIALIGTFILGILLGLLLFLTNKGGLWENKWVNFITATFVNVFRAIPFIILILLLFPFTDFLVGTIRGPNAALPALIIGAAPFYGRLVEIALREVDKGVIEAAKAMGAKTRTIIFKVLLPEAMPALISGLTVTAIALIGYTAMAGAIGSGGLGSYAYYSGFQRRDFDIVLLCSVIIVLIVFLFQFIGDYITRKLDKR	PGPT0020515_1852	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020515-metI-K02072	NA	NA
AK148_00399	825	metQ_1	COG1464	Methionine-binding lipoprotein MetQ	ATGAAAAAATATATTCTCTCCATTTTAATCCTTACTGCTTTAGGTGGTTTATTAACTGCTTGTGGTGGGGGAGAAGAAAAAGATGATAATAAAATAACCGTCGGGGCTTCAAGTGTACCACACGCAGAAATATTAGCAGAAGCAAAGCCGATTTTAGAAGAAGAAGGGATCACACTGGAAATTAGTGAATACCAAGACTATGTATTACCGAATGATGATCTTGCGAATGGAGAAATTGATGCTAACTATTATCAACACATCCCCTTTCTTGAGCAAACAATTGATGATACAGGTTACGATTTAGATTATATTGCTGGTGTTCATATTGAACCGATGGGTGTATATTCCAAAGGCATATCTAGTGTGGAGGATATTCCAGAAGGAACGGAAGTTATTATGAGTAACTCCGTGCCAGATCACGGGCGAATTTTAACTTTGTTTGAAGAACAAGGACTTATTAAAATAGATGAAGATGTAGACAAAGCACGTGCTACTGTTGATGATATAGTAGAAAACCCAAAAAACTTGACTTTTTTACCTGAATATGAGGCTGCTGTCCTTCCAGAATACTATGAAAGGGAAGAGGATGCCCTTGTAGCTATTAATACGAACTATGCTATTGATGCTGGTCTAAAGCCAGAAGAAGACGGTTTATTTATTGAAGGCGATGAATCTCCTTATGTGAATGTGTTGGCAGTGAAGAAAGAGGATAAAGACGATGAAGCATTAAATAAATTAGCTGAGGTCTTACAATCAGAAGAAATTCAAGCTTTTATGAGGGAGAAATATAATGGAGCAATTGTTCCAGTAAAAGAAAAGAAATAA	MKKYILSILILTALGGLLTACGGGEEKDDNKITVGASSVPHAEILAEAKPILEEEGITLEISEYQDYVLPNDDLANGEIDANYYQHIPFLEQTIDDTGYDLDYIAGVHIEPMGVYSKGISSVEDIPEGTEVIMSNSVPDHGRILTLFEEQGLIKIDEDVDKARATVDDIVENPKNLTFLPEYEAAVLPEYYEREEDALVAINTNYAIDAGLKPEEDGLFIEGDESPYVNVLAVKKEDKDDEALNKLAEVLQSEEIQAFMREKYNGAIVPVKEKK	PGPT0020510_2752	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020510-metQ-K02073	NA	NA
AK148_00400	171			hypothetical protein	ATGAAGTACACTTCTGAAATGGAAAAAGCAATGCAGCAATCGCATCATATTGGTTTTGCGGAGTATCAACGCAAGTTAAAACAACGGCTAGCAGTTGAAAAAAAACGGCAGCAAGAATATCAGAAGTGTAAGCTATTTACCTTAGCACATATGAACCAACAACACGGCTAA	MKYTSEMEKAMQQSHHIGFAEYQRKLKQRLAVEKKRQQEYQKCKLFTLAHMNQQHG				NA	NA	NA	NA	NA
AK148_00401	786	sufC	COG0396	Vegetative protein 296	ATGGCTGGATCTACGCTAGAAATCAAGAATTTACACGTATCAATTGAAGATAAGGAGATACTAAAAGGTGTCGACTTAACAATAAAGGGTGGAGAATTTCATGCAATTATGGGACCAAATGGTACTGGGAAATCCACTTTAGCTTCTGCGATTATGGGGCACCCGAAGTATGAAGTTACGGAAGGAAGCATCTTATTGGATGGAGAAGATGTATTGGAAATGGAAGTAGATGAGCGTGCTCGTGCTGGTTTATTCCTTGCCATGCAATACCCAAGTGAAATTAGTGGTGTAACTACTTCTGACTTCTTGCGTTCTTCGATGAATGCTCGCCGTGGCGAAGGAAATGAGATTTCACTTATGAACTTTATTAAAGAAATGGATAATGTTCTTGATTATTTAGAAATTGATAAGAATATGGCGCAAAGATATTTGAATGAAGGGTTTTCTGGTGGGGAGAAAAAGCGTAACGAAATTCTGCAACTTATGCTACTGAAGCCTGAGATCGCCATTTTGGATGAAATCGACTCTGGTTTAGATATTGATGCATTAAAAATAGTGTCTAAAGGCATTAACAAGCTTCGTGACGAAAACTTCGGCTGCTTAATTATTACACACTATCAACGTTTATTAAACTATATAACTCCTGATTTCGTGCATGTCATGATGCAAGGCCGCGTTGTTAAATCTGGTGGGCCAGAATTAGCTAAGCGACTTGAATCAGAAGGTTATGAATGGATTAAAGAAGAATTAGGTATTGAAGACCATACTGTTGAGCAAAATGCGTAA	MAGSTLEIKNLHVSIEDKEILKGVDLTIKGGEFHAIMGPNGTGKSTLASAIMGHPKYEVTEGSILLDGEDVLEMEVDERARAGLFLAMQYPSEISGVTTSDFLRSSMNARRGEGNEISLMNFIKEMDNVLDYLEIDKNMAQRYLNEGFSGGEKKRNEILQLMLLKPEIAILDEIDSGLDIDALKIVSKGINKLRDENFGCLIITHYQRLLNYITPDFVHVMMQGRVVKSGGPELAKRLESEGYEWIKEELGIEDHTVEQNA				NA	NA	NA	NA	NA
AK148_00402	1308			hypothetical protein	ATGACTGTAGAAACCAAGTTACCATACAATAAAGAGTACATTGAACAATTTTCAAAAGAACGAAATGAACCACAATGGATGTTAGATTTACGACTGCAAGCGTTAAACAAAGCTGAAGATCTAGAATTGCCAAAACCGGATAAAACGAAGATTGGTAAATGGAATTTTACGGAGTTTAAACATACAGCAAAAGGTGAGGAATTTACTTCATTACAAGATCTGCCCGTTGAATTACAGGAATACTTGGATGAAAATAACTTGCCTGAGAACCTCCTAATTCAGCGTAACCATTCTGTTGCTCACAGTACATTAAGTAAAGAACTAGAAGATAAAGGTGTTATCTTCACAGATATTTTTACTGCTTTGCAGCAACATGGCGATCTTGTACAGCGCTATTATATGAAAGATGCCGTATCGGTTGATGAGCATCGTTTAACAGCCATGCATGCGGCTTTAATGAACGGTGGTGTTTTTGTTTACATTCCTAAAAATGTTGTTGTTGAAGCACCTTTACAAGCTATATTCTGGCAGGAAGATCCAGAGCTTTCTATGTTTAACCATGTGCTCGTGGTCGCAGAACAGGACAGTTCAGTAACGTATGTAGAAAACTATATTTCTCATAATGAAAACGAATCAACGGTTGCAAATATTGTAACAGAAGTTATTGCTCAGGATAATGCAAAAGTTTCCTTTGGAGCGGTGGATAATTTTGCCGCAGGTACTACGGCTTACAATAACCGTCGTGGGGTTGCTTACCGGGACGCAACGATTGAGTGGGCACTAGGACAAATGAATGATGGTAACACCGTCTCAGAGAATATTACCCATTTAGTTGGCGAGAATTCACTTTCCAATGCGAAGACAGTATCTGTTGGCCGTGGAAAACAAACACAAAACTTTACTGCAAAAATTGTCCATTTTGGTAAAAATTCAGAAGGATATATTTTACAACACGGTGTAATGAAGGAAGGAGCTACTTCTATTTTTAACGGAATTGGTAAAATAGAACATGGTGCTTCTAAATCAAATGCGGAGCAAGAATCTCGTGTACTCATGTTAAGTGAGAAAGCTCGTGGAGATGCAAACCCGATTTTATTAATTGATGAAGATGATGTAACTGCTGGTCACGCAGCTTCTGTTGGGAGAGTAGACCCATTACAGCTCTATTATTTAATGAGTCGAGGAATTACACAAGAAGAAGCAGAACGTCTAATTATTCACGGTTTCTTAGCTCCAGTAGTAAATCAACTTCCAATTGAAGCGGTGAAAAATCAATTGACGCAAGTTATTGAAAGGAAGGTATATTAA	MTVETKLPYNKEYIEQFSKERNEPQWMLDLRLQALNKAEDLELPKPDKTKIGKWNFTEFKHTAKGEEFTSLQDLPVELQEYLDENNLPENLLIQRNHSVAHSTLSKELEDKGVIFTDIFTALQQHGDLVQRYYMKDAVSVDEHRLTAMHAALMNGGVFVYIPKNVVVEAPLQAIFWQEDPELSMFNHVLVVAEQDSSVTYVENYISHNENESTVANIVTEVIAQDNAKVSFGAVDNFAAGTTAYNNRRGVAYRDATIEWALGQMNDGNTVSENITHLVGENSLSNAKTVSVGRGKQTQNFTAKIVHFGKNSEGYILQHGVMKEGATSIFNGIGKIEHGASKSNAEQESRVLMLSEKARGDANPILLIDEDDVTAGHAASVGRVDPLQLYYLMSRGITQEEAERLIIHGFLAPVVNQLPIEAVKNQLTQVIERKVY				NA	NA	NA	NA	NA
AK148_00403	1221	sufS	COG0520	Cysteine desulfurase SufS	ATGGATGTTAAAGCCATTCGGGAGCAATTTCCTATTCTCAACCAGGAAGTGAATGGCCATCCTTTTGTTTATTTAGATTCTTCAGCGACTTCACAAAAGCCTATCCAAGTGATTGAAGCTGTAGATACCTATTATCGGACATATAATTCCAATGTTCATCGTGGCGTGCATACGCTAGGGACAAAAGCAACAACTGCGTATGAGGGAGCAAGAGAAAAAGTGCGTCGTTTTATTCATGCATCCAGTAGTGCCGAAATTATTTTTACGCGAGGAACTACAACGGCAATTAATACCATTGCAACTAGCTACGCACGGACTAACTTACAAGCTGGGGATGAAATTATAATTACGCCAATGGAGCATCATAGTAATATCATCCCTTGGCAACAAGCTGCCAAAGCCACCGGTGCTACATTAAAATATATACCATTACAAGAGGATGGGACGATCCGGTTAGAAGATGTGAGGGAAATGGTTTCCGAACAAACAAAAATAGTTGCAATGACGCATGTATCTAATGTGTTAGGTACGATCAATCCAATAAAAGAAGTAGCCACTATAGCTCATGATCATGGTGCTATTATGGTAGTAGATGGAGCACAAGGCGCACCGCATATGAAAGTAGATGTTCAAGAGCTTGATTGTGATTTCTATGCTTTTTCAGGTCATAAAATGTGCGCTCCAACTGGTATTGGTGTACTTTATGGAAAAAAAGAATTGCTCGAAAATATGGAGCCAGTTGAATTTGGCGGAGAAATGATTGATTTCGTAAATCTTTATGACTCCACATGGAAAGAGCTTCCATGGAAATTTGAAGGTGGTACGCCAATTATTGCTGGTGCTATAGGTTTAGGCGCCGCTATTGATTTTATCGAAGCCATCGGTATGGATGCTATTTCAAAGCATGAGGAAAAACTTGCCACATATGCCTATGAAAAGATGCATGCGATGGATGGAATTACGATTTATGGTCCAAAACATCGTGCTGCGCTTATTACGTTTAATCTTGACGATGTCCATCCTCATGATACAGCAACCGTTTTAGATGCAGATGGCATTGCTGTTCGAGCAGGTCATCATTGTGCACAGCCATTGATGCGTTGGCTTGATGTGACAGCAACGGCGAGAGCAAGCCTCTATTTGTATAATACAGAAGAAGATGTTGACCGTCTCGTAGACGGACTCAAGAAGACAAAGGAGTATTTTGGGAATGGCTTTTAA	MDVKAIREQFPILNQEVNGHPFVYLDSSATSQKPIQVIEAVDTYYRTYNSNVHRGVHTLGTKATTAYEGAREKVRRFIHASSSAEIIFTRGTTTAINTIATSYARTNLQAGDEIIITPMEHHSNIIPWQQAAKATGATLKYIPLQEDGTIRLEDVREMVSEQTKIVAMTHVSNVLGTINPIKEVATIAHDHGAIMVVDGAQGAPHMKVDVQELDCDFYAFSGHKMCAPTGIGVLYGKKELLENMEPVEFGGEMIDFVNLYDSTWKELPWKFEGGTPIIAGAIGLGAAIDFIEAIGMDAISKHEEKLATYAYEKMHAMDGITIYGPKHRAALITFNLDDVHPHDTATVLDADGIAVRAGHHCAQPLMRWLDVTATARASLYLYNTEEDVDRLVDGLKKTKEYFGNGF	PGPT0020195_3564	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
AK148_00404	435	sufU	COG0822	Zinc-dependent sulfurtransferase SufU	ATGGCTTTTAATAACCTAGATACACTTTACAGACAAGTAATTATGGATCATTATAAAAACCCGCGGAATAAAGGCAATTTAGATGGAGATACTTTGACAGTCGACATGAACAATCCTACTTGCGGAGATCGAATTCAGCTTAACATGCAAGTAGAAGATGGGGTTGTTAAAGATGCCAAATTTGAAGGTGAGGGCTGTTCGATTAGTATGGCCTCAGCTTCTATGATGACCCAAGCAATTAAAGGGTTAGAAGTTGAAAAAGCTTTGAAAATGTCCGAGATGTTCTCCAAAATGATGTTAGGAGAAGATGTTGATACGACAGGCCTAGATGTAGGAGATATTGAAGCGCTGCAAGGTGTATCCAAGTTTCCTGCAAGAATTAAATGTGCCACCCTTTGTTGGAAAGCAATGGAAAAGGGTGTTAAAGACGAATAA	MAFNNLDTLYRQVIMDHYKNPRNKGNLDGDTLTVDMNNPTCGDRIQLNMQVEDGVVKDAKFEGEGCSISMASASMMTQAIKGLEVEKALKMSEMFSKMMLGEDVDTTGLDVGDIEALQGVSKFPARIKCATLCWKAMEKGVKDE	PGPT0000075_1759	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION	N-FIX-NITROGENASE_BIOSYNTHESIS,PGPT0000075-nifU|iscU-K04488	NA	NA
AK148_00405	1398			hypothetical protein	ATGGCAAAAAACATGCCAGAAATCGAAGAGTATAAATATGGGTTTCATGATCGTGACGTTTCTGTCTTTCGCTCAGGAAAAGGTCTGACTCGCGAAATTGTTGAAGAGATTTCCAGAATGAAGGAAGAACCGCAATGGATGCTTGATTACCGTCTTAAAGCGTTGGAACATTTCTATGAGCGTCCAATGCCTCAATGGGGTGGAGACCTTTCAGAGTTGAATTTTGATGAAATTGTTTACTATGTGAAGCCTTCAGAAAAACAAGGAAGAACATGGGATGAAGTACCAGAAGAAATCAAACGAACTTTTGATAAGCTAGGTATCCCTGAAGCGGAACAAAAATATTTAGCAGGTGTTTCTGCGCAATATGAATCTGAAGTTGTTTACCATAGTTTAAAAGAAGATTTAGAAGAAATGGGTATCGTATTCAAGGATACCGATACAGCACTAAAAGAAAATGAAGAGCTATTCAAAGAATATTTTGGTAAAGTGATTCCAGCAACAGACAATAAATTTGCTGCTTTAAATTCAGCTGTTTGGTCTGGAGGTTCATTTATATATGTACCAAAAGGTGTAAAGACGACAACGCCACTCCAAGCTTATTTCCGTATTAACTCAGAAAACATGGGACAGTTTGAGCGTACGTTGATTATCGTTGATGAAGGTGCTTCTGTCCATTATGTAGAAGGTTGTACAGCACCAATTTATACGACTAATTCATTACACAGTGCAGTCGTAGAAATCTTTGTTAAAAAAGACGCTTATTGCCGTTACACTACGATCCAAAACTGGGCAAACAACGTTTATAACCTAGTAACTAAGCGTGCTACCTGTGATGAGAATGCGACAATGGAATGGATTGACGGTAATATTGGCTCTAAAATTACGATGAAGTATCCTGCAGTGCTTTTAAAAGGGGAAGGTTCTCGTGGTTATACACTTTCTATTGCCTTTGCTGGTAAAGGGCAGTTGCAAGATGCTGGTGCCAAAATGCATCACCTAGCACCTAATACGTCATCTTCAATTGTTTCGAAGTCTATTTCAAAAAATGGCGGAAAAGTATCTTACCGAGGACTTGTGCATTTTGGACGTAAAGCATCAGGTGCTCGCTCGAACATCGAATGCGATACGCTTATTATGGATAATGAATCCACATCCGATACGATTCCATACAATGAAATAAACAATGACAATATTTCATTGGAGCATGAAGCAAAAGTGTCCAAAGTTTCTGAAGAGCAGCTGTTCTATCTGATGAGCCGTGGCTTAACAGAGGAAGAAGCAACAGAAATGATCGTTATGGGCTTCATTGAACCATTCACAAAAGAACTACCAATGGAATATGCAGTTGAAATGAACCGGTTAATTTCGTTTGAAATGGAAGGATCTATTGGATAA	MAKNMPEIEEYKYGFHDRDVSVFRSGKGLTREIVEEISRMKEEPQWMLDYRLKALEHFYERPMPQWGGDLSELNFDEIVYYVKPSEKQGRTWDEVPEEIKRTFDKLGIPEAEQKYLAGVSAQYESEVVYHSLKEDLEEMGIVFKDTDTALKENEELFKEYFGKVIPATDNKFAALNSAVWSGGSFIYVPKGVKTTTPLQAYFRINSENMGQFERTLIIVDEGASVHYVEGCTAPIYTTNSLHSAVVEIFVKKDAYCRYTTIQNWANNVYNLVTKRATCDENATMEWIDGNIGSKITMKYPAVLLKGEGSRGYTLSIAFAGKGQLQDAGAKMHHLAPNTSSSIVSKSISKNGGKVSYRGLVHFGRKASGARSNIECDTLIMDNESTSDTIPYNEINNDNISLEHEAKVSKVSEEQLFYLMSRGLTEEEATEMIVMGFIEPFTKELPMEYAVEMNRLISFEMEGSIG				NA	NA	NA	NA	NA
AK148_00406	264			hypothetical protein	TTGGATGGCACAACTGTTGCTGATAATCCATCAAAGCCTAGCAAGCCAAAATCCAAATCATTTAAGCGTGGACAAAAAGTAACGGTTAAAAAATTAGTAAGAAAATTTGCGGCAGGTGAGTCCAATGCTGACTTTGTTAAAGGCAACTCATATACGGTTAACCAGGTTAAGTCAGATCGTATTTTACTCGGTGGGGGCGTAGGAAAGACGTGTATTAATGTTAAAAAGCCCCGTCCCTCGTTGGATGGGGCGAAATATTGGTAA	MDGTTVADNPSKPSKPKSKSFKRGQKVTVKKLVRKFAAGESNADFVKGNSYTVNQVKSDRILLGGGVGKTCINVKKPRPSLDGAKYW				NA	NA	NA	NA	NA
AK148_00407	165			hypothetical protein	ATGAATATTAGTCAAATGAATGCAATAACAGCCCATACTCTACCAGCAAATACAAATATAAAAAACACAGAAACGGAAGACCATTTTACCAAAGACATGAAGCAAACTCAAGAAACATCAGCAGCAAAAAAAAAATACACCGAATATTTGGAGAGAACTTTCTGA	MNISQMNAITAHTLPANTNIKNTETEDHFTKDMKQTQETSAAKKKYTEYLERTF				NA	NA	NA	NA	NA
AK148_00408	573			hypothetical protein	ATGAAAAAAGGACTTACCGCAGTAGTCATAGCCTTAACGCTCTTTTTAACGGCAGGGGCAGCTTCAGCGTCTTCTGTTGACGAATCTATTACTTTGCATAAAAAGTTGCTAAAGGATCAAGCTTTACAGTCTCTTCAAGAGGAATATCCAGATGCTCAATTTATTGAAGAAGATGTAGCGAAAGACGGATCCGTAGAAGGTATAACTCTTCAAGGACCCGCTCCTCCTTTAACTTCTTTACGTGTATATGCAGCTATTTCCACTCATTACCCACAGTATGAATATTTTGCACTAAATCAATTAACATCTATTGAAGATCATGGTGGAGAAGAAATGTACATTGTTACAAGGGAAATTGGCTATAGTAGAAATACATCAAGGATAGCCCAAATGAATGGTGGAAATATCCCAATGCTTATGGACGAAGCCATTGATTTGAATGGGGATCGAATCATTGATGGGTATTTTCGGTGGTGGGACGCCAGCGGATATGAGAATGGTAGATTTACTTATCAAGCTACCTCTATCAACGCACCTTGGAATACAATGAGCGCTAGAATGAATATAAGATAA	MKKGLTAVVIALTLFLTAGAASASSVDESITLHKKLLKDQALQSLQEEYPDAQFIEEDVAKDGSVEGITLQGPAPPLTSLRVYAAISTHYPQYEYFALNQLTSIEDHGGEEMYIVTREIGYSRNTSRIAQMNGGNIPMLMDEAIDLNGDRIIDGYFRWWDASGYENGRFTYQATSINAPWNTMSARMNIR				NA	NA	NA	NA	NA
AK148_00409	477			hypothetical protein	ATGGATAAAGTTATCCACAATCTTGATTTGCATTCAAAAGGAATTTGGTTTCCTATTACAATTAGCATCATTTTAGTGCTCACTATGCTTTTTACCCCTAAAAAACATATTACTTGGAAAGAGTTATACGCCACTTTTGGAATTGTTGCATTTATAACTTGGCTTAGTGATGCATTAGTTGCCAGAACATTGGATTTAATCGATCTTGCTGATCCAAAAACAGCTGGACTTGCGGAAATTTTAGTATATACGTTTGTCCCTTCCTCTTTGTCCATTCTATTTATTAACTTCTATACCTACAAAAACAAGTGGTTGCTAGTAATTATATTTACGAGCATTGCCGCAATGATGGAATATATTATGGTGCATTTGGACTACATAAAATATAATGGGTGGAATCCTTTTGTTTCCATAGCTGTTTACATTATTGCATTTGGGTTTCTTGTACCTTTTCATATTAAATTGCTCCGTAAATAA	MDKVIHNLDLHSKGIWFPITISIILVLTMLFTPKKHITWKELYATFGIVAFITWLSDALVARTLDLIDLADPKTAGLAEILVYTFVPSSLSILFINFYTYKNKWLLVIIFTSIAAMMEYIMVHLDYIKYNGWNPFVSIAVYIIAFGFLVPFHIKLLRK				NA	NA	NA	NA	NA
AK148_00410	471			hypothetical protein	ATGATACAATGGGGGAATTCGTTAAGGAAAATTCCCCATCGAATTTGGTTTCAGCCAATAGAGGATGAAAAATGGAGCGTTGCAGAAATAATAAGTCATTTTATTCCATGGGATAAATTTGTAATTAACGATCGAGTTCCTGCTGTTTTAACAAACGCAGTTTTATGTCCTCCACCTGATAGAGAATTGATGAACAAAATAGCTGCGATTAAAGGCCGTAAGCATGAACAATCAATAACAATTAAACATTTTTTAAATGGTAGAGAGAGAATGTTATCTATGTTAGAGGCAATGAAAATGCATCATTTTGAGAAGGGCTTTTCTATTGGGGGAAGCAAGCTCACAATATGTACATATCTTGACGGTTTAGTTAGTCATGATTTACATCATAAAGCACAAATAAATGGATACATTAATAGAACATATAACCTAAATCTAACTACCGATCGCTGGCAAGCGATGGTGGAGTAG	MIQWGNSLRKIPHRIWFQPIEDEKWSVAEIISHFIPWDKFVINDRVPAVLTNAVLCPPPDRELMNKIAAIKGRKHEQSITIKHFLNGRERMLSMLEAMKMHHFEKGFSIGGSKLTICTYLDGLVSHDLHHKAQINGYINRTYNLNLTTDRWQAMVE				NA	NA	NA	NA	NA
AK148_00411	468			hypothetical protein	ATGTTTACGTATGCACGGAGCAATAATAGTACGATATTCGTTGAAAAAAATGTGTTTAATACGAACAAAATATATAACCAAATTGCTTTTGATAAACAGGAGCTCCATTGTGCTGACATTGTTCAACAACACATGGAGTCAAAGCGATTGCAAACGGAAAGGTACGTTATTCAAAATAACGGCATCCCTATGGGAATTTTGGAATATGGAATGCATAGTCCTCGAACGAATATGCCTTGGCTAACACTTTTGCTTATAGATAAGAAATATCAAGGAAAGGGGCTAGCTAAAAATGTTTACTTACAGGTTGAAACATGGATGCAAGTAAACGGAGCTCCTAAGATCCAAATTGCTGTCCATGCTAACAATGAGAAAGCACTATTATTTTGGAGTGATATGGGTTTTAGGCAGTATGATGAACGTGTTTACCAAGCAAAGCGCTATTATAGTTTGGAAAAGAGATTATAA	MFTYARSNNSTIFVEKNVFNTNKIYNQIAFDKQELHCADIVQQHMESKRLQTERYVIQNNGIPMGILEYGMHSPRTNMPWLTLLLIDKKYQGKGLAKNVYLQVETWMQVNGAPKIQIAVHANNEKALLFWSDMGFRQYDERVYQAKRYYSLEKRL				NA	NA	NA	NA	NA
AK148_00412	1803	acoR	COG3284	Acetoin dehydrogenase operon transcriptional activator AcoR	TTGATTACTGATGTCGTTACCAAAGAAAATTGGAAGCGTTTCATTCGTGAGGGGAGTTTGGCGGATGAAAATATCTCCTATGAGCTCGTTGACTCCTGGGAAAGATGTAAGCAAGAAGGTGTCGATCCGTTTGATGGGATTTCTAAATCGATTTTACAACCAGATGAACTCCAGCGGCGTGTAGAACAAAATGAACTGCTTATTTCGTTAGTAGAAACGCAACGCAATCAATTACATTATTTTTTAAAGGGGTGGCAATATGTTACGACCTTGACAGATAAAGAGGGTTACATATTACAAAATAGAGGCGAGCAGTCAGTAGAAGCAAAAGCTTATGATATTTTATTTATTCAAGGCTCAAACTGGGGCGAAAAAGAAGTAGGAACAAATGCAATTGGATTAGCCCAGCTATATAAGAAGCCATTTACAGTAAAAGGTTATGGCCATTTTGCAGTAGCCTCACAAATGTGGAACTGCGCCGCTGCACCAATCGTTGATCATCATAATCAGTTAATTGGTATTCTTAATATATCAAGCCCCTATAAGCCAATAAACTTTAATTATGTACTGGCTTCAGTGAAAATGATTGCAGATTCTATTTCACTTGCTTGGCGAAAAACCATGTACGAGGATATGGAACAATTACAGAAATTATCTTGTTCTAAAAATGCAATTATTTGTTCCAATGATGATGTTATATGTAAATTACCGAGGCATTTGGAAAATAAGTATGGATATATGCTTGGTGAACCTTTAGATAACACAATATCAGAGTTAAGTTTACATCCTGTAAGAAAACAGTTGCTAATAAATGGCCGCTCCATAGGTTATGAGGTTTATGTGCAGGAAGAAATAAAGGAAAATCCTGTTTATTTTGCAGGTGTGACAGGAAAAAGTGATGTATTTCAAAAGGTATTGCAAGATATTCAGAAAGTTGCTGCAACAGATGCTGCTGTTCATATATATGGAGAGACTGGTACAGGAAAAGAATTAGTTGCTGAAGCAATTCACCGTAATAGTGAACGTGCGCATCAACCTTTTGTTTCTATTAATTGTGGGGCGATCCCTGAACAGTTATTGGAAAGTGAGTTGTTTGGTTACGAACCCGGTGCATTCACCGGTGCTCATAAAAATGGTAGAAAGGGAAAGCTAGAAGCGGCAAACAAAGGCACTTTATTTCTAGATGAAATTGGTGATATGCCTTCATCCATGCAGGTTTCTTTGCTTCGGGTACTACAACAAAAGCAAGTAACTCGAATAGGAGGCTATAAACCTATTCCTATAGATGTACGCATTATTTCAGCAACAAATGTAGATATACGGCAATTAGTTGCAGACGAGACAATGCGGGCTGATCTCTTTTATCGTATTTACGGTTTTCCTATTTATGTACCGGCTTTACGACAACGCAAAGAAGATATTCCTTATTTTATCGATTATTATTGCAAGGAAAATCATTGGTATCCAAGCTGGATAAATAAATTAACAGCTACTTTTAAACATGGGAAATGGACAGGGAATATTCGTGAATTATTTAATGCTTTAGATCGCTGTCGCATTTTATTTCCAGAACAAACACCTGAGGAAGAAGAACTTTATCGTATTATTTCAATTTGGGATAACACAGAGCAGATTAGAGTAGAGAACAACGAAAAGGAAGCGCAAAGTTTTCGCAATCAGCTAGAAGTAGACAAGATTAAACAAGCCTTAAAAAAACATCACAATCATGTACCAAGTGCTGCAGCCGATTTAAATATGTCACGAAGTACATTATATCGTAAAATTAAAAAGTACCAATTATAG	MITDVVTKENWKRFIREGSLADENISYELVDSWERCKQEGVDPFDGISKSILQPDELQRRVEQNELLISLVETQRNQLHYFLKGWQYVTTLTDKEGYILQNRGEQSVEAKAYDILFIQGSNWGEKEVGTNAIGLAQLYKKPFTVKGYGHFAVASQMWNCAAAPIVDHHNQLIGILNISSPYKPINFNYVLASVKMIADSISLAWRKTMYEDMEQLQKLSCSKNAIICSNDDVICKLPRHLENKYGYMLGEPLDNTISELSLHPVRKQLLINGRSIGYEVYVQEEIKENPVYFAGVTGKSDVFQKVLQDIQKVAATDAAVHIYGETGTGKELVAEAIHRNSERAHQPFVSINCGAIPEQLLESELFGYEPGAFTGAHKNGRKGKLEAANKGTLFLDEIGDMPSSMQVSLLRVLQQKQVTRIGGYKPIPIDVRIISATNVDIRQLVADETMRADLFYRIYGFPIYVPALRQRKEDIPYFIDYYCKENHWYPSWINKLTATFKHGKWTGNIRELFNALDRCRILFPEQTPEEEELYRIISIWDNTEQIRVENNEKEAQSFRNQLEVDKIKQALKKHHNHVPSAAADLNMSRSTLYRKIKKYQL	PGPT0001030_1842	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,PGPT0001030-acoR-K21405	NA	NA
AK148_00413	966	acoA	COG1071	Acetoin:2,6-dichlorophenolindophenol oxidoreductase subunit alpha	ATGGATAAGAAAATGGCAAGTTGGATGTTTACAAAAATGAATGACATTCGTAATTTTGAAAACCAAGTCCAAAAAATTTTTGCTACAGGGGAAATTCCGGGATTTGTACATTTATATGCAGGGGAAGAAGCTGTTGCAGTTGGGGTTTGTGCTCATTTAGAAAATTTAGATTATATAACCAGTACACATCGTGGGCATGGTCATTGTATTGCCAAGGGCTGTGACTTAAATGGAATGATGGCTGAAATATTTGGTAAAGAAACTGGTTTATGTAATGGAAAAGGCGGTTCCATGCATATAGCAGATTTGGAAGTCGGCATGCTTGGAGCTAACGGTATTGTTGGTGGAGGGTTTCCATTAGCTGTTGGTGCAGGTTTATCTGCTGATATTTTAGAAAACGGTGGCGTTGCAGTATGTTTCTTTGGCGATGGGGCAAATAATCATGGCACTTTTCATGAAGGAATTAATATTGCAGCAGCATTGAATCTACCAGTTGTTTTTGTCGCAGAAAATAATGGCTTTGGAGAAGCAACGCCATTTGAGTACGCTACTTCAGCAAAAACAATTGCTGATCGAGCAATCGCATATGATATACCTGGCGTACGCGTTGACGGAAATGATGTTACCAAGGTGTATGAAGTTGCCGAAGAAGCGATAGAAAGAGCTAGAAACGGAGAAGGGCCAACTTTAATTGAAGCTATTACTTATCGTACGAGTGGCCATTTTGAAGGAGATAATCAAGCGTACAAGTCAGAATCTGATAAAGAAAAGTGGCCAGTAGAAGTAGATTGTATAGAACAATTCAAAGCATATGCGTTAGAGAATAAACTGTTAAGCAAAACGGAACTGGAAGAGTTGGAGAAGGCGTCTTTAAAAGCCGTGGAAGAAGCAGTTGAATTTGCGCATCACAGTAAAGTGCCAAATGAGGAAGCATTAACGGAGAATGTATACGTTTCTTACAAATAA	MDKKMASWMFTKMNDIRNFENQVQKIFATGEIPGFVHLYAGEEAVAVGVCAHLENLDYITSTHRGHGHCIAKGCDLNGMMAEIFGKETGLCNGKGGSMHIADLEVGMLGANGIVGGGFPLAVGAGLSADILENGGVAVCFFGDGANNHGTFHEGINIAAALNLPVVFVAENNGFGEATPFEYATSAKTIADRAIAYDIPGVRVDGNDVTKVYEVAEEAIERARNGEGPTLIEAITYRTSGHFEGDNQAYKSESDKEKWPVEVDCIEQFKAYALENKLLSKTELEELEKASLKAVEEAVEFAHHSKVPNEEALTENVYVSYK	PGPT0008230_900	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,PGPT0008230-acoA-K21416	NA	NA
AK148_00414	1032	acoB	COG0022	Acetoin:2,6-dichlorophenolindophenol oxidoreductase subunit beta	ATGGCGAGAAAAATAACGTTTTCAAAGGCGATTAATGAAGCAATGGATATTGCAATGGAAAGAGATAATAAAGTCATTTTAATTGGAGAGGACGTAGCTGGAGGAGCAACCGTCGATCATCTACAAGATGAAGAAGCTTGGGGTGGCGTTTTTGGAGTAACGAAAGGATTAGGAAATAAGTTTGGACGTAAACGTGTCATCGATATGCCAATTGCTGAAGCTGGCTATATGGGAGCGTCAGTGGCCGCTGCGGTTACAGGTTTAAGACCAATATCAGAATTAATGTTTAACGATTTTATTGGCAGTGCCATGGATGAAATTATGAACCAAGGTGCTAAAATTCGTTATATGTTTGGTGGGAAAGCAGAAGTTCCATTAACGATTCGTACAAGCCATGGTGCAGGTGCAGGTGCTGCAGCGCAACATTCCCAATCATTATATGGCATGTTAACAGCTATCCCTGGATTAAAAGTCGTTGTTCCTTCTAACCCTTACGATGCTAAAGGCTTGTTATTAACGGCAATTGAAGATAATGATATGGTCGCCTTTTTTGAAGATAAAACACTATATAGTATGAAAGGTGAAGTACCCGAAGGATATTACACAATACCGTTAGGAAAGGCAGAGATTAAGCGTGCGGGGGATGATCTAACCATTGTGGCGATAGGTAAAATGGTACAAGTAGCTGAAAGCGCTGCAAATCAGCTTGCTAAACAAAATGTCGAGGTGGAAATTATTGACCCTAGATCATTATCTCCACTTGATGAGGATACGATTTTACAGTCCGTTGAGAAAACAGGGCGTCTATTGATTATTGATGAAACAAATCCACGTTGTAATGTAGCAACGGATATTTCTGCTATGGTTGTAGATAAAGGTTTCGATTTTTTAGATGCGCCAATTAAGATGGTGACGGCTCCACATGCACCTACACCATTTGCCACAAACTTAGAGCAATTATATATACCACGAGCAGAAACAGTTGTACGAACAGTAAAAGACATGATTGGGGAATTGACCTTATCTAGATAA	MARKITFSKAINEAMDIAMERDNKVILIGEDVAGGATVDHLQDEEAWGGVFGVTKGLGNKFGRKRVIDMPIAEAGYMGASVAAAVTGLRPISELMFNDFIGSAMDEIMNQGAKIRYMFGGKAEVPLTIRTSHGAGAGAAAQHSQSLYGMLTAIPGLKVVVPSNPYDAKGLLLTAIEDNDMVAFFEDKTLYSMKGEVPEGYYTIPLGKAEIKRAGDDLTIVAIGKMVQVAESAANQLAKQNVEVEIIDPRSLSPLDEDTILQSVEKTGRLLIIDETNPRCNVATDISAMVVDKGFDFLDAPIKMVTAPHAPTPFATNLEQLYIPRAETVVRTVKDMIGELTLSR	PGPT0008235_240	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,PGPT0008235-acoB-K21417	NA	NA
AK148_00415	1251	pdhC_1		Dihydrolipoyllysine-residue acetyltransferase component of pyruvate dehydrogenase complex	ATGGCTACATCGATATTAATGCCAAAACTAGGTATGACGATGACAGAAGGAACGGTGGAAGAATGGCTTAAACAACCTGGAGACACCGTAAAAGAAGGTGAAGGAATTGTCACAATTAGTTCAGATAAATTAACGAGTGAAGTAGAAGCTCCAGCTGACGGTATATTATTAAAGGTTATAAAAAATGTGTCTGAAGAAGCAGAAGTTGGTGAATCGATTGGTATTGTTGGGCAAGCAGGAGAAGAAGTAGGGGAAGCGACATCGACTTTTGAAAAAGAAAAAACTGAACCAACCGCTGAGGTACAAGAGAAGGCGGTTCAACAAGTAGAGAAGCAATCTGAAGGGCATCAAGACATGAAAGGTCCGCAACGAAAAAGGCGTATTTCTCCAGCTGCTCGTAAAAAAGCAAAAGCATTATCCGTAGATGTTTCTAAAGTAACAGGTACTGGCCCTAAGGGAAGGATTACTAGAAGAGATATTGAGCAAGTAGCTGAGCAGCAAGTAGCAGCGACCACAACGGAAGAACAGGTTACAACAAAACCAGCCGTTCATGAAGAAGAAGCAATGCAGGTTCAAGGTATGTCAGCAATGAGAAAATCAATTGCTGCTAATATGCAGCATAGCTTAGAAACAACCGCGCAATTAACATTACATCGGAAAGCTGATATAACAAACTTACTTGCTTTTCAAAAGAAAATGCGCACAGAAGCAGCGGAGAATAATTTAGATCTAAAGCTGACACTAACGGTATTTTTAGCTCGAGCTGTAACGTTAAGCTTACAAGCACATCCTGAAGTTAATACACATCTTATTCATGATCAGCTTCACCAATTTGAAGAAGTGCATTTAGGTATTGCAACCTCACTAGAAGAAGGATTGGTTGTTCCTGTTGTAAAACATGCGGAAAGATTGCCACTTGGTAGCTTAGCAAAGCAAATGAAACATGTCACAGAAACAGCTCGTGAAGGAAAAAATGCCAATTTAAGTGGAGCAACATTCACCATTTCTAATTTAGGTGCGCAAGGAATAGAATATTTCACACCAATTTTGAACCCACCAGAAAGTGGGATTTTGGGTGTGGGTACATTTGTAAAAGAGCTTACGTTAGATGAAAATGAGCAGGTGAAACAGATAACTTCGCTACCACTAAGCTTAACCTTTGATCACAGAGTATTAGATGGGGCTCCAGCAGCAGAATTCTTAAATACGATTGCTCATTATTTAGCAAAACCGTATTTGTTATTGCTGTAA	MATSILMPKLGMTMTEGTVEEWLKQPGDTVKEGEGIVTISSDKLTSEVEAPADGILLKVIKNVSEEAEVGESIGIVGQAGEEVGEATSTFEKEKTEPTAEVQEKAVQQVEKQSEGHQDMKGPQRKRRISPAARKKAKALSVDVSKVTGTGPKGRITRRDIEQVAEQQVAATTTEEQVTTKPAVHEEEAMQVQGMSAMRKSIAANMQHSLETTAQLTLHRKADITNLLAFQKKMRTEAAENNLDLKLTLTVFLARAVTLSLQAHPEVNTHLIHDQLHQFEEVHLGIATSLEEGLVVPVVKHAERLPLGSLAKQMKHVTETAREGKNANLSGATFTISNLGAQGIEYFTPILNPPESGILGVGTFVKELTLDENEQVKQITSLPLSLTFDHRVLDGAPAAEFLNTIAHYLAKPYLLLL	PGPT0001390_5708	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
AK148_00416	576			hypothetical protein	ATGAAGAAGTACTTATTTGTTTTACTTGCTGTAATGTTAGTAGTTTTATCTGCCTGTGGTGGGTCAAGCGAAAGTAAAAACACAGAAAATGAAGAAAGCAAAGATAGCGCTGATGCAGCGAATGAAGAAAGCAAAGATAGCGCGGAAACAAACGAAAACGAAGATGTATACTTCAAAGATAATGAAGCTAAAATTGAAGATTTAAAAATCAAAATAAAAGAAACAAAGGTTATACCTGCTGGAGAAGAAGGAAATGAAACTGGAGAAAAACCAGTATTCGCTATCTGGTATGAGACAACGAACCTTACTGATAAAGACATAGATCCGTCAACAGCTTGGATAGCAGTATTTACAGCGTTGCAAGACAACGATCCAAATGCAGTAAACGAATTAGAAATGGGTAGCTTACCAGACGGAAACCATTTAGATACACAAACGGAAACGATAAAGAAAGATGGTACAGTAGAAAACTCCATTGCTTATGAATTAGATGATGTAGAAACTCCTGTAACCTTAGTAGCTACACAAGGCGTTATGGGAGAAGAGATTGGTAGACAAGATTTTGAAATTAAATAA	MKKYLFVLLAVMLVVLSACGGSSESKNTENEESKDSADAANEESKDSAETNENEDVYFKDNEAKIEDLKIKIKETKVIPAGEEGNETGEKPVFAIWYETTNLTDKDIDPSTAWIAVFTALQDNDPNAVNELEMGSLPDGNHLDTQTETIKKDGTVENSIAYELDDVETPVTLVATQGVMGEEIGRQDFEIK				NA	NA	NA	NA	NA
AK148_00417	1218	fdhA		Glutathione-independent formaldehyde dehydrogenase	GTGGCTGAGAACAGGGGTGTCGTATATGTAGGTGCTGGTAAAGTAGAGGTGCAGGATATTCGTTATCCGGATTTAGTGTTACGAGATGGGCCAGGTGTAAATCCATTAAATGTGGGGCGTAAATGTCATCATGGCGTCATTGTTAAAGTAGTAACTACGAATATTTGTGGAAGTGATCAACACATGGTTCGAGGGAGGACTACAGCTCCCAGTGGGTTAGTGCTTGGTCATGAAATTACTGGAGAAGTTGTTGAAGTAGGACGAGATGTTGAGTTTATCCAAATTGGAGATTTAGTATCTGTTCCATTTAACATTGCCTGCGGACGTTGTAGGAATTGTAAACAACAAGACACTCATATTTGCCAAAATGTAAATCCAGACAGACCGGGATCAGCCTATGGTTATGTTGATATGGGCGGATGGGTAGGCGGTCAATCGGAATATGTAATGGTTCCATATGCTGATTTTCAACTGCTTAAATTTCCTGATAAAGACCAGGCTATGGACAAAATACTTGATTTAACTATGTTATCAGATATTTTTCCGACAGGTTATCATGGAGCGGTAAGCGCCGGCGTTAAACCGGGATCAACGGTTTACGTTGCTGGAGCAGGTCCAGTAGGTCTTGCTGCTGCACATTCTGCCCAATTACTCGGTGCATCTGTCGTCATTGTCGGTGATTTAATTGAAGAAAGGCTGGCACAAGCACGCAGCTTCGGGTGTGAAACAATTAATTTACGTGAACATACGAATTTAGGAGAGCAAATGGAGCAGATCCTAGATGCACCAGAAGTAGATTGTGCGATTGATGCAGTTGGGTTTGAAGCTAGTGGTCACGGAGAAGGAGCAAGTGAAGCACCGGCAACTGTTTTAAACACGATTATGGGTATAACTCGGGCTGGAGGAAAATTAGGTATTCCAGGGTTATATGTTACAGGTGACCCAGGGGGCGTTGATAAAGATGCAAAAGAAGGAACGTTGAAAATTCGTTTCGGATTAGGATTTGCGAAAGCACATACATTCGTTACTGGCCAAACTCCAGTGATGAAATATCATCGTGATTTAATGATGGCAATTTTAAGTGGAAAGGCGCAAATTGCAAAAGCAGTGAATGCTACATTAATTTCGTTGCATGAAGCGCCAGCTGGATATGAAGCATTTGATGGTGGTGCGTCCAAGAAATTTGTTATTGATCCACATGGTTTGGTGAAAGCATAA	MAENRGVVYVGAGKVEVQDIRYPDLVLRDGPGVNPLNVGRKCHHGVIVKVVTTNICGSDQHMVRGRTTAPSGLVLGHEITGEVVEVGRDVEFIQIGDLVSVPFNIACGRCRNCKQQDTHICQNVNPDRPGSAYGYVDMGGWVGGQSEYVMVPYADFQLLKFPDKDQAMDKILDLTMLSDIFPTGYHGAVSAGVKPGSTVYVAGAGPVGLAAAHSAQLLGASVVIVGDLIEERLAQARSFGCETINLREHTNLGEQMEQILDAPEVDCAIDAVGFEASGHGEGASEAPATVLNTIMGITRAGGKLGIPGLYVTGDPGGVDKDAKEGTLKIRFGLGFAKAHTFVTGQTPVMKYHRDLMMAILSGKAQIAKAVNATLISLHEAPAGYEAFDGGASKKFVIDPHGLVKA	PGPT0002115_112	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION	XENOBIOTIC_DICHLOROMETHANE_DEGRADATION,PGPT0002115-fdhA-K00148	NA	NA
AK148_00418	924			hypothetical protein	ATGAGGTCACGATTATTTTTGTTACTGTGCTTTTTTTTGATTCTACTTACGAGTTGCGATGAACGTTCAGATAGTAGTGATCAATCAAACTCAGTCTCTAGTAATCAAGATGACAAAACAACAATTCAAACAGAAGATAGTAGAGAAATGGATAATTCAGGAAATGGTCAGGAACAAACGGAACAGAAAGCCGAAGAAACGGAAGTGCCAAAAGCAGATACTTACGATGTGGATCAACGAAAAGTAATCTATACTGCGGATACACGTATAGAAGTAAAAGATTTACAGAAAAAAATAGCGACTTTGGAAAGTTTGATTATAGATTATGATGGTTATATTGTAGAATCATCTAGAAGTAATGATACAAAAGAAAATAATCGTACCGGTTTCATCACTGCAAGAGTACCACAAACGAATTTTAAATCTTTTATGGATAAAGTAGAATCGGGAGAAGGAAAATTATTAAGTAGTAATATTTCAGGTCAGGATGTCACCGAAGAATATGTGGATTTAGAGTCTCGACTTCAATCTAAAAAAGTAGTAGAGAAAAGGTTATTAGCTTTTATGGAACAAGCTGAAAAAACAGAGGATTTATTGGCTATTTCAGAAGACCTTGCAGAAGTACAGGAAGAAATAGAGCAAATTACTGGTCGAATGAATTATCTACAAAATAAAGCCGATTTGGCAACTGTTCATATCGAAATACAAGAAAATAATGTATCGTTAGAAGATGGAGACTTAAATACATGGGAGGCAACGAAACAGCAATTCATAAAGAGTATAAACTTTCTTTTGAAAGTGATTTCAAACGTGTTTGTATTTATAGCAGGTAACATGCCGGTTCTTATTCTAATTAGTGTATTAGGTTGGCTTGGTTGGATTTTTATAAGAAAATGGGTAAAGCAAAATCACAAGGAGAAATAG	MRSRLFLLLCFFLILLTSCDERSDSSDQSNSVSSNQDDKTTIQTEDSREMDNSGNGQEQTEQKAEETEVPKADTYDVDQRKVIYTADTRIEVKDLQKKIATLESLIIDYDGYIVESSRSNDTKENNRTGFITARVPQTNFKSFMDKVESGEGKLLSSNISGQDVTEEYVDLESRLQSKKVVEKRLLAFMEQAEKTEDLLAISEDLAEVQEEIEQITGRMNYLQNKADLATVHIEIQENNVSLEDGDLNTWEATKQQFIKSINFLLKVISNVFVFIAGNMPVLILISVLGWLGWIFIRKWVKQNHKEK				NA	NA	NA	NA	NA
AK148_00419	702	walR_1	COG0745	Transcriptional regulatory protein WalR	ATGGAAGAAAATATTTTACTTGTGGAAGACGATATGGAAATTGCACGTATCATTCGAGATATGCTCATGCGTAACCATTATCAGGTAGCATGGGCTACAACAGGGTTAGAAGGATGGGAAGATTTTAAAATTTCTAATTATGACCTTGTAATTGTAGATGTCATGCTTCCTGAAATGGATGGGTTTTCTTTATGTAAAAATATCCGCTTAAAAAGTGACGTACCAATGATTATCATAAGCGCTCGAAAAGCAGATGGGGATAAAGTAAAAGGTTTAGGGTTAGGGGCAGATGATTATATAGCAAAACCATTTAGTATGCTGGAATTAAAAGCCCGAGTAGAATCGCATTTACGTCGTTGGCGTAGGTTCCAAGGAGTTCCTAAACAGACAAAGCACACCTCTTATGTACATGGGTTAATGGTAGATTGGAAAGAGTGCCACGTTTCTCTTCAAGGCAAAAGAATGACGCTAACCGATAAAGAATGGGAGTTACTTACTGTTTTGGCTAAACATCCTGAGCAAACGTTCTCCAAGGAAGAGCTATATCAGCATATTTGGCAGCAAGTTGAATTAGATGGCGTACATACGGTAACGGTTCATATTAAATCATTAAGAGAAAAGTTGCAAGACTCTGTGAAGACGCCCCGGTACATACAAACGGTATGGGGAAAAGGCTATCGCTTTATTGGTGACATGCAATGA	MEENILLVEDDMEIARIIRDMLMRNHYQVAWATTGLEGWEDFKISNYDLVIVDVMLPEMDGFSLCKNIRLKSDVPMIIISARKADGDKVKGLGLGADDYIAKPFSMLELKARVESHLRRWRRFQGVPKQTKHTSYVHGLMVDWKECHVSLQGKRMTLTDKEWELLTVLAKHPEQTFSKEELYQHIWQQVELDGVHTVTVHIKSLREKLQDSVKTPRYIQTVWGKGYRFIGDMQ	PGPT0013765_553	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668	NA	NA
AK148_00420	1461	rcsC_1		Sensor histidine kinase RcsC	ATGAAAATAAAAACATGGCTTCTGGTATCTTATTTTGTTGTTATGGTTCTTCCTGTAATGGCAGGTTATTTATTATTTTTATTCATACAAGGGTACCATGATGAACTGAAAATACAAGAACAGATTGAAACGGTAAAGGAAATAACAACATTAAAGGCATTACTTGCTGACCCAGAATTATACGAGTTTAATAGCGATTGGGGCAAAATCAAGCATAACATAGATGAGAATCAAGCTGTTACTTTACTAAATAAAGATGGCATGGTTATGTATGCATCTCATTCATCTGTTACTTCTGCTTTTCGAAAATATGGAAAAGAGCAGCTATATGAAGGTCTATATGATTTAGAACAAGGTTATCGCTCTTATACATATCGTCAACCTGTATTTATGAAAGATGAACTAATTGGATTTTTTGAAATACAAATCCCTAGAGAACAATGGGTGGAGGGAGTTACGAATCGAGCACTTTTAGTAGGTGTGAGCTTATTTATTGTTTTTATTGTTATTTATACGTTAGTTGTCCTGTTTGTGAATAAAAAAATAGTACGTCCATTGCACATGCTTATTAATGATATAAAACGATTTGCTGATGGGGAATTAATACATGAAAGAAAGACGGAAAAAGATGAAGTGGGGGAATTAACAGCACATTTTTATGTTATGAGTAGACAAATAAATAAGGCGAGAAAAATAGCTAAGCAAGAACAGCAAGCAAAGGAATACTTAGTTGCTAGCGTATCTCATGACTTAAAAACACCGTTGACTTCCATCAAAGCATACGCAGAGTCATTAGTATTTGAAAAAAATATCCATGTAAAGGAACAGAAGGAATATTTGCGTATCATTATGGAAAAAACAGATTTTCTAAAAGCAATGCTTGATGATTTATTAACCTACACGATGTTACGCTCATCAGAAAAGCGGCTGGAATTGGCTTTAGTAGATGGGGAAGAATTTTTTGACATGTTAACCTCAGACTTTGAAACGCTTTGTAAACAAAAAGGGGTTGACTTGCATGTTTCTTTGCAAGTCAAAGGGAAATACGAGGTAGACCCAAACCAAATGATACGTGTGATGGATAATCTTGTGAGCAATGCAATTTCCCATACGCCTACTAATGGGAATATTTGGTTAGGCGTTGTATCAGGAGACTTGCCAGATTGGACTTATTCCTTTGTGCGGCAAAACGTAGATTGGAAGGGGCAAGAGGAGAAAGCAGCTTTCATTTTCATACAAAATGAAGGGAAAGGGATTGATGAAGCGGTTTTGCCGTATGTGTTTGAACCATTTTACCAACATAATCCAGCGAGGAGTAAGCAAGAATTTCAAAGAAATGGTTTAGGGTTAAGTATTGCAAAACAAGTAATTGAAGAGCATGGAGGGTGGATACATATCTTCTCCCAAAAAAACGTAGGTACATGTGTTGTTTGTATGTTGCCTCAAACTTTGGAAAGGTGA	MKIKTWLLVSYFVVMVLPVMAGYLLFLFIQGYHDELKIQEQIETVKEITTLKALLADPELYEFNSDWGKIKHNIDENQAVTLLNKDGMVMYASHSSVTSAFRKYGKEQLYEGLYDLEQGYRSYTYRQPVFMKDELIGFFEIQIPREQWVEGVTNRALLVGVSLFIVFIVIYTLVVLFVNKKIVRPLHMLINDIKRFADGELIHERKTEKDEVGELTAHFYVMSRQINKARKIAKQEQQAKEYLVASVSHDLKTPLTSIKAYAESLVFEKNIHVKEQKEYLRIIMEKTDFLKAMLDDLLTYTMLRSSEKRLELALVDGEEFFDMLTSDFETLCKQKGVDLHVSLQVKGKYEVDPNQMIRVMDNLVSNAISHTPTNGNIWLGVVSGDLPDWTYSFVRQNVDWKGQEEKAAFIFIQNEGKGIDEAVLPYVFEPFYQHNPARSKQEFQRNGLGLSIAKQVIEEHGGWIHIFSQKNVGTCVVCMLPQTLER	PGPT0011705_13	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0011705-nisK|spaK-K20487	NA	NA
AK148_00421	1104			hypothetical protein	ATGGAAAAATATAAGATAAGTATTTTAATCTGCCTCATGGGAGGAATCATATTATCAGCGTGTACACCAGGTTCAAATCAATTTACCCCAAAGGAAATGGTTCATAAAGTATTAGCCGCTGAAGAAGAAACAAATGTAGCTTATTATGGAGAGTCGACAACGGTAACGAAAGAAAATGAAGCAGAAGTAGAACGGTTTGTAATGAAAGAATGGCGTGATGGTACAGGTAAAATTCGTGTGGAAATAGAAGGCAATAAAGGAGAACCTATATCTATTTCCGTTAATGATGGCTCATCTTTAATTAGTTACGAACCAAAGCAAAAACAAGCGCTCATCATGGATGACCGAGAAATGCTTGCATTAAATCAACCATCTCCTATGGATCAAGTGAATTTTATTTTAGAACAAATTTCAAAAACACATGAAATAAGCATGGGAAAAGAACAGAAGGTAGCTGGTCGTCAAACGCAACACGTCATCGCTAAGCCTAAAGCGAAAGATCAATTATATGGTCGACAAGAGTTATGGATAGATAAGGAAAACTGGATTGTTTTAAAAATGAAGGCAACGATAGGAAACCAAACAGTAGAAACAGAATATAACCAAATTAACTTTGAAGCAGATATAGCTGATGAAAAATACTCCTTGAAATTACCAAAAGATGTAGAAGTTAAAAATATGAATGAGTTAAATCCAAATCGCAAAGTTACTTTAGAAGAAGCGCGCGAACAGATGGGAAGTACATTCTTATATGTGCCTGAAGCAGAAAACATCGTGTTAAATAATGTTGAACTCATTGAACTGAAAGGTGAATTTTCGCGTACGGAAGTAAGCATGGATTATACAAATAACAACATACCGATATTTAACTTGTCTGTTTTTCCAACACCAAATGAAGATGATAATGGCATTGAATCGTTTACAGCGTCAAATGAAAAGCGGATCAGATTTCGAGGCGTGGAGGGGGTGTATACGGAGGATGATACGTATCAAATGTTGTTATGGGACGAACAAGGTCTGCGCTATTCTCTCATGATAATGGATGCAGATTTAAGTGTGAACCAAGTCAAACAATTCGTAAATAAAATGAAATATGTCCCGTAA	MEKYKISILICLMGGIILSACTPGSNQFTPKEMVHKVLAAEEETNVAYYGESTTVTKENEAEVERFVMKEWRDGTGKIRVEIEGNKGEPISISVNDGSSLISYEPKQKQALIMDDREMLALNQPSPMDQVNFILEQISKTHEISMGKEQKVAGRQTQHVIAKPKAKDQLYGRQELWIDKENWIVLKMKATIGNQTVETEYNQINFEADIADEKYSLKLPKDVEVKNMNELNPNRKVTLEEAREQMGSTFLYVPEAENIVLNNVELIELKGEFSRTEVSMDYTNNNIPIFNLSVFPTPNEDDNGIESFTASNEKRIRFRGVEGVYTEDDTYQMLLWDEQGLRYSLMIMDADLSVNQVKQFVNKMKYVP				NA	NA	NA	NA	NA
AK148_00422	1707	htpX_1		Protease HtpX	ATGCAACTCGTTATCATAAGTGTTATTACAATTTTCTTTACCTTTATTTCTTTCATTCTTCCAAAGAAAATAAGTGTATGGTTACTTTTTATCAGTAGTTGTAGTATGATCGTATATTTATTCATGACGAATGAATTTTTCGATACAGCTTTGTCACTTAGTGTGATGTTCGTCACCTATTTCAGTTTTACTGTTGTTTTTGATCATGACAAAAAGGTAAAAAAACAGCAATTACAACAAAAGCTTTCGGTTACAAACTTTCAGATCGTTGAACTGAAAAGAGATGTTAGGCGAATTTTGATGGATATTTGGTTAGCTGGTGGAATAGCAGGAGTTTCTGTTATTTGCCTTCTTTTTCTTCCAGAAATGATTATTACGCTTAAGTATGTACTTGGCTACTATTTAATTTTGATGCTTCCACCATTTTTGAACCGCCTGTTAGATTATCTCTTTGCCAAAGTGTATATGCTGCCTGAGGAACAAGTACTGGTCATTATTTCCTTACTGGAAGCAAGAGAATTGCCAATGGAACATCTAGAAAGTATTCAAAAACAATCTAATCCAGATATGTTACGTCTTCATCCTAGTTTTGCCTTTTTATCTGAACGTAAAGATTATACAACTTCATTTGCAACCGTATTGCGTCTAACTTTTTCTGGAGAAACAATGTATTTAACTCCTGTAAATGTAGAGGCGTGGTCCATGTACTGGGATCGTTTTATCCAAGTAGCGCAAGTAGAAACGGAAAAAAATATTCTTCCAATCTGGCATAGGAGCAATATAAAGCGCTTGTTATGGAAAGGCTATTTTGCAATTAGCGTTAAAGGTGTTGCTGCATATACAGCGTTACTAAGTATTTTGATTTTTCTTCATTGCCCGTGGTATGTGATTACTGTTTTTGTATTTTTATGGTGGCTGTTTAATATGTATATTGCAGACCGACTGCTTATTCATGCTTCAGACGCAGAAGAAGTTACAGCGGGAGAGTTATATCATATTTCCCAGGAAATTTTTTCGCAAGCTGGAATAACAGGCACTAGATTATATATGATTGATTCTGATGTATACAACGGTTTTGCAACGGGTATGCACATTGGAAAAGGTACGATAATGTTGACTAGCGCAACAACGAAATTATCTTCGTCTGCAGTGAAGGCTATTTTAGCACATGAGGCAATACACATAAAAAAACGGGATGTTATGGTGAATCAAATTGGGCGGATGGTGTTAATGATTGTTCTTGGATTTAGTATCTTTGTATCTTTTGATTTACTAAAACAGTTAATAGAACAGCCATTACTATTTATTATATTAATAAATTTACTTTCGGCTATTTTTTTTATCTGTTTATCAGGGATTTCTCAATGGACAGAAATAAGGGCTGATTATTTGGGAGCTAAACTATTAGAGGCGGGAAATAGACATATGGCTGATGGATTGAAAGAATTAGCTGTTGCCCAAGATCAAGCAACAAACAAGGCATTACAATATAGCACTCTTGAAGAGAATAACCATAACAGCATAGAAAGAGGTAGCTGGTTGTTACGCTTCATGGAGTTTCAGTTTATGCCGCATCCGCCGTTATATTGGCGTATTCAACAACTATGTAAAGAAGAAAATTGGAAGAGTACGAGAAAAGCGTGGCTAATTGCACGGATAAAAGAATCGTTGCCGGATTTCTTCCAGCATAAAAGAGTTAACTTATAA	MQLVIISVITIFFTFISFILPKKISVWLLFISSCSMIVYLFMTNEFFDTALSLSVMFVTYFSFTVVFDHDKKVKKQQLQQKLSVTNFQIVELKRDVRRILMDIWLAGGIAGVSVICLLFLPEMIITLKYVLGYYLILMLPPFLNRLLDYLFAKVYMLPEEQVLVIISLLEARELPMEHLESIQKQSNPDMLRLHPSFAFLSERKDYTTSFATVLRLTFSGETMYLTPVNVEAWSMYWDRFIQVAQVETEKNILPIWHRSNIKRLLWKGYFAISVKGVAAYTALLSILIFLHCPWYVITVFVFLWWLFNMYIADRLLIHASDAEEVTAGELYHISQEIFSQAGITGTRLYMIDSDVYNGFATGMHIGKGTIMLTSATTKLSSSAVKAILAHEAIHIKKRDVMVNQIGRMVLMIVLGFSIFVSFDLLKQLIEQPLLFIILINLLSAIFFICLSGISQWTEIRADYLGAKLLEAGNRHMADGLKELAVAQDQATNKALQYSTLEENNHNSIERGSWLLRFMEFQFMPHPPLYWRIQQLCKEENWKSTRKAWLIARIKESLPDFFQHKRVNL	PGPT0014605_23	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014605-htpX|ykrL-K03799	NA	NA
AK148_00423	186			hypothetical protein	TTGGAAAAACAACTTTTCACTATTCATATTTTGCATCTCATTTTAATCTTATTACTACTGTTATATGGACTTTTACATGGTTTGAACTTCGATTTCTTATTCTTTTTTGGAATAGTAATACTCATCTATTCCATGAGCATGGCCCGTTTAATCAACAAACAATCCAATGAAGCATTAGGAAAGTGA	MEKQLFTIHILHLILILLLLLYGLLHGLNFDFLFFFGIVILIYSMSMARLINKQSNEALGK				NA	NA	NA	NA	NA
AK148_00424	828			hypothetical protein	ATGATGTCTATCTTACTATTTTTTTACGAACTAGGGAGGAAATTTTTTATATATAAAGTGTACGATCTTTCTGCACAAATGGCTTATTATTTCCTGCTATCTGTTTTTCCGTTTCTGTTCGTCATTTATTCGTTAATTCCTTATTTGCCCTTTAATGAAGATTATATTTTAACGCTAATTGAACCGTATGCACCGGATACAACGTATCGTCTCATTAGAAATACGTTAACTGCTGTGCTTGCAAATCAAAATCAACCCTTGCTTTCTTTGAGCTTGGTTATTTCTGTATGGCTTGCTTCAATGGGATTTCAATCCATGAAACGTATACTTAACACGGCTTATAACGTGCATGCGAAGGAAAGTATCGTAAGGCAAGTAATTGAAGGGCTAATGTTAACGATAGGATTTATGATTGTTTTCTTGTTTTCTGTTGTTGTTCCTGTTTTGGAAAGAACACTGAGGGCATATTTGGTCGATATATTTACCAATGATAGTTTTCATCGTTTGTGGGATTTTATCCAATGGGGAGTTGGTAGTTTTTTAATCATGACTTTTTTTCTTCTACTTTATTATTTCACTCCAAATCTACGTGTCAAAGTAAAGCAAGTTCTTCCAGGTGCGCTTGTCGCTACAATTGGTTGGCAAATTATCTCCCTTCAATTTGCTACTTTTGTTAGTCGTAACGATTATACCGCTTTTTATGGACAATTAGGCGGTATTGTTGTATTAATGATTTGGTTTTATATGTCTGCTATGATCATTATTATTGGGGGACTAGTTAATGCTATGGTTTATCCGATTCAACGTAGCGAAAGGCGTTCTTTTTAG	MMSILLFFYELGRKFFIYKVYDLSAQMAYYFLLSVFPFLFVIYSLIPYLPFNEDYILTLIEPYAPDTTYRLIRNTLTAVLANQNQPLLSLSLVISVWLASMGFQSMKRILNTAYNVHAKESIVRQVIEGLMLTIGFMIVFLFSVVVPVLERTLRAYLVDIFTNDSFHRLWDFIQWGVGSFLIMTFFLLLYYFTPNLRVKVKQVLPGALVATIGWQIISLQFATFVSRNDYTAFYGQLGGIVVLMIWFYMSAMIIIIGGLVNAMVYPIQRSERRSF	PGPT0014525_6747	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014525-yfkH-K07058	NA	NA
AK148_00425	1830			hypothetical protein	ATGGTTGAATTTATGCTTAAATTATTTACATCAGAACAAAGAGTGGAAGCTATTTTAAGCAGCTCCATTATTGAGTTTATTTTTGTTGTCCTGTTTGTCATGTTTCTGTTGGCTTTGCTGATTCATTTTACCATTTACAATAAATTAAAAATGATTCGAAATCATCTTAAAACGACGGGGAATTTGAATGTAGATCCGTTAAAAACATTGAAAGAACAATATGAACAAAAGCAAAAACGAGAAATGGTTAAAGTGGAGACATTTGTTCAAGAGCAATTTTCGAACTGGCGTATATGGCAGGTGTCTGTCGTTAGTCTCATTAAAATGGTCCAAATGACCGTGTCAGTGTTTATATTATTAGGAGTACTTGGCACATTTATTGGCTTAACCTCTTCTTTAGGTAGTATTGATTTACAAGGAAATGATGTGGTTACAGGGGTAGCAAGTGTATTAGCTGGTATTGATGTTGCTTTTTATACAAGTATTGTTGGGATGGGATTTTCATTAGTGATGACGGTATTAATAAAGGTATTCAATACAGAATTTATGTTAACAGATATTATGCTTATGACGGAGACAAGATTAGAAGGCACAGAGGAAAAAGGACTGCAACGATTAGTAAGCATTTCAGAGGCGATTCATACCTCTATACAGCATTTACAAAAATCGAATCAACAGTCCTTTCAAACAATAGAAGCCGCCTTCGCTGGATTTCAAAATTACACCTCAAGTTTGGAACAATCCGCTAAAGACTTAGCTGCATTTAATCATGGGCTTTCAGATAATCTCGAATCATTTCAGCAATTATTTACACATATGCAAAAAGTAACCGATCGTTTTGCTACGGGAACGGACAATCTAAACGAAAATTTTGCTACATTATTTACGTATTTTAAACGTATGGATAGTCATAACGAACGACAGGAGAAAGCGTTCGAACAAACATATGAGAAGATAAAAGAAGCAACGATTTCGCAAATGGGCATGTTGCAAAATTTTTTAGATTCCACAGAGGAAATAAAACAATTCACATCTACTTTATTAGATGAACAAGCATCGTTACATCATAATTTCACCGCGATACAGGAAAAGAGCAAACAACTCGTTGTGCAAATGGAGTCACAGAACAGTGAATTTAGATCCATATTTGGTGCGGATCTATCGACAAAGCTATCAGGTGTGATTGAACAGCTACATGGACTGTCGAGAGAATTTGATAAAATGGGGGATGGTTTAACACAGCTTCCAAATGCTCTTGAAGTCATTAACCAAACGCAAGCAGAATATAAACATTTATTATCGGATCGTTTCCAAGAATTAAAAGAATTTAACCGTACATTTAGCAATCATATAAAATCACAGGCTACAAATACGACGGCATTTGAAAAACATTTACAGCAAACGATAAGTTCTTTTGAACAAATGGCTATGAAAAATAGTCAATTGTTACAAGAAATAAATGGAACCATTTCCCAAATGACGCAAACCCATCAGCAACGCGAGAACCATTTGGATAATAGTGTGCATATATTAAAGGATACGTTAGCCAATTATGTTCATAATTTGGAAGGGTCTGTAGGAAAACGATTAGATCAAATTGGTCAAGCTCTCCAATCGTCCATGCGTGAAGTAAATGAAGGGCTGCGCAATGAATGGAATGAACTAAGAAGAAGAAATGACACGACACAGCAAAATCAAGTAAGGGCAATCCAACAAAGCGTACAGGATCTGCAGCGGGAAATTCACATGTTTAACCAACAATTGGCTGCTTTTGCTCAACGTAATTACAATGCAAACAATCCGATAAGGCTGAACCAAAATGAATACTAA	MVEFMLKLFTSEQRVEAILSSSIIEFIFVVLFVMFLLALLIHFTIYNKLKMIRNHLKTTGNLNVDPLKTLKEQYEQKQKREMVKVETFVQEQFSNWRIWQVSVVSLIKMVQMTVSVFILLGVLGTFIGLTSSLGSIDLQGNDVVTGVASVLAGIDVAFYTSIVGMGFSLVMTVLIKVFNTEFMLTDIMLMTETRLEGTEEKGLQRLVSISEAIHTSIQHLQKSNQQSFQTIEAAFAGFQNYTSSLEQSAKDLAAFNHGLSDNLESFQQLFTHMQKVTDRFATGTDNLNENFATLFTYFKRMDSHNERQEKAFEQTYEKIKEATISQMGMLQNFLDSTEEIKQFTSTLLDEQASLHHNFTAIQEKSKQLVVQMESQNSEFRSIFGADLSTKLSGVIEQLHGLSREFDKMGDGLTQLPNALEVINQTQAEYKHLLSDRFQELKEFNRTFSNHIKSQATNTTAFEKHLQQTISSFEQMAMKNSQLLQEINGTISQMTQTHQQRENHLDNSVHILKDTLANYVHNLEGSVGKRLDQIGQALQSSMREVNEGLRNEWNELRRRNDTTQQNQVRAIQQSVQDLQREIHMFNQQLAAFAQRNYNANNPIRLNQNEY				NA	NA	NA	NA	NA
AK148_00426	693	ompA		Outer membrane protein A	ATGAATACTAAATATGATCGTTTATTTAGGCAGAATAGGGACGAAGGACATTTTTGGCCATCATTTACAGACTTACTTACAACGATTTTGCTTTGCTTTATTCTAATTTTTGTTGCTATGATGATTATTAAATCCTTACAAATAGAAGAAATGAAAAAGACGTTAGACCAAATTATGGGGGTACGAGCAAAGTTAGTGGAAGACTTAAAAGAAGAGTTCGGTGGTTCTGAATTAGGTGTTGAAGTCGACGAAAAGACGGGCGCCATCATTTTTAATACAGAGATTTTGTTTGCCTATGATAAGCACGAGTTAAAGGCTAACTCTTATACTTTTTTAGACGAATTTGTTCCCAAATATTTGGATATTTTGTTGCAAGAAGGATATGAAGAGTATGTTGCGGAGATCATTATTGAAGGTCATACGGACCGTGATGGGTCATATTTATATAATTTACAGTTAGCACAGAATAGGGCATATAGTGTTGCTGCCTATCTATTAAGTGATGATTTTCCATATAAGAATATCCAGCAGCATTTAGCAAATAAATTAACAGTAAACAGTAAATCATTCTCCGACGTTAGGATGGATGAGAAAGGGGATTATAGTGCAGAAGCTTCTCGTAGAGTGGAATTCAAATTTCGACTCAAGGACGAAGAAATATTAGATAAAACAAGAGATATATTAGGTGAGTAG	MNTKYDRLFRQNRDEGHFWPSFTDLLTTILLCFILIFVAMMIIKSLQIEEMKKTLDQIMGVRAKLVEDLKEEFGGSELGVEVDEKTGAIIFNTEILFAYDKHELKANSYTFLDEFVPKYLDILLQEGYEEYVAEIIIEGHTDRDGSYLYNLQLAQNRAYSVAAYLLSDDFPYKNIQQHLANKLTVNSKSFSDVRMDEKGDYSAEASRRVEFKFRLKDEEILDKTRDILGE				NA	NA	NA	NA	NA
AK148_00427	336			hypothetical protein	ATGACCCTAAAAGACAAGCGAATAGAATGGAAAGCGCGGTATGATGCCTGGAAAAAAAGCGGACAAAGTATATCTGAATGGTGCCGAGGGAAAGAAATTAAAACGCATCAGATGTATTATTGGGTGCAACAATTTCGTGAGCACGGCAAAACTTCCATCAAGAAAAGCGCATCCAGGGAAACACAATGGCTAACCGTTCAAATGGGTGATTTTCCACTTGTACCACCTCACGAGAAAGAACCGATCTTTATTCACGTTGGTTCTACCTCCATTGAAGTGCGATCAGGAACGGATATGAACTTACTCTCGGATATTATTCATGTTTTAGGGAAGTAA	MTLKDKRIEWKARYDAWKKSGQSISEWCRGKEIKTHQMYYWVQQFREHGKTSIKKSASRETQWLTVQMGDFPLVPPHEKEPIFIHVGSTSIEVRSGTDMNLLSDIIHVLGK				NA	NA	NA	NA	NA
AK148_00428	222			hypothetical protein	ATGGCTGTAACACTTATAAAAGTGTTAGAATCAGAAAAATCTATTTTGCGTAACTTTTACACATTGTATCTTCATGATTTTTCAAATTTCACTATAAATTTAGATGTTGAGGAGGATGGCCTTTTTCATTATAAGGAATTGGATAAATTCTGGGAAGCAGAAGGGTTATCGCCATATTTTATAAAGTTGGATCATAAAATCATCGGATTTATATTGTATTAG	MAVTLIKVLESEKSILRNFYTLYLHDFSNFTINLDVEEDGLFHYKELDKFWEAEGLSPYFIKLDHKIIGFILY				NA	NA	NA	NA	NA
AK148_00429	141			hypothetical protein	GTGAAAAAAACAGTCTTAAAATTATTAGTTTGTGGTACATTTCTTATAGGTGGTTTGGTATTTTTAAATGTTCAATATGATCAGACAGCAACACTTCAACCTAATCCTACATTTAACCCAATTGAAGTTGAAAACGTTTAA	MKKTVLKLLVCGTFLIGGLVFLNVQYDQTATLQPNPTFNPIEVENV				NA	NA	NA	NA	NA
AK148_00430	1278	nprA_1		Transcriptional activator NprA	TTGATAGAAATAGGTTCTATTATTAAATTACAGCGAACCAAGCGCAATATGACACAAGAGGAATTGTCAGAAGGCATTGTTTCATTATCCTACTTATCAAAAATAGAAAACAAGAAGACAAAGGCTAGTCCTGAAATTATTCAATTACTGTGTAACAGATTAGAGATTGAGCTTACGGAAAAGCTAGATATAGAAATTGAAGAAAAATGTCAAGAGTGGTACGGAATGCTTTATGACCGATTCGATAAACAGAAAATATCAGTAATATATGAAGAATTGCAGCAGTTGCTGGGTCGAAGTATTAATGACCAGACACTCATGTTTGAGATTCATAAAATTCGTTATTACTGTATTATGCGAGACCTCAAAAAAGCATTATGTAAAATTAACGAACTTCATGAAATGGCAAGTTCATTTAACCCTATACATAAATATTATTGGCATAAATTTCAAGGTAACTATTATTCTTTTAAAACGTACCACCATCAAGCTATGCAACATTATAAATTAGCAGAAGAAACTATCAGTTTTGCAAATATTCAAGAACAGGAAATAGCAGATTTGCAATATATCATATCTATAGAACATAGTAAATTATGGAATGATCTTGAGACTATTGAATATGCAAAAAAGGCAATGGGAATTTTTCAACAAAACTACAATTTTATTCGCTGTGCTCAATGCCATATTTTATTGGGGATTGCGCATCATAGAATTAAGAATTTAGATAAGGCTACCAAAAATTATAACTTGGCATTACAATTGGGAGAATTAAAAAACAATGAGGATGTAGTTCATCTAGCACATTACAATCTGGGCTACCTGCATTCAATAACTGGAAATTCAGAAAAAGCAATCGAACACTATCTAATTGCGATACAAAATAATAACTTTAAAGAAAAAACTAAACTAGTATCCCTAATTCGCTTAATTCAAGAGTTTTATTTAGTTGGGGATTATGAAAAAGCCAAGAACTATTTGGATCAAACAATATTAGCTTTGGAAGCGTATATTAATGATTATAACGAATATATTGAAGATTTACACAAATATGTTATTAAAGTATATACACATTTATTAAATGGAGAAACTAAACAATTTATATCTGTATTAGCTAATGATTTCATACCTTACCTAGAGAAAAAAAGAAATTATGAGCATTTAGCTTTTTATGCAAAAATGTTAGGTGATCATTTAGAGAAAAATGGTAAGTATAAAACATCTTTACAATATTATAAATTAGCTAATAGCAGTTATGAGAAATTATTTAATTTATAA	MIEIGSIIKLQRTKRNMTQEELSEGIVSLSYLSKIENKKTKASPEIIQLLCNRLEIELTEKLDIEIEEKCQEWYGMLYDRFDKQKISVIYEELQQLLGRSINDQTLMFEIHKIRYYCIMRDLKKALCKINELHEMASSFNPIHKYYWHKFQGNYYSFKTYHHQAMQHYKLAEETISFANIQEQEIADLQYIISIEHSKLWNDLETIEYAKKAMGIFQQNYNFIRCAQCHILLGIAHHRIKNLDKATKNYNLALQLGELKNNEDVVHLAHYNLGYLHSITGNSEKAIEHYLIAIQNNNFKEKTKLVSLIRLIQEFYLVGDYEKAKNYLDQTILALEAYINDYNEYIEDLHKYVIKVYTHLLNGETKQFISVLANDFIPYLEKKRNYEHLAFYAKMLGDHLEKNGKYKTSLQYYKLANSSYEKLFNL	PGPT0011700_100	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_REGULATORS	CE-QSR-OTHER_QUORUM_SENSING_REGULATED_GENES,PGPT0011700-nprR|nprA-K20480	NA	NA
AK148_00431	405	yycE		putative protein YycE	ATGGATTTTAGAGATTTTTCTGCAACACAAATACGTATAGCAAGACCTACGGATAAATTTACAGAAGTCATTCATTTTTATGAAGAAGGTATTGGTTTAACTAAAATAGAAGAATTCCATGGTCATAGAGGATATAAAGGGATTATATTTGGCCTACCACACACGGACTACCATTTAGAGTTTACATCTCATGAAAGCGGTAGCCCTTGTCCAGCTCCAACAAAAGATAATCTTCTCGTCTTTTATATGGAAAATCAGGATGAAATAGGTCAGTTAATCAAGCGAATGAACGAAATGGGTTATAAAGAGGTAGAGCCCGAAAATGAATATTGGAAAGAAAAAGGTGTTACGATTGAAGACCCAGATGGGTGGCGAGTGGTATTTATGAATAGATCTTATGGGTAA	MDFRDFSATQIRIARPTDKFTEVIHFYEEGIGLTKIEEFHGHRGYKGIIFGLPHTDYHLEFTSHESGSPCPAPTKDNLLVFYMENQDEIGQLIKRMNEMGYKEVEPENEYWKEKGVTIEDPDGWRVVFMNRSYG				NA	NA	NA	NA	NA
AK148_00432	402			hypothetical protein	ATGAATAGGCTTAAACATCACTTTACCTTTGACATAAAATTACTAAAAGGAATTTACACTCTTCCTTTTGTTGGCTACATTATAGCGCTATTTCTAATATTCACAAGCCATTTGAATTCAACTGATCCATATTTACCTTATATTTTTTTACAAGGGGTAACTGTACCTGTTTCTGGACTGCATATCGTTTTTTTATACAGTTATATTTATGACGAAGGATCCAAGGAGGTGCTACTTCCATACTATAAGAACAATCTATTATATGATTTAGTTCGTTATAGTATGTTACATGGTTGTATACTGTTCCTATTTACTTGTTTACTAATTTGGTTGAATGGGTTTGGTTTTTTTGATGCAAAAATCATATTGCATTTACTATTATTGTTTGTTTTTATCAAGTAA	MNRLKHHFTFDIKLLKGIYTLPFVGYIIALFLIFTSHLNSTDPYLPYIFLQGVTVPVSGLHIVFLYSYIYDEGSKEVLLPYYKNNLLYDLVRYSMLHGCILFLFTCLLIWLNGFGFFDAKIILHLLLLFVFIK				NA	NA	NA	NA	NA
AK148_00433	915	lnrL_1	COG1131	Linearmycin resistance ATP-binding protein LnrL	ATGGACATGGGAGAATGTCAACTTGTTATTGGAGGAGAAAAAAGCAAATTGAATATTTATGTGAAAGATTTATATAAATCATATAAGAAAAAGCCTGTCTTGTCTGGTATTCATTTATCGTTTTCAGGAGTATATGGATTATTAGGACCTAATGGCGCAGGAAAAACTACTTTAATGAAAATATTAGCAGGACTAGAACCTTTTCAATCTGGTGAAGTACATGCAGATGAAAAATTAATAAGTTCAAAATCATATGTTAAAAAAACAGAACTAATTGGTTATTTGCCACAAAATTTCATGGTATACCCGGACTTAACTGTTTATCAAGTGCTGGAACATATTGCAGTTCTCCAAGGTTTACCTGTTTCCAAAACTTCATTAAAAATCCAAGAAGTTTTAGAACAAGTAAATTTAAAGTTGCATAAAAATAAAAAAATGAAAGAATTATCAGGTGGCATGAGGAGGAGAGTTGGAATTGCACAGTTATTACTTCGAAAGCCGTCTGTTTTATTATTTGATGAACCTACAGCTGGACTAGATATTGAAGAAAGAGTTCGTTTTCGAAATTTACTTAAACAACTAGGAAGGGTTCATACTGTGATTATATCCTCCCATCTAGTTGAGGATATTGAATTTCTCTGTGATCAGATCGGTGTTATACGAAATGGTAAGGTTTTATTTGAAGGTAGCCCTTTACAACTAAAAAAAATGGCTGACCGATATGTTTTTCAATTACAAGTAAATAATTATGAGTTAGATGAAGTAATTGCAAATCATGAAGTTATTCAATTGGATGACGAAGGTAAGCACATATTAGTACGGATATTATCTAACAAACCTGTTGGTAAAGCAGTTTCCCCAAGATTAATTGATGGGTATTTATCATTATTGAAAGAGAGTCAATCACATGAATAG	MDMGECQLVIGGEKSKLNIYVKDLYKSYKKKPVLSGIHLSFSGVYGLLGPNGAGKTTLMKILAGLEPFQSGEVHADEKLISSKSYVKKTELIGYLPQNFMVYPDLTVYQVLEHIAVLQGLPVSKTSLKIQEVLEQVNLKLHKNKKMKELSGGMRRRVGIAQLLLRKPSVLLFDEPTAGLDIEERVRFRNLLKQLGRVHTVIISSHLVEDIEFLCDQIGVIRNGKVLFEGSPLQLKKMADRYVFQLQVNNYELDEVIANHEVIQLDDEGKHILVRILSNKPVGKAVSPRLIDGYLSLLKESQSHE	PGPT0006725_18843	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_00434	1980			hypothetical protein	ATGCGATTAAAGAAACTATATTTTTTTTATTTTAGGTATATACTTAGAAATAAGCTCTATCTATGTGCGAGTATTACGTTTATTCTGTTATTAGGGACGCGCATAATCATATATATGAATACATGGTTTGCGCAGGAAAATTATGGTGATTTACCAGCGGAAATTGTTATAATCACACAAATAGTAAGCATTTTGTATATCGTGTATTTTTATCAAAGTTTTTCCAATGAATTAAAATTTGGCGTGCATGCTTTTTTTGTTGATGGTTACAAAATAGTTTTGGAAAAATTAACAGCTTTATTACTCGTCCATCTTAGTTTACAAATTATGTTGTTACTAATAGTTTATATGACTTTTACGGCAGTTTATATCTTTGTTGGAATTGAATTCTCGTCTATATATGTATCTTTATTTCGTTTTTTAATTGATTATATGTTTTTCCCTCTCTTATTTACATGTTTTATTGGCTTAATTATAGCTCTGATCTTTGGCGCAAATAAGGTCAGTATTTTTTTTATTATAATAGTATGGTTTTTATCAGGTGTAATAAATCAAGAAGTTTTTTCATCATTTTTTGAGACAGTAGGTGCAAATGATTGGAAAAATTTACTCAGTATTGGTCCAAATAGTATTTATTCTGTATACCAATCGTACATAGGATTTAATGTAGACTCTGGCTTAGAACTTAAATTACTTGCATGGTTTTTACTGTTAATTTCTATTTTGTTAGTCTCTTCTTTAAAATGGACAATTTTACAAAGAGAAAAAAAGATCATACTATCTATTGTTACTGGTTTAATTATTGGATGTATAGGATTTGGTTTTTTATCTGTTCATAAAAATTCTCTTGCGTTTAATAGTGCTGATGAAATGAAGGAAACTGAAAGATATGAAGAATTGCATTCAGTGGATACCAATCTTCATTATAAAATCCATACATACGATATTACGATAGATGGAGACGACGTACGAACAGAAATTGAATTTGACCATACGGCGACCAATAGCCCGTCATTTCAATTATATTATGCCTATCCAGTTCAAAAGGTAATGGTTGATGGTACAAAAGTTTCATATGCTAGAGAAGGAGATATTATCCATATTAATAGTGGTACGGATAAATTTAAAAAAATCACTTTCTACTACAAATTGACAGATACAGCGTTAATACCTTATTCAAAAAATAGTACAATATTGCTAGCGAATCATGGATGGTATCCCAAAAAGAATTGTAAGCACATATTTGAAAAAGACGCATACTTAGGAACTGTCCAACGAACAAATGATGTAAAAGTTAATGAAGCATATTATTTTACTCTAACAGCGGATGATGTATTATTTACAAATATAGATTCAGCAGGCAGGAATTATAAGGGAAAAACAAGCGGGCTTTCGCTTATAAAGGGTGAAGGAAATCAATTAAAATATAAGAATTATAACATAGTCTATCCCGCTGATTGGCCAAACATGCCCAAACGTATAGAAGAAGTAACTAATCGGTTAGAATCTATTCTTAGTGAAATATATATATTAGCACCTATGAAAGTAAATGCATTACCTTCCAAGTTAGTCTTTATGAATAATACTACTCCTAACTTAATCAATAATGACCATCTAGTATATTCAACTAATGGATCTACTCTAGCAATAAATGATGAAGAGGTCATGAAAGATTTTGAGAGAAATCTAATAGCATTAACCGTAGAACCTAAAGGAAATAGAGAAATGTATAATGAATGGATAAATATGAGTAGCCAAATGATAAAAAAGGAAATGGGGACACCAATTTACGAACCAGGTCCAACTATTGATTTGCTAGAATCTTCATTTAGGGATATCGTCAATTCGATTCATGCTGAATTTAATTTATTAAGTTTAGAAGATAAAAGAATCTTCTTAGAACAATGGTATCATGCTATGGATGATGCATGGACATGGGAGAATGTCAACTTGTTATTGGAGGAGAAAAAAGCAAATTGA	MRLKKLYFFYFRYILRNKLYLCASITFILLLGTRIIIYMNTWFAQENYGDLPAEIVIITQIVSILYIVYFYQSFSNELKFGVHAFFVDGYKIVLEKLTALLLVHLSLQIMLLLIVYMTFTAVYIFVGIEFSSIYVSLFRFLIDYMFFPLLFTCFIGLIIALIFGANKVSIFFIIIVWFLSGVINQEVFSSFFETVGANDWKNLLSIGPNSIYSVYQSYIGFNVDSGLELKLLAWFLLLISILLVSSLKWTILQREKKIILSIVTGLIIGCIGFGFLSVHKNSLAFNSADEMKETERYEELHSVDTNLHYKIHTYDITIDGDDVRTEIEFDHTATNSPSFQLYYAYPVQKVMVDGTKVSYAREGDIIHINSGTDKFKKITFYYKLTDTALIPYSKNSTILLANHGWYPKKNCKHIFEKDAYLGTVQRTNDVKVNEAYYFTLTADDVLFTNIDSAGRNYKGKTSGLSLIKGEGNQLKYKNYNIVYPADWPNMPKRIEEVTNRLESILSEIYILAPMKVNALPSKLVFMNNTTPNLINNDHLVYSTNGSTLAINDEEVMKDFERNLIALTVEPKGNREMYNEWINMSSQMIKKEMGTPIYEPGPTIDLLESSFRDIVNSIHAEFNLLSLEDKRIFLEQWYHAMDDAWTWENVNLLLEEKKAN				NA	NA	NA	NA	NA
AK148_00435	519	speG_1	COG1670	Spermidine N(1)-acetyltransferase	GTGGAACATGATTTACGATTACGGCCTTTAGAGGAAGAGGATTTACCATTTATTCATGAATTGGTAAACGATCCAATTATTATGTCTTATTGGTTTGAAGAACCATACTACTCGTTTGCAAGATTAAAGGAAATGTATGAGAAACATGCACAGGATGAGCATTTACGGCGGTTTATAGTAGAAAGTAAAGGAGAAAGAATCGGCTTAGTAGATATTGCTTATATTGATTATCTTGTTCATAGAAACGCGGAGTTTGAAATTATAATTTCTCCGAAACATCAAGGTAATGGCTACGCTCTTCCAGCTGCTCAATTAGCAATGGACTATGCATTTTCAACATTAAACTTGCATAAATTATATCTCATTGTTGATAAACAAAATGAAAAAGCTATTCATATTTATAAAAAGCTAGGATTTTATATAGAAGCGGATTTAAAAGAAGAATTTTTTGTAAATGGAAGCTATCATGATGTGTTACGTATGTGTATCTTCCAACGTGACTATTTAAATAAATTATAG	MEHDLRLRPLEEEDLPFIHELVNDPIIMSYWFEEPYYSFARLKEMYEKHAQDEHLRRFIVESKGERIGLVDIAYIDYLVHRNAEFEIIISPKHQGNGYALPAAQLAMDYAFSTLNLHKLYLIVDKQNEKAIHIYKKLGFYIEADLKEEFFVNGSYHDVLRMCIFQRDYLNKL	PGPT0007790_932	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
AK148_00436	861			hypothetical protein	TTGAAACAGAGTAAATTACGTATAGCAGGTTGGCTGCTGTTTCTATTAGCGGGTCTGATATTTTGTGGCCAGATTATTTTTTTATTTCTTCCTACTATTTATCCTCAGGTAGAATATACTGATAATCGTCTATTTTATTTTTTTAATATAAGCTTTGCTGTTTTTTTATCGTTAGCGCTTTTGTTTTTGCTAGGTCTGTCAAAGATGTGGAGGCTTTTTGTCGTTGTTTGCTTAGGGTTATTTGCAATTGTAAATACTTGGATGCTTGTTTCAACTAATCAGCAAGTAAGAAATATCATTAGCATTTCACCTAATTTTAAAGAAGTATTAGTTATAAAAAAGCAGACAAACACGCAAACGGCTACATATTATCGTTCAAGATTCGGCATTTTGGCAATGCCTCACCAAACGCTTCCAGAAGACTTGAAAAGTTCACCCAAGATAAAGTGGTTAGCAAATGATATAGCGGCAGTTACTTACAAAACCTCAGATGACAATTTACAGCAATTTATAGCTACCTATGGAGATCGTGGGGATGGGACATCTTATTATGAAGTTGGAGCGGTTACGTCTGGTGAATGGCGTGGTGATGGAGTTGAGGTGATCAATCATCCAGAAGGAATTACCGTTATAACAAACGGCACTTCAGAGACATTTAGTTGGGAGGAGACTATTCAATACGGGACGCTTGCTATTGTTCTAATGAAAGAGAATCAAGCTGTATGGACGATCGCATTAGATAAAAATTTTGATGCTGAAGCCATTAACGATGGAAGACAACAAACAGGAAATATCATGTTATACAAAGCTACAATGAGTGACATAAAACCTATTGTTCTTGCAAAAGGACGATTAAAATAA	MKQSKLRIAGWLLFLLAGLIFCGQIIFLFLPTIYPQVEYTDNRLFYFFNISFAVFLSLALLFLLGLSKMWRLFVVVCLGLFAIVNTWMLVSTNQQVRNIISISPNFKEVLVIKKQTNTQTATYYRSRFGILAMPHQTLPEDLKSSPKIKWLANDIAAVTYKTSDDNLQQFIATYGDRGDGTSYYEVGAVTSGEWRGDGVEVINHPEGITVITNGTSETFSWEETIQYGTLAIVLMKENQAVWTIALDKNFDAEAINDGRQQTGNIMLYKATMSDIKPIVLAKGRLK				NA	NA	NA	NA	NA
AK148_00437	924			hypothetical protein	ATGAAAGCGTTTTTGACCAGTTTGTCCGCTCTTATGTTGGTCGGTTTAATTATTGCTACAATTATTTATCAGCAAAGTAATCAAACCACTTTAATGATGGATACTGATGAAACAGATCATTCAGAAGGAGGTGATCCTCATGAAAATGATAATATAACGGATTCATTAGTCACAGATCAGGTTGTCGATCATGCTATTGACAATGAAAAACTGTTTATAACCTATAACAAAGGGGAGAATTGGATCCGTGTTCCGATAGAAAGAGATCTTTTGTTTGCTGGAGATTACAATGGAAGGAAGGATGAACTGATTCCGCAAAGTTACATACTTACTAAGGAGAGAACGGTATTTTTGCATCCGAAAGGAGACAAGGACGTCGCAATAACATACTCCTTAAACAAAGGGGAATCATGGAACACATCAATTATTGTTGATAATTATGGAGTTATTCGATTTCGGAAAATAGCATTTTTGAATGATGATTTTGGTTATGCCATTCTTTCAGGTAATCGAACTATGTCTCAGGAATATTCCAGTGTCCATCTTACTTTTGACGGCGGTAAAAGCTGGAAAAAAACATCAAGTCCTAATATTTCAAGGTTAATTGCAGATGGGGGCTTTGTTGATGAACGGACTGGCTTTTTGTCTTATGGTACTATTAACCCTCAAGAGCCGCAGCTTTATGTGACGAAGGATGCTGGGCAAACATGGAAACAAGCAAAAGTTTATGTGCCAGATACATACACACTTCATTTTGTAATTGCTGAAACTCCTGAAAAAAATGGTAATGAGCTAACTATGCTAGTTAGGCAAGGGCCAAATGGGGATTATAAAGGTGGAAATGTAAAAGGTAAGTTTAAGTCAATGGACGGCGGAGAAACATGGGAGTTTGTATCGGAGGTGGATCCTGTTGAAACAGAGTAA	MKAFLTSLSALMLVGLIIATIIYQQSNQTTLMMDTDETDHSEGGDPHENDNITDSLVTDQVVDHAIDNEKLFITYNKGENWIRVPIERDLLFAGDYNGRKDELIPQSYILTKERTVFLHPKGDKDVAITYSLNKGESWNTSIIVDNYGVIRFRKIAFLNDDFGYAILSGNRTMSQEYSSVHLTFDGGKSWKKTSSPNISRLIADGGFVDERTGFLSYGTINPQEPQLYVTKDAGQTWKQAKVYVPDTYTLHFVIAETPEKNGNELTMLVRQGPNGDYKGGNVKGKFKSMDGGETWEFVSEVDPVETE				NA	NA	NA	NA	NA
AK148_00438	663			hypothetical protein	ATGAAAAAGACTGCTTATATTATTAGTGTTTCTAGTCTAATATGTGCCTTACTTGCCTTTGTGGAGCATGGAATGGATGTTAATTATGTTGTTAAATCATTAAGCAAAATGACGTTATTTTTTCTTGCGATATGGTTATACACTCGTTTATTTGGCGATTTTCGCTTTAAAGATGTTCTAACTTTAGATAAAATGAATAGAAGAGATTGGTTGCGTTTACTTTTCCTTGGAGCATTATCTGCCTCCATCGTTTTAGCTGCTTATTTGTTGCTATCTCCTTATTTCTCAGTTAGCCAAATCAAGCAAGACATAACTGGAAGATTAGGTATAAGCGCCACGGGGTTTATTTTCGTTGGCATCTATATTACTTTTATTAATTCTTTGTTAGAGGAGTACTTCTTTCGCGGGTTTATTTTCTTTCAATTACCCAGGAAAATCGGATACTTTTTTAGCCCTTTGCTATTTGCAACTTACCATATACCCATGATTGCCTTATGGTTTAGCCCTAGTTTAATTATCACTTGTTTTGTAGGACTTTGGGGGATCGCGATAGTTTTTCATAAGGTAAATGAGAGAAACCAGACAATTTGGTTTTCGTGGATCATCCATGTATGTGCCGATATTATGATTATTGCCATAGGTATAACGCTATTCTATTTTTAA	MKKTAYIISVSSLICALLAFVEHGMDVNYVVKSLSKMTLFFLAIWLYTRLFGDFRFKDVLTLDKMNRRDWLRLLFLGALSASIVLAAYLLLSPYFSVSQIKQDITGRLGISATGFIFVGIYITFINSLLEEYFFRGFIFFQLPRKIGYFFSPLLFATYHIPMIALWFSPSLIITCFVGLWGIAIVFHKVNERNQTIWFSWIIHVCADIMIIAIGITLFYF				NA	NA	NA	NA	NA
AK148_00439	921	cysK_1		Cysteine synthase	ATGCGTGTAGTAGAAAATATTAGCCAATTAATTGGAAACACGCCAATGTTGAAATTAAACAAACTTGTTCCTGACTATGCTGCAGACGTATATGTGAAACTAGAAATGTATAATCCCAGTAGAAGTGTAAAAGATAGGGCCGCGTTTAATATGATTAAAGTAGCGGAGGAAAAAGGATTATTGAAACCAGGTGATACTATTATTGAACCTACGAGTGGAAACACTGGCATTGGATTAGCAATGAGTGCGGCGGCAAAAGGGTATAAAACGATCATTGTCATGCCCGATAATAGTACTGCTGAACGAAGGAATATTGTTAAAGCTTATGGTGCAGAAGTTGTTTTAACGCCTAGTGAAGAAAAGATGCCTGGTGCAATAAACAAAGCGTTGGAGTTACAAAAAGAACATCCTGGAAGTTTTATTCCACAACAATTTGAAAATATGGCCAATCCGGATATTCACAAAACAACAACGGCTTTGGAAATACTTGAACAAATGGAAGGTAAGCTAGATGCTTTTGTATGTACTGCAGGAACTGGAGGAACAGTAACTGGTACAGGTGAAGTATTAAAAGAAAAGCTTCCACACATCCATATCGCTGTAGTAGAACCAAAAGGATCTCCTGTTTTATCAGGAGGAAAGCCTGGTAAACATAAGCTTGTCGGCACAAGCCCGGGTTTTATACCAGAGATTTTAAATACGTCTATTTATGATGAAATTATGCAAATTGCAGATGATAATGCAGTTCAATTGTTTAAAGAACTTGGACAAAAAGAAGGCATTTTTATTGGTTTATCAGGTGCTGCTGCTGTATATGCAGCTATCCAAACAGCTAAGCGTCTTGGAAAAGGAAAGAAAGTTGTTTGTATTGCTCCGGATTCTGGAGAACGCTATTTAAGCATGAATTTATTTGCGGAATAA	MRVVENISQLIGNTPMLKLNKLVPDYAADVYVKLEMYNPSRSVKDRAAFNMIKVAEEKGLLKPGDTIIEPTSGNTGIGLAMSAAAKGYKTIIVMPDNSTAERRNIVKAYGAEVVLTPSEEKMPGAINKALELQKEHPGSFIPQQFENMANPDIHKTTTALEILEQMEGKLDAFVCTAGTGGTVTGTGEVLKEKLPHIHIAVVEPKGSPVLSGGKPGKHKLVGTSPGFIPEILNTSIYDEIMQIADDNAVQLFKELGQKEGIFIGLSGAAAVYAAIQTAKRLGKGKKVVCIAPDSGERYLSMNLFAE	PGPT0002810_6662	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
AK148_00440	426			hypothetical protein	ATGGTGTTTCCTTCCAAGAAGGATCAATGGATTACTGTTCTCTTATGGGGGATTTCTATAATAGGATTTTTTATACCGATAATTACAGGAAACGGGTTGTCTATTTTACTAATCCTTCCTTTAATTGTGTTCTTATTATGGTTTTGGTTTGCCACGGATTATCGGATTATTGGTGAAAAACTTAAAATTCGCTATGGGCCTGTTCGTCAAACGATAAATATAAAAGAGATTGAAGTCGTTTTTCAAGCGAAAAAAAATCCTTTAGCTGCTGCGCCAGCTTTATCACTTGACCGAATTGTATTGCATTGTGGAAAATTTAACGTAACAAGTATATCACCGCTAGACAAACAACAATTTTTACAAGCACTTATTGCTATAAACCCGCATATAAAAATGGAAAAGTCGTTGAAACAATCACTTTCTTAA	MVFPSKKDQWITVLLWGISIIGFFIPIITGNGLSILLILPLIVFLLWFWFATDYRIIGEKLKIRYGPVRQTINIKEIEVVFQAKKNPLAAAPALSLDRIVLHCGKFNVTSISPLDKQQFLQALIAINPHIKMEKSLKQSLS				NA	NA	NA	NA	NA
AK148_00441	558			hypothetical protein	TTGAAACAAATTTTATTAATTATTGATGCACAACAAGAGCTAATAGAAGGAAACAAAGAATATGGAGCCGTTTTTTTAAAAGAGGAATTAATTAGAAATATCAATAGCGTCATTGAAAAATCAAGTAAATTAAATATTTCTGTTGTCTTTGTTAGGGATTTAGATGTTGCAGAAGGCAAAGGGAAGGGTTTTCAAGTGCATGAAGAAATCCATATACCTAAAAATGCAACATTCTTTGATAAAACCGCAACAAATTCTTTCTATGGAACTGGACTTTTAAATTACTTTAAATCTGAAGAAATTGAACATGTAGTTATGATGGGGTGTACGACCCAGCATTGTATTGATAGCGCAGTCAGAACAGCTACGATTAATGGGTTAGATGTTACATTAGTAGGTGATGGACATTCTACAACAGGAAGCGATATTTTACATGCAGAGCAAATTATCCAGCATCATAATAATACTCTGCATGGACATTACAATGTTGAAAACTTTTCCATTGTAAGAAAAACAGAGGAAGATTTGTTTCATCCAACACATCATTTATATAGGTGA	MKQILLIIDAQQELIEGNKEYGAVFLKEELIRNINSVIEKSSKLNISVVFVRDLDVAEGKGKGFQVHEEIHIPKNATFFDKTATNSFYGTGLLNYFKSEEIEHVVMMGCTTQHCIDSAVRTATINGLDVTLVGDGHSTTGSDILHAEQIIQHHNNTLHGHYNVENFSIVRKTEEDLFHPTHHLYR				NA	NA	NA	NA	NA
AK148_00442	1242	mdrP_2		Na(+), Li(+), K(+)/H(+) antiporter	ATGAGGATAAAACAATGGGATAGGAGTTTAAAAATAAGATTAGCTGGTGAAACTATTTTCAATTTGTTTTATTGGATGTATTTTCCGTTTATGGCAGTTTATTTTAGCGGTATATTAGGAAACGCTGTTACCGGGGCTTTGATGAGCATCCCACCATTAGTCTCTATTATGGGTAATATAATTGGAGGTAATATATCTGATTATATAGGGCGACGAATTATTATGATAATAGGAGCTTCTATACAAACTTTAATGTTTGCTCTGTTTGCGATATCTGTAATGTATGATAATCATTGGATAAGTTATAGTTGTTTTTTAGGAATCAGCCTTGGCGGGGCTATTTATAGTCCGGCAAGCAATGCTATGGTTGCTGACTTAGCCGGAAAATCAGATACAAGGGAAATATTTGCCACCTTTATCACAGCAAATAATATAGGGGCAGTTTTAGGTCCGATTATCGGTTCATTCTTCTTTTTCAACTATTTAAGTGGATTATTATGGGTTTGTACTTTCGTAATGGTTATATACACCATGGCAATCGTTCTTTATATTAAAGAATCCATTCCAATCTTAAATAGAGAAGAAATAGGGATAAAAACAATACCAAAGTTTATCAGTAATCAACTCAAAGATTACTGGGATGTTCTTAAAGATAAAATATTTTTTCGTTATATAATTGGAGGAGTTCTGGCAGTAATTGCTATTATGCAACTAGATTTATATATAGCATATTATGTTACCTCTTATGTACCTGCTCAAAATTTATTTAATTTTAATAATTGGACTCTAAGTTTAAATGGTAAAGAGATATTAGGATTAATTTTAGGTCTTAATGGACTTTTATTTGTATTTTTTGTATTGCCTGTAACTAAGTGGCTAAAAGGTTGGACAGACCACAACGTTTTCATATTATCTGCTATATTAGCTGGGGTCGGCATGTTTCTAGTTGGTTTTACAACTAATATATGGGTTTTGTTATTGTTAACTATTATTTTTACTTTTGGTGAGATTGTTCGTGCCCCCGTTATAAAAAATTTTATTGCAGATTACGCACCAGATAATTCAAGAGGGACATATATGGGTGCAGCCGATTTACAATTTACTATTGGCAGGTTTTTAGCTCCGGTCACCATATTTTTATCTGAGTGGATGAATCCATTAAGCATATTTAGTATTATCCTTTTGGCTGCATTTTTAAGTGGTTTTATGTATATAAGGCTTTTTAAGCATTACACGCCCTGA	MRIKQWDRSLKIRLAGETIFNLFYWMYFPFMAVYFSGILGNAVTGALMSIPPLVSIMGNIIGGNISDYIGRRIIMIIGASIQTLMFALFAISVMYDNHWISYSCFLGISLGGAIYSPASNAMVADLAGKSDTREIFATFITANNIGAVLGPIIGSFFFFNYLSGLLWVCTFVMVIYTMAIVLYIKESIPILNREEIGIKTIPKFISNQLKDYWDVLKDKIFFRYIIGGVLAVIAIMQLDLYIAYYVTSYVPAQNLFNFNNWTLSLNGKEILGLILGLNGLLFVFFVLPVTKWLKGWTDHNVFILSAILAGVGMFLVGFTTNIWVLLLLTIIFTFGEIVRAPVIKNFIADYAPDNSRGTYMGAADLQFTIGRFLAPVTIFLSEWMNPLSIFSIILLAAFLSGFMYIRLFKHYTP	PGPT0028575_200	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028575-lmrP-K08152	NA	NA
AK148_00443	786	ant1		Streptomycin 3''-adenylyltransferase	ATGATCAATCTGACAAATGAGAGAATACCAAAGGAAGCCATCCAAGCATTAAATGTCTTAGAGGAGTTGCTTGGAAGTTCGATAATCGGGGTATATCTATTTGGTTCTGCTGTAAATGGTGGCTTACGCATTAACAGTGACGTAGATGTCTTAGTCGTCGTGAATCATAGCTTTTCTGAAGTCACTCGAAAAAAACTAACAGACAGACTAATGCTGATCTCTGGAAAGATAGGAAATACAGATTCTGTGCGACCACTCGAAGTCACGGTTATTAACCATGAGGATGTTATTCCTTGGCGATATCCACCAAAAACTGAATTTATCTATGGGGAGTGGCTTAGGAACGAATTCGAGAAAGGACAAATCCAAGAACCAACCTATGACCCTGATTTGGCTATTGTTTTGGAACAAGCAAGAATGAACAGCGTACCTCTATTAGGTCCTGATACTTCAAATATACTAGTTCCTATTCCGATAACAGATATAAGAACGGCAATTAAGGAATCTTTGCCAGAATTAATTAAGGGGATTAGGGGAGATGAACGTAATGTGATTTTGACTCTTGCTCGAATGTGGCTGACAGTTGCTGTTGGTGAAATCTCACCCAAAGATGCGGCCGCAGAATGGGCTATACCTCGGTTACCTAAAGTACATGCGAATTTACTCAACTTAGCTAGAAAAGCGTATAGTGGGGAGTATGTTGATAGGTGGGAAGGACTGGACTCCGAGGTGATGGCACTCGTAAATTATATTAGAAACTCTATAGAATCTTATTTTAGTATTTGA	MINLTNERIPKEAIQALNVLEELLGSSIIGVYLFGSAVNGGLRINSDVDVLVVVNHSFSEVTRKKLTDRLMLISGKIGNTDSVRPLEVTVINHEDVIPWRYPPKTEFIYGEWLRNEFEKGQIQEPTYDPDLAIVLEQARMNSVPLLGPDTSNILVPIPITDIRTAIKESLPELIKGIRGDERNVILTLARMWLTVAVGEISPKDAAAEWAIPRLPKVHANLLNLARKAYSGEYVDRWEGLDSEVMALVNYIRNSIESYFSI	PGPT0028700_9	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028700-ant9-K19279	NA	NA
AK148_00444	303			hypothetical protein	ATGCTAGATTTATCAGAAGATAATCCCTACAGCCAATTCTTAATTACAGTTATGGCGGGTGTAAACCAATTAGAACGTGATCTTATCCGTATGCGGCAGTGTGAAGGGATTGAACTGGCTAAGAAAGAAGGAAAGTTTAAAGGTCGGTTAAAGAAGTATCATAAAAATCATGCAGGAATGAATTATGCAGTAAAGCTTTATAAGGAGGGGGAAATGACTGTAAATCAAATATGTGAGATTACTAATGTATCACGAGCATCGCTTTATAGACAATTAGATAAGGATAAAGCAAACAACAACTAA	MLDLSEDNPYSQFLITVMAGVNQLERDLIRMRQCEGIELAKKEGKFKGRLKKYHKNHAGMNYAVKLYKEGEMTVNQICEITNVSRASLYRQLDKDKANNN				NA	NA	NA	NA	NA
AK148_00445	153			hypothetical protein	ATGATTATTTTACATGATGAAATAGATATAGAAGAATATGAAGCAAGAGGGAAAAATAATAGCTTTCCTGCATTTGATCGGTGTCCTAACTGTCAATGCATAGCCCAAGGTAATGTGCGCAGAAATGGTTTTTACTGGCGGTACGGGATATAG	MIILHDEIDIEEYEARGKNNSFPAFDRCPNCQCIAQGNVRRNGFYWRYGI				NA	NA	NA	NA	NA
AK148_00446	795	fetB	COG0390	putative iron export permease protein FetB	ATGAGCGAGCCAAGTTCTATTGATTTAACTTTTTGGCAATTACTATTCGCATATGTTTTTATAGTTATTTTATGGATTATCGTTCGTGTGAAAGGTATCCCGCGGCAAAAATTAATTGTCATTTCCACAGTACGGATGACAGTACAATTGGTTTTAGTTGGTTATTTATTAATGATTGTGTTTGAAAATCCGCATCCAGCGATCACTTTAGTCATTGTTTTATTTATGCTTGGATTTGCTATCTATAATGTGTATAAACGTGCAACCGTAGCCATTCATATATCTGTTAAAAAGACGATTGCGTTAGCTATGGTATTAGGCATATCTGTAAGTATGGCTTATTTTTTATTCGTTGTTCTTCAATTAGATCCTTGGTATGATCCACAGTTATTTATTCCGATTGGTGGCATGATCATCGGTAATGCGATGACTGGTATTACTTTAGGTGTAAACCAATTGCTTATTGGTATGAGAGAACAAAAAGAAAAAGTAGAAGCAGCTTTAATGTTAGGTGGAACGCCAAAAGAAGCATCCAATTCGATTATTAATGAAGCTTTTGATTCTGCACTGCTTCCAACTATTAATTCAATGGTCGGTATGGGAATTGTATTCTTACCTGGTATGATGACAGGACAAATTATTGCTGGAGCATCTCCTGTCAGTGCTGTGAAGTATCAGATTGCAATTATGCTTGGTGTAGCAGGAACTGTTTCAATTACTGTTGTAATTTTTCTCCATTTAACATACAAAGCGTTCTTTAACCATCGTGCACAATTGAAATTTTCTGATGACTAG	MSEPSSIDLTFWQLLFAYVFIVILWIIVRVKGIPRQKLIVISTVRMTVQLVLVGYLLMIVFENPHPAITLVIVLFMLGFAIYNVYKRATVAIHISVKKTIALAMVLGISVSMAYFLFVVLQLDPWYDPQLFIPIGGMIIGNAMTGITLGVNQLLIGMREQKEKVEAALMLGGTPKEASNSIINEAFDSALLPTINSMVGMGIVFLPGMMTGQIIAGASPVSAVKYQIAIMLGVAGTVSITVVIFLHLTYKAFFNHRAQLKFSDD				NA	NA	NA	NA	NA
AK148_00447	636	tcyN	COG1126	L-cystine import ATP-binding protein TcyN	ATGGCATTGTTTCGAGCGGAAAATATAAAAGTGAAGGGGATTATTGAAATAAACAAACTAGAAATCCCTGCCCAACAAATTGTTTGTATCGTTGGAAAGAGCGGAAGTGGGAAATCGACTTTTTTACGATTGTTAAATCATTTGGATTCGCCTGACGAAGGGACTATTTTCTATCAAGGAGAAAACATGCAGAAAATGAATCCGATCGAGCTTAGGAGATCGATAACTATGGTTCCACAAACTCCAGTCATATTTTCAGGCTCCGTAGAAGACAACTTAAAAATTGGACAGAAATTATCTGGTATAGATGTAGTAAATGAGTTAAAACTTAAAGAGACTTTAGAAAAGGTTTTTTTACATAAATCATTAGACGCTCCTGCTGAAGATTTATCAGGTGGCGAAAAACAACGGCTTGCATTAGCAAGAGCTATGTTACTACAGGCAGATGTTTTTCTTTTAGATGAGCCTTCCTCTGCATTGGATAGCGATACGGCAGCTAAGGTTATTGATATGTTTATCGAATTTATTAAAACACAAAACAAATCTTTAATTATGATTACGCATGATCTTGAGTTAGCGAGACGTGTAGCAGATGTGACCATTGAAATGGACCAATATAGCAAAAACGTCTCTTAA	MALFRAENIKVKGIIEINKLEIPAQQIVCIVGKSGSGKSTFLRLLNHLDSPDEGTIFYQGENMQKMNPIELRRSITMVPQTPVIFSGSVEDNLKIGQKLSGIDVVNELKLKETLEKVFLHKSLDAPAEDLSGGEKQRLALARAMLLQADVFLLDEPSSALDSDTAAKVIDMFIEFIKTQNKSLIMITHDLELARRVADVTIEMDQYSKNVS				NA	NA	NA	NA	NA
AK148_00448	864	ypcP	COG0258	5'-3' exonuclease	TTGAATAAACATCAAATAATGCTAGTTGACGGCATGGCGCTATTATTTCGAGGTTTCTTTGCCACAGCTTTTCGTGGTAATTTCATGAAGACAAGTGAAGGGATGCCAACAAATGGGGTTTATCAGTTTTTGCGCTATTTTTTAGACGCTGTGCACACATTTGAACCTACGCATGTTATCTGCTGTTGGGATATGGGGAGCAAAACTTTTAGAACGGAAATGTACGCTGATTATAAAGCGAATCGGGATAAACCACCAGTTGAATTAATACCGCAATTTGACTTAGCAAAACAAGTGGTAGAACGTTTTAATATGCCAAATATTGGTTTAGAAAATTATGAAGCAGATGATTGTATTGGAACCCTAGCTAAGATATATGCGAAAGATCACGAAGTAACTATTCTTACAGGTGATCAAGATATTTTACAATTAGTGGATGATGGTATCCGCGTGGCAATTATGAAAAAAGGACAGGGAAATTACGATTTATTTCATCAACATAATTTCTATGAGAAAAAAGGTATTCAACCGAAACAGATAATTGATTTAAAAGGATTAATGGGAGACCCTTCTGATAACTACCCAGGTGTTAAAGGCATCGGTGAAAAAACAGCGTTGAAATTAATTCAAGAACATGGATCTATTGATGCATTGATTGCAAATATAAATACATTGCCAAAAGGTGTACAAACAAAAATAAAAACAAATATGGATATGTTGCTCTTATCAAGAAGCCTTGCTGAAATAAAGTGCAATGTTCCCATTACGTGTGAACTAGACCGAGCATTATGGAATTATGATCGTGAACAAATAATTGGCACCTTCGAATCTCTAGAATGGAAGTATTTAGATAAGCTTGTATAG	MNKHQIMLVDGMALLFRGFFATAFRGNFMKTSEGMPTNGVYQFLRYFLDAVHTFEPTHVICCWDMGSKTFRTEMYADYKANRDKPPVELIPQFDLAKQVVERFNMPNIGLENYEADDCIGTLAKIYAKDHEVTILTGDQDILQLVDDGIRVAIMKKGQGNYDLFHQHNFYEKKGIQPKQIIDLKGLMGDPSDNYPGVKGIGEKTALKLIQEHGSIDALIANINTLPKGVQTKIKTNMDMLLLSRSLAEIKCNVPITCELDRALWNYDREQIIGTFESLEWKYLDKLV				NA	NA	NA	NA	NA
AK148_00449	3624	der_1		GTPase Der	ATGGAGAAAGAAACCGCGCCACGTTTCGTATATCAACTAGCTTCTGTATATGAACAAGTACGCGAAAACGGAGATGACATACGTACAGAGAAATTAATTGAGCTCTACGATAAATATAAGAGACAGGAACTCACGATCTGTTTTGCTGGGCATTTTTCTGCTGGGAAATCATCGATGATTAATGCTTTGCTTGGGCAAGATATTTTACCAAACAGCCCAATTCCAACAAGTGCAAACATTGTTAAAATCACATCTGGCAAGGGCAGCATTAGGGTGTATTTTAAACATAGTGATCCAGAAGAATATAAAGAACCGTTTAATTTAGAAGTTTTAAAACAATATTCCATGGATAAGGATAATATCCAAAAGATTGAAATTAGTACATCTGAACAATTGCTTCCTTCCAATTCTGCATTTATTGATACGCCTGGTATTGATGCTGCAGACGATGCAGATCGATTAATGACAGAGGGTTCCCTCCATCTAATGGATGCATTGTTTTATGTGATGGACTATAATCATGTGCAATCAGAAGTGAATTTACAATTTATGCGTAATGTTCAACAAAAGAATATTCCGTTTTACATCATCATTAATCAGATTGATAAACATAAGGAGTCGGAATTAACATTTGCTAGTTTTAAAGAGAGTATTAAGCAAACTTTTGATCTATGGGAAATTAAACCAGAAAAAATCTTTTACACTTCCTTATATGAACCAAAGTCGAAGCATAACCAATTTACCGAGCTTCAAAAGGCCATACAAGAATTGTTGACTAGTCGTAAACAAGCGTTATTAGATCGTAAACACCATATAGATGACATCATTACACAACATGTTGATTTTCTTCAAGAACAATATGAAGAAGCATTGGAAAATGACTATGTTACGAGTGAGCAACAGGAAAAGCTTGTAAAAAAATCAATCATAGTAGATGCGTTATCAGCACTTGAACAGAGGGAAGCTGATTTAAAAGCAGATTTTTATAGCATTTTACAAGAAACGGTAAAGAATGCTTATTTAATGCCAGCAACACTAAGAGATAAAGCTACTTCTTTTTTAGAATCTCAACAAAGCAATTTTAAAGTTGGTTTTATTGGAGCGAAAAAGAAAACAGAGGAAGAGAGAAAAAAACGATTAACTGAATTTGTATCTGATTTACAGCAGAATGTAGAGGCTGGATTACAATGGAAACTTCGAGACAAATGGCTCCAATTGATAAAAGCGTATAAAGTGGATGATGGACAAGTCCAACATGATTTACAGCACTTTACGATTGTTGTTAAGGAAGAAGACCTTTTAAGAACGATGAAACAAGGAGCGACACTTAATGGTGATGCGATCCTTCATTATACCAATGATGTGGCGCATGAAATAAAGAAGCGAGCAAAACAATTAGCACATACTTTATGGAACCAAATTGAGCAAGCTTTTCAAGCTGAGGTGGCTCCTGAGCGTTCACGATTGAAGCAACAATTAACAGAAATCAATTATATTCAAGAAAAATCAAACCATTATTATGCATTAGTAGATGAATTAGAACAAAAGCAAACGATGGTTAGACAGGCTCGTTATCATAAGTCTGCTACTGTGAAAATGACAATTGTAGAAATAGAAGAACATATATCAAAACAAAAAAAACGTATAAAATTTGCAAGTGAGCCAGCACTATTTAAGCGGGAAAACATCCCTGACAAGCTATTAATGAAATCGAGTCAAACAACAACGGAATTAACAGAAAAAAAACAACCAGTGGATAGGGCTATAAAGGCTATTGAACAGACCATAGATACGGTTAAAAACTTACCAGGCTTTCAATCACTTATAGAAGATTTATCTCGTAAACAACAACGATTACAACATCGCACATACACGATTGCTTTATTTGGCGCTTTTAGTGCTGGAAAATCTTCATTTGCGAATGCACTCATGGGAGAAGCTGTTTTACCTGTGTCACCAAATCCAACCACTGCTACTGTCAATCGAATACACCCAGTGACAGATAAAAATCAGCATGGGACGCTATTGGTACAATTAAAAACAAAACAAGAATTAGTGAAAGAAATAACGTCGATGACAAAAAAATTTTCACCAGTTGCAAATGAACTAGAAGAATTGATTACTTGGATTACTAGGGAACAACTTCATCATCACCCAGACTTAGAAAACACGTATCAATCATTTTTGCAGGCTCTTTTAAGTGGTTTCGAATCCATAAAAGATGACTTAGGTGAAGAAATTATTTTATCTATAGAAGCATTTCCTAGCTATGTGGCAGATGAGACGAAAGCTTGTTTTGTTGACACGATTGATCTTTTTTACGATTGTGATTTAACTAGACAAGGAATCAGCCTTGTTGATACACCTGGAGCAGATTCTGTTCATGCCAGACATACAAATGTTGCCTTTAATTATATTAAACATGCAGATGCAATTCTTTATGTAACCTATTATAATCATGCACTGAATCGAACTGATAAAGATTTTCTTATGCAATTAGGTAGAGTAAAGGATGCTTTTGAATTAGATAAAATGTTTTTTGTCGTTAATGCAGCTGATCTAGCAAAAGACAAAGCGGAATTATCGTTAGTTTCCACATATGTAAAAGAACAGCTAACGCAATTAGGGATTCGTTTTCCTCGCTTGTATCCTGTCTCTAGTAGGAAAGCATTAACGGAAAAGCAAATGAATCATCGTTCTGATGAGCTTATGAGTAAGTTTGAAGACGATTTTTATCCATTTATCCATCACGGTTTAACGAAATTGGCTGTAGCTGCAGCTTACCGAGATGTGGAACGTATAGAGCAACAACTTCAACAATTTATAGCATCACAAAAATTGGATCAACAAGAAAAAGAGGCGTTCAAAAACGCCATTGAACAAAAACGCCAGCAAATAGAACAGATCATTGATCGTATGAAAGGTACAATAGAGATAAACCAAGTGAAACAAAAAGTGGAAAAACAAATATATTATGTTTTAGAGCGTTTTTCCATTCGCTTTCATGATATGTTTAAAGAAACATTCAATCCAGCAACAATTACGGAATCCGGTAAAGAAGGGCGGAAGCAGGTTAGGATTTGTCTACAAAACTTGGTTGATTACTGTCAAACTGAGTTGCTTCGAGAGTTACAAGCTGTATCGTTACGTTTAGAGGCATTTATGAATGATAAAATGTTAGAAGTATATCGATCTGCAGAGAAACAAAGTCAAAAAATTGATCATTCATTTTTGCTTGCAGAAATAGACAGAAAGAAAATTGCTTCACCTGATTTTATCGAGCCTTTAAAAAATGTTAATTTGCAAGCTTTTGCTCAAATTGTTCAATCATATAAACACACAAAAGCTTTCTTTGCTAAAAATGAGAAGGAACAAATGAAAGAGACTATCTTTGAATTAATTAAACCAGTAACGAAACAATCTATGGATGAGCATGAACAAATGATGGCCGCTTTTTATGAGGAAGAGTGGACAGCAATTATAGAGGAATTAAAACAGGCTATCGCTAATCAACTCCAAAGACATATGAAGAGTTATGAAGAGATGATGTCATCAAACGTTTCGTTGCAAGAGTTATTATACAAACATGATCATATATCTGCTATTCTAGCAGATCACAAATAG	MEKETAPRFVYQLASVYEQVRENGDDIRTEKLIELYDKYKRQELTICFAGHFSAGKSSMINALLGQDILPNSPIPTSANIVKITSGKGSIRVYFKHSDPEEYKEPFNLEVLKQYSMDKDNIQKIEISTSEQLLPSNSAFIDTPGIDAADDADRLMTEGSLHLMDALFYVMDYNHVQSEVNLQFMRNVQQKNIPFYIIINQIDKHKESELTFASFKESIKQTFDLWEIKPEKIFYTSLYEPKSKHNQFTELQKAIQELLTSRKQALLDRKHHIDDIITQHVDFLQEQYEEALENDYVTSEQQEKLVKKSIIVDALSALEQREADLKADFYSILQETVKNAYLMPATLRDKATSFLESQQSNFKVGFIGAKKKTEEERKKRLTEFVSDLQQNVEAGLQWKLRDKWLQLIKAYKVDDGQVQHDLQHFTIVVKEEDLLRTMKQGATLNGDAILHYTNDVAHEIKKRAKQLAHTLWNQIEQAFQAEVAPERSRLKQQLTEINYIQEKSNHYYALVDELEQKQTMVRQARYHKSATVKMTIVEIEEHISKQKKRIKFASEPALFKRENIPDKLLMKSSQTTTELTEKKQPVDRAIKAIEQTIDTVKNLPGFQSLIEDLSRKQQRLQHRTYTIALFGAFSAGKSSFANALMGEAVLPVSPNPTTATVNRIHPVTDKNQHGTLLVQLKTKQELVKEITSMTKKFSPVANELEELITWITREQLHHHPDLENTYQSFLQALLSGFESIKDDLGEEIILSIEAFPSYVADETKACFVDTIDLFYDCDLTRQGISLVDTPGADSVHARHTNVAFNYIKHADAILYVTYYNHALNRTDKDFLMQLGRVKDAFELDKMFFVVNAADLAKDKAELSLVSTYVKEQLTQLGIRFPRLYPVSSRKALTEKQMNHRSDELMSKFEDDFYPFIHHGLTKLAVAAAYRDVERIEQQLQQFIASQKLDQQEKEAFKNAIEQKRQQIEQIIDRMKGTIEINQVKQKVEKQIYYVLERFSIRFHDMFKETFNPATITESGKEGRKQVRICLQNLVDYCQTELLRELQAVSLRLEAFMNDKMLEVYRSAEKQSQKIDHSFLLAEIDRKKIASPDFIEPLKNVNLQAFAQIVQSYKHTKAFFAKNEKEQMKETIFELIKPVTKQSMDEHEQMMAAFYEEEWTAIIEELKQAIANQLQRHMKSYEEMMSSNVSLQELLYKHDHISAILADHK				NA	NA	NA	NA	NA
AK148_00450	690	yflN_1	COG0491	putative metallo-hydrolase YflN	ATGAAAATAATAGAACTACCGATTGAATTTGAATTTAATGGACAAAAAAATTGCATCTACCCTAGCCTATTTATTTCAAATAATGATGAATTAACTTTGGTCGATACAGGGTATGCAAATTTTTTGCCTTTAATTGAAAATGAAATTATTAAGAATGGATATGAAATGAAGCAATTAAAGAACGTAATTGTTACGCACTATGACGATGATCATATAGGTTCATTATATGATTTTAAAGTAAAATATCCTCAGATTAATATTATAGCTAGCGAAATTGAATCAACATACATTAGTGGCGAAATAAAATCAGAGAGATTGGTTCAAGCTGAAGATATGCTGGAAAATTTGCCAAAAAAGGAATTGGAGTTTGGTATATGGTTTGTACTGCAATTAAGAAAGTTGAAGCATGTCGCAGTAGATGAGAAGGTAAATGATGGTGATATAATTTTAGATAGCAAGTGTAAAATAATAGCAACACCAGGTCATACTTCGGGGCATATTACATTGTATTTCCCAAGTTTAAAAAGTGTAATTACTGGAGATGCAGCTGTTAAAAATCATGATGATTTGTTTATTGCTAACCCGCATTTTTGTATAGATATTAAGCAAGCAGAACAGTCATTGAATAAAATTAAAAATCTTAAAGTTAAATATATTTATTGTTATCATGGTGGGAAATTAACTTTATGA	MKIIELPIEFEFNGQKNCIYPSLFISNNDELTLVDTGYANFLPLIENEIIKNGYEMKQLKNVIVTHYDDDHIGSLYDFKVKYPQINIIASEIESTYISGEIKSERLVQAEDMLENLPKKELEFGIWFVLQLRKLKHVAVDEKVNDGDIILDSKCKIIATPGHTSGHITLYFPSLKSVITGDAAVKNHDDLFIANPHFCIDIKQAEQSLNKIKNLKVKYIYCYHGGKLTL				NA	NA	NA	NA	NA
AK148_00451	1530	accD5	COG4799	putative propionyl-CoA carboxylase beta chain 5	ATGACTCATAAAAATATATATGATGAAAAAGTAGCTACTATTAAGAGTGGTGGACAAGAAAAATATCATCGTAAAAATGGGGAAAAAGGTAAGTTGTTTGTACGTAAACGGTTAAAAAGGTTATTAGATGAAGATTTAAATATAGAAGATGCTTTTTTTGCAAATTGCATGGATGGTGCACTACCATCTGATGGTGTGGTTACAGGGATTGGGAAAATAAACGGCCAATCCGTTTGCATCATGGCAAATGATTCTACGGTCAAAGCTGGCTCATGGGGAAAGCGTACCGTGGAAAAAATCATTCGAATTCAAGAAACTGCTTTATCACTGGAAATTCCCATGATTTATCTAGTAGATTCTGCTGGTGCGAGAATTACAGATCAAGTAGAGATGTTTCCTGGAAGAAGAGGTGCCGGACGAATATTTCATAACCAGATAAAATTATCAGGCCGCGTGCCGCAAGTATGTCTATTGTTTGGCCCTTCTGCAGCAGGAGGCGCTTATATCCCTGCTTTTTGTGATATTGTCGTTATGGTTGATGGGAACGCTTCTATGTATTTAGGTTCACCACGAATGGCAGAAAAGGTTATTGGCGAGCAAGTTAGTTTAGAAGAAATGGGTGGAGCTAATATGCACTGCTCTGTTTCGGGGGTTGGTGATGTGTTAGCAAAGTCTGAGCAAGAAGCCATTGCATACACGCAAACTTACTTAAGTTATTTTCCAGCCAATTTTAGGCAGAAACCAAACATAGAAGAAGCAAAAGCAACAAAACAACTGAAAACAACTATTTCTGACTTAATTCCAGAGAATCAAAATGCTGCTTTTAACATGTATGATCTTATTGATCAAATTATAGATGAAGATAGCTTTTGTGAGATAAAGAAGAAGTTTGCGCCTGAACTAATTACGGGTCTAGCAAGAATAGACGGACGGTCTATTGGTATTATTGCAAATCAGCCAAGGATGAAAGGCGGTGTCTTATTTCCGGACTCAGCGGATAAGGCAGCCAAATTTATGCAACTCTGTGATGCATTTAATATCCCACTGTTATTCTTAGTAGATGTACCTGGATTTATGATTGGGACAAAAGTGGAACGCGCTGGCATCATTCGTCACGGAGCAAAGATGCTCGCGACAATGAGTGAAGCGACGGTTCCTAAGATCTCTGTTATCGTGCGGAAAGCATACGGAGCTGGATTATATGCTATGGCAGGGCCAGCTTTTGAACCAGATTGCTGTTTAGCCTTACCTACTGCTCAAATTGCTGTTATGGGACCTGAAGCAGCAGTGAATGCCGTATATGCGAATAAGATTCAGGAATTACCGGAAGATGAGCGACCGGCCTTTATTAAAGAAAAGCAGGCAGAGTATAAAGAGAATATTGATATTTACCGCTTAGCTTCAGAAATGGTAATTGATGCAATTATTGATCCAGAGAAGTTGCGAGAAGAATTAAAGACACGCTTTTCTATCTATGAATCAAAAAATGTAACATTTACGGAAAGAAAACATGGTGTATATCCGGTATAG	MTHKNIYDEKVATIKSGGQEKYHRKNGEKGKLFVRKRLKRLLDEDLNIEDAFFANCMDGALPSDGVVTGIGKINGQSVCIMANDSTVKAGSWGKRTVEKIIRIQETALSLEIPMIYLVDSAGARITDQVEMFPGRRGAGRIFHNQIKLSGRVPQVCLLFGPSAAGGAYIPAFCDIVVMVDGNASMYLGSPRMAEKVIGEQVSLEEMGGANMHCSVSGVGDVLAKSEQEAIAYTQTYLSYFPANFRQKPNIEEAKATKQLKTTISDLIPENQNAAFNMYDLIDQIIDEDSFCEIKKKFAPELITGLARIDGRSIGIIANQPRMKGGVLFPDSADKAAKFMQLCDAFNIPLLFLVDVPGFMIGTKVERAGIIRHGAKMLATMSEATVPKISVIVRKAYGAGLYAMAGPAFEPDCCLALPTAQIAVMGPEAAVNAVYANKIQELPEDERPAFIKEKQAEYKENIDIYRLASEMVIDAIIDPEKLREELKTRFSIYESKNVTFTERKHGVYPV	PGPT0002300_609	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PROPIONIC_ACID_BIOSYNTHESIS,PGPT0002300-mmdA-K01604	NA	NA
AK148_00452	780	crt_2	COG1024	Short-chain-enoyl-CoA hydratase	GTGGATCAAAATATTGAATTAAAAAAGGAAGCATCCATTGCTGTAATAAAAATAAATCGGCCAGAAGCTGCAAATGCGCTATCACAGCCATTACTCAAAGAACTACAAACAACTCTCCATATCATTGAACAAGACCATACTGTTCGATGTGCCATTATTACTGGGAATGGTGGGAAAGCATTTTGTGCAGGAGCAGATTTAAAAGAGCGTGCGAATATGAATGATCAAGAAGTAATAGCTGCTGTTGCTAGTATCAGTGAAACAATAAATAGAATAGAAGAATTGTCTATACCAGTTATTGCTGCAATGAATGGGGTAGCATTTGGTGGTGGATTAGAATTAGCATTAGCATGTGATATTCGTATTGCTGCGGACCATGTGCAAATGGGGCTTACAGAAACTTCGCTCGCTATTATACCAGGAGCAGGCGGTACACAGCGTCTACCGCGATTGATAGGAATGGGTCAAGCGAAACGATTGATTTTTGGAGCGAAACGCATCGATGCGGAAGAAGCTTATCGAATCGGGTTAATAGAGGAAATCGTATCAGAAAGTGATTTAATGACAGAGGCTAATAAACTTGCAACAACTATTTCAAGGAATGGACCCGTTGCCCTTAGACAGGCTAAAACAGCTATAAATAAAGGTGCAGAAACCGATTTAAAGACAGGTTTGCTTATTGAAAGATTAGCCTATCAGCAAACAATTCCAACGAAAGATCGAATGGAAGGGTTACACGCCTTTCGTGAGAAAAGACTACCGAAATATGAGGGGAACTAA	MDQNIELKKEASIAVIKINRPEAANALSQPLLKELQTTLHIIEQDHTVRCAIITGNGGKAFCAGADLKERANMNDQEVIAAVASISETINRIEELSIPVIAAMNGVAFGGGLELALACDIRIAADHVQMGLTETSLAIIPGAGGTQRLPRLIGMGQAKRLIFGAKRIDAEEAYRIGLIEEIVSESDLMTEANKLATTISRNGPVALRQAKTAINKGAETDLKTGLLIERLAYQQTIPTKDRMEGLHAFREKRLPKYEGN	PGPT0005825_82	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_TOLULENE|DERIVATE_DEGRADATION	XENOBIOTIC_TOLUENE_DEGRADATION_PATHWAY_1,PGPT0005825-bbsH-K07546	NA	NA
AK148_00453	210	yngHB	COG0511	Biotin/lipoyl attachment protein	ATGGAAGTAAAAGCAACGATGGCAGGAAGTGTTTGGAAGATAACGGTAGAACAAGGGCAAACAATAGAGGAAGATCAAGATGTTGTTATCTTGGAATCTATGAAGATGGAAATACCTATTACAGCTGAACAGTCTGGAGTATTAAAAGCGTTAAAAGTAAATGAGGGGGATTTTGTGAATGAAGGAGATGTTATTGCTATCATTGAATAA	MEVKATMAGSVWKITVEQGQTIEEDQDVVILESMKMEIPITAEQSGVLKALKVNEGDFVNEGDVIAIIE	PGPT0001700_4708	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0001700-accB|bccP-K02160	NA	NA
AK148_00454	1338	accC	COG0439	Biotin carboxylase	ATGATAAATAAACTTGTTATTGCTAACAGAGGAGAAATTGCGGTACGGATTATCCGCACATGCAAAAAATTAAATATTCAAACGGTAAGTGTTTATTCCGAAGCTGATAAACACGCACCTCATGTAAAAATGGCAGATGAAAGTTATTTAATTGGCCCGCCACGTGTACAGGAAAGTTATTTAAATGCTGAAAAAGTCATTGCGATAGCGAAGGAAGCAAAAGCAGATGCTATACATCCAGGTTATGGATTTTTAAGTGAAAATGCTGACTTTGCTAAGCAATGTGAACAAGCTGGATTTATCTTCGTTGGGCCTAGAAGTCAGGTTATTCAAAAAATGGGTAATAAAATTAAAGCTAGACGCGCGATGAAGGAAGCGGGAGTTCCAATTGTTCCTGGAACAGAAGACGCCATTGTTACAGTGGAAGATGCTCTTTTACACGCTAATCAAATTGGTTACCCGGTGATGGTAAAGGCTTCTGCTGGAGGTGGTGGGGTTGGTATGCAAGTAGTGTATAAAGAAGCTGAGTTGGCAGAAGCATTTACGAACAATGCAAAACGAGCCCAAAGCTTATTTGGTGATGGAGCAATGTTTATTGAAAAAAAAATAGATAATGCCCGTCATATCGAAGTGCAAGTACTAGCTGACACTTATGGAAATACCATACATTTATTTGAGCGCGAATGCTCTATTCAACGGAGAAATCAAAAGGTCATTGAAGAAGCTCCGTCTCCATTTATATCCGAAGCAACTAGGCTAGAAATGGGTGAAAAAGCAGTTCAAGCAACGAAGGCTCTTCACTATACGAATGCTGGTACAATTGAATTTTTAGTGGATGAAGAGGAGAACTACTATTTTTTAGAAATGAATACACGTATTCAAGTAGAACATCCCATTACAGAAGAAATAACAGGAATAGACATTGTTGAAAAGCAATTAGAAATCGCTAGCGGCAAACGGTTGAACTTAACGCAACAAGAATTATCCATCCAAGGCCATGCAATTGAAACTCGGATATATGCGGAAGATCCGAGCACATTTTTTCCATCACCTGGGCATATTGATATATTTCAACCTCCGAAAGGGGACGGCATTCGTAATGAAATCGCTGTAGGTACGAATTATGATGTAACCCCATTTTATGATCCAATGATTGCAAAATTAATCGTTCACGGGAAAACACGGGATGAAACTATTGCTTTATTAAAAGAAGCACTAGGGAAATATAAGGTTACAGGAATAAAAACAAATATTTCAATGTTGTTGCATGTAATAGAGCACGAACAATTTAAAGCTGGAAATACGACCACGAATTACCTAGAATTATTTTACAAATAA	MINKLVIANRGEIAVRIIRTCKKLNIQTVSVYSEADKHAPHVKMADESYLIGPPRVQESYLNAEKVIAIAKEAKADAIHPGYGFLSENADFAKQCEQAGFIFVGPRSQVIQKMGNKIKARRAMKEAGVPIVPGTEDAIVTVEDALLHANQIGYPVMVKASAGGGGVGMQVVYKEAELAEAFTNNAKRAQSLFGDGAMFIEKKIDNARHIEVQVLADTYGNTIHLFERECSIQRRNQKVIEEAPSPFISEATRLEMGEKAVQATKALHYTNAGTIEFLVDEEENYYFLEMNTRIQVEHPITEEITGIDIVEKQLEIASGKRLNLTQQELSIQGHAIETRIYAEDPSTFFPSPGHIDIFQPPKGDGIRNEIAVGTNYDVTPFYDPMIAKLIVHGKTRDETIALLKEALGKYKVTGIKTNISMLLHVIEHEQFKAGNTTTNYLELFYK	PGPT0001705_4347	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
AK148_00455	1635	fadD3	COG0318	3-[(3aS,4S,7aS)-7a-methyl-1,5-dioxo-octahydro-1H-inden-4-yl]propanoyl:CoA ligase	ATGACGCTTTTACATGAAACTGTTGGGGAACTTTTAGAGAAACAAGTAAAATATTTTCCGAATCATGAAGCAATTATCTACCCAGAATTAAACCTTAGAAAAACATATGAGGAATTTAATAAGGAGGTAAATGAAGCAGCCAAAGGTTTCATGGCTTTAGGAATAAGTAAGGGAGATCATGTGGCAATTTGGTCGGACAATAAACCTGAATGGCTAACGACCCAATTTTCAACCGCTAAAATAGGGGCTGTATTAGTAACCGTAAATACGAACTACCAAGCTAATGAGCTAGAATATTTATTAAAACAATCCGAGACTTCTACTTTAATTATGGCTGAAAATTATAAAGGGACGTCTTATTTGGAAGTTTTAAGAAATATTTGTCCAGAACTGGATAACGCGACACCAGGGAACATAAAATCAAAAGTTTTACCAAAACTAAAAAACATTATCGTTTTAAGTGAAACGGATTATGCTTTTGCGTATAAATGGATCGATATCATGCAAGCAGGAAAAGGCATAGCAGAACAAGACCTAACGGAACGAAAAGCAAGTTTAGCAATGCATGACGTTATTAATATGCAATATACTTCTGGAACAACTGGATTTCCCAAAGGTGTGATGCTGACACATTATAATATTGTTAATAATGGGAAGCAAATTGCTGATTGTATGAAGTTGACTGAATCAGATCGGTTGTGTATCCCCGTCCCCTTTTTTCACTGTTTTGGTTGTGTGCTAGGAGTCTTAGCTGCCGTTTCCAAAGGAGCTACAATGGTTTTAGTAGAGCAATTTGCCCCAGAAAAAGTACTAAAGACAGTTTCTCAAGAAAGATGCACCGCTTTACACGGTGTGCCAACGATGTTTATTGCTGAACTGAATCACCCTAATTTCGAACGGTATGATTTGTCTAGTTTAAGAACAGGGATCATGTCAGGGTCGCCTTGTCCAATGGAAGTTATGACGAAAGTAATGGAAAGAATGGGCGCAGATGAAATAACAATCGCATATGGGCAAACCGAAGCTTCACCTGTAATTACACAAACGAAGACAGATGACGCTATAGAGTTACGAGTGAGCACGGTCGGGATGCCTCATCCTAATGTTGAAATAAAAATCGTCATTCCAGGAACAAATAAAGAACAAAAACGTGGAGTTCCTGGAGAATTGTTGACAAGAGGTTATCATGTGATGAAGGGATATTATAACAATCCCGAAGCTACTAAGCAGGCAATAGATGAGGAAGGTTGGCTACACACTGGAGATTTAGCTTTGCTTCGAGAAGATGGTTATTTAGAAATAACGGGAAGAATGAAAGATATGATTATCCGTGGAGGGGAAAATATTTATCCACGAGAAATTGAAGAATTTTTATATCAGCATTCAGATATACTTGATGTGCAAATTGTTGGTGTCCCTGACGAAAAATATGGCGAAGAGATAATGGCATGGATTATTCCCAAAAAAGAGAGTACTATTTCTGAAGCCGATATACGCACTTTTTGTGAAGGGAATATATCATGGCATAAAATACCAAAGTATATTGCTTTTGTGGATGAGTATCCGATGACGGCAAGTGGAAAGATTCAAAAATACCGCTTGAAAGAAATGGCGATGCAAAAGTTAGTTGAATAG	MTLLHETVGELLEKQVKYFPNHEAIIYPELNLRKTYEEFNKEVNEAAKGFMALGISKGDHVAIWSDNKPEWLTTQFSTAKIGAVLVTVNTNYQANELEYLLKQSETSTLIMAENYKGTSYLEVLRNICPELDNATPGNIKSKVLPKLKNIIVLSETDYAFAYKWIDIMQAGKGIAEQDLTERKASLAMHDVINMQYTSGTTGFPKGVMLTHYNIVNNGKQIADCMKLTESDRLCIPVPFFHCFGCVLGVLAAVSKGATMVLVEQFAPEKVLKTVSQERCTALHGVPTMFIAELNHPNFERYDLSSLRTGIMSGSPCPMEVMTKVMERMGADEITIAYGQTEASPVITQTKTDDAIELRVSTVGMPHPNVEIKIVIPGTNKEQKRGVPGELLTRGYHVMKGYYNNPEATKQAIDEEGWLHTGDLALLREDGYLEITGRMKDMIIRGGENIYPREIEEFLYQHSDILDVQIVGVPDEKYGEEIMAWIIPKKESTISEADIRTFCEGNISWHKIPKYIAFVDEYPMTASGKIQKYRLKEMAMQKLVE	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
AK148_00456	1143	bcd	COG1960	Acyl-CoA dehydrogenase, short-chain specific	ATGAATTTTTCGTTTACCGAAGAACAAACAATGGTGAAAAATATGGTGCGGGATTTTGCTGAATCTGTCATCAAACCACGAGCAATTGAAATTGATAAAACAGCTTCTTTTCCAATTGATATTTTTAAACAAATAGGCGAGCTGGGATTGTTAGGGATCCCATTTCCTGAAAAATATGGTGGTTCTGGGGGAGATACAATTTCATATGCTTTAGCAGTGGAGGAAATTGGCCGCGTTTGTGGAAGCACAGGCTTAAGTTATGCAGCAGCAGTTTCATTAGGTGCTAGTCCGATTTATTATTTTGGAACAGAAGCACAAAAACAACAATATTTAGTTCCACTTGCTGAAGGTAGTGCATTAGGGGCGTTTGGCTTAACCGAACCAAATGCTGGGTCAGATGCTGGGGGAACAAAGACGACAGCAGTAGTTGAAGGTGACGAATATGTTATAAATGGAGAAAAATGTTATATTACAAACGCAAGCTACGCTAAAACAATTATTGTAACCGCTGTAACAGGAAAAGATGATCGAGGGAAAAATATTATTTCTGCTATTATTGTTCCTACGCATACAGAAGGGCTCACGATTACAAGCAGTTATGACAAAATGGGAGTTCGTGGATCAGATACAGCTGAAGTTGTATTGGATAATGTACGCGTTCCTACAGAAAATCTATTAGGAAATCCAAAAAAAGGATTTAAACAATTCCTATATACTTTAGATGGTGGCCGCATATCTATAGCTGCTCTGGGTGTAGGGATTGCTCAAGCCTCATTGGAGAAAGCGCTAACCTATGCAAAAGAACGAAAACAATTTGGTAAATCTATATCCGATTTTCAGGCGATTCAATTTAAGTTAGCTGATATGGCAATGGAAGTGGAGTTAGCTAGAAATATGGTACATAAAGCTGCCTGGTTAAAAGATAAAGACAAAGCATTTGGGAAAGAAGCTGCTTATGCAAAGTTATATGCTACTGAAACTGCTTTTCGTTCAGCGAATCAAGCGATTCAGATTCATGGCGGTTATGGATATATGCGTGAATATGAAGTAGAACGCTATTTGCGCGATGCGAAATTACTTGAAATCGGAGAGGGTACTTCAGAAATTCAACGCTTAGTTATTGCTAGACACTTAGGTTGTTAA	MNFSFTEEQTMVKNMVRDFAESVIKPRAIEIDKTASFPIDIFKQIGELGLLGIPFPEKYGGSGGDTISYALAVEEIGRVCGSTGLSYAAAVSLGASPIYYFGTEAQKQQYLVPLAEGSALGAFGLTEPNAGSDAGGTKTTAVVEGDEYVINGEKCYITNASYAKTIIVTAVTGKDDRGKNIISAIIVPTHTEGLTITSSYDKMGVRGSDTAEVVLDNVRVPTENLLGNPKKGFKQFLYTLDGGRISIAALGVGIAQASLEKALTYAKERKQFGKSISDFQAIQFKLADMAMEVELARNMVHKAAWLKDKDKAFGKEAAYAKLYATETAFRSANQAIQIHGGYGYMREYEVERYLRDAKLLEIGEGTSEIQRLVIARHLGC	PGPT0002285_547	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0002285-bcd-K00248	NA	NA
AK148_00457	480			hypothetical protein	TTGCTGTACGTCATTCATGATATATTTATTAGCTATGTATTGGAAAAAGCGGAAGCTGCTAATAGCAGTCATACTTGTCCAACAGATAAGCTGCAAGCGATTATTAAGGATTTTGTGAAAGTATTTGATATTTATAAACCGCATATTTCCGTTTTTTATCAGGAAAGTATCTATTTGAAGCCAGAATATGAATCTTTAATTAAACAAAAAAGAGACCAGTTTAAACAGTTGATTTTTAATACAATTGCTGAAGGTCAAGCAGATGGAGAATTTCGTGATGATTTACCTGTTGAAATAGCAGGAATGGCAATTTTAGGGATGGTGAATTGGACGTATAAGTGGTATCAGCCTACGGGGAAGAATACAATTGATGAAATTAGCGACATATTTATTGATCTTATTTTACAATCTATCATACCAAAAGAGATTGAATTAGGTGAGGAAAAAAGAGGACGTTATGGTTCCGACAGTTCTCGATAA	MLYVIHDIFISYVLEKAEAANSSHTCPTDKLQAIIKDFVKVFDIYKPHISVFYQESIYLKPEYESLIKQKRDQFKQLIFNTIAEGQADGEFRDDLPVEIAGMAILGMVNWTYKWYQPTGKNTIDEISDIFIDLILQSIIPKEIELGEEKRGRYGSDSSR				NA	NA	NA	NA	NA
AK148_00458	2454	parC		DNA topoisomerase 4 subunit A	TTGACTCAATCAGGAACATTTTTAGACCTTCCCTTAGAAGAAGTAATAGGCGATCGATTTGGAAGGTATAGTAAATATATTATTCAGGATAGAGCGTTACCTGATGCTAGAGATGGTTTAAAACCAGTACAACGTAGAATTCTTTATGCTATGCATGAAGAAAAAAATACACATGATAAAAATTTTCGAAAATCGGCAAAAACAGTAGGTACAGTAATCGGTAATTATCATCCGCATGGCGATTCCTCCGTTTATGAGGCTATGGTTCGACTTAGTCAAGATTGGAAAGTAAGAAACGCTTTAGTTGAAATGCATGGAAATAATGGAAGTATTGATGGCGATCCACCTGCTGCTATGCGTTATACGGAAGCGAGATTGTCTAGCATCGCTTCTGAGCTACTAAGAGATATTGATAAAGATACCGTTGATTTTATTTCTAATTTTGATGATACCGATACAGAACCCGTTGTTTTACCAGCAAAGTTTCCTAATTTGCTCGTAAATGGATCAACCGGAATTTCTGCTGGATATGCAACAGATATCCCACCGCATAATTTAGCAGAGGTGTTAGATGCCGTTATTCTTAAAATTGATAAACCTACTGTTACTACGGAAGAATTAATGAAAGCTATAAAAGGGCCTGATTTTCCTACTGGAGGGATTATCCAAGGTTTTGATGGAATAAAAAAAGCGTATGAAACAGGTCGTGGAAGAATTGTAGTTCGTGGGAAAACAAGAATTGAAAGCCTCCGGGGAAACCGTGAACAGATTATTATTGATGAAATCCCTTATGAAGTCAATAAAGCGAATATGGTTAAGAAAATTGATGAATTACGCATTGACCGAAAAGTAGAAGGGATTGCTGAAGTTCGCGATGAGACAGATCGTACAGGATTACGAATTGTAATTGAATTGAAAAAAGACGTAAATGCAGAAGGTGTTTTAAATTATTTATTTAAAAATACAGACTTACAAGTAACTTATCATTTTAATATGGTTGCTATACAAGATAAAACACCCAAACAATTATCGTTAAACCAATTATTAGAGTCGTATATTGCTCATCAAAAAGAAGTCGTAACGAGGCAAACCGCTTTTGATCTAAAAAAAGCGAAAGATCGCGCTCATATCGTTGAAGGTTTGATTAAAGCTATTTCTATGCTTGATGAAATTATCCAAACGATCCGTTCATCCAAAGATAAACAAGATGCAAAGCAACGCCTTATCAGTACCTATTCCTTTACAGAAGCACAAGCTGAAGCCATTGTTACTTTGCAGTTATATAGATTAACAAATACAGATATTACTTCATTAGAGCAAGAGGCAAATGCTTTACAAGAACGAATTAAGGAATTAGAGCTTATTTTAGGCAGTGAAAAGGAACTTTTAAAAACAATTAAAAAAGACCTAAGGAAAATAAAAAAGACATATGCGACGCCACGTTTAACAGTTATTGAAGCTGAGATTGAAGAACTGAAAATTGATATTGAAGTGATGGTTGCAAGTGAAGATGTACTACTGTCAGTGACGAGAGACGGTTATATAAAACGGACGAGTTTACGTTCTTATAGTGCTTCCAACGGGGAAGATTTCGCTATGAAAGAAGAAGATCATCTAATTCGCTTGATAGAACTAAATACAACGGATAAAGTTCTCTTGTTCACAAATAAAGGTAGGTATATCTATTTACCTGTACATGAGTTACCGGATATTCGCTGGAAAGATATTGGACAGCATTTATCTAATATCGTAACCTTAGAAAAAGAAGAAAAAGTAATTGAATGTTTACCTATACGTCAATTTGATGAACGTTGCTATTTATTGTTTTTCACTAAAAATGGCATGGTCAAAAGAAGCCAATTCCATCTTTATGAAGCACAAAGATATGCAAAGCCATTAATTGCACTTAACTTGAAAAATGGTGACGAAGTAATCAATGTCCATTTAACAGATGGAAATCAAGATGTATTTGTTGCTTCAGACAAAGGATATGGATTATGGTATCATGAATCGGAAATTTCAGTTGTTGGGCAACGTGCTGCTGGAGTAAAAGCAATGCAGTTAAAAAATGATGAACATGTAGTTAGTGGTCAAGTATTTGATGATTTATCAGAGGCTTCTTTAGTCGTTTTAACGCAGCGCGGCGCTTGCAAGCGGATGAAGTTAAATATGTTTGAGAAAACAAGTCGAGCTAAAAGAGGTTTACAAATGCTTCGTGAACTGAAAAGTAAGCCACATCGGATACGAGGCTTCTTTCTCATTAACGAACAAGATACAATTCAATTTAAAACAAAAGATGAAGAAGTGCATCACGTATTCCCATTAGAACTATCCAATAGTGATCGGTACAGTAACGGATCATTTATTATAGATGCTGATATTCATGGAGAAATTATCGATGCATGGAAGCAAGTCCAATATGAGCAGCCATTTGCAAAATCATCCGAAACTTAA	MTQSGTFLDLPLEEVIGDRFGRYSKYIIQDRALPDARDGLKPVQRRILYAMHEEKNTHDKNFRKSAKTVGTVIGNYHPHGDSSVYEAMVRLSQDWKVRNALVEMHGNNGSIDGDPPAAMRYTEARLSSIASELLRDIDKDTVDFISNFDDTDTEPVVLPAKFPNLLVNGSTGISAGYATDIPPHNLAEVLDAVILKIDKPTVTTEELMKAIKGPDFPTGGIIQGFDGIKKAYETGRGRIVVRGKTRIESLRGNREQIIIDEIPYEVNKANMVKKIDELRIDRKVEGIAEVRDETDRTGLRIVIELKKDVNAEGVLNYLFKNTDLQVTYHFNMVAIQDKTPKQLSLNQLLESYIAHQKEVVTRQTAFDLKKAKDRAHIVEGLIKAISMLDEIIQTIRSSKDKQDAKQRLISTYSFTEAQAEAIVTLQLYRLTNTDITSLEQEANALQERIKELELILGSEKELLKTIKKDLRKIKKTYATPRLTVIEAEIEELKIDIEVMVASEDVLLSVTRDGYIKRTSLRSYSASNGEDFAMKEEDHLIRLIELNTTDKVLLFTNKGRYIYLPVHELPDIRWKDIGQHLSNIVTLEKEEKVIECLPIRQFDERCYLLFFTKNGMVKRSQFHLYEAQRYAKPLIALNLKNGDEVINVHLTDGNQDVFVASDKGYGLWYHESEISVVGQRAAGVKAMQLKNDEHVVSGQVFDDLSEASLVVLTQRGACKRMKLNMFEKTSRAKRGLQMLRELKSKPHRIRGFFLINEQDTIQFKTKDEEVHHVFPLELSNSDRYSNGSFIIDADIHGEIIDAWKQVQYEQPFAKSSET	PGPT0027705_801	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
AK148_00459	1959	parE	COG0187	DNA topoisomerase 4 subunit B	GTGACAAAACAAGCTAATTCATATAGCGATGACTCGATTCAAGTTCTAGAAGGCCTTGAGGCTGTACGAAAACGACCTGGAATGTATATTGGAAGTACAGATCTTCGAGGACTGCATCATCTTGTGTTTGAAATAGTAGATAATGCGGTAGATGAGGCTTTGGCTGGGTTTGGCGATGTCATTAAAGTAATGATACATAAGGATAATAGCATTTCCGTAACAGATTATGGACGAGGAATTCCTACAGGCATGCATCGTTCAGGAAAACCAACTCCTGAAGTTATTTTTACGATTTTACATGCAGGAGGTAAATTCGGGCAAGGCGGTTATAAAACAAGTGGGGGTTTACATGGAGTTGGTGCTTCGGTAGTAAATGCTTTGTCGGAATGGCTTGAAGTAACGATTCATCGAGATGGGCATAAATATTTTCAGCGATTTGAAAATGGAGGTAAACCTGTTGGGACTTTGGAGAAAAAAGGAACAACAAAGCTAACTGGTTCGATTATTCATTTTAAACCTGACCCTGCTATTTTTACTTCTACAGTTTATGATTTTGAGACTCTATCAGAGCGTTTACGAGAAGCAGCTTTTTTATTAAAAGGTCTAACTATTGAATTACATGATGTAAGATATCATCAAGTAGAGAAATACCAATTTCCAGATGGGTTAAAAGCGTTTGTAAATTATTTAAATGAGGAAAAGGATACACTTCATCCGGTTGTAGCTTTTGAAGGTGAACAACAAGGTATTGAGGTTGATTTTGCGTTTCAGTTTAATGATGGCTTTGCAGAGAGTATGCTGTCGTTTGTTAATCATGTTCGTACGAAAGATGGTGGAACGCATGAATCTGGGGCGCGAACGGCAATTACAAGAACATTTAACGATTATGCAAAGCGGACAGAACTGTTAAAAGAAAAAGATAAAAATCTAGAAGGTACAGATATACGTGAAGGATTTACATCCATTGTCTCGGTACGTGTGCCTGAAGATAAATTACAATTTGAAGGTCAGACGAAAGGGAAATTAGGTACTCCTGAAGCAAGATCTGTAGTAGATGCCGTCGTTTCTTCAAAATTGACTTTTTTCCTTGAAGAGAACCCAGATATCGCCAATTTGCTCATTAAAAAAGCGATAAAAGCAAAGGAAGCGAGGGAGGCAGCTCGAAAAGCAAGGGAAGAAGCGAGAACAGGGAAAAAGCGAAAAAAGAGAGAAACTCTGCTTAGCGGAAAGCTTACTCCTGCTCAATCAAAAAATGCAAAACGAAATGAATTATACCTTGTAGAGGGAGATTCAGCAGGAGGCTCTGCTAAGCAAGGAAGAGACCGCAAGTTTCAAGCAGTACTTCCGTTACGGGGGAAAGTAATTAATACAGAAAAAGCTAAATTGGAAGATGTTTTTAAGAATGAAGAAATCTCAACGATTATCCATACAATTGGTGCTGGTGTAGGCGGTGACTTCGATTTAGAGGATGTTCAATATGATAAAGTTATTATTATGACTGACGCAGACACGGATGGAGCACATATTCAAGTTTTATTGCTCACATTTTTTTATCGCTATATGCGCCCACTTGTAGAAGCTGGAAAAGTCTATATTGCACTTCCCCCTTTATATCAAATTGCTAAAGGGAAAGGAAAAAAGAGACAAGTAGCCTATGCGTGGGATGAACAAGAAATGAAACGAGTCGCTAAAGAATTTAAAAATGGCTATTCATTACAACGCTATAAAGGTTTAGGAGAAATGAATGCAGATCAACTTTGGGAGACGACTATGAACCCTGAATCCCGAACGTTAATTCGTGTTACTATTGATGATTTAGCTCGTGCTGAACGTAGAGTAACAACATTAATGGGGGATAAAGTAGAACCACGAAGAAAATGGATTGAAGGCAATGTTGAATTCGGTTTGGATGATGATTCCAATATTTTAGAAAATGATAAAATTTATACAGATGAATAA	MTKQANSYSDDSIQVLEGLEAVRKRPGMYIGSTDLRGLHHLVFEIVDNAVDEALAGFGDVIKVMIHKDNSISVTDYGRGIPTGMHRSGKPTPEVIFTILHAGGKFGQGGYKTSGGLHGVGASVVNALSEWLEVTIHRDGHKYFQRFENGGKPVGTLEKKGTTKLTGSIIHFKPDPAIFTSTVYDFETLSERLREAAFLLKGLTIELHDVRYHQVEKYQFPDGLKAFVNYLNEEKDTLHPVVAFEGEQQGIEVDFAFQFNDGFAESMLSFVNHVRTKDGGTHESGARTAITRTFNDYAKRTELLKEKDKNLEGTDIREGFTSIVSVRVPEDKLQFEGQTKGKLGTPEARSVVDAVVSSKLTFFLEENPDIANLLIKKAIKAKEAREAARKAREEARTGKKRKKRETLLSGKLTPAQSKNAKRNELYLVEGDSAGGSAKQGRDRKFQAVLPLRGKVINTEKAKLEDVFKNEEISTIIHTIGAGVGGDFDLEDVQYDKVIIMTDADTDGAHIQVLLLTFFYRYMRPLVEAGKVYIALPPLYQIAKGKGKKRQVAYAWDEQEMKRVAKEFKNGYSLQRYKGLGEMNADQLWETTMNPESRTLIRVTIDDLARAERRVTTLMGDKVEPRRKWIEGNVEFGLDDDSNILENDKIYTDE	PGPT0027710_1407	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
AK148_00460	417	yccU	COG1832	putative protein YccU	ATGACTTGGGAAAACCCAACAAATGAAGAACTGAAGCAGATTCTAGCTACAGCTAAAACAATTGCCGTTGTTGGATTATCAAATAATCCAGAACGAACATCTTACCAAATTGCTAAGATTATGCAACAAGAAGGGTATAAAATTATTCCTGTAAACCCCACTGTAGAGGAAGTTCTTGGGGAAAAAGCCTATACGTCGTTGTCAGAAGTACCTGATTCGATAGATATTATTAATGTGTTTCGCAAACCAGAATTTTTACCAGAAATTGCACAACAAGCTGTAAAAACAAATTGTAGGGTTTTTTGGGCTCAACAAGGTATTGTTAATGAAGAAGCATATTATTACTTAAAGCATCATGACTTTACTGTTATTATGGATTTATGTATTAAAGTAGTCCATGCTGTGTTGGTAAAATAA	MTWENPTNEELKQILATAKTIAVVGLSNNPERTSYQIAKIMQQEGYKIIPVNPTVEEVLGEKAYTSLSEVPDSIDIINVFRKPEFLPEIAQQAVKTNCRVFWAQQGIVNEEAYYYLKHHDFTVIMDLCIKVVHAVLVK	PGPT0013060_1229	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384	NA	NA
AK148_00461	1524			hypothetical protein	ATGAATGAGTTTGTAAATGCATTTCAAAACCGACAAGGATTGCTTGCTGAAACCATTTGGGAGCATTTACAAATATCACTTATTGCTTTAATCATCGCTATTTTAATCGCTGTTCCTTTAGGGCTCTTGTTAACAAGATATCCTAAAATAGCTGAACCGGTCATAGGTCTTACAGCTATTTTACAGACTATTCCAAGTTTAGCGGTGTTAGCATTTTTAATTCCTTTTTTCGGTATTGGGACGCTACCAGCTGTTATCGCTTTAACTGCTTACGGTTTACTGCCAATTTTACGAAATAGTTATACTGGGATTAAAGAAGTAGATCAAGCTTATATTGAAGCAGCAACAGGCATGGGGATGAATTCTTATAAGCGGTTAATAAAAGTTGAATTGCCTATTGCGATGCCAGTATTAATGGCAGGAGTTCGGACATCTATGGTTTTAATTGTTGGAACAACTACATTAGCCGCTTTAATTGGCGCTGGCGGTTTAGGAGAAATTATTCTATTAGGCTTAGACCGTGGAGCTGATGTTAATCTAATTTTATTAGGAGCTATACCTGCCGCTTTACTTGCAATTGTACTCGATGTCATTTTACGGTGGTTTGAACGAGTTTCTAAGAAAGCAGGCATTAAAACGTTGTTAGTTATGTTACTACTTGCTATATGTATTGTTATCGCTCCATTCGTTATCCAAATGGAAGAAAAGGAAGACATCGTGATCGGTGGGAAATTAGGGGCTGAGCCTACTATTTTAATGAATATGTACAAGCTCTTAATAGAAGAGGAAATGAATTTAAACGTTACCCTAAAGACAAATCTTGGAAAAACAGCATTTGTGTTTGAGGCATTGGAACAAGGGAGTATTGATGTTTATCCTGAATTTACAGGAACAGCCATTGTTACTCATTTAGAAGAAGAGACAACTAGCCAAAATGAACTAGAAGTGTATCAACAAGCCAAAGATGGAATGGAAGAGGCATTTGATATGGCATATTTACAGCCGATGGATTATAATAATACGTACACCGTTGCAACGACAAAAGAAATAGCTGATCAATACAACTTGCAAACAATGGAAGACATTAAACAAGTAGAAGAACAGTTGATTGCAGGATTTACATTGGAATTTAAGGACAGATACGATGGATATGTTGGAATGCAGGATGTTTATGAGCTGGACATTGCAGATGTTAACACAATGGATCCTGGTTTGCGACAGGAAGCCATAACATCCGGTGAAGTTGATCTCATTGATGCATATGCAACAGATAGTTACATGGAAGAGCTTGGTTTAGTTGCTTTAGAAGATACGAAAAGTTTATTTCCTCCTTATCAAGGAGCACCTCTTTTACGTAACGATACGTTAGAAAAACACCCTGGACTAGAGCGAGTTTTAAATCAGCTTGGAGGTAAAATAACGGATCAACAAATGAGGGAAATGAATTATCTAGTGGACTATGAAGATCAGCCACCTGAAAAAGTTGCTAAAGAATTTTTAAAAGATCAGGGATTATTACAATAA	MNEFVNAFQNRQGLLAETIWEHLQISLIALIIAILIAVPLGLLLTRYPKIAEPVIGLTAILQTIPSLAVLAFLIPFFGIGTLPAVIALTAYGLLPILRNSYTGIKEVDQAYIEAATGMGMNSYKRLIKVELPIAMPVLMAGVRTSMVLIVGTTTLAALIGAGGLGEIILLGLDRGADVNLILLGAIPAALLAIVLDVILRWFERVSKKAGIKTLLVMLLLAICIVIAPFVIQMEEKEDIVIGGKLGAEPTILMNMYKLLIEEEMNLNVTLKTNLGKTAFVFEALEQGSIDVYPEFTGTAIVTHLEEETTSQNELEVYQQAKDGMEEAFDMAYLQPMDYNNTYTVATTKEIADQYNLQTMEDIKQVEEQLIAGFTLEFKDRYDGYVGMQDVYELDIADVNTMDPGLRQEAITSGEVDLIDAYATDSYMEELGLVALEDTKSLFPPYQGAPLLRNDTLEKHPGLERVLNQLGGKITDQQMREMNYLVDYEDQPPEKVAKEFLKDQGLLQ	PGPT0013581_12	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013581-opuCB|yvbD-NA	NA	NA
AK148_00462	1068	btuD_1		Vitamin B12 import ATP-binding protein BtuD	ATGATTGAATTTAACCAAGTTTACAAAGCATATCTAGATGGAACAGAAGCTGTAAAAGATATTTCTTTCCAAGTCGAAAAAGGAGAATTTATTACTTTAATTGGCCCAAGTGGTTGTGGTAAAACAACAACAATTAAAATGGTTAATCGACTAATGGAACCAACTTCAGGTGACATCTATATAAAAGGAGAAAATATTAGCGCATTTCCAATTGACCAGTTAAGGTGGAATATTGGTTACGTACTACAAGAAATAGCTTTATTTCCTCATATGACCATAGAAGAAAATATCGCAGTTGTTCCTGAATTAAAAAAATGGGATCGACGACGAATTCAAAATCGATCTAAGGAACTATTAGAGATGGTCGGTCTTGACCCATCCATGTATAAGAAAAAACTGCCAGCCGAACTTTCTGGTGGTCAGCAACAGCGTATTGGAGTTATTCGTGCTTTGGCAGGTGATCCGGATATTATATTGATGGATGAGCCATTTAGTGCCTTAGATCCGATCAGTAGGCAGCAATTACAAACAGATATCCAAAGATTACAACAAGAAGTGAAAAAAACCATTTTGTTTGTTACCCATGATATAAAAGAAGCAATGGCATTAGGGGATCGTGTTTGTTTAATGAATGAAGGGAAAATTGTACAGTTTGATACACCAGACAATCTCGTACGTCACCCGAAAACTACATTTGTAAAAGAATTCACTGGTAAAAGTCAGTCACCTTGGGACACACCTGTGGAAACAATTGCTTCTTCTGCAAGAAAACATATATTAAGCCGAACTGCTTTGAAACAAGGAGAATATGACCCTAACCTACTATATATAATAGCGGATGAAAATAATAATTATGTTGGTATGGTGAAACAAGGTAGGAAGATGGAAGGCGTACAACTACAACATAATCTTCCTTTATCAGAGGTGGTCCATGTGACAGAAGAAGTAGACCAAGATTTCTTTCCAATAGTAAAAGAAAATAAACTTGTTGGAGTGTTTCAATTTAGAGATATGGTTGCGTATTTAAAAGATCAGTCCCTGTTTGCAGGGGGATCAGAAGATGAATGA	MIEFNQVYKAYLDGTEAVKDISFQVEKGEFITLIGPSGCGKTTTIKMVNRLMEPTSGDIYIKGENISAFPIDQLRWNIGYVLQEIALFPHMTIEENIAVVPELKKWDRRRIQNRSKELLEMVGLDPSMYKKKLPAELSGGQQQRIGVIRALAGDPDIILMDEPFSALDPISRQQLQTDIQRLQQEVKKTILFVTHDIKEAMALGDRVCLMNEGKIVQFDTPDNLVRHPKTTFVKEFTGKSQSPWDTPVETIASSARKHILSRTALKQGEYDPNLLYIIADENNNYVGMVKQGRKMEGVQLQHNLPLSEVVHVTEEVDQDFFPIVKENKLVGVFQFRDMVAYLKDQSLFAGGSEDE	PGPT0013585_1460	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013585-opuA|osmV|yehX-K05847	NA	NA
AK148_00463	582	plsY_1	COG0344	Glycerol-3-phosphate acyltransferase	ATGGAATTTGTTCTGTTTGCTTTTATAGCCTATTTACTTGGTTCAATCCCTTCAGCGCTTATCGTTGGTAAGGTTGGATATAACAAAGATGTACGACAACATGGAAGTGGAAATTTAGGAGCAACCAACACCTTTCGTGTATTAGGTATAAAAGCTGGAATCATTGTAACTTTAGCTGACATTTTAAAAGGGACTGCAGCAACACTCATCCCCCTAATATTTGACGCTGATGTACACAGACTTATTATTGGACTGTTCGCCGTTATTGGCCACACGTACCCGATTTTTGCTAAAATGAAAGGTGGAAAAGCGGTTGCAACGTCTGCAGGAATCATTTTAGGTATTAATCCACTATTATTTTTATTGATGATATCAACTTTCATTATTAGCTTGTATATTTCTAAATATGTGTCGCTTTCCTCCATTATTACTGGAGTCATAACAGTTATTCTTTCTTTTGTTTTTCAAAATACAGGATTAATTATCGTTACATCACTATTAACTATTTTCGTGATATATAGACATCGGGAAAATTTAAAGCGAATAAAGAACAAAACAGAGCCAAAAATTACGTGGATGTAG	MEFVLFAFIAYLLGSIPSALIVGKVGYNKDVRQHGSGNLGATNTFRVLGIKAGIIVTLADILKGTAATLIPLIFDADVHRLIIGLFAVIGHTYPIFAKMKGGKAVATSAGIILGINPLLFLLMISTFIISLYISKYVSLSSIITGVITVILSFVFQNTGLIIVTSLLTIFVIYRHRENLKRIKNKTEPKITWM	PGPT0024375_3492	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024375-plsY-K08591	NA	NA
AK148_00464	933	folE2		GTP cyclohydrolase FolE2	ATGAAACATCAGGCAAAGGCTTTTCCAGTAAAACAATTACCTTCTAAAGAAAAGCGCCATCAACTATTTGGTTCTGTAAAGCCTGCCCCAAAAACAAAACCTGTTGATAAAATGCATATGGCGGATTTACAGAATACAAAAAAAGATTTTTTATTTGATCTAGATGCGGTTGGGGTTACAAAGGTAAAACACCCTATTTTGATATATAGTTTCATGCCACCGTACACACAAACAAGTGTCGCAGAATTCACATTCACTTCCAGCTTAAAACAAACGAACAAAGGCACAAACATGAGTCGCTTTATTGAACAACTAGCAAGTTACCAAAAAAATGGGTTCTCTACGGACCTAGAATTATTAAAAAAATTCACAAAAGATATGGCCAAAAGAGTTGAACAACAAGATGCAACAATAGAAGTAAGCTTTCCTTGGTTTTTTGAAAGACAAGCCCCTGACACAAGTCTTATTGGCTTAAATCACGCTAATGCGAGTATTAAAATGGAATACCATGAAACAAAAGGATTCCATATTCAATTATCTTTAGGTGTATCCATTACTACACTATGCCCTTGCTCTAAAGAAATAAGTGAATATAGCGCTCATAATCAGCGTGGTAATGTTACAATGGAAATAAGAGTTAGTGATGATTATCAAGAAGAAGATCTTGATTGGAAAAAAGTCTTGCTTGAGGCAGCAGAAAGTAACGCAAGCGCTCGATTACATCCTATCTTAAAACGAACGGATGAAAAATTTGTTACAGAACAAGCATATGAAAATCCGCGTTTTGTCGAAGATATGGTTCGTTTAATAGCTGCTGATTTATATGAAACGCCATTTATTGAAAAGTTTAAAGTAACTTGCCAAAATGAAGAATCTATTCATATGCACGATGCGATTGCTGAAATCACTTATGATAAGACCAAGGGTATTTGA	MKHQAKAFPVKQLPSKEKRHQLFGSVKPAPKTKPVDKMHMADLQNTKKDFLFDLDAVGVTKVKHPILIYSFMPPYTQTSVAEFTFTSSLKQTNKGTNMSRFIEQLASYQKNGFSTDLELLKKFTKDMAKRVEQQDATIEVSFPWFFERQAPDTSLIGLNHANASIKMEYHETKGFHIQLSLGVSITTLCPCSKEISEYSAHNQRGNVTMEIRVSDDYQEEDLDWKKVLLEAAESNASARLHPILKRTDEKFVTEQAYENPRFVEDMVRLIAADLYETPFIEKFKVTCQNEESIHMHDAIAEITYDKTKGI	PGPT0007880_202	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007880-folE2-K09007	NA	NA
AK148_00465	225	yidD	COG0759	Putative membrane protein insertion efficiency factor	ATGAAATATATCTTTATCGGTTTGATAAAATTTTACCGTACTGCTATCAGTCCTTTTAAACCGCCGAGTTGCCGATTTTTCCCTACTTGCTCTGAATATGGACTCGAAGCCTACAAACGATTTGGTGTTGTTAAAGGTACCTATCTAACAGTAAAGCGAATTAGCAAATGTCACCCTTTTCATCCAGGTGGCATTGATCTGGTACCTGAAAAGAACAAGAAATGA	MKYIFIGLIKFYRTAISPFKPPSCRFFPTCSEYGLEAYKRFGVVKGTYLTVKRISKCHPFHPGGIDLVPEKNKK	PGPT0024530_176	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
AK148_00466	300			putative protein	ATGGATATACAGATAAGTAAAGAAGCAGCGAAATGGTATAAGAATGAGTTAGATTTAGAAAACAATGACAACTACATTCGCTTTTTTGTCAGATATGGAGGATTTGGAGGTAATATTCCAGGTTTTTCACTAGGTGTAAGTAAGGATGTACCTGAGGAGGTACATGCTGCTAAAGAAATAGACAACATTACTTTTTATGTCGAAGAAAAAGATGCATGGTACTTTGAAGATAATGATTTAAAAATTAAGTTTAGCAGAAAAAAACAAGAACCAGAAATTTCTTATGAAAAAAGAGCTTAG	MDIQISKEAAKWYKNELDLENNDNYIRFFVRYGGFGGNIPGFSLGVSKDVPEEVHAAKEIDNITFYVEEKDAWYFEDNDLKIKFSRKKQEPEISYEKRA				NA	NA	NA	NA	NA
AK148_00467	303			hypothetical protein	GTGGCATTCGGCATTAGTCGTCAAGAATTACAGTATTGGAAGCAAAAAGTAAGGTCAGGAGAAATTGCTTTTTTAACCCATTTTTGGTTGGACCATCGTTTCCCAAAATGTACAACAGTAACGAAAGCAGGTTGCAAAGATATACAAAAATTAATTGCTTGGGGAAAGAAGTACCATTTACAGCCAGATTGGATCGATCAAAAGGCTGATTTTCCGCACTTTGATTTATTTGGAGAAAAGCAAAAATACATATTGGAAAAAGAAGGAAAATGGGACCAAATAGAACGATTCCAATTACTATAG	MAFGISRQELQYWKQKVRSGEIAFLTHFWLDHRFPKCTTVTKAGCKDIQKLIAWGKKYHLQPDWIDQKADFPHFDLFGEKQKYILEKEGKWDQIERFQLL				NA	NA	NA	NA	NA
AK148_00468	444	ybgC	COG0824	Acyl-CoA thioester hydrolase YbgC	TTGTCAAGTATAAAAACACCAATCGAAGTACGTTATCAAGAAACAGATCAAATGGGAGTTGTATATCATGCTAATTATTTAGTGTGGTTTGAAATTGGAAGAACGAAATTTATTGAATCATTAGGGTTAAAATATACAGAAATGGAAGCACATCAAATCGTTTCACCTGTCACTAACGCAAACATTCAATTTAAACACCCAATTCGTTACGGGGAACAAGTAACTGTTGAAACGTGGCTAAAATCTTATAATGGCATACGTACAGTCTATGGTTATCGCATATTGAATGGGCAAGGAGAAGTTGCTGTTAGTGGGACAACGGAACATGTCATTGTGAATAAGCACACGTTTCGTCCGCTATCGCTGAAGAAGACCTTTCCAATCTGGCATCAAGCATATAAAAGTCAACTAGAAGGAGAAAAAGAAAGTGGCATTCGGCATTAG	MSSIKTPIEVRYQETDQMGVVYHANYLVWFEIGRTKFIESLGLKYTEMEAHQIVSPVTNANIQFKHPIRYGEQVTVETWLKSYNGIRTVYGYRILNGQGEVAVSGTTEHVIVNKHTFRPLSLKKTFPIWHQAYKSQLEGEKESGIRH	PGPT0001850_3521	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0001850-ybgC-K07107	NA	NA
AK148_00469	225	tlp		Small, acid-soluble spore protein Tlp	ATGTCAGATCAATATCGTTCTAAACCTGATGATCGAAGTGACAATGTAGAGAAATTACAAGAAATGGTCCAAGATACGATACAAAATATTGAAAAATCACATGAGACCATGCAATTTTCTTCTGGTGAGGAGAAAGAAGCTATTCAAGAAAAGAATAAACGAAGAGAACAAGCGATTGAAGGTATGCGCCAAGAAATTAAAGATGAATATAAAGACCAAAATTAA	MSDQYRSKPDDRSDNVEKLQEMVQDTIQNIEKSHETMQFSSGEEKEAIQEKNKRREQAIEGMRQEIKDEYKDQN	PGPT0024940_171	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024940-tlp-K06434	NA	NA
AK148_00470	630	resA_1		Thiol-disulfide oxidoreductase ResA	GTGATAGATAATGTATATGAAAAAGGACAAGGGGAAATTTTTATGTTAAAGAGGATAGTAGGAATTTCAATCATTATTGCCTTAGCTGGCGGTGTGCTATATAATTACGTACAGCAAAAGAAAGAATCGGAAGCAACAAAAGGTAATGCATACAACGTAACTGGAGATACAGAGGCAGAAGGTGGAATGATTTCTTCGGTCAAAAATCCACTTGACGTCGGAGAGAATGCTCCAGATTTTTCACTAAATACATTGGATGAAGAGAAACTACAACTCTCAGAATTACAAGGGAAAAAGGTAATACTAAATTTTTGGGCAACATGGTGTCCTCCTTGTCGTGAGGAAATGCCCGCCATGCAAGAGTTTTATGATCATTTTAAAGATGAAGTAGAGGTAGTAGCTATCAATTTAACAAAGAGTGAAAGTAAAAAGGAAGATGTCGCTACTTATATTGAGAAATATGACTATACATACCCAATTCCCCTAGATGAAAAAGCGGAAGTTAGAAGTGCCTATAAGGTTGTAGCTGTACCAACCACTTATTTTATTGATGAGGAAGGAAAGATTGCCAAAATACACCCAGGGCCAATGGATTATCAATTTATGAAAAAAACGGTAGGAGATATGTAG	MIDNVYEKGQGEIFMLKRIVGISIIIALAGGVLYNYVQQKKESEATKGNAYNVTGDTEAEGGMISSVKNPLDVGENAPDFSLNTLDEEKLQLSELQGKKVILNFWATWCPPCREEMPAMQEFYDHFKDEVEVVAINLTKSESKKEDVATYIEKYDYTYPIPLDEKAEVRSAYKVVAVPTTYFIDEEGKIAKIHPGPMDYQFMKKTVGDM				NA	NA	NA	NA	NA
AK148_00471	2715	citB	COG1048	Aconitate/2-methylaconitate hydratase	ATGGGGAAGAACAATACATTAAATGCAAAAAAGCAATTTAAACTCAATGACAAAACGTACAATTATTATGAACTAAAAGCTTTAGAAGAAGCTGGTTTTGGAAAAGTAGCACGATTACCTTTTTCAATACGTGTGCTTTTAGAATCTTTAATTCGTCAACAAGATGGGCATCAAATTAAAGACGAACATGTAGAAGGATTAGCAAAATGGGGGACAAAAGAGGGCGAAGGGGTAGATGTGCCTTTCAAACCATCCCGTGTTATTTTACAAGATTTCACTGGTGTTCCAGCCGTAGTCGATCTTGCTTCACTAAGAAAGGCTATGGTAGATATGGGAGGAGAACCTGGAGAAATCAATCCTGAAGTACCGGTAGACTTAGTTATTGATCACTCTGTACAAGTAGACCAATATGGTACTGCGAATGCACTAAAAGCTAATATGGAATTGGAATTTGAACGAAATGCAGAGCGTTATGAATTTTTAAACTGGGCACAAAAAGCATTTAATAATTACCGTGCAGTTCCACCTGCAACCGGGATTGTTCACCAAGTAAACTTGGAATATATAGCTAATGTTGTTCATGGTATAGAAGATGACAATGGCGAATATGAAGCGTTTCCTGATACATTAGTAGGTACAGATTCACATACTACGATGATAAATGGTCTAGGAGTATTAGGATGGGGCGTAGGAGGTATTGAAGCAGAAGCAGGAATGCTTGGGCAACCATCGTACTTTCCTGCACCTGATGTAATTGGTGTGAAATTTACAGGTAGTTTTCCAAATGGCACTACAGCGACCGATTTAGCATTAAAAGTTACACAAGTGTTACGTGAAAAAAATGTAGTAGGTAAATTTGTAGAATATTTTGGTCCAGGTCTACAAGATATGCCATTAGCTGACCGAGCAACGATCTCAAACATGGCGCCAGAATATGGTGCTACTTGCGGATTCTTCCCAGTTGATGAAGAATCATTAAATTATTTAAAATTGACAGGTAGGGCGCAAGAACAGATTGACCTTGTAGAAAAATACTGTAAATTAAATAACCTCTGGTACTCACCGGATCAAGAAGATCCAAAGTATACAGAAATTGTAGAAATTAATTTATCCGAATTAGAACCAAATCTATCCGGGCCGAAACGTCCGCAAGATCTCATTTCTTTATCTAATATGAAGAAAGAGTTTAATAAAGCAATAACAGCACCAGCTGGAAATCAAGGTTTTGGATTGGATAAATCCGAATTTGATAAAGAAGCTGTTGTCGAACATCCTAATGGGAAATCTTCTGTAATGAAAACAGGTGCGCTTGCAATTGCTGCAATTACATCTTGCACGAATACGTCAAATCCTTATGTAATGTTAGGAGCAGGGTTACTTGCGAAAAATGCTGTGGAAAAAGGGCTAGAAGTTCCGGAATATGTAAAAACTTCGCTTGCACCTGGATCAAAAGTAGTTACACGGTATTTGGAAGATGCAGGCCTAACTCCATACTTGGATAAACTAGGTTTTAACTTAGTTGGGTATGGTTGTACTACATGTATTGGTAACTCAGGCCCTCTACGTGAAGAAATCGAACAAGCAATTATTGAAAACGATTTGACTGTCGCTTCTGTGTTATCTGGAAATCGTAACTTCGAAGGACGTATTCATCCGTTAGTAAAAGCAAACTATTTAGCTTCACCACCATTGGTTGTTGCTTATGCGCTTGCAGGTACAGTGGATATTGACTTGAAAAAAGATGCATTAGGAACAGATAAAGACGGAAACCCAGTATTCATGAGTGACATTTGGCCTTCTATGGAAGATATTAAAAAACAAGTAGAAGCAGTTGTCCAACCAGAAATATTCCGTAAAGAGTACGAAGATGTATTTAGTTCCAATGAGCGTTGGAATCAAATTGATACAACAGATGAACCACTGTTTGAGTGGGATAGTGAGTCTACGTATATTCAAAATCCTCCATTTTTTGAAGGGTTATCGAAAGAACCTGGTACTGTAGAACCTTTACAGAATTTGCGAGTTGTTGGGAAGTTTGGTGATTCTGTTACAACAGATCATATTTCACCAGCTGGAGCAATTGCAAAAGATATGCCGGCAGGAAAATATTTACAGGATAAAGGTGTGTCACCTCGTAATTTCAACTCATATGGTTCACGTCGTGGAAATCATGAAGTGATGATGCGTGGTACCTTTGCAAATATTCGAATCCGTAACTTAATTGCACCAGGAACAGAAGGTGGATTTACAACATATTGGCCAACAGAAGAAGTTATGCCAATCTATGATGCTGCCATGAAGTATCAAGAAGAAGGTACTGGTCTAATGGTGATTGCAGGTAAAGACTATGGAATGGGCTCTTCTCGAGATTGGGCTGCAAAAGGAACGAATTTATTAGGAATCAAAACAGTTATTGCTGAAAGCTTTGAGCGGATCCATCGGTCAAACTTGGTTATGATGGGAGTTCTTCCTTTACAATTTAAGCAAGGAGAAAACGCTGATAAATTTGGTTTAACTGGAAAGGAAACCTATCATGTGGCAGTAGATGAAAGTGTAAAACCTCATGATTTGGTTAAAGTAACAGCAGTTGATGAATCTGGTAAACAAGTAGAATTTGAGGCTATTGCTCGCTTTGACAGTGATGTAGAAATTGATTATTATAGACACGGCGGTATTTTACAAATGGTGTTACGTAGCAAGTTAAGCGTTATTTAA	MGKNNTLNAKKQFKLNDKTYNYYELKALEEAGFGKVARLPFSIRVLLESLIRQQDGHQIKDEHVEGLAKWGTKEGEGVDVPFKPSRVILQDFTGVPAVVDLASLRKAMVDMGGEPGEINPEVPVDLVIDHSVQVDQYGTANALKANMELEFERNAERYEFLNWAQKAFNNYRAVPPATGIVHQVNLEYIANVVHGIEDDNGEYEAFPDTLVGTDSHTTMINGLGVLGWGVGGIEAEAGMLGQPSYFPAPDVIGVKFTGSFPNGTTATDLALKVTQVLREKNVVGKFVEYFGPGLQDMPLADRATISNMAPEYGATCGFFPVDEESLNYLKLTGRAQEQIDLVEKYCKLNNLWYSPDQEDPKYTEIVEINLSELEPNLSGPKRPQDLISLSNMKKEFNKAITAPAGNQGFGLDKSEFDKEAVVEHPNGKSSVMKTGALAIAAITSCTNTSNPYVMLGAGLLAKNAVEKGLEVPEYVKTSLAPGSKVVTRYLEDAGLTPYLDKLGFNLVGYGCTTCIGNSGPLREEIEQAIIENDLTVASVLSGNRNFEGRIHPLVKANYLASPPLVVAYALAGTVDIDLKKDALGTDKDGNPVFMSDIWPSMEDIKKQVEAVVQPEIFRKEYEDVFSSNERWNQIDTTDEPLFEWDSESTYIQNPPFFEGLSKEPGTVEPLQNLRVVGKFGDSVTTDHISPAGAIAKDMPAGKYLQDKGVSPRNFNSYGSRRGNHEVMMRGTFANIRIRNLIAPGTEGGFTTYWPTEEVMPIYDAAMKYQEEGTGLMVIAGKDYGMGSSRDWAAKGTNLLGIKTVIAESFERIHRSNLVMMGVLPLQFKQGENADKFGLTGKETYHVAVDESVKPHDLVKVTAVDESGKQVEFEAIARFDSDVEIDYYRHGGILQMVLRSKLSVI	PGPT0001465_1968	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
AK148_00472	1119	sasA_1		Adaptive-response sensory-kinase SasA	ATGATGAGGTACGAAAAAGAGATAGGAAATACCGATGAAACTATTCATTTAGCTGAACTGGAACAGATACAAAGGAATAATCTTCAATTGTCGTCTTTATCGACATCTATGCTTACTTGGATAGAAGAAAATTGCCATGATATTATTTCCGTTTTGAATGAGGACGGTTTGTTTGTGTATACTTCCAAATCTGTCGAGCGTATTCTTGGCTATCATCCATCCCAATTAATCGGAAAACCATGGTATACATTTGTATCCACAGAAGATATTGACTATATTAAAGAAAATTGTGACCGTTCTCCAGCGCTAAAGCGGTTTTATCAACTGAATGTTTTAAATAGTGCTGGAGAAGCCATTTGGTCATCTTGTACACTAACTAAAATGAAAGAAAAAGATACAGACAGAACTTACTATCTTTCCATTATAGCTGATAAGCGAGATAAGAAAGAAGTAGAAGAAATAATGATTCAATCAGAGAAAATGTCTGTAGCTGGTCAATTGGCTGCAGGTGTTGCTCACGAAATTCGTAACCCTCTAACATCTTTAAAAGGTTTCTTGCAGTTACTTCAAGCGGGTGTACGGAAAGAAGAATATTACAATATTATGATAGAAGAAATAGAAAAAATGGAAACGATCACCTCAGAGCTGTTATTTATTTCTAAGCCATTAACTGAAACGAAGAAATTAGAATCAATTGATTCAATGATTCGTGATGTAATTGTATTGCTTGGGCCTCAAGCGAAAATGAAAGGAATCTTTATTGAATATGGTGGCTCAGAAAAAGATAATATTTACTGTGATCGTTCACAGATTAAACAAGTATTAATTAACTTAATTAAAAATGCTATTGAGGCTATGGAACAAGGAGGTAGCATTCGAATTGTAACTAGTTCTTCCGAATCCCATGTAGATGTGTGCATTATTGATGAAGGGCCTGGAATACCGCAAGAAATAATACATAAATTAGGTGAGCCTTTTTTCACTACAAAACAAAGTGGTACAGGATTGGGACTTATGATTACAAAACAAATTTTAGAAAGACATCAAGCGTTTTTAGAGGTGAAAGCTAATGAACAGATTGGTAGCACATTCAGGATTATCTTCCCAATACCAGCATGA	MMRYEKEIGNTDETIHLAELEQIQRNNLQLSSLSTSMLTWIEENCHDIISVLNEDGLFVYTSKSVERILGYHPSQLIGKPWYTFVSTEDIDYIKENCDRSPALKRFYQLNVLNSAGEAIWSSCTLTKMKEKDTDRTYYLSIIADKRDKKEVEEIMIQSEKMSVAGQLAAGVAHEIRNPLTSLKGFLQLLQAGVRKEEYYNIMIEEIEKMETITSELLFISKPLTETKKLESIDSMIRDVIVLLGPQAKMKGIFIEYGGSEKDNIYCDRSQIKQVLINLIKNAIEAMEQGGSIRIVTSSSESHVDVCIIDEGPGIPQEIIHKLGEPFFTTKQSGTGLGLMITKQILERHQAFLEVKANEQIGSTFRIIFPIPA	PGPT0025280_322	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORULATION_REGULATION,PGPT0025280-kinA-K02491	NA	NA
AK148_00473	474			hypothetical protein	ATGTCGGTTTTTGTTGATTACTTAATTATTTTTTGGGGCTTTTTTATGATTGCAATTATGGCTATTGGCGGTTACTTCATGTTTCGTAAATTTCTTAAACGATTGCCAAAGAAAGATGGAAAATCGACAATGGATTGGGAAACTTATTATGTAAATACAACAAAACATATGTGGGATGAAGAAGAAAAACAACTTTTAGAAGAATTGGTTTCTCCTGTTCCTGAACTATTCCGTGATGTTGCAAGACATAAGATTGTCGGCAAAGTTGGAGAAGTTGCTTTAGCAAAAAGCAAACAAAAAATTACGCAAGATGTATTAATTGAAGGGTATATAATTGCTACCCCCAAACGTGATCATAAATTTTTACGAAAAAAATTAGCTGAAAAAGAAATTGATACTGCACCTTATGAACCTTTCTTTCAACAATCCAATAATGATTACAATTCGGATTGGAAGAAAAAACATCAATTATAA	MSVFVDYLIIFWGFFMIAIMAIGGYFMFRKFLKRLPKKDGKSTMDWETYYVNTTKHMWDEEEKQLLEELVSPVPELFRDVARHKIVGKVGEVALAKSKQKITQDVLIEGYIIATPKRDHKFLRKKLAEKEIDTAPYEPFFQQSNNDYNSDWKKKHQL				NA	NA	NA	NA	NA
AK148_00474	489			hypothetical protein	TTGCACATGTTTTGGTTTATTACAAGTACAGTTGTTGCAGCTATAATGGCAACTTCTATGATTTTTCTTCGATTAAAAGCAGCAAAAAGGCCGGCTTCTGTTAAGAAAATCATTCTACCACCACTTTTTATGAGTACTGGAGCGCTAATGTTTTTGTTTCCTATGTTTCAAATTAGTTGGTATCAAGTTTTAGAAGCTTTTAGTGTAGGTGTACTATGCTCCTTTTTTTTAATTAAGACATCCAAATTTCAAATACGGAATCAAGCAATTTATTTAATTCCGTCTAAAGCATTTGCTTTTATACTATTTAGTCTATTGTTATTTCGTATTGTTGTTAAGCTTGCTATAGGAAGTCATATATCTTTTGGTGAAACAAGCGGTATGTTTTTCCTATTAGCTTTTGGGATGATTTTTACTTGGCGCATAGCGATGCTTTATAAATATTTACAGTTGGAAAAGGAATTAAACACTAGAGTAAATAATTTTTAA	MHMFWFITSTVVAAIMATSMIFLRLKAAKRPASVKKIILPPLFMSTGALMFLFPMFQISWYQVLEAFSVGVLCSFFLIKTSKFQIRNQAIYLIPSKAFAFILFSLLLFRIVVKLAIGSHISFGETSGMFFLLAFGMIFTWRIAMLYKYLQLEKELNTRVNNF				NA	NA	NA	NA	NA
AK148_00475	366	cheY_1	COG0784	Chemotaxis protein CheY	ATGGCAAAAATACTTGTAGTCGATGACGCTAATTTTTTGCGGACTGCACTCACTTCGATTCTAAAAAAGAAAAATCATGAAATTGTTGGAGAAGCAGAAAACGGCAAAGAAGCTGTACGACTATATCAAGAATTGGAGCCAGATATTGTAACTATGGATATAACAATGCCCATAATGAACGGTATTGAAGCTATGAAAAAGATTATTGAATTAGACTCTAAAGCTTCCGTAATTATGTGTTCGGCAATGGAGCAACAAAAGGTAGTTTTTGAAGCGATAGAGCTTGGTGCAAAGGATTTCATTGTTAAGCCATTTGACGATAATCGCGTCCACGACACCTTTGAGCGTGTCATATATTCCATGTGA	MAKILVVDDANFLRTALTSILKKKNHEIVGEAENGKEAVRLYQELEPDIVTMDITMPIMNGIEAMKKIIELDSKASVIMCSAMEQQKVVFEAIELGAKDFIVKPFDDNRVHDTFERVIYSM	PGPT0015690_3172	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015690-cheY|yneI-K03413	NA	NA
AK148_00476	429	mrpB	COG2111	Na(+)/H(+) antiporter subunit B	ATGTACAAAACGAATGATCTTATTTTACGAACCACTGCATCTTTAATTGCGTTTATTCTACTAGGTTTTGCAGTGTATTTGTTATTGGCTGGACACAATTCTCCTGGTGGTGGGTTTGTTGGAGGCCTTATGACTGCTGGTGCTATTCTATTAATGAATATGTCCTACGGGTTTAAAGAAGTAAGAAAGGTGTTACCAATTAATTATGTAAAATTAATTCCTGTTGGCTTAGCAATCGCTGTTGGTACAGGTATTGGTTCTTTTCTTTTTCAACAGCCTTTTTTATCTCAAACCTATGGTTATTTTCACTTTCCTATATTTGGAGAAATTGAGTTAGCTACAGCCATGATTTTTGATTTAGGTGTATACTTAACAGTTGTAGGTGTAATGATGACGATTATTTTATCAATTGCTAATGATACGGAGTAG	MYKTNDLILRTTASLIAFILLGFAVYLLLAGHNSPGGGFVGGLMTAGAILLMNMSYGFKEVRKVLPINYVKLIPVGLAIAVGTGIGSFLFQQPFLSQTYGYFHFPIFGEIELATAMIFDLGVYLTVVGVMMTIILSIANDTE	PGPT0013900_877	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013900-mnhB-K05566	NA	NA
AK148_00477	705			hypothetical protein	TTGACGGAAATAAATGTATTCATCGCTTTTGGAGCAGGTTTTCTCTCCTTTATATCTCCGTGTGTATTACCTTTATATCCAGCATTTTTATCCTATATTACAGGTATGAGCGTAAATGAGTTAGCTGAGGACAATAAAAAACTGAATGCAAAAAGCATATTTCATACGGTTTTCTTCTTGTTAGGATTTTCTGCCGTATTTATTATGATGGGGTTTGTAAGTTCGGGTATATCTGATTTTTTACTTTTGTACCAAGATATAATTAGGCAAATTGGTGCTATTGTGATCGTGTTTTTTGGGTTAGTTATCGTTGGTATACTAAATTTTGATTTTTTAATGAAAGATCGAAAAATAAATTTTAAAAATCGTCCAGCAGGATTTATTGGCACGTTTATTATCGGTCTAGCCTTTTCCTTAGGATGGACGCCATGTACTGGCCCAATTTTAGGGATCGTATTATCATTAGCTGCCACAGAGCCTAATACCGGTATGATGATGATGATTGGATACATACTTGGTTTTTCAGTACCTTTCTTCGTACTATCATTTTTCATTGGTAAATTAAAATGGATAAAAAAGCACAGTTTAAAACTTGTTAAAATCGGCGGCTATGTCATGATTTTTATGGGGATCGCTTTGTTTTTTAATTGGATGACCGCGCTAACTTCATATCTAGCAGGATTATTTGGTTTTTATGGCTTCTAA	MTEINVFIAFGAGFLSFISPCVLPLYPAFLSYITGMSVNELAEDNKKLNAKSIFHTVFFLLGFSAVFIMMGFVSSGISDFLLLYQDIIRQIGAIVIVFFGLVIVGILNFDFLMKDRKINFKNRPAGFIGTFIIGLAFSLGWTPCTGPILGIVLSLAATEPNTGMMMMIGYILGFSVPFFVLSFFIGKLKWIKKHSLKLVKIGGYVMIFMGIALFFNWMTALTSYLAGLFGFYGF				NA	NA	NA	NA	NA
AK148_00478	294			hypothetical protein	ATGAAAACTTTATTTTATTTGTTGATTTTTGCTATAGTGGTCTTCATCAATTTATACTCTCCATCACTTCGAAATTACGAGGAAGATATATCAGAAAACTTAAAGTACTTAAAAAAGCAACAATGGTTCTTAGATTATATGAACCAGGAAAACTATTATAACTTTATTGTTCAAAACAAAAGAGTTCGCAAAACAATTGCTAATTTTAAAACAAGGAAACTTCAAAGGAAATCATATTTAATAAAATGTCAAAATAAACTTCACAAAGTTTTGCTCAGTGAGACCAGAAACTAA	MKTLFYLLIFAIVVFINLYSPSLRNYEEDISENLKYLKKQQWFLDYMNQENYYNFIVQNKRVRKTIANFKTRKLQRKSYLIKCQNKLHKVLLSETRN				NA	NA	NA	NA	NA
AK148_00479	222			hypothetical protein	ATGGACACAATATGGGTCGTATTAATCGCTGTAGCAGCGTTAATTATTGGTGTTGCTCTTGGGTTCTTTCTTGCAAGAAAATATATGATGAATTACATGAAAAAGAATCCACCGATTAATGAACAAATGCTACGAACATTAATGATGCAAATGGGTCAAAAACCTTCCCAAAAGAAAATTAATCAAATGATGCGTGCAATGAACAACCAGTCCGGAAAATAA	MDTIWVVLIAVAALIIGVALGFFLARKYMMNYMKKNPPINEQMLRTLMMQMGQKPSQKKINQMMRAMNNQSGK				NA	NA	NA	NA	NA
AK148_00480	453			hypothetical protein	ATGCACATGTATTCTATATACCACTTGACAGAGGAAGTAGCTAAGAATTATTTCCATAAAAGTAGCTTACTATATCGGTTTTTTATGGAATTGAAATCCCAACCTAATCGTTCTGATTTGCGTAGACAATTTGATTACATTACGTATCCAATTTGTTATAAAGGAATTTTGCTAACGATTCAACGTTTTAATTCTGCTAATTTATTTGTAAATATAGACAAGCATAGGGTTAGTATATATAATAAGAAGGCGTGCATTTCTTTACATATTGGTGAAAAACATTTAAAATTTCATTGTGAAACGTTAGAAATCGCTGAGGAAATACTATTTCCAATATTACGTAGTTACCAACCATTGCTTTTTGTCGTTGGCGACAATATACAAAACTTCGGTTGGATAACACCAATTTTGGAATACAGTCAACCAGAACAAAATGAGGCAATGTATTCCTAG	MHMYSIYHLTEEVAKNYFHKSSLLYRFFMELKSQPNRSDLRRQFDYITYPICYKGILLTIQRFNSANLFVNIDKHRVSIYNKKACISLHIGEKHLKFHCETLEIAEEILFPILRSYQPLLFVVGDNIQNFGWITPILEYSQPEQNEAMYS				NA	NA	NA	NA	NA
AK148_00481	2007	tkt_1		Transketolase	ATGGTAAATACAATTGAGCAGCAATCTATTAATACAATCCGGACATTGTCTATTGACGCTATTGAACATGCAAATTCTGGGCACCCAGGCCTCCCAATGGGAGCAGCGCCAATGGCTTATACGTTATGGACTGACTTTATGAACCATAACCCAAAAAATTCAAAATGGTTTAATCGTGATCGTTTTATTTTATCAGCAGGCCATGGATCTATGTTATTGTACAGTTTACTACATTTATCTGGTTACCAAGTATCCATGGATGATCTAAAATCCTTTCGACAGTGGGGATCTAAGACGCCCGGACATCCTGAAGTTCATCATACGGATGGAGTAGAAGCAACTACTGGGCCTTTAGGACAAGGTATTGGTATGGCTGTTGGTATGGCAATGGCAGAAGCACATTTGGCTGCTAAATTTAATCAAGAAGATATTGCGGTGGTGGATCACTTTACATATGCGATAGTGAGCGATGGCGATCTAATGGAAGGTATCTCTCATGAGGCTGCGTCTTTAGCAGGACATCTGGGATTAAGTAAATTGATAGCACTTTATGATTCTAATGATATTTCTTTAGATGGGGATTTAAATAAATCTTTCTCTGAAGATATTGAAAAACGTTTTGCATCATACGGCTGGCAAGTATTAACTGTCAAAGATGGTAACGATGTCAATGAAATTAGACAAGCTATTAAAGCAGCGCAAGAAAATCAAGAACAACCAACTTTAATTGAAGTGAAAACTATCATCGGATATGGGTCTCCAAATAAATCTGCTTCGGCAGCTTCTCATGGTGCTCCATTAGGTGAAGATGAAGTGAAACTGACAAAAGAATTTTATAAATGGACACACGAAGAAGATTTCTATGTGCCCAAAGAAGTATATGAAGATTTCAACCAAAAAATAGTTAAAAGAGGTGTTGAAGAGGAGGAAAACTGGAATCAACATCTAGCAATGTATAAAGAGAGGTACCCAGAATTAGCTAATCAGTTTGAGCTTGCTCTCAACGGTGAACTTCCTGCAGATTGGGACAAAGAGCTTCCAGTTTTTGAACCGGAACAAGATACACTAGCTACAAGGGCATCTTCTGGAAAAGTATTGAACGCTATTGCTAAAACCGTTCCAAACTTCTTTGGTGGTAGTGCTGACTTAGCCGGCTCAAATAAAACTACCATGAACGGGGAAGATGATTTCTCTCGTAAAAACTATGCTGGTAGAAATATTTGGTTTGGTGTACGAGAGCATGCAATGGGCGCAGCTTTAAATGGTATGGCATTACACGGTGGATTAAATGTATTCGCTGGTACTTTCTTTGTGTTTAGTGACTATTTGCGACCTTCCATTCGTCTTGCATCAATTATGAACACACCTGTCACTTATGTGTTTACACATGATTCTATTGCGGTAGGGGAAGACGGTCCAACGCATGAACCTATTGAACAGCTTGCTTCACTACGAGCAATGCCTGGTTTATCGCTTATTCGACCAGCTGATGCAAACGAGACACAAGCAGCTTGGCGATTAGCTTTAGAATCTACAGATACACCAACAGCACTTGTGTTAAGCAGGCAAAATTTACCTACGCTTTCTGGTACGAAAGAACATGCGTATGAGGGTGTTAAAAAAGGTGCTTATATTATTAGTGAAGCAAATAAAGAAACGCCTGATGTAATCCTTCTGGCAACTGGGTCGGAAGTACAATTAGCGATTCGTGCCCAAGCCGAACTGAAGGAAAAAGGTATAGAAGCTCGCGTAGTAAGTATGCCATCTTGGGATCGATTTAAAGCACAGGATAAGAGCTACCATGAACAAATTCTACCTCAAACTGTCAAGAATCGGGTAGCTATTGAAATGGCGTCTCCATTCGGTTGGGAAAGATATGTAGGTGAACACGGGAAAATTATTGGTATTGATACTTTTGGAGCCTCTGCAAATGGGGAGAAAGTAATGAAAGAATATGGTTTTACCGTGGAAAATGTAGTTAAGCACGTAGAATCATTTGTTAATTAA	MVNTIEQQSINTIRTLSIDAIEHANSGHPGLPMGAAPMAYTLWTDFMNHNPKNSKWFNRDRFILSAGHGSMLLYSLLHLSGYQVSMDDLKSFRQWGSKTPGHPEVHHTDGVEATTGPLGQGIGMAVGMAMAEAHLAAKFNQEDIAVVDHFTYAIVSDGDLMEGISHEAASLAGHLGLSKLIALYDSNDISLDGDLNKSFSEDIEKRFASYGWQVLTVKDGNDVNEIRQAIKAAQENQEQPTLIEVKTIIGYGSPNKSASAASHGAPLGEDEVKLTKEFYKWTHEEDFYVPKEVYEDFNQKIVKRGVEEEENWNQHLAMYKERYPELANQFELALNGELPADWDKELPVFEPEQDTLATRASSGKVLNAIAKTVPNFFGGSADLAGSNKTTMNGEDDFSRKNYAGRNIWFGVREHAMGAALNGMALHGGLNVFAGTFFVFSDYLRPSIRLASIMNTPVTYVFTHDSIAVGEDGPTHEPIEQLASLRAMPGLSLIRPADANETQAAWRLALESTDTPTALVLSRQNLPTLSGTKEHAYEGVKKGAYIISEANKETPDVILLATGSEVQLAIRAQAELKEKGIEARVVSMPSWDRFKAQDKSYHEQILPQTVKNRVAIEMASPFGWERYVGEHGKIIGIDTFGASANGEKVMKEYGFTVENVVKHVESFVN	PGPT0011200_1664	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
AK148_00482	234			hypothetical protein	ATGCTATCAAAAGGTAAGATCGAACGTATTAATGAGCTTGCAAGAAAATCTAAAGCGGACGGACTAACTATTTCTGAACAAAACGAACAAAAAAAATTACGTCAGGAATACTTACAGGGTGTAAGAAAATCATTTAAAAATCAGTTTAAAACAATGAAAGTAGTTGATCCAGAGGGAAATGATGTAACACCGAAAAAAGTAAAAGATTTACAAAAAAAGCACAACAATAAGTAG	MLSKGKIERINELARKSKADGLTISEQNEQKKLRQEYLQGVRKSFKNQFKTMKVVDPEGNDVTPKKVKDLQKKHNNK				NA	NA	NA	NA	NA
AK148_00483	645	yneB	COG1961	Resolvase YneB	GTGAAGGCAGTTGTATATTGTAGGGTAAGTACTGACAAAGAAACTCAAGAAACATCATTAATAAGACAAAAACAGGAGTTGGTTAAACTGGCAGCTGAATATCAACTTGCTGTGGTCGCTTGTATACAAGAGCAAGAGAGCGGATATAGTATCGATCGAGATGGGATATTTAAGATGTTAGAGATTTTTTCTCAAAAAAGGGCAGATTGTTTATTGATTCAAGACGAGACTCGGTTAGGTAGGGGAAATACAAAAATTGCCCTTTTTCACCAGCTGCAGAAATTACATGTTCCAATTTATACAAGTTTTCATGGAGGAAAGTTAGAGTTATCGGAAGCAGATTCCATGGTGTTGCAGATCGTTGGAATTGTTGAGGAGTATCAACGCAAAATACATAATATGAAGATAAAAAGAGGGATGAAGCAGGCGATTGCAAAAGGTTATGATCCTACTTTAAATCTTTCGAATAGAAATGAAGCCCCAGGAAGGCAAAGATTAGAATTTCCTGTTGAAGAAGTTATTAATTTACGCCAAACTGGTCTGACGTTTAAAGAAATTGCTAATACATTAAATGGTCTAGGTTACAATGTATCAAAGGCTACTGTCCATAGACGCTATCAAGAATACAAAAGCAAACAAAAATAA	MKAVVYCRVSTDKETQETSLIRQKQELVKLAAEYQLAVVACIQEQESGYSIDRDGIFKMLEIFSQKRADCLLIQDETRLGRGNTKIALFHQLQKLHVPIYTSFHGGKLELSEADSMVLQIVGIVEEYQRKIHNMKIKRGMKQAIAKGYDPTLNLSNRNEAPGRQRLEFPVEEVINLRQTGLTFKEIANTLNGLGYNVSKATVHRRYQEYKSKQK				NA	NA	NA	NA	NA
AK148_00484	93			hypothetical protein	ATGTTTCAAAAACTGACCAAAACAGACGCATTCTATCTTGTAGCTTTTGCATTAACATTAGGTTTCTTATATTATTCTATTATAATGAGTTAA	MFQKLTKTDAFYLVAFALTLGFLYYSIIMS				NA	NA	NA	NA	NA
AK148_00485	624	lexA_1	COG1974	LexA repressor	ATGACTAAACTTTCCAAAAGGCAACAAATGATTTTAGATTATATAAAAGATGAAGTAATGCAAAAAGGTTATCCACCATCTGTAAGAGAAATTGCCAAGGCTGTGGGTTTGGCATCTAGCTCGACTGTTCACGGGCATTTAGCTAGAATTGAAGACAAAGGCTATATTAGACGCGACCCTACAAAGCCAAGAGCAATTGAGATCTTACATTTGGAAGAAGAGAATCCTATTCCAAAAGAAGAAGCACTTTATGCGCCTGTTATCGGAAAAGTAACAGCAGGATTACCTATAACAGCTGTAGAAAATATTGAAGAATATATTCCACTTCCTGCAAATACAGCTAACCCTGATGATAGTCTATTTGTTTTAGTGATTGAAGGAGAGAGTATGATTGAAGCCGGAATTTTAGATGGAGATATGGTAATCGTTAAACAGCAAAACACAGCACAAAACAGTGAAATTGTTGTTGCAATGACAGCAGATAATGAAGCAACCGTAAAACGTTTTTTTAAAGAAAAAGATCATATACGATTACAACCAGAAAATGCAACGATGGAGCCGCTTGTATACGATAATGTAACCATTTTAGGGAAAGTTATTGGATTGTATCGACATATACACTAA	MTKLSKRQQMILDYIKDEVMQKGYPPSVREIAKAVGLASSSTVHGHLARIEDKGYIRRDPTKPRAIEILHLEEENPIPKEEALYAPVIGKVTAGLPITAVENIEEYIPLPANTANPDDSLFVLVIEGESMIEAGILDGDMVIVKQQNTAQNSEIVVAMTADNEATVKRFFKEKDHIRLQPENATMEPLVYDNVTILGKVIGLYRHIH	PGPT0014895_2575	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014895-lexA-K01356	NA	NA
AK148_00486	819			hypothetical protein	ATGGCTGAAAAATATTTTAAAACAGGAGACATAGCCAAATTTCATGGAGTGTCTAGTGATACAGTGCGTTATTATGATAAAGAGAATTTAGTTAGTCCTTCTGTTGTTAAAGATAATAGATATAGGTATTATTCTTTGAATGATGCTTTAAAGTTTAGTAATGTGACTTGGTTGCGTGAACTAGGTGTACCTTTAAAAGCAATTAAGAACTGGCTTGATTATAAAGATTTGACAGATGTATCGGGATTTAACGAGACTTATTTAGAGACATTATTGCTAGAGAGAGAGTTATTAGATAAAAAAATTTATTTTTTACAAGAGTTAAATAGAAGACTAGCCTCTTTTCAAACAAAACCAAATATGTGGGAAGTAGTTAAGGATAATTACATATTTACTTGTAAAGGATTTAACTTTACAGCTGATGATAAAGGATTCAATATTAATGAATCCAACCTGTATGATTCCCAAGAAGATGTTTTTTGGAATAAAACTTCGATGATTGTTTATCAAAACAACTTAAGGGATTTTCATCATCCTAAAAAAGGAGAAGTATATTGCTCTAACATTATTTCTAGTATCGATCAAGATATCAAAAAAATTAGTTTTCCAACAGCACTTCGTTATAATTTTGTAGGCAATCCCTTCTCTAATATGAGAAAGATGCAAGAAATCTTGAAAGAAGCAAAGCAACATGCCACTACGCATCAGTTGTGCCTCGAAGAATACTGTTATTCATTGTTTTACCTTTCGCAAATTAAGGAAAAGAGCCCCGTTTACTATGTGCATATTTATTGTCCTGTTCATTATACAGGGGAATAA	MAEKYFKTGDIAKFHGVSSDTVRYYDKENLVSPSVVKDNRYRYYSLNDALKFSNVTWLRELGVPLKAIKNWLDYKDLTDVSGFNETYLETLLLERELLDKKIYFLQELNRRLASFQTKPNMWEVVKDNYIFTCKGFNFTADDKGFNINESNLYDSQEDVFWNKTSMIVYQNNLRDFHHPKKGEVYCSNIISSIDQDIKKISFPTALRYNFVGNPFSNMRKMQEILKEAKQHATTHQLCLEEYCYSLFYLSQIKEKSPVYYVHIYCPVHYTGE				NA	NA	NA	NA	NA
AK148_00487	1341	pdhD_1		Dihydrolipoyl dehydrogenase	ATGTTCACATATGATGTAGCAATAATTGGTGCAGGAGCAGGTGGTCTAAACACCGCTATGGAAGCAGCTAGTATGGGAAAAAAAGTTGTATTAGTTGACAAATATAAGCCAGGCGGAGAATGTACTTGGGCGGGTTGTATTCCAAGTAAAGCAATTATTCAACTTGCTGATGAAATTCATACGGCAAAAAAATATGCCAACATTGAAGTCGATGGGAAGCAAATAATGAGTAAAGTTCGTCAATTAATAAAAAAAGCGCATCAAGCGGAGGCAGTAGAGCAATTACAGGCTGCAGGTATTGAATATATTCAAGGTGATGCGAAAATTAACGATCAACATAGCATACGTGTAGTCGATAAAATCATTACTGCTGAAAATATAGTTATTGCCACTGGATCAAGAGCACTTATCCCTTCTATTAAAGGAATTGATCAGGTTAACTATTTAACAAATGAGAACGTCTTTCAGCTTGAAGATTTACCAAAAAATCTAATCGTTGTAGGGGGCGGCCCTATCGGTGTTGAATTAACGCAAGCTTTTCAACGGTTAGGAGTGCAAGTAAAACTAGTTGAAATGGCTGACCGTATTTTGTTTAGAGAGGAAAAGGGCTTAGCACACCAGCTCCAGAGTACGTTGGAAGAGGAAGGGGTGCAACTGTATACATCTGCGATGGCGCTTGAAGTAAAACAAGCAAATGGTACTACAACACTAACTATAAATAGGAACGATGTACTTGAACATATTGAAGCAGAACAGATATTGTTTGCCTTAGGTAGAAAGCCGAATATAGAAAATATTGGTTTAGATGATTTGGGGATTTGCTATACTAACAAAGGCATTGAAGTTAATGAATATAATGAAACTTCAGTTCGCAACATTTATGCTGTAGGAGATGCGGTTGGTCCTTATTTATTTTCTCATATGGCTGGCTTTCAAGCTAAACAGGCAATGCGACATGCATTTTTAGAAATGCATACCCCCATAGAGCAACACCCAGCTTGGTGCACCTTCACACATCCAGAATTGGCTAGAACAGGGATGACTGAAAATGAAGCAAGGGAGAAATTTCAAGACAAGTTTAATGTTTATACAGTAAGCTATTCTGAATTAGATAGGGCTGTTGTTGATCAAAAGACAACTGGAGAAGCCAAAATAATTTGTGATCAAGATGGGTTTATAATTGGAGCAAGTATTTTAGGGGAAAGAGCCTGTGAGTTATTGGGCGAATTGCAACTTATGAAAACATTCCATATTCCCTTCCGTAAACTAAAAGATACAATTCATCCATATCCATCTTATAGTGAAATTCTGACACAGTTAAGCAACGTAGCTACTGAGTAA	MFTYDVAIIGAGAGGLNTAMEAASMGKKVVLVDKYKPGGECTWAGCIPSKAIIQLADEIHTAKKYANIEVDGKQIMSKVRQLIKKAHQAEAVEQLQAAGIEYIQGDAKINDQHSIRVVDKIITAENIVIATGSRALIPSIKGIDQVNYLTNENVFQLEDLPKNLIVVGGGPIGVELTQAFQRLGVQVKLVEMADRILFREEKGLAHQLQSTLEEEGVQLYTSAMALEVKQANGTTTLTINRNDVLEHIEAEQILFALGRKPNIENIGLDDLGICYTNKGIEVNEYNETSVRNIYAVGDAVGPYLFSHMAGFQAKQAMRHAFLEMHTPIEQHPAWCTFTHPELARTGMTENEAREKFQDKFNVYTVSYSELDRAVVDQKTTGEAKIICDQDGFIIGASILGERACELLGELQLMKTFHIPFRKLKDTIHPYPSYSEILTQLSNVATE				NA	NA	NA	NA	NA
AK148_00488	513			Manganese catalase	ATGTTGGCAAAATTTCTCATTGAACAATATGGAGGAGCAGATGGAGAACTTGCTGCTGCATTGCGTTACTTAAACCAACGTTATACTATACCAGATAAAGTAGTAGGACTTTTAAATGACATTGGAACTGAAGAATTTGCGCATCTGGAAATGATTGCAACGATGATTTATAAATTAACGAAAGATGCAACTCCCGAACAATTAAAGCAGGCTGGTCTTGGCGAACATTTTGTTAATCACGATAGAGCGCTGTTCTACCATAATGCAGCAGGCGCTCCATTCACTGCCACTTATATCCAGGCCAAAGGAGATCCCATTGCCGATTTGTATGAAGATATTGCTGCGGAAGAAAAGGCACGGGCGACATATCAATGGATTATTGATATGTCTGATGATCCTGATTTAAACGATAGCCTGAAATTTTTAAGGGAAAGAGAAATTATACATTCACAACGTTTTAGAGAGGCTGTAGAAATTTTAAAAGAGGAAAGAGATCAAAAGAAAATATTTTAG	MLAKFLIEQYGGADGELAAALRYLNQRYTIPDKVVGLLNDIGTEEFAHLEMIATMIYKLTKDATPEQLKQAGLGEHFVNHDRALFYHNAAGAPFTATYIQAKGDPIADLYEDIAAEEKARATYQWIIDMSDDPDLNDSLKFLREREIIHSQRFREAVEILKEERDQKKIF	PGPT0025185_179	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025185-cotJC-K06334	NA	NA
AK148_00489	264			hypothetical protein	GTGAATAAGCAAATGCCTCCCGAATATTATCGGCAACTCGAAGAAATCCAAGCAAACGATTTTGTTCTAGTTGATTTAAACCTTTATTTAGATACCCATCCTAACGATCTTGAAGCTATTCAACAATTTAATAATTTATCAAAGGAAACGATGCAATTAAAAATGGACTTTGAAAAGAAATTTGGACCACTTATGCATTTTGGAAAAAGTTTTTCTGACTATCCATGGAATTGGAAAGATACCCCTTGGCCATGGCAAGTTTAA	MNKQMPPEYYRQLEEIQANDFVLVDLNLYLDTHPNDLEAIQQFNNLSKETMQLKMDFEKKFGPLMHFGKSFSDYPWNWKDTPWPWQV	PGPT0025180_204	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025180-cotJB-K06333	NA	NA
AK148_00490	228			hypothetical protein	ATGTTTACGCAATATAAATACTGGAAACCGTATATAAGTCCGTATGATCCATGTAAACCCATTAAAGTGAAAAGTTATGCTACTCCACCTCAATTATATATGGGGTTTCAACCATATGGATTAGAACAATTTAACACTTCAAAAGAAGCGCTCTATCATGGTACACTTTGGCCTCAATTATATAGTCCTTATCCAGAACCTCATAAAGGAGACAAACAAGGTGAATAA	MFTQYKYWKPYISPYDPCKPIKVKSYATPPQLYMGFQPYGLEQFNTSKEALYHGTLWPQLYSPYPEPHKGDKQGE	PGPT0025175_89	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025175-cotJA-K06332	NA	NA
AK148_00491	240			hypothetical protein	GTGAAAAAATATACAATCACGTTTCATATGACAGATGGTACTGAAATTGTTACAGAGGAAGAGCGAGAAAGTAAAAAAGATTTTTTCTTTAGTTTAAAGCGCTATGATTCTAATTGGTACAAAAGTAAAAATACAATAATAAATTTAGACAATGTAAACAGCATTATCCTGAAAGAGCAATCAGATGGAATGCTGAAAACTGGTAATGAAGAAAAAGAATTACGAAATGTTGTATGGTGA	MKKYTITFHMTDGTEIVTEEERESKKDFFFSLKRYDSNWYKSKNTIINLDNVNSIILKEQSDGMLKTGNEEKELRNVVW				NA	NA	NA	NA	NA
AK148_00492	1293			hypothetical protein	ATGCAGAAGCTTAAAGATAAGTATTTGCTAGAACGTCGTTACCTTACAAATAAAAATGCCCGCCCGCAAATTAAGAATCTAGGTGTAAGTTTTTTAGTTGCTCATGAAACAGCGAATAATAATGCAGATGCGGATGCACATTATCATTACTTTCAAAATATTGAACCCAACATATCTGCTCATACGTTTATTGATGACAATAAGATATTAGAGATTATTCCTTTAGATGAAAAAGCTTGGCATGTACGCTATGATGTACCAAGAGATAACCAAATGTTTGGCGATGATGCCAACGATATTGCGATTGGTATAGAGCTTTGTCGTACTGGAAACTTTGATAAAGCATACGATCGTTATGTTTGGTATCATGCTTATCTTTGTAAAAAATATGAGTTGAATCCAAAAAAGGACATTGTTGCGCATTCAACGCTTGACCCTAGCCGCAGGAGTGACCCACAAAGTTGGCTAGAACCAAATCGTGTAAGTTGGGCAGAATTTATAGCTGATGTTTATAATTACTATCTTCATTGGGAGGATGAAATTGAGTTAGAGCACAAGCCATCCAAGCCGGCAAAACCAGAAGGTGTTAGAGCTATAGGAACGGATTTAACAGGAGCTCGTATAAAAAATGTTTACAGTGAAAATGTAAATTACTATGACACTCCAAGGTGGAACAACCCATCTGGCACTTTTAAACCTGGTCATGGTTGGATAATTGTTGATAAATACCTTGTTCATGGATCACCTATGTATCAAGTGAAAAATAGTAAGGGTGATAATAAATATTTTATTACGGCACACCCAAAATTTGTGCAAGTTGTTGGCAGTATGTCTAATGAGTCCGGCCAACGTATTAACCAAACAATGAAAGCTGGTGACAAGGTATATCTTCGTAATACAGCTAAGAGATATTACACAGGCCAGACCATACCGTCAAAGTATAAAGGAAAGAGGTATACTGTGCAACAGGCGGAGCCAAACAAAGTACTCCTTCAAGAACTTTACTCTTGGGTGTACAAAAGAGATTTACAAGGGTATTATAATGAATCAATGGATACACTTGCTAGCTTTATTGATAAACGAGTAGAATCTATTCACAATGGTAAGCTTCGTTTTTATAAACAACCTTCTTGGTCGGATAAACATGTTGTTGGCCATCTAGAAAAAGGAGATGGTTTTCCAACCATCATAAACAAATTAAAAGTTGGTAATGGCTACCAGTATAAGGTTAAAAATAGCAAAGGCGTAATTTATTATGTTACAGCAAGTAATAAATACGTTAGAGTAGAATAG	MQKLKDKYLLERRYLTNKNARPQIKNLGVSFLVAHETANNNADADAHYHYFQNIEPNISAHTFIDDNKILEIIPLDEKAWHVRYDVPRDNQMFGDDANDIAIGIELCRTGNFDKAYDRYVWYHAYLCKKYELNPKKDIVAHSTLDPSRRSDPQSWLEPNRVSWAEFIADVYNYYLHWEDEIELEHKPSKPAKPEGVRAIGTDLTGARIKNVYSENVNYYDTPRWNNPSGTFKPGHGWIIVDKYLVHGSPMYQVKNSKGDNKYFITAHPKFVQVVGSMSNESGQRINQTMKAGDKVYLRNTAKRYYTGQTIPSKYKGKRYTVQQAEPNKVLLQELYSWVYKRDLQGYYNESMDTLASFIDKRVESIHNGKLRFYKQPSWSDKHVVGHLEKGDGFPTIINKLKVGNGYQYKVKNSKGVIYYVTASNKYVRVE	PGPT0019115_273	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0019115-xlyAB-K01447	NA	NA
AK148_00493	1338	glnA	COG0174	Glutamine synthetase	ATGGGAAGCACTTATACAAGAGAAGATGTAGTAAGACGCATTAAAGAGGAAAACGTTCGTTTTATCCGTTTGCAGTTTACGGATATGTTGGGGAATATTAAAAACGTGGAGATTCCACTTAGTCAATTAGGTAAAGCTCTAGATAATAAGATGATGTTTGACGGCTCTTCCATTGAAGGCTTTGTACGCATTGAGGAGTCTGATATGTATTTGTACCCAGACTTGGATACGTTCGTAGTATTTCCTTGGACATCAGAAAAAGGAAAAGTAGCTCGCTTTATTTGTGATATTTATAAAACAGACGGCACTCCGTTTGAAGGGGATCCACGTTACAATTTAAAACGAAATTTAAAGAAAATGGAAGAGTTAGGTTTTGATGCTTTTAATATTGGGACTGAACCTGAATTTTTCCTCTTTAAGCTAGATGAAAAAGGCGAGCCCTCTATGGAATTAAACGATCACGGAGGCTATTTTGATCTTGCGCCAACAGACTTAGGGGAGAACTGCCGTAGAGACATCGTTCTTGAATTAGAAGAAATGGGTTTTGAAATTGAAGCTTCCCATCATGAAGTTGCACCTGGTCAACATGAAATTGATTTTAAATATTCAGATGCGGTAAAGCATGCAGATGATATCCAAACGTTTAAATTGGTTGTAAAAACAATTGCCCGTAAGCATAATTTGCACGCAACCTTTATGCCGAAACCATTATTTGGAGTGAATGGCTCCGGCATGCATGTGAATATGTCGTTATTTAAAAATGGAGAAAATGCATTTTATGATAAAGACGGTGATATGGGGTTAAGTAAGACAGCTTTTCAATTTATTTCTGGTATTATTAAACATGCTAGTAGCTTCACAGCGATTACAAACCCAACCGTTAATTCCTATAAACGTCTAGTTCCTGGTTATGAAGCTCCTAGTTATATTGCTTGGTCAGGTGCAAATCGAAGTTGTCTCATGCGGATTCCAAATTCTCGTGGTATTAGCACGCGTGTAGAAGCTCGTAGTGTGGATCCATCAGCAAATCCATATTTAGCACTTGCCTCTTTACTAGCAGCTGGCTTAGACGGTATCGAAAATGGAATGACTCCGCCACCAGCGGTTGATCGTAATATTTATGTGATGTCTAAAGAAGAACGTGAAGAAAATGGTGTTCACGATTTACCTAGTACTTTAGCAGACGCATTGGAAGAGTTAAAGAAAAGTGAAATTATTGTCAATTCCTTAGGTGAACACCTTTTCGAACACTTTGTTGAAGCAAAAGAAATCGAATGGGAAATGTTTAAAACACAAGTACACCCGTGGGAAAGAGAGCAATATTTAAGAACTTATTAA	MGSTYTREDVVRRIKEENVRFIRLQFTDMLGNIKNVEIPLSQLGKALDNKMMFDGSSIEGFVRIEESDMYLYPDLDTFVVFPWTSEKGKVARFICDIYKTDGTPFEGDPRYNLKRNLKKMEELGFDAFNIGTEPEFFLFKLDEKGEPSMELNDHGGYFDLAPTDLGENCRRDIVLELEEMGFEIEASHHEVAPGQHEIDFKYSDAVKHADDIQTFKLVVKTIARKHNLHATFMPKPLFGVNGSGMHVNMSLFKNGENAFYDKDGDMGLSKTAFQFISGIIKHASSFTAITNPTVNSYKRLVPGYEAPSYIAWSGANRSCLMRIPNSRGISTRVEARSVDPSANPYLALASLLAAGLDGIENGMTPPPAVDRNIYVMSKEEREENGVHDLPSTLADALEELKKSEIIVNSLGEHLFEHFVEAKEIEWEMFKTQVHPWEREQYLRTY	PGPT0000645_8124	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
AK148_00494	396	glnR	COG0789	HTH-type transcriptional regulator GlnR	TTGAATGATAAAGATCGTCGTTCCATGCCTCTATTTGCAATCGGCATTGTAATGAAGCTTACCGAATTAACAGCTAGGCAAATAAGGTATTATGAAGAGCACAGTTTAATTCATCCAGAAAGAACCACTGGAAATCAGCGATTATTTTCGTTTAATGATGTTGATCGACTGCTTGAGATTAAAGATTATTTAGATAAGGGGTTAAATATTGCTGGCATTAAACTACTGTTGAATGAAGATGAAACGAAACAAGTTTCACAACTAAAAATGACTGAATCCTCACAGATATCTGACAAGGAGTTACGGAGGATTCTAAGACAAGAATTAAATGAGCCAGGCGCTCATAAAAAAGCTAATTTGCGTCAAGGGGACCTTGCTAGGTTTTTTAGCCGTTAA	MNDKDRRSMPLFAIGIVMKLTELTARQIRYYEEHSLIHPERTTGNQRLFSFNDVDRLLEIKDYLDKGLNIAGIKLLLNEDETKQVSQLKMTESSQISDKELRRILRQELNEPGAHKKANLRQGDLARFFSR	PGPT0001015_155	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-REGULATION	GLN-NITROGEN_REGULATORY_SYSTEM,PGPT0001015-glnR-K03713	NA	NA
AK148_00495	1239			hypothetical protein	ATGACAGATTTATTAGCAAGACAAGCGGAAGAAGATTGTAAACCACAATATACAAAGATCAACAACGTAGCTGAGAAAAATCAAAGACGTGTAATGCAAGCTTTTCGAAACAACTGTGTGAGTGATAGTCATTTTCAATCAACAAGCGGCTATGGATATGATGATAGGGGACGAGAAGTGCTGGAAAGTGTTTATGCTGAAGTATTTGGAGGAGAAGATGCACTTGTAAGACCTCAAATAGTTTCTGGTACGCACGCTATTACAACGACTCTATTTGGTATACTGCGTCCTGGTGATGAACTATTGTATATTACTGGTAAGCCTTATGATACTTTAGAAGAAGTAATCGGTATTCGAGGTAAAGCTGAAGGGTCCTTACGTGATTTTCAAATTATTTATCAGCATGTTGATCTATTAAAGAACGGTAAGGTGAATTTTGAAGCTATTAAGCAAGCAATGAATAAAAAAACAAAAGTAATTGGTATACAACGCTCCAAAGGATATGATGATAGGCCTTCATTTACGATAACTGAGATAGAGGAAATGGTAAATTTTGTGAAGTCTATTCTGCCTGAAGTCATCGTGTTTGTTGACAACTGTTACGGCGAATTCGTTGAAGAGATGGAACCACTACATGTAGGAGCGGATGTTATTGCTGGGTCTTTAATTAAAAACCCCGGTGGCGGTATTGTTCGAGCGGGAGGCTATATTGTTGGAAAAGAATCACTTATTCACCAATGCGCCAACCGTCTAACTGCACCAGGGCTTGGAAAAGAGACTGGCGCAACATTTCACATGCTACAAGAAATGTTTCAAGGCTTTTTCCTCGCTCCTCATGTAGTTGGTGAAGCGCTTAAGGGAGCTGTTTTCACTTCAAGACTAATGGAATTGGCCGGCTACACAACATCGCCACATTACAAAGCAGAGCGTACAGATTTAATTCAATCGGTAACATTTCACAATAGAGAAAACATGATTATGTTTTGTCAAGCGATTCAAGAATATTCACCAGTAAATGCTTATGTGAAACCTTTTCCAAGCAAAATGCCTGGGTATGAGGACGAAGTAATTATGGCAGCAGGAACGTTTATCCAAGGTGCAAGTATTGAGTTGTCTGCGGATGGCCCGCTACGCCCTCCTTATGTAGCGTTTATTCAAGGTGGGCTAACGTATGCCCATGTAAAGATAGCCATTACAGAAGCATTAGAGAAGATCAGTAATATGACTTTAAATAATTAG	MTDLLARQAEEDCKPQYTKINNVAEKNQRRVMQAFRNNCVSDSHFQSTSGYGYDDRGREVLESVYAEVFGGEDALVRPQIVSGTHAITTTLFGILRPGDELLYITGKPYDTLEEVIGIRGKAEGSLRDFQIIYQHVDLLKNGKVNFEAIKQAMNKKTKVIGIQRSKGYDDRPSFTITEIEEMVNFVKSILPEVIVFVDNCYGEFVEEMEPLHVGADVIAGSLIKNPGGGIVRAGGYIVGKESLIHQCANRLTAPGLGKETGATFHMLQEMFQGFFLAPHVVGEALKGAVFTSRLMELAGYTTSPHYKAERTDLIQSVTFHNRENMIMFCQAIQEYSPVNAYVKPFPSKMPGYEDEVIMAAGTFIQGASIELSADGPLRPPYVAFIQGGLTYAHVKIAITEALEKISNMTLNN				NA	NA	NA	NA	NA
AK148_00496	1233	hflX	COG2262	GTPase HflX	TTGAATGAAAAAGTAATCATTATTGCAGTAAAGCAACCGAAACAAACTAATCATCATTTTGAATCTTCCCTAGCCGAATTAAATTCATTGAGTAATACTGCTGGTGGAGATGTTGTTCAAATATTTACCCAAAATAGAAATAACATTCACCCTGGTACATATATTGGCTCTGGAAAATTAGAAGAAGTAAATGCTTCTATTCAGGAAGATCAAGTGGATTTAGTCATTGCAAATGATGAATTATCACCCATCCAACTTCGAAATATGAGTCAAGCTTTCGGAGTTCGAACGATTGATCGTAGCCAATTGATTTTAGATATTTTTGCGCAACGTGCTAGAACAAAAGAAGGAAAATTACAAGTTGAATTAGCTCAACTAGAGTATTTATTACCTAGGTTAAGAGGGCAAGGGACAGCGATGTCAAGATTAGGAGGTGGGATTGGAACAAGAGGCCCTGGTGAAACAAAATTGGAGACAGATCAGCGGCATATTCGTAGACGTATCCATGATATAAAGCAGCGTTTACAAACGGTCGCTAAGCAAAGGGAACAATATCGTAAGCGAAGAAAGACAAATGACGTCTTACAAATTGCAATTGTTGGTTATACAAATGCAGGAAAGTCAACGCTTTTTAATCAACTCACAAATAGTACTTCATTAGAGGAAGATCAATTGTTTGCCACACTTGATCCGTTAACGAGGCAAATTCAACTTCCATCAGGAATGAATGTACTTGTTACGGATACCGTTGGATTCCTACAAGATTTGCCGACTTCTTTAATTGCTGCTTTTAAATCAACATTAGAGGAAGTAAAAGAAGCTAATTTTCTTATTCATTTGGTTGATGGTTCCCATCCTGATTTAAATCAGCAACAGGATACTGTTTTGCAGTTATTACAAGAACTTCATGCTGATACGCTTCCAATGCTTACGGTTTATAATAAGAAAGATAAATGGGTGCAAGGTGTTATACCAATGAACCATCCTTATATGTTTATGAGTGCTTATCAGAGAGAAGATGTACAACAGTTACTACATAAACTGGAAGCCCTACTAAAAGCGGAGTGGTCATTTTATTCTCTAACACTAAGACCGGATCAGGGCAAGTTATTACAACAATTGGAACATGAGAGTATTGTTGAATCAAAGATGTTTTCAGAAGATGAACAAGTATACAAATTAAACGGATATATGCGAAAAGGAATAGCGTTAAACCGACTTTTAGAGGAGTAA	MNEKVIIIAVKQPKQTNHHFESSLAELNSLSNTAGGDVVQIFTQNRNNIHPGTYIGSGKLEEVNASIQEDQVDLVIANDELSPIQLRNMSQAFGVRTIDRSQLILDIFAQRARTKEGKLQVELAQLEYLLPRLRGQGTAMSRLGGGIGTRGPGETKLETDQRHIRRRIHDIKQRLQTVAKQREQYRKRRKTNDVLQIAIVGYTNAGKSTLFNQLTNSTSLEEDQLFATLDPLTRQIQLPSGMNVLVTDTVGFLQDLPTSLIAAFKSTLEEVKEANFLIHLVDGSHPDLNQQQDTVLQLLQELHADTLPMLTVYNKKDKWVQGVIPMNHPYMFMSAYQREDVQQLLHKLEALLKAEWSFYSLTLRPDQGKLLQQLEHESIVESKMFSEDEQVYKLNGYMRKGIALNRLLEE	PGPT0007245_4126	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-CYTOKININ_METABOLISM	PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007245-hflX-K03665	NA	NA
AK148_00497	927	spoVK	COG0464	Stage V sporulation protein K	ATGGAAACGCAATTTATAAGTAATCGAAATGGGCAAGTAAATATCATTTTAAAGGAAAAAAACACCTCGCATTTGACATATACAGATAAAAAAGCAATGAACAAAAAAAACAACCCATTTAATCATATTGATGAGGCATTTGCATCGTTTGTGGGTATGAAGCAGCTTAAGAAACGAATCAAAGAAATATATGCAACCGTCGTCATTAATGAAAAGCGAAAGCAGTTTGGGTTAGTAAATCATCAACAAGTATTGCATATGCTATTTAAGGGTAATCCGGGCACAGGAAAAACAACGGTAGCTAGAAGGTTGGCTAAGCTATACTATGATATGAATTTATTATCTAAAGGTCATTTTATTGAAGCTGAACGGGCTGATTTAGTAGGAGAATATATTGGTCAGACAGCGCAAAAAACCCGTTCCATTATACAAAAATCCCAAGGTGGTGTTTTGTTTATTGATGAAGCCTATTCGCTTGCGCGTGGTGGCGAGAAAGATTTTGGTAAAGAAGCAATTGATACTTTAGTAAAACATATGGAAGATTACCAACATGATTTTGTGCTAATTCTTGCAGGTTACCCCCACGAAATGGACCGATTCTTAACGCTAAACCCTGGCTTGGAATCTAGGTTTCCATTTATATTAGATTTTCGTGATTATGAAGCTGGAGAATTGCTTTCAATTGCTAAACGCATGGCGGCAGATCGGGAGTATCAACTTACCAAAGATGCTGAAACGGAATTAAAGGCGCATTTATTAAAAAAAATACGCACAAATAATCGTAACTTTTCCAATGCGCGTTATGTACGTAACGTGGTAGAGAGTGCTATTCGTATGCATGCAGTTAGATTGTTGGAGAATGAGCACTTTACTGCAGATGATCTTATTTACTTAACAATTCAAGATTTGCAGTTAAAACTAAATTAG	METQFISNRNGQVNIILKEKNTSHLTYTDKKAMNKKNNPFNHIDEAFASFVGMKQLKKRIKEIYATVVINEKRKQFGLVNHQQVLHMLFKGNPGTGKTTVARRLAKLYYDMNLLSKGHFIEAERADLVGEYIGQTAQKTRSIIQKSQGGVLFIDEAYSLARGGEKDFGKEAIDTLVKHMEDYQHDFVLILAGYPHEMDRFLTLNPGLESRFPFILDFRDYEAGELLSIAKRMAADREYQLTKDAETELKAHLLKKIRTNNRNFSNARYVRNVVESAIRMHAVRLLENEHFTADDLIYLTIQDLQLKLN	PGPT0024835_327	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024835-spoVK-K06413	NA	NA
AK148_00498	225	hfq	COG1923	RNA-binding protein Hfq	ATGGCTCAATCTGTAAATATTCAGGACCAATACTTAAATCAGCTTCGTAAAAACCGTATAGCTGTCACAATTTTTTTAACGAATGGATTTCAATTAAGAGGTGTTATTAAAGGATTCGACAATTTCACGGTTTTAATTGAAACAGATGGTAAACAGCAATTAATTTTTAAACATGCTATTTCTACCTTTTCACCAGCTAAAAATGTCGAGCTGGAGAAGGAATAA	MAQSVNIQDQYLNQLRKNRIAVTIFLTNGFQLRGVIKGFDNFTVLIETDGKQQLIFKHAISTFSPAKNVELEKE	PGPT0025560_1947	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-AI1|AI-2|CAI-1_PERCEPTION|SIGNALLING,PGPT0025560-hfq-K03666	NA	NA
AK148_00499	933	miaA	COG0324	tRNA dimethylallyltransferase	ATGAAAAAAAAACTTATTGCTATCGTAGGTCCAACTGCGGTAGGTAAAACAAAACTTAGTATTGAAATAGCTAAACATTATAATGGTGAGATTATTAGCGGAGATTCTATGCAAATCTATAAAGGAATGGATATTGGGACTGCAAAAGTGACAAAGGATGAAATGAAAAACATTCCACATTATATGATTAATATAAAACGTCCCGATGAATCGTTCTCTGTGGCTGATTTTAAACAGCATGTAGACCATTACATAGAAATAATAGCAGCCAAGAACAAGTTACCTATATTAGTTGGTGGAAGTGGTTTGTATGTGCAGGCTGCTCTCTATGGTTATAATTTTGCAACGTATGAGCGTAATAATGAAATAATTAGTCAATTAAATAAAGAAATAGAGTTAAATGGTATCCACTCTTTGTATGAAAGGTTGAAGAAGGTTGATCCACAACAGGCAAAAAAAATTCATCCAAACAACTATCGGCGTGTTGTGCGTGCGTTAGAAATCTATGAAACAACAGGAAAACGAATGTCAGAATACCAGCAACAACAAAGTGGAAAGTCACCGTATGATTATAAAATCATAGGATTGGAAATGGACCGTGAAAAATTATATGATCGGATTAATAAGCGTGTAGATGATATGATAGAAAAAGGTCTGGTAGAAGAAGCTTATCAATTGTATAGTAGGGGGTATGCTCATAAACAATCTATGCAAGCGATCGGCTATAAAGAATTTCTCCCTTATTTCAAAAACGAAATATCTTTAACTGAAGCTATTGCAACTTTAAAGCAAAATTCTAGAAGATATGCTAAAAGGCAATATACTTGGTTTCGCAATAAAATGGATGTATCTTGGTATGATGTTTCTAGTGTGTCCATTGATGAAAAATTAAGAAATATTTTAGATGATCTTGCAGGATTTATTCAAAGCTAG	MKKKLIAIVGPTAVGKTKLSIEIAKHYNGEIISGDSMQIYKGMDIGTAKVTKDEMKNIPHYMINIKRPDESFSVADFKQHVDHYIEIIAAKNKLPILVGGSGLYVQAALYGYNFATYERNNEIISQLNKEIELNGIHSLYERLKKVDPQQAKKIHPNNYRRVVRALEIYETTGKRMSEYQQQQSGKSPYDYKIIGLEMDREKLYDRINKRVDDMIEKGLVEEAYQLYSRGYAHKQSMQAIGYKEFLPYFKNEISLTEAIATLKQNSRRYAKRQYTWFRNKMDVSWYDVSSVSIDEKLRNILDDLAGFIQS	PGPT0007210_3501	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0007210-miaA|ipt-K00791	NA	NA
AK148_00500	510	dps1_1	COG0783	DNA protection during starvation protein 1	GTGAAAATGTATAAAGTTGCTTTCAGTTTACCATACTATGGAAAACTGGAAGAGGTGTGTATGGTGAAAAATCAACAGCTTGTAAATTTTCTTAATCAATTACTGTCTAATCAATTTGTTCTTTATGTGAAACTGCACCGATACCATTGGTTTATTCAAGGAAGCAATTTTTTAACTCTCCATCAGCAATTTGAACATATGTACTTGAAGGTAGCTCATAATATTGATGAGATAGCTGAGCGTATACTAATGATAGATGGCAAACCTTTAGCTACGATGGTAAAATATTTGAAAGAATCAACTATAGAAGAAGCAACTGCAGATGATGAAGAACAAGAAATAATGCAGCAGTTGCTGCAAGATTTGCTGCAAATAATAATGGAAATTAAGACACAAGGACTACCAAAAGCTGTAGAGTTAAATGACAGCCCAACAGAAGACTTACTTATTGGTATACAAGGAGCATTTGAAAAATATACTTGGATGCTTAGAGCTTATTTAAAACAGTAA	MKMYKVAFSLPYYGKLEEVCMVKNQQLVNFLNQLLSNQFVLYVKLHRYHWFIQGSNFLTLHQQFEHMYLKVAHNIDEIAERILMIDGKPLATMVKYLKESTIEEATADDEEQEIMQQLLQDLLQIIMEIKTQGLPKAVELNDSPTEDLLIGIQGAFEKYTWMLRAYLKQ	PGPT0004055_1277	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0004055-dps|dpsA-K04047	NA	NA
AK148_00501	1899	mutL	COG0323	DNA mismatch repair protein MutL	ATGCGAATTATACAAATGCCGGATTCTCTTGCTAATAAAATTGCAGCAGGTGAAGTTGTTGAGCGTCCTGCATCCGTTGTGAAAGAGCTCGTTGAAAATAGCATTGATGCAAACAGCACGTGGGTAAAAGTTGAGATAAAAGAAGCGGGTTTACAAGTTATTAAAGTAACTGACAATGGCGACGGGATGTTAGAAGAAGATTGTGAAACAGCATTCTTGAGGCATGCAACAAGCAAAATAAAGAATGAGACAGATTTATTTCACGTTCGAACCCTTGGTTTTCGTGGCGAGGCGCTTGCAAGTATAGCTTCTGTCAGCAAACTAACGGTTCAAACTTCTACAGGAGAACACGCTGGCACTCATTTAACTTTAGAAGGCGGTAAACTAATTGATAAACAGAAATCAGCTGCACGAAAAGGGACAGAAATTACAGTATCGGAGTTATTTTTTAATACGCCTGCACGTCTAAAATATATGAAAACCATTCATACCGAGTTAGGGCATATTACAGATCTGTTAAATCGTTTGGCTTTGTCGCATCCAGAAATAAGATTTGACGTCACACATAATGGAAAGAACATCTTTAAAACAGCAGGAACAGGTGATGTATTACAAGTTATTTCTCAGGTATATGGAATGAATGTAGCAAAGCATATGTTACCTGTTAAGCACGAAACACTCGACTTTTCTATTAGTGGATTTATTGCTAAACCAGAAGTGACGAGATCCTCTAGAAACTATATGTCAACCATCATTAATGGAAGATATATAAAAAGCATTGCATTAAATAAAGCGATTATCCAAGGCTATCATACACTGTTGCCTATTGGACGTTCACCTATTGTTGTTCTTTCTATACAAATGGATCCTATTCTGGTAGATGTTAATGTCCATCCCACTAAATTAGAAGTGCGTTTTAGTAAGGATAAAGAATTATTTCAAGCAATTGACCAAACCATTAAAGACACATTTCGGGGAGCAACCTTAATTCCTGAAATGGAACGGAAATCTGTACCTAAATCAAAGTCCATACAACATAGTTTTGATTTTACACCATCTAGCTCAGAACTAGAACAGTGGAATTACCCGGCTGGCGTTCGTGAACCAGTTGTTGAAAACATTTCATCTAAAGGGCTAAATGAAGCTGCTAGGGAGCAAGAAAGTGATCATATCGAGTATACTGACAACGAAATGGAGCTAACCGCCGTAGAGCGTGCAAGTGAATTCCAGCAAGTAAAAGACTATATAGATAGAAATAGGTGCACAGATACAGGTAAGAACATAGTAGAACAAGAGAAAAACGAGAAAGTTGAACCACGTGTTCCTATTATGTATCCAATTGGACAATTACAAGGCACATACATTTTGGCGCAAAATGAAAATGGGCTGTACATGATTGATCAGCATGCTGCCCAAGAGCGAGTGAAATATGAATTTTTCAAACAAAAACTCGGTCAGCCTATGAATAATTTGCAGCAATTACTCATTCCATTAACATTTGAATTTTCTAAAGAAGAAGCAATTTGGGTGGAGGCGTATAAAGAAACATTACAAGCAGCAGGACTTTTTTTCGAACCATTTGGTCAACAAACGTATGTTATTCGTTCACACCCCAGCTGGTTCCCTGCTGGACAAGAAGAAGCAATTATTCGGGAAATGGTTGAACAGCTAATAAAAGATGAGAAGATTGATGTGGAAAAGATTCGAGAAGAAGCGGCCATTTTAATGTCCTGTAAACGTTCTATTAAAGCTAACCATTATTTAAATGATGAAGAAATGACACAATTACTTGAACATTTACGACAAACTACAGACCCATTTACTTGTCCGCATGGAAGACCTATTATCGTTCATTTTTCCACTTATGAATTAGAAAAAATGTTTAAACGTGTGATGTGA	MRIIQMPDSLANKIAAGEVVERPASVVKELVENSIDANSTWVKVEIKEAGLQVIKVTDNGDGMLEEDCETAFLRHATSKIKNETDLFHVRTLGFRGEALASIASVSKLTVQTSTGEHAGTHLTLEGGKLIDKQKSAARKGTEITVSELFFNTPARLKYMKTIHTELGHITDLLNRLALSHPEIRFDVTHNGKNIFKTAGTGDVLQVISQVYGMNVAKHMLPVKHETLDFSISGFIAKPEVTRSSRNYMSTIINGRYIKSIALNKAIIQGYHTLLPIGRSPIVVLSIQMDPILVDVNVHPTKLEVRFSKDKELFQAIDQTIKDTFRGATLIPEMERKSVPKSKSIQHSFDFTPSSSELEQWNYPAGVREPVVENISSKGLNEAAREQESDHIEYTDNEMELTAVERASEFQQVKDYIDRNRCTDTGKNIVEQEKNEKVEPRVPIMYPIGQLQGTYILAQNENGLYMIDQHAAQERVKYEFFKQKLGQPMNNLQQLLIPLTFEFSKEEAIWVEAYKETLQAAGLFFEPFGQQTYVIRSHPSWFPAGQEEAIIREMVEQLIKDEKIDVEKIREEAAILMSCKRSIKANHYLNDEEMTQLLEHLRQTTDPFTCPHGRPIIVHFSTYELEKMFKRVM				NA	NA	NA	NA	NA
AK148_00502	2592	mutS	COG0249	DNA mismatch repair protein MutS	ATGGCAAAACAAACACCAATGATGAAGCAATATTTAAATATAAAAAAATCTTATAAGGATGCGTTCTTGTTTTTTCGCTTAGGTGATTTTTATGAACTGTTTTTTGAGGATGCTATTCAAGCCGCAAGAGAGTTAGAAATAACGCTGACAAAACGGGATTCGAACAGTCCTAATCCTGTTCCAATGTGCGGGGTTCCTTATCATTCCGCGGAGAATTACATCAAAATTTTAATCGAAAAAGGCTATAAAGTTGCAATTTGTGAGCAAGTAGAAGACCCTAAAACAGCTAAAGGTGTAGTAAAACGGGAAGTGATTCAATTAATTACACCTGGGACGGTTATGGAAAAAGCTATGCTAAATGAAAAAGAAAACAATTATATTGCCAGTTTGTCTCATTTTGATAGTAGCTATGTAATAGTATATAGTGATTTGTCGACAGGTGAAAACCAACTGGCTTTAATTGAACATGGGTGGGACGGGGTAATTCATGAATTATATAATCAACCGATTAAAGAAATTGTTGTTTCCTCTAAATTGCCCGAGGAATTACAAAAGCAGTTAAAATCAAGGCTACATGTTACCTTATCTTATCAGGATGAAGTGACCTTTAATGCAGAATACCGTAGTTTATGTGAAAACATTGATGATGAAAGACTATTAACAGCTTTTAGCAGAATACTAAATTATGTTCAACACACACAAAAGCGTTCGCTTGATCATATGCAACAAGCACAAGTTATTGCACTACAACATCACTTATCATTAGATATGTATTCAAAGCGGAATTTAGAACTTACGGAAACGTTAATGAAAAAAGAAAAGTATGGTAGTTTACTATGGGTCCTCGATAAAACCGTTACAGCTATGGGATCGAGAATGTTAAAAAAATGGTTAGAGCGCCCACTTTTAAACGCGCAGGAAATTGAAAAACGGCTTCAAATTGTTGAAGGCTTTTATGCACAGTTTATGGAACGAGATGCAATAAGAGAAACGTTAAAATCGGTATATGATTTAGAAAGGCTTGCGGGACGAATTGCTTTTGGTAATGTCAATGCACGTGATTTACAACAACTAAAGAGTTCGCTACAAAGGATTCCAGTTCTGAAACAACTTTTACAACAATTCTCTCAGCCGGAACTTTATAAATTAGCAGACCAGTTATATATAGAACCCAAAATCATAGATATACTGGAGGCAAGTATCGTAGACGATCCGCCGATTTCGATTAAAGAAGGCGGCATTATTAAAGACGGTTATAACGAGCAATTAGATACATATCGAGATGCATCAAGAAATGGAAAGCAGTGGATTGCTGAACTGGAACAAAAAGAAAAACAAGCAACCGGTATTAAATCATTAAAAATCGGTTATAACCGTGTGTTTGGATATTATATTGAGGTAACGAAAGCTAACTTGCATTTACTTCCTGAAGGGCGTTATGAAAGAAAACAAACATTAACAAATGCAGAGAGATATATTACACCAGAATTAAAGGAAAAAGAGCAGCTTATATTAGAAGCGGAAGAAAAGAGCGTCGAATTGGAATATCAACTTTTTATTGGAATTCGTGAACAAATTAAAGTTTTCATCCCAGAATTGCAACGTTTAGCTGAACAAGTAAGTTATGTAGATGTGCTACAAGGGTTTGCAACTGTGAGTGAATCTAACAATTATGTTCGCCCTACATTTGATAAACAAAAGTTAGAAATTAAACAGAGTAGGCACCCAGTGATTGAGCAAGTGATGGATGATGGCACTTTTGTACCTAATGATATCACTTTAGATGCACAAAATCATATTTTGCTAATAACAGGGCCGAACATGTCAGGGAAAAGCACTTATATGCGTCAATTGGCATTAACTGTTATTATGGGACAAATAGGTTGTTTTGTACCTTGTGAATCGGCTCAACTTTTAATTTTTGACCAAATCTTCACGCGAATTGGTGCGGCAGATGATTTAGTTGCTGGTCAAAGTACATTTATGGTGGAAATGCTCGAAGCAAATCACGCGATCACTAATGCGACTGAGCAAAGCTTGATTTTATTTGATGAAATTGGGAGAGGGACAAGCACATATGATGGGATGGCTTTAGCGCAGGCGATCATTGAATATATTCATAATCATATCCAAGCAAAAACGCTATTCTCAACACATTATCACGAACTGACAGATCTAGCTAATACGTTATCTCACTTAAAAAATGTTCATGTTAGAGCGGAAGAGCATGAAGGAAATGTTGTATTTCTCCATCAAATTAAAGAAGGACCTGCTGACGAAAGTTACGGTATCCATGTAGCTAAGCTTGCAAACTTACCTAATAGTTTAATTACTCGGGCTAGTGAAATTTTAAAAGAACTAGAAGGAAACATGGAGGCTAAATCTGAAGTCAAAGTGAAGGCGGAACAAGCTGCTTCTGTTGAGGGTACAGGACAATTGTCTTTCTTTACTGAAGAAGAGAAGCTAGTTTCTAAACATAAAAGTCAATATGAAAAAGTGGTACAAGAGTTAAAAGACATAGATTTATTCGCTTTAACCCCTCTAGAAGCGATGAATATGTTATATCAACTGCAAAAAAAGGCACGAAAATAA	MAKQTPMMKQYLNIKKSYKDAFLFFRLGDFYELFFEDAIQAARELEITLTKRDSNSPNPVPMCGVPYHSAENYIKILIEKGYKVAICEQVEDPKTAKGVVKREVIQLITPGTVMEKAMLNEKENNYIASLSHFDSSYVIVYSDLSTGENQLALIEHGWDGVIHELYNQPIKEIVVSSKLPEELQKQLKSRLHVTLSYQDEVTFNAEYRSLCENIDDERLLTAFSRILNYVQHTQKRSLDHMQQAQVIALQHHLSLDMYSKRNLELTETLMKKEKYGSLLWVLDKTVTAMGSRMLKKWLERPLLNAQEIEKRLQIVEGFYAQFMERDAIRETLKSVYDLERLAGRIAFGNVNARDLQQLKSSLQRIPVLKQLLQQFSQPELYKLADQLYIEPKIIDILEASIVDDPPISIKEGGIIKDGYNEQLDTYRDASRNGKQWIAELEQKEKQATGIKSLKIGYNRVFGYYIEVTKANLHLLPEGRYERKQTLTNAERYITPELKEKEQLILEAEEKSVELEYQLFIGIREQIKVFIPELQRLAEQVSYVDVLQGFATVSESNNYVRPTFDKQKLEIKQSRHPVIEQVMDDGTFVPNDITLDAQNHILLITGPNMSGKSTYMRQLALTVIMGQIGCFVPCESAQLLIFDQIFTRIGAADDLVAGQSTFMVEMLEANHAITNATEQSLILFDEIGRGTSTYDGMALAQAIIEYIHNHIQAKTLFSTHYHELTDLANTLSHLKNVHVRAEEHEGNVVFLHQIKEGPADESYGIHVAKLANLPNSLITRASEILKELEGNMEAKSEVKVKAEQAASVEGTGQLSFFTEEEKLVSKHKSQYEKVVQELKDIDLFALTPLEAMNMLYQLQKKARK				NA	NA	NA	NA	NA
AK148_00503	564			hypothetical protein	ATGTCTTTTTTAGATAAAGAATATAGAGAGATCATAACGAAAGCGGTTTGTGGCAAAGGTCGTAAGTTCTCACAAGCAACCCATTCCGTTACACCATCACATAGACCTTCAAGTATTTTAGGTTGTTGGGTTATTAACCATTTGTATAATGCAAAGAAAAAATCACAAGATACTGTAGAGATAAATGGAAGTTATGAAATTAACATTTGGTATTCGTATAATGACAACACAAAAACAGAAGCTATTACCGAGAGGGTTACCTACAGCGATAAAGTACCATTATCGATAAAAGATGAAAACTGCTTAAATGATGACTTTGATGTAATAGCCAAAGTTGTTCAACAGCCGAATTGCTTAAATTGTACAATTGAAAACAAAGGGCATAAAATAGTAGTAGAGATTGAAAGGGAATTTATTGTCCAGATTATCGGCGATACAAAAGTTGCGGTTCGTGTGGATCCGAAGCGTGAATATGTTGATGATGACGAAGATGAAGTTTGGGATGTAGAACTTACAGATGACGAATTGGAAGAAGTAGAACCAGATTTCTTAAATAAAGATTAA	MSFLDKEYREIITKAVCGKGRKFSQATHSVTPSHRPSSILGCWVINHLYNAKKKSQDTVEINGSYEINIWYSYNDNTKTEAITERVTYSDKVPLSIKDENCLNDDFDVIAKVVQQPNCLNCTIENKGHKIVVEIEREFIVQIIGDTKVAVRVDPKREYVDDDEDEVWDVELTDDELEEVEPDFLNKD	PGPT0025155_66	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025155-cotE-K06328	NA	NA
AK148_00504	429	ymcA	COG4550	putative protein YmcA	ATGGCAGAGTATACACGTAAACAGGTGCTGGATGAAGCGAAAAAACTTGCGAATATGTTAGCAAACACAGAAGAAATTGAACATTTTAAGCAAGTGGAAGCGAAAATTAATGAAAATAAAAAAGTACAACAATTAATAACAAAGATTAAAGCATTACAAAAGCAAGCTGTTAATTTACAAGCTTATGAAAAACATGAAGCTCTAAAAAAAGTAGAGGAACAACTGGATATTTTTCAATCAGAAATTGATGGAATTCCTGTTGTACAGGAGTTTAAAGAAATACAAGTTGTTGTTAATGATGTTTTACAGTTAATTACTGCTACCATTGCAAGAGAAGTTACCAATCAAGTAATTGAATCTACAGGTGGAGATGTTTTAACTGGAGAAACAGGTTCGAAAATAAGAACAAAATTAGGTTGTAGCCATTAG	MAEYTRKQVLDEAKKLANMLANTEEIEHFKQVEAKINENKKVQQLITKIKALQKQAVNLQAYEKHEALKKVEEQLDIFQSEIDGIPVVQEFKEIQVVVNDVLQLITATIAREVTNQVIESTGGDVLTGETGSKIRTKLGCSH	PGPT0026336_39	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0026336-ymcA-NA	NA	NA
AK148_00505	1578	miaB	COG0621	tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase	ATGAACGAGCAACAACGTAAGCAACAAGCACAAATTAAGGAAACAAATCCAACGGACGTAAAATCCAGTATGGATAATATGGAGCGTATTAAAAATACTTCTAGTGAAGATTTAATTTCCAAGTATTTCAAAACAACTTATGAACCACCAAATCTAAATAAAGCACGTAAACGTGGAAGAGATAAAGTGAATGTCCATTACGATTTTTCTATTCCCGAAGACATGGAAAATATCGGGGAAGGGAAGAAGTTTTTAATTCGTACATATGGTTGCCAAATGAATGAGCATGATACGGAAGTAATGGCTGGAATTCTTACCGAAATGGGTTATATATCTACTTCTGAAACAAATGCTGCTGATATTATTTTGTTGAATACTTGTGCAATTAGAGAAAATGCTGAGAATAAAGTATTTGGTGAAATTGGACATTTAAAAGCGTTAAAACGAGAAAAGCCAGATTTAATCCTTGGTGTTTGCGGTTGCATGTCCCAAGAAGAGTCTGTGGTAAATCGGATATTGAAGAAACACCAGCATGTGGATTTGATTTTTGGTACTCATAATATACATCGGTTACCACATCTTGTGAAAGAAGCAATGTTTGGTAAAGAAAAAATTGTTGAAGTGTGGTCTAAAGAAGGCGACGTCATTGAAAACCTTCCAAAAGCACGAAAAGGAAAAATAAAAGCATGGGTTAACATTATGTACGGTTGTGATAAGTTCTGTACGTATTGTATTGTACCAATGACGCGTGGAAAAGAACGAAGTCGCCTTCCAGAAGATATCATCCAAGAAGTTCGACATTTAGCTGCTCAAGGTTATAAAGAGGTAACCTTATTAGGGCAAAACGTAAATGCTTACGGAAAAGATTTAGACGGCATGACATATGGTTTAGGTGATTTAATGGATGAACTTCGCAAAATTGATATACCAAGAATTCGTTTTACGACATCGCATCCTAGAGATTTTGATGATCGCTTAATTGAAGTATTGGCAAAAGGAGGAAATCTGTTAGATCATATTCATTTGCCAGTCCAGTCAGGCAGTAGTGAAATTTTGAAGAAAATGAATCGGAAATATACGAGAGAATCGTATTTAGAACTCGTTAGGAAAATTCGTGCAGCGATGCCGAATGCAACGTTAACGACAGATATTATTGTTGGATTTCCAAATGAAACGGAAGAGCAGTTTGAAGAAACGATGACTCTAATGGAAGAAGTGGGTTTCGAAGCAGCGTATACCTTTATTTATTCACCACGTGAAGGGACTCCAGCAGCTAGGAAGAAAGATAATGTTCCAGAAGAGGTAAAAAAGCAACGACTATATCGCTTAAATGAGCTTGTCAATAGGCAGTCTGCTGCGTCTATGAAAACGTATCAGGATCAAGTCGTAAAAGTACTTGTAGAGGGTGAAAGCAAAAAAGATCCAGAAGTTTTAGCTGGGTATACGGAAAGAAATAAACTCGTTAACTTTAAAGGACCAAAGTCTGCAATTGGGCAGATTGTAGACGTGAAAATTACAGAAGCTAAAACATGGTCTTTAGACGGTGTTATGATTGAAAATACAATAGGGGTGGAATAA	MNEQQRKQQAQIKETNPTDVKSSMDNMERIKNTSSEDLISKYFKTTYEPPNLNKARKRGRDKVNVHYDFSIPEDMENIGEGKKFLIRTYGCQMNEHDTEVMAGILTEMGYISTSETNAADIILLNTCAIRENAENKVFGEIGHLKALKREKPDLILGVCGCMSQEESVVNRILKKHQHVDLIFGTHNIHRLPHLVKEAMFGKEKIVEVWSKEGDVIENLPKARKGKIKAWVNIMYGCDKFCTYCIVPMTRGKERSRLPEDIIQEVRHLAAQGYKEVTLLGQNVNAYGKDLDGMTYGLGDLMDELRKIDIPRIRFTTSHPRDFDDRLIEVLAKGGNLLDHIHLPVQSGSSEILKKMNRKYTRESYLELVRKIRAAMPNATLTTDIIVGFPNETEEQFEETMTLMEEVGFEAAYTFIYSPREGTPAARKKDNVPEEVKKQRLYRLNELVNRQSAASMKTYQDQVVKVLVEGESKKDPEVLAGYTERNKLVNFKGPKSAIGQIVDVKITEAKTWSLDGVMIENTIGVE	PGPT0007215_205	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-CYTOKININ_METABOLISM	PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007215-miaB-K06168	NA	NA
AK148_00506	264	spoVS	COG2359	Stage V sporulation protein S	GTGGTGGAAGTATTAAAAGTGTCAGCAAAATCAAATCCAAATTCAGTAGCAGGTGCACTTGCGAATGTGTTAAGAGAACGTGGCTCAGCGGAGATTCAGGCTATTGGAGCTGGTGCATTAAACCAGGCTGTTAAAGCGGTAGCGATTGCTAGAGGATTTGTTGCACCAAGTGGGGTTGATCTTATTTGTATTCCGGCTTTTACAGATATTTTAATTGATGAAGAAGAGCGTACAGCAATTAAATTAATTGTAGAGCCCAGATAA	MVEVLKVSAKSNPNSVAGALANVLRERGSAEIQAIGAGALNQAVKAVAIARGFVAPSGVDLICIPAFTDILIDEEERTAIKLIVEPR	PGPT0024850_156	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024850-spoVS-K06416	NA	NA
AK148_00507	795	ymdB_1	COG1692	2',3'-cyclic-nucleotide 2'-phosphodiesterase	ATGAAAATATTATTTATTGGCGATGTTGTTGGTTCTCCTGGCAGAGACATGGTCCAATATTATTTGCCAAAATTAAAAGAAAAGTATCGACCTAGCCTTACGATAGTAAATGGTGAAAATGCTGCTTCAGGTAAAGGGATTACAGAAAAGATTTATAAGCAGCTACTAGGATGGGGAGCGCAAGTAGTTACAATGGGAAATCATACATGGGATAAAAAGGAAATCTATGATTTCATTGATAACGCAAACAAAATGATTCGTCCAGCAAATTTTCCAACTAACAATCCGGGTAAAGGTATCGTATATGTAAATATTAATGGAATTGAAGTTGCTGTAATTAGTTTGCAAGGAAGAACTTTTTTGCCACCAATTCATGACCCTTTTTCCGTAGCAGATGGATTAATAAAAGAAGCAAAACAACGTACAAACATTATATTTGTTGATTTTCATGGAGAAGCAACAAGTGAGAAACAAGCATTTGGATGGTATGTGGATGGACGAGTGAGTGCTGTTATTGGCACACATACGCATACACAAACAGCGGATGAGCGTATTTTACCAAATGGTACAGCGTATCTGTCAGATGCTGGCATGACAGGACCTTACGATGGTATTTTGGGAATGGAAAGAGAAGCTGTAATTCAACGCTTTTTAACATCTATGCCAGTTCGTTTTGAAGTACCAAAACAGGGCAGGGCTCAATTAAATGGTTGTGTTGTAACCATTGATACGAAAACAGGAAAAGCCCATAAAATCGAGCGTATTCTAATTAATGAAGATCATCCATTTATGTAA	MKILFIGDVVGSPGRDMVQYYLPKLKEKYRPSLTIVNGENAASGKGITEKIYKQLLGWGAQVVTMGNHTWDKKEIYDFIDNANKMIRPANFPTNNPGKGIVYVNINGIEVAVISLQGRTFLPPIHDPFSVADGLIKEAKQRTNIIFVDFHGEATSEKQAFGWYVDGRVSAVIGTHTHTQTADERILPNGTAYLSDAGMTGPYDGILGMEREAVIQRFLTSMPVRFEVPKQGRAQLNGCVVTIDTKTGKAHKIERILINEDHPFM	PGPT0021405_975	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021405-ymdB-K09769	NA	NA
AK148_00508	1563	rny	COG1418	Ribonuclease Y	ATGGACAGTCTAATGCTCATCTCCATTTTGCTTGTAATCCTAATCGTCGGTATTGTTGTTGGTTATCTGATTCGTAAGTCTATTGCTGAAGCAAAAATTTCGAGTGCCGAAACGCTTGCTAAACAAATCGTTGATGAAGCACACCGGAATGCAGAAGCTTCAAAGAAAGAAGCCCTTCTTGAAGCGAAGGATGAAAATCATAAACTTCGGCAGCAAACAGAAGATGAACTTCGAGAGAGAAGAAACGAAGTACAAAAACAAGAAAATCGTCTGATGCATAAAGAAGAAAATTTGGACAAGAAAAGTGAATCGTTAGATCAGCGAGAACTTAATTTAGAAAAAAGAGAACAGTCGTTAGCAGACAAACAACAACAAATTGAAGAAATGGAAAGCAAAGTGGAAGCTATGATACAAGAGCAGCAAACTGAGCTTGAACGCATTTCAGGGTATACAACAGACCAGGCTAGACAAATTATTTTAGAGCGTGTAGAACAAGAAGTTGCTCATGAATCTGCTCTAATTATTAAAGAGGCAGAAAATCGTGCGAAAGAAGAAGCAGATAAAAAAGCTAAAAGCATCCTATCGTTAGCTCTGCAGCGTTGTGCTGCTGACCACGTTGCTGAAACCACAGTATCGGTTGTAAACCTTCCTAATGACGAGATGAAAGGGCGTATTATTGGGCGAGAAGGAAGAAATATAAGAACCTTAGAAACGTTAACAGGAATTGACTTGATTATTGATGATACTCCAGAAGCAGTTATACTATCAGGATTCGATCCTATACGAAGAGAAACAGCTCGTTTGGCCTTAGAAAAACTCGTTCAGGACGGACGTATCCACCCCGCTCGCATTGAAGAGATGGTGGATAAAGCAAGGCGTGATGTGGATAATCATATTCGAGAAATTGGTGAAGAGACAACGTTTGAAGTGGGAGTGCACGGCTTACATCCAGACTTAATTAAAATTCTTGGACGTTTGAAATATCGGACAAGCTATGGACAAAATGTGTTAAAACATTCCACGGAAGTAGCTTATCTAGCTGGTTTGCTTGCTGCTGAACTTGGTGAAGATGAAATGTTGGCAAGAAGAGCTGGACTGCTTCATGATATAGGGAAAGCCATTGATCATGAGGTAGAAGGAAGTCACGTGGAAATTGGTAAAGAACTTGCTGTGAAGTACAAAGAGCATGAAGTTGTTATCAATTCTATTGCTTCACACCATGGCGATGAAGAACCTACTTCCATTATTTCAGTGCTTGTAGCTGCTGCTGACGCATTATCTGCGGCGAGACCTGGAGCAAGAAGTGAGACGTTGGAAAATTATATTAAACGTTTAGAAAAATTGGAGGAAATTTCCGAGTCGTTTGTAGGTGTAGAAAAATCATTTGCGATTCAAGCTGGAAGAGAGATTCGAATTATGGTAAAACCAGATGAAATTGACGACGTAGAATCCGTTCGAATTGCAAGAGATATTCGTAAGAAAATTGAAGGCGAACTGGACTACCCTGGACATATTAAGGTTACAGTAATTCGAGAAACTCGTGCAGTGGAATATGCTAAATAA	MDSLMLISILLVILIVGIVVGYLIRKSIAEAKISSAETLAKQIVDEAHRNAEASKKEALLEAKDENHKLRQQTEDELRERRNEVQKQENRLMHKEENLDKKSESLDQRELNLEKREQSLADKQQQIEEMESKVEAMIQEQQTELERISGYTTDQARQIILERVEQEVAHESALIIKEAENRAKEEADKKAKSILSLALQRCAADHVAETTVSVVNLPNDEMKGRIIGREGRNIRTLETLTGIDLIIDDTPEAVILSGFDPIRRETARLALEKLVQDGRIHPARIEEMVDKARRDVDNHIREIGEETTFEVGVHGLHPDLIKILGRLKYRTSYGQNVLKHSTEVAYLAGLLAAELGEDEMLARRAGLLHDIGKAIDHEVEGSHVEIGKELAVKYKEHEVVINSIASHHGDEEPTSIISVLVAAADALSAARPGARSETLENYIKRLEKLEEISESFVGVEKSFAIQAGREIRIMVKPDEIDDVESVRIARDIRKKIEGELDYPGHIKVTVIRETRAVEYAK				NA	NA	NA	NA	NA
AK148_00509	1041	recA	COG0468	Protein RecA	TTGAGTGATAAGAAACAAGCTTTAGATGCAGCGTTAAAACAAATAGAGAAGCAGTTTGGAAAAGGTTCCATTATGAAATTAGGGGAGCAAGCTGAACAAAGAATCGCAACGATACCTAGCGGTTCCTTAGCTTTAGATGTAGCACTTGGAATTGGTGGGTACCCAAGAGGGAGAGTTGTTGAAATATATGGGCCAGAATCTTCTGGTAAAACGACCGTAGCTTTACACGCTATAGCAGAAGCGCAGCAACAGGGAGGACAAGCAGCATTTATAGATGCAGAGCATGCACTTGATCCAACATATGCTCGTGCTTTAGGCGTGAATATTGAAGAATTATTACTCTCACAACCAGATACAGGAGAACAAGCTTTAGAAATTGCAGAAGCCCTAGTTCGTAGTGGCGCTGTTGACATTATTGTTATTGATTCCGTTGCTGCACTCGTTCCGAAAGCTGAAATTGAAGGTGAAATGGGAGATTCGCATGTTGGGCTTCAAGCTCGTTTAATGTCACAGGCATTAAGAAAACTATCTGGTGCTATTAACAAATCGAAGACTACGGCTATTTTTATTAATCAAATTCGTGAAAAAGTGGGCGTTATGTTTGGTAATCCGGAGACGACTCCTGGAGGTCGTGCGCTAAAATTTTACTCATCTGTACGCCTTGAAGTTCGCCGTGCTGAGTCGTTGAAGCAAGGAAATGATATGGTAGGAAACAAGGCAAGAATTAAAGTTGTAAAAAACAAAGTGGCACCGCCATTTAAACAAGCAGAAGTAGATATAATGTATGGAGAAGGTATTTCTAAAGAGGGCGAAATACTGGACATTGGTTCTAGCTTAGATATTGTTCAAAAAAGTGGTGCTTGGTACTCTTATAATGAAGAAAGACTTGGCCAAGGACGTGAAAATGCCAAGCAGTTTTTGAAAGAAAACACAGATATGCAGGCTGAAATTCACGCATTAATTAGGCAGCATTATAATTTGGATGATCAACCAGACGAAGAAGAAACCAAGGAGTTTAATCAAGAAAGTTTAGATGTGTAA	MSDKKQALDAALKQIEKQFGKGSIMKLGEQAEQRIATIPSGSLALDVALGIGGYPRGRVVEIYGPESSGKTTVALHAIAEAQQQGGQAAFIDAEHALDPTYARALGVNIEELLLSQPDTGEQALEIAEALVRSGAVDIIVIDSVAALVPKAEIEGEMGDSHVGLQARLMSQALRKLSGAINKSKTTAIFINQIREKVGVMFGNPETTPGGRALKFYSSVRLEVRRAESLKQGNDMVGNKARIKVVKNKVAPPFKQAEVDIMYGEGISKEGEILDIGSSLDIVQKSGAWYSYNEERLGQGRENAKQFLKENTDMQAEIHALIRQHYNLDDQPDEEETKEFNQESLDV	PGPT0007235_3856	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0007235-recA-K03553	NA	NA
AK148_00510	1248	cinA	COG1058	Putative competence-damage inducible protein	ATGAGTAAGGAATTACAAGCTGAAATAATTGCTGTTGGTACTGAACTTTTACTTGGACAAATTGCAAATACAAACGCTCAATGGCTCTCTGAGCAGTTAGCTAACCAAGGTGTTAACACGTACCACCATACAGTTGTTGGGGACAACTTACAACGTGTACGTGAAACATTTGAAATGGCTCAAAAACGTTCAAATATTGTTATTGTTACTGGTGGTCTGGGACCAACAGAAGATGATTTAACAAGGGAAGCATTTCAGCAATTGAGTACTATTCCTCTAGTGGAGCATGAACCATCCATGTGTAAAATACGAGCATATTTTGAAAAGCAGCAGGCAGTGATGACTCCAAATAATCCAAAACAAGCGAGAGTATTTGAAGGAGCAACAGTTTGGATGAACCCTGTAGGAATGGCTCCTGGAATGAAGTTAACATATGATGGTTGCACATGGGTTTTTCTCCCGGGTGTTCCAAAAGAAATGAAAGCTTTAGTAAGAGAATACATGATTCCATCCATACAAAAACTTCTGGGTAAAAAAGAGATCATTAAATCTGTTTTACTGAAATTTACTGGTATTGGTGAATCAAAGCTGGAACATGAACTACAGGATATTATTCACGAACAAACAAATCCTACAATTGCTCCTCTTGCGCAAGAAGAAGGTATTGTTATTCGATTAACAGCCAAAAGTGATTCGCTTCAAAAGGCAGATCAGCTGTTACAAGAAACAAAAGTGAAAATTTTTTCACGTGTAGGGCAATACGCGTATGGTGAAGATCATGAAACATTAGAAGGAAAAGTTGTGGATTTATTATTAGCGAAGCAATATACGGTTGCAGCTGCAGAAAGTTTGACTGGCGGAGCGTTTGCAGAAAAAATCACGACTGTCCCTGGTTCATCAAATGTTTTTCAAGGTAGCATGGTTACTTATACAAATACAGCAAAACAAAATACGTTACATGTGCCAAAAGAGATTTTAGAAACAAATGGAGCAGTTAGCGAAGAATGTGCTGAAGCAATGGCAAAGCAAGCAGCTGCTAAATTCTCATCTACTATAGGAATAGCTTTTACTGGTGTGGCTGGCCCCACTGAGATGGAAGGAAAGCTAGTTGGTACAGTCTATATTTCTATTTATAACGACAATGGTACATTTGTTACTAAGAAGTTTTTATTCCCAGGAGACAGGAATGCTATTCGAAGAAAAACAGTTCTTAAAGGGTTTGAACTACTATATCAAATACTAAAATAG	MSKELQAEIIAVGTELLLGQIANTNAQWLSEQLANQGVNTYHHTVVGDNLQRVRETFEMAQKRSNIVIVTGGLGPTEDDLTREAFQQLSTIPLVEHEPSMCKIRAYFEKQQAVMTPNNPKQARVFEGATVWMNPVGMAPGMKLTYDGCTWVFLPGVPKEMKALVREYMIPSIQKLLGKKEIIKSVLLKFTGIGESKLEHELQDIIHEQTNPTIAPLAQEEGIVIRLTAKSDSLQKADQLLQETKVKIFSRVGQYAYGEDHETLEGKVVDLLLAKQYTVAAAESLTGGAFAEKITTVPGSSNVFQGSMVTYTNTAKQNTLHVPKEILETNGAVSEECAEAMAKQAAAKFSSTIGIAFTGVAGPTEMEGKLVGTVYISIYNDNGTFVTKKFLFPGDRNAIRRKTVLKGFELLYQILK	PGPT0013455_1057	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013455-pncC-K03742	NA	NA
AK148_00511	579	pgsA		CDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase	ATGAACTTACCAAATAAGCTAACATTATCACGTATTTTTTTAATTCCTATTTTCATCATTCTTATGAGTGTTCCATTTTCATGGGGAAGCTGGCAAATAGGAGAAACAGCATTGCCAATATCTCATTTCATTTCTGCTTTATTGTTTATAATTGCAGCTGGAACGGATTGGGTGGATGGTTATTACGCAAGAAAATATAACCTTGTTACAAATTTAGGGAAGTTTCTTGATCCACTTGCAGACAAACTGCTTGTATCCGCCGCTTTTATTATATTAGTAGAAATGGGAGTTGCCCCAGCATGGGTCGTTATTCTTATTATTAGTCGTGAATTTGCAGTTACAGGGCTTCGCCTTGTTGCTTCTGGAGAAGGTATAGTACTAGCAGCTGGTAATATGGGGAAAATAAAAACAGCAACGCAAATGGTCGCTATCGCTGTTTTGTTATTACATAATTTTCCGTTTTCATATATAAGCTTTCCTTTTGGGGAAATCATGCTATATATAAGTTTATTCTTTACAATATTATCTGGCATAGACTACTTTATTAAAAATTGGCATGTGATGAGGGATTCGAAATGA	MNLPNKLTLSRIFLIPIFIILMSVPFSWGSWQIGETALPISHFISALLFIIAAGTDWVDGYYARKYNLVTNLGKFLDPLADKLLVSAAFIILVEMGVAPAWVVILIISREFAVTGLRLVASGEGIVLAAGNMGKIKTATQMVAIAVLLLHNFPFSYISFPFGEIMLYISLFFTILSGIDYFIKNWHVMRDSK	PGPT0007705_3339	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHATIDYLTRANSFERASE_ACTIVITY,PGPT0007705-pgsA|PGS1-K00995	NA	NA
AK148_00512	912			hypothetical protein	ATGCAAATCGGAGCAAGACTAAAAGAAGCAAGGGAAGCTCAGAATCTTTCTTTAGAAGAGCTACAAGAAATTACAAAAATTCAAAAGCGATATTTACTAGCAATTGAAGAAGGGAACTTGCAAATTCTTCCAGGTAAATTTTATGCTAGAGCTTTTATGAAAGAATATGCAAATGCTGTTGGATTGGACCCAAATGAACTGATGGAAGAATATAAAGAAGAAGTGCCGAAAACAGAGGAGCCTACAGAAGAACAATACTCACGTATACAACGTTCACGTAAAAGTCAGGAAAAAAGTACATCTAATTTTTCCTTATTTCCTACAATAATTGTTGGCTTACTTATTATTGGTATTATTGCGGTCGCTATTTTCTTTATTGTCCAGAACATGTCTGGAACAGAAAGTAAAGATCCTGTGAATCAGGATGATGGAAAAGGCAATGATATTGTAATTAAAGACGATAGTGGTGGCGATGAAGCTAATCAAAATACTGTAGATGAAGATCAAGATAATGAAGATCAAGATGGTAATGATGAAAATTCAGAAGAAACAAATGAAAAAGCAAAAGAGCCTGAATTTACTGTAATAGAAGAAGGAACAGGTAATACACCAGAATCAACAGTTGCATTCTCTTATACAGGTGATGAAGTAAAAGCTACATTAGAAGCTTCAGACGATACTTGGCTTGGTGTGAAGGATGATGAAGAAGATGTCCTTTTTGAGGAAAATATGTTTAATTCCGAGCAGTCGCCACTTGAATTAGACCTTACTGGTAAAAAACGCGTATTCTTTAAAATTGGCAATGCATCTGTGCTAACCATTACAATAAATGGTAAAGAAATGGAATATCCTGTTGATCCAAGTAACGTAAGACAAAATATTTGGGTGGAACTAAAACAAGAAGCTGAATAA	MQIGARLKEAREAQNLSLEELQEITKIQKRYLLAIEEGNLQILPGKFYARAFMKEYANAVGLDPNELMEEYKEEVPKTEEPTEEQYSRIQRSRKSQEKSTSNFSLFPTIIVGLLIIGIIAVAIFFIVQNMSGTESKDPVNQDDGKGNDIVIKDDSGGDEANQNTVDEDQDNEDQDGNDENSEETNEKAKEPEFTVIEEGTGNTPESTVAFSYTGDEVKATLEASDDTWLGVKDDEEDVLFEENMFNSEQSPLELDLTGKKRVFFKIGNASVLTITINGKEMEYPVDPSNVRQNIWVELKQEAE				NA	NA	NA	NA	NA
AK148_00513	792			hypothetical protein	ATGACGAGAACAGAATGGTATCTTGAATACGAAATTCAAATTAACCGACCAGGCTTGCTTGGTGATATATCGTCTTTACTTGGGATGCTAAGAATTAATATTATTATGATTAATGGGGTCGAGGACGCAAAGCGTGGTATGCTACTCTTATCTAAATATGACGAAAATATAACACGACTCAAGTCAATTTTACAAACGATGGAAACCATTAAAGTAACCAAGTTAAGACAGCCAAAACTTAGAGATAAAATGGCTGTACGCCATGGTAGATACATATATCGGGATGTAGACGATCATAAAACAATTCGTTTTATTCGCGATGACTTAGGCTTGCTTGTTGATTTTATGGCAGAGTTGTATAAAAAAGATGGTCATAAATTAATAGGGATCCGTGGTATGCCAAGAGTAGGGAAAACAGAATCGGTAGTAGCTGCAAGTGTGTGTGCAAACAAACGTTGGTTATTTGTTTCCAGTACCTTATTAAGGCAAACAGTGCGGAGCAAGCTTATTGAAGGTGAGTATAATCCCGATAATGTTTATATTATTGATGGAATTGTATCCACTCGGCGTGCAAACGAGCAGCATTGGCAGTTGATTAGAGAAGTAATGCAGCTACCTGCTGTCAAAGTAGTAGAACATCCAGATGCGTTTGTACAAATGACAGAATATAAAATAGAGGATTTTGATTACATTATTGAACTAAGAAGTCATGAAGAAGAAGAAATTACGTATGAGCCTGTTGAATCAAGACAGTTCAGTCAAGAAAATGAATTTTCAATGTTTGATTTCTAA	MTRTEWYLEYEIQINRPGLLGDISSLLGMLRINIIMINGVEDAKRGMLLLSKYDENITRLKSILQTMETIKVTKLRQPKLRDKMAVRHGRYIYRDVDDHKTIRFIRDDLGLLVDFMAELYKKDGHKLIGIRGMPRVGKTESVVAASVCANKRWLFVSSTLLRQTVRSKLIEGEYNPDNVYIIDGIVSTRRANEQHWQLIREVMQLPAVKVVEHPDAFVQMTEYKIEDFDYIIELRSHEEEEITYEPVESRQFSQENEFSMFDF	PGPT0003183_20	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003183-ymfK|ymfkn|ymfKc-NA	NA	NA
AK148_00514	255	yflH		putative protein YflH	ATGTCCGTTCTAGATAATTTTGATTCATGGAAAAGCTTTTTAGCCAATAAGCTTACACAAGCACAACAACAAGGGATGAGTAATGAAACAGTTCAAAATATTGCTCATGAGATTGGTGATTATTTAGCACAGCACGTTGATGCTAAAAACAAAGAAGAGGCTGTACTACGTGACTTATGGAATTCAGCTTCTGATGAAGAACAGCAAGTATTAGCTAATACGATGATTAAATATGTTCAAAACCAAGGAAACTAA	MSVLDNFDSWKSFLANKLTQAQQQGMSNETVQNIAHEIGDYLAQHVDAKNKEEAVLRDLWNSASDEEQQVLANTMIKYVQNQGN	PGPT0003182_1139	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003182-ymfJ|yflH-NA	NA	NA
AK148_00515	714	fabG_1		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGAAAAGAAACATTCTTCTAATAGGGGCTAGTGGAGATATCGGTTCAGCAATAGCTGAACAATTATTACAACATGGTTACCAATTAATACTCCATTATTATACAAACAAACGAGTCATTGATGAACTCTGTGACGCATATCCTGAATCTATTTTAGCGACGTATCAAACAGACTTAAGTAAAAATAGATCTTGTGAACAGTTGATGCAAAGTTTATCCTTCTCTATTGATGGAGTAGTCTTTGCAAGCGGGAAAGCACATTACGGTTTGTTTCAAGATACTAACGAGGAAACGATGGATGCTATGATTCAGTTACATGTTAAATCGCCTTGGCTTATTACTAAACACCTTCTTCCGGATATGATTGCAAAACAGGCAGGTTTCATTCTATTTATAACGTCGATTTGGGGAGAACAAGGTGCCAGTAATGAAGTCGTTTATTCTGCAGTGAAAGGTGCACAAAATAGCTTTGTTAAAGCACTTGCAAAAGAAGTTGCACCTTCTGGGGTTTCGGTGAACGCCATTAGCCCAGGTTATATTGAAACAAAGATGAATCATCATTTATGTAACGAAGAAAGAAAATCCATTTTATCTGATATTCCAATGAACAGGGCGGGTAAGCCAGAAGAAATTGCTTCTGTAGTAACTTTTCTATTAGATAGTGAAAGGAGCTATATACAAGGCGCAATTTTAGATGTAACAGGCGGTTGGTAA	MKRNILLIGASGDIGSAIAEQLLQHGYQLILHYYTNKRVIDELCDAYPESILATYQTDLSKNRSCEQLMQSLSFSIDGVVFASGKAHYGLFQDTNEETMDAMIQLHVKSPWLITKHLLPDMIAKQAGFILFITSIWGEQGASNEVVYSAVKGAQNSFVKALAKEVAPSGVSVNAISPGYIETKMNHHLCNEERKSILSDIPMNRAGKPEEIASVVTFLLDSERSYIQGAILDVTGGW	PGPT0003180_22049	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
AK148_00516	1284			hypothetical protein	ATGAATAAGCACATATATAGTGATATTGATGAAACGCTATATACGGAGAAATTAGCTAATGGATTAACCGTATTTTTATTACCGAAACCAGAACTAGCAAAAACACATGCTTTGTTTACGACGAACTATGGTTCCATTGATTTGCATTTTGCGCCTATAGGTAAAGATGAAGTAATTACTGTTCCAGAAGGAGTAGCTCACTTCTTAGAACATAAGCTCTTTGAAAGTGAAGAAGGGGATGTATTTCATGACTTTTCTAAACAAGGCGCTTCTGCGAACGCTTATACTTCATTTACGAAAACAGCGTATCTTTTCACAGCCACTGATCAAATTGAGAAAAATGTAGAAACACTTATTGATTTTGTGCAACATCCTTATTTTACAGATGAATCGGTAAAGAAAGAAAAAGGGATTATTGCTCAAGAAATAAGGATGTATGATGATCAGCCTGATTGGCAAGCTTTTATGGGCACGATTAAAGCAATGTTTCAAAATCACCCAATTAATGTAGACATTGCAGGGACAGTTGAATCGATCTACCAAATCACAAAAGAAGATTTATATACATGCTACCATACCTTTTATCATCCTGAGAATATGGTTTTATTTATTGCTGGAAACTTTGAACCCGAAAGAATGGGGCAGTTAATTAGAGAGAATCAAGACAAAAAACAGTTTGCCAAGATGGAGCAGTTAAAACGGAAGTTCCCGAATGAGCCAAATGCGGTAGCAGAGCGAGAAAAGCGAATAACTATGCCTGTGTCGATCCCTAAATGTACGCTAGGAATAAAACGTGTTAATCAGCAACTGACTAAAGATGAGCTTCTAATAGAAGATTTACTTCAGGATATGTTATTGGACTATTATTTTTCAAAAGGCGGACCATTTTACGAGGAACTTTATAATGAAAATCTAATTGATGATAGTTTCTTTTTTGAATCAAATATTGATCGAGATTTTGGATATGTATTAATTGGTAGTAATACGAAAGACCCAAAACAGTTTTCCGAACGATTAAAATCCATGTTACTTGGTATCCAGGAAGCGAATCTAAATGTAGAATCATTCCAGCGTATAAAGAAGAAGAAAATAGGTCAGCTACTACGTATGATGAACCGCTTAGAGAACATAGCAAACGCTTATACACATTACCATATGCTAGGTATTGACTTCTTTACATTACTTTCAGTTGTTCGAGAGTTAACGTTGGAGGATGCGAAGCAGTTTATGTATTCTTGGATAGAGGAAGAACGGTTATCAGTTTGTACGATCGATGCGGAGTAA	MNKHIYSDIDETLYTEKLANGLTVFLLPKPELAKTHALFTTNYGSIDLHFAPIGKDEVITVPEGVAHFLEHKLFESEEGDVFHDFSKQGASANAYTSFTKTAYLFTATDQIEKNVETLIDFVQHPYFTDESVKKEKGIIAQEIRMYDDQPDWQAFMGTIKAMFQNHPINVDIAGTVESIYQITKEDLYTCYHTFYHPENMVLFIAGNFEPERMGQLIRENQDKKQFAKMEQLKRKFPNEPNAVAEREKRITMPVSIPKCTLGIKRVNQQLTKDELLIEDLLQDMLLDYYFSKGGPFYEELYNENLIDDSFFFESNIDRDFGYVLIGSNTKDPKQFSERLKSMLLGIQEANLNVESFQRIKKKKIGQLLRMMNRLENIANAYTHYHMLGIDFFTLLSVVRELTLEDAKQFMYSWIEEERLSVCTIDAE	PGPT0003179_29	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003179-ymfH-NA	NA	NA
AK148_00517	1305			hypothetical protein	ATGCAAGAAATTCAGGAAAACATAAAAGATATTAACGGCTTTAATGTTCATTATATTCCTAATCAAAAGTATAAAACATTGACTGTTGTTTTAAAGCTGCGTGCACCTTTAGATAGGGACACGATTACCAAAAGAGCTTTGTTGCCATATGTACTAAAACAAGGTACGAAACAATACCCATCTAAACAAGAACTGCAAATAAAGTTAGATGACTTATACGGAGCTTCTCTTTCTATAGACGGCGCCAAAAAAGGAGAAAACCATATTATTAGTGTGCGACTAGATATTGCCAATCAGAAGTTTTTAGCAGGAGATTCTTCTGTATTCGAGGAAGGCTTACAGTTGCTTTATGATGTTTTATTTAATCCAAATGTTGATGACCAAGGCTTTAATAAGTCTATATTCACACGAGAGAAGGAGACCTTAAAACAAAAAAACCTGAGCTTAAAAGATGACAAGATGAGTTACGCTAACCTTCGTTTAATTGATGAAATGTGTAAAGGCGAGCCTTATGCAATTCATGTGCATGGTTATTTAGATGACTTGGAAAAAATAACTCCAGTTTCTCTTTTTTCTTACTACCAACAAGTAGTTGCAAACGATCAAATTGATATTTATGTGCAAGGAGATCTTTCAGAGGAAAATATGGAAAAGACGATAAAGAAAGTTTTTCAACAAGCAAACAAAAATCAACCAAGATTAAAGCATAAGGATTTGAATGAACGCCATGTTAGCAAAACAGATGTTATACCAAAAGAAATTGTGGAAACAGATAAGGTTCAGCAAGCAAAATTACATATTGGTTATCGCACAAACGTTACGTTTGGAGAGCCTGCTTATTATGCTCTTCATGTGCTAAATGGGATTTTCGGTGGATTTCCAAGTTCAAAATTGTTTATTAATGTTCGAGAAAAGAATAGTCTTGCTTATTATGCTGCTTCTCGTATGGAAAGCCATAAAGGATTATTGTTTGTTTTTAGTGGTATTGCTCCAGAAGATTTTGAAAAGGCAAGAGACATTATAAAAAAACAGATGGAAGCAATGAAGCAAGGGGACTTTACAACGCAAAATATTGCGGAAGCTAAAGCTGTTATTACTAACCAACTATTAGAGACATTCGACAGTCCACAAGGAACAATTGAATTTTTATATCAACAAGTTTTAGCAAACAAAAAAATTACTCCTCTTCATTTTGTAGAACAATTGAATAAGGTGACAAAAGAAGAGATTGTTGCTGTTGCTAAACGCTTGCAAGAAGACACAACTTATTTATTAACAGCAGAGAAAGGAGATAGTCATGAATAA	MQEIQENIKDINGFNVHYIPNQKYKTLTVVLKLRAPLDRDTITKRALLPYVLKQGTKQYPSKQELQIKLDDLYGASLSIDGAKKGENHIISVRLDIANQKFLAGDSSVFEEGLQLLYDVLFNPNVDDQGFNKSIFTREKETLKQKNLSLKDDKMSYANLRLIDEMCKGEPYAIHVHGYLDDLEKITPVSLFSYYQQVVANDQIDIYVQGDLSEENMEKTIKKVFQQANKNQPRLKHKDLNERHVSKTDVIPKEIVETDKVQQAKLHIGYRTNVTFGEPAYYALHVLNGIFGGFPSSKLFINVREKNSLAYYAASRMESHKGLLFVFSGIAPEDFEKARDIIKKQMEAMKQGDFTTQNIAEAKAVITNQLLETFDSPQGTIEFLYQQVLANKKITPLHFVEQLNKVTKEEIVAVAKRLQEDTTYLLTAEKGDSHE	PGPT0003177_11	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003177-ymfF-NA	NA	NA
AK148_00518	960			hypothetical protein	TTGAGTTTTATGGAATTATTACAATCTGTAATCCCAACTGCGCTTTTTTATTCAGCTCCACTTATTTTTACTGCTTTAGGCGGAGTATTTAGTGAACGCTCAGGAGTCGTTAATATTGGCTTGGAAGGTTTAATGGTGATGGGAGCATTTGTCGGTATAGTGTTCAATCTCACCTTTGCTGACGTATTCGGTGCTTGGACGCCATGGGTATCTATTCTTGTTGCTATGGGTGTTGGTGCTATCTTTGCCATCATTCATGCCTTAGCTTCCGTCACTTTTTATGCCGATCAAGTAGTCAGTGGTGTAGCAATTAACTTTTTAGCTTTAGGAGTAGGCATTTTCTTAACAAAGCAGTGGTATGATAAAGGTCAAACAGATATGGTGACGCAACCATTTTATACAACAGATATTCCTGTTTTAGCAGATATTCCTTTAATTGGATCTGTTTTCTTTCAAGGAATTTACCCAACTTCCTATGTAGCTATCTTCCTTGCTTTTGTGTCGTGGTATATTTTATACAAAACACCGTTTGGATTACGTCTACGTGCAGTAGGTGAACATCCGATGGCTGCTGACACAAATGGTATTAATGTTTATAAGATGCGTTACATCGCTGTAATTATTTCTGGTGCCATGGGTGGCTTAGGTGGATCAGTATTTGCTTTAACGATTGCTTTCAATTTCTCGCATGCAACAATTGTAGGACAAGGATTTATGGCTCTAGCAGCCGTTATATTTGGAAAATGGCACCCACTCGGTGCAATGGGCGCTGCTTTGTTTTTTGGGTTCGCTCAAAGCTTAAGTGTTATTGGTGGAGGTATTCCGCTTTTAGAAGATGTGCCGCAAGTATTTTTACTTATAGCGCCTTACGTATTAACTATTTTAGCATTAGCTGGTTTTATCGGTCGTGCAGAAGCACCAAAAGCAAATGGAGTGCCTTATATTAAGGGGAATCGCTAA	MSFMELLQSVIPTALFYSAPLIFTALGGVFSERSGVVNIGLEGLMVMGAFVGIVFNLTFADVFGAWTPWVSILVAMGVGAIFAIIHALASVTFYADQVVSGVAINFLALGVGIFLTKQWYDKGQTDMVTQPFYTTDIPVLADIPLIGSVFFQGIYPTSYVAIFLAFVSWYILYKTPFGLRLRAVGEHPMAADTNGINVYKMRYIAVIISGAMGGLGGSVFALTIAFNFSHATIVGQGFMALAAVIFGKWHPLGAMGAALFFGFAQSLSVIGGGIPLLEDVPQVFLLIAPYVLTILALAGFIGRAEAPKANGVPYIKGNR	PGPT0021050_1022	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021050-nupC|yufQ-K23536	NA	NA
AK148_00519	1044			hypothetical protein	ATGGAAAATAAATGGTTTAACATCCTTGTACCAATTATTTCTGTTCTCATTGGTCTTTTTGCTGGGGCTTTGATTATGTTGTTTTTTGGCTATAATCCTATACAAGGTTACATTGCTTTATTTAAAGGAGCATTCGGTGATTTATATTTTTTTGGTGAAACGATTCGCCAGACAACGCCTTACATATTTACAGGCTTAGCCGTTGCATTTGCATTTCGCGCTGGCTTATTTAACATTGGGGCTGAAGGGCAAGTCATTGTTGGGTGGTTAGCAGCTGTTTGGGTAGGCACAACAATAGACGCTCCGATGTATATTCACCTACCACTAGCTTTACTTGTGGCCGCAATTGCTGGAGCGCTATGGGGATTTATTCCCGGCTTGCTAAAAGCAGGATTGGGAGTACACGAAGTAATCATAACGATTATGCTAAACTATATTGCCCTATATAGTTCTAATGCAATCATCCGCAGCATTTTAACGGAAAACGCAGATAAAACAGATATGGTTGCTCCGACTGCCTCGTTAGCTTCTGAATGGTTAGCAAATACCACTTATTTTTCCAGAATGCACTATGGCATATTCATAGCAATACTAGCAGCTGTTGTCATGTGGTTTATCATTGAACGGACAAAACTCGGTTTTGAACTAAAGTCTGTAGGCTATAACAAACATGCTTCGAAGTATGCAGGTATGAGTGTAAAACGTAATATTATTTTGGCTATGGTTATTTCTGGCTTATTTGCTGGATTAGCAGGTTCTATGGAGGGGTTAGGTACGTACGGTAATATGACTGCGAGTTCTGGTTTCTCCAATATCGGTTTTGATGGAATTGCTGTAGCACTTTTAGGGGCAAATAATGCATTTGGTGTTGTTCTTGCAGCATTCTTATTTGGAGCTTTAAAAGTAGGGGCGTTAAATATGCCAACCCAAGCTGGAGTTCCAAATGAGTTGGTAGATATTATCATTGCTCTAATTATATTCTTCGTCGCCTCAAGCTATCTCATTCGCTGGATAATATTACGGTTTAAAAGGGAGGGAAAATAA	MENKWFNILVPIISVLIGLFAGALIMLFFGYNPIQGYIALFKGAFGDLYFFGETIRQTTPYIFTGLAVAFAFRAGLFNIGAEGQVIVGWLAAVWVGTTIDAPMYIHLPLALLVAAIAGALWGFIPGLLKAGLGVHEVIITIMLNYIALYSSNAIIRSILTENADKTDMVAPTASLASEWLANTTYFSRMHYGIFIAILAAVVMWFIIERTKLGFELKSVGYNKHASKYAGMSVKRNIILAMVISGLFAGLAGSMEGLGTYGNMTASSGFSNIGFDGIAVALLGANNAFGVVLAAFLFGALKVGALNMPTQAGVPNELVDIIIALIIFFVASSYLIRWIILRFKREGK	PGPT0021045_3201	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021045-nupB|yufP-K23535	NA	NA
AK148_00520	1533	rbsA_1	COG1129	Ribose import ATP-binding protein RbsA	TTGGAAGATTATGTGATCGAAATGCTGCATATAAGAAAAGAATTTCCGGGAGTAGTTGCTAATGATGATGTAACCATCCAATTAAAACGCGGAGAGGTCCATGCCTTATTGGGGGAAAATGGTGCAGGAAAATCAACCTTGATGAACGTCCTCTTTGGGTTATATCAACCTGAGGAAGGAGAAATTCGAGTGAAGGGTAAAAAAGTATCGATCACCGATCCTAATATTGCTAACAATTTAGGAATCGGTATGGTGCATCAACATTTTATGTTAGTCGAACCGTTTACTGTTACCCAAAATATTATTCTCGGTATTGAACCAACAAACAAAGGAAAAATTAATTTAAAGCAAGCAGAGCGAGAAGTGCAAGAATTGTCTGATCAGTATGGTCTTCGAGTAGATGCAACGGCAAAGATAAGTGATATTTCTGTAGGTATGCAGCAACGTGTGGAGATTTTAAAGACGCTTTATCGTGGAGCGGATGTGCTTATATTCGATGAACCAACTGCTGTTTTAACACCGCAAGAGATTGCTGAGTTAATGGAAATATTTCGAACTTTACTTGCAGAAGGAAAATCTATCATTTTAATTACGCATAAACTAAAAGAAATTATGGAAATTTGTGATCGCTGTACCGTCATTCGAAAAGGTAAAGGTATTGGCACCGTAAACGTAGCAGAAACAACTGTTACAGAGTTGGCTTCTTTAATGGTTGGTAGAGATATATCTTTTCAAACGAACAAACAACCAGCTGAACCTAAACAAACCGTTCTGAAAATTGATAATCTATTTGTAAAAGATAGTAGAAAAGTAGACATGGTAAAAGGGCTAAATTTAAACGTACGTGCTGGAGAAATTGTAGGTATTGCAGGTATTGATGGGAATGGACAGAGTGAATTAATTGAAGCAATTACTGGTCTTCGCAAAGCGCATAGCGGGAGTGTTATTATAAACGAAAAACCAATTACAAATCTGTCTCCTCGTAAAGTAACAGAAAGCGGTGTCGGCCATATACCTCAAGATAGACATAAATTTGGGCTTGTGTTAAACTATTCTGTTGCTGAAAATCTCGTTTTACAAACTTATTATAAACGACCATATTCTAAATTCAAAGTATTAAATTATAAGCAAATTTTGCAAAAAGCAGAACAGCTAATAGAGGAGTATGATGTTCGCACACCTTCTCCGCACACAAAAGCGCGTGCGTTGTCTGGTGGGAATCAACAAAAAGCTATAATAGCTAGAGAAGTTGATAGATCTCCTGATTTATTAATCGCTGCTCAGCCGACACGAGGTTTAGATGTTGGGGCAATTGAATTCATTCACCAAAAGCTCATAGAAGAGCGAAATAAAGGAAAAGCAATTTTATTAGTTTCTTTTGAATTAGATGAAATTCTAGACGTTAGCGATCGAATCGCTGTTATTTATGATGGGGAAATTGTAGCAGATGTAAAGCCAGAAGAAACAAGTGAACAGGAATTAGGCTTATTAATGGCTGGGAGCGGTCATGTAAAGGATGGTGAAGAATCGTGA	MEDYVIEMLHIRKEFPGVVANDDVTIQLKRGEVHALLGENGAGKSTLMNVLFGLYQPEEGEIRVKGKKVSITDPNIANNLGIGMVHQHFMLVEPFTVTQNIILGIEPTNKGKINLKQAEREVQELSDQYGLRVDATAKISDISVGMQQRVEILKTLYRGADVLIFDEPTAVLTPQEIAELMEIFRTLLAEGKSIILITHKLKEIMEICDRCTVIRKGKGIGTVNVAETTVTELASLMVGRDISFQTNKQPAEPKQTVLKIDNLFVKDSRKVDMVKGLNLNVRAGEIVGIAGIDGNGQSELIEAITGLRKAHSGSVIINEKPITNLSPRKVTESGVGHIPQDRHKFGLVLNYSVAENLVLQTYYKRPYSKFKVLNYKQILQKAEQLIEEYDVRTPSPHTKARALSGGNQQKAIIAREVDRSPDLLIAAQPTRGLDVGAIEFIHQKLIEERNKGKAILLVSFELDEILDVSDRIAVIYDGEIVADVKPEETSEQELGLLMAGSGHVKDGEES	PGPT0021040_2212	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021040-nupA|yufO-K23537	NA	NA
AK148_00521	1113	tmpC	COG1744	Membrane lipoprotein TmpC	TTGAAAAGTAGAAAGCTTATTTTAATACTAACAATTTTTATTAGTTTTGGTTTAGTTTTAGCTGCGTGTGGTGGTTCTAATAATGAAGATAAATCAAGTGGTGGAAATGATGGTAAAAAAACAGAAGAAAACGAAGGGTCTACGGATTATTCCGTCGCTATGGTAACAGATGAAGGGGGAGTTGATGACAAATCATTTAACCAATCGTCTTGGGAAGGGCTACAAGCATGGGGAGAAGAACATGGACTATCAAAAGGAAACGGTTATGATTATGCACAGTCTAATGATGAGTCAGATTATTTGCCAAACCTTACTCGGTTAACAAGAGATGGCTATAACTTGATTTTTGGTGTTGGATATTTACTAGAAGATGCGATCTCAAAAGTAGCAGAACAAAATCCTGATACAAACTTTTCCATTGTCGATACCGTTGTGGAAGCTCCTAATGTTGCAAGCATTACATTTGCGGAGAATGAAGGTTCATTTTTAGCAGGTGTTGCAGCTGCTAAAAAAACCAAAACAAACAAGCTTGGTTTTGTCGGCGGCATGGATTCTGATTTGATTACTAAATTTGAAGTTGGATTCGTTGCAGGTGCAAAATCTGTTAATCCAGATATTGAAGTGGACATTCAATATGTTGGTGATTTTAGTTCAGCTGATGACGCAAAGCTAATTGCTACAAGGATGTATGGTGACGATAGAGACATTATTTATCATGCAGCAGGTGCAGCTGGAAATGGCGTATTTAACCAAGCAAAAGATATGAAAAAGAACGATCCGGATAATGAAATTTGGGTGATTGGCGTAGATCGCGATCAGCATGAAGAAGGGAAAATAGGTGAAGATAATGTAACACTTACATCTATGGTAAAGCGAGTGGACGTATCTGTTCAAGAAGTAAGTAATCTTGGTTTAAATGGGGATTTTCCAGGCGGTGAAATATTGGAATTCGCTTTAAAAGACGATGGTGTTTATCTTGCTGACACAAATGAGGAGGCTTACACAGAAGAAATTGCTTCAGCTGTTGATGAGTGGAAAGAAAAAATCATTAACGAAGAAGTAGATGTACCGCAAACGCGAAAAGATCTAGAAGAATTTGAAAAGTCGTTGTAA	MKSRKLILILTIFISFGLVLAACGGSNNEDKSSGGNDGKKTEENEGSTDYSVAMVTDEGGVDDKSFNQSSWEGLQAWGEEHGLSKGNGYDYAQSNDESDYLPNLTRLTRDGYNLIFGVGYLLEDAISKVAEQNPDTNFSIVDTVVEAPNVASITFAENEGSFLAGVAAAKKTKTNKLGFVGGMDSDLITKFEVGFVAGAKSVNPDIEVDIQYVGDFSSADDAKLIATRMYGDDRDIIYHAAGAAGNGVFNQAKDMKKNDPDNEIWVIGVDRDQHEEGKIGEDNVTLTSMVKRVDVSVQEVSNLGLNGDFPGGEILEFALKDDGVYLADTNEEAYTEEIASAVDEWKEKIINEEVDVPQTRKDLEEFEKSL	PGPT0021055_357	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021055-bmpA-K07335	NA	NA
AK148_00522	726	nagR_1	COG2188	HTH-type transcriptional repressor NagR	TTGTCTATTAAGCATGATTCAAGGCACTTATATTTACAAGTTATTGATCAAATAAAAAAAGATATTCATAATGGCACGTACAAGGAGAATGAAAAGCTCCCATCAGAATTTCAATTATCCAAGGTGCTAGGGGTTTCTCGTGCAACTTTAAGAGAAGCACTCCGAATATTAGAAGAAGATAATATTGTTACTAGGAAACACGGTGTTGGTACATTTGTAAACCCTAAGCCTGTATTTTCTTCTGGTATTGAACAACTTACAAGTGTTACATACATGATTGAGCAATCAGGGAAAAAAGCCGGAACAGAATATTTATTCACAGATATAAGAGAAGCAACGGACAAGGAGAAGAGTCGATTTGCTCCTCATGTTGTAGAGCAATTAGTTGAAATTGAGCGCGTTCGTACAGCCGACGGGGAACCAGTTGTATTTTGCGTTGATAAAATTCCTGAAAAGATCATTCCGGTAGAAAGTATCCAACAAGCAGATTCCTTTTTTAAATTAATGGAGGATTACGCTAATAAAAGGGTTGCCTATGCCGTGACATATATTGAGCCAATTGGTTATCATGAACGCATTTATAAGACTTTAAACTGCCATAAAGGACAAACATTATTGTTGCTTAGGCAAATGCACTATACTTCCGAAGATGAAGCGGTTTTATACTCAGCAAACTATTTTCGCTCCGATATGTTTAGCTTTCATGTTTTACGTAAACGTACGTAA	MSIKHDSRHLYLQVIDQIKKDIHNGTYKENEKLPSEFQLSKVLGVSRATLREALRILEEDNIVTRKHGVGTFVNPKPVFSSGIEQLTSVTYMIEQSGKKAGTEYLFTDIREATDKEKSRFAPHVVEQLVEIERVRTADGEPVVFCVDKIPEKIIPVESIQQADSFFKLMEDYANKRVAYAVTYIEPIGYHERIYKTLNCHKGQTLLLLRQMHYTSEDEAVLYSANYFRSDMFSFHVLRKRT				NA	NA	NA	NA	NA
AK148_00523	2271	spoIIIE	COG1674	DNA translocase SpoIIIE	ATGGCAAGAAAGAAAAAAAGACGCAGCAGCAAATTAAAAAAACAATTAAAACTAGAGCTAATAGGTCTCTTATTTATTTTCTTAGGCATTTTTGGAAGTGGAGCTAGTGCGATAAGTGATGGAGCTATACCAGGCGGGCTTGAGCACTTATTTCGCTTTTTCCTAGGAATTTGGTATTTTGTTGCATCGGTTTTCTTATTAGTAACAGGTATTAAATTAGTGGTAAAACGGAAACTACCTAACTTTGCAACAAAAAGAATGGTTGGCTTTTATATTATATTTGGTGGTGTACTACTTATGACACACACCCAAATGTTTGATGAAATAATCGTTTCGAATCAGCAAATCTCTATTCTAGGATCTACTTGGGAAAATTACTCTAATTATATTGACAACCAATTATCATCCGAATATTTGGGGGGAGGAATGGCTGGGGCTTTATTGCTTACCTTTTCCTACTATTTATTTTCCTTAACAGGTGCTAAAATTGTAGCTGTTTTTTCCATCATTATCGGTATTATTTTTATGACTGATTTATCGGTAGGCGATCTGTTTTCTAAAATGTGGAAGTGGCTGGCAAGCAAAGTAAAAAACGTGCAAGATACATGGAGACAAAAACAAACTGCAAAACGTTCGATAAAAGAAAATGAACCTAAAATTGAACAAAACGGCGAGGAGGTTACTGAGCATGATATCTCAGAACCTGTTATTCAAGACTTTACAGATCATACGGCATTAAGTGAACAAATTCCAGAAGAAACGGAACTGACGTCTATGGTTCAACAAGAGGAGAAAGTGAATGATAGCTTAGATAATATGCCGATGACGGAAGTAGAAAACTATGAGTATATTCTTCCTTCTATGCAGTTATTGGCAGAGCCAACAAACAATTCGCAACAACAAGAAAAATCGCAAATTCAAGCGACGGTTAGAAAGTTAGAGAGTACGTTTACTAGTTTTGGAGTAAAAGCACGTGTTACGAAAGTGCATGTAGGTCCAGCGGTAACCAAATATGAAATATATCCAGAAGCTGGTGTAAAGGTAAGTAAAATAGTTAATTTACATGATGATTTGGCACTAGCTCTAGCTGCAAAAGACTTACGGATAGAAGCACCCATTCCAGGGAAATCAGCGGTCGGAATCGAAGTACCAAATCAAGAAGTAGCTATGGTGTCGTTACGAGAAGTGCTAGAGAGTATCGCACAAAAACAATCTTCTAAACTACTATTTGCTCTTGGCAGAGATATATCCGGAGAAGCAATCGTTGGCGAATTAAATAAAATGCCACATTTACTTATCGCAGGTGCTACAGGAAGCGGGAAAAGTGTCTGTGTAAATGGGATAATTACTACGATTTTAATGCGTGCTAAACCTCATGAAGTGAAGATGATGATGATTGACCCGAAGAAAGTTGAATTAAATGTGTATAACGGTATTCCACATTTACTTGCTCCCGTTGTAACGGATCCGAAAAAAGCTTCTCGAGCTCTACAAAAAGTAGTTGCAGAGATGGAGCGACGATATGAACTTTTTTCTGATACAGGAACACGTAATATTGAAGGATACAATGAATATATTAGAAAACATAACCAACATGCTGAAGATCCAGAGCCGAATCTTCCATACATCGTCGTGTTAGTAGATGAATTAGCAGACTTAATGATGGTAGCTTCAAGTGATGTGGAAGATGCAATTACTCGATTAGCTCAAATGGCACGTGCTGCGGGAATTCATCTCATTATTGCCACCCAGCGGCCATCTGTAGACGTTATTACGGGGGTAATTAAGGCGAATATTCCTTCTAGAATTGCCTTTAGTGTCTCTTCAGCAACAGACTCTAGAACCATCTTGGATAGTGGCGGAGCAGAAAAGTTATTGGGAAGAGGGGATATGTTGTTTATCCCGGTTGGATCTTCTAAGCCAACTCGTGTACAAGGTGCTTTTCTGTCTGATGAAGAAGTTGAACGTGTAGTAGACCACTGTATTGAACAGCAAAAGGCGTCTTATCAAGAAGAAATGATTCCAGAAGAAGTCAATGAGGTTGCAGAAGAAGTAGACGATGAATTGTATGATGATGCTGTTCAATTAATCACTGAAATGCAAAGCGCTAGTGTATCTATGTTACAGCGCCGCTTTAGAATTGGTTATACGAGAGCAGCAAGACTAATCGATGCCATGGAACAAAGAGGTATTGTAGGTCCGTATGAGGGGAGTAAGCCACGTACAGTTCTTATCAGTCAAATAGCTGAAGAACATACTTCTTCACATTAA	MARKKKRRSSKLKKQLKLELIGLLFIFLGIFGSGASAISDGAIPGGLEHLFRFFLGIWYFVASVFLLVTGIKLVVKRKLPNFATKRMVGFYIIFGGVLLMTHTQMFDEIIVSNQQISILGSTWENYSNYIDNQLSSEYLGGGMAGALLLTFSYYLFSLTGAKIVAVFSIIIGIIFMTDLSVGDLFSKMWKWLASKVKNVQDTWRQKQTAKRSIKENEPKIEQNGEEVTEHDISEPVIQDFTDHTALSEQIPEETELTSMVQQEEKVNDSLDNMPMTEVENYEYILPSMQLLAEPTNNSQQQEKSQIQATVRKLESTFTSFGVKARVTKVHVGPAVTKYEIYPEAGVKVSKIVNLHDDLALALAAKDLRIEAPIPGKSAVGIEVPNQEVAMVSLREVLESIAQKQSSKLLFALGRDISGEAIVGELNKMPHLLIAGATGSGKSVCVNGIITTILMRAKPHEVKMMMIDPKKVELNVYNGIPHLLAPVVTDPKKASRALQKVVAEMERRYELFSDTGTRNIEGYNEYIRKHNQHAEDPEPNLPYIVVLVDELADLMMVASSDVEDAITRLAQMARAAGIHLIIATQRPSVDVITGVIKANIPSRIAFSVSSATDSRTILDSGGAEKLLGRGDMLFIPVGSSKPTRVQGAFLSDEEVERVVDHCIEQQKASYQEEMIPEEVNEVAEEVDDELYDDAVQLITEMQSASVSMLQRRFRIGYTRAARLIDAMEQRGIVGPYEGSKPRTVLISQIAEEHTSSH	PGPT0030468_6907	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
AK148_00524	219			hypothetical protein	ATGATTATTTATACACCGCTATCAAAAGAAGATATTTTTTATACTTCCCAAGAATACACGGAAAGACAAATGATTTCATACAATGGTAAGCCACTATATTGTGAAAAGAGAGCAGATGGATCATTAGAAATTGTTAAATTATTATCAACCGATCCTAAGGATTTTTTAAATCATGAGTTTTCCCCCGGTACGATTATTTCTCAGATGAATGAAAACTGA	MIIYTPLSKEDIFYTSQEYTERQMISYNGKPLYCEKRADGSLEIVKLLSTDPKDFLNHEFSPGTIISQMNEN				NA	NA	NA	NA	NA
AK148_00525	729	tepA	COG0740	Translocation-enhancing protein TepA	ATGGATAAACAGCCAGAAAAAAAGGGCGATCAAACGCAAGATAATAATTCCTCTGCTTTAGTCCAAAAAATTCAACAACTAGGACAATCTAATGTACCACAAGCGCCAGATTCAAATATACATGTGCTTTCCATTATCGGACAAGTAGAAGGACATGTACAACTCCCACCACAAAACAAAACAACAAAATATGAGCATTTATTGCCACAATTAGTTGCTATTGAACAGAATCCGAAAATTGAAGGTTTAGTTATTTTATTAAATACGGTTGGTGGTGATGTCGAAGCGGGATTAGCCTTATCTGAAATGATTACTTCTATATCTAAACCTACAGTCTCGATTGTGCTCGGAGGAGGCCACTCCATTGGGGTGCCTATAGCTGTTGCTACGGATTATTCTTTCATTGCACCGACTGCTACGATGACGATACATCCAATTCGTTTAACAGGTTTAGTTATCGGTGTACCGCAGACGTTTGAGTATTTGGATGAAATGCAAAATCGTGTGGTCGATTTTGTCGTAAATCATTCTAATATAACAGAGGAAAAATTTAAAGATTTAATGTTTGCAAAAGGTAATTTAACACGTGATATCGGTACAAATGTTGTTGGAAAAGCAGCAGTAGAATATGGCTTAATTGATGGTGTTGGCGGCGTTAAGGAAGCAATGAAAAAAATAAATGAATTGATTAAGCAAAATGGCGATCACGAACAGCAGGTGATGCAATGA	MDKQPEKKGDQTQDNNSSALVQKIQQLGQSNVPQAPDSNIHVLSIIGQVEGHVQLPPQNKTTKYEHLLPQLVAIEQNPKIEGLVILLNTVGGDVEAGLALSEMITSISKPTVSIVLGGGHSIGVPIAVATDYSFIAPTATMTIHPIRLTGLVIGVPQTFEYLDEMQNRVVDFVVNHSNITEEKFKDLMFAKGNLTRDIGTNVVGKAAVEYGLIDGVGGVKEAMKKINELIKQNGDHEQQVMQ	PGPT0014595_944	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014595-clpP-K01358	NA	NA
AK148_00526	876	dapA_1	COG0329	4-hydroxy-tetrahydrodipicolinate synthase	ATGAACTTTGGTAAAGTGTTAACTGCAATGGTCACACCCTTTGATTTAAATGGAAATATTGATTATACGCAGACAGATGCACTTATTGAACACTTGTTGCAAAATGGTACACAGGGTTTAGTCATTGCAGGAACAACAGGTGAATCACCAACTTTAACTACCGAAGAAAAAGTGAGCCTGTTTAAACATGTCGTTGGTCAAGTAAATAAACGCGTTCCTGTTATTGCAGGGACTGGAGGGAATAATACGCAAGCTTCGATAGATTTAACCAAGGAAGCAGAACGTTGTGGTGTCGATGCGGTGATGCTTGTAGCGCCGTATTACAATAAACCAGATCAACGTAGTCTATTTGCACATTTCAAAACTGTAGCTCAAAGCACATCGCTACCTGTGATGCTCTATAATATACCAGGAAGATCGATTGTAAATTTAACCACGGAGACAACTGTAGCGTTAAGTAAAATCGATAATATTGTTTCTGTTAAGGAAGCTAGTGGAGATCTTGATCAAGTGTCTCAAATAATTGAGCTAACAGATGATTCGTTCTCTGTATATAGTGGTGACGATAGTATGACATTACCAATATTGTCTGTTGGAGGCACAGGTGTTATTTCGGTAGCTTCTCATCTGATAGGAAATGAAATGCAGCAAATGATTCAATTGTTTGAAGAAGGAAGTACAGGTCAAGCAGCTAAGCTTCATCGTCAATTGTTGCCTGTTATGAAAGGGTTATTTATGGCTCCTTCTCCTTCCCCTGTAAAAGCTGCCCTTCGCATAAAAGGAATAGAAGTTGGTGGTTTGCGTTTGCCACTACTTGAACTATCGCAGCAGGATAAAGATGATTTAACAACGATCTTAGAAAATACCGGTATATAA	MNFGKVLTAMVTPFDLNGNIDYTQTDALIEHLLQNGTQGLVIAGTTGESPTLTTEEKVSLFKHVVGQVNKRVPVIAGTGGNNTQASIDLTKEAERCGVDAVMLVAPYYNKPDQRSLFAHFKTVAQSTSLPVMLYNIPGRSIVNLTTETTVALSKIDNIVSVKEASGDLDQVSQIIELTDDSFSVYSGDDSMTLPILSVGGTGVISVASHLIGNEMQQMIQLFEEGSTGQAAKLHRQLLPVMKGLFMAPSPSPVKAALRIKGIEVGGLRLPLLELSQQDKDDLTTILENTGI	PGPT0002080_8422	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM	CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714	NA	NA
AK148_00527	1227	lysC		Aspartokinase	ATGGAAATACTCATTCAAAAATTCGGTGGTACTTCGGTACAATCACAAGAAAACCGAGACCATGTAATTAAACATATAAAAGATGCTTTAGTAAAAGAATATAAACTTGTAGTTGTCGTTTCTGCATTAGGCAGAAAACCTGATCCTTATGCTACAGATACGCTACTCAGTCTGGTGGATTTTCCGGCGAATAAAAATGCCTCACGAGAATTGGATATGCTCATGTCGTGCGGTGAGATTATTTCATCCGTTGTACTTTCTAATGAATTACAAAAGCAACATATTACTGCAACGGCTCTAACTGGCCCACAAGCAGGATTCATTACAACGGATGACTTTACAGAAGCAAAAATTAAAGAAGTAAAGCCAGAACGAATTTTGCAAGAATTAGAAACGCATGATGTGGTAGTTGTCGCAGGTTTTCAAGGAACTACAACATCTGGTGACATTACGACAATAGGACGTGGTGGAAGTGATACAACAGCTGCAGCATTAGGTGTTGCTTTATCAGCTGAGCGGATTGAAATATTCACAGATGTAAATGGTATTATGACTGCTGATCCACGGGTGGTTGAAACAGCAAGACCACTTGATGTAGTTACGTATTCTGAAATTTGTAATTTGGCATATCAAGGAGCAAAGGTCATTCATCCCCGAGCAGTAGAAATTGCTATGCAAGGAAGAATTCCCATGCGTGTGCGTTCTACCTACTCCAAAGATGAAGGAACGCTTGTTACGTCTTCACGTGTAGAAGGGATGGACATTATTGATCGATTAATTACTGGCATTGCACATATGGATGCTATAACCCAGATTCAAGTACAAACGAAAGAGGCAGCATTTGGGATGCAGTCAGATGTATTTAAAGCAATGGCTGAAGCGGGGATTTCTGTTGATTTTATTACTATTTCACCTACAGGGGTGATCTATACTGTACCAAATGCTTACACAGAAAAGGCTGTACACATATTAAACACGCTTGGATTTGAACATGAAATTACTGAGAACTGTGCAAAGGTTTCAGCTGTAGGAGCGGGAATGACTGGTGTTCCTGGTGTTGCTGCAAAAATTGTGCAAGCATTGACTGATGCGAATGTGCAAATTCTGCAGTCTGCAGACAGCCATACAACCATTTGGGTACTCGTACATGAAAAAGATTTAAAAGCCGCAGTAAATGCATTGCATGAAGCTTTTGAATTGAGTCACGTATTTAACTCCGCACATTGA	MEILIQKFGGTSVQSQENRDHVIKHIKDALVKEYKLVVVVSALGRKPDPYATDTLLSLVDFPANKNASRELDMLMSCGEIISSVVLSNELQKQHITATALTGPQAGFITTDDFTEAKIKEVKPERILQELETHDVVVVAGFQGTTTSGDITTIGRGGSDTTAAALGVALSAERIEIFTDVNGIMTADPRVVETARPLDVVTYSEICNLAYQGAKVIHPRAVEIAMQGRIPMRVRSTYSKDEGTLVTSSRVEGMDIIDRLITGIAHMDAITQIQVQTKEAAFGMQSDVFKAMAEAGISVDFITISPTGVIYTVPNAYTEKAVHILNTLGFEHEITENCAKVSAVGAGMTGVPGVAAKIVQALTDANVQILQSADSHTTIWVLVHEKDLKAAVNALHEAFELSHVFNSAH	PGPT0014040_5060	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0014040-lysC-K00928	NA	NA
AK148_00528	1053	asd	COG0136	Aspartate-semialdehyde dehydrogenase	ATGTCGCAAAAATCAGCCTATAATGTAGCTGTGGTTGGAGCAACAGGCGCAGTTGGTCATAAAATACTTGAATTATTACAAGAGAAAGATTTTCCAATAAATAAATTGAAGCTTTTATCTTCCAAACGATCTGCTGGTTCTAAACAGGTTTTTAACCAAGAGGAAATCATTGTTGAAGAAGCAGTACCTGAAAGCTTTGAAGGCGTTGATATTGCTTTGTTTTCAGCTGGTGGTTCAGTTTCTAAAAAGCTCGCTCCAGAAGCTGTAAAACGCGGTGCAGTAGTAATTGATAACACGAGCGCCTTTCGTATGGATGATTCTGTGCCACTTGTAGTTCCTGAAGTCAACAAAGAAGACTTAAGAGATCACCAAGGAATTATTGCCAATCCAAATTGCTCTACCATTCAAATGGTGGCAGCGTTAGAGCCACTAAAAGCTAAATTTGGTTTAAGACGTATTATCGTATCCACTTATCAAGCTGTTTCAGGTGCTGGTAATGAAGCATGCGATGAGTTAGCGAATCAGTCAAAAACTTATTTGTCTAATGAAGAAATGAAAGCAACTATTCTCCCTGTTAAGGGAGATGAAAAGCATTTTCCAATTGCATTTAATGCACTACCGCAAATTGATCTTTTTCAAGAGAATGGTTATACTTTTGAAGAATTAAAAATGATTAATGAAACGAAAAAAATTATGCATGCACCAGACCTTTCAGTAGCTGCAACTTGTGTACGCTTGCCATTTTTTACGTCTCATGCAGAAAGTGTATATATCGAAGTTGAGAGAGAAGATGTAATGGTAAAAGACATTTGGGAAGTGTTACAGCATGCAGAGGGGGTCGTGTTGCAGGATAATCCAAAAGAGCAGATTTATCCAACACCTTTAGCTGCAGAGGGTAAACAAGATGTATTTGTTGGTAGAGTTCGCAAGGATTTAGACAATAGACACGGGTTCCATCTATGGATTGTATCTGATAATTTATTAAAAGGTGCAGCTTGGAATACGGTACAAATCGCCCAAGAATTAATTCAAAATAATTGGTTGCAACGATAG	MSQKSAYNVAVVGATGAVGHKILELLQEKDFPINKLKLLSSKRSAGSKQVFNQEEIIVEEAVPESFEGVDIALFSAGGSVSKKLAPEAVKRGAVVIDNTSAFRMDDSVPLVVPEVNKEDLRDHQGIIANPNCSTIQMVAALEPLKAKFGLRRIIVSTYQAVSGAGNEACDELANQSKTYLSNEEMKATILPVKGDEKHFPIAFNALPQIDLFQENGYTFEELKMINETKKIMHAPDLSVAATCVRLPFFTSHAESVYIEVEREDVMVKDIWEVLQHAEGVVLQDNPKEQIYPTPLAAEGKQDVFVGRVRKDLDNRHGFHLWIVSDNLLKGAAWNTVQIAQELIQNNWLQR	PGPT0014045_2456	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014045-asd-K00133	NA	NA
AK148_00529	591	dpaB	COG0452	Dipicolinate synthase subunit B	ATGCGTTTAAAAGGTAAGAGAATTGGTTTTGGCTTAACAGGTTCCCATTGCACATATGATCAAGTTTTTCCACAAATGGAGAAATTAATGGCGCTCGGTGCTGAAGTTGTTCCAATTGTAACATACACAGTAAGAACGACCGACACGAAGTTCGGTGATGCACAGGACCATATCGAAAAAATTCAAACCATTACTGGGAAAGAAATTATAACTACGATGCCTGAGGCAGAACCGCTGGGGCCTAAAATGCCATTAGATTGTATGGTCATTGCTCCGTTAACCGGAAATTCCTTGAGCAAACTTGCCAATGCTTTAACAGACTCCCCCGTTTTAATGGCAGCTAAGGCAACAATGCGTAATCAACAACCTGTAGTAGTGGGCGTTTCTACAAATGATGCACTTGGTTTAAATGGAGTTAATCTAATGCGTTTAATGGCTAGTAAGTTTATTTACTTTGTTCCGTATGGGCAAGATGATCCTTATTTAAAGCCAAACTCACTTGTTGCAAAAATGGAATTAATACCAGAGACTATTGAATCTGCGCTTGAATTTAAACAACTACAACCAGTTATTGTTCCTCATCGAAGCTAA	MRLKGKRIGFGLTGSHCTYDQVFPQMEKLMALGAEVVPIVTYTVRTTDTKFGDAQDHIEKIQTITGKEIITTMPEAEPLGPKMPLDCMVIAPLTGNSLSKLANALTDSPVLMAAKATMRNQQPVVVGVSTNDALGLNGVNLMRLMASKFIYFVPYGQDDPYLKPNSLVAKMELIPETIESALEFKQLQPVIVPHRS				NA	NA	NA	NA	NA
AK148_00530	879	dpaA_1		Dipicolinate synthase subunit A	ATGAACCGAACAATTGCAATAGTCGGCGGAGACGCCCGTTATTTAGAATTAATTCGCCAACTCCAAGCATTAACAGATACAACACTTTTGCTTATTGGGTTTGATAAATTAGAGCAAGGATTCACAGGCTTAAAACAATTGGCTATTGATGAAGTCACACCAAGCGAATTAGACGCGGTTATCTTACCTATAACTGGTACGGATTCTAATGGGATAGTAGAACCTGTTTTTTCAGAAAAAAAAATCCATCTCTCTACAAATTGGTTTCAACAATTAAAAAAATCGACAATTGTATTTTCTGGAATAGCCAATGCCTATTTGAAAAATGCGATAAAAAAAGCAAATATAAAGTTAGTTCCTCTGTTAGACCGAGATGATGTTGCTATATATAACTCCATTCCAACGGCAGAAGGTACGATTATGATGGCCATTGAACATACAGATTTCACGATCCATTCCTCCTGTGTCGTTGTAGTTGGGTTTGGCAGAGTGGGACATACGGTTGCAAATAAATTTTCTTCTTTAGGTGCAAAAGTATCTGTTAGCGCCACCCACATGAAAGATTTAGCAAGAGTAACTGAAATGGGTTTAACAGCCATCCCACTAGATCAATTAGCGCTTCATATGCAAGCATGCGATTTACTCATTAACACTATCCCGGCTCCTGTCATTGGAAAAGAGGAGATGAAGCATCTTCCATCGCATGCAGTTATCATTGACCTGGCTTCAAATCCTGGAGGAACTGATTTTACGTATGCAAAACAGCGTGGTATTAAAGCCATGTTGGCGCGCAGTTTACCAAGTATAGTTGCACCTAAAACTGCAGGGAAAATATTAGCAAATGTTATAAAACAAGAAATCATTCAAAATCCGTATTAA	MNRTIAIVGGDARYLELIRQLQALTDTTLLLIGFDKLEQGFTGLKQLAIDEVTPSELDAVILPITGTDSNGIVEPVFSEKKIHLSTNWFQQLKKSTIVFSGIANAYLKNAIKKANIKLVPLLDRDDVAIYNSIPTAEGTIMMAIEHTDFTIHSSCVVVVGFGRVGHTVANKFSSLGAKVSVSATHMKDLARVTEMGLTAIPLDQLALHMQACDLLINTIPAPVIGKEEMKHLPSHAVIIDLASNPGGTDFTYAKQRGIKAMLARSLPSIVAPKTAGKILANVIKQEIIQNPY				NA	NA	NA	NA	NA
AK148_00531	243	ylmC_1	COG1873	putative sporulation protein YlmC	TTGAGGTATAAAGAAATAAGTGGAAAAGAAATTGTAAACGTACAAGAAGGAGCAAGGTTAGGTGTATTAGGACAAACAGATTTAGAAATTAATGAAACTACTGGTCAAATTGAAGCTTTTATTATTCCAAATTACAAATGGTTTGGTTTAAAAAAGGAAGCGGAAGAAACCAAAATTCGCTGGAATGCAATTAAAAAAGTGGGCGAGGATATGATTATTATCGATACAGAGAAAAGTATATGA	MRYKEISGKEIVNVQEGARLGVLGQTDLEINETTGQIEAFIIPNYKWFGLKKEAEETKIRWNAIKKVGEDMIIIDTEKSI				NA	NA	NA	NA	NA
AK148_00532	1221		COG0612	putative zinc protease	TTGATAGAAAAACACACTTGTAAAAATGGTTTACGTGTTGTACTAGAGAAAGTTCCTGCAGTTCGTTCTGTCACGATAGGGATATGGATCCTAACGGGTTCACGTCATGAACATGCTGAAATAAACGGTATCTCCCATTTCTTAGAACATATGTTTTTTAAAGGTACGAAAACGCGAACTGCACAGGATATTGCAGAAGAATTTGATGCGATTGGTGGCCAAGTAAATGCATTTACATCAAAAGAATACACATGCTTATATGCCAAAGTTGTTGATACATATAAGTATAAAGCATTAGATATTTTAGCAGATATGTATTTCCACTCCCAATTTCAAGAAGAAGAAATGGAAAAAGAAAAAAAAGTCGTCTACGAGGAAATTAAAATGTATGAAGATACTCCAGATGATTTAGTGCATGATCTGCTTGCTAAGGCAGCATATGGTAGCCATCCATTAGGGTTACCCATTCTAGGGACGGAAGAAAAGTTAGCTACGTTCACACCTAAGATGTTAGAAGATTATATACATTTAAGGTATACACCAGATAATGTGGTTATCTCAGTTGCAGGTAATGTAGATACTTCTTTTATTCAAACAGTTGAAACGTATTTTGGGAGCTACACATTTACAAAGTCGTCTAAAACCCTTGCTAAACCAACCTTTCTTGGTGAAAAGATGGAGCGTTATAAAGATACGGAGCAGGTTCATTTGTGTTTAGGATACAACGGATTAGCAGTCCATGAAGCCGCTATTTATAGCTTGATCATTATGAATAATGTGTTAGGCGGAAGCATGAGTTCTAGATTGTTTCAAGATGTTAGAGAGAAAAAAGGATTAGCCTATTCCGTTTTCTCTTATCATTCTTCTTTTATGGATAGCGGACTACTAACCATATACGCCGGCACCGCAAAAAATCAATCGGAGCAATTACTTCACGTCATACAAGAAACAATTGATAAATTTATTACGAAGGGTTTATCTGATAAAGAATTACAAAGTAGTAAGGAGCAATTAAAAGGAAGTTTGCTTTTAAGTCTGGAAAGTACAACTAGTCGCATGAGCAGAAATGGGAAAAACGAGTTGATTTTAAAAGAACATTATACATTAGATGAATTAGTAGAAATGATTGATGATGTGAACCATACTGAAATTCAGCAGGTTATGGATATTGTTTTTCAACAACCACCATCTATTGCATTAATATCTCCAAAAGGAAAATAG	MIEKHTCKNGLRVVLEKVPAVRSVTIGIWILTGSRHEHAEINGISHFLEHMFFKGTKTRTAQDIAEEFDAIGGQVNAFTSKEYTCLYAKVVDTYKYKALDILADMYFHSQFQEEEMEKEKKVVYEEIKMYEDTPDDLVHDLLAKAAYGSHPLGLPILGTEEKLATFTPKMLEDYIHLRYTPDNVVISVAGNVDTSFIQTVETYFGSYTFTKSSKTLAKPTFLGEKMERYKDTEQVHLCLGYNGLAVHEAAIYSLIIMNNVLGGSMSSRLFQDVREKKGLAYSVFSYHSSFMDSGLLTIYAGTAKNQSEQLLHVIQETIDKFITKGLSDKELQSSKEQLKGSLLLSLESTTSRMSRNGKNELILKEHYTLDELVEMIDDVNHTEIQQVMDIVFQQPPSIALISPKGK				NA	NA	NA	NA	NA
AK148_00533	948			hypothetical protein	ATGCGGCGATATCGAAATTTACTTCATGTTGTTGTGTTTATTATTATAGTAGGGCTTACCTTTGATATGAATAAAAATCCATTTACTCCAGTCGAATCACCTGTTATAGTTCAAACTGCCAAAACAACTGACTCACTATACGAAGAAATTAAACAAAAAGCAAAAGAATATGATGAGCCTGCACAAAATGCATATATTGACAAAGTTTGGAAAAAGACACCTGGGAGAAATGGTTTAACTGTAAATGTAGAAAAATCATATACAAAAATGAAACGTGAAGATGAAGGTTTTCAAGAATCGCTGTTAGTATTCGATCAAATTACTCCCGAAGTTGGTTTAAAAGATTTACCTGCATCTCCAATTTATCGAGGGCATCCCGAAAAAAAAATGGTGTCATTTTTAATTAATGTATCGTGGGGAGAAGAATATATCCCTAACATCCTTTCGATTTTAAAAGACAATGGGGTAAAAGCATCTTTCTTTATTGAAGGGAAATGGGCAAAAAACAATGCTGAATTAGTCAAAATGATTGCAGAACAAGGTCATCTTATTGGAAATCATGCATATAATCATCCAGATATGGCGAAGTTATCCAATCAAAACATCGTCGATCAGATCGTACAAACAAACGATATTATAAAAGCGATAACTGGTTCAACTCCAAAGTGGTTTGCACCTCCAAGTGGTAGCTATAATAATCACGTAGTGGAAGTTAGCCATCATCTTAAAATGGAAACAGTACTATGGACGGTTGATACAATTGATTGGAAGAACCCCTCTGTTTCTGTTATGCTTAACCGAGTGAATGAAAGAATTCACCCTGGAGCCACAATTTTAATGCACCCTACAGAAGCAACTGAAAGAGGATTGCAGCAATTAATATCGTCTATTAAAGAAAAAGACTATAAATTAAATACGATAGAAAAATTGGTAGAAACGAAGCGATAA	MRRYRNLLHVVVFIIIVGLTFDMNKNPFTPVESPVIVQTAKTTDSLYEEIKQKAKEYDEPAQNAYIDKVWKKTPGRNGLTVNVEKSYTKMKREDEGFQESLLVFDQITPEVGLKDLPASPIYRGHPEKKMVSFLINVSWGEEYIPNILSILKDNGVKASFFIEGKWAKNNAELVKMIAEQGHLIGNHAYNHPDMAKLSNQNIVDQIVQTNDIIKAITGSTPKWFAPPSGSYNNHVVEVSHHLKMETVLWTVDTIDWKNPSVSVMLNRVNERIHPGATILMHPTEATERGLQQLISSIKEKDYKLNTIEKLVETKR	PGPT0018645_1414	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278	NA	NA
AK148_00534	2115	pnp_1	COG1185	Polyribonucleotide nucleotidyltransferase	ATGGCAGAAGAAAAACAACAATTCTCTATAGAGGTAGCTGGCAAAACATTTACCGTCGAAACTGGAGAATTAGCAAAACAAGCAAGTGGTGCTTGTATGATTCATTATGGAGATACAGCTGTTTTATCTGTAGCAACAGCTTCAAGTGAACCTAAGGATCTTCCGTTTTTTCCTTTGACAGTTAACTATGAAGAACGGTTATACGCAGTAGGTAAAATACCAGGAGGGTTTATTAAAAGAGAAGGTAGGCCAAGTGAAAAAGCCATTCTATCTTCACGTCTTATTGACCGACCGATTCGACCTTTATTTCCTGATGGGTATCGAAATGAAGTTCAAGTGATTAGCACGGTAATGAGTGTTGATCAAGATTGTCCTTCAGAAATAGCAGCAATGATTGGTTCTTCAATTGCTTTATGCATTTCTGACATTCCATTTGCCGAACCAATTGCAGGAGTGAACGTAGGTCGAGTAGATGGAAAATTTATCATTAACCCTACGGTAGAGCAAGAGGAAAAAAGTGACATTGAATTAACCGTTGCTGGAACAAAAGACGCCATTAATATGGTAGAAGCAGGTGCTGATGAAGTTCCTGAAGAAGTCATGTTAGAAGCAATTATGTTTGGACATCAGGAAATCATCCGATTAGTAGAGTTCCAAGAGCAAATCATGAAAACAGTAGGAAAGAAAAAACAAGCACCTACTTTATTTGAGGTAGATCAAGCATTAAGTTCAGAAGTGGAGGCAAAAGCAAAAGATAAGTTAGTAAAGGCTATTCAGGTTAAAGAGAAGCATGCTCGGGAAGAAGCGATTTCTGCGGTTAAAGAAGACGTGCTAGCTGCTTATGAAGAAGATGACGACACAAGCAAGCAAGTAAAAACGATTCTTGATCAAATAGTAAAAGCTGAGGTACGTCGGTTAATTACGAAAGAAAAAATTCGTCCTGATGGTAGACAAATTGATGAGATACGCCCGTTATCATCCCGAATACATGTATTGCCACGTACGCACGGATCCGGCTTATTTACTAGAGGTCAAACGCAAGCATTAAGCGTTTGTACACTTGGAGCTTTAGGGGATGTGCAAATTTTAGACGGTCTTGATTTAGAGGAATCTAAACGTTTTATGCATCATTATAATTTCCCTGCATATAGTGTGGGAGAAACAGGGCCAATGAGAGGACCTGGTCGAAGAGAAATTGGTCATGGAGCATTAGGAGAACGAGCATTAGAGAAAGTAGTTCCATCTGAAAAAGATTTCCCATATACCATTCGCCTAGTATCAGAAGTGTTAGAATCAAATGGATCAACTTCACAAGCAAGTATTTGTGCTAGCACGCTTGCGATGATGGACGCTGGTGTTCCGATTAAAGCACCTGTAGCAGGTATTGCGATGGGGCTTGTTAAATCAGGAGACGATTATTCCATTCTTTCTGATATTCAAGGTATGGAGGATGCTCTTGGCGATATGGACTTTAAAGTTGCTGGAACGGCTAAAGGTGTTACTGCATTGCAAATGGACATTAAGATAGACGGCTTATCTAAAGAAATTTTAGAAGAAGCATTACACCAAGCGAAAAAAGGAAGAATGCATATTCTTGAATCGATGCTTGCTACAATTGAAAAGCCGAAAGACAATCTTTCAGAATACGCACCAAAAATTTTAACGATGGAAATTAATCCAGACAAAATTCGTGACGTCATTGGTCCAAGCGGAAAGCAAATTAATCAAATCATTGATGAAACAGGTGTAAAAATCGATATTGAGCAAGATGGAAGTGTGTTTATTTCATCTACCGAAGCAGCGATGAATGAAAAAGCGAAGAAAATCATTGAGGACTTAGTACGTGAAGTTGAAGTTGGACAATTATATTTAGGAAAAGTAAAACGAATTGAAAAATTCGGCGCATTCGTTGAATTATTTAAAGGTAAAGACGGTTTGGTTCACATTTCTGAATTGGCTGAAGAACGTACAAATAAAGTAGAAGATGTCGTTTCTATTGGTGATGAAATTTTAGTAAAAGTAAAAGAAATTGACAATCAAGGAAGAGTAAACTTGTCTCGAAAAGCAGTTTTAAAAGAAGAACGGGAAAGAAAAGAAGCTGCAAAAAATCAGTAG	MAEEKQQFSIEVAGKTFTVETGELAKQASGACMIHYGDTAVLSVATASSEPKDLPFFPLTVNYEERLYAVGKIPGGFIKREGRPSEKAILSSRLIDRPIRPLFPDGYRNEVQVISTVMSVDQDCPSEIAAMIGSSIALCISDIPFAEPIAGVNVGRVDGKFIINPTVEQEEKSDIELTVAGTKDAINMVEAGADEVPEEVMLEAIMFGHQEIIRLVEFQEQIMKTVGKKKQAPTLFEVDQALSSEVEAKAKDKLVKAIQVKEKHAREEAISAVKEDVLAAYEEDDDTSKQVKTILDQIVKAEVRRLITKEKIRPDGRQIDEIRPLSSRIHVLPRTHGSGLFTRGQTQALSVCTLGALGDVQILDGLDLEESKRFMHHYNFPAYSVGETGPMRGPGRREIGHGALGERALEKVVPSEKDFPYTIRLVSEVLESNGSTSQASICASTLAMMDAGVPIKAPVAGIAMGLVKSGDDYSILSDIQGMEDALGDMDFKVAGTAKGVTALQMDIKIDGLSKEILEEALHQAKKGRMHILESMLATIEKPKDNLSEYAPKILTMEINPDKIRDVIGPSGKQINQIIDETGVKIDIEQDGSVFISSTEAAMNEKAKKIIEDLVREVEVGQLYLGKVKRIEKFGAFVELFKGKDGLVHISELAEERTNKVEDVVSIGDEILVKVKEIDNQGRVNLSRKAVLKEERERKEAAKNQ				NA	NA	NA	NA	NA
AK148_00535	270	rpsO	COG0184	30S ribosomal protein S15	TTGGCTATTTCACAAGAACGTAAAAATGAAATTATTAATGAATACAAGGTTCATGACAGCGATACTGGTTCTCCAGAAGTACAAATTGCTGTACTAACGGAAGAAATCACTACGTTAAACGAACATCTACGTGTTCATAAAAAAGACCATCATTCACGTCGTGGATTATTGAAAATGGTTGGTAAACGCCGTAACTTATTAAATTACCTACGTAATAAAGATGTTACACGTTACCGTGAATTAATTAAAAAGCTCGGTTTACGCCGATAA	MAISQERKNEIINEYKVHDSDTGSPEVQIAVLTEEITTLNEHLRVHKKDHHSRRGLLKMVGKRRNLLNYLRNKDVTRYRELIKKLGLRR				NA	NA	NA	NA	NA
AK148_00536	966	ribF		Bifunctional riboflavin kinase/FMN adenylyltransferase	TTGCGAACAATTGAATTAACATATCCGCACATGCTTATATTAGAAGAACTTCCCGAAACAGTTGCAGCCATTGGTTTTTTTGATGGAATACATAAAGGACATCAACATGTTATTAAAACAGCTATAAACGAAGCGAAGAATAGAAATATGGAAAGTGCGGTTATTACGTTTTACCCTCATCCCTCTGTCGTATTACGAAAAGAGAAGCAGCAAGTTAAATACATTACACCACTACGCGAAAAACAAGAAATTTTAAAACGAATAGGTGTAGATAAATTATACATTATTACTTTTAATTCCGAGTTAGCTGCACTTCAACCAGAAGCATTTATTAACCACTTTATAAAAGGGCTCCATATAAAGCATCTTGTTGCTGGATTTGATTTTTCTTATGGTCATAAAGGGAGCGGGAATATAGATACAATACACGATCATGCAAGAGGGGCCTTCACTTTTACGAAGGTAGATAAAGTCCAATGTGATAATGAAAAAATTAGTTCAACAAGAATTCGTAAGTTACTTTCTTCGGGTGAAGTTGAAAAAGCAAATATATTACTCGGTAGACCGTTACTTGTTGATGGACTTGTTGTGAAAGGTGCACAACGTGGGAAGCAAATGGAGTACCCAACTGCTAATGTGATGACAAACCAAGAGGCTTTACTACCCAAACCGGGGATTTACGCAGTCAAAATATTTTATAAACAGGAAAAATATGAGGGAATGGCAAGCCTAGGATTTAATCCTACTTTTGAAGATAACTTGAAAGAACCGATTCTTGAAGTTCACATATTTGATTATAATAATGAGCTTTATGGAGAGGAGCTATTAATTGAGTTTCATTCTTTTGTTCGTGATGAAATAAAGTTTGATGGAATGAACGATTTAAAAGTTCAAATTGCTCAGGACGAAAAACAAATTCGGCAATTATTCGCCAACCATCTGAATGATTTGTCTAAATGTGAATAA	MRTIELTYPHMLILEELPETVAAIGFFDGIHKGHQHVIKTAINEAKNRNMESAVITFYPHPSVVLRKEKQQVKYITPLREKQEILKRIGVDKLYIITFNSELAALQPEAFINHFIKGLHIKHLVAGFDFSYGHKGSGNIDTIHDHARGAFTFTKVDKVQCDNEKISSTRIRKLLSSGEVEKANILLGRPLLVDGLVVKGAQRGKQMEYPTANVMTNQEALLPKPGIYAVKIFYKQEKYEGMASLGFNPTFEDNLKEPILEVHIFDYNNELYGEELLIEFHSFVRDEIKFDGMNDLKVQIAQDEKQIRQLFANHLNDLSKCE	PGPT0008625_1363	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
AK148_00537	894	truB		tRNA pseudouridine synthase B	TTGCATGGAATTTTGCCATTATGGAAACCAAGAGGTCTTACCTCGCATGATTGTGTAATTAAAATTCGCAAAATGTTTCAAACAAAGAAAGTTGGACACACAGGTACGTTAGATCCAGATGTGGAAGGGGTCTTACCTATCTGTATTGGAAAAGCAACAAAGATTGTTCCTTTTTTAACAAATACGAAAAAGGTATATGTGGCCAAGCTTAAGTTAGGAGCTGCTACAAATACAGAAGATGCTTCAGGTGAGATAGTTGAGGAGAAAGTGGTTAATGTGATGCCGCTCCAAAAGGAGATTGAAGAAATATGCCTTCAGTTCACTGGAGAAATTAAACAAATCCCACCTATGTACTCAGCTGTTAAGGTAAAAGGGAAGAAATTGTATGAATACGCTAGAGAAAATCAATACGTGGAGCGTCCAGTGCGAACGGTAAACATTGAAGAAATAAGTTTACTATCGCCTCCAGACAACAAAGAACACACTATATCTTTTCGCGTTGTCTGTTCAAAAGGAACCTATATTCGTACATTATGTGTAGATATAGGTAAAGCCTTAGGGTACCCTGCACATATGGCTTCTTTGGTTAGAGAAGCAACAGGAGCATTTTCTAACAAAAATGCGGTTACATTTGCTACAATAGAAGAGGCTATTTTAAATCAACGTACAACAAACATCCTATACCCACTTCAATTCGGGTTAACACATTTAGATGTATGGAATGTAGATCAAGAAGTAGCCCAAAGGGTTTTATATGGACAAAAGCTTCCTTGCAATGTTCAATTTAAAACAGACCCATTTGTTGTTGTGCACAACAACTGTGTACTAGCCATTTATAAAGTGTATGAAAAGCAAACTGGTTACGTAAAACCTGTCCGTGTATTTAGTAGATAA	MHGILPLWKPRGLTSHDCVIKIRKMFQTKKVGHTGTLDPDVEGVLPICIGKATKIVPFLTNTKKVYVAKLKLGAATNTEDASGEIVEEKVVNVMPLQKEIEEICLQFTGEIKQIPPMYSAVKVKGKKLYEYARENQYVERPVRTVNIEEISLLSPPDNKEHTISFRVVCSKGTYIRTLCVDIGKALGYPAHMASLVREATGAFSNKNAVTFATIEEAILNQRTTNILYPLQFGLTHLDVWNVDQEVAQRVLYGQKLPCNVQFKTDPFVVVHNNCVLAIYKVYEKQTGYVKPVRVFSR				NA	NA	NA	NA	NA
AK148_00538	342	rbfA		Ribosome-binding factor A	ATGGCTGAACTACGTGCTAATCGAGTGGGCGAGCAAATGAAAAAAGAGCTAGGTGAAATCCTAACTCGCAAAATTAAGGATCCACGAGTTGGCTTTGTAACAGTTACAGATGTTGAAGTTACTGGTGACTTGCAGCAAGCAAAAGTGTTTATTTCTGTTTTAGGTAATGACAAGCAGAAAAAAGATACGCTGCTAGGTTTAGCAAAAGCAAAAGGGTTTATTCGATCGGAAATTGGCAAACGTATTCGCTTGCGCAAAACACCTGAGTTGATGTTTGAATTTGATGAAGCATATGAATATGGTAATCGAATTGAGACAATTTTAAAAGATCTAAATAATTGA	MAELRANRVGEQMKKELGEILTRKIKDPRVGFVTVTDVEVTGDLQQAKVFISVLGNDKQKKDTLLGLAKAKGFIRSEIGKRIRLRKTPELMFEFDEAYEYGNRIETILKDLNN				NA	NA	NA	NA	NA
AK148_00539	279			hypothetical protein	ATGATTATGTATGCGGAAGTAGAATGCTTTTTATATGAGAGCAACTCGTTAAAACAGAAACGATCGATTATAAAGCCTGTGTTAACCAAATGTAAAAAAGATTTTAATATAGCTATTACAGAATTGGATTATCATGATTTATGGCGTCGTATAAAATTTGGGATCGTTACTATATCAACAGAGCGAGCACATGCAGAGCAAGTATTACAAGGTGTAATGGACGTTATTGATTCCTACACACAGCTAGAACGAACCATTACCCATATAGAAAGAATTTAG	MIMYAEVECFLYESNSLKQKRSIIKPVLTKCKKDFNIAITELDYHDLWRRIKFGIVTISTERAHAEQVLQGVMDVIDSYTQLERTITHIERI	PGPT0014535_747	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_HERBICIDIAL_STRESS	HERBICIDIAL_STRESS-PARAQUAT_STRESS_REDUCTION,PGPT0014535-ylxP-K09764	NA	NA
AK148_00540	2124	infB		Translation initiation factor IF-2	ATGAGTAAAATGCGTGTATATGAATATGCAAAACAAAATAATCTATCTAGTAAAGCAGTTGTTGCTTTTCTTAAAGAACAGGATATCGATGTGACAAACCATATGTCGACGATTTCCCCTAATACAATAGCACTGCTTGATAAAAAATTTAAAGTGCAAAAGCAAGAAAAGGAAGAATCTAAACAACAAAAAATGGAAAAGCAAAGCGATAATCAATCAAATTCGAAACAAAGCCAAACTCATAAGCAAAATAAACCAAATCATTCGCAGAGGCCTAAGAAACAGCAACAGAAACCACAGGGGAAACAAGTTAAAAAAGGCAAAGCGAATACGAAAGCACAGCCAAAACAATCAACAATGGAGAAAGAAACACCAAAAGCAATGAAGTATCATGGAACGCTAACTGTTAGCGAACTTGCTGATAAATTGAATAAAGAAGCATCTGAGATTATTAAAAAATTGATGTTTTTAGGTGTAATGGCTACTAAAAATCAAGATTTAGATGATGACTCCATTGAATTGATTTGTGCTGAATTTGGTGTAGAAGTTGAAAAAGAAATTATTCTTGAAGATACGGATTTAGACAAATATGTCGCAGAAGATAGGCCTGAAGATATGGTAGAACGCCCAGCTGTTGTAACAATTATGGGACATGTTGATCATGGAAAAACAACATTATTAGATTCCATTCGCCATACAAAGGTTACTGCTGGTGAAGCGGGCGGTATTACACAGCATATTGGAGCATACCAAGTTGAAAACGATGGAAAAAAGATCACATTTTTGGATACGCCAGGGCACGCTGCTTTTACAAGCATGCGATCTCGAGGCGCCCAAGTTACAGATGTGGCTATCCTAGTTGTTGCTGCTGATGATGGAGTTATGCCACAAACAGTGGAGGCAATCAACCATGCGAAAGCGGCGGAAGTTCCGATTATTGTAGCGGTTAACAAAATGGACAAAGAAGCCGCAAACCCTGATCGTGTTATGCAAGAGTTGACCGAGTATGGACTTGTACCTGAGGATTGGGGAGGAGATACGATATTTGTCAACCTATCTGCAATCAAAGGGGAAGGAATTGACGAATTGCTAGAAATGATCGTTCTTGTGTCTGAAATCGAAGAGCTTAAAGCTAATCCAAGTAACACCGCATTTGGTACCGTTATTGATGCGCAATTGGATAAAGGTAGAGGCTCTGTTGCTACTTTACTTGTACAAAATGGAACATTACATGTTGGAGATTCACTAGTTGTTGGAAATACGCACGGCCGTGTCCGGGCTATGGTTAACGATGTTGGTCAAAGAGTAACAGAAGCTGGTCCATCTACACCTGTAGAGATTACAGGATTAAATGGTGTACCTGAAGCTGGAGATCAATTCCTCGTATTCAAAGATGAGAAAAAAGCTCGTCAAATTGGTGAAGCAAGGCAACAGAAGAAAATTCAGGAAAGCCGTAGCGAACAAACAAAAGTTAGCCTAGATGATTTGTTTGAACAAATCAAACAAGGTGAGATGAAAGAAATTAATATTATTATTAAAGCTGATGTGCAAGGATCAGCAGAGGCGCTCGCTTCTTCACTAAGAAAAATCGAAGTCGAAGGTGTCAATATTAAAATCATTCATACAGGTGTCGGCGCCATTACGGAATCCGATGTAATTTTGGCAGCAGCATCTAACGCTATTGTTATTGGCTTTAACGTACGCCCAGATGCGAATGCGAAAAAGGCGATTGACAGGGAAAAAGTAGATGTTCGTTTACACCGTGTGATTTACAAAGCAATTGAAGAAGTAGAAGCAGCAATGAAAGGGTTGCTTGATCCTGAATACGAAGAAAAAGTAATTGGCCAGGCTGAAGTTCGTGAAACGTTTAAAGTTTCAAAAATTGGTACAATTGCTGGAAGCTATGTAACAGATGGTAAAATCACGCGAGATGCTGGAGTGCGTTTAGTTCGTAATGGCGTTGTACAATTTGAAGGTGAAATTGCTGCATTAAAACGTTTTAAAGACGATGTGAAGGAAGTTGCGCAGAATTATGAATGTGGTATAACCATTAAAAACTTTAATGATATTAAAGAAGGAGATATCATTGAAGCGTTTATTATGGAAGAAATCAAGCCTGAATGA	MSKMRVYEYAKQNNLSSKAVVAFLKEQDIDVTNHMSTISPNTIALLDKKFKVQKQEKEESKQQKMEKQSDNQSNSKQSQTHKQNKPNHSQRPKKQQQKPQGKQVKKGKANTKAQPKQSTMEKETPKAMKYHGTLTVSELADKLNKEASEIIKKLMFLGVMATKNQDLDDDSIELICAEFGVEVEKEIILEDTDLDKYVAEDRPEDMVERPAVVTIMGHVDHGKTTLLDSIRHTKVTAGEAGGITQHIGAYQVENDGKKITFLDTPGHAAFTSMRSRGAQVTDVAILVVAADDGVMPQTVEAINHAKAAEVPIIVAVNKMDKEAANPDRVMQELTEYGLVPEDWGGDTIFVNLSAIKGEGIDELLEMIVLVSEIEELKANPSNTAFGTVIDAQLDKGRGSVATLLVQNGTLHVGDSLVVGNTHGRVRAMVNDVGQRVTEAGPSTPVEITGLNGVPEAGDQFLVFKDEKKARQIGEARQQKKIQESRSEQTKVSLDDLFEQIKQGEMKEINIIIKADVQGSAEALASSLRKIEVEGVNIKIIHTGVGAITESDVILAAASNAIVIGFNVRPDANAKKAIDREKVDVRLHRVIYKAIEEVEAAMKGLLDPEYEEKVIGQAEVRETFKVSKIGTIAGSYVTDGKITRDAGVRLVRNGVVQFEGEIAALKRFKDDVKEVAQNYECGITIKNFNDIKEGDIIEAFIMEEIKPE				NA	NA	NA	NA	NA
AK148_00541	303	rplGA	COG1358	putative ribosomal protein YlxQ	ATGAAAAATAATTATTTAAACCTACTTGGTCTTGCTTTTCGAGCTGGAAAATGTTCGCTTGGTGAAGATACGATACTGAAAGATATTCGGTCCAGACGTGCTGTATTGATTTTACTTGCGAATGATATTGGTCCACAAACCAAAAAGAAAATAACAGACAAATGCAAAACCTATAAAATTCCATATGTTATAGTAGATGATAGAGAAACAATATCGAATGCTATCGGAAAGACCCAGAGAGTAGCAATAGCTATTTTAGACGCAGGATTTGCTGCAAAAATGAACACGTTACTCGGGGAATAA	MKNNYLNLLGLAFRAGKCSLGEDTILKDIRSRRAVLILLANDIGPQTKKKITDKCKTYKIPYVIVDDRETISNAIGKTQRVAIAILDAGFAAKMNTLLGE				NA	NA	NA	NA	NA
AK148_00542	282			hypothetical protein	ATGGTAAAAAAACGAAAAATCCCTACTCGCAGATGTGTAGTAACCAATGAAATGATGCCAAAGCAAGATTTAATTCGTGTAGTACGTAATAAAGATGGAGAAGTATTTGTAGATACCACTGGCAAAAAAAATGGCCGGGGAGCCTATTTGTGTAAAGACATTGCTGTTATTGACCAAGCAGAAAAAACAAACGTATTAACTAAACATTTAAATGCAACTATTGATTCAGTTATCTATGAAGAATTAAGGAATCTAATAGCAGGTACAACGAATGAAAAATAA	MVKKRKIPTRRCVVTNEMMPKQDLIRVVRNKDGEVFVDTTGKKNGRGAYLCKDIAVIDQAEKTNVLTKHLNATIDSVIYEELRNLIAGTTNEK				NA	NA	NA	NA	NA
AK148_00543	1098	nusA	COG0195	Transcription termination/antitermination protein NusA	GTGAGCACGCAATTGTTCGATGCAATTGATTATTTAGCAAAAGAAAAAGGGATTGATAAACAAATCCTCATGGAAGCCTTAGAAGCTGCTTTAATTTCAGCGTATAAAAAGAATTTCAAATCCGCAACAAACGTTCGTGTTGAGCTTAATGAAGATACTGGGAAAATGGCTGTGTATTCTAGAAAAAACATTGTCGATGAAGTTGAAGATCCACAACAAGAAATACCTATTCAAGAAGCAAAAGAAATTAATCCAAACTATGAGCTAGATGATGTAGTGGAAGTGGAAGTAACACCAAAAGACTTTGGTCGTATTGCCGCACAAGCTGCTAAACAAGTTGTTACACAGCGTGTAAGAGAAGCCGAGCGTGGTGTTATCTTTTCAGAGTACTCTGACCGAGAGGATGACGTAATGACGGGAATTATTCAACGAAAAGATCCCCGGTACGTTTACGTCCACCTTGGTAAAGTAGAAGCAAAACTTCCGGAAGCCGAACAAATGCCTACCGAGGAATATCATGTGCATGACCGAATAAAAGTGTATGTAACAAAAGTGGAAAATACAAGTAAAGGGCCACAAATATATATTTCAAGGTCCCATCCCGGACTACTAAAACGGTTATTTGAAATGGAAGTACCAGAAATATATGATGGAATTGTAGAAATTAAATCTGTTGCCCGAGAAGCAGGTGACCGTTCTAAAATATCTGTTCATGCGCCTGATCCAGACATTGATCCTGTAGGCTCATGTGTCGGTCAAAAGGGACAGAGAGTGCAAGCCATTGTAAATGAACTGAAGGGTGAGAAAATTGACATTGTACAATGGTCGGAAGATCCTGTTGTCTACGTATCAAATGCTTTAAGCCCTTCAAAAGTACTAACTGTATTAGTTAATGAAGAAGAAAAGTCAACTACTGTTGTTGTACCCGATTACCAACTATCTCTTGCCATAGGGAAGCGCGGCCAAAATGCAAGGCTTGCAGCTAAGTTAACTGGTTGGAAAATCGATATAAAAAGTGAAACAGATGCAAGAGAAGAAGGAATATTGGATGAAGTAGAAAAAACCTATTCTGACAATGAAGAAAGCTTGTTTGAATAA	MSTQLFDAIDYLAKEKGIDKQILMEALEAALISAYKKNFKSATNVRVELNEDTGKMAVYSRKNIVDEVEDPQQEIPIQEAKEINPNYELDDVVEVEVTPKDFGRIAAQAAKQVVTQRVREAERGVIFSEYSDREDDVMTGIIQRKDPRYVYVHLGKVEAKLPEAEQMPTEEYHVHDRIKVYVTKVENTSKGPQIYISRSHPGLLKRLFEMEVPEIYDGIVEIKSVAREAGDRSKISVHAPDPDIDPVGSCVGQKGQRVQAIVNELKGEKIDIVQWSEDPVVYVSNALSPSKVLTVLVNEEEKSTTVVVPDYQLSLAIGKRGQNARLAAKLTGWKIDIKSETDAREEGILDEVEKTYSDNEESLFE				NA	NA	NA	NA	NA
AK148_00544	471	rimP	COG0779	Ribosome maturation factor RimP	TTGAGTTCAAAAGTCGTACAAACAACGGAAGAATTAGTTCTCCCGATCCTAAAACAAAAAAATCTGGAATTAGTCGATGTAGAATATGTAAAAGAAGGAAAAAACTGGTTTTTGCGTGTATATATTGATAAAGAAGGCGGTGTTGACATTACAGAGTGCGGAGAGGTGTCTGAGGAATTAAGCGAACAATTGGATCAAACAGACCCAATTGCAGAGGCCTATTTTTTAGAAGTCTCTTCACCAGGCGCTGAGCGGCCTTTAAAGAAAAAGAAAGACTTTGAAGAGAATATGAATAAACAAATATATGTCAAGTTATATGAACCAATAAATGGTGAAAAAGAATATGAAGGAAAACTGGTTGACTTTGCGAATGATGTAATAACCATTTCATATAAATTGAAAACTCGTAATCAAACTGTAGAGATTCCATTTGAGAAGATAGCCAAAGCTAGATTGGCTGTATCGTTTTAA	MSSKVVQTTEELVLPILKQKNLELVDVEYVKEGKNWFLRVYIDKEGGVDITECGEVSEELSEQLDQTDPIAEAYFLEVSSPGAERPLKKKKDFEENMNKQIYVKLYEPINGEKEYEGKLVDFANDVITISYKLKTRNQTVEIPFEKIAKARLAVSF				NA	NA	NA	NA	NA
AK148_00545	4287	polC_1	COG2176	DNA polymerase III PolC-type	ATGGATATATCGAAAAAGAAGAAGATGGATGTACTGTTAAAGCAACTGGAATTTTCCGAAGAACAATTACCTTATTTTGCTGATAGTTATTTAAAAAAGCTAGAAATTTTTAAGCAATCGAGGACGTGGCATTTTCATATTTATACGAATCAAATATTGCCTTGCGAAGTATACCAAGTATTTAAACATCGACTACAAACAAGTTTTGCGCAAATTGCTACGATCGAATTAACCATTGAAACGGCAAACAAAGCTTGCGATGAGCAAGTGACTCTAAAGTATTGGCAACATTTTATTCAGTCTTTTTCACAATTGTCACCTGCTTATAAAGATATGGTTCAATCACAAACACCAAAAGTTAACGGTAATAACATTATGTTAACCGCTAGAAATGAAGCAGAAAGTAAAGCGGTAAAAAAAAGACTCGAGGAGCCATTTAAAGCTTTTTGTTTGCAATCAGGTTTACCGATTTTTCAGTTGCAATTAGAAGTGAAAGCTGAATTAGAAGCTATTCAGCAGTTTAAAGAACAAAAAGCTGCTGAAGATCAACAGCTTGTTCAACGTACCGTGCAAGAGAAAACAAAACGTGATCACGCAAAATTACAGCCCGAAAATAAACCTGTGATGCTCGGTTATAAGATTCAAGATGATCCTGTTCATATGGAAGAAATTTTAGAAGAAGAGCGTCGAATAACGGTTCAAGGTTATATTTTCGCTGTCGATATTCGTAAACTGCGTTCCGGCCGGAGTTTGCTTATCATCAAAGCAACGGATTATACGGATTCATTACAAATTAAAATGTTTTCAAAAGGCGATGAAGACGCTGAAAAATTCGAGTCAGTAAAAGAAGGTATGTGGATTAAAGCTCGGGGAAGTATTCAAACAGATATGTATACGAATGAACTGGCAATGATGGCTAATGATATACACGAAATAAAAGTAGAACCCAGAAAAGATGCGGCACCGGATGAAGAAAAAAGGGTTGAATTACATGCACATACGACAATGAGTCAAATGGATGCAGTAGTCTCACCAGCAAATTTAGTTGCTCAAGCGGCAAAATGGGGGCATAAAGCTATCGCAATTACTGATCATGCAGGCGTACAAGGTTTCCCTGATGCCTATAACGCAGGAAAGAAGCATGGTATAAAAGTGCTTTATGGTGTAGAGGCGAATTTAGTCGATGATGGTGTTCCTATTGCATATAATGAACAAGATGTAGATTTAGCTACAGCTACATATGTTGTATTTGATGTGGAGACGACCGGCCTATCAGCTGTGTATGACACCATTATTGAATTAGCTGCTGTCAAAATTCATCAAGGAGAAATTGTGGACCGGTTTGAATCTTTTGCTAACCCCCACCATCCTTTATCGCAGACAACCATTGACCTTACAGGTATTACGGATGAAATGGTAGAGCATGCACCAGAAGTTGACGAAGTATTAGCAGATTTTCGCAAGTGGATGGCAAATGATATTTTAGTAGCCCATAATGCTAGTTTTGATATGGGATTTTTAAATCAAGGTTTTAAGAAAATGGATTTTCCAAAAGCTACAAATGCTGTTATTGATACGTTGGAATTAGCAAGATTTTTATTCCCACATTTAAAAAATCACCGATTGAATACATTGTGTAAATTTATGGATATTGAATTAACGCAGCATCACAGGGCGATTTATGACGCGGAAGCAACCGGTTATTTATTATGGAAACTTGTTCAAGCTTTATTAGAAAAAGACATAACCAACCATAACCAGCTGAATAAACATATGGGTGAAGGGAATGCATACCAACGCTCAAGACCTTTTCACTGTACATTAATTGCACAGACAGAAGAAGGGTTAAAGAACTTATATAAACTTGTTTCGCATGCCCATATTGATTATTTCTATCGTGTACCAAGATTGCCACGTTCCTTATTACAGAAATATAGGCAAGGCATTTTAATAGGCTCTGCTTGTGATAAAGGGGAAGTTTTTGAGACGATGATGCAAAAATCAGCAGAAGAGGCAGAAAACGTAGCTCAATTTTACGATTATATAGAAGTGCAACCACCTGCAAATTACATGCATTTAATTGAAAAAGATTTAGTACAAAATGAAGCACAACTATTGGATATTATAAAAAAGATTGTCCAGTTAGGTGAACGTGTGGGCAAAAAGGTTGTTGCGACGGGAAATGTCCATTATTTAGACGAGCAGGATCAGATTTACAGACAGATTCTTATTGCTTCCCAAGCAGGAAATCCATTAAACCGAGTCACATTACCACAAACCCCATTTCGAACGACGAATGAAATGTTAGAAGCCTTTTACTTTTTAGGTGAAAAGAAAGCAACGGAAATTGTCGTTACGAATACACAAGCCATTGCAGATGAAATAGAAGAAATCGCACCAGTAAAAGACGGCTTGTTTACACCAACGATAGAAGGAGCAGACCAAGAAATTCGTGACCTTTGTTATACAAGGGCAAAGAAAATTTACGGTGAACCGATTCCAGAGATTGTCACAGAACGTTTAGAGAAAGAATTAAAAAGTATTATTGGACATGGGTTTAGTGTTATTTATCTCATTTCACAAAAACTAGTTAAAAAATCACTAGACGATGGTTATTTAGTAGGTTCTCGTGGTTCAGTAGGTTCGTCCTTTGTTGCAACGATGACAGAAATTACAGAAGTAAATCCTTTACCACCACATTATGTATGTTTGTCTTGCCATTATCATGAGTTTATTACAGATGGCTCAGTCGGAAGTGGATTTGATTTACCAGATAAGCACTGCCCAACATGTGGGACAAGCTTAACAAAAGATGGTCAAGATATCCCTTTTGAAACATTTTTAGGCTTTAAAGGGGATAAAGTACCAGATATTGATTTGAACTTCTCAGGCTCTTATCAACCAAGGGCGCATAACTATACGAAAGAATTGTTTGGAATCGACAATGTATATCGTGCTGGAACAATTGGTACTATTGCTGAGAAGACAGCCTATGGTTATGTGAAAGGATATGCTTCTGATAAACAACTCGTTTATAAAAATGCAGAAGTTGATCGGCTAGTAAAAGGATGTACTGGGGTGAAGCGAACTACAGGTCAGCATCCAGGAGGTATTATTGTTGTTCCTGACGACAAAGAAATATTTGATTTTACTCCTATTCAGTATCCGGCTGACGACAGAAGTAGTGAATGGAGGACAACGCATTTTGATTTCCATTCCATTCATGATAATTTATTGAAATTGGATATACTTGGACATGATGATCCGACGGTTATTCGTATGCTACAAGATTTAAGTGGGATTGATCCTAAAACCATTCCTACTGACGATCCAGATGTAATGACTATTTTTTCTGGCCCAGAAGCGCTTGGGGTAACGCCTGAACAAATTAACTGTAAAACTGGTACATTAGGTGTGCCAGAATTTGGGACGAAGTTTGTTCGGCAAATGTTGGAAGATACAAAACCAAATACGTTCGCAGAACTTGTTATTATCTCAGGATTGTCACACGGTACGGATGTTTGGTTAGGTAATGCACAGGAATTAATTAATGACGGCATATGTGAGCTACCGGATGTTATCGGTTGTCGTGACGATATTATGGTTTATCTGATGCATAAAGGACTAGATGCTTCCTTAGCTTTCCAAATCATGGAGTTTGTTCGTAAAGGGAAAGGGCTAAAAGATGAGTGGATTACAGAAATGAAAAAGCATGATGTCCCAGATTGGTATATTGAATCATGTAAAAAGATTAAATACATGTTCCCAAAAGCTCATGCTGCTGCGTATGTATTAATGGCTGTAAGAATAGCTTATTTTAAAGTACATCACCCTATATTCTTTTATGCAGCATACTTCACTGTTCGAGCAGATGACTTTGAACTTGATACCATGATTAAAGGTTCTAATGCAATTAGAAAACGAATGGAAACAATTACTGTTAAAGGAAATGAAGCCTCTCCAAAAGAGAAAAGTTTACTTACAGTTTTAGAGCTTGCTCTAGAAATGTGCGAACGAGGTTATTCTTTTAAAAAAGTGGATTTATACAAATCTAGTGCAACAGAATTTATTGTCGATGGGCATGCTCTTATTCCACCGTTTAATGCTGTAGATGGTTTGGGAACGAATGCTGCAATAAACATTGTAAAAGCAAGAGAAGAAGGAGAATTTTTGTCAAAAGAAGACTTACGAGAAAGAAGTAAAATCTCTAAGACCGTATTGGAATACTTGGATAACCATGGTTGCTTAGAAGGGATGGCGGAACAAAATCAGCTCTCTTTGTTCTAA	MDISKKKKMDVLLKQLEFSEEQLPYFADSYLKKLEIFKQSRTWHFHIYTNQILPCEVYQVFKHRLQTSFAQIATIELTIETANKACDEQVTLKYWQHFIQSFSQLSPAYKDMVQSQTPKVNGNNIMLTARNEAESKAVKKRLEEPFKAFCLQSGLPIFQLQLEVKAELEAIQQFKEQKAAEDQQLVQRTVQEKTKRDHAKLQPENKPVMLGYKIQDDPVHMEEILEEERRITVQGYIFAVDIRKLRSGRSLLIIKATDYTDSLQIKMFSKGDEDAEKFESVKEGMWIKARGSIQTDMYTNELAMMANDIHEIKVEPRKDAAPDEEKRVELHAHTTMSQMDAVVSPANLVAQAAKWGHKAIAITDHAGVQGFPDAYNAGKKHGIKVLYGVEANLVDDGVPIAYNEQDVDLATATYVVFDVETTGLSAVYDTIIELAAVKIHQGEIVDRFESFANPHHPLSQTTIDLTGITDEMVEHAPEVDEVLADFRKWMANDILVAHNASFDMGFLNQGFKKMDFPKATNAVIDTLELARFLFPHLKNHRLNTLCKFMDIELTQHHRAIYDAEATGYLLWKLVQALLEKDITNHNQLNKHMGEGNAYQRSRPFHCTLIAQTEEGLKNLYKLVSHAHIDYFYRVPRLPRSLLQKYRQGILIGSACDKGEVFETMMQKSAEEAENVAQFYDYIEVQPPANYMHLIEKDLVQNEAQLLDIIKKIVQLGERVGKKVVATGNVHYLDEQDQIYRQILIASQAGNPLNRVTLPQTPFRTTNEMLEAFYFLGEKKATEIVVTNTQAIADEIEEIAPVKDGLFTPTIEGADQEIRDLCYTRAKKIYGEPIPEIVTERLEKELKSIIGHGFSVIYLISQKLVKKSLDDGYLVGSRGSVGSSFVATMTEITEVNPLPPHYVCLSCHYHEFITDGSVGSGFDLPDKHCPTCGTSLTKDGQDIPFETFLGFKGDKVPDIDLNFSGSYQPRAHNYTKELFGIDNVYRAGTIGTIAEKTAYGYVKGYASDKQLVYKNAEVDRLVKGCTGVKRTTGQHPGGIIVVPDDKEIFDFTPIQYPADDRSSEWRTTHFDFHSIHDNLLKLDILGHDDPTVIRMLQDLSGIDPKTIPTDDPDVMTIFSGPEALGVTPEQINCKTGTLGVPEFGTKFVRQMLEDTKPNTFAELVIISGLSHGTDVWLGNAQELINDGICELPDVIGCRDDIMVYLMHKGLDASLAFQIMEFVRKGKGLKDEWITEMKKHDVPDWYIESCKKIKYMFPKAHAAAYVLMAVRIAYFKVHHPIFFYAAYFTVRADDFELDTMIKGSNAIRKRMETITVKGNEASPKEKSLLTVLELALEMCERGYSFKKVDLYKSSATEFIVDGHALIPPFNAVDGLGTNAAINIVKAREEGEFLSKEDLRERSKISKTVLEYLDNHGCLEGMAEQNQLSLF				NA	NA	NA	NA	NA
AK148_00546	1263	rasP	COG0750	Regulator of sigma-W protease RasP	TTGAATACAGTCATTGCGTTTATTCTTATGTTTGGTCTCCTTGTATTTATTCATGAATGGGGGCATTTAATTTTTGCTAAACGAGCTGGCATGTTAGCGCGTGAGTTTGCGATTGGTTTTGGCCCAAAAGTGTTTGCATTTACAAGGAACGAAACTGTATATACGATCCGGCTTCTTCCAATTGGTGGCTACGTGCGAGTTGCCGGACAAGACCCAGAGATCATTGATTTAAAACCGGGGCATCATGTAGGATTAGAATTTAATGAGTTTGGAAAAGTAAATAAAATTATTGTAAATCACAAAACCAAACATCCAAATGCTCGTATTATAGAAATTGAAGAAGCGGATTTAGATCATGCATTGCAATTAAAAGGGTATGAAGTCGGTGAAGAGGAAAAGCTTGTTTTTGATATTGATCCGGAAGCTTTCTTCGTTATGGACGAAAGAGAAACACAAATTGCTCCTTATGATCGACAGTTCGCTTCCAAAACGGTATTACAGCGCGCCATGCAATTATTCGCAGGGCCAATGATGAACTTTGTGTTGGCTATTTTTATCTTCTTAATCCTTGGGATTATCCAAGGTGTGCCTGTAGAAGAAGCACAAATGGGAGAAGTTATAGCGGATAGCCCGGCAGCGGAAGCAGGTCTAAAAGAGGGGGATGAAATAATCCAAATTGAGGAAGACCCTATTTCTACCTGGGAAGAGTTTCACACGATCGTAAGCAGTAGCCCGAATGAAGAACTCCATATGTCTGTATTGCGTGATGGAGAAGAAATTGCTTTAACGGTAGTTCCAAATGAAGCAGAAGGTGTTGAAGGGGAAGAATCATTTGGGCAAATTGGTGTATTTAAAGCGTATGAAAAATCAATTTTAGGCACTATTCCATATGGCATTTCACAGACGTATGACACATCGAAGCTCATTTTAACGAACTTAGGGATGTTAATTACGGGACAATTGTCCATTGATGCTTTATCAGGACCAGTCGGTATATATGATGCCACAGACCAAATTGTACAAACTGGTTTTACAAACTTCCTGTTATGGACGGCCATGTTAAGTATTAATTTGGGGATTGTCAATCTTGTCCCACTTCCAGCATTGGATGGAGGTAGATTGCTGTTTGTTGGAATTGAAGCGATACGTGGAAAACCAGTTGCTCCAGAAAAAGAAGGTTTGTTTCACTTTATAGGTTTTGCACTGCTCATGTTACTCATGATAGTTGTTACATGGAACGATATTCAACGTTTATTTCTTTAA	MNTVIAFILMFGLLVFIHEWGHLIFAKRAGMLAREFAIGFGPKVFAFTRNETVYTIRLLPIGGYVRVAGQDPEIIDLKPGHHVGLEFNEFGKVNKIIVNHKTKHPNARIIEIEEADLDHALQLKGYEVGEEEKLVFDIDPEAFFVMDERETQIAPYDRQFASKTVLQRAMQLFAGPMMNFVLAIFIFLILGIIQGVPVEEAQMGEVIADSPAAEAGLKEGDEIIQIEEDPISTWEEFHTIVSSSPNEELHMSVLRDGEEIALTVVPNEAEGVEGEESFGQIGVFKAYEKSILGTIPYGISQTYDTSKLILTNLGMLITGQLSIDALSGPVGIYDATDQIVQTGFTNFLLWTAMLSINLGIVNLVPLPALDGGRLLFVGIEAIRGKPVAPEKEGLFHFIGFALLMLLMIVVTWNDIQRLFL	PGPT0011685_2592	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-PILUS|FIMBRIAE_SYSTEM	MOTILITY-PILUS_SYSTEM,PGPT0011685-rseP-K11749	NA	NA
AK148_00547	801			hypothetical protein	ATGAAGCAACGGATTATTACAGCCATCATTGCATTAATCATATTTGTTCCCTTTGTTATCATTGGTGGCCTTCCATTTGAAATTTTAGTGTATGCAATGGCAACAATTGGTTTTTTAGAATTATTAAGAATGGGGAATATTGCTAAATACTCCATCCCTTCTATTTTAGGTATTGGACTGTTATGGGTACTTTTGCAAGCAGAACATATGGATGCTATCCCATTTATGTGGCTCACAAAATCAGAAATTTTAATGCTTATTGTCCTGTTACTATTGTCCTATACTGTATTAGTTAAGAATAAATTTACCTTTGATCATGCGGGTGTTGTCCTTATTTCAGCGATTTACGTAGGGATGGGGTTCTATTATTTGCTTTTAGCTAGGGGCGGAGAAGGTGGAGGCGGATTAGCAACGATCCTCTACATATTTCTTCTTATTTGGTCCACAGATACAGGAGCGTATTTTGTAGGGCGAGCTTTTGGAAAGCGTAAACTATGGCCCAAAATTAGTCCAAATAAGACTATAGAAGGTGCTTTAGGCGGAATTTTGTTAGCGATTATTGTGAGTATTATCTTTCAAATCGTTCATCCTATTGGTGATACGTTAGTTGGCATGATCGGGGTAGCAATTATTGCATCTGTATTTGGACAAATTGGCGACTTAGTTGAATCTGCGTTCAAACGCCACTTTGGGGTGAAAGATTCAGGAAATGTACTTCCAGGTCATGGCGGTATTCTAGATCGCTTTGACAGCTTATTATTTGTTTTACCAATATTACATCTTGTTGGTTTTTTTAATTAA	MKQRIITAIIALIIFVPFVIIGGLPFEILVYAMATIGFLELLRMGNIAKYSIPSILGIGLLWVLLQAEHMDAIPFMWLTKSEILMLIVLLLLSYTVLVKNKFTFDHAGVVLISAIYVGMGFYYLLLARGGEGGGGLATILYIFLLIWSTDTGAYFVGRAFGKRKLWPKISPNKTIEGALGGILLAIIVSIIFQIVHPIGDTLVGMIGVAIIASVFGQIGDLVESAFKRHFGVKDSGNVLPGHGGILDRFDSLLFVLPILHLVGFFN	PGPT0007685_5107	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_CYTIDYLYLTRANSFERASE_ACTIVITY,PGPT0007685-cdsA|ynbB-K00981	NA	NA
AK148_00548	762	uppS		Ditrans,polycis-undecaprenyl-diphosphate synthase ((2E,6E)-farnesyl-diphosphate specific)	ATGTCAATTAGACTTCCCTTTACAAAAAAGAAAACAAAAGAAATAGAATCATTAAAGAACACAGAGAATATTCCAAACCATGTTGCAATTATTATGGACGGAAATGGCAGGTGGGCTAAAAAAAGGTCATTACCACGTATTGCGGGTCATAAAGAAGGTGTAGACGCCGTAGTAAAAACCGTTCGTGCAGCGCATAAGAGTAATGTTAACATTTTAACTTTATATGCATTTTCAACAGAAAACTGGAAACGACCGCAAAAAGAAATTGACTTTTTAATGAAGCTTCCTAAAGAATTTTTACATATTCACTTACCTGAATTAATGGAAAGGAATGTTCGCATTCAAACCATTGGGGATTTTGAAGCTTTACCAGAGCATACAAAAGAAGCTGTTCAGTATGCGATGGATAAAACAAAGAATAATAATGGATTATTATTAAATTTTGCTTTAAACTATGGTAGTAGGTATGAAATTATACAAGCAATGAAACATGTAGTGACAGATGTGCAAAATGAAAAGCTTCATTTGGAAGCTATAAGCGAAGAAGTCTTTAATAAATATTTATATACAAAAGAACTGAGCGATCCAGATTTACTAATACGAACAAGTGGGGAGCAACGGTTAAGTAATTTTTTATTATGGCAACTTGCTTACACTGAATTTTGGTTTACAGAAGTTCTTTGGCCTGATTTCGATGAAGCAGTATTTAAACAAGCAATTGAGGAATATCAGCAACGCCAGCGTCGTTATGGCGGTATTTAA	MSIRLPFTKKKTKEIESLKNTENIPNHVAIIMDGNGRWAKKRSLPRIAGHKEGVDAVVKTVRAAHKSNVNILTLYAFSTENWKRPQKEIDFLMKLPKEFLHIHLPELMERNVRIQTIGDFEALPEHTKEAVQYAMDKTKNNNGLLLNFALNYGSRYEIIQAMKHVVTDVQNEKLHLEAISEEVFNKYLYTKELSDPDLLIRTSGEQRLSNFLLWQLAYTEFWFTEVLWPDFDEAVFKQAIEEYQQRQRRYGGI	PGPT0024180_1731	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024180-uppS|ispU-K00806	NA	NA
AK148_00549	549	frr	COG0233	Ribosome-recycling factor	ATGTCTGATGGTATATTGAAACAAACGAATGAAAAGATGGAACAAGCTGTACAAGCTTTCTCTAAAAATCTGGCTACTGTTAGAGCTGGAAGAGCAAATCCAAGTTTATTAGACAGTGTTTTTGTGGATTACTATGGAATGAGTACACCATTAAACCAAATTGCTTCGGTTTCTGCACCAGAAGCAAGACTACTTGTTGTTACACCATATGATAAATCAGCTATTGCTGACGTGGAAAAAGGGATTCAAAAAGCAGATCTAGGTCTTTCACCTTCTAGTGATGGGAATGTAATTCGGATTAATATACCAGCATTAACAGAAGAACGTCGTAAAGATTTAGTTAAAGTGGTAGGTAAATATGCCGAAGAATCACGTGTTCAGGTAAGAAACATTCGACGTGAAGCGAATGATCAATTGAAAAAAGAAGACGGTATTTCAGAAGACGATGTACGGGCTTTACAAGAGGATGTACAAAAAGTAACAGATAAATATATAGCAAAAATTGACCAACTAGCGAAAGAAAAAGAAAAAGAAATTATGGAAGTTTAA	MSDGILKQTNEKMEQAVQAFSKNLATVRAGRANPSLLDSVFVDYYGMSTPLNQIASVSAPEARLLVVTPYDKSAIADVEKGIQKADLGLSPSSDGNVIRINIPALTEERRKDLVKVVGKYAEESRVQVRNIRREANDQLKKEDGISEDDVRALQEDVQKVTDKYIAKIDQLAKEKEKEIMEV				NA	NA	NA	NA	NA
AK148_00550	723	pyrH		Uridylate kinase	ATGACAACAGCTCGTTACCGTAGAATCGTGCTTAAACTAAGTGGAGAAGCATTAAGTGGCGAACTTGGATATGGCATTGAGCCTAAAATTATTCAGTCTATCGCTGATCAAGTAAAAGAAGTTGCTGAATTAGATGTAGAAATTGCTATTGTCGTTGGCGGAGGAAATATATGGCGTGGCAAAGTAGGCAGTGAAATGGGTATGGATCGTGCCAATGCTGACTATATGGGGATGCTAGCAACAATTATGAATGCTTTAGCACTTCAAGATGGACTGGAAAACATCGGTATACCTACAAGAGTACAGACATCAATAGAAATGAGACAAGTGGCTGAGCCATACATAAGAAGGAAAGCAATTCGCCATTTGGAGAAAAAGCGTGTTGTCATTTTTGCTGCTGGTACAGGAAATCCTTTCTTCTCAACGGATACAACTGCAGCATTACGCGCAGCTGAAATTGAAGCGGAAGTCATTTTGATGGCAAAAAATAATGTGGATGGCGTTTATACAGCGGATCCTAAATTGAATGAAAATGCAGAGAAGTATGAGAACCTTTCTTATATGGAAATGCTCAATGCAGGACTTGGCGTTATGGACTCAACAGCTTCAACTTTATGTATGGATAACGATATTCCTTTAGTTGTGTTTTCTATAATGGAAGAAGGTAATATTAAACGGGTCGTTCAAGGTGAAGTAATTGGAACTACAATAAGGGGGAAATAA	MTTARYRRIVLKLSGEALSGELGYGIEPKIIQSIADQVKEVAELDVEIAIVVGGGNIWRGKVGSEMGMDRANADYMGMLATIMNALALQDGLENIGIPTRVQTSIEMRQVAEPYIRRKAIRHLEKKRVVIFAAGTGNPFFSTDTTAALRAAEIEAEVILMAKNNVDGVYTADPKLNENAEKYENLSYMEMLNAGLGVMDSTASTLCMDNDIPLVVFSIMEEGNIKRVVQGEVIGTTIRGK	PGPT0021205_2386	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021205-pyrH-K09903	NA	NA
AK148_00551	885	tsf	COG0264	Elongation factor Ts	ATGGCAATCACTGCAAAAATGGTTAAAGAATTACGTGAAAAAACTGGTGCAGGAATGATGGATTGTAAAAAAGCACTTCAGGAAACAGATGGCAATTTAGAGGCTGCTGTTGATTTCTTACGTGAGAAAGGTCTGTCTAAAGCTGCAAAGAAAGCTGACCGTATTGCTGCTGAAGGGTCTGCGTACATTCAAGCAGATGGTAATACAGCTGTTTTACTAGAAGTAAACTGTGAAACAGATTTCGTAACAAAAAATGACCAGTTTAAAGACCTATTATCTACATTAGCAACTCATTTGTTAAAACACCAGCCAGAGACCGTAGAGAAAGCACTACAGCAAACGATGGAAGCGACTGGAGAAACAGTTGAAAACCATATTAAAGCTGCTGTTGCAAAAATTGGTGAAAAATTATCCCTTCGTCGTTTTACTATTGTAACGAAAACGGATAACGATGCGTTTGGTGAGTATTTACACATGGGTGGACGTATCGGCGTGCTTACCTTGTTAGAAGGAACTACAGATACAGCTGTTGCTAAAGATGTAGCGATGCATATTGCAGCTGTAAATCCACGTTATATTTCTCGTGATGATGTTGCAGAAGAAGAAGTAAACCATGAGCGTGAAGTATTAAAAGCCCAAGCTTTAAATGAAGGTAAACCAGAACATATTGTTGAAAAAATGGTAGAAGGTCGTCTTGGCAAGTTTTTTGAAGAAATTTGTTTATTAGAGCAAAGTTTTGTAAAAGATCCAGACCAAAAAGTGAAAAAGTTTGTTGCGGATAAAGGAGCAACAGTGAAAACTTTTGCACGTTATGAAGTAGGCGAAGGAATGGAAAAACGTGAAGAGAACTTTGCAGATGAAGTGATGAGTCAAATCAAAAAATAA	MAITAKMVKELREKTGAGMMDCKKALQETDGNLEAAVDFLREKGLSKAAKKADRIAAEGSAYIQADGNTAVLLEVNCETDFVTKNDQFKDLLSTLATHLLKHQPETVEKALQQTMEATGETVENHIKAAVAKIGEKLSLRRFTIVTKTDNDAFGEYLHMGGRIGVLTLLEGTTDTAVAKDVAMHIAAVNPRYISRDDVAEEEVNHEREVLKAQALNEGKPEHIVEKMVEGRLGKFFEEICLLEQSFVKDPDQKVKKFVADKGATVKTFARYEVGEGMEKREENFADEVMSQIKK				NA	NA	NA	NA	NA
AK148_00552	750	rpsB	COG0052	30S ribosomal protein S2	ATGTCAGCTATTTCAATGAAACAGCTACTCGAAGCTGGTGTACATTTTGGTCACCAAACTCGTCGCTGGAACCCAAAGATGAAAAAATACATCTTTACAGAACGTAACGGTATTTACATCATCGATCTACAAAAAACGGTAAAAAAGGTCGATGAAGCGTATAATTATGTCAAGCAACTTGTTGCTGACGGAGGAACCGTTTTGTTCGTTGGTACGAAAAAACAAGCTCAAGAATCTGTACGTGACGAAGCCATTCGTTCAGGTATGTACTATGTTAACCAACGTTGGTTAGGTGGAACACTTACTAATTTTCAAACCATTCGTAAACGCATTAATCGTTTGAAAGACATTGAGCGCATGGAAGAAGATGGAACTTTTGAAGTGCTACCAAAGAAAGAAGTTGTTGATCTTCTAAAAGAAAAAGATCGCTTAGTGAAGTTTCTTGGTGGAATTAAAGAAATGGATAAACTTCCAGATGCGTTGTTTGTAATTGACCCACGTAAAGAGCGAATTGCTATTGCTGAAGCTCATAAATTAAATATTCCGATTATCGGAATTGTGGACACAAACTGTGATCCAGATGAAATTGATTATGTGATCCCTGCTAATGATGATGCGATTCGTGCCGTGAAACTTTTGACTTCCAAAATGGCAGATGCTATTTTAGAAGTGAAACAAGGCGAAGAAATGAATGAAGCTCCAGAACCAGAGCAAGCGTCTGAAGAAGCAAAGGAAACAGAACAAGAGTAA	MSAISMKQLLEAGVHFGHQTRRWNPKMKKYIFTERNGIYIIDLQKTVKKVDEAYNYVKQLVADGGTVLFVGTKKQAQESVRDEAIRSGMYYVNQRWLGGTLTNFQTIRKRINRLKDIERMEEDGTFEVLPKKEVVDLLKEKDRLVKFLGGIKEMDKLPDALFVIDPRKERIAIAEAHKLNIPIIGIVDTNCDPDEIDYVIPANDDAIRAVKLLTSKMADAILEVKQGEEMNEAPEPEQASEEAKETEQE				NA	NA	NA	NA	NA
AK148_00553	429			hypothetical protein	GTGACATCTATATTAATATTGGTCAGTTTTTTATTACATATGGTTTCCTTCACGGTTATTTTTCAATTGTATAAACGAATGAATGCAAATCAACAATTGGATACTTCTGAAATTGACGCTTTGCTAGCAGAATATATTGATGAAATAAAAAAGGAGAACATACGTTTACAACAGCAATTGGTTACATTAAACAAACGAGAAAATGTGGAAACGAACCAAATACAACTAGTCGAAAAAGAGGAACAAGACGATTCATACAATAATGAACAACAAGATGAGATAACAACTTCACTACAAGCGAAAATATTACAATTACATAGTCAAGGGTACACAGCTTCAGAAATCGCTCGACAATTAAATTGTGGAAAAACAGAAGTAGCATTAACAATTAAGTTTCAACAGAATGCAAAGCTTGATTCATCGAAATAG	MTSILILVSFLLHMVSFTVIFQLYKRMNANQQLDTSEIDALLAEYIDEIKKENIRLQQQLVTLNKRENVETNQIQLVEKEEQDDSYNNEQQDEITTSLQAKILQLHSQGYTASEIARQLNCGKTEVALTIKFQQNAKLDSSK				NA	NA	NA	NA	NA
AK148_00554	294			hypothetical protein	ATGGGATGGAAATCCATTGAATTGCAAGTAGCGATTCCTCGTTCTCTAGATGCAAGTAAAATGCAACAACAACTTCTTCACCAAAGTCAACTTTATCAAACTTCTCTTTCGCAGCAGCAATTAATGGAAGCACAGCGAAAAAGGAAACAGGTACATCGCACACATCAATCAGACTCAGTAAAGGGCGATCAACACACAACATCTATGAAAGAACGGAAGGCAAATAAAAAGGAACAACAGGTCAGCATAAATGAACATCCTTATTTGGGAACAGAAATTGATGTGAACGGATAG	MGWKSIELQVAIPRSLDASKMQQQLLHQSQLYQTSLSQQQLMEAQRKRKQVHRTHQSDSVKGDQHTTSMKERKANKKEQQVSINEHPYLGTEIDVNG				NA	NA	NA	NA	NA
AK148_00555	1374			hypothetical protein	ATGAAATTATTAGAAAATATATTTAAAGTTAACGTCTCCCAGGATAAAATGTTAGCAGAAATAGACGTAAGCGAACAGGAAGAAGATTTTACAACACTACAAATGACGAAATCAGATGTGATAGCATTTCTACAAAAAAATAACGTTACCAATGGAATTTTGGAAGAAACGATCTTTTCAATCGTCAACGATACATCAAAAGTTACTTATCCAATTACAATTGCTAAAGGAAAAAAACCAGTCCATGGCAAAGATGGTCAATTGCAATATATCTCTGACTTTAATCCTGATAATGCTTGGGAAAAAAAGCAGGATTTTCGAGACATTATGCAAATACCATCGGTGAAAAAAGGGGAAAAAATCGCAACCCTTATTGCACCTACAGATGGTGAAGCGGGTTTTGACGTAAGCGGAGCGACTATTCCATCATATCCTGGCAAAAAAGTTGTTGTAAAAGCAGGCAAGAACGTTGTTTATCGGGAAGCTGATCAATGTTTTTATGCTACTACAGATGGGCAGTTGAGCTGGCGCGGAAAGTATATTCAAGTCCAACCAGTATATGAAGTAAATCAAACATTATCTATGAAAACGGGCAATATAGATTTTATTGGCACTATCATTATTCGTGGTGATGTCCCTGCTGGTTATACAGTTACAGCAAAAGGAGATGTCAAAATATTTGGGATGGTGGAAGCAGCTACAGTACTTGCTGGTGGTTCGATCTATGTAGCAGAAGGCGTCGCAGGGCAAGGGGCAGGAACGATTCAAGCAGATGAAAATATACATGTTGGTTATGTGAACCAAGGCAACATTATTGCTGGGAAGGACTTATTTGTAGAAAATTCTATTTTTCATAGCCAGTGCAAAGTACGTGAGCGTGTTATCTGTCATAGAGGAAATATTATTGGTGGTATATTATCAGTTGGAAAGAGGATAGAAGCAAAAGATGTAGGAAATCGCGTAGGTGTGAAAACAGAAGTTATGTTTGGGCTAGATCAAAAAACGGAGAAGGAAAAAAAAGATTTATTGGACGAAAAGAAAAAACTGGAGGTCACGCTTTCTAAGCTAGCTCTACTAGAAAAAAAATTAAATGGACAACAGATAGAAAATGATTCTAAACTAAAAATTACGCTACTTCGATATAAGCACTCGTTACAAAAAACAAAAGAACGTTTAGCGGAGGTAAACCGCTTATTAAATCAATTGGCAACAAATCTCGGAGACGAGGAAGATGCGACATTGGTAGTCCGCAACTATCTACACGCAAATGTCGTTGTAGCATTCGGAAAATATTACCGCATTAGTAATGGGAATTATCAAGGTGTTAAAGTGCAGCTAGTAGACAATGAAATTGTTACTTCTCCTTTAACCTGA	MKLLENIFKVNVSQDKMLAEIDVSEQEEDFTTLQMTKSDVIAFLQKNNVTNGILEETIFSIVNDTSKVTYPITIAKGKKPVHGKDGQLQYISDFNPDNAWEKKQDFRDIMQIPSVKKGEKIATLIAPTDGEAGFDVSGATIPSYPGKKVVVKAGKNVVYREADQCFYATTDGQLSWRGKYIQVQPVYEVNQTLSMKTGNIDFIGTIIIRGDVPAGYTVTAKGDVKIFGMVEAATVLAGGSIYVAEGVAGQGAGTIQADENIHVGYVNQGNIIAGKDLFVENSIFHSQCKVRERVICHRGNIIGGILSVGKRIEAKDVGNRVGVKTEVMFGLDQKTEKEKKDLLDEKKKLEVTLSKLALLEKKLNGQQIENDSKLKITLLRYKHSLQKTKERLAEVNRLLNQLATNLGDEEDATLVVRNYLHANVVVAFGKYYRISNGNYQGVKVQLVDNEIVTSPLT				NA	NA	NA	NA	NA
AK148_00556	780	sigD	COG1191	RNA polymerase sigma-D factor	ATGAAAGCAACTTCATCTCCGCATGAGCAGAAGCTTTGGGATGATTGGCTTAATAACCATTGCATGGAAGCAGCAAATGAACTAATCGAAAATTATATGTATTTGGTTAACTTTCATGTGGAGAGAATCGCCAGCCATTTGCCAAATAATGTAATGAAAGATGATGTGAAAAGTTTTGGACTAATGGGTCTTTACGATGCATTAAAAAAGTTTGACCGCACTCGTCAACTAAAATTCGATACGTACGCTTCGTTTCGTATTAAAGGAGCGATTATTGATGGGCTTCGAAAAGAAGATTGGCTTCCCCGTTCTTTACGAGAAAAAACAAAAAAGATTGAGCACGTAACAAATCAATTAGAACAGCAATATCAAAGAATACCAAGTGTGGAAGAAATTGCAAAGCATACTGGTATGACGGTTAAAGAAGTGGAAACGGCGATGTACGATTCTTTATTTGCTAATATTCTTTCCATTGAAGAAAAGCCTACTGATCCGAAGCTAAAGCTTAAAGAAGGAATAGGTTATTCCATTCCAGATACTAAATCAGTCGCTCCAGAAAATCAAGTTGTACAAAATGAACTAAAAGAAGAACTAAAAGCTAGTATGAAAAAATTAAATGAGAATGAGCAATTAGTAATCAGCTTATTTTATCAAGAGGAATTAACATTAACTGAAATAGGAGAAGTGTTAGGGCTGACGACGTCTCGCATATCACAAATTCATAAAAAATCGATTACCAAGCTGAACACGATCTTAAAGAAACTGCAAGCTATATCTTAG	MKATSSPHEQKLWDDWLNNHCMEAANELIENYMYLVNFHVERIASHLPNNVMKDDVKSFGLMGLYDALKKFDRTRQLKFDTYASFRIKGAIIDGLRKEDWLPRSLREKTKKIEHVTNQLEQQYQRIPSVEEIAKHTGMTVKEVETAMYDSLFANILSIEEKPTDPKLKLKEGIGYSIPDTKSVAPENQVVQNELKEELKASMKKLNENEQLVISLFYQEELTLTEIGEVLGLTTSRISQIHKKSITKLNTILKKLQAIS	PGPT0015610_498	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0015610-fliA|sigD|whiG-K02405	NA	NA
AK148_00557	507	cheD	COG1871	Chemoreceptor glutamine deamidase CheD	ATGTCTAAGCTAATGTCTTCCTCTCATGTTGTAAAAGTTGGAATAGCAGATTTGAAGGTAACCAAAGCTCCTAATACGATTCGAACATCGGGGCTAGGTTCCTGTGTAGGTGTTGTTATCTATGATGAAAGAAAAAAAGTAGCTGGGCTAGCACACGTTCTATTACCAGATTCGAAATTAGCTAGACAAAACAATTTTAATCACTATAAATATGCCGATACAGCAATACCACTTTTGGTGGAGCAATTATCTAGTCTTGGGGCAAGAAGTAACCTATTAAAAGCTAAAGTAGCTGGAGGGGCACAAATGTTTCAATTCTCGTCGGGATCCGATATGATGCGAATTGGCCCACGAAATGTAGAATCTGTTTTGGAGAAACTGAAGCAACTTTCCATACCTGTTCTTGCATCTGATACAGGTGGTAACGCTGGACGGACGATAGAATTTGATCTACAGACAAGTCTTTTGAAAGTGCGAACGGTAAATAAAGGTGAAACATTTATTTAA	MSKLMSSSHVVKVGIADLKVTKAPNTIRTSGLGSCVGVVIYDERKKVAGLAHVLLPDSKLARQNNFNHYKYADTAIPLLVEQLSSLGARSNLLKAKVAGGAQMFQFSSGSDMMRIGPRNVESVLEKLKQLSIPVLASDTGGNAGRTIEFDLQTSLLKVRTVNKGETFI	PGPT0015665_1042	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015665-cheD-K03411	NA	NA
AK148_00558	627	cheC	COG1776	CheY-P phosphatase CheC	ATGGACCTAACAAAGTTAACGCAAATGCAAAAAGATGCGCTACGGGAAATAGGAAATATTGGTGCTGGAAATGCTGCAACATCCATGTCTAAATTAGTAAATCGAAAAATAGACATGGATGTGCCTACTGTAAACATTGTTAGTTTTGACGAGATGATGGAACGAATTGGCGGTCCGGAGTCTGTTGTTGTTGCCTTGTTGTTTCGCATTCAAGGAGATGCCCCTGGCACTGTATATTTCATCTTTTCTATGGAAGAGGCAGAAGCTCTAATTAAGGAAATTACGAATAACGATGCATTACGTTTAGATGTTAATGATGAGCTAGCCATTTCCGTCATTCAAGAAGCAGGTAACATCGTAACAGGTGCTTATTTATCAGCTTTAGGTGACTTTACCAATATTACGATGCATCCTTCTGTACCTTATTTAAGTATTGATATGGCTGGCGCAATATTGACCGTGGGACTACTTGAAGTGTCGCAAGTAGCAGACTACGCCTTAATTATTGATGCAAAAATCAGTTCATCTTATCAAGTAAGCCAAATTAAAGGAAATTTTTTATTTATTCCTGACCCTGATTCATTTTCCAAACTGTTTAAAGCATTAGGAGTTACGAACGATGTCTAA	MDLTKLTQMQKDALREIGNIGAGNAATSMSKLVNRKIDMDVPTVNIVSFDEMMERIGGPESVVVALLFRIQGDAPGTVYFIFSMEEAEALIKEITNNDALRLDVNDELAISVIQEAGNIVTGAYLSALGDFTNITMHPSVPYLSIDMAGAILTVGLLEVSQVADYALIIDAKISSSYQVSQIKGNFLFIPDPDSFSKLFKALGVTNDV	PGPT0015660_423	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015660-cheC-K03410	NA	NA
AK148_00559	471	cheW	COG0835	Chemotaxis protein CheW	ATGGAAAACAATATGTCTGGAAATAGAAAGGTCATTGTATTTCAACTTGGTGAGGAAGAATATGCGGTTTCTGTACAGCAGGTAAGCTCAATTGAAAGGTTAATGCCAATTACAAGAGTTCCTCAAACAGCTGATTTTGTAAAAGGGGTCATTAATTTAAGAGGAGTTGTAACTCCGGTTATTGACCTACGCTTACGTTTTGGGATGGAAGAAACACCTTACAGCGATTCAAATCGTATTATTATTGTTATTTTGGAAAATATGGAAGTTGGCTTAGTGGTAGACGCTGCTAATGATGTTATTGATATCCCAGAATCTGAAATAGAGCCTACTCCTGAAGTGATAGGAACCGTTGATACAAAATATATTGAAGGGGTAGCAAAGCTCGAAAACCGCCTACTTATTCTATTAAATATGCAAAAAGTATTAACAGAAGAAGAGATAGAAGAATTAAAGTCAGTGGAAGGGTAA	MENNMSGNRKVIVFQLGEEEYAVSVQQVSSIERLMPITRVPQTADFVKGVINLRGVVTPVIDLRLRFGMEETPYSDSNRIIIVILENMEVGLVVDAANDVIDIPESEIEPTPEVIGTVDTKYIEGVAKLENRLLILLNMQKVLTEEEIEELKSVEG	PGPT0015680_4041	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015680-cheW-K03408	NA	NA
AK148_00560	2013	cheA	COG0643	Chemotaxis protein CheA	TTGGATACTTCTGGATATTTAACTGTCTTTATAGATGAGAGCAACGAACATTTGGAAGTTTTGTATAACCAGTTACTAGCGCTAGAGAAAAACCCGCAAGAAAAGGCAATCATTGAAGAAATTTTCCGAGCAGCCCATACACTAAAAGGCATGTCAGCGACGATGGGGTACCAAGATTTAGCTAATCTTACGCATAAGTTAGAAAACGTTTTTGATGGCATCAAAGAAGGACGGCTAAACGTTCAATCAGAAATGATTGATATTTTGTTTTCTGCAGTTGATTATTTACATGAAATGGTAGAGGATGTTGCTTCCGGTGGTAGTGGGAGCAAAGACGTAACGGATATTGTTGAGCAATTGAAAAGTTTAGAGCAAGGAGACGTATTGCCTCAAGATAGTGTACCACTAAATACCTTAAAGCAAGCCAAAACAAATGGCACACAAATGAAAAATGTAGACGAGTTTGCGCTTACTATTCTACAAGAGTCAAAAGAGCGTGGATATACAAACTATGAAATTATTATTACCCTAAACCAAAATTGTTTATTAAAAGGCGCTCGTGTCTTTATGATATTTGAAGTTTTGGAAAAGCTTGGTGAAATCATTAAATCTGAGCCGTCTGTAACGGAATTGGAAGAAGAACAATTTGATCAGACGTTTACAGTATTATTTATCTCTGAATATAAAAAAGAAATAATACAAACGAATATTGAAAAGGTGTCGGAAATTGAATCAGTTCACATTGTTCCTTTTAACGTAGATCAGATTCAGGAAACGGAGCAAACGTTAGAAAAATCTGAAGAACAGCCGCAACCTAAAGATGGACAACAAGGCAAACAACGACATGCGAATGGAATAGCAAATAAAACCATTCGCGTAAATATTGATCGTTTAGACGTACTAATGAATTTATTTGAAGAATTAGTTGTTGACCGTGGGAGATTAGAGCAATTAGCTGCAGAATTAGATAATAAAGATTTGCAAGATACAGTTGAACATATGTCGCGTGTTTCGAATGATCTTCAGTCCATCATTTTGACGATGCGTATGGTGCCAATTGAACAAGTGTTTAATCGGTTTCCGCGGATGATACGACAGGTTGCTCGGGAGTTAAATAAACAAGTTGAAGTGGAAGTTATTGGCGCTGATACAGAATTAGATCGAACGGTAATTGATGAAATTGGTGACCCATTAGTTCATCTTATTCGTAATGCAATTGATCACGGTATTGAATCAAAAGAAGAAAGAATAAATAAAGGGAAGCCTGAGTATGGCACATTAAAGCTTGAGGCCTACCATAGTGGTAACCATGTGTTTATCGAAATCGTGGACGATGGTGCAGGCATTCACAAGGATAAAGTGATAAAGAAAGCAATTTCAAAAGGAGTTTTATCTGAATCACAAGCGGAACTTTTATCGGATCAGCAAGTATTTGAATTAATTATGTCCAGTGGTTTTTCAACTGCTGATCAAGTATCAGATATTTCTGGCCGAGGTGTTGGTTTAGATGTTGTAAAAAATACAATTGAATCTTTAGGTGGAAAAATAGCGATCGATTCTAAAGAGGGGCAAGGAACAGTCTTTTCTATTCAATTGCCACTTACATTATCCATTATTTCCGTACTTTTAATTGAGCTACAGAAAGAAAAATATGCCATCCCGCTGTCATCGATTATAGAGACAGCAATTGTCCATAAAGATGATGTTATGCATGCACATCATACAAAAGTAATTGATTTTCGTGGCAAAGTGGTGCCATTAGCATTTTTAAATGACATATTTAGCGTGCAGCAAATGATAGAAGCAGATAAAGATTCATACTTATCCATTGTCATTGTCAAGAAAGGTAATAAAATGGTAGGACTTGTCGTAGATTCATTTATTGGTCAACAGGAAGTCGTCTTAAAATCGCTAGGCAATTATTTAACCAACACATTCGCTATTTCTGGGGCTACCATCCTCGGTGATGGAGAAGTAGCCTTGATTATTGATAGTAATGCGCTAGTAAAATAA	MDTSGYLTVFIDESNEHLEVLYNQLLALEKNPQEKAIIEEIFRAAHTLKGMSATMGYQDLANLTHKLENVFDGIKEGRLNVQSEMIDILFSAVDYLHEMVEDVASGGSGSKDVTDIVEQLKSLEQGDVLPQDSVPLNTLKQAKTNGTQMKNVDEFALTILQESKERGYTNYEIIITLNQNCLLKGARVFMIFEVLEKLGEIIKSEPSVTELEEEQFDQTFTVLFISEYKKEIIQTNIEKVSEIESVHIVPFNVDQIQETEQTLEKSEEQPQPKDGQQGKQRHANGIANKTIRVNIDRLDVLMNLFEELVVDRGRLEQLAAELDNKDLQDTVEHMSRVSNDLQSIILTMRMVPIEQVFNRFPRMIRQVARELNKQVEVEVIGADTELDRTVIDEIGDPLVHLIRNAIDHGIESKEERINKGKPEYGTLKLEAYHSGNHVFIEIVDDGAGIHKDKVIKKAISKGVLSESQAELLSDQQVFELIMSSGFSTADQVSDISGRGVGLDVVKNTIESLGGKIAIDSKEGQGTVFSIQLPLTLSIISVLLIELQKEKYAIPLSSIIETAIVHKDDVMHAHHTKVIDFRGKVVPLAFLNDIFSVQQMIEADKDSYLSIVIVKKGNKMVGLVVDSFIGQQEVVLKSLGNYLTNTFAISGATILGDGEVALIIDSNALVK	PGPT0015645_3766	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015645-cheA|wspE-K03407	NA	NA
AK148_00561	1047	cheB_2	COG2201	Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGAATATAATTCGAGTCCTTGTCATCGATGATTCAGCTTTTATGCGTAAAATTCTTACAGATATGCTATCGAGTGATCCAGCGATAGAGGTTGTTGCTACAGCTCGAAATGGCGAAGATGGACTACATAAAATAAACCAATTTTCACCTGATGTTATTACGCTAGACGTACAAATGCCAGTAATGGACGGAATAACGACTTTGAAGAACATTATGCAAACAAATCCAATACCTGTTGTTATGTTGTCCAGTGTGACAGAGGATGCAACGATTAAAACCATTCAAGCTATTTCAAGCGGAGCGGTAGATTTTATTGCTAAGCCTTCTGGTGCTATTTCGATTGATATTGAGACTATGAAACAAGAAATCATACGTAAAGTGATAACTGCTGCCTCGGTTAAATTGCCAAGTCAGCAAGAAGAGAGGATTAGGCAAAATATAATCGAAAATCCTGTAAATGAGTTAGCGCCTTACAAGCAAACAATCGTAGTCATTGGGGCTTCAACAGGTGGTCCTAGAGCACTTCAGCATATTATTGAACAATTACCAAAGGATTTGGCAGCTGCTGTGTTAATTATTCAGCATATGCCAGCCGGATTTACAAAATCGCTAGCTGAGCGACTGAATTCTAAATCTGACATAGCGGTGAAGGAAGCGGCACATGGTGAGAGATTACGACGGGGTGTTGTATATATCGCGCCAGGTGGATGGCATATGAAAGTTAAACAGATGGGTTCTTCCGTTTTTATCGATTTAACAGATGAAGAACCTTTACGTGGCCATAGGCCATCTGTAGATATGCTTTTTACATCCCTCGCGCCACTTAAAGAAGTTAACAAGATGGCAGTGATTTTAACAGGGATGGGAAATGACGGGGCAAATGGAATTAAAAGCTTAAAAAAACATGATAAACACACATACATTATTGCAGAATCAGAGGAAACTGCAATTGTATATGGAATGCCAAAAGCGGCAATGGCTACCAATTTGGTTAATAAGCAAGCACCATTGCATGCAGTAAGTAGGTTAATAACTCAATTAATTTAG	MNIIRVLVIDDSAFMRKILTDMLSSDPAIEVVATARNGEDGLHKINQFSPDVITLDVQMPVMDGITTLKNIMQTNPIPVVMLSSVTEDATIKTIQAISSGAVDFIAKPSGAISIDIETMKQEIIRKVITAASVKLPSQQEERIRQNIIENPVNELAPYKQTIVVIGASTGGPRALQHIIEQLPKDLAAAVLIIQHMPAGFTKSLAERLNSKSDIAVKEAAHGERLRRGVVYIAPGGWHMKVKQMGSSVFIDLTDEEPLRGHRPSVDMLFTSLAPLKEVNKMAVILTGMGNDGANGIKSLKKHDKHTYIIAESEETAIVYGMPKAAMATNLVNKQAPLHAVSRLITQLI	PGPT0015650_3030	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015650-cheB|chpB|wspF-K03412	NA	NA
AK148_00562	873	ylxH	COG0455	Flagellum site-determining protein YlxH	ATGAAAATTGATCAAGCAACAGGACTTAGAAACAGATTGGAAACGATGCGAGAGAGTAAACAAGCGAAAACAATTGCGGTTATTAGTGGTAAGGGAGGAGTAGGAAAGTCTAATATCACTTTAAATTTTGCTTTAAGCTTACTGCGACATGGAAAAAAGATTCTAATCATGGATATGGATATAGGTATGGGAAACATTGATATCTTGCTTGGTAGACAGATTGAAAGAACAATTGTTGATATGTTTCAGCGTAGACTTCCTATTCAGTCCATTATTGAACAAGGTCCAGAAAACTTACATTATATTGCTGCAGGATCAGGGTTTTCAGATATTTATGCGATGGATACGAAGACGAAGGAGTTTTTCTTTCAGCAATATCAATCTTTGCTTATGCATTATGATTATATATTTTTTGATATGGGGGCAGGAATCACCAATGACAGCTTATCATTCATTTTAGCTGCAGAAGAATGCCTTCTTGTGACTACTCCTGAACCCACGGCTATAACAGATGGGTATAGCATGATTAAGCATATCGCAAGTCACAACAATATGTTGCCTATTCGAGCCATTATGAATCGTGCGCAATCCAATATGCAAGGCCATAATATGCTTGTTCGTTTTCAAAAGGTCATACAACAATTCTTACAAATAAATATTCATATATTAGGCTCTTTACCTGAAGATCAAACTGTCAGAGCCGCTGTTATTCACCAAACACCGTTTATTATTTTTCAAGAAAAGTCAGCAATTAGTAAAGCAACCAAGAAATTAGTACGAACTTACTTGAATGAAGTAGATGAATATAAAGCGGAAAAAGGAAATAGTTCTAGTTTCTTACAAAAATTAAAACGATTATGGACGGAGAGGTAA	MKIDQATGLRNRLETMRESKQAKTIAVISGKGGVGKSNITLNFALSLLRHGKKILIMDMDIGMGNIDILLGRQIERTIVDMFQRRLPIQSIIEQGPENLHYIAAGSGFSDIYAMDTKTKEFFFQQYQSLLMHYDYIFFDMGAGITNDSLSFILAAEECLLVTTPEPTAITDGYSMIKHIASHNNMLPIRAIMNRAQSNMQGHNMLVRFQKVIQQFLQINIHILGSLPEDQTVRAAVIHQTPFIIFQEKSAISKATKKLVRTYLNEVDEYKAEKGNSSSFLQKLKRLWTER	PGPT0015555_778	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_REGULATION,PGPT0015555-flhG-K04562	NA	NA
AK148_00563	1119	flhF	COG1419	Flagellar biosynthesis protein FlhF	GTGAAAGTAAAAAAATATACGGCAGGATCAATGCCTGAGGCCATGAAACAAATACGAAAAGAACTGGGAGCAGAAGCTGTTATCCTTCAATCGAGGCAAGTGAATAAGCGCAAATTTTTAGGCTTGTTTAAAAAACCACAAATAGAAGTGGTAGCTGTTAAAGACCCACAGCCAATAGCGCCTAAAAAACAGGTATCACAGAAGCAAGAAATGAGGATAAAAGAAAGAAAGGATAATACAAATACAAATATTGTTTCTCCTGAACTACAGGAACTAAGGCAAGTTAAAAAGTTATTGCACCAATCCGCTATTCATACATTGACTTATCCTTTTGATTATCAATCTGCTTATCATTATTTATTAGAGCAAGAAGTTAACCAACCACTTGCTAAAAGTTTAATAGAATCAGTAATGGAAAAATATAGCGCTAAGTCACAGCCCACCTATCAAGAAATAGTAAAAAAGGTGGAAGAGGAAATAATGGAACGACTGCAAGCAGTTCCATTTCAAGGTTTAACCTATAATCAAAAGCTTGTCTATTTTGTTGGACCGACGGGAGTGGGAAAAACTACTACAATTGCTAAACTGGCAGCTGAAAGCAAATTAAAAGATGGGAAAAATGTTGCCTTTATAACGGCAGATACGTATCGAATTGCAGCTGTTGAACAATTAAAAACATATGCTGATATTTTATCCGTTCCTATTGAAGTTGTTTATTCGAACGATGATATGGTAAAAGCCATTCACAAATTATCAACATATGACATTATATTTATCGATACAGCAGGAAGAAATTTTCGGGAAGATGCTTATATTAAACAACTTCAAGAGGATGTATTGATAAATAAAGAGGCTACTATGTTTTTAGTTTTATCGTTAACAGCTAAATCTCAAGACTTATTGAACATTTATGATCAATTTGAGCCCTTACCTATTTCTCAAGTGATTTTTACAAAATTAGATGAAACAAGACAAGTTGGTGGCATGTTAAATATAATCTTTAAAAAATCAATTGGCGTCGGTTATATAACAAATGGGCAAGATGTTCCTGATGACTTAGTACACCCAACACCTGAGTTTTTGTCATCTAGCATAATGGAGCTTGCTTATGAAAATTGA	MKVKKYTAGSMPEAMKQIRKELGAEAVILQSRQVNKRKFLGLFKKPQIEVVAVKDPQPIAPKKQVSQKQEMRIKERKDNTNTNIVSPELQELRQVKKLLHQSAIHTLTYPFDYQSAYHYLLEQEVNQPLAKSLIESVMEKYSAKSQPTYQEIVKKVEEEIMERLQAVPFQGLTYNQKLVYFVGPTGVGKTTTIAKLAAESKLKDGKNVAFITADTYRIAAVEQLKTYADILSVPIEVVYSNDDMVKAIHKLSTYDIIFIDTAGRNFREDAYIKQLQEDVLINKEATMFLVLSLTAKSQDLLNIYDQFEPLPISQVIFTKLDETRQVGGMLNIIFKKSIGVGYITNGQDVPDDLVHPTPEFLSSSIMELAYEN	PGPT0015550_1460	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_REGULATION,PGPT0015550-flhF-K02404	NA	NA
AK148_00564	2034	flhA	COG1298	Flagellar biosynthesis protein FlhA	ATGAAAGCAAGAGATCTATCTGTTCTTTTAGGCGTTATTTTAATCATTATTATGCTCATTGTACCACTACCAGGATGGTTGTTAAGTATTTTGATACTTTGTAATATCTCCCTAGCGTTAATTGTTATTTTAGTATCTATGAATACGCAGGAAGCGTTGCAATTTTCCGTGTTTCCAACTCTGTTATTACTATTGACGCTATTTCGTCTTGGATTAAACGTTTCAACAACTAGATCCATATTATCCGAAGCGGATGCAGGTGGTGTTGTAGCCACATTCGGATCATTTGTTATTGGGGGGAATCCGTTAGTTGGATTTGTCGTCTTTGTCATTTTAGTTATCATTCAATTTCTCGTTATTACGAAAGGGTCTGAACGTGTATCGGAAGTAGCTGCGCGCTTTACATTAGATGCGATGCCTGGAAAACAGATGAGTATAGATGCTGATTTAAATGCTGGCTTAATTTCAGAACAACAGGCAAAAGAGCGGCGAGAAAAAATTGAAAAAGAAGCGGATTTTCACGGCTCCATGGATGGTGCAAGTAAATTTGTTAAAGGTGATGCCATTGCAGGTATTATTATCGTTTTAATTAATATTATTTTTGGTTTAATTATTGGCATGGTACAAATGGATCTGTCTTTTCAAGAAGCGATTAATACATTTATGCGCTTAACAGTAGGAGATGGGTTAGTCAGCCAAATTCCAGCTTTGCTTATTTCTACAGCTACTGGAATTGTTGTAACCAGAACAGCAGGGAATGGAAATTTGGGTACAGATGTATCCGGTCAATTATTGCAATATCCAAAGCTATTATTTATTGCGAGTGGTACTGTGTTTTTACTTGGTTTCACACCGATAAATTTTTTCTTGACGACAATTTTGGCGGCATTATTAGCATTAAGTGGTTATCTATTACTTAAACAAACTGAAGATATCATAGAACCTAGCGATGAAGAGGTTGATGAAACAGAGAGTGACGTAATGAAAGCTCCTGAAAATGTTGTGCAATTAATTAATATGGATCCAATAGAATTTGAGTTTGGCTATTCGCTTATTCCTATAGCTGATACGAATCAGGGGGGGGATTTACTAGATCGGATTGTTATGATTCGTAGGCAACTGGCAGTTGAACTCGGTATTGTTATTCCAGTTGTTCGCATTCGTGACAACATACAGCTACAGCCTAATGAGTACCGTTTAAAAATAAAAGGTGAAGAGGTTGCCTCTGGAGAGTTATTACTCGATCATTACTTGGCAATGGCACCAGATATGGATGAAGATGATATTGAAGGTGTGGAAACGACAGAACCAGCTTTCGGATTACCAGCAAAATGGGTTAGTGAGGAATGGAAAGATGAAGCAGAACTTTCTGGATATACAGTAGTGGATCCCCCTTCTGTTGTATCCACTCATTTAACAGAAGTAATTAAACGTCATGCACATATGCTGCTAGGCAGAGAAGAAACAAAACAATTAGTTGATCATCTCAAAGAAAGTTACCCTACTTTAGTTGAAGAAGTCACTCCCGAGCCACTATCTGTGGGGGATATACAAAAAGTGCTAGCTAAATTATTGAGGGAAAAGGTATCTATTCGTAATTTGCCAATCATATTTGAAACATTAGCAGATTTTGGAAAATTAACCAACGATACGGATTTGCTAACGGAGTACGTTCGTCAAGCACTATCCAGCCAGATTACAAAGCAATATACGGATAAAGATCGTTCATTGAAAGTCGTGACACTCTCAGCTAGAGCAGAACAGGCAATTGCCGAAAGCATTCAACAAACGGAGCATGGAAGCTTCTTATCAATGGATCCTGAAATGCAGCAACAATTACTAGAGCATATGAAAGAAGAAGTGGAAAAGTTAACACTTCAAGAAGAAACAGCGATATTACTATGCTCACCGGCTGTAAGGATGTATGTAAAACAATTATTGGATCGTTTTTTACCACAAGTTGCTGTCTTATCTTATAACGAGTTAGAGCCAGACGTACAAGTACAAAGTGTTGGGGTGGTGAATATAGCGTGA	MKARDLSVLLGVILIIIMLIVPLPGWLLSILILCNISLALIVILVSMNTQEALQFSVFPTLLLLLTLFRLGLNVSTTRSILSEADAGGVVATFGSFVIGGNPLVGFVVFVILVIIQFLVITKGSERVSEVAARFTLDAMPGKQMSIDADLNAGLISEQQAKERREKIEKEADFHGSMDGASKFVKGDAIAGIIIVLINIIFGLIIGMVQMDLSFQEAINTFMRLTVGDGLVSQIPALLISTATGIVVTRTAGNGNLGTDVSGQLLQYPKLLFIASGTVFLLGFTPINFFLTTILAALLALSGYLLLKQTEDIIEPSDEEVDETESDVMKAPENVVQLINMDPIEFEFGYSLIPIADTNQGGDLLDRIVMIRRQLAVELGIVIPVVRIRDNIQLQPNEYRLKIKGEEVASGELLLDHYLAMAPDMDEDDIEGVETTEPAFGLPAKWVSEEWKDEAELSGYTVVDPPSVVSTHLTEVIKRHAHMLLGREETKQLVDHLKESYPTLVEEVTPEPLSVGDIQKVLAKLLREKVSIRNLPIIFETLADFGKLTNDTDLLTEYVRQALSSQITKQYTDKDRSLKVVTLSARAEQAIAESIQQTEHGSFLSMDPEMQQQLLEHMKEEVEKLTLQEETAILLCSPAVRMYVKQLLDRFLPQVAVLSYNELEPDVQVQSVGVVNIA	PGPT0015320_2630	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015320-flhA|lfhA|fhiA|rhcV-K02400	NA	NA
AK148_00565	1080	flhB_1	COG1377	Flagellar biosynthetic protein FlhB	TTGTCATTAAAGCTGGACTTACAATATTTTGCTGGTGAAAAGACGGAAAAAGCTACCCCGAAAAAACGTCAAGATGAAAGAAAAAAAGGAAAAGTTGCTAAGAGTCAAGATGTTAATACAGCTATATTGCTGTTATTTGCGCTCATCGTTCTTTATGTCTTTGGAAGTTCCATGAAAAATCAAATGACATCTTTATATGAGCATACATTTACAGAGTTTATTCATTGGCAAGTAACGGAAACTACTGTGGCACAAGTTTTCAATGGAGCTACACTGGAAGTAGCAAAGATGTTAGCGCCGATTATGATCATTGTAATTATCGGCGCACTGGCTGCAAATTTTTTGCAAATTGGCTTTCTATTTACAACAGAGCCACTGAAGTTTGATTTAAAAAAGATTGACCCTATTCAAGGGGCAAAGCGAATTTTTTCTTTACGAGCGATTGTGGAATTACTTAAATCACTATTAAAAATTGTTAGTATTGGTACAGTAACTTTTACTGTGATTTGGATTTATAAAGATGAAATGATGATGATGGCGTTTAAAAATGCGGATACAGCACTTGGATTCTTTGGGCAAGTCACGATTGTTATGGGAATTATCGCTGTTATTGTTCTCGTGTTTTTAGCTGTATTCGATTATGCATATCAACGCTATGATTATGAAAAAAATATGAAAATGTCAAAACAAGATGTAAAAGATGAATTTAAAAACGTGGAAGGCGACCCACTTATTAAATCAAAAATAAAAGAGCGTCAAAGGCAAATGGCTACAAGAAGAATGATGAGTGAAGTTCCAAATGCAGATGTCATTATTACAAATCCAACGCATGTAGCCATTGCGATTAAATACGATGAAGGAAAAGCTGCTGCCCCGTACATATTGGCTAAGGGTGTGGATGAGGTAGCGCTAAGAATTAAACAGGTAGCTAAGGAAAATAGCGTGATGACTGTTGAAAATAAGCCGCTTGCTCGTTCATTATATCGTGTTGTAGATATCGGCGACGTTATACCAGAATCGTTTTTTCAGGCGGTTGCAGAAATATTGGCGTACGTATATAAATTAGAGAGAAAAGTTTAA	MSLKLDLQYFAGEKTEKATPKKRQDERKKGKVAKSQDVNTAILLLFALIVLYVFGSSMKNQMTSLYEHTFTEFIHWQVTETTVAQVFNGATLEVAKMLAPIMIIVIIGALAANFLQIGFLFTTEPLKFDLKKIDPIQGAKRIFSLRAIVELLKSLLKIVSIGTVTFTVIWIYKDEMMMMAFKNADTALGFFGQVTIVMGIIAVIVLVFLAVFDYAYQRYDYEKNMKMSKQDVKDEFKNVEGDPLIKSKIKERQRQMATRRMMSEVPNADVIITNPTHVAIAIKYDEGKAAAPYILAKGVDEVALRIKQVAKENSVMTVENKPLARSLYRVVDIGDVIPESFFQAVAEILAYVYKLERKV	PGPT0015325_2012	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015325-flhB-K02401	NA	NA
AK148_00566	780	fliR	COG1684	Flagellar biosynthetic protein FliR	ATGTTAGATGTTATTGATATAAATCGTTTACCTGTATTTTTACTAATTTTAGTACGTGTAGTGGCGTTTTTTGCTACGATGCCATTATTTTCTTATCGAACAATTCCAAGACCGTTTAAATTAGGGTTAAGCTTTTTTCTTGCCTTCTTAATGTTTTACGCGGTTGATGCTCCTGCGATAGCAATAGATGGCCATTATTTTTTACTTCTCTTAAAGGAAGCTGTAGTTGGTTTGTTTATAGGTTTGATCGCATATATCATTTTGTCAGCAGTGCAAATTGCTGGTGGTTTTATTGATTTTCAAATGGGGTTTGCCATTGCCAATGTTATTGATCCACAAACGGGAGCACAAAGCCCGCTAACTGGTCAATATTTTTATATTTTTGCTTTACTATTTCTACTATCGGTAAATGGACACCATATCTTAATAGATGGAATGGTAAATAGCTATCAATTTATCCCATTAGAACAATATGTCCCATTTCAAAATGAATCCATTGTTCACTATGTTATCGAAAGTTTTAACGCTATGTTTCTCATTGCTTTTCAAATTGCGATTCCAATCGTAGGCTGTCTTTTCCTAGTAGATGTAGCGTTAGGAATTATTGCTCGAACCGTTCCGCAATTAAATGTGTTTGTTGTTGGCTTACCATTAAAAATACTAGTTAGTTTTATCGTATTATTAGTTTTTATGAGTTTATATGTCGTGTTAGCAAAAGATCTTTTTGAAATTTTATTTGCTACGATACGCAGTTTGCTACATTTATTCGGGGGTGGATAA	MLDVIDINRLPVFLLILVRVVAFFATMPLFSYRTIPRPFKLGLSFFLAFLMFYAVDAPAIAIDGHYFLLLLKEAVVGLFIGLIAYIILSAVQIAGGFIDFQMGFAIANVIDPQTGAQSPLTGQYFYIFALLFLLSVNGHHILIDGMVNSYQFIPLEQYVPFQNESIVHYVIESFNAMFLIAFQIAIPIVGCLFLVDVALGIIARTVPQLNVFVVGLPLKILVSFIVLLVFMSLYVVLAKDLFEILFATIRSLLHLFGGG	PGPT0015360_1279	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015360-fliR|lfiR-K02421	NA	NA
AK148_00567	270			hypothetical protein	ATGAGCAGTGAATTCGTTTTAACGCTAGCAGAAAAAGGCGTGTTTACCATCTTACTAGTAACTGGCCCACTACTTCTACTTGCGCTAGTTGTTGGACTGCTTGTCAGTATTTTTCAAGCAACAACACAAATACAGGAGCAAACGTTAGCATTTATTCCTAAGATTGTTGCTGTATTGGTAGGATTAGTTTTCTTTGGGCCTTGGATGTTAACACAAATGATTGAGTTCACTTCGAATCTATTTCAAAATATGAATCAGTTTGTAGGATAA	MSSEFVLTLAEKGVFTILLVTGPLLLLALVVGLLVSIFQATTQIQEQTLAFIPKIVAVLVGLVFFGPWMLTQMIEFTSNLFQNMNQFVG	PGPT0015355_404	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015355-fliQ|lfiQ-K02420	NA	NA
AK148_00568	666	fliP	COG1338	Flagellar biosynthetic protein FliP	ATGAATGAATTTATTGATATGTTCTCGAGTTCTGATCCTGAAAATGTGTCCACTTCCATAAAGTTAGTTTTATTATTAACAGTTCTAACATTGGCGCCAAGTATTTTAATTTTAATGACGAGTTTTACAAGAATTGTTATTGTACTGTCGTTTGTTCGAACATCATTAGCAACACAGCAAATGCCACCAAATCAAGTACTCATTGGTCTTGCACTGTTCCTTACTTTTTTCATTATGGCACCTGTATTTAATGAGGTATATGATAATGCATTGCAGCCATTGTTCGATGAGGAAATCACATTAGATGAAGCATACGATGAAGCAAGTACACCAATTAAGCAATTTATGGCTGAACATACGCGGCAAAAAGATTTAGCCTTATTTATGAATTACGCTGAACTAGAGCGCCCAAATGCTGTTGAGGAAATACCGTTAACAACCTTAGTTCCCGCATTTGCTATAAGCGAATTAAAAACAGCTTTTCAAATGGGGTTTATGATTTTTGTTCCCTTTCTTATTATAGATATGGCTGTTGCCAGTGTATTGATGTCCATGGGGATGATGATGCTTCCTCCCGTTATGATTTCATTGCCATTTAAAATATTACTATTTGTGCTGGTAGACGGTTGGTACTTAATTACGCATTCATTACTGGACAGCTTTTAA	MNEFIDMFSSSDPENVSTSIKLVLLLTVLTLAPSILILMTSFTRIVIVLSFVRTSLATQQMPPNQVLIGLALFLTFFIMAPVFNEVYDNALQPLFDEEITLDEAYDEASTPIKQFMAEHTRQKDLALFMNYAELERPNAVEEIPLTTLVPAFAISELKTAFQMGFMIFVPFLIIDMAVASVLMSMGMMMLPPVMISLPFKILLFVLVDGWYLITHSLLDSF	PGPT0015350_2588	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015350-fliP|rhcR-K02419	NA	NA
AK148_00569	660			hypothetical protein	GTGAAGAAATTAACGGTTATATTTAGTTTGTTGAGCCTGTTTCTATTTCTGATTGTAACAGAATTAGATGTAGCAGCTGCTCCTAAATCTGTTAATGATTGTATCAACGACGAAGCAGACTGTGAATCAACAGAAACAAATGGAGCAGAGAAGGAAAATAATGAAGATAAGACGGCATTGTTGGATAAAGACACAGATGCAGACCCACTATGGCTAAGCTTTGTGAAGTTAATCATTGCTTTATTGCTTGTTCTCGGTTTAATTTATCTCCTGCTTCTGTTTCTGAAACGAAAAAATGCGTTATTTAACCAGGCGAAAGCATTAGAGAACATCGCAGGTATATCTGTAGGGCAGAATAAATCATTGCAAATCGTTCGCTTAGGGAAAAAGTATTATTTAATCGGTGTAGGCGATAATGTTGAGTTGCTTCAGGAAATAACGGATGAGTCTGTTATTGATGATTTACGAAAGGAGGGTGTAGCTTATGAAACAGCTACTCTTCCAAAGTTTTTACAAAAATTTAATCATGGATCAAAAAATATGAAAATAAATGACCAAACGAATTTCAAACGGCAATTTACAAGGGAATTGGACAAGTTAAAGCAAAATCGCAACCAATTAATACAGCAGTTTGCACAGAAGGAAGATCGTAATGAATGA	MKKLTVIFSLLSLFLFLIVTELDVAAAPKSVNDCINDEADCESTETNGAEKENNEDKTALLDKDTDADPLWLSFVKLIIALLLVLGLIYLLLLFLKRKNALFNQAKALENIAGISVGQNKSLQIVRLGKKYYLIGVGDNVELLQEITDESVIDDLRKEGVAYETATLPKFLQKFNHGSKNMKINDQTNFKRQFTRELDKLKQNRNQLIQQFAQKEDRNE	PGPT0015345_276	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015345-fliOZ-K02418	NA	NA
AK148_00570	363	cheY_2	COG0784	Chemotaxis protein CheY	ATGGGCAATCGTATTTTGATAGTAGATGACGCAGCATTTATGCGAATGATGATTAAGGATATTCTAACTAAAAATGGGTTTGAAGTTGTTGGCGAAGCACAAGATGGTGTACAAGCTGTTGAAAAATATAATGAATTAAATCCAGATTTAGTAACGATGGATATTACAATGCCAGAAAAAGATGGAGTTACAGCATTAAAAGAAATATTAGCTGCTGATGCACAAGCAAAAATCATCATGTGTTCTGCAATGGGGCAACAAGCAATGGTGATTGATGCTATTCAAGCAGGAGCAAAGGATTTTATTGTAAAACCGTTCCAAGCGGATCGCGTTATTGAAGCAATTCAGAAAGCTTTAAGCTAA	MGNRILIVDDAAFMRMMIKDILTKNGFEVVGEAQDGVQAVEKYNELNPDLVTMDITMPEKDGVTALKEILAADAQAKIIMCSAMGQQAMVIDAIQAGAKDFIVKPFQADRVIEAIQKALS	PGPT0015690_5184	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015690-cheY|yneI-K03413	NA	NA
AK148_00571	1146			hypothetical protein	ATGGGGAATGACGGTAAGCTATCTCAAGATGAAATTGATGCACTATTAGATGTAAGTTCTACAGAGGATGATGATAACTCTAGCTCCATTACGAATGATTTCTTATCTACAATGGAAATTGATACATTAGGAGAGATTGGCAACATATCCTTTGGTAGCTCTGCTACAACTTTATCTACATTATTAAACGAAAAAGTTGAAATTACGACACCTGAAGTTTCTGTCATAGCTCAGGAGGAGTTGAAAAATTTCACCTTTGAACCAGTAAGTGTCCAAGTAAACTATTTAGAAGGATTTTCCGGGAAGAATGTATTTGTTATAAAAGCAGAAGATGCAGCTATTATATCCGATATTATGCTAGGAGGAGATGGCAGAAACCCATCAGAAGAATTAAATGAAATTCATTTAAGTGCTGTGCAGGAAGCAATGAATCAGATGATGGGTGCTGCTGCTACAAGCATGTCTACAGTATTCAATAAACGTGTAGACATCTCTCCACCGACGATCCATTTAGAAGATCCAGAAAAAGAATCTGAAAAGACTTTAGGAGACGATCCTTTTGTTAAAGTAACTTTCCAATTAAAAGTTGGTGATCTCATTGATTCGACACTCTTTCAATTAATGCCAATTCAATTTGGGAAAGAATTAGTAAACCAATTAGTTTCTAGCGAATCGAGCGAAGAAGAAATAGCATCAACCGTTATAGAAGAACAACCAACGAGCCATAAAGAATATAATGAGAATTACTCAGAACCCGAAAAGAACCACTCTTATGCTAAGGATACAAAACAATTTATAGGGCATCATCACCTAGCAACAGAGCAATCTAATGTGCAACAAGCAGAATTTTCATCATTTGAGCCCGTGACTTTAAACCAAACTGAACAACGTAATTTAGATATGCTGTTGGATGTTCCGTTAAAAGTAACGGTGGAACTTGGTAGAACGAAGCGCACGATTAAGGATATCTTAGATTTATCACAAGGTTCTATTGTAGAGTTAGATAAATTAGCAGGTGAACCGGTAGATATTCTAGTAAATGAAAAACGGATTGCAACGGGAGAAGTAGTTGTCATTGATGAAAATTTTGGCGTTCGCGTAACGGACATTTTAAGCCAATCCGATCGTTTAAACAAACTAAAATAA	MGNDGKLSQDEIDALLDVSSTEDDDNSSSITNDFLSTMEIDTLGEIGNISFGSSATTLSTLLNEKVEITTPEVSVIAQEELKNFTFEPVSVQVNYLEGFSGKNVFVIKAEDAAIISDIMLGGDGRNPSEELNEIHLSAVQEAMNQMMGAAATSMSTVFNKRVDISPPTIHLEDPEKESEKTLGDDPFVKVTFQLKVGDLIDSTLFQLMPIQFGKELVNQLVSSESSEEEIASTVIEEQPTSHKEYNENYSEPEKNHSYAKDTKQFIGHHHLATEQSNVQQAEFSSFEPVTLNQTEQRNLDMLLDVPLKVTVELGRTKRTIKDILDLSQGSIVELDKLAGEPVDILVNEKRIATGEVVVIDENFGVRVTDILSQSDRLNKLK	PGPT0015410_366	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015410-fliN|lfiN|fliNY|cheC|cheD-K02417	NA	NA
AK148_00572	999	fliM	COG1868	Flagellar motor switch protein FliM	TTGGTAGAAGAAGTTCTTTCACAGAATGAAATTGATGCATTATTATCCGCTATATCTTCTGGTGAAATGGATGCGGACGAATTAAAAAAAGAAGATCAAGAAAAGAAAGTGCGTGTCTATGATTTTAAACGTGCATTGCGATTCTCTAAGGATCAAATTCGTAGTATTTCACGGATACATGAAAATTACGCGCGTTTATTAACCACTTTTTTCTCAGCTAAATTACGAACATATGTAAACATCTCGGTTGCATCTGTGGATCAAATACCTTATGAAGAGTTTATTCGTTCTGTACCTAAGATGACGATTTTAAATACATATAGTCTGAAGCCGCTAGAAGGTAGAATTGTAATGGAAATTAATCCAAACATTGCTTATGCAATGCTTGATAGAACTTTAGGTGGGCAAGGCGTTAGTTTTAATAAAGTCGAAAATTTAACCGAAATTGAAACACTTCTAATGTCACAGTTGTTTGAAAAGGCGAGTACGAAGCTCCAAGAAGCTTGGGCTTCCATTGTAGACATTGATCCTGTTATGGAAGACTTTGAAGTAAATCCACAATTTTTACAAATGGTTTCACCCAATGAAACCGTCGTGGTTGTATCGCTAAATACTGCAATAGGAGAAGCAAGCGGCATGATTAATATTTGTATTCCGCATATTGTATTAGAACCAATTATATCTAAGTTGTCCGTTCATTACTGGATGCAAACGGCTGGAAAAAAACGTAATGATGAAGCATATGAAAAAATAACTAAAAATATCCAGCAAGCAACTGTTGAAGTAAAACCAGTCTTAGGTGAATCAACGATCACCATTGAACAGTTTTTGAAATTAGGCAAAAAAGATATTATTAGACTCGATCAATCCATTGAAAGCCCACTAATATTAGAGGTAAATGATGAGCCGAAATTTCTTGTACAACCAGGTACATATAAAAATAGAATGTCCGTCCAAATATTAGATACTTTTAAAGGGGGGAATGAAGATGGGGAATGA	MVEEVLSQNEIDALLSAISSGEMDADELKKEDQEKKVRVYDFKRALRFSKDQIRSISRIHENYARLLTTFFSAKLRTYVNISVASVDQIPYEEFIRSVPKMTILNTYSLKPLEGRIVMEINPNIAYAMLDRTLGGQGVSFNKVENLTEIETLLMSQLFEKASTKLQEAWASIVDIDPVMEDFEVNPQFLQMVSPNETVVVVSLNTAIGEASGMINICIPHIVLEPIISKLSVHYWMQTAGKKRNDEAYEKITKNIQQATVEVKPVLGESTITIEQFLKLGKKDIIRLDQSIESPLILEVNDEPKFLVQPGTYKNRMSVQILDTFKGGNEDGE	PGPT0015405_1419	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_C-RING,PGPT0015405-fliM-K02416	NA	NA
AK148_00573	420			hypothetical protein	ATGAATAAACTAGTAAAAACGATGCTAACGTCATTAACTGTCATACTGATTATAGGGATTTCCGCTTTCGTCGTTGTCCAATATGTTAACTCAGATGAGCAAAGTGGAAAAACATCATCCATTGATAAAATGGAAGAATATTCATACGAAACACCTGAAATTACAACAGACCTCAAAGATGGTAGTTTTGTAAGAATACAGTTTCAAATTATTACCGATGGAAAAGATGCAAAAAAAGAAATCGAGAAACGAGACTTTCAAATAAAAAATATTCTTATCAAAGAATTAGCTACTTTAGAAGAAAAAGATTTCCAATCGGGGCTTGATGATTTAGAAAAACACGTAAAAACAAAACTGAATGAAGTCATGACTACAGGGAAGATAACGGATGTTTATACAATTAGTAAGATTTTACAATAA	MNKLVKTMLTSLTVILIIGISAFVVVQYVNSDEQSGKTSSIDKMEEYSYETPEITTDLKDGSFVRIQFQIITDGKDAKKEIEKRDFQIKNILIKELATLEEKDFQSGLDDLEKHVKTKLNEVMTTGKITDVYTISKILQ	PGPT0015525_2634	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015525-fliL-K02415	NA	NA
AK148_00574	792	flgG_1	COG4786	Flagellar basal-body rod protein FlgG	ATGTTACGTTCTATGTATGCAGGAATTTCTGGCATGAAAGGATTTCAAACAAAGTTAGATGTTATTGGGAACAATATTGCAAACGTAAATACATCCGGTTTTAAAAAAGGAAGAGTCACATTTCAAGATATGATGAGCCAAACAACTTCTGGAGCTCAAGGACCTACGGCTACGCGTGGTGGAATAAACCCATCTCAAGTAGGTTTAGGTTCGCAGCTTGGATCCATTGATAACATTCACACTCAAGGGTTTAGGCAAACAACTGGAAAACCGTTAGATTTGATGCTAGAAGGTGATGGCATGTTTATTGTGGAAGGAAATGGCACTACCTATTACACACGGGCTGGAAACTTTTATTTAGATGATGATGATCGCATTGTCGATGCAAATGGATTCTATTTGCAAAGTGTTGGTGGAGAGGAATTGACCATTCCGGAAGACGCTAAAAATTTTAGTATTGGAACCGATGGTACAGTTACGTATGTTAATGCGGATGGAGACCCAGTTGACGGCGGGCAAATTGCGCTTGCTAATTTTTCTAACCCAGCAGGTTTAGAAAAAGCGGGTAACAATTTATTTCTTAATAGTGAAAATGCGGGTTACAACGGAATTGTTGCTCCAGAAACAGAAGGTGCTGCTAAAATTGTATCTAGTGCACTTGAAATGTCCAATGTTGATTTATCGGAAGAATTTACAGAAATGATTACCGCCCAACGCGGGTTCCAAGCAAACACAAGAATTATTACGACTTCCGATGAAATTCTTCAAGAACTTGTAAATTTAAAACGATAA	MLRSMYAGISGMKGFQTKLDVIGNNIANVNTSGFKKGRVTFQDMMSQTTSGAQGPTATRGGINPSQVGLGSQLGSIDNIHTQGFRQTTGKPLDLMLEGDGMFIVEGNGTTYYTRAGNFYLDDDDRIVDANGFYLQSVGGEELTIPEDAKNFSIGTDGTVTYVNADGDPVDGGQIALANFSNPAGLEKAGNNLFLNSENAGYNGIVAPETEGAAKIVSSALEMSNVDLSEEFTEMITAQRGFQANTRIITTSDEILQELVNLKR	PGPT0015485_3076	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015485-flgE-K02390	NA	NA
AK148_00575	456			hypothetical protein	ATGGCAAAAATTGATCCTTCGCTTTATTTACATAATCAAAAAGAGCGAACACCCAGCCCAGATCTAGGAAAAGATGAATTTTTGAACATTTTAATGACTCAGTTAAAAAATCAAGACCCTACTAATCCAATGGATGATCGTCAATTTGTATCACAGATGGCAGAATTTAGTTCATTAGAGCAGATGATGAACATGTCAAAATCTATTAATACTTTAGTAGAAAGTCAACTTGTTTCTCCTGTGATTAAATATAGTCATATGTTAGGAAAAGAGGTAACTTACCAAGGTTATGATGAAGAAACGGGTAAGGAAACGGAATTAAAAACAAGTAGAGTCGTCGCTGTTAGTCAGAATGAAGGTTGGGCAATTCTAGAATTAGAAAATGGTGAGAAGATATACGCCGATGCAGCTTTGCAAGTAAATGATCCGGCCTTTGAAGAAACAGAGGACAAGTAA	MAKIDPSLYLHNQKERTPSPDLGKDEFLNILMTQLKNQDPTNPMDDRQFVSQMAEFSSLEQMMNMSKSINTLVESQLVSPVIKYSHMLGKEVTYQGYDEETGKETELKTSRVVAVSQNEGWAILELENGEKIYADAALQVNDPAFEETEDK	PGPT0015480_2293	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015480-flgD-K02389	NA	NA
AK148_00576	1317			hypothetical protein	TTGATTAATGTAGCGATGTTATTGCAGCAGTTACCATCAACAGCTGATAAAAAAGGTCCCATGCCATTGCCAGTAAAAGAGCAGCAAACGGAACTTCCTTTTCATGAATTGCTTGCCTCTAAGCAAGAACTAGGAAAGATGATGGATCAAATTTGTAAAAAATTACCTAATGACAAAGAGAATGGGTTGTCTGAAGAGATGTCTCCCTTCATGCAACAGTGGATAAGTAAATGGTTTGAAACACAAGGAAACGGAAAATTGCAACCGGAAGAATCCTTAGATAAAGAGATAGCCATACAAATAGAAACACAACTTCCAAGTGAGCAACGAATGTCAGGAAACGAAAGTATATCCATGACAGATGGGCAGGAAGCTAATTTATTGATACAGAAAGAATTAACTGCAATTTATTCTAAGGTAAGCTCTTTATTATCTCAGCTAAATAATCAAGCAAATGATCAAGCAAATGATCAAGCAAATATAAAACAAACAGCGTCAAAATTAGTTCATTTACTACAGCAATGGTCTAACTTAAGTAAACAAGTAAGTACCACAGGGAATAAGGATGAGGCAATAATCCGTTTAAATGAAGGTGGGAATACAAAAGAAGCAACCATTTGGAAACAGTTAGTGGCAACATTTGAAAAAAGAAGTGCGTTTGTTCAAAAACAGCATTACAATAATGAAGCTAAAATAGCAAGTGGTGATGTCGCTAAGTGGCTTACAAAAGTAATGGAAGAGATGTCGAAAGCTAAGCCGACAACAAACCATACGAAAGAGCCAATAGCAACTATGAATCATATAACCCCAACTTCAGTACCTATGGCAAAACTTGAACAGCATGTGATATATCTTCAACCAGAGCAGCAAACGCAACGAAATACTGGTCAAGAGCTAGTTCAACAATTACAGCGAATAATGCAGTCAAGTAAATTTATGAAAATGCCAAATGGTGTCAACCAGCTTCATGTAACGTTGCGTCCAGCACACTTGGGTGATATGACAATCCGATTTACGCAAACAGATGGAGTGATGGCAGTTCGTATTCTAGTACAATCCCAAGCTGCAAAGGAAATGTTAGAGTCTAATATACATAAGCTCCGTAATATGTTTTCGCCGCAGCAAGTAACCATTGAAAAACAAGAAAGCTTATTGCAGCAAAGTCAACAAATGCAAAAAGGAACTGGATCTGAATCGCAGCAGTATTCTGATTCACAAGAGCAGAAACAACAAGAATTTCACGATGACGCTGCTGCAGATAATAGTGAAGAATTTATGACTACTTTCCATGAACTATTAATGAATGAACAAGTATAA	MINVAMLLQQLPSTADKKGPMPLPVKEQQTELPFHELLASKQELGKMMDQICKKLPNDKENGLSEEMSPFMQQWISKWFETQGNGKLQPEESLDKEIAIQIETQLPSEQRMSGNESISMTDGQEANLLIQKELTAIYSKVSSLLSQLNNQANDQANDQANIKQTASKLVHLLQQWSNLSKQVSTTGNKDEAIIRLNEGGNTKEATIWKQLVATFEKRSAFVQKQHYNNEAKIASGDVAKWLTKVMEEMSKAKPTTNHTKEPIATMNHITPTSVPMAKLEQHVIYLQPEQQTQRNTGQELVQQLQRIMQSSKFMKMPNGVNQLHVTLRPAHLGDMTIRFTQTDGVMAVRILVQSQAAKEMLESNIHKLRNMFSPQQVTIEKQESLLQQSQQMQKGTGSESQQYSDSQEQKQQEFHDDAAADNSEEFMTTFHELLMNEQV	PGPT0015520_1487	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015520-fliK|motD-K02414	NA	NA
AK148_00577	609			hypothetical protein	ATGGTTAAGAAAAAACAAGCAGATACAAAAAAAATGAATCCTTTTCTTTGGTTCTTGTTCGCAATTATTGTCCCTATTGGCTTCACTATTACGCTTGTCACCATCATTTTGTTAGCTACAGGTGTGGATGTAGGGGGTTGGGTGAAAGGGAAAGCAGCAGAGATTCCTGGTGTTTCATCATTTGTAGATGAAGATGATGGTAGGAAGGCAAAAGATGTAGCAGATACGCAGTTGAAATCACAAATTGAAAATAAGGACTCAGAGATTAAACAATTACAGGAAGAATTAAAGGATAAAGAGACAACGATCCAAATGCTTGAACAAGACATTATTAAACTTCAAGATCGAGAGCAAAATCAGACGGAAGAACAACAAAAGAAAGATGAAAATCAAACAAAAAAGAATTCCTTTAAATCAATGTCTACTTCGTTTAAAGAAATGGATGAAGAAAAAGCAGCTCAAATTTTACAAGATTTAAAGAGAAAAACAGCATTAGCCATTTTAGAAGAGTTGGATGACAAGGAACGCGGCAAGATATTAGAAGTAATGGATGCTACTACTGCTGCGCAATTAACAGAGCAATTTTTGAATAAGGTAGAGAAAGAGTAG	MVKKKQADTKKMNPFLWFLFAIIVPIGFTITLVTIILLATGVDVGGWVKGKAAEIPGVSSFVDEDDGRKAKDVADTQLKSQIENKDSEIKQLQEELKDKETTIQMLEQDIIKLQDREQNQTEEQQKKDENQTKKNSFKSMSTSFKEMDEEKAAQILQDLKRKTALAILEELDDKERGKILEVMDATTAAQLTEQFLNKVEKE	PGPT0015450_69	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015450-flbB-K02383	NA	NA
AK148_00578	447	fliJ	COG2882	Flagellar FliJ protein	ATGAGTGACACGGCAGTCTTAACTAAACTACTACATGTTCGAGAAACGGAAAAAGTACAAGCTCAAAAAGCTTATCAGCAGGCTATCGATTGCTTTGAAAATTCTGCCACCCAATTATACCAATTGTTAAAAAAGAAAGAAGTAGCAGAAGAAATCTATGAAGAATGTATGCAACAAACTACAACGTTAGAAAAATTAAGGAAACAAGTTGACTATTTAGAAAAATTAAATGCTATGATTGTCCATTTACAAGAGGAAGTACAAAAAGCGAGAGCAGATATGGAAGCAAAACAATTTGATTTAACAGAGGCACATGTAGAAACAAAAAAATTTGAGAAAATGATTACACATCGTAAGCAAAGAGAAACGGAAGCGCAGGAAAAATTAGAAAAAGCGATGATGGACGAAATATCCATGCAGCAATTTTTAAAATATAAAAATAGGTGA	MSDTAVLTKLLHVRETEKVQAQKAYQQAIDCFENSATQLYQLLKKKEVAEEIYEECMQQTTTLEKLRKQVDYLEKLNAMIVHLQEEVQKARADMEAKQFDLTEAHVETKKFEKMITHRKQRETEAQEKLEKAMMDEISMQQFLKYKNR	PGPT0015615_851	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_CHAPERONES,PGPT0015615-fliJ-K02413	NA	NA
AK148_00579	1326	yscN		putative ATP synthase YscN	ATGATGAATGCAACTGCTTATTTAAATGCTATTTCTAAATTAGATACGTACAAACGTTACGGGAAAGTATTGCGTGTTGTAGGTATTATGATCGAGTCTAAAGGACCTGCTGCGAACATAGGCGAAGTGTGCTACATTCATCCAGCTTCTCAAAGAGAAAACCCCATTATTGCAGAAGTAGTAGGATTTCATGAGGAACGAATTATTTTAATGCCTTATGAAGAAGTAATAGAAATTGGTTCTGGTTGTTTAGTAGAAGCTACTGGAAAACCACTTAGTATTAAAATTGGTAGAGGATTAATTGGTAATGTTATTAACGCTTTAGGAAAGCCTTTAAATGGTAAAGCGTTGCAAAAAGGCCTTAAGAGTTATCTTACCGATCAATCTCCGCCGAATCCAATGCAAAGACCGCCAATTACAAATGCTTTACAGGTTGGCATTAAAATTATTGATGGGTTACTGACTGTTGGTGAGGGGCAAAGAATTGGTATTTTTGCTGGCAGTGGTGTAGGAAAAAGTACTTTACTTGGAATGATTGCACGAAACAGTGAAGCAGATATCAATGTTATTGCATTGATTGGTGAGCGTGGACGAGAAGTTAGAGAGTTTATCGAAAAAGATTTGGGCGAAGAAGGGCTGAAAAAGTCTATCGTCGTAGTAGCAACATCTGATCAGCCAGCTTTAATGAGAATTAAGGGTGCAGATACAGCTACCGCTATTAGCGAATATTTTCGTGATCAAGGTTATCGCGTTAACTTATTAATGGATTCTGTAACAAGGGTTGCTATGGCAAGAAGAGAAGTTGGATTGGCCACTGGTGAACCACCGACAACGAAAGGTTATACACCGTCAGTATTTGCGACACTACCTAAGCTTTTAGAGCGAACTGGAACTAATTCTAATGGGACGATTACTGCTTTTTATACGGTGCTTGTTGATGGGGATGACATGAATGAGCCAATTGCTGATACTGTTCGAGGTATTTTGGATGGCCATTTCATTATGGATCGTAAATTAGCAGAAAGAGGTCAATACCCTGCGATTAACATATTGCAATCTATTAGTCGAGTAATGCAACAGGTTACAGGCGAAAATCACCAGCAGGTAGCTAAACAAATTCGGAATTTGCTCGCAACGTTTGAAGAGAATAGAGAATTGATTCAAATAGGGGCTTATAAACGTGGGACAGACCAAGAAATTGATCGAGCAATGGATTATTACCCTAAAATTGTATCTTTTCTTAAACAAGGGATTAGTGATTATTACTCGTTAGAAGAATCCATTCATTTAATGAAAAATCTGCTTCACGGAGGTGTTCGGAAATGA	MMNATAYLNAISKLDTYKRYGKVLRVVGIMIESKGPAANIGEVCYIHPASQRENPIIAEVVGFHEERIILMPYEEVIEIGSGCLVEATGKPLSIKIGRGLIGNVINALGKPLNGKALQKGLKSYLTDQSPPNPMQRPPITNALQVGIKIIDGLLTVGEGQRIGIFAGSGVGKSTLLGMIARNSEADINVIALIGERGREVREFIEKDLGEEGLKKSIVVVATSDQPALMRIKGADTATAISEYFRDQGYRVNLLMDSVTRVAMARREVGLATGEPPTTKGYTPSVFATLPKLLERTGTNSNGTITAFYTVLVDGDDMNEPIADTVRGILDGHFIMDRKLAERGQYPAINILQSISRVMQQVTGENHQQVAKQIRNLLATFEENRELIQIGAYKRGTDQEIDRAMDYYPKIVSFLKQGISDYYSLEESIHLMKNLLHGGVRK	PGPT0015340_1802	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015340-fliI|lgiI-K02412	NA	NA
AK148_00580	753			hypothetical protein	ATGATATCATTGTCTAATCCTTCATGGATAACTGAAAGAAAACAAATTCGTATAAAGCCAGTTAGCGTCTTTCAGCCAAGTAATACGCATGTAAAAGAAGCTCATGATAAATTGGAACTTGATCAGGAACTGTTGCAAGCTGAACAAGCATTAAAGCAACTTCGAGAGCAGCACGAACAATTGATAAAACAAACAAAACGAGAGATTGAAGCTGAAAAACGTGCTTGGCAAGAAGAAAGACAAAAATATGTGGAAGCTGCCAAGGAAGAAGGGTTCCAAGAAGGTTTTTCGGAAGGAAAATCAGAAGCGCTAACTACGTATAAGGCTTATGTAGATCATGCAAATCATTTGGTTGAAAGTGCCAAGCACGAATATTATTCACTTATTGAAGAACATGAAGAAACAATTATGGAAATCGCCATTCATACAGCAAAAAAAATTATCAGGCAAGAGATAGTAGCAGACCCTAAAACATTTTTACCTATTATTCAAGCAGCTATTAAAGAATTAAAAGATCAATCTGAAATTGCTTTATATTTACATCCAAACCAATATGCATTTGTCGTGCAACATAAAGAAGAATTATCTTCTTTAATTGAACCAAATGCAAAACTTATGTGTTATGTATCAGATGAAATAGAAGAAAACGGCTGTAGGATTAAATACCCATACGGACAAGTTGATGTGGGGATTGATACGCAGCTTGAAGAGATTGGCAAGGCTCTAATTGAATTAGCAGGAGAGGGAAAATGA	MISLSNPSWITERKQIRIKPVSVFQPSNTHVKEAHDKLELDQELLQAEQALKQLREQHEQLIKQTKREIEAEKRAWQEERQKYVEAAKEEGFQEGFSEGKSEALTTYKAYVDHANHLVESAKHEYYSLIEEHEETIMEIAIHTAKKIIRQEIVADPKTFLPIIQAAIKELKDQSEIALYLHPNQYAFVVQHKEELSSLIEPNAKLMCYVSDEIEENGCRIKYPYGQVDVGIDTQLEEIGKALIELAGEGK	PGPT0015335_1177	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015335-fliH-K02411	NA	NA
AK148_00581	1011	fliG	COG1536	Flagellar motor switch protein FliG	TTGGCACGACACAAAGGATTAACTGGTAAGCAAAAAGCTGCAATTCTATTAATCTCCTTAGGTCCTGATGTATCTGCAGAAGTATATAAACATTTAACAGAAGAAGAAATTGAACGGTTAAGTCTAGAAATTTCTTCAGTTAAAAAAGTAGATAACCAAAAGAAAGAGGAGATTATAGAGCAATTTCATCAAATAGCTCAAGCTCAAGACTATATTGCTCAAGGCGGGATTGGCTATGCAAAAACAGTGTTAGAAAAAGCTTTCGGCAAACAAGAGGCAACGAACATTATTAACCGCCTAACCTCTTCATTACAGGTGCGACCATTTGATTTTGCTAGAAGAGCGGATCCACAACAGGTTTTTAATTTTATACAAGGAGAGCATCCGCAAACGATCGCTTTAGTCCTTTCCTATTTAGATTCGGAACAGGCTGGGCAAATATTATCAGCATTACCACAAGAAATGCAAGCGGATGTCGCAAAGCGAATCGCGACAATGGACTCTACATCACCGGAAATTATTTCTCAAGTGGAGCAAGTACTGGAAAAAAATATCTCTGCTTCATTTACAGAGGACTATACGCAAACTGGTGGAATACAAGCAGTAGTAGAAGTATTAAATGGAGTTGATAGAAGTACAGAACGGACAATTTTAGATGCATTAGAAATACAAGATCCAGAGCTTGCAGATGAAATCAAAAAGCGGATGTTTGTGTTTGAAGATATTGTTATTTTAGATAACCGTGCTATTCAACGTATAATTCGTGAAGTAGATAACGAAGATCTTCGTCTATCATTGAAAGTGAGTAGCGATGAAGTGAAGGATATCATATTTAAAAATATGTCTCAGCGAATGGCAGAGACATATAAAGAGGAAATGGAATATATGGGACCCGTACGTCTACGTGATGTTGAAGAGGCTCAAACACGTATTGTTTCAACGATACGGAGACTTGAGGATGTAGGTGAAATCGTTATTGCTAGAGGTGGGGGAGATGATATCATTGTCTAA	MARHKGLTGKQKAAILLISLGPDVSAEVYKHLTEEEIERLSLEISSVKKVDNQKKEEIIEQFHQIAQAQDYIAQGGIGYAKTVLEKAFGKQEATNIINRLTSSLQVRPFDFARRADPQQVFNFIQGEHPQTIALVLSYLDSEQAGQILSALPQEMQADVAKRIATMDSTSPEIISQVEQVLEKNISASFTEDYTQTGGIQAVVEVLNGVDRSTERTILDALEIQDPELADEIKKRMFVFEDIVILDNRAIQRIIREVDNEDLRLSLKVSSDEVKDIIFKNMSQRMAETYKEEMEYMGPVRLRDVEEAQTRIVSTIRRLEDVGEIVIARGGGDDIIV	PGPT0015400_1623	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_C-RING,PGPT0015400-fliG-K02410	NA	NA
AK148_00582	1599			hypothetical protein	ATGAAAGAGAAGATGATAAATTGGAAAGATCGAACAACGAATTTTTGGAGGAATCGTACGAAAGTTCAAAAAATAACATTTTTCGGCTCCATTTTTGTTGGTCTCCTTTTAATAGTAAGCATTGTCCTTTTTACAACGCATTCAAACTATGTTCCATTATATAATAATTTATCTATGGAAGAAGTGGGACAAATTAAAGGAGAGTTGGACGCTAAAGGTGTTCCCTATGAATTATCAGACGGGGGTAAGGTAATTGAAGTACCAGAAGAGCAAGTGGATAGTCTTTTGGTTGACCTTGCTGCCCAAGGGTTACCAAACAGCGGCAATATTGATTACTCCTTTTTTAGTGAAAATGCTTCATGGGGAGTTAATGAAAACGAATTTAATGTTATGAAGCTTGACGCGATGCAAACAGAATTGGCGAATTTAATCAAAGGAATTGATGGTATTCAAGATGCCAAAGTGATGATTAATATGCCAGAAGAGCCTGTATTCGTAAATGATGCCAAACAAGAAGCAAGCGCTTCGATTGTTATTGATACAGAAGCAGGCTATAACTTTGAACCAAGTGAGATAAACGGACTGTATCATATTGTTTCCAAGGCTGTGCCAAATTTACCTACAGAAAATATTGCTATTACAAATCAATATTTCGAGAGTTTTGACCTAGATAGCTCTGGAAACAACACGTCAAAAGACTCGTACACGTATCAACAAACTGTTAAACAAGACATTGAAAAAGATGTGCAAAAACGATTGCAACAAATGCTAGGAGCCATGGTAGGTCCTGGAAATGTTATCGTGTCCGTAACATCAGATATTGATTTTACGCAAGAAAATCGAACAGAAGAGCTTGTTGAACCAGTTGACTTAGAAAATATGGAAGGATTACCTGTTAGTATAGAAACGATACAGGAAACGTATGAAGGAAATGGTGCGGCTGCAGGTGGGGTCAGCGGTACTGGCGAGGAAGACGTGGCCAATTATCAGGCTACAGATGAAGACGGTGATGGCGAATATGAAATGACAAAAGAAACCATCAACAATGAATTTAATCGAATAAGAAAAAATATTGTAGAAAGCCCATATAAGATTCGTGATTTAGGCATACAAATTGCGGTTAACCGTGCGAAAACTACAGAAGAAAGCGATGTAGAATATTTATCACAGCAAGAAGAGGCTGCTGTCGAAGAAGGAATTAGTTCCATTGTCAATTCCATTGTTACGACATCCATTCATGCAGAATACGAAGAAGATGTTACGCCAGAAGAAAATGTATCCATTGTTTTTCAAGAGTTTACGGGTGCAGATACTCAACCTGATACAACGGCGCCAACTATACCAACTTGGGTTTATGTAGTTGGGGGCGGGTTGCTTCTAGCTATTATTGTCTTACTAATTATTTTCTTGCGTCGTAGAAAAGCAGAAAGTGAAGAAGAAGAGCTGTTACAAGAATCAACAGCACCAATAGAAGTTCCAGATCTTCCAGAACAGGAAGACTCAGAAGCTACAATTCGTAAAAAACAGTTAGAAAAAATTGCTAAAGAAAAACCAGAAGATTTTGCGAAATTACTACGCAGTTGGATTGGAGAGGAATAG	MKEKMINWKDRTTNFWRNRTKVQKITFFGSIFVGLLLIVSIVLFTTHSNYVPLYNNLSMEEVGQIKGELDAKGVPYELSDGGKVIEVPEEQVDSLLVDLAAQGLPNSGNIDYSFFSENASWGVNENEFNVMKLDAMQTELANLIKGIDGIQDAKVMINMPEEPVFVNDAKQEASASIVIDTEAGYNFEPSEINGLYHIVSKAVPNLPTENIAITNQYFESFDLDSSGNNTSKDSYTYQQTVKQDIEKDVQKRLQQMLGAMVGPGNVIVSVTSDIDFTQENRTEELVEPVDLENMEGLPVSIETIQETYEGNGAAAGGVSGTGEEDVANYQATDEDGDGEYEMTKETINNEFNRIRKNIVESPYKIRDLGIQIAVNRAKTTEESDVEYLSQQEEAAVEEGISSIVNSIVTTSIHAEYEEDVTPEENVSIVFQEFTGADTQPDTTAPTIPTWVYVVGGGLLLAIIVLLIIFLRRRKAESEEEELLQESTAPIEVPDLPEQEDSEATIRKKQLEKIAKEKPEDFAKLLRSWIGEE	PGPT0015430_2247	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015430-fliF-K02409	NA	NA
AK148_00583	309	fliE	COG1677	Flagellar hook-basal body complex protein FliE	ATGATTCAAAGAATTAGCAATCCAATAACAGAACTATCTCCAAATGCAACTGTTCAAAGTAAACCAAAAATATCTCCCGGTGAAGCACAAGCGAAATTTGCTTCCGCATTAAAAAATGCCATTAATAATGTAAATGAAGTACAAGCAATATCTGATGAAAAAACGGAAGCAATGGCGAAAGGTGATATTACAGATTTGCATGATGTTATGATTGCCTCTCAAAAATCTAGTATCGCTTTAGAAGCAACTGTACAAGTTCAGAGTAAAGCAGTTGAAGCCTACAAAGAAATGATGAGTATGCAAGTGTAG	MIQRISNPITELSPNATVQSKPKISPGEAQAKFASALKNAINNVNEVQAISDEKTEAMAKGDITDLHDVMIASQKSSIALEATVQVQSKAVEAYKEMMSMQV	PGPT0015515_1885	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015515-fliE|lfiE-K02408	NA	NA
AK148_00584	450	flgC	COG1558	Flagellar basal-body rod protein FlgC	ATGTCTATGTTTCATTCGTTACACTCTAGTGCTAGTGCTTTGACAGCACAAAGATTAAGAATGGATGTAATATCATCTAATATTGCTAATGCACAATCAACAAGAGCTACCGTCAATGAGAATGGAGAGGTAGAACCATATCGTAGGAAAATGGTTGCATTGCAACCAGAGGGAGCTTCTTTTCAATCTTTTTTACATAAAGCAGCTAATGCTTCAGCTCCTAGTGGTGTGCGTGTTAGATCGATAGAAGAAGATGAAACTCCGTTCAAGCAAGTATATAATCCTAGTCATCCCGATGCTAATGCAGATGGATATGTTGAATTACCGAACGTTGATCCCTTGAAGGAAATGGTTGATCTAATGAGCGCCACTCGCTCTTATGAGGCGAATATAACGTCTGTAAATGCTACGAAATCTATGTTGATGAAAGCTTTAGAAATTGGGAAATAA	MSMFHSLHSSASALTAQRLRMDVISSNIANAQSTRATVNENGEVEPYRRKMVALQPEGASFQSFLHKAANASAPSGVRVRSIEEDETPFKQVYNPSHPDANADGYVELPNVDPLKEMVDLMSATRSYEANITSVNATKSMLMKALEIGK	PGPT0015475_458	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015475-flgC-K02388	NA	NA
AK148_00585	399	flgB	COG1815	Flagellar basal body rod protein FlgB	ATGAGTTTGTTTAATGGAACAATTCAAGCTTTGGAACATTCGTTAGGCTATTCTTCAGCCAAAAATCGAGCAATTTCATCAAATTTAGCAAATCTAGATACGCCTAATTATAAAGCGAAAGATGTTACATTTAAGAATTATTTGGCACATGAACTCTCGCAACCTATACAGGCAAAAACTACAAACAGCCGTCATATAGGGTTTCAAGGAGATACGCAACCAGCGGGCTATAAAACTTTTATAAATCAAGCAACATCTTATCAGCATAATGGTAACAATGTAGATGTAGATAAGGAAATGGCAGACTTGGCTGAAAATCAAATTTACTACCAAGCGCTAGTGGATCGTATTAGTGGAAAATTTGGGAGTTTACAAACAGCTTTAAAAGGAGGTAGGTAA	MSLFNGTIQALEHSLGYSSAKNRAISSNLANLDTPNYKAKDVTFKNYLAHELSQPIQAKTTNSRHIGFQGDTQPAGYKTFINQATSYQHNGNNVDVDKEMADLAENQIYYQALVDRISGKFGSLQTALKGGR	PGPT0015470_1554	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015470-flgB-K02387	NA	NA
AK148_00586	780	codY	COG4465	GTP-sensing transcriptional pleiotropic repressor CodY	ATGGAACTATTAAATCGTGCAAGAAAAATTAATGCAATGCTACAAAAATTCGGCGGGAAATCTGTGGACTTTAATGATATGTCTGCTTCGTTACGTGATGTAATTAAAGGAAATGTATATATTCTAAGCCGTCGTGGAAAATTACTTGGATTTGCTATTAATCAAGAGATTGAAAACGAGAGAATGAAAGCTATGCTGGAAGAACGTCAGTTTCCGCAAGAATATACGGAAGGATTACACAATATTCATGAAACAACAGCGAATATTGGTATAGATAGTCCACATACTGTGTTCCCGGTAGAAAACCGCGACTTATTCCAAACAGCTTTAACCACTATTGTTCCAATCATTGGCGGGGGAGATCGTTTAGGAACGCTTATTATTGGTCGTTTATCAGAAGAATTTAATGAAGATGATCTCTTATTAGCTGAGTATGGGGCTACAGTTGTAGGTATGGAAATACTTCATGAAAAGTCTCAAGAAATTGAGCTAGAAGCAAGAAGTAAAGCTGTTGTTCAAATGGCAATTAGTTCACTTTCTTATAGTGAATTAGAAGCAATTGACCATATTTTTGAAGAGCTGGACGGTAGTGAAGGGCTTCTTGTAGCAAGCAAAATCGCTGATCGTGTTGGCATTACCCGTTCTGTCATTGTAAATGCTCTAAGAAAACTAGAAAGTGCTGGCGTAATTGAATCTCGTTCACTGGGAATGAAGGGGACATATATTAAAGTCTTAAATCACAACTTCCTTGTTGAATTAGAAAATTTACGCTCTAGATAA	MELLNRARKINAMLQKFGGKSVDFNDMSASLRDVIKGNVYILSRRGKLLGFAINQEIENERMKAMLEERQFPQEYTEGLHNIHETTANIGIDSPHTVFPVENRDLFQTALTTIVPIIGGGDRLGTLIIGRLSEEFNEDDLLLAEYGATVVGMEILHEKSQEIELEARSKAVVQMAISSLSYSELEAIDHIFEELDGSEGLLVASKIADRVGITRSVIVNALRKLESAGVIESRSLGMKGTYIKVLNHNFLVELENLRSR	PGPT0016270_238	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_FACILITATING_PROTEIN	SESSILE_ROOT_COLONIZATION,PGPT0016270-codY-K03706	NA	NA
AK148_00587	1395	clpY	COG1220	ATP-dependent protease ATPase subunit ClpY	ATGGGGATGAACTACACTCCTAAACAAATTGTGGGACAATTAGATAAATATATTATTGGCCAGAAAAGTGCAAAGCGATCTGTAGCTGTTGCATTGCGTAATAGATATAGGCGCATGCAGTTAGATGAAGGTCTAAAAGAAGAAGTGGTTCCGAAGAATATTTTAATGATTGGCCCAACCGGAGTAGGAAAAACAGAAATAGCTCGAAGGCTAGCTAAGCTGGTAGGTGCACCATTTGTAAAAGTGGAGGCGACGAAGTTTACGGAAGTAGGCTATGTAGGTCGAGATGTTGAATCCATGATTCGAGATTTAGTTGAAATGGCATTGCGGACTGTGAAAGAGGAAAAAATGAAACAAGTGAAAGAAAAAGCGGAAGAAGAAGCAAATAAATTACTTGTCAAACTTTTAGTTCCTCAGTCTAAAGCAGCCAACGAAACAAAAAACCCTTTTGAAATGTTATTTTCTTCACAGGCTAATAGCGAAGAAGGCGCTGAAGAATCTGCGAAAAATGATGAGATTCGAAATAAACGGAAGCGTGTAGAACAACAATTAGCATCTGGTGAGTTAGAAGATAAAGTAGTAACTGTTGAAATAGAAGAGCAAACGCCATCTATGTTTGACATGTTACAAGGTTCTGGAATGGAACATATGGGCATGAATATGCAAGATGCGCTTGGACAATTTATGCCAAAGAAAAAGAAAAAGCGAAAATTGTTAGTGTCTGAAGCAAGGAAAGTGTTAACGCAGCAAGAAGCGAGTAAACTTGTAGATATGGAAGAAGCAGCACAAGAAGCCATTTTACGAGCAGAGCAATCGGGGATTGTGTTTATTGATGAAATAGATAAAGTAGCTGGTAAAGATGAACAAAGTGCTAACGTATCTCGCGAAGGTGTTCAACGCGATATATTGCCAATTATTGAAGGATCTACAGTTGTCACAAAGCATGGACCAGTAAAAACAGACCATATGTTATTTATTGCCGCTGGCGCATTTCATATGTCAAAACCATCTGATCTAATTCCTGAATTACAAGGAAGATTTCCAATTAGGGTAGAATTAGAGAAACTATCAACAGATGATTTTAAGCGAATATTAAAAGAACCATCTAATGCTTTATTAAAGCAATATGAAGCTTTATTAAAAACAGAAGGTATAAATATAGTATTTACAGACGAAGCTGTAAATAGAATTGCTGAAATTGCTTATGAAGTGAATCAGGAAATGGATAACATTGGAGCTAGAAGACTTCATACAATTTTAGAAAAGTTGCTGGAGGATCTGTCCTTTGAAGCACCGGAGATTAATATGGATACTGTTGAAATCACTCCAGCTTATGTAGATGAAAAACTTTCTGCTATCGCGAAAAATAAGGATTTAAGTCAATATATTTTATAA	MGMNYTPKQIVGQLDKYIIGQKSAKRSVAVALRNRYRRMQLDEGLKEEVVPKNILMIGPTGVGKTEIARRLAKLVGAPFVKVEATKFTEVGYVGRDVESMIRDLVEMALRTVKEEKMKQVKEKAEEEANKLLVKLLVPQSKAANETKNPFEMLFSSQANSEEGAEESAKNDEIRNKRKRVEQQLASGELEDKVVTVEIEEQTPSMFDMLQGSGMEHMGMNMQDALGQFMPKKKKKRKLLVSEARKVLTQQEASKLVDMEEAAQEAILRAEQSGIVFIDEIDKVAGKDEQSANVSREGVQRDILPIIEGSTVVTKHGPVKTDHMLFIAAGAFHMSKPSDLIPELQGRFPIRVELEKLSTDDFKRILKEPSNALLKQYEALLKTEGINIVFTDEAVNRIAEIAYEVNQEMDNIGARRLHTILEKLLEDLSFEAPEINMDTVEITPAYVDEKLSAIAKNKDLSQYIL				NA	NA	NA	NA	NA
AK148_00588	546	hslV	COG5405	ATP-dependent protease subunit HslV	ATGACCAATGAAATGCATGCTACCACTATTTTTGCCATCCACCATAAAGGACAATGTGCGATGAGTGGGGACGGTCAAGTAACGATGGGAAATGCAGTAGTTATGAAACATAAAGCAAAGAAAGTTCGTACACTTTTTAAAGGGCAGGTATTAGCTGGATTTGCCGGTTCTGTAGCTGACGCGTTTACTCTTTTCGAAAAGTTTGAAGCGAAATTAGAAACATATAATGGCAACTTGCCTAGAGCGGCTGTTGAGCTTGCAAAGGAATGGCGAAGCGACAGAGTGCTAAGAAAACTGGAAGCTTTGTTAATTGTCATGGATAAGGAGCATATGTTTTTAGTTTCTGGTACTGGAGAAGTTATAGAGCCTGATGACGGAATTTTAGCTATCGGATCTGGTGGGAATTATGCTCTTAGCGCTGGTAGAGCTCTAGCGAGATACTCTAAAGAATTATCTGCTAAAGAGATTGCGAAAGCATCCTTGGAAATTGCTGGAGAATTATGTGTGTATACGAACAACCATATCACACTTGAGGTATTGGAGTAA	MTNEMHATTIFAIHHKGQCAMSGDGQVTMGNAVVMKHKAKKVRTLFKGQVLAGFAGSVADAFTLFEKFEAKLETYNGNLPRAAVELAKEWRSDRVLRKLEALLIVMDKEHMFLVSGTGEVIEPDDGILAIGSGGNYALSAGRALARYSKELSAKEIAKASLEIAGELCVYTNNHITLEVLE				NA	NA	NA	NA	NA
AK148_00589	822	xerC_1	COG4974	Tyrosine recombinase XerC	ATGCAAGATCTAGAAGTGTTTTTTTCTTTTTTGCATACGGAAGGGTTAACAAGATTTTGTGATGTGGACGAACGGATTGTTCGTGTGTTTTTAAATACCCTATATGATCAGCGACTAAGCAGGAAATCTGTTTCCCGGAAGATATCAGCGTTGCGAACGTTTTATAAATATTTAGAACGAGAAGATGTGGTAGATGTGAATCCATTTTCAGCTATTCGTTTACCTAAAACGGAAAGCAAGATTCCGGGATTCTTGTATGAGAAAGAGTTAGAGAAGCTATTTGAAGTAAGTGATTTAACCCAACCTTTAGGCCAGCGAAACCAAGCCTTAATAGAATTGCTTTATGCTACGGGGATAAGGGTAAGTGAGTGTAGACAGTTGATTTTAGATAACATTGATTTCTATATTGGAACAGTGTTTGTGCAAGGAAAAGGCAGAAAAGAACGTTACATTCCGTATGGCAAATTTGCTAAAATTGCTTTGGAAACATACATACAGGATGGAAGAAAAGCGTTGCTTGCAAAATCCGGTCAACAAACAAACGCATTATTTCTCAATAATCGTGGATTACCTTTAACGGATAGAGGAATTCGTGACATAATGAACAAAATGGTGAAAAATGCAGCTTTAACTGTACATGTGCATCCACACAAACTGCGACACACATTTGCTACTCATCTCTTAAATGAAGGTGCTGATTTACGCAGCGTACAAGAATTATTAGGTCATGAAAATTTGTCAACAACTCAAATTTATACGCATGTGACGAAAGATCATTTGCGACGTGTATATATGAGAAGTCACCCGAGAGCAAATGATTAA	MQDLEVFFSFLHTEGLTRFCDVDERIVRVFLNTLYDQRLSRKSVSRKISALRTFYKYLEREDVVDVNPFSAIRLPKTESKIPGFLYEKELEKLFEVSDLTQPLGQRNQALIELLYATGIRVSECRQLILDNIDFYIGTVFVQGKGRKERYIPYGKFAKIALETYIQDGRKALLAKSGQQTNALFLNNRGLPLTDRGIRDIMNKMVKNAALTVHVHPHKLRHTFATHLLNEGADLRSVQELLGHENLSTTQIYTHVTKDHLRRVYMRSHPRAND	PGPT0021995_4564	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0021995-xerC-K03733	NA	NA
AK148_00590	2079	topA		DNA topoisomerase 1	ATGTCAGATTATCTAGTGATCGTTGAGTCGCCTGCGAAGGCGAAGACGATTGAACGTTATTTAGGAAAAAAATATAAAGTAAAGGCCTCGATGGGGCATGTAAGAGATTTACCAAAAAGTCAAATGGGTGTAGATGCAGAAAATAATTTTACTCCAAAGTATATTACTATACGCGGAAAGGGCGATGTGGTTAAGGATTTAAAATCTGCAGCTAAAAAGGCAAAAAAAATATATCTCGCAGCGGACCCTGACAGGGAAGGGGAAGCAATAGCGTGGCATTTAGCTCATATTTTAAACATTGATGAGCAATCAGAATGCAGGGTTGTATTTAACGAAATTACCAAAGACGCGATTAAAGAGTCGTTTAAGCATCCTAGATCTATAAACATGAATTTGGTTGACGCGCAACAAGCAAGAAGGATACTTGATCGATTGGTAGGGTACAATATTAGCCCACTCCTATGGAAAAAAGTCAAAAAAGGTTTAAGTGCTGGGCGCGTGCAATCTGTTGCAGTGAAATTAATCATTGATCGAGAAAAAGAAATTGAAAGCTTTATCCCTGAAGAATATTGGTCCATTGATGCGCAGTTTTTAAAAGAAAGTGAATTATTTGAAGGGTCCTTTTACGGGATAAACGGAAAAAAAGTAGCATTAAAAACGGAGGCAGATGTAAGAGAAATTAAACAGTTGCTTCAAGGTGATCAGTTTACTGTAGATAAAGTAAACAAAAAAGAACGTAGACGGAATCCAGCTCAACCATTTACTACTTCTTCCTTACAACAGGAAGCTGCTAGAAAGCTGAATTTTAAAGCAAAGAAAACAATGATGGTTGCTCAGCAACTTTATGAAGGAATCGACCTCGGTCGTCAAGCAGGAGGCATAACTGGACTAATTACGTATATGCGTACAGATTCAACAAGAATATCTGAAACGGCAAAAAATGAAGCGAACTCATATATTCATGAACAATATGGAGAAGAGTACTTAGGTACAAATAAACAAAAGAAACAATCAGAGTCTGCGCAAGATGCTCATGAAGCTATTCGCCCGACTTCTGTGTTAAGAGAGCCTAATTCACTTAAAGCTATCCTATCAAGAGATCAACTTCGATTATATAAATTAATTTGGGAACGGTTTTTGGCTAGTCAGATGGCTGCTGCGGTCATGGACACGATGACTGTTCATTTATTAAATAATCATGTCGAGTTCCGAGCTACAGGCTCAAAGATAAAATTTAAAGGTTTTATGAAAGTGTATGTGGAAGGAAGAGATGATCAGAAAAAAGATGAAAACAAACTCCTTCCTGCGTTATCTGAAGGTATGAAAGTTAAGGCACAGGAAATAAAACCGAATCAACATTTTACGCAGCCACCACCAAGGTATACAGAGGCGAGATTAGTAAAAACGATGGAGGAACTAGGAATTGGTCGTCCTTCTACTTATGCACCTACTTTGGATACGATTCAAAGACGCGGTTATGTAAGTATTGATAATAAGCGATTTGTACCTACTGAATTAGGTACGATTGTTTTAGAATTAGTTGAAGAATTCTTCCCAAAAATTATTGATGTAGATTTTACTGCAAAAATGGAAAACGATTTAGATGCTATTGAAGAAGGAAGCATAGAATGGGTAAAGATCATTGATCAATTCTATCAAGATTTTGAGAAGCGCTTGAAGAAGGCTGAACAGGAAATGGAAAAAGTAGAAATAAAAGATGAACCAGCGGGAATTGATTGTGAAAAATGTGGTCATGAGATGGTTTATAAAATGGGGAGATATGGGAAATTCTTGGCTTGTTCGAACTTTCCAGAATGTCGAAATACGAAACCGATTTTAAAGAAAATTGGTGTTGATTGTCCAAAATGTAAAACAGGGGAAATAGTTGAAAGAAAATCAAAGAAACGTCGTACTTTTTATGGATGTGACCAATATCCGGAATGTGACTTCGTTTCGTGGGATAAACCTATTTCTAGACCATGTCCTAAATGCGAGGCATTACTAGTGGAGAAAAAAGCGAAAAAGGGGACACAAATTCAATGTACGAACTGTGAATATAAAGAAGAGCCTCAAACGTAA	MSDYLVIVESPAKAKTIERYLGKKYKVKASMGHVRDLPKSQMGVDAENNFTPKYITIRGKGDVVKDLKSAAKKAKKIYLAADPDREGEAIAWHLAHILNIDEQSECRVVFNEITKDAIKESFKHPRSINMNLVDAQQARRILDRLVGYNISPLLWKKVKKGLSAGRVQSVAVKLIIDREKEIESFIPEEYWSIDAQFLKESELFEGSFYGINGKKVALKTEADVREIKQLLQGDQFTVDKVNKKERRRNPAQPFTTSSLQQEAARKLNFKAKKTMMVAQQLYEGIDLGRQAGGITGLITYMRTDSTRISETAKNEANSYIHEQYGEEYLGTNKQKKQSESAQDAHEAIRPTSVLREPNSLKAILSRDQLRLYKLIWERFLASQMAAAVMDTMTVHLLNNHVEFRATGSKIKFKGFMKVYVEGRDDQKKDENKLLPALSEGMKVKAQEIKPNQHFTQPPPRYTEARLVKTMEELGIGRPSTYAPTLDTIQRRGYVSIDNKRFVPTELGTIVLELVEEFFPKIIDVDFTAKMENDLDAIEEGSIEWVKIIDQFYQDFEKRLKKAEQEMEKVEIKDEPAGIDCEKCGHEMVYKMGRYGKFLACSNFPECRNTKPILKKIGVDCPKCKTGEIVERKSKKRRTFYGCDQYPECDFVSWDKPISRPCPKCEALLVEKKAKKGTQIQCTNCEYKEEPQT				NA	NA	NA	NA	NA
AK148_00591	933			hypothetical protein	ATGACGAATGAAATTCGTTTTCGTTTTATTCATTTAAGTCGTTGTAGGGGAGTGACTAGAAGGAGTATTCAAAGAATTATCAAGCTAGATCGTTCTCTTCTACAACTATATCAAATGACCCCGAGTCAAATTAGCCACACTTTTTCTCTTCCATTAAAAAACGCTACAACCTTATATCAAGACCTTCATAATCAAGCACGTCTAAAACAGCTGCAATTGGAAATGAAAAATCACCATATAATTACTATCCTTGACAAACGCTTTCCATCTATGTTAAAAGCTATTCATGACCCACCTCTTGTCTTATATGGCAAAGGTAATGTGGATTTATTAAATGATGCCCCATCTTTAAGTGTAATTGGTTCGAGGGATCCTTCAAGGGAGGCAAAGAGAAAAACAGCTTTTATAATCGAGCCTTTACTCCATAAAAATTGGTTAATAGTAAGTGGACTAGCAAGAGGGGTAGATCAATATGCACATGAAAAGACACTTATATTAAATGGGAAAACAATAGCTGTATTAGGAGGTGGCTTTGAGCATCTCTATCCTAAAGAAAATCAATCATTATATCAAGAAATTGTTCATAAAGGTCTTGTGCTATCTGAATATACGCCAACAACCCCACCTGCAAAGCATCATTTTCCTGAACGAAACCGAATTATTAGTGGATTGAGCTTTGGTACATTGGTAATTGAAGCGAAAAAAAGAAGTGGGACTATGATTACGGTAGATCAAGCATTAGAACAAGGGAGAGAAGTGTTTGCGGTTCCTGGTTCTATATTTACAGAGCAAACAGAGGGCTGTCATCAATTGATTCGAGATGGTGCCCAAATGGTTACAAATGCCAAAGACATTCTTGAAGAATGGCAAGTCCACGCGATGGGTGGGAAAGGACTACTAACCAGTACGCATGTTTATGAAAAAAGTAATTAA	MTNEIRFRFIHLSRCRGVTRRSIQRIIKLDRSLLQLYQMTPSQISHTFSLPLKNATTLYQDLHNQARLKQLQLEMKNHHIITILDKRFPSMLKAIHDPPLVLYGKGNVDLLNDAPSLSVIGSRDPSREAKRKTAFIIEPLLHKNWLIVSGLARGVDQYAHEKTLILNGKTIAVLGGGFEHLYPKENQSLYQEIVHKGLVLSEYTPTTPPAKHHFPERNRIISGLSFGTLVIEAKKRSGTMITVDQALEQGREVFAVPGSIFTEQTEGCHQLIRDGAQMVTNAKDILEEWQVHAMGGKGLLTSTHVYEKSN				NA	NA	NA	NA	NA
AK148_00592	903	sucD	COG0074	Succinate--CoA ligase [ADP-forming] subunit alpha	ATGAGTGTATACGTTAATAAAGATACAAAAGTAATTGTCCAAGGGATAACCGGTGGCACAGCTAAATTTCATACGAAACAAATGCTTGAATACGGCACAAAAATTGTTGGTGGAGTCACTCCGAAAAAAGGTGGTACAGAGGTAGAAGGTGTACCTGTTTTTAATACAGTATTAGAGGCTGTACAAGCAACAGGTGCTACAGCTTCCGTCATTTATGTACCGGCCCCGTTTGCGGCGGATGCCATTCTAGAAGCTGTTGACGCTGAATTAGATTTGGTTATTTGTATAACGGAGCATATTCCGGTAATGGATATGGTAAAAGTAAAACGTTATATGGAAGGAAAGAATACAAGGCTCGTAGGACCAAACTGTCCAGGGGTTATTACTGCTGATGAAAGTAAAATTGGTATTATGCCTGGTTATATTCATAAAAAAGGTCATATTGGCGTCGTCTCTCGTTCAGGAACATTAACATATGAAGCGGTTCATCAATTATCAGAAGCTGGATATGGTCAAACTACCGCTGTTGGTATTGGTGGCGATCCTGTGAATGGAACGAATTTCATTGACGTGTTAGAAGCATTTAATAATGATCCAGAAACGTATGCTGTTATGATGATTGGAGAGATAGGCGGTACAGCAGAAGAAGAAGCTGCTGAATGGGTGAAAGCAAATATGAAGAAACCTGTAGTTGGTTTTATTGGAGGTGCTACAGCTCCTCCAGGAAAAAGAATGGGGCATGCTGGCGCTATTATTTCAGGTGGAAAAGGAACAGCCGAGGAAAAAATTCGCATTATGAATGAATGTGGAATTAAAGTTGCTGAAACGCCAGCAGTTATGGGTGAAACAATGATAGGTGTTCTTGAAGAAAAAGGATTAAAAGAGAAGTGTAAAACACATTAA	MSVYVNKDTKVIVQGITGGTAKFHTKQMLEYGTKIVGGVTPKKGGTEVEGVPVFNTVLEAVQATGATASVIYVPAPFAADAILEAVDAELDLVICITEHIPVMDMVKVKRYMEGKNTRLVGPNCPGVITADESKIGIMPGYIHKKGHIGVVSRSGTLTYEAVHQLSEAGYGQTTAVGIGGDPVNGTNFIDVLEAFNNDPETYAVMMIGEIGGTAEEEAAEWVKANMKKPVVGFIGGATAPPGKRMGHAGAIISGGKGTAEEKIRIMNECGIKVAETPAVMGETMIGVLEEKGLKEKCKTH	PGPT0001540_536	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
AK148_00593	1161	sucC	COG0045	Succinate--CoA ligase [ADP-forming] subunit beta	ATGAACATTCATGAGTATCAAGGCAAAGAGATTTTGCGACAATACGGCGTTAAAGTCCCTAATGGAAAAGTTGCCTATGCAGTTGAAGAAGCTGTAGAAGCTGCAAAACAATTAGGAAGCGATGTCACAGTAGTGAAAGCACAAATTCACGCTGGCGGACGTGGTAAAGCCGGCGGGGTAAAAATAGCTAAAAATGTCGATGAAGTGCGTACATATGCCGACGAAATTCTTGGCAAAACGTTAGTAACGCATCAAACAGGACCACAGGGGCAAGAAGTGAAACGTTTATTGATTGAAGAGGGCTGTGATATTCAAAAAGAATATTACATTGGCTTAGTACTGGATCGCGCTACTTCTCGTGTCGTTATGATGGCATCTGAAGAAGGTGGTACAGAAATTGAGGAAGTAGCTGCTGCTACACCTGAGAAGATATTTAAAGAAGTTATTGATCCTGTTGTTGGTTTAACAGGTTTTCAAGCACGTAGATTAGCTTTCAATATTAATATTCCACATGATTTGTTAGGTAAAGCTGTCAAATTCATGATTGGTTTATATACAGCATTTGTCGAAAAAGACTGTTCCATTGCTGAAATTAATCCGTTAGTAACAACTGGTGATGGGGAAGTCTTAGCCTTAGATGCAAAATTAAATTTTGATGACAACGCTTTATTCCGTCAAAAGGACATTATGAATTTACGTGATTTTGATGAAGAGGATGAGAAAGAAATTGAAGCGTCCAAGTACGATTTAAGCTATATTTCATTGGACGGGAATATAGGTTGCATGGTAAATGGTGCTGGACTTGCTATGTCTACCATGGATATTATTAAGCACTATGGCGGAGAACCCGCTAATTTCCTTGACGTTGGAGGCGGCGCTACGGCTGAAAAAGTAACGGAAGCTTTCAAAATTATTCTATCTGATAAGAATGTAAAAGGTATCTTCGTTAATATATTTGGTGGCATTATGAAGTGTGATGTAATTGCTGAAGGAGTTGTAGAAGCAACCAAGCAAGTAGGGCTAGAAATTCCGTTGGTTGTTCGCCTAGAAGGAACAAACGTTGCTAGAGGGAAGGAAATCCTGGAAGCTTCAGAATTGAATATTACCTCTGCTAATTCGATGGCTGACGGTGCTCAAAAAATAGTCTCCATGGTAAAGTAA	MNIHEYQGKEILRQYGVKVPNGKVAYAVEEAVEAAKQLGSDVTVVKAQIHAGGRGKAGGVKIAKNVDEVRTYADEILGKTLVTHQTGPQGQEVKRLLIEEGCDIQKEYYIGLVLDRATSRVVMMASEEGGTEIEEVAAATPEKIFKEVIDPVVGLTGFQARRLAFNINIPHDLLGKAVKFMIGLYTAFVEKDCSIAEINPLVTTGDGEVLALDAKLNFDDNALFRQKDIMNLRDFDEEDEKEIEASKYDLSYISLDGNIGCMVNGAGLAMSTMDIIKHYGGEPANFLDVGGGATAEKVTEAFKIILSDKNVKGIFVNIFGGIMKCDVIAEGVVEATKQVGLEIPLVVRLEGTNVARGKEILEASELNITSANSMADGAQKIVSMVK	PGPT0019515_3017	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
AK148_00594	264	flhB_2	COG1377	Flagellar biosynthetic protein FlhB	ATGAATTTAAAACAAAGGAAAGTAGCAGCACTGCGCTATCATGAAGCACATCACACTGCTCCTGTCGTTACTGCTTCTGGTAGAGGTAAACTGGCAGATGAAATCATTGAAACAGCAAAGGAAAATAATATTCCAATTTTAGAAGATGCTTCTTTAGTAGAGTTGTTAGGTCAATTAAACATAAATGAAACGATTCCAGAAGAGCTTTATGAAGCAGTAGCTGAAGTATTTGCATTTATCTATCGTACAGATCAGCAAATGTAA	MNLKQRKVAALRYHEAHHTAPVVTASGRGKLADEIIETAKENNIPILEDASLVELLGQLNINETIPEELYEAVAEVFAFIYRTDQQM	PGPT0029865_1203	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0029865-flhB2-K04061	NA	NA
AK148_00595	1632			hypothetical protein	GTGCGCATCCATCAGTTGAAAGAAATATTACAACTAAATAAGTTAAAAATTCCCTCACAACAACTCAAAAAAGGTCAAATTATTCAAGGACAGGTTATTAAAATATACCCCGAAAATAAGGTGCAAATACAATTAGGTGGCTTGCGACTGGTAGCTCAGTTACAAGCTTCTTTAACAACTGGAAAGTATTATTATTTTCAAGTTATGCAAGCTGATGAATTGTTAAAATTAAAGGCATTAGGTAATGAAGCATTGAATGCGAATCAATTGTTACAGCAACTTTCTTTAAAAATGGCAACGAACCAAGCGGAGCTTGTGCAGCAATTAACGAAGGAACAAATATCTTTTAATAGAGAGCAATTGCAACAAGCTTTTGAATATATGTCACAATATAAAGATAAGCAAGTTCAAGTTTTTATGCCTATAATGAAAGAGTTAATAGCGAATGAATGGCCAATAACTGAACAAACTACGAAAGCTCTTCACATGCAAAAAAATTTTCCTTTCGCTACTCAATTGCAAAAACTTTTGCATATGCTACCGAAGGATTCGAATTTTTCAATGCTGCGAGGCCATTTAAGCGATCTTTTACAACCAACTGCTGAAAATATTGCAAATAGCCAAAATCAAATGGGTAAGCTACTATCTTTACGAAATAAACAAGTGTTTTCCCTCATCCAGTCGTTATTAGATGGTCAAGACCTTTATTCTTCCAACACAATAAATAATTTAAAGCATTATATAACTAATAATCAATGGTTTATACAAAATGCTGACCAAATATTAAAAAAATGGGAAAGCAAACTTCTATTAACTGCGGCTAATCAATATATGTTTTCAGATGATGAAGTCTCACAGTTAAAACAAGATGTAACAAAAGTTTTTCCGACAATATTCGCCAAAAACGTAGGTAACGGAGGTGATTTTGGCGGTTTACTCGTTCAGTTACGTGCATTGCAAAAGTCACAGACATATGAACAATTAGAGCAAATTATTACGTTTTCACAAAAAATTTTATTGACAGAGCCAAAGGAGCAATTCTTGCAATTGACAAAACGGTTTTTGCAACTTTCTGGTATATCACATGAAAATTTGTTGGTTAAAGGAGAATCTCCGCCAACTACGATTAAAAGTCAATTGATTTCCATGTTACAGCAAACAAAAGGTGGGTTGGGGGAACAACTACAGCAAGTGCTTCACCATTTACATGCTGTGCAATTATCTTCTGTGCAAGATTTCGATAATGGCTTTTTGCAAGCATACCTACAAATACCAGCCTTAAAGTTAGGATTAACAAATGATATGGAAATAAAGTTCGAAGGAAAGAAAACAGAAACAAATAAGTTAGATCCAAATCATTGTCGAATTGTGTTCTATTTGGAATTAACAAATATAAAAGAAACTGTGGTAGATATGCATGTACAAAACCGAAATATTAGCATTCATGTTTTCAATGATCATATCCAATCGCGAACACTTCCAATGCAATTTCAGCCTTTATTAAAGAAAGGGTTAAAGGAAATGAATTATCATCTATCTTCTATTTCATTCTTTGCTTTACATCAAGGAAAGAAAGCAAAAAAAGTTGCATTTAATGCTCAGAGTTATCAAGGGGTGGATTATCGAATATGA	MRIHQLKEILQLNKLKIPSQQLKKGQIIQGQVIKIYPENKVQIQLGGLRLVAQLQASLTTGKYYYFQVMQADELLKLKALGNEALNANQLLQQLSLKMATNQAELVQQLTKEQISFNREQLQQAFEYMSQYKDKQVQVFMPIMKELIANEWPITEQTTKALHMQKNFPFATQLQKLLHMLPKDSNFSMLRGHLSDLLQPTAENIANSQNQMGKLLSLRNKQVFSLIQSLLDGQDLYSSNTINNLKHYITNNQWFIQNADQILKKWESKLLLTAANQYMFSDDEVSQLKQDVTKVFPTIFAKNVGNGGDFGGLLVQLRALQKSQTYEQLEQIITFSQKILLTEPKEQFLQLTKRFLQLSGISHENLLVKGESPPTTIKSQLISMLQQTKGGLGEQLQQVLHHLHAVQLSSVQDFDNGFLQAYLQIPALKLGLTNDMEIKFEGKKTETNKLDPNHCRIVFYLELTNIKETVVDMHVQNRNISIHVFNDHIQSRTLPMQFQPLLKKGLKEMNYHLSSISFFALHQGKKAKKVAFNAQSYQGVDYRI				NA	NA	NA	NA	NA
AK148_00596	771	rnhB	COG0164	Ribonuclease HII	ATGAAGAAAATATCTATTAGAGAACTGAATTGCTTGTTTGATGCAGATGAATTGGACGAGAAACAAATTGAATATTTGCGATTGGATGAAAGAAAAGGCGTGCAACAATTAATTCATAAATATGATAAACAACAGCTTAAATTTCAAGCGCTACAAGAACGTTATGTGGAAATGACAATATTTGAACGCTGGCACTATAAACAAGGAATAAAATATATAGCTGGAGTTGACGAAGCTGGAAGAGGCCCCTTAGCTGGTCCTGTTGTAGCAGCTGCAGTAATCTTACCATCCAATTTTAAATTATTAGGACTAGATGATTCCAAACGGTTAACGGAGTCAAAACGAAATGAATTTTTTTATTACATAAAAGAACATGCAATTAGTTATGGAATTTCTATAGTTGATAGTAAAATAATAGATCAAATTAATGTATTAGAGGCAACAAAACTAGCTATGGCCGAAGCTATTGAAAAATTAGACCCTGTGCCTGAACATATATTAATTGATGCTGTAGAATTGCAAAAAATAACAATTTCAAGTGAAGCAATTACAAAAGGTGACGCCAAAAGCATCTCAATTGCAGCAGCTAGTGTACTGGCAAAAGTGACAAGGGATAATTATATGAAGGAATTACATCTTCAATTCCCTATGTATGAATTTGCTTTTAATATGGGGTATGGGACAGCAGAGCATGTGAAAAAAATACATCAATATGGTGTTTGTCCACAGCACCGCCGCTCATTCACACCAGTTAAAAAAATGATCAATTAG	MKKISIRELNCLFDADELDEKQIEYLRLDERKGVQQLIHKYDKQQLKFQALQERYVEMTIFERWHYKQGIKYIAGVDEAGRGPLAGPVVAAAVILPSNFKLLGLDDSKRLTESKRNEFFYYIKEHAISYGISIVDSKIIDQINVLEATKLAMAEAIEKLDPVPEHILIDAVELQKITISSEAITKGDAKSISIAAASVLAKVTRDNYMKELHLQFPMYEFAFNMGYGTAEHVKKIHQYGVCPQHRRSFTPVKKMIN	PGPT0017710_13	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0017710-pgm-K01835	NA	NA
AK148_00597	858	rbgA	COG1161	Ribosome biogenesis GTPase A	ATGACAATACAATGGTTTCCTGGCCATATGGCAAAAGCAAAGCGTGAAGTAGAGGAAAAACTGAAGCTCGTTGATTTTGTTATCGAACTAGTAGATGCTAGAGCTCCTCTTTCTTCTCAGAATCCCATGTTGCAGCAAGTAATTCAGCAAAAGCCAAAAATGGTTGTAATGATGAAAAAAGACTTAGCTGATCAACAAATTACGGAACAATGGATAAAATACTTTGAACATCATCAGATCTCAGCCATTGCTATTAACGTAAATGAACGGCATGATATACAAGCTGTTATACGGTTGGCAAAAGAGCATGCTAAGATGAAAATGGAAAAACTACGTTCTAAAGGTATACAGCCTCGAGCTCCTCGTGCTATCATTGTTGGCATACCAAACGTTGGTAAATCAACATTAATTAATCGCTTGGCAAATAAAAAAATAGCTAAAACGGGAAATAAGCCAGGGGTGACAAAACAGCAACAATGGATAAAAGTGAAATCTGATTTTGAACTTTTAGATACACCTGGGATATTATGGCCGAAGTTTGAAGATCAAGAAGTTGGGCTTCGATTAGCTGCAATTGGTACTATTAAAGATCAATTACTTTCATTGCAAGATATCGTTGCCTTTGTTATTCAATATATGCAACAATATTACCCAGAAAACTTAAAACAACGTTATAATTTGGAAAATACGCTAGAGGATATGTGGGATATATTCAACTATATCGGTAAGCAGCGTGGAGCGCTTGAAAGCGGAGGGAAAGTTAATTTTGCAAAAGTGTCTGATATAGTAATTCAAGATTTACGTTCAGGTAAACTTGGTAAAATTTCTTTGGAAACACCTGAAATCGAATCAACTTAA	MTIQWFPGHMAKAKREVEEKLKLVDFVIELVDARAPLSSQNPMLQQVIQQKPKMVVMMKKDLADQQITEQWIKYFEHHQISAIAINVNERHDIQAVIRLAKEHAKMKMEKLRSKGIQPRAPRAIIVGIPNVGKSTLINRLANKKIAKTGNKPGVTKQQQWIKVKSDFELLDTPGILWPKFEDQEVGLRLAAIGTIKDQLLSLQDIVAFVIQYMQQYYPENLKQRYNLENTLEDMWDIFNYIGKQRGALESGGKVNFAKVSDIVIQDLRSGKLGKISLETPEIEST				NA	NA	NA	NA	NA
AK148_00598	576	spsB		Signal peptidase IB	TTGACTGAAAAATCAAATAGAAAAAAGTATCGCGAAGAGTGGTTAGGATGGGGAAAAACAATTTTAATTGCTCTTGGCTTGGCATTTATCATTCGTACATTTTTGTTTGCGCCTATTGTGGTGGAAGGTCCATCTATGCTCCCAACATTACATAATGGCGATCAAATGATGGTAAATAAAATCATTTATAACCTGAAAGACCCAAAACGTTTTGATATTGTTGTATTTCATGCTTCTAGTGAAAAAGATTTTATTAAACGTGTTATCGGTTTACCTGGAGACCATGTTGAAGTTAGAAATAATATATTGTACATTAATGGAAAAGAAATAGAACAGAACTTTTTAAACGGCCAAGCGAATAAAACTCAAGCAAAAGTATATACAAACAATTTTACCTTGGAAGACCTTCCGGGCAGTTATCGTAAAATACCTGAAGATTACGTCCTTGTTTTAGGCGATAATCGAGAGAATTCAATGGATAGCCGCTCCCTAGGGCTTATACCAATGGATCAGATTGTTGGCAAGACAAATTTCATTTATTGGCCGTTCGAGCGTATGCAACTAATTGGAAAGTAG	MTEKSNRKKYREEWLGWGKTILIALGLAFIIRTFLFAPIVVEGPSMLPTLHNGDQMMVNKIIYNLKDPKRFDIVVFHASSEKDFIKRVIGLPGDHVEVRNNILYINGKEIEQNFLNGQANKTQAKVYTNNFTLEDLPGSYRKIPEDYVLVLGDNRENSMDSRSLGLIPMDQIVGKTNFIYWPFERMQLIGK				NA	NA	NA	NA	NA
AK148_00599	345	rplS	COG0335	50S ribosomal protein L19	ATGCAAAAATTAATAGAAGATATTACAAAAGATCAATTACGCACAGATCATCCTGAATTTCGCGCTGGGGATACTGTAAAAGTACACGTTAAAGTTGTCGAAGGTTCCCGAGAACGTATTCAGGTATTTGAAGGTGTTGTAATTAAACGACAAAACGGCGGGATTAGTGAAACATTTACAGTGAGAAAATTATCTTACGGTATCGGTGTGGAACGTACATTCCCATTACATTCTCCACGGATTGATAAAATTGAAGTAAGCCGTCGTGGTATTGTTCGTCGTGCGAAACTTTACTATTTACGTAATTTACGTGGAAAAGCGGCTCGCATTAAAGAGCGTCGTTAA	MQKLIEDITKDQLRTDHPEFRAGDTVKVHVKVVEGSRERIQVFEGVVIKRQNGGISETFTVRKLSYGIGVERTFPLHSPRIDKIEVSRRGIVRRAKLYYLRNLRGKAARIKERR				NA	NA	NA	NA	NA
AK148_00601	720	trmD		tRNA (guanine-N(1)-)-methyltransferase	ATGCATATAGATATATTGACACTCTTTCCAGAAATGTTTACAGGTGTGATGGAATCATCCATATTAAAAAAAGCACAGGATAAAAATAAGTTTACTTATCAACTAGTTAATTTTCGTGATTATGCTCAAAACAAGCATCAGAAAGTCGATGATTATCCGTATGGTGGAGGAGCGGGAATGGTGTTAACTCCCCAGCCTATTTTTGATGCGGTAGAAGCAGTAAAAAAAGAACGTTCTTCTAAGCCACGTGTTATTTTAATGTGCCCACAAGGAGAAACATTTACCCAAAAAAAAGCAGAAGAACTTGTACAAGAGGATCATCTTATTTTTATTTGTGGGCACTATGAAGGATTTGATGAACGTATACGTACACATTTAGTAAATGATGAAATATCCATAGGGGATTACGTTTTAACAGGTGGAGAGCTAGGTGCTATGGTAGTAATGGATAGTGTTATTCGCCTACTTCCTAATGTACTTGGGAATGAAGCTTCAGCACCTCAGGATTCGTTTTCATCAGGTTTATTAGAACACCCTCATTATACGAGACCAGCAGAATTTCGTGGAATGAAAGTTCCAGAAGTTTTGTTGTCTGGTGATCACGGTAAAATTGCGGCATGGAGAAAAGAACAGTCGCTCAAGAGAACGTATGAACGGAGAAAAGATCTGTTAAATAATTCAAAGTTGACAATAGATGAAAAAAGCATTGTAAAAGACTAA	MHIDILTLFPEMFTGVMESSILKKAQDKNKFTYQLVNFRDYAQNKHQKVDDYPYGGGAGMVLTPQPIFDAVEAVKKERSSKPRVILMCPQGETFTQKKAEELVQEDHLIFICGHYEGFDERIRTHLVNDEISIGDYVLTGGELGAMVVMDSVIRLLPNVLGNEASAPQDSFSSGLLEHPHYTRPAEFRGMKVPEVLLSGDHGKIAAWRKEQSLKRTYERRKDLLNNSKLTIDEKSIVKD	PGPT0007595_14	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007595-ispF-K01770	NA	NA
AK148_00602	516	rimM		Ribosome maturation factor RimM	ATGGCAGAGAAGATGTTTACAGTAGGAAAAATCATAAATACACATGGCATTAAAGGAGAAGTCAAAGTGTTACGTATAACCGACTTTGATGATCGATTTGAAGTTGGTAAGCGCGTTTACGTGGTAAATGATGGACATGCCCCTTTACAAGTTACTATAACCAGTCATCGCGTACATAAGGGTTTCGATCTGTTGCAGTTTGAAGGTTATGAAAACGTGAATGATATTATTCATTTTAAAGGCTGTGAGCTAAAAATTCCTGAATCGGATCAGACGGAATTAAATGAGCATGAATACTATTATCATGAAATAATTGGCTGTACTGTTATAACAGAAACAGGAGAAGAATTAGGAATAATTAAGGAGATTTTATCACCTGGTGCGAATGACGTATGGGTCACTAGAAAAAAAAGCGGCAAAGATATACTCATCCCGTATATTGAAGAAGTTGTTTTGGACGTTGATGTCAAAGCAAAGAAAGTCATCATTTCTCCAATGGAAGGGTTGTTGGAATAA	MAEKMFTVGKIINTHGIKGEVKVLRITDFDDRFEVGKRVYVVNDGHAPLQVTITSHRVHKGFDLLQFEGYENVNDIIHFKGCELKIPESDQTELNEHEYYYHEIIGCTVITETGEELGIIKEILSPGANDVWVTRKKSGKDILIPYIEEVVLDVDVKAKKVIISPMEGLLE				NA	NA	NA	NA	NA
AK148_00603	390			hypothetical protein	ATGCAAATAATAAAAAAGGTACAGATTAAACAAGTTTTAACGGAAGATAGTAAACAGAAAATGCAGGCAAATTTCCATGATCATAAAATGCGACTTGAGCAAGAGTGTCAACAGTTGTTGTTTGAACAGCGTAAACTACTAAATAAATCTACTTACTCCAAGCATGAACTCGAACAACGGTTTCAACAGGAAATTAATAATCGGAAAGAAAAAATAAAACTGGTTGAGTTTAAAATGGAACAACTGGATATGCTTGAAATAGGTAGTGAAATTGTTGAAAAAGAGGTTGAAGCTCTTGTTGAGGTTACAGAAGGATCCAATTGGCATGAGATAATGAAAGAACAAGCAATTGTTATAAAAGATAATATGGTGATACGGATAGATGAATAG	MQIIKKVQIKQVLTEDSKQKMQANFHDHKMRLEQECQQLLFEQRKLLNKSTYSKHELEQRFQQEINNRKEKIKLVEFKMEQLDMLEIGSEIVEKEVEALVEVTEGSNWHEIMKEQAIVIKDNMVIRIDE				NA	NA	NA	NA	NA
AK148_00604	228			hypothetical protein	ATGAAAGCTCTTATTGAAACGATTGTTACATCACTTGTAGATCATCCTGAAGATATCGTTATTACAGAAACAGAAGAAGAAACGAAGATTGTATATCATCTTTCTGTTCATTCTGAAGATGTCGGTAAGGTGATCGGAAAAAATGGTCGAATTGCAAAGGCTCTTCGAACGGTTGTTTATGCAGCGAAGACAAATAGTACTAAACGTGTGTATTTAGATATTATGTAA	MKALIETIVTSLVDHPEDIVITETEEETKIVYHLSVHSEDVGKVIGKNGRIAKALRTVVYAAKTNSTKRVYLDIM				NA	NA	NA	NA	NA
AK148_00605	279	rpsP	COG0228	30S ribosomal protein S16	ATGGCAGTAAAGATTCGTTTGAAGCGTATGGGATCAAAAAGAAACCCTTTCTACCGTATCGTTGTAGCTGATTCAAGAGCGCCACGTGATGGTCGTTCTATCGAGCAAATTGGAACGTATAACCCTGTAGTTAATCCAGTTGAAGTTAAAATAGATGAAGATAAGGCACTTGACTGGATGTCTAAAGGTGCAAAACCTAGTGATACAGTTCGCAATCTATTCTCTAAAGAAGGCATCATGAAGAAATTTCACGAGCAAAAAAATCAAGTTGCAAAGTAG	MAVKIRLKRMGSKRNPFYRIVVADSRAPRDGRSIEQIGTYNPVVNPVEVKIDEDKALDWMSKGAKPSDTVRNLFSKEGIMKKFHEQKNQVAK				NA	NA	NA	NA	NA
AK148_00606	1347	ffh	COG0541	Signal recognition particle protein	ATGGCATTTGAAGGATTAGCTGACCGCCTGCAAAGTACCATAAAGAAAATAACGGGTAAGGGTAAGGTAACGGAACAAGACGTAAAAGAAATGACAAGAGAAGTTCGTTTAGCTTTGCTAGAAGCAGACGTTAACTATAAAGTCGTTAAAGATTTAATTAAAAATATTAAAGAACGTGCGGTTGGTCAAGAAGTAATGGAAAGTTTAACACCTGGCCAACAGGTTATTAAAGTTGTCAAAGAAGAATTAACGGATTTAATGGGTGGAGAACAGAGTAAAATTGCTGTAGCTGATCGTGCTCCTACTGTGATTATGATGGTAGGGTTACAAGGTGCTGGGAAGACAACCACCTCTGGAAAGCTAGCAAACCTCTTACGAAAACAACATAATCGCAAACCATTACTCGTTGCTTGTGATGTTTATCGCCCTGCAGCGATTCAGCAATTGGAAACATTAGGACAACAACTTGACATGCCAGTATTTTCAATGGGGACAGATGCAAATCCTGTAGATATTGCAAAACAGGCAATGGTAAAAGCCAAGGAAGAGCATCATGATTATGTCATTATTGATACTGCTGGACGCTTGCATGTAGATGAAGAACTTATGGGAGAATTAAAACAAATTAAAACCGAAGTCGATCCCCATGAAATTTATCTTGTAGTTGATTCGATGACCGGCCAGGATGCTGTGAACGTTGCAGAAAGCTTCAATGAACAGCTTGATATAACAGGTGTTGTGTTAACCAAATTGGATGGTGACACTCGTGGTGGGGCCGCTCTATCTATTAAAGCTGTTACGGACAAACCTATTAAATTTGCGGGTATGGGAGAGAAACTTGATGAATTAGAAGCATTTCACCCTGATCGCATGGCGTCTAGGATTTTAGGTATGGGAGACGTGCTATCTTTAATCGAAAAAGCTCAAACGAATGTAGATGAAAAGCAAGCGAAAGAACTGGAAGAAAAAATGCGCACGATGTCTTTTACATTGGATGACTTTTTAGAGCAAATGGGTCAAGTGAAAAATATGGGTCCATTAGAAGACCTAATGAATATGATTCCAGGTGCAAATAAAATGAAGGGTTTGAAAAATGCCCAATTTGATGAAAAACAACTTGCACATGTAGAAGCGATTATTCAATCTATGACCAAGAAAGAACGTCAAGACCCAAGCATTATGAATGCAAGTAGAAAAAAACGGGTAGCTAAAGGTTCAGGTACAAATGTTTCACAAGTGAATCGCTTGCTGAAGCAATTTGATGAAATGAAAAAAATGATGAAGCAAATGACAAATATGCAAAAAGGAAAAAAAGGCAAAAAAGGAATGAAGCTGCCGTTTATGTAG	MAFEGLADRLQSTIKKITGKGKVTEQDVKEMTREVRLALLEADVNYKVVKDLIKNIKERAVGQEVMESLTPGQQVIKVVKEELTDLMGGEQSKIAVADRAPTVIMMVGLQGAGKTTTSGKLANLLRKQHNRKPLLVACDVYRPAAIQQLETLGQQLDMPVFSMGTDANPVDIAKQAMVKAKEEHHDYVIIDTAGRLHVDEELMGELKQIKTEVDPHEIYLVVDSMTGQDAVNVAESFNEQLDITGVVLTKLDGDTRGGAALSIKAVTDKPIKFAGMGEKLDELEAFHPDRMASRILGMGDVLSLIEKAQTNVDEKQAKELEEKMRTMSFTLDDFLEQMGQVKNMGPLEDLMNMIPGANKMKGLKNAQFDEKQLAHVEAIIQSMTKKERQDPSIMNASRKKRVAKGSGTNVSQVNRLLKQFDEMKKMMKQMTNMQKGKKGKKGMKLPFM	PGPT0025750_4655	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025750-ffh-K03106	NA	NA
AK148_00607	321			hypothetical protein	ATGCTAGAAAAAACGACTAGAATGAACTATTTATTTGATTTTTATCAAGCATTACTTACACCCAAACAGCGTAACTATATGGAAATGTACTATTTAGAGGATTATTCTCTAGGTGAGATTTCAGAAGTATTTGATGTATCTAGGCAAGCTGTGTATGATAATATAAAGCGAACGGAACAAATGTTGGAATCATATGAACAAAAGCTTCACTTATATGAAAAATTTCAGCGGCGCTTTGAGCTGTTAAAGCGACTGGGTGAAATAATTTCTGACGATAATGACGCGCAACAGCTCGTGAATAAAATAAAAGAATTAGATTAG	MLEKTTRMNYLFDFYQALLTPKQRNYMEMYYLEDYSLGEISEVFDVSRQAVYDNIKRTEQMLESYEQKLHLYEKFQRRFELLKRLGEIISDDNDAQQLVNKIKELD				NA	NA	NA	NA	NA
AK148_00608	996	ftsY	COG0552	Signal recognition particle receptor FtsY	ATGGGATTTATGGATAAGTTAAGAAACAAATTTCAACGAGGTCAAGAGGATGTAGAAGAAGTATCCGATAAGTACAAGGAGGGGATGAAAAAAAGTCGACAAACTTTTTCTGGAAAAATAAACGATTTGCTGGCTAAATATCGAAAAGTAGATGAAGATTTCTTCGAGGAGTTAGAAGAGGTACTAATTTCTGCAGATACCGGTGTATCTACTGTAATGGATCTAATTGATGAATTAAAAATGGAAGTAAAGCGTCAAAAGATGAAAGATACATCAGAAATGAAAGATGTTATCTCGGAAAAACTTGTAGAAATATATTATGGAGATGATGATCAGGAAATAGAGAGCCTTGCTATTCAGAAAGGTGAACTTTCCGTCATCTTAGTTGTCGGCGTGAATGGTGCAGGTAAAACTACTTCGATTGGAAAATTGGCCCACCAGCTTAAACAGGACGGAAAAAAAGTGATGCTTGCTGCTGGTGACACTTTTCGTGCTGGAGCAATTGAACAATTAGAAGTATGGGGAGAGCGAATAGGTGTGGATGTAGTAAAACAAACTGCTGGTAGCGACCCGGCAGCTGTGATTTTTGACGGGATCAAATCAGCAAAATCAAAGCAAGCTGACGTTCTCATTTGTGATACTGCTGGAAGGTTGCAAAACAAAGTGAACTTAATGAACGAATTAGCAAAAGTGAAGCGGGTCATCGCAAAAGAAATTCCAAACGCTCCGCATGAAGTGTTGCTCGTTTTAGATGCAACGACTGGTCAAAATGCTTTAAGCCAAGCAAAAGTCTTTGCTGAAGCGACAGATGTAACCGGGATTGTTTTAACGAAATTAGACGGTACAGCTAAAGGTGGAATTGTTTTAGCTATCCGAAATGAACTACAAATTCCAGTTAAATTTGTCGGTTTAGGAGAAGGAGTAAATGATTTACGCCCGTTTGATGCTCATGCATTTGTCTACGGTCTCTTCGCTGATTTATTAGAAAAAGAATAA	MGFMDKLRNKFQRGQEDVEEVSDKYKEGMKKSRQTFSGKINDLLAKYRKVDEDFFEELEEVLISADTGVSTVMDLIDELKMEVKRQKMKDTSEMKDVISEKLVEIYYGDDDQEIESLAIQKGELSVILVVGVNGAGKTTSIGKLAHQLKQDGKKVMLAAGDTFRAGAIEQLEVWGERIGVDVVKQTAGSDPAAVIFDGIKSAKSKQADVLICDTAGRLQNKVNLMNELAKVKRVIAKEIPNAPHEVLLVLDATTGQNALSQAKVFAEATDVTGIVLTKLDGTAKGGIVLAIRNELQIPVKFVGLGEGVNDLRPFDAHAFVYGLFADLLEKE	PGPT0025740_3669	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025740-ftsY-K03110	NA	NA
AK148_00609	3567	smc_2	COG1196	Chromosome partition protein Smc	GTGTATTTGAAAAAATTAGAAAGCGTCGGTTTTAAATCGTTTGCCAAACGAATAAGTGTTGATTTTGTTCCGGGAGTAACAGCTGTAGTTGGACCAAACGGGAGCGGAAAGAGCAATATTACAGATGCTATTCGTTGGGTTCTCGGAGAGCAATCAGCAAAATCGCTGCGCGGTTCGAAAATGGAAGACATTATATTTCAAGGTAGTGATACACGCAAACCGCTTAATGTTGCTGAAGTAACATTAGTTCTTGATAATCATGATCAACTTCTACCATTAGATTATGATGAAGTAAGTGTAACGAGACGTGTTTATCGCTCTGGTGATAGTGAGTACTATATTAATAACCAATCCTGTCGCTTAAAAGATATTGTTCATCTATTCATGGACTCAGGGCTTGGTAGGGAAGCTTTTTCGATTATTAGCCAAGGAAAAGTAGAAGAAATATTGAGTTCTAAGGCAGAAGAAAGAAGAACCATTTTTGAAGAAGCAGCAGGCGTTTTAAAATATAAACAACGAAAGAAAAAAGCAGAATACAAACTTGCGGAAACACAAGAAAACTTAAATCGTGTGGAAGATATTATTCATGAAATTGAACAGCAAATGGATCCTTTACGAGAGCAAGCAGAAACTGCTCATCAATATAAGGTGTTTAAAGAGCAATTAAAGGAGACTGAAATTACATACTTACTTGCTGAAATTGATCGCCTCCATACAGAATGGAAATCAATGTTAGCAGAATTAGAAAAGATAAAAAATAAACAACATCATGTACAACAAACTTTGAAGCAAAAAGAGCAGCAGCAGGAACAAGAGCGTTTAGCTATTGTGCAAATGGATGAAAAATTAGAGCAATTACAAGCAGATTTATTAACAGCAACACAAACACTGGAAAAATATGAAGGGAAGAAGCAATTGTTTTTGGAACGTTCTAAACACTTTTCTGAAAACAAGGCAAAGCTAGATTCCCAGAAGAATCAAACTTCCGTACGAATTGGTCGTTTACACGATGTTTTTGTGCAAGAAAAGAAGAACTTAACAGCATTACAAACCGCCAAAAAAACAACTGCTGATACTGTGAAAGAGTTAGAGCAGAAGCTCAGATTAGGAAATGCAAATTTGACTCAAAAGATAGAAGATCGAAAGTCCGATTATATTGAGTGTTTAAATCAACAAGCTGCTAAACGTAATGAAAAACAAACGTTAGATGAGCGGTTGCAGCAATTAGCTGTGAAGACAGAAAAACAAGCAGAGAAGTTTGCCGGGTTAATTCACGAACGAGAGAAATTACAAGAAAAATGGAACACGCTTGCACCTGATGTGGACAAGCAAAAACAAGTATGTATGCAAAAAGAAAAGAATATTCATTCCACAAAAGAATTATTACAACAGGAACGTTATGCCTTTCAAGAAGCACAAACTAAACTATATCAAGGCTACCAATATATCGAAAAAGTAAAATCCAAAAAAGAAATGCTTGAGGAGATGAAGGAAGAATTTCAAGGTTTTTTCCAAGGTGTAAAGGCTGTACTAAAGGCTCGTAAAGAAAATAAACTTGCTAACATATATGGCGCAATTATTGAACTAATAGAAGTTCCTAAAGCGTATATTACAGCTATAGAAACCGTACTTGGTGGGCAAGCGCAGCATATTGTTGTAAGAGATGAACAATCAGCTAGGCAGAGTATTTCCTGGTTAAAGCAAACAAATAATGGGAGAGCTACTTTTCTACCTCTTTCCTCCATTCAACAGCGGTTTATTCCTAATGAACTAAAAATTCAACTAGCTGAGCATGAGGGATATGTTGGTGTTGCAGGTGAACTTGTTCAAACCGAGGCTATGTATCGTAAAGCAATTAATCATTTAATGGGGCATGTTATTATAGCTAAAACTTTGAAGGATGCAAATGAATTAGCGGCGCTAGCTTCCAGACGGTATCGTATTGTAACTCTGGATGGAGATGTCGTTCATCCAGGAGGATCCATGTCCGGTGGTGCCAAGAAGAAGACAAACCAATCGTTATTTACGCGTGAAAAAGAACTTGAAGAAATGGTTGAGAAGTTAGCTACTTTTAATAAGAAAGTGTTGGACTTTGAAAAAACTGTCCAAAATAAAAAGGCGAACATTCAACAATTGGAACAAAAGTTAAATGAAGAAGAATCAAGTGTACAAGTTGAGCAAAGCCAACTCCAGCAAATGCAAGAAAGTATGCACGAGTTAGAAATAAGGTTGCATGCTTTAAATGATCAATTGCAAATATATGATCAGGATAAACGACAACATTCCGAAGATCATGAGGGTGTAGCAAATCGAAAAGCGGAGTTAGAAAAAGAACTAAAGCAACTTGATGAACAAGCAAAAGAAATTGAACAGGAAATTAACGAGTTAAACAAACAACAGACAGAGTTAATCGAGAATAAAGAAAAGCTGCAAGAAGAATTGCACCAAAAGCAAGTTTTACTAGCGGAACAAGAAGAACGTGTTAAGAGCCAACGAGAAAAAACAAAACAAGTGCAAAATCAACTAACAGAGCTTCAACGCGAATATGATCAATATGTAGAAGAGTGGAATAATCTCATTGAATTTCAAGAAACCAAGGAAACAGAGGAAGACATCGATGATACAATTCGCCAACAGTCAGACGCAAAACAAGGAATAACAGCATCTTTACAAAAAATACGAGCAGAACGAGATACTAAATCAAAACAAATGCAAGCAAAAGAGCAGGAGCTTAAGCAAATTCATACTGAATTGGACGACCTTAGACGAGAATCAAATGAGAAAGAAGTGAAGTCTAATCGGATGGATGTAGAACTTGAGAATATGTTAAATCATTTACAAAATGAATATTTGATGACTTATGAAAAAGCGCGTCAATTCTACAAAAAAGCTCAAGATAAACAAGCTGCCCAAGCTGCTGTTACCCAATTAAAGCAACAAATTTATCAATTGGGAACAGTGAATATAGGAGCGATTGATGAGTATGAGCGCGTCTCTGAACGATACGATTTCCTCAAAGAACAACAGACAGATCTTGTAGATGCGAAGAAAACATTATATGAAGTAATTGGCGAAATGGACGAAGAAATGAAAGACCGTTTTGGTGAGACTTTTTCGCAGATTAAAGAAGCTTTTGCGAATGTTTTCAAGCAATTGTTTGGCGGTGGCCATGCTGAATTGAAATTAACAGACCCTAAAAATCTACTCGATACAGGTGTGGACATTATTGCACAGCCACCAGGAAAGAAATTGCAGCATCTAGGTTTATTATCGGGTGGAGAGCGGGCGCTAACTGCAATTGCTTTGTTATTTGCAATTTTACGTGTTCGTCCGGTTCCATTTTGTGTGCTTGATGAAGTAGAGGCAGCGTTAGATGAAGCAAATGTAACTAGATTTGCTAAATATGTGAAAATTTTTAGTGAAAAAACACAGTTTATTGTTATAACACACCGTAAAGGTACAATGGAGCAAGCAGATGTGCTATATGGTGTAACTATGCAAGAATCAGGTGTTTCACGTTTAGTATCTGTTCGCTTAGAAGAGACAGAACAATTAGTTGAACAATAG	MYLKKLESVGFKSFAKRISVDFVPGVTAVVGPNGSGKSNITDAIRWVLGEQSAKSLRGSKMEDIIFQGSDTRKPLNVAEVTLVLDNHDQLLPLDYDEVSVTRRVYRSGDSEYYINNQSCRLKDIVHLFMDSGLGREAFSIISQGKVEEILSSKAEERRTIFEEAAGVLKYKQRKKKAEYKLAETQENLNRVEDIIHEIEQQMDPLREQAETAHQYKVFKEQLKETEITYLLAEIDRLHTEWKSMLAELEKIKNKQHHVQQTLKQKEQQQEQERLAIVQMDEKLEQLQADLLTATQTLEKYEGKKQLFLERSKHFSENKAKLDSQKNQTSVRIGRLHDVFVQEKKNLTALQTAKKTTADTVKELEQKLRLGNANLTQKIEDRKSDYIECLNQQAAKRNEKQTLDERLQQLAVKTEKQAEKFAGLIHEREKLQEKWNTLAPDVDKQKQVCMQKEKNIHSTKELLQQERYAFQEAQTKLYQGYQYIEKVKSKKEMLEEMKEEFQGFFQGVKAVLKARKENKLANIYGAIIELIEVPKAYITAIETVLGGQAQHIVVRDEQSARQSISWLKQTNNGRATFLPLSSIQQRFIPNELKIQLAEHEGYVGVAGELVQTEAMYRKAINHLMGHVIIAKTLKDANELAALASRRYRIVTLDGDVVHPGGSMSGGAKKKTNQSLFTREKELEEMVEKLATFNKKVLDFEKTVQNKKANIQQLEQKLNEEESSVQVEQSQLQQMQESMHELEIRLHALNDQLQIYDQDKRQHSEDHEGVANRKAELEKELKQLDEQAKEIEQEINELNKQQTELIENKEKLQEELHQKQVLLAEQEERVKSQREKTKQVQNQLTELQREYDQYVEEWNNLIEFQETKETEEDIDDTIRQQSDAKQGITASLQKIRAERDTKSKQMQAKEQELKQIHTELDDLRRESNEKEVKSNRMDVELENMLNHLQNEYLMTYEKARQFYKKAQDKQAAQAAVTQLKQQIYQLGTVNIGAIDEYERVSERYDFLKEQQTDLVDAKKTLYEVIGEMDEEMKDRFGETFSQIKEAFANVFKQLFGGGHAELKLTDPKNLLDTGVDIIAQPPGKKLQHLGLLSGGERALTAIALLFAILRVRPVPFCVLDEVEAALDEANVTRFAKYVKIFSEKTQFIVITHRKGTMEQADVLYGVTMQESGVSRLVSVRLEETEQLVEQ				NA	NA	NA	NA	NA
AK148_00610	222			hypothetical protein	ATGAATTTAGAAACACCATCTCAGGAAAATTTAAAAATACTTTTAGATGAGATTGCTGATCACCTTTCCATTGTCAATCGTACAATTATGGATGCAAAAGATTACGATCTAAATAAATATTCAGAGCTAAAGTCGCTGTATGATTTAATTAAACAAAAAGGGCACCTTAGTACACTTGAGACGCAAGCCTTTATAGAGGAATTACGAAATACTCGTAAATAA	MNLETPSQENLKILLDEIADHLSIVNRTIMDAKDYDLNKYSELKSLYDLIKQKGHLSTLETQAFIEELRNTRK				NA	NA	NA	NA	NA
AK148_00611	684	rnc	COG0571	Ribonuclease 3	ATGAATGTTGATCAATTAGAAAAGCAATTAGGTGTTCGTTTTCACAATCCCTCACTAATCGTACAAGCATTTACTCATTCATCTTATGTGAATGAGCATCGTGATCAAGTATTTTCGGATAACGAAAGGCTCGAATTCTTAGGAGACGCTGTATTAGAGCTTGGCGTATCTCAATATTTATTTCGGACGAATGAAAAAATGCCTGAAGGGGAAATGACAAAGTTAAGAGCTGCAATTGTTTGTGAACCTTCTTTAGCCAGTTTTGCACGTGGCTTACGGTTTGGAGCGTATATCTTACTAGGTAAAGGAGAAGAGCAAACTGGTGGTCGTGACCGCGATGCCCTGCTGGCGGATGTTTTTGAAGCATTTTTAGGTGCGCTTTTTTTAGATCAAGGTTTTCATACAGCCATACAGTTTCTCGAAGACTATATATTTCCGAAAATAACAAATGGTGCTTTTTCGCATGCGATGGATTATAAGAGCCAATTACAAGAATTAATTCAACAAGTAAAACACCGTTCAGTTGAATATAAGATTGTCGAAGAACGAGGGCCCTCTCATGACAAGGAATTTGTAGCTAAGGCTTTTATACAAGGTGAAGTATACGGATCAGGAATAGGGCGTACAAAGAAAGAAGCTGAACAGAGGGCAGCTAAAGCCGCTTTAGATAAATACAAACAATAG	MNVDQLEKQLGVRFHNPSLIVQAFTHSSYVNEHRDQVFSDNERLEFLGDAVLELGVSQYLFRTNEKMPEGEMTKLRAAIVCEPSLASFARGLRFGAYILLGKGEEQTGGRDRDALLADVFEAFLGALFLDQGFHTAIQFLEDYIFPKITNGAFSHAMDYKSQLQELIQQVKHRSVEYKIVEERGPSHDKEFVAKAFIQGEVYGSGIGRTKKEAEQRAAKAALDKYKQ				NA	NA	NA	NA	NA
AK148_00612	237	acpA	COG0236	Acyl carrier protein	ATGGCAGATGTATTTGATCGTGTAAAAGCAATCATTGTCGATCGTCTTGATGTTGACGAGGCAAAAATAACAATGGAAGCTTCTTTTAAAGATGATTTAGAAGCAGATTCATTAGATGTTGTTGAACTTGTTATGGAACTAGAAGACGAATTTGACATGGAAATTGCTGATGAAGAAGCAGAAAAAATTAATACAGTAGGTGATGCTGTTAACTACATAAATAATTTACAAGGTTAA	MADVFDRVKAIIVDRLDVDEAKITMEASFKDDLEADSLDVVELVMELEDEFDMEIADEEAEKINTVGDAVNYINNLQG	PGPT0011375_6048	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0011375-acpP-K02078	NA	NA
AK148_00613	744	fabG_2		3-oxoacyl-[acyl-carrier-protein] reductase FabG	GTGATTCTAACTGGAAAAAATGCACTAGTTACAGGAGCTTCAAGAGGAATTGGTCGGGCTATAGCCCTTGAATTAGCAAAGCGAGGAGCAAATGTTGCTGTTAATTATGCAGGTAGTGAAGCAAAAGCAGAAGCCGTTGTAAGTGAAATTCAACAGCTTGGAAGACAAGCTTTTAAAATTAGAGCAAATGTAGCAGACGAATCGGAGGTAAAAGCGATGATAAAGGAAGTAGTTTCTCGTTTTGGTTCGTTGGACATTCTAGTGAATAATGCTGGAATAACGCGGGATAATTTGCTAATGAGGATGAAAGAAACGGAATTTGATGAAGTTATTAATACGAATTTGAAAGGTGTATTCATTTGTACGAAAGCAGTTACGAGACAAATGATGAAGCAGCGTGCAGGAAAAATTATTAACGTTGCCTCCATCGTTGGTGTGAGCGGAAACCCTGGTCAAGCAAATTATGTAGCTGCCAAAGCAGGAGTAATTGGGTTAACCAAGACAACTGCAAAAGAGTTAGCTACTAGGAATATTCATGTAAATGCGGTAGCACCAGGTTTTATTTCAACAGATATGACCGATGCTTTATCGGAAGAACAACATAAAGAAATGCTTGCATTGATTCCGTTGCAAAAACTAGGAGAGCCAGAAGATGTAGCGAAGGTTGTCCGATTCTTGGCAAGCGAAGATGCAGACTATATTACTGGTCAAACGATCCATATTGATGGTGGCATGGTAATGTAA	MILTGKNALVTGASRGIGRAIALELAKRGANVAVNYAGSEAKAEAVVSEIQQLGRQAFKIRANVADESEVKAMIKEVVSRFGSLDILVNNAGITRDNLLMRMKETEFDEVINTNLKGVFICTKAVTRQMMKQRAGKIINVASIVGVSGNPGQANYVAAKAGVIGLTKTTAKELATRNIHVNAVAPGFISTDMTDALSEEQHKEMLALIPLQKLGEPEDVAKVVRFLASEDADYITGQTIHIDGGMVM	PGPT0003180_14636	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
AK148_00614	942	fabD		Malonyl CoA-acyl carrier protein transacylase	ATGAAAAAAGTAGCTTTTATGTTTCCAGGACAAGGTTCTCAAGAAATAGGCATGGGGAATGAATTGTATCATACTTATCCAGAAGTGAAGCAATTATTTCAAGAAGCTGATGAATTATTGGAAATAAACTTAAGTCAAATTATAAGTAACGGACCAAAGGAACGATTAACCGCTACTGAATATGCGCAACCAGCTTTGCTATTATTAAGTACAGCAATACACGCGCTACTCTCAAAATATGGCGTTCAGCCAGTTAATCTGGTCGGACATAGTCTTGGGGAATATAGTGCGCTCGTTGCTTCAGGTGCGATTGCTTTTGATGAAGCACTTCCATTAGTAGCTAAACGGGGTCAGTTAATGGAGGAAGCTTTCCCGAAAGGACAAGGAACGATGGCAGCCGTATTAGGTCTAGATGGGCAAACTGTTCATCAATCATTAACCGAAGTAGAAGATGAAATAGTGGATATCGCTAATTTGAATTGTCCTGGTCAAGTTGTTATTTCGGGCTCTGTAAAAGGTGTGGATCGTGCTACTGAAATATTAAAGGCACACGGAGCAAAGCGGGTATTACCTCTAAATGTTAGTGGTCCATTTCACTCTCGACTAATGCAAGCAGCCAATGAGTCATTTTCCGCTTATTTGGATAAAGTAACGATAAGAGATGCTAAAATACCAGTTTATGCTAACGTTTCTGCTCAACCAGTAAGAGACAAACAAGAAATAAAACAATTACTCGTAAAACAACTTTATTCTCCTGTGCGCTTTGAAGAATCCATTCAAAATATGATGAAGCATGAAGTTGATGCGTTTGTGGAAGTAGGAAATGGAAAAGTTTTAAGTGGACTTGTAAGGAAAATTGATCGGAAAACGAAAACATTCGCCGTTCAAGATGTCGCATCATTAAATGAATTTATTGCATGGTATAAGGAGGAGAAAATGTGA	MKKVAFMFPGQGSQEIGMGNELYHTYPEVKQLFQEADELLEINLSQIISNGPKERLTATEYAQPALLLLSTAIHALLSKYGVQPVNLVGHSLGEYSALVASGAIAFDEALPLVAKRGQLMEEAFPKGQGTMAAVLGLDGQTVHQSLTEVEDEIVDIANLNCPGQVVISGSVKGVDRATEILKAHGAKRVLPLNVSGPFHSRLMQAANESFSAYLDKVTIRDAKIPVYANVSAQPVRDKQEIKQLLVKQLYSPVRFEESIQNMMKHEVDAFVEVGNGKVLSGLVRKIDRKTKTFAVQDVASLNEFIAWYKEEKM	PGPT0008350_2229	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
AK148_00615	1008	plsX	COG0416	Phosphate acyltransferase	ATGAGAATTGCAATTGACGCCATGGGAGGCGATCACGCACCAGAATCGACTGTTCTCGGTGCCATGAAAGCTGTCTCTGAAATGAAGGATTTACACATTACGTTAGTCGGTAATGAATCAGAAATAAAAAAATATGCGAGCGAACATGATCGAATTCATATTCTACATACGAATGAAGTGATTACTGCTGAAGATGAGCCTGTGCGTGCTGTTAGAAGAAAAAAGCATTCTTCACTAGTTTTGGCAGCGAATGAAGTCAAACAAGGTAAGGCAGATGCTTGTATCTCAGCAGGAAACACGGGAGCATTAATGAGTGCGGGATTATTTGTTGTAGGTCGAATCAAAGGGATTGAACGACCAGCTTTAAGTCCTACGCTTCCAACATTAGATGGTCAAGGATTTTTATTTTTGGATGTTGGAGCCAATGTAGATGCAAAACCGAACCATTTACTTCAATACGCCATAATGGGTTCTATTTATTCCGAAAAGGTTCGTGGTTTATCTCAGCCAAAAGTAGGTCTTTTAAGCGTTGGCACGGAAGATGGAAAAGGATCAGAATTAACGAAAAAGACTTTCCAATTACTACAAGAAGCACCGATTAATTTTATTGGAAATGTTGAAGCTCGTGATATGTTAGATCACGTTGCAGATGTTATTGTAACGGATGGATTTACCGGAAATGTTGCGCTTAAAACGATCGAAGGGACAGCTGGTTCGATCTTTGCTATGTTAAAACAGACATTAACGTCATCTACTAAAAGTAAGCTAGCAGCAGGCATGTTGAAAAAAGATTTAAAAGCTTTGAAAACAAAGTTAGATTACTCGGAATACGGTGGTGCCGGTTTATTTGGACTGCAGGCACCAGTCATTAAAGCACATGGATCCTCTGATCAAAGAGCAATAGCTAACGCGATTAAGCAAGCACGCTATATGGCAGAAAACCAAATCGCAGAAACGATTCAGTCAACGATTGAGTCCTTACATGTAGCGAAGGGGGAAGATGAATGA	MRIAIDAMGGDHAPESTVLGAMKAVSEMKDLHITLVGNESEIKKYASEHDRIHILHTNEVITAEDEPVRAVRRKKHSSLVLAANEVKQGKADACISAGNTGALMSAGLFVVGRIKGIERPALSPTLPTLDGQGFLFLDVGANVDAKPNHLLQYAIMGSIYSEKVRGLSQPKVGLLSVGTEDGKGSELTKKTFQLLQEAPINFIGNVEARDMLDHVADVIVTDGFTGNVALKTIEGTAGSIFAMLKQTLTSSTKSKLAAGMLKKDLKALKTKLDYSEYGGAGLFGLQAPVIKAHGSSDQRAIANAIKQARYMAENQIAETIQSTIESLHVAKGEDE	PGPT0024410_2421	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024410-plsX-K03621	NA	NA
AK148_00616	588	fapR	COG2050	Transcription factor FapR	ATGGATGGTGCAGTCATGAAAAGATCAAAGGCTGATCGGCAGCGTTTATTAAAAGAAACGATTGAACAAACACCTTTTATAACAGACGAAGAGTTAGCCAAGAAATTTAATGTAAGTATCCAAACTATTCGCTTGGATCGCATGGAATTAGCCATTCCTGAACTGCGACAACGTATTAAATCAGTGGCGACGGAACAGTGGAATGAGACGGTTAAAGCACTACCACTTGAAGAGGTGATTGGTGAAGTTATTGATTTAGAATTGGATGAACGAGCAATTTCAATTTTAGATATTCGTCAAGAACATGTTTTTTCACGAAATAAAATAGCTCGCGGTCACCACCTCTTTGCACAAGCCAATTCGTTAGCAGTTGCTGTATTGAATGACGAACTGGCACTGACTGCGAAATCAGAGTTGAAATTTACGAGGCAAGTGAAAGAGGGAGAACGCGTAATAGCTAAAGCTGTAGTAAAAGGGGAAGAAAAAGGATTAACTCTCGTACATGTAAATAGTTTTGTAGAAAATGAGTTAGTATTTACAGGTGTATTCTATATGTATCAATTGAATCAGCATAAAGGAGCAGACTAA	MDGAVMKRSKADRQRLLKETIEQTPFITDEELAKKFNVSIQTIRLDRMELAIPELRQRIKSVATEQWNETVKALPLEEVIGEVIDLELDERAISILDIRQEHVFSRNKIARGHHLFAQANSLAVAVLNDELALTAKSELKFTRQVKEGERVIAKAVVKGEEKGLTLVHVNSFVENELVFTGVFYMYQLNQHKGAD				NA	NA	NA	NA	NA
AK148_00617	2031	recG		ATP-dependent DNA helicase RecG	ATGTTAACCGATCCTGTTACCCACGTGAAAGGTGTTGGGGAGAAAATGGGTGAGGATTTTGCTCATATCGGCATTTTTACAGTAGAAGATTTATTCAATTATTTTCCCTATCGGTATGATGTTTTTGAAATAAAGCCATTAAGTGAGCTTGTACACGATGATAAAGTTACGATTGAGGGAAGGGTAGTCCACGATCCTTCTCTCACTTTTTATGGAAAGCAAAAATCAAGATTAACTTTTACATTGGAAGTAGAGCAAATTGCTGTAAAAGCGGTTATGTTTAATCGATCCTTCGCTAAAAAACATATTTTTAAAGGAGAAATAATTACCCTTGTTGGAAAATGGGACGCGCATCGCTTACAAATTACAGTGAATACGTATAAGAAAGGACCAGCTTCACAGCAAGATGAAATGCAACCTGTTTACCCTGCTCGCGGAGAGCTATCGTCTGGGAAGTTAAAGAAAGTCATGAAGCAGGCGTTGGCGAGTTATTCTGATGCTATTGGGGAAATTCTTCCGACAACTTTTTTAACTGCATATAAATTACCAACCCGTAAGGAAGCGTATCAGACGTTGCATATGCCCACGAGCCGAATTGCTTTAAAACATGCACGTAGAAGGCTTATATATGAAGAGTTCTTAGTATTTCAGTTACAAATGCAGTTACTACGAAAGTGGAAACGTGAAGCTACTGTTGGAAATGCGCAAGACTATAATAGGAAGCTTGTTAAAGAATTTATAAATACATTTCCATTTACGCTAACGAGCGCACAGCAAGGCGCACTTGAGCAGATTTTAACGGACATGCAATCGCCTTATCGTATGAACCGTTTGCTTCAGGGTGATGTTGGGTCTGGGAAAACTGCTGTTGCAGCTATTTGCTTGTATGCTTCTGTTACAGCTGGGAAACAAGGCGCTTTAATGGTACCTACGGAAATATTAGCAGAACAACACTATGAATCGCTTGATAAATTATTTGGAGGACGAGCAAATATTGCTTTACTTACTGGTTCCATTAAAGAAAAAAAACGTAAAGAACTAGTGGAACAAATTTACAGTCAACAAATAGATATTGTTATCGGAACGCATGCTTTAATTCAAGAAGATGTGCAGTTTTCTGAGCTTGGGTTTGTTATTGTAGACGAACAGCATCGATTTGGTGTAGAGCAAAGACGAACCTTGAGAGAAAAAGGTTTGTCTCCGGACGTTTTGTTTATGACAGCAACCCCCATACCGCGTACTTTAGCTATAACGGCATTTGGAGATATGGATGTTTCCATCATCGACCAGATGCCTTTAGGAAGGAAAGAGATTGAAACGTATTGGGTACGAGAAACGATGTTAGATCGCGTATTGCAATTTGTGGGTAGTCGTATTCAAACTGGTGAGCAGGCATACGTTATTTGCCCGCTTATTGAAGAATCAGACAAATTGGATATTCAAAATGCGGTCGATGTGTATCACCAATTAAGGGCATATTTTCCTGAAACTGTAGAAATAGGTTTAATGCATGGAAGATTAACAACTGAAGAAAAAGAAACAATCATGAAAAAATTTGCTAATAATGAAGTTCACCTACTTGTTTCCACAACTGTAGTGGAAGTAGGGGTGAATGTTCCCAATGCAACAATTATGATGATTTATGACGCAGAGCGATTTGGATTATCACAATTGCATCAATTGCGTGGGAGAGTAGGCAGAGGAGAGAAGCAAAGCTATTGTATCTTAATTGCTGATCCGAAAGGGGAAACAGGGAAAGAACGCATGCGAATTATGGCAGAGACGACGGATGGATTTGCATTATCGGAACAAGATTTGCAACTACGTGGGCCAGGTGATTTTTTTGGAAAAAAACAAAGTGGCTTACCTGAATTTAAACTTGCTGACATGATTCATGACTACCGAGCATTAGAGACTGCTAGACAAGATGCTGCAAAGATTATTCAAGACGGTTTATTAGAAACGAAAGAATATGCATTGCTTTCAAAATATGTAGAGAATAAATTTCAGGTGGATGAAAAATTGGATTAA	MLTDPVTHVKGVGEKMGEDFAHIGIFTVEDLFNYFPYRYDVFEIKPLSELVHDDKVTIEGRVVHDPSLTFYGKQKSRLTFTLEVEQIAVKAVMFNRSFAKKHIFKGEIITLVGKWDAHRLQITVNTYKKGPASQQDEMQPVYPARGELSSGKLKKVMKQALASYSDAIGEILPTTFLTAYKLPTRKEAYQTLHMPTSRIALKHARRRLIYEEFLVFQLQMQLLRKWKREATVGNAQDYNRKLVKEFINTFPFTLTSAQQGALEQILTDMQSPYRMNRLLQGDVGSGKTAVAAICLYASVTAGKQGALMVPTEILAEQHYESLDKLFGGRANIALLTGSIKEKKRKELVEQIYSQQIDIVIGTHALIQEDVQFSELGFVIVDEQHRFGVEQRRTLREKGLSPDVLFMTATPIPRTLAITAFGDMDVSIIDQMPLGRKEIETYWVRETMLDRVLQFVGSRIQTGEQAYVICPLIEESDKLDIQNAVDVYHQLRAYFPETVEIGLMHGRLTTEEKETIMKKFANNEVHLLVSTTVVEVGVNVPNATIMMIYDAERFGLSQLHQLRGRVGRGEKQSYCILIADPKGETGKERMRIMAETTDGFALSEQDLQLRGPGDFFGKKQSGLPEFKLADMIHDYRALETARQDAAKIIQDGLLETKEYALLSKYVENKFQVDEKLD				NA	NA	NA	NA	NA
AK148_00618	96			hypothetical protein	ATGCCATCCAGTTTACGAGAAACGGGAGAAGGTAGATTGGCCGATACACCAACTGGACGCTGGCTAAAAGATAAATTGTTAGGACTATCAAGCTAA	MPSSLRETGEGRLADTPTGRWLKDKLLGLSS	PGPT0001975_3922	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001975-sdaA|sdaB|tdcG-K01752	NA	NA
AK148_00619	663	sdhB_1		L-serine dehydratase, beta chain	TTGAAATACAATTCTGTTTTCGACATTATTGGACCTGTTATGATTGGTCCGTCAAGTTCACATACAGCTGGTGCATCTAGAATTGGTAAAGCTGCACATAGTTTATTTGGTAGAGCCCCAACATGGGCTAATATTCATCTTTATGAATCATTTGCAAAAACGTACAAAGGTCATGGAACAGATTTTGCATTAGTAGGTGGTTTGCTCGGTTTTGATACAGATGATACACGTATGAAGGATGCATTAAAAATAGCTGAAGAACGTAACATGCAAATAGAATTTATTGAAGATAGCGCTGCTGTCAGTCATCCAAATACGGCACGATTAAAGATAGGCGATGAGAGAGACTCCATGGAATTGGTAGGTATATCTATTGGTGGTGGCAAGGTAGAAATTACGGAATTAAATGGTTTTGAATTACGTTTATCTGGAAACCATCCAGCGATTTTAATTATGCATAATGATCGTTTTGGGGCTATCGCTTCTGTAACGTCTGTTCTAGCTAAGTATGAAGTCAATATTGGTCATATGGAAGTAAACCGAAGAGATGTAGGGAAGGAAGCGTTGATGGTTATAGAAGTTGACCAAAACGTCGATGATGATATATTGCATGAACTCGAAAAAGCAGAGCATATTATCCGAATCGCTAAGATTAATAGCTGA	MKYNSVFDIIGPVMIGPSSSHTAGASRIGKAAHSLFGRAPTWANIHLYESFAKTYKGHGTDFALVGGLLGFDTDDTRMKDALKIAEERNMQIEFIEDSAAVSHPNTARLKIGDERDSMELVGISIGGGKVEITELNGFELRLSGNHPAILIMHNDRFGAIASVTSVLAKYEVNIGHMEVNRRDVGKEALMVIEVDQNVDDDILHELEKAEHIIRIAKINS	PGPT0001975_4839	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001975-sdaA|sdaB|tdcG-K01752	NA	NA
AK148_00620	1284			Nucleobase transporter PlAzg2	ATGCCTGATAAGAAAAGCAACTTGAAACTAGCCAATAATTCTACCCTACGTAACGAATGGGTCGCAGGCTTAATTGGTTACCTTACAACAATGTACATTGTTGTCGTCAATGGTTCCATTCTTAGCGAAGCTGGAATTTCGTTAGAAAGCGGCATGATCGCCACTATTCTTGCTAGCTTCATTGGAACATTATTGATGGGGATATTCGGAAAACTTCCGCTAATAGTTATCCCTGGTATGGGTATAAACGCATTATTTGCATACTCCATTATCGGTGGAACTAGTCTAACTTTTCATGAAGGTTTGGCTGTTGTCTTTATTGCAGCGATTGTTTTTTTAATTACCGCTTTTACAAAGTTAGGTGTATTATTTAAAAAAGCAATTCCTGATTCATTAAAACACGCTATCACCGTCGGGTTAGGTCTATTTTTAATTTTAATTGGACTCGAGAAAAGCGGACTTGTTAGTAAAGGAAGTAATACCATTATTGCTATGGGTGATTTCACATCCTCTACAGTTATTGTTAGTTTAATCACACTATTTCTAGCAATATTTTTATTTGTTAAAAATATCCCAGCTAACTTTTTAATTACGATGGTATTAGGGACCATTATTGCTGCTATCGGCGGAATTATCCAACCGGGTAATCAATCATTGCAAGTAGAGTGGAGTGACGTACTCTTTATTCCTTCTTTTAACGCAGTTGGTGAACTTTCATTCTGGTTATCCGTTTTTCCTTTATCGATGATTTTAATATTCGAAAATATGGGGCTTTTACACGGACAACTCTCTATGCTAAAACGTGAAGATCAGTACCAAAGAGCTTATCAAGTCACTGCATTTTCAACTTTAACTTGCGCGTTCCTAGGTACTTCACCTACTGTTTCTGCTGCTGAAAACGCAGCTGTGATAGCTTCTAAAGGAAGAACAAGAATAACAGCAATTATTGCCAGCTTTCTTTTCTTAGCAACCATTGTATTGATCCCTTGGATTACAATGATACCTAATACGGCAATAAGCCCCATTTTAATCATTGTTGGCTTTTTAATGGTGCAAAATATAAAGCAACTGCCACTTGATAACTTATCAGAATCATTGCCAGCTTTTTTAATTGTTGTCATGATCCCATTTACTTACAGCATTGCAGATGGTATGGCTTTTGGTTTTATCGCTTACCCAATTGTTAAAATGGCAATTGGCGAAAAACACGAGCTTTCAGCACCGCTCTTAGTTATTTCTAGTTTATTCTTACTTGATTTTGTTATAAAAATGATAGGGATTTAA	MPDKKSNLKLANNSTLRNEWVAGLIGYLTTMYIVVVNGSILSEAGISLESGMIATILASFIGTLLMGIFGKLPLIVIPGMGINALFAYSIIGGTSLTFHEGLAVVFIAAIVFLITAFTKLGVLFKKAIPDSLKHAITVGLGLFLILIGLEKSGLVSKGSNTIIAMGDFTSSTVIVSLITLFLAIFLFVKNIPANFLITMVLGTIIAAIGGIIQPGNQSLQVEWSDVLFIPSFNAVGELSFWLSVFPLSMILIFENMGLLHGQLSMLKREDQYQRAYQVTAFSTLTCAFLGTSPTVSAAENAAVIASKGRTRITAIIASFLFLATIVLIPWITMIPNTAISPILIIVGFLMVQNIKQLPLDNLSESLPAFLIVVMIPFTYSIADGMAFGFIAYPIVKMAIGEKHELSAPLLVISSLFLLDFVIKMIGI	PGPT0007325_5634	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
AK148_00621	1656			putative protein	GTGAGTTTACAACAAATCGATGGCAAGAGACTGGCACAAATGATTTTGTCTGGTGCTCATCATTTGTCCAATAATGCCAAGAGAATTGATGCATTAAATGTTTTCCCTGTACCAGATGGCGATACAGGGACGAATATGAACCTAACGATTACTTCTGGGGCAAATGAAGTGAAAAATATCCAAAGTACTCAAGTATATAAAGTTGCGCAGGCATTTTCCAAAGGGCTCTTAATGGGCGCAAGAGGGAATTCAGGTGTTATATTATCGCAAATATTTCGTGGTTTTGCAAAAGGGTTGGGAAAAGAAGAAGTTGTTACAACGAAAGGGCTTGCAAAAGCATTTGAGAGTGCTGTATCCACAGCATATAATGCTGTAATGAAGCCAGTTGAAGGAACTATTTTAACTGTGGCAAAAGATTCTGGAAATAAGGCGGTTGCGATCGCCGAAGATGAAACAGATATTATTACCTTAATGGAGGAAGTTGTAGCTGAAGCAAAAGCTTCTTTAAAGCGCACACCTGACCTGCTTCCTGTATTAAAAGAAGTTGGAGTGGTGGATTCAGGTGGACAAGGATTAGTAACGATTTATGAAGGCTTTTTAGCTTCCTTAAAAGGGGAAGAGCTACCTGAAGGCACTTCAAATATTAATATGGATGAAATGGTTAATGCAGAGCACCATAAAATAACACAAGATTTTATGAATACCGAGGATATCAAATTTGGTTATTGTACGGAGTTTATGGTGAAATTTGAAGAAGAAAAGGTAAGCAACCACCCTTATGATGAAGAAGCATTCCGTCAAGAATTAAGCAACCATGGTGATTCTTTATTAGTTGTAAGTGATGAAGAACTAATAAAAGTGCACATTCATTCAGAATATCCTGGAGAGTGTCTCACGCTAGGGCAACGCTATGGAAGTCTTATTAATATGAAAATAGAAAACATGCGCGAGCAGCATACGGCGTTAGTTGGGAAGAAAGAAAATAAATCTAAAGAACCAGTAGAATATGCCATTGTTACAGTGGCTATGGGTGAAGGGTTAAAAGAATTGTTAGAAAGTTTAGGAGCCTCTGTCGTTATTCAAGGTGGTCAAACGATGAACCCAAGCACACAAGATATTACGAACGCTATTAGACAAGCAAATGCTAAAAAAGTGCTTCTGTTACCTAATAACAAAAATATTTTTATGGCAGCAGACCAAGCGGCAGAATTAGCAACGGAAGATGTTCGAGTTGTACCAACCAAGACTATACCTCAAGGTATTAGCGCTATGTTGGCGTTCCATCCAGATCACGATCTAGATACGAACCAAAAGGCAATGGATGAAGCTAGAAAAAATGTAAAAACTGGTCAGATTACATATGCCGTTCGAGATACACAAATGGATGGTATTACTATCAAAAAGGATCATTTCATGGGTATTGCAGACGGGAAAATCGTCACTACCGATGCAGATAAAATGGAAACTGTTAAATTATTATTAGAAAAAATAATAACAGAAGACGATGAAATTTTAACTGTATTACAAGGTGAAGATGGTACGGATGAAGAAACCCAAGCGCTTATTGCCTATATTGAAGAAAAATATGAGGATATTGAAGTAGAAGTTCATAATGGGAAACAACCAATCTATGCCTTTATTTTTTCTGTAGAGTAA	MSLQQIDGKRLAQMILSGAHHLSNNAKRIDALNVFPVPDGDTGTNMNLTITSGANEVKNIQSTQVYKVAQAFSKGLLMGARGNSGVILSQIFRGFAKGLGKEEVVTTKGLAKAFESAVSTAYNAVMKPVEGTILTVAKDSGNKAVAIAEDETDIITLMEEVVAEAKASLKRTPDLLPVLKEVGVVDSGGQGLVTIYEGFLASLKGEELPEGTSNINMDEMVNAEHHKITQDFMNTEDIKFGYCTEFMVKFEEEKVSNHPYDEEAFRQELSNHGDSLLVVSDEELIKVHIHSEYPGECLTLGQRYGSLINMKIENMREQHTALVGKKENKSKEPVEYAIVTVAMGEGLKELLESLGASVVIQGGQTMNPSTQDITNAIRQANAKKVLLLPNNKNIFMAADQAAELATEDVRVVPTKTIPQGISAMLAFHPDHDLDTNQKAMDEARKNVKTGQITYAVRDTQMDGITIKKDHFMGIADGKIVTTDADKMETVKLLLEKIITEDDEILTVLQGEDGTDEETQALIAYIEEKYEDIEVEVHNGKQPIYAFIFSVE				NA	NA	NA	NA	NA
AK148_00622	363			putative protein	ATGTCCATTGAACTGCATACAAATGATGGTCAAGTAACAATAACAAACGAAGTAATTGCAACGATTGCCGGAGGGGCTGCGGTAGAGTGTTACGGTATTGTTGGGATGGCTTCAAAAAGCCAAATACGCGACGGTATTGCGGAGATTTTACGTAAAGAAAATTTCTCTAAAGGTGTTATTGTTCGCCAAGAGCAACATCATCTCCATATCGACATGTATATTATTGTAAGTTATGGTACAAAAATATCTGAGATTGCTCATAATGTTCAATCAAAAGTTAAATACACGCTAAATCAATCACTCGGTTTGGAGATTGATTCTGTCAATATTTATATTCAAGGAGTTCGTGTTACTCAAGAATAA	MSIELHTNDGQVTITNEVIATIAGGAAVECYGIVGMASKSQIRDGIAEILRKENFSKGVIVRQEQHHLHIDMYIIVSYGTKISEIAHNVQSKVKYTLNQSLGLEIDSVNIYIQGVRVTQE				NA	NA	NA	NA	NA
AK148_00623	189	rpmB	COG0227	50S ribosomal protein L28	ATGGCCAGAAAATGTGTTGTTACTGGACGCCAGACTCGCACTGGAAACCACCGCTCTCACGCAATGAATTCAAACAAGCGAAAATGGAAAGCTAATGTACAAAAAGTACGCATTATGGTAGATGGTAAACCGAAAAAAGTTTATGTTTCTGCACGCGCCCTAAAATCAGGGAAAGTGGAACGCGTATAA	MARKCVVTGRQTRTGNHRSHAMNSNKRKWKANVQKVRIMVDGKPKKVYVSARALKSGKVERV				NA	NA	NA	NA	NA
AK148_00624	642	thiN	COG1564	Thiamine pyrophosphokinase	GTGACTGTTGTGGGCATTGTAGGTAATGCACCTGGACACCATTCTGATTTAAAAACATACAAGGAAGAGGTGGATTTTTGGATAGGTGCTGATCGAGGAGCATGGGTTTTAGCTACTTGCGATTTGCCAATTACCTATGCTATTGGGGATTTTGATTCTACAACGAAAGAAGAAAAATTGCTAATTGATAAACATGCACAATGTGTGCATGTTTATCCTTCTGAAAAGGACGAAACAGACTTAGAATTAGCTTTAAACAAAGCCTATGAACTTGAGCCGGACACAATCTATTTATTTGGTGTATCAGGAGGGCGTAAAGATCACGAGTTCATCAACGTACAATTGCTTTATGCTATTTTATCGAAAGGGATTCGTGGAATTATAATAGATATAGCGAATTATTTAGAATTAACGTTTCCAGGTAAGTACACAGTTTTACATGATATCAATTATCCGATCATTTCTTTCGTGCCTTTTTCGAAAGAGGTGAAAGGTATTACGCTAACACATTTTTACTACCCTTTAACAAATGCGAATATTTCATGGGGGTCCACGTTATGTATTTCAAACAAGCTAATTAGAAATAGTGGTACTTTTTCTTATAAAGAAGGCATATTATTATTAGTAAAGAGCCGTGATTAG	MTVVGIVGNAPGHHSDLKTYKEEVDFWIGADRGAWVLATCDLPITYAIGDFDSTTKEEKLLIDKHAQCVHVYPSEKDETDLELALNKAYELEPDTIYLFGVSGGRKDHEFINVQLLYAILSKGIRGIIIDIANYLELTFPGKYTVLHDINYPIISFVPFSKEVKGITLTHFYYPLTNANISWGSTLCISNKLIRNSGTFSYKEGILLLVKSRD	PGPT0009035_1515	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0009035-thiN|TPK1|THI80-K00949	NA	NA
AK148_00625	663	rpe		Ribulose-phosphate 3-epimerase	ATGATAAAATTAGCACCATCGATTTTAGCTGCAGATTTTGCTCGTTTAGGAGAAGAAGTGAAGGAAGTAGACCAATTTGGAGCTGACTATATTCACGTCGACGTGATGGACGGTCATTTTGTACCAAATATTACTTTAGGGCCGCCAATCGTTGAAGCAATTCGGCCTGTAACAAATCTTCCTTTGGATGTCCATCTTATGATTGAAAATCCAGATCAATATATACCTTCATTTACTAAAGCAGGAGCGGATATCATTACGGTGCACCAAGAAGTTTGCCAACATTTACACAGGACTATTCAGCTTATCAAAGAGCATGGAATGAAAGCAGGCGTAGTTATTAATCCTGCTACTCCGGCTGAAACGTTACTACCTATTTTACCTGATATCGATATGATTTTAATTATGACAGTTAATCCTGGATTTGGCGGACAATCGTTTATTGATAGTACGTTAGGAAAAATAAAGTTAGTAAATAAGTGGCGTAAAGATTTTGGTTTTTCTTTTGAAATTGAGGTTGATGGAGGGGTTAACTCCAAAACTGCCAAACGATGTGTAGATGCTGGCGCTGATGTGCTCGTAGCGGGAAGTGCTATTTTTGCTCAAGAAGATCGTAACAAGGCGATGCAGGAAATTTTGCAGGCAGTAAAGGGGTCTAATTAA	MIKLAPSILAADFARLGEEVKEVDQFGADYIHVDVMDGHFVPNITLGPPIVEAIRPVTNLPLDVHLMIENPDQYIPSFTKAGADIITVHQEVCQHLHRTIQLIKEHGMKAGVVINPATPAETLLPILPDIDMILIMTVNPGFGGQSFIDSTLGKIKLVNKWRKDFGFSFEIEVDGGVNSKTAKRCVDAGADVLVAGSAIFAQEDRNKAMQEILQAVKGSN	PGPT0017425_4169	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
AK148_00626	879	rsgA_1	COG1162	Small ribosomal subunit biogenesis GTPase RsgA	ATGGCAAAAGGGAGAATAATTAAAGCTATAAGCGGCTTTTACTATGTACAAGCTGACGGAGATATGTACCAATGTAAAGGTAGGGGAGTTTTTCGTAAAAAAAAAATAACCCCGTTAGTTGGTGATGTAGTAACTTTTGACTTTAGTGGTGACAATGAAGGATATATTTTAGAAGTACATGAAAGAGATAATGAATTAATTCGCCCGCCAATTGCAAATATTGATCAAGCAATTATAGTTACTTCTGCAATGAAGCCTGCTTTTAATGCAACATTGCTTGATCGTTTCCTTGTTTTAGTAGAATCCAATTTGATTAAGCCAGTTATCTTCTTTACCAAATTGGATGTCGCGGAACAGGAAAGAGATCGATTTGAAAAATATCAAAAAGATTATCAAAAAATCGGTTATGACGTGGAGTTACTATCCGTTAAGCATTCCGATCATACATCCATTTTGAAACGGTATTTAAAAGATAAAATTACAGTCATTGCTGGGCAATCGGGTGTAGGGAAAACAACATTACTCAATGCAATAGACCCTTCTCTTGCATTAAAAACAGGGGAAATTTCGGATAGTCTTGGTCGAGGAAGACATACAACAAGACATGTGGAATTACTTCCTATGTTTGGCGGACTTGTCGCAGATACACCCGGTTTCAGTTCTTTGGAATTTCAAGATCTAGGCGCATCTGAACTAGCTGATTATTTTCCAGAAATAAGAGAAAGAAAAGCAAATTGTAAATTCCGTGGTTGCATGCATATGAAAGAGCCTAAATGTGCCGTTAAGCAAGCGGTTGAAGACGGTGAAATAACGGATTATCGCTATGACCATTATGTGCGTTTTTACGAAGAAATCAAATCAAGAAAGGCGAGGTATTAA	MAKGRIIKAISGFYYVQADGDMYQCKGRGVFRKKKITPLVGDVVTFDFSGDNEGYILEVHERDNELIRPPIANIDQAIIVTSAMKPAFNATLLDRFLVLVESNLIKPVIFFTKLDVAEQERDRFEKYQKDYQKIGYDVELLSVKHSDHTSILKRYLKDKITVIAGQSGVGKTTLLNAIDPSLALKTGEISDSLGRGRHTTRHVELLPMFGGLVADTPGFSSLEFQDLGASELADYFPEIRERKANCKFRGCMHMKEPKCAVKQAVEDGEITDYRYDHYVRFYEEIKSRKARY	PGPT0009020_4385	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
AK148_00627	2016	prkC	COG0515	Serine/threonine-protein kinase PrkC	ATGAAAGGGCACCTAATTAATGATCGCTACTTGATTAAGGAAACAATTGGCGGTGGCGGTATGGCAAATGTTTATTTAGTCAGAGATACCATTTTAGAAAGAGATGTAGCGCTTAAAAGTTTGCGATTGGAGTATGCAAACGACCAAGAATTTATCGCTCGTTTTGATCGCGAAGCGCATGCTGCTACAAGTTTAAATCATCCAAATATCGTTAATATATATGATGTAGGTGAAGAAGATCATTTACTTTATATGGTCATGGAATATGTAAAAGGCATGACTTTAAAAGAATACATACAAAATAAAGGTCCCATAGAAGTTAAGGAAGCATTGGATATTATGGGACAAATTACTTCGGCTATTTCTCATGCGCATGAGAATGGTATTGTGCATCGTGACATAAAGCCGCAAAATATTCTAGTTGATACAAATGGTCAAGTGAAAGTAACAGACTTCGGAATTGCTGTTGCTTTAAGTGCTACTTCGTTAACACAGACAAATTCAATTCTAGGATCTGTTCATTATTTATCTCCAGAGCAAGCAAGAGGAGGAATGGCTACCAAAAAGTCCGATATTTATTCGCTTGGGATTGTTTTATATGAATTATTAACAGCAAAGTTACCTTTTTTGGGACAATCAGCTGTTTCTATTGCTTTAAAGCATTTGCAAAATAATACACCTTCTGTACGAGAGTTTAACGCAAGCATCCCGCAAAGTGTAGAAAATATCGTTTTAAAAGCAACAGCCAAAGACCCGTTCCATCGTTATGAAACGGTGGATGATATGCAAGATGCACTTGAAACAGCACTTGATCCAAACAAACGAAATGAACCAATGTTTATTCCACCGATAGAAAAGGGGGAAGAAACGAAGGCAATTCCAATTATTACAGATCAGGTAGAAATGTCACCTAATGATGAAACCATCATTCATACCTCTAACACAACTAAATCTTATACAGAGCCCGAGAAGGTAGTAGATAAAAAGCAACCTGATAAAAAAGTAAAGAAACAACGACCGAAAAAGAAAAAAAGCAAGAAGAAATGGGTTATTTTAATAGGTAGCATACTTTTACTTGTTGCTGGATTATTAGCAATGTACTTTTTTACCGATTTATTCCAACCAAAAGATGTTACTGTTCCTGATGTCACAAATATGACAGATAGAGAAGCAACGACCAAGCTAGAAGATTTAAACTTAATTGTAGATAGGCAAGAAGTTTTTTCAAATGAAATAGAAGAAGGTGAAGTCGTAGGTACTGATCCAAGCGCTGGCGCTACAATAAAGGAAGAATCAACGATTAAATTATTGATTAGTAAAGGCAAAGAAACAGCTTCTTTCGCTGATTATGTGGGAAAAGATTTTAAACAGGTAAAACGTTTGCTAGAAGAAGATGGTTACGAGGTGTTAGATCCATACGAAGTCAATTCAGACAAACCAATTGGAGAGGTTATTGAACAGATTCAACCTAGTCCAGAAAGTGAAGTTGTACCGAGTGAGACAAAGGTAATCTTCCGCATTAGTAGTGGGCCTAAGACAGTTCGTTTAAATAATTTAAAAGGGATGACAGAAGCAGAGGCTGAAGAATATTTAAAAAACTATGGTCTAAAGATGAATAAAGAAACAGACCATTCTGATACAACGCCAGAAGGAGAAGTTATTCGCCAAGATCCACAAACAGATACTGAACTGGAAGAAGGTGCAACAGTAACCGTAGTCATTTCTTCCGGGCCTGAAGAAATGCCTCCTAAAACGCATGAAGTTGCTTATACAGTTCCTTATAAACCTAAGAAAGAGACAGAGGAGCAAGAAGAACTTCCAGAGCAAACGGTGACTATATATATTGAAGATATGGAGAATGAATTATCTGAAGTTTATATGGAGGAAAAAATAACCGAAGATACAGAAGTAACGTTCTCACTTACAATTGCACCGGATAGCGAGGCCGAATACATTATAAAACGAGATGGAGAAGTCATTTCGAATAAAGTAATAGCATATAAAGAAGGTGAATAG	MKGHLINDRYLIKETIGGGGMANVYLVRDTILERDVALKSLRLEYANDQEFIARFDREAHAATSLNHPNIVNIYDVGEEDHLLYMVMEYVKGMTLKEYIQNKGPIEVKEALDIMGQITSAISHAHENGIVHRDIKPQNILVDTNGQVKVTDFGIAVALSATSLTQTNSILGSVHYLSPEQARGGMATKKSDIYSLGIVLYELLTAKLPFLGQSAVSIALKHLQNNTPSVREFNASIPQSVENIVLKATAKDPFHRYETVDDMQDALETALDPNKRNEPMFIPPIEKGEETKAIPIITDQVEMSPNDETIIHTSNTTKSYTEPEKVVDKKQPDKKVKKQRPKKKKSKKKWVILIGSILLLVAGLLAMYFFTDLFQPKDVTVPDVTNMTDREATTKLEDLNLIVDRQEVFSNEIEEGEVVGTDPSAGATIKEESTIKLLISKGKETASFADYVGKDFKQVKRLLEEDGYEVLDPYEVNSDKPIGEVIEQIQPSPESEVVPSETKVIFRISSGPKTVRLNNLKGMTEAEAEEYLKNYGLKMNKETDHSDTTPEGEVIRQDPQTDTELEEGATVTVVISSGPEEMPPKTHEVAYTVPYKPKKETEEQEELPEQTVTIYIEDMENELSEVYMEEKITEDTEVTFSLTIAPDSEAEYIIKRDGEVISNKVIAYKEGE				NA	NA	NA	NA	NA
AK148_00628	762	stp_1	COG0631	Serine/threonine phosphatase stp	ATGAAAGCTCATTTTTTAACAGATCGCGGGCAAGTCCGAAGTCATAATGAAGACTCTGGAGGCGTGTTTTATAATGTTGCAGGCCAGGCACAAGCCATTATAGCTGATGGTATGGGCGGGCACCAAGCTGGTGATGTTGCTAGTCAAATGGCTACCAGATTGCTACAAGATAAATGGGAAAAAACACAACAAGTAGACACCCCGGAGATGGCTGAAGCATGGGTGAAAGATGCTGTTCAAGAAGCGAATACGGCTATTTTTCAGCATGCTCAAGAACATGAAGCTTGCCATGGGATGGGAACGACCATTGTTATCGCGATTATTCTTGATGATGCTTTAACGATTGCACATATTGGTGATAGTAGGGCTTATGTAATCAATAATGAGCAGATGAAACAGATTACCGAAGATCATTCCTTTGTAAATGCTCTTGTTCAATCAGGACAAATTTCTAAAGAAGAGGCTGTTTACCACCCACGAAAAAATGTCGTTTTAAAGGCTCTGGGGACAGAAGAAAATGTTACATGTGATGTTCGCACATTGAGTTTAGAACAAAATGATTTGCTGTTACTATGTACAGACGGATTAACTGATAAATTAACAGATGACGAAATTTATTCCATGATATATTCTGGTGAGGAACTTTGCCATATTGGGAAAAAGATGATTCAAGTAGCAAATGAACGTGGCGGTGAGGATAATATTTCTCTTGTTTTAATACAACACGATAAGCCTGAAGAGAGAGCAGGTGAATCATCTTGA	MKAHFLTDRGQVRSHNEDSGGVFYNVAGQAQAIIADGMGGHQAGDVASQMATRLLQDKWEKTQQVDTPEMAEAWVKDAVQEANTAIFQHAQEHEACHGMGTTIVIAIILDDALTIAHIGDSRAYVINNEQMKQITEDHSFVNALVQSGQISKEEAVYHPRKNVVLKALGTEENVTCDVRTLSLEQNDLLLLCTDGLTDKLTDDEIYSMIYSGEELCHIGKKMIQVANERGGEDNISLVLIQHDKPEERAGESS				NA	NA	NA	NA	NA
AK148_00629	1362	rsmB	COG0144	Ribosomal RNA small subunit methyltransferase B	ATGATAATGAAAACAGAATCGCTACGAAGCAAAGTGTTAGATACATTAATACGAATTGAAAAAGATCAAGGATACAGTCATTTACTTGTAAATCAAGAATTAAGATCAGGTGATATTTCTCCAAAAGACGAAGCATTATTTACGGAGATCGTTTACGGTACAGTGCAGCAACAAATTACATTAGATTATTATTTGGCGTCTTTTTTAAATCGAAAGAAAACTCCTGATTTATGGGTAAAGGTGTTATTAAGAATGTCTATGTATCAAATGGTATATTTAGATCGTATACCAGATCATGCGATTATTCATGAAGCTGTTGAGATAGCAAAAACAAGAGGACACAAGGGTATCGCATCCTATGTAAATGGAATTCTACGTACCGTGCAAAGACGAGGTGTCCCTTCTACAGCATCTATCAAGGACGATGCAACCAGAATTTCAATTACAACAAGCCATCCTAAATGGTTAGTGGAACGTTGGATCCAACAGTATGGAAAAGAGACGACAGAGGCAATGTGTAGAGCCAATACCAATCACAAGCCATTGTCTGTTCGTATTCAACCTTTGAAAACAAATAGGGAAGAAATAATGCAAGAAATGGCGGAAAGTGGTTTTAAAGTGCGTCCTTCCTTTTTTTCTCAACAAGGAATCATTGTTGAAGAAGGGAAAGTGTTAAAGAGCAAGTGGTTTAAAGAGGGCAAGCTCACGATCCAGGATCAATCCTCTATGCTTGTAGCAGAAATCTTACGTGTACAACCTGGTATGCATGTACTTGATACGTGTAGCGCTCCTGGTGGAAAGGCTACCCATATAGCTGAGAAAATGGAGAATAGAGGAAGAATCGATGCTTACGACCTTCATAGTAAAAAGGTGAAGCTTATTCAAGCAAAGGCAAATGAACTTGAATTGTCCATTATACATCCGTCTAAAGAGGATGCGCGTAATTTACAAAGGATGTATCAAAAAGGAAGCTTTGATCGGATTTTAGTTGATGCACCTTGCTCAGGATTGGGTGTTATTAGAGGGAAGCCAGAAATAAAATATCATAAACACGAACAAGATATAGAACGGTTATCTCTCATTCAACAGGAAATACTGGAAACAGTTGCTTCTTTATTAAAGCAAGAAGGTCTGCTTGTATACAGCACATGTACGGTCGACCAACAAGAAAATGAACATGTTGTTCGTGCTTTTTGTGACAAACATCCTTCTTTTGAAGTGGACCAGACATTTTTTTCTGATTTGCCACGACCCTTACGTGATTCAGCAGGTGTAAGTGAAACGGGTTTACAAATCTTCCCTCACTCATTTGAGACGGATGGTTTCTTTATGACACGATTAAAGAAAAAATGGGTAAAATAG	MIMKTESLRSKVLDTLIRIEKDQGYSHLLVNQELRSGDISPKDEALFTEIVYGTVQQQITLDYYLASFLNRKKTPDLWVKVLLRMSMYQMVYLDRIPDHAIIHEAVEIAKTRGHKGIASYVNGILRTVQRRGVPSTASIKDDATRISITTSHPKWLVERWIQQYGKETTEAMCRANTNHKPLSVRIQPLKTNREEIMQEMAESGFKVRPSFFSQQGIIVEEGKVLKSKWFKEGKLTIQDQSSMLVAEILRVQPGMHVLDTCSAPGGKATHIAEKMENRGRIDAYDLHSKKVKLIQAKANELELSIIHPSKEDARNLQRMYQKGSFDRILVDAPCSGLGVIRGKPEIKYHKHEQDIERLSLIQQEILETVASLLKQEGLLVYSTCTVDQQENEHVVRAFCDKHPSFEVDQTFFSDLPRPLRDSAGVSETGLQIFPHSFETDGFFMTRLKKKWVK				NA	NA	NA	NA	NA
AK148_00630	942	fmt	COG0223	Methionyl-tRNA formyltransferase	ATGAAGCGAATTGTATTTATGGGAACTCCCGATTTTGCAGTACCGATTTTACGGACATTAATAAACTCTCCTTATGAAGTTGTTCTTGCTGTTACCCAGCCTGATCGACCTAAAGGAAGAAAAAGGGTGCTTAGCCCCCCACCAGTGAAATTGGAAGCAGAGAAACATCATATTCCTGTTTTTCAACCAGAAAAGTTAAAGGATAATTACGAAGAGATATTGACATATCGCCCTGATTTAATCATAACCGCAGCTTATGGTCAATTATTGCCTAACGCGTTATTAACTGCACCTCCATATGGATGCATTAATGTACATGCTTCACTATTGCCAGAATTACGAGGCGGAGCGCCCATTCACTATGCCATTATGGAAGGTAAAAAAGAGACAGGTATTACGATTATGTATATGGTAGAAAAATTAGATGCAGGTGATATGCTAACACAACAAAAGGTGTCGATTGATGCACATGATCATGTTGGTAGTTTACATGATAAATTGGCCAACGCAGGTTCGAAATTACTAGAGGAAACCCTTCCTAAACTATTTATAGGCGAATTAAAAGCAATGAAACAAAACCACGATCAAGCAACCTTTGCTGCTAATATCAAACGGGAGCAGGAGGAAATTGATTGGAATAAACCTAGTCACGTGATATATAACCATGTTCGTGGCTTACATCCATGGCCAGTTGCCTATACGACGTTGCAAGACAAACCAATGAAAATTTGGTGGGGAGAACCGATTGATAAGGTGTATGATGGACAACCTGGAGAAGTTGTCGAAAAACCAGATAACTGTGCTTTTATCGTTGTTTGTGGGGACAAGAAAGGTTTCCGTATCACAGAAATACAACCAGCTGGTAAAAAAAGAATGAAAGTTAAGGATTATTTACAAGGTAATCCGAATCGAATTCAAATTGGTCAAGTAATGGGTGAATAA	MKRIVFMGTPDFAVPILRTLINSPYEVVLAVTQPDRPKGRKRVLSPPPVKLEAEKHHIPVFQPEKLKDNYEEILTYRPDLIITAAYGQLLPNALLTAPPYGCINVHASLLPELRGGAPIHYAIMEGKKETGITIMYMVEKLDAGDMLTQQKVSIDAHDHVGSLHDKLANAGSKLLEETLPKLFIGELKAMKQNHDQATFAANIKREQEEIDWNKPSHVIYNHVRGLHPWPVAYTTLQDKPMKIWWGEPIDKVYDGQPGEVVEKPDNCAFIVVCGDKKGFRITEIQPAGKKRMKVKDYLQGNPNRIQIGQVMGE	PGPT0008125_3541	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008125-fmt-K00604	NA	NA
AK148_00631	2409	priA_1		primosomal protein N'	GTGAATATAGCAAAAGTAATTGTCGATGTTCCAGCTAGTTCCATCGACCAGACGTTTGACTATCTCATTCCAGAAAAATTTCTTGATATTGTTGCTCCAGGGGTTCGGGTTATTGTGCCATTTGGTCCGAGAAAAGTGATGGGATTTGTAGTAGAAAAGGCAAGTAGCTCTGAATTCTCTAAGCTAAAGTCTCTTAATGATGTTCTTGATCTTGAACCTGTATTGACAAAAGAATTATTACGTGTTGGAAAATGGTTAGCTTATGAAACGATAAGTTTGCAAATAACGACCTTTCAGGCGATGTTACCACAAGTATTGAAAGCCACTTATAAAAAGGAAATCGTACGTCTTTCAGAAGCTCGTTTGTCTGAGGAACTGGAATTTTTGTTTGCAGGTAGAGATGTTGTTCCATATGAAGAATTTATTGCTTCTGATATAAGATATATTCGTTTGTCAGAAGCGGTACAAGCTGGCGATATAGCAATTGAGTATTTAGTAAAGTCTCGAATCACAAAAAAATTTTTAACGATGGTCCGTCCTGCCAAACCGTTGCATGAGTTAGAGGAAGCGGCTTTAGACTTATCTAAACTAGCCAAAAAACAGAAGCAAATTCTTCACTTTTTTTTGCAAAACCGAAAACCAGTTGAAAAGCGATATTTGCTTAAGCAGCTACGTACAACGGATAGCACAGTAAATGCATTACGTAAGAAAGGATTGTTAGAAATTTTTCAACAAGAGATTTATCGTGATCCTTACGCAGTCGGAGATTTTACTAAAACAGAACCGTTATTATTGACAGAGCAACAAGCAGAAGCGATTAAACCTATAAAAGAAACAGTAACAAACAAACAGCATGATGTCTTTTTATTACATGGTATAACGGGAAGTGGAAAGACAGAAATATATTTACAAGTTATTCAGGAAGTCATTGAAAAAGGAGAGGAAGCTATTGTCCTTGTTCCAGAAATATCGTTAACGCCACAAATGGTTAAACGATTTAAAGGAAGGTTTGGTTCGAATGTAGCAGTCATGCATAGCGCTTTATCTGCAGGTGAAAAATACGATGAATGGCGTCGCATACAACGTAAAGAAGTACAAGTTGTTGTCGGTGCAAGGTCAGCTGTTTTTGCCCCATTTGAAAACTTAGGTGTCATTATAATCGATGAGGAACATGAATTGACCTATAAACAGGAAGATCAGCCGCGTTATCATGCAAGAGATGTTGCCATTCAACGGGGAATGAATCATCAATGCCCTGTTGTTTTGGGAAGTGCAACGCCAATGTTAGAATCTTATGCTCGAGCAAGTAAAGGTGTTTATCAACTAGAAACGCTCGACAAACGAACAAATGACAAGCCGTTGCCCCCAGTAGAAATTGTAGATATGCGTAAAGAATTACATGCTGGTAACCGAACGATGTTTTCTAGATCCTTGAAAAAAGAAATAGAGGCCTGTTTGCAAAAAGGGGAACAAATCGTACTATTATTAAATCGGAGAGGCTACTCTACATTCGTTATGTGCCGAGATTGTGGTCATGTTAAAGAGTGCCCTTATTGTGATATTGCTTTAACTTATCATAAGCATAGTCATCGGTTAAAATGTCATTACTGTGCATATGAGGAACAAATGCCGACGCAATGTCCAGATTGCGGAAGTGAAACCATTCGCTATTTCGGAACCGGCACACAAAGGGTTGAGGAAGCTTTATTAAAACTAATACCAGAAGCGCGTGTTATTCGCATGGATGTTGATACGACAAGGAGAAAAGGGTCCCATGAAAAGCTATTGCACCAATTTGCAACGAAACAGGCTGATATTTTGTTGGGTACACAAATGATTGCTAAAGGGCTTGATTTTGAAAATGTCACATTAGTTGGCGTATTAACCGCAGATTCTATGCTGCATTTGCCAGACTTTCGTTCATCTGAAAAAACATTCCAAATTTTAACGCAGGTAAGTGGTCGCGCAGGTAGACATGAATTGAATGGGAAAGTTATTGTGCAAACATATACTCCTGATCATTATAGCATTCAACTAGCAAGTCAGTATGATTATCAAAGCTTTTATAAAAAGGAAATGGTCATGCGAAAAACATTCCATTACCCACCCTATTTCTTTTTAGCACTTATTACTGTTACACATACAAACCAAGTGAAAGCCGTTCACACAACACAACAATTTGTACAAAAATTATCCAGTGTTGTTCATAATCAAACGATATTATTAGGTCCGACTCCATCTCCTATACCGCGAATAAAGAATAGATATCGATATCAATGCATGATAAAATACAGAAATGAACCGTATTTACAAACAAAACTTCGGAAGATTGCTGCGCTTTTTTCGGAGGAAATAAAAAAAGAAGATTTGTTAATTTCAATTGATATGCAACCGTATCATTTAATGTAA	MNIAKVIVDVPASSIDQTFDYLIPEKFLDIVAPGVRVIVPFGPRKVMGFVVEKASSSEFSKLKSLNDVLDLEPVLTKELLRVGKWLAYETISLQITTFQAMLPQVLKATYKKEIVRLSEARLSEELEFLFAGRDVVPYEEFIASDIRYIRLSEAVQAGDIAIEYLVKSRITKKFLTMVRPAKPLHELEEAALDLSKLAKKQKQILHFFLQNRKPVEKRYLLKQLRTTDSTVNALRKKGLLEIFQQEIYRDPYAVGDFTKTEPLLLTEQQAEAIKPIKETVTNKQHDVFLLHGITGSGKTEIYLQVIQEVIEKGEEAIVLVPEISLTPQMVKRFKGRFGSNVAVMHSALSAGEKYDEWRRIQRKEVQVVVGARSAVFAPFENLGVIIIDEEHELTYKQEDQPRYHARDVAIQRGMNHQCPVVLGSATPMLESYARASKGVYQLETLDKRTNDKPLPPVEIVDMRKELHAGNRTMFSRSLKKEIEACLQKGEQIVLLLNRRGYSTFVMCRDCGHVKECPYCDIALTYHKHSHRLKCHYCAYEEQMPTQCPDCGSETIRYFGTGTQRVEEALLKLIPEARVIRMDVDTTRRKGSHEKLLHQFATKQADILLGTQMIAKGLDFENVTLVGVLTADSMLHLPDFRSSEKTFQILTQVSGRAGRHELNGKVIVQTYTPDHYSIQLASQYDYQSFYKKEMVMRKTFHYPPYFFLALITVTHTNQVKAVHTTQQFVQKLSSVVHNQTILLGPTPSPIPRIKNRYRYQCMIKYRNEPYLQTKLRKIAALFSEEIKKEDLLISIDMQPYHLM				NA	NA	NA	NA	NA
AK148_00632	1209	undec1A		Cysteine/Cysteine sulfinic acid decarboxylase	ATGGTTTATTCCAAAAATATTGTGTTGGGTGTATCTGGAGGGATAGCAGCTTACAAGGCTTGTAGTCTCGCTAGTAAGTTGACACAGCAAGGAGCAAATGTAAAGGTGATCATGACTGATAATGCAATGAAATTCGTTACACCTTTAACGTTTCAAGCGCTTACCCGTAACCCTGTATATACGGACACATTTGATGAGAAAGACCCAGAAAGAATTGCTCATATCGATGTGGCTGATTGGGCTGATATTATAATTATTGCTCCAGCAACTGCAAATATAATCGGAAAGCTTGCCAATGGAATTGCTGATGACATGTTATCGACGGTATTACTTGCTACCCAAGCAGATGTATATATTGCTCCTGCAATGAATGTGCACATGTATGCACATTCAGCAGTTATAAAAAACATGCAAACTTTAGTAGACTGGGGGTATCATTTTATCGAACCTGGATCCGGTTATTTGGCTTGTGGTTATGTAGGAAAAGGCAGATTAGAAGAGCCGGAGCAAATTATACAAACGATAGAAGTACATCAACAGAAAAAAGCACAACTATTTCTAAAAGGAAAGCAAATGTTGATTTCTGCTGGACCGACACAAGAAAAAATAGATCCAGTTCGTTATTTTACGAATCGTTCTTCCGGAAAAATGGGCTTTGCGATAGCAGAAGCAGCTGCTAATGCAGGTGCTTCCGTTACGTTGGTAGCTGGTCCAAGTCAAATGCAAGTGCAACATCATCAAATTGAAAGAGTGGATGTTACAACTGCTGAGGAGATGTATGAAGCTATGCTGGAGCACGCTACTAAAAGTGATATTATCATTAAAGCTGCAGCTGTTGCTGATTATCGTCCGAGCATCACGTATGATCATAAAATGAAAAAGCAATCTGGTCCGTTATACCTCGAGATGGAACGTACAAGAGATATATTACAGACGTTGGGTGACCAAAAAGAGGATCAGTTTCTTGTAGGATTTGCTGCTGAAACAGAAACACCGATCGAAAATGGTTATAAAAAGTTGCAGAAAAAGAACCTTGATGCAATTATTGTTAACGATATTTCTCTTGAAGGTGCCGGATTTGCTGGGGACACAAATGCCGTTACGTATTTGAATAAACAAGGGAGAGAGGAAAAGCTCGCTTTGAATACAAAGCAGGTGATAGCTGAACAAATTGTTAAACTGATTCATGAAGACTTGGAGGGTCAATAA	MVYSKNIVLGVSGGIAAYKACSLASKLTQQGANVKVIMTDNAMKFVTPLTFQALTRNPVYTDTFDEKDPERIAHIDVADWADIIIIAPATANIIGKLANGIADDMLSTVLLATQADVYIAPAMNVHMYAHSAVIKNMQTLVDWGYHFIEPGSGYLACGYVGKGRLEEPEQIIQTIEVHQQKKAQLFLKGKQMLISAGPTQEKIDPVRYFTNRSSGKMGFAIAEAAANAGASVTLVAGPSQMQVQHHQIERVDVTTAEEMYEAMLEHATKSDIIIKAAAVADYRPSITYDHKMKKQSGPLYLEMERTRDILQTLGDQKEDQFLVGFAAETETPIENGYKKLQKKNLDAIIVNDISLEGAGFAGDTNAVTYLNKQGREEKLALNTKQVIAEQIVKLIHEDLEGQ	PGPT0008815_2718	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
AK148_00633	213	rpoZ		DNA-directed RNA polymerase subunit omega	ATGCTAGACCCATCGATTGACTCTTTATTAAAAAAAGTTAACTCAAAATATAGCCTTGTTACACTCGCTGCCAGAAGAGCTAGACAAATTAGCGAAACGAAGAAAGTGTTAATTGATAACCCAAAATCCTATCAATACGTTGGTATGGCACTGGAAGAAGTTCAAGCAGGAAAGTTATTTATTGACGAAGAGGCGGGAAAAAGTCAATTATAA	MLDPSIDSLLKKVNSKYSLVTLAARRARQISETKKVLIDNPKSYQYVGMALEEVQAGKLFIDEEAGKSQL				NA	NA	NA	NA	NA
AK148_00634	618	gmk	COG0194	Guanylate kinase	TTGATTGAAGAAAAAGGGATTCTTTTTATTCTTTCAGGGCCTTCCGGAGTCGGGAAAGGAACAGTGCGTAAAGCGTTGTTTAATCAAGATACAGATTTAAAATATTCCATTTCTATGACGACCCGTGAAAAACGTCCAGGAGAAAAAGAAGGCGTAGATTATTTTTATAAATCCAAGCAGGATTTTGAGCAACTAATTAAAGAAAACCAGCTGTTAGAATATGCGAAATATGTCAATAATTATTATGGTACACCCCGTGAATATGTAGAAAAAACATTGGAATCAGGGTATGATGTATTTTTGGAAATCGAAGTACAGGGTGCTTTACAAGTTAGGGAGAACTTCCCCGAAGGTGTGTTTATCTTTTTATTCCCACCTAGCCTTGAGGAGTTAAAAAATAGAATTGTTCATAGAGGAACAGAATCTCAAGACCTTGTCTTAAACAGACTAAAAGAGGCAAGAAAAGAAATTGAGATGATGGACAAATACGATTATGTAGTTGTAAATGATGATGTTGCTCTAGCTGTGAAAAAAATTCAAGCGATTATTCAAAGTGAACACTTAAAGCGGGAGCGCATTGCAAAACAATATAAACAATTATTGGAGGATGAATTATAA	MIEEKGILFILSGPSGVGKGTVRKALFNQDTDLKYSISMTTREKRPGEKEGVDYFYKSKQDFEQLIKENQLLEYAKYVNNYYGTPREYVEKTLESGYDVFLEIEVQGALQVRENFPEGVFIFLFPPSLEELKNRIVHRGTESQDLVLNRLKEARKEIEMMDKYDYVVVNDDVALAVKKIQAIIQSEHLKRERIAKQYKQLLEDEL	PGPT0021475_3141	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021475-gmk-K00942	NA	NA
AK148_00635	264	remA	COG2052	Extracellular matrix regulatory protein A	TTGAGTTTACGACTAATAAATATTGGTTTTGGGAATGTTGTTTCAGCGAATCGAGTGATTTCTATTGTCTCGCCTGAATCAGCTCCAATCAAACGAATTATTACAGTTGCCAGAGAAAATAATAAGTTAGTAGATGCAACTTACGGAAGACGAACAAGAGCAGTTATCATCACAGATAGTGATCATGTAGTACTGTCTGCAGTTCAACCTGAAACAGTGGGTCAACGTGTATTGAGTCATGAAGAAATTACAGACGATAATTAG	MSLRLINIGFGNVVSANRVISIVSPESAPIKRIITVARENNKLVDATYGRRTRAVIITDSDHVVLSAVQPETVGQRVLSHEEITDDN				NA	NA	NA	NA	NA
AK148_00636	885			hypothetical protein	ATGGCAAAAAGTATGACGAGCTACGGAAGAGCGAAGGTTGGTACGAATGAGCTAACGATAGCAGTTGAGGTTAAAACGGTGAATCATAGATATTTTGATGTAAGTATGAAAATCCCAAGTCAATGTATATTTTTGGAGGATCAACTTAGAAGGATACTCCAAACCTTTTTTCAACGTGGAAGAGTAGAATTATATATTCAAATTTATGGAGAAACATTGCTACAAAAAACGGTGGAAGCAAATTGGGACCTAGTAGATCAATACATGGTGCAGTTACAAGAGTTGAAGCAGCGATATCAGCTTAATGGAGATTTGCCAATGACGGTTATTACTAGCTTTCCAGAGATATTTTCTGTATCCGAAAAGGAGAACAACATATCGGATGAATACATTTCCTTGTTAATGAATGCAGTCAATCATGCGAGTAAACAAGCATTAGAAATGAGGGAAAAAGAGGGTGTCTCTCTATTAAAAGATTTACGGACACGTATACATAATCTAGTACAATATGTAGAAAAAATAAAGGGACGTCAACCGTTTGCTTTAACTGCACATCGAGAGCGAATTAAACGTAGAGTATCCGATCATTTTATGGAAGAACCGCTACAAGATACAGCTAGATTATATCAAGAAATTGTTTTATTAGCTGAAAAAGGCGATATTACTGAAGAAATAATACGTATGCATAGCCACTTAGCACAGATGGAGCAAACAATCATATTAACAGAGCCGATTGGAAGGAAGTTAGAATTTATTGCTCAAGAATTACTTCGTGAAGCAAATACAATTGGTTCGAAATCCGTTGATACAGTAATTAGTGAATATACCATTTTGATTAAGAGTGAAATTGAAAAAATTAAAGAACAAGTGCAAAATATGGAGTAA	MAKSMTSYGRAKVGTNELTIAVEVKTVNHRYFDVSMKIPSQCIFLEDQLRRILQTFFQRGRVELYIQIYGETLLQKTVEANWDLVDQYMVQLQELKQRYQLNGDLPMTVITSFPEIFSVSEKENNISDEYISLLMNAVNHASKQALEMREKEGVSLLKDLRTRIHNLVQYVEKIKGRQPFALTAHRERIKRRVSDHFMEEPLQDTARLYQEIVLLAEKGDITEEIIRMHSHLAQMEQTIILTEPIGRKLEFIAQELLREANTIGSKSVDTVISEYTILIKSEIEKIKEQVQNME				NA	NA	NA	NA	NA
AK148_00637	2655	yloB	COG0474	Calcium-transporting ATPase	ATGAAATGGTATCAGTTAGAAGTAGAAGATGTAGAAAAAAAATTGCACGTTACTGCTAACCGTGGTTTATCTGTTAAGCAAGTGGAAAAAAGACGTAAGCAATACGGGGAAAATGTTTTAGAAGCGCAGAAAAAAATGTCAAAATGGTTGATTTTTATAAAGCAATTTCAAGATTTTATGGTACTTGTTCTGTTAGCAGCGACATTAATTGCGGGTCTGTTAGGTGAATATATTGATGCAATTGCAATTATGGTTATTGTAATCGTCAATGGTTGTATCGGTTTTTTTCAAGAGCAAAAGGCAGAAAAATCACTTGATAAATTAAAAGAATTATCAGCCCCTATGGCTTATGTTCTACGTGATAAAAAATGGGAAAGAATTCCTTCCAAAGATGTAGTTGTTGGCGATATTGTTCGGATTTCAAGTGGTGACCGTATACCAGCAGATATACGGATTATTCGTTCAGATAGTTTAGAAACGGAAGAATCAGCACTAACCGGAGAATCGCTTCCAGTATCAAAACATGCCCAAGCTATCCACCGTGCTAAATTAGATGCGCAAGATCAAGTTAATATGGGATTTATGGGGACATTAGTCACCCGCGGAACAGGAATTGGCATCGTTGTTGGCACTGGCATGCAGACGGTTATGGGGCAAATTGCTTCTCTAATGGCAAATACAAAGAAAGTGATGACACCTCTAGAGCGTAAACTTGCAGAATTAGGTAAGTTTTTAATTGTTATTGCCTTACTTCTTACTGCTTTAGTCGTCGTATTAGGTGTTATACAAGGTCAGCCAGCTTATACGATGTTTTTAGCCGGTGTTTCGCTTGCAGTTGCTGCTATTCCAGAAGGCTTGCCAGCTATTGTAACGGTCGCACTTTCCCTCGGTGTTCAACGTATGATAAGAAAAAAAGCAATTGTTCGTAAATTGTCCGCAGTTGAAACATTGGGATGTGCTTCGGTTATTTGTTCAGATAAGACGGGAACAATGACGGAAAATAAAATGACAGTAAAGGAAGTATTGCTTCATGGAAAACAGCTATATGTAACTGGTGATGGATATGATTTACAAGGAGATTTTTTTTACAACGACGAAAAAATAAAGATCCGTTCTCCTCATTTGTCAACGATGCTTTTATATGGTTTGCTTTGCAATCAAGCTTCACTTGCTAAAAAGAAAGGTAAATATACCATTGATGGTAATCCAACTGATGGGGCATTAGTTATTGCAGCTAGAAAAATCGGACTAAGTGAAGAAGATAAACAAGCCTATAACATTATTAAGGAATTTCCGTTTGATTCCGATCGTAAACGGATGAGTGTCATTGTGGAAGATAAGGAGAAACGTCGCTTTTTAATTACAAAAGGTGCACCAGAAGTTTTATTACCTCGATCAGCATATGTGTTAGAAGAAGAAGGGAAGCAGCTTCTAAAAGCCCAAAAGCAAGTTGCAATCGAGCAAGCTATTAATCAAATGGCTGAAAAAGCATTACGTACACTAGCTATTGCTGTAAAGCCGTTGTCCAATGATGAAGATGCTTTATCATCTGTTCTTGAAAAAGATTTAACTTTTATCGGTGTTTACGGGATGATGGATCCACCTCGGAAAGAAGTAAAGAAAGCAGTTCAAGAATGCCGTAACGCTGGTATTAAAACTGTCATGATTACAGGAGATCACGCTAAAACAGCTCGGGCGATTGCGTTAAACTTAGAACTAATGCCAGAAGATGGGAACGTACTAGAAGGATATCAAATGAACAATATGTCTCAACAAGAATTGGAAGATACGATTGAAGATGTTTACGTGTTTGCACGTGTTACCCCAGAACATAAATTAAGAATCGTCCATGCTTTTCAACAAAAGGGGCATGTGGTGGCGATGACAGGTGATGGCGTAAATGACGCACCTGCTATAAAAGCGAGTAATATTGGAATTAGTATGGGGCAAAGCGGAACAGATGTAACAAAAGAAGCCTCCTCGCTTATACTAATGGATGATAATTTTGCTACGATAAAAGCTGCAATTGAAGAAGGACGAACGATTTATGAAAATATACGAAAATTTATTCGCTATTTGTTAGCTTCCAATGTTGGTGAGATTTTAGTTATGTTGTTTGCTATGTTACTTTCCTTACCATTACCACTTGTACCTGTACAAATTTTATGGGTGAACTTAGTTACAGATGGACTACCAGCAATGGCTTTAGGGATGGATAAAGCAGAAGGAGATGTGATGAAGAAACATCCAAGGAGTATAGATGAGGGAGTATTTGCCCGTGGGCTAGGCTATAAAATCATTAGCAGGGGGATCGTTATTGGTGCTGTCACTCTCATTGGGTTTATCATTGCATATCAAAATGACCCAACTCATCTAACTTATGCTCAAACAATTGCTTTTACCACATTAGTAATGGCACAATTGATTCACGTATTTGATTGTCGGAGTGAGCGGTCTATTTTTGCAAGAAACCCATTTGAAAATATGTATCTTGTATTAGCTGTGTTGTCATCGCTTGTACTGTTATTAGTCGTTATTTATTGGACGCCACTACAACCTATTTTTCATACAGTATCTTTAAATTTAAGAGACTGGGCGTTAATCTTAGCTCTTAGTGCGTTACCGACCGTTATTTTTGGTTTCACTAAAAAATAA	MKWYQLEVEDVEKKLHVTANRGLSVKQVEKRRKQYGENVLEAQKKMSKWLIFIKQFQDFMVLVLLAATLIAGLLGEYIDAIAIMVIVIVNGCIGFFQEQKAEKSLDKLKELSAPMAYVLRDKKWERIPSKDVVVGDIVRISSGDRIPADIRIIRSDSLETEESALTGESLPVSKHAQAIHRAKLDAQDQVNMGFMGTLVTRGTGIGIVVGTGMQTVMGQIASLMANTKKVMTPLERKLAELGKFLIVIALLLTALVVVLGVIQGQPAYTMFLAGVSLAVAAIPEGLPAIVTVALSLGVQRMIRKKAIVRKLSAVETLGCASVICSDKTGTMTENKMTVKEVLLHGKQLYVTGDGYDLQGDFFYNDEKIKIRSPHLSTMLLYGLLCNQASLAKKKGKYTIDGNPTDGALVIAARKIGLSEEDKQAYNIIKEFPFDSDRKRMSVIVEDKEKRRFLITKGAPEVLLPRSAYVLEEEGKQLLKAQKQVAIEQAINQMAEKALRTLAIAVKPLSNDEDALSSVLEKDLTFIGVYGMMDPPRKEVKKAVQECRNAGIKTVMITGDHAKTARAIALNLELMPEDGNVLEGYQMNNMSQQELEDTIEDVYVFARVTPEHKLRIVHAFQQKGHVVAMTGDGVNDAPAIKASNIGISMGQSGTDVTKEASSLILMDDNFATIKAAIEEGRTIYENIRKFIRYLLASNVGEILVMLFAMLLSLPLPLVPVQILWVNLVTDGLPAMALGMDKAEGDVMKKHPRSIDEGVFARGLGYKIISRGIVIGAVTLIGFIIAYQNDPTHLTYAQTIAFTTLVMAQLIHVFDCRSERSIFARNPFENMYLVLAVLSSLVLLLVVIYWTPLQPIFHTVSLNLRDWALILALSALPTVIFGFTKK	PGPT0013990_4376	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CALCIUM_TRANSPORT,PGPT0013990-yloB|ctpA-K01537	NA	NA
AK148_00638	1707	rqcH		Rqc2 RqcH	ATGCCATTTGATGGTATAGTAACGTACGCGACAACGAACGAACTGCATACCAAATTAACAGCGGGAAAAATAACAAAAATCTATCAACCAACGGAAACGGAAGTATTATTTACCATTCGAAATCGTGGACAGAATACGGTTCTTTTATGTTCTATCCACCCTACTTACTCCCGAATACACCTAACCGAAGAAATGTTTCAAAACCCAAAAGAACCACCAATGTTTTGTATGGTGTTGAGAAAATATTTATCTGGAGCCATCATTAAAAAAATTGAACAACGGGGTTTGGAAAGAATTATCCAATTCACAATACATTCACGAAATGAAATTGGAGACATAACCGAGAAAAAATTAATAATGGAAATTATGGGGCGCCATAGCAATTTATTGCTTGTAGACGGGGAAGATGGACATATTATCGATAGTTTAAAACATGTTTCCAGCTGGCAAAATCGCCACCGGACCATTTTACCTGGACAAACTTATCAGCTGCCACCAGAACAAAATAAATTAAATCCGCTTTTAATCCGTCCAGAACAACTTATTAAAAAGTTAGACTTTAATGCTGGAAAATTAGACACCCAAATTGTAAACCTACTTAGTGGATTTTCACCTGTCGTTGCCAAAGAGATTGTTCATCAAGCCCATTTAGGTAATGAGAAAGTATATGAGCAACTATTTACTGACATGCAGCAACAACTGTTAGATAAAGACTTTACTCCTGTGATCTACCGAAATCAAAAAGAAGATTATCATGTTCTCCCACTAACGCATTTAAAAGGAGAAAAACAAACTTTCTTGACAACAAATAGCATGCTTGACCAGTTTTACACTGGAAAAGCAGAAAGAGATCGAGTGAAACAGCAAACGAAGGATTTAGCACGCTTGTTAAAAAATGAATTAGCTAAAAATAAACGGAAACAAAAAAAGCATGCACAAACGATGCAAAAAGCACAACGAAAAGAACACTACCAGAAAGCAGGAGAATTGCTGACAGCTCACTTACATCTCGTAACGCAGGGTGACAAGCAAATAACCGTGGTAGACTATTATGATCCTGAACAAAAACAGTTAACCATTGATTTAGATCCGTTGAAAACACCAAGTGAAAATGCACAGGCATACTTTAAGACATATCAAAAACTAAAAACTTCAGAATTAAAGGTGAAGGAGGAGATAGCAAAAACAGAGCAGGAAATGGAGTATTTGGAGAGATTACTACAGCAAATTGAAACAGCAAGCATACAGGATATTGAAGAGATTCGTGAAGAACTTCGCGATGAAGGCTATTTAAAAAAACAGAAAGCAACCAAGAAAAAGAAAGCAAAAACAGCCAAACCAGTACCTGAAAAATATATTGCATCTGACGGAACAACAATATTAGTCGGTAAAAATAATAAACAAAATGAATATGTAACGATGAAATTAGCTGCTCGTGATGATATTTGGTTGCACACGAAAGACATACCTGGCTCACATGTTATTATTCGTTCCGCTACTCCTTCAGAAAACACCATATTGGAAGCAGCTCAACTTGCAGCTTATTTTAGTAAATCACGTCAATCCTCATCCGTTCCAGTAGATTATACAAAAATTCGTCACGTAAAAAAACCGAATGGCACAAAACCAGGCTTTGTAACGTATGATAATCAAAAAACAGTTTTTGTTACGCCTAATGAACAACTCATCCACAAATTAACACCATAA	MPFDGIVTYATTNELHTKLTAGKITKIYQPTETEVLFTIRNRGQNTVLLCSIHPTYSRIHLTEEMFQNPKEPPMFCMVLRKYLSGAIIKKIEQRGLERIIQFTIHSRNEIGDITEKKLIMEIMGRHSNLLLVDGEDGHIIDSLKHVSSWQNRHRTILPGQTYQLPPEQNKLNPLLIRPEQLIKKLDFNAGKLDTQIVNLLSGFSPVVAKEIVHQAHLGNEKVYEQLFTDMQQQLLDKDFTPVIYRNQKEDYHVLPLTHLKGEKQTFLTTNSMLDQFYTGKAERDRVKQQTKDLARLLKNELAKNKRKQKKHAQTMQKAQRKEHYQKAGELLTAHLHLVTQGDKQITVVDYYDPEQKQLTIDLDPLKTPSENAQAYFKTYQKLKTSELKVKEEIAKTEQEMEYLERLLQQIETASIQDIEEIREELRDEGYLKKQKATKKKKAKTAKPVPEKYIASDGTTILVGKNNKQNEYVTMKLAARDDIWLHTKDIPGSHVIIRSATPSENTILEAAQLAAYFSKSRQSSSVPVDYTKIRHVKKPNGTKPGFVTYDNQKTVFVTPNEQLIHKLTP				NA	NA	NA	NA	NA
AK148_00639	420	ohrB	COG1764	Organic hydroperoxide resistance protein OhrB	ATGGCAAATGTAATTTTTACATCGAAGGCGACAGCAAAAAATGGACGTGATGGTCATGTACAATCAGATGACGGTTTAATTGATCTTAAACTAGTAAATCCAGCTACGAATAAAGAAGACAAGGGGTCAAACCCAGAACAGCTTTTTGCAGCAACATATGCATCCTGTTTTGATGGTGCCTTAAATTTAGTTGCTTCCAAAGAAAAGAAAGAAATTGATTCCTTGACGACAGCAGCTGTTAGCTTTCTAAAAGATACGGACGATAATGGCTTTAAAATCGGTGTAGAGTTAACAGTGAAAATAAAAGGTGTTGACCAAAACGAAGCAGAGGAGCTTGTGGAAAAAGCGCATCAAGTATGTCCTTATTCCAAGGCGACTAGAGGAAATATCGATGTACACTTAAAACCACAAGCTGTTTAA	MANVIFTSKATAKNGRDGHVQSDDGLIDLKLVNPATNKEDKGSNPEQLFAATYASCFDGALNLVASKEKKEIDSLTTAAVSFLKDTDDNGFKIGVELTVKIKGVDQNEAEELVEKAHQVCPYSKATRGNIDVHLKPQAV	PGPT0013160_3365	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
AK148_00640	870	cysL_1	COG0583	HTH-type transcriptional regulator CysL	ATGAAAATAGACGACTACAAACTATTGTTAAAGTTGCAAGAAATTGGAACCATTCGCGGTACAGCAAAAACAGTACTGATTTCTCAGCCTGCAGTAACCCAACGTTTGAAATATATGGAGGAATATTTTGGACATAATGTATTTATTCGTACCCCGAAGAAGCTTATTCCAACACCAGAAGGGGAAATAATTTTACAACACGCTATGGAGGTAATACAACGAGAAAATGCATTGCAAAATCAATTAGCTATATCTAGTAACGATGTGCAAGGAACATTATCGATTGCTTGCTCTTCCCTTATCTCGCAACGGTATTTACCAGCTTTGTTAGGAAGATTTACAGCCAAATTCCCTAAAGTTGCCATCGATCTAGTGACAGGTATTAGTGAAGACATTAAACGAAATCATAAAGATTATCATGTTTGTATTATCCGTGGTGAAAAATTGAAAGAGACTACTTGTCTTCCATTATTTGATGATCCATTATATATTTTTGATACAGAAGCGTTTCCTGCAGATTCTATTAAAGAACGTCCACTCATTGCATTTAGTTCTGATGATAGTATGCATGAATTAGTAGATCATTGGCTTTATGTACATCAAGATAAAATAAAACCGATTAAAACAATGACGGTTGATCAAATAGAGACGTGCAAGCAATTAATGAAGCAAGGGTTAGGAATGGCTGTGTTACCTGAAAGTGTCTCTGATTTTATGAAAGAAGACTATCCTTATTTACCGCTTCTGTTAAATGGGGAACCTGTCTCTAGAAAAACATGGGTTTGTTTTCAAGAGGGAATTCGTTCTTTACCACAAGTGAATCATTTTATAGAAGAATTGACATCCTTTTTAACGCCATCTAAATTTTGA	MKIDDYKLLLKLQEIGTIRGTAKTVLISQPAVTQRLKYMEEYFGHNVFIRTPKKLIPTPEGEIILQHAMEVIQRENALQNQLAISSNDVQGTLSIACSSLISQRYLPALLGRFTAKFPKVAIDLVTGISEDIKRNHKDYHVCIIRGEKLKETTCLPLFDDPLYIFDTEAFPADSIKERPLIAFSSDDSMHELVDHWLYVHQDKIKPIKTMTVDQIETCKQLMKQGLGMAVLPESVSDFMKEDYPYLPLLLNGEPVSRKTWVCFQEGIRSLPQVNHFIEELTSFLTPSKF				NA	NA	NA	NA	NA
AK148_00641	843	COQ5_1		2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial	GTGAAGTCGCCTAGTTGCTGGGCGCTGGAGCCGGACGGGGCTCATTCGGTTATTTGGTTACGCCATAGCATAAAATCTTATACTTCCTTATCTTTTAAAAAAACGTTTGCTAAACGTCCACAAGATTATGTAACAAGTACTACGCATGCATTGGGAATTAGTCAAGAAGTAATAAGTACATGGCTAAACCCTGCACCTACAATGGAAATGTTAGATATAGCAACAGGAGGGGGACATGTTGCTAAACAATTATCCCCGTATGTACGTATCGTATACGCAACGGACTTAACCAAAGAAATGCTTGCAAATACGAAACAACATTTACAAGCACTAACTAACCTTATATATATTATGGCAGACGCAGAACAACTGCCCTTTTTAGATGCTTCATTTGACCTCATCACATGTCGAATTGCCGCACATCATTTTCCAAATCCTGACCAATTTATTTGTGAAGTAAAGCGCGTATTAAAAAAAGATGGAAAATTCCTGTTCATTGACAATATCGTTCCAAATATTAAACAGCACGCGATATTCATGAATCAGGTGGAGAAAATGCGAGATGAAAGCCATGTCAGATTCCTTACGAAAGAAGAGTGGGGTTGTCTGTTTAAGCAACATGGGCTAAAAATAAGTCAGCAACATACTCATAAAAAGACGTTATCTGTTAATAAGTGGCTAGATCGCACTTTATGTCATGAAGATGAAAAAAACAACGTCATCAAACGTCTATTACAAGCAGATACAGATATAACAAACTATTATCAAATTAAAAACAGAAATGAGAAACCACTGCAGTTTTCTATTGATGAATGGTCGGTTTTAATGAAACATGAAAAATAA	MKSPSCWALEPDGAHSVIWLRHSIKSYTSLSFKKTFAKRPQDYVTSTTHALGISQEVISTWLNPAPTMEMLDIATGGGHVAKQLSPYVRIVYATDLTKEMLANTKQHLQALTNLIYIMADAEQLPFLDASFDLITCRIAAHHFPNPDQFICEVKRVLKKDGKFLFIDNIVPNIKQHAIFMNQVEKMRDESHVRFLTKEEWGCLFKQHGLKISQQHTHKKTLSVNKWLDRTLCHEDEKNNVIKRLLQADTDITNYYQIKNRNEKPLQFSIDEWSVLMKHEK				NA	NA	NA	NA	NA
AK148_00642	618	pyrE		Orotate phosphoribosyltransferase	ATGGCAACAGGTGAAGAGATTATACGTGAGTTACTACAAATAAAAGCCGTACAGATTAAAACAGAAGGATATTTTACATGGACATCAGGAATTAAATCACCAATCTATTGCGATAATCGTTTAACGATGTCGTACCCAATTGTACGCCGAAAAATCACCCAGGCATTTGCAAGGATTATAAAAGAACAACAAATTGAATTGGATTGTATTGCTGGTTGTGCAACAGCAGGTATACCGCATGCCGCATGGTTAGCTGAAGCGCTTGATTTGCCAATGGTGTATGTTCGTTCCAAGCCGAAAGCGCATGGGAAAGGTAATCAAATTGAAGGAGAAGTGGAGCAAGGCCAAAAAGTAATTGTGATTGAAGATTTAATTTCTACAGGTGGCTCAGCTATTGCGTCAGCCAAAGCTTTACATGCAGCTGGAGCTGAGGTGACAGGTGTGTTAGCCATTTTTACATATGGGTTGAGAAAAGCGGAGGTGGCTTTTCGTGAATCTGGTTTCCATTATCATACGATTACAGGATTTGATGCATTCATTCAAGTGCTAGAAGCTGATGGCAAGATTAATCAAATGGATAGCAAACAATTATTGGCTTGGAGAGAAAGTCTCAACTAG	MATGEEIIRELLQIKAVQIKTEGYFTWTSGIKSPIYCDNRLTMSYPIVRRKITQAFARIIKEQQIELDCIAGCATAGIPHAAWLAEALDLPMVYVRSKPKAHGKGNQIEGEVEQGQKVIVIEDLISTGGSAIASAKALHAAGAEVTGVLAIFTYGLRKAEVAFRESGFHYHTITGFDAFIQVLEADGKINQMDSKQLLAWRESLN	PGPT0021200_3046	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021200-pyrE-K00762	NA	NA
AK148_00643	711	pyrF	COG0284	Orotidine 5'-phosphate decarboxylase	ATGACTGCATCAATTTATCTGGCATTAGATTTTCCAAACTGGCATACAACGAATCAATTTTTAACAAAGCATGATTTAATTGGTGTTCCAGTAAAAATAGGGATGGAGTTATTTTATCGTGAAGGCCCAGCGTTAATAGAAAAATTAAAGCAAAATGGGCATTCCATATTTTTAGATTTAAAACTACATGATATACCAACAACAGTAAAAAAAGCGATGCGTAATTTGGCAAAATTAGAAGTAGATATGGTCAATGTTCATGCTTTAGGTGGAAGTGCTATGATTCAGGCAGCAAAGCAAGGATTAGTGGAAGGAAATACGCGTTTTCAGACCAAGTTATTAGCAGTTACGATTCTAACATCTATGGATCAGACAAATATGGAACAGAATTTGCGACTACCTGGAACGTTAGAAAGTAATGTACTTCATTTTGCAAAGCTTGCTGAACAAAGCGGCGCGGATGGTGTAGTATGTTCCGTTTACGAAGCAAATGCTGTAAAGAATGTATGTGGCGATTCTTTTTTAACGGTCACGCCTGGGATTCGATTGGTGGATGCACAAGATAACGACCAAAAAAGAATTGCTACCCCAAGCTATGCCAAACAACATGGAGCTAGTGTGATCGTTGTAGGGAGAACAGTAACGCAAGCTGACTCACCGAAACAAGCATATGATCAAATTAAAGGAGCGTGGGCAAATGGCAACAGGTGA	MTASIYLALDFPNWHTTNQFLTKHDLIGVPVKIGMELFYREGPALIEKLKQNGHSIFLDLKLHDIPTTVKKAMRNLAKLEVDMVNVHALGGSAMIQAAKQGLVEGNTRFQTKLLAVTILTSMDQTNMEQNLRLPGTLESNVLHFAKLAEQSGADGVVCSVYEANAVKNVCGDSFLTVTPGIRLVDAQDNDQKRIATPSYAKQHGASVIVVGRTVTQADSPKQAYDQIKGAWANGNR	PGPT0014965_3325	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0014965-pyrF-K01591	NA	NA
AK148_00644	909	pyrD	COG0167	Dihydroorotate dehydrogenase B (NAD(+)), catalytic subunit	ATGAGTCTAGCAGTGGAATTACCAGGTTTATCACTAAAGAATCCAATCATGCCAGCTTCTGGCTGTTTTGGATTCGGTAGAGAATATAGTGATTTTTATGATCTTAGTATACTGGGCGCAGTTATTATGAAAGCAGCAACAATGGAGTCTAGGTTTGGTAACCCCACGCCTCGGGTAGCGGAAACGTCTGCTGGAATGTTAAATGCTATTGGACTACAAAATCCTGGCGTAAAAAAAATAATTGCAACAGAGGTGCCATTTCTCGCTTCATTTTCAATACCAATAATTGCTAATATAGCAGGAAGTACGATTGAAGAGTATCGGCAGGTTGCCAAAGCTTTTCAGCATACGGATCAAGTAGCTGCTTTGGAGTTGAATATTTCTTGCCCTAATGTAAAAGAAGGAGGTATTCAATTTGGTACAGATCCCTTTATGGCGCAGAAAGTCACTGAAGCTGTAAAAGAAGCTACAAATCTCCCAGTCTATGTTAAATTATCACCGAATGTTGCTGATATTGTAGGCATGGCAAAAGCGGTTGAAAAAGCAGGAGCAGACGGTTTGTCTATGATTAATACACTGACAGGTATGCAAATTCATTTAGCCACAAGAAAACCAGTCATTGCGAATAAAACGGGCGGGTTATCTGGACCTGCCATTAAACCAATCGCTATACGAATGATTTATGAGGTGAAACAACATGTTTCTATTCCAATTATTGGCATGGGTGGCATTATGCACGCGGAAGACGTATTGGAATTTCTATTAGCAGGAGCAAGTGCTGTTGCTGTTGGTACAGCTAATTTTCAAAACCCGTACGTATGTAAGGAAATTATTGATCAATTACCACATACGCTAATGCAGTATGGTTTTAGCTCCGTAAAAGAAGCCATTGGAAAGGGGTTTGTTTAA	MSLAVELPGLSLKNPIMPASGCFGFGREYSDFYDLSILGAVIMKAATMESRFGNPTPRVAETSAGMLNAIGLQNPGVKKIIATEVPFLASFSIPIIANIAGSTIEEYRQVAKAFQHTDQVAALELNISCPNVKEGGIQFGTDPFMAQKVTEAVKEATNLPVYVKLSPNVADIVGMAKAVEKAGADGLSMINTLTGMQIHLATRKPVIANKTGGLSGPAIKPIAIRMIYEVKQHVSIPIIGMGGIMHAEDVLEFLLAGASAVAVGTANFQNPYVCKEIIDQLPHTLMQYGFSSVKEAIGKGFV	PGPT0021175_1219	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021175-pyrDI-K17828	NA	NA
AK148_00645	756	pyrK	COG0543	Dihydroorotate dehydrogenase B (NAD(+)), electron transfer subunit	ATGCAACAACTTTTAAAGATTAAATCAAAACAAACCGTTGCCCTTGATACAGTTGAGATGGTGCTTGAAAATAAGGCTGTCAGTCAAATAGCAGTTCCTGGGCAATTCCTTCATTTACATGTTGATGGACATATGCTCAGACGTCCCATTTCCATTGCTGATGCTGATCCTTCTGTTCATACAGTTACGATTTTATTTAAAATACTTGGCGAAGGTACAAGAAAGTTATCCACTTATCAAATTGGTGATGTCATTGACGTGTTAGGTCCGAATGGAAAGGGATTTCCACTAATGAACGCTACCAAGAATTCGGTTTTAATCGTCGGAGGAGGCATAGGTGTGCCACCACTTTACTACTTAGCTAAAAAGTTAACAGAAAGCGGAGTGACGATAACAGCTGTACTAGGTTTCCAATCAAAGGAACATGTGTTTTATGAAGTGGAGTTTGAAGAGTTAGGGAAAACGATTGTTGTAACGAATGACGGTTCTTACGGTGAAACAGGATTTGTTACCAATATTTCCAAGGAGGCACTACCTTCTATTGACGAGTATTACTCCTGTGGGCCACTGTCAATGCTGCAGGCAGTGAAAGAACGTTGGAATAATATTCCAGGATATCTATCTCTTGAGGAACGGATGGGATGTGGAGTAGGAGCATGCTTTGCTTGTGTCATTCCAACAGATGATCATGGAGGATATAAAAAAATATGCCAGGATGGCCCTGTTTTCTCAGCAGAGGAGGTGCAACTAAAATGA	MQQLLKIKSKQTVALDTVEMVLENKAVSQIAVPGQFLHLHVDGHMLRRPISIADADPSVHTVTILFKILGEGTRKLSTYQIGDVIDVLGPNGKGFPLMNATKNSVLIVGGGIGVPPLYYLAKKLTESGVTITAVLGFQSKEHVFYEVEFEELGKTIVVTNDGSYGETGFVTNISKEALPSIDEYYSCGPLSMLQAVKERWNNIPGYLSLEERMGCGVGACFACVIPTDDHGGYKKICQDGPVFSAEEVQLK	PGPT0021180_1181	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021180-pyrDII-K02823	NA	NA
AK148_00646	3198	carB_1		Carbamoyl-phosphate synthase large chain	ATGCCTAAAAGTAAGTTGATGTCTAAGATTTTAGTAATTGGATCAGGGCCAATCGTGATTGGTCAAGCAGCTGAATTTGATTATTCAGGAACACAAGCGTGCCAAGCATTACAAGAGGAAGGTTATACTGTTGTATTAGCTAATTCTAACCCAGCAACAATTATGACGGACCATACAGTAGCAGATAAAGTATATATGGAGCCGTTAACCGTTGAATTTTTAACCAAAATTATACGAATGGAGAAACCAGATGCTTTATTACCAACTCTAGGTGGTCAGACAGGGTTGAATTTAGCCGTTGCATTAGATGAAACAGGGATTTTAGAAGAATATAATGTCACTTTATTGGGAACCTCCTTACAAGCTATCCAAAAAGCAGAGGACCGTGAAAGATTTAGAGATTTAATGTATGAACTAAATGAGCCTGTGCCTGCGAGCCAAATTGTTCATACTGTGGAGGAAGCTTGTGCATTTGCCGATAAAATAGGTTACCCTGTTATAGTTCGTCCTGCCTATACATTAGGAGGAACTGGCGGAGGTATGTGTAATACGAGGGATGAGTTGCTAACAATTGCTCAAAACGGTTTAAAACTTTCTCCGGTTCATCAATGTTTAATCGAAAAGAACATTGCTGGATTTAAAGAGATCGAATATGAAGTAATGCGTGATAAGAACGACCAGGCTATCGTTGTGTGTAACATGGAAAATATTGATCCAGTTGGTATTCATACAGGGGACTCTATAGTCGTTGCTCCATCGCAAACATTAAGTGATCGTGAATATCAGCTATTACGTAATGCTTCCTTGAAAATTATCCGTGCTTTAGAAATAGAAGGTGGATGTAATGTTCAGCTTGCACTAGATCCGAATAGCTTTCAATATTACATTATCGAAGTGAATCCACGAGTGAGTAGATCATCTGCATTAGCATCAAAAGCTACTGGTTACCCCATTGCAAAGATGGCAGCAAAAATTGCTGTTGGTTTAACACTTGATGAAATTATTAATCCGATTACTGGTAAAACATATGCATGCTTTGAGCCAACACTTGATTATGTGGTTACGAAAATTCCACGTTTCCCATTTGACAAATTTACTACAGGAGATCGGAAATTAGGAACACAGATGAAAGCAACTGGGGAAGTAATGGCAATTGGAAGAAATTTTGAAGAATCTCTGCTAAAAGGCGTTCGTTCGTTGGATATAGGAACAGATGAACTGTGGCTAGAAAACTTAACGACATTAGATGAACAAGCTTTGCAAGCACGAATGAAAAAAGCGGATGATGAACGAATCTTTGTATTAGCAGAAGCACTTCGAAGAAACATGACGATTGAAGATATTTTCCAAATTACGAAAATTGACCGATTTTTCTTAGTGAAATTACAAAAATTAATTGCAATGGAAGAGGCTTTGCTGGAGTATGTAGGATCTCCTGACATACTAAGACAAGCAAAAGAGCGTGGGTTTTCTGATCCACATATCGCCCGCTTATGGGGAAAAGCGGAAGATGAAGTCTACGCTTTGCGGAAAAAACATGAGATTCTTCCTGTATATAAAATGGTAGACACCTGTGCGGCTGAATTTGCTTCGGAAACGCCTTATTTTTACAGCACCTATGAATTGGAAAATGAATCCCTTGTATCTAATCGTAAAAAAGTACTGGTACTTGGTTCAGGTCCAATTCGAATTGGGCAAGGAATTGAGTTTGATTACGCTACGGTGCACTCCGTATTGGCTTTAAAAGAAATGGGATACGAAGCAATCATTATGAATAACAACCCTGAAACGGTATCAACGGATTTTAGTATTTCAGACAAATTGTATTTTGAACCGCTCACTTTAGAAGATGTCATGCATGTCATTGAACTGGAACAGCCTGAAGGAGTTATTGTTCAGTTTGGCGGTCAAACGGCTATTAATCTTGCAGCTGGGTTAGAACGCCGGGGTGTAGAAATATTAGGAACGAGCTTGCGAGCCATTGATCAAGCAGAAGACAGAGACAAATTTGAATTACTTGTGGATCAGTTACAGTTATTACGCCCTAAAGGGAAAACAGTCATGAAGATGGAGCGAGCTAAAGAAGTAGCTATGTCTATAGGTTACCCTGTACTTGTTCGTCCATCTTATGTCATTGGTGGAGCGAGAATGGAAATTGTATACAATGATGCAGAGCTTGCAGCTTATTTAGCAAAAACAGGGCATATAAATGACCAACATCCGATATTAATTGATAAATATATTACTGGGTTAGAAGTAGAAGTAGATGCAATTAGTGATGGGGAAACAGTTATTGTTCCTGGAATTATGGAGCATATTGAACGAGCGGGAGTTCATTCTGGAGATTCTATTGCTGTATATCCACCGCAACGATTAAGTCAAAACGTAAAAGATCAATGCTTACACGCAGCTACAAAAATTTCTCATGCATTACAAGTAAAAGGGTTAATTAATATTCAATTTATTGTTAGTGAAGGCCAAGTATACGTATTGGAAGTGAATCCAAGAGCAAGCCGGACAATCCCATTTTTAAGTAAAATTACTGGTGTAACGATGGCAAATTTAGCAACCAAATGTATCCTAGGGGAGAAGCTTACGGATATGGGGTATGAAACAGGCATATTGCCAGAAGATGACCAAGTGTCGGTAAAGGTTCCGGTTTTTTCCTTTGAGAAGTTACGCAGTGTAGATACGATCTTAGGGCCAGAAATGAAATCAACGGGTGAGGCAATTGGTTATGATAAAACATTAGAAAAAGCACTATACAAAGGCTTAATTGCTTCTGGGCTTACATTACCGCAGGAAGGAAGTGTATTATTAACGGTAGCAGACAAAGATAAAGAAGAGATGATTCATATTGCTAAGCGATTCCATCAACTAGGCTTTCAATTGTATGCAACAGAAGGTACCGCCGACTATATTCAACGAAACGATATTCCTGTAACAAAAGTAGGTAAAATTGGTTCGCAACAACCAAATGTGCTTTCTGTTATTGAGAATGGGGAAGTTCAATATGTTATTAACACATTAACTTCTGGAAAACAACCACGCTCTGACGGTTTTCGGATTCGGAGAGAATCTGTAGAACATGGCATTGCTTGTTTAACGAATTTAGATACAGCAAATGCAATTTTGTACATTATAGATTCGATGACGTTTCAAGCTAAACCAATGGAACAGAAAAAGGTCGTGATTTAA	MPKSKLMSKILVIGSGPIVIGQAAEFDYSGTQACQALQEEGYTVVLANSNPATIMTDHTVADKVYMEPLTVEFLTKIIRMEKPDALLPTLGGQTGLNLAVALDETGILEEYNVTLLGTSLQAIQKAEDRERFRDLMYELNEPVPASQIVHTVEEACAFADKIGYPVIVRPAYTLGGTGGGMCNTRDELLTIAQNGLKLSPVHQCLIEKNIAGFKEIEYEVMRDKNDQAIVVCNMENIDPVGIHTGDSIVVAPSQTLSDREYQLLRNASLKIIRALEIEGGCNVQLALDPNSFQYYIIEVNPRVSRSSALASKATGYPIAKMAAKIAVGLTLDEIINPITGKTYACFEPTLDYVVTKIPRFPFDKFTTGDRKLGTQMKATGEVMAIGRNFEESLLKGVRSLDIGTDELWLENLTTLDEQALQARMKKADDERIFVLAEALRRNMTIEDIFQITKIDRFFLVKLQKLIAMEEALLEYVGSPDILRQAKERGFSDPHIARLWGKAEDEVYALRKKHEILPVYKMVDTCAAEFASETPYFYSTYELENESLVSNRKKVLVLGSGPIRIGQGIEFDYATVHSVLALKEMGYEAIIMNNNPETVSTDFSISDKLYFEPLTLEDVMHVIELEQPEGVIVQFGGQTAINLAAGLERRGVEILGTSLRAIDQAEDRDKFELLVDQLQLLRPKGKTVMKMERAKEVAMSIGYPVLVRPSYVIGGARMEIVYNDAELAAYLAKTGHINDQHPILIDKYITGLEVEVDAISDGETVIVPGIMEHIERAGVHSGDSIAVYPPQRLSQNVKDQCLHAATKISHALQVKGLINIQFIVSEGQVYVLEVNPRASRTIPFLSKITGVTMANLATKCILGEKLTDMGYETGILPEDDQVSVKVPVFSFEKLRSVDTILGPEMKSTGEAIGYDKTLEKALYKGLIASGLTLPQEGSVLLTVADKDKEEMIHIAKRFHQLGFQLYATEGTADYIQRNDIPVTKVGKIGSQQPNVLSVIENGEVQYVINTLTSGKQPRSDGFRIRRESVEHGIACLTNLDTANAILYIIDSMTFQAKPMEQKKVVI	PGPT0021150_4471	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021150-carB-K01955	NA	NA
AK148_00647	1095	carA_1		Carbamoyl-phosphate synthase small chain	ATGGGCAAACGTCAGTTAGTATTAGAGGATGGAACTGTTTTTATCGGTGATGGATTTGGTAGTACCCAAGAAGCTATAGGAGAAGTCGTGTTTAATACAGGAATGACAGGATACCAGGAAGTAATAACGGACCCGTCCTATTGCGGACAAATTGTTATGATGACTTACCCGTTAACAGGTAATTATGGAATTAATCGTGATGATATGGAAACTGTAACACCATTTATCCAGGGGTTTATTGTGAAAGAGGTTGCTGAATATCCTTCTAATTTCCGCAGTGAAGAAACGTTGGACGATTATTTAAAAGCAAACCATATTCCTGGAATAGCTGGAATTGATACGAGAAAATTAACCAAAACAATTCGTTTACAGGGGACAATGAAAGGAGCAATTGCTGACATTACAATTCCTTCAGAAGAAATAGTGCGGAAACTACATAAGACAGATTTAGCGAAAAATCAAGTACAAAAAACATCTACTTTAAAGCCTTATGTTGTACCAGGACGAGGTAAACGGATTGTTGTGGTCGATTGTGGAATGAAACACGGAATTTTACGTGAATTAACGAAGCGAAATTGTCATATTACAGTTGTTCCTTACAATTATCCAGCTGAAGACATCCTCCGTTTAAAAGCAGACGGACTACTTGTTACAAATGGGCCGGGAGACCCTAAAGATGTACCAGAGACGATGAATATGTTGCAACAAGTTGTCGGGAAGCTTCCTGTATTTGGTATTTGTCTAGGTCATCAGTTGCTTGCTTTAGCTTGTGGAGCAGACACGGAAAAAATGACTTTTGGGCATCGTGGTTCAAATCATCCCGTAAAAGACTTACTTACAAATAAAACGTATATTACTTCACAAAACCATAGTTATGCAGTACAGCGAGCATCGCTTGCAAAAACAAATTTAGAGTTAACACAAATAGCGTTAAACGATGGTACCGTAGAAGGCATAAAACATAAATTATTTCCAGCTTTTTCCGTACAATATCATCCAGAGAGTTCTCCAGGCCCAGAAGATACGAACCACCTATTTGACTCATTTTTAAAACTGACCGAGCAAGTGATGAAGGGGGAAGAAGTATATGCCTAA	MGKRQLVLEDGTVFIGDGFGSTQEAIGEVVFNTGMTGYQEVITDPSYCGQIVMMTYPLTGNYGINRDDMETVTPFIQGFIVKEVAEYPSNFRSEETLDDYLKANHIPGIAGIDTRKLTKTIRLQGTMKGAIADITIPSEEIVRKLHKTDLAKNQVQKTSTLKPYVVPGRGKRIVVVDCGMKHGILRELTKRNCHITVVPYNYPAEDILRLKADGLLVTNGPGDPKDVPETMNMLQQVVGKLPVFGICLGHQLLALACGADTEKMTFGHRGSNHPVKDLLTNKTYITSQNHSYAVQRASLAKTNLELTQIALNDGTVEGIKHKLFPAFSVQYHPESSPGPEDTNHLFDSFLKLTEQVMKGEEVYA	PGPT0021155_4184	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021155-carA-K01956	NA	NA
AK148_00648	1278	pyrC		Dihydroorotase	ATGAAAAAATTAGTGAAAAACATCAAACATCTTTTACCTACGGGGGAGTTAGTTAAAAGAGATATTCTGATTGAAAATGATAAGGTAATGAAAATAGCTATTGAAATAGATGAACAGACCGACATGGAAATAGACGGAAAGGGACGATTGGCTCTTCCTGGTTTCGTCGATGTCCATATCCATTTACGCGAGCCCGGAGGTGAACATAAGGAGACCATTCTTACAGGAACGAAGGCAGCTGCTCGAGGTGGATACACTACTGTTTGTGCGATGCCAAACACGAATCCTGTTCCTGATGAAGTTGAGACAGTTCAAAAATTGCAGCAAAGAATTGAGGAGGATGCTGTCGTTCGTGTTCTTCCATATGCTGCAATTACGAAACAACTGTACGGTAAAGAACTAACAGATATTCCTGCATTAGCGCAGGCGGGTATTTTTGCGTTTACAGACGATGGTGTCGGAGTCCAAACAGCTGATTTAATGCTTCAAGCAATGAAATTGGCAAAGGCACAAAATAAAGCAATTGTTGCTCATTGTGAAGATAATTCCATTGTTTATGGTGGTGTAGTCCATGATGGAGAAGTGAGTAAACGATTAAATGCTCCTGGTATTCCATCTCTAGCTGAGTCTGTGCAAATTGCTAGAGATGTACTATTGGCAGAGGCCACGGGTTGCCATTATCACGTATGTCACGTTAGTACAAAAGAGTCTGTACGAATAATTCGAGATGCAAAAAGAGCTGGAATTCGTGTAACAGCGGAGGTAACACCACATCATTTATTGTTAAATGAAACAGATATTCACACTGCTAATACGAATTTTAAAATGAATCCCCCATTACGATCTAAACAGGATCAAGAGGCGCTTTTAAATGGATTAATCGACGGTACGATTGACTTTATTGCAACGGATCATGCACCACATGCAAAGGAAGAAAAAGAACAAGGACTCTTAACTGCTCCGTTTGGAATTGTAGGTTTAGAACATGCATTTTCCTTACTCTATACACATCTTGTTTTGACAGAAAAAGTCAACTTGCAACAACTTGTTTCTTGGCTCGCAACAAAACCAGCGGAAATATTTGCATTACCATATGGTACATTGCAAGCAGGCTCTATAGCTGACCTTGTACTTATTGATTTACAACAAACAGAAATAATTGATAAAAATAATTTTTATTCTAAAGGAAAAAATACACCGTTTCATGGGTGGGAAGTGCAAGGTGTTCCAACGCTAACGATAGCAGCTGGAAACATCGTTTATGAGGGGGTAAAATAA	MKKLVKNIKHLLPTGELVKRDILIENDKVMKIAIEIDEQTDMEIDGKGRLALPGFVDVHIHLREPGGEHKETILTGTKAAARGGYTTVCAMPNTNPVPDEVETVQKLQQRIEEDAVVRVLPYAAITKQLYGKELTDIPALAQAGIFAFTDDGVGVQTADLMLQAMKLAKAQNKAIVAHCEDNSIVYGGVVHDGEVSKRLNAPGIPSLAESVQIARDVLLAEATGCHYHVCHVSTKESVRIIRDAKRAGIRVTAEVTPHHLLLNETDIHTANTNFKMNPPLRSKQDQEALLNGLIDGTIDFIATDHAPHAKEEKEQGLLTAPFGIVGLEHAFSLLYTHLVLTEKVNLQQLVSWLATKPAEIFALPYGTLQAGSIADLVLIDLQQTEIIDKNNFYSKGKNTPFHGWEVQGVPTLTIAAGNIVYEGVK	PGPT0021145_3826	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021145-pyrC-K01465	NA	NA
AK148_00649	942	pyrB	COG0540	Aspartate carbamoyltransferase	ATGGTGCGACATTTTATTTCATTAGATGATTGGACAGAAACGGAGATTATGAGTTTTTTACAATTAGCGGAGCATTATCGTAAAGCTTCATTTTATATCGATCAGCAACTCTTTGCAGCAAATTTATTCTTTGAACCGAGCACTCGGACAAAGATGAGCTTTATCGTTGCACAGCGCAAATTAGGGTTGGATATTTTAGATTTTAACGAAGAGTTTTCCAGCACGCAAAAGGGTGAGTCGCTATACGATACAGCTAAAACGTTTGAGGCTATTGGTGCTAACCTGTTAATTATTCGACATCAGGATGATTGTTGGACGGATGAATTAAGGAGTAAATTATCTATTCCAATCATTAACGCAGGAGCAGGAAAGAAAGAGCATCCAACGCAATGTTTGTTAGATTTACTAACGATTTATCAAGAATTTCATCGATTTAAAGGAATAAATATAGCCATTGCAGGGGATATTTCACACAGCCGCGTAGCCAAATCGAATGCGTATACGTTACAAAAAATGGGCGCCAATGTGTATTTAACTGCAGCTGAAGGATGCAAAGACTACTCACTCCCTTTTCCTTATATATCTATGGACGAAGCCGTAGAGATGACAGATGTACTTATGCTATTACGCATTCAGCATGAAAGACATCAAGTAGCGTATGACAAAACAACAAGCTATTTAGATAAATATGGCTTAACGAAGCAACGAGAAAAAAGAATGCAATCACATGCTATTCTTCTGCATCCTGCACCAATAAATAGAAATGTGGAAATTGATACAGATTTAGTAGAGTGTGAGCGCTCAAGGATTTTTAAGCAAATGAATAATGGTGTTTATGCAAGAATGGCAATAATGAGTAGTGTACTAAAAGAATGGGGGATTATGGATGAAAAAATTAGTGAAAAACATCAAACATCTTTTACCTACGGGGGAGTTAGTTAA	MVRHFISLDDWTETEIMSFLQLAEHYRKASFYIDQQLFAANLFFEPSTRTKMSFIVAQRKLGLDILDFNEEFSSTQKGESLYDTAKTFEAIGANLLIIRHQDDCWTDELRSKLSIPIINAGAGKKEHPTQCLLDLLTIYQEFHRFKGINIAIAGDISHSRVAKSNAYTLQKMGANVYLTAAEGCKDYSLPFPYISMDEAVEMTDVLMLLRIQHERHQVAYDKTTSYLDKYGLTKQREKRMQSHAILLHPAPINRNVEIDTDLVECERSRIFKQMNNGVYARMAIMSSVLKEWGIMDEKISEKHQTSFTYGGVS	PGPT0021160_2585	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021160-pyrB-K00609	NA	NA
AK148_00650	546	pyrR		Bifunctional protein PyrR	ATGAAGAAAAAAGCAGATTTACTTGATGCATCAGCAATTAATCGAGCGTTAACGAGAATTGCCCATGAAATATTAGAAAAAAATAAGGGCGGAGAAGATTTGGTCCTTGTTGGTATAAAAACACGAGGTGTACCAATCACAAAGCGTTTGCAAAAAAAGATTAACCAAATTGAAAACATGGAAGTGCCAGTCGGTGATCTTGATATTACATTATACCGAGATGACTTGGATAAAGCCATTGAAGGAGAAGATCCAGACCTAAAAGCAACCCACATTTCAACGGATATCAATGGCAAAAATGTAGTGTTAATTGATGATGTTCTATATACAGGAAGAACCGTACGGGCAGCAATGGATGCGGTTATGGACATTGGAAGACCAGCACAAATTCAATTAGGTGTTTTGGTTGACAGAGGTCATCGTGAGCTTCCAATACGCGCTGACTATGTAGGAAAGAATATCCCTACCTCCGAAAAAGAAGTAATTATGGTAAAACTTGAAGAAATTGATGGGACTACAGACACAGTTTCTATATACGAGAAATAA	MKKKADLLDASAINRALTRIAHEILEKNKGGEDLVLVGIKTRGVPITKRLQKKINQIENMEVPVGDLDITLYRDDLDKAIEGEDPDLKATHISTDINGKNVVLIDDVLYTGRTVRAAMDAVMDIGRPAQIQLGVLVDRGHRELPIRADYVGKNIPTSEKEVIMVKLEEIDGTTDTVSIYEK	PGPT0021245_1111	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021245-pyrR-K02825	NA	NA
AK148_00652	912	rluD_1	COG0564	Ribosomal large subunit pseudouridine synthase D	ATGACAAAGAATAAATATATAGTTGGTGAACATGAGCATAAGACACGCGTTGATAAGTTGTTAGCAGAGCAAAATAATAATGTTTCTCGTTCGCGTGTACAATCATGGATTGAAGAAGCTTATGTTAAAGTAAATGGTGAATGTGTAAAACCAAATTATAAATGTCAGCAAGGTGATCGGATTGAATGGATGGTTCCAGAGACACAACCTTTATTATTAATATCCGAAGCCATTGATTTGGATATTGTTTATGAAGATAAGGATATTTTAGTCGTAAATAAACCTAAGGGGATGGTTGTCCATCCTTCTGCTGGTCATCAGAGTGGGACGTTAGTACATGCTTTACTTTATCATTGTACTGATTTATCTGGAATAAATGGAGTAGAAAGGCCCGGTATCGTTCACCGGCTTGACAAGGATACGAGTGGGTTACTTGTAGTAGCAAAGCATGATGAGGCACATCAACAATTGGCTAATCAGTTAGTTCAAAAAACAATGAAGCGAACATATCAAGCCATTGTGCACGGTCAAATTCCTCATGAAAAAGGATTAATAGAAGCTCCCATTGGCAGAGACCCGAAAGATAGGCAAAAAATGGCTGTTGTTGACAATGGTAAGCAAGCTATTACGCATTTCCGCGTCCTTCAACCTTACCAAGATTTTTCTCATGTGGAATGTCAATTAGAGACAGGAAGAACGCATCAAATACGTGTTCATATGAAGTATATTGGTTATCCGATTGTAGGAGATCCAAAATATGGACCAAGAAAAACATTGCCTACAAATGGGCAAGTATTGCATGCGAAAGAGCTACGCTTTAACCATCCAATCAATAATGAAGAAATGCATTTTACTACAGAGTTACCGACTTATTTTCATGATTTGCTTGTTTATATTCAAAAAATGTATTGA	MTKNKYIVGEHEHKTRVDKLLAEQNNNVSRSRVQSWIEEAYVKVNGECVKPNYKCQQGDRIEWMVPETQPLLLISEAIDLDIVYEDKDILVVNKPKGMVVHPSAGHQSGTLVHALLYHCTDLSGINGVERPGIVHRLDKDTSGLLVVAKHDEAHQQLANQLVQKTMKRTYQAIVHGQIPHEKGLIEAPIGRDPKDRQKMAVVDNGKQAITHFRVLQPYQDFSHVECQLETGRTHQIRVHMKYIGYPIVGDPKYGPRKTLPTNGQVLHAKELRFNHPINNEEMHFTTELPTYFHDLLVYIQKMY				NA	NA	NA	NA	NA
AK148_00653	471	lspA	COG0597	Lipoprotein signal peptidase	ATGTATTGGTATTATATGATTGCACTATTAATTATTGTACTTGATCAGGCTAGTAAATGGCTAATAGTGACGAGAATGGAACTGGGAGAGCAGATCACCCTGATAGAGAATTTCTTCTACATTACTTCCCATCGTAATACAGGGGCTGCTTGGGGAATACTAGAAGGACAAATGACCTTCTTCTATATTGTTACGGTGATTGTTGTAGCTGTTGTTGTCTATTACATACAAGCATATGCAAAAGAGAGTAAACTATTAGGAATTGCATTAAGTTTTGTGTTGGGAGGCGCGATTGGTAACTTTATTGATCGCTTGTTTCGCAAAGAAGTAGTTGATTTTTTTGATTCTATTATCTTTGGTTATGATTTCCCAATTTTTAATATAGCAGATGCCAGTTTAGTCGTAGGCGTTTTTTTCATAATTATTACCATGTTTCTTGATGAACGAAAGAAAGGGAAAATCGCATCATGA	MYWYYMIALLIIVLDQASKWLIVTRMELGEQITLIENFFYITSHRNTGAAWGILEGQMTFFYIVTVIVVAVVVYYIQAYAKESKLLGIALSFVLGGAIGNFIDRLFRKEVVDFFDSIIFGYDFPIFNIADASLVVGVFFIIITMFLDERKKGKIAS	PGPT0004770_4400	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_LEAD_RESISTANCE	LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004770-pbrB|pbrC-K03101	NA	NA
AK148_00654	2757	ileS_1		Isoleucine--tRNA ligase	ATGGAATATAAAGATACATTATTAATGCCGAAAACCGCGTTTCCAATGCGTGGTAATTTACCAAATAAAGAACCAAACCGACAAACAGAGTGGGACGAAAACAAACTATATGAAAAAAGCTTGGAACGGACAAAAGGACGCCCAACGTTTATTTTGCATGATGGACCACCATATGCGAATGGGGATTTGCATATCGGTCATGCATTGAACAAAATTTTAAAAGATTTTATTATTAGATATAAGTCTATGAGTGGCTATTACGCTCCATATGTTCCTGGATGGGATACACATGGTTTACCTATTGAAACAGCATTGACAAAGAAGAAAAAAATCAATCGTAAAGCGTTAAGCATTGCTGAATTTCGTAAGCTCTGTGAAGAATATGCATTAAAGCAGTTGGATAATCAGCGTAATCAATTTAAAACATTAGGAATTCGTGGGGATTGGAACAATCCATATATTACGTTAACAAAGGATTATGAAGCAGCACAAATAAAAGTGTTTGGAGAGATGGCTAAAAAAGGCTACATTTATAAAGGACTTAAGCCGGTTTATTGGTCACCTTCTTCAGAGTCTGCTTTAGCTGAAGCTGAGATAGAATACCATGATAAACGATCTCCATCTATTTACGTTGCCTTTGAAGTAACGGATGGGAAAGGATTGCTAAATGCAGGAGATAAGTTGATTATTTGGACAACTACGCCTTGGACGATTCCTGCTAACTTAGGAATTAGTTTACATCCAGAATTGGAGTACATTGTTGTAGCAGTAGATAAAGAAAGGTATGTTATCGCACATGCATTGTTAGAAACCGTAGCTGAAGAGCTAGGGTGGGAAGCTTATCAAATAGAAAAAACATTTCGTGGTGAAAAAGCGGAACATATCTTAACGAAACATCCGTTTTACGATCGATCCTCGCTTGTGATGCTTGGTGATCACGTTACTACGGATGCCGGAACAGGCTGTGTACACACTGCTCCAGGTCATGGGGAAGATGACTTTTATGTAGCTAAAAAGTACGGTATTGATGCTTTATGCCCTGTTGATGAAAAAGGGGTGTTTACAGATGAAGCACCTGGATTTACTGGGATTTTTTATGATGAAGCAAATAAACTAATTACGGAAAAATTAGAAGAAACTGGGTCTTTGTTAAAATTACAATTTATTACTCATTCTTATCCGCATGACTGGCGGACAAAGAAACCAACTATTTTTCGGGCAACGTCACAATGGTTTGCGTCCATTAAAGATTTTCGCCAAACTATTTTAGAAGAAATTAAAAATATTCAATGGTACCCACAGTGGGGAGAAACGAGATTATATAACATGGTAAGAGATCGTGAAGATTGGTGTATATCCAGACAACGTACTTGGGGTGTTCCAATTCCGGTTTTTTATGGGGAAGATCGTACACCAATTATCACAGACGAAACGATCAGCCATGTATCCGAACTGTTTAAAGAGTATGGGTCAAATATTTGGTTTGAATGGGAAGCGAAAGATTTATTACCAAAAGGGTTCACCTCAGAGCATAGTCCAAACGGTATTTTTACAAAGGAAATGGATATTATGGACGTTTGGTTTGACTCTGGTTCTTCTCATGAAGCTGTATTAATTGGTAGAGATGATCATCATCGACCAGCAGATGTATATTTAGAAGGAAGCGATCAGTATCGTGGATGGTTTAACTCGTCCTTATCTACTTCTGTAGCCGTAACAGGTAAAACGCCATATAAATCGGTAATTAGTCACGGCTTTGCACTTGATGGTGATGGTCGTAAAATGAGTAAATCTTTAGGAAATGTCATCCAACCTACTAAAGTGCAGAAACAGCTTGGTGCTGATATTTTACGTCTGTGGGTTTCATCTGTAGATTATCAAGCAGACGTTCGTATTTCAGATGACATTTTAAAACAAATTTCAGAAGCATATCGTAAAATTCGTAATACGATTCGGTTTATGCTTGCAAACCTTAGTGATTTTCAACCATCAACGGATCGTGTTCCTTATGCTGATTTGGAAGAAGTAGATCAATACATGCTACATCGGTTGAAGAAATTAGTAGCCGGCGTAAGGAAAAATTATGACAACTATGAGTTTTCACCAATCTTTCATCAAATTCATAATTTCTGTGCTGTTGATTTAAGCTCATTTTACTTGGATTTTGCTAAAGATATACTGTACATTGAACAAGCAGATAATAAGCGTAGACGAAGTATTCAAACAGGTTATTATGAAGTATTAACAGCGATTGTCAAGTTATTGACACCTATCATTCCACATACTGCAGAAGAAGTGTGGGAGTATATTCCTGAAACAGAAGCAGATTGGGTTCAGTTAACAGATATGCCGGAACCAAATGAAATGAATGAATGGAATGAAGTAGCTGAAAAATGGGATCATTTTATGCTTGTTCGTGATGATGTGTTGAAAGCTTTAGAAGCAGCAAGAAATGAAAAAGTGATTGGTAAATCATTAGAAGCTAAGTTAACGATCATTCCAAAAGATGTGCAAACAAAAGAAGTATTACAAGCGATGGACCATCTTCACCAATATTTTATTGTTTCAGAAGTAAACCTAGCGGAAACAAGCGAGCATGCTAAGGTGTATACGCATGTCGATGTATATGTAGAGAAGCATCCTGGAGACAAATGTGAGCGCTGCTGGGTCGCCTCCAGTACCGTTGGAGAAGACGCAGAACACCCAACACTTTGTACCCGTTGTGCAGATGTAGTAAAAAACCTTACATCCCTTTAA	MEYKDTLLMPKTAFPMRGNLPNKEPNRQTEWDENKLYEKSLERTKGRPTFILHDGPPYANGDLHIGHALNKILKDFIIRYKSMSGYYAPYVPGWDTHGLPIETALTKKKKINRKALSIAEFRKLCEEYALKQLDNQRNQFKTLGIRGDWNNPYITLTKDYEAAQIKVFGEMAKKGYIYKGLKPVYWSPSSESALAEAEIEYHDKRSPSIYVAFEVTDGKGLLNAGDKLIIWTTTPWTIPANLGISLHPELEYIVVAVDKERYVIAHALLETVAEELGWEAYQIEKTFRGEKAEHILTKHPFYDRSSLVMLGDHVTTDAGTGCVHTAPGHGEDDFYVAKKYGIDALCPVDEKGVFTDEAPGFTGIFYDEANKLITEKLEETGSLLKLQFITHSYPHDWRTKKPTIFRATSQWFASIKDFRQTILEEIKNIQWYPQWGETRLYNMVRDREDWCISRQRTWGVPIPVFYGEDRTPIITDETISHVSELFKEYGSNIWFEWEAKDLLPKGFTSEHSPNGIFTKEMDIMDVWFDSGSSHEAVLIGRDDHHRPADVYLEGSDQYRGWFNSSLSTSVAVTGKTPYKSVISHGFALDGDGRKMSKSLGNVIQPTKVQKQLGADILRLWVSSVDYQADVRISDDILKQISEAYRKIRNTIRFMLANLSDFQPSTDRVPYADLEEVDQYMLHRLKKLVAGVRKNYDNYEFSPIFHQIHNFCAVDLSSFYLDFAKDILYIEQADNKRRRSIQTGYYEVLTAIVKLLTPIIPHTAEEVWEYIPETEADWVQLTDMPEPNEMNEWNEVAEKWDHFMLVRDDVLKALEAARNEKVIGKSLEAKLTIIPKDVQTKEVLQAMDHLHQYFIVSEVNLAETSEHAKVYTHVDVYVEKHPGDKCERCWVASSTVGEDAEHPTLCTRCADVVKNLTSL				NA	NA	NA	NA	NA
AK148_00656	504	divIVA	COG3599	Septum site-determining protein DivIVA	GTGCCATTAACACCACTCGATATTCATAACAAAGAATTCACTAAAAAGTGGAAAGGTTATGATGAAGATGAAGTAAATGAATTTCTTGATCAAGTGATAAAAGATTATGAAATGGTAATAAGAGAAAAAAACGATCTGCAAGAACAAGTAAATCAATTGAATCAAAAAATAGGTCATTTTACCAACATTGAGGAGACGCTTAATAAATCTATTCTAATTGCGCAAGAAACCGCAGAAGAACTAAAAGGAAATGCTTCAAAAGAATCTAAGTTGATTATTAAAGAGGCAGAAAAAAATGCAGATCGAATTATTAATGAGGCGTTAACAAAGTCTCGTCGTATTTCTATGGATGTAGAAGAATTAAAAAAACAGGCGAAAGTATTTCGAACCCGTCTGAAAATGCTTGTAGAAGCGCAGTTAGATATGATTGAAACAGATGATTGGGATCAATTATTTGATGCAGAGCTAGGAGAGGATCTTGAATTGGAAGAAAGCGAAACGTAA	MPLTPLDIHNKEFTKKWKGYDEDEVNEFLDQVIKDYEMVIREKNDLQEQVNQLNQKIGHFTNIEETLNKSILIAQETAEELKGNASKESKLIIKEAEKNADRIINEALTKSRRISMDVEELKKQAKVFRTRLKMLVEAQLDMIETDDWDQLFDAELGEDLELEESET	PGPT0014805_725	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014805-divIVA-K04074	NA	NA
AK148_00657	780			hypothetical protein	ATGATGGAATTATATCAACATTTTCGTAAAGAGGAAGAAGCTTTTATTGATCAGATTCTGTCTTGGAAAGAGCAAGTAGAACGAACGTATCAACCTAAGTTGACTAACTTCCTTGATCCTCGAGAGCAACAGCTAGTTACCATGCTTATTTCAACGAAGGATAGTGATGTTAGCCTGCTGTTTAATGGTGGGCATAAATTTGCGGAGCGCAAGCGGGCTGTGATTGCTCCATTATATGAAGATATACAAGCAGTGGATACGGGATTAACCTTACTTGAAGGTCATTTTCCAGACAAATTCATACATTTATCCCATCGCGATGTAATGGGAGCTTGCCTGTCGCTCGGCTTAAAACGGCAGATACTAGGGGATATTGTTGTAGACAATGGGCTTGTTCAATTGGTAGTTGCTTCAGAAATAGCCCTTTATGTAAAGTCTCACTTAACTAAGATAAAGCATGCCTCTGTTAAGTTGGAAGAACGCCCCTTAAATGAATGGAACATAAGAGAACCTATTTGGCTGGAACAAGAAACAACTGTTTCTTCATTAAGACTCGATGTTGTGGTGAAGGAAGCTTATCGCTTATCGAGAAAAGAAGCGACTGAATATATTAAAAAGCTATTGGTTAAAGTAAATTATAAACTTGTAGATGATGTGTCATTTACGCTCCAAGCAGGAGATGTCCTTTCATTGCGGGGAAAAGGCAGGAGTAAATTAGTACATGTGCGAGGCCGATCAAAAAAAGACAAGCAAAAAATTACATTAGCACGATTAAAATGA	MMELYQHFRKEEEAFIDQILSWKEQVERTYQPKLTNFLDPREQQLVTMLISTKDSDVSLLFNGGHKFAERKRAVIAPLYEDIQAVDTGLTLLEGHFPDKFIHLSHRDVMGACLSLGLKRQILGDIVVDNGLVQLVVASEIALYVKSHLTKIKHASVKLEERPLNEWNIREPIWLEQETTVSSLRLDVVVKEAYRLSRKEATEYIKKLLVKVNYKLVDDVSFTLQAGDVLSLRGKGRSKLVHVRGRSKKDKQKITLARLK				NA	NA	NA	NA	NA
AK148_00658	264			hypothetical protein	ATGCAAGAAATTTTTCAAATAATAAATATGGCTTTTACGGTTTATACATTTGCATTAATTATTTATATATTCATGTCCTGGTTTCCAGGCGCTCGTGAATCGGCATTCGGTGAAGTTTTGACTAAAATTTGTGAACCATATTTAGAAGTGTTTCGTAAATTTATACCACCACTTGGAATGATAGATCTTTCTCCCATTGTTGCGATCATTGTTTTAAGATTTGCTCAAGGTGGTTTACAGCAATTGTATTGGATGTTAATTTAA	MQEIFQIINMAFTVYTFALIIYIFMSWFPGARESAFGEVLTKICEPYLEVFRKFIPPLGMIDLSPIVAIIVLRFAQGGLQQLYWMLI	PGPT0013730_3438	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
AK148_00659	390	sepF	COG1799	Cell division protein SepF	ATGGAAGATGAATATGAATACGAATATGTAGATGCTGACCAGTTTGAAGCTGAGCAAGCACTACCAAAAGAAAAACATAAAAACGTAGTAAATCTTACAAGTGTAAATAATCCAACTTCTAAAGTTGTTTTATGTGAGCCAAGAACGTATAGCGAGGCACAGGAAATTGCTGATAATATTGTGAACCGTCGTGCAGTGGTAATTAATTTACAACGCATGGAGAACCAACAGGCAATGCGCATCGTCGATTTTTTAAGTGGAACGGTGTATGCTGTTAACGGGGACATTCAAAAACTCGGAGCTAAAACATTCTTATGTACGCCTGATAATGTGAATGTTACTGGTTCCATTACAGATACACTTGAAGAAGAATACGGTAAAGGATGGTAA	MEDEYEYEYVDADQFEAEQALPKEKHKNVVNLTSVNNPTSKVVLCEPRTYSEAQEIADNIVNRRAVVINLQRMENQQAMRIVDFLSGTVYAVNGDIQKLGAKTFLCTPDNVNVTGSITDTLEEEYGKGW				NA	NA	NA	NA	NA
AK148_00660	669		COG0325	Pyridoxal phosphate homeostasis protein	ATGGACGTAGCAAGCAATTTACAAACAATTCAGAAGAATATTGCGCATGCTTGTCAGGCATGTCAGCGAAAAAAAGAGGATATTACCATCATAGCAGTGACGAAATATGTTACAATAGAGCGAACTGAAGAAACGCTACAAGCAGGGATTACGGATTTGGGAGAAAACCGTTTGGAAGGCTTTTTAGAAAAATATAACCATTTCCATGATCGAGCGAATTGGCATTTCATTGGAACGTTACAGTCAAGAAAAGTGAAAGATGTCATTAACCATATTGATGTATTGCATTCGTTAGATCGGATTTCTTTAGCGAAAGAAATTGAGAAACGGGCTAATAAACAGATTGACTGCTTTATTCAAGTAAACGTTAGTGGAGAAGAATCAAAACATGGTGTACGTCCTGAAGCATTATTCTCCTTTATTGAAAAATTAAAAACGTATTCCAAAATACGGGTAATTGGTTTAATGACTATGGCGCCACATATTAAAGATGAGGCAAGATTGAGAAGTATTTTTCGTCATTTAGCTACATTACGCAATGACATTCACATGCAAAATTTGATACACGCTCCTTGTAACTTTTTGTCTATGGGGATGAGTAATGATTATACAATTGCTGTGGAAGAAGGTGCTACTCACATACGAGTTGGTACAAATTTAGTGGGGTGA	MDVASNLQTIQKNIAHACQACQRKKEDITIIAVTKYVTIERTEETLQAGITDLGENRLEGFLEKYNHFHDRANWHFIGTLQSRKVKDVINHIDVLHSLDRISLAKEIEKRANKQIDCFIQVNVSGEESKHGVRPEALFSFIEKLKTYSKIRVIGLMTMAPHIKDEARLRSIFRHLATLRNDIHMQNLIHAPCNFLSMGMSNDYTIAVEEGATHIRVGTNLVG				NA	NA	NA	NA	NA
AK148_00661	804	rl5		Polyphenol oxidase	TTGAGCGACGTCTTTCATTCATTGCAAACAACGTATTTACATATAGAGAAATGGCAACGATTAAACAAAAAAATTGTAGCTGGATTTACAACTAAAAAAGCTGGTGTTAGTGATGGGAGCTATTCTTCCTTAAATGTCGGCTTCCATGTAGACGATTTGTCAAAGAATGTATTATTGAATAGGGAACGTATTGCACGTCATGTTCAATTTCCTTTGGAGAACTGGGTATGTGGCGAGCAAGTACATCAAACGAATATTCATTTTGTTCAACCATCAGATAAGGGAAAAGGGGCTCAAAATTATCATTCTGCCATAAAGGGAGTTGACGGTCTCATTACTAATCACTCTAATATCATGTTAACGGCTTTTTTTGCAGACTGTGTCCCACTATATTTTTATGATCCTGTAACATCTTTTATTGGAATTGCTCATGCTGGATGGAAAGGAACGGTCCACCAAATGGCCAAGCATATGGTCGAAAAGTTACAACGATATGGAGTTGAGATAGAAAATTTACTTGTTACCGTAGGACCATGCATTTCGAAAATGTGTTATGAAGTGGATGCACATGTAGTAAAACAAATCCCCACCATGTTTAAAGCGAACGTAGTGGATACAAAAGCAGGAAACCGTTACTTTTTAGATTTGAAACAATTAAATGTGGATATCCTTTTACAAGCAGGGGTATTACGTAATAATATAGATGTAACAAATTACTGCACATATCGCGATGAAACACTTTTTTTCTCACATCGCAGAGATCATGGGAAAACAGGGCGAATGTTAGGTTTTATTGGCTTTTAA	MSDVFHSLQTTYLHIEKWQRLNKKIVAGFTTKKAGVSDGSYSSLNVGFHVDDLSKNVLLNRERIARHVQFPLENWVCGEQVHQTNIHFVQPSDKGKGAQNYHSAIKGVDGLITNHSNIMLTAFFADCVPLYFYDPVTSFIGIAHAGWKGTVHQMAKHMVEKLQRYGVEIENLLVTVGPCISKMCYEVDAHVVKQIPTMFKANVVDTKAGNRYFLDLKQLNVDILLQAGVLRNNIDVTNYCTYRDETLFFSHRRDHGKTGRMLGFIGF	PGPT0019965_913	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
AK148_00662	267	ylmC_2	COG1873	putative sporulation protein YlmC	ATGGTTAGGTTATCGGAACTGCAAGTGAAAGAGGTTATTATTATGGATAGCGGAAGGAAACTTGGTCATATACATGATTTAGAAATAGATACAAAGTTGGGGAAAATAGCTGCTATTATTGTTATTCCAAGGGATAAGAAAAGCGGTCTATTTGGAAAATCGGAGGAGTTAGTGATTGACTGGCAACAAATAATTCGGATCGGTACCGATGTTATTCTTGTAAAAGAAGCGGAAAAGCCAGCATTATATTATAATTCAAGCACATAA	MVRLSELQVKEVIIMDSGRKLGHIHDLEIDTKLGKIAAIIVIPRDKKSGLFGKSEELVIDWQQIIRIGTDVILVKEAEKPALYYNSST				NA	NA	NA	NA	NA
AK148_00663	783	sigG	COG1191	RNA polymerase sigma-G factor	ATGACGAGACATAAGGTTGAAATATGTGGTGTTGATACATCCAAATTACCCGTATTAAAGAACGAAGAAATGCGGAAGCTGTTTAAAAGAATGCAGGAGGAAGATGATTTAGCTGCTCGTGAAGAGTTGGTAAATGGAAATCTAAGACTAGTTCTAAGTGTAATACAGCGGTTTAACAATCGAGGAGAATACGTTGATGATTTATTTCAAGTAGGCTGCATCGGATTAATGAAATCCATTGATAATTTTGATTTATCCCATAATGTTAGATTTTCCACTTATGCTGTTCCGATGATTATTGGGGAAATCAGAAGATACTTACGAGATAATAATCCTATTCGTGTATCAAGATCCTTACGTGATATTGCGTATAAAGCATTGCAGGTGAGAGAAAATTTAATAAGCAAGACTTCAAAAGAACCAACTCCAATGGAAATAGCAGCAGAATTGGGGATTCCCCACGGAGAAGTCGTTTTTGCTTTAGATGCGATTCAAGACCCTGTATCTTTGTTTGAACCAATATATAATGATGGTGGGGATCCTATCTATGTCATGGACCAAATAAGTGATGACAAGGAAAAAGATTCCACCTGGTTGGACAAATTATCTTTAAAGGAAGGGATGCACCAATTAAATGATCGAGAAAAAATGATTTTAAACAAGCGCTTTTTTCAAGGAAAGACGCAAATGGAAGTTGCTGATGAAATAGGAATCTCACAAGCCCAAGTGTCTCGGTTGGAAAAGGCAGCTATTAAACAAATGAACAATGAAATGTTTGAATAG	MTRHKVEICGVDTSKLPVLKNEEMRKLFKRMQEEDDLAAREELVNGNLRLVLSVIQRFNNRGEYVDDLFQVGCIGLMKSIDNFDLSHNVRFSTYAVPMIIGEIRRYLRDNNPIRVSRSLRDIAYKALQVRENLISKTSKEPTPMEIAAELGIPHGEVVFALDAIQDPVSLFEPIYNDGGDPIYVMDQISDDKEKDSTWLDKLSLKEGMHQLNDREKMILNKRFFQGKTQMEVADEIGISQAQVSRLEKAAIKQMNNEMFE	PGPT0014795_181	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014795-sigH|sigG|sigF|sigE-K03091	NA	NA
AK148_00664	723	sigE	COG1191	RNA polymerase sigma-E factor	ATGTTGAGAATTTCTAAATTGCGTCTTCGTTTATGGTGGCTTAAATTATTAGTAAAGCTACGTATAAAATCAGAAGAGATTTATTACATTGGTGGTAGTGAAGCACTCCCTCCACCTTTGTCTAAAGAGGAGGAGCAGGAATTATTAGCTTTATTGCCTAAAGGGGATAAATCGGCTAGAGCCATCTTAATAGAGCGTAATTTGCGTTTAGTTGTTTATATAGCTAGAAAATTTGAAAACACGGGAATTAATATTGAAGATTTAATTAGCATAGGTACAATCGGTCTTATTAAAGCTGTTAATACCTTTAACCCAGAAAAAAAGATAAAATTGGCAACGTATGCATCGCGCTGTATTGAAAATGAAATTCTCATGTATTTACGACGAAATAATAAATTAAAATCAGAAGTTTCTTTTGATGAGCCATTAAATATAGATTGGGACGGAAATGAATTATTGCTTTCTGATGTTTTAGGGACGGATGAAGATATTATAACCCGAGATTTAGAAACGAATGTAGATAAACATTTGTTAAAAAACGCCTTATCACAGCTTAACCCTCGTGAAAAACAAATTATGGAATTGCGTTTTGGACTCATTGGTGAAGAAGAAAAAACACAAAAAGATGTAGCCAATATGTTAGGAATTTCCCAATCCTATATATCTCGGTTGGAGAAAAAAATAATTCGACGATTAAAAAAAGAATTTAATAAAATGGTTTAA	MLRISKLRLRLWWLKLLVKLRIKSEEIYYIGGSEALPPPLSKEEEQELLALLPKGDKSARAILIERNLRLVVYIARKFENTGINIEDLISIGTIGLIKAVNTFNPEKKIKLATYASRCIENEILMYLRRNNKLKSEVSFDEPLNIDWDGNELLLSDVLGTDEDIITRDLETNVDKHLLKNALSQLNPREKQIMELRFGLIGEEEKTQKDVANMLGISQSYISRLEKKIIRRLKKEFNKMV	PGPT0014795_1036	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014795-sigH|sigG|sigF|sigE-K03091	NA	NA
AK148_00665	921	spoIIGA		Sporulation sigma-E factor-processing peptidase	ATGACTATTTACTTGGATGCAGTTTGGGCGTTGAACTTTTTATTGGATTTTATGCTGCTAATGCTTACTCAAGCATTGGCTAGAGATGATACGAAAAAGCTTCGTTTAGCTATTGGAGCGTTCGTTGCATCCTTGACCGTACCTATTTCTATCTATTTTCCTGAATCTATTGCTACTAGTGTACCAGGGAAAATAGTAGCATCTGCTATTATTATTGTTGTTGCCTTTGGCTACAGAAATAAGTATCGATGGGTAAAGCTATTTGCATTATTTTACTTTGTAAGCTTTTCGATAGGAGGTGGTTTAACGGCTATCCACTTTTTACTCCAACAGCCATTTCATATGCATACAAATGGCTTTTTAACGTATAACAGTGGTTTCGGTGATCCGATAAGTTGGTTGTTTATAGTAATTGGTTTTCCAATAGTGTGGCTGTTTACAAAATTCCGTTTGGACAAGCACGTACAAGAAAAAATTCGTTATGACCAAATTTTACCAGTAACTATTGAAATGAAAGGAAAAAGTTATTCAACAACAGGATTTATTGATAGTGGAAATCAATTAACCGATCCAATCACTAAAAAACCAGTTGTCCTATGTGATGAAGTTTTTTTAAAGCAATGGTTTTCTGAACAGACTTGGGCCGATCTCGAGCGTTGCTATCATACTTTTCAAATGGAAGCATTACCAGCGGAGTGGGAGAAATATTTACAAATAGTACCTTATCAAGGTGTAGAAGGAAATAATATGTTTCTATTTACGCTACGTCCCGAACGAATCATTATTTACTATGAAGAAGAACGAATTACAACAAGAAAAGCGTTAATCGGGATTCAGTTTGGAGAATTAACAAAAGATGCAAGTTATCATTGTTTATTACATCCGAGAATGATTCAAACATCTACCATTCATAGTGCATAA	MTIYLDAVWALNFLLDFMLLMLTQALARDDTKKLRLAIGAFVASLTVPISIYFPESIATSVPGKIVASAIIIVVAFGYRNKYRWVKLFALFYFVSFSIGGGLTAIHFLLQQPFHMHTNGFLTYNSGFGDPISWLFIVIGFPIVWLFTKFRLDKHVQEKIRYDQILPVTIEMKGKSYSTTGFIDSGNQLTDPITKKPVVLCDEVFLKQWFSEQTWADLERCYHTFQMEALPAEWEKYLQIVPYQGVEGNNMFLFTLRPERIIIYYEEERITTRKALIGIQFGELTKDASYHCLLHPRMIQTSTIHSA	PGPT0024680_182	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024680-spoIIGA-K06383	NA	NA
AK148_00666	1155	ftsZ	COG0206	Cell division protein FtsZ	ATGTTAGAATTTGATATGAATATGGAAGAATTAGCTACAATAAAAGTAATTGGAGTAGGTGGCGGAGGTAACAATGCTGTCAATCGTATGATTGAGCATGGTGTAGAAGGTGTAGAATTTATAGCAGTAAATACAGATGCGCAAGCATTGAACCTTTCTAAAGCTGAATTAAAGATTCAAATAGGCGAAAAATTGACAAGAGGTTTGGGTGCTGGAGCTAATCCAGAAGTTGGAAAAAAAGCAGCTGAAGAAAGTAAAGAGCAGCTGGAAGAAGTTTTACAAGGTGCAGATATGATCTTCGTTACTGCTGGTATGGGTGGGGGAACGGGAACAGGTGCAGCACCTGTTATAGCACAAATTGCTAAAGATTTGGGTGCCTTAACAGTCGGTGTAGTTACTCGACCATTTTCCTTTGAAGGAAGAAGACGCTCCACCCAAGCTATTTCGGGGATCGATGCGTTAAAAGGAAGCGTTGATACGCTAATTGTCATTCCAAACGACCGTTTGTTGGAAATAGTAGATAAAAATACACCGATGTTGGAGGCTTTCCGTGAAGCTGATAATGTATTACGTCAAGGTGTACAAGGCATATCTGATTTAATTGCCAAACCAGGGTTAATTAACGTCGATTTTGCTGACGTCAAAACAATTATGTATGATAAAGGTTCTGCTTTAATGGGAATTGGAGTCGCAACAGGTGAAACTCGAGCGACAGAAGCAGCTAAAAAAGCTATATCTTCACCATTACTTGAAACTTCCATCGATGGTGCACATGGTATTTTAATGAACATTACCGGTGGAACAAATTTAAGTTTATATGAAGTGCAAGAAGCTGCGGACTTAGTGACTTCTGCTGCAGATAATGAAGTGAACGTAATATTTGGTTCTGTTATTAATGAGAATTTAAAAGACGAAATTATAGTCACTGTAATTGCTACAGGTTTTGATGAATCTGTTCAAAAATCAGAACAACCTGCTAGACAGCAACGATCTGCACAGCAACAACATGCAGCGACGCGTACACATGATACAGTGTCAAGAAGGGAAAGAGAAAGAGAGCCTGAACCTCAACAGCAACAGCGCTCTGCTCAAGAAGAGGATACATTAGATATTCCCACCTTCTTGCGAAACCGAAACCGAAATAGAAACCGTTAA	MLEFDMNMEELATIKVIGVGGGGNNAVNRMIEHGVEGVEFIAVNTDAQALNLSKAELKIQIGEKLTRGLGAGANPEVGKKAAEESKEQLEEVLQGADMIFVTAGMGGGTGTGAAPVIAQIAKDLGALTVGVVTRPFSFEGRRRSTQAISGIDALKGSVDTLIVIPNDRLLEIVDKNTPMLEAFREADNVLRQGVQGISDLIAKPGLINVDFADVKTIMYDKGSALMGIGVATGETRATEAAKKAISSPLLETSIDGAHGILMNITGGTNLSLYEVQEAADLVTSAADNEVNVIFGSVINENLKDEIIVTVIATGFDESVQKSEQPARQQRSAQQQHAATRTHDTVSRREREREPEPQQQQRSAQEEDTLDIPTFLRNRNRNRNR	PGPT0027695_4024	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
AK148_00667	1281	ftsA_1	COG0849	Cell division protein FtsA	TTGAACAACAGTGATATTTTAGTAAGCCTAGATATAGGTACATCAAAAATAAAAGTAATTATCGGTGAAGTTTTAAATGATTCATTAAATATTATTGGTGTAGGTACTGCTAAATCGAATGGTATGAAAAAAGGAGCTATCATAGATATAGATCAAACGGTACATTCCATTCGTAATGCGGTAGAACAAGCAGAAAGAATGGTTGGTATGAAAATTGAACGCGTAGTTGTAGGAGTGAATGGGAATCACATTCAATTGCAACCATGCCACGGAGTTGTAGCAGTTCAAAGCGAAAATCGTGAAATAACGGATGAAGATGTTACAAGGGTAATTGATGGTGCGCAAGTAATGTCTATTCCTCCAGAAAGAGAAATCATTGATGTGATTCCTAAACAATTTATTGTCGATGGGTTAGATGAAATTAATGATCCTAGAGGGATGATTGGTGTACGTTTAGAAATGGAAGGGACTATCATTACTTGTTCAAAAACTATTTTGCACAATATCTTAAAATGTGTAGAACGTGCTAACCTCGAAGTAGCGGACATCTGCCTTCAACCGCTTGCCGCCGGAACAATTGCTTTATCGAAAGATGAAAAAAGCATGGGAGTCGCTTTAATAGATGTAGGCGGCGGTTGCTCCACAGTTTCCATCTTCGAAAATGACCATCTGGTTTCATCTAGTGTTATACAATTAGGCGGAAACAATATCACAAAAGATCTATCCATTGGATTACGTACGTCGACAGAAGAAGCTGAAGATGTAAAATTAAATTTTGGACATGCATTCTATGATGATGCATTGGAGGAAGAAGTATTCGATGTATCTATTATCGGTAGTAATTCTAAGCAAACGTCGAATCAATTAGAAATAGCAGATATAATTGAGGCAAGGATGGAAGAAATTTACGCCTTTGCTGAGAAAGAGATACGACAAATGGGTTATCAGGAATTACCTGGGGGTTATGTATTAACTGGTGGAACGATGGCAATGCCTGGTGTGCTTGAGTTGGCTGAAGACGTATTTCGTTCTAATGTTCGAATTGCTATCCCCGATTACATAGGTGTGCGGGAGCCACAATTCACTCCAGGCGTTGGTATCTTGCAATTTGCTTATTGGAATGCGAAAATACAGGGAAAAGATTTATTTCCAACTGTTATGTCACAAGATCCAGACGCTCAACCAAAACGTATAAAGAAACAAGCGAAAGCAAATGAAACGAAAGAACCAAAGAAAAAAGAAGCTAAAATTGCTAATTTGTTTAAGTATTTTTTTGATTAA	MNNSDILVSLDIGTSKIKVIIGEVLNDSLNIIGVGTAKSNGMKKGAIIDIDQTVHSIRNAVEQAERMVGMKIERVVVGVNGNHIQLQPCHGVVAVQSENREITDEDVTRVIDGAQVMSIPPEREIIDVIPKQFIVDGLDEINDPRGMIGVRLEMEGTIITCSKTILHNILKCVERANLEVADICLQPLAAGTIALSKDEKSMGVALIDVGGGCSTVSIFENDHLVSSSVIQLGGNNITKDLSIGLRTSTEEAEDVKLNFGHAFYDDALEEEVFDVSIIGSNSKQTSNQLEIADIIEARMEEIYAFAEKEIRQMGYQELPGGYVLTGGTMAMPGVLELAEDVFRSNVRIAIPDYIGVREPQFTPGVGILQFAYWNAKIQGKDLFPTVMSQDPDAQPKRIKKQAKANETKEPKKKEAKIANLFKYFFD				NA	NA	NA	NA	NA
AK148_00668	783	divIB	COG1589	Cell division protein DivIB	ATGGCTCAGAAGAAAGTCGTTTCAATTGAAGATCGAATTCCAAAATTAAAACAAGCAAGGAAAAAAAAGGCAAACCGCAGGCTGTTATTTTACCTGTCTATTTTTTTCATTTTAATTTCAATTATTGTTTATTTACAATCGCCGTTAAGTTATATACGTACGATTCAAGTAGAGGGCAATTCTTTTTTACAGGATAATGAAATTGTAAAGCAAGCGAATTTAACCGATAATAAAAACATATGGACAATTGATACTGATGCGGTAGAGTCGATATTAAATGATAGTCCAATTATTGCTTCTGCAAAGGTAAGTAGAAAATTACCTTGGACCGTTTCCATCACGGTTGAAGAATACGAACTTGTTGGCTACACACAAAAAGAATCGACTTACTATCCAGTATTAGGTAATGGAACAACACTTCAAAGTATGGCAAAAAAAACGTATAATGGAGATGCTCCACTATTAAAGGGATTTAATAAGGAAACGTATTTACATAGGTTAACGAATGAAATGGAAAAACTACCCGAAACGATTCGAAATCTAATTTCGGAAGTGCATTGGACACCAGAAAAAGATAATAACGATAAGATGCGGTTATATATGAATGATGGTTTTATCGTTGATGCCCGCATTCCAAACTTCGCTGATAGTATGGAAATATACCCTTCCATCGTGTCACAACTAGATGAAGAAAGTGAAGGAATTATTCATATTGGGGTTGGTGCATATTTCGAGTCATTTCACAATGGAAAGAAGGGACAAGAGGCTGAGAAGGGGGATTAG	MAQKKVVSIEDRIPKLKQARKKKANRRLLFYLSIFFILISIIVYLQSPLSYIRTIQVEGNSFLQDNEIVKQANLTDNKNIWTIDTDAVESILNDSPIIASAKVSRKLPWTVSITVEEYELVGYTQKESTYYPVLGNGTTLQSMAKKTYNGDAPLLKGFNKETYLHRLTNEMEKLPETIRNLISEVHWTPEKDNNDKMRLYMNDGFIVDARIPNFADSMEIYPSIVSQLDEESEGIIHIGVGAYFESFHNGKKGQEAEKGD				NA	NA	NA	NA	NA
AK148_00669	1125	ftsW_1	COG0772	putative peptidoglycan glycosyltransferase FtsW	GTGTTATTTTTGTTACAAAAAACAAACCGTTCAACAAATGCTTCACCAGATTATATTTTAATGGGAGTTATTATTGGGTTGCTCGTAATTGGTGTTGTAATGGTTTATAGTTCATCTTACGTTTGGTCAGCGTATAAGTTTTCTGATTCCCTTTATTATGTAAAACGACAACTGTTATTCGCGGGTACTGGAGTAATAGCTATGTTGCTTATTATGAATGTTCCTTATACAACATGGAAAAAGTATGCGAAGTTGATTTTACTAGTTTGTTTCTGTTTATTATTTCTTGTTTTAATACCTGGCATTGGTATGGTAAGGGGAGGAGCGCAAAGTTGGATTGGAATTGGGGCATTTAGTATTCAACCGTCCGAATTTATGAAATTAGGTTTGATTATTTTCCTAGCTTCCCACTTAGCCAAGTATCAAAAATATATTACATCGCTTAAAAAGGGTTTTTTACCTTCGATTCTATTAATATTTACTGCTTTTGGTTTAATTATGTTACAGCCGGATTTAGGAACAGGTATGGTATTAGTATTAACTTGTATGGTGATGGTCTTTACTGCAGGAGCTAGATTATCTCATTTTTTTGGTTTAGGAGCTCTAGGGTTAGTGGGTTTTGTTGGTTTGATTGCTTCTGCGCCATATAGAATTAGTAGGATTACAGCTTTTTTGAACCCATGGGAGGATCCACTCGGAGATGGTTTTCAAATTATTCAATCATTATATGCGATCGGTCCAGGTGGTTTATTAGGGTTAGGATTTGGTAATAGTTTACAAAAATATTTTTATTTGCCAGAGCCCCAAACGGATTTTATCTTTGCTATCTTGGGTGAAGAATTAGGATTTATTGGCGGTACGGTTGTGATTTTATTATTTCTTTTGTTATTTTGGAGAGGAATCAAAATATCTTTAGAAGCACCAGATAGTTTTGCCCGTCTATTAGCCTTAGGCATCGTGTCCATGCTAGCAATCCAAGCAATGATTAATATTAGTGTTGTCATTGGGCTAATTCCTGTAACTGGAATTACTTTACCATTTTTGAGTTATGGAGGATCTTCCTTAACATTAATTCTTTGCTCTGCAGGTATTTTGTTAAATATTAGTAAGTATACAAAAATATAA	MLFLLQKTNRSTNASPDYILMGVIIGLLVIGVVMVYSSSYVWSAYKFSDSLYYVKRQLLFAGTGVIAMLLIMNVPYTTWKKYAKLILLVCFCLLFLVLIPGIGMVRGGAQSWIGIGAFSIQPSEFMKLGLIIFLASHLAKYQKYITSLKKGFLPSILLIFTAFGLIMLQPDLGTGMVLVLTCMVMVFTAGARLSHFFGLGALGLVGFVGLIASAPYRISRITAFLNPWEDPLGDGFQIIQSLYAIGPGGLLGLGFGNSLQKYFYLPEPQTDFIFAILGEELGFIGGTVVILLFLLLFWRGIKISLEAPDSFARLLALGIVSMLAIQAMINISVVIGLIPVTGITLPFLSYGGSSLTLILCSAGILLNISKYTKI	PGPT0014810_4939	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014810-ftsW|spoVE-K03588	NA	NA
AK148_00670	1350	murD		UDP-N-acetylmuramoylalanine--D-glutamate ligase	TTGAAAAAATTAATACATTTCCCCTACGAGTCTATTCTAGTATTGGGGCTAGCGAAAAGCGGTACGGCAGCCGCAACTACATTACTCGAACAGGGAAAAAAAGTGCGAATAAATGATCAAAATGCAAAAGAATCGGATGCGAATGTAAAACAATTAAAAGAGATGGGGGCAGAGTTAATTCTTGGCTCCCATCCTATTCGTGTTCTAGACGGGATAGAGGTCATCGTTAAAAACCCCGGTATTTCCTATGATAACCCTATTGTTACAGCAGCGCAACAAAGGGGGATACCTGTAATAACTGAAATTGAAATAGCCGGTCAATTGGCAAGCGGACCAATTATTGGAATAACAGGCTCTAATGGCAAAACAACGACAACGACTTTGACTACTGAAATGCTAAAGCAAAGTGAGAAACCTGTTAAAGTTGCAGGGAATATTGGCATTGTTGCAACTGATGTGGCAAAAAATTTGCACCCAAATGAGAATCTTGTGCTAGAGCTATCTTCTTTTCAATTAATGGGTGTCGACCAGTTTAAACCGAAAATCGCTGTACTACTTAATATATTTAAAGCTCATTTAGATTATCACAAAACATGGGAAAACTATAAACAAGCAAAATATAATATTTTTAAAAACCAAACGAAAGATGATTTTCTTGTTTATAACGCAGAAGATAAAAGTTTAATAGAGGCTATTAAACTTTCAAAAGCGCAAAAAATACCTTTTTCTGTTAAAAGAAAACAGAGCCACGGGGCTTGGCTTGACAACGAAGCGATCTATTTTAAAGAAGAAAAAATAATGGAACGTAAAGATATTGTCTTATTAGGATCGCATAATTACGAGAATATTTTAGCTAGTGTAGCAGCTGCTAAGTTAAGTGGAGCAACAAATGAAGGAATTCAAAAAGTGTTAAGTATGTTTACAGGTGTGAAACACAGGTTACAATTTGTAGAAAATCACTGTGAGCGATTGTTTTATAATGATTCAAAAGCTACCAATTGTCTAGCTACACAAAAAGCTTTATCAGCCTTTAATCAACCTATTATTCTACTTGCAGGAGGATTAGATCGTGGTAACGGTTTTGACGAACTCCTACCATATATGAAGCATGTGAAAGCAATGGTACTATTTGGAGAAACTGCTTCAAAACTAGAAAATTTGGGAATGAAAGCGCAAATTTCTAATATTCGTATAACTAAAAATGTGCAAACAGCAGTACAGGAAGCTTATGAAATATCTGAACCTAATGATGTCATATTGTTATCGCCTGCTTGTGCAAGCTGGGATCAATATCGCACGTTTGAAGAAAGAGGAGACATGTTTATACAAGCCGTGCATACATTAGTATAG	MKKLIHFPYESILVLGLAKSGTAAATTLLEQGKKVRINDQNAKESDANVKQLKEMGAELILGSHPIRVLDGIEVIVKNPGISYDNPIVTAAQQRGIPVITEIEIAGQLASGPIIGITGSNGKTTTTTLTTEMLKQSEKPVKVAGNIGIVATDVAKNLHPNENLVLELSSFQLMGVDQFKPKIAVLLNIFKAHLDYHKTWENYKQAKYNIFKNQTKDDFLVYNAEDKSLIEAIKLSKAQKIPFSVKRKQSHGAWLDNEAIYFKEEKIMERKDIVLLGSHNYENILASVAAAKLSGATNEGIQKVLSMFTGVKHRLQFVENHCERLFYNDSKATNCLATQKALSAFNQPIILLAGGLDRGNGFDELLPYMKHVKAMVLFGETASKLENLGMKAQISNIRITKNVQTAVQEAYEISEPNDVILLSPACASWDQYRTFEERGDMFIQAVHTLV	PGPT0024125_3033	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024125-murD-K01925	NA	NA
AK148_00671	987	mraY	COG0472	Phospho-N-acetylmuramoyl-pentapeptide-transferase	ATGAATATCACTATGTTAATGGTAACTATTTTAATAGCGTTTTTAATTACCGTCCTTTTATCTCCTATTTTTATTCCATTTTTGCGTAGATTGAAGTTTGGGCAAAGTATTAGAGAAGAAGGACCTAAATCCCATCTAAAAAAAACCGGGACGCCAACAATGGGAGGGATTATGATTGTATTCAGTATTGTTATCACCTCTCTCATTATGAGTTGGAAAATAAATCCAGTTGGAGTTAGCTATGAAATGTGGATTTTGTTGTTCGTGTTAGTAGGATACGGGCTACTTGGATTTTTGGATGATTTTATAAAAATAATGAAAAAAAGAAATCTCGGATTAACTTCCAAACAAAAATTACTTGGGCAACTTATTATTGCGCTGGTTGTTTATTTTGTCTTAAAAGCACAAGGTTTTCCTACTTATATATCTGTACCCGGAACGACCTTCCAATTAGAGCTTGGCTGGGCATATGCTCTTTTAATTATAGTTATGCTTGTTGGAGCATCTAATGCAGTAAATTTAACAGATGGATTAGACGGTTTGCTAGCTGGTACTGCTGCCATTGCGTTTGGAGCATTTGCCGTGTTAGCATTGTATGGATATCCACAAAGTGAGGTAGCAATCTTTGCGCTTGCCATCGTTGGTGCTTTACTTGGTTTTTTAGTATTTAATGCGCACCCTGCGAAGGTCTTTATGGGCGATACCGGCTCTTTAGCTTTAGGTGGAGCAATTGCGATTATTGCTATTTTAACTAAACTTGAAATTATTTTAGTTATTATTGGCGGCGTGTTCGTTATTGAAACATTATCTGTTATCATACAAGTTATATCGTTTAAAACAACTGGAAAAAGAGTTTTTAAAATGAGCCCATTACATCATCATTATGAGCTTTTGGGATGGTCAGAATGGCGAGTAGTTACAACCTTTTGGCTAGTAGGGCTTGTTTTTGCTGCGTTAGGAATTTATATTGAGGTGGGTATAAGTTGA	MNITMLMVTILIAFLITVLLSPIFIPFLRRLKFGQSIREEGPKSHLKKTGTPTMGGIMIVFSIVITSLIMSWKINPVGVSYEMWILLFVLVGYGLLGFLDDFIKIMKKRNLGLTSKQKLLGQLIIALVVYFVLKAQGFPTYISVPGTTFQLELGWAYALLIIVMLVGASNAVNLTDGLDGLLAGTAAIAFGAFAVLALYGYPQSEVAIFALAIVGALLGFLVFNAHPAKVFMGDTGSLALGGAIAIIAILTKLEIILVIIGGVFVIETLSVIIQVISFKTTGKRVFKMSPLHHHYELLGWSEWRVVTTFWLVGLVFAALGIYIEVGIS	PGPT0024105_3808	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024105-mraY-K01000	NA	NA
AK148_00672	1356	murF	COG0770	UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase	ATGTTTACGGTGAATTGGCTTACTCATGTGTTTTTGGATTATAAAGGAAGTGTGAATCAACAAACGATTCATGGCGTTTATACCGACAGTCGTACAGAAATGACCAATGGTTTATTCGTACCGATCAGTGGTGAAAATTTTGATGGTCACGATTATGTATTGCAAGCAGTAGATAATGGAGCTATTGCCGTTTTATGGAGTAAGCAAAAAGAGTTTCCTGAAGCTCTATCTTCTTCATTAATGGTCTTCTATGTAGAAGATACGTTGGCTGCTTTACAAAAACTGGCTACTGCCTATCGCGAGAAAATCAACCCAGTTGTGATTGGTATTACGGGGTCAAATGGTAAAACATCTACGAAGGATATGGTTGCAGCTATTATGCAAACGACCTATCGGACTCATTATACGCAAGGGAACCTTAATAATCATATCGGTGTCCCACTGACCATCTTATCAATGAAGCCAGATACCGAAGTTTTAGTTGTTGAAATGGGAATGAATCATGCTGGGGAAATAAAAGTATTAACCAATATAGCTAAACCAGATTATGCAATAATTACTAATGTTGGTGAATCTCATATTGAGTTTCTAGGTTCTAGAGAAAATATAGCGAAGGCTAAATTAGAAATTTTACTTGGCTTAAGCGATAAAGGAGCGTTTATTATAGATGGTGATGAACCTTTATTGCAGCATTGTCATGGTCAAAAAAGGTTGATTACTTGTGGTTTTGCAGAACATAACATATATCAAATAACAAAGGTCCATATACAAGACAACGCAACATCGTTTATAATAAACAAAGCTACGCCATATACGATTCCGTTTTTAGGAAAACACCATGCTAAAAATGCTACGCTAGCAATTTCAGTTGGAATTTGTATGAACATCGATGTAGAACAGATTCAATTGGCTTTTTATCATATTCAAAAGACAGGGATGCGCTTTGAAAAGATAAAGGGAAAAAACGGTGTGACATTAATTAATGATGCTTATAATGCTTCGGCAACTTCTATGAAGGCTGCCATTGAAGTAATAAAACAGCTTGAAGATTATTCTGAAAAAATTCTTGTTTTAGGGGATATTTTAGAATTAGGAGCACATACAGAGGCGATTCATAGATCTGTAGCTACTGTCATCGAAAATCCAATTACAAATGTCTACACATATGGTGAAGCTTCTAAATATATTACAGACGCAGTGATAGAACAAGGAAGCAATATTTCTGCTGCACATTATACGAATAAGACTGAATTGCTTCATGATATAAAACCCCATTTACATGAAGAGGCAATTATCTTATTTAAAGCATCGAGAGGCCTAAAATTTGAATCGATTTTAGCTGAATTAAAACGATAG	MFTVNWLTHVFLDYKGSVNQQTIHGVYTDSRTEMTNGLFVPISGENFDGHDYVLQAVDNGAIAVLWSKQKEFPEALSSSLMVFYVEDTLAALQKLATAYREKINPVVIGITGSNGKTSTKDMVAAIMQTTYRTHYTQGNLNNHIGVPLTILSMKPDTEVLVVEMGMNHAGEIKVLTNIAKPDYAIITNVGESHIEFLGSRENIAKAKLEILLGLSDKGAFIIDGDEPLLQHCHGQKRLITCGFAEHNIYQITKVHIQDNATSFIINKATPYTIPFLGKHHAKNATLAISVGICMNIDVEQIQLAFYHIQKTGMRFEKIKGKNGVTLINDAYNASATSMKAAIEVIKQLEDYSEKILVLGDILELGAHTEAIHRSVATVIENPITNVYTYGEASKYITDAVIEQGSNISAAHYTNKTELLHDIKPHLHEEAIILFKASRGLKFESILAELKR	PGPT0024145_4236	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024145-murF-K01929	NA	NA
AK148_00673	1476	murE	COG0769	UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase	ATGAACTTAGAGCAATTATTAAGGAGTATACCTTTTTATCACACAACAGACCATATGGAAAATCTAACCGTTAACCATATTGTTATGGATTCACGTAAGGTAGAGCCTGGAGATGTATTTATATGTATATCTGGATATACGGTGGATGGTCATGATTTTGTCCCTCAAGCCGAAGCTAATGGCGCAGTAGCTATTATAGCAGAGAAATCTGTGAACACGGAGCTACCAACTATAGTAGTTCCAGATACACATCGAGCTCTATCCATGCTTGCTGTGAGATTTTACGATAATCCGACTGACAAGCTTGCCCTAATTGGTGTAACGGGAACGAATGGTAAAACAACAGTAACCTATTTACTAGAAACAATATTTCAGTTAGCAAAACAAAGAACAGGTGTTATTGGTACGATACATACGAAAATTGGCGATGAGACGTATCCGGTAGTTAACACCACTCCTGATGCGCTTTTTTTGCAACAGACATTTCACAAAATGGTTCAACAGAATGTAGATAAAGCGATTATGGAAGTATCTTCTCATGCACTTGTTCAAGGGAGAGTACATGGTTGTAATTATGATATTGCTGTGTTTACGAATCTTTCTCAGGATCACTTAGATTTTCATAAAGATATGGACGATTATTTGCGAGCTAAGAGCCTTTTGTTTGCACAAATGGGTAACAATTATAATCATACTAAACATAAATACGCCATTATTAATCAGGATGAAGCGGCGAGCGAGTTTCTAAAACAAAGTACAGCTCAACAAGTGCTAACGTATGGCATACATCGAGCTTCCCAGGTGATGGCGCAAGATATTGAACTAGGTGCTGCTGGAACCCATTTTCATTTAATCACTCCAGTAGGTAATATACGAATTGAAAGCAAATTAATGGGAATGTTTAACGTTTATAACATGTTAGCAGCTTCTGCTACAGCGATAGCTTCTAATATCCCTTTGGATACGATCCAACAAGCGTTCAAGCAAATTGAAGGCATTAATGGACGCTTTGAGCCCGTAAATGCAGGACAGTCTTTTGCTGTTATTGTAGATTATGCACATACACCTGATTCGCTAGAGAACGTATTACAGACGGTGAAGGAGTTTGCTAAAAATCGTGTTTTTGTCGTCGTTGGTTGTGGTGGTGACAGGGATCGAACGAAGCGCCCTTTGATGGCTGAAATAGCAGTGAAGTATGCTGATAAGCCGATCTTTACTTCTGATAACCCGAGAACAGAAGATCCATTAGCTATTCTTGAAGATATGACAAGTGGATTAGATCAAGATACAGCATTTGAGGTTATTGCTGATCGAAAAGTTGCTATTCAGGAAGCGATAAAGCAAGCAACAGAAGGTGACGTAATTATCATTGCGGGAAAAGGACATGAAACGTATCAGCAAATAGGCCATACAAAATATGATTTTGACGATCGTGAAGTTGCTCGTCAAGCCATTCTATCTAAGGAGCATGCCTAA	MNLEQLLRSIPFYHTTDHMENLTVNHIVMDSRKVEPGDVFICISGYTVDGHDFVPQAEANGAVAIIAEKSVNTELPTIVVPDTHRALSMLAVRFYDNPTDKLALIGVTGTNGKTTVTYLLETIFQLAKQRTGVIGTIHTKIGDETYPVVNTTPDALFLQQTFHKMVQQNVDKAIMEVSSHALVQGRVHGCNYDIAVFTNLSQDHLDFHKDMDDYLRAKSLLFAQMGNNYNHTKHKYAIINQDEAASEFLKQSTAQQVLTYGIHRASQVMAQDIELGAAGTHFHLITPVGNIRIESKLMGMFNVYNMLAASATAIASNIPLDTIQQAFKQIEGINGRFEPVNAGQSFAVIVDYAHTPDSLENVLQTVKEFAKNRVFVVVGCGGDRDRTKRPLMAEIAVKYADKPIFTSDNPRTEDPLAILEDMTSGLDQDTAFEVIADRKVAIQEAIKQATEGDVIIIAGKGHETYQQIGHTKYDFDDREVARQAILSKEHA	PGPT0024130_1735	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024130-murE-K01928	NA	NA
AK148_00674	1932	spoVD	COG0768	Stage V sporulation protein D	ATGAAACGTGTATCTGCTGTGACTACAAAAAAGAGGATTGTCACTGTTTTTCTTATTGGAATATTGGTGTTTGTTATTATCGATATTCGTTTAGGTTATGTCCAATTTGTAATTGGCGATGAGTTGATGGGACAAGCTACAGAATTATGGACGCGAGATATTGAATTTGAACCAGAAAGAGGAAAAATTCTTGATCATAATGGAGATGTACTAGCCGAAAATGTAACAGCTCCATCTGTGGTTGTTGTTCCTAGACAGATAGATGACGCTGAAAATACAGCTCAAAAACTAGCCTCTATTTTAGAAATGTCAGAGGATGAAGCGTTTGAGTATGTTACGAAGAATGCTTCAAGTGTAAATATTCACCCAGAAGGTAGAAAAATTAACGAAAAACAAGAGCTAGCAATTAGAACATTAGATATGAATGGCGTATATTTATCAAAAGATTCAAAACGTCATTATCCGTTTGGAGATGATTTATCTCATGTGCTCGGTTTCGCAGGGATAGATAATCAAGGTCTAATGGGCTTGGAATTATTTTATGATGAACAACTTAGCGGTAAAAAAGGTAGTTTATCATTTTATTCTGATGCTAAAGGTAGAAGACTGGAACGCTTAGCAGATATATATTCCGAACCAGAAGATGGGCTTGATTTAAAAACAACGATTGATACACGCGTGCAAACGATTATGGAAAGAGAATTGGATTTAGTTGCCTCAAAATATAACCCAGATGGTGCGGTGGCCATTGCTGTTAATCCGAAGACTGGTGGTGTACTTGGGATGACATCTAGGCCAAACTTTCATCCGGAAAACTATCAGGAAGTGGACTCGGATATTTTTGACCGTAATTTACCAATCTGGAGTACGTACGAGCCTGGGTCTACATTTAAAATTATTACACTTGCTGCTGCATTAGAGGAAGAAGTGGTTGATTTAAATAAAGACCATTACCATGATGATGGCGATATCTCTGTGGGAGGTTCGAAATTACATTGTTGGAAAAGTGGGGGGCATGGACACCAAAGCTATTTAGAAGTAGTGCAAAACTCGTGTAACCCAGGATTTGTGAGTCTTGGTCAAATGCTAGGAAAAGATAAACTATTTTCGTATATTGATCTGTTTGGTTTTGGAAAGAAAACAGGAATTGATTTGCAAGGAGAGGGTACTGGGATTTTATTTAAACCTGAAAATGTTGGGCCAGTTGAATTAGCTACTACAGCTTTCGGTCAAGGTGTTTCGGTAACACCAATTCAGCAAGTAATGGCTGTATCTGCAGCGGTGAATGGAGGATTCTTATATGAGCCGTATATTGCAGAGGAATGGATTAATTCAACGAATCAGTCTGTCCAAAAGCAAGTTAAACCGACCATGAAAAGGAGAGTTATTTCTGAAGATACTTCCAATGAAATACGTCATGCTTTGGAAAGTGTAGTAGCTCAAGGAACTGGTCGTCCTGCATATGTCGATGGTTATAGAATAGGTGGAAAAACCGGAACAGCGCAAAAAGTTGGTCCGGATGGAAGATATATGGAAAATAACTATGTCGTTTCTTTTATAGGTTTTGCCCCAGCTGATGATCCTGAAATTGTTGTATATGTTGCTGTAGATAATCCAAAAAATGCAGTGCAATTTGGTGGGGTGGTGGCTGCTCCTGTGGTAGGGACAATTATTGGAGATAGCCTAAGGGCAATGGATGTAAAACCGCGAACAGAAGGTCTTGAAAAGGATTATCAATGGCCAGAACAGCCCAAAATTGAGGTGCCCGATGTAAAGGGAATGAAGAAGAAAGATTTGCAGGAATATATGACCAATTTATCCATTGAAACAAGTGGTGATGGCGACTACATTGTAGACCAAGCGCCTAAACCAGGGACGAAAGTGGAGCAAGGGTCAAAAATTAGAGTTTATTTAGCAGAAAATAATCGTTAA	MKRVSAVTTKKRIVTVFLIGILVFVIIDIRLGYVQFVIGDELMGQATELWTRDIEFEPERGKILDHNGDVLAENVTAPSVVVVPRQIDDAENTAQKLASILEMSEDEAFEYVTKNASSVNIHPEGRKINEKQELAIRTLDMNGVYLSKDSKRHYPFGDDLSHVLGFAGIDNQGLMGLELFYDEQLSGKKGSLSFYSDAKGRRLERLADIYSEPEDGLDLKTTIDTRVQTIMERELDLVASKYNPDGAVAIAVNPKTGGVLGMTSRPNFHPENYQEVDSDIFDRNLPIWSTYEPGSTFKIITLAAALEEEVVDLNKDHYHDDGDISVGGSKLHCWKSGGHGHQSYLEVVQNSCNPGFVSLGQMLGKDKLFSYIDLFGFGKKTGIDLQGEGTGILFKPENVGPVELATTAFGQGVSVTPIQQVMAVSAAVNGGFLYEPYIAEEWINSTNQSVQKQVKPTMKRRVISEDTSNEIRHALESVVAQGTGRPAYVDGYRIGGKTGTAQKVGPDGRYMENNYVVSFIGFAPADDPEIVVYVAVDNPKNAVQFGGVVAAPVVGTIIGDSLRAMDVKPRTEGLEKDYQWPEQPKIEVPDVKGMKKKDLQEYMTNLSIETSGDGDYIVDQAPKPGTKVEQGSKIRVYLAENNR	PGPT0024085_381	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024085-spoVD-K08384	NA	NA
AK148_00675	2205	pbpB	COG0768	Penicillin-binding protein 2B	ATGAGGAAAAACAAAACAACGCATTTTATGGCAGGTATTTTTATCATTCTTTTTGTGGGGATATTTTTAACATTATCAGGAAGATTTCTTTATATACAAGCTACTGCAGAAATTGATGGGGTTTCTTTAGAAGCATGGGCTGACAAGCAACGAACAACATCGTATGAACTCCCAGCAGAGCGCGGGAAGATCTTTGATAACAACGGAATGACACTTGCCTACGATCAAACAAGCTACAGAATGTACGCAATAGTCGATGAAACATATTCTGATGGGGCAGAAGAACCAAGACATGTTAAACAAGTAGAGAAAACAGCAAAAAAATTAGCTCCTCTATTAGATATGGAGGAAAAAGACATATTAGGTCGCTTGCAGGAAGGGATAGATAACAATCGCTTCCAAGTTGAATTTGGTAAGAAAGGTAGAGATTTGTCTTTACAAAAGAAAGAGGAAATTGAGGAACTTCATTTACCAGGGATTCTTTTTAGGGAAGAATCAGTTCGCTCATACCCGAATGGTACCTTTGCTTCCCAAATAATTGGTTTTGCGAAAGAGATGGAAGTAAAGGATCAGAAAGAAAGTACTACAAAGCAAAAAATGCAAGGTGTTACGGGAATTGAGAAAGAAATGGATAAACATTTAAGTGGAAAAGATGGTTATATTGCTTTTCAACGTGATAAATATAATAAAAAACTACTTGATCCGAAAGAAATAGTAAAGAAAAATGAGGACGGCGGAAATATCTATTTAACGATCGACCAAAAAATACAGACTTTATTAGAAGATACCTTAACTCAAGTCGAAAAGAAATACGAACCTGAACGTATTTCGGCAGTAGTGATGAATCCTAAAACTGGAGAGGTTATAGCAATGGGAAATCGTCCAAGTTATAACCCGAACAATCCTGAAAATGTAGAAAATTGGTATAATGATGTTATATCGACACCATTTGAGCCTGGATCTACAATGAAAATGTTTACTTGGGCGGCTGCGATAGAAGAAGGCGTTTATAATGGAACGGAAGCATATAAGTCAGGTCGCTATCAACCCAATGAGCAAATAACACCTATTCGTGATCATAATGGTGGAAACGGTTGGGGGGCTATTTCATACAATGAAGGTTTTGAGCGTTCTTCTAATGTTGCCGCGTCTAAACTTGTATGGGAAAAAATTGGATCTGATAAATATCTTGAGTATTTAAAAGCCTTTCATTTCGATCAAAAGACAAATATTGATCTACCAAATGAAGTGATTGGAAAAATATTATATAATTGGCCAGCAGAAAAGTTAACTACAGCATTTGGTCAAGGTACAACCATGACTCCTATTCAGCAAATGAAGGCGGCTACTGCTATTGCCAACGATGGGAGAATGTTAAAACCTTATATTATTAATAAGATTACAAACCCTAATACAGAGAAGCCAACAAAAGAAAAAAAACCGGATGTGGTTGGTGAACCCATTTCTAAAAAAACGTCCCAACAAGTGCTGAAGCTTTTGGATCAAGCAGTTAATGGGGAACACGCAACAGGTAAAGATTACCAATTAGAAAGCTATAAAGTTGGTGGAAAAACAGGAACAGCGCAAATTCCTAATCCTAAAGGTGGATATTTAACAGGTAGAGAAAATTATATTTTTTCCTTTTTAGGAATGGCACCCATTGATGATCCTCAATTAATGATGTATGTATCTGTTAAACAACCAAAGCTAGGTGAAAAAGAAGATGGATCTTTGGAAAGGGGTTCTGACCCGGTAGCTTTTATTTTTAAAAATGTCATGGAGAACGGCTTGCATTATTTAAATATCGATCCAGATAAACAAGAATCAGATCAAATAAAACATATAAAAATCCCAGAACTCGTAGGGAAGAGTTCAGAAACGCTAAAACAAGAATTGATGAAAAAGGGATTACGTGTAACGTCAGTTGGTAAAGGTAAAGTCGTTTCAAGTAATGTACAAAAAGGAGATCGAGTGTTGCCGAATGATCATATTATTATGATTACGGAAAAGCCTAAGATGCCAAGCATAATCGGCTGGTCACTTCGCGATGCTCTAAAACTGTCTAGTTTGTTAGAATTAAAGACAGAAACGTTTGGTGATGGTTATGTGAAAACGCAAAGTATTAAAGCGGGAACAGCTGTTAAATCAAAAGACTACCTTGGTATAGAGCTGGAGCCACCAAACAATAAAAAAAATAAAGATTAG	MRKNKTTHFMAGIFIILFVGIFLTLSGRFLYIQATAEIDGVSLEAWADKQRTTSYELPAERGKIFDNNGMTLAYDQTSYRMYAIVDETYSDGAEEPRHVKQVEKTAKKLAPLLDMEEKDILGRLQEGIDNNRFQVEFGKKGRDLSLQKKEEIEELHLPGILFREESVRSYPNGTFASQIIGFAKEMEVKDQKESTTKQKMQGVTGIEKEMDKHLSGKDGYIAFQRDKYNKKLLDPKEIVKKNEDGGNIYLTIDQKIQTLLEDTLTQVEKKYEPERISAVVMNPKTGEVIAMGNRPSYNPNNPENVENWYNDVISTPFEPGSTMKMFTWAAAIEEGVYNGTEAYKSGRYQPNEQITPIRDHNGGNGWGAISYNEGFERSSNVAASKLVWEKIGSDKYLEYLKAFHFDQKTNIDLPNEVIGKILYNWPAEKLTTAFGQGTTMTPIQQMKAATAIANDGRMLKPYIINKITNPNTEKPTKEKKPDVVGEPISKKTSQQVLKLLDQAVNGEHATGKDYQLESYKVGGKTGTAQIPNPKGGYLTGRENYIFSFLGMAPIDDPQLMMYVSVKQPKLGEKEDGSLERGSDPVAFIFKNVMENGLHYLNIDPDKQESDQIKHIKIPELVGKSSETLKQELMKKGLRVTSVGKGKVVSSNVQKGDRVLPNDHIIMITEKPKMPSIIGWSLRDALKLSSLLELKTETFGDGYVKTQSIKAGTAVKSKDYLGIELEPPNNKKNKD	PGPT0023935_139	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023935-pbpB-K08724	NA	NA
AK148_00676	369	ftsL	COG4839	Cell division protein FtsL	ATGAGTGCAAATCATGCAAGAAGCTGGGAGCAACTAAAACCGCAAAAGACCCAGGAACAATCGGTTCCAGTAAAAGTTACCAAGCAAGGTTGGATAACAAAAGGTGAAAAAATTATTTACAGTCTTATTGGGCTAATCATTATAGCGGCCAGTATCTACATGGTTTCATTTACTTCATCCACAGACTCGATTAATCGCGAGATGCAAGAGCTAGAGAATAAAGTGAAAGTACAACAATCTGAAAATGATTTATTAAAAGATGAAATTAATTCGTTGAGCCGACCAGAGCGAATCATCGACATTGCTAAGAAAAACGGTTTTCAAGTTCAGGATGCAAAAGTGAAGCAAGCAAAATCTATCGATGAATAA	MSANHARSWEQLKPQKTQEQSVPVKVTKQGWITKGEKIIYSLIGLIIIAASIYMVSFTSSTDSINREMQELENKVKVQQSENDLLKDEINSLSRPERIIDIAKKNGFQVQDAKVKQAKSIDE				NA	NA	NA	NA	NA
AK148_00677	978	rsmH		Ribosomal RNA small subunit methyltransferase H	ATGTTTGAACATAAAAGTGTGTTAAAAAATGAGACCATAGAAGGGCTTGCCATCAAACCAGATGGGGTGTATGTAGATTGTACACTAGGTGGCGGTGGACATGCAGAAGTGATAGCGTCCATGTTAAATGAAGATGGTTTGTTACTTGGTTTTGATCAAGATATCCATGCATTACAGGCGGCAAAAATTCGTTTGCAGCCTTATAAGGATCGGATAAGATTTATTCACGCTAATTTTAGTGAACTAGAGGTTGCATTATCAAAGGAGAATATTCACAAAGTAGATGGCGTTTTATTTGATTTGGGTGTATCTTCACCACAGCTCGATAAAGGAGATCGTGGTTTTAGTTATCAACATAACGCGAAGTTAGACATGCGGATGAATCAACAGCAAAAGCTAGACGCCTATTTTGTAGTTAATTACTGGGATTATCAAGCTTTAGTGAAGATTTTTTTTCAATACGGAGAGGAAAAGTTTTCTAAGCAAATCGCCCGAAAAATAGAAGAACATAGAAAGAAAGCGCCAATTGAGACGACATATCAATTAGTAGAAATAATTAAAGAAGCGATTCCTGCCCCTGCACGACGTAAAGGCGGCCATCCAGCTAAACGGGTGTTCCAAGCATTAAGAATTGCCGTCAATGATGAACTAGGTGTATTTAATGATGCGCTTCATCAAGCAGCAAAAGCAACAGGAATAAACGGACGAATAGCAGTTATCACTTTCCATTCTTTAGAGGATAGACTTTGTAAGCAAGCTTTTAAAAAATGGAGTACAGACAAAGAAACTCCACGTAATTTACCAGTATTACCAAAAGAAAATGAAGCCCCTTTTCGTTTAGTTACAAGAAAGCCAATTGTTGCAACAGAGAATGAGCTGGATGTAAATAGAAGATCACGATCTGCTAAGCTTCGCGTTGCTGAAAAAGTAGCAGAATGGAGAGACGATTTTACTTATAAAGAAGGGTGGAGAAAATAA	MFEHKSVLKNETIEGLAIKPDGVYVDCTLGGGGHAEVIASMLNEDGLLLGFDQDIHALQAAKIRLQPYKDRIRFIHANFSELEVALSKENIHKVDGVLFDLGVSSPQLDKGDRGFSYQHNAKLDMRMNQQQKLDAYFVVNYWDYQALVKIFFQYGEEKFSKQIARKIEEHRKKAPIETTYQLVEIIKEAIPAPARRKGGHPAKRVFQALRIAVNDELGVFNDALHQAAKATGINGRIAVITFHSLEDRLCKQAFKKWSTDKETPRNLPVLPKENEAPFRLVTRKPIVATENELDVNRRSRSAKLRVAEKVAEWRDDFTYKEGWRK				NA	NA	NA	NA	NA
AK148_00678	432	mraZ		Transcriptional regulator MraZ	ATGTTTATGGGTGAATTCCAACATAACATTGATGCAAAAGGAAGAATAATTGTCCCTTCCAAGTTTCGAGACCAGCTTGGAGATAGCTTTGTTGTGACCCGAGGGCTCGATCAATGTTTGTTTGTTTACCCCATGGAAGAATGGAACATATTGGAAGGAAAGTTAAAAAAACTCCCACTAACGAAAAAAGATGCCAGAGCGTTTACAAGGTTCTTCTTTTCTGGCGCGGTTGAATGTGAGATTGATAAACAGGGAAGAATAAATATTCCACAATCATTACGAAACTATGCAGGCATTGAAAAAGAATGTGTTGTTATTGGTGTTTCGAATCGCATAGAAATATGGTCCAGTGAGCAGTGGGAATCTTATGTTACAGACTCTGAAGAATCTTTCGCTGAAATCGCTGAGAACTTAATGGATTTTGATATCTAA	MFMGEFQHNIDAKGRIIVPSKFRDQLGDSFVVTRGLDQCLFVYPMEEWNILEGKLKKLPLTKKDARAFTRFFFSGAVECEIDKQGRINIPQSLRNYAGIEKECVVIGVSNRIEIWSSEQWESYVTDSEESFAEIAENLMDFDI				NA	NA	NA	NA	NA
AK148_00679	1620	bshC	COG4365	Putative cysteine ligase BshC	ATGCGGATCGAACCTATAAATTTAAAGCAACAAAGTAATTTAATGAAAGATTATCGTAATAATGAGGCGAGTATTCATTCGTTTTTTGATTACGCTGCATTCGGTGAATGGAAGCATAGGTATCATGATCTGCAAAAAAACGTTTTTAAGCGTCAGGAGTTATGTGATGTTTTACAGTCCATAAACAAACAATGGCAAGCCCCTGAAAGCACGCAAAAAAACATTCAAAGATTACGCCAGTCACAAGCTGTGACCGTTATCGGTGGGCAGCAAGCAGGTCTCCTAACAGGGCCGCTATATACGATTAATAAACTGATTTCAATTATTCAGCTAGCAAGGGAACAGGAAGTGGCGTTAGGCGTACCAGTCATACCTGTTTTTTGGATAGCAGGGGAAGATCATGATTTTGCAGAAGTGAATCATGTTTATATGTGTAAAGACCATCAAATGCAAAAACACATATTAAAGCAACAAGTGCACACCAAAACATCTTTGACGGATATGGAAATGGATCACGAGAAGCTGAAGCAGTGGCTAGATAAATTATTTGAACAATTAGGCGAGACGAATTATACAAAAACGTTGTACCATGAAATAAATAGCTGTTTATCATCTTCTAATACATTTGTTGATTTCTTTGCTAAACTTATTTTCTGCCTATTTCCTAAAGAGGGGGTAGTACTAATCGATTCTGGAAATAAGTCTGTACGCCAGTTAGAAAGTGATTACTTTGTGGAAATGGTGGAAAATCAACCAGAGATAAGTAAAGCGGTGTGCGATTCCTTAGATCAATTACACTCTTTAGGCTACACCGTAGATCTACCTGCGACACCTGTAGATGGCCATTTGTTCTATTATGAGAATGGTGAGCGCATATTGCTGCAACGATCGAAGGAAAAAGGATGGACGAACAAACAGAACAGTATATATTTTACAACGGAACAACTAAAGCAAATTGCTAAAGATACGCCAGAAAAATTAAATAATAATGTAGTTACTCGCCCCTTAATGCAAGAAAAATTATTTCCCAACCTTGCATTTATAGCAGGACCTGGTGAAATCAGTTATTGGTCTACATTGAAGGCAGCGTTTCATCACTTGCAAATGAAAATGCCGCCAGTGGTACCTAGGTTATCTTTATCCATTATTGATCGTACGACTGATAAATTATTATCCCATTGTCAACTAAGTGCAGAACAAGTGATTAATGAAGGTGTGAGTGAAGCAAAAGAGAAGTGGCTAGCAACAACATCGTACCCTTCCATAAAAAAAATTACTCAGGAAGTACAAGAACAAATAACTAAAGTCCATGCCCCCGTGCGTCATCTAGCTGCTTCTATGAGGAGTGATTTAGGGGCATTAGCAGATAAAAACTTGGACTATATTCAAAATCATATCCAATACTTAGAAAAACGTTTAATAAAGGAACTGCAATTACAGTATCAAAATGATTTAGCCACATTTGATTTACTGGAAAGTACGCTCCATCCAGAAAATGGATTACAAGAACGTATTTGGAATCCTCTTCCGTGGTTAAATATGTATGGTATCTCATTCGCGAATCGATTGTTACAGCATACATATTCATTCAACAATTCCCACTATCTTATTTACCTTTAA	MRIEPINLKQQSNLMKDYRNNEASIHSFFDYAAFGEWKHRYHDLQKNVFKRQELCDVLQSINKQWQAPESTQKNIQRLRQSQAVTVIGGQQAGLLTGPLYTINKLISIIQLAREQEVALGVPVIPVFWIAGEDHDFAEVNHVYMCKDHQMQKHILKQQVHTKTSLTDMEMDHEKLKQWLDKLFEQLGETNYTKTLYHEINSCLSSSNTFVDFFAKLIFCLFPKEGVVLIDSGNKSVRQLESDYFVEMVENQPEISKAVCDSLDQLHSLGYTVDLPATPVDGHLFYYENGERILLQRSKEKGWTNKQNSIYFTTEQLKQIAKDTPEKLNNNVVTRPLMQEKLFPNLAFIAGPGEISYWSTLKAAFHHLQMKMPPVVPRLSLSIIDRTTDKLLSHCQLSAEQVINEGVSEAKEKWLATTSYPSIKKITQEVQEQITKVHAPVRHLAASMRSDLGALADKNLDYIQNHIQYLEKRLIKELQLQYQNDLATFDLLESTLHPENGLQERIWNPLPWLNMYGISFANRLLQHTYSFNNSHYLIYL				NA	NA	NA	NA	NA
AK148_00680	387			hypothetical protein	ATGATGATTGGAATTATATATATTATTGCTTTTTTTATTTCTCTACCTTTTTTAGCGACATGGATTGTGTATGTTTGTAGTTATAAGTTAACAGAGCAAAAAATCAAATCTTTTCACCTGGCAGTATATGTAACTACTCCTTTATACTTAGTAGCTGTAACATTAATGATAGACATGGTTATAGGCATATCGTTGACGGGTGCTATTGTTATTCTTTTGCTACTCCTTTTGGTGGGTGTGCTTATTTTTCAGTGGAGGAAGGGAACGGAAGTCCTTTTAGGTAAGGCTATTAGATTAGTGTGGCGGCTGATGTTTTTACTGTTTATTACGTTATATGGACTGTTAATTGTTACAGGGATCATACAACGTATCTTTTTTTCTGTGTAG	MMIGIIYIIAFFISLPFLATWIVYVCSYKLTEQKIKSFHLAVYVTTPLYLVAVTLMIDMVIGISLTGAIVILLLLLLVGVLIFQWRKGTEVLLGKAIRLVWRLMFLLFITLYGLLIVTGIIQRIFFSV				NA	NA	NA	NA	NA
AK148_00681	495	ylbP		putative N-acetyltransferase YlbP	ATGGACAAAGTGAAAGTTGAAAAGCTTTTGATCAATTATAAAACATTGGAGAAGTTTAAACATTTTAAAGAGTACGGTAATCAAGAATTATCTATGTTAGAAGATCTGGAGAATAATTTGGTGGAAAACCAAAGTGATTCACCTTTTTACGGAATTTATATTGGCGACAGTTTAATTGCTCGTATGAGCCTCTATAAAGTCAATCGAAAGTATGACTTTTATTTTGCCCCACCTCAAGATTATCTAACTTTGTGGAAATTAGAAGTTCTTCCAGAATACCAAGGAAAAGGATATGGCAAAGCGTTAGTAGATTTTGCGAAAAGTTATCAATTACCAATAAAGACAAACCCTAGAATTAACTCTTATGCTTTTTGGGAAAAAATGGGCTTTCAAAAGGCACAGTACAAAATGGAACGAGATTTGGGAGAAAACCCACTGATTTGGATGCCAGTAGGTGTGAAAGAAAACCACACAAAGGAGCAAGATGAAGCTTAG	MDKVKVEKLLINYKTLEKFKHFKEYGNQELSMLEDLENNLVENQSDSPFYGIYIGDSLIARMSLYKVNRKYDFYFAPPQDYLTLWKLEVLPEYQGKGYGKALVDFAKSYQLPIKTNPRINSYAFWEKMGFQKAQYKMERDLGENPLIWMPVGVKENHTKEQDEA				NA	NA	NA	NA	NA
AK148_00682	483			hypothetical protein	ATGAATGTTACAAGACAAGACGCATGGACGAAAGATGAGGATGTCCTATTAGCAGAAACCGTTCTACGTTATATAAAAGAAGGAAAGACCCAGTTGGAAGCATTTAGAGAAGTAGCTCATAGACTGTCTAGAACTCCTGCAGCCTGTGGATTTAGATGGAATGCAACGATTCGAAAACAATATCAAAATGAGGTTCAACGAGCAAAAGAGGAGCGTAAGAGTGAAAATATTAATTATAGCTGGCCTGTTCCAGAATCAGGAAGCCAAGATCCGCTTCAAACTGTCATTTCGCTATTAGAAAGAATTAAAGCTGGGAATGAACAAATTGCATCGGAGCATCTGAATGAACATGAATTACATCTAAAAAAACTACAGAAAGAAAACGAGGAATTAAAATATATTTTGCTTCGCTATGACAAGGCATGGCAAGAGATGGCTACCTTATTGAAATCTGTTGTTACTGAAAAGCCTAACCAAGAATGA	MNVTRQDAWTKDEDVLLAETVLRYIKEGKTQLEAFREVAHRLSRTPAACGFRWNATIRKQYQNEVQRAKEERKSENINYSWPVPESGSQDPLQTVISLLERIKAGNEQIASEHLNEHELHLKKLQKENEELKYILLRYDKAWQEMATLLKSVVTEKPNQE				NA	NA	NA	NA	NA
AK148_00683	174	rpmF		50S ribosomal protein L32	ATGGCAGTACCTAAAAGAAGAACTTCAAAAAAGGTGAAAAACCAACGTCGTACACATAAAAAATTACATGTGCCTGGCATGGTAGAATGTTCAAATTGTGGGGAGTTGACGAAACCGCACTACGTTTGTAAAGCATGTGGTCACTACGATGGTAAAGAAGTAGTCAGCCAATAA	MAVPKRRTSKKVKNQRRTHKKLHVPGMVECSNCGELTKPHYVCKACGHYDGKEVVSQ				NA	NA	NA	NA	NA
AK148_00684	531			hypothetical protein	ATGAAATTTGCGTTAGCTCAATTAAAGAAGAATGCTTATAAGGAACCTTTTACTTTTTCAGAAACGGAAGATGTTTCCGAATTGGAAGAGATGAACAACGATATTCGTCATATTGGCGAAGTAGAAGTTCAAGGAACGTGTTTTTTTCAAGGAGATAATATTATTTTTTCCTTACGTATTCATGGTGAAATGGTGCTTCCGTGTGCCCGAACGTTAGAAGATGTTCATTATCCGTTTGCTATCCAAACAGATGAAGTATTTACAACGTCGTTATATAGATCGGAAGCTGAAATCGAAGCTGAAATTCACCCAATTGATGGCGAGGTGCTTGATTTAACCCCGTTAATTAAGGAAAATATCTTGCTAGAGGTTCCGTATCGCGTATTTTCAGAGGAAGAAAACAGTCGACCTGATTATTTAACAGAAGGTAAAGGCTGGCAATTTACTTCTGAACAAAATAACGCAAAATCAATAGATGAGCGTTTTAGGAAATTGGAATCATTGTTTAATAAGGATGAGAAGAACGATTAA	MKFALAQLKKNAYKEPFTFSETEDVSELEEMNNDIRHIGEVEVQGTCFFQGDNIIFSLRIHGEMVLPCARTLEDVHYPFAIQTDEVFTTSLYRSEAEIEAEIHPIDGEVLDLTPLIKENILLEVPYRVFSEEENSRPDYLTEGKGWQFTSEQNNAKSIDERFRKLESLFNKDEKND				NA	NA	NA	NA	NA
AK148_00685	1203	tmcAL	COG1323	tRNA(Met) cytidine acetate ligase	ATGAACGCATGCGGATTAATTGTTGAGTACAATCCTTTCCATAATGGACATGTTTATCACGTACAACATGCAAAAAAACGAGCTAAAACAGATTGTATCATCGCTGTTATGAGTGGCTCGTTCTTACAACGTGGAGAGCCAGCAATGATAGATAAATTTCATCGAGCAAAAGCTGCTCTAAAAGAAGGCGTTGATATTGTAATTGAACTTCCTTACACTTTCGCCGTTCAAAGCAGTGAGTTGTTCGCGAAAGGAGCAGTTCTTGCACTACATGCGCTACAAGTTTCCAGTATTTGTTTTGGCAGTGAATCAGGAGACATTAACCATTTCAAAGAAAGTTACCAAAAGCTAACGAAAAATATGGATACATACCAAGTTGCACTTAAACAGAATTTGAATAGAGGGTTAGCTTTTCCTGAAGCAAGCAAAAACGCGTATGAAATAATTGGGCTTTCCTCTATGAATTTAACTCAACCAAACAATATACTAGGCTTTAGCTATTTGAAAACAATTTATGACTATCATTTACCTATTCAACCACTGACCATTCAACGAACGCAAAGTGGTTATCATGATAAAACCATTCATGGATCCATTGCAAGTGCTACGAGTATTCGAGAAGCGATACAAAAAGAAGATTCGATTACTGCATCTATTCGCAATGCCATCCCGCAAACAATGTATGAACAGTTAATTACTTATAAACGAACAGCTTCTACTTGGCATACATGGGAAGCATATTTCCCTTTGCTTCACTATCGTGCTTCAACGATGAGCGCTCAGGAACTTTCTTTGATCCAAGGTGTAGACGAGGGGTTAGAGTATCGCATTAAAAAAACCGCGAAACATGCCCATACATTTCAAGATTGGATGGAAAAGCTAAAAACAAAAAGGTATACATGGACACGTTTACAACGCATGTGTGTACATATCTTAACCAACACAAAAAAAAGTGACATAGAAGCGTTATATGAGTTAACTGCCATACCGTATGTACGTATTCTCGGTTTTACGAAACAAGGACAAAAATACTTGCATGAGCGAAAAAAGACCTTGGTAACGCCTATTATCCATCAAATGAGCCGAAACATGCATCCAATGCTACAAATGGAAGAAAAAGCAAGCAACGCCTATTATAGTATTTTGCCCATAGCGATAAAACAAAACTTGCTCAAGCAAGAGCGCTCCCCTCTATGTAGCTAA	MNACGLIVEYNPFHNGHVYHVQHAKKRAKTDCIIAVMSGSFLQRGEPAMIDKFHRAKAALKEGVDIVIELPYTFAVQSSELFAKGAVLALHALQVSSICFGSESGDINHFKESYQKLTKNMDTYQVALKQNLNRGLAFPEASKNAYEIIGLSSMNLTQPNNILGFSYLKTIYDYHLPIQPLTIQRTQSGYHDKTIHGSIASATSIREAIQKEDSITASIRNAIPQTMYEQLITYKRTASTWHTWEAYFPLLHYRASTMSAQELSLIQGVDEGLEYRIKKTAKHAHTFQDWMEKLKTKRYTWTRLQRMCVHILTNTKKSDIEALYELTAIPYVRILGFTKQGQKYLHERKKTLVTPIIHQMSRNMHPMLQMEEKASNAYYSILPIAIKQNLLKQERSPLCS				NA	NA	NA	NA	NA
AK148_00686	1011	ylbL	COG3480	putative protein YlbL	ATGAAAAAAAAGTATATTATACATATATTGTTGGTTGTCGTAGCAGTATATTTTTTAGCAATATTTCAATTACCGTATTATATTTACAAACCCGGCGGAGCTGATGCCCTCAACCCGATTGTTAAAGTTGAAGATGGTTTTGCTAGTGAAGGAGATATGCATTTAGTAACAGTTAGTGGTGCTAAAGCTACCCCTATGCAGTTTCTTTTGGCGAAAATATTACCTCATCATGATGTGCTACCGATTGATGAAGTATTTCCTGAAGGGATCACAGATGATGAATATATGCACGTACAGTTACAAATGATGGAAAATTCTCAAGAGGCTTCCACGGTAGTAGCCTACCAATCAGCGGATAAGGATATTTCCATTGATTTTAACGGGGTATATGTTGCAATGGTTGTAGAAAACATGCCGGCAGAAGGTAAATTAGAGTTGGGCGATCGGATTATAGGGATAGACGATAAGAAGGTGAACCAAGCTGATGATTTGCTCGATTATATTGAAACGAAGCAAGTTGGTGACAGTATAACTGTGAAATTTGTCCGGGAAGAAAAAACGATGACGGAATCAATTACTTTAGAAGCATTAAAAGATTTAGATAATAAACCTGGCATTGGCATTCAATTAGTAACAGATCGTGCTGTTTCTGTTGATCCAGAAGTGAAATTCTCTAGTGGCCAGATTGGTGGTCCTAGTGCCGGTTTAATGTTTGCATTGGAAATTTATGATCAATTGACAGAAGAGGACATTACACACGGTTATGAAATTGCAGGTACTGGAGAAATTGATTATGATGGCAATGTGTATCGCATTGGTGGCATTGATAAAAAAGTAGTTGCTGCAGATAGGGAAGGGGTAGATGTATTCTTTGCTCCTAACGAACAAGGAAAAGAAGGGTCCAATTATCAAATTGCTTTAGAAAAAGCAAAAGAAATTGAAACGGATATGGAAATTGTTCCAGTAGACACGTTTGCGGACGCGATTACTTATTTAGAAGGATTAAAATAG	MKKKYIIHILLVVVAVYFLAIFQLPYYIYKPGGADALNPIVKVEDGFASEGDMHLVTVSGAKATPMQFLLAKILPHHDVLPIDEVFPEGITDDEYMHVQLQMMENSQEASTVVAYQSADKDISIDFNGVYVAMVVENMPAEGKLELGDRIIGIDDKKVNQADDLLDYIETKQVGDSITVKFVREEKTMTESITLEALKDLDNKPGIGIQLVTDRAVSVDPEVKFSSGQIGGPSAGLMFALEIYDQLTEEDITHGYEIAGTGEIDYDGNVYRIGGIDKKVVAADREGVDVFFAPNEQGKEGSNYQIALEKAKEIETDMEIVPVDTFADAITYLEGLK				NA	NA	NA	NA	NA
AK148_00687	1209	ylbJ	COG3314	Sporulation integral membrane protein YlbJ	TTGACACAAATATTAAAAACAATCCTTTATTCTATGACCACTATATTTATTGCTATATCTTTAATAAGATTTCCAGATCAATCATTGGAAGCAAGTATTCGCGGATTAAATCTTTGGTGGGAGGTCGTGTTCCCTTCGCTACTTCCATTTTTCATCATCGCTGAACTGCTAATTAGTTTTGGTGTCGTTCAATTCATAGGTGTTTTATTCGAGCCCGTTATGCGCCCTTTGTTTAACGTACCTGGTACAGGCAGTTTCGGTTGGTTTATGGGCATGGCTAGCGGCTACCCGACAGGAGCCAAGATAGCTACTCGTTTAAGGGAAGAACAACAATTAACAAGAATTGAAGCCGAGAGATTAGTAGCTTTTACAAATGCGTCAAGTCCACTATTTATTTTCGCTGCTATTTCTGTAGGTTTTTTTCAAAATGCTTCTTTAGGCATTTTACTTGCAGTATGCCATTATTTGGGTAATACATTTGTCGGAATTTGCATGCGTTTTTATGGAAAAAGGAAGGACCGGTCTCAACAAGAAAGGATAGATGAAACGCCCAACTATTCTATACGTAAAGCTTTTTCCGCTATGCATCGTACAAGATTGGAAGATAAGCGTCCATTGGGAGAAGTTCTAGGTGATGCAGTGGTTCATTCTGTAAAAACGTTAGTAATGGTTGGTGGATTCATTGTATTATTCTCTGTATTGACGAAATTACTTTTTTTAACAGGCATTTCTGCTTTTATCGGTCAGTTTTTAGGAGATTTATTAACTTTCTTTTCTATATCAAGCGATTTTGGTTTACCTATACTTTCCGGTCTGTTTGAAATTACCATCGGTGTTCAGAGTATCTCGGTTGTTCAAGATACATTATTTTTACAAGCAGTTTTTGTCAGTTTTATACTTGGCTTTAATGGATTTTCTGTCCAAGCTCAAGTAGCGAGCATTCTTGCTAAAACAGATATCCGATTTGCCCCATATTTTTTTGCCCGTATTCTTCACGGTCTATTTGCAAGCATATTAACGATTCTTCTGTATAAACCTTTATATATTGACCGAAAAGTTTTTGATATGCACGTAGTACCTGTACATCTTGATGTGCCTGAGAATACATGGAGTGTAATTTTGGAAAAATTAGTAGCCATTGGGCCGTTAGTAACAATCGTTTTTATTGGATTTTCGCTGTTCCTCTTATATAATCGAAGACAAAACTGA	MTQILKTILYSMTTIFIAISLIRFPDQSLEASIRGLNLWWEVVFPSLLPFFIIAELLISFGVVQFIGVLFEPVMRPLFNVPGTGSFGWFMGMASGYPTGAKIATRLREEQQLTRIEAERLVAFTNASSPLFIFAAISVGFFQNASLGILLAVCHYLGNTFVGICMRFYGKRKDRSQQERIDETPNYSIRKAFSAMHRTRLEDKRPLGEVLGDAVVHSVKTLVMVGGFIVLFSVLTKLLFLTGISAFIGQFLGDLLTFFSISSDFGLPILSGLFEITIGVQSISVVQDTLFLQAVFVSFILGFNGFSVQAQVASILAKTDIRFAPYFFARILHGLFASILTILLYKPLYIDRKVFDMHVVPVHLDVPENTWSVILEKLVAIGPLVTIVFIGFSLFLLYNRRQN				NA	NA	NA	NA	NA
AK148_00688	480	coaD	COG0669	Phosphopantetheine adenylyltransferase	TTGACTAGATTGGCGATTTGTCCGGGAAGTTTTGATCCCGTAACCTATGGACATCTAGATATTATTCAGCGTGGCGCTAAAATTTTTGATCATGTTATCGTCACTGTATTTAATAATCAATCAAAAGACCCATTATTTACGGTGAAAGAAAGAATAGAACTGTTGAAAGCTTGTACAAGCGATTTACCCAATGTAACTGTAGATTCATCTAGTAGTTTACTTATGGATTATGCAAAATCCAAAAATGCTCAAGCTGTTATTCGTGGCTTGCGTGCTGTTAGTGATTTTGAATATGAAATGCAAATTACGTCAATGAATAGGCAGCTGTATGCAGACATAGAAACTTTTTTTATGATGACGAATAATCAGTATTCTTTTCTAAGCTCCAGTATAGTTAAAGAAGTTGCTAAATACCGTGCAAATGTTAGTGATATGGTTCCTAACGTTGTTGAGGAAGCTTTAGCTCGTAAATTTAAATAA	MTRLAICPGSFDPVTYGHLDIIQRGAKIFDHVIVTVFNNQSKDPLFTVKERIELLKACTSDLPNVTVDSSSSLLMDYAKSKNAQAVIRGLRAVSDFEYEMQITSMNRQLYADIETFFMMTNNQYSFLSSSIVKEVAKYRANVSDMVPNVVEEALARKFK	PGPT0008825_3609	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
AK148_00689	555	rsmD	COG0742	Ribosomal RNA small subunit methyltransferase D	ATGCGAATAATTGCTGGAGAGCATAAAGGAAGGCAATTAAAGGCAGTTCCAGGCCGTATGACTCGTCCAACAACCGATAAAGTGAAGGAAGCCGTTTTTCAAATTATGGGTCCCTTTTTTGATGGTGGTAATGCACTAGACTTATTTGCTGGAAGTGGCGGTTTAGGAATAGAAGCATTGAGTAGAGGGATAGATCGAACGATTTTTGTGGATAAATCACCACAAGCGATACATATCATAAATGAAAATCTACAGAAATTGGATCTCGTTAGTCGATCTGAAGTGTTTCGTGCGGATGCATTTCGAGCTTTACATGCAGCTGCTAAGCGTCAGTTGTCTTTCCAGTTAGTCCTATTAGATCCTCCTTATGGGAAGGTAAAGCTTGAAGAATTGTTACAAAAAATGTTGGACTTGAACTTGATAACTACGAATACATGGGTATATTGTGAGCATGATCTATCCGAGCAATTACCTGTTGCACATCCTCGTCTTGCCATTGTCAAACAAGCGAGTTATGGAGGTACGATTTGTACGACCATCTACAAAGTTAAATAG	MRIIAGEHKGRQLKAVPGRMTRPTTDKVKEAVFQIMGPFFDGGNALDLFAGSGGLGIEALSRGIDRTIFVDKSPQAIHIINENLQKLDLVSRSEVFRADAFRALHAAAKRQLSFQLVLLDPPYGKVKLEELLQKMLDLNLITTNTWVYCEHDLSEQLPVAHPRLAIVKQASYGGTICTTIYKVK				NA	NA	NA	NA	NA
AK148_00691	276			hypothetical protein	TTGCGGGCAGAACGTCAAGGCTTAATCGTCTGGTTCCAGCATATGAAGAACTTAAAGCAAATTAAGCGATATGGACATTTGCTGTATAGTTCTAAAAAAATGAAATATGCGGTTATATATGTAAATCAACAAGAAGTAGAAAAAGTGGAAAAAAAACTACTGAAGCTAGCATTTGTTTCTAAGGTGGACAGGTCATATAAGCCGTTTGTAGAAACAAACTTTGAAAATGCTAAACCAGATAAAGCAAAACAATACGATTATAAAATGGGGATTTAA	MRAERQGLIVWFQHMKNLKQIKRYGHLLYSSKKMKYAVIYVNQQEVEKVEKKLLKLAFVSKVDRSYKPFVETNFENAKPDKAKQYDYKMGI				NA	NA	NA	NA	NA
AK148_00692	438			hypothetical protein	ATGATAGCAACAATGGACTACGTAGCATTCCTAGATCAATCAGAAGAACTAACTAAAATGATCTTAGGTTCTGATGTTATGGAAGCTTATCATCATGCTCAGAAGGAACTACAAGCAGATGCAGAGGCCCAAAAGCTCATTCAAGCTTTTTCCTCGATAAAAGAGCATTATGAAGATATACAGCGGTTTGGCAGATATCATCCAGATTACAATTCTATTATGAAGGAAGTGCGTAGAGTAAAGCGTGAAATGGATATGAATGACAAAGTCGCTTCCTTTAAAATTGCTGAGCGCAATTTGCAAAAACTATTAGATGATGTCAGTCAATATATAGCATATAGTGTAAGTGAACAAATTAAAGTGCCTAAAGATGGAGCGGCTCTAAGTGATAGCGGCTGTGGTTGCGGTAGTGGTGGCAGCTGTGGTTGCGCTTCTTAA	MIATMDYVAFLDQSEELTKMILGSDVMEAYHHAQKELQADAEAQKLIQAFSSIKEHYEDIQRFGRYHPDYNSIMKEVRRVKREMDMNDKVASFKIAERNLQKLLDDVSQYIAYSVSEQIKVPKDGAALSDSGCGCGSGGSCGCAS				NA	NA	NA	NA	NA
AK148_00693	234			hypothetical protein	ATGGATCCGTTATGTTATGACTATTTAAAACAGCAACCTGAACTTTTACAATTTGTCCGTATGAATCCAGTTTGGTATCGTTATTTGTCCCGCGACCCTTCTCTGTTACCAGAAGTGAAAAAAGAAGCAAAAAGATTCTATGGGAAAACATTTCCTCAACAAGTAGAAAAGGTGAATCAGCATATGCAAATGGTTAGTATGTTAATGCAGTTCGCTGGAGCAATGAAAGACTAA	MDPLCYDYLKQQPELLQFVRMNPVWYRYLSRDPSLLPEVKKEAKRFYGKTFPQQVEKVNQHMQMVSMLMQFAGAMKD				NA	NA	NA	NA	NA
AK148_00694	405			hypothetical protein	ATGAGTGATCAAGATTTACACCCTTCTGTAAGTGAATTTAAGCAATTTATTAATAAACACCCTCAATTGATCAAAGAAGTCCGTAAAAGCGGAAAACCGTGGCAAGACATATACGAAAAATGGGTATTACTTGGTGAGAATGACCCTTATTGGGATAGATTTAAACAAGCAGATGGAGATAATAATGAAAGTAAATCAAAAGATAATCAGTCGAATGAAAATAATAAAGAACTATTTAGTCAACTATTAAAGATGACAGAATCAATGGATTTAGAAAAGGTGCAACGTCAAATGGAGCAATTTAGTTCTTCTATATCTACTATTCAAGAAATAATTTCGCAATTTAAGCAGACAAAGGACACGAAACAACCAACCAATGAACGGATGGGGTGGTTTCGTGATTAA	MSDQDLHPSVSEFKQFINKHPQLIKEVRKSGKPWQDIYEKWVLLGENDPYWDRFKQADGDNNESKSKDNQSNENNKELFSQLLKMTESMDLEKVQRQMEQFSSSISTIQEIISQFKQTKDTKQPTNERMGWFRD				NA	NA	NA	NA	NA
AK148_00695	1068			hypothetical protein	ATGCGATTTATACGAAACCTCTTACTTTTAGCAGTAGTCGCTGTTGTCGGTTTTTATTTGTTGGAAAGTAGTGAAACATCGCCCAAAGAAACGATGCAAATAATTAGTGATACAGTAAAAGAAAAACAGCAAATGATTAAAACAAAAGACGTACCAGAAGATAGACCCGATATTGCTTTAGAAGGTGATATATTTAAATGGTATGGCAAATCAAGTGAGCAATTAAAAGATGAATTAGGCGAGCCAGTTAGAAAAGATTTAAGTGCTTATGGTTACACGTGGTGGGTTTATACAAATGATAAGGACCAATATATTCAATTCGGGTTGATGGATGGAACGATTCAGACTATTTATGCGACTGGCAAAGGAACAAATATCAAACCTGTTGCCATTGGAGAAAGTTATGAAAAGGTGCAAAAGCATTTTCCATTTAAAGAAGAAGTAAATTATCGGGACGGACTTGCTTCTTACACATTTAAGCTAAGCGCTGACGATAGAAAAACGCGGCCATTAGTAAAAATTTCTGATTCTATTTTCATGCAACTTTATTTTGATACTTTTCAACAACAATTATCTTCTATCCGAATTGTTGACATTGATGCTCTTTTAAAGCATCAACCTTATGAATTGCAATATAGAGGTAAACTCCCAGAAAAGCCGAGTTTGTCTGATGAGGAATGGGAAAAAGTAGAAGCCGGTATGGAACAACAAGTGCTAGATATTACCAATATTATGCGACAACAACGGAATAAAGATAAGTTACAGTGGGAAAAATCAGTTGGAGAAGTTGCCTATTTTCACAGCAAAGATATGGCTGTTAATAAATATTTTTCTCATTCCAGTCAAGATGGAAGAGGGTTAAAAGAACGTTTAGAGGAAGGAGAAGTATCCTTTGTTGCAGCAGGTGAAAATATTGCAGCGCAATACCCAGATGCTGCTGCTGCAATGGAAGGTTGGTTGAATAGTAAAGGTCATAGAGAAGCTTTGTTAAGTGATAAATATACACACTTAGGTGTTGGTGTATACCGATTATATTATACGCAAAATTTTTTAGCTAAACCTTTTTAG	MRFIRNLLLLAVVAVVGFYLLESSETSPKETMQIISDTVKEKQQMIKTKDVPEDRPDIALEGDIFKWYGKSSEQLKDELGEPVRKDLSAYGYTWWVYTNDKDQYIQFGLMDGTIQTIYATGKGTNIKPVAIGESYEKVQKHFPFKEEVNYRDGLASYTFKLSADDRKTRPLVKISDSIFMQLYFDTFQQQLSSIRIVDIDALLKHQPYELQYRGKLPEKPSLSDEEWEKVEAGMEQQVLDITNIMRQQRNKDKLQWEKSVGEVAYFHSKDMAVNKYFSHSSQDGRGLKERLEEGEVSFVAAGENIAAQYPDAAAAMEGWLNSKGHREALLSDKYTHLGVGVYRLYYTQNFLAKPF				NA	NA	NA	NA	NA
AK148_00696	366			hypothetical protein	ATGAAATTAGAAAATACTGGATTAGAAGAAGAAATTATTGATTTAAAACCGCTTGATCATGTAACAGCAAAACATGCTTTTATCCGGGCAGGGCAATGGGATTATGAGCGCGTTACGTATGATTATCGGATCGACTCTGACGAGAAAGGCATTACATACTATATCCGAATCCAAGGCTATGCGGTAGAAGGCGATGTCGATCGTGGTGATGCAGTCATTCAAATGTTGACGCCGTTATTAGGTAAACATTATTATCCGCATGGGGTTGAGTATGGGGAAGAAGAGAATTTCCCAAGTGATATAGTAGAACGAGCAAAAAGCCATATTAGTCAACTAAAAACAGAGATAAACCAATTAAAACAATAA	MKLENTGLEEEIIDLKPLDHVTAKHAFIRAGQWDYERVTYDYRIDSDEKGITYYIRIQGYAVEGDVDRGDAVIQMLTPLLGKHYYPHGVEYGEEENFPSDIVERAKSHISQLKTEINQLKQ				NA	NA	NA	NA	NA
AK148_00697	1059			Sodium-lithium/proton antiporter	TTGTTTCGCAATATAACTAAACGTCATTGGTCACTAATTTTTTTAACTATTTTATTAATCTTATTTTTCATTTTTGTTTTACCGATATCCATTCCTTTGATTGTGGCTTTTGTAACAGCACTTATTTTAAACCCAATAATAAGATTAGTGCAAAAAAAATTAAAGGTCAATCGGAAATTATCCGTAACCATTGTTTTTTTATTGTTTTTAATCGTTCTTGGAGTAGTAGGAACGTTTACTATTACACGAGCGGTTACCCAAGTTGTTAATTTTGTAGAAGAAGTGCCACAACATTTTAATGAGTTAAATAGGATTTATCAGGATTGGGAAGGGCAAGTTCAACGTTACACAGATGACCTCCCAAATGAATTTGTAAGACAAGTATCTTCAAGTATTGAAGCAAATTTGAATACGTTAACGACCAATGCAAAAGAAACGATTACTATTGAACGAATTGCGCAACTCGTTTCCTCCATTCCGCAGTATTTAATTAGCTTTATCGTATATTTAATTGCTTTGTTTCTTTTCATGCTGGAGTTGCCTATCCTTAAAGCAAAGATGTACCACATGATGACAAAGGAAACAGCAGAAAAAGTATCGTTTATGAATCAACGAGTGACAAACGTGTTTTTAGGTTTCTTTAAAGCGCAGTTCCTAGTTAGCTTAATCATTTTAGCTGTAACTTTAATTGGTCTTTTGTTTATTGCTCCCGAAGTTGCCATTATTATGACATTAATTATTTGGATTGTGGATTTAATCCCCATCATCGGCTCCATTGCTATCCTCGGGCCATGGGCGTTATTTATGTTTATGGCGGGAGATACAACCCTTGGGATACAATTGTCTATATTAGCCATTATTTTACTGGCCATTCGTAGAACCGTTGAACCAAAAGTAATGGGGCAGCATATAGGACTTTCTCCATTGGCCACGTTAATCTCTATGTTTATCGGCTTAAAATTGTTAGGATTACTAGGATTTATACTTGGCCCACTGATCGTAATTACCTTCAATTCGGCTAAAGAAGCTGGGATTATTAAGTGGAATATAAAAATCTAA	MFRNITKRHWSLIFLTILLILFFIFVLPISIPLIVAFVTALILNPIIRLVQKKLKVNRKLSVTIVFLLFLIVLGVVGTFTITRAVTQVVNFVEEVPQHFNELNRIYQDWEGQVQRYTDDLPNEFVRQVSSSIEANLNTLTTNAKETITIERIAQLVSSIPQYLISFIVYLIALFLFMLELPILKAKMYHMMTKETAEKVSFMNQRVTNVFLGFFKAQFLVSLIILAVTLIGLLFIAPEVAIIMTLIIWIVDLIPIIGSIAILGPWALFMFMAGDTTLGIQLSILAIILLAIRRTVEPKVMGQHIGLSPLATLISMFIGLKLLGLLGFILGPLIVITFNSAKEAGIIKWNIKI				NA	NA	NA	NA	NA
AK148_00698	456			hypothetical protein	ATGCCAATTTTACCAACAATAAGTACTTTTTTTATTGTTATAAGCGCTGTTTTTGTAGCTATTGGCTGGCGTTTCATAGTAAAAGGAGAAGCAGTAAAACATAAAAAAGCTATGATAACAGCTGCAGTTAGTGCTATTATATTCTTTATTATTTACATGTCCAGAACAATATTTATCGGGAATACGAGTTTTGGAGGACCAGAAGATTTAGAAATATATTATACAATCTTCTTAATATTTCACATTACTTTGGCAACAACAGGTGCTTTGTTTGGTATAGTAACCCTAATATTAGCGTTTAAGCGCAATATTCGTGTACATAGAAAAATTGGGCCAATTACTAGTGTTATTTGGTTTTTTACGGCTATTACAGGAGTAGCAGTATATTTATTGTTGTACATTTTATATGATGGTGGGGAAACAACGAGTTTAATTAAAGCTATCTTAGGAACATAA	MPILPTISTFFIVISAVFVAIGWRFIVKGEAVKHKKAMITAAVSAIIFFIIYMSRTIFIGNTSFGGPEDLEIYYTIFLIFHITLATTGALFGIVTLILAFKRNIRVHRKIGPITSVIWFFTAITGVAVYLLLYILYDGGETTSLIKAILGT	PGPT0024520_764	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	OTHER_INTEGRAL_MEMBRANE_REMODELLING__PROTEINS,PGPT0024520-yozB_-K08976	NA	NA
AK148_00699	906			hypothetical protein	ATGTGGCTAGAATTACAAATTTTTGGCTTCCGAGCTTTATGGAGTCCTTATTTTCTATTGTTCGTAATTGCGTTAGGAATGGTTTACTTTCTAATAACTGGACCATACCGACATAAATTCGGTGGTGATGAAAAACCATCTAAACTGCAGCAAGGTATGTTTTTGCTTGCGCTCGTATTGTTGTATGCAGTGAAAGGTGCTCCAACAGATTTATTGTCACATATAATGTTAACGGCACATATGATCCAAATGGCTGTATATTACTTAATTTTCCCTATTTTAGTCATTAAAAGTATTCCAGTGTGGATTTGGAAAAAAGTGATTCATGCGCCATTCATACAACCAGCATTTAGCTTGTTGACGAAACCATTGATATCGTTACTTTTATTTAATGGGTTATTTTCGCTGTACCATATTCCTGCTGTTTTTGACTTTGCCAAATCTACACAAATTGCACATACATCCATTTCTTTAATTATTTTAGTAGCTGCTTTTATCGTCTGGTGGCCAATTTTGTCTCCGATAAAAGAAATGGATTCAATGAGACCAGTTTTAAAGATTGGCTATATTTTTGCGAATGGGGTTTTAATAACGCCGGCATGTGTTCTAATTATATTTGCAGATGTTCCGTTGTTTTCAGCGTACAGTCAAAATGGAGCCTGGTTACAAGCACTTGCCTTATGTGTACCTGGAGACGTACTAGATGGGTTAGCTGTACAAATTAGTGGACCTGAAATGTTTTCGCCAATGAGTACGTTGGAGGATCAGCAGCTTGGTGGAATTATTATGAAAATTATGCAAGAAATCACTTATGGAGTTATCTTGGCAAGAGTATTCTTTAAATGGTTTACAGATGAAAGTTTAAAGGTTGATCCTATGCCAGCTGATGTACAACATTCTCAATAA	MWLELQIFGFRALWSPYFLLFVIALGMVYFLITGPYRHKFGGDEKPSKLQQGMFLLALVLLYAVKGAPTDLLSHIMLTAHMIQMAVYYLIFPILVIKSIPVWIWKKVIHAPFIQPAFSLLTKPLISLLLFNGLFSLYHIPAVFDFAKSTQIAHTSISLIILVAAFIVWWPILSPIKEMDSMRPVLKIGYIFANGVLITPACVLIIFADVPLFSAYSQNGAWLQALALCVPGDVLDGLAVQISGPEMFSPMSTLEDQQLGGIIMKIMQEITYGVILARVFFKWFTDESLKVDPMPADVQHSQ				NA	NA	NA	NA	NA
AK148_00700	315	caaD		Cytochrome c oxidase subunit 4B	ATGACAGATAACACCAATACCAATTCATTTCAGAAACAAAAAAATAAGGAAGAAATGAAAAAGCAACTGATTACATTTGCATTAATGATTGGTTTTACGATTGTTGCTTTCTCTATTGTAGCAACAGAAGCTATGGATAAGATGTTTGCAGTTCCGTTACTACTAATCTTAGCGCTCGTTCAAGTTGGGTTCCAATTTTATTATTTTATGCATATGAAAGATAGAGGCCATGAGTTTCCAGCTATGATGATTTATGGCGGGGTATTCGCTGCACTATTAACGATAGCTGCTTTAGTAGCTATTGTATGGTGGTGA	MTDNTNTNSFQKQKNKEEMKKQLITFALMIGFTIVAFSIVATEAMDKMFAVPLLLILALVQVGFQFYYFMHMKDRGHEFPAMMIYGGVFAALLTIAALVAIVWW	PGPT0004040_758	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004040-coxD|ctaF-K02277	NA	NA
AK148_00701	624	ctaE_1		Cytochrome c oxidase subunit 3	ATGAGTCACGATCATTCCTTAAACCCTGAAACGATGCCACAAGAACCAGAAAAAGCAACGTTAGAAGGGAAAAATAAATTTTTAGGCTTATGGTTTTTTCTAGGTGGAGAAACTGTATTGTTTGCAAGTTTGTTTGGAACATATCTTGCTCTTCGTAACTCGACAGCTGGCGGTCCAAGTGGTCAGGATATATTTGGTTTAGAGCTTGTTTTTCTTATGACAATGTTATTATTGACTAGTTCATTGACTAGTGTTTATGCAATGTATCATATGAAAAATAATGACTTTAAAAAAATGCATCTATGGCTTGGAATTACAGCCTTTTTAGGGATTGGATTTCTAGCATGCGAAATTTATGAGTTTTACCACTATATTACAGACTTTGGTTTTACATTTAGGTCATCGGCATTTGGCTCAGCATTCTATACACTTGTTGGTTTTCACGGAGGTCACGTTGTCTTTGGACTCAGCTGGCTTATCGCATTAATGGTGCGAAATGCAAAACGTGGACTAAATTTGTATAACGCTCCTAAATATTACACATTTAGCCTTTACTGGCATTTCATTGATGTTGTATGGGTATTTATCTTTACGGTTGTATACTTGATGGGAAAGGTGGGCTAA	MSHDHSLNPETMPQEPEKATLEGKNKFLGLWFFLGGETVLFASLFGTYLALRNSTAGGPSGQDIFGLELVFLMTMLLLTSSLTSVYAMYHMKNNDFKKMHLWLGITAFLGIGFLACEIYEFYHYITDFGFTFRSSAFGSAFYTLVGFHGGHVVFGLSWLIALMVRNAKRGLNLYNAPKYYTFSLYWHFIDVVWVFIFTVVYLMGKVG	PGPT0004035_2571	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004035-coxC|ctaE-K02276	NA	NA
AK148_00702	1854	ctaD		Cytochrome c oxidase subunit 1	TTGAGTATTGCAGCTGCTCAAAAAAAGGGCTTCGGAGCTTTTTTATGGGATTATTTGACAACTGTTGACCATAAAAAAATAGCTCATTTATATTTGATTGGCGGAGGGTTTTTCTTTATCCTCGGTGGGCTCGAAGCGATGTTTATTCGTATACAATTAATTGCGCCTGAAAATGATTTTATTAGTGCAGGCTTATACAATGAAATGTTTACTATGCATGGAACGACGATGATCTTTCTTGCAGCTATGCCTTTGTTACTAGGATTAATGAACGCTGTCATGCCATTGCAGATTGGTGCACGCGATGTGGCGTTCCCGTTTTTAAACTCATTAGGATTTTGGTTATTTATGTTTGGAGGCATTCTATTAAACTGTAGTTGGTTTTTAGGTGGAGCACCAGATTCAGGTTGGACTGCTTATACACCGTTATCTGTGGAATCTCCAACACATGGTATTGACTTTTATGTCCTAGGCTTACAAATTTCTGGTGCGGGTACACTAATTGGGGGAATTAATTTTCTTGTAACCATTGTGACGATGCGTGCTCCAGGGATGACATATATGCGCATGCCATTATTTTCATGGACTACTTTTGTCACTAGTACATTAATTTTATTCGCGTTCCCAGCATTAACAGTAGGTCTATTCTTACTGATGTTTGACCGCATGTTTGGATCGGCGTTTTTCAATGTCGCTTTAGGTGGTAACTCTGTAATTTGGCAACATTTATTTTGGATCTTCGGGCATCCAGAGGTATATATTTTAATACTGCCAGCTTTTGGAGTGTTCAGCGAAGTTATTCCAACTTTCTCCAAAAAGCGTCTATTTGGTTATACAGCTATGGTCTTTGCAACCATTCTAATTGCCTTTTTAGGCTTTATGGTTTGGGCACACCATATGTTTACAGTAGGTTTAGGGCCGGTAGCGAACGCTATTTTTGCGATTGCCACGATGGCGATTGCTGTGCCAACAGGAATAAAAATCTTTAACTGGCTAGCGACGATGTGGGGTGGAAGCATAACGATTAATTCAGCTATGCTTTGGGCATTAGGGTTTATTCCGTCATTTACAATTGGTGGTATGACTGGGGTTATGCTTGCATCAGCTGTAGCTGACTACCAATACCATGATTCTTACTTCGTTGTAGCTCATTTCCACTATGTTATCGTTGGTGGAGTAGTTTTTGGTATTTTTGCTGGTCTACATTATTGGTGGCCGAAAATGTTTGGTAGAATTTTAAATGAAAAATTAGGGAAAATAGGTTTCTGGTTATTCTTCATTGGATTCCACTTAACGTTCTTTATTCAGCATTTCTTAGGGCTTATGGGGATGCCAAGACGTTATTGGGTGTTCTTAGAAGACCAAGGTCTAGATACGGGTAACTTTATTAGTACGATTGGTACGTTCTTAATGGCTATTGCTGCAACTATATTTTTAATTAATATTATCTACACAGCAGTAAAAGGAGAAAAGCCTGCTGGAGACCCTTATGATGGTCGTACTCTAGAATGGGCAATACCATCACCGCCTCCATACTATAACTTTAAACAACTACCACTTGTTCGTGGTCTGGATCCGTTATGGATTGAAAAAATGGATGGTAAAGGGAAAATGACTCCTGCTGAGCCACTAGGGGATGTTCATATGCCAAATGGGTCGATATTACCTTTTGCCATGTCTCTTGGGTTCTTTGTTGCTGGATTCGGCTTTATTTATCAGACCGATCACCAAGCTTGGAATTTAGCCATATTTGTTGGGATGGGAATTGCGTTAGGATCTATGCTGATTCGTTCATTAAAAGATGATCACGGCTATCATATCAGCAAAGAAGAACTAGAAAGGGAGGCGGACTAA	MSIAAAQKKGFGAFLWDYLTTVDHKKIAHLYLIGGGFFFILGGLEAMFIRIQLIAPENDFISAGLYNEMFTMHGTTMIFLAAMPLLLGLMNAVMPLQIGARDVAFPFLNSLGFWLFMFGGILLNCSWFLGGAPDSGWTAYTPLSVESPTHGIDFYVLGLQISGAGTLIGGINFLVTIVTMRAPGMTYMRMPLFSWTTFVTSTLILFAFPALTVGLFLLMFDRMFGSAFFNVALGGNSVIWQHLFWIFGHPEVYILILPAFGVFSEVIPTFSKKRLFGYTAMVFATILIAFLGFMVWAHHMFTVGLGPVANAIFAIATMAIAVPTGIKIFNWLATMWGGSITINSAMLWALGFIPSFTIGGMTGVMLASAVADYQYHDSYFVVAHFHYVIVGGVVFGIFAGLHYWWPKMFGRILNEKLGKIGFWLFFIGFHLTFFIQHFLGLMGMPRRYWVFLEDQGLDTGNFISTIGTFLMAIAATIFLINIIYTAVKGEKPAGDPYDGRTLEWAIPSPPPYYNFKQLPLVRGLDPLWIEKMDGKGKMTPAEPLGDVHMPNGSILPFAMSLGFFVAGFGFIYQTDHQAWNLAIFVGMGIALGSMLIRSLKDDHGYHISKEELEREAD	PGPT0004025_399	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004025-foxA|coxA|ctaD-K02274	NA	NA
AK148_00703	1053	ctaC_1	COG1622	Cytochrome c oxidase subunit 2	ATGAAAGGTTGGATGGGAAAATTTAAATTTGTATTCCTCTTAAGTTTTCTAGCCATCATCCTTGCGGGATGTGGAAAGGAAAACTTAACGGCTCTTGTACCAAAGGGGTATGGTGCAGAGTCTTCCATGAATTTAATTGTTCTTTCAACAGTAATTATGACTTTTGTATTTATTGTTGTTCTTTCTGTTTATTTGATAGCGATTGTTCGCTTTCGCAAAAAGAAAGGGCAGGAGAATTACATTCCAAAGCAGGTGGAAGGTAGTAAAAAACTAGAAACTATTTGGACAGTGATTCCAATTATTTTAGTTTTGATCCTTGCAGTACCGACTGTTGCTGCTACTTTTGATTTGGCTGATGAGTCTGGTAAAAGTGATCACATTAATGTTGACGTTACTGGTAATCAATATTGGTGGCATTTTAGCTATGCAGATGAAGAAGTGCAAACAAGTCAGGATTTATACATTCCTACTGGAGAAAAAGTATACTTAAACATGAAATCCTCAGATGTTATTCACTCTTTATGGGTGCCAAGTATTTCAGGGAAAATGGATGTGAATCCTGAAAACGAAAACACAATGTATATTGAAGCAAATGAAGAAGGGGTTTATTGGGGCAAATGTGCAGAGCTATGTGGCCCATCACATTCACTTATGGACTTTAAGGTTATAGCTGTGAGTCCAGAAGAATATGAACAATGGGTAGCCGATATGCAAAGTGTAGATCCCGAAGAAAAACCACAAGATGCGGTTGCTCAAGATGGAAAAGCAGCGATGGAAGCAAACAATTGCTTGAATTGTCATGCGATCGGTTCATCGCCAAATGCAGTGGGGCCAAACCTAACGAACTTTGGAGATCGGACAAAAATTGCTGGCTACCTTGAAACAAACAAGCAAAACCTTGTGGACTGGTTATTGGATCCAGAATCCATAAAACCAGGTAACTTAATGACTGGTAAATACCCTGAACTATCTGAAGAAGAAGCAGACAGCATTGCAGAATATTTGCTGCAATTAAAGCCATCTGAAATTACTCCAGAAAGTGCAGGTAACTAA	MKGWMGKFKFVFLLSFLAIILAGCGKENLTALVPKGYGAESSMNLIVLSTVIMTFVFIVVLSVYLIAIVRFRKKKGQENYIPKQVEGSKKLETIWTVIPIILVLILAVPTVAATFDLADESGKSDHINVDVTGNQYWWHFSYADEEVQTSQDLYIPTGEKVYLNMKSSDVIHSLWVPSISGKMDVNPENENTMYIEANEEGVYWGKCAELCGPSHSLMDFKVIAVSPEEYEQWVADMQSVDPEEKPQDAVAQDGKAAMEANNCLNCHAIGSSPNAVGPNLTNFGDRTKIAGYLETNKQNLVDWLLDPESIKPGNLMTGKYPELSEEEADSIAEYLLQLKPSEITPESAGN	PGPT0004030_1509	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004030-foxB|coxB|ctaC-K02275	NA	NA
AK148_00704	945	ctaB2_1	COG0109	Protoheme IX farnesyltransferase 2	ATGGATAAAGTAGAGGCAGCTACTTCACAGGTTATTACGAATACGTCTTCAACCGAAAAAAACAAGCCAGTTTCTACACTTGATGATATTAAATCACTAATAAAAATAGGAATTATTAACTCCAATTTAATTACAGTTTTCACTGGATTTTGGTTGGCAATTTATTATAGTGGATATACATTTACGGATTACATCGGCACGTTTATTATTACGATGTTAGGAAGTGCTTTGGTGATTGCCGGTGGATGTATGCTTAATAACTGGTATGACATTGATATTGATCCAGTTATGAAGCGAACGAAAACTCGACCAACTGTAACGGGTACAATCTCACTTCCGACGGTACTCGTACTAGGGTTAATTACATCTTTTGCTGGTCTTTTACTTTTACTATTTACAACCATAGAAGCAATGTTGTTTGCGTTTATAGGCTGGTTTTTCTATGTAGTGCTATATACGATGTGGTCAAAGAGAAAATATACACTTAATACGACAGTTGGTAGCTTTTCTGGTGCTGCGCCACCACTCATTGGTTGGGCTGCAGTAAACCCGAACTTTCATATCGTTCCGCTTATATTATTTTTAATTATGTTCATTTGGCAAACACCTCATTTTTTAGCATTAGCAATGCGAAAGAATGAAGAATATAAAGCGGCAAGAATACCTATGTTGCCCGCAGTCCATGGTTTTGAAATAACCAAGCGACAAATCACCATTTATATCGCATGTTTATTGCCGTTGCCATTTTATTTAACTTCTTTAGGCACAACATTTGTCATCTTGGCGACTTTGTTAAATGTTGGATGGCTAGGGCTTGGAATGAGTGGTTTCTTTATGAAAGATGATATTAAATGGGCGAATATTATTTTTATTTACTCTTTAAATTATTTAACCATCCTCTTTTTATTGATGGTTGTTGTAACGTGGAATTCGCCATTTAGTTAA	MDKVEAATSQVITNTSSTEKNKPVSTLDDIKSLIKIGIINSNLITVFTGFWLAIYYSGYTFTDYIGTFIITMLGSALVIAGGCMLNNWYDIDIDPVMKRTKTRPTVTGTISLPTVLVLGLITSFAGLLLLLFTTIEAMLFAFIGWFFYVVLYTMWSKRKYTLNTTVGSFSGAAPPLIGWAAVNPNFHIVPLILFLIMFIWQTPHFLALAMRKNEEYKAARIPMLPAVHGFEITKRQITIYIACLLPLPFYLTSLGTTFVILATLLNVGWLGLGMSGFFMKDDIKWANIIFIYSLNYLTILFLLMVVVTWNSPFS	PGPT0008520_1396	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
AK148_00705	954	ctaA		Heme A synthase	ATGATAAAAAGCTTAAAATGGTTATCTATTGTAGCGACACTTGGAATGACATTTGTGTTGCTTGGGGGTGCTCTTGTAACAAAAACCGGCTCAGAAGATGGCTGTGGAAATAGCTGGCCTTTATGTGAAGGGGAATGGTTGCCTTCTGAAATTACACCGGAATTAATTATTGAACTAAGCCATCGATTAGTTACTGGTGTAGTTGGATTTGCCGTTATAGGTTTGGCGATTTTAGCCTGGATTAAACTTGGTCATGTTCGCGAGGTTAAATTTCTTTCTATACTTTCCGTTTTATTTTTAATTTTACAAGCACTCATTGGAGCGGCAGCTGTGGTATGGGGACAATCTGATTTCGCCCTTGCTGCACACTTCGGAATTTCATTAATTTCTTTTGCTGCTGTATTTCTGTTAATGTTACTTATTTTTGAGGTAGATAAAAAATTTGATGCAAAGTCACTTTTAATAAAAAAAGCGCATCGATTGGAAATTTATGCTTTAACCATCTACACGATGCTCGTCGTTTATTCTGGAGCTCTCGTGCGCCACACTGACGCAAATTTAGTTTGTAAGAGTTGGCCTTTTTGTAACAACCAGGCTCCACTAGACTTTTCTAATTACGTTATACCGCAATGGATTCAAATGGGGCATAGGCTTGCTGCAGGGATTTTATTTTTATGGACGGTTATATTCGCTTTTCGCATGATACGTACCTACAAGAATAATAAGTTAATGTTTTGGGGGTGGTGGACGGTTATTAGTTTAATAACTTTACAGGTATTCTTTGGTGCTATGATTATATTTACACGATTGCACTTAGCTACCGCTTTAATGCATGCACTTATTATATCGCTATTTTTTGGTATGTTAACATATTTTATTTTACACGCGACACGTAGTGCTAAATATGCAAAACAAACAGACAACAATAAGTCAGAGACGCAAATTTCATCGTAA	MIKSLKWLSIVATLGMTFVLLGGALVTKTGSEDGCGNSWPLCEGEWLPSEITPELIIELSHRLVTGVVGFAVIGLAILAWIKLGHVREVKFLSILSVLFLILQALIGAAAVVWGQSDFALAAHFGISLISFAAVFLLMLLIFEVDKKFDAKSLLIKKAHRLEIYALTIYTMLVVYSGALVRHTDANLVCKSWPFCNNQAPLDFSNYVIPQWIQMGHRLAAGILFLWTVIFAFRMIRTYKNNKLMFWGWWTVISLITLQVFFGAMIIFTRLHLATALMHALIISLFFGMLTYFILHATRSAKYAKQTDNNKSETQISS	PGPT0008525_2754	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008525-ctaA-K02259	NA	NA
AK148_00706	3444	pycA		Pyruvate carboxylase	ATGGCACAACTTAAACAAATCAACAAAGTATTAGTTGCCAATCGAGGGGAAATTGCAATTCGTGTTTTTCGGGCATGTACCGAATTAAATATTCGTACTGTTGCAATCTATTCCAAAGAAGATTTAAGTTCCTATCACCGTTATAAAGCGGACGAGGCGTATTTAATTGGAGAAGGAAAGAAGCCAATTGATGCATATCTGGATATTGAAGGTATTATCCAGTTAGCTAAGCAAGTAGGAGTAGATGCCATTCATCCTGGCTATGGATTCTTATCTGAAAATATTAACTTTGCGAAGCGATGTGAAGAGGAAGGAATTATTTTCATTGGTCCAACAAGTAATCATTTAGATATGTTTGGAGACAAAGTAAAAGCTCGGTACCAAGCTACACAGGCAGGTTTACCTGTTATACCAGGAAGCGGTGGCCCGGTCAACTCTTTGGAAGAGGTGGAACAGTTTGCAAGGGATCATGGTTTCCCAATCATTATTAAAGCCACTTTAGGCGGTGGAGGACGAGGTATGCGTATCGTTCGAAGTAAGCAGGGACTTGCAGAGGCGTACGATCGTGCTAAGTCTGAGGCTAGGGCTGCATTTGGTAATGATGAAATTTACTTAGAAAAGCTCATTGAAAACCCAAAACATATTGAAGTTCAAATTATTGGAGATCACCATGAGAATATCATTCATTTGTATGAAAGAGACTGCTCTGTACAGCGAAGACATCAAAAGTTAGTCGAGGTTGCTCCAAGTATATCTTTGCCTGAAGAACTGCGTATGAAAATATGTGAAGCTGCGGTCAAACTAATGAAAAATGTTAATTATTTAAACGCTGGTACTGTAGAGTTTTTAGTGACTGAGAATGAGTTCTTCTTTATTGAAGTAAATCCAAGGGTTCAAGTAGAGCATACGATTACTGAAATGATTACTGGTGTTGACATTGTCCAGACGCAAATTAAAGTCGCTGAAGGAAGAAGTTTACATGATGATTCCATCGGTATACCGGAGCAGGATAAAATTGTTACTACAGGATATGCTATCCAATCGCGTGTAACAACAGAAGATCCGCTGAACAACTTCATGCCAGATACTGGAAGGATTATGGCTTACCGATCGGGTGGTGGGTTTGGTGTCCGATTAGATGCGGGGAACGGATTTCAAGGTTCTGTTATTTCACCGCACTATGATTCATTGTTAGTTAAAGTGTCTACTTGGGCGTTAAATTTTAATCAAGCTGCACAAAAAATGGTCAGAAACTTAAAAGAATTTCGTATACGTGGTATAAAAACAAACATCCCATTTTTACAAAATGTTATTTTACACAAAAATTTCTTAAATGGGGTCTATAATACGACATTTGTTGATAACACACCTGAATTATTTGTATTTCCAAAACGAAAAGATCGTGGAACGAAAATGCTAACATATATTGGAAATACGACGGTAAATGGGGTAGATAAAGATGGTAATAAAGATAAACCTGTTTTTGATGATTTAAAGCTTCCCAATGTTAATACATCTAGCCCAATAGCTTCAGGTACAAAGCAAATTTTAGATAAACATGGTCCTGATGAGTTAGCGAAGTGGTTAAAAGAACAAAAAGAGGTGTTGTTAACCGACACGACGTTTCGTGATGCACACCAATCTTTATTGGCGACGAGAGTTCGTACGAAGGATTTGCATCGTATTGCGGAACCTACCGCTAGATTGCTTCCAAATTTATTTTCGGTCGAAATGTGGGGAGGGGCCACATTTGATGTAGCTTACCGCTTTTTAAAAGAAGACCCATGGGATCGTTTGTTAAAGCTTCGTGCAAGTATGCCAAATGTATTGTTACAAATGCTCCTTCGTGCAAGTAATGCGGTAGGTTATAAGAATTACCCAGATAATGTAATTAAAGAATTTGTTGAGAAAAGTGCAACAGCCGGCATTGATGTGTTCCGAATTTTTGACAGTCTAAACTGGGTAGAAGGCATGCAATTAGCAATAGAAGAAGTACGTAACAATAATAAAATTGCAGAAGCTACTATGTGCTATACAGGCAATATTTTAGATACGGGACGAACAAAGTATGATATCAGTTATTATAAAAATTTAGCTAAAGATTTAAAAGCGTCAGGAGCGCATATCCTCGGTATTAAGGATATGGCAGGTTTATTAAAACCGGAAGCGGCATATCAATTGGTGTCTACTTTAAAAGAGACGGTTGACTTACCAATTCATCTGCATACGCATGACACCAGTGGAAACGGAATTTATTTATATGCCCGAGCTATCGATGCCGGAGTAGATGCTGTGGATGTTGCAGCCGGACCCATGGCTGGTCTAACTTCTCAACCAAGTGCACAGACTTTATACCACGCATTAGAAGGGCATGAACGCCAACCAAAAGTGGATGTAAATGCTTATGAAGAGCTTTCTTATTATTGGGAAGGTATACGTGAATACTACCGTGATTTTGAAAGTGGAATGAAGGCACCACATACTGAAATTTATATGCATGAAATGCCTGGAGGTCAGTATAGTAATTTGAAGCAACAAGCCAAAGCTGTAGGGCTTGAAGATCGTTGGAATGAAGTAAAAACAATGTTTCGACAAGTGAATGATATGTTTGGTGATATTGTTAAAGTTACCCCTTCGTCAAAAGTGATTGGTGATATGACTTTATTTATGGTGCAAAATAATTTGACAGAAGATGATATTTATGAACGTGGAGAAACGATTGACTTTCCGGATTCTGTAATAGAATTTGCACAAGGCTACATTGGACAGCCTTATGAGGGTTTCCCGCCAGAATTGCAACGAATCATTCTGAAAGGAAAGGACCCTATCAAAACACGTCCAGGTGAATTGCTAGAACCAGTTGACTTTACGCAACTAAAGGAAACGTTATTTAAGACCTTGGACCGACAAGTAACTAGCTTTGATTTAATATCTCACGCTCTTTACCCTAAAGTTTTTATGGAATATCATAAATTTCATGACAAATACGGCGATGTAAGTGTATTGGATACACCGACTTTCTTCTATGGGATGAGGCTTGGAGAAACGGTTGAAGTAGAAATTGAACAAGGGAAAACGTTAATTGTAAAACTTGTTTCTATTTCAGAACCTAGAGAAGATGGCACGCGTGTTGTATACTTTGAATTGAATGGGCAAACGAGAGAGATTGTTGTGAAAGATCAAAGCATTCAATCTGAAGTTGAGATGAGGCCAAAAGTAGATAAAACTAATGAAAAACATATTGGTGCTACAATGCCAGGGACAGTAATAAAAGTTCTTTGTCAATCGGGAGAGCGCGTTAATAAAGGAGACCATTTATTGATTAATGAAGCTATGAAAATGGAAACAACTGTCCAAGCTCCATTTACAGGAGTTATTAAGCAAGTGAATGTAAAAGATGGCGATAGTATTGCTGTAGATGATCTACTTATTGAATTAGAATAA	MAQLKQINKVLVANRGEIAIRVFRACTELNIRTVAIYSKEDLSSYHRYKADEAYLIGEGKKPIDAYLDIEGIIQLAKQVGVDAIHPGYGFLSENINFAKRCEEEGIIFIGPTSNHLDMFGDKVKARYQATQAGLPVIPGSGGPVNSLEEVEQFARDHGFPIIIKATLGGGGRGMRIVRSKQGLAEAYDRAKSEARAAFGNDEIYLEKLIENPKHIEVQIIGDHHENIIHLYERDCSVQRRHQKLVEVAPSISLPEELRMKICEAAVKLMKNVNYLNAGTVEFLVTENEFFFIEVNPRVQVEHTITEMITGVDIVQTQIKVAEGRSLHDDSIGIPEQDKIVTTGYAIQSRVTTEDPLNNFMPDTGRIMAYRSGGGFGVRLDAGNGFQGSVISPHYDSLLVKVSTWALNFNQAAQKMVRNLKEFRIRGIKTNIPFLQNVILHKNFLNGVYNTTFVDNTPELFVFPKRKDRGTKMLTYIGNTTVNGVDKDGNKDKPVFDDLKLPNVNTSSPIASGTKQILDKHGPDELAKWLKEQKEVLLTDTTFRDAHQSLLATRVRTKDLHRIAEPTARLLPNLFSVEMWGGATFDVAYRFLKEDPWDRLLKLRASMPNVLLQMLLRASNAVGYKNYPDNVIKEFVEKSATAGIDVFRIFDSLNWVEGMQLAIEEVRNNNKIAEATMCYTGNILDTGRTKYDISYYKNLAKDLKASGAHILGIKDMAGLLKPEAAYQLVSTLKETVDLPIHLHTHDTSGNGIYLYARAIDAGVDAVDVAAGPMAGLTSQPSAQTLYHALEGHERQPKVDVNAYEELSYYWEGIREYYRDFESGMKAPHTEIYMHEMPGGQYSNLKQQAKAVGLEDRWNEVKTMFRQVNDMFGDIVKVTPSSKVIGDMTLFMVQNNLTEDDIYERGETIDFPDSVIEFAQGYIGQPYEGFPPELQRIILKGKDPIKTRPGELLEPVDFTQLKETLFKTLDRQVTSFDLISHALYPKVFMEYHKFHDKYGDVSVLDTPTFFYGMRLGETVEVEIEQGKTLIVKLVSISEPREDGTRVVYFELNGQTREIVVKDQSIQSEVEMRPKVDKTNEKHIGATMPGTVIKVLCQSGERVNKGDHLLINEAMKMETTVQAPFTGVIKQVNVKDGDSIAVDDLLIELE	PGPT0001420_1053	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
AK148_00707	1191	ftsW_2	COG0772	putative peptidoglycan glycosyltransferase FtsW	ATGCTACAAAAATTAAAATTTTATGATTATACACTTATAATAACGCCCATTTTATTAGCAGCTTTTGGTTTAGTAATGGTTTATAGTGCAAGCATGGTTTTTGCTGTTGTTCAAGGGCATGCTGCTAATCATTATTTAACGCAACAATCTATCCGCTTTGGAATGGGGCTAATAGGGTTTATTTTATGCTCTGCTTTTCCATATCGCTACTATCAAAAACTAATCAAACCTATTATACTAGGTGTAATACTGTTATTGATTGGGGTGTTGCTATTTGGTTCAGAAGTGAACAATGCACAATCCTGGATATTGGGAATTCAACCGGCAGAATTTGCTAAACTTGCGATTGTTATGTACTTAGCTTCTGTGTATTCCAAAAAACAGGAATACATTCGTGAATTTAGTAAAGCTGTCTTACCACCGCTCATTATTACAGGAATTATTTTAGCACTTATCGTTTTACAGCCGGACATTGGAACAGCTTCCATTGTTTTCTTAATTGCATGTTCGGTTATTTTTAGTTCAGGTATCCGGTTTAAGCACTTATCCCTACTCCTGTTTATCGGTTTGATGTTTTTATTGATGACGTTACCGTATATGGCCACTGATGAGCGGCTCACCCGATTTACGGGTGCTTATCAGCCCTTTGAAACTCCTGCATCTCACGGCTATCAGTTAATCCAATCTTATGTGGCAATTGGAAACGGTGGACTAGCTGGTGAAGGATTAGGGCAAAGTGTACAAAAATTAGGGTATTTAACAGAAGCGCATACAGATTTTATTATGGCGGTAGTTGCTGAGGAGTTAGGTTTTATCGGTGTTGTTATTGTTATTGGTATGTTATCTATTATTGTACTTAGAGGTTTGTTTATCTCTAGAAAGGCGAAGGATAGCTTTGGCTCTTTATTAGCGATTGGCATCTCTTCCATGGTGGGAATACAAGCATTTATTAATTTAGGAGCCATTAGTGGCTTATTACCAATTACAGGAGTGCCATTACCATTTGTAAGTTATGGCGGTTCATCTCTTTTGGTGTTATTAATATCAATGGGGATTTTAAATAATATTGCTATGCATATTAAAAAAAGAGAATTAGAACCAGCAGGAGAAAATCAAAATACTCGTGACATATCACAAGCATATCGAGGAGGGAGAACATGGCACAACTTAAACAAATCAACAAAGTATTAG	MLQKLKFYDYTLIITPILLAAFGLVMVYSASMVFAVVQGHAANHYLTQQSIRFGMGLIGFILCSAFPYRYYQKLIKPIILGVILLLIGVLLFGSEVNNAQSWILGIQPAEFAKLAIVMYLASVYSKKQEYIREFSKAVLPPLIITGIILALIVLQPDIGTASIVFLIACSVIFSSGIRFKHLSLLLFIGLMFLLMTLPYMATDERLTRFTGAYQPFETPASHGYQLIQSYVAIGNGGLAGEGLGQSVQKLGYLTEAHTDFIMAVVAEELGFIGVVIVIGMLSIIVLRGLFISRKAKDSFGSLLAIGISSMVGIQAFINLGAISGLLPITGVPLPFVSYGGSSLLVLLISMGILNNIAMHIKKRELEPAGENQNTRDISQAYRGGRTWHNLNKSTKY	PGPT0014810_2686	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014810-ftsW|spoVE-K03588	NA	NA
AK148_00708	282			hypothetical protein	ATGCAAGAGGTGACCGTAAATCATCGCGAAAAAGCCCATGCCCTTCTTAAGGCTGATGCTGACAAAATTTTGCGACTTATAGAAGTTCAAATAGATAATTTAACCATGCCACAATGTCCATTATACGAAGAAGTCTTGGATACACAAATGTTTGGGCTTTCCAGGGAGATTGATTTTGCTGTTCGATTAAATTTAATTAGCGAAAGTGAAGGTAAAGAAATATTAGAAGATCTGGAGAGGAAGTTAAATATTCTGCATGAAGCAGCGCAAAATTCCGTATAA	MQEVTVNHREKAHALLKADADKILRLIEVQIDNLTMPQCPLYEEVLDTQMFGLSREIDFAVRLNLISESEGKEILEDLERKLNILHEAAQNSV				NA	NA	NA	NA	NA
AK148_00709	486			hypothetical protein	ATGATCGTGCCAATTAAAGGGAAAGTCAAATTTCCTATTACATTAGATCCTACTGTTTGGATATTCGATGATCGTAAAGTCGAATTTGAACATGCTTTTGTAAACGAGCATGTTACGGTGGATGAGGATGAAACGTTAAAACAAACATCACAAAGGTGGGAAAGAGAAATTTCTGAACAAGTAAAACCACCAGTAAATCGAAGTATAAAAAAGTATGAGCGGGAAAAAATGTTGAGTAGTTCATACGTTATTCCGTTAGAGGATTTTTTAAACCATGCAGAGATTAGCGCAAGCGCAACAGAAGCTGTTTTAATTCGCGAGCTTGAAAACGTAACCATTCCGTTGAAAGATCTGTTCAATAGCTATTTCTTATTTTCGAAGGATGGGAAGCCTCTGAAAACAGATGGACCAGTACATCTATACTATAAAGATGGTTCCAATAAACATGATCCTATTACACATATTAAAAGTGTTTCTATCCAGTAA	MIVPIKGKVKFPITLDPTVWIFDDRKVEFEHAFVNEHVTVDEDETLKQTSQRWEREISEQVKPPVNRSIKKYEREKMLSSSYVIPLEDFLNHAEISASATEAVLIRELENVTIPLKDLFNSYFLFSKDGKPLKTDGPVHLYYKDGSNKHDPITHIKSVSIQ				NA	NA	NA	NA	NA
AK148_00710	603			hypothetical protein	ATGAGATTAGCATTTATGGGAATCACGTTTCTTAGCTTGTTTATATTTACAGCTTGTATGCAAGAAGATCGTGAAGAATCTATTACAAACGAAGAAACAAATCAGTTTGAACAAGTTAAAAACTCAGAACCAACAAAACAAAAATCGTTGACTAACAAAGAAATTGCAAACCATTTAGCAAATATTGCTAGTGGTGTACCAAATGTTAACGATGCGGTATCAATTGTAGCTGGTTCATATGCAGTAGTAGGAATAGATGTTGATAAAGACCTCGATCGTTCTAGAGTCGGTACTATTAAATATAGCGTTTCAGAAGCATTGTATAATGATCCATATGGTAAAACAGCTGTTGTGGTTGCAGACGCTGATGCTAATGAACGAATTCGTGGGATAGTGGATAAGATGGAACAAGGTCAACCTGTATACGGTTTGGTGGATGAATTAGCCGCCGTTGTTGGGCGATATATGCCAGAATTTCCTATTAACAAAAATCGACCAAAGGAAAGTGATCTAAATAAAGAGGTAATCCCTGAAGAAGAAAAAGAGCAACTTGAAGATACGGAGGAAGAACAATCCAATCATCATAAACAGAATGCATCGTGA	MRLAFMGITFLSLFIFTACMQEDREESITNEETNQFEQVKNSEPTKQKSLTNKEIANHLANIASGVPNVNDAVSIVAGSYAVVGIDVDKDLDRSRVGTIKYSVSEALYNDPYGKTAVVVADADANERIRGIVDKMEQGQPVYGLVDELAAVVGRYMPEFPINKNRPKESDLNKEVIPEEEKEQLEDTEEEQSNHHKQNAS				NA	NA	NA	NA	NA
AK148_00711	288			hypothetical protein	ATGAAGAAAAAATATTTATACTCTGCAGGTGCCGCAGGAGTAATTGGAGCTACAGTTGCTGGGTACTTTCTAAAAGACAAAGATAAAAGAGATAACGTAAAAAGGAAAGTTAAAAATTATCAGAATAGCATCCGTGCTACTTTTGAAGAGGCGGGTGTACCAGATCAGTCAGAGGATAGAGGTTTGGAACAACTCGAAAATGCAAAAATGGTATCGGAAGGTTCACAGTTTGGCGTTCAATATTACAATGAAAATAAAGAAGCGAATACTAGTGAGTACCAACAATAA	MKKKYLYSAGAAGVIGATVAGYFLKDKDKRDNVKRKVKNYQNSIRATFEEAGVPDQSEDRGLEQLENAKMVSEGSQFGVQYYNENKEANTSEYQQ				NA	NA	NA	NA	NA
AK148_00712	204			hypothetical protein	ATGCAAGTGAAATGTACCATTTGCGATTCAGTTGAAAGTATTGATGATCATTGCTTTGAAGCAAAACGCTTAAGAAATAAAAGAATCCTTATGCACTTATGTCAGACGTGCTACAATAGAGTTGGAAAAAAGACGTTAGCAAGACATGCAACAGGTAAGTTCCGTTTATATTCAGAAAAAAAAACCGTTGATGAATTTATATAA	MQVKCTICDSVESIDDHCFEAKRLRNKRILMHLCQTCYNRVGKKTLARHATGKFRLYSEKKTVDEFI				NA	NA	NA	NA	NA
AK148_00713	342			hypothetical protein	ATGATGGAATATGGAGATGAGATTGATAACTGGGGGATGGCTATGGAAGGAAGTTTCAGTTTTGTGTTCAACTTTATTTTAGAACAATTCGGTACGGAACATATGTTTTTGACGTTATACATTTTGAACCTAATTTTTAGTATTATTTCATTTAAACTTGGATTTGCAAGAAAGCTTACCCTGATCAAAACAATTATTGTATATATCATGCTTGCTTTGGGTGTTTATTTATTAACTATTTTTAGTATATTTCAACTTCCAATCACGGAAAGCTTAATCTTGATATCACTTGTATTAGCAATTTATCGTTTTCGTTTATATCAAGAAAGAAAAAATCGCTAG	MMEYGDEIDNWGMAMEGSFSFVFNFILEQFGTEHMFLTLYILNLIFSIISFKLGFARKLTLIKTIIVYIMLALGVYLLTIFSIFQLPITESLILISLVLAIYRFRLYQERKNR				NA	NA	NA	NA	NA
AK148_00714	171			hypothetical protein	ATGAAGAAGTTAAATATACCGATGTTGCTTTTAGCAATGCTTGTAATTGGCATGTTTGTCGGTGTAGGTGCTGCTATAGCTTATCGTAATACTTGGTTGACGGTTTTATTTTTATTATTAGGCTTTACATTGATGGGAACTGGAATTCGTTTAAAAAAAGCAAGGGAGTGA	MKKLNIPMLLLAMLVIGMFVGVGAAIAYRNTWLTVLFLLLGFTLMGTGIRLKKARE				NA	NA	NA	NA	NA
AK148_00715	810	suhB_1	COG0483	Inositol-1-monophosphatase	ATGAACAAAGCGCAGCGTGATATGATTTTTTCCCAAGCTACAAAGTGGATATACGAAGCGGGTGAGCAGATAAGGAAACAAATTCATAATCCATTAACTATTGATACAAAATCAAATGCGAATGATTTAGTAACTGAAATGGATCGTTCAACCGAAGCTTTTCTGGCAAATAACATTAAATCTACGTTTACTGATCATTTTATTTTAAGCGAAGAAGGCTACGGTGATCAGTTAGATTCTATGAATGGTATCGTTTGGATTATTGATCCTATTGATGGCACGATGAATTTTGTCCATCAAAAAAGAAATTTTGCGATTTCAATCGGTATTTTTAATAATGGTATTGGAGAAATTGGACTTATTTATAACGTGATGGAAGATGTTTTATATAGCGCAAAAAGAGGGGAAGGTGCTTATAAGAATAATAAGAAGCTTCCACAACTTCATCATGATATCCTTTTCCAGGAAGCAATTGTTAGTATGAATCACTTTTGGCTATGTGAAAACCGCCTCGTTGACGAAAAATGGATGCAAAAACTTGTAAAAGATGTGAGAGGGTCAAGGACTTACGGTTCGGCGGCATTAGAATTTGCATTTGTCGCAGAAGGTATTATCGATAGTTATTTAACATTGAGTCTGTCACCGTGGGATTATGCAGCGGGAATGGTTATTATTAACGAAGTTGGAGGAGTAACAACTACTATAGATGGCGATACACTCGACATGCTTTCAAAAACATCTGTCGCTTCTGGAAATCCATGTATTCAAGAAAAAATTATAGCTAATTATATAAAAAAAGCAAGGAAGTGA	MNKAQRDMIFSQATKWIYEAGEQIRKQIHNPLTIDTKSNANDLVTEMDRSTEAFLANNIKSTFTDHFILSEEGYGDQLDSMNGIVWIIDPIDGTMNFVHQKRNFAISIGIFNNGIGEIGLIYNVMEDVLYSAKRGEGAYKNNKKLPQLHHDILFQEAIVSMNHFWLCENRLVDEKWMQKLVKDVRGSRTYGSAALEFAFVAEGIIDSYLTLSLSPWDYAAGMVIINEVGGVTTTIDGDTLDMLSKTSVASGNPCIQEKIIANYIKKARK	PGPT0018535_3518	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
AK148_00716	279			hypothetical protein	TTGTCGAACCAAATAGGAAAACCAATCATAAATATATTTAAAGTACAGTTTTGGAATAAAAAGTATTTAACGAAAGGAAGTGAAATTGTGAAGTACGTCTTAGGAACATTATGTAAAGAAAAATCATTGGGCAATTTGCAGGTCATTCGTATGGAAATTGATTATGAATTGTTAACACTTTATGACGCGATGAAAAAAGAAGATGCAATTGAAATAATAAAAAGCAAAGAACGGCTCATTTGCTTAAGAAAGCAATGGTTAGATTTGAAAGCAGAATAA	MSNQIGKPIINIFKVQFWNKKYLTKGSEIVKYVLGTLCKEKSLGNLQVIRMEIDYELLTLYDAMKKEDAIEIIKSKERLICLRKQWLDLKAE				NA	NA	NA	NA	NA
AK148_00717	633			hypothetical protein	ATGACCTTTAAAGGATTTGAAAAAGTAGATTTTGATACATTTTATATTGAAAGCCTCGAAGAAAGAATGGAAGCAATTCAGACAAGAATTCAACCAAAATTCCAACAGATTGGCAATGAACTAGTAGACTTCTTAGCTGCACAACTTGGGAATGAAATGTTTCTACATATTGCCAAACATGCTAGAAGAACAGTCAATCCCCCCCAAGATACATGGTTAGCTGTAGCTGATAACAAACGAGGATATAAAAAACACCCTCATTTTCAAGTAGGTGTATTCGATGATCATGTATTTGTATGGTTAGCGCTTATTTATGAGTTAGACCATAAATCAAAAATTGCACAAACCTATTTAAACCATTTTGACCAATTAAAACAACTTCCTAAAAGTTTTATGTATTCATTAGATCATACTAAAAAAGATGCCAAACCATTATTAGATTTAGATAAAAAAGATGTAGAAAGGTTCAGAGATGTGAAAAAAGCGGAATTTTTAATTGGGAAGCATTTTGCCAAACATGATGAACGCATTTATGACGGAAATATCTTTATAGAGGAGTTAAAATCTACTGTTCATCCATTGATACCTTTTTATAAACTGGCTCTACAAAGCAAAACTAATTATACAAAATAA	MTFKGFEKVDFDTFYIESLEERMEAIQTRIQPKFQQIGNELVDFLAAQLGNEMFLHIAKHARRTVNPPQDTWLAVADNKRGYKKHPHFQVGVFDDHVFVWLALIYELDHKSKIAQTYLNHFDQLKQLPKSFMYSLDHTKKDAKPLLDLDKKDVERFRDVKKAEFLIGKHFAKHDERIYDGNIFIEELKSTVHPLIPFYKLALQSKTNYTK				NA	NA	NA	NA	NA
AK148_00718	270			hypothetical protein	TTGAATTATCACTATCCAATTGACGATACATGGACAAAAGAAGAAATTATTTATGTTGTGCAGTTTTTCAGCTTAATTGAGCAGGCATATGAAAGAAAGGTAGAAAGGAAAGTTATAATAGCAGCTTACCGGAAGTTTAAACAAGTAGTTCCTAGTAAAAGTGAAGAAAAGAAGTTGTTTGCTACTTTTAAACAAGGTTCGGGATATTCTAGCTTTCATGTACTTAAATATGCAAAGATAACCGAAGACCATTTTATAAAAATGAAGTAG	MNYHYPIDDTWTKEEIIYVVQFFSLIEQAYERKVERKVIIAAYRKFKQVVPSKSEEKKLFATFKQGSGYSSFHVLKYAKITEDHFIKMK				NA	NA	NA	NA	NA
AK148_00719	108			hypothetical protein	ATGGGTACAATAGTTTGTCAAGATTGCCAAAATATTATTGAGCAATATGAAGAAGAAAAAGTAACAACTCTTTATGGTACTTGTCCAACGTGTCGTGAAAATAAATAA	MGTIVCQDCQNIIEQYEEEKVTTLYGTCPTCRENK				NA	NA	NA	NA	NA
AK148_00720	864			hypothetical protein	ATGAAGAAAGCTATACTAGTGGTTACTTTCATCTTCATTGGACTATTCATAGTCGCATGCGGTTCGAGTGATGAAAAATCGCAACCAACACATGCAGATAAGGCTGAAGAAAATAAACAGGATCAACGTAAGGAAGAACAAAAGCCACAAAAAGAAGATAACCAAACAGAGAAAAGTGCGGTAAACGAAGCCCCTAACCCTACGTATAAGGTTTCGGACAATGCTACGATAGTACCAATTGATGAGAATACCAATGAAAAAGTAGTTTTGTTAACAATTGATGACATACCAGATAAGCATGCTTTGGATATGGCTAAGACATTAAAAGAGCTAGAAGCCAATGCAATATTCTTTGTGAATGGACATTTTTTAGAAACAGAAGAACAAAAGGATATGCTAAAACAAATCCATGAGATGGGTTTTGTTATCGGAAACCATACATATAGCCACCCTAAGTTACCAGATTTGACTGAGCAGGAACAGACAGAAGAAATTGTTCGTGTGAATGATCAAATTGAAGAGGTTATTGGAGAACGCCCTAAATTCTTCCGCGCCCCTCATGGTATGAATAGTGACCACTCCAGACAAGTGGCTAAAGAACAAGGAATGGTCGTTATGAACTGGACATATGGGTATGATTATTTCGCGCCATATCAAGATGCTGCTAAACTGAAAAAAGCAATGGTAAGCGGAGAAGGCCCAGAAGCGGGGGTTGATTACTCCCTACTAAAACCGGGAGCCAATTTGCTAATGCATGATCGGGAATGGACAAATGAAGCATTAGCAGATATTGTTAATGGATTGAGGGATAAAGGGTATGAGATGGTTGATCCTAAACAAATTCAAACGTTAAGTAAACAATAA	MKKAILVVTFIFIGLFIVACGSSDEKSQPTHADKAEENKQDQRKEEQKPQKEDNQTEKSAVNEAPNPTYKVSDNATIVPIDENTNEKVVLLTIDDIPDKHALDMAKTLKELEANAIFFVNGHFLETEEQKDMLKQIHEMGFVIGNHTYSHPKLPDLTEQEQTEEIVRVNDQIEEVIGERPKFFRAPHGMNSDHSRQVAKEQGMVVMNWTYGYDYFAPYQDAAKLKKAMVSGEGPEAGVDYSLLKPGANLLMHDREWTNEALADIVNGLRDKGYEMVDPKQIQTLSKQ	PGPT0018645_2349	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278	NA	NA
AK148_00721	1530	opuD_1	COG1292	Glycine betaine transporter OpuD	GTGAAGAAAGTAACGCGTGTATTCTACATTTCAGCAATTGTTGCAGTACTTTTCATAATTTGGGGAATCATTCCGGAAGACGTATTGCCAAATGCCAACTTAGACAATGTCACAACTATTATTCAAACATTTCTTGTTGAACAGTTCGGTTGGTTTTATTTATTAAGTGCAACATCATTTGTTGTTTTTGCGATCTATCTCATTTTTTCAAAATATGGCAATATTAAACTAGGCCGACCTGGTGACAAGCCAGAATACAGCTATTTAACATGGTTTGCTATGTTATTTAGTGCTGGTATGGGGATTGGTCTTGTATTCTGGGGAGCTGCTGAGCCAGTATCTCATTTTCACGATCCTCCCTTCGGGGCAGAAGAAACGGGAGATGCTGCTAAAACTGCGATGCAATACAGTTTTTTCCATTGGGGAATTCATCCTTGGGCTATATACGCTACTCTCGCCTTAGCCATGGCCTATTTTAAATTTCGCAAACAATCTCCAGGTGTTGTAAGCGCCATGCTTGAACCGCTGTTTGGAAATCGAATTAAGGGGTCTTGGGGAACAACAATCGATTTTATCGTTGTTTTTGCAACGGTATTTGGCGTATCTACTTCCTTAGGTCTTGGAGCTATCCAAATCAGTGGTGGTCTCTCATTTGTTACTGGGATGGAATCAACCATCACACTTCAATTGATCATTATTGTAATTGTTACCGTATTATATATGACTTCATCCATGACTGGACTAAATAGAGGGATGAAATATTTAAGTAATGCCAATCTTGTTTTAGCCGTATTACTTATGTTATTTGTATTATTCTTTGGTCCAACCAACTTTATAATGAATTACTTTACTACAACATTAGGTAGTTATCTCCAAAATCTCCCTAGCATGAGTCTACGTATGACTCCTTTTAACGAAGAGAACTCTACATGGCTTAATAATTGGACATTCTTTTATTGGGCTTGGTGGATTGCATGGGCGCCATTTGTAGGAACTTTTATAGCAAGAGTCTCCCGAGGTAGAACTATAAGAGAGTTTGTCTTAGGCGTACTACTCGTACCTACAATATTTAGTGCTTTATGGTTCTCTGTATTCGGGGGCACCTCGATTCATTTAGAAACTTTCAAGGGAGCAAATATCATCCAAAGCATCAATGATTTTGGTGAGGAGACAGCATTATTTACTGTGTTGGAGCACTTCCCTATGAGTACTTTCATCTCCATTATTGCTATCTTATTAATTTGTACATTTTTCATTACTTCTGCCGACTCAGCTACTTTTGTTCTTGGCATGCAGACAACTGGGGGGAAATTAGATCCTGCCAATTCAGTAAAATTCATCTGGGGTATTATTCAATCAAGTGCTGCAGCTGTATTGTTATGGCAAGGTGGCTTGAATGCTTTACAAACAGCCTCGATAATCGCAGCGTTTCCTTTTGCCATTATAATGATTTTAGTGATCATTTCTCTTGTCAAGTCCTTCCGGCAAGAAGCCAAAGACCATAACTTAGCAACGAAAAGAAAAAGCTAG	MKKVTRVFYISAIVAVLFIIWGIIPEDVLPNANLDNVTTIIQTFLVEQFGWFYLLSATSFVVFAIYLIFSKYGNIKLGRPGDKPEYSYLTWFAMLFSAGMGIGLVFWGAAEPVSHFHDPPFGAEETGDAAKTAMQYSFFHWGIHPWAIYATLALAMAYFKFRKQSPGVVSAMLEPLFGNRIKGSWGTTIDFIVVFATVFGVSTSLGLGAIQISGGLSFVTGMESTITLQLIIIVIVTVLYMTSSMTGLNRGMKYLSNANLVLAVLLMLFVLFFGPTNFIMNYFTTTLGSYLQNLPSMSLRMTPFNEENSTWLNNWTFFYWAWWIAWAPFVGTFIARVSRGRTIREFVLGVLLVPTIFSALWFSVFGGTSIHLETFKGANIIQSINDFGEETALFTVLEHFPMSTFISIIAILLICTFFITSADSATFVLGMQTTGGKLDPANSVKFIWGIIQSSAAAVLLWQGGLNALQTASIIAAFPFAIIMILVIISLVKSFRQEAKDHNLATKRKS	PGPT0013600_973	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013600-opuD|ytfQ-K05020	NA	NA
AK148_00722	102			hypothetical protein	ATGGTAGAAGCATTGAACGTTTTGCAGCCATTTACTAGTACACAAACAATTACTAAAAAAATAATTAGCTTTTTAATTGTTGTTCACCTACTTGTCATTTAA	MVEALNVLQPFTSTQTITKKIISFLIVVHLLVI				NA	NA	NA	NA	NA
AK148_00723	1407	pdhD_2		Dihydrolipoyl dehydrogenase	ATGGTAGTAGGAGATTTTCCAATTGAAGTAGACACACTCGTTGTTGGAGCAGGTCCTGGTGGTTATGTTGCTGCTATTCGTGCTGCACAGTTAGGCCAAAAGGTAACAATTGCTGATAAAGGCGCTTTAGGTGGGGTTTGTTTAAACGTTGGATGTATTCCATCCAAAGCATTAATCCAAGCTGGACATTTAGCTGAACAAGCTCATGGAAATGAAGAGATGGGAATTAAAACAGAAAATGTTTCTGTTGACTTTTCTAAGGTTCAAGAGTGGAAAGCAAGTGTCGTTAACAAGCTAACTTCTGGTGTGGAAGGCTTGTTAAAAGGAAACAAAGTAGATATTGTTAAAGGTGAAGTATATTTTGTAGATAAAAACACTGTAAAAATTATGGATGAGAAAAATTCTCAAACATATACCTTTAAGCATTGCATTATTGCTACAGGATCAACGCCAATTGAAATCCCTAACTTTAAGTTTTCAGATCGAGTATTGGACTCAACTGGTGCTTTAAACCTGAAAGAAATTCCGAAGAAAATGGTAGTTATCGGTGGAGGATATATTGGTACAGAGCTTGGCACTGCTTATGCGAATTTCGGTACAGAAATTGTTGTTCTTGAAGGAGCGAAAGAAATCTTAGGCGGTTTTGAGAAGCAAATGAGTCAAGTTGTGAAAAAACGTTTGAAGAAAAAAGACGTTACAATTATTACAGAAGCAATGGCTAAAGGTGTAGAAGAATCTAAAGACGGTGTCAAAGTAACATATGAAGTAAAAGGTAAAGAAGAAACTGTTGAAGCGGACTATGTATTAGTTACGGTTGGCCGCCGTCCAAATACAGAAGATATTGGCTTAGAGCAGGTTGGCATTGAAAAAGATGACCGTGGACTAATTAAAATTGATAATCAATGTCGCACGAATGTTGATAATATCTATGCTATAGGTGATATTGTTGCTGGGCCGCCATTAGCACATAAAGCATCCTATGAAGGAAAAGTTGCTGCAGAAGCTATCAGTGGGGAAAAAGCTGTAATTGATTACTTAAGTATGCCTGCAGTTGTGTTCTCGGATCCAGAATTGGCTACTGTCGGTTATACGGAACAAGAAGCGAAAGATGCTGGATTCGATGTCAAAGCTGCTAAATTCCCATTTGCAGCTAATGGTCGTGCACTTTCATTAAACGATAGTGATGGATTTATGAAACTGATTACTCGTAAGGACGATGGCTTAGTGATCGGTGCACAAATTGCTGGACCAAATGCGAGTGATATGATTTCTGAATTAGGTCTTGCAATTGAAGCTGGTATGACAGCAGAAGATATCGCATTAACGATCCATGCTCATCCAACATTAGGTGAAATCACCATGGAAGCTGCTGAAGTAGCTCTAGGTACACCAATTCATATGCTATAG	MVVGDFPIEVDTLVVGAGPGGYVAAIRAAQLGQKVTIADKGALGGVCLNVGCIPSKALIQAGHLAEQAHGNEEMGIKTENVSVDFSKVQEWKASVVNKLTSGVEGLLKGNKVDIVKGEVYFVDKNTVKIMDEKNSQTYTFKHCIIATGSTPIEIPNFKFSDRVLDSTGALNLKEIPKKMVVIGGGYIGTELGTAYANFGTEIVVLEGAKEILGGFEKQMSQVVKKRLKKKDVTIITEAMAKGVEESKDGVKVTYEVKGKEETVEADYVLVTVGRRPNTEDIGLEQVGIEKDDRGLIKIDNQCRTNVDNIYAIGDIVAGPPLAHKASYEGKVAAEAISGEKAVIDYLSMPAVVFSDPELATVGYTEQEAKDAGFDVKAAKFPFAANGRALSLNDSDGFMKLITRKDDGLVIGAQIAGPNASDMISELGLAIEAGMTAEDIALTIHAHPTLGEITMEAAEVALGTPIHML	PGPT0001380_5551	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
AK148_00724	1269	pdhC_2	COG0508	Dihydrolipoyllysine-residue acetyltransferase component of pyruvate dehydrogenase complex	ATGGCTTTCAATTTTAAATTACCTGATATTGGTGAAGGAATTCATGAAGGTGAAATCGTTAAATGGTTCGTTAATGAAGGCGACGAAGTTAAAGAAGACGATGTTTTGTGTGAAGTGCAAAATGATAAAGCTGTAGTGGAAATTCCATCACCAGTGGAAGGAACAGTAACAAAATTACATGTAGAAGAAGGAACGGTAGCAGTTGTAGGCGACACGATTATTACGTTTGATGCAGAAGGCTATGAATCAGATGACGAGGAAGAAGCGGCAGATTCAAAACAAGAAGCTTCTGCTGACGAAAAAGCATCTGAAGCTCCTGAAGCTACAAATGAAGAAGTAGATAAAGATGATGGTGAAAGAGTAATTGCAATGCCATCAGTAAGGAAGTATGCACGTGATAACGGAGTAACGATTTCTAAAGTTACGCCTTCAGGTAAAAACGGACGTATTTTAAAAGAAGATATTGATGCTTACCTAAGTGGAGACCAACCTGCTACAGACGCAAAAGGAACAACAGAAGAAGCAGCATCTTCTAAGAAAGAAGCAGCTGCAGAAACAGCGGGAGACTTCCCTGAAACTCGTGAATCTATGAGCGGAATTCGCAAAGCAATTGCCAATGCGATGGTTAATTCTAAAACAAAAGCTCCTCATGTAACTTTATTGGATGAAGTAGATGTATCAGAATTAGTAGCTCATCGTAAGAAGTTTAAAGCCGTAGCTGCTGAGCAAGAAATTAAATTAACATACTTGCCGTATGTTGTTAAAGCACTAGTATCTGCTTCTAAAAAATTCCCAATGATAAATGCTTCCGTTGATGATGAAACGAACGAAATTGTTCACAAGCACTATTACAATGTAGGTATTGCAGCAGATACAGATAAAGGCCTTCTTGTTCCAGTTGTGAAAAATGCGGATCGTAAATCCATCTTTGAAATTTCTAAAGAGATTAATGAATTGGCAGAAAAGGCTAGAAGTGGTAAACTAGCACCTGAAGAGATGAGTGGTGCATCGAATACAATTACAAATATCGGTTCTGCTGGTGGTCAATGGTTTACGCCAGTATTGAATTACCCAGAAGCGGTTATTCTTGGTATTGGTCGTATAGCAGAAAAACCAGTGGTTCGTGATGGGGAAGTTGTCGTAGCACCTGTACTAGCATTATCATTGAGCTTTGATCATCGTATTATTGATGGAGCAACTGCACAACATGCTCTAAATCAAATGAAACGATTATTAAGCGACCCACAATTAATTATGATGGAGGCGTGA	MAFNFKLPDIGEGIHEGEIVKWFVNEGDEVKEDDVLCEVQNDKAVVEIPSPVEGTVTKLHVEEGTVAVVGDTIITFDAEGYESDDEEEAADSKQEASADEKASEAPEATNEEVDKDDGERVIAMPSVRKYARDNGVTISKVTPSGKNGRILKEDIDAYLSGDQPATDAKGTTEEAASSKKEAAAETAGDFPETRESMSGIRKAIANAMVNSKTKAPHVTLLDEVDVSELVAHRKKFKAVAAEQEIKLTYLPYVVKALVSASKKFPMINASVDDETNEIVHKHYYNVGIAADTDKGLLVPVVKNADRKSIFEISKEINELAEKARSGKLAPEEMSGASNTITNIGSAGGQWFTPVLNYPEAVILGIGRIAEKPVVRDGEVVVAPVLALSLSFDHRIIDGATAQHALNQMKRLLSDPQLIMMEA	PGPT0001390_5541	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
AK148_00725	978	pdhB_1		Pyruvate dehydrogenase E1 component subunit beta	ATGGCACAAATGACAATGATTCAAGCCATTACAGACGCACTACGTACGGAACTTAAAAATGATGAAAATGTGCTTGTTTTCGGAGAAGATGTCGGTCAGAATGGTGGCGTGTTCCGTGCTACTGATGGATTGCAAGCCGAGTTTGGTGAAGAACGCGTGTTTGACACACCTTTAGCCGAATCAGGTATTGGTGGACTAGCAATTGGCTTAGGCTTACAAGGTTTCCGACCTGTTCCAGAAATTCAATTCTTCGGCTTCGTATATGAAGTGATGGATTCCATTAGCGGACAAATGGCTCGTATGCGATATCGTTCAGGTGGCGTTCATCATTCGCCAATTACAGTACGTGCTCCATTTGGCGGAGGTGTTCATACACCAGAACTTCATGCGGATTCATTAGAGGGGTTAATTGCTCAACAACCAGGTATTAAAGTGGTTATTCCTTCTACTCCCCATGATGCTAAAGGTTTACTTATTTCTTCCATCCGAGATAATGATCCGGTTGTGTTTTTAGAGCACATGAAATTATATCGTTCATTCCGTGGTGAAGTACCTGAAGGAGAATACACGATTGAACTAGGGAAAGCAGATGTTAAGCGTGAAGGTACAGACGTTACATTAATTGCTTACGGTGCGATGGTACATGCTTCGTTAAAAGCTGCTGAAGAACTAGCTGAAAATGGTGTTAATGCTGAAGTTATTGACTTACGTACTGTATCACCACTTGATATCGAAACGATCATTGAATCGGTTAAGAAAACAAATCGTGCTGTTGTGGTGCAAGAAGCGCAACGCCAAGCAGGCATAGCTGCGAATGTAGTAGCTGAAATACAAGAACGTGCCATTCTTCATTTAGAAGCTCCTGTATTACGTGTTGCGGCTCCAGACACCGTTTACGCATTCTCGGAAGCAGAAGAAGTTTGGTTACCTAATCATAAAGATATTGTAGAAAAAGTAAACAGTGTGATGAACTTTTAA	MAQMTMIQAITDALRTELKNDENVLVFGEDVGQNGGVFRATDGLQAEFGEERVFDTPLAESGIGGLAIGLGLQGFRPVPEIQFFGFVYEVMDSISGQMARMRYRSGGVHHSPITVRAPFGGGVHTPELHADSLEGLIAQQPGIKVVIPSTPHDAKGLLISSIRDNDPVVFLEHMKLYRSFRGEVPEGEYTIELGKADVKREGTDVTLIAYGAMVHASLKAAEELAENGVNAEVIDLRTVSPLDIETIIESVKKTNRAVVVQEAQRQAGIAANVVAEIQERAILHLEAPVLRVAAPDTVYAFSEAEEVWLPNHKDIVEKVNSVMNF	PGPT0019590_2320	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0019590-pdhB-K00162	NA	NA
AK148_00726	1083	pdhA_1		Pyruvate dehydrogenase E1 component subunit alpha	TTGAAACACGTTTTAGAGAGTGTTGAGAGTCAGTTCGAAATGTTCCAAATTCTTAATGAAGATGGAAAGATTGTCAATGAAAAAGACGTTCCTGATCTTTCCGATGAGCAGTTAAAAGAACTTATGCGTAGAATGGTTTACACAAGAGTTTTAGATCAACGTTCAATTGCTTTGAACCGCCAAGGGCGTTTAGGATTTTATGCACCAACAGCAGGGCAAGAGGCCTCACAGTTAGGAAGTCAGTTTGCACTTGAACAAGAGGATTTTCTATTGCCTGGATATCGAGATGTACCACAATTAATTTGGCAAGGTCTTCCACTATATCAAGCATTTTTATTCTCTAGAGGACATTTCCATGGTAACCAGATGCCTGAAGGTGTTCATGCAGTAAGTCCACAAATTATAATTGGCGCTCAATATGTACAGGCTGCTGGCGTAGCTTTAGGAATGAAAAAGCGTGGTAAGAAAAATGTAGCTGTTACTTACACTGGTGATGGTGGTACATCACAAGGTGATTTTTATGAAGGAATTAACTTTGCAGGTGCATATAAAACTCCAGCGATTTTCTTTGTACAAAATAATCGTTTTGCCATTTCTGTACCAGTAGAAAAACAAACAAATGCAAAAACACTAGCTCAAAAAGCTGTTGCTGCAGGAATTGAAGGCATTCAAGTAGATGGTATGGATGTACTTGCTGTTTACGCTGTTACAAAACATGCTAGAGAGCGTGCAGTTAATGGCGAAGGTCCGATGCTTATTGAAACAATGACGTATCGCTATGGTCCTCATACAATGGCTGGTGACGATCCGACTCGTTATCGTACAGAGGATTTAGATAATGAATGGGAAAAGAAAGATCCATTAGTCCGTTTCCGTAAGTATCTAGAAGCAAAAAATCTATGGTCTGAAGAAGAAGAAAATAAAGTAATTGAAGAAGCAAAAGAGGAAATTAAGCAAGCCATTAAGCAAGCAGACCAATATCCAAAACAAAAAGTAACAGATTTAATGGCAAACATGTATGAAGAACTTCCATATAATTTACAAGAACAAATGGAAGAATATAAAGAAAAGGAGTCGAAGTAA	MKHVLESVESQFEMFQILNEDGKIVNEKDVPDLSDEQLKELMRRMVYTRVLDQRSIALNRQGRLGFYAPTAGQEASQLGSQFALEQEDFLLPGYRDVPQLIWQGLPLYQAFLFSRGHFHGNQMPEGVHAVSPQIIIGAQYVQAAGVALGMKKRGKKNVAVTYTGDGGTSQGDFYEGINFAGAYKTPAIFFVQNNRFAISVPVEKQTNAKTLAQKAVAAGIEGIQVDGMDVLAVYAVTKHARERAVNGEGPMLIETMTYRYGPHTMAGDDPTRYRTEDLDNEWEKKDPLVRFRKYLEAKNLWSEEEENKVIEEAKEEIKQAIKQADQYPKQKVTDLMANMYEELPYNLQEQMEEYKEKESK	PGPT0018025_1670	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0018025-pdhA-K00161	NA	NA
AK148_00727	678			hypothetical protein	ATGTCATTAAAAAAGTTCACAATCGTTGCATTAGGTTTTATGCTTTTATTTATATTAGCATCGTGTAGTAATGGGACTCCAGAAGAACAAATACAGAATCATTTAGAAGAAGCAGTTACGCTAGAAGAAGGATTTGAAAAACAGCAAAGTAAAATAACCGATTTGGAGAAAAAAGAACAAGAGTTATATAACCAAATTATGGATCTTGGTAAAGACGAAATGGATAAAATTAAAAAGTTAGCTAAACAAGCTATTGAAACGGTGGATAAACGTAAAGAAGCGATAAAGAAAGAAGAAGAAAGCATAGAACAAGCAAAAGAAGAATTTACTAAAACGAAAGAAGTTGTGGAGGATTTAGAAGCTAAAGAAGCTAAAGATACTGCTGAAAAAATGGTAGAGACGATGCAAGATCGTTATAAAGCATACGATAATCTAAATAAAGCTTACAAAGATGCATTGAAATTGGAAAAAGAAATGTATGAATTGTTATCAAAAGAAGATTTAAAGCAAGAAACGTTAACGAAAAAAATAGATGCTATTAATAATGCATATGAAAAAGTAATTGCATCAAACGATAATTTTAACAAGCATACAAAAGAATACAATGAAATGAAAAGAGATTTTTACGAGCAAGTGGGTATGGATGTTACCTATGAAGGAGATTCTGACGAAAAATAG	MSLKKFTIVALGFMLLFILASCSNGTPEEQIQNHLEEAVTLEEGFEKQQSKITDLEKKEQELYNQIMDLGKDEMDKIKKLAKQAIETVDKRKEAIKKEEESIEQAKEEFTKTKEVVEDLEAKEAKDTAEKMVETMQDRYKAYDNLNKAYKDALKLEKEMYELLSKEDLKQETLTKKIDAINNAYEKVIASNDNFNKHTKEYNEMKRDFYEQVGMDVTYEGDSDEK				NA	NA	NA	NA	NA
AK148_00728	552	def2	COG0242	Peptide deformylase 2	ATGATAACTATGAAAGATATCGTTAGGGAAGGCCATCCTTCATTAACAACAATTGCTGATGAAGTAACTATTCCTTTAACGAAAGAAGATAAGCAATTACTTGGTGATATGCTTCAATTTATTCAAAATAGCCAGGATGAAGAAATTGCTCAAAAATATGGTCTTCGTGCTGGTGTTGGGTTGGCTGCTCCTCAGCTAGGATTGAATAAACGTTTAATAGCTGTTCACTTTGAGGATGGCAGAGGGAAAAAATACAGTTATGGACTTGCTAATCCAAAAATAATTAGCCATTCTGTAGAAAAAGCATATCTTCCGTCTGGAGAAGGATGTTTATCCGTCGATCGAAGTATAGAAGGATACGTTCCGAGATATGCTCGAGTTACCGTAAAAGCCATAAATACAGATGGAGAAGTCGTTAAATTAAGATTAAAAGATTATGCTGCTATTGTGTTTCAACACGAAATTGATCATTTAAACGGAATCATGTTTTATGATCATATTAATCAACAAAACCCATTCTTTATACCAGACAACGCAAAACCGGTAGAGTAA	MITMKDIVREGHPSLTTIADEVTIPLTKEDKQLLGDMLQFIQNSQDEEIAQKYGLRAGVGLAAPQLGLNKRLIAVHFEDGRGKKYSYGLANPKIISHSVEKAYLPSGEGCLSVDRSIEGYVPRYARVTVKAINTDGEVVKLRLKDYAAIVFQHEIDHLNGIMFYDHINQQNPFFIPDNAKPVE				NA	NA	NA	NA	NA
AK148_00729	774			Putative bifunctional phosphatase/peptidyl-prolyl cis-trans isomerase	ATGCATAAAAAAATGGTTTTCTTAGATATTGACGGTACGATTTTAACCAAAAAAAATGAAATTCCATATAGTACAAAGCAAGCCATTAAACAATTGCAGGATAATGATATTTACGTAGCGATAGCAACTGGAAGGGCACCTTTTATGTTTAAGTCTATACGTGAGGAGTTAAACATTCATTCTTTTGTTAGTTTTAATGGACAGTATGTTGTGTTTGAAGGGAAAGAAGTTTATCGAAACCCGATAAAAAAAGATGATCTTTTGCGTTTAAACCATGAAATTATGAAAAATAATTATCCGATTGTTTTTTCTAGCTCCGAGCAAATGAAAGCTTCGGAACCTAACCATTTATTCATAGAAGAAAGTTTAAGTAGTATGGATTTCAGTTATCCAGAAGTGGATCCTAACTTTTATCAGTCTACATCGATTTATCAAGCCTTATTGTTTTGTAAACAAGAAGAAGAAAAACAGTTAGCTAAACAGCTTCCTACGTTAGACTTTATTCGCTGGCATGAGTTCTCTTGCGATGTTATTCCGTTAGGCGGGTCAAAAGCGATTGGAGTGGAAAAACTAATTGAAGCTAGCGGTTTAGCGTTTGAAGATACATTTGCCTTCGGAGATGGGTTAAATGATATGCAAATGTTACAGGAAATTGGCACAGGGGTAGCGATGGGGAATGCAGTTTCTGATTTAAAAGCGATAGCAGACTATATAACGGAGGACGTTGATAAGGATGGGCTTGCAAATGGGTTGAAGCATCTTGGTTTAATTTAA	MHKKMVFLDIDGTILTKKNEIPYSTKQAIKQLQDNDIYVAIATGRAPFMFKSIREELNIHSFVSFNGQYVVFEGKEVYRNPIKKDDLLRLNHEIMKNNYPIVFSSSEQMKASEPNHLFIEESLSSMDFSYPEVDPNFYQSTSIYQALLFCKQEEEKQLAKQLPTLDFIRWHEFSCDVIPLGGSKAIGVEKLIEASGLAFEDTFAFGDGLNDMQMLQEIGTGVAMGNAVSDLKAIADYITEDVDKDGLANGLKHLGLI				NA	NA	NA	NA	NA
AK148_00730	210			hypothetical protein	ATGATTTATAAAGTTTTATATCAAGAACTGGCTGACGAGATTCCAGTTCGAGAACGTACAAAAAGCGCTTATGTGGAGGGAAACTCTGTAAGAGAAGTTAGAGCAAAAATCAACGAACGCAAGTATAATATTGAATATATCCATGAATTGGATGAAGCGCATTTAGCATATGAAAAACAATCCGAAGATTTTCACGTGGAGAAAATCTAA	MIYKVLYQELADEIPVRERTKSAYVEGNSVREVRAKINERKYNIEYIHELDEAHLAYEKQSEDFHVEKI				NA	NA	NA	NA	NA
AK148_00731	1668	rnjA	COG0595	Ribonuclease J1	ATGAAATTCGTGAAAAATGATCAAGCTGCCGTTTTTGCTCTAGGTGGCTTAGGAGAGATCGGAAAAAATACGTATGGCGTTCAATTTCAAGATGAAATTGTGCTAATCGATGCTGGAATTAAATTTCCGGAAGATGAGTTGTTAGGTATTGATTATGTTATCCCTGACTATACGTATTTAGTACAAAACCAAGATAAGATTAAAGGATTATTTATTACCCACGGACACGAAGACCATATTGGGGGGATCCCATATCTTCTCCGTGAAATTAATGTGCCAATATATGCTGGTAAACTTGCGTTAGGATTAATTAAAAATAAATTAGAAGAACACGGTTTATTAAGAAATGCTAAATTACACACGATTCAAGAAGACGATATTATAAAATTCCGAAAAACATCGGTAAGCTTTTTCCGAACAACTCATAGTATTCCAGATTCCTATGGTATCGTAGTGAAAACTCCGCCAGGAAATATTGTTCATACTGGAGATTTTAAATTTGACTTTACTCCAGTTGGTGAACCAGCTAATTTATCGAAAATGGCTGAAATTGGAAATGAGGGTGTGCTTTGCCTTTTATCAGATAGTACGAACAGTGAAGTTCCCGGATTTACGATGTCCGAAAAAGTGGTTGGGGAAAATATAAAAGATATTTTTAGCAGAGTTGACGGACGTGTTATATTCGCAACTTTTGCGTCAAATATTTATCGATTACAACAAGTAGTGGAAGCATCTGTTAAAAACCACCGTAAAATAGCTGTATTCGGAAGAAGTATGGAATCTGCTATTAACTTAGGACAAGAATTAGGTTATATTCAAGCGCCGAAAAATACGTTTATTGATGCTAATCAAATAAACCGTCTTCCAGCACAAGAAGTGACCATTCTTTGTACCGGATCTCAAGGTGAACCGATGGCCGCTCTCTCAAGGATTGCCAATGGTACTCACCGGCAAATACAAATTATCCCTGGCGATACAGTGGTGTTTTCTTCATCTCCAATCCCTGGAAACACCATTAGTGTCAGCCGAACAATTAATAAATTATATCGTGCAGGTGCCGATGTCATCCACGGAAAATTAACCAATATTCACACATCAGGGCATGGTAGTCAAGAAGAGCAAAAGCTCATGCTACGCCTAATTAAACCAAAATACTTTATGCCTATACATGGTGAATACAGAATGTTAAAAGAGCACATTAAATTGGCCCTTGCTTGTGGTTCAGACGCTGATAGTTGCTTTGTCATGGACAACGGAGATGTTTTAGCACTTGGAAAAGATACAGCAACAATAGCTGGAAAAATTCCTTCAGGTTCCATTTATGTAGATGGAAACGGAATAGGCGACATAGGTAATATTGTCCTAAGAGATCGTCGAATACTTTCAGAAGAAGGACTCGTTATTGTAGTTGTAAGCATTAATATGAAAGAGTTTAAAGTTTCTGCAGGCCCTGACATCATTTCCCGTGGCTTTGTCTATATGAGGGAATCGGAAGACTTAATTAATGAAGCACAGAAATTGGTCGCGACGCATTTAACCAAAGTGATGGAACGCAAAACGTCACAATGGTCCGAGATTAAAAACGAGATCACAGATACTATCGCTCCATTTCTGTATGAAAAAACAAAGCGTCGCCCTATGGTACTACCTATTATTATGGAAGTTTAA	MKFVKNDQAAVFALGGLGEIGKNTYGVQFQDEIVLIDAGIKFPEDELLGIDYVIPDYTYLVQNQDKIKGLFITHGHEDHIGGIPYLLREINVPIYAGKLALGLIKNKLEEHGLLRNAKLHTIQEDDIIKFRKTSVSFFRTTHSIPDSYGIVVKTPPGNIVHTGDFKFDFTPVGEPANLSKMAEIGNEGVLCLLSDSTNSEVPGFTMSEKVVGENIKDIFSRVDGRVIFATFASNIYRLQQVVEASVKNHRKIAVFGRSMESAINLGQELGYIQAPKNTFIDANQINRLPAQEVTILCTGSQGEPMAALSRIANGTHRQIQIIPGDTVVFSSSPIPGNTISVSRTINKLYRAGADVIHGKLTNIHTSGHGSQEEQKLMLRLIKPKYFMPIHGEYRMLKEHIKLALACGSDADSCFVMDNGDVLALGKDTATIAGKIPSGSIYVDGNGIGDIGNIVLRDRRILSEEGLVIVVVSINMKEFKVSAGPDIISRGFVYMRESEDLINEAQKLVATHLTKVMERKTSQWSEIKNEITDTIAPFLYEKTKRRPMVLPIIMEV				NA	NA	NA	NA	NA
AK148_00732	666	ktrA	COG0569	Ktr system potassium uptake protein A	ATGAAACGAGAATTCGCAGTAATTGGATTAGGAAGATTTGGTGGAAGTATTTGTAAAGAGTTAAGCATGGAAGGGATGGAAGTGCTTGCTATTGATAACAATGAAGATAGAATTAATGAGTTTAAAAATATAGCTTCTCATGCTGTTATTGTTGACTCAACAGATGAAGCTTCTTTAAAAGAACTAGGAATAAAGAATATTGACCATGTTATTGTTGCAATCGGAGATGATATTCAAGCAAGTATTTTAACAACGGTTATTTTAACGGATTTAGGTATTAAGAAAATTACAGTAAAAGCTCAAAATGATTACCATGCGAAAATTCTTAATAAAATTGGCGCAGATCAGGTGGTACATCCAGAAAGAGATATGGGAAAAAGAATTGCACATAGTATTATATCAAATAACATATTGGATTACTTAGAACTATCCGATGACCATAGCATTGTTGAGGTAAAAGTTGGTGAAAAAATGCTAGGCAAGACGCTTGTCGAATTAGATATTCGTGCTAATTATGGATGTAACGTAGTAGCCATTAAACATGGGAAAGATATTAACGTATCGCCTAGTGCGGATCATCGTTTTTCGGAAGGGGACATTTTAATCGTTATTGGTGCAGATAAAGATATATCGCGTTTTGAAAAGCATTTAGTGATTGAAGAATAA	MKREFAVIGLGRFGGSICKELSMEGMEVLAIDNNEDRINEFKNIASHAVIVDSTDEASLKELGIKNIDHVIVAIGDDIQASILTTVILTDLGIKKITVKAQNDYHAKILNKIGADQVVHPERDMGKRIAHSIISNNILDYLELSDDHSIVEVKVGEKMLGKTLVELDIRANYGCNVVAIKHGKDINVSPSADHRFSEGDILIVIGADKDISRFEKHLVIEE	PGPT0002710_3984	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002710-trkA|ktrA-K03499	NA	NA
AK148_00733	1842		COG1132	putative ABC transporter ATP-binding protein	ATGGCGAAGGATAAATCCAAAGAGTCCCCAAGCAGGCACTTACAGCGCTTTCATTATACGCAAGAACAAGCAATTGAAAAGCCGTTTAATTGGAAGCAAATGTGGCGTCTACTGGCCTATTTGAAACCTTATGCAAAAACTTATTTACCGGCTGCAATCATAGCTATGGTTATATCGACAGCTGTGCGATTAATTGTACCAATTTTAATCGGAAAAGTCGCTATTGATGTAGCTATAAGTGAACAAAATGTAACGCTGTTAACTTATTTAGTAGTGGTTATTGGCATTTTATACTTATTAAGCTATGCGGGAAATGTATTTCGGATAAAATGGGTAAATATTTTAGGGCAAAATGTTATCTATGATATTAGACAACATTTATTTTCGCACGTCCAACGGTTATCCCATCGTTTTTTTGATTCCCGTTCAGCAGGTTCTATTTTAGTTCGCATTATGAATGATATTAATTCACTTCAGGAATTATTTACAAACGGAATTATCAACTTACTTATGGACATTGTAACATTAGTAGGGATCATTGTTATTTTGTTTGTGCTTAGCCCTAAGCTTGCGTTAGCGATCATGGTTATACTTCCGCTAATGTTCTACCTAACAACCAAGTTACGACGAACGATTCGTCGTTCTTGGCAACAAGTAAGAATTCAACAATCACGCATGAATTCTCATTTGAATGAAGGTTTACAAGGAATACGAATTACGCAGTCATTTTCTCAAGAACAAGAAAATAGTGAGTACTTCCATGGAGTAAATAAAGATAATTTTAATAGTTGGAAGGAAGCTACGAAGAAGAGTGCTATGTTTCGCCCGTTTGTTGAAATGAGCAATGCTATCGGTACAGTCATTTTAATATCTTATGGGGCATATTTAATTTTACTTGGTGAAAATAATGGTGGCATTGCTATTGGAACGTTTGTTTCGTTCGCCTTTTTTGTTGGTATGTTTTGGGAACCAATATCCCGTTTAGGGCAGATGTATAATCAAATGCTCATGGCAATGGCAGCATCTGAGCGTATTTTTGAATTTTTAGATGAACGACCAAATGTTCAAGAAAAGAGCGATGCTCATGTTTTCAAGGACATGAAAGGAGAAATTGTCTTTGATAAAGTGCATTTTTATTACGATAAAGATCGTATTGCCTTGAACGATATATCTTTGACTATTCATGCGGGGCAAACAGTTGCTTTAGTTGGCCATACTGGAAGTGGTAAAACAACAATTGCTAATTTAATAAGTAGATTTTACGATCCAACAAAAGGGAAGGTTACAATTGATAACTATGATTTACGTGAAGTCCAATTAGATAGCTTGCGACAAAGTATAAGCGTTGTTTTACAGGATACATTTATTTTTTCAGGCACTATTATGGAAAATATTCGTTTTGGGCGGCCAGATGCGTCTGATGAAGAAGTCATTCGTGCAGCAGAAGTCGTTGGCGCTGATGAATTTATAAAGCGTATGGCGAATAGTTATGAAACGGAAGTCGAAGAGCGTGGCAATATTTTATCTGCAGGGGAAAGGCAATTGTTATCTTTTGCAAGAGCATTATTAGCTAATCCAAAAATTTTAATACTTGATGAAGCTACAGCAAGTATTGATACAGAAACAGAAGTTAAGATTCAAGCTGCTTTAGCTAGATTATTGAAAGGACGTACCGCTATTATGATTGCGCACCGTTTATCTACCATTCGTAAGGCTGATAATATATTTGTGCTTGAGAATGGACACATCTTAGAAAGTGGAAATCATGACAATTTAATGAAACAAGGTGGAGAGTACTATCATTTAGTAAAAGCACAATTTCAAATGTTAGATGCAATATAA	MAKDKSKESPSRHLQRFHYTQEQAIEKPFNWKQMWRLLAYLKPYAKTYLPAAIIAMVISTAVRLIVPILIGKVAIDVAISEQNVTLLTYLVVVIGILYLLSYAGNVFRIKWVNILGQNVIYDIRQHLFSHVQRLSHRFFDSRSAGSILVRIMNDINSLQELFTNGIINLLMDIVTLVGIIVILFVLSPKLALAIMVILPLMFYLTTKLRRTIRRSWQQVRIQQSRMNSHLNEGLQGIRITQSFSQEQENSEYFHGVNKDNFNSWKEATKKSAMFRPFVEMSNAIGTVILISYGAYLILLGENNGGIAIGTFVSFAFFVGMFWEPISRLGQMYNQMLMAMAASERIFEFLDERPNVQEKSDAHVFKDMKGEIVFDKVHFYYDKDRIALNDISLTIHAGQTVALVGHTGSGKTTIANLISRFYDPTKGKVTIDNYDLREVQLDSLRQSISVVLQDTFIFSGTIMENIRFGRPDASDEEVIRAAEVVGADEFIKRMANSYETEVEERGNILSAGERQLLSFARALLANPKILILDEATASIDTETEVKIQAALARLLKGRTAIMIAHRLSTIRKADNIFVLENGHILESGNHDNLMKQGGEYYHLVKAQFQMLDAI	PGPT0029045_492	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029045-mdlB|smdB-K18890	NA	NA
AK148_00734	1752		COG1132	Putative multidrug export ATP-binding/permease protein	GTGGACACGTTTAAAAAATTAAAGCAATATTATTGGCCTTACAGAAAACATTTTTTACTCTCTGTATTCTTCTTGTTTTTTGTAACGGTAATCACAGTTGTTTATCCGATTATATTACAGCAAACGATTGATCGCGTTGTTTTAATGGATCGCTATGAATTAATTCCGTACATTTCCGCTATTTTTTTGTTGCTAATGACTGTTAAAGGATTTGCTACTTTTTATCATCAATATTTAGGGGATTTATTTGGTATTACAGCTGTATATAAATTACGTGATGGATTATATCAAAAACTACAGCGATTATCATTTACGTATTATGATAACGCTAAAACAGGAGATATTATGTCTCGCTTAACAGCTGATGTAGAAGGATTTCGTTTTTTTCTATCTTTTGGATTTTCGGAACTATTGAGAATAGTGCTACTTATAACGATTAGCTTAGGAGTTATGTTCTATTACTCTGTTCCGCTTGCTTTAGTTACGATGGCCGCAATGCCTTTTCTGGCTATTGTTGTATATCAATTTGATAAACGTGTGCACCCAGCTTTTCGCTTAATTCGAAAATCTTATGGTAATTTAAATACGCGTGTTCAAGAAAATATTAGCGGTATGCATACGGTGAAGTCACTCTCGCGTGAGGGGTTTGAGATTGGGCGTTTTGCGGATCGTAATGATTCGTACAGGCAAAATTATTTACACACTTCGCTTATTTGGTCAAAGTACTTCCCTTTAATGGAATTTATCGGAAATTTCTGTGCAGCTGCATTGTTGGCATACGGTGGTTTTCTTGTTATTGATGGGCAATTATCCCTTGGCGCATTAATCGCTTTTTTTAGCTTAGTTTGGTATATTATGGGACCGCTTATGAACCTTGGTTTTGTTGTCAATCAGTTTTCACAAGCAAAAGCTTCTGCAGAAAGATTATTAGAAATCTTAGAAGCGGAAGAGGATATTACAGAATCTGAACACCCTATTAGAGAACCTATACACGGGCATGTAACATTTCGAAATGTTACGTTAACATATGCAGATGATGACGACGCCGCTTTGAAAAAAATTAGTTTTGATGCTCCACCCGGGAAGGTTATTGGATTAATTGGCTCTACCGGATCTGGTAAAACGAGTATTACACAACTCATTACGCGTTTTTACGAACCAATTTCTGGGGATGTACTTATTGATCAAAAGTCAGTTTCAGATTATTATCTTAAATCTTTGCGCAAAGAAATTGGCTTTGTCCTGCAAGAACCATTTTTGTTTTCCACGACAATTCGTGAAAATATTTCCTATGGTAGCCCAGGTGTAGAGGATGAGCAGATTATAGATGCTGCTAAACGAGCGCAAGCGCACGACTTTATTATGAAAATGCCACAAGGGTATGACACGATGTTAGGTGAACGTGGGATGGGTCTGTCTGGAGGACAAAAACAACGTATTGCTATTGCGAGAGCGATCTGTATTAATCCTAAAATTCTTATTTTGGATGATGCTACATCTGCAGTAGATATGGAAACAGAATTTAGGATTCAAAAAGCTTTACAAGAAGTAATGAAAGGGAGAACTTCATTTATTATAGCTCATCGAATTGCTTCGTTAAAACATGCAGATGAAATATTAGTTTTAGAAGGGGGAAAAGTCGTAGAGCGTGGTAATCATGACTTCTTAATTAAGAATCAGGGACCGTATCAACGAATTTATGATATTCAATACCAAGATAGAGAAGAAGTGATGAAGCGTCAGCACGCTTAG	MDTFKKLKQYYWPYRKHFLLSVFFLFFVTVITVVYPIILQQTIDRVVLMDRYELIPYISAIFLLLMTVKGFATFYHQYLGDLFGITAVYKLRDGLYQKLQRLSFTYYDNAKTGDIMSRLTADVEGFRFFLSFGFSELLRIVLLITISLGVMFYYSVPLALVTMAAMPFLAIVVYQFDKRVHPAFRLIRKSYGNLNTRVQENISGMHTVKSLSREGFEIGRFADRNDSYRQNYLHTSLIWSKYFPLMEFIGNFCAAALLAYGGFLVIDGQLSLGALIAFFSLVWYIMGPLMNLGFVVNQFSQAKASAERLLEILEAEEDITESEHPIREPIHGHVTFRNVTLTYADDDDAALKKISFDAPPGKVIGLIGSTGSGKTSITQLITRFYEPISGDVLIDQKSVSDYYLKSLRKEIGFVLQEPFLFSTTIRENISYGSPGVEDEQIIDAAKRAQAHDFIMKMPQGYDTMLGERGMGLSGGQKQRIAIARAICINPKILILDDATSAVDMETEFRIQKALQEVMKGRTSFIIAHRIASLKHADEILVLEGGKVVERGNHDFLIKNQGPYQRIYDIQYQDREEVMKRQHA	PGPT0029040_1318	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029040-mdlA|smdA-K18889	NA	NA
AK148_00735	426	ykuV	COG0526	Thiol-disulfide oxidoreductase YkuV	ATGCGTTTAGGTCAACAAATTCCCGATTTTGATACCACTTGTGAATGGTTGAATAGTGAACCTTTGTTAATAGGTGATAAACCTACTTGTTTTCATTTTTGGTCTATTAGTTGTGTTCTATGTAAACAAGCGATGCCGCATTTTATAAAGCTTTGTAATGAATATAAAAGTAAAGTACAATTTATTTCATTTCATACGCCATTATCTGATACAGATAACAACTTGTTTGAAATTAATAAAGTGGTGGAAGAACAGGAGTTGAAAGTCCCTATAGCTGTGGATCATAATGAAAGGATTTCGGATGCATTTCAAGTAACATATGTTCCAGCCTACTATGTATTTGATGAATTTGGAAAATTACGTCATATCCAGCGTGGTAAAACAAATGTAAGTATGCTTGAGAAAAATATTTTGCGTATGATCTAG	MRLGQQIPDFDTTCEWLNSEPLLIGDKPTCFHFWSISCVLCKQAMPHFIKLCNEYKSKVQFISFHTPLSDTDNNLFEINKVVEEQELKVPIAVDHNERISDAFQVTYVPAYYVFDEFGKLRHIQRGKTNVSMLEKNILRMI				NA	NA	NA	NA	NA
AK148_00736	150			hypothetical protein	ATGCAGCTTACTGTGATTGTTGTGGTAATTTCTGGTCAAGACAAAGATGTAATGGGAGTTATGCAGGCGGAAATAGCAGGCGCTGTTATTAACGCACAAGGTATGAATACAGAAGAGGTGTGTAATGTAGTGAATCAAAAAGTTGTTTGA	MQLTVIVVVISGQDKDVMGVMQAEIAGAVINAQGMNTEEVCNVVNQKVV				NA	NA	NA	NA	NA
AK148_00737	1116		COG1473	N-acetyldiaminopimelate deacetylase	ATGTTAGATTTACAACAAATTCGTCGTAAATTACACCAAATACCTGAGCTTGGTTTTCAAGAAAAGAAGACCCAGCAATACTTGTTGGAAATTATAAAAACGCTAGAAACGGATAAAGTATCTATCAAGTTATGGGAGACGGGTATTCTCGTATTTGTGGAAGGTAAGGCCCCAACAAAAACAATTGGTTACCGAGCAGATATGGATGGCTTACCAATAACTGAGCAGACAGGGCTCTCTTTTTCATCGGAGCATGACGGAAAAATGCATGCGTGTGGTCACGATTTTCACATGACCATTGCTTTGGGGGTATTAGAGAAGATTATCTTAAAACCAATGAACGATCATTGCTTATTCATCTTTCAGCCAGCAGAGGAAGGGCCTGGCGGAGCATTACCATTACTTCAATCGGAAGCATTTCAGCCATGGCGTCCAGACATCGTATTTGCATTGCATATTGCTCCTGAATTGCCAGTAGGAACAGTTGCTAGTAAACCTGGTTTACTGTTTGCAAATACAAGTGAATTGTTTATTGATTTTGCTGGGAAAGGCGGGCATGCTGCTTATCCTCATTTAACGAAAGATATGACAGTGGCTGCCAGTAGTTTTGTGGTTCAGATGCAACAAATTGTTTCTAGAAATGTAAATCCACTTGAAGCATCTGTTGTTACAATCGGTAAAATGGAAAGCGGATTTGTCCAAAATGCGATTGCTGAGACTGCCCGTTTAGAAGGGACTATTCGCACACAACACCCTGATAGTATAAATATAGTTAAAAATCAATTAGAGAAACTGATGAAAGGGTTTGAGATTGCTTACGATTGTAAGATTGAAGTGGATTATGGAGCGAACTATTATCAAGTTTATAATCAAGCTGAACAAGTAAAGGAATTCCGTCAGGCATTAGCTGGTAGTAATGTGCATTATCAAGAAGCAGAAGCCGCTATGACTGGTGAAGATTTTGGATATATGCTCAAAGAAATACCAGGTTTTATGTTTTGGCTTGGGGTAGACTCTGCCTATGGTTTGCATCATGCACAATTAAATCCAGATGAAGCTGCTTTAAACGTTGGCGTGGAGGCTGTTCATTTAACTTTTTCCAAACTTTCTCAATAA	MLDLQQIRRKLHQIPELGFQEKKTQQYLLEIIKTLETDKVSIKLWETGILVFVEGKAPTKTIGYRADMDGLPITEQTGLSFSSEHDGKMHACGHDFHMTIALGVLEKIILKPMNDHCLFIFQPAEEGPGGALPLLQSEAFQPWRPDIVFALHIAPELPVGTVASKPGLLFANTSELFIDFAGKGGHAAYPHLTKDMTVAASSFVVQMQQIVSRNVNPLEASVVTIGKMESGFVQNAIAETARLEGTIRTQHPDSINIVKNQLEKLMKGFEIAYDCKIEVDYGANYYQVYNQAEQVKEFRQALAGSNVHYQEAEAAMTGEDFGYMLKEIPGFMFWLGVDSAYGLHHAQLNPDEAALNVGVEAVHLTFSKLSQ				NA	NA	NA	NA	NA
AK148_00738	720	dapH_2	COG2171	2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-acetyltransferase	ATGAAAATGATGGATGGAAACGAGATTATTAATTTTATTTCGAATAGTAAGAAAAGCACACCTGTAAAGGTATATATAAAAGGAAAAGGTTTAGATCGTTTATCTGCGGATAACTCAATCCAAGCTTTTATAGAATCAAAGAGTGGCGTCTTGTTTGGTGAATGGGATGACATTCAAAAGTTACTTGAAGAATCTAAAGATATGATTCACGATTATGTCATTGAAAACGATCGTCGTAATTCAGCTATTCCATTACTGGATTTAAAAGGAATTAATGCTCGTATTGAACCAGGTGCAGTCATTCGAGACCAAGTTGATATTGGTGACGGTTGCGTGATTATGATGGGAGCAATGATTAATATTGGCTCCGTTATTGGTGAAGGTACAATGATCGATATGAATGTTGTGCTTGGTGGACGAGCTACAGTAGGTAAGCATTGTCATATTGGTGCTGGAACAGTGCTAGCAGGGGTGATTGAGCCACCATCAGCAAAACCAGTGATTGTTGAAGATAATGTAGTTATTGGTGCAAACGTTGTTGTTTTAGAAGGTGTTACTATTGGCAAAGGCGCAATCGTTGCTGCAGGTTCAATTGTAACAAAAGATGTAGCGCCAAATACGCTTGTAGCTGGAACGCCTGCGCGGGTATTAAAAGAAATTGATGAGAATACGAAGTCAAAAACGGAAATTAAACAAGAACTTCGTAAACTAAATGACTAA	MKMMDGNEIINFISNSKKSTPVKVYIKGKGLDRLSADNSIQAFIESKSGVLFGEWDDIQKLLEESKDMIHDYVIENDRRNSAIPLLDLKGINARIEPGAVIRDQVDIGDGCVIMMGAMINIGSVIGEGTMIDMNVVLGGRATVGKHCHIGAGTVLAGVIEPPSAKPVIVEDNVVIGANVVVLEGVTIGKGAIVAAGSIVTKDVAPNTLVAGTPARVLKEIDENTKSKTEIKQELRKLND				NA	NA	NA	NA	NA
AK148_00739	441	ykuL	COG0517	CBS domain-containing protein YkuL	ATGAGCATGTTGCAAAATCATTATTTAACAGACATTACGTTAGGCGAAATAATGATTCCTTCCGAAAAAGTCGCACATGTTCAAGTTAACAATCCGCTAGAACATGCTTTGCTCGTATTAGTAAAGTCAGGGTATTCAGCTGTTCCTGTTTTGGATCCATCATATAAGTTAGTTGGCATTATTGGTAAAACGACGATTTTAGATCAAATACTAGGTTTGGAACGATTTGAATTCGAACGTCTGTCAACGATAGTGGTAAAAGATGTATTGAATGAAGATATCCCTTGTTTAACAAAAGAAGATTCTTTGATGAAAGGTTTAAACGCTGTCATTAATCATCCATTTGTTTGTATTGCTGATAAGGATGGATATTTTGATGGAATTTTAACACGGAGAGCAATATTAAAGCAGCTTAAAAAAGATATGTATGCTGCAAAATAA	MSMLQNHYLTDITLGEIMIPSEKVAHVQVNNPLEHALLVLVKSGYSAVPVLDPSYKLVGIIGKTTILDQILGLERFEFERLSTIVVKDVLNEDIPCLTKEDSLMKGLNAVINHPFVCIADKDGYFDGILTRRAILKQLKKDMYAAK				NA	NA	NA	NA	NA
AK148_00740	303	czrA_1	COG0640	HTH-type transcriptional repressor CzrA	ATGGACTATCAGCCAATTGATGAGCAATTACTTGACGTTGTATCGCAAACATTTAAAGCTTTATCTGACCCAACGAGAATAAAAATTCTACACTTGCTGTTTCATAAAGAATGTTCCGTTAATGAAATTGCAGAAAGACTGGAAATGCACCAGTCATCAATCTCCCATCAACTAAAGTATTTAAAACAATTACGTTTGGTTAAAAACAGACGCGAAAAGACAACCTATTATTACTCACCAGACGATTACCATGTGATGAATGTTTTGGCACAAACAATTGAACATACGAAACATATTAGCTAG	MDYQPIDEQLLDVVSQTFKALSDPTRIKILHLLFHKECSVNEIAERLEMHQSSISHQLKYLKQLRLVKNRREKTTYYYSPDDYHVMNVLAQTIEHTKHIS	PGPT0004305_321	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZINK_HOMEOSTASIS,PGPT0004305-czrA|yozA-K22043	NA	NA
AK148_00741	915	czcD	COG1230	Cadmium, cobalt and zinc/H(+)-K(+) antiporter	ATGGCACAAGAGCATAATCATAGCCATGGCCATCATCATGGAACGAGCAACAAGAAAGCTCTTTTATTCAGCTTTATATTAATAACATTTTTCATGGTTGTTGAAGCAGTCGGAGGGTTTTTAACAAACAGTCTTGCACTTCTTTCAGATGCTGGACATATGCTAAGCGATGCAGCAGCACTTGGCTTAAGCTTATTAGCATTTAAAATTGGCGAACGACAAGCTAATACTTCTAAAACTTATGGGTACAGACGATTTGAAATAATTGCTGCGTTTATAAACGGTGTAACGCTAATCGTTATTTCCATCTATATATTTTATGAGGGATTTCAACGTTTTATGGAGCCGCCAAATGTAAGTGCAAGTATGATGATTATTGCAATCATTGGGCTGATTGTAAACATTATTGCAGCTTGGGTACTGATGAAGGGAGATTCACAGGAAAATCTGAATATACGAAGCGCCTTACTTCATGTTTTTGGTGATTTATTAGGTTCTATCGGCGCTATTATTGCAGGTATTCTTATTTTGCTTTTTAACTGGAATATTGCAGACCCCATTGCCAGTGTTATTGTTGCATTTTTAATCGTTATATCTGGAATTCGAATAACAAAAAATTCCGTTCACATTTTAATGGAAGGTAAACCGTCACATGTTGATGTTACAGAAATTAAGAAACAACTACTGGAACTTCAAGGTGTTGAACACGTCCATGATTTACATGTATGGTCTATCACCTCCGAATTTCCTGCACTAAGCTGCCATCTTGTAGTACAAGATTCTATTGATCGTGACAACCTACTTATGAAGGCAAACGATTTATTAAAGAAAAATTTTTCCATTTCTCATTGTACTTTGCAACTTGAAGGAGAAAATGCAAGAATTCAAGAGGATTGCGAGGACTGTTCTCATTAA	MAQEHNHSHGHHHGTSNKKALLFSFILITFFMVVEAVGGFLTNSLALLSDAGHMLSDAAALGLSLLAFKIGERQANTSKTYGYRRFEIIAAFINGVTLIVISIYIFYEGFQRFMEPPNVSASMMIIAIIGLIVNIIAAWVLMKGDSQENLNIRSALLHVFGDLLGSIGAIIAGILILLFNWNIADPIASVIVAFLIVISGIRITKNSVHILMEGKPSHVDVTEIKKQLLELQGVEHVHDLHVWSITSEFPALSCHLVVQDSIDRDNLLMKANDLLKKNFSISHCTLQLEGENARIQEDCEDCSH	PGPT0004255_2189	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COBALT_RESISTANCE	COBALT_RESISTANCE-COBALT_TRANSPORT,PGPT0004255-czcD|zitB|yrdO-K16264	NA	NA
AK148_00742	855	lpxG	COG1408	UDP-2,3-diacylglucosamine pyrophosphatase LpxG	ATGAATAGAAGATCTTTTCTAAAAAAATCCCTCGGTAGTTTATTTACTTTGTTAGGTTTAAGTGGAGGAACGTTTTACTACGCTAAAGATGTCGAACCCATTTTACTCCACGTAAATAAAAATACGGTTGAGTCTAGTAAAATTCCAAAAGCGTTTGACCAATTCAAAATCGTTCAATTTTCAGATACGCATATTGGTTTTCATTACACATTAGAACAATTAAAAGAACTAGTAACAAAAATCAATGGGTTACAAGCCGATTTAATTGTGTTTACTGGTGACCTAGTAGATGAGCCTCAAAATTTTCATTGGGATAATACCATTATTGATATATTGAAAGAGTTGCAAGCAACTAAAGGAAAGTTTTGGATTTACGGAAACCATGATCATGGTGGGTATGGAACCGAAGTTGTTTATAATGTAATGGAAAAAGCAGGGTTTCAACTATTGCAAAATAATAGTGTTTCCATTAAATTAAAGGATGCTGCATTTAATTTAGCTGGCATTGATGATTTGATGTTAGGTAAACCAAATATTAACCAAACTCTAGCGCAAGTGAATACGAACCTCTTTACCGTTTTACTGGCCCATGAACCGGACTTCGCAGATAAAGCTAAAAACCATCCAATAGACATGCAGCTATCAGGACACAGTCACGGTGGGCAAATTCGCTTTCCATTCATAGGTCATCTTTACAGCCCAGCATATGCAGAAAATTATGTACAAGGAAAATACACCTTGAATGAAGGCCGGTTTCAGTTGTTTGTCAGCAGCGGTATAGGTACAACTCGACTCCCCTTTCGATTTCTATGTAAACCAGAAATTAATATGTACACATTGAAATCAAAGGTTTAG	MNRRSFLKKSLGSLFTLLGLSGGTFYYAKDVEPILLHVNKNTVESSKIPKAFDQFKIVQFSDTHIGFHYTLEQLKELVTKINGLQADLIVFTGDLVDEPQNFHWDNTIIDILKELQATKGKFWIYGNHDHGGYGTEVVYNVMEKAGFQLLQNNSVSIKLKDAAFNLAGIDDLMLGKPNINQTLAQVNTNLFTVLLAHEPDFADKAKNHPIDMQLSGHSHGGQIRFPFIGHLYSPAYAENYVQGKYTLNEGRFQLFVSSGIGTTRLPFRFLCKPEINMYTLKSKV	PGPT0022365_3395	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022365-lpxG-K07098	NA	NA
AK148_00743	465			hypothetical protein	ATGAATGAATCAGAGCAACTTGACGATCTAGCAAAAGCAATTTATACAGTTAACCGACACGCGAAAACAGCTCCTGATCCAAAACACTTATATTATATAAAAAAAGCAACGATAAACGAGTTACTTAAAAAAAAGTTAGCCAAAAAGGTCGGTTTGCACTTCTCTAAACACCCTAAATATAGTAATCAGCATTCCACTCTACTCGTTCAAGTTGCTAATTACTATTTTCATATACCTCCAACGAAAGATGATTTCAAAGAATTACAGCATTTAGGAGAATTGGATGAAAGTTACCGTAACCCTCAAACAAAAATGTCTTTATCACAAGCAAAAAAAATAATTTACAGTTATTTGAATTGGAAATCTTCTCAAAAAACAAAAAAGGTTAGCAAACGAAGCTCAGCCTATTACACTCCATCATCTTTAGGTAAAATGAACTGGGCAAAAAAAACACATCATCATTGA	MNESEQLDDLAKAIYTVNRHAKTAPDPKHLYYIKKATINELLKKKLAKKVGLHFSKHPKYSNQHSTLLVQVANYYFHIPPTKDDFKELQHLGELDESYRNPQTKMSLSQAKKIIYSYLNWKSSQKTKKVSKRSSAYYTPSSLGKMNWAKKTHHH				NA	NA	NA	NA	NA
AK148_00744	204			hypothetical protein	ATGACAGAATATAGTGATTTCATGTATGAACTTCATAAGTATGCTACGCAAACCCATGCTTTAAAAGACAAATTTGAAAAACTATCAGCAGAAGAAAAACAAGTTGTTATCCATGCAGCTCCAGAAGAAATTACCAATCCAGAGCGGATCCACCATCCTATATTTCAATGGCTTGAAAATCTTCAAAATAAAAACAGCAGATAG	MTEYSDFMYELHKYATQTHALKDKFEKLSAEEKQVVIHAAPEEITNPERIHHPIFQWLENLQNKNSR				NA	NA	NA	NA	NA
AK148_00745	321			hypothetical protein	ATGGATTCCATTTTAGAAATAGTAGACCCATCAAGACTGGATAGGAAGTATTGGTATATCATTTTTTTAGTTAGTTTGTTCAGCTTTATTTATTTTATTTCACGGTCATTTATTCGTTGGATAATTCATCGTAAAGCCTTGTTACTTCTTTCTTATATTATTGTTAGTTTATTCGTTCTCTCTACCTATTTTGCAATTAGCTTGCTAAATGGTGGAATTAATAATAGCTTTTTTCTGTCGTTTCCGCTGATTATGCAATCATTAGCTACTTTTGGTTTAATACTAATTCTTAAAGCTATGATCAGAGGTTGGTTAAAATAA	MDSILEIVDPSRLDRKYWYIIFLVSLFSFIYFISRSFIRWIIHRKALLLLSYIIVSLFVLSTYFAISLLNGGINNSFFLSFPLIMQSLATFGLILILKAMIRGWLK				NA	NA	NA	NA	NA
AK148_00746	117			hypothetical protein	ATGGGATTATGGGGTACGATTGGATGGTATGTGAAACAACTCTATGATTATGGATTCTCCCCTATAGCGATAGTTATTTTACGAGCGTGGACAGCAGCCAATAATGCTGGTTGTTGA	MGLWGTIGWYVKQLYDYGFSPIAIVILRAWTAANNAGC				NA	NA	NA	NA	NA
AK148_00747	189			hypothetical protein	ATGCTGGTTGTTGACTTACTTCTGTTTGCTAAAGAGCAATTAGAATTGCGAACTATAAAAAATTTCCAATATGGTCTTGGATTTTTACCAACTGCTTTTGCGTATATTATTTATACGTGTGGGTTAAAAGATATTGAAGCCTCCAAGGCATCTATTTTAACCACGGTTGAACCAGTAGTTGCTAGATAA	MLVVDLLLFAKEQLELRTIKNFQYGLGFLPTAFAYIIYTCGLKDIEASKASILTTVEPVVAR				NA	NA	NA	NA	NA
AK148_00748	156			hypothetical protein	ATGAGACCTAAAACGTTAAATTTTGAGCAATTAGTAAAGAGAAATAAGCAAGAATTGCTTGAAGATGAGCATAGTATATCGCGGATTGAAAAGAAGTTAGAAAGCAAACAGATCGAACTAGTAGAAAAAAAGCGAGATAAAAAAGTAAGTTTATAA	MRPKTLNFEQLVKRNKQELLEDEHSISRIEKKLESKQIELVEKKRDKKVSL				NA	NA	NA	NA	NA
AK148_00749	1164	dapX	COG0436	putative N-acetyl-LL-diaminopimelate aminotransferase	ATGCAGCACTTATTGAATAAACATGTACAAGAAATAGAAATATCAGGCATTCGTAAATTCTTTAATATGGTTTCAACGGAAGACGATATTATATCTTTAACTATAGGTCAACCAGATTTTCAAACTCCTGAACATATTAAACAAGCATCTATTCAAGCGTTAATGTCCAACCAAACATCTTATACACATAACGCTGGTATACTCCCATTACGTAAAGCTATTTCTCATTTCTACGAATCAAACTATGAACTGTCTTATTCGCCTGAAAATGAAGTCATCGTCACTGTAGGAGCTTCACAAGCTATCGATATCACCTTTCGTACCATTTTAAATCCTGGTGATGAAGTATTGCTACCTGCACCCATATATCCTGGCTATGAGCCTTTAATTCGTTTGGCTGGTGCTATTCCTATCTATATGGATACAACGAAAACAAATTTAAAATTGACAAAAGAAATTTTAAAGCAACATATTACGTCCAAAACCAAATGTGTTATTCTTCCGTACCCATCCAATCCAACTGGCATGTCTTATAACAAAAAGGAATTAGCAGGATTTGCAAATGTATTAAAAGACCAACAGTTGTTTGTGTTGGCTGACGAAATCTATAGTCAGCTTTCTTATGACTATCCACATACTTCCATTGCGAGCTTTTCCGGTATGAAGGAAAAAACGATTGTCATTAATGGGGTATCCAAATCGCATTCCATGACAGGTTTTCGAATTGGGTACACACTTGCCCCAGACTGGATTTCTAAACAGTTGATAAAAGTGCATCAATACAATGTGTCTTGTGCGACTTCTATCAGCCAATATGGAGCATTAGAAGCATTAACTGAAGGATTAGAGGATACAAAAATAATGAAAGCAGCTTACCATGAACGAAGAGACTACGTATACGATAGATTACAAAAAATGGGGTTACATTGCCCAAATCCAAATGGCGCTTTTTACATGTTTCCTTATTTTCCATTCACAAATAGTAGCTCATTCACGTTTGGACTAGATTTGGTTAAACAAGGACGAGTTGCTTTAGTTCCTGGTGACAGCTTCTCGAAATTAGGAGAAGGATATATGCGACTTTCTTACGCCTATGATAAGCATACACTAAATGTAGGACTCGATCGTTTAGAAGCATATTTACAACAACACCCATTAGACTAA	MQHLLNKHVQEIEISGIRKFFNMVSTEDDIISLTIGQPDFQTPEHIKQASIQALMSNQTSYTHNAGILPLRKAISHFYESNYELSYSPENEVIVTVGASQAIDITFRTILNPGDEVLLPAPIYPGYEPLIRLAGAIPIYMDTTKTNLKLTKEILKQHITSKTKCVILPYPSNPTGMSYNKKELAGFANVLKDQQLFVLADEIYSQLSYDYPHTSIASFSGMKEKTIVINGVSKSHSMTGFRIGYTLAPDWISKQLIKVHQYNVSCATSISQYGALEALTEGLEDTKIMKAAYHERRDYVYDRLQKMGLHCPNPNGAFYMFPYFPFTNSSSFTFGLDLVKQGRVALVPGDSFSKLGEGYMRLSYAYDKHTLNVGLDRLEAYLQQHPLD	PGPT0007150_528	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007150-patA-K00841	NA	NA
AK148_00750	180			hypothetical protein	ATGAATACGACAGATGAATTATTAAAACGTATAGAATATTTACGGTACCGAATGGCAGAAGTTGCTCTAGAGAAAGGCTTTACTAATTTAGAAGCTATTGAATTAAGCCAAGAATTAGACGAGTTACTAAACAAATATGATATAGAAAGACAAATCCAATCAAGGCATATGAAATATTAG	MNTTDELLKRIEYLRYRMAEVALEKGFTNLEAIELSQELDELLNKYDIERQIQSRHMKY	PGPT0024640_89	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_0_SPORULATION,PGPT0024640-spo0E-K06376	NA	NA
AK148_00751	525	sipT	COG0681	Signal peptidase I T	GTGACAAAATCAAACAAGAAAAATGAATGGATAGAATGGGCAAAAGCCATTATTATTGCAATTTTAATTGCTTTCTTTATAAAAACATTTATTTTTGCAACATCTATTGTTGATGGAGAAAGCATGGATCCCACTCTCCAAAACGGAGAAAGAGTAATTTTTAATAAACTTATATATATTCTTGATGAGCCAGAACGCGGAGACATTGTTATTATTGAAAAACCTTATAAAAATTATGTGAAACGTGTTATTGGACTGCCTGGGGAAACAATTGAAATAAACGATGGTAGTCTCTATATAAACGGGGAAAGATATGACCAAACTTTTCTAAGTGAAGAGGTGCAACGTCAATCTGGGAATTATGGGCCGGAAAAAATTCCTGAAGGCAGTTATTTCGTAATGGGTGATAATCGTGCCATCAGCAAGGATAGTCGTAATGGATTAGGTTACATCGAAGAAGATGAAATTATTGGACGGTCAGAGTTTGTAATTTTTCCATTTGATCAATGGACACTAACAAGATAG	MTKSNKKNEWIEWAKAIIIAILIAFFIKTFIFATSIVDGESMDPTLQNGERVIFNKLIYILDEPERGDIVIIEKPYKNYVKRVIGLPGETIEINDGSLYINGERYDQTFLSEEVQRQSGNYGPEKIPEGSYFVMGDNRAISKDSRNGLGYIEEDEIIGRSEFVIFPFDQWTLTR				NA	NA	NA	NA	NA
AK148_00752	90			hypothetical protein	ATGGGAAATATGGAAATTGCATTTGCGGTTATTTGTTTCGCCATTTTAATACTGAATCTTGGTTATTGTGTATTTGACAGTGAAAAGTAA	MGNMEIAFAVICFAILILNLGYCVFDSEK				NA	NA	NA	NA	NA
AK148_00753	1158			hypothetical protein	ATGCTTCATTGTCCTTATTGTAGCACTCTAACAAAAGAAAATGAGACGTATTGTATGAAATGTGGAAGAATGCTTCCTGAAGATAGATATCATCGACTTAGTAGTAAACCAAACTTTTTTACACGGTGGAAATCGCCAATACTATCTACGGTTATTTTATTATTTTTTGTTATTTCTTTATATATCACTTTGGAAATGCGTACAGCGAAAGCTAAAGATTATTACACAAAAGGCGAAGAAAAGGTTCTGGATCAGGATTTTAAAACAGCACAGTCTTTATTTCAAGACGCCCTTGATATGAAGGATAATTTCCAACAAGCCGAAATTTCTTTAGCGTTTATGAATCAAGCCTTGTCCATGGAACAAACATTACAAAAAACGGAACAATTGCTTAAAGAGAAAAAATATACACAAGCCTTAGAAATTTTAAATGAATCAGAGAAAGGTTTGCAAGATTATAATGGTGAAGCTGTAAACCAAATGGTTGAACGGGTTACAAAACAAAGGAACAAGATTAATATAGAGAAATTAGAACATGCACTAAAACAAAAACCAGAAATAGATCAATTAAAAGTATTGCTTTGGGACGCTGTGTCTATTGAAACAGAGGAAGCTGAACAGTTAACTGCTACTATACGTGAGCAAATTGTTAATTATGTGTTTGCTAAAGCAAGTGAGCAATTAAAGAACAACCAATTTAGTGATGGCAATCTTATCGTCAAAGACGGATTAAAATATGCACCAGATTCAGAAAAGTTGTTAAGCTTACAAACAACGATTGATAAAGAAAAAGTAGCCTTTGAAACTGCACAGCAAAGTAGAATAGAACAAGCAATGAGTACAGCAAATAAGGAACAGCAAATGAATGAATCTGATGCTATTAAACTGAAACAAATGGAAACAACCAAGGATGATCAAGGAAACCTTGTCGTAAAAGGACAAGTACAAAGCGTTGCAACTATTCCTATTAACTCCATTAGAGTGCAATATAGCATTACTACGAATGAGGGGGAAACATTATTGACAAACGAAGTATACGTATACCCAGAAGAATTATACCCCGAAGAAACAGGTCACTTTGAATTTACCCATTATGATGTAAATATGAATCAAGCGTTAACAGCTGAAGTGGAGACGATAGCTTGGTATACGAAATAA	MLHCPYCSTLTKENETYCMKCGRMLPEDRYHRLSSKPNFFTRWKSPILSTVILLFFVISLYITLEMRTAKAKDYYTKGEEKVLDQDFKTAQSLFQDALDMKDNFQQAEISLAFMNQALSMEQTLQKTEQLLKEKKYTQALEILNESEKGLQDYNGEAVNQMVERVTKQRNKINIEKLEHALKQKPEIDQLKVLLWDAVSIETEEAEQLTATIREQIVNYVFAKASEQLKNNQFSDGNLIVKDGLKYAPDSEKLLSLQTTIDKEKVAFETAQQSRIEQAMSTANKEQQMNESDAIKLKQMETTKDDQGNLVVKGQVQSVATIPINSIRVQYSITTNEGETLLTNEVYVYPEELYPEETGHFEFTHYDVNMNQALTAEVETIAWYTK				NA	NA	NA	NA	NA
AK148_00754	1149			hypothetical protein	ATGATAAAAAATAAATATATCCCGGTTATTTTATCAAGTATTATACTTCTCATCGGCTTTATTCTACTTATTACTATGTATCAACAATGGAAACAGGAGCGTGTAGAAATTAGCAACCCTGTGCTTAACCAAATAACTACAAGTAATGAGAAGCTTAATTTAAAGTCCATCATTCATGAAGCAGAAAAAAATGTGATTCAAATTGAAAGTCAAACAGAAGACAGTAGTTTGACAGGTTCGGGATTTCTTTATAATAAACAAGGCGATATTATAACGAATGCACATGTTATTAAAGATGCAAATGTAATTTATGTAAGAACAGCAGATGCGCAAATCTATCCAGCCGCTGTTGTCGGGGTAGGAAAAGAGACAGATATTGCTGTCATTCGCGTCCCTCAGCTTGCTGGAGCGTTTATGAATGTAGAAAAAAATAAATCCCCGGAAACGGGAGATGAAGTCATTGCCTTAGGTAGTCCGCATGGCTTTCAAAATACAGTTACTCTAGGAATTATATCCGGACAAGAACGGGATTTTTCTGTAGACGGCTTTCATTATGAAAACGCCTATCAAATCTCTGCTCAAATTGCAGAAGGAAATAGCGGTGGCCCCTTAATTGACCGTAAGACTGGAAATGTTATTGGTATTAATTCTGTAGGGACAAAAGATGGATCGATTGGTTTTAGCATTCCAATAAAAGATGCCATTAAACAAATTGAGGCATGGTCAAACGAAGCAAAGACGGAAGCATTGAACTTTGCCAGCACTTCTAACCTTATAAATAAGAAAGACCCTAAGAAATTAAAAGAGGACGCAGAGTATTTAATTACCTACTTCCTTGATAGTATTGAACTGCGAGATTACGTAAATGCTTATGCATTATTAGCAAATGATATGCTTTCTAAGACTTCATATAAAGATTTTAGGAATGATTATGTCGATTTTATTAACGTAACTTTTGATGAGCCCAAAAGCAACATCACCGAAGATAATCAAGTGCAATCTACATTGAGTGTAACCATTGACAAGCGAGTAGAAGATAAAGATAAATCCGAAAAAGGGTTGTACGAGTATACATTTACTACAAAATACGAGAATGATCAACTAAAAATTTCTAGCATTAAAGTTAACAAACCAAAAAATAAAAGTTGA	MIKNKYIPVILSSIILLIGFILLITMYQQWKQERVEISNPVLNQITTSNEKLNLKSIIHEAEKNVIQIESQTEDSSLTGSGFLYNKQGDIITNAHVIKDANVIYVRTADAQIYPAAVVGVGKETDIAVIRVPQLAGAFMNVEKNKSPETGDEVIALGSPHGFQNTVTLGIISGQERDFSVDGFHYENAYQISAQIAEGNSGGPLIDRKTGNVIGINSVGTKDGSIGFSIPIKDAIKQIEAWSNEAKTEALNFASTSNLINKKDPKKLKEDAEYLITYFLDSIELRDYVNAYALLANDMLSKTSYKDFRNDYVDFINVTFDEPKSNITEDNQVQSTLSVTIDKRVEDKDKSEKGLYEYTFTTKYENDQLKISSIKVNKPKNKS	PGPT0015105_5944	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
AK148_00755	147			hypothetical protein	ATGGGATTCGGATATGGCGGAGGCTGTGGAAACCCAGGCTACGGTGGTTATGGCTACGGTTACGGTTGCGGAACTGGTAGCAACTTTGCGTTAATTGTGGTGCTTTTTATTTTATTAATCATTGTAGGTGCTGCATTTTACTGTTAA	MGFGYGGGCGNPGYGGYGYGYGCGTGSNFALIVVLFILLIIVGAAFYC				NA	NA	NA	NA	NA
AK148_00756	1365	ktrB_1	COG0168	Ktr system potassium uptake protein B	ATGCATTACCAAAAACCAATTGTTCGCTGGGCAAGGAAGTTATCGCCGGTCCAGATTTTGTTATTGTTCTATTTTTTTGCAGTACTATTTTCAACTGTGATTTTATCTTTACCGATTGCGCATCAGGATGGGGTGGAAATACCTTTTATTGATGTATTATTTACAGCTGTAAGTGCTTTAAGTGTAACTGGTCTAAGTTCCATACCAGTAGCAGATACATTGAGTACTACAGGAATTATTTTACTTGCTAGCATTCTTCAGCTTGGGGCTGTAGGAGTAATGGCTATCAGTACATTTATATGGCTGTTGCTAGGAAAAAAGATTGGGCTAAAAGAAAGACGCTTAATCATGACGGATCAAAACCAATCCACGTTCGGAGGAATGGTGCGGTTAATTAAGCAAATCGTGTATGTATTACTAACAATAGAGTTAGTCGGCTTTCTTGTTTTAGGGACGTATTTCCTACAATATTTTGACTCAGCTAAAGAAGCTTACTTACATGGTATGTTTGGAACGATTAGTGCTATATCTAATGGGGGGTTTGATATTACTGGATCATCTTTAATCCCTTTTAAAGATGATTATTTTGTACAGTTTATAAATATGTTGTTAATTATCTTTGGAGCTATTGGCTTCCCAGTACTAATTGAAGTAAAGGAATATTTATTTGCTGACTCGGATAAGCGTAAATTTATTCGTTTCAGCTTGTTTACAAAAGTTACGACCAGTACCTTTTTAGTTTTAATCGTTATTGGGGCAATTGGTATGTTTGTCCTTGATTTTCTCCACTTTTTTGCAGATAAATCTTGGCATGAAATTTTATTTTACTCTTTGTTTCAATCTATAACAACTAGAAGTGGCGGTCTGTCAACCATGGATGTTAGTTTGCTTTCAGAACCTAATCATTTGTTTATGTCGCTTTTAATGTTTATTGGAGCTTCCCCGAGCAGTGCTGGGGGAGGTATTCGAACAACGACCTTTATTTTAGTTGTTATTTTTATAGCAACATATGCTAGGGGGGGGAGAAGTATTCGGTTATTTAAGCGAGAGGTGTATGATGAAGACTTATTAAAAGCCGTTACGGTTACTCTAATGGCTTTGATACTTGTTTTTACTTCTATTATCTTCATATCGGTAGTTGAGCCGTTTACACTAACAGAAATTCTGTTTGAAGTGACATCGGCTTTTGGAACTGTGGGGCTTTCATTAGGGATAACCAGTGAATTAACATCATTTAGTAAACTGATCTTAATGTTCTTAATGTTTATTGGACGAGTAGGTATTATTACGTTTTTATTTATGTTTCGTTCAAACAAACAGAGTGGTAATTATCATTATCCGAAAGAAAAATTAATTATCGGGTAA	MHYQKPIVRWARKLSPVQILLLFYFFAVLFSTVILSLPIAHQDGVEIPFIDVLFTAVSALSVTGLSSIPVADTLSTTGIILLASILQLGAVGVMAISTFIWLLLGKKIGLKERRLIMTDQNQSTFGGMVRLIKQIVYVLLTIELVGFLVLGTYFLQYFDSAKEAYLHGMFGTISAISNGGFDITGSSLIPFKDDYFVQFINMLLIIFGAIGFPVLIEVKEYLFADSDKRKFIRFSLFTKVTTSTFLVLIVIGAIGMFVLDFLHFFADKSWHEILFYSLFQSITTRSGGLSTMDVSLLSEPNHLFMSLLMFIGASPSSAGGGIRTTTFILVVIFIATYARGGRSIRLFKREVYDEDLLKAVTVTLMALILVFTSIIFISVVEPFTLTEILFEVTSAFGTVGLSLGITSELTSFSKLILMFLMFIGRVGIITFLFMFRSNKQSGNYHYPKEKLIIG	PGPT0002735_3834	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002735-trkG|trkH|ktrB-K03498	NA	NA
AK148_00757	411			hypothetical protein	ATGAAGACATTTAAACTAAAATTATTAAATATCATGGAAGAAAAAACCGGAGAGATCATTCCTAATCAGATACCGTTATTAGACGGTTTAATTATTGATCGTGAGGATGAAAACAATCAGTGGACGATCGAAGTGTATACGGATAATTCATTTCAACCTTATTTTGAATTTTTGCAAAAAACAAAGTCGGAAATCTTAGTTCAAGTAAAAATTTCTAAAGAAAGCAATGACTTGGCTACATTCATCACTTCGATTATAGGGATAAATGAAATAGGATCTAATATTAATATTTTATTTGTGGGAAATATTGTCGACAAAAGAAAAGAAAATATTGAATTCTTATTAACTACATTAATTGAGGAAGGATACCAAGGTAAAGAATTGCTAGAGAAATTTAAGGAATTAACATAA	MKTFKLKLLNIMEEKTGEIIPNQIPLLDGLIIDREDENNQWTIEVYTDNSFQPYFEFLQKTKSEILVQVKISKESNDLATFITSIIGINEIGSNINILFVGNIVDKRKENIEFLLTTLIEEGYQGKELLEKFKELT				NA	NA	NA	NA	NA
AK148_00758	756	nfrA1	COG0778	FMN reductase (NADPH)	TTGTCACATTCAGCAATCCAAACAATTATGAATCATCGGTCTATACGTAAATTCAAGGATAAAAAGCTTACAGAAGAACAAATTCAAACCATTGTTGAAGCTGCTCAAATGGCTTCAACTTCTAGTTATGTAATGGCATATACCATTATTGGTGTTACTGATGAACGTATAAAAGAGAAGCTTGCAGCTATCTCCGGTCAAACTTATGTTCAAAATAATGGACATTTATTTGTGTTTTGTGGTGATTTACATCGTACTGAGCAATTAGGGTCACAAGAAGATAGAGAGCAAATGCAACAAAGTTTAGCGTCCCCTGAACAATTTATTGTTATGACGGTCGATGCGGCGTTAGCATCTCAAAATGCTGCGATTGCTGCAGAAGATTTAGGGCTAGGGATTTGTTATTTAGGAAGCTTGCGAAATGATGTCTATCAAGTAAGCGAATTATTACAGCTCCCAGAAAGAGTCGTTCCTTTGTTTGGAATGGCTGTGGGCTATCCTGATCATGAACCAGAACAAAAGCCTCGTCTACCAATTGATGTGATCTACCATGAAAATTATTACCAGCCTTTCGAACACCAGTTACCATTCATCAAAGACTTCGACAAACAATTGCATTCCTATTATGAAAAACGGAAACAAAACAATCGAAATGATAATTGGTCAAAGCAAATGATTCGAAAATTTTCTATCCCTACTAGAATGGATGTTGGATCGTTTTTACATGAGAAAAATATAAACAACCAAGCAGATTAA	MSHSAIQTIMNHRSIRKFKDKKLTEEQIQTIVEAAQMASTSSYVMAYTIIGVTDERIKEKLAAISGQTYVQNNGHLFVFCGDLHRTEQLGSQEDREQMQQSLASPEQFIVMTVDAALASQNAAIAAEDLGLGICYLGSLRNDVYQVSELLQLPERVVPLFGMAVGYPDHEPEQKPRLPIDVIYHENYYQPFEHQLPFIKDFDKQLHSYYEKRKQNNRNDNWSKQMIRKFSIPTRMDVGSFLHEKNINNQAD	PGPT0000290_178	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0000290-nfrA1|ywcG-K19285	NA	NA
AK148_00759	450			hypothetical protein	ATGAAAAAAAAATCACTTTTATTTATTGTTGTTGGTGGAGTAGTGTTTTTGATTATCTTCTATCTTGGCGTAGGAAACCGCGGTATTACCATTAAGGAGACAACTACGAGGTCTAAAGAGGTCGGTGATTTTATATTACATATTCATATTGCAAATGTAGACGAAGGGATTAAAGTATTTAGTTCCTTACAATATACAGGTGAAGGGACGGTAGAGGTGGAGCATCTGAACCCATTGGTATCTGTCGTGTTGGGGGATGAGGAGCATCAATATGAAAATGATATAACAATAAAGCAACTTAGCAATGGCAATATCTATCACCATCCAAATAGTAATAAAGTGTTTCGAATGGTAAAAGATTCTCCTTGCAAATTGTATTTTAAAGCAAAATTTAAAGTTAATAATGAAGAAATTACAATCGACCATAAGGAGATATTACAAGCATTATAG	MKKKSLLFIVVGGVVFLIIFYLGVGNRGITIKETTTRSKEVGDFILHIHIANVDEGIKVFSSLQYTGEGTVEVEHLNPLVSVVLGDEEHQYENDITIKQLSNGNIYHHPNSNKVFRMVKDSPCKLYFKAKFKVNNEEITIDHKEILQAL				NA	NA	NA	NA	NA
AK148_00760	207			hypothetical protein	ATGACTGTCTCTAGTCAAGTGAAGCAAACTATTGCTGGTTTAAAAAGCGCACAAGCAAGTTTTGAACAATTTGCTCTACAAACAGAAAACAAACAAGCAAAACAACTATACGAAAATGCAGCGCAACAAACCATGTCCATATTAAAAAGTGTTGAACCACGTATTCAACAACTAGAACAAGAAGAACCACAATACAAAGGTTTTTAA	MTVSSQVKQTIAGLKSAQASFEQFALQTENKQAKQLYENAAQQTMSILKSVEPRIQQLEQEEPQYKGF				NA	NA	NA	NA	NA
AK148_00761	468			hypothetical protein	ATGCATGTTTTTAAGTTTCTAACTATAGTTGTTTTATCTTTGCTGATTGTTGGTTGTAACACAGCAAATACATTAGAGACATCCAAGGAAAATGAAAAAGATGAGGTTAATATAACAAAAATATCTAGAAACCAATCTATTGACCAAACTCCATCCAATCAAGCAAAAGATCTATTACGACAACATTCGGAAATAAATGCTATTCATGCAGTCAATACAGATAAGCAATTATTAGCAACCGTTGAAGTAAAACATATGCAACGCTTTAAATTACAAAATATCAAGAAAAAACTAACTAAAAAATTACAAAAGAATTTTCCTGATTTAAAAGTAGAATTATCAGCAGACAAAAAAATAATGATGGAATTAGGAAAACTAGAAAAAAACTTGAATAAAAAACAGTACAGTAAAAAAGAAGTACAAAAAGAAGTACAACGAATTATTGATTTTTCTAAAGAACAAACGTAG	MHVFKFLTIVVLSLLIVGCNTANTLETSKENEKDEVNITKISRNQSIDQTPSNQAKDLLRQHSEINAIHAVNTDKQLLATVEVKHMQRFKLQNIKKKLTKKLQKNFPDLKVELSADKKIMMELGKLEKNLNKKQYSKKEVQKEVQRIIDFSKEQT				NA	NA	NA	NA	NA
AK148_00762	480			hypothetical protein	ATGGCGGATAAAAAAAAGAAAAATCTACCACCTGATGTTCAAGTGTATCAAACATTTCAACAGCAAAGAGAAGTGAAAAGGCCTGTATTAAAAAATTGCTTAAAAGCTTTTTTTGTCGGCGGTTTTATTTGTTTCATTGGGCAGGTTATTTCTACTTTTTATATGTATTTCTTTCATTTTACGGAGCAAACCGCCGGAAACCCAACAGTAGCTACATTAATTTTTATAACGATGCTCCTTACTGGGTTTGGTGTATATGATCGAATTGGACAATTTGCCGGTGCAGGCTCAGCGGTTCCGGTTACTGGCTTCGGCAATGCGGTCATTTCTTCTGCCATTGAACACCGAACGGAAGGATTTATCCTCGGAGTTGGTACAAATATGTTAAAACTAGCAGGTCCTGTCATCGTTTACGGCGTATTTTCAGCATTTGTTGTCGCTTTGATCAAAACAATTTTAGTCCAATGGGGTGGGTTATAA	MADKKKKNLPPDVQVYQTFQQQREVKRPVLKNCLKAFFVGGFICFIGQVISTFYMYFFHFTEQTAGNPTVATLIFITMLLTGFGVYDRIGQFAGAGSAVPVTGFGNAVISSAIEHRTEGFILGVGTNMLKLAGPVIVYGVFSAFVVALIKTILVQWGGL	PGPT0024805_160	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024805-spoVAC-K06405	NA	NA
AK148_00763	1002	spoVAD		Stage V sporulation protein AD	ATGCTCCAAGGACATCAAACATGGGTATTCGCCAATCGCCCGGTTATTATATCGACCGGGACAGTAGGCGGTCCATTTGAAGCTAATGGAAATATCCCGAAAGACTTTGACATATTGCATGATGATATGTGGCTAGGTCAAGCCTCATTTGAAAAAGCACAACAAACATTAATGGAAGAAGCCTGTCAAATTGCCCTTAAAAAAACTTCCATTGAAAAAGAACAGGTGCAATTTTTTATGAGTGGTGATTTAATTTATCAAATTACACCAACAAATTTTGCTGCCAAAACATTGGGGCTTCCCTTTTTTGGATTATTTAATGCGTGTGCCACTTCCATGGAAAGTTTAGCGCTAGCTGCTATGATCATCAATAATAAAGGAGCTAATTATATTTTAAGTGGAACAGCAAGCCATAACGCCTCTGCAGAACGACAATTTCGTTATCCTACAGAATACGGCGGGCAAAAGCCTCCTACCGCACAATGGACAGTTACTGGTGCAGGTTGTTCCTTAGTTGCTCAACAAGGTACAGGCCCTGTTATTACATCAGCTACAATTGGCAAGGTTATTGATATGGGTATAACAGACCCGTTTAACATGGGAGCGGCGATGGCGCCAGCTGCCGTAGATACGATCGAAAAACATCTACAAGATAGAAACATTTCTCCTGACTATTATGATTTAATTGCTACAGGCGATTTAGGGCACATCGGTAGAGAAATATCCTATGATCTACTTGTCGATCGCGGACTATCATTGGATGAGGAAAGATATGTAGATTGTGGTTTAATCATATATCGCGAGGGGCAACCGGTGTTAGCTGGCGCAAGCGGTTCTGCCTGCTCAGCCGTAGTCACATATGGACATTTGCTCAATCGGATGAAAGCTGGTGAATTGAAACGAATACTAATTGTAGCAACCGGTGCACTTCATTCTCCGATGAGCATACAACAAAATGATCCGATTCCGTGTATTGCCCATGCAGTATCTATCGAAATTTAA	MLQGHQTWVFANRPVIISTGTVGGPFEANGNIPKDFDILHDDMWLGQASFEKAQQTLMEEACQIALKKTSIEKEQVQFFMSGDLIYQITPTNFAAKTLGLPFFGLFNACATSMESLALAAMIINNKGANYILSGTASHNASAERQFRYPTEYGGQKPPTAQWTVTGAGCSLVAQQGTGPVITSATIGKVIDMGITDPFNMGAAMAPAAVDTIEKHLQDRNISPDYYDLIATGDLGHIGREISYDLLVDRGLSLDEERYVDCGLIIYREGQPVLAGASGSACSAVVTYGHLLNRMKAGELKRILIVATGALHSPMSIQQNDPIPCIAHAVSIEI	PGPT0024810_525	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024810-spoVAD-K06406	NA	NA
AK148_00764	351			hypothetical protein	ATGATCTTTTTTTGGGCTTTCGTAATTGGTGGTTTTATCTGCGTTATTGGCCAATTACTGTTTGACATTTTCAAATTAAATCCTGGACAAACTTTATCCATTTTAGTTGTTACCGGCGCCGTTCTAGATGGGTTCGGCCTCTATGAACCATTAATTGATTTTGCCGGAGCAGGTGCAACTGTACCAATTACTAGCTTTGGTAATTCACTCGTTCATGGTGCTATGGCAGAAGCAGAAACACACGGTTTAGTTGGAGTTGTAACGGGAATGTTTGAAGTAACAAGTGCAGGAATTTCAGCCGCAATTATTTTCGGGGTTATTGGCGCACTAATTTTTAAACCAAAAGGATAA	MIFFWAFVIGGFICVIGQLLFDIFKLNPGQTLSILVVTGAVLDGFGLYEPLIDFAGAGATVPITSFGNSLVHGAMAEAETHGLVGVVTGMFEVTSAGISAAIIFGVIGALIFKPKG	PGPT0024815_478	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024815-spoVAE-K06407	NA	NA
AK148_00765	201			hypothetical protein	ATGACAATTGGTGCACAAGTAAAAGGCTGCTACTCTGCAATCAAAAGTGTGGAAGCCTCCTTACAACTGCTAACAGCCAAAACAAATGAACAAGAACAACAAATAAAATTGACGGAAGCAGAACGAATGATTACTGAAATTAAGAACGACTTACGACATCAAGTCATCCAATTATCGAAAGAAGAACCACAGTATCAATAA	MTIGAQVKGCYSAIKSVEASLQLLTAKTNEQEQQIKLTEAERMITEIKNDLRHQVIQLSKEEPQYQ				NA	NA	NA	NA	NA
AK148_00766	855			hypothetical protein	ATGCCAGAATGGATTAACATTATCATTCGTTCATTGTCACTGCTGATTATTCTTTTTTTCATGACAAAATGGCTAGGAAAAAAGCAATTATCACAATTAAACGTTTTCGAATATATTACTGGAATTGTGCTAGGTGGAATTGTAGCAATACATACGATAGATCCAACAAGTAATATAATATATGCTCTTTTATCCATGTTTATTTGGTTTATTGTCCCTTTTGCTGTTGAATATATGTCTCTCAAGAGTAAGCGTTTTCGCGATCTTGCAGAGGGGAGAAGTACTGTTTTTATTCAAGACGGAAAAATTATGGAGGACAATCTAAAAAAAGAAGGATACTCAACGGATGATTTGTTAGGAAAGTTAAGAGATAACGGTGTGTTCCTCGCATCTGATGTGGAGTTTGCCGTACTTGAGCCATCTGGATCGTTAAATGTATTGCCTAAAAAAGAAAATCGCCCTTTAACAGCCAAGGACCTTGGGTTAAAATTAGCGCCTGAAAAAGAACCGCAAACCATTATTATGGATGGAGAAGTTTTATTAGAGCCACTTGCTAATTTAGCATTAAATATGAATTGGTTAGAAACAGAATTAGACAAACAAAATGTAAGCATTGAAAATGTGTTTCTCGCTCAAGCAGATAATAATGGACAATTGTACCTTGATTTATACGATGATAAAATCAGTGTTCCTCAACCAACTGAAAAAGCACTCCTACTAGCAAACATGAAAAAATGTCAGGCGGATTTAGAACTATTTGCTTTAGCTACAGAAAACAAACAAAGCAAAGCTTTATATGAACGAAATAGCCAAAAATTAAAGCACGCCATTGAACTGATTCAACCATACTTATAA	MPEWINIIIRSLSLLIILFFMTKWLGKKQLSQLNVFEYITGIVLGGIVAIHTIDPTSNIIYALLSMFIWFIVPFAVEYMSLKSKRFRDLAEGRSTVFIQDGKIMEDNLKKEGYSTDDLLGKLRDNGVFLASDVEFAVLEPSGSLNVLPKKENRPLTAKDLGLKLAPEKEPQTIIMDGEVLLEPLANLALNMNWLETELDKQNVSIENVFLAQADNNGQLYLDLYDDKISVPQPTEKALLLANMKKCQADLELFALATENKQSKALYERNSQKLKHAIELIQPYL				NA	NA	NA	NA	NA
AK148_00767	1233	dctA	COG1301	C4-dicarboxylate transport protein	ATGAAAGATAAACTTAAAGCTTACCGCTTTCCAATTATCTTACTTATTTCAATAATCATCGGTTCTATAATTGGGCTTTACTATGGCGAAGATGCTACAATCATTAGGCCGTTGGGCGATTTATTTATTAATTTACTATTTATGATTGTTATGCCTCTCGTTTTCTTTACTATATCCTCTGCAATAGCAAGCATGGATAGCATGAAACGTCTTGGTAAAATTATGGGCTCGATGTTAACTGTATTTGTTGTTACAGGAGTCATTGCTGCTGTTTTTATGCTAATTGCCACAGTTATTTTCCAACCAGGTTCTGGCGTAGATATTCCACTTGTACAACCGGATGAAGTGACAGAAGAAACGAGTTTCGCAGAACAATTAGTTCAGACATTCACTGTTTCCGACTTTATCGATTTATTTTCACGTAATAATATGCTCGCACTTATTCTCTTTTCTGTATTAGTTGGTGTTGCGACAGGACTAACTGGTGAAAGAGGGAAAGCCTTCACTTCTTTCTTAACAAGTGGCGCCGAAGTGTTTATGAAAATTATTCAGCTTATCATGTACTATGCACCAATTGGACTAGGTGCTTATTTTGCTTCGTTAGTCGGGGAGTTTGGCGCTGATTTAATCGGTGACTACGCAAAAGCAGTAATTGTCTACTATCCTGTATCTGTTTTATATTTTGCTATCGGGTTTACCTTATATGCATTTATTGCTGGTGGCAAAACAGGTGTTAGCCGCTTTTGGAAAAACATTCTTGCTCCTGCTGCAACATCTCTTGGTACTGGAAGTAGTGTTGCTTCATTACCTGCTAATTTACAAGCAGCAAAACGAATTGGCGTACCAAAAGATATTCGAGAAACCATTATGCCTCTTGGCGCAACCATACATATGGACGGATCGTGTTTGTCTGCCATGTTAAAAATTGCTTTTGTTTTCGGTGTGTTTAACTTGGACTTCACAGGAATTGACACCTTTTTAACCGCAATCGGCATCTGTTTATTATCTGGTATTGTAATGAGTGGTATTCCAGGTGGTGGATTTATGGGTGAAATGATGATTATTACGCTTTACTCATTACCAATGGAAGCTTTACCAATCATTTCAGCTATAGGTGTTGTAGTTGATCCCCCTGCTACAATGGTAAACGTTACTGGAGATACCGTATCCAGCATGCTTGTAACCAGACATCTAGAAGGAAAAGATTGGATCGAAAAAACGGACGTTGCATAA	MKDKLKAYRFPIILLISIIIGSIIGLYYGEDATIIRPLGDLFINLLFMIVMPLVFFTISSAIASMDSMKRLGKIMGSMLTVFVVTGVIAAVFMLIATVIFQPGSGVDIPLVQPDEVTEETSFAEQLVQTFTVSDFIDLFSRNNMLALILFSVLVGVATGLTGERGKAFTSFLTSGAEVFMKIIQLIMYYAPIGLGAYFASLVGEFGADLIGDYAKAVIVYYPVSVLYFAIGFTLYAFIAGGKTGVSRFWKNILAPAATSLGTGSSVASLPANLQAAKRIGVPKDIRETIMPLGATIHMDGSCLSAMLKIAFVFGVFNLDFTGIDTFLTAIGICLLSGIVMSGIPGGGFMGEMMIITLYSLPMEALPIISAIGVVVDPPATMVNVTGDTVSSMLVTRHLEGKDWIEKTDVA	PGPT0013965_35	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GENERAL_AMINO_ACID_TRANSPORT,PGPT0013965-TC_DAACS-K03309	NA	NA
AK148_00768	981	adhT		Alcohol dehydrogenase	ATGAAAGCCTTTGTTCATGAAAATGATACATTACAGGTAACGCAAATGAATGATCCGAAGCCAAGAGAAAATGATGTCATTGTTCGCTTGAAAATGGCTGGTCTCAATCGACGTGACTTATATATTCCAAATCGTAGAAAAGGGCAGATAGAGCCATTAATTTTAGGATCAGACGGAGCAGGCGTAATTGAAGAGGTAGGACAAGCTGTTAAAAACGTGGCTGTCGGTGATGAGGTAATTATTAATCCTGCTTTAGGCTGGTTTAAGAATGCGGATGCTCCTCCTCAAGGTTTTGAAATTTTAGGTATGCCAGATCACGGTACATTTGCAGAAAAAATAGCTATTCCTTCTTATCAAGTGGAGAAAAAGCCAGCTCATTTAACATGGGAAGAAGCGAGTGTTCTTGGATTATCTGGGTTAACAGCATATCGTGCATTGTTTACAAAAGGGCAAGTAATTACAGGCGATACCATATTTATACCTGGTGCAGGAAGTGGAGTGGCAACCTATTTAATTCAATTCGCAAAAAATATTGGTGCAAGGGTTATTGTGAGTTCGCGAAGTGAGGAAAAGCTGAGAAAAGCTCAATCTATCGGAGCGGATAAGGGCGTGCTCCATGATGAAGATTGGCAACATAAATTAGCTGATGAACAGATAGATTTGGTGATTGATAGTGTTGGTAGAGCAACATTTCAACGCTCGTTGGACGTTTTGAAAAAGGGTGGGAAGATGGTCGTGTTCGGTGCAACAACAGAGGATACAGTGGAGTTAGATTTACGCACCTTTTTCTATGGACAGTACCAGTTACTAGGTTCGACAATGGGATGTAAGCAAGAGTTAGAAGCAATGCTAGCGCATGTCGAACAGTATCAAATGCAACCTGTAGTGGATTCCACTTACAAATTAGATGATATGCAACAGGCTTTTCATTATTTAAAAGATAATGGACAATTTGGAAAGATCGCTATTGATGTATGTTAG	MKAFVHENDTLQVTQMNDPKPRENDVIVRLKMAGLNRRDLYIPNRRKGQIEPLILGSDGAGVIEEVGQAVKNVAVGDEVIINPALGWFKNADAPPQGFEILGMPDHGTFAEKIAIPSYQVEKKPAHLTWEEASVLGLSGLTAYRALFTKGQVITGDTIFIPGAGSGVATYLIQFAKNIGARVIVSSRSEEKLRKAQSIGADKGVLHDEDWQHKLADEQIDLVIDSVGRATFQRSLDVLKKGGKMVVFGATTEDTVELDLRTFFYGQYQLLGSTMGCKQELEAMLAHVEQYQMQPVVDSTYKLDDMQQAFHYLKDNGQFGKIAIDVC				NA	NA	NA	NA	NA
AK148_00769	924	arsA		Arsenical pump-driving ATPase	TTGGAGAACCTGCATAAAAGGATTGTTTTCATAGGTGGTAAAGGAGGGGTAGGAAAATCAATTTCTGCTGCGGCTATAGCATGGAAACACGCAAAAGAAGGTCGAAAAACTTTGCTTGTTTCTACTGATCCCGCCCATAATTTGGGAGATATTTTTGAAGAGAATATTGGAGGGCGGATTAAAAAAGTTAGTTCACATTTAGATGTACTTGAAATTGATCCTGAACAAGAGACGACGGCTTATATTAATAGTGTAAAGGAAAATATGAAAGGGATTGTTCAACCATCTATGATGAATGAAGTAAATCGCCAATTGGATACGGCTAAAGCATCACCTGGGGCTGATGAAGCTGCATTATTCAATAAGCTTATTTCTATCATTATCGAGGAACATCAACATTATGATCAATGTATTATTGATACAGCTCCAACGGGACACACAATTCGATTGCTAACTTTGCCGGAATTGATGGGTATTTGGATAGACGGATTATTACAACGTAGAAAGAAAACGAATGAAAACTATACGCAATTACTAAATGATGGGGAGCCAATAGAAGATCCTATTTATCATGTACTTGAGGAAAGGAAAGGAAAGTTTGCAAAAGCAAGAGAATTGCTACTAGATGATGAACGAACAGGCTTTATTTTTGTGGTTAATCCAGAAAGTTTATCTATAACTGAAACGGATAAAGCTATTCGATTGCTGCATCAACATGAAATTTATGTAAAAACCATCATTGTTAATAAACTATTACCAGAACAAGTAGACGGAAATTTTTTTGCAAAACGAAAACAAATGGAGCAGACTTACGTACAAAAAATAGAAGCCACATTTAAGGAACAAAAAAAATGGTATGTTCCATTGTTTCATCATGATATTATGGATAAGAGGCAGTTAGAAACGTTTAGTGCTTTTTTCTAA	MENLHKRIVFIGGKGGVGKSISAAAIAWKHAKEGRKTLLVSTDPAHNLGDIFEENIGGRIKKVSSHLDVLEIDPEQETTAYINSVKENMKGIVQPSMMNEVNRQLDTAKASPGADEAALFNKLISIIIEEHQHYDQCIIDTAPTGHTIRLLTLPELMGIWIDGLLQRRKKTNENYTQLLNDGEPIEDPIYHVLEERKGKFAKARELLLDDERTGFIFVVNPESLSITETDKAIRLLHQHEIYVKTIIVNKLLPEQVDGNFFAKRKQMEQTYVQKIEATFKEQKKWYVPLFHHDIMDKRQLETFSAFF	PGPT0004700_2291	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004700-arsA-K01551	NA	NA
AK148_00770	258			hypothetical protein	ATGCTCGAGCAAATAAAAAAGCTCATTCAATATTATGAAGAAGTAATCAGTCTACCTCATCGTCAGGAAATTGCTCGTGAGTTGAGGCATGAGGACGATATTTTCTTGCTCTTACTTTACTCAGAGATGATTGGAATTCCAAATCCGGTATATTATTATACACTAGAGTTATACCCTTACATGCTAGAAAAATTTCACGATTGGCATTTACGCATGGGAATGGAAAAATCGCCGTTATCTGGCATTCGTTGTTGTTAA	MLEQIKKLIQYYEEVISLPHRQEIARELRHEDDIFLLLLYSEMIGIPNPVYYYTLELYPYMLEKFHDWHLRMGMEKSPLSGIRCC				NA	NA	NA	NA	NA
AK148_00771	1731	cstA_2	COG1966	Peptide transporter CstA	ATGTCTGGTATATTGGTAGCTGTTATTGGTATCGTTGTTTTTGCATTAGGATATCGGTATTATTCGAAATTTGTAGCTGAGAAAATTTTCCGATTAGACCCAAACTATGTTACACCCGCGCATCAATATAAAGATGGAGTAGACTTTGTTCCGACAAATAAGTTCGTATTATGGGGGCATCACTTTACTTCAGTTGCTGGAGCAGCGCCTATTTTGGGACCTGCTATAGCTGTATATTGGGGATGGTTACCAGCATTTTTATGGGTTATTCTAGGAACGGTATTTGCTGCAGGGGTTCATGATTTTGGGACACTCGTATTATCTATACGAAATAAAGGTCAATCTGTTGGTACATTAGCTCATCGGCTTATCGGTCAACGAGCTAAAATATTGTTTTTATTTATTATTTTAATTCTTGTACTTATGGTGAATGCGGTGTTTGCTTGGGTTATTTCTAACTTATTTATCTCTTATCCAGCAAGTGTTGTACCTGTATTTATCCAAATTCCTTTAGCTATTTGGATTGGTTATGCTGTATACAAACGAAATATCAAAATGCTTTTACCATCTGTTATTGCATTAGCGGTCATGTATCTTGTAGCGGTATTATCAAGTAATATAGGATGGATGCAAATTGATCTTGTGCAATGGATGGGTGGAGAAGTCAGCACGGGAATATTTGGATTAGGCGCAGTCTCCTCAGCGTTCTTTATTTGGATTATCATATTGATGGTGTATGTATATATAGCTTCCACACTTCCTGTTTGGAAATTGTTGCAACCGAGAGACTTTATTAACTCCCATCAGCTTGTTGTCGGGTTAGGAATTTTATATGTAGGACTAATTTTTACAAATCCAGAAATGACCGCGCCTGTCACAAATGCTAACGCAGACACATCGTGGCTTCCGCTTTTATTTATTACAATTGCTTGTGGAGCTATATCAGGATTTCATGGTCTTGTTTCCTCAGGGACATCTTCTAAACAATTAGATAAAGAAACAGATGCCCGTTTTGTTGGTTATGCTGGAGCTGTTGGCGAAGGGATTTTAGCACTAGTGTCCATCATTGCTGTAGCGACATTTTTTACAAGTACTGCGGATTTTTCGGCTGTTTATCATAGTTTTGCATCTGCAAATGCAAGTGGCTTAGGTGTTTTCGTAGAAGGAGCAGCTGTATTAGCAGGAGGTTTAGGTATACCGACTGATGTTGCGGTCACGATTGTTTCTATCATTGTTGTTAGTTTTGCAGCAACAACATTAGATACATCTGTTCGGCTTATGCGATATATTATTGCGGAGTTAGGTACGGAATATAAACTCCCAGCATTAACAAAAACGCATGTTGCTACGTCAATTGCAGTTTTATCGAGTGCTGCTTTAGTTTTACTCCCAGAAGGCCCTAAAGGTTTTGGTTCAGGGGGCTATCAATTATGGCCATTGTTTGGAACAGCAAATCAATTGCTAGCGGCGATTAGTTTAATGCTTATTGCCGTATGGCTAAAGCGGTTAGGGAGAAATTATGCCGTGGTAATTATTCCCATGATCTTTGTTATGGTGATGACACTATATGCTATGTTTCAACAAGTACTATTTGAGTGGTCCTGGAATGGAACAGAACCGAACACTTTATTATTTGTATTAGGATCTATCATTTTTGTGTTTGCGATTTGGATTATTATAACTGCTTTTTCTGTATTACGAGGAAGTGCAGATCAAAATCTAGATAACTAG	MSGILVAVIGIVVFALGYRYYSKFVAEKIFRLDPNYVTPAHQYKDGVDFVPTNKFVLWGHHFTSVAGAAPILGPAIAVYWGWLPAFLWVILGTVFAAGVHDFGTLVLSIRNKGQSVGTLAHRLIGQRAKILFLFIILILVLMVNAVFAWVISNLFISYPASVVPVFIQIPLAIWIGYAVYKRNIKMLLPSVIALAVMYLVAVLSSNIGWMQIDLVQWMGGEVSTGIFGLGAVSSAFFIWIIILMVYVYIASTLPVWKLLQPRDFINSHQLVVGLGILYVGLIFTNPEMTAPVTNANADTSWLPLLFITIACGAISGFHGLVSSGTSSKQLDKETDARFVGYAGAVGEGILALVSIIAVATFFTSTADFSAVYHSFASANASGLGVFVEGAAVLAGGLGIPTDVAVTIVSIIVVSFAATTLDTSVRLMRYIIAELGTEYKLPALTKTHVATSIAVLSSAALVLLPEGPKGFGSGGYQLWPLFGTANQLLAAISLMLIAVWLKRLGRNYAVVIIPMIFVMVMTLYAMFQQVLFEWSWNGTEPNTLLFVLGSIIFVFAIWIIITAFSVLRGSADQNLDN	PGPT0015060_1711	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CARBON_STARVATION_RESPONSE,PGPT0015060-cstA-K06200	NA	NA
AK148_00772	1425			hypothetical protein	ATGGTGGAGCTTTCTATATCTCACTATGTGTATGGTCTGTTTACGTTACTCATTATCATTACAATGATGATGCGAAAAGGAGTCGTTCTACCATCTTTGTTGGGAACATTTTTAATTGCATGGTTATACAAAGGGAGCATTGTTGAAGGGTTTACAGCTATTTTTCAAGCAAATTTAGTTGCTGCTAGAGAACTATTTAGCATTTTTTTAATTATTACGTTTATGCTTGCATTATTAAATTCATTACGGGATTTGGGAGCAGATAAACGCATGATAAAGCCAATGCAGAAAATCATGATAAATGGACATATTTCTTTCTTTGTTTTAGTCATCGCAACATACATTATCTCTCTATTCTTTTGGCCAACACCAGCAGTTCCGCTTATTTGTGCTTTACTAGTACCAGCAGCTATTCGCGCTGGCTTACCAGCAATTACTGCAGCGGTGGCTATTGCTATAGCTGGGCAAGGAATGGCTTTGTCCTCAGATTATATTGTGCAAGTTGCTCCAAGCTTATCTGCTGCTTCAGCTGGCGTACATACTGCAGCAGTAGCAGAACAAGCTTTCATGCTTTCCTTAATTACTGGAGCTGTTGCAGTCAGCTTAGCATATCTATTTGCTCGTAATAAGATACGTAACACTAATGATCCAATAAACTTAGAAGATTTAGCGAATATGCAGACTTCTCAAGATGGTCCTATTGAATCAAATAATGAAATACAAACGAAATGGAGCAAGGTGTTTGCTGTTTTCGTACCCTTAGCATTAGTTGCAGTGGTTATTTACATGATATATGCAAAGTTTCATTTAGGAAGAAGGAGCGGTTTTGAAGGCGGTGATGGAGCAGCTTTTATCGGTGGTGTAGCTGTTATTCTGCTTTTGTTATCAACGTTAGCGCTTCGAAAAGAGAAAGCGCTGGACTATATTACTACGCATATTACAGATGGATTTGTATTTGCCTTCAAAGCTATGGGCCCTGTGATACCAATAGCTGGATTCTTTTTTTTAGGAAGTTCAAATTTTGCAGATGCCATATTAGGCATAGGAGAAGATGCACCAGCATTTTTGTTTGATTTAGTACAGTCCACACAGTCCTATTTACCTGAAAACCAATGGTTAGTGGCATTTAGTATTTTAATAATTGGTATGATTACTGGCTTAGATGGATCGGGTTTTTCTGGACTTCCACTAACAGGTGCTTTAGCGACTTCGTTGCCATCAAATGGCGTCGATGTGGCAACACTGGCTGCAATTGGACAGATGGGGTCTATATGGACAGGTGGAGGAGCGCTTGTTGCCTGGTCATCACTCGTAGCGATTGCTGGATTTTGTGGTATTTCCGTCATGGAGCTTGTTAGAAAAAACTTTATCCCTGTTATCGTTGGCCTTGTGATAGCAACAACGATGGCAGTTTGGGTATTATGA	MVELSISHYVYGLFTLLIIITMMMRKGVVLPSLLGTFLIAWLYKGSIVEGFTAIFQANLVAARELFSIFLIITFMLALLNSLRDLGADKRMIKPMQKIMINGHISFFVLVIATYIISLFFWPTPAVPLICALLVPAAIRAGLPAITAAVAIAIAGQGMALSSDYIVQVAPSLSAASAGVHTAAVAEQAFMLSLITGAVAVSLAYLFARNKIRNTNDPINLEDLANMQTSQDGPIESNNEIQTKWSKVFAVFVPLALVAVVIYMIYAKFHLGRRSGFEGGDGAAFIGGVAVILLLLSTLALRKEKALDYITTHITDGFVFAFKAMGPVIPIAGFFFLGSSNFADAILGIGEDAPAFLFDLVQSTQSYLPENQWLVAFSILIIGMITGLDGSGFSGLPLTGALATSLPSNGVDVATLAAIGQMGSIWTGGGALVAWSSLVAIAGFCGISVMELVRKNFIPVIVGLVIATTMAVWVL				NA	NA	NA	NA	NA
AK148_00773	1788	pepF1_1		Oligoendopeptidase F, plasmid	TTGAAACCATTAAAGAATCTGACGTGGGACTTAGAAATTATTTTCCCTGGAGGAAGTAAATCTACGAAGTTTCGAGAACATTTAACAATCGTAGATCAAGAACTTGATAAGCTGGATGCTTACATAGATCAGCTTCAACCTAAGGCTACAAAGGAAAATATCGAGGCACTAGTAGATTTATGTGAGCAAATGGAAAGCACGACAAAATTGATGAGAGAGGCTTTTGCATTTATAAGTTGTTTACACGCACAGGATACAAATGATCAGCATGTACAACCTTTGCTTGGTGAGCGATCTCAATTGAATGCAAAATTTGGTGGAATACAAACAAAGCTAAAACAAAAACTTGGTGCAATAACAGAGGAAGATTGGAGCTTATTTTCACAGCACGAATCGTTACAAGAGATTATATTTGTGCTAGAAGAGTACCGAGAGCAGGCGCAAAACCTTTTACCTTTAGAACAAGAGGCCTTAATTAATGATTTAGCAAAGGATGGCTATCATGCATGGGGGCAAATGTACGATGTCATCGTTGGGAATATGGAAATTACGTTAGAAGAAAAAGGAAGTTTGCAACATTATTCGATTGGACAAGCAACCAATAAATTAACAGATCCGAATCGTCGTTTCCGTCAACACGTATTTACCAAACTATCAGCGGCTTGGGAGGAGCAAGCAGACTTATTTGGTCAAACAATAAATCATTTGGCTGGTTTTCGCTTAGAGACGTATAAGCATAGAGGCTGGGAAAATGTGCTAAAAGAACCGCTAATGATTAATCGGATGAAACAAGAAACATTAGATGCTATGTGGACAGCAATTACAAAATATAAAGGACACTTTGTCCATTATTTAAATAAGAAGGCAGAGCTTCTCGATATTGATACATTAAGTATTTATGACGTAACTGCTCCAATCAGTGAAACAATTCAAACCTATACATACGAAGAAGGAGCCAATTTTATTGTAGATCAGTTCCGAAAATTTAGCCCTAAAATGGCCGATTTTGCAGAAATGGCGTTTGAAAAGCGTTGGATTGAAGCAGAGGATCGACCAGGTAAACGCCCTGGCGGTTTTTGTACAAGCTTTCCGCACAGTGAGCAAACGCGAATTTTTATGACGTATTCTGGAACAGCTAGTAATATTGCTACCCTAGCACATGAATTAGGGCATGCCTATCATCAGCATGTGATGAATGATGTGAATGCCTTAAATCAAAGATATGCAATGAATGTGGCAGAAACTGCTTCTACCTTTGCGGAAATGATAGTTGCCGATGCCTCTTTACAAGCAGCAACTTCAAAAGAAGAGAAAAAAGCTTTACTAGAGGATAAGATTCAACGAAGTGTTGCATTTTTTATGAATATACATGCCCGCTTTTTATTTGAAACGCGTTTTTATGAGGAAAGAAAACAAGGAATAGTTTCTGTAGATAGATTAAATCAGTTAATGGTGGAAGCTCAGAAAGAAGCATATTGTGAGACGCTTTCAGAATATGATCCTAATTTTTGGGCGTCTAAACTTCACTTTCATATTACTGGTGTACCATTTTATAATTTCCCATATACGTTCGGTTATTTATTTAGTAATGGCGTGTATGCAAAAGCTAAAAATGGAGAAGGAAGCTTTGAAGAAGCCTACATTTCTTTATTACGTGATACTGGTAGAATGACGGTGGAAGAGTTAGCTAAGAAGCATTTAAATGTAGATTTAACCGAAACTGCGTTTTGGGAAGAAGCTGTACTTGAGTGCATGAAGGATGTAGATGAATTTATGAAATTAGTATAG	MKPLKNLTWDLEIIFPGGSKSTKFREHLTIVDQELDKLDAYIDQLQPKATKENIEALVDLCEQMESTTKLMREAFAFISCLHAQDTNDQHVQPLLGERSQLNAKFGGIQTKLKQKLGAITEEDWSLFSQHESLQEIIFVLEEYREQAQNLLPLEQEALINDLAKDGYHAWGQMYDVIVGNMEITLEEKGSLQHYSIGQATNKLTDPNRRFRQHVFTKLSAAWEEQADLFGQTINHLAGFRLETYKHRGWENVLKEPLMINRMKQETLDAMWTAITKYKGHFVHYLNKKAELLDIDTLSIYDVTAPISETIQTYTYEEGANFIVDQFRKFSPKMADFAEMAFEKRWIEAEDRPGKRPGGFCTSFPHSEQTRIFMTYSGTASNIATLAHELGHAYHQHVMNDVNALNQRYAMNVAETASTFAEMIVADASLQAATSKEEKKALLEDKIQRSVAFFMNIHARFLFETRFYEERKQGIVSVDRLNQLMVEAQKEAYCETLSEYDPNFWASKLHFHITGVPFYNFPYTFGYLFSNGVYAKAKNGEGSFEEAYISLLRDTGRMTVEELAKKHLNVDLTETAFWEEAVLECMKDVDEFMKLV	PGPT0020965_2103	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020965-pepF|pepB-K08602	NA	NA
AK148_00774	537			hypothetical protein	ATGACGAAATCGGTTTGGAATGTAGACTCCGTTCATAGCGAAATTGGCTTTTCAATTAAGCATATGATGATTTCAAAAGCAAAAGGAAATTTTATTTCATTTGATGGGGAGATCAAAGCTGACTTAGATCAATTTACAGATGCAGAAATTAAACTTACTATTGACGTAAGTAGTGTGGATACAAGAAATAAGGATCGGGACGACCATTTACGCTCTGCTGACTTTTTCGATGTAGAAAATTATCCAAAAGCTACATTTATTTCCAAAGAAATTAAAAAAACATCTGACAACCATTATGAAGTTATTGGAGATTTAACACTTAAAGGAACGACGAAAACAGTGACCCTCGAGGTTATTGTTGAAGGTCAAAGTAAAGATCCAATGAGTGGAAATACGGTTGCCGGCTTTAGTGGAGAAACTACCATAAGCCGAAAAGACTTTGACCTAACATGGAATACAACTTTAGAGACTGGTGGCGTTTTACTTAGTGACGATGTAAAAATTAGTTTCGAGATTGAGGCGCATAAACAAGATTAA	MTKSVWNVDSVHSEIGFSIKHMMISKAKGNFISFDGEIKADLDQFTDAEIKLTIDVSSVDTRNKDRDDHLRSADFFDVENYPKATFISKEIKKTSDNHYEVIGDLTLKGTTKTVTLEVIVEGQSKDPMSGNTVAGFSGETTISRKDFDLTWNTTLETGGVLLSDDVKISFEIEAHKQD				NA	NA	NA	NA	NA
AK148_00775	873			hypothetical protein	ATGAGGTTCATTGCTTGTGCGTTCATATTCGTATTGTTTTTATTACCAGTTGAGAAAGTTATAGCTAATGAAGTGCAAACAGAAGAAATTAAGATGAAACGTGTGGAAATGGATCAATATGCGCTAGAAAATGTAGAAAAACTTTTTATAAATGAATTAAAATTGGAAAGTCTAATGAAGTACTTAAATGAAAAGGTTTACCAGCCTCCAATAAATGCAAAATTTGACCGTAATGGGGAGGTTGTATCTGGAAAACCGGGGGTTTCTATAGATAGAAATCAGTTTCACATTGGATTTAGAGAAGCTTTTTATAATAAAGATATCCACGAATTTCAAGTTCCTGTAAAACCGATATACCCTCGTGTAGATAAAGCGCTATTAATCGAAATTAGTCAAAAACAATTAGGTAGTTATGTTACTCATTTTAGACAATCCAATAAGGAGAGAACCACGAATATTGAACTAGCTGCCAAAGCGATAGATAGCCATGTGGTGTTTCCTGGTGAGTTATTTTCATTTAATACAGTAGTAGGGGAGAGAACAGAGGAAAAAGGATATAAGCGTGCACCAGTTATTGTTAAAGGTGAATTAGCTGAAGATATTGGCGGTGGCATTTGTCAAGTATCGTCTACTTTATTTAATGCTGTTGATTTAAAGGGAATTGAAATTGTAGAAAGGTATGCTCATAGTAAAAATGTTCCCTATGTCCCGCCAGGAAAGGATGCAACCGTAAGTTGGTGGGGACCTGACTTCAGTTTTAAAAATAAGTATAATCAACCGGTTTTACTGCGAGCGAATGCGTTGGATGGGAAATTAGTAGTTCGTGTTTATTCCTCAGATATTGTTGAACATTTCCAGGAAAATTTTAAATAG	MRFIACAFIFVLFLLPVEKVIANEVQTEEIKMKRVEMDQYALENVEKLFINELKLESLMKYLNEKVYQPPINAKFDRNGEVVSGKPGVSIDRNQFHIGFREAFYNKDIHEFQVPVKPIYPRVDKALLIEISQKQLGSYVTHFRQSNKERTTNIELAAKAIDSHVVFPGELFSFNTVVGERTEEKGYKRAPVIVKGELAEDIGGGICQVSSTLFNAVDLKGIEIVERYAHSKNVPYVPPGKDATVSWWGPDFSFKNKYNQPVLLRANALDGKLVVRVYSSDIVEHFQENFK				NA	NA	NA	NA	NA
AK148_00776	102			hypothetical protein	ATGAAAAATAAAACGTTATGTGGGATTTTCTTAGTTATTGCTTCGTTAATTGGGTATCGACTGTTAAGTGATTATATGGAAGAAACGAGAGATTTTAGGTAA	MKNKTLCGIFLVIASLIGYRLLSDYMEETRDFR				NA	NA	NA	NA	NA
AK148_00777	1215		COG1252	NADH dehydrogenase-like protein	ATGAGTCTAAATAAACCCAAAATAGTGGTGTTGGGGGCGGGTTATGCAGGGCTAACAACAACAAAACGCCTTATGCAAAAATTGTCTCCTGAACAAGCAGAAATAGTATTAGTTAACAAACATAATTATCATTATGAATCTACTTGGTTACATGAGGTTGCTGCAGGAACGATTAATCCAAATCAAGCTCGCGTTATAATTAGTGATGTTATTAATCCAAATAAAGTAAAGCTTGTCGTTGATGCTGTAACAAAAATCGATAAGGATAACCAACGTGTCATTTTAGAAAACAGTGAATTGGATTATGATTACCTTGTTGTTGCTCTTGGATTTGAATCAAATGATTTTGGAATTAAAGGCATGGCGGAACACGCGTTTGCTATTGAAGATATTGATTCCAGTCGTGTAATTAGTGAACACATAGAATATCAATTTGCAAAATATAATTCAGGTGAAAGTGTTGATGAACATAGCTTGAATATTTTGGTTGGTGGTGCTGGCTTTACAGGAATAGAATTAGTTGGGGAACTTGCAGAACGTGTTCCACAATTATGTAAAAAATACGATATTGATCGTAATAAAGTAAGAATTATTAATGTAGAAGCAGCTCCATCTATTTTACCAATGTTTGATAAAGAGTTGGTTGAATATGCGAAGAAATCATTAGAAAATCGTGGCGTAGAAATTAAAATTGGCGCGCCAATTTCAGAATGTACAGAAGAAGGGTTCATTGTAGGGGAAGACAATGAACTGATTAAGGCTGGTACAATTATTTGGACAGGCGGCGTAAAAGGAAGTTCTGTGCTAGGAAAATCCGGCTTTGAACTTACGAAAGGAAAAGTAAATGTAGATAGTGACTTACGTATGTCTGGTGAGGAGAATATTTTTGTTATAGGTGACTGTTCTTGGGTTTGGGATCATAACGCAGATCGTCCGTATCCGCCAACTGCACAATTAGCTATGCAAGAAGCGGATGTGGTAGCTGCAAACTTGGTTGCTTTATTAAACAATGAGCCATTAACTGATTTTGTCTTTAAGAGTAAAGGAACAGTTGCATCACTTGGTCATTCCGATGGAATCGCAAATGTGTTTAATGACAATAAACTTAAAGGAAAAGCAGCAGCTGCGATGAAGAAAGTAGTAGATAATCGTTCTCTATACCTTATAGGTGGACCTAAGCTAGTACTTAAAAAAGGAAAATTTCGTCCATTTTAA	MSLNKPKIVVLGAGYAGLTTTKRLMQKLSPEQAEIVLVNKHNYHYESTWLHEVAAGTINPNQARVIISDVINPNKVKLVVDAVTKIDKDNQRVILENSELDYDYLVVALGFESNDFGIKGMAEHAFAIEDIDSSRVISEHIEYQFAKYNSGESVDEHSLNILVGGAGFTGIELVGELAERVPQLCKKYDIDRNKVRIINVEAAPSILPMFDKELVEYAKKSLENRGVEIKIGAPISECTEEGFIVGEDNELIKAGTIIWTGGVKGSSVLGKSGFELTKGKVNVDSDLRMSGEENIFVIGDCSWVWDHNADRPYPPTAQLAMQEADVVAANLVALLNNEPLTDFVFKSKGTVASLGHSDGIANVFNDNKLKGKAAAAMKKVVDNRSLYLIGGPKLVLKKGKFRPF	PGPT0004020_4344	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
AK148_00778	504	fadD_1	COG0318	Long-chain-fatty-acid--CoA ligase	ATGGAACAAACGGAAGTCCGTGTAATTAATCATAAAGGGGAAGATGTAGCACCGAACGGGAAAGAAATTGGAGATATTATCGTCAAAGGAAATGGTGCCTTACAGCATGCTGCACACCAGCAAACACTTGAAGATGGTTGGATTCTCACAGGTGATAGAGGGACAGTAGATGAAAATGGGCGTATTCATGTACAAGAAGCAAGAAAAGATATTCCTCATTCCACAGGTGCTATATCTACAGCCTACTTAGAGCAAACTTTACAGCAACATCCATCCATACAGGAAGTAGCGGTTGTTCCTATACCGCATAAAGAAAAAGGGGAAATTGCACACGCTTTTGTCGTTTTAAACGAAAATGAAAACACCATATCTGAAGATAGCCTCCTTTCTTTTTGCAAGCAACATTCTGAAGATTCCTATATTGTCCACATATCCATTGTTGAAGAATTGCCAAAAACAGCTAGTGGAAAAATTTTAAAAACAGAGTTAAGAAACAGACTTTAG	MEQTEVRVINHKGEDVAPNGKEIGDIIVKGNGALQHAAHQQTLEDGWILTGDRGTVDENGRIHVQEARKDIPHSTGAISTAYLEQTLQQHPSIQEVAVVPIPHKEKGEIAHAFVVLNENENTISEDSLLSFCKQHSEDSYIVHISIVEELPKTASGKILKTELRNRL				NA	NA	NA	NA	NA
AK148_00781	90			hypothetical protein	ATGATGAAAAAACAATTATTTCAAACAACAAACCAATATACGTATTATTTTGTGGCCTCAAGCGGAGTCTGTTTAACAATCAACTTATAG	MMKKQLFQTTNQYTYYFVASSGVCLTINL				NA	NA	NA	NA	NA
AK148_00782	1071	murG		UDP-N-acetylglucosamine--N-acetylmuramyl-(pentapeptide) pyrophosphoryl-undecaprenol N-acetylglucosamine transferase	ATGACACATAAACGTATTTTATTCACTGGTGGGGGAACCGCTGGGCATGTCATCGTCAACCTAGCTTTAATTCCGTATTATCAGGAGAAAGGCTGGGAAGTTGATTATATTGGTTCAAAAACGGGTATTGAACGTAAGCTTATTGAAAAGCTGAACGGGGTGACTTATCACCCTATTTCTACGGGGAAGCTACGACGTTATGCTTCGGTTGAAAATATAAAAGACCCATTTAAAGTTTTAAAAGGGACGTGGCAAGCAGTAAGAATTATAAGGAAACAAAAGCCAAAGGTCATTTTTTCCAAAGGAGGGTTTGTATCTGTACCAGTTTTATTAGCAGCAAAATTAACAAATGTTCCAGCGGTTATTCACGAATCTGATTATACACCAGGCTTAGCAAATAAAATTGCTATGCCGTTTGCGAAAAAGGTATTGGCGACATTTCCAGAAACAATGAAGTATTTACCAGAAAAAAAATCAGAGTATGTCGGAGCAGTTATTCGAGATGAACTTTTTCAAGGAGAAAAGGAACGTGGGCGCACTATAGCTGGTTTAAATAGCCAGAAACCAGTGCTTCTTATTATGGGAGGTAGTGGTGGTTCACAAAAGATTAATGAAACAGTTCGTCAAAGTTTACCAGAATTACTTTCTACTTTTCAGATTATCCATATTTGCGGAGAGGGAAAGATAGATCGTAGCATTAATAAACTAGGTTACACGCAATTTGAATATGTGCATGATGAATTAAAAGATATATTTGCAGCAAGTGATTTTATTTTATCGAGAGCTGGTTCGAATGCAATATTTGAATTTCTAGCTTTACGTAAACCGATGTTACTTATTCCTTTATCACGACAAGCGAGCCGTGGTGATCAAATAATTAATGCCAAATCCTTTGCAGAAAAAAGGTATGCTCGTGTATTGGAAGAAGAATCTTTAACAGAAGAAACATTAGTGAAAGAACTTGATTTATTAAGAGAACATGCACCAATTATGATAGATACCATGAAGCAATATCAAACAGAGCAGTCCCGTGAAAGAGTATTAGCTATTTTAGAAGAAGTGGGCAAATAA	MTHKRILFTGGGTAGHVIVNLALIPYYQEKGWEVDYIGSKTGIERKLIEKLNGVTYHPISTGKLRRYASVENIKDPFKVLKGTWQAVRIIRKQKPKVIFSKGGFVSVPVLLAAKLTNVPAVIHESDYTPGLANKIAMPFAKKVLATFPETMKYLPEKKSEYVGAVIRDELFQGEKERGRTIAGLNSQKPVLLIMGGSGGSQKINETVRQSLPELLSTFQIIHICGEGKIDRSINKLGYTQFEYVHDELKDIFAASDFILSRAGSNAIFEFLALRKPMLLIPLSRQASRGDQIINAKSFAEKRYARVLEEESLTEETLVKELDLLREHAPIMIDTMKQYQTEQSRERVLAILEEVGK	PGPT0024150_3960	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024150-murG-K02563	NA	NA
AK148_00783	1359	norM	COG0534	Multidrug resistance protein NorM	ATGTATCGTACAACAAGTTTAAGCGAAAAATTAACCTTATTTATTACGATTGTTATCCCCATTTTAATTACTCAAGTAAGTATGTATGTAATGAATATTTTTGATACGATGATGTCTGGTCGCGCAAGTGCAGCAGATTTAGCTGGGGTAGCAATCGGTTCCAGTTTATGGGTCCCTATTTTCACAGGAGTTAATGGCATATTATTAGCTATTACTCCCATTATTGCCCAATTATTAGGAGCAAAATCAGAAGAACAAATTAGTAAGAAAGTGAAGCAAGCATTATACCTTTCTGTTACACTTGCCCTTTTCGTCTTTCTATTTGGAACCATACTTCTTGACCCCATCTTGCAATTAATGGATCTTGAAAACGACGTTGAACACATAGCAAAATTTTATTTAGTAGCACTCAGTACAGGTATTATTCCGTTGTTTATTTTTAATACATTACGAAGCTTTATCGACGCGCTTGGTCAAACCAGAATCTCTATGTTTATCATCCTACTGTCCTTACCATTAAACCTAATCTTTAACTACATGTTTATTTTTGGTAAATTTGGTATACCTACTTATGGCGGTATCGGTGCGGGAACCGCTACATCAATCACTTATTGGCTTATTTGTTTTATAACGTTCGTTGTTATTCATCGACTGTATCCATTTCGCAAATTTTCTATTTTATCTTATTGGATTAAACCATCGTTTAAAGCATGGTGGGGACAATTAAAAATTGGCGTGCCTATTGGAGCTGCGATGTTTTTTGAAACGAGCATTTTTTCTGCCGTCACTTTATTAATGAGCGCATACAGCACGTATACCATTGCAGCTCATCAAGCAGCCATGAACTTTGCTTCTCTTTTATATATGATTCCTCTTAGCGTTGGTATGGCATTAACAATTGCAATTGGCTTTGAAGTTGGAGCTAAGCGTTTTGATCAAGCGCGTATATATGGATATATTGGAATAAGCGGTGGAATTTTCATCGCATTATTTGCTGGCTTGGTGCTCTATTTTACGAAAGATGGGGTAGCTCTACTTTATAACTCTAATCCAGAAGTAGTTCATTTGACCAAGCATTTTCTGATTTACGCTATTTTCTATCAACTAGCTGATGCCTTCGGTGCGCCTATTCAAGGAGCGCTTCGAGGATACAAAGATGTGAACGCTACATTAGTGATCGCTTTCATTTCCTACTGGGTAATTGGCTTACCTGTTGGTTGGCTGCTAGCGAATTACACTGCTTTAGAACCTTTTGGTTATTGGGTCGGAATTATTACTGGACTATCATGCGGAGCTATAGCATTATTAACACGCTTATTGTATTTACAGCGTAAGTGTAAGAAAAAAATGCATGCATAA	MYRTTSLSEKLTLFITIVIPILITQVSMYVMNIFDTMMSGRASAADLAGVAIGSSLWVPIFTGVNGILLAITPIIAQLLGAKSEEQISKKVKQALYLSVTLALFVFLFGTILLDPILQLMDLENDVEHIAKFYLVALSTGIIPLFIFNTLRSFIDALGQTRISMFIILLSLPLNLIFNYMFIFGKFGIPTYGGIGAGTATSITYWLICFITFVVIHRLYPFRKFSILSYWIKPSFKAWWGQLKIGVPIGAAMFFETSIFSAVTLLMSAYSTYTIAAHQAAMNFASLLYMIPLSVGMALTIAIGFEVGAKRFDQARIYGYIGISGGIFIALFAGLVLYFTKDGVALLYNSNPEVVHLTKHFLIYAIFYQLADAFGAPIQGALRGYKDVNATLVIAFISYWVIGLPVGWLLANYTALEPFGYWVGIITGLSCGAIALLTRLLYLQRKCKKKMHA	PGPT0029115_8303	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
AK148_00784	1188	nupC	COG1972	Nucleoside permease NupC	TTGCATATTTTACTAGGTTTATTAGCCGTTGTCGTTGTACTTGGGTTAGCATTTTTAATGTCGAATGATAAGAAAAATGTTAATTATAAAGCAATTGGAATTATGTTGATTTTTCAAATTTTAATTACACTGTTTATGTTTGAAACGGGTGTTGGACAATGGGTTATTAAAAAGATTTCAGAGGGATTCAATAAATTAATTGAATTTGGTAATGTGGGAATCAGTTTTGTTGTAGGAGGATTTGAACTACAAGAGGGTGGCGTCTTTTTCTTTAACGTTCTACTTTTAATCGTCTTCTTTGCTACCTTGCTTTCTGTTCTAACATATTTGAAAATTTTGCCACCAATTATTAAATATTTAGGTTGGTTAATTTCTAAAGTCACTGGACTGCCTAGAGTAGAATCATTTAATGCGGTAAATAGTATCTTTTTCGGGCAATCTGAAGCATTGATTGCAATTCGGTCTCAATTTCATCATTTAAATGCTAATCGGCTTTATATTGTAAGTGCTTCCGCAATGGGGTCTGTTTCAGCATCCATTGTTGGCGCTTATTTACAAATGCTACCACCACAATACGTGCTAGTCGCACTTCCGTTAAATATGTTCAGTGCTTTAATGATTGCTTCTGTTATTGCACCGGTCAATGTACCAAAAGAAGAAGACGTTGTAGACATAAAAAATGTTAGTAAAGAGAAAAGTATTTTTGAAGCAATGGGAAATGGTGCATTAGAAGGTGGGAAAATTGCTCTTATTGTTGCAGCTATGCTAATTGCTTTTATTGCTTCTCTTGAGTTAGTTAACGCACTTATTCAACTCGTCTTTGCTGGTGTAACCCTAGAAGACATCTTAGGTTATGTTTTAGCGCCTATTGGTTTATTGATGGGAATTTCTCCTGGTGAAGTTATTCAAGCAGGTTCTATTATGGGTACGAAAATAGTGACAAATGAATTTGTCGCTATGCTGCAATTTCAACAAGCGATGGGGGATATGTCGGAAAAAACAATCGGTATTGTTACGGTATTTCTAACCAGCTTTGCTAACTTCTCTTCTATTGGTATTATTGCTGGTACTGTAAAAGGAATTGATGAGGAAAAAGCTGTTAGCGTGTCTCGTTTTGGAATGAAACTTTTAATTGGTGCAACACTAGCCTCTATTTTATCCGCTTCTGTAGTGGGAATGTTTTTATAA	MHILLGLLAVVVVLGLAFLMSNDKKNVNYKAIGIMLIFQILITLFMFETGVGQWVIKKISEGFNKLIEFGNVGISFVVGGFELQEGGVFFFNVLLLIVFFATLLSVLTYLKILPPIIKYLGWLISKVTGLPRVESFNAVNSIFFGQSEALIAIRSQFHHLNANRLYIVSASAMGSVSASIVGAYLQMLPPQYVLVALPLNMFSALMIASVIAPVNVPKEEDVVDIKNVSKEKSIFEAMGNGALEGGKIALIVAAMLIAFIASLELVNALIQLVFAGVTLEDILGYVLAPIGLLMGISPGEVIQAGSIMGTKIVTNEFVAMLQFQQAMGDMSEKTIGIVTVFLTSFANFSSIGIIAGTVKGIDEEKAVSVSRFGMKLLIGATLASILSASVVGMFL	PGPT0021065_287	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021065-nucp-K11535	NA	NA
AK148_00785	1251	odhB		Dihydrolipoyllysine-residue succinyltransferase component of 2-oxoglutarate dehydrogenase complex	ATGAATGAAATAAAAGTACCAGAGCTAGCTGAATCTATTACAGAAGGAACCATTGCGGAATGGTTAGTGAAGCAAGGGGATAAAGTAGAAAAAGGCGATCCAGTTGTTGAGTTAGAAACAGATAAAGTGAATGTGGAAGTAAACTCTGAATATTCTGGTGTAATTACTGAAATAATTCAAGTCGAAGGCGATGATGTAGAAGTTGGCGACATCATTGCAAAAATTGACGAAAATGCAGAAGCAGGAAATGCAAATACTGAATCTGCTCAAGGTCAAGCTGATGCAAAAGAAGAAAAGCAGACAGAAGCGTCTCCAAAACAAGACATGAAGGAAGAAGTAAGAGAAGAGACCCAAACAAGTGGTGACGTAATCGCTTCACCAGCTGCTAGAAAGCGTGCTAGGGAGCTAGGTATTGATCTAAGTAAGGTGAGCCCACGCGACCCATTAGGCCGCATTCGTCCAGAAGATGTGGAAGATGCTGCGAAGGGTACAGCAAAATCAAGCAAGCAAAAAGAAGAGAAGAAGCCTGTTGAGAAAACAGAGTTTGATAAACCGGTTGAACGAGTAAAAATGTCCCGTCGCCGTCAAACTATTGCTAAACGTCTAGTTGAAGTACAACAAGAAGCTGCTATGCTTACAACGTTTAATGAAGTAGATTTAACCAATGTTATGAAACTACGTAGTGAACGTAAAGAGAAGTTTATTGAAAAGCATGGTGTGAAGTTAGGCTTCATGTCTTTCTTTACAAAAGCTGTCGTTGGTGCATTAAAAGATTTTCCATTGCTTAATGCAGAAATTCAAGGTAATGAAATAGTAATGAAGAAATTCTATGATATTGGTATTGCAGTATCTACAGAAGATGGTTTAGTAGTTCCTGTAGTACGAGATGCTGATCGTCTCGATTTTGCAGGAGTGGAAAAAGAAATTGGTAACTTAGGTAAGAAAGCGCGTGATAAGAAGCTAGAAATGAGTGACTTACAAGGTGGTTCATTTACGATTACAAACGGTGGAACATTTGGTTCTATGCTTTCCACACCAATACTAAATGCACCTCAAGTAGGAATTTTAGGAATGCATAATATTCAAAAACGTGCCGTTGTAATGCCAGATGATAGTATTGAAGTACGTCCAATGATGTATTTAGCGCTATCCTATGATCACCGTATTGTAGATGGCAAAGAGGCGGTACAATTCCTTGTTCGTGTTAAACAATTATTAGAAGATCCTTACGATTTATTATTAGAAGGATAA	MNEIKVPELAESITEGTIAEWLVKQGDKVEKGDPVVELETDKVNVEVNSEYSGVITEIIQVEGDDVEVGDIIAKIDENAEAGNANTESAQGQADAKEEKQTEASPKQDMKEEVREETQTSGDVIASPAARKRARELGIDLSKVSPRDPLGRIRPEDVEDAAKGTAKSSKQKEEKKPVEKTEFDKPVERVKMSRRRQTIAKRLVEVQQEAAMLTTFNEVDLTNVMKLRSERKEKFIEKHGVKLGFMSFFTKAVVGALKDFPLLNAEIQGNEIVMKKFYDIGIAVSTEDGLVVPVVRDADRLDFAGVEKEIGNLGKKARDKKLEMSDLQGGSFTITNGGTFGSMLSTPILNAPQVGILGMHNIQKRAVVMPDDSIEVRPMMYLALSYDHRIVDGKEAVQFLVRVKQLLEDPYDLLLEG	PGPT0001535_1806	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001535-sucB-K00658	NA	NA
AK148_00786	2856	odhA		2-oxoglutarate dehydrogenase E1 component	GTGGCACAATATGAAGAATCCAATGAGCGATTCTGGTCAGAATTTCATGGTCCTAACATGGGGTATGTAGAAGAACAATATGATTTATACAAAGCGGATCCAGAGGCAGTAGATCCATCCATTAAAAAGATGTTCGATGAGCATGGAGCCCCTCAATGGTTATCCCAACCAGGCGTTTCAACTGTAGCAGAAACTCAAGCTGCATCCATAGACGATGTGAAGAAACTTACCTCAGCAATGAAACTTGTTGAGGCTATTCGACGTTTTGGGCATCTCGTGGCAGATATTTATCCAGTTGGAAGAAGTGAACGAACGTCTAACTTAGTAGATGCAGAAAGCTATGGATTGACACAAGAAGACTTAATGAGCATTCCAGCTTCTTGGTTATGGGAAAAAGCTCCTAGCCATGTAAAAAATGGATTAGATGTAGTAAAAGAATTGAAAAAGTATTATTCTGGCACAATTGCGTTTGAATTTGATCATGTAAATAACGAAGAAGAACGCAATTGGTTAATGGATCTAATTGAAACTGGTAAGGCGAGGCTTAATCTACCAAATGACGAGAGAATTCAGTTGCTTGACCGACTTGCTCAAGTAGAAGGCTTTGAAGGATTTTTACAAAAAACCTTTGTTGGTCAAAAGCGTTTTTCCATTGAAGGCTTAGAAGTCATGGTCCCTATGCTTGATCAGATTGTAAAAAATGCAAGCGCGGACAAAGTAGAGAATATTATGATGGGGATGGCTCATCGTGGTCGCCTTGCTGTTTTAGCACATATTCTTGGAAAACCTTATGATAAAATTTTCTCAGAGTTTCACCATTCGCCAAATAAAGAATTGATACCTTCTGAAGGTTCAACCGGCATTAATTATGGCTGGACAGGTGACGTGAAATATCATTTCGGTGCAACAAAGGAACCAGATGTGAAAGAGGGAACGACACGGATTCGTTTAGCACACAACCCTTCACATTTAGAATTTGTTAACCCGGTTGTCAAAGGCTTTGCACGTGCAGCACAAGATTATCGTTATGAAAAAGGTTATCCTAAGCAGGATGTAAATAAAGCAATCCCTGTATTAATTCATGGAGATGCGGCGTTTATCGGCGAAGGTGTGGTTGCAGAGACTTTAAATCTAAGTGGTTTGCCAGGCTATACGACTGGTGGTTCCTTGCATATTATTGCTAATAATTTACTCGGATACACTACCGATCAAGAAGACGGTCGTTCTACTCGATATGCAAGTGATCTCGCAAAAGGTTTTGAAATTCCCATTATCCATGTGAATGCAGACGATCCAATTGCGTGTATTTCAGCTATTCAAATTGCTTACGAGTATCGCCAGAAATTCCATAAAGATTTTCTGATTGATTTAGTTGGTTATCGCCGCTATGGTCACAATGAAATGGACGAACCAAGAATGACTCAGCCAGATTTGTATAGTCTAATTGATAATCACCCTTCCGTTTCACAAGTTTTTGCAAATGACTTGGAACAAAAAGGGATTATTAACGATGGACAATTGGAAGAAATGAAGCAAAATACAGAGTCCAAGTTGCGGGACATTTATAATAATATGAAAGAGAATGAAACAGGAGATTGCGAACCAAAACCAATGCCAAAAGCTTTGAAAAATGGTTTGGATCAGTTTGAAACAGCTATTGATTTAGAAACGTTACAATCCCTAAATAAAGGGATGTTGAAACGACCTGAAGGTTTTAACAGCAACAGAAAACTAGAACGTATTTTAAAACGACGTGAGAATGCGCTTAATGATGGGGAAAAAGCGGATTGGGGAACTGGAGAAGCTTTAGCATATGCTTCTATTTTACGAGACGGCATCCCAATTCGACTAACCGGACAAGATTCAGAAAGAGGAACTTTTGCGCATCGTCATCTTGTGTTACACGATGTGGAAACAAATGAAAAAGTTAGTCCCTTGCATATTATAGATGAAGCAAAAGCTTCTTTTGACATTCGGAACAGCCCGTTGTCTGAAGCGGGTGTGCTAGGGTACGAATACGGGTATAGTGTTGAAGCAACAAATACACTTGTTATTTGGGAAGCGCAATTTGGAGATTTTGCTAACGCGGCTCAAGTTGTATTTGATCAATTTATTTCTTCTTCTCGGGCGAAGTGGGGCGAAAAATCCAATATGGTTATGTTGCTTCCACACGGGTATGAAGGTCAAGGGCCAGAACATTCTAGTGCTCGCTTGGAACGCTTTTTACAAATGGCTGCAGAGAATAACTGGATTGTAGCATATGTTACTTCATCTGCTCAATTTTTCCATTTAATGCGCCGTCAAGCTGCATTGCGTAATCGTGAAGAGGCTAGACCGTTAATCATAATGACGCCTAAAAGTAGTTTAATACGAAATGAGCGAATGGCTTCATCAGCAGAAGAGTTTACAAATGGTAAGTTCCTAGCGTTACGAGATCAACCTAACTTAAAAGTAAGCAAGAAAAATGCGAAACGCTTACTTCTAGGTAGTGGAAAGATAATGGTAGATATTGAAGAAGAAATAGCACATTCAGAAGAAAAATTTGATTGGTTGCGAGCGCTCAGGGTAGAACAAATATATCCGTTTCCTAAAGAACAATTAGCGAGCGAAATAAAGCAGTTGCCAAATTTAGAGGAAATTGTATGGGTCCAAGAAGAGCCGAAAAACATGGGGTCTTGGGACTTTGTTGACGATTATTTAAGAGATTTGCTACAAGACGGGCAGAAGTTGCGCTATATTGGTCGTCCAGACCGTTCGTCTCCAGCAGTAGGCGAGCCAAATGTGCATAAAACAGAACAGAAGCAGATTATTCAGGAAGCAATAGCCCCATCACAAGGAGGAGATTCTAATGAATGA	MAQYEESNERFWSEFHGPNMGYVEEQYDLYKADPEAVDPSIKKMFDEHGAPQWLSQPGVSTVAETQAASIDDVKKLTSAMKLVEAIRRFGHLVADIYPVGRSERTSNLVDAESYGLTQEDLMSIPASWLWEKAPSHVKNGLDVVKELKKYYSGTIAFEFDHVNNEEERNWLMDLIETGKARLNLPNDERIQLLDRLAQVEGFEGFLQKTFVGQKRFSIEGLEVMVPMLDQIVKNASADKVENIMMGMAHRGRLAVLAHILGKPYDKIFSEFHHSPNKELIPSEGSTGINYGWTGDVKYHFGATKEPDVKEGTTRIRLAHNPSHLEFVNPVVKGFARAAQDYRYEKGYPKQDVNKAIPVLIHGDAAFIGEGVVAETLNLSGLPGYTTGGSLHIIANNLLGYTTDQEDGRSTRYASDLAKGFEIPIIHVNADDPIACISAIQIAYEYRQKFHKDFLIDLVGYRRYGHNEMDEPRMTQPDLYSLIDNHPSVSQVFANDLEQKGIINDGQLEEMKQNTESKLRDIYNNMKENETGDCEPKPMPKALKNGLDQFETAIDLETLQSLNKGMLKRPEGFNSNRKLERILKRRENALNDGEKADWGTGEALAYASILRDGIPIRLTGQDSERGTFAHRHLVLHDVETNEKVSPLHIIDEAKASFDIRNSPLSEAGVLGYEYGYSVEATNTLVIWEAQFGDFANAAQVVFDQFISSSRAKWGEKSNMVMLLPHGYEGQGPEHSSARLERFLQMAAENNWIVAYVTSSAQFFHLMRRQAALRNREEARPLIIMTPKSSLIRNERMASSAEEFTNGKFLALRDQPNLKVSKKNAKRLLLGSGKIMVDIEEEIAHSEEKFDWLRALRVEQIYPFPKEQLASEIKQLPNLEEIVWVQEEPKNMGSWDFVDDYLRDLLQDGQKLRYIGRPDRSSPAVGEPNVHKTEQKQIIQEAIAPSQGGDSNE	PGPT0001530_1769	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001530-sucA-K00164	NA	NA
AK148_00787	108			hypothetical protein	ATGAAATTAGCATTAATATTAGGGGTAGCTATTGTATTTATAACTTCTTGCTTCACTGCGGGGTACGAATCAAAACCAGGTATGCCGAGAAAACAACAAAGGACATAA	MKLALILGVAIVFITSCFTAGYESKPGMPRKQQRT				NA	NA	NA	NA	NA
AK148_00788	474	trmL	COG0219	tRNA (cytidine(34)-2'-O)-methyltransferase	GTGAGTTTACATGTCGTATTATATCAACCAGAAATTCCAGCTAACACTGGCAATATCGCAAGAACATGTTTAGCAACCAATGCAACACTTCATTTAATTCACCCGCTTGGGTTTTCTACAGATGATAAAATGCTACGTAGGGCAGGGTTAGACTATTGGCATGATGTAGATATCCATGAATATCCGTCTATTCAAGCTTTATATGAAGCATATCCAAAAGGAAGTTTTTATTATATTGAAAACTTTGGGACGAAGCACTATACCGATTTTGATTTTAGTGACGAGGGTGAACCGTTATTCTTTGTGTTTGGTAGGGAAACAAATGGCATACCAAAGCAATTACTAGAAGGGAAAGAAGACCGTTGTTTACGCATTCACATGGGGGATAAAGTGAGGTCATTAAACTTATCCAACACTGCGGCGATTATTATTTACGAAGCTTTAAGGCAACAAGGTTTTCCTGGGCTATTTTAA	MSLHVVLYQPEIPANTGNIARTCLATNATLHLIHPLGFSTDDKMLRRAGLDYWHDVDIHEYPSIQALYEAYPKGSFYYIENFGTKHYTDFDFSDEGEPLFFVFGRETNGIPKQLLEGKEDRCLRIHMGDKVRSLNLSNTAAIIIYEALRQQGFPGLF	PGPT0013375_29	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013375-pncB-K00763	NA	NA
AK148_00789	852			hypothetical protein	ATGGAACAACTTAAAAGATATTGGCAAGATTTTTTTACAATAGATCGAAATGAAAATGATTGGTGGGCAAGGAAGCAAGCATTATTCGCTGAGCGAGGTGCTGAAATCATTCAAATTAAAGGAAATGGGCATGTATATAGTAAATTAAGTTATGAACAAGAGAATATTCACCAGTATCATCTACATGTCCAATATCTTATTAAGCAGCAAAAGCAACTATATTTAGAAGAGTCTGTCACTCCTTATGTGTTTAAGAAAGATCATCAAGGTAACATGCAAGCACATCGTCGCCATGACTACAAACAGGAAGATCTAGTTAAGACGGAAATGTTTAAGCAAGGCGATAGTTCTTCTTTAAATAGCAGAAGTAAATACAATCGTCAGGCTGCGGTACAATATGCAGAACGTTGGTGGAATGATTATAATCCTGCCTATCGTCAATTTCCGGTAGATTGTACGAACTATGTATCACAATGTTTATATGCGGGCGGTGCGCCAATGCATGGTGCTCCTGTTCGCGAGCGGGGATGGTGGTATCAAGATACCAATTGGAGTTTTAGTTGGGCAGTTGCACATTCATTACGCTGGTATTTAGCCGGAGCAACAAGTGGATTAAGAGGGGAAGAAATGAAAACTGCTAATCAGCTTATACCAGGTGATGTTATATGTTATGATTTTACCGGAGATGGGAGATGGGACCACAATACAATTGTAGTTGCCAAAGATGCAAATGGGATGCCACTTGTCAATGCACATACAGATAATAGTCGTAACCGTTATTGGTCGTATGAAGATTCAACAGCATGGACACCTGACATTCAATATAAGTTTTTTCGTATTCACATAGAATAA	MEQLKRYWQDFFTIDRNENDWWARKQALFAERGAEIIQIKGNGHVYSKLSYEQENIHQYHLHVQYLIKQQKQLYLEESVTPYVFKKDHQGNMQAHRRHDYKQEDLVKTEMFKQGDSSSLNSRSKYNRQAAVQYAERWWNDYNPAYRQFPVDCTNYVSQCLYAGGAPMHGAPVRERGWWYQDTNWSFSWAVAHSLRWYLAGATSGLRGEEMKTANQLIPGDVICYDFTGDGRWDHNTIVVAKDANGMPLVNAHTDNSRNRYWSYEDSTAWTPDIQYKFFRIHIE				NA	NA	NA	NA	NA
AK148_00790	159			hypothetical protein	TTGGAGTTTAAAAACGAGATTACAATTACTACATACAACAGAGGGCAATACGAAAAATTTACAGGAGTAATACAAAGTGCAAATGCGGAAACAAAGATGATTACATTTGATGTTGGAAAATTTATGATAAGCGCTAATATTATTGTGGATGTAGAGTAA	MEFKNEITITTYNRGQYEKFTGVIQSANAETKMITFDVGKFMISANIIVDVE				NA	NA	NA	NA	NA
AK148_00791	507			hypothetical protein	ATGATGAAAAGTTTGTTAAAAAAATCAGTATTTCTAGTGACTTCCGGCGTATTGCTGATGAGTGGGCTATTTATGGGTACGACAAAAGCACATGCTTCCACTTCAGCTACTATGAACAATGTAAATGTATCAGTACAATCAAAAAATGTCTACCCTTTATCTTCTCGACCAAACAATGATGGTTTAGTCACCCCGATGGGAGTTAAGTCAACAGCTGTTATTAAAGTAGCAAACGCTCTTAGAGCTGGTGGCGACGTAGTTATTGATGCAGCTAAACATTTTAAAGTTATTGACGGTTCTACAGCAAGAACTCTAAAAAGAAACAGTAAAAAGATCGGTAATTGGTTAAAAAAGTTTGAAAATGCGGGTGATACAGCAGCGGCGCAAGTACGTGAACAACTACCTGTATTTCTAAAAGAAAATACTAAGATGAGTAAAGGCACAGCTGAAAACATTTCAATTGCTGTAAGTTGGGCAATTAAATGGGCGGATGTCATATTTTTATAG	MMKSLLKKSVFLVTSGVLLMSGLFMGTTKAHASTSATMNNVNVSVQSKNVYPLSSRPNNDGLVTPMGVKSTAVIKVANALRAGGDVVIDAAKHFKVIDGSTARTLKRNSKKIGNWLKKFENAGDTAAAQVREQLPVFLKENTKMSKGTAENISIAVSWAIKWADVIFL				NA	NA	NA	NA	NA
AK148_00792	315			hypothetical protein	ATGGATAATCTCACTGTCAGCGAATGGATGAAAGAAAACGGTTTAACTGATGACGAAGTAGATTTTATTGAAACGATATTAACATCTACCGCCATGCAAGAAAGCGGAATAATTAACTACAAAGAAATTAATCGTAAAATTAATACGTATTTCCCAGAAAGAAGATTTTATTTAACTGGAAAAATTAACTTTGAAAAATTTTTAAATATCTTAAAAGAAAATGAAATATTTATAGATTTAAAGGAACTGTTAAACAGATATCATTCTCAAGGAACTTGCAAAGAACACTGCGAAAAGTTATTAGAAAGAGTTTAA	MDNLTVSEWMKENGLTDDEVDFIETILTSTAMQESGIINYKEINRKINTYFPERRFYLTGKINFEKFLNILKENEIFIDLKELLNRYHSQGTCKEHCEKLLERV				NA	NA	NA	NA	NA
AK148_00793	339			hypothetical protein	ATGGAATCTCTCATTATGCCTGAACACATAGAGATGCTACAGGAAATATGGGAAGAACAAAATCATAAAGAAAAGCCGATTTTGGACGAACAGCAGCAAGAGGAAATAAACACAAAATTACTAATGGCTATAGTAAATGATCTTACAGTTGAATTAAAGTATTTTGATAAGCATGATTTTTATAAAGTAAAAGGTAAGTTTAGCAGTATCAATAAGCAAAATAAATACAGAAGCATAGCTGGACAATGTTTTCCTTTTGAGTGCATTATGGATATATTAAAGAAGTTCTATATATATCAAAACCACCTCCCCATAACTCTTTGTTATAGGAGGTGGTGA	MESLIMPEHIEMLQEIWEEQNHKEKPILDEQQQEEINTKLLMAIVNDLTVELKYFDKHDFYKVKGKFSSINKQNKYRSIAGQCFPFECIMDILKKFYIYQNHLPITLCYRRW				NA	NA	NA	NA	NA
AK148_00794	1143	queG	COG1600	Epoxyqueuosine reductase	ATGGACACAGATCAACTAAAGCAGGAAATAATTGCATACAGTAAACAAATTGGGATTGATAAAATTGGTTTCGCCTCAGCTGATGTATTTACCGAATTAAAAGAGAGGCTGCGCAGACAGCAAGAATTGGATTATCAGTCCGGCTTCGAAAAAGGGTCCATAGACGAAAGAACGGAGCCTATGCGATTATTACCAGAAGCAAAATCAATTATTTCTATTGCTTTAGCGTATCCCTCCCGCATGAAAGGTGCACCAAGAAGTACAAAGGAAGAACGACGGGGATTATTTGCTAGAGCTTCTTGGGGCGTTGATTATCACATTGTCATGCGAGAACGATTAGAAAAGCTTGCGTCCTTCATTCAAGAAAGAGTCCCAGATGGAAAAAACAAAGTGATGGTGGACACGGGTGAACTATCTGATCGGGCTGTTGCAGAACGGGCAGGTATTGGTTTTAGTGGGAAAAACACCTCCATTATAACTCCAGAGTTTGGTTCATTTGTTTATTTAGGAGAACTCATAACAAATGTTCCGTTTACGCCAGATGATCCTGTTGATGATAGCTGCGGATCTTGTACGAAATGTATAGATGCTTGTCCTACAGGAGCAATTGTGCAAGGTGGACAGCTAAATGCCAAGCGATGTATCGCCTTTTTAACGCAAACAAAAGATTTTTTACCAGATGAATTTCGTTCAAAAATTGGTAATCGTGTATACGGCTGTGACACATGTCAGATGGTTTGTCCAAAAAATTTAAAGATAGACTTTCATCATCATCGTGAATTTGAGCCAGAGCATGAAGTCGCTAAGCCAAAGTTAATTCCCATGTTAAAACTATCCAACCGTGAATTTAAACAGACATTCGGCCATATTTCAGGTTCGTGGCGCGGTAAAAAGCCAATTCAGCGTAATTCACTTATTGCTTTAGGACACTATAAGGACAAAACGGCTGTAGCAGACATGATAACAGTGATGAAAAATGACCCCCGACCTGTTATACGTGGAACTGCAGCTTGGTCTTTAGGGAAAATTGGCACAAAAGAAGCTTTCCAAGCTATAAGGGAAGCGATGCAAGAAGAAAAGGATGAACAGGTGCTAGTGGAAATGGAAAAAGGACTTGCTTTTGAAGATGTATATCATTCATGA	MDTDQLKQEIIAYSKQIGIDKIGFASADVFTELKERLRRQQELDYQSGFEKGSIDERTEPMRLLPEAKSIISIALAYPSRMKGAPRSTKEERRGLFARASWGVDYHIVMRERLEKLASFIQERVPDGKNKVMVDTGELSDRAVAERAGIGFSGKNTSIITPEFGSFVYLGELITNVPFTPDDPVDDSCGSCTKCIDACPTGAIVQGGQLNAKRCIAFLTQTKDFLPDEFRSKIGNRVYGCDTCQMVCPKNLKIDFHHHREFEPEHEVAKPKLIPMLKLSNREFKQTFGHISGSWRGKKPIQRNSLIALGHYKDKTAVADMITVMKNDPRPVIRGTAAWSLGKIGTKEAFQAIREAMQEEKDEQVLVEMEKGLAFEDVYHS				NA	NA	NA	NA	NA
AK148_00795	1704			hypothetical protein	ATGCATAACTTAATACAGCTTTTAAGAGAATTGGACGGAAAGGGTTATAAAGGGTATAAGCGTATTCAAGGCCATTATCAAGCAGATCATTATCAATTAGCGGTTGATTACGTACAAGGTGACCCGTTTGCTTCACCTTCTAAAATACGCATTATTATCCCTAGTAATGAACGGCCAATCCGATCAGCTTGGCTGCAAACCTATTCAAGAAAAGTTGCCGCAGAGGACGTATTTGCACGGTGGATAGGAAAAGCAGCCGCTAAACAATCTACGTTTATCAAAGGATCTGGCAAAAGCGGGTTGATCTTATTTGATCGTCCAGGACAAGAAAAGTTAGAGCGGACGGCTGTGCAAATAAATGCCACATCCATAACGATCTGTATTTCAATTGGTTTACCTGCTAATGGAAGAAAGATTAATGGAAAAGAAGCAGAAAAGCTATTTACACAAGTGTTACCGTCTATTATGGAACGATCTGTTTTTGCTATGAAGGATGAAACAGTGAACCAGTCTATACAACTTGCAGATCAGCAAGAGGCAATTCGTCAAAAAATGAAACAAAATGGCTGGGTAGCTTTTTTGGCGAATGGTTCTACATTGCCAAGAGAAAGCGGTATTAGTAATCGTCCATTAAAACGAGCGATACCTTTTCAAAGTCCCCCTGAAAATGAGGTCACTATCGACATTCCACATGCGAAAGAGCCAATAAAAGGTATGGCAATTAAACAAGGTATTACGTTAATTGTTGGTGGTGGCTACCATGGGAAAAGTACATTATTACAAGCCATTGAACGTGGTGTTTATAATCATGTACAAGGAGACGGTAGAGAGTATGTATTAAAAGACCCTGCTGCGGTAAAAATTCGAGCTGAAGATGGTCGAAAAGTAACCGGTGTAGACATTTCCCCATTTATTAATAACTTGCCTTATTGTCAAGATACGACATTTTTCTCAACGGATAATGCAAGTGGAAGTACTTCCCAAGCTGCAAATGTCATGGAAGCGTTAGAAGCGGGGGCGACTACATTACTTATTGATGAGGATACGAGCGCGACCAACTTTATGATTCGTGATCATCGTATGCAGTTACTTGTTCATGCTGACAAAGAGCCAATCACCCCATTCATTGATAAGATTCAGCAGATCCGCGATGAATTAGCCGTATCGACGATTATTGTTATGGGCGGATCGGGAGATTATTTTGCACATGCGGATACAGTAATTCGTTTAGAAAATTACATTCCTGATAATGCTACAAAGGAAGCGAAAGTAATTATAGAAAACTATCCGTTAGAAAGAAACGAAAAATTGGATGTCCCAATTCAAATAAGAGAGCAGCGCTATTTTCAACAACAGACTTTACAGACGAGAAAAGGCAAGCGTTCAAAAGTTCAAGCTAAAGGGTTGAATCATATTTTAATGGGAACAACCGATATTACTTTTTCTGAGGTGGAGCAGTTGGTGGATGCTTCACAAACAAGAATGATTGCAGAAATTCTCCAATACTTAGATCACCAGAATAAGCTAGCGAATCAAACGCTACCCCAGCTGTTAGCTGAGGTAGAAGAGCAAATGAATAAACGCGGCCTTGCTTCCTTTACCCCATATCCGAATCAGCATCCAGGAGATTTAGCAAGGCCACGTAAGTTTGAAATTGCAGCAGTGGTTAATCGGATGCGTACAGCTGTTGTAAAGCAGCATTAG	MHNLIQLLRELDGKGYKGYKRIQGHYQADHYQLAVDYVQGDPFASPSKIRIIIPSNERPIRSAWLQTYSRKVAAEDVFARWIGKAAAKQSTFIKGSGKSGLILFDRPGQEKLERTAVQINATSITICISIGLPANGRKINGKEAEKLFTQVLPSIMERSVFAMKDETVNQSIQLADQQEAIRQKMKQNGWVAFLANGSTLPRESGISNRPLKRAIPFQSPPENEVTIDIPHAKEPIKGMAIKQGITLIVGGGYHGKSTLLQAIERGVYNHVQGDGREYVLKDPAAVKIRAEDGRKVTGVDISPFINNLPYCQDTTFFSTDNASGSTSQAANVMEALEAGATTLLIDEDTSATNFMIRDHRMQLLVHADKEPITPFIDKIQQIRDELAVSTIIVMGGSGDYFAHADTVIRLENYIPDNATKEAKVIIENYPLERNEKLDVPIQIREQRYFQQQTLQTRKGKRSKVQAKGLNHILMGTTDITFSEVEQLVDASQTRMIAEILQYLDHQNKLANQTLPQLLAEVEEQMNKRGLASFTPYPNQHPGDLARPRKFEIAAVVNRMRTAVVKQH				NA	NA	NA	NA	NA
AK148_00797	873	dat		D-alanine aminotransferase	ATGACTGTATATCCAATCGTCATAGCACAGCAAAATTTCACCCACCAAGATAGCTTGCATTACCCGTTTGAGGAACGTGGGTTGCAATTTGGTGATGGTATTTATGAGGTCATCCGAATTTATAAAGGGAACTACTACCTTTTAAAAGAACATATGGATCGTTTATTTCGTTCAGCGGAAGCGATTAAAATTGATCTAAATATAACGAAAGAAGAACTCACTCGTCTGTTACTCAAATTATTAGAAAAGAATAAAATGACTACGGATGGAAAAGTATATTTACAGGCAACTAGGGGATCAGCACCTCGAGATCACGTTTTCCCAGTAGATACGCCTGCAAATTTATATGCTTATGTCCAAGATTTACCACGTCCTAGCGAAAAATTAAAGAATGGGATTTGCACGATTACAACCCCAGATGTTCGTTGGGAAAATTGTTACATTAAAAGTTTGAATTTGCTTCCGAACGTTCTTGCTAAACAAGAAGCAAAGGAAAATAATTGCTATGAAGCTATCTTACACAGAGGGGAACTTGTTACTGAATGTAGTTCATCCAACATTTACATAGTTAAAAATGGAGAAATTTATACACATCCAGCAACAAACCGCATCCTACACGGTTGTGTACGTATGCGTGTTGAAAAATTTGCTAACGACCTTTCCATACCGTTTCATGAGCAAGCTTTTGATAAAGAAGCTATTTTTCAGGCAGATGAAGTTTTCCTATCCAGTAGCACATCGGAAGTAATGCCTGTCGTTCGAGTAGATAATCAGCACATTCAAGAGGGAAAACCTGGGGCAGTTACGCGAAAACTACAAAAAGCTTATGAATTAGATGCTACTATTACAGAAAATAATATTACGCAAGCTTAA	MTVYPIVIAQQNFTHQDSLHYPFEERGLQFGDGIYEVIRIYKGNYYLLKEHMDRLFRSAEAIKIDLNITKEELTRLLLKLLEKNKMTTDGKVYLQATRGSAPRDHVFPVDTPANLYAYVQDLPRPSEKLKNGICTITTPDVRWENCYIKSLNLLPNVLAKQEAKENNCYEAILHRGELVTECSSSNIYIVKNGEIYTHPATNRILHGCVRMRVEKFANDLSIPFHEQAFDKEAIFQADEVFLSSSTSEVMPVVRVDNQHIQEGKPGAVTRKLQKAYELDATITENNITQA	PGPT0001915_293	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_LYSINE_DEGRADATION,PGPT0001915-dat-K00824	NA	NA
AK148_00798	504			hypothetical protein	TTGAAAAAAATCATGATTATTGGAAGCCCTGGTTCAGGAAAATCAACTTTAGCTAGACATTTAAGCGAATTATTGCATATCCCCGCTTATCATATGGACTCCATTTTTTGGCAACCTAGCTGGGTGCCGATAAAACGAAAAAAACTTGTTGAGGAAACCAAAAAGCTAATGGAAAAAGACACGTGGATTATTGACGGCAATTACAGTGCAACGATGGATATACGTTTGAAAGAAGATGACACGATTATCTTTTTACATTTCTCCACCATGCGTTGCTTGTATGGAATTACGAAACGGCGCCTCCAGTATCATAAACAAACACGCCCTGACTTAGCTGCAGGCTGTCCCGAAAAACTGGATTGGGAATTCTTTCAATATGTTCGCAAGTTTAATAAGCGGAAAGCTCCGCACATCTACGAACTTCTAACGAACTATCCAGACAAACAGCAGATTACTTTCAAAAATAGATCCCAGTTACAAAAATTTCTTCAAGATAGTAGCTAA	MKKIMIIGSPGSGKSTLARHLSELLHIPAYHMDSIFWQPSWVPIKRKKLVEETKKLMEKDTWIIDGNYSATMDIRLKEDDTIIFLHFSTMRCLYGITKRRLQYHKQTRPDLAAGCPEKLDWEFFQYVRKFNKRKAPHIYELLTNYPDKQQITFKNRSQLQKFLQDSS				NA	NA	NA	NA	NA
AK148_00799	2001	dpp5_1	COG1506	Dipeptidyl-peptidase 5	ATGCATGATAAACGAGCATTGCAAACAGAAGATATCTTACAACTGAACGTTGTCAGTGACCCACAATTCACACCAGATGGTCAAGCTTTCACATACACTCTCACTACTATTAATGAACAAAATGAGTACGAATCACAGTTGATGTATCAAAATTTAAAGGAAAAACAGACTACTCCTTGGACCTTTCACTCATCCAAAAATAGTAAACTACGACTTTCCCCTGACGGAAAACGAGCTGTCTTTCAATCTACTAGAAGTGGACGCCCGCAATTGTGGTTACTCCACACAGATGGAGGAGAAGCAAAACAGTTAACAACTTTCCGCTATGGCGCTATGGATCCCATGTGGTCAAAAGATAGCCAACATATTTTCTTTACCGCCCCCCTCGAACACGATGATGATATACATAATCAAACAGAGCCTTCGAAAGAGGAAGAAAAGAAGGAAAAAGAAGCAAAGAAAAAACAGCCATTCATGATCAACCGTTTAAAATACAAATCAGATGCACGAGGGTTTCATGATGATACACGCTCACAGATCATTAGACTGACAATAGATAATTCTTCCTTACTGCAAATAACAGACGGTGATGCCGACTATCGTTTGCAAGATATCTCACCTGATAGCACAACGCTTTTATACACGGCTAATCTAAATGATCATGCAGATTATGAGTTAAATAATGACCTCTACTGTTTCCAAATGTTCACCAAAGAAACAACCAAACTTACAGATGGGAAAGGGATTTATCACAATGCTCGTTTTTCCCCTGATGGTAGTAAAATTGCCTGTTTCGGACATGAGTTTGCGTATAAAGGCGCTTCCCTTACTGAACTTTATTTGTTTGACATAAAAACAAAAGAAAGAAGTTGCCTAAGTTCTGATTGGGATATAGAGATTGGTGATGCAATGATTGGCGATACACGCCTTGGTGAATCCGAAATTGGCCCTGTTTGGAATGAAGATAGTTCAAAGATTTTCTTTATTGTAACAAATCAAGGTGCTACGGAATTACATGCTGCATCCATTTATGGCAAAAAAGAGGAAATATATAAGGATAATAACCATATTTTCGGTTTTGCTTATAACAAACACTGTCAGTGCTTCATCCTCGGCATAAGCAGCCCAACTAATCCAGGTGAATTTTATTTATTGCATGACAATGGTTCTTTAGAAGCCCTTACAGACCATAACTGTGCCTTCTTAAAAGAAATAGCGCTTCAAGAACCTGAGGAATTGTCTATTCAAACAGAAGATAATTGGCAAGTTCAAGGTTGGGTTTTACGTCCTTATGCGTTTATAGAAGGAAAGAAATATCCTACCATACTAGAAATACATGGTGGTCCTCACGCCATGTATGGGCAGGCATTTTTCTTTGAAATGCAGCTCTTAGCCGCAAAAGGCTATGTCGTCTTATATACGAACCCCCGTGGAAGTCATGGATACGGACAATCATTTGTTAACGCATGTAGAGGCGATTATGGTGGGGGCGATTATCGTGACGTGATGACAGCTGTAGATGACGCCATTGAAAAGTTTAGCTTTATTGATACAGAGCGCCTCGGCGTAACAGGAGGAAGTTATGGTGGTTTCATGACAAATTGGATTGTGGGGCATACCAATCGTTTTAAAGCGGCTGTGACACAACGTTCTATATCAAATTGGCTCAGTTTTTATGGTGTAAGTGATATTGGATTTTTCTTTACAGAATGGGAGCATGGAGTAAACCTATTAGATGATCCAACAAAGCTATGGGAATTCTCCCCATTAAAATACGCTGCAAATGTTGAAACACCACTCCTCATTCTTCATGGTGAATTAGACTACCGTTGTCCCATTGAGCAAGGGGAACAACTATTTATTACATTAAAGCATCTAAAAAAAGAAGTAGAATTCATTCGCTTCCCTAACGCAAATCACGAGCTTAGCAGAAGCGGTGATCCAAACATGCGCATGGAGCGGTTGCAACATATGCTGAGATGGTTTGACACATATCTTTAG	MHDKRALQTEDILQLNVVSDPQFTPDGQAFTYTLTTINEQNEYESQLMYQNLKEKQTTPWTFHSSKNSKLRLSPDGKRAVFQSTRSGRPQLWLLHTDGGEAKQLTTFRYGAMDPMWSKDSQHIFFTAPLEHDDDIHNQTEPSKEEEKKEKEAKKKQPFMINRLKYKSDARGFHDDTRSQIIRLTIDNSSLLQITDGDADYRLQDISPDSTTLLYTANLNDHADYELNNDLYCFQMFTKETTKLTDGKGIYHNARFSPDGSKIACFGHEFAYKGASLTELYLFDIKTKERSCLSSDWDIEIGDAMIGDTRLGESEIGPVWNEDSSKIFFIVTNQGATELHAASIYGKKEEIYKDNNHIFGFAYNKHCQCFILGISSPTNPGEFYLLHDNGSLEALTDHNCAFLKEIALQEPEELSIQTEDNWQVQGWVLRPYAFIEGKKYPTILEIHGGPHAMYGQAFFFEMQLLAAKGYVVLYTNPRGSHGYGQSFVNACRGDYGGGDYRDVMTAVDDAIEKFSFIDTERLGVTGGSYGGFMTNWIVGHTNRFKAAVTQRSISNWLSFYGVSDIGFFFTEWEHGVNLLDDPTKLWEFSPLKYAANVETPLLILHGELDYRCPIEQGEQLFITLKHLKKEVEFIRFPNANHELSRSGDPNMRMERLQHMLRWFDTYL				NA	NA	NA	NA	NA
AK148_00800	3240	carB_2		Carbamoyl-phosphate synthase large chain	ATGGGAAAAAGTTTAAGAAAAGTGCTCGTAGTAGGTTCCGGTCCAATTGTCATCGGTCAAGCAGCAGAATTTGATTATGCTGGTACACAAGCGTGCTTAGCACTGCAAGAAGAAGGAATAATAGTTGTTTTAGTAAATAATAACCCAGCAACGATAATGACAGATAAAGAAATTGCGGATCGTGTTTATATGGAGGACATTACGGTAGAAAATGTGGAGAAAATTATAGCGAAGGAAAAACCAGATGGGTTCATTGGCACGCTTGGAGGGCAAACTGGACTAAATGTAACGATCGCGTTGCATAATCAAGGTATTTTGGATAAATACAATGTAAAAGTACTTGGAACGAGTGTAGCATCGATTCAAAAAGGGGAAAGCAGAGAGGAATTCCGTCAGTTAATGCTTCATATAAATGAGCCCGTTTCTCAGTCAAAAGTAGTGGAAAATGTAAAGGAAGGAATTCTTTTTGCTGAAGAAATTGATTTTCCTGTTATATTAAGGCCTGCATATACGCTTGGTGGAGAAGGAGGAGGGTTTGCTTATAATGAAACAGAACTTGTAGAAAAATTACACACAGCTCTTGCGCTTAGCCCCATTCATCAAGTCCTTGTCGAGAAAAGCATTAAAGGTTGGAAAGAAATTGAGTATGAAGTAGTGCGTGATGCAAATGATACATGTGTCATTGTTTGTAATATGGAGAATATAGATCCTGTTGGTGTGCATACAGGTGATTCGACGGTAGTTGCTCCTTCACAAACATTAACGGATCAGCAGTATCAGATGTTACGTTCGGCTTCATTAAAAGTAATCCGCGCACTTGATGTAATAGGAGGCTGTAATATTCAATTTGCTTTAGATCCTAATTCGAATACCTATTGCATTATTGAAGTGAATCCAAGAGTAAGTAGGTCGTCGGCACTTGCCTCCAAAGCAACAGGTTATCCAATAGCATGTGTAGCTACGAAATGTGCCATTGGATATCATTTAGATGAAATTATCAATCCGGTTACGGGTACAACTTCAGCGGCATTTGAACCTGCATTAGATTATGTCGTTGTTAAATTACCACGCTTTCCTTTTGATAAGTTTACCGAAGCAGATCACACACTGGGGACGCAAATGAAAGCGACTGGTGAAGTTATGGCAATTGACCGGACATTTGAAGGAGCCCTAAATAAAGCGGTCCGTTCATTGGAGATGGGTATATATAGCTTGTTTTCGCCTAAACTAAGCAATGTAACAGATGCGATTTTGCATCAACAAATTACAGAGGCGACTGATTTGCGTTTATTTGCAATTGCTGAAGCAATTTATCGCAACTGGTCTATGGATGACCTGCATGAGCTAACTCAAATAGATCTTTGGTTTTTAAATAAAATAAAACGAATAATTGCTTTAGAAAAAGAATTAACAACCTATCGTTTGGACGAGATTCCAAAAGATTTACTCATGCAAGCAAAGCGATTCAATATAAGTGATCACCAGATTGCTAAGTTAATTGGTGTGAAGCCATATGAACTAAGAAATAAATATAAAGGGTTACATATGCAGCCTGCTTATAAATTAGTAGATACTTGTGCAGGAGAATTCACTGCTACATCCCCTTATTATTATTCTACTTGGCATGGAAAAGATGAAGTGAAAGTAAGTCAAGGGAGGAAGAAAATAGTAATTGTAGGATCAGGACCAATTCGGATAGGGCAAGGAGTTGAGTTCGATTATTGTTCCGTTCATGCTGCTTTAGCAGTGAAGCAACTTGGGTGCGAAGCCATTGTCATCAATAATAATCCAGAAACGGTAAGTACGGATTACGCTGTTGCGGATAAACTCTATTTTGAACCTTTAGTACTTGAAGATATTTTGCATATTATTGTTAAAGAAAAAGTATATGGGGTATTGATTCAATTTGGTGGTCAAACAGCGGTGAACTTGGCGACAGAACTGGACGAAGAAGGAATACGTATATTAGGAACTAGTCCACAACATATTGATCAAATGGAAGAACGAGAGCTATTTTATAACATGTTAGATACATGTTCCATTCCACACATGAATGGATTTATGGCCTACAATCCCACTCAATTAAGCGGTGCAGAGGAACAGTTAGGGTTCCCTGTGTTAATTCGTCCTTCTTATGTCATTGGAGGGCAGTCTATGTTTATAGCTTATAATCAGGAAGAACTTAACGTGTATGTATCACGTATTCAAGAGGACACAAATGATCACTGTTGGCCACTGCTCATTGATGCATATTTGCCTGGAAAAGAATGTGAAGTGGATGTTATAAGCGATGGGGAAGACATTCTTATCCCTGCTATTTTTGAGCATATTGAAAAGGCTGGTGTGCACTCCGGTGATAGTTTAGCTGTTTGTCCTCCGCTTACATTGATAGATGTAGAAAAGCAAAAAATCAACGCAATAGCTAAAAAAATTGCTCAAACGGTACCGATTATTGGGATGATGAATATTCAGTTTATCTTACAAGATGGTGAAGTGTATGTGTTGGAGGTGAACCCTAGAGCATCAAGAACAGTTCCAATAATAAGTAAGATAACAAATATACCAATGGTGAAATGGGCAGTTCAAGTACAACTTGGAGCTGCTTTAAAAGATATTACGACGAAAAGCAATCTATGTCTTGAACCGTCATTTCATATAATGAAGGCACCTGTTTTTTCTACAGGAAAGTTAAAGGGAGTGGACGCTGTATTAGGACCTGAAATGAAATCAACAGGAGAAATTATGGCTATATCGCGTCGTCAAGAGGAAGTTTTTGCCAAAATCGCTATTTCGATTCTTGGTGAAGTAAAAGAAGGCAAAGGCCTTACGCTGGTCGTATCTATTGCAGATCGTATGAAATCATCTAGTCTGCAAACGATTCAAGCTGCTAGTAAGATGGGCATGTCATTGATTGCGACAAAAGGAACGGCTCAATTTTTGCGAGAAAATGGTATTTTGATTACGAAAGTGATTCATCACAAAGATGATCTCGCCATTATTTTGGAAAACAATCGACCTGATATGGTGTTGAATTTGCCAGAACAAGGAAGAAATAATCGTAGCTTTGGCTTCAACCTTCGGGAATGGGCAGTACGCAACCAAATTCCTTGTTTTACGAGCATAGAAACATTTGCAGCTATTGCGATAAAAAACACAAGTAATTATAGCGGGCTAGAAATATTAGCATTACAAGATTATCAGGCCTTGTTAGTAAAAGATCACCAAATAATCGAGAGCTGA	MGKSLRKVLVVGSGPIVIGQAAEFDYAGTQACLALQEEGIIVVLVNNNPATIMTDKEIADRVYMEDITVENVEKIIAKEKPDGFIGTLGGQTGLNVTIALHNQGILDKYNVKVLGTSVASIQKGESREEFRQLMLHINEPVSQSKVVENVKEGILFAEEIDFPVILRPAYTLGGEGGGFAYNETELVEKLHTALALSPIHQVLVEKSIKGWKEIEYEVVRDANDTCVIVCNMENIDPVGVHTGDSTVVAPSQTLTDQQYQMLRSASLKVIRALDVIGGCNIQFALDPNSNTYCIIEVNPRVSRSSALASKATGYPIACVATKCAIGYHLDEIINPVTGTTSAAFEPALDYVVVKLPRFPFDKFTEADHTLGTQMKATGEVMAIDRTFEGALNKAVRSLEMGIYSLFSPKLSNVTDAILHQQITEATDLRLFAIAEAIYRNWSMDDLHELTQIDLWFLNKIKRIIALEKELTTYRLDEIPKDLLMQAKRFNISDHQIAKLIGVKPYELRNKYKGLHMQPAYKLVDTCAGEFTATSPYYYSTWHGKDEVKVSQGRKKIVIVGSGPIRIGQGVEFDYCSVHAALAVKQLGCEAIVINNNPETVSTDYAVADKLYFEPLVLEDILHIIVKEKVYGVLIQFGGQTAVNLATELDEEGIRILGTSPQHIDQMEERELFYNMLDTCSIPHMNGFMAYNPTQLSGAEEQLGFPVLIRPSYVIGGQSMFIAYNQEELNVYVSRIQEDTNDHCWPLLIDAYLPGKECEVDVISDGEDILIPAIFEHIEKAGVHSGDSLAVCPPLTLIDVEKQKINAIAKKIAQTVPIIGMMNIQFILQDGEVYVLEVNPRASRTVPIISKITNIPMVKWAVQVQLGAALKDITTKSNLCLEPSFHIMKAPVFSTGKLKGVDAVLGPEMKSTGEIMAISRRQEEVFAKIAISILGEVKEGKGLTLVVSIADRMKSSSLQTIQAASKMGMSLIATKGTAQFLRENGILITKVIHHKDDLAIILENNRPDMVLNLPEQGRNNRSFGFNLREWAVRNQIPCFTSIETFAAIAIKNTSNYSGLEILALQDYQALLVKDHQIIES	PGPT0021150_2395	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021150-carB-K01955	NA	NA
AK148_00801	1092	carA_2		Carbamoyl-phosphate synthase small chain	ATGACAAAGGGACAGCTCGTTTTAGAAACTGGGGAGGTATTTTCTGGAGAATGGATAGGGTATAGAGGAGAGTGTGTAGGTGAGGTCGTGTTTAATACGAGTATGACAGGTTATCAGGAAATGTTAACAGATCCATCTTATGCTGGGCAAATGATTACACTAACCTACCCTATCATTGGGACTTATGGAATAAATCACGAAGATTTAGAAAGCGATTTCCTCCAAGTAGCAGGTGTTATTATGAATGACCTTTGTGAAGAACCAAACCATTTTCAATCGCAGGCAACGGTAACGGATATATTAAAGAAACATTGTATTCCAGGATTGAAAAATGTGGATACGAGGTCACTAGTTGTTGCTATTAGGAAACATGGAACGATAAAAGGGAAGCTGGTGTTAGAGAAACCTTTTCCAGACTATAAACATGAATTTATTTTGCCGGATGCAAAAAAGCTCGTTCAACAAGTAGCTGTAACATCTATGGTACAAACAGGTGCAGGAAGTTGTCATATAGTCATCATTGATTTTGGTTTTAAAAAATCGATGGTACATTTCCTTGTGAATGAAGGATGTAAAGTAACAATTGTACCCTATCATTATGATATGGAAGCAATTGAAGCACTAAACCCAGATGGCATTGTGATTAGTAATGGTCCAGGGAATCCTAGTGAGCTACAAATTTATTTTCCGAAAATTAGATCAGTTGCTGAATCCTTTCCAACATTGGGAATTTGTTTAGGGCACCAACTTATTGCCCTAGCATATGGTGCGAAAACAGAAAAATTGCTATTTGGACATAGGGGAGCAAATCATCCAGTAAAAGATTTACAAACAGGAAAAATAAATATAACTGCGCAAAATCATGGTTATGTAGTAAATAGAGAAAGTGTGAACGAATCTATTTTTCAACTTACTTTCGAACATGTTCATGACAATTCTGTCGAAGGGATGAAACATAAGCAATTGCCAATTACGACGGTGCAATTTCATCCAGAAGCTCATCCAGGTCCAAGAGATACGACATACATTTTGACGGATTTTGTTCAACAGGTCAAACAGTTAAAGGAAGAATACTTATGGGAAAAAGTTTAA	MTKGQLVLETGEVFSGEWIGYRGECVGEVVFNTSMTGYQEMLTDPSYAGQMITLTYPIIGTYGINHEDLESDFLQVAGVIMNDLCEEPNHFQSQATVTDILKKHCIPGLKNVDTRSLVVAIRKHGTIKGKLVLEKPFPDYKHEFILPDAKKLVQQVAVTSMVQTGAGSCHIVIIDFGFKKSMVHFLVNEGCKVTIVPYHYDMEAIEALNPDGIVISNGPGNPSELQIYFPKIRSVAESFPTLGICLGHQLIALAYGAKTEKLLFGHRGANHPVKDLQTGKINITAQNHGYVVNRESVNESIFQLTFEHVHDNSVEGMKHKQLPITTVQFHPEAHPGPRDTTYILTDFVQQVKQLKEEYLWEKV	PGPT0021155_4381	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021155-carA-K01956	NA	NA
AK148_00802	948	menH_2		2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase	TTGAGGAAAAAAAGAGTTTTGTATATAAGTGTTAGTGTCATTATATTATTATTTATTATTGATATAATTGCTAGTTTCTATTTTTATCATTTAGCAATTGCACGTAATCAAAAGGATTTTTTGCAAGGAAATGAAGATCTTGAAGTTTCTGCGCAAGCGTTAGACGAAATGCTTGAAGGAGATTGGCGAGATTGGGTCCGTGAACAGAACTTTGAAACGTGGAATATGACATCTTACGACGGGCTAAAACTACAAGGCTATTATTTACCTGCAAAGAAAGAAACAAATAAAACAGTTATTTTCGCACATGGCTATTTAGGAAGTGGCTTAGACATGGGAATGTTTGGTCAACACTACTATGAAGAACTTGGTTATAATATGTTTACAGCGGATTTAAGAGGTCATGGTGATAGTGAAGGAAATTATATTGGGTTCGGCTGGCATGATCGCCTGGATTACGTAGATTGGATTCATAGAGTAATTGAAGAACAAGGAAAAGATGCAGAAATTGTGTTACACGGGGTTTCTATGGGGGCTGCGACTGTATTAATGGCAAGCGGTGAGAAACTCCCTAATAATGTAAAAGCAATTGTAGCAGATAGTCCTTATACGAGTGTGTATGACATGTTTGCTTACCAAATGGATCGAATGTTCCATTTACCTTCATTTCCACTGTTACCTAGTACAAGTGCGGTGACGAAAGTACGTGCTGGGTATGGTTTAAAAGAAGCTTCCGCAGTAGAACAAGTGAAAAAAACAGACATACCTATATTGTTTATTCATGGGAGTGCAGATACATTTGTACCTACTCGTATGAGTGAAGCGTTATATGCGCAAACAAATAGTGATAAAGAGTTGATTATATTCGATGGGGCAGGGCATGGTGAAGCTTTTGTTACGCATAAAGAAGATTATATAGAAAAGTTACATGAGTTTTTAACACAATAG	MRKKRVLYISVSVIILLFIIDIIASFYFYHLAIARNQKDFLQGNEDLEVSAQALDEMLEGDWRDWVREQNFETWNMTSYDGLKLQGYYLPAKKETNKTVIFAHGYLGSGLDMGMFGQHYYEELGYNMFTADLRGHGDSEGNYIGFGWHDRLDYVDWIHRVIEEQGKDAEIVLHGVSMGAATVLMASGEKLPNNVKAIVADSPYTSVYDMFAYQMDRMFHLPSFPLLPSTSAVTKVRAGYGLKEASAVEQVKKTDIPILFIHGSADTFVPTRMSEALYAQTNSDKELIIFDGAGHGEAFVTHKEDYIEKLHEFLTQ				NA	NA	NA	NA	NA
AK148_00803	2196	smc_3		Chromosome partition protein Smc	ATGAAAAACAGCTTAAGAATATTTATGACAGATATAAAAAAATTGAGTAAGAACTGGGTGGCGCTGATTATCATTGGTGGGCTTATTTTCTTACCCTCTTTCTATGCTTGGTTTAATATTAAGGCGTCTTGGGACCCTTATGGGCAAACGGATCAGATCCCCGTTGGAGTAGTGAATGAAGATCAGGGCGCAACAGTGAGAGGGGAAAACATTGACGTTGGGAAAGATCTTGTAGACACACTTCAAGAAAATAAAGCAATGGATTGGCGATTTACAGATCGAAAGACGGCAATGGAAGAAGTGGAGTACGGTGATTATTTTGCTGTTATCGTTATTCCAAAGGATTTTTCAAAACAATTGGGTAGCGTTATGGAAGACAATCCAGAAAAAGCAAACGTAGAATACTATGTGAATGAAAAAGTCAATGCGATTGCGCCGAAAATTACGGAAAAAGGTGCCTCGGTTATTGTCGAGCAAATAAGTAGTCAATTTATTTCTACGGTCAATGGGGTAATCTTTGATATGTTTAACCAATTAGGTATTGAACTAGAGAAAGATTTACCTGATATTAAACGCTTTGAAAATTACGTATTTGAAATGGAGAAAAAGCTTCCGGAAATTAATGATTTGCTTAATCAATCATTATCTGACGCAAACCAGGCACAAGATATCGTTAATAAGGCACAAAACTTAATTCCTGATGCGCAAAAAGCAACCGATAATGGATTAACAACCATTGATAATACAACGTCTTTTTTGAAAGAAGCAGAAGATCGATTAAATAAAATGGCTCCGCAAATTGAACAGGATTTACGTACAGTGCAAGACGTTGCGAGTAAAGCAAACAACTTTCTGCAAGATGTTCAGAAAGCAGATGTTGATTTTAGTGGTGGAAAAGAACTTGCTAATCAAATAAACCAACAGCTTGACGATGGCGCTAATAGAGTGGGGGCAGTGATTAGTTCGTTAGAGCAATTGAAACAACAAAATGATCAAACGGATAACAACGAAAGTGAGCAAGGGAATAGCTCAAACGTGAATCGTGAACAAATGGATCAGGTTATTAAAAGACTGACGACATTACAAGAAGCCTTAACGAATATAAAAGAGACAAATAAAGAAGTTATCCAATTTATAGATGCGAAAGATAAAGATGTAGATCAAATGGTAAATGATTTGCAGCAAGTGGCTGAAAATACTTCGACAAATATTGATGCTTTTGTTAAAGAATATAAAGCATCGATTGAACCTACAGTGATGGAGGAAATTAGTCGAGCAAAAAGTACGCTTTCAGAAGCCCGAGGGATCTTGGTAGATATTCAAGAGACAATACCAGAAGTAGAACGTATTCTTGGTAGTACAGAGAGTAATTTAGGGAAAGGAGAAGATGTTCTTAAGCAAGCCTTAGGTGAATTCCCATATGTGAATAGTAAGGTTAATGAGCTAGCGGACAGAATTCGTAGCATTAAAGGTGAAACGGACATGAATGAAATTATTAACCTGTTGCAAAATGACCCAGAAGCTGAGAAAGGTTTCTTTGCGGAACCTGTTCAGCTAAATCAGAATAAGCTGTTCCCAATGGAGAATTATGGTACTGGTATGACACCATTTTATACAGCTTTGGCAATATGGGTTGGTGGGTTACTGCTCATTTCTTTACTAGCCACCGATGTGCACGACCAAATTAATTATACAGAACGACAAATGTATTTCGGACGGTTATATACATTTATGGGAATTGGTTTTTTACAGACGATTATTGTAACAGCAGGTGATTTACTCTTACTAGGAGTCGATGCGGCTGCGCCATATTGGTTTATGACGTTTGGGATATTTATTAGTTTTATTTTTATGCTTATTATTTATACAGTTGTTTCCGTGTTTGGTGATGTCGGAAAAGCAATGGCAATTGTATTTCTCGTTCTGCAAATTGCTGGATCGGGAGGAACCTATCCTGTTGTATTGTTACCAGAGTTTTTCCAAATGATTAATCCATTTCTTCCGTTTACCTACGCCATTGACTTATTACGAGAATCTGTTGGCGGTATCGTTTGGGAGAGAGCGAGCAAGGATATTTTATACCTCAGCTTTTTTGGGGTTGCAGCTATCGTACTAGGTGCGTTCTTTAAACCAATCATTAATCGGCATACAAATAAACTGAAGAAAAAATCCAAAGAATCTGGTTTATTTCACTAA	MKNSLRIFMTDIKKLSKNWVALIIIGGLIFLPSFYAWFNIKASWDPYGQTDQIPVGVVNEDQGATVRGENIDVGKDLVDTLQENKAMDWRFTDRKTAMEEVEYGDYFAVIVIPKDFSKQLGSVMEDNPEKANVEYYVNEKVNAIAPKITEKGASVIVEQISSQFISTVNGVIFDMFNQLGIELEKDLPDIKRFENYVFEMEKKLPEINDLLNQSLSDANQAQDIVNKAQNLIPDAQKATDNGLTTIDNTTSFLKEAEDRLNKMAPQIEQDLRTVQDVASKANNFLQDVQKADVDFSGGKELANQINQQLDDGANRVGAVISSLEQLKQQNDQTDNNESEQGNSSNVNREQMDQVIKRLTTLQEALTNIKETNKEVIQFIDAKDKDVDQMVNDLQQVAENTSTNIDAFVKEYKASIEPTVMEEISRAKSTLSEARGILVDIQETIPEVERILGSTESNLGKGEDVLKQALGEFPYVNSKVNELADRIRSIKGETDMNEIINLLQNDPEAEKGFFAEPVQLNQNKLFPMENYGTGMTPFYTALAIWVGGLLLISLLATDVHDQINYTERQMYFGRLYTFMGIGFLQTIIVTAGDLLLLGVDAAAPYWFMTFGIFISFIFMLIIYTVVSVFGDVGKAMAIVFLVLQIAGSGGTYPVVLLPEFFQMINPFLPFTYAIDLLRESVGGIVWERASKDILYLSFFGVAAIVLGAFFKPIINRHTNKLKKKSKESGLFH				NA	NA	NA	NA	NA
AK148_00804	1113			hypothetical protein	ATGACAGCAATCTTACTTGCTAAGCTAAAACATCTATTACGTAATCCGTGGGCGTTTCTCGGTTTTACTGGAATATGTATTGTGTTTGCGCTTATTATGGGACTAACTGGTTTTGAGAGTCGATCTAGCGTTCCCATAGTAATTGCGGACGAGGAAGTAACAGGTTCTTCTATCCTTACAACATTGAATGATGAAGAAAGCATTTCCTTTAAAGAGGTGGAAGAAGATGCATTAATTCAATCTGTGAAGGAAGGAAAAGCAGAAGTTGGCGCCATACTAAATAAAGACACATATGAGTTAATCGTAGGTGTAGAATCAACAACGGTTTCGTCCGTGGACAATATGATACGTCAAGCTTATACAGAATATGGACAACGGCAAAAAATAATAGAGCATATAGGTGATTTAAAACAAACGGAGAATGCGTTGCAAAAGGAAATTGACGAAGCTTCAAAAAATCCTGTTTTCTCTGTTACTACAAGCAATTTTACTACTGATCAGACGATGATGTACGATCCAATTTATCAGTATGTATTTGGCTTTGGTTTGTTTTTCGTTATTTATACGGTTGCTTATAATGTGTTACCAATGCTAATTGAAAAGCAGGAAGGGGTTTGGGATCGGCTTATTTTATCTCCAGTTAAGAAATGGAAAATGTACGCTGGAAATATGATTTACAGTTTTTGTATAGGGTACTTGCAAGTATTGATTATATTCTCGTTTTTCTATTTTGTTTTTGGCGTTGACTTTAATGGGAAATTTCCGGAAACATTATTACTTTTAATTCCCTATGTTTTTACCATTGTTGCATTAAGTATTTTGTTAACAGCCATAGTGAAAAATTCCCAACAATTTAATGCATTTATTACCATTCTAGCAGTTTGTATGGCTATGGTTGGTGGTGCCTATTGGCCGATCGAAATTGTAGAATCCAACTTTCTAATTGCCATATCAAAAATAAATCCATTAACTTATGGCATGGAAATTTTACATGGGGTTGTAAACTATGGTTATTCGTTGGAAGAACTTTTCTACCCGGTGAGTATTCTGTTACTAATGGGAACTGTTATGATTGGTGTGGGCATACATTTAATGGAAAGGCGACATATATAA	MTAILLAKLKHLLRNPWAFLGFTGICIVFALIMGLTGFESRSSVPIVIADEEVTGSSILTTLNDEESISFKEVEEDALIQSVKEGKAEVGAILNKDTYELIVGVESTTVSSVDNMIRQAYTEYGQRQKIIEHIGDLKQTENALQKEIDEASKNPVFSVTTSNFTTDQTMMYDPIYQYVFGFGLFFVIYTVAYNVLPMLIEKQEGVWDRLILSPVKKWKMYAGNMIYSFCIGYLQVLIIFSFFYFVFGVDFNGKFPETLLLLIPYVFTIVALSILLTAIVKNSQQFNAFITILAVCMAMVGGAYWPIEIVESNFLIAISKINPLTYGMEILHGVVNYGYSLEELFYPVSILLLMGTVMIGVGIHLMERRHI				NA	NA	NA	NA	NA
AK148_00805	1257	lnrM	COG0842	Linearmycin resistance permease protein LnrM	ATGATTGGGCAAATTATTAAAAAACAATTCCTTCTATTATGGAGAAGTCCTGTAGAGCTGTTGTTACTTCTCGCTTTACCAGTTGTTCTTATTGTAATTTTAGGGTCAGCTTTAGGGAACTTTATGGATGGAGACTCGCCAGGTATGCATGCAAAAGTAGCTATGATAGAGCACAGTTCAGAAAGGGAGCAATTTGAAAAATTTAAACGTGATTTTAAAACGGACCTGGGATTGACGGAGGACACAGTAGCAAACATAGAAAAACGTTTACCTATTCAAATGTTAAAAACAATTTTTCATACAAAAGGGATCTCGAAAATGATGGAGTTAAAAGAGGTTAGTGTGGAAGAAAAAAGTAAAATATTGCAGGAGGACACGTATACTGCAGTTATTGAAGTTCCAGAAGATTTTTCCTATCAATACCTTTCATACATTTTGTTAGATCGTAAGCAGGCTCCACAGTTACAACTGTATGAAAACGAAGAGAAACAACTTAGTGCAGGAGCTATTCAAAGTATTATTAAAAGCTTTCAGCAACAGCTTACTTTGGAGTCATTACTTGAAGAAAAAGGAATGGATCAAAACGAGGCAGCTTTATCTACTATATCTGTTGAAGGCCAACAAAAAAATCTTGAGCAAAGCAAACCTATAACGGCAAAAGAATATTACACTGTTGGCATGGCTGTAATGAATGCACTATTTGTTGCTTCAACAATTGGGCTTATAGCATTTCGGGAAAAGCAAAGCTTTGTGTTTGCGCGCATTATTCTAGCTAATATGTCAAAATGGACCTATTTTACAGGTGTCCTTTGTTCAGCTGTAATTTTTTCGCTCATACAATTATTCGTTATTTATGGTTTTGCTTGGCTTATCTTTGATGTATCATGGGATGATTTAACAGCTTTTATTTTAATAACGATTGCATTTTCCATTTCGGTTGGAGGTATTACTGTCTTATTAACAGCAATTAGTTATCGAATGCATTCCGAAGCGGTAACCAATTTATTTTCAAGTGTCATTGTGTCCATACTCGCTTTAGTTGGAGGTAGCTTTTTTCCAATCGGAGAAAATGTTCAAGTCATTGAACTAATTGGTAATTTTACTCCTAATGGATCAGGAATGTCAGCCTATTTAGCAATATTAAGAGGGGAATCTATTGAAAAAATCGGTAATCATATTTTATTTCTTTCTGTTTTTGGTTTTGCCATGATTATGATTGCTGCAATGACATTTCCTAAAAGGGGGAGAATGGTATGA	MIGQIIKKQFLLLWRSPVELLLLLALPVVLIVILGSALGNFMDGDSPGMHAKVAMIEHSSEREQFEKFKRDFKTDLGLTEDTVANIEKRLPIQMLKTIFHTKGISKMMELKEVSVEEKSKILQEDTYTAVIEVPEDFSYQYLSYILLDRKQAPQLQLYENEEKQLSAGAIQSIIKSFQQQLTLESLLEEKGMDQNEAALSTISVEGQQKNLEQSKPITAKEYYTVGMAVMNALFVASTIGLIAFREKQSFVFARIILANMSKWTYFTGVLCSAVIFSLIQLFVIYGFAWLIFDVSWDDLTAFILITIAFSISVGGITVLLTAISYRMHSEAVTNLFSSVIVSILALVGGSFFPIGENVQVIELIGNFTPNGSGMSAYLAILRGESIEKIGNHILFLSVFGFAMIMIAAMTFPKRGRMV				NA	NA	NA	NA	NA
AK148_00806	930	lnrL_2	COG1131	Linearmycin resistance ATP-binding protein LnrL	ATGCTTGAATTAGTAAATATTTCAAAGAAATTTAAACAAACGTATGCAGTTAAGAATATGAATATGTTCATGGAACGTGGTGAAATTGTTGGCTTACTAGGGCCAAATGGAGCCGGGAAGTCAACAGCTATATCTATTATGTCTTCATTAGTGGAGCCAACAGCAGGGGAAGTCTACTTTGACAATCGAAGTATTTTAAAAAACCCTACGTCTTTTCGTAAAGTTGCTGGCATTGTACCACAAGAAATTGCGCTATACGAGGATTTAACTGCGGAAGAAAATTTACGATTTTTTGGTAGGATTTATCAGATTAAAGGAAAACAATTACAAAAACGCATAGAAGACGTTCTACAAATAATTGGTTTAGCAGATCGAAAGAAAGCAGTGAAAACATATTCTGGTGGGATGAAGCGACGGTTAAATATTGGAGTAGCTTTATTACATGAACCAGAATTACTTATTATGGATGAGCCGACTGTTGGGATTGATGCACAATCGAGAAAGTATATTTTAGAAACGGTAAAACGATTAAACAAAGAAATGAATGTCACAATTCTTTATACGAGCCATTATATGGAAGAAGTCGAGTATTTATGTAATCGCATTTATATCATGGATAAAGGGAATCTTATTGCAGCTGGAACAAAGGAAGAGATAAACCGTATTCTATCTGGTGAAAAATCAATCGTAATTAAAGCAAGCCATCTAACCAATCCATTTATTTATGAATTAAAAACATGTCCACTTGTAAATAGTGTGGATGTAATGGATAAACAGATTACCGTCATGGTTTCTAAAGAGGTTAATCTATTTAAAGATTTAATTGCAATGGCGGATGAGGCTAACATCGAGTTAATTTCTGTCAATATAAAAACACCGACATTAGAAGATGTGTTTTTACATCTTACTGGTAGAGCGTTGCGAGATTAG	MLELVNISKKFKQTYAVKNMNMFMERGEIVGLLGPNGAGKSTAISIMSSLVEPTAGEVYFDNRSILKNPTSFRKVAGIVPQEIALYEDLTAEENLRFFGRIYQIKGKQLQKRIEDVLQIIGLADRKKAVKTYSGGMKRRLNIGVALLHEPELLIMDEPTVGIDAQSRKYILETVKRLNKEMNVTILYTSHYMEEVEYLCNRIYIMDKGNLIAAGTKEEINRILSGEKSIVIKASHLTNPFIYELKTCPLVNSVDVMDKQITVMVSKEVNLFKDLIAMADEANIELISVNIKTPTLEDVFLHLTGRALRD	PGPT0006725_9502	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_00807	642	lnrK_1	COG2197	Transcriptional regulatory protein LnrK	ATGTGGCGAATTCTAGTTGTTGAAGATCAAGCTATTGTTCGGCAAGGTTTAAAAGTAATTTTACAGCAAGATGAGCAAATTAGCGTACCGTTTGAAGCTGCGAATGGAAAAGAAGCAATTAAAATTGTTGAACAACATGTTGTTGACTTAGTAATGATGGATGTTAGAATGCCGGTCATGAATGGTATTGAAGCTACTCGGATTATTAAACAGATGAACCCCTCTGTAAAAATTCTCATCTTAACAACGTTTAATGATGATGACTATGTTTTATCAGCTTTAAAAGAAGGGGCAGAAGGCTTTTTGCTTAAAACTACAGAGTCAAAAAAGTTGATTGATGCAGTACATAGCTGTATGCGTGGTGGAATGACGATTCATGAAGAGGTAGCTGCTAAAGTGATGCCGCGTTTACTAAAAGGTACAGAACAAAACAAGACAGAATTAGACGTTCCTTTATCAGAGCGAGAATTACTTATTACCAGATTAGTAGGGGAAGGAAAAACAAACAAGGAAATAGCTCAAACATTACATTTGTCTCTAGGGACGATAAAAAACCATTTGACACAAATTTTACAAAAAACTAACTTACGAGATCGGACGCAACTTGCTATTTTCGCTGTGAAACATCACTTAACGATGTAA	MWRILVVEDQAIVRQGLKVILQQDEQISVPFEAANGKEAIKIVEQHVVDLVMMDVRMPVMNGIEATRIIKQMNPSVKILILTTFNDDDYVLSALKEGAEGFLLKTTESKKLIDAVHSCMRGGMTIHEEVAAKVMPRLLKGTEQNKTELDVPLSERELLITRLVGEGKTNKEIAQTLHLSLGTIKNHLTQILQKTNLRDRTQLAIFAVKHHLTM				NA	NA	NA	NA	NA
AK148_00808	1119	lnrJ		Sensor histidine kinase LnrJ	GTGGGGGTATTTATGGGAAGGGTTAGCTTGTTTAGTTGTTTATGGCTTATGCTTATTTTGTTTGATAGTAATTATATACCGTTTAGCATTAGTTTATTTGCAGTTTCTTTTGCCTTTTTTTGCTTATTATCGTTACAAAAGCATCATATCTATTTCTATGTTGTCTTGTCTGTTATTGCAATTCTACACATGTGGACAGTAGGGACTGAGCAATTTTATATCATCACTTATCTTTATTTTCTCGTTGTCGATGCTACTTTTAGGTTACAAGGATATTTATTGAAAGGCTATCTCATCGTTAATTTTGTAATTTCCATTTTGTACACGATTTTAATTAAAGATTTCATAATCGAAGTAATCTTATTACATATTCTTTTTGTTAGTTTAATATTAGTCGGAAATAGGATTTTTACAGAAAGGCAAGAGCTAAGGCAAATGTATGAGCAACTACTTGGCGAATTTCGAAAAAACAAACGAATGAATGCTTCAGCTGATCGAGAGGCGAGATTAGAGGAAAGGACAAATATTGCTCGCGACATTCATGATTCTGTCGGACACCGCTTAACAGCGCTTATGATGAAAATAGAAATTTTATCCATTCAAAATAAGAAACGTGACTATGAAGAGTTAAAAATAATGGCCAAAGAAGCTTTAAAAGAAACAAGAGAGGCTGTAAAGGCTTTACACCAGGAAGAGATTCAGGGTGTAGCATCTGTTGTTCAACTCATTCGAAAGTTAGAAGCAGAAAGTCAGCTAATGGTGAAGTTTACGATGAAGCAAGGTGTTCTATCAGTTGCGCTTACAAATAAGCAAAGTATTACTTTATATCGAGCGATACAAGAAGCTTTAACAAATGTCATGCGGCATTCCTCATATCGAGAAGTACAAGTAGAGCTAGGAAGATCGGCAGTGGATGATGTCACTTTTGAGATTAGAAACCGAATTTTACAGGCTAGACAGTTTGTTGTTGGGTTTGGGTTAACAAACATGCGAAAACGAATAGAGGAGATACATGGTAAATTACATATTTATCAAACAGAGCAGCATTTTGTAGTTGTGGGAACTATTCCATGCGTTGTAAAGGAGATTGAAAAGCATGTGGCGAATTCTAGTTGTTGA	MGVFMGRVSLFSCLWLMLILFDSNYIPFSISLFAVSFAFFCLLSLQKHHIYFYVVLSVIAILHMWTVGTEQFYIITYLYFLVVDATFRLQGYLLKGYLIVNFVISILYTILIKDFIIEVILLHILFVSLILVGNRIFTERQELRQMYEQLLGEFRKNKRMNASADREARLEERTNIARDIHDSVGHRLTALMMKIEILSIQNKKRDYEELKIMAKEALKETREAVKALHQEEIQGVASVVQLIRKLEAESQLMVKFTMKQGVLSVALTNKQSITLYRAIQEALTNVMRHSSYREVQVELGRSAVDDVTFEIRNRILQARQFVVGFGLTNMRKRIEEIHGKLHIYQTEQHFVVVGTIPCVVKEIEKHVANSSC				NA	NA	NA	NA	NA
AK148_00809	846	salL	COG1912	Adenosyl-chloride synthase	ATGTTAAAGCATGTTGTATTACAAACAGACTTTGGTTTAAGTGATGGTGCGGTTAGTGCTATGTATGGTGTTGCTAAATCGGTGGATCCATCCATTCAAGTTTTTGATTTAACACATCATATTTCTCCATATAATATTTGGGAAGCATCTTACCGTTTATATCAAACGATGTCCTATTGGCCAGAAGAAACGGTGTTTGTTTCTGTTGTCGACCCTGGGGTAGGAACGGATCGATTAAGTGTTGTTGTTAAAACAAATAGCGACCAGTATATTGTAACACCAGATAACGGAACACTGACGCATGTTAAAAGCCATATTGGTATAAAAGAAGTTCGAATCATTGATGAAAAAATAAACCGATTGCCGCGATCCGGAGAGTCACACACTTTTCATGGAAGGGATATTTACGCATATACAGCTGCAAGACTTTCTGCTGGTGTCATTCGTTATGAAGAGGTTGGACCGAAAAGGGATGAAGACCGAATTACTTGTTTAAAAGAAGAGAAGGCTGCAATTAATAAAGGAATCATTCGTGGATGTATCGACATACTTGATGTGCGATTTGGAAATGTGTGGACAAACATAGATCGTCGTTTATTAGTTGAAGCTGAGTATCAATATGGGGATAGACTGTATGTTACGATTTCGCATCATCAGAAGGATGTATACAAAAACAAACTATTATTTGTCCGTTCATTCGCTGAAACACATTTAGGAGAACCATTACTATACATTAATTCATTAGATAAAGCAGCTATTGCGCTTAATCAAGGTTCTTTTGCTAAAGCGTATCATATAGGAACGGGAACAAGTTGGGGAGTTTTTATTCAGAAAGTTGACGAGTGA	MLKHVVLQTDFGLSDGAVSAMYGVAKSVDPSIQVFDLTHHISPYNIWEASYRLYQTMSYWPEETVFVSVVDPGVGTDRLSVVVKTNSDQYIVTPDNGTLTHVKSHIGIKEVRIIDEKINRLPRSGESHTFHGRDIYAYTAARLSAGVIRYEEVGPKRDEDRITCLKEEKAAINKGIIRGCIDILDVRFGNVWTNIDRRLLVEAEYQYGDRLYVTISHHQKDVYKNKLLFVRSFAETHLGEPLLYINSLDKAAIALNQGSFAKAYHIGTGTSWGVFIQKVDE				NA	NA	NA	NA	NA
AK148_00810	501			hypothetical protein	ATGGAAAGACTATCATCTTTTCAACCTGTTTTACCAAAAGATCCTAAAGTGCTTATCCTTGGTTCCATGCCAGGAAAACAATCACTTCAACGACAAGAGTACTATGGAAACCCAAGAAATCAGTTTTGGGATATCCTGTTCACGATCCTTCAAGAACCTAAGGTATTCGATTATACGCAAAAGTTGCAGGTTTGTAAAAAACATTGCTTAGCACTTTGGGATACGGTAGGGACTTGTTATCGAGCAGGCAGTTTAGATGCAAATATTAAAGATGAAACCCCTAATGATATTCCTTCTTTATTACATAAGTATCCTGCCATCAAATTAATTGCTTGTAATGGAGGGAAATCCTATCAACTATTAAATAAGTATTTTAAGCAAGAGCATTTAGCTCAAGTAGATGTGGTTAAGCTACCTTCAACGAGCCCAATTCCCGGGAAATATACAAAGCGTTTTGTAGATAAGGTGGAAGCGTGGAAGGTGATTTTGAATTATATTTGA	MERLSSFQPVLPKDPKVLILGSMPGKQSLQRQEYYGNPRNQFWDILFTILQEPKVFDYTQKLQVCKKHCLALWDTVGTCYRAGSLDANIKDETPNDIPSLLHKYPAIKLIACNGGKSYQLLNKYFKQEHLAQVDVVKLPSTSPIPGKYTKRFVDKVEAWKVILNYI				NA	NA	NA	NA	NA
AK148_00811	936			Zinc-type alcohol dehydrogenase-like protein	ATGAAAGCTATTATTATAAATCAATATGGTCATGCAAACCAGCTTCAAGAACGTGATGTTCCTAAGCCACAAATAAAGGATAATCAAGTGCTTGTAGAGATGCACGCTACAAGCATTAACCCAATCGATTGGAAAGTTCGTGAAGGTTATTTAAAGGAGATGCTACCACTTGAGTTCCCCATTATCCTTGGTTGGGATGCTGCTGGTATCGTTCAAGAAATTGGTTCAAGCGTTACAAAATTTAAAACTGGTGACCGTGTATTTGCCCGTCCAGCAACAAGTGCACAAGGAACTTATGCAGAATACACCGCGATAGACGAAGATAAACTAGCGCTTCTTCCTGAAAATATTACATTTGATGAAGCAGCAGCTGTACCTTTAGCCGGTTTAACGGCTTGGCAGTGCCTTTTTGACTTTGGCCAAGTCAAAGCGAATGACAAAGTATTCATTCACGCTGGGTCTGGAGGAGTCGGAACATACGCCATTCAATTTGCAAAACATGTTGGCGCATATGTAGCTACTACAGCAAGCGAGAACAATAAGGAACTTGTTGAATCTTTAGGAGCGGACAAGTTTATTAATTATAAAAAAGAAGATTTCACTGACATCATTAAAGACTACGATTTAGTTATTGATACCATTGGTGGAGAAGTACAAGAAAAGAGCATGCATGTATTAAAAGAAGGTGGAAAATTAGTTTCCATTGTTCAACCACCAAATGAAGCTTTAGCAAAAGAATTAGGGATTACAGCTGGATTTTTATGGTTACAAGCAAATGGAAAGCAACTCGAGGAAATAGCAAAGTTAATGGAAAGCGGTCATGTCAAATCCATTGTTGGACATCACTTCCCGCTAACGCAAGAAGGAGTACAACAAGCTCACCAGCTTAGTGAAACGCATCATGCTAAAGGAAAAATCATTATAAATATGAAGTAA	MKAIIINQYGHANQLQERDVPKPQIKDNQVLVEMHATSINPIDWKVREGYLKEMLPLEFPIILGWDAAGIVQEIGSSVTKFKTGDRVFARPATSAQGTYAEYTAIDEDKLALLPENITFDEAAAVPLAGLTAWQCLFDFGQVKANDKVFIHAGSGGVGTYAIQFAKHVGAYVATTASENNKELVESLGADKFINYKKEDFTDIIKDYDLVIDTIGGEVQEKSMHVLKEGGKLVSIVQPPNEALAKELGITAGFLWLQANGKQLEEIAKLMESGHVKSIVGHHFPLTQEGVQQAHQLSETHHAKGKIIINMK	PGPT0006375_1259	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
AK148_00812	396			hypothetical protein	ATGTTGAATTTGTTGTCTGCAACACTAGTCTTTATGTATGTTATTTTTATTGTTGCTACGTTTTTGCTTGCAATTATTCATAATTTTCGTGATCAATGGATTCCTTTTGCCTATGCATCGATTGTTTTAGCTATTGCTTCACCGTTAGTAGCTTTTCTATTTATAAATGGAAAACCAACAAACACGAATGGGTTCATGTATGTTTTTAAACAAATAGTGGCTGCTAATTTAAATGCTTTTATTATTGTACTGCTCCATCTCTACTTACTGTTTTCATTAGGTTTATTTTTAAAAGATAACGTAGGAAAAAAATTGTCTGTTTACTTTCATACTTGGATAAATCACATAAGAACAAGAATATATGTTCGCAAAGATAGAAACAAAGAGAACACTTAA	MLNLLSATLVFMYVIFIVATFLLAIIHNFRDQWIPFAYASIVLAIASPLVAFLFINGKPTNTNGFMYVFKQIVAANLNAFIIVLLHLYLLFSLGLFLKDNVGKKLSVYFHTWINHIRTRIYVRKDRNKENT				NA	NA	NA	NA	NA
AK148_00813	1440	ribZ_1		Riboflavin transporter RibZ	ATGGGACGTCAATCCGTAAAAGAAGTAGAGAATATGAATAAATTACCGATCGTTATTGTGCTGATTACTGGAGCTTTTTTAGCCATTTTAAATCAGACATTACTTACCACAGCTATACCTCCTATTATGCAAGACTTACATTTAACGGAAAATACCGCCCAATGGGTAACGACGATTTTTATGCTCGTAAACGGCATTATGATACCTATTACTGCTTTTTTAATTGAAACCTTTACTACAAGACAATTATTTATTACAGCTATGGGAACATTTTCTGTTGGTACATTTATTTGCGCTATATCACCAAGCTTTTTTCTATTAATGACGGGAAGAGTTATTCAAGCTGCTGGTGCTGGAGTTATGATGCCACTGATGATGACCATCTTCTTATTTATGTTTCCAATTGAAAAAAGAGGAACTGCCATGGGAATGGTTGGGCTTGTAATTGGTTTTGCCCCTGCTTTAGGACCATCTATTTCTGGTTGGTTAGTTGAGCATTTCGATTGGAGGTCTATTTTTTATGTCGTTTTACCTTTAGCTATTATGAACGTTATCATTGCGTATTTTGTGATGAAGAATATAACAAAACGTACCTATCCAAAAGTTGATATCTTATCCATAGTATATTCAACCCTCGGTTTTGGAGGAATACTTTACGGATTCAGTAGTGCTGGTAATAGTGGGTGGATCGATCAATCGGTGCTTGTGTCGTTAGCTATCGGAGTAATTACTTTAGCACTATTTATTACACGTCAATTTAAGCTAAGAGAGCCAATTTTAGAATTTCGAGTATTTAAAAACAAAATATTTACCATTACGATGATCATTGGAATGATTGGGTTTATTGGCTTAATTTCTGCAGAAACCATTCTGCCAATCTATATGCAAAATATGGCGGGATTTACGCCATTTGAATCTGGTTTAATGATTTTGCCAGGCGCACTACTTATGGGAATTATGTCGCCGATCAATGGAAGAATTTTTGACCGATTTGGTGCTAGATATTTAGTCATCATTGGGCTATTCTTATTAACGATTACGTCATTATTGTATACCAATCTGTCTGTAGATACGTCATTTACTTATTTAACTATCGTCTTTGCAGTTCGAATGTTTGGTATATCCATGATTATGATGCCTTCTACGACGGCGGGGTTAAATCAATTATCCTATCGTTTAATTCCACATGGTTCAGCAATGACGAATACAATGCGCCAAGTTGCCGCATCCATTGGAACAGCTTTATTAATTACAATTATGACTGTGACGGCTTTGAGTACTGGTAAAGAAGTAACTGTTACAGGACAAATACATGGGGTGAACATGGCGTTTTATGTTGCAACAGCAATTTCCTTCCTTGGTCTTATCTTAGCTTTCTTCGTAAAAGACAAGACGTCCAAAAAAATAAAAGAAAAAGTTTTAGAACAACAGGAAGCTTGA	MGRQSVKEVENMNKLPIVIVLITGAFLAILNQTLLTTAIPPIMQDLHLTENTAQWVTTIFMLVNGIMIPITAFLIETFTTRQLFITAMGTFSVGTFICAISPSFFLLMTGRVIQAAGAGVMMPLMMTIFLFMFPIEKRGTAMGMVGLVIGFAPALGPSISGWLVEHFDWRSIFYVVLPLAIMNVIIAYFVMKNITKRTYPKVDILSIVYSTLGFGGILYGFSSAGNSGWIDQSVLVSLAIGVITLALFITRQFKLREPILEFRVFKNKIFTITMIIGMIGFIGLISAETILPIYMQNMAGFTPFESGLMILPGALLMGIMSPINGRIFDRFGARYLVIIGLFLLTITSLLYTNLSVDTSFTYLTIVFAVRMFGISMIMMPSTTAGLNQLSYRLIPHGSAMTNTMRQVAASIGTALLITIMTVTALSTGKEVTVTGQIHGVNMAFYVATAISFLGLILAFFVKDKTSKKIKEKVLEQQEA	PGPT0029035_3	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029035-mdeA-K18936	NA	NA
AK148_00814	1293			Nucleobase transporter PlUacP	ATGAAGAATGCTGCTTTAGGGCTACAACATTTATTAGCAATGTATGCAGGGGCTATTTTAGTACCACTTATTGTTGGTGATGAACTTGGCTTAACGTCAGCTCAACTAACGTATCTTGTTGCTATTGATATTTTAATGTGTGGTGTAGCGACTATATTACAGGTTTTACGAAATCGATTCTTTGGAATTGGCTTACCTGTCGTTTTGGGTTGTACTTTTACTGCGGTAGGTCCAATGATAGCAATTGGCTCTAGTTATGGAGTGACTGCTATATATGGAGCTATTCTTGTATCTGGGCTTTTTGTCATTGCTGTAAGCGGGATATTTGGTAAATTGGTGAAATTCTTTCCTCCAGTGGTAACAGGTTCTGTTGTAACGATTATTGGAATTACGCTTATACCTGTAGCTATAAATAATATGGGGGGCGGGCAAGGAGCAAGTGACTTTGGCTCATTAGTAAACATAAGTTTATCTTTTGGGACGCTATTATTTATTATTATATTATATCGATTTGCTAAAGGATTTATGAAATCTATTGCTATTTTAGTCGGTTTAATTGTCGGAACATTAGCGGCTGGGATGATGGGGTTAGTTGATTTTCAAGCTGTTCGAGAAGCTTCCTATCTTCATTTACCGCACCCCTTTTATTTTGGTACACCAACATTTGAATGGTCTGCTATTTTAACGATGACCTTAGTAGCGATCGTTTCGTTAGTAGAATCTACAGGTGTATATTTTGCCTTGGGAGATATAACAGATCGAAAACTCAAAGGGAAGGACTTGGCAAACGGTTACCGGGCGGAAGGATTAGCTATTTTAATGGGAGGCTTTTTTAACGCCTTTCCATACACCGCTTTTTCTCAAAATGTTGGTTTGATGCAAATGACTGGTGTGAAAAAGAAAAGCATTATCGTTATTACTGGTGTCATGCTTATAACGCTTGGTTTCATTCCTAAGATTGCTGCTTTAACGACAATTATTCCAACTCCTGTATTAGGTGGTGCGATGATTGCTATGTTTGGTATGGTAATTTCTCAAGGAATTAAAATGCTCGGTCCTGTCATTATGAAATCATCGGAAAATGCGATGATTGTGGCATGTTCTGTAGGAATGGGGCTAGGTGTAACTGTGGTACCTGAATTGTTTGCCAAATTTCCCGAAAGCATTCAAATATTAACAAGTAATGGCATCGTGGCAGGAAGTGTTACAGCTATAGTACTAAACATCTTATTCCATATGCTGCCACAAAGAAAAACCAATGAGCATATTAGTTTGCGTGAACAAGAAGTATAA	MKNAALGLQHLLAMYAGAILVPLIVGDELGLTSAQLTYLVAIDILMCGVATILQVLRNRFFGIGLPVVLGCTFTAVGPMIAIGSSYGVTAIYGAILVSGLFVIAVSGIFGKLVKFFPPVVTGSVVTIIGITLIPVAINNMGGGQGASDFGSLVNISLSFGTLLFIIILYRFAKGFMKSIAILVGLIVGTLAAGMMGLVDFQAVREASYLHLPHPFYFGTPTFEWSAILTMTLVAIVSLVESTGVYFALGDITDRKLKGKDLANGYRAEGLAILMGGFFNAFPYTAFSQNVGLMQMTGVKKKSIIVITGVMLITLGFIPKIAALTTIIPTPVLGGAMIAMFGMVISQGIKMLGPVIMKSSENAMIVACSVGMGLGVTVVPELFAKFPESIQILTSNGIVAGSVTAIVLNILFHMLPQRKTNEHISLREQEV	PGPT0007330_370	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-XANTHINE_METABOLISM	PHYTOHORMONE-XANTHINE_TRANSPORT,PGPT0007330-pubX-K16169	NA	NA
AK148_00815	582	xpt	COG0503	Xanthine phosphoribosyltransferase	ATGGAGCGTTTAAAACAGACTATTTTAGCAGAAGGAAAAGTATTATCCAATACGGTTTTAAAGGTGGATGCTTTTTTAAATCATCAAATTGACCCAGCCTTAATGGAGGAGATTGGAAAAGAATTTGCTGATCGATTTGCAGCTGCTGGGATAACGAAAATATTGACTTTGGAATCTTCAGGAATTGCTCCTGCCGTGATGGCGGGTTTAGTTTTAAAGGTACCTGTTGTGTTTGCAAGAAAACGTAAATCTCTAACATTAACGGATCATCTTTATTCTGCACAAGTCCATTCTTTCACCAAACAAGAAACAAATGAAATTTCAATTTCGCAAACGTTTATAACTCAGGACGATACAGTTCTCATTATTGATGATTTTTTAGCTAATGGACAAGCCGTATTTGGTTTGATTGATATTTTAAAGCAAGCTAAAGCAACGATTGCTGGGATAGGTATTGTAATTGAAAAAAGTTTTCAAGATGGTGGAAAATCCATTCGTAACGCTGGTTATCGAGTAGAGTCCCTTGCCAGAATAGCACATTTATCAGACGGAAATGTCACCTTTTTAGAGGAGGAAAACTAG	MERLKQTILAEGKVLSNTVLKVDAFLNHQIDPALMEEIGKEFADRFAAAGITKILTLESSGIAPAVMAGLVLKVPVVFARKRKSLTLTDHLYSAQVHSFTKQETNEISISQTFITQDDTVLIIDDFLANGQAVFGLIDILKQAKATIAGIGIVIEKSFQDGGKSIRNAGYRVESLARIAHLSDGNVTFLEEEN	PGPT0007305_404	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0007305-xpt-K03816	NA	NA
AK148_00817	369			hypothetical protein	ATGGCATTTTATTATGAAAAATTGGATCATGTTCAATTAACAGCACCAAAAGATGAGGAACAAACAGCAAGGGCATTTTACGTTCATGTTCTAGGATTTAAAGAAATAAATAAACCAGAGAATTTACAAAAAAATGGCGGGATTTGGCTACAATCAGGTGATGTTCATATACATATTGGTGTGGAAGAACCATTTGTGCCAGCAAGAAAAGCACATCCTGCTATTTACGTAAAACATTTAGATGAGCTAAAACAATATTTACAAGACCACGATGTAGCTTATTTGGAAGACGAGCGATGGCCAAATTATAAACGTTTCTACGTTAGTGATCCATTCGGAAATCGGCTAGAATTTTTGGAGAAAAGTTAG	MAFYYEKLDHVQLTAPKDEEQTARAFYVHVLGFKEINKPENLQKNGGIWLQSGDVHIHIGVEEPFVPARKAHPAIYVKHLDELKQYLQDHDVAYLEDERWPNYKRFYVSDPFGNRLEFLEKS	PGPT0023815_10	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-MURAMOYLTETRAPEPTIDE_CARBOXYPEPTIDASE_ACTIVITY,PGPT0023815-ldcA-K01297	NA	NA
AK148_00818	1191	entS_2		Enterobactin exporter EntS	ATGTGGAGAAATAAAAACTTCACTATGTTATTTAGTGGACAAATCATTTCATTTACAGGGATTGCTTTATTTTCAACCTCCTTGCCTTTTCTAATTATTTACTTGGATGGTCAAGCAAGTGACATCAGTGCAACTCAAAGTATGTTTATTATACCTCAACTCTTTCTTCTTCTTTTTGGTGGCATGCTCGTAGATCAACTCCCTAAAAAATTTCTGATTGTAGTCATTAACATAATGAGGGGTCTTGCCCTTTTACTTATTACCTATCTAATATTAAGTGGAAATATACTCATTTGGCATATTTACTTACTTAGCTTTTTCTTGGGAGCATTGAACACTTTATATCGACCAACATTAAAAGCGATATTGCCGAGTATTGTTGATAGACAACATCTGGTTAAAGCGAATTCCTATAGATCGATGGCACAACAAGTACTGGAAATGGTGGGACCTGTTTTAGCCGCCTATTTAGTTGCGACTTTTGGCATATTTATAGCCTTTGGAATGAATGGTTTATCATTTTTGCTTGCCGCCTTTACCTTTGTATTTATTTCATTAGAAAAAAAACCACAATCAGAATTTAAAAAAACAATGTTCCTACAATTTAAGGAAGGATTTCAGATCTTATTTAAACATAAGTGGTTAGGTTTAAGTATCTTGATTGGTTCCATAGTTAACATAGGTGTCGCTTCATTTGATGTTATCATCCTTCCAATTTATGCAAATGAATATTTCAATGGAATTGAAAGTTTTGGTTGGTTTTTAAGTAGTATGGCGCTAGGGGCATTTTTAGGGGCATGGTTAATTAGTAAACAATCAGAAGTTTCCAAGAGCTTCAAAAAATACTATATATTTATGTTTAGTTTGGGACTATTAATATTGTTTTTGTCATTTTCAAATTATTTTCTAATGTCTTTAATAATTATGTTTGGTATAGGTTTTTCCATTACATCTTTTGTAATTATATGGGATAGTACCGTTCAAGAATTAATTGAAGAAGAATATCTCGGTCGTGTAACAAGTCTGCAAATGTTTGGTGGTCTTTTATTTTTACCAATCGGTTACTACATTTTTGGATTTTTAATAGAGTACATAAATATTCAGTTTGCGACTATTTTAAGTGGTTTAATTATTATGTCGGCATCTCTTGTAGGGATATTAAATGATAAGTTTAACCGTGCAAAACATTGA	MWRNKNFTMLFSGQIISFTGIALFSTSLPFLIIYLDGQASDISATQSMFIIPQLFLLLFGGMLVDQLPKKFLIVVINIMRGLALLLITYLILSGNILIWHIYLLSFFLGALNTLYRPTLKAILPSIVDRQHLVKANSYRSMAQQVLEMVGPVLAAYLVATFGIFIAFGMNGLSFLLAAFTFVFISLEKKPQSEFKKTMFLQFKEGFQILFKHKWLGLSILIGSIVNIGVASFDVIILPIYANEYFNGIESFGWFLSSMALGAFLGAWLISKQSEVSKSFKKYYIFMFSLGLLILFLSFSNYFLMSLIIMFGIGFSITSFVIIWDSTVQELIEEEYLGRVTSLQMFGGLLFLPIGYYIFGFLIEYINIQFATILSGLIIMSASLVGILNDKFNRAKH				NA	NA	NA	NA	NA
AK148_00819	213			hypothetical protein	ATGTTAATTTCATCGAAAAAAGAAATACGAGAAAATTATTTCATGCTCGATGCAATAAAAGATTTGAAGCAAGGGTTACAAGCAAAAAATAATGCAATGATTAAAAATCCGCATCGGACAGTTATACATCTTCCAACGTACAATGGCTCCGATTTATATATGCCAAGTGCGGATGTATCGTCAGATATTGCTTCTGTTAAAGAAATTATTTGA	MLISSKKEIRENYFMLDAIKDLKQGLQAKNNAMIKNPHRTVIHLPTYNGSDLYMPSADVSSDIASVKEII				NA	NA	NA	NA	NA
AK148_00820	918	fadM_1	COG0506	Proline dehydrogenase 1	ATGGAACAAATAATGCGAAATTTCTTTTTGTTTCTATCTAATAATAAAACTTTAACAAAAGTAGCAAAAAAATATGGCTTTCGTTTTGGAGCTTCACGTTTTGTCGCAGGGGTAAATATTCAAGAAGCTGCACAAAAAATAAAGGCTTTAAATGAAAAAGGTTTTGTTGTCACTGTAGACCACCTAGGGGAGTTTATAGATAGTGAATCAGAGGCTAAACAGTCTGCGGAGGAATGTGTCAAAGCAATTGAAGTAATTGCTAAAGAAGGCTTACAATCCGAATTATCTTTAAAGCTTACTTCACTTGGGTTAGATATATCTCATGAGCTTGTGATGGAGAATATGCACAAAATATTACAAGCAGGTAAAGAAAATGATGTTATTGTTACGATAGATATGGAAGACTATGCACGATTAGAGAAAACGTTACATATTTTTACGAGTCTTAAACAGGAATATGATAATGTAGGAACTGTATTGCAAGCCTATTTATACCGAGTAGAAGAAGATTTAGAAGCATTAAATCCATATAACCCATACTTGCGATTAGTAAAGGGGGCATATAAGGAATCAGAAAAAGTTGCTTTTCCTAATAAATCAGATGTAGATAAGAATTATAAAAAAATTATTAAGCAGAACTTGTTAAATGGTAATTACACGGCAGTAGCTACTCATGATGATGAGATCATTACTTATACAAAAGAACTGGAACAAACATATCAAATTTCCAAAGAGCAGTTTGAGTTTCAAATGCTTTATGGAATTCGACTTGAGCTTCAGAAACAATTACTAAAAGAAGGGTACAAAGTACGTGTATACATGCCTTACGGCGATGATTGGTTCGGCTATAATATGCGAAGATTAGCTGAAAGGCCTGCTAATGTTGCTTTCGTATTAAAAGGAATTTTTAAGAAATAA	MEQIMRNFFLFLSNNKTLTKVAKKYGFRFGASRFVAGVNIQEAAQKIKALNEKGFVVTVDHLGEFIDSESEAKQSAEECVKAIEVIAKEGLQSELSLKLTSLGLDISHELVMENMHKILQAGKENDVIVTIDMEDYARLEKTLHIFTSLKQEYDNVGTVLQAYLYRVEEDLEALNPYNPYLRLVKGAYKESEKVAFPNKSDVDKNYKKIIKQNLLNGNYTAVATHDDEIITYTKELEQTYQISKEQFEFQMLYGIRLELQKQLLKEGYKVRVYMPYGDDWFGYNMRRLAERPANVAFVLKGIFKK				NA	NA	NA	NA	NA
AK148_00821	1548	rocA1_1	COG1012	1-pyrroline-5-carboxylate dehydrogenase 1	ATGGTAGTAGCTTACAAACATGAACCATTTACAGATTTTACAGTTGAAGAAAATAGGCGGAAAATGGTAAAAGCCTTGGAAAAAGTTGAACAAGATCTTGGAAAAGAATATCCGTTAATTATTGGTGGAGAGAGAATTACGACAGAAGAAAAAATTATCTCTCTAAATCCTGCAAATAAAGATGAAGTTGTTGGTTATGTTTCCAAAGCAAATCAAGCGTTAGCAGAAAAAGCAATGCAAACAGCAGATGAAACATTCGCATCATGGCGTAAATCAGATCCAAAGTTTCGCGCTGATTTGTTATTTCGTGCAGCTGCCATTATTCGTCGCAGAAAGCACGAATTTACTGCACACTTAGTGAAAGAAGGTGGCAAACCTTGGAAGGAAGCAGATGCTGATACCGCGGAAGCGATTGACTTTTTGGAATACTATGGAAGGCAAATGCTTACATTAAAAGACGGTATTAAAATAAATAGTCGTCCTATTGAACATAATCAATTTCACTACATCCCACTTGGTGTTGGTGTTGTTATCTCACCTTGGAACTTCTTATTTGCCATTATGGCAGGTACAACTGCTGCTGCTATGGTAACTGGGAATACAGTGTTGCTAAAACCGGCTAGTGCTACACCTGTAATCGCTTATAAATTTATGGAAGTGCTCGAAGAAGCGGGTCTTCCAGCTGGTGTGATCAATTTTATTCCTGGGTCAGGCAAAGACGTTGGGGATTATTTAGTGGATCATCCGCGAACACGTTTTGTAAGCTTTACAGGCTCTCGTGAAGTTGGGACCCGTATTTTTGAACGAGCTGCTGTGGTACATGAAGGTCAAAAGTGGCTGAAGCGAACAATTATTGAAATGGGTGGAAAAGATACCATCGTCGTCGACCGTGAAGCTGATTTAGAATTGGCCGCCCAGTCCATTGTTCAATCTGCTTTTGGTTTCTCTGGACAAAAATGTTCTGCTTGTTCTCGGGCTGTTATTCATGAGGACGTGTATGAAGATGTGAAAAACCGTGTTGTAGAGTTAACAGAGGCGTTAACGGTAGGTGATCCAGTAGACTCTGCAAATTATATGGGACCGGTTATTGACCAAGCTGCATATGATAAAATAATGGGGTATATTGATATTGGTAAGCAGGAAGGAGAGCTAATCGCCGGTGGAGAAGGTGATGATAGCAAAGGTTGGTTTATAAAGCCAACCGTATTCGCCGATGTGGATTCGAAAGGTCGGATTATGCAAGAAGAGATATTTGGCCCTGTTGTTGGTCTTACGAAAGCTAAAGATTTTACGGAAGCAATTGAAATTGCAAATAATACCGAGTATGGTCTGACTGGCGCTGTTATTACAAACAATCGTGCTCATCTTGAACAAGCGAGAGAAGATTTTCATGTTGGAAACCTTTACTTTAATCGTGGCTGCACAGCAGCAATTGTAGGTTATCAGCCATTCGGTGGATTTAATATGTCTGGAACGGATTCCAAAGCAGGAGGACCAGACTACTTGATACATCATATGCAAGGTAAAACAACTTCAGAAATGTTTTAG	MVVAYKHEPFTDFTVEENRRKMVKALEKVEQDLGKEYPLIIGGERITTEEKIISLNPANKDEVVGYVSKANQALAEKAMQTADETFASWRKSDPKFRADLLFRAAAIIRRRKHEFTAHLVKEGGKPWKEADADTAEAIDFLEYYGRQMLTLKDGIKINSRPIEHNQFHYIPLGVGVVISPWNFLFAIMAGTTAAAMVTGNTVLLKPASATPVIAYKFMEVLEEAGLPAGVINFIPGSGKDVGDYLVDHPRTRFVSFTGSREVGTRIFERAAVVHEGQKWLKRTIIEMGGKDTIVVDREADLELAAQSIVQSAFGFSGQKCSACSRAVIHEDVYEDVKNRVVELTEALTVGDPVDSANYMGPVIDQAAYDKIMGYIDIGKQEGELIAGGEGDDSKGWFIKPTVFADVDSKGRIMQEEIFGPVVGLTKAKDFTEAIEIANNTEYGLTGAVITNNRAHLEQAREDFHVGNLYFNRGCTAAIVGYQPFGGFNMSGTDSKAGGPDYLIHHMQGKTTSEMF	PGPT0020210_2552	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0020210-putA-K13821	NA	NA
AK148_00822	549	puuR		HTH-type transcriptional regulator PuuR	ATGCAACTGACAACACATATAGGAAAAAGAATAAACGAGCTGCGAAAGAGAAAAAAATTAACGTTAAAAAACATCTCTGAGCAAACCGGGCTATCAATTAGCTTCTTATCACAATTAGAGCACGGAAAAACCTCTGCTACTTTAGAGTCACTTAAAAAAATTTCAGAATCACTTGATGTAAACCCGAGCTATTTTTTCTCAGAAACAGATGATGACTCGCGTTCTACAATTACTAGAAATACGGTAGACACAGCGAACTTGACAGAAAATAGATTTATTTATAAAAATTTATCAAGAGGCATGAAAGATCCCGCGTTTATTCCAAATTTAATTATTCTCGATCCTGGTGCAAATCGTGGTAATAACTTTTCTCATAAAGGGCATGAATTTTTATTTGTCCTAGAAGGCACCTTAACCATTGAAGTAAATAATTGTGTGAATGTTTTACAGCCATATGATTGTGTATTTCTTGACTCTTCTAAACCACATTATTGGTTTAATAAGACAGATAAACCGATAAAATTTTTATGCATTTCAACAAACGATTAA	MQLTTHIGKRINELRKRKKLTLKNISEQTGLSISFLSQLEHGKTSATLESLKKISESLDVNPSYFFSETDDDSRSTITRNTVDTANLTENRFIYKNLSRGMKDPAFIPNLIILDPGANRGNNFSHKGHEFLFVLEGTLTIEVNNCVNVLQPYDCVFLDSSKPHYWFNKTDKPIKFLCISTND				NA	NA	NA	NA	NA
AK148_00823	555			hypothetical protein	TTGAATAACATTGGAGCAAAAGTAAAGCAAATGCGTTTACGCGCGAAGAAAACGCAACAACAGGTCGCAGATGAATGTGGTATATCCAAAAGTTTACTGTCGAAAATAGAAAACGGACAGACAGCTTCAGCAATTGCTACTTTATCTAAAATAAGTGAAGCGTTAAACGTGCCACTATCATGGCTTTTAGATGACCAAGAAGATCGTGATCTCGTATTACTTCCTTCTAATAAACGGCAATTTAAAGTTGGGGACGACAATATGGGGTATTCCTATGAATTGTTGGCGAACCGATCTCCATTCACAGGCGTTGAACCGACAATTGTATATGTTACGCCGAGGGATATGAATGTAAGGGAAGAGTCTTATACTCACTCTCAAGATGAATTCATCTATGTATTGGAAGGTGCGATTCATTTGCGTTATGAAGGTAGAAAACATTATATGGAACAAGGGGATAGCGCTTATTTTAAAGGGGATAAACCTCATTTATTTATTCCAGTCAATAATGAACCTGCACGTGTACTAACTATTTTTATTGATAACCAATTGTAA	MNNIGAKVKQMRLRAKKTQQQVADECGISKSLLSKIENGQTASAIATLSKISEALNVPLSWLLDDQEDRDLVLLPSNKRQFKVGDDNMGYSYELLANRSPFTGVEPTIVYVTPRDMNVREESYTHSQDEFIYVLEGAIHLRYEGRKHYMEQGDSAYFKGDKPHLFIPVNNEPARVLTIFIDNQL				NA	NA	NA	NA	NA
AK148_00824	1668	malL_1	COG0366	Oligo-1,6-glucosidase	ATGAAAAGAATTTGGTGGAAAGAAGCAACTGCTTATCAAGTTTATCCACGTAGCTTTATGGATTCAAATGGGGATGGCATTGGCGATATACCCGGTGTCATTCAAAGGCTCGATTATTTAAAGGACTTGGGAATGGACGTCATTTGGCTAAGCCCCGTTTACCAATCACCTAACGATGATAACGGGTATGATATTAGTGATTATCAAGCAATCATGGCTGAGTTTGGAACGATGGAAGATTTTGATCTATTATTAGCTGAAGTTCATCAACGTGGAATGAAATTAATTATGGACTTAGTGATTAACCATACATCTGATGAGCATCCGTGGTTTATTGAATCAAGATCATCAACAGATAATCCATACCGAGATTATTATATTTGGCATGAAGGTAAAAATGGGAAAAAGCCAAATAATTGGGCTTCTATTTTTGGCGGTTCTGCATGGGATTTTGATGAACAAACAAAAGCCTATTATTTACATGTTTTTTCTAAAAAGCAACCGGATTTAAATTGGGAAAATCCTACTGTACGTAAAAGTTTATATGATATGGTGAACTGGTGGTTAGATAAAGGTATTGATGGCTTTCGTGTAGATGCTATTTCACATATAAAAAAAGCGCCTGGTTTTCCTGATCTCCCAAATCCAGATAATAAAAAATATGTACCTTCTTTTGCAGGTCACATGAACCAACCTGGTATTCATAATTTTTTAGAAGAATTGAAAAAGGAGACTTTTTCAAACTATGATATTATGACTGTTGGTGAAGCAAATGGGGTTACCATCGATGACGCTCACTTATGGGTTGGTGAAGAACAAGGTAAATTTAATATGGTGTTTCAATTCGAACATCTGGACTTGTGGGGAAAAAGTGTTACAGGTGGCTTAGATGTGCACGCTTTAAAACAAACATTGACAAAATGGCAAAAAGGTTTAGAGGGAAATGGTTGGAATGCTTTATTTTTAGAAAATCATGATCAGCCCCGCTCCGTATCGACGTGGGGTGATGATGGAGTTTACTGGCAAGAATCGGCAAAGTGTCTTGCCACACTTTATTTTTTAATGCAAGGAACGCCTTTTATATACCAAGGTCAAGAAATCGGTATGACTAATGTTCAATTTGATTCTATTGACGATTATAATGATGTATCGATTAAAAATATGTATGCGGAAGAACTGGAAAATGGAAAAAGTCAGGAGGAAATCATGGAAATTATTTGGAAAAATGGTCGTGATAACTCGAGAACCCCAATGCAATGGAATAATCAAGCCAACGCTGGCTTTACAACGGGGACGCCGTGGTTGAAGGTAAATTCAAATTATAAACAAATTAATGTGGAACAGCAACAAATAGACGTTAATTCGATCTACCATTATTATCGTAAAATGGTTCAAATAAGAAAAGAAAATGATGTATTCATCTACGGACGTTATGATCTTATTTTGGAGGATCATGACCAAATCTATGCCTATACGAGAACGTTGGATAACCAACAAATGCTTGTGTTAACGAATCTATTTGCTGAGAAAACTACCTTTAAATTACCAAAAACGATTACATCTAAAGAAGGAAAACTGCTTTTAGCCAATTATAAAGCTGACGCGTCTAACTCGTTGGAACAGATAACTTTAAAACCGTATGAAGCTAGAGTGTATGAATTAATTTAA	MKRIWWKEATAYQVYPRSFMDSNGDGIGDIPGVIQRLDYLKDLGMDVIWLSPVYQSPNDDNGYDISDYQAIMAEFGTMEDFDLLLAEVHQRGMKLIMDLVINHTSDEHPWFIESRSSTDNPYRDYYIWHEGKNGKKPNNWASIFGGSAWDFDEQTKAYYLHVFSKKQPDLNWENPTVRKSLYDMVNWWLDKGIDGFRVDAISHIKKAPGFPDLPNPDNKKYVPSFAGHMNQPGIHNFLEELKKETFSNYDIMTVGEANGVTIDDAHLWVGEEQGKFNMVFQFEHLDLWGKSVTGGLDVHALKQTLTKWQKGLEGNGWNALFLENHDQPRSVSTWGDDGVYWQESAKCLATLYFLMQGTPFIYQGQEIGMTNVQFDSIDDYNDVSIKNMYAEELENGKSQEEIMEIIWKNGRDNSRTPMQWNNQANAGFTTGTPWLKVNSNYKQINVEQQQIDVNSIYHYYRKMVQIRKENDVFIYGRYDLILEDHDQIYAYTRTLDNQQMLVLTNLFAEKTTFKLPKTITSKEGKLLLANYKADASNSLEQITLKPYEARVYELI	PGPT0018560_3868	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0018560-malz-K01187	NA	NA
AK148_00825	789	mapP		Maltose 6'-phosphate phosphatase	GTGAGGCTATTAACGTTAAATTGCCATTCTTGGCTAGAAGATTCGCAACTAGATAAGCTCTCTATTCTAGCAGAAACAATTCATCATCTATCCTATGACGTTATTGCGTTGCAGGAAGTAAATCAAACCATTACAGCAAAAAAAGTGAGTAAGAACTTGAGAGTAGATAACTTTATTTTATTGCTGCAAAAAGAATTGCAAGCATTAGGGTCAACGTATGCATTCATTTGGGACTATGCACATATTGCTTATGATCGATTTGAAGAAGGAGTCGCTTTATTAACAAAGCATAAGGTAGTAAATGGACAATCATTCTTTGTGAGTGAAAGTGAAGATACATCCTATTGGAAGGCTCGAAAAGTGGTTGGTATGACAATAGATATAAACGGAAAAGAAGTAGACTTTTATTCCTGTCATATGGGCTGGTGGAACGATAGCGTAGAACCTTTTAAAAGGCAAATTGATCGACTAGTCAAGTCCGTCCCTAAGGATCGACTTCATTTCTTAGTAGGTGACTTTAACAATGAAGCATCATTAGAGAATGAAGGGTATGGTTATGTTCAACATGTAGGGTATTATGACACTTATCAGTTAGCGAAAGAAAAAGACGCAGGCATTACAGTATGTGGTGATATTGCTGGTTGGCAAGATAGTCATACGAATAAACGAATTGATTATATTTTTTCTTCTACAAAGGTTGAAGTCATTCGTTCGCAAGTGATTTTTAATGGAATGAATTTGCCCATTATTTCTGATCATTTTGGCGTAGATGTTACCATCAGTATATAA	MRLLTLNCHSWLEDSQLDKLSILAETIHHLSYDVIALQEVNQTITAKKVSKNLRVDNFILLLQKELQALGSTYAFIWDYAHIAYDRFEEGVALLTKHKVVNGQSFFVSESEDTSYWKARKVVGMTIDINGKEVDFYSCHMGWWNDSVEPFKRQIDRLVKSVPKDRLHFLVGDFNNEASLENEGYGYVQHVGYYDTYQLAKEKDAGITVCGDIAGWQDSHTNKRIDYIFSSTKVEVIRSQVIFNGMNLPIISDHFGVDVTISI	PGPT0018615_293	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION	PLANT_DERIVED_MALTOSE_DEGRADATION,PGPT0018615-mapP-K06896	NA	NA
AK148_00826	1635	ptsG_1	COG1263	PTS system glucose-specific EIICBA component	ATGAAGAATGTAATTTCATTTGATTTTTGGCAGAAATTAGGAAAAGCTTTACTCGTTGTAGTGGCTGTGATGCCTGCAGCTGGAATCATGATTTCTTTAGGAAAAGTTTTAGGCATGTCTGGGGATGTTTCTTTTATCCTTACAGTTGGACGAGTAATGGAAGATATAGGTTGGGCAATTATAAATAATTTACATATATTATTTGCAGTTGCTATCGGTGGTGCTTGGGCAAAAGAGAGAGCTGGTGGAGCTTTTGCTGCACTCCTCGCCTTTATTTTAATTAACCGAATTACAGGTGCTGTTTTTGGTGTAACAAATGACATGTTTACCGATGCAAAAGCTACCGTTCATTCTTTATTTGGGAGCGACCTCATAGTAGATAATTACTTTACAACCATATTAGGTGCCCCAGCGTTAAATATGGGAGTATTTATTGGTATTATTTCCGGATTTGTCGGGGCGATCATTTATAACAACTATTATAATTACAGCAAGTTACCACAAGCATTATCTTTTTTTAATGGGAAAAGGTTCGTCCCATTTGTAGTGATTCTTTGGTCTGTTATTATCGCGCTTGTTATGTCAGTTGTATGGCCTTTTATTCAAGGGTTAATTAATGATTTCGGAGTCTGGTTAGCAAATTCAAAAGATGCTGCACCATTCTTAGCTCCTTTTACGATGGGAATGCTTGAACGATTATTGCTTCCGTTTGGCCTACATCATATGTTAACTGTTCCAATTAATTATACGGAATTAGGTGGCACTTATACCGTTTTAACAGGTGCAACAGCAGGTGAAATCGTAGCTGGACAAGATCCACTATGGTTAGCTTGGATATCTGACTTAGTAAATTTAAAAGCTAATGGTGATACAACAGCTTATCATCAATTAATGCAAGATGTAACACCGGCAAGGTTTAAAATGGGACAAATGATTTTATCCACCGCTGTGTTAATGGGTGCTGCTTTAGCAATGTATCGTAATGTGGATAAAGACAAACGTGTAAAATATAAATCGATGTTCTTTTCAGCAGGTATAGCTGTGTTTATTACTGGTGTAACAGAGCCACTTGAATTTATGTTTATGTTTGCAGCTCCCTTACTTTACTTTGTTTACGCTATCGTAGCAGGGTTGAGCTTTGCTATCGTGGATTTGATTGATTTACGTTTACATTCATTTGGTTTAGTTGAATTTTTTACCAGGTTACCAATGGCTATAAATGCAGGGCTTTTAGGAGATGTTATCAACTTTGTACTCACCTGTATTGTGTTCTTCGTATGTAGTTACTTTCTGTTTTACTTGTTCATTAAAAAAATGAATTTAGCAACACCAGGCCGCGCTGGTAATTATTCAGATGATGAAGTGGAAAAAGGCGGATCCTTTCAAGGAGATGAAGAGGTAGTCGCTATTGTAAACATGTTAGGTGGGAAAGAAAACATTGATGAGGTAGATGCATGTATGACCAGATTACGTGTGTCGTTGAAAGATGTAAAACAAGTAGCGTCAGAAGCAGATTGGAAAAAAACCGGCGCTATGGGATTAGTAGTTAGAGGGACAGGTATTCAAGCAATATATGGCCCGAAAGCAGATGTATTGAAATCGAAAGTGATTGATTATTTGGAGGATAGATCGTGA	MKNVISFDFWQKLGKALLVVVAVMPAAGIMISLGKVLGMSGDVSFILTVGRVMEDIGWAIINNLHILFAVAIGGAWAKERAGGAFAALLAFILINRITGAVFGVTNDMFTDAKATVHSLFGSDLIVDNYFTTILGAPALNMGVFIGIISGFVGAIIYNNYYNYSKLPQALSFFNGKRFVPFVVILWSVIIALVMSVVWPFIQGLINDFGVWLANSKDAAPFLAPFTMGMLERLLLPFGLHHMLTVPINYTELGGTYTVLTGATAGEIVAGQDPLWLAWISDLVNLKANGDTTAYHQLMQDVTPARFKMGQMILSTAVLMGAALAMYRNVDKDKRVKYKSMFFSAGIAVFITGVTEPLEFMFMFAAPLLYFVYAIVAGLSFAIVDLIDLRLHSFGLVEFFTRLPMAINAGLLGDVINFVLTCIVFFVCSYFLFYLFIKKMNLATPGRAGNYSDDEVEKGGSFQGDEEVVAIVNMLGGKENIDEVDACMTRLRVSLKDVKQVASEADWKKTGAMGLVVRGTGIQAIYGPKADVLKSKVIDYLEDRS	PGPT0016910_243	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MALTOSE_PTS_SYSTEM,PGPT0016910-malT-K20108	NA	NA
AK148_00827	339			hypothetical protein	GTGCATCAAATCGAAATTTCAAACCCAATGAGGTGGTTAACTATTTCTGGGCAATTAGGTATGTGTGTAGATGGAAATGTTCCAGAAAGTGCATTAGAGCAAATGGGATTGGCGTTTCAAAATATAGAAAATAATTTAGTTGCAGCTAATATGGAAATAAAAGATATTACGAAATTGGTATTTTATCTAGTAGAAAATATAGATACAGAAGCTCGAAAAAAAGTGATTCGTGATTTTCTTGGTGATCATTTGCCGTGTACTACGATGGTGTATGTAGTAGCTTTAGCAGCTCCACGATGTAAAGTTGAAATAGATGCTTCGGCGTGCAAAGAAGAGTAA	MHQIEISNPMRWLTISGQLGMCVDGNVPESALEQMGLAFQNIENNLVAANMEIKDITKLVFYLVENIDTEARKKVIRDFLGDHLPCTTMVYVVALAAPRCKVEIDASACKEE	PGPT0020030_2148	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
AK148_00828	915	yngG	COG0119	Hydroxymethylglutaryl-CoA lyase YngG	GTGAATTATCCTAACTGTATTCGGCTTAAAGAAGTAGGGCCAAGAGATGGGTTACAAAATGAGAAAGCGTTTATTGAAACGGACGATAAGGTTAAATGGATCAATATGCTGTCTGAGTCTGGGGTTGGCGAGATCGAATATTCTTCATTTGTTCATCCAAAATGGATCCCACAGCTGAGGGATGCTCAAGAAGTAGGGAGAAAAATAAAACGAAATAAGAACGTCTTTTATTCTGCACTTGTGCCAAATCTAAGAGGTTTAGAGCATGCATTAGAAGTCGGGATTGACGGAGCATCCATATTCATGTCAGTAAGTGAAACACATAATAAAAAAAATATTAATAAATCTATTTCAGAAACATATCCAGTATTGCGTAAAGTAATTAAAGAAGCAAAGCAAACCAATAAATATGTGACTGGCTATGTGTCAACGGTTTTCGATTGTCCTTATGAAGGTAAAGTGGACCCTGAAAAAGTTATTCGTGTATGTAATCAGCTAATGGAAGATGGTGTAGATGCCATTTCATTAGGAGATACAATTGGAACAGCAGTCCCTTCACAAGTTGAAGCCCTCTTGGAACGGATGTTGACTGAGTTTAGCTCGGAGCAGTTAATCATGCATTTTCATGATACAAGAGGGATGGCGATAGCAAATATTTTAACGTCTCTACGTTATGGAATCACTCGTTTTGATAGTTCTGTAGGAGGTTTAGGCGGTTGTCCATACGCAAGAGGTGCGGCAGGGAATGTGGCAACAAATGATGTACTTTATTTGTTACACGGTCTAGGTATAAAAACAGGCATTAAAGAAGATAAAATGCAACAAGCGGCTTTATTTATTCAAGATAAAATTGGCAAAAAATTACCAAGTAAAACAGTAGCTTCACAAGCAAACGATTATAAAAAGACAGTATAA	MNYPNCIRLKEVGPRDGLQNEKAFIETDDKVKWINMLSESGVGEIEYSSFVHPKWIPQLRDAQEVGRKIKRNKNVFYSALVPNLRGLEHALEVGIDGASIFMSVSETHNKKNINKSISETYPVLRKVIKEAKQTNKYVTGYVSTVFDCPYEGKVDPEKVIRVCNQLMEDGVDAISLGDTIGTAVPSQVEALLERMLTEFSSEQLIMHFHDTRGMAIANILTSLRYGITRFDSSVGGLGGCPYARGAAGNVATNDVLYLLHGLGIKTGIKEDKMQQAALFIQDKIGKKLPSKTVASQANDYKKTV	PGPT0008315_2264	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
AK148_00829	240			hypothetical protein	ATGCTCACTCATAAAGCATACAAATTTCGTATCTATCCGAATAAGGCTCAAAAAACGTTTATTGCTAAAACTATCGGTTACTCGCGTTTTGTATTCAATCACTTTTTGGTAAAATGGAATCACGCGTATCAGGATACAGGTAAAGGTTTGACGTATAACACCTGTTCTTCACAATTAACCCAACTAAAAAAAAGAGTTGGCGTGGTTAAAAGAAATGGATATTTGGAGCCGCATGATTGA	MLTHKAYKFRIYPNKAQKTFIAKTIGYSRFVFNHFLVKWNHAYQDTGKGLTYNTCSSQLTQLKKRVGVVKRNGYLEPHD	PGPT0030680_4906	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030680-putative_transposase-K07496	NA	NA
AK148_00830	534	xerC_2		Tyrosine recombinase XerC	ATGGCCAAAAACGAACGCATTGTCAATGTGCAGCCATTACGAACCAAAGAAGAAATTGACGAAATGAAACTGGACATCAAACGGGGCAACAAAGGCACACCAAAAAGGCCAGAATTGGCCAAACGTGATGTACTGATTTTCCTGATTGGCATGAATACCGGGTTACGCGTGAATGACATCATTCGGCTGAAAGTTGGTGATGTGAAGGGAAAAAACCAATTTGTCATTTATGAGGGTAAGACGGCTAAACGGCGTGAGGTTAATGTGGGGATGCTGCAGGACGAAATTGAACGCTATACAGAAGATAGACACCCGGAAGGCTACCTGTTTAAAAGCCAAAAGGGGGATGGCCATATCACAACAACACAAGTTTATCGCATCCTGGATGATGCAGCCGACTTTTTAGGGCGTGATGATGTCGGTACGCACACCATGCGGAAAACATTCGGCTATCACCATTACAAGCAATTTAAAGATGTGGCCATTCTGCAGGAGATATTCAATCATGCGGCTCCAAATATCCATTTCTTTTAA	MAKNERIVNVQPLRTKEEIDEMKLDIKRGNKGTPKRPELAKRDVLIFLIGMNTGLRVNDIIRLKVGDVKGKNQFVIYEGKTAKRREVNVGMLQDEIERYTEDRHPEGYLFKSQKGDGHITTTQVYRILDDAADFLGRDDVGTHTMRKTFGYHHYKQFKDVAILQEIFNHAAPNIHFF				NA	NA	NA	NA	NA
AK148_00831	453			hypothetical protein	ATGAAGAAAGGCTTGATGTTGTTTTTACTTGTGATCAGTGTATCACTTATCCTTGCAGGGTGTAATACAGGGGAGAAAAACACTGATAATAGAAGTTGGACAAATACTTTGGGAAAGGCGCAAAAAGTTAAGATAATCTCACCAGATGGTTCTGATGTTATTACATCGATATCAGATGATAAAGACATTGAAAACTTTATTGATGCAGTAAAAGTTGATGAATGGAATTCAGCAGATATCCCTTCAGGAGCTACTAAGGGAAAGATGTATAAAATGTACCAAGAGGATACTGTTAAACTAGGCGAATCGAATAAGCAGACAGGTAATTTAAATGAAATTGCCACTATGACAACATATAAAAATGTTCCTTATATTAAATTTAGCTTTAAAAGTTATTCCTTTAATTTTAAGGTACCGGAAGATGTATCTGAATATCTCAATAATAAAAAATAG	MKKGLMLFLLVISVSLILAGCNTGEKNTDNRSWTNTLGKAQKVKIISPDGSDVITSISDDKDIENFIDAVKVDEWNSADIPSGATKGKMYKMYQEDTVKLGESNKQTGNLNEIATMTTYKNVPYIKFSFKSYSFNFKVPEDVSEYLNNKK				NA	NA	NA	NA	NA
AK148_00832	1764	bmrA_1	COG1132	Multidrug resistance ABC transporter ATP-binding/permease protein BmrA	ATGACAAAACAACAAAAAGATTTACTAGGAATTAAACGGTTCAAATCTATGATTCAGCCTTTTCTGCCATCTAAATGGTTAATATTATTAGCTATTATTTTAGTAATATTAGAAACGGGATTATCCCTGATAATACCACTCATAGCAAAAGGGTTTATTGACGGAATAGGCCACTCCGGTTTCGATATAGAAACAATTATTCTGTTATGTGGCATATTTCTAGGGCAGCTTATTGCTTCATCTTTCTCTCTATATGTTATGAACTATATTGGGCAAAAAGTAGTTCTATCCCTTCGCAGACATACATGGGATAAAATATTACAATTGCCTATATCTTTTTTTGATCAATATTCCTCCGGTAGTGTGATGAGCAGAATAACTAATGACACATTAATCATCAAAGACTTTATTTCTTCACAGTTAATCCCCTTTATTTCAGGTTTAGTATCAATAATTGGATCTATAGTGCTGCTTTTATTAATAGACTGGAAAATGACCAGTTTAATGATTTTGGTAGTACCAACTGTAATACTAGCTATGATACCTTTGGGGAACTACATGTATAAAATATCTAGAGGGCTGCAAGATGAAACCGCCTCATTTCAAGGAGATTTGGGACGCGTATTAACAAACATTCGGTTAGTTAAGTCATCCTTGGCCGAGGATCAAGAAAAAGAAACCGGTCTTAAGCGTATGAAAAAATTATTTCACTTCGGTCTAAAAGAAGGAAAAATAATGTCAATTATTCAACCTGTAACCATGAGTTTAATGCTTATTGTTCTTGTTATTATATTCGGCTATGGCAGTTATCGGGTTTCAGAAGGCACTTTATCTGCCGGGTCACTTGTAGCAATTATCTTTTATCTGTTTCAAATAGCGACACCATTTTCACAGTTAACGAGTTTCTTTACAGAATTTCAGAAGGCTTTAGGGGCTAGCGAACGCATAGACGATATACGTTCAAGAGATTCAGAAACCAATACCTTAAAGTTAAACGGAAAAGTTGACTCTCAAAAAACATTGACATTTCACCAAGTATTCTTTTCTTACCTAAAAGATGAACCGATATTAAACTCCGTAAGTTTTCAAGCGGAAATCGGAAAAATAACAGCTTTTATTGGACCGAGTGGATCTGGAAAAACAACAATTTTTTCTTTGATTGAACGTTTTTATCAACCAAACAAGGGAGTTATTACTTATAAAGGAACCCCTATTCATAGAATTCCACTGTCCGATTGGCGTCATAAGATAGCATATGTTTCACAAGAAGCTCCAATTATGTCCGGGACAATTCTATCCAATCTAACTTACGGTTTAGATAAATGCTCGGAAGAAATCATTAAAAGCGCTGTTGCTAACGCAAATTTAGATAATTTTATTAATTCGCTGCCAAATCAATATGAAACGGAGGTTGGAGAGCATGGGATTCGCTTATCAGGAGGACAAAAACAACGATTAGCCATTGCAAGGGCTATGATTAGAAATCCGGAGATATTACTTTTGGATGAAGCAACAGCTCACCTTGACAGTGCTTCAGAAAAATTAGTTCAAGAAGCCTTAAATCGGTTAATGAAAGGACGAACAACATTTATTATTGCCCATAGATTGTCTACTGTTACTCATGCCGATCAATTAGTCGTCATCGAGAACGGAACGATAACCGGCGCAGGAGTCCATCAAAAATTAATAAAAGAACACTCTTTTTATAGAGAACTTAACGAGCAACAAATGCCAAGCGATCAAATCACTCCCATCATCGGATAA	MTKQQKDLLGIKRFKSMIQPFLPSKWLILLAIILVILETGLSLIIPLIAKGFIDGIGHSGFDIETIILLCGIFLGQLIASSFSLYVMNYIGQKVVLSLRRHTWDKILQLPISFFDQYSSGSVMSRITNDTLIIKDFISSQLIPFISGLVSIIGSIVLLLLIDWKMTSLMILVVPTVILAMIPLGNYMYKISRGLQDETASFQGDLGRVLTNIRLVKSSLAEDQEKETGLKRMKKLFHFGLKEGKIMSIIQPVTMSLMLIVLVIIFGYGSYRVSEGTLSAGSLVAIIFYLFQIATPFSQLTSFFTEFQKALGASERIDDIRSRDSETNTLKLNGKVDSQKTLTFHQVFFSYLKDEPILNSVSFQAEIGKITAFIGPSGSGKTTIFSLIERFYQPNKGVITYKGTPIHRIPLSDWRHKIAYVSQEAPIMSGTILSNLTYGLDKCSEEIIKSAVANANLDNFINSLPNQYETEVGEHGIRLSGGQKQRLAIARAMIRNPEILLLDEATAHLDSASEKLVQEALNRLMKGRTTFIIAHRLSTVTHADQLVVIENGTITGAGVHQKLIKEHSFYRELNEQQMPSDQITPIIG	PGPT0028965_25	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_AbcA,PGPT0028965-abcA|bmrA-K18104	NA	NA
AK148_00833	684			hypothetical protein	ATGGTTGACAAGAATATATTAAATTGTTTAGGTAAAATAGAGTTTTGGGTTGATGAAAAAAAATCCTTTGGAAGTGCTAGCATCGTTCATTCAGACACATTTCCAATAGTCGCTACTGCTGCTCATTGTTTATATGATTGGGAGTCCCAACGTTTTTATGAGAATGTATCATTTTACCCTTATTTCGAAGACCTAAAAATTAAACTCAAACCAATATATGCTATAATCCCAAAATTATGGGCTGTTCAAGGTGCATTAGATTATGATACAGGCTTTTTAGCCTTTGACTGCATCCCCAACATTGATAAATACTACAAATATGCCATCCCTGTTAAATTCAATCTATCACGAGAGTTACATTATTTGGTTACTGGTTTTGAAAATAAAATACTTCCTTCTAAGAAACCTTCTGTAAGCTGTGGTAGGGCACAACATGATTTTCATATGAATTCCACCCTACAGGGAGTTAAGAGTAAGAGCAAGAGTGGAATGTCTGGAGGGGCTTGGATAACGAGGTATAAGGGGAAGTATATACAAAATTCTGTTACAAGCCTGAGTTTCAAATCAGTTAAAAATACTCTTTGGAGTCCTTATTGGGGAAAGACGATAGAGTCAGTCTATAGAGTAGCTACTGGATTTAAACAACATGACTCTAACGTTTTAACACATAAATATAAATCTTAG	MVDKNILNCLGKIEFWVDEKKSFGSASIVHSDTFPIVATAAHCLYDWESQRFYENVSFYPYFEDLKIKLKPIYAIIPKLWAVQGALDYDTGFLAFDCIPNIDKYYKYAIPVKFNLSRELHYLVTGFENKILPSKKPSVSCGRAQHDFHMNSTLQGVKSKSKSGMSGGAWITRYKGKYIQNSVTSLSFKSVKNTLWSPYWGKTIESVYRVATGFKQHDSNVLTHKYKS				NA	NA	NA	NA	NA
AK148_00834	153			hypothetical protein	ATGTCACATAAAGAGGATATGAATAATGTGTTGCAACTACAAAAGATGCAAAGTCGGTCTTTAAATGGCTTGGCATCAAATCTAAGTGTAGTGTGCAAAGAAGAAAGTACCATCAGCTTATTTGCTTGCTTACCACCAGGCGAAGGTAGTTAA	MSHKEDMNNVLQLQKMQSRSLNGLASNLSVVCKEESTISLFACLPPGEGS				NA	NA	NA	NA	NA
AK148_00835	147			hypothetical protein	ATGTCATATAATCAGCAAATGTCGGACATCCTGAATCTTCAATCTATGGAAGCCAATAAGAACAGCACAGCAGTTGTATCAACTGCTAGTATGTTTGGTTGTTTTACTAACACAATAGCAAGTACTGCAAGTATTATGGCTTGCTAG	MSYNQQMSDILNLQSMEANKNSTAVVSTASMFGCFTNTIASTASIMAC				NA	NA	NA	NA	NA
AK148_00836	1842	ramC	COG0515	putative SapB synthase	ATGGATATGCGTTATTTAAGGTATGTTATACCTGGAGAACGATATTATGAACCACCAAAGAAAAGAACCGATGATTCAACGCTATATGTGCCTGATAGGCCTAAAAAATGGACAATCCATTCTGATGATCACTGGGTTTTTTATTTAAAATCAGATATTATTTTACCAATTCAGGGCTGGAAGATACATATAAGTTCAACTTTAAACGAGGCTCAAAGCACACTAGAAATCGTTTCTTCATTTCTGTTCGAAGAAGGTATTCCGTTTAAACATGTTTCAAATATTTTGGAACTAATATTTAAAAACTCAAAATATGGGGATCGTGGGAGTTCCGGTAAGTTCATTACTATTTATCCCACGAATGTCGAACAATTTGAATATTTGTTGAAACACTTACATGAATTGCTAAAAGGAAAATCTAAAGGGCCTTATATTCTTAGTGATAAACGATGGTTGGATGGTAATGTATATTTTAGATATGGGGCTTTCGGGGAAATGTATGTTTCAAAGGGAGCTGCCAAAATTCCAGCAATTAAAACGCCATCTGGAGAATACATCCCTGATTCTCGTGAGGCATATTATGTTGTCCCATATTTCGTAGAAGAGCCTTATTTTATTCAAGAAATGACGAAATTCCAAGAATCGAAAATGGTTGAACCATCAAAACTTAATAACTATGGGGTGGATTCTGCACTTCATTTTAGTAATGGCGGTGGGGTTTATTTAGCATACCTTAAAGATACTGGTGAACAAGTTGTACTGAAAGAGGGAAGGCCGAGTGCAGGTCTTGACGGTCAAAGTAGGGATGCCGTTAAACGTCTTAATCATGAAGCGTCGATACTAAAAAGATTAAAAGGACTAGATCATGTTGTTCAATACCAAGATTTATTTCAAGCTTGGGAGCACACGTTTCTTGTTGAAGAATATATATCCGGTACTCCTTTAAACACATGGCTAGCAGCCTACTATCCATTTTCAAATAACCAAGATTATGCGGATTATAGTCCTAGGCTAGTCAATATCTTAAAGCAAATTCGTCGTGCATTAGTGGAGATCCATTCACGTGGAGTTGGTATGGGGGATCTCCAACCTGCCAATGTTATAGTTACCACAACGGATAAGGTGAAACTTATTGATTTTGAATCTGCAAGTGATATTACGGACGATAAACATCCTGGCTTAATGACTCCTGGATATACAGGGTCGACTGATTTAAATCGAAAACAAGCTGACTGGTTTGCACTTTCCCGTATAGCTAGACAGGTTTTCATTCCAATCGGGCCAGTTCAAGATATGGCTGAAGATATACTATATAAACATGATGAATGGATTCTCAAAACATTTGGAGAAGAAGCTTTAGCTATCGTAAAAGAAATTGAAGGTGAATGTAAGAAAATAGAAGCAACACCAATTAAGAGTGTCCTCTCTGCTCCTTCCGATTTCTTGGAAAAAGAGGATTTACCCAAGATTATTAAAAATTTAAGAAATGGGATAGTGAAAGACCTCAGAGATGGTCAAAGACTTTTGCCAGGGGACATCCGTCAATTTGAGTCATCGAATGGTATTTTAAATGTTTTAACAGGTGGATTCGGTGTGATTATGGCTTTGTCACGTACTGGTCAGTTAGCCCCCAAAGCCAAAAAGTGGGCTGAAACATTTAGTAGAGATAACTATTTAAAGGGATTAGATAATGGACTTTTCACAGGAAAAACAGGAATTGCAGGAGTTTTATACGAAATTGGAATGGTAGAGGAATCAAAGAAAATTTATGATTCGATTTCAACACAAATCTCGATACAAGTGATATATCTCTTATGTCAGGATTATCTGGTATTGGACTAG	MDMRYLRYVIPGERYYEPPKKRTDDSTLYVPDRPKKWTIHSDDHWVFYLKSDIILPIQGWKIHISSTLNEAQSTLEIVSSFLFEEGIPFKHVSNILELIFKNSKYGDRGSSGKFITIYPTNVEQFEYLLKHLHELLKGKSKGPYILSDKRWLDGNVYFRYGAFGEMYVSKGAAKIPAIKTPSGEYIPDSREAYYVVPYFVEEPYFIQEMTKFQESKMVEPSKLNNYGVDSALHFSNGGGVYLAYLKDTGEQVVLKEGRPSAGLDGQSRDAVKRLNHEASILKRLKGLDHVVQYQDLFQAWEHTFLVEEYISGTPLNTWLAAYYPFSNNQDYADYSPRLVNILKQIRRALVEIHSRGVGMGDLQPANVIVTTTDKVKLIDFESASDITDDKHPGLMTPGYTGSTDLNRKQADWFALSRIARQVFIPIGPVQDMAEDILYKHDEWILKTFGEEALAIVKEIEGECKKIEATPIKSVLSAPSDFLEKEDLPKIIKNLRNGIVKDLRDGQRLLPGDIRQFESSNGILNVLTGGFGVIMALSRTGQLAPKAKKWAETFSRDNYLKGLDNGLFTGKTGIAGVLYEIGMVEESKKIYDSISTQISIQVIYLLCQDYLVLD				NA	NA	NA	NA	NA
AK148_00837	810			hypothetical protein	ATGTCAGGATTATCTGGTATTGGACTAGGTCTCTTATCGGCCTCAACAATTCCTGAGTTAGATTATTTATTAGAAAAGGTAATATCTATTGCTAATCAACTTGAAAGATTACTCCAACAAAATATACCTATAAGTCCTAGTGATGTTGATGGCATACCGGCAGGTCTTATGGATGGATGGTCAGGTGTTTCTCTATTTTTTAGTGCATTATATCAGATTACTGGTGATAATCACTGGTTCTCTTTATCTAATCAAGCTATTGCCAAGGATATGGACCAGTGCGTTTTAGAGGACTCTGGTTTATATCAACTTAAAGATTCTACACGGTTCGTGCCATATATTTATGGTGGTAGTGCCGGAATCGGATTAGCCATGATTGCCATACGACAGTTCCAGGAAAACAAACGTTGGGAAGAGGAACTACGTGGAATAGGATGGTTAACAAAATCTAAATGTTTTTATAGTCCAGGATTGTTCCGAGGATTAGCAGGTCTAATTGAATTTGCAAATGCAATCGACTCTGAACTGAACATTAAAAATGATACTCATGTAGATAAAGCGATAGATACTATTAATCTATATCTACTTGAAAGTGATGGAAAATACTATTTACCCGGAGACTATAACTATAGAATTTCTGCAGATATATTTTCTGGTTCCTCTGGGATGCTCCTTGTGTTAAAAGGAATTGAGTCCGGTGGATACTTTTCCTGGTTACCTATTCCAGAAATTCACAAATTATTCCCAAATTTCTTGAAAGGGGGTGATTTACATGAATCAGGTACTGTCTCTGCAACAAATGGAGTCTAA	MSGLSGIGLGLLSASTIPELDYLLEKVISIANQLERLLQQNIPISPSDVDGIPAGLMDGWSGVSLFFSALYQITGDNHWFSLSNQAIAKDMDQCVLEDSGLYQLKDSTRFVPYIYGGSAGIGLAMIAIRQFQENKRWEEELRGIGWLTKSKCFYSPGLFRGLAGLIEFANAIDSELNIKNDTHVDKAIDTINLYLLESDGKYYLPGDYNYRISADIFSGSSGMLLVLKGIESGGYFSWLPIPEIHKLFPNFLKGGDLHESGTVSATNGV				NA	NA	NA	NA	NA
AK148_00838	120			hypothetical protein	ATGAATCAGGTACTGTCTCTGCAACAAATGGAGTCTAAAAAAAATGTTGAGTTGCGTGCTGGATCTTCCCTTAGCATTAATTGTAAGGTGATTAGCACCGTTAGTGTAGCGATTTGCTAG	MNQVLSLQQMESKKNVELRAGSSLSINCKVISTVSVAIC				NA	NA	NA	NA	NA
AK148_00839	492			hypothetical protein	ATGTTACGTTCCTACCTTTTGATGATCTTAACGAATCCAACGATCGGTGTTACGAAATGGGTAAATGAACTTCACCGCGTGCCTCTTTATGCCATTCTAAGTGGATTCGAACCAGGAGATATTCCTGAAATCGGTACGTTCTATGACTTTTTTGAACGGTTATGGGCAAGTGAGAAAAAGAATGTAACCCATAAAAAGAAAAGTAAAAAGTCACGCAAACGTAAATCCAAAAAAGGGAAGAACGGCAAGAAGGCGCCAATAAAACCAGGTCGTGTCAATCGATTGGTTGAATGGATTATTCCTAAATTAGATCAGAAAAAGGAACTTCCATCGGATCGTTTATTTACCTTTTTTCAGTCTCGAATTCTTACTGTATCAGCTAAATTGGGACTACTTGGCAACACGGAACAACTAAATGTTGCTGGCGATGGCACGCCTATTGTTACTGCGTCCCATATGCGAAGTAAGTCCACTTGTGATTGTCGCGCCTAA	MLRSYLLMILTNPTIGVTKWVNELHRVPLYAILSGFEPGDIPEIGTFYDFFERLWASEKKNVTHKKKSKKSRKRKSKKGKNGKKAPIKPGRVNRLVEWIIPKLDQKKELPSDRLFTFFQSRILTVSAKLGLLGNTEQLNVAGDGTPIVTASHMRSKSTCDCRA				NA	NA	NA	NA	NA
AK148_00840	372			hypothetical protein	TTGAAACGTACTGTGGAAACAACCTTGGGGGTTATCGCTCTTGCACTTCAGCTACTTATAATTATTCTTTTGGTCTCATTATTGGCCTTTTTCAGTTTTCAATTTCCTGAAATGCTGTCCGAAAAGTTTGTACAATGGTATGCATGGTTTGTAGTTGCGGTTCATGCTGCTGGATTCATTTTAGGTGTCATTGCTCTCATCTTGTTAAAGGATAAACCGAAAATATCCGGAGTTGTATTAATCGCCACAAGTATAGTCATGTTAATATTTACATTAGGAGCGACATTTATACAGTCTGTCTTATTTATAATTTCAGGGATTATGTGCTTAGCAAAAAAGCCCTCTAGCAAAATAAATGAAATTTCAATCTAA	MKRTVETTLGVIALALQLLIIILLVSLLAFFSFQFPEMLSEKFVQWYAWFVVAVHAAGFILGVIALILLKDKPKISGVVLIATSIVMLIFTLGATFIQSVLFIISGIMCLAKKPSSKINEISI				NA	NA	NA	NA	NA
AK148_00841	588			hypothetical protein	GTGTTGAAGTCGGAAGAGTTCAACACCTATGACGGGGCCAGCAAGCGAAGCGCGGTAGTTCTACTGTCAATCGTATCAAACCTTGGTGGGGAAGTTATTGCAGATATTAAAGAAGGATATGTTGGAGAAATATTAGAAAATCCAAATTTGCTGAATGGATATAAAGAGTTAAGTAACGAAGAAGAGGGCAATCAAAACGAAATTTCGGCAAATGCTTGGTATAGTAAAATACCATGTATTGGTAAAGGGCGTTGTGTTATAAAAGAGCCTTTAATGCCTGGTGGAATGCCAATTGCTTCAGTTCCATATAATTGGTGTGGAGCAAAGTGTGGTAGTGGTCCATATGTTAATTCTGCAGACCTTTGTTGTAGAGCTCATGATAAATGTTATGCTCGAAATAAAAAGTATCCGGCACGTTGTAGTTGTGAAAGAAACCTCCTAAGTTGCTTATCTGGAAGTAGTATTCGTGCAGCTAGAAAGATTTTGTTTTCCTTATACTATAAACAAAAAAATCTTATACACTTCTATAGGGTAAAACACACCGTTATTCCTCTTACATTTTCAATGCTTTACTTTTACTCTCAATAA	MLKSEEFNTYDGASKRSAVVLLSIVSNLGGEVIADIKEGYVGEILENPNLLNGYKELSNEEEGNQNEISANAWYSKIPCIGKGRCVIKEPLMPGGMPIASVPYNWCGAKCGSGPYVNSADLCCRAHDKCYARNKKYPARCSCERNLLSCLSGSSIRAARKILFSLYYKQKNLIHFYRVKHTVIPLTFSMLYFYSQ				NA	NA	NA	NA	NA
AK148_00842	450			hypothetical protein	GTGGTGACAGTAGTGGAATTACTTAGCCTTCAAGGATTAGCACATATTGTAGGTGTTCCACCATCTATTCTGGCAACATGGATAAAACAATTTGCCATGTATGTACCTAAAGCACAGGAAGAGGATGAAAATTACTATCTTCCTGAAGCAATTGATGTGCTAAAATACATTAAACAATGTAAACAAGCGCAGTATAGTTTTACGGAAATTGAAAATTTATTACTATCTGAATTCACAAGCATAGAAAATAAATCAGCATCAACTGTTTATCAGACAGAAGACAAAGAAACGATTCGTTGTATGATGCAAACCATTGGCTTGACTGTAACGAACATGAATCAACTTACCGAATCATTTCATGCGTTAGAACACAAGTATAAAGAACAAACACGAGAATTAAACACATTAAAAAAACAAATAGAGCTACTCCATAGCAAACAAATTCAATGA	MVTVVELLSLQGLAHIVGVPPSILATWIKQFAMYVPKAQEEDENYYLPEAIDVLKYIKQCKQAQYSFTEIENLLLSEFTSIENKSASTVYQTEDKETIRCMMQTIGLTVTNMNQLTESFHALEHKYKEQTRELNTLKKQIELLHSKQIQ				NA	NA	NA	NA	NA
AK148_00843	207			hypothetical protein	ATGTTTAAACCTGATACAAAAACAGCTAAGCCAGGTGATATTATCGAATTTAAAAGAGAGGATGTACTTTTACAAGGAAAAGTACTACCTTCAAGCTGTAAACAAAGTATCATTGTCGATATTTCAAAAGCACAGAATTTAGCTGAGTTAAACAACGGTTATTCTACTACTGTTGTAGCTCATAAAAATTACCGTGTTATTGGATAA	MFKPDTKTAKPGDIIEFKREDVLLQGKVLPSSCKQSIIVDISKAQNLAELNNGYSTTVVAHKNYRVIG				NA	NA	NA	NA	NA
AK148_00844	786	fadB_1	COG1024	putative enoyl-CoA hydratase	ATGGAATTTAATCACGTTACAGTAATTTATGAAGAAAATATCGCTATCTTGACCTTAGATTCACCACCAGCTAACGCCCTATCCTCAGCAATGATTACAGAATTACGCACCAAGTTAAAACAATTTCAAGACGATTCCAATGTACATGCTATTATTTTAACTGGAGCAGGCAAATTTTTTGCTGCTGGGGCTAATATTAAAGAGTTTGTACCAGCAATGGGAAATTATCAAAAAGGAATGGATATGTCTAAAGCGGGACAGGATTTATGCAATGAATTGGAATTTATGACAAAGCCGGTAATTGCAGCAATAAATGGACCAGCACTTGGCGGAGGTTTAGAAGTAGCAATGGGCTGCCACTTCCGAATCGCATCTGAAAAAGCAACAATTGGCTTACCTGAAGTAAAACTTGGACTTGTCCCATCATTCGGCGGGACACAACGTCTTTCACGAATCACTAGCGTAGCTACTGCGTTAGAATTAATTCTTACCGGAAAACATATAGACAGCGATAAAGCACTAGAGTTAGGTATTGTTCAAGCAAAAGTTTCTAGTGACGAGCTAATGTCAACTGCGAAGACGATTGCCCGTTCTTTTATAGAAGGAAATAGTATGCAAAGTATTACAAGAGCTGTTGAAAGCGTCGTTCAGGGGGCACAGAAATCTTTTTCGGATGGATTGCAGAGAGAAAAGGAAATCTTTGGTGAGTTATTTCTAACAGAAGATGCTAAAGAAGGCGTTCAGGCTTTTGTCGAAAAACGCAAACCTGATTTTCGCCACCAATAA	MEFNHVTVIYEENIAILTLDSPPANALSSAMITELRTKLKQFQDDSNVHAIILTGAGKFFAAGANIKEFVPAMGNYQKGMDMSKAGQDLCNELEFMTKPVIAAINGPALGGGLEVAMGCHFRIASEKATIGLPEVKLGLVPSFGGTQRLSRITSVATALELILTGKHIDSDKALELGIVQAKVSSDELMSTAKTIARSFIEGNSMQSITRAVESVVQGAQKSFSDGLQREKEIFGELFLTEDAKEGVQAFVEKRKPDFRHQ	PGPT0008390_23	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008390-fadB-K13767	NA	NA
AK148_00845	1041	menB_1		1,4-dihydroxy-2-naphthoyl-CoA synthase	ATGAGCGATGTTTTATTTTCCAAAAAAGAACATGGCATTGCAACCATTACATTAAATAGACCAAAAGCAATTAATTCGTTAACATCAGGTATGCTTTCGCCAATTTATGAGAGATTGCTAGAATGGGAAAATGATTCTGATGTGCAATTAATTATTTTAAATGGTGAAGGACAAAAAGGGTTTTGTGCTGGTGGAGATATAAAAACATTATATCAGGCAAAAGAAAACGAAGAAGCGTTTGAAAAAGCAATGGATTTTTTTGAAATAGAATACGCAACGGATAAATTCATCGCTAATTTCCCAAAGCCAATAATCGCATTGCTCGATGGTGTTGTCATGGGAGGTGGCGTTGGACTCTCTTACGGAGCTAGCCATCGTATCATAACAGAAAAAACAAAATGGGCGATGCCTGAAATGAACATTAGCTTTTTCCCAGATGTCGGTGCAGCATACTTCCTTAATCAAGCTCCGGGCTACGTTGGAAGGTATTTAGCACTAACGTCGGAGATTATAAAAGGTGCAGATATTCTATATGCTAATGCTGCTGATTATTATATAACAACATCGCAAATAGAACCACTAATCAAAGCAGTTTATGATATAAATTGGCTGCATGAAACAGAAACAGAACTAAAATTAACTCAATTGATAAAAAGCTTCGAAACTGAATTAAAATCTGAAAGTAATTTGGCGCAGCATCAAGAGGAAATTAACCATCATTTCGCGCATCAAACAGTAGAAGAAATTGTTGCTTCTCTGGCGTCAGCTGATAGTCTATTTGCAACAGAAACAAAAAATACGATTGTCTCTAAATCACCTATTTCTCTAAAAGTTACTTTAGAGCAGCTAATTCGTGGAGAGAACCAAACTTTAGCAAAATGTTTGGAAACCGATCTAATTATTGCTAAAAATTTCTTGAAAACAAATGATTTTTATGAAGGGGTACGTTCCGTCGTCATTGACAAAGATAAACAACCAATCTATCAATACAAGCAATTATCCGACGTCTCTCAATCTGTTGTAGAATCATTTTTTCAGTAA	MSDVLFSKKEHGIATITLNRPKAINSLTSGMLSPIYERLLEWENDSDVQLIILNGEGQKGFCAGGDIKTLYQAKENEEAFEKAMDFFEIEYATDKFIANFPKPIIALLDGVVMGGGVGLSYGASHRIITEKTKWAMPEMNISFFPDVGAAYFLNQAPGYVGRYLALTSEIIKGADILYANAADYYITTSQIEPLIKAVYDINWLHETETELKLTQLIKSFETELKSESNLAQHQEEINHHFAHQTVEEIVASLASADSLFATETKNTIVSKSPISLKVTLEQLIRGENQTLAKCLETDLIIAKNFLKTNDFYEGVRSVVIDKDKQPIYQYKQLSDVSQSVVESFFQ	PGPT0001860_405	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
AK148_00846	1461	iolA_2	COG1012	Malonate-semialdehyde dehydrogenase	ATGATATCGCAAGAAGTAAAAGTGATGCAAAATTATATTGGAAATAGCTGGGTGGCTTCATCTGGTGCAGAAAAACATGATATACCTAATCCAGCAACAGGTGAAATCATTGCCCAAGTTGTGCTATCAACGGAGGAAGACGTCGATCAAGCGGTAGCAGCAGCTAAAAATGCTTATGAGGATTGGGCGAATGTCCCTGTTCCAAACCGTGCGCGTTATTTATTTAATTATTTGCATTTATTAAAAGAGCATAAAGAAAGTTTGGCAAAAATTATTACATTGGAAAATGGGAAATCGCTCAGAGATGCAAGGGGAGAAGTACAACGCGGAATAGAAGTAGTTGAATTAGCAACATCTACTCCGAATTTAATGATGGGTGATGCATTGCCACAAATTGCAAGTGGCATCGATGGGACTATCTGGCGTTATCCATTAGGTGTAGTGGCAGGCATCACACCATTTAATTTTCCGATGATGGTTCCACTATGGATGTACCCGCTAGCTATCGCTTGTGGAAATACATTTGTTTTAAAGACGTCTGAACGTACACCGATTTTAGCAGAACGATTAGTTGAATTATTTTATGAAGCAGGTTTCCCTGATGGTGTACTTAACCTTGTTCACGGAGGGAAAGAGGTTGTAAATCGAGTGTTACAGCATCCGGATATTGAGGCAATTTCTTTTGTAGGATCAGAGCCAGTAGCTAAGCATGTATATCAGACAGGTACGGCACACGGGAAACGGGTGCAAGCATTAGCAGGTGCGAAAAATCACGCTGTCGTCATGCCTGATTGTAATTTAGAAAAAACAGTCCAAGGTGTCATTGGTGCTGCGTTTGGAAGCAGTGGAGAGCGTTGCATGGCCTGTTCGGTTGTTGCCGTTGTAGATGAGGTAGCAGATGCATTTTTGCATTTATTAACGGAAGAAACAAAAAAATTAAAGGCTGGAGATGGATTAGATGATACAACATTTGTTGGTCCACTCATCCGACAATCTCACAAAGATAAAGTAGTTGGCTATATTGATCAGGGAGTAGAGGAAGGGGCTGAACTACTCATAGACGGCAGAACGATTGAAGAAGAAACGCCAGATGGCTACTATGTAGGTGCGACTATTTTTGATCATGTTACACCAGATATGAAGATTTGGCAGGATGAGATTTTTGCTCCTGTGTTAAGTGTAGTAAGAGTGAAGGATTTACAAGAAGGGATAGCGCTAACGAATACATCGAGATTTGCAAATGGGGCGGTCATTTATACGTCAAGCGGAAAACATGCGCAAACGTTCCGTGACCAAATTGATGCAGGAATGGTCGGTGTGAATGTAAATGTTCCAGCTCCGATGGCATTTTTTGCTTTCGCAGGAAATAAAGCTTCGTTTTATGGTGATTTAGGAACGAACGGAAAAGACGGGGTGCAATTCTATACAAGAAAGAAAGTAGTAACGGAACGCTGGTTCTAG	MISQEVKVMQNYIGNSWVASSGAEKHDIPNPATGEIIAQVVLSTEEDVDQAVAAAKNAYEDWANVPVPNRARYLFNYLHLLKEHKESLAKIITLENGKSLRDARGEVQRGIEVVELATSTPNLMMGDALPQIASGIDGTIWRYPLGVVAGITPFNFPMMVPLWMYPLAIACGNTFVLKTSERTPILAERLVELFYEAGFPDGVLNLVHGGKEVVNRVLQHPDIEAISFVGSEPVAKHVYQTGTAHGKRVQALAGAKNHAVVMPDCNLEKTVQGVIGAAFGSSGERCMACSVVAVVDEVADAFLHLLTEETKKLKAGDGLDDTTFVGPLIRQSHKDKVVGYIDQGVEEGAELLIDGRTIEEETPDGYYVGATIFDHVTPDMKIWQDEIFAPVLSVVRVKDLQEGIALTNTSRFANGAVIYTSSGKHAQTFRDQIDAGMVGVNVNVPAPMAFFAFAGNKASFYGDLGTNGKDGVQFYTRKKVVTERWF	PGPT0002295_4008	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
AK148_00847	897	Hgd		2-(hydroxymethyl)glutarate dehydrogenase	ATGAAGCGAATTGGGTTTATCGGCTTAGGAAATATGGGATTGCCAATGGCGATTGGTTTAGTAAAAGAAGGATATACCGTTACTGGATATGACATTAATGAACAGGCTGTCCTTTCATTGAAAGAGCAAGGAGGAAGAATTGCGACAACGATTGGGCAAGTTCTCGTTTCCAGTGATGTCATTTTGACAAGTCTTCCATCGGTGAAAGCTGTCGAGGAAGTATATTTAGCTGCCGATGGATTAATTGAACAAGGAGATAAAACGAAAATACTCGTCGATACAAGTACCGTTTCTCCCGAATTAAACCAAATGATTGATCAAGCCTGTGCAGAGAAAGAAATTCCTTTTCTGGCTTCTCCTGTAAGTGGTGGTGTCGTCGGTGCAGAACAGCAAACGTTAACCGTAATGGCGGGAGGCAGAAGAGAAGTTTTTGAGCGTGTTTTACCAATTTTTGAAGTGATTGGTGGCAATGTTTTTCATGTTAATGAACAAATTGATAGCGGTACGACGGTGAAACTAATTAATAATTTACTAATTGGATTTTATACAGCTGGTGTCAGTGAAGCGTTGCATATTGCTATAAAGAAAAATATTAATTTAGATGACTTATATTCTATGTTAAGTGTGAGTTACGGGCAAAGTCGTATTTATGAACGAAACTATAAGGCGTTTATTGCCAACAATGATTTTGAACCTGGTTTTTCTTTAAAATTATTGCGTAAAGATTTAGAGTTTGCTATGGAAGCAGCGGAAAACAATCAATTAGATTTACCCATTAGCAAAACGTTATTATCTTTATATCAACAAGTGGAAAAAGAAGGATATGGAGATCAGGATATGGCTGTTCTTTATGAACGGGTAAAGGAACAGTCGGCTAAAAAGGAGGCTGAAAAATGA	MKRIGFIGLGNMGLPMAIGLVKEGYTVTGYDINEQAVLSLKEQGGRIATTIGQVLVSSDVILTSLPSVKAVEEVYLAADGLIEQGDKTKILVDTSTVSPELNQMIDQACAEKEIPFLASPVSGGVVGAEQQTLTVMAGGRREVFERVLPIFEVIGGNVFHVNEQIDSGTTVKLINNLLIGFYTAGVSEALHIAIKKNINLDDLYSMLSVSYGQSRIYERNYKAFIANNDFEPGFSLKLLRKDLEFAMEAAENNQLDLPISKTLLSLYQQVEKEGYGDQDMAVLYERVKEQSAKKEAEK	PGPT0018170_496	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
AK148_00848	1665	fadE_2	COG1960	putative acyl-CoA dehydrogenase	ATGGAAAAAGTAAACTTTCATGATAAAGATTCTATTTTTCCAAATAAACAGTGGATTCTTAAGGAGGATTCCACGAATCCATTTGCAGAGGAAGAGGAACTGCTTATAGGGATGATTGAAAAGTTTGTAGAAGAGCAAGTAACGCCAAATTTAGATAAGTTGGAAGCGCATGATTATGAAATTGCTCGTGAATTGTTTCGAGCGACTGGTGAATTAGGGCTGTTAGGTGCGGAAGTGCCTGAAGCTTATGGTGGTTTAGAAATGGGAAAGCGTATGGCTGGAATTATTGCTGAAAAAATGGGTTTTGGCGGATCATTTAGTGTATCTTTCAATATTCATACAGGCGTAGGTACGTTACCTTTTGTATATTTTGGGAGTGAAAAACAAAAAACCAGATATCTACCGAAGTTAGTTTCCGGTGAATGGGTTGGTGCCTATGCATTAACAGAACCAGATGCTGGGTCTGATGCATTATCTGCTAAGACGACAGCTAAAAAGGCAGTAGATGGTTCAGGCTGGACATTAAATGGAGAAAAGCAATGGATAACGAATGCACATATAGCTCAAGTATATGTAGTGTTTGCTAATACTTCAGATGGCATTACTGCTTTTGTTGTTGAGCGTGACCAGCCAGGTGTATCCGTAGGACCTGAGGAAAAGAAGTTGGGCATTAAGGGTTCTTCAACGGCGACTTTAATTTTAGAGGATGTTCGTTTGAAAGAAGAAGATATACTAGGTGAAGTTGGGAAAGGGCATAAAATTGCGCTGAATATTTTAAATCTAGCACGATTAAAGCTAGCTTTTGCTAATATTGGAACTTCCAAACAAGCGTTACGCCTCGCCGTAGAATACGGAAAAGAACGTAAGCAGTTTAAACAGCCAATCATTCACTTTGGAATGGTGCAAGAGAAATTAGCTAATATGGCGCTTGAAATATATGGAGCAGAAAGTGCAGCCTATTACACGGTGAATAGGTTAGATGAAATGGAGCAAGACAACAAAGGGGATATATTGGAAAGGTTATCGGATTATGCAATGGCTTGCTCCATTAATAAGGTGAAAGCTTCTGAAACGCTTGATTATGTCATCGACGAGGCTGTGCAAATCCATGGCGGATATGGGTATATGCAAGAATATGAGGTAGAGCGTATATATCGAGATGCAAGAATAAATCGAATCTTTGAAGGAACAAATGAAATTAATCGACTAACAACTGCTAAGGCGTTTTTAAAGCAGTATACAAAAGACTCATCTGTCATTTTATCCGTCGAGAAGGAAGAGAATATATTTATTCGCTATGCGAATCAACTATTAAGAATGGTTTTGAATGCGCTTTCTGAAACAGGCGAACTTCCACATCTCGATCAATTTCATTTACATCGACTAGCTCTTATATTAGAAGATATTTATCTTATGCAAGCTACAGAGATCAAGGCTATGTTGGAGAAAGATTCACTATATATCAATCTAGCTGACGTCTTTTGTGAGGAAGCCTACCAACGAGTTGAAAAGCATACAATCGCTTTACTTGCTTCTATTTCAGAAGAAATGGAAACATACGAAGAGCGAATAAGGGAGGTGCGTTCGTTCCCTGTGCTATACACAAATATTATTGCAAAGAAACAGACCATTGCAAAAGAAATGATTAACCGTAATGGATTTTAG	MEKVNFHDKDSIFPNKQWILKEDSTNPFAEEEELLIGMIEKFVEEQVTPNLDKLEAHDYEIARELFRATGELGLLGAEVPEAYGGLEMGKRMAGIIAEKMGFGGSFSVSFNIHTGVGTLPFVYFGSEKQKTRYLPKLVSGEWVGAYALTEPDAGSDALSAKTTAKKAVDGSGWTLNGEKQWITNAHIAQVYVVFANTSDGITAFVVERDQPGVSVGPEEKKLGIKGSSTATLILEDVRLKEEDILGEVGKGHKIALNILNLARLKLAFANIGTSKQALRLAVEYGKERKQFKQPIIHFGMVQEKLANMALEIYGAESAAYYTVNRLDEMEQDNKGDILERLSDYAMACSINKVKASETLDYVIDEAVQIHGGYGYMQEYEVERIYRDARINRIFEGTNEINRLTTAKAFLKQYTKDSSVILSVEKEENIFIRYANQLLRMVLNALSETGELPHLDQFHLHRLALILEDIYLMQATEIKAMLEKDSLYINLADVFCEEAYQRVEKHTIALLASISEEMETYEERIREVRSFPVLYTNIIAKKQTIAKEMINRNGF	PGPT0008385_837	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008385-acd-K00249	NA	NA
AK148_00849	492			hypothetical protein	ATGACTATATCTATTGTAAAACCGCAATTGGTACATGTAGATGATATAGCAAGAATTTGTGCAGAAGGTTGGAAACAAACAGTAGCTGGAATATTAAGCGCAAAATACCAAAAACAAAATATAGCCTATTGGTACAACCCGGGAAAAGTTGCTCAGGATGTACAAGCTGGTTTGTATTCTTATATAGCGTTAGTTAGCATGAAAGTGGTTGGCGTTATTGGTGGGGCAATGAAAGATGGCTCGACTGAAATCTATGTTCTTTACGTAGATAGTTTGTATCGCTATTTGGGAATTGGCAGTAAATTGCTCGCAGCATTAACGGAACAACAAGTAGCTGAGGGAGCGAAAGAGCAGTGGGTATCGGTTCAAGAAGGAAATCAATTAGGAATTCCTTTTTATGAAGCAAGAGGTTTTATCTATAAGCAGAAAAATATGACGGAAACGGAAACAAGTGAGAGACAGGTATCGCTTCGATATTACCGAAAAATTTAA	MTISIVKPQLVHVDDIARICAEGWKQTVAGILSAKYQKQNIAYWYNPGKVAQDVQAGLYSYIALVSMKVVGVIGGAMKDGSTEIYVLYVDSLYRYLGIGSKLLAALTEQQVAEGAKEQWVSVQEGNQLGIPFYEARGFIYKQKNMTETETSERQVSLRYYRKI				NA	NA	NA	NA	NA
AK148_00850	1758	norR_1		Anaerobic nitric oxide reductase transcription regulator NorR	TTGAAAAAGAATTTTTTTGTTGAGCATTGGATGGACACGAAACCCCTATCTATTTCTCCATCTACGTCTCTTGAAGTAGCATTTACTACGTTATGTAATCACGCCATTACTCATATACCGGTTGTAGCTGAAGGGTGTATGCAAGGTGTTGTGTCAAGTTATGATGTATGGAAGTATATAAAAATAAAGGGCCAAAAAGAGTTAGTAGTTTCTATCATGAATAAACATTATCCTACAGCTTTTGTAGGGTCATCTATGGAAGATATTTATCAAACCCCTGTTTATGTCATTGATGGTAACACGGAAGAATTACTTGGACAAATAACGGCAAAAGAGTTACTAGGTTTTCAAAAGTATATGCATCGTGAGTTTATCCAAATGGAAAATCTGATGCATTGGTACGAGTTAATTTTTGACACGGCATATGAAGGGTTGACGGTTGTTGATGATCAAGGGGTTATCCAATTGTTTAATCAAGCGTACAGTCGTTATGTTGGAGTAGCTAAAGAAGAGGCTTTAGGAAAGAAGGCAGATGACATTATCGAAAACACGCGATTACCTGTTGTGTTAAAAACAGGCATTCCAGAACGTAGCCAACCTCATCGGTTACAAGGGCAAAACTTAGTCGTTCATCGAATTCCAATATGGAAAAACAACAAAATTATTGGTGCAGCCGGTATCCTTGTATATGAAGGTGTGTCAGAAATTTATGAAGTAATACAAAAGATGGATCAATTGGATAAAAGGCGACGAGTGGAAAACCTACCTATAATATCTGATAGCCCAGCGTTAGAAGTTGTTAAATTCGAGAATATTTTAGGTGATAGTAAAGCGCTTACTGAAGCGAAAAAAATAGCTCGAAAAGCTGCAGATTCAAGTGCGGCTGTATTGTTAACAGGAGAAAGTGGGGTGGGTAAAGAACAGTTTGCAAAAGCCATTCATGATGCGAGTGCTGCTAAAAATGGAAGATTTATTAGCGTGAATTGTGCTGCTATTCCAGATGGATTAATGGAATCTGAATTGTTTGGTTATGCAAAAGGTGCATTTACTGGCGCACATCGAGATGGAAAACCAGGAAAATTTGAATTGGCACACGAGGGTACGATTTTTCTTGATGAAATTGGCGATATGCCTTTTAACATGCAAGCCAAAATTTTACGTGTGTTGCAAGAAAGGAAAGTGGAACGAGTAGGAGATAGAAAAGCTGTAGGCGTGAACTTTCGTTTAATTACGGCAACGAATCAAAATTTGCAACAAATGGTCAAGGATGGGAAATTTCGCGAAGATTTATACTACCGGCTTTATGTTATTCCTATTGAGATACCGCCGTTACGAGAACGGTTGGAGGATTTACCTACTTTAATTGCCTATCAATTACAGCAGTTAGCGAAGAGTTATAAACAAGGAGAAAAAACCTTTGATCAACATGTATTGCAATGGATGAAACAGCACCATTGGCCTGGAAATGTGCGTGAGTTAATGAATATAATAGAAAGACTATATGTGTTAACAGATGGGAACCACATAACATTTAATCATTTGCCTGCTTCGGTAAGGGAGACTTTTTTTCAAACGTATCACCCATACAATCATCGAAAGGACGAACTTTTAGAAGAGGCTACAAAACAAGAAAAAGAAATGATTACGCAAACATTAAAGCAAGTACAAGGAAATAAAACAAAGGCAGCTGAAAGGTTAGGTATGTCAAGGGCTACGCTCTACAATAAGTTGGCTCGTTATAAATTAAACCATTTTTAA	MKKNFFVEHWMDTKPLSISPSTSLEVAFTTLCNHAITHIPVVAEGCMQGVVSSYDVWKYIKIKGQKELVVSIMNKHYPTAFVGSSMEDIYQTPVYVIDGNTEELLGQITAKELLGFQKYMHREFIQMENLMHWYELIFDTAYEGLTVVDDQGVIQLFNQAYSRYVGVAKEEALGKKADDIIENTRLPVVLKTGIPERSQPHRLQGQNLVVHRIPIWKNNKIIGAAGILVYEGVSEIYEVIQKMDQLDKRRRVENLPIISDSPALEVVKFENILGDSKALTEAKKIARKAADSSAAVLLTGESGVGKEQFAKAIHDASAAKNGRFISVNCAAIPDGLMESELFGYAKGAFTGAHRDGKPGKFELAHEGTIFLDEIGDMPFNMQAKILRVLQERKVERVGDRKAVGVNFRLITATNQNLQQMVKDGKFREDLYYRLYVIPIEIPPLRERLEDLPTLIAYQLQQLAKSYKQGEKTFDQHVLQWMKQHHWPGNVRELMNIIERLYVLTDGNHITFNHLPASVRETFFQTYHPYNHRKDELLEEATKQEKEMITQTLKQVQGNKTKAAERLGMSRATLYNKLARYKLNHF	PGPT0001030_2323	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,PGPT0001030-acoR-K21405	NA	NA
AK148_00851	102			hypothetical protein	ATGGCTAAAGATAAAACAAAAACGAAAAACAAAAGCAAGCAAGAGCTAAATGATATGAAACAGCAAAACAAGTACAAGCGCAATCGCCCTCCAAGCAACTAA	MAKDKTKTKNKSKQELNDMKQQNKYKRNRPPSN				NA	NA	NA	NA	NA
AK148_00852	768			hypothetical protein	ATGGAGAAAAAAAATACTGTGAGAACGATTGACTTAGAAGGAAGTTTTAATTTTCGTGATTTAGGTGGATATGAAACGCGTTCAGGAAAAAGGGTAAAAAATGGAATTCTATATCGTTCTGGTAATTTGCAACATATTACAAAGAACGATATCGAGAAAATTAATCAAACTGGCCTAAAGACGATATTTGACCTTCGAGGAAGTGACGAAGTAAAAAACTACCCTACGCCTTCCATTTCAGGAGTTACGATAAAGCATATGCCTTTAATAGAAATAGATAGGGAAATGGTACGACAACCTAAAGACCTACAAAGATTTGGCGAACACCCACAAGAACCGGGAATGATATTAGAAAAGCTTTACCGGGAAGTAACGAAAAACACTAACGTCTATAACACATTTTTCTCAGCCTTACTAACAGATCCTGAATCGCCTCTATTATTTCATTGTATGGCGGGAAAAGACAGAACTGGTGTCATGGCAGCATTAACTTTGTATGCGCTAGATGTCCCCGAGGAGCTCATCTTTACAGATTACTTATATACAAACAACTTCCTTGATATTTTACGTGCAAATTTACAACCTGAATCTATTCAAGTAAATCAAGCTTTTATGCAAGCAATGCTCGAAGCAAGGCGAGAATATTTACAAGCCTTTTTTGATGAAGTGGAGAGCCAATTTGGTTCCGTGAATCAATATATTAATGAAGGTATCGGTTTAAGCAAGTCAGATGTTAAAACCCTACAAGCAGCTCTACTCGTTAAGTAA	MEKKNTVRTIDLEGSFNFRDLGGYETRSGKRVKNGILYRSGNLQHITKNDIEKINQTGLKTIFDLRGSDEVKNYPTPSISGVTIKHMPLIEIDREMVRQPKDLQRFGEHPQEPGMILEKLYREVTKNTNVYNTFFSALLTDPESPLLFHCMAGKDRTGVMAALTLYALDVPEELIFTDYLYTNNFLDILRANLQPESIQVNQAFMQAMLEARREYLQAFFDEVESQFGSVNQYINEGIGLSKSDVKTLQAALLVK	PGPT0014530_2064	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
AK148_00853	450			N-acetyldiaminopimelate deacetylase	TTGCTACTTTGCGTATCCGTACGTACAGGAACAGTACGTACGTTAACAGAGCAAACGCGAACATGTATTGAAACAGAAGTGGAACGCACAATAAAAGCTTCTTACGACATGTTTCATGCTGATTATGAATTTACGTTTACTCGAGGATATCCTATTCTCGTAAACCACCCACAAGAAACAGAATTTGTTGCCAACATAGCTAAACAAGTTCCTAGGATTAAAGAAGTAACCGAAACTCCACCAATAATGGGTGGAGAAGATGTTTCTTATTACTTACAACATGTAAACGGTGCATTCTTTTTTACAGGAGCTAGTAATCCTAACTGGGCTAGGGCATACCCACACCATCAGCCCAAATTTGATATAGATGAGCGCGCTTTATTGCATGCAGCCAAAGTATTAGGAGTTGCTACGTTACCATATATGGATCAAGTAGCGAGAAAAGGATAA	MLLCVSVRTGTVRTLTEQTRTCIETEVERTIKASYDMFHADYEFTFTRGYPILVNHPQETEFVANIAKQVPRIKEVTETPPIMGGEDVSYYLQHVNGAFFFTGASNPNWARAYPHHQPKFDIDERALLHAAKVLGVATLPYMDQVARKG				NA	NA	NA	NA	NA
AK148_00854	1383	gdh	COG0334	NADP-specific glutamate dehydrogenase	ATGAAAACAGTTGACAAAATGGAATTTACGTACATGCAAAAAGCGAAAGAATATGTAGAATCTGTATACGAAACGGTGAAAATGCGAAACCCTCATCAAGAAGAATTTCAGCAAGCAGTAAAAGAAGTTTTAGCTTCCTTAATCCCAGTTTTGGCAAAGCATCCAGAATATATGAAACAGTCTATTCTTGAACGTATTGTAGAACCAGAGAGGATGATTTCGTTTCGTGTACCTTGGATCGATGATGAAGGCAATGTTCAGGTAAACCGCGGGTACCGTGTCCAATTTAATAGTGCTCTTGGCCCTTATAAAGGCGGAATTCGTTTCCATCCTACGGTAAACGATAGTATTATTAAGTTTTTAGGTTTTGAACAAATTTTTAAGAACGCTTTAACTGGCCAGCCAATTGGTGGAGCAAAAGGAGGGGCAGACTTTGATCCTAAAGGAAAGTCTGATACTGAAATTATGCGCTTTACACAAAGTTTTATGACAGAGCTCAGTAATTATATCGGACCAGATCAAGACGTACCTGCTGGAGATATCGGTGTTGGCCAAAGAGAGATTGGCTATATGTTTGGTCAGTATAAAAAAATGCGCGGAGGCTATCAGGCTGGTGTGTTGACCGGAAAAGGAGTAGGATATGGCGGTAGTTTAGCCCGTAAAGAAGCAACTGGGTATGGGACAGTTTATTTCATGGACGCTATGCTTAAGGATAATGGTTTAAGTATTTCAGGGAGTAAGGCGGTTGTATCTGGTTCAGGAAATGTTTCCATTTATGCAATGGAAAAATTAACCCAATTAGGTGCAAAGGTGATTGCTTGCAGTGATTCAGATGGTTGCATTTATGATGAACAAGGCATCGATTTGGCAACAGTAAAACGTCTAAAAGAAGAAGGAAATTGCCGAATTTATGAATATGTCAACGTCCATCCTAAAGCAACTTTTTATGAAGGATGTACAGAAATTTGGTCTATACCCTGTGATATTGCTTTACCATGTGCGACACAAAATGAAATTAATGTGCAAGCTGCTAAACAACTCATTGCCAATGGAGTGAAAGCTGTAGGCGAAGGGGCAAATATGCCATCCACTTTAGAGGCGGTAGAAGTTTTCATGAACAACCATATTTTATTTGCTCCTGCTAAAGCAGCAAATGCTGGTGGTGTAGCTGTATCTGCGTTAGAGATGGCGCAAAATAGTGCACGAATTGCATGGAGTTTTGATGAAGTGGATCGGAAATTACATCAAATGATGCATACGATTTACAAAGACTCAACGGAAGCTGCAGAGGAATATGGTGAGTCAAGAAACTTGGTTGTCGGTGCGAATATTGCTGCTTTCAAAAAAGTTTCTGCTGCTATGATTTCACAAGGTGTCATTTAA	MKTVDKMEFTYMQKAKEYVESVYETVKMRNPHQEEFQQAVKEVLASLIPVLAKHPEYMKQSILERIVEPERMISFRVPWIDDEGNVQVNRGYRVQFNSALGPYKGGIRFHPTVNDSIIKFLGFEQIFKNALTGQPIGGAKGGADFDPKGKSDTEIMRFTQSFMTELSNYIGPDQDVPAGDIGVGQREIGYMFGQYKKMRGGYQAGVLTGKGVGYGGSLARKEATGYGTVYFMDAMLKDNGLSISGSKAVVSGSGNVSIYAMEKLTQLGAKVIACSDSDGCIYDEQGIDLATVKRLKEEGNCRIYEYVNVHPKATFYEGCTEIWSIPCDIALPCATQNEINVQAAKQLIANGVKAVGEGANMPSTLEAVEVFMNNHILFAPAKAANAGGVAVSALEMAQNSARIAWSFDEVDRKLHQMMHTIYKDSTEAAEEYGESRNLVVGANIAAFKKVSAAMISQGVI	PGPT0000690_281	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
AK148_00855	906	gltC_1		HTH-type transcriptional regulator GltC	ATGGAACTGAGGCAAATTCGTTATTTCATGGAAGTAGCTTCCAGAGAACATGTTACAGAAGCAGCGGCTGCGCTACATGTTGCCCAATCTTCGGTAAGTAGACAAATTGCCAATTTAGAATCTGAGTTAGGCGCTGATTTATTCATTAGAGAAAACAGAAAAATAAAGTTAACCCCTATTGGGAAAATCTTTTTCGAACGGATGAAGCAAGCGATGAACGTTATAGATCATGCCAGTAGGGAAGTAGAAGAATATGTAGACCCTAAAAAAGGTACCATTCGCATCGCCTATCCAATTAGTCTCGCTGCTTATATGTTACCTACCGTTATTCATGCCTTTCGAACAGAATATCCAGAAGCAAAATTCAACCTAAAGCAAGCACTTTATCCTGAATTAATGCATGGGCTTACAGATGGAGATTTTAATTTAGCTTTGCTTGGTCCGTTGCCTAAAGAAAATAGCAAATTTCAACGAAAAGCATTATTTACTGAAAGAATCGTAGCATTACTACCCCTTCATCACCCACTTGCAAATAGAAGTTCCATTCGCCTCAGGGAGCTAAAGGATGATCCTTTTATTGTTTTGCCAGAAGGATTTGTATTACGTAATCTAGTTGAGGAAGCATGTTACACCAAAGGTTTTGCTCCTATTATTGGGTTTGAAGGAGACGACACAGATGCTTTAAAGGGGTTGGTGTCAGCAGGACTTGGCATTGCGCTTATGCCAGAAGTCACGTTAATTGATAATACACCACGCTCTACGGTTGCCATTCCGTTAGCAGAAAACGATATTACACGAACAGTTGGCGTGATTACCCCTTCCCATCGACAATTATTACCAACAGAAGCAATCTTTTATGACTTTTTATTGCATTTTTTTTCTAGAATAAACTACTTTAGTCATTAG	MELRQIRYFMEVASREHVTEAAAALHVAQSSVSRQIANLESELGADLFIRENRKIKLTPIGKIFFERMKQAMNVIDHASREVEEYVDPKKGTIRIAYPISLAAYMLPTVIHAFRTEYPEAKFNLKQALYPELMHGLTDGDFNLALLGPLPKENSKFQRKALFTERIVALLPLHHPLANRSSIRLRELKDDPFIVLPEGFVLRNLVEEACYTKGFAPIIGFEGDDTDALKGLVSAGLGIALMPEVTLIDNTPRSTVAIPLAENDITRTVGVITPSHRQLLPTEAIFYDFLLHFFSRINYFSH				NA	NA	NA	NA	NA
AK148_00856	1590		COG0318	Long-chain-fatty-acid--CoA ligase	ATGCATTATCCACTAACACCAATTGATTGGAAACGAAGAGCAATGAAATATTATCCGAACAAAGTGGCAGTTATTGATGAAGAAAAAACATTTACGTATGCGCAATTTGGAGAAAGAACAGATCGACTATCACAAGCGTTAATTAATACGGGAATCCATGAAGGAGATCACATAGCAGTTATGTTACCGAATACACATTATATGCTGGAATGTTTTTATGGGATATGTCAAACGGGGGCGGTGATGGTTCCGTTAAATTATCGTATTTCACCTGAAGACATGGCGTATATTATTAATCATAGCGATGCTAAATTACTTATTGTTGATGCAGCATTCACTGCCTCTATTAAAGAGATTCAATCTGAATTGAATCTGAATGATATTATTGTTGTCGAGGTACCTGGTTATGATAATCAAATACAGGGAATAGATTATGAACATTTCATTCAATACGTTGAGCACAGTTCATTTTCACCACTTCACATAGATGAAAATCAACTTTTAACCATTAATTATACAAGTGGTACAACATCTAAGCCTAAAGGAGTGATGCAAACACATCGTAGCAATTATTTGAATGCCGCAGATTTTATGTTTCACTTAGGGGTAAAGCACGAAGACGTTTATCTCCACACACTTCCCATGTTTCATGTGAATGGCTGGGGTGGTGTTTGGGCGATTACGGCAGTAGGTGGTGTACATGTATGTTTACGAAAAGTTGATCCAACGGTCATTTTAGACTTATTTGAAAAACATCATATAACGCTGTTATGTGGCGCTCCAATCGTGATTAACATGCTTGTAAACGAGCCAAAAGTAAACGAGGTTTCGATTAATGTGAAATCACGAATGGCTACAGCAGGTTCTCCACCAGCAGCAGCGTTAATCCAACAAGCGCAAGATTTGCTTGGATTGGATATCTTACATGTGTATGGTTTGACAGAAACCTCCCCATTCATTTTATACAATGAGTGGAAATCTTCATTCAACCAATTATCTCTTGAAGAACAATCCGCTTTAAAAGCGAGACAAGGTGTAGAAATGGTTTTTAATGGAGAAACAAAAGTAGTCGATCAAGATGGCGAAGAAGTTGCATGGAACGGGGAAGAACTTGGAGAAATTGTAACTAGAGGCAATGTTGTTATGGAAGGTTATTATAAAGATGAGGAGCGAACCAAAGAGGTGTTCAAGGACGGTTGGTTTCATACAGGTGATTTAGCTGTAACGCATCCTGATGGCTATATAGAAATACGTGATCGAGCTAAAGACGTCATTATTTCTGGCGGTGAGAATATTTCTTCTACGGAAATTGAAGGTGTTTTATATCGTCATCCTGCCGTATTAGAAACAGCTGTTATCGCTATTCCACATGATAAATGGGGGGAGGTACCACTAGCAATTATTATTTTGAAGAAAAACGCTACAGTTACTGAAGAAGATATGATTACGTATTGTCGTGACAATATGGCACATTTTAAAGCACCAAAAAAAGTAGTTTTTGTTAAAGAATTACCTAAAACAGCTACAGGAAAATTACAGAAATTTCGTTTGCGTCAAATGTATTGGGATAGTGAACGGCTGGTAAATTAA	MHYPLTPIDWKRRAMKYYPNKVAVIDEEKTFTYAQFGERTDRLSQALINTGIHEGDHIAVMLPNTHYMLECFYGICQTGAVMVPLNYRISPEDMAYIINHSDAKLLIVDAAFTASIKEIQSELNLNDIIVVEVPGYDNQIQGIDYEHFIQYVEHSSFSPLHIDENQLLTINYTSGTTSKPKGVMQTHRSNYLNAADFMFHLGVKHEDVYLHTLPMFHVNGWGGVWAITAVGGVHVCLRKVDPTVILDLFEKHHITLLCGAPIVINMLVNEPKVNEVSINVKSRMATAGSPPAAALIQQAQDLLGLDILHVYGLTETSPFILYNEWKSSFNQLSLEEQSALKARQGVEMVFNGETKVVDQDGEEVAWNGEELGEIVTRGNVVMEGYYKDEERTKEVFKDGWFHTGDLAVTHPDGYIEIRDRAKDVIISGGENISSTEIEGVLYRHPAVLETAVIAIPHDKWGEVPLAIIILKKNATVTEEDMITYCRDNMAHFKAPKKVVFVKELPKTATGKLQKFRLRQMYWDSERLVN				NA	NA	NA	NA	NA
AK148_00857	984		COG2070	Nitronate monooxygenase	ATGATGGTTAACGAAGCAATCCAAGAAATGAAAGCTTCTATGCGTTTACCTGTCATTATGGCACCAATGTTTTTAGTTTCTAGTCCTAAAATGGTCACAGAAGCTTGTGCAGCAGGGATTGTAGGGACATTTCCTGCATTAAATGCAAGAACAAAAGAAATATTGGAGGATTGGTTGGAACAAATTACGAACGAGTTAGAGGAGATGAAAAAAGATAATCCAAATAAAAAAATTGCTCCGTGGGGAATAAATTTTATAACGCATCGTTCTAATAAGCGTTATACGGAGGATTTACAATTAATAGAAAAATATCAACCGCCAATTGTTATTACTTCTTTAGGTGATCCTAGTCCAGTTGTGAAAATTGCTCATGAATATGGTGGAATTGTTTTTTCAGATGTCATTGATATCAAATTTGCTAAAAAAGCAATAGAAAAAGGAGCAGATGGACTTGTTTTAGTAGCAAGTGGTGCAGGTGGTCATGCAGGGCAACTAAATCCGATATCATTTCTGCATGAGGTTCGATCTTTCTTTTCAGGTCCGGTTATCTTAGCTGGTGGAATGTCAAAAGGAGAAGATATTCTAGCTTCTGAAGTACTTGGAGCAGATTTTGTTTATATGGGGACGCGATTTATTCCGTCAAAAGAAAGTGAAGCTTCTCAAGATTATAAGCAAATGATTGTTGAATCTGCTATTGAAGATATTATTTATACGGATGCTTTTAGTGGAGTACATGCTAATTACCTTATCCCGAGTATTACAAAAGCAGGGTTAGACCCAACTAACTTAAAACCGAAACAGGAAATTGATTTTAATAAACTGCAAACAGAGGCAAAAGCATGGAAAGATATTTGGGGTGCTGGACAAGGAATTGGCCCTATTAAAGAGATTCAAACTATTTCAGAAATTGTGGATGAGCTAGAATATTCCTATGAAAAGGCCATACGAAATATAAAACAACGAAATGCTGTATATACCAAATAA	MMVNEAIQEMKASMRLPVIMAPMFLVSSPKMVTEACAAGIVGTFPALNARTKEILEDWLEQITNELEEMKKDNPNKKIAPWGINFITHRSNKRYTEDLQLIEKYQPPIVITSLGDPSPVVKIAHEYGGIVFSDVIDIKFAKKAIEKGADGLVLVASGAGGHAGQLNPISFLHEVRSFFSGPVILAGGMSKGEDILASEVLGADFVYMGTRFIPSKESEASQDYKQMIVESAIEDIIYTDAFSGVHANYLIPSITKAGLDPTNLKPKQEIDFNKLQTEAKAWKDIWGAGQGIGPIKEIQTISEIVDELEYSYEKAIRNIKQRNAVYTK	PGPT0006800_3430	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
AK148_00858	1482	hutH	COG2986	Histidine ammonia-lyase	ATGGTGGAATTAACAGGTCATTCATTAACGGTCGATGAAGTGAGGCGTGTTTGTGTTAATATGGAAGATATATCTATATGCAAAGAAAGCATGGAAAAAGTGAAAGCTAGTCGTAATAGCGTCGATCAAATAGTAGCAAATCAGAAAACAGTTTACGGCATAAATACAGGATTTGGGAAACTTAGTGACGTTATTATTAATAATGATGACGTAAGCGATTTACAGTTGAACTTAATTCGTTCGCATGCTTGTGGAGTTGGCGAGCCTTTTTCTGAAACAATTTCTCGGGCTATGCTATTACTGCGACTAAATGCTCTAGTGAAAGGTTTTTCTGGTGTTAGGCCAACATTGGTACACTTACTAGCAGAGCTGATTAACAAACAAGTTCATCCAGTTATTCCTCAACAAGGATCATTAGGGGCTTCAGGTGATTTAGCTCCACTTGCGCATGTAGCTTTAGTGTTGATAGGAGAAGGCAACGTTTTCGGTAAGAACGGTGAAATAAGGTCTACAGAAATGGTTTTCTCAGAAAAAGAAATAGTCCCAATCATGTTACAGTCTAAGGAAGGGCTTGCGTTAATTAATGGAACACAAGCAATGGTGGCAGTAGGTGTCATGAATTATATTGAAACGGAAAAACTAGCGTTTGATAGTGAATGGATTGCAGCAATGACGATGGAAGGGCTTGAAGGTATTATCGATGCATTTCATCCAGCCGTTCATGAAGTGCGGGGTTACCCTCAACAGACAGCTGTAGCAGAGCGAATGAGGGAGTGGCTTAAAGGAAGCAAGTTAATTACACGTCAAGGTGAAAAACGAGTACAGGATGCGTATTCATTACGGTGCATTCCACAAGTTCATGGAGCTTCATGGCAGGCATTGGATTATGTGAAAGAGAAGTTAGAGATAGAAATCAATGCAGCCACAGATAATCCGTTAATTTTAAATGATGGAAAGTTGATCGTTTCAGGCGGGAATTTTCACGGGCAGCCAATTGCTTTAGCAATGGATTTTTTGAAAATTGCAGTTGCTGAGTTAGCAAATATTTCTGAGCGTAGGGTGGAAAGGTTAGTTAACCCACAGTTAAATGATTTGCCAGCTTTCCTTAGCCCATCACCAGGACTCGAATCAGGAACTATGATTATGCAATATGTTGCTGCCTCCTTAGTATCAGAAAACAAGACGTTGGCGCATCCAGCTAGTGTGGATTCTATTCCTTCTTCTGCTAATCAGGAAGACCATGTAAGTATGGGAACTATCGGAGCTAGACATGCGAAAATAATTATTGATAATTTGCGAAAAGTCATTGCTATAGAATGTATTTGTGCTCTTGAAGCTGTAGAATATAGGGGAGTTGATAAGATGGCCCCAAGAACGAGAGATAAATGGAGGAAATATAGAGAATTTGTGCCAAGGATTACCAAAGATCGCGTTTTTTCAAAAGATATAGAGCGGTTATCTGATACGCTATCAAGCCATTAA	MVELTGHSLTVDEVRRVCVNMEDISICKESMEKVKASRNSVDQIVANQKTVYGINTGFGKLSDVIINNDDVSDLQLNLIRSHACGVGEPFSETISRAMLLLRLNALVKGFSGVRPTLVHLLAELINKQVHPVIPQQGSLGASGDLAPLAHVALVLIGEGNVFGKNGEIRSTEMVFSEKEIVPIMLQSKEGLALINGTQAMVAVGVMNYIETEKLAFDSEWIAAMTMEGLEGIIDAFHPAVHEVRGYPQQTAVAERMREWLKGSKLITRQGEKRVQDAYSLRCIPQVHGASWQALDYVKEKLEIEINAATDNPLILNDGKLIVSGGNFHGQPIALAMDFLKIAVAELANISERRVERLVNPQLNDLPAFLSPSPGLESGTMIMQYVAASLVSENKTLAHPASVDSIPSSANQEDHVSMGTIGARHAKIIIDNLRKVIAIECICALEAVEYRGVDKMAPRTRDKWRKYREFVPRITKDRVFSKDIERLSDTLSSH	PGPT0020230_3695	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020230-hutH-K01745	NA	NA
AK148_00859	438	hutP		Hut operon positive regulatory protein	ATGAATAACCATTTGCGTATTGGTAAGATTGCAACTTTACATGTCATGCTGGATGAGGAAGAACGTACTTACTTCTCATCTGCTTTTGAAACGGTGCAGGTTTGTGAGGGGAAAGTAGGGTCAATGGAATTACAGAAGGTTATTTCCTCTGTAGAAACCGCTGTTAAACGGAGTGGAATGATTGAAGGAAAGCTTTACCGTGAAACGCATGCATTATATCATGCTATATTGGAAGCGCTTGAAGGTGTGACACGAGGGCAGTGGGCGCTTGGAGAAATGATGCGAACGGTTGGTTTGCGCTTTGCTGTCGTACGCGGAAAGCCGTATGAGCTTGAACAAGAAGGCGAGTGGATAGCGGTAGCCTTTTATGGGACAATTGGAGCGCCCATAAAAGGACTGGAACACGAAGCAATTGGCTTAGGAATTAATCATATATAA	MNNHLRIGKIATLHVMLDEEERTYFSSAFETVQVCEGKVGSMELQKVISSVETAVKRSGMIEGKLYRETHALYHAILEALEGVTRGQWALGEMMRTVGLRFAVVRGKPYELEQEGEWIAVAFYGTIGAPIKGLEHEAIGLGINHI				NA	NA	NA	NA	NA
AK148_00860	1281	hutI_1	COG1228	Imidazolonepropionase	ATGTCAAACTCTCTATTTGTGAAAAATGCCGCGCAGGTAATTACAATGCAAGGTCATACAGATAAACCAGCTAAAAAAGAAGCGATGAAGCAATTAAGCATTGTTGAGAATGGAAGTGTGTTAACTCAAGACGGAGAAATAATAGCAGTAGGTACGGAAGCAGAAATAAAAAACAATTATCCAGACGTAGTTAGAAATGCGAAAGAAATTCATGCAACAGGAAAAATTGTCACACCTGGGCTTATTGATCCACATACACATCTTGTACATGCTGGAACGAGAGAAAATGAGTATGCAATGCGACTAAAAGGAAAGACGTATATGGATATTATGCATGCAGGCGGTGGAATTCATGCAACGACAGAAGCGACGCAGAAAGCAGATTTTGAACAACTCTATCAGGCGGCAAAAAAAAGGTTAGATACGTTTCTATTACATGGTGTGACAACAATTGAAGCGAAAAGTGGCTATGGTCTTACAACAGAACACGAATTAAAGCAATTGGAAGTAGCGCAGCAGTTAAATAAGGATCATGTCATGGATATTGTATCTACATTTATGGGGGCGCATGCAATTCCAATTACAGAAAAAAACCACCCGGAAAAATTTGTCGATAAAGTGATTCATGAAATGCTTCCAGAAGTAGCCAAGCGTAATTTAGCAGTGTTTAACGATGTTTTTTGTGAGCGTGGTGTATTTACGCCTGATCAATCCAGACGAATTTTAGAAGCAGGAAAGCAATATGGCCTTATACCTAAAATTCATGCGGATGAAATTGAGCCATACGGTGGAGCAGAGTTAGCTGCGGAAGTAGGTGCTATTTCTGCAGATCATTTGTTAAAAGCTTCTGAAATAGGAATGAATAAAATGGCAGAAAATGATGTCGTTGGTGTTCTTCTGCCTGGCACTGCTTTTTTCCTAATGGCGGCATTTGCAGATGCACGGAAGATGATTGATAATGGGGTTGCTGTTGCATTATCAACGGATGCTAATCCAGGATCCTCTCCAACATTATCATTGCCATTTATTATGAATTTAGGTTGTTTAAAGATGGAAATGACACCAGAAGAGGTGCTTACGGCAACAACAATAAATGCTGCTCACGCTATTGACTGTGCAAAAGAGGTTGGTAGTTTAGAAGTTGGTAAAAAAGCAGATATAACGATTTTTGATGTACCTAACTACTTAACATTATCCTATCAGTATGGGATGAATCATGTAGATACAGTGATTAAAAATGGGGGAATTGTTGTGGAAGATAGACATTTAGTGTATTACTAA	MSNSLFVKNAAQVITMQGHTDKPAKKEAMKQLSIVENGSVLTQDGEIIAVGTEAEIKNNYPDVVRNAKEIHATGKIVTPGLIDPHTHLVHAGTRENEYAMRLKGKTYMDIMHAGGGIHATTEATQKADFEQLYQAAKKRLDTFLLHGVTTIEAKSGYGLTTEHELKQLEVAQQLNKDHVMDIVSTFMGAHAIPITEKNHPEKFVDKVIHEMLPEVAKRNLAVFNDVFCERGVFTPDQSRRILEAGKQYGLIPKIHADEIEPYGGAELAAEVGAISADHLLKASEIGMNKMAENDVVGVLLPGTAFFLMAAFADARKMIDNGVAVALSTDANPGSSPTLSLPFIMNLGCLKMEMTPEEVLTATTINAAHAIDCAKEVGSLEVGKKADITIFDVPNYLTLSYQYGMNHVDTVIKNGGIVVEDRHLVYY	PGPT0020235_330	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020235-hutI-K01468	NA	NA
AK148_00861	963	hutG		Formimidoylglutamase	ATGTACTCGATGACAGAAAAACAATGGTGGTCTGGAAGGGTTGATCATGCGACAGATCCAGCTTACTTTCGGTTTCACCAAGCTATTCAATTAAAAGACATTGCATCATGTAAACAAGATAATGATTTAAAGGAATCCATAGCTTTGCTTGGGTTCTCTTCTGATGAAGGTGTTCGTAGAAATAAAGGTCGAGTCGGTGCGGCAAAAGCGCCATATGAAATTAGATCTGTACTGGCAAATTTAGCCTACCATTTAGAAAAATTGTCTCTATTTGACGTAGGGAATGTAAGTTGTATAGATCAACAATTAGAAGCATCACAAGAAGAATTAGGGAAATACATGCATTATTTACTACGAGCACAATCCACACCAATTATACTTGGTGGAGGACATGAAACATTATATGGACATTATCTTGGGGCACGTCAATATGCCAATCAAACAACGAAACTGGGGATAATCAATATGGATGCCCATTTTGATTTACGAAATGATTTTCCGCCAACTTCAGGTACGATGTTTAAACAAATATTGGAGCAAGATAAGTATGCAGGGTATTTATGTTTAGGTATTCAAAAATGGGGAAATACGCAAGCTCTTTTTCAAGAAGCAGCTCAGTATCAAAGTAATTATATTTTTGCTGAGGACGTAGCCAATGATAGCCAAACTATAAAAGTGATAGACGATTTTACGAAACAGCATGATTATATTATCTTCACTTTATGTATGGACGCGGTGGAAGCAACTGCAGCTCCAGGTGTGAGCGCTCCATCTCCGCTTGGGTTAGAACCTAAAATAGTAAGAGACTTGATACGGTATATAGTAGCCAAACCGAATGTACTTAGTATGGATATTTCCGAGGTAAACCCTGTTGTTGATGAAAATAATAAAACAGTAAAATTAGCTGCTTATTTCATTGCAGAAGCTATGCAATCCATACAAAATAGAAAAAATATGCTATAA	MYSMTEKQWWSGRVDHATDPAYFRFHQAIQLKDIASCKQDNDLKESIALLGFSSDEGVRRNKGRVGAAKAPYEIRSVLANLAYHLEKLSLFDVGNVSCIDQQLEASQEELGKYMHYLLRAQSTPIILGGGHETLYGHYLGARQYANQTTKLGIINMDAHFDLRNDFPPTSGTMFKQILEQDKYAGYLCLGIQKWGNTQALFQEAAQYQSNYIFAEDVANDSQTIKVIDDFTKQHDYIIFTLCMDAVEATAAPGVSAPSPLGLEPKIVRDLIRYIVAKPNVLSMDISEVNPVVDENNKTVKLAAYFIAEAMQSIQNRKNML	PGPT0020240_684	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020240-hutG-K01479	NA	NA
AK148_00862	1668	hutU		Urocanate hydratase	ATGAAGACAAATCAAGTTATTAAGGCACCTACGGGGTCGGAATTAACATGTAAAGGTTGGCAGCAAGAAGCAGCAATGAGGATGTTAATGAATAATTTAGACCCACAAGTGGCAGAAAATCCAGATGAATTAGTTGTCTATGGTGGGATAGGCAAAGCAGCAAGGAATTGGGAATCTTTCCATCAAATAATTGCTACGTTGAAAAAGCTGGAAAACGATGAGACACTAATTGTACAATCAGGAAAGCCTGTAGCTGTATTTAAAACACATGACCATGCACCTCGTGTATTAATCGCAAACTCAAATATCGTGCCCAGTTGGGCAAATTGGGATCACTTTTATAAATTGGAAAGTGAAGGCCTTATGATGTATGGGCAAATGACAGCTGGTAGCTGGATATACATTGGAGCACAAGGCATTTTACAAGGAACTTATTTGAGCTTTGTAGAAGCTGGCAAAAAAGCGTTTGGATCGGCAGATTTATCCGGAAGACTTATTTTAACAGGCGGCATGGGAGGCATGAGTGGTGCGCAACCATTAGCAGGGAAAATGGCTGGAGCGGTTACGCTTGTAGTCGAAGTAGAAAGAAAACGAATTGAACGCAAAATAAATGAGGGCTATTGTGATTACTTGGTTACCGACATAGACGAGGCTTTACAGCTAGTGAATAAATATCGCCAAAAAAGGGAAGCTGTTTCCATTGGTCTTGTTGGTAATTGTGCTGATATATTTCCAGCTATTTATGAAAAGGGAATCGTCCCAGATATTGTAACAGATCAAACGAGCGCGCATGACCCAATAAATGGATATATACCAAATGGAATGCGTTTCGAACAAGCCTTGGTATTACGAAAGAATGACCCTAAAGCTTATGAAGAAAAGGCAAAAGCTGCTATGGGTGTTCATGTTCAGGCAATGTTGGATTTTCAAGCATCTGGTTCTGAAGTGTTTGATTATGGTAATAATATTCGAGCTTATGCGAAAGAAATGGGAGTTGAAAATGCTTTTGATTTTCCTGGCTTTGTTCCTGCTTATATCCGTCCGTTATTTTGTGAAGGGAAAGGGCCATTTCGTTGGGCAGCGCTTTCAGGTGATCCAGAGGATATTTATCGTACGGACCGTCTAGTTAAAGAAATGTTTGCTGAAGATGCGTCTCTTGTAAAGTGGATAAATATGGCACAAAAAATGATACAATGGCAAGGGCTTCCTTCTCGCATCTGCTGGCTCGGATATGGAGATCGTCATCGTTTTGCTTTAGAAGTTAACAAGCTGGTTGCCACAGGGGAAATGAAAGCTCCTATTGTATTCGGTCGTGATCATCTTGATTCAGGGTCGGTAGCTTCTCCAAATCGAGAGACAGAAGGGATGAAAGATGGAAGTGATGCCGTTTCTGATTGGCCAATATTGAATGCACTCCTTAATACGGCAGGTGGTGCTAGTTGGGTTAGCGTACATCATGGTGGTGGTGTTGGTATGGGATATTCACAGCATGCGGGTCAAGTTATTGTAGCAGATGGCACGAAAGAAGCAGCTGAAAAAATAAAGCGGGTTTTAATCACTGATCCTGGCATGGGAGTAGCGAGGCATGTGGACGCTGGATATGATATTGCCATTGAAACAGCAAAAGAGAAAGGAATTCACATTCCGATGATGGATTCCGAAGTATAG	MKTNQVIKAPTGSELTCKGWQQEAAMRMLMNNLDPQVAENPDELVVYGGIGKAARNWESFHQIIATLKKLENDETLIVQSGKPVAVFKTHDHAPRVLIANSNIVPSWANWDHFYKLESEGLMMYGQMTAGSWIYIGAQGILQGTYLSFVEAGKKAFGSADLSGRLILTGGMGGMSGAQPLAGKMAGAVTLVVEVERKRIERKINEGYCDYLVTDIDEALQLVNKYRQKREAVSIGLVGNCADIFPAIYEKGIVPDIVTDQTSAHDPINGYIPNGMRFEQALVLRKNDPKAYEEKAKAAMGVHVQAMLDFQASGSEVFDYGNNIRAYAKEMGVENAFDFPGFVPAYIRPLFCEGKGPFRWAALSGDPEDIYRTDRLVKEMFAEDASLVKWINMAQKMIQWQGLPSRICWLGYGDRHRFALEVNKLVATGEMKAPIVFGRDHLDSGSVASPNRETEGMKDGSDAVSDWPILNALLNTAGGASWVSVHHGGGVGMGYSQHAGQVIVADGTKEAAEKIKRVLITDPGMGVARHVDAGYDIAIETAKEKGIHIPMMDSEV	PGPT0020250_2090	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020250-hutU-K01712	NA	NA
AK148_00863	1137	acdA_1	COG1960	Acyl-CoA dehydrogenase	ATGAACTTTGGGTATACGGAGGAACAAATAAGTATTCGAAGCATGGTTCATGAATATGCGAAAAATGTATTGGCGCCCCGTGCAAAAGAATTGGATGAGAAGAATGCATTCCCTTTGGAGCACATAAAGTCTATGGGGGAACTTGGATTGTTAGGAATAGCATACCCAGAAGAATTTGGCGGTGTAGGTGCTGACTCTATAACGGAAGCAATAGCAGTTGAAGAAATAACATATGGCTGTGCAGCAACTGGTTCCATATTAACAGCCCATTATTTAGGAGTTGATGGTTTATTCTTAGCTGGGAGTGTTGAACAAAAAAAGGAGTACTTAACCCCTGGTTGTAAAGGTGAAAAGCTATTTGCATTTGGGTTAACAGAACCGATTGGAGGAACAGATGTAGGTTCCATGAAAACGACAGCCGTAAATGATGGGGATGATTATGTTTTAAACGGTATGAAACATTTTATTACTAATGGTAAATACGCTGATATTATTGTTGTTTATGCAAAAACGGATACATCAAAAGGAAATAAAGGCATTAGTGCTTTTATAGTAGAAAACGGAACAGAAGGGCTCTCGTTTGGAGTAGGGGATGACAAAATGGGGATTAGGGGAGCAACCACAGATGAAGTGATTTTTGAAAACTGTCGAATACCAAAAGAAAATCTTTTGGGAGAAGAGGGGGATGGTTTTAAGCTTGCTATGCAAGTTGTGGATAGGGGAAGGATAGGCATTGCGGCGATGGCTGTAGGTTTATCACAAGCTGCCTTAGATGCAGCAGTTCAATATGCTAAAGAAAGGCCAGCATTTGGCAACCCCATTGCAGAATATCAAGGTTTGCAGTGGATGATGGCTGAAATGAAAGCTGATTTAGAAGTATCTCGTATGTACACGTATTACGCAGCTTCGTTAAAAGATAATGGAGGAAGAATTTCTCAAGAAGCAGCTATTGCGAAATTAATTACGTCTGAAGCGAGTCAAAGAATTGTACATAAAGCAGTTCAAATTCATGGCGGTTATGGATATATGAAAGAATTTCCGGTAGAAAGATATTATCGCGATCAACGAATATTAGAAATTTTTGAAGGCACGTCTCAAATACAAAAAATTGTTATCGCTAGTCACTTATTAAAATGA	MNFGYTEEQISIRSMVHEYAKNVLAPRAKELDEKNAFPLEHIKSMGELGLLGIAYPEEFGGVGADSITEAIAVEEITYGCAATGSILTAHYLGVDGLFLAGSVEQKKEYLTPGCKGEKLFAFGLTEPIGGTDVGSMKTTAVNDGDDYVLNGMKHFITNGKYADIIVVYAKTDTSKGNKGISAFIVENGTEGLSFGVGDDKMGIRGATTDEVIFENCRIPKENLLGEEGDGFKLAMQVVDRGRIGIAAMAVGLSQAALDAAVQYAKERPAFGNPIAEYQGLQWMMAEMKADLEVSRMYTYYAASLKDNGGRISQEAAIAKLITSEASQRIVHKAVQIHGGYGYMKEFPVERYYRDQRILEIFEGTSQIQKIVIASHLLK	PGPT0002285_674	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0002285-bcd-K00248	NA	NA
AK148_00864	1149	uctC_1		Acetyl-CoA:oxalate CoA-transferase	GTGAAACCATTAGAGGGAATAAAAGTGTTAGATTTTACAAGGGTTTTAGCTGGCCCATTTGCTACAAAAATACTAGCAGATTTCGGTGCTGAAGTTATAAAAATAGAAAGAACAGGGCAAGGAGACAATACACGTTCTTTTGGTCCATTTCAAAATGGGTTAAGTGGCTATTTTGTTTGTTTAAATACTGGAAAAAAGAGCGTTGAACTAAACTTAAAAGACCCTGACTCTATTTGTTTATTAAAGGAAATGGTGAAAGATGTAGATGTCGTCATTGAAAATTTTAGACCTGGAATTATGCGCAAATTTAATTTAGATTACGCGTCTTTAAAAGCTATCAAACCAGATATAATTTATGCTTCTATTTCCGGTTTTGGACAAGAAGGTGTCTGGAGTAATAAGCCTGCCTATGATCTTATTGCACAAGCAGCAGGAGGCATAATGAGTATTAATGGTTATCCCGATTCACCACCGACTCGAGTTGGCGCTTCTTTAGGAGATACTAGTGCTGGTTTAAATGCAACGATTGGTATCACTACTGCTTTATTTCATAGAGAGCGAACGGGCGAAGGGCAGCAGATTGATGTGGCGATGGTAGACTCGATATATGCATTATTGGAGAGTAATGTGATGCGGTATACCGTAGAAAAAAATATTCCACAACGTATTGGAAATCGGCACCCGATAAGTGCACCGTTTGATATATATCAATCAAAAGAAGGATATTTAGCTATTGCTATTGCTAATGAATCATTGTTCGAAAGATTTGCTATATTCATTCATCGAGAAGATATGCTAGAGGATGAACGATTTCGTACAGATAATAATAGACAGAATTACCAAGAATTATTAAAAGTCGAAATAGAAAATTGGTTATGTCAATACACTGCAACAGAGGCAGCAGCTTTGCTTGAACAAGGGGGAATACCTTGTTCTGTTATACACGACATTAAAGATATTTCTGAAAGTGCCTATATAAAAGAGAGAAATATGCTTGTAGATGTAAACCAATTAGATCATGGGTTGTTTAAAATACCCGGAAATCCTATTAAGTTATCAAGCTTAAAACAAACGAATATTCAGCGAGCACCAGAGCTTGGAGAGCATACAGAAGCTATACTTGAAAAATATAAGGAGATGATGAAATGA	MKPLEGIKVLDFTRVLAGPFATKILADFGAEVIKIERTGQGDNTRSFGPFQNGLSGYFVCLNTGKKSVELNLKDPDSICLLKEMVKDVDVVIENFRPGIMRKFNLDYASLKAIKPDIIYASISGFGQEGVWSNKPAYDLIAQAAGGIMSINGYPDSPPTRVGASLGDTSAGLNATIGITTALFHRERTGEGQQIDVAMVDSIYALLESNVMRYTVEKNIPQRIGNRHPISAPFDIYQSKEGYLAIAIANESLFERFAIFIHREDMLEDERFRTDNNRQNYQELLKVEIENWLCQYTATEAAALLEQGGIPCSVIHDIKDISESAYIKERNMLVDVNQLDHGLFKIPGNPIKLSSLKQTNIQRAPELGEHTEAILEKYKEMMK	PGPT0014505_626	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0014505-uctC|yfdE-K18702	NA	NA
AK148_00865	1326			hypothetical protein	ATGGAAAAAACAAAAATTCGAGAGGAGCAATCGTTATCGGATAAAAGAGCCGCTTGGAAGTTTGTGCTATTCAGTTTGTTTGGGATCATTTCTTTCTTTGTTCCCATACCAATTGGAGGAGAATCATCGATTTTACTCGACCATATTGTAAATGGAATTGAAACTACCCTCCCCATGTTTGTCATACATAGTTATATTGTTCTCATTCTTTTCCTTGGGGCTGTATATCCAATAGCTAATAAGACATGGAAAAATAGTTTTATTAATGTAATCCTTACTTTATTTAAAGTTGTTGGGTTTGTTTTAGGAACCATGCTTGTATGGAATGTTGGGCCAGATTGGCTCTTTCATCCTGATCTCGGGCCATTTTTATTACAGCAATTAATCATACCTGTTGGTATTTTAATACCCATAGGAGCTATGTTTTTAGCATTACTTGTTAACTATGGATTTTTAGAGTTCGTTGGCGTATTTATGCAAGCAATTATGCGCCCTGTTTTTAAAACTCCAGGACGCTCAGCAATTGATGCAGTTGCATCGTTTGTCGGTAGTTATTCGATAGGTTTATTAGTAACAAATCGAGTCTTTAATCAGGGTAAATACACAATTCGAGAGGCTTCCATTATTGCTACTGGCTTTTCTACAGTTTCTGTTACGTTCATGATAGTTATTGCAAATACGTTAAATCTAATGGATTTTTGGAACTTGTACTTTTGGATGTCTTTAATCATAACGTTTGTTGTAACAGCTATTACAGTAAGAATTTGGCCCTTAAGTAGGATAAAGGATACGTACATTAGCGGAAAAGGAAATCCAGAAACGATTATCAAAAAGAATCGATTATATCATGGATGGAAAGAAGGCATTCATGCGGCAAATCGAGCTCCTAGTATATTTACTAGTGTAGTTGCGCATTTAAAAGAAGGATTAATGATGACAATGAATACGCTCCCTTCCATAATGTCTGTAGGTCTACTTGGTTTAGTACTTGCCTATTATACACCACTATTTGATTGGTTGGCTTATATTTTTGTTCCAATTACATGGCTCTTACAAGCACCTGAAGCTCTATTAACGGCGAAAGCTGCTGCTATTTCCATTTCAGAGATATTCTTACCATCTTTACTTGTGATGGAAGCTGGGCTTGCAACTAGATTTATAGTTGCTGTGCTTTCCGTATCATCCATTTTATTTTTTTCAGCAGTCATCCCTGTCATTATTTCGACGGATATACCAATACCGATATCTAAGATGATTATTATATGGTTTCAGAGAGTTGTGCTAACGTTAGTTATCATCATACCTATAGCAAAGTTCATTTTTTGA	MEKTKIREEQSLSDKRAAWKFVLFSLFGIISFFVPIPIGGESSILLDHIVNGIETTLPMFVIHSYIVLILFLGAVYPIANKTWKNSFINVILTLFKVVGFVLGTMLVWNVGPDWLFHPDLGPFLLQQLIIPVGILIPIGAMFLALLVNYGFLEFVGVFMQAIMRPVFKTPGRSAIDAVASFVGSYSIGLLVTNRVFNQGKYTIREASIIATGFSTVSVTFMIVIANTLNLMDFWNLYFWMSLIITFVVTAITVRIWPLSRIKDTYISGKGNPETIIKKNRLYHGWKEGIHAANRAPSIFTSVVAHLKEGLMMTMNTLPSIMSVGLLGLVLAYYTPLFDWLAYIFVPITWLLQAPEALLTAKAAAISISEIFLPSLLVMEAGLATRFIVAVLSVSSILFFSAVIPVIISTDIPIPISKMIIIWFQRVVLTLVIIIPIAKFIF				NA	NA	NA	NA	NA
AK148_00866	1572	rhaS_2		HTH-type transcriptional activator RhaS	ATGGATATTTTAATTATTGATCGAGATGAAACCGAAAGAACTGGAATGGAATGGTTTATTCGTTCCAACCAGCTGCCATTTGAGCATATTCTTCATGCAAGGAATATCAAACAAGCAAATATGCTTTTAAGCAAAAGGAAACCGCATGTTGTCATACTCGAACTGGAATTGCTTTCTCCTACTAATTTTGCAGCTTTTGCTACGAACATTCGCAGGTATTCCAAAAGCTTAATTACAACAACAGCAGAGCCTGTCTTTGAAAGAGCCTCGCAAGCTATTGAACTGCAAAGCAAATCACTACTTGTCAAACCACTTAACCTTACACTATTAAAAAAAGCACTAACAAACGCTACAAAAATAGAGCACAGCAGTCAGCCTATGGAATACATTTCAAGAAGTCACGAAATATACCATTCCTTATTTTTAAAAACTTCTTTATCAGACCCTGTTCAGCCTATTTTTTTGCTAATGGAACCAGAAAAGCAAGCACACATACAGGATTTATTTACATGGTTATACAATAATAGCCCACCATTTAAAATTGAACTTTACCCACTGCATAACCGAATTGTTTGTTTAGCGTATGTCAGGTATCCGTATACAACGGAGAACATCAAATTCGAAGTCTCAAAAATAATGCAGTTATGGAGAGAAGCATTTGACTTCAACATAAATATCGCTATTTATAAAAACGAGAAGGATCATATCAATCTGCATCAAGCCTATACAGTGACAAGAACTGTGCTTAACATGAGATTTTACAAAGGGTTTAATCAGGTATTTGTAGTTGATCAAGTTCACACCTTCTCATCTTTCGACCCTTTTTTAACTTCTGATGAACAGAGATTTTGGATGGAGAGCTTAGAAAAAGGAGATATTGAGAGTATTAAAGATTATTTATATCAAACGTTTACAAGACCATTTAACAATTATCCCGAACCAGAGATTGTACGAATTCAACTTACAAGTGTTCTTGCACAGGTGCGACGGTTTATTAATAACTGTAAATTATCTAAAATAGAAGTTGTGGAAGAAGCTTATCACTATACATTTCAAATCATTTTAAATCATCCAGTTCTGTACACAATTGTGCAAGAATTCATTCTGTTTTGTATCACTATCATCAAACATGCTCAAGTTCAAAAGCAAAAGCGAGAATTTAATTATTTAGAAAGGTCGCTTTTGTATTTAGAACATCATTTTAATAATGTAAATCTTCGCCTAGAAGATTTAGCGAATCACCTAGAAATCAGCCCCAATTACTTAAGTCATTTACTTTCGATGGAGAATAAACCATTTAAAAAAATTGTAAATGAATTCAGAATAAATAGTGCAAAAAAACTTTTACTCCATACAAATGAAACCATCTATAACATAAGCAATTCGGTCGGCTTTAAAGACCAAAATTACTTTTCCAGAGTTTTTAAGCAATTCAACAATACATCACCAAAAGAATATAGAAGGTCACATCAAACGCAGCCAAGAACAAAGGCGCAAGCGCCCGTTCAGCAACGTAGCGACTGGAACGAATCAACTGAGATAAAGGAATCACGGTTAGGAACGAACCGATGA	MDILIIDRDETERTGMEWFIRSNQLPFEHILHARNIKQANMLLSKRKPHVVILELELLSPTNFAAFATNIRRYSKSLITTTAEPVFERASQAIELQSKSLLVKPLNLTLLKKALTNATKIEHSSQPMEYISRSHEIYHSLFLKTSLSDPVQPIFLLMEPEKQAHIQDLFTWLYNNSPPFKIELYPLHNRIVCLAYVRYPYTTENIKFEVSKIMQLWREAFDFNINIAIYKNEKDHINLHQAYTVTRTVLNMRFYKGFNQVFVVDQVHTFSSFDPFLTSDEQRFWMESLEKGDIESIKDYLYQTFTRPFNNYPEPEIVRIQLTSVLAQVRRFINNCKLSKIEVVEEAYHYTFQIILNHPVLYTIVQEFILFCITIIKHAQVQKQKREFNYLERSLLYLEHHFNNVNLRLEDLANHLEISPNYLSHLLSMENKPFKKIVNEFRINSAKKLLLHTNETIYNISNSVGFKDQNYFSRVFKQFNNTSPKEYRRSHQTQPRTKAQAPVQQRSDWNESTEIKESRLGTNR				NA	NA	NA	NA	NA
AK148_00868	141			hypothetical protein	GTGAAAGAAGAGCAACATGCATATCGTTCTAAGCGCGCTCAAAGTAGTGTCAATCCCCAAGGTCTGTCTGAGGATAAAAAAGATCATCGTCCAAAAACGCAACTAGAAGATAGGGCGAAAAAGAAAAATACGAAGATCTAA	MKEEQHAYRSKRAQSSVNPQGLSEDKKDHRPKTQLEDRAKKKNTKI	PGPT0024915_17	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024915-sspL-K06429	NA	NA
AK148_00869	615	polC_2	COG2176	DNA polymerase III PolC-type	ATGACTCTAGTATCAATTGATTTTGAAACGGCTAACGAAAAACGGACAAGCCCTTGTGCAGTTGGCATCGTTGTATCAGATGGGACACAAATAGTGGATGAGTACTATAGTTTAATCAATCCGCTTACAGATTTTCGAGCAATGAACATACGAATACATGGTATTACGCCAGAACATGTTCGTTATGCTCCAACTTTTACAGATGTTTGGCCAGTCCTTTCTACATACTTACAGCAAGGTATGGTTATTGCTCATAATGCGAGCTTTGATATGAGTGTACTAAGAAATACATTAGATCGTTTTGGGTTAACATACCCTGACTTGAATTATCTATGTACAGTTATGCTTGCAAAACAAATATGGCCACAGCTACATAATCATAAATTGGATACATTGGCTGCCTTCCATCAAATCCCTTTTGAACATCATCATGCTTTAGAAGATGCCCGTGTTGCAGCAAAACTTTTTTCTAAATCTTTAAATGAAAGTAAGCAGCATACAATAGAAGGCTTATTAGCTATGTATCATATACAAAGTGGTAAAATTTTTCATCATGGGTATCATGCACCAAAGAAAAAGAAAATACGTCAATATAAACAGATTTTTCTTACTTAA	MTLVSIDFETANEKRTSPCAVGIVVSDGTQIVDEYYSLINPLTDFRAMNIRIHGITPEHVRYAPTFTDVWPVLSTYLQQGMVIAHNASFDMSVLRNTLDRFGLTYPDLNYLCTVMLAKQIWPQLHNHKLDTLAAFHQIPFEHHHALEDARVAAKLFSKSLNESKQHTIEGLLAMYHIQSGKIFHHGYHAPKKKKIRQYKQIFLT				NA	NA	NA	NA	NA
AK148_00870	699			hypothetical protein	ATGTACAAAAACTCAGATCGATTCTTAACTTCTTTTAATCGAATTGAAAAGATGCTCCGTTCTTTCATGATACATAAAAAGGATGTAAGCTTTTCTAAAACAGTAAAAATTCTGCGGAATTCAAATGCATTAGTGAGCCAATACAGTGATGACTTGCTTGAGTTTGCGGAACTCAGAAATGCAATCGTGCATAATAAAGTGGATATGACTTATGCCATAGCTGAACCACACGATGAAATTGTTGAAAGAATTGAATGGATTGAAGAGGAGCTAAGAAAGCCTAAACTCGTTATTCCTACGTTTCAAAAGTATGTATATTGTTTTCAAAGTAATGATGAATTAAATAAATTGTTAAAGATTATTCATGAAAAAAGATTGTCCAAATTCCCAATTTATGAAGGTAAAGTGTACCGAGGTTTGCTTACCCAAAAAGGAATTACGAATTGGTTGGCGAGCATAGATCAACAAGGTGAAATGTTAAAAAGCAGTTATCACTTAAAAGATATTTTACCTTTTGAAAACAATGAGAATTCGAAGTTTATTGCCCAGGACACTACTTTGTATGAAGCAATTGAAATGTTTAAAGAACATACAAGTAGGGGCAAGCGATTAGAAGCCTTGCTCATCACTTCGAATGGTGAACCTTCAGCCGAATTATTAGGTATTATTACAGCGTGGGATATTTTGGAGATTTCATAG	MYKNSDRFLTSFNRIEKMLRSFMIHKKDVSFSKTVKILRNSNALVSQYSDDLLEFAELRNAIVHNKVDMTYAIAEPHDEIVERIEWIEEELRKPKLVIPTFQKYVYCFQSNDELNKLLKIIHEKRLSKFPIYEGKVYRGLLTQKGITNWLASIDQQGEMLKSSYHLKDILPFENNENSKFIAQDTTLYEAIEMFKEHTSRGKRLEALLITSNGEPSAELLGIITAWDILEIS				NA	NA	NA	NA	NA
AK148_00871	762	cof		HMP-PP phosphatase	ATGAAGTTTGTGTTTGATTTAGACGGAACGATATGTTTCAACGGTAAACCACTTTCAAATACGATTGTCCAATGTTTAAAACAGTTAAATAAAAATGACGTTATCTTTGCATCGGCTAGACCAATCAGGGATATGCTTCCAGTGCTTCCTAAAGATTTTCATTCTTATACGCTCATTGGTGGAAATGGTGCACTGATTTATCAAGATAATAAGCTATTACACGCCCAAACATTTACCGAACAACAGCTACATGTCATTTTAAAGCTAATTGAGGAGCAGGAAGCGACTTTCTTAATGGATAGTGATTGGGACTATGTGTATACAGGCCCAAAGGATCATCCGATTGTACACAATCTGGACCAAGGAAAATTAGCTCAACATGTAGCCGTTGCTCAACTTTCCTCTGTAGTAAAAATATTATTCATTACGATGAAGGATTACGAAATTTTATTCACTCAATTACAGCACTTGGACATAACTGTTCACGAACATCGTAATGAACAACTGATTGACGTAAGTCCAAGAAATATTGATAAGTGGAGTGCGTTACAAGTATTAGGTATAAAGCCGAACAGTTATATAGCTTTTGGCAATGATGCGAATGATATCTCCATGTTCCAACATGCTGCACAGGCAATTATGATTGACGATCACGATCAATTGTCACGATTTGCTGATGAGCATGTTTCTTACCAAGAAGATGGAGAAAAAGCAATTGTGGAAAAAATCCAATCCATTTATTCCGAAACCGTGTATATTTAG	MKFVFDLDGTICFNGKPLSNTIVQCLKQLNKNDVIFASARPIRDMLPVLPKDFHSYTLIGGNGALIYQDNKLLHAQTFTEQQLHVILKLIEEQEATFLMDSDWDYVYTGPKDHPIVHNLDQGKLAQHVAVAQLSSVVKILFITMKDYEILFTQLQHLDITVHEHRNEQLIDVSPRNIDKWSALQVLGIKPNSYIAFGNDANDISMFQHAAQAIMIDDHDQLSRFADEHVSYQEDGEKAIVEKIQSIYSETVYI				NA	NA	NA	NA	NA
AK148_00872	1155		COG0075	Serine-pyruvate aminotransferase	ATGCAACCCGATCAACATCTACTTAGAATTCCTGGCCCAACACCCATTCCACCTAGTGTAGAACGTGCAATGGCACAGCCTATGATTGGACACCGAGGACAGGAAATGAAAGAACTGTTAAAGATTGTAAAGGAAAAATTAAAACCTATCTTTGGTACAAAAGAGGATGTACTTATTTATACTACAAGTGGTACCGCAGCATTAGAAACAGCAGTCGTAAATACCGTACAACCGGAAGAAGAAGTGCTTGTAATTGTCACAGGCGCATTTGGTGAACGTTTTACAAAAATTTGTGATGAGTATCACATTGAAACCCATAAATATTTGGTCCCTTGGGGGGAAGCAGCTGATCCGAAACAACTAGCATCTTTATTGCAACAACATCCCAATATTAAAGCAGTGTTTGCGACTTTCTGTGAAACTTCTACAGCCGTATTAAATCCAATTAAGCAACTTGCAGAAGTCGTGCACAATGAATCGGAAGCATTATTTATCGTTGACGGCGTCTCTTGTATTGGGGGAACAGAAACAAAAATGGATGAATGGGGATTAGACGTCGTTGTAACCGGATCGCAAAAAGCAATGATGCTCCCTGCAGGGCTAGCTTTTATAGCTGCAAGCAAACGTGCCTGGGACGTTATTGAAAAAAATCCACATGCTAGATTTTATTTAGATATGCGCAGGTATCGTCTTAAACTTCAAGAAGATTCGACTCCCTTCACACCAGCAGTATCCTTACTACAAGGCTTAAAACAAGCCCTTACCCTCGTGGAGGAAGAAGGATTAGAAAATATTTTCTATCGCCATGAGATGATGAAGAATATGACTCGGGAAGCATTTAAAGCTTTATCCATTCCATTGCTTACATCGGATAAAAATGCTTCCCCAACAGTTACTGCTGTAAAACCAGGAGATTTTGCATCTGAAGACTTACGAAAGATCGTTAAAAGTGATTTCGGTTTAACTTTAGCGGGAGGACAGCAGCATTTAAAAGGACAAATTTTTCGAATTGGACATATGGGCTACTGTTCCCCTGCTGATGTGTTACAAGTAATAAGCATTATCGAAATTGGTTTACAAAAAATTGGTAAACACGTAGAGCTTGGAACAGGCGTACAAGCTGCCCAAGCTACCTATTTGAAAATGAATGGTTGA	MQPDQHLLRIPGPTPIPPSVERAMAQPMIGHRGQEMKELLKIVKEKLKPIFGTKEDVLIYTTSGTAALETAVVNTVQPEEEVLVIVTGAFGERFTKICDEYHIETHKYLVPWGEAADPKQLASLLQQHPNIKAVFATFCETSTAVLNPIKQLAEVVHNESEALFIVDGVSCIGGTETKMDEWGLDVVVTGSQKAMMLPAGLAFIAASKRAWDVIEKNPHARFYLDMRRYRLKLQEDSTPFTPAVSLLQGLKQALTLVEEEGLENIFYRHEMMKNMTREAFKALSIPLLTSDKNASPTVTAVKPGDFASEDLRKIVKSDFGLTLAGGQQHLKGQIFRIGHMGYCSPADVLQVISIIEIGLQKIGKHVELGTGVQAAQATYLKMNG	PGPT0001955_3	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001955-serine_pyruvate_transaminase_EC_2_6_1_51-K13290	NA	NA
AK148_00873	1587	serA	COG0111	D-3-phosphoglycerate dehydrogenase	ATGGGATTTAGAGTATTAATTGCTGATCCTTTAAGCCAAGAAGGAATTACCCCTTTATTAGAATCGGAAGAAATTCAATTAGATATTGGAACAGAATGGACAAATACGGAACTGTTTGAACGAATTTCAGAATATGACGCCTTAATAGTTAGAAGTCAAACACAAGTAACGCGTGCACTCATTGCGAAAGCAACCCATTTAAAAATCATTGGCAGAGCTGGTGTGGGTGTTGATAATATTGATCTAGATGCTGCAACAGAGCAAGGAATCATTGTTGTAAACGCACCAAATGGTAATACAAATTCAGCAGCTGAACATACAATGGCAATGATGATGGCTTTATCTAGAAAAATTCCACAAGCATATTTATCTTTAAAAAACAAACAATGGGATCGGAAAAAATATATTGGCAAAGAGCTAAAAAATAAGACTTTAGGCATCATTGGATTTGGTCGTATCGGAGCAGAAGTCGCCTACCGAGCGAAAGGACAACGGATGCGTATAATTGCATACGACCCGTTTTTAACAGAAGAACAAGCAAGTAAATTAGGTATTAAAAAAGGTTCCCTTGAAAGTGTTTATGCGCAAGCGGATCTCATTACCATTCACACGCCATTATTAAAGGAAACGCGATATCTTTTAAATCAACAAGCCTTCGAAGCAATGAAGGACGGCGTTTACATTATTAATTGTGCTCGAGGTGGGATCATTGATGAAGCGGCACTGTATGATGCTATCCAAAATAAAAAAGTTGCTGGAGCTGCTCTCGATGTATTTGAAGAAGAACCATTTTATGAACACCGTTTATTAGAATTACCTGAAATAATTGCTACTCCTCATTTAGGCGCAAGTACGGTAGAAGCACAAGAAAGTGTTGCGATAGATGTTAGTGAAGATGTCATTCGCTTCATGCGTGGAGAGGCTGTTCATAATCCTGTCAATCTTCCTTCTATTCCGCGAGAAGCTTTAACAGAAATTAAGCCATATTTCCTCTTAGCTGAAAAGCTTGGCCAATTTCTTATTCATTTAGCAAATGAACCGATTCAAGAAATTAACCTTTATTATTCTGGGGATGTGGCTAAAACAAAGATTGGTCCAATTACGAGGAATGCAGTGAAAGGACTGTTAGCTCGCCATTTAGGTGATCACGTAAATGATGTAAATGCCCTTTACCTCGCAGAAAAAAGAGGCTTAACTATTCATGAAAACATGACTTCTTCCACACAAGGATTTACAAACTTAATGCGTGTAGAAATAGTAACTAAATCTGAAAAGAAAAGCGTTGCCGGTACACTGCTTAATGGATTAGGCCCTAGAATTGTTAAAGTAGATCCTTATAGTGTTGATGTAACTCCAAAAGGACATCTTTTAGTTATCCACCATCAAGACCAACCAGGCGTTATTGGTAAAATGGGCAGCCTGCTAGCTACAAAGGAGATAAACATTGCAACCATGCAAGTAGATCGTGCCAATGTTGGGGGAAATGCTATTATGGTTATGACAGTAGACAGACATATAGAAAAGATAGAATTAGAAGCATTAGAACAGCTTGAAGAAATTCATAAAGCTATTTCTATCGATTTATAA	MGFRVLIADPLSQEGITPLLESEEIQLDIGTEWTNTELFERISEYDALIVRSQTQVTRALIAKATHLKIIGRAGVGVDNIDLDAATEQGIIVVNAPNGNTNSAAEHTMAMMMALSRKIPQAYLSLKNKQWDRKKYIGKELKNKTLGIIGFGRIGAEVAYRAKGQRMRIIAYDPFLTEEQASKLGIKKGSLESVYAQADLITIHTPLLKETRYLLNQQAFEAMKDGVYIINCARGGIIDEAALYDAIQNKKVAGAALDVFEEEPFYEHRLLELPEIIATPHLGASTVEAQESVAIDVSEDVIRFMRGEAVHNPVNLPSIPREALTEIKPYFLLAEKLGQFLIHLANEPIQEINLYYSGDVAKTKIGPITRNAVKGLLARHLGDHVNDVNALYLAEKRGLTIHENMTSSTQGFTNLMRVEIVTKSEKKSVAGTLLNGLGPRIVKVDPYSVDVTPKGHLLVIHHQDQPGVIGKMGSLLATKEINIATMQVDRANVGGNAIMVMTVDRHIEKIELEALEQLEEIHKAISIDL	PGPT0009155_1777	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009155-serA-K00058	NA	NA
AK148_00874	1431	mleN_1	COG1757	Malate-2H(+)/Na(+)-lactate antiporter	ATGACCGAAATATCTAAAAAAGATATTAGCTTTTGGTGGGCACTTACACCTCTTTGTGTGATGATTACTTCCATGATACTTACCATTGTGGCTTTTCAAGGAGAACCCCACTTGCCACTCATTATTGGCACAGGAACAGCCGCGCTTGTAGCTTGGAAACAAGGCTATTCATGGAAAGAAATAGAAGAGATGATGTTTCGCGGCATACGATTAGCCCTACCGGCCATTCTCATTATTATGCTTGTTGGATTAACTATTGGTGCTTGGATTGGTGGTGGTATTGTTGCCACCATGATTTATTACGGTTTAAAGATCATATCACCGTCTATTTTTTTGGTAACGATTACAATTATATGCGCTGTTGTAGCTTTAACCGTTGGCAGCTCTTGGGCAACAATGGGAACGATTGGGGTTGCTGGCATGGGAATAGGAATGAGTATGGGAATCCCAGCTCCTATAGTTGCAGGTGCAGTTATTTCAGGCTCTTACTTTGGAGATAAAATGTCTCCTTTATCAGACACTACAAATCTAGCTTCAGGTTTGACAAATACAGATTTGTTCATTCATATTAAACATATGCTATATACAACAGTACCAAGTTTGATCATTGCTTTACTCGTTTTTACTTACATAGGAAGAGACTTCGGAAAAGATGCCATTGAGAATGAAAGAATTACGCAAACCATCTTAGACATGCAGGCGAATTTTGTCATGTCTCCATATCTTTTGCTTATACCGCTACTTGTCATCGTACTGGTTATGTTCAAAGTACCCGCTGTGCCTGCTATCGCAACCGGAATCGTTATGGGCTTTTTCTCGCAAATATTCGTGCAAGGAGACGCCCCGTCCTACGCGCTACAAGTGTTGCAAAATGGCTACACGATAGATACAAGCAACGAAATAGTTTCTGAATTATTTAATCGCGGTGGACTGATGTCTATGATGTATACCGTGTCGATGACCATTGTCGCTATGACTTTTGGAGGAATCATGGAATATTCGGGGATGCTAAAAGCGATGATGGATCAACTATTAAAATTCATAAAATCAACTGGGAATTTAATTGCATCTACATTGGGAGCAGCTTTTTTAACGAATGCAACATGTTCTGAGCAGTATATTTCCATTGTCGTTCCATCTAGAATGTTTGCTGCCGTATATAAAAAGAAAGGCTTACATTCGAAGAACTTATCAAGATCTTTAGAGGATGGCGGAACATTAACTTCTGTCTTTATTCCTTGGAATACTTGTGGGGTCTTCATCTACACAACGCTAGAGGTGCATGCCTTTAGTTATGCACCTTATGCTATTTTAAATTTCACCGTACCAATTATTGCCTTGATTTATGCCTATACTGGGTTCACCATTACAAAAATTGAAAAAACAGATCGCTCTCAGCAGACGACATTGATTAGAAAAAAATCTATGTAA	MTEISKKDISFWWALTPLCVMITSMILTIVAFQGEPHLPLIIGTGTAALVAWKQGYSWKEIEEMMFRGIRLALPAILIIMLVGLTIGAWIGGGIVATMIYYGLKIISPSIFLVTITIICAVVALTVGSSWATMGTIGVAGMGIGMSMGIPAPIVAGAVISGSYFGDKMSPLSDTTNLASGLTNTDLFIHIKHMLYTTVPSLIIALLVFTYIGRDFGKDAIENERITQTILDMQANFVMSPYLLLIPLLVIVLVMFKVPAVPAIATGIVMGFFSQIFVQGDAPSYALQVLQNGYTIDTSNEIVSELFNRGGLMSMMYTVSMTIVAMTFGGIMEYSGMLKAMMDQLLKFIKSTGNLIASTLGAAFLTNATCSEQYISIVVPSRMFAAVYKKKGLHSKNLSRSLEDGGTLTSVFIPWNTCGVFIYTTLEVHAFSYAPYAILNFTVPIIALIYAYTGFTITKIEKTDRSQQTTLIRKKSM	PGPT0013945_717	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013945-nhaC-K03315	NA	NA
AK148_00875	726			hypothetical protein	ATGCATACATCAATTATTACTACAGGGAAATTACCTTTGCATGGTCAAGCTTTTTTCGTTCGTTTTTTACATAAAGAAGATATACATGAGATCTTACATTTGCAGACAATGGTTAAAAATGCCTTGGAAGTGCCAGATTTTCTTCAACCCTTAACAGCAGAGGAATATAAATCTATTTTGGGAGGCTGTGGTTCTATCATTGGGGTCTTTGTTAATAACAAGTTAATTGCATTTCGTGCTATGCTCATTCCCAAAATGAATGATCCCGAACATTTAGGAATAGACCTGCGGCTAAACGAATATCAACGTAAAAAAATGCTTTATTCAGAAATATCAAATGTTCATCCTGCGTTTCGAGGCAATCGGCTGCAAAGCTACATGGGGAGATTATTATTTGATCTAATTGATCAGCAATCCTTCCGCTATGTAGCTACGACTGTTGCTCCATTAAATATTGCTAGCTTAAAAGACAAGTTTGCTTTAGGGATGGCTATTTGTTCGCTCAAAGAAAAATACAATGGTAAATTACGCTACATCCTATTTCGTGATTTGCATACAACCGATGATACTCCATTTTATAGTGACAAACAGGAAGTAAACATACAAGATATTACAAAACAACAGCAATTGATTAAGAAAGGATACAGGGGAATTTCGCTACAAGAAAAAGAACAGATGTATTGGGTATGTTTCATTAAAGAACAAAGGCGCTGGAGCCCCGTTTAG	MHTSIITTGKLPLHGQAFFVRFLHKEDIHEILHLQTMVKNALEVPDFLQPLTAEEYKSILGGCGSIIGVFVNNKLIAFRAMLIPKMNDPEHLGIDLRLNEYQRKKMLYSEISNVHPAFRGNRLQSYMGRLLFDLIDQQSFRYVATTVAPLNIASLKDKFALGMAICSLKEKYNGKLRYILFRDLHTTDDTPFYSDKQEVNIQDITKQQQLIKKGYRGISLQEKEQMYWVCFIKEQRRWSPV				NA	NA	NA	NA	NA
AK148_00876	813	gph_2		Phosphoglycolate phosphatase	ATGGTTAAAGCAATTATTTTTGATTTGGACGATACACTCTTATGGGATAAGAAAAGTGTTGCTGAATCTTTTCGGGCAACCTGTAATATGGCGAGAGATGTGTATCCGCAAATTGATCCCGAACGTTTAGAGCAGAATGTGAGAACAGAAGCACGTGCCTTGTATGCGTCTTTTCCGACGTATGCATTTACACAAATGATTGGGATTAATCCTTTTGAGGGGCTTTGGGGAGACTTTGATGATGGCGGAAGAAAGTTTGACAAATTAAAGCAAATCGCCCCTGAATATCGAAAATCAGCCTGGAAACGAGGGTTGGAAAAAACTGGGGTCTTAGATGAACAATTAGCGGAAACGTTAGCGGAAGCATTTCCTAAGGTGAGAAAACAGAAACCGATTGTATTTTCTAGTACATTTAAAGTGTTAAACGCATTACGTGCAGATTATAAATTAGGTTTATTAACAAATGGTTCACCGAGTTTACAACAGACGAAACTTGATATGACTCCTCAATTGAAGCCTTACTTTGATGAAATCGTTGTTTCAGGCGCATTTGGGAGTGGGAAGCCTGATCCAGCCATTTTTCAACATATGTTGGAAAAATTAGAGGTAGACGCTTCCGAAGCAGTCATGGTTGGTGATAATTTAAATACAGATATAGTAGGGGCCTTCAAAAGTGAGATGGCTTCTATATGGATAAATTGGAATCATATAGACAGTAACGAATGCCCCACTTTTGAAGTAGATGACTTATTACAAGTATTAGATGTTGTTTATAATAGGCTTGGGAAAGCAAAAGGCACTTTCAAAATTTGA	MVKAIIFDLDDTLLWDKKSVAESFRATCNMARDVYPQIDPERLEQNVRTEARALYASFPTYAFTQMIGINPFEGLWGDFDDGGRKFDKLKQIAPEYRKSAWKRGLEKTGVLDEQLAETLAEAFPKVRKQKPIVFSSTFKVLNALRADYKLGLLTNGSPSLQQTKLDMTPQLKPYFDEIVVSGAFGSGKPDPAIFQHMLEKLEVDASEAVMVGDNLNTDIVGAFKSEMASIWINWNHIDSNECPTFEVDDLLQVLDVVYNRLGKAKGTFKI				NA	NA	NA	NA	NA
AK148_00877	1092	ilvK	COG0115	Branched-chain-amino-acid aminotransferase 2	ATGGAAGAATGGACAGTTAAAGTTAATCATTGTGCAGTCAAGAAAGAAAAGCCTCAAACAGACCAACTAGAATTCGGGAGGATTTTTACCGATCACATGTTTGTCATGGATTATTCTGAACCTTTAGGTTGGCACGATGCTCGAATTGTCCCATATCAGCCTTTAACGATTGACCCATCAGCAATGATATTTCATTATGGCCAATCCGTTTTTGAAGGATTAAAGGCATATCAAACTCCTGAAGGAACCATTCAATTATTTCGTCCGGAAAAGAATTTGCAGCGTTTAAATAGATCCAACGATCGCTTATGTATTCCTGCGATTGATGAAGCTTTTATACTGGAAGCTCTAAAACAATTAATCTATTTAGATAAAGAGTGGATCCCCTCTGCAGAAGGAACATCCCTTTATATTCGCCCATTTATTATTTCAACAGAACCTTATATTGGCGTGGCACCTTCTCATCAATACAAGTTCGTAATCATTTTATCACCCGTAGGAGCTTATTATAAAGAAGGCATTAACCCGGTGAAAATTGCTGTGGAAAATCATTACGTCCGAGCGGTGAAAGGTGGAACTGGAGAAGCAAAAACTGGTGGAAACTACGCTTCAAGTCTGAAAGCACAAGAAACATGTTCCCAAAAGGGCTTTGCTCAAGTACTTTGGCTTGATGGAGTGGAAAAGAAATATATTGAAGAAGTTGGCAGTATGAACGTATTCTTTAAAATAAACGGAAAAGTTTATACTCCGATGCTAAATGGAAGTATTTTAGAAGGAGTTACGCGTAATTCCGTTATTCAGTTATTAAAACACTGGAATATCCCTGTTATCGAAGAAAAGTTATCCATGGAAAAGTTATACCAAGCATATCTTGATGGAGAGTTGGAAGAAGCTTTCGGCACGGGTACAGCAGCAGTTATCTCACCAATCGGTCAACTAAGTTGGGAAGACAAAGATCTAATGATTAACAATGGGACAACAGGTGAATTAGCTAAATCACTATATACTACACTAACAAACATCCAATATGGTAAAGAGGCCGATCCATTTCATTGGGTCGAAAAAGTTAGCGAAGCATATGCTGTAAAGTAG	MEEWTVKVNHCAVKKEKPQTDQLEFGRIFTDHMFVMDYSEPLGWHDARIVPYQPLTIDPSAMIFHYGQSVFEGLKAYQTPEGTIQLFRPEKNLQRLNRSNDRLCIPAIDEAFILEALKQLIYLDKEWIPSAEGTSLYIRPFIISTEPYIGVAPSHQYKFVIILSPVGAYYKEGINPVKIAVENHYVRAVKGGTGEAKTGGNYASSLKAQETCSQKGFAQVLWLDGVEKKYIEEVGSMNVFFKINGKVYTPMLNGSILEGVTRNSVIQLLKHWNIPVIEEKLSMEKLYQAYLDGELEEAFGTGTAAVISPIGQLSWEDKDLMINNGTTGELAKSLYTTLTNIQYGKEADPFHWVEKVSEAYAVK	PGPT0008860_1879	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_VALINE_DEGRADATION,PGPT0008860-ilvE-K00826	NA	NA
AK148_00878	795	nrtD_1	COG1116	Nitrate import ATP-binding protein NrtD	TTGCTTTTAGAAATCGAACATGTAAATAAATCCTATTGGGATGACAAACAACAAGTACATTTCCCTGTTTTTTCAGATGTGATGATAAGTATAAATGAAAATCAATTCGTCTCTATACTTGGCCCATCTGGTTGTGGAAAGTCGACTTTACTTTCTATGATTGCTGGTCTGGAGGAGACAACAGAAGGAACGATAAAGCTAAACCGCGAACCTATTAGCGGCCCTGGGCCAGATCGAGGAATGGTGTTTCAGCAACCTTCCTTACTTCCATGGCTCAACGTGAAAGAAAACATCTTATTTCCAATTAAAAAACGGTTCAAAAAGAAGGAAGCAGAAGAGCAAGCTGCTTATTTTCTGCAGTTAGTTCAACTAGATAAATTTCAACATCATTATATCCATGAACTTTCAGGTGGGATGCAACAGCGAGTAGCCATTGCACGTGCCTTAGCAATGAATCCAAAAATATTATTAATGGATGAACCGTTTGCCGCTTTAGATGAGCAAACAAGAGAGAACCTTCAAGACAAATTGCTTGCTATTTGGCAGAAAAAGAAGAAAACGATATTGTTTGTAACGCACAGCATTAAGGAGGCACTCATCCTTTCTGATAGAGTCATCGTCATGGGAACCAATCCCGGACGAATAATAAGTAATGTAAATATTAATCTAAGCAGGCCACGTAAACGAGAAGATGAACAAATCATAATTTTGGAGAAAAAGATTAGAAAGCTTTTAAAAAATGAAGTGAATAAAGCATTAAAGGATGCATGGTCAAATGAATTTCAAAATGCTTAG	MLLEIEHVNKSYWDDKQQVHFPVFSDVMISINENQFVSILGPSGCGKSTLLSMIAGLEETTEGTIKLNREPISGPGPDRGMVFQQPSLLPWLNVKENILFPIKKRFKKKEAEEQAAYFLQLVQLDKFQHHYIHELSGGMQQRVAIARALAMNPKILLMDEPFAALDEQTRENLQDKLLAIWQKKKKTILFVTHSIKEALILSDRVIVMGTNPGRIISNVNINLSRPRKREDEQIIILEKKIRKLLKNEVNKALKDAWSNEFQNA	PGPT0001140_4699	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049	NA	NA
AK148_00879	765	ssuC_1	COG0600	Putative aliphatic sulfonates transport permease protein SsuC	ATGAATTTCAAAATGCTTAGCAAGCAACTACTATTTCTAGTTTTCTTTATAACGATTTGGCAATTGGTTTACTCAATAGGTATTTTTGAAGCAATCGTATTTCCTTCACCAAAGAATGTAGCTTTTGCCTTATATAATGGATTTTCAAGTGGCGATTTTTTAATTGCTTTGGGAGCGAGCTTTAAGCATCTTCTACTTGGAATGACAACAGCATTATTCATAGGTACTGTTATTGGGCTTATTCTTGGCAAATCAAAAGTTGCCAATGAAACAGCAGGCATGTATTTGATAGGGATGCAAAGTATACCAAGTATTGTTTGGGTGCCACTTGCAATTATGTTATTTGGTTTTACCGAGTCTTCTGTTGTATTCGTAGTTGTACTAGGGGGAACTTTTGTCATGGCACTTCAAGTAAGGTCAGCCATTCAAAATATATCCCCTCAATTAGTTCGTGCGGCAAAAACGATGGGAGTTAATGGTATTGAGCTTTTTTACAGAGTTGAAATACCTGCGGGGATGCCCCATTATATAACAGGCATAAGGCTTGCATGGGCCTTTAGCTGGCGTGCATTAATGGCAGGAGAATTATTAAGTAATGGTCCTGGATTAGGCTATTCACTTAGATATGCGCAAGATTATGCTCGGATGGATCAAGTCATCGCAATCATTATAGTTATTGGTGTTATAGGAGCAACTGTAGATCATGGCATCTTTTCAAAAATTGAACGTAATGTCATGAAACGCTGGGGTTTATTAAAACAATAG	MNFKMLSKQLLFLVFFITIWQLVYSIGIFEAIVFPSPKNVAFALYNGFSSGDFLIALGASFKHLLLGMTTALFIGTVIGLILGKSKVANETAGMYLIGMQSIPSIVWVPLAIMLFGFTESSVVFVVVLGGTFVMALQVRSAIQNISPQLVRAAKTMGVNGIELFYRVEIPAGMPHYITGIRLAWAFSWRALMAGELLSNGPGLGYSLRYAQDYARMDQVIAIIIVIGVIGATVDHGIFSKIERNVMKRWGLLKQ	PGPT0001145_7668	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001145-ABC_SN_P-K02050	NA	NA
AK148_00880	1047			hypothetical protein	TTGCCGATTTCCCCCCGTTCAAACATATATTTTATAGAAAGGGTGACGAAAATGAGAAAGAAAAAACTGTTTTTATATGTATTCATTATTTTCATTGCGGTGTTAGCAGGTTGTGCTAAAGAAAATAAGGATACTGACAATAAAGAAAAAATAACTATTGGTTACTTTCCCAATATTAATCATGTTGCAGGAATGGTCGCAGAAGAAGAAAAAATGTATGAATCCGAGATGCCAAACGGTATAAAAGTTGAATATCAATATTTTCCTGATGGTTCTGCATTTATGACTGCATTAGAAACTGGTGAAATTGAAGGAGGTCTTGTTGGTCCTGGCCCCGCAATGAACCACTTTGCTAGCGGCGCAAAGATTAATATTGTAGCAGGAGGATCGACTGGTGGCACTGTCATTATGGCTCGCAATAAAGCAGGGATTGAAAGCCCGAAAGATTTAGCAAATAAGACGTTTATTTCTCCACGAGTTGGTTGTACGCATAATGTACAATTTGAAGCTCAGATGAAGAAAGAATATAATCTAACATCTGATCGAGTCCAAGGAAAAATGAAACATGTGACTGGAAAGCCTGCAACTTATCACAGTATGTTTATCTCTGAGAAGATTGATGTTGCTACAGTGCCAGAACCTTGGGCATCTGTAATTGAAGCAGAAGGAAGCGGAAAAGTGTTGATCGACACACCTGAAGTCGCTTGGGGAGAAATATTGCCTGCTGCAGTATTTGTAACTTCTCAAGATTTAGCCAAAAACAATCAAGAGCTCGTGCAACATATGGTGAACGCACATCAACAAGCAACAGCGTTTATTCAAGATAATCCTGAGAAAGCCAAAACAATTGCTATTAAAAAGATTGCAGACATTACGGAACAAAAGCTGTCCAAACAAGTCATTGATAAGGCATGCAAGCGTATTGATTTCACATCCGAAGTGGATAGCGATGTACTACAGGATTTTTCTAATGCTTCCTATGATTTAGAGTTTCTCAAAGACAAACCAAATCTGAAAGGGTTAGTAGATACACAATTTTTACAGTAA	MPISPRSNIYFIERVTKMRKKKLFLYVFIIFIAVLAGCAKENKDTDNKEKITIGYFPNINHVAGMVAEEEKMYESEMPNGIKVEYQYFPDGSAFMTALETGEIEGGLVGPGPAMNHFASGAKINIVAGGSTGGTVIMARNKAGIESPKDLANKTFISPRVGCTHNVQFEAQMKKEYNLTSDRVQGKMKHVTGKPATYHSMFISEKIDVATVPEPWASVIEAEGSGKVLIDTPEVAWGEILPAAVFVTSQDLAKNNQELVQHMVNAHQQATAFIQDNPEKAKTIAIKKIADITEQKLSKQVIDKACKRIDFTSEVDSDVLQDFSNASYDLEFLKDKPNLKGLVDTQFLQ	PGPT0001135_6181	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001135-ABC_SN_S-K02051	NA	NA
AK148_00881	1878	htpG	COG0326	Chaperone protein HtpG	ATGGGAAAACAGCAATTTAAAGCGGAATCCAAACGTTTGTTAGAATTAATGATTAATTCCATTTATTCGCAGCGTGAAGTGTTTTTACGAGAACTAATTTCCAATGCAAGTGATGCAATGGATAAAATGTATTATCGTAGCTTAACAGATGAAAACTTAACTTTTAATCAAGAAGATTATTATATTAAACTTATCCCAAATAAAGAAGATCGCACGTTACGAGTGATCGATACCGGAATTGGAATGACGAAAGAAGAATTAGAAACAAACTTAGGAACGATTGCTAAAAGTGGTTCATTTGCTTTTAAAAATGACACGGAACTAAAAGATGGCCGTGATATTATTGGGCAATTTGGTGTTGGTTTTTACGCGGCATTTATGGTGGCAGATAAAGTAACGGTAATTACGAAATCAGTGGATAGCGACCAAGCATACCAGTGGGAATCAACAGGGACAGATGGTTATACCATTACACCGGCCGATAAAGAAAGCGTAGGCACAGAAATTATTGTAAAGATGAAGGAAAACGAAGAGGAAGACTCGTTTGATATATTTTTAGACGAGCATCAATTACAACAAATTATTAAAAAGTATTCGGATTTCATTCGTTATCCAATTAAAATGGATGTTACAAAGAGCAAACCGAAAGAGGAAGATAGTGAAGAATACGTAGATTATGTAGAAGAAGAAACGATTAATAGTATGGTCCCAATCTGGAAAAAGAATAAAAGTGAATTAACAGAAGATGATTACACGAATTTTTACCAAGAAAAAAAGTATGGTTTCGATAAACCGTTAAAATCCATGCATATTAATGTGGATGGTACAGTTCGCTATAATGCTATTTTATTCATTCCAGAAAATGCACCATTTGATTATTATTCGCCGGAATTTGAAAAAGGCCTCGAACTTTATTCCAACGGTGTATTAATTATGAATAAATGTGCAGATCTTCTACCAGATTATTTTAGCTTTGTTAAAGGTATGGTAGATTCCGAAGATTTGTCTTTAAATATTTCACGAGAAATGTTACAACATGACAGACAGTTGAAAGTAATTGCAAAAAACATGACGAAAAAAATTAAAACACAACTACAGCACCTATTACGTGATGATCGTGAAAAGTATGAAACATTTTATCAAGCCTTTGGCAGACAGCTGAAATTTGGTGTATATAATGACTTTGGTGCGAATAAAGAAACACTGCAGGATTTGCTTATGTTCTATTCATCAAAAGAAAAGAAATTAGTCACGCTTGCTGAATATGTACAACGTATGCCAGAAGATCAGTCGTATATTTATTATGCTGCTGGTGAATCTATTGATCGCATTGAAAAATTACCACAAACGGAGATGGTAGCAGATAAAGGGTATGAAATTTTATATTTCACCGAAGAAGTAGATGAATTTGCGATTAAAATGATGCGAGAATATAAAGAGAAAGAATTTAAATCTGTATCTAGTGGTGATCTTGGTTTAGAGGATGACACAAAAGATGAAGCAGATGAAGAGATACAAGAAGAGAATAAAGCATTGTTTACAGCTATGAAGGAACATCTAGGAGATAAAGTAAAAGATGTCCGAGCTTCTAAACGTTTGAAATCGCATCCTGTATGCTTAACAGCTGAGGGCGAAATTTCTTTGGAAATGGAAAAAGTAATTAATGCAATGCCGAATAATCAACAAATAAAGGCTGAAAAGATATTAGAAATTAACGTAAATCATGACGTATTCCAAGCATTAAAGTCTCATAAAGAGGATAAGGAAAAAATAGGTTTATATACAAACTTATTGTATAATCAGGCGTTATTAATTGAAGGTATACCTGTAAACGACCCTTTTGAATTTACGAATGATATTTGTAAAGTCATGGTTTAA	MGKQQFKAESKRLLELMINSIYSQREVFLRELISNASDAMDKMYYRSLTDENLTFNQEDYYIKLIPNKEDRTLRVIDTGIGMTKEELETNLGTIAKSGSFAFKNDTELKDGRDIIGQFGVGFYAAFMVADKVTVITKSVDSDQAYQWESTGTDGYTITPADKESVGTEIIVKMKENEEEDSFDIFLDEHQLQQIIKKYSDFIRYPIKMDVTKSKPKEEDSEEYVDYVEEETINSMVPIWKKNKSELTEDDYTNFYQEKKYGFDKPLKSMHINVDGTVRYNAILFIPENAPFDYYSPEFEKGLELYSNGVLIMNKCADLLPDYFSFVKGMVDSEDLSLNISREMLQHDRQLKVIAKNMTKKIKTQLQHLLRDDREKYETFYQAFGRQLKFGVYNDFGANKETLQDLLMFYSSKEKKLVTLAEYVQRMPEDQSYIYYAAGESIDRIEKLPQTEMVADKGYEILYFTEEVDEFAIKMMREYKEKEFKSVSSGDLGLEDDTKDEADEEIQEENKALFTAMKEHLGDKVKDVRASKRLKSHPVCLTAEGEISLEMEKVINAMPNNQQIKAEKILEINVNHDVFQALKSHKEDKEKIGLYTNLLYNQALLIEGIPVNDPFEFTNDICKVMV	PGPT0014640_3468	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	TRIGGERED_IMMUNITY	PAMP|EFFECTOR_TRIGGERED_IMMUNITY|PTI	PTI-PR1_LIKE_PROTEINS,PGPT0014640-hptG-K04079	NA	NA
AK148_00882	939	rihB		Pyrimidine-specific ribonucleoside hydrolase RihB	ATGAAGAGAAAAGTATACATGAACCACGATGGTGGAGTCGATGATTTAGTATCGTTATTTTTATTATTGCAAATGGAAGATGTTGATCTAGTAGGTGTTAGCGTTATCCCAGCAGATTGTTATTTGGAGCCCGCAATATATGCAAGTCGCAAAATTATTGATCGGTTTGGACAAGGGAAAGAGATAGAAGTAGCAGCTTCTACTTCACGTGGGAAAAATCCATTTCCTAAAGATTGGCGCATGCATGCTTTTTATGTAGATGCACTACCAATACTCAATGAGCATTTACCAATCCAAACAAAGGAAGCAGAATTACCAGCACATCAACACCTTATTCGAACTTTAAGAAATAGTAATGAACGAGTGACATTATTATTCGTTGGGCCATTAACGGATTTGGCAAGAGCATTGGACGAAGCGCCAGATATTGAGGAAAAGATTGAAAAACTCGTTTGGATGGGTGGCACGTTTTTACCGACTGGAAATGTAGAAGAGCCTGAACACGATGGAACAGCTGAGTGGAACGCATTTTGGGACCCAGAAGCTGCAAAAATAGTTTGGGATAGTAAAATAACTATTGATTTAGTAGCATTAGAAAGCACGAATAATGTGCCACTAACGGTAGATGTTCGTAATAAATGGGCGAGAGAAAGAGAAGATATAGGAATAGACTTTTTAGGACAATGTTATGCAATGGTCCCTCCACTTGTCCACTTCCAAACAAATTCAACATATTTTCTATGGGATGTACTTACAACAGCAACAATAGGAAATTCAAATGTAATTAAAAGGAAAATCGTTCGATGTTTCGTTCATCCTGATGGAAAAAGTCAGGGACGAACAGAACTGAATAAACAAGGGCGTGAAGTGAACCTTGTCTATGAAGTGAAACGGGAACAATTTTTTTCCTACATAACAGATCTCGCTAGACAAAAGTAG	MKRKVYMNHDGGVDDLVSLFLLLQMEDVDLVGVSVIPADCYLEPAIYASRKIIDRFGQGKEIEVAASTSRGKNPFPKDWRMHAFYVDALPILNEHLPIQTKEAELPAHQHLIRTLRNSNERVTLLFVGPLTDLARALDEAPDIEEKIEKLVWMGGTFLPTGNVEEPEHDGTAEWNAFWDPEAAKIVWDSKITIDLVALESTNNVPLTVDVRNKWAREREDIGIDFLGQCYAMVPPLVHFQTNSTYFLWDVLTTATIGNSNVIKRKIVRCFVHPDGKSQGRTELNKQGREVNLVYEVKREQFFSYITDLARQK	PGPT0013465_2122	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013465-iunH-K01239	NA	NA
AK148_00883	270			hypothetical protein	ATGGAAAAACAAATGCTTCACCAGCAATTAGAGTTGGCTACACAGCAATTTACAGATGCTTACGAGCTTATCCAACAGGCTAAAACAAGTGGAAATGAGGAAGAGTTGATGCAAGCGCAAAACCAACTGTTACAAGTGGACCACTTATTGAAAGAAACACAGTATCAAGCAGGACAAGATGCTTTAGACAACCCACAATTTCAACAAACCTTTGAAAAATTGCATAATGCAAGACAAGAAATTGAAACGTATCGACAAAATAACCAATAA	MEKQMLHQQLELATQQFTDAYELIQQAKTSGNEEELMQAQNQLLQVDHLLKETQYQAGQDALDNPQFQQTFEKLHNARQEIETYRQNNQ				NA	NA	NA	NA	NA
AK148_00884	828	yvgN	COG0656	Glyoxal reductase	GTGATTACACATTTACAAGATACTGTCTTGTTAAATAATGGAGTAAAAATGCCTGGTTTCGGCTTAGGCGTCTACAAAGTTGAAGATGGAAAAACGGTTCAAACTGCGGTTCAAGCAGCTTTAGAGGCAGGCTACCGTATGATAGACACTGCCTCATTTTATGACAATGAAGTAGGTGTTGGGGAAGCCATTAAGCAGTCAAATATTCCCCGTGAAGAGTTATTTGTTACGACAAAGGTATGGAATGACGAACAAGGATACGCTGAGACAAAAGAAGCTTTTGAAAAGAGCTTGCAGAGGCTTGGCTTAGACTATATAGATCTCTATTTAATTCACTGGCCAGTGAAAGGAAAGTATGTAGAGACTTGGAAAGCTATGGAAGAGCTGTATGAAAGCGGTCAAGTCTGTGCAATTGGAGTGAGCAATTTTCACCAACAACATGTAGAAAATTTGTTAGCGAATAGTAAAATAGTTCCTGCTATCAACCAAGTTGAATATCACCCCCATTTAACACAGAAGCCGCTGTATGCGTTTTGCAAACAACAAGGTATCCAGTTAGAGGCATGGTCCCCTTTAAAACGAGGGCGACTAATGGACGAGCCGTATTTACTAAGCGTAGCTAAAAAGTATGGAAAGACTATAGCCCAGGTTATTTTGCGTTGGGATATTCAAAACGAAGTAATAACGATTCCGAAATCAACGAATCCCAGACGAATTAAAGAAAATGCTGCTATTTTTGATTTTTCGCTAACTGAAAAAGAAATGCAAAAAATTAGCCGTTTAAATCAAAATGATCGAAGTGGAACAAACCCAGATAGTTACGATTAA	MITHLQDTVLLNNGVKMPGFGLGVYKVEDGKTVQTAVQAALEAGYRMIDTASFYDNEVGVGEAIKQSNIPREELFVTTKVWNDEQGYAETKEAFEKSLQRLGLDYIDLYLIHWPVKGKYVETWKAMEELYESGQVCAIGVSNFHQQHVENLLANSKIVPAINQVEYHPHLTQKPLYAFCKQQGIQLEAWSPLKRGRLMDEPYLLSVAKKYGKTIAQVILRWDIQNEVITIPKSTNPRRIKENAAIFDFSLTEKEMQKISRLNQNDRSGTNPDSYD	PGPT0014985_419	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-METHYLGLYOXAL_DETOXIFICATION,PGPT0014985-yvgN-K23257	NA	NA
AK148_00885	1203	cvrA_1	COG3263	K(+)/H(+) antiporter NhaP2	TTGATTCCAGCAGTCCAACAATCAAATATAACAATACTTTCTATTTCCCTTATATTAATAATTAGTATTCTAGCTGTAAAGTTCTCCGCAAAAGTAAATTCTCCCTCGCTTGTCTTCTTTATTGGCATAGGGATGATTTTCGGTAGTGAAACTGTTCATTTATTTCACTTTGATGACCCATCTGCGGCGCAATTAATAGGGATGCTAGCTTTAGTTGTTATTCTGTTTGATGGCGGGATGCAAACAAATTGGCAATCTTTACGGCCTCATGCAGTCCCTGCTTTATCTCTTGCTACGATCGGAGTGTTATTAACGACTATTGTGATGGGTCTTGTAGCAAAATTACTGTTTCCTTTTAGCTGGCCAGAAGCTTTATTATTAGGAGCTTTAGTTGGCTCAACAGACGCTGCAGCAGTATTTGCTATGCTTAAAGGAAAAGATGTATCTAACAAAATTACTTATACGTTAGAAGGAGAGTCTGGAGTAAATGACCCCATGGCTGTATTTTTAACTACTTCGTTGATTACCGTGGTAACCAACGAAACTCCCAATAGCTTATCTTTTATTGGAGATTTCATATGGCAAATGGGCGGAGCAATCGTTTTTGGTTTTATTATTGGTAAATTAGGAAGTAAAGGATTGCATCGCATGGCCTTATCTGCAAGCGGTTTATATCCTTTATTAGCACTTGCTTTTGCTCTATTTGCCTATAGTTTTGGTTCATTGCTACAGACAAGTGGTTTATTAACCGTCTACATTGCAGCCATTGTTATTGGTAGCCATCCTTTGCGCCAACGCTACACGATTTTGCGTTTTAATGAGGGATTGAGTTGGGTAGCACAAATAGGAATGTTTGTACTTTTAGGTATGTTTGTCATTCCGTCTGACTTATTTTCGTTTTCTATTATTGCAAAAGGTTTGTTGCTCTCTTTTACATTAATACTTATTGCGAGACCAATTGCAACAAATATCGCCGTTATACGAATGGACTTTAATTGGAAGGAGAGATGTTTTATATCGTGGGCTGGATTGCGTGGAGCTGTGCCAATCGTGCTTGCGCTATTTCCAATGCTTGCTCAAATAGAGCATAGTCAGCTTTATTTTAACCTCATATTCTTCATCGTGTTAACATCTAGCATGATTCAAGGAACTTCACTACCATGGCTGGGAAGAAAACTTGATCTGTCAAAAAACAGCAAATAG	MIPAVQQSNITILSISLILIISILAVKFSAKVNSPSLVFFIGIGMIFGSETVHLFHFDDPSAAQLIGMLALVVILFDGGMQTNWQSLRPHAVPALSLATIGVLLTTIVMGLVAKLLFPFSWPEALLLGALVGSTDAAAVFAMLKGKDVSNKITYTLEGESGVNDPMAVFLTTSLITVVTNETPNSLSFIGDFIWQMGGAIVFGFIIGKLGSKGLHRMALSASGLYPLLALAFALFAYSFGSLLQTSGLLTVYIAAIVIGSHPLRQRYTILRFNEGLSWVAQIGMFVLLGMFVIPSDLFSFSIIAKGLLLSFTLILIARPIATNIAVIRMDFNWKERCFISWAGLRGAVPIVLALFPMLAQIEHSQLYFNLIFFIVLTSSMIQGTSLPWLGRKLDLSKNSK	PGPT0013860_1180	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013860-cvrA|nhaP2-K11105	NA	NA
AK148_00886	315			hypothetical protein	TTGAACATGGTATACAGGCGATTTTTTTACATTTGTAGTATCACTTTATTTTGTACCTTTTCTTTTGGTGGGTTGGAAAGACCGAATCATTCTTATGCAGCTATTTTGCATGAATGGAAGCAAGCAAGCTCAGATATTAATTACATACATACGGGTAGTCATGAATTTACGTACTGGAAGAATTTTATGAGACATAAACGTACGTGTCATATATCACAAAAAATAAAAACAACCGTATATTATTGTGATTTACACAATCACACAAAATCAAAAACCGTTCATGTAGAAACTGTACATAGCGAACAACATTCATAG	MNMVYRRFFYICSITLFCTFSFGGLERPNHSYAAILHEWKQASSDINYIHTGSHEFTYWKNFMRHKRTCHISQKIKTTVYYCDLHNHTKSKTVHVETVHSEQHS				NA	NA	NA	NA	NA
AK148_00887	957	yvyI	COG1482	Putative mannose-6-phosphate isomerase YvyI	GTGTATCAAGAACCGATCTTTTTAAAACCTGTATTTCAAGAGAGAATATGGGGTGGGGGAAAGTTAAAGTCAATGTTTCAGTATCCTATCCCATCAAATCAAACTGGGGAAGCATGGGTTATTTCTGCTCATCCTCATGGACCAAGTGAAATAATAAACGGCCCCCTTGCTGGCCAAACATTAGCAGATGCGTGGAATACCAATCGTGAATTATTTAACAGAGAATCTAATCGTAGTGAAGCATACCCGTTATTGGTGAAAATACTAGATGCAGATGATAATTTATCTGTACAAGTACATCCTGATGATGCGTACGCAAGAAAGGTAGAAAAACAGCCGTATGGTAAAACAGAATGCTGGTACGTGTTACAAGCAGACTCGGGTTCGGAACTTATTTTAGGGCACCATGCCAAAACAAAAGAAGAGCTAGCCAAGATGATGGATGAAGGAAAGTGGGACCAATTATTACAACGAATTCCTGTGAAAGCGGGCGATTTTGTTTACGTCCCTAGTGGTACTATTCATGCGATAGGTAAAGGTATTGTTATACTAGAAACGCAGCAAAGTTCAGATATTACGTATCGAGTTTATGATTATGATCGAACGGATAGTCATGGAAATACACGAGAACTACATTTGGAGAAAGCAAAAGAAGTTACAAATATTCCCCATCAAGCTTCTGTATTTGATCAGAAACAGAGTCAAATAGATGATTTGCAAATAAAGCAATTGGTTAAAGAACATTATTTCACTGTCTACCACTGGAAAGTAAATGGACAAGTAACAAAACAGTTAGACGCTGATTTTCTTCAATGTAGCGTAATCTCTGGGAAAGCAGAAATTGAAATAAATGGGCAGTCATTCGCCATACAAAAAGGTGATCATTTTATTTTGCCACATGGAATTACAACGTATCGCTTGGCAGGGGATGCTGAATTAATCGTTTCGCATACGTGA	MYQEPIFLKPVFQERIWGGGKLKSMFQYPIPSNQTGEAWVISAHPHGPSEIINGPLAGQTLADAWNTNRELFNRESNRSEAYPLLVKILDADDNLSVQVHPDDAYARKVEKQPYGKTECWYVLQADSGSELILGHHAKTKEELAKMMDEGKWDQLLQRIPVKAGDFVYVPSGTIHAIGKGIVILETQQSSDITYRVYDYDRTDSHGNTRELHLEKAKEVTNIPHQASVFDQKQSQIDDLQIKQLVKEHYFTVYHWKVNGQVTKQLDADFLQCSVISGKAEIEINGQSFAIQKGDHFILPHGITTYRLAGDAELIVSHT	PGPT0017860_2810	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
AK148_00888	1920	manP_1	COG1299	PTS system mannose-specific EIIBCA component	ATGAAAATAGTTGCTGTTACAGCGTGTCCTGTAGGAATTGCTCATACGTATATGGCGGCTGAAAACTTACAAAAAGCTGGTGAGAAACTAGGTGTAGACATAAAAGTCGAAACACAAGGTTCTATTGGTGTAGAGAATGCATTGACGGATGAGGATATTGAAGAAGCAGATGGTGTAATTATAGCGAGTGATAAAGAAGTCACGAAGGAACGTTTTATTGGAAAAAGGTTAATTGCTACTGGTGTGCAGGAAGGGATAAAACGTCCAGAAGAATTAATTAACCGATTTGCTACCGAAGATGTACCTGTTTATCAAGCTGACTTAATGTCCGCAAACGACGTGAAAAAGAAGAAAAAAGAAAAAGAAAACCCCATATATCGACATTTGATGAGTGGAGTTTCCTATATGATTCCTTTTATTGTAGTTGGTGGATTGCTGATAGCTCTTGCACTAACTTTAGGTGGTGAACAAACACCAGGAGGAATCGTTATTCCTGAAGATTCGTTTTGGAAAAAGGTAGAAGAAATTGGCGCGGCATCCTTTAGCTTTATGGTGCCTATATTGGCAGGTTTTATCGCTGTTAGTATTGCTGACCGTCCAGGCTTAGCTCCCGGAATTATTGGTGGGTTTATCGCTGCAAATGGTAGCTTTTATGGAAGTGAAGCAGGTGCAGGTTTTATTGGTGGTATTATTGCAGGTTTTCTTGCGGGGTATATTACATTAGCTATTAAGAAGATTAAAGTACCACAAGCCATTCAACCTGTAATGCCAATTATTTTTATACCAATCTTAGCAACTTTAGCAGTTGGGTTATTATTTGTTTATGTTGTTGGTGCGCCAGTAGCACAAGTGTTTGAATCGTTAACAGCATGGCTAGAAGGGATGCAAGGAGCAAGTTCTATATTGCTCGCTCTAATTTTAGGGGCTATGATTTCCATTGATATGGGTGGTCCTTTTAATAAAGTAGCCTTCTTATTTGGTTCAGCCATGATTGCAGAAGGAAATTATGAAATTATGGGACCAATTGCTGTCGCTATCTGTATTCCACCTTTAGGAATGGGACTAGCGACGCTTATGAACAAACGTAAATATCAACCTGCAGAGCAACAAGCAGGAAAAGCAAGTTTCACTATGGGACTATTTGGCATAACGGAAGGAGCGATTCCTTTTGCTGCGCAAGATCCATTGCGAGTTATTCCAAGTATTATGGTTGGTTCCATGACAGGTTCTGTCATTGCAATGATTGGGAATGTCGGTGATCGAGTAGCTCACGGCGGACCTATTGTCGCTGTACTAGGAGCAGTAGATAATGTGCTTATGTTCTTTGTAGCTGCCATTATCGGTACAATTGTCACGGCTTTCATGGTTAACTTTCTTAAGAAAGATGTATCAGGAACGCTCAAGGGAAATGATACGTCACCTAAACGAGCGGAAGAAGATGCTTCATCTAAAACGACTGAGATTACGAAATTAACCGATATTGTAACGAACGATTTAATTCATTTAGATCTTCAAGGAAATACAAAAGAAGAAGTATTAGATGAGTTAATAGCTAGTATGAAACAAGCAGGAGTAGTACTTGACGCAGAAGCATATAAGCAAGTTGTTATCGCTCGAGAGCATGAAGGGACGACAGGAATGGGGATGAGCATTGCTATCCCACATGGAAAATCCGATGCAGTAAGTGAACCAGCTGTAGCTTTTGGTATGCATCGCGCTGGAGTTGATTGGGAAAGTTTAGACGGAAACCCTGCTAAATTAATATTTATGATTGCCGTGCCTACAGAGAGGGCTGGAGATGATCATTTGAAAATTTTACAAATGCTTTCACGGAAATTAATGGATGACGATTACAGAGAAAAATTACTTCATGTTACAACAAAAGAAGAAGCGCATCAATTATTAAGTGAAATTCAATAA	MKIVAVTACPVGIAHTYMAAENLQKAGEKLGVDIKVETQGSIGVENALTDEDIEEADGVIIASDKEVTKERFIGKRLIATGVQEGIKRPEELINRFATEDVPVYQADLMSANDVKKKKKEKENPIYRHLMSGVSYMIPFIVVGGLLIALALTLGGEQTPGGIVIPEDSFWKKVEEIGAASFSFMVPILAGFIAVSIADRPGLAPGIIGGFIAANGSFYGSEAGAGFIGGIIAGFLAGYITLAIKKIKVPQAIQPVMPIIFIPILATLAVGLLFVYVVGAPVAQVFESLTAWLEGMQGASSILLALILGAMISIDMGGPFNKVAFLFGSAMIAEGNYEIMGPIAVAICIPPLGMGLATLMNKRKYQPAEQQAGKASFTMGLFGITEGAIPFAAQDPLRVIPSIMVGSMTGSVIAMIGNVGDRVAHGGPIVAVLGAVDNVLMFFVAAIIGTIVTAFMVNFLKKDVSGTLKGNDTSPKRAEEDASSKTTEITKLTDIVTNDLIHLDLQGNTKEEVLDELIASMKQAGVVLDAEAYKQVVIAREHEGTTGMGMSIAIPHGKSDAVSEPAVAFGMHRAGVDWESLDGNPAKLIFMIAVPTERAGDDHLKILQMLSRKLMDDDYREKLLHVTTKEEAHQLLSEIQ	PGPT0017120_1033	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
AK148_00889	1914	manR_1	COG1762	Transcriptional regulator ManR	ATGAATGCTAGACAGCGAAAAATAATCGAAGCTCTATTAACTTATGGCAACCGTCCAATTTTAGTCAATGATCTTGCTAAACAACTTGATTGTTCAGAAAAAACAGTTCGTAATGATTTGCGAACAATTGATGTTTATTTGCAAAACTATTCGTCTGCATGTTTAATTCGAAAACCTGGAACAGGGATTTATTTAGAAATAAATAAACGAGATAAGCAAGACTTGTTTCATGCACTTTTTCGTGAAAATAAATCATCGTATCAACGGCTTATGGAAATAGCTTATCGTTTATTAACTGATAAAAACCCACTCACGTTGCAACAGCTGAGTATGGATTACTATGTCCATCATACTGCTATAAAGAGTGATCTTGAAGCGATTCAGCAGTGGTTTGAAAGTTTTGGATTGGTTATTGAATCAAGGCAAAAGCTAGGTCATTACGTAAAAGGGGAAGAATTAAACAAACGAATGGCTTTGGCACATATAGAGGAAATAGTGAACCAAGGTGCGACGGCATTTTTAAAGAATGTATTTGCGCCCTTTGAAATTGCTACAGTAAGACAAATACTAAACCAAATGATAGAAAAATGGAAAATTCCCATGACAAGTCATGCGCTGGATAATTTAGTTGTCCACGTGCTCGTTATGGTACAACGTACAAAGCAGGCTAGTCCAATAGTGATTGATAAGCAAAGTGCATCGATGAGTGAGACAAATGAGTACCGAGCGGCTGCTTGGTGTTTAGATCAGCTTGAACACAAATTTGGGATTACGTTAGCTCAAGACGAGACAATATATTTAACGTGGCATTTACGTGGGAGTAAAAAATATTCGTTACATACATCTACGGAAGAAGAAATTACACACCAAGTATTATCGACAATGATCGAGACGATGCAACAGTTGACGCATGTCTCCTTTTATGAAGATGAACAACTAATTAATGGACTTATGATTCATTTAGAAGCTGTTACTAATCGTTTGCTGTATGGATTTCCAATTAGTAATCCATTGTTACAGGACATAAAAAAGATGTATCCGTATATGCTGAGTATGGTGACGCTGTCTTTAGAGAAGGTGAGTGAAAAATTTCCATTTGATATACCTGAAGAAGAAGCAGCTTATATAGTTCTGCATTTTCAAGCTTCCATAGAAAGGTTAGATGCTGAAAATTATGCAGTACCTCGCGTGTTAATTGTTTGTGATATGGGAATAGGGATGTCTAGATTACTGCAAGCAAAAGTGGAAAAACAGTATCAAGAAATGAAAATTGTAGGAACTGTTGGGAAGGGAGAAGTGCAACGTTTTATAAAGCGAGAACAAGTGCATTTAATTATATCGACTACGCCTATAGAAAAAATTAATATCCCAACGATTATTATTTCTCCGCTTTTAGAAGCAACTGATAAAGAAAAATTGCAACGATTTCTGAAGAAAAAAGCGGGTCGTTCTTCTGTTTTGGCTACCAGTCCTCAAGTTTTACATGATTTTATAGAAGAAGAATTACTGTTTCTAAATATTAATCCTCAACATCGTTTTCAAGTAGTTGAAATGCTAGGAAATGCCTTATACAAACAAGGTAAAGTAGAAAAATCATATGTCCACCAAGCGCTTTTGCGTGAAAGGAAGTCAGCTACAGCAATTGGTGGTGCCATAGCTATTCCACATGGAGATCCGACGCTTGTTATTGCTTCTACGATTGCCATTGCTGTTTTAACCGAGCCGTTGGAGTGGGGAAAAGAAGAGGTGTCAATTGTGTTTATGTTGGCTTTAGCGAATGAAAAAGCGAATCCAATTAAAGCAATTATTCATAAGCTATCATCACTATCAAACGACCCAATGACAGTAAGAGATTTATTAAATGCTACTGATAAGCAAGCATTCTTACGTGTATTGACAGAAAAAGAGTGGTAA	MNARQRKIIEALLTYGNRPILVNDLAKQLDCSEKTVRNDLRTIDVYLQNYSSACLIRKPGTGIYLEINKRDKQDLFHALFRENKSSYQRLMEIAYRLLTDKNPLTLQQLSMDYYVHHTAIKSDLEAIQQWFESFGLVIESRQKLGHYVKGEELNKRMALAHIEEIVNQGATAFLKNVFAPFEIATVRQILNQMIEKWKIPMTSHALDNLVVHVLVMVQRTKQASPIVIDKQSASMSETNEYRAAAWCLDQLEHKFGITLAQDETIYLTWHLRGSKKYSLHTSTEEEITHQVLSTMIETMQQLTHVSFYEDEQLINGLMIHLEAVTNRLLYGFPISNPLLQDIKKMYPYMLSMVTLSLEKVSEKFPFDIPEEEAAYIVLHFQASIERLDAENYAVPRVLIVCDMGIGMSRLLQAKVEKQYQEMKIVGTVGKGEVQRFIKREQVHLIISTTPIEKINIPTIIISPLLEATDKEKLQRFLKKKAGRSSVLATSPQVLHDFIEEELLFLNINPQHRFQVVEMLGNALYKQGKVEKSYVHQALLRERKSATAIGGAIAIPHGDPTLVIASTIAIAVLTEPLEWGKEEVSIVFMLALANEKANPIKAIIHKLSSLSNDPMTVRDLLNATDKQAFLRVLTEKEW				NA	NA	NA	NA	NA
AK148_00890	1941	licR_2	COG1762	putative licABCH operon regulator	ATGCTTACAACTAGGATGCGAATGATATTAAAAAAATTAATGCTTGTTGATTCTCCGTTGACAGGGGAATTTTTGGCTCAGTTAAATAAGGTTACAACAAGAACGACGAGAGAAGATATAAAAAAACTGGATTCATTAATACGTCAATATGGAGCCAAGGTAGAAGCTGTTGTGTCAAAAGGTTATCAGCTGACTATTTTTGATGAAGAAAAGTTTCGCGATTTTTTGCATACAATTGTTCATCTGGAAGATCAAAAAAATAGGTCTATCTCACAATTACCTGAAGACAGAGAGATACAAATTATTCGTCGGTTATTAGTAACGAAAGGTTATGTGAAGCTAGAGCAATTGGCTGATGAACTGTATGTTAGTAAATCTACTGTGCAAAATGATTTAAAACAAGTAAAGGAGCGGCTAAAGCTTTATTCGATTCAGATTCATTCAAGACCAAACTATGGTCTTAAATTACAAGGTGACGAATTGAAATTACGCTTTTGTATGGCTGAATACATTGTTGATCGAACACATAGACATGGTGAGCACCCCCATCATCCTGCAATTCCATCCATACGTAAGGAAGACTTTGTTGCCATTGACAACATTATTATGGAACAAATAAAACAGAATCATATTAGTATGTCGGATGTAGCGATTCAGAATTTGCTCATTCATATATTAATTGCTTATGAACGAATAAAAGACGGCAACTATATAACATTGCAGTCTAGTGAATTGGAACAAATTGTTAATCAATCGGAATATGAAGTAGCTAAACGCATTGTTCAGAACGTAGAAAGGCATTTACACATACAGTTTCCTGATTCAGAAACAGCCTATATCGCCATTCACTTATTGGGAACAAAAATGATCGCTCCACTTGAACAGGCAGGCGGATTGGAAGAAAACTTAGTTGCACCTGATATTTTGCCAATTATTATGCAGATGCTAAAAAAAATAGATGAAGAGTATCATTTAGGGATTCAACATGATAAAGAACTGATAGTCGCTTTGGGGTTACATCTCAAGCCTGCTATTAATCGGTATAAATATGGCATGAACATTCGAAATCCATTATTAGCAGATATTAAAAAAAGCTATCCATTAGCTTTTGAATCAGCCGTTCTAGGCGGTATGGTTATTGAAAAAATGACAGGCAGTGAATTTGATGAAAACGAGATCGGGTATATTTCTTTGCATATTGGTGCGGCAATGGAGCGGAAAAATTTCCACACGGGACCAAAGCGTTGCTTAATTGTATGCGCATCAGGGTTTGGTACAGCACAATTAATATATTATAAAGTAAAAACGGAATTTAGAGATGCTGTTGAAGTGATTGGTGTTATTGAATTGTATAAGTTAAAGGACTGTCAACTAAGTAATATAGACTTTATTATTAGTTCTGTAGCAATTGATCAAGACATAGGTATACCTATAATTCGAGTTAATGCTATATTAGAAAAATCAGACATGGAAAACATTACATCATTTATTCATGGTCAAGAATCGATTAGGACCTACTTTCAGCCACAGCTCGTATTTTTGCAACAAAATTTGAAGAAGAGGGATGAAATACTTCACTATTTATATCAGCAAATAAACCAGATGGGATTAGTGCCAAATAATTACTTAGAACACATATATGAACGAGAGGAAATTGCAGCCACGTCATACGGTAACTTAGTTGCTATTCCTCACCCTGTCACGCCCCAATCCAAGAAAACTTTTTTAACGGTTTGCACATTAAAAAGGGCAGTGGATTGGGGAGGTAAACCTGTTCAATTTATTTGTTTATTAAATGTACAAAAAGATAGTAAAGAAGATCTGCAAGGAATGTACGATTTATTAGGAACGATCGTTAACTCAGAAACAATCGTCCAACGTTTAATTCAAGCAACAGATTACTATGACTTTATCCGAGTTTTAGATGAATATCGTAATTGA	MLTTRMRMILKKLMLVDSPLTGEFLAQLNKVTTRTTREDIKKLDSLIRQYGAKVEAVVSKGYQLTIFDEEKFRDFLHTIVHLEDQKNRSISQLPEDREIQIIRRLLVTKGYVKLEQLADELYVSKSTVQNDLKQVKERLKLYSIQIHSRPNYGLKLQGDELKLRFCMAEYIVDRTHRHGEHPHHPAIPSIRKEDFVAIDNIIMEQIKQNHISMSDVAIQNLLIHILIAYERIKDGNYITLQSSELEQIVNQSEYEVAKRIVQNVERHLHIQFPDSETAYIAIHLLGTKMIAPLEQAGGLEENLVAPDILPIIMQMLKKIDEEYHLGIQHDKELIVALGLHLKPAINRYKYGMNIRNPLLADIKKSYPLAFESAVLGGMVIEKMTGSEFDENEIGYISLHIGAAMERKNFHTGPKRCLIVCASGFGTAQLIYYKVKTEFRDAVEVIGVIELYKLKDCQLSNIDFIISSVAIDQDIGIPIIRVNAILEKSDMENITSFIHGQESIRTYFQPQLVFLQQNLKKRDEILHYLYQQINQMGLVPNNYLEHIYEREEIAATSYGNLVAIPHPVTPQSKKTFLTVCTLKRAVDWGGKPVQFICLLNVQKDSKEDLQGMYDLLGTIVNSETIVQRLIQATDYYDFIRVLDEYRN	PGPT0019430_224	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_LICHENAN_DEGRADATION,PGPT0019430-licR-K03491	NA	NA
AK148_00891	1383	gmuD_1	COG2723	6-phospho-beta-glucosidase GmuD	TTGACAGTAAAATATAAATTTCCAGCAAATTTTTGGTGGGGAAGTGCAACGTCTGCTACGCAAATAGAAGGTGCAGCAGACAAAGATGGGAAAGCGAAAAACATCTGGGATTATTGGTATGAAACGGAACCGAATCGCTTTTTTGACCAAGTAGGTCCAGCGAGAGCATCTGATTTTTATCAACGATATAAGGAAGATATTCAATTAATGAAACAGATTGGACATAATAGTTTTCGTCTATCTATTTCATGGTCCCGTTTAATGCCGAACGGACAAATGAATGAACAAGCGGTAGAATTTTATAATGGTGTGATTAATGAATTAATAGACAATGATATCGAGCCATTCGTTAATCTATTTCACTTTGATATGCCACTTGCTTACCAACAATTTGGTGGATGGGAAAATCGCGAAGTTGTAGATAGCTATCAAGCTTATGCGGAGATGTGTTTCAAACTTTTTGGTGATCGAGTGAAAAAATGGTTTACATTCAATGAGCCGATTGTCCCTGTTGAAGGTGGGTATCTGTACGATTTTCATTATCCTAATATTGTGGATGCTAAAAAAGCGGTGCAAGTAGCATACCATACGATGATTGCTAACGCAAAAGCAATTAAGGCTTTTCGTAAGCTAAATTATCCACATAGTCAAATTGGAATTATATTAAATTTAACACCATCTTATCCAAGAAGCAGTAACCCAGCTGATCTACGTGCTTCAAAAATAGCAGATCTATTTTTTAACCGTAGTTTCTTGGATCCAGCTGTATTAGGTGAATATCCTGATGAGCTAATTGCCATTCTAAAAGAACATGGTCAGTTACCGCAAACAAAACAGGGTGATAAAGAACTACTAAAAAACAATACGGTAGATATTTTAGGGATTAATTATTACCAGCCACGTCGTGTGAAAGCAAAAGAATATTTACCTAATCCATACGCTCCATTTATGCCTGATATGTTTTTTGATCTTTATGAAATGCCAGGTAGAAAAATGAACCCGCATCGTGGATGGGAAATATACGAAAAAGGTATTTACGATATCTTAATGAATTTAAAGGAAAACTATGGTAATATATCGTCGTTTATTTCTGAAAATGGCATTGGCGTTCAGAATGAAGAGCGATTTATAAAAGAGGGTCAAATTCAAGATGAATACCGCATTGAATTTATTCGGGAACATTTAAAATGGGTACATCGAGCTGTGCAAGAAAAATGCAATGTGAAAGGGTTTCATTTATGGACATTTATGGATAACTGGTCTTGGATGAATGCCTACAAAAATCGCTATGGATTTTATTCTGTGGACTTAAATACGATGGAGCGGAAACCGAAAAAGAGTGCAGAATGGTTTAAAGAAGTGTCTCTAAACAATGGTTTTTAG	MTVKYKFPANFWWGSATSATQIEGAADKDGKAKNIWDYWYETEPNRFFDQVGPARASDFYQRYKEDIQLMKQIGHNSFRLSISWSRLMPNGQMNEQAVEFYNGVINELIDNDIEPFVNLFHFDMPLAYQQFGGWENREVVDSYQAYAEMCFKLFGDRVKKWFTFNEPIVPVEGGYLYDFHYPNIVDAKKAVQVAYHTMIANAKAIKAFRKLNYPHSQIGIILNLTPSYPRSSNPADLRASKIADLFFNRSFLDPAVLGEYPDELIAILKEHGQLPQTKQGDKELLKNNTVDILGINYYQPRRVKAKEYLPNPYAPFMPDMFFDLYEMPGRKMNPHRGWEIYEKGIYDILMNLKENYGNISSFISENGIGVQNEERFIKEGQIQDEYRIEFIREHLKWVHRAVQEKCNVKGFHLWTFMDNWSWMNAYKNRYGFYSVDLNTMERKPKKSAEWFKEVSLNNGF	PGPT0019255_4009	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0019255-bglA-K01223	NA	NA
AK148_00892	306	licA_2	COG1447	Lichenan-specific phosphotransferase enzyme IIA component	ATGGATCAAACAACTGAAATTGCTTTTCAAATTATTTTACATGCTGGTAATGGAAAATCCAATGTGATGGAAGCAATTCAAGAAGCGAAAATAGGGAATTTTAATCAAGCAGATCAACTTGTTGAAGAAGCAGCAGAAGAACTTGGAAAAGCGCATGAATATCAAACGAAATTATTGCACAATGAAGCACGAGGAGAAGGAAATATCATTAATGTTATGCTCATACACTCACAAGACCATTTGATGACTTCTATGGCAATGAGGGATTTAGCAATCGAAATTATTGAGATTTATCGCAATAAATAG	MDQTTEIAFQIILHAGNGKSNVMEAIQEAKIGNFNQADQLVEEAAEELGKAHEYQTKLLHNEARGEGNIINVMLIHSQDHLMTSMAMRDLAIEIIEIYRNK	PGPT0016980_1560	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016980-celC|chbA-K02759	NA	NA
AK148_00893	1287	gmuC	COG1455	PTS system oligo-beta-mannoside-specific EIIC component	ATGAATAAATTTATGGATATGCTTGAAAATGTATTATTACCAATTGCTGATAAATTAAATAACAACCGTTATCTAACCGCTCTTCGTGATGGATTCATGGTTGCTTTACCATTAATCATCTTTGGTTCCATTTTTGTTGTTATTGCGAACCTACCATTCCTTGATCGCGTTATAAGTGAGGATGCGTTTGCTGCTTATCAAAGTGCTTTAGGTCCTGCATCAGCAGCAACGTTAAGTATTATGGGAATGTTTGTCATTATTGGGATTGGATACAAATTGACTGAGCATTACGAAAATGAGGCTATTTATGGCGGGGTAGTTGCATTAACTGCATTTTTAATTCTTACGCCGCAAGTGCTTGAGGGTTTAACAGGTGTCATCCCAACGGTAAGTTTAGGTGCACAAGGAATGTTTTTAGGAATTTTTACTGCATTTATAGCAGCAGAACTTTATAACTTTTTTGTTAGAACAGATTGGACAATTAAGATGCCAGCTGGTGTTCCACAAGCAGTATCCAGGTCGTTTAGTGCACTAATTCCAATTACATTAACATTGTCTTTTTTCTTAATTATTCGAATTATTTTCAGCTACACGGGCTTTGACACAGTACAGAACTTTATTTATACAATTATTCAACAACCATTAACTCAACTCGGTAGTGGGTTGCCAGCAACTATTGTAGCTGTTTTATTAATTCAGGTATTTTGGTTTTTCGGGTTACATGGACAGATTATTGTTAACTCAGTTTTTGATCCGATTTGGTACATGTTAAATGAGCAAAACCTATCGGCTTTCCAAGCAGGAACGGAATTACCGAATATCGTTACAAAACAATTTATCGATTCATTTATTGTTGGAATGGGTGGATCGGGAATGACGTTAGCAGTTATAATCCTCATCTTTATTATTGGTAGAAGCAGACAAATGAAAGAGTTGGGTAAACTTGGGGCGCCAGCAGGGATATTTAATGTGAATGAGCCAATTATCTTTGGTTTACCAATTATTATGAATCCGCTTATCATTATTCCGTGGTTACTTGCTCCAGTAGTGGTTACCATTATTACGTATTTTGCTATGGCGACCGGGCTTGTTCCACCACCAGCTGGAGTTATTGTTCCATGGACAACCCCTGTTGTATTAAATGGTTTTTTAGCTACAGGAAACGCTTGGCAAGGCGGGTTGTTGCAAGCAGTCAACTTAGTGGTTGTTATGATGATTTGGTGGCCATTCTTGAAGATTATGGACAAGAGTTATTACGAGAAAGAAAAAGCAGCAAAGAAAAGTTAA	MNKFMDMLENVLLPIADKLNNNRYLTALRDGFMVALPLIIFGSIFVVIANLPFLDRVISEDAFAAYQSALGPASAATLSIMGMFVIIGIGYKLTEHYENEAIYGGVVALTAFLILTPQVLEGLTGVIPTVSLGAQGMFLGIFTAFIAAELYNFFVRTDWTIKMPAGVPQAVSRSFSALIPITLTLSFFLIIRIIFSYTGFDTVQNFIYTIIQQPLTQLGSGLPATIVAVLLIQVFWFFGLHGQIIVNSVFDPIWYMLNEQNLSAFQAGTELPNIVTKQFIDSFIVGMGGSGMTLAVIILIFIIGRSRQMKELGKLGAPAGIFNVNEPIIFGLPIIMNPLIIIPWLLAPVVVTIITYFAMATGLVPPPAGVIVPWTTPVVLNGFLATGNAWQGGLLQAVNLVVVMMIWWPFLKIMDKSYYEKEKAAKKS	PGPT0016970_2545	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016970-celB|chbC-K02761	NA	NA
AK148_00894	315	gmuB_1	COG1440	PTS system oligo-beta-mannoside-specific EIIB component	ATGAAGCATATTTTACTTGCGTGTTCAGCAGGAATGTCAACGAGCCTTTTGGTTTCCAAAATGAAAGAAGTGGCAGAAGAAAAGGGGATAGATGTGAAGGTTTGGGCAGTTGCTCAAGATAAAGTAACGAAAGATATTGAAAAAGCAGACGTGTTATTAATTGGTCCACAAATGCGTTTTTTAAAGAAAAAATTAGCCAAACTCGCGGATGAAGTAAATGTACATCTTGATGTTATTGATCCAACTGCTTATGGAAGAATTGATGGCGAAGCAGTCTTAAATAGAGCACTCGAACTAATGGAAGAAGCTAACTAA	MKHILLACSAGMSTSLLVSKMKEVAEEKGIDVKVWAVAQDKVTKDIEKADVLLIGPQMRFLKKKLAKLADEVNVHLDVIDPTAYGRIDGEAVLNRALELMEEAN	PGPT0016975_840	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016975-celA|chbB-K02760	NA	NA
AK148_00895	1398	gabD_1	COG1012	Succinate-semialdehyde dehydrogenase [NADP(+)]	TTGACTAACAAAATCACCGTTACAAACCCGGCTACTGGTGAAGTACTAAAAGAATTGAGTTCCTGGTCTAATGAGGAAGTAAAGAAAGCGCTTTATAAAGGTTATGCGTTCTTTCCAACTTGGGCAAGTATACATGCACATAAACGGTCACAATTACTGCAACGTTGGGCAATACAAATCAGAGAGCATAAGGATGAACTTGCTAAACTGATGACGAAGGAAAACGGAAAGCCACTAAAGGAATCTTATGGTGAGATAGAATATGCGGCAAGTTATATTGATTGGTATGCAGAAGAAGCAAAGCGAATTTATGGGCGAACAATTCCAGCAAACGCCGAATCAAAACGAATCCTCGTTCGTAAAGAGCCTGTTGGTTTAGTCGCTGCTATTACACCTTGGAATTTCCCTGCAGCCATGATGACAAGAAAAGCAGCACCAGCACTAGCTGCCGGGTGTACATTTATTGTCAAACCTGCTTCTGAAACACCGCTATCAGGTATTCGAATAATTGAATTAGCTCATAAGGCAGGTATTCCAGAAGACGCTATTCAATATGTCGTCGGTTCCGGGAAAGAGATTGGCGCATTATTTACAGAAAGTGACTATGTGCGTAAGATTACCTTTACAGGTTCCACTGCTGTAGGAAAAAACTTAATTAAAGGAAGCGCAAACACGGTCAAACATGTCACCATGGAGCTTGGTGGGCATGCACCATTGATTGTTGCTAAAGATGCGGATATTGAATTTGCAGCTGAACAAACGATCATCTCAAAATTTCGTAATGCTGGCCAAACATGCGTCTGCGCAAATCGAATTATCGTTCACGAAGATATTGTAGATCAGTTTGCAGCAGCTTTTGTACAACGTGCCAAACATTTAACGGTTGGCAATGGACTTCATGATAATATGGATATTGGACCAATCATTAATGAACGAGGCTATAACAAAATTAAAGAACATATTGATGATGCTAAGCAAAAAGGTGCTAAAGTATTGTTAGGAGATACATTTGATGCAAACCATGAGAAAGGATATTATTTTGTATACCCAACCATACTTAATGAAGTAACAGCGGATATGACAATTATGCATGAGGAAACATTTGGTCCAGTAGCTCCTATAACTACTTTTACAAATATCGAGGAAGCTGTACGCCTTGCTAACGATACGCCATTTGGTTTAGCTGCCTACTTTTTTGCAAATGATTACCATACTGGTACTTATTTGTATGAGCATTTAGATTACGGCATTGTTGGCTGGAACGACGGCGGACCATCTGCCGCTCATGCCCCATTTGGTGGAATGAAGGAGAGCGGACTTGGCCGTGAAGGTGGGGTGGAAGGCATTGAACCTTACTTAGAAACTAAATATGTATCGATTGGAAATCTATCGTATTAG	MTNKITVTNPATGEVLKELSSWSNEEVKKALYKGYAFFPTWASIHAHKRSQLLQRWAIQIREHKDELAKLMTKENGKPLKESYGEIEYAASYIDWYAEEAKRIYGRTIPANAESKRILVRKEPVGLVAAITPWNFPAAMMTRKAAPALAAGCTFIVKPASETPLSGIRIIELAHKAGIPEDAIQYVVGSGKEIGALFTESDYVRKITFTGSTAVGKNLIKGSANTVKHVTMELGGHAPLIVAKDADIEFAAEQTIISKFRNAGQTCVCANRIIVHEDIVDQFAAAFVQRAKHLTVGNGLHDNMDIGPIINERGYNKIKEHIDDAKQKGAKVLLGDTFDANHEKGYYFVYPTILNEVTADMTIMHEETFGPVAPITTFTNIEEAVRLANDTPFGLAAYFFANDYHTGTYLYEHLDYGIVGWNDGGPSAAHAPFGGMKESGLGREGGVEGIEPYLETKYVSIGNLSY	PGPT0001580_5827	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_TRIGONELLINE_USAGE	PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0001580-gabD-K00135	NA	NA
AK148_00896	1299	licH_3	COG1486	putative 6-phospho-beta-glucosidase	ATGACCACCTTGAATATTGCTATTCTTGGAGGAGGTTCAGCATCTACGCCACAGTTAATAAGTCAATTTATCCAACACGAGGAAGCATTACCTATAAAAAAGATATACCTTGTTGATATTTTAGCAGGGAGAGAACGTTTATCCATCATTGCATCTTTCGTTAGACGTATGATAGAACAGGAAAATAGTAACATAGAAATAATGGAAACGCTCGATAGGCGAGAGGCATTGAAGCAGGCTGATTTTATTATTAATCAAATCAGAGTAGGTGGCTTTGATATGCGTCAAATAGATGAAACGTTATGTTTAGAGTATGGTATCATAGCAGAGGAAGCTTCAGGTCCGGTTGGATTTATGAATGCTTTACGAACGATACCTATTATGCTTGATATTTGTGAAGATATTGAAGAATTAGCACCAGATGCTTGGTTACTTAATTTGACGAATCCTTGTAGTATAATCACAGAAGCGATAGATAAGCATACGAATGTGAAAGTTATTGGTATCAATGAGGGGCCAATGGCTTTTCGGAATCAATTTGCAAAGGCGTACGATGTTGTCAAAAATGATATAAGTATGCAACTAATAGGGACAAGTCAATTGTTATGGATTACGGATTTATATGTTCGTGGAAAATCAAAGTTAACAGATGCCATACTTTATAAAAAACTGCATAGTAGAAAAAAGCGGCAAGATATTACAGTTGATACGTATTTTTTACAAACATATGGCGTTATTGGTTGCGACTATCAGCCTTATTATTATCAGGGTGACCAAATTTTAACAAAGCAATTAGATGTGTTTAAACAAGGTGTGCTTCCATCTGATTTTGAACTAGAAGAACACAAGCAGTTATTTTCTCTATATGAACATGCAAAAACAGCTACGTTACCAAATGGAGTGGAAGATAGGCGAGGTGCAGCAGCTTTAGAAGGGGTGCTCGAGGTTATTCAAGCAATCCATTATAATTTAAAGCGCATTTTACCAGTAAATATTAGAAATAATGGAGCAATAGAAGGCTTACGGAACGATGCTTGTGTTCAGGTGAATAGTGTAGTGGAAAGACATGGAATTATACCAATTCAAGTACCAGAAATCTTACCGCATGTTCACGGATTATTACAATATATGAAAGCTTATGAGTCACTGACTGTGGAAGCAGGAATATCCAAAAACATTGGGGTAGCCATTCAGGCGATGACCATGCATCCATTTGTGCCATCTGCGGAAGTAGCTCATAAGCTGCTTCAAGATATGTTTATTGCAAATGAAGCTTATGTTCAACCGGTCATTTATTAA	MTTLNIAILGGGSASTPQLISQFIQHEEALPIKKIYLVDILAGRERLSIIASFVRRMIEQENSNIEIMETLDRREALKQADFIINQIRVGGFDMRQIDETLCLEYGIIAEEASGPVGFMNALRTIPIMLDICEDIEELAPDAWLLNLTNPCSIITEAIDKHTNVKVIGINEGPMAFRNQFAKAYDVVKNDISMQLIGTSQLLWITDLYVRGKSKLTDAILYKKLHSRKKRQDITVDTYFLQTYGVIGCDYQPYYYQGDQILTKQLDVFKQGVLPSDFELEEHKQLFSLYEHAKTATLPNGVEDRRGAAALEGVLEVIQAIHYNLKRILPVNIRNNGAIEGLRNDACVQVNSVVERHGIIPIQVPEILPHVHGLLQYMKAYESLTVEAGISKNIGVAIQAMTMHPFVPSAEVAHKLLQDMFIANEAYVQPVIY	PGPT0019105_1067	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-CARRAGEENASE,PGPT0019105-celF|licH|chbF-K01222	NA	NA
AK148_00897	2049	ptsG_2	COG1263	PTS system glucose-specific EIICBA component	ATGTTTAAAAAAGCTTTTGGTGTCTTACAAAAAGTTGGTAAAGCACTTATGCTTCCAGTCGCGTTATTACCGGCTGCTGGTTTATTGCTTGGGTTTGGTAATGCAGCGCAGCAAGAGACGATGTTAGGATACTTACCGTTTTTAAAAGCGGATTGGATTCAATTGGTTGCTACTGTCATGGAAGATGCCGGTGGAATTATTTTTAGTAACTTGGCGCTTATCTTTGCGATTGGTGTAGCCATAGGTTTAGCGAGTGATGGGGCAGCTGGTTTAGCAGCTCTTGTAGGGTATTTAGTCTTAAACCAAGTCATGGGCTCTTGGATCGATGTTACCCCAGAAATGATCGAATCAGACCCTGGTTTTGCTTCTGTATTAGGCATTCCTACGTTACAAACAGGCGTGTTTGGAGGTATCATTGTAGGTTTGATTGCCGCATTTTGTTATAATCGCTATCACAATATTGAAATGCCCGCTTTTCTCGGTTTCTTTGCTGGAAAGCGATTTGTACCAATTGTTACGGCTGCGTTTTCATTTCTTGCAGGTATTGCGCTATTATTTGTTTGGCCACCTGTGCAAGATGCGATGAATAGTGCATCCTATTGGCTAATTGAGGAAGGAACATATTTAGCTGTTTTCTTCTTTGGTTTTGTAAAAAGATTACTTATTCCATTTGGATTGCACCATATTTTCCATGCGCCATTTTGGTATGAATTTGGTTCGTATACTACCGTAGCAGGTGATTTAGTTCGTGGAGATATGACGATTTTCTTTGCCCAGTTAAAAGATGGGGTAGAAATTACAGCTGGTAACTTTATGGCAGGGGAATTTCCAGTTATGATGTTTGGTTTACCAGCAGCAGCATTAGCTATGTATCACACAGCACGACCAGAAAAGAAAAAGGTCGTTGCTGGTTTGTTAGGCTCTGCAGCATTAACATCCTTCTTAACAGGGATTACTGAGCCGCTCGAATTTTCATTTATGTTTGTTTCGCCGTTATTATTTCTCTTACATGCGGTTTTAGATGGACTTTCATTCGTACTAATGACGTTCTTAAGCGTTAATGTCGGTTATACGTTTTCCGGTGGTGCGATTGACTTTGTATTATTTGGAATTTTACCGAATAAGGAACCGTGGTGGATCACCATCCTATTAGGATTAGCATTTGCTGTTATTTACTACGTCATTTTCCGCTTCTTCATTCAGAAGTTTAACTTAATGACTCCAGGTCGGGAGAAAGTGGAAGAGGAAGAGGAAAGTAATAGTGGACAAACTGGTGAGCTTGCTTATGATGTATTAGAAGCAATGGGTGGTCAAGAAAATATTGCACACTTAGATGCATGTATTACACGTTTACGTGTGTCCGTTAATTCGATCAAAAATGTCGATAAAGAAAGATTGAAGAAGCTAGGCGCTTCAGGTGTATTAGAAGTTGGCGATAATATTCAAGCCATTTTTGGTCCACGTTCCGAAACGATTAAAGGACAAATGCAAGATATTATGTCTGGTAAAACACCACGTCCTGTGGAAACAGATCAAGATGAAGAAGTTCAACAACAGATTGAAGAAGTCAATCCAGAGGCAATGCAAAATGAAGCTGAAACAGAAGCAATTGTTTCACCAATGAAAGGGGAGCTATTGCCAATAACAGAAGTTCCTGATCAAGTATTTTCTGGAAAAATGATGGGTGATGGTTTTGCGATTGTACCAGAAGACGGTCTAGTTGTTTCACCTGTAAATGGGAAAGTGGTAAATGTTTTCCCAACTAAACATGCCATTGGTTTACAGTCAGATGGTGGAAAAGAAATTCTTATTCATGTTGGTATTGATACGGTTAATTTAAAAGGAGAAGGCTTTGAAATGCTCATTGAAGAAGGAGATAAGGTCGAAGCTGGACAACCACTGCTTAAAGCAGATCTGTCCTTTATTCAAAGTAAAGGAATGCCGGTTATCACACCAATTGTATTTACCAACCTAAAAGAGGGACAACAAATATCACTTGAGAAGAGTGGAAAAGTAGAAAGTAAAGAAGAAAATATCATTACATTGTAA	MFKKAFGVLQKVGKALMLPVALLPAAGLLLGFGNAAQQETMLGYLPFLKADWIQLVATVMEDAGGIIFSNLALIFAIGVAIGLASDGAAGLAALVGYLVLNQVMGSWIDVTPEMIESDPGFASVLGIPTLQTGVFGGIIVGLIAAFCYNRYHNIEMPAFLGFFAGKRFVPIVTAAFSFLAGIALLFVWPPVQDAMNSASYWLIEEGTYLAVFFFGFVKRLLIPFGLHHIFHAPFWYEFGSYTTVAGDLVRGDMTIFFAQLKDGVEITAGNFMAGEFPVMMFGLPAAALAMYHTARPEKKKVVAGLLGSAALTSFLTGITEPLEFSFMFVSPLLFLLHAVLDGLSFVLMTFLSVNVGYTFSGGAIDFVLFGILPNKEPWWITILLGLAFAVIYYVIFRFFIQKFNLMTPGREKVEEEEESNSGQTGELAYDVLEAMGGQENIAHLDACITRLRVSVNSIKNVDKERLKKLGASGVLEVGDNIQAIFGPRSETIKGQMQDIMSGKTPRPVETDQDEEVQQQIEEVNPEAMQNEAETEAIVSPMKGELLPITEVPDQVFSGKMMGDGFAIVPEDGLVVSPVNGKVVNVFPTKHAIGLQSDGGKEILIHVGIDTVNLKGEGFEMLIEEGDKVEAGQPLLKADLSFIQSKGMPVITPIVFTNLKEGQQISLEKSGKVESKEENIITL	PGPT0016870_294	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_GLUCOSE_DEGRADATION,PGPT0016870-ptsG|glcA|glcB-K20118	NA	NA
AK148_00898	846	glcT	COG3711	PtsGHI operon antiterminator	TTGAACACGTTTACGGTTAAGAAATCACTAAATAATAACGTCCTCATTGCTTTGGATGACCAACAGAATGAAGTCGTCTTGATTGGTAATGGAATTGGTTTTCATTATAAGAAAAAAGACATTATCCATAAAGAGCAAATAGAAAAGCTGTTTGTATTACGTGATGAACAGGCGCAGGCGCAATATAAGCAATTGCTTCCAAACATAGATCATACATTGTTGGATTCCATTGTTAAAGCGGTAGAATTAATTCAGAAACGATCACATGTCATGTTGAATGAATCCGTTCATGTGGCTCTAACTGATCATGTGTTGTTTGCTTACCATCGTATGCTAAAAGGTTTGGAAATAAAAAATCCTTTTCTTGCCGAAACAAAAGCATTATATCCTTTTGAGTATGAGATCGCCTCAGAAATTGTTGAAGACATGAATCATAGGTTGGATATTCATCTTCCTAAAGGGGAAATTGGCTTTATTGCTTTACATGTACACAGTGCCATATCGAATAAAGCTCTCTCTGATATCAATAAATACTCCCAATTGGTTACGCAATTTGTCGATATTATTGAAGAACAATTAAAAATTAAAGTGGACAGAGGCGGGATAGAGTACGTACGCCTTGTTCGGCATGTGCGCTATACAATCGAACGCGTGTTAAAGGGGGAGACAGTAGATGAACCAGTTAAAATAGCTTCCCTCTTGAAAAAGGAATACCCAACATGTTATAATCTAGCGTGGAAATTGATTAAAATGATGCAACAAACATTAAAGCAACCAGTATATGAAGCGGAAGCGGTGTATTTAACGATGCACTTGCAACGCCTCTATCAAAAACATGACTCATAA	MNTFTVKKSLNNNVLIALDDQQNEVVLIGNGIGFHYKKKDIIHKEQIEKLFVLRDEQAQAQYKQLLPNIDHTLLDSIVKAVELIQKRSHVMLNESVHVALTDHVLFAYHRMLKGLEIKNPFLAETKALYPFEYEIASEIVEDMNHRLDIHLPKGEIGFIALHVHSAISNKALSDINKYSQLVTQFVDIIEEQLKIKVDRGGIEYVRLVRHVRYTIERVLKGETVDEPVKIASLLKKEYPTCYNLAWKLIKMMQQTLKQPVYEAEAVYLTMHLQRLYQKHDS	PGPT0014761_223	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_GLYCOSIDE_USAGE_REGULATION,PGPT0014761-licT|bglG-K03488	NA	NA
AK148_00899	1092	nos	COG4362	Nitric oxide synthase oxygenase	ATGCATGATAATCAAGAGCAACTATGGGCAGAAGCTGTACATTTTTTGCAACTGTATCACAAAGAATGTGGGTTAGAAAAAGAGCTTGAATACCGATTACAAGAGGTACAACGTGAAATGGAACAAACAGGCACTTATGAGCATACGTATGAGGAATTAACCTACGGGGCGAAAGTAGCTTGGAGAAATTCTAACCGTTGTATTGGTAGGTTGTTTTGGGAGCGTATGGAAGTTATTGATGCGCGTTCTGTGAATAAAAGCCAACATGTTTTTGAACAGTTATTGCATCACATTCGTTACGCTGGAAACGGCGGGAAAATTCGACCGTTAATTACGATATTCTCACCAACAAAGGATGGACATGCTCCAGTGAAAATATGGAATCATCAGCTGCTTCGCTACGCTGGTTACCAAACAGAAAATGGAATAATAGGTGACCCTGATTCGATTACTTTTACACAGCAATGTCAAAAACTTGGCTGGGAAGGGGAAGGAACTCCTTTTGATTTGCTCCCATTAGTTATCCAAGTTGATGATGGAGAACCAGAGTGGATGGAGATTCCTAGCGATATGGTTTTAGAAGTTCCCATCCAACATCCAACGGAAGATATTTTTGCTCAGCAAAAAGTAAAATGGTATGGTGTACCAATTATTTCTGATATGCGCTTGGAAATAGGTGGTATAAGTTATTATGCTGCCCCGTTTAACGGATGGTACATGGGAACAGAAATTGGGGCAAGAAACCTTGCTGATGAGAACCGTTACAATTTATTACCTTTAGTCGCGAAACAGTTGAGGTTAAACACAAAGCATTTAAATACATTATGGAAAGATCGTGCTTTAGTTGAATTAAACATTGCGGTTTTAGAGTCATTTAAACAAGCAGGGGTTTCCATTGTTGATCATCATACAGCAGCTAAACAATTTGCGGTATTTGAAAAGAATGAACAAAAACAAGGCAGAACAGTTACTGGTAAATGGTCATGGCTTATTCCTCCATTGTCACCAGCAACAACACATATTTTTCATAAACCATTTGATAATACGGTGCATAAGCCAAATTTTTTCTATTCCAAACATGAGAAGAATTAA	MHDNQEQLWAEAVHFLQLYHKECGLEKELEYRLQEVQREMEQTGTYEHTYEELTYGAKVAWRNSNRCIGRLFWERMEVIDARSVNKSQHVFEQLLHHIRYAGNGGKIRPLITIFSPTKDGHAPVKIWNHQLLRYAGYQTENGIIGDPDSITFTQQCQKLGWEGEGTPFDLLPLVIQVDDGEPEWMEIPSDMVLEVPIQHPTEDIFAQQKVKWYGVPIISDMRLEIGGISYYAAPFNGWYMGTEIGARNLADENRYNLLPLVAKQLRLNTKHLNTLWKDRALVELNIAVLESFKQAGVSIVDHHTAAKQFAVFEKNEQKQGRTVTGKWSWLIPPLSPATTHIFHKPFDNTVHKPNFFYSKHEKN	PGPT0020095_201	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020095-nos|nosA-K00491	NA	NA
AK148_00900	1599	aspT_1		Aspartate/alanine antiporter	ATGGAAGATTTACTACACGATTTACTTAATGAACAGCTTATTTTAGTCTTTGTTATTTTGTTTTTAGGATCATTATTAGGACAATTAAAAATAAAAGGCATCTGTCTAGGCTCAGCTGGAGTTCTAGTAATTGCGATGCTTTTTGGACATTTTGGTTATCAAGTATCAACAGCAGTACAAAATTTGGGGCTTAGCTTATTCATAGTTGCCGTTGGGCTACAAGCGGGACCGCGTTTTTTCCGTATGATGCGTTCTAATGGGATCGTTTTTTGCCTTATTTCTTTATTTATCGTCATTAGTGCAGCTGTAACTTCTGTTGTCGTTGCTAAAATTTTCAACCTGCCAACAGCACTAGCTATTGGGTTATTAACAGGTGCATTAACAAACACCTCAGGCTTAGCAGCAGCTCTGCAAGCAACCAATGACCCGATGGCATCTGTTGGTTATGGGATCGCCTATCCATTCGGCGTGCTTGCTATTATACTATTCGTTCAGCTTTTACCGCGTATTGGGAAGATAAACCTTGCTAAAGACTTAGAAGAAACAAACAGCCCGATAAAAACAGAACACTCACCAGAAGTAATGACATTTAAAGTAACGAACCCAAAATTGCATAAAAAAACATTACGCGAGCTCGGTTTTAGTCGAAATTCTGTCGTGATCAGCCGGATTATCCGTGGAGTTCACACCATGATTGCACTTCACGACACTACTATTTTATTAGGAGATTACCTCGTTTCCGTTGGGGAAGCTGACGAACTGAAAGCTTTTGGAGAATATGTTGGTGAACCCGTCAATGCAACGATGGATAACCCTGATAATATACAATTACGCAAGATTACGGTTGAGGATGAAGACTTAGTTGGTAAAAACATGAAAGAACTTAGACTGAGGAGAGATTATGGGGCAACCGTAACCAGAATTGAACGAGATGGAATTGAGCTAAATCAAAATCCGAACACTCCTTTACTTCGTGGAGATGTCTTAACGATGGTAAGTAGTGAAAATCGATTAGATGAAATAGAAAAATTCTTTTCCCGTAAAAAACTATCTGTAACAAACATTCACATCCTATCCATTAGTGTTACGCTTTTAGTCGGTATTCTAGTTGGAATGCTACCAATTCCTATACCAGGATTAGGAACGATGCAGCTTGGATTAGCAGGAGGCCCTTTAATTGTTGCTTTAATTATTGGCCACTTTGGAAAACTAGGCCCCATCCATGTACGGTATTACGGTCCAGCTATTCACGTTATAAGCGAATTAGGTCTTGTCTTATTTTTGGCAGGCGCTGGAACAACAGCAGGCCAAGGTTTAATTGATGTGATCCAAAAGCAAGGTGTCGTATTAGTTGTTAGTGGAACTATTATAACGACTGTGTCCATCTTATGTGGATATTTTGCAGCAAGAAAACTGTTTAAGTTGGGCGTTGTCTACTCACTAGGTACTTTATGTGGTGGTAGAACATGTACACCTGGACTCGGTGCCTTGAATTTACAAATAGATTCTGAAGAACCAGCTATTGCTTATGCTGCAGCTTATCCTTTTTCACTTATTTTTGGTACGGTTGCCGCTCAATTTGTGTTAGTTTTCTTCTAA	MEDLLHDLLNEQLILVFVILFLGSLLGQLKIKGICLGSAGVLVIAMLFGHFGYQVSTAVQNLGLSLFIVAVGLQAGPRFFRMMRSNGIVFCLISLFIVISAAVTSVVVAKIFNLPTALAIGLLTGALTNTSGLAAALQATNDPMASVGYGIAYPFGVLAIILFVQLLPRIGKINLAKDLEETNSPIKTEHSPEVMTFKVTNPKLHKKTLRELGFSRNSVVISRIIRGVHTMIALHDTTILLGDYLVSVGEADELKAFGEYVGEPVNATMDNPDNIQLRKITVEDEDLVGKNMKELRLRRDYGATVTRIERDGIELNQNPNTPLLRGDVLTMVSSENRLDEIEKFFSRKKLSVTNIHILSISVTLLVGILVGMLPIPIPGLGTMQLGLAGGPLIVALIIGHFGKLGPIHVRYYGPAIHVISELGLVLFLAGAGTTAGQGLIDVIQKQGVVLVVSGTIITTVSILCGYFAARKLFKLGVVYSLGTLCGGRTCTPGLGALNLQIDSEEPAIAYAAAYPFSLIFGTVAAQFVLVFF	PGPT0000709_1321	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_ALANINE_TRANSPORT,PGPT0000709-aspT|ybjL|yidE-K07085	NA	NA
AK148_00901	1110	menC	COG4948	o-succinylbenzoate synthase	GTGGATATTTCAGAAATTATTTTATATCAATTGAAAATGAAAATGAAACACCCATTTACAACAAGCTTTGGTACTGAGCAAGATCGCGGTTTTTTATTAGTAGAGGTGAAAGATGCTAGTGGTCGATCTGGGTGGGGCGAAGGTGTAGCTTCCGAACGTCCGATGTATAGTGAAGAATTTACGCAACAAAGCTGGATGATGCTTGACCAGTTTCTCGTTCCAGAGGCATTGAAACAAGAGATAAGCCACCCAAACGATTTACAACATACGTTTAAACCGTATAAAGGCAATTATATGGCTAAATCAGCTTTGGAAGGTGCTATGTGGGATTTGTATGCAAAACAGCAAGAAAAGTCTTTATCTTCCGTATTAGGTGGAACCAAAAAGCAAATCGAAGTAGGGATTAGCTTAGGAATCGAGGAAAATATTGAAGCTCTACTAGCAAATATTCAAGAAAAAGTGGATGAAGGTTACAAACGAATTAAAATAAAAATTAAGCCTGGTAAAGATGTGGATGTAGTACGAGAAGTACGTCAGCATTTTCCAGATATCCCTTTAATGGTAGATGCAAACTCTGCTTATACGCTGGAAGATATGGACACGTTGAAAGCTTTGGATGCGTTTCATTTAATGATGATTGAGCAGCCGCTTGCAGCTGATGATATCCTTGATCATGCTACGTTACAAAGAGAGATTGAAACACCAGTGTGTCTAGATGAAAGCATCCATTCTTATGAAGATGCTCGGAAAGCAATTGCTTTAGGAAGTTGCAAAATAATTAATTTAAAAATCGGTCGTGTAGGCGGATTGACCGAATCAAAACGAATTCATGACCTATGTGAACAAGCAGGGATACCCTTATGGTGTGGTGGAATGTTAGAGTCTGGTGTTGGACGCGCGCACAATATTGCTATTGCTTCGCTAGCCAACTTTACACTTCCGGGAGACACAGCGTCTTCTTCTAGATATTGGGAAAAAGATATTATTAATCCGGAGGTAGTGGCAGAAGACGGTGTCTTAACAGTAAATGATGCGCCAGGAATTGGTTATACAGTTTTAAAAGATGAGGTTGAAAAGCATACGATAAAAAAGAAACAGTTTAAAAAGTAA	MDISEIILYQLKMKMKHPFTTSFGTEQDRGFLLVEVKDASGRSGWGEGVASERPMYSEEFTQQSWMMLDQFLVPEALKQEISHPNDLQHTFKPYKGNYMAKSALEGAMWDLYAKQQEKSLSSVLGGTKKQIEVGISLGIEENIEALLANIQEKVDEGYKRIKIKIKPGKDVDVVREVRQHFPDIPLMVDANSAYTLEDMDTLKALDAFHLMMIEQPLAADDILDHATLQREIETPVCLDESIHSYEDARKAIALGSCKIINLKIGRVGGLTESKRIHDLCEQAGIPLWCGGMLESGVGRAHNIAIASLANFTLPGDTASSSRYWEKDIINPEVVAEDGVLTVNDAPGIGYTVLKDEVEKHTIKKKQFKK	PGPT0009375_438	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009375-menC-K02549	NA	NA
AK148_00902	1419			hypothetical protein	ATGAAAAATTCATCAGGATTTACACAAAAAGACAAGAAGAAGCTAGGTTTGCCAGATGCTTATGTTATTTTATTTATGATTTTAGTGCTAGCTGCTATAGCCACGTATATTATCCCAGCGGGGAGTTTTGAGCGGGAAACAGTGGATGACAAAACGATAGTAGTGCCTGAGAGCTACCAACAAATTGAGCAGGACCCAGCTTCCTTTATGGATTTATTTGTATCTATTCAACAAGGAATGATTGATTCAGCAGGGCTTATCTTCTTAGTGCTTATCATTGGTGGTGCTTTTGGGGTCATTGAGTATACGGGAGCGATCGATGCACTTATTATGAAGACTATTAATAAAACGAAGAATAAGGAATATTTACTGATTATTCTCGTTAGTACGTTATTTTCAATATTTGGAGCATTAGGAATTATAGTAAATGCTGTCATTGCATTTATACCAATTGGGATTATCCTAGCGCGTTCTATGAAATTAGACGCTATTGTTGGCGTGTCCATTATATATTTGGGAGCTTATGCAGGGTTTAACACAGCATTTCTTGATCCGTTAACAACAGGGACGGCTCAAGAAATTGCTCAAGTCCCTCTTTTCTCAGGTATTAGCTATCGAATCCTCATTTATGTAACTGTACTTGGATCTACGATTGGCTATATTTGGTGGTATGCGAATCGAATTAAAAAAGATCCAACCAAAAGTGTATTAGGAGACAACCCATTTCCAAAATCAGAAGAAAAAGCTTTCGAAAGTATTCCTGCACAACTTACCACTGTTCATAAGTTAGTATTAACATGGCTAGCGGTTGGCATAGCTATTTATGTGTTTGGTGTCTTTCAGTATGATTGGTCGCTAAACCAAATGGCCGCTATGTTTATCGTTATTGCAATAGGAACAGCTTTTCTTGCTAGAATGCATCCTAATGAACTCGTTACACAATTTTTTAATGGTTGCCGTGGTTTAGTATATGGAGCATTAATTATTGGAATGGCTCGTTCTATCGTTGTTGTTTTAGAAAACGGTCAAATTTTGGATACGATTGTCCAAGGGATGGCTACAATCATGGACCCATTCTCCAGTGCATTAGGCGCAAATATGATGTTTTTAGCTAATTTTTTGTTTAACATCATCGTTTCCTCTGGAAGTGGACAAGCAGTAATTGTCATGCCTATTATGACCCCTTTAGCAGATATGATGGAAATTCCAAGACAAGTAGCGGTTCAAGCATATAAAATGGGGGATGGATTTTCAAACGTCATTACACCTATTTCTGGAATTTTGATGGCTACCCTAGCGATAGCTGGTATTTCCTGGGTAAAGTGGGTAAAATTCATTATACCTTTAGTAATTATTTGGTTCATTATCGGTATTGTCTACTTAACTGTTGCAGTATTTATTAGTTGGGGGCCTGTATAG	MKNSSGFTQKDKKKLGLPDAYVILFMILVLAAIATYIIPAGSFERETVDDKTIVVPESYQQIEQDPASFMDLFVSIQQGMIDSAGLIFLVLIIGGAFGVIEYTGAIDALIMKTINKTKNKEYLLIILVSTLFSIFGALGIIVNAVIAFIPIGIILARSMKLDAIVGVSIIYLGAYAGFNTAFLDPLTTGTAQEIAQVPLFSGISYRILIYVTVLGSTIGYIWWYANRIKKDPTKSVLGDNPFPKSEEKAFESIPAQLTTVHKLVLTWLAVGIAIYVFGVFQYDWSLNQMAAMFIVIAIGTAFLARMHPNELVTQFFNGCRGLVYGALIIGMARSIVVVLENGQILDTIVQGMATIMDPFSSALGANMMFLANFLFNIIVSSGSGQAVIVMPIMTPLADMMEIPRQVAVQAYKMGDGFSNVITPISGILMATLAIAGISWVKWVKFIIPLVIIWFIIGIVYLTVAVFISWGPV				NA	NA	NA	NA	NA
AK148_00903	1122	scmP_2	COG1473	N-acetylcysteine deacetylase	ATGGCTAACTTAGAACAAAAAATAAAAAACACGTTCCATCATTTACATAACCATGCAGAAATCAGTTGGGAAGAGATAGAAACGACCAACTACATCAAGCATATTCTTCAAGAACAAGGGTGTGATGTGCATACATTCACAGATCACACAGGGGTTATTGGGCGATTTGGAAACTTTGAAAAAGATTTACCAATAGTAGCCATTCGAGCTGATATCGACGCACTTTGGCAAGAAGTAGATGGCACATTTCAAGCCAATCATTCTTGTGGACATGACGCACATATAGCTATGGTATTAGGACTATTGTGGAAATTAAAACAGAGCTCCAGTCTTCAAGACAAGGTAGCGATAAAATTTATTTTTCAACCTGCAGAAGAAACAGGGACTGGCGCATTAAAATTAGTAGAAAAAGGTGTTGTAGAAGATGTCGATTATTTATTTGGCGTCCATTTACGACCAAAACAAGAGACACCGATGCACAATGCAGCTCCCGTCATTGTGCATGGAGCATGTAAAACATACAAAGCGAAAATTATTGGTGTAGACGCACATGGGGCAAGACCGCACTTAAATACGAATGCAATTGAAGTTGGTGCACAAATTGTACAATTACTAAGTAAGATTCATTTAGATCCAACCGTCCCCCATTCTGTAAAAATGACGAGCTTCCAAGCTGGTAGTAAGAGCACCAACATTATACCTGGAAGTGCTACTTTTGCAATCGACATGCGGGCACAAACGAATGAAGCGATGGATGAGCTAGATAAGCAAGTAGGAGCCATTTTTGATTCAATACAACATCTTTACCCAATTAACATAGACATTATGGAGAAGCATGGCATTGCTGCAGCCAAAACAAATAAGGAAGCAACATCTATAATGGCAACTGCAATTACCAATGTGTTAGGGAAAGAAGCCGTTCAGCCCCCTTTAATTACTCCTGGAGGAGATGATTTTCACTTCTATACGATTAAGAAGCCAGAATTAAAAGCGACTATGCTAGGTCTCGGTTGTGATTTAACGCCAGGATTACATCACCCACAAATGACATTTAATTCTGATGCACTCATCAACGGTGTTGAAATTCTAACGGAAGCAGTTCGACAAGTTTATGAATTGTAG	MANLEQKIKNTFHHLHNHAEISWEEIETTNYIKHILQEQGCDVHTFTDHTGVIGRFGNFEKDLPIVAIRADIDALWQEVDGTFQANHSCGHDAHIAMVLGLLWKLKQSSSLQDKVAIKFIFQPAEETGTGALKLVEKGVVEDVDYLFGVHLRPKQETPMHNAAPVIVHGACKTYKAKIIGVDAHGARPHLNTNAIEVGAQIVQLLSKIHLDPTVPHSVKMTSFQAGSKSTNIIPGSATFAIDMRAQTNEAMDELDKQVGAIFDSIQHLYPINIDIMEKHGIAAAKTNKEATSIMATAITNVLGKEAVQPPLITPGGDDFHFYTIKKPELKATMLGLGCDLTPGLHHPQMTFNSDALINGVEILTEAVRQVYEL	PGPT0013588_13	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013588-opuAC-NA	NA	NA
AK148_00904	1599	aspT_2		Aspartate/alanine antiporter	ATGGAAACATTACTTCACGATTTACTCGACGAACAACTTATTTTAGTTTTTGCCATTTTACTTATTGGCTCTTTTCTTGGCCAACTTAAATTAAAAGGACTAAGCTTCGGTTCTGCCGGAGTTTTACTTGTTGCTATGATTTTTGGACATTTTGGATATAACGTATCGCCAATTGTACAAAACCTAGGTTTGAGCTTATTTATAGTAGCTATCGGTTTACAGGCTGGCCCACGATTTTTCAGAATGATCCGTTCTAATGGAATTATATTCTGTAGTATCTCTTTATGTATTGTTACCAGTGCAGTCATCACTACCATTATAGTTGCAAAAACATTTGATCTTGAAGCAGCGCTAAGCATTGGATTAATGACCGGAGCATTAACAAGTACTCCTGGTTTAGCTGCAGCATTACAAGCAACAAATGATTCCATCGCTTCTGTCGGTTATGGAATTGGGTACCCTTTCGGTGTGCTAGCAATTATTTTATTTGTTCAGCTTTTGCCTCGTTTTAGTAAAGTCGACTTAATGAAAGATTTAGAGGCATCAAAAAATCCAATTAAAGATGAACATTCACCTGAAGTGATGTCATTTAAAGTAACCAATCCAAAACTTCATAGAAGAACCTTAAAAGAGCTTGCGATTAGTAAAAAGGATGTCGTAATTAGCAGAATTATTCGCAACGGACATACGATGATTGCTCTCAGCGATACTCCTGTACTTATCGGGGACAACCTTGTTACTGTTGGAGAAGAAGATGAATTGAAATCTTTTGGCACCTATGTCGGACAAAAAGTAACCACGCAACTAGAAAACCCAGATAATATACAGTTTAAAAAAATCACTGTAGAAGACGAGTCCGTTATTGGAAAATGCATGAAGGAATTAAAATTGAGAAAAAAATATGGTGCCACCGTAACTAGAATTGAACGTGAAGGACTAGAATTAAAGCAACATCCTACGATGCGCTTGCTCCGAGGTGATGTTTTAACCATTGTAAGCACGGAAAATCGTTTGAAGCAAGTTGAAAAACTATTTTCGCGAAAAAACCCAGCCGTCACCAATGTACACATTTTCTCGATCAGTATAACACTATTATTAGGAATCATTGTTGGTATGCTCCCCATTTTCATTCCAGGGTTAGGAACAATTAAACTAGGAATAGCTGGCGGGCCACTTTTTGTTGCTTTAATTGTTGGTCATTTCGGTAACATTGGACCCATACATGTCCGTTATTACGCCCCGGCAAACCATGTCATTCGAGAATTAGGTCTTGTATTATTTCTAGCAGGTGCTGGAACAACAGCGGGACAGGGACTTGTAAATGTGATACAAACAGAAGGAGTGCAGCTTGCGGTTGGAGGAACGATCATCACGCTTGTGCCACTCTTTATCGGTTATTTAGTAGCAAAAAAACTATTTAAGCTTAGCATTGTGCACTCACTTGGTTCACTGTGCGGCGGTAGGACGAGCACCCCTGCTTTAGGTGCATTAAATCAAGTGGTAGATTCCGATGATGCCGTGATTGCCTACGCTGCTGCTTACCCATTTTCACTGATTTTTGTTGCTATTTCAACACAATTAATGATGTTTTTTCTGTAA	METLLHDLLDEQLILVFAILLIGSFLGQLKLKGLSFGSAGVLLVAMIFGHFGYNVSPIVQNLGLSLFIVAIGLQAGPRFFRMIRSNGIIFCSISLCIVTSAVITTIIVAKTFDLEAALSIGLMTGALTSTPGLAAALQATNDSIASVGYGIGYPFGVLAIILFVQLLPRFSKVDLMKDLEASKNPIKDEHSPEVMSFKVTNPKLHRRTLKELAISKKDVVISRIIRNGHTMIALSDTPVLIGDNLVTVGEEDELKSFGTYVGQKVTTQLENPDNIQFKKITVEDESVIGKCMKELKLRKKYGATVTRIEREGLELKQHPTMRLLRGDVLTIVSTENRLKQVEKLFSRKNPAVTNVHIFSISITLLLGIIVGMLPIFIPGLGTIKLGIAGGPLFVALIVGHFGNIGPIHVRYYAPANHVIRELGLVLFLAGAGTTAGQGLVNVIQTEGVQLAVGGTIITLVPLFIGYLVAKKLFKLSIVHSLGSLCGGRTSTPALGALNQVVDSDDAVIAYAAAYPFSLIFVAISTQLMMFFL	PGPT0000709_1324	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_ALANINE_TRANSPORT,PGPT0000709-aspT|ybjL|yidE-K07085	NA	NA
AK148_00905	6057	cpdA_1		3',5'-cyclic adenosine monophosphate phosphodiesterase CpdA	ATGCAAAACAAGAAGTTTCGCACGCTTTTAGCAGCATTGACGGCGATCGTAATAATAATCGCCAATTTCTTACAACCAACTTCGGTTGCTTATGCCACTGTTTCCACCCCTAAACAAGCAACAAAAACTAAAGAGGAAAAACAGCAAGAATTACCAAATCAAGATAGTGAAACTATGGATAATGATACATTGATTATGCAGCATGTTGCACCTAAAGTGATGCAACGCCTGCAACAGCATTCATTATCAGTAACTGCACCTCACGCAGAGAAAGTAAGCTTGTTTTATCAATCTACAAAGGTTTCTAAACCGATAGAAATTGACATGAAAAAAGAAGACAATGGTGAATACACTGGTGCTATTCCCAAATCAGCAACTTGGTCTGACCATATAACGTATTGGTTTGAGGGAAAGTCAGCAACAGACCAAGGAAAAACAGATCCATATACTGTTCCAATACAATCGCAAACTAGTACGAATGTACAAGCACTGCCTAAAATAATGATTACAGAAGTAGGGTTTGGTGAACAACCCTTTATCGAAATTTTCAACCATTCATCACACCCCATTGATGTAAAAGATTATTCATTACAAGTAGAGAACCAAAAAATTTCTTTTGAACAATCTTTATTGATCGCATCAGGAAAAAGTCATATTATTTGGTTTGCTAACGAAGAAGCAGATATGAATACATTTCATAGCTTCTATGAAATGCAACCAAATAAACAACAAGTAACTGCTGTAAATAAAGCGTTACTTCCTTCCACCATCAATAAACTATCCTTAATAGAAAACAGTACCAATGAAGTTGTAACAGAAGGTAATGTTCACTTCACAGAGAATATGGCAGGGCAGCTTTTCTATTACACAGACCAAAAAACATGGCGGGGTGGCGGACTTACAACAGAAGCGAACCCTGGTGAGATTTTTCCTGGCCAAGTTCCGGCTGAAAGAATGGAAGTAAAAGCAGAACAACCCGAAAGTTCTAAAGAAAAAAACACCAATGAAGACATGGTGACGAAAGAAAAGAAAAAGCAAACAAAAGATACAGAATTAGATAACAAGAAAAATGAAAAGAACGTTACAACAGATTCGTTCATCCAACATGAAGCCATATATGATGCGACAGCTACAGATGACCTTACAATTACAGCAACTTTAACCGATGAAGTAACCGAGCTTAACCTTCAGTTCCAGACTGCAAATAAAATGGAAATGGAGGAATTGCCATTCACGAAAGATAAAGATGCCACTACCTATTCCGTTACAGTTCCTAAAGAAAAACTGTGGTCACCAAACTTTTACTACCAAATTGTTGCTCAAACGAAAGATGGTACAAGCATACCCTATCCTGAACAGGAGCCTATACATGTTACGATCAAACAAAGTGATACGGATGATACACAAACAATACCCCCATTGTTAATTACAGAAATTACTCCCGACACGACAAATGTAAATCAAAAAGATGCCTATGAATTCATTGAAATCTATAACAATACAAATCAAACAATTAACATGAATGATTACCAATTATTCTATCAATATCCAGATGATATGCCTGATCAAATATGGGGTATAAGTGATAATAAAGAAATCAAACCCCAGGAAAGCTTTATTGTATGGATTAAAAATGAAGGTAACCAACGTTTAACTTTAGCTGACTTTAATGAACAGTATGGCTTACATATGCCAGAAAGTCATGTAACCGAAATTCACAATGCTGGCATGGCTAATAGCGGAGAACGCACTTTAGTCGTTGCTGATAAATTTAACAACGAAATCGTATCCGCTACGTATAATGATACGGAAAAGGATGATACATCTCCAAACCAAGGAATTGTTTACCGTTATCCGAATCAAGGGACAAGCATGATAAAAACTGGTTTAGGACAAGCGATGACGCCATTGTCTATCCTGCCTGGACAAGTTCCAAAAAAACCTGTTATCGTGGATGGCACTGCGAAAAAGCCTATTTTGGGCAAGCCAGAACTTTCCATGGATGAGAAAGGAATAACCGTTCAAATAGAGGTTAAATCAGAAAAATCAATATCAGGAGCTAGTCTCTCTATCTTGCAAAGTGCTGAAGCAACATATCAAACATGGCCATTGCAAGTTTCTGAGGAAAATCCGAATATCTATTCGGTAACTATTCCACTCGAAGAAATTTGGAGTGACCACATTCAATACTATTTCACCGCTACCAATGAGGCCGGTGAGGCAAAAACAGATGTTCATTCTTATCAGCTACCAACGAAGGAGATCGACTATCAACAAGTTCCACCTCTGTTCATTACAGAAATAACTCCTGATACGACGAATAGCAATAGTGCTGATGCCTATGAATTTATCGAAGTTTATAACAATACTACAGAAGCAATTGACTTTAAAGACTATACGATCCGTTATCGCTATCCGAACACAGACGCAGGTAACGATTTACTTTGGAGTCCAAACGAGAAGGACACAGTGATCATTCCACCGGGAGAAACAGTTGTTTTTTGGATCATCAACCACGGCAATAAAGAAAAAACTGCAGCCGATTTCAATGCAAATTATGGGTCCCATCTAACAGAAGGTGAAAATTTGTTTAAAATGTATAACAATGGAATGGCCAACGGGAGTCAACGGTCACTCATCGTTGCTACGAAAACTGGAAAAGAACTTTCTTACTCCACGTATAACGATGTAGTTGATGTTGATGATACAATAGCGGATAAAGGTATTTTCTATCGTTTTCCGACAGATAGCAGCTTGCATACTGCCAAAATAAGTGCAGGTGAATGGGATGCTACACCAGGTGAAGTATTAACAGAACAAGTTCCTAGAAAGAAAGTTATCTTTCCTAAAGATGCGGAAAAACCTGTCATTAAAAATACAACCAAGAAAAAAGAAATTACATCGGAACAGCCTTTTACATTATCTGCCACCATTACCGATAATGCAGACGTCAAAAGCGTATCTGTTCATTATCGTACAGATGGGGGAAAGTTTAGAAAGGTGAATTTAGAGACACAAGCAACTAACCGTTATGAGCATATTATTTATGAGCCAGAGTTAATTGGAAAAGATACATTAGAATATTACTTTACAGCGAGTGATGGAGCAAACAAAACTACTTCTCCTACAAGCACTGTTTCCATTGATAACCCAACACTGCAAGAAGGGCTAAGACTTAATATGCAAGATAATGAATTTATTTCTGGAAAAAAAGTCATAAAAGCTACCGCTGACAATACAGAAATAGAGCCAAGCTTATTTGTTGATCAAAAGCATGTAACAGATACATTTAAAGCAATGGAATCGGACGCATATTTCGCGTTTGATGTACGTGAGACAAATATTTACTTTAAAAATGGGGTGACTATGGGAGATGAAATACTCCACATTTTTGATGATACACATACAAAATTCACTACGATTACCGTCCCTGTTTCTGCTGATAAACTAAAACAAGGAGAAAACACGATCTCCATTCGAGCAGGTAATAAAGTCGGCCCTTTTGATGCAACATCTCAAGAGAACCGAGATGATTTCACGATTAAAAATATTCGCCTCGTGCTTTCCGATGGGACAACGATTTACGACCCAGCGTACAGTAAACCGAATCAAGATTACTCCATTGGCGATAGCTCAGGCAAAAAGCCTGTCTATGATTTCACTTTCACATTGGATGAAAGGGCATTTGCATCGACAGCTTATGTTTTCGATACAACCAAAGTGGACGATGGAAAGCATGAAATAAAAACGGTTTTAAAGAATGAAAAAGTAACCAAACAGGTGATTACAGATAATACTGCTCCAACGATCACGCCTTCTATAAAAAATGGTGAAACATATAAAGGGGCTTTTACCATTGACGCTAATGCCAAAGATGCAACAAGCAACGTTGAATCTATAACTGCTCAGTTAGATGGAAATTATATATCCTTACCGTATAATACCTCTTCTTCCCTGTTAGAACCTGGGAAACATGAGCTCCGTTTTCAAGCTACGGATACAGCAAATAATCAAACAGAAAAGAAAGTAACATTTTACGTAGACGAAGAACATCCACTGCTACCTAATTGGTTAGGGAATAATTCTGATAGCACAAGTGCCAACTTATCTGTTACCGTACATGACCCAACCAACGATGCCATGGATGTTGATTTTTATCAATCCTACCAGTATACAGCAGATGATCCAAATATGACCATTTCACAAAATGCTGTAGACACAGAACCGCCGCAAAGTTATTTACCAGAGGGCGAAGAAAGATTAACAAAAAAACAGCTGAAGCATTTACAGACAATCGATGGCAATCAAATAGATACGACCTCTGATTACCAATTTCCATATCATCGTTTTGACGTTACGGTTAATGAACAAGTAGATGCAAACGCCGAAATAGAAATGGTTTGGAACGGATCTTCATTAGAAGGGCGAAAAGTAACGATGTATGCTTGGAACTATACGACAAACAAGTGGGATGCGCTTGTATCCACCATTGCTGGCACAGATGCGTTTGAACTTATCGGCTCTGTAAAAGGAACAGAGTATATGCAAGACCAAAAAGTTAGTGTTATTGTTCAGGATGAAATTGCCGATATTGGAGAAAACTTTAGCTTTGTTTGGATGGCGGATACCCAATACTATTCAGAAAGTTATCCACATATTTATGAAAGACAAACAGAATGGATTGCAGAGAATAAAGAAGCTTTAAATATAGAATATGTCTTTCATTCAGGTGATCTAGTAAATGTTTACGACGATCTAGAACAATGGGATGTAGCTGACCGATCGATGAAAAAATTAGATGAGGCTAATATCCCTTATGGTGTTGTTGCTGGAAACCATGATGTAAACAACAAAAGTCGTGATTACAGCTATTATGGACGTTTCTTTGGCGAAGAGCGTTTTAAAGACAATTATTATTATGGGGACTCTTTCAAAGACAACCGCGGCCACTATGATCTAATGTCTTTGAATGGAATGGATTTTATTATGGTTCATCTTGGCTGGGGGATTGAAGAGGATGGAATTCAATGGTTAAATAAAGTGTTACAAGCACATCCAAACCGTAAAGCTATCCTTAATGTACATGAATATTTATTAGCTACTGGAAGCAGAAGCCCTACTGGCGATCAATTGTTTGAAGAAGTTGTTATTCCAAATGAGAATGTGTTCGCTGTATTATCCGGTCATTACCATAATGCTCAGACTTTAATCGATGACATTGATGATGATGGAGATGGGATTACGGATCGGACCGTTTATCAAATGTTAGCAGACTACCAAGGCGGGCCAGAAGGCGGACAAGGATATTTACGGATATTGAACTTTAATATGGATACAAATCAAATTGATGTAGAGACTTATTCACCATATCTAGATGATTACAACTACTATGACCCAGAAGAATACCCTGGAAAAGATACATTCTCGTTTGATTTTGATATGTCGGCACAAACGAAGCGAGTGGCTACAGATTACGTAGAAGTAAATGTGTATACAGATGAAAAAATTGGTTCTGTAAAAAATGTCCCTAGTGGTGAAAAAGCAGCGATCGTTTGGGAAGGATTAGATCCAAATAGCGAATACTTCTGGTATACCGTAGCTTCCGATCAATACGGCGGTAAAACACGATCCGATATTTGGAAGTTTTTAACCATCGATGGGGAAATTATAGTACCTGAAGAACCGGATAATCCTACTTCCCCAACAGTTCCGGAACAGCCCTCTGGAGAAGATAAAACCAATGGTGGAGACATGGACCAAAACGATCAAAACGCTGATGGGAATGCCTTCCATAAAGGAGAAAAAGGCAACGGAAAACCATCCATTCAACAACCAAGCTCGGAGGAGAATCAAGAGGGAAGAAATAAACATCAGTTTGACGATGGGATGCCATCGATTAAAAATACGTCAAAGCCTCATCAAGCAGGGTCCTCCTTACCAAACACAGCAACAAATATGTTTAACGCTCTATTTATTGGAATAACGCTATTACTATTAGGTTCAAGCATATGGCTCATTCATCTTTATCGAAAAAAAGGGCAGGTACTAAACGAATAA	MQNKKFRTLLAALTAIVIIIANFLQPTSVAYATVSTPKQATKTKEEKQQELPNQDSETMDNDTLIMQHVAPKVMQRLQQHSLSVTAPHAEKVSLFYQSTKVSKPIEIDMKKEDNGEYTGAIPKSATWSDHITYWFEGKSATDQGKTDPYTVPIQSQTSTNVQALPKIMITEVGFGEQPFIEIFNHSSHPIDVKDYSLQVENQKISFEQSLLIASGKSHIIWFANEEADMNTFHSFYEMQPNKQQVTAVNKALLPSTINKLSLIENSTNEVVTEGNVHFTENMAGQLFYYTDQKTWRGGGLTTEANPGEIFPGQVPAERMEVKAEQPESSKEKNTNEDMVTKEKKKQTKDTELDNKKNEKNVTTDSFIQHEAIYDATATDDLTITATLTDEVTELNLQFQTANKMEMEELPFTKDKDATTYSVTVPKEKLWSPNFYYQIVAQTKDGTSIPYPEQEPIHVTIKQSDTDDTQTIPPLLITEITPDTTNVNQKDAYEFIEIYNNTNQTINMNDYQLFYQYPDDMPDQIWGISDNKEIKPQESFIVWIKNEGNQRLTLADFNEQYGLHMPESHVTEIHNAGMANSGERTLVVADKFNNEIVSATYNDTEKDDTSPNQGIVYRYPNQGTSMIKTGLGQAMTPLSILPGQVPKKPVIVDGTAKKPILGKPELSMDEKGITVQIEVKSEKSISGASLSILQSAEATYQTWPLQVSEENPNIYSVTIPLEEIWSDHIQYYFTATNEAGEAKTDVHSYQLPTKEIDYQQVPPLFITEITPDTTNSNSADAYEFIEVYNNTTEAIDFKDYTIRYRYPNTDAGNDLLWSPNEKDTVIIPPGETVVFWIINHGNKEKTAADFNANYGSHLTEGENLFKMYNNGMANGSQRSLIVATKTGKELSYSTYNDVVDVDDTIADKGIFYRFPTDSSLHTAKISAGEWDATPGEVLTEQVPRKKVIFPKDAEKPVIKNTTKKKEITSEQPFTLSATITDNADVKSVSVHYRTDGGKFRKVNLETQATNRYEHIIYEPELIGKDTLEYYFTASDGANKTTSPTSTVSIDNPTLQEGLRLNMQDNEFISGKKVIKATADNTEIEPSLFVDQKHVTDTFKAMESDAYFAFDVRETNIYFKNGVTMGDEILHIFDDTHTKFTTITVPVSADKLKQGENTISIRAGNKVGPFDATSQENRDDFTIKNIRLVLSDGTTIYDPAYSKPNQDYSIGDSSGKKPVYDFTFTLDERAFASTAYVFDTTKVDDGKHEIKTVLKNEKVTKQVITDNTAPTITPSIKNGETYKGAFTIDANAKDATSNVESITAQLDGNYISLPYNTSSSLLEPGKHELRFQATDTANNQTEKKVTFYVDEEHPLLPNWLGNNSDSTSANLSVTVHDPTNDAMDVDFYQSYQYTADDPNMTISQNAVDTEPPQSYLPEGEERLTKKQLKHLQTIDGNQIDTTSDYQFPYHRFDVTVNEQVDANAEIEMVWNGSSLEGRKVTMYAWNYTTNKWDALVSTIAGTDAFELIGSVKGTEYMQDQKVSVIVQDEIADIGENFSFVWMADTQYYSESYPHIYERQTEWIAENKEALNIEYVFHSGDLVNVYDDLEQWDVADRSMKKLDEANIPYGVVAGNHDVNNKSRDYSYYGRFFGEERFKDNYYYGDSFKDNRGHYDLMSLNGMDFIMVHLGWGIEEDGIQWLNKVLQAHPNRKAILNVHEYLLATGSRSPTGDQLFEEVVIPNENVFAVLSGHYHNAQTLIDDIDDDGDGITDRTVYQMLADYQGGPEGGQGYLRILNFNMDTNQIDVETYSPYLDDYNYYDPEEYPGKDTFSFDFDMSAQTKRVATDYVEVNVYTDEKIGSVKNVPSGEKAAIVWEGLDPNSEYFWYTVASDQYGGKTRSDIWKFLTIDGEIIVPEEPDNPTSPTVPEQPSGEDKTNGGDMDQNDQNADGNAFHKGEKGNGKPSIQQPSSEENQEGRNKHQFDDGMPSIKNTSKPHQAGSSLPNTATNMFNALFIGITLLLLGSSIWLIHLYRKKGQVLNE				NA	NA	NA	NA	NA
AK148_00906	1203	yfcJ_2		putative MFS-type transporter YfcJ	TTGAGTCATCAACCAAAGATTTGGACAAAAGATTTTATTAGTATTTCATTAACACAATTCTTAATTTTCATTTCCTTTTATACACTTTTAACTACATTACCTATTTTTGTTGTGCAAAATTTACATGGAAATGAAGCTGAGGCTGGTCTCGTAGTTACTTCCATGTTAATTGCCGCCATTATTATAAGACCTTTTTCTGCATTACTATTGCAAAAAACAGGCAAAAAGCGAGGACTTATTTTAAGTGTTGTTATGTTTGTCGCTATTACTTTTCTTTACATGTTTATTAAATCTTTTATTCCTCTATTAATCGTTCGTTTCTTACATGGACTAGCATTTGGGGTTGTCACTACAGCAACAGGTGCCATTGCTGCTGATATTATTCCTGCTTCACGCCGTGGGGCTGGATTAGGATATTTTGCTATGGCAATGAATTTGGCTGTTGTTGTTGGGCCATTTATTGGCTTAACCGTACTACAATATACAAGTTTTCAACAGCTATTTCTCCTATTAAGTATTGTCATGCTCGTCACAATCATTCATGCTACCATGATACAAATCGACGAAACAGGTGTTAAACCGAATGTTCAGGAAAAACAGAAATGGGCGGTACATGATTTTATAGAAACACGTGCGCTTCCTATAGCATTCATTTGTAGTCTAATAGCTTTAGCTTATTCTAGTGTTATGTCCTTTATATCTGTCTATAGTAGTGCATTAGGACTTACATCTACAGCTGGGTACTTCTTTGTTGTTTTTGCAGCTGTCATGATCACCTCTAGACCCTATCTAGGAAGAACCTTTGATGTGAAAGGGCCTAAATATGTGATCATACCATGTTTATTCATTTTTTCACTTGGGCTTATCGCTCTAAGCATAACGCATTCAAGTTGGATGCTTTTAACATCCGCAGCGCTTATTGGCTTAGGATTTGGAACATTATTACCTAGCTTTCAAACAATGGCTGTTCAGGCAGCACCTAAACATAGAAGCGCGCATGCAACGAGTACATTTTTTATTTTATACGATGGTGGAATGGCTCTCGGTTCATTTATTTGGGGTATGCTTATTTCTTATTTCGGATTTGCTAATCTTTACTTACTAAATGCGGTAATTGTTTTAGCAGTCATATTGCTATTTCGTTATTATTTAGGTAAAGGAACCCTATTTATACATCGTAAACGTGAAAGAATTAGCTCGTAA	MSHQPKIWTKDFISISLTQFLIFISFYTLLTTLPIFVVQNLHGNEAEAGLVVTSMLIAAIIIRPFSALLLQKTGKKRGLILSVVMFVAITFLYMFIKSFIPLLIVRFLHGLAFGVVTTATGAIAADIIPASRRGAGLGYFAMAMNLAVVVGPFIGLTVLQYTSFQQLFLLLSIVMLVTIIHATMIQIDETGVKPNVQEKQKWAVHDFIETRALPIAFICSLIALAYSSVMSFISVYSSALGLTSTAGYFFVVFAAVMITSRPYLGRTFDVKGPKYVIIPCLFIFSLGLIALSITHSSWMLLTSAALIGLGFGTLLPSFQTMAVQAAPKHRSAHATSTFFILYDGGMALGSFIWGMLISYFGFANLYLLNAVIVLAVILLFRYYLGKGTLFIHRKRERISS				NA	NA	NA	NA	NA
AK148_00907	210			hypothetical protein	ATGGGAGTGATTAATTATATTCGCGAAATCCGTCAAAAAAAGGGAATAACTCAAATTAAAATGGCTGAGGATCTACAAGTTACACGCCAGACTATAAATGCAATTGAAAAAAATAAGTATAATCCAAGTCTTGAGTTAGCATTAAAATTAATAGCATATTTTGATATGCCAATAAATGAAATATTTATTTTGGAGGATGATGACAAATGA	MGVINYIREIRQKKGITQIKMAEDLQVTRQTINAIEKNKYNPSLELALKLIAYFDMPINEIFILEDDDK				NA	NA	NA	NA	NA
AK148_00908	423			hypothetical protein	ATGAATGTAGAGGATAGAAAAAAATGGGGAAAGATCTTAGCAAAGTGGACTCCATACTTTATTATTACTTGTACTTTTATTGGTGCTTTGCTAGGTTCATTTCTTGCTTATTTTTTTCAGGGTGAATTTCCGTATGAAGTGCTTGCAGGTGGTTTCGTAGCAACTATCATTTTGACAGTAATTCAGGTGATTAAACAGAAACGAAAAAGAGATAATTTGCCCGAAGCAGATGAACGAGTCATCCACAATATCTTCCGTTTTTTTGCATACGCATCACATATTTCCTTAACTATTTTATTAGTGGCTTTAGCAGTTTTCACATTTTTAGAATATGAGTCAATTCCCATTCTTTATCTATGGCTCTTTTTCTTTTCGTATATTTGGATTGTAGGTATAGTTGCTCTTATTATTAAAAGAAGGTAA	MNVEDRKKWGKILAKWTPYFIITCTFIGALLGSFLAYFFQGEFPYEVLAGGFVATIILTVIQVIKQKRKRDNLPEADERVIHNIFRFFAYASHISLTILLVALAVFTFLEYESIPILYLWLFFFSYIWIVGIVALIIKRR				NA	NA	NA	NA	NA
AK148_00909	786	oppF_2	COG4608	Oligopeptide transport ATP-binding protein OppF	TTGAAACAGCCGCTTATAAAAGTAGAAAACCTAAAAAAATTTTATGACCAAAGGCGGGGGAAGTTTTGGGAACAAGCTTCGTACATAAAAGCTGTTAATGGTATATCGTTTACTTTATATGAGGGTGAATCATTTGGATTAGTAGGTGAGAGTGGTAGTGGCAAATCCACGACTGGTCAATTAATCGTACAGTTAATACAGCAAACAGAAGGGGAAATTTATTTTAAGGGGGAGGATGTATCATCATTCTCTGCTAAGCAATTAAAAGCTTGGAGAAAAGAAGTGCAAATTGTTTTTCAAGACCCTTTTTCATCATTGAATCCGAAGAAAACCGTCCAATGGACGTTAGATGAGCCACTAGCACTTCATAAATTGGGAGATAAAGCGACCCGCTATAAGAGAATTGTTCAAACTTTACATGACGTTGGTTTAGACGAATCTTATTTATCACGCTATCCTCATGAGCTTAGTGGTGGACAAAGACAACGGATAGCAATTGCAGCTGCCATTATTCTCAAACCTCAGTTTATTGTCATTGATGAAGGCGTATCGGCACTCGATGTTTCTGTCCAAGCACAAATTTTAAATCTACTGAAAGATTTACAACATCAATATCAACTAACCTATTTATTTATTTCTCATGATTTACATGTTGTGCAATATTTTTGCGATCGCATTGCTGTGATGTATTCAGGAGAAATTGTCGAAATAGGAGAAACAGAAAAAATTATTCAATCGCAGCAGCACCCGTATTCTAAATCTTTATTCTCCATAGTAAATTATTAA	MKQPLIKVENLKKFYDQRRGKFWEQASYIKAVNGISFTLYEGESFGLVGESGSGKSTTGQLIVQLIQQTEGEIYFKGEDVSSFSAKQLKAWRKEVQIVFQDPFSSLNPKKTVQWTLDEPLALHKLGDKATRYKRIVQTLHDVGLDESYLSRYPHELSGGQRQRIAIAAAIILKPQFIVIDEGVSALDVSVQAQILNLLKDLQHQYQLTYLFISHDLHVVQYFCDRIAVMYSGEIVEIGETEKIIQSQQHPYSKSLFSIVNY	PGPT0021035_1139	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0021035-oppF-K10823	NA	NA
AK148_00910	981	oppD_2	COG0444	Oligopeptide transport ATP-binding protein OppD	GTGAATCAAGCTACCTTAGCAGTTCATGAACTCGATATAACTTTCCACCTTCCTGAAGGTGAGTTTTATGCTTTGCAAGATATTTCTTTTGAAATAAATCCAAATGAAGTAGTTGGCATTGTAGGGGAGTCTGGCTGTGGAAAAAGTCTAACTGCAAAAGCCATTATGGGAACATTACCACAAAATGCGAGCATTACACGTGGAAACATGGTCTTTCAGAATCGTCAGCTACATCAAATGTTAGAAAAAGATTGGCAGCGTTTAAGAGGAAACGAATTAACGATGATTTTTCAAGAACCTATGAATTCACTAAATCCTGTATTAACCATTGGAAAACAAGTTTCTGAAGTATTAAAGAGACATACATCTCTTTCAAAAAAGGAAAGAAAGCAACAAGTAATGAAAACATGGAAGGAAGTGGGCTTACCTAGACCAGAAGCATTATGGAAAGCATACCCGCATCAGCTCTCAGGAGGGATGTGTCAGCGCGTTGTTATAGCTATGGCAGTTATTGGCGAACCGCAATTAATTATTGCAGATGAACCGACAACGGCTTTAGATGTAACCACGCAAGCTCAAATATTAGATTTATTTCAATCCATTAAACAAAATTACAATAATGCTTTGTTATTTATTTCCCATGATTGGAGCGTTATACGACGCATTTGTGATCGGGTGATGGTGATGTACGCAGGAAGAATTGTCGAACAAGGCGATGTAGATAAGCTTATGAATGAACCGAAACATCCTTATACGAAAAGCCTCCTCCAAGCTATTCCTAATGCATCCAAGCGGGGGCAACGATTATATACAATTCCAGGAAACGTACCAAGTTTACAAGAGAGAAAAACAGGTTGTCCATTTTATGAGCGCTGTTCGTTAAAAATGAAACAATGTGAAGCAGTTTTCCCAGATACATATACATTTGCACGGCAAACGGTCGCTTGTCATTTATTTGCTAAAGAAGGTGACCACCATTGA	MNQATLAVHELDITFHLPEGEFYALQDISFEINPNEVVGIVGESGCGKSLTAKAIMGTLPQNASITRGNMVFQNRQLHQMLEKDWQRLRGNELTMIFQEPMNSLNPVLTIGKQVSEVLKRHTSLSKKERKQQVMKTWKEVGLPRPEALWKAYPHQLSGGMCQRVVIAMAVIGEPQLIIADEPTTALDVTTQAQILDLFQSIKQNYNNALLFISHDWSVIRRICDRVMVMYAGRIVEQGDVDKLMNEPKHPYTKSLLQAIPNASKRGQRLYTIPGNVPSLQERKTGCPFYERCSLKMKQCEAVFPDTYTFARQTVACHLFAKEGDHH	PGPT0004435_11152	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
AK148_00911	807	gsiD_1	COG1173	Glutathione transport system permease protein GsiD	ATGAGGAGCAATCGACTCCCCTTATATATTGGTTTAACTTTTGTAGGATCGCTTTTTGTTATGATGTTGATTGGCGTGTTTTATACACCCTATGACCCTAACGCGATGGATGCAACAAATCGGCTTGCCTTACCGTCAGCTACCCACTTATTTGGCACAGACAATTTTGGCAGAGATATTTTTAGTCGTGTCATGGAAGGAACCAAGACCGCCTTTTTCATCGGAACTACTGCTGTATCCATCGGTTTATTTTTTGGCTTCCTGTTCGGTGCTTTTGCTGGATACTTTGGTGGCTGGATAGATGAGATATTAATGCGTTTTATTGATGCTATGCTAGCCTTTCCTGGGATATTATTAGCAATTATGCTAGTTGCTGTCTTTGAACCAGGCATGAAAAATACGGTAATTGCACTTGGGGTTATGAGTGTTCCTGCATTTGCGCGAATTATTCGGAGTACTTTTATTCAGTACAAATCGTATGATTTTGTAAAGGCGAGTATAGCAAAAGGTGGAAGTGCATTGCATATTATGTTGAAGCATATTCTTCCAAATGCGTTATCACCAATATTCGTAGCAGCAAGTTTAAGCTTTTCAGGTTCTGTATTAGCGGAATCTGGTTTAAGTTATTTAGGCTTAGGAGTGCAGCCTCCTGATCCAAGCTGGGGAAGAATGTTAAAAGAAGCACAGCCTTATATCGCTACTGCTCCGTGGTATGTCGTCATTGTGGGGGTAGTGATTACGGTGCTTGTGTTAGGTTTTAATTTATTAAGTGATGGGATGCGTGACATCCATGATAAAAGGGCATAG	MRSNRLPLYIGLTFVGSLFVMMLIGVFYTPYDPNAMDATNRLALPSATHLFGTDNFGRDIFSRVMEGTKTAFFIGTTAVSIGLFFGFLFGAFAGYFGGWIDEILMRFIDAMLAFPGILLAIMLVAVFEPGMKNTVIALGVMSVPAFARIIRSTFIQYKSYDFVKASIAKGGSALHIMLKHILPNALSPIFVAASLSFSGSVLAESGLSYLGLGVQPPDPSWGRMLKEAQPYIATAPWYVVIVGVVITVLVLGFNLLSDGMRDIHDKRA	PGPT0004450_14701	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
AK148_00912	945	gsiC_2	COG0601	Glutathione transport system permease protein GsiC	GTGAGGTTTTACTTATATAAATTGTCTATGTTCGGTTTAACATTATTTATCGTTTCCCTCATGATTTTCTTTGTTTTTCAGTTATTGCCAGGTAATCCAGCCCAAATTATCCTTGGGTTGGATGCTGATGAACAACAAATTCATTATTTAGAGCAGGAATTAGGATTGAATAAATCAGCAATCGAAAGATACATCGATTGGATGGCCGGTATATTTCAAGGGGACTTAGGGGAATCTTTGCGTTACCAAGTACCTGTCAGTGACGTGCTTGCCGAACGTATTCCCGTGACGACATCCATAGCGATATTTTCCATGGTGTTAACAGTTATTGTTGGAATCCCCTTAGGAATTTTAATTGCTAGAATGAATGGGAAGAGAATTGCTGTTTTTTTATCGATGTTTACACAATTAGGCATTTCCATTCCTTCTTTCTGGTTTGGGTTTATGCTCATTTTATTGTTTTCCGTGACGTTAAATTGGGTAACCTCATTTGAGTACGTAGCGTGGTCAGAAGATTTCTTTGGAGCGCTTCAGGCGCATTTGTTGCCATCGCTAGCTATTGCTATTTCTAATATTGCTGTTGTCATTCGTTATTTAAGAAATACCATATTAGATCAAAACAAAATGGATTATGTGCGAACAGCAACATGTAAAGGATTATCTGAGCGAGCTGTACTATATGGGCATGTATTAAGAAACGCATGTATTCCTATCATTACGATTATTGGTTTAATTACTGCAGATACGTTGGGTGGGAGCATTATTATTGAGAATGTCTTTGCCCTTCCTGGACTAGGTAGTTTACTTATTCAATCTATTACGTCAAGAGACTTTCCTTTGGTGCAATCCATGGTTCTATACATAGCTGCTATTGTATTAGTCATTCATTTTGTCGTCGATCTTTTATATAAATTTATTGATCCAAGAATAAGGCAAGGGAGGTAA	MRFYLYKLSMFGLTLFIVSLMIFFVFQLLPGNPAQIILGLDADEQQIHYLEQELGLNKSAIERYIDWMAGIFQGDLGESLRYQVPVSDVLAERIPVTTSIAIFSMVLTVIVGIPLGILIARMNGKRIAVFLSMFTQLGISIPSFWFGFMLILLFSVTLNWVTSFEYVAWSEDFFGALQAHLLPSLAIAISNIAVVIRYLRNTILDQNKMDYVRTATCKGLSERAVLYGHVLRNACIPIITIIGLITADTLGGSIIIENVFALPGLGSLLIQSITSRDFPLVQSMVLYIAAIVLVIHFVVDLLYKFIDPRIRQGR	PGPT0004445_11827	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
AK148_00913	1542	appA_2		Oligopeptide-binding protein AppA	ATGAAAAAAAGTAATTTCAAAGCTTTTTTGTTATTATGTGCTGTTTCACTTGCTCTTATAGCTTGTTCCAATGCAAATTCTACTCCAACGGATGAGCAAGAAGTAAACGCCAAGGAAAATAAAGCAGGCGGTACGGTTCGTATAGCAATGAGTACGGAAGTGGATCATTTAGATCCGTATCAATCTGCTGCAACAGATACGATGTCGATGATGGACAATGTATATGATGGTTTATTAGACACAGATGAGTCTGGTGAACTGGTGCCTGCTATCGCAGAATCGTACGATATTTCCGAAAATGGGCGCGTATATACATTTAAATTAAAGGAAAATGTTATGTTTCACGATGGGTCTGAATTAACTGCAGAAGATGTGAAATATTCTTATGAAAAGTTAGCAGGGTTAAGCGGTGACGAGCCAATTTCATCCCAATTTGAAGTAATTGAAAAGGTGGAGACTCCCTCTGATTTTGAAGTCGTCATTACATTAAAAGAAACAAATTCGGCTTTTCTAGCAGCAAATATTCGACCGATTTTACCTGCTGATTATGATAATCATAGCGAAAAACCTATTGGAGCTGGTCCGTTTAAATTTGCAGAATATAAAGTAGGACAAGAACTGCGCTTAGTGAAATACAAAGACTACTATGATGAAGAAAAAGTACCGAAACTGGATGAAGTGCGGTTTAAAATCATGCCTGATCCAGAATCAGCAATACTAGCGATGCGATCTGGAGAAATTGATGTCATTCCAGGTATATCTGCTCAAGGCAAAGAGCAATTAGGCGATACCATTGAAACGATAGCTGCCCCACAAAACATGGTACAGTTAATGGCTTTAAACAACCAAGTAGAACCGTTAAATGATCTTCGTGTACGTAAAGCAATTAACTTAGCTATTGATAAAGATATGATTATCGATATGGTAGCTGAAGGAGATGGTGTTAAATTAGGATCAAATTTCAGTCCATCCATGGAATTATACTACCAGGCAGGATTAGAAGATACGTATCAACCTCATCTTGATGAAGCGAAAAAGCTATTGAAGGAAGCAGGATACAAAGATGGGTTTAATTTAGAATTGACGGTGCCATCTGATTATCAATTTCATGTAGATACAGCGCAAGTTATTACAGAACAATTAGGGCAAGTCGGTATTCAAGTAGATATCAAACGAATTGAATTTAGTACTTGGTTGGAAAAAGTCTATAATCAAGCGCAATATGAAAGTACTATTATCGGGTTTACTGGAAAACTAGATCCTTATGAAATTTTACGAAGGTATGTAAGTGACTACAATAATAACTTTGTTCAATTTGAAAATGAGGAATACGATGCACTTATCAAAGAGGCACTTGCGGCTACGGATGAAAAAGCGTTAGCTCATATATATAAGCAAGCTCAAACAATCCTGACAGAAAAAGCAGCTTCCGTATTTATTATGGATCCTTATCGTACAGTTGCGATGAAGAAAGGGTTACAAGGATGGAAAATGTATCCGATTCAAAAATTCAATTTAGAAGATTTATATTATACGGAATAA	MKKSNFKAFLLLCAVSLALIACSNANSTPTDEQEVNAKENKAGGTVRIAMSTEVDHLDPYQSAATDTMSMMDNVYDGLLDTDESGELVPAIAESYDISENGRVYTFKLKENVMFHDGSELTAEDVKYSYEKLAGLSGDEPISSQFEVIEKVETPSDFEVVITLKETNSAFLAANIRPILPADYDNHSEKPIGAGPFKFAEYKVGQELRLVKYKDYYDEEKVPKLDEVRFKIMPDPESAILAMRSGEIDVIPGISAQGKEQLGDTIETIAAPQNMVQLMALNNQVEPLNDLRVRKAINLAIDKDMIIDMVAEGDGVKLGSNFSPSMELYYQAGLEDTYQPHLDEAKKLLKEAGYKDGFNLELTVPSDYQFHVDTAQVITEQLGQVGIQVDIKRIEFSTWLEKVYNQAQYESTIIGFTGKLDPYEILRRYVSDYNNNFVQFENEEYDALIKEALAATDEKALAHIYKQAQTILTEKAASVFIMDPYRTVAMKKGLQGWKMYPIQKFNLEDLYYTE	PGPT0004430_15751	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
AK148_00914	735		COG1234	putative protein	ATGAAATTACATACAGTCGGATATTGGGGCGCCTATCCAAACGTGAACGAAGCGACTTCATGTTATTACGTTGAGGATGAACAAACAAAAATTTTACTAGATTGTGGCAGTGGCGCTCTTTCTAAGTTGCAAAATGTAATGGAGTTACAGGATTTAGATGCCGTTTTTATAAGTCATATTCATACCGATCATATGGCGGATATTTACAGTTTGGAATATGCCATGCTTATTTTACAACAACTAGGGAAAAGAAAAGAGCCGCTAGATGTTTATGTATACGCAGAAAATAGGAGTGATCTATCGTTTGAATTTCCTCATGTATTACGTGTCCATCCAATTCACCTAACTGAATCGGTGGTTATAGGTTCACTACAGCTTACTTTTTCAGAAAATGTTCATGAGGTTCCGTGCTGTGCTATGAAGGTAATGAATCAGCAAGGACATGCCTTCGTATATTCTGCAGACACAGGTTATACAGAAAAACTCATTCAGTTTGCTCAAAATGTGGATACATTATTAATTGAATGTAGTTTTTATGCTGAACAACAAGGATTAGTAAAAGGACATTTATCGAGCTATGAAGTAGCTAACATTGCTAAAAAAGCAAACGTAGCTACCATTATTCTTACGCATTTCCCGCACTATGGTAATATTCAACAACTAAAAGAGGAAGTGGCGTCAAACACAGATCAAGTTGTTCATCTTGCAAAGGAAGGTTTTACCATCACTATATAA	MKLHTVGYWGAYPNVNEATSCYYVEDEQTKILLDCGSGALSKLQNVMELQDLDAVFISHIHTDHMADIYSLEYAMLILQQLGKRKEPLDVYVYAENRSDLSFEFPHVLRVHPIHLTESVVIGSLQLTFSENVHEVPCCAMKVMNQQGHAFVYSADTGYTEKLIQFAQNVDTLLIECSFYAEQQGLVKGHLSSYEVANIAKKANVATIILTHFPHYGNIQQLKEEVASNTDQVVHLAKEGFTITI				NA	NA	NA	NA	NA
AK148_00915	834			hypothetical protein	TTGAATAAGTTAATAAACGAAAAATATGAACAATTAAGCGAAGCACAACGAAAAGTCGCTCGTTACATAGTAGAAAATATGGAAGAAGTTGTTGTCTTATCAGCACAAAGAATTGCTTCTTTGTCAGACGTAAGTGAAGCTACCGTTCATCGATTTGCTAAGACACTAGGATATTTTAGTTTTGTTGAACTAAAACAGGACATACATACAACATTACGTAAGAACCAACGAGCGCTAAATAATTTAATTACTACAACTGCTGAAAAACCAGATTCTTGGTTAGAAAAACATTTCTTGCAAGAAGCAGACAATATTGTTCGTACAAGTAAAGCAATAAAGGAGCGCGACATTCAAGACGTAGCTAACACATTGCTGCATGCTAATCATATATGGATAGCTGGTTGGCGATTGGGATTATCGATAACTACTTATATGCGATTTGTTTTTTCTTATATGCTTGGAAATACGACGTTAATTCCCCAAGGAGAACTCGCTGAATATAGTGCACATTTAAAAAAAACAGACGTCCTTATCGGAAGTGTATTTCCGCGTTATGATCATAAAACAGTACAAATTATAAAAAAGGCAAAAGAGAAACATGTTCAAACAATTATTTTGACGGACTCGCCTTTATGCCCTGCTTGTAAACATGCGGATATAACTTTGCTTGCGAAAACAAAGTCAAAAGGCTTTTTAGATTCGTATACAGCCGCATTATCTATATGTCAGGCAATTGTAAATGAACTTTCCCATATTGGAGGGGAGCGTGTGAAAGAAAATATAAAGCAAATTGAAAAGAGTTATCCAGACTTTCTAGAAAAAAGCGAATCTTGA	MNKLINEKYEQLSEAQRKVARYIVENMEEVVVLSAQRIASLSDVSEATVHRFAKTLGYFSFVELKQDIHTTLRKNQRALNNLITTTAEKPDSWLEKHFLQEADNIVRTSKAIKERDIQDVANTLLHANHIWIAGWRLGLSITTYMRFVFSYMLGNTTLIPQGELAEYSAHLKKTDVLIGSVFPRYDHKTVQIIKKAKEKHVQTIILTDSPLCPACKHADITLLAKTKSKGFLDSYTAALSICQAIVNELSHIGGERVKENIKQIEKSYPDFLEKSES				NA	NA	NA	NA	NA
AK148_00916	834			hypothetical protein	ATGGGAAAATGGTTAAAAGAAAGCAGTTTAATTATTATCGGATCATTTATATTTGCGTTTGGAGTTAATTATTTTGCAATTCCCAATAACCTGTCTGAAGGGGGAATCATTGGGATATCGATTGTTACTTATTATATATTTGGATGGTCCACAGGAATTGTGAATTTTGCTATTAATGCTGTTTTACTAGCTATCGGTTATCGATATTTTAGTAAACGGGTCATGATATATACCATTATATCTATCGTCTTTTCGTCCCTATTTTTGCATGTAACTGAAAACATCGGTAAAGCTGGAAACGGTGATACATTGTTAGCCGCTTTATTTGCTGGCTTAACTGTCGGAATTGGGTTAGGTCTCATTTTTAAAACTGGAGGTACATCAGGTGGGACAGCTATTATCGTTCGTTTACTTCATCAATATATCGGCTGGAGCTTTGGAAAGGGCATGCTCCTTACAGATATTGCTGTAATCGGGGTTTCTGCGTTCGTCATCGGTCAAGAAAAAGCCATGTATACGTTAATCTCTGTTTACGTTGGTGCCAAAGCAATTGATATTATCGTAGAAGGTGCAAATGAACGCACGGCCGTACTCATTATATCAAAATCCCCTGAAGAAGTTCTCCAACAAGTAACGAATAATATGTCTCGTGGAATTACTGTTTTAGAAGGTAAAGGTGGTTATACAAAACAGAACAAAGAAATTCTTTACATCGTCATAAATAAACAGGAAATTGTTCACTTGAAGCGTATTATTGAAAAAATAGATGAAGATGCTTATATAACCGTTCATAGTGTACAGGAAATAAATCGTAGAGGCTATAAAGGAAGGTAA	MGKWLKESSLIIIGSFIFAFGVNYFAIPNNLSEGGIIGISIVTYYIFGWSTGIVNFAINAVLLAIGYRYFSKRVMIYTIISIVFSSLFLHVTENIGKAGNGDTLLAALFAGLTVGIGLGLIFKTGGTSGGTAIIVRLLHQYIGWSFGKGMLLTDIAVIGVSAFVIGQEKAMYTLISVYVGAKAIDIIVEGANERTAVLIISKSPEEVLQQVTNNMSRGITVLEGKGGYTKQNKEILYIVINKQEIVHLKRIIEKIDEDAYITVHSVQEINRRGYKGR				NA	NA	NA	NA	NA
AK148_00917	753			hypothetical protein	ATGTTAAAAGAGGAGGTAGTTGCTTTGATTCAAGCATATTTTGAAAAGATTCACGGATTACTGACTACTGTAGAACAAAAGGAAACAGAAACAATGGAAAAAGCAGCAAACAAAGTAGCTCAAACGATTCAAGCTGACGGGGTTATTCACTTGTTTGGTTGTGGTCATTCACATATTTTAACAGAAGAAGTGTATTATCGTGCTGGTGGACTTGTGCCCATCCATCCTATTTTTCACGAACCTTTAATGCTTCATGAGGGAGCTGTGCGTTCTTCCTCTTTAGAAAGAGAAAACGGTTATGCGAAAAACTTTATTGCAAACCAAGGAATTGCAGCAGGAGATGTCGTATTCGTCATTTCTACTTCAGGAAGAAATCCAGTACCCGTAGATGTGGCTAACTATGCAAAACAGCAAGGTGCTTACGTAATAGGCATTACTTCCATTGTTTATTCATCTAGTCAAGCTTCACGTCACATTAGCGGGAAACATCTTTATGATGTCGTTGATATCATCATTGATAATCACGCACCTGCTGGCGATGCACTACTATCTCATGAAAAAGTAACTGTACCTTTTGCACCAAGTTCAACTGTTATTGGAGCAACGATACTGAATGCTATATTAGCTAAAGCGATTGAAACGATGGCAGAGAAAGGATTTGAACCGCCTGTATTTTTAAGCGGCAATATAGAGGGTTCTGATGAACATAACCAACGCTTAGTTGAAAAATATAAAGAACGAGTAAAATTATAG	MLKEEVVALIQAYFEKIHGLLTTVEQKETETMEKAANKVAQTIQADGVIHLFGCGHSHILTEEVYYRAGGLVPIHPIFHEPLMLHEGAVRSSSLERENGYAKNFIANQGIAAGDVVFVISTSGRNPVPVDVANYAKQQGAYVIGITSIVYSSSQASRHISGKHLYDVVDIIIDNHAPAGDALLSHEKVTVPFAPSSTVIGATILNAILAKAIETMAEKGFEPPVFLSGNIEGSDEHNQRLVEKYKERVKL				NA	NA	NA	NA	NA
AK148_00918	732	crnA		Creatinine amidohydrolase	ATGGAGTTTCAATACGAAAATTCATATGAAATAAAAGATAAGGTCACAGCATCAAGTATTGCCATCTTACCAGTAGGAGCAGTTGAAGCACACGGCCCACACTTGCCATTGGGAACAGATAATCTTTTAGCTGAACGTGTCGCTAAAAACGTAGCTGAGCAAGTAGAAGCGTTTGTTTTACCTACTTTACCATATGGACAAGTATGGAGCTTGCGAAATTTTCCAGGAAGTATTAACGTTTCGAACGAATCGCTTATTTCCATCGTAGTGGATATTGGTGAAAGTTTATACAACCAAGGGTTCCGTACGTTTGTTATGGTGAATGGACATTTAGGAAATCAGCCTGCATTAAAAGATGCAGCTCGTGTTCTATTTACATCATGCCCTGATATGAAAGTTTTTTACTTCTTTTATCCGGGAATGAAGCAAGCGGCAAAGGAAGTTCGAGAAACAGACTCTGCTCATGCCACATACTTTCATGCCTGTGAAATTGAAACATCTTACATGCTTTACTTAGCGCCAGAATATGTGGATATGAAAAAAGCGATAAAAGATATTCCGCAAATACCTGAAGATGCAGATGTCACACCAACTCCTTGGGAAGCATTTACAAAATCAGCTGTTTTAGGAGATGCGACATTGGCAACAAAAGAAAAAGGTGAACATATTATCGAGATTGCGATTCGCAATATGGTTGACATGTTAAGGAATCACTGCCAGAAAAGACGATAA	MEFQYENSYEIKDKVTASSIAILPVGAVEAHGPHLPLGTDNLLAERVAKNVAEQVEAFVLPTLPYGQVWSLRNFPGSINVSNESLISIVVDIGESLYNQGFRTFVMVNGHLGNQPALKDAARVLFTSCPDMKVFYFFYPGMKQAAKEVRETDSAHATYFHACEIETSYMLYLAPEYVDMKKAIKDIPQIPEDADVTPTPWEAFTKSAVLGDATLATKEKGEHIIEIAIRNMVDMLRNHCQKRR				NA	NA	NA	NA	NA
AK148_00919	993			Phospho-furanose lactonase	ATGAGTTTTATTCGTACATTTCATGGTGATGTTGATCCTAAAACACTAGGAGTTACATACTCTCATGAGCATATCGTTTGTCGACCGCCATATTGGGTCGAGCAAGAAGCAGATGATTTATTGCTTGATGATAAAGAGAAGTCCAAACTGGATGTGTTAGATTTCAGTCGCCTTGGTGGTGAAGCGATCGTAGATGCTACAGCAATTGATTATGGTAGAGATGTACAGGCGGTGAAGGAGATTTCAGAAGAGACAGGAATTACGATTGTAGGTACAGCGGGATTTAATAAAAGTTTTTTATGGGCAGCAAGCATCCCTGAACATTTGAAATCTGTAACCGGCAATTATTCAACATTCCATGAGTGGATTGAAGCAAAAAGTATTAATGAGTTGGCAGATTTCGTTATTCGCGAAGTAGAAGAAGGTTTAGAAGGGACGAACATTTGCGGTGGGCAGGTGAAATTTGGGACGGGCTATAATCGAATTACTCCTTTAGAAGAGAAAACGATTCGTGCAGTAGCTAGAGCACATCATGAAACAAAAGCTCCCGTTCATTCACATACAGAAGCAGGTACGATGGCACTAGAGCAAATTGAAATTTTAAAATCAGAGCATGTTCCATTAGAATATGTGAGTTTTGGCCATATGGATCGAAATCCAGATCCTTTTTATCATGAACAAGTAGCAAGAACAGGCGCATTCTTATCTTTTGACGGGATATCTAAAATAAAATATGCTCCAGAGAGCACACGCATTCAATGTATTTTTGAATTAGTGAAAAAAGGCTATGAAAAGCAAATTTTAGTTAGTGGCGATACAGCTAGAAAAACGTATTACAAGCATTACGATTATGGGCTAGGTTTAGAGAATATTTTAGGAAAATGGGTACCTCGCTTTATAGAAGAAGCGGACCAAGCTGGATTTTCAGGAGAAGATTTAGTCACCAATTTCTTTGTAAATAACCCAGCGAGATGCTTTGCATTTAAAAAGTAA	MSFIRTFHGDVDPKTLGVTYSHEHIVCRPPYWVEQEADDLLLDDKEKSKLDVLDFSRLGGEAIVDATAIDYGRDVQAVKEISEETGITIVGTAGFNKSFLWAASIPEHLKSVTGNYSTFHEWIEAKSINELADFVIREVEEGLEGTNICGGQVKFGTGYNRITPLEEKTIRAVARAHHETKAPVHSHTEAGTMALEQIEILKSEHVPLEYVSFGHMDRNPDPFYHEQVARTGAFLSFDGISKIKYAPESTRIQCIFELVKKGYEKQILVSGDTARKTYYKHYDYGLGLENILGKWVPRFIEEADQAGFSGEDLVTNFFVNNPARCFAFKK				NA	NA	NA	NA	NA
AK148_00920	1296	ulaA_1	COG3037	Ascorbate-specific PTS system EIIC component	ATGGATATCATTTTTTGGATTGCCACGAATGTGTTTGGAGAAGCCGCCATATTATTAGGTTTTATCGTTCTTTTAGGATTACTGTTGCAAAAAAAATCAGCGAGTCAAACGGTCAGCGGTACATTTAAAGCGATTATAGGGTTTTTAATAATTAGTGCAGGTGCTGGCGTTATTGTAAACGCATTAACCGTATTTGAGCCGCTATGGAAAGAAGTTTTTAATTTATCGGCGGAGCCTCTTGGTGATTTTATGGGGCAGGAAGGGTTTAACGCAAAGTATGGAAGTGCTGTTACGTTAGCAATGACGCTCGGGTTTGTCATTAACGTCCTCTTAGCTCGATTTACCAAATTTAAATATATTTATTTAACAGGGCATATGATGTTTTGGACAACCACCATTTTTGCAGGTGTAATCGTTCAAGCTGCTGGCGATGTTTCATTTTCAAAGCTCGTTATATTCTTAAGTATATTTATGGGGTTATATTGGACTATTCAACCAGCCTTAACACAACCATTTATGAGAAAAATTACCGGTAATGATAATATTGCCCTCGGACACACTTCTGCTTCTGTTGCTTTATTAGGAGCTTTAGCTGGTAAAGTGATGGGAAACAAAGAAAATGATTCAGAAAAAATAAAACTTCCTAAAGGATTGGAATTCTTAAGGGACTCAAACGTTATAACTGCATTGACCATGGGATTATTATTTTTAGTTGGAGCCATCATTATATCGTTTAAAGATACTCCCGGGGCTCAAGAGTTAGTGGCAGCAGCAGGTGATAAAAACTTTATTATTTACTCGATTATTCAATCCTTCACATTTGCAGCGGGTATTGCAGTTGTTTTGCTAGGTGTACGAATGTTTATTGGTGAAATGGTTCCAGCATTTAAAGGAATAGCGACAAAGATTGTACCTGGTGCAAAGCCAGCTCTAGACAGTCCAGTCGTCTTCCCATATGCACCAAATGCTGTTATTTTAGGGTTCTTAGGTTCCTTTGTAGGTGCGCTAATTTGGCTTGTCGTGTTAGGAAATACTGTTGGCTACGTTTTTGTTCCAACGATGATCGTATTATTTTTCCATTCAGCAACAGCAGGTGTATTTGGAAATGCGACTGGAGGAGTACGTGGTGCATTAATGGCAGGATTTATTACTTCAACTGTTGTAGCATGGGGGCAATTTATTATGGTGAAAATGCTTCTATCTGATACCATTCCTGATACAGCGATGTGGGCAGCGGATTCAGACATGTTCATCTTAGGACCAATTGTACGTTTCTTATCCCAATTATTTTTCTAA	MDIIFWIATNVFGEAAILLGFIVLLGLLLQKKSASQTVSGTFKAIIGFLIISAGAGVIVNALTVFEPLWKEVFNLSAEPLGDFMGQEGFNAKYGSAVTLAMTLGFVINVLLARFTKFKYIYLTGHMMFWTTTIFAGVIVQAAGDVSFSKLVIFLSIFMGLYWTIQPALTQPFMRKITGNDNIALGHTSASVALLGALAGKVMGNKENDSEKIKLPKGLEFLRDSNVITALTMGLLFLVGAIIISFKDTPGAQELVAAAGDKNFIIYSIIQSFTFAAGIAVVLLGVRMFIGEMVPAFKGIATKIVPGAKPALDSPVVFPYAPNAVILGFLGSFVGALIWLVVLGNTVGYVFVPTMIVLFFHSATAGVFGNATGGVRGALMAGFITSTVVAWGQFIMVKMLLSDTIPDTAMWAADSDMFILGPIVRFLSQLFF	PGPT0017105_1049	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_TRANSPORT,PGPT0017105-ulaA|sgaT-K03475	NA	NA
AK148_00921	273	ulaB_1		Ascorbate-specific PTS system EIIB component	ATGAAAGTATTAACAGTTTGTGGTTTAGGACAGGGAACAAGTTTAATCTTAAAAATGAATGTGGAGCAGGCTTTAACAGATATTGGAATACGTGCAGATGTAGAGCATATGGACGTATCAACAGCTTCTAGTATGGATGCTGACTATATCATTACAAGTAATGAATTAGCTGAAAGTCTGCAAGGGCATAAGGCAAAGATTGTTATTGTTAATAACTATTTTGATATGGATGAAATTAATGAAGCTATCAAAGAAAATATGGAAGCCTCTTAA	MKVLTVCGLGQGTSLILKMNVEQALTDIGIRADVEHMDVSTASSMDADYIITSNELAESLQGHKAKIVIVNNYFDMDEINEAIKENMEAS	PGPT0017110_984	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_TRANSPORT,PGPT0017110-ulaB|sgaB-K02822	NA	NA
AK148_00922	450	ulaC	COG1762	Ascorbate-specific PTS system EIIA component	ATGAAATTTTTAGAAAAAACTATTATACAGCTAGATGTAGAAGTGAAAAGCCCAGAAGATGCAATTATGAAAGCAGGCCAATTATTATTGAAAGATGGGTTGGTTGAACCATCTTATGTAGAAGCTATGAAGCAAGCTTATAACAAGAATGGGCCCTATTTTGTCTTAGCGCCTCAAATTGCAATTCCGCATGCACGGCCAGAAGATGGAGTAAATGAAGCAGCTGTTTCATTAGTACAATTAAAAGAAGCCATATCTTTTGGGCATGCGATTAATGACCCTGTACGTTTAGTATTTGGGCTAGGTGCTTCATCAAGTGCAGAGCATTTAACGCTGCTACGAAAACTAACAACATTATTAAATGATCCACAAAATATTGAGCAATTGCTTGAAGCAACAACAATAGATGAAGTTCAAAAAACGATTAGAAATGGAGAGATGACAAGATGA	MKFLEKTIIQLDVEVKSPEDAIMKAGQLLLKDGLVEPSYVEAMKQAYNKNGPYFVLAPQIAIPHARPEDGVNEAAVSLVQLKEAISFGHAINDPVRLVFGLGASSSAEHLTLLRKLTTLLNDPQNIEQLLEATTIDEVQKTIRNGEMTR	PGPT0017115_653	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_TRANSPORT,PGPT0017115-ulaC|sgaA-K02821	NA	NA
AK148_00923	2112	licR_3	COG1762	putative licABCH operon regulator	ATGAACCAACGTAGTATGGCAGTACTGAATATGTTAGTTGAACAAGAAGGATATCTTTCAAGTGAACAGCTGGCGAAAGCATTTCACGTTTCGAGAAGAACGATTTATAACGATATAGGAAAAATCAATGATTGGCTTAAAAAGCAAAAGTTGGAGATCGTGAAACAAGTGAGAGCAGAGGGCTTTTATCTAGAGGCAAGTACAAAAGAAGCTCTAAGTCAAACGGATTCGCTCGTTCAAGCTCATTATTATGAGTATACAAAAGAAGAACGCAAAGCATGGATATATTTGCATATTACATGCAGTTCTAAAACTTATTTTCTTGAAGATTTTCAAAACCTTTTTCAAGTAAGTAGAAATACAGTATTAGAAGATATAAAGGCATTAAAAAACGAAATTCAACTTGAGCAATTACAAATGCATACTAACCGAAGACAAGGGTACCATATTATAGGAGAAGAAATAGACGTTAGAAAAACAATTACTCAATATCTTTCTGTTGTTACTCCAATGGACAATTGGTACAGCCTATTACATTATCCACATGCACATGAAAAAGACCTGCCACCAACGTACACTATATTTAATGTGAAAGTCCTGCAGCATATTCACCGTCATCTCATTAAATATGAGCAACGATTTAAAATTGAAATTATTGATGACGTGCTAAACAGTTTAGTACTCTGGTTTCATTGTTTTATAAAGCGAGTGGAACAAGAGGCTATTGTCCAAATAGATCCTATCGAGAAGGAAATTATTGAGACAACGGATGTTTACGCAGGTGTACAAACGCTATGTCAAGAATTATTAGCAAACGACATAGATGATACAGATAAGGAAAAAGAGAGTTATTATTTCGCTAAATATTTACTCAGTGCGAAAGTGAATTATGATTTGACGCCAAATAAAGAAGATAGCGTTATGAAGTCATTAATAGATGTAGTTGAAAAAATGGTCAATGATTTTCAACTATATGCGGCAGTGGAATTTGATGAACCGAAACAGATTATGGATAATTTGCTCCTTCATCTAAAACCTGCATATTATCGAATTATGTATGGAATTAAATTAGAAAATACATTGCTGGATTCGGTTAAACAGACATATCCAGAAGTTTTTCAAATTACAAAGCAAGTGATGAAACATTTTGAAGAGCTTATTGAAAAAGTAGTAGATGACAATGAGATCGCTTTTATTGCTACTCATTTTGGCGGATGGCTTCGAAGGGAAGGGGTTGTCCTTGAAGATAAACCTAAGCGTTTATTAATCGTTTGTACGAATGGTTTAGGAACCTCCAAATTACTAGAGAGTCAATTATTATCACTGTTTTCGAATGTTGAATTTCAAGGTGTAACGTCATTAAGAGAATACCAACAAATGAATTTGGCTGTTGATTTTATTGTTTCAACCATAGGTCTTCCAGATCGAGGTGTACCTGTGTTTGTTGTTAGCCCTGTATTAAGTAATGATGAGAAAGAACAGTTGTTGAAAAACGTTAATAGTTTATTTTCCATCAATGCTCGACAAGAATATTCCGTGGAAACGCTTTTAGATATCGTTCATCGCTATGCTACTATTCAGAAAGAAGATGAGCTGCGAAAAGAATTAAGAAGATTTTTGTATACTCCTGAACAGATAGTTAGGAATCCTCAAAAGCAAAGTTTACAACAGTTATTGCCTATTCATCATGTTCAATTGCAGACTAGTGTTTCTACATGGCAACAAGCAATTACTTGTGCAGCTCAACCTTTAGTAAAGGAAGGGTTTATTAATCAACGTTATATAGATGACATGCTGCAAGCCGTTGATAAGAATGGCCCTTACATTGTTATTTCTGACCAATTTGCTTTGCCTCATGCTGGTCCATCAAAGAATGTATTTCAAACGGGGTTAAGTATGCTTTGTTTGAAACAACCGGTAAATTTATTAGGCAAAGAAGTTTCAATTATCGTTGTCTTAGCTTCTAAAGATAACGAACAACATTTAAAAGCGTTAGCACAGTTAACGAAGTTGTTTTCTGAAAAAAATAATAAACAGCTCGTAATGGAGGCTAAGGATACGTTTACTATATATGAATTAATTAAACAGTATTCGCAAAGCATATTGGAATAG	MNQRSMAVLNMLVEQEGYLSSEQLAKAFHVSRRTIYNDIGKINDWLKKQKLEIVKQVRAEGFYLEASTKEALSQTDSLVQAHYYEYTKEERKAWIYLHITCSSKTYFLEDFQNLFQVSRNTVLEDIKALKNEIQLEQLQMHTNRRQGYHIIGEEIDVRKTITQYLSVVTPMDNWYSLLHYPHAHEKDLPPTYTIFNVKVLQHIHRHLIKYEQRFKIEIIDDVLNSLVLWFHCFIKRVEQEAIVQIDPIEKEIIETTDVYAGVQTLCQELLANDIDDTDKEKESYYFAKYLLSAKVNYDLTPNKEDSVMKSLIDVVEKMVNDFQLYAAVEFDEPKQIMDNLLLHLKPAYYRIMYGIKLENTLLDSVKQTYPEVFQITKQVMKHFEELIEKVVDDNEIAFIATHFGGWLRREGVVLEDKPKRLLIVCTNGLGTSKLLESQLLSLFSNVEFQGVTSLREYQQMNLAVDFIVSTIGLPDRGVPVFVVSPVLSNDEKEQLLKNVNSLFSINARQEYSVETLLDIVHRYATIQKEDELRKELRRFLYTPEQIVRNPQKQSLQQLLPIHHVQLQTSVSTWQQAITCAAQPLVKEGFINQRYIDDMLQAVDKNGPYIVISDQFALPHAGPSKNVFQTGLSMLCLKQPVNLLGKEVSIIVVLASKDNEQHLKALAQLTKLFSEKNNKQLVMEAKDTFTIYELIKQYSQSILE				NA	NA	NA	NA	NA
AK148_00924	480			hypothetical protein	ATGTCAAAACGCAAATACGTATTGATTGGCATAATGTTAATGGTGTTTTTTGTTATTGGGTATTTTAATATATCACTAACGTCATTGCCAACTACATTTGTGAATGTATTTAAAGATAACCTTACAAATGAGGAAAAATTTGAACAAGTAAATAGAATAGAGATTCGACAGGGTGGTATAGTAACCGAAGACTTTGAGTATATTGCACCTGAGAATGATAGCGTGTTAACCTTAGACAATGAGGATGAAATTTATCAGATATTAAATAGTGATCTTCGTATTTATAATGGCGGAAGAATTGAAGATAATACAAATAGTGTTTTTTATTTATTTATCCGTTTTGAAGATGGAGCGGAACAACAGTACAAAATAGCGAAAGAATATATTGTAGTGCCTACCCCAAATAACAATAAGATTTATAAGGTTTTAGATGACAATAATGAAATATATGATTATCTTATGTCATTATATAATGAATAG	MSKRKYVLIGIMLMVFFVIGYFNISLTSLPTTFVNVFKDNLTNEEKFEQVNRIEIRQGGIVTEDFEYIAPENDSVLTLDNEDEIYQILNSDLRIYNGGRIEDNTNSVFYLFIRFEDGAEQQYKIAKEYIVVPTPNNNKIYKVLDDNNEIYDYLMSLYNE				NA	NA	NA	NA	NA
AK148_00925	1263			hypothetical protein	ATGAAAAAAGTAGGAAGACGCTTAACGGTTTATCAAACATTATTATTGTATTTGTTTTTATTTACTTTAATTATTACCTTTATACCTTTGGTTACACTTTTCATATTCATTATCTCAGATATTAGTTTAAAATCTATTTCTGCAATAATCGGGCTATCTATTGCAAGTTTACTCTCCCTGTGCTTTGCCTATATGTATGGACATTTTCTGTTTTCTCCGTTTAAACAAAATGTAAAAGATATAGATGTTAGCGGAGATGATTCTCTCCACCATCCTGTGTATAAGTGGGTGAAGGAGTGGATAATGAATACAGAGAATAATTCAGTAAATGAACAAGATCGACAAGTAATGGAGTTAGTTGAACAAACAGCTGCATCTTCTCAGCAGTTGATGTCTACAACGGAAGAGACGACGAAAGCAACAGGCGAAATTTCTGCGTCCATTCAAGAATTAGCTTCTGGAGCCGATATGCAAACACAATCCATTCAAACGATTAATGATTCTTCATCGCAAGTCTTTTTTACGTTAACGGAAATAGATGAAAGTACGAAATTTGTAAAAGAGACGTCGAAAACGGCTAAGAAAAATGCGAAAAACGGAAGTGATGTTGTTTTTAGTGCTACCGAGCAAATGGATGAGATAGCGAAGCAAGTGGATGATTCTATTCACGTCGTCAATGATTTAAAAGAAAAAATGAATCAGGTCGGAGAAATATTGTCGCTTATAACGGATATATCAAATCAAACGAATCTGCTTTCTTTAAATGCTGCAATTGAGGCTGCGCGTGCGGGTGAGCATGGGAAAGGGTTCTCTGTAGTTGCTGAAGAAGTTCGCAAATTAGCAGAGCAAACAAATGCAGCAACAGCTAAAACACAGCATCTAATTGATGAAATTCAAGGTGGAACAAAAGAAGTTATTGATGTCATTCAGGAAAGTGGAAATACGATTAAACAAGGTGTATCCAGAAATGGTGAAATTTCTCAAGTATTTCAGCTTATTTCTCAAGATGTGGATGTAGTTGATGAATTTATTCAAGATTTATCAGAAGCTGTTCATGAGGTAAAGGAAAATATGAATGGCGTTACTTCATCTATGGAAGATGTATCTAGCGTTGCAAGCCAATCGACAGCTAATCTCCAAAATATTGTAGCCGTCGTTGAGGAACTAAATGCGTCTATGCAGGAAGTATCTTCTTCAGCCTCATTACTAGCTGATATATCGACGAAATTAAATGATCAAGTCGATAATGAGTTCTATAAATAG	MKKVGRRLTVYQTLLLYLFLFTLIITFIPLVTLFIFIISDISLKSISAIIGLSIASLLSLCFAYMYGHFLFSPFKQNVKDIDVSGDDSLHHPVYKWVKEWIMNTENNSVNEQDRQVMELVEQTAASSQQLMSTTEETTKATGEISASIQELASGADMQTQSIQTINDSSSQVFFTLTEIDESTKFVKETSKTAKKNAKNGSDVVFSATEQMDEIAKQVDDSIHVVNDLKEKMNQVGEILSLITDISNQTNLLSLNAAIEAARAGEHGKGFSVVAEEVRKLAEQTNAATAKTQHLIDEIQGGTKEVIDVIQESGNTIKQGVSRNGEISQVFQLISQDVDVVDEFIQDLSEAVHEVKENMNGVTSSMEDVSSVASQSTANLQNIVAVVEELNASMQEVSSSASLLADISTKLNDQVDNEFYK	PGPT0015710_27490	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
AK148_00926	387			hypothetical protein	ATGGCTAAGTATGAAATGAAAGTGTATAAAGATGTACTATATTTTAACTACTTTGAAATGGCTGGGACGAAAGAGGAAGCTGAGAAGCATGCAAATGCAGTAAAAGAAGTTTTACAAAAACCCGAAATAAAAAAATTCCTTAATGATAATAGCAAAATTATAGGTGTAGCTAAGCCAGAGGTAAATATGGTATGGGGGAAATTTATGGAATGGGTAAGCAGTAATATTGAGAAAAACGCTACTGTAGCACCAAGTGTGGCGCTGAAAATGCAGTTGAATCGCTTATCTAGAACAGCAGGTACATATGACTCCATACGAGCTTTTACGAAATTAGATGAAGCACTGGAGTTCATGGGTATTCCAGAATTCAAAATAAATGAAGGATGA	MAKYEMKVYKDVLYFNYFEMAGTKEEAEKHANAVKEVLQKPEIKKFLNDNSKIIGVAKPEVNMVWGKFMEWVSSNIEKNATVAPSVALKMQLNRLSRTAGTYDSIRAFTKLDEALEFMGIPEFKINEG				NA	NA	NA	NA	NA
AK148_00927	381			hypothetical protein	TTGAACAAACAAGAAAGAGGATGGAAGCAAATTGAAGAATTAGCCGGTTCTAAAGGAATAGATGCGATGAAAGAAGTTGAAAAGTTCTCGCCACGTTTAGCTAAGCTTGCTTTAGAATTTGGCTATGGGGATGTTTATCACAATGATTCGCTTGATTTAAAGCAACGAGCGCTTATTACATTATCTTCTTTAATCACCCAAGGAGATGCTGGAAGAGGGTTAACCTATCATTTCCATGCAGCGCTAAACGTAGGTGTTCATCAGTCGGAAATTTTAGAATTAATAAATCATTGTAGTGCTTATGCAGGATTTCCAAAGGCAATTCATGCATTGCATATTTTTAAATCAGTAGTTGAAGAAAGGGAGAAGAACAATGGCTAA	MNKQERGWKQIEELAGSKGIDAMKEVEKFSPRLAKLALEFGYGDVYHNDSLDLKQRALITLSSLITQGDAGRGLTYHFHAALNVGVHQSEILELINHCSAYAGFPKAIHALHIFKSVVEEREKNNG	PGPT0005005_3453	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
AK148_00928	1647	ilvB1	COG0028	Acetolactate synthase large subunit IlvB1	ATGTTAACCGTTGCAGCACAAATCGTAGAAATCTTAAAAGGACAAGGCTGCCAATATGCCTTTGGAGTTCCAGGTAAGCCTATTGTGCCACTCATTTTAGAAATGGAACATCGCGACATGAATTTTGTATTAGCACGACATGAATGTAGTGCTGGTTATATGGCAACAGGCTATGCCTTGAAAAATGATAGTTTAGCAGTTGCTATTGGTACATCAGGTCCTGGAGGAACGAACCTTCTTACAGCCGCAGCACAAGCAAAAGCATATCATGCACCTGTCTTGTTTATTACTGGTCATCCACCATTAACGGATATGGGTAAGCCAGTTGGTCAAGACTCAAGTATGTTTGGTACGGATTTAACAGAAATGTTTCGTTCTGTAACGTTGTTTAGCGCAAAGGTAGAGGATGCAAACCTGTTAAAAAAATATATGCAGTACGCTTTAGAACGAGCCTTGCTTGGAGAAAAAGGGCCAGTACATTTATCCATTCCCCTAGATGTACTTATTGATAAGATAGCCCCATTCACATCGCCTATAAAGCTAATAAATGATACTCCTATTTCCGGGAATCTGAAGCAAGCAGCCCACATATTGCAAGATGCGAAACGCCCTGTTTTATTGTTAGGAAAAGGGGTTCACATAGCTAAGGCTTACCGAGAAGTAATGCAGTTTAGCGAAAAATGGAATATTCCGGTCATGACTACACCAGGAGGTAAAGGCACATTTCCCACAAAACATCGACTTTCATTAGGGGCGTATGGACTAGGTGGTACGGAAGCCGCTACTGCTTATATGGCTGAGGGTGTAGATGTGATGGTTGTTATTGGTTCTAAGTTGACGGATATGTCAATAGCTGGATTGGCAAGTGAACAATACCCTAAAACAATGATTCATTTTGATCAACAGGCTGATTTTATCGGAAAGTCTATTTTAGTAGATACTGTATTTGTTAAAGGAGATGCAAAAAAGAATCTTCAGCAGTTAAATACGAACTATACTTCAAATAGGGAAACGCCCCATTTAAAGCCGTATTGGCAAAAAGAAATACGTGATATAGAAGAAAAGAAAAAAGACCAAGCTGCATACCGAAATTTATCTACAGCAGAAGTTATGAAATGTTTAAGAGCCGTATTACCTGAGGAGACCGTTGTATTTGGAGATGATGGTAGCCATACTTTTTATGCTATTAAATATTTTGATATTGTAAAATCTGGTACTTTCTTTTTTGACGATGTATTTGGTGCAATGGGGCACGGGATTAATTTTGCAATTGGAGCAAAAATAGCTGCGAAAGCAACACCTGTTGTTAGTTTTACAGGTGATGGCTGTGTGATGATGCAGGGAACGGAAATATCGACAGCTGTAAACCAAAAAATTCCAATGATTTTCTATGTGTTTAATAATGGCATGCTTGACATGGTAGATAAAGGCATGCGTTATAACATTGGTAGATCAGCAGGAACAAGGTATACGACTGCAATGAATGCAACATTGTTTGCTGAATCTCTAGGCGCAATCGGTTATCGTTGCACAAAAATGGAAGAAATTGTCCAAGCAACTGAAATAGCGTTAAAAGAGCGACAAACAGCAGTTATTGAAATCCTAGTGGAAAAAGAGGAAGTCCCTCCAACATTAAAACGTGGGTAA	MLTVAAQIVEILKGQGCQYAFGVPGKPIVPLILEMEHRDMNFVLARHECSAGYMATGYALKNDSLAVAIGTSGPGGTNLLTAAAQAKAYHAPVLFITGHPPLTDMGKPVGQDSSMFGTDLTEMFRSVTLFSAKVEDANLLKKYMQYALERALLGEKGPVHLSIPLDVLIDKIAPFTSPIKLINDTPISGNLKQAAHILQDAKRPVLLLGKGVHIAKAYREVMQFSEKWNIPVMTTPGGKGTFPTKHRLSLGAYGLGGTEAATAYMAEGVDVMVVIGSKLTDMSIAGLASEQYPKTMIHFDQQADFIGKSILVDTVFVKGDAKKNLQQLNTNYTSNRETPHLKPYWQKEIRDIEEKKKDQAAYRNLSTAEVMKCLRAVLPEETVVFGDDGSHTFYAIKYFDIVKSGTFFFDDVFGAMGHGINFAIGAKIAAKATPVVSFTGDGCVMMQGTEISTAVNQKIPMIFYVFNNGMLDMVDKGMRYNIGRSAGTRYTTAMNATLFAESLGAIGYRCTKMEEIVQATEIALKERQTAVIEILVEKEEVPPTLKRG	PGPT0008185_9379	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
AK148_00929	1038	pgl	COG2706	6-phosphogluconolactonase	ATGAAAAATAATTTTCTTGGATATGCAGGGACGTATACGCGTAATACAAGTAAAGGTATCTATCGTTTTGAATTAGATCCAAAAGCGAAAAAAATAACAGCAGTTGAAGTAGCCGCTGAAGTTGGGAGTCCAACGTATGTAGCCGTTAGTGAGGATAACCGTTACTTGTTCTCCATTGGACAAGACGGAGATTTAGGCGGTGTACAAGCTTATCAAATAAAACAAGAAACAGGGGAACTAATAAAAATAGATGAACAAATGACAGAAGGGAAATCCCCATGTCACTTATCCATTTATGACAATCAAATAGTTACTGGTAATTACCATAGAGGAGAGGTAGTTTTATACGCTTTTGAAGATAACAAAGCATTAGTAACTGCGTCCGCTATACAACATAGCGGTGATGGTCCTCATGAGCGTCAAGAAAAATCACACGTTCATTTTGCTGGATTTACGCCAGATCATAACTATGTAGTCGTTTGTGATCTAGGTACAGATGAGCTAGTAACCTACCGTATAGAAGATAATAAACTTGTTCGTCATCAAACACGAACCGTAAAACCAGGAAGTGGTCCAAGACATATTGTATTTCATCCCAATGGGAAAACAGCGTATTTACTTACGGAGCTTAGTTCAGAAGTAATTGTGCTAGATTATGATGCACAAACAGGAAGTTTTTCAGAAAAGCAAACCGTGCTTGCGAAACCAGCAGATTTCACAGAAACAAACGATGCTAGTGCGATTCATATCTCGTCAGACGGAAAATTTGTTTACACTGGTAATCGCGGTCACAATAGTATCGCGCTATTTGAAGTAGATGCAGAAACAGACGAATTAACCTTTATAGAATTCACTGCAACAGGCGGAGAGTGGCCACGTGATTTTGTATTAGATCCTAGTGAGTCCGTCATTGTTGCTTCCAATCAGCATAGTGGAAACTTAGTTTTATTTGCACGCGACCAAAAGACGGGAAAATTAACACCAATGGATTCTACTGTCGAAGTTCCTGAAGTAGTCTGTGTGAAATTTTTAAACTAG	MKNNFLGYAGTYTRNTSKGIYRFELDPKAKKITAVEVAAEVGSPTYVAVSEDNRYLFSIGQDGDLGGVQAYQIKQETGELIKIDEQMTEGKSPCHLSIYDNQIVTGNYHRGEVVLYAFEDNKALVTASAIQHSGDGPHERQEKSHVHFAGFTPDHNYVVVCDLGTDELVTYRIEDNKLVRHQTRTVKPGSGPRHIVFHPNGKTAYLLTELSSEVIVLDYDAQTGSFSEKQTVLAKPADFTETNDASAIHISSDGKFVYTGNRGHNSIALFEVDAETDELTFIEFTATGGEWPRDFVLDPSESVIVASNQHSGNLVLFARDQKTGKLTPMDSTVEVPEVVCVKFLN	PGPT0014975_1811	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
AK148_00930	540			hypothetical protein	TTGAAATTAAAGTCCTTACTACCCTTCTTGCTACTATCACTATTCGCGCTAATACTAGTAGCATGTAATAACGACGATACAAGTGAAACTAAAGAGAATAGTGATAAAGTAGACGTTAAACAATTAGTAAACGATTACAGCACGGACAAAAAAGAAGCAGAATCAGCTTCGATTACTGGGGAAGAGCTCATTGTAAATACTACAGCTGGAAAAGAAAAAAGCTATGAACTCCCTAAAGATGAATTTTTCGTTTCTATCGCTCCATTTGTCGAACAAACGCATCCTTGTACTTACCATAGTTTAACAGGATGCCAAGGTGAAATGGTAGAGAAAGAATTTGATGTATATATTGAAGATGAAGATGGTAATGTCGTTGTCGATGAAAAAGTAATGTCTTTGGCAAATGGTTTTATTGACTTATGGGTTCCTAGAGATAAAGATTACTCGATTACAATTAAGCATGATGGCAAACAAGTTGTATCAGAATTTTCCTCCTATACAGAAGACCCAACTTGCCTTACCAATATGCAATTAACGTAG	MKLKSLLPFLLLSLFALILVACNNDDTSETKENSDKVDVKQLVNDYSTDKKEAESASITGEELIVNTTAGKEKSYELPKDEFFVSIAPFVEQTHPCTYHSLTGCQGEMVEKEFDVYIEDEDGNVVVDEKVMSLANGFIDLWVPRDKDYSITIKHDGKQVVSEFSSYTEDPTCLTNMQLT				NA	NA	NA	NA	NA
AK148_00932	882	dapA_2	COG0329	4-hydroxy-tetrahydrodipicolinate synthase	ATGAATTTTGGCCAAGTTATCACTGCAATGGTAACACCATTTGACAACAACGAAAATATTGATTTTTATGCCGTTGAAAAACTTGTCAACTACTTAATTGAAAATGGATCGGATGGTTTAGTTATTGCTGGTACTACTGGAGAATCACCAACATTAACCAATGATGAAAAAATCGCTTTATTTAAACATGTAGTTACAGTTTCTAAAGGACGAGCAAAAATAATAGCCGGAACAGGTTCTAATAATACGAAAGCTTCCATTGAATTAACCAAGCAGGCTGAAAAAACTGGTGTCGACGCAATTATGCTTGTCACTCCTTACTACAACAAGCCTTCTCAAGAAGGGATTTATCAGCATTTTTCTACGATTGCTAACGCAACACATTTACCAATAATGCTTTATAACGTACCTGGCAGAACTTCTGTCCATGTAGAAGCGGATACGATCAATCGTCTTTCCAACATAAAAAATATTGTATCCGTTAAAGAAGCAAGTGGTAATTTAGATCAAATGACAACCATAATCTCTAACACTCCAGATAATTTCACTTTATACTGTGGAGATGATAGCTTAACGCTACCTGCCATTGCCATTGGTGCAAATGGCATTGTATCCGTTTCCTCTCATATTATTGGTAACCAAATGCAGAAAATGATCCAGCACTTTAGGAATGGTGACGTCACTACAAGCGCAAAATTGCACCAAAAATTACTGCCAATAATGAAAGCAATGTTTGCTCAGTCAAGTCCGGCTCCGGTTAAAAGTGCTCTAAATATGCTAGGCGTTATGGTTGGAGATGTCCGTCTGCCAATACAAGGGTTAACAAAGATGGAATGGGATACACTAGAACAACAACTTACTGCCTCTGGCATTTTAAAATAG	MNFGQVITAMVTPFDNNENIDFYAVEKLVNYLIENGSDGLVIAGTTGESPTLTNDEKIALFKHVVTVSKGRAKIIAGTGSNNTKASIELTKQAEKTGVDAIMLVTPYYNKPSQEGIYQHFSTIANATHLPIMLYNVPGRTSVHVEADTINRLSNIKNIVSVKEASGNLDQMTTIISNTPDNFTLYCGDDSLTLPAIAIGANGIVSVSSHIIGNQMQKMIQHFRNGDVTTSAKLHQKLLPIMKAMFAQSSPAPVKSALNMLGVMVGDVRLPIQGLTKMEWDTLEQQLTASGILK	PGPT0002080_7018	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM	CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714	NA	NA
AK148_00933	1050	ydjJ	COG1063	putative zinc-type alcohol dehydrogenase-like protein YdjJ	ATGAAAGCAGCAGTATGGTATGGAAAAAAAGACATTCGCGTAGAAGAAAGAGAACAAAAACCATTAAAAGACACAGAGGTTAAAGTAAAGGTTGCATGGGCTGGTCTATGCGGTAGCGACTTACATGAGTATGAAGAAGGTCCAGTATTTATTCCAACAGAAAAAGAAGATGAATTAGCTGGTGGTATTGCGCCGCTTACCATGGGGCATGAATTTGCTGGTGTCGTTGAAGAAGTTGGGGCAAAGGTAACAAACTTCAAACCAGGTGACCGCGTAGCTGTAAATCCAACTATTACGCATGGCGACAAATCAGAAGATCTTGATCCATATGATGGTTTTTCTTTTGTTGGCTTGCACACAGATGGTGGATTCACATCTTTTGCCAATGTGCCAGAAAACAACGTGTATCTTTTACCAGAACCATTAACTTTACAAGATGGGGCATTAATTGAACCTACAGCAGTAGCAGTTCAAGCTGTGAAAGAAGCTGACATGCAATTTGGCGACACTGTTGCAGTATTTGGTGCTGGTCCAATTGGCTTGTTAACCATCCTAGCAGCAAGAGCAGCTGGAGCAAGCAAAATTATCGCATTAGACTTATCTGAAACACGTTTAGAAAAAGCAAAAGAAGTTGGTGCGACACACGTCATTAATTCAGGGGAAACAGACCCAGTAAAAGCTGTTTTCGATATCGTCCCTGAGGGTGTCAATGCTTCATTTGAAGTTGCTGGTGTAGCGCCTACTTTCAAACAATCGATTGAAGTAACAAAACCACGTGGAACGATGGTCATCGTTTCTATTTTTGCTAGACCAATTGAGTGGAACCCAATGCAACTAACTGGAAAAGGTGTGAAAATCACTTCTACTATTGCGTACACACCAACATCTTTCCAACAAACAATCGACTTAATGGCAAGTGGACAATTAAAACCACAATCCGTTATTACTAACCAAATTCAATTAGATGACATTGTAGAAAAAGGATTTGAATTATTATCTACAGATAAGTCACAAGCTAAAATCTTAATTGAGCTAAGTGGCGAAAAATAA	MKAAVWYGKKDIRVEEREQKPLKDTEVKVKVAWAGLCGSDLHEYEEGPVFIPTEKEDELAGGIAPLTMGHEFAGVVEEVGAKVTNFKPGDRVAVNPTITHGDKSEDLDPYDGFSFVGLHTDGGFTSFANVPENNVYLLPEPLTLQDGALIEPTAVAVQAVKEADMQFGDTVAVFGAGPIGLLTILAARAAGASKIIALDLSETRLEKAKEVGATHVINSGETDPVKAVFDIVPEGVNASFEVAGVAPTFKQSIEVTKPRGTMVIVSIFARPIEWNPMQLTGKGVKITSTIAYTPTSFQQTIDLMASGQLKPQSVITNQIQLDDIVEKGFELLSTDKSQAKILIELSGEK	PGPT0008200_718	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
AK148_00934	903			hypothetical protein	TTGGAGAAGCAACTGTTAGCACATACACCCTTATTTAGAAATGCTACTACCATAAAAAGTTTGCGTAAAGGTTTTTCTACAGACCAAAAGTTTATCATTGATGATCAATACCTTGTGCGTGCCTTTTCAAGTGAGCAATCGTCAAATAGGCATGCGGAATTTCATACACTTGCAAAGCTTTCTGCCTTGTCTAAAGCGATTCCTAAAGCAATTGAATATAACGTTATAAAGGAATTAAATTTGTCCTATATGGTGCTTACTTATATACCAGGAGAGGATGGAGAGAAGACATTAAAAGAACTAGATGTAGCAAATCAATATGAAGTAGGCTATGCAGCTGGTGTAGAACTTAAAAAAATGCACGCTTTCTCTGCTCCAAAAGATAGGGAAACATGGTACGATGTGAAAAAACGCAAAAGTGATGCTTACATAGAAGATCTAACAGCAATAGATATAGATGAGAAAGTAAAAAATACGGTAGTGCAGTATATAAAAAGACAGGAATATCTGATGAAAGGGAGACCGAATTGTTTTCAACATGATGATTTTCATCCAGGAAATATATTGATTGATAAAGGTGAATTTTCAGGGATTATAGATTTTCAACAAATGGATTGGGGAGACCCGATTCACGATTTGCAAAAATTAGGCTTTTTTTCGACCGCAATAAGTGTGCCTTTTACAAAAGGAGTGGTCGACGGCTATCATCAAAATAGAGAGATGGACGAGGAATTTTGGAACTTATACACCTTATATAGTGCGATGCATATTGTATCTGCGCTTGTCTGGGGCAAGAAAATGGGCACATTTGAACAAATGCTTTCGTATTCAATGCATGTTATAGAAGATCATGATTGTTTTGCACGGATTGTTCCTAAATGGTATGAAAGAAGCGGGATGTAA	MEKQLLAHTPLFRNATTIKSLRKGFSTDQKFIIDDQYLVRAFSSEQSSNRHAEFHTLAKLSALSKAIPKAIEYNVIKELNLSYMVLTYIPGEDGEKTLKELDVANQYEVGYAAGVELKKMHAFSAPKDRETWYDVKKRKSDAYIEDLTAIDIDEKVKNTVVQYIKRQEYLMKGRPNCFQHDDFHPGNILIDKGEFSGIIDFQQMDWGDPIHDLQKLGFFSTAISVPFTKGVVDGYHQNREMDEEFWNLYTLYSAMHIVSALVWGKKMGTFEQMLSYSMHVIEDHDCFARIVPKWYERSGM				NA	NA	NA	NA	NA
AK148_00936	1287			N-acetyldiaminopimelate deacetylase	ATGCAATTTAAACAACAATATGCAGCCATAAAACAGGTAGCTGAGGATATTTATTATCATCCTGAACTTGGATATAAAGAAAAACGTACAAAAAAACAAGTCATTGATTATTTAAAGGCAGTAAACCCTAATATAGACATTGAACATTTTAGTTTAACTGGTTTTAAGACAAGCTTAGAAACTAATGGAACAGATGATTTACACATTGCTTTTATTGCTGAATTAGATGCAGTCTATGCACCTACCCATATGTATGCAGATGAGCAAACAGGAGCAGCCCATAACTGCGGTCATTACTCACAAATAGCGATAGCTCTAGCGCTTTATCAGTATTACTTTAAAACAAAGGCATACAAACATTTGGATTTCAAGCTTACATTCGTTTTTGTACCCGCAGAAGAATACTTAGATTTAACCTATCGTCAGCAATTGTTACAAAAAGGTCAAATTAGTCATTATGGTGGGAAACCAGAAGCTATGAAACTAGGTATTTTTGATGACATCGACCTAAGTATATGTGTGCATGCCATTGGCGGAGAATTTTCTAAACGAACCATTGAAATGAATTGCGATTTGGCTGGTTTTTTATACAAAAAATACACCTTTGAAGGGAAAGCTACACATGCTGGATTTGATCCATTTTCTTCTAAGAATGCGTATCATATGTCAACGTTATTTAATACTGCAATCGGACTTAGTCGTCAACAATTAAAAGAGTCAGAGCATGTTCGAATTAATCCGATCATTATGGAATCAGATATGTCTACAAATGTTATTCCAAATCACATCGTTGTAGGAACAGATTTGCGAACGAAATCTGTAGACTATTTAAAAGCGACAGCAGAAAAATTAGACGATGCGGCGAAAGGAAGTGCCATGGCTCTGCAAGGAAATGTAACGATTGATACACAAATGGGCTATTTACCATTTGTACAAGATAGGTATTTATCCACGTTTGTTGAAGCAGCATTCCATAAAAACACTGAAATTGATGAAATACTAAACGATAACTTTATTAGCGCTGCCGGTGATATAGGTGACCTTTCCTTTATGATGCCATGTATACAAATTGGCTATAGCGGCTTTACTGGAACCATCCATGGAGATGACTTTATAGATGTCGATCCTACGTTTATTTACGAGATATTTCCGCGATTTTTAGCACAAGTACTGGAACAAATGAGTGGAAGCATTGACAAAGCAAAGCTATATAAACAAAGCTATACAGCTTACCAAGAACTAATCGCATCTATTGTTCAAAATAACATGAATCCAACAAAGAAATGA	MQFKQQYAAIKQVAEDIYYHPELGYKEKRTKKQVIDYLKAVNPNIDIEHFSLTGFKTSLETNGTDDLHIAFIAELDAVYAPTHMYADEQTGAAHNCGHYSQIAIALALYQYYFKTKAYKHLDFKLTFVFVPAEEYLDLTYRQQLLQKGQISHYGGKPEAMKLGIFDDIDLSICVHAIGGEFSKRTIEMNCDLAGFLYKKYTFEGKATHAGFDPFSSKNAYHMSTLFNTAIGLSRQQLKESEHVRINPIIMESDMSTNVIPNHIVVGTDLRTKSVDYLKATAEKLDDAAKGSAMALQGNVTIDTQMGYLPFVQDRYLSTFVEAAFHKNTEIDEILNDNFISAAGDIGDLSFMMPCIQIGYSGFTGTIHGDDFIDVDPTFIYEIFPRFLAQVLEQMSGSIDKAKLYKQSYTAYQELIASIVQNNMNPTKK				NA	NA	NA	NA	NA
AK148_00937	792			hypothetical protein	ATGAACAAAAATTTGATTTTTTTAATTGCTTTTGCACTAATTATTATTACCATCTCTGAATTAATAGGTTTTCAAGCTATACCATTAGGTTCGTTTACAATTGGACTACTCCCTTTAGTTTTTGCCATTATATTAACGATGTTCTTAGGTCTGAAATTATTTCGTAAAGGAATCATGAAAAAAATATACAGTGAAAAGAACATTCATTTTGCTAGCACATACCTTATTTTAATTATGCTGCCATTAATGGCACGATACGGAGCAGATGTCGCACCACAAATTAGAGACATCTTGCAGGTCGGTTGGGTATTTATTATTCAAGAACTTGGTAATTTAGGAACGGTGTTCATCGGGTTACCAGTTGCTCTTTTGTTAGGTTTACGCCGAGAAGCAATTGGTGCTACGTTAGGTATTGGCCGGGAGGGAGAGCTTGCATATATCTCAGAAAAGTACACATTGGAATCTAAGGAAGGACGAGGCGTTCTTTCCATCTACATTATTGGAACATTATTTGGGGCTATCTTTTTTAGTGTTTTTGCACCTATTTTACTCGATTTAGGAATTCGAATTGAAGCACTTGCTATGGCATCTGGTGTGGGATCAGGCAGTATGATGAGTGCAGCTTCAGCAACATTAGTCGCGCGTATCCCTGAAATGGAAAGCACCATTCTTGCCTATGCTTCTGCCAGCCAACTTCTCACTAGTTTTCTTGGCACCTTTACTATGGTATTTTTAGCTGCGCCTATTCAAGCATTTATGTATAAGAAACTAGTTCGAGGTGATAAAAAATGA	MNKNLIFLIAFALIIITISELIGFQAIPLGSFTIGLLPLVFAIILTMFLGLKLFRKGIMKKIYSEKNIHFASTYLILIMLPLMARYGADVAPQIRDILQVGWVFIIQELGNLGTVFIGLPVALLLGLRREAIGATLGIGREGELAYISEKYTLESKEGRGVLSIYIIGTLFGAIFFSVFAPILLDLGIRIEALAMASGVGSGSMMSAASATLVARIPEMESTILAYASASQLLTSFLGTFTMVFLAAPIQAFMYKKLVRGDKK				NA	NA	NA	NA	NA
AK148_00938	486			hypothetical protein	ATGAGTATTCAAAAGAATAAATATGTCAAATATGGTCTAATCCTTCTCTTAAGTGTAGCATTAATTTTGTTTACAATGGAAATTAAATTGATAAAAAATCCCGAATCAACCCCTATAACAGCAATGACCTTTGCTGGTCTTGGTGTATTGTGGCTTTTTTCCATGATTGGTATTTTCATTTCTGATATGATGCAAAAATCCTCGGTGAAATTTATTCGCAATTTCCCGATCTTAGGCTGGGTTTCGATTACCTCGCTTTTATTATGTTTACTATCCGATTTTTTTGTCCAAGCAATTCAAGCAGTTGACTTTCTTTCCATAACTACACCAATATTAACCTTTGCGGGTATATCTGTTGCAAATCGTCTCGTTGATTTACGAAATACTTCATGGAAAGTTGCCATCGTAGCCGTCTTTGTTTTTACCGGAACATATGCAGGCAGTGCCTTACTTGCACAGATTGGCTTGCATTTATCTGGAAATTAG	MSIQKNKYVKYGLILLLSVALILFTMEIKLIKNPESTPITAMTFAGLGVLWLFSMIGIFISDMMQKSSVKFIRNFPILGWVSITSLLLCLLSDFFVQAIQAVDFLSITTPILTFAGISVANRLVDLRNTSWKVAIVAVFVFTGTYAGSALLAQIGLHLSGN				NA	NA	NA	NA	NA
AK148_00939	2469			hypothetical protein	ATGATTAAATCCGTTAAAGATTTAACTCTACTCTTTTTTAGGGAAAATAAGTTTATCGTATTTTCCTCAATTATTGGCGTCATGTTATCCATCATTATTATTAATACATTGCTCCTATTCATCATCGATGGCAAACAGTCACTTGTAGATGACATGCAGCAACAATACGGAGAGATGGACTTATCGGTTGGGTATGATCCGTCTGAGCTGAAACATATTGATTCTGATTTAATGAATGAGATTCTATCTGATGATATTGATGCTTATTCAAAAGTACTCATTTCTTATGCAAACATAGACAAAATCGATGGGGAATTACTCGTTGTCGGTGTGGAGAATGATCGGTTAGCAAAGAGTAGGTTTTATTTTAATAGTGAACTGGATCGTGAAGATATCATCATCAACGAAAGATTAGCAGAAAATCTAGGGGTTCAACTAGGAGATTCCATTACATTAGAGGAACAGACTTATACGATTAAAGAAGTAACTAATGTCGATAGCCTAACAGAGAAAATGCAAGAAGAGTTTATTTTGATGTCAAGGAGTTCTGTTCAAGAATTGGAAGACAGAAGAACAGGAGAAATGAAAGAAGCAACACAAATCTTAATCAAACTACATTCAGACTCAGATTTGTTTGCTTATATTGATAAGCTTAGACAATTGGATTCAGCATTTACGATGGAAGTCGCACAAGCTGACTCCGTTGAACAAGTTAATTTGGGCTTACTCAATCAATTTATTATCGTATTATCAGTTCTAATTTTAGTGATTACCTCATTAATAATGATTTCTAATTTTGATATTTTCCTATATAAGTATAAGAACCAATTTGCTATTATGCGTTCCATAGGTGCATCTACAAAGCAAGTATTTAGCATCATCTTATTACAAACGTTGTTTATCAATATTATAGGTGCAGCATCAGGTTTGTTATTAACCTTGTTGAGTTATCATTTTCTAAGGTCTTGGATGGAGAAAATATTTTCTATATCGGTTTCACATACGGGACTAAATTTTGATATTACGTTAGTCGTTACCATTAGCTGTATAATCATCATTCAACTGTTCATGCTTTATCCTTCTGTAAAGAGTACTAAAATATTACCTATGATTGTCATGCAAGATAATGAAAAGTTAGATATACCATACCGGAATGTCACAAAATGGACTGGTTTTCTAGCAATCATGTTCAGTGTGCTCCTACTACTTTTAGGAGTTTTATCAAGTAATATGGCAATGTTAACATTACTTGGTATGCTGTTCTTATTAGTCGGGTTTTATTGTTTAATTCCTATCTATCTTTCCACCATATTAGAAATGCTCTTACCGATGATTAATCGTTTATTTGGACGAATTTCTTATTTAGCAGTAAAAAATTTAATTCCACAGGTAAGAAAAAACATTTTTATTATTTTAAGTATTAGTGTCATGATAACCATCTCGACTTTCGGTTCTACCTTTATGAGAAGCATCCAAATTAACGAGCAAGAATATATTCAAAATCAGTATCCTACTGAGATTGTCATTCAAAATGAGTTTGAATTTAAATCAAACGTGGATCGTCATCAGGTGAAAGAAGAAATAGAGCAATTAAATGATGTGAAAAATAGTAGTATGCAGAGTCTGTACTATGCAGGGACGCTTCAAAAGGAGAATCATTCTATTTCATTTGATTACGCATTTGCTGAGACGGAGGAAATGGTGGAACAAGGATTAATAAGTCCTTTTGAATGGGAAAATAATGGCATAATTTTAGAAGAACAATTTGCAAGAATGAACGGAATTAGGCTTGGCGATAGATTAGAGGTTAATCTTATTAATCGGGAATACCAAACTATATCCGGAAATCTAGTAGTTGTCTCCATAGTTAAAAAGATGCCTGAGTGGGGCGATGCACTAATCGATTGGGATAATAGCATGGTAGGTGTTGAGGATGGTGAATTTGGAAGAGCCTTTATTCAAACAGACCAGATTGATAATACAATGAATCAGTTAGTGGATATGAATTATAAATACCCAGAACTCTATATTAGTAATATTAATCACGCCTTGGAACAATCCAATAAAATGTTCGTTCAACGTTGGTATATTTTTATTATTGTCCTAATTATTATTATATTTAGTGTGTTGCTAGGAGTGGTCAATACACTAATAAATAGTTTTCAAATGAAGAGGAAAGAATTTGCTGTGCTACGCGCTGTATCCTTAACTAACAGAGGATTAAGGAGATATATTCTTACACAAGTCTGTCTCTATCTTTCTATTAGCCTAGTATCTGGTTTTATTATCGGTGTTATCTTAATCTATGCAATCCGATTAATTGATCCAGTACCTATATATTTTGATATTACTTTATTGCTAAGTATTATTTTCATTTCATTGCTTGTCATCTTCTCTGTATTGTTACCAATAATAAATAAAATAGGTAAATCCTCGCTTATGCAGGAATTAACACGGGATAATAAATAG	MIKSVKDLTLLFFRENKFIVFSSIIGVMLSIIIINTLLLFIIDGKQSLVDDMQQQYGEMDLSVGYDPSELKHIDSDLMNEILSDDIDAYSKVLISYANIDKIDGELLVVGVENDRLAKSRFYFNSELDREDIIINERLAENLGVQLGDSITLEEQTYTIKEVTNVDSLTEKMQEEFILMSRSSVQELEDRRTGEMKEATQILIKLHSDSDLFAYIDKLRQLDSAFTMEVAQADSVEQVNLGLLNQFIIVLSVLILVITSLIMISNFDIFLYKYKNQFAIMRSIGASTKQVFSIILLQTLFINIIGAASGLLLTLLSYHFLRSWMEKIFSISVSHTGLNFDITLVVTISCIIIIQLFMLYPSVKSTKILPMIVMQDNEKLDIPYRNVTKWTGFLAIMFSVLLLLLGVLSSNMAMLTLLGMLFLLVGFYCLIPIYLSTILEMLLPMINRLFGRISYLAVKNLIPQVRKNIFIILSISVMITISTFGSTFMRSIQINEQEYIQNQYPTEIVIQNEFEFKSNVDRHQVKEEIEQLNDVKNSSMQSLYYAGTLQKENHSISFDYAFAETEEMVEQGLISPFEWENNGIILEEQFARMNGIRLGDRLEVNLINREYQTISGNLVVVSIVKKMPEWGDALIDWDNSMVGVEDGEFGRAFIQTDQIDNTMNQLVDMNYKYPELYISNINHALEQSNKMFVQRWYIFIIVLIIIIFSVLLGVVNTLINSFQMKRKEFAVLRAVSLTNRGLRRYILTQVCLYLSISLVSGFIIGVILIYAIRLIDPVPIYFDITLLLSIIFISLLVIFSVLLPIINKIGKSSLMQELTRDNK				NA	NA	NA	NA	NA
AK148_00940	765	yxdL_1	COG1136	ABC transporter ATP-binding protein YxdL	ATGGGAGAGGCACGTGCTATTTTGTCCGTAAAAAATTTAAACAAAGTTTATAAAAATGCGGACGAAAAAGTGGTGGCACTAAAAGACGTTAGTTTTAGTTTATTAGAGGGTGAGTTTTTAGCTATTATGGGAACAAGTGGCTCAGGAAAAAGTACGCTACTGAACATATTAGGAGCAATGGATGAACCGACGTCTGGTGAGATTGAAATAAGAGGAATATATAATCAAAATATATTTAAAGAGCCATATGCAACAACATACCGCCGTGAAAATGTCGGATTTATCTTCCAATCTTTTCATTTATTGAAGGATTTAACGGTAGAGGACAATGTTGCTTTACCACTTATCCTAAAGAATGTAAACTTTTCAACCATTGAGGCGAGCGTAAATAAAATGTTAGAGTTGGTCCAGTTAACTAAATGGAGAAAACATCGCCCTCTAGAACTTTCCGGTGGTCAGCAACAAAGGGTAGCGATTAGTCGAGCATTAATCACTTCTCCACCCCTAATCTTGGCGGATGAACCTACTGGTAATTTGGACTTCAATACTTCTACTAGCATATTAAATGTCTTAGAAGAAATTAATAAATCATTCAATCAGAGTATTGTTATTGTGACACACGACCCGTATGTTGCTTCATTCGCTAATAGGGTTCTTTTCTTTCATGATGGAAGTATTAAAAATGAATATCATTGTCGAAACGATTCCTCTGATATTGATCGTATCTTACATGAATTCAAAGTCATTATGGAGAGTTCATTATGA	MGEARAILSVKNLNKVYKNADEKVVALKDVSFSLLEGEFLAIMGTSGSGKSTLLNILGAMDEPTSGEIEIRGIYNQNIFKEPYATTYRRENVGFIFQSFHLLKDLTVEDNVALPLILKNVNFSTIEASVNKMLELVQLTKWRKHRPLELSGGQQQRVAISRALITSPPLILADEPTGNLDFNTSTSILNVLEEINKSFNQSIVIVTHDPYVASFANRVLFFHDGSIKNEYHCRNDSSDIDRILHEFKVIMESSL	PGPT0013345_2963	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
AK148_00941	315			hypothetical protein	TTGAAAGCTAAACAATTCGTTCATGTAAGCGGATTCAAAAATGAGATATTAGATCCGAGTAAAGACATGGAATATGTGGTGAAGGACGGTGGACATATTATTGCTAATACAGCGTCTGGGTGTTGGGGGGCAAAGATTACACCTGTTTCAAGAGGAGGACATGAGGTAACAAAACCAGTTTATGTAGAAGGTGCTGAAGTTGTGGAGGAAGGAAGTTTTCAAGAATTAATTAACAAACAAGGTCTATACTATGAAATGTATACTTCGCAATCTAAATGGTATCAAGATGAGGAAGTAGAAGTTGAGGTGATTTAA	MKAKQFVHVSGFKNEILDPSKDMEYVVKDGGHIIANTASGCWGAKITPVSRGGHEVTKPVYVEGAEVVEEGSFQELINKQGLYYEMYTSQSKWYQDEEVEVEVI				NA	NA	NA	NA	NA
AK148_00942	1620		COG0318	Long-chain-fatty-acid--CoA ligase	ATGATGGATAGCCCTTTATTAATAACATCGTTAATCGAACGTGCAGAGGAATATTTTCCCAACAAGGAAATCATCTCTAGAACGCAAAAGTATATGCATCGTTTAACGTATAAGGAACTTGGTGGCAGAGTAAGAGCGTTAGCTCATGCATTAGAGGAATTAGGGATACAAAAAGGAGATCGAGTTGGGACATTTGCTTGGAATCATCATCGCCATTTAGAAGCTTATTTTGCGGTGCCATCTATTGGTGCGATTTTGCATACTATTAATATTCGCTTATCAGCTGAACAGCTCACATATATTATAAACCATGCGGAAGATAAAGTGATTCTTGTCGATGAGGAGCTTTTACCTGCGATAGAAAGCATATTCCATCAGCTTGACACAGTAGAAACAATTATTGTAATGACAGACGAAGAATGGGTTCCTGCATCTACATTACCTTCTGTTTTACATTATGAACAGTTTCTAGAAGATGGGGATACTACATTTGCTTTTAAAAAGGACATGGAGGAAAAGGAAGCAGCAGAATTATGCTATACATCAGGAACAACAGGGAAGCCGAAAGGGGTTGTATACTCCCACAGGGGTCTTGTTCTACATGCGATGGCTTTAAGTCTAGCTGATACTTCTGCCGTTTCTGAAGAAGATGTTTCTATGCCTGTCGTTCCAATGTTTCATGCAAATGCTTGGGGCATGCCGCATGCAGCAACATGGATGGGAGCTAAACAAGTTCTACCAGGACCCTTTCCAACACCTGAAATTTTAGCAAGATTAATAGAAACAGAGAAAGTAACCATTACAGCAGGTGTTCCTACTATTTGGCTAGGTTTATTAAAAGAATTAGATAAGAAAACATACCAGCTTGATAGTTTGCGTGGAATATTATGCGGAGGTTCTGCAGCGCCATTTGGAATGATAAAAGCCTTTGAAATGAAACATAACATACCGTTTTTTCATGCATATGGGATGACTGAAACGACACCGTTAGCCTTATTTTCCAAATTAAAAAGTTCCCAAAAACAACTGTCAGAAATGGATAAATTAGATATAAAATCAAAACAAGGAATGGCGGTGCCGGGAATTGAAATAAAAGCTATAAATGAGAATGGAGATATAAAAAGAGATGGTCGGGAAATGGGAGAGCTGCTGGTTAGAGGACCTTGGATTGCCGACTCGTATTATAAAGATAACCGTAGTGACGATTCGTTTCGTGATGGCTGGCTGTATACGGGCGATGTTGTAACCATTGATGAGGAAGGGTTCGTAAAAATTGTTGATCGAACGAAAGATTTAATAAAAAGTGGTGGAGAGTGGATTTCATCGGTAGATTTAGAAAATGCTCTTATGGCTCACGAAGCAGTGTATGAAGCTGCTGTGGTATCCGTTCCTCACGAAAAATGGCAAGAACGTCCAGTTGCTTGTGTTGTATTAAAAGATGATTATAGAAGCATTGTAGGTCAACAGGATTTATACGCATTTTTAGAAGCACAATTTGTAAAATGGTGGCTGCCTGATGACATTTTATTTATGGATGCGTTACCAAAAACATCTGTAGGTAAATTTTTAAAAACAGCTTTACGAAAAGAAGTGAAACAGCAATTAACGAAGGATTTTTAA	MMDSPLLITSLIERAEEYFPNKEIISRTQKYMHRLTYKELGGRVRALAHALEELGIQKGDRVGTFAWNHHRHLEAYFAVPSIGAILHTINIRLSAEQLTYIINHAEDKVILVDEELLPAIESIFHQLDTVETIIVMTDEEWVPASTLPSVLHYEQFLEDGDTTFAFKKDMEEKEAAELCYTSGTTGKPKGVVYSHRGLVLHAMALSLADTSAVSEEDVSMPVVPMFHANAWGMPHAATWMGAKQVLPGPFPTPEILARLIETEKVTITAGVPTIWLGLLKELDKKTYQLDSLRGILCGGSAAPFGMIKAFEMKHNIPFFHAYGMTETTPLALFSKLKSSQKQLSEMDKLDIKSKQGMAVPGIEIKAINENGDIKRDGREMGELLVRGPWIADSYYKDNRSDDSFRDGWLYTGDVVTIDEEGFVKIVDRTKDLIKSGGEWISSVDLENALMAHEAVYEAAVVSVPHEKWQERPVACVVLKDDYRSIVGQQDLYAFLEAQFVKWWLPDDILFMDALPKTSVGKFLKTALRKEVKQQLTKDF	PGPT0002895_482	DIRECT EFFECT	BIO-FERTILIZATION	SULFUR_ASSIMILATION|MINERALIZATION	S-ASSSIMILATION-SULFUR_METABOLISM	S-METABOLISM-DMS_DEGRADATION,PGPT0002895-dmdB-K20034	NA	NA
AK148_00943	1533	lcfB_1	COG0318	Long-chain-fatty-acid--CoA ligase	GTGAATATAGGATCGACGTTAGCTAGAAATGCGCGGCAGTTTCCAGATAAGCAAGCTGTTTGTTTTGAAAACCAGACCTACACATATAAACTATTAAACGACGAAGTTAATAAGCTTGCTAATGGTTTATTAACCCATCATGTAGGGAAAGGGGAAAAAATAGGTGTTTTAATGAAAAATTCCGATCAATTTATGATTGTATTTTATGCCATTATGAAAATTGGAGCTATTGCTGTACCAATTAACTTTCGTTTAACAGCAGGCGAAATAAAATACATTGTGGAGGATGCAGACATTTCTGTTCTATTTTTTGATGAAGCTTATGTTTCTTTGGTTCGGCAAATTACAGAAAATAATCCGAATATAAAGTTATGCATTTGTGCGAGTGATCAAGCTAATGAAAACATCCAAACGATACATGATATTCGTGTACAAAATGTATTAGAACCGAATGTAGAAGTTGCAGAATCAGATGATGCTGAAATATTATACACTTCTGGTACAACTGGAAACCCTAAAGGGGCTTTATTTGACCACCATCGAATCCTTTATGTCGCATTTACCTCAGCCATTATGATGAAAATAGATCCTGCAGACAAATTACTTCACGTTGCGCCATTATTCCATTCCGCACAATTAAACCTATTTATGATTACAGGTACTCTTCTAGGTTCTACGCAAGTTATCCATCAAGATTTTCATCCCGCTCAAGTTCTACAAGCAATTGAACAATATAAAATATCGCTCTTCTTTGCTGTCCCGACCATGTATAATTTCTTACTCCAAGTGCCGAATTATGAAACTTATGACCTTTCTTCAGTAAAACGTTGCGGTTATGGTGCTGCACCGATGCCAACAGCTTTATTGAAAAAAGTGATGCACTTATTTAATCACGATCAATTTTACAATATGTGTGGTTTAACGGAAGCTGGTCCAGGTGGAGTTCTATTGTTGCCAGAAGAACATAAGACAAAAATGGGTGCAGGTGGAAGGGCTATGCTCTGTACGGAAGTCAAAGTCGTCAATGAATGGGGAGAGGATGCTGCACCTTATGAAGTAGGTGAATTTATTATTCAAAGTGAAATGGTGATGAAGGAATATTATAAAAATCCCGAAGAGACGAGACGAACGCTGAGAGACGGATGGCTTTATACTGGAGATTTAGCAATCATAGATGAAGATGGGTATATTACCCTTGTTGATCGAAAGAAAGATATGATTATATCCGGTGGTGAAAATATTTATTCTACAGAAGTAGAACAAGTTCTTTCTCAATTCCCGGATGTATTAGAAGTAGCAGTAATTGGATTACCAGATGAAATATGGGGAGAAAAACTTGTTGCAATTGTTGTTGCAAAAGAAGGTAAAAGTTTGGACGTAGAAAAACTAAAAACGTTTTGTCGTCAACATTTAGCTAGCTATAAAGTACCGACAGCATTTATTAAAGAAAATTCCATACCTCGCAATGCGTCGGGAAAAATCTTGAAATATCGTCTTAGAGAAGCGCTGCAAACAGGAGAATCATCATCTTAG	MNIGSTLARNARQFPDKQAVCFENQTYTYKLLNDEVNKLANGLLTHHVGKGEKIGVLMKNSDQFMIVFYAIMKIGAIAVPINFRLTAGEIKYIVEDADISVLFFDEAYVSLVRQITENNPNIKLCICASDQANENIQTIHDIRVQNVLEPNVEVAESDDAEILYTSGTTGNPKGALFDHHRILYVAFTSAIMMKIDPADKLLHVAPLFHSAQLNLFMITGTLLGSTQVIHQDFHPAQVLQAIEQYKISLFFAVPTMYNFLLQVPNYETYDLSSVKRCGYGAAPMPTALLKKVMHLFNHDQFYNMCGLTEAGPGGVLLLPEEHKTKMGAGGRAMLCTEVKVVNEWGEDAAPYEVGEFIIQSEMVMKEYYKNPEETRRTLRDGWLYTGDLAIIDEDGYITLVDRKKDMIISGGENIYSTEVEQVLSQFPDVLEVAVIGLPDEIWGEKLVAIVVAKEGKSLDVEKLKTFCRQHLASYKVPTAFIKENSIPRNASGKILKYRLREALQTGESSS	PGPT0008380_14049	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897	NA	NA
AK148_00944	1161	uctC_2		Acetyl-CoA:oxalate CoA-transferase	TTGCCGCTTACATCCATCCGTGTACTTGATTTGACTCGATTATTGCCAGGTCCCTATTGTTCTATGTTACTTGCAGATTTTGGTGCAGAGGTTATTAAGGTAGAAGATCAAGATAAGGGTGACTATGCTAGAAATTATTATCCTCTCCTTGATGAGGACAGTGCCATGTTTCATGCGTTGAACCGAAACAAGAAAAGCGTCTGCTTAAATTTGAAACGGGAAGCAGATCGAACCATTTTTTTAAACATGGTCAAGGATGCAGATGTTGTACTTGAATCTTTTCGACCGGGGGTAATGAAAAAACTAGGCGTAGATTATGAAACATTAAAAACGATTAACCCGCAAATTATTTATTGTTCGATTACAGGCTATGGACAAACAGGTCCATATGCTTCAAAAGCCGGCCATGATTTGAATTACCTCAGCTATGCGGGATTATTATATCTCATAGGAGAACAAAATGGAAAGCCAATTGTACCAGCTGCGCAAATTGCAGATATTGGTGGCGGTGCTTATCCTGCTGCATTAGGAATTATGCTTGCATTGTGGGAGAGGCAGACATCTGGAGAAGGACAATTCATAGATATATCGATGATGGACGGCGTTCTTGCGTGGTTACAAACAAGTTTGCCCAATTACTTTGCTACAGATGAATTACCAGAACGTGGAAAACAGCCTTTAAGTGGAGCATTAGCATGCTATGAGGTTTATGAAACAAGAGACGGTAGATGGTTAGCAGTAGGAGCATTGGAACCGAAATTTTGGCAAATATTTTGCGATACGATTGGCAAAACGGAGCTAATCGCTTATCAACACGCGCCTTTACTTGAACAGCATCGCGTCAAGTATGAAATTCAATCCGTTATTCAACAAAAATCATTAAACGAATGGGTACAACTTTTTGAAGGTGTAGAGGCTTGTATATCCCCCGTTCAAAACTTTTCGGAAGTAGAAGAAGATGCCCAAGTAAGGGCACGAGATATGGTTGTATCCATCCCCCATCCTACAGTTGGGGAGGTGAAGCAGATTGGCATACCTATAAAGCTCTCTAAAACACCAGGAAGCATTCGTTCTTTAGCTCCTAAGCATGGAGAGCATAGGGAAGTGCTTGATCCATATATAGCTCATAGTTCTACCACAGCTTTACAAGATGAAACCTAA	MPLTSIRVLDLTRLLPGPYCSMLLADFGAEVIKVEDQDKGDYARNYYPLLDEDSAMFHALNRNKKSVCLNLKREADRTIFLNMVKDADVVLESFRPGVMKKLGVDYETLKTINPQIIYCSITGYGQTGPYASKAGHDLNYLSYAGLLYLIGEQNGKPIVPAAQIADIGGGAYPAALGIMLALWERQTSGEGQFIDISMMDGVLAWLQTSLPNYFATDELPERGKQPLSGALACYEVYETRDGRWLAVGALEPKFWQIFCDTIGKTELIAYQHAPLLEQHRVKYEIQSVIQQKSLNEWVQLFEGVEACISPVQNFSEVEEDAQVRARDMVVSIPHPTVGEVKQIGIPIKLSKTPGSIRSLAPKHGEHREVLDPYIAHSSTTALQDET	PGPT0014505_294	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0014505-uctC|yfdE-K18702	NA	NA
AK148_00945	1152	pcaF_2	COG0183	Beta-ketoadipyl-CoA thiolase	TTGCGAGAAGCGGTAATTATAGAGGCTGTAAGAACACCAGTTGGAAGGCGTAAAGGGAGTTTGTCAGCAAAACGTGCAGAAGATTTAGCGGCAAAACCTTTGCAAGCATTAATAGAACGAGTAGGCATTGACCCTGGACTAGTAGAAGATGTCATCTACGGTTGTGTGTCTCAAGTAGGTGAGCAGGCGTTTGATATTGCTAGGCAAGCTGCATTAATTGCTGATTTTCCAGTTGAAGTGCCTGGAACAACGATTGATCGTCAATGTGGATCGAGTCAACAAGCTGTTCATTTTGCTTCTCAAGCGATTATGAGCGGAGACATGGATGTGGTCATTGCCGGCGGCGTGGAAAATATGACGCGTGTTCCAATGGGGTCCAATATGCAAGGGGTTACAATAAATGAAAATTTAACCTCCAAATATGAAATCATTAATCAAGGGCTATCCGCAGAACGAATTGCTGATAAATGGGGATTTAGTCGCCAGCAACTAGATGAGTTTTCACTCATAAGTCATGAAAAAGCCATTGCAGCAATGAAATCGGGCTACTTTGATAAGGAGATCATGCCACTAGAAGTAAACTTACCAGATGGATCATCGGATTTGTTGAGGTATGATGAAGGACCGAGGGAACAAACAAGTTTGGATAAGTTAAGCGAATTAAAGGCTGCATTTCAAGAAGGTGGAAAAATCACTGCTGGCAACTCCAGTCAAATTAGTGATGGTGCAGCAGCACTATTGCTAATGTCTCGTGACAAAGCAAACGAATTGGGTTTAAAGCCAAAGTTTCGGGTCTTAGCACGTACGGTGATTGGCTCTGACCCGACGCTTATGCTGACGGGCCCAATACCTGCTACGGAAAAAGTATTACGTATAGCCCGATTAAGCATATCCGATATCGACGTTTTTGAAGTAAATGAAGCTTTTGCCTCTGTAGCTTTAGCTTGGTTGCATGAAACTGGAGCAGATCCAAAACGTCTTAATCCAAATGGTGGTGCAATTGCGCTCGGTCATCCGCTTGGAGCCAGTGGGGCAAGATTAATGACAACTATGATACATGAATTGGAACGTACAGGTGGACGGTACGGATTACAAACCATGTGCGAAGGTCATGGTATGGCGAATGCAACAATTATTGAACGTTTAGCTTAA	MREAVIIEAVRTPVGRRKGSLSAKRAEDLAAKPLQALIERVGIDPGLVEDVIYGCVSQVGEQAFDIARQAALIADFPVEVPGTTIDRQCGSSQQAVHFASQAIMSGDMDVVIAGGVENMTRVPMGSNMQGVTINENLTSKYEIINQGLSAERIADKWGFSRQQLDEFSLISHEKAIAAMKSGYFDKEIMPLEVNLPDGSSDLLRYDEGPREQTSLDKLSELKAAFQEGGKITAGNSSQISDGAAALLLMSRDKANELGLKPKFRVLARTVIGSDPTLMLTGPIPATEKVLRIARLSISDIDVFEVNEAFASVALAWLHETGADPKRLNPNGGAIALGHPLGASGARLMTTMIHELERTGGRYGLQTMCEGHGMANATIIERLA	PGPT0001565_4774	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
AK148_00946	1158	mmgC_1	COG1960	Acyl-CoA dehydrogenase	TTGAAAAGACATTTTTTAAAAGAAGAACATGCGATTTTCCGTAGTTCATTACGAAAATTTTTGGAACAAGAAGCAGCTCCATATTTCGCTGATTGGGAAGTGAATCAGCAAATACCAAGGTCATTTTGGAAAAAAGCAGGGGAACAAGGTTATCTTTGTTCTTGGGCTAAAGAAGCCTATGGTGGTTTCGAAGCAGACTTTAGGTATTCGGTTGTTTTAAATGAAGAATTTGAACGGATTGGCACAGCAATGGTAGGATTGGGCTTACATAATGATATTGTAATGCCTTATATAGATACGTATGGTTCAGAAGAACAAAAAAAACGGTGGTTACCTAAAGCGATACAAGGAGAGATTATTTCTGCTATTGCGATGACGGAGCCTGGGGCAGGATCTGATTTGGCAGCAATTCAAACAACGGCAAAAAAAGATGGAGATGCTTATATTGTAAATGGAGAGAAAACATTTATAACAAATGGTTCTTCCGCAGATTTAGTGGTCGTCGTTTGCAAAACGAACCCACATGCCCAGCCTGCTTATAAAGGAATAAGCCTGCTCGTTGTAGAAGCTAATACTCCAGGTTTTCGAAAAGGGAAAAAGCTAAAAAAGATGGGACAGCACGCAAATGATACATGTGAATTAATTTTTGAAGATGCTCGTGTACCAGCTGGGAATTTACTAGGAGAAGAAGGTAAAGGATTTTATTATTTGATGGAAAAGTTGCAGCAGGAGCGGTTATTAGTAAGCATGCAAAGTGTTGCAGCTATAAAAGAAATGATTACAATCACATCTGAATATGTAAAACAACGAAAAGCATTTGGAAAGCGAATTAGTGAATTTCAACATACACAATTCCAACTTGCTGAGCTTTATACGGAGTGGCAAATTGGCAATGTGTTTGTTGACCGTTTAATTGAACAACATATGGCTGGGGAGCAGATTGTATCAGAGGTGTCCATGGCAAAGTGGTGGACGACAGATTTAGCTAAGAAAGTAGCAGCAATTTGTATGCAATTACATGGTGGATATGGTTATATGGAGGAGTTTGAAATTGCAAGAAGATATCGTGATATAGCTGTGTCATCTATTTATGCAGGTTCTAATGAAATTATGAAACTAATTATCGCCAAAAATATGGGATTAGTAGATGCAGAATAG	MKRHFLKEEHAIFRSSLRKFLEQEAAPYFADWEVNQQIPRSFWKKAGEQGYLCSWAKEAYGGFEADFRYSVVLNEEFERIGTAMVGLGLHNDIVMPYIDTYGSEEQKKRWLPKAIQGEIISAIAMTEPGAGSDLAAIQTTAKKDGDAYIVNGEKTFITNGSSADLVVVVCKTNPHAQPAYKGISLLVVEANTPGFRKGKKLKKMGQHANDTCELIFEDARVPAGNLLGEEGKGFYYLMEKLQQERLLVSMQSVAAIKEMITITSEYVKQRKAFGKRISEFQHTQFQLAELYTEWQIGNVFVDRLIEQHMAGEQIVSEVSMAKWWTTDLAKKVAAICMQLHGGYGYMEEFEIARRYRDIAVSSIYAGSNEIMKLIIAKNMGLVDAE	PGPT0008385_7336	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008385-acd-K00249	NA	NA
AK148_00947	768			putative oxidoreductase	ATGGAAATAGCAAAAGGGGTTGCTGTTGTTACTGGTGGTGCATCTGGCCTTGGTGAAGCTACAGTAAGAAAAATTGTAGAGGGTGGTGGAAAAGCCGTCATTTTTGATCTGGCAAAGAAGAATGGTGCATTACTAGCCAAAGAGCTCGGAAGTGCAGTAGATTATTATCACGTTAATGTAACTGATGAGCGAAGTGTACAGGATGCATTAGAGAATACAATCAATCAATTTGGAAAAGTGGATATGCTTATTAACTGTGCGGGAATAGGCGCCGCAGAAAGAACACTAGGAAAAAAAGGGGTGCATGATTTAGAAACCTTTAAAAAAGTTATGGAAGTAAATCTGCTTGGAACGTTTAATGTCATTCGGCTTGTTGCGCAAAAAATGTCCGCTAATACTGTTAATGAAAATGGAGAGCGAGGAGTTATTATTAATACCGCTTCAGTAGCAGCGTTCGATGGTCAAATTGGTCAAGCGGCTTATAGTGCTTCAAAAGGTGGGATAACAGGAATGACGTTACCAATCGCTAGAGACCTATCATCTATAGGTATACGTGTTATGACAATCGCACCTGGATTATTTGAAACCCCGTTATTTGCTTCCTTACCTGAAAAAGCAAAAAAAGCGTTAGGGGAAATGACACCGTTTCCATCTAGGCTAGGTTATCCTGAAGAATATGCACAGTTAGCAAAAAGTATTATTGAAAATCCTATGTTGAATGGAGAGACGATTCGATTAGACGGTGCCATACGTATGCAGCCCAAATAA	MEIAKGVAVVTGGASGLGEATVRKIVEGGGKAVIFDLAKKNGALLAKELGSAVDYYHVNVTDERSVQDALENTINQFGKVDMLINCAGIGAAERTLGKKGVHDLETFKKVMEVNLLGTFNVIRLVAQKMSANTVNENGERGVIINTASVAAFDGQIGQAAYSASKGGITGMTLPIARDLSSIGIRVMTIAPGLFETPLFASLPEKAKKALGEMTPFPSRLGYPEEYAQLAKSIIENPMLNGETIRLDGAIRMQPK	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
AK148_00948	594			hypothetical protein	ATGTCCTTGAGAGAGAAAAAAGTAGCAGAAAAAAAAGAGGAAATCATTCGTATGGCCATCCGTGTCCTATCGGAAAAAGGATACAATGGAATTACGATGGAAGAAATTGCTGCTAAGCTGTTAATGACAAAAGGAACTGTTTATTACTATTTTAAAGATAAACAGGAATTACTGTATCACAGTCAAATTATGCTATTGGAGCGGAGTTTGTGGAAAGTACAACAAATTCAACAAAAACAAATTCCTATCGATAAAAAGCTGAATCAATCGATTATTTCTCATATTGAATATATATTGGAGGAGCGCTCTGGGTTTGAATTGATGTTAAAACCAGAACAAATATTTAATACGAAACAATTAGATGTTATTTTTAAACTTCGAGATACGTATGCCGGAATTTTTGATCAGATGATTATAGAGGGAATAGATGAAGGCACCTTTCATGTTACAGATGTAAAAGTGGTGCGAAATATAATTTTAGGTTCGATGAACTGGGTAACGCAATGGTATGCTGAGAATGGCAAAAAAAGTAGGACAGAGATTGCAGAAGATATTGCTATCTATTTATTGCGAATGTTGTCACCGAATAAGTGA	MSLREKKVAEKKEEIIRMAIRVLSEKGYNGITMEEIAAKLLMTKGTVYYYFKDKQELLYHSQIMLLERSLWKVQQIQQKQIPIDKKLNQSIISHIEYILEERSGFELMLKPEQIFNTKQLDVIFKLRDTYAGIFDQMIIEGIDEGTFHVTDVKVVRNIILGSMNWVTQWYAENGKKSRTEIAEDIAIYLLRMLSPNK				NA	NA	NA	NA	NA
AK148_00949	1182	dapL_1	COG0436	LL-diaminopimelate aminotransferase	ATGAATATTAATCTAGCTGACAAAATGAAGCATTTTCAAACATCTATTTTTAATGAACTTTCTAGCTATAAAAAGAAAAAGATTAGCGAAGGGGTCAACATGATTGACTTGAGTGTAGGGAGCCCTGACCTTCCACCAGCATCATTCTTGATTGACGAACTAACAAAGCAAGTGCAAAATCCCGCACAATACGGATATACGCTTACAGGTACGGATGAACTACATGAAGCAATAGCAACCTATTATGGCGAACAATACCACGTGCCGCTTTTGCCGACACGAGAGGCTTTTATGGTCATGGGTTCCCAAGATGGTCTGGTACACTTGCCAATGGTATTAACAAATCCAGGAGACACCATTCTTCTTCCTGATCCAGGATATACAGCATATCATACGGGTGTAGCTTTAGCTGAAGCTGAACCATACCTCATGCCACTAAAAGCTGAAAATCATTTTCTTCCAGACCTTCATGCTATTCCAGAAGAAATTTTGCAAAAGTCGAAACTGATGATCCTTAATTTTCCGGGGAATCCTGTACCAGCTACGGCTACAAAAACTTTTTTTGAAAAAGTAGTGGCTGTTGCTAAAAAATATAACATTGCTATTTTACATGACTTTGCCTATTCAGAGCTTTACTATGACGAAAAACCAATTAGTTTTCTTTCGGTTGAGGGTGCTAAAGAAGTTGGCGTAGAATTTAATTCATTCTCTAAAAGTTTCAATTTAGCTGGGTGCAGAATTGGCTATATAGTAGGGAATGAACAAATAGTAGACGGGCTAAAACGTTTGAAATCTAATTTAGATTTTGGTGTTTTTTTACCAATACAAAAAACAGCAATTTGCGCACTGAAACATGCATCTTCCTTCACACAAAATTTACGGAACGTCTATAAAGCACGTAGAGATCTGTTAGTCACTGGTTTTCATAATGCTGGATGGGAGGTTGCTTCACCGAAAGCATCCATGTTTATTTGGGCTAAAGTTCCGAAAAATTACACATCGACTGCATTCGCTTATAAACTAATGGATGAAGCAGGAATTGTTGTCGTGCCTGGGAATGCTTTTGGTCCTTCAGGAGAAGGGTATGTGCGTATTGGCTTAGTACAACCAGAAGAAGTGCTAAACGAAGCAGTGCAAAGATTACAAAAAAGTGCCTTATTTACTCCTGTCAATATGGGATAG	MNINLADKMKHFQTSIFNELSSYKKKKISEGVNMIDLSVGSPDLPPASFLIDELTKQVQNPAQYGYTLTGTDELHEAIATYYGEQYHVPLLPTREAFMVMGSQDGLVHLPMVLTNPGDTILLPDPGYTAYHTGVALAEAEPYLMPLKAENHFLPDLHAIPEEILQKSKLMILNFPGNPVPATATKTFFEKVVAVAKKYNIAILHDFAYSELYYDEKPISFLSVEGAKEVGVEFNSFSKSFNLAGCRIGYIVGNEQIVDGLKRLKSNLDFGVFLPIQKTAICALKHASSFTQNLRNVYKARRDLLVTGFHNAGWEVASPKASMFIWAKVPKNYTSTAFAYKLMDEAGIVVVPGNAFGPSGEGYVRIGLVQPEEVLNEAVQRLQKSALFTPVNMG				NA	NA	NA	NA	NA
AK148_00950	585	srtD_2	COG3764	Sortase D	ATGTTGTTAAGGACCTTATCAATCATTTTAATTGTATGCGGAATAGCCACCCTAGGCTATGGTGGGTTTCAACTTTATCAATCAAAAGCAATGGAAAGTGAGCGGATGGAAGAAGCAGAGTCATTTGTTTCCAATAAAGTGATTTCTGATGTAGAAGATGTAGAAAAATTTAATTATGAAGCGTTCAAACAAGGAGATACAGTCGGAGTACTTTACATTCCAAAGCTTGACCGAGAGTTGCCAATCATTGAAGGTGTAGATGAAGACGATCTCGCGCAAGGTGTTGGTCATTATACTGGTACAGGGTTTCCCGGAGAAAACAAACAAATATTGCTATCAGGGCATCGTGATACGGTGTTTAGAAATTTCGACCAATTACAAGATGGAGATGAATTCCATGTAAAAATGGAACAGGGTACCTTTATTTATACCATGCAGGATCATAAAATTGTCGCTGCAGATGATACAACGGTTATAGATCCTGACAGAAAAAACGAAGTACTAACGATATCTACATGCTATCCTTTTTCCTACATCGGGGACGCGCCGGACCGTTATGTTATTTACGCTTACCCAACGAAATAG	MLLRTLSIILIVCGIATLGYGGFQLYQSKAMESERMEEAESFVSNKVISDVEDVEKFNYEAFKQGDTVGVLYIPKLDRELPIIEGVDEDDLAQGVGHYTGTGFPGENKQILLSGHRDTVFRNFDQLQDGDEFHVKMEQGTFIYTMQDHKIVAADDTTVIDPDRKNEVLTISTCYPFSYIGDAPDRYVIYAYPTK	PGPT0024075_2787	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_RELATED_SORTASE,PGPT0024075-srtA-K07284	NA	NA
AK148_00951	1770	xsc		Sulfoacetaldehyde acetyltransferase	ATGGTAAAACAACAGTATGCGGAAAATAAACAAGTAGGTAATAAAATGAAAATGACGCCTAGTGAGGCGATTGTTGAAACGTTAATTGCAGAAAACGTCAAAGAAGTGTTTGGTATTGTCGGATCAGCTTTTATGGATATGTTAGATTTATTTCCAACTGCAGGTATTCGATTTTTACCAGTACGGCATGAACAAAGCGCAGCTCATATGGCGGATGCTTATACACGCGTGTCAGGAGTCGCCGGTGTAGTCATTGGGCAAAATGGACCGGGAATTACAAATATGGTTACATCAGTTGCAGCAGCAAACCAAGCCCACACACCTATGGTTGTTATTTCCCCGTCAGCTGGGACACCGACAATAGGATGGGACGGTTTTCAAGAAGCTGATCAAGTATCCATTTTTCAATCGATTACCAAAGAGACGGTTAGGGTTACTCATAAAAGTAGGGTAGCGGATTGTTTGCGGACAGCGTTTCGAATTGCGTATGCGGAACGAGGGCCGGTTTTGTATGATATCCCACGTGACTTATTTTACGGTGAACTAGAAGATCAAATTCTTTCTCCACGGCAATATCGCGTTGATAAACGAGGAAATGGTGACCCTGCAGCAATAAGTGATGCTGTCGCGTTATTACAGCAAGCTGAAAATCCAGTCATCCTATCTGGGCGAGGTGTAGTAGATGCGGATGGCGTTGATGTAGTAAGTAAAATTGCTGAGCATTTAACAATCCCAGTTGCCGTTTCGTATATGCATAATGATGCTTTTCCTGCCAATCATCCATTAGCAGTTGGTCCTATTGGTTATATGGGATCAAAAGCAGCGATGTATACATTACAAGAAGCAGATGTTGTTTTAGCAATTGGTACACGGCTGTCTGTTTTTGGAACTTTGCCTTGCTATGATATTGATTATTTTCCTAAACAGGCTAAAATTATTCAAGTTGATATTAACCCGAGAAATATTGCTAGAACACATCCTGTTGAAATTGGAATTATTGGCGATGCGAAATCTTCTGCAGAAGCGATTTATGAACAATTACAGAAGTCTATACCTAAAAGAAAAGACGGGCGGTTGACAGCAGTTAGTAAACGAAAACAAGATTGGGAAGAAGAACTGATTGACCTTGCTATGATAGAAGGGGAGCCGATTAATCCGCGTCGGGCTTTACTTGAACTGACGAAAGCTTTGCCAGAGAATACGATTATATCCACAGATATTGGTAATGTTTCATCTACGGCTAATGCGTATTTGAAATTTACTCAAACACGGCGACATATTGCTGCTTTAACGTTTGGAAACACTGGATTTGCTTATCCTGCAGCTTTAGGTGCACAATTGGCTGAACCAAGCGCTCCAGTAGTTGCAATTATTGGCGATGGAGCATGGGGGATGAGTTTGCATGAGGTGAGTACGGCTGTAGAACAAAATATTCCAGTTATTGCTTGCGTATTCAATAACAAGTCTTGGGCAGCGGAGAAGAAAAATCAAGTCGATTACTATGATAACCGCTTTATTGGGTCTGATATTGAAGCGCCTGATTTTACAGAAGTAGCGAAATCAATGGGCGCATTGGGGTACACAATAGAGCAACCAGAAGCTATTGCTGAAGTTGTACATGATGTACTTCAGCAAAGAAAGCCAGCTGTATTAAACATTATGGTTGATGGTACACAGCTAGCTCCCCCGTTTAGAAAAGACGCATTGAAGATGCCTACACGTCTATTGGATAAATATAAGCATTTAGATTATGAAACTTGGGGAAAATAA	MVKQQYAENKQVGNKMKMTPSEAIVETLIAENVKEVFGIVGSAFMDMLDLFPTAGIRFLPVRHEQSAAHMADAYTRVSGVAGVVIGQNGPGITNMVTSVAAANQAHTPMVVISPSAGTPTIGWDGFQEADQVSIFQSITKETVRVTHKSRVADCLRTAFRIAYAERGPVLYDIPRDLFYGELEDQILSPRQYRVDKRGNGDPAAISDAVALLQQAENPVILSGRGVVDADGVDVVSKIAEHLTIPVAVSYMHNDAFPANHPLAVGPIGYMGSKAAMYTLQEADVVLAIGTRLSVFGTLPCYDIDYFPKQAKIIQVDINPRNIARTHPVEIGIIGDAKSSAEAIYEQLQKSIPKRKDGRLTAVSKRKQDWEEELIDLAMIEGEPINPRRALLELTKALPENTIISTDIGNVSSTANAYLKFTQTRRHIAALTFGNTGFAYPAALGAQLAEPSAPVVAIIGDGAWGMSLHEVSTAVEQNIPVIACVFNNKSWAAEKKNQVDYYDNRFIGSDIEAPDFTEVAKSMGALGYTIEQPEAIAEVVHDVLQQRKPAVLNIMVDGTQLAPPFRKDALKMPTRLLDKYKHLDYETWGK				NA	NA	NA	NA	NA
AK148_00952	936	cysL_2	COG0583	HTH-type transcriptional regulator CysL	GTGAATTATGAGCGATTACAAACGTTTATTGCAGTTGCTGAGAAAAACAGTTTTTCAGAAGCTGCGAAGAAGTTATTTGTTACGCAACCGACGATTACCTCACAGATAAAAGCTCTCGAAGAAGAATTACAAACTAAGTTATTTGAAAGAACGACGAAAACAGTTAAGTTAACCCAATCGGGGGAAATTTTGTTAAAGTATGCTAAAGATATTGTTCAGCTAAGCAGTTTGGCTCGAAAAGAAATTTTAAAAATAGAAGAAAAAATATATGGGGATTTAAAAATAGGGTGTAGCTTAACAATTGGAGAATACATTTTACCGCATTTTTTAAAGCGTTTCAAAGAGAGGTATCCACTTATTCATATGCAAGCAAAAATTTCTAATTCAGCATCCATTATTCATCATATAAAGGATCAGGTCGTACATGTAGGATTAATCGAGACTTCAATTCGTGATAAGCAAATCGTGATACATCCCATATTAGAAGATGAACTCTGTTTAGTAACGAAAGTCGATTATTTTCCTTTTCCCGAAAAGCAAATATCGTTAGATCAATTAAAAAACATTCCTTTAATCATACGTGAAAGTGGTTCTGGCACGCGTGAAGTTGTGGAACAACATTTGGAGCGGGCGGGAGTTTCTTTTCATGATTTGAATATTGTAATGGAAGTGGGCAGTACAGAAGCAGTTAAAGCGGTAGTAGAATCAGGATTAGGTGCTTCTTTTGTTTCGAAAACCGCAATTATGAAAGAAAAAAAATTAGGCTTACTGACGTCCTATAGTATAAGGAATATTACATTTAACCGACATTTTTATTTGGTGTTTCGAAAAGGACAAATTTTATCTTCAACTACAGAATTGTTTATGGATGAATTGCAAAAGATGACTCTAGCACTAGAGAGCAACATTAGTGCAAATCGATTAGGTGTGATTTGA	MNYERLQTFIAVAEKNSFSEAAKKLFVTQPTITSQIKALEEELQTKLFERTTKTVKLTQSGEILLKYAKDIVQLSSLARKEILKIEEKIYGDLKIGCSLTIGEYILPHFLKRFKERYPLIHMQAKISNSASIIHHIKDQVVHVGLIETSIRDKQIVIHPILEDELCLVTKVDYFPFPEKQISLDQLKNIPLIIRESGSGTREVVEQHLERAGVSFHDLNIVMEVGSTEAVKAVVESGLGASFVSKTAIMKEKKLGLLTSYSIRNITFNRHFYLVFRKGQILSSTTELFMDELQKMTLALESNISANRLGVI				NA	NA	NA	NA	NA
AK148_00953	1389	tpa	COG0161	Taurine--pyruvate aminotransferase	ATGAAAGAGGAAATGGAAATACGTTCTGTTACAGAAGAGAAGCCCTCACACTTATGGCATGCCATGCATCGGCATGACCCGCAAGTGAAGCAGTTGGTTGCAGTTAAAGGAGAGGGCGGTTGGTTTACAGATGAGGCTGGTAATTGCTATTTAGATGGTGTTTCGGGTTTATGGTGTTTAAATCTAGGGCATGGAAGGCAAGAAATTATTGAAGCATGTGCAGCACAAATGGGGAAATTAACCTATGTTCCATTAACGATGAGTCACCAACCTGCATTGCAGTTAGCTACGAAGCTAAGTGATTTATTAGGCGGAAACTACCAATGCTTTTTTTCAAATAGTGGTTCGGAAGCGAATGAAACCGCTTTTAAGATTGCGAGACAGTATCACAAACAGACAGGGAATCCGGAAAAATATAAAATCATCTCCCGTTATCGGAGTTATCATGGGAACACTTTAGGTGCATTAAGTGCTACTGCACAAGCAAATAGACGTGTAAAATATGATCCGGCTGTTCCAGGGTTTTTACACGTCTATCCACCATATGCTTATCGGTCGATTTTTAATGGTACAAAAGAAGAGTCTGATTTAAAAGCTGCGCAATTGGTAGAGGATACCATTCGTTGGGAAGGAGAAGAAACAGTAGCCGCATTTATCATGGAACCGTTTATTTCTGGTGGTGGAGTTCTCATTCCTTCTATGGAGTATATTGAACGAGTTCAAGATATTTGCAATCGATATAATGTCTTACTCATCATGGATGAAGTCGTTTCTGGTTTTGGCAGAACGGGAGAAATGTTTGGCTTTATGCATGCAAATGCGGTACAACCTGATATCGTAACAATGGCAAAAGGATTAACAAGTGGTTATTTACCATTAGGTGCAACTGCTGTAAAAGATAAAATCTATCAATCATTTAAAAGCGTTGGCAAAGATAACCATTTTCGACATGTATCCACATATGGCGGACACCCTGCAGCGTGTGCAGTAGCGCTGAAAAATATTGAAATTATTGAACGGGAAAATGTAGTGCAACGTGTACACGATCTTGCTAAAAGTCATTTAAATGCGTTACAGCGACTAACAAAGTATGACCATGTTGGTGAAGTGAGGCAGATTGGTTTCTTGGTAGGCTTGGAAATGGTCGAGGATAAAGCAACCAAAGAACCGCTAGCAGATGAAAAAATGGTGGGAATATTGCAAAACTGCAAGCAAAGAGGCTTAATTATTGGACGAAATGGCGATACGGTACCTGGCCAAAATAATGTCATCATCATTGCTCCACCATTAACAAGTACGGAAGAAGATTTGATGTTTCTAGTGGAGACGGTAACAGATGTTTTTAATCATCTCTTTGGTAGTAATATTTCTGAAAGTATTCCATTATAG	MKEEMEIRSVTEEKPSHLWHAMHRHDPQVKQLVAVKGEGGWFTDEAGNCYLDGVSGLWCLNLGHGRQEIIEACAAQMGKLTYVPLTMSHQPALQLATKLSDLLGGNYQCFFSNSGSEANETAFKIARQYHKQTGNPEKYKIISRYRSYHGNTLGALSATAQANRRVKYDPAVPGFLHVYPPYAYRSIFNGTKEESDLKAAQLVEDTIRWEGEETVAAFIMEPFISGGGVLIPSMEYIERVQDICNRYNVLLIMDEVVSGFGRTGEMFGFMHANAVQPDIVTMAKGLTSGYLPLGATAVKDKIYQSFKSVGKDNHFRHVSTYGGHPAACAVALKNIEIIERENVVQRVHDLAKSHLNALQRLTKYDHVGEVRQIGFLVGLEMVEDKATKEPLADEKMVGILQNCKQRGLIIGRNGDTVPGQNNVIIIAPPLTSTEEDLMFLVETVTDVFNHLFGSNISESIPL	PGPT0001925_71	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-GERMINATION_STIMULATION	PLANT_GERMINATION-TAURINE_DERIVATE_PRODUCTION	PLANT_GERMINATION-TAURINE_DERIVATE_BIOSYNTHESIS,PGPT0001925-tpav|bioA|yhxA-K03851	NA	NA
AK148_00954	720	nagR_2	COG2188	HTH-type transcriptional repressor NagR	GTGCTCGATTATACGAATTCAGTGCCTTTACATGTACAATTGAAGAAAATAATTGAAAAGCAAGTAGAAAATGGCGAATTGCAAGGTCAAATACCAAGTGAACGTCAATTCATGCATACATATAATGTAAGTAGGAGTACAGTAAGAGAAGCTATCACGCTATTAGTACGAGAAGGAATTGTAGAAAAAAGGCATGGAAAAGGGACATTTGTTTCTTTAAAACCAATTCACGATTGGCTTGGAAATTTGCGTAGTACAACAGAAACAATTCAAAATATGGGGATGGAGCCTGGCGCGCAACTAATCACAAATTATAAAACAACAACGCCAAGTTATATTCAAGAGCAAACCGGATTAAGAGAAGCATATTTTATAAAAAGAATACGTTACGCAGATCAGATCCCTATTGGAGTGGAGCGTCACTATTATCCTATATGGATTGGTGAAAAACTGCTGCAATATGATCTTAATAATGCAACCCTATATGATTTGCTGGAAAATAAATTAGGGATTACATTTGCGGAGGCGGATCAAACAATATCAAGCGGTCATATTTATGAAGAAGATCGACCTTATCTTTATATAGAAAGAGAAAAACACGTACTCATTGCCGAAAGAATTATAAAAAATGGAGCAGGGGAGATCATAGAATTTGAAGAAGCCTTTTATAGAAGTGATTTATATGCGTTTAAAATAAAGTTGTCTCGAAAATTTGGTTAA	MLDYTNSVPLHVQLKKIIEKQVENGELQGQIPSERQFMHTYNVSRSTVREAITLLVREGIVEKRHGKGTFVSLKPIHDWLGNLRSTTETIQNMGMEPGAQLITNYKTTTPSYIQEQTGLREAYFIKRIRYADQIPIGVERHYYPIWIGEKLLQYDLNNATLYDLLENKLGITFAEADQTISSGHIYEEDRPYLYIEREKHVLIAERIIKNGAGEIIEFEEAFYRSDLYAFKIKLSRKFG				NA	NA	NA	NA	NA
AK148_00955	138			hypothetical protein	TTGAAGAATTTGTGTAAGATTTCCGGCAAATATAGCGGAGCTGATGCTGTTAAGCTAGCGAAGGAAAAACACGGAGACTCCGATGGGAAAGTGCAGTATGAAGGCGCAGACCATGGAAAGCGTAGTGTTTTTTCCTAG	MKNLCKISGKYSGADAVKLAKEKHGDSDGKVQYEGADHGKRSVFS				NA	NA	NA	NA	NA
AK148_00956	450			hypothetical protein	TTGGCAGCCTGTGTTAGGTGTATCAAAAAAATAGCTTTATTGGATAAATACTATATCAAACCAGCTGCAATTATTCCTTATGAATGCTATTATCCTCTTCCTGCCTCATTAGATTTAATAACGGTAGATCAACTTCATAACTGGGATTTTTATGAGAATAAAGCTGCAACACGATTTCTTATTCTGAAAGAAGATCAAAAGAAACATCAGTATTTACATATTGTATATCCTTGGAAAGATTTTATGAACCAACCTGGTTTTTGGGAAACAGTCAATCCAGCATATGAAAGGTTGAAAGCGGAAACAAATGCAGATACATATATTTGGTTGGATTTAACCAAAGAAGAAACGGCGTCATTACCTAATTCCCACCCCTTTTATCTTCGTTCTCCATGGGTATTATATGAGATAGAACGAAACATGTGGGAAAAGGGGGAGGGGAGAACTTGA	MAACVRCIKKIALLDKYYIKPAAIIPYECYYPLPASLDLITVDQLHNWDFYENKAATRFLILKEDQKKHQYLHIVYPWKDFMNQPGFWETVNPAYERLKAETNADTYIWLDLTKEETASLPNSHPFYLRSPWVLYEIERNMWEKGEGRT				NA	NA	NA	NA	NA
AK148_00957	474			hypothetical protein	TTGGTTCCCAAATATATACGTAAGTTACAACCAGAAGATGAAGCACTTTTTCGAAATATGAATACAGGTATAGAGGATGATTATGTAGCTAATATCTTTTCCCATCTTACAACAGGTAATCATCGTTTGTTTGGCTTGTTTTTAGGACCAGATTTAGCTAATGTTGGTGGCTACTCCTTATTTGCTAATCGATTTGCTATGTTAGGTAGAGTTCGTAGCCATCAAAGTTATAAAGGAAAAAATCTCTCTACGGAGCTAATGAACTTTGTCTTATACGAAGCCTTTCATAACCCCTCTATACAATGGGTGGGAGCAAACACGCAGGAGAATAATACACCTGCTCGGCGCGTCCTTGAAAAATTAGGGTTGCGACCACGTATTGCCCTATATAATGCTTTAGCCGAACAGGTCTATTCATTAGCAACGCATAAGGAAAACAATTGGCAGCCTGTGTTAGGTGTATCAAAAAAATAG	MVPKYIRKLQPEDEALFRNMNTGIEDDYVANIFSHLTTGNHRLFGLFLGPDLANVGGYSLFANRFAMLGRVRSHQSYKGKNLSTELMNFVLYEAFHNPSIQWVGANTQENNTPARRVLEKLGLRPRIALYNALAEQVYSLATHKENNWQPVLGVSKK				NA	NA	NA	NA	NA
AK148_00958	468	psiE		Protein PsiE	TTGGGGGGCTATACTCGTATAAAAAAAATACAGTCAATTTATACCAAGTCATTATACGTATTTCCTTATTTATTACAAGTTGTATTAAATGTATCGCTGATTATTCTCGCTATTGTTTTATCTATCTTACTTGTAAAGGAGCTTATTTTATTCGGAACAATTTTACTTGAAGGTGATACGACAGACTACCAACTGTTTCTTGCCAATGTATTATTATTTTTCCTATATTTTGAGTTTGTCGCTATGATTGTAAAATATTTTAAGGAAAACTATCATTTTCCTTTACGCTATTTTTTATATATTGGTATAACAGCAATGATTCGTTTGATCATTGTTGAACATGATAACGCACTAGATACATTATTTTATGCACTCGTTATCTTAATTTTAATTATTGGTTATTTTATTATGAATTTAACCCCTCGTGAACGACCTGAAAGCAAGTGGTTTTTTCAGAATAAGAGGTGA	MGGYTRIKKIQSIYTKSLYVFPYLLQVVLNVSLIILAIVLSILLVKELILFGTILLEGDTTDYQLFLANVLLFFLYFEFVAMIVKYFKENYHFPLRYFLYIGITAMIRLIIVEHDNALDTLFYALVILILIIGYFIMNLTPRERPESKWFFQNKR	PGPT0015090_127	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-PHOSPHATE_STARVATION_RESPONSE,PGPT0015090-psiE|yjbA-K13256	NA	NA
AK148_00959	135			hypothetical protein	ATGATGAGTGGCTATGGCCTTCATTTTGCAGGATTTGGAATACTAGGATGGATAATAAACCTTCTTGTAATAGGAATTGTCGTATATTATGCAACTAAATTGGCGTTAAAACATGATGATAAGGACAAAAATTAA	MMSGYGLHFAGFGILGWIINLLVIGIVVYYATKLALKHDDKDKN				NA	NA	NA	NA	NA
AK148_00960	246			hypothetical protein	ATGAAAAAATTAATGATTGGTGCTATAACAGGAGCAGTTATTTTAGGTGGTGCAGCAACGTATACATTCGCTGATGCCAATGAAGAGAATCAAGAATTTTATAATGATAGGAGACCGTATATGGAAGAAATGCATCCAAACTTCTCCGATGAGGATTATGAAGCAATGTATAACTTTTGTCACGGAAAAGGAGACTTTGAAAGACGGCATCGCGGTGGAAATGGATTTGATAGAAACAATGAATAG	MKKLMIGAITGAVILGGAATYTFADANEENQEFYNDRRPYMEEMHPNFSDEDYEAMYNFCHGKGDFERRHRGGNGFDRNNE				NA	NA	NA	NA	NA
AK148_00961	717	phoP_1	COG0745	Alkaline phosphatase synthesis transcriptional regulatory protein PhoP	ATGACACGCATATTAATTGTCGATGATGAAGAAATGATTCGCGAAGTTTTGCAAGCTTATTTTGAGAAAGAAGGTTGGAATATTTTATTTGCCGCCAATGGATTAGAAGCGCTAAAACAAATAAAAGAAGGGAACCCAGATATTGTGCTTCTTGATTTAATGCTCCCCGATATTTCTGGAGAAGAAGTGTGCAGATTAACTAGAAAAGATAGTGATATGCCAATTATCATGCTTACTGCTAAGTCAGCAGAAGATGATATTATAAATGGAATTGTCATCGGTGCAGATGATTATGTTACCAAGCCTTTTAGTCCAAGAGAGGTTGTTGTGCGAGCTAAAGCTTTACTGCGCCGAATTTCTAAGACGGAAAAAAATGACCAACTCCGTTTTAACAACGGGCAACTAATTATTGACCATTTAAAAAAGGAAGTAAAAGTCAATAATGAAGTTGTCGCACTTACACCGAATGAATATAAGCTATTAATCACAATGTCTAGTTATCCTGGAAGGGTATATAGCAGAGGGGATTTGCTCGTAAAAATTCAAGAAGAGGATGATCTTTTTTTTGAAGGATATGAGCGAAGTATTGATACACACATAAAAAATTTACGAAAAAAAATCGAACAGGATTCTAGACATCCTGATTATATATTAACGGTTTTTGGAATGGGGTATAAGTTTGGGGGAAAACCAGATGAAGCTAACACTCCGCACTAA	MTRILIVDDEEMIREVLQAYFEKEGWNILFAANGLEALKQIKEGNPDIVLLDLMLPDISGEEVCRLTRKDSDMPIIMLTAKSAEDDIINGIVIGADDYVTKPFSPREVVVRAKALLRRISKTEKNDQLRFNNGQLIIDHLKKEVKVNNEVVALTPNEYKLLITMSSYPGRVYSRGDLLVKIQEEDDLFFEGYERSIDTHIKNLRKKIEQDSRHPDYILTVFGMGYKFGGKPDEANTPH	PGPT0002665_1056	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
AK148_00962	1371	rcsC_2		Sensor histidine kinase RcsC	ATGAAGCTAACACTCCGCACTAAAATTTTCATTTATTTATTACTTGTTTCCTTATGCGGTGTTTTTTTAACGAGTTTTTCCATATTTTTCGGGGTAGAAAATCAATTTTCTAGCTATTTACAAATAAGTAGAGAAGAAAAAACGTCATTTGTAGAGGAAGAGATCATTCGAACGTATCAGCAAACCGGAAGCTTAGTAAGTGAACAAGCAAACAGCATACTTCATGACCAAGCAATGACAGAGAATTTGTTTTATACTATTTATGATCAGGCTGGTAATGCAGTTGCAGACTCAACAAGAATGCAGCACATGATGAGGGGCATGGGCATGCACCAACAAGCAGAAACAGTTGATTACGAAACAAGTTCTCACCCTATTGAAGTAGACGGAGAAAAGATTGGCACGATGGAAGTGGTGTATCCAGTAGAACTCGTTGGTGAGGACTTTACTTTCTTGAAATCGATTCAAAAAAACATACTAATTGCGGTAATCGCTATTATATTGTTATCGATTTTATTTAGTTTTTTGTTTTCTAGAAGGTTAAGTGCTGGTTTTACGCGATTATCAACAGCAATACAGCAATTAAAAAAACATAAACGAGTAGATGTGCCTGTAAAAGATTTAAGTGTTGAAATGAAACAACTTGGGGAATCATTTAATGAATTAGCTAATTCATTGGCGAAAGAGGAACAATTAAGAAAGCAATTTACCGCTGATTTTGCACATGAACTTAGAACACCACTAGCAACATTACGGAGTCAATTGGAAGCTTATCAAGACGGTATTTGGGAACCAACTCCTGAACGATTGCAAAAAAGCCACCATGAACTTATGCGCTTAGTGCGACTCGTCAATGAATTGGAAACGTTAATTGCAGTGGAGAACCCACAAAAGAAACTGAACATGTCTACTTTAGATGCAAGGGAACTTCTTCGTTTTATGGATAGTCAATTTCAGGCGGCTTTTCATAAAAAAGGGGTTGTATTAAGGAGCTACTTTCCAAACAAAGAAATCCATTTTCGTGCAGATGAAGACCGAGTTACACAAATTTTAACAAACCTTATGAATAATGCATTGCAGTATACTCCAACAGGAAAGACAGTGAAAATTTTCACAGAAGAGAAGGAAGATTACATCTGTTTTATGGTTATGGATGAGGGAATAGGTATTAAGCAGGAAGATATTCCATTTTTGTTTGAACGCTTTTATCGAGGAGATAAGTCAAGGGCCACCAAGACTGGTGGTATAGGAATTGGGCTTTCCATTGTGAAAGCACTTGTAGATGCTCATCACGGAACCATAGATTTTAATAGTGAAGTTGGGGAAGGTACAACCGTGACCGTTTGCTTTCCGAAAAAAGAGAAACATTAA	MKLTLRTKIFIYLLLVSLCGVFLTSFSIFFGVENQFSSYLQISREEKTSFVEEEIIRTYQQTGSLVSEQANSILHDQAMTENLFYTIYDQAGNAVADSTRMQHMMRGMGMHQQAETVDYETSSHPIEVDGEKIGTMEVVYPVELVGEDFTFLKSIQKNILIAVIAIILLSILFSFLFSRRLSAGFTRLSTAIQQLKKHKRVDVPVKDLSVEMKQLGESFNELANSLAKEEQLRKQFTADFAHELRTPLATLRSQLEAYQDGIWEPTPERLQKSHHELMRLVRLVNELETLIAVENPQKKLNMSTLDARELLRFMDSQFQAAFHKKGVVLRSYFPNKEIHFRADEDRVTQILTNLMNNALQYTPTGKTVKIFTEEKEDYICFMVMDEGIGIKQEDIPFLFERFYRGDKSRATKTGGIGIGLSIVKALVDAHHGTIDFNSEVGEGTTVTVCFPKKEKH	PGPT0003985_933	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-ENVELOPE_STRESS_RESPONSE,PGPT0003985-baeS-K07642	NA	NA
AK148_00963	402			hypothetical protein	GTGAATCGAACAGTTGAAAAGATTTTAGGCATTGTAGGATTTTTAATGGACGGTGCCTTAGCTATTTTTGGGATCGTTGGCATTTTGCTTTTAAACAGCGGTATCGACCTGCTTGAAGGTTCTATTGATCCGGCTGATTTTGGAATGCTTTCAGACCTTGGTTCCTTCTTATCTATCTTTATTTGGATTCCTATTATTGGCGCTGTGATAAGCTTTACTTTAGGATTGATTGGTGTATTACAGTTGAAGCGAAACCCTAAAACTGCCGGCGGATTTTTTATTGCAGCGGCTGTTCTAAGTGGTTGGCTTTTATTATCAGGGATTTTATTTCAATCTTTGTTATATCTCGCCGCCGCAATTATGTGTTTTGTAAGAAAACCAACAAAAACGATAGAAAATTAA	MNRTVEKILGIVGFLMDGALAIFGIVGILLLNSGIDLLEGSIDPADFGMLSDLGSFLSIFIWIPIIGAVISFTLGLIGVLQLKRNPKTAGGFFIAAAVLSGWLLLSGILFQSLLYLAAAIMCFVRKPTKTIEN				NA	NA	NA	NA	NA
AK148_00964	1311			hypothetical protein	ATGCGTTGCCCAACATGTGGAATGAAGAAACAAAGAAGAACGCGTTACTGTTTAAATTGTGGAAGAACGTTAAAGCGAGGGATAGTATTTAAGTTAACAGCCATCATTTCATTTTTGCTCCTTGTGAGCGGAGGCACTTATTTATTTATCGAAAGTAATGCTGCTAACAATCGTCTAGAAACGCATACAAAAGCGGCTAATGCTGCAAGTCGCAATGATCCAGAATTAATGAATAAACAAAGCGATGACGTAGATGATGAAAAAACCGTTGAAGAAAAGATTCAAATGGCTGAAAAAAACGTATATACAGTTAGGACGAATGAAAGGGAAGGAGCTGCTTTTTTATATAATGATCAAGGCATCTTATTAACGAGTGCACATCTTGTTGAAGGGCATACGGAAGTACAAGTTAGAAATAATCATGATGCATTTACTGGTTCTGTTATCGGCTATTCCAATGAAACTAATTTGGCAGCGATTCAAGTAGCTGAACTTGCAGGGGATCAACCAGCGCCAACCGAGAGGAAAAAAGGTTTATCTGCAAGGGATAAAGTTATTGCTATTGGAAGCGAGCGTGTTTTAGACAATAATACAACGGCTACTGTTGTCAACGAAGTGGACTGGCATTTTTCTTATGGAAATTTTACATATGAACATACGTATCAATTGGAAGAGACGCTATTACTGGGGTATAGTGGTGGGCCTTTATTGTCTGCGGAGACTGGTAGTATCGTTGCAATTAACTCTATTGCCCATGTCAACGATATTGCTGTACAATTTAGTGTCCCTATACACGAGGTTACAGATGTAATAGAAGGTTGGATAGATGAACCGATGAACGAAGCAACAATAACAGAACAATTTTTTGGTGCTGATGGGGGCTATTTTTTTGGAGATTTTTGGGGGACTCGATATCCAGAAGAAGCGGTCAGCAATCAAGAGAGTGAATTTACTAGTGAGGGAGAAAATAGTGTAACAAATGACGCCGAAAATAATACTTCTCATCATAGTGGACAGCGAACGTGGCAAGCACCTGCTTATACGCCACCAGCTAATAATGGGTGGCAAAACCGTGGCAATCATACGCAACATAGCACCAATGATACAAACCAGAATTCCACTCCGGAACAAAAGAAGGATAATGAAACAAATAAAGGCGCTGATGAGGGTCCTTCAGACGATGGTGACGATCAAACAAATAACGACGAAAATTCAACTAAACCTACAGATGGGCCGAAGAAACCAGAAGAACCAGAGAAACCAAAAGAACCTCAAGAAGACCCGTCAGAAGAAGATAATGAATCTAGTTAG	MRCPTCGMKKQRRTRYCLNCGRTLKRGIVFKLTAIISFLLLVSGGTYLFIESNAANNRLETHTKAANAASRNDPELMNKQSDDVDDEKTVEEKIQMAEKNVYTVRTNEREGAAFLYNDQGILLTSAHLVEGHTEVQVRNNHDAFTGSVIGYSNETNLAAIQVAELAGDQPAPTERKKGLSARDKVIAIGSERVLDNNTTATVVNEVDWHFSYGNFTYEHTYQLEETLLLGYSGGPLLSAETGSIVAINSIAHVNDIAVQFSVPIHEVTDVIEGWIDEPMNEATITEQFFGADGGYFFGDFWGTRYPEEAVSNQESEFTSEGENSVTNDAENNTSHHSGQRTWQAPAYTPPANNGWQNRGNHTQHSTNDTNQNSTPEQKKDNETNKGADEGPSDDGDDQTNNDENSTKPTDGPKKPEEPEKPKEPQEDPSEEDNESS	PGPT0015105_4590	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
AK148_00965	255			hypothetical protein	ATGCTTGATAAAAAACCTATCTATCAATTTCAAATTGGTGATCGAATAGAAATTACATCTGTTGAACTACGAGATGATGTCATGCGGCGTAGATTACTAGATTTAGGTTTTGTCCCAGGAGCCACCATTGAAATAGTACAGAAAAGTCCATTAGGAGATCCAATCGCTTTTAAAGTTTTTAACACGACGATCGCACTGCGGAAAGAAGAAAGTTCTTTTATCTACGCAAAGAAAGTTCATAAAGAGGTGGTATAA	MLDKKPIYQFQIGDRIEITSVELRDDVMRRRLLDLGFVPGATIEIVQKSPLGDPIAFKVFNTTIALRKEESSFIYAKKVHKEVV	PGPT0003695_937	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_II_TRANSPORT_SYSTEM,PGPT0003695-feoA-K04758	NA	NA
AK148_00966	732	feoB_1	COG0370	Fe(2+) transporter FeoB	ATGTCTCATACCATTGCTTTAGCAGGAAATCCAAACACAGGAAAAAGCACATTGTTTAACTTGCTTACTGGGTTAAAACAACACACAGGAAATTGGCCTGGGAAAACGGTATTACGGGCTGAAGGTGAACTAAAAACAGAGAAGCATGTATATAAGGTCATTGATTTACCTGGTACATATTCTCTTTACTCCAATTCAGCTGACGAAGAAGTAGCAAGAGATTACATTATTTTTGAAAAACCGGATATTACACTCGTTGTAGTGGATGCTACTTCGTTAGAGCGAAATTTAAATATAGCATTACAAGTATTAGAAATGACTGATCGTGCCGTTCTATGTGTCAATCTAATTGATGAAGCAAGAAAAAGAGGCATCCATATTGATAAAGAAGCGTTATCTAAACAATTAGGTATTCCAGTTGTGTTAATATCAGCTAGAGAAAAAATTGGTATCATTCAACTACTAAAAACGATAGACCGAATGATTGAAGGTAAATTAATAACGAAAGGTTACAAAATTAAATATAGTCCACAAATAGAAAAGAAAATAAAAGAACTCGAACCAGAAATCAAGCAAATTTTTGGGGATATCTTTCCTGCGAGATGGATCGCTTTACGTATATTAGATGGAGATAAAAAATTATTAGAATCGCTAAAAGCGTATATCCAAAACCAACAATTCAGTTCGGAAAAACATCCATCTGCACAAGGGGGCTGTTGTCATGGCGTATGA	MSHTIALAGNPNTGKSTLFNLLTGLKQHTGNWPGKTVLRAEGELKTEKHVYKVIDLPGTYSLYSNSADEEVARDYIIFEKPDITLVVVDATSLERNLNIALQVLEMTDRAVLCVNLIDEARKRGIHIDKEALSKQLGIPVVLISAREKIGIIQLLKTIDRMIEGKLITKGYKIKYSPQIEKKIKELEPEIKQIFGDIFPARWIALRILDGDKKLLESLKAYIQNQQFSSEKHPSAQGGCCHGV	PGPT0003700_1832	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_II_TRANSPORT_SYSTEM,PGPT0003700-feoB-K04759	NA	NA
AK148_00967	1398	feoB_2	COG0370	Fe(2+) transporter FeoB	ATGGCGTATGAAACAAACCAACAAATACAGCAACTTGATGCATTGTTTGAAAAGTACAGTGATCAAGAAAATACGTTAAGAGATCATATCGTTTCAAGTATTTATCAATCTACGCAAAGCATAACCCAGCATTCCATACAGCGTTCTAATAAAAAAACAACCTGGCTTGATGAAAATTTGGATAATATTTTAACATCACGTATTTATGGTTTTCCCATTATGCTTATGCTACTTGGAGTAGTCATTTATTTAACGATTGTAGGGGCAAACTATCCAGGTATTGTTATAAGCCAGTTATTTGCTACAGTTGAAAATTGGCTTGCTGCATTATTCCAATGGGCTAACTCCCCAGATTGGTTGTATGGAATATTGGTAGAAGGATTTTACCGTGGTACTTCCTGGGTGGTTAGTGTCATGTTGCCACCAATGGCTATTTTCTTTCCAATGTTTGCTTTGCTAGAAAATTTTGGATATTTACCACGAGTAGCATTTAATTTAGATCGTGTATTTAAAAAATCTGGCGCACATGGTAAACAATCATTAACAATGGCAATGGGGTTCGGATGTAATGCTGCAGCGGTCATGTCTTCACGCATTATCGAGTCACCACGGGAACGCATGATAGCCATCTTGACAAACAACTTTGTCCCGTGTAATGGGCGCTGGCCAGTATTAATTCTCCTTGCAGGTTTATTTATGGCGGCTGGATTTTCAGGCGGTATGAATACGTTTGTTGCTGCGTCCGTTGTCGTAGGAATTGTATTGTTTGGCATTATCATGACTATCTTTGTTTCATGGGCTCTTTCCAAAACATTATTGCGCGGTGTGCCTTCACACTATACATTGGAACTGCCACCTTACAGAAAACCGAAAATATGGAATACGATTGTTCGAGCTACATTGGATAAGTCATGGTTTGTATTAAAAAGAGCCGTCATTATTGCTGCACCAGCATCCGTTATTACTTGGATTTTAGCGAATATTTTCGTTGGTGATCAAAGTGTTCTTGAACATTTTGCTGGGTTTTTAGACCCTTTTGCACAAGCGATTGGCTTGGATGGTTTTATTTTAACGGCATTTATTTTAGGCTTTCCTGCAAATGAAATCGTCCTGCCGATTCTTTTAATGGGATATCTTGCAACAGGATCGATGATCGAAGTAGATAACTTAAACGATTTAAAACAAATATTTCTTGACCATGGATGGACGTGGTTAACAGCGCTTAATATGATGCTATTTTCTTTATTGCATTACCCTTGTGGTACAACCATGTTCAACATTTGGAAAGAAACAAAAAGTATAAAATGGACGTCGGCCGCCTTTATATTACCTACTACTATCGCCATTGTCGTCACATTTGTTATTGCGCAAGTCGTAAAAGGCTTTGGCTGGGTATAG	MAYETNQQIQQLDALFEKYSDQENTLRDHIVSSIYQSTQSITQHSIQRSNKKTTWLDENLDNILTSRIYGFPIMLMLLGVVIYLTIVGANYPGIVISQLFATVENWLAALFQWANSPDWLYGILVEGFYRGTSWVVSVMLPPMAIFFPMFALLENFGYLPRVAFNLDRVFKKSGAHGKQSLTMAMGFGCNAAAVMSSRIIESPRERMIAILTNNFVPCNGRWPVLILLAGLFMAAGFSGGMNTFVAASVVVGIVLFGIIMTIFVSWALSKTLLRGVPSHYTLELPPYRKPKIWNTIVRATLDKSWFVLKRAVIIAAPASVITWILANIFVGDQSVLEHFAGFLDPFAQAIGLDGFILTAFILGFPANEIVLPILLMGYLATGSMIEVDNLNDLKQIFLDHGWTWLTALNMMLFSLLHYPCGTTMFNIWKETKSIKWTSAAFILPTTIAIVVTFVIAQVVKGFGWV	PGPT0003700_3672	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_II_TRANSPORT_SYSTEM,PGPT0003700-feoB-K04759	NA	NA
AK148_00968	816	ylmA	COG1119	putative ABC transporter ATP-binding protein YlmA	TTGGAAAATGTAATTGAATTGACAGATGTCTCGTGGAAAAGAAAAGGGGAGCATGTTTTAGAACAAATAAACTGGCGCGTCGTCAAGGGGGAGCATTGGGCTATTTTAGGATTAAATGGGTCTGGAAAGACAACACTGTTACAAATGATTACTGGCTATATTTGGCCAACTACTGGAAGTGTTTCTGTTTTGGGAAAACCGTTTGGAATGACAGATTTACGACTGTTACGAAAAAATATCGGTTGGGTAAGTTCTGCACTAAAAGAAAAACTAAAGGCCACGGATTTGGCTGAGGCAATTATTTTAAGTGGAAAACACGCTTCCATCGGTTTATATGAACAAATAGAGAAAACAGATATGGAACGAGTTACTACATTAATGGACCATTTAGGGATCGGGTATTTGCAAGGTCGAGCATATGGAACGTTGTCTCAAGGTGAAAAGCAGAAGTTGCTAATTGCTCGGGGATTAATGGCTCGACCACAATTACTTATTTTAGATGAACCAACCAATGGTTTAGATTTTTTAGCTCGAGAAGAATTGTTAGCTTTTATTCAGCAATTGGCAGAGCGGCAGGAAGCACCGACAATATTATTCGTGACGCATCATATTGAGGAAGTTTTGCCGATTTTCTCACATGTATTATTGTTAAGAGAGGGTACTGTTTTTCAACAAGGAAAAACGATAGAGTTATTGTCTTCGGAAACATTAACGCAGTTCTATCAACTTCCGATTGAATGTGACTTAAGAGATGACAGGTTATGGGTAAGAAAAAAGATGCAATCATTTCCGACCAGCTTGCATGAACAGGATTAA	MENVIELTDVSWKRKGEHVLEQINWRVVKGEHWAILGLNGSGKTTLLQMITGYIWPTTGSVSVLGKPFGMTDLRLLRKNIGWVSSALKEKLKATDLAEAIILSGKHASIGLYEQIEKTDMERVTTLMDHLGIGYLQGRAYGTLSQGEKQKLLIARGLMARPQLLILDEPTNGLDFLAREELLAFIQQLAERQEAPTILFVTHHIEEVLPIFSHVLLLREGTVFQQGKTIELLSSETLTQFYQLPIECDLRDDRLWVRKKMQSFPTSLHEQD	PGPT0003760_993	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
AK148_00969	1020			hypothetical protein	ATGATAAAACAGCGTTACTCACGACAGGAGTTATTTGCTCCCATTGGAACAGAGGGTCAACAAAAACTAGCTAATAAGCATGTCGTTATTGTTGGAGCTGGTGCATTAGGTAGTGCAAATGGGGAAATGTTAGCTCGTGCTGGTGTTGGGAAAATCACCATCATTGACCGCGATTATGTGGAGTGGAGTAATTTAAGTAGACAACAGTTGTTTACAGAAGAAGATGCAGCGCACGCTCATACGAAAGCTAAAGCGGCATCTAGGCGGTTGCAAGCAATCAACACGTCCATTACAATTGAAGGAGTTGTTGAAGAATTTGCAGCCGAAACCGCAGAAGTATTCATGGAGGATGCTGATTTTGTAATTGATGGAACGGATAATTTCAATACGCGGTTTATTATTAATGATGCTTGTGCCAAATGGCGTGTACCTTGGGTATATGGAGGTTGTTTAACGAGTTATGGCATTGTTTTAGCCATTATGCCTGGAAAATCGCCTTGTCTACAATGTTTAATTGATCAAATTCCGCAGCAAGGGAGAACTTGTGATACGGTTGGAGTGATTGCTCCGGCTGTTCAAATTACCGCAGCATATCAAACGGCAGAATGCTTGAAATATTTAACCGGATACGAAATGTCGCAAGAACTGCTTAATTTTGATGTTTGGGAACGAAAGCATGTAGCAGTGAATGTAAGTCCGTTAATCAATCCATGTTGTCCGTCTTGCTCCGCGAAGGCAACGTACCCATTTTTAATGAAACAACAAGGAATACAGACAGCCGTTCTTTGCGGAAGGGACACGGTGCAAGTACGTCCTGCACAAACCAATACATTGTCTATTCCTGCATTAGCAAAACAGTTAAAACCGTTTTCAGATTCGATGAAAGATAATGGGGAATTATTAATTTTCACGATTAAAAAAAACCGTTTTGTTGTGTTTCAAGATGGTAGAACTTTAATTCACGGTGTAAGTGACGTAGAACAAGCAAAAAAGTTATATCAGCGTTATATTGGAGCTTAA	MIKQRYSRQELFAPIGTEGQQKLANKHVVIVGAGALGSANGEMLARAGVGKITIIDRDYVEWSNLSRQQLFTEEDAAHAHTKAKAASRRLQAINTSITIEGVVEEFAAETAEVFMEDADFVIDGTDNFNTRFIINDACAKWRVPWVYGGCLTSYGIVLAIMPGKSPCLQCLIDQIPQQGRTCDTVGVIAPAVQITAAYQTAECLKYLTGYEMSQELLNFDVWERKHVAVNVSPLINPCCPSCSAKATYPFLMKQQGIQTAVLCGRDTVQVRPAQTNTLSIPALAKQLKPFSDSMKDNGELLIFTIKKNRFVVFQDGRTLIHGVSDVEQAKKLYQRYIGA	PGPT0008935_124	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008935-thiF-K03148	NA	NA
AK148_00970	765	thiG	COG2022	Thiazole synthase	ATGTTACAAATTGGAGATAAAACATTTGCATCTAGATTACTGTTAGGAACCGGAAAATACCCCAGTTTTCAAGTGCAAAAAGAAGCGGTAAATGTATCGGAAGCAGAAATTCTAACCTTTGCTGTTAGAAGAATGAATATTTTTGACGCAAAAGAACCAAATTTATTGGAAGAATTAGATTTAAAGAAATATACCTTATTGCCGAATACAGCTGGAGCTAAAACGGCAGAAGAAGCAGTGCGGATCGCACGTTTAGCGAAAGCATCTGAACTCTGTGATATGATTAAGGTAGAGATAATTGGATGTGATAAAACATTATTACCCGACCCATTTGAAACAATGAAAGCATCTAAGCTGTTACTTGAGGAAGGTTTTACCGTTTTAACGTACACATCGGATGATGTCGTATTAGCAAGACAGTTAGAAGAAGCTGGTGTACATGCAGTCATGCCGGGCGCTTCTCCAATTGGCTCTGGGCAAGGAGTTGTAAATCCGCTAAATTTGCAATTTATTATTGAGCAATCGAATGTTCCTGTTATTGTTGATGCGGGGATTGGAGCAGCAAGTGATGCTAGTTATGCCATGGAATTAGGCGCTGACGGAATATTATTAAATACGGCTGTATCTGGAGCGGGTGATCCGGTTAAAATGGCAAAGGCGATGAAACTTGCGGTTGAATCAGGGCGATTAAGTTATGAAGCGGGAAGAATACCGAAAAAAACATATGCAACCAAAAGCAGTCCAGATACGGCGATGATAGAATGA	MLQIGDKTFASRLLLGTGKYPSFQVQKEAVNVSEAEILTFAVRRMNIFDAKEPNLLEELDLKKYTLLPNTAGAKTAEEAVRIARLAKASELCDMIKVEIIGCDKTLLPDPFETMKASKLLLEEGFTVLTYTSDDVVLARQLEEAGVHAVMPGASPIGSGQGVVNPLNLQFIIEQSNVPVIVDAGIGAASDASYAMELGADGILLNTAVSGAGDPVKMAKAMKLAVESGRLSYEAGRIPKKTYATKSSPDTAMIE	PGPT0008965_2972	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008965-thiG-K03149	NA	NA
AK148_00971	204	thiS	COG2104	Sulfur carrier protein ThiS	GTGGAACTGCACGTGAATGGAGAGACATTGCATTTTGCCAAAGATACGATGACAATGCTTGATTTGTTAGAAGCTTATGACATCGAAGAAAAAGTAGCGGCAGTAGAAAAAAACAAAGAAATTATTCGCAAAACAGATTATTCACAGACGATTTTGGAAGACGGAGATAGAATTGAAATTGTTCATTTTGTAGGGGGAGGTTAA	MELHVNGETLHFAKDTMTMLDLLEAYDIEEKVAAVEKNKEIIRKTDYSQTILEDGDRIEIVHFVGGG	PGPT0008970_1316	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
AK148_00972	1110	thiO	COG0665	Glycine oxidase	TTGAAGGATCATTATGAAGTTGTCGTTGTTGGCGGTGGAATTATTGGTCATGCTGTTTCGTATCAATTAAATAAAAATAATGTAACTACCCTTGTTGTTGAAAAACAGCAAAGTGGACGAAAGGCGACAAAAGCAGCTGCCGGAATGTTAGGTGTACATACGGAAAATAGTAATGCAAATGAGTTTTATAAATTTTGTCAATCTAGTAGAGATATGTATCAGGAATTAAATTGGGAATTGTATCAACTAACATCTATCGATATTCAGTTAGCTTCTGGAGGCATGGTGGAGCTCGCTTTTCATGAACAGGAAAAACAAGCAATAGAATTAAAGCGACAAGCTTTCCCAAATTTAGAATGGGTGGACCAAAGGCAACTGAAAGCATGGTATCCCATGTTAGGCAAAGAAGCGATTGCTGGCATTTACATGGAGACGGATGGGCACGTGGAACCCTCACGAGTTTGTGAAGCTTTTAAACAAGGGGCTATTGCAAAAGGAGGCAAGGTGAAAGAGGACTGTCATGTATGGAACATAAACCACGTTGGCAAAACTTTTCACTTGGATACAGATGAAGGTTTGATAACAGCTGAGCGCGTAGTAATTGCTACAGGGGCTGAGAGTGGGCGATGGTTTACAGCAATGGGGCTAGTTAATCCAATGATACCAGTAAAGGGGGAATGTTTATCCGTTATTTCTAGCGATATTCAGTTAAAACAGACACTCTTTTGTAAGGATTTTTACCTTGTACCAAAACGAGATGGTCGCTATGTTATTGGCGCAACTTCCGAACGTTACAATCAATCGTCCTATATTTCTGTGGGAGGAATTGAATCTTTGCTAACGCATTTTAATACTATTTTTCCATCCTTTCGTAATGCTAGGATAGATTCCTTTTTAACAGGTGTGCGACCTGGAACAGAAGATGGGATCCCTGTTATTGGAGAGCATCCTTATTTACCAGGTCTTTATTATGCTACTGGGCATTATCGAAATGGGGTATTGTTGGCACCTGCAACGGCGCAATTAATTGGTGACCTAATAATGAATCAAAGCCAAAAAAATATTGGAAACCTAGTGTCTCCCCAGCGTTTAGCGATGGTTAATAGCTAA	MKDHYEVVVVGGGIIGHAVSYQLNKNNVTTLVVEKQQSGRKATKAAAGMLGVHTENSNANEFYKFCQSSRDMYQELNWELYQLTSIDIQLASGGMVELAFHEQEKQAIELKRQAFPNLEWVDQRQLKAWYPMLGKEAIAGIYMETDGHVEPSRVCEAFKQGAIAKGGKVKEDCHVWNINHVGKTFHLDTDEGLITAERVVIATGAESGRWFTAMGLVNPMIPVKGECLSVISSDIQLKQTLFCKDFYLVPKRDGRYVIGATSERYNQSSYISVGGIESLLTHFNTIFPSFRNARIDSFLTGVRPGTEDGIPVIGEHPYLPGLYYATGHYRNGVLLAPATAQLIGDLIMNQSQKNIGNLVSPQRLAMVNS	PGPT0008955_984	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008955-thiO-K03153	NA	NA
AK148_00973	612	tenI	COG0352	Thiazole tautomerase	ATGCAATTATATGCGGTAACGAATGGAGAAACGGAAGAGACAAAATTAATCAATACAATACTAGCAATTGCTCCTTTCGTAGATCACATCATTTTAAGAGAAAAACAGAAATCGAGATTCGAATATTTGCAATTTGTGCAGGTATTAATAAACGGCGGTGTTCCAAAAGAAGTACTTTGTATTCATACGCATGTTAAAATTCCGTTTTTAACGGGAGTAAATCAATTGCATTTACCTGAATACTGCACAAATATAGGGGAGATAAAGCGCTTATTTCCCTCTTTAAGGGTGGGGAGTTCTGTTCACTCTTTGGAAGCGGCAAAATATGCTGAAGATAATGGGGCAGACTATGTGATGTTTGGACATATTTATCAAACAAATAGTAAACCAGGCATAAAACCAAGAGGATTATACCAATTGGAACAAATCATTCATGCACTTACAATCCCAGTCATTGCAATTGGTGGGATAACAGGAGATAGAATATCCCATTTTAAAGATATTGGGGTAACAGGTGTTGCTGTCATGTCGGGGATTTTTAGTGCAACTTGTCCAAAAACAGCTGCTATGAGCCTACGTAAGGAGGTAGAGAAAATTGAAGGATCATTATGA	MQLYAVTNGETEETKLINTILAIAPFVDHIILREKQKSRFEYLQFVQVLINGGVPKEVLCIHTHVKIPFLTGVNQLHLPEYCTNIGEIKRLFPSLRVGSSVHSLEAAKYAEDNGADYVMFGHIYQTNSKPGIKPRGLYQLEQIIHALTIPVIAIGGITGDRISHFKDIGVTGVAVMSGIFSATCPKTAAMSLRKEVEKIEGSL	PGPT0008975_160	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008975-tenI-K10810	NA	NA
AK148_00975	462			hypothetical protein	ATGAGTAAAGATTTAATTGAACAATTTGCGTTGAATCGTAACATGCTGTTTATTGAACTAGATAAGCTAGATGAATCACTAATTGACGAACAATTAGACGAACTAAATAATACGGTACATTGGCATATCGGACATATTTTAACTGTTGCGGAGCAATTTCTATTTGGTTTCCCGAACCAAACAAAGCATTTACCAGAGGAATTTATTTCTCTATTTGGAAACGGTACAAAACCTGCTGATTGGCCAAATAATGTGCCATCCCTTACAGAATTAAGAGAAAAACTACAACAACAAATGGAGCGTGCTATGAAACTGGACGCGGAATATTTTGCTACGCCATTGGAAAAACCTTTTCTAGGGCAAGATACAATCGGCGGACTAGCAAAAGTTGCTACATTCCATGAAGCACATCATACTGGTCAGATACATACAATTCATTTAATCGCTGCAAAAAGAAAATGA	MSKDLIEQFALNRNMLFIELDKLDESLIDEQLDELNNTVHWHIGHILTVAEQFLFGFPNQTKHLPEEFISLFGNGTKPADWPNNVPSLTELREKLQQQMERAMKLDAEYFATPLEKPFLGQDTIGGLAKVATFHEAHHTGQIHTIHLIAAKRK				NA	NA	NA	NA	NA
AK148_00976	900			hypothetical protein	GTGAAAAGAATTGCGAAGGAAACCTATGTTTTGTCAATGTCACCAAAGAACAAGCCCGTAGAAACAGTTTTTTCAGGAGAAACAATTCTATTTGAAACGTACGATTGTTTTAGTAACGAAATGAAAAGTGAAGATGATTTATTCCACACCGTCGGGTGGGATAAAATTAATCCAGCGACAGGACCGTTGTTTGTGGAAGACGCCAGACTAGGAGATACATTAAAAGTGGATATATTGGATATTCAAATTGCTAACCAAGGCGTAATGTCCATCACACCAAAAATGGGGGCTTTAGCAGGTAGTTTTACTGATGAAAAAACAAAAATTATTTCTATACATGATGGGAAAGCTATTTTTAATGAAACTCTACAATTACCGATAAAACCTATGATTGGAGTTATTGGAACTGCTCCACTTGATGAAGATGTGCCAACAGGAACGCCAAAAGATCACGGTGGAAATATGGATTGTAAACGAATTGGAATAGGATCTTCCCTTTATTTACCGGTAAATGTAGAAGGGGCTCTTTTGGCAATGGGAGATGTACACGCAGTTATGGGAGATGGTGAGGTAGTTATTTGTGGATTAGAAATTGCTGCTGAAATTACAGTTAAAGTTAGCGTAATTAAAGGACAACCTTATCCACTTCCCTTTTTAGCTGATGACAAACACGTAATGACGATAGCGTCTCGTGAAACGCTAGATGAAGCTTCTAAGCAAGCAACGAAACATATGCATACTTTTCTTGTGAATATACTGAAAATGGAAGCGCATGAAGCAGCAATGTTTCTATCTGTGGGAGCAGATTTAAAAATTTGTCAAATTGTTGATCCGTTCATGACATCGCGAATGGAACTTCCAATGTGGGTACTGGATAAATACGGTTATCAACTACTGTAG	MKRIAKETYVLSMSPKNKPVETVFSGETILFETYDCFSNEMKSEDDLFHTVGWDKINPATGPLFVEDARLGDTLKVDILDIQIANQGVMSITPKMGALAGSFTDEKTKIISIHDGKAIFNETLQLPIKPMIGVIGTAPLDEDVPTGTPKDHGGNMDCKRIGIGSSLYLPVNVEGALLAMGDVHAVMGDGEVVICGLEIAAEITVKVSVIKGQPYPLPFLADDKHVMTIASRETLDEASKQATKHMHTFLVNILKMEAHEAAMFLSVGADLKICQIVDPFMTSRMELPMWVLDKYGYQLL	PGPT0006115_7616	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
AK148_00977	666		COG0637	Phosphorylated carbohydrates phosphatase	ATGAGTCAATTAAAATTAATGATTTTTGATATGGACGGTTTACTATTTGACACGGAACGGATTGCCTTCCAAGCCTTAAAAAAGGCGATGAAAAATGCTGGGTATAACTTAACGCTAGACATATACCGTAAGATTATTGGTGCTGGAAACCAGGAAGATGAGAAAATCTTAAAAAGCGTATACGGAGAAAAATTTTCCTTTAACCTCATAGAGGAAGACTATCTCTATGAATCTGAGAAATTATTAAAAAACGATGGCTTAAAAATAATGAAAGGTGTTCCAGAACTTCTTGATATATTAGATGAACAAAAGATTAAAAAATGTGTTGCCTCTTCTAGTTCATTAGAAACGATTGATCGCTATTTGACGATGACAAATTTGAAAGCTAGATTTGACTTTTATATGAGTGGGGATGAAGTAACGCGCGGAAAACCTCATCCTGATATTTTCCTTGAAGCATGTAAGCGTGCAAATGTAACCAGAGAATTGGCAATGGTGTTAGAAGACTCACCAAATGGTTTAAGAGCTGCTTATCAAGCTGGCATAAATTGTATAGTAGTACCTGATTTAGTTGAACCTGATGAAGAAATGTACATCAAAACGTATCGAGTAGTAGATAGTTTAGTAGAAGTCTGCGATCTACTCACTGCACAAAAATCGGTGTAA	MSQLKLMIFDMDGLLFDTERIAFQALKKAMKNAGYNLTLDIYRKIIGAGNQEDEKILKSVYGEKFSFNLIEEDYLYESEKLLKNDGLKIMKGVPELLDILDEQKIKKCVASSSSLETIDRYLTMTNLKARFDFYMSGDEVTRGKPHPDIFLEACKRANVTRELAMVLEDSPNGLRAAYQAGINCIVVPDLVEPDEEMYIKTYRVVDSLVEVCDLLTAQKSV				NA	NA	NA	NA	NA
AK148_00978	588	ypmQ	COG1999	SCO1 protein	ATGATGAAAAAGTTTATAGGGGTTGCTTTGCTAGTATTAGCTGCTTTTCTAACAGCTTGTGGTGGAGCAGAAGAAAAGATTGAACCAAATATGTCAGAAGAAGTAATGGACTTTACGTATACTACGCAAGATAACGAAAAACTTTCTTTAGAGGACTTGAAGGGGAACTATTGGATTGCTGATTTTATTTTTACAAATTGTACAACCGTATGCTTACCGATGACATCTAATCTAGCAAAGTTACAACAAAAGACAAATGAAGCAAATATGGATATTCAATTTGTATCTTTCAGTGTCGATCCAGAATATGATACACCTGACGTATTAAAAGAATACGCTAAAGAATACCAAGCAAATTTAGATAATTGGACCTTTCTAACAGGCTATGATTTTGAGAAGATCAAAGAGTTTTCTATCAAATCATTTAAGAGCATGGTCGCTCCCCCTCCCGAAGGCAACGATCAAGTAACACATGGTACGAGCTTTTTCTTAGTTAACCCTGAAGGGGAAGTCATTAAAAAATACAATGGTGTGCAAGCTGATAGTATCGACACCATGGTTAATGATCTAAAAGAATTAGGTTTATAA	MMKKFIGVALLVLAAFLTACGGAEEKIEPNMSEEVMDFTYTTQDNEKLSLEDLKGNYWIADFIFTNCTTVCLPMTSNLAKLQQKTNEANMDIQFVSFSVDPEYDTPDVLKEYAKEYQANLDNWTFLTGYDFEKIKEFSIKSFKSMVAPPPEGNDQVTHGTSFFLVNPEGEVIKKYNGVQADSIDTMVNDLKELGL				NA	NA	NA	NA	NA
AK148_00979	1428	sglT		Sodium/glucose cotransporter	ATGGAAGCGACATGGGCGATCATTATCGGATCGTTAATTATTTTAGGGATCGGATCAGCCATTTCGGTTTATGTGGGTAGAAAACAAAGTGGAAGTGAAAATTGGCTTGTTGGTGGTAGGTCTTTGCCAGTTTATGTTGTAGCTGGAAGTCAATTTGCTACAGGAATGGGGGGTGGGGTATTAGTCGCTCACATCGGAATAGGATATAGCGCAGGTTGGTCGGCTATTACGTACAATTTATTATATTCAATTGGGATTATTTTACTTGTGTTGCTTGCGGGATGGTTAAAAAAGCAAAAGTTCTCCACCTTACCAGATATTTTTAAAAAGCTGTATGGTAATAACAAAAAAATGTTAACAACAGTCACTTTATTGGCAGTTGTTGTACCATTTGGGTGGTTATGTACGCAATTAGTAGCATTTGCTAATTTATTTACTGAAATTACAGGAATCTCTTTTACTCTCTTAATTATTATTTTTGGGATCATTAGCCTTTGTTTTGTCTTACCAGGTGGACTTACGTCTGTTGCTTGGACGGATTTTATTTTTGGTTGTTTGATGTTGGCGGTTTCAATTGTGAGTGCGATTTATATGCTAAATATGAGTGGGGGATGGAGTAATATTGTTTCAAATGTACCACAAGAGATGATTGCTTTTCCAGAAGGGATGGGAGCTATAGGTGCATCAACTATTTTGCTTTGGACATTCGCTATTTTTCCTGGTGCACTAACGAATCAGATGTCTTACCAGCGTATTTACGCAGCGAAAAATATTAAAGTAGCTAAACAAGGATTTATAATCGCAGCTATAGTAGGGGTAGTATCAGGAGCTTGGGCGTCATTTATGGGCATCGCCATTTTGTCCCAGCAACCAGGGCTAGCTAATTCAGAGTTAGCGGCTGGGTGGTTTTTAACCCAAATTCCGACTTGGTTTTTAGCCATTTATGCTTCCTTTATTATTGCTACTATTATGTCTACAGTAAGTAGCGCTGTACAATCGGTAGTTGTAAATATTTCAAAGGATATCTATCAATCCTATGTAAACCCAGAAGTAAGTGAGCGAAAGCTTCTTTATATATCGCGATTGTTGTCTATATCAGTAGTTATTATAGCTGTTATGCTAGCAATATATTATCCGAGAGCTTTAGGATGGTTACAAGCTACATATGCTTATTCAGCCGCGGGTTTGTTGGTACCAATTTTTCTTGGTTTTCTGTTAAGAAATAAGTTTTCTCTTACTGCTAAAGGGGCTTTAGGTGGTATTTTATTTGGAATTATTGGAGCCGCTTCTGCGCAAATCATGGATACAGTTGTTCCGTATGCAGTTTATGGTATTGGTAGTTCGTTGATCGGTTTTATTGTAGCGCATTTTTTGTTTAGAGGCGGTCAAGAAGTTGGAGAAGAACAAAAAGAAGTCTTTGCAGAATGA	MEATWAIIIGSLIILGIGSAISVYVGRKQSGSENWLVGGRSLPVYVVAGSQFATGMGGGVLVAHIGIGYSAGWSAITYNLLYSIGIILLVLLAGWLKKQKFSTLPDIFKKLYGNNKKMLTTVTLLAVVVPFGWLCTQLVAFANLFTEITGISFTLLIIIFGIISLCFVLPGGLTSVAWTDFIFGCLMLAVSIVSAIYMLNMSGGWSNIVSNVPQEMIAFPEGMGAIGASTILLWTFAIFPGALTNQMSYQRIYAAKNIKVAKQGFIIAAIVGVVSGAWASFMGIAILSQQPGLANSELAAGWFLTQIPTWFLAIYASFIIATIMSTVSSAVQSVVVNISKDIYQSYVNPEVSERKLLYISRLLSISVVIIAVMLAIYYPRALGWLQATYAYSAAGLLVPIFLGFLLRNKFSLTAKGALGGILFGIIGAASAQIMDTVVPYAVYGIGSSLIGFIVAHFLFRGGQEVGEEQKEVFAE	PGPT0013955_5143	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
AK148_00980	1098	hcnC_2		Hydrogen cyanide synthase subunit HcnC	ATGAACAATAATTATGATGTAATCATAGTTGGTTGTGGGGTGATTGGTAGTAGTATTGCTTACCATTTGTCCGAACGTCAAAAGCATCGTGTGTTAGTAATTGATAAAGGGTTTCCACTGTCAGGAACGTCAGGTGCAACACAGGCATGGGTGTGGGTGCATAGCAAGACACCTTCTTGGTATGGAGAGTTGAGCATGTATAGTGCAGAACTATATCCGTTTTTAGAGCGGAAAATAGGGGATGTAGAATACAAGCGAACAGGTGGAATCGCCCCATTTTTTCATGAAGAGGACAGAAAAAATGCTGAACAGTTAGCGGAAAGTCAGGCTGAGGTTGGAATAGATATTGACGTGCTCAGCAGAGAAGCAGCGTTAAAAAAAGAACCGGCGCTTTCACCGGAAATTGTAGGAGCAACATTTAGCTCAATAGATGGGAATGTAAATCCTTTTCGTTTAGTGGAACTGTATATTAAAGCAGCCAAAAAACTTGGAGTGGATTTTTCTTTTTACAACCAAGTAGTCAATATGAAAAAACAAACAGACCAATATATTATAGAAACTAAAAAGGGAGAGTTTCGAGCACATAAAGTTATTATTGCCGCTGGTCCATGGTCTAAAGAACTTGGAGACATGCTTGATATACAAGTACCGATAAAGCAAGTTCGTGGACAAATATTAGTGACTGAACCATTAGCACCATTTTTAAAACATACCATTGGCGGTCTGAGACAGGCGGATAATGGGGAGGTGCTAATTGGCTATTCCAAAGAAGAAGTAGGGTATGATAAACGATCAACTGTAGATGTTTTGCAAGAAACCGCTAATATGGCCATTCATATGGTTCCATCTTTAGCCAATGTCAATGTCGTACGCTGTTTTGCTGGTATACGGGTAATGCCTTTGGATGAATATCCAATTATTGGTGAAATCCCTCAATTAGACAATGCTTACATAGCCGTTATGCATAGCGGTATTACGCTCTCTCCACTAGTGGGGACGCTGATGACTGAACTTATAGTTGATGGTGAAACTTCTATTGATTTGAATAGATACCATATGGGAAGATTTAGTCATTTATTAAGAAATAAGATGCTGTAA	MNNNYDVIIVGCGVIGSSIAYHLSERQKHRVLVIDKGFPLSGTSGATQAWVWVHSKTPSWYGELSMYSAELYPFLERKIGDVEYKRTGGIAPFFHEEDRKNAEQLAESQAEVGIDIDVLSREAALKKEPALSPEIVGATFSSIDGNVNPFRLVELYIKAAKKLGVDFSFYNQVVNMKKQTDQYIIETKKGEFRAHKVIIAAGPWSKELGDMLDIQVPIKQVRGQILVTEPLAPFLKHTIGGLRQADNGEVLIGYSKEEVGYDKRSTVDVLQETANMAIHMVPSLANVNVVRCFAGIRVMPLDEYPIIGEIPQLDNAYIAVMHSGITLSPLVGTLMTELIVDGETSIDLNRYHMGRFSHLLRNKML				NA	NA	NA	NA	NA
AK148_00981	318			hypothetical protein	ATGGATAATTCAACCATTGTTTGCCGATGTGAAGAAATCAATAAAGATGAAATCATTACTGCTATACAGTTAGGAGCGGAAACATTTGATGACGTAAAGCGTTTGACGAGATGTGGGATGGGGCCTTGTCAGTCAAAAATATGCTCAAATCTTGTTCGTGAAATCATTCATGAACAGACGGGGATAAGCTTATGTCAGTTAAAGCCGTCTAGAATGCGTGCACCACTTCGATTAATAAGGATGAAGACATTAGCTGATCATAGAACAGCTAACAAAGTGGCTTCCGTTCTTCAAGATTCTGAAGAAGGAGGAGTTTAG	MDNSTIVCRCEEINKDEIITAIQLGAETFDDVKRLTRCGMGPCQSKICSNLVREIIHEQTGISLCQLKPSRMRAPLRLIRMKTLADHRTANKVASVLQDSEEGGV	PGPT0003975_203	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACTERIOFERRITIN-ASSOCIATED_FERREDOXIN,PGPT0003975-bfd|yheA-K02192	NA	NA
AK148_00982	1074	hcnB		Hydrogen cyanide synthase subunit HcnB	ATGAAAACTGATTTATTGATTGTTGGGGGTGGTCCGGCCGGATTGAGTGCGGCAATTCGTGGGGCAGCAAGTAATATAGATGTTACGCTGATTGACGAATCCTTTACTGTAGGTGGGCAATTGCGACAACAAATTCAACAAGTAGATTCCTTACCTAAAGGCTATTCGCCTTCACGAGGAGTAGAAATATTAGCAAAGTTAGAAAAAGAAGTTTTACATTCTGGTGTAAAAATTTTGAATAATCATACTATGGTAGGCACTTATGAAAATGGTGAAGTTGGTGTAACGAATGGAACAGATACGTTTCCTATTAGGGCTAAAAAATATCTTTTTGCCCCGGGTGCTGCCGAAGAAGCAATTATCTTTCCGGGCTGGACACTTCCTGGGGTAATGACTGCAGGAGCTGTGCAAATTTTACTTCACCGGGAGCTCGTTTTGCCAGGTGAAGAAGCCCTTATCGTTGGTTCTAATGATTTTGCGCTGGAAACAGCGCAGCAGTTAATCGAATGTGGCATTAACATAAAAGGTATTGTGGAAAAGGGGGACAAGGTTATAAGCGAAAATGTTGGTTTACTTTCTTATTTGAATACATACCAAATCCCTATTTATTTACAAAGTGAAATTGAAATGGTTACAGGAAAAGGAGAGATAGAGTCAGTTATTGTCCAAACAAATGAGACACAATTAAAAATGAAGGTTGATCTTATTTGTACAGCAAGTACTTTTTCGCCAATTGTAGAGACCTTTCAACTCATGAATTGCCATTTAATATACAAACATGAGCTTGGTGGATGGATCCCTATATATAATCAAGGGTTTCAGACGACGAATGACTCTGTATATGTAGCAGGCAATGCTGCAGGTGTTACTCATTTAGGGGCAATACTTTTGACAGGAGAAATTGCTGCTGTTCATGCTTTAGCGACTATGGGGAAAATTTCAAATGTGGATGATGTGTTAGATGAACTGTGGGAAGCATTATCATCTTTAGAGCAGGCAGAAAATATGCAGCGAAGATATGAAAATATTCAAGCGTATTATAAATTAAAGGGCTTGCCTCTGCCAAAAATTTAG	MKTDLLIVGGGPAGLSAAIRGAASNIDVTLIDESFTVGGQLRQQIQQVDSLPKGYSPSRGVEILAKLEKEVLHSGVKILNNHTMVGTYENGEVGVTNGTDTFPIRAKKYLFAPGAAEEAIIFPGWTLPGVMTAGAVQILLHRELVLPGEEALIVGSNDFALETAQQLIECGINIKGIVEKGDKVISENVGLLSYLNTYQIPIYLQSEIEMVTGKGEIESVIVQTNETQLKMKVDLICTASTFSPIVETFQLMNCHLIYKHELGGWIPIYNQGFQTTNDSVYVAGNAAGVTHLGAILLTGEIAAVHALATMGKISNVDDVLDELWEALSSLEQAENMQRRYENIQAYYKLKGLPLPKI				NA	NA	NA	NA	NA
AK148_00983	321			hypothetical protein	ATGCAATTAGAAAAACATCCAATTACAGGTAGGAAAGCAGGCAAAGAAATTCAATTTCTATTTAATGGAGAGCTTTTAAAAGCTAAAGAAGGTCAAACAGTGGCGGCAGCTTTAATGGCAAACGGGATTAAAGAATTTGGTAAAAGTAGAAAGTTATTACAGTCTAGAGGGCTATATTGTGCAACAGGACGCTGTACGAATTGTTTTGTAACCATTAATGGATTAGAGCATTCCATAAGTTGTACGACTGTATTAGAGGATGGCATGAAGGTGGAATCGAATAATGCGGATCCAACAAGGAGGGAACTAAATGAAAACTGA	MQLEKHPITGRKAGKEIQFLFNGELLKAKEGQTVAAALMANGIKEFGKSRKLLQSRGLYCATGRCTNCFVTINGLEHSISCTTVLEDGMKVESNNADPTRRELNEN	PGPT0013515_1122	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
AK148_00984	720	nagR_3	COG2188	HTH-type transcriptional repressor NagR	ATGTTAATAGATAAAGAATTATCAATCCCTTTATATAAACAAATAAAAGATTACATAGAAAGAAAAATAGAACAAGGTGAATGGAGTGCAGGCTATCAGCTTCCCACAGAGAAAGAACTGGCGGAACAATTTCATGTTAGTACCATTACTGTAAAGCGTGCCATACTAGATTTAGTAAATGATGGATCGTTATACAGGCAAAGCGGCAAGGGAACATTTGTAAGCACTCATATGGAATACGATTTGGCAAAATTAGTTACGATGCAAGATGGAAGTACGAGAAACAATCATCCGCATAAGACGGTTGCGTTTTCCGTTACTCAAGTTGATAACAATATAGCTAAAATCCTACATTTACATAAAGGAAATAAAGTAATTAAGATTCACCGCCTTAAATTACAAAATAAAAAGCCAATAGTCATTGAATACTCCTATATAAATGAAAAGCTAGTTCCAATGCTAAAACAAGCAGAAATTGAGAACGATTTATTATATAATGTATTTTCCAAAAAGTATGGTCTCCAACTGGATAAAGCAAAAGTATACATATCTACTATGAAAGCGGCTGAAGAAGAAGCCCAATTATTAAATGTTGAAAAAGGCCACCCTTTATTTGTATTAGAACGTCATACAACTGTGAAAGAAAAAGAAGTTATCGAATATTCAAAAATGATTATGCTGTTTGAAGAAGCCCATTACTATTTAGAGGTTAAATTATGA	MLIDKELSIPLYKQIKDYIERKIEQGEWSAGYQLPTEKELAEQFHVSTITVKRAILDLVNDGSLYRQSGKGTFVSTHMEYDLAKLVTMQDGSTRNNHPHKTVAFSVTQVDNNIAKILHLHKGNKVIKIHRLKLQNKKPIVIEYSYINEKLVPMLKQAEIENDLLYNVFSKKYGLQLDKAKVYISTMKAAEEEAQLLNVEKGHPLFVLERHTTVKEKEVIEYSKMIMLFEEAHYYLEVKL				NA	NA	NA	NA	NA
AK148_00985	1611	gatA_2	COG0154	Glutamyl-tRNA(Gln) amidotransferase subunit A	ATGAAAAAATGGAAAAAAATAGCCCTTGTCACAATAGGAATTGTACTACTTTTCATAGGGGGAGGCGCATATTACGTGTATCATACATTTATCCCTGCAAATCCTGAACGGATAATTTACGATAAAGAGCGAGTAATAGAACCAATAGATAAACAATTGCAAGATATTGATAGAAATATCCTTAAACAAAAAGAAGCAAAGGTAGTTGATGCAAGCATAGAAGATATCCAAAACATGATTAAACATGGAGAATTAACTTATGAACAATTAACCGCCATTTACCTGTTTCGCATTAAACAACATGACCAGAATGGTATTGCTTTAAATGCAGTGACAGAAATTAACCCACATGCCATTAAAGAAGCAAGAAAATTAGATCAAAATCGAGCCCAATATAAACAATCAAATTTATATGGCATTCCTATTATCGTAAAAGATAATATCCAAACTGCTCATGTAATGCCGACAAGTGCTGGTTCCTACGTCCTTAAAGACTGGATAGCAGATACCGATGCACATATTATAGATCAATTAAAAGAACAAGGTGCATTTATCTTAGGAAAGGCAAATATGTCAGAATGGGCAAATTTCACCTCGCAGAAAGCTCCTAATGGATACAGTGGCAAAAAAGGACAAAATTTGAATCCATATGGACCACTTGAATTTAATACCGACGGTTCCAGTTCTGGATCTGCAACGGTAACTGCAGCTAATTTTGCACCTCTTGCTATTGGAACAGAAACGACAGGCTCCATTATTGCGCCTGCTGCCAAACAATCTATTGTAGGTTTACGTCCTTCTCTAGGGCTAGTAAGTCGGCATGGAATTATCCCCTTGTCTGAAACACTGGATACGGCTGGGCCAATGGCAAGAACGGTAAAAGATACTGCCATTTTATTTAACGCTATGATTGGTTATGATAGCAAAGATTCTTTAACTAAAGAGAAGAAAATTCAAGAAGCTAGCTTCGACGTAAAATCTTTATCAGTAGATGGGCTAAGAGGAAAGAAAATTGGAATACTTTATTCTGTAGAAGACCAAGATAAGAGAAAACAAGCGGTAGCTAAAAAAATCAAGCAGGACTTAAAAGCTGCTGGAGCAACTTTAGTAGACAATATAAAAATGGATTATGAAGGAATTGAAAATGTTTCGATCATAAAATATGACTTTAAAAAGGACTTGAATGATTATCTTGAACAACAGAAAACAACACCTGTTAAATCGTTACAGGATATCATTCAATACAATGAAAAAGACAAGGAACAGAGAATAAAATATGGACAAGGATTATTAAAGCAATCTGAAGACTCCTCTTTAACCAAAAAAGACTTTGAAGCTATTTTACAGTCTAGCCAAAATAATTCCAAAAAGCAATTAGACAAATATTTAGTGGAAAAAGGACTAAACGCTCTCGTTATGATAAATAATGAGCATGTATTACTATCCGCAATTGCAGGATATCCTGAATTAACTGTTCCTGCAGGGTACGACGATAATGGTGAACCAGTTGGAGCTACTTTTATCACCAAACCATTTCTAGAACAAGATCTATTTCAAATTGGCTACGCTTATGAACAAAAGACAAAAAATCGTAAGGCTCCTAAGTTGTAA	MKKWKKIALVTIGIVLLFIGGGAYYVYHTFIPANPERIIYDKERVIEPIDKQLQDIDRNILKQKEAKVVDASIEDIQNMIKHGELTYEQLTAIYLFRIKQHDQNGIALNAVTEINPHAIKEARKLDQNRAQYKQSNLYGIPIIVKDNIQTAHVMPTSAGSYVLKDWIADTDAHIIDQLKEQGAFILGKANMSEWANFTSQKAPNGYSGKKGQNLNPYGPLEFNTDGSSSGSATVTAANFAPLAIGTETTGSIIAPAAKQSIVGLRPSLGLVSRHGIIPLSETLDTAGPMARTVKDTAILFNAMIGYDSKDSLTKEKKIQEASFDVKSLSVDGLRGKKIGILYSVEDQDKRKQAVAKKIKQDLKAAGATLVDNIKMDYEGIENVSIIKYDFKKDLNDYLEQQKTTPVKSLQDIIQYNEKDKEQRIKYGQGLLKQSEDSSLTKKDFEAILQSSQNNSKKQLDKYLVEKGLNALVMINNEHVLLSAIAGYPELTVPAGYDDNGEPVGATFITKPFLEQDLFQIGYAYEQKTKNRKAPKL	PGPT0006115_1338	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
AK148_00986	285	gatB_2	COG3414	PTS system galactitol-specific EIIB component	ATGATTAAAATACTCGTAATTTGTGGTACTGGGGTCGCAACTTCTACAATGGTGAAAGAAAAAATACGTGAGTGGCTAGAAAAAGAAAAGCTCATACATCAAGTATCGCTTTTTCAATCTAGTGTAGCAGAAGCAGTAAATCAATATGATACGTATGATATTGTTATCTCAACGACTATTGTACCTGATGAAATGAAAGATTACGTGATTGACGGCACGCCATTTATATCGGGATTAGGGGGAGAGGAAATGTATCAAATAATTCGTGAAAAAGTATTTAGCTGA	MIKILVICGTGVATSTMVKEKIREWLEKEKLIHQVSLFQSSVAEAVNQYDTYDIVISTTIVPDEMKDYVIDGTPFISGLGGEEMYQIIREKVFS	PGPT0016947_392	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GALACTITOL_PTS_SYSTEM,PGPT0016947-gatB|sgcB-K02774	NA	NA
AK148_00987	1350	gatC_2	COG3775	PTS system galactitol-specific EIIC component	ATGTCTGTTTTACAGTGGTTTGTTGATTTGGGAGCTAGTGTTATGCTCCCATTTGTAATTTTTATTTTTGCATTGGTTTTGCGCACAAAGGTGAGCAAAGCTGTTCGCTCTGGGTTAATCGTTGGTATTGGTTTTATTGGTATTAATCTTGTTATCGGTCTATTAGGTGACAGCTTAGGGCCTGCAATTGAAGCTATGGTTGACAAATATGGTTTAGAGCTGACCATTATTGACGTTGGTTGGCCAGCAGCTGCAGCTATATCATATGGAACCGCTCTAGGCAGTTTGACGATTCCAATAGGTATCGCTATCAATTTACTTCTATTATCGATTGGATTTACTCGGACACTAAATATTGATATATGGAATTTTTGGCATACTTCTTTTACAGCCTCATTAGTTTTGGCGTTGACCAATCATTTCGCTATGGCTGTTGGAGTAATGATTGTTCATCATATAGTATTGCTTTTGCTTGGTGACTGGATTCAGAGGGATATCCAATCCTTTTATGGATTTAAACAGATTACTTTCCCGCATGGGGCTTCTGCTCCATCTTATATCGTAGCCAAACCTTTAAATTACGTATTTGATCGGATTCCTAAATTCAATAAGCTACAGGCAAATCAAGCGTCCATTCAAAAACATCTGGGTGTGTTTGGTGATACGACAGTAATGGGGGTGGTCATCGGTTTATTTATTGGTGTACTGGCAGGATATGACCTTAAAAATACGTTAACTTTAGCAATGCAGACAGGGGCAGTGCTTGTCTTATTACCACGTATGGTCGCTTTATTAATGGAAGGACTTGCACCTGTTTCAGAAGCCGCTGGAAATTATATGAAGCAACGTTTTCCAAAGAGAAATTTATATATTGGAATGGATAGTGCTTTAGCGGTGGGGCATCCAGCCGTTTTATCAGCTTCTTTGTTATTAGTGCCCATCACACTGTTGTTAGCTGTGATATTACCAGGTAATAAAGTGTTACCTTTTATAGACTTAGCGACGATTCCTTTTCTTATTGCTTTAATGGTTCCTGTTTTTAAAGGTAATATAATTCGGACAGTTATTGGTGGAGCTTTTTATATTGGCATTGGTCTTTATATTGCAACTTGGGTTGCTCCTTTAGTAACAGCGACAGCGATAAGTGCCGATTTTAATATGGAAAATTACGCGACGATTTCTTCGCTTGTAGATGGTGCAGTGTGGACAACTTTTCCTTTCATTTGGTTACCGGGAAGAATGCAGTGGTTTAGCTTTATAGTTTTTGGGGCATTTATTATGGTTTTATTCATCTATGTTAACAGACGAAGTAGACACAAACATAAAAATAATTCCTATTGGAGGAAATAA	MSVLQWFVDLGASVMLPFVIFIFALVLRTKVSKAVRSGLIVGIGFIGINLVIGLLGDSLGPAIEAMVDKYGLELTIIDVGWPAAAAISYGTALGSLTIPIGIAINLLLLSIGFTRTLNIDIWNFWHTSFTASLVLALTNHFAMAVGVMIVHHIVLLLLGDWIQRDIQSFYGFKQITFPHGASAPSYIVAKPLNYVFDRIPKFNKLQANQASIQKHLGVFGDTTVMGVVIGLFIGVLAGYDLKNTLTLAMQTGAVLVLLPRMVALLMEGLAPVSEAAGNYMKQRFPKRNLYIGMDSALAVGHPAVLSASLLLVPITLLLAVILPGNKVLPFIDLATIPFLIALMVPVFKGNIIRTVIGGAFYIGIGLYIATWVAPLVTATAISADFNMENYATISSLVDGAVWTTFPFIWLPGRMQWFSFIVFGAFIMVLFIYVNRRSRHKHKNNSYWRK	PGPT0016948_389	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GALACTITOL_PTS_SYSTEM,PGPT0016948-gatC|sgcc-K02775	NA	NA
AK148_00989	1266	codA	COG0402	Cytosine deaminase	GTGATTATAAAAAATGCTAGATTACGCAATAAATCTGGGTTATGGGATATTAGTGTGACAGAAAAAACAATTACGTCTATTTCCCCTGCTAATCAGCAGCATATAGGGGAAGTTCTTGACGTTACTGGTTCCTTAGTATTGCCTCCATTTATCGAACCTCATATTCATCTTGATACAACACTAACCGCAGGAGAGCCAAAATGGAATGAGAGTGGCACGTTATTTGAAGGCATTCAACGTTGGTCAGAGAGGAAGCAATCGTTAACGTATGAAGATGTGAAAGATAGAGCTACGCAAGCTTTGAAATGGCAAATTGCCCAAGGTATTCAGCATGTGCGCACCCATGTCGATGTAACTGATCCAAAGCTAACAGCACTACGAGCACTGCTAGAATTGAAGGAAGAAATGGCGGATTTTGTGAGCTTGCAACTAGTTGCTTTCCCACAAGAAGGTATTTTATCCTATCCGAATGGAAAAGAATTGTTGGAAGAAGCTTTGAAGTTAGGTGCAGATGTAGTCGGAGGAATTCCGCATTTTGAATTCACCAGGGGATATGGTGTGGAGTCGTTAAAAATTGCCTTCGATCTTGCTGAAAAATATGATCGATTAATTGACATTCATTGTGATGAAATCGATGATGAGCAATCTCGATTTGTAGAAGTAGTGGCGAAAGAAGCATATGAGCGGGGGCTAGGGCCCAGAGTAACTGCCAGTCATACAACAGCAATGGGATCTTATAATGATGCGTATGCTTATAAATTGTTTCGTTTATTAGAGATGTCAGAGATCAACTTTGTATCCAACCCACTTGTTAATATCCATTTGCAAGGGCGATTTGACTCTTATCCAAAACGTCGTGGTTTAACGAGAGTGAAGGAGTTATTAGAAGCAGGTATGAACGTATGTTTCGGTCATGATGATATCTTTGATCCTTGGTATCCGCTTGGCACAGGAAATATGCTTCAAGTACTTCATATGGGAGTTCACGTCGCTCAATTATTAGGGTACGAGCAAATTGTTGACTCAATGGATCTAATTACAACAAACAGTGCTAAAACAATGCATGTTGAACAAGAGTATGGGATAGAAGTTGGAAAACCAGCTAACTTCATCGTTTTGGGCGCAGAAAATACGTATGAAGCGATTCGTAAACAAGCTGTTGTCATGTATTCCATTCGCAATGGCAAGGTTGTTGCAAAAACGAAACCAAGTGAAACAAAGATACATGTAGGAACAGAGGAATATGTGGATTTTACTAGAAAATAA	MIIKNARLRNKSGLWDISVTEKTITSISPANQQHIGEVLDVTGSLVLPPFIEPHIHLDTTLTAGEPKWNESGTLFEGIQRWSERKQSLTYEDVKDRATQALKWQIAQGIQHVRTHVDVTDPKLTALRALLELKEEMADFVSLQLVAFPQEGILSYPNGKELLEEALKLGADVVGGIPHFEFTRGYGVESLKIAFDLAEKYDRLIDIHCDEIDDEQSRFVEVVAKEAYERGLGPRVTASHTTAMGSYNDAYAYKLFRLLEMSEINFVSNPLVNIHLQGRFDSYPKRRGLTRVKELLEAGMNVCFGHDDIFDPWYPLGTGNMLQVLHMGVHVAQLLGYEQIVDSMDLITTNSAKTMHVEQEYGIEVGKPANFIVLGAENTYEAIRKQAVVMYSIRNGKVVAKTKPSETKIHVGTEEYVDFTRK	PGPT0021315_1082	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021315-codA-K01485	NA	NA
AK148_00990	1269	codB	COG1457	Cytosine permease	ATGAAAAACATCGACACAGAATTTTCACTAACAGCAGTACCTTCATCTTATCGCAATGGTTTTTGGAAAACACTTGTTGTTATGCTAGGACTCACTTTTTTCTCGGCAAGCATGTGGTCTGGTGGAGAATTAGGTCAAGGTCTTTCTTTCATACAGTTTATGGCAATTGTTCTTACGGGGAATTTTATTCTTGGAGCATATACTGGGTTACTAGCTTATATGGCAGCAAAAACAGGCTTATCTACACATTTGCTGGCTCGCTATGCCTTTGGAGAGAAAGGATCTTATCTTGCTTCTTTTTTACTAGCCTTTACACAAATTGGTTGGTTCGGTGTTGGAACAGCGATGTTTGCCATACCTGTACAAAAAGTGACAGGAATTGATATCTATATTCTTATTGGTATTGCGGGTATATTGATGACTTTTACCGCTTTTTTCGGCATGAAGGCTTTGGCTATTATTAGCTTTATTGCGGTACCGCTAATCGCTCTTCTCGGAGGAACTTCCGTATTAAAAGCAACAGAAAGTTTAGGTGGAGTACAAGCTTTATTGCAATACGAACCAGCTGAAACGATGAGTTTGGCTGTCGCACTTACAATCTGCATTGGTTCTTTTATAAGCGCAGGAACATTAACACCTGATTTCACCAGATTTGCGCGAAAAAAACGTTCGGCAGTAGTTGCGACTGTGGTTGCTTTTTTCATCGGGAACACATTCATGTTTTTATTTGGAGCTGTAGGTTCTGTGGCAACGGGGCAAGCAGATATTTCTGAAGTTATGTTTATGCAAAATCTTATTTTACCTGCCATTATTGTTTTAGGGTTAAATATATGGACAACGAATGATAATGCCTTGTATGCATCAGGGCTTGGACTTTCTAACATTACGAAAATAGCAAAGCATAAAATTGTCATTTTTAATGGAATTATTGGTACATTAGGGGCCATGTGGTTATACAACAATTTTGTTGGCTTCTTAACGATTCTCGGTTCTGCTTTACCACCAATTGGAGCCATTTTGTTAGCTGATTTTTTCATTATTCGCCGCGGCTATTATCGAGCTTTCCATGAAATGACATTTACCGCTATCAATTGGATTGCCCTTTTTGCTTGGGGAACAGGGATTGCTGCAGCAACTTTATTACCAGGTATCCCACCAATGAATGCGTTAATAGGTGCTGCAGTTACCCATGTTGTTGTTACGAAGCTTGTTGCTAGTGCAAAGGAAAAAGAAGTTATTCTAACCAATACAGAAAAGGTGGGGCAGTAA	MKNIDTEFSLTAVPSSYRNGFWKTLVVMLGLTFFSASMWSGGELGQGLSFIQFMAIVLTGNFILGAYTGLLAYMAAKTGLSTHLLARYAFGEKGSYLASFLLAFTQIGWFGVGTAMFAIPVQKVTGIDIYILIGIAGILMTFTAFFGMKALAIISFIAVPLIALLGGTSVLKATESLGGVQALLQYEPAETMSLAVALTICIGSFISAGTLTPDFTRFARKKRSAVVATVVAFFIGNTFMFLFGAVGSVATGQADISEVMFMQNLILPAIIVLGLNIWTTNDNALYASGLGLSNITKIAKHKIVIFNGIIGTLGAMWLYNNFVGFLTILGSALPPIGAILLADFFIIRRGYYRAFHEMTFTAINWIALFAWGTGIAAATLLPGIPPMNALIGAAVTHVVVTKLVASAKEKEVILTNTEKVGQ				NA	NA	NA	NA	NA
AK148_00992	801			hypothetical protein	ATGCTCGATAACGTTATTATTAAACAACTAACATCTCTAGAAGAATTATATGAAATGCAAACATTGGAAAAATCCGTATGGAGTATTACACCAACTCCAATCCCTCAAACGTATACAACATTAAATCATGGTGGTATTTTACTTGGTGCCTATATGGAAAAACAAATGGTTGGTTTTATTTACAGTTTTCCAGGGTTTGATGGGAAGGACAATTATCTTTGCTCGCATATGCTCGGAATTTTACCTGCATATCGAAAATCAGGTTTGGGAGTAAAAATGAAGCTTCGCCAAGCTGAAATTGCTAAGGAACATGGCTATACGATGATGACGTGGACGTTTGACCCTTTAGAAAGTGTCAATGCTTATTTGAACCTTCATAAACTTGGTGCTAGAGGTATGAAATATAAAGAAAATCATTATGGAGATATTGGTGGCAAGTTAAACAACGGATTACCAACAGATCGTATTCAAGTAGAATGGCATTTTAATGAACAACGAGCTACTTGTACCCCATCTCTCAAAGAAGAATACGTACTTCTGCAATCTTCACAAGATGCTGAACCGTTTGTGACGAAGCCTTTATCCCAAATTGAAAAAAGTAGAAAGCGTGGTTACTTTGTTGCTGTACCAGCAAATTTTCAAACTCTGAAACAAAAAGAATACCCACTTGCTTTAAAGTGGCGCTTACAATCGAGAAAGGTTTTTCAATCCTTGTTTGCAAATGGCTTTGTGGCAAAAGATTTGCTTCGTTTTAATGACACTATCAATTATTATTACTTTGCGAAAGGTAGAGCGCTATAA	MLDNVIIKQLTSLEELYEMQTLEKSVWSITPTPIPQTYTTLNHGGILLGAYMEKQMVGFIYSFPGFDGKDNYLCSHMLGILPAYRKSGLGVKMKLRQAEIAKEHGYTMMTWTFDPLESVNAYLNLHKLGARGMKYKENHYGDIGGKLNNGLPTDRIQVEWHFNEQRATCTPSLKEEYVLLQSSQDAEPFVTKPLSQIEKSRKRGYFVAVPANFQTLKQKEYPLALKWRLQSRKVFQSLFANGFVAKDLLRFNDTINYYYFAKGRAL				NA	NA	NA	NA	NA
AK148_00993	186			hypothetical protein	ATGTTAGCGAATAATGACCAAAAGAATCAACTGCCAAAAGAATTAAAGTCTGGATTTAATGACTTACAAATGTTCAAACATTTACGTCGTGCCGGAATTACCAAAGGATTCGGATTTTCCTGTGCTTATTTATTTCAGCTCCTATTTTGTTTAATTTTCGAGCAGAAAAACCGAAAGTCTGCTTGA	MLANNDQKNQLPKELKSGFNDLQMFKHLRRAGITKGFGFSCAYLFQLLFCLIFEQKNRKSA				NA	NA	NA	NA	NA
AK148_00994	207			hypothetical protein	ATGAAGGAAATTGCAAAAGAATTACCTAGAATAAAAATGCTTCAAGAAGAAGAACTAAAAAAGATACATGGTGGTAAAATGAATTGGGGTAGTGTTGGCGGTAGTTGTGTTGGAGGAGCCATAATTGGTGGTGCTCTTGGAGGTTTAGGCGGTGCTGGTGGAGGTTGTATAACTGGAGCGATTTCAAGTATATGGGAACAATTTTAA	MKEIAKELPRIKMLQEEELKKIHGGKMNWGSVGGSCVGGAIIGGALGGLGGAGGGCITGAISSIWEQF				NA	NA	NA	NA	NA
AK148_00995	390			hypothetical protein	ATGGAATATAGTGGAATGGCTTCAGTGTGGTTTGGAGTTTCTAAATCGTTTGAAAATCTTGAGGAGTATGTTGAGATAGAATATACGGAAGATGGAGATTCAATAGACTCAAAGTTTGGAACAAACTTTGAATTTGGTTATTATGATGAAGATAACATTGAAATTTGTTTCTATGAAAATTCTAAAAATTATATAGACGATATTTTAAATGATTTTTCTTATAGCGAACTAATTATCCCAAAAATAAAAGAGTTAATAAATGGTGATAAATTAGCATACAGTATTAATTCTGTTATTGTACTCTATGATTTTCAATACAATGAAGCGAAAAGTGGAGATGAATCCGAAAATATAGAAATTAAATTTATTGGTACTGTACCATACAAATAG	MEYSGMASVWFGVSKSFENLEEYVEIEYTEDGDSIDSKFGTNFEFGYYDEDNIEICFYENSKNYIDDILNDFSYSELIIPKIKELINGDKLAYSINSVIVLYDFQYNEAKSGDESENIEIKFIGTVPYK				NA	NA	NA	NA	NA
AK148_00996	1146			hypothetical protein	ATGGATGTTGTCAGTAGTGTAAACAAAGCTGTCGATGACTTTGAAAAAGGAATAGTAAACAGTATTGCGGGCATGGTTACGGGACTGCTAACCGTTGTTAAAGATGCAGGTGTTGTTGCCGTATCTGGCGTTGTACCTGATCCTGTGGAGCCATCTTGGTTAAAAGAAAGTGCAGATGAAACAGTTGATGCCTACACACAAGCTGCGATACAATTCTTACAAGATCCTATGCGTGCAGTGGAATCAACTGCCCAATCCTTCACAGATAATGTGGAACAAGAGGGAGTTATGTACGTCACTGGTGCGACTATTCCAGCCTTAATACCAGGTAGTATGGCTGTCAAGGGAGTATCAGGCGTTGCCAAACTAGGCGCAGGGGCAGCGAGAAGAACGCCGAAATTATTGGATAGTAAGCCTTTTAGTGGTAATTATTATCGGAAAAAGATAGAGGCAGCTAAAGCTGAAATGGTTAAAGTGACAGAGAGGATTACTTATGGTAAAGACTATGCACTTTCAACTGATGGCGCAACTTTTATACTTAGAGATAAAGAATTTGAGAGTCACGTCAATTCCCAGTTGGTTAATATGAATAGTGGTGAAGGGAAAAGGGTAGAGACTAAGGGTGTAGGTGAAACTACAGTAAAAAGACAAACTCTAAATCAAAGAAAGTCGGAGTTTATTCAAAAAAATTTTGTTAAAATTACATCTCGTACTAATATTTATAACCCAAAAGATATCCCTAGTGTAAGAGATGGCGAGTTTATTAGGTGGTTTGACAATATAACTTTAGATGAATTGGAGATAGCTTGGGCTAACCTTGAAGTTAAAAAAGTAATTTCTTCAAGATTGAGATCGCCTGGGAAATTACATGAATGGTTAATGATTGCAAGAGCACCTACTTTTAAAAGATGGGGGATAAGTGCTAAACAAATCCAAGAATTGAGAACACCAACAAAAGATGTTGAGTTTATAAATCCACCAGGGAAACATCATCGTGCGCCGGGTTCTAAGCGAGCGCATGATGAAATATTAGAGATAATAGACACATCACTTGACTATGATACATTTGTAAGAAGGTTACAGATGTGGTCTCATTATAGATACAAGGGTGGAGTAGAAGGATTATCAGGTAATCTAAAAAAATGA	MDVVSSVNKAVDDFEKGIVNSIAGMVTGLLTVVKDAGVVAVSGVVPDPVEPSWLKESADETVDAYTQAAIQFLQDPMRAVESTAQSFTDNVEQEGVMYVTGATIPALIPGSMAVKGVSGVAKLGAGAARRTPKLLDSKPFSGNYYRKKIEAAKAEMVKVTERITYGKDYALSTDGATFILRDKEFESHVNSQLVNMNSGEGKRVETKGVGETTVKRQTLNQRKSEFIQKNFVKITSRTNIYNPKDIPSVRDGEFIRWFDNITLDELEIAWANLEVKKVISSRLRSPGKLHEWLMIARAPTFKRWGISAKQIQELRTPTKDVEFINPPGKHHRAPGSKRAHDEILEIIDTSLDYDTFVRRLQMWSHYRYKGGVEGLSGNLKK				NA	NA	NA	NA	NA
AK148_00997	279	abrB	COG2002	Transition state regulatory protein AbrB	TTGAAATCTACCGGAATTGTACGCAAAGTTGATGAGCTTGGCCGTGTAGTAATCCCGATGGAACTTCGGCGAACGCTGGAAATCCAAGAAAAAGATGCAATGGAAATCTACGTGGAAAATGACAAAATCATACTAAAGAAGTATAAACCAAACATGACATGTCATCTTACTGGTGAGGTATCCGATGATAATCTTTCACTAGCAAATGGCAAAATTGTGCTTAGCCAAGAAGGCGCACAACAACTTTTACAAGAAATAGAATCTAGACTGAATAAATAA	MKSTGIVRKVDELGRVVIPMELRRTLEIQEKDAMEIYVENDKIILKKYKPNMTCHLTGEVSDDNLSLANGKIVLSQEGAQQLLQEIESRLNK	PGPT0014790_244	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014790-abrB-K06284	NA	NA
AK148_00998	867	rsmI	COG0313	Ribosomal RNA small subunit methyltransferase I	ATGAACCTACAGAACAGTTTTGACAAAGAAGGCGCAGCTGTTTACGTTGTACCTACACCAATTGGTAATTTAGAAGATATTACGTATCGCGCATTAACGACACTTCAGTCTGTATCTGTCATTGCTGCGGAGGATACGAGAAATACTAAAAATTTACTACGTCATTTTGAAATAACGACGCCGTTAATTAGCTATCATGAACATAATAAATTAGCTCGAGAAGAGCAGTTGTTATCGAAGCTAGAGCAAGGGGAATCCATTGCACTAGTAAGTGATGCTGGTATGCCAGCTATTTCTGATCCAGGACAAGAAATCATACAAGCTGCTATTAAGCAAGATATACCTGTTATTGTTTTACCAGGTGCGAATGCAGCACTATGTGCATTAGTTGGCTCTGGATTGCCTACGAGTGAATTTTATTTTTATGGATTTTTACCTCGTAAGAAAAAAGAGAAAGTATTGGAGTTAGAGCGACTTGCCCCGCTACAGGCTACGTTACTGTTTTATGAATCACCTTATCGCTTGCGGGAATCGTTACAAGCAATGCGAAATGTATTTGGTAATCGACAAGTTACATTTGCGAGAGAATTGACCAAGCGTTTTGAATCTTACTTACGTGGAACGCTTGATGAAGTGATTTCCCATGTAGATAAAGCTACAGTAAAAGGGGAATGCTGCATTGTATTAGAAGGAGCCACTGAAATAGAACAGCAAGATACGTTATGGTGGAGCAATTTAACGATCGTAGAGCATGTGGAACATTATTTACAGGAAGAAGCTTTATCGAGCAAGGATGCCATTAAGCGTGTTGCGCAGGACAGGCAATTACCAAAGCGAGAAGTATATCAAAATTACCATGTAAAATAA	MNLQNSFDKEGAAVYVVPTPIGNLEDITYRALTTLQSVSVIAAEDTRNTKNLLRHFEITTPLISYHEHNKLAREEQLLSKLEQGESIALVSDAGMPAISDPGQEIIQAAIKQDIPVIVLPGANAALCALVGSGLPTSEFYFYGFLPRKKKEKVLELERLAPLQATLLFYESPYRLRESLQAMRNVFGNRQVTFARELTKRFESYLRGTLDEVISHVDKATVKGECCIVLEGATEIEQQDTLWWSNLTIVEHVEHYLQEEALSSKDAIKRVAQDRQLPKREVYQNYHVK				NA	NA	NA	NA	NA
AK148_00999	297			hypothetical protein	ATGGAAAATAAACATACTGTCTATATCTTAAGTTGTAAAGATCGCTCGCTTTATACGGGATATACAAATAATTTAGAACGCAGACTGAAATTGCATCTAGAGGGCAAAGGCGCAAAATATACACGAGGGCGAGGTCCATTTCAAGTCGTCTATGTGGAACATTTTGAGACTAAAGAGGAAGCAATGAAGAAAGAGTATGCCATTAAGCAGTTACCGAGAAAAGAAAAATGGAAATTAATTAGGGGAAATGGCAATCTGAAAGAAGTGATAAAATATGAACCTACAGAACAGTTTTGA	MENKHTVYILSCKDRSLYTGYTNNLERRLKLHLEGKGAKYTRGRGPFQVVYVEHFETKEEAMKKEYAIKQLPRKEKWKLIRGNGNLKEVIKYEPTEQF	PGPT0014225_58	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0014225-proC-K00286	NA	NA
AK148_01000	744	yfiC		tRNA1(Val) (adenine(37)-N6)-methyltransferase	ATGGTTGAACTATATCATAATGAAAGATTGGATTATTTATTAGCAGGGCAAGGGATGCAAATCATCCAAAGCCCTGAGGTGTTTTCATTTTCTTTAGATGCTGTTTTATTAGCTCATTTTGCATATGTGCCAATCAAACGAGGAAAAATCCTTGACTTATGTACTGGAAATGGCGTCATTCCATTACTATTATCAAGAAAAACGGGAGCAGAAATTACTGGGGTAGAACTTCAAGAAAGAATATTCCAAATGGCTGAAAGAAGCGTGACTATGAATGGATTAACGGAACAAATAAACATACTTCATGCGGATTTAAATCATTTGCAGCCATTGCTTCAACAGAGTAGTTTTGATGTAATTACTTGTAATCCACCCTATTTTTCAACACCACTTTCTTCAGAACATAATGAAAATCCGCATTTAACGATCGCAAGGCATGAAGTTTACTGTACGTTGGAAGATGTGGTAAAAGCTTGTAAATTATATGTTCGTCCTGGTGGAAAGGTAGCCATGGTACATAGACCGGGAAGGATAGTGGATATTATACATTTATTTCGTCAATATAAACTAGAGCCAAAGCGTCTACAATTGGTTTATCCTAAACAAGGTCGTGAAGCAAATATGTTATTAGTGGAAGGAACTAGAGATGGTAAGCCAGATCTGAAAATTTTGCCTCCACTTTATATTTACGATGAAAATGGTGATTATACAAAAGAAGCAAAGGATATTATTTATGGAAAATAA	MVELYHNERLDYLLAGQGMQIIQSPEVFSFSLDAVLLAHFAYVPIKRGKILDLCTGNGVIPLLLSRKTGAEITGVELQERIFQMAERSVTMNGLTEQINILHADLNHLQPLLQQSSFDVITCNPPYFSTPLSSEHNENPHLTIARHEVYCTLEDVVKACKLYVRPGGKVAMVHRPGRIVDIIHLFRQYKLEPKRLQLVYPKQGREANMLLVEGTRDGKPDLKILPPLYIYDENGDYTKEAKDIIYGK				NA	NA	NA	NA	NA
AK148_01001	312	yabA	COG4467	Initiation-control protein YabA	ATGGAAAAACAAATAGGCGAGTTGTATGAGCAGTTAGGTGATTTGAAAGGGAAGTTAAGCGATTTATTAGAAGAGAATCATCGGCTATCTATGGAAAATCATCATTTACGCAGTCATTTAGATCATACGAATCATGATGCTGAAGCGACAAATAGTGCCAAGCAAAAGGAAAAGAGTTTCCCTGGCGAAGGTTATGATAATTTAGCACGCTTGTACGAAGAAGGATTTCATATTTGTAATCTGGAATTTGGCAGTCCACGACGAAACGAAGATTGCATTTTTTGCTTAGATTTTCTTAATAAGACGAAATAA	MEKQIGELYEQLGDLKGKLSDLLEENHRLSMENHHLRSHLDHTNHDAEATNSAKQKEKSFPGEGYDNLARLYEEGFHICNLEFGSPRRNEDCIFCLDFLNKTK				NA	NA	NA	NA	NA
AK148_01002	825			hypothetical protein	ATGATAGAAGTCATTGGCGTCCGCTTTAAAAAAGCGGGTAAAATATATTATTTTGATCCAGGAGGAGAGTCGATTTCACTAGACAGTTATGTTATTGTAGAGACGATACGTGGCATAGAGTTTGGTAAAGTGGTAATTACAAATAAACGTGTCGATGAAGAAGATATCGTCCTACCCTTAAAGAAGGTTCTTCGTGTAGCGACGGATAAGGATAAATTAACCGTTATAGAAAATCAAGAGCAATCGCAAAAAGCTTTAGACGCATGCACGGAAAAAATTCAACAACATGACTTAGAAATGAATTTAGTGGAAGTGGAATATACATTTGATCGTAATAAAATCATATTTTATTTTACAGCAGATGGCCGAGTAGATTTTAGAAATTTAGTAAAAGATCTTGCGGCCATGTTTAAAACGCGTATTGAATTGCGCCAAATCGGAGTTCGTGACGAGGCGAAAATGCTTGGTGGAATAGGCCCTTGTGGTAGGATGCTCTGTTGCTCTACTTTTTTAGGTGATTTTGAACCAGTATCTATTAAAATGGCGAAAGATCAAAATCTATCATTGAACCCGGCTAAAATTTCTGGATTATGTGGTAGGTTAATGTGCTGTTTGAAATATGAGAATGACGATTATGAGACAGCCAAACGTGAATTACCAGACATAGGAGAAAGAATGGATACACCCTTTGGAAGCGGTAAAGTAGTTGGCTTAAACATCCTAGAACGACTCATCCAAATTGAGATCCCTGAGAAAGAAAGGGTCATCGAATATACGTTAGACGAACTAATTAATGAAGGAATTTTAGCGCAAGCCACAGAATAA	MIEVIGVRFKKAGKIYYFDPGGESISLDSYVIVETIRGIEFGKVVITNKRVDEEDIVLPLKKVLRVATDKDKLTVIENQEQSQKALDACTEKIQQHDLEMNLVEVEYTFDRNKIIFYFTADGRVDFRNLVKDLAAMFKTRIELRQIGVRDEAKMLGGIGPCGRMLCCSTFLGDFEPVSIKMAKDQNLSLNPAKISGLCGRLMCCLKYENDDYETAKRELPDIGERMDTPFGSGKVVGLNILERLIQIEIPEKERVIEYTLDELINEGILAQATE				NA	NA	NA	NA	NA
AK148_01003	990			hypothetical protein	ATGGAAACATGGTCAGAGGTTGCTCATGTACAACCGTTAGCAAGCAAAATTATTATAAACAGTATGAAAAAAGACCGGATTTCTCATGCGTATTTGCTTCAAGGAGAACGAGGGACTGGTAAAAGAGCAATTGCTTCACTGATAGCAAAAGGGTTATTTTGTGAGAGAAACGAAATAGCTAATCCTTGTTTAGAATGTAATACATGTAAGCGTATTGCATCTGGCAATCATCCAGATGTGCACTGGATTGAACCAGATGATAAATCAATTAAAATAGAGCAAATTCGAAACTTACAAAAGGAATTCACGTATTCGGGCATGGAGTCTGATCAAAAAGTATATATTATAGATGGCGCGGAAACATTGACAGTGAATGCAGCGAATCGAATATTGAAATTTTTGGAGGAACCAAATAAAAAAACGACCGCTATTATGCTCACAGATAATAGCCAAGCTATTCTTCCGACCATTCGCTCTAGATGTCAAGTCATTGATTTACGCCCCCTTCATCCAGGTAAATTTCAACAGCAATTAATCGAAAAAGGGTTAGATCAGCGCAGTGCGATATTGATAAGTGCCATGACGAATAATTTACAAGAAGCAATTGATAAAAGTCATGACGAGTCGTTTGCCACAGCACGGCGGATAGTGATACAATTAGTTGAAATACTTTTAACCAATCCTCAAGATGTTTACTTATTTATTCATCAGCATTGGGTGACTCATTTCAAAGAACGAAATGAACAGGAAGAAGGATTGGATCTCTTGCTTTTTGCCATAAAAGATATTCTTTATTACCAAATAGAACACGAAGCTGGGATGGTATTTTTCGCCCCTTCTGATGAATTGCTGAAAAAAGCAGCCATGTATTTTTCGCAAGAGAAGCTACTAGCAAGTTTACAGGCTGTCTTACAAGCAAAGCGAAAATTGAAGCAAAATGTTCATCCTACCTTAGTGATTGAACAGCTTACACTTCAAATGCAGAGGTGA	METWSEVAHVQPLASKIIINSMKKDRISHAYLLQGERGTGKRAIASLIAKGLFCERNEIANPCLECNTCKRIASGNHPDVHWIEPDDKSIKIEQIRNLQKEFTYSGMESDQKVYIIDGAETLTVNAANRILKFLEEPNKKTTAIMLTDNSQAILPTIRSRCQVIDLRPLHPGKFQQQLIEKGLDQRSAILISAMTNNLQEAIDKSHDESFATARRIVIQLVEILLTNPQDVYLFIHQHWVTHFKERNEQEEGLDLLLFAIKDILYYQIEHEAGMVFFAPSDELLKKAAMYFSQEKLLASLQAVLQAKRKLKQNVHPTLVIEQLTLQMQR				NA	NA	NA	NA	NA
AK148_01004	435			hypothetical protein	ATGAAAATAAGTCAAGAAGTTAGAACGCAACCAGAAATGCATATTCCGCAATCGAATAGTGAGGGGAATCGTGGATTTCAAAAATTGCTTCAGTCCCAATCTACATCTATCAATCAGCAAGAGTTGCAAGTAATTGTAAAAAATATTTCTTTACAAGGAGAAAGGTTGGCTCGCTTTCGTTCGTTTCAGGACCTTGCCAAATTTAAACGGCTTGTAAAGGGATTTTTACGAGAGACGGTTGGTAGTGGTCTACGTTTACAAAAGTCCCAAAGCTTTAGTATTCATGGCAACAATCGGCAGTTAACCATTGTAAAGCAAATTGATGATAAGCTCATGCAATTAACGGAAGATATGATGAATCAAGAGAAGAAATCTGTAGACCTGCTCGGCTTAATTGGCGAGATAAAAGGGCTATTAGTTAACCTATATACGTAA	MKISQEVRTQPEMHIPQSNSEGNRGFQKLLQSQSTSINQQELQVIVKNISLQGERLARFRSFQDLAKFKRLVKGFLRETVGSGLRLQKSQSFSIHGNNRQLTIVKQIDDKLMQLTEDMMNQEKKSVDLLGLIGEIKGLLVNLYT				NA	NA	NA	NA	NA
AK148_01005	330	darA	COG3870	Cyclic di-AMP receptor A	GTGAAATTACTTATCGCAGTGGTTCAGGATAAAGACGCTAACCGTCTGGTGGATGCATTGGGAGAAGAAAATTTTAAAACGACCAAACTTGCTACTACTGGCGGATTTTTGAAAGAAGGAAATACGACATTAATGATCGGTTGTGAGGATGATTATGTCGATGATGCATTAAAGATCATTAAAGATAATTGCTCTCATCGCGAACAAATGGTTGCTCCGATTTCGCCAATGGGCGGTAATGCCGATTCGTATATCCCAAAACCTGTAAAAGTAGAAGTTGGCGGAGCAACTGTGTTTATTTTACCAATTGAATCATTTTTTCAATTTTAG	MKLLIAVVQDKDANRLVDALGEENFKTTKLATTGGFLKEGNTTLMIGCEDDYVDDALKIIKDNCSHREQMVAPISPMGGNADSYIPKPVKVEVGGATVFILPIESFFQF				NA	NA	NA	NA	NA
AK148_01006	630	tmk	COG0125	Thymidylate kinase	TTGGGCGGATATTTTATCACATTTGAAGGTGGCGAGGGAGCTGGAAAGACTACCGTTTTGCACACCGTAACAGAAAAGTTAAGGCAAAATGGGTATGATGTGCTTGCCACTCGTGAGCCAGGCGGAATTAAAATTTCCGAGAAGATAAGACAAATCATATTAGATCCGCTCCACACAGAGATGGAAGAGCATACGGAAGCTTTACTTTATGCGGCTGCAAGAAGCCAGCATTTTGCAGAAAAAATTGTACCGGCATTAAAAAGAGACAAAATCGTGCTATGTGATCGGTTTATAGATTCCAGCCTTGTTTATCAAGGCTATGCTCGAGGATTAGGAATGAATGAAGTATTAAAAATTAACCAGTTTGCGGTTGGCGATTGTATGCCAGATCTAACATTATTTTTTGACATAGAGCCAAAAAAAGGATTAGAACGGATAGCGGCGAATAAAGATAGAGAACAAAATCGGCTAGATTTAGAAAACCTAGCATTTCACGAACAGGTGTATCAAGCTTATCATATACTTACAGAAAGATTTCCAGAAAGGATTCAAACCATTGATGCTGCTCAAAATCTGGAGAGTGTAGAACAGGAAGCCTTGGATCGTATTCTATCTTTATTAAAAAAATAA	MGGYFITFEGGEGAGKTTVLHTVTEKLRQNGYDVLATREPGGIKISEKIRQIILDPLHTEMEEHTEALLYAAARSQHFAEKIVPALKRDKIVLCDRFIDSSLVYQGYARGLGMNEVLKINQFAVGDCMPDLTLFFDIEPKKGLERIAANKDREQNRLDLENLAFHEQVYQAYHILTERFPERIQTIDAAQNLESVEQEALDRILSLLKK	PGPT0021395_3926	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021395-tmk-K00943	NA	NA
AK148_01007	1431	speA	COG1982	Arginine decarboxylase	TTGAAACAGCAACATGTACCTTTATATGATGCATTAGAACAATTCAAAGGAAAGCAGCCGACGTCTTTTCATGTACCTGGGCATAAAAATGGACATATATTTCCTCATGAAGCAAGAGAGGTTTATCAATCTATTTTACAAATAGATATGACAGAATTAACGGGGTTAGATGATTTACATGCGCCAACAGGGGTCATTGCTGATGCAGAAAAATTGGCAGCCAATTTCTTTCAAACGGAAAAGACTTTTTTTCTAGTTGGCGGTAGTACAGTAGGTAATTTAGCGATGATTTTAGCTGTCTGTAAACAAGGCGATACGGTGATCGTACAACGCAATTGTCATAAATCGATTATGAATGGCTTAGAATTAAGCGGAGCAAAACCTGTGTTCATTGCACCACAATATGATGAAAACGTCCGTCGATTTACACAGCCGTCGTTGTCTGTGCTCCAGAAAGCTTTAAATCAATACCCGCATGCGAAGGCGGTTATTCTCACTTACCCAGATTATTTTGGTAAAGCGTACGACCTTCGACAATTCATTGAACAAATTCATGCTTTTGATATCCCTGTATTAGTGGATGAAGCGCATGGGGTGCACTTTTCCCTTGGAGAAAACTTTCCCCCTTCGGCACTACATCAAGGCGCTGATGTCGTCGTCCAATCTGCACATAAAATGGCACCAGCGATGACGATGGGTTCTTATTTACATTATAATTCAAGACGGATTTCAAAAGAACGAATAGCCCACTATTTACAAATACTCCAGTCGAGTAGTCCGTCATACCCGCTATTAGCTTCCTTAGATTTGGCCCGTTATTATTTGGCAACGATGCAACGGGAAACGATGGCAGAGGTGCTTGCAAGTGCACAAGAAGTAAAGCATATTTTTGCGCAGTCCCCTTATTGGGAGCTTATAACAAGTGATGACCCGTTAAAAATAACGCTTCATGTAAAAGCGGGGATTGTTGCAAAAGAAGTAGCCAACCTGTTGGAGAAACAGCAAATATACCCAGAGCTTGTAACGGAAAAGCAAATTTTATTGATTCATGGGTTAGCTCCTTTTAAAGAATTAGCAAATGTAAGAAAAGCACTGAAAACCGTGAACGACCAATTAAAAAATCAAAGAAAGCATGATACAATAGACGTAGAATATGATAAAACTGCTCTTATTCAAGAATTGCAGTTATCTTATGAAGTGATGAATCGCTCGGCTGTCACGTGTATACCCCTTTCAGATGCAGCGGGCTATATTGCGGCAGAAGCAATGATTCCGTATCCTCCAGGAATTGCTTTTATTCTAAAAGGAGAAAGAATAACCAAAGCACATATTAAAAAGATACAGCAAATGAAAGAGCGGGGAATACGAATTCAACAACGACATACGAATAGCATCTATGTTTTTGCAGAAATAGAAGAAGGGGAAGAATAA	MKQQHVPLYDALEQFKGKQPTSFHVPGHKNGHIFPHEAREVYQSILQIDMTELTGLDDLHAPTGVIADAEKLAANFFQTEKTFFLVGGSTVGNLAMILAVCKQGDTVIVQRNCHKSIMNGLELSGAKPVFIAPQYDENVRRFTQPSLSVLQKALNQYPHAKAVILTYPDYFGKAYDLRQFIEQIHAFDIPVLVDEAHGVHFSLGENFPPSALHQGADVVVQSAHKMAPAMTMGSYLHYNSRRISKERIAHYLQILQSSSPSYPLLASLDLARYYLATMQRETMAEVLASAQEVKHIFAQSPYWELITSDDPLKITLHVKAGIVAKEVANLLEKQQIYPELVTEKQILLIHGLAPFKELANVRKALKTVNDQLKNQRKHDTIDVEYDKTALIQELQLSYEVMNRSAVTCIPLSDAAGYIAAEAMIPYPPGIAFILKGERITKAHIKKIQQMKERGIRIQQRHTNSIYVFAEIEEGEE	PGPT0007770_2237	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
AK148_01008	192	csfB		Anti-sigma-G factor Gin	ATGAAACAGCGTACGATATATGAGCGTTGTGGCATTTGTGAAGAGGAAAAGAAGGATGGCATTCATTTATATACCATGTTTATTTGTTGTGAGTGTGAGCATAATATGATTTACACAGAACCGAGAGAAGAAAAATATAACTATTATGTACGTAAATTAAAAAATATTACGAAACCAAAACTATATTCCTAG	MKQRTIYERCGICEEEKKDGIHLYTMFICCECEHNMIYTEPREEKYNYYVRKLKNITKPKLYS				NA	NA	NA	NA	NA
AK148_01009	267			hypothetical protein	TTGAGTTCGACAGTAGTCATATCTATTATGGTGGCGCTAATCATCCTGTTGCTACTAGTAGGTACACCTGTAAAATTTATGCGTGTGATTGGACAAACAACTGTGAAATTAGGGATTGGTGTTTTGCTGTTATTCTTTATTAATGTATTCGGTGGTGCAATAGGTTTACACATTCCGATCAATTTATTTACCGCTGTCGTATCCGGTTTTCTCGGTATATTTGGAATAGCATCTTTATCAGCTATTCACTTGTTTATTATTACTTAA	MSSTVVISIMVALIILLLLVGTPVKFMRVIGQTTVKLGIGVLLLFFINVFGGAIGLHIPINLFTAVVSGFLGIFGIASLSAIHLFIIT				NA	NA	NA	NA	NA
AK148_01010	213			hypothetical protein	ATGGCTAAGAAAATAAAGAAAAGAGATGTAGATAGGGAGTTATTAAATACACTAAAAGAGCTAGAACTAGAATGGAAGCAAATAGAATCCATCGTCTCAAAAAGTGTGGAGTTCACGCTAGAAGGGAATTACTGGGAGAGAGTTGCTCGAGCTAAATATATGTATTTGCTTAAAGAAGCACGACACCGTAATTTACGTGCAGACTTCCATTAG	MAKKIKKRDVDRELLNTLKELELEWKQIESIVSKSVEFTLEGNYWERVARAKYMYLLKEARHRNLRADFH				NA	NA	NA	NA	NA
AK148_01011	597	recR	COG0353	Recombination protein RecR	ATGTATTATCCAGAACCGATTTCTAAACTGATCGATAGTTTTACTAAATTGCCAGGTATCGGCCCGAAAACGGCCGCCCGTCTGGCTTTCTTTGTACTAAATATGCAAGAAGACGACGTCTTGGATTTTGCAAATTCATTGGTAAATGCAAAACGCGAGCTGACACATTGTTCTGTTTGCGGACATATTACCGATCAGGACCCTTGTGCGATCTGTCAAGACACATCGAGAGATCAATCTGTTATTTGTGTCGTTCAAGATCCGAAAGACGTCATCGCTATGGAAAAAATGAAAGAATTTCATGGGAAATACCATGTATTAAATGGTGTTATTTCGCCCATGGACGGTATTGGACCAGAAGATATTAATGTTCCTGGTTTAATTCAACGCTTAAAGGATGAAGAAGTAGAAGAGTTAATTCTTGCGACAAATCCCAATATTGAAGGGGAAGCAACCGCGATGTATATTTCTAGGCTTGTAAAACCGTCAGGCATTCGTACTACACGTATTGCTCATGGCTTACCAGTAGGCGGTGATTTGGAATATGCAGATGAAGTTACACTTTCCAAAGCATTGGAAGGCAGAAGAGATGTGTAG	MYYPEPISKLIDSFTKLPGIGPKTAARLAFFVLNMQEDDVLDFANSLVNAKRELTHCSVCGHITDQDPCAICQDTSRDQSVICVVQDPKDVIAMEKMKEFHGKYHVLNGVISPMDGIGPEDINVPGLIQRLKDEEVEELILATNPNIEGEATAMYISRLVKPSGIRTTRIAHGLPVGGDLEYADEVTLSKALEGRRDV				NA	NA	NA	NA	NA
AK148_01012	315		COG0718	Nucleoid-associated protein	ATGAAGGGAAATATGAATAACATGATGAAGCAAATGCAAAAAATGCAAAAGAAAATGATGAAAGCACAGGATGAATTGCATGAAATGACGTTCGAAGCATCTGCTGGCGGTGGCATGGTTACAGTAGTTGCTAATGGAAAAAAAGAAATAACCGATGTACAAATAAAAGAAGAGGTTATTGATCCTGATGACGCTGAAATGCTGCAAGACCTTATTTTAGCAGCAACAAATGATGTATTAAAGCAAATAGATGATAAGACAAATGATACAATGGGACAATTCACGAAAGGTTTAAATATGCCTGGGATGTTCTAA	MKGNMNNMMKQMQKMQKKMMKAQDELHEMTFEASAGGGMVTVVANGKKEITDVQIKEEVIDPDDAEMLQDLILAATNDVLKQIDDKTNDTMGQFTKGLNMPGMF				NA	NA	NA	NA	NA
AK148_01013	1689			hypothetical protein	ATGAGCTATCAAGCTTTATATCGCGTTTGGCGTCCGACGGTTTTTGCAGATGTCGTTGGGCAAGCCCATATTACCCGCACATTGCAAAATGCGATTGTACAGGAGAAATTCTCTCATGCTTATTTATTCTCTGGACCAAGAGGGACAGGAAAAACAAGTGCTGCGAAGATTTTTGCCAAAACAATCAACTGTGAGCATTCTCCTGTAAAGGAGCCATGTAACGAATGTGGAGCATGTAAAGGAATTCAAAATGGATCGATTTCCGATGTGATTGAAATCGATGCGGCTTCCAATACAAGTGTTGAGGATATAAGAGAAATTAGAGAAAATGTAAAATATGCTTCTAGCCAAGTGCCGTACAAAGTATATATCATTGATGAGGTACACATGATATCGGTAAGTGCTTTTAACGCGTTACTGAAAACGTTGGAAGAACCACCAAGTCATGTTGTCTTTATCTTAGCAACGACCGAACCACATAAAATTCCCCTTACGATTTTATCCAGATGTCAGCGGTTTGATTTTAAACCGATCTCCAATCCTTCTATTGTAGAGCGATTGCAAACGATTGTGGAAGCTGAAAGAGTGACAGTTTCTAAAGAAGCTTTGGACACGGTGGCACTTGCTGCTGAAGGTGGAATGCGTGATGCGTTAAGTATTCTTGATCAAGCTATTTCTTACAGTGATGATGCGGTAGAATTAGAAGATGTCTTAGCAGTTACAGGTGGTGTCTCGCAACATACTTTAACAAATATTATTCGCCATATGTATGAAAAAAATGTGCAACAAGCGGTAATGGATTTAAATGAATTAATACAAAAAGGAAAAGATCCTGCTCGCTTCGTTTATGATATGATTTATTTTTTACGTGACCTGCTGTTATACAAAAGTGCTCCGACATTAGAAAAATTATTAGAACGGGCGCGCGTTGATGAAGCTTTTCAATCATTAGCAAATACGATATCCGACCATTGGATTCAAGAGGCAATGGCACAGTTAAATCAATGTCAGCAAGAAATAAAATGGACGAATAGCCCAAAAGTTTATATCGAAATTGCTATTTTGACAATAGCAAATGGTATACAGGAACAAGGCACGACTGATTCGATAGCAAGCTCTGATACGATAATGAAGCTTACATCAAAACTTGGAAAACTGGAGAAGGAAATAAAGCAATTAAAGGATAACCCTGTCGTACCAACACAAACAACACCACAACGTGAAAATAGAAGGACGCCAAATCGAACCGCAAAAAATACGTACAAAGTGCCTTTTGAACGGATTCGACATGTACTAGGTGAAGCTGAAAAAACAGCTTTAAAACAAGTTCACGCTCAATGGGGAACATTTTTAGGACAATTGAAAAAAGCAAGTGCTCCTGCACACGCTACTATCCAGGATAGTAAACCTGCAGCGGCGTCTGAACAAGCACTTGTCGTAGCGTTTAAGTATGAAATTCATTGTTCTTTGTTCTTAGATAATCAGGAAATGGTGGAATCTGTTTTAACTTCTGTGTTAGGAAAAAACTTGACCATCATACCGATCCCCGAGAAAGATTGGGTGGAATTGCGCAATGAATATGTTGCCAAACAAGAAAAAACATCATCCAAAGAGGAAGCTGTTGAGGATCCAGTAGTTACGGAAGCGCAGAAGCTATTTGGTGATGATATAATAGAAATTCATGATTAA	MSYQALYRVWRPTVFADVVGQAHITRTLQNAIVQEKFSHAYLFSGPRGTGKTSAAKIFAKTINCEHSPVKEPCNECGACKGIQNGSISDVIEIDAASNTSVEDIREIRENVKYASSQVPYKVYIIDEVHMISVSAFNALLKTLEEPPSHVVFILATTEPHKIPLTILSRCQRFDFKPISNPSIVERLQTIVEAERVTVSKEALDTVALAAEGGMRDALSILDQAISYSDDAVELEDVLAVTGGVSQHTLTNIIRHMYEKNVQQAVMDLNELIQKGKDPARFVYDMIYFLRDLLLYKSAPTLEKLLERARVDEAFQSLANTISDHWIQEAMAQLNQCQQEIKWTNSPKVYIEIAILTIANGIQEQGTTDSIASSDTIMKLTSKLGKLEKEIKQLKDNPVVPTQTTPQRENRRTPNRTAKNTYKVPFERIRHVLGEAEKTALKQVHAQWGTFLGQLKKASAPAHATIQDSKPAAASEQALVVAFKYEIHCSLFLDNQEMVESVLTSVLGKNLTIIPIPEKDWVELRNEYVAKQEKTSSKEEAVEDPVVTEAQKLFGDDIIEIHD				NA	NA	NA	NA	NA
AK148_01014	168			hypothetical protein	ATGCTGCTGGAAAGCGTAGTGTTTTTCCGCCACGATCACTTACGCCTGTATGTTTTTAAAACAATTATTGCACTAAAAAACAATAAACGTGTACATAAATTACGTGCTGAGAAGATAGAGGTTATATCTATATCGAGAGAAACTGAAGACAAGCTTTTTGACAAATGA	MLLESVVFFRHDHLRLYVFKTIIALKNNKRVHKLRAEKIEVISISRETEDKLFDK				NA	NA	NA	NA	NA
AK148_01015	564	csh		Carbon disulfide hydrolase	ATGAATCTTTTAGGAGAAATCTTAACACATAATAAAGATTTTGTAGAGAAAAAGGAGTATGAAAGCTATCAAAGCAGTAAGTTTCCTAATAAGCATGTCCTTATTCTCTCTTGCATGGATACAAGGCTTGTAGAACTACTACCAAAAGCAATGAACATCTCTAATGGCGATGCAAAAATACTTAAAACAGCAGGAGCGCTTGTTTCCCACCCGTTCGGAAGTATTATGCGCAGTATTTTAGTCGGTGTCTATGAGCTTGAAGTAGATGAAATTTATGTTGTTGGACATCATGATTGTGGCATGGCCAGTGTAAAAGCAGAGCAAACGTTAGAAAAAGTAAAGCATCGCGGCATCTCTCAAGAAACATTGGATACATTACAATATTCTGGTGTTGATTTCAACCGTTTCTTTCGAGGGTTTGATAGTGTGGAAGATAGTGTAAGACATAGTGTATCCACGATTGGAAACCACCCGCTAATGCCTGATTCAGTGCCTGTTCACGGCCTAGTAATGGACCCTGAAACGGGAAAGCTTAATCTTGTTGTCGACGGCTACAAAAAATAA	MNLLGEILTHNKDFVEKKEYESYQSSKFPNKHVLILSCMDTRLVELLPKAMNISNGDAKILKTAGALVSHPFGSIMRSILVGVYELEVDEIYVVGHHDCGMASVKAEQTLEKVKHRGISQETLDTLQYSGVDFNRFFRGFDSVEDSVRHSVSTIGNHPLMPDSVPVHGLVMDPETGKLNLVVDGYKK	PGPT0002415_6202	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	K-SOLUBILISATION-OTHER_ACID_METABOLISMS	K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002415-cynT|can-K01673	NA	NA
AK148_01016	2517			hypothetical protein	ATGTTCCATATCCATTGGCAACATATAAAATCTCGACCATTTGCTTATTTTTTTACACTATTATTAATCACCATTATTCTTGTGTGTCTTCCAATTGCTGCTTCCTCTTTTACACAGGCAAACGAACAAGTAAAAGGAGACATTACGGATTTTTCAAGAGGAGAGTACGATCTACTTGTACGCCCGAAAAATGCGACTTCCTTGATTGAAAAGAGATTAGGACTTGTGGAACAAAACTATTTAGGGGTGGGAACGGGGGGCATTACATTAGATACATGGAAGGAGATTCAAACAGACGAACGCATTGAAATCGCTGCTCCTGTTGCAGCTTTAGGTTCGTTTACGAAAACAGAGACTACTTTTCAAATTCCAAAATTGGATCCACCTGTTCGTTATACCGCGCAATATTATACTAATAATGGCGCTACTTCCTACAAAATAGGAAAAGATGTTGGGTATGTATTACACCCTTTACCTAATGGTCAGCTGGTCGAGAACAATGAAGTTTATTCTTCGAACAAGCGTATGGTTGATACTTGGTTAAATAATACTCCTGGATTTATCTTACCCGCTTCCTATCACCCTGTTGTAGCCATTGACCCTGAATCAGAAGCAGCTTTAACCGGAATTGATTTTTCTCCCTTTCAAACAAATTCACTGGAACCTTATTTTGATATGCCGGGAGCAAAAGAAATACCTTTAATAGGTGTGGAAAATACGAAAACGCCTATCCAAGCTAGTATTACAGTAGAACCGCTCAATTTTACTAAAACAGAGCTTCAACAACTAAAGGACGATGTTGGCCTCTCCGAACAAGAAAACTTGGGAGACATCATTTTTACAGATGATCTTAGATTGATCCAAACGGTGAAACAACGCCTAGCAACTATTCCCGCTTTAGAAACAAATACACACACTGTTGATTTCTCTAGTGTGCTTACATCATTTGAAAAAGATTGGTATATGTTAGACGATGCGTATGAAATCGTCATGCACAAAGACTATGATTTAGCGAAGCACGGAGAAGCTTTAGCCATTAGTAATATAAACGTTCATAGCAGTTTCTTCAAGGTATCACCACTTGACTATAAACTAGATGGAGAAGACATATATGTCAATCTATTAAACCAAGAAGGGGATATCCCCATACATAGAGATGTGGAAGAGGTAAACTTTCAAACCTACAACGCTGAAGCAAAGGAAGAAGAATTTGTCTATTTTGTGGAAGTAGCAAAAGCTCCACTTCAAGAATACAAAAACAGTCTTGCTGCCAGCCCACTTGGAATCTATCAATATAACTATGGAACATTGCAAGCAACTGGTGAGGCTCTACATCCAACCCATTTAGCAGGCGATTTTTTGCCAACTCCTGCTCATGGGCTAGTGCCCTTAGAGTGGGCGGAATTCTTTAAAGGAAATGCACCGATTGACGCCATTCGAATTAAAGTTGCTAATATTACGGGTTATACAGAAAAAGCAGCCTCAAAAATAAAGGAAATCGCAGAAGATATTGAAGCTAAAGGGTTACATGTAGATATCATAGCTGGGGCTTCCCACCAAACTTTAGTTCTCGATGTAGAGAAGATTGGAAAAGTAGAACAACCATGGACAACATTAGGTGCAGCAGATAAAATTCTTAATAGCTGGAATCTCTTTTCCATTGCAACTGGAATTACATTTCTTCTTGTTGCAGTTTTAGCCCTTTTTTCTCGTTTCCAAGTAATGCAAACAGAGCAACAACCTGAACGTCATCGCTTAGCTTTGATTGGCTGGTTACCAACAACCATTAACCGCTTCTATCGCCAACAATGGTTCGGACAATTCATTCTCGCTATCATCACTAGTATGATTATCCTATTCGTGACATTTGGTACTCCATCGATTATCTGGTTTGGCTTTGGCATTTCTATTGTTATTATTCTCGTTATTAAATGGTTCGTTGGCTATATTTATACGAATAGAAACGAGCGACCGATAAAAATCAAGCCACGCAAATCATTGCTATTAACCAATATGTACTACTATCGACACCACATTCTTGCAACTGTTTATCAAGTTTTACTTACTACTTGCTTACTTAGCTTTTTACTTCCATTATCGTACATTACCATTCGTAACATGACCGAAACAACGCTGGGATCATACATCCATTGGCAGATGAACGAAGAACAGTGGATTCTTGTCATAGGTATTAGTACTTTAACGCTATTTACATTAATCGAATCGCTGTTTCATTTATGGAAAGCTAGAAAAAACAACCTGTATCTCCTCTACAAAATTGGTTGGAAAAACAAGCATATCCGTTTGCAATTACGTAAAGAGACACTAATTTGGAGCTGTATTTCAACAGGGGTAGGGTTTATTGTTAGCATTTTTTTAATCCTATTGACAGAGAATATGACATGGCTATTGACTGGAGCAAGTATTGGAATAGCAATAGGAATAGTTATTTTTATCTTAATAATCAATGAGTATATTGCAAGTCAGTTTATTGGGCGAATACAAAAGGAGGGATGA	MFHIHWQHIKSRPFAYFFTLLLITIILVCLPIAASSFTQANEQVKGDITDFSRGEYDLLVRPKNATSLIEKRLGLVEQNYLGVGTGGITLDTWKEIQTDERIEIAAPVAALGSFTKTETTFQIPKLDPPVRYTAQYYTNNGATSYKIGKDVGYVLHPLPNGQLVENNEVYSSNKRMVDTWLNNTPGFILPASYHPVVAIDPESEAALTGIDFSPFQTNSLEPYFDMPGAKEIPLIGVENTKTPIQASITVEPLNFTKTELQQLKDDVGLSEQENLGDIIFTDDLRLIQTVKQRLATIPALETNTHTVDFSSVLTSFEKDWYMLDDAYEIVMHKDYDLAKHGEALAISNINVHSSFFKVSPLDYKLDGEDIYVNLLNQEGDIPIHRDVEEVNFQTYNAEAKEEEFVYFVEVAKAPLQEYKNSLAASPLGIYQYNYGTLQATGEALHPTHLAGDFLPTPAHGLVPLEWAEFFKGNAPIDAIRIKVANITGYTEKAASKIKEIAEDIEAKGLHVDIIAGASHQTLVLDVEKIGKVEQPWTTLGAADKILNSWNLFSIATGITFLLVAVLALFSRFQVMQTEQQPERHRLALIGWLPTTINRFYRQQWFGQFILAIITSMIILFVTFGTPSIIWFGFGISIVIILVIKWFVGYIYTNRNERPIKIKPRKSLLLTNMYYYRHHILATVYQVLLTTCLLSFLLPLSYITIRNMTETTLGSYIHWQMNEEQWILVIGISTLTLFTLIESLFHLWKARKNNLYLLYKIGWKNKHIRLQLRKETLIWSCISTGVGFIVSIFLILLTENMTWLLTGASIGIAIGIVIFILIINEYIASQFIGRIQKEG				NA	NA	NA	NA	NA
AK148_01017	702		COG1136	putative ABC transporter ATP-binding protein	ATGGAAATAAAAATTAAAAATCTTACCAAAACGTATCAAACGAAGCAAGATGCAAAAAAAATTCTTCATCAGGTGCATTTGCAAGTTCATCATGGAGAATGGGTCAATATTATTGGTCGCTCCGGTTCAGGGAAGACAACCTTGTTAAAATGTATCGCAGGTTTAATACCAGTAGACAACTTATCTACTATTTCGCTTGGACCACTTGAAATGCAACATGCTACAGAGGAAGAAAAACGTGATTTTCGCCGAAACCATATCGGTTTTATTTTTCAAGAATATGAGTTGTTTCCTGCTTACACCGCAGTACAAAATGTAATGCTCCCTGAATTACCTTATAAAGACAAGGAAGAACTTTCTATAAGAGCAAAGGAACTATTAGAAACATTAATGCTAGAACATCGTATCAAAGCTGTCCCAGACCAATTATCGGGTGGGGAAAAGCAGCGTGTGGCAATCGCCAGAGCCTTGTTAAATAACCCTGGGTTATTGCTTTGTGATGAACCAACGGGAAATCTTGATCGAGATTCACGCGATCAAATTCTGCATATTTTAAAAAAGTGTCAAGCTGAAGGGAGAACGATTGTTTTTGTGACACATGATTTGGAGGTTTTGCCTTACGGAGATCGTGTCATGAGCATGAACAGCGGGAAATTAGAAGAGGTAGATGCAGAAATCGTTGCTACAAATCCATTTCCCTAA	MEIKIKNLTKTYQTKQDAKKILHQVHLQVHHGEWVNIIGRSGSGKTTLLKCIAGLIPVDNLSTISLGPLEMQHATEEEKRDFRRNHIGFIFQEYELFPAYTAVQNVMLPELPYKDKEELSIRAKELLETLMLEHRIKAVPDQLSGGEKQRVAIARALLNNPGLLLCDEPTGNLDRDSRDQILHILKKCQAEGRTIVFVTHDLEVLPYGDRVMSMNSGKLEEVDAEIVATNPFP	PGPT0013345_14618	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
AK148_01019	483	tadA_1	COG0590	tRNA-specific adenosine deaminase	ATGAATACGATAGATGAACAAAGGATGTTTACAGCTATACAAGAAGCAAAAAAAGCAGCCGCACAAAATGAAGTTCCGATTGGTGCTGTCATTGTATACCAAAATGAAATAATAGCTACCGCTTATAATGTACGTGAAACAACACAAAGTACGTTGGCGCACGCGGAATTGTTAGCGATACAAAAAGCAAATGATAAGATTGGTAGTTGGCGATTAGAGGATTGTACGTTGTATGTTACATTAGAACCTTGTCCAATGTGTGCAGGCGCAATTGTGCAGTCGAGAATAAAAAGGGTTGTTTATGGGGCGCCTGATCCTAAAGCGGGTTGTGCTGGTACGTTGCTAAATTTACTACATGAAGACCGCTTTAATCATCAAGTTGATATAACTGCAGGCATTTTGGAAGCAGAATGTGCTACTTTACTAAAGGATTTTTTTAAAAATATTCGTAAGCAAAAAAAGCTAGACCAAAAAGAAAATTAG	MNTIDEQRMFTAIQEAKKAAAQNEVPIGAVIVYQNEIIATAYNVRETTQSTLAHAELLAIQKANDKIGSWRLEDCTLYVTLEPCPMCAGAIVQSRIKRVVYGAPDPKAGCAGTLLNLLHEDRFNHQVDITAGILEAECATLLKDFFKNIRKQKKLDQKEN	PGPT0006855_40	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION	XENOBIOTIC_DICHLOROPROPENE_DEGRADATION,PGPT0006855-dhaA-K01563	NA	NA
AK148_01020	534	entB	COG1535	Enterobactin synthase component B	GTGCTCAAATCATTGGAAAAAACCGCCGTTTTATTTGTCGATATTATCAACGATTTTCATTTTGATGGTGGAAAAGCATTAGCTTCCAACACAAAAGAAATCCTTCCGCACCTTATTTCTTTACGGGAATTTGCCAAAACCAATGCATTGCCTATTATTTATGTTAATGATCATTACGGTCTTTGGCAAGCAGACTTTCGTAAAATAATTGACCACTGCTACAATGACGCAAGTAAAGACATTATAGAAGCTTTAAAGCCAGATGACCAAGACTATTTTCTTATTAAACCACAGCATTCCGCCTTTTTTCAAACGCCTTTACAATCTTTGTTATCTGAATTAAATAAAGACAGCCTCATTATGGCAGGAATTGCCGGGGATATTTGTATTCTGTTTACAGCAAAGGATGCATATATGTATGGATATAAGATGCATATTCCAGAAAATTGCATGGCTTCAGAAGGGAAAGATAATAATGCTTATGCCCTATATTTATTACACGCGGTTATGAAAGCAGACACAACAGCAATATAA	MLKSLEKTAVLFVDIINDFHFDGGKALASNTKEILPHLISLREFAKTNALPIIYVNDHYGLWQADFRKIIDHCYNDASKDIIEALKPDDQDYFLIKPQHSAFFQTPLQSLLSELNKDSLIMAGIAGDICILFTAKDAYMYGYKMHIPENCMASEGKDNNAYALYLLHAVMKADTTAI				NA	NA	NA	NA	NA
AK148_01021	1293	sleL_1	COG3858	Cortical fragment-lytic enzyme	TTGCAAATTCATGTTGTGTCTGCAGGAGATACGTTGTTTCAAATCGCTTCTACATACAGAACTTCTACGCAAGCAATTATTGATGCCAATGAGTTGGATGCACCTAATAATCTAGTTATCGGTCAAGCGCTTGTCATTCCTATTATTGGACAATTTTACTTTGCTCAACCTGGAGATAGTTTATTTTCTATTGCCCAACAATTTAACATACCTCTTGAAACGTTAGCACAAATAAACGGAATCTCGCCAGGAAATTTCATACCAGTGGGATTTCAATTATATATTCCGCCAGCACCTAAGACTCCAATTACGACAAACGCATATATTGAGCCTTCCGGTGATACGGTGTCAGAAACCCTAAAGAATTCTGCTCGAAAAGCAGCGCCTTATTTAACTTATTTAGCTATTTTCAGCTACCGTGTAGGCCGCGATGGCAGTCTAACACCACCGCCGTTAAATGGTCTAGCTGACATTGCTGAACAAAATAATGTAGCAAAAATGCTTGTTGTAACCAACCTAGAAGGAGGAGAGTTCAGTCCGGAACTTGGGCATATTATCGTAACCGTACAAAGCGTACAAAATACGTTGCTTGATAATATTATTAATACAGCAACTACACAAGGGTATAAGGATGTCCATTTTGATTTTGAATTTTTACCAAGCGAAGATCGTGAAGCATATAATGCATTTTTACGGAAAGCAAAAGAAAGGCTGTCTCAAGCAGGCTTATTATTGTCCACTGCATTAGCACCAAAAACACGAGCCGATCAACCAGGACAATGGTATGAAGCCCATGATTATGCAGTACATGGGGAGGTTGCTGACTTTGTTGTCTTAATGACCTATGAATGGGGATATACGTATGGTCCACCATTAGCTGTTTCACCTATTAACGAAGTACGAAAGGTAGTAGATTATGCACTCACAGTAATTCCAGCGAACAAAATCTTATTAGGGCAAAACTTATATGGTTATAACTGGACATTGCCTTATGCTGCTGATAACGGAAAACCCGCTCAAGCCGTAAGTCCACAGCGAGCTATTACCATTGCACGAGAAAATAATGCGGAAATTATGTTTGATCAAGGAGCACAAGCACCGTTTTTCACCTATACGGATGAGGCAGGGACAAGACATGAAGTATGGTTTGAGGATGCAAGGTCGATTCAGGCAAAGTTTAATTTAATCAAGGAATTAGGGTTGTTAGGCATTTCTTATTGGAAAATAGGGCTTGCCTTCCCGCAAAATTGGTTATTATTACAAGATCAATTTACGATTACAAAATTAGAATAA	MQIHVVSAGDTLFQIASTYRTSTQAIIDANELDAPNNLVIGQALVIPIIGQFYFAQPGDSLFSIAQQFNIPLETLAQINGISPGNFIPVGFQLYIPPAPKTPITTNAYIEPSGDTVSETLKNSARKAAPYLTYLAIFSYRVGRDGSLTPPPLNGLADIAEQNNVAKMLVVTNLEGGEFSPELGHIIVTVQSVQNTLLDNIINTATTQGYKDVHFDFEFLPSEDREAYNAFLRKAKERLSQAGLLLSTALAPKTRADQPGQWYEAHDYAVHGEVADFVVLMTYEWGYTYGPPLAVSPINEVRKVVDYALTVIPANKILLGQNLYGYNWTLPYAADNGKPAQAVSPQRAITIARENNAEIMFDQGAQAPFFTYTDEAGTRHEVWFEDARSIQAKFNLIKELGLLGISYWKIGLAFPQNWLLLQDQFTITKLE	PGPT0025110_265	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025110-yaaH-K06306	NA	NA
AK148_01022	516	yfkM	COG0693	General stress protein 18	GTGAGTAAAAGAATTGCAACTGTCATCACAGATATGTTTGAGGATGTAGAATATACAGATCCAGCCAAAGCTTTTCAAGATGCTGGACATGAAGTAGTTACAATTGAAAAAGAAAAAGGGAAACAAGTAACAGGGAAAAACAACCAAGTTACCGTTACGATTGATTATGGAATTGACGATGTTAATCCGAGTGACTTTGATGCGCTGTTTATTCCGGGTGGTTTTTCTCCTGATATGCTGCGCGCAGATGAACGCTTTGTCACATTTGCCAAGCATTTTATGGACGAGAAAAAACCCGTTTTTGCCATTTGTCATGGTCCACAGCTGTTAATTACAGCGAAAACATTGGAAGGAAGAAAAGCAACTGGATTTAAATCCATCCAAGTGGATATGGAGTATGCAGGCGCCAAGGTTGTAGATGAAGAAGTAGTTGTTTGCCAAAACCAACTCGTTACAAGTCGCCAGCCAGATGACATTCCCGCTTTTAATCGGGAGTCTTTAAATGTATTAAAATAA	MSKRIATVITDMFEDVEYTDPAKAFQDAGHEVVTIEKEKGKQVTGKNNQVTVTIDYGIDDVNPSDFDALFIPGGFSPDMLRADERFVTFAKHFMDEKKPVFAICHGPQLLITAKTLEGRKATGFKSIQVDMEYAGAKVVDEEVVVCQNQLVTSRQPDDIPAFNRESLNVLK	PGPT0015010_3239	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
AK148_01023	435	nsrR	COG1959	HTH-type transcriptional repressor NsrR	ATGAATCTTAAAAAATACACCGACTTCTCCCTTCGAGTATTAATATTGGCTGGAATGAAAACAGAACAGGAATTAACCACGATTAAGGAAATTTCTACTGTTTATCATATATCACAGGAGCACTTACGAAAGGTCGTTCATAACTTGACGAAATTAGGACTGATCGAATCCATTCGTGGCAGGCATGGCGGTCTCCGTTTAGCAAAGCCAGCGGAGGAAATCAATATCGGTCAATTAGTTCGAACATTGGAAGACGATTTTGTATTATTGGAGTGTTTTGATAAGGAAACGAATCACTGTGTTATTTCTCCGGCTTGCACTTTAAAACATGCACTAAATCAAGCATTAATGGCTTTTTTTCAAGTGTTAGATACATATACATTAAAGGATTTAATCCATAATGAACAAGCATTGCGTAAGCTTATGGGGATATGA	MNLKKYTDFSLRVLILAGMKTEQELTTIKEISTVYHISQEHLRKVVHNLTKLGLIESIRGRHGGLRLAKPAEEINIGQLVRTLEDDFVLLECFDKETNHCVISPACTLKHALNQALMAFFQVLDTYTLKDLIHNEQALRKLMGI	PGPT0013005_1379	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	NITRIC_OXIDE_REDUCTION,PGPT0013005-nsrR|yjeB-K13771	NA	NA
AK148_01024	1194	hmp	COG1017	Flavohemoprotein	ATGGAAACAACAGCAAAAACCAAATTAGATGAACAAAATAAGCAATTGATTAAAGCTACAGTTCCAATTTTACAAAAGCAAGGGACAGCTATTACAAAGCGATTCTATCAACTTATGTTAAGCAATCACCCCGAGTTAAATCACCTTTTCAATCAAACGAATCAACGACGTGGCGATCAACCTATCGCATTAGCCAATACGGTGTACGCAGCTGCAGCAAACATTGACCAGTTAGAAAAAATCGTACCTCACGTCCGGCAAATTGCCCATAAGCATCGAAGTTTAAACGTAAAACCAGAACAATATCCGATTGTTGGGAAATACTTATTATTAGCGATGAAAGATGTCTTAGGAGATGTAGCGAGTGATGAAATAATTGCTGCGTGGGAAAAAGCATACAGTATCATTGCGCAACTATTTATCGACATGGAGCAACAGCTATATGAAGAAGCTGAAGCACAAACTGGTGGATGGACAGGATTCCGTAATTTTAAAGTCATTCAAAAAATAAAAGAAAGCGACGTCATTACATCGTTTTATTTGCAACCTGAAGATAGTCTTGCCATTCCTGATTTTTTTCCCGGGCAGTATATCACGCTGAAAGCAGAGATTCCAGAAGAACCTTACACCCATCTACGCCAATACAGCTTATCTACATCACCTAACAAAGATCACTACCGAATTAGTGTTAAACGTGAAGCTGGTGATGCCAAAACTCCAAACGGAAAGGTATCCAATTTCCTACACGAATCGGTGAACGAAGGAAGTGTTTTACCACTTACAGCGCCAGCTGGTGATTTCTTTCTAAATAGAAACGATAACAGACCTATCGTGCTCCTTAGTGGTGGAGTAGGAATAACACCAATGATGAGCATGTTGGAAACAGTCATTCATACACAACCGAATAGAAAAGTAGTCTTTATTCATGCTGCAAAATCAGGTAATTATCACGCATTTAAGGATCGTGTAAATACAATTAGTAAGCAACATACAAATGTTTCAAGCTATACTTTATATAGTCAACCTGAAAACGAGCATCCATGTGATGTAAATGGCTATATCAGTTACAACTGGCTACACTCTGTTTTGCCAACTACCAATGCATCCTTTTATTTCTGCGGTCCAAAAGGCTTTATGCAAACAACATTGCTTATCCTCAAACAGTTACATGTAGACGATGCAGATATCCATTAA	METTAKTKLDEQNKQLIKATVPILQKQGTAITKRFYQLMLSNHPELNHLFNQTNQRRGDQPIALANTVYAAAANIDQLEKIVPHVRQIAHKHRSLNVKPEQYPIVGKYLLLAMKDVLGDVASDEIIAAWEKAYSIIAQLFIDMEQQLYEEAEAQTGGWTGFRNFKVIQKIKESDVITSFYLQPEDSLAIPDFFPGQYITLKAEIPEEPYTHLRQYSLSTSPNKDHYRISVKREAGDAKTPNGKVSNFLHESVNEGSVLPLTAPAGDFFLNRNDNRPIVLLSGGVGITPMMSMLETVIHTQPNRKVVFIHAAKSGNYHAFKDRVNTISKQHTNVSSYTLYSQPENEHPCDVNGYISYNWLHSVLPTTNASFYFCGPKGFMQTTLLILKQLHVDDADIH	PGPT0013000_253			NA	NA	NA	NA	NA
AK148_01025	624			hypothetical protein	ATGTCAAAGGAATTTTGGGATGAAAGTTTCTCAGAAAATGAGTTTGTGTATGGCAAAACAGCAAATGCGTTTATTCGTTCCATGAATGAGATGCTTGCAGCAGGTTTGAAAGTAGCCTGTTTTGCAGAAGGGGAAGGTAGAAATGCGGTATATTTAGCAGAATGTGGGCATCATGTAACAGCATATGATCAATCCACGGTAGGGCTTAAAAAAACAACCCAACTCGCTCAAGAAAAAGGTGTAGCTGTTCAAACCGTAGTTAAAGACCTTACCGCAGAAAGCGTACCTGTGCAACAATATGACGCTGCTTTTATGGTGTTTGGGCATGTTCCAAGAGAAAAGCAAGCCTTTTTTATTAATAATATGTTGAACTCGCTTAAAACGGGTGGCTATCTCCTATTCGAAGTTTACTCGGAGAATCAATTAGCATATAAAAGTGGAGGGCCAAAGGAGAAATCGATGTTATATCGTCCTGTAGATATGTTGAACTGGTTAGATGGTCATAAATGGATTCATTTTTATTATGGAGAGGCCGAACGACATGAAGGAAAGAGACACTCAGGTCTGTGCCATGTTGTGCAAGTAGCCGTTCAGAAAACAGCTTCGGAGGTTGGTGAGGGTTAA	MSKEFWDESFSENEFVYGKTANAFIRSMNEMLAAGLKVACFAEGEGRNAVYLAECGHHVTAYDQSTVGLKKTTQLAQEKGVAVQTVVKDLTAESVPVQQYDAAFMVFGHVPREKQAFFINNMLNSLKTGGYLLFEVYSENQLAYKSGGPKEKSMLYRPVDMLNWLDGHKWIHFYYGEAERHEGKRHSGLCHVVQVAVQKTASEVGEG				NA	NA	NA	NA	NA
AK148_01026	564			hypothetical protein	TTGTTAGCAACGAAACAAGATATTATGAACGCTATTGGGCAAGACGTTGAAATGACGACGGTATTAAAAGCAGTTATGTCACTTGATTTACCAGATTGCTGGGTATGTGCTGGTTTTGTAAGGGCGAAAATTTGGGATACATTGCATGGAATAGAAAAGACACCACTTCCTGATATTGATGTCATTTATTTTAATCATCAACACACGGCAGAAGATATAGATAAACAATTAGAAGAGCAACTCCATCATATTTTGCCTGCTCTTCCATGGTCGGTGAAAAACCAAGCAAGAATGCATACTAGAAATCACGTTCCACCATATCTTTCATCCGAAGATGCTATCGCCAAGTTTCCAGAAACTGCAACTGCATTAGGGGTAAGAATAGATCAGCATGAAAATGTTATTTTAACAGCCCCACATGGCATAGAAGATGTTCTTCAGTTAGAAGTAAAACCGACTCCGTATTTTTTGCAAAACGAGAAAAGAATGCAAATCTATCGACAAAGAGTAAGTAAGAAGAATTGGCAATCTACGTGGAAGAAGCTAAAGATTTATGTAACGTAA	MLATKQDIMNAIGQDVEMTTVLKAVMSLDLPDCWVCAGFVRAKIWDTLHGIEKTPLPDIDVIYFNHQHTAEDIDKQLEEQLHHILPALPWSVKNQARMHTRNHVPPYLSSEDAIAKFPETATALGVRIDQHENVILTAPHGIEDVLQLEVKPTPYFLQNEKRMQIYRQRVSKKNWQSTWKKLKIYVT				NA	NA	NA	NA	NA
AK148_01027	864			hypothetical protein	ATGTTATATCGTGTCATCCAAAAATTTGGATTAGATGTATTACAATGGAATGAGGTTGACGACTCACATAGCTCAACCGTCTATCAATGTACTTTGTTACATGGTGAAAATGTTTATTTAAAAATTCCTTTTACAAAGTTGAAGTTCCAACGTGAGTTAGCAGCTTATGAAATTTTACAAGAAAATGTTCCAATTCCTTATTTGATAAATTATTGGTCGGGTGATGAGGAGTGTCCTGGTGCTTTTTTAATATCTGCATTAAAAGGAAAACCTTTAACAGCGAAAACAACACCAACGGTTGCTTACCAAGTTGGGACGCTTCATGCTAAAATACACTCAGTTACTCCTCCGACGAACGGTGATTTCATAGGTATAAACAACGAATTTGACAACTGGTCTAACTTTATTGAACGTCAGTTTCAAAGTTTCGCTGCAGATGTAAGAGATATTTTGGATGAACGATTATACGAAAAAGCTATTGAAAAATATAATAAGATGAAACAACAATTGCCACCTCCAGATGGTCCAAGTTTTGTACATATGGATTTTCGCCCAGCAAATATCATTGTTCATGATGGTTCTGTTTCAGGAGTAATAGATTTTGAAAGTGTAAGGTTTGGCTCAACAGAAATAGATTTCACTAAACTGTATCGCGATATTTTAAGTATGGATAGTAGTTTGTATCAAGCATACAAAGATGGCTATAGCAGTATTCGACCACTAATTAACCTAGAGGAAGTATTACCTTTTTATCGATTTACGGATGCTTTTAATAGTATCGGTTGGTGTAAACGTAGAGGAGTGGAAAAAAACGCTCTGTTTTTAGAGGAAAACATAGCTAGATTAAAAAAGTGGGTACTATAA	MLYRVIQKFGLDVLQWNEVDDSHSSTVYQCTLLHGENVYLKIPFTKLKFQRELAAYEILQENVPIPYLINYWSGDEECPGAFLISALKGKPLTAKTTPTVAYQVGTLHAKIHSVTPPTNGDFIGINNEFDNWSNFIERQFQSFAADVRDILDERLYEKAIEKYNKMKQQLPPPDGPSFVHMDFRPANIIVHDGSVSGVIDFESVRFGSTEIDFTKLYRDILSMDSSLYQAYKDGYSSIRPLINLEEVLPFYRFTDAFNSIGWCKRRGVEKNALFLEENIARLKKWVL				NA	NA	NA	NA	NA
AK148_01028	1716	acsA_1	COG0365	Acetyl-coenzyme A synthetase	GTGGAAATGAAAAAAATCTCTCCTAGAGAGGGAAATCATAATTTAAAAGATTATAATCGTATGAAAGAATCGTTTACTTGGGAGAGCATAAAAGCGAATTTTTCCTGGTTTAAAACAGGAAAGGTGAATATGGCTTATGAAGCTGTTGATCGTCATGCTGATAACCCAAATAAAAGCAATCAGACTGCACTTTTATTTTCATCACCGGACCGTGAGGAGAAGCTGACATTTAATGATCTACGTCATGAGAGTAATAAATTTGCAAATGTATTACGGAAATATGGAATAAAAAAAGGAGATCGTGTATTTTTATTTATGCCGAGAACGCCAGAGTTTTATGCTGCTTTCTTTGGTATCTTAAAAGTTGGTGCCATTGCAGGACCATTATTTGAAGCATTTATGGAGCAGGCAGTTAGAGATCGTCTTCAAGATAGTGAGGCGAAAATGCTGATTACAACGCCTGATTTATTGGCGCGCGTACCACAAGCTGATTTACCAGCACTTGAGAAAATTGTTCTAGTTGGCAATTACAAGGAGAAAGTTGAATCATACATTCATTATCACGAGGAAATGAAAGCCGCTAGCGATCAAACAGAAATGGAATGGGTTGATCTAGAGGATGGTATGCTGCTTCATTATACCTCTGGATCTACTGGAAAACCAAAAGGGGTCTATCACGTGCATCACGCAATGATACAGCACTATGCAACGGGCGATTGGGTGTTGGATTTAAAGGAGGACGATATTTACTGGTGTACTGCTGATCCCGGTTGGGTGACAGGCACAAGTTATGGCATTTTTGCTCCTTGGCTTCATGGCGTGACGAATGTCGTTCGTGGTGGTAGGTTTACGCCTGATGATTGGTACCATACACTTGAAAAATATTGCGTTTCGGTATGGTATACAGCACCAACTGCATTACGTAAGCTCGTTAGTGCGGGTAAGGAGACAGTTGAAAAATATGATCTTTCTGCATTACGTCATATCTTGAGTGTTGGTGAACCTTTAAACCCAGAAGTAATTTCATGGGGATTGAAGGCCTTTGACCTTCGTATTCACGATACATGGTGGATGACAGAAACGGGGGCACATATTATTGTAAACTTCCCATCTATGGAAATACGGCCTGGTTCTATGGGGAAACCGCTACCGGGTATTGAGGCATCCATTGTTGATAATGAAGGAAATGAATTACCACCATATCAAATGGGGAATTTAGCCATTAAAAAAGGCTGGCCATCGATGATGCGCGCCATTTGGAATAACCCTGGAAAGTTTGAAAGCTATTTTATCCAAGATTGGTACGTGTCTGGCGATAGTGCTTATAAAGACGAAGATGGTTATTTTTGGTTTCAGGGTCGTTTAGATGATGTCATTAATACATCAGGAGAACGAGTAGGTCCATTTGAAGTAGAAAGCAAGCTCATTGAGCACCCAGCTGTTGCAGAAGCTGGTGTAATCGGCAAGCCGCATCCAGAACGAGGAGAAATTGTTAAAGCCTTTATTACTTTAAATGAAGGCTATGAGGATTCAGAAGCTTTGCGAGAAGAAATAAGGCAGTTTGTGAAAACAGGTTTAAGCGCACATGCTGCTCCTCGTGAGTTAGAAGTAAAAGATTCTATTCCGAAAACGCGGAGTGGAAAGATCATGCGGCGTTTATTAAAATCCTGGGAACTCGGATTGCCAACAGGCGATACATCTACATTAGAAGAATAA	MEMKKISPREGNHNLKDYNRMKESFTWESIKANFSWFKTGKVNMAYEAVDRHADNPNKSNQTALLFSSPDREEKLTFNDLRHESNKFANVLRKYGIKKGDRVFLFMPRTPEFYAAFFGILKVGAIAGPLFEAFMEQAVRDRLQDSEAKMLITTPDLLARVPQADLPALEKIVLVGNYKEKVESYIHYHEEMKAASDQTEMEWVDLEDGMLLHYTSGSTGKPKGVYHVHHAMIQHYATGDWVLDLKEDDIYWCTADPGWVTGTSYGIFAPWLHGVTNVVRGGRFTPDDWYHTLEKYCVSVWYTAPTALRKLVSAGKETVEKYDLSALRHILSVGEPLNPEVISWGLKAFDLRIHDTWWMTETGAHIIVNFPSMEIRPGSMGKPLPGIEASIVDNEGNELPPYQMGNLAIKKGWPSMMRAIWNNPGKFESYFIQDWYVSGDSAYKDEDGYFWFQGRLDDVINTSGERVGPFEVESKLIEHPAVAEAGVIGKPHPERGEIVKAFITLNEGYEDSEALREEIRQFVKTGLSAHAAPRELEVKDSIPKTRSGKIMRRLLKSWELGLPTGDTSTLEE	PGPT0002265_5994	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895	NA	NA
AK148_01029	318			hypothetical protein	ATGAAAAAGAAGCTAATCACCGGAGCACTGGCATTAAGTTTATTTATTGGAGGAACAACGACAACCTCTGTCTTTGCTGGAACAGACGATATTAAAAACGAAAAAGCGGTTCAGACTGAATTAGCTACCAACAAGGAAGTATCTCCTCAAGCTACTCCTGCAGCTGCTGCAAAGGTTGCAGGGACAGCTTTTGTTGGTGGATTTACCGCCAAAGCTGGCGCAGATGCTTATGATTGGGGGAAACAACAGTTAGGCGGCGATGAGAAGGTGAGAGGTAATGCAAAATATGAAGATATCAAAATTGTTTTTGACCAATAA	MKKKLITGALALSLFIGGTTTTSVFAGTDDIKNEKAVQTELATNKEVSPQATPAAAAKVAGTAFVGGFTAKAGADAYDWGKQQLGGDEKVRGNAKYEDIKIVFDQ				NA	NA	NA	NA	NA
AK148_01030	654			hypothetical protein	ATGTTAAAAAAAATAATCATTCTATTTTCAGCTTTTTTGTTTCTTATCCATTTTTTGTTTACCGCTATTTATTTAGCTCCCTTTAATCCTGTAAAAGCCAAATATGGGTTTATCGTAAATGCCTATATGGAGCCTTTATTTTCTCAAAACTGGAGATTATTTGCACCAAATCCAGCAAGTTCAAATAACCAATTTCTAGTTCGTGCACAATTTTCCAATGGCGAAACAACAGAATGGACAAATTTAACATCGTTTATGGTTGAAAAAAACTATAAAAATCGCTTTACTCCTTATAATCGCTTAGTGCGCATCCAACGAGGCGCATTTACGTCCCTGTATCAAAAAGATGATGTAACACGAAAACTATCCCAAGAAGTAGAAGAAAAAAAATTAAATAAAGAGGAGTATGATTATATTCTAGACAATGAAATGACAAAAGAGCAAGAAGAGAATGGGATAAATATATTAAACCGGTATGCTCAATCTTATGTAAGCAGTTTATATCCTGAAAAAGATATCTCACGCACACAAATTGTCATAAGAGAAACAAAAGCCACACCTTTTTCCGAACAAAACAATCCAAAATTTGAAAACGAAAGAACTATTCATGAATTTGATTGGAAGGAATTTGAAACAGTTTCTTCTGTGTTTTAA	MLKKIIILFSAFLFLIHFLFTAIYLAPFNPVKAKYGFIVNAYMEPLFSQNWRLFAPNPASSNNQFLVRAQFSNGETTEWTNLTSFMVEKNYKNRFTPYNRLVRIQRGAFTSLYQKDDVTRKLSQEVEEKKLNKEEYDYILDNEMTKEQEENGINILNRYAQSYVSSLYPEKDISRTQIVIRETKATPFSEQNNPKFENERTIHEFDWKEFETVSSVF				NA	NA	NA	NA	NA
AK148_01031	963			hypothetical protein	TTGAATACTATTTACAATAAGCTAACTACACAAAAACATATGTTAATCGGCGCTAGTTTAATCAGAATTGCTTTTGGTCTATTAATTTTATATTTTTATTTTATTCATTATGGACAACGACGATTTCTGTGGGGTCCAAATGGCATGCAGGAGCACGAGACTTTTACGCAAAATCTAATCACCACTAGCAATTTTTCTTTGTATCAATTAAATGATTCTATCTTGTACTTTGAAATCATTTTTCATATGGGCATTGTAGTCGCTTTGCTCTTTACCTTAGGTTTCATGGGTCGACTAACAGCCATCTTAAATTTTGTTTTTATTTGGTCTTTACAACATGTAAATGTTTTAATTCTAGACGGTGGAGACAATGTAATGAGAATCATTCTGTTTTATTTGTTATTTGCAAATACGACAGCATTTTTTTCATTGGATCGTTATAGGAGAAAAGAGAAAATACCTAGTAGCATCACGGCAACCCCGATATCCAATAGCTTTCATAATTTAGCTATTCTTGCCTCCATTATACAAGTTTCCTTTATGTACTTAACTTCTGGTATGCATAAAATTATGGGAGAGGTGTGGCAAAATGGTACAGCGCTTTACTATATCTTGCAGGTAGATGAGTATACGCATCCATTTTTCAAGGAATTCATTTTATCATCTAACATTCTCTTGCTAATTGGCGCATATGGAGCTATTTTTGCACAAATAACCTATCCATTTCTATTATTTAACCGCTATACCAAATATATTGCTATTTTTAATATTATCGCTATGCACGTCGGAATTGCCATTGTCATGGGTTTGTTTACATTTTCTGCGACAATGATCTCCATACAACTGCTTTTACTAAAAGATAAAGAGTATGCTTGGGCATATGCTATCATCAAAAATCTATCATCCAAGTGGAAACTAAGAAAGGGGAGAAAATATGAGGCTGAGCATGTTGAACAGGCCTAA	MNTIYNKLTTQKHMLIGASLIRIAFGLLILYFYFIHYGQRRFLWGPNGMQEHETFTQNLITTSNFSLYQLNDSILYFEIIFHMGIVVALLFTLGFMGRLTAILNFVFIWSLQHVNVLILDGGDNVMRIILFYLLFANTTAFFSLDRYRRKEKIPSSITATPISNSFHNLAILASIIQVSFMYLTSGMHKIMGEVWQNGTALYYILQVDEYTHPFFKEFILSSNILLLIGAYGAIFAQITYPFLLFNRYTKYIAIFNIIAMHVGIAIVMGLFTFSATMISIQLLLLKDKEYAWAYAIIKNLSSKWKLRKGRKYEAEHVEQA				NA	NA	NA	NA	NA
AK148_01032	411			hypothetical protein	ATGTTGAACAGGCCTAATAAAAAAAACAATGTCCTTGTTTTTTATGATACTTGGTGCCCTATTTGTACAAAGAGTATGAACACACTAGCAAGATTAGATTGTTTCCGTCGTCTTCAATATGAATCTACTAGAAACAAAGCTGTTCTGAATACGTACAGTTTAAATTATGAAAAATTGGAAAAAAGAATGCACACTATTCGATTACAAGATGGTAAAATAGAAGAGGGTATAGATAGTATATTTCGTATAGTTAAACAAATTCCCCTTTTATGGATAGCAGTTCCCTTTCTTCAACTATCTATATGGATAGGAGTAGGATCCAAAATATATGACTGGTTGGCTAGTAAACGAAAAATACTTCCCGTTGGGGGCTGTGAAGGTGATTTTTGTAGACTTCCCGATAGAAGCTAA	MLNRPNKKNNVLVFYDTWCPICTKSMNTLARLDCFRRLQYESTRNKAVLNTYSLNYEKLEKRMHTIRLQDGKIEEGIDSIFRIVKQIPLLWIAVPFLQLSIWIGVGSKIYDWLASKRKILPVGGCEGDFCRLPDRS				NA	NA	NA	NA	NA
AK148_01033	1200			hypothetical protein	TTGGACAATAAAATAGTGTATACATTTCAATATAAAAATCCTTCCTCAGCTAACGTGTATTTATGGTTAGCAACCCCACCAGATACGAAACATCAGCAGGTTATGAACGAAAAGAAAACGCCACCTTGTCAAACAAATGAAGATACAATTGGGAATAAAATTAGCTTTTATGAAATCAAACCCAACGAAACCATAAAAGCTTCTTATAAAATACAATTGTTAAACAATACGGAAGATACTTTGCCCGAATTAACACAAGAAGAAAAAAATTATTATTTAAGATCCACACCTATGGTTTGCGTAAACGAAGAAGTAAGAGACATTGCTTCCCTCGTTACTAAAGGGGTGGAAAATCCAAAAGAGCAAGCCAAGCTACTATTTTTTTATATTGTCAAAAATTATAAATATAAATTCCCCCCAAAAGCTAGAGGAGTTACCCATTTCCTCAAAAGTAAGAAAGGAGATTGTGGTGAATTTTCTTTTTTATTTGCAGCGCTATGCCGTGCAATAGAAATTCCTTGTCGTATCATGGTAGGGGCATTTACAGGTGGAAATCATCGGGCGCATGTATGGAATGAAATTTACCTCGAACAAGAAGGTTGGATACCCGTCGATACGAGTATGGCTGCTACAGTAAAAAGGCAGCTATGGAGATATTTTTTCTCTCCATTTCAAACTTTGTTTTGGAAAACATATTTCGGAAAAACGGAGCATCAACGCATTGTTTTTTCTATTGACACAGAACACCAGCCTGTACCAGCTTACCCAAAAGCTATTGTGCAGAATAAACAACCATATAGCCCATTTGATATAGCAGGAGAGCCATTTATTTGGGGGAAAGATTTAGTTCAGAATAAAATACCTTACTTCCAACCTATGTACCTATATTATGAAGATCAGAAACCCTTGAAAGATAGAACGGAAAATTTTCTTGGTCTATGGAATGTTCAGGAAACTGGAAAACAAAAATTAACACTTTTAGTTAGATCAATATCAGGATATATTGCTCTGCTATTTGCCATATTTTATTTTTCCACTAACTGGGATCTGCTAAGTATTCTGTTTCCATTTCCCGCGTTTTTGTTTTGTCTATCTTTTGTTATAAGAAAAGAAAGGGTACTATTCTTCTCGTTCGCAACCGTTTTTTTTGGAATTATTATGCTGTTAGTCAGTATGGGCGCAATATCTACCATTTTATAA	MDNKIVYTFQYKNPSSANVYLWLATPPDTKHQQVMNEKKTPPCQTNEDTIGNKISFYEIKPNETIKASYKIQLLNNTEDTLPELTQEEKNYYLRSTPMVCVNEEVRDIASLVTKGVENPKEQAKLLFFYIVKNYKYKFPPKARGVTHFLKSKKGDCGEFSFLFAALCRAIEIPCRIMVGAFTGGNHRAHVWNEIYLEQEGWIPVDTSMAATVKRQLWRYFFSPFQTLFWKTYFGKTEHQRIVFSIDTEHQPVPAYPKAIVQNKQPYSPFDIAGEPFIWGKDLVQNKIPYFQPMYLYYEDQKPLKDRTENFLGLWNVQETGKQKLTLLVRSISGYIALLFAIFYFSTNWDLLSILFPFPAFLFCLSFVIRKERVLFFSFATVFFGIIMLLVSMGAISTIL				NA	NA	NA	NA	NA
AK148_01034	1245	gltP_1	COG1301	Proton/glutamate-aspartate symporter	ATGAGTTTAACCAAAAAAATATTACTTGCCTTACTATTAGGAATTTTCGCTGGAATAGGTTTAACTTTTGCTCCTGCAGAACTGTTTACACCTATTGATACGTATGTATTAAATCCTGTTGGAGAAATATTTTTAAACTTAATTATGATGATAGTTGTTCCAATTGTTTTTGTTTCGATTGTGCTTGGAACAGTTGGATTAGGCGACCCATCTAAATTAGGAAGAATTGGGGTACAGACGATTAGTTTTTATTTAGTAACGACAGCCATAGCGCTAGTTATTGGATTAGGAGTTGGATTAGTACTAGAGCCAGGTGAAGGAGGAAATTTCTCCATAGATGATGCTTCCTATGAAGATCAAGCCGCCCCGCCGATTATGGATACGCTTGTGCAAATCATTCCTGAAAACCCAGTAGAAGCACTATCAACAGGGAATATGTTGCAAATTATTGCAGTCGCCATTTTTGTTGGAGTTGCACTAGCTATGTTAGGAGAAAAAACGAGTGGAATCAGAAATTTATTTGAGCAGGCCAATGACATATTAATTTTTCTTGTGAATGCGATTATGAAAACAGCTCCTTATGGGGCGTTCGCTTTAATTGCATCAGCAATTGGAGAAGCTGGTTTAGATGCAATAGGTTCCATGTTTATGTATATGTTGGCAGTTATTTTGGCTCTTGTTTTACACGGAGTAATTACGTACAGTATTGCTATTAAAACTTTAGGAAAAGCAAGCCCATTAAAATTTTATAAGGCGTTTTTCCCGGCAATGTCCGTTGCTTTTAGTACATCCAGTTCCAGTGCAACACTACCAGTATCTATGAAAATAGCACAGGAAAAACTCGGTGTAAAAAAATCGATCAGTAGTTTTGTGCAGCCATTAGGTGCAACGATTAATATGGATGGAACTGCAATTATGCAAGCAGTTGCTACGGTTTTTATTGCGCAAGTGTATGCAGAACCGCTAGGCTTAAGTCAAATGCTAATGGTTGTTTTAACAGCTACACTAGCAAGTATCGGAACAGCAGGAGTCCCTGGGGTAGGGCTGATTATGTTAGCGATGGTGTTAAAACAAGTAGGTTTACCAGTAGATGGAATTGCTTTAATTATCGGGGTAGATCGGTTGCTAGACATGATACGAACATCGTTAAATATTACGGGTGATGCAGCGTGTGCGTATATCATTTCGGAAGATGATAAACGGAAAAATGGTATAGATGAGGAACAAACGGAACAAACAGCATAA	MSLTKKILLALLLGIFAGIGLTFAPAELFTPIDTYVLNPVGEIFLNLIMMIVVPIVFVSIVLGTVGLGDPSKLGRIGVQTISFYLVTTAIALVIGLGVGLVLEPGEGGNFSIDDASYEDQAAPPIMDTLVQIIPENPVEALSTGNMLQIIAVAIFVGVALAMLGEKTSGIRNLFEQANDILIFLVNAIMKTAPYGAFALIASAIGEAGLDAIGSMFMYMLAVILALVLHGVITYSIAIKTLGKASPLKFYKAFFPAMSVAFSTSSSSATLPVSMKIAQEKLGVKKSISSFVQPLGATINMDGTAIMQAVATVFIAQVYAEPLGLSQMLMVVLTATLASIGTAGVPGVGLIMLAMVLKQVGLPVDGIALIIGVDRLLDMIRTSLNITGDAACAYIISEDDKRKNGIDEEQTEQTA	PGPT0013965_20	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GENERAL_AMINO_ACID_TRANSPORT,PGPT0013965-TC_DAACS-K03309	NA	NA
AK148_01035	1047	bioB		Biotin synthase	TTGTTTTTAGGATTTCTTCATCAAAATTTTTTAGGAGAGGATGAAATAGAGAAGATGATAGACTTTCAATCTTTAGCAAAGGCTGTTTTGGAAGGATACCAGATAACAGAAGGAGAAAGTTTAGCCATTTTAGATTGCCCTGACGAAGCTATACTTCCATTACTACATAGTGCTTACGTGATTAGAAAGCATTACTACGGTAATAAAGTAAAACTTAATATGATTATTAATACAAAATCAGGTGCTTGCTCAGAAAATTGCGGCTATTGCGCGCAATCCCGTGATTCAACAAATCCAATTGAAAAATACAAAATGATGGACAAAGATTCGATTGTAAAAGGAGCAGAACGAGCTAGTCAATTGCATGCAGGCACCTATTGTATTGTTGCGAGCGGACGCGGACCTACAGATAGAGAATTGAACCATATTATTGGTGCTGTCAAAGAAATTAAAGCCAAGTATGATTTAAAAATTTGCGCTTGTCTCGGTATTTTAAAACCTGGGCAGGCAGAACAGTTAAAAAAAGCAGGAGTAGACAGATATAACCACAATATTAATACATCAAAAGCTCATCATGCTACGATAACTACTAGCCATACTTACGAAGATCGTATACAAACTGTAAACAAAGTAAAGGAAGCGCGTATTTCTCCTTGCTCAGGCATCATTGTAGGAATGAAAGAAACGAAACAAGATGTTATACAAATGGCATTTGCCTTACAAGAACTAGAGGCTGCTTCTATTCCTGTGAATTTTTTACACGCAATGGAAGGCACCCTTTTAGAAGGTACAGATGAGCTTACGCCTCTCTATTGCTTAAAAGTTCTATGCCTATTTCGTTTTACAAACCCCCAAGCAGAAATTAGAGTTTCCGGAGGGCGGGAAGTTAATTTAAGAAGCTTGCAACCGCTTAGCTTATATCCAGCCAATTCTATATTTATAGGCGACTATCTCACAACTGCTGGACAAGTGGCAAAAAAAGATTACCAAATGCTTACAGATCTTGGTTTTGAAATTGATGATGTGAACTCCGAAGTACCCGTCTAA	MFLGFLHQNFLGEDEIEKMIDFQSLAKAVLEGYQITEGESLAILDCPDEAILPLLHSAYVIRKHYYGNKVKLNMIINTKSGACSENCGYCAQSRDSTNPIEKYKMMDKDSIVKGAERASQLHAGTYCIVASGRGPTDRELNHIIGAVKEIKAKYDLKICACLGILKPGQAEQLKKAGVDRYNHNINTSKAHHATITTSHTYEDRIQTVNKVKEARISPCSGIIVGMKETKQDVIQMAFALQELEAASIPVNFLHAMEGTLLEGTDELTPLYCLKVLCLFRFTNPQAEIRVSGGREVNLRSLQPLSLYPANSIFIGDYLTTAGQVAKKDYQMLTDLGFEIDDVNSEVPV	PGPT0022120_432	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022120-bioB-K01012	NA	NA
AK148_01036	537			hypothetical protein	ATGAGAAATGTAACATTAGAAACTGTGTTCCTACATCCTGTTACACAGCGTTATTTGAAACGTTCAGGTATAGCTCATGCCATTGCGGTTGCAGAATATGCATTTGATCTTGCCAAGCAGTATCAAGTAAATCGCGATCATGCTACGAAGGCGGCTCTATTGCATGATGTAGGGCATTATACTTGGTATACAGAAGGAAAATGGGATTATGACAAATATCGAAAGAATGATATTCATGCAATTAAAGGTGCAAGTCGTGCGCATAAACTACTCATTCGTATTGGCGAGGACCCTCAAGTAGCTAAAGAAATAGCTGTAGCTATATTGTTGCATACGGATTCTTACTTGCCGAATGGCGAATTACAATTAAAACCATTACAGCAAGTTGTACACTTGGCAGATGAAGCCGATGAAGAAACTGGTGGAAACCATCATTACAGGCGCATTGATGACAAATCGGCCTTAGGGCGAATTCAATTGTTAGATCAAAAGATCATGCAATGGTTAAGCATGAACGAGATGAAACATATTATTTAA	MRNVTLETVFLHPVTQRYLKRSGIAHAIAVAEYAFDLAKQYQVNRDHATKAALLHDVGHYTWYTEGKWDYDKYRKNDIHAIKGASRAHKLLIRIGEDPQVAKEIAVAILLHTDSYLPNGELQLKPLQQVVHLADEADEETGGNHHYRRIDDKSALGRIQLLDQKIMQWLSMNEMKHII				NA	NA	NA	NA	NA
AK148_01037	1092			NADH oxidase	ATGAATAAATTGTTTGAACAAGGGTATCTCGGAACATATGTGTTAAAGAATCGCTATATTTTAGCTCCAATGACAAGAGTAAGCTCTGAAGCAGATGGAACACCGAATGAGCGCGTTCAGCGTTATTATGAACGATATGCTAAAGGTGGCTTCGCTGTTGTCATTACAGAAGGCGTCTATCCTGACACGAAATATAGTCAAGCATATGAATTTCAAGGTGGTTTAGCCACGGAAAAGCATGCTACACATTGGAAGCCAATTGTAGAAAGTGTACAATCGCATGGAGCGTTGATGATTGCGCAATTGATGCATGGTGGAGCTCAAACGCAAGGGAATTATTATACAAATGTTACCGTAGCACCATCGCCGTTTACACCTCCTAGTGATAAGGCAGAAATTTACGGTGGTAGCGGTCCGTATCCAGAAGCAAAGGAATTAACCCTTCATGAAATTGAAGAAGTAAAACAGGGCTTTGTTCAATCCGCGAAATATGCAAAGAAGGCTGGGTTTGATGGAGTCGAATTACATGGAGCAAATGGCTATTTACTCGATGAATTTTTATCAGCAAATATTAATCAAAGAAAGGATCAGTATGGAGGTAGTGTAGAAAATCGAGTTCGACTGTTAAAGGAACTTATAGCTGAAGTGAAAGAAGCAGTTGGCGGGACAATGATTGTAGGAATTCGTATTTCTCAACTAAAAGCTACCGATAAAGCTTACAAATGGCCTGGTGGAGAGGAAGAAGCATCCATCATCTTTTCTGAACTAGGAAAAACGGATGTCGACTATATTCATATTTCCGATGATGACGCAACGACACCTGGATTTGGTGAAGGAACAATGACGATGTCAGAGGTAGCGAAAAAATATGCTGGGAAACCTGTTATTGCTTGCGGACGTTTAGGCGATCCGGAAAAAGCAGAAGCAGTTATTAAGCAAGGAAAGGCTGATTTTATAGCTATTGCTCGTCAAGCGTTAGCAAACCCTGATACTCCAAATCGGGTGAAAAATGGCGAAGAGCTACAAGCATTTGATGGAAAAGCAATACTGACACCAAAAGCATACGTCAAAGACTTTGAATTAGAAATGTAA	MNKLFEQGYLGTYVLKNRYILAPMTRVSSEADGTPNERVQRYYERYAKGGFAVVITEGVYPDTKYSQAYEFQGGLATEKHATHWKPIVESVQSHGALMIAQLMHGGAQTQGNYYTNVTVAPSPFTPPSDKAEIYGGSGPYPEAKELTLHEIEEVKQGFVQSAKYAKKAGFDGVELHGANGYLLDEFLSANINQRKDQYGGSVENRVRLLKELIAEVKEAVGGTMIVGIRISQLKATDKAYKWPGGEEEASIIFSELGKTDVDYIHISDDDATTPGFGEGTMTMSEVAKKYAGKPVIACGRLGDPEKAEAVIKQGKADFIAIARQALANPDTPNRVKNGEELQAFDGKAILTPKAYVKDFELEM				NA	NA	NA	NA	NA
AK148_01038	1035	oppD_3	COG0444	Oligopeptide transport ATP-binding protein OppD	TTGTCTCAAGAACAGCAAGATCAAAATGTACTTGATATAAAGAATTTACATACAGGTTTTTTGATAAATGATGAATTACATCACGCTATAGTAGATGTGAATTTTAACGTGAAACCTAAAGAAATAGTTTGCGTTGTTGGTGAATCAGGCTGTGGAAAGAGTGTAATGTCATTATCAATTATGCAGCTTCTTCCAAAGATAAATTCTAAAATTTCAGCTGGAGAAGTTCTTTTTAATGGAGAAAATTTGGTACAAAAGTCCGAAAAGGAAATGAACCAAATTCGTGGTAAAGATATTGCAATGATTTTCCAAGAACCAATGACAGCTTTAAATCCCGTTTTTTCAATTGGATGGCAAATGCGCGAGATTTTATTTAATCATTTAGACATTACTAAGCAGGAAGCAAATCATAAAGCAATTGATTTGTTAAAACAAGTGGGGATATCACGTCCAGAAAAAATTCTTAATGAATATCCTCACCAATTGTCTGGTGGAATGCGCCAGCGTGTAGTCATCGCTATGGCAATTGCTTTACAACCGAAGCTTTTAATTGCAGATGAACCTACTACAGCATTAGATGTAACCATTCAGGCGCAAATACTAGAGTTACTTAAAGATATCCAAAACAAAGTGAATATGGCCATAATGCTTATTACCCATGATTTAGGTGTTGTAGCAGAAATGGCTGACCGAGTCATTGTCATGTATGCTGGTAAAATTGTGGAAGAGGCTAGTGTTGTAGATCTATTTACGCAACCAAAACACCCATACACACAGTCATTACTAGATAGCATACCTAAAATGGACCAGACAACGGACAAATTAAACACTATTGATGGTGTCGTTCCTTCATTAGAAAGCATGCCCGAAGTAGGGTGTCGCTTTACAGATAGATGCCCAAAAGCTTTTGGAGATTGTCCACTCGTTACACCACAACTTGCTAAAGTGAATAATGATCACTATGCACGCTGCCTCCTATATGACGAGTGTTATCCAAAAGAAACATCTTATGCTAAGGAGGTAGAAAACGTATGA	MSQEQQDQNVLDIKNLHTGFLINDELHHAIVDVNFNVKPKEIVCVVGESGCGKSVMSLSIMQLLPKINSKISAGEVLFNGENLVQKSEKEMNQIRGKDIAMIFQEPMTALNPVFSIGWQMREILFNHLDITKQEANHKAIDLLKQVGISRPEKILNEYPHQLSGGMRQRVVIAMAIALQPKLLIADEPTTALDVTIQAQILELLKDIQNKVNMAIMLITHDLGVVAEMADRVIVMYAGKIVEEASVVDLFTQPKHPYTQSLLDSIPKMDQTTDKLNTIDGVVPSLESMPEVGCRFTDRCPKAFGDCPLVTPQLAKVNNDHYARCLLYDECYPKETSYAKEVENV	PGPT0004435_7805	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
AK148_01039	1014	oppF_3	COG4608	Oligopeptide transport ATP-binding protein OppF	ATGATGCAAACTGACGAAGTAAAGAAAAAAGATTTAACACAAAAGGATACACTTTTAGAAGTCCAAAATTTAAAAAAATATTATCCCATTCATACTGGATTTTTCAAAAGAAAATCAGGTGATGTGAAAGCAGTAGATGATATTTCCCTTACACTTAGAAAAGGAGAGACGTTCGGTCTTGTTGGTGAATCAGGTTGCGGAAAATCTACCGCAGGACGCACCATTTTAAGGCTCACAGATGCTACTGATGGAAATATTTTCTTTGAAGGGGAAAACATCACTAAAGTAAGCGGTTCCAAACTTCGTAAAGCGAGACAGGATTATCAAATGGTTTTTCAAGATCCATATGCTTCATTAAATCCGAAAATGATGGTTGGCCATTTAGTAGATGAGCCTATTCGTAATTATAGAAATAAATCACATAAAGACTTAAAACCCGAAGTACAACACCTATTAAAACGCGTCGGTCTACGTGAAGAAGATTATTATAAATACCCACATGAATTTTCTGGGGGACAACGACAACGGATTGGAATAGCACGATCACTCGCTTTAAACCCTAAATTAATTGTTGCAGATGAACCAGTTAGTGCACTTGATGTCTCCATCCAATCACAAGTATTGAACCTTTTAAAAGAACTGCAAGAAGAGTTTGATTTAACATATTTATTCATTGCCCATGACTTAAGTGTTGTCAAACATATGAGTGATCAAATCGGCGTCATGTATTTAGGTAAAATGGTGGAAGTTGGAGATAATGAATCCATTTATAGAGAACCATTGCATCCTTATACACAAGCACTCATTTCTGCCATTCCTGAACCGAATCCACTAATAAAGAAGGAGCGCATTATCTTAAAAGGCGATGTTCCAAATCCACAAAACCCGCCAAGGGGATGCGTTTTTCATACGAGATGTCCAATGGCAATGGAGAAATGTAAAGAATTTGTACCTCAATTAAAGGAGGTGAGGCCTAACCACCAGGTCGCATGTCTTTTATATGAGAACCAATAA	MMQTDEVKKKDLTQKDTLLEVQNLKKYYPIHTGFFKRKSGDVKAVDDISLTLRKGETFGLVGESGCGKSTAGRTILRLTDATDGNIFFEGENITKVSGSKLRKARQDYQMVFQDPYASLNPKMMVGHLVDEPIRNYRNKSHKDLKPEVQHLLKRVGLREEDYYKYPHEFSGGQRQRIGIARSLALNPKLIVADEPVSALDVSIQSQVLNLLKELQEEFDLTYLFIAHDLSVVKHMSDQIGVMYLGKMVEVGDNESIYREPLHPYTQALISAIPEPNPLIKKERIILKGDVPNPQNPPRGCVFHTRCPMAMEKCKEFVPQLKEVRPNHQVACLLYENQ	PGPT0004440_7109	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
AK148_01040	1758	appA_3		Oligopeptide-binding protein AppA	TTGAAAAAGAAAGTTTGGTTGTTTTTATTCATTTTCCTTTCGTTCACTTTATTTTTAGCAGCATGTGCAGATAACACGTCGGAGGAAGGCAATGCTGAAGGAGACGATAAAACAGAAGAAGCAGAAGGGTCTGACGATGATGCTAAAGAAGAAGGAAAGCCTAAAAAAGGTGGCACTGTAACATTTGCTTTTACGCAACCGTTTCAAGGCTTGTTGGAGCGTGGATTATACGAAGGAGAAGATGATGACAAAATTTTAAGGTTTGTAACGGATAGCTTAGTCGATACGAATGATGAATTACAACCTGAACCTGGTATGGCGGATTTTGAGGTAGACGAAGATAATAATACCGTCACTTTCACGCTAAAAGATGGTATTACATGGCATGACGGCGAGCCATTGACTACCGAGGATATCGCCTATTCCTATGAAGTTATTGCTCACAAAGATTACGAGGGAATGCGCTACACAAATGTCAACATGGTTGAAGGTGCAGAAGCTTATAACAAAGGAGAAGCAGACAGCATTTCCGGCATTGAAATTGTTGATGAGAAAACCATCGTATTAACATTAACAGACGTTGCGCCAAATACAATTGCAAATTTATGGACCTATCCAATGCCAAAACACCATTATGAAGGAATAGAAGTAGCTGATTTACCGGAATCAGACGCCGTACGTAAAAACCCAATTGGTACTGGACCATTCAAGGTAACAAACGTTGTACCAGGTGAAATGGTAGAAATGGAAAAGTATGCAGATTATTGGCAAGGGGAACCATACTTGGATGGTGTCGTTTATAAAGTTATTGATGCTTCCGTAGCTACTGGATCCCTCAAGAATGGAGAGATCGATATTATGCAAGCTCCAAGTAGCCAATACCCGGAAATAAAAGAATTAGATAACGTAGAAGCAATCGAGGAACCAGCGCTGGGCTTTAACTATATCGGCTTTAAATTGGGGCATTGGGATGCTGAAGAAGGCGTTAACGTAATGGATAATGAAAAATTCCAAAACAAACAACTTCGTAAAGCAATGGCTTATGCAATCGATGTCCAAGGAATTCTCGATTCCTTTTCCAATGGTCTTGGTGAAGTAATTGGAGCACCAGTACCTCCTGTCAGCTGGGCATATGCGGATCAAGCAGAACTAGAAGATTACAGCTATGACCCTGAAAAAGCGAAAGAACTATTAGATGAAGCTGGTTACGTGGATACCAATGATGATGGTTGGCGTGAAAACCCAGACGGAGAAGAGTTTACGGTAAACTTTGATTCGATGTCAGGTTCAGATATTTCTGAGCCACGTGCTCAATACATTTTACAGAATTGGCAAGATGTTGGAATTAATGCGAAATTAAACGGTGGTCTAAAAGAATTTAATTTATTCTATGATGTCCTGGAAAAAGATGAGGAATCGGTGGAAACATTTATGGGCGCTTGGGGGCTTGATTCTGACCCAGATCCAACTAGTTTGTGGAAATCAGATAGCGTATCAAACTTTGCTCGTTGGGTGAATGAAGAGTCAGATGAGTTAATTGAAAAAGGACTTAGCGATGAAGCTTTTGATCAAGAATACCGTAAAGATGTATATGCTGAATGGCAAAAATTGGTTAACGATGAATTGCCAAACATTTTCCTATACGCACCAGTGGACGTCTATGCAGTGAACAAACGTCTACAAAATGTTCACACCAATTCCTTTACAGCTCAGCAAGACACACATTTATGGTGGGTAACAGACGCTGATAAAGAATAG	MKKKVWLFLFIFLSFTLFLAACADNTSEEGNAEGDDKTEEAEGSDDDAKEEGKPKKGGTVTFAFTQPFQGLLERGLYEGEDDDKILRFVTDSLVDTNDELQPEPGMADFEVDEDNNTVTFTLKDGITWHDGEPLTTEDIAYSYEVIAHKDYEGMRYTNVNMVEGAEAYNKGEADSISGIEIVDEKTIVLTLTDVAPNTIANLWTYPMPKHHYEGIEVADLPESDAVRKNPIGTGPFKVTNVVPGEMVEMEKYADYWQGEPYLDGVVYKVIDASVATGSLKNGEIDIMQAPSSQYPEIKELDNVEAIEEPALGFNYIGFKLGHWDAEEGVNVMDNEKFQNKQLRKAMAYAIDVQGILDSFSNGLGEVIGAPVPPVSWAYADQAELEDYSYDPEKAKELLDEAGYVDTNDDGWRENPDGEEFTVNFDSMSGSDISEPRAQYILQNWQDVGINAKLNGGLKEFNLFYDVLEKDEESVETFMGAWGLDSDPDPTSLWKSDSVSNFARWVNEESDELIEKGLSDEAFDQEYRKDVYAEWQKLVNDELPNIFLYAPVDVYAVNKRLQNVHTNSFTAQQDTHLWWVTDADKE	PGPT0004430_3198	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
AK148_01041	966	nikB	COG0601	Nickel transport system permease protein NikB	ATGCTCATATACACATTACGAAGAATAGCCATCATGATCCCCATTATTTTCCTGGTCTCTGTAGTGGTATTTTTCCTGGCAAACCTTATGCCAGGAGATGCCCTTACAGGGAGAATTGATCCATTAAATACAGATCCAGCTTATATTGAAGAAATGCGGGAGAAGCTTGGCTATAACGATCCCATTTATGTGCAGTATTTAAACTGGATTAGTGGATTTTTTCAAGGGGATTTTGGACAATCCTTCGTGCATAAAATGCCCGCTTCAGAATTAATATTATCGCGACTGCCTAATACCATATTATTAGCCGTCGTAGCCATGATTATTACATACATAGTTTCCTTTTTAATGGGGAGATACGCAGGCCGCCACCCCTACACATTAGGCGACTATGGTGTACAAGTATTAAATTATTTAGCACTTGCCATGCCGAGTTTTGTAGCAGCCTTATTGTTTATTTACTTTGTTTCCTTTCAATTAGGATGGCTTCCAGCGACGGGAAGTATTGGTTCGGGAGTAGATCCTGGAACATGGGAATATATTATTAGTAAAGTAGAACATGCTATCTTACCGTCATTATGTCTTGGTTTATTACCCATTGCTAGCTATACGCAATTTTTACGTAATGACATGATTGAAAGTTCTCAAAAAGATTTTGTACGTATGGCACGTGCCAAAGGAACGCCAGAAAGGAAAATATATAATAAACATATTTTACGTAATTCTGTTATTCCTATCGTTACATTATTAGGATTTGATTTAGCTGGTATTATTGGCGGTTCTGTTATTATTGAAACCATTTTCACATACCCAGGGGTAGGGCAATTATTTGTAGATTCCATTAATAATCGAGATTACACCGTCGTTATGGCTGTTACAATGTTACTAACCGTAATGACACTTATCGGAAATCTACTAGCTGATATTTTCTATGCTTTAGTAGATCCTAGAATACGATTGGATTAG	MLIYTLRRIAIMIPIIFLVSVVVFFLANLMPGDALTGRIDPLNTDPAYIEEMREKLGYNDPIYVQYLNWISGFFQGDFGQSFVHKMPASELILSRLPNTILLAVVAMIITYIVSFLMGRYAGRHPYTLGDYGVQVLNYLALAMPSFVAALLFIYFVSFQLGWLPATGSIGSGVDPGTWEYIISKVEHAILPSLCLGLLPIASYTQFLRNDMIESSQKDFVRMARAKGTPERKIYNKHILRNSVIPIVTLLGFDLAGIIGGSVIIETIFTYPGVGQLFVDSINNRDYTVVMAVTMLLTVMTLIGNLLADIFYALVDPRIRLD	PGPT0004445_8320	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
AK148_01042	903	oppC_1	COG1173	Oligopeptide transport system permease protein OppC	ATGGAACCATCAACAAACCAAACCGTTCAGCTGGCCCCTCCAAAGAAGAAAAGCTTATCACAATGGGGAATTGCTCGTAAAAAGTTTGTCCGAAATATTCCTGCGATGGCAAGTCTTATTTTCCTGTTCGTTGTAACAGCATTATCGATGTCAGCTTCCCTTTTATCAGACATTGATCCGAGTCGTATTAACCCAAGACTCGTTGAAGTGCCGCCTTCTGCTGAACATTGGCTTGGAGCAGATTCTGCTGGAAGAGATATTGTCACCATGCTGCTATACGGTGGGCGGACGTCACTATTAATTGGTTTTTCTTGTATGACCATTATTATATCCATTGCGACAATAATAGGAACCATTTCAGGGTATTACGGTAACATAGTAGACAGCATTCTCATGCGATTTACCGATTTCATGATGAACTTCCCATTTCTCATTTTTGTTATCGTATTACAAGCAATCTTTGTTGACAGTGGAGTGTTAGCATTAATTCTTGTTATCAGCTTGCTTAGCTGGACAGGGGCTGCAAGGGTAATTCGAAGCAAGGTGATGTCGGAAAAAGAAAATGAATATGTGTTGAGTGCTATATCCATTGGAACAAGGCCTTCTAAAGTTATGATTAAACATATATTACCTAACGTCATGTCAACGATTATCGTTCAAGCAACGCTGTTATTAGCAGCGATGATCGTGGCGGAGACAGGACTTAGTTACCTTGGATTTGGGGTTCCTGTCGGTACACCAAGCTGGGGCAATATGCTACAAGCAGCACGCGATCCTGGCACGTTTGAAAATCTGTGGTGGATTTGGCTACCACCAGGTTTATTAATTACATTAACTATTTTATCCATCAACTTTATCGGTGAAGGGTTTAAGGACGCTTTCAATCCGAAATCAAAAAAATAA	MEPSTNQTVQLAPPKKKSLSQWGIARKKFVRNIPAMASLIFLFVVTALSMSASLLSDIDPSRINPRLVEVPPSAEHWLGADSAGRDIVTMLLYGGRTSLLIGFSCMTIIISIATIIGTISGYYGNIVDSILMRFTDFMMNFPFLIFVIVLQAIFVDSGVLALILVISLLSWTGAARVIRSKVMSEKENEYVLSAISIGTRPSKVMIKHILPNVMSTIIVQATLLLAAMIVAETGLSYLGFGVPVGTPSWGNMLQAARDPGTFENLWWIWLPPGLLITLTILSINFIGEGFKDAFNPKSKK	PGPT0004450_7631	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
AK148_01043	687	cutC_2	COG3142	Copper homeostasis protein CutC	ATGCTTTTAGAAGTTATTGCTACGAACTTAACGGATGTGATAGAAGCAGAGCAGTATGGAGCAGATCGGATTGAACTTAGCCCTGCGATGGCAGAAATAGGGCTTACACCAAGTTACGGTTTACTAAAAAAAGCAGTTGAAGCTGTCCATCTGCCTATCAATGTCATGGTTCGTCCACATAGTCAATCATTTGTATACAACAAATACGATATAGACACGATGAAGGCAGATATAGATCTGATTAAAAAGATGGGTGCAAACGGTATCGTTATAGGGTCATTGACTGCTGAAAAAAAGATTGATGAAGAAGTGTTGAAACAGCTATTAAACGTGGCTGATGATTTAGAAGTAACTTTTCATCGGGCGTTTGATTTTGCTCGTGACCAAGAAGAAGCGTTAGCATGCTTGGCACAATATAAGCAAATAACGACAGTGTTAACTGCAGGAGGTAACTATAAAGCACCTGAGGCAATTTCGCAACTACAACAATTAATTGATTTGGCTGCGGATACACATCTAAATATGATGGTGGGGCATGGTTTAAAGCCAGCAACATTTGCTGATGTATATGAGCAAGTGAAGCCTCATGCATTCCACTTCGGTTCTGGCGTTAGAAGGAATGATTCATTCGCATATAAACTGGAACGCAGCAAGATACAACACATAAAGAATATACTCCAAAAATAA	MLLEVIATNLTDVIEAEQYGADRIELSPAMAEIGLTPSYGLLKKAVEAVHLPINVMVRPHSQSFVYNKYDIDTMKADIDLIKKMGANGIVIGSLTAEKKIDEEVLKQLLNVADDLEVTFHRAFDFARDQEEALACLAQYKQITTVLTAGGNYKAPEAISQLQQLIDLAADTHLNMMVGHGLKPATFADVYEQVKPHAFHFGSGVRRNDSFAYKLERSKIQHIKNILQK	PGPT0004085_1656	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE-COPPER_TRANSPORT,PGPT0004085-cutC-K06201	NA	NA
AK148_01044	567			hypothetical protein	ATGCGAGTTAAAAAGTTTTATTTTTTTCTAATTTTACTTGGATTAGTATCTACCTTATTCTTTTCTTCCAGTACTACATTTGCTCAACAAGCTCCATCTTTATCTTATATTAATGTAGCAGCAATTACTTCAGATGGGGACAACTATCAATGGCATTATCCTGAATCAGAATATTTAAGTACTGGTTATACTGCTAGCGGAAATGAAGTAATATTAGCTATTTATGTAGAGGGTTACACATTATCTAGTTCGCCAAGAGTATATGTGGATGATGTTGACATTACAAATGATATTTATGAACCTCTCCCTAGAGAAGATATACTTGGACCAGGCAATCTTGTCTATGGACACATTTATTATAAAGCTATTCCGTTAGAATATTTTAAAAATAAAGATGTTGGTGTAGTGACTCTTTTTGCAAGAGATATTCATGATCCAATTAATGTAACACGCTCAGTAACTCGAAACTTTAATATTAAGTGGAATACAAATTATAAAAACGCCAAAACCGTTCCTGATTTTGTGAATATAAGCAATAATTTGAAGGGAATTGATTTACATGATTAA	MRVKKFYFFLILLGLVSTLFFSSSTTFAQQAPSLSYINVAAITSDGDNYQWHYPESEYLSTGYTASGNEVILAIYVEGYTLSSSPRVYVDDVDITNDIYEPLPREDILGPGNLVYGHIYYKAIPLEYFKNKDVGVVTLFARDIHDPINVTRSVTRNFNIKWNTNYKNAKTVPDFVNISNNLKGIDLHD				NA	NA	NA	NA	NA
AK148_01045	336			hypothetical protein	ATGATTAAAAGTTTTAGTTCAGAACAGTTAAGTGCTTTTCAAGCTTATACTAGATTAACAGTCGTTGCTCATGTGAAAGGACAAAGGGAACATAGTAGTGCTTATAGTAATAATCAAGTTAGCTTTAAAGAATTCCAAGAAGTTCTTGAACAAGAGGAAATTGTTAATCAATCTTTATCAAGAGAGGTAGACCAATGGGTAAAAGATCATAGTAAACTTCAAGTACAAAATCATAATAATCTTGACATGGAGACTAAAACAATGGGTTATGTTGGAAAAGCATATGAATTAGGATTCGTTGATGTAAATGGCCATTTATATCAAGCAAAAACATAA	MIKSFSSEQLSAFQAYTRLTVVAHVKGQREHSSAYSNNQVSFKEFQEVLEQEEIVNQSLSREVDQWVKDHSKLQVQNHNNLDMETKTMGYVGKAYELGFVDVNGHLYQAKT				NA	NA	NA	NA	NA
AK148_01047	699	tenA_2	COG0819	Aminopyrimidine aminohydrolase	ATGATGCAACAACTATTTACAGATCGTTTATGGAAAAAGGTAGAGCCAATTTGGAAATCCTATTTGGAGCATCCATTTGTAAAAGGGTTAGGAGAAGGTTGGCTTGATAAGGAAAAGTTCAAGCACTGGATGAAGCAAGACTATATTTATTTAATAGAATATTCTCGCTTGTTTGCACTAGGAAGCGCGAAAGCACATGATTTATCAACAATGACAACGTTTGCCAATTTACTTCATGGAACCTTGCATATGGAAATGGATTTACATCGTAACTATGCAAGCAAGTTTGGCATAACTGCTGATGAATTAGAAGAAACAGAAGCGGCGGCAACAACGACTGCATACACAAGTTATATGCTAAATGTGGCACAACAAGGTGGCATAGAAAATACAGTCGCCGCCGTACTGGCTTGTGCTTGGAGTTATAATTACATTGGCAAAGCATTGGCAGCCTGGCCAAACGCCTTGGAACATGAATTTTACGGCAATTGGGTACAAATGTATTCCTCCGAAGATTTTACAGCACTTGCTAACGACTGCATTGATTTAATAAATACAATTGCGGAAGATAAACCAGAACACGAGTTAGCCATCTTGGAAGATATCGTTGTGAAAACGAGCTATTTTGAATATATGTTCTGGGATATGGCAGAACATCAAGCCATGTGGCCTATCCCTGTAGCTGCCCAAAACTTATAA	MMQQLFTDRLWKKVEPIWKSYLEHPFVKGLGEGWLDKEKFKHWMKQDYIYLIEYSRLFALGSAKAHDLSTMTTFANLLHGTLHMEMDLHRNYASKFGITADELEETEAAATTTAYTSYMLNVAQQGGIENTVAAVLACAWSYNYIGKALAAWPNALEHEFYGNWVQMYSSEDFTALANDCIDLINTIAEDKPEHELAILEDIVVKTSYFEYMFWDMAEHQAMWPIPVAAQNL	PGPT0009055_384	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
AK148_01048	654	walR_2	COG0745	Transcriptional regulatory protein WalR	ATGGTGCGAATACTAATCGTTGAAGATGAAAAACCAATATCTGACTTAATAAAAATGAGTCTCGGAGATGCAGGGTATGAATGTTTCTGTGCCTATGATGGAGAACAAGCTGCTGATATGATCGAAGCAAATCATTTTGATTTAGCAATTTTAGATATTATGCTCCCCAAAATTAATGGCTATGATTTACTAGAATATATCCAGCCTTACGATATACCAGTCATATTTTTAACTGCCAAATCAGATGTAACGGATAAAGTAAAAGGGTTAAAGCTTGGAGCGGAAGACTACCTAACGAAACCTTTTGAAATCGTAGAATTACTAGCCCGAGTGGAAACTGTTTTACGCAGATATGATAAAAACAAACGATTTATCGAATTGTTTGATATAAAAATAGATACGCTTTCCAGAGTCGTAACCAAATCAGGAAAAACTGTTAATCTAACAGCGAAAGAGTACGACTTATTATTATTATTTATCAACAATAAAAATATTGCTCTATTTCGGAGTAACATCTCTATGAAAGTTTGGGGAGAAGATTTTGTCGGCGAAAGCAGGACGATTGACCTGCACGTACAACGTATGCGACAAAAGCTTGGTTTAAAGGATAAAATCGTAGCAGTCTATAAGGTGGGCTATAGACTGGAGGTATAG	MVRILIVEDEKPISDLIKMSLGDAGYECFCAYDGEQAADMIEANHFDLAILDIMLPKINGYDLLEYIQPYDIPVIFLTAKSDVTDKVKGLKLGAEDYLTKPFEIVELLARVETVLRRYDKNKRFIELFDIKIDTLSRVVTKSGKTVNLTAKEYDLLLLFINNKNIALFRSNISMKVWGEDFVGESRTIDLHVQRMRQKLGLKDKIVAVYKVGYRLEV	PGPT0002665_1896	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
AK148_01049	1446	rcsC_3		Sensor histidine kinase RcsC	ATGAAATTATTTTGGAAAATATTTTATTCCACGATGATCGTATCTGTCTCCTGCTTCAGCATTGGAAGTTATATATTAATTGACTCCGCTTTTCAAGATTCTATCAAGCGCGAAGCCACTTCTGTATTTGAGGAAAATGATATTTTAAGATACTCGCTACAAAAAGAATTACGAGAGGCTTCCGTATCGGATTTTTACTTCGCTGATGAAAAAAACAAGGAATCAGCATCTAATGAAGAGCTACTTATAACCGTTGCCTCCTCCTTAACCATTTATGAATCTGGTGGAGAACTTACTTTTCGCATTAGTAACCAGGACGGAGATATCGTATACGATAATTTTAATGAAGATTTAAGTAACGATGCCGTTACACAAGTATCGAATCAATCTAAAGGCTACCAAGTAAAAAATGTTAATGGGAAATATTTTCTTCACGCTATGACACCACTTCAATTACATGAAGATTTATTCTACATTGAAAACTTTCGAGAAATATCCGATATTTTTGCGAGTAAAAATGACCAATGGACAATGTATATGTATATTACGCTGCTGATGATTGGAATAGGTGCAATCGTCATGCTAGTCACTGCATGGCTACTGACAAAACCGATCTATAAATTATCGAAAGCAACGAAACAGATTGCTAAAGGAAATTTTGAAGAACGAACGATTGTTAGCAGCTATGTCGAGGTTGAGGAATTATCCCGCAATTTTAATTTTATGGCTGAACATATTGAAGAAATGATTTCTCAGTTAAAAGAAGCCAATCAAAGACAAGAAACATTTATTGGGAGTATTAGTCATGAATTAAAAACACCACTTACTACCATGATTGGTTATGCAGATATGCTTCGCTCTAAAAAGTTAGATTCAGAACAAACATTTATGGCAGCGAATTATATTTTTCAAGAAGGAAAGCGAATTGAGGAGTTAACAATGAAATTACTCGATTTGTTGGTATTAAAAAAACGAGATATTGAAACAAAACCCATAAAAACAACTGCCTTTTTCAGCCCCTTGCAACAGTACATGGAACCTATTTTTGAAAAAGCAAACATGGAATTTTATGTGGAAGCAGAAGAAGCTATGATACTTATTGAGCCCGATTTAATGCGAACCGTTTGTACCAATTTACTCGATAATGCAAGAAAAGCAATCGATCATGATCATGGAAAAATTAAGCTCCATGGCTTTATCCACCAAAACGACTATCACATCCGTATTTGTGATAATGGAAAAGGTATTCAAGCAGATGAAATGGCTAAAATTACCGACGCTTTTTATATGGTTGATCAATCAAGAGCAAGGGTACAAGGAAGTGTTGGCTTAGGACTTGCTATTTGCAGTGAGATTATCCATTTACACAAAGCTGAACTGACATTTGACAGTGAGTTTGGAAAAGGTACTTGTGTGACAGTAATAATTAAAGGTGTGAAGCGATGA	MKLFWKIFYSTMIVSVSCFSIGSYILIDSAFQDSIKREATSVFEENDILRYSLQKELREASVSDFYFADEKNKESASNEELLITVASSLTIYESGGELTFRISNQDGDIVYDNFNEDLSNDAVTQVSNQSKGYQVKNVNGKYFLHAMTPLQLHEDLFYIENFREISDIFASKNDQWTMYMYITLLMIGIGAIVMLVTAWLLTKPIYKLSKATKQIAKGNFEERTIVSSYVEVEELSRNFNFMAEHIEEMISQLKEANQRQETFIGSISHELKTPLTTMIGYADMLRSKKLDSEQTFMAANYIFQEGKRIEELTMKLLDLLVLKKRDIETKPIKTTAFFSPLQQYMEPIFEKANMEFYVEAEEAMILIEPDLMRTVCTNLLDNARKAIDHDHGKIKLHGFIHQNDYHIRICDNGKGIQADEMAKITDAFYMVDQSRARVQGSVGLGLAICSEIIHLHKAELTFDSEFGKGTCVTVIIKGVKR				NA	NA	NA	NA	NA
AK148_01050	729			hypothetical protein	ATGAAAAAGAAAAAAATACACCTTACCAACATTCTTTTAGCCATCATAGGGGTAAGTATTGCTTTCTTACCATTTATTTTAAAAAATGTTCAAGAGGAGCGTTTGTTGAATCATATTTTTGTATCAGATTTCCAAACAGAAGAAAAACAAGTGAATGATAATCAAACGACATCCATTGAAGAAAAGTTAAAATTAATCGTTAATCATTATGACGGAAATGAAAACATTGCCATCATTGAAAAAAGTAATGATGAGACGAAAAGAGCTGAATACCTTTCTAAGGGAATTAATGAAATCAAAGAACTGCAAAACAAAGGGTTGTTTCCACAAATTGATATGCAACCTGAATTCACGATCATTAATTCCAATATCAAAACATTTTTAAATACACAACATCCCCAGCACACAGTAACCATCTGGGAAGCTTTCTTTTCCACTAATGGTGTAGAAATAAATATATCAATGGACACCCAAACGAATAAAATCTATGAGTATCGAGTGAGCCCAAATAATAATAAACCCTTATCTATAACTGATCATGATCAAACTACTACAAAATTAGCTAATTATTTTAATGTGAAAGTAAGTGAAAAAAAATTAATCGATAAAAGAACGGAAAAAATATATACGCTAGCGGACGAAGACGTCTTCATTTCCTTTTTTTCCGATAGGTATTTTGCAAGTTTCTATTTAATTCCTGCATTTGAAGCAGAAAAGAGGCCATTTTGA	MKKKKIHLTNILLAIIGVSIAFLPFILKNVQEERLLNHIFVSDFQTEEKQVNDNQTTSIEEKLKLIVNHYDGNENIAIIEKSNDETKRAEYLSKGINEIKELQNKGLFPQIDMQPEFTIINSNIKTFLNTQHPQHTVTIWEAFFSTNGVEINISMDTQTNKIYEYRVSPNNNKPLSITDHDQTTTKLANYFNVKVSEKKLIDKRTEKIYTLADEDVFISFFSDRYFASFYLIPAFEAEKRPF				NA	NA	NA	NA	NA
AK148_01051	1017			hypothetical protein	ATGAAACGGAAACATATTATCAGCTTTATCGTTTTATTATTCGTATTAGTATTTACATCAGCATGTGGGAATGACGATAAAGAACAACAAGCAGATAAGCAGTCCAAAGCCGAGGATCACACAGAAAATACAATGGAGGAATTACAACTGCCTGAAGCGACATTGCAAAAATTAGATAGCGGAGAAGATGTTAAGGCATTACAGCTTGATTTAAAAGAAATTGGCTATGATATAAAAGATAATGGTGATTTTGATGCAGCTACAGTATGGGCCATTACTGATTTACAAATGCAGAAAGGTTTACCTTTGACTGGTATATATGAACAAGAAACAGCAAAGGTAGTGAAGCAATTGGTTGAAGATGGAAATCATGATTTTGAACCTGGAAAAAAACTACCTGCAAAAGCAGAGCCTGCTACAACAGATAGCGGCACTAATGTAATTGCAAATCCGTATGAACAATTGGTGTTAGTAAATAAGGAAAATGCATTACCAGCAGATTATACACCTGTTGATTTAGTGGTACCCGACATAAATTATCCTTTTACAGAAGATTTACCGAAAAAGAAAGTGCGTAAAATTGCAGCTACAGCAATTGAAGATTTGTTTGCCGCTGCAGATAAGGCGGGGCTAGAGTTGTTTGCTCAATCAGGATATCGTTCTTATGATCGCCAAGAAACAGTATTTGCATCTAATGTCCAATCGTTAGGAGAAGAACAAGCTAACCAAGTAAGTGCTCGACCAGGGGAAAGTGAGCATCAGACAGGTTTAACGATGGATGTGACAAGTAGAGACGTTGGTTTTCAATTAAATGAAGAATTTGCTGAAACTGACGAAGGCAAATGGCTAGCGGAAAATGCAGCTAAATACGGTTTTATTATTCGCTTTCCTAAAGGAAAAGAAGAAATTACGCAATATCAATATGAGCCATGGCATATTCGTTATGTAGGTAAGAAGGCTGCTAAAGAAATAACAGAGAATGACTTAACATTAGAAGAATATTTGACAGCAGAATAA	MKRKHIISFIVLLFVLVFTSACGNDDKEQQADKQSKAEDHTENTMEELQLPEATLQKLDSGEDVKALQLDLKEIGYDIKDNGDFDAATVWAITDLQMQKGLPLTGIYEQETAKVVKQLVEDGNHDFEPGKKLPAKAEPATTDSGTNVIANPYEQLVLVNKENALPADYTPVDLVVPDINYPFTEDLPKKKVRKIAATAIEDLFAAADKAGLELFAQSGYRSYDRQETVFASNVQSLGEEQANQVSARPGESEHQTGLTMDVTSRDVGFQLNEEFAETDEGKWLAENAAKYGFIIRFPKGKEEITQYQYEPWHIRYVGKKAAKEITENDLTLEEYLTAE	PGPT0024055_192	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
AK148_01052	714			hypothetical protein	TTGATGGAGCAAAGGAATGTCATCAAATATATAATTATATCTCTGTTATTCATTTTATTAGCAGCATGTGGAGATAATGACTTTGCGGAATGTAAGACGAAGACAATAGGCGAAACAGAACAAGAAACATTAAATGCTACAACGGATTCAGGCGAATTGAGCGGGCATACAGTAATGGTCGACCCTGGACATGGGGGAAGAGATCCTGGTTCAATTGGAATTAATGACATATATGAAAAAGATTTAGTTACAAATACAACAAAACCGATAGAAAAAGCGTTACGTGAAGTAGGAGCTAATGTTATAATGACTAGGACAGAAGATGTAAAAATACCGTTAAAAGAAAGAAGAAACATGAGTAATGAAGCAATGCCGGACGCTTTTATCAGTATTCATTACAATTCATTTGAGGATCCTAGCGTAGGTGGCTTTCATACGTATTATTATTCCCAAGAAAAGGATTATCGGTTGGCACAGAGCATCCACCAGTCCCTGGGTAATGCCATCTCATTAAAGGATAGAGGGATACTCGAAGATAGCTATGCTGTATTAAGAAACAATGAAGTACCAGCTATTCTTTTAGAACTAGGGTTTATGAGTAACCCCGAAGAATTAGCAGTTATTCAGTCTGATGAATACAGTCAAACGGTTGCAGAAGCAATTGTACGTGGGTTAAATAATTACTTTGAAACAAATGAAAATATTTCAAGCTAG	MMEQRNVIKYIIISLLFILLAACGDNDFAECKTKTIGETEQETLNATTDSGELSGHTVMVDPGHGGRDPGSIGINDIYEKDLVTNTTKPIEKALREVGANVIMTRTEDVKIPLKERRNMSNEAMPDAFISIHYNSFEDPSVGGFHTYYYSQEKDYRLAQSIHQSLGNAISLKDRGILEDSYAVLRNNEVPAILLELGFMSNPEELAVIQSDEYSQTVAEAIVRGLNNYFETNENISS	PGPT0024160_6965	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448	NA	NA
AK148_01053	1326	malH_1	COG1486	Maltose-6'-phosphate glucosidase MalH	ATGAAACAATTTTCAATTACAATTGCTGGTGGAGGTAGTACATTTACGCCTGGGATTATATTAATGCTCTTAGAAAACTTGGATCGTTTTCCAATTAAAGAAATAAAGCTGTATGATAATGATGAAGAACGTCAAGGAACTGTAGCAGGAGGTTGTAGGATCTTATTAAAAGAAAGAGCTCCACAAATTAAGTTTGTTGAAACGGTTGACCCGAAAGAAGCATTTAGTAATATTGATTTTGTCATGGCTCATATCCGTGTTGGTAAATATGCAATGCGTGAAAAAGATGAAAAAATACCACTAAAATATGGTGTTGTCGGTCAAGAAACATGTGGACCAGGTGGAATTGCATATGGTATGCGTTCCATTGGACCAGTTATTGAACTTGTTGATTATATGGAAAAATATTCACCAGATGCATGGTTCTTAAATTATTCAAACCCTGCAGCTATTGTAGCAGAAGCAACGCGTCTTTTACGTCCAAATTCCAAAATATTAAATATATGTGATATGCCAATTGGTATTGAAGAATTAATGGCTGCATCTATTGGACTATCTTCTCGTAAAGAGATGGAAGTGAAATACTTTGGATTGAACCATTTTGGATGGTGGTTTGATATTCGTGATAAAGAAGGAAACGACCTCATGCCTAAAATTCGCGAGCATGTTTCTAAACATGGCTATGTAACAGTAGATGAGAGTAAACAGCATTCAGATGCTAGCTGGAACAGTACATTTGCTAAAGCAAAAGATGTACAAGCCCTTGATCCGAATACCGTTCCAAACACGTATTTAAAATATTATTTCTATCCAGATTATGTCGTAGAACAGTCGAATCCAGAGTATACACGAGCGAATGAAGTTATGGACGGACGTGAAAAGTTTGTATTCGGTGAATGTCAAAAAATAATTGATAACCAAACAGCAGAAGGAACAGAACTAGAAATTGATGAACATGCTTCTTATATCGTAGATTTGGCTCGTGCAATTGCTTATAATTCAAAAGAACGCATGCTCCTTATTGTTGAAAACAACGGTGCAATAAGTAATTTTGAACCGACAGCGATGGTAGAAGTCCCATGTATCGTTGGTAGCCAAGGTCCTGAGCCACTTGTTATGGGAGAGATTCCTCGCTTTCAAAAAGGGTTAATGGAACAACAAGTCGCAGTTGAAAAGCTTGTCGTTGAAGCTTGGGCAGAAAAATCATATCAAAAACTATGGCAAGCATTGACATTATCTAAAATTGTTCCAAGTGCAAAAGTAGCGAAAGATTTATTAGATGATTTATATGAGGCGAATAAAGCGTATTGGCCAGAACTATCTTAA	MKQFSITIAGGGSTFTPGIILMLLENLDRFPIKEIKLYDNDEERQGTVAGGCRILLKERAPQIKFVETVDPKEAFSNIDFVMAHIRVGKYAMREKDEKIPLKYGVVGQETCGPGGIAYGMRSIGPVIELVDYMEKYSPDAWFLNYSNPAAIVAEATRLLRPNSKILNICDMPIGIEELMAASIGLSSRKEMEVKYFGLNHFGWWFDIRDKEGNDLMPKIREHVSKHGYVTVDESKQHSDASWNSTFAKAKDVQALDPNTVPNTYLKYYFYPDYVVEQSNPEYTRANEVMDGREKFVFGECQKIIDNQTAEGTELEIDEHASYIVDLARAIAYNSKERMLLIVENNGAISNFEPTAMVEVPCIVGSQGPEPLVMGEIPRFQKGLMEQQVAVEKLVVEAWAEKSYQKLWQALTLSKIVPSAKVAKDLLDDLYEANKAYWPELS	PGPT0014100_342	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0014100-glvA-K01232	NA	NA
AK148_01054	1608	malP_1	COG1263	PTS system maltose-specific EIICB component	ATGAATGCAATCCGTAGATTTGGAAGTGCCATGATTGTACCAGTGCTCTTATTTCCATTTTTTGGTATAGTGGTAGGTTTGGCAACATTGTTCAAAAATGAGGCTGTCATGGGAGATTTGGCTAACCCAGATGGACTATGGTACCAAATTTGGACATTAATCGAAAATGGTGGTTGGACCGTATTTAATCAAATGGAGCTTGTATTTGTTATTGGGCTTCCAATATCTCTGGCAAAGAAAGCGCCAGGTCGTGCTGTTCTTTCGTCTGTCATGGGTTACTTAATGTTTAACTACTTTATTAACGGCATTTTAACGATTTGGGGGCCAGCATTCGGTGTCGACTTTGCTAGTGAAGTCGGTGGTACAAGCGGATTAAAAGAAATTGTTGGTATTAAAACATTAGATACGAACATTATCGGTGCCATATTTATTTCTGCGCTCGTTATCTGGTTACACAATCGGTATTATGAAAAGAAATTGCCAGAATCCATTGGGATTTTTCAAGGTGGACCATTCGTAGTAATGATCTCTTTCTTCTTAATGATTCCACTTGCTTTTCTTACAAGCTGGATTTGGCCAATGGTGCAAAATGGTATTGCATCTTTACAAGACTTTTTAGTTTCGTCCAGTTATATCGGTGTATGGCTGTTTCACTTCTTGGAGCGAATTTTAATTCCGACGGGGTTACATCATTTTATTTATACACCATTTGAATATGGACCAGCTGTAGTTGACGGTGGTATGAAGTCGTATTGGATCTCTCATTTAACAGAGTATTCACAGTCTACTGATGCATTACATGATATCTTCCCAGGTGGTGGCTTCTTGTTACAAGGAAACATCAAAATGTTTGGTTCCATCGGTATTGCACTTGCGCTTTATCATACAGCAAAACCAGAAAAACGTAAAAAAGTAGGTGCATTATTATTTGCAGCAGCGTTAACCGCTGTATTTGCAGGTATTACTGAGCCACTTGAGTTTACATTCTTATTTATTGCTCCATACTTATTTGCACTTCATGCAGTTCTTGGAGCAACTATGGTTACGATTATGCATGGATTTGGTCTAGTTGGTAATATGGGTGGCGGATTAATTGAAATAGCCGCAACAAACTGGGTACCGCTTATGGGAAACCATTGGGGTGTGTACATAGCTCAATTTATCATTGGAATCCTCTTCATTGTCATTTATTACTATACCTTTAAGTTTTTAATTTTGAAGTTTGATATTCCAATGCCAGGTCGAGAAAAGGAAGACAATGGCGAAACAAAGCTGTACACCAAACAAGACTATAAAGCAAGTAAAGCAGAATCTGAAAACGACGTAGCTCATGCAGAAAAAAAATACAACAATGAATATGAGCGAAAAGCAGCTATCTATCTTCAAGGTCTTGGTGGTGCAGAAAATATAGAAGATGTTACAAATTGTGCAACGCGTTTACGTGTCACAGTATATGATCCAAATAAAGTCGAGGATGACATGTATTTTAAAGAATATGGGGAAGCCCACGGCGTGGTAAGAAATAACAAGAGTATTCAAGTCATTGTTGGATTATCCGTGCCACAAGTCCGTGATTCCATAGATACATTTTTAAATCAAAAGCAGTAA	MNAIRRFGSAMIVPVLLFPFFGIVVGLATLFKNEAVMGDLANPDGLWYQIWTLIENGGWTVFNQMELVFVIGLPISLAKKAPGRAVLSSVMGYLMFNYFINGILTIWGPAFGVDFASEVGGTSGLKEIVGIKTLDTNIIGAIFISALVIWLHNRYYEKKLPESIGIFQGGPFVVMISFFLMIPLAFLTSWIWPMVQNGIASLQDFLVSSSYIGVWLFHFLERILIPTGLHHFIYTPFEYGPAVVDGGMKSYWISHLTEYSQSTDALHDIFPGGGFLLQGNIKMFGSIGIALALYHTAKPEKRKKVGALLFAAALTAVFAGITEPLEFTFLFIAPYLFALHAVLGATMVTIMHGFGLVGNMGGGLIEIAATNWVPLMGNHWGVYIAQFIIGILFIVIYYYTFKFLILKFDIPMPGREKEDNGETKLYTKQDYKASKAESENDVAHAEKKYNNEYERKAAIYLQGLGGAENIEDVTNCATRLRVTVYDPNKVEDDMYFKEYGEAHGVVRNNKSIQVIVGLSVPQVRDSIDTFLNQKQ	PGPT0016930_179	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION	PLANT_DERIVED_MALTOSE_DEGRADATION,PGPT0016930-glvC|malP|aglA-K02750	NA	NA
AK148_01055	648			hypothetical protein	ATGATGGCAAAAGTAAAGATTGAAAATCCAAATATCGATATTGATTTACCTGCCGCCTCTCTTCAAGATATATTTGAAAACGAGGACCCTTCTCTACGTCATTGCACAATTTCTACTTGCTCTGCTGAAATAAAAAACTATGATCGTACAGACTTTTCACAAGTCGTATTTAAACAGGTCAAATTAAATGGTTCCTCATTCAAAAACGTAGAATTAACAGACGTTATTTTTGATCACTGTGATCTATCCAATGTAGATTTTTTAGGGGCGATTATTCATCGGGTAGAATTCAAAGACACAAAGATGGTCGGAGTGAACTTAGCCGACGCCACGTTAAGAAATGTGCGTTTTGAAAATAGTATCATGCATTTAAGCTCTTTTAATTATAGTAGTCCGAAACAGATCATTTTTGATCATTGCTCTTTAAAAGGTGCGGACTTTTATGCCTGTAAATTTAATAAAGTTCAATTCCAGCACTGTGATATAAACGAAGTCAATTTTTCGCAAACACCACTAAAGAATGTAGACCTGAGTAATTCTACTTTTGAAAGATTAATTGTCTCTTTAGACGAACTGGAAGGTTGTATTATTTCTTCAGAACAGGCAGTAGCATTTGCCGCAATGTTAGGTTTAAAAGTAAAGGAATAG	MMAKVKIENPNIDIDLPAASLQDIFENEDPSLRHCTISTCSAEIKNYDRTDFSQVVFKQVKLNGSSFKNVELTDVIFDHCDLSNVDFLGAIIHRVEFKDTKMVGVNLADATLRNVRFENSIMHLSSFNYSSPKQIIFDHCSLKGADFYACKFNKVQFQHCDINEVNFSQTPLKNVDLSNSTFERLIVSLDELEGCIISSEQAVAFAAMLGLKVKE				NA	NA	NA	NA	NA
AK148_01056	756	glvR	COG1737	HTH-type transcriptional regulator GlvR	ATGAAACTAGAAACATTAATTAATAAAAATTACGAAAAATTAAACAAAAATGACCTGCATGTTCTCCAATACATACTGAGCCATCGGGAATCTTGCTATGATTTAAGTATTGTCGAATTAGCAAATGCTTGTTTTGCCTCTCGTTCATCCATTCATCGCCTAACGAAGAAACTTGGCTTTAGTGGCTATAGCGAATTTAGGGTTTTTTTAAAGTGGGAAGGGGAAACAAAACATCCAACAGATGACCTTATGGAGTCATTCCATTCAGATGTAGCGCAAACGCTAAAGAACTTGGATTCCGTTGATTTTGATACTATTAGCAAGTTATTGTACCAAGCAGGGAGAATCTATATACATGGCACAGGAACCGCTCAACTAATGTGTGCCAAAGATTGTCAACGTATGTTTTCTATTATTGAGACATTTATTATCCTTATTCACGACCAAGTGGAATTCGAAGCGATGTATAGGGGGATGCAGGATACGGATGTGGTCCTAATTATTTCATTATCTGGTGATACACCAACGCTGATTCCAAATATTAAACAGCTAAATGCCAAAGGGATTGATGTCATTACAATCACTAATTTAAAAAATAATAAACTCGCACAAATGTCCCCTAACAACATATATGCCACAACAACGCCTGGAGCAACCAAGGAGGGAACAGAAATCACTTCATTTGTCCCGTTCTATATTGCTATTGAAACGATGTACCGTAAATATATCGAGTATTGTGAGCAGCAAAAGAGATAG	MKLETLINKNYEKLNKNDLHVLQYILSHRESCYDLSIVELANACFASRSSIHRLTKKLGFSGYSEFRVFLKWEGETKHPTDDLMESFHSDVAQTLKNLDSVDFDTISKLLYQAGRIYIHGTGTAQLMCAKDCQRMFSIIETFIILIHDQVEFEAMYRGMQDTDVVLIISLSGDTPTLIPNIKQLNAKGIDVITITNLKNNKLAQMSPNNIYATTTPGATKEGTEITSFVPFYIAIETMYRKYIEYCEQQKR				NA	NA	NA	NA	NA
AK148_01058	639	dgk	COG1428	Deoxyguanosine kinase	ATGGCACACGTACCATTTATTGCTATTGAAGGACCAATTGGTATAGGGAAAACCTCCCTTGCTGAAAAATTGTCTGCTCATTTTCAATTTCATTTGCTAAAAGAAATCGTTGAAGAAAATCCATTTCTAGGAAAATTTTACGAAAATATTGAGGAGTGGAGTTTTCAAACAGAAATGTTCTTTTTATGCAATCGATTCAAGCAACTAGAAGACATTGACAAACAATACTTACGTAACGGAAAATCTGTCGTTGCTGATTATCATATATCAAAAAACATGATTTTTGCCAAACGTACTTTACCCGAAGATAAATTCGAGAAATACGAGAAAATTTATCATATTTTAACAGCAGATATGCCTGTACCGAATATGATGATTTATTTGCACGCAAGTTTAGATACCATTTTAGAACGTATCCGAAAACGTGGCAGGGAAATGGAACAACACATACAAGCATCCTACTTGGAACAGCTTGCAGCGGATTATGAAGACTTTATGAACCAATTTGAAAAACAGCACCCAAATATTCCAGTTATTCGTATTGATGGGGACAAGGTAGATTTTATTTGTTATCAACAACATTTAAATCAAATTATGAAACAAGTGTCCATGAATTTGAAGCAACTGAACTGCACATAA	MAHVPFIAIEGPIGIGKTSLAEKLSAHFQFHLLKEIVEENPFLGKFYENIEEWSFQTEMFFLCNRFKQLEDIDKQYLRNGKSVVADYHISKNMIFAKRTLPEDKFEKYEKIYHILTADMPVPNMMIYLHASLDTILERIRKRGREMEQHIQASYLEQLAADYEDFMNQFEKQHPNIPVIRIDGDKVDFICYQQHLNQIMKQVSMNLKQLNCT	PGPT0021655_478	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021655-dgk-K15518	NA	NA
AK148_01059	681	dck	COG1428	Deoxyadenosine/deoxycytidine kinase	ATGAACGCAAGAGAAAAATATCACATCCCTCATAATAGCATTATTACAATCGCAGGTACGGTCGGGGTCGGAAAGTCAACGATGACAAACGCTCTAGCAAAAGCATTAAACTTTAAAACATCGTACGAAAAAGTAGATACAAATCCATATTTAGAAAAGTTTTATGCTGATTTTGAAAGATGGAGTTTTCATCTCCAAATATATTTTTTAGCAGAACGATTTAAAGAACAGAAAAAAATCTTTGAATATGGGGGTGGCTTTATTCAAGACCGCTCTATCTATGAAGATACAGGCATTTTTGCAAAAATGCATTACGATAATGGAACAATGTCTAAAACTGACTATGAAACGTACACGAACTTATTTGAAGCAATGGTCATGACCCCGTATTTCCCACATCCTGACCTACTTATTTATTTAGAAGGTTCATTCGAAGCGATTATTGAAAGAATTCATGAACGTGGACGGGAAATGGAAAAGAACACGGATATTTCCTATTGGAAAGAATTGTATTATCGTTATCAAGAATGGATTAATAACTTCAACGCTTGCCCTATCCTGCGAATCGATATAGCTGATTATGACTTGATGAAAAAAGAAAACTCAATTGAACCTATTCTAGAGCGTGTCGGCCATTTTATCCAGCAATCTCGTCGTTGGAAATCTCGTGACCGTGTATAA	MNAREKYHIPHNSIITIAGTVGVGKSTMTNALAKALNFKTSYEKVDTNPYLEKFYADFERWSFHLQIYFLAERFKEQKKIFEYGGGFIQDRSIYEDTGIFAKMHYDNGTMSKTDYETYTNLFEAMVMTPYFPHPDLLIYLEGSFEAIIERIHERGREMEKNTDISYWKELYYRYQEWINNFNACPILRIDIADYDLMKKENSIEPILERVGHFIQQSRRWKSRDRV	PGPT0021370_61	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021370-dck-K15519	NA	NA
AK148_01060	810	proC		Pyrroline-5-carboxylate reductase	ATGGATAAAAACCTTGCATTTATTGGTGCTGGTTCTATGGCCGAAGCAATTATTTCTGGCTTAATTGAATCAACCATTATTGATAAACAGCACATTATGATAACAAATCGAACGAATCATCAAAGAATAACTGATTTAAAGCAGAAGTATCGCATAGACAGTATGCGTGATAAACAACAACTCATAGAATGGTCAGATGTCATTGTATTGGCTACAAAGCCGTGTGATATGAAAGAAGCACTTGCTTCTATTCAACCATATATAGAAGAGAGGCATTTGATTGTTTCGGTTACAGCTGGAATATCAACGGAAAAGATAGAGCAGTGGATTGGCATATCTGCCCCTGTTGTTAGAGCGATGCCTAATACTTCTGCTTCCATTGGTTTTTCAGCTACAGCTTTATGTACTGGAACGCATGCTTTAGAAGAACATATGCGCATAGCGAAGGAATTATTCGATACGATTGGAACAACCGTTCAAGTGGAAGAAAAAGAAATGCATCTGGTGACAGGAATTTCTGGAAGTGGACCGGCGTATATTTATTATCTTGTCGAAGCAATGGAGCAAACAGCTATTGAATCTGGGATGAGTCCAGAGACAGCTAAACAGTTAATTCATCAGACAGTGTTAGGTGCTGGAAACATGTTGCGTGAAACAAATGAAACGGCAGCAGAATTACGCAAGAAAATAACAAGTCCAGCAGGTACTACAGAAGCAGGAATCCAAACTTTAGCACAACAAAATTTTCAACAAGTAATAAGCAAATGTATTTATGCAGCAAGAGATCGTTCTATTGAATTAGGAGAATGA	MDKNLAFIGAGSMAEAIISGLIESTIIDKQHIMITNRTNHQRITDLKQKYRIDSMRDKQQLIEWSDVIVLATKPCDMKEALASIQPYIEERHLIVSVTAGISTEKIEQWIGISAPVVRAMPNTSASIGFSATALCTGTHALEEHMRIAKELFDTIGTTVQVEEKEMHLVTGISGSGPAYIYYLVEAMEQTAIESGMSPETAKQLIHQTVLGAGNMLRETNETAAELRKKITSPAGTTEAGIQTLAQQNFQQVISKCIYAARDRSIELGE	PGPT0014225_4127	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0014225-proC-K00286	NA	NA
AK148_01062	390			hypothetical protein	ATGAAGCCGTTAACCAAAAAAAGGATGAAGGCTCTTTTTATTGATGTAGCAATTTCTACCGCAGTAACTGTTGGGGTTGAATACGTTTTACGGAAAAAAGTAAAGAATGAGTTTATTCATACTGTAGTAACTCCAACCGTTGTCATGTGGTCGCTCGAGTACATACAACTAAAGCAGTGTAAACAAACGGTTGGTTATAAATTAATGGGACTAGAATTACGAAGCAAAACAGATTTTGAGTTGACGCCGACAAAACTTTTTAAACGAATGGCTTATCGTGATACGTTAAGTAACTTACAATACATTATTAACCGACATTCCTTTGAAGGAGAAGCGGGATCTGTACTTCCGCATGACAAGTATGCAGGTACGGTTGTAAAAGAGGTATAG	MKPLTKKRMKALFIDVAISTAVTVGVEYVLRKKVKNEFIHTVVTPTVVMWSLEYIQLKQCKQTVGYKLMGLELRSKTDFELTPTKLFKRMAYRDTLSNLQYIINRHSFEGEAGSVLPHDKYAGTVVKEV				NA	NA	NA	NA	NA
AK148_01063	1206			N-acetyldiaminopimelate deacetylase	ATGACGTTTACTACAGAAACGACAACGATTTGGAAACAGGAAATAGCAAAAAATATAGAAGCTAATAAGGAAAGATATATTCGAATTAGTCATGATATCCATGCTCATCCTGAAATTGGGAATCAAGAAACATATGCTGCTAAAATATTAACAGATATTTTAGTGGAATATGGCTTTGATGTTCAATTGGATGTAGCAGGTCATGCTACTGCGTTTATCGCTAGAAAGAAAAGTGCTTTGGACGGAAGGAGAATTGCCTTTTTAGCGGAATATGATGCTTTACCAGAGATCGGTCATGCATGTGGTCATAATATCATTGGTACGTTAAGTGTTAGTGCTGCTATTGCTTTAAGTCAAGTAATCGATGAAATAGGTGGTGAAGTAGTAGTCTTTGGGACGCCTGCTGAAGAAGGTGGACCGAATGGCAGTGCAAAAGGGAGCTTTGTTAAAGCTAAAATTACAGAAAGCGTTGATGCAGCCCTTATGCTTCACCCTGGTGCAGATACACGACTGACAGCTCCTACATTGGCAGTAGATCCGCTCGACTTTGAATTTTTCGGTAAAACTGCTCATGCATCTGCGCATCCAGATCAAGGAATTAATGCGTTAGATGGAGTTATTCAATTGTTTAATGGCATCAATGCTTTACGTCAACATGTTTCAAACGATGTACGGATACATGGCATTATTACAGATGGTGGTGACGCTCCTAACGTTGTACCTGGTTATGCGAGAGCTCGATTTTTCATTCGTGCGGCAACAAGGGAAGGTTTGAATCAAGTTACAGAGCGAGTAAAAGCAATTGCAGAGGGGGCTGCTTTAACAACAGGAGCAAAAGTAAAAGTATCTTCATTTCAAAATGGGGTAGATAATTTTATTATCAATGAGAGTCTTGACGACATTTTTAAAACGGAAATAGAGCATTTAGGAGAGACAGTACTTGAACGTCCTTCGCAAGCTTTAGGTTCGACAGATGCAGGGAATATAAGCCAAGTAGTCCCAACAATTCATCCGCATATTAAAATTGGCTCTAGTAGTTTAATTGGTCATACTGTTTCGTTTCGAGAAGCTGCCAAATCAAAGCAAGCAGATGAAGCATTAATTGTTGGAGCGAAAGCAGCGGCATTTACAGCGCTAAAATTGTTAACGGATGAAACAGCTTTTGACAGAGTAAGGAAGGAATTTCTTCATAAAACGGAGCAATAA	MTFTTETTTIWKQEIAKNIEANKERYIRISHDIHAHPEIGNQETYAAKILTDILVEYGFDVQLDVAGHATAFIARKKSALDGRRIAFLAEYDALPEIGHACGHNIIGTLSVSAAIALSQVIDEIGGEVVVFGTPAEEGGPNGSAKGSFVKAKITESVDAALMLHPGADTRLTAPTLAVDPLDFEFFGKTAHASAHPDQGINALDGVIQLFNGINALRQHVSNDVRIHGIITDGGDAPNVVPGYARARFFIRAATREGLNQVTERVKAIAEGAALTTGAKVKVSSFQNGVDNFIINESLDDIFKTEIEHLGETVLERPSQALGSTDAGNISQVVPTIHPHIKIGSSSLIGHTVSFREAAKSKQADEALIVGAKAAAFTALKLLTDETAFDRVRKEFLHKTEQ				NA	NA	NA	NA	NA
AK148_01064	819	metQ_2	COG1464	D-methionine-binding lipoprotein MetQ	ATGAAAAGATTAGCCATTTTATTTTCTTTATTGATTACACTGATTAGTATTAGCGCTTGTTCTAGCAGTGAAGCTAGTTCTACAGTAAAAGTTGGTATTAGCGGTTCTGATACGACGATTTGGGATTATGTAGCGGAAAAAGCTAAGGAGGAAGGGATAAACGTAGAAATTGTTCGTTTCTCCGATTATGTGCAACCTAATTTGGCTTTGGCTGAAGGGGAGATTGATGCAAATGCATTCCAAACGGTTTCTTATTTTGATGCGTTTATAAAAGAACATGATTTAGATTTAACACCAATTGCCACGACGGTCATTGCTCCAATGGGGTTATATTCGGAGAAACATGGTACACCGGAGGATATACCTAAAGGAGGGACGATTGCTTTAGCAAAAGAAGCTACCAATATGGGAAGAGGGTTATCATTATTACAGGATGCAGGTTTGATTAAATTAGCGGAAGACTTCGATGGCAATGGTGCTTTAGATAAAATCATTGACAACCCAAAAAATTTGCAATTTGAATTACTTGTTGCTGGGCAAACGCCAAGAGTCCTTCCTGATGTGGATGGTTCAATTATAAACAATGGAATAGCCGTAGACGCAGGATTAAGTCCATTGAAAGATGCTATATATCATGAGGATGAAACAGCGACAGCCTATATTAACATTATTGCTGTTCAGGAAAAGAATAAGGATGACCAAGTATTGACGAAGCTGGCAGAGATTTATCAAACCGAAGATGTAGCTAAATTTATTGAAAAAGAACGTGACGGAAATTCTATTCCAACTTTTGTGCCATTAAGTGAAATTGGCTACTAA	MKRLAILFSLLITLISISACSSSEASSTVKVGISGSDTTIWDYVAEKAKEEGINVEIVRFSDYVQPNLALAEGEIDANAFQTVSYFDAFIKEHDLDLTPIATTVIAPMGLYSEKHGTPEDIPKGGTIALAKEATNMGRGLSLLQDAGLIKLAEDFDGNGALDKIIDNPKNLQFELLVAGQTPRVLPDVDGSIINNGIAVDAGLSPLKDAIYHEDETATAYINIIAVQEKNKDDQVLTKLAEIYQTEDVAKFIEKERDGNSIPTFVPLSEIGY	PGPT0020510_3233	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020510-metQ-K02073	NA	NA
AK148_01065	651	metI_1	COG2011	D-methionine transport system permease protein MetI	ATGTTAGTTGATCAGGAACAACTCTTACAAGCTATATGGGAAACGGTCGTCATGGTTGGCGTATCATTGATTTTCTCCTTTTTTATCGGATTGGTATTAGGTGTGTTACTAGTTGTAACGAGAAAGGGGCACCTTTTGGAAAATCAAATTATTTTCACTATATTAAACGCAGGAATAAATATATTTCGTTCTATCCCCTTCATTATTTTAATGGTAGCCGTTATCCCATTCACAAGACTGATTGTTGGTACTTCGATTGGAACTGCCGCTGCCATTGTACCAATGATATTATTTGCTGGTCCTTATATTGCTAGATTAATCGAAAACTCGTTACTAGAAGTTGATCAAGGGGTTATAGAAGCAGCACAAGCCATGGGGGCAACGCCATGGCAGATTATGACTCGTTTTCTTTTACCAGAAGCATTAAGTTCTTTATTATTAGGCATTACGATTGCAACGATTGGTTTAGTAGGAGCTTCTGCAATGGCTGGGGCAGTTGGTGGTGGAGGCCTTGGTGATTTAGCTATAACATATGGCTACCAGCGTTTTGATACGGTTGTGATGCTCCTTACTGTAGGGATCCTTATTATTATGGTACAAGGATTACAGTCCCTCGGAAATTACTTAGCCAGACGAGTGCGACGAAGATAA	MLVDQEQLLQAIWETVVMVGVSLIFSFFIGLVLGVLLVVTRKGHLLENQIIFTILNAGINIFRSIPFIILMVAVIPFTRLIVGTSIGTAAAIVPMILFAGPYIARLIENSLLEVDQGVIEAAQAMGATPWQIMTRFLLPEALSSLLLGITIATIGLVGASAMAGAVGGGGLGDLAITYGYQRFDTVVMLLTVGILIIMVQGLQSLGNYLARRVRRR	PGPT0020515_3631	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020515-metI-K02072	NA	NA
AK148_01066	1146	metN_2	COG1135	Methionine import ATP-binding protein MetN	ATGATTAGAACATCTTTATTAATTGTGGCAAAGCTAGATGTATGGCAATTGTTTCACATGGAACAATTGCCATACAAAGCGATTTTAAGTGAAAAAGAATGGGGGATTGGTTCGATGATTATATTTGATCAGGTAACGAAAATTTATGAAGGAAAAGGTCATTCTGTAAAAGCATTACAAAACGTGGATTTACAGGTGAAAAAAGGAGAAATATATGGCGTGATTGGATTTAGTGGTGCAGGAAAAAGCTCGCTCATTCGCTGTATAAATGCTTTAGAACGCCCGTATTCTGGAAGAGTAATCGTGGATGGGAAAAATCTCTTACAATTAACTGCAAAAGAAGTACGTGAAGCAAAACGAAATATCGGTATGATTTTTCAACATTTTAATCTTTTACATTCAAAAACAGTGTTTACGAATGTAGCGATGCCCCTACTAGTGGCAAAACGCCCTAAAGAGGAAGTGAGAAAAAGAGTATTAGAGTTACTCGCTTTTGTCGGTTTAGAAGATAAAGCGAACAGTTACCCCGATCAGCTATCTGGAGGGCAAAAGCAACGCGTAGGGATAGCCCGTGCTTTAGTGACGAATCCGAAAGTGCTTTTATGTGATGAGGCAACATCTGCACTTGATCCAGAAACAACAAAAGCTATTCTTCAACTGTTAAAACAGGTAAATCAAGCATATGGAGTGACGATTTTAATGATTACGCATGAGATGAGTGCCATTCGAGAGATTTGTGATCAGGTTGCTGTTTTAGATCAAGGAAAAATAGTGGAGTCGGGCAGTGTATTTCAAGTATTTTCAAAACCAAAAACAGCGATTGCTGCTAAGTTTGTACGTTCTGTGATGAATGACCATATACCAGAGTCGATTTATGCTTTACTTCGTGAACAGCGAGAAGACCGGCATATATATCGCATTGTGTTTGTCGGTAATAGTGCAGGCGAGCCTTTATTATCACAAGTTGCTAAAACGTATACCGTAGATGTCAATATACTGTATGGCAGCATTACAGAATTACAGGGGATTCCTTTTGGCAATTTAATCGTTCAATTTTCAGGTGCGGAGAAGGAGATGAAACGTGCTTTGCTACATATTCATCAACAAAAGGTTACTGTAAAGGAAGTGTTAGCAGATGTTAGTTGA	MIRTSLLIVAKLDVWQLFHMEQLPYKAILSEKEWGIGSMIIFDQVTKIYEGKGHSVKALQNVDLQVKKGEIYGVIGFSGAGKSSLIRCINALERPYSGRVIVDGKNLLQLTAKEVREAKRNIGMIFQHFNLLHSKTVFTNVAMPLLVAKRPKEEVRKRVLELLAFVGLEDKANSYPDQLSGGQKQRVGIARALVTNPKVLLCDEATSALDPETTKAILQLLKQVNQAYGVTILMITHEMSAIREICDQVAVLDQGKIVESGSVFQVFSKPKTAIAAKFVRSVMNDHIPESIYALLREQREDRHIYRIVFVGNSAGEPLLSQVAKTYTVDVNILYGSITELQGIPFGNLIVQFSGAEKEMKRALLHIHQQKVTVKEVLADVS	PGPT0020520_488	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020520-metN-K02071	NA	NA
AK148_01069	1275	serS		Serine--tRNA ligase	ATGTTAGATATGAAATTTCTACGTCACCATTTCCAAGAAGTAAAACAAAAATTAGCGCATCGTGGTGAGGATTTGTCAGAATTAGATCATTTTGGCGAGTTAGATGAAAAGCGTCGTCAACTGATTTCCGAAACAGAGGAGTTAAAAGCGAAGCGAAATGAAGTATCGAAACAAATCTCTGTACTAAAACGAGAAAAGCAAGATGCTGAGCTTGCGATTAAAGAAATGCGAGAAGTAGGCGACCAAATTGCTGAGTTGGATAGTGAATTAAAGCAAATTAATGAACATTTAGAACAAATCATGTTGTCTATTCCTAATATTCCTCATGAAAGTGTACCAATTGGTGAAGATGAAGACGATAATGTCGAGGTGCGGAGTTGGGGAGAGAAGACGCCATTTTCCTATGAGCCAAAGCCTCACTGGGATGTAGCAACAGACTTAGACATCGTTGACTTTGAACGAGCTGGCAAAGTGACTGGGAGCAGGTTTGTCTTTTATAAAGGACTTGGTGCAAGATTAGAGCGTGCATTATGGAACCTTATGTTAGATTTCCATGTGGATGAACATGGCTATGAAGAAATGTTGCCACCGCAAATTGTGAATCGAACTAGTATGACTGGGACTGGGCAATTACCTAAATTTGCTGAAGACGCCTTTAAACTAGAAGAATGGGATTATTATTTAGCTCCGACTGCAGAAGTGCCAGTAACAAATTATTATCGTGATGATATTTTAAAGATAGATGATTTACCGAAAAAATTCGCTGCATTTAGTAGCTGTTTTCGTTCTGAAGCAGGGTCTGCTGGCAGAGATACAAGAGGTCTGATTCGTCAGCATCAATTTAATAAAGTCGAGCTTGTCCATTTTGTTAAACCGGAAGAGTCCTATGAGACATTGGAAGTGTTAACAAACCATGCAGAGAAAATATTACAGTTACTAGAGCTTCCTTATCGTGTGATGAGTATGTGTACCGGAGATTTAGGCTTTACAGCTGCTAAGAAGTACGATATAGAAGTATGGATTCCTAGTCAGCATACGTATCGGGAAATTTCTTCTTGCTCTAATTTTGAAGACTTCCAGGCTAGACGGGCTAATATTCGTTTTCGTAGAGAAGCAAAAGCAAAACCAGAATTTGTGCATACTTTAAACGGTTCTGGATTGGCTATTGGTCGAACTGTTGCAGCTATATTGGAAAATTATCAGCAAGAGGATGGGACGGTTGTAATTCCAAAAGCATTGCGTCCATATATGGGAGGAAAAGAGGTCATCAAATAA	MLDMKFLRHHFQEVKQKLAHRGEDLSELDHFGELDEKRRQLISETEELKAKRNEVSKQISVLKREKQDAELAIKEMREVGDQIAELDSELKQINEHLEQIMLSIPNIPHESVPIGEDEDDNVEVRSWGEKTPFSYEPKPHWDVATDLDIVDFERAGKVTGSRFVFYKGLGARLERALWNLMLDFHVDEHGYEEMLPPQIVNRTSMTGTGQLPKFAEDAFKLEEWDYYLAPTAEVPVTNYYRDDILKIDDLPKKFAAFSSCFRSEAGSAGRDTRGLIRQHQFNKVELVHFVKPEESYETLEVLTNHAEKILQLLELPYRVMSMCTGDLGFTAAKKYDIEVWIPSQHTYREISSCSNFEDFQARRANIRFRREAKAKPEFVHTLNGSGLAIGRTVAAILENYQQEDGTVVIPKALRPYMGGKEVIK				NA	NA	NA	NA	NA
AK148_01071	579	pdxT	COG0311	Pyridoxal 5'-phosphate synthase subunit PdxT	ATGACAACAATTGGAGTCCTCGCACTGCAGGGGGCGGTACGCGAACACATCCGCTCCATTCATGCATGTGGGGCTAACGCTGTAGAAATAAAAAGAAAAGAACAGCTAGAAGAAATCGATGGGTTAATTTTGCCTGGTGGTGAAAGTACGACTATTAGACGATTAATGGATAGTTATGGAATATTCACAGCAATTCAAGATTTTGCCGACAAAGGTAAACCTATTTTTGGTACTTGTGCTGGCTTAATTATCATGGCAAAATCAATTGTAGGACAAGCAGAAGGACATTTAGGTCTGATTGATATGACTGTTGCTAGAAATGCATTTGGTCGTCAAGTGGCCAGTTTTGAGGCAGAATTAGATGTAGCTGGAATCGCAGAAGATTTTCGTGCAGTGTTTATCCGCGCCCCATACGTAGTGGAAGTCGGAAAGAATGTTGAAGTTCTAGCTACGTATGATGAGCATATTGTTGCTGTTCGTCAAGGTCCTTTTATGGCTACAGCCTTTCATCCTGAATTGACGGATGACCATAGATTCATTTCTTACTTTATTGATTTGACAGCTACCACTAAATCATAA	MTTIGVLALQGAVREHIRSIHACGANAVEIKRKEQLEEIDGLILPGGESTTIRRLMDSYGIFTAIQDFADKGKPIFGTCAGLIIMAKSIVGQAEGHLGLIDMTVARNAFGRQVASFEAELDVAGIAEDFRAVFIRAPYVVEVGKNVEVLATYDEHIVAVRQGPFMATAFHPELTDDHRFISYFIDLTATTKS	PGPT0009185_1462	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
AK148_01072	885	pdxS	COG0214	Pyridoxal 5'-phosphate synthase subunit PdxS	TTGTCAAATATAGGTACAGAACGTGTAAAACGAGGTATGGCAGAAATGCAAAAAGGCGGCGTCATTATGGATGTTGTCAATGCAGAACAAGCTAAAATCGCTGAAGAAGCAGGTGCAGTAGCTGTTATGGCACTTGAACGTGTTCCTTCAGATATTCGAGCCGCTGGTGGCGTAGCTCGGATGGCAGATCCGACAATTACGGAAGAAGTACTTGGAGCTGTATCCATTCCAGTAATGGCAAAAGCTCGAATTGGACATATTACAGAAGCACGTGTTTTAGAAGCGATGGGTGTAGACTATATTGACGAAAGTGAAGTCTTAACTCCTGCTGATGATATTTATCATATTAATAAATCTGATTATACGGTACCGTTTGTTTGTGGTTGCCGTAATCTTGGGGAAGCAGCTCGTCGTATAGGCGAAGGCGCTTCGATGTTACGGACAAAAGGAGAGCCTGGTACAGGGAATATCGTTGAAGCTGTGCGTCATATGCGCCAAGTACAATCGGAAATTCGTATGGTGTCTTCTATGTCCCGTGATGAAGTTATGACTTATGCGAAGGAAATTGGTGCGCCATTTGAATTATTATTGCAAATTCGTGAAGAAGGTCGCTTGCCTGTAGTTAATTTTGCAGCAGGTGGTATTGCTACGCCAAGTGATGCAGCACTAATGATGGAATTAGGAGCTGATGGTGTATTTGTTGGTTCTGGTATATTTAAATCAGCAAATCCAGCTAAATTCGCCAAAGCTATCGTGGAAGCAACGACACATTATCAAGACTATAAACTGATTGCAGAACTTTCTAAAGATCTTGGCGATGCGATGAAAGGGCTAGATATGGCTACAATTGAAGCTCATGACCGAATGCAGGATCGTAGCGAGTAA	MSNIGTERVKRGMAEMQKGGVIMDVVNAEQAKIAEEAGAVAVMALERVPSDIRAAGGVARMADPTITEEVLGAVSIPVMAKARIGHITEARVLEAMGVDYIDESEVLTPADDIYHINKSDYTVPFVCGCRNLGEAARRIGEGASMLRTKGEPGTGNIVEAVRHMRQVQSEIRMVSSMSRDEVMTYAKEIGAPFELLLQIREEGRLPVVNFAAGGIATPSDAALMMELGADGVFVGSGIFKSANPAKFAKAIVEATTHYQDYKLIAELSKDLGDAMKGLDMATIEAHDRMQDRSE	PGPT0009180_1555	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
AK148_01073	1332	dacA		D-alanyl-D-alanine carboxypeptidase DacA	GTGAAACATGTTATGAGAAAAAGTTTCTTTATTTTTCTGGCAGCCGTTATAATGGCATTTTCTATCGCAATACAGCCATTATCTGCGCAAGCTTCAGAAGTAGATCTTGAAGCAGAATCTGCTATCTTGGTAGATGCAAATACAGGGAAAATTTTATTTGCTAAAAATGCGGATAAATTGTTTCCTCCAGCTAGTATGACCAAAATGATGACAGAGTACTTAGTATGGGAAGCTGTTGAAAAAGGTCAAATCAGCTGGGATACAACAACACAGATTAGCGACTACCCATACAGCATTTCCGCAGATTCAACTTTCTCCGGAATCGGATTAAAGCAAGCGAAGGATTATAAGGTAAAAGATCTTTATCATGCAATGGCGATTAATTCGGATAATGCAGCTACCATTGCCCTTGCAGAACTTATTGCCGGTTCAGAAGGAGAATTCGTCAAATTAATGAATAAAAAGGGAGAAGAGATGGGTCTGCCAGATTTTGAATTTGTCAATTCAACTGGAATTGAAAATGAATCATTAGGGGACAACCATCCAAAAGGGACAGATCCCAATGGAGTGAACTATCTCTCTGCGAAGTCTGCAGCTTTATTAGCTTACCATCTTATTCATGATTTTCCAAAGGCTTTAGAAATATCAAGTAAGCCGACCGTGAAATTTGATGGCAAGGAGCTTCGTAATTTAAATTGGATGCTCCAGCATGATAAAACGAATTTTGAAGAATTTTATTATGAAGGTGTTGACGGTTTAAAAACTGGTTTCACCGATTTAGCCGGCTATACCTTTACTGGAACTGCAAAAAAGGGAGATCGCCGTTTAATTTCTGTTGTCATGAAAACGAAAAGCGAAGCAAAGCGTTTTGAGCAAACTGCTAAATTACTAGATTACGGCTTTCAAAAATTTGAGAATACAGAAATTTTCCCTGCTGGATATCAATTGGAAGATAAATCCAGCATTCCGGTTATCAAAGGAAAGAAAGATGATGTAAGCATATCACTTGCTGAATCTGTATCTTTGCCAATTAAACCCGATGAAAAAGATTTATATGAAATAACATATACATTGGATAAGGAAAAATTAAACAAAGATGGACAACTAACAGCACCTATTAAAAAAGGTGAAAAAATAGGGACAGCTCAAATTACTTATAAAGCTGATAATGATTATGGGTATATAACGAAGGACAGTAATAGTACAGTTGATGTTGTAACGGACACTAGTGTGGAGAAATCAAATTGGTTTATGTTAACAATAGGAGCAATAGGTGATTTCTTTGTTGATTTATTTCATACAGTGGTAGACTGGATAAAAGGCTTGTTCTAA	MKHVMRKSFFIFLAAVIMAFSIAIQPLSAQASEVDLEAESAILVDANTGKILFAKNADKLFPPASMTKMMTEYLVWEAVEKGQISWDTTTQISDYPYSISADSTFSGIGLKQAKDYKVKDLYHAMAINSDNAATIALAELIAGSEGEFVKLMNKKGEEMGLPDFEFVNSTGIENESLGDNHPKGTDPNGVNYLSAKSAALLAYHLIHDFPKALEISSKPTVKFDGKELRNLNWMLQHDKTNFEEFYYEGVDGLKTGFTDLAGYTFTGTAKKGDRRLISVVMKTKSEAKRFEQTAKLLDYGFQKFENTEIFPAGYQLEDKSSIPVIKGKKDDVSISLAESVSLPIKPDEKDLYEITYTLDKEKLNKDGQLTAPIKKGEKIGTAQITYKADNDYGYITKDSNSTVDVVTDTSVEKSNWFMLTIGAIGDFFVDLFHTVVDWIKGLF	PGPT0024040_718	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024040-dacC|dacA|dacD-K07258	NA	NA
AK148_01074	1470	guaB	COG0516	Inosine-5'-monophosphate dehydrogenase	ATGCGTGAAGATAAGTTTGTAAAAGAAGGTTTAACTTTTGATGATGTCTTGCTAGTGCCAGCGAAGTCCGAGGTGTTACCGAAGGATGTAGATGTAAGTACAACGTTAACGGATAAAATTACATTAAATACACCGTTGATGAGTGCAGGGATGGACACGGTAACAGAAGCAAGTTTAGCTATTGCGATGGCGCGTCAAGGTGGTATTGGAATTATTCATAAAAATATGTCTATCGAAGAACAGGCAGAGCAGGTAGATCGGGTAAAACGTTCAGAAAGTGGCGTAATTACCAATCCATTCTTTTTGACACCAGAGCATCAAGTATATGATGCAGAACATCTTATGGGGAAATTTCGCATTTCTGGCGTACCTATTGTAAATAATGTTGAGGAACAAAAGCTAGTCGGTATTTTAACCAATCGTGATTTGCGCTTTATTCAAGACTATTCCATAGCTATTTCTGATGTGATGACGAAGGAACAGCTCGTAACTGCACCTGTTGGTACAACACTAGAAGAAGCAGAGAAAATATTGCAGCAATATAAAATTGAAAAGCTTCCACTAGTAGATGATAAACAAACTTTAAAAGGGCTTATTACCATTAAAGATATTGAAAAAGTGATTGAATTTCCTAAAGCAGCCAAAGATACTCAAGGAAGGTTACTCGTAGGAGCAGCTGTTGGTGTGACTGGTGATGCGATGAAACGAATTGAAAAGCTTGTAGAAGCCGGTGTAGATGTTATTGTCATTGATACTGCTCATGGCCATTCGAATGGCGTCATTGACCAAGTAAAAGCAGTACGAAAAATTTATCCTGATTTAGATATTGTAGCTGGAAACGTTGCGACGGCGGAAGCAACAAAAGCATTAATAGAAGCCGGTGCTTCCATTGTTAAGGTTGGAATTGGGCCAGGATCGATTTGTACGACTAGAGTAGTTGCAGGGGTTGGCGTTCCACAAATTACAGCTGTATATGATTGTGCAAAAGCTGCTGCACCATATGGCGTACCTGTTATTGCAGATGGTGGTATTAAATTTTCTGGGGATATTGTCAAAGCACTAGCAGCAGGCGCGCATGCTGTTATGCTCGGAAGTATGTTTGCGGGTGTTACGGAAAGCCCAGGAGAAACAGAAATCTACCAAGGTAGGCAGTATAAAGTGTATCGAGGCATGGGTTCAGTTGGGGCGATGAAAGCAGGCTCTAAAGATCGTTACTTCCAAGAGGAATCTGAGGCGAAGAAACTTGTGCCAGAAGGAATTGAAGGCCGTGTAGCATATAAAGGTCCTTTAGCAGATACGATTCATCAATTAGTAGGAGGGCTGCGTGCTGGCATGGGATATTGCGGTACGGCATCCATTGAAGCATTGCGCCAGGACGGAAAATTTGTTCGAATTACGAATGCTGGCTTAAGGGAAAGTCATCCACATGATGTACAAATTACGAAAGAGGCTCCAAATTATATCGTCTAA	MREDKFVKEGLTFDDVLLVPAKSEVLPKDVDVSTTLTDKITLNTPLMSAGMDTVTEASLAIAMARQGGIGIIHKNMSIEEQAEQVDRVKRSESGVITNPFFLTPEHQVYDAEHLMGKFRISGVPIVNNVEEQKLVGILTNRDLRFIQDYSIAISDVMTKEQLVTAPVGTTLEEAEKILQQYKIEKLPLVDDKQTLKGLITIKDIEKVIEFPKAAKDTQGRLLVGAAVGVTGDAMKRIEKLVEAGVDVIVIDTAHGHSNGVIDQVKAVRKIYPDLDIVAGNVATAEATKALIEAGASIVKVGIGPGSICTTRVVAGVGVPQITAVYDCAKAAAPYGVPVIADGGIKFSGDIVKALAAGAHAVMLGSMFAGVTESPGETEIYQGRQYKVYRGMGSVGAMKAGSKDRYFQEESEAKKLVPEGIEGRVAYKGPLADTIHQLVGGLRAGMGYCGTASIEALRQDGKFVRITNAGLRESHPHDVQITKEAPNYIV	PGPT0021445_2944	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021445-guaB-K00088	NA	NA
AK148_01075	948			hypothetical protein	ATGCTTCGTGAAGATATTTTTTTAACTTATTTACAATCGCAGCAAACAGCTCAATCCTACTTACACCATTGCTATGTAAAAAATAATGTAGTCGATGCAGAAGTAAATAGTTATCATAATTGCAACGCTTTTCTCTATTATATGGACCATGGAAAGCGTTTCTTTGAACAAGGGAGAAAGACAGAACTATTTATGCAGCCGATCCTTTATTTTTACGGCATGGTTCACCTTATTAAAGCTTGTTTATTAACAAAGCGTCCTCATTATCCAGAATCAACAAATTTATTAGCACATGGTGTAACTGCAAGAAAAAAGAAAAAGAAAAATTATCATTTTTTAAACGATGAAGTAAAGATACAGCATAATGGACTTTTTCCATACTTTTCAGAGCATTTATTTGCGCTAGAAACCCCGTTTGAAAAACGGAGTATGCAAAAATTACTCGCGCTCATTCCCGAAATGCAACCTGTTTTCCAGTTAGATCAGAATCCGCATTTAGCAGCTGTAGGAAGAATATCATCACCACTGTTAGAATTTCCAGTTCATTTGTTAGATAGCTATCACTTAACTGAAGCGGCTTTTATAAAGCGAATTCAAGCATACGTTCCTCCTATTAAATATACAGATACGGATAAGCAGAAGATTCGAATGGAGGTAGAGGAACCTATTTTAGAGCCTTGTGGACCATTTTTTATGCAACAACATTCAAAGGAATTATATTTCCCGGTCTATCGGGAAGATTTTTTCCCCATCCATGAGGTAATGGTTCACTACTTAGTCCTTTACAATTTAAGTATGCTCGGTCGCTATGAAACGGAATGGTGGGGCGACCTTTTTGTCCATAAAGCTGATGTTGATTTCCCTTATATATCACATTTTTTAGAATTGGCAGCTTGGAAAACACCAGCTTTACTTATGAATGAATTATACAAGCAACGCAAAATTTAG	MLREDIFLTYLQSQQTAQSYLHHCYVKNNVVDAEVNSYHNCNAFLYYMDHGKRFFEQGRKTELFMQPILYFYGMVHLIKACLLTKRPHYPESTNLLAHGVTARKKKKKNYHFLNDEVKIQHNGLFPYFSEHLFALETPFEKRSMQKLLALIPEMQPVFQLDQNPHLAAVGRISSPLLEFPVHLLDSYHLTEAAFIKRIQAYVPPIKYTDTDKQKIRMEVEEPILEPCGPFFMQQHSKELYFPVYREDFFPIHEVMVHYLVLYNLSMLGRYETEWWGDLFVHKADVDFPYISHFLELAAWKTPALLMNELYKQRKI				NA	NA	NA	NA	NA
AK148_01076	1068			hypothetical protein	TTGTGGGTTGAAACGAATGCACTTTCACCAGGTTGTGTGTTGCTTCGCGATGTGAAAGGCAAATCACACCGTGCTATTATTCCTAAGCATACAGTACTTACAGAGGAACATATTACTGTTTTACATAAGTTTCTCATTGAAAAAGTAGATGTTTCCGAAAAACAGGCTGAAGGTGACAAACAGAAAGAAATACAAACCGAAACGATAAAAGTGGCTATACATCCTACCACATCTTTTTCTAAGCACTATCAACGTACAGTTCAACAATACAAAAAACTATTTGCAAAATGGCAGAGCAGTGCGCGCATTGATATTACAGAAGTTCGTGCTTTCATCATACCATTATTAGATAACATGGAAGAGATAAGTAAGTATGTATTTAAATTGCATCATTATGCTAAAAAAGAAGATTATATTTATCATCATCATATAGCGGTGGCGATATTAGCAGCGTACATTGGTTATAAATCTGAATTTTCTAAAGGAGAATGGTTGCAATTAGGGTTAGGAGGATTGCTGAGTGACTGCGGAATGGCAAGGATAAATCCTACCATTATTGAAAAAGAGACTATGCTAACGGAAGCCGAAATGAATGAAATTAAAAACCATCCAACATATTCCTATCAATTCATTAAAAACGTGCCTATTCTAAAGTCAGACATAAAACAAGCCATTTCACAGCATCATGAACGACTTGATGGTAGCGGGTATCCTTTCGGGTTAACAGAAAGGAAAATCAATCGGTATGCTCGAATCATAGCTATTTGTGATACCTACCATGCAATGACGTGTGAACGTTACTATAAACAAAAGCAGTCTCCTTTCAAAGTTATCGAAGTATTGCAGGCCGAAAAGTTTACAAAGTTAGATCCAGAAATTATTCAGTTATTTATACAAATGATGACACAGTTTTCGATCGGTACGAAGGTGAAGCTATCCAACCAAAAAACAGCGGAAATTGTATTTACGGATGAAAAGAAACCAACTCGTCCTATGGTACGGTTAGAAGATAATCAAATTATTGCTTTAGAAAATTATCCAGACTTATTTATTGAAGTATTATTGTAA	MWVETNALSPGCVLLRDVKGKSHRAIIPKHTVLTEEHITVLHKFLIEKVDVSEKQAEGDKQKEIQTETIKVAIHPTTSFSKHYQRTVQQYKKLFAKWQSSARIDITEVRAFIIPLLDNMEEISKYVFKLHHYAKKEDYIYHHHIAVAILAAYIGYKSEFSKGEWLQLGLGGLLSDCGMARINPTIIEKETMLTEAEMNEIKNHPTYSYQFIKNVPILKSDIKQAISQHHERLDGSGYPFGLTERKINRYARIIAICDTYHAMTCERYYKQKQSPFKVIEVLQAEKFTKLDPEIIQLFIQMMTQFSIGTKVKLSNQKTAEIVFTDEKKPTRPMVRLEDNQIIALENYPDLFIEVLL				NA	NA	NA	NA	NA
AK148_01077	2490	gyrA	COG0188	DNA gyrase subunit A	ATGGCGGATCAACAACGTCCAAAAGTACAGGAAATCAATCTCGGAAAAGAGATGCGTACATCATTCCTAGATTATGCTATGAGTGTAATTGTTTCTCGTGCATTGCCTGATGTTCGTGACGGATTAAAACCTGTACATCGTAGAATATTATATGCAATGAATGATTTAGGTATGCATGCAGATAAAGCGTATAAAAAATCAGCACGTATTGTCGGAGAAGTAATTGGTAAGTATCACCCACATGGTGACTCAGCTGTATACGAAGCCATGGTGCGTATGGCACAAGATTTTAGCTATCGTAATATGCTTGTTGATGGGCATGGAAACTTTGGTTCGGTTGATGGCGATTCAGCAGCAGCTATGCGTTACACCGAAGCAAGAATGTCGAAAATTTCCATGGAATTACTAAGAGATATTAATAAAGATACCATTGATTATGTCGATAACTATGATGGTTCGGAAAGAGAACCTGTCGTTTTTCCAGCACGTTTTCCGAATTTGTTAGTGAATGGTGCATCTGGTATTGCGGTAGGTATGGCGACAAACATTCCACCACATAATTTAGGAGAAACGATCGATGCGGTACTCGCATTGAGCAAGCAACCAGATATTACGATTGATGAGTTAATGGGAGAGTATATTCATGGGCCTGATTTTCCAACTGCTGGGCAAATTCTTGGTCGTAGTGGGATTCGAAAAGCATATGAAACAGGAAAAGGTTCCATTACCGTTCGCGCAAAAGTAACAATTGAAGAGACAGCGAACGGGAAGCAGAGAATTATCGCTACTGAATTACCTTACCAAGTAAACAAAGCAAAATTAATTGAAAAAATTGCGGAGCTTGTTCGAGACAAGCGCATTGATGGTATAACGGATTTGCGTGATGAATCTGATCGTGACGGGTTAAGAGTCGTTATAGAACTTAGACGTGATGCTAATGCGAATGTTGTTTTAAATAATTTGTACAAGCATACCGCATTGCAAACGACATTTGGCATTAACATGTTAGCACTTGTTGATGGACGTCCAAAAGTGTTAACGATTAAACAATGTTTGGAGCATTATTTAGAGCATCAAAAAGTAATTATAAAACGACGAACAGCATTTGAATTACGCAAAGCAGAAGCAAGGGCACATATTTTAGAAGGATTGCGCATTGCACTTGACCATTTAGATGAAGTGATTACACTCATTCGTAACTCCAAAACGACAGATATTGCCCGTAACGGTTTAATGGAACGTTTTGATTTATCAGAAAAGCAAGCACAAGCCATTCTAGATATGCGTCTGCAACGCTTAACAGGCTTAGAACGCGAAAAAATTGAAGATGAATATAAAGAATTAAAGCAGCTCATTGAAGAATTGAAAGCCATTCTTGCAGATGAAGAAAAGGTTTTAGAAATTATTCGTGAGGAGCTTGCTGAAATCAAAGAACGTTTTAATGATGATCGGCGTACAGAAATCGTAATTGGTGGTAGTGATTTCTTTGAGGATGAAGATTTAATTCCTGAAGAAAATATTGTGATTACGTTAACGCACCAAGGTTATATTAAACGTCTTCCTTCTTCCACTTATCGCACGCAAAATCGCGGTGGCCGTGGTATACAAGGTATGGGAACAAACGAGGATGATTTTGTTGAGCATCTTGTCTCTACTTCAACACATGATACGATTTTATTCTTTACGAATAAAGGAAAAGTATACAAAGCGAAAGGGTATGAGATCCCTGAATTTAGTCGAACGGCAAAAGGAATACCAATTATTAATTTGTTACAAGTAGAAAAAGGCGAGTGGGTCAATGCAGTAATAACTGTTAATGACTATATGGAAAATCAATTTTTATTCTTTACGACGAAGCATGGTATTTCCAAGCGAACTTCGCTAGCGCAATTTGCTAATATCCGAAAAGGTGGTCTAATTGCAGTAGGTCTTAGAGAAGACGATGAACTTATATCTGTACGTCTGACAGATGGAATGAAAGATATCATGATCGCGACGAAAAATGGATATCTCATTCGTTTTCCTGAAGACCAAGTTCGTCCAATGGGAAGAAGTGCGGCAGGTGTAAAAGGTATTTCTTTACGAGAAGATGACGAAGTTGTATCGATGGAGATCCTACAAGAAGATGCGAATATTCTCCACGTAACGAATAAAGGTTTTGGAAAACAAACGCCAGAGTCGGAATACCGCACGACGAACCGCGGTGGGAAAGGTATTTTCACTTGTAATCTAACAGAAAAAACTGGTCACGTTGTTGCAGTTAAGGCGGTTTCTGGAGAAGAAGATTTGATGTTGATTACCGTAGCTGGTGTGCTTATTCGTATTCCAGTTGAAAGTATTTCGGTCACAGGAAGAAATACAATGGGAGTTCGTTTAATTCGTTTGCATGAAGATGAAGAAGTAGCAACAGTTGCTCGAATTGAACCAGATGAAGAAGAAAATACAGAACAAGAGCAAGAACAAGACGAAGCGGAATCGAGCGATGAATAA	MADQQRPKVQEINLGKEMRTSFLDYAMSVIVSRALPDVRDGLKPVHRRILYAMNDLGMHADKAYKKSARIVGEVIGKYHPHGDSAVYEAMVRMAQDFSYRNMLVDGHGNFGSVDGDSAAAMRYTEARMSKISMELLRDINKDTIDYVDNYDGSEREPVVFPARFPNLLVNGASGIAVGMATNIPPHNLGETIDAVLALSKQPDITIDELMGEYIHGPDFPTAGQILGRSGIRKAYETGKGSITVRAKVTIEETANGKQRIIATELPYQVNKAKLIEKIAELVRDKRIDGITDLRDESDRDGLRVVIELRRDANANVVLNNLYKHTALQTTFGINMLALVDGRPKVLTIKQCLEHYLEHQKVIIKRRTAFELRKAEARAHILEGLRIALDHLDEVITLIRNSKTTDIARNGLMERFDLSEKQAQAILDMRLQRLTGLEREKIEDEYKELKQLIEELKAILADEEKVLEIIREELAEIKERFNDDRRTEIVIGGSDFFEDEDLIPEENIVITLTHQGYIKRLPSSTYRTQNRGGRGIQGMGTNEDDFVEHLVSTSTHDTILFFTNKGKVYKAKGYEIPEFSRTAKGIPIINLLQVEKGEWVNAVITVNDYMENQFLFFTTKHGISKRTSLAQFANIRKGGLIAVGLREDDELISVRLTDGMKDIMIATKNGYLIRFPEDQVRPMGRSAAGVKGISLREDDEVVSMEILQEDANILHVTNKGFGKQTPESEYRTTNRGGKGIFTCNLTEKTGHVVAVKAVSGEEDLMLITVAGVLIRIPVESISVTGRNTMGVRLIRLHEDEEVATVARIEPDEEENTEQEQEQDEAESSDE	PGPT0027705_998	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
AK148_01078	1926	gyrB	COG0187	DNA gyrase subunit B	ATGTCAATGGAAGATAAAGTCATGAAGGAACAGGCGTATGATGCAGACCAGATTCAAGTTTTGGAAGGTTTAGAAGCTGTACGAAAACGACCTGGAATGTACATTGGATCAACAAGTGAAAAGGGATTACATCATCTCGTATGGGAAATTGTAGACAACAGTATTGATGAAGCTTTAGCCGGTTATTGTGATCACATTGAAGTATTTATTGAAAAAGATAATAGCATTACGGTTAAAGATAATGGGCGTGGAATACCTGTTGATATTCAGAAAAAAACAGGTAGACCAGCGTTAGAAGTTATTATGACCGTACTACACGCCGGCGGTAAATTTGGCGGTGGCGGTTATAAGGTTTCTGGAGGCCTCCATGGTGTTGGTGCTTCCGTCGTAAACGCCCTTTCTTCAAGTTTAGAAGTTTATGTTCACCGAGACAACAACATTCATTTCTTACGGTTTGAAAAAGGTGTCCCTCAAGGGGAAATAAAGGTTATTGGCGAGACAGATATTACTGGTACCATTGTTCATTTTACGCCAGACCCCACTATTTTTGATGAAACGACAGAATATGATTTTGATACATTAGTACAGCGACTTCGTGAATTGGCATTTTTAAATAAAGGTTTGACAATAACCATTGAAGATAAACGTACGGATAAGGAGCCTGTTAGCTACTGTTATGAAGGTGGTATTTGTTCTTATGTAGAGTTTATTAATCAAACAAAAGAAGCCCTGCATGAGCCTTTCTACGCAGAAGGAGAAGACCAAGGAATTGCTGTAGAAATAGCACTTCAATATAATGATGGGTTTGCAAGTAATTTATATTCCTTTGCGAATAATATTCATACGTACGAAGGTGGTACACATGAAGCTGGCTTTAAGACGGGGCTAACCCGCGTTATTAATGACTATGCCAGAAAGAATAATCTATTTAAAGAAAACGATCCAAATCTATCTGGGGAAGATGTCCGTGAAGGTTTGACAGCAATTGTTTCTGTTAAACACCCAAATCCACAATTTGAGGGACAAACGAAAACGAAATTAGGAAATAGTGAAGTTCGAACAGTGACAGATTCTGTTTTTAGTGAACTATTTTCTAAGTTTTTATTTGAAAACCCTACTGTAGCTAAAATTATTGTAGAAAAAGGATTAATGGCTTCTAGAGCACGTGACGCAGCTAAAAAAGCACGAGAATTAACACGTAGAAAAGGCGCTTTAGAAGTATCTAATTTACCTGGGAAATTAGCAGACTGTGCTTCTAAGGATGCGTCCATTAGTGAATTGTACATTGTAGAGGGAGACTCAGCTGGAGGTTCCGCAAAGCAAGGTCGAGATCGGCATTTTCAAGCTATTTTACCTTTAAGAGGAAAAATTTTAAACGTGGAGAAAGCACGTTTAGATAAAATCTTGTCGAACAATGAAGTACGTTCCATTATTACAGCATTAGGAACAGGCATTGGCGAAGATTTCGATATTTCCAAAGCTCGTTATCATAAAATAGTTCTAATGACAGACGCGGATGTAGATGGAGCTCATATTCGTACGCTCTTACTTACTTTCTTTTATCGATATATGCGACCGTTAATCGAGCATGGATATATATATATTGCTCAGCCACCGCTTTATAAAGTTCAGCAAGGAAAAGCTGTTCACTATGCATACAATGATAAAGAAATGGAGCAAATCTTAGCAGAATTGCCAAAAGCGCCTAAGCCTGGATTACAGAGATATAAAGGTCTAGGAGAAATGAATGCGACGCAGCTTTGGGAGACGACGATGAGTCCTGATACGCGTACATTACTACAGGTAGAATTATCTGATGCAATCGATGCGGATCAAATTTTTGATGTACTCATGGGTGATAAAGTAGAACCAAGACGTAACTTTATCCAAGAAAATGCACAATATGTAAAAAATCTTGATATATAA	MSMEDKVMKEQAYDADQIQVLEGLEAVRKRPGMYIGSTSEKGLHHLVWEIVDNSIDEALAGYCDHIEVFIEKDNSITVKDNGRGIPVDIQKKTGRPALEVIMTVLHAGGKFGGGGYKVSGGLHGVGASVVNALSSSLEVYVHRDNNIHFLRFEKGVPQGEIKVIGETDITGTIVHFTPDPTIFDETTEYDFDTLVQRLRELAFLNKGLTITIEDKRTDKEPVSYCYEGGICSYVEFINQTKEALHEPFYAEGEDQGIAVEIALQYNDGFASNLYSFANNIHTYEGGTHEAGFKTGLTRVINDYARKNNLFKENDPNLSGEDVREGLTAIVSVKHPNPQFEGQTKTKLGNSEVRTVTDSVFSELFSKFLFENPTVAKIIVEKGLMASRARDAAKKARELTRRKGALEVSNLPGKLADCASKDASISELYIVEGDSAGGSAKQGRDRHFQAILPLRGKILNVEKARLDKILSNNEVRSIITALGTGIGEDFDISKARYHKIVLMTDADVDGAHIRTLLLTFFYRYMRPLIEHGYIYIAQPPLYKVQQGKAVHYAYNDKEMEQILAELPKAPKPGLQRYKGLGEMNATQLWETTMSPDTRTLLQVELSDAIDADQIFDVLMGDKVEPRRNFIQENAQYVKNLDI	PGPT0027710_1249	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
AK148_01079	300			hypothetical protein	ATGTTTATCCATATTGGAAATGACCATGTGATACGTTCCAATGATGTTATTGCAATTATTGATTACCATCTAATTTCATCATCAACGATAATGGAAGAATTTATGGCAGCGGCTTCTACAGAAAAAAAATTAGAAGGTACACAGGAAGAAGCGAAATCCGTCATGATAACAAAAGATTGCATTTATTATAGCTCCTTATCTGTATCTACACTGAAAAAAAGAGCAAGTATGATTTCAACGATTAGTAAGCTTGATGATTTTTCAGATGATATAAAAGAATTGGAATCGGAAGAAGTATAG	MFIHIGNDHVIRSNDVIAIIDYHLISSSTIMEEFMAAASTEKKLEGTQEEAKSVMITKDCIYYSSLSVSTLKKRASMISTISKLDDFSDDIKELESEEV				NA	NA	NA	NA	NA
AK148_01080	1113	recF	COG1195	DNA replication and repair protein RecF	ATGCATATACAACAACTCCAATTAAAAAATTATCGCAATTATGAAAGCCTAGATATGACTTTTGACCATGCAATTAATGTGATTATAGGCGAAAATGCACAAGGGAAGACAAACTTAATGGAGGCTATTTACCTATTAGCGTTTACGAAATCCCATCGTACTCCCAGGGAAAAGGAACTAGTTAAATGGGAAGAAGAGTATGCTAAAATAGAAGGTAGAGTGACCAAACGAAATCAGTCTTTTCCGCTTGAAATTGTCATTTCCGCAAAAGGGAAAAAGGCAAAATTAAATCGCATGGAGCAAAAGAAATTAAGTGACTACATTGGAGCCTTTAATGTCGTAATGTTTGCTCCAGAGGATTTAACGCTTGTCAAAGGTGCACCTCAAATTCGCAGACGGTTTATGGACATGGAACTAGGTCAAATCCAACCGCGCTATATTTATCATCTAGGCCAGTTTCAAAAGATTCTTAAACAGCGGAATCACGTATTAAAGCAATTACAACGACAATCTACCCAAGATCGAACGATGTTGTACGTTTTAACCGATCAGCTTATTGAACATGCCGCAACTTTATTAGAAAGGCGGTTTGTTTTTTTGACTTTGCTAAGGAAATGGGCTAGTCCAATTCATTATGGTATAAGCCGTCAGTTAGAAACGTTGCATATTGCTTACGATCCGACAATAGACGTATCAGAAGAAGCGAATAAGGGAAAAATAGCAGATATATATAATCATAAATTTAGCGAAATTGAAGATAAAGAGATTGATCGAGGAACAACGTTAATTGGTCCCCATCGAGATGATTTATTATTTTATGTGAATGATAAAAATGTCCAAATTTACGGTTCACAAGGTCAACAACGTACGACAGCTTTAGCGGTTAAATTAGCGGAAATTGAATTAATTTATAACGAAGTCGGGGAATATCCGATCTTACTGCTAGATGATGTCTTAAGCGAACTAGATGATTACCGACAGTCCCATTTATTAGAAACTATTCAAGGAAAGGTACAAACCTTTGTCTCCACCACAAGTGTAGATGGTATTCAGCATGAAACATTAAACCAAGCAGCCATTTTTCGGGTGAAGGATGGGAAAGTAGAATCTTAA	MHIQQLQLKNYRNYESLDMTFDHAINVIIGENAQGKTNLMEAIYLLAFTKSHRTPREKELVKWEEEYAKIEGRVTKRNQSFPLEIVISAKGKKAKLNRMEQKKLSDYIGAFNVVMFAPEDLTLVKGAPQIRRRFMDMELGQIQPRYIYHLGQFQKILKQRNHVLKQLQRQSTQDRTMLYVLTDQLIEHAATLLERRFVFLTLLRKWASPIHYGISRQLETLHIAYDPTIDVSEEANKGKIADIYNHKFSEIEDKEIDRGTTLIGPHRDDLLFYVNDKNVQIYGSQGQQRTTALAVKLAEIELIYNEVGEYPILLLDDVLSELDDYRQSHLLETIQGKVQTFVSTTSVDGIQHETLNQAAIFRVKDGKVES				NA	NA	NA	NA	NA
AK148_01081	219			hypothetical protein	ATGTGTGAGAAAATAATGATTCAAACGGAATATATCCAATTGGGGCAATTTATAAAATTAATAAATATCTTAGACTCTGGCGGTATGGTCAAAACATATTTACAAGATGTAGGTGTACTTGTAAATGGCGAGCGTGAACATCGTCGTGGGAGAAAGTTATATGCTGGTGATAAGGTAGAAATAGATGAAGTTGGATGTTTCCAAGTGGACCGAGAATAG	MCEKIMIQTEYIQLGQFIKLINILDSGGMVKTYLQDVGVLVNGEREHRRGRKLYAGDKVEIDEVGCFQVDRE				NA	NA	NA	NA	NA
AK148_01082	1137	dnaN_1	COG0592	Beta sliding clamp	ATGAAATTTGTTATACAGCGAGATCAACTAATGACGGCCGTACAAAACGTCATGAAGGCTATTTCATCTCGTCCAGTTGTCGCTATTTTATCGGGAATAAAGTTGGAAGCAAGAAAAGATGGGATAACATTAACAGGAAGCGACTCTGATATATCTATCGAATCTTATATTCCAGCTGAAGAAGAGGGAATTATTCACGTAGATCATATCGAAGAAGGTAGTATTGTGCTTCAATCCAAATATTTTCCTGATATTGTTCGCAAACTTCCAGAACAAATTGTGGAAATAGAAGTGGATGAAAGTTTAAAAGTAACGATTCGCTCAGGTAAAGCAGAATTTAATCTAAATGGACAAGATGCAGCAGAATATCCACAACTACCTAAATTACAAACAGATGACAGTTTTGAACTCCCAATAGACCTTTTAAAAAGCTTAATTAAACAAACTGTTTTTGCTGTATCAACCATGGAAACAAGACCTATTTTAACTGGAGTGAATATGAGATTAGCTGATCAAACACTCACTTTCTCAGCGACAGATAGTCATCGCTTAGCTTCACGAACCGTTCCCGTAACAGAAACGACGAATGAATTTTCAAATGTGGTTGTGCCAGGAAAAAGTTTGAATGAATTAAATAAAATTATGGATGATAGCGAAGAAAAAATTCAAATCAGTGTAACGAATAACCAGATTTTATTCCGTACGAAGCATTTGCAATTTTTGTCTAGACTACTTGATGGCAATTACCCTGAAACATCACGTTTAATTCCTGATGCGAGTAAAACGATCTTATATGTAAGTACAAAAGATTTATTACATACGATCGATCGAGCATCTTTATTAGCTAAAGAAGAGCGAAACAATGTCGTTCGTTTAACAACGAAAAACAATAACATGGTGGAAATTGCTAGTAACCATCCAGAAATAGGAAATGTCACGGAAGAAGTTTCCATTTCCTCTATAGAAGGTGAAGATTTAAAAATATCGTTTAGTTCAAAATACATGATTGATGCGTTAAAAGTAATTGATTATGAAGAAGTAAAAATTGCTTTTACAGGTGCTATGCGTCCATTTATTATTCAACCAGTTGAAGATGATTCGATTCTCCAATTGATTTTACCCGTACGCACATACTAA	MKFVIQRDQLMTAVQNVMKAISSRPVVAILSGIKLEARKDGITLTGSDSDISIESYIPAEEEGIIHVDHIEEGSIVLQSKYFPDIVRKLPEQIVEIEVDESLKVTIRSGKAEFNLNGQDAAEYPQLPKLQTDDSFELPIDLLKSLIKQTVFAVSTMETRPILTGVNMRLADQTLTFSATDSHRLASRTVPVTETTNEFSNVVVPGKSLNELNKIMDDSEEKIQISVTNNQILFRTKHLQFLSRLLDGNYPETSRLIPDASKTILYVSTKDLLHTIDRASLLAKEERNNVVRLTTKNNNMVEIASNHPEIGNVTEEVSISSIEGEDLKISFSSKYMIDALKVIDYEEVKIAFTGAMRPFIIQPVEDDSILQLILPVRTY				NA	NA	NA	NA	NA
AK148_01083	1341	dnaA	COG0593	Chromosomal replication initiator protein DnaA	TTGGAAAATATACAAGAAGTATGGACTGCAGCGCTTGAAAAGATAGAAGAAAAAATTAGTAAGCCAAGCTTCGATACGTGGTTAAAAAATACCAAAGCAGAATCTTTGGACAATAATACGCTCATCGTCTCTGCACCCAATGAATTTGCTAGGGATTGGTTAGAAAATCAATATACGAGGCTTATTTCGGAAATCTTAACAGAAATAACTGGAGCTGAAATAGAAGCTAAGTTTATTATTCCTAGTACGACAAAAGATGCAGAATCTGCTCCTACATCAAATCAAGGGAAAGCTAACGAACTTAATGATCACTCTAAATCTTTGTTAAATGCAAAATACACATTTGATACATTTGTTATCGGAGCTGGTAATCGTTTTGCACATGCTGCTTCTTTAGCTGTAGCCGAAGCGCCAGCAAAAGCATATAACCCCTTATTCATCTACGGTGGAGTTGGCTTAGGGAAAACCCATTTGATGCATGCCATCGGTCATTACGTGCAAGATCATAATCCGGAAGCTAAAGTCGTTTATTTGTCTTCAGAAAAATTTACCAATGAATTTATTAACGCCATTATGGATAATAAGACCGTCAATTTTCGCAATAAGTATCGCAATGTAGATATTTTATTAATTGATGATATACAATTTATTGCTGGGAAGGAATCAACACAGGAAGAATTTTTCCATACATTTAATGCACTGCATGATGACAACAAACAAATTATTATCTCTAGTGACAGACCTCCAAAAGAAATTCCTACACTGGAGGATCGACTTCGATCAAGGTTTGAATGGGGATTGATTACGGATATTACTCCACCTGATTTGGAGACTCGAATTGCTATTCTAACTAAAAAAGCTAAAGCAGAAGGTCTTGATATCCCCAATGAAGTAATGCTCTATATTGCAAACCAAATTGATACAAATATCCGTGAATTAGAAGGAGCACTCATTCGTATCGTTGCCTACTCATCGCTGGTTAATCAAGACATCGATGCTTCCCTTGCAGCAGATGCTTTAAAGGATATTATTCCTAGTAATAAACCAAAAGTAGTCACCATTGCTAGTATTCAAGAAATAGTTGGCGAGAGATACAATGTTCGGTTGGAAGATTTTTTAGCTAAAAAACGTACAAAATCCATCGCTTTTCCTCGTCAAATAGCTATGTATTTATCAAGAGAAATGACCGACTCTTCTCTGCCTAAAATTGGAGAGGAATTTGGAGGAAGAGACCATACAACCGTCATTCATGCGCATGAAAAAATATCCAAACTGATCGATAAAGATACACAGCTAGCTAAAGAATTAGAAGAGCTTAAAGAACAAATAAAATCAATGTAG	MENIQEVWTAALEKIEEKISKPSFDTWLKNTKAESLDNNTLIVSAPNEFARDWLENQYTRLISEILTEITGAEIEAKFIIPSTTKDAESAPTSNQGKANELNDHSKSLLNAKYTFDTFVIGAGNRFAHAASLAVAEAPAKAYNPLFIYGGVGLGKTHLMHAIGHYVQDHNPEAKVVYLSSEKFTNEFINAIMDNKTVNFRNKYRNVDILLIDDIQFIAGKESTQEEFFHTFNALHDDNKQIIISSDRPPKEIPTLEDRLRSRFEWGLITDITPPDLETRIAILTKKAKAEGLDIPNEVMLYIANQIDTNIRELEGALIRIVAYSSLVNQDIDASLAADALKDIIPSNKPKVVTIASIQEIVGERYNVRLEDFLAKKRTKSIAFPRQIAMYLSREMTDSSLPKIGEEFGGRDHTTVIHAHEKISKLIDKDTQLAKELEELKEQIKSM	PGPT0014800_4174	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-PILUS|FIMBRIAE_SYSTEM	MOTILITY-PILUS_SYSTEM,PGPT0014800-dnaA-K02313	NA	NA
AK148_01084	135	rpmH	COG0230	50S ribosomal protein L34	ATGAAAAGAACGTTTCAACCTAATAATCGTAAACGTAAAAAAGTACACGGCTTCCGTACACGGATGAGCACGAAAAATGGTCGTAAAGTAATTGCTCGTCGTCGTCGTAAGGGTAGAAAAGTCTTGTCAGCATAG	MKRTFQPNNRKRKKVHGFRTRMSTKNGRKVIARRRRKGRKVLSA				NA	NA	NA	NA	NA
AK148_01085	399	rnpA		Ribonuclease P protein component	ATGAATGAATCTTCCATCCGCGTAGCAGTTTTTAATGTAGTAAAGGTGATCAATTTGAAGAAAGAATATCGAATTAAGAAAAATAGTGATTTTCAATATGCCTTTAAAGCAGGGAAATCCTTTGCAAACCGTCAGCTCGTTATTTATTATGTGAAGAAAGAGGGACAGTCGCATTTCCGAATGGGTCTATCAGTTGGTAAAAAAATTGGGAATGCAGTAACAAGAAATCGTATTAAGCGATATTTGCGACAGGCTTTTTTTGAGCTAAAGGACGACATTGCTTATCCATATGATATTGTTATCATTGCGAGACAGCCAGCTAAGCAAATGACCTTTTCGGAGATCAAAAAAAGTTTAACCCATTTGTTATATAAAGAACATTTGTTAAAAAATCACTAA	MNESSIRVAVFNVVKVINLKKEYRIKKNSDFQYAFKAGKSFANRQLVIYYVKKEGQSHFRMGLSVGKKIGNAVTRNRIKRYLRQAFFELKDDIAYPYDIVIIARQPAKQMTFSEIKKSLTHLLYKEHLLKNH				NA	NA	NA	NA	NA
AK148_01086	768	misCA	COG0706	Membrane protein insertase MisCA	TTGCGTAAAAAGTTTTGGTTGCTAGTGGCACTTATTGGTTTACTGGCAATTTTATCTGGTTGTACAGAAGTAAACGAGCCGATTACGAGTGAAAGTGAAGGAATTTGGAACCAGTACTTCGTATATCCAATTTCATGGCTTATCACTTATTTTGCAGAATTATTTAATGAAAATTATGGACTGGCAATCGTTCTCGTAACAATTATTGTTCGTTTATTACTGTTGCCACTAAATGTGAAACAATTAAAAAGCTCGAAGGCGATGCAAGATATTCAGCCAAAGATGAAAGAGCTGCAGCAAAAATATAGTTCTAAAGATGCGAATACGCAGCAAAAGTTGCAACAGGAGACCATGGCTTTATTCCAAAAGCATGGTGTAAATCCCCTTGCTGGTTGCTTACCGATTTTCGTTCAAATGCCAATTTTAATTGGGATGTATCATGCGATTATGCGAACAGAAACGATTAAAACACATAGCTTTTTATGGTTCCAATTAGGGGAACCAGATCCATTTTTTATTTTACCATTAATTGCTGGTGGGGCGACATTCCTACAGCAAAAGTTGATGATGGCAGGAAGTCCTGCTGCGCAAAATCCGCAAATGATGGTTATGCTTTATGTTATGCCTATCATGATCGGTGTCTTTGCTATTTTCTTCCCGTCTGCTTTAGCGTTATACTGGGTAGTAGGGAATATCTTTATGGTTGCTCAAACGTTATTTATTCGTAAGCCAATGATGGCTGCAAATAATGGAGGAGACAAAAAGTGA	MRKKFWLLVALIGLLAILSGCTEVNEPITSESEGIWNQYFVYPISWLITYFAELFNENYGLAIVLVTIIVRLLLLPLNVKQLKSSKAMQDIQPKMKELQQKYSSKDANTQQKLQQETMALFQKHGVNPLAGCLPIFVQMPILIGMYHAIMRTETIKTHSFLWFQLGEPDPFFILPLIAGGATFLQQKLMMAGSPAAQNPQMMVMLYVMPIMIGVFAIFFPSALALYWVVGNIFMVAQTLFIRKPMMAANNGGDKK	PGPT0024530_6265	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
AK148_01087	615			hypothetical protein	GTGAGAGAAATAACTGCTAGTGGACAAACAGTTGAAGAAGCGGTCCAGGCAGCTTTAGAGCAGTTAAAAACAACCAGGGACCACGTTGAAGTTGATGTCATTGATGAAGGTAAAAAGGGATTGTTCGGCGTATTTGGTACGAAACGTGCTTACGTTAAAGTCAAAATCGTTGAAAATCCAATTGAAAAAACGGAAAAATATTTGCAGCAAATATTAGAACAAATGAATGTTTCTGCAACGGTGCAGACGACTGTAACAGATCATCATGTTACGTATGAAGTAACAGGCGATGATATTGCTTTATTGATTGGTAAAAGAGGTCAGACGTTAAATGCGCTACAATATTTGTTGCATCTGGCAATGAACAAAAATGCTTCTGAATTTTACACAGTCACATTGGATGCAGAAGGATACCGAGAACGTCGTAAAGAAACATTAGAAGCGTTGGCGAACAGAATGGCAGATAAAGCAGTTCGCTTAAATAAAAAGGTAGCTTTAGAGCCAATGCCTGCTTTTGAAAGAAAAATTATTCATAACGTACTACAGGAAAATAAAGCCATTACTACTTATTCTGACGGTAATGAACCACATCGACATATTGTTATTCAACCGTAA	MREITASGQTVEEAVQAALEQLKTTRDHVEVDVIDEGKKGLFGVFGTKRAYVKVKIVENPIEKTEKYLQQILEQMNVSATVQTTVTDHHVTYEVTGDDIALLIGKRGQTLNALQYLLHLAMNKNASEFYTVTLDAEGYRERRKETLEALANRMADKAVRLNKKVALEPMPAFERKIIHNVLQENKAITTYSDGNEPHRHIVIQP				NA	NA	NA	NA	NA
AK148_01088	1377	mnmE	COG0486	tRNA modification GTPase MnmE	ATGGAAACAGATACAATTACAGCTATTTCAACACCAATTGGTGAAGGAGCAATTGCAATTGTTCGTTTAAGCGGTCCTGAGGCTATTTCCATCACAGCTAATGTTTTTAAAGGAAAAAATTTAGGTGATGTGGCTTCACATACAATACATTACGGGAAAATAATCGATCCTGAGACAAAAGAGGTTGCTGAGGAAGTTATGGTTTCCGTTATGCGAGCACCAAAAACGTTTACCCGCGAAGATGTTGTAGAAATTAATTGTCACGGGGGTATGGTTGCGGTTAACCGTGTATTGGAAATTATTTTAAGCCAAGGAGCTAGACTAGCTGAGCCTGGTGAATTTACGAAACGTGCTTTTTTACATGGGAGAATTGATTTATCGCAAGCCGAAGCAGTGATGGATCTTATCCGAGCGAAAACAGACAAAGCCATGTCCGTTGCATTAAAGCAGATGGACGGTCGCTTATCTGCGCTTATTCGTCGTTTACGTCAAGATTTGTTGGAAACAGTGGCACATGTAGAGGTTAACATTGATTATCCAGAATACGATGACGTCGAAGAAATGTCCCATGATATGATGCGCACCAAATCAAAAGAAGTGTATAAAGAAGTCGTTGAGCTTCTACAAGTGGCGAAACAAGGGAAGATTTTACGAGAAGGTTTAGCAACAGCGATTATAGGACGGCCAAATGTTGGCAAGTCGTCCCTAATGAATACACTTGTTCAAGAGAATAAAGCAATTGTTACAGAAGTTCCAGGAACGACTCGCGATATTATTGAAGAATATGTTAGTGTAAGAGGGGTTCCTTTACGGTTAGTAGATACCGCTGGGATTCGTGAAACAGAAGACATTGTGGAAAAAATTGGCGTAGAACGATCTCGTCAAGTTCTAAAAGAATCGGATTTAATTTTATTTGTACTAAACTATAATGATGTGCTATCAGAAGAAGATGAAAAGTTATTTAAAGCAATAGAAGGCTTAGATTACATCGTTATTATTAATAAAACGGATTTAGAGCAAAAATTAGATTTAGACCGTGTTTATGAATTGGCTGCAGAAAAACCAATTGTTATTACTTCCTTGGTGAAAGAAGAAGGGGTAAATGAATTAGAAGAAGCCATTGCAAAAACTTTTTTCGCTGGTGATATTGATACGGGCGACCTCACATATGTTTCGAACGTCCGCCATATTCAACTGCTGAAACAAGCCAAACAAGCATTAGAAGATGCGATGGAAGGCTTAGAACTTGGACTACCGTTAGATGTTGTACAAATAGATGTAACAAGAACGTGGGAATTACTAGGTGAAATCATCGGGGATACTGCAAGTGACAGCCTTATTGATCAGCTTTTCTCACAATTTTGTCTCGGAAAATAA	METDTITAISTPIGEGAIAIVRLSGPEAISITANVFKGKNLGDVASHTIHYGKIIDPETKEVAEEVMVSVMRAPKTFTREDVVEINCHGGMVAVNRVLEIILSQGARLAEPGEFTKRAFLHGRIDLSQAEAVMDLIRAKTDKAMSVALKQMDGRLSALIRRLRQDLLETVAHVEVNIDYPEYDDVEEMSHDMMRTKSKEVYKEVVELLQVAKQGKILREGLATAIIGRPNVGKSSLMNTLVQENKAIVTEVPGTTRDIIEEYVSVRGVPLRLVDTAGIRETEDIVEKIGVERSRQVLKESDLILFVLNYNDVLSEEDEKLFKAIEGLDYIVIINKTDLEQKLDLDRVYELAAEKPIVITSLVKEEGVNELEEAIAKTFFAGDIDTGDLTYVSNVRHIQLLKQAKQALEDAMEGLELGLPLDVVQIDVTRTWELLGEIIGDTASDSLIDQLFSQFCLGK				NA	NA	NA	NA	NA
AK148_01089	1887	mnmG		tRNA uridine 5-carboxymethylaminomethyl modification enzyme MnmG	ATGACTTATGATGCAGGACATTATGATGTAGTCGTGGTCGGTGCAGGTCACGCAGGTGTAGAGGCTGGGCTTGCGGCTGCTAAAATGGGAGCAAAAACATTAATGCTCACACTTAATTTAGATATGATCGCATTTATGCCATGTAATCCATCTATTGGAGGACCAGCAAAAGGGATTGTTGTAAGGGAAATTGACGCACTAGGTGGTGTCATGGGTAAAGTGATTGATAAAACGCATATTCAAATGCGTTTGCTAAATACAGGAAAAGGGCCTGCCGTTCAAGCGCTTCGGGCGCAAGCAGATAAACCTATGTATATTAAGGAAATGAAAAATATTGTAGAGAATGAGAAAAACCTTACATTGCGCCAAGGAATGGTAGATCGTTTAGTAGTTGAAGATGGTGTCTGTAAGGGAGTTGTTACCGAAACCAATGCTTTCTATCGTGCAGAAACCGTCATTATTACGACAGGAACGTTTATGCGAGGGAAAGTGCTTATGGGAGATTTGGAATATGAAAGTGGTCCAAATAATCAACGACCAACGATTAAATTGTCCGAAAACCTAGAAGAACTAGGTCTTGAAATTACGCGTTTTAAAACAGGTACACCTCCACGTGTAAATAGCCATACGATTGATTATTCAAAAACAGAAATCCAGCCGGGAGATGAGACACCCCGCAGTTTTTCATATGAAACAACAGAATATATTACAGATCAAATTCCATGCTGGTTAACGTATACGAATGAATTCACGCATGAAATTATCAATGAGAACCTCTCTCTTTCTGCTATGTATTCTGGAATGAAGCGGGGAACAGGTCCGAGATATTGTCCGTCTATTGAGGATAAAATTGTCCGCTTTAACGACAAGCCTCGCCATCAAATTTTCTTAGAGCCAGAAGGAAGAGATACAGAAGAAGTGTATGTACAAGGGCTATCGACTTCTTTACCTGAATCTGTACAGCATGGCATGGTAAGAAGTGTAGAAGGGTTAGAGCATGCTGAAATTATGCGAGCGGGCTATGCGATTGAATATGATGCAATTGTACCAACACAGCTATGGCCGACACTGGAAACAAAGAAAATCCCCGGTTTATTTACGGCGGGGCAAATTAATGGTACTTCTGGTTATGAAGAGGCAGCAGCTCAAGGGATTATGGCTGGTATTAATGCCGCTGCAAAAGTATTGGGGAAAGATCCAGTCATTTTAGATCGATCACAAGCTTATATTGGTGTGCTTATAGATGATTTAGTGACAAAAGGAACAAATGAACCGTATCGACTATTAACATCTCGTGCAGAGTATCGCTTACTATTAAGACATGACAATGCTGACTTTCGTATGACAGAGCTAGGCTATGAGCTAGGCTTAATTACGGAAGAGCGTTATGCTGCATTTAAGGAAAAATATCGCCTCGTAGAAGAAGAAAAGAAACGATTGCAAAAATTAATCATTAAGCCTACAGAGGAAGTAAATGCATTTTTAGAAACAGCTGGGGCATCAAAGATGAAAGAAGCTGTAAAAGCATATGATCTTTTAAAGCGACCAGAGCTGTCGTATGACTTATTAGCACCAATTATTCATGCTGATCCGTCACTTCCACATGATGTTACGGAACAAGTCGGTATTCAAATTAAATATGAGGGATATATTAAAAAGGCGAATGATCAAGTGGCACGCATGCTGAAAATGGAAGAAAAGAAAATACCAGAAGATATTGATTATGATGCAATTAGTGGTATAGCTACAGAAGCGAAAGAGAAGCTAAAAAAAGTCCGTCCACTCTCTGTCGGGCAAGCATCGCGTATTTCTGGAGTAAACCCAGCTGATATATCTATTTTAGTTGTTTATATGGAGCAAGGAAATATAGCGCGTCTGGCTAATTAA	MTYDAGHYDVVVVGAGHAGVEAGLAAAKMGAKTLMLTLNLDMIAFMPCNPSIGGPAKGIVVREIDALGGVMGKVIDKTHIQMRLLNTGKGPAVQALRAQADKPMYIKEMKNIVENEKNLTLRQGMVDRLVVEDGVCKGVVTETNAFYRAETVIITTGTFMRGKVLMGDLEYESGPNNQRPTIKLSENLEELGLEITRFKTGTPPRVNSHTIDYSKTEIQPGDETPRSFSYETTEYITDQIPCWLTYTNEFTHEIINENLSLSAMYSGMKRGTGPRYCPSIEDKIVRFNDKPRHQIFLEPEGRDTEEVYVQGLSTSLPESVQHGMVRSVEGLEHAEIMRAGYAIEYDAIVPTQLWPTLETKKIPGLFTAGQINGTSGYEEAAAQGIMAGINAAAKVLGKDPVILDRSQAYIGVLIDDLVTKGTNEPYRLLTSRAEYRLLLRHDNADFRMTELGYELGLITEERYAAFKEKYRLVEEEKKRLQKLIIKPTEEVNAFLETAGASKMKEAVKAYDLLKRPELSYDLLAPIIHADPSLPHDVTEQVGIQIKYEGYIKKANDQVARMLKMEEKKIPEDIDYDAISGIATEAKEKLKKVRPLSVGQASRISGVNPADISILVVYMEQGNIARLAN				NA	NA	NA	NA	NA
AK148_01090	717	rsmG	COG0357	Ribosomal RNA small subunit methyltransferase G	ATGAACCGAGAACAATTCTTTCAAGTATTAGAGGAAAAAGGAATAAAGTTAACCACATATCAAAAGGAACAATTTTCCATTTATTTTTCAACATTAATTGAATGGAACGAAAAAATCAACTTAACTGGTTTAACGGAGGAAGCCGATGTTTATTTAAAACATTTTTATGATTCCATCAGTGCAGCATTTTATTTTGATTTCAAACAAGTACAATCAATTTGTGATGTTGGTGCAGGGGCAGGTTTTCCTAGTATTCCGTTAAAAATTTGCTTTCCACATTTACAAATTACTATTGTTGATTCATTGAAGAAGCGAATTGGATTTTTAAATGAATTATCCACTGCTTTGTCGTTAGAAAAAGTCGCCTTTTATCATGACCGAGCGGAAAACATGGGTAAAAATGCATCTTTTCGGGAAACTTTTGACGTAGTAACTGCAAGGGCGGTTGCTCGTATGTCTGTATTAAGTGAACTTTGTTTACCTCTTACAAAAAAACAAGGAACTTTTTTGGCAATGAAAGGCGCAAAAGCAGGGGAGGAGATAGAATTAGCTAAGCCTGCGATTGAGGTTTTGGGTGGGGAATTAAAACAAATGTACACGTTTACGTTGCCTGAGGAAGATAGTGAACGCTCTATTATTGAAATATATAAAGCAAGGAAAACACCTAAAAAATATCCACGAAAAGCTGGACTTCCAAATAAAGAGCCAATTGAATGA	MNREQFFQVLEEKGIKLTTYQKEQFSIYFSTLIEWNEKINLTGLTEEADVYLKHFYDSISAAFYFDFKQVQSICDVGAGAGFPSIPLKICFPHLQITIVDSLKKRIGFLNELSTALSLEKVAFYHDRAENMGKNASFRETFDVVTARAVARMSVLSELCLPLTKKQGTFLAMKGAKAGEEIELAKPAIEVLGGELKQMYTFTLPEEDSERSIIEIYKARKTPKKYPRKAGLPNKEPIE				NA	NA	NA	NA	NA
AK148_01091	885	noc	COG1475	Nucleoid occlusion protein	ATGGTGAAGCCCTTTAACCGTTTTTTTGGAATCGGTGATAAACCTGAACAGGAAAATGCTTCCGATTCAGGTATAGATATTCACTCCAATGAAGTGATACAGATCCCTGTTAAAAATATAAAACCTAATCGTTATCAGCCTAGGTCTATTTTTAGTGAAGAAAAGATAAAAGAACTTGCTCAAACGATACAAACACATGGTATGATCCAACCAATTATCGTTAGGCATTTGGATGAAAATGACCAGGCAGAACAACACTATGAAATTATTGCTGGGGAAAGAAGATGGCGAGCGGTGGAGTCCTTAGGATGGGAACATATTTCTGCTATTGTCAAAGAAATGACGGACACAGAGACTGCTTCCGTTGCCCTTATAGAGAATTTACAACGTGAGGAACTAACTGTTATCGAAGAGGCAACAGCGTATGCGCAACTATTAGAGATTCATGATTTAACCCAAGAAGCGCTTGCTCAACGATTAGGAAAAAACCAATCAACTATTGCAAATAAGTTACGATTACTTAAATTGCCGCAAGCAGTTCAAGAAGCATTGCTAGGAAAATATATCACAGAGAGGCATGCTCGAGCCCTCATTAAATTAAGTGATGAAGAGGAACAAATTAAATTATTACAAGAAATCATTGAAAATCATTTAAATGTAAAGCAAACCGAAGATAAAATAGCAAAAATAAATGAGCGGAAAGAAAAACCCGCAAAAAGGAATACAGCTAAACGAAAAGGTTTTAATAAGGATATTCGTATTGCAATGAATACGATACGTCAATCCCTTAACATGGTTTCTGATACAGGTGTTGAAGTTGAGTCTGATGAACAAGATTTAGAAGATTATTACCAAATCACGATTAAAATTCCAAAGAAGAAATAA	MVKPFNRFFGIGDKPEQENASDSGIDIHSNEVIQIPVKNIKPNRYQPRSIFSEEKIKELAQTIQTHGMIQPIIVRHLDENDQAEQHYEIIAGERRWRAVESLGWEHISAIVKEMTDTETASVALIENLQREELTVIEEATAYAQLLEIHDLTQEALAQRLGKNQSTIANKLRLLKLPQAVQEALLGKYITERHARALIKLSDEEEQIKLLQEIIENHLNVKQTEDKIAKINERKEKPAKRNTAKRKGFNKDIRIAMNTIRQSLNMVSDTGVEVESDEQDLEDYYQITIKIPKKK	PGPT0014815_6211	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014815-parB|spo0J|yyaA-K03497	NA	NA
AK148_01092	774	soj	COG1192	Sporulation initiation inhibitor protein Soj	ATGGGAAAAATAATGTCCATCGCTAACCAGAAAGGTGGCGTAGGAAAAACAACATCATCTGTTAATTTAAGTGCTTGTTTAGCACATTTAGGAAATAAGGTTCTTCTTGTAGATGTAGACCCGCAAGGTAACGCTACGAGTGGAACAGGTGTAAATAAAGCAGATGTAAAACATTGTATTTATAATGTCCTTGTAGAAGATTTACCTGCGGAAGAAGTATGTATTTCTACAACGATTGACAATTTAGATATTATACCTGCTACTATCCAATTAGCTGGGGCAGAGATAGAGTTGGTGCCAACAATATCTAGAGAAATACGGCTTAAAAAATCATTAGAGAATCTGAAGCTAGACTATGATTACATTATCATTGATTGCCCTCCATCACTTGGGTTATTGACTTTAAATGCACTAACTGCTTCTGACTCTGTCATTATTCCAGTACAATGTGAGTATTACGCATTGGAAGGGCTAAGTCAGTTGCTAAACACCATTAGACTAGTACAAAAGCATCTTAATAAAACACTTATGATTGAAGGAGTGTTATTAACTATGCTTGATGCTAGAACCAATTTAGGCTTACAAGTTATTGAAGAAGTGAAAAAATATTTTCAAGACAAAGTCTATCAAACAATAATTCCAAGAAATGTAAGATTAGGAGAAGCTCCAAGTCATGGTTTGCCAATTATTACTTATGATGCAAAGTCAAAAGGTGCAGAAGTATATCTTGAGTTAGCGAAGGAAGTGATGGCCAATGGCGAAAGGGTTAGGTAA	MGKIMSIANQKGGVGKTTSSVNLSACLAHLGNKVLLVDVDPQGNATSGTGVNKADVKHCIYNVLVEDLPAEEVCISTTIDNLDIIPATIQLAGAEIELVPTISREIRLKKSLENLKLDYDYIIIDCPPSLGLLTLNALTASDSVIIPVQCEYYALEGLSQLLNTIRLVQKHLNKTLMIEGVLLTMLDARTNLGLQVIEEVKKYFQDKVYQTIIPRNVRLGEAPSHGLPIITYDAKSKGAEVYLELAKEVMANGERVR				NA	NA	NA	NA	NA
AK148_01093	840	spo0J	COG1475	Stage 0 sporulation protein J	ATGGCGAAAGGGTTAGGTAAAGGAATTAATGCTTTCTTTCCAGAGGTTGAGGAAAAACAAGATGATGTTATTGAGGAAATTGCTATTTCTGAGTGCCGTCCAAATCCATATCAGCCTCGAAAAACTTTTCACGCAGACGCTATTGAAGAGTTAAAAGAATCTATTCTTGAGTACGGTATTATTCAGCCTTTGATTGTTCGAGCGAGCATTAAAGGCTATGAAATTGTCGTAGGAGAAAGAAGATATCGTGCAGCTAAAGAGGCAGGACTAGATAAGATACCAGTCATTATTAAAGACTTAACCGATGATAAAATGATGGAACTGGCTTTATTGGAAAACTTGCAGCGAGAGGATTTAACTCCTATCGAAGAGGCCCATGCGTATGCTAACTTAATGAACGAATTAAACATTACACAGGAAGAATTATCGAAACGGTTAGGAAAAAGTAGATCACACATCGCTAATATGGTACGATTGCTTTCTTTACCTGAGTCCGTTATTGCCTACATAAATAATGGAGAGCTTTCCATGGGGCATGGGCGTGCTATACTGGGTCTGAAGGATAAAACAAAAGTTCAAGCCTTAGTACAAAAAATACGAAAAGAAAAATTAAATGTAAGACAGGTAGAAAAATTGATCGTTCAATTGAACGAAAAGCCTGTAAAACAAAAAGAAAAACCAAAGAAAGATGTATTTATTCAAGAGAGAGAAACGTTTCTTAGAGAAAGGTTTGGAACTGCTGTAACCATTCAACGTGGCAAACGGAAAGGTAAAATTGAGATAGAATTTTATAACGATAACGATTTACAGCGTATTATTGATACGCTTGAAAATGAATAG	MAKGLGKGINAFFPEVEEKQDDVIEEIAISECRPNPYQPRKTFHADAIEELKESILEYGIIQPLIVRASIKGYEIVVGERRYRAAKEAGLDKIPVIIKDLTDDKMMELALLENLQREDLTPIEEAHAYANLMNELNITQEELSKRLGKSRSHIANMVRLLSLPESVIAYINNGELSMGHGRAILGLKDKTKVQALVQKIRKEKLNVRQVEKLIVQLNEKPVKQKEKPKKDVFIQERETFLRERFGTAVTIQRGKRKGKIEIEFYNDNDLQRIIDTLENE	PGPT0014815_8088	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014815-parB|spo0J|yyaA-K03497	NA	NA
AK148_01094	606	ydfK	COG1811	putative membrane protein YdfK	ATGCAAGGAATCGGTTTAGCTGTCATATTAATTGGTTTGCAAATGGCTTTTGTCACGGAACAAATTATTGTGGTTTTACTAAGCTTACTGATGGGAGCTGTTCTAGGAGAATGGCTTCGCTTAGAAGACCGTTTAAATCAATTAGGAAAATGGGTTGGCAATCAATTAGGTTCTAAAGAAGATGATACACGAGTTTCGCAAGGTTTTGTTACAGCCTCTTTAATATTTGTCATTGGTGCAATGGCCATTATTGGAGCGTTAGATAGTGGATTGCGAGGAGATCATGAAGTTTTAATAACAAAAGGTATATTAGATGGCTTTGTCTCCTTAGTATTGACGACAACGTTAGGATTTGGGGTTATATTATCAGTTATTCCTGTACTATTATATCAAGGTTCTATTGCTCTATTAGCGACACAAATCGAGGGAATCATTCCTAAAGCATATTTGGATGGTTTCATCACGGAAGTAACAGCAGTAGGTGGCTTATTAATTGTAGCAATTGGACTAAATCTATTAAATATTACATCTATAAGAATAGGAAATCTATTACCAGCTGTTATAATGGTAGGATTCGTTTACTCTGTATATCTACTATTTTTGTAA	MQGIGLAVILIGLQMAFVTEQIIVVLLSLLMGAVLGEWLRLEDRLNQLGKWVGNQLGSKEDDTRVSQGFVTASLIFVIGAMAIIGALDSGLRGDHEVLITKGILDGFVSLVLTTTLGFGVILSVIPVLLYQGSIALLATQIEGIIPKAYLDGFITEVTAVGGLLIVAIGLNLLNITSIRIGNLLPAVIMVGFVYSVYLLFL	PGPT0003195_1071	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACILLIBACTIN_TRANSPORT,PGPT0003195-ydfK|yqgA-K07150	NA	NA
AK148_01095	621			hypothetical protein	ATGATTTTTAAAAACAAATTATTGGATAATCAAGATCAATTCCGTATGCACTATACAGATCCGGAATTCCATTTGAATATGCTAAACCGTTTTTTAGCACTTCTCCCTCCGTCACCACGGGAATATGTAGTTGTATCTATTGGGACAGACCGTTCTACAGGAGATGCTTTAGGACCACTTGTTGGGAGTTTGTTTTCTGAGAAGAAACCGAGGCATATTTCTATCTATGGCACGTTGGATAACCCCGTTCATGCTGTCAATTTACAAGATTATCTACATCAAATTGAGACATCATACCGACATCCTTTTATAATAGCCATTGATGCTTGTTTAGGAAAGCAACATTCTGTAGGAAAAATTATTGCAGGAAAAGGACCTATTAAACCTGGCGCAGCATTAAATAAACCACTTCCTGCTATAGGAGATGCTCATCTTACTGGTGTTGTTAATGTGAGTGGATTTATGGAGTACGCTGTTTTACAAAATACGAGATTGCAAATTGTTATGGCAATGGCCAAATTAATTGCCGACCTTTTAGATGATGTAGATCAACGTTTAACATATAGAAAAAGAATGCCAGCTGTGGTTTCAACGACCATATCAAAATCGTTGTCTTTATGA	MIFKNKLLDNQDQFRMHYTDPEFHLNMLNRFLALLPPSPREYVVVSIGTDRSTGDALGPLVGSLFSEKKPRHISIYGTLDNPVHAVNLQDYLHQIETSYRHPFIIAIDACLGKQHSVGKIIAGKGPIKPGAALNKPLPAIGDAHLTGVVNVSGFMEYAVLQNTRLQIVMAMAKLIADLLDDVDQRLTYRKRMPAVVSTTISKSLSL				NA	NA	NA	NA	NA
AK148_01096	1026			hypothetical protein	ATGATACGAGCAGGGATGCAATGGATGTTTTTAATTATTGGCACAACGATTGGAGCAGGGTATGCTTCAGGAAGAGAATTATGGCAATTTTTTGGGCATGAAAGTGGACTAGCTATTGTGTTATTTGCCTGTTTTTTTACTATTTGCTGTATAGGCATTATGAATGTAAGCTACACACGAAAGTCTACCCACTACTTACCAGTTCTGCGAGATATTGTAGGTGTGAAATTAACCAAAGTGTATGACGTGATGATTTTTATTTATTTGTTTACAACTACTGTTATTATGATTGCTGGTAGTGGTGCAACATCGCAAGCGTTTAATTACCCTTACTGGTGGGGAATAAGTATAATAATTGTTGCGCTTATACTACTATTTTTAAAAGGAGTGAACGGCCTCCTATCTATAAACCAATTTATATTACCAATATTATTAACAGGGCTTGTGTTTGTTCTATTATGGTTTACAGTCGATCAAAAATTGGATCTTTTTTCACATTGGCATGAACAACGAAATTGGATGGCCGCATTCCCTTTTACAGCATTAAATATTCTTCCGCTAATTGCTGTCTTGGGAGCCATCGGACATAAAGTACAATCAAAACAAGAAATATGGATTGCTTCTATTGGCAGTGGGCTTACACTTGGAGTTATTTCGTTTATTTACAATAATAGTTTAATTCAAATTGCTGATGAAGTACTAGTATATGAGATTCCATTATTTGCTATTATGAAAAACTATCCATTACAAATGCTCGTTTTTATGAGTATATTATTATGGTTTGCTATTTTTACCACAGCTGCTTCAGGAATACTTGGCATTGTGAGCCGTATACAAGACTATGTCAAGCAGCCATTATGGTTGATTGTTTGCTTGACCTTGGTTACAATGATTCCATTAACAGCTCTCGGTTTTTCAACTTTAATTCAATATTTATACCCCATTTACGGTATATTAAATTTATACGTATTAACGCGATTATTATTTCTCCCTTTTTGGGATAAATTGGAAAAACCAAAAATATAG	MIRAGMQWMFLIIGTTIGAGYASGRELWQFFGHESGLAIVLFACFFTICCIGIMNVSYTRKSTHYLPVLRDIVGVKLTKVYDVMIFIYLFTTTVIMIAGSGATSQAFNYPYWWGISIIIVALILLFLKGVNGLLSINQFILPILLTGLVFVLLWFTVDQKLDLFSHWHEQRNWMAAFPFTALNILPLIAVLGAIGHKVQSKQEIWIASIGSGLTLGVISFIYNNSLIQIADEVLVYEIPLFAIMKNYPLQMLVFMSILLWFAIFTTAASGILGIVSRIQDYVKQPLWLIVCLTLVTMIPLTALGFSTLIQYLYPIYGILNLYVLTRLLFLPFWDKLEKPKI				NA	NA	NA	NA	NA
AK148_01097	1029			hypothetical protein	ATGAATTTAACGCAAAGTACAGTAGAAGAAAATGTAGAAAAAGAAGTAGATAATTTTCATAAACTGATGAATGATGCATGGGATTATTTAACAGGTGCTGATTTATGGTTTTCAGTTGGAAAAGGTATGCTGCAAATTATACTTATTCTCGTATTATCTCTAATGGTCATTCGTATTTCTCGGAAAGTAGTGGACCGGTTATTTAAGAAGCGGGATAAAGGCCCCCTTCGCATTACGGAACGTCGGGAAAACACATTAAAAAAATTAATTAAAAATGTAATTGCATATGTGGTTTATTTTATCGCACTTCTTATGATTTTAGATGGTGTGTTTGGTCTGCAAGTAGGAGCATTAATTGCTGGTGCAGGTGTCGCTGGTTTAGCAATTGGTTTTGGTGCGCAAAATTTAGTCAGAGACATTATCTCAGGATTTTTCATTATTTTTGAAGACCAATTTTCTGTAGGCGATTATGTTGGTGTCGCAGGTATTGAAGGAACGGTGGAAGAAATCGGTTTAAGAACAACGAAAGTATTAAGCTGGACAGGTGAAATGCATATTTTACCAAATGGTAATGTCACCCAAGTTATCAATTATTCCGTTCATAATGGGTTGGCAATCGTAGATATTAATGTACCTTATGAGAGTAGTGTCGATGACGCAGAGCGCTTAATAAATGAAGTTGCTGTTACACTACCAGATAAATATGATTTTGTTGTAGGAACCCCAGAAATTATTGGTGTGCAAAATTTAGAAGCGTCTCATTTTGTAATTCGTGTCATTGCAGAAACATTACCTGGTTTTCAATGGGCTGCAGAAAGAAATATTCGCCGTGATATGCAACATTACCTTTATCGATCAGGAATTGAAATACCTTCTCCAAGAATCGTAATGTATTCTCGGGACCAGAAGCAAGAATTATTGGATTATAGCCAAAGGAAACAGTTTCATGATAGCTCGAGTAATCGAACAGGATATCCGGATCTTGAATCGCATGGCGAACAGTCCCCACAAAGGGAAGGCGATGAATAA	MNLTQSTVEENVEKEVDNFHKLMNDAWDYLTGADLWFSVGKGMLQIILILVLSLMVIRISRKVVDRLFKKRDKGPLRITERRENTLKKLIKNVIAYVVYFIALLMILDGVFGLQVGALIAGAGVAGLAIGFGAQNLVRDIISGFFIIFEDQFSVGDYVGVAGIEGTVEEIGLRTTKVLSWTGEMHILPNGNVTQVINYSVHNGLAIVDINVPYESSVDDAERLINEVAVTLPDKYDFVVGTPEIIGVQNLEASHFVIRVIAETLPGFQWAAERNIRRDMQHYLYRSGIEIPSPRIVMYSRDQKQELLDYSQRKQFHDSSSNRTGYPDLESHGEQSPQREGDE	PGPT0013695_1558	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013695-ykuT|ybiO-K22044	NA	NA
AK148_01098	198			hypothetical protein	ATGGAAGGAAAAGAATTTGCACTACATGATGTCGTACAAATGAAAAAGCCACATCCATGTGGCGACAACCGTTGGCGAATTATACGGATGGGAATGGATATCCGTATTAAATGTTTGGGCTGTGATCATAGTGTTATGATCCCGCGTAAACAATTTGAGAAAAAAATGAAAAAAATACTGAAAAAAGCAGAGGAATAA	MEGKEFALHDVVQMKKPHPCGDNRWRIIRMGMDIRIKCLGCDHSVMIPRKQFEKKMKKILKKAEE				NA	NA	NA	NA	NA
AK148_01099	1101	ychF	COG0012	Ribosome-binding ATPase YchF	ATGTCTTTAACAGCAGGAATTGTCGGTCTTCCAAACGTCGGTAAGTCCACGTTATTTAATGCAATTACCCAAGCTGGAGCAGAAGCAGCAAACTATCCGTTTGCGACCATAGATCCAAACGTAGGAATTGTAGAAGTACCAGACAAACGCTTAAATAAATTAACAGAATTAGTAAAACCAAAAAAGACAGTACCAACAACATTTGAGTTTACAGATATTGCAGGTATTGTAAAAGGCGCAAGTAAAGGGGAGGGATTAGGTAACCAGTTTTTATCTCATATTCGTCAAGTAGATGCTATTTGCCAAGTCGTCCGTTGCTTTGATGATGAGAATATTACGCATGTATCTGGAAAAGTCGATCCAGTTGAAGATATGGATATTATTAATTTGGAATTAATTCTTGCAGATTTGGAAACGGTGAACAAACGATTCCAACGTGTGGAGAAATTAGCTAGGCAAAAGGAAAAATCTGCTGTTGCAGAATTTGACGTATTAAGTAAATTGAAGACAGGATTAGAAGAAGAACAACCAGTTAGAGCAATGGAGTTTAATGAAGAACAATGGAAAATTGTTAAAGGGCTACATTTGCTTACAAGTAAGCCAACGCTTTATGTAGCTAATGTAAGTGAAGAAGAAGTAGCAGATACAGATGCCAATGAGCATGTTCAAAAAGTAAAAGCATATGCAGAAAAAGAAAATGCAGAAGTGATTGTCGTTTGTGCAAAAATAGAAGAAGAGATTTCCGAATTAGATGAAGAAGAAAAAGCCATGTTCTTGGACGATTTAGGTATTACAGAATCGGGTCTGGACAAGCTGATTAAAGCCTCTTATCATTTATTAGGATTGGCGACATATTTTACAGCGGGAGAACAGGAAGTTCGTGCTTGGACGTTCCGTAAAGGGATGAAAGCACCGCAAGCTGCTGGAATCATTCATACTGATTTTGAACGTGGTTTTATCCGTGCTGAAACGGTGTCCTACGATAATTTAGTAGCAGCTGGATCTATGACAAAAGCGCGGGAAAATGGAAAGGTACGGTTAGAAGGGAAAGATTACATCGTTCAAGATGGCGATGTTATCCACTTCCGATTTAATGTGTAA	MSLTAGIVGLPNVGKSTLFNAITQAGAEAANYPFATIDPNVGIVEVPDKRLNKLTELVKPKKTVPTTFEFTDIAGIVKGASKGEGLGNQFLSHIRQVDAICQVVRCFDDENITHVSGKVDPVEDMDIINLELILADLETVNKRFQRVEKLARQKEKSAVAEFDVLSKLKTGLEEEQPVRAMEFNEEQWKIVKGLHLLTSKPTLYVANVSEEEVADTDANEHVQKVKAYAEKENAEVIVVCAKIEEEISELDEEEKAMFLDDLGITESGLDKLIKASYHLLGLATYFTAGEQEVRAWTFRKGMKAPQAAGIIHTDFERGFIRAETVSYDNLVAAGSMTKARENGKVRLEGKDYIVQDGDVIHFRFNV				NA	NA	NA	NA	NA
AK148_01100	291	rpsF	COG0360	30S ribosomal protein S6	ATGAGAAAATACGAAATCATGTACATCATCCGCCCAGACATGGAAGAAGAAGCGCAGACAGCTTTAATAGAGCGTTTCAATGGTATTCTTACTGATAATGGTGCGGAGATTGAAAAAGTTGATGAAAAAGGCAAAAAACGCCTTGCTTATGAAATCAATGACTATCGTGATGGGTATTATGTAATCATTAACTTCAGCAGTGATGATCAAGCTATTAACGAGTTTGACCGTCTAGCAAAGTTTTCTGATGATATTATTCGTCATATTGTCGTTCGAGAAGATGATCAATAA	MRKYEIMYIIRPDMEEEAQTALIERFNGILTDNGAEIEKVDEKGKKRLAYEINDYRDGYYVIINFSSDDQAINEFDRLAKFSDDIIRHIVVREDDQ				NA	NA	NA	NA	NA
AK148_01101	501	ssbA_1	COG0629	Single-stranded DNA-binding protein A	ATGTTAAATCGTGTCGTACTTGTCGGCAGGTTAACGAAGGATCCTGATTTACGTTACACCCCAAGTGGCGTAGCAGTTGCCAATTTCACACTTGCGGTAAACCGTCCATTTTCCAATCAACAGGGGAACCGTGAAGCAGATTTTATTAACTGTGTCGTTTGGCGTAGAGCAGCGGAAAACCTGGCGAATTATATGAATAAAGGTAGCATGGTTGGTGTGGATGGACGAGTGCAAACACGCCGATTTGAAGGCCAAGATGGAAAAACAGTATTTGTTACTGAAATAGTGGCAGAAAGTGTTCAATTTTTGGAAACAAAAGGTTCTTCTCAGGGCGGGGGACAAGGTGCATCAGGATTTCAACCAAACAGAAACCAAGGTCAATTCGAACCGCAATCCAACCCATATGAACAAAGTCAAAGTCAAAATCAAAATAACAAGGAAAATCCATTTCAAAATAATGGAGAACCTATTGAAATATCAGATGATGATTTACCATTTTAA	MLNRVVLVGRLTKDPDLRYTPSGVAVANFTLAVNRPFSNQQGNREADFINCVVWRRAAENLANYMNKGSMVGVDGRVQTRRFEGQDGKTVFVTEIVAESVQFLETKGSSQGGGQGASGFQPNRNQGQFEPQSNPYEQSQSQNQNNKENPFQNNGEPIEISDDDLPF				NA	NA	NA	NA	NA
AK148_01102	231	rpsR		30S ribosomal protein S18	ATGGCAGCTCGTCGCGGTCGTGCAAAACGTCGTAAAGTGTGTTATTTTACAGCGAACGGAATTACACACATTGACTATAAAGATGTTGACTTGCTAAGACGTTTTATTTCTGAACGTGGAAAAATTCTTCCTCGTCGTGTAACTGGAACTTCTGCAAAATATCAACGTAAACTAACGAAAGCAATCAAACGTGCTCGTACAATGGCTTTATTGCCATATGTGGCTGAGTAA	MAARRGRAKRRKVCYFTANGITHIDYKDVDLLRRFISERGKILPRRVTGTSAKYQRKLTKAIKRARTMALLPYVAE				NA	NA	NA	NA	NA
AK148_01103	789	modA_1	COG0725	Molybdate-binding protein ModA	ATGAAGCATATTTTTATCCTTTGCATCAGCATCGTTTTTCTAACAGGGTGCTCTCTGTTTGAGGAAGAACAACTATTCGAGCAACCTGCTGAACAAAATAAAATACTTGTAGCTGCTGATTCCAGTTTGAAAGATGTACTTCCAGAACTAATCACGAAATTTGAAAAAGAACATCCGACAATAGCAGTAGAAGTTAATTTTGCAAGTTCTGGCCAATTAGCTGGTAATATTCAACAAGGGGCTCCCATCGACCTGCTCTTATCTGCAAATAAAGAGTGGACGGATACGTTAAAAAAAGAAGGATTAATTCTAAATGGTTCGCAAAAAAGATTTGCTCACAATCAACTCGTATTAATATCACATACAGATAAAGAGCTATCAATAGAAAATTTAAGTGATTTAAAACGGGCTCCTTTTAAAGAACTCGTTCTAGGTGATACCGTGAATGTAACAGCTGGTGATTATGCACAAAAAGCTTTCCAATCAAATGAAGTAAATATATGGGACACCATTAAAAATAAAACTGTCTATGTTAAAGATGTAGCAGACATTATGGAAAAGGTGAAAGAGGATGCGCAAACACTTGGCGTTGTATATGCTTCCAACGCGTTGCAAAACGAGGACATAAACGTGATCTATGAAATTGACGAGCACCTCCATCCACCCATCGTTTATGAAACGGGAATTACTTCCTATAGTACAAATCATCATGATGCGAAGGTGTTAACCGATTTTATCAGTTCAAAAAAGGCAACGGAAACTTTTGCAGCATATGGGTTTGGAGAATAG	MKHIFILCISIVFLTGCSLFEEEQLFEQPAEQNKILVAADSSLKDVLPELITKFEKEHPTIAVEVNFASSGQLAGNIQQGAPIDLLLSANKEWTDTLKKEGLILNGSQKRFAHNQLVLISHTDKELSIENLSDLKRAPFKELVLGDTVNVTAGDYAQKAFQSNEVNIWDTIKNKTVYVKDVADIMEKVKEDAQTLGVVYASNALQNEDINVIYEIDEHLHPPIVYETGITSYSTNHHDAKVLTDFISSKKATETFAAYGFGE	PGPT0008435_1725	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008435-modA-K02020	NA	NA
AK148_01104	489			hypothetical protein	ATGATATTCTTCCATGCGTTCATACATAGTATCAAACTCCCCAAAAAGAACGCAATATTCCAGCTTAATCGTATTGGGATGGATATTGCAGTTATTTATATGTTAATTCTTATCTTACTTGTATCTATTCCTTCATTTCTCCAATATACTTTAACCACAGGGGATGGAGTAGCAGCACAGTTAAATGGTTTTTTCAAAATCATTTACTTTTTTATTTTTCATTATTTGCCTTTATCAATCATAATATTTATTCTTTTATCTATTATAGCGGGTATTGGAACACTTATAGCCAAATTTATGGATCGAAAATTAAAGTTTTCTATACTATGGAAAATGTCTGTTTTTACCACAAGCATCCCTTTTTTGTTCTACACAATTGTAGGAATCTTTTTTCCTCTGCAAGATAGTTTCTTATTCCTATTCTGTGCTTATTCATTACTATTTCTCGTTTTGATTATTACCGTATATCCAAAACGGCGGAAAAAGTAG	MIFFHAFIHSIKLPKKNAIFQLNRIGMDIAVIYMLILILLVSIPSFLQYTLTTGDGVAAQLNGFFKIIYFFIFHYLPLSIIIFILLSIIAGIGTLIAKFMDRKLKFSILWKMSVFTTSIPFLFYTIVGIFFPLQDSFLFLFCAYSLLFLVLIITVYPKRRKK				NA	NA	NA	NA	NA
AK148_01105	942			hypothetical protein	ATGAATCAAACTAAAAAACAAGTAGACGGTGCTTTGTTTACCGGTCTATTCATTATCATATTGTTAGCTGGTTTATTTATTCCAGTAATAACACCAATTGCTATCTTTGTATTGCCAATTCCTTTTGTAATGTATACAGCAAGACATAGCTGGAGACCGGCTTTAGTAATGGCTGTTGCAGCGATTATTTTATCTATATTGCTAGGAACAGTTCTTGCATTACCGCTTGCTGTACCTACAATAATTGGTGGTATAATGATTGGTGAGGCAATTCATAAAAAAATAACTGCTTATGAAACGTTAGCAAGAGGAACCTTTGGATATATCGTTGGAATGCTACTTATATTTTTATTTGTACAGCTTGTTTTGCAAGTAAATATGGTTGCAGAGTTCCAATCCCTAATGGACGAATCATTAGCAAGTTCAACACGTATGATGGAGCAGTTTGCAAGCCAAGAGCAAGCTGATGTCGTTAAGGAAACAATGGAGCAAGTAACGGAAGGGTTAATGAACCTACTTCCATTCTATTTTCTGTTCATAGCAATTATTCAAGCACTGATTAGTCAATGGCTCGCTTATAAGCTGATGAATCGGATTGAAAAACGACAATTACGTTTTCCGCCATTCCGTTCATTACGCTTTCCTTCAAGCGTTCTGTTTATTTATCTCTTTGTTCTACTTGCAGCTTTTATGGTAGCGGACGCTGATAGTGGCACAATGTCGATGGCTATTCAAAATTTATTAGTAATTGCACAACTTATTTTAACGATTCAAGGATTTTCGTTTTTATTTTTCTTTGCACATGATAAAAAGATGTCCAAGGCATTTCCAATTATTAGCATCATTTTAGTATTGCTCATGCCAACGTTTATGTTTATTATTCGATTTTTAGGAATCCTAGATATCGGAATGAACTTAAGAGAGCGGATGGGGAAGAAATAA	MNQTKKQVDGALFTGLFIIILLAGLFIPVITPIAIFVLPIPFVMYTARHSWRPALVMAVAAIILSILLGTVLALPLAVPTIIGGIMIGEAIHKKITAYETLARGTFGYIVGMLLIFLFVQLVLQVNMVAEFQSLMDESLASSTRMMEQFASQEQADVVKETMEQVTEGLMNLLPFYFLFIAIIQALISQWLAYKLMNRIEKRQLRFPPFRSLRFPSSVLFIYLFVLLAAFMVADADSGTMSMAIQNLLVIAQLILTIQGFSFLFFFAHDKKMSKAFPIISIILVLLMPTFMFIIRFLGILDIGMNLRERMGKK				NA	NA	NA	NA	NA
AK148_01106	1971	gdpP	COG3887	Cyclic-di-AMP phosphodiesterase GdpP	ATGCCCGATAAGCAAAAAAAGCCGACACTGAGAAACCATGTATGGTTTATTTACGCAATTTCCATCATTTTATTAGGATTTATTTGGTATTTTCAATGGGTGCTGGGAATGATTATGACAGTATTGTTAGTCGTTTCATTCTATTACAGTATGCGTTCGGAGCAAGCTCTGCAAGATGAAGCTGAAAAATATATAACGACATTGTCGTACCGTGTAAAAAAGGTCGGAGAAGAAGCGTTATTAGAAATGCCGTTTGGAATTATCTTATATAATGATGATTTTAAAATAGAATGGGCAAATCCATATATGAATCGTTTTGATGATGGAAGTTTGGTCGGCGATTCGCTTCATAAATTATCAGAGGATTTAATACCGATGATTAAAGAAAATAAAGAGAAGATCTGGTTTGAGTTGCAAGATTATGTGTTCGAAACGGTTGTAAAGAAAGAAGAACGACTCCTTTATTTATTTGATCGTACAGAACAATCGGAATTACAAATACAGTATCGAAATGAGCAGACGGTTCTTGGTTTTATTTTTCTAGACAACTATGAAGAAATTACGCAGAACATGGACGATACAAATAAAAGTCGATTAAACTCACAAGTGACATCGGTATTAAATAAATGGTCCAAACATCACGGTCTATATTTAAAACGAACTTCTCAGGAACGTTTTTTAGCCGTTGGAACAAAAGAAATCCTCACAAATCTAGAAAAATCGAAATTTGAAATCTTAGATGAAGTACGTGCATTAAGTGGAGAGCGCAATACACCGGTTACATTAAGTATTGGTATCGGCATGGGGGATGTTGACTTGCCTACACTTGGGGAATTAGCCCAATCGAGCTTAGACCTTGCATTAGGTCGAGGTGGCGATCAAGTAGCGATTAAGGACGAGACGGGAAAAGTTCGTTTTTACGGTGGGAAAACAAACCCAATGGAAAAGCGAACGCGCGTAAGAGCAAGGGTAATCTCCCATGCGTTAAAAGAGTTAATTCGAGCTAGTGATAATGTGATCATTATGGGGCATAAATCACCTGACATGGATTCAATCGGTGCTGCTATCGGCATCTTAAATATTGCGCTTGCCAATGATGTAGAAGGATATGTCGTGTTTGATCCAAATGATATTGATACAGGTGTTTATCGGTTAGTAGATAAAATTAAGGAAGATGAGGTGCTTTGGCAATACTTTGTAGATCCTGATGAAGCAAATTCACTTATCAACAACCGTAGTCTAGTCGTCGTCGTAGATACACATCGACCAGCAATGGTGGCAAGTGAAGCACTCTTACAAAAGTCCGATTACAAAGTAGTCATTGATCATCATCGTCGAGGGGAAGATTTTATTGACAACCCAACTTTAGTATATATGGAACCATATGCATCTTCTACGGCAGAATTGGTAACAGAACTCTTAGAGTACCAACCGAAAAAATTAAAATTACGTATGTTGGAGGCAACTGCTTTATTAGCAGGGATTATTGTCGATACGAAAAGTTTCACTTTACGAACAGGGTCAAGAACATTTGATGCTGCTTCATACTTACGATCCAAAGGCGCCGACACAGTACTTGTTCAGGAACTGTTAAAAGAGGACATCGATGTATATGTCGAGCGAAGTAAACTAATTGAACGAGCACAAATATACCGTAATAAAATTGCTATCGCAAAAGCGAAAGAAGGACAAATTCATGGTCCTGTATTAATCGCTCAAACGGCCGATATTTTATTAACGATGAGCGGGATAGCTGCTTCTTTTGTTATTTCGGAACGCAAGGACGGAAAGGTTGGCATTAGCGCTCGATCGTTGGGGGCTATTAATGTGCAAGTGATTATGGAAAAAATGAATGGTGGTGGACATTTAACAAATGCCGCCACGCAGATCGAAGATACGACAATTGATGAAGCCGAACAATTGTTAAAAGATATCTTAGATGAATATTATGAGGGGAGCGAATCAGAATGA	MPDKQKKPTLRNHVWFIYAISIILLGFIWYFQWVLGMIMTVLLVVSFYYSMRSEQALQDEAEKYITTLSYRVKKVGEEALLEMPFGIILYNDDFKIEWANPYMNRFDDGSLVGDSLHKLSEDLIPMIKENKEKIWFELQDYVFETVVKKEERLLYLFDRTEQSELQIQYRNEQTVLGFIFLDNYEEITQNMDDTNKSRLNSQVTSVLNKWSKHHGLYLKRTSQERFLAVGTKEILTNLEKSKFEILDEVRALSGERNTPVTLSIGIGMGDVDLPTLGELAQSSLDLALGRGGDQVAIKDETGKVRFYGGKTNPMEKRTRVRARVISHALKELIRASDNVIIMGHKSPDMDSIGAAIGILNIALANDVEGYVVFDPNDIDTGVYRLVDKIKEDEVLWQYFVDPDEANSLINNRSLVVVVDTHRPAMVASEALLQKSDYKVVIDHHRRGEDFIDNPTLVYMEPYASSTAELVTELLEYQPKKLKLRMLEATALLAGIIVDTKSFTLRTGSRTFDAASYLRSKGADTVLVQELLKEDIDVYVERSKLIERAQIYRNKIAIAKAKEGQIHGPVLIAQTADILLTMSGIAASFVISERKDGKVGISARSLGAINVQVIMEKMNGGGHLTNAATQIEDTTIDEAEQLLKDILDEYYEGSESE				NA	NA	NA	NA	NA
AK148_01107	447	rplI		50S ribosomal protein L9	ATGAAAGTAATATTTCTTAAAGACGTAAAAGGTAAAGGAAAACAAGGTGAAGTAAAAAATGTCTCCGATGGTTATGCACGTAACTATCTATTAAAAAATAACTTAGCCCAAGAAGCAACACCAGGTAATTTAAAAGCTTTAGAAGCGAAGAAGAAAAAACAAGACCAGTTAGAACAAAAAGAAAAAGATGAAGCTATTCAATTGAAAAATAAACTTGCAGACATAACTGTAGAATTAACGGCTAAATCAGGAGACAGTGGACGTTTGTTTGGTTCCATTACGAGCAAACAAATCTCTGAAGCGTTAGAAAAGAATTATGGCTATAAAATTGATAAGCGAAAAATAGAGTTAGATGCACCGATTCGATCTTTAGGGTATACAAATGTACCTGTAAAATTGCATCCTGAAGTAGATGGTTCCATTAAAGTGCGTGTAAGTGAAAAGTAA	MKVIFLKDVKGKGKQGEVKNVSDGYARNYLLKNNLAQEATPGNLKALEAKKKKQDQLEQKEKDEAIQLKNKLADITVELTAKSGDSGRLFGSITSKQISEALEKNYGYKIDKRKIELDAPIRSLGYTNVPVKLHPEVDGSIKVRVSEK				NA	NA	NA	NA	NA
AK148_01108	1359	dnaC	COG0305	Replicative DNA helicase	ATGAATACCCAAATAGATCGCACCCCACCGCATAATATGGAAGCTGAACAGTCGATTATTGGAGCAATATTTATCGATCCAGAAGCATTTATTACGGCTTCTGAGATATTAGTTGCAGAAGATTTTTATAAAGCAGCACACCAACGTATTTTTTCCAGTATGATGGCTTTATCCGATCGCGGGGAACCTATTGATGTCGTAACTGTAACTGCTTATTTACACAATGCGAACCAGTTAAATGAAGTAGGTGGCGTGCAATATTTATCACAAGTAGCAGATAGTGTACCTACATCTGCCAATATAGGCTATTATTGTCGGATTGTTGAAGAAAAAGCGTTATTACGAAGATTGATTCGATCAGCTACAGATATAGTAACATCAAGCTTTGAGAGGCAAGATGAAGTAGAGGATGTTTTAAACGAAGCCGAGAAAACCATTCTTGATGTATCTGGGAAAAAGAACTCTGGAGCGTTTAAAAATATTAAAGATGTGTTAATCGACGTCTACGATAATATTGAGCAACTGCATCATCAAAGTGGTGATGTAACAGGAATTCCTACTGGTTTTCGTGATTTAGATCGAATCACTTCTGGCTTTCAACGGAATGATTTAATTATTATTGCTGCACGTCCTTCCGTAGGTAAAACAGCTTTTGCATTGAACGTAGCGCAAAATGTGGCTGTAAATACGGATGAGAATGTAGCTATTTTCAGTTTAGAAATGGGAGCAGACCAGTTAGTACAGCGTATGCTCTGTGCAGAAGGAAATATAGATGCTCAGCGTTTACGTAATGGACAATTGCAAGCTGAGGACTGGAGTAAATTAACGATGGCAATGGGTAGTTTATCCAATGCAGGTATTTATATTGATGATACGCCAGGCATACGGGTAGCAGACATAAGATCCAAATGTCGAAGATTAAAGCAAGAACATGGTTTAGGAATGATTCTAATCGATTATTTGCAACTTATTCAAGGAAGTGCCAATTCGAAAGAAAATAGGCAACAAGAGGTATCGGAAATATCCCGTTCTTTAAAAGGTTTAGCACGAGAATTGAATGTACCATTGATTTCCCTTTCTCAGCTATCTCGTGGCGTAGAATCGAGACAGGACAAACGCCCTATGATGTCTGATTTGCGGGAATCGGGGAGTATTGAACAAGATGCGGATATTGTAGGGTTTTTATATCGAGATGATTATTATGATTCGGAATCGGAAAAACAAAACATTATTGAAATTATCATTTCGAAGCAACGTAATGGTCCGGTAGGGACGGTCGATTTAGCGTTTGTAAAAGAATATAATAAATTCGTTGATTTGGATCATCGTTATTCGGATAGCGATATTCCTCCAGCATAA	MNTQIDRTPPHNMEAEQSIIGAIFIDPEAFITASEILVAEDFYKAAHQRIFSSMMALSDRGEPIDVVTVTAYLHNANQLNEVGGVQYLSQVADSVPTSANIGYYCRIVEEKALLRRLIRSATDIVTSSFERQDEVEDVLNEAEKTILDVSGKKNSGAFKNIKDVLIDVYDNIEQLHHQSGDVTGIPTGFRDLDRITSGFQRNDLIIIAARPSVGKTAFALNVAQNVAVNTDENVAIFSLEMGADQLVQRMLCAEGNIDAQRLRNGQLQAEDWSKLTMAMGSLSNAGIYIDDTPGIRVADIRSKCRRLKQEHGLGMILIDYLQLIQGSANSKENRQQEVSEISRSLKGLARELNVPLISLSQLSRGVESRQDKRPMMSDLRESGSIEQDADIVGFLYRDDYYDSESEKQNIIEIIISKQRNGPVGTVDLAFVKEYNKFVDLDHRYSDSDIPPA				NA	NA	NA	NA	NA
AK148_01109	1287	purA	COG0104	Adenylosuccinate synthetase	ATGTCCTCAGTAGTCGTAGTTGGAACGCAGTGGGGCGATGAAGGAAAAGGAAAAATTACCGATTTCTTATCGCAAAATGCTGAAGTTGTTGCACGTTATCAAGGTGGTAACAATGCGGGACACACAATAAAATTTGACAACGTTACGTATAAATTACATTTAATTCCATCAGGCATATTTTTCAATGAGAAAACGTGTGTATTAGGAAACGGAATGGTAATTGATCCAAAAGCTTTCGTGGAGGAAATAGCTTATTTACATGAGCGTCATGTTTCGACTGATAATCTGCGTATTAGCAATCGTGCACATGTCATTCTTCCCTATCATTTAAAGCTGGATATTTTACAAGAAGAAGAAAAAGGCGATAACAAGATTGGCACAACTAAAAAGGGAATTGGGCCAGCTTATATGGACAAAGCTGCCCGTTGCGGTATTCGTATTGCCGATTTGATGAATAAAGATATATTTCGTAAAAAGCTAGAACAAAATTTACTAGAAAAAAATCGTTTGTTTGAAAAACTTTATGGAGTAGAGCCGATGAACCTGGAAGACATTGTTGATGTCTATTATGATTATGGTCAGCAATTGGCTCCATATGTGTGCGATACTTCTGTCGTATTGAATGATGCATTGGATCAAGGTCGTCGTGTGTTATTTGAAGGGGCGCAAGGCGTTATGCTCGATATCGACCAAGGTACCTATCCATTTGTGACCTCTTCCAATCCGACTGCTGGCGGTGTAACTATTGGATCAGGAGTTGGGCCAACCAAAATTGACCATGTCGTCGGTGTTTCTAAAGCATATACAACTCGTGTTGGTGATGGACCTTTTCCTACAGAATTACATGGTGAGATAGGTGAGCAAATTCGAGAAGTAGGTCGGGAATATGGCACCACAACAGGTCGTCCTCGCCGTGTCGGCTGGTTTGATAGTGTTGTTGTTCGTCATGCTCGTCGAGTGAGTGGGATTACCGATTTATCTTTGAATTCGATTGACGTATTAACAGGCATCGAAACGTTGAAAATTTGTGTGGCATATCGATACCAAGGGGAAATCATACATGAGTTCCCTGCAACACTGGCAGAACTTGCTGCGTGTGAACCCGTATATGAGGAAATGCCTGGATGGACGGAAGATATTACAGGGGTAACAAGTTTGGGCGATTTGCCTACAAATGCAAGGCACTACTTAGAGCGTGTGTCTCAACTAACAGGTATTCCACTTTCTATATTCTCTGTAGGACCAGATCGCTCGCAAACAAATGTAGTTCGAAGTGTTTACAGCTAA	MSSVVVVGTQWGDEGKGKITDFLSQNAEVVARYQGGNNAGHTIKFDNVTYKLHLIPSGIFFNEKTCVLGNGMVIDPKAFVEEIAYLHERHVSTDNLRISNRAHVILPYHLKLDILQEEEKGDNKIGTTKKGIGPAYMDKAARCGIRIADLMNKDIFRKKLEQNLLEKNRLFEKLYGVEPMNLEDIVDVYYDYGQQLAPYVCDTSVVLNDALDQGRRVLFEGAQGVMLDIDQGTYPFVTSSNPTAGGVTIGSGVGPTKIDHVVGVSKAYTTRVGDGPFPTELHGEIGEQIREVGREYGTTTGRPRRVGWFDSVVVRHARRVSGITDLSLNSIDVLTGIETLKICVAYRYQGEIIHEFPATLAELAACEPVYEEMPGWTEDITGVTSLGDLPTNARHYLERVSQLTGIPLSIFSVGPDRSQTNVVRSVYS	PGPT0020140_4190	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0020140-purA-K01939	NA	NA
AK148_01110	705	walR_3	COG0745	Transcriptional regulatory protein WalR	ATGAGTCAAAAAATATTAGTTGTCGATGATGAACAGCCAATTGCAGATATATTGAAATTTAATTTAGAAAAAGAAGGCTATGAAGTCGTTGTAGCGTATGATGGCGACGAAGCGATTAAGTTAGCAACAGAAGAAACCCCGGATTTAGTTCTATTGGATATTATGTTACCGAATAAAGATGGGAATGAAGTCTGTCGGGAAATACGAAAAACACAAACAATGCCAATTATTATGTTGACGGCAAAAGATTCGGAAATTGACAAAGTACTCGGATTGGAATTGGGAGCAGATGATTACGTGACGAAGCCGTTCAGCAATCGGGAATTAATTGCTCGTGTAAAGGCAAACTTACGTAGGCAACAAGTTGTACCTGAGGATACAACAAAAGCCTCTAAAGACATTCAAATTGGTTCGCTCGTCATTCACCCTGATGCTTATGTTGTCTCACGGGATGGCGAGCAAATTGAATTAACACATCGTGAATTTGAATTATTGCACTACCTCGCTCGACACATGGGACAAGTAATGACACGAGAACATTTATTAGAAACCGTATGGGGTTATGATTATTTTGGTGATGTTCGTACGGTAGATGTGACCGTGCGTAGGTTGCGAGAAAAAATTGAAGAGACTCCTAGTAACCCTATGTGGATCGTGACACGTAGAGGAGTAGGCTATTATTTACGAAATCCTGATCAGGAGTAG	MSQKILVVDDEQPIADILKFNLEKEGYEVVVAYDGDEAIKLATEETPDLVLLDIMLPNKDGNEVCREIRKTQTMPIIMLTAKDSEIDKVLGLELGADDYVTKPFSNRELIARVKANLRRQQVVPEDTTKASKDIQIGSLVIHPDAYVVSRDGEQIELTHREFELLHYLARHMGQVMTREHLLETVWGYDYFGDVRTVDVTVRRLREKIEETPSNPMWIVTRRGVGYYLRNPDQE	PGPT0013765_514	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668	NA	NA
AK148_01111	1833	walK		Sensor histidine kinase WalK	ATGAAAAAAGTGGGTTTTTTTCGTTCTATTCAATTAAAGTTTATCATTATATATATTCTTTTATTGCTGGTAGCTATTCAAGTTATCGGCTCCTTTTTTACTACCGAATTAGAAAATAATTTAGTAACTACCTTTGAAGATTCCATTGCTTCAAGAGTAGAGCTGTTAAGTTACAACTTGGAGCAGGCATTTAACCGGGAACGCGATGAGGAAAACCCAGATCAACCCTCATTAAAAGAAGAAGTTCAAAGTATTGTTTCCGAAGTGGATACGCAAGATATTTCAAGTCTACAAGTTGTTGATAATCAAAGCCGAGTAATGGCAACAAATGATTACAATTCGCGTGATGAAATTAATAAAAAAACAACGAGAGGGATCATTCAGCGTACACTAACGACGAATTCAACTGAACATAGTAATAATGTAAGAGATAATGACCGTTTTTATGTACTAGCTCATCCTATTGTAGATGAAAAAAATAGAGATATTGTCTTAGGTGTTATTTATTTAGAGGCGTCTTTAGAACCCGTGTACGATCAATTAATGAGTATTAATGAAATATTCTTTCAAGGTTCTGTCTTAGCTATTACTGTATCTGCCTTTATCGGTATTTTAGTTGCACGAACGATTACGAAACCGATTATTGAAATGCGTCGTCAGGCTCAAAAAATGGCCAGGGGTGATTTCACCCAAAAAGTAAATGTATACGGTTGGGATGAAATTGGTCATTTGGCTGAAACATTTAACGACTTAAATAATCAGCTAAAACATTCCTATGCAACAATTGAAGAAGAACGAAGAAAGTTAAGCTCCGTTTTATCGAATATGTCGGATGGTGTTATTGCAACAGATAATTCGGGAGCAATAACTTTAATGAATGAGCCTGCTGGAAGATTAATTGGCCATAATCCAGATGATGTGATGGGATCCTACTTACTCGATATATTACATCTGGAAGATAAAATGGTGGATATTACCGAATTGCACAATAGTGGCTCGATGATTATTGATTTTGGAGAAAATGATGAGGATTTTATTATTCGGTCTAATTTTTCTACGGTTCTAGATGAAGAAGGGGAAATTACTGGATTTATTACGGTGATTAGTGATGTAACAGAGCAGGAAAAAGTAGAAGCAGAACGAAGAGAGTTTGTATCCAACGTTTCTCATGAACTTAGAACACCGCTTACTACGATGAGAAGCTATGTAGAAGCTTTAAATGATGGCGCATGGGAAGATAAAGAAATTGCCCCTAAGTTTCTCGGTGTCGTGCATAATGAGACGGAGCGGATGATTCGTATGGTCAATGATTTACTGCAACTCTCGAAAATGGATGCAAAAGAATATCCATTGCATAAGGAACGCGTTGAATTTGTAAGTTATTATCATCAAATTATTGACCGTTTTGAGCTGCAGACGCCAAAAGGCATTCATTTACAACGGGAGTTACCTAACGGAAGCTACTATGTTTGGATGGATAAGGATAAGATGACACAGGTGCTTGATAACATTATTACAAATGCTATTAAATATTCCCCTGAAGGTGGCACGATTAAGCTAAAAACGGAGTATAAACGACATCAATTATTAATTAGTATCCAAGACGAAGGTATGGGGATTGCATATGATAAATTAGAAAAGATCTTTGAACGCTTTTATCGTGCAGATAAAGCACGAACAAGAAAGCTTGGTGGCACAGGGCTTGGTTTAGCCATTGCTAAGGAACTTGTAGAGGCTCATCATGGTCAAATTTGGGCGACAAGCAAAGAAGGTAAAGGAACAACCGTTTACTTTACGCTTCCGCTTATGAATCAGAAGCGGAGAGGTGCATAA	MKKVGFFRSIQLKFIIIYILLLLVAIQVIGSFFTTELENNLVTTFEDSIASRVELLSYNLEQAFNRERDEENPDQPSLKEEVQSIVSEVDTQDISSLQVVDNQSRVMATNDYNSRDEINKKTTRGIIQRTLTTNSTEHSNNVRDNDRFYVLAHPIVDEKNRDIVLGVIYLEASLEPVYDQLMSINEIFFQGSVLAITVSAFIGILVARTITKPIIEMRRQAQKMARGDFTQKVNVYGWDEIGHLAETFNDLNNQLKHSYATIEEERRKLSSVLSNMSDGVIATDNSGAITLMNEPAGRLIGHNPDDVMGSYLLDILHLEDKMVDITELHNSGSMIIDFGENDEDFIIRSNFSTVLDEEGEITGFITVISDVTEQEKVEAERREFVSNVSHELRTPLTTMRSYVEALNDGAWEDKEIAPKFLGVVHNETERMIRMVNDLLQLSKMDAKEYPLHKERVEFVSYYHQIIDRFELQTPKGIHLQRELPNGSYYVWMDKDKMTQVLDNIITNAIKYSPEGGTIKLKTEYKRHQLLISIQDEGMGIAYDKLEKIFERFYRADKARTRKLGGTGLGLAIAKELVEAHHGQIWATSKEGKGTTVYFTLPLMNQKRRGA	PGPT0013760_434	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0013760-vicK|walK|yycG|micB-K07652	NA	NA
AK148_01112	1317	yycH	COG4863	Two-component system WalR/WalK regulatory protein YycH	ATGAAACTAGAGACGTTTAAATCCATTTTATTAGTATTGTTAATTGGACTTAGTTTATTATTAACGTTTGGATTATGGAATTATCAATCTGAATTTGAAGAACTGGATGATAAGGAAAACGTAAGTGACACTAGTGTTGGTGGTAACAAAATGGAAGCGGAGAGTAATGTCATCCTACCTAGTTCCATTATTTTTCATGCAGGGCAGCAGCATTTAGGATATAAAGATCCACAAAAGCAGCAACAGCTATTTGAAGACATGCAAACATGGGTGTATTCAAACTTTAGTATTAAAGATGCGAATTGGAACGCAGATGACTTTGATATAGAAATCAGATTTCCAGATGCGTTGCCAATTCAGGTTGTAACGAGTCTATTTCAGTTTACAAACACAGATAAAGTGGACGCAAATTGGTCCTTTGATCATATATATTTACGCCTGAAAGAAGATACATCAACAATAACCGTGCTGTTTCCTTCCGTTGATGGTAGAAGACAAGCGACTGCTTCGGTAAGTAATTCCGCCAATTATAATCAGTTTAAGCAATTATTTGCTTCTCGAGAAGACTTAACCGAGTTTTTACTATTTAACGAAGGGGAAAGAGACATTTTCATTCCTAGCAAAACAAAAGATTTAAAAAAGCGTTCACTTATTGTAAATAAGATACCGTCAGACCGATTTGTGAGAGCTTTATTTCCAAATACGACTAGAGTGAATCGATCTGATGAAGGGGAAAGAGGCATTGGAGAGTTCTATTTTGCTGATAGTGAGCGCGAGATGCGAATACAATATCATGAGACAAAATTAGAGTACTATTATCCATATGCTACGGATAATGATGCAGGTCAAAATGATCCAGTAGAATTAATCGATCGGAGTATTTCAACGATAGATTCACACGATGGTTGGTTTGGCAATTATCAATTGTATGATTTAGATACTTCATCGAATCGAGTGATTTACCGAATGAGTTATAATGGTTATCCTGTTTATAATGAATACGGCTTATCCTTGATGGAAGTCCAGTACCAAGGGCTTGATATTTATCGCTATAATCGTTCATTATTAAAGCTTAGCAATGAAGTGCGGACAGAAGATATCGATGTCCCTTCTGGAGCAGAAGTAATTCGTTATGTAAACGATGAGTTAACCGATAAGGGTGATCAAATCCAAGATATTCAATTAATGTATGATTTTCAGTACCAAACGGATAACTCGGTTATTTTAAATCCGGTTTGGTTTATGCAAATCAATGGAACATGGAAAAAACTGTTTCCAGACTTAGAAACTCCCACTTCACAACAGGGAGGAGTTTAA	MKLETFKSILLVLLIGLSLLLTFGLWNYQSEFEELDDKENVSDTSVGGNKMEAESNVILPSSIIFHAGQQHLGYKDPQKQQQLFEDMQTWVYSNFSIKDANWNADDFDIEIRFPDALPIQVVTSLFQFTNTDKVDANWSFDHIYLRLKEDTSTITVLFPSVDGRRQATASVSNSANYNQFKQLFASREDLTEFLLFNEGERDIFIPSKTKDLKKRSLIVNKIPSDRFVRALFPNTTRVNRSDEGERGIGEFYFADSEREMRIQYHETKLEYYYPYATDNDAGQNDPVELIDRSISTIDSHDGWFGNYQLYDLDTSSNRVIYRMSYNGYPVYNEYGLSLMEVQYQGLDIYRYNRSLLKLSNEVRTEDIDVPSGAEVIRYVNDELTDKGDQIQDIQLMYDFQYQTDNSVILNPVWFMQINGTWKKLFPDLETPTSQQGGV				NA	NA	NA	NA	NA
AK148_01113	945			hypothetical protein	ATGCAGTGGAGTCAGATTAAAACCTTATTTATATTATGTTTTTTAATCCTTAATATTTATTTGTTTGTAGAGTTTATGGATAAACAAAGTAGCATCGATTCTTATGATCGTACAAATCCAAACGAACCAACCTTGGAAGAAGAGTTGAAGCAGGAAGATATTAAGATTCGTGATTATCATATAGATGTAAAGAAAGATACGTATATGAATATTGCACCAAAAACCTATACAGAAACAGATTACAGCAAAATAAAAGCATTGAAAAACCAAGAAACGGAATTGATTAATGGGTCTTTACTTGTCTCTAAATTTGATGAGCCAATCCCATTGCCAAAGCAACCAAATAACGCCAGTGTTAGTCAATTGCTAAAGAAGTATATTGTTTCTTCAGATGAGTACAAGTATTATGGTTGGGATAAAGATGCTAATGTATTGTTATTGTTTCAGAAAGAAAAGGATCGAACGATTTATTATAATCGCTACGGTTTAATACTCGTTTTTCTGAATAAAGATAATGAAATGATTTATTATACGCAAACGATGTTAGGAGATGCACAAAAGCAAGGAGAGCCAAGTACGCTGTATGAGCCAATGAGTGCGATCGGTACTTTATTCGACCAAAATGAATTATATTCGAAAGACACAATTACAAATGTAGAGTACGGGTATTATACTCGGATTGCTTCTGAGACAGGAGCGTCTCAGGTTTTTGCACCAACGTATAAAATAACGGTAAATGAAGAACGGAATTACTTTGTAGGTGCGGTAGAACCATATGTAAGCATGGGCGATAATACAAAGTTCATTTCAGATACGTTACAGAATTATGAAAGTGTAATGCAACAAATGAGTAATGAAATAGAGTGGAAGAAGGAATTTCTAATTATGGTGAATCAAATTATTGCGGAAGATAGTATAGAGAATAATCGGAGTGACTTTGAATGA	MQWSQIKTLFILCFLILNIYLFVEFMDKQSSIDSYDRTNPNEPTLEEELKQEDIKIRDYHIDVKKDTYMNIAPKTYTETDYSKIKALKNQETELINGSLLVSKFDEPIPLPKQPNNASVSQLLKKYIVSSDEYKYYGWDKDANVLLLFQKEKDRTIYYNRYGLILVFLNKDNEMIYYTQTMLGDAQKQGEPSTLYEPMSAIGTLFDQNELYSKDTITNVEYGYYTRIASETGASQVFAPTYKITVNEERNYFVGAVEPYVSMGDNTKFISDTLQNYESVMQQMSNEIEWKKEFLIMVNQIIAEDSIENNRSDFE				NA	NA	NA	NA	NA
AK148_01114	783	yycJ_1	COG1235	Putative metallo-hydrolase YycJ	ATGACTTTACGTTTTAGCGTACTAGCTTCAGGTAGTACTGGAAATGCTTTTTACATTGAAACGGAACAAGAGAAATTACTCGTTGATGCCGGGTTAAGTGGAAAGCAGATGGATCGTTTATTTGCAGAAATAGATGCGGATCCCCGAAAGTTATCGGGAATATTAGTAACGCATGAGCATAGTGATCATATAAAAGGATTAGGTATTATTGCTCGCAAGTACCAGTTGCCTATCTATGCGAATGAAAAGACTTGGAAAGCGATGGAAAAATCGATTGGAAACATATCGGTGGATCAAAAATTTTATTTTCATCGAGATGAAGTAAAAACGTTTGGTGATATGGATGTTGCTTCATTTGGTGTATCCCATGACGCAGCAGAACCTATGTTTTATACATTTCATCATGAAGATAAGAAGGTAGCATTAGTAACGGATTTAGGGTATGTTTCCGACCGCATTAAGAAAACCGTGGAAGGTGCAGATGCGTATATATTTGAAGCAAACCATGATGTAGGCATGCTTCGGATGGGGAAGTATCCTTGGAATGTTAAACGGAGAATATTGGGCGATTCTGGACATATTTCCAATGAAGATTGTGGTCTAGCTCTAGCAGATATTATTGATAATAATACGAAACGCATTTACTTAGCACATTTAAGCTTAGATAATAATATGCGTGATTTAGCTAGAATGTCTGTAGATCAAGTTCTACAAGAGAGAGGGATCGCGATAGATTTGCTAGATACGTACCATGATAAGTCTACACCTCTTTTTGCAGTATGA	MTLRFSVLASGSTGNAFYIETEQEKLLVDAGLSGKQMDRLFAEIDADPRKLSGILVTHEHSDHIKGLGIIARKYQLPIYANEKTWKAMEKSIGNISVDQKFYFHRDEVKTFGDMDVASFGVSHDAAEPMFYTFHHEDKKVALVTDLGYVSDRIKKTVEGADAYIFEANHDVGMLRMGKYPWNVKRRILGDSGHISNEDCGLALADIIDNNTKRIYLAHLSLDNNMRDLARMSVDQVLQERGIAIDLLDTYHDKSTPLFAV				NA	NA	NA	NA	NA
AK148_01115	1218	htrA	COG0265	Serine protease Do-like HtrA	ATGGGGTATTATGATGAGCATTATCCACCGAAACGAAGAAAGAAAAAGAGCGGCTGGCTTGTGCCATTGCTACTTGGTGCAATCCTAGGTGTTTTGCTTGTAACAGTCGCACTTCCTGTACTTGTAGATACAGGTATCTTAAATAATGCCGAGCAACAAAAGAATGAGCAGAGTCATGCAAATGATTCTGGGAATGAGCGTAGCGGTCCAAAAGAAGTGGTGAATGTAGATGTGTCATCACAAATTACGGAAGTCATCAACCAGGTAGCACCAGCAGTTGTTGGGGTCATTAATATTCAAAGTCAAATGGATTTTTGGCAACAACAGGAGGAAAATAGTCAAGCTGGTGAAGGTTCTGGTGTCATTTATAAAAAGGCAGATGGAAATGCATTTGTAGTCACGAATCATCATGTTGTAGAGGGTGCGGATACAGTTGAGGTTGTCCTATCTGATGATACACATGTAGAAGCAGATTTAGTGGGAACAGATCTTTTTTCTGATTTAGCCGTTTTAAAAATGGGTGGAGACCAAGTAGAACAAGTTATTGAAATGGGCTCTTCGGCAAATGTAAAAACGGGTGAACCTGCTATTGCAATTGGCAATCCACTTGGGCTTATGTTTTCGGGGTCGGTTACCCAAGGAGTTATTAGCGGTACCGAACGAACCATTCCACAAGATTTTAACCAGGATGGACGAGCGGACTGGCAAGCAGAAGTAATTCAAACTGATGCAGCCATTAACCCAGGTAATAGTGGTGGCGCGCTTATTAATATTCGTGGGCAACTCATCGGGATAAACTCGATGAAGATTAACCAAACAGCAGTAGAAGGGTTAGGCTTTGCCATACCAATTGATTACGCACTGCCAATTATAGAAGAACTGGAAACAGAAGGAAAGGTTACGAGACCTTATTTAGGCGTAGAAATTTACTCCTTAGAGGAAGTACCACAAACAGAATGGGATAGTACTTTAGGTCTCCCAGATAATATTAAGGGTGGCGTATATGTATGGAGTGTAGAGCCGCTATCACCTGCTGATCGAGCTGGGCTAAAACGGTTAGATGTAATTACAGAACTAGATGGCAAGAACGTGATGAATATGATTGATCTTCGAAAGGTTCTTTATCAAGAAAAAGAAGTAGGAGACAAAATAGCTGTCACTTATTATCGAGATGGAAAAAAACGAGAGACAACGATTCAACTAGGAGAGCAAAATTAA	MGYYDEHYPPKRRKKKSGWLVPLLLGAILGVLLVTVALPVLVDTGILNNAEQQKNEQSHANDSGNERSGPKEVVNVDVSSQITEVINQVAPAVVGVINIQSQMDFWQQQEENSQAGEGSGVIYKKADGNAFVVTNHHVVEGADTVEVVLSDDTHVEADLVGTDLFSDLAVLKMGGDQVEQVIEMGSSANVKTGEPAIAIGNPLGLMFSGSVTQGVISGTERTIPQDFNQDGRADWQAEVIQTDAAINPGNSGGALINIRGQLIGINSMKINQTAVEGLGFAIPIDYALPIIEELETEGKVTRPYLGVEIYSLEEVPQTEWDSTLGLPDNIKGGVYVWSVEPLSPADRAGLKRLDVITELDGKNVMNMIDLRKVLYQEKEVGDKIAVTYYRDGKKRETTIQLGEQN	PGPT0015105_5266	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
AK148_01116	372			hypothetical protein	ATGGAAAAACAGTTAAGCCAACCGCTATTTACGTGGGTATGCTATTGCCTAGCGTTTGTATTTTTAACATCTGGGATCATGAAACTCGTCGCTAGCGATTTTAAAGTACGTTTTGCTGAATTAGGGCTTCCTTTTCCGGAGTTAGCCTTGTTTATCGTTGCCATTGTAGAAGTTGCATGCGGAATGTTGATTGCTAAAAGGTTCTATCTCCATTTAGCCGTACCACCGCTAATTTTAATTATGCTTGTCGCTTTATATTTAACCAAACTACCCACTTTACTCCATCAAGGGGTGCTCCCCTTTCTATTCGAAGCAAGATTAGATATTGTTATATTCGTTTTATTACTGGTTATTTGGAAGAACAAAGGCTAG	MEKQLSQPLFTWVCYCLAFVFLTSGIMKLVASDFKVRFAELGLPFPELALFIVAIVEVACGMLIAKRFYLHLAVPPLILIMLVALYLTKLPTLLHQGVLPFLFEARLDIVIFVLLLVIWKNKG	PGPT0028505_7127	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
AK148_01117	1713		COG1132	Putative multidrug export ATP-binding/permease protein	TTGCGACGATTTTTCTCTTATTACAAGCCACATAAACGTTTATTTGCAGTAGATTTCACCTCTGCAGTTATTGTAGCGTTATTAGAGTTAGCATTTCCTGTTGCTGTGCAGTATTTCATTGATGACTTACTACCAGGTAATGATTGGGATGTCATTATCGTAGTTAGTGTGCTACTTCTACTCGTCTACTTGCTGAGTACTGTATTGCAATATGTAGTTACTTACTATGGGCATAAGCTAGGAATTAATATAGAAACGGATATGCGTCAGGAATTGTTTCATCATGTTCAACGGCAATCATTTCGTTTTTTTGATAATACGAAAACCGGCCATATTATGAGTCGCATCACAAACGATCTATTTGATATTGGAGAACTGGCACATCACGGTCCGGAAGATTTCTTTATTTCGTTCATGACCTTTATCGGTGCGTTTATCATCATGTTTACCATTAATGTAAAACTTGCTTTCATTATTTTATTTGCCGTACCAATATTGATTTTTCTCATTGCATTTAGCAATATCCAAATGAATAAAGCATGGACAAAGATGTACGAAGACATTGCAGGTGTCAACGCACGCGTAGAGGACGCAGTTTCAGGTGCTCGTGTTGTTCAATCATTTACGAATGAAGCACATGAAATGGAGCGATTTACGAAAGATAATCATAGCTTCCGCAAAGCAAAGGTAAAAGCATATCAAGTGATGGCAATTGTACATTCTAATATATACATGCTCATGCGTCTTATTACGCTTTTGGTGTTAGTCGTTGGCGCTTGGCTAACCTTTCAAAATGAATTGTTGATTGGTGAACTCGTTAGCTTTGTTTTATTCGTCAATGTACTCTTTACACCTATTCAAAAAATTACCGCATTATTGGAGTTGTATCCAAAAGGGATGGCAGGCTTTAAACGTTTTATCGAGCTGTTGGATATAGATCCAGATGTGCAAAATAAACACGATGCACAATCTGTAGCTTATTTACATGGGAATATTTCGTTTCATCATGTTACTTTTACATATGAAAAAACGCAAAAACCGGTTTTAAATGATTTGAGTTTTCACATTCAAGCAGGCGAGACAGTGGCTTTCGTTGGTCCGTCTGGAGCAGGGAAAACAACGATCTGTTCTTTAATTCCAAGGTTTTATGATGTGAATGCGGGAAAAATTACGATTGACGGTATGGATATACGTGATATGACGAAGGAGAGTTTGCGGCAGCAGATTGGAATTGTACAGCAAGACGTCTTTTTATTCACAGGGACACTAAGAGAAAACATTGCTTATGGAAAGCTTGATGCGTCCAATGAGGACATTGAATTAGCTGCACGTCGCGCCCATATGGAAGCGTTTATTCAAGAGTTGCCACAAGGGTTTGAAACGCAAGTTGGTGAAAGGGGATTGAAGCTATCAGGCGGGCAAAAACAACGTATTGCAATCGCAAGGATGTTTTTAAAAAACCCACCTATTTTAATTTTAGATGAAGCTACGTCTGCACTAGACACGGAAACAGAGATGATCATTCAAAAGGCGTTAACAGAGTTGGCCAAAGATCGTACAACACTCGTAATTGCGCACCGATTAGCTACGATAAAAAATGCTGATCGTATTATGGTTGTTACGAAGGAAGGAATAGAAGAAGAGGGAAGTCATGAGCAATTGTTGGAGCGTGATGGTATTTTTGCACACTTACATCGGGTACAAATGCGTTAA	MRRFFSYYKPHKRLFAVDFTSAVIVALLELAFPVAVQYFIDDLLPGNDWDVIIVVSVLLLLVYLLSTVLQYVVTYYGHKLGINIETDMRQELFHHVQRQSFRFFDNTKTGHIMSRITNDLFDIGELAHHGPEDFFISFMTFIGAFIIMFTINVKLAFIILFAVPILIFLIAFSNIQMNKAWTKMYEDIAGVNARVEDAVSGARVVQSFTNEAHEMERFTKDNHSFRKAKVKAYQVMAIVHSNIYMLMRLITLLVLVVGAWLTFQNELLIGELVSFVLFVNVLFTPIQKITALLELYPKGMAGFKRFIELLDIDPDVQNKHDAQSVAYLHGNISFHHVTFTYEKTQKPVLNDLSFHIQAGETVAFVGPSGAGKTTICSLIPRFYDVNAGKITIDGMDIRDMTKESLRQQIGIVQQDVFLFTGTLRENIAYGKLDASNEDIELAARRAHMEAFIQELPQGFETQVGERGLKLSGGQKQRIAIARMFLKNPPILILDEATSALDTETEMIIQKALTELAKDRTTLVIAHRLATIKNADRIMVVTKEGIEEEGSHEQLLERDGIFAHLHRVQMR				NA	NA	NA	NA	NA
AK148_01118	663		COG0450	Peroxiredoxin	ATGGAGCAAATGGATCAAGCGACACAGGCATACAGTTTGCCAAGAATTGGTGAAAAAGCACCTGACTTTACTGCAAAAACGACCCATGGTGACATTTCTTTAACAGATTATAAGGGAAGATGGGTCGTATTGTTTTCGCATCCAGCTGATTTCACACCCGTATGTACCTCTGAATTTGTAGCTTTTCAAGAAGTCTATGACCAACTACGTGAGATGAATACAGAATTAATTGGCTTAAGTATTGATAGTGTGAGTTCGCACATTGCTTGGGCGAGAAATATTGAAGAAAACTTTAATACAACCATTGAATTTCCGATTATTGCTGATTTGAATCAAAAAGTTGCTACGAAATATGGCATGATTATGCCCGAATCCGATGGCACAGAAACGTCACGAGCGGTATTTGTCATTGATGATCATCAAAAGATTCGTGCCTTAATTTATTATCCATTATCAACAGGGCGAAACATGGAAGAAATTGTCCGACTTGTGAAAGCATTGCGGACAACGGATGAGCATGGAGTTTCCACTCCTGCAAATTGGCAACCTGGCGATAAAGGAATTGTTAAACCACCGCAAACAAAAGAAGAAGCCAATGAGCGCATGAATAATAAGGAGTATGATTGCGTAGATTGGTACTATTGTAAGAAAGAAATTAATTAA	MEQMDQATQAYSLPRIGEKAPDFTAKTTHGDISLTDYKGRWVVLFSHPADFTPVCTSEFVAFQEVYDQLREMNTELIGLSIDSVSSHIAWARNIEENFNTTIEFPIIADLNQKVATKYGMIMPESDGTETSRAVFVIDDHQKIRALIYYPLSTGRNMEEIVRLVKALRTTDEHGVSTPANWQPGDKGIVKPPQTKEEANERMNNKEYDCVDWYYCKKEIN	PGPT0013130_706	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013130-tsaA|PRDX2_4|ahpC-K03386	NA	NA
AK148_01119	1428	gloB_1		Hydroxyacylglutathione hydrolase	ATGTATCTAACCTATTTTTATGAAACTTCTTTAGCTCAAGCCTCTTACATGGTAGCTTGCCAAGCTACTGGTGAAGCAGCTGTTATTGATCCGGCTAGAAATATAGAGGCGTATTTAAAAACAGCTAGAGAGCAAGGTTTTCAAATTGTTGCAGCAGTGGAAACACATATTCATGCTGATTTCGTATCGGGAGTTACAGAACTTGCACGTAGAACGGGGGCAACAATTTACCATTCTATAGAAGGTGTAGATAATGGGGGCTATGAATGGAGTAGCTACTTACCTGTAAAAGGTTTACGTGATCAAGATACCATCCAATTAGGGAAAGTACAGCTGCGAGCAGTCCACACCCCTGGACATACACCGGAGCATATGGCTTATGAATTAATCGATGGTGCTGTTGCTGATCGGCCAATGGGTATATTTACAGGTGATTTTGTATTTGTAGGTGATGTTGGTCGTCCTGACCTGTTAGAGAAGGCAGTAGGCGTAGTAGGATCTGCCGAAGAGGGGGCAAGACAGATGTTTAGCTCTATTCAGCGGTTTAAAAAGTATGCGGATTATGTACAAATATGGCCTGGGCACGGATCAGGAAGTGCTTGTGGCAAGGCTCTTGGGGCAGTACCGACAAGCACAGTGGGTTATGAACGATTGTTTAATCCAGCTTTTCAACCAACCGAAGAAACAGCTTTTATCAACTTCTTATTGGATGGACAGCCAGAACCACCTGCTTACTTTGCAAAGATGAAGGAAGTAAATAAAACAGGTATGACACCACTTCAAAAAGTACCATCGCCGGTAGAAATGCAACTTACTGGTGACGAAATAGCCGAATTAGCACAAGATAACCAGACGATGGTAATTGATACACGGAGTATCCAAACATTTGCTACTGGAAGTATCCCAGGAACAATTAATCTTCCTTATCCTGATATGTTTACCGAATGGCTCGGTCGTTTAGCCGATTATGAAAAAACGATCTACCTTATTGCAGAGCCACATCAATTTACCCCTTTACGTAAAATAATGCTTGGTATGGGGATGGATAACTTAAAAGGATTTTTTGCTACGTCTGTCATAGATAGTGCATCTGAGAAGCTAACCTATGATACGCAATCCCCATCTGTAGTTGACAAGAAAAGAGAGCGTGATGATGTTCAAGTGTTGGATGTCAGGTATATAGATGAATGGGATGAAGCACATATTCCAAACGCCAAGCATATTCCGCTTCCAAAATTAGCAGAACGTGCGGATGAATTAAATCCAAAGAAGCCTGTTGCTGTCCATTGTCGCTCAGGAAAGCGTTCAGCGATTGCGTCAAGCATGTTAATAAATCAAGGATTTGACGTTATTAACGTGGAAGGCGGATTTATAAACTGGGAGCAACAAAATCTGGAGACAACGAAAGATAAAATAAAAGAGGGCTAA	MYLTYFYETSLAQASYMVACQATGEAAVIDPARNIEAYLKTAREQGFQIVAAVETHIHADFVSGVTELARRTGATIYHSIEGVDNGGYEWSSYLPVKGLRDQDTIQLGKVQLRAVHTPGHTPEHMAYELIDGAVADRPMGIFTGDFVFVGDVGRPDLLEKAVGVVGSAEEGARQMFSSIQRFKKYADYVQIWPGHGSGSACGKALGAVPTSTVGYERLFNPAFQPTEETAFINFLLDGQPEPPAYFAKMKEVNKTGMTPLQKVPSPVEMQLTGDEIAELAQDNQTMVIDTRSIQTFATGSIPGTINLPYPDMFTEWLGRLADYEKTIYLIAEPHQFTPLRKIMLGMGMDNLKGFFATSVIDSASEKLTYDTQSPSVVDKKRERDDVQVLDVRYIDEWDEAHIPNAKHIPLPKLAERADELNPKKPVAVHCRSGKRSAIASSMLINQGFDVINVEGGFINWEQQNLETTKDKIKEG	PGPT0001770_174	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001770-gloB|gloC-K01069	NA	NA
AK148_01120	573	yvdT		putative HTH-type transcriptional regulator YvdT	ATGGATAATAAAAAACAGAAGATTGTTCAGTCTGCCATTCATGTTTTTCAAGAGAAGGGCATTGAAAAAACAAAGATATCCGATATTGTGAAAGGTGCAGGTGTGGCTCAAGGAACCTTTTATTTATATTTCCCATCCAAATTAGCAGTCATGCCTTCCATCGCTGAAGTGATGGTGCAAAAGATTGTAGAGGCGATGAAGGAAGAGGTAAACGTGGAGCAAGCATTTATTACACAATTGGAACAGGTCGTTCATGTTGCCTTTAAAATAACGAACGATTATCGGGAAATTTATGCGCTTATGTTTGCTGGTTTGGCTTCCAGTCAATATTTAAGTGAGTGGGAGAAAATTTATGAACCATATTATGCTTGGATGCAGGAGTTTTTAAATCAACCTAAAGCTACCGCTATGTTGCGTGATCCCATCGATGTAGAGGCAACAGCAAAATTATTAATTGGATTAATTGAAGCAGCAGCTGAACAATCTTACCTGTTTGATAAACATGATGAAAAAAAAGCAAATCAGAAAAAGAAAGAAGTATTGGACTTTGCTAAACATGCATTATGTAAATAG	MDNKKQKIVQSAIHVFQEKGIEKTKISDIVKGAGVAQGTFYLYFPSKLAVMPSIAEVMVQKIVEAMKEEVNVEQAFITQLEQVVHVAFKITNDYREIYALMFAGLASSQYLSEWEKIYEPYYAWMQEFLNQPKATAMLRDPIDVEATAKLLIGLIEAAAEQSYLFDKHDEKKANQKKKEVLDFAKHALCK				NA	NA	NA	NA	NA
AK148_01121	348	gdx	COG2076	Guanidinium exporter	ATGAATAAATCATGGATCTATGTTGTATTAACAAGTGTGTTCGAATTAATTTGGATTTATGGCTTTAACACGGCATCTACGTGGTGGCATTGGGTATTAATTATAGGTGCTATATTACTAGACTTACATTTCTTATCCAAAGCGTGTGAAGGGATTCCAACTGGAACGGTATACGCTATTTTTGCGGCAGCTGGAACAGTAGGAACGGCGTTAATGGATGTTTATATATTTGGAGGAAGCTTAAATATGGGGAAAATTTTCTTTATGTTCTTGTTAGTTTTAGGTGTCATTGGTTTGAAATTATTTGATGCACCAGAGCAAACAACGAAGCAGGAGGTGCGTTCATAA	MNKSWIYVVLTSVFELIWIYGFNTASTWWHWVLIIGAILLDLHFLSKACEGIPTGTVYAIFAAAGTVGTALMDVYIFGGSLNMGKIFFMFLLVLGVIGLKLFDAPEQTTKQEVRS	PGPT0029165_112	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029165-ykkC-K18924	NA	NA
AK148_01122	315	gdnD_2	COG2076	putative guanidinium efflux system subunit GdnD	ATGGGTTGGCTTCTAGTAGCATGTGCTTCTGTGTTTGAAATCATCGGCGTTTTAGGCTTGCGGTTATATAGTCAAAATAAGACCGTCGCAAATGGGCTGTTGTATCTTGGCGGATTAGGCGCATCGTTTGCTTTTCTCTATGCCTCTTTCTCTCATTTGCTTGTCAGTGTTGCTTATTCCGTATTTATGGGAGTTGGGACAGCTGGAGCTGTATTGATGAATATGATTTTCTTTGGGGAATCAACAAACAAGCTACGTGTGTTTAGCTTAGGCTTAATCATCATTGGCGTGGTTGGGTTAAAAGCAATATCGTAA	MGWLLVACASVFEIIGVLGLRLYSQNKTVANGLLYLGGLGASFAFLYASFSHLLVSVAYSVFMGVGTAGAVLMNMIFFGESTNKLRVFSLGLIIIGVVGLKAIS	PGPT0029170_214	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029170-ykkD-K18925	NA	NA
AK148_01123	741	cysH	COG0175	Phosphoadenosine phosphosulfate reductase	TTGACACGACAAATACTTTCGTATCAAAATTTTACTGTCGACCCTTTTCAAGATTTCAGCCCTACTGATGATACAAAGGGTGCTTTCACGATTTTACGTTGGGCGTATGATCTGTATGGAGATTCCATTGTATATGCATGCAGCTTTGGTGCAGAAAGTATGGTACTCATTGATTTACTATCTAAGGTGAAGTCAAATGCGAAGATTGTCTTTCTAGATACAGGGTTACATTTTCAAGAAACGTACGATCTTATTGATGAAGTAAAGAACAGATACCCTGATTTGCGAATGCATCTAAAGCAACCTGATTTGACCGTTGACGAGCAGGCCGCAAAGTATGGCTCAGCGTTATGGAAGCGGAAGCCAGATCAATGTTGTTTTATTCGTAAGATTAAACCGCTTGAAGAGGTGCTTGACAATGTGCCTGCTTGGATTTCTGGACTTCGCAGAGAGCAGTCATTAAGTCGGAGTAAAACAGATTTTGTGAATAAAGATGAAAGATTTAAAAGTATTAAAGTATGTCCATTGATACATTGGACTTGGGATGATGTCTGGAATTACATTTTACAACGAGAATTGCCGTATAATGAACTGCATGATAATAATTTTCCGAGTATTGGGTGTATCCCTTGTACATCACAAGTAACAGAATCCGATGATTTACGTGCAGGAAGATGGACGGGGCAAACGAAAACAGAATGTGGTCTGCATACAAATAATGACGACAGGAATTTGAGATGA	MTRQILSYQNFTVDPFQDFSPTDDTKGAFTILRWAYDLYGDSIVYACSFGAESMVLIDLLSKVKSNAKIVFLDTGLHFQETYDLIDEVKNRYPDLRMHLKQPDLTVDEQAAKYGSALWKRKPDQCCFIRKIKPLEEVLDNVPAWISGLRREQSLSRSKTDFVNKDERFKSIKVCPLIHWTWDDVWNYILQRELPYNELHDNNFPSIGCIPCTSQVTESDDLRAGRWTGQTKTECGLHTNNDDRNLR	PGPT0002785_1567	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002785-cysH-K00390	NA	NA
AK148_01124	1839	cysJ	COG0369	Sulfite reductase [NADPH] flavoprotein alpha-component	ATGTTGTCGTTGAATGTGATAAATAGTCCATTTAATCAAGAACAAGTTGAGCAATTAAGTCGTTTATTACCAACATTAACGGATAGCCAAAAGGTTTGGCTAAGCGGCTACCTTTCAGGAGTGATGTCTAAAGAAGTACAGCATACTAGTAGTTCACCCCCGCAAGTAGATAGTAAGCCAATGCCTGCTAGTACATTCACAAGAAAAGTAACGGTACTATACGGTTCAGAAACAGGAACAGCTCGCTTATTAAGTGAAATGATGGCTGAAAAGCTAGATGCAGCTAATTTTATGGTGACCTTGTTAGCTCTTGATGACTTCAAAACAAGTAAATTAAAAAAGACGGGTGATTTATTAATTATAACGGCAACCCATGGGGAAGGTGATCCGCCAAATAATGCGATATCTTTTTATGAATTTCTTCATAGTAGAAAGGCACCTAAATTGGAACAATTGCGTTTTTCGGTGCTGTCACTTGGCGATACGTCGTATGAATTCTTCTGTCAGACTGGAAAGGATTTGGATAAACGTCTAGAGGAATTAGGTGGTGAGAGATTATATGAGCGAGTAGATTGTGATTTAGACTTTGATGAACAAGCAAACTTGTGGATGGATGGTGTTCTAGATGTTTTAACGCATTCATCGGATGCTGTTGACCATCACGCGCTTTTAGATCAAAAACAGGACGGCATGGTCGCTTCCGGGCAAGCTGTTTTTTCAAGAACAAATCCATTTATGGCAGAGGTTATAGAGAATATAACGTTAAGTGGACGTGGCTCTCAAAAACAAACGCACCATCTAGAACTATCTCTTGACGGCTCAGATTTCACCTTCAAACCAGGAGATAGTATAGGAATTTATCCAAAAAATGACCCGGAATTAGTAGAGCAACTTTTAACGGAGCTCAGATGGGACGCGGACCAAAGCCTAGCTGTGAATAAGCAAGGAGAAATAAGATCATTACGTGAAGCATTGCTATCTCTTTTTGAAATAACCGTTTTAACAATACCAATGTTAGAAAAGGCAGAGAGACTGTTTGCAAACAGCGCTTTAAGCGATTTTATAAAAGCAGGCAATAAAGAAACATTACTTGCTTATATAAAGGGAAGAGATGTTCTAGATTTAGTGACTGATTTTCCACCGGAGAAGCTGGAGCCAGAGGAGTTTGTGAGCATGTTGCGGAAGCTTCCAGCCCGGCTTTATTCTATCGCCAGTAGTTACAAAGCAAATCCAGATGAAGTTCATTTAACGATTGGAAAGGTCCATTATGTTACCCATGGACGTGAGCGGTTTGGAGTTTGTTCGGGGCAAGTTTCCACAAGATTGGAAATAGGCGATAAGTTGCCCATATATATACAAAAAAATCCTAATTTTCAATTTCCTAATGATCCGCAAACGCCAGTCATTATGATTGGGCCTGGTACGGGAGTAGCGCCCTTTCGTTCTTATTTGGAAGAGCTGGAGGAAACGAAAGAGAAGCAAAGAACATGGCTTTTCTTTGGTGAACAGCATTTTTTATATGATTTTCTCTATCAAGTAGATTGGCAAAAGTGGCTAAAAACAGGCGTACTTTCGAGGATGGATGTCGCATTCTCAAGAGATACTGACCAAAAAGTATATGTCCAACACAAGATGCTTGAAAAAAGCAACGAATTTTATAATTGGTTAAAAGCTGGTGCAGCTGTTTATGTATGTGGCGATGAGAAGCATATGGCGAAGGATGTGCATCAAACGCTGGTGACTATATTAAAGCAAGAGGGTGACATGAGCGAAGAAAAAGCCGAATCCTACTTGCAGCAAATGCGTCTAGAAAAACGTTATCAGCGAGATGTGTATTAA	MLSLNVINSPFNQEQVEQLSRLLPTLTDSQKVWLSGYLSGVMSKEVQHTSSSPPQVDSKPMPASTFTRKVTVLYGSETGTARLLSEMMAEKLDAANFMVTLLALDDFKTSKLKKTGDLLIITATHGEGDPPNNAISFYEFLHSRKAPKLEQLRFSVLSLGDTSYEFFCQTGKDLDKRLEELGGERLYERVDCDLDFDEQANLWMDGVLDVLTHSSDAVDHHALLDQKQDGMVASGQAVFSRTNPFMAEVIENITLSGRGSQKQTHHLELSLDGSDFTFKPGDSIGIYPKNDPELVEQLLTELRWDADQSLAVNKQGEIRSLREALLSLFEITVLTIPMLEKAERLFANSALSDFIKAGNKETLLAYIKGRDVLDLVTDFPPEKLEPEEFVSMLRKLPARLYSIASSYKANPDEVHLTIGKVHYVTHGRERFGVCSGQVSTRLEIGDKLPIYIQKNPNFQFPNDPQTPVIMIGPGTGVAPFRSYLEELEETKEKQRTWLFFGEQHFLYDFLYQVDWQKWLKTGVLSRMDVAFSRDTDQKVYVQHKMLEKSNEFYNWLKAGAAVYVCGDEKHMAKDVHQTLVTILKQEGDMSEEKAESYLQQMRLEKRYQRDVY	PGPT0002795_1223	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002795-cysJ-K00380	NA	NA
AK148_01125	1716	cysI	COG0155	Sulfite reductase [NADPH] hemoprotein beta-component	ATGTCAAAAGAAAAAGATGATCTGCATGAGAGATCTTTAGATGATATGGAGCAAATAAAGCAGCGCAGTAATTTTCTACGGGGAACGATAACGGAAGGACTTGTAGATCCAATTACGGGGGCAATTTCGGATGATGATAATAAATTATTGAAGTTTCACGGCAGTTACCAGCAAGATGACCGTGATTTACGAGATGAACGAAGACGCCAAAAATTAGAGCCTGCCTATCAATTTATGATTCGGGTACGTGTGCCGGGAGGGATTGCTACACCGGAACAATGGCTGGTGATGGATGAACTTGCTGATAAATATGCAAACGGGTCCATTCGTTTAACGACAAGGCAAGCATTTCAATTGCATGGCATTTTGAAATGGGATTTAAAAAACACAATAAAAGAGATTAATCAGACACTTATGGATACATTAGCCGCTTGTGGCGATGTCAATCGAAATGTGATGTGCAGTACCAATTCGTATCCATCAGCAATCCATCAGGAAGTGCAGAAATGGGCGCAAGCAATCAGTGACCATCTCTCACCAAGAACGGGAGCATATCATGAGATTTGGCTAGATAAAGAAAAAGTGGTTGACTCACGAGACGAAATGGAAATAGAACCCATTTATGGATCAACTTATTTACCGAGGAAATTCAAAATTGGCATTGCAATCCCCCCATCAAATGATATTGATGTATTCTCGCAAGATCTTGGCTTTATTGCCATTCAAGAAGCCAATAAGCTCATTGGTTTTAATGTTTCCGTTGGTGGTGGTATGGGCATGACACACGGAAATACCAATACGTATCCCCAATTAGGGCGGATGATAGGCTTCTGTTCTCCTGATCAAGTGATTGCTGTAGCAGAACAAATTGTTACGATTCAGCGGGATTATGGAAACCGCTCTGACCGAAAGAATGCTAGATTTAAATACACCATTGATGCAAGGGGAATAGATTGGCTACAACAGACGCTACACGAACGCTTAGGTTGGGAATTGGAAGAGTCAAAAGATTATCAGTTTAAAAGTAATGGCGATAGCTATGGGTGGAAGGAAGCAAATGATATGTGGCATTTTACATTATTCATTGAAAATGGGCGTGTCAAAGATACAAGGGATTATCAACTCCGAACAGGGCTAAGAGAAATTGCTAAGATTCATACGGGAGACTTCCGTTTGACCCCTAATCAAAATTTAATTATTGCTAATGTAACGAAACAGAAGAAGGGTCAGATGGAGCAACTTATTCAAACGTATCAACTAACAAATGGTGGTCAACTTAGTGGTTTGCGGCGTAATTCGATGGCTTGTGTAGCTTTACCGACATGTGCTTTGGCAATGGCAGAGTCAGAAAGATATCTACCTTCCTTCATTGACAAAGTAGAAGCAATTCTTCAAGAAGCAGGTCTCCATCAAGAAGAAATTGTAATCCGTATGTCAGGCTGCCCAAACGGTTGTTCACGGCCAGTTTTAGCTGAGATAGCGTTTATAGGTAAGGGACCTGGCAAGTACAATCTATATCTGGGCGGAAGTTTTACCGGGGAACGATTAAGCAAGCTCTACAAGGAAAATATAGGAGAAAAAGAGATGTTAGATACACTAAAACCAATTATAATGCAGTATGCAAAGGAAAGGTTAGACGGGGAGCATTTTGGCGACTTTGTTATTCGAACAAATTATGTAGAAGCCGTATATTCTGGATTGGATTTTCATAAATAA	MSKEKDDLHERSLDDMEQIKQRSNFLRGTITEGLVDPITGAISDDDNKLLKFHGSYQQDDRDLRDERRRQKLEPAYQFMIRVRVPGGIATPEQWLVMDELADKYANGSIRLTTRQAFQLHGILKWDLKNTIKEINQTLMDTLAACGDVNRNVMCSTNSYPSAIHQEVQKWAQAISDHLSPRTGAYHEIWLDKEKVVDSRDEMEIEPIYGSTYLPRKFKIGIAIPPSNDIDVFSQDLGFIAIQEANKLIGFNVSVGGGMGMTHGNTNTYPQLGRMIGFCSPDQVIAVAEQIVTIQRDYGNRSDRKNARFKYTIDARGIDWLQQTLHERLGWELEESKDYQFKSNGDSYGWKEANDMWHFTLFIENGRVKDTRDYQLRTGLREIAKIHTGDFRLTPNQNLIIANVTKQKKGQMEQLIQTYQLTNGGQLSGLRRNSMACVALPTCALAMAESERYLPSFIDKVEAILQEAGLHQEEIVIRMSGCPNGCSRPVLAEIAFIGKGPGKYNLYLGGSFTGERLSKLYKENIGEKEMLDTLKPIIMQYAKERLDGEHFGDFVIRTNYVEAVYSGLDFHK	PGPT0002790_877	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002790-cysI-K00381	NA	NA
AK148_01126	804	sumT	COG0007	Uroporphyrinogen-III C-methyltransferase	ATGATGAAAGAGGTGGAGGGAGTTATCGGAAAGGTATATTTGGTAGGGGCAGGGCCAGGGGATCCTGATTTAATTACGATCAAGGGTGTCAAAATCATCAGTCAATCAGATGTTATTTTATATGATCGTTTGGTAAATGAACAATTATTAGCTTACGCACCAGAACAGACAATACGTATTTATTGTGGGAAACGTCCAGATCATCATGCATTAAAACAGGAACAAATTAACCAACTACTTTGTTATTATGCAAGTCAAGGAAAGGTAGTTACGAGATTAAAAGGTGGAGATCCTTTTATATTTGGCAGAGGAGGAGAGGAAGTTCTAGCGTTAAGAAAATATCGAATTCCGTTTGAAATTGTACCAGGAATCACGTCTGGATCAGCTGCGCCAGCTTATGCGGGAATTCCTTTAACCCACCGTCAAATTAGTTCCTCTGTGGCTTTTGTATCGGGTGTAACTAGGGCGGAAGAGGATAGTGAAGCATATTGGGAACATCTTGCAAAGGGCCCAGATACTTTATGTATCTATATGGGGGTAAAAAACCTCTCCGACATTTGTAAGTATTTAATTCGCTATGGTAGAGATGCGATGACACCAATTGCCGCTATTTATTATGGAACAACACAAGTACAACAAACGGTCACGGGTACGTTAGAAACAATTGCATTGAAAGCAAAGCAGATCAAAAACCCTGCGATGCTTATTATTGGCGAGGTTGTTCGGTTGCGTGAGCACATACAGTGGTTTGAAGAAATGGCAAGTGAAGAAAGCGAGCCGCTCGGTGCTGTAATCAGTTCGTGA	MMKEVEGVIGKVYLVGAGPGDPDLITIKGVKIISQSDVILYDRLVNEQLLAYAPEQTIRIYCGKRPDHHALKQEQINQLLCYYASQGKVVTRLKGGDPFIFGRGGEEVLALRKYRIPFEIVPGITSGSAAPAYAGIPLTHRQISSSVAFVSGVTRAEEDSEAYWEHLAKGPDTLCIYMGVKNLSDICKYLIRYGRDAMTPIAAIYYGTTQVQQTVTGTLETIALKAKQIKNPAMLIIGEVVRLREHIQWFEEMASEESEPLGAVISS	PGPT0003685_1138	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
AK148_01127	732	sirB	COG2138	Sirohydrochlorin ferrochelatase	ATGCAAGGCGTACTTTATGTAAGTCATGGAAGTCGTTATGCTGATGCTTTGGAAGAGGCAGTGACATTTCTAGAAGTAGTAAAAGAACAAATAAATGTCCCTTTACAAGAAGTCTGTTTTCTCGAATTGGCTTCTCCTAATATGAAGCAAGGAATAGCTAATTTGGTAGCTCAAGGGGCGACCAGCATCGCTATTATACCTGTCCTATTATTACAGGCAGGTCATTATTATCAGGATATTCCACAGGCGATTGCACAACAAAGGGGATTATATCCAGCTATTGCATTTTCTTACGGTCAGCCTCTCGGTGTACAGGATCGAATCATTCACCTATTAGCTGAGCGCATGGAGCAAGCAATTGCAGAACAGAGACCAGATATGAAGGTACTGCTAGTAGGCAGAGGTAGTAGCAATCCACAAACGGTCATAGATATCGAAACGATTGCACGAAAACTGAAAAGAATAACAAAACTAAACCACGTCGAAGCCTGTTATTTAGCGGCATGTGAACCGTCTTTTGATAAAAAACTGCACGCTGTTGTTACAGAGAAAAATTCGCAAATCGTCATTATCCCATATATCTGGTTTACCGGATTTCTAATGCGACATATTCATCAAAAGGTTGCAGATATGGAGCTTAATGACAATGAAATCGTTGTTTGTCAGCAGCTAGGCCAGCATCCTGTGATGCAAGAAGCATTGAAGGATCGTGTTATAGAGGCAATATCGTAA	MQGVLYVSHGSRYADALEEAVTFLEVVKEQINVPLQEVCFLELASPNMKQGIANLVAQGATSIAIIPVLLLQAGHYYQDIPQAIAQQRGLYPAIAFSYGQPLGVQDRIIHLLAERMEQAIAEQRPDMKVLLVGRGSSNPQTVIDIETIARKLKRITKLNHVEACYLAACEPSFDKKLHAVVTEKNSQIVIIPYIWFTGFLMRHIHQKVADMELNDNEIVVCQQLGQHPVMQEALKDRVIEAIS	PGPT0008500_179	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008500-sirB-K03794	NA	NA
AK148_01128	624	sirC	COG1648	Precorrin-2 dehydrogenase	ATGATGGATTTAAAAGAGAAGCAAGTAGTCATTGTTGGTGGAGGCACCATAGCGGCAAGACGAATAAATACAATTAAGGAAAGTAATGCTCTAATTACAGTTATCAGTCCTACGATTCATCAAGCAATTCGAGCGGATTGGGAAGCAGGCCTTCTTATATGGCGACAAAAGACATTCGAGGCTACGGATATTTCGCAGGCTATGCTCGTTATTGCAGCTACAAATGATCCATCTGTGAACCAACTCGTATGTCAGTCGGCACCGACGGGTTGTCTCGTAAATAATGCTTCGGATGCAGTAGGAAGCCCTGTTCATTTCCCTGCTCATTTCAGGCAAGGCAGATTATCTATTAGCATTTCAACGAATGAAGCGAGTCCAATGCTAGCAGCCAAAATGAAGCAAGAGCTTGAATCTATCTATAACAAAGACTATGAAGACTATGTAGAATTTTTATACCAAAGTAGACAGCTACTGAAACAATCCACATTGGAGAAGCAACAACAGAAAAAACAATTACAAAAGCTTGTTTCTGATGAATTTCTTTGTAAAGATAAACAGCTTCAAGCACTCCAGTCGCTGAAGCAGATCGTAGAGGGAGTGGATACTAGTGAAAGGGTTATGTAA	MMDLKEKQVVIVGGGTIAARRINTIKESNALITVISPTIHQAIRADWEAGLLIWRQKTFEATDISQAMLVIAATNDPSVNQLVCQSAPTGCLVNNASDAVGSPVHFPAHFRQGRLSISISTNEASPMLAAKMKQELESIYNKDYEDYVEFLYQSRQLLKQSTLEKQQQKKQLQKLVSDEFLCKDKQLQALQSLKQIVEGVDTSERVM				NA	NA	NA	NA	NA
AK148_01129	813			hypothetical protein	GTGAAAGGGTTATGTAATAAAAAAATAGGTATAGCTGCTACACGAAGAGCAGAACAGATAGCTACATTAGTACAAAAAAATAACGCTATCCCTGCGATTTTTTCTATCCAAGGCGAACAAGTATTGGATGAGGCTATATGTGTGGAAAATATTTCAGCTTTGTTGTCAGAGTCGTTTGATCTGATTATTTTGACAACTGGGATAGGCGTAGAAAGCTTAGAAAGGGTTGCCCAAAATCAAAATTGCGATGCCGATTTTATTCAGAAGTTAGGGCGCACAACACTAGCCGTTCGCGGTAGTAAAACACTTCATTGGTTAAAAAAGCATGCGATTTCCCCAACGTTTATATCACAAGATGGTACCATGGAAGACTTAATATCGACACTTGCTCATGCTGACGAGCAGGGGAAACGTGTATATATCCAAGCGTATAATCAAGACGATGCGTGGTTACAAGCCGCATTAGAGCATTTAGGCTACAGCGTTTATTTGGCAAAACCTTATTATTATCGGCAACCAGAAGCAGAGATCTTAACTGCTTTACAAGCTGCAATTATAGATCAATCACTTGATGCAGTCATTTTTACGAGTAAAAAACAGGTGCAGAATTTGTTCCAATCTCTTTCTAATGAAGAACAAAAGCAGGTGGTAGCTGCATTTCATAAGTCTGTCTTAGCTGCCGCAGTTGGGAAGGTAACCGCACAGGAATTAAAAAATTATCATATTCAAAACGTTTTTTATCCAACAAAACCAAAAATGGGTCGAATGGTTGTAGAAATGAACCGTTATTACGAACAGCACGTTGTTTCGTAA	MKGLCNKKIGIAATRRAEQIATLVQKNNAIPAIFSIQGEQVLDEAICVENISALLSESFDLIILTTGIGVESLERVAQNQNCDADFIQKLGRTTLAVRGSKTLHWLKKHAISPTFISQDGTMEDLISTLAHADEQGKRVYIQAYNQDDAWLQAALEHLGYSVYLAKPYYYRQPEAEILTALQAAIIDQSLDAVIFTSKKQVQNLFQSLSNEEQKQVVAAFHKSVLAAAVGKVTAQELKNYHIQNVFYPTKPKMGRMVVEMNRYYEQHVVS	PGPT0003665_1124	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003665-hemD-K01719	NA	NA
AK148_01130	1173	sat	COG2046	Sulfate adenylyltransferase	TTGCGATCAACAACAGAAGGTGGAAGTAACATGCCACATGGGGGAAAATTAATTCAAAGGCAAGTGAATTGTGAAGAACGGGATATGTTTTTACAAATCATAGGGAACTTAAAAACAATCACATTAAATCGTTGGCATGTATCTGATTTGGAATTAATAGCAAATGGAGGATTTAGTCCTTTGACTGGTTTCATGGGCAAGTCTGATTATACGAGGGTGGTAGAAGAAATGCGTCTGGAGGATGGAATGATTTGGAGCATCCCTATCACGCTAGATGTAGAACAAACGCAAGCAGAAACATTAGAGATAGGTGAGCAAATTGCTCTTGTAGGGGAAGACAATGCGGTTTATGGTGTCTTAGATCTTACTGAAAAATTTCACTATGAAAAGGAAAAGGAAGCAAAATTAGTGTACGGCACCACCGATTCTAAACATCCAGGCGTAAGAAAAGTTTATGAAAAAGGGGAAGTATATGTAGCTGGACCTATTCGCCTCCTACAAAAGAAATCAAATAATCCATTTGCTAATTATCAGCTTGATCCTGTGGAAACAAGGCAATTATTTAAAGATTTAGGCTGGAAAACGATTGTTGGCTTCCAAACGAGAAATCCAGTCCATCGTGCCCATGAATATATTCAAAAATGCGCATTAGAATCGGTTGACGGTCTATTACTTAATCCCTTAGTAGGAGAAACAAAATCGGATGATATTTCACCTGCGATTCGAATGAAAAGCTATGAGGTGATTTTAGATAAATATTTTCCCCCAGATCGAACAAGACTAGTTATCTATCCCGCAGCGATGCGTTATGCTGGTCCAAGGGAAGCAATATTACATGCGATTGTCCGAAAAAATTATGGTTGCACACATTTTATAGTTGGGCGAGACCATGCAGGTGTTGGCGATTTTTATGGCACTTATGAAGCACAGGAGTTGATTCGTCAATACGAAGCAGAGCTGGGAATACAAATACTCGCTTTTGAACATGCCTTTTACTGCACGACATGCGAAAATATGGCAACAGAAAAAACATGTCCGCATGATAAAACTTACCACGTGCATTTAAGTGGAACGAAAGTACGTGAAAAGCTACGTAATGGTGAGCATTTGCCAAAGGAGTTCTCGCGACCAGAAGTAGCAAAAGTTTTAATAGAAGGCTTAAGACAACGTTAA	MRSTTEGGSNMPHGGKLIQRQVNCEERDMFLQIIGNLKTITLNRWHVSDLELIANGGFSPLTGFMGKSDYTRVVEEMRLEDGMIWSIPITLDVEQTQAETLEIGEQIALVGEDNAVYGVLDLTEKFHYEKEKEAKLVYGTTDSKHPGVRKVYEKGEVYVAGPIRLLQKKSNNPFANYQLDPVETRQLFKDLGWKTIVGFQTRNPVHRAHEYIQKCALESVDGLLLNPLVGETKSDDISPAIRMKSYEVILDKYFPPDRTRLVIYPAAMRYAGPREAILHAIVRKNYGCTHFIVGRDHAGVGDFYGTYEAQELIRQYEAELGIQILAFEHAFYCTTCENMATEKTCPHDKTYHVHLSGTKVREKLRNGEHLPKEFSRPEVAKVLIEGLRQR	PGPT0002410_826	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0002410-sat|met3-K00958	NA	NA
AK148_01131	909			hypothetical protein	ATGTCGTATGAAATGATCGTTGTTGCTGTTGTAGTATGTGGCATGATTGGTACGCTTATTATGGATATTGCTCGTCCAGTCATTATTGTGTTTACTGCGTTAACCATCTTGTTAGTAACAGGTATTTTGAAGCCAGAGGATGCATTGGCTGGTTTTTCAAATGAAGGAATGCTTACCATTGCTCTTTTATTTGTAATAGCGGGTGCGATGCAGAAAAGCGGTATGATTGAGGTTATCATGAAAGGTTGGCTCAATAAAAGTAACCGTTTCATAGGTGCTATGATTCGTGTGCTTATACCGACATCTGCCCTTTCTGCCTTTTTTAATAACACACCGATTGTTGTTACCTTCACACCGATGCTTAAAAATTGGTGTGAGGAGCATCAAATTGCACCATCTAAATTCTTAATTCCCCTTTCCTATGCAACTATTTTAGGCGGAACGATTACATTGATGGGAACATCGACGAATCTCGTTGTGCATGGCATGCTAATAGATTACGGCTATGACGGTTTTTCTCTCTTTCAGTTAGCAGTTATTGGTATTCCCATTACCGTTGTCGGGCTTATTTATTTGATTGTCATAGGAAGACATTTGTTGCCTGATCAGAAAGGGTTTCAACAGCAGGTAAGAATAGGTGCTAAGGAGTATATGGCAGAATTAATTGTAGACCATTCATTTCCTGGGATAAATCAGACGGTCAAAGAGGCTCGATTAAAAGAGGTAAAAGGGATTTATTTATTAGGGATTATCCGTGATAAAGAACGCATATTCCCAGTTCGCTCGACAACCAGAATTCAAGCAGGAGATCGTCTTATTTTTACCGGTTTGATTACTGCATTAACCGGGGTGCAAGTAACGAAAGGGCTAACATTAAACATGGGGCATCCTATGAATTTGCTGAATTAA	MSYEMIVVAVVVCGMIGTLIMDIARPVIIVFTALTILLVTGILKPEDALAGFSNEGMLTIALLFVIAGAMQKSGMIEVIMKGWLNKSNRFIGAMIRVLIPTSALSAFFNNTPIVVTFTPMLKNWCEEHQIAPSKFLIPLSYATILGGTITLMGTSTNLVVHGMLIDYGYDGFSLFQLAVIGIPITVVGLIYLIVIGRHLLPDQKGFQQQVRIGAKEYMAELIVDHSFPGINQTVKEARLKEVKGIYLLGIIRDKERIFPVRSTTRIQAGDRLIFTGLITALTGVQVTKGLTLNMGHPMNLLN				NA	NA	NA	NA	NA
AK148_01132	795			hypothetical protein	GTGAAGTTTCGCTCTTTATATGATGCTGGAGTTATCGCAGTTCATCGAAATAATGAACAGCTCCAATCCAAGATAGGCGATATCTTGTTAAAGCCAGGGGATCATTTATTATTGCTGGCGGGAGCTGATTTCATTGACAAGTATCAGCAGTCGGAAGATTTTTATGTCATGATGCCATTTCATCAGATGCATATGGTTCATCGACCTTCCTTTAAAGGCTGGCTAACCATCCTTATATTTTTAATCATGATTATACTCATTACCATTGGCGTGCTAAGTATGTTTAAAGCAATGACCATCGTCGTTGCTGTTATGCTAGCAATGAAGGTAGTTACGATGGAAGAAATAAAAAAATATATTCATTTTGATGTCTTGGTGCTTATTGCCTGTTCCTTTGGTATTGGGATAGCGACGATGAAGTCAGGTCTTGCCCCTTGGATTGCTGATGGGATAGTAACTGTAGGAAAGCCGCTAGGTTTATTTACCTTACTGTTACTTATTTATATCGTAACGAATATATTTACAGAAATCATTACGAACAGTGCGGCGGCTATTTTGATGATCCCAATTGCCTTTGAGATGGCAGAAACACTGGGTTTAGATCCAATGGGTTTTGCGGTAACGGTGACGATTGCCGCATCTGCTAGTTTTATTACCCCAATTGGTTATCAAACAAATCTCATTGTATATGGTCCTGGTAGTTACACATTTAAAGACTATGTGAAAATAGGGACACCACTAAGTATCCTCGTTATGTTCATTACGGTAATTATTGTATACTTTTGGTGGTTTTAG	MKFRSLYDAGVIAVHRNNEQLQSKIGDILLKPGDHLLLLAGADFIDKYQQSEDFYVMMPFHQMHMVHRPSFKGWLTILIFLIMIILITIGVLSMFKAMTIVVAVMLAMKVVTMEEIKKYIHFDVLVLIACSFGIGIATMKSGLAPWIADGIVTVGKPLGLFTLLLLIYIVTNIFTEIITNSAAAILMIPIAFEMAETLGLDPMGFAVTVTIAASASFITPIGYQTNLIVYGPGSYTFKDYVKIGTPLSILVMFITVIIVYFWWF				NA	NA	NA	NA	NA
AK148_01133	606	cysC	COG0529	putative adenylyl-sulfate kinase	ATGAGTAAATCAAAGCATATTTCTTGGCATGGTTCTCTAGTAACAAAGGAAATGAGACAAAGGCGAAACAAGCATAAAAGTGCTGTACTTTGGTTTACAGGGTTATCTGGATCTGGAAAATCAACGATCACCGTAGAGCTAGAAAGAAAACTTTATCAACTAGGTATTTACACGTATCGGTTAGATGGCGATAATATTCGCCATGGGTTAAATAAGAATCTTGGGTTTACTGCAGAGGAACGATCAGAAAATATACGAAGAATTGGCGAAGTATCAAAACTGTTTATTGATGCAGGGGTGCTTGCATTAACTGCTTTTATTTCTCCGTATCGAGATGATCGAAATTTGGTAAGAGCGCTGTTACCAAGTAATGAATTTATTGAAATATACGTGAAATGCCGTTTAGAAGTATGTGAAGAACGCGATCCAAAGGGGTTGTATAAAAAAGCACGATCTGGTGAAATTACAGGCTTTACTGGTATTGATGCACCTTACGAGGCGCCGATTTCTCCTGAGTTAACCATTGATACAGAGAAATTATCTGTGGAAGAAGCAGCGCAACGGGTTATTCACTACTTGTTGGAAAAGGAATATTTAACAGTATAA	MSKSKHISWHGSLVTKEMRQRRNKHKSAVLWFTGLSGSGKSTITVELERKLYQLGIYTYRLDGDNIRHGLNKNLGFTAEERSENIRRIGEVSKLFIDAGVLALTAFISPYRDDRNLVRALLPSNEFIEIYVKCRLEVCEERDPKGLYKKARSGEITGFTGIDAPYEAPISPELTIDTEKLSVEEAAQRVIHYLLEKEYLTV	PGPT0002780_1349	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0002780-cysC-K00860	NA	NA
AK148_01134	348			hypothetical protein	ATGCTATTTCAGCGAATCGACACAGTTTTTGTGCTCGTTCCTCATTTAGAAACAGCTAAAGATTGGTATACCAAAGTACTGGAGCTACCAGTTCTATTCGAAGACGTTACAAACCATCTTATCGTCCTAAAGCTAGGAGAGACACCGCTTACTTTATGGAAAGCAGATACGACCTATGAAAGCAATCGTCCACCGCATTTTAACTTTTTCTCAGAAGATATAGAAACAGCGCACAGCCATTTGCGAAATAAGGGCGTTACGGTAGAAGCAATCGAAACATATGATAGTATGAGCTCTTTTGTTTTCTACGATCCTTTCGGCAACAAACTGGAAGTCTGTTCGTTTTAG	MLFQRIDTVFVLVPHLETAKDWYTKVLELPVLFEDVTNHLIVLKLGETPLTLWKADTTYESNRPPHFNFFSEDIETAHSHLRNKGVTVEAIETYDSMSSFVFYDPFGNKLEVCSF				NA	NA	NA	NA	NA
AK148_01135	294			hypothetical protein	ATGGAAGAAAGAAAACATAGATATCCAAGTGGGCATTTCCCTAACCAGGAAGAACGGGTAGATTTTAATCAACGCGTAATGGCTGGAGTTGAGAAGGTAAACGAACAATATCCGCAGCAGCGTGTGTTATTAGTTGCTCATGGCGCTGTTATCAACGCTATTTTAGCTGAAGTTTCTAATGGGGAAATTGGCTCAGGGAAAACATCGCTGATGAATGGTTGTATAAGCAATATCCATTTGAAAGAACAAACTTGGCATATAAAAGATTATAACCAAGTTGGTCATTTGCAATAG	MEERKHRYPSGHFPNQEERVDFNQRVMAGVEKVNEQYPQQRVLLVAHGAVINAILAEVSNGEIGSGKTSLMNGCISNIHLKEQTWHIKDYNQVGHLQ	PGPT0002590_327	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATASE_ACTIVITY	P-SOLUBILISATION-UNCHARACTERIZED_PHOSPHATASE,PGPT0002590-phoE-K15640	NA	NA
AK148_01136	867	ydaD		General stress protein 39	ATGAAACCAAAAAACATGCAAAAAGGTAGCACACCACGTCAACATCAAAATCGGCAGCCAGGGTTAGAATCAGAGATGCATCCATTACCGCATCAGCCGCTAGAGTATAAAGGTTCCGAGAAATTAGCAGGCAAAGTCGCGTTAATAACTGGAGGAGATAGTGGCATTGGGCGTGCAGTTGCCATTCTATATGCAAAAGAAGGTGCTCATGTAGCTATCTCTTATTTGGATGAACACGAAGATGCAGAAAAAACAAAAGAACTCGTTGAAGCTGAAGGAGGTAAATGTATGCTACTTCCTGGTGATATTAAGAGTGCTACCCATTGCCAGAATCTTGTGGAAAAGACGGTAGAAGCGTTTGGGAAAATTAATATTTTAGTTAACAATGCTGCGATTCAATTTATACACGAGGACATATTAGATATATCCGATGAACAAATGGAGGATGTATTTCGAGTTAACTTCTTCTCTCAATTTTATTTAACGAAAGCAGCAGTTCGCCATATGCATGTTGGAGACTCCATTATTAATACGTCGTCCATAAATGCCTATAGAGGAAATCCAATTTTAATGGATTATTCGGCAACGAAGGGAGCAATTACTGCATTCACACGTAGTATTGCACAAAGCTTAGCTAAAAAAGGAATTCGTGCTAATTCCGTTGCCCCTGGTCCAGTTTGGACACCACTTATACCATCCTCTTTTGATGAAGATGGTGTAGAAAATTTTGGTCAAGATACCCTAATGAATCGACCTGGTCAGCCGTCAGAACATGCATGGCCATATGTGATGTTAGCTTCAGATGAGGCTTCCTATATGACAGGACAAGCTATTCATATTAATGGCGGAACGTGGACGTCCTCTTAA	MKPKNMQKGSTPRQHQNRQPGLESEMHPLPHQPLEYKGSEKLAGKVALITGGDSGIGRAVAILYAKEGAHVAISYLDEHEDAEKTKELVEAEGGKCMLLPGDIKSATHCQNLVEKTVEAFGKINILVNNAAIQFIHEDILDISDEQMEDVFRVNFFSQFYLTKAAVRHMHVGDSIINTSSINAYRGNPILMDYSATKGAITAFTRSIAQSLAKKGIRANSVAPGPVWTPLIPSSFDEDGVENFGQDTLMNRPGQPSEHAWPYVMLASDEASYMTGQAIHINGGTWTSS				NA	NA	NA	NA	NA
AK148_01137	5739			hypothetical protein	TTGAAGAAACAGTTAAGTGTGCTTTTTATTGTATTTCTTTTATTACAAACAATTTCCAGTAGCCTAGCCTTTCCCATGCGAATTAACGCGCAAGGCATAAGCAATGACGGACTAATTAATAATATGGAATTTATCGATACATCAGGGGAAATTGTTCCATTAAATGATATACAACAAGCAACACATGTAAAGGTAGATTGGTCCGTTCAAGGTATAGCTGCCGAAACAAATAAGGATTATACCGAGCAACTCCCTACTGCTATAAAAATTGATGAAAAGCAGGAAGAGAAGCTATTGGTAGCAGAAACGGAAGTGGGTAGTTATGTTGTAGATAAAGATAATACGTTAACGATTCGGTTTAATAGGGAAATTCATCAACTCCCTGAAGCGAGCGGAACGTTTGCTGTTAAAATAGCGAAGACGGCAGAAGATACAGAAGCTGATGAACAACAGCAGGCAGGCGATTCGGCAGTGAATCAAGATGAAACAGGTTCTGACGAAGAACAAACAGAGAAAAATGCTGCAGATGCCAAGGAAAAAGAAAACAGTGATGAAAAGGTAAATTCGGAAGCAGAAGCAGAGGAGCCTGTTAAAGAAGAACAGCAGAAAACAGCAGAACAAGCTTCAGAAAAAGTTGCTCCGTTAAAGGCGATTGAAGAAAATATATTAACTCGCTATGAGGTAACCTATGAAACTGCTGAAACAGGTGAGCCCATAGAAAAACCAGGTCTAGGATCGGTTATTGCTATAAAATATTGGTGGGAACTACCGAATCGACATGGATATAAAGAGGGCGATACGTACAGTTTTCAAGTACCCCCAGAGTTAGACATTTATAGTGAGATTGATCATGCAGAAATGAAATTCGATGGACAAACAATTGGCTATCTATCTGTTACAAAAGATGGAACAGCGACGATAGAGTTTACCAAGTTCATTGAAGAGTATTCCAAAATTAGTGGAAACTTTGAGATTTGGACAGAGTTAAGCGAAGAAACCGTTATGAACGAAGACAAAGAACTTGTTATTACACCAATTGAAGGCAAAGAATCCATGACCATTCCAATCGACTTTAACCCGGGCGGTTCAGCTGTGGAGAAAAAAGGGAATCCGAATCGTTCCTATAATGCGGAAGAAATTGAATGGACGGTTGATTTCAACAAAACGCTAGAGACGATTCATAATGCGAAGTTAATCGATCCAATTCAAGATGGGCAAGCGCTTAAAGAAGGATCGATCAAACTATATCAATTAGAGACGAAGCTTAATGGCGAAGTGACTCAAGGCGAAGAAGTTGATCCTAACTCTTATACCATAGAAAAAATAGTTGGTGGGAAAGACTTTGCGATTGCATTTAAGGATGATATACGTTCCGCTTATCGTCTCGTATATGTAACAGACATTACAAATGAAGATGATGATACCTTCACAAACAAAGCCACGTTAACAGGGGAAAGTTTTGATGATGTAAGTGCCGATGCAACTGTAAAGGTTGGCAGAGGTAAAGCTTTAGAAAAAAAAGCTGCACATTATGATCGTGAGAACCAAGAAATCACTTGGGAAATTCGCTATAACTACAATCAGAAAAACATTGCCCAAAAAGCTGCACTGTTAAAAGACTTTTTTAATGGCAGTCAAGAGTTGGTGAAAGACTCGTTTGAAGTGAGAGAGATCACGCTGAACGAGAATGGAAAAGAAGTAGGTAAAGGGGAAGTTGTTACTAACTATACAGTAATCCCGAGGCAACAAGATGGAAAAAATGGTTTCCATTTACAGTTTAACGAAGATATTTCTTCTGCCTATAAAATTGTTTACAAAACGAAAGCTTCTGAGCGCGTGTTTGATGGCGAGGAAATTATTAATACGGTAAATAGTGGAGAGCATATGGATGAAGGTAAGCAACAAATTGGTCAGATGATCTTATTCAAAAACTATAGTAATCCAAATTATAAGGATAAAACGGTGGAGTGGCAAATTTCCTTTAATCATGATAGGCAAAAGATGAGCAACGTTGTTCTAGAAGATGTCTTTACCAATAAAGGTCTAACTTTATTAAAGGATGAAGAATCTGGTAACTTTTTCAGGATTCAAAAAGAAAGCGGGCCATTAGAAGAAGGAACAGATTATATTATTTCTAAAAATGAAGCGGATCAATTTGTAATTCAATTTAAGAATACAATAACGGAACCACATTGGATCAACTATACGACAACATTTGATTATGACCAACTTGCAAATAAGAGTGAGGACTTTATTAACCAAGCTAATCTGTCTTGGGATGATGCGAATGGAGAACCTAAAGATAAAAGTGCTAAGAATAAATTTACACCGGATGAGTACACAAAGCAGAACGGCTTTAAAAATGGTTCCTATAATGCAGTAACAAAGGAAATCACTTGGAACATCGGTGTCAATTATAATTTAAAAACGCTAGATAATGCGGTTGTTAAAGACTTTATTCAAGGTAATCAGCAGCTAGTAGAAGACTCCATAACCGTACATTTAATGGAGCTTACTGGTGGGAAAAATGGAACCAAGAAAAAAGAAGCTGTACCAGGTGAGGATTACTCCATAGAATTTATGGAAAATGAACAAGGTGAGCCAGGGTTTCAGATTAATTTTGTAAAAGAGATCAACCAACCGTATTTGATAGAGTACAAAACAAGTCTAAAAGATTTAGATTTAGTTGCAAAAAACTACCATAATACAGCGAACCTTTACAATGGAAATCAACAAGAAACGGAACTAGATGCTTCTGTATCCATTCCGTATGGCGGAAAGTATACGGAAAAATCAGGAAATCAGAACGGAAAAATGATTGATTGGAAGGTTAATATAAACTTTGGCCAGTCTCAAGTAAGCAATGCTACCATTGATGACAAACCAAGTAATAATCAAGCGTTACTGGAAGATTCTTTCCATCTATACGCAACATCTGTAGATGCAGCAGGTAAAGTTACCAAGGGAGAGTTATTAGAGCTTAACAAGGATTACACCTTGGATTTAGAGCAAAATCCTGAAACGTTTACACTAAAGTTTACAGAAGAAATTAATGAGCCGTATATATTAGAATATCAATCCATGATTTTGGAGAAACCAGGAAAGACGGTAAGTAACAATATATCTTTTAATGGAGAAAACATTGATGAGGTTATCAATGAGTCTCAAGATAAAGTAAAAGTGGAGCGAACGAATGGTATGGGCGAAGGTACTGGGGAAATCGGCAGACTAACTGTTCATAAAACCAATCGTGATACTGGCGATTCACTCCCTGGAGCGACGTTTACGTTGAAAGATCAAGAAAGTGGCATTACGGTTGGTACGAAAACGACCGATGAAGATGGTAAAGTTGTTTTTGATCGATTGCTTTATGGAACGTACACATTGATTGAAGAAAGCGCCCCGGATGGTTATCTCATTGAGCAGAAGCAACGGGAGATTATAATTGATGAATCCTATGTAGAGGATAGTGAAGTAGAAGTAGGAAATCAGCTCACGGTAACGAACGCTAAAATCATTCGCGATGTACAGTTAAACAAAGTTGATAAAGAAACAGGAGCGAGTTTATCAGGAGCGACGTTTGCTTTACAGCAAAAAGTAGGTGACGCTTATAAACTCATTGATCGTCTAACAACAAATCCAGCCGGAATAATTTACAAAGGTGATTTAGAACCTGGTGAATATCGGTTTGTCGAAACGAAAGCACCGAATGGCTATGAGCTAAATACGGAACCAATTCCCTTTACTATTGGTGAAAAACAAACGGAAATTCTTACGTTAACAGCGAAGAATAAAAAACTGGCTTCTGTGGAATTAACGAAGCTTGCAAAAGAAGATGGAAATCGTTTAGCAGGTGCTGTGTTTAAATTAGAGCGCGAAGATGGTTCTGTTGTCGAGCCGTTGTTACGAACAGACGAAGACGGGAGAATTTTTGTTACGAATTTACAACCAGGTACGTACCAATTTGTGGAAACCAAAGCGCCAACATATTATCAGCTTAATGAAGAACCAGTATCGTTTACTATAAAAGCTGGCGATTCGAGTACAGTAACCGTAACGGCGAATAATGAGCTTATTCGTGGTAAGGTGGAGCTGACAAAGGTTGATAAGGATGACAAAGCAATGAAACTCGATGGCGCTGTATTTGAACTACAAAATGAAGCAGGCAAGACGTTACAAGAAGATCTCACAACGAATAAAGAAGGAAAGCTTGTTGTAGAAAACTTGAAGCCAGGTAAGTATCAGTTTGTGGAAACAAAAGCGCCAGAGCACTACAAGCTAGATACGACACCAATTCCGTTTACCATTGAAAAAAGTAAAATGGAAGCCGATGTCAAAGTAGCTGCGGTAAAAGCAACAAATGAGCTTATCCCAGGATCTGTTGAACTTGTCAAAGTAGATGAAGATGATGAGGATAAAACCTTGGCAGGAGCGGTATTCGAGCTACAAAATGAAGCAGGAGATACGGTTAAAAAAGACATAACAACGGATGAAAATGGAAAAATCGTTGTAGAAAATTTGCGTCCAGGTACGTATCAATTTGTAGAAACAAAAGCTCCAGCTTATTACGAGTTAGATGCTGATCCAATTGCATTTGAGATTGAAAAGAGCCAAAAAGAGCAACTGCGCATTACCGCAAAGAATAAGCTAATTACTGGTAAGGCTGAGTTAACAAAGGCAGATCAAGATAACAATCATGCACCGTTAGCAGGAGCGGTGTTCGAACTACAAAATGAAGCAGGCAAGACGTTACAAGAAGATCTCACAACGGATAAAGCAGGTAAAATCGTTGTAGAGAACTTGAAACCAGGTAACTATCAGTTTGTGGAAACCAAAGCGCCAGAGTACTACAAGCTAGATATGACACCAATTCCGTTTACAATTGAAAAGAGTAAAACGAAAGCCGATGTCAAGGTAGCTGCGGTAAAAGCAACAAATGAGCTTATCCGAGGATCTGTTGAACTTGTCAAAGTAGATGCAGATGACGAGGAAAAAGCCTTGGCAGGAGCGGTATTTGAGTTGCAGAATGAAGCCGGCGAAACGGTAAAAAAAGACATAACAACGGATGAAGAAGGAAAGATCGTTGTAGAGAACTTAAAACCAGGCAAGTATCAATTTATAGAAACAAAAGCGCCAGAGCACTACAAGCTAGATGCGACACCAATTCCGTTTACAATTGAAAAAAGTAAAACGGAAGCCGATGTCAAAGTAATTGCCGTAAAAGCAGAGAATGAGCTTATCCGAGGATCTGTTGAACTTGTCAAAGTAGATGAAGATGATGAGGATAAAACCTTGGCAGGAGCGGTATTCGAACTACAAAATGAAGCCGGCGAAACGCTACAAGGAGATCTGACAACAGATAAAGCAGGAAAAATCGTTGTAGAGAATTTGAAGCCAGGTAACTATCAATTTGTGGAAACCAAAGCGCCAGAGCATTATGAGCTAGATGCGACGCCAATTCCGTTTACCATTACATTTAGCCAAGAAAATTCTGTACAACTGAAAGTAGAAAATACAATCATTTCAGAAGGACCAGTAACGGATCCAGAAAATAATGATAATGAGCCAACACAGAAAAATCCTGATAGTAGTAAGGATGATCCGAGTAAAGCAGGAGAGGAAATAGGAGGAACACTTCCTCAAACTGGAGAAGAATGGCTACGTTACATGATGATTTTAGGGGTTTCGCTATTTATCGTTGGTGGGTTTCTAATCATTTCAAGACGTCGAAATGCATAA	MKKQLSVLFIVFLLLQTISSSLAFPMRINAQGISNDGLINNMEFIDTSGEIVPLNDIQQATHVKVDWSVQGIAAETNKDYTEQLPTAIKIDEKQEEKLLVAETEVGSYVVDKDNTLTIRFNREIHQLPEASGTFAVKIAKTAEDTEADEQQQAGDSAVNQDETGSDEEQTEKNAADAKEKENSDEKVNSEAEAEEPVKEEQQKTAEQASEKVAPLKAIEENILTRYEVTYETAETGEPIEKPGLGSVIAIKYWWELPNRHGYKEGDTYSFQVPPELDIYSEIDHAEMKFDGQTIGYLSVTKDGTATIEFTKFIEEYSKISGNFEIWTELSEETVMNEDKELVITPIEGKESMTIPIDFNPGGSAVEKKGNPNRSYNAEEIEWTVDFNKTLETIHNAKLIDPIQDGQALKEGSIKLYQLETKLNGEVTQGEEVDPNSYTIEKIVGGKDFAIAFKDDIRSAYRLVYVTDITNEDDDTFTNKATLTGESFDDVSADATVKVGRGKALEKKAAHYDRENQEITWEIRYNYNQKNIAQKAALLKDFFNGSQELVKDSFEVREITLNENGKEVGKGEVVTNYTVIPRQQDGKNGFHLQFNEDISSAYKIVYKTKASERVFDGEEIINTVNSGEHMDEGKQQIGQMILFKNYSNPNYKDKTVEWQISFNHDRQKMSNVVLEDVFTNKGLTLLKDEESGNFFRIQKESGPLEEGTDYIISKNEADQFVIQFKNTITEPHWINYTTTFDYDQLANKSEDFINQANLSWDDANGEPKDKSAKNKFTPDEYTKQNGFKNGSYNAVTKEITWNIGVNYNLKTLDNAVVKDFIQGNQQLVEDSITVHLMELTGGKNGTKKKEAVPGEDYSIEFMENEQGEPGFQINFVKEINQPYLIEYKTSLKDLDLVAKNYHNTANLYNGNQQETELDASVSIPYGGKYTEKSGNQNGKMIDWKVNINFGQSQVSNATIDDKPSNNQALLEDSFHLYATSVDAAGKVTKGELLELNKDYTLDLEQNPETFTLKFTEEINEPYILEYQSMILEKPGKTVSNNISFNGENIDEVINESQDKVKVERTNGMGEGTGEIGRLTVHKTNRDTGDSLPGATFTLKDQESGITVGTKTTDEDGKVVFDRLLYGTYTLIEESAPDGYLIEQKQREIIIDESYVEDSEVEVGNQLTVTNAKIIRDVQLNKVDKETGASLSGATFALQQKVGDAYKLIDRLTTNPAGIIYKGDLEPGEYRFVETKAPNGYELNTEPIPFTIGEKQTEILTLTAKNKKLASVELTKLAKEDGNRLAGAVFKLEREDGSVVEPLLRTDEDGRIFVTNLQPGTYQFVETKAPTYYQLNEEPVSFTIKAGDSSTVTVTANNELIRGKVELTKVDKDDKAMKLDGAVFELQNEAGKTLQEDLTTNKEGKLVVENLKPGKYQFVETKAPEHYKLDTTPIPFTIEKSKMEADVKVAAVKATNELIPGSVELVKVDEDDEDKTLAGAVFELQNEAGDTVKKDITTDENGKIVVENLRPGTYQFVETKAPAYYELDADPIAFEIEKSQKEQLRITAKNKLITGKAELTKADQDNNHAPLAGAVFELQNEAGKTLQEDLTTDKAGKIVVENLKPGNYQFVETKAPEYYKLDMTPIPFTIEKSKTKADVKVAAVKATNELIRGSVELVKVDADDEEKALAGAVFELQNEAGETVKKDITTDEEGKIVVENLKPGKYQFIETKAPEHYKLDATPIPFTIEKSKTEADVKVIAVKAENELIRGSVELVKVDEDDEDKTLAGAVFELQNEAGETLQGDLTTDKAGKIVVENLKPGNYQFVETKAPEHYELDATPIPFTITFSQENSVQLKVENTIISEGPVTDPENNDNEPTQKNPDSSKDDPSKAGEEIGGTLPQTGEEWLRYMMILGVSLFIVGGFLIISRRRNA				NA	NA	NA	NA	NA
AK148_01138	360			hypothetical protein	ATGAATCAAATTCTATTTATTCAAACTGGCATGGGGATTGATGTGCATGGGCAAAATATTACAAAAGCTGCTGTAAGAGCCGTAGAAAATGCTATCTGGTTCAATTCTATGCCTGGCATTGAACACAGCCTTCCTGAACAAAAGCTTGAAAATATGAAAGTAAATGTAAGATTAGCTGTTCCATTAGATCGTAACTTGCTTGATACAGAAAAAGTAAAAGCTGTCGTTCCTTATGGATCCGTTACGGTGGATGTAACTGATGGCGGTATGGCCACCTCAAGTGGGGTTATTTTGAAAGATAAAAATGACGAAAATGACTTAATGTATATGGTAAATGCTGCTGTTGAGGTAGGGTATTAA	MNQILFIQTGMGIDVHGQNITKAAVRAVENAIWFNSMPGIEHSLPEQKLENMKVNVRLAVPLDRNLLDTEKVKAVVPYGSVTVDVTDGGMATSSGVILKDKNDENDLMYMVNAAVEVGY				NA	NA	NA	NA	NA
AK148_01139	1530	dacC_1	COG2027	D-alanyl-D-alanine carboxypeptidase DacC	ATGGAATGGAAATTTTGTAAAAAAAGCACGCTACTGATCCTAGCTATTATCGTACTAGCTATTATTCCAATTGCTATTCAACAAGATTTTACTTTTGTAAAAGTTTCTAACGCAACAGAGAATGCAGAAGTACAAGCAAACTCCTTGGAAGAGAAACTCTCCAAAATATTAACAAATAAACGGTTAGATGGTACAACAACATCTGTAAGCGTCATGCATGCTAATACAGGAGATATTCTATTTTCCGAAAACAGCGACAGACGTTTGCACCCTGCATCAAACATGAAACTAATAACATCGGTTGCCGCATTAGAAATATTGGGAGAAAATTACCAATTCACCACACAAGTGCGAACGAACGGGAAAGTGAAAGGAAAAGTATTGCACGGTGATTTATTTTTACAAGGAAAAGGTGATCCCACGTTATTAAAAAGTGATTTGAAGCAGATGGCGGTAGATATGAAGGAACAAGGAATACGTAAAGTGAAAGGAAATATTATTGCAGATGATACTTGGTTTGATGATGAACGGCTTTCCCAAGATTTAAATTGGTCTGATGAGTCATTTTATACAGGTGCGCAAGTGTCTGCTTTAACGCTTTCTCCGAATCAAGATTATGATGCAGGCACAGTAATCGTCCATGTTTTACCACAGGCCACCGAAAGTGGAAAAGCAATCATCGAAGTAACGCCTAAAACAGATTACATTAAAATTGTAAATCGCACACAGATTGTAGATACAGATAAGCCGAAAGATATTGCTATAGAGAGAGAACACGGGACGAACAGAATCATTGTAGAAGGAAATATGCCCAAAGAATCTACACAAGTGAGGTCATGGGTTGCCGTTTGGGAGCCGACAATGTATGCGCTAGACGTATTCCAGAAAACACTACAGGAGGAAGGTATTGACTTTATTGGTAAAATTGAAGCTCTTGTGAAAGCAGCTCCAGATAGCAGCACTATATTAACAGAGACAAAGTCAATGCCTCTTAAAGATTTGCTCATCCCTTTTATGAAACTGAGCAATAATGGGCATGGCGAAGTGTTAACCAAAGAAATGGGAAAAGTTGTTCATGGAGATGGAAGTTGGGAAAAAGGACTTGCAGCAATGGAACAAGTAATGGAGCAATTTGGTGCAAACACCGACACGATGCTACTACGCGATGGATCTGGTATGTCGCACAAAAATATGATTCCTGCTAGCGAACTTTTGCAAGTATTGTACCATGTACAAGAGAAGGAATGGTTTCCACTGTTTAAAAAATCCTTGCCAGTAGCTGGCGTGGAAGATAGACTAGTCGGTGGAACATTACGGCATCGAATGCAGGAAGCACCCACAAAAGGAAATGTCATCGCAAAAACAGGCTCTCTTAAAGGAATGTCAACACTATCTGGATACGTCACTACAAAGGATCAACAACCACTCATTTTTTCAATCATGATTAATAACTATATTGGATCAAGCGAGGAAATAACGGCAATTGAAGATCAAATCGCCTCCACTTTAGCAGCTCATGAATTAGAGTAA	MEWKFCKKSTLLILAIIVLAIIPIAIQQDFTFVKVSNATENAEVQANSLEEKLSKILTNKRLDGTTTSVSVMHANTGDILFSENSDRRLHPASNMKLITSVAALEILGENYQFTTQVRTNGKVKGKVLHGDLFLQGKGDPTLLKSDLKQMAVDMKEQGIRKVKGNIIADDTWFDDERLSQDLNWSDESFYTGAQVSALTLSPNQDYDAGTVIVHVLPQATESGKAIIEVTPKTDYIKIVNRTQIVDTDKPKDIAIEREHGTNRIIVEGNMPKESTQVRSWVAVWEPTMYALDVFQKTLQEEGIDFIGKIEALVKAAPDSSTILTETKSMPLKDLLIPFMKLSNNGHGEVLTKEMGKVVHGDGSWEKGLAAMEQVMEQFGANTDTMLLRDGSGMSHKNMIPASELLQVLYHVQEKEWFPLFKKSLPVAGVEDRLVGGTLRHRMQEAPTKGNVIAKTGSLKGMSTLSGYVTTKDQQPLIFSIMINNYIGSSEEITAIEDQIASTLAAHELE	PGPT0024035_534	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024035-dacB-K07259	NA	NA
AK148_01140	993			hypothetical protein	ATGTACAATAAGCAGGATAATTTTCGGGCTAGGATAAGGGCGTTTCAGTCCGTTACGGGTGACTTTTACACGTACATGAGCGGATTTATCGCCGGGACGAGCGCTTTTTTCGCGTACATGAGCGAATTTCTACCGATGACGAGCGCTTTTTTCTCGTACATGAGCGGATTTCTACCCGGGACGAGCGCTTTTTTCGCGCACATGAGCGGATTTATCGCCGAGACGAGCGCGGGGTTCGCGTTCATGAGCGAATTTATCGCCGGGACGAGCGCGGGGTTCGCGTTCATGAGCGGATTTCTACCCGAGACGAGCGCGGGGTTCACGTACATGAGCGGATTTATCGCCGGGACGAGCGCGGGGTTCGCGTTCATGAGCGGATTTCTCACCGAGACGAGCGCGGGGTTCACGTACATGAGCGGATTTATCGCCGGGACGAGCGCGGGGTTCGCATACATGAGCGGATTTATCGCCGGGACGAGCGCGGGGTTCGCGTACATGAGCGGATTTCTACCCGAGACGAGCGAGGTTTTCGCGTACATGAGCATATTTCTCGCCGGGACGAGCGCTTTTTTCGCGTACATGAGCGAGTTTCTCTCCGGGACGAGCGCTTTTTTCACGTACATGAGCGGATTTATCGCCGTGACGAGCGCGGTTTTCGCGTACATGAGCGAATTTCTACCGATGACGAGCGCTTTTTTCTCGTACATGAGCGGATTTCTACCCGGGACGAGCGCTTTTTACATGTACATGAGCGGATTTATCGCCGAGACGAGCGCGGGGTTCGCGCACATGAGCGGATTTCTACCCGGGACGAGCGCGGTTTTCACGTACATGAGCGGATTTCTACCCGGGACGAGCGCTTTTTTCGCGTACATGAGCGGATTTCTCATCGAGACGAGCGCTTTTTTCGCGTGCATGAGCGGATTTCTCGCCGGGACGAGCGAGTTGCTCGCAATGGCGGGCAACTTTTATAATTTATACCTTTTACTCTAA	MYNKQDNFRARIRAFQSVTGDFYTYMSGFIAGTSAFFAYMSEFLPMTSAFFSYMSGFLPGTSAFFAHMSGFIAETSAGFAFMSEFIAGTSAGFAFMSGFLPETSAGFTYMSGFIAGTSAGFAFMSGFLTETSAGFTYMSGFIAGTSAGFAYMSGFIAGTSAGFAYMSGFLPETSEVFAYMSIFLAGTSAFFAYMSEFLSGTSAFFTYMSGFIAVTSAVFAYMSEFLPMTSAFFSYMSGFLPGTSAFYMYMSGFIAETSAGFAHMSGFLPGTSAVFTYMSGFLPGTSAFFAYMSGFLIETSAFFACMSGFLAGTSELLAMAGNFYNLYLLL				NA	NA	NA	NA	NA
AK148_01141	762			hypothetical protein	GTGTCGAAATTAACGTCAGATACAGCATTTTTAAAAACCGTTCATTTAAAAAAAGATAGGTTACCTGCAAATGCTGATGAGTTTCCATTTCATTTGCCAGTTATAAAGGATTTTCCTGGGATTTCTTTTCATCCGAATGTGACATATATTATTGGAGAAAATGGGATGGGAAAATCGACTTTATTGGAAGCGATTGCGATTGCGCTAGGGTTTAATCCTGAAGGTGGGACGAAAAATTTTAATTTTTCTAGCTACGATTCTCATTCGTCATTGGATCAATATATTCGAATTGCGCGGGGAGCATATCAGCCGCAAGATTACTTTTTCTTTCGGGCAGAGTCATTTTATAATGTAGCTACCAACATAGAAGAATTAGATGAATTTGCTTCAGGAGGACCAAGGATTATTGATTCCTTTGGTGGAACATCTTTGCACGAGCAGTCTCATGGGGAGGCTTTCTTTGCGACGTTTATGCACCGTTTTCAAGGGAATGGGTTATATATTTTAGATGAGCCTGAATCGGCGTTGTCGCCGTTACGGCAACTATCAATGTTAAGACGGATTCATGATCTTGTGGCGGAAGGCTCGCAATTTGTTATTTCTACGCATTCACCGATATTGATGGCTTATCCGAGTGCGAGTATTTTGGAGCTAACTGAAGATGGTATGCAGGAAACAGAATTGGAGCAAACGAGTCATTACAAGGTGATGGCACAGTTTTTTGAAAATAAACAGCGCATGCTCCACCACTTGTTTGATTAA	MSKLTSDTAFLKTVHLKKDRLPANADEFPFHLPVIKDFPGISFHPNVTYIIGENGMGKSTLLEAIAIALGFNPEGGTKNFNFSSYDSHSSLDQYIRIARGAYQPQDYFFFRAESFYNVATNIEELDEFASGGPRIIDSFGGTSLHEQSHGEAFFATFMHRFQGNGLYILDEPESALSPLRQLSMLRRIHDLVAEGSQFVISTHSPILMAYPSASILELTEDGMQETELEQTSHYKVMAQFFENKQRMLHHLFD				NA	NA	NA	NA	NA
AK148_01142	303			hypothetical protein	ATGCTTAGAAGGAAGAAATGCATTTGCTGGAATTGCAATAAAAGTACACCATACAAAAGATTATGGTATCGTGGACTTGCAACTAGAACAGTAACATGTCCATACTGCCACGCAGAAAACGACTTAAGTCTCAAGCAACTTTCACTCCAATTTGTCGTATTTTTCATTGGAATGATCTTTTTTCTCATTGGTGGATTATTTTTCGATTTTAAGAGCTTATATTTCGCTATTGCAATTTTGTTATATGCGATAACCGTGGCGCTTGAATTATATATTACCTATGAGCATCAAGCGAAAAGCTAA	MLRRKKCICWNCNKSTPYKRLWYRGLATRTVTCPYCHAENDLSLKQLSLQFVVFFIGMIFFLIGGLFFDFKSLYFAIAILLYAITVALELYITYEHQAKS				NA	NA	NA	NA	NA
AK148_01143	360			hypothetical protein	ATGAGTTATGAATGGAATGATCCTGCTCAAACAAGTAATCATCAAGAGCTTGAATTCACATATCCAACAGCTCCAGCATATTACGAAGAACAAGACTGGATGCGTCGTCCAATTGGTTTTGGAAGACCGTTCTTTGGACCTAGACCATTTTTCGGTCCGAGACCATTTTTTGGGCCTAGGCCATTCTTTGGACCAGGCTTCGGATTTGGCGGCCCTGGATTCTTTCCTGGATTTGGTTTTGGAGTAGCTCCCTTTGTTGGAGGATTAGCGGGTGGTTTATTAGCTGGATCGTTAGTAAATGCTTTCGCCCCTCCATATTATCAAGGCTATGGAGCTTATCCTCCTTATTATGGCTATTAG	MSYEWNDPAQTSNHQELEFTYPTAPAYYEEQDWMRRPIGFGRPFFGPRPFFGPRPFFGPRPFFGPGFGFGGPGFFPGFGFGVAPFVGGLAGGLLAGSLVNAFAPPYYQGYGAYPPYYGY				NA	NA	NA	NA	NA
AK148_01144	909	metAA		Homoserine O-acetyltransferase	TTGCCGATTACAATTCCTAAGCAACTGCCAGCACACGCTACTTTGGAAAAAGAAAATATTTTCATTATGGATACGGTACGAGCAACGACCCAAGATATTCGACCATTAAACATTGTGATCGTTAATTTAATGCCGGAAAAAGAGCGCACGGAAACACAGCTTCTCCGGCTATTAGGTAATTCTCCCTTGCAAGTGCTAGTGACATTTCTGCATACAGCAACACACGATTCAAAAACCGTCAGTAAATCACATCTGAACCAGTTTTATCAAACGTTTCATTCCATCAAGCATAAACGGTTTGACGGAATGATTATTACCGGTGCACCTGTGGAAATGCTTGCTTTTGAAGAGGTGAATTATTGGGAAGAGTTGAAAATGATTATGGAATGGTCGAAAACCCATGTAACTTCTGTATTACATATTTGCTGGGCAGCTCAAGCAGCACTATATTACCACTATGGAATAGAAAAATATGCGCTCCCAGCCAAATGCACAGGAGTGTTTTCTCATACGATTTCACATTCTACCGTCGAGCTTATTCGTGGGTTCGATGATGAATTTCTAGCGCCACATTCCCGTTATACGGGAACATCACTAGCAGACGTTCAAGCTGATAGTCGTTTAATGGTGCTCGCTGCAACGACGGACAACGATCCGTTTATTATGATTTCCAAAGACGAGAAGCACATTATGCTTACAGGGCATTTTGAATATGAGTTTGATACCCTTGCAGAAGAGTACGATCGAGATAGAAAAAAGGGACTTAACCCAGCAATACCGAAAAATTATTTTCCTGATAATAACCCTAAAAAGACGCCACTCCATCGTTGGCGCTCCCATGCACACCTGCTATTCTCTAACTGGTTAAATTATTATGTCTATCAAGAAACACCATACGAATGGAAATAG	MPITIPKQLPAHATLEKENIFIMDTVRATTQDIRPLNIVIVNLMPEKERTETQLLRLLGNSPLQVLVTFLHTATHDSKTVSKSHLNQFYQTFHSIKHKRFDGMIITGAPVEMLAFEEVNYWEELKMIMEWSKTHVTSVLHICWAAQAALYYHYGIEKYALPAKCTGVFSHTISHSTVELIRGFDDEFLAPHSRYTGTSLADVQADSRLMVLAATTDNDPFIMISKDEKHIMLTGHFEYEFDTLAEEYDRDRKKGLNPAIPKNYFPDNNPKKTPLHRWRSHAHLLFSNWLNYYVYQETPYEWK				NA	NA	NA	NA	NA
AK148_01145	687			hypothetical protein	ATGAATTTTAAAAAACAAATACCTAACCTTTTTACATTGGGAAACTTATACTGTGGCTACTTATCCATCGGTTATACGGCATCTAATCATTATAAAAACGCAGCTATTTTTATTCTTATCGGAATGTTGCTTGATAGTATAGATGGAAGAATAGCCAGATTATTACATGTTGAAAGCCCTTTGGGAAAGGAGTTAGATTCTTTAGCTGACATCATTACTTTTGGTGTCGCACCAAGCTTTTTAATGTACTATACAATGTTGTTTGATCTTGGGTGGATTGGTCTAGCAATATCAGGACTATTTCCTTTGTTTGGGGCTTATCGATTAGCTAGATATAATATTACGGCAAAAGAAGAATCATTATATCATTTTACTGGAATACCCATTACTATAGCGGGGGGAATTCTAGCTACCCTTATTTTATTTAGAGAAGACATTCCGAGTACATTTACTATGGTTATTTTTATTTTGCTCTGTTTTTTAATGGTTAGTACCATACAAATACCGAGCCTAAAAAAAGTACGCTTGCCAAGAAACGAAACCATTGTCACTATCCTTATAGGAATGATGTTATTTATGAATCATGCTAGATCTTGGAGAGTATTTACTTCTCTTCTTTATATAGTTATCCCGCTATACCTTATTTATATGACGTATCGTCTTATCAAAATAAAAGCAAGTAGATAA	MNFKKQIPNLFTLGNLYCGYLSIGYTASNHYKNAAIFILIGMLLDSIDGRIARLLHVESPLGKELDSLADIITFGVAPSFLMYYTMLFDLGWIGLAISGLFPLFGAYRLARYNITAKEESLYHFTGIPITIAGGILATLILFREDIPSTFTMVIFILLCFLMVSTIQIPSLKKVRLPRNETIVTILIGMMLFMNHARSWRVFTSLLYIVIPLYLIYMTYRLIKIKASR	PGPT0007695_2638	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PSS-RELATED_EXOPOLYSACCHARIDE_METABOLISM	CE-EPS-PSS-RELATED_EXOPOLYSACCHARIDE_BIOSYNTHESIS,PGPT0007695-CHO1|pssA-K17103	NA	NA
AK148_01146	786	psd	COG0688	Phosphatidylserine decarboxylase proenzyme	TTGTTAAAAGCTTGGTTGAAATTATTTGTTGAATTAACCGGAAATAATTATGTATCTCAATTGCTCGTTCGTTTTACAAGTTCTACTTGGAGTCGCATGCTTGTCCCAATCTTTGCTAAAATATACCGTATTAACCAAGAAGAAATGGAAAAATCGTTGTCAGAATATCAAAGCTTACACCAACTCTTTACTAGAAAATTAAAATTCGGTTGCAGATCTATAGAATCACAGCCTAATTGTTTGGTTAGCCCAGTAGATGGCGTGATAAGCGATTTTGGATTTGTTCAGGATGTTGAAAAATACTCAATAAAAAACAAACAAATTAGGTTAGAAGAGATGCTAGGTAGTAAAGAAAAGGCGGATGTATATCGAAATGGAAAATATATTATTTTGTACTTATCACCGCGTCATTATCATAGAATACATAGTCCTGTAGATGGGATAATCAAAGAAAGCTGGGTGCTTGGCGAAAAATCTTATCCTGTTAATTCTCTTGGTTTAAAATATGGGAATAGCCCTCTATCAACTAATTATCGTAGAATAACAGAAATCCAAAGTGAATTAGGAAATATTGCTGTTGTTAAAGTAGGCGCCTTAAATGTCAATAGTGTCCATCTTACTGCTCGTTCGGATAAATTAGGTCGTGGTGAAGAGCTGGCTTATTTTTCATTTGGTTCTACAGTTGTATTATTTATCGAAAGAGCAACTTTTCAATTTTCACCAGATATAGAAGGAAACAATGATATTTCGTTTGGAAAGAGCGTCGGTGTTTTTTCCAATGCTTGA	MLKAWLKLFVELTGNNYVSQLLVRFTSSTWSRMLVPIFAKIYRINQEEMEKSLSEYQSLHQLFTRKLKFGCRSIESQPNCLVSPVDGVISDFGFVQDVEKYSIKNKQIRLEEMLGSKEKADVYRNGKYIILYLSPRHYHRIHSPVDGIIKESWVLGEKSYPVNSLGLKYGNSPLSTNYRRITEIQSELGNIAVVKVGALNVNSVHLTARSDKLGRGEELAYFSFGSTVVLFIERATFQFSPDIEGNNDISFGKSVGVFSNA	PGPT0007700_3132	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_DECARBOXYLASE_ACTIVITY,PGPT0007700-psd|PISD-K01613	NA	NA
AK148_01147	585			hypothetical protein	ATGACAGATTTAGAAAGCTTTATAGTTCATTATGGATACATTGGAATGTATATTGTTCTTATATTAGGGATTGTAGGGATGCCTTTTCCAGACGAAGTATTACTTACATATGTTGGCTATCACGTATCTTTAGGAAATATGTCACTCAATCTAGCTATATTCATTGCTATCTTGGGATCAATAAGCGGGATCTCAATAAGCTATTTTTTGGGGCAGTGGTTAGGTGTCCCATTTATAAAACGTTTTGGTCCTAAATTACGCATAAAAGAAAAACAGATAGACTGGGTTCGGAACCATTTTAATAAGTATGGAGCGACATTTCTCATTTTTGGTTATTTCATCCCCGGGATTAGACATGTCACTGCTTATGTAGCAGGATTTAGCAAATATCATTATTTTCGTTTTGCTGTTTTCGCTTATATAGGCGCTATTTTTTGGGCATCCACATTTATTATTTTGGGGAATATTTTAGGTGATCAATGGGAATATATTACAACCTTTTTCTCGCAAGCATCAAAAATAATGTGGTTAATCATTCTTACTGGCGTCCTATTTATCATTCTAAGAAAAATCAAACGAAATTAA	MTDLESFIVHYGYIGMYIVLILGIVGMPFPDEVLLTYVGYHVSLGNMSLNLAIFIAILGSISGISISYFLGQWLGVPFIKRFGPKLRIKEKQIDWVRNHFNKYGATFLIFGYFIPGIRHVTAYVAGFSKYHYFRFAVFAYIGAIFWASTFIILGNILGDQWEYITTFFSQASKIMWLIILTGVLFIILRKIKRN				NA	NA	NA	NA	NA
AK148_01148	987	guaC	COG0516	GMP reductase	ATGGATAATGTGTTTGATTACGAAGATATTCAATTAATTCCCGCAAAATGTATTGTACGCAGCCGTTCAGAATGTGATACGAATGTCACATTAGGCAAGCATACATTTAAATTACCTGTTGTACCTGCAAATATGCAGACGATTATTGATGAAAAAATTGCGTTGATGTTAGCTGAAAATGGCTATTTTTATATTATGCACCGCTTTGAACCTGAAAAACGTACCGATTTTATTAAAGATATGCATGAACGTGGACTTATTGCCTCCATTAGCGTTGGTGTAAAGGACGAAGAATATGATTTTGTAGAGCAACTAGTAGCAGATAAACTGATCCCAGATTATATTACAATCGATATTGCACATGGACATTCGGAGTCTGTGATAAAAATGATTCAACATATTAAAAAACATGTACCTGAGAGCTTCTTGATTGCTGGAAACGTTGGTACTCCAGAAGCTGTTCGTGAATTGGAAAATGCGGGCGCGGATGCTACGAAGGTTGGAATTGGACCAGGGAAAGTATGTATTACGAAAATTAAAACGGGCTTTGGCACTGGTGGCTGGCAATTAGCAGCGCTTCGCTGGTGTTCAAGAGCTGCAAGCAAGCCGATTATTGCTGACGGTGGTATTCGTACGCATGGAGATATTGCTAAATCGATCCGCTTTGGTGCAACGATGGTGATGATTGGATCGCTTTTTGCTGGTCATGAAGAGTCTCCAGGGGAAACCATTGAAAAAGATGGCAAGGTTTTAAAAGAATATTTCGGTTCTGCTTCCGAGTTTCAAAAAGGCGAGAAGAAGAACGTCGAAGGAAAGAAAATGCTTGTAGAGCATAAAGGTTCCTTAAAAGATACACTGCAAGAGATGGAGCAAGACTTACAATCCTCCATTTCCTATGCAGGTGGCAAAAAGCTAGAAGCCATCCGTACCGTCGATTATGTAGTTGTGAAAAACTCCATCTTTAATGGTGATAAGATTATTTACTAA	MDNVFDYEDIQLIPAKCIVRSRSECDTNVTLGKHTFKLPVVPANMQTIIDEKIALMLAENGYFYIMHRFEPEKRTDFIKDMHERGLIASISVGVKDEEYDFVEQLVADKLIPDYITIDIAHGHSESVIKMIQHIKKHVPESFLIAGNVGTPEAVRELENAGADATKVGIGPGKVCITKIKTGFGTGGWQLAALRWCSRAASKPIIADGGIRTHGDIAKSIRFGATMVMIGSLFAGHEESPGETIEKDGKVLKEYFGSASEFQKGEKKNVEGKKMLVEHKGSLKDTLQEMEQDLQSSISYAGGKKLEAIRTVDYVVVKNSIFNGDKIIY	PGPT0021450_870	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021450-guaC-K00364	NA	NA
AK148_01149	1269	nprA_2		Transcriptional activator NprA	TTGATAGATATAGGCTATATTATAAAATTACATAGAACCAAGCAAAATATGACACAAGAAGCATTATCAGAAGGTATTGTTTCTTTGTCCTATTTATCAAAAATAGAAAATCAGAAAGCAAAAGCCAATTCTGAGATTATTCAAGCATTATGTAATCGTCTAGGAATTGAGCTTACAAATATACCTGATTCAAATTTTGAAGACAAATGTAAGAAATGGTACGACATGCTATATGACCGTTTTGATAAACAGGAAATTATAACAAGATATGAAGAATTGCAAAACGTAATGGATAAAAGTATTAACAATCAAACAATTATGTTTGAGATTCATAAAATTCGTTACTATATGATTTTACGTGATTTCCAAAAAGCCTTACATAAAATTAATGAACTCCATGAGATGGCAGACTCTTTTAACTCCCCACATAAATATTTTTGGAATAAATTTCAAGGGAATTATTACTCTTTTAAAGGAGAACATCAGCAATCTTTACAATGCTATAAAAAAGCCGAGAAAGTGCATCGATCAGCTGAAATTGAAGAAGAAGAGATTGCTGATTTGTGTTACGCAATTTCTATTCAGTATAGTAATTTGCTAAATGGACTTGAGGCTATTAATTATGCGAAAAAAGCAATGACTGTGTTTCAACAGGAGTACAACTTTATACGTTGCGCCCAATGTCATATCTTACTAGGAATTTCTTATCAACGAATTAAAATGAATGATAACGCATTAGAAAACTTTGAACAAGCAATTTCTTTAAGTAAAATAAATAGCGAAGAACAAATTATTCAGTTAGCTTATCTTAATTTAGGTCGCTTTTATGGATTAATAGGAGATTTAAAACAGTCTATCAAAAACTATTTGCGTGTATTAGATTCTGAAAGCTTAGAATATGAAGCCAAGTTAGAAGCCATTACCTCTTTAATACAAAATTTTCACCAGAATAATGAGAACACGAAAGCAAAGGAGTATTTAATCCTCGCGGAGGATACGCTTAGGCTATCCGAAGAAAAGGAATATTACGATTTTTATAAATACACAACTCTAGTGTACACATACTTATTGAACGGAAAACTAAAAGATTTTGAGTCCATACTAGAAGAGAAATTTATTCCGTATTTAAAGCAAAGGAAAGACTACCAATATTTAGTGTTTTATTCAAAGTTGTTAGCTTCCCATTTAGAAAAAATGGGCAAGCACAGGGAATCTATGCAGTACTATAAATTAGCAACTAGTAGTTATGACCAATTAATAAAATTGTAA	MIDIGYIIKLHRTKQNMTQEALSEGIVSLSYLSKIENQKAKANSEIIQALCNRLGIELTNIPDSNFEDKCKKWYDMLYDRFDKQEIITRYEELQNVMDKSINNQTIMFEIHKIRYYMILRDFQKALHKINELHEMADSFNSPHKYFWNKFQGNYYSFKGEHQQSLQCYKKAEKVHRSAEIEEEEIADLCYAISIQYSNLLNGLEAINYAKKAMTVFQQEYNFIRCAQCHILLGISYQRIKMNDNALENFEQAISLSKINSEEQIIQLAYLNLGRFYGLIGDLKQSIKNYLRVLDSESLEYEAKLEAITSLIQNFHQNNENTKAKEYLILAEDTLRLSEEKEYYDFYKYTTLVYTYLLNGKLKDFESILEEKFIPYLKQRKDYQYLVFYSKLLASHLEKMGKHRESMQYYKLATSSYDQLIKL	PGPT0011700_168	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_REGULATORS	CE-QSR-OTHER_QUORUM_SENSING_REGULATED_GENES,PGPT0011700-nprR|nprA-K20480	NA	NA
AK148_01150	129			hypothetical protein	ATGAAGAAGTTTATCGTCTCATTTATATGTGGAGCAATTGTTGTTTGCGGGATTTTGTTTTCAAATGATGATTTTCAAACAGCATCAGCATATGAACCTAAGCCATTAACAGACTATGAAACAAGCTAA	MKKFIVSFICGAIVVCGILFSNDDFQTASAYEPKPLTDYETS				NA	NA	NA	NA	NA
AK148_01151	258	fabG_3		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGACTATTCCTACTACAGAGCCATTATCCGTTGCTCTAGCTACCATTGGCATAACGGTTAATTCTATTGGTCCAGGTCCAACGGATACAGGTTGGATAAATAAAGAAATAAAAAACAGTTTATTACCTTTATTCCCAACTGGTCGGATCGGCCGTCCAAAAGATGCCGCTAAACTGATTACCTTTCTAGCAAGTGAAGATTCCTATTGGATAACGGGGCAAACTATTCGCTTTCAAGGCGGATTTTTAGGGAAATAA	MTIPTTEPLSVALATIGITVNSIGPGPTDTGWINKEIKNSLLPLFPTGRIGRPKDAAKLITFLASEDSYWITGQTIRFQGGFLGK	PGPT0003180_5606	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
AK148_01152	105			hypothetical protein	ATGGCGTTAGACTTAAGCCTAGAAGAGTCCCCAAACAACTTGCTACATACAGTCCAGAATAAATTAGGTACGGCTTCCATTTTAGACAATAACGCAACCTATTAA	MALDLSLEESPNNLLHTVQNKLGTASILDNNATY				NA	NA	NA	NA	NA
AK148_01153	207			hypothetical protein	ATGAAAATATTAACTGGCAAAATTGCTATTGTAACTGGAGTTCGTAATTCGAAAGGTATTGGAGCTGCAACATGTTTGTCTCTTGCAAAAGCAGGAACTGACATCTTTTTCACGTACTGGTCTCCATTTGATGAAGCGGAAGGAAGATTGGAAAGAGATTTTCCTAGTAAGCTTTGTGAAAAAATAAATAGCTTTGGAGTGCGCTGA	MKILTGKIAIVTGVRNSKGIGAATCLSLAKAGTDIFFTYWSPFDEAEGRLERDFPSKLCEKINSFGVR	PGPT0003180_5606	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
AK148_01154	504			hypothetical protein	ATGATAAAACAGGTCTACTCTGGTCGTTATACCACAGAAAATGAAGAAGATATTGTTGTGTTTTTAATAGGGATGCGGGTTAACCGTAGATTAGCTGTACATAAATGGCTTCCCGTCTTTTTAGCAATGCCGCGGATGATTAAAGAACTTTACACATATAAAGATACGTTAGGCTTTTTATCTATGGAAAGTTATTTTGGCCTGCGCACGACGTTGATGGTGCAATATTGGCGGTCTACCGAAGATTTGCTTGCCTATGCAAAAGGTAAACAACATCTAGCTGCATGGAAACGGTTTAACCAAAAAGCAAGCCATACAAATGCGGTTGGTATTTATCATGAGACGTACATCGTACCAAAAGTTAATTATGAAGCAATTTATGCGAATATGCCCTTATACGGTTTAGCAAAGGCAAACGAACATATTCCTGTCTCATCTAAACGTACAACGGCTAAGCAGCGTTTGACACAGGCTACAGTTAACCAAATAAATGATTGGAAGTAA	MIKQVYSGRYTTENEEDIVVFLIGMRVNRRLAVHKWLPVFLAMPRMIKELYTYKDTLGFLSMESYFGLRTTLMVQYWRSTEDLLAYAKGKQHLAAWKRFNQKASHTNAVGIYHETYIVPKVNYEAIYANMPLYGLAKANEHIPVSSKRTTAKQRLTQATVNQINDWK				NA	NA	NA	NA	NA
AK148_01155	543			hypothetical protein	TTGAAAACGTATAACAATAGTACCTATGCGCTACTTGGAATTTTGACTTTAAATTGTCGCACGGGTTATGAAATTAAACAACGGATGGATCAAAGCTTAAATCATTTTTGGAAAATTAGTTATGGGCAAATTTACCCGAATTTAAAAACGTTAGTTACCGATGGCTTAGCAACCGTTAAGGTCATGTCACAGGATGGGAAACCAGATCGAAAGGAATATTTCCTTACTACCAAGGGGGAAGAGGTGTTAAAGAACTGGTTGAAAGAGCCATTGCAGCATATTGCTAATGAGCGTAACGAAGTACTTTTGAAATTGTTTTTTAGTCGACATCAGCCTGCAGACGAGACACAATCGTTGATACGCCATTATAAAGAAGAATTACAGAAAAAATTAGACACCTACGAAGCGATTGAAGAAATGATAGGCACTAATTATTCTCAAAACCCTGATGCTACTTATTGGCTGTATACACTAGACTATGGAAAGCGGACAACCAAGGCTGCTATAGAATGGTGTGAAGCTACCATAGAAAAAATAAAGTAA	MKTYNNSTYALLGILTLNCRTGYEIKQRMDQSLNHFWKISYGQIYPNLKTLVTDGLATVKVMSQDGKPDRKEYFLTTKGEEVLKNWLKEPLQHIANERNEVLLKLFFSRHQPADETQSLIRHYKEELQKKLDTYEAIEEMIGTNYSQNPDATYWLYTLDYGKRTTKAAIEWCEATIEKIK	PGPT0025575_230	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR|BF-CELL_DENSITY_REGULATION	CE-QSR|BF-BIOFILM-LOW_CELL_DENSITY_REGULATOR,PGPT0025575-aphA-K10917	NA	NA
AK148_01156	348			hypothetical protein	ATGCGTTTATTTTCTACAGGGTTGCTTGAAGCGGTTCGTGCGCTGTTCATCTTTGTAGTACTTTATTTCGTATTTGGAGCGATAAGCAATTACTTTTTAGAAATATTCACGAACAGACCGATCGCTCAGTTGACGGAAGCATATCCATATTTGATGTACTTTTTAGCGCTACAAGCCATTGGCATTGCCATCCTTATTTTTATCCTATACCGAAATAAGTTCCAATTCACTGGATGGTTCAAAGGAAAGCGAGTAAAGCCGCTGTCTCAAACAACAACCCGAGTGCTTGTAGTCATTAGCGTAATTGCTATTATAGCTCTGTATATTGCAGTGGGTTTTAGTTTGTAG	MRLFSTGLLEAVRALFIFVVLYFVFGAISNYFLEIFTNRPIAQLTEAYPYLMYFLALQAIGIAILIFILYRNKFQFTGWFKGKRVKPLSQTTTRVLVVISVIAIIALYIAVGFSL				NA	NA	NA	NA	NA
AK148_01157	480	rlmH	COG1576	Ribosomal RNA large subunit methyltransferase H	ATGAAAATTACCATTGTATCAGTAGGAAAATTAAAAGAAAAATATTTAAAGCAAGGCATACAAGAATATTTAAAACGTTTAAGCACGTACGCAAAAGTAGATATCGTGGAAGTAGCCGATGAAAAAGCCCCAGAAAACTTAAGTGAAGCGCAAATGTTACATGTGAAACAAAAAGAAGGAGAACGCATTTTAAGCCATATTCATCCAGACACATTTGTTGTCACGTTAGAAATTAACGGCAACATGCTTACTTCAGAGCAATTTGCTAGCAAATTGGATGAACTCGCCACCTATGGGAAAAGCAAAATAGCCTTTGTCGTTGGTGGGTCACTTGGAATCAGTGCAGAGGTACAACATAGAAGTAATTTTGCTCTATCCTTTTCGAAAATGACCTTCCCACATCAGGTGATGCGGTTTATTCTGTTGGAGCAGGTATATAGGGCATTTCGGATTAATCGAGGGGAACCGTATCACAAGTGA	MKITIVSVGKLKEKYLKQGIQEYLKRLSTYAKVDIVEVADEKAPENLSEAQMLHVKQKEGERILSHIHPDTFVVTLEINGNMLTSEQFASKLDELATYGKSKIAFVVGGSLGISAEVQHRSNFALSFSKMTFPHQVMRFILLEQVYRAFRINRGEPYHK				NA	NA	NA	NA	NA
AK148_01158	1065			hypothetical protein	ATGAAAAATTCAATTTTTTCAAGCCACGCAGTAGCTGATAGAGATCTAGTTGATCGATTTGTTGATTTTCTCAATATTGCTTTTAATATTAACCGTACTCAAATATACTGTACCTCTCTGAAAGGGACAAAACATATACGTACAGGCAATAATTTTATTACTGATATTAAAGAGCATATAGAAGATACAGAAGTAGTACTATTTTTTCTAACACCAAACTATTTAAAAAGCTCGTTTTGTTTGAGTGAACTAGGCGCTGCTTGGGCGTTAGGTAAAAGAATTTATCCCATCCTAATCCCACCATTGGATTACAACTCCTTGGATGCTACACCATTAAAGGGTGTGACTCAATTTATTAAATTAAAAGATGAAGAATCAATATTCGACATTGCTGATGACTTTAAAGAAATGAAGCTAATTGGGGAGATTGGTACAGGATTGTTACGCGCCAAGGCTATGAGCTTTATACAGGATATGCCTGGATTATGTAAATTTGAAGAAAATCAGCATATAGATAAAGAGGATTATCAAAAGGTTTTAAAGGAGATTGATGAAATAACAAATAATAATATAGAACAAGAAAAAGTGATTCGTAATTTAAATAAAAAGATAGAAGAGTTAAAGTCTGCTAAAAACTCTAAGGAAGTTTCTGAAATCCTATTGAAAGGTTCAAATGATAAAGAAACTTTTGAAAACTTAACAGAAACTGTAAAAGATTTACTTTCTCCTCTTGATAACTTAATTGTAAGTTCAATTTATTGCAATATGTATTATTCAGGAGAAATGAGCTACTGGGTCAGTCAAGATGATTTCGCAAGAGCTCGGGAATTAGAAGCTGAGGACTATTTAATTATTGATTATGATGATGGAGAAATCGTACCTAACGAGTCTCATCCCAAAATAAAAAAATGTATTTATGCATTGGAAGACTTAAAATGGTTTCTAGAAGAAAAGTGCAGTCCAGAATTCTTCACTTATTTTGAAGATACTCATGAACGGCCATTATCTATTAATAATAAGTGGTTTTGGGAATATATATTTAAAACAAGTATAACAATGAGTTAG	MKNSIFSSHAVADRDLVDRFVDFLNIAFNINRTQIYCTSLKGTKHIRTGNNFITDIKEHIEDTEVVLFFLTPNYLKSSFCLSELGAAWALGKRIYPILIPPLDYNSLDATPLKGVTQFIKLKDEESIFDIADDFKEMKLIGEIGTGLLRAKAMSFIQDMPGLCKFEENQHIDKEDYQKVLKEIDEITNNNIEQEKVIRNLNKKIEELKSAKNSKEVSEILLKGSNDKETFENLTETVKDLLSPLDNLIVSSIYCNMYYSGEMSYWVSQDDFARARELEAEDYLIIDYDDGEIVPNESHPKIKKCIYALEDLKWFLEEKCSPEFFTYFEDTHERPLSINNKWFWEYIFKTSITMS				NA	NA	NA	NA	NA
AK148_01159	1452			hypothetical protein	ATGGAAAGAGAAAATTCTTTTGAAATTCTTCCTAGTGATTATTCGCCTGCAAAAATAGATAATTCTATTGCTGCCTTAAATCAGCCGCTAGCAAATATGCTAACTAGAATTGGACTACCAACTGAGAATGTCCTTTCGCCTATAGAAGAGAGAAGAAAGGTAATTTTTGCATTAGAAAGCACATTGGAGATATTACCTTACGAAGAAAGGACTAAAGCATTATATTTATCTAAGTTTACCATAGCAGTGACTGTAGGGTTGTTTGATGGGGCGTTAACATTTTTATGGGATGAAACAATAAAGGCTGTAAGAAATTTAGTATCTAAATTTGATCTTCAACACTTTTTTAATATTGCTGAAACTTTATCTCCACGATATAAAAATTTACATCTTGTAGAGGATTTAGAAGCTATTTCTGAGCATGACTTATTAGAAATTTGTCGAAGAATCGGGTTAATAAATGATGTTAATTTTAAAAGGTTAGAACATGTCAACTATTTAAGAAACCATGCTAGTTCAGCTCATCCAAATGAAAATGAGATAACAGGTATTGAAATGCTCTCTCTTTTGGAGCACTGTCTAAAACACGCAATTATTGCTGTTCCAGACCACTCTGTAATTCAAATTAAAGTCTTACTTGAAAATGTAAGGATAGGCACAATCCCTTCTGATGACTGTGAAATAATAGGACAAGATTTAGCTAAACAGCCTCAGGAAAGAATAGATGACTTTGTATTTTCTATGTTTGGATTATTTTCTGACCCAAGGCAAAAGCAAAGTGTTAAAACAAATATAGAAAATTTAGCTCCCCATGTTTGGATATCAGCTACCGAAGAAACAAAGTATTCTATAGGGGCAAAGTTTGGGGTTTATAGGAAGAATGGGGATACAGATAGGAAAGAGGCCACACAAAAGTTTTTAGAATTAGTTAATGGTCTTGCTTATAAAGATGAAGATAGTCTTTCCGCAGAGTTAATAGAAAAACTGCAAAACTTAAGGACAGTTCACTTTGAGTGGAATAATTTTTACAATGAGTCCCCTCATGCAAAATCTATAGCAGAATCCTTACCTAAGGGTAAAATACCAAACGCTGCAAGGAAATTGTTCGTTAAAGTAATTACAATTTGTTTTGCAGGTAACGGAAAAGGATATAGGGAAGGCATTGATGAAAATGCGGTCAAATATTATAAAGAGTTTATTGAATCATTTACCGTGAGAGAGGTAATAGATTTCCTTTATCTGTTTGAGGATAATGAATTTGTTTTTGATTTAGATGTCTCAAAACCCGATGTAAGAATTCGTAAGTTAACAGAGTATTTAAAGACTAAAACAACAGATGTTCACATTAACAAAGCATTAGACTTTATCATTAATTTCCCCAAAAAATCCCTTAATAAAGTTTGGAATGATTCGAGATATCAAGAAGCGTTAAAGTATATTAAGGTTTCTTAA	MERENSFEILPSDYSPAKIDNSIAALNQPLANMLTRIGLPTENVLSPIEERRKVIFALESTLEILPYEERTKALYLSKFTIAVTVGLFDGALTFLWDETIKAVRNLVSKFDLQHFFNIAETLSPRYKNLHLVEDLEAISEHDLLEICRRIGLINDVNFKRLEHVNYLRNHASSAHPNENEITGIEMLSLLEHCLKHAIIAVPDHSVIQIKVLLENVRIGTIPSDDCEIIGQDLAKQPQERIDDFVFSMFGLFSDPRQKQSVKTNIENLAPHVWISATEETKYSIGAKFGVYRKNGDTDRKEATQKFLELVNGLAYKDEDSLSAELIEKLQNLRTVHFEWNNFYNESPHAKSIAESLPKGKIPNAARKLFVKVITICFAGNGKGYREGIDENAVKYYKEFIESFTVREVIDFLYLFEDNEFVFDLDVSKPDVRIRKLTEYLKTKTTDVHINKALDFIINFPKKSLNKVWNDSRYQEALKYIKVS				NA	NA	NA	NA	NA
AK148_01160	1779			hypothetical protein	ATGAAGCAACTTAAAGGAAAGTCAGAAGTTAGGTATGCTCTATGGCAAGCATATAATAAGAAGTGTGCAATTTGTGGAGAACCTATAGGTTACACACAGTTACAGATAGACCATATCATTGCAGAGAGTATTGAGAAAGATCATAAAGAGCTTTACAGAGTATTAAAAAAATATGATTTACATAAGGATTTTCAGTTGAATAGTTTGTACAATTTGAGACCTGCATGTGGTTATTGTAATAGAGAAAAAAGTTACTATGAAGCACCTGAAGAAATAACTGCAAAACTATTAAGAAAAGCTAAGAATAAAATAAGTGATGTAAATAGAGAAATACAAAAATACTTAGAAGAATCAAATTATGCTCTTAAAATAGAGACTATGCGGAAGGCTGTTAAATCTGGAGAACTAAAATTAGAGGAATACATAGATCAAGTTAATAATTTTGTTTCTGACTATGGTAATGAATTTGTTGAGTATGAAAATGAATTCACAAACTTTCGTTCAATAAAAAATAATTCAGTAAAGTTGGATGGCTATCTCCCAAGACTTAACGAACCTGAAGGAAGCTGCTTATTCACATTTAATAGTTTTTATATACGTGGTATGAGTATAACTTTATCGCATAATGAAATCCTTCAAACATTATTTAAGGGAACAAAATCGCCTACAGACCAATTAATGCGTCCTTACATAGTTGATAAGTTAAGCGAAGACAACTATATTATACAATTAGGAAGTAGTAGGTTCAATCTGAGTAAGGATGAAACTATGCACCTTTGTGAGGTAGTAGATAGATTTATTAGCGAGTATATAGTAGCTATAGAAAAAATTGAGAAAGTATTAACTTGCAAAGAGTTTCTACCATTAAGTAATGATTTGACAAAGTATAAGCTTATCAAGATACATAAGAAATTATGGGGATTAATGCTAAAGTTTGCGGATGAACATGATAATTACCATGGAAATGGTAAATGGCATATTTTTGATTCATCCGGGAGAAATATAATTAAGGTTTATAATAATGAACCAACACCACAGTATAATTCGGGTTTTCATTGTGTTATTCATAGTTTAGTAGATTCTAATGATAGTTGGGAACCTACAGAGGAAGTTTGGTTGGTTTGGTGGGACGTTGAAAAGAATAAGAATTATGGAATAAGATATTACTGGACAGTAGAACAAACATATCATTGGTTAACTAATGAATTTATTCCCTTAGTAATGTATACATACGATTCCTCTCTTAGTAGGAATAAACTAGGGTTTAAGAAAGGCATCTCATTTGATGAGTATAAAGAACTCAATACATTCAATAACTTATACTTTCGTAATAGTAATCGTTATATTGACATTTATAAAACTACAAGAGTTAACGAGTTAATTGAATTGGTGAACTCATTGCAGTTATACTATTCAGTAACTACAGAAACTTATCTTGAAAAGAACTCAATTGAAAGCATTTATGATTCATTAATTTATATTTTAAGTATAAGTTCTGATACTGATTTTTATTATATTTGTTCAAAATTAAACATCAACCAAACTTCTAATATAGATGATTTAAGAACACAAGTGTATAAGAAAAAGAGAAATGAAAAATTTGGGAAGATTAATGGTGGGGTGTTAGATATGTTACTAAGATCTATCTCTGCAGCAATAGAATATTCCCAAGAAATAATCAACCCTGATGAAATTAAACTAATCACTCAATACTTAGAACCTATTATTACAGAATATAATTTGAATAAATTAGTTAATGCCTATCTAACAAGAGAATAA	MKQLKGKSEVRYALWQAYNKKCAICGEPIGYTQLQIDHIIAESIEKDHKELYRVLKKYDLHKDFQLNSLYNLRPACGYCNREKSYYEAPEEITAKLLRKAKNKISDVNREIQKYLEESNYALKIETMRKAVKSGELKLEEYIDQVNNFVSDYGNEFVEYENEFTNFRSIKNNSVKLDGYLPRLNEPEGSCLFTFNSFYIRGMSITLSHNEILQTLFKGTKSPTDQLMRPYIVDKLSEDNYIIQLGSSRFNLSKDETMHLCEVVDRFISEYIVAIEKIEKVLTCKEFLPLSNDLTKYKLIKIHKKLWGLMLKFADEHDNYHGNGKWHIFDSSGRNIIKVYNNEPTPQYNSGFHCVIHSLVDSNDSWEPTEEVWLVWWDVEKNKNYGIRYYWTVEQTYHWLTNEFIPLVMYTYDSSLSRNKLGFKKGISFDEYKELNTFNNLYFRNSNRYIDIYKTTRVNELIELVNSLQLYYSVTTETYLEKNSIESIYDSLIYILSISSDTDFYYICSKLNINQTSNIDDLRTQVYKKKRNEKFGKINGGVLDMLLRSISAAIEYSQEIINPDEIKLITQYLEPIITEYNLNKLVNAYLTRE				NA	NA	NA	NA	NA
AK148_01161	153			hypothetical protein	ATGAATAACAATCAGACAAAGATTAAGCCGTATTTTGACCCTTATATTTTTCGAAAGGTTTTAGAAGATGTATATCTACCATCTATCGCTAAGGAGTTATTAGGTAAGCGTAAAACAGCCCACACCTATTATGTAGATGTGGGCCTATGTTAA	MNNNQTKIKPYFDPYIFRKVLEDVYLPSIAKELLGKRKTAHTYYVDVGLC				NA	NA	NA	NA	NA
AK148_01162	420			hypothetical protein	TTGGAAGAGTTAATAGCCCAGCTTTCTCAATATCCGGAAGCACTTGGAGACTACCGTGAGAAGCTGAGAAGCAAAGGTATAGACACCACAGGATTTCGCCCCATGGGAAGTGCAGAAGGAACGATGAGCGTGTTCGCCAGACGCCTTAAAAATGGGCGCAGCTGGTGCGAAAACGGACTTGATAAATTTATCGACATTATGGTTGCCCTAAAAGATAATCTTGAGATTAAGACATTACAGGGTATGCTTGAACCGACAATGGAAATAGCAGAAAAAAGCAAGAAAGAGAAGCCACCTAAACACTTTGTAGAGAAGTTGAAGGACAGCGCTGCAGAAGCAACCCGGAACAACTTGGGTTATTTAAAAGGGGCTCTTGGGAAACCAGTTACGGCTGCTTTGAAAGGGTTGCGAGGCATTTAA	MEELIAQLSQYPEALGDYREKLRSKGIDTTGFRPMGSAEGTMSVFARRLKNGRSWCENGLDKFIDIMVALKDNLEIKTLQGMLEPTMEIAEKSKKEKPPKHFVEKLKDSAAEATRNNLGYLKGALGKPVTAALKGLRGI				NA	NA	NA	NA	NA
AK148_01163	1809	lepA		Elongation factor 4	ATGGCAGAAATTCAAAGAAATGTGCGTAATTTTTCAATTATCGCTCATATTGACCATGGAAAGTCAACGTTAGCTGACCGTATTTTAGAGCGTACAAAAGCTATTACGCAACGAGAAATGAAAGATCAGCTTTTAGATGCAATGGATTTAGAGAGAGAACGTGGTATTACCATTAAATTAAATGCTGTACAACTGAATTATCAAAGTAATGCTGGAGAAGAATACCTTTTTCATTTAATTGACACACCTGGTCATGTTGATTTTACATATGAAGTATCCAGAAGTCTTGCTGCTTGTGAAGGTGCTATTCTAGTTGTGGATGCAGCACAAGGAATTGAAGCACAAACACTAGCTAACGTATATTTGGCATTGGATAACGATTTGGAAATCATACCCGTAATTAATAAAATTGATTTACCAAGCGCAGATCCAGAACGGGTGAAACAGGAACTTGAAGATGTCATCGGTATCGATAAAGATGATGTTATTTTAGCTTCTGCGAAAGCGAATATAGGAATTGATGAAATCTTAGAACGTGTTATTGAGGCGATCCCTGCACCTGAAGGCGATTCAGAAGAACCCCTTAAAGCATTGATTTTTGATTCTATGTACGACCCGTATCGCGGAGTTATAGCTTATGTTTGTATTAAAGAAGGCTCTTTGAAGGTTGGCGATAAAATCAAGATGATGGCCACTGGAAAGGAATTCGAAGTGAATGAATTAGGTGTTTTTAGACCAAAACCAGTAAATAAAGACGAATTGATTGTTGGAGATGTAGGATACTTAACTGCTTCCATAAAAAATGTTGGGGATTCAAGAGTTGGTGATACGGTTACATTAGTAGAACGCCCAGCTAAAGAACCATTGCCTGGATATAAACGTTTAAATCCAATGGTCTTTTGTGGATTGTATCCTGTAGATTCCAAGAACTATAATGATTTACGAGAAGCTTTAGAACGTTTAGAATTAAACGACTCATCCCTACAATATGAAGCTGAAACATCGCAAGCGCTAGGTTTTGGTTTTCGTTGCGGATTTTTAGGGCTATTGCATATGGAAATCATTCAAGAGCGCATTGAAAGAGAATTTAACATTAGTCTAATTACTACGGCTCCAAGTGTTATTTATGAAGTAGAGCAAACGGATGGGACAACAATCAACGTTGATAATCCAGCATTTATGCCGGACCCACAACAGATTAAAGAAGTGAGAGAGCCTTATGTGAAAGCAACGATAATGGTTCCAAACGAATATGTCGGTTCTGTTATGGAAATTGCTCAAAAAAAGCGCGGTCAATTTATGGATATGGAATATTTAGATGATATTCGTGTTAATGTTATTTACCATATTCCGTTGTCAGAGATTGTGTATGATTTCTTTGACCAATTAAAGTCGCAAACGAAAGGCTATGCTTCATTTGACTATGACTTAATTGGTTATCAGGCATCCAAGCTAGTTAAAATGGATATTTTATTAAATGGGGATACAATTGATGCACTATCGTTTATTGTTCACAGGGACTTTGCTTATGAACGCGGTAAGCATATTGTAGACAAATTAAAAGATCTTATCCCTAGACAGCAATTTGAAGTCCCGGTACAAGCGGCAATTGGTAACAAAATCATTGCTAGATCTACTATTAAAGCAATGCGAAAAAATGTTTTATCCAAGTGTTATGGTGGGGATATTTCAAGAAAGAGGAAACTATTGGAGAAACAAAAAGAAGGAAAAAGACGGATGAAGATGGTTGGTTCTGTTGAAGTACCTCAAGAAGCATTTATGGCTGTTTTGGAAATGGATGATAATTAA	MAEIQRNVRNFSIIAHIDHGKSTLADRILERTKAITQREMKDQLLDAMDLERERGITIKLNAVQLNYQSNAGEEYLFHLIDTPGHVDFTYEVSRSLAACEGAILVVDAAQGIEAQTLANVYLALDNDLEIIPVINKIDLPSADPERVKQELEDVIGIDKDDVILASAKANIGIDEILERVIEAIPAPEGDSEEPLKALIFDSMYDPYRGVIAYVCIKEGSLKVGDKIKMMATGKEFEVNELGVFRPKPVNKDELIVGDVGYLTASIKNVGDSRVGDTVTLVERPAKEPLPGYKRLNPMVFCGLYPVDSKNYNDLREALERLELNDSSLQYEAETSQALGFGFRCGFLGLLHMEIIQERIEREFNISLITTAPSVIYEVEQTDGTTINVDNPAFMPDPQQIKEVREPYVKATIMVPNEYVGSVMEIAQKKRGQFMDMEYLDDIRVNVIYHIPLSEIVYDFFDQLKSQTKGYASFDYDLIGYQASKLVKMDILLNGDTIDALSFIVHRDFAYERGKHIVDKLKDLIPRQQFEVPVQAAIGNKIIARSTIKAMRKNVLSKCYGGDISRKRKLLEKQKEGKRRMKMVGSVEVPQEAFMAVLEMDDN	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
AK148_01164	1155	hemW	COG0635	Heme chaperone HemW	ATGATACCAATACATTCTGTCTATATTCATATCCCATTTTGCCAACAAATATGTCATTACTGTGATTTTACGAAGTTTTTTTATAATGAACAATTGGCAAATGATTATGTTGATGCGTTAAAAAAAGAAATGTCTACCTACGTACCTGAAAAGGAAAAGAAAGTAAAGACGATTTTTATCGGAGGTGGAACGCCTACTGCTTTAACCGTTCCGCAGTTAGAGGCTGTTCTCCGTCATATTGCAGAAATATTCGATCTTCATGAATGTGAAGAATTTACCATTGAAGCAAACCCTGGAGATTTCAGCAAAGAGAAGGTTGCTTTGCTAAGAGCCTATGGGGTGAATCGAGTTTCACTTGGTGTACAAGTGTTTGATAATGAGATGTTAAAGACACTTGGAAGAATTCACACTGTAAAAGATGTGTATGATACCGTTTCATTATTACAAGATTATGGAATTCATAACATCAGTACTGACTTGATATATGCCCTTCCGAATCAAACAGTTACTCATTTTAAAGACTCATTAACAAAGGCTATGAACTTGGATTTGCCACATCTTTCAACATATGCTTTGCAAATTGAACCTAAAACCGTTTTTTATCAGCGTTATAAAAAAGGAAATCTCCCTCGACCACCTCAAGAAGATGAGGTAAGAATGTATGATATTTTAAAAACAACTGCGGCGAAAAACGGCTTAAATCAGTATGAAATTAGTAATTTTGCTAAGCGAGGTTTTGAAAGCAAACATAATTTGACATATTGGAATAACAATTTTTATTATGGGTTTGGGGCAGGAGCGTACGGTTATCTACCTGGCAAACGATATGGTAATATTCGACCTTTACCGGCTTATATTAAACAAGTTAACAAAGATGGAAAACCTGTTTTACATGTAGATACAATTGGGAAAAAAGAGCAAATAGAAGAAGAAATGTTTCTCGGTTTACGTAGAATGGAAGGGGTAAGCAAACGTCAGTTTACACATAAATTTGGTGTATCTATGGATAAATTATATCGTCCATCTATAGATGAACTTGTGCAACGTGGATGGTTACTAGAGCGAGAAGACCAAATAGCATTATCAGAAGAAGGTAAAATAGTAGCTAATGAAGTATTTGAAAGGTTTTTGTTAGACGATCTGGTATTTGGATAG	MIPIHSVYIHIPFCQQICHYCDFTKFFYNEQLANDYVDALKKEMSTYVPEKEKKVKTIFIGGGTPTALTVPQLEAVLRHIAEIFDLHECEEFTIEANPGDFSKEKVALLRAYGVNRVSLGVQVFDNEMLKTLGRIHTVKDVYDTVSLLQDYGIHNISTDLIYALPNQTVTHFKDSLTKAMNLDLPHLSTYALQIEPKTVFYQRYKKGNLPRPPQEDEVRMYDILKTTAAKNGLNQYEISNFAKRGFESKHNLTYWNNNFYYGFGAGAYGYLPGKRYGNIRPLPAYIKQVNKDGKPVLHVDTIGKKEQIEEEMFLGLRRMEGVSKRQFTHKFGVSMDKLYRPSIDELVQRGWLLEREDQIALSEEGKIVANEVFERFLLDDLVFG	PGPT0003200_3215	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003200-hemN|hemZ-K02495	NA	NA
AK148_01165	1032	hrcA	COG1420	Heat-inducible transcription repressor HrcA	ATGTTAACAGAAAGGCAGTTATTAATTCTACAAGTCATAATTGATGATTTCATCGAGTCGGCACATCCAGTTGGCTCACGTGCTATTGCCAAGAAAGAAGTGATTCCATATAGTGCTGCTACCATTCGTAATGAAATGGCAGATTTAGAAGACCTGGGATTTCTTGAGAAAACTCATTCTTCATCAGGACGCATTCCTTCTGAAAAAGGATATCGTTATTATGTGGACCACCTCATTTCACCAAATATCCTACACCAAGAAGGCAATGTAATTAAACACATGATTCAAGATGGTTTTTTTGAATTTGAACAAATTGTACAAATGTCTGCAGAAGTATTATCAAAGTTGACCAACTACACTTCCATCATACTGGGGCCTGAAATCTTTGAAACAAAACTGAAACAAATTCAAATTATACCTTTGTCAGTCAGTACTGCCGTAGCGATACTCGTTACAAATACAGGTCATGTAGAACATCGTGCATTTTCTATTCCAGAAGAAATAGATAGTTCAGACCTAGAGAAAATGGTAAATATTTTAAATGATCAGTTGCATGGTGTTCCAATTTTGCAGTTGGCTGAAAAATTTAATGCGGGAATTGAAGCGATGATGCAGAAGTATGTTTCCGATTTAAATAACTCCTATCAACATTTAAAAGGAGCAATCTTACAAGATCATCCTGTCAAATTATATATAGGCGGAAAATCCAATATGTTAATGCAACCAGAGTTCAATGATGTTGATAAGATACGAGCATTTTACACCATGATTGAAAATGAAGATGAGATAGTGAATTTATTAAAGCAATCTAGCGAAGGCATTAAAGTATCTATCGGTCAAGAAAATGATGTTGCAGCGATAAAAGATTTGAGTTTAATTACTGCCGCTTATCATTTAGGAGAAGGGCAAATGGGGACAATCGCATTACTTGGTCCCACGAGAATGGAATATCGCAAAGTAATTTCATTATTAAGTATCCTTTCGAATGAAATGACAGACGTATTATATACGAGATATAAAGATGAAGATTAA	MLTERQLLILQVIIDDFIESAHPVGSRAIAKKEVIPYSAATIRNEMADLEDLGFLEKTHSSSGRIPSEKGYRYYVDHLISPNILHQEGNVIKHMIQDGFFEFEQIVQMSAEVLSKLTNYTSIILGPEIFETKLKQIQIIPLSVSTAVAILVTNTGHVEHRAFSIPEEIDSSDLEKMVNILNDQLHGVPILQLAEKFNAGIEAMMQKYVSDLNNSYQHLKGAILQDHPVKLYIGGKSNMLMQPEFNDVDKIRAFYTMIENEDEIVNLLKQSSEGIKVSIGQENDVAAIKDLSLITAAYHLGEGQMGTIALLGPTRMEYRKVISLLSILSNEMTDVLYTRYKDED				NA	NA	NA	NA	NA
AK148_01166	594	grpE	COG0576	Protein GrpE	GTGGAGGAACAGGAAAAAAACACAAATACCGCTACTGAAAATGATGATAAACAGGAAGAAGTAGTGGAAGAAGCAGCGGAATCTGTAGAAGTATTAGATAAAGATGATACAGACGAAGCGAATGACAGTGACGCAGATTCAGAACTACAATCAAAAATAAAAGCACTTCAAGCAGAAAAAGAGGAACTTTATCAAAAGTTACTTCGTGTTCAAGCTGAATATGATAATTTCAAAAAGCGCACGGTCAAAGAGCGTGAAGCAGCTCTTAAATATCAATCACAGGATTTAATTCAAGAATTACTACCTGCTTTAGATAACTTCGAGCGTGCCTTACAAGTTGAAAAAACAGAAGCCACTGCAAGTATAATTGATGGTATATCGATGGTTTATAAGCAAATAAAAGATGCGTTAGCTTCTCAAGGCGCTGAAGAAATTACAGCTGTTGGGGAAGAATTTGATCCAAATGTACATCATGCTGTTATGCAAATAGAAGCTGAAGATAAGCCATCAAATATCGTTGTAGAAGAATTGCAAAAAGGCTATAAATTAAAAGATCGTGTTATTCGACCAGCAATGGTAAAAGTAAATAAATAA	MEEQEKNTNTATENDDKQEEVVEEAAESVEVLDKDDTDEANDSDADSELQSKIKALQAEKEELYQKLLRVQAEYDNFKKRTVKEREAALKYQSQDLIQELLPALDNFERALQVEKTEATASIIDGISMVYKQIKDALASQGAEEITAVGEEFDPNVHHAVMQIEAEDKPSNIVVEELQKGYKLKDRVIRPAMVKVNK	PGPT0014650_3466	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0014650-grpE-K03687	NA	NA
AK148_01167	1842	dnaK	COG0443	Chaperone protein DnaK	ATGAGTAAAATAATTGGTATTGACTTAGGTACAACAAACTCTTGTGTCGCAGTAATGGAAGGTGGCGAATCTGTTGTTATCCCAAACCCTGAAGGGAACCGGACAACGCCTTCTGTTGTAGCGTTTAAAAATGGGGAAAGACAAGTTGGGGAAGTGGCAAAGCGTCAAGCAATTACCAACCCAAATACGATCCAATCTATTAAACGTCATATGGGCACAGATTACAAGGTAAAAATTGAAGATAAAGAATATACACCACAAGAAGTGTCAGCTATTATACTTCAACACCTTAAGTCTTATGCAGAAGACTATATTGGAGAAAAAGTAGAAAAGGCTGTTATTACAGTTCCAGCATATTTTAATGATGCAGAACGTCAAGCTACGAAAGATGCCGGTAAGATTGCAGGTTTGGAAGTTGAACGGATTATTAATGAACCTACAGCAGCAGCGTTAGCATATGGAATCGATAAAGAAAATGAAGATCAAACAATTTTAGTATATGATCTAGGTGGAGGAACATTTGACGTTTCTATTTTAGATATTGGCGACGGTACATTTGAAGTTGTTTCTACAGCTGGAGATAATCGTCTAGGTGGTGACGATTTTGACCAGGTTATCATTGACCATATGGTACAAGAATTTAAGAAAGAAAATGGCATTGATTTATCCAAGGATAAAATGGCTACACAACGTTTGAAAGATGCCGCTGAAAAAGCGAAAAAAGAACTATCTGGAGTATCACAAACACAAATCTCTTTACCGTTTATTACAGCGGGTGAGGCGGGTCCTCTACACTTAGAAATGACTTTAACAAGAGCGAAATTTGAAGAACTCTCTTCTGATCTTGTTGAGCGTACGATGGTCCCTACTCGCAAAGCTTTATCAGATGCAGATTACACAGCTAATGATATTGACAAAGTTATTTTAGTTGGCGGTTCTACAAGAATTCCAGCTGTTCAAGAAGCTATTAAACGTGTCATCGGTAAAGAACCATCTAAAGGGGTAAACCCAGATGAAGTTGTTGCGCTTGGCGCAGCTATTCAAGGTGGTGTTCTGCAAGGTGATGTAAAAGATGTTGTATTATTAGACGTAACGCCACTTTCTTTAGGTATTGAAACAATGGGTGGTGTAACAACCAAACTTATTGAACGAAATACAACCATTCCAACAAGTCACTCACAAATCTTTTCAACAGCAGCTGATAACCAAACAGCCGTTGATATTCATGTATTGCAAGGTGAACGTGAGATGGCAGCTGATAACAAGACATTGGGTCGTTTCCAATTAACTGACATTCCACCAGCACCACGTGGAGTTCCACAAATAGAAGTAACTTTTGATATTGATGCAAATGGTATTGTCAACGTCCGCGCTAAAGATTTAGGTACAAATAAGGAGCAGTCTATTACCATTAAATCTTCTTCTGGTCTTTCTGATGAAGAAGTAGAAAAAATGGTAAAAGAAGCGGAAGAAAATGCAGAAGCAGATAAGAAACGTCGTGAAGAAATTGAATTGCGTAATGAAGCTGATCAACTAATCTTTACAACGGATAAAACAATTAAAGATCTTGGAGATAAAGTCTCTGATGAAGAAAAACAAAAAGCAGAAGCTGCTAAAGAAGAGTTGAAATCTGCACTTGAAGCAGATGATATGGATAAGATCAAAGAAAAGAAAGAAGCATTACAAGAACAAGTGCAACAGCTTTCTGTTAAATTGTATGAGCAAATGGCACAAGAACAACAAGCTCAACAAGATTCACAAGAGTCAAATAGTGACGATGATGATGTTGTGGATGCAGAATATCAAGAAGTAGACGATAAAGAAGACAAAGATAAAAAATAA	MSKIIGIDLGTTNSCVAVMEGGESVVIPNPEGNRTTPSVVAFKNGERQVGEVAKRQAITNPNTIQSIKRHMGTDYKVKIEDKEYTPQEVSAIILQHLKSYAEDYIGEKVEKAVITVPAYFNDAERQATKDAGKIAGLEVERIINEPTAAALAYGIDKENEDQTILVYDLGGGTFDVSILDIGDGTFEVVSTAGDNRLGGDDFDQVIIDHMVQEFKKENGIDLSKDKMATQRLKDAAEKAKKELSGVSQTQISLPFITAGEAGPLHLEMTLTRAKFEELSSDLVERTMVPTRKALSDADYTANDIDKVILVGGSTRIPAVQEAIKRVIGKEPSKGVNPDEVVALGAAIQGGVLQGDVKDVVLLDVTPLSLGIETMGGVTTKLIERNTTIPTSHSQIFSTAADNQTAVDIHVLQGEREMAADNKTLGRFQLTDIPPAPRGVPQIEVTFDIDANGIVNVRAKDLGTNKEQSITIKSSSGLSDEEVEKMVKEAEENAEADKKRREEIELRNEADQLIFTTDKTIKDLGDKVSDEEKQKAEAAKEELKSALEADDMDKIKEKKEALQEQVQQLSVKLYEQMAQEQQAQQDSQESNSDDDDVVDAEYQEVDDKEDKDKK	PGPT0014555_5616	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014555-dnaK-K04043	NA	NA
AK148_01168	1128	dnaJ		Chaperone protein DnaJ	GTGAGTAAACGAGACTATTATGAAGTCCTTGGAGTTGAAAAGGGAGCGTCTAAGGATGAGATAAAAAAAGCGTATCGTAAATTAGCAAGAAAATACCATCCAGATGTTAATAAAGAAGCAGGTGCTGCTGATAAGTTTAAAGAAGCAAAAGAAGCTTATGAAGTATTAAGTGATGACCAAAAAAGATCTCAATATGATCAATTTGGCCATGCTGGACCACAAAGCCAAGGTTTTGGAGGATTTGGTGGTGCGCAAGATTTCGGTGGTGGTTTTGGTGATATATTTGACATGTTTTTCGGTGGTGGAGGTCGAAGAAGAGACCCAAATGCTCCTCAACAAGGAGCGGATTTGCAATATACGATGCAATTAGGTTTTGAAGAAGCTATTTTTGGAAAAGAAGCAGATATCACCATTCCAAAAGAGGAAACATGCGATACTTGTACAGGTACAGGAGCTAAGCCTGGAACAAAGGCAAAAACTTGTTCACATTGTAATGGATCAGGTCAATTGAATATGGAACAGAATACGCCGTTCGGTAAGGTAGTTAATCGCAGAGTGTGTCATCATTGCAATGGATCAGGTAAAATTATTCCAGACAAGTGTACTACATGTGGCGGTACTGGAAGAGTGAAGAAACGTCGTACCATTCATATTTCGATACCAGCTGGAATAGATGAGGGGCAACAAATTCGCGTGTCAGGTAAAGGAGAAGCGGGAGTTAATGGTGGCCCTCCAGGCGACTTATTTGTTGTTGTACAAATTAAACCACATGATTTCTTCAGCAGAGAAGGCGACGATATATATTGCGAGCTACCTTTAACTTTTGCACAAGCTGCTCTTGGTGATGAAGTAGAAGTACCAACTGTGCATGGAAAAGTGAAGCTTAAGATACCTGCTGGAACCCAATCGGGCAAAATTTTTCGTTTAAAAGGCAAAGGTGCACCAAATGTGAGAGGTTACGGTCATGGAGATCAGCATATTAAAGTGAAAGTAATAACACCTACGAAATTGACAGATCGCCAAAAGGAATTATTGCGTGAATTTAATCAAATTGGTGGTAACGAAGCGGCAGATGAACAAGATAGTTCCTTATTTGAACGTTTTAAAAAAGCATTTAAAAGTGAATAG	MSKRDYYEVLGVEKGASKDEIKKAYRKLARKYHPDVNKEAGAADKFKEAKEAYEVLSDDQKRSQYDQFGHAGPQSQGFGGFGGAQDFGGGFGDIFDMFFGGGGRRRDPNAPQQGADLQYTMQLGFEEAIFGKEADITIPKEETCDTCTGTGAKPGTKAKTCSHCNGSGQLNMEQNTPFGKVVNRRVCHHCNGSGKIIPDKCTTCGGTGRVKKRRTIHISIPAGIDEGQQIRVSGKGEAGVNGGPPGDLFVVVQIKPHDFFSREGDDIYCELPLTFAQAALGDEVEVPTVHGKVKLKIPAGTQSGKIFRLKGKGAPNVRGYGHGDQHIKVKVITPTKLTDRQKELLREFNQIGGNEAADEQDSSLFERFKKAFKSE	PGPT0014545_4469	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014545-dnaJ-K03686	NA	NA
AK148_01169	948	prmA	COG2264	Ribosomal protein L11 methyltransferase	ATGAAGTGGTCAGAGCTTTGTATCCATACGACAAATGAAGCGATTGAACCAATATCGAACATTTTACATGAAAACGGAGCTAGCGGTCTGGTGATTGAAGATGCGATGGATTTAGTAAGGGAGCACACCTCCACATTTGGAGAAGTATATGAATTAGATCCAGAACAATATCCTGACGAAGGGGTTTATATAAAAGCTTATCTTCCTATGAATAGTTTTCTCGGTGAGACGGTAGAAGAAATTAAACAGGCCATAAATAATTTAATGTTATACGATATTGATTTAGGCAGAAACCAAATCACATTAAGTGAAGTCCATGAAGAAGAATGGGCAACTGCTTGGAAAAAGTATTATAAGCCTGTGAAAATATCAAAAAAAATTACGATAAAACCGACGTGGGAAGCATATCAACCTGTAGATACAGATGAAATGATTATTGAATTGGATCCAGGTATGGCTTTTGGTACAGGAACTCATCCGACTACAGTACTAAGTATTCAAGCGTTAGAACAGTTCCTAAAGGAAAATGATACAGTAATAGATGTCGGTTCAGGGTCAGGTGTTTTAAGTATTACAGCGGCTTTACTAGGTGCTAATCATGTCTATGCGTACGATCTAGATGATGTTGCCGTAAACAGTACGGTGTTAAACGCTAAAGTAAACAATGTAGAAATGAAAATTACTGCTAAACAAAAAAATTTATTAGACCATGTTACAGTAGAAGCAGATTTGATCGTTTCTAATATCTTAGCGGAAATAATTGTTAGATTTGTTGAAAAAGCATGGAGCCAACTAAAACCTGGAGGTCATTTCATTACCTCAGGTATAACGCAGGCTAAAAAACAATTCGTTAAGCAACATTTGGAACAACAAGGGTTTGAAATAATTCAAAGCAATGAATTAGAAGATTGGGTTTCGCTTGTTGCACGTAAACCTAGTTATGAGTAG	MKWSELCIHTTNEAIEPISNILHENGASGLVIEDAMDLVREHTSTFGEVYELDPEQYPDEGVYIKAYLPMNSFLGETVEEIKQAINNLMLYDIDLGRNQITLSEVHEEEWATAWKKYYKPVKISKKITIKPTWEAYQPVDTDEMIIELDPGMAFGTGTHPTTVLSIQALEQFLKENDTVIDVGSGSGVLSITAALLGANHVYAYDLDDVAVNSTVLNAKVNNVEMKITAKQKNLLDHVTVEADLIVSNILAEIIVRFVEKAWSQLKPGGHFITSGITQAKKQFVKQHLEQQGFEIIQSNELEDWVSLVARKPSYE				NA	NA	NA	NA	NA
AK148_01170	759	rsmE	COG1385	Ribosomal RNA small subunit methyltransferase E	TTGCAGCGATATTTTGTACCTGCACATACATGGGCTGATAAAACCATTAAGATTACTGGAGATGATGCGCACCATATTATGCGTGTTATGCGATTCCAAGTAGGAGATGAAATTATTTGTAATCATCCTGATGGACAAGCGGCTATTTGTAAGATTACAATCTTAGATAATCAGGTAGTTTTTGCTGACATTGTCAGTTGGTTAAATGATCATACGGAATTACCAGTAAATGTCGCAATTGCTCAAGCATTGCCAAAAAGTGATAAGCTGGAATGGGTTTTGCAAAAAGGGACGGAACTAGGGGCAAATTGTTTTTTACCTTTTCAAGCAGCTCGTTCCATTGTAAAATGGGATGAGAAGCGGAAAGATAAGAAATTAAAGCGATGGCATAAAATTGTTAAAGAGGCAAGTGAACAAAGCCACCGGAACAAGATCCCTACTGTTGAACCTTGTAGGGGGCTTAAAGAAGTAATTGAAGTTGGAAAGAATTTTGATGTCATGTTATTTGCTTATGAAGAAGAGGCTAAGGCTGACCACTATCAATCCTTAGGGTCTGTGTTGCAAAGAATTCAAAATAGACAAAGTATACTTATTTGCATTGGTCCTGAAGGCGGTTTTTCAAATGAAGAAGCGAACATGCTAAAAGAAAATAAATTTAAACCAGTTCGACTTGGACCAAGAATTTTAAGAGCAGAAACTGCTGCTTTATATACATTAGCAAGTATTTCGTACCACTTTGAAGAAATGAGGTGTTCATGA	MQRYFVPAHTWADKTIKITGDDAHHIMRVMRFQVGDEIICNHPDGQAAICKITILDNQVVFADIVSWLNDHTELPVNVAIAQALPKSDKLEWVLQKGTELGANCFLPFQAARSIVKWDEKRKDKKLKRWHKIVKEASEQSHRNKIPTVEPCRGLKEVIEVGKNFDVMLFAYEEEAKADHYQSLGSVLQRIQNRQSILICIGPEGGFSNEEANMLKENKFKPVRLGPRILRAETAALYTLASISYHFEEMRCS				NA	NA	NA	NA	NA
AK148_01171	1353	mtaB	COG0621	Threonylcarbamoyladenosine tRNA methylthiotransferase MtaB	ATGCCAACCGTAGCTTTTCATACATTGGGTTGTAAAGTAAACCATTATGAAACAGAAGGTATATGGAACATGTTTAAGGAACAGGGTTATGAGAGAGTTGATTTTGATCGTAATTCTGATGTATATGTGATTAATACATGCACGGTTACAAATACAGGAGATAAGAAAAGTAGACAGGTTATACGTAGAGCGATTCGAAAAAACCCAGACGCTGTTGTGTGCGTTACTGGTTGTTATGCACAAACTTCTCCAGGAGAAATCATGGAAATTCCTGGGGTGGATGTAGTTGTGGGTACGCAGGATCGAAAACATATGATCCATTATATTGAACAGCATAAAAAATCAAAAGAACCAGTAAATGGCGTTTCTAATATAATGAAGAATAGAGTCTTTGAAGAAATGGATGTACCTGACTTTTCTGATCGTACTAGGGCTTCTTTGAAAATTCAAGAAGGATGTAATAATTTCTGTACTTTCTGTATCATTCCGTGGTCACGTGGGCTCTTACGCTCAAGGGATCCACAAAATGTACTTGAACAAGCGCAAAAGCTTGTAAATGCAGGATATAAAGAAATTGTATTAACTGGTATTCATACGGCAGGATATGGAGAAGATATGAAAGACTATAATTTTGCCATGCTCCTACGTGATTTAGAAACAAAAGTTGATGGATTAAAACGAATTCGTATTTCATCCATTGAAGCTAGTCAAATCACGGATGAAGTGATAGAAGTGTTGGATAAATCTGAGAAAGTCGTTAGCCATTTGCATATTCCATTACAATCAGGCTCGGACTCTGTCTTAGCAAGAATGCGTAGAAAATATTCAAGTTCTTACTATAAAGAAAAAGTATTGAACTTAAAGAAGGCTCTGCCTGGTTTAGCGATAACGTCGGATGTTATTGTCGGTTTTCCAGGGGAAACAAATGAAGAATTTCAAGAGACTTATGATTTTATTAAAGAAATTGGTTTTTCCGAATTGCATGTTTTTCCTTATTCTCGAAGAACAGGGACACCAGCAGCAAGAATGGAAAATCAAGTTGATGATGAAGTAAAAAACAACCGCGTTCATCAATTAATCGAATTATCGAATCAGCTGGCTAAAGCATATGCGACAAATTATGAAAATGAAGTATTAGAAGTAATACCAGAAGAACATTCACATGATGAAGAACACCCTAATCAATTAATCGGCTATACAGATAACTATTTAAAGGTTGCTTTTTCTGGTACACCAGATATGATTGGAAAACTTGTGCGTGTAAAAATTATAAAAGCAGGATACCCGCTTAATCAAGCAACATTTGTCAAAGTGTTAGATGAAACGGCATATGATAAAGTAGTCACATATTAA	MPTVAFHTLGCKVNHYETEGIWNMFKEQGYERVDFDRNSDVYVINTCTVTNTGDKKSRQVIRRAIRKNPDAVVCVTGCYAQTSPGEIMEIPGVDVVVGTQDRKHMIHYIEQHKKSKEPVNGVSNIMKNRVFEEMDVPDFSDRTRASLKIQEGCNNFCTFCIIPWSRGLLRSRDPQNVLEQAQKLVNAGYKEIVLTGIHTAGYGEDMKDYNFAMLLRDLETKVDGLKRIRISSIEASQITDEVIEVLDKSEKVVSHLHIPLQSGSDSVLARMRRKYSSSYYKEKVLNLKKALPGLAITSDVIVGFPGETNEEFQETYDFIKEIGFSELHVFPYSRRTGTPAARMENQVDDEVKNNRVHQLIELSNQLAKAYATNYENEVLEVIPEEHSHDEEHPNQLIGYTDNYLKVAFSGTPDMIGKLVRVKIIKAGYPLNQATFVKVLDETAYDKVVTY				NA	NA	NA	NA	NA
AK148_01172	669	deoC	COG0274	Deoxyribose-phosphate aldolase	TTGGAAAATTTAGCAACATACATTGACCATACGCAATTAAAGCCTGACACTACAAAAGAAAAAATAGCTCAAATTGTAAAAGAAGCGAAGGAGCATCATTTTGCATCTGTCTGTGTAAATCCATATTGGGTTGCTTACTGTTATAATGAGTTAAAAGCAACACAAGTAAAAGTTTGCACCGTCATTGGCTTCCCGTTAGGAGCAACTACTACATTTTCTAAAGTGGCAGAGACAAATAAAGCGATTGAAGATGGAGCTACAGAAGTAGACATGGTTATCAATATTGGTGCTTTAAAATCAGGAGATAAGCAAACAGTTCTAAATGACATAGAAGCAGTTGTGCAAGCAGCAAGTGGCAAAGCCCTTACGAAGGTTATTATTGAAACATCTTTGTTAACAGATGAGGAAAAGGTAATTGCTTGTCAACTAGCCAAACAAGCAAAGGCTGATTTTGTTAAAACATCGACAGGTTTTTCTGGTGGCGGAGCAACTGTGGAAGATATTCGTTTAATGCGAGAAACTGTAGGGCCAGATATGGGAGTAAAGGCTTCTGGTGGAGTTCGAGATTTAGCAACAACGAAAGCAATGATAGAAGCAGGTGCAACAAGAATTGGCGCAAGCGCTGGTGTGGCTATTTTAAACGATGAACAAGGAGATAGCACATATTAA	MENLATYIDHTQLKPDTTKEKIAQIVKEAKEHHFASVCVNPYWVAYCYNELKATQVKVCTVIGFPLGATTTFSKVAETNKAIEDGATEVDMVINIGALKSGDKQTVLNDIEAVVQAASGKALTKVIIETSLLTDEEKVIACQLAKQAKADFVKTSTGFSGGGATVEDIRLMRETVGPDMGVKASGGVRDLATTKAMIEAGATRIGASAGVAILNDEQGDSTY	PGPT0017445_3051	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
AK148_01173	177	rpsU		30S ribosomal protein S21	ATGTCAAATACAACTCGCGTTCGTAAAAACGAGTCTCTTGAAGATGCTCTTCGTCGCTTTAAGCGTAGTGTATCCAAAAGTGGTACATTGCAAGAATATCGTAAGCGTGAACACTACGAAAAACCAAGTGTGCGTCGCAAAAAGAAATCTGAAGCTGCTAGAAAGCGTAAATTCTAA	MSNTTRVRKNESLEDALRRFKRSVSKSGTLQEYRKREHYEKPSVRRKKKSEAARKRKF				NA	NA	NA	NA	NA
AK148_01174	450	yqeY	COG1610	putative protein YqeY	GTGACATTACTCGAAACATTAAACCAAGATATGAAGCAGGCGATGAAGAACAAAGATAAACAAACCCTTAGTGTGATTCGCATGGTAAAAGCTTCTATTCAAAATGAAACCATTAAACTTGGAAAAGACTCATTATCAGAAGACGAAGAAATTTCGATCTTGTCGAGAGAAGTAAAGCAAAGAAAAGATTCCCTCCAAGAATTCAAATCAGCGAGTCGCGATGATCTTGTTCAACAAGTTGAATTAGAATTAGATATTCTGCAAACATATATGCCAAAACAGCTTACGGATGAAGAGCTGGAGGCAATAGTTAAATTAACAATTGAAGAAGTGAACGCAACTTCCAAAAAAGATATGGGAAAAGTAATGAGTGCAATTATGCCAAAGGTTAAAGGTAGAGCAGATGGCTCACAAATTAACAAACTTGTACAAAAACAGTTAAGTAACTAA	MTLLETLNQDMKQAMKNKDKQTLSVIRMVKASIQNETIKLGKDSLSEDEEISILSREVKQRKDSLQEFKSASRDDLVQQVELELDILQTYMPKQLTDEELEAIVKLTIEEVNATSKKDMGKVMSAIMPKVKGRADGSQINKLVQKQLSN	PGPT0030490_1583	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-TRANSAMIDASE_ACTIVITY	PUTATIVE-TRANSAMIDASE_ACTIVITY-1,PGPT0030490-gatB|yqeY-K09117
AK148_01175	1335			hypothetical protein	ATGACTGCTAAAAAAGTGTATACATATATTTTTGTTTTATGCGTGTTTTTAGTCACTATATTCAATGTTGGTGCTGGCGTAGATGCTAATACCGCCAGTCATAAAACAGTCCATATTATCCCAATAGAAAAAGAAGTAGAAAGAGGCCTGCAGGCATTTTTAGATAGAGCGACCGAAGAAGCATTAGAAGAAGGCACTGATCATATTATTTTTGAGATTAATACACCAGGAGGAAGAGTAGACTCGGCTGGAGAAATTGCTACGATTTTACAGGACTTAGATGTTCCCACTACTTCATTTATTGTGAATCGTGCTTTATCAGCGGGCTCTTACATTGCTTTAAATACAGATACAATATATATGCGTCCCCAAGCAACTATGGGAGCTAGTGGTGTCATCACATCAGATGGTAATGCAGCTAATAAAAAAGCCCAATCTGCTTGGATAGCCTCCATGAAGAGTGCGGCTGAATCAAAAGGAAGGGATCCTCAATATGCGATGGCTATGGCTGATGAGTCTATTGATCTTCCGGAACTAGATGCAGGGAAGGGTAAGTTTCTAACTTTAGGTCCATCACAGGCATTAGAAGTAGGGTATTCAGAAGGTACTGTTGATAATAGGGAAGAGTTATTGCAACAATTGAGTTTAGAGAACGCAACAGTTATGGAAAAAGAGCCAACATTAGCAGAAGAAGTAGCTAGATTTTTAACAAATCCCGTAGTCATCCCAATTTTACTATCTATTGCTAGTTTAGGGCTTGTTGTAGAACTGTATTCACCTGGATTCGGTGTAGCTGGAATTATGGGACTTATTTCGCTTGTATTATTTTTCTATGGACATATTGTGGCTGGTTTAGCTGGTATGGAAGCAGTTATCTTACTTATATTAGGCATTGGACTCATTATCGCAGAGTTTTTTGTGCCTGGTGGTATATTAGGTTTAATTGGTGCAGGTGCGATTATTGGCTCGTTATTTATGTCAGGATATGATATAGGTCATATGTCGTTAAGTATAGGAATTGCATTCTTATTATCATTAATTGTTTCTATTATTCTTTTCAGAAGAATGGGTATGGATAAAGGGATTTTCAGACATATTATACTTAAAGATCAAACAACAACGGAGCAAGGATACGTATCTTCAGTAAATCGCTTAGAATTAATCGGTTTAGAAGGCATTACCGTTACTCCACTTCGCCCTTCTGGTACAGCTATATTTGATCAAGAACGTCTGGATGTAATTTCAGAAGGTCGATTTATTGATGGAAATAAAAAAGTTAAAGTTGTAAAAGTAGAAGGTGTACGTATAGTAGTACGCGAAATAAAGGAGGTTTAA	MTAKKVYTYIFVLCVFLVTIFNVGAGVDANTASHKTVHIIPIEKEVERGLQAFLDRATEEALEEGTDHIIFEINTPGGRVDSAGEIATILQDLDVPTTSFIVNRALSAGSYIALNTDTIYMRPQATMGASGVITSDGNAANKKAQSAWIASMKSAAESKGRDPQYAMAMADESIDLPELDAGKGKFLTLGPSQALEVGYSEGTVDNREELLQQLSLENATVMEKEPTLAEEVARFLTNPVVIPILLSIASLGLVVELYSPGFGVAGIMGLISLVLFFYGHIVAGLAGMEAVILLILGIGLIIAEFFVPGGILGLIGAGAIIGSLFMSGYDIGHMSLSIGIAFLLSLIVSIILFRRMGMDKGIFRHIILKDQTTTEQGYVSSVNRLELIGLEGITVTPLRPSGTAIFDQERLDVISEGRFIDGNKKVKVVKVEGVRIVVREIKEV				NA	NA	NA	NA	NA
AK148_01176	996			hypothetical protein	ATGGATTTAGAGAGCTTAATGCCGTTAATAATTATCGCAGTTATTTTAATTGCAGTAGCTATTTTATTTACTTTTATTCCAGTTATGCTATGGATTAGTGCTTTAGCAGCAGGAGTGAAAGTAGGTATCTTTCAATTAGTTGGAATGAGACTTCGTCGCGTAGTTCCAAATCGAGTGATTAATCCACTTATTAAAGCACATAAGGCTGGGTTAAATGTTAAAACAAATCAACTGGAGAGCCATTATTTAGCTGGTGGTAATGTCGATAGAGTGGTAAATGCATTAATTGCAGCGCATCGTGCGAACATTGAACTGCCATTTGAACGAGGAGCAGCGATTGATTTAGCGGGACGTGATGTATTAGAAGCAGTTCAAATGAGTGTTAATCCAAAGGTAATTGAAACCCCGTTTATTGCTGGTATTGCTATGGATGGAATTGAAGTGAAAGCAAAAGCTAGAATAACCGTTCGTGCTAATATAGATCGCTTAGTAGGTGGTGCTGGTGAGGAAACGGTAATAGCTCGTGTGGGAGAAGGAGTTGTAAGTACCATTGGTAGCTCACATGCTCATACCGAAGTATTAGAAAACCCAGATTCCATTTCACATAATGTACTAAATCGAGGCTTAGATGCTGGTACGGCTTTTGAAATACTATCCATTGATATTGCAGATGTTGATATTGGCAAGAACATTGGTGCCATTTTACAAACGGATCAAGCTGAAGCGGATAAAAACATTGCCCAAGCAAAAGCCGAAGAGCGTCGAGCAATGGCAGTTGCTCAAGAACAAGAAATGCTTGCTCGAGTGCAAGAGATGCGTGCAAAAGTAGTTGAAGCAGAAGCAGATGTACCACTTGCTTTAGCTGAAGCTTTACGTTCAGGTAACCTTGGTGTGATGGATTATATGAACTATAAGAACATTGATGCTGACACAGATATGCGTGATTTTATTGGCAAGTTATCTGAAAATGGGAACGATGATCATGAGCAAAATTAA	MDLESLMPLIIIAVILIAVAILFTFIPVMLWISALAAGVKVGIFQLVGMRLRRVVPNRVINPLIKAHKAGLNVKTNQLESHYLAGGNVDRVVNALIAAHRANIELPFERGAAIDLAGRDVLEAVQMSVNPKVIETPFIAGIAMDGIEVKAKARITVRANIDRLVGGAGEETVIARVGEGVVSTIGSSHAHTEVLENPDSISHNVLNRGLDAGTAFEILSIDIADVDIGKNIGAILQTDQAEADKNIAQAKAEERRAMAVAQEQEMLARVQEMRAKVVEAEADVPLALAEALRSGNLGVMDYMNYKNIDADTDMRDFIGKLSENGNDDHEQN				NA	NA	NA	NA	NA
AK148_01177	525			hypothetical protein	ATGGAAGGACTCTTCGAAGCTATTTTTAGCAATGGGTTTATTATTTTGGCAGCAATCGCTGGAATCATCGGTTTTTTTAAAGATTCCTTTAATAAAGATACAGATAAGGAAAATGAACGAAGAACGAAACCGAATAAGCCCGTTCCTCCTTTCGGTGGAGGAGCTACAAAGGTAGGCAGCCAGCCTACTAAACGTCCTGAACGAGAAGGAGGGTCTATATCAACAGCATCGGCTTCTGAGCAAAAACAACTCCAAATGGACCAATTAGCTGAGCAAATGGGAGCTGATTTGCAAGAGCCGATAGAAGACCTAGTCCGACAAGTACAATCTGTTCAAAGCCAGAGGCAAGTGACAGAAGGGCATTTGCAGAAGCAAAAAATGAAGCGGCAAGTTGCAAATAACTTTACACGAGAAGGGCTGATTAATGGCATTATTATGTCCGAAGTACTAGGGAAACCTAGAGCCAAAAAACCATATCGTAGTGTTGTTTCGGAGCAAATAAAAATGAAGCAGATAAATGAATGA	MEGLFEAIFSNGFIILAAIAGIIGFFKDSFNKDTDKENERRTKPNKPVPPFGGGATKVGSQPTKRPEREGGSISTASASEQKQLQMDQLAEQMGADLQEPIEDLVRQVQSVQSQRQVTEGHLQKQKMKRQVANNFTREGLINGIIMSEVLGKPRAKKPYRSVVSEQIKMKQINE				NA	NA	NA	NA	NA
AK148_01178	309			hypothetical protein	GTGAAAAAATGGCAACAACAATTTAGACCATGGTTAACGAAGTATTTTGCACTTCCTTCAGATGTGTTATTGGAACTACCAAGAATTACAGTAGTTGGACAATTACATGTTTATATTGAAAATCATAAGGGTTTGGAAATCTATTCAGATACAGAGTTAAAACTAAAGTCGAATAAAGGATATGTTCGCATTTCTGGTTCAGGTTTTGTTTTAAAAAGAATGCTACCCGAAGAAATTTTGCTAGAAGGTATGATTAGAGATATAACCTTTATTCCAGATGGAGGTACAGGATATGACGCAAAAGAATAA	MKKWQQQFRPWLTKYFALPSDVLLELPRITVVGQLHVYIENHKGLEIYSDTELKLKSNKGYVRISGSGFVLKRMLPEEILLEGMIRDITFIPDGGTGYDAKE	PGPT0024990_35	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024990-yabP-NA	NA	NA
AK148_01179	1209			hypothetical protein	ATGACGCAAAAGAATAAATTACATATGGCTGGTGCTGTGAGTATTATTGTAACAGGTGATAGACCGGAAATGTTTTTTCAGCATTGTGCTAGTTATGGCATTCAAATATGGGACGTAGTAAAATTAAATCAACAGTCATGCAAGGGAACGATAGGCCTTAAGGACGTTAAGTATATAAAAAAATTACGGAAGAATACGAATTATAAAATTAAATTTATTGACCGTAAAGGATTTCCATTTTTCTTTCGTCGCTATTTAAGGAAAAAAGAATTAATACTTGCTTTTATTCTAAGCACCTTGCTTCTTTTTACACTATCTAATATTATATGGGATGTGGAAATAACTGGTGTACCGAAAGATATTGAAGAAAAGATAGATAGACAATTAGAACAATATGGTATCCACCCAGGATCATGGATATTTTCTATTGACTCCCCAAAACGTATACAACAACAATTATTACATGATGTACCTGAATTACTATGGGTTGGCATAGATCAAAAGGGGACAACCTTCCACTTAGAAGGTGTAGAAAAAATAGTCGTAAAAGAAGAAGAAAACCCAGAACCAAGAAACTTAATTGCTGCTAAAAAAGGAATTATTAAGAAAATGTATGTTTCACAAGGAGTTCCAAAAGTAAATATTCATGATTATGTGGAGAAAGGCGACCTATTAGTATCGGGAAAAATGGATGATGGAGAAGAAGCAAAGGAAGAAGGGAAGAAAGAAGTAAAACATGTTGCAGCGGCTGGGGAAATCACGGCGTTAACTTGGTATGAAGTTAAAGTAAGTGTGCCATTAAAGGCAAATACAGAACAATTAACAGGAGAACAAGAAAATAAATACCATCTAAGTTTTGGAAATTTCAAACTGCCAATTTGGGGCTTTGGCTCATCGGACTTTGAAAATACGCAACAGGAACAGGAAGAATCAAACCTTCGCTTTTTAAAGTGGAAATTACCTATAAAAATAATTGAAACTAACATCCATGAAAAAACGTATAAAGCAGTAGAGAGAACAAAAAAAGAAGCAATTGAGGTAGGTATTAAACAAGCGAAAGAACAATTAAAACTAGAACTTGGAGAAGCGGAGGTCTTATCTGAAAAAATTTTGCATCAATCTACAGAGAATGGTAAAGTTAAACTAAACTTATATATGAGTGTAGAAGAAAATATTATTGATACACAACCTTTACGTCAAGGAGATTGA	MTQKNKLHMAGAVSIIVTGDRPEMFFQHCASYGIQIWDVVKLNQQSCKGTIGLKDVKYIKKLRKNTNYKIKFIDRKGFPFFFRRYLRKKELILAFILSTLLLFTLSNIIWDVEITGVPKDIEEKIDRQLEQYGIHPGSWIFSIDSPKRIQQQLLHDVPELLWVGIDQKGTTFHLEGVEKIVVKEEENPEPRNLIAAKKGIIKKMYVSQGVPKVNIHDYVEKGDLLVSGKMDDGEEAKEEGKKEVKHVAAAGEITALTWYEVKVSVPLKANTEQLTGEQENKYHLSFGNFKLPIWGFGSSDFENTQQEQEESNLRFLKWKLPIKIIETNIHEKTYKAVERTKKEAIEVGIKQAKEQLKLELGEAEVLSEKILHQSTENGKVKLNLYMSVEENIIDTQPLRQGD	PGPT0024760_99	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_IV_SPORULATION,PGPT0024760-yqfD-K06438	NA	NA
AK148_01180	975		COG1702	PhoH-like protein	ATGCCGGAAAATTTAACAGCAGTCGACTTACAATTAAATAGTCCAAAAGAAGCTTTAGCACTATTTGGTAATAACGATAAATACTTGCATCAATTAGAAGAAATGCTTCAAGTTTCTATTATAACGAGAGGAGAGCAGATTCATGTATCTGGTGTTACAGATACGCTTAACCTCGTTCAGGATGTCTTACAAGCACTGCTCTCCGTTATTCGTAAAGGGTTGACCATTACAGAAAGAGATGTCGTTTATGCGGTTGAACTTGGAAAAAAAGGAAAAATAAATCAATTCGAAACTTTATTTGAAGATGAGATTACCAAAAATGTAAAAGGAAAATCCATTCGTGTTAAAACACTAGGGCAAAAAAAATATATCTCTGCAATTAAAGCAAATGATCTCGTCTTCGGAACCGGCCCAGCTGGTACGGGAAAAACGTATCTAGCTGTCGTAATGGCTGTTCATGCACTTAAGAATGGCTATGTGAAAAGGATTATATTAACTAGACCAGCTGTAGAGGCAGGAGAAAGTCTGGGTTTTCTTCCTGGTGATTTAAAAGAAAAGGTAGATCCTTATTTGCGACCGCTATATGATGCTTTGCATGATGTTTTAGGGACAGAGCATACGATGCGGCTGATTGAAAGGGAAACGATTGAAATAGCCCCGTTGGCCTATATGCGAGGGAGAACGCTCGATGATGCCTTTGTTATTTTGGACGAAGCACAAAATACGACCCCTGAGCAAATGAAAATGTTTTTAACGAGACTTGGTTTTGGATCAAAAATGGTGATTACTGGGGACATAACGCAGATTGACTTACCAAAAGGTGTGCAGTCAGGTTTAAGGGTCGCAAGTCATTTATTAAATGGGATAAAAGGAATGGATTTTGTTTATTTAGAGCAAACAGACGTCGTTCGACATCCTCTTGTGCAACGGATCATTGATGCGTATGATAAAAATAGCCATCATCGTAGTGAATAA	MPENLTAVDLQLNSPKEALALFGNNDKYLHQLEEMLQVSIITRGEQIHVSGVTDTLNLVQDVLQALLSVIRKGLTITERDVVYAVELGKKGKINQFETLFEDEITKNVKGKSIRVKTLGQKKYISAIKANDLVFGTGPAGTGKTYLAVVMAVHALKNGYVKRIILTRPAVEAGESLGFLPGDLKEKVDPYLRPLYDALHDVLGTEHTMRLIERETIEIAPLAYMRGRTLDDAFVILDEAQNTTPEQMKMFLTRLGFGSKMVITGDITQIDLPKGVQSGLRVASHLLNGIKGMDFVYLEQTDVVRHPLVQRIIDAYDKNSHHRSE	PGPT0002700_2957	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-PHOSPHATE_STARVATION_RESPONSE,PGPT0002700-phoH-K06217	NA	NA
AK148_01181	2148	pgpH		Cyclic-di-AMP phosphodiesterase PgpH	GTGGATAAGAACAAATACAATCCGCGTACTTGGTTTTCATTTACAAAACGTTTCAATAAATGGGGCATGATTATAGCTGCTTCTCTTTTACTAAGTGCGTTTTTCTTTCTAATCATGATTGACAATATACAGACGGAAACCTATGAGATAGAGAGGTTTAGTAGAGCTAAAGAAACGATTCGTTCTCCAGTTACGATAGAAAATGAGCAAGAAACAGAGCGTAAAATACGAGAAACGGTCCAAGCTGTAGAGGATAGATACAATATTGATCAAGAAATTACAGATGAGCGTATGGCGTATACGAAAGAAATTTTTGACGCAATCACTAATTTGGAAGAAGAACTTAAAGACACGCAACAAAATAAGGAAGCCTCCGATACGGCTCCTATTTCTGAGCAAGAAAAAGTGCAACAATTAAAGCAAATTTTGTCTGAAGAAATACAAAAAGGAGTCAGTGATGACTCGCTGTCTCAGCTTATTCAAGTACCTAAAGAGGAACGGGAAAAAGGTGAGAAATTTTTCTTGGAAATTTTGTCTAAAACATTGAATAATGGTGTGCGAACAGAAAATACACAAAGCGCTATTTCAAATATGCAACAAGAAATTAAGTATTCAGATTTAGATGCTGACATGAGAGAAGTTCTGACTCGGTTAAGTGAGTTTGCGGTGGTCGAAAATTCATTCTTTGATGTGGATAAAACATCTACTGCTCGAAAGGAAGCGGCTAGCAATGTTGAGCCTGTTGTAATTAGAGCGGGAGAAATCATTGTTCGCGAAGGACAAACGATTACGAATGAAGTTTATAAAAAACTAGACTTGGTTGGAGTTCTTGATAAAGAGCGGAATTTCTTTCCAGGAATTGGATTGGCTATACTTGTCTTGCTACTAGGAAGTGCAATAGCTCATGAAATGAATTGGCTTGATAGAAAAGAGCGCTTAAATACTGCAAAAGTTACTGCAATTGTTGTTATTAGTATCATGGCAGTTGCTTTAATGAAAATAGTAAGCATTTATACAACGCAAATAAACCAACTCTTTTACGTAATGCCTATAGCTATGGGGGCTTTGTTACTAAAACAATTAACACATGAACGTTCTGCAATCATTTTTAGTACGCTGTTTGCGATTTTAGGAAGTGTTATTTTCAATCATCAAATTCCTGGTTCTTTAAATGTGGAAGCAGGTATATACTTTTTGCTCTCCCAATTGGCAGCCGTCTTCTTCCTGAGAAATGTCAAAGATAGACTTGCAGTTATGAAGGCTGGATTAGGGATCGCGGTTATTAATATTATGGTTGTATTATTATTTATATTTCTCTCTTTTGAGAAATATGCATGGGGAGATATGTTACTACAATCATCTTTCGCAGCAGCATCTGCATTCCTGTCAGCTGTACTTACCATTGGATTGTTACCTTATTTTGAGGCTGCTTTAGGGATTTTATCAGATATTAAATTACTACAATTATCAAGCCCAAATCATCCATTACTAAAGAAATTATTAACGGAAGCTCCTGGTACATATCACCACTCCGTGATGGTGGCTAACTTAAGTGAAGCTGCTTGCGAAGCAGTTGGAGCAAATGGGTTACTTGCAAGGGTTGGTGCTTATTATCATGACCTAGGTAAGACGGTACAACCTCATTTTTTTATTGAAAATCAATTGGCAATTCAAAACCCTCATGACTTTATTGAGCCAAATGAAAGTGCTAAAATAATAATTAGTCATCCCTATGATGGAGCTGAAATGTTGAAAAAACATCGGCTACCACAAGAAATTATTGATATTGCTAAACAGCATCATGGCACTTCTTTACTGAAGTATTTTTATTACAAAGATAAAGAACAAAATAAGGAAGTGGAAGAAGCAACGTATCGTTATCCTGGCCCTAAACCACAAACGAAAGAGGCGGCTATTGTTAGTATATGTGATTCAGTAGAAGCCGCAGTTCGTTCATTACAAGAGCCTACAGAACACAAAATAGAAGAAATTGTTACATCTATTATTCAGGATAAATTAGTAGACGGGCAGTTCGATGAATGTCCGATTACTTTACAAGAGTTGAATAAGATTCAACAAATAACTTGTAGCACATTGAAAGGGATATTTCATTCGCGTATTCAATATCCCATGGAGGAGGCAAACTAA	MDKNKYNPRTWFSFTKRFNKWGMIIAASLLLSAFFFLIMIDNIQTETYEIERFSRAKETIRSPVTIENEQETERKIRETVQAVEDRYNIDQEITDERMAYTKEIFDAITNLEEELKDTQQNKEASDTAPISEQEKVQQLKQILSEEIQKGVSDDSLSQLIQVPKEEREKGEKFFLEILSKTLNNGVRTENTQSAISNMQQEIKYSDLDADMREVLTRLSEFAVVENSFFDVDKTSTARKEAASNVEPVVIRAGEIIVREGQTITNEVYKKLDLVGVLDKERNFFPGIGLAILVLLLGSAIAHEMNWLDRKERLNTAKVTAIVVISIMAVALMKIVSIYTTQINQLFYVMPIAMGALLLKQLTHERSAIIFSTLFAILGSVIFNHQIPGSLNVEAGIYFLLSQLAAVFFLRNVKDRLAVMKAGLGIAVINIMVVLLFIFLSFEKYAWGDMLLQSSFAAASAFLSAVLTIGLLPYFEAALGILSDIKLLQLSSPNHPLLKKLLTEAPGTYHHSVMVANLSEAACEAVGANGLLARVGAYYHDLGKTVQPHFFIENQLAIQNPHDFIEPNESAKIIISHPYDGAEMLKKHRLPQEIIDIAKQHHGTSLLKYFYYKDKEQNKEVEEATYRYPGPKPQTKEAAIVSICDSVEAAVRSLQEPTEHKIEEIVTSIIQDKLVDGQFDECPITLQELNKIQQITCSTLKGIFHSRIQYPMEEAN				NA	NA	NA	NA	NA
AK148_01182	471	ybeY		Endoribonuclease YbeY	ATGTATATTGACTTTCATGATGAAACAAATTCAGTGGAAAGTGATTATATTGATCTAATTCAACGGTTGATTACATTTGCTGCTAAAGAAGAAGGTGTAACGCCACAAGGTGAAGTATCCATTAATTTCGTTACGAATAAAGAAATTCAAGAACTAAATCGAAACTATAGGCAAAAGAATAGTCCTACAGATGTCCTGTCGTTTCCTATGCAAGAACTTGGAGAAGGCGAAGAAGAAATAAATATATTAGACGAAAATCTCCCCGTGCTGTTAGGTGACATTGTGATATCTGTGGATAGAGCAAAAGAACAGGCAAAAGAGTACGATCATTCTTTGGAAAGAGAATTAGCCTTTCTAGCGTTACATGGCTTCCTTCACTTATTGGGATATGATCATATAGCGAAAGTAGATGAAAAGGTAATGTTTGCGAAACAAGAAAAAATCTTAGGTGCGTTTGGAATTGAAAGATAA	MYIDFHDETNSVESDYIDLIQRLITFAAKEEGVTPQGEVSINFVTNKEIQELNRNYRQKNSPTDVLSFPMQELGEGEEEINILDENLPVLLGDIVISVDRAKEQAKEYDHSLERELAFLALHGFLHLLGYDHIAKVDEKVMFAKQEKILGAFGIER	PGPT0021360_159	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021360-cdd-K01489	NA	NA
AK148_01183	369	dgkA	COG0818	Undecaprenol kinase	TTGGAATTGAAAGATAAAAAACGACTGGTTGGTTTTTCTTTTGCATGGGAAGGTATACAGTTTGTTGTCAAAAATGAACGTAATTTTCGAGTGCACTTATGTGCTGCAATTGTAGTCATATTGGCTGGTATCATTTTAAACATAAATATCACCGAGTGGAGTATTATCTTACTTTTGATTGGGAATGTGTTTATAATAGAAATGCTAAATACGGTCGCAGAAAGAATAATTGATTACGTAAAACCAGATGTTCATCCTGCTGCAAAACAAATAAAAGATGTGGCTGCTGGCGCGGTTCTTATAGCAGCCATCATTGCTGTAATAATAGGTTGTTTTATTTTTATTCCAAAAGTAGCTGGGCTTATGTAA	MELKDKKRLVGFSFAWEGIQFVVKNERNFRVHLCAAIVVILAGIILNINITEWSIILLLIGNVFIIEMLNTVAERIIDYVKPDVHPAAKQIKDVAAGAVLIAAIIAVIIGCFIFIPKVAGLM	PGPT0024175_452	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024175-dgkA-K00887	NA	NA
AK148_01184	903	era	COG1159	GTPase Era	ATGGAAAAACAATTTAAATCAGGTTTTATAGCTATTATCGGTAGACCAAATGTTGGAAAATCAACGTTTATGAATCAGGTGATCGGGCAAAAAATAGCTATTATGAGTGATAAACCCCAAACAACGAGAAACAAAATCCAAGGTGTACTGACATTGTCAGACGCGCAAATGATATTTATAGACACACCAGGTATCCATAAACCGAAACATCAGCTCGGCGATTTTATGGTGAAAACCGCTATAAATACATTAAATGAGGTCGATGCCATTTTATTTATGATTAATGCAGAGGAAGGGTATGGAAAAGGAGATCAATACATTTTAGATAGACTGCAAAAGGTAGATAAGCCTGTATATTTAATTGTAAATAAGATTGATCTTGTACACCCTGATAAACTACTCCCATTAATTGATCAATATAAAGATAAACATGATTTTACAGAAATTATTCCTATATCTGCTTTGCAGGGGAATAATGTAAAACATTTGTTAGCAGTGCTTAAAGATCAATTGGCAGAAGGCCCGCAGTATTATCCAGAAGATCAAATTACAGATCACCCTGAACGTTTTATTATCAGTGAGTTAATTCGTGAAAAAGTACTGCAATTTACGAAAGAAGAAGTTCCTCATTCGATAGCAGTTGTTATTGAGAATATGGAACAACGCAATCATGGTAAAGTTCTTATTCAAGCAACTATTGTAACCGAAAGAAAAACGCAAAAAGGCATTCTTATTGGGAAACAGGGAACGATGCTTAAGAACATCGGGAAAGCAGCCCGTAAAGATATTGAAAATCTGCTTGGTACAAGCGTGTACCTAGAACTATGGGTAAAAGTTAAAAAAGATTGGAGAAACAAGCAAAGCCAACTTCAAGAATATGGTTTCAGCAGAGATGATTATTAA	MEKQFKSGFIAIIGRPNVGKSTFMNQVIGQKIAIMSDKPQTTRNKIQGVLTLSDAQMIFIDTPGIHKPKHQLGDFMVKTAINTLNEVDAILFMINAEEGYGKGDQYILDRLQKVDKPVYLIVNKIDLVHPDKLLPLIDQYKDKHDFTEIIPISALQGNNVKHLLAVLKDQLAEGPQYYPEDQITDHPERFIISELIREKVLQFTKEEVPHSIAVVIENMEQRNHGKVLIQATIVTERKTQKGILIGKQGTMLKNIGKAARKDIENLLGTSVYLELWVKVKKDWRNKQSQLQEYGFSRDDY				NA	NA	NA	NA	NA
AK148_01185	144			hypothetical protein	GTGATCGATCTAACCTGGAAGTTATTTAGTCAAACGGGAAACATTGAAACCTATTTAATCATGAAAGAGTTAGAAAATGAACAAAGCCTTCAAGAATTAGGACAACAAGATGAGAAAAATGAAACTCCGATAAAAACGAAATGA	MIDLTWKLFSQTGNIETYLIMKELENEQSLQELGQQDEKNETPIKTK				NA	NA	NA	NA	NA
AK148_01186	744	recO	COG1381	DNA repair protein RecO	TTGTTAGAAAAAATACAAGGTGTCGTATTGAAAACACGTGACTATGGAGAGAGTCATAAAATCGTTACAATATTTAGTAGGAAATTAGGAAAGCTCTCTGCAATTGCTAAAGGAGCAAAAAAACCAAAAAGTAGAATGGCTGCTGTAACGCAGCCGTTCATCTATGCTGAATTTCTTATGTATGTCAATAAAGGGTTAAGCACGATACAACAGGCAGAAATTATTGATTCTTTTCGCCCCATACGTGAAGATATTAAAAAAACAACTTACGCAGCATATCTTGCTGAACTTACAGATAAATTAGTCGAGGATAAACAGCCAGATGGATTTATTTATGAACAATTTTTTCAAACAATGGAATGGATTAATAGCAAAGAAGAGGCTGATATCCCCTTAATGATGTATGAATTGAAATTATATAAAAAAGGCGGATTTGCACCCACGGTAGATTGTTGCAGTAGCTGTCAAAGCGTAACGCCTCCGTTTGTGTTTTCTATTCAAGAAGCTGGTTTACTGTGTGCATTATGTAGAAGTATGGATGAGCGAGCTATTGAATTACCAAAAGGAGTGGTTAAATTATTATTCATCTTTGCAACGGTTGATTTGCAACGCGTATCAACCATTTCAGTAAAGGAACAAAATAAACAGTTGCTTAGGGATTTGTTAGACCATTATTATGACCATTATGGTGGTTACCTTCTTAAATCAAGAAAGCTATTAAAACAGATGGATCTATTGAAATGA	MLEKIQGVVLKTRDYGESHKIVTIFSRKLGKLSAIAKGAKKPKSRMAAVTQPFIYAEFLMYVNKGLSTIQQAEIIDSFRPIREDIKKTTYAAYLAELTDKLVEDKQPDGFIYEQFFQTMEWINSKEEADIPLMMYELKLYKKGGFAPTVDCCSSCQSVTPPFVFSIQEAGLLCALCRSMDERAIELPKGVVKLLFIFATVDLQRVSTISVKEQNKQLLRDLLDHYYDHYGGYLLKSRKLLKQMDLLK				NA	NA	NA	NA	NA
AK148_01187	879	glyQ	COG0752	Glycine--tRNA ligase alpha subunit	ATGAATATTCAAGAGATGATCTTAACTTTGCAAAATTATTGGTCAGAGCAAAATTGCATTCTTATGCAAGCATATGACGTGGAAAAAGGAGCGGGTACAATGTCACCAATGACATTGCTGCGTAGTCTTGGACCTGAACCATGGAACGTTGCTTATGTAGAACCATCAAGACGCCCTGCAGATGGCCGCTATGGTGATAACCCAAACAGGTTATACCAACATCACCAATTTCAAGTTATTATGAAACCTTCTCCAGATAATATTCAGGAGTTATACTTAGGTTCTCTAAGAAAATTAGGGATTGATCCACTTGTTCATGATATACGATTTGTAGAAGACAACTGGGAAAACCCAACCTTAGGTGCAGCTGGTCTTGGCTGGGAAGTTTGGCTTGATGGGATGGAAATTACACAATTTACGTACTTTCAGCAAATCGGAGGATTAGAGGCAAATCCTGTTGCTGTAGAATTAACATATGGAATTGAGCGTCTCGCTTCGTATATTCAAGATAAAGATAATGTATTTGATTTAGAATGGACAAATGGCGTGACAGTTAAAGACATCTTTTATCAACCGGAATATGAACATTCCATGTATACATTTGAAACATCTAATACGGAAATGTTATTTGAGCTTTTTACCAAATATGAGCAAGAAGCTAAAGATACAATGGAAAAAGGGTTAGTATTTCCTGCTTATGATTACGTTCTTAAATGTTCTCATACATTTAATTTGTTGGATGCCAAAGGTGTCATCTCTGTAACAGAACGTACCGGCTATATTACAAGAATTCGTAACTTAGCAAGAGGTATTGCTAAAGCGTATGTGGCTGAAAGAGAACGACTTGGCTTTCCGATGTTAAAAAGGGAGGAACAATAA	MNIQEMILTLQNYWSEQNCILMQAYDVEKGAGTMSPMTLLRSLGPEPWNVAYVEPSRRPADGRYGDNPNRLYQHHQFQVIMKPSPDNIQELYLGSLRKLGIDPLVHDIRFVEDNWENPTLGAAGLGWEVWLDGMEITQFTYFQQIGGLEANPVAVELTYGIERLASYIQDKDNVFDLEWTNGVTVKDIFYQPEYEHSMYTFETSNTEMLFELFTKYEQEAKDTMEKGLVFPAYDYVLKCSHTFNLLDAKGVISVTERTGYITRIRNLARGIAKAYVAERERLGFPMLKREEQ				NA	NA	NA	NA	NA
AK148_01188	2082	glyS	COG0751	Glycine--tRNA ligase beta subunit	ATGGCAACAGATGCTCTATTTGAAATTGGATTGGAAGAAATGCCGGCTCGCTTCATTGATGATGCGGAAAAACAATTAAACGACAAAACAGCAGCATGGCTGAAAAGCTTGCGCATTCCTTATGAAAATTTAGCAACCTTTTCTACACCAAGGCGTTTGGCAGTTCTTATTGAAGGGCTTAGTGAACAACAAACAACGATTAAAGAAGAAGTGAAAGGCCCGGCAGAAAAAATTGCTAAAGATGAATCTGGTAATTGGACAAAAGCAGCGATTGGCTTTACAAAAGGGCAAGGCAAGACAACGAATGATATTTATACAAAACCTGTCAATGGCACTACATATATTTTTGTGCAGAAGCATATTGAAGGAAACAATACATTCGACCTCCTGCCAGGTTTTAAAGACATCATTTTGTCTATTAACTTTGGCAAGAATATGCGCTGGGGAGCACAAACAATGCGTTATGCTAGGCCGATACGTTGGTTGGTCGGCTTATGCGGTTCAACGGTGGTTCCTTTTGAAGTTGCTCATGTGAAAAGCAGTAATATGACATATGGCCATCGTTTTTTAGGAACGAAAATAGCCATTAATAACCCAAAGCAATATGAAGAAAAATTACTACAGCAATTTGTAATAGCAGATGCAAAAAAACGTGAAGCAGCTGTATTACAAGGAATTCATAAATTAGAGCAAGAGCATTCGGTGCATATTCCTATTGATCATGAACTATTGCATGAAGTTCGTAATTTGGTGGAATATCCTCAAGCTTTTTTAGGCTCATTTGAACGTACATTTTTATCCATACCTGAGGAAGTATTAATTATTTCCATGAAAGAGCATCAACGCTATTTCCCTGTTCGTACGAATACTGGAGGGGAGTTATTACCTTATTTCGTTGGCATACGTAATGGAGACGATACGTCATTAGAGACAGTAATTAAAGGAAATGAAAAAGTATTGCATGCTCGCTTGTCTGATGCTGCTTTTTTCTACGAGGAAGATCGCAAGCGTTCTTTGAGCGACTTTTTAACAAAGTTAGAGAGAGTTGTATTTCAAGAAGATTTAGGGACCATTTATGAAAAAGTAGAGCGTGTCATTATATTAACACGTTTAATTAGTCAGCATCTTGAACTACCTGAGTCAGATATTAATCGAGCTGTTCGTGCTGCTGAATTAAGTAAATTTGATTTAACTACTAGTATGGTAAATGAATTTACTGAATTGCAAGGGGTTATGGGCGAAAAATATGCTGTTTTTTATGGCGAAGACGCACTTGTTGCTCAAGCAATTAGAGAACATTACTTGCCGAAATCTGCCAACGGTGTTTTGCCCGAAACTACCGCAGGAACAATAGTTAGTATGGCAGATAAGTTAGATACGATAGCGGGTTGTATTTCTGTAGAATTATTACCGACAGGATCTCATGACCCTTATGGGTTACGTCGTCAAGCTATTGGTGTATTACGGATGCTACTTTCAAATAAATGGAACATAACCGTAGAAAAGCTTATCGAACTTACTTTGCAAGTATATGCTACATCGAAAGTAAAGCTAGAAAATCAAAATGAAGCTGCTACTATCATTAACGACTTCTTTTTACATCGTGCTTCTTATATCTTTAAAGAAGCGGGAATTGAGCCAGATATTATTCACGCTGTATTACATCAAGATATTGGCAACTTTACGCACAGTTTAGAAAAAGCAGAATTATTATCAGTCAAACGAAATGATGATACATTTAAATTAACACAGGAAGCTTTTGTTCGTGTATTAAATTTAGCTAAAAAAGCATCATCTAAAGTAATTGATCCAGATGTATTGCACACAGAATCTGAAAGAACTTTATACAATAAATATTGTCTTATCCATGAAGCGTCTCGACATTCAAGTGGAGATGCTGAAGAAGAATTAAAATGCTTGGAGCAATTGACGGATCCGATTCATCAATTTTTTGCCCAGAATATGGTAATGGTAGATGAAGAAAAAACCCGTAATAATCGGTTAGCGCTTTTGTACCAAATCGGTCAACTTATTTATAATTATGCTGATGTAACAAAAATTGAATGGAAACAAAGCTTTTAA	MATDALFEIGLEEMPARFIDDAEKQLNDKTAAWLKSLRIPYENLATFSTPRRLAVLIEGLSEQQTTIKEEVKGPAEKIAKDESGNWTKAAIGFTKGQGKTTNDIYTKPVNGTTYIFVQKHIEGNNTFDLLPGFKDIILSINFGKNMRWGAQTMRYARPIRWLVGLCGSTVVPFEVAHVKSSNMTYGHRFLGTKIAINNPKQYEEKLLQQFVIADAKKREAAVLQGIHKLEQEHSVHIPIDHELLHEVRNLVEYPQAFLGSFERTFLSIPEEVLIISMKEHQRYFPVRTNTGGELLPYFVGIRNGDDTSLETVIKGNEKVLHARLSDAAFFYEEDRKRSLSDFLTKLERVVFQEDLGTIYEKVERVIILTRLISQHLELPESDINRAVRAAELSKFDLTTSMVNEFTELQGVMGEKYAVFYGEDALVAQAIREHYLPKSANGVLPETTAGTIVSMADKLDTIAGCISVELLPTGSHDPYGLRRQAIGVLRMLLSNKWNITVEKLIELTLQVYATSKVKLENQNEAATIINDFFLHRASYIFKEAGIEPDIIHAVLHQDIGNFTHSLEKAELLSVKRNDDTFKLTQEAFVRVLNLAKKASSKVIDPDVLHTESERTLYNKYCLIHEASRHSSGDAEEELKCLEQLTDPIHQFFAQNMVMVDEEKTRNNRLALLYQIGQLIYNYADVTKIEWKQSF				NA	NA	NA	NA	NA
AK148_01189	630	ccpN	COG0517	Transcriptional repressor CcpN	ATGGAATTATCAAGTAGACAAGAAGAAATAATTGAAATTGTTAAAGAAAACGGCCCGATAACTGGGGAGAATATCGCTGAGCGTCTTCACTTAACAAGGGCCACATTACGTCCAGACTTGGCAATTTTAACAATGGCAGGTTTTTTAGATGCAAGGCCTCGTGTGGGGTATTTTTATACTGGTAAAACGGGAAATGAATTATTAACAGAGCAAATTAAAAAAATTAGAGTGTATGAATATCAACATGTCCCTATTGTTGTAAAAGAGAGCGTTTCGGTATACGATGCGATCTCAACAATGTTCTTAGAAGATGTAGGAACCCTTTTCGTAGTTGATGATCAGTCGTTTTTAACAGGTGTACTATCGCGAAAAGATTTACTTCGTGCAAGCATTGGAAAACAAGATTTAAATGCTTTACCTGTACATATCATTATGACCAGAATGCCTAATATAACAGTATGTCAAAAAGATGATTTGTTGGTAGAAGTTGCTCAAAACTTAATTAATAAACAAATTGATGGTATTCCTGTCGTGAAAAAAACAAAGTCTGGATTGGAAGTTGTTGGAAGAGTTACAAAAACAACAATTACGAAAGCTTTTGTTGAATTGGTTATGGAAGATCACATTTAA	MELSSRQEEIIEIVKENGPITGENIAERLHLTRATLRPDLAILTMAGFLDARPRVGYFYTGKTGNELLTEQIKKIRVYEYQHVPIVVKESVSVYDAISTMFLEDVGTLFVVDDQSFLTGVLSRKDLLRASIGKQDLNALPVHIIMTRMPNITVCQKDDLLVEVAQNLINKQIDGIPVVKKTKSGLEVVGRVTKTTITKAFVELVMEDHI				NA	NA	NA	NA	NA
AK148_01190	801	yqfL	COG1806	Putative pyruvate, phosphate dikinase regulatory protein	ATGTTTACACAACCTGTATATGTTTTATCCGATTCCGTAGGGGAGACAGCTGAGTTAGTCATTAAGGCAGGATTAAGTCAGTTTAATCACGGAATATATAAAATTCAGCGCATACCCTATGTAGAAGATAAAAAAACAATCGATGAAGCTTTACAGCTCGCTGTAGAAAGTAAAGGACTCATTGGTTTTACACTTGTTGATCCTATTCTAAGGAACTATGTAAATGAACGTGCCAAACAAATGAACCTTGAAGCTATTGACATCATGGGCCCGGTGTTGAAATCCATGGAACGTGTTTTTGAACATGCACCGCGAATGGAAGCAGGGCTAGTCCATAAGCTTGATGAAGACTATTTTAAGCGGGTAGAGGCAATTGAATTTGCGGTAAAGTATGACGATGGGCGTGATTCGAGAGGGATTGCTAGAGCAGACATTGTTCTAATTGGGGTATCTAGAACATCTAAAACACCTCTATCACAATATTTGGCTCATAAACGCTTAAAAGTTGCCAATGTACCAATTGTACCAGAAGTAGATCCTCCAGAAGAGTTGTTTGAAGTGGATGCTTCAAAATGTATCGGGTTACGTATAAGCGCTGATAAGCTGTATGAAATACGTAAAGAAAGACTTCGTGCTTTAGGTTTAGGAGATCAGGCAACATATGCGAATATGGAACGTATTCATAAAGAACTGGCGTATTTTGATACAATAGTTGATAAAATTGGTTGTAAGGTCATCGATGTATCAAATAAAGCTGTTGAGGAAACGGCTAATAGTATTAGACAAATCGTAAAAAAATAA	MFTQPVYVLSDSVGETAELVIKAGLSQFNHGIYKIQRIPYVEDKKTIDEALQLAVESKGLIGFTLVDPILRNYVNERAKQMNLEAIDIMGPVLKSMERVFEHAPRMEAGLVHKLDEDYFKRVEAIEFAVKYDDGRDSRGIARADIVLIGVSRTSKTPLSQYLAHKRLKVANVPIVPEVDPPEELFEVDASKCIGLRISADKLYEIRKERLRALGLGDQATYANMERIHKELAYFDTIVDKIGCKVIDVSNKAVEETANSIRQIVKK				NA	NA	NA	NA	NA
AK148_01191	1818	dnaG	COG0358	DNA primase	ATGGCTAATCAAATTCCTGAAGCATTAATTGAAGAGATTCGTAAGGCGAATGATATTGTTGATATAATAGGCGATTATGTCCAGCTAAAAAAACAAGGAAGAAACTATTTTGGATTATGCCCATTTCATGGTGAAAAGACACCATCTTTTTCTGTGACGCAAGACAAGCAAATTTTTCACTGTTTTGGCTGTGGTAAGGGTGGCAATGTAGTCACTTTTTTAATGGAGATAGAGAGCTTTTCTTTTTATGAAGCTATCCAGTTTTTAGCTGAACGTAGCGGAATTTCATTGCCTCAAAGTATTCAAAGCCAAAAGGATGCTAATTTATCTAAAGAAACGCAAGATATGCTATCTGCACATGAATGGTTGACGAAACTATATCATCATTTATTACGCTTTACAAAAGAAGGAAAGGAAGGTTATGCGTATTTAAAAGATAGAGGGATAGATGAGAAAGCAGCAGATATTTTCCAGCTAGGCTTTAGTCCGATTGCGGATCATCTAACAGTCGAGTTCTTGAAAAAGAAAGGTTTTCATGAACAATTACTTGTAAAAGCAGGCTTGCTTCAGATGAATGAAGCTGGGAATACCTCGGATCGTTTTCGTGGTAGAATTATTTTTCCAATTCGAAATCATTTAGGAAAGACAGTTGCCTTTGGAGGACGTGCAGTTGGCGATTATAAACCTAAATATATAAATAGTCCTGAAAGTGAATTGTTCCACAAAGGAAAATTATTATATAATTTTGACCTGGCAAAAAGGTACATTCGTAAAGAAAACGAAGTGGTTTTATTAGAAGGTCAAATGGATGTCATAGCTGCCTATCAAGCGGGGGTTTATAATGCGGTAGCTACGCTTGGCACAGCCTTAACAGAATTCCAAGCTAAGCTGTTAAAACGTTATGTAAACAACGTCATTATTTGTTACGATGGAGATCGGGCTGGGCTAGCTGCTGCTTATAAAGCTGCTGTCATATTACGCCAATGTGGATGCGAAGTAAGAGTTGCATACCTACAAGCAAATATGGATCCTGACAGTTTTATTCGCATGCACGGAGGACAAGCTTTTAATGATGAGGTCATTAAAGCTAGCGACACATTTATGACTTTTTATATGCGATTTTTAAAAAAAGATTATCAACTAAATCTAGAAGCTGACCGCATACAATATGTTGAGAAAGTTCTAAAGCAGATTGCAACGATTGACAGTTCTATAGAACGGGAATATTACTTAAAAGAGTTGAGTAATGAATTTGAAATATCTATGGAAGCTCTCATGGATGAAATTTCAGGATATCGAGAAATGTTTGCTAGAAATAAGGATAATCAACAAAAGAACAGATATACTAGTAGTACAGTATGGAATAAGGTGAGATCGAAATTATTGCCAGCATTTCATAATGCGGAACGACAATTAATTGCATATATGTTACAAGACGTAAGTATAGCTGAAAAGGTACAAGAAAAAATTGGAGCAAGTTTTCATATAGATGCACATAAAATTATTGCTACTTATTTATATGCATTTTATGAAGAAGGAAATGCCCCTAATGTCAGTTTGTTTTTAGAAAGAATAACAGATACAAATTTGCAACAGGAAATAACAGAAATAGCAATGTTACCATTACAAGAAAATATAAGTAACAAACAACTTAATGATTACGTTCGTACGATTATAGCTAAGCAAACGGATAAAGTGACGATACAATCATTACGAGAGCAACAAAAGGAAGCAGAAAAACAGAATGACCCAATAAAGGCAGCGCAAATTGCTAAACAAATTATTGAATTGAATTATCAGTTGAAGCACACAAATTGA	MANQIPEALIEEIRKANDIVDIIGDYVQLKKQGRNYFGLCPFHGEKTPSFSVTQDKQIFHCFGCGKGGNVVTFLMEIESFSFYEAIQFLAERSGISLPQSIQSQKDANLSKETQDMLSAHEWLTKLYHHLLRFTKEGKEGYAYLKDRGIDEKAADIFQLGFSPIADHLTVEFLKKKGFHEQLLVKAGLLQMNEAGNTSDRFRGRIIFPIRNHLGKTVAFGGRAVGDYKPKYINSPESELFHKGKLLYNFDLAKRYIRKENEVVLLEGQMDVIAAYQAGVYNAVATLGTALTEFQAKLLKRYVNNVIICYDGDRAGLAAAYKAAVILRQCGCEVRVAYLQANMDPDSFIRMHGGQAFNDEVIKASDTFMTFYMRFLKKDYQLNLEADRIQYVEKVLKQIATIDSSIEREYYLKELSNEFEISMEALMDEISGYREMFARNKDNQQKNRYTSSTVWNKVRSKLLPAFHNAERQLIAYMLQDVSIAEKVQEKIGASFHIDAHKIIATYLYAFYEEGNAPNVSLFLERITDTNLQQEITEIAMLPLQENISNKQLNDYVRTIIAKQTDKVTIQSLREQQKEAEKQNDPIKAAQIAKQIIELNYQLKHTN				NA	NA	NA	NA	NA
AK148_01192	1125	sigA	COG0568	RNA polymerase sigma factor SigA	ATGGCTGAAAATAAACCTTCGCAAACGAAGGAAAATGAACTTGAGCAAACTTTAGAACAAGCTAAGGATCAACTGGTTGAAATTGGTAAAAAACGTGGTGTTCTTGCATACGAAGAAATTGCCGATAAATTATCTAATTTTACAATAGAGTCTGATCATATGGATGAATTTTATGAGTACCTAGGAGATCAGGGGGTTGAAGTAATTGGTGAATCAGAAGAAGACCCTACGATGCAACAAATCGCAAAAGAAGAAGAATTCAATCTAAACGACCTTAGTGTGCCACTAGGTATTAAAATAAATGATCCTGTACGTATGTATTTGAAGGAAATTGGCCGTGTTGATTTATTGTCAGCAGCTGAAGAAATTGATTTGGCAACAAGGATAGAACAAGGAGACGAAGAAGCTAAGCGACGTCTTGCTGAAGCGAATCTTCGTTTAGTTGTCAGCATCGCAAAGCGTTATGTAGGACGCGGTATGTTGTTTTTAGACTTAATTCAAGAAGGAAACATGGGACTTATTAAAGCTGTGGAAAAATTTGATCACGAAAAAGGATTTAAATTTAGTACCTATGCTACATGGTGGATAAGGCAAGCAATTACAAGAGCGATAGCTGATCAAGCTAGAACTATTCGAATTCCAGTGCATATGGTTGAGACAATTAATAAATTAATTCGCGTCCAAAGACAATTGTTACAAGACTTAGGTAGGGAGCCAACACCTGAAGAAATCGGAGAAGAAATGGAACTTTCTCCAGATAAAGTACGAGATATTTTAAAAATTGCTCAGGAACCAGTCTCATTAGAAACCCCTATTGGCGAGGAAGATGACTCACATTTAGGTGATTTTATTGAAGATCAAGAGGCTGTCTCGCCTTCTGATCATGCGTCCTATGAGCTGCTCAAAGAGCAACTTGAAGATGTACTAGACACACTAACAGACCGAGAAGAAAATGTTCTTAGGTTACGCTTCGGTTTAGATGACGGTCGTACTAGAACTTTAGAAGAAGTTGGCAAAGTTTTTGGGGTAACCCGTGAAAGAATTCGTCAAATTGAAGCAAAAGCTTTACGTAAATTAAGACACCCTAGCAGAAGCAAGCGATTAAAAGATTTTCTAGACCAATAA	MAENKPSQTKENELEQTLEQAKDQLVEIGKKRGVLAYEEIADKLSNFTIESDHMDEFYEYLGDQGVEVIGESEEDPTMQQIAKEEEFNLNDLSVPLGIKINDPVRMYLKEIGRVDLLSAAEEIDLATRIEQGDEEAKRRLAEANLRLVVSIAKRYVGRGMLFLDLIQEGNMGLIKAVEKFDHEKGFKFSTYATWWIRQAITRAIADQARTIRIPVHMVETINKLIRVQRQLLQDLGREPTPEEIGEEMELSPDKVRDILKIAQEPVSLETPIGEEDDSHLGDFIEDQEAVSPSDHASYELLKEQLEDVLDTLTDREENVLRLRFGLDDGRTRTLEEVGKVFGVTRERIRQIEAKALRKLRHPSRSKRLKDFLDQ	PGPT0014685_1189	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-OXYGEN_AVAILABILITY_SIGNALLING,PGPT0014685-rpoS-K03087	NA	NA
AK148_01193	378			hypothetical protein	ATGAAAAGGAACCCTGTTATCCCTTTTGCTTTAATTGCAATAATAGGGATACTGACAATCATTGTGATATCATTTGTAGGGATAGGCCAACGAGATGATATCCAACAAGCCGAAGAAGGCGGTGGGGAAAAGGCTGAGGAAAGCCAAGAAGGGGAAACAACGGATGACCCTGAAGCAATTTACGAAGCAAACTGTGCAAATTGCCATGGTGGTGACTTATCTGGGGGAATGGGGCCAGACTTAACCCAGGTAGGTAGCAAATTATCAAAAGATGAGATTCAAAATATAATTATTAACGGAAAAGGACAAATGCCTCCAGGTTTAGCCACAGAATCTGAAGCAAAAGTGTTAGCAGAGTGGTTAGCTGAAAAGAAATAG	MKRNPVIPFALIAIIGILTIIVISFVGIGQRDDIQQAEEGGGEKAEESQEGETTDDPEAIYEANCANCHGGDLSGGMGPDLTQVGSKLSKDEIQNIIINGKGQMPPGLATESEAKVLAEWLAEKK				NA	NA	NA	NA	NA
AK148_01194	717	trmK	COG2384	tRNA (adenine(22)-N(1))-methyltransferase	GTGAAGGCTAAGATTTCAAAACGACTAAAGTTAGTAGCTTCTTTTCTGCCTGCAGGAGCTAAATTTGCAGATATTGGATCTGATCATGCTTATTTACCGTGCTATGTTTGTCAAAAAGATCCAACAGCAATTGCTGTTGCTGGAGAAGTAAATGTAGGTCCATTTCAAAGGGCCGTAGAAACCGTAAAGGCATGCGATTTAGAACAGCAAATTGATGTTCGACTTGGTAATGGGTTGGAGGTTATTGAAGCCGAAGAAGTAAACCAACTGGTGATTGCTGGTATGGGAGGTTCATTAATTCATGATATTTTGGAGAGTGGAAAAACGAAGCTCGCCTCGGTAGAGCAGGTTATTGCTCAACCAAATGTAGATGCAAGAGCTGTTCGGAAATGGATGGTTCATCATGGATTTACGATTACTGATGAAGATATAATAGAAGAGAATGGGCATTGTTATGAGATTATTCATGCAAAGCGGTTAGATACTCTAGATAATAAACAATTAGATGAAAAAGATTTATTGTTTGGTCCCATATTATTGCGTAGTAAACCACATGCATTTTATAAAAAGTGGAACGAAGAAGCTCATAAGTTAGAACACGTGTTACAGCAGTTAAAACAAGCGAAGCAAGTAGACCAAAAGAAACAAGAGCAATTCACAAAAGAGTGGAGATGGATGAAGGAGGTATTAAGTAATGAAACAGGAACTTACTACTAG	MKAKISKRLKLVASFLPAGAKFADIGSDHAYLPCYVCQKDPTAIAVAGEVNVGPFQRAVETVKACDLEQQIDVRLGNGLEVIEAEEVNQLVIAGMGGSLIHDILESGKTKLASVEQVIAQPNVDARAVRKWMVHHGFTITDEDIIEENGHCYEIIHAKRLDTLDNKQLDEKDLLFGPILLRSKPHAFYKKWNEEAHKLEHVLQQLKQAKQVDQKKQEQFTKEWRWMKEVLSNETGTYY				NA	NA	NA	NA	NA
AK148_01195	1116		COG0327	GTP cyclohydrolase 1 type 2	ATGAAACAGGAACTTACTACTAGTGATGTGTTTCAGGTTATAGAGCAACTGGCTCCAAAGACGTTCGCATATGACTGGGATCCAGTTGGTTTGCAAGTTGGTAGTTACAACAAATCAGTAAATAAAATAATGGTTACGCTAGATGTGGTAGAAGCAGTTGTTGATGAGGCAATTGAAAAAAACGTAGATGTTATTGTTGCTCATCACCCTTTATTATTTAAACCTGTACAGAAAATTAATACAAACACATCAATAGGGCGTATTTTACAAAAATTATTGACCAATGATATTACCGTATATGCAGCACATACTAATTTAGATATAGCACAAAATGGCGTTAACGATGTATTATGCAAAATAATTGGGATAGAAAATACACATGTTCTAGTTGAGAAAGAAGCAGGACAATTGCTCAAGCTGGTTGTTTATGTTCCTAAAACCCATATTGAAGAAGTAAGAAATGCGATTAGTGATGCTGGTGTAGGGCATATTGGTAATTACAGTCATTGCACTTTTCAAACAAAAGGACAAGGAACATTCAAGCCGCTAGACGGAACAAATCCATATATTGGAAATGTGAACGAATTAGAAAAGGTAGAGGAAGTGAAACTAGAATCTATTATGGAAGAAAGCAAGCTATCTTCTGCATTAACTGCGATTCGTCAATCCCATCCATACGAAGAGCCAGCATACGATGTATATCCATTAAGAAATAAAGGGGAAATATATGGTCTTGGCAGGATAGGCGAACTAATAAATCCTACGCAATTATCCGATTTCTGTGAGCAAGTAAAAACAAATTTAGAATTGGATTGCGTACGCGTTACGGGAAAAATGGATAAGCAAGTGAAAACTGTGGCCGTTCTTGGCGGAAGTGGGGAAAAGTTTATTCATCAAGCTAAGAAAAAAGGGGCAGACGTTTTTATAACAGGCGACATGACATTTCATCAAGCACAAGACGCTCAGGAAATGGGGTTAGCAATAATTGATGTCGGTCACTATGCGGAAAGCGTGATGAAAGCTTCTGTACAAGAATACTTGGCAACTAGCCTTAATGGGGAAAATGTTGAAATTATAGTATCAACAACGAATACAGATCCATTTCAATATGCATAA	MKQELTTSDVFQVIEQLAPKTFAYDWDPVGLQVGSYNKSVNKIMVTLDVVEAVVDEAIEKNVDVIVAHHPLLFKPVQKINTNTSIGRILQKLLTNDITVYAAHTNLDIAQNGVNDVLCKIIGIENTHVLVEKEAGQLLKLVVYVPKTHIEEVRNAISDAGVGHIGNYSHCTFQTKGQGTFKPLDGTNPYIGNVNELEKVEEVKLESIMEESKLSSALTAIRQSHPYEEPAYDVYPLRNKGEIYGLGRIGELINPTQLSDFCEQVKTNLELDCVRVTGKMDKQVKTVAVLGGSGEKFIHQAKKKGADVFITGDMTFHQAQDAQEMGLAIIDVGHYAESVMKASVQEYLATSLNGENVEIIVSTTNTDPFQYA				NA	NA	NA	NA	NA
AK148_01196	1311	cshB	COG0513	DEAD-box ATP-dependent RNA helicase CshB	ATGAATCATACATTTCAAGACTTTTCTTTTGCTCCCGTTATGGAGCAAGTAATTAAACATTTAGATTTTCACGAACCAACAGCAATTCAAAAACAGGTTATTCCAGCAGTTTTAGAGGGTAAAAGTGTAGTTGGCCAATCAAAAACAGGTTCAGGCAAAACGCATGCGTTTCTATTGCCGTTGCTAAATGCGATCGATGAGAACAAACAGCAGGTACAAGTTGTGATAACAGCTCCAACGAGGGAGCTTGCAACACAGTTATATAATGAAGTAAAGCAAATCACTCGCTATGCGGATAAAAACGAAATTTGGACAGCAAAGCTATTGGTTGGCGGTACTGATAAACAGAAAATGATGGAAAAATTAAAGCGACCTCCTAAAATTGTTGTTGGAACACCTGGAAGAATATTAGATATGATAAAGGAGAACGCAATATCTATTTACACTGCGAATAGTTTTGTTATCGATGAAGCGGATTTAATGTTGGATTTAGGTTTTATTCAAGAAGTGGATCAGTTACTCGTTCGCTCTCATCCTAAGGTTCAAATTTTGGTTTTTTCCGCAACAATCCCACAACCATTGTCTTATTTTTTAAAGAAATATTTGCAACAGCCAGTACATGTAAAAATTTCCGATGACATTTATCCAGAAAAGATGGAGCATCGACTAATCTATTTAAAACATAGAAATGAAGCATCGATTATTGCTGAGATTTCAAAGGTTATTCAGCCATATTTAGCGATTATTTTTACAAATGGAAAAGAAAAAGCGAATGAGTTAGCAGTCTCTCTACAAGAGAAGGGGATGGAAGTGGGGCTCATTCATGGCGGTTTATCTCCTCGTGAACGTAAGCGTGTATTAAAAGAAATTCAAAACTTACGCTACCAATATATTGTAGCTACGGATCTCGCTGCCCGTGGCATTGACATTAAAGGAGTTAGTCATGTAATTAATGCACAGCTACCGAAAGAAGAGGATTTTTATATTCATCGTGTTGGCAGAACTGCGCGTGCAGGTATGGAAGGAACAGCAATCAGCATTTACCAATCTGATGATTTGCCGCTCATTAAAAAGCTAGAAGAAAAAGGTTTAGCTTTTATGTATGTAGACGTTCGTAATGGGGAGTGGCAGTCTGCAAAACCTTGGAATCAACGTGTGCTTCGTACAAAACAGGGCACTGATATGGATAAAGAAGCGTGGAAAAGAGTAAAAAAAGCGCATAAAGTAAAGCCTGGATATAAGAAAAAAATGAAACGGGAAAAAGAGATGATTAAAAAACGGTTATCTAAAACCAAGTATAATAAGAAATAG	MNHTFQDFSFAPVMEQVIKHLDFHEPTAIQKQVIPAVLEGKSVVGQSKTGSGKTHAFLLPLLNAIDENKQQVQVVITAPTRELATQLYNEVKQITRYADKNEIWTAKLLVGGTDKQKMMEKLKRPPKIVVGTPGRILDMIKENAISIYTANSFVIDEADLMLDLGFIQEVDQLLVRSHPKVQILVFSATIPQPLSYFLKKYLQQPVHVKISDDIYPEKMEHRLIYLKHRNEASIIAEISKVIQPYLAIIFTNGKEKANELAVSLQEKGMEVGLIHGGLSPRERKRVLKEIQNLRYQYIVATDLAARGIDIKGVSHVINAQLPKEEDFYIHRVGRTARAGMEGTAISIYQSDDLPLIKKLEEKGLAFMYVDVRNGEWQSAKPWNQRVLRTKQGTDMDKEAWKRVKKAHKVKPGYKKKMKREKEMIKKRLSKTKYNKK				NA	NA	NA	NA	NA
AK148_01197	894	nfo	COG0648	putative endonuclease 4	ATGTTGAAAATAGGGTCACATGTGTCCATGAGCGGAAAGAAAATGTTGCAAGGCTCTTCAGAAGAAGCGGTTTCTTATGGGGCTAATACATTTATGATTTATACCGGCGCGCCGCAAAATACGCGAAGGAAACCAATTGAAGAATTGAATATTGAAGCTGGGAAGGCTCATATGAAAGAGCATGGTATAGAAGAGATTGTAGTTCATGCTCCATACATTATTAATATAGGCAATTCTACAAAACCACAAACATTTCAGTTAGGTGTAGATTTTTTAAGAAGTGAAATCGATCGAACAGATGCAATCGGAGCAAAACAAATTGTTCTTCATCCTGGAGCCCATGTTGGAGCGGGTCCTGATGCAGGTATTAAGCAAATAATTAAAGGATTGAATGAAGTTCTAGAAAAGGATAAGAATGTACAAATAGCTCTTGAAACAATGGCGGGTAAGGGATCTGAAATAGGAAGAAGTTTTGATGAATTAGCTCAAATTATCGATGGAGTAACTCATAATGAAAAACTATCTGTCTGCTTTGATACGTGTCACGTACATGATGCTGGATATGACATCGTAAATGATTTTGATGGCGTATTACATCAATTTGATAAAATAATTGGAGTCAACCGTATAAAAGTTATGCATATAAATGATAGTAAAAATGAAGTGGGAGCACATAAAGATCGGCATGAGAATATTGGTTTTGGCTATATTGGTTTTGATGCTTTATCATCTATTATTCATCATCCGCAATTGATGGATTTGCCTAAAATTTTAGAGACACCGTATGTAGGAGAAGACAAAAAAAATAAAAAGCCTCCATATCGTTTGGAGATAGAAATGATCAAATCAAATCAATTTGACAGTAAACTAAAAGAAAAAATTATCGCACAATGA	MLKIGSHVSMSGKKMLQGSSEEAVSYGANTFMIYTGAPQNTRRKPIEELNIEAGKAHMKEHGIEEIVVHAPYIINIGNSTKPQTFQLGVDFLRSEIDRTDAIGAKQIVLHPGAHVGAGPDAGIKQIIKGLNEVLEKDKNVQIALETMAGKGSEIGRSFDELAQIIDGVTHNEKLSVCFDTCHVHDAGYDIVNDFDGVLHQFDKIIGVNRIKVMHINDSKNEVGAHKDRHENIGFGYIGFDALSSIIHHPQLMDLPKILETPYVGEDKKNKKPPYRLEIEMIKSNQFDSKLKEKIIAQ				NA	NA	NA	NA	NA
AK148_01198	285			hypothetical protein	ATGGCAAATTTTATTAAAGATATGGTTCAAAAAAAATTAAAACAATTATCTACTCAAGAATTAATTCATTATGGAAAACAATACGGATTTACACTAAAGCAACAAGAAGCCGAACAGATAACGGCATACTTAAAGCAACATCCTGTAGATCCATTTGATGCAGAAGGACGAAAACAAATGTTTCAACAACTAGCACGCATCACTGACCCCGTAACAGCAAAAAAAGCACAAAAATTATTCAATGAATTAATTCACTCTTATGGATTAGGTTACTTGTTTGAATAG	MANFIKDMVQKKLKQLSTQELIHYGKQYGFTLKQQEAEQITAYLKQHPVDPFDAEGRKQMFQQLARITDPVTAKKAQKLFNELIHSYGLGYLFE				NA	NA	NA	NA	NA
AK148_01199	372			hypothetical protein	ATGGATCAATATCCGAATCGAGGAATGAAGGATGTTGAAGAACCCCCAAATTATGGTGAGCAGCGTAAAAACCAAGATTTTGTTGGTATAGAACCAGATAGCTCAAGAGATGAGGAATTTGCTGCTGAGATGACTGTAGATGATGCTGATACAGAAATAACTGGAGATATGGATGAAAATACTACCTTTGGATGGGTAGGTATTGCTTTATCCATTATTTCTTTCTTTATCTGGCCAATTATCTTTGGTGTAGCTGGCATTGTTCTTGGATTCATGTCAAGAAGTAGAGGAGCTGACGCATTAGGAAATATTGCTATTGCAGCTGGCGCAGTTTCCATTCTTATCACTTTATTCATTTTGCCATTTGTTTAA	MDQYPNRGMKDVEEPPNYGEQRKNQDFVGIEPDSSRDEEFAAEMTVDDADTEITGDMDENTTFGWVGIALSIISFFIWPIIFGVAGIVLGFMSRSRGADALGNIAIAAGAVSILITLFILPFV				NA	NA	NA	NA	NA
AK148_01200	351			hypothetical protein	ATGGATTTTTCCAAAAAACTATTTTCCTTATTTATTTGTATAATGGCTGTATACATCATATATCAGGATATCACACAAGAAAGCCCCCATTCTAGAAAAGAGCTTGATGAAAAGCATAGTGATATGATTTCTACAACGATGTTTCATGTCGTCCCAGTTAAGGTGCAAGCAAATGATACGGTGCTTTCTATTGTCGAACAAATCAATCCTTATTCACAAAATGAGTTGAATGTTAAGCGTATTTTAAACGATTTTAAATTAAGTAATCCTAACACGGACCCTTTTTCCCTTACCCCAGGTAAAATATATTATTTCCCAAAATATAGTGAAACATTATTAGATAATGGTTAA	MDFSKKLFSLFICIMAVYIIYQDITQESPHSRKELDEKHSDMISTTMFHVVPVKVQANDTVLSIVEQINPYSQNELNVKRILNDFKLSNPNTDPFSLTPGKIYYFPKYSETLLDNG				NA	NA	NA	NA	NA
AK148_01201	630			hypothetical protein	TTGACTGTATTCGAGATGGAATGGATTGGAATTCTCATTACTGGTTTTGCTACTTTATTCCTTATTGGTGAAGTGTTAGTTAATATGCGAGGACTGTTCGGCCTATTAGGGATAGGGTTTATTACTGTATATTTTGGAGCATATGTTGAAACAAGTTCGATTATTATTATGCTTATTATTTACTTTGTTGGATTATTACTTATTATTATCGATGGGAAACTATTAAATGATGGGACACTTGCAACAATTGGTTTAGCGAGTATGCTTACAGCTGTTGCGCTTCCTGCACCAAGTTTAACATCAGGGTTATATGCTGTATTAGGAGTATTGCTAGGTGGTGGGTCGTCGCTTTTATTCTTAAAAGTTTTTAAACGTAGAGAAATGTGGAACAAAATCACGTTAAAAGACCAATTAACAAAGGAAGCCGGCTATAATTCCATGAATGAAACATACGAGCGATTGGTAGGTGAAGAAGGCATTACACTTACTGATTTACGTCCTGTTGGTACAATTCGAATTCATCGTAAAGATTACAGTGCGATATCAAACGGGCAATGGATCGAAAAAGACACAGCTATTAAAGTTGTTCAAGTTGATGGTACCCGTATACTAGTAGAAAAAATAAATTAA	MTVFEMEWIGILITGFATLFLIGEVLVNMRGLFGLLGIGFITVYFGAYVETSSIIIMLIIYFVGLLLIIIDGKLLNDGTLATIGLASMLTAVALPAPSLTSGLYAVLGVLLGGGSSLLFLKVFKRREMWNKITLKDQLTKEAGYNSMNETYERLVGEEGITLTDLRPVGTIRIHRKDYSAISNGQWIEKDTAIKVVQVDGTRILVEKIN				NA	NA	NA	NA	NA
AK148_01202	1626			hypothetical protein	TTGGAAATTGATATTCAAAAACTTATATTTGAATTTATCGGTGGGCTAGGTATTTTCCTTTTAGGTATTAAATATATGGGAGAAGGGCTTCAAAAATCAGCTGGTGATCGATTGCGAGATATTTTAGATAAATTCACTAGCAATCCGTTTATGGGTGTACTCGCTGGAATTATCGTTACTATTTTAATACAGAGTAGCTCGGGCACAACCGTCTTAACGGTAGGTCTTGTAAATGCTGGCTTTATGACGTTAAGACAAGCTATTGGCGTCATAATGGGTGCCAATATTGGTACTACGGTGACGGCCTTCATTATTGGAATTGACATAGGAGCCTATGCTTTACCAATTATTGCTGTGGGTTGTTTCCTGATATTTTTCTTTAAAAACCAAAAAACAAATGCGGTTGGACAAGCTGTGTTCGGCTTTGGTGCTTTGTTCTTTGGTTTAGAGTTAATGAGTAATGGAATGAAACCTTTACGTAGCTTAGAAGCTTTTCAAGAATTAACATTAAGCATGAGTGAAACCCCGATTCTAGGAGTTGTTATTGGTACTGTATTTACTTTAATTGTCCAAAGCTCTAGTGCAACAATTGGAATATTACAAGGATTATTTTCTGAAGGAGCTATGGATTTAAAAGCTGCGATTCCTGTATTGTTTGGAGATAATTTAGGCACAACAATTACTGCTATCTTAGCTTCACTAGGAGCAACAGTTGCAGCAAAGCGTGCTGCGTTAACGCATGTTATTTTTAACCTTATTGGAGCGTCCGTATTTCTAATCATTCTTGATTTATTTACAGTCTTTGCTAGTTTTTTACAGGATCAATTTGCACTAAGTCCAGAAATGACCATAGCGTTTGCCCATGGAAGTTTTAATATAACGAATACCATCATTCAATTTCCATTTATTGGTGCTTTGGCTTGGTTAGTGACAAAAATCGTTCCAGGAGAAGACTCGATTATTGAATATAAACCGCAACATTTGGATCCCATTTTTATACAGCAATCTTCTTCATTAGCATTAGATCAAGCAAAATCAGAGCTTGTGCGCATGGGGGAGTATGCTTATAAAGGTTTGGAAGAAACCAATAAATATTTAAATACACATTTAATAAAGCATGCTGAAATGGCGATGCAAATTGAAGGCGCCCTTAATAATTTAGATCGAAAAATAACAAATTATTTGATAAGTTTGTCGAAAGAATCGCTCTCAGAGTTGGAAAGTGCTAAGCATTCAACATTATTGGATTCCGTACGAGATGTGGAACGAATTGGCGATCATTTTGAAAACATTGTTGAACTTATTGACTATAAAATTTCCAATAAAGTACACCTAACAGATGGTGCAAAAGAAGATTTAAATGAAATGTTTGAATTAACTATATCTACCGTAAAACAGGCGGTTGAATCGTTGGAAAATATGAATCGAGAAGAAGCCCTTTCTGTAATACAAAAAGAAGATCAAATAGATAAGATGGAAAGGAATTTCCGCAAACGCCATATTATACGTATGAATGAAGGTACCTGTAGCGGTTCTGGTGGTATTGTGTTTGTAGATATCCTTAGTAATTTAGAACGAATTGGGGATCATGCAGTTAATATCGCAGAAGACGTTTTAGGAGAATAG	MEIDIQKLIFEFIGGLGIFLLGIKYMGEGLQKSAGDRLRDILDKFTSNPFMGVLAGIIVTILIQSSSGTTVLTVGLVNAGFMTLRQAIGVIMGANIGTTVTAFIIGIDIGAYALPIIAVGCFLIFFFKNQKTNAVGQAVFGFGALFFGLELMSNGMKPLRSLEAFQELTLSMSETPILGVVIGTVFTLIVQSSSATIGILQGLFSEGAMDLKAAIPVLFGDNLGTTITAILASLGATVAAKRAALTHVIFNLIGASVFLIILDLFTVFASFLQDQFALSPEMTIAFAHGSFNITNTIIQFPFIGALAWLVTKIVPGEDSIIEYKPQHLDPIFIQQSSSLALDQAKSELVRMGEYAYKGLEETNKYLNTHLIKHAEMAMQIEGALNNLDRKITNYLISLSKESLSELESAKHSTLLDSVRDVERIGDHFENIVELIDYKISNKVHLTDGAKEDLNEMFELTISTVKQAVESLENMNREEALSVIQKEDQIDKMERNFRKRHIIRMNEGTCSGSGGIVFVDILSNLERIGDHAVNIAEDVLGE	PGPT0002650_1777	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0002650-yjbB-K03324	NA	NA
AK148_01209	612	sodA		Superoxide dismutase [Mn]	ATGGCTACATTTGAATTACCTGAACTACCATATGCTTATGACGCACTCGAGCCTACAATTGACAAGGAGACTATGAACATTCACCATACGAAGCACCATAACACGTATGTTACTAAATTAAATAGTGCTTTGGAAGGGCATGCTGAGCTTCAAAACAAATCATTACAAGTTTTGATTAGCGATTTAGATGCTGTACCAGAAAGTATTCGTACAGCAGTTAGAAATAATGGTGGTGGACATGCTAACCACAGTCTTTTCTGGAAGGTTCTTTCACCAAACGGTGGAGGCGAACCGACTGGTGAACTTGCTACAAAAATAGATGAAACGTTTGGTAGCTTTGACAAGTTCAAAGAGCAATTTGAGAGCGCGGCAGCTGGCCGCTTTGGATCAGGCTGGGCTTGGTTAGTCCTCCATAACGGAAACCTTGAAATTATGAGTACTCCGAACCAAGACTCTCCATTAATGGAAGGTAAAATGCCAATTTTTGGTGTAGATGTTTGGGAACATGCATATTACCTAAAATATCAAAACAGACGCCCTGAATATCTTTCATCCATTTGGAATGTTGTTAATTGGGATGAAGTAGCTAAAAACTATAACGAAGCAAAGTAA	MATFELPELPYAYDALEPTIDKETMNIHHTKHHNTYVTKLNSALEGHAELQNKSLQVLISDLDAVPESIRTAVRNNGGGHANHSLFWKVLSPNGGGEPTGELATKIDETFGSFDKFKEQFESAAAGRFGSGWAWLVLHNGNLEIMSTPNQDSPLMEGKMPIFGVDVWEHAYYLKYQNRRPEYLSSIWNVVNWDEVAKNYNEAK	PGPT0004190_3842	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
AK148_01210	1272			hypothetical protein	ATGCAGAAAAGCCGCTTTTTTTATCCTGGTAATACAAATATGAATAAAGATTTTATCTTTTTGCTTGTTATTGGCGGTTTATATTCATTAGGGCTATTTTTGTCCAATACGTTTGTAAACATTTACCTATGGAAGCAGTCGGGAGATTATGTAACAATCGCTGTATATAATTTAGCTATTTACATTTTTCAACCAATTACTTTTATTATTGCGGGGAGATTGGCTAAAAAAGTAGACAGAGTAATTGTGTTACGGCTAGGAGTGATTTTTTTATCTTTATTCTTTTTAAATGTTCTTTTGATAGGTGATAAAGCTTCCTATTTTAACTTTCTTTTAGGTGGTTTACTCGGTATAGGGTATGGGTTCTATTGGTTAGCATTTAATGTATTGACTTTTGAAATTACTGAACCAGATACAAGAGATTTTTTTAATGGTTTTTTAGGAGTATTACAATCATTTAGTGGTATGGTAGGTCCTTTGTTAGCAGGTTTTATTATCGCTAGAATGGAAGCAAATATTGGCTATACCATTATATTTACTATGTCTTTTATCATGTTCATTTGCGCTGTAGTCATTAGTTTTTTTTTAAAGCCGCGAAAAGCAGAAGGCGATTTTTATTTTCGCCGTGTCTTAAGCGAGCGTTATCATAACAAAAACTGGAAAAGAATTCAAAATGCCCACATCTTTCAAGGGCTTCGCGAAGGAATATTTGCGTTTATTATTGCGATTTGGGTGTTTTTAATTACCCAAAGTGAGTTTGCATTAGGGATGTTTAATTTAGTTTTCTCTGGTCTTTCACTCGTATTTTATTTTATTGGAACAAAATTTATTAAGCCCTCTATGCGTAAAAAATCAATCTTACTTGGCAGTCTAATCTTATACTTTGCCATCGCTTTAATTATTTTTGACATTAGCTACACACAATTATTAATTTATGCTGTATTTATCGGGATTGCCTATCCTATTATTATGATTCCATATGTTTCCTTAACATATGATGTTATTGGGAAAGCTTGGAAGGCGAAGGAATATCGTGTAGAATACATTGTTGTACGTGAGCTATTCGTGAATATTGGTCGGGTGACATCCATTTCTGTTTTTTTACTAGCGATAACCCTTTTAAAAGCTGAAATAATTATTCCATATTTATTGGCTCTTTTTGGTGCTGGGCATATTTTTATTTATTTGTTTGTGAAAAAAATTTACTTGGAAAGTAATATGGAAAAACAAGTTTTTATAAAAGATCAGTTTACAAATGAAAAAAATCGTTAG	MQKSRFFYPGNTNMNKDFIFLLVIGGLYSLGLFLSNTFVNIYLWKQSGDYVTIAVYNLAIYIFQPITFIIAGRLAKKVDRVIVLRLGVIFLSLFFLNVLLIGDKASYFNFLLGGLLGIGYGFYWLAFNVLTFEITEPDTRDFFNGFLGVLQSFSGMVGPLLAGFIIARMEANIGYTIIFTMSFIMFICAVVISFFLKPRKAEGDFYFRRVLSERYHNKNWKRIQNAHIFQGLREGIFAFIIAIWVFLITQSEFALGMFNLVFSGLSLVFYFIGTKFIKPSMRKKSILLGSLILYFAIALIIFDISYTQLLIYAVFIGIAYPIIMIPYVSLTYDVIGKAWKAKEYRVEYIVVRELFVNIGRVTSISVFLLAITLLKAEIIIPYLLALFGAGHIFIYLFVKKIYLESNMEKQVFIKDQFTNEKNR				NA	NA	NA	NA	NA
AK148_01211	2064	pbpH_2	COG0768	Penicillin-binding protein H	ATGAACAAAAAGAAGAAAAAAGCGCAACTTCCCTTTCGTATAAACTTATTGTTTTTTATCGTCTTTCTAATGTTTGCAGGGCTAATATTGCAGTTGGGAGTTGTGCAAATATTAAACGGAGAGGAATTTCAAGAAGAAATTGAGCGTACGGTAAAAGATACAACGAAGGTTCCTGTCCCTAGGGGAAAGATTTATGATAGCAACCATCAAGTCATTGTCGATAATAAACCACTCTATTCCATTACGTACACCCCGCCCAAAGGTGTACAAGCGGAAGATCGCTTAGAAGTAGCAGAAGATCTTGCTAAGTACATTTCTATGGATAGTGATGGTGTAACAGAGCGCAATAAAAAGGAATACTGGTACTTAAAAAATAAAAAAGCGGCAGATAAACGTTTAAAAAAAGAAGAAGCTGCTGAATTAGACAACGCGGAACAATACAACACTATTTTAGACAGAATTACAGAAGAGGAAATATCCGGTTTTTCTAAACAAGAATTAGAAGTAATTGCAATTAAAACGGAGTTAGATAAAGCTTATTCACTAACGCCGCAAATTGTAAAAAACGAAGATGTCACTGCGGAAGAATATGCTCAAGTTTCTGAGCATTTAGCGGAACTTCCTGGTATTAATGCGACTACAGATTGGAATAGAGACTACCCATTTAATGATACAATGAGAAGTTTGCTTGGATCGATAACATCGCAAGAACAAGGGATACCTGCGGATAAAAAAGAGAACTTTCTAACGAAAGGATATAGCAGGAATGATCGTGTAGGTAAAAGCGGTTTAGAAGAATATTATGAAGATGTACTTCGTGGTCGTAAAGAACAAATTCAATATACAACCACAAAGTCTGGGGATGTAGTGGATAGCAATACCGTAGTGGAAGGTAGGCGTGGAAAAGATCTAGTGTTAACTATGGATATCGATTTTCAAGAAAAAGTCGATAAAATTGTACGAGAAGAGTTGAAAACTGCAGTTCAAAAACATCCTTATGAGAACAGGTATTTAAAAGATGCGCTAGCAGTAGCGATAAACCCTAAAACGGGGGAAATATTGGCAATAAGCGGTCAAACAAGAGATGGTAATGACTATAAGGATGCAACGATTAAAACACTTTATGATGCACACCGTCCAGGATCAGTTGTAAAAGGAGCGACAGTACTAGCTGGTTTAGAGTCAGGTGTCATATCTCCTGGTCACACATTTTATGATCTACCGATAAAAATCAAAGGAACGCCACAAAAAGGTTCTTATAATAATAGATTAGGATCTGTAAATGACATTACAGCGTTGAAAAAATCATCCAACGTGTATATGTTTTACATTGCGTTAAAAATGGGAGGCGAAAATCGATATCCATTCCCTAACAATTCAAAGGCTTCGTTTGACCCAGCAGCTTGGCAAGAAATGCGCAATTACTTTCAACAGTTTGGACTAGGGGTCAGCACGGGTATTGATTTCCCGTATGAAAGTATCGGATATGAGGGCCCTGGAATATCTAGTGCAGGTCTTTTAATGGACCAGGCTATTGGGCAGTATGATACGTATACAACGATGCAGCTAGCGCAATATGTCTCCACAATTGCTAATAACGGCTACCGGACCAAACCACATTTCTTAAAGGAAATACGTGAGCCGAGTAGATCAGGTAAGCAATTAGGCAGCGTATATCGTAGCGAAAATACAAAAGTATTAAACCAAATTGAAATGAAACAGTCCTACATTGAACGTGTACAAGAAGGATTTCGTCAAGCTTTCCAAGGTGGTGGAACGGTGGAGATGGGGGGGACCAAGGATTATAAACCGGCAGGGAAATCAGGTACAGCACAAAATGAGATCTATGAAGATGGTGAGTTGGTTGCTGAAACAGAGAACCTTTCCTTAATAGGTTATGCACCTTATGATGATCCAGAAATTGCTTTTGCGGTAATGGTTCCGAATGTAGGACTAGGAAACGATTATCGAATTAACTATGAAATTGGCTTTAAAATAATGGATGAATATTTTAATGCGCAAAAAGGTAACAACAATGATGACAAAGAACAAGAAGATGAATAG	MNKKKKKAQLPFRINLLFFIVFLMFAGLILQLGVVQILNGEEFQEEIERTVKDTTKVPVPRGKIYDSNHQVIVDNKPLYSITYTPPKGVQAEDRLEVAEDLAKYISMDSDGVTERNKKEYWYLKNKKAADKRLKKEEAAELDNAEQYNTILDRITEEEISGFSKQELEVIAIKTELDKAYSLTPQIVKNEDVTAEEYAQVSEHLAELPGINATTDWNRDYPFNDTMRSLLGSITSQEQGIPADKKENFLTKGYSRNDRVGKSGLEEYYEDVLRGRKEQIQYTTTKSGDVVDSNTVVEGRRGKDLVLTMDIDFQEKVDKIVREELKTAVQKHPYENRYLKDALAVAINPKTGEILAISGQTRDGNDYKDATIKTLYDAHRPGSVVKGATVLAGLESGVISPGHTFYDLPIKIKGTPQKGSYNNRLGSVNDITALKKSSNVYMFYIALKMGGENRYPFPNNSKASFDPAAWQEMRNYFQQFGLGVSTGIDFPYESIGYEGPGISSAGLLMDQAIGQYDTYTTMQLAQYVSTIANNGYRTKPHFLKEIREPSRSGKQLGSVYRSENTKVLNQIEMKQSYIERVQEGFRQAFQGGGTVEMGGTKDYKPAGKSGTAQNEIYEDGELVAETENLSLIGYAPYDDPEIAFAVMVPNVGLGNDYRINYEIGFKIMDEYFNAQKGNNNDDKEQEDE	PGPT0023930_466	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023930-pbpA-K21465	NA	NA
AK148_01212	657	phoU	COG0704	Phosphate-specific transport system accessory protein PhoU	ATGCAGACGAGAGGGCAGTTTGACAAAGAACTGAGAGAAATAGATCAAGAAATTGTTGAATTAGCTAATTTAACCGAGAAAGCATTGGATAATGCTGTTAGGGCGTTATTCAATCAAGATATTGGCTTGGCTGAACAAGTTATTGAAGGCGATAAAGTAATTGATAAAAAAGACTTAGAAATTAATGATAAAGTAGTGCTGTTAATAGCTAAACAAAACCCCGTTGCAACAGATTTGCGTCGTTTAATAACAGCCATTAAAATTGTCGCTGATTTAGAGCGGATGGCAGATAATGCAAGAAATATTGCGAGGTCTACAATTAGGTTAGGAGAAAGTAGGGAAGTACCTATTCCAACCCGTTTAAAAGCGATGCAAGATACATTAGTGAACATGCTACACACAGCCATAACAGCTTTTACAGAAGAAGATGGTAAACTCGCTGGACAATTAGCAGAAATGGATGACGCTGTAGATAAAGAAAATAAGCTTATTTTAAGTGAATTATTAGGCGAGACGGCAACAAACCCAGATAAGATCCAATACATTATGCAAATATCTCTATGCTCCAGATATTTAGAGCGATTTGGTGATCATATAACCAATATCGGCGAAAGTATTTTATATTTGATTAAAGGGGAAAATTATAACTTAAACTAA	MQTRGQFDKELREIDQEIVELANLTEKALDNAVRALFNQDIGLAEQVIEGDKVIDKKDLEINDKVVLLIAKQNPVATDLRRLITAIKIVADLERMADNARNIARSTIRLGESREVPIPTRLKAMQDTLVNMLHTAITAFTEEDGKLAGQLAEMDDAVDKENKLILSELLGETATNPDKIQYIMQISLCSRYLERFGDHITNIGESILYLIKGENYNLN	PGPT0002630_3623	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ARSENIC_RESISTANCE	ARSENIC_RESISTANCE-PST-PHO-PIT_TRANSPORT_SYSTEM,PGPT0002630-phoU|phoY-K02039	NA	NA
AK148_01213	582	mltG_1		Endolytic murein transglycosylase	ATGAAACAACCTATACGTCTTTTTGGTATTGGTCTCCTAACAGCTGGAATAATTATGTTAGGGGTTTATTTTATTACAAATGGGAGCACTCAAACAGCAGATAGCTTATCCGACAAGGAGCTAGTAGCTTTAGTAGAAGATAAAGGTTATCATGTGCTAACAAATTCAGAATATGTTGCTGTTTCTGTGGATGAAGCTAAAACAACTGCTGCAAAAAATGAAGAACAACCAGAAACAAAAGCTAAATCTACAGAAGAAGATTCCAAAAATAAGGAAGAAAATGAGAAACCGAAAAGTGACCAAGATTCAAAAAAAGATGAAGGTCAAAAGGAAGAAAAGGATAAGCAAAAGAAAGATGAAAAGAAAGAAAAGGATAAGAAAACATACACATTAAAAATTGAAGAGGGAAAACCCTCTTCCGATATAAGTGAAAAACTAGAAAAGAATGGAATTATCGATGAAGCATCGAAATTCAATGACTATCTAGAAGATAATGATTACAGTAAAAAGGTACAACTTGGAGAATTTAAAGTATCTAGCGATATGAGTCTGTACGAAATCGCTGAAGCCATTACAAGATAA	MKQPIRLFGIGLLTAGIIMLGVYFITNGSTQTADSLSDKELVALVEDKGYHVLTNSEYVAVSVDEAKTTAAKNEEQPETKAKSTEEDSKNKEENEKPKSDQDSKKDEGQKEEKDKQKKDEKKEKDKKTYTLKIEEGKPSSDISEKLEKNGIIDEASKFNDYLEDNDYSKKVQLGEFKVSSDMSLYEIAEAITR				NA	NA	NA	NA	NA
AK148_01214	219			hypothetical protein	ATGATATATGCAATTATTACCATTATTGCAGTCGGAATCGTTTTACTTGCTATTTCCTTTTTCATGAATGATCGAATCGAGCAGGTTGAAAGTCAATTAGAACAATTCTCCATTACAACGATGCAAGATACATATCAAATGAAAAAGAAAATGAAGATTCTGGAAGAAGAACTATTAACAGAGGACTTCACAGACACTCGTATAGAAAATAAATCTTAA	MIYAIITIIAVGIVLLAISFFMNDRIEQVESQLEQFSITTMQDTYQMKKKMKILEEELLTEDFTDTRIENKS				NA	NA	NA	NA	NA
AK148_01215	153	rpmG2_1		50S ribosomal protein L33 2	ATGATGCGCGTAAACATTACTTTAGCTTGTACAGAAACAGGAGATCGTAATTACATTTCTACTAAAAATAAACGAACTAATCCTGAGCGTTTAGAGCTTATGAAATACAGCCCACGTCTAAAAAAACACACTCTACATCGTGAAACAAAATAA	MMRVNITLACTETGDRNYISTKNKRTNPERLELMKYSPRLKKHTLHRETK				NA	NA	NA	NA	NA
AK148_01216	558	yqgN	COG0212	putative protein YqgN	TTGAAAAAAGACCAACTCCGAAATGCCACTATTTATGCTTTAAAACAACTAACCCCAGAGCAAAAAGGGGATATAAACCACCAATTACATCAACACCTAGTGACCTCGACATTTTGGGAAAATGCTACTACAATCGGTATTACTATCTCGAAAGGATTTGAATGGGATACTTATGAATTAATTAACCAAGCTTGGCGGCAAGGTAAAAAGATATGTGCCCCAAAGTGTGACCCAAAATTTAAAACGATGGATTTTTATAAGTTTCAAACCTTCAAACAACTAGATGAAGTATACTATCATCTTTTAGAGCCTATTCCAAGTGAAACCGTGTATATTGCTCCGGGTACCATTGATTTGTTGCTTGTGCCAGGTATTGTTTTTGATCCAGATGGTTATCGTATAGGATTTGGTGGCGGCTATTATGACCGTTTTTTAGCAGGGTTTCTCAATCAAACTGTTTCTATATTACACAGTAGCCAACTTGTACCATCAATACCGAAAAACATATTTGATTTACCCGTTCAGCATTTAATAACAGAAGAAGGTTTAGTACGTTAA	MKKDQLRNATIYALKQLTPEQKGDINHQLHQHLVTSTFWENATTIGITISKGFEWDTYELINQAWRQGKKICAPKCDPKFKTMDFYKFQTFKQLDEVYYHLLEPIPSETVYIAPGTIDLLLVPGIVFDPDGYRIGFGGGYYDRFLAGFLNQTVSILHSSQLVPSIPKNIFDLPVQHLITEEGLVR	PGPT0008170_4751	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
AK148_01217	192			hypothetical protein	ATGCGTATTATTGTTTTAATTATAGGTCTTGTTGCTGCGTCCGCTTTCGTTTATAAATGGCGTTATCGCATTTTGAATATGGTTTTAGCAATTGGATTTTTACGCAAATTTGCTGTACAGTTATCTATGAGTTCTCCTTCCATCCGTAGTCTTTTTAAATCGAAAATGTCGCAAACAAATACGAATGTATAA	MRIIVLIIGLVAASAFVYKWRYRILNMVLAIGFLRKFAVQLSMSSPSIRSLFKSKMSQTNTNV				NA	NA	NA	NA	NA
AK148_01218	1560	gluP	COG0705	Rhomboid protease GluP	ATGTATTTAGATGAACAGTATACGATGTACAATATGGCTTATCAAATTGTTTCTCGTGAAGCGTATAATGTTCTTTATGTAAACGAACAAGGGAATGAGATATGGTTAGAAAAGAAGGTTGGGAAAGATTCAAAAGTATTACGATTTATCAATCAAGGCTTTGACTGGAAAAACTATTTAAAAAAAGATATAGCCGTCGTATTTCAAAAAGTAAAAGCCATGAAAAAACTTTTAAGAGCTAAAACCATTCAAATACATAATATATACATATCAGAATTCACTCCTGTAGACTCATGGGAGTTTTTAAAGCAACCAATGAAATTAAATGAAAAACAAGCAATTATGATGAAAATATATTACCTCTCTAATTCACAATTTGAAGAAGAAAAAGACAGGTTAGAAAAAGAGGCAGAGATTTCTGCGCTAGAATTGGATGATAGTCTCGAGGAAACAGTAAAAGAAGAGAAAATAGCTACTTATAAGCATTATTTAAGGAAACGAATTTTGGATGATCAAAAAGAAAAGAAAGAGTTATTTTCTTTTGGAAAACCAAGGTTAACATATATCATTTTAGCTCTATGTGTTAGTTTATTTCTGCTGTTAGAATGGAACGGTGGGAGTGAAAATATCGAAACACTAAAACAATTTGGTGCTAAATATAATCCAGCTATTATTGAAAATGGGGAATGGTGGAGGATTATTAGCTCCATGTTTTTACATATTGGTTTGTTACATTTAGTAATGAATATGATTGCTGTTTATTATTTAGGTACATTAGTAGAACGTATATATGGTTCCATTCGATTTTTAATTATTTATTTTCTGGCTGGAATAGGAGGTGGAATAGCAAGCTTTGCTTTTTCAGCCAATATTGCCGCAGGTGCATCCGGTGCTCTATTTGGATTATTTGGAGCGTTATTATTTTTTGGGCTTCATCATAGGAGGGTTTTCTTTCAAACTATTGGAAGTAATGTATTGTTGTTAATTGGAATAAATATTGTGTTTGGTTTTTCTATTCCAGCTATTGACAATGGTGCTCACCTTGGTGGTCTAGTAGCAGGTTTTATTGCTTCTGGAATTGTTCATTTGCCGAAACAAAAAGAAAGATGGAAGCAGCTTAGTGCAGTGCTTGTCTACTTAGCGCTTGCATATGGAATAATACAATACGGCATAACAAACAACATGAACTCGCCAATGTATTATGTCATGCACATTGAAGAATTAGTTCAAGAAGAAAAATATGAACAAGTTGTTACAGAGGCCAGTAAAGCGATACGCAATACTGAAGGGGAGGAGCAATGGAAAGCAGCTATTTTATTCCATCGTTCCTATGCGTACATTGAATTAAATCAGAAAAATTTAGCTATGGATGATTTGAAACAGAGTGTTCGACTAGACAATAGTTTTCCAGAAGCACATTATAACCTTGCTTTACTATATTACCAGCAAGGTAATATAGAGGAAGCAAAAGATTTCATAAAAAGAGCTTATCAATTAGACTCTAATAACACGGATTTTCAAGAAATGTATGAGCAGATTACAGGCGAAAAACCTAAGTAA	MYLDEQYTMYNMAYQIVSREAYNVLYVNEQGNEIWLEKKVGKDSKVLRFINQGFDWKNYLKKDIAVVFQKVKAMKKLLRAKTIQIHNIYISEFTPVDSWEFLKQPMKLNEKQAIMMKIYYLSNSQFEEEKDRLEKEAEISALELDDSLEETVKEEKIATYKHYLRKRILDDQKEKKELFSFGKPRLTYIILALCVSLFLLLEWNGGSENIETLKQFGAKYNPAIIENGEWWRIISSMFLHIGLLHLVMNMIAVYYLGTLVERIYGSIRFLIIYFLAGIGGGIASFAFSANIAAGASGALFGLFGALLFFGLHHRRVFFQTIGSNVLLLIGINIVFGFSIPAIDNGAHLGGLVAGFIASGIVHLPKQKERWKQLSAVLVYLALAYGIIQYGITNNMNSPMYYVMHIEELVQEEKYEQVVTEASKAIRNTEGEEQWKAAILFHRSYAYIELNQKNLAMDDLKQSVRLDNSFPEAHYNLALLYYQQGNIEEAKDFIKRAYQLDSNNTDFQEMYEQITGEKPK				NA	NA	NA	NA	NA
AK148_01219	861			hypothetical protein	ATGAAAAAATGGTCTGTCATCACCATCGTTGTTGCCATAACTAGTTTTATTACCATTATCTATATCGTTGGTTTACAATCTAAACCAGCAATTACGTATTTTCCTCTTGATAAAAATTTTGCATTTACAACAGCAGAAACCGATATACAACTTTTTACTGAGAAAGGAATAGATGATTATGAAATCATCTGGAAAGCATCTTCTGCAACAGAAATTCCTGTTTACTTAAGGCAAGATGTTTCTTTGCTATTTGACAATGGAAGGCTAAGAGGAGCTTTGTCGAAGTGGGTGCAAGATACGGATACAATTCATTTAAAAAGAATGCTCACTTTAGAAGATAGTAGTTTGTATGAAGCGATTTCCTTTCATCATGGGGAAATTCATGAAAAAGACAGCCAAATAAAGAGCATGCAACAAATGTCAAGTGATCATTTATATGTCATCGACTCACCAGCAGCAAAATTAGATTCATTTAAAACACCTTCTACAACATACGAAAAAGAATGGAAAACACTACTTGATCGTGCCTCCATGCAGCAACTAACCTATCATTGGGATACATTGTATGAATATTTCGACATTAACAAAGAAAGTTATACAGCTGTACCTTTAACCGATTTAAATAAGTTTGCGGCACAACCGATAGCTGGCTTAACACAAGCGCAAACAGATAAAGTTATGGGACAATTATGGGAAGGGTTGTACAAAAACTATCTCTTACCAATTGTGAATGCGGAAAAAGCAGTCAATAGCTATATTCCCATTATTTTATTCGACAAAAAAAACAAACATTTGCTCGTACTTTTTGAGATGAATGGTAAAAAAGAAAAGCTCATACAGCAGTATTCTTTTTCAGAATAA	MKKWSVITIVVAITSFITIIYIVGLQSKPAITYFPLDKNFAFTTAETDIQLFTEKGIDDYEIIWKASSATEIPVYLRQDVSLLFDNGRLRGALSKWVQDTDTIHLKRMLTLEDSSLYEAISFHHGEIHEKDSQIKSMQQMSSDHLYVIDSPAAKLDSFKTPSTTYEKEWKTLLDRASMQQLTYHWDTLYEYFDINKESYTAVPLTDLNKFAAQPIAGLTQAQTDKVMGQLWEGLYKNYLLPIVNAEKAVNSYIPIILFDKKNKHLLVLFEMNGKKEKLIQQYSFSE				NA	NA	NA	NA	NA
AK148_01220	1458	gerBA_1		Spore germination protein B1	ATGCAAATGGAAAGGCAGCCACTATTTTCATCATTTGAAAAAAACCGAGACTATATGCATGAGCGATTAGCAGTCGATCAAAGCTTTGATATGATTCAACGCGACTTGGAGTATGCAGGTATTAAGATGGCTTTGTTTGTTATTGATGGATTTGGCAAAGACGAAATATTACTTTATATTATGCAGCTTTTTGCTGAACTAGAGACGGAAGATTTAGAACCAAATGTATTAAAAAAATTACTTGAAAGATATATTCCTTACATTGAAGTAGATGAAGCGAATGATTTAAATGAAGCAAGCGACCTTGTCCTCGCCGGCCCAGCTGCATTAGTTGTAGAAGGCGCAAATAAAGTCATTATTATTGATGCAAGAACTTATCCTGCTCGCTCGCCAGAGGAACCCGATTTAGAGCGTGTTGTTCGAGGTTCTAGAGATGGATATGTGGAAACAATTGTCTTTAATACAGCTTTAACGAGAAGAAGGGTTCGAGATCGTTCTTTACGAATGCAGTATTTGCAAATTGGGAGAAGATCAAAAACAGATATTTGTATTTGTTATATTGAAGATATAGCTGATAAACATAGGGTAGAGAGCTTAAAAAAAAAGTTAGAAATGATTGATACAGATGGTTTGCCTATGGCTGAGAAAACTATTGAAGAGTATATTAGTGGGAGGCACTGGAATCCATATCCAACAGTAAGATATACAGAACGCCCAGATACAGCCGCTTCGCATCTTTATGAAGGCCATGTTCTCATTATTATTGATGGTTCACCTAGTGTAATGATAACTCCTGCAACATATGCTCATCATCTACAGCATGCAGAAGAATATAGACAAAAGCCGTTAGTTGGCGCCTATTTACGATTTGTACGATTTTTTGCTGTTATAGCTTCTATATTTATCTTGCCATTATATTACTTATTTGCAAAACACGCTGATTATTTGCCAGCCAATTTGCAATATATAGGCCCTGATGAAGCCGGTGTTGTTCCGTTATTTGTCCAATTTTTACTAGCGGAAATCGGAATAGATATTTTACGTATGGCAGCCATTCATACACCTTCTTCGCTAGCCACTGCACTTGGTTTAGTTGCAGCTATTATGATCGGTGAGGTTTCTGTACAAGTAGGATGGTTTTCCCATGAAGTTGTATTATATTTAGCCGTAGCAGCTATTGGTACGTATGCAACACCAAGTTATGAGCTAAGCTTAGCTAATCGTTTAGTTCGTATCTTTCTTTTAATTGCTGTTGCTTTGTTTGGTGCTATCGGTTATATTGTTGGCATAACACTTTGGATTTTGTATTTGGTTAGAATGAAATCGTTTAACGTTGCTTATTTTTGGCCGTTCATTCCTTTTTCCTATCGTCCGTTTCGAGATGTATTTTTGCGATCGCCAATTCCGTTGAAAAACCGTAGACCTGCTTTCTTGCACCCAAAAGACCCTGATCGATAG	MQMERQPLFSSFEKNRDYMHERLAVDQSFDMIQRDLEYAGIKMALFVIDGFGKDEILLYIMQLFAELETEDLEPNVLKKLLERYIPYIEVDEANDLNEASDLVLAGPAALVVEGANKVIIIDARTYPARSPEEPDLERVVRGSRDGYVETIVFNTALTRRRVRDRSLRMQYLQIGRRSKTDICICYIEDIADKHRVESLKKKLEMIDTDGLPMAEKTIEEYISGRHWNPYPTVRYTERPDTAASHLYEGHVLIIIDGSPSVMITPATYAHHLQHAEEYRQKPLVGAYLRFVRFFAVIASIFILPLYYLFAKHADYLPANLQYIGPDEAGVVPLFVQFLLAEIGIDILRMAAIHTPSSLATALGLVAAIMIGEVSVQVGWFSHEVVLYLAVAAIGTYATPSYELSLANRLVRIFLLIAVALFGAIGYIVGITLWILYLVRMKSFNVAYFWPFIPFSYRPFRDVFLRSPIPLKNRRPAFLHPKDPDR	PGPT0024820_287	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024820-spoVAF-K06408	NA	NA
AK148_01221	213			hypothetical protein	ATGAAAACGATGTATGATATACAGCAATTCTTAAAAAAATATGGTACATTTATTTATACGGGAAATCGTTTAGGTGATTTACGTATGATGGAATTAGAAATAAATGAACTGTATGAGCTTGGCTTCATAGAAAACAAAACGTATATAGAAATAAAAATGGTACTAAAAAAAGAAATTACATCTACGCTGAAGCAGAAGAAAGGAAGTCAATAG	MKTMYDIQQFLKKYGTFIYTGNRLGDLRMMELEINELYELGFIENKTYIEIKMVLKKEITSTLKQKKGSQ				NA	NA	NA	NA	NA
AK148_01222	984	glcK_3	COG1940	Glucokinase	ATGGAGCAAATAATTATTGGTATGGATATTGGAGGAACTACAGCCAAATTAGGATTAATTAGTAATGATGGAGTAATTATAAGCAAATGGGAAATACCTACAAACACAAATGATGGTGGTAAGCATATTGTGGATGATATCTGGAATTCAGTTCGTCAAAAATTAAAGCATTTACATTATAATGAAGAGCAAGTTCTCGGAATAGGTGTTGGCGCTCCAGGATTTATTGAAGATGAAACAGGGTTTATTTATGAAGCGGTAAATATTGGGTGGAAAAATTACCCTCTAGGTGAATTACTAAGTAATCAATCCAAGCTTCCAGTATTTGTAGAAAACGATGCGAATGTAGCTGCCTTAGGAGAAAACTGGCGTGGAGCTGGTAATGAAGTAGCTAATCTAATTGCGGTTACACTTGGTACTGGTGTAGGGGGCGGTATTATTGCAAATGGTAGAGTAGTAAATGGAGAAGCCGGTATAGGTGGAGAAATTGGTCATATTATTATGGATACACATGGTGCAGAATGTAATTGTGGCAGAAAAGGATGTTTAGAAACCATTGCTTCTGCTACTGGTATTGTGCGACAAGCATTCGAATTAGCCGAGAATTTACCAGATAGTAAATTAGCTAAACATGTAAATATAAAAGGAACTATTACTGCAAAAGACGTCTTCCAATTAGCGAATGAAGGGGATGTAGAAGCAAAACAAATTGTCGCACATACAACCGACATTTTAGGGTTGGCAATTGCAAACATGAGCGTTACTATTAGTCCGGCTAAAGTATTAATTGGAGGCGGCGTCTCGAAAGCTGGACAACCTTTGTTAACGGCAATAGCAGAAGCGTTTAAACGTTACGCTCTTCCAAAAGTATACCAAAGCTGTGAATTAAAGTTTGCCCAATTAGGTAATGATGCAGGTATTATAGGCGCTGCTTTTTTAGTAAAGCAAAAGCTAGAGAAAAAAGTATTTGGTGAAAAAATCTAA	MEQIIIGMDIGGTTAKLGLISNDGVIISKWEIPTNTNDGGKHIVDDIWNSVRQKLKHLHYNEEQVLGIGVGAPGFIEDETGFIYEAVNIGWKNYPLGELLSNQSKLPVFVENDANVAALGENWRGAGNEVANLIAVTLGTGVGGGIIANGRVVNGEAGIGGEIGHIIMDTHGAECNCGRKGCLETIASATGIVRQAFELAENLPDSKLAKHVNIKGTITAKDVFQLANEGDVEAKQIVAHTTDILGLAIANMSVTISPAKVLIGGGVSKAGQPLLTAIAEAFKRYALPKVYQSCELKFAQLGNDAGIIGAAFLVKQKLEKKVFGEKI				NA	NA	NA	NA	NA
AK148_01223	1905	ltaS1_2	COG1368	Lipoteichoic acid synthase 1	ATGAAACAGGAAATAAATAAGATACCGTTATTTATACTAGCAACCATTTTATTTGGAATAAAAACATATCTCGTATACCGGTTTATGTTTTCTATTGATTTGGAAAATATGATGCAAGAGATTATATTACTTATTAATCCATTTGTATCTGGATTTTTAATATTTGCATTAAGTGTATGGATTAAAAAGCCGCAAAGGCAAATGAAATATTTACGTTATACGATCTTAATAGGCACGTTGATTATATTTGCAAATCTTGTTTTTTATCGGTCGTTTACTGATTTTATTACGATCCCGCAACTTTTTCAAGCGAGTAACGCTGCTGATTTAGGTTCAAGTATTTTAACATTGATTAAACCGTATGATATATTGCTATTTGTAGACGTTGTTATAATCTGGTTTATTAGCCGAAAGCAATCAGCTCAAGTTGTCGCGCACTACCCTAAAAGTGGGAAGGTCTTTGCACTTGCCATGTCATTTGTTTTATTAGCGGGAAACTTCTTCTTAGCGGAAATGGAACGCCCACAATTGTTTACGCGTGCGTTTGATCGTGAGTATCTAGTAAAAAACATTGGTTTGTTTAATTATCATATCTATGATATTGCAACTCAAGCAAAAGCAAAGACGCAACGAGTGTTTGCGGATGGGAATGAGCTTCCTGAAATCCAAAAATATATGGACGAGAACATGGCTAGAAATACTACTTCCGAGCTGTTTGGGGTAGCAGAAGGTAAAAATGTAATTTTTATTAATGCGGAATCAATTCAAAGTTTTGTCATTAATAATGATGTTAACGGGGAGCCAATTACACCATTTTTGAATGCTTTAACGAAGGATAAAGATACTTTCTATTTTGAGAATTTTTATCACCAAACGGAGCAAGGAAAAACCTCTGATTCGGAGTTTCTTGTTGAAAATTCGCTATATCCGCTATCGCGTGGCGCTGTTTTCTTTACCCACGGTCAAAATGAATATAATGCAATGCCTGAAATATTGGGCGAGAATGGATATTATTCTAGTGTAGTGCACGCCAATAATAAGAGTTTTTGGAACAGAGATCAAATGTATCAAAGTTTAGGATTTGACCATTATTATGGGGAAGAATCTTTTGAAATAACAGAAGAAAATTCGGTTGGTTGGGGGTTAAAAGATAAACCGTTTTTTGAACAATCGACCGATATTTTACAGCGAATGGAAAAACCTTTTTATACAAAATTGATAACATTAACGAACCATTTTCCATTTGAGTTAGATGAGGAAGATCGATCTATTGAACCGTATGATTCCAATTCTAATACGTTAAATAATTTCTTTCCAACTGTTAGATATATGGATGAATCCATTGAACTGTTCTTCGATGAATTAAAACGTACTGGTTTATATGAAGACTCCATTATTGTTATTATGGGTGACCATTATGGAATTAGTGCAAATCACAATAAGGCGATGAGTCAGTATTTAGGAAAAGAAGAGATTACTCCTTACGATCACATTCAATTGCAACGTGTACCACTATTTATCCATATACCCGGCTTTGGAAAAGGGGAAATTAAATCTGAAATTGCTGGCCAGATTGATATGAAACCTACATTGTTAAACTTACTAGGTATAAAAAATAATCAGGATATTCAATTTGGGAATGATTTGTTTAGTAAACAACGTAAAGATTTTATAGCTTTACGAAATGGAAGTTTTATAACAGATGAGTATATTTATACAAATGATACGTGTTACAATAAAAAAACTGGAGAACCAGTTGAAAAAAATCAAGAAGAGGACGAATCTAAAGAAACTTCGAATGCATGCGACTTAATTCGCAAGCAAGTGGAAAAAGAATTAGACTATTCCGATGATTTGATTTACGGTGACTTATTTCGTTTTATCGATTTCAAAAAAAATAAATAG	MKQEINKIPLFILATILFGIKTYLVYRFMFSIDLENMMQEIILLINPFVSGFLIFALSVWIKKPQRQMKYLRYTILIGTLIIFANLVFYRSFTDFITIPQLFQASNAADLGSSILTLIKPYDILLFVDVVIIWFISRKQSAQVVAHYPKSGKVFALAMSFVLLAGNFFLAEMERPQLFTRAFDREYLVKNIGLFNYHIYDIATQAKAKTQRVFADGNELPEIQKYMDENMARNTTSELFGVAEGKNVIFINAESIQSFVINNDVNGEPITPFLNALTKDKDTFYFENFYHQTEQGKTSDSEFLVENSLYPLSRGAVFFTHGQNEYNAMPEILGENGYYSSVVHANNKSFWNRDQMYQSLGFDHYYGEESFEITEENSVGWGLKDKPFFEQSTDILQRMEKPFYTKLITLTNHFPFELDEEDRSIEPYDSNSNTLNNFFPTVRYMDESIELFFDELKRTGLYEDSIIVIMGDHYGISANHNKAMSQYLGKEEITPYDHIQLQRVPLFIHIPGFGKGEIKSEIAGQIDMKPTLLNLLGIKNNQDIQFGNDLFSKQRKDFIALRNGSFITDEYIYTNDTCYNKKTGEPVEKNQEEDESKETSNACDLIRKQVEKELDYSDDLIYGDLFRFIDFKKNK	PGPT0023375_994	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023375-ltaS-K19005	NA	NA
AK148_01224	171			hypothetical protein	ATGCATATCGTATTAGGGGTTTTGTTTTTATTAGTAGCTATTCTTGCAGTTGTATCCATCATTCGTCAACTAAAATACAAAAATATCTTTGCTATTGGTTTTTCTGCGATTACAGCGTTAGCATTTGGATTTTTTGCTGTGGCAACCATTATTTCCGAATTAGGTGGTTAA	MHIVLGVLFLLVAILAVVSIIRQLKYKNIFAIGFSAITALAFGFFAVATIISELGG				NA	NA	NA	NA	NA
AK148_01225	624	gloC	COG0491	Hydroxyacylglutathione hydrolase GloC	ATGCAAATACACACAATGTCTTTAGGTCCATTAGGAACAAATTGTTATATTGTATACGATCAAGAAGAAGCGTTAATTATTGATCCAGGTGGTGATGCGGAGAAAGTCATGCAATTTTTACAAGATCATCACGTAACACCAATTGCTATTTTATTAACACATGCTCATTTTGACCATATTGGAGCAGTAGATGAACTACGAAAAGCGTATCATGTTGATGTTTATCTGCACGAATTGGAAGCGAACTGGCTTGAAGATGCTAGTAAGAATGGTTCGTTGTTATTGACGCAGCAAAAAGTAGAAACAGAAAGGCCGGATCAATTCTTATATCCAAGGAAGATGACGCTTGGAAACTTTTCTTTTCATGTATTACATACGCCAGGCCATTCTCCTGGTAGTGTTACTTTTGTTTTTACAACAGAAAATTTTATTATTAGCGGAGATGTATTATTCCAACAAGGAATTGGCCGTACAGATTTACCAGGGGGAGATTTTCAGCAACTAGAAAAGTCTATAAAAGAATCCATATATACGTTGGATGACGCTTTTATCGTTTATCCAGGTCATGGGCCAAAAACGAATATCCAATTTGAAAAGCAATATAACCCGTTCTTCACAGTGTGA	MQIHTMSLGPLGTNCYIVYDQEEALIIDPGGDAEKVMQFLQDHHVTPIAILLTHAHFDHIGAVDELRKAYHVDVYLHELEANWLEDASKNGSLLLTQQKVETERPDQFLYPRKMTLGNFSFHVLHTPGHSPGSVTFVFTTENFIISGDVLFQQGIGRTDLPGGDFQQLEKSIKESIYTLDDAFIVYPGHGPKTNIQFEKQYNPFFTV	PGPT0001770_8023	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001770-gloB|gloC-K01069	NA	NA
AK148_01226	243			hypothetical protein	ATGGATCGAATGTTTCGTGTGTTAGCCTTTTGGACAGGAATTTTTACTGTAATGTTTTTCGTGGGAGATATGCAAAAAACCGCATTACTTTTTCTCGTTCAAACGGCCTTTTTCCTAACATTAAGTTATTTGAAACTTTCTGAACGCATGTATATGTATTTATTCGGGGCATACTGTACCATATTCTTTATTGGCTTTACATGGTATTCAGAATTCATACTTGTACCTGGTTTCGGACACTAA	MDRMFRVLAFWTGIFTVMFFVGDMQKTALLFLVQTAFFLTLSYLKLSERMYMYLFGAYCTIFFIGFTWYSEFILVPGFGH				NA	NA	NA	NA	NA
AK148_01227	372			hypothetical protein	ATGATAAAAAAATCATGTATTATCCGTAACAACGCTGGGTTTATGTTCCCGTTTGTACTAGTCATTACAGTTCTCGTGTTACTGATTATAACAGCAACGGCCTATCATTATCAAAACAATATAGTTATGACAAAAAATCAAATCGAACAGTTAAAAATAGAGACAATGGTGCAAATGTCACGAGAAAGAGTAAAGCAAGCACTCATTCAAAATGGAGAGCTTAAAAAACAAATGTATTTTTCATTCCCTTATGGCGACGTTTCTTTACGTATAAACGCTTTATCCTCTGATAAATACACATTGTTTTTCACCATTACAACGGACAATCAATCTACAATCCAACTAAGAGGATTTCTTAACCCCTCTTTATAG	MIKKSCIIRNNAGFMFPFVLVITVLVLLIITATAYHYQNNIVMTKNQIEQLKIETMVQMSRERVKQALIQNGELKKQMYFSFPYGDVSLRINALSSDKYTLFFTITTDNQSTIQLRGFLNPSL				NA	NA	NA	NA	NA
AK148_01228	414			hypothetical protein	ATGCTGAGCCATCTTGAATCTGGTTTTACATTTGTAACAACATTAATTTCCATTGTAGTTTTAGTTTTTAGTATTCCATTTGTTAGTTACCTTTTACGCCAAGTTTCCGTAGACAATACAATGAATGATGTATCCGTTGGACAGTTTTTTATATTTATGCGTAATGAAGTTATGCAAGCGGAAGAGATAAAATTATATCCTCATCAACTAAAGCTGTCTATGCATAATGGAGATGAAGCTACATTTGAAAAGTATGGTAACCTTATAAGAAGACAAGTTGATGGTACCGGTCATGAAATATATTTACGGGATATAAAAGACATTACATTCTCCCCTTTTTCTTATGGATTTCACATTATCATTACCACCATGAAGGGGGAAAAGTATGATAAAAAAATCATGTATTATCCGTAA	MLSHLESGFTFVTTLISIVVLVFSIPFVSYLLRQVSVDNTMNDVSVGQFFIFMRNEVMQAEEIKLYPHQLKLSMHNGDEATFEKYGNLIRRQVDGTGHEIYLRDIKDITFSPFSYGFHIIITTMKGEKYDKKIMYYP				NA	NA	NA	NA	NA
AK148_01229	339			hypothetical protein	GTGTTGAAAAAAGTTAATGGATTTACTCTCATTGAAGTTATTATTGCATCGAGTTTATTGTTTTCGTTTATCTTAATTTTAGTACCTGCTTTTTCCATTTTGCATGTAGAACAAACAGTATTGCATGACCGGCTAGCAATTGCCTATAAACTTCACGACGAAATGCAGCCAATCATTTGGGAAAACGATAATTTTACGGCCAGTTATGATTTACTCGTCAATAAACAAACAGTAACGATAGAAATTGATCATGAGCACAACTACTTGAAGGGATGTGCATATTGGAAAAATGCGAAACAAACAAACGAAGAAGTCTGTCTTTATGCTGAGCCATCTTGA	MLKKVNGFTLIEVIIASSLLFSFILILVPAFSILHVEQTVLHDRLAIAYKLHDEMQPIIWENDNFTASYDLLVNKQTVTIEIDHEHNYLKGCAYWKNAKQTNEEVCLYAEPS				NA	NA	NA	NA	NA
AK148_01230	459			hypothetical protein	ATGAAAGTAATAGCGGAAAAGTTCGCAACTAGTCGCATAAAGCAAGCCAATGGTTTTACGCTAATCGAAATGCTGTTTGTAATAAGTATTATGTTCATTATATTGGGACTGCTGTTACCTCCACTTTCTGCAAATGTAAACAGAATAGAAAGCAATTACGTTATTGATAAACTAGCTTCGGACGTAATGACTATACAGCATATGCATGCAACTACAAATGGAACGGTTAGGATTCAACTATACAGAGATAAATATGTCATATTAAAATCAACTAAAATTTTAAAGCAAGTTTCTCTCCCAGAAGGATTCTGGTTTAATCAAAATGGAAAGCATTTTTTAGAGTTTCATAAGAATGGCAGTATTAAACATCCTCGAACATTCTTTCTATACTCGCCGACAACAAAATATAAAATAATCTTCCCGTTTGGTAAAGGACGGTTTCGTGTTGAAAAAAGTTAA	MKVIAEKFATSRIKQANGFTLIEMLFVISIMFIILGLLLPPLSANVNRIESNYVIDKLASDVMTIQHMHATTNGTVRIQLYRDKYVILKSTKILKQVSLPEGFWFNQNGKHFLEFHKNGSIKHPRTFFLYSPTTKYKIIFPFGKGRFRVEKS	PGPT0029455_55	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029455-comGD-K02246	NA	NA
AK148_01231	300			hypothetical protein	ATGTGGAAGAAAAATAACGCTTTTACTTTAATTGAAATGCTAGTTGTTCTAATGATTATTTCCGTGTTAATTATTCTAATCGTTCCTAATTTAGGGAAACGCAGTCAAGATGTAAACAGCAAAGGGTGTGAAGCATTAATAGCAGTTGTTCAAGCTCAGGTCGATGCATATTATGCTGAACATCATCAATTTCCGACAAATTTAGACGCATTAGTGCCAGAGTACATTAATGAAGATCAGAAATCATGTAATGACAAGGAACTAAGCTATGAAAGTAATAGCGGAAAAGTTCGCAACTAG	MWKKNNAFTLIEMLVVLMIISVLIILIVPNLGKRSQDVNSKGCEALIAVVQAQVDAYYAEHHQFPTNLDALVPEYINEDQKSCNDKELSYESNSGKVRN	PGPT0029450_375	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029450-comGC-K02245	NA	NA
AK148_01232	1050			hypothetical protein	ATGGATATATTTCTAAAACATCCTTTGAAGAAACATAATAAACTGTCAAATCAACAACAATTGCGGTTTTTAAAACGCTTGAACCACCTTTTAACCAATGGATACCCTCTTATTGAAGCATTAAATAGTATTGCTTGGACAAAACCGTTTAGTAATTTGTCTGAAAAAATTATATTTGAATTAAAAAATGGCGCTACATTTGATCAAGCTTTACAAAAAAGCGCTTTTCATCCATCTATTACGAATTACCTCTCCTTTTCTATGTCCAATGAAAATTTACAAGGAAATATACAGCGTTGCTACAAAATGTTTGAGCAAAAACTGAAATACAATAGCAAGTTTAAACAAGCCATCCGCTATCCCATTCTGTTGTTAACGATTTTCTTGCCTATACTGATTCTGCTCAAACAAGTAGTGCTTCCCTCTTTTATTGACCTATACCAAGGAATACCAGGTTCTTCGACAATTTTAGTTATAACCATTTCGCTCATTGATTGGTTACTCCTATTATGCATCATTACATTCATTACAGTTTGTATCCTCGCACTTAGCTGGCAACGTATGAAACGTTCCATATCAATAGAGAGACAAATTAAATTATATACGCGCATTCCAATTTACAGAGCTTTTTTAACCACACAAACTTCTTTTTTATTTGCTACTCAATTTAGTACTCTAATTCAAACAGGGCTTTCCTTTAAAGTAATTCTTCAACAAATGATGCATCAAAAGAAACATCCGCTTATTGCTCACTATGCCAAGCTTATGACAGCACAATTGAGAGAAGGACGACAACTCCCGGCTTTGCTAAGTCAGTTTGATTTTTTAGATAAACCGCTTGCTAATATTTTTCAAAAGGATAGCAATACAGCAACATTAAAAATGGACTTACATGTTTATGCAGAAGGGTTAATGGAAGAAATGGAAACAAATATGCTCAAACTCATCACCTATATTCAACCTATGTTCTTTATCATAATTGGCTGCTTTGTTTTATTTATCTATATAACACTAATGTGGCCTATGTTCCAACTTATCAAAACGATTTAA	MDIFLKHPLKKHNKLSNQQQLRFLKRLNHLLTNGYPLIEALNSIAWTKPFSNLSEKIIFELKNGATFDQALQKSAFHPSITNYLSFSMSNENLQGNIQRCYKMFEQKLKYNSKFKQAIRYPILLLTIFLPILILLKQVVLPSFIDLYQGIPGSSTILVITISLIDWLLLLCIITFITVCILALSWQRMKRSISIERQIKLYTRIPIYRAFLTTQTSFLFATQFSTLIQTGLSFKVILQQMMHQKKHPLIAHYAKLMTAQLREGRQLPALLSQFDFLDKPLANIFQKDSNTATLKMDLHVYAEGLMEEMETNMLKLITYIQPMFFIIIGCFVLFIYITLMWPMFQLIKTI	PGPT0029445_181	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029445-comGB-K02244	NA	NA
AK148_01233	1011	comGA	COG2804	ComG operon protein 1	TTGAACCCTGCAGAAGTAAAGTCTACCCGTTTACTATTGGAAGCAATTGAGCGTGATGCTTCCGACATTCACTTCTCCCCTCTTCCAACTAAAACGGATATCTACCTTCGAATTCAAGGTGAACGCGTTTTCCACAAAAGCATTCCCACTTCATCATACCAGCTCTTGCTTACGTACTATAAGTTTACATCTGCTATGGATATTGGTGAAACAAGGAAACCACAAAACGGAACGATTGTTTTCCAATTAAAAGGTCAAGCTTATGATCTGCGTCTATCCACATTACCTGTTAAACACAATGAAAGCCTAGCTATTCGGATTCTACCCCAGCAAGAATTCCTTCCGCTTCAACAGTTATTTCTTTTTCCACAGCAATTAAAAATTTTATTAGGTTGGTTGAAAAATCGTTCTGGTCTAATTCTTATTAATGGGCCGACAGGAAGTGGAAAAACGACTACCTTATATGCGATTGTAGAGGAGATGTGTAGGCAACACACGTTACAAGCCATCACGTTAGAAGATCCAATCGAAAAAGATATAGAGACAATACTCCAAGTACAAATTAATGAAAAAGCTGGAATAACATACCAAGCAGGTTTCAAAGCAGCATTACGTCATGATCCTGACATCATTTTGGTAGGCGAGATTAGAGATTCCGCTACGGCTGCATTTGCTGTCGAGGCTTCTCTATCTGGTCACCTTGTTTTAAGTACTATCCACGCTACTAATGGATTAGGCACCTTGTACCGCTTAAAAAGCCTCGGTTTAAAGATGGACGATTTAAAACAATCGCTAATTGCTATTGCATCCATTCAATTACTTCCATTTGAAATAAGAAAGTATGGAAAACGAAGAGCAGCCATCTTAGAATTACTTGAACCGTCTCAATTAATTCAATACTTTCAAAATGATGCGCAATGGACTGTCAATTCATATCATTCATTTACCCACTTACGAAAGAAGGCATTTGCTTATGGATATATTTCTAAAACATCCTTTGAAGAAACATAA	MNPAEVKSTRLLLEAIERDASDIHFSPLPTKTDIYLRIQGERVFHKSIPTSSYQLLLTYYKFTSAMDIGETRKPQNGTIVFQLKGQAYDLRLSTLPVKHNESLAIRILPQQEFLPLQQLFLFPQQLKILLGWLKNRSGLILINGPTGSGKTTTLYAIVEEMCRQHTLQAITLEDPIEKDIETILQVQINEKAGITYQAGFKAALRHDPDIILVGEIRDSATAAFAVEASLSGHLVLSTIHATNGLGTLYRLKSLGLKMDDLKQSLIAIASIQLLPFEIRKYGKRRAAILELLEPSQLIQYFQNDAQWTVNSYHSFTHLRKKAFAYGYISKTSFEET	PGPT0029440_203	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029440-comGA-K02243	NA	NA
AK148_01234	192			hypothetical protein	ATGTCGGCAAAGGATTACCTGCAATTTGTAACTGAACAAGTTGTAACTTATTTAGATATGCCTAAGGAAAAGAGAAGACATCGTAAAGAAACCAAAAAAAGCCAAGAGCGTTTGATGACAAACAAATGGTTTGGTGTCATCCCTCTAGCTTTAAAAATGCTGCGTGACACGTCGAATAAGCAGGCGAAATAA	MSAKDYLQFVTEQVVTYLDMPKEKRRHRKETKKSQERLMTNKWFGVIPLALKMLRDTSNKQAK				NA	NA	NA	NA	NA
AK148_01235	780			hypothetical protein	ATGGCGATACATGATTTGAATGCATTTCTACATGCTTTTTTTAAAGCCCATCACTGCCAAATACTTTCCAATGACAATGGTGTATTAAGCATTCAACTAACAGAAGAATTGGATAAGGTACTTATGAATAGGCCATTTTATTGGCATTATATGAAAAAAATGGGCTACGCCGGCGATCCCATGAAGCTTACTTTAATAACAAACCCAGATAAGCGTCAGGAAAAAGGGGAGTGGATTCATTTTGGTAGCCCTCGTTTGCAACAAATCATTCGCTATTTACAAGATACTAAAAAATACACCAAGCTCTTTCAGCAGTTATCTCCAAATAAAAATACGCCTCTATATCCATGGCTTGTAACAAATATAAAAATAAGCTACCAAGGAAAGCATAAGCGAGACGAGTTGTTTTCAATTGGCTTGAATTTAATAAATGGTGTAATGCATGCAAAAATGATGGATGTATTAAATACTATATCGCTTGAAAAAACCATTGCGGATTATTGTTACACGTTGTCACCAATGATTAAAATGGAAAGTGGTTTTAACCGTATTAAGTCCGTATTAGATCAATATATAGAAAACCAAGAACATCAATGGGCAGTTGATTCTTTACAAGCTTTAGAAGAAGAAACAAAGCTATTACATCATTTTTACACAGAGGACAAGGAAGATGAGATGATGAAAAGGGAATTACAAGAAATTCAAGAACGATTTCAGCCCAAAATTTTATATCAAGTGATTAATGGTGGTTTATTTTATTTAGCAACGGAAACATCCTAA	MAIHDLNAFLHAFFKAHHCQILSNDNGVLSIQLTEELDKVLMNRPFYWHYMKKMGYAGDPMKLTLITNPDKRQEKGEWIHFGSPRLQQIIRYLQDTKKYTKLFQQLSPNKNTPLYPWLVTNIKISYQGKHKRDELFSIGLNLINGVMHAKMMDVLNTISLEKTIADYCYTLSPMIKMESGFNRIKSVLDQYIENQEHQWAVDSLQALEEETKLLHHFYTEDKEDEMMKRELQEIQERFQPKILYQVINGGLFYLATETS				NA	NA	NA	NA	NA
AK148_01236	1659	rapA_1		RNA polymerase-associated protein RapA	ATGAAATCGATCTATATAGATAAAGATGATAACTTCATAAACGAACTTGAAGATAAACTTAAAAAAAATACGCAACTTTCTTCTTGGGAATTATTTTCCATGGCTTATGCTGCAGAACAAACTACCATGGTACCTAACTTTACAGGCTTAAGAGCCCTTGAATTTTTACCACATGTTACCTTTTTAGATCATCAAATTCAAACAGCTGAACGAGTTGTTGAGCAAATGAATGGTAGAGCTATTCTAGCCGATGAAGTTGGTTTAGGAAAAACCATTGAAGCAGGGCTTGTATTAAAAGAATATATGATTCGTGGCTTAGTTAAAAAAGCACTTCTTCTCGTACCTGCATCTTTAGTAAACCAATGGGAAAAAGAGTTGAATGAAAAGTTTTATCTTCCAGCTGTAGCTTACAGGAAAAACATGAGCTGGGAGCAGGGTAACATTATCATCTCTTCTTTAGATACAGCGAAAAGGGTACAACACCAAGATACTATTCTTGATTTAAACTATGATTTCGTACTTGTTGATGAAGCACATAAATTAAAAAATCATAAAACAAAGAATTACCAGTTTGTGCGCTCATTAAAAAAGAAATATTGTCTATTATTGACAGCTACACCTGTACAGAATGAACTGCTAGAAATTTTTAATTTAGTCTCTATCTTAAAACCAGGGCATTTAGGTAGCTATGATTCTTTTAAAGCAAGTTACGGGAATGATCGAAAAACGATGAAACAAGATCTATACCTAAAACAATTAGTTCAAAAAGTAATGGTTAGAAACACTAGAAAAGATACTGGTTTAAATCAAATTAAGCGTCATATAGAAACCATCTGGACAGAGTTCTCTTGTGAGGAAGCTGAAGTTTATCAAGCATTAGAAGAAAGCACTATGCTATTCCCTTCTTTTTCTAAAATTACCTTTTTGCGAGAATTATGTTCATCAAGGGAAGCATGTTATTTATCACTTAAAAAATTGCTCGAAGAAAACCCAGAACTTGAATCTGTTCAAGGTGTAATAGAAAAAATTGAGCAATTACCTCATCACCAAAAAGCAGCTAAAGTGGTTGAGTTAATAAATAACATAGGAACTGAGAAAGTAATCATCTTTACAGAGTATAGAGCTACGCAATTTTACTTACAATATTACTTGAAACAGCACGGTATTAGTTCTGTACCGTTTCGAGGCGGTTTTAAACGTGGAAAAAAGGATTGGATGCGTCAACTTTTTAAAGATCACGCCCAAGTGTTGATTGCAACAGAGGCTGGTGGTGAAGGGATAAATTTGCAGTTTTGTAATTATATGATCAACTATGACTTGCCATGGAACCCTATGCGTTTAGAGCAACGTATTGGCCGTATTCATCGCTATGGTCAGGAAAAAGATGTGTTTATCTACAATTTCGCCATTAGAAATACAGTGGAAGAGCACATTATGAAATTATTATATGAAAAAATTCATTTATTCGAAAACGTCATTGGAGATCTAGATGCTATTTTAAGTGAGCTTTCGATTCAAAATATGGAACAGGAAATTGAACAAATCTACACAGAATCAGAAACAGCTGGTGAAGCAAAAATTAAATTACAAAATTTATCGGCTATTATTGAGGCAGAACAACAATCAAACTTGGAGGAAAAGCGATATGGCGATACATGA	MKSIYIDKDDNFINELEDKLKKNTQLSSWELFSMAYAAEQTTMVPNFTGLRALEFLPHVTFLDHQIQTAERVVEQMNGRAILADEVGLGKTIEAGLVLKEYMIRGLVKKALLLVPASLVNQWEKELNEKFYLPAVAYRKNMSWEQGNIIISSLDTAKRVQHQDTILDLNYDFVLVDEAHKLKNHKTKNYQFVRSLKKKYCLLLTATPVQNELLEIFNLVSILKPGHLGSYDSFKASYGNDRKTMKQDLYLKQLVQKVMVRNTRKDTGLNQIKRHIETIWTEFSCEEAEVYQALEESTMLFPSFSKITFLRELCSSREACYLSLKKLLEENPELESVQGVIEKIEQLPHHQKAAKVVELINNIGTEKVIIFTEYRATQFYLQYYLKQHGISSVPFRGGFKRGKKDWMRQLFKDHAQVLIATEAGGEGINLQFCNYMINYDLPWNPMRLEQRIGRIHRYGQEKDVFIYNFAIRNTVEEHIMKLLYEKIHLFENVIGDLDAILSELSIQNMEQEIEQIYTESETAGEAKIKLQNLSAIIEAEQQSNLEEKRYGDT				NA	NA	NA	NA	NA
AK148_01238	1176	gcvT	COG0404	Aminomethyltransferase	ATGAAAAACAATGAAATCTCTGTTTTTTGTACTATAGAAAGATTTAAGGGAGTGATCGGGATGAGTGAATTAAAGCAAACGCCTTTATATCCTATTTATGAAGAATATGGAGCTAAAGTTATTGATTTTGGCGGCTGGAACTTACCTGTTCAGTTTAAAGGCATTAAACATGAACATGAGGTGACGAGGACGAAAGCTGGACTATTTGATGTATCGCATATGGGGGAAATTGAAGTTAAAGGGCCGAAAAGTTTAGAATTTTTGCAACGAATGGTTACGAATGATGTGGCAAAACTAACGCCGAATCGGGCACAATATACGTTTATGTGTTATGAAGATGGCGGAACCGTTGATGATTTTTTAATTTATAAGCTAAAAGAAGACGACTACTTGCTTGTTGTAAATGCAGCAAACACAGATAAAGACTATCAATGGCTTCTTGACAATAATGATTATGTAGCGGAAGAGATTACTATTAAGAATGTTTCCAATTGTTATGCTCAGCTTGCTTTACAAGGTCCTCTTGCAGAAGAAGTATTGCAATCGCTCACATCAGCAGATTTATCGGCAATCCGCTTCTTTAGATTTGAGACAGATATCACTTTTACAGGGGTAGAAGAGCGAGCACTCGTATCTCGTACAGGGTATACAGGAGAAGACGGATTTGAAATCTATATACCTACAGCGAGTGGGATTGCACTATGGAAAGCAATTTTAGACGCTGGTAAAGAAAAAGGCGTGGAACCAATCGGGTTAGGCGCTAGAGATACATTACGATTTGAAGCGGGTTTACCTTTATATGGTCAAGAATTATCTCCAGAGATTACGCCGATAGAAACTGGGTTATCATTTGCAGTAAAGGTAAATAAAGCAAATGACTTCATTGGTAAACATGTATTACAGCAGCAAATGGAACAAGGTGCAAAGAGACAACTTGTTGGTTTAGAAATGCTTGATAAAGGCATTCCAAGAACGGGTTACGAAGTTTATGATGGCGAAACAAAAGTAGGATTCATTACTTCAGGAACGCAATCACCAACATTTCAAAAGAATTTGGGTCTTGCTTTAGTAAGCACTGCTTCTGCAGAACTTGGAACTGTGCTTTTCGTCCAAGTAAGAAAGCGCCTATTAAAAGCAAGAATAATAGAAACACCTTTTTATAAACGTGAAAGGTAG	MKNNEISVFCTIERFKGVIGMSELKQTPLYPIYEEYGAKVIDFGGWNLPVQFKGIKHEHEVTRTKAGLFDVSHMGEIEVKGPKSLEFLQRMVTNDVAKLTPNRAQYTFMCYEDGGTVDDFLIYKLKEDDYLLVVNAANTDKDYQWLLDNNDYVAEEITIKNVSNCYAQLALQGPLAEEVLQSLTSADLSAIRFFRFETDITFTGVEERALVSRTGYTGEDGFEIYIPTASGIALWKAILDAGKEKGVEPIGLGARDTLRFEAGLPLYGQELSPEITPIETGLSFAVKVNKANDFIGKHVLQQQMEQGAKRQLVGLEMLDKGIPRTGYEVYDGETKVGFITSGTQSPTFQKNLGLALVSTASAELGTVLFVQVRKRLLKARIIETPFYKRER	PGPT0008130_875	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008130-gcvT-K00605	NA	NA
AK148_01239	1350	gcvPA		putative glycine dehydrogenase (decarboxylating) subunit 1	ATGGAATTTCGCTATTTACCTATGACAGAAGAGGATAAACAAGCCATGTTAGCTAGTATTGGTGTCAAAGACTCAGAGGAGCTATTTTCCGATATACCAAGCAATGTACGTCTAAATCGACCAATGGATTTAAAAAAACCTGCTAATGAAGTGGATTTGAAAAAAGAATTGGCACAACTAGCAAATAAAAATGCAAATTTAAAGCAATACACAAGCTTTTTAGGGGCTGGTGTTTATGATCACTTTATTCCATCTGTTGTCGATCATGTTATTTCCAGATCAGAATTTTATACAGCATATACACCGTACCAACCAGAAATTTCGCAGGGGGAGCTACAAGCCATTTTTGAATTTCAGACGATGATTTGTGAACTAACAGGTATGGATGTGGCTAATTCCTCTATGTATGATGGTGGAACTGCTCTGGCGGAAGCTGTTAATTTAAGTGCTGCACAAACAAAGCGTAAAAAGATATTAGTTTCTACTGCTGTACACCCTCAGTATCGTATGGTAATTGAAACGTATGCAAAAGGTCCAAACTTGGAGATCGTCTACATTGATACAAAGGAGGGAAAAACAGACGTAGAACAATTAAAAACAGCATTGGATGAGGAAACAGCAAGTGTCGTTATACAGTATCCAAACTTTTTAGGTCAACTAGAACCGATGGAAGAAGTGCAACAGTTGCTTGAAAACCAAAAGAAAACGATGCTTATAACATCAAGTAATCCATTAGCTTTAGGTTATTTAACACCGCCTGCAGCATTCGGTGCAGATATTGTAGTAGGGGATACACAAGTATTCGGTATTCCTGCGCAATTTGGTGGGCCGCATTGTGGTTATTTTGCAACTACAAAAAAGCTTATGCGAAAAGTTCCAGGTAGACTAGTAGGACAAACTACGGACGAGGAAGGTGTTAGAGGATTCGTTCTTACATTACAGGCAAGGGAACAGCATATTCGTAGAGATAAGGCTACCTCTAATATTTGTTCCAATCAAGCATTAAACGCGCTTGCGAGTGCAGTTGCGATGAGTTCCATTGGAAAACATGGACTAAAAAAAATGGCAGCTTTGAACATGAAAAAAGCACGTTATGCGATGAAAAAACTGGAGGAATCAGGATTTTTAACGGTTCATAATGGTGCATTTTTCAACGAGTTTATTATTCAATTGGATAAGCCTGTTGCAGAAATTAATGAGCAATTACTTAAAAAAGGGATCATTGGAGGATATGAACTGGCAAAAGATTATCCTGACATGAACGGACATATGCTTATAGCTGTTACGGAAAACAGAAGTATGAAAGAAATAAATCAATTTGTCAAAGAATTGAGGGATATTCATGGCTAA	MEFRYLPMTEEDKQAMLASIGVKDSEELFSDIPSNVRLNRPMDLKKPANEVDLKKELAQLANKNANLKQYTSFLGAGVYDHFIPSVVDHVISRSEFYTAYTPYQPEISQGELQAIFEFQTMICELTGMDVANSSMYDGGTALAEAVNLSAAQTKRKKILVSTAVHPQYRMVIETYAKGPNLEIVYIDTKEGKTDVEQLKTALDEETASVVIQYPNFLGQLEPMEEVQQLLENQKKTMLITSSNPLALGYLTPPAAFGADIVVGDTQVFGIPAQFGGPHCGYFATTKKLMRKVPGRLVGQTTDEEGVRGFVLTLQAREQHIRRDKATSNICSNQALNALASAVAMSSIGKHGLKKMAALNMKKARYAMKKLEESGFLTVHNGAFFNEFIIQLDKPVAEINEQLLKKGIIGGYELAKDYPDMNGHMLIAVTENRSMKEINQFVKELRDIHG	PGPT0020485_530	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020485-gcvPA-K00282	NA	NA
AK148_01240	1458	gcvPB		putative glycine dehydrogenase (decarboxylating) subunit 2	ATGGCTAATCGAGACTTTCCATTAATTTTTGAACGTAGTAAAACTGGCAGAACGGGGTATAGTTTACCAGAGTTAGATGTACCTGATATAGATTTAGAAGCAGAATTGCCAAAATCGTATATTCGAACAGAATCACCAGATCTCCCTGAAATTAGCGAGCTCGATTTAATGCGTCATTATACAGCTCTATCGAATAGAAATTATGGTGTAGATTCCGGTTTTTATCCATTAGGATCTTGCACGATGAAGTATAACCCTAAAATTAACGAAGATGTAGCACGGATGGATGGCTTTAGTCATATTCATCCAAATCAACCCGAAAGCAGTGTGCAAGGGGCAATGGAAATGATGTATGACTTGCAAACGGCGTTGTCAGAGATAACTGGAATGGATGAAGTTTCTTTACAATCTGCTGCAGGTGCTCAAGGCGAATGGACTGCTTTAATGATGATTCGTGCTTTCCATGAAGCAAATGGAGATTTCCATCGCACAAAAGTGATTGTTCCTGACTCAGCTCACGGTACAAACCCAGCTTCAGCAACCGTTGCCGGATTTGAATCGGTAACAGTGAAATCTAATGACAAAGGGCTTGTTGATTTAGAAGATTTGAAAAGGGTAGTCGGCTCTGATACTGCTGCATTAATGCTAACAAACCCAAACACATTAGGCTTATTTGAAACAGAAATTGAAGCAATGGCGCAAATTGTTCATGAAGCTGGTGGAAAGTTATACTATGATGGAGCAAATTTAAATGCCATTATGGGTTATGCGCGTCCAGGTGATATGGGATTTGATGCTGTCCACTTAAATCTTCATAAAACATTTACAGGTCCTCATGGTGGCGGAGGCCCAGGATCTGGCCCAGTTGGCGTGACAGAAGAGCTAAAACCATTTTTACCAAAACCCATATTGGAAAAACGAGGAGCAGCTTATCGATTTAATCATGATCTCCCTCAATCAATCGGGAGGGTAAAGCCTTATTACGGTAACTTTGGGATTTATTTACGTGCTTATACGTATATTCGTACGATGGGTGCAGAAGGTTTGAAGAAAGCAAGCGAGTATGCGGTAATAAATGCAAATTACTTGATGAGGCAATTACAAGAAGAATATGATTTACCGTTCGATCAACATTGTAAGCATGAGTTTGTCCTCTCTGGTAGGCGTCAGAAAAGATTGGGTGTACGTACATTGGATATTGCTAAACGGTTGTTAGACTATGGCTATCATCCACCTACCATTTACTTCCCTCTAAATGTGGAAGAAGCGTTAATGATGGAACCAACAGAAACAGAAGCAAAAGAAACGTTAGATGGATTTATTGAAGCAATGAAGCAGATTGCTACTGAAGCAAGAGACGAACCTGAGTTAGTACAAGAAGCACCGCACGAAACAATTGTTAAACGGATGGATGAAACCACAGCTGCTAGAAAGCCGATTTTACGGTATGAAAAATAG	MANRDFPLIFERSKTGRTGYSLPELDVPDIDLEAELPKSYIRTESPDLPEISELDLMRHYTALSNRNYGVDSGFYPLGSCTMKYNPKINEDVARMDGFSHIHPNQPESSVQGAMEMMYDLQTALSEITGMDEVSLQSAAGAQGEWTALMMIRAFHEANGDFHRTKVIVPDSAHGTNPASATVAGFESVTVKSNDKGLVDLEDLKRVVGSDTAALMLTNPNTLGLFETEIEAMAQIVHEAGGKLYYDGANLNAIMGYARPGDMGFDAVHLNLHKTFTGPHGGGGPGSGPVGVTEELKPFLPKPILEKRGAAYRFNHDLPQSIGRVKPYYGNFGIYLRAYTYIRTMGAEGLKKASEYAVINANYLMRQLQEEYDLPFDQHCKHEFVLSGRRQKRLGVRTLDIAKRLLDYGYHPPTIYFPLNVEEALMMEPTETEAKETLDGFIEAMKQIATEARDEPELVQEAPHETIVKRMDETTAARKPILRYEK	PGPT0020490_911	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020490-gcvPB-K00283	NA	NA
AK148_01241	372	glpE_1		Thiosulfate sulfurtransferase GlpE	ATGGAATTTTTAGCAATACTCATCGTTGTTCTTGCAGCCTTTCTTATATTTCGGTTTTTCAGACAACGTATGTATTTAAAAACATTAACTGAAGATCAATTTCGTGAAGGTTATCGTAAAGCGCAGTTAATTGATGTACGAGAACCACAAGAGTTTAAACGTGGACATATTCTAGGAGCAAGGAACATACCAGTTACGCAATTGAAACAAAGACTAGTGGAATTGCGTACAGACAAGCCTGTTTACCTGTATTGTCAAGGCGGTTCAAGAGCTGCTAGAGCTGCGCAACTATTGCATAAAAAAGGGTATAAGAACATTAACGTGTTAAAAGGCGGTTTTAAAAAATGGACAGGAAAGATTAAGCAATCTTAA	MEFLAILIVVLAAFLIFRFFRQRMYLKTLTEDQFREGYRKAQLIDVREPQEFKRGHILGARNIPVTQLKQRLVELRTDKPVYLYCQGGSRAARAAQLLHKKGYKNINVLKGGFKKWTGKIKQS	PGPT0001770_593	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001770-gloB|gloC-K01069	NA	NA
AK148_01242	432	mntR	COG1321	HTH-type transcriptional regulator MntR	ATGCCTACACCAAGCATGGAAGATTATATAGAGCAGATTTATAACTTAATGGAATCAAAAGGATATGCACGTGTTTCTGATATTGCAGAGGCATTAGAAGTACACCCATCTTCAGTAACAAAAATGGTACAAAAATTAGACCGCGATAATTACTTGAATTATGAGAAATATCGAGGCTTTATTTTAACAGCTAAAGGAAAAAAAGTTGGAGAGAGATTGGTTTTCCGTCATGACCTACTAGAAGAATTTTTGCAAATTATAGGAGTAGATCATGAAAATATTTACAATGATGTAGAGGGGATTGAGCACCATTTGAGTTGGAATTCCATTGATCGAATTGGTGATGTTGTCAATTATTTTAAAGAAGATAAAGCTCGAGTAGAAGAACTAAAGCGCACGCATCATGAAGCAGAATTGGAAGGCAATTCATAA	MPTPSMEDYIEQIYNLMESKGYARVSDIAEALEVHPSSVTKMVQKLDRDNYLNYEKYRGFILTAKGKKVGERLVFRHDLLEEFLQIIGVDHENIYNDVEGIEHHLSWNSIDRIGDVVNYFKEDKARVEELKRTHHEAELEGNS	PGPT0003890_2229	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-IRON_UPTAKE_REGULATION,PGPT0003890-troR-K03709	NA	NA
AK148_01243	894			hypothetical protein	ATGCAAATAGATGGTGTATTTTCTGGTGGTGGAGTGAAGGCTTATGCTTTTATTGGTGCAGTGAAAAAAATAGAAGAAAAAGGTCTTACGTTGGAGCGTGTTGCAGGTACTTCAGCGGGAGCGATCATTGCTTCTTTATTAGTGGCAGAGTACAAGCATAAAGAGATAGAAGCTTTTATGGAAGAGTTGGATTTAAAAGATTTCTTAGACCCCCCAAAATTGGCTAAATGGCTTCCTTTTACAAAATGGTTGTTTTTATATTTTCAATTAGGGATTAATAAAGGGAATAAATTAGAAAAATGGATCGGAGAAAAATTAGCAGCAAAGCAAATTTTTACTTTTCAAGATATTAAAGCCGGTTATTTAAAAGTCGTTGTTAGCGATATATCTTTAGGTAAGCTTGTTGTTATCCCTGATGATTTAGAAAGAATATATGGTATACCTCCAGAGGAATTTTCTGTAGCTAAAGCTATTCGAATGAGTGCAGGCTTTCCATATTTTTTCATGCCGCAGAAATTGAAAGGGGGTAAACAAGAGAAAAGCTTGATCATTGACGGAGGTCTTTTAAGTAATTTTCCGCTTTGGATATTTGAAAAGAAACCTCATAAACGAACCCGCCCAATTATCGGTGTCAAATTAACTACTACCCCAACCCAAGAATTAAAACCTCGTAAAATAAAAAATGCATTACACATGTTTCATGCTTTGTTTCTTACAATGAAAGAAGCGCATGATGCGCGTTATATCTCTACGTCGGAAGCAAAAAACATTGTTTTTATTTCTGTGGAAAATATTGAAAGTACTGATTTTTATATCAATAAAACCGCCAAAGCAGCACTTATTCAAGCGGGATATGCGTATACAGAAAAGTTTCTTGAACGTTGGCCTAAGTAG	MQIDGVFSGGGVKAYAFIGAVKKIEEKGLTLERVAGTSAGAIIASLLVAEYKHKEIEAFMEELDLKDFLDPPKLAKWLPFTKWLFLYFQLGINKGNKLEKWIGEKLAAKQIFTFQDIKAGYLKVVVSDISLGKLVVIPDDLERIYGIPPEEFSVAKAIRMSAGFPYFFMPQKLKGGKQEKSLIIDGGLLSNFPLWIFEKKPHKRTRPIIGVKLTTTPTQELKPRKIKNALHMFHALFLTMKEAHDARYISTSEAKNIVFISVENIESTDFYINKTAKAALIQAGYAYTEKFLERWPK				NA	NA	NA	NA	NA
AK148_01244	381			hypothetical protein	ATGAAGCGAAAATCTATTTCCATTGCTGTGTATATGATTATCGGTTTAGCTACTATTGGACTATTAACACAACTATTTACAAACCCTGGGAATTTAATCAATAACATGTTCATTTCCATCGGATTTGGGGTCATTCTATTTGCGATTATCTATTTTGTGTTTATTCGAAAAAAGAGTTCTTCGAATGAAATGAAGAAATATAAACAAGCTGTTAAGCAGTCTAAAGCAAAATACCACCAACAGAAACCAGCATACAAAGCAAACGCTACAAAGCAACAACCAACCAACCCTACACTGCGAAAGAAAAAACATAAGCGGGCAGCTCATTTACGAGTTATTGAAGGTAACAAACACAAAAGAAAAGATCGTGCGTCTTTTTAA	MKRKSISIAVYMIIGLATIGLLTQLFTNPGNLINNMFISIGFGVILFAIIYFVFIRKKSSSNEMKKYKQAVKQSKAKYHQQKPAYKANATKQQPTNPTLRKKKHKRAAHLRVIEGNKHKRKDRASF				NA	NA	NA	NA	NA
AK148_01245	528			hypothetical protein	TTGAATAAACAAGATCAACATTTAGAGCAAAATAAACATGAAACGCCAATGACTATTTTGTCTAGATCCTTGCTAACAGGCTTTGTTGGAGGTTTAATTTGGAGTACGTTTGCGACAATATTATACTACTTTAATTTTTCTCAAATAGCTCCAAAATCATTTATATTGAGCTCATGGCTACAAGCGGAATGGATTGATACATGGCTAGGCACGCTCATAACTATTATCGCAATAGGCGTCATTTCAATAGCAGTAGCCTTCGTTTATTATTTATTGTTTCGAAAAATGAGTTCGCTTTGGATGGGAGTGGTATTTGGGGGGGTGCTTTGGGGAGTTGTTTTTATCATCATGAACCCCATATTTTCAAACGTACCATCTGTACAAAAATTAAATCTAGACACTATCGTCTCCACGCTTTGTGTTTATGTGCTTTATGGAACATTTATTGGCTATTCCATATCCTATGATTATCAAGATCTGCAGCGTGTTAAAGATGACACAACACAAACAGAAATGTCGCAGAAATAG	MNKQDQHLEQNKHETPMTILSRSLLTGFVGGLIWSTFATILYYFNFSQIAPKSFILSSWLQAEWIDTWLGTLITIIAIGVISIAVAFVYYLLFRKMSSLWMGVVFGGVLWGVVFIIMNPIFSNVPSVQKLNLDTIVSTLCVYVLYGTFIGYSISYDYQDLQRVKDDTTQTEMSQK				NA	NA	NA	NA	NA
AK148_01246	1062	ypdF	COG0006	Aminopeptidase YpdF	ATGAGTAAGCTTACCAAATTGAGACAGGCGCTAGAAGCGAAGAAATTAGATGGTATCTTGATTTCGAGTGGAATAAATCGTCGCTATATGACTGGTTTTACTGGTACTGCGGGTGTTGCTTTAATTAGCTTAACAGATGCTCGGTTTATTACTGATTTTCGTTATACAAATCAAGCAAATGAACAAATCGCTGATTTTACAGTAGTGGAACATAAGCAGGGATTAAATGAAGAAATAAAACAACAGCTAAAAAATATGGGCATTAAGAAACTGGGTTTTGAGCAAGATCATGTTACATATAGTGAGTACACAACGTTTAACGACACATTTGAAGTCGAACTAATTCCTGTAAATAATATGGTTGAATCTTTACGTCTCTTTAAAACAAACGATGAATTAGCTATCATGAAAAAAGCTGCCAAAATAGCAGATGATGCATTTGACCATATTCAATCTTATATTAAGCCTGGTGTAAGAGAAATAGATATTTCTAATGAATTGGAGTTTTTTATGCGTAAGCAAGGCGCGACTTCATCAAGCTTCGATATTATCGTAGCTTCTGGATATCGTTCTGCCTTACCACATGGTGTTGCCTCGAATAAAAAAATTCAATCTGGGGAACTAGTGACAATGGATTATGGTGCATTATATCAAGGCTATTGTTCTGATATTACTCGTACTGTAGCAGTAGGGGAAATTAATGACCAATTACATTCCATCTACCATATTGTTCTAGAGGCTCAATTACGTGGAGTAACCGCTATTAAACCTGGGGTTACTGGTAAAGAAGCAGATGCAGCAACGAGGGATTATATAAAAGAAAACGGATATGGAGAATTTTTCGGTCATTCAACTGGACATGGACTAGGTATGGAAGTTCATGAAGCTCCTTCGTTGTCATTTAAATCTGAAAAGCCCTTAGAAAAGGGGATGGTTGTTACTGTAGAACCAGGTATATACATCCCAGAAGTCGGTGGATGCCGCATTGAAGATGATGTAGTCTTAACTGAAACAGGAAATGAACGACTAACTTTGGCACCAAAAGAATTAATTCAGTTATAA	MSKLTKLRQALEAKKLDGILISSGINRRYMTGFTGTAGVALISLTDARFITDFRYTNQANEQIADFTVVEHKQGLNEEIKQQLKNMGIKKLGFEQDHVTYSEYTTFNDTFEVELIPVNNMVESLRLFKTNDELAIMKKAAKIADDAFDHIQSYIKPGVREIDISNELEFFMRKQGATSSSFDIIVASGYRSALPHGVASNKKIQSGELVTMDYGALYQGYCSDITRTVAVGEINDQLHSIYHIVLEAQLRGVTAIKPGVTGKEADAATRDYIKENGYGEFFGHSTGHGLGMEVHEAPSLSFKSEKPLEKGMVVTVEPGIYIPEVGGCRIEDDVVLTETGNERLTLAPKELIQL	PGPT0006770_6876	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
AK148_01247	558	efp		Elongation factor P	ATGATTTCAGTGAACGATTTTAAAACAGGATTAACAATAGAAGTAGACAATGGTGTTTGGCAAGTAATGGAATTTCAACATGTAAAGCCTGGTAAAGGAGCTGCCTTTGTTCGTTCAAAACTTCGAAACCTGCGTAATGGTAATATACAAGAAAGAACATTTCGGGCAGGAGAAAAAGTAAGTAAAGCGCATATTGAAACGAAGAAGATGCAATACTTATATGCTTCTGGTGATGCGCATGCTTTTATGGATACAAATACGTATGAACAGATAGAGCTTTCCAGCAGCCAAATTGAACATGAATTAAAATTTATGAAAGAAAATATGGAAGTTTCTATTGTAACTTATGAGGGTGAAGTACTAGGTGTGCAGCTTCCAAATAACGTGGAATTAGAAGTTGTGGAAACAGAACCAGGTATTAAAGGTGATACAGCAAGTGGGGGTTCGAAACCAGCTACTTTAGAAACAGGACATACAGTACAAGTACCATTTTTTATTAATCAAGGAGACGTTTTGGTTATTAATACATCAGACGGAAAATATGTATCAAGAGCGTAA	MISVNDFKTGLTIEVDNGVWQVMEFQHVKPGKGAAFVRSKLRNLRNGNIQERTFRAGEKVSKAHIETKKMQYLYASGDAHAFMDTNTYEQIELSSSQIEHELKFMKENMEVSIVTYEGEVLGVQLPNNVELEVVETEPGIKGDTASGGSKPATLETGHTVQVPFFINQGDVLVINTSDGKYVSRA	PGPT0016205_3944	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	OTHER_MOTILITY_REGULATING_FUNCTIONS	MOTILITY-SWARMING_REGULATOR,PGPT0016205-efp-K02356	NA	NA
AK148_01248	930			hypothetical protein	ATGATTGAAATAAGCAGACTTTTTCCTGAACGATTACAAAAAGAGATAGAATGCGCACTTACGAATAGATGGGAAACATTGCAAGAAATTAGACTAAGGTTACAGCAACCAATTGAACTTATTTTTAATCATTCCTATGAGCACCTTTCTTCTCTAGTTCCGGACAATCGTGATTTTGTGCATATTATTCAGCAGTTAAGTGACTACTCTTTATATCGAATGGAAGAAGAATTACGAGAAGGATATATGACTATTGAAGGAGGACATCGAGTAGGTCTGGCAGGGAGAGTAAACACTTTAAATGGATCTGTAAAGGCGATCCAGTATATTACGTTTTTAAACATTCGAATTGCTAAACAAAAGCTTGGGGCTGCTAATAAGCTCATGCCGCACCTATATCATAATGGGTATATGAATACGTTAATTGTTGGTGCCCCACAAACTGGAAAAACTACGCTTATTCGCGACATAACAAGGATCATCTCCAGTGGATGGAAACATATTTCACCATGCAAAGTTGGAGTTATCGATGAACGTTCCGAAATTGCTGCTTCTATTAAAGGAATACCGCAACACAATTTAGGATTGCGAACAGATGTGATGGATGCTTGTCCAAAAGCAGAAGGAATGATGATGATGATTCGATCTATGTCACCTGAAGTTTTAATTGTCGACGAAATTGGCGGTAAAAAAGATGTTGAGGCATTGTTAGAAGCCCTTCATGCAGGTGTTGTTGTGATATGTTCTGTACATGGATACTCATTAGAAGAATTGAAACGTCGCCCTGGCGTGCAAGCATTACTTGAGAAAGGAATTTTTAACCGCTTTGTTCTTCTTCATCAAAAGTCTCCGTTGCAATACACATATACAATTTTTGATTCGAATCATAGGAATTTATCGTATGCAAAAATGGAGGGGTACGCAACATGA	MIEISRLFPERLQKEIECALTNRWETLQEIRLRLQQPIELIFNHSYEHLSSLVPDNRDFVHIIQQLSDYSLYRMEEELREGYMTIEGGHRVGLAGRVNTLNGSVKAIQYITFLNIRIAKQKLGAANKLMPHLYHNGYMNTLIVGAPQTGKTTLIRDITRIISSGWKHISPCKVGVIDERSEIAASIKGIPQHNLGLRTDVMDACPKAEGMMMMIRSMSPEVLIVDEIGGKKDVEALLEALHAGVVVICSVHGYSLEELKRRPGVQALLEKGIFNRFVLLHQKSPLQYTYTIFDSNHRNLSYAKMEGYAT	PGPT0024720_249	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024720-spoIIIAA-K06390	NA	NA
AK148_01249	513	spoIIIAB		Stage III sporulation protein AB	ATGATTTGGGTAGGAGCAATGTTATTTATTGCTACAACAACGTGGATTGGGTTTGAATGGAGTAATCGACTCGCTAATCGTCCTAAGCATATAAGGCAAGTGAAAAATGCCTTACAAATACTTGAGGCTGAAATGATGTATAGCCATTTACCACTTCAAGATGCTTTTTACACAATCCAAAAGCAGACACCATTTCCAATCCACGCATTTTTTGACCGCTTGTATAAAAACATGAACTATGAGAGTAAAGATTTTCAAGTTGTCTGGGAGAATAGTTTAGAAACATTTATGGATATATCGTGTCTTGGAAAAAACGAGAAAGAAATATTGCTTCAATTTGGACAAACACTTGGAAAACATGATTTTCTCCAACAGCAAAAGCATATTCAACTGGCAGCCAGTCATTTGGAAAGGGAGCTGGAAGCCGCTAATGAACAGTATCAAAGATACGGGAAAATGACAAAAAGTTTAGGTGTATTATGTGGTGTGTTTATCGTATTGTTGCTTTTATAG	MIWVGAMLFIATTTWIGFEWSNRLANRPKHIRQVKNALQILEAEMMYSHLPLQDAFYTIQKQTPFPIHAFFDRLYKNMNYESKDFQVVWENSLETFMDISCLGKNEKEILLQFGQTLGKHDFLQQQKHIQLAASHLERELEAANEQYQRYGKMTKSLGVLCGVFIVLLLL	PGPT0024725_290	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024725-spoIIIAB-K06391	NA	NA
AK148_01250	207			hypothetical protein	ATGTTTACAGACGCGACGATTTTATTTCAAATTGCTGGAATTGGCATTATTGTTGCTTTAATCCACACCATTTTAAAGCAAATGGGTAAGGAAGAAATTGCCCAGTTTGCCACATTAATTGGCTTTATTATTGTTCTTGTATTAGTCATTGATGGACTATCAGATCTCTTTCAGCAGATTAAATCTGTTTTTCTTTATCAAGGGTAG	MFTDATILFQIAGIGIIVALIHTILKQMGKEEIAQFATLIGFIIVLVLVIDGLSDLFQQIKSVFLYQG	PGPT0024730_44	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024730-spoIIIAC-K06392	NA	NA
AK148_01251	393			hypothetical protein	ATGGATATTTTACAAATTGTAACATTGGGTCTAGTAGCTAGCTTGCTTTACATCATTTTAAAAAATGTTAATCAGACATTTGCATTTTTTGTCGTTTTACTTACAGGGATAGTTATTTTCCTTTCTATCATACAACAAATCAATTATATATTTCAGTTGATTCAAACATTAGGTGCAAAAGCTCAAGTAGATGGAATGTACTTGGAAACCATTTTGAAAATAATCGGCATCGCTTATATTGCTGAATTGGGAGCAAATATTACAAAAGATGCAGGATTAAATTCCGTAGCCAATAAAATTGAACTTGCAGGAAAATTATTTATTTTGTTACTGGCTATACCAATAATCACTGCAGTAATAGAAGCAATTTTACAATTTATACCTACTGTATGA	MDILQIVTLGLVASLLYIILKNVNQTFAFFVVLLTGIVIFLSIIQQINYIFQLIQTLGAKAQVDGMYLETILKIIGIAYIAELGANITKDAGLNSVANKIELAGKLFILLLAIPIITAVIEAILQFIPTV	PGPT0024735_52	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024735-spoIIIAD-K06393	NA	NA
AK148_01252	1185	spoIIIAE		Stage III sporulation protein AE	ATGAATGGTAAACAAATAGGGATCATTCTTATATGTACTTTCGTTATTTGCCTTCTGGGTTATGAAAAAGTTGTAGCAGAAACAACATCTAATGAATCAGACACTGTACAAACTAACATGCTAGAAGAAATTTCTTTGGAGGGAGTACAAGCATATTGGGGTAAGTTAGTAAATGAATATGGTGGATATTTACCAGAACTCGAAAAAACAAGTGTATATGAATTTATTAAAAATCAAGATTCTTTGTCACCTCAATCTATTATTATTGGTATTCTAGAATTCTTATTTCATGAACTAATTTTAAATGGGAAATTATTAGGCTTTCTTTTAATGTTAACTTTATTTTCGGCAATGCTACAGACGATGCATAATGCATTTGAGACAAGTACCGTAAGTAAAGTCGCTTACTTTGTTGTATATATCGTGCTCATTTTTCTGGCTTTAAATAGCTTCTATTCAGCAGTGACCTACACCAAAGATGCGATAGATACGATGAGTAGTTTTATGATTGCTCTCTTACCTTTAGTCTTAGGGTTAATGGCTTCATTTGGGAATATTGTGGCAGTTTCTTTTTTTCATCCCATTATTATCTTTCTTATTCATGCAGGTGGTCTCATCGTTGCTAATTTTGTTTTGCCGCTCTTGTTTTTATCGGCTTTGTTAGTGATAGTCAGTAGCTTAACAGAGCACTATAAGGTAACGCATTTAGCAAATCTATTTAAATCCATTGCAGTTGGCACCTTAGGTGTATTCTTTACCATTTTTCTAAGCATCATGTCAGTACAAGGAACAGCAAGTGCCATTCAAGATGGGGTAGTGATGAAAACAACAAAATTTATAACCGGAAACTTTATACCAGTTGTGGGTCGTACGATGACAGATGCCGCAGATACGATATTAAGCGCATCCCTATTGTTAAAAAACGCAATTGGAATTGTAGGGTTAATTATTATACTGTTTATCGCTTTGTTTCCGGCATTAAAAATCTTTGCAATTGCAGTAATTTATAAAGTTGCTGCCGCAATTTTACAGCCGATTGCGGATGGGCCAGTTATTACCACATTGAATACAATTAGTAAATATATTGTTTTTATTCTTGCGTGTTTACTAGCAGTATCATTTATGTTTTTTTTGGCAATTGTCATCATCATTGCAGCTAGTAATGTAACTTTGCTCTTAAGATAG	MNGKQIGIILICTFVICLLGYEKVVAETTSNESDTVQTNMLEEISLEGVQAYWGKLVNEYGGYLPELEKTSVYEFIKNQDSLSPQSIIIGILEFLFHELILNGKLLGFLLMLTLFSAMLQTMHNAFETSTVSKVAYFVVYIVLIFLALNSFYSAVTYTKDAIDTMSSFMIALLPLVLGLMASFGNIVAVSFFHPIIIFLIHAGGLIVANFVLPLLFLSALLVIVSSLTEHYKVTHLANLFKSIAVGTLGVFFTIFLSIMSVQGTASAIQDGVVMKTTKFITGNFIPVVGRTMTDAADTILSASLLLKNAIGIVGLIIILFIALFPALKIFAIAVIYKVAAAILQPIADGPVITTLNTISKYIVFILACLLAVSFMFFLAIVIIIAASNVTLLLR	PGPT0024740_211	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024740-spoIIIAE-K06394	NA	NA
AK148_01253	621	spoIIIAF		Stage III sporulation protein AF	TTGCAAATAGTTATTGACTGGGTCACTCAAATCATTCTATTTATCCTGCTAGCTACGATCATAGATTTAGTTATTCCCGCTAATTCCATGAAAAAATACATGAAGCTCGTCGTCGGACTTATCCTTATATTAATTTTGTTAAAGCCTATATTTTATATTTTTCAAATTGATGTCCAACGTGCAGTGGAAAGCTCTCTATCAGGTGTTTTTGAAGAAATGAATCAAAATAAATCTCTAGATAATGCCATTAAAACACAAAAAAATGAAATAGAAGCTACACAAGATGCATATATTTTAGAACAAATGGCTGTCCAATTAAAAGAAATAGCAAAAGATCCACTTCACGAAGCGTTTCAAACAGAAATTACAGATATCCAATTTCAGTTTGCAAATGGAAAAGATAAGTCATACGAAAATTTGGATAAAGTCATTGTGTATGTGAATGAATTAAAAAATGGGGAGGGAGCAGTGCGAAACGTTGATAATGTAGTAATTTATTCAGACAGCCCAGATGTATCTAAAGAAAATAACGAATTGAAGGACATAGAGAACAAGCTATCCAAACTATGGGAAATGGAGCAAAAAAAGCTACTTTTACAATGGGAGGGAGGGGCACCTTGA	MQIVIDWVTQIILFILLATIIDLVIPANSMKKYMKLVVGLILILILLKPIFYIFQIDVQRAVESSLSGVFEEMNQNKSLDNAIKTQKNEIEATQDAYILEQMAVQLKEIAKDPLHEAFQTEITDIQFQFANGKDKSYENLDKVIVYVNELKNGEGAVRNVDNVVIYSDSPDVSKENNELKDIENKLSKLWEMEQKKLLLQWEGGAP	PGPT0024745_192	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024745-spoIIIAF-K06395	NA	NA
AK148_01254	630			hypothetical protein	TTGATAGAGAAATTAAAAGAATTTTTTCAAAAAGATGGAAAAAAACCACCTAAAAAATGGAGCTACATGATCATTTTAGCCTTAGTCAGTGTAATGTTGTTAATTATTGGTAATATCTTTTCGACTTCATCAGAAACAGATATGGAAGAGCCGATCCAACAGCCAACGGAACAGGTAAGTGAACCGAATTCAAAAGAAACAGCATCTCCAAAGGAGGCAACAACGTCAAATATCGAAGAGCTGGAATCCGTTTATACAAAGGACTTACAAACATTGATAAATAAAATCCAAGGCGTTAGTGAAGCTGAAGTCATGGTCAATTTGGAATCTACAAGTATTAAAGTATATGAGAAAAACTTAATTAAAGGGCAACAGACTACTGAAGAAACGGATACGAATGGGGGAACTCGAGAAATTGAAGATGGTACGGAAGAAACACAAACAGTTTTAGTACGGCAAGGTGAAAAGGAGGTCCCTTTACTCATTCAAACGAAAAAGCCGGAAGTCAGAGGAGTATTTGTTGTAGCTAAGGGAGCTGATCATGCCACAGTAAAAAAATGGATTGTCGAAGCTGTTTCCCGTGTCTTAGATGTGCCAACCCACCGAGTGTCTGTAATGCCAAAGAATTAG	MIEKLKEFFQKDGKKPPKKWSYMIILALVSVMLLIIGNIFSTSSETDMEEPIQQPTEQVSEPNSKETASPKEATTSNIEELESVYTKDLQTLINKIQGVSEAEVMVNLESTSIKVYEKNLIKGQQTTEETDTNGGTREIEDGTEETQTVLVRQGEKEVPLLIQTKKPEVRGVFVVAKGADHATVKKWIVEAVSRVLDVPTHRVSVMPKN	PGPT0024750_198	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024750-spoIIIAG-K06396	NA	NA
AK148_01255	582	spoIIIAH		Stage III sporulation protein AH	ATGTTAAAAAAACAAATCGTGTGGCTATTAACAATGCTAAGTTTAATGATTTTATTAAGTGTTTATTATATGACTTCGCCTGATAGTGAAGATTTAGCTTATATCAATGATGGACAAGAAAATGCGAAGGAGGAAGAAGCGGTTCCAACTGACTCAGAAGCTAATGATGATGCCGAAGTAGATGAGATTTCTAATGTAGGGCAAGATGAATTATTTACGACAATTCGTATGGAGTTACAAGATAAACGTAACATGGAAAAAGAGAGATTAACCGATATCGTTGCTTCGAGCTCCGCTAGTTCTGTTGAAAAGGATGAAGCTTTACAAGAAATTGATGCAATGGAAGACTTGGCATCAAAAGAAAAGATTTTGGAAGAAACGATTGTAGCTTCTGCCAACTACGAAGATGTACTTGTTCGATCTGAAGATGATAGTGTAACCGTTCAAGTGAAGGTTGAAGAATATCTTCCAAAATCAGAAGCTGTTTCCATTATTCAAATGGTCAAAGATGAATTAGGAGATAAAAAAGTAAATGTATCGTATTTGCCTTCTCAAGGAGAAACGAAAAAAGATACAGAATAG	MLKKQIVWLLTMLSLMILLSVYYMTSPDSEDLAYINDGQENAKEEEAVPTDSEANDDAEVDEISNVGQDELFTTIRMELQDKRNMEKERLTDIVASSSASSVEKDEALQEIDAMEDLASKEKILEETIVASANYEDVLVRSEDDSVTVQVKVEEYLPKSEAVSIIQMVKDELGDKKVNVSYLPSQGETKKDTE	PGPT0024755_200	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024755-spoIIIAH-K06397	NA	NA
AK148_01256	444			hypothetical protein	ATGAGCCAAATTTTCAAGAAGAGAGTTATGAAGTTCATACTTACTTTTACCATCGTAATTTCAGGTAGTATGGTTTTTTTTCCAAATATGAAAGCCGATGCTGCAATGTCATCATGGCAAGGAGGAATTAAAGGGGATAGCGATTGTCGAGTTCGGGTTTGGACAGATGCCACTAATTATTACCGAGGAGCTACTACTGTAGACTGGTACGCTGAAACAAACGGAAAATGTAGGAAATTAGACTATTCAGCCGAATTAGTTAGTTTGGCCCATGGTATACGAACCTCAGGTAAATTAACCGGGTATTTTGCAAATCGCACACCTACGAAGTCTTTCTCTATAAGAAACTGGGAAAGGGACGGTGCTCAAGTTTTTGTTGATTTATACAGAAATGGCAAAGATGTTGGAACTGTACGCTCTAAGCCAATTTTAATTTATCGTTAA	MSQIFKKRVMKFILTFTIVISGSMVFFPNMKADAAMSSWQGGIKGDSDCRVRVWTDATNYYRGATTVDWYAETNGKCRKLDYSAELVSLAHGIRTSGKLTGYFANRTPTKSFSIRNWERDGAQVFVDLYRNGKDVGTVRSKPILIYR				NA	NA	NA	NA	NA
AK148_01257	486	accB	COG0511	Biotin carboxyl carrier protein of acetyl-CoA carboxylase	ATGTTAAATGTACAAGAAATCCAGGAATTAATAAGGTTAATTGATCAAACGTCTATTGAAGAATTTAAGTATGAAACAAGCGGAGCTTCTATTTCATTAAAAAAATCTTCTACAAATGGACAAGTACAGCCTAAAAATATACCTGAACAAAATGTATCTGAAACAGTAGCGCAGATAGAATCAGAAAAAGCGAGTGGAGAAAATACACAAGATGCATCTTCCCAAAAAGAAAGCACAGTAGATTATGATCATGAAATTGTTTCACCTATGGTAGGAACATTTTATGCAGCTCCATCCCCAGAGAAAGAAAACTTTGTTTCAATAGGTAGTAAAGTTGATAAGTCAAGCGTTGTTTGTATTGTTGAAGCAATGAAATTATTTAATGAAATTGAAGCAGAAGTTGAAGGTGAGATTGTCGAAATATTAGTAGAAAATAGTGAGTTGGTAGAATATGGTCAGCCGCTATTTCGAGTTAGTACAAAGTAA	MLNVQEIQELIRLIDQTSIEEFKYETSGASISLKKSSTNGQVQPKNIPEQNVSETVAQIESEKASGENTQDASSQKESTVDYDHEIVSPMVGTFYAAPSPEKENFVSIGSKVDKSSVVCIVEAMKLFNEIEAEVEGEIVEILVENSELVEYGQPLFRVSTK	PGPT0001700_1363	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0001700-accB|bccP-K02160	NA	NA
AK148_01258	1362	cfiB	COG0439	2-oxoglutarate carboxylase small subunit	GTGATAAAAAAACTGCTGATCGCAAATAGAGGGGAAATTGCTGTTCGAATTATTCGAGCTTGTAAAGAGATGGATATTGAAACAGTAGCTGTATTCTCCCAAGCTGATAGTGAAGCTCTTCATGTGCAATTGGCTGATGAAGCTTATTGTATTGGGCCAACTCAAAGCAAGGATAGCTACTTAAATTTTACAAATATCATGAGTATAGCTACGCTGACAGGTGTAGATGCTATTCATCCAGGTTATGGCTTTTTAGCAGAGAATGCCGATTTCGCTGAAATATGCCGTGCATGTAATATTACTTTTGTTGGTCCTACGCCTGAGGCCATTCAAAAAATGGGAATAAAAGACGTAGCTAGGCAAACAATGGAAGCAGCTAATGTTCCTATCGTTCCGGGTTCAGATGGAATCATCCATGATGTAGAAGAAGCAAAAGAAATTGCTAATCAGATCGGTTATCCAATCATCATTAAAGCAACTGCTGGTGGTGGCGGAAAAGGAATACGAGTAGCGCGAAACGAGGAAGAATTAACGAAAGGGGTAGATATAACTCAAAAAGAAGCAGAGACTTCTTTTGGTAACGCAGGTGTTTACCTCGAAAAGTATATTGAAGATTTCCGACATGTGGAAATCCAAGTTTTAGCTGATAGACATGGGAATGTTATCCATCTTGGTGAACGGGATTGCTCCATTCAACGTAGGTTGCAAAAACTTGTAGAAGAGGCGCCATCTCCAGCAATCACTCCAGAAATCCGGGAAAAAATGGGGGAAGCTTCGGTCAAAGCTGCAAAAGCTGTAGGCTATGAAGGCGCTGGAACTATTGAATATATTTTTGATCGCAAAACACATCAATTTTATTTCATGGAGATGAATACACGCATACAAGTCGAGCACCCTGTGACAGAATTAATTACTGGTATTGATTTAATAAAAGAACAGATCAAGATTGCCGATAACGAAGTATTAGCATATTCTCAGTCTGACATTACTTTTAACGGATGGGCGATAGAATGTCGTATTAATGCTGAAAATCCCTTTAAGAATTTTATGCCTTCAGCTGGAAAGGTTGATATGTATTTGCCACCTGGGGGTCTAGGGGTTCGAGTAGATGCCGCTGTTTACCCAGAGTATCGAATACCTCCTTATTATGATTCAATGATTGCTAAATTGATAACGTACGGTAAAACTAGAGAAGAAGCAATTCATCGAATGAAAAGAGCTTTGGATGAGTTTATTGTTGAAGGTGTGCATACGACAATACCATTTCATCATAAAATTATGGAGCACCCCGTTTTTATAAATGGTGACTTTAATACAAAATTTCTTGAAGAAAACCCTATAACGCAAGACGAAGATGAATAA	MIKKLLIANRGEIAVRIIRACKEMDIETVAVFSQADSEALHVQLADEAYCIGPTQSKDSYLNFTNIMSIATLTGVDAIHPGYGFLAENADFAEICRACNITFVGPTPEAIQKMGIKDVARQTMEAANVPIVPGSDGIIHDVEEAKEIANQIGYPIIIKATAGGGGKGIRVARNEEELTKGVDITQKEAETSFGNAGVYLEKYIEDFRHVEIQVLADRHGNVIHLGERDCSIQRRLQKLVEEAPSPAITPEIREKMGEASVKAAKAVGYEGAGTIEYIFDRKTHQFYFMEMNTRIQVEHPVTELITGIDLIKEQIKIADNEVLAYSQSDITFNGWAIECRINAENPFKNFMPSAGKVDMYLPPGGLGVRVDAAVYPEYRIPPYYDSMIAKLITYGKTREEAIHRMKRALDEFIVEGVHTTIPFHHKIMEHPVFINGDFNTKFLEENPITQDEDE	PGPT0001705_1610	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
AK148_01259	399			putative protein	ATGAGTGAACAACCGTTATTAAACGTAAGTGATGACAGTTTAGGTAAGGTCGAGATTGCGCCAGAAGTCATTGAAGTTATTACAGGTTTAGCCGCTTCAGAAATAGATGGACTTTACGCTATGCGAGGAAACTTTGCCTCTGGTGTAGCTGAACGGTTTGGTAAGAAGGCACATAGTAAAGGGGTAAAAGTAGAATTAACAGAAAACGGAATTGTTATTGATTTATATGTCATTTTACAATTTGGTGTATCTATTCCACATGTGGCGCAGTTGTTACAAACAAATATTAGACAAACTTTGAAAAATATGACTGCGTTAGAAATTGATGAAATCAATGTTCACGTTGTTGGCATTCAAATGGATTCTCCAGAAGAAGCAACGGAAAAAACAAACAGTTAA	MSEQPLLNVSDDSLGKVEIAPEVIEVITGLAASEIDGLYAMRGNFASGVAERFGKKAHSKGVKVELTENGIVIDLYVILQFGVSIPHVAQLLQTNIRQTLKNMTALEIDEINVHVVGIQMDSPEEATEKTNS				NA	NA	NA	NA	NA
AK148_01260	381	nusB	COG0781	Transcription antitermination protein NusB	ATGAATAGACATGAAGCTAGAAAGAAGGCATTGCAAATCATATTTTCTATTGACATGAATGAAATACAATCCATTCATGAAATGGAACATCTGGATGAACAAGTAAGAAAGGACGCCTTTTTAAATTTACTTGTAAACGGAGTAATAAACTATAAAATAGAAATCGATAAAATCATTAGTGAGAAACTAGAGAATTGGAGCTTAGAACGGATTGCGTCTGTTGAAAAAGCAATTTTGCGGATTGCAGTTTTTGAAATACGCTACGTAGAAGATATTCCTGTAAGTGTTTCTATTAATGAAGCCATTGAGTTAGCAAATACGTTTGGGGATGAAAAATCTGGTAAATTTATTAACGGTGTATTATCACGCATTAGTGAGTAA	MNRHEARKKALQIIFSIDMNEIQSIHEMEHLDEQVRKDAFLNLLVNGVINYKIEIDKIISEKLENWSLERIASVEKAILRIAVFEIRYVEDIPVSVSINEAIELANTFGDEKSGKFINGVLSRISE				NA	NA	NA	NA	NA
AK148_01261	861	folD	COG0190	Bifunctional protein FolD protein	TTGTCTGCAGAAATTATTAACGGGAAAGATTTGTCATTAGCACTAAAGGAAGAAATGAAAAAGGAAGTAGATACGTTGAAAACAGGTGGTATTCATCCTCAACTTACTGTTATCCTTGTTGGGGATCACCCTGCATCTCGATCCTATGTGAATGGAAAGGAAAAAGCCTGTGGTGAAACGGGAATAGGCTCTCATATTATTGAATTACCAAAAACAGTAAGCGAATCAGATCTTTTGAAGGAAATACATAGGCTAAATGGTGATACAAATGTCCATGGGATACTTGTGCAGTTACCATTACCAGTTCATATCGATGAACAAAAGGTAATAGAAACTATATCTCCTGAAAAAGATGTAGATGGCTTCCATCCAATTAACATTGGTAGAATGATGACAGGAATGGATACATATTTGTCATGTACACCATACGGAATTATAACGATGCTTCGCTCAAAAAATATTTCTATAGCAGGAAAACACGCGGTTGTTATAGGAAGGAGTAATATTGTTGGAAAGCCAGTGGCACAACTGTTGATAAACGAAAATGCCACAGTAACCACTTGTCATTCTAAAACAGAAAACCTGAAGCAATTTACACGAATCGCTGATATCCTTGTTGTTGCTGTAGGAAAAGCGAATATGATTGATGCTAGTTATGTTAAAGAAGGAGCTACCGTGATTGATGTAGGGATGAATCGTTTAGAGAACGGAAAATTAACTGGTGATGTAGATTTTGACTCTGTACAAGAAAAGGCATCATTTATAACTCCTGTTCCTCGTGGAGTAGGTCCTATGACGATCACTATGCTTTTAAAGAACACGATTAAAGCAGCAAAAAGGTTGGAGAACCGTGAAGGATAA	MSAEIINGKDLSLALKEEMKKEVDTLKTGGIHPQLTVILVGDHPASRSYVNGKEKACGETGIGSHIIELPKTVSESDLLKEIHRLNGDTNVHGILVQLPLPVHIDEQKVIETISPEKDVDGFHPINIGRMMTGMDTYLSCTPYGIITMLRSKNISIAGKHAVVIGRSNIVGKPVAQLLINENATVTTCHSKTENLKQFTRIADILVVAVGKANMIDASYVKEGATVIDVGMNRLENGKLTGDVDFDSVQEKASFITPVPRGVGPMTITMLLKNTIKAAKRLENREG	PGPT0008075_3105	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008075-folD-K01491	NA	NA
AK148_01262	1353	xseA	COG1570	Exodeoxyribonuclease 7 large subunit	GTGAAGGATAATTATCTAACTGTTACGGCATTAACTAGATATATTAAACGCAAGATGGATGTGGATCCCCATTTACGCCAAGTATGGCTTCGAGGTGAGATTTCCAACTTTAAACACCATTCTAGAGGACATATGTATTTAACAATTAAAGATGATCGATCACGAATTCAAGCAGTAATGTTTGCAGGCAATAATCGTTCATTAAAATTTCAACCTGAAAATGGAATGAATGTTTTAATTAAGGGAGAAATTAGTGTTTTTGAAGCATATGGGCAATATCAACTATATATTCAACAAATGGAACCAGACGGTATTGGCGCGCTGTATGTTGCTTTTGAGCAATTAAAAGAAAAGTTAGAGAAACAAGGGTACTTTGATCATTATGTCAAAAAAAATATCCCTCCATTACCAAAAAATATTGGTATTATTACGTCGCCAACAGGAGCAGCTGTAAGAGATATTATTACAACCATTAAACGACGCTATCCTATTGTTGAGTTAACGGTCATTCCAGCATTAGTTCAAGGAGAAGCAGCTGCTCGCTCCATTAAACAGGCCATTGAAATTGCCAATCAAAAGGGAGGCTTTGACCTGTTAATTGTTGGAAGAGGCGGCGGATCGATTGAAGAGCTTTGGAGTTTTAATGAAGAAATAGTGGCGAAAGCTATTTTTCATTCTAACATTCCTATCATTTCTGCGGTTGGGCACGAGACGGATACGACAATAAGTGATTTTGTAGCTGATTTACGAGCCCCAACCCCTACGGCTGCTGCAGAAATTGCTGTACCGTCGAGTCAAGATCTTAAAGATAAGATTGTTACACTAAAACGCATGGCGACGAAAGATATGCAAGAAAAATGGAAACAACAGCAAAAACACCTTTTTAGACTTAAACAGTCATATGCTTTTCGCTACCCTTATCAGTTGCTGAAACAAAAAGAACAAGAATTAGATGGGAAAATAGAGCAATTACAAAAAGCGATGTTACATACGATGGAAGCAAGTAATAATTCCTACGAGCACTTATGGGCTCGGTTCACCGTTCAACATCCTGGAAAACAAGTAGAAAGAGGAAAACAACAGCTTCAACAATTAGTGAAACAACAATATATGGTGATGAAACAACTACATACAGACAAGGTAAAAAAACTTCATAATGAAATGGATAAATTAAGCTTGCTTAATCCATTAGCAATAATGAAGAGGGGATTTTCTATTCCTTATACAAGTACAGGACAGATTATTAAGTCTGTGCATGCTGTTGAACGGGAGGATGCGATTTCTTTACGTTTAGCAGATGGACTTTTAAAGTGTAAAGTTATAGAAACAAAGGAGGAGAGCCAAAATGACTGA	MKDNYLTVTALTRYIKRKMDVDPHLRQVWLRGEISNFKHHSRGHMYLTIKDDRSRIQAVMFAGNNRSLKFQPENGMNVLIKGEISVFEAYGQYQLYIQQMEPDGIGALYVAFEQLKEKLEKQGYFDHYVKKNIPPLPKNIGIITSPTGAAVRDIITTIKRRYPIVELTVIPALVQGEAAARSIKQAIEIANQKGGFDLLIVGRGGGSIEELWSFNEEIVAKAIFHSNIPIISAVGHETDTTISDFVADLRAPTPTAAAEIAVPSSQDLKDKIVTLKRMATKDMQEKWKQQQKHLFRLKQSYAFRYPYQLLKQKEQELDGKIEQLQKAMLHTMEASNNSYEHLWARFTVQHPGKQVERGKQQLQQLVKQQYMVMKQLHTDKVKKLHNEMDKLSLLNPLAIMKRGFSIPYTSTGQIIKSVHAVEREDAISLRLADGLLKCKVIETKEESQND				NA	NA	NA	NA	NA
AK148_01263	231	xseB	COG1722	Exodeoxyribonuclease 7 small subunit	ATGACTGAGGAAGAATTATCATTTGAAGAAGCGATGCAACAGTTAGAGGAAGTTATAGAAAAGCTGGAAACAGGAGACGTTCCTTTAGAAAAGGCAATTAGCTATTATCAAGATGGCATGAAGCTGTCGAAACTTTGTACGGATAAGTTAAACCAAGTAGAAGAAAAAATGACCAAAATTATGAACGAACAGGGAGAATTAGAAGGATTCCCACTTCAGGAGGAAGAATAA	MTEEELSFEEAMQQLEEVIEKLETGDVPLEKAISYYQDGMKLSKLCTDKLNQVEEKMTKIMNEQGELEGFPLQEEE				NA	NA	NA	NA	NA
AK148_01264	885			Farnesyl diphosphate synthase	GTGGAACGAACGATGGAGATGTATTTAGAGGAAAAAAAACAATTCATAGACAATGCTTTAAAAAAGTATATGCAAGCTTTACAAGTTCCTCCTGCATTAAAGCAGTCAATGACTTATTCAGTAGAAGCTGGCGGTAAACGGTTAAGACCAATATTATTACTTGCAAGCTATGAAGCGTTTCAAAAGGATATAACTGTAGCTTTAAGTTCGGCTGCAGCACTAGAAATGATTCATACGTATTCATTAATTCATGACGATTTACCCGCAATGGATGATGATGATTATCGTAGAGGTAAATTAACCAATCATAAAGCCTTTAGTGAGGCTACAGCTGTATTAGCTGGCGATGCTTTGTTGACCTACAGCTTTGAAATAATAAGTAAAGATGACAAACTTACAGCTGTTCAAAAAGCAGAATTAATAGCACTATTGGCTGAGTCGAGCGGTCCTAAAGGCATGGTCGCTGGACAGATTTTAGATATGGAAGCAGAAGATAAAGCGATTACTTTACAAGAACTTGAACGTGTACATACTTTAAAAACAGGTGAGTTACTTCGCTATGCTGTCTATGCAGGAGCATACCTAGGAGGGGCTACAGAGGAGCAATTGCACGCATTACAACTTTTTGCTTCTTATTTAGGGCTTATTTTTCAAGTTCAAGACGATATATTGGATGTTACTGGTGACGAATTAAAGCTAGGTAAACCGGTAGGTAGTGATGCGCTTAATTTAAAGAGTACGTACCCAAAATTGCTTGGTATAGATGGTGCTATTGAGAAAAAAGAACAATATCTTCTTAAAGCAAAAGAATCTCTGCAAGCTGCAGGCATAGAAAATTCTAATTTAATGGATTTAGCCATTTATTTTGGTCAAAGAGATTATTAA	MERTMEMYLEEKKQFIDNALKKYMQALQVPPALKQSMTYSVEAGGKRLRPILLLASYEAFQKDITVALSSAAALEMIHTYSLIHDDLPAMDDDDYRRGKLTNHKAFSEATAVLAGDALLTYSFEIISKDDKLTAVQKAELIALLAESSGPKGMVAGQILDMEAEDKAITLQELERVHTLKTGELLRYAVYAGAYLGGATEEQLHALQLFASYLGLIFQVQDDILDVTGDELKLGKPVGSDALNLKSTYPKLLGIDGAIEKKEQYLLKAKESLQAAGIENSNLMDLAIYFGQRDY	PGPT0007560_2105	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-CAROTENOID_BIOSYNTHESIS,PGPT0007560-crtE|ispA-K13789	NA	NA
AK148_01266	576			hypothetical protein	ATGAAATCACATGTAAAACGATCGATTAAATTTAGTTTAACTATTGCCGTTATCACTTTTGTGTTAGCGGCTATTTTTTCAGTTATATCTTCTTCAATATTAAGTGGTGTTGCCTGGTTTATTGGCCTTTTTATTGTATTTGTTATCGTTTTCGTTGGTGTTATTTTTGATATGTTAGGTATAGCATCGACAGCAGCTAATGAGGCTCCATTCCATGCGATGGCTGCAGAAAAAGTAGCTGGGGCAAAAGAAGCAGTGATTATTATTAGAAATGCCGATCGATTTGCCAGTTTTTGTAATGATGTTATTGGTGATATTTCTGGAATTGTAAGTGGAACGGCTTCAGCAATTGTAGTACTGCAAATGGCCAATATTTTAGGTTATGGTGAGGGTTCTTCCATTCAAATTATCATTTCTGTAGTGCTAACAAGTGTTGTCGCCGCCCTAACAGTTGGTGGAAAAGCAATGGGCAAATTTTTTGCGATAAATGCTTCAACGAAAATCATTTTTTTTGCGGGAAAAGTCATTTCTATTATGGAAAATAAATTTAAAATAAACGTACTACCTAAAAATTAA	MKSHVKRSIKFSLTIAVITFVLAAIFSVISSSILSGVAWFIGLFIVFVIVFVGVIFDMLGIASTAANEAPFHAMAAEKVAGAKEAVIIIRNADRFASFCNDVIGDISGIVSGTASAIVVLQMANILGYGEGSSIQIIISVVLTSVVAALTVGGKAMGKFFAINASTKIIFFAGKVISIMENKFKINVLPKN				NA	NA	NA	NA	NA
AK148_01267	828	tlyA	COG1189	Hemolysin A	ATGAGTAAAAAGAGACTTGATGTGTTATTAGTAGAAAAATCACTTGCCACTACAAGAGAAAAAGCAAAGCGTTTAATTATGGCTGGACTTGTGTTTGCTGGTCAACAAAGATTAGACAAGCCAGGAATGCAAGTGGATGAATCGATAAATTTGACGGTAAAAGGAAAATTAATACCTTATGTTGGACGTGGAGGTTTAAAGCTCGAAAAAGCGCTAAAGACTTTTTCGCTTACAGTAACAGATAAAATTGTAATGGACATAGGTTCATCTACTGGTGGCTTTACAGATTGTGCATTGCAGAATGGTGCATCCTTATGCTATGCCATTGATGTTGGTTATAATCAGCTTGATTGGAAACTCAGAAATGATGACCGGGTTATTGTAATGGAACGAACAAATTTTCGTTATGTTACGGTGGATATGCTGGAAAACGGTAAACCAAATTTTGCTTCTATTGATGTTTCATTTATTTCACTACGTTTACTTTTACCAGTCTTAAAGCATTTATTAGAAAATAACAGTGATGTTGTTGCACTAGTTAAACCACAATTTGAAGCAGGAAAAGAGCAAGTGGGCAAAAAAGGAATTGTTCGAGACAGTCGTGTGCACCAAGCTGTTTTAAGACAGATTATTGACTTTGCATTGCAAGAAAAATTCCAGGTATTTGATTTAACTTTTTCTCCTATAACTGGAGGAGATGGGAATATCGAGTTTTTGTTGCATTTAGGTTGGGAAAAACATAGACCATTTCCTAAAGCTTTTTCTGATTTCGAAATTAAAAGCTTAGTTTCTGAAGCACATGAAGCATTGGCTCGAAAAAAACAATAA	MSKKRLDVLLVEKSLATTREKAKRLIMAGLVFAGQQRLDKPGMQVDESINLTVKGKLIPYVGRGGLKLEKALKTFSLTVTDKIVMDIGSSTGGFTDCALQNGASLCYAIDVGYNQLDWKLRNDDRVIVMERTNFRYVTVDMLENGKPNFASIDVSFISLRLLLPVLKHLLENNSDVVALVKPQFEAGKEQVGKKGIVRDSRVHQAVLRQIIDFALQEKFQVFDLTFSPITGGDGNIEFLLHLGWEKHRPFPKAFSDFEIKSLVSEAHEALARKKQ				NA	NA	NA	NA	NA
AK148_01268	450	argR_2	COG1438	Arginine repressor	ATGAGCAAAATACAACGACATATAAAGATAAGGGAATTAATTACGGATAATGAAATTGAAACGCAAGATGAACTTGTAGATCGGTTGAAAAACTTAGGCTATAATGTAACACAAGCAACGGTTTCTAGAGATATTAAAGAATTACATTTGGTAAAAGTAGCAACGGCAAATGGAACATATAAATACAGTTTACCTGCAGACCAACGCTTTAATCCATTAGATAAATTAAAGCGTTTAGTCATGGATGCATTTGTTAAAATTGATTATGCAAGCCATTTTATCGTACTCAAAACACTTCCGGGAAATGCTCACGCTGTTGGAGCTTTAATCGACCAGTTAGATTGGGAAGAAATAATGGGTACTATTTGTGGTGATGATACTTGTTTAATTATATGCAGAACAGAGGCAGACGCTTTAACGATAAAAGAACGTTTTATCGAGATGTTGTAA	MSKIQRHIKIRELITDNEIETQDELVDRLKNLGYNVTQATVSRDIKELHLVKVATANGTYKYSLPADQRFNPLDKLKRLVMDAFVKIDYASHFIVLKTLPGNAHAVGALIDQLDWEEIMGTICGDDTCLIICRTEADALTIKERFIEML	PGPT0020105_1820	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020105-ahrC-K03402	NA	NA
AK148_01269	1722	recN	COG0497	DNA repair protein RecN	GTGCTTACGGAATTGTCTATTCAGGATTTTGCGATAATCAACAAGCTTTCCGTTACTTTTAATGAAGGATTAACCGTTTTAACAGGTGAAACGGGAGCTGGTAAATCCATTATTATTGATGCGGTTCAATTGCTCGCTGGAGGTAGAGGTTCTGTTGAATTTGTCCGTCACGGTGCTAAAAAGGCAGATATTGAAGGTTTATTTACTTTGGACCATGAATCACACCCTGTATATACCATTTGTGAGCAGTATGGCATTGAAAGTGAAGACCAGCAACTTGTGCTTAGACGCACTATAACAGCAAATGGGAAAAGTATTTGTCGGGTTAATAGCAAATTAGTAACTTTAGCTGTCCTGCGTGAATTTGGAAGGACATTAATTGATATTCATAGTCAGCACGAAACACAGTCCCTTATGAATCCTGAGCATCATTTAGATTTGTTGGATTTATACCAGCCTGAATTAATTAATAAGGCGAAAAAAGAATACTTGAAATTATATGACCAATTATCTAAACTAAAAAATCGTTATCGTAAATTGAGTGAAAATGAACAAGAAACAGCTCAACGATTAGATTTGTTGCAATTCCAGTTGCGGGAATTGGAAGAAGCTCAATTACAACCTAATGAAGACGAGCAATTGGAAGAGGAAAAGAATACTTTAGTTAATTTTGAACGTATTTATTCATCCTTACAGCTTGCTTACAATTCTCTTTATGGCGAACAGAAAGGGCTTGATTGGGTAAATCAGGCGCAAATAGCATTGCAAGATAACAGTAATTATGACGCTTCTCTAGCACAAAAAGCAGAAGATATTGCAAATTATTACTATGGGTTAGAAGAATTGACCCATGACTTAGGAAATCAAATTGAAACGTTGCAATTTGACCCAGAACGCCTAAATGAAATTGAAGCTCGTTTAAATGAAATTAATCGTTTAAAAAGAAAATATGGTCCTACGGTTTCGGATATGTTGACTTATATGGCAAAGATAGAAGAAGAAGTAGAAGAAATAAGCAATAAAGATTCTCATATATCTAAACTCGAACAACAAATAAAAGAAAAAGCCAAGGATGCTTTTTTGGAAGCTCAAGAATTGCGTGATATCCGAAAAAAAGCGGCAAAAGCTTTGACGAAGGAAATTCATGAGGAATTAAAAGACCTTTACTTAGAAAAGACGGAATTTCAGGTTCAGTTTGCTGAGAACATAGAACCACAAGAAGAGCCAGAGAATCATTTGCATAAAAATGGAATGGATGATGTGACATTTTTGATTTCCACCAATCCAGGTGAACCTCCCAAACCTTTAAATAAAGTAGCTTCTGGAGGAGAATTGTCTCGGATTATGTTAAGTTTGAAGAAAATATTTGCTAAACATCAAGGTGTTACAAGTGTCATTTTTGATGAAGTAGATACTGGAGTAAGCGGTAGAGTGGCACAAGCGATTGCTGAAAAGATATATCACATCTCACAAAAGTCACAAGTTTTATGCATTACACATCTACCCCAAGTCGCAGCTATGGCTGATACACATAAATTAATTGAGAAAGAGGTAACAAATCAACGAACATCCACCACTGTTTATGAATTAAGCCAAAAAGCGCAAATTAATGAACTTGCTCGAATGATTACAGGTACAAAGCTTACAGAATCAGCGGTGAATCATGCTAGAGAGATGTTAGAAATGGTGATTCAATTTAAAGGAAAAGAGCATAATTTATAA	MLTELSIQDFAIINKLSVTFNEGLTVLTGETGAGKSIIIDAVQLLAGGRGSVEFVRHGAKKADIEGLFTLDHESHPVYTICEQYGIESEDQQLVLRRTITANGKSICRVNSKLVTLAVLREFGRTLIDIHSQHETQSLMNPEHHLDLLDLYQPELINKAKKEYLKLYDQLSKLKNRYRKLSENEQETAQRLDLLQFQLRELEEAQLQPNEDEQLEEEKNTLVNFERIYSSLQLAYNSLYGEQKGLDWVNQAQIALQDNSNYDASLAQKAEDIANYYYGLEELTHDLGNQIETLQFDPERLNEIEARLNEINRLKRKYGPTVSDMLTYMAKIEEEVEEISNKDSHISKLEQQIKEKAKDAFLEAQELRDIRKKAAKALTKEIHEELKDLYLEKTEFQVQFAENIEPQEEPENHLHKNGMDDVTFLISTNPGEPPKPLNKVASGGELSRIMLSLKKIFAKHQGVTSVIFDEVDTGVSGRVAQAIAEKIYHISQKSQVLCITHLPQVAAMADTHKLIEKEVTNQRTSTTVYELSQKAQINELARMITGTKLTESAVNHAREMLEMVIQFKGKEHNL				NA	NA	NA	NA	NA
AK148_01270	1197	spoIVB	COG0750	SpoIVB peptidase	ATGAACTTGCGAACAAAGCACAACAAAATATTACGTTTCGGTATATGCTTTTTGACAATGCTTGCCTTACTTGCGCTTCCTGTTATTACAAACCTATTTAAAGCGGAAAGTCAAATTACACAAGCAGCAACCACAGCAACTAGCATGAATCCAGAAGATACTTCTACACTTCATCAAATTATTGGCTTACCTATTCAACAAACAAAAGCACAATCAAGAGAAGAAATAAAAATTATACCCGGTGGACAATCCATTGGAGTTCAGTTACAAACAAAGGGTGTACTCGTTGTTGGTCATCATTTAGTAAAGGGAAAAACGGGCGGAGTTTCACCTGGGGAAAAAGCAGATATTCAAGTCGGCGATGTTATTTTAGAAATTGATGGCAAAGAAGTAAAAAAAATGAAAGATGTAAAACCGTTTGTAAAACAAGCCGGACAAACAAAAAATGCGTTGGATATAAAATTAAAACGAGGAAAGAAAACAATTTCTACCGAATTAGAGCCAGCTCTAGATGAAAAAGAAAATAATTATCAAATCGGATTATATATAAGAGACTCTGCTGCAGGAATAGGCACGATGACTTTTTATGATCCAAATTCAAAAAAATATGGAGCTTTAGGTCACGTCATTTCCGATATGGATACCCAAAAACCTATAGAAATTAATAATGGCTCTATCGTACGATCTTCTGTAACTTCCATTGAAAAAGGAAATAATGGTATACCAGGAGAAAAACAAGCCACTTTTTCAGCAACTGAAGATAAGATTGGATCTATTACAAAAAATACCGCATTTGGTATTTTTGGAAAGTTAAATCAAAATTTAGAGGAAATAAAAAAACCATTGCCTATAGCTCAACCTAACGAGGTGAAAGAAGGGCCTGCAAAAATTTTGACAGTACTTTCCGGGGAAGAGATAAAAGAGTACGAAGTCGAAGTTGTTAGCAGTGTTCCTCAGAAAAATGCAGCAACAAAAGGAATGGTCATTCAAATAAAAGATAAGGAATTGCTCAGCAAAACAGGTGGAATTGTACAAGGGATGAGCGGAAGTCCTATTATACAAAATGGCAAAATTATCGGGGCAGTCACTCACGTATTCGTAAATGACCCTACATCGGGGTATGGTGTTCACATTAAGTTTATGCTAGAGGAAGCTGGTATTAATACAGCTACTTCATCACCAAAAAAAGTAAGTTAA	MNLRTKHNKILRFGICFLTMLALLALPVITNLFKAESQITQAATTATSMNPEDTSTLHQIIGLPIQQTKAQSREEIKIIPGGQSIGVQLQTKGVLVVGHHLVKGKTGGVSPGEKADIQVGDVILEIDGKEVKKMKDVKPFVKQAGQTKNALDIKLKRGKKTISTELEPALDEKENNYQIGLYIRDSAAGIGTMTFYDPNSKKYGALGHVISDMDTQKPIEINNGSIVRSSVTSIEKGNNGIPGEKQATFSATEDKIGSITKNTAFGIFGKLNQNLEEIKKPLPIAQPNEVKEGPAKILTVLSGEEIKEYEVEVVSSVPQKNAATKGMVIQIKDKELLSKTGGIVQGMSGSPIIQNGKIIGAVTHVFVNDPTSGYGVHIKFMLEEAGINTATSSPKKVS	PGPT0024775_342	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_IV_SPORULATION,PGPT0024775-spoIVB-K06399	NA	NA
AK148_01271	777	spo0A		Stage 0 sporulation protein A	GTGGAAAAGATTGAAATTTGTTTAGTAGATGATAACCGGGAATTGATTAAGCTTATGGAAGATTATTTTGAAGAACAAGCTGACATTGAAGTTATTGGTACAGCGTTTAATGGAAGAGATTGCTTGACCATGCTGGATGATTTGGAACCAGATGTTTTAATTCTAGATATCATTATGCCACATGTGGATGGACTTGCTGTTCTGAACACACTACGTTCTTCGAAAGAGAATCCTCCACACGTCATTATGCTTACAGCTTTTGGGCAAGAAGAAGTGATGAAAAAAGCAGTAGATTTAGGTGCCGCTTATTTTATTTTGAAGCCTTTTGATTTAGATAATTTAGCTGAACAAATAAGACAAGTACAGGGCAGTTCCTCTTACTCTGCTGGTGTTTCAAAAGTTCAGCGAAAAGAAAGGAAAAAACAAGATTTAGAAGCAAGTATCACCAACATTATTCATGAAATAGGAGTTCCTGCGCATATTAAAGGTTACATGTATTTACGAGAAGCCATTACGATGGTATTTAATGATATTGAGCTGCTTGGTTCTATCACAAAGGTTTTATATCCAGATATAGCTAAGAAATACAATACTACTGCTTCACGTGTTGAACGTGCCATTCGTCATGCTATTGAAGTAGCGTGGAGTAGAGGGAATATTGACTCTATTTCTGCCTTATTTGGATATACAATCAGCATTTCGAAAGCAAAACCAACAAATTCAGAATTCATTGCGATGGTGGCTGACCATTTACGGTTAGAGCATAAAGCAAGTTAA	MEKIEICLVDDNRELIKLMEDYFEEQADIEVIGTAFNGRDCLTMLDDLEPDVLILDIIMPHVDGLAVLNTLRSSKENPPHVIMLTAFGQEEVMKKAVDLGAAYFILKPFDLDNLAEQIRQVQGSSSYSAGVSKVQRKERKKQDLEASITNIIHEIGVPAHIKGYMYLREAITMVFNDIELLGSITKVLYPDIAKKYNTTASRVERAIRHAIEVAWSRGNIDSISALFGYTISISKAKPTNSEFIAMVADHLRLEHKAS	PGPT0014750_406	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014750-spo0A-K07699	NA	NA
AK148_01272	1350	yclM	COG0527	Aspartokinase 3	GTGAAAGTTGCAAAATTTGGAGGAAGCTCTGTAGCTAGTGCAGAACAAATAGAGAAAGTTGCCAACATTATAAAAACGGACCTCCAAAAGAAATTTATTGTCGTTTCTGCTCCAGGTAAGCGACATAAATCAGACCAAAAAATGACGGACATGTTTATTCAATTATGGAAAGCAAGCCAACAGAAAGCTTCTTTAGAGCCATTTATTGATCCAATTATTAAAAGATTTACTGAGATTGTGGAACAGTTAAGCTTGTCTTTCACTATTGTGGGCGAAATTAAACAATCCATTAATAAGCTATTACATATGGAGGAAGCACCTATTAGAAAATTAGATGCTTTAAAAGCAATTGGTGAGGATAGTTCAGCTAAAATTCTTAGCGCGTACCTTACTTCAATTGGTTTAGAAGCACGTTACGTAAACCCTCGCGAAGCTGGTGTAATGGTCAGTGATGAACCGGGTAATGGCAAAATATTGCCAGAAAGTTTTGAGATGATATATAAATTACGCTCTACAAAAGGTATTTCAGTTATCCCTGGTTTTTTTGGATATACAAATGATGGAAAATTAATTACATTTTCACGTGGTGGTTCTGATATTACCGGATCCATTATAGCCGCCGGAGTTAAAGCGGATCTATATGAAAATTATACAGATGTGGACTCTGTTTACGCAGTTAATCCTTCCATCGTAGACAACCCTAAAAAAATAACAACACTTACGTATAAAGAAATGCGTGAATTGTCTTATGCAGGATTTTCGGTGTTTCATGATGAAGCATTAATACCTGCATATCGGGAAAAAATACCAGTATGCATTAAAAATACAAATAATCCGCAAGCAACTGGCACATTCATTGTTTCTGAGAAAAAACCAAGCGAAAAATGTGTTGTTGGCATTGCCAGTGACACTGGTTTTTGCAGTATTTATATTAGTAAATACTTGATGAACAGAGAGATTGGTTTTGGACGTAAAGTGCTCTCTATATTAGAAGAGGAAAGTATTTCCTTCGAACATGCTCCTTCAGGTATTGATGATTTATCGATTATTATTCGGGAAAAACATTTACCTCTAGAAAAAGAAAAGCAAGTATTAGAACGTATTCAAAAGGAGTTATGCCCTGATTTAATTTCTATTCATCGTAATCTCGCTATGATTATGATTGTGGGGGAAGGACTTGTGCGTACAATTGGTGTCGCTCAAAAAGCAACGTCCGCCATTTCTAGTGCGAATGTAAATATTGAGATGATTAACCAGGGGTCATCAGAAGTTTCTATGATGTTTGGCATTATAGCTGACGATCTAGAAAAAGCTGTTCAATCATTGTACAATGCTTTTTTTGTCAAATAA	MKVAKFGGSSVASAEQIEKVANIIKTDLQKKFIVVSAPGKRHKSDQKMTDMFIQLWKASQQKASLEPFIDPIIKRFTEIVEQLSLSFTIVGEIKQSINKLLHMEEAPIRKLDALKAIGEDSSAKILSAYLTSIGLEARYVNPREAGVMVSDEPGNGKILPESFEMIYKLRSTKGISVIPGFFGYTNDGKLITFSRGGSDITGSIIAAGVKADLYENYTDVDSVYAVNPSIVDNPKKITTLTYKEMRELSYAGFSVFHDEALIPAYREKIPVCIKNTNNPQATGTFIVSEKKPSEKCVVGIASDTGFCSIYISKYLMNREIGFGRKVLSILEEESISFEHAPSGIDDLSIIIREKHLPLEKEKQVLERIQKELCPDLISIHRNLAMIMIVGEGLVRTIGVAQKATSAISSANVNIEMINQGSSEVSMMFGIIADDLEKAVQSLYNAFFVK	PGPT0014040_1888	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0014040-lysC-K00928	NA	NA
AK148_01273	252			hypothetical protein	ATGATCCGAATCATAGCCATACTTATTTTGTTTATCCCAGGTTTAATAGCTGCTATAGGCATTAAGTTAATGAGAGACACATTATTTGCTACTTTCTATCCGATATTTTTACATAGTAGTATTCAGTTCATTATTGGGCTTATACTATTCTTGGCTGGACTTGCTTTCATAGGCGGTTTCATTATACACAGGGATCGAAAACGACAAAAAAATCAGCAACAAAAAAGAAATTGTTATGCAAATGGGGACTAA	MIRIIAILILFIPGLIAAIGIKLMRDTLFATFYPIFLHSSIQFIIGLILFLAGLAFIGGFIIHRDRKRQKNQQQKRNCYANGD				NA	NA	NA	NA	NA
AK148_01274	2067	norR_2		Anaerobic nitric oxide reductase transcription regulator NorR	ATGAAACGCGTTCTTATTGTTGGTGCTGGTAAAGGCGGGAGTGCAATATTAAAAATTCTCCATGCTACTCAAACTATGAAAGTTGTAGCTATCGTGGACACGAATTCGTCTGCTCCCGGTCTAGTAGCGGCAGAAAAATGGGACATTCCTATAGGGCGTTCGTGGAAAAATTGGATTGATGAAAATATTGATATTATCATTGAAGCAACTGGTAATGAATTTGTATTAGAAGCACTATTACAGCGACGTAATCGAAGGACAGTAATTATTCCAGGGACAGTTGCTTATATCATTTCTGAGCTATTTGATGAAAAACAAGAGCTGTTAGAAGAAATAGAACTACAAATGCTAAATCAAGAGTTGATATTAAACAATATACGTGATGGCATGATTGTCGTCGATACTAATGGGTTTATCACTTTTGTTAATAAAAGTGCAGAAAAGATTATTAACACCTCAAAGCAGAAACTACTTGAAGGAGAACATATAGAAAAAGTCATTTATCGTACACGTCTTACTGAAGTGTTAAAAAACCGTAGAAAGGAAATAAATCAAAAATTAACTTTAGAAAACGGGAAACAGATTATTGCAACAAGGATTCCAATTATACGGTCAGACAATAGTCTACTAGGTGCGTTTGCTGTTTTTAAAGATATTACGGAAGTCGTACATTTAGCAGAAGAAAACACCGACTTAAAAGAAATTAAAACGATGTTAGAAGCAATTATTCATTCTTCTGATGAGGCAATCAGTGTTGTAGACGAACAAGGTCTTGGGTTAATGATAAATCCTGCCTATACTAAAATCACTGGATTAGCTGCCTCTGACGTCATTGGCAAACCAGCAACTACGGATATTTCTGAGGGAGAGAGTGTACATATGAGGGTCTTACAAACAAGAAGACCCATAAGAGGAGTATTAATGAAAGTTGGCCCAAATAAAAAAGAAGTATATGTCAACGTTGCTCCTGTAATTGTAGATGGTAAATTAAAAGGCAGTGTCGGTGTACTTCACGACATTTCCGAAGTGCAGTCATTAACCAATGAACTAAAGCGTGCAAGACAGATTATACGTAATTTGGAAGCAAAGTATACATTTACGGATATTATTGGTACTTCTCCAGAAATGAAAATTGCTTTAGAGCAAGCGAAAGTAGGTGCTAGAACACCTGCTACTGTTTTACTTCGAGGCGAATCTGGTACTGGAAAAGAATTATTTGCTCACGCCATTCATAATGAAAGTGACCGTAAACACTATAAATTTATACGCGTTAATTGCGCCGCCATTGCTGAAACGATATTAGAAAGTGAGTTGTTCGGCTATGAAGAAGGAGCTTTTTCTGGTGCCAAAAGAGGCGGAAAAAAAGGTTTTTTTGAAGAAGCAAATAACGGGAGTATATTTTTAGATGAGATTGGTGAATTGTCTTTACACATGCAAGCAAAATTATTACGAGTGTTACAAGAAAATGAAATTGTACGTGTTGGAGGGACGACTCCAATTACGATTGATGTGCGTGTGATTGCAGCAACTAATGTAAATCTCGAAAAAGCAATTATGGCAAAAACGTTTCGCGAAGATTTATATTATCGATTGAACCGTTTACCTATATTTATTCCATCTTTAAAGGAGAGGCTTTCTGACCTTCCAATACTTGCGAAGCATATTATTACAAAAATTAATCAAGATTACGGACGAGACGTGCAACACATTTCTGAGCAAGCTATAACTCATTTAAATTATTATCATTGGCCAGGAAACATTCGTGAACTAGAAAATGTAATAGGAAGAGCCATGATTTATATGGGGATACAAGAAAAAGCAATTCAACAATCCCATCTGCCTCATTTAGAAAATCAGGAGAGGAAACCGAGTTTTTCACCAGTACTTCAAACAAGCTCTCCATCTTTACAACAAGCAATGGAAGAATATGAAAGAAATTATATTGCGCAAGTATATGAGCAAAATGATTATAATAAAACAAAAACGGCCAAGTCGTTGCAAATTTCAATCCGAAATCTTTACTATAAAATGGAAAAACATCAAATTGCAAAACCTGACCTGCAATAG	MKRVLIVGAGKGGSAILKILHATQTMKVVAIVDTNSSAPGLVAAEKWDIPIGRSWKNWIDENIDIIIEATGNEFVLEALLQRRNRRTVIIPGTVAYIISELFDEKQELLEEIELQMLNQELILNNIRDGMIVVDTNGFITFVNKSAEKIINTSKQKLLEGEHIEKVIYRTRLTEVLKNRRKEINQKLTLENGKQIIATRIPIIRSDNSLLGAFAVFKDITEVVHLAEENTDLKEIKTMLEAIIHSSDEAISVVDEQGLGLMINPAYTKITGLAASDVIGKPATTDISEGESVHMRVLQTRRPIRGVLMKVGPNKKEVYVNVAPVIVDGKLKGSVGVLHDISEVQSLTNELKRARQIIRNLEAKYTFTDIIGTSPEMKIALEQAKVGARTPATVLLRGESGTGKELFAHAIHNESDRKHYKFIRVNCAAIAETILESELFGYEEGAFSGAKRGGKKGFFEEANNGSIFLDEIGELSLHMQAKLLRVLQENEIVRVGGTTPITIDVRVIAATNVNLEKAIMAKTFREDLYYRLNRLPIFIPSLKERLSDLPILAKHIITKINQDYGRDVQHISEQAITHLNYYHWPGNIRELENVIGRAMIYMGIQEKAIQQSHLPHLENQERKPSFSPVLQTSSPSLQQAMEEYERNYIAQVYEQNDYNKTKTAKSLQISIRNLYYKMEKHQIAKPDLQ	PGPT0001030_2335	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,PGPT0001030-acoR-K21405	NA	NA
AK148_01275	927	pta_1	COG0280	Phosphate acetyltransferase	ATGGGTGGTTTAGACCAACTAAAAATTGCAGCCAAAAAGAAAGAAGGAAATATTGTTTCCATTGCAAATGCTCAAGATGAAGGTATATTACAAGTTGTTAAAATAGCTCTTGAAGAAAACCTTTGCCAATTTTTGCTTGTTGGAAATGAAGAGAAAATAAAGGAAACAGCAAACCGAATAGGGCTCCATTTATCCAACTATAAAGAAAAAGTCTCTATTCAACATGCAACTGATTTAACTGCGATTGCACATTCAAGTGTTAAAGCAGTAAGCCAAAAGCAAGCAGATATATTAATGAAAGGAAACATCGCAACAAAAGATGTTTTGCAAGCAGTTCTTGATAAAGAGTATGGATTGCGAACTGGAAAAATTTTATCACACACTGCAGTCTTTGAAGTTCCAAATCAAGAAAAACTTGTGATATTAACAGATGCAGCAATGAATATTGCGCCCGATATGCAACAAAAAGTGACTATTGTTGAAAATGCAGTACAAGTTGCACAAAGTATTGGGATAGAGGTACCAAAAGTAGCTGCTCTAGCACCGGTAGAGAAAGTGAATCCTAGTATGCAGTCTACGATGGATGCTGCTATACTTACGCAAATGCAACGAAGAGGGCAAATAAAAAACTGTCTTATCGATGGACCTTTAGCATTTGATAATGCTGTATCAAAGCGAGCGGCAGTTCAAAAAGGTATTTCATCAGAAGTTGCAGGGGATGCAGATATTCTTCTCGCCCCTTCCATTGAAGTAGGCAATGCTTTATATAAATCATTTATTTATTATGCACAAGCAAAAGTAGCTGCTCTTATTTGCGGAGCTAAAGCACCGATTATTTTAACGTCACGAGCAGATACCGTTGAAAGCAAATTACATTCGCTATCATTAGCAATTATGACCACTAATTCAAATAGGAGGAGATCTTAA	MGGLDQLKIAAKKKEGNIVSIANAQDEGILQVVKIALEENLCQFLLVGNEEKIKETANRIGLHLSNYKEKVSIQHATDLTAIAHSSVKAVSQKQADILMKGNIATKDVLQAVLDKEYGLRTGKILSHTAVFEVPNQEKLVILTDAAMNIAPDMQQKVTIVENAVQVAQSIGIEVPKVAALAPVEKVNPSMQSTMDAAILTQMQRRGQIKNCLIDGPLAFDNAVSKRAAVQKGISSEVAGDADILLAPSIEVGNALYKSFIYYAQAKVAALICGAKAPIILTSRADTVESKLHSLSLAIMTTNSNRRRS	PGPT0001810_28	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001810-ptb-K00634	NA	NA
AK148_01276	1095	ldh	COG0334	Leucine dehydrogenase	ATGGAACTATTTCGCTACATGGAACAAGATGATTATGAACAAGTCGTGTTTTGTCAAGATAAGAATTCTGGGTTGAAGGCAATTATTGTCATCCACGATACAACTTTAGGCCCTGCTTTAGGTGGAACGAGAATGTGGACCTATGAAACAGAAGAAGCTGCTCTTGAAGATGCGCTTCGTTTAGCTAAAGGAATGACTTATAAGAATGCTGCAGCTGGACTAAACTTAGGTGGTGGGAAAACGGTTATCATTGGTGACCCAAAACAAGATAAAAACCCTGAAATGTTTCGTGCTTTTGGTCGTTATATCCAAGGTTTGAATGGAAGATATATTACAGCAGAGGATGTAGGTACAACCGTGCAAGATATGGATACTATCCATATGGAAACCGATTTTGTGACGGGTATCTCCCCAGAATCAGGGTCTTCCGGAAACCCTTCTCCAGTAACTGGTTATGGCGTATATAAAGGCATGAAAGCTGCCGCTAAAGAAGCATTTGGGGATGATTCTTTAATAGGAAAAACAGTTGCAGTTCAAGGTATAGGTAATGTTGCTTATGCTCTTTGTGAACATTTACATAAAGAAGGAGCTAATTTAGTAGTAACAGATATCAATGAACAAGCTGTACAAAGAGCAGTAGAGGCTTTCCATGCAAAAGCAGTTAAACCGGATGCAATTTATGATGTGGATTGTGATATTTATGCACCTTGTGCACTTGGAGCAACGATAAATGATGACACGATTCCAAGAATAAAAGCAAAAGTTATTGCTGGATCAGCTAATAATCAATTGAAAGAGTCGCGACATGGTGATATGATTCACAAGCAAGGGATGGTTTACGCACCTGACTATGTCATTAACTCTGGTGGGGTTATTAATGTTGCTGATGAGTTACAAGGATATAATTACGATCGGGCTATGAAGAAGGTTGAAACTATATATGACAGCTTGGTAAAAGTATTTGCCATCGCTAGACGAGATAATATACCTACTTACTTAGCTGCAAATCGAATGGCTGAAGAAAGAATTAAATCTGAATATCGTTCTAGGAGTCAATTTTTGTTAAATGGTCATCATATTTTAAGTAGAAGATAA	MELFRYMEQDDYEQVVFCQDKNSGLKAIIVIHDTTLGPALGGTRMWTYETEEAALEDALRLAKGMTYKNAAAGLNLGGGKTVIIGDPKQDKNPEMFRAFGRYIQGLNGRYITAEDVGTTVQDMDTIHMETDFVTGISPESGSSGNPSPVTGYGVYKGMKAAAKEAFGDDSLIGKTVAVQGIGNVAYALCEHLHKEGANLVVTDINEQAVQRAVEAFHAKAVKPDAIYDVDCDIYAPCALGATINDDTIPRIKAKVIAGSANNQLKESRHGDMIHKQGMVYAPDYVINSGGVINVADELQGYNYDRAMKKVETIYDSLVKVFAIARRDNIPTYLAANRMAEERIKSEYRSRSQFLLNGHHILSRR	PGPT0020320_385	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_LEUCINE_DEGRADATION,PGPT0020320-ldh|leu-K00263	NA	NA
AK148_01277	1089	buk2_1	COG3426	Butyrate kinase 2	TTGCAAGAAATCTTTAGAACACTTGTTATCAATCCAGGTTCTACATCAACGAAGATAGGTGTGTTTGATAATGAGGGATGCGTTTTTGAAACAACTATTCGCCATTCTGTTGATGAATTACAGGGTTTTATATCTATTAGCGAACAAAAATCCTTTCGTAAAAATGTAATATTAGAACAACTTGATTATGAAGGGATTAGTGTTTCTAAATTGGATGCTGTTTGTGCAAGAGGTGGATTAATTCGACCAATTGCAGGTGGAACATATGAAGTAAATGGAGCGATGATTATTGATCTAGAAAGAGGGTACAACGGGCATCATGCTTCCAATTTAGGTGGTATCATTGCAAATGAAATTGCTTCTTCCCTTCATATACCAGCATATATTGTAGATCCCGTCGTAGTAGACGAACTTGCTGAAATAGCCCGTTTCTCTGGTATACCTGAACTTCCTAGAAAAAGTATTTTTCACGCACTGAATCAAAAAGCCGTTGCTAGACGAGTAGCTAAACAAGTTGGCGGGGTATACGAGGAAATGAATTTTATTGTAACACATATGGGTGGAGGTATTACGGTAGGTGCCCATCATCTTGGGAAAGTAATTGATGTTAATAATGGTTTACATGGAGAAGGACCTTTTTCTCCAGAGAGAGCAGGGACTGTTCCTGTTGGCGACTTAGTATCAATGTGCTTTTCAGGCCAATATTACTTAGAAGAAATCATGCGTAAAATTGTTGGTAACGGCGGATTAATGGGCTATTTACTGACAAGTGATGCAATGGAAGTTGAACGACGAATTTCTCAAGGGGATTCGTATGCTCAAAAAGTATATGAAGCAATGGCTTATCAAGTCGCTAAAGAAATTGCTGCTTTAAGTGCTGTATTAAAAGGGGATGTAGATGCCATTGTATTAACTGGTGGCCTTGCTCATGGTAAAACCTTTACAGATATGATTGTGGAACGTGTAGACTGGATAGCCGATACAATTGTTTATCCTGGTGAAGACGAATTACAGGCATTAAACGAAGGGGCGTTGCGTGTTTTACGTGGAGAAGAACAAGCAAAGATTTATGATGATAAGACTGGATAA	MQEIFRTLVINPGSTSTKIGVFDNEGCVFETTIRHSVDELQGFISISEQKSFRKNVILEQLDYEGISVSKLDAVCARGGLIRPIAGGTYEVNGAMIIDLERGYNGHHASNLGGIIANEIASSLHIPAYIVDPVVVDELAEIARFSGIPELPRKSIFHALNQKAVARRVAKQVGGVYEEMNFIVTHMGGGITVGAHHLGKVIDVNNGLHGEGPFSPERAGTVPVGDLVSMCFSGQYYLEEIMRKIVGNGGLMGYLLTSDAMEVERRISQGDSYAQKVYEAMAYQVAKEIAALSAVLKGDVDAIVLTGGLAHGKTFTDMIVERVDWIADTIVYPGEDELQALNEGALRVLRGEEQAKIYDDKTG	PGPT0001815_202	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001815-buk-K00929	NA	NA
AK148_01278	1422	pdhD_3		Dihydrolipoyl dehydrogenase	TTGGCAACAGAATATGATTTAGTTGTACTTGGAGGAGGAACTGGCGGTTATGTAGCAGCTATTCGCGCCTCCCAACTTGGAATGAAAGTAGCTGTTGTAGAAAAGCGAGAACTAGGAGGCACTTGCTTACATCGTGGTTGTATTCCTTCAAAATCATTTTTACGAAGTGCTGAAGTATATAGACAAACCAAACAGGCCGCTTTGTATGGAATAGAAACGGAAGCAACTACATTGAAATTTCCTTTAGTACAGGAACGAAAACAAAAAATTGTTGACCAGTTGCATCAAGGTGTCAAGGGATTAATGAAGAAAGGGAAAATTGATACGTATTATGGGCATGGTCGTATTTTAGGACCAAGTATTTTTTCCCCGATGGCTGGAACGATATCGATTGAACATGGAGACGGGCAAGAGAATACCATGCTAATTCCTAAAAATGTGTTAGTAGCTACAGGTTCGGAACCGAAAACTTTACCGGGGTTAGAAGTAGACCAGTCGTTTGTAATGACTTCGGATGAAGCGTTGAATTTAACAGAATTACCAAATTCGATCCTTATTGTTGGCGGAGGCGTAATTGGTATTGAATGGGCATCGATGTTGGCGGATTTTGATGTAAATGTTACTGTTATTGAATACGCGAAGCAAATATTACCTACAGAAGATGAAGCAGTTGCTAAAGAAGTACAAAAATTATTAAAGAAAAAAGGCGTAACCTTTGTAACAGAAGCAAAAGTATTGGCAGATACCGTTGATAAAGGAGAGCTAGTTCGTTTAGAAGCTGAAATTAATGGGGAAAAGCAGTCATTTCAAGCAGAGAAAATACTTGTCTCTGTTGGTCGTAAAGCGAATATAACAAATATTGGTTTGGAAAATACCGATATTGTTGTGGACGAAGATGTTATTCAAACAAATGCATTTTATCAAACGAAAGAATCGCATATATATGCAATTGGTGACGTAATTGGTGGCATGCAATTAGCTCATGTTGCTTCACATGAAGGAATTGTTGCTGTAGAACATATGGCAGACCAATCGCCATTGCCAATTAATTATTTGCAAGTTCCTACTTGTATTTACTCCAATCCTGAAGTAGCTCGTGTTGGCTTAACAGAGCAACAAGCAATAGAAAAAGGGTATGACGTGAAGGTTGGTACGTTTCCTTTTCAGGCAGTTGGTAAAGCGCTCGTTTACGGCGAAACAGATGGATTTGTAAAAATAGTTGCTGATAAACAAAATGATGATTTATTAGGAGTTCATATGGTTGGCCCACATGTAACCGATATGATTTCTGAAGCGGGGTTAGCTAAAGTGCTGGATGCTACTCCTTGGGAAATTGCTCATGCTATTCATCCACACCCTACTTTGTCGGAAGTTATTGGTGAGGCTGCGCTTGCGGTAGATGGAAAACAAATACACGGATAA	MATEYDLVVLGGGTGGYVAAIRASQLGMKVAVVEKRELGGTCLHRGCIPSKSFLRSAEVYRQTKQAALYGIETEATTLKFPLVQERKQKIVDQLHQGVKGLMKKGKIDTYYGHGRILGPSIFSPMAGTISIEHGDGQENTMLIPKNVLVATGSEPKTLPGLEVDQSFVMTSDEALNLTELPNSILIVGGGVIGIEWASMLADFDVNVTVIEYAKQILPTEDEAVAKEVQKLLKKKGVTFVTEAKVLADTVDKGELVRLEAEINGEKQSFQAEKILVSVGRKANITNIGLENTDIVVDEDVIQTNAFYQTKESHIYAIGDVIGGMQLAHVASHEGIVAVEHMADQSPLPINYLQVPTCIYSNPEVARVGLTEQQAIEKGYDVKVGTFPFQAVGKALVYGETDGFVKIVADKQNDDLLGVHMVGPHVTDMISEAGLAKVLDATPWEIAHAIHPHPTLSEVIGEAALAVDGKQIHG	PGPT0001380_4196	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
AK148_01279	993	bfmBAA	COG1071	2-oxoisovalerate dehydrogenase subunit alpha	ATGTCAAAAAAAGACTATAAAGCTTTAGGGCTTACTGAAGAGCAAGTTTTAGATATTTATCGCACCATGTTGCTTGCTCGAAAAATAGATGAAAGAATGTGGTTACTTAATCGCGCTGGGAAAATTCCTTTTGTTATTTCATGTCAAGGACAGGAGGCAGCCCAAGTTGGAGCCGCTTTTGCCTTAAACCGGGAAAAAGATTATGTGGCTCCATATTATCGAGACATGGGAGTGGTGTTGGCGTTTGGTATGACAACAACGGATTTAATGCTATCTGGTTTTGCTAAAGCAGAAGATCCAAATTCTGGTGGAAGACAAATGCCTGGGCATTTTGGTCAAAAGAAAAATCGTATACTAACGGGTTCTTCACCTGTGACGACACAACTTCCACATGCGGTTGGCGTTGCGCTTGCTGCAAAAATGAAGCATGACCCCATTGTTTCGTTTGTAACATTAGGAGAAGGTTCATCCAACCAAGGTGACTTCCATGAAGGGTTAAATTTTGCAGGTGTACATAAGCTTCCTGTTATTACAATGGTAGAAAATAATAAATATGCCATCTCCGTCCCACTGGAAAAGCAAATTGCGAGTAAAACCGTAGCTGAACGAGCACAATCATACGGAATGCCGGGAGTTACTGTGGATGGGAATGATCCTTTAGCAGTTTATGATGCTGTCAAACAAGCGCATGAACGTGCGTTGAAGGGAGAAGGACCAACATTAATAGAAGCTGTTTCTTATCGGTTAACTGCTCACTCTAGTGATGATGATGATCGACTATATCGAGGAAGTGATGAAGTAGAGGAAGCAAAGAAAAAAGATGCGATTATTACATTTGCGAAGTATTTAAAGGATGTTGGCGTATTAACAGACGAAGTCGAGAAAGAAATGAATGAAGTCATTCAACAAGAAGTAAATGATGCTACAGATTACGCAGAAAATGCTGCTTACGCAAAACCAGAAGAAGCATTAAAATTTGTATATGAGGAGTAA	MSKKDYKALGLTEEQVLDIYRTMLLARKIDERMWLLNRAGKIPFVISCQGQEAAQVGAAFALNREKDYVAPYYRDMGVVLAFGMTTTDLMLSGFAKAEDPNSGGRQMPGHFGQKKNRILTGSSPVTTQLPHAVGVALAAKMKHDPIVSFVTLGEGSSNQGDFHEGLNFAGVHKLPVITMVENNKYAISVPLEKQIASKTVAERAQSYGMPGVTVDGNDPLAVYDAVKQAHERALKGEGPTLIEAVSYRLTAHSSDDDDRLYRGSDEVEEAKKKDAIITFAKYLKDVGVLTDEVEKEMNEVIQQEVNDATDYAENAAYAKPEEALKFVYEE	PGPT0008861_2699	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_LEUCINE_DEGRADATION,PGPT0008861-bkdA1-K00166	NA	NA
AK148_01280	984	bfmBAB	COG0022	2-oxoisovalerate dehydrogenase subunit beta	ATGCCAGTAATGTCCTACATTCAAGCAATAACCACTGCTTTACGAGAAGAAATGCAACGAGATGAAAACGTGTTTGTCTTAGGAGAAGATGTTGGAAAAAAAGGCGGAGTTTTTCGTGCCACGGATGGACTGTATGAAACGTTTGGAGAAGCTCGAGTTTTAGATACGCCACTCGCAGAATCAGCTATTGCTGGAGTTGGCATAGGAGCAGCGATGTATGGCATGCGCCCTGTAGCAGAAATGCAGTTTGCAGACTTCATTATGCCAGCAGTAAATCAAATTATTTCTGAAGCAGCTAAAATACGCTATCGCTCTAATAATGATTGGCATGCGCCAATAACGATTCGCGCTCCGTATGGTGGTGGAGTCCATGGCGCTTTATATCACTCCCAATCCGTAGAGGCGGTATTTGCTAATCAACCAGGCTTGAAAATTGTTATGCCATCCACACCTTATGATGTGAAAGGATTACTTAAAGCAGCAATACGCGATAATGACCCAGTGCTCTTTTTTGAACATAAACGCGCATACCGCTTATTAAAAGAAGAGGTACCAGAAGATGATTATGTACTTCCTATTGGAAAAGCAGATATTAAGAAGGAGGGATCTGACATTACCGTCATTACATACGGTCTTTGTGTCCATTTTGCTTTACAAGCAGCAGAAAAATTAGCAGAAGATGGAATTAGTGCACATGTGTTAGATTTACGAACCGTATATCCTTTGGATCAAGCGGCTATTATTGAAGCTGCAAAGAAAACTGGTAAAGTACTATTAATTACTGAAGACAATAAAGAAGGCAGTATTATTGGTGAAGTTGCAGCGATCATTGCCGAAAATTGTTTATTTGATTTAGATGCTCCTGTACAACGGCTAGCAGGTCCTGACGTTCCATCCATGCCATATGCACCGACGATGGAAAAGTTCTTTATGATTAATCCTGATAAAGTAGAAAAAGCCATGCGTGAATTAGCGGAATTTTAA	MPVMSYIQAITTALREEMQRDENVFVLGEDVGKKGGVFRATDGLYETFGEARVLDTPLAESAIAGVGIGAAMYGMRPVAEMQFADFIMPAVNQIISEAAKIRYRSNNDWHAPITIRAPYGGGVHGALYHSQSVEAVFANQPGLKIVMPSTPYDVKGLLKAAIRDNDPVLFFEHKRAYRLLKEEVPEDDYVLPIGKADIKKEGSDITVITYGLCVHFALQAAEKLAEDGISAHVLDLRTVYPLDQAAIIEAAKKTGKVLLITEDNKEGSIIGEVAAIIAENCLFDLDAPVQRLAGPDVPSMPYAPTMEKFFMINPDKVEKAMRELAEF	PGPT0008862_1948	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
AK148_01281	1260	pdhC_3		Dihydrolipoyllysine-residue acetyltransferase component of pyruvate dehydrogenase complex	ATGGCAATAGAAAAAATCAATATGCCCCAGTTAGGTGAGAGTGTAACGGAAGGCACCATCAGTTCTTGGCTCGTACAGGTTGGAGATGAAGTAAACAAATATGACCCGATTGCCGAGGTTCTAACAGATAAAGTAAATGCTGAAGTACCATCTTCTTATAGTGGGAAGATTAAAGAAATTGTTGCTCAAGAAGGCGACACAATTGAAGTTGGAGAACTAATGTGTTATATCGACACTGTTGATGAACCAGGTTCAAAACAGGAACAGCGTAGTAGTTCATCTACTGAAGCTGTTGAACATAAAGAAGCGGAAGCTAGTTCAGATCAATCTATGAAAAAACGCTATTCTCCTGCTGTGCTACGTTTAGCTCAAGAACACGATATTGATTTGGAACAAGTGACAGGTTCAGGGAAAGCAGGAAGAATCACTAGAAAAGATGTGGAGAAGATTATTGCGTCTGGTAAAATTCCTGAACCAAGTAAAGTTGCATTTCAAACGGAAGAACAAGTGTCACCACAGGAAGTTAAACCATTGAATAAATCGGTATCTGGAACTTATCCTGGCGATGTAGAAATTCCTGTTAGTGGAGTACGCAAAGCAATTGCACAAAATATGGTACGTTCTACACAAGAAATTCCGCATGCTTGGATGACGGTGGAAGTAGATGTGACGGATTTAGTAACGTACAGAAACAAGGTTAAAGACACGTTTAAAACAAGAGAAGGTTATGGACTAACTTTTTTCGCCTTTTTTGTCAAAGCTGTAGCTCAAGCTTTAAAAGAATTCCCGCAATTAAATAGTACGTGGGCGGAAGATAAAATTATTCAACGTAAGGATGTTAATATTTCGATCGCCGTAGCAAAAGATCAAGAATTGTTTGTTCCAGTGATCCATCATGCTGATGATAAAAGCGTTAAAGGCATTGCAAAGCAAATTCACGAATTAGCTGTTAAGGCGCGAACGGGAAAATTAACTCCTGATGATATGAAAGGTGGAACTTTTACTGTTAATAATACGGGATCATTTGGCTCCATTAATTCTATGGGGGTAATTAACCATCCACAAGCAGCTATTTTACAAGTGGAGTCCATAGTGAAACGTCCAGTCATTGTTAATGATATGTTTGCTGCTAGAAACATGGTGAATTTATCTTTATCTCTGGATCACAGGATATTAGATGGATTGATTTGCGGTCAATTTTTAGCTCGAGTAAAAGCTATTTTAGAACAAATGAACGAACATACTATAAATGTCTATTAG	MAIEKINMPQLGESVTEGTISSWLVQVGDEVNKYDPIAEVLTDKVNAEVPSSYSGKIKEIVAQEGDTIEVGELMCYIDTVDEPGSKQEQRSSSSTEAVEHKEAEASSDQSMKKRYSPAVLRLAQEHDIDLEQVTGSGKAGRITRKDVEKIIASGKIPEPSKVAFQTEEQVSPQEVKPLNKSVSGTYPGDVEIPVSGVRKAIAQNMVRSTQEIPHAWMTVEVDVTDLVTYRNKVKDTFKTREGYGLTFFAFFVKAVAQALKEFPQLNSTWAEDKIIQRKDVNISIAVAKDQELFVPVIHHADDKSVKGIAKQIHELAVKARTGKLTPDDMKGGTFTVNNTGSFGSINSMGVINHPQAAILQVESIVKRPVIVNDMFAARNMVNLSLSLDHRILDGLICGQFLARVKAILEQMNEHTINVY				NA	NA	NA	NA	NA
AK148_01282	438			hypothetical protein	TTGGTAATGGATTTTAATATATTTATGAATGATGTTGTAAATGCTGCAAGAGAAGATATAAGAGAAGCAGGATATGAAGAGCTCACGACACCTGAGGCTGTTGATGAGGCGTTATCTCGAAAAGGAACAACCCTCGTTATGGTTAATTCCGTATGCGGTTGTGCAGGTGGTATTGCTAGGCCTGCCGCTGCAAATGCAGTTCATTATGATAAACGACCTGACCATTTAGTAACCGTATTTGCAGGTCAGGATAAAGAAGCTACGGAAAGGGCAAGAACATATTTTGAAGGATACCCACCATCTTCACCTTCCTTTGCGTTCCTTAAAGATGGGAAAATAGTCACGATGTTGGAGCGTCATGATATTGAAGGACATAATGCTATTGATGTAATTAGCAACTTGCAACAAATTTTCGAACAACATTGTGAAGAAGTTTAA	MVMDFNIFMNDVVNAAREDIREAGYEELTTPEAVDEALSRKGTTLVMVNSVCGCAGGIARPAAANAVHYDKRPDHLVTVFAGQDKEATERARTYFEGYPPSSPSFAFLKDGKIVTMLERHDIEGHNAIDVISNLQQIFEQHCEEV	PGPT0014657_7	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0014657-bmrU-NA	NA	NA
AK148_01283	978			hypothetical protein	TTGAAGATTGGGTATCGAACAATCAAAACAGCAATCGGAACTCCAATTGCTATATGGGTTGCACAATTATTAGGTGTAACAAACTTTGTTTCCGCTGGTATTTTAACCATTTTATGTATTCAACCATCAAGAAAACAATCCTTTTTAAGTGCATGGAACAGATTCTTGGCTTGTATCATTGCATCTGTTTTTTCCATCATTTTCTTTTATTTTATTGGTTATCACCCATTAGTTCTTGGGCTATTGTTATTGGGTTTTATTCCGGTAACTGTGATTTTTAATATTACGCAAGGTATAGCTACCAGCTCCGTTATAATTTTAAATTTATATGGAGCAAATTATTTAGATATAAGCTTTCTAGTGGATCAATTTCTATTAATTGTTATTGGAATTGGAACTGGGCTCGTAATGAATCTATATATGCCAAGTTTAGACCGGAAATTAAAAGAGAAACAACAAGACTTAGAGGAAAATTTTCAATTTGTTTTATACGAAATTGCTCTCTATGTACGTAATAAAAATATTGATTGGGATGGAAAAGAAATTAAGAGAATCGGAGAAATTTTGGACGAGACAAATGATTTAGTCGAACGGGATAAGGAAAACCATCTATTACGAAGCAAACATATTTATCGAGACTATTTCAAAATGCGCACACGTCAATTTGAATTATTACAAAGGATGCTACCATTAGTTACAAAGCTACCAAAAAAGGACACCATTTCGGAAAAGATAGCTGATTTTTTTGAGGATCTGTCAAAGGCTGTTCATCCTGGAAACACAGCCATTATCTATCTAGAACGATTAGAAAATCTACGTAAAGAGTTTGATGAGGAAGAACTTCCTTGTTCCAAAGAGGAATTCGAGACAAGGGCAAACCTCTTTCGTTTGTTGCATGATATTGAAGATTACTTAATTGTGAAGATGAAATATAAAGAAAGTGATGTTGTTAAAAAAAAGAAGCAACTGGAAACGTAA	MKIGYRTIKTAIGTPIAIWVAQLLGVTNFVSAGILTILCIQPSRKQSFLSAWNRFLACIIASVFSIIFFYFIGYHPLVLGLLLLGFIPVTVIFNITQGIATSSVIILNLYGANYLDISFLVDQFLLIVIGIGTGLVMNLYMPSLDRKLKEKQQDLEENFQFVLYEIALYVRNKNIDWDGKEIKRIGEILDETNDLVERDKENHLLRSKHIYRDYFKMRTRQFELLQRMLPLVTKLPKKDTISEKIADFFEDLSKAVHPGNTAIIYLERLENLRKEFDEEELPCSKEEFETRANLFRLLHDIEDYLIVKMKYKESDVVKKKKQLET				NA	NA	NA	NA	NA
AK148_01284	108			hypothetical protein	ATGTCGCGACAATCTAAGCGTCAACGCAGAACAAAAATTGTTGTCTATATTATGATTATAGCAATGCTTCTCTCCACTATAACAACAGGTCTTATGATGTTTATATAA	MSRQSKRQRRTKIVVYIMIIAMLLSTITTGLMMFI				NA	NA	NA	NA	NA
AK148_01285	441			hypothetical protein	ATGTCTGAATATTTATCTAAGCCAAAACAAATTGCGCATATTGGCATTGCTGTACGTTCAATTAACAATGTATTGCCTTTTTATACACAAATACTAGGATTACAAGTTACAAGGCGTGAATTATTAGAAAGGGAGCTCGTTTCCATTGCCTTTTTACCTATTGGAGAAAGCTATTTAGAATTGATGGAACCATTGAGTCAAAAGTCTACTATTTTTCAGTTCATTGAGAGATATGGTGAAGGCGTTCATCATGTGGCATTGGGAGTTAACCAACTATCTAAGCGTATACAAAAATGCAAAGAGCGCCACATTCCTTTAGTGGATGATTACCCAAGGAAGGGAGCATGGAACAACTACGTCGCATTTATACACCCTAAAGCAGCAAATGGTGTTTTGTTTGAATTTTGTGAAGGGTGGACAACCACAAATGGATATGTATGA	MSEYLSKPKQIAHIGIAVRSINNVLPFYTQILGLQVTRRELLERELVSIAFLPIGESYLELMEPLSQKSTIFQFIERYGEGVHHVALGVNQLSKRIQKCKERHIPLVDDYPRKGAWNNYVAFIHPKAANGVLFEFCEGWTTTNGYV	PGPT0013300_3217	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
AK148_01286	1122	pepT_1	COG2195	Peptidase T	ATGGTGAACGAGAAGCGTTTAGTTGAAGAATTTTTAGAACTTGTACAAACTGATTCCGAAACAGGCAACGAAGGAAAAATTGCATCTGTTTTAAAAAGTAAATTTGAAGCACTAGGTATTGAAGTCTTGGAAGATGATAGCAAATCTAGGACAGGTCATGGTGCCGGAAACCTAATCTGTAATTGGAAAGGGGATATTGCTAACGCGGAGACCATTTACTTTACATCTCATATGGATACGGTTGTACCGGGTAAAAACATTAAACCAGTCATCGAAGAAGGGTGGATTACTTCAGATGGCACAACTATTTTAGGTGCGGATGATAAAGCTGGATTGGCTGCGATTCTTGAAACAGTTCGCGTCTTTAATGAACAAAAAATAAGTCATGGTGACATTCAATTTATAATAACAGTTGGTGAAGAATCCGGATTAGTAGGAGCAAAAGCCTTAAATACCTCTTTATTACAAGCAAATTATGGTTATGCATTAGACAGTAATGGTAATGTGGGAGATATTATAGTTGCTGCACCAACGCAAGCGAAGCTCCATGCAACTATAAAAGGTAAAACAGCTCATGCGGGTGTAGCACCAGAAAAAGGGATATCTGCAATTACGTTAGCGGCAAAAGCAATTGCTAAAATGCCTTTAGGAAGAATTGATGAGGAAACAACTGCAAACATTGGTCGTTTTGAAGGTGGAAAACAAACAAATATTGTAGCAGACCATGTAAAAATTTTAGCAGAGGCAAGATCTCTCGTTCCAGAAAAGATGGAAGCGCAAGTTCAGAAAATGGTAGAAGCTTTTGAACAAACGGCAAGAGAACTTGGTGGAGATGCAGAAGTTATTGTTAAAGTGATGTACCCTGGATTTAAACAAGAATCTGGAGATAAAGTGGTAGAGGTAGCTAGGAAAGCTGCTCAAACGCTTGGATTGGAAAGTCAATTACTTCAAAGTGGTGGAGGCAGCGATGCCAACGTCATTTCAGGGTATGGTATACCAACAGTTAATTTAGCTGTCGGATATGAGGAAATTCATACGACGAATGAACGGATGAAAGTAGAAGACTTGGTGAAAGTTACAGAACTCGTGACAGCAATTATTCAGGAAGTAGCTAAAAATTAA	MVNEKRLVEEFLELVQTDSETGNEGKIASVLKSKFEALGIEVLEDDSKSRTGHGAGNLICNWKGDIANAETIYFTSHMDTVVPGKNIKPVIEEGWITSDGTTILGADDKAGLAAILETVRVFNEQKISHGDIQFIITVGEESGLVGAKALNTSLLQANYGYALDSNGNVGDIIVAAPTQAKLHATIKGKTAHAGVAPEKGISAITLAAKAIAKMPLGRIDEETTANIGRFEGGKQTNIVADHVKILAEARSLVPEKMEAQVQKMVEAFEQTARELGGDAEVIVKVMYPGFKQESGDKVVEVARKAAQTLGLESQLLQSGGGSDANVISGYGIPTVNLAVGYEEIHTTNERMKVEDLVKVTELVTAIIQEVAKN	PGPT0020915_2599	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020915-pepT-K01258	NA	NA
AK148_01287	1263	dinB_1		DNA polymerase IV	ATGAATAATGGTGCCGAGAAACAAAGAAGAATTATTTTCCATGTCGATATGAATAGCTTTTATGCTTCCGTGGAGATGGCTTATGATCCCAGCCTTAAAGGAAAGCCGTTAGCTATTGCTGGTAATCCTGAGGAAAGAAAAGGGATCGTGGTAACAAGTAGTTATGAAGCTCGAGCCAAAGGAGTTAAAACAACAATGAACGTATGGCAAGCAAAAAAATTATGTCCGGATTTGCTTGTGATGCGACCTAATTTCTCACGCTATCGAGCAGCTTCTAAGGCGTTATTTAAAATATTTTCTGAGTATACTACTCTCGTACAGCCTGTATCTATTGATGAAGGTTTTATGGATGTTACAGAAATTGCAAAAGATGTCCACGCTGTTGATCTAGCCCAAGAAATACAACAACGAATATTAAGGGAGCTTGATTTACCAAGTAGTATTGGTATTGCGCCTAATAAATTTCTAGCTAAAATGGCTTCAAATATGAAAAAGCCTTTAGGTTTAACCGTGCTAAGAAAGCGCGAATTACCTACTAAATTGTGGCCGATGCCAGTTGGAGAAATGTATGGGGTTGGTGAAAAAACTGCTACCAAGTTAAATAAAGCAGGCATTTATACTATTGGAGATTTAGCAAAAAAGGATGTATATCATTTAAAACAATTCCTTGGAATAAATGGTGAGCGATTACAAAACAGGGCAAATGGTGTAGATAACCGCCCTATTGATCCAAATGCAATATATGCTTTTAAAAGTATCGGTAACTCTAAAACGCTTCCTTTTGACACTACGGATGATGAAGAAATATATACTTTACTAAAAGAATTAGCTAATAAAGTAGAACAGAGAATGAAACGAAAAAAAACCGTAGGAAAGAGTGTACAATTAACAATTCGCTATCACGATCGCCGCACGATTACTCGTAGTAAAAAGCTACGGTATTATGTACATCGTGCAAAAGATATTTTAACAGAGATATATGACCTGTTACAAAAACATTGGAATATGGAACCTATTCGTTTGCTAGGAATAACAGTAGCTGACTTAGAAGAAGGGCAACAAATTGCAAAACAGTTGGATTTATTTACGTATCAAAATGAGGCGGAAAAAGAAAAATTATACGAGGCAATTGATCATTTGACCAGTAAATACGGTGAAAATCCGTTTATTCATGTAGAAGATATGGACTCCGTAAATGCACAGCAACCAACAACAAGCTTTCAAAAAGATTTTCTAGACGATTATAAAAACGACAGAAATTAA	MNNGAEKQRRIIFHVDMNSFYASVEMAYDPSLKGKPLAIAGNPEERKGIVVTSSYEARAKGVKTTMNVWQAKKLCPDLLVMRPNFSRYRAASKALFKIFSEYTTLVQPVSIDEGFMDVTEIAKDVHAVDLAQEIQQRILRELDLPSSIGIAPNKFLAKMASNMKKPLGLTVLRKRELPTKLWPMPVGEMYGVGEKTATKLNKAGIYTIGDLAKKDVYHLKQFLGINGERLQNRANGVDNRPIDPNAIYAFKSIGNSKTLPFDTTDDEEIYTLLKELANKVEQRMKRKKTVGKSVQLTIRYHDRRTITRSKKLRYYVHRAKDILTEIYDLLQKHWNMEPIRLLGITVADLEEGQQIAKQLDLFTYQNEAEKEKLYEAIDHLTSKYGENPFIHVEDMDSVNAQQPTTSFQKDFLDDYKNDRN	PGPT0014881_1142	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
AK148_01288	315			hypothetical protein	GTGAATAGAAAATGGAGCGTGTTGACCTATTTTACACTTTCCGTTATCGGGCTTATGCTGATTTACTTTATAGGCTCTTATTTTTTACTACATACTAGTTCATATTCATCTGCGAAAGCGGTAGACAAATACGTCAAAAACAATGACTATTATATTTCGGTTGAAATAGAAGAGAATCAAATCATAGATATAATAATAGAAAGCAAATCAACATGGGATTTAATAAAGGTGAATGCAAATTATCAAATCACTTACTCTTGGTATGGTAATGAAGTTCCTATATTGCAGGATATTAATATTGTAAACCTCTATTAG	MNRKWSVLTYFTLSVIGLMLIYFIGSYFLLHTSSYSSAKAVDKYVKNNDYYISVEIEENQIIDIIIESKSTWDLIKVNANYQITYSWYGNEVPILQDINIVNLY				NA	NA	NA	NA	NA
AK148_01289	1371	aldH1	COG1012	4,4'-diaponeurosporen-aldehyde dehydrogenase	TTGATAGACATTCCACAGCTTGTTGCTGATCAACGTACATTTTTTTTAAATGGAAACACGATGGATTATAGCGTTCGTAAGCAACAATTACAAAAAGTAAAATCAATGTTAAAGGAAAATGAAGCAAGTATCTATCAAGCATTAAAAGCAGACTTAAATAAATCCAAACATGAAACATTAACAACTGAGTTGGGCTTTTTATATATGGAGATTGATCATACTCTAAAACAATTACAAAATTGGATGGAACCAATTAAAGTAGCTGCACCAATTACCCATAAAGGTACAAAAAATTATATATTAAAGGAGCCATTTGGTGTTTGTTTAGTAATTTCACCTTGGAATTATCCATTACAACTAGCTCTGGCTCCTGCAATCGGTGCTTTAGCCGCAGGGAATTGCGTCATCATCAAGCCTTCAGAAGAAGCAAAAGCAACATCAGCACTATTAAGAAAGATAATTGATAATTATTTTGACCCTTCTTTCTTAGCGGTTGTAGAAGGTGAAAAAGAGACTGCTCAAGAATTATTGCAACAACGCTTTGATTACATTTTTTTCACAGGAAGTACCGCTATCGGTAGAATTATAATGAAGGAAGCGAGTAACCATCTAACACCTGTTACATTAGAACTTGGTGGTAAAAGCCCTGTCATTGTTGATAAAGACGCAAATATTAACCTAGCAGCTAAAAGAATTGCATGGGGAAAATTTACCAACGCAGGACAAACTTGTGTAGCTCCTGATTATTTATATGTACATGAGAAAGTAAAATTTAAATTAATTAAATCCATGAAAAAATATATTCGCAGTTTCTATGGACGGACCCCATTAAACAATAAAGACTACATCCGAATAATTAATGAAAAACATTTTAATCGCCTATCTAAATTCCTTACTAACGGTTCCATTTTACACGGTGGTGCGACGGATCCACTAACGTTAAAAATAGAACCAACCCTTCTAGATAAAATCACTTGGGAAGATTCTGTGATGCAAGAAGAGATCTTTGGCCCTATTTTGCCTATATTAACGTTTAAAGAAATTGAAGAGGCAGTGAGCGTCATACGTAAACAAGAAAAACCATTAGCTTTATATTATTTTGGAGAAAATGGGCAGACACAGCAGCAAATCATGCAATACTTATCTTTTGGTGGTGGTAGTATTAATGATACCGTTCTGCATTTGGCGAATCCACATCTTCCTTTTGGCGGAGTTGGTGAGAGCGGAATGGGAGCTTATCACGGTAAGTTCAGCTTTGATACATTTTCTCATAAAAAAAGCATTATGAAACAATCAACAAAATTTGATGTACCGTTTCGCTATCCAGGCGGAAAAATATCCGATAGCATTTTGAAAAAAATCATGAAATAA	MIDIPQLVADQRTFFLNGNTMDYSVRKQQLQKVKSMLKENEASIYQALKADLNKSKHETLTTELGFLYMEIDHTLKQLQNWMEPIKVAAPITHKGTKNYILKEPFGVCLVISPWNYPLQLALAPAIGALAAGNCVIIKPSEEAKATSALLRKIIDNYFDPSFLAVVEGEKETAQELLQQRFDYIFFTGSTAIGRIIMKEASNHLTPVTLELGGKSPVIVDKDANINLAAKRIAWGKFTNAGQTCVAPDYLYVHEKVKFKLIKSMKKYIRSFYGRTPLNNKDYIRIINEKHFNRLSKFLTNGSILHGGATDPLTLKIEPTLLDKITWEDSVMQEEIFGPILPILTFKEIEEAVSVIRKQEKPLALYYFGENGQTQQQIMQYLSFGGGSINDTVLHLANPHLPFGGVGESGMGAYHGKFSFDTFSHKKSIMKQSTKFDVPFRYPGGKISDSILKKIMK	PGPT0006875_9733	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128	NA	NA
AK148_01290	918	rnz	COG1234	Ribonuclease Z	ATGGAAGTAGTTTTTCTAGGTACTGGAGCTGGTGTTCCTTCCAAAGAAAGAAATGTTTCTGCTATCGCGTTATCATTACTACAAGAACAGAATAGTGTTTGGTTGTTTGATTGTGGAGAAGCAACACAACACCAGATCTTGCAAACGAATATCAAGCCACGGAAAGTTAATAAGATATTTATTACGCATATGCATGGCGATCACATTTATGGTTTACCAGGTTTTTTAAGTAGCCGTTCTTTTCAAGGAGGAAACAATCCTGTAACTGTCTATGGTCCAAAAGGTCTGAAACAATATATAGAAACAAATCTAACCTTGAGTGAGACACACTTGTCCTATCCGTTATCATTCGTAGAAGTAACCGATCAAATGATTATTGAAACAGAGCATTTTCAAATATATGTTCAGTCATTAGATCATGGCATACCATGCTTTGGTTATCGAGTTGTTGAAAGGGATAAGCCAGGTGAGTTACTTGTTCACAAACTAAAGGAAATGGGTATTGAACCAGGTCCGATCTATAAGGAAATTAAAGAAAATGAGTACGTAACTGTACCTGATATTGGAACTATTTATCGTAAGGATGTGGTTGGTAAACCAAAACGAGGAAGGATTATTTCTGTAATCGGTGATACGAGGTTTTCTAAGCTTCACAGAAAGCTTGCTAATTATGCAGATTTACTTATTCATGAAGCGACATTTGGCAAAGATAAGCAAAACCTAGCCCACCGTTACTATCATTCAACAACGTTACAAGCTGCTCAATTAGCCACGGAAAGCAATTGTAAACGTCTAATTATTACACATATTTCGTCAAGGTATCAACAAAAAGAAAGCGAACAACTGTTACAGGAAGCCCGAGAGATTTTTCCTAATACAGAATTAGCTAATGATTTTTCAAAGTTTACCATTACATAA	MEVVFLGTGAGVPSKERNVSAIALSLLQEQNSVWLFDCGEATQHQILQTNIKPRKVNKIFITHMHGDHIYGLPGFLSSRSFQGGNNPVTVYGPKGLKQYIETNLTLSETHLSYPLSFVEVTDQMIIETEHFQIYVQSLDHGIPCFGYRVVERDKPGELLVHKLKEMGIEPGPIYKEIKENEYVTVPDIGTIYRKDVVGKPKRGRIISVIGDTRFSKLHRKLANYADLLIHEATFGKDKQNLAHRYYHSTTLQAAQLATESNCKRLIITHISSRYQQKESEQLLQEAREIFPNTELANDFSKFTIT				NA	NA	NA	NA	NA
AK148_01291	738	glpQ_1	COG0584	Glycerophosphodiester phosphodiesterase	GTGAAACCAACCCTATATGCTCATCGAGGGGCAAGTTATTATGCTCCTGAAAATACGATGCCAGCCTTTGAATTAGCATATCAAATGCAAGCGGATGGAATTGAAACAGATGTTCAATTAACAAAAGACCAAGTGCCAGTTCTTATTCATGACGAGAATGTAAAAAGAACAACGAACAGCAGCGGTTATATTAAAGATTATACTTACCATGAACTATGTCAGCTAGACGCAGGTAGTTGGTTTTCGCCTAATTATGCCCATACTCCTATTCCAACTTTAGAAGACTTTTTAACATGGGTGAAGCATAAGCCTTTGTATTTAAATATTGAACTAAAAAATAATAAAGTGGCATACCATCATATAGAGGCCATCGTTTATGAGTATATTTCTGCTTATCAACTAACGAATAGAACAACTATATCGACTTTCAATCCTAATAGCGTGGTTAAACTGTTAAATTATAGAAAAAACATTGAAATAGCGTTATTAACATCGCGGCGATATCGCTATCCTATACATGTTGCAAAGGAATTAGGTGCTAGTGCATTACACCTAAAATATAAGTTGATCACACCAAAAATCGTAGCCTCCGCTTATGAACAAAACGTAAAACTAAGACTTTATACTGTAAACCGCCCGGCCCACATTATTCGATCTATTCAATATGGTGTGGACGGAATGTTTACAGACGTACCTGATCTGGCATTCTACTATCGTAATTTGTTGTACAATCGTTAA	MKPTLYAHRGASYYAPENTMPAFELAYQMQADGIETDVQLTKDQVPVLIHDENVKRTTNSSGYIKDYTYHELCQLDAGSWFSPNYAHTPIPTLEDFLTWVKHKPLYLNIELKNNKVAYHHIEAIVYEYISAYQLTNRTTISTFNPNSVVKLLNYRKNIEIALLTSRRYRYPIHVAKELGASALHLKYKLITPKIVASAYEQNVKLRLYTVNRPAHIIRSIQYGVDGMFTDVPDLAFYYRNLLYNR	PGPT0018470_7193	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126	NA	NA
AK148_01292	984	gloB_2		Hydroxyacylglutathione hydrolase	ATGAAAGTAATTGAACAAACAATTAGTCAGCTAACATTGCCTACTCCTTTTGCGGTCGGTGATGTGCATGTATACGTTTTAAAAGGAGATATTTTATCTATTGTGGATGCTGGTGTGAAAACGAGACAGGCATGGGAAGCATTGACAACGCAATTAAAGCAAATAGGTTATCGACCATCAGATATAGAGCAGATTATTTTGACCCATCATCATCCTGATCATATCGGTTTAACAGAACAGTTTCCAAATGCACAATATATTGCCGCTGAGCCAAGTGTGAACACTTGGCTCACAAGAGATCAGGAATATTTGGAACATTATAGGCGTTTTTTTGAACAATACTTCGTGGCTAGTGGCATCCCTAAAATATTTTATCAGGCTTTGGATAAGCTTGAAGCAACCATGGATTTTGCAGGGAGAGGAGAAGTTACGACACCGCTAGTAGAAGGTGATCGATTACCTGGACATCCAGAATGGGAAGTAATTGAAACGAAAGGGCATGCGCAAAGCCATCTGTCTTTTTTGCGTGACCGTGATCACCTTTTAATTGGCGGGGATCATCTTTTGGAACATATCTCGTCCAATCCAATAATAGAGCCACCGAAAATAGGCAAAACAATAGAAGATAGACCAAAGCCGATGATACAATATCGGAAGAATTTGCAAAAATGCGTTGATATAAACGTGAACAAAGTGTTACCTGGTCACGGCAAGATCGTAGAGAAGCCACAACAGTTGATTCTCTCACGTTTAACAAAGCAGGAGGAAAGAGCAAATATAGTTTATGAATTTTTACAGCAAAGCGTAATGTTAACGCCATTTGAAATTTGTAAAAAGTTATTCCCATACCAATATAAAAAACAAATTGACCTAACTATGTCAGAAACGTTCGGACAATTAGATTATCTAGAATCTTTAAAACAAATCATAAAAAGAAAAAAGGACGGAATCATCGTTTATGAAGCGAACTTCATTAGTGAATAA	MKVIEQTISQLTLPTPFAVGDVHVYVLKGDILSIVDAGVKTRQAWEALTTQLKQIGYRPSDIEQIILTHHHPDHIGLTEQFPNAQYIAAEPSVNTWLTRDQEYLEHYRRFFEQYFVASGIPKIFYQALDKLEATMDFAGRGEVTTPLVEGDRLPGHPEWEVIETKGHAQSHLSFLRDRDHLLIGGDHLLEHISSNPIIEPPKIGKTIEDRPKPMIQYRKNLQKCVDINVNKVLPGHGKIVEKPQQLILSRLTKQEERANIVYEFLQQSVMLTPFEICKKLFPYQYKKQIDLTMSETFGQLDYLESLKQIIKRKKDGIIVYEANFISE				NA	NA	NA	NA	NA
AK148_01293	801			putative oxidoreductase	ATGAAGCGAACTTCATTAGTGAATAAAAAAATAATTATTACAGGTGCATCAAGCGGCATTGGAGAGAAAGTGGCATGGTATGTTGCTAAGGAGAGAGGTATTCCTATAATATTAGCTCGCTCACGAGATAAATTGGAGCATTTAAAAGCGGATATTCTTTACTCATTCCATATTGATAGTCCTATTTATATTGTTGATTTGTTAAACAAGCAGGAGACAAAAAAGGTAATAAATGAAATCATAGAAAACCACGATCCAGTGCATGGTCTCATTAATAATGCTGGTATAGGAATGTTTGCAGAATTGAGTGCAATGAATGACGGTGATATCGAGTCTATGATCCAATTAAATGTAACTTCTTTAATTGGTATAACCAAGCAGCTGTTGCCATATTTTCAAGAACAATCCTTAGCACATATCGTTAATATAGCATCTCAAGCAGGGAAAATAGCCACTCCAAAAGCTTGCGTATATGCAGCGACCAAACATGCAGTACTTGGCTTTACAAATGGACTGCGCCTGGAGTTGACTGCAAGTAGTAATATTTATGTGACAGCAGTAAATTTAGGGCCTGTGAAAACGAATTTTCTTCATACAGCTGATCCAACAGGTAGGTATGAGAAAAATGTTGCGCGTTACATGTTGGATCCAGATGATGTAGCAAAAAAAATTGTACAACAATTATTTATTCCAAAAAGAGAGATAAATTTGCCATTTTGGATGGAAATTGGCAGCCGAATCTATCAATTGTTTCCAGCAATATGCGAAAAGCTATTTAAAAGCCAATTCATGAAAAAATAA	MKRTSLVNKKIIITGASSGIGEKVAWYVAKERGIPIILARSRDKLEHLKADILYSFHIDSPIYIVDLLNKQETKKVINEIIENHDPVHGLINNAGIGMFAELSAMNDGDIESMIQLNVTSLIGITKQLLPYFQEQSLAHIVNIASQAGKIATPKACVYAATKHAVLGFTNGLRLELTASSNIYVTAVNLGPVKTNFLHTADPTGRYEKNVARYMLDPDDVAKKIVQQLFIPKREINLPFWMEIGSRIYQLFPAICEKLFKSQFMKK	PGPT0030485_1337	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-OXIDOREDUCTASE_ACTIVITY	PUTATIVE-OXIDOREDUCTASE_ACTIVITY-1,PGPT0030485-yqjQ-K07124
AK148_01294	330			hypothetical protein	ATGGAACTAAAAATTACGAGTAAAGCTTGGGAAGAGCTACAAGGATTACCGCTAGAATATTATCCGTATTTATTTTTGTGGTATGATACGGAGGGGTGCGGCTGTGGGGTAAACGGCATACCAACAATTTGTTTAACAAAACAATTGCCATCAAACTATAAGCGGGTATTAAATATGCAAATACCGACTTATATTCAAGAACAACAAGAAATATTTTTTGCAGAACAATTAATTTTGGATTACAACCAAGGTTTATTTCGTCTAAACAGTCCTGAGGAGATTTTGAATCCTTTTATTTCTAGACAACAATTAATTTCTCTCATAGAATAA	MELKITSKAWEELQGLPLEYYPYLFLWYDTEGCGCGVNGIPTICLTKQLPSNYKRVLNMQIPTYIQEQQEIFFAEQLILDYNQGLFRLNSPEEILNPFISRQQLISLIE				NA	NA	NA	NA	NA
AK148_01295	912	ydjG	COG0667	NADH-specific methylglyoxal reductase	ATGAACCAACTTGGAAAATCATCTATTTACATTTCAGAATTAACATTAGGCTGCATGTCAGTAGGTACAGATTTACAAAGAGCGAAGAATATTATTGACTATGCGCTTGATAACGGTATTAATCATTTAGACACAGCTGATCTATATGATTTTGGAGAGAATGAAAAAATTGTTGGAGAAGCGATCAAACAGAAGAGAGATCAAGTAATTATTACTTCAAAAGTAGGCAATCATTTTGATAAAGTAAAACAAACTTGGTTTTGGGACCCTTCTAAGAAACATATCCTCAATGGTCTAAAAGCAAGCCTTCAACGCCTACAAACAGATTATATTGACTTTTATATGCTACATGGTGGCACCATTGAAGACCCAATTGACGAAACTATTGAAGCCTTTGAAGAACTAAAACAGGAAGGACTCATTCGAGCTTATGGCATATCCTCGATACGACCTAATGTTATCAAAGAATTTGTAAAAAAATCTTCTATAGACGGTGTTATGATGCAATATAGTTTGTTCGACCGAAGACCTGAAGAAGAAATACTTGACCTTTTACTGCGAAATCAAATTAGCGTTTTAGCAAGAGGCCCTTTAGCAAAAGGAATTTTAACTGAACATGGGATTCATCAGATTGATAAAAAAGGGAAAAATGGTTTACTTGGATATTCAAAAGAAGAACTTCATCAAACTTATGAACAACTTACTTCTATCAATAACCCAGCGAAAATAAGTGAGCTTGCATTTCAATATGTCTTGAAACATCCAGCTGTTGCTAGTGCGGTATTTGGCGCAAGTTCTATTGACCAAATAAAAGAATCAGTTACAAAAAATATTACGCATTCTTTACCCGAACAGATCTATGAAAAATTAAAAGTAATAACCAAAGCTCTTGTTTACGAGGCACACCGTTAG	MNQLGKSSIYISELTLGCMSVGTDLQRAKNIIDYALDNGINHLDTADLYDFGENEKIVGEAIKQKRDQVIITSKVGNHFDKVKQTWFWDPSKKHILNGLKASLQRLQTDYIDFYMLHGGTIEDPIDETIEAFEELKQEGLIRAYGISSIRPNVIKEFVKKSSIDGVMMQYSLFDRRPEEEILDLLLRNQISVLARGPLAKGILTEHGIHQIDKKGKNGLLGYSKEELHQTYEQLTSINNPAKISELAFQYVLKHPAVASAVFGASSIDQIKESVTKNITHSLPEQIYEKLKVITKALVYEAHR	PGPT0008280_160	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-METHYLGLYOXAL_DETOXIFICATION,PGPT0008280-ydjG-K18471	NA	NA
AK148_01296	546	act		Methanol dehydrogenase activator	ATGAACAAATTTGAAGAGAAAACGATACGTTCCAAGCAAATATTTACAGGAAACATCGTACATTTACAAGTAGATGATGTAAAACTTCCAAATGGTAAAGAGACGAAAAGAGAGATTATTAAACACCCAGGTGCAGTAGGGATCATTCCTATAACGAAAGAAAATAAGATTGTACTAGTGGAACAATTCCGAAAGCCTTTAGAAAAATCTATTTTAGAAATTCCTGCTGGCAAGCTGGAAACAGGTGAAGATCCGGAGACCACAGCAATTCGTGAATTAGAAGAAGAGACAGGATATACGACGAAAGAATTATCATTTGTAACTTCGTTTTATTCTTCGCCTGGGTTTGCGAATGAATTAATGCATATATATATTACGGACCAATTGGAGCCGTTAGACGAAAGCGTTGACGGGGATGAGGATGAGTTTATTGAAATCGTTGAATTATCATTAGAAGAAGCAAAACAATACGTGGAAGCAGAACGAATTCATGATGCAAAAACAAATTATGCTATTCTCTATTTACACGCATTAGGTTTGAGCTAA	MNKFEEKTIRSKQIFTGNIVHLQVDDVKLPNGKETKREIIKHPGAVGIIPITKENKIVLVEQFRKPLEKSILEIPAGKLETGEDPETTAIRELEEETGYTTKELSFVTSFYSSPGFANELMHIYITDQLEPLDESVDGDEDEFIEIVELSLEEAKQYVEAERIHDAKTNYAILYLHALGLS	PGPT0021525_2902	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021525-nudF-K01515	NA	NA
AK148_01297	1164			hypothetical protein	ATGCTATCTTCGTATACGGCTGACTTACACATCCATATTGGTCGAGACATGTATTTTGCCCCTGTTAAAATAACGGCTTCTAACCGTCTGACATTAACGGCGATTTTAAGAGAAGCAAGTATAAATAAAGGAATTGATATGATAGGCGTAGTAGATTGCCAAGCGCCTGCTGTGTTACGGGAGTTGAAACAGTTGATAATTCAAGGGGAAGCTAAAGAGTTACAAGAAGGTGGTATTCGATTTGATTCCGTTACGCTTCTATTAGGTTCAGAAATTGAGGTGAATGATGCCAAGGGGCAAGGGCCGATACATGTCCTTTGCTATTTTCCCCAAATCCACCAAATGGAGATATTTTCTGAATGGCTTAGTCTACGGATGAAGAATATTTCTTTAAGCTCGCAACGTTTTTATGGATCTGCTAAAGAATTACAATGGAAAGTAAAAGATTTACAAGGTGTGTTTATTCCCGCGCACATATTTACTCCCTTTAAAAGTTTATATGGTAAGGGTGTTTTACGATCTTTATCAGAAATACTATCACCAGATTTAATTGATGGAATGGAGCTAGGTCTAAGTGCTGATACGCAGATGGCCGATCAGATAGAGGAACTGCATTCTTTTACGTATCTAACTAACTCTGATGCACATTCTTTAGGAAAGATCGCCCGTGAGTATCAACATATGCAAATGAAACATCCTTCATTTAAAGAGTTTCAGTTCGTATTAGCGAACAAAAATGGCAGGAAAATACAAAATAATTACGGAATGAATCCCAAATTAGGTAAATACTATAGAACGGTATGCAGTCAATGCTTAACTTATTTAACGGTAGAAAAATCGGTTTGCCCTAACTGTCATTCTAAAAAACATGTGAAAGGTGTAGCAGACCGAATTGCAGATTTAAAGGACGCGGATGAACTTTGTAGCTCGCGACCGGACTATACGTATCAAGTTCCATTAGAATACTTGCCGGGTATAGGGAAGAGAACATATGAAAAACTTTTGAAAAGCTTTGGAACAGAGATGCATATTATACATCAAACTACTAGGGAGAAGCTTGCTCTAGTAGTATCAGAACAAATAGCACAAGCTATTATTGATATGAGAAATGGGGAATTACATGTTCAAGAGGGAGGTGGAGGGAAATACGGTTTTATTAAGTGA	MLSSYTADLHIHIGRDMYFAPVKITASNRLTLTAILREASINKGIDMIGVVDCQAPAVLRELKQLIIQGEAKELQEGGIRFDSVTLLLGSEIEVNDAKGQGPIHVLCYFPQIHQMEIFSEWLSLRMKNISLSSQRFYGSAKELQWKVKDLQGVFIPAHIFTPFKSLYGKGVLRSLSEILSPDLIDGMELGLSADTQMADQIEELHSFTYLTNSDAHSLGKIAREYQHMQMKHPSFKEFQFVLANKNGRKIQNNYGMNPKLGKYYRTVCSQCLTYLTVEKSVCPNCHSKKHVKGVADRIADLKDADELCSSRPDYTYQVPLEYLPGIGKRTYEKLLKSFGTEMHIIHQTTREKLALVVSEQIAQAIIDMRNGELHVQEGGGGKYGFIK				NA	NA	NA	NA	NA
AK148_01298	636	spoIIM	COG1300	Stage II sporulation protein M	ATGCAGAAAAATAAAACGCTTCTCATTAATCACGTCAAAGAACATGCAACAATCTATTTATTTATGGTCATTCTATTTTTAACTGGTGTTATATTTGGAGCAATCCTCGTTAATAGTATGAATTTTGTTCAGAAACAAGATTTATTTTTCTATTTAGAACGTTTTTTCAAACAGATAACCGATAATGAACAAGCGAATTACGATGAAATTTTCAAAAATAGCTTTTTTTATCATATTAAGTATTTATTGCTTTTATTTGTGTTAGGGTTATCTGTAATCGGTTTGCCATTAGTTTGGATCCTAATTTTTCTTAAAGGTTTGGTAATCGGATTCTCTGTTGGTTTTATGGTTAATCAGCTAGGATTGAATGGTTTGTTGATCGCTACTTTATCCATCGCTCCACAAAACTTTCTTATTATACCTGTATATATTGTAGCAGGTAGCTTGGCAATGATTTTTTCTTTAACATTGTTGAGTAAATTATTTACTAATAAAATAGCACAACCAGTTTTTCAACCTTTTGGAAGATACGTCATATTATTTTCATTGTTGGCTCTTTTTGCTAGTGTTGCTGCTCTTTTAGAAACATTTATTGCAAATGAAGCAATGCAATGGGTTGTTCGGTCATTTTACTAA	MQKNKTLLINHVKEHATIYLFMVILFLTGVIFGAILVNSMNFVQKQDLFFYLERFFKQITDNEQANYDEIFKNSFFYHIKYLLLLFVLGLSVIGLPLVWILIFLKGLVIGFSVGFMVNQLGLNGLLIATLSIAPQNFLIIPVYIVAGSLAMIFSLTLLSKLFTNKIAQPVFQPFGRYVILFSLLALFASVAALLETFIANEAMQWVVRSFY	PGPT0024685_271	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024685-spoIIM-K06384	NA	NA
AK148_01299	459	fur	COG0735	Ferric uptake regulation protein	ATGGAACATCGAATTGACCGGATTAAAAAACAACTCCATGCCCAAAGTTACAAGTTAACACCACAGCGCGAAGCTACTGTCCGTGTTTTATTGGAAAGGGAAGAAGACCATTTAAGTGCGGAAGATGTTTACTTATTAGTAAAAGAAAAAGCCCCAGAAATAGGTTTGGCAACTGTATATCGTACATTAGAATTATTATCGGAATTAAAAATTGTTGATAAAATAAATTTTGGTGATGGTGTTTCTCGTTACGATTTACGAAAAGAAGGTGCAAAACATTCACATCACCACCTCGTTTGTTCTGAATGTGGTGCAGTTGAGGAAATTGAAGAAGATTTACTTGAAGAGGTTGAAAAAATAGTTCAAAATGAATGGGGATTTCAAGTAAAGGATCACCGACTCACATTCCATGGTGTTTGTAAGCAATGCCAAGCTGTAACAGTAAGTGCTTCTAGTTAA	MEHRIDRIKKQLHAQSYKLTPQREATVRVLLEREEDHLSAEDVYLLVKEKAPEIGLATVYRTLELLSELKIVDKINFGDGVSRYDLRKEGAKHSHHHLVCSECGAVEEIEEDLLEEVEKIVQNEWGFQVKDHRLTFHGVCKQCQAVTVSASS	PGPT0003880_1379	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-IRON_UPTAKE_REGULATION,PGPT0003880-fur|furB|zur-K03711	NA	NA
AK148_01300	207			hypothetical protein	ATGAGAACAATTCTAATGGATATTGTAAAAGTGTTTTTTTTGTTTGTTGCGTTCACTTTATTATTTTACTATGGTTTACGTGTCATGCATGCTGAATATGAGCACTTTCATCGCTACACCCCACCTGAAGGACCTGCTGTGAAAGTGTATTCAGAAGAGCATAGTTTTTTTGAACGCATTCATTTATTTTTCCGTTTAGGGGAGTAA	MRTILMDIVKVFFLFVAFTLLFYYGLRVMHAEYEHFHRYTPPEGPAVKVYSEEHSFFERIHLFFRLGE				NA	NA	NA	NA	NA
AK148_01301	891	xerD		Tyrosine recombinase XerD	ATGTTACATGATAGTGCAAAAGATTTTTTTCAGTATCTGCGCATTGAGCGGGGGTTGTCAGATAATACACTTACATCCTACCAAAGAGATATTAAACATTATATTCAATACTTAAAAACGATTGTAGGAAGAAATGATTGGGAAGAAGTTACACGAACAGATATGACCAAGTTTTTATACAGCTTGAAGGATAATAATAAGTCCTCAGCTACGATATCTCGTCATATTTCTTCACTGCGAGCGTTTCATCAATTTTTAGTTCGTGAGCGAATTGTGACTCATGATGCAAGTTTGCATATTGAAACACCAAAGAAAGAGCGCAAACTACCAGATGTTTTGTCTGTCAAAGAAATGGATGCGCTTTTAAACATCCCAGGGACAAGCCCATTACAAGTAAGAAATAAAGCTATGTTTGAACTTCTCTACGCAACAGGATTACGTGTAACTGAAATGATTACTTTAAGAGTTTCTGACTTACATCTAACCATGGGATTTGTGCAGTGTGTAGGCAAAGGGTCGAAAGAACGTATTGTTCCATTAGGTAATACAGCTATCCATGCAGTGGAGAACTATTTGCAACAGGGAAGAAAGAAGTTATTGAAACGTCAACCGACGGATACTCTATTTGTAAATCAACATGGTAAGCCATTGTCACGACAAGGATTTTGGAAAATTTTAAAGAAAAGAGCGTTGGAAGCCGGTATAAACAAAACGATTACACCCCATACATTACGGCACTCTTTTGCTACGCATTTATTAGAAAATGGGGCAGATTTACGACTGGTTCAAGAAATGCTTGGACATGTGGATATTTCCACAACACAAATATATACACATGTAACAAAAACTAGGCTAAAGGATGTTTATACAAGTTATCATCCCAGAGCTTAA	MLHDSAKDFFQYLRIERGLSDNTLTSYQRDIKHYIQYLKTIVGRNDWEEVTRTDMTKFLYSLKDNNKSSATISRHISSLRAFHQFLVRERIVTHDASLHIETPKKERKLPDVLSVKEMDALLNIPGTSPLQVRNKAMFELLYATGLRVTEMITLRVSDLHLTMGFVQCVGKGSKERIVPLGNTAIHAVENYLQQGRKKLLKRQPTDTLFVNQHGKPLSRQGFWKILKKRALEAGINKTITPHTLRHSFATHLLENGADLRLVQEMLGHVDISTTQIYTHVTKTRLKDVYTSYHPRA	PGPT0022000_6486	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0022000-xerD-K04763	NA	NA
AK148_01302	1182	deoB_1	COG1015	Phosphopentomutase	TTGCAAAAATTTAAACGTATTTTTCTTGTAGTAATGGATTCTGTAGGTATTGGAGAAGCGCCAGACGCTGAAAAATTTAATGATAAGGGGGCTGATACTTTAGGACATATTGCAGCACATCGGAATGGACTTCATATGCCGCATATGGGGAGCTTAGGTTTAAGTAATATTAGAGAAATTCAAGGAATTGAGAAAGCGGATTCTCCAAAAGCACATTATACAAAAATGAAAGAAGCTTCGAATGGGAAAGATACGATGACAGGTCATTGGGAAATAATGGGACTTCATATTGAACAGCCGTTTCGCACTTTTCCAGAGGGCTTTCCAGCTGAACTTATTCAAGAATTGGAAAAACAAACGGGTCGTAAAGTAATTGGAAATAAACCAGCGTCTGGTACGAAAATTATTGAAGAACTTGGCGAAGAACATATGGAATCGGGTGCGTTAATTGTATATACTTCCGCAGATTCTGTTTTGCAGATCGCTGCACATGAAGAAATCATTCCAATTGATGAACAGTATCGTATTTGTGAGATAGCACGAAAGCTAACATTAGATGAAAAGTATATGGTTGGTCGTGTGATAGCTCGACCGTTTATTGGTAAACCAGGTGCCTTTGAACGAACTGCAAATCGCCATGACTATGCTTTAAAGCCGTTTGGTAGAACAGTTATGAATGAATTAAAGGATAATCAATACGATGTCATTGCTTTAGGAAAAATCTCTGATATTTATGACGGGGAAGGGGTTACGGTAGCAGTACGTACAAAAGATAATGATGACGGAATGACAAAATTAGTCGAGTCTATGGAAGAAGACTTTAATGGAATCAGTTTTTTGAATTTAGTTGACTTCGATGCGAAGTACGGACATCGTCGTGACCCTGACGGTTATGCTGAAGCTTTGGAAGCTTATGATGATCGACTCCCAGAAGTACTAGAGAAACTACGGGATAATGATTTATTAATTATAACGGCTGATCACGGTAATGACCCAACTCACCATGGTACAGATCACACTAGAGAGTTTGTTCCACTACTTGTTTATCATAATGGTATACAAGAAGGGAAAGAGTTACCAATACGTGAAACTTTTGCTGATATTGGTGCAACCATTGCTGAAAATTTTGAAGTTTCAATGCCAAAACATGGAACAAGCTTCTTAAATAGCATTAAAAAATAG	MQKFKRIFLVVMDSVGIGEAPDAEKFNDKGADTLGHIAAHRNGLHMPHMGSLGLSNIREIQGIEKADSPKAHYTKMKEASNGKDTMTGHWEIMGLHIEQPFRTFPEGFPAELIQELEKQTGRKVIGNKPASGTKIIEELGEEHMESGALIVYTSADSVLQIAAHEEIIPIDEQYRICEIARKLTLDEKYMVGRVIARPFIGKPGAFERTANRHDYALKPFGRTVMNELKDNQYDVIALGKISDIYDGEGVTVAVRTKDNDDGMTKLVESMEEDFNGISFLNLVDFDAKYGHRRDPDGYAEALEAYDDRLPEVLEKLRDNDLLIITADHGNDPTHHGTDHTREFVPLLVYHNGIQEGKELPIRETFADIGATIAENFEVSMPKHGTSFLNSIKK	PGPT0017440_1557	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0017440-deoB-K01839	NA	NA
AK148_01303	831	punA		Purine nucleoside phosphorylase 1	ATGAATCCAGAAGCAATAAAGCAAGCAAGCACGTTTATACAACAAAAAATACAACATCAACCTAAAATAGGTTTAATTCTAGGATCAGGGTTAGGCGTGTTAGCGGATGAAATTGAAGATGCAGTAGTTATTCCATATAACGAAATACCACATTTTCCAGTATCAACGGTATCAGGTCATAAAGGGCAATTAGTCTCAGGATTATTAAAAGGAAAGCCAGTTATTGCCATGCAAGGACGATTTCATTATTATGAAGGATATCCAATGCAACAAGTTACTTTTCCTGTTCGTGTTTTTAAAGAGCTTGAAATGGAGACTCTTCTTGTTACCAATGCTGCAGGTGGCGTAAATGAACAATTTCGCCCTGGAGATCTTATGCTTATTACAGATCATATTAATAACATGGGAGCCAATCCATTAATTGGTAAGAATGATAATCAATTAGGAGTAAGATTTCCCGATATGTCGGAAGTGTACAGTAAAAAATTAATCGCACATGCTGAATCTTGCGCTAAGGACATTGGTTTACCAATTCAAAAAGGGGTGTATGTTGGCAATACAGGCCCTTCATATGAAACGCCTGCTGAAGTTCGTATGCTTCGAACGTTAGGTGGCGATGCTGTTGGGATGTCAACGGTTCCTGAAGTTATTGTTGCAGCACATGCTGGTATGGAAGTCCTTGGTATTTCTTGCATTTCAAATATGGCAGCAGGTATTCTTGATCAGCCATTAACCCATGATGAAGTAATTGAAACTACAGAACGAGTGAAAGAATCATTTCTGCAATTTGTTAAGCAAGTAATTGTAAAAATTCCGGAAAGGTTAGGTTGA	MNPEAIKQASTFIQQKIQHQPKIGLILGSGLGVLADEIEDAVVIPYNEIPHFPVSTVSGHKGQLVSGLLKGKPVIAMQGRFHYYEGYPMQQVTFPVRVFKELEMETLLVTNAAGGVNEQFRPGDLMLITDHINNMGANPLIGKNDNQLGVRFPDMSEVYSKKLIAHAESCAKDIGLPIQKGVYVGNTGPSYETPAEVRMLRTLGGDAVGMSTVPEVIVAAHAGMEVLGISCISNMAAGILDQPLTHDEVIETTERVKESFLQFVKQVIVKIPERLG	PGPT0013380_974	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013380-punA-K03783	NA	NA
AK148_01304	1308	pdp		Pyrimidine-nucleoside phosphorylase	ATGCGTATGTATGACATTATTGAAAAAAAACGAGACAATCAAGCGTTAACAAAAGACGAAATTCAATTTTTTATTCAAGGTTATACGAATGGAGAAATTCCTGATTATCAAGTTAGTGCTCTATTAATGGCAATTTATTTTCAAGATATGAATGATCAAGAACGTGCTGAGTTGACCCAAGCTATGGTCGAATCTGGGGATCAGATTGATTTATCTGCTATTAAAGGAATAAAAGTAGATAAGCATTCCACTGGAGGTGTTGGTGATACAACAACGTTAATTCTTGCGCCACTCGTTGCTTCTGTAGGTGTACCGGTAGCTAAAATGAGTGGAAGAGGACTAGGTCATACAGGTGGTACAATTGATAAATTGGAGTCTGTGCCGGGCTTTCATGTTGAAATATCCAATGATGAATTTATAGACTTAGTTAATAAAAACAAAGTAGCAGTCGTAGGTCAGTCAGGCAATCTTACTCCAGCTGATAAGAAAATTTATGGTTTGAGAGATGTTACGGCAACTGTAAATTCAATACCGCTGATTGCTAGTTCTATTATGAGTAAAAAGATTGCTTCAGGTGCAGATGCTATCGTTCTTGATGTGAAAACGGGCGCTGGGGCTTTTATGAAAGAGTTAGAAGATGCTAAGGAACTTGCAACGGCTATGGTTACAATAGGAAATAAAGTAGGAAGAAATACGATGGCGGTTATTTCTGATATGAGTCAACCACTGGGTCAAGCAATTGGAAACGCCTTAGAAGTAAAAGAAGCAATTGAAACATTGCAAGGAAAAGGGCCAGAAGATTTAACGGAGCTTTGCTTAACATTAGGAAGCCAAATGGTTGTTTTGGCAGAGCAAGCTAATACAATTGATGAGGCGCGCAAGAAATTAGAAGCAAACCTGCATAATGGAAAGGCATTACAGCAATTTAAGATTTTTCTTGAATCTCAAGGTGGAAATGCTTCTGTAGTTGATCATCCGGAAACTTTACCCCAAGCATCTTATAAAATAGAACTGCCTGCTAAAAGTTCCGGAAAAATCTCTGAAATCATAGCTGATGACATTGGAACAGCAGCGATGATGCTAGGTGCTGGCAGAGCAACGAAAGATGCAGTAATTGACTTAGCGGTTGGTCTTGTTTTAAATAAGAAGATTGGAGACGGTGTGCAAGAAGGAGAATCTTTACTTACAATTTATGCAAATACAGAAGAAATTAACGATGTTAAAGAGAAGCTTTACAATAGCATTACTATTTCCACAAATGAAATAAAAGCACCAACATTAATTCATGGTATGATTACAGAATCATAA	MRMYDIIEKKRDNQALTKDEIQFFIQGYTNGEIPDYQVSALLMAIYFQDMNDQERAELTQAMVESGDQIDLSAIKGIKVDKHSTGGVGDTTTLILAPLVASVGVPVAKMSGRGLGHTGGTIDKLESVPGFHVEISNDEFIDLVNKNKVAVVGQSGNLTPADKKIYGLRDVTATVNSIPLIASSIMSKKIASGADAIVLDVKTGAGAFMKELEDAKELATAMVTIGNKVGRNTMAVISDMSQPLGQAIGNALEVKEAIETLQGKGPEDLTELCLTLGSQMVVLAEQANTIDEARKKLEANLHNGKALQQFKIFLESQGGNASVVDHPETLPQASYKIELPAKSSGKISEIIADDIGTAAMMLGAGRATKDAVIDLAVGLVLNKKIGDGVQEGESLLTIYANTEEINDVKEKLYNSITISTNEIKAPTLIHGMITES	PGPT0021295_268	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021295-pdp|deoA-K00756	NA	NA
AK148_01305	1176	dacF	COG1686	D-alanyl-D-alanine carboxypeptidase DacF	ATGAAAAAAGCTCTATGCATCATCAGCCTTGTCTGTATTCTCATTGGAAACGCGGTAACTTTCGTAAGTGCTGAAGAAGAAAAAGAAAATACCGATCAAAAGTTAGCTGAAGATGCTAAATCAGCTCTTTTGATGGAGCGCGATACTGGAAAGATATTATTCCATAAAAACGAGCATGAAAAACTACCACCAGCAAGTATGACGAAAATTATGACGTTGTTATTAATTATGGAAGCATTAGATGAAGAAAAATTAAAAATAAACGAACAAGTAAGGGTAAGTGAGCATGCTGCTTCTATGGGAGGGTCGCAAATATTCTTGGAAGCCGGAGAAAAGATGAGTGTTGATGACTTGTTAAAAGGAATTTCTATAGCTTCTGGTAATGATGCTAGTGTCGCTTTAGCAGAACGAATAGCTGGAAGTGAAGATGCTTTCGTAGAAAAAATGAATCAAAAAGTAAAAGAACTTGGATTAAAAAACACAAAATTCCAAAATGTAACAGGGCTTCCTGCTGATGGTCAGTATAGTACAGCTCATGATATGGCTGTAATGTCGAAAGAGTTACTAAAATATGAAGATATTACTAACTACACCTCCATTTATGAGGATTATTTACGTAAAGGGGAAGATAATGAATTTTGGCTTGTGAATACAAACAGGTTAGTAAAATTTTATGCAGGTGTTGATGGGCTAAAAACAGGCTATACAAGTGAAGCAAAATATTGTTTGTCCGCTACAGCGGAGAAAGAAGAAATGCGAGTTATTGCAGTAGTTATGGGAGCTAGTTCTTCTAAAGAAAGAAATGAACAAGTTTCTAAAATGCTTGACTATGCATTTAACCATTATCAAACGCAAAAATTATTTGAGAAAGGTGATAAAATAACCGAGCTTAACCTAACTAAAGCTGAAAACAAAAAAACGGATGTAGTTGCTGCAGAATCTATTAGTACATTATTTAAGCGGGGAGATTCTTTTGACAATATTACTACAGAAGTGGTTATGAAAGAAGATATTCAACTTCCTGTTCAAAAAGGGGATTCTGTAGGTGAGCTTATTATAAAAGATAAAGATAACATTTTATCTAAAAGTAATTTGACTGTTAAAGATACTATTCATGAGGCGACTTTCGGTACTCTTTGGAAGCGTGTATGGCAAAATATGGCGAAAAATGATTAA	MKKALCIISLVCILIGNAVTFVSAEEEKENTDQKLAEDAKSALLMERDTGKILFHKNEHEKLPPASMTKIMTLLLIMEALDEEKLKINEQVRVSEHAASMGGSQIFLEAGEKMSVDDLLKGISIASGNDASVALAERIAGSEDAFVEKMNQKVKELGLKNTKFQNVTGLPADGQYSTAHDMAVMSKELLKYEDITNYTSIYEDYLRKGEDNEFWLVNTNRLVKFYAGVDGLKTGYTSEAKYCLSATAEKEEMRVIAVVMGASSSKERNEQVSKMLDYAFNHYQTQKLFEKGDKITELNLTKAENKKTDVVAAESISTLFKRGDSFDNITTEVVMKEDIQLPVQKGDSVGELIIKDKDNILSKSNLTVKDTIHEATFGTLWKRVWQNMAKND	PGPT0024040_3734	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024040-dacC|dacA|dacD-K07258	NA	NA
AK148_01306	354	spoIIAA	COG1366	Anti-sigma F factor antagonist	ATGGGACTTCATTCAACATTTGCTGTTAAAGAGAATGTATTAGTTGTTCGCCTTTCTGGGGAATTAGATCACCATGAAGCAGAACAACTACGTAAAGAATGGAAAGAAGTAATGTGTGAGCATGACATTAAACATGTGGTTTTAAATTTAGAAGCTATGGATTTTATGGATAGTTCTGGTCTAGGAGTAGTGTTGGGAAGGTATAAGGAAGTATTACAGTTAGGAGGAGAGATGGTTGTTTGTTCTGTCTCCCCTCCAGTAAGAAGGTTGTTTGAAATGTCAGGATTATTTAAGATTGTTCGATTAGAGGAGAACGAGCAATTTGCTTTAGAGACGTTGGGGGTGGCATCGTGA	MGLHSTFAVKENVLVVRLSGELDHHEAEQLRKEWKEVMCEHDIKHVVLNLEAMDFMDSSGLGVVLGRYKEVLQLGGEMVVCSVSPPVRRLFEMSGLFKIVRLEENEQFALETLGVAS	PGPT0024655_300	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024655-spoIIAA-K06378	NA	NA
AK148_01307	444	spoIIAB	COG2172	Anti-sigma F factor	GTGAAAAATGAAATGACAGTTACCTTTTCAAGTGTTAGTGAAAATGAATCATTTGCCAGAGTAACCGTAGCTGCTTTTGTAAGTAAGCTTGATCCGACGATGGACGAACTTACAGAAATTAAAACAGTAGTATCAGAAGCTGTAACTAATTGCATTATTCATGCTTATAATAATGAACCTCATCATGAAGTAACAATAACCTGTGCGTTAATAGATGAACAAGTGGAATTAATTATTAAGGATAACGGAATTGGGATTGATGATATTGACGAAGCACGCCAGCCACTATATACTTCCAAACCTGAGTTAGAGCGATCTGGAATGGGTTTTACGATTATTGAGAACTTTATGGATACTGTCGAGGTTATATCTAATCCTGAACAAGGCACAACTGTACACATGACCAAACAATTAACCAACGCAAAAACGATGTGCTCATCGTGA	MKNEMTVTFSSVSENESFARVTVAAFVSKLDPTMDELTEIKTVVSEAVTNCIIHAYNNEPHHEVTITCALIDEQVELIIKDNGIGIDDIDEARQPLYTSKPELERSGMGFTIIENFMDTVEVISNPEQGTTVHMTKQLTNAKTMCSS	PGPT0024660_137	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024660-spoIIAB-K06379	NA	NA
AK148_01308	756	sigF	COG1191	RNA polymerase sigma-F factor	ATGAATGTTAATGTGCAAGGGGATAATAGGAGCGATTCACTATCTGATCAGGAAGTAAAAACACTAATTGAAAAAAGTCAGCAAGGGGATAAAGTAGCAAGAGATAAATTAGTGGAAAAAAATATGCGCCTTGTATGGTCGGTTGTACAACGGTTTATAAACAGAGGATATGACCCAGACGATTTGTTTCAAATTGGAAGTATTGGTCTCATTAAATCCATTGATAAGTTTGATTTATCCTATGATGTCCGTTTTTCCACGTATGCTGTGCCAATGATTATTGGTGAAATTCAACGTTTTATTCGAGATGATGGAACTGTGAAAGTTAGTCGATCATTAAAAGAAACTGGGAACCGAATTCGAAAGAAAAAAGATGAATTAACGAAAAAAAACGGTAGATCACCAACAGTAAATGAATTATCAGAGGCATTGGAAATTTCACCGGAAGAAGTTATCCATGCACAGGAAGCAAGTAGATCGCCACAATCTATTCATGAAACGGTATTTGAGAACGATGGTGACCCAATTACGTTATTAGATCAAATTTCCGATCAAGATACAAATTGGTTTGAAAGGATCACTTTACAAGAGGCTATTCGCGACCTAAGTGAAAGAGAAAGACTCATTGTTTATTTGCGTTATTACAAAGATCAAACGCAATCTGAAGTAGCTAAACGTTTAGGTATATCGCAAGTACAAGTATCTCGATTAGAGAAGAAAATATTAGAGGAAATGAAACTATACATTGATGTTTAA	MNVNVQGDNRSDSLSDQEVKTLIEKSQQGDKVARDKLVEKNMRLVWSVVQRFINRGYDPDDLFQIGSIGLIKSIDKFDLSYDVRFSTYAVPMIIGEIQRFIRDDGTVKVSRSLKETGNRIRKKKDELTKKNGRSPTVNELSEALEISPEEVIHAQEASRSPQSIHETVFENDGDPITLLDQISDQDTNWFERITLQEAIRDLSERERLIVYLRYYKDQTQSEVAKRLGISQVQVSRLEKKILEEMKLYIDV	PGPT0014795_604	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014795-sigH|sigG|sigF|sigE-K03091	NA	NA
AK148_01309	627			hypothetical protein	TTGCCCAACCAAGTTTATGTAAGAATGAAAAAAACCCTGGAATTAACTGCATATCAATTGTTACAACTAAAAGATATTGCAGTGATATCCACAAATAATACAAATAAAAAGGAAATTGAATACACACCAATATATCGATTGGGTAAAAAAGATAAAAATATTGTTGTAATTGACAGTTTTTTAGTTATTGAACATTTGAATTGTAATTTTCCAGATCTGGATTTTCAATTAATTGGCCCAGATCAAACAATAATTCGGATTAATAAGCGCAAAAAGTCTCCTTCTGTTCTTGTTGCTCTTAGTGTTTGGTTACTAATCTTTGTTGGAACAGCAATGACAATTATGAATTTTCATTATGATGTAAGTATGCAAGAAGTACATCAAAAAGTTCACTTTTTGTTAACTGGAGAGAAAAAAGAATATCCGTTATGGTTGCAAATTCCTTATTCTTTAGGATTAGGAATTGGTATGCTGTTGTTCTTTAATCATTGGTTTAATAAACGCTTTAATGAAGAGCCGAGCCCATTAGAAGTAGAAATTTATAATTACCAGCGAGATTTAGATGATTACGTAATTCAATACGAAAATGCACACAACGATGCTGACCATCCTCACTCATCTTCTTGA	MPNQVYVRMKKTLELTAYQLLQLKDIAVISTNNTNKKEIEYTPIYRLGKKDKNIVVIDSFLVIEHLNCNFPDLDFQLIGPDQTIIRINKRKKSPSVLVALSVWLLIFVGTAMTIMNFHYDVSMQEVHQKVHFLLTGEKKEYPLWLQIPYSLGLGIGMLLFFNHWFNKRFNEEPSPLEVEIYNYQRDLDDYVIQYENAHNDADHPHSSS	PGPT0024795_91	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024795-spoVAA-K06403	NA	NA
AK148_01310	441			hypothetical protein	ATGCACACAACGATGCTGACCATCCTCACTCATCTTCTTGAAGTTTTAATTGGATTTAGTGCAGGGCTTGCTGTAGGTGCTGGTTATGTAGCGTTTATTACCATTTTAGGGATTGTTCCTAGACTTATACAATTAAGTAAAACAGAAATGTTTCTACCTATCTATACAGCATGTATTCTTGTGGGAAGTTTATTCGGAACCTATTTATCATTTACGTCTGTAGTTTGGAACAATTCAGTATTTTTTATAGCTATATGGGGGCTATTACAAGGTATTTTTAATGGAATGCTTGCAGCTGCATTAGCAGAAGTTCTTAATGTATTTCCTATATTATATAAACGGATTGGTATTGAAAAATATTTGTTATGGCTGCTTATGGCAATTGTGTTTGGAAAAATAGCAGGTTCTTTATTCCAGTGGTTATATTTTGTAAAGCATTAA	MHTTMLTILTHLLEVLIGFSAGLAVGAGYVAFITILGIVPRLIQLSKTEMFLPIYTACILVGSLFGTYLSFTSVVWNNSVFFIAIWGLLQGIFNGMLAAALAEVLNVFPILYKRIGIEKYLLWLLMAIVFGKIAGSLFQWLYFVKH	PGPT0024800_8	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024800-spoVAB-K06404	NA	NA
AK148_01311	1476	gerXA		Spore germination protein XA	ATGGTACAACATGATCAAAAAATACCTGTGAATCCTAGAATAAGACATACTGAAAACTATATGAAAACAAGATTAGGAATTGGTGTTTCCTTTGATTTAGGCTTTCGTGAGCTTGTACTATTAAAACGAGACATTCAAATTTATTATGTGACAGGATTATGCGATTCAATCATCATCCAAGACTTATTAAAAGAGCTTGTTAATTTAAATGATCATGAAGCCAATAGTAAAAAGCTTCCAGAAATCATTAAAAACCGACTTATACATCAACAAGTTGAGCAAGTAAAAACAATGGATGAGGCTGTAGATCAGATGCTATCGGGTTTAATTGTTTTATTTATTGACGGAGAGCGGTTTGCTTACGTCATAGATGTACGAAATTATCCAGGTAGAACACCTGAAGAACCAGATATTGAACGAGTGGTTCGTGGTTCTAGAGATGGGTATACTGAAAATATTATTGAAAATACAGCTTTGACCAGAAGAAGAATAAGAGACCCAAGATTGCGTAATGAAATGCTGAAAGTAGGAGAACGATCCAAAACAGATGTTTGCTTAAGCTATATTGATGATGTTGCGGATGAAGGGCTGATTCAATTAATTAAAGATCGAATTCAAGACATTGAAGTTGATGGTATTTCAATGGCTGATAAGACCGTTGATGAATTTATTATTGATCGCAAGTGGATCCCATATCCACTAGTACGTTATACAGAGCGTCCAGATGTTGCGGCAAATCATTTATTAGAAGGACATGTTTTAATCATTGTGGATACATCACCTAGTGTCATTATTTTACCGACCACATTTTTTCACCATTTACAGCACGCAGAAGAATACCGTCAAACACCAGCAATTGGTACTTTTATTCGTTGGATACGATTTTTGGCTATCTTTGCATCTATGTATTTACTACCATTATGGCTATTACTTGTCATGGAACCGGATTTATTGCCTAAAGAACTGGCTTTTATTGGACCGAATGAAGAGGGGAATATCTCGATTCCTGTCCAGATAGTAATGGCTGTCATTGGTATTGAATTCCTTAGAATGGCCGCCATTCACACACCGACCCCTTTATCAACCGCAATGGGTTTAATTGCAGCGGTTTTAATTGGGCAAATTGCCATCGATGTTGGGATGTTCAGTCCTGAAGTCATTTTGTATGTCTCTGTTAGTGCTATAGGTGGCTATGTTACTCCCAGTTATGAGTTAAGCGTGTCTAATAAAATAGTGAATATTATATTTGTGGTGGTTACTGGGTTATTTGGATTAGTTGGTTTTATCACCATATTTTTAGCTCATCTCCTATTTTTAATGCACCTTAAATCTTTACGAACACCTTATTTATGGCCATTTATCCCTTTTAATCCACGAGCTATGTTGCACACTTTAATTCGTATCCCTGTACCATATACAAATAGTAGACCAAGCATTGTTCACCCTAAAAACAACTATCGTCAACCTGAAAAATGA	MVQHDQKIPVNPRIRHTENYMKTRLGIGVSFDLGFRELVLLKRDIQIYYVTGLCDSIIIQDLLKELVNLNDHEANSKKLPEIIKNRLIHQQVEQVKTMDEAVDQMLSGLIVLFIDGERFAYVIDVRNYPGRTPEEPDIERVVRGSRDGYTENIIENTALTRRRIRDPRLRNEMLKVGERSKTDVCLSYIDDVADEGLIQLIKDRIQDIEVDGISMADKTVDEFIIDRKWIPYPLVRYTERPDVAANHLLEGHVLIIVDTSPSVIILPTTFFHHLQHAEEYRQTPAIGTFIRWIRFLAIFASMYLLPLWLLLVMEPDLLPKELAFIGPNEEGNISIPVQIVMAVIGIEFLRMAAIHTPTPLSTAMGLIAAVLIGQIAIDVGMFSPEVILYVSVSAIGGYVTPSYELSVSNKIVNIIFVVVTGLFGLVGFITIFLAHLLFLMHLKSLRTPYLWPFIPFNPRAMLHTLIRIPVPYTNSRPSIVHPKNNYRQPEK	PGPT0024820_170	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024820-spoVAF-K06408	NA	NA
AK148_01312	1308	lysA	COG0019	Diaminopimelate decarboxylase	ATGATAATTGATAATCATCCATTTACAGTAAATAAACAAGGACATTTAGAAATTGGCGGTATAGATAGTGTAACATTGGCAAAAAAGTATGGAACACCTTTATATGTTTATGATGTGCAAATAATTCGAAACAACTGTCGCGCTTTTGTAAATACGTTTAAAAAAATGGGTATTCCTGCGAAAGTAGCTTATGCTAGCAAGGCATTTTCATCAATTGCTATGTTACAAGTCATGAAGCAAGAGGAAATGTATTTGGATGTGGTATCGGAAGGAGAATTGTACACAGCATTACAAGCTGGTTTTCCAACTGAGAAAATTCACCTTCATGGAAATAATAAAAGTATTGCAGAAATTAGGATGGCAATTGAAAATAATATTGGATGTATTGTGGTAGATAACTTTCAAGAAATTCAACATATTCATTCTTTACTTAAAGATTACAATAAACAAATGGATGTTTTAATGCGAGTAACACCAGGGGTGGAATCCAAAACACATCAGTATATTATGACAGGACATGAAGATTCTAAGTTTGGGTTTAACTTGCAAAACGGGCAAGCCGAGAATGCACTTTTAAAGATGATTGATGATCCATATATTTGTTTTCAAGGATTGCATTGCCATATAGGTTCTCAAATATTCGAAACAGATCGATTTATATTAGCTACAAATATGTTGTTTGAATCATTAAAAATGTGGAAACAACAGTATAATTATGTACCTAATGTGCTAAATTTGGGGGGAGGCTATGGAATTCGTTACACCAAGGAGGATGCTCCTATATCATACGCCCCATTTATAGAAGAATTAATTTATGAAGTGCAAAAACAAGCAGAATCTATAGCGATTCCAATGCCAGAAATTTGGATAGAACCTGGTAGAGCAATTGCTGGCAATGCTGGGATTACTTTATATACTATAGGTTCGATGAAAGAAATTCCAGGAATTCGAAATTATATAGCGGTTGACGGGGGTATGACAGATAATCTACGACCCTCGTTATATCAAGCAAAATATGAAGCGGTGTTAGCAAATAAAGCAGATTGGTTAGTAGAAAAAAAAGTATCTATTGCTGGTAAATGTTGTGAATCAGGGGATATGCTTATATGGGATTTACCTTTGCCTGCTGTTTCACAGAATGATATTTTGGCCGTTTTTTCAACGGGGGCTTATGGTTATTCTATGGCAAACCATTACAATCGATTTGCAAAACCCGCAGTGGTTTTTGTGGAAAATGGCAAGGATAAACTCGTTGTCAGACGTGAGACTTATAAAGATGTTACTCGCCATGACCTTAGTTTTGAATAA	MIIDNHPFTVNKQGHLEIGGIDSVTLAKKYGTPLYVYDVQIIRNNCRAFVNTFKKMGIPAKVAYASKAFSSIAMLQVMKQEEMYLDVVSEGELYTALQAGFPTEKIHLHGNNKSIAEIRMAIENNIGCIVVDNFQEIQHIHSLLKDYNKQMDVLMRVTPGVESKTHQYIMTGHEDSKFGFNLQNGQAENALLKMIDDPYICFQGLHCHIGSQIFETDRFILATNMLFESLKMWKQQYNYVPNVLNLGGGYGIRYTKEDAPISYAPFIEELIYEVQKQAESIAIPMPEIWIEPGRAIAGNAGITLYTIGSMKEIPGIRNYIAVDGGMTDNLRPSLYQAKYEAVLANKADWLVEKKVSIAGKCCESGDMLIWDLPLPAVSQNDILAVFSTGAYGYSMANHYNRFAKPAVVFVENGKDKLVVRRETYKDVTRHDLSFE				NA	NA	NA	NA	NA
AK148_01313	438	ppiB	COG0652	Peptidyl-prolyl cis-trans isomerase B	ATGGCTAAAAAAGGGTATATTTTATTGGAAAATGATAATAAAATTGAGTTTGATTTATATGAAGAAGCAGCACCAAATACAGTGGCAAACTTTGAAAAACTTGCCAATGATGGCTTTTATAATGGATTAACATTTCACCGTGTTATTCCTGGCTTTGTTAGTCAAGGTGGTTGTCCAGTAGGTAACGGAACAGGATCAGCTGGTTATACAATTAAATGTGAAACAGAAGGGAATCCGCATAAACACCAAGAAGGATCTCTTTCAATGGCTCATGCTGGAAAAGATACAGGAAGTTGTCAATTTTTTATTGTCCATGAACCTCAACCACATTTAAATGGCGTTCACACTATATTTGGACAAGTAACATCAGGAATTCAATTTGCAAAAACAATGCAAAATGGAGATGTGATGAAGGAAGTTAAAGTTTATACGGCTTAA	MAKKGYILLENDNKIEFDLYEEAAPNTVANFEKLANDGFYNGLTFHRVIPGFVSQGGCPVGNGTGSAGYTIKCETEGNPHKHQEGSLSMAHAGKDTGSCQFFIVHEPQPHLNGVHTIFGQVTSGIQFAKTMQNGDVMKEVKVYTA	PGPT0015111_4689	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
AK148_01314	456			hypothetical protein	ATGGATGTTTTACTGCTTTTTTACCTCCTCGTTTTCGTAGCACCAATTAGTATTTTTTTTCATGAATTTGGTCATGCTATAGTTGCTTGGTTTTTTCAAGCCGAAAAAGTGGATATATCAATTGGAGCAGGAACTGTAAAAACATTGATGCACGTAGGTAGGTTTACTATTTCTATTGCTCCGTTGTTTTTTATTGGGGGTTTAGCAACAAGTTATCGGCAACCCGACTATAGCAGATTGGAAAAAATAATTATAACTATTTCTGGCCCTTTATTCAGCATTTTCATGGCTTTTATATTTTGGAAAATAGATGTCATGACTATCGCCATTTCCTTTCACCTGTTTGTTTGGTTCAACCTTTGGGTAGGGCTCGTAAATTTAATTCCTTTTAAGTGGAAAGGAAAGAAAACAGATGGACATATCATTATGCAACTCCTACGAAATAAAAATGTCTAG	MDVLLLFYLLVFVAPISIFFHEFGHAIVAWFFQAEKVDISIGAGTVKTLMHVGRFTISIAPLFFIGGLATSYRQPDYSRLEKIIITISGPLFSIFMAFIFWKIDVMTIAISFHLFVWFNLWVGLVNLIPFKWKGKKTDGHIIMQLLRNKNV				NA	NA	NA	NA	NA
AK148_01315	366	ribT		Protein RibT	ATGTTAATTCGCTTTAAGAAAAATTTAGAAAAAATAGCCATGGGTTTGCTTTCTTTTATGCCTGAAGAAAAAGATGTTAAGAAGCTACAGCAAACCATTAAAGAATATGAAGCCAACCCAGATTGGCATTTGTATTTATGGAAGGAAGAAGATGACGTTCTAGGAGCAATTGGTTTGCGGATTGAAAACGAAAGCAATGCTATTATTCAGCATGTTTCGGTTAATCCTTCACATCGTAATCAAGGGATAGGAAAAAGAATGGTTATTGAGGTTGATCAACTTTACCGTAATAAGTATACAGTCTCTACAACAAAAGAAATTCAGGAGTTTTATCAAAGGTGTGATGAAACAAATGATTTTGAATGA	MLIRFKKNLEKIAMGLLSFMPEEKDVKKLQQTIKEYEANPDWHLYLWKEEDDVLGAIGLRIENESNAIIQHVSVNPSHRNQGIGKRMVIEVDQLYRNKYTVSTTKEIQEFYQRCDETNDFE	PGPT0008530_115	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008530-ribT-K02859	NA	NA
AK148_01316	90			hypothetical protein	ATGAGTGGCGGATATGGTTACGGTGGAGGATTCGCGTTAATCGTTGTACTATTCATACTATTGATTATTGTTGGTGCTGCATGGCTCTAA	MSGGYGYGGGFALIVVLFILLIIVGAAWL	PGPT0024985_432	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024985-yjcZ-NA	NA	NA
AK148_01317	735	scpA	COG1354	Segregation and condensation protein A	ATGCAAGCTTACCAGGTGAAATTGGACGCTTTTGAAGGTCCACTTGATTTATTACTTCATTTAATTAATCAATTTGAAATTGATATTTATGACATACCCGTAGCGCAAATTACGGAACAGTATATGCAATACATCCATACTATGAAACGGTTAGAGCTAAACATTGCTAGTGAATACTTAGTTATGGCAGCAACTCTCATAGAAATAAAAAGTCAAATGCTTTTACCAAAACCGGAATTAGATTTAGATGCTGAAGAGTATATGGAAGATCCACGAGAAGATCTTATGCAACGATTAATTGAGTATCGAAAGTATAAAGAAGCTGCTTTGCAATTGCAGGTTATAGAAAAAGAGGCAAACCAAATATATACGAGATCACCTTTATTGTTCGATGAAAGTATATCTAAATCTTCAGAAATCGTGCCAGGTGAAACATCGGTTTATGATATGTTGGAAGCATTACGTCAAATGTTTGAACGGAAAAAATGGAATGCTCCACTAAAAACAAAAGTTGAAAAATCAGACATACCGATTGAACAGAGAATGGAGGAAGTACTACAGATAGTGAAATCAGCGAAAGAAGGGGTTTTGTTTGATCAGTTATTCACAATACAAACTCGCCCTCATATTGTTGTAACATTTATTGCCCTCTTGGAATTAATGAAAAAAAATCAAGTTTATTGTAAACAAGAGAAGCAGTTATCCGAATTATACGTGTTTAATATGGAGGAATAA	MQAYQVKLDAFEGPLDLLLHLINQFEIDIYDIPVAQITEQYMQYIHTMKRLELNIASEYLVMAATLIEIKSQMLLPKPELDLDAEEYMEDPREDLMQRLIEYRKYKEAALQLQVIEKEANQIYTRSPLLFDESISKSSEIVPGETSVYDMLEALRQMFERKKWNAPLKTKVEKSDIPIEQRMEEVLQIVKSAKEGVLFDQLFTIQTRPHIVVTFIALLELMKKNQVYCKQEKQLSELYVFNMEE				NA	NA	NA	NA	NA
AK148_01318	591	scpB	COG1386	Segregation and condensation protein B	GTGGAAATAAATAAATTAAAAGCAATTGTAGAAGGTTTGTTGTTTGCTTCAGGGAATGAAGGAATAACAATAAAGCAATTGTCAGATGTTTTGGAAGTAACAGAAGCAACGATTGAACTTGTTCTAGACGAATTAAAGCAAGAATATGAAAGTACAGATCGCGGTATACGAATGATGCAAGCACATGAAGTGTTCCATTTAACAACTAAACCAGAGCATAGTCATTATTACAAGAAATTACTAGAGACACCTCAAACCACAAGGATGTCTCAAGCAGCGTTAGAAACGTTAGCCATTATTGCTTATAATCAACCGATAACACGAACTGAAATTGAGGAAATACGAGGTGTAAAGAGTGATCGACCAGTACAAACTCTCCTCTCTCGGCTTTTAATTGAAGAAGTAGGGAGGAAAGATACAGTAGGTAAACCGATCTTGTTTGCTACTACAAAAGAATTTCTTACTTATTTTGGTTTAACATCATTACAAGATTTACCACCTCTACCAGATGCAAATGATGAAGAAGTAGAAACGGAAGCAGATTTATTTTTTGAGCGTTTTAATGAACAAATAAATGAAGACCATTCATAA	MEINKLKAIVEGLLFASGNEGITIKQLSDVLEVTEATIELVLDELKQEYESTDRGIRMMQAHEVFHLTTKPEHSHYYKKLLETPQTTRMSQAALETLAIIAYNQPITRTEIEEIRGVKSDRPVQTLLSRLLIEEVGRKDTVGKPILFATTKEFLTYFGLTSLQDLPPLPDANDEEVETEADLFFERFNEQINEDHS				NA	NA	NA	NA	NA
AK148_01319	1110	dacB	COG1686	D-alanyl-D-alanine carboxypeptidase DacB	ATGCGATTTGTTTTAGTTACCATTTGCTCAATATTTTTGTTGACTATTTTATTTCCCGTAAAAGGACATGCTGCACCACAAGTTTCTGCAAATCATGCAGTTTTAATGGAACAAAGCACAGGTCGTGTATTATTTGAAAAACAAGCTTACTCAAAGGCTAACATTGCAAGTATTACAAAAATAATGACTGCTATTATTGCGATTGAATCTGGTAAGATGCATGAAAAAGCAAAAGTGAGTCGAAAAGCTATTTATACAGAAGGCTCATCGATTTACTTAGAGGAAGGGGAAAAGATGCGTTTAAAAGATCTAGTATATGGATTAATGTTGCGCTCGGGAAACGATGCAGCTGTAGCAATTAGTGAGCATGTTGGAGGGAGTGAAGCTGGTTTTGTTTACTTAATGAACGAAAAAGCTAGGTGGCTAGGTATGAACGATACAAACTTTGCTAACCCACATGGTTTGGATGAAGAAGGTCACTATTCAACCGCATATGATATGGCAACACTAATGCGCTATGCTATGAAAAACCCTACATTTCAAAAGGTAACAGGCGCAACATCTTATTTAGCGGAAACGCGTATCTATTCTTGGCAAAATAAAAACAAATTATTAACCCAATATTATGACCATAGTACTGGAGGAAAGACGGGATATACGAAACAAACTGGAAGAACATTGGTTTCTACTGCTGAAAAAGATGATATGAATTTAATAGCAGTAACGTTAAATGCTCCTGATGATTGGAGAGACCATATTACGATGTTTGAGTGGGGTTTTGAAGAATACAATATAGAAACATTGACTAAACCAAAAAGACTTGCTTATCGATTACCTGAAAGTAATGAAGTCTATACTGCTTATATAGATAAAGCAATTCAATACCCATTAACGAAGCAAGAAAAAAGTAAAGTATCTAACCAGCTGTTCATTGATGAGACCATTTCTAATAACAACATAATTGGAAAAAACATATTTTATTTAAATGGCAAAGCCATTGCAACGACAAATGTTTTAAATGAAGCACCGAAATCTGTTAATAAGAAACCATTTTCCAGCAATATTTATCAATTATTTAAGTATATTTCCGGAGTTGATGTGTTATGGTAA	MRFVLVTICSIFLLTILFPVKGHAAPQVSANHAVLMEQSTGRVLFEKQAYSKANIASITKIMTAIIAIESGKMHEKAKVSRKAIYTEGSSIYLEEGEKMRLKDLVYGLMLRSGNDAAVAISEHVGGSEAGFVYLMNEKARWLGMNDTNFANPHGLDEEGHYSTAYDMATLMRYAMKNPTFQKVTGATSYLAETRIYSWQNKNKLLTQYYDHSTGGKTGYTKQTGRTLVSTAEKDDMNLIAVTLNAPDDWRDHITMFEWGFEEYNIETLTKPKRLAYRLPESNEVYTAYIDKAIQYPLTKQEKSKVSNQLFIDETISNNNIIGKNIFYLNGKAIATTNVLNEAPKSVNKKPFSSNIYQLFKYISGVDVLW	PGPT0024040_5376	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024040-dacC|dacA|dacD-K07258	NA	NA
AK148_01320	591	spmA	COG2715	Spore maturation protein A	ATGGTAAACATAATTTGGGTATCTATGGCAGCCATCGGCATTATTTATGCTATGTTAAACGGTACAATGGATCAAGTTAATGAAGCTATTTTCTCTAGCGCAAGTGAAGCTGTTACTTTATCTATTGGACTAATTAGTGTGCTCGTATTTTGGCTCGGAATTATGAAGGTTGCTGAAAAAGCTGGCATTCTATCTGTTTTGGCGAAACTCTTTCGGCCGCTTATTGTTAGATTATTTCCAGATATTCCAAAAGATCATCCAGCTATTGGTTACATCCTGTCCAATGTCACTGCAAATATTTTTGGACTAGGTAACGCAGCAACACCTATGGGGATTAAAGCTATGGAGCAAATGAAGCAGTTAAGTGGAAATGACGCTGCTTCTAGATCTATGATTACTTTCTTAGCTTTAAATACATCAAGTCTAACGGTTATCCCAACAACGGTTATTGCTATACGCATGCAATATAACTCTGCATCTCCAACTGAAATTGTTGGGGCAACTATTTTAGCGACGTTCATATCATCATTGGGCGCCATAATAATTGATCGGATTTTTTATCACAAAAATAAATGGGAGGCAGCATCTTAA	MVNIIWVSMAAIGIIYAMLNGTMDQVNEAIFSSASEAVTLSIGLISVLVFWLGIMKVAEKAGILSVLAKLFRPLIVRLFPDIPKDHPAIGYILSNVTANIFGLGNAATPMGIKAMEQMKQLSGNDAASRSMITFLALNTSSLTVIPTTVIAIRMQYNSASPTEIVGATILATFISSLGAIIIDRIFYHKNKWEAAS				NA	NA	NA	NA	NA
AK148_01321	531	spmB		Spore maturation protein B	ATGGAACTGGTAACAATAGTGAGCGCATGGCTAGTTCCTTGCTTCATTTTAATTGTCTTAGCTACTTCAATAATTAAAAAAGTGCCTGCTTATGAAGTATTTGTGGAAGGCGGGAAGGAAGGAGTAAAAATGGCTTTTTCCTTGCTCCCTTTTTTAGTCGGTATGATTGTAGCAATAGCTATATTGCGAAGTTCTGGAGCATTAGAGGCGTTTATTGATTTATTGGCGCCAATCTTAACAGCGATCGGAGTGCCGCCAGATATAATTCCACTAGCATTGGTTAGACCGATATCAGGTACAGCAGCACTCGGGATGACAACCGAGTTAATACACACGCATGGCCCAGATTCATTTATAGGTAGGCTAGCATCTGTTATGCAAGGGAGTACAGATACGACACTCTATATTTTAACAATATATTTTGGGGCTATTGGCATTAAGAAGATGAGATATGCTTTAAAAGTTGGTTTATTAGCCGATTTAATAGGAATTATTGCTTCCGTTATCATTGTATCTATTCTGTTTGGGTAA	MELVTIVSAWLVPCFILIVLATSIIKKVPAYEVFVEGGKEGVKMAFSLLPFLVGMIVAIAILRSSGALEAFIDLLAPILTAIGVPPDIIPLALVRPISGTAALGMTTELIHTHGPDSFIGRLASVMQGSTDTTLYILTIYFGAIGIKKMRYALKVGLLADLIGIIASVIIVSILFG				NA	NA	NA	NA	NA
AK148_01322	738	rluB_1	COG1187	Ribosomal large subunit pseudouridine synthase B	ATGACAAACACGCAAGAGAGACTACAAAAAGTGATTGCCCAAAGTGGCATAACATCGAGAAGAAAAGCAGAACAATTAATTTTAGATGGAAAGGTAAAGGTAAACCAACAAGTCGTTACAACACTTGGTACGAAAGTAAAACATGATGATTTTATTGAAGTAGACGGTGTTCCTTTGGAAAAAGAGGCTCCTGTTTACTATTTGTTGTACAAACCTCGTGGTGTAATATCCAGTTTAAAAGACGATAAAGGTAGAAAAGTAATTACCGATCTACTAGGTGAAGTAGACGAACGTGTTTTCCCTGTCGGTCGATTAGACTATGATACATCTGGTATATTGATTGTAACAAATGATGGTGCATTTGCTAATTTGCTCATGCATCCCCGATACCAAATAGATAAAGAGTATGTTACAAAAATAAAAGGAATTCCAGAAAAAGCTGACTTGGCAAGGTTGAGAAAAGGCGTTCGATCGGAGCAGGATATATTAAAAGCCGTACAATATCGTATTCTTGAAACGGACAAAAAGAAAAATCATACTATTTTACAACTAACTTTAAGAGAAGGGAAGAATAGACACGTGCGTCGAATGATGGAAGCATTAGGTTATCCAGTTTTAAAGTTAAAGCGTGAAAAATATGGTTTTTTAACTCTTGATGGTCTAAAACCAGGAGAATATCGACCATTAACCCCGAAAGAAGTAAAGCAAATGCGGCATTTGGCAGAACAAAATTGTTGA	MTNTQERLQKVIAQSGITSRRKAEQLILDGKVKVNQQVVTTLGTKVKHDDFIEVDGVPLEKEAPVYYLLYKPRGVISSLKDDKGRKVITDLLGEVDERVFPVGRLDYDTSGILIVTNDGAFANLLMHPRYQIDKEYVTKIKGIPEKADLARLRKGVRSEQDILKAVQYRILETDKKKNHTILQLTLREGKNRHVRRMMEALGYPVLKLKREKYGFLTLDGLKPGEYRPLTPKEVKQMRHLAEQNC				NA	NA	NA	NA	NA
AK148_01323	576	resA_2	COG0526	Thiol-disulfide oxidoreductase ResA	ATGATGAGTTTAGATGAAATAAAACAGAAGAAAAAGAATAAAAAAAGAAATCGCTTTATATTTCGATCTGTTATTTTACTTATACTAGTTGGGGCAGTTGTATTTGCAGTCGTCCAAAATTTGCAAGATGATAAAATTATTTACACTGTTGGCGACAATGCCCCTGATTTTCAACTGGAGCAAATAAACAAATACAATGAACGAGAAACAGTTCGGCTTAGCGATTTAAAAGGAAAAGGGGTAATGCTTAATTTTTGGGGAACTTGGTGTAAGCCTTGTGAAGAAGAAATGCCTTACATGCAAAAATTGTACCCACAATATAAAGAAAAAGGGGTCGAAATAGTTGCAGTTAGTCTTGATTCCACAGAACTCGTTGTTCATCGTTTCGTCGATGAATATGACTTAACTTTTCCTATTCCTCACGACAAAGATAGTCAAGTGAGAGACTTATATAAAGTGGGCCCTATTCCAAGTACTGTATTTATTAACCCGCAAGGTAAGATTGTAGAGGTAGTAAATGGAGCATTAAGCTTAGAAAGATTAGATGGTTATCTACAGGAAATAACGCCGAAGTAA	MMSLDEIKQKKKNKKRNRFIFRSVILLILVGAVVFAVVQNLQDDKIIYTVGDNAPDFQLEQINKYNERETVRLSDLKGKGVMLNFWGTWCKPCEEEMPYMQKLYPQYKEKGVEIVAVSLDSTELVVHRFVDEYDLTFPIPHDKDSQVRDLYKVGPIPSTVFINPQGKIVEVVNGALSLERLDGYLQEITPK				NA	NA	NA	NA	NA
AK148_01324	1644	ccs1		Cytochrome c biogenesis protein Ccs1	ATGAATAAAATAAAATGTGAGTGCGGGCATGTTAATCCAGAAGGTACCGTCCTTTGTGAATCTTGTGGTAAACCGATAGAAGAAAATCAACATATTGATGGCAACGACAAGAAGAAATTGTTAAATATGCGATATGATGGTACTGCACGACGCTCACAAACGTATAACAAATCGATTGTTGATAAGGTTTGGAGCTTTTTTTCTTCCGTTAAAGTGGGAATTTGGCTTATTGTCATTGCACTTATAGCTTCTGCAGTGGGGTCCATCTTTCCGCAAGAACAATACATACCTGCAGATGCAGTCTCTAGAGACCCGGCTATTTTTTATGAAGAACGTTATGGAATATTAGGGCAAATTTTTTATCAATTAGGTTTCCATAATTTATATAGTTCCTGGTGGTATATGATTTTAATTGCTTTGATAGGTATATCACTCGTTATTTGTAGCCTTGATCGCTTTGTGCCACTTTTTCGTGCTTTACGGAATCAAAAAGCAAAGCGACATGCAACATTTTTGCAAAGGCAACGTCTGTTTAGTCAAACAGACGAAGTTGATGAAGAAGATATCGATACTATAAAACAAAGATTAAAAAAATTAAGATATAATATTAAAGAGCAAGATGGGCATATCCTTGCTGAAAAGGGTAGATTTTCAAGATGGGGGCCTTATGTAAACCATATTGGGTTGATTATTATTTTGCTTGCCGCTTTATTAAGGCAAACTTCGGTTTTTTATATGGATGAATATATCTGGATTCGTGAAGGGGAGCAAAAAGTGATCCCCGGTACGGAACAACAGTACTACATTGAAAATAAAGATTTTGTCTTGGAAAATTATGACCCGGAAGATGAGTTGTACAAAGATGCTTTAGAACAAGAAGGTGCGCCTGTTGCAAGTAATTACCAAACCAATGCGGTTATTTATAAAGCGATGGAACCAGAAGTAACTGGTGCAGAACCAGAATTAAAGAAAATTGAAGAAGGAAATATTCGGTTAAACGAACCATTAAATTTTGACGACTATGCAGTGTATCAAATGGGGTATCAGCAAAATGAATTTTCTAGCATGTCATTTAAAATTCATGAAACAAATGATCGGGAAGAAAAATCATTAGGAGATTTTACTGTTGATTTAACTTCTCCTAAATCGGAGTATGAGCTTGATAGTGGGTTTAAAGTAGAAATTAACAATTATTATCCGGATTATTTTTTGGATGATAATGGAGAACCTGCTTCAGAGACAGATTACCCTAGAAATCCAGCGTTCGTGATGATGATTTATCCGCCAGATGGAAGTGAACCAGAAGTGAGCTTTTTAGGAATTGGCAAAAACATAGATGCGACTGGAGAAAATGACTATAATGTAGGAATTACAAACTTTGAACTTCGTGATGTTAGCGGGTTAAGTATACGTCGCGATTACTCTTTACCATACTTTATCGTTGGCGCTATTATCTTTATGATCGGTGTTATTCAGGGAATGTATTGGCACCATAGAAGGATTTGGGTTCGTCCTCAAAATGGTGGAATTCTATTAGCCGCTCATACGAATAAAAACTGGTATGGTGTGAAAAAGGATATTGAAAAAATCGTTGATGGGACACATATTCAAATGGTAATCGATCAACAAGAGCTGGATAAATAA	MNKIKCECGHVNPEGTVLCESCGKPIEENQHIDGNDKKKLLNMRYDGTARRSQTYNKSIVDKVWSFFSSVKVGIWLIVIALIASAVGSIFPQEQYIPADAVSRDPAIFYEERYGILGQIFYQLGFHNLYSSWWYMILIALIGISLVICSLDRFVPLFRALRNQKAKRHATFLQRQRLFSQTDEVDEEDIDTIKQRLKKLRYNIKEQDGHILAEKGRFSRWGPYVNHIGLIIILLAALLRQTSVFYMDEYIWIREGEQKVIPGTEQQYYIENKDFVLENYDPEDELYKDALEQEGAPVASNYQTNAVIYKAMEPEVTGAEPELKKIEEGNIRLNEPLNFDDYAVYQMGYQQNEFSSMSFKIHETNDREEKSLGDFTVDLTSPKSEYELDSGFKVEINNYYPDYFLDDNGEPASETDYPRNPAFVMMIYPPDGSEPEVSFLGIGKNIDATGENDYNVGITNFELRDVSGLSIRRDYSLPYFIVGAIIFMIGVIQGMYWHHRRIWVRPQNGGILLAAHTNKNWYGVKKDIEKIVDGTHIQMVIDQQELDK				NA	NA	NA	NA	NA
AK148_01325	1191	ccsA_1		Cytochrome c biogenesis protein CcsA	ATGAATAACTTAATTGAATTAAGTAGTACACTTCTATATACTGCTTTCTTTCTCTATTTAGTTGCAACTTTATTTTTTTCATTTACAATAGGGAGTAAGAGAAAATCAGATGGCAAAGCTGCTAAAATAGGAATTACATTGGCTATCATTGGTTTTTCCACCCAACTAGGCTACTTTATAACAAGGTGGATAGGGAGTGGGCATGCTCCTGTCAGTAACTTATTTGAATATATGACATTCTTTGGTATGGCAACAGTATTGGGATTCATTATCTTGTATTTTATTTATAAAATAACGGTGCTGGGATTATTTGCATTGCCAGTCGCTTTAATTATTATTGCTTATGCAAGTATGTTTCCAACTGAGGTATCCCCTCTAGTCCCATCGTTGCAAAGTCATTGGTTATACATTCATGTTACTACAGTGTCTCTATCACAAGGAATTTTAACCATTAGCTTTGTCGCTGGATTAATCTATTTAATTAGGCAAATAGACCAATCAAAGACAACAAAACGAACGACTTGGTTGGAAATAACACTTTATTCGTTAATTCTCTTTGTTGGATTTATACTAGCAACAACTTTATTCAATGTCATGAATTATCAAGCTGTTTTTGAGTATCCTAATAATGCCGGAACTGGCACGATAGAAACAGAATATCATATGCCAGCAATTGCTGCACCAACAGACGGAACATTACTAACAGATAAAGTTATGAATCCTTGGTTTGAAATTCCGGAATGGATGCATGGCGCAGATGCTGGACGAAAATTTAATACATTATTATGGTCATTTATTTTTGGTACTGGCCTTTATATACTGTTAAGGCTCGTATTCAGAAAGAGACTGGGTGCTACGATTCAGCCATTACTTCAGAAAACGAATCCTGATTTATTAGATGAAATTACGTATCGTTCCGTAGCGATTGGTTTTCCTTTATTTACCTTGGGAGGTCTTATATTTGCTGCTATTTGGGCAGAAGAAGCCTGGGGAAGATTTTGGGGCTGGGATCCTAAAGAAGTTTGGGCACTAATTACATGGTTTTTCTATGCTGCCTTTCTACATCTACGTTTGTCAAGAGGTTGGCATGGCGAAAAATCTGCTTGGCTCGCTGCGGTCGGTTTTGCGATAATTATGTTTAATTTAATTGTTGTAAACCTTGTTTTAGCTGGTTTACATTCCTATGCTTAA	MNNLIELSSTLLYTAFFLYLVATLFFSFTIGSKRKSDGKAAKIGITLAIIGFSTQLGYFITRWIGSGHAPVSNLFEYMTFFGMATVLGFIILYFIYKITVLGLFALPVALIIIAYASMFPTEVSPLVPSLQSHWLYIHVTTVSLSQGILTISFVAGLIYLIRQIDQSKTTKRTTWLEITLYSLILFVGFILATTLFNVMNYQAVFEYPNNAGTGTIETEYHMPAIAAPTDGTLLTDKVMNPWFEIPEWMHGADAGRKFNTLLWSFIFGTGLYILLRLVFRKRLGATIQPLLQKTNPDLLDEITYRSVAIGFPLFTLGGLIFAAIWAEEAWGRFWGWDPKEVWALITWFFYAAFLHLRLSRGWHGEKSAWLAAVGFAIIMFNLIVVNLVLAGLHSYA				NA	NA	NA	NA	NA
AK148_01326	717	srrA	COG0745	Transcriptional regulatory protein SrrA	ATGGACAAAGAGTCAAAAGTGTTAGTAGTCGATGATGAAGAAAGAATTCGAAGACTACTACGTATGTATATGGAACGAGACGGTTTTCTCGTTGAAGAAGCAGAGAATGGAGCAGATGCTTTAAAGCTTGCTCTTGATAACCATTATGATGTAATTTTACTTGATATTATGATGCCAGAGATGGATGGCGTTGAGGTTTGTCAAGAATTACGAAAAGAAAAAGATACGCCTGTTATTATGTTAACAGCAAAAGGCGAAGAGGCTAACCGTGTGCAAGGTTTTGAAATTGGTGTTGATGATTACATCGTGAAGCCCTTTAGTCCTAGAGAAGTGGTGTTGCGAGTTAAAGCCTTGCTTCGTCGTGTTTCAAGTGCAACATTTCAGGAAACGGATACAACTGCGAAGAACGTTTTAGTTTTCCCTCATTTAACCATTGATCATGACGCGCACCGTGTTACTGCGGATGGAGAAGAAGTGAGCTTAACACCAAAAGAATATGAATTATTATGTTTTTTAGCTAAATCACCGGATAAAGTGTTTAACCGTGAGCATTTGTTAAAAGAAGTATGGCAATATGAATTTTTTGGAGATTTGCGAACGGTGGATACGCATGTTAAAAGGCTTCGTGAAAAGTTGAACCAAGTATCTCAAGAAGCTGCGAAAATGATTGTCACTGTTTGGGGAGTTGGCTATAAGTTCGAGGTGGATGAAGACTAA	MDKESKVLVVDDEERIRRLLRMYMERDGFLVEEAENGADALKLALDNHYDVILLDIMMPEMDGVEVCQELRKEKDTPVIMLTAKGEEANRVQGFEIGVDDYIVKPFSPREVVLRVKALLRRVSSATFQETDTTAKNVLVFPHLTIDHDAHRVTADGEEVSLTPKEYELLCFLAKSPDKVFNREHLLKEVWQYEFFGDLRTVDTHVKRLREKLNQVSQEAAKMIVTVWGVGYKFEVDED	PGPT0013765_748	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668	NA	NA
AK148_01327	1758	resE		Sensor histidine kinase ResE	ATGTTTTGGCGGAGTGTAGTAGGTAAACTAGCAATAACGATTCTATTGCTAGTTTCTTTCGTGTTATTTATCTTAACTATTTTACTTTTACAGTTTTTTGAAGATTTCCATATTCAGGAAGCGGAGCAAGATATGTTACAAACAGCTGAAAAAATCTCAATGCTTGTGGATACTCATGATGAAAATGAAATTATTGAAGAAACAACTGAACGAGTTAAAGACCCAGCTAGCCGAGTAGCCATTGTTTCAGGTGATGGCGAATTATGGGTTTCTAATAGCGAGGATGATCAGTTATCCAAGTTAGAATTAGACTGGCTAAAGCAAGAGGAGCTCTCTTCGGTTCTCACTAACAATGTCCAAGTACGTAAGCAAATGAAGTTACCTGGTACCGAACGAGAGGCGATGATTGTAGGCGTTCCTATGAACCATCAAGATGGAGCTATTTATGTGTATCAATCACTGAATGTTATTGATCAAACAAAAGCAGAAACGACTAAAATTATTTTTCTTGCTGCAGGAATTGCTATTGTTTTGACTACAATATTTGCGTTTTTTCTATCCACACGTATAACTTCTCCACTTATTAAAATGAGGGAAGCTGCTTTCGATTTAGCTAGAGGTGAATTTAATACGAAAGTGCCTATTTTAACCCATGATGAAATAGGAGAACTCGCTTTAGCGTTTAATCGTATGGGAAGACAGTTAAAATTCCATTTAAACGCACTAAGACAGGAAAAAGAGCAATTATCTAGTATTGTTAGTTCAATGGCAGATGGTGTAATAACTTTAAATCGTTCAGGAGACATGATCGTTACCAATGCCCCAGCAGATCGATTTATTGAAGATTGGTATTATGAGAATAATTTTCCATACCGTGCTGAAGATCGAAAATTACCACATGAATTAAAAACCATTTTGCAAGAGGTCATTGATGGCGAGACGGAAGCTATGCATGAACTTAGCCTACAAGGTAGGAATTGGGTAATGGTAATGACACCTTTATATGATCAATCCTACGTTCGTGGAGCAGTAGCGGTAATTAGAGATATGACAGAGGAAAGAAGAATGGATAAGCTACGTCAAGATTTTATTGCTAATGTTTCTCATGAATTAAGAACTCCCATTTCCATGCTCCAAGGTTATAGTGAAGCAATTGTCGATGATATTGCAGAATCCAAAGAAGACAAAAATGAATTAGCCCAAATTATTCATGAAGAATCGCTCCGTATGGGACGGCTAGTCAACGAATTATTAGACTTAGCTAGAATGGAAGCAGGCCATATTCACCTGAATACAGAAGAAGTGAAGGTAGGCCCATATGTTGAACGAATTTATAAAAAATTTCAAGGACTCGCTAATGAAAATAAAATATCTTTACATCTAGAGAAGTCGATTTACGAAGCGACTGCTGTATTCGATCCAGATCGAATTGAGCAAGTTTTTACAAATCTAATTGACAATGCTATTCGTCATACTAGTAAAGAAGGTTATGTAAATATAAAAGTGATCAATGATAATGAGGCTTTCCAAGTAGAAATACAAGATAGTGGAAGTGGAATCCCAGAAGAAGATCTTCCATTTGTTTTTGAACGCTTTTACAAAGCTGATAAGTCAAGAACAAGAGATAAAAAGAAAAAAGGTACTGGACTAGGGCTTGCAATTGCTAAAAATATTATTGACGCTCATCAAGGTACGATTAATGTAAATAGTAAGTTGAATCAAGGGACAGCATTTTATTTCCGCATACCAAGGCAATAA	MFWRSVVGKLAITILLLVSFVLFILTILLLQFFEDFHIQEAEQDMLQTAEKISMLVDTHDENEIIEETTERVKDPASRVAIVSGDGELWVSNSEDDQLSKLELDWLKQEELSSVLTNNVQVRKQMKLPGTEREAMIVGVPMNHQDGAIYVYQSLNVIDQTKAETTKIIFLAAGIAIVLTTIFAFFLSTRITSPLIKMREAAFDLARGEFNTKVPILTHDEIGELALAFNRMGRQLKFHLNALRQEKEQLSSIVSSMADGVITLNRSGDMIVTNAPADRFIEDWYYENNFPYRAEDRKLPHELKTILQEVIDGETEAMHELSLQGRNWVMVMTPLYDQSYVRGAVAVIRDMTEERRMDKLRQDFIANVSHELRTPISMLQGYSEAIVDDIAESKEDKNELAQIIHEESLRMGRLVNELLDLARMEAGHIHLNTEEVKVGPYVERIYKKFQGLANENKISLHLEKSIYEATAVFDPDRIEQVFTNLIDNAIRHTSKEGYVNIKVINDNEAFQVEIQDSGSGIPEEDLPFVFERFYKADKSRTRDKKKKGTGLGLAIAKNIIDAHQGTINVNSKLNQGTAFYFRIPRQ	PGPT0026265_287	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0026265-resE-K07651	NA	NA
AK148_01328	435			hypothetical protein	ATGAAACAATGGTTATTCCGATTTGGATCATTTTTGGTCGCTATTGCTCTATTAGTAGGGTGTGGAAATGAGGATTCAGGAACTACTGCCCCATCAAGCAATCAACCTTCTGAAAATCAAGTAACACAGGAAGAACAAGCAGAAGAAACAGTATTGATTACAATATCTAAAGACGATGGCGCGGAATACTTACATGAAAAAGAGATACCCATTGAAGAAGGCGATATTTTAATGGATATAATGGAAGAAAATTTTTATGTTGAAACGGAACAGAATGGAGAATTTATTACCTCAATCGAACGTTTATCAGCAAAAGAAGGTGAAAAGAAAGGGTGGATTTATACTGTAAACGGCGAGATGCCAAATGTTGGTGCTACAGAATATGAATTAAAGCCAGGTGATAAAGTAGTTTTTGATTTTCAAGCTTGGGAATGA	MKQWLFRFGSFLVAIALLVGCGNEDSGTTAPSSNQPSENQVTQEEQAEETVLITISKDDGAEYLHEKEIPIEEGDILMDIMEENFYVETEQNGEFITSIERLSAKEGEKKGWIYTVNGEMPNVGATEYELKPGDKVVFDFQAWE				NA	NA	NA	NA	NA
AK148_01329	516			hypothetical protein	ATGAACACGTATAAATTAACGCTTATAGCGATACTAGCGGCACTAGCAGTTGTTGGAAGGTATTGGTTTGCTTTTTTACCAAATGTGCAACCAGTTACGGCAATAATAATTATTACAGGAGTAATCTTAGGACCGGGGAGCGCATTATTGTTAACGGTTATCGTTGTATTTGTATCCAATATGCTACTTGGCATGGGAATATGGGCGGTTTGGCAAACGATCTCATGGGGAGTGATAGGCATTATAAGTGGTTGGATAGGGAAAATGTTTTCACGACCACCGTTTTTGCTGTTGTTGATCTTTACTGTTTTTAGCGGTTATTTTTATGGCTTTATTATCTCACTGACGACTTATCAAATTACTGGTTCATTTTGGCCTTATTACATAAGTGGATTACCATTTGATACAAATCATGCTATTGGCAACGCTGTTTTTTTCGTGCTCTTTTATCCTCTTATCGCTTATTTAATGGAAAAATATGCGTTACACCGTTTTGCAGTAAAAGATACCGACTGA	MNTYKLTLIAILAALAVVGRYWFAFLPNVQPVTAIIIITGVILGPGSALLLTVIVVFVSNMLLGMGIWAVWQTISWGVIGIISGWIGKMFSRPPFLLLLIFTVFSGYFYGFIISLTTYQITGSFWPYYISGLPFDTNHAIGNAVFFVLFYPLIAYLMEKYALHRFAVKDTD				NA	NA	NA	NA	NA
AK148_01330	225			Ferredoxin	ATGTGTTATTATACCAAAGTTGATAGAGAGACGTGTATTGCCTGTGGAGCATGCGGTATTTCAGCGCCAGATTTATATGATTACGACGATGATTGTATTGCTTATTTTCTAAAAGATAACAACCTAGGAGTTACACCTGTTGAAGGTGATCAAATTAATGCAATGTTTGATGCATACGAAGAGTGCCCTACAGGTTCTGTGAAAGTTTCTAAACAGCCATTTTAG	MCYYTKVDRETCIACGACGISAPDLYDYDDDCIAYFLKDNNLGVTPVEGDQINAMFDAYEECPTGSVKVSKQPF	PGPT0007360_1303	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
AK148_01331	1065			hypothetical protein	TTGATATTGAAAGGGATTATTCTAAGTAGTATCCATAGATTAAAAGGAGAACGATCCACATCAGCAACCTACTATATTATAGCAGGTAGAAAATCGATTCAAACGGTACAAGATATACATATGTATGGATTAAAACAATTTTATTCTATATACCCAAAGCTTATTAAGTCTTATTTTGACAAGGTAATTTATGAATTGAAAAAAGAACAATTGATTGAAATTACAGATGGTAATAAAGAAACTTATATACTTTCGTCTATAGGGCTTCAGTGGTTAAGAGATCATAAATCAATATTACCTCTTTCTTATTATTCTGGGATGCAAAATGGAGAAAGTAGCCGTGTATTTTGGTCGCGATTACAATTATTGATTCAAACAATTACGAATGTACACAAAAATGAATTTCATTTTATACCAGTTGTTGAAGATAAAGCAATTGAAACTTGGGTAAAGCTTTATTATCAACGAATTAAGCTTGACACTTCGTCGTTTTTACAACAATTATACGAGGAATTACAAGAGGTTTTACAAAAACTTCCTACTTATATGGCGGAAATTTTTGTAGATCGACTCACAAGCTTTAAAGATTATGGAAAAAGCGTTCATCAACTGGCTAGTAGTCATTATTTAACAACAATCGATTTAGAACTAACCTTAATAGCAGCTTTGCACCGAATCATTAATATCATTCAGTCATATAAACAAACTTATTCATTATTGAATGATATCATACAAACAACGGAACCTCGTCGTTTATCAAATACAGCTATAACTACCTATCAATATTTGCTTAAAGGGTTTTCTATTGAGGAGATTGCCAAGAAGAGAAAATTAAGGGTGAATACGATCTATGACCACGTAGTAGAAATTGCACTGCATGATTCTGCGTTCCCAATTGATGCTTATGTATCAAAGTATGATCAAAAGATTATTGTTCGTGCATATAACGAAGTGGATGTCTACAAGCTTAAGCTAATAAAGCAAAAAGTACCAGAGCATATTACTTATTTTCACATTCGTTTAGTCTTAACAATGCTAACCAACACGCAGAAGGTAGGTGATTAG	MILKGIILSSIHRLKGERSTSATYYIIAGRKSIQTVQDIHMYGLKQFYSIYPKLIKSYFDKVIYELKKEQLIEITDGNKETYILSSIGLQWLRDHKSILPLSYYSGMQNGESSRVFWSRLQLLIQTITNVHKNEFHFIPVVEDKAIETWVKLYYQRIKLDTSSFLQQLYEELQEVLQKLPTYMAEIFVDRLTSFKDYGKSVHQLASSHYLTTIDLELTLIAALHRIINIIQSYKQTYSLLNDIIQTTEPRRLSNTAITTYQYLLKGFSIEEIAKKRKLRVNTIYDHVVEIALHDSAFPIDAYVSKYDQKIIVRAYNEVDVYKLKLIKQKVPEHITYFHIRLVLTMLTNTQKVGD				NA	NA	NA	NA	NA
AK148_01332	177	recQ_1	COG0514	ATP-dependent DNA helicase RecQ	GTGGAGCAGCCTGTAGATTATTTGGAACAAAAATTAAACCAATTTTTTGGTTATACGTCCTTTCGTCGTGGGCAACGAGAAATAATAGAAGATGTTATAGCAGGAAAGAATGTACTTGGTGTGTTGCCAACTGGATCAGGAAAATCGATCTGTTATCAATTGCCTGCAATGGGATAA	MEQPVDYLEQKLNQFFGYTSFRRGQREIIEDVIAGKNVLGVLPTGSGKSICYQLPAMG				NA	NA	NA	NA	NA
AK148_01333	762	recQ_2	COG0514	ATP-dependent DNA helicase RecQ	ATGATGGATCAAGTAAAGCAATTAAAAGCAAAGCAGTGGAAGCAAGTAGCAGCAATAAACAGTTTTATGGATCGAAAAGAACGAGAACAAGTATTACAAACATTACATACGTATCGTTTAATTTATGTATCCCCAGAGCTACTACAACAGGAAATGTTACAAAATAAATTAAAAACATTGAAAGTAAGCTTGTTTGTAATTGATGAAGCTCATTGTATTTCACAGTGGGGACATGAATTTAGGCCTGATTATATGCGTTTACAGCACATTATTACATATTGTAACTATCCACCTACACTAGCACTCAGTGCTACAGCAACATCTAAAGTACAAGCTGATATCATTCAGTCGTTAGGAAATTTAGCTTTTAAAAAACATGTTTATCCCATAGATCGGAGCAATATTGCCCTTTGCATTCAAAAAGTAGACGATGAACATGATAAAATGACAGTATTAACGGCTATTTTCAAGAAATACCATGTACCTGCTTTAATTTATTTCTCAAGCCGTCAAAAAGCGGAAGAAATAGCTGTATTGTTGGCTGAAAGAATTAACCGGCGTGTTGCAGTATATCATGGGGGAATGGAACAAAATGACCGTATTTCTATTCAGCAACAGTTTATGAACGATCAAATTGATGTGGTTTGTTGTACGAGTGCTTTCGGTATGGGAATTAATAAGGCAGACATCCGGCTAATTATCCATTATCATTTAACAACACAATTGGAAAATCACAGACCACCCGTTCAACGGGTGGTTTGA	MMDQVKQLKAKQWKQVAAINSFMDRKEREQVLQTLHTYRLIYVSPELLQQEMLQNKLKTLKVSLFVIDEAHCISQWGHEFRPDYMRLQHIITYCNYPPTLALSATATSKVQADIIQSLGNLAFKKHVYPIDRSNIALCIQKVDDEHDKMTVLTAIFKKYHVPALIYFSSRQKAEEIAVLLAERINRRVAVYHGGMEQNDRISIQQQFMNDQIDVVCCTSAFGMGINKADIRLIIHYHLTTQLENHRPPVQRVV				NA	NA	NA	NA	NA
AK148_01334	312			hypothetical protein	ATGGCTCGTGCTATGATTGTACTACTTTTATTAGCAGTTTGTTTTTTAGCGGGTGTTGTTCACGGGAATAATGGGGTTGGTCATGAAGAAGCAGATTCTGTTTTTCAGGCGCAGGATGTAATAGGTTCAGATGAACTAGATAATGAAAAAAATATAAAGTCAGTTGCAGAAAGGAATCCTGAGCAACAAGTCCAACCTGATGTGCCAGCGCCATCTACTGAAAAAACGGCTTCTGTTTTAGAAGCTAGTATTACTGGCTTTTTTGAAGCAGTAGTAACAATATTGTATCAAATAGCAGAGTTGTTTTTTTAG	MARAMIVLLLLAVCFLAGVVHGNNGVGHEEADSVFQAQDVIGSDELDNEKNIKSVAERNPEQQVQPDVPAPSTEKTASVLEASITGFFEAVVTILYQIAELFF				NA	NA	NA	NA	NA
AK148_01335	1164			hypothetical protein	ATGAGAGCAAAGGCTGTACGTGTTTTTTTACCTAAGAGTAGCGTGTATATTATTGGCTTTATATTTTTATTTTTATTTATTGCAGCGATGACAGCGATAAAACCCGCTTACAGGTTATCATCAGAAATGATAACAGAATGGACAAGTGATTTAGATAGCTCTTTCTTTTATTATTTACTGAGCAAAGAAAATCGTGCATTTGATGAAGGTTTTCTTGCTGAGAAAGGGGAGCCTGATGTAATCAATACCTTATTTCAAATGGTTACTAGTTTAAAGCCGAATGATCCGAGAAGTCTATTAAGAAATGAAGTGCCGGGTTTTTCTCATTTTGATAATCGAATGATTGTAGCTGGTCAAGGGACTGACTTTACAAATTTCCCTATAGAATCATCGCCTCCTTTGAAAGAAGTTTTAAAAGAAAGGCAAGCTATAATAGAGGGTAGTGAAGAAGAAGGAAAAAAAGAAGCGAAAAAAAATCAAGAGCGTAATGAAGCTACACCGTCTACTGGAGATAGACAAGTGGTTTACTTATACAATTCACATAACAGAGAATCGTTTTTACCGCATTTACCTGGTGTAGAAGATCCGAATGAAGCACATCATAAAGAAGTAAATATAACAAAAGTGAGCGATCACCTAGCAAAATCACTAGAAGAAAACGGCATTGGGACGATAGTCGAAAACAAGGATATTATGAATGAATTAAACGATAAAGGGTGGGGTTACGGAAAATCGTATCAAGCTTCTAGACAAGTTGTAGAGGAAGCAATGGCAAATAATAAGGACATGCAATATGCATTTGATTTACATCGGGATTCCATTGGTAGAGATAAAACGACTGCAAAAATAAATGGAAAACCTTTTGCCCGTCTTATGATAGTAATTGGCGCAGAACATGCTGAATATGAAAAAAATCAGAAGCTAGCAACAAAGTTACACTACCTATTAGAACAACATTACCCAGGGTTAAGTAGAGGAGTTTATACCAAAAAGGGCGCAGGTACAAATGGGGTTTTTAATCAGGATTTATCGAATAATGCACTATTATTTGAATTTGGTGGCGTTGAGAATAACTTGGACGAGCTTTATCGTTCTGCTGATGCACTCGCCGATGTATTTAGTGAAATGTTTTGGGACGCAGAGAAGGTTGATACGTCATCCTAG	MRAKAVRVFLPKSSVYIIGFIFLFLFIAAMTAIKPAYRLSSEMITEWTSDLDSSFFYYLLSKENRAFDEGFLAEKGEPDVINTLFQMVTSLKPNDPRSLLRNEVPGFSHFDNRMIVAGQGTDFTNFPIESSPPLKEVLKERQAIIEGSEEEGKKEAKKNQERNEATPSTGDRQVVYLYNSHNRESFLPHLPGVEDPNEAHHKEVNITKVSDHLAKSLEENGIGTIVENKDIMNELNDKGWGYGKSYQASRQVVEEAMANNKDMQYAFDLHRDSIGRDKTTAKINGKPFARLMIVIGAEHAEYEKNQKLATKLHYLLEQHYPGLSRGVYTKKGAGTNGVFNQDLSNNALLFEFGGVENNLDELYRSADALADVFSEMFWDAEKVDTSS	PGPT0024690_277	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024690-spoIIP-K06385	NA	NA
AK148_01336	1116	gpr		Germination protease	GTGATTGTCTTGGGGCAACGGAATAAGCACATAGTACCTTACCAAGTAAGGACTGATTTAGCAGTAGAAGCGAAAGATATGTATGTAGAGAAGCAAGAGCAATCGGAAAAATCATTAAAAGGTGTGAATATTAAAGAAAAAGAGAAAGACGGTGTAAAAGTTTCTTATGTAAATATTGATCAAACGGGCGCTAAAATGCTGCAAAAAAAACCTGGAACGTATATTACGATTTATGCAGATGGGGTAAAACGTCAAGATACAGATAGGCAACACTTGGCAGCTCAAGTTTTAGCAGAGGAACTAGAGGAACTTCTAAGTGCAAATGGAATTCCCCCGGATGCTAAAGGACTTATTGTTGGTCTAGGCAATTGGAATGTAACTCCTGATGCACTTGGTCCAATGACAGTAGAGAAAGTTTTGGTTACCAGTCATTTGTTTCGTCTAGAGCACGAGACAGTTTCAAGTGGGTATCGATCAACGGCAGCAGTTACACCAGGGGTTATGGGAGTAACAGGAATTGAAACAAGCAATATTATTTTCGGTATTGTGGAAAAGTTTGAACCAGATTTTGTTATTTGTGTGGATGCACTTGCTTCACGATCAATAGAAAGAGTGAATGAGACTATTCAATTGTCTAATACAGGCATACACCCAGGATCTGGTGTAGGAAATAAGCGGAAAGAAATTAGCTATGAAACATTAGGAATACCTGTTATGGCAATCGGCGTTCCTACAGTCGTTGATGCAGTAACGATTGCCAGTGATACGATCGATTTTATCTTAAAACATTTTGGTAGGGAATGGCGAGAAAAAGATGCACCTTCAAAAGCTTTAACTCCGGCTGGTCTAGCATTTGGGGACCGTAGTTTAAGTGATGATGATATGCCGGAAAAAGAAAAGCGTGAGACATTTCTTGGAGTAGTAGGTGGTCTTGAAGATGAAGAAAAAAGACAGCTTATCTCAGAAGTGCTTACTCCTTTAGGGCATAATTTAATGGTTACACCAAAAGAAGTAGATGGATTTATGAAAGATATGGCAACTGTTCTTGCTAATGGAATAAACGCAGCACTTCATGAGAAGATCGACGTAGATAATGTTAGTGCTTATAGCAGATAG	MIVLGQRNKHIVPYQVRTDLAVEAKDMYVEKQEQSEKSLKGVNIKEKEKDGVKVSYVNIDQTGAKMLQKKPGTYITIYADGVKRQDTDRQHLAAQVLAEELEELLSANGIPPDAKGLIVGLGNWNVTPDALGPMTVEKVLVTSHLFRLEHETVSSGYRSTAAVTPGVMGVTGIETSNIIFGIVEKFEPDFVICVDALASRSIERVNETIQLSNTGIHPGSGVGNKRKEISYETLGIPVMAIGVPTVVDAVTIASDTIDFILKHFGREWREKDAPSKALTPAGLAFGDRSLSDDDMPEKEKRETFLGVVGGLEDEEKRQLISEVLTPLGHNLMVTPKEVDGFMKDMATVLANGINAALHEKIDVDNVSAYSR				NA	NA	NA	NA	NA
AK148_01337	267	rpsT	COG0268	30S ribosomal protein S20	ATGGCAAATATTAAATCTGCAATTAAACGTGTTGATACAAATAGAAAAAAGCGTTCAAATAACAATACACAAAAATCAGCTATGCGTTCCCATATCAAACATGTTGAAAAGTTAATTGAAGCAAATGATAAAGAAAATGCAAGCATTGCTTATAACGTAGCTAAAAAAGCAATCGATAAAGCTGTACAAAAAGGCGTCGTTCATCAAAATTTCGGGAACCGTCAAAAATCACGTCTAGCTAACAAAATTAACCAGCTTGGCGCATAA	MANIKSAIKRVDTNRKKRSNNNTQKSAMRSHIKHVEKLIEANDKENASIAYNVAKKAIDKAVQKGVVHQNFGNRQKSRLANKINQLGA				NA	NA	NA	NA	NA
AK148_01338	1026	yqeN	COG1466	putative protein YqeN	ATGGATTACATAGAAGTAGTCAAACAATTAAATAAGAAACAGCTAGCACCTCTATATTTAGTTTATGGAACTGAATCCTTTTTTATACAACAATTAAAAAATAAATTAAAACGAGTTACAATTAACGATGATATAGATAATTTAACCGTGTATGATTTAGAGGAAACTCCGATTGAAGATGTCATTTCTGATGTGGAGACCTTTCCATTTTTTGGTGAACGTAAACTAATTATTGCGAATAACGCTTCATTTTTAACAGCAAAACAGGGAAAAAATGCAGTAGAGCATCAGTTGGAAATTCTGGAAACATACGTATCAAATCCTGTAGATTATTCTATTTTACTAATTATTGCTCCATATGAGAAGTTAGATGAAAGGAAAAAAATAACAAAATCATTAAAAAAACAGGCTACAGTTGCCCATTGTAGAGAAGTAAAAGAGTATGAGTTACGAAAATGGATGAAACAACTGGCAGATCAACTGAAAATTGAGATAACAGATGAAGTATATGATATGCTCGAAGCAGAAATTTCAACTAATCTGCATCTTTTGGAAAGCGAATTACATAAATTTTCTTTGTATGTCGGAGAAGGTGGTGTGGTAACGAAAGAAATCGCGAATCAATTATTGTCTCATACTGCTACAAGCTCATCGCTTCGACTGGCGGATGCAGTTATGAAAAGGGATTTAACTCAGGCAATTGAAATTTATAAAGATTTAGAAAAACAAAAAGAAGAACCAATCGCTTTGGTAGGTTTGCTTGCATTTCAGTTTCGTATCTTGTTAAGAGTGAAGCTTTTAAAACAGAAAGGCTATACGCAGGGACAGATGGTCAAACAACTTGGTGCCCATCCATATGTAATTAAATTAGCTTTAGAGCGTGAAGCGAAATTTACAGTGAGGGCGCTACACTATTTTATGAATCAGCTTGCAGAAGCAGATAGTATAATGAAGCAAGGTGGTATGGAAAAAGATGTAGCATTTGAAATGCTTTTATATCAATTAGTGAAACGAAATGGTGCTTAA	MDYIEVVKQLNKKQLAPLYLVYGTESFFIQQLKNKLKRVTINDDIDNLTVYDLEETPIEDVISDVETFPFFGERKLIIANNASFLTAKQGKNAVEHQLEILETYVSNPVDYSILLIIAPYEKLDERKKITKSLKKQATVAHCREVKEYELRKWMKQLADQLKIEITDEVYDMLEAEISTNLHLLESELHKFSLYVGEGGVVTKEIANQLLSHTATSSSLRLADAVMKRDLTQAIEIYKDLEKQKEEPIALVGLLAFQFRILLRVKLLKQKGYTQGQMVKQLGAHPYVIKLALEREAKFTVRALHYFMNQLAEADSIMKQGGMEKDVAFEMLLYQLVKRNGA				NA	NA	NA	NA	NA
AK148_01339	135			hypothetical protein	ATGAACGAATTTGAAAAAGACATTCAGTCTAAAACAAATGACGTCGTTGATAACATTAAAGGCTTTACATTTTCATTTGTATTCTTTTTGTTAATTTTTGCAATCGGGGTAACCATTAGTGTGCTTGGATCTTAA	MNEFEKDIQSKTNDVVDNIKGFTFSFVFFLLIFAIGVTISVLGS				NA	NA	NA	NA	NA
AK148_01340	2271	comEC_1	COG0658	ComE operon protein 3	GTGAGTGGGTATTGGCATTTTGTTGCATCTGCTGCTTTGATAAGTATGCTGGCTAAGTTAACGAATTTGCACAGTCTTGCTTTCATTCTATTTATGGTATGGATATGTTATTTATTCTACAAGAAGTGGATAGCCATCCTTACTGTGATGCTATCCATTCTATCTCTTCTCTTTTTCCACTTTTATCTTCCGGAACTCCCTAATCATAACACACTCTCTCCTCCTAATGATCCAACAACAATATCTGGCACGATTATAAGTTCTGTTGAAAAGTTTCCTTCCCGCCTTACTTTTACGATCCTTGATAAACAAACAGATGAAAAAATCGCAGTCGCCTATTTTTCAGACGAGGAGATCGATTATAACGAAGCTATACGGTATGGCTCTGTATGTTCATTCACTGCAGAATGGAACGTACCAGACGCTGCTACAAATCCGGGACAATTTGACTATCGTAAGTATTTATTATCACAAAAAATAAAGTATGAAGCAAAGTTAACCGACATTGATTCATTAAAATGTATAAGTAAAACAGGTTTAATGCAGGTTCTTAAAGGAGTTAGACATAAGGTGCTCGGATATATAGATAGGCGTTTAACTAATGAAACGGCTGGATGGATGCGAGCACTTGTGTTTGGAGATGATTCCTATGTAAGTGAAGACACCGTAGCATTGTTTGAACGTTGGGGGTTGAGTCACCTACTTGCTATTTCTGGTTTACATGTGGGGATTGTAGTTGGGCTAGTATATTTTTTGTTAATTAAATTAAACCTACTCACAAAGGAGTGGGCGCAGTGGGTTATCCTTATATCTTTGCCTTTGTATGCTATTCTTGCTGGTGGGGAGCCCTCCGTTTTACGGGCGAGTTTAATGGCTTGTGTGGGTATTATCCTACATAAAACAGGCTGGAAATGGAATGTTACAGATATTTTAAGTTTGATATTTTTGTTTTTGCTTGTTACAGATAAATATATGATGTATCAAGTTGGCTTTCAGCTATCCTTTGCAGTAACATTTGCTTTGCTATTGTCCAAACAAATATTATTACAGTCGAAGAGCCGCTTTGCTCAAGTGTTATCTATTAGCTTTATTGCTCAAATTGCCATTTTACCAATTCAATTTTATTACTTCTCTTTATTTCAGCCTGCTTCCATATTTGTAAATTTGCTTATGGTTCCGTATTACTCCGCTTTTGTAATTCCTATCATGTTTTTCATGCTTATTTTGCTACCTTTCCCTTGGATTTCTTTGTTGGATACTTGGTTTTTAAACATTCACAAAATAGCGATGCAAATAGTTTATTGGTTTGATGAATATGTACATTACCCTATGGTGAGCGGTCCATTACCTTGGATAATAGTACTTACCTATTACGTCTTGCTATTTTGTTTTATGCAATTATGGGAGAAAGCAAAATTAAAACAAGCTTTTAGTTTTGCGGTCATGCTTGTTTTGTTATTAACGCTAAATGGTTTACGTCCTTATTTATCACCATATGGGACAATTACGATGCTAGATATTGGGCAAGGTGATGCATTTGTTGTTGAATTGCCTTATCGTAAAGGAACGATATTTATTGATGCTGGGTCGTCTTTTTCATTTCAAGAACAAGCACCTTCAGACCGGGTACATGATCAAATTATAAAGCCATATTTATATTCTCGAGGAATTCAGCACTTAGATGCTATCATCTTAACCCACGAGGATACAGATCATATTGGAAGTGTATCTTACCTACTGGAAGATTTTGCAGTAAATACGGTTGTAGTTAGCCCTTTTTTTAGTACCAAGGCGTTGTATTTGCTGCAACTCACAGAGGACGTGGAACTAGCCACCATAAAAGGGAATTCAAAAGTGACTATCGCTGGTCATTGGTTTAATGTTCTTGCCCCAATTCAAGATAACAATGATACAAATGGAAACTCCATTGTATTGCATACAACGTTGGGAGGAAAAGAATGGTTATTTACTGGTGATATTTCAAAAAAAGAAGAAAAGAAGATAGTGAAACAATATCCAAATTTGTCTGTAGATGTTTTAAAAATTGCTCATCATGGCAGTGACACATCCACGGATAGACAAGTTCTTTCACAACTTTCACCAGAGATTGGTTTGATTTCTGTAGGAAGGGACAATCTTTACGGACACCCTCATCAAGACGTGATGCAAAGACTTAAAGAACAAGGAGTAACAATATTGCGTACAGATTTACATGGCGCTGTTCAATATCGATTCAAAGGGAAGGAAGGTCATTTTATAATTAGAAAATAA	MSGYWHFVASAALISMLAKLTNLHSLAFILFMVWICYLFYKKWIAILTVMLSILSLLFFHFYLPELPNHNTLSPPNDPTTISGTIISSVEKFPSRLTFTILDKQTDEKIAVAYFSDEEIDYNEAIRYGSVCSFTAEWNVPDAATNPGQFDYRKYLLSQKIKYEAKLTDIDSLKCISKTGLMQVLKGVRHKVLGYIDRRLTNETAGWMRALVFGDDSYVSEDTVALFERWGLSHLLAISGLHVGIVVGLVYFLLIKLNLLTKEWAQWVILISLPLYAILAGGEPSVLRASLMACVGIILHKTGWKWNVTDILSLIFLFLLVTDKYMMYQVGFQLSFAVTFALLLSKQILLQSKSRFAQVLSISFIAQIAILPIQFYYFSLFQPASIFVNLLMVPYYSAFVIPIMFFMLILLPFPWISLLDTWFLNIHKIAMQIVYWFDEYVHYPMVSGPLPWIIVLTYYVLLFCFMQLWEKAKLKQAFSFAVMLVLLLTLNGLRPYLSPYGTITMLDIGQGDAFVVELPYRKGTIFIDAGSSFSFQEQAPSDRVHDQIIKPYLYSRGIQHLDAIILTHEDTDHIGSVSYLLEDFAVNTVVVSPFFSTKALYLLQLTEDVELATIKGNSKVTIAGHWFNVLAPIQDNNDTNGNSIVLHTTLGGKEWLFTGDISKKEEKKIVKQYPNLSVDVLKIAHHGSDTSTDRQVLSQLSPEIGLISVGRDNLYGHPHQDVMQRLKEQGVTILRTDLHGAVQYRFKGKEGHFIIRK	PGPT0029415_1998	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
AK148_01341	579	tadA_2		tRNA-specific adenosine deaminase	ATGGAACGCATTTCATGGGATCAATATTTTATGGCACAAAGCCATTTATTGGCTCTTCGTAGTACGTGTACAAGACTGATGGTCGGTGCCACTATTGTAAGAGATAAACGAATAATAGCTGGTGGTTATAATGGCAGTGTGTCAGGGAGTGTCCATTGTATTGATGACGGTTGTTACGTCATTGATGGACATTGTGTGAGAACGATTCATGCTGAGGCAAATGCATTACTACAATGTGCAAAGTTTGGTGTTCCTACAGATGGTGCTGATATTTATGTCACTCATTTTCCGTGCTTACAATGCTGTAAACAGTTGATACAATCGGGTATACAAACAGTAATTTATGCAGAGGATTATCATAATCATCCATACGCTGTTTCTCTATTTTCGGAAGCGGGCGTAAAAACAAAAAAAGTAGAACTTGATGATGTTAAGGTTGATACGAATTATATGGAAAAACAAGTATTTGTAAAACAACTTCTTCAAAAAATGGAAGAAGGAGTGCTAGAAGCGGATGAGTTAAGAAACTTAAGCGAAGATGCTATACGTCTGTTTCAATTAGATGTCCAAGGAGATTAA	MERISWDQYFMAQSHLLALRSTCTRLMVGATIVRDKRIIAGGYNGSVSGSVHCIDDGCYVIDGHCVRTIHAEANALLQCAKFGVPTDGADIYVTHFPCLQCCKQLIQSGIQTVIYAEDYHNHPYAVSLFSEAGVKTKKVELDDVKVDTNYMEKQVFVKQLLQKMEEGVLEADELRNLSEDAIRLFQLDVQGD	PGPT0021380_419	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0021380-comEB|tadA-K01493	NA	NA
AK148_01342	609	comEA	COG1555	ComE operon protein 1	TTGTACACAAATAAAGTAAAACGTATTCTTTTTATCATTGCTATTCCTATAGCAATCATTGTGGTTCTCCTCATAACGAGTGGCGAAAAAGATGAGGATGAAGCGGAAAGGAAGGTTGATGTGAATGATCAACCAATAGATCCTAGCCTGCCTTCATCTACTGGGCAAGAAAAAGATGTTACTTCTTCCATATATGTTGATATTAAGGGAGAAGTAAAGAACCCGGGAGTGTATGAGATGGATACGGAAGAACGTGTCATTGATGCGATTGAAACTGCTGGCGGATTTACAAACAATGCAAATGAGTCTCTCGTGAATTTAGCCCAAAAAGTTCATGATGAAATGGTTATTGATGTATTGCCCGTTGGCGCCAATGGAACACCAGCTTTAACGAATGGGCAACATACGGATATTTCTAAAATTAGAATTAATCAAGCTACTGTTGAGGAGATTGAAGCCTTAAATGGAATTGGGCCAGCAAAAGCAGAAGCAATTGTGCAATACCGAGACGAAAATGGTCCTTTCCAACAAATTGAAGATTTATTAGAAGTCTCTGGGATTGGCGAGAAAACATTAGAGTCACTTGAAGACGATATTCAAGTACCATAG	MYTNKVKRILFIIAIPIAIIVVLLITSGEKDEDEAERKVDVNDQPIDPSLPSSTGQEKDVTSSIYVDIKGEVKNPGVYEMDTEERVIDAIETAGGFTNNANESLVNLAQKVHDEMVIDVLPVGANGTPALTNGQHTDISKIRINQATVEEIEALNGIGPAKAEAIVQYRDENGPFQQIEDLLEVSGIGEKTLESLEDDIQVP	PGPT0029410_1555	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
AK148_01343	747			Glycine/sarcosine N-methyltransferase	ATGGTATATGAAAGAATGGCTGACAGCTATGACCTATTTATGGAAAACGCTCCATATGATAAATGGTTGCAATTGACAGAGCAACTCTTAAAAGGAAGAGAAGTTCAATGTATAGCAGATGTAGGTTGCGGTACAGGGGAGATTACTCGGCGACTTGCGCAAGTTTATCCGCATGTAGTTGGGGTGGACTACGCAGTAGATATGTTGTCAAAGGCAGAAAGAAAGTGTAGAGATACGGGCACATCTATTCAATGGGTTTGTCAAGATGTAAGGTCACTAAACGGCATAACTGGTCTCGATGCCGTTGTTAGTTTTTGTGATGTAATTAACTATATAACAACTGAACAGGAGTTAGCACGCACGTTTCAGAACATTTATGATGCGCTTAGTGAAAAAGGAGTTTTTTTATTTGATGTCCACGCATTATCGTTTGTCATGGAAAACTATATAAACGAAACGTTTGCTGATGTTACTGAAGAAGCTAGTTATATTTGGTTTTGTTTAGCGGGGGAACACATTGGTGAGATGTATCATGAGCTAACTTTTTTTTCAAAAAACGAAAAGGGTACTTACTCGCGATTTGATGAATTTCATCATCAACGCACTTTTTCTGTAGATTTTTATAAAAAATTATTACAGCAAATAGGCTTCCAAAATATAAAAGTGTATGGTGATTTTTCTATAAAAGCTAATAGTGTTGATGAAAACACAGCTCGAATTTTCTTTTTTGCGGAAAAGAGTGAATAA	MVYERMADSYDLFMENAPYDKWLQLTEQLLKGREVQCIADVGCGTGEITRRLAQVYPHVVGVDYAVDMLSKAERKCRDTGTSIQWVCQDVRSLNGITGLDAVVSFCDVINYITTEQELARTFQNIYDALSEKGVFLFDVHALSFVMENYINETFADVTEEASYIWFCLAGEHIGEMYHELTFFSKNEKGTYSRFDEFHHQRTFSVDFYKKLLQQIGFQNIKVYGDFSIKANSVDENTARIFFFAEKSE				NA	NA	NA	NA	NA
AK148_01344	357	rsfS	COG0799	Ribosomal silencing factor RsfS	ATGCAAAATGAACGAGTTGTACAATTAGCAGCGCACGCATGTGACGATAAGCGAGCGGAAAATATTATAGCATTGGATATGAACGGTGTTTCCTTAATAGCAGATTATTTTTTAATCTGTCATGGCAATAATGAACGGCAAGTGCAAGCAATTGCGAGGGGAATTAAAGAAAAAATGGAAGAACATAATATCCCTGTTCACCGGCTGGAAGGATTTGAACAAGCTAGGTGGATTCTTGTAGATGTAGGTGACGTAGTTTGTCATGTTTTTCATAAAGATGAAAGAAGCTACTACAATTTGGAGCGCCTGTGGGGCGATGCTGTAACATATTCCATTGAAATGGATCAGGATAAATAG	MQNERVVQLAAHACDDKRAENIIALDMNGVSLIADYFLICHGNNERQVQAIARGIKEKMEEHNIPVHRLEGFEQARWILVDVGDVVCHVFHKDERSYYNLERLWGDAVTYSIEMDQDK				NA	NA	NA	NA	NA
AK148_01345	576			hypothetical protein	ATGGACATTGAATTAGCGAAAGAGAAAGTAAAACCCCACTTAACAAAAGAACGATATGAACATTCTTTACGAGTTGCTGAAACAGCTAAAATGTTAGCGGATCGATCTGGTGAAGATGTACGTAAGTTGGAGTTAGCAGGTGTATTGCATGATTATGCAAAGTATCGTCCTCAAGAAGAATTAGCACGCTGGATTAAGTCATCTACATTACCGAAAGATTTGCTTGCATTTCATCATGAGCTTTGGCATGGACCAGTTGGTGCACTCTTAATTGAAAAAGAGCTAGGAATAAAGGATAAAGTAATACAAGGAGCTATAAGGTATCATACTACTGGAGCGGCAAATATGAACAAGTTTGAAATGATTATTTTCTTAGCGGATTACATAGAACCAGGAAGAAGCTTTCCAGGAGTGAATGAAGTGAGGAAAGTAGCAGAAAATAATCTACAACAAGCATGCTGGATGGCCTTATCCAATACAATTCATTTTCTAGTTGGAAAAGGAGCTACAGTATATCCAGATACATTTTATGCGTATAATTACTTAACGAGATTGGGTTATGGAGGTATTGTTTAA	MDIELAKEKVKPHLTKERYEHSLRVAETAKMLADRSGEDVRKLELAGVLHDYAKYRPQEELARWIKSSTLPKDLLAFHHELWHGPVGALLIEKELGIKDKVIQGAIRYHTTGAANMNKFEMIIFLADYIEPGRSFPGVNEVRKVAENNLQQACWMALSNTIHFLVGKGATVYPDTFYAYNYLTRLGYGGIV	PGPT0013435_23	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013435-nadD-K00969	NA	NA
AK148_01346	567	nadD	COG1057	Nicotinate-nucleotide adenylyltransferase	ATGAAGCGCATAGGAATATTAGGAGGTACATTTGATCCACCTCATATGGGTCATTTAATCATTGCAGAAGAGGTGCGCCTCGCTTTAGATTTAGAGGAGGTTTGGTTTATCCCTTCTTATACGCCACCTCATAAAAGCAATGTAAAAACGAAGCCAGAACATCGACTGAAAATGATCAGACTTGCTATTCAAGGCAATCCTTATTTTAAAGTGGATACAATTGAGTTAGAACGGACTGGAAAATCTTATACCATTGATACGATAAAAGAGCTAAGAAAACGTCACTCTGATAAGAAATTTTATTTTATTATTGGTGGAGATATGGTTGAATATTTACCTAATTGGTATCAAATAGAGGAATTAAAAAATTTGGTAACTTTTGTTGGAGTTAAACGCTCTAATTATTCAACGGAAAGTGCGTTTCCGATTTACATCGTAGATATTCCGTTAATAGAAATTTCTTCAACTGTCCTACGTAAAAGGTGTATAGAAGGAACTTCCGTACAGTATTGGTTGCCACATTCTGTTCATCAGTATATAAAGGAGCATCATTTATATGGACATTGA	MKRIGILGGTFDPPHMGHLIIAEEVRLALDLEEVWFIPSYTPPHKSNVKTKPEHRLKMIRLAIQGNPYFKVDTIELERTGKSYTIDTIKELRKRHSDKKFYFIIGGDMVEYLPNWYQIEELKNLVTFVGVKRSNYSTESAFPIYIVDIPLIEISSTVLRKRCIEGTSVQYWLPHSVHQYIKEHHLYGH	PGPT0013435_4357	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013435-nadD-K00969	NA	NA
AK148_01347	291	yhbY	COG1534	RNA-binding protein YhbY	ATGCTAACAGGAAAACAAAAACGATTCTTACGAGCAAGAGCAAATCAAATAAAACCTATTTTTCAGGTTGGTAAGACAGGCGTAAATGAAAATATGGTTACACAAATAACAGATGCTTTAGAAAAAAGGGAACTATTAAAAGTAAGTATTTTACAAAACTGTTTAGAGGACAAAACAATTGTTGCCGAACAATTAGCAGAAGGAACAGGTGCTGAGGTTGTGCAAATTATTGGAAATAATATTGTCCTTTATAAAGAGTCAACAGAAAACAAGCACATTGTATTACCATAA	MLTGKQKRFLRARANQIKPIFQVGKTGVNENMVTQITDALEKRELLKVSILQNCLEDKTIVAEQLAEGTGAEVVQIIGNNIVLYKESTENKHIVLP				NA	NA	NA	NA	NA
AK148_01348	843	aroE	COG0169	Shikimate dehydrogenase (NADP(+))	GTGGCATATATGTTTGGGTTAATTGGTTATCCTATTAAACACTCGCTTTCGCCATGGATTCATAAGCAATTTATGAAAACAACGGGAATGGAAGGGGATTACTGTATCTATGAAGTAACTCCAGAAGATTCTTTTGAGGCATTTATAGGACAGCTTAAATCGTCTAGGGTAGATGGTTTTAATATAACAGTACCTTACAAGGAGAAGATTATCTCTTATTTAGATGATATTGATCCTGTAGCTTTAAAAATTGGAGCAGTCAATACGGTGGTGAATAGGAATGGTAAATGGATTGGTTATAATACGGACGGCAAGGGATACGTTCGTTCGTTAAATTCCAAGTTTCCTAACTTATTGAAAAAAGCCACTAAACGAGCGCTTATTCTTGGTGCTGGTGGTGCTGCTAAAGGGATTTTTGCAGCGCTTGAAGAGGTGGGCTTTAAAAGAGTAGATATAGCTAATCGAACGAAAGAAAAAGCGGTAATGATTTGTGGGCGTCACAAACATCAGTCACAAGTATATTCCTTTAAGGATGTGGAACAGCGTTTGCATGACTATGATATTGTCATTCAAACAACTTCTGTAGGAATGAAACCGCAAGTTGATCAATCTGTTTTATCAGATGATACAAACTTTTCGCCTGTACCCATTTACAGTGATATCGTATATCAACCGATCAGAACGAATTTTTTACAGAGAGCAGAACAAAGTGGCGCACAAATTCATTATGGACACACCATGCTTCTATACCAAGCGCAATATGCTTTTGAATTATGGACAGGTCGAAAACCAAATATAGGGCAAATGGATGAAGAATTAAAACAGATTTTGAAAGGAAGATAA	MAYMFGLIGYPIKHSLSPWIHKQFMKTTGMEGDYCIYEVTPEDSFEAFIGQLKSSRVDGFNITVPYKEKIISYLDDIDPVALKIGAVNTVVNRNGKWIGYNTDGKGYVRSLNSKFPNLLKKATKRALILGAGGAAKGIFAALEEVGFKRVDIANRTKEKAVMICGRHKHQSQVYSFKDVEQRLHDYDIVIQTTSVGMKPQVDQSVLSDDTNFSPVPIYSDIVYQPIRTNFLQRAEQSGAQIHYGHTMLLYQAQYAFELWTGRKPNIGQMDEELKQILKGR	PGPT0012890_2684	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
AK148_01349	1101	yqeH	COG1161	putative protein YqeH	ATGGAAACAATATATTGTCAAGGTTGTGGTATACGCATTCAAACAACTGCAAAGAACCAACCAGGTTATACGCCTGCCTCATCCATGACAAAGGAAAATATTCTATGTCAGAGGTGCTTTCGTTTAAAGCACTATAATGAAATTCAAGATGTTGCAATTACCGATGATGATTTTTTAAAAATGGTAAGTTCTATTAGGGATACATCTGGGTTAGTAGTACATGTAGTCGATATCTTTGATGTAGCTGGAAGTTTAATTAAAGCTTTACCGAGAATAGTTGGAAATAAATCGATTTTGTTAGTAGGTAATAAAGTCGATTTGCTTCCTAAATCAGTTAATACAAGAAAATTACTACAGTGGTTACGCGCGCAAGCTAAACAAGTGGGGGTAAATGTAGCTGATGCTTGTTTAATCTCCTCAACAAAAGGGCACGGGATAAGTGAACTTGCAGAGACAATGGAACAATTTAGAAATGGTGATAACGTTTATATTGTGGGTACAACAAATGTTGGAAAGTCCACGTTTATTAACCGATTAATTAAAGAATCGACAGGCTATCGTGATGTAATTACTACTTCTTATTTTCCAGGAACGACATTGGGTTTTATTGAAATTCCTTTAGATAACCATTCAGCTCTCATCGATACACCAGGTATTGTAAATAAGGAGCAAATGGCTCATTATATTTCTGCTAAAGACTTAAAACTGATTACACCAAACAAAGAGATAAAACCTAGAGTTTACCAATTGAATGATGGACAAACTTTGTTTTTTGGCGGATTAGCTCGATTAGATTTTATAAAAGGAGACAAACAGTCCTTTGTCTGTTATTTTTCTAATCAAGTTTCGATACATCGTACAAAATTAGAAAAAGCAGATGAACTATTTGAAAATCATCTCGGTGAACTATTGACGCCTCCATCCATGGAGTCCATCGATCAAATACCACCTATGATTTCGGATACATTTCGAATAGATGCGGGAAAGTATGATATTGTTTTTCCTGGTTTAGGCTGGGTCAGCATCTTAGGTGATGGTGCTACAGTAACTGCGCATCGACCAAAAGGTGTTGCTGTTTCTATTAGGCAATCATTCAACTAG	METIYCQGCGIRIQTTAKNQPGYTPASSMTKENILCQRCFRLKHYNEIQDVAITDDDFLKMVSSIRDTSGLVVHVVDIFDVAGSLIKALPRIVGNKSILLVGNKVDLLPKSVNTRKLLQWLRAQAKQVGVNVADACLISSTKGHGISELAETMEQFRNGDNVYIVGTTNVGKSTFINRLIKESTGYRDVITTSYFPGTTLGFIEIPLDNHSALIDTPGIVNKEQMAHYISAKDLKLITPNKEIKPRVYQLNDGQTLFFGGLARLDFIKGDKQSFVCYFSNQVSIHRTKLEKADELFENHLGELLTPPSMESIDQIPPMISDTFRIDAGKYDIVFPGLGWVSILGDGATVTAHRPKGVAVSIRQSFN				NA	NA	NA	NA	NA
AK148_01350	516			hypothetical protein	GTGTTGAAAAAGTTTTTACCGAATGAGCATGTGAAAAGTATATTTGAGATTCATCCTGAATTATTGAAGGGAAAAGGGATAAAAGGTATTATTACTGATTTAGATAATACTTTGGTTGCCTGGGACGTTAAAGAAGCTACTTCTGAAGTGGTAGAATGGTTTAAGTTAATGAAAGAACATGACATTAGCGTAACCATAATTTCTAACAATAATCGAGAGCGAGTAAGCGTGTTTTCTGAGCCGCTCGATACCCCTTTTGTATTCAGTGCTCGCAAACCGTTAAGCAAGGCGTTTAAAACAACAGCTAAAAAAATGAATTTAAAAGAAGAAGAAATTGCCGTTATCGGGGATCAAATTTTAACGGATGTACTCGGAGGAAATATGGCTGGTTTTTATACAATTCTAGTCGTCCCCATTGTGCAATCAGACGGGAAGATAACAAGATTTAATCGTAAAATTGAGCGCCGTATTCTTGCATATATGCGAAAAAAGGGGAAAATAAGCTGGGAGGAATAA	MLKKFLPNEHVKSIFEIHPELLKGKGIKGIITDLDNTLVAWDVKEATSEVVEWFKLMKEHDISVTIISNNNRERVSVFSEPLDTPFVFSARKPLSKAFKTTAKKMNLKEEEIAVIGDQILTDVLGGNMAGFYTILVVPIVQSDGKITRFNRKIERRILAYMRKKGKISWEE				NA	NA	NA	NA	NA
AK148_01351	147	sda		Sporulation inhibitor sda	ATGGAACATTTGTCGGATGAATTATTACTCGAATCATATATTACAGCAAATGAATTAAATTTAAGCCCTGATTTTCTCTTGTTAATTGAAGAAGAGATTCATAGAAGGCATTTGTCACATAAAATAAAAGATACAAAATCAGGTTAA	MEHLSDELLLESYITANELNLSPDFLLLIEEEIHRRHLSHKIKDTKSG				NA	NA	NA	NA	NA
AK148_01352	2316	mrpA	COG1009	Na(+)/H(+) antiporter subunit A	ATGATATTTGCAGTTCTTATTCCACTGCTTATTGCATGCTTTATTCCTGCATTAAGTAAATTGAAAGAAAAAATACATACAGGGATCTTCGTTTTTTTTATACCCTTTTTGATTTTCCTATACTTTGTTACTTTTATAGGCAATGACTTTACTCCAACCATGAAACAATATAACTGGATTCCATCTTTAGGCATTAACTTTGATTTATATTTAGATGGTCTAAGTTTATTATTCGTTCTATTGATTAGCGGAATTGGTTCCCTAGTCGTCCTTTACTCCATCTATTATCTTGACAAGTCTGAACGCCTTGGACATTTTTATGTGTATTTGCTCATGTTTATGAGCGCAATGCTTGGCGTAGTGCTATCGGATAATATATTTGTGCTTTATACGTTTTGGGAATTAACGTCGATATCCTCGTTCTTATTAATTGGGTACTGGCATTTTAAAGAGCGTTCTCGCTATGGTGCATTAAAATCCATGCTCATAACTGTATTTGGCGGGTTAAGTATGCTCGGCGGCTTTATTCTGCTGTACGTCGTTACAGGTACAACAAGCATACAACAAATGATTACCCAAGTGGATTTTATTTTAAATAGCAATTATTTGCCACTTATTCTAGGCTTCATACTATTAGGTGCATTTACAAAGTCTGCCCAATTTCCATTTCACATTTGGCTACCTGACGCAATGGAAGCACCAACACCTGTTAGTGCTTATTTACATTCAGCCACCATGGTAAAAGCAGGGCTTTTTCTTGTAGCTCGTTTTTCGCCGATTTTCTCAGGGTATGAAGCGTTTTTTATTATTGTAAGTGTATTTGGAATCGCAACATTGTGTTGGGGCGCTTATATGTCTGTAAGACAAACAGACTTAAAGGCTATTTTAGCTTTCTCTACCATTAGTCAGCTTGGAATGATTATGGCGATGCTAGGTTTTGGCACAAAAGCAGCCGTTTTTGCAGCTGTTTTCCATATATTAAATCATGCGACATTCAAGGGTAGTCTATTTATGGTAGCTGGGATTGTTGATCATGAAACTGGAACTCGAGATATTCGAAAACTTGGCGGACTGGCTACTTTAATGCCCATTACTGCTACATTAGCCATGTTTGGAACATTTTCTATGGCGGGAGTCCCATTACCATTTCTAAATGGTTATTATAGTAAAGAACTGTTTTTTGATGCATCACTAGGATTAGGTGCTGACTTTTGGAGTCAAACTATCCCATTTTTAGCAGTTCTAGGCAGTATTTTTACATTTGTCTATTCCATGTATCTGTTCTTCGGGACATTTACTGGAAAAAAACATTTTGATAAACTACCAAAGAAACCACACGAAGCACCTATCGGCATGCTTATATCACCGATCATTCTTGTAGTTGGCGTCATTACAATTGGTTTGTTTCCAAATATGGTTAACTCATCCTTTTTACAACATGCAGCGGCTGCGATCAACAGTTCTGTAACCTATAAAGACGTTACTTTTTGGCATGGATTTATTCCACCTTTTAAAATGTCGTTAGCAGTTGTTGGAATAGGTACAGTGTTATTTTTAACTCGGAAAAAATGGCAAGGAATTTATCAATTTTTGCCTGGTAAAGTAAGCTTTAATCGTATATATGACGGGATTTTAAATCAGATCGGTCAAGTTTCTAATCGCATTACGAATTACTATATGACTGGTTCATTAAGAACATATATGTCTTTAATTCTTGGCACAATGCTCATTGTTTCGTTCCTATTTATGTTTTTAACAGACGGTTTTGCATTTAGCACAAACGAGTTAGCTAATATTTCATTTATCGAGGTTGCTGTTGTAGGAATTATGATTATTGCAGCAATCGCTACTATCTATATGAATCATAATGTAGCTGCCATCTTAGTAGTCGGAGTAGTTGGTTTCGGCGTGGCTATCCTATTTGTTATTTATCGCGCACCAGATATTGCTCTAACGCAATTAGTTATTGAAACAATTACTGTGGCACTCTTTTTACTTTGCTTTTACCATTTACCGAAGTTGCGCAAATCATCTGACACACCAAGAACAAAACTGATGAATGCAATTATTTCTATCGGGTTTGGAACGTTAATTACTTTAGTGGCGATATCTAGTCATAGTAGTAGGTGGTTCGAATCAATAGCAAATTACTTTGTAGAAAACTCAAAACCATTGGGCGGCGGATATAATATTGTTAACGTAATTTTGGTTGATTTTCGTGGGTTAGATACCTTATTCGAAATCGCTGTGTTAGGCATTGCTGCATTAGCTATCGTCGGCCTTATTAAATATAAAAAGAATAAGGAGGCAGAATAA	MIFAVLIPLLIACFIPALSKLKEKIHTGIFVFFIPFLIFLYFVTFIGNDFTPTMKQYNWIPSLGINFDLYLDGLSLLFVLLISGIGSLVVLYSIYYLDKSERLGHFYVYLLMFMSAMLGVVLSDNIFVLYTFWELTSISSFLLIGYWHFKERSRYGALKSMLITVFGGLSMLGGFILLYVVTGTTSIQQMITQVDFILNSNYLPLILGFILLGAFTKSAQFPFHIWLPDAMEAPTPVSAYLHSATMVKAGLFLVARFSPIFSGYEAFFIIVSVFGIATLCWGAYMSVRQTDLKAILAFSTISQLGMIMAMLGFGTKAAVFAAVFHILNHATFKGSLFMVAGIVDHETGTRDIRKLGGLATLMPITATLAMFGTFSMAGVPLPFLNGYYSKELFFDASLGLGADFWSQTIPFLAVLGSIFTFVYSMYLFFGTFTGKKHFDKLPKKPHEAPIGMLISPIILVVGVITIGLFPNMVNSSFLQHAAAAINSSVTYKDVTFWHGFIPPFKMSLAVVGIGTVLFLTRKKWQGIYQFLPGKVSFNRIYDGILNQIGQVSNRITNYYMTGSLRTYMSLILGTMLIVSFLFMFLTDGFAFSTNELANISFIEVAVVGIMIIAAIATIYMNHNVAAILVVGVVGFGVAILFVIYRAPDIALTQLVIETITVALFLLCFYHLPKLRKSSDTPRTKLMNAIISIGFGTLITLVAISSHSSRWFESIANYFVENSKPLGGGYNIVNVILVDFRGLDTLFEIAVLGIAALAIVGLIKYKKNKEAE	PGPT0013895_1157	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013895-mnhA-K05565	NA	NA
AK148_01353	339	mrpC	COG1006	Na(+)/H(+) antiporter subunit C	ATGGAGATTATTACATCTATATTAGCTGGAGTTTTGTTTGCAACCGCCATCTATAATATGTTGCAAAAGCAATTGCTTCGCATCGTTATAGGTACAGCATTACTTTCCCACGGAGCCCATATCCTTATTTTTACAATGGGGAAATTAAAAACTGGCCAGCCCCCTATTTTGACAGATGGGATCGAAAATTATACCGATCCGCTACCTCAGGCTTTAATCCTAACGTCTATTGTGATTAGCTTTGGGGTAACCAGTTTACTTTTAGTGTTAGCTTATAGATCGACTCAAGAAAACGGTACGGACAATATGGAAGAATTAAGGGGTAACGAAAATGAGTAA	MEIITSILAGVLFATAIYNMLQKQLLRIVIGTALLSHGAHILIFTMGKLKTGQPPILTDGIENYTDPLPQALILTSIVISFGVTSLLLVLAYRSTQENGTDNMEELRGNENE	PGPT0013905_1575	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013905-mnhC-K05567	NA	NA
AK148_01354	1482	mrpD	COG0651	Na(+)/H(+) antiporter subunit D	ATGAGTAATTTAGTAATACTACCAATTATCATCCCAATGATAGCAGCTATCGTTCTTATCTTTTTTAATAGAAGTGTTCGCATATCCAGAGCACTAACGAAGCTGTTTTCAATCATTAGTTTAGCAACAGCTGGTTATATTACTTGGTACGTACTTGAACATGGCACAATTATATTGCAAACAGGAGATTGGATGGCTCCTTATGGAATTGTTTTAGTCATGGATGGCTTAGCTGCCATACTAGTTTTAACAACGAATGTAATTAGTACTGCCTGTGCATTCTACGCTCCCTATGCTGGTTTAGAAAAAAGAGAACGGTTTTATTTCTATCCATTTTTCTTTTTTCTTATTACTGGTGTGTCTGGCGCATTTATAACCGGTGATTTATTTAACCTATTTGTATTCTTTGAAGTGTTATTAATGGCTTCTTACGGTTTAATTGTATTAGGAGGCGGAAAAGTTCAATTAAGAGAATCGCTGAAATATCTATTAATTAACTTATTTTCATCGATGTTATTTGTTACCACTGTTGCACTTTTATATGCCGTTGTTGGAACAGTGAATATGGCACAAATTGCCGAACGCGTACAAGAAGTGGAACAACAAGGTATTATTACAACGATTGGGATATTACTGTTTTTTGTTTTTGCTACGAAAGCAGCATTATTCCCACTTTATTACTGGCTACCGAAGTCATACATTGTACCGAATCCTGTTATATCGGCTTTATTCGGCGCGTTGCTAACAAAAGTTGGGATTTACTCTATCTTACGAGTATTTACACTTATTTTTGTTTATCAAACAGATTTAACCCATGAAATGTTTATTTGGATAGCTGGTCTATCGATGATTTTTGGCATCATTGGTGCATTGTCTACTTCAAATATTAAATTGATTATCGCTTATAACATTATTCCTGCCATTGGATTTATCCTTTTAGGAATTGGGGTTCTGAACGAATCTGGAATTAGTGGCTCCATATACTATCTTATCAACGATATGATCATTAAAACTGCACTATTTTTACTAGTAGGTATCATAGCCTATGTAGCTGGAACATCCGATTTACGCAAAATGGGTGGGCTTATTCATTACTATCCTTCTTTAGGTTGGCTATTGTTTTTATCTGCTGCCGTATTAGCGGGACTCCCACCTTTTAGCGGGTTTATCGGCAAATTGTTATTACTGAAGGGTGCCTTTGAAGAGGGAGAAATCGCTATCGTTATTATCGGTTTGCTAACGAGTCTGCTCATCCTTTATTCCGTTGTAAAAATATTTATTAACGGATTTTGGGGAGATAAAGAAACAATGGGTACTATTATTAAGAAGCCTATTAACGGCTTAATGGCCCCCGTTGTCGCTTTATTAACGATATCTGTATTGCTTGGAGTTGGAGCAGAATTGTTTTATCCGAGTATTGAGTCAATAGCTGCTTATTTACTTGATCCGGAAATTTATATTGATTCTGTGCTAAAGGAGTAA	MSNLVILPIIIPMIAAIVLIFFNRSVRISRALTKLFSIISLATAGYITWYVLEHGTIILQTGDWMAPYGIVLVMDGLAAILVLTTNVISTACAFYAPYAGLEKRERFYFYPFFFFLITGVSGAFITGDLFNLFVFFEVLLMASYGLIVLGGGKVQLRESLKYLLINLFSSMLFVTTVALLYAVVGTVNMAQIAERVQEVEQQGIITTIGILLFFVFATKAALFPLYYWLPKSYIVPNPVISALFGALLTKVGIYSILRVFTLIFVYQTDLTHEMFIWIAGLSMIFGIIGALSTSNIKLIIAYNIIPAIGFILLGIGVLNESGISGSIYYLINDMIIKTALFLLVGIIAYVAGTSDLRKMGGLIHYYPSLGWLLFLSAAVLAGLPPFSGFIGKLLLLKGAFEEGEIAIVIIGLLTSLLILYSVVKIFINGFWGDKETMGTIIKKPINGLMAPVVALLTISVLLGVGAELFYPSIESIAAYLLDPEIYIDSVLKE	PGPT0013910_2093	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013910-mnhD-K05568	NA	NA
AK148_01355	477	mrpE	COG1863	Na(+)/H(+) antiporter subunit E	ATGGCTTTTCAAATTGTAATTAATTTAATTATCGCCTTTATGTGGATGTTCTTAAGTGAATCTTATTCTGTTCCAAGCTTTATTGCTGGATATCTATTAGGGATTTTACTCTTGTTTCTTTTACGTCGCTTTATACCAGACACGTTCTATTTTCGAAGAGTGGTAAAGATCGTTAGCTTGATCTTCCTGTTTATAAAAGAGTTACTCTCTTCAAACATTGAAATTGTAAAACTTGTTTATTCACCGAAACCAAATTTTGAACCAGCAATATTTGAGCTGCCAACAGAGTTGAAAAGTAATTGGGAAATTACTTTGTTGGCGAATTTAATTTCTCTAACTCCAGGTACGTTATCCGTTGCTGTATCGCGTGATAACACAAAATTGTTCATTCATGGAATGGATATTGCCGATAACAATGTGGCTATCAGTTCCATAAAGAACACATTTGAAAAAGCAATCATGGAGGTGACAAGATGA	MAFQIVINLIIAFMWMFLSESYSVPSFIAGYLLGILLLFLLRRFIPDTFYFRRVVKIVSLIFLFIKELLSSNIEIVKLVYSPKPNFEPAIFELPTELKSNWEITLLANLISLTPGTLSVAVSRDNTKLFIHGMDIADNNVAISSIKNTFEKAIMEVTR	PGPT0013915_1293	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013915-mnhE-K05569	NA	NA
AK148_01356	312	mrpF	COG2212	Na(+)/H(+) antiporter subunit F	ATGACGAATATATTAACAACGACAGACAATATATTACAAGTAGCAATCGTGATCTCGTTTATTGGTATATCACTATCATTAGCTCTTCTTTTATATCGTGTTATATCTGGTCCTACACTACCTGATCGAGCGGTTGCATTAGATGCCATTGGTATTAACTTAATGGGGCTAGCAGGCTTAATGTCAATCTACTTGATAACAACAAAGTTAAATGACGTCATTTTGCTCATTGGGATCCTTGCATTCCTTTCAACACTTGCCATTGCAAAATACCTAGAAAAGGGTGTTATCATTGATAGAGACGTGGATTAA	MTNILTTTDNILQVAIVISFIGISLSLALLLYRVISGPTLPDRAVALDAIGINLMGLAGLMSIYLITTKLNDVILLIGILAFLSTLAIAKYLEKGVIIDRDVD	PGPT0013920_240	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013920-mnhF-K05570	NA	NA
AK148_01357	381	mrpG	COG1320	Na(+)/H(+) antiporter subunit G	TTGATAGAGACGTGGATTAATATTATTTTAAACCTTATCGTTGCTTTATTCATTTTAGCGGGCACCTTTTTTATACTATCTGCTTCAATTGGCGTCGTTCGCTTTCCTGATGTTTATACAAAATTACACGCAGCAACAAAAGCATCTACATTAGGAATCGCTTTTATTCTTATTGGAGCTTTTACGTATTTATATTTAGAGCATTCTATTGTTAGTGGTAAGTTGCTATTAGCAATCGTATTTATCATGTTAACAGCTCCCGTAGGTGCACATATGATGGGGAGAGCTGCACACTCATCAGGAGTAAAGCCATATTTAAAAAACCAAAAAGATGCATATGAAGAAGCTGTAGAAGAGTATAAAAAAAGAAATATGTATTAG	MIETWINIILNLIVALFILAGTFFILSASIGVVRFPDVYTKLHAATKASTLGIAFILIGAFTYLYLEHSIVSGKLLLAIVFIMLTAPVGAHMMGRAAHSSGVKPYLKNQKDAYEEAVEEYKKRNMY	PGPT0013925_465	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013925-mnhG-K05571	NA	NA
AK148_01358	1080			hypothetical protein	ATGCTAGGCATTTCTGTATATATTGGTGAACAAAGTGTGGAAGAACAGTCCACTTACATAAAGAAAATGAATGAAAAAGGGTTTACGTCTATTTTTACCTCTCTGCATATACCAGAAGAGGATCCAGCTATGTATAAACACCAGTTACAAGCATTAGGAAAGATAGCAAAGCAATTAAATATGGAACTAATGGTCGATATTTCTCCAACTTCACTTATTGCTTTAGGGTTTGACTGGGAGACAGCTTCTGAGTTAGTAAATTGGGGACTAACTGGTCTGCGCGTTGATTATGGAATTGACGAGGATACGATTGTATACCTCTCAAAAGAGATGAAGGTCGCTCTTAATGCAAGTACATTAACGCCACATGCTTTGGAAACATTAAAACAAAAAGGGCTAGATATTTCTATGGTTGAAGCATGGCATAATTTTTATCCACGCCCGGAAACTGGCATTGGCTGGGATGATTTTATTAAAAAAAATAGATGGTTAAAACAAGAAGGATTATCTGTCATGGCGTTTATACCAGGAGATGAAAAGTTAAGAGGTCCCATTTTTGCAACATTACCAACGTTAGAAGCTCACAGATCGACGTCTCCTTTTGTTGCATATTTAGAGCTTAGTCATAAGGGAATGGTTGATAAAATTTTGATTGGAGATAGAGGTGTTAGTGATCGTACGTTCGAACAGTTTTCTGGCTACCAAAAAAATGAAATCCTTCTTCATGTAACACCAAATCCAGCAATACCTCAATTAGGTGTAGATTTGGTAAAAGGGACGCATACAAACCGCGTTGATCGCGCACGCGACTGTATTCGTTCTGTTGAGTCGAGACAATATGCCTCAATAGGAGCTATGAACATTGTTCCTGTTAATTGTGTAGAACGTTGTATAGGTTCAATAACAATTGATAATGAGCATTATCAAAGGTACCAGGGTGAAGTGCAAATAACTACACGCGATTTGCCAAAAGATAGACGAGTAAATGTGATTGGAAGAGTAGTCCCCCAAGATAGGGTGTTGTTAAAATGGATCGCTGGAGGGCAAAGGTTTACCATTAAACTGGTTTCAAACGATTAG	MLGISVYIGEQSVEEQSTYIKKMNEKGFTSIFTSLHIPEEDPAMYKHQLQALGKIAKQLNMELMVDISPTSLIALGFDWETASELVNWGLTGLRVDYGIDEDTIVYLSKEMKVALNASTLTPHALETLKQKGLDISMVEAWHNFYPRPETGIGWDDFIKKNRWLKQEGLSVMAFIPGDEKLRGPIFATLPTLEAHRSTSPFVAYLELSHKGMVDKILIGDRGVSDRTFEQFSGYQKNEILLHVTPNPAIPQLGVDLVKGTHTNRVDRARDCIRSVESRQYASIGAMNIVPVNCVERCIGSITIDNEHYQRYQGEVQITTRDLPKDRRVNVIGRVVPQDRVLLKWIAGGQRFTIKLVSND				NA	NA	NA	NA	NA
AK148_01359	1380			PTS system EIIBC component	ATGAAAAAGGAAGAAAAACTAACGCAGGATATTTTACAATTTATTGGTGGAAAAGAAAACATAAAACAAGTTAGCCATTGTATGACAAGACTAAGGCTTAAGCTTAAAGATGATGGAAAAGCTGACATCGGTGCTTTAAAAAATGTAAACGGTGTCATGGGAGTTGTTGTGGACGAAACATTACAGATAGTGATTGGACCAGGAACTGTTAATCGTGTTGCGGAGAAAGTTAGTGAAATAACTAAATTAGGCATTGGCGAGGAGCAAGGTCCAGATGATGAAAACTTGACGTTTGAAGAAAAAGCAGCATTACAAAAGCAGGAAATAAAGCAAAGAAATAAAACGCCTTTTAAAAATTTTCTACGTCGATTAGGTAATATTTTTATTCCATTAATTCCTGGGTTAGTTGCCTCAGGTATTATTAATGGCGGTGCTAATTTTGCAAAAAATGCGGGTGTTGATCCAGAAACGACATGGATGCAAATCTTGCTTGTTTTTGGAGGCGCTATTTTTACGTATTTAGCTGTATTAGTAGGATGGAATACCGCAAAAGAGTTTGGAGGCACACCTGTATTAGGTGCCATTGCTGGTATGATTTTATTTAATCCGGTGCTTGCTGATATTACCATATATGGAGAAGCGTTAGTTCCTGGCAGGGGGGGCTTATTCGGAGTCATCTTTGCAGCTTGGTTAATGACATTTTTAGAAAAACGAGTTCGAAAAATTATTCCAGCAGCCGTAGATATTATTTTCACTCCTTTAATTACGGTTTTAATTGTTGGTTTTGCTTCTTTATATGTAGTTATGCCAGTTGCCGGAGTCTTATCTGATGGCATAACAGATGGATTAACATCCTTAATCGATATGGGGGGATTTATTGCTGGTGCAGTATTAGCAGGTTTCTTCCTTCCGTTAGTAATGGTTGGATTACACCATGGATTAACCCCCATTCATTTAGAGCTGATTAATACATTTGATAATACGGCATTACTTACTATTTTAGCGATGGCCGGAGCAGGGCAAGTGGGAGCAGCAATGGCTATTTATGTGAAAACCAAAAATAAACGCTTACGAAATATTATTAAAGGTGGTCTTCCAGTAGGATTTTTAGGAATTGGCGAACCTTTGCTTTATGGCGTGACATTGCCTTTAGGACGGCCGTTTTTAACCGCATGTATGGGAGCGGCAATTGGGGGCGGATTTCAAGCTGTCATGCAAACTGCAGCTAAAGGCATCGGTGTTTCAGGTTTGTCATTGATTCCGCTTATTGATGATGGAAAGTATATATTATATTTCTTAGGTTTAGTAATTTCATATGCTGGAGGTTTTATTTTCACTTATTTGTTCGGCTTTAAAGAAGATATGGCTAAAGATATATAA	MKKEEKLTQDILQFIGGKENIKQVSHCMTRLRLKLKDDGKADIGALKNVNGVMGVVVDETLQIVIGPGTVNRVAEKVSEITKLGIGEEQGPDDENLTFEEKAALQKQEIKQRNKTPFKNFLRRLGNIFIPLIPGLVASGIINGGANFAKNAGVDPETTWMQILLVFGGAIFTYLAVLVGWNTAKEFGGTPVLGAIAGMILFNPVLADITIYGEALVPGRGGLFGVIFAAWLMTFLEKRVRKIIPAAVDIIFTPLITVLIVGFASLYVVMPVAGVLSDGITDGLTSLIDMGGFIAGAVLAGFFLPLVMVGLHHGLTPIHLELINTFDNTALLTILAMAGAGQVGAAMAIYVKTKNKRLRNIIKGGLPVGFLGIGEPLLYGVTLPLGRPFLTACMGAAIGGGFQAVMQTAAKGIGVSGLSLIPLIDDGKYILYFLGLVISYAGGFIFTYLFGFKEDMAKDI	PGPT0014190_1042	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_SUCROSE_PTS_SYSTEM,PGPT0014190-scrA|sacP|sacX|ptsS-K02810	NA	NA
AK148_01360	264	murQ_2	COG2103	N-acetylmuramic acid 6-phosphate etherase	ATGGTGTTAAATATAATCTCCACAGCTTCAATGGTAGGTGTTGGTAGAGTATATCAAGATTTAATGATTGATAACGAGAAATTAGTAGCGAGATCAATATGCCTCATGATGGATGCTATAGGAATAGATCACAAAGAAGCAAAAGATTATTTACGTAAGTCCAAAATTAATTTCAAGATTGTTATCATAATGATATTACTACAACGCTCCTATGACAAAGCAAAAGAGAATGTTCTCCAAGCGTTTTTGTACAAAAAGCGTTAA	MVLNIISTASMVGVGRVYQDLMIDNEKLVARSICLMMDAIGIDHKEAKDYLRKSKINFKIVIIMILLQRSYDKAKENVLQAFLYKKR	PGPT0019040_1107	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
AK148_01361	726	sigK		RNA polymerase sigma-28 factor	TTGTCCGGCATTTTAAGTGCGCTCGCTTTACTTATTAAAGAAGCGATGTTCTTTGTTTCTTATGTTAAAAATCACGCTTTTCCCCAACCTCTACCACCTGACGAAGAAAAAAAATACATCCAGCGAATGCAGGACGGATGCGAAACAGCGCGAAACAAACTCATTGAACATAATCTTCGGCTCGTAGCACATATTGTAAAAAAATTTGAAAATACGGGAGAAGATGCTGAAGATCTTATCTCTATTGGAACCATTGGTTTGATTAAAGGGGTGGAAAGTTATTCGCCTGGAAAAGGTACAAAACTTGCTACTTATGCAGCCCGGTGTATTGAGAATGAAATATTAATGCACTTACGGGCATTAAAGAAAATAAAGAAAGATGTTTCGCTGCATGACCCAATTGGTCAAGATAAAGAAGGAAATGAAATTAGTCTTATTGATATCTTAGAAGCTGAAAATCAAAATATTTTCGAATTTATCCAATTGAACATGGAAATTGAAAAAATGGAAGACTATTTTGCGATTTTAGATAAACGTGAACGAGAAGTGATTGTTTATCGGTACGGATTAAACGATGAAAAAGAACTAACACAACGAGAAATTGCCAGAAAATTGAACATATCTAGAAGTTACGTTTCTCGAATTGAAAAACGAGCTTTAATGAAAGTATTTCATGAATACTACAGAAAAGAACATAGAGGTAAAAGGGATAAAAAAGAAAGCTAA	MSGILSALALLIKEAMFFVSYVKNHAFPQPLPPDEEKKYIQRMQDGCETARNKLIEHNLRLVAHIVKKFENTGEDAEDLISIGTIGLIKGVESYSPGKGTKLATYAARCIENEILMHLRALKKIKKDVSLHDPIGQDKEGNEISLIDILEAENQNIFEFIQLNMEIEKMEDYFAILDKREREVIVYRYGLNDEKELTQREIARKLNISRSYVSRIEKRALMKVFHEYYRKEHRGKRDKKES	PGPT0014795_970	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014795-sigH|sigG|sigF|sigE-K03091	NA	NA
AK148_01362	510			hypothetical protein	ATGGATATATTCATATTTATTTTTTTAATTATATTTATGCTACATAATTTAGAAGAGATTATAATGGTTGAAAGATGGATGAAAAAAACATATCCACGGGTAAAACATAAAGTACCTCCATTTATGCAAAAAGAATTAGATGATTTTAAGGATATAACAGCTGCACAATTTGCAATTGTAGTTTTTGGGGTGTCGATACTTGCATCTATCTTGCTTTTAATATCATTAACAAATGAACAATATTATTTGTTTTTAGGGATTAGTTTGGCTTTCTCTATTAATATCTTTTCTCATCCGTTACAATCGCTTTTATTATGGTGTTACACTCCAGGAGTAATTACAAGTATATTTCTAATAATCCCTTATTATATTTTACTCTTTAACCATCTCTACGCAACAGACATGGTTAACTTAAACATGTTTTTAGGTGCGTTAGTAGTAGTAACTTTATTTATACTAGTATTTCTTTTTAGCCAAAAAATCGGAAAAAAAATGAGAGGAATCCTATAA	MDIFIFIFLIIFMLHNLEEIIMVERWMKKTYPRVKHKVPPFMQKELDDFKDITAAQFAIVVFGVSILASILLLISLTNEQYYLFLGISLAFSINIFSHPLQSLLLWCYTPGVITSIFLIIPYYILLFNHLYATDMVNLNMFLGALVVVTLFILVFLFSQKIGKKMRGIL				NA	NA	NA	NA	NA
AK148_01363	228			hypothetical protein	ATGAAAACTGCTATTGTAAGGCTTGTTGCACTAAGCTTTTTATTGCTTAACCAAGCTTTAATCACCTTTGGCTATCAGCCCTTACCATTTAACGAGGAAGAAATTTATGAAATTGTTTCTACAATAGCTACTACATTAATGGCCATATATGCATGGTGGAAAAATAATAATGTTACCAAAAAAGCGCAAGAAAATGAAAAATTCCTAAAAGAAAATGGAATGAAATAA	MKTAIVRLVALSFLLLNQALITFGYQPLPFNEEEIYEIVSTIATTLMAIYAWWKNNNVTKKAQENEKFLKENGMK				NA	NA	NA	NA	NA
AK148_01364	228			hypothetical protein	ATGGATAATAAACAGAGATTGAAATATAAATATATAGATTACCAACGGTTTATAGGTGCGTTATTAATCTTATCTATGTATTTATTTTTAGGTGCTATCATTAATACGTATTTGAGACCTTCTGAAGATGGTATTGTTCTTATTGGTTTAACACTCGTTTCATTAAGTGCTGGATTTTGGCTGGCATATCAACAACGTCAAATAAAAAGAAAGCTAGATGAACGCTAA	MDNKQRLKYKYIDYQRFIGALLILSMYLFLGAIINTYLRPSEDGIVLIGLTLVSLSAGFWLAYQQRQIKRKLDER				NA	NA	NA	NA	NA
AK148_01365	690	mtnN	COG0775	5'-methylthioadenosine/S-adenosylhomocysteine nucleosidase	ATGACAATAGGAATTATTGGAGCAATGGATGAAGAAATTGCTTTCTTAAAAGATGCAATGTATATTAAAAAAGAGTTAGAAGTAGCAAACTGTTTATTTATTGAAGGGCAATTATATGATAAAGAGGTTGTTTTGCTTCAATCCGGTATTGGTAAAGTGAATGCTGCGATGGCAACAACCATCCTGCATGAACGATTTGCTCCAAACTACATTATTAACACTGGATCTGCAGGAGGATTTGCTACAGATTTAAACATAGGAGATGTAGTTATCTCGACACAAGTTGTCCATCATGATGTAGACGCAACCGCATTCGATTACGCTTACGGCCAAGTGCCGCAAATGCCTGCAATGTATGATGCAGATGTCAACTTAGTCGCAAAAGTAGTAAATGTATTGACAGATCTAGACATCTCATATGAAAAGGGAATTATTGCGACTGGTGATTCGTTTATGAGTGATAGAGAACGTGTTACATTTGTTCGTGAAAAGTTTCCTACTATGATAGCTGCAGAAATGGAGGCAGCTGCGATAGCACAAGTATGTTACCAATATGCTACACCATTTGTTATTATACGTGCGCTTTCTGATATTGCTGGAAAAGAATCCTCAATTTCTTTCGACGCCTTTTTAAATACTGCAGCCACAAATGCTGCTAATATCATCATGAAGTTTATACAATCAAACTAA	MTIGIIGAMDEEIAFLKDAMYIKKELEVANCLFIEGQLYDKEVVLLQSGIGKVNAAMATTILHERFAPNYIINTGSAGGFATDLNIGDVVISTQVVHHDVDATAFDYAYGQVPQMPAMYDADVNLVAKVVNVLTDLDISYEKGIIATGDSFMSDRERVTFVREKFPTMIAAEMEAAAIAQVCYQYATPFVIIRALSDIAGKESSISFDAFLNTAATNAANIIMKFIQSN	PGPT0014320_2448	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-AI-2_BIOSYNTHESIS,PGPT0014320-mtnN|pfs|yadA-K01243	NA	NA
AK148_01366	690			hypothetical protein	ATGGGTGATTTTGATAGAGTTTCCCGTGTAGATAAATTTGAAAAACGAAGAAAAAATACTAAATCTATATCAATTTTTCTTATTATAGGTGCTGTTTTAGTCCTCATTCTGTTGGGAGTTTGGATGTTTGGCGGTGGCGATGAATCCTCAGAAGAGAATAAAGATACTTCCAATGAACAGGCAGAAGCAGAAGATAACGGTACAGAAGATAGTAAGGAAGGAGATAACAACGATCAATTTACTAGAGTAGAAGATGATGAGGACAACACCCAGTCTTCTGATAATGAAAAAGATGAACAAGATAATATAAAAGAGGAAGAACAAGCTGAAGATAATAGTTCAGTGGAAACAGAACAAGTTGAATCGTCAGATGATAATGTCGTGAAAGCTTTTACAGGTGATTGGAAGCCAATTGGAACAGAACAAAAAGGAACGCATACAACAAACTATAATGAAGGTTCTCAAGATAGAAAAGAAATCGAGACTGCTGTTACGCAGGTAACGGGTTTAGATAAAAATAGCATGGTTACACATTGGGTAGGAAATGGTGGAAGTCCGGAAAAAGTAGAAGCAACAGTTTCTACAGAAGATAATACACAGATTTACCGTGTGTATTTAATTTGGGTAGAAGAACAAGGCTGGAAACCAACAAAGGTAGAACAATTAAAAAGTGTAATTATTAACAGATAG	MGDFDRVSRVDKFEKRRKNTKSISIFLIIGAVLVLILLGVWMFGGGDESSEENKDTSNEQAEAEDNGTEDSKEGDNNDQFTRVEDDEDNTQSSDNEKDEQDNIKEEEQAEDNSSVETEQVESSDDNVVKAFTGDWKPIGTEQKGTHTTNYNEGSQDRKEIETAVTQVTGLDKNSMVTHWVGNGGSPEKVEATVSTEDNTQIYRVYLIWVEEQGWKPTKVEQLKSVIINR				NA	NA	NA	NA	NA
AK148_01367	477	greA_1	COG0782	Transcription elongation factor GreA	ATGACTGTAGAAAAAAGCTATTATATGACTCAAGAGGGGAAAGAGAAATTAGAACAAGAATTGCATTATCTAAAAACAGAACGCCGTCAAGAAGTGGTTGAACGTATAAAAGTGGCTCGAGACTTCGGTGATCTTTCCGAGAATTCAGAGTATGATTCTGCAAAAGACGAACAAGCTTTTGTGGAATCTCGAATTGCACAAGTGGAAAAAATGATTCGTAATGCAGTTATTATAGAAAATGATAATCAAAACCCACACATTGTTTCTTTAGGTAAATCTGTGACGTTCCAAGAACTTCCTGATGGTGATACAGAAACATACACCATTGTTGGAAGTGCTGAAGCTGATCCATTTGAAGGTAAAATCTCTAATGATTCCCCAATGGCACAGAGTTTAATCGGAAAAGAAGTTGGTTCAGAAGTTTCTGTAGCTACTCCTGGTGGAGAAATATTTGTAAAGATTATCGAAGTTGAATAA	MTVEKSYYMTQEGKEKLEQELHYLKTERRQEVVERIKVARDFGDLSENSEYDSAKDEQAFVESRIAQVEKMIRNAVIIENDNQNPHIVSLGKSVTFQELPDGDTETYTIVGSAEADPFEGKISNDSPMAQSLIGKEVGSEVSVATPGGEIFVKIIEVE	PGPT0030495_1956	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-TRANSCRIPTIONAL_CONTROL	PUTATIVE-TRANSCRIPTIONAL_CONTROL-1,PGPT0030495-greA-K03624
AK148_01368	651	udk		Uridine kinase	ATGCATCATCAACCAGTAGTTATTGGGGTAGCAGGTGGAAGCGGAAGTGGAAAAACTTCTGTTACACGCTCCATATGCCAGCGCTTTTTAGAGCAAACCATTTTAGTTATTGAACAGGACTATTATTATAAAGATCAAAGTCATCTCCCATTCGAAGAACGCTTAAACACCAACTACGATCATCCATTAGCTTTTGACCATGACCTATTAGTTGAGCATATGCATAAATTATTAAGCGGTGAGACGATAGATAAGCCCGTTTATGATTATAAGATGCATACACGCTCTCAAGAAGTTATTCAAGTACAACCAAAAGATGTAATTATTTTAGAGGGGATATTAATTCTTGAAGATCCACGGCTACGTGATTTAATGGACATTAAAGTTTTTGTTGATACAGATGCGGACTTACGAATTATTCGCAGGCTTATGCGTGATATAAAAGAACGTGGAAGAACATTAGATTCTGTAATTGAGCAATATATTCATAAAGTCAGACCATCACACTTACAATTTATTGAACCGAGTAAACGTTATGCTGACATCATTATTCCAGAAGGTGGACAAAATCATGTAGCCATTGACATTATGGCAACTAAAATAGAAAATATCCTTTTGAAACATAGTAATAAATTTAATGAAAAGTATTGA	MHHQPVVIGVAGGSGSGKTSVTRSICQRFLEQTILVIEQDYYYKDQSHLPFEERLNTNYDHPLAFDHDLLVEHMHKLLSGETIDKPVYDYKMHTRSQEVIQVQPKDVIILEGILILEDPRLRDLMDIKVFVDTDADLRIIRRLMRDIKERGRTLDSVIEQYIHKVRPSHLQFIEPSKRYADIIIPEGGQNHVAIDIMATKIENILLKHSNKFNEKY	PGPT0021230_2459	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021230-udk-K00876	NA	NA
AK148_01369	648	trmR	COG4122	tRNA 5-hydroxyuridine methyltransferase	ATGAACGACAGCAATGGTGGTCATTACTTAGAAAAAATGATACCAAAACGAACTGCTTCCATTGAAAGGTTAGAAAAAAAAGCCAAAAATGATCATGTGCCAATTATGGATGTAGTAAGTATGCATTTTGTACAACAAATCATTCGTCTAAAACAGCCTAAGCGGATATTAGAGATCGGTACAGCAATTGGTTATTCTGCTTTACGCATGCTGGAAGCACAACCTAATGCAGAAATTATAACTATAGAAAAAGATGAGCAAAGATATCAAGAAGCCAAGGGGCATATTCGTGCTCACCAAGCTGAACAGCAGATAAAAATCTTATCTGGGGATGCCTTAGAAGTACTAAAAAACTTGCAAAACGAAGCATTTTTTGATGTAATATTTATCGACGCTGCTAAAAGCCAGTACCGTCGTTTTTTTGAGCTTGTTACACCCTTACTAGCAAATGAAGGTATTATCATTACGGATAATGTTTTATTCCGAGGATATGTTGCCAACGAACGTATCGTTCCATCTAGATATAAAAAAATGGTGGAAAAGATCAATGAATATAATCATTGGCTAATGCAACACCCATTGTTTACCACGACTATAGTACCTATAGGAGATGGTGTAGCAATTAGTAGCAAACAGAGTCAGAGTTAG	MNDSNGGHYLEKMIPKRTASIERLEKKAKNDHVPIMDVVSMHFVQQIIRLKQPKRILEIGTAIGYSALRMLEAQPNAEIITIEKDEQRYQEAKGHIRAHQAEQQIKILSGDALEVLKNLQNEAFFDVIFIDAAKSQYRRFFELVTPLLANEGIIITDNVLFRGYVANERIVPSRYKKMVEKINEYNHWLMQHPLFTTTIVPIGDGVAISSKQSQS				NA	NA	NA	NA	NA
AK148_01370	1119	mltG_2		Endolytic murein transglycosylase	ATGTCCAAGCAGATCAAAACTAGCAAATTTAAGGACAACCTCAAGGCTCGCAGTGAAGAAGCTAAAACGGTTCGCAAAATTGTAACGATCATTATTATGACGCTATTAATTATATTGGTAATAGGGGGTGCTTCAGGTTACTTATATGTGAAATCTGCATTAGAACCTGTTCATCCTGACAGTAAAGAAGAGATTAAGGTAACAATACCAATTGGTTCTTCATCCTCTAATATTGCTAATATATTGGAAGATAATGGTGTGATTAAGAACGCACTAATATTTCGCTTTTACTTAAAATTTAATAATGAGTCCAGCTTTCAAGCGGGAGATTATGTATTTACTCCAGATATGGAGCTAAGTGAGATTGTCGATTCATTAAAAAGTGGTAAATTATTGGCAGAACCTGTCTATACGGTTACTATACCTGAAGGAAAAACGATAGAAGAGTTAGCAGAAATTTATGCAGAACAATTACCTTTTTCCAAAAAAGAGTTTTTAGAAAAAGTAAATGATCCAGATTATATTCAGACATTAATGGAACGCTATCCATCTGTACTGCTAGAAGATATTTTGAACCCAGAGATTCGTTCACCACTAGAAGGGTATCTATTTGCCGCAACGTATGAGTTCTTTGAAGAAGAGCCTAGTGTTGAAGCAGTTGTCGATGAGATGCTAAAAAAGACAGAAAGCGTGCTTTCCGATTATTTAGATGTCATCAATGAGCAAAATTATACTGTTCACGAAGCTATAACGTTTGCCTCTGTTATTGAAAAAGAAACGGGTGCCAAGGACCAGCGTAAGAAAATAGCAGGAGTATTTGCTAATCGGTTAGAAAAAGGGATGAAACTTCAGACAGATCCAACTGTTTTATACGCGCAAGGGGGACATAAAGACCGAGTTTTGTATGAAGATTTAGAAATTGAATCACCATATAACACTTATTATATAGAAGGTCTTCCTGTTGGTCCGATTGGTAATTTTTCCGAGACCGCGCTTGAAGCCGCCCTTCACCCTGAGAAATCGAAGAATTTATATTTCTTACATGATAAAGATGGAAATATCTATTATGCTGAAACATTAGAGCAACATAATAAGAACAAGCAAAAACATATAAATTGA	MSKQIKTSKFKDNLKARSEEAKTVRKIVTIIIMTLLIILVIGGASGYLYVKSALEPVHPDSKEEIKVTIPIGSSSSNIANILEDNGVIKNALIFRFYLKFNNESSFQAGDYVFTPDMELSEIVDSLKSGKLLAEPVYTVTIPEGKTIEELAEIYAEQLPFSKKEFLEKVNDPDYIQTLMERYPSVLLEDILNPEIRSPLEGYLFAATYEFFEEEPSVEAVVDEMLKKTESVLSDYLDVINEQNYTVHEAITFASVIEKETGAKDQRKKIAGVFANRLEKGMKLQTDPTVLYAQGGHKDRVLYEDLEIESPYNTYYIEGLPVGPIGNFSETALEAALHPEKSKNLYFLHDKDGNIYYAETLEQHNKNKQKHIN				NA	NA	NA	NA	NA
AK148_01371	282			hypothetical protein	ATGGCATTAGAAGAAAAAGAAAGAATTATTATCCCAGATGAAAATGGTGAAGAACATCTTTTTGAGGTATTGTTTACATTTGATTTGGACGATACGAATCAGTCTTACATTGCAGTAACACCTGTAGAGCAATCGGAGGAAGAAGAAGTGGAAGTGTACGCATTTCGCTATGAAGAAAAAGATGAGGATGATTTATCATTATTTCCAATCGAATCAGACGATGAGTGGGAAATGGTAGAAGAGATGCTAAATACCTTGGCAGAGCAGGAAAATGAAGAATAA	MALEEKERIIIPDENGEEHLFEVLFTFDLDDTNQSYIAVTPVEQSEEEEVEVYAFRYEEKDEDDLSLFPIESDDEWEMVEEMLNTLAEQENEE				NA	NA	NA	NA	NA
AK148_01372	414	yrrK	COG0816	Putative pre-16S rRNA nuclease	ATGAAGATATTAGGGCTTGATGTAGGATCCAAAACGATTGGCGTTGCTGTTAGCGACGCTTTAGGTTGGACTGCACAAGGAATTACAACTATTAAATGGAATGAGAATGTTTTAACTTCAGCGGATGACGCTTTGGGCGAAATTATAACAGAGCACGAAGTTGGAAAGGCTATTATTGGATTACCGAAAAATATGAATGGAACGATTGGTGAACGTGGTGAAGCTTCCATTGTTTTTGCAAAACATATGGAAAAAAAGTTTCAAATCCCAACAGAACTCTGGGATGAGCGTTTAACGACAATTGCTGCAGAAAGAGTATTGTTAGAAGCAGATGTTAGTAGAAAAAAACGAAAAAAGGTCGTTGATAAGATGGCTGCTGTGATGATTTTGCAAGGTTATCTTGACCAAAAATAA	MKILGLDVGSKTIGVAVSDALGWTAQGITTIKWNENVLTSADDALGEIITEHEVGKAIIGLPKNMNGTIGERGEASIVFAKHMEKKFQIPTELWDERLTTIAAERVLLEADVSRKKRKKVVDKMAAVMILQGYLDQK				NA	NA	NA	NA	NA
AK148_01373	270			hypothetical protein	ATGAGTTCAATTGATAAAACAATGAAATTTAATTTTTCAGAGGAACCGTTTGAAGAGAATGTGAAAGAGATTTTGTTTAAAGTACACGAAGCACTCCAAGAAAAAGGGTACAACCCAATTAATCAAATTGTTGGCTATTTACTGTCCGGCGACCCTGCCTACATTCCAAGATACAATGACGCTCGTAATCTAATTCGTAAAATTGAACGAGACGAAGTTATTGAAGAACTGGTTAAATTTTATTTAGAGCAACAGAGGGCAGGTAGATAA	MSSIDKTMKFNFSEEPFEENVKEILFKVHEALQEKGYNPINQIVGYLLSGDPAYIPRYNDARNLIRKIERDEVIEELVKFYLEQQRAGR				NA	NA	NA	NA	NA
AK148_01374	2640	alaS		Alanine--tRNA ligase	ATGAAGCAATTAACGTCAGCAGAAGTGAGGCAAATGTTTCTTGATTTTTTTAAGGAGAAAGGACATCGAGTGGAACCAAGTGCATCTCTTGTGCCAATAGATGATCCAACGTTACTATGGATTAATAGTGGTGTCGCTACATTAAAGAAATATTTTGATGGTAGAGTTATTCCAGAGAACCCTCGAATTGTTAATGTTCAAAAATCAATTCGTACAAATGATATTGAAAATGTAGGATTTACTGCACGACATCATACGTTCTTTGAAATGCTCGGAAACTTTTCGATAGGTGATTATTTTAAGCAAGAAGCAATCGAATGGGCATGGGAATTTTTAACAAGTGACAAGTGGATTGGATTTGAAGAAGATCGTTTATCCGTCACTGTACATCCCGAAGATGATGAAGCATATGATATTTGGTTGCACACCATTGGATTACCCAAAGAGCGTATCATCCGTCTTGAAGAAAATTTCTGGGATATTGGAGAGGGGCCAAGTGGTCCCAACACCGAAATATTTTATGATCGTGGTGAAAAATATGGTAATAACTCGAATGACCCTGAGTTGTATCCAGGAGGAGAAAACGATCGTTACTTAGAAATATGGAATCTTGTATTCTCCCAATTCAATCATAACCCAGATGATACGTATACCCCGCTACCAAAAAAGAATATTGATACGGGGTTAGGTCTTGAACGAATGGTGTCCGTCATTCAAAATGTTCCAACCAATTTTGAAACAGATCTATTTATGCCGATAATAAATAAAACGGAAGCTTTAGCATCTGTAAAATATGGTGAGACTTCATCAGGGGATACGGCTTTTAAAGTAATTGCTGATCATATACGCACAGTCAGCTTTGCTATTGGCGATGGAGCGGTCCCATCGAATGAAGGAAGAGGGTATGTGTTACGTCGCCTCATTCGTAGGGCAGTACGCTTTGCGAAAGAGATCGGCATTGAAAAACCGTTTATGTATGAGCTTGTTGATATAGTGGCAGAAATCATGCAAGACTTTTACGCGCAAGTAGTGGAAAAGAAAGCATTCATTAAAGATATGATTAAAGCAGAAGAACAGAAATTCCATGAAACATTGCATGATGGTCTAGATATATTAACAACTATTATGGATCGTGAAACACAACGAGGTAGTACCATTTTCCCTGGTTATGAAGTGTTCCGTTTATACGATACGTATGGTTTTCCTAAAGAACTAACGGAAGAATATGTTCAAGCACAGGGGTTTACTATCGATGAAGCAGGTTTTGAGGAAGAAATGGAAAAACAAAGGGAAAGAGCAAGAAAAGCACGTCATAAAGTCGATTCTATGCAGGTGCAAGGAGGTGCGATAGCGAATATTGATGTATTAAGCGAGTTTGTGGGTTATTCCAACTTAGAACAGGATACTACTGTTGCTGCAATCATCCAAGGGGAAGAACAAGTAGAGCAAGCAAATGCTGGAGAAGAAGTGTACTTGTTTTTACACCAAACACCTTTTTATGCAGAAAGTGGGGGGCAAATTGCTGATCATGGTACGATTCGTACAGAATATGCGCTTGGATCTGTAAAAGATGTACAAAAGTCTCCAAAAGGACAACATATACATCGAGTATTCATTGAAAAGGGTAGTATTTCAGTAGGTGAGATGGTTACAGCGACAGTGGATGCATCGAAGAGATCGTTTATTGTTAAAAATCATACGGCAACTCATTTGTTACATCAAGCTTTAAAGGATGTGGTTGGAGAACATGTTAACCAAGCTGGTTCATTCGTAGCACCTGAACGATTACGTTTTGATTTTTCTCACTACCAAGCCGTATCTAAGCAAGAACTAAAGCAAATTGAACAGATTGTAAATGAAAAAATATGGCAAGCTATTTCATTAGAAACCACAACAGAAAAACTGGAAGATGCGAAAAAGATGGGAGCAACGGCCCTTTTTGGGGAAAAATATGGAGATGTTGTTCGTGTCGTTCAAATTAGCGACTATAGTATTGAATTATGTGGTGGCTGTCACGTTGTTAATACAGCTGAAATTGGCCTATTTAAAATTGTAACAGAAAGTGGAATAGGTGCTGGAACACGTCGTATAGAAGCAGTAACAAGTAAGCAAGCTTATCATTTTATGTCAAATAAATTAAACGTGTTACAACAGGCGGCCCAACTTGTAAAAGCAAAAGAAGAAGCAGTGCCTGAAAAAATTGAAGGATTATATAATGAAATAAAACAATTACAAAAAGAAACGGAATCTCTACAAGCTAAATTAGCAAACAAAGAAACTGCCAGCATGCTGGAAGAGGCTGATTTAATAAACGGAGTTCGTGTTTTAGCAAAACATGTAGATGTGCGAGATATGAACCAATTAAGGAATATGGTAGATGAATTAAAACAAAAACTTGATTCAGGTATGATTCTATTAGCCATGGAAAATAATAATAAAGTACAGCTAGTAGCAGGTGTATCCAAAGATTTAATCGAACAAGGCTATCATGCTGGACATTTGATTAAAAAAGCAGCACAAGCATGTGGGGGAGGCGGAGGCGGCCGACCTGACATGGCACAAGCTGGAGGAAAAGACCCGTCTAAAATTGAACAAGCACTACATGCTGCAAAGCTTTATATTAAAGAGAAGCAAAACTAA	MKQLTSAEVRQMFLDFFKEKGHRVEPSASLVPIDDPTLLWINSGVATLKKYFDGRVIPENPRIVNVQKSIRTNDIENVGFTARHHTFFEMLGNFSIGDYFKQEAIEWAWEFLTSDKWIGFEEDRLSVTVHPEDDEAYDIWLHTIGLPKERIIRLEENFWDIGEGPSGPNTEIFYDRGEKYGNNSNDPELYPGGENDRYLEIWNLVFSQFNHNPDDTYTPLPKKNIDTGLGLERMVSVIQNVPTNFETDLFMPIINKTEALASVKYGETSSGDTAFKVIADHIRTVSFAIGDGAVPSNEGRGYVLRRLIRRAVRFAKEIGIEKPFMYELVDIVAEIMQDFYAQVVEKKAFIKDMIKAEEQKFHETLHDGLDILTTIMDRETQRGSTIFPGYEVFRLYDTYGFPKELTEEYVQAQGFTIDEAGFEEEMEKQRERARKARHKVDSMQVQGGAIANIDVLSEFVGYSNLEQDTTVAAIIQGEEQVEQANAGEEVYLFLHQTPFYAESGGQIADHGTIRTEYALGSVKDVQKSPKGQHIHRVFIEKGSISVGEMVTATVDASKRSFIVKNHTATHLLHQALKDVVGEHVNQAGSFVAPERLRFDFSHYQAVSKQELKQIEQIVNEKIWQAISLETTTEKLEDAKKMGATALFGEKYGDVVRVVQISDYSIELCGGCHVVNTAEIGLFKIVTESGIGAGTRRIEAVTSKQAYHFMSNKLNVLQQAAQLVKAKEEAVPEKIEGLYNEIKQLQKETESLQAKLANKETASMLEEADLINGVRVLAKHVDVRDMNQLRNMVDELKQKLDSGMILLAMENNNKVQLVAGVSKDLIEQGYHAGHLIKKAAQACGGGGGGRPDMAQAGGKDPSKIEQALHAAKLYIKEKQN				NA	NA	NA	NA	NA
AK148_01375	1110		COG0628	Putative transport protein	ATGTTTAATAGTCGTCAAAGCTTGAACTTCCTCTATTTTCTATTAATTGGCATTCTGCTCTTCCTATTTTTTTACTTAATGATTAAATTGTTTCCTTTCTATAAAGCAGTATTTTTACTTTTCTGGCATGTAGCAGCTCCATTTGTTATTTCATGTTTAATTGCTTATCTATTATACCCAGTTGTGCAGGCAATACATAAGTACCACATTCCTAAAGGAGTGGCAGTTTTAATTATTTACCTGCTTTTTTTTGGTTTAACAGCCTATTTCATATATCGTATTTATCCAATGGTTGTTGTTCAAGTGAGAGATTTAAATGAGCAGTTTCCACAGTTAATGAAAATGTATGAAAAAATGATTTACCAATTTTATGAGTATACATCCTTTTTACCGGAAAATGTGCATGATAAATTTGACCAATTCTTGTTACGAATGGAGAACACACTCGATCAACTCTTAGAAAGATTGATGAGTGGGTTTACAAAGGTCTTTGATCTCATCATCTTTTTAACGGTTATACCTGTACTTGTTTTTTATTTTTTAAAAGACTATGAAAAAATAAAAAAGTACGGGAAACAGCTAATTCCATCTAGGTTTAGATCTCCATGTAGCCAAATTTGGCATGCAATTGATGACAGTTTAGGCAATTATATTAGGGGGCAATTAATTGTTTGTGGCTTTGTAAGTCTGACATCTTTTGTTATTTTTAAATTTTTATTGCAACTTGATTTTGCGTTGCTACTAGCCATCATTATGGGGATAACAAATTTAATCCCTTATTTTGGTCCTATTATTGGAGCGGTCCCAGCAGTAGCTATAGGTTTTACTATCTCAGGGAATATGGTTGTTTTTGTCATTTTATCCGTGTTTATTATTCAGTTGATAGAAAGTAATTTACTTTCCCCTTATATTGTTGGAAAAAGTATTAATATTCACCCGGCTGCCATCATTTTTGCTTTATTACTAGGTGGGCAGTTGTTTGGTGTCGTTGGCATGATTACCGCAGTGCCATTAATGACTATTTTAAAAGTAATTATCAAGCATTTATTTATATGGAAGGATTATCATTCTACTTCTAAGCAAGAAAGAGACTCTGCACCTCTTAGTTGA	MFNSRQSLNFLYFLLIGILLFLFFYLMIKLFPFYKAVFLLFWHVAAPFVISCLIAYLLYPVVQAIHKYHIPKGVAVLIIYLLFFGLTAYFIYRIYPMVVVQVRDLNEQFPQLMKMYEKMIYQFYEYTSFLPENVHDKFDQFLLRMENTLDQLLERLMSGFTKVFDLIIFLTVIPVLVFYFLKDYEKIKKYGKQLIPSRFRSPCSQIWHAIDDSLGNYIRGQLIVCGFVSLTSFVIFKFLLQLDFALLLAIIMGITNLIPYFGPIIGAVPAVAIGFTISGNMVVFVILSVFIIQLIESNLLSPYIVGKSINIHPAAIIFALLLGGQLFGVVGMITAVPLMTILKVIIKHLFIWKDYHSTSKQERDSAPLS				NA	NA	NA	NA	NA
AK148_01376	195			hypothetical protein	ATGCGATGCCCGAATTGTAATGGGAAAGATATTGGTAAAATAGGAATTCGGCAATACTACTGTTGGACGTGTTTTGTTGAGATGACGGTAGAAAATAATACACTGCTTTTACATCAAGTGGAAGTAGACGGATCATTAAGTTCGCTCAATGACTTATTTAATGAGGAAGAAAGAAGATTATATGGAAATAGTTAA	MRCPNCNGKDIGKIGIRQYYCWTCFVEMTVENNTLLLHQVEVDGSLSSLNDLFNEEERRLYGNS				NA	NA	NA	NA	NA
AK148_01377	2322	recD2	COG0507	ATP-dependent RecD-like DNA helicase	ATGGAACAGATCAAACAGCCAGCCGAGAATGAAAGCTATATTCGGGGTGAACTCCTTCACTTGATTTTCACAAACGAAGTGGAGCATTTTTCGATTGCTAAAATTAAGGTGTTAGATACAAATGAAACACTTGAGGAGAAAACAATTGTCATAAAGGGTTATTTTTATAATTTGCAGCCGGAAACTAGCTATTATTTCTTTGGGGTATTTGATAAACATCCGCGATTTGGCACTCAGTATAAAGTAACTTCATATAAAACATTTATTCCAGATACGAAGGATGGTTTAGTAGCTTATTTATCCAGCGATCTATTCTATGGGATTGGAAAAAAAACAGCAGCCAAGATTGTGGAGCAATTAGGTGAAAATGCAATTTCTAAAATTATTGATGATCCTGAAGCATTGAATGCTATAGCTGGACTAAAGAAGAAAGCAGCCGATCAATTACGTGTTACTTTACAAGAAAATCAAGGCTTTGAACATGTTGCTGTCTATTTAGCACAATATAATATTGGTTTGAAAATGGCACAAAAAATTTATCAAAATTATAAAGATGAAGCAGTTCAATTATTAGAAGCTGACCCGTATCAGTTTGTGTTTGATATTGATGGGTTTGGCTTTCGAACTGCCGATGAAATAGCTAGACAAATGGGGCTTCCAGCTACTCATCCGACTCGTATAGGAGCAGGTTGCATCTATATTTTGCAAACTTCTATTCAAGAGGGACATGTTTATTTGCCAATGGATGTTTGCATTTCATCTATTTGTTCGCTATTAAACACGAAAGAATTAACGGAAGCAATGGTAATAGAAACTTTAACAGCTTTAAATAAAGATAAACAAGTAATTCTCCAAGATGGCAATGTCTACTTACCTTCTCTCTACTATGCGGAGGATGGATTTAGTTCTCAATTAAAGCGCATTTTACAAAAACCAATCGAGCATCAAACACCGATAGCTGAGCTTATGAAAATTATTGGCAGTATTGAAGAAGAAGAAATTTTATCCTATGGAAAAGAACAGTTTACAGCGATTAACCAAGCTATTCATGCAAAGGTTATGATTCTAACGGGCGGTCCAGGAACAGGTAAAACGACTGTTATAAAAGGTATTCTAAAAGCGTATGCCAATATTCATGAGTTATCTTTACAGCCAAAAGATTACGAATATAAAAGTGACTTTCCATTCGTTTTAACTGCACCAACAGGAAGAGCTGCAAAACGATTAAATGAATCTACGGGGCTACCAGCGATGACTGTACACCGCTTATTAGGATGGGATGGAAACCAAACCTTTGAAAAAAATGAGCATGAACAACTAAGTGGTAAATTTATTATTATAGATGAATTTTCTATGGTAGATATTTGGTTAGCTAATCATCTTTTTAAAGCTATCCCAGATGATATGCAAGTATTAATTGTAGGGGATGAAGACCAATTACCTTCTGTTGGACCAGGGCAAGTCTTAGCAGACTTGCTAAAGACAAATCGAATACCATTTGTGAGGCTGACGGAAGTATATCGACAAAAAGAAGGCTCAAAAATTATTCAACTCGCTCACGAAATAAAAAGAGATGAGCCGATAAACTTAGGGAAAGATCATGATTTTAACTTTATCCAATGCGGAACAACACAAATGGGACATGTCATTACTAAAATATTTACGAAAGCTTTGGAGAAAGGATTTGAAGCGAAAGATATTCAAGTTCTTGCTCCTATGTACCGTTCAGAAGCGGGAATTACTAAATTAAATCAAGAGCTTCAACAAGTAATTAACCCAAAGACAGACCAGAAAAGAGAAGTTCGCACACAAGAAGCAATTTTTCGAACAGGTGATAAGGTTATACAGCTTGTTAACCAGCCCGAAGATGGTGTATATAATGGCGATATTGGAGAAGTAGTTGCTATATTTCGAGAAGAAGAGAACACGGAACAAGAGGAACAGCTCGTCATTGCCTATGAAGATCGTGAAGTTGTTTATGAGCGGAAAGACTACCGTAATATTATGTTGGCATATTGTATTTCCATTCATAAATCACAAGGTAGTGAGTTTCCTATTGTCATCATGCCTGTTGCTTGGACATATCAACGCATGCTGAGAAAGAATCTATTATATACCGCAATAACAAGAAGTAAACAATCATTAATTATTTGTGGTGAGCAAGAAGCTTTTTTATACGGTGTAGCGACAAAAAATAAAATCCATCGCTATACAACACTGACACAACAGCTCATGGAAAAACTAACTGTGCTTCATGAATCTAATATACATGCAAATTTGGAAGAGGATGATTCTAATCTTTCCCCTTATGACTTTATGTAA	MEQIKQPAENESYIRGELLHLIFTNEVEHFSIAKIKVLDTNETLEEKTIVIKGYFYNLQPETSYYFFGVFDKHPRFGTQYKVTSYKTFIPDTKDGLVAYLSSDLFYGIGKKTAAKIVEQLGENAISKIIDDPEALNAIAGLKKKAADQLRVTLQENQGFEHVAVYLAQYNIGLKMAQKIYQNYKDEAVQLLEADPYQFVFDIDGFGFRTADEIARQMGLPATHPTRIGAGCIYILQTSIQEGHVYLPMDVCISSICSLLNTKELTEAMVIETLTALNKDKQVILQDGNVYLPSLYYAEDGFSSQLKRILQKPIEHQTPIAELMKIIGSIEEEEILSYGKEQFTAINQAIHAKVMILTGGPGTGKTTVIKGILKAYANIHELSLQPKDYEYKSDFPFVLTAPTGRAAKRLNESTGLPAMTVHRLLGWDGNQTFEKNEHEQLSGKFIIIDEFSMVDIWLANHLFKAIPDDMQVLIVGDEDQLPSVGPGQVLADLLKTNRIPFVRLTEVYRQKEGSKIIQLAHEIKRDEPINLGKDHDFNFIQCGTTQMGHVITKIFTKALEKGFEAKDIQVLAPMYRSEAGITKLNQELQQVINPKTDQKREVRTQEAIFRTGDKVIQLVNQPEDGVYNGDIGEVVAIFREEENTEQEEQLVIAYEDREVVYERKDYRNIMLAYCISIHKSQGSEFPIVIMPVAWTYQRMLRKNLLYTAITRSKQSLIICGEQEAFLYGVATKNKIHRYTTLTQQLMEKLTVLHESNIHANLEEDDSNLSPYDFM				NA	NA	NA	NA	NA
AK148_01378	666	yrrB		TPR repeat-containing protein YrrB	ATGGAGAACAAGTTAAAACTAGCGATACAAGCAATGCAGAATAACGAGTTGGAAGAGGCTGCGTCATTATTTGCAGAAATTATAGAAGAATACCCAGAGAACCCCGTAGGGTATACTAATTTTGGGAATCTACTTTTGCATATGCAAGATACAGAGCGAGCACAACGTTTCTTTGCCAAAGCGATTGAATTAGATCCACAAGCAGCAACTGCTCACTACGGTTTAGGAAATTTGTTTTATGAGCAGTTGCTATACACGAAAGCGCAAAACCATTTACAGCAAGCGATAGACCTAGGATTAAAGGAAGCAGATGTTTATTATTTATTAGGGATGACATTTCAACAACAGGGTTATCATAAATTAGCATTACCATATTTATTGCGAGCTGCTGAACTGAATACAAAGGAAGAAGAATTCCTCTTCCAATATGGATTAAGTCTTGCCCAATGTGAGCATGTAAAAGAAGCGGAGGAAATTTTTCATAAGGTTCTTCAGTTGAATCAAAAACATAGTGATGCATATTATAATTTAGGCGTCATAGCTTTATTTAGAGAACAGGTAGAAAGAGCGTTGAACTATTTTGAGGAAGCATTGCGCATTCAGCCTGACCATATTTTAGCTGCAAATGGTCGCAAGAATGTACAAGCCTACCTTCATGAATCATAG	MENKLKLAIQAMQNNELEEAASLFAEIIEEYPENPVGYTNFGNLLLHMQDTERAQRFFAKAIELDPQAATAHYGLGNLFYEQLLYTKAQNHLQQAIDLGLKEADVYYLLGMTFQQQGYHKLALPYLLRAAELNTKEEEFLFQYGLSLAQCEHVKEAEEIFHKVLQLNQKHSDAYYNLGVIALFREQVERALNYFEEALRIQPDHILAANGRKNVQAYLHES				NA	NA	NA	NA	NA
AK148_01379	1107	mnmA		tRNA-specific 2-thiouridylase MnmA	ATGAATCATGATACAAGAGTAGTTATAGGTATGAGTGGAGGTGTAGATTCTTCGGTAGCAGCTTTATTGTTAAAGCAACAAGGTTATGATGTAGTGGGGATTTTTATGAAAAACTGGGATGATACAGATGAATTAGGTGTTTGTACCGCCACAGAGGATTTTGAAGATGTTGTCCGAGTATGTAACCAACTAGATATTCCTTATTATGCCGTTAATTTTGAAAAACAATATTGGGATAAAGTGTTTACCTATTTTTTAGATGAATATAAAGCAGGTAGAACACCTAACCCTGATGTGATGTGTAATAAAGAAATAAAATTTAAGGCGTTTATGGACCATGCATTGTCATTAGGTGCTGATTATGTTGCAACTGGTCATTATGCCAGAGTTCGTGAACAGAAAGGGCGCTTTGAATTGTTGCGTGGTATAGATGACAATAAAGACCAAACGTATTTTCTGAATCAACTAACAGAAGATGTGCTATCAAAAGTTATGTTTCCGCTTGGTCATTTACCGAAATCAGAGGTACGGAAAATAGCTAAAGAAAATGACCTTGCAACGGCAACGAAGAAAGATAGTACAGGTATATGCTTTATTGGAGAACGGAACTTCAAAGCATTTTTAAGTGAATACTTACCTGCTCAGCCTGGAGAAATGCAAACGTTAGATGGCGTAGTGAAAGGACGCCATGATGGTTTAATGTACTATACAATAGGACAGCGGCAAGGTCTTGGTATTGGTGGTGCAGGTGACCCGTGGTTTGTAGTTGGAAAAAATATAGCCAAAAATATATTATACGTAGAGCAAGGGTATAGTAATAAAAAGCTGTTTTCTGATGCTCTGACTGCAACAGATGTAAATTGGATCCAATCGGATAAAATAAACGAGGTGTTTACTTGTACTGCAAAATTTCGCTATCGTCAAGATGATAGTCCAGTAACGGTAACATTGTTGGATAATAATCAAGTTCATGTTGTTTTTAAAGAAAGCCAACGTGCTATTACTCCTGGGCAAGCTGTCGTTTTTTATGATGGAGAAATATGTCTTGGGGGCGGTACAATTGATAAAATTTTTAAGCGTGAATGCCAACTTGATTATGTAGGTTAA	MNHDTRVVIGMSGGVDSSVAALLLKQQGYDVVGIFMKNWDDTDELGVCTATEDFEDVVRVCNQLDIPYYAVNFEKQYWDKVFTYFLDEYKAGRTPNPDVMCNKEIKFKAFMDHALSLGADYVATGHYARVREQKGRFELLRGIDDNKDQTYFLNQLTEDVLSKVMFPLGHLPKSEVRKIAKENDLATATKKDSTGICFIGERNFKAFLSEYLPAQPGEMQTLDGVVKGRHDGLMYYTIGQRQGLGIGGAGDPWFVVGKNIAKNILYVEQGYSNKKLFSDALTATDVNWIQSDKINEVFTCTAKFRYRQDDSPVTVTLLDNNQVHVVFKESQRAITPGQAVVFYDGEICLGGGTIDKIFKRECQLDYVG				NA	NA	NA	NA	NA
AK148_01380	1152	iscS_1		Cysteine desulfurase IscS	TTGGAACATATATATTTGGATCACGCGGCAACGACACCCGTTCATCCACAAGTATTAAAACGCATGTGTGAAGTAGAAAAAGAGACTTTTGGGAATCCATCCAGCGTGCATGCTTTTGGAAGAAAAGCGCGACAACTTGTAGATAGCGCTAGATCCCATATTGCTAAACGTATGGGCGCTAACGAAAAAGAAATTATTTTTACAAGTGGAGGAACAGAAGCGGATAATTTAGCCTTAGTTGGCGTAGCTAGAGCTAATAGAGACAAAGGAAATCATATTATTGTAACTGCTCAGGAACATCATGCGGTATTACACACTGCGGAAGCTTTGGAAAAAGAAGGTTTTCGTGTCACCTATGTACCTGTAGACAGACAAGGGAAAATTGCGGTTGAGGATGTCATGGATGCATTGACAAGCGAAACTATTCTCGTTTCCGTAATGTATGTAAATAATGAAACAGGCATAATCCAACCCATTCAAGAAATTGCTGAACAAATGCAGCATCATCAAGCCTACTTGCATACGGACGCTGTGCAAGCTTTTGGTTTACTTGCTATTGATGTTCGTGAATTAGGTGTTGATTTACTAACTGTATCTGCCCATAAAATTAACGGTCCAAAAGGCATCGGTTTGTTATATACGAATAAAGACGTACAGTTACAATCCTTGCAATATGGTGGAGAGCAAGAAAGAAAACGGCGTGCAGGAACAGAAGATGTTGCTCGAATCGTAGGCTTTGAAAAGGCTGTTGAATTAGCAGTAGAACATAGAATTGAGCGGGTGGAACAATACCAAGCTCTTAAACAGCAATTTATCAACGGCTTACAGGAACAAGACATTGCCTTTCAAATAAATGGTGACGAACAGAATACAGTCTCTTCGATTGTAAATATTAGCTTTCCAAACACGGCTGTAGAAGCACTCTTAACTAATTTAGACCTCGATGGTGTTGCTGCATCTAGTGGTAGTGCGTGTACGGCAGGGTCTGTAGAACCCTCACATGTGTTAACAGCGATGTACGGTTCAGGGGATGAACACACGACAAATTCGGTTCGATTTAGTTTTGGCCTAGCTAATACTCCAGAAAACATTCAGACTGCTACTAAAAGAATAGCTAAGAGCGTTACGAGACTGACTCAGTCTATAAGGTAA	MEHIYLDHAATTPVHPQVLKRMCEVEKETFGNPSSVHAFGRKARQLVDSARSHIAKRMGANEKEIIFTSGGTEADNLALVGVARANRDKGNHIIVTAQEHHAVLHTAEALEKEGFRVTYVPVDRQGKIAVEDVMDALTSETILVSVMYVNNETGIIQPIQEIAEQMQHHQAYLHTDAVQAFGLLAIDVRELGVDLLTVSAHKINGPKGIGLLYTNKDVQLQSLQYGGEQERKRRAGTEDVARIVGFEKAVELAVEHRIERVEQYQALKQQFINGLQEQDIAFQINGDEQNTVSSIVNISFPNTAVEALLTNLDLDGVAASSGSACTAGSVEPSHVLTAMYGSGDEHTTNSVRFSFGLANTPENIQTATKRIAKSVTRLTQSIR	PGPT0000065_6174	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
AK148_01381	420	cymR		HTH-type transcriptional regulator CymR	ATGAAAATTTCAACCAAAGGAAGATATGGTCTTACTCTTATGATACATCTAGCAAAATGTCATGGCAAAGGTCCTATTTCTCTGAAACAAATAGCGAAGGAAAATCAATTATCAGAGCATTATTTAGAGCAACTAGCCTCACCATTACGAAATGCCGGCTTAATTCGGAGTATTCGCGGTGCATATGGTGGTTATGTATTAGCTAAGGAACCAATGGATATAAAAGCTGGTGACATCATTCGTGTATTAGAAGGCCCGATTACGCCCGTAGAAGGAATAGAAAATGAAGAACCAGCAAAGCAAGCTTTGTGGCGAAGAATCCGTGATGCAGTTAAAGACGTATTAGACACGACGACGTTAAAAGATTTAGCTGAGCATAATGATGATGAACCACAAGATGCTTATATGTTTTATATTTAA	MKISTKGRYGLTLMIHLAKCHGKGPISLKQIAKENQLSEHYLEQLASPLRNAGLIRSIRGAYGGYVLAKEPMDIKAGDIIRVLEGPITPVEGIENEEPAKQALWRRIRDAVKDVLDTTTLKDLAEHNDDEPQDAYMFYI	PGPT0004960_1213	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE-ANTIMONY_HOMEOSTASIS,PGPT0004960-iscR-K13643	NA	NA
AK148_01382	1269		COG2256	putative AAA domain-containing protein	ATGAAACAAAAACCACTTGCATTTCAAATGAGACCTGAACATATTGATGAAATTATTGGTCAAGAGCATTTAGTTGGCGAAGGGAAAATTATTCGTCGGATGGTAACTGCTAAGCGACTTGCATCCATGATATTATTTGGACCGCCTGGTACGGGAAAAACATCCATGGCAATAGCCTTGGCAAAAAGCTTAGCAATGCCAGTAAAAACATTAAATGCAGTAACAGATAAAAAAAGAGACATGGAAATTGTTGTGGAAGAAGCAAAAATGACAGGACAATTGGTACTCATTTTAGACGAAGTACATCGTTTAGATAAAGCGAAGCAAGATTTTTTGCTCCCACATCTTGAGAGTAATTTAGTAATTATGATTGGTTGTACAACAAGCAATCCTTATCACTCCATTAATCCTGCGATTCGCAGCAGATGTCATCTGTTTGAATTGCATCGACTAACAACGGAGCATGTCAAGCAAGCAATTCAACGAGCATTAAAAGATGAAGTAAACGGCTACGGCAGCTCGTCCATTTACATTTCTGAGAAAGCATTAGATCATTTTGCGTTTAGTGCTAACGGAGATCTGCGTGCAGCATTAAATGGGTTGGAGCTAGCAGTAGCATCCACACCAGAGAATGAGGAGAAACAAATTTCTATCACCTTAACAACAGCGGAAGAGTGTATGCAGAAAAAGAGCTTTTCACATGATAAAAATGGTGATGCACATTATGATGTGCTTTCTGCTTTTCAAAAATCCATTCGTGGAAGCGATGTTGACGCTGCACTTCATTATTTAGCCAGATTAGTCGAAGCTGGTGATTTAGAAAGTATCGGGCGGAGAATGGTTGTAACTGCGTATGAAGATATTGGATTAGCCAATCCACAAGCAGGACCACGGACGTTAACAGCTGTACAAGCTGCGGAAAGGCTGGGCTTTCCAGAAGCTAGAATCCCATTAGCTGTTGCAATTATTGAACTTTGTTTATCTCCAAAATCCAATTCAGCCTATAAAGCTTTAGACAAAGCTTTACAAGATGTACGCAGCGGAAAAGGCGGAGAAGTTCCTGCCCATATTAAAGATGCTCATTACGCTGGTGCACAAACATTAGGAAGAGGAACACAGTATCAGTATCCACACGACCATGAGAGTGGTTGGGTAAGGCAACAATATTTACCTGAGGCAATCAAACATAAGCAATACTATGAACCTAAAGCTACAGGAAAATTTGAACAAGCTATGAAACAAGTTTATGAGAGAATAAAGAAAGATTAG	MKQKPLAFQMRPEHIDEIIGQEHLVGEGKIIRRMVTAKRLASMILFGPPGTGKTSMAIALAKSLAMPVKTLNAVTDKKRDMEIVVEEAKMTGQLVLILDEVHRLDKAKQDFLLPHLESNLVIMIGCTTSNPYHSINPAIRSRCHLFELHRLTTEHVKQAIQRALKDEVNGYGSSSIYISEKALDHFAFSANGDLRAALNGLELAVASTPENEEKQISITLTTAEECMQKKSFSHDKNGDAHYDVLSAFQKSIRGSDVDAALHYLARLVEAGDLESIGRRMVVTAYEDIGLANPQAGPRTLTAVQAAERLGFPEARIPLAVAIIELCLSPKSNSAYKALDKALQDVRSGKGGEVPAHIKDAHYAGAQTLGRGTQYQYPHDHESGWVRQQYLPEAIKHKQYYEPKATGKFEQAMKQVYERIKKD				NA	NA	NA	NA	NA
AK148_01383	681	rsfA		Prespore-specific transcriptional regulator RsfA	ATGGCTAAGGTCAGACAAGATGCATGGTCACATGAAGATGATCTATTATTGGCAGAAACCGTCTTACGTCACATTAGAGAAGGAAGTACGCAACTGAATGCTTTTGAAGAGGTTGGAGATAAATTAAATCGTACTTCTGCCGCTTGTGGGTTTCGTTGGAATGCAGAAATACGCAATAAGTATGTAAATGCTATTGATCTCGCAAAACGCCAACGAAAAGAAAAGAAACGGGCTATGGCTAGAGCAGAAAAAGCAGAACATAAACCAACCCTTGTAGCTTCATCAGCTGCAAAACATCAAGAGGCGGAGCAGTTTCAAACATCAACTGAAACTCCTATAAACGCCAATTCTTTCAATTCTCACATAACAATGGATGAGGTCATTCATTTTTTAAGAGAATTAGAAAAGCAATCGTTACATTCAAATCAATCACAAGCATCACTTGAACACGTTCAAAAAGAAAAAGAAGAATTACAGAAGCAAGTAGATAGATTGACTCAAGAATTAAAACAAACAAAATCGCAATTAGCGACGATGCAGGAGGACTATCAAGCATTTATTCAAATTATGGATAGGGCGAGAAAAATGACTGTGTTAGAAGATCAAGATATGAGGACTGCACCAGCATTCCGAATGGATAAAAATGGGAATTTGCAACAATTAGCGCAAGGATCTAATTGA	MAKVRQDAWSHEDDLLLAETVLRHIREGSTQLNAFEEVGDKLNRTSAACGFRWNAEIRNKYVNAIDLAKRQRKEKKRAMARAEKAEHKPTLVASSAAKHQEAEQFQTSTETPINANSFNSHITMDEVIHFLRELEKQSLHSNQSQASLEHVQKEKEELQKQVDRLTQELKQTKSQLATMQEDYQAFIQIMDRARKMTVLEDQDMRTAPAFRMDKNGNLQQLAQGSN				NA	NA	NA	NA	NA
AK148_01385	1782	aspS		Aspartate--tRNA ligase	ATGAGTAAGCAGCAACGTGTAATGGCTGGTTCACTAAGTGAAGCTAGGGTAAAAGAATCTGTCCTTTTAAGAGGTTGGGTACAAAAGCGCCGCGATTTAGGAGGCTTAATATTTATCGATTTACGTGATGCTTCTGGTGTTGTACAAATTGTATTTAACCCAGATCATTCACAAAGAGCGTTAGAGATAGCTGAAAATATTCGCAGTGAATATGTAGTTGAAGTAGAGGGAACCGTTGTAAAACGTGATTCCTCAACGGTTAATCCTACTATGAAAACAGGGAAAATTGAAGTGATCGTTTCTGCGATTACGATTTTAAACAAAGCGAAAACACCACCTTTTGCGATTCAAGATAAAGCAGAAGTATCCGAAGATTTACGATTATCTTATCGTTATCTTGATTTGCGCAGACAGCCATTGCAAGAAACGTTTAAGTTAAGGCATCACATTACACAGGCTGTTCGCCACTATTTAAACGAACAGCAGTTTTTAGAGATGGAAACACCTATTTTAACTAAAAGTACACCAGAAGGAGCGAGGGATTATCTTGTTCCAAGTCGTGTGCACCAAGGTGAGTTTTATGCTTTACCACAGTCGCCTCAATTGTTTAAACAGTTGATTATGATGGGGGGATTTGAAAAGTATTACCAAATTGCTCGTTGTTTTCGTGATGAAGATTTACGAGCAGATCGCCAGCCTGAATTTACACAAATTGATGTGGAAACATCATTCTTAACAAGCGATGAAATCATGCAGTTAACAGAAGAAATGATGCAATTTGTTATGAAAGAAGTGAAAGGAATAGACATCTCCCTTCCGTTAAAACGCATGCCGTATGATGAGGCAATGGCACGATATGGTTCTGATAAACCAGATACTCGTTTTGGAATGGAATTAATTCATGTTGGAGAGATTGTGAAGAAATCGGGCTTTAAAGTATTTCAAAGCGCTATTGAATCAGGCGGTTTAGTAGCTTTGTTGAATGTAAAACAACAGGCAAAGACATATTCACGCAAAGATATTGATAAACTTACGGAGTTTGTTAAAGTGTATGGTGCTAAAGGTCTTGCATGGCTTAAAGTGGAAGGAGAAGAATTAAAAGGACCGATTGCCAAATTTATTTCTGAAGAAGAAAAAGCAGGTTTAATGGAAAAAGCACAAGCGGAAGATGGCGATTTGTTATTATTTGTGGCAGATAAAACCAATGTTGTTTACGATAGCTTAGGCGCTCTTCGTTTAAAATTAGGAAAAGAGTTACATTTGATAGACAACACTGCTTATCATTTTCTATGGGTGACGGATTGGCCGTTATTAGAATATGATGAAGAGCAAGGAAGGTATTTTGCAGCGCACCATCCGTTTACTTCACCAATTGAATCGGACATAGAAAAGCTTGCTACAGAGCCGGAAAATGTCAGAGCAAATGCATATGATTTAGTCTTGAATGGCTACGAATTAGGCGGTGGGTCTGTTCGTATTCATCAAGTAGAGTTGCAAAAGAAAATGTTTAAGGTGTTAGGCTTTTCTGAAGCGGACGCACAAGAACAGTTTGGTTTTCTATTAGAAGCTTTAGAATATGGCGCTCCACCACATGGCGGCGTAGCCTTGGGGCTTGATCGAATTGTCATGCTTTTAGCTGGTAGAACGAATTTACGAGACACGATTCTATTTCCGAAAACAGCTTCTGCTTCCGATCTATTAACAAATGCACCGAGCGAAGTGGACCCAAGTCAATTAGATGAACTGTCTATTCAACTCAAATCTCAAAATCAAGATAAATAG	MSKQQRVMAGSLSEARVKESVLLRGWVQKRRDLGGLIFIDLRDASGVVQIVFNPDHSQRALEIAENIRSEYVVEVEGTVVKRDSSTVNPTMKTGKIEVIVSAITILNKAKTPPFAIQDKAEVSEDLRLSYRYLDLRRQPLQETFKLRHHITQAVRHYLNEQQFLEMETPILTKSTPEGARDYLVPSRVHQGEFYALPQSPQLFKQLIMMGGFEKYYQIARCFRDEDLRADRQPEFTQIDVETSFLTSDEIMQLTEEMMQFVMKEVKGIDISLPLKRMPYDEAMARYGSDKPDTRFGMELIHVGEIVKKSGFKVFQSAIESGGLVALLNVKQQAKTYSRKDIDKLTEFVKVYGAKGLAWLKVEGEELKGPIAKFISEEEKAGLMEKAQAEDGDLLLFVADKTNVVYDSLGALRLKLGKELHLIDNTAYHFLWVTDWPLLEYDEEQGRYFAAHHPFTSPIESDIEKLATEPENVRANAYDLVLNGYELGGGSVRIHQVELQKKMFKVLGFSEADAQEQFGFLLEALEYGAPPHGGVALGLDRIVMLLAGRTNLRDTILFPKTASASDLLTNAPSEVDPSQLDELSIQLKSQNQDK				NA	NA	NA	NA	NA
AK148_01386	1290	hisS	COG0124	Histidine--tRNA ligase	ATGAGCTATAAAGCGCCACGAGGTACGACTGACATACTGCCTGAAGATGCAAAAAAATGGCAGTGGGTAGAAGAAACAATTAAACAGGTATGTAACAAATTTCATTATGAAGAAATTCGTACACCTGTATTTGAACATACGGAAGTGTTTCAACGTGGGGTCGGTAATACAACAGATATTGTTCAAAAAGAAATGTACACTTTTGAAGATCGAGGTGGGAGGAGTATTACTTTACGACCAGAGGGAACAGCTCCTGTCGTTCGTTCTTTTGTAGAGCATAAACTGCACGGCTTGGCAAACCAACCAACAAAACTTTATTACTTTGCAGAAATGTTCCGATATGAACGGCCACAAAAAGGGAGGATGCGACAATTAAATCAATTTGGAGTAGAAGTATTGGGTAGTGCAGACCCAGCTGTCGATGCAGAAGTTATTGATTTAGCAATGACCTGCTATCAAGAAATGGGCTTAACATCTTTAAAATTAGTAATTAATTCACTCGGAGATAAAGAAAGTAGAGAAAATCATAGACAAGCGCTTATCGCGCACTTTACGCCGCATAAGCATGAACTCTGCTCTGATTGCCAAACGCGTCTACAAAACAATCCATTACGTGTACTAGATTGTAAACAAGATCGGGATCATCCAGCAATGCAAACTGCTCCGTCTATTTTAGATTATTTAAATGAGGAGTCTGAAGCGTATTTTGAACAAGTTAAAGACCATTTGGATAATATTGGAATTTCCTATGAAATAGATAAAAACTTGGTTCGCGGTCTAGATTATTACAACCATACGGCATTTGAAATCATGAGTGAAGCAGACGGATTCGGTGCGATTACAACTCTAGCAGGTGGTGGTAGATACAATGGCTTAGTGGAGGAATTAGGAGGACCAAACACGCCTGGAATCGGATTTGGAATGGGTCTTGAACGATTGCTTATGGCATTAGAAGCTGAAAATCAAGTTATCCCTGTCGACCGTTCATTGGAAGCTTATGTCGTAGCAGTGGATGAACAAGCACAAAAAGAGGCCGTAATGCTCGTTTCTAAACTGCGCAAGCATGGTGTGCAGGCAGATAAGGACTATTTAGGAAGAAAAATGAAGGGGCAATTCAAAGCAGCTGACCGTTATGCAGCTAAATATGTATTAATTATTGGAGAAAATGAGCTTGAAGAAAAGACGATTACGGTAAAAGAAATGAGTACAGGAGAGCAAGCAACGGTCGCTAAAGATCAAATAATTGATGTAATGAAGGAAAAGTGTGTAGGAGGAAGAGAACATGAGTAA	MSYKAPRGTTDILPEDAKKWQWVEETIKQVCNKFHYEEIRTPVFEHTEVFQRGVGNTTDIVQKEMYTFEDRGGRSITLRPEGTAPVVRSFVEHKLHGLANQPTKLYYFAEMFRYERPQKGRMRQLNQFGVEVLGSADPAVDAEVIDLAMTCYQEMGLTSLKLVINSLGDKESRENHRQALIAHFTPHKHELCSDCQTRLQNNPLRVLDCKQDRDHPAMQTAPSILDYLNEESEAYFEQVKDHLDNIGISYEIDKNLVRGLDYYNHTAFEIMSEADGFGAITTLAGGGRYNGLVEELGGPNTPGIGFGMGLERLLMALEAENQVIPVDRSLEAYVVAVDEQAQKEAVMLVSKLRKHGVQADKDYLGRKMKGQFKAADRYAAKYVLIIGENELEEKTITVKEMSTGEQATVAKDQIIDVMKEKCVGGREHE				NA	NA	NA	NA	NA
AK148_01388	135			hypothetical protein	TTGGTTGCCGAATTGACCAGAGAAAAAATGCCAATGGCTGGAAGCATTTTACATATTCGCCCAATGAAAGACGCTCCAGAGGTTTTATATCGAATTTTAGTAGGTATAAACGTATCGCAGGCGTTAACTGCATAA	MVAELTREKMPMAGSILHIRPMKDAPEVLYRILVGINVSQALTA				NA	NA	NA	NA	NA
AK148_01389	177			hypothetical protein	ATGCATAAATCAAAAAAACAGTGGAATGCTCATCGACATACGGACTTGTTTGCAGTGAATTTACATCAGGTTATGGAGTTAGTAGAAGCGGAGGCAAATCATATGGAGATGGCAGAAGAATTAGGTTTATCGTTAAGGGAAATTCATGTATTAAAGAAAAAAATCAATCGTGCTTGA	MHKSKKQWNAHRHTDLFAVNLHQVMELVEAEANHMEMAEELGLSLREIHVLKKKINRA				NA	NA	NA	NA	NA
AK148_01390	1056			hypothetical protein	TTGAATAAACGTATAGTGGTTATTTCCATTCTAATACTGTTGTTTACTTTTAATTTGGACAAACCTGTTAGTTTTGCAAAACAAGGTACTATTACAGAAGATAACGTGCATGTGCGTTCGGGGCCTGGAACAGAATTTCAAATAATAACACAAATTCATGATGGAACGGCATTTACATTTATAAAACGACAGGCAGAGTGGGTAGAAATACAATTAGAAGATAGTAACGTCGGTTGGGTTCATGCTAAATATCTAAGAAGCATCAATGACCAAGTCGATACACCGTCTACAATCACTATTCCTCATGAAAATACGCAAATTCGTAGCAGTCCAACCACGGACGCTCCTATAGCAAATTTCGCAAAGAAAGGAAGTTCGTTTCAAGTTATTTCCTCCAAAGGGGACTGGTATGAAATACAAAACAAAGCAATACATGGGTTCGTATATAAAGCCCTTACTGAACCCATCTCCCTCCCTATGAAAGAAAGCAGTTTTGCTAACAAATCGATTGTTATTGACGTTGGTCATGGCGGAAGAGATGTTGGAGCGATAGGTGCAAGCGGCGTGTTTGAAAAAGAAGTGGCTTTTTTGACAGCTCAAGAATTAACAAATGAACTGTCCATGCTCGGTGCAAATGTTCGATTAACAAGAAGAAATGACGAGTATATCCCTTTAAATAGTAGAATTAGCTATAGCAACAATTTTGATACAGATATATTTATCAGCTTACACTACAACAGCGTACCAAACTTACCTAATGTTACTGGTATCGAATCTTTTTACTACAAAGAAGCAAATAAAAAATTAGCTGCTTCGATCCAAAAGAAAGTATTCGATGCTGTTCAGGCAGATGATCGTGGTACATCATTTGGAGATTTTTTAGTATTGAGGCAAAACTTGAAGCCGGCTATCTTACTAGAATTAGGGTTTATCTCCAATAAAGCAGAAGAAGCACGCCTTCTAACGACAATGTACCAGAAAAAGCTTGTTTCTGGCATCATCCAAGGGTTAGGTTCCTATTTTGCACGTTCTGAGATTGGTAAAACTGAATACTGA	MNKRIVVISILILLFTFNLDKPVSFAKQGTITEDNVHVRSGPGTEFQIITQIHDGTAFTFIKRQAEWVEIQLEDSNVGWVHAKYLRSINDQVDTPSTITIPHENTQIRSSPTTDAPIANFAKKGSSFQVISSKGDWYEIQNKAIHGFVYKALTEPISLPMKESSFANKSIVIDVGHGGRDVGAIGASGVFEKEVAFLTAQELTNELSMLGANVRLTRRNDEYIPLNSRISYSNNFDTDIFISLHYNSVPNLPNVTGIESFYYKEANKKLAASIQKKVFDAVQADDRGTSFGDFLVLRQNLKPAILLELGFISNKAEEARLLTTMYQKKLVSGIIQGLGSYFARSEIGKTEY	PGPT0024160_4643	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448	NA	NA
AK148_01391	447	dtd	COG1490	D-aminoacyl-tRNA deacylase	ATGAGAGCAGTCATTCAACGTGCAAAAGGAGCGAGCGTTTCAGTTAATAATTCTATTATTGGACAAATAGAACATGGGTTTGTTGTATTGCTTGGCGTAACTCATGATGATACGATCGAGGATGCAACTTATTTAGCAAAAAAAATCGTCCAACTTCGTGTTTTTGAAGACGAACAGCAAAAGTTAAATTTATCATTAAAAGATGTAAAGGGAAGTATTTTATCCGTTTCGCAATTTACATTGTATGGGGATACGAAAAAGGGACGCAGACCAAATTTCATGCATGCAGCTAAACCAGAAAAAGCAAATGAACTGTACCTTCAATTTAATCGGTTAGTTACGGACGAAGGTGTTCATGTAGAAACTGGGGCATTTGGGGAAATGATGGATGTTCAATTGACAAATTCAGGTCCTGTTACGTTAATTTTAGATAGTAAACAAAGATAA	MRAVIQRAKGASVSVNNSIIGQIEHGFVVLLGVTHDDTIEDATYLAKKIVQLRVFEDEQQKLNLSLKDVKGSILSVSQFTLYGDTKKGRRPNFMHAAKPEKANELYLQFNRLVTDEGVHVETGAFGEMMDVQLTNSGPVTLILDSKQR				NA	NA	NA	NA	NA
AK148_01392	2202	relA	COG0317	GTP pyrophosphokinase	ATGGCAAAAACCGATATAATGACAATAGATGATATTTTAAATAAGGCAAGTCAGTATCTGTCGGAAGATGATACTGCTTTTATTCGCCAAGCCTATGAATTTGCCGAAGAAGCTCATGCTGATCAATTTAGAAAGTCGGGGGAGCCGTATATTATCCACCCTGTACAGGTAGCAGGCATATTAACGGAGCTCGGGATGGACGCTGAAACAATCGCAGGAGGATTTCTTCATGATGTGGTTGAAGACACAGATGTGACTGTGGAAGAAGTGGAAGAAGTATTTAATCATGAAGTAGCTATGCTAGTTGATGGGGTTACAAAGTTAGGGAAAATTAAATATAAATCAAAAGAAGCGCAGCAAGCAGAAAATCATCGAAAAATGTTTGTTGCCATGGCGAAAGATATCCGTGTGATTTTAATTAAATTGGCAGATCGCTTGCATAATATGCGTACTTTAAAACATTTGCCTCCAGAAAAACAGCGTCGCATTGCAAATGAAACCTTAGAAATTTTTTCACCGTTAGCACATCGATTAGGAATTTCAACCATCAAATGGGAATTAGAGGATACAGCATTACGCTATTTAAATCCTCAGCAATATTATCGAATTGTTCAATTAATGAAACAAAAAAGAGATCAGCGTGAATCATATATTAAAGAAGTAATGGATCAAGTTTCCAAACAATTAAGAGAAATGAATATAGATGCTGAATTATCTGGCCGTCCAAAACATTTATATAGTATATATCGGAAAATGGTAAAACAAAATAAACAGTTCAATGAGATATATGATTTGCTTGCTGTGCGCATTTTAGTTAATAGCATTAAGGATTGTTATGCTGTTCTTGGCATTATCCATACTTGTTGGAAGCCGATGCCTGGGAGATTTAAAGATTATATTGCTATGCCAAAACCAAACCTGTATCAATCGTTGCACACGACCGTTATAGGTCCAAAAGGTGACCCGCTAGAAGTGCAAATTCGCACAAGAGAAATGCATGAAATAGCCGAATATGGAATTGCAGCTCATTGGGCGTACAAAGAAGGCAAGCAAGTTCAAAATGATAAAAAGTCTTTTGAAGAGAAATTAACTTGGTTTAGGGAGATTTTGGAATGGCAAAATGATACACATGACGCGGAAGAATTCATGGAATCCTTAAAGGTCGATTTATTCTCAGACATGGTATATGTGTTTACTCCAAAGGGAGATGTTATTGAGCTACCAGCTGGTTCCGTTCCCTTGGATTTTGCCTATAAAATTCATACAGAAATAGGTAATAAAACGATTGGGGCAAAAGTTAACGGAAAGATGGAGCCACTTGATTATAAATTGAAAAACGGCGATATAGTTGAAATGATGACGTCAAAACATTCTTATGGCCCCTCTCAAGATTGGCTTAAAATAACCCAAACTTCTCAAGCTAAAAGTAAGATTAAGCAATTTTTTAAAAAACAGCGTCGAGAAGAAAATGTGTTAAAAGGGAAAGAAGCTGTGGAACGTGAAATTCGTAGCTTTAGTATTGAACCCAAAGATGTGCTAAAGCAAGATAACTTACAGCGTGTGTATGAAAAATATAATTTCTCTAATGAAGAAGATATGTATGCAGCGGTAGGCTATCAAGGTATTACTGCTGCATCTATAGCAACAAAGTTAACAGAAAAATTAAGACAATCGAAAGAAAAACAACAAGCTCTTGAACAAACCATTGAAGAAGTTAAAACAGATGGTAAACAAAAGAAAGTCAGTAAACGAGATTCTGGAGTGAAAGTAGAAGGGATTGACAATTTACTTGTCCGTTTATCTAAATGTTGTAACCCAGTACCAGGCGACCAAATAGTAGGATATATCACAAAAGGAAGAGGCGTATCCGTTCATCGAGCTGACTGCCCCAATGTGCAGACAGAAGAAGCTAAGCAACGATTTTTGCATGTCGAATGGGAAAATAATCGTACAGAACAGAAACAATATCATGTGGATTTAGAAATATCGGGTTATGATCGACGAGGATTAGTGAACGAAGTGCTACAAGCCGTAAATGAAACCAAGACGAATATAACATATGTGAATGGTAGGTCAGATAGAAATAAGATGGCAATTATTCAAATAACCATTCTGATTCATAATACAGCACATCTTCGAAAAATAGTGGAGCGCATTAAACAAATTCCTGAAGTGTATTCCGTAAAACGTACATTGCATTAA	MAKTDIMTIDDILNKASQYLSEDDTAFIRQAYEFAEEAHADQFRKSGEPYIIHPVQVAGILTELGMDAETIAGGFLHDVVEDTDVTVEEVEEVFNHEVAMLVDGVTKLGKIKYKSKEAQQAENHRKMFVAMAKDIRVILIKLADRLHNMRTLKHLPPEKQRRIANETLEIFSPLAHRLGISTIKWELEDTALRYLNPQQYYRIVQLMKQKRDQRESYIKEVMDQVSKQLREMNIDAELSGRPKHLYSIYRKMVKQNKQFNEIYDLLAVRILVNSIKDCYAVLGIIHTCWKPMPGRFKDYIAMPKPNLYQSLHTTVIGPKGDPLEVQIRTREMHEIAEYGIAAHWAYKEGKQVQNDKKSFEEKLTWFREILEWQNDTHDAEEFMESLKVDLFSDMVYVFTPKGDVIELPAGSVPLDFAYKIHTEIGNKTIGAKVNGKMEPLDYKLKNGDIVEMMTSKHSYGPSQDWLKITQTSQAKSKIKQFFKKQRREENVLKGKEAVEREIRSFSIEPKDVLKQDNLQRVYEKYNFSNEEDMYAAVGYQGITAASIATKLTEKLRQSKEKQQALEQTIEEVKTDGKQKKVSKRDSGVKVEGIDNLLVRLSKCCNPVPGDQIVGYITKGRGVSVHRADCPNVQTEEAKQRFLHVEWENNRTEQKQYHVDLEISGYDRRGLVNEVLQAVNETKTNITYVNGRSDRNKMAIIQITILIHNTAHLRKIVERIKQIPEVYSVKRTLH	PGPT0014310_2462	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014310-spoT-K01139	NA	NA
AK148_01393	513	apt		Adenine phosphoribosyltransferase	ATGGATTATAAAAAATATATTAAAATTGTAGAAGATTGGCCAAAGGAAGGAATTAAATTTAAAGACATTACACCATTAATGGCAAATGGGGAAGCCTTTCATTCAGCAGTAGACGAAATTGTGGAATACGCGCAACAAAAAGAAATAGATGTCGTTGTAGGTCCAGAAGCGAGAGGATTTATTATAGGATGTCCCGTCTCTTATTCGTTAGGAGTTGGATTTGCTCCAGTGAGAAAGGAGGGGAAACTTCCGCGTGAAGTTATTAAAGTAGATTATGGTTTGGAGTACGGAAAAAATGTCTTAACCATTCATAAAGATGCAATTAAACCGGGCCAACGCGTATTAATTACAGATGATTTATTAGCAACAGGGGGTACGATTCAAGCAACCATTCAATTAGTAGAAGAACTCGGTGGTGTTGTTGCTGGATGTGCATTTATTATTGAATTAAGTTATTTAAATGGAATGGACAAACTAAAAGGTTATGATGTACTATCTTTGATGCGTTTTTAA	MDYKKYIKIVEDWPKEGIKFKDITPLMANGEAFHSAVDEIVEYAQQKEIDVVVGPEARGFIIGCPVSYSLGVGFAPVRKEGKLPREVIKVDYGLEYGKNVLTIHKDAIKPGQRVLITDDLLATGGTIQATIQLVEELGGVVAGCAFIIELSYLNGMDKLKGYDVLSLMRF	PGPT0021455_4719	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021455-apt-K00759	NA	NA
AK148_01394	2325			hypothetical protein	ATGTTGGCAAGTAAGGCGAATTGGAATTTTATGGAACAAGTAATAACGAACGTAGAAAGGGACAACGACTCCCCGTCTATTTCCCCTATCATTGAAAAATTACTAGTACAAAGAGGGGTTACGACAAAGCAAGCTGTATCTAAATTTTTAAAACCAGATGTAGAAGATTTACATAGTCCAGATAAACTTCTTTCCATAGATAAAGCAGTAAAAAGAGTGAAATTAGCAATTGAACAAGGTGAAAAACTGCTTGTGTTTGGTGATTATGATGCTGATGGAGTTACTGCTACAACGGTTTTGATAAAGGCATTACAAGAATTAGGTGCTCAATGCGACTATTATATCCCGAATCGTTTTACAGAGGGGTATGGACCAAATGAAGCTGCTTTTCGGCAAGCACATCGAGAGGGTTATACACTTATAATAACGGTAGACACCGGTATTGCCGCTATAGAAGAAGCAAAAATAGCGCAAGAATTAGACATGGATTTAATTATTACAGACCATCATGAGGTTCAAGCAAATGTACCAGATTGTTATGCGATTATTCATCCTAAATGCTCACCTGATTATTTATTTCAGGAGTTAGCAGGAGTTGGCGTAGCATTTAAATTTGCGCAAGCGTTGCTTGGGTATCTTCCCAAGCAATTGTTAAGTTTTGTTGCAATAGGCACTGTAGCAGACCTTGTACCGTTAGTGGATGAAAATCGTATATTGGTATATCACGGTTTAAAAGAATTAGCAAATACCACCAATCCTGGTTTAAAGGCTTTAAAACGGACTGCAAACATTGACGGTAATGTAACCGAAGAAGATGTGGGTTTTGCTATCGGTCCGAGACTAAATGCTGTAGGAAGGCTTCAATCAGCAGACATGGCAGTTGAATTAATGCTAACTGAAGATCCACAAGAAGCTAAAACCATCGCTGAAGAAATGGAAGAAATAAATAGCGAAAGACAACAAATTGTGCAAAAAATTGTAAAAGAAGCAGAGCAATTACTATCTGATAAAGAGCAGCAAGACGTTATTGTTGTAGCAAAGGAAGGTTGGAATGAAGGGGTATTAGGAATTGTGGCTTCTAAGTTAGTTCGTAAATGGGACAGACCAGCAATTGTTCTGTCTATTAAACCGAATGTAGGAATTGCAAAAGGATCTGCCAGAAGCGTCCCGGCTTTTGATTTATTTCACAATTGCATGCAAGTAAACCATTTATTTGAGCAATTTGGCGGACATTCTCAAGCAGCAGGGATGACATTAGCATTAACGAATGTTCAACCGTTGGAACAAGCCTTAAACAAACAAATCGCTCAACAATTAAGCGAGTCAGACTTCAAACAAGAGCTAAATATTCATGCCACTTTACCTGTTTCACAAATAACTATTCCTTTAATTAAGGAAATTCAACAATTAGCTCCATTTGGAATGCATAACCCAAAACCGTTGTTTCATATAAAAGCTATACCAGAACAATCAAGGCAAATTGGGAGTATGAAAAATCACCTTAAATTGCAGTTCACAGAAGATAATCAACAACTTGATGCGATCGGTTTTGGCTTTGGAGAGTTGTATAACTACCTTACTCCTCATACGCCTGTTAACATCGTAGGGGAGTTAAGCATTAATGAATGGAATGGCAGTCAAAAACCACAGCTAATGATTCAAGACTTGTCTATTGATGAATGGCAGCTGTTTGATCATCGTGGAAAGCGGCAAGTACATGTAAATGAATTTATTCATTCATACGCATCTGTTTTTAGCATAGGAGATCGTACCCGTGCGCAATCTTTAGGAATCCCTCATAAGGACTATCAAGACGACTGGTCTTCTTTGGAAAATGTGGATACATTAATTTTATTTGCACTGCCATCAAACTTAAAAGACTTAGAAGCATTACTGAAACAAATGAAGCCAAAAAATATTCATCTGTGTTATTATGTAAAAGATAGCATTTATTTGCGTGCTTTCCCGTCTAGAGACGACTTTAAAAAGATGTATGTTTTTTTACAACAAAAAAAGGTAGTATCCATTGATAACGATTTACCTCCATTTGCTCAAACAAATGGTTGGAGCAAGGATAAATTGTTGTTCTTAATTCATGTGTTTTACGAACTTCATTTTATACAGATAGAAGGCAGAATTATACAGGTTGAAGAAAAGCCTTTAAAAAAAGATTTGCAGGAGTCAGCAACATATCAGAAACGTTTACAGCAAGCTGAGATTGAAAGGAAACTGTACTACTCAAACTACGAGCAATTAAAAAAACATTTTACAAATTGTATGGAACATTTGGGAAGCCCCAAGGAGGAACAAAGCTATGGATTATAA	MLASKANWNFMEQVITNVERDNDSPSISPIIEKLLVQRGVTTKQAVSKFLKPDVEDLHSPDKLLSIDKAVKRVKLAIEQGEKLLVFGDYDADGVTATTVLIKALQELGAQCDYYIPNRFTEGYGPNEAAFRQAHREGYTLIITVDTGIAAIEEAKIAQELDMDLIITDHHEVQANVPDCYAIIHPKCSPDYLFQELAGVGVAFKFAQALLGYLPKQLLSFVAIGTVADLVPLVDENRILVYHGLKELANTTNPGLKALKRTANIDGNVTEEDVGFAIGPRLNAVGRLQSADMAVELMLTEDPQEAKTIAEEMEEINSERQQIVQKIVKEAEQLLSDKEQQDVIVVAKEGWNEGVLGIVASKLVRKWDRPAIVLSIKPNVGIAKGSARSVPAFDLFHNCMQVNHLFEQFGGHSQAAGMTLALTNVQPLEQALNKQIAQQLSESDFKQELNIHATLPVSQITIPLIKEIQQLAPFGMHNPKPLFHIKAIPEQSRQIGSMKNHLKLQFTEDNQQLDAIGFGFGELYNYLTPHTPVNIVGELSINEWNGSQKPQLMIQDLSIDEWQLFDHRGKRQVHVNEFIHSYASVFSIGDRTRAQSLGIPHKDYQDDWSSLENVDTLILFALPSNLKDLEALLKQMKPKNIHLCYYVKDSIYLRAFPSRDDFKKMYVFLQQKKVVSIDNDLPPFAQTNGWSKDKLLFLIHVFYELHFIQIEGRIIQVEEKPLKKDLQESATYQKRLQQAEIERKLYYSNYEQLKKHFTNCMEHLGSPKEEQSYGL				NA	NA	NA	NA	NA
AK148_01395	327			hypothetical protein	GTGAGAGGTCAAACATATGTTATATTTGCCATAATTTTTGTTATTATCGTAGCAGTATTTGCCGTTACGAATGTGGAGGCAGTGGAGGTGAATTACCTCTTTTGGTCCGCAGAATCACCGTTAATATTAGTCATTCTATTTTCCGTATTAATGGGCGGTTTAATAACCGCAACAGTAGGGTTAATTAAGATGTACCGGATGCAAAGAGAAATGAAACGTCTTGAAGCTGAAAATTTCAACTTGATGAATAGGTTAGAAGAAGAAGGTATTTCACAGACGAAAGAAGAAATGGAAACGGTGCAATTTCATGATGAGGAAGAAAAATAA	MRGQTYVIFAIIFVIIVAVFAVTNVEAVEVNYLFWSAESPLILVILFSVLMGGLITATVGLIKMYRMQREMKRLEAENFNLMNRLEEEGISQTKEEMETVQFHDEEEK	PGPT0014665_493	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_AFFECTED_LIPOPOLYSACCHARIDE_ASSEMBLY,PGPT0014665-lapA-K08992	NA	NA
AK148_01396	2271	secDF	COG0341	Protein translocase subunit SecDF	ATGAAAATAAGAGGCAGAATTGTTGCCTTTTTTCTAATCGTACTTATTTTTGCTGGTACAATTGGAACAACGGTTACAGGGATTACAAAAGATATTAATTTAGGTTTGGACTTACAAGGCGGATTTGAGGTTCTATATGAAGTTGAACCAGTTGACACTCAAAAGGAGGTAGACCGTACAACGTTAGAGTCAACGGTAGAGACGTTAAATGACCGTGTGAATCGACTTGGAATTAGTGAAGCAAGTATAGATATTGAAGGAGAAAACCGCATTCGTGTCCAGCTTGCTGGAGTAGAAAATCAAACCGAAGCGAGAGAATTATTATCTACAACAGCACAGCTTTCTTTTCGTGATGTTAATGATAAAGAACTTTTAAGCGGCAATGATGTTAAGGAAAATAGCGCGAAGCAGGATTTCGATCCTAAAAGTAATCAACCAATCGTTACATTAGAATTGAAGGATGCAGAGAAATTTGGTGAAGTAACGAGTAAAATAAAGGATATGAATAACCCAGAAACGACTTATCCAGATAATTTATTAGTCATTTGGATGGATTACAAAGAAGGTGATTCTTTTGCAGAAGAGTATGGAAAAGAGGATCCTAAATATGTTTCTGCTCCTAGCGTAACGCAGACATTAAATACGAACCAAGTCATGATTTCTGGTAATTTCACTGTGGAATCTGCAAAGCAATTAGCCAATGTCATTAATTCTGGTTCCTTACCGGTACATATGGAAGAGAAATATTCTACATCGGTAGGAGCGCAGTTTGGGGAGCAGGCGTTAAACAAAACTGTTTTTGCAGGGTTTATCGGTGTTGGTATCATCTTTCTCTTTATGATAGCTGTTTATCGTTTTCCTGGCTTAATTGCTGCAATTAATTTAAGTTTCTATATTTACCTTATTTTATTTGTGTTTGAATTAATGAATGGTGTATTGACGTTACCAGGTATTGCTGCTCTTATTCTCGGTGTTGGTATGGCTGTTGATGCCAATGTTATTACATTCGAGCGCATTAAGGAAGAATTACGTACTGGAAAATCGTTAATTTCTTCATTTAAAGCTGGTACGAAGAATTCACTTTCAACCATATTAGATGCAAACATCACCACATTAATTGCAGCTTCCGTATTATTTATTTTTGGAACAAGCTCTGTCAAAGGTTTTGCAACGATGTTAATTGTTAGTATTCTTGTGAGCTTTATTACGGCTGTGTTTGGTACACGTTTACTTTTAAGTTTATGGATAAAAAGTAAGTTTTTAAAACAGCGTCCTAGTTGGTTTGCTGTAAAAAGCTCAGACATTAAAGATATTAAGGATAAGCAAGATGAAGAAGCAAAATTATTTAATCGAGAAATCAATGTTGTACAACATCGAAAGAAATTCTTTTGGATTTCAACGGTTATGGTTGTGCTAGGAATCGTCTCCCTTGCCTTGTTTAAATTAAATCCAGGTATCGACTTTGCAAGTGGTTCCAGAATTGAAATTTTAGCTGAAACTAGCATTACTACAGATGAAGTAGAGAAGGAATTTGGCAAGCTTGACCTTGAAGTTAAATCGATCGTTTCTTCAGGGGAAAATGGAGAGATGGCTATTGCGAGATTTGATAGAGTATTAGGTAAAGACAAAATTGCTGAAGTGAAAAGTCATTTTGTAGACACTTATGGCAATGAGCCAAACGTAAGTGTGGTTTCACCAATTGTTGGTGAAGAGCTCGTAAAAAATGCGGCTTACGCTGTCGCCATTGCTTCTATATTTATGATTATTTATGTCACTATTCGTTTTGAATTCTTTTTCGCTATTACGGCGATCATTGCTTTATTACATGATGCTTTCTTTACAATCGCAATTTTTAGTGTAACGCAAATTGAATTTGATATAACCATTGTAGCGGCTGTTCTTACGATTGTTGGTTATTCTATAAATGATACCATTGTTACATTTGACCGAATTAGAGAGAATTTAAGGAACAAGAAAAAAATCAAATCGTATAAAGAGCTTGCTAGCGTTGTTAATCGAAGTTTAGTACAAACATTTGTACGTAGTATCAATACATCCATTACAACGTTAATTGCAGTATTAGCATTTCTATTTCTAGGTGCTGAATCAATTGGTGGATTTGCAATTGCGTTAACGTTTGGTTTATTAGCTGGTACGTATTCGTCACTTTTCTTAGCCTCACAATTATGGCTTGTATGGAGAGGAAAAATGATTAAGAAAAAACCAGTTGATTTTACAAAGAAAAAGCGTGTAGAAGGCCCACAAGTATAG	MKIRGRIVAFFLIVLIFAGTIGTTVTGITKDINLGLDLQGGFEVLYEVEPVDTQKEVDRTTLESTVETLNDRVNRLGISEASIDIEGENRIRVQLAGVENQTEARELLSTTAQLSFRDVNDKELLSGNDVKENSAKQDFDPKSNQPIVTLELKDAEKFGEVTSKIKDMNNPETTYPDNLLVIWMDYKEGDSFAEEYGKEDPKYVSAPSVTQTLNTNQVMISGNFTVESAKQLANVINSGSLPVHMEEKYSTSVGAQFGEQALNKTVFAGFIGVGIIFLFMIAVYRFPGLIAAINLSFYIYLILFVFELMNGVLTLPGIAALILGVGMAVDANVITFERIKEELRTGKSLISSFKAGTKNSLSTILDANITTLIAASVLFIFGTSSVKGFATMLIVSILVSFITAVFGTRLLLSLWIKSKFLKQRPSWFAVKSSDIKDIKDKQDEEAKLFNREINVVQHRKKFFWISTVMVVLGIVSLALFKLNPGIDFASGSRIEILAETSITTDEVEKEFGKLDLEVKSIVSSGENGEMAIARFDRVLGKDKIAEVKSHFVDTYGNEPNVSVVSPIVGEELVKNAAYAVAIASIFMIIYVTIRFEFFFAITAIIALLHDAFFTIAIFSVTQIEFDITIVAAVLTIVGYSINDTIVTFDRIRENLRNKKKIKSYKELASVVNRSLVQTFVRSINTSITTLIAVLAFLFLGAESIGGFAIALTFGLLAGTYSSLFLASQLWLVWRGKMIKKKPVDFTKKKRVEGPQV	PGPT0025710_1082	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025710-secDF-K12257	NA	NA
AK148_01397	300			hypothetical protein	TTGGAAATCGTACAAACTGTATCTGAATGGAAAGAAATGGTCCGTCCAGCTTTGCAAAGTAAGGCGGAAGAATTTCATTTAATGGGATATGAAGAAGCAACGCCAGAAGATGTTTGGAAATGTCTTGTCGGGAAAGTATGGAAAGGCGACCCTGAAAAAAGAATTTATGAAGTAGTACAAGACATTTTTCAATTGACAACAGCTACTTACATTAGTTATTTAACAGTAAGTGCACAGCAAAATGATGATTTATTTGCTTCTATTGCAGCAGTAACGAATACAGAAATCAATCATCATTAA	MEIVQTVSEWKEMVRPALQSKAEEFHLMGYEEATPEDVWKCLVGKVWKGDPEKRIYEVVQDIFQLTTATYISYLTVSAQQNDDLFASIAAVTNTEINHH				NA	NA	NA	NA	NA
AK148_01398	1551	spoVB	COG2244	Stage V sporulation protein B	ATGACGAAACAAACTTTTTTACAAGGTACACTTATTCTTATTCTTGCAGGTATGATCACACGTTTCCTAGGCTTTATCAATCGAATCGTCGTCGCTCGATTGATTGGTGAAGAAGGTGTTGGTCTTTATATGATGGCTTTACCGACATTTTTTCTCGTCATCACATTAACACAGCTTGGCTTACCTGTTGCTATCTCTAAACGCATTGCCGAAGCAGAAGCTCGTGGCGATGAAGCAAAAACAAAAAAAATTGTCATCGTATCCTTAGTCATTACAGGTATTTCTAGTATTGTCTTTACCACTTTAATGATTGTAACGACACCGTTTGTCGCCACACACCTATTGACTGACGAACGAACACTATACCCACTGTTAGCTATCAGCCCAATCATTCCTATTATAGCTATTTCGTCTGTTTTACGTGGTTATTTTCAAGGAAAGCAAAACATGAAACCACAAAGCTATGCACAAGTGTTAGAACAAATTGTGCGTATAAGTTGTGTAGCAATGTTTGTTAAATTACTCTTGCCTTTCGGTCTTGAATATGCTGCAGCAGGGGCCATGTTTAGTATTATTTTAGGAGAATTTGTGTCTCTTATTTATATGACGCACAAATTCAAACGAAAAAAACGGATTAAAATAAGAACAAACTTTTTTTCTTATTTAGCAACCAGTAAATCTACAATAAAGGAGCTTTTTTCCATTGCTTTACCAAGTACAGGCAGTCGCTTTATCGCCTCTATTTCACATTTTCTGGAGCCAATACTTGTCGCGCAAAGCCTAGCCATAGCAGGGGTATCCACCACATTAGCAACAAAACAATACGGTGAATTAACAGGTTATGTACTACCTTTACTATTTCTACCAACATTTATTACCCATTCGTTATCCATCGCTTTAGTCCCTTCTATTTCTGAAGCGGAGGCAACAAAAAATAAACGGATGATTCATTACCGAATTCATCAAGCCATTCGGATTTCTTTTGCATCTGGAGCCATAGCTACGATTGTACTAGCTTTATTTTCTGTACCTATTTTAACATATATGTACGGAACTGCTAATGCAAGTAAATTTATCACAATAATGGCTCCATTTTTTATTTTACTTTATATCCAAGCTCCATTACAAGCCGCATTACAAGCACTTGACCTTGCTAAATCTGCTATGTGGAATAGTTTAATTGGTGCTTTTTGTAAGCTTGCCGTGCTTTTTTTACTCGCATCCAATCCGAACTTTGGGATTATGGGTGTTGCAATAGCTATTTCCTTAAGCGTCGTATTAATTACACTTTTACATTTAGCAGCTTTGTATAAAGCGATTAAATTTAGCATACCTGTTTTAGATATATCAAAAATGATTGCTCTGCTCTTATTGACTTGGGGAGTAGGTGAGCTATTACAACGTATATACGTAAATATGCAAGGTGGGGTTATACTGTTAATAATCATCTTTGTTATATTAAGTTTCATTTATATACTCTTTTTATTTTTACTTCGCTTTATAACGAAAGAAGAATTAAAACAAATCCCTTTTCTGCAAAAATGGCTTTAA	MTKQTFLQGTLILILAGMITRFLGFINRIVVARLIGEEGVGLYMMALPTFFLVITLTQLGLPVAISKRIAEAEARGDEAKTKKIVIVSLVITGISSIVFTTLMIVTTPFVATHLLTDERTLYPLLAISPIIPIIAISSVLRGYFQGKQNMKPQSYAQVLEQIVRISCVAMFVKLLLPFGLEYAAAGAMFSIILGEFVSLIYMTHKFKRKKRIKIRTNFFSYLATSKSTIKELFSIALPSTGSRFIASISHFLEPILVAQSLAIAGVSTTLATKQYGELTGYVLPLLFLPTFITHSLSIALVPSISEAEATKNKRMIHYRIHQAIRISFASGAIATIVLALFSVPILTYMYGTANASKFITIMAPFFILLYIQAPLQAALQALDLAKSAMWNSLIGAFCKLAVLFLLASNPNFGIMGVAIAISLSVVLITLLHLAALYKAIKFSIPVLDISKMIALLLLTWGVGELLQRIYVNMQGGVILLIIIFVILSFIYILFLFLLRFITKEELKQIPFLQKWL	PGPT0024825_509	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024825-spoVB-K06409	NA	NA
AK148_01399	1293		COG1055	putative transporter	TTGGAAATAATAGTAGCTTCATTGATTTTTATTTGCTGTTACGTATTTATTATGACAGAACAAATCAATCGTGCAGTCGTCACTTTAACAGGTGGCGTATTGCTGTTATTAACAGGTATATATTCTGCAGAACGTATGTTAACAGAATATATTGATTGGAACACAATTGCGCTTTTATTTTCCATGATGGTGCTCATAGCAATAACAGAAAAGACAGGCTTGTTTGGTTTTATAGCTATTCGCTTTGCACAAAAGGTTAAAGGTGATCCAATACCTTTATTAATTGGTGCTGGGGCTTTAACAGGAATTGGTTCTGCTCTATTAGATAACGTCACAACGGTATTAATATTTGTTCCTATTATGCTTAAAATAACCAAGTTATTAAAGCTTCCATCGTTTCCGTACTTGCTAATGATTATTTTCAGTTCTAACATTGGTGGTGCAGCAACGTTAATTGGTGACCCTCCTAATATTATGATTGGACAAGCAGTAGAGCATTTAACATTTTCATCGTTTTTAATTCATATGGCTCCAATTGCTATAATTATGTTCGGAGTGATGCTATTATTTGTTTGGGCGTTGTTTCGTAAATCGTTACGTAGGACAAAATTTGATGTAAAAGAATTATTAGCTATCGATGCACAAACGTACTTGCACCGAACACCCATGTTATATCAGTCGATTACTGTTCTTCTATTAACGATAACTGGGTTTTTATTACACGCTTTTTTGTATGTTGAATTAACTACAGTAGCATTATCTGGAGCTGTGTTACTTCTTCTTTTGACAGAAAAAGAATTAGCGTCGGAAAAGATTTTTGAAAAAGTGGAGTGGGTAACGTTATTCTTTTTTATTGGCTTGTTCACGCTAGTGGGAGGTTTAGAAGAAGTAGGAGTTATTGATGAAATCGCAAGAGCAATTATAGTTATAACGGATGGAGATTATGTACAGACTGTAATATTAATACTATGGGTATCTGGCTTGCTTTCTGGGATCGTAGACAATATCCCCTTTGTTGCAGCAATGATTCCTGTCGTTCAAGAGTTTGAAAGTTATGGAATGGTATATTTAGATCCTGTTTGGTGGGCTTTAGCACTAGGTGCTTGTTTAGGAGGAAACGCGACGTTAATTGGAGCATCTGCTAATGTAGTAGTCACAGGGCTAGCTGAAGGAGCTCATGAAAAAATATCGTTTATTCGGTTTATGTTATATGGATTTCCGTTAGTAATTATATCCTTAGTCGTTTCTACAATCTATATATATTTCCGTTATTTAGTTCCTTATATTGGATAA	MEIIVASLIFICCYVFIMTEQINRAVVTLTGGVLLLLTGIYSAERMLTEYIDWNTIALLFSMMVLIAITEKTGLFGFIAIRFAQKVKGDPIPLLIGAGALTGIGSALLDNVTTVLIFVPIMLKITKLLKLPSFPYLLMIIFSSNIGGAATLIGDPPNIMIGQAVEHLTFSSFLIHMAPIAIIMFGVMLLFVWALFRKSLRRTKFDVKELLAIDAQTYLHRTPMLYQSITVLLLTITGFLLHAFLYVELTTVALSGAVLLLLLTEKELASEKIFEKVEWVTLFFFIGLFTLVGGLEEVGVIDEIARAIIVITDGDYVQTVILILWVSGLLSGIVDNIPFVAAMIPVVQEFESYGMVYLDPVWWALALGACLGGNATLIGASANVVVTGLAEGAHEKISFIRFMLYGFPLVIISLVVSTIYIYFRYLVPYIG				NA	NA	NA	NA	NA
AK148_01400	390			hypothetical protein	ATGAAAAGTAAGCAATGGGTAGCATTATTATATGGTTGGATTATTGTTTTAGGACTTATGATGCTCGCAAGTTTTGTATTAGCTTTGTTGCTTCGCTTTACTACGTTTAATGATCCTGCTTTGTCATGGGTCACTTTCGTCATTGGCCTTATCAGTTTATTTCTTGGGGGGCTTGCAGCAGGCGTTAAAGGAAAAACAAAAGGATGGGTCATTGGTCTGTTTACAGGAATGGGATTTACATTATTCGTTTTATCTGTACAGTACTTAGGCTACCAACAAGGGTTTTCATTTGAACAATCCCTTCACCACGCTGGCTATATGGCCGCTGCATTATTTGGTGGTGCATTAGGTGTCAACATCGTTGGAGATGCGTCGTCAAGCGATAACTAA	MKSKQWVALLYGWIIVLGLMMLASFVLALLLRFTTFNDPALSWVTFVIGLISLFLGGLAAGVKGKTKGWVIGLFTGMGFTLFVLSVQYLGYQQGFSFEQSLHHAGYMAAALFGGALGVNIVGDASSSDN				NA	NA	NA	NA	NA
AK148_01401	258			hypothetical protein	ATGGAAATGTTAGCAACGTTAGCACCACTTATTCTGATGTTTGTGCTTCTGTATTTTATACTTATTCGACCACAGCAAAAGCGCCAAAAGCAAGTCAGAGAAATGCAATCTAATTTGCAAAAAGGGGACGCTGTAGTTACGATTGGCGGTTTTCATGGAGAGATTCATGCAATGGATGAAGATACGCTAGTTTTACAAGCTGGTGACGGATCTAAATTGACTTATGACCGTTCAGCAATACGTGAAGTAAAACAATAA	MEMLATLAPLILMFVLLYFILIRPQQKRQKQVREMQSNLQKGDAVVTIGGFHGEIHAMDEDTLVLQAGDGSKLTYDRSAIREVKQ	PGPT0025730_4040	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025730-yajC-K03210	NA	NA
AK148_01402	1140	tgt		Queuine tRNA-ribosyltransferase	ATGACACCAATTACTTATGAATTAAAGAAAACATGTAAACAAACTGGCGCTAGATTAGGGCGTGTACATACTCCGCACGGCTCGTTTGATACCCCAACCTTTATGCCAGTGGGAACATTAGCCACCGTAAAGACAGTGAGCCCAGAAGAATTAACAGAGATCAATGCCAATATTATTTTATCCAACACCTATCATTTATGGTTGCGACCGGGTGAAGATATTATTAAAGAAGCTGGAGGTTTACATCAGTTTATGAATTGGGATGGAGCAATCTTGACCGATTCGGGAGGATTTCAAGTGTTCAGTTTGAGTGAAAATAGGCATATTACGGAAGAAGGCGTTCATTTTCGTAGTCATTTAAACGGAGAAAAGCTATTTTTATCTCCGGAGAAAGCTATTCAGATACAAAATGCTTTAGGCTCTGACATTATGATGGCGTTAGATGAATGCCCGCCATATCCTGCAGAGTATGACTATATGAAAAGCTCTGTAGAACGAACATCACGTTGGGCTGAAAGATGCTTAAAAGCACATGAACGAACGGATGAGCAAGGATTGTTTGGCATTATCCAAGGTGGTGAATATGAAGCATTAAGAAAGCAAAGCGCGCGTGATTTAATTTCTCTTGACTTTCCTGGTTATGCTATTGGCGGATTATCTGTTGGGGAACCAAAAGACGTCATGAACCGTGTACTTGAATTTACGACACCTCTCATGCCTAGCAATAAACCGAGATACTTAATGGGCGTCGGTTCGCCAGATTCTTTGATCGATGGTGCGATTCGCGGGGTGGATATGTTTGATTGTGTCCTTCCTACTAGAATTGCAAGGAACGGTACTTGTATGACGGCAAATGGTCGTTTGGTCGTGCGGAATGCAAAACACGCACGTGATTTTTCACCCATTGACGAAAATTGTGACTGCCATGTTTGTAAAAATTATACGCGTGCCTATATACGTCACCTAATTAAATGTAATGAAACGTTCGGTTTTAGACTTACTACTTATCATAACCTATATTTTCTGTTAAAATTAATGGAGCAAGTACGAAAAGCGATTAGCGAAGATCGTCTTGGCTCATTTAGAGAGGAATTCTTTGAGCAATACGGTTTTAATAAACCGAATGCTAGGAATTTTTAA	MTPITYELKKTCKQTGARLGRVHTPHGSFDTPTFMPVGTLATVKTVSPEELTEINANIILSNTYHLWLRPGEDIIKEAGGLHQFMNWDGAILTDSGGFQVFSLSENRHITEEGVHFRSHLNGEKLFLSPEKAIQIQNALGSDIMMALDECPPYPAEYDYMKSSVERTSRWAERCLKAHERTDEQGLFGIIQGGEYEALRKQSARDLISLDFPGYAIGGLSVGEPKDVMNRVLEFTTPLMPSNKPRYLMGVGSPDSLIDGAIRGVDMFDCVLPTRIARNGTCMTANGRLVVRNAKHARDFSPIDENCDCHVCKNYTRAYIRHLIKCNETFGFRLTTYHNLYFLLKLMEQVRKAISEDRLGSFREEFFEQYGFNKPNARNF	PGPT0008145_1	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0008145-thyA-K00560	NA	NA
AK148_01403	1032	queA	COG0809	S-adenosylmethionine:tRNA ribosyltransferase-isomerase	ATGAATATTGAAGAATTTGACTTTGATTTACCAAAAGAATTAATTGCTCAGACGCCGTTAAAAGAACGTACGGCTTCAAGGCTGCTTGTTTTAAATAAACAAACGAAAGTTATTTCTCACCACCACTTTTCTGATGTAAAGCAATTTTTAAAACCGGGGGATTGTCTTGTTTTAAATAATACCCGAGTATTACCAGCAAGGCTCCATGGTATAAAAGAGGACACGGGAGCAAATGTTGAAATATTATTGTTACATCAAGTAGATGGGGATTCGTGGGAAATACTTGCAAAGCCGGCAAAAAAAGTAAAGCTTGGAACGGTAATCCGTTTTGGAGATGGTCTCTTAACTGCAACAGTTACGCAAGTGAAAGAGCACGGCGGTCGAGTGGTGGATTTCGCTTATACAGGAATCTTTTATGAGGTACTAGATCAATTAGGTGAGATGCCATTACCGCCTTATATTAAAGAACAACTCCCTGAAAAGGAGCGTTATCAAACCGTCTATGCAAAAGAAGAAGGATCTGCGGCAGCTCCTACTGCTGGACTTCATTTTACCAAGAAACTATTAAATGAATTAGAGCAAATGGGGGTACGCATTGCTTTTATTACATTACATGTAGGACTAGGTACTTTTCGCCCGGTAAGTGTAGAAACAGTGGAAGAGCATGAGATGCATGCAGAATTTTATCACATGGATCAAGATACAGCGGATTTGCTTAATGCCGTTAAACAATCTGACGGTCGAATTATTTCAGTAGGTACTACATCTACACGTACTTTAGAGACTATTGCTAGGGATAATCAAGGGGCTTTTAAGCAAGCTAGTGGTTGGACAGATATTTTTATTTACCCCCCTTATCAGTTTCAAGCAGTTGATGGCTTAATTACTAACTTTCATTTACCTAAATCTACCTTATTGATGTTAATTAGCGCATTTGCTGGTAAAGATGCTGTAATGGAAGCATACCGTGAAGCTGTACAAGAGCAATATCGTTTCTTTAGTTTTGGAGATGCCATGTTTATATATGCTTAA	MNIEEFDFDLPKELIAQTPLKERTASRLLVLNKQTKVISHHHFSDVKQFLKPGDCLVLNNTRVLPARLHGIKEDTGANVEILLLHQVDGDSWEILAKPAKKVKLGTVIRFGDGLLTATVTQVKEHGGRVVDFAYTGIFYEVLDQLGEMPLPPYIKEQLPEKERYQTVYAKEEGSAAAPTAGLHFTKKLLNELEQMGVRIAFITLHVGLGTFRPVSVETVEEHEMHAEFYHMDQDTADLLNAVKQSDGRIISVGTTSTRTLETIARDNQGAFKQASGWTDIFIYPPYQFQAVDGLITNFHLPKSTLLMLISAFAGKDAVMEAYREAVQEQYRFFSFGDAMFIYA	PGPT0023660_3243	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-SAM|QUEUOSINE|LIPID_METABOLISM,PGPT0023660-queA-K07568	NA	NA
AK148_01404	198			hypothetical protein	ATGAACCTCGGTAAAGTCTTTATTGTACTAGGAATTATCTTCTTGCTAATGGGAGTTATTTGGAATTTCATTGGTAAGTTACCAGGGGATATCACGTGGAAAAAAGGAAATATTGTTTTTCATTTTCCTATTGTTACATCTATTGTGGTTAGCTTGATTCTAACCTTGTTGTTTTATATTTTTGGCAAGTTTCGATAA	MNLGKVFIVLGIIFLLMGVIWNFIGKLPGDITWKKGNIVFHFPIVTSIVVSLILTLLFYIFGKFR				NA	NA	NA	NA	NA
AK148_01405	1014	ruvB	COG2255	Holliday junction ATP-dependent DNA helicase RuvB	ATGGAAGATCGTATGGTCACTGGTGAACTGCAAGAAGAGGATGCAACTGTTGAATTAAGTTTGCGCCCGACGATGTTGTCACAATATATTGGACAGCATAAGGTGAAAGAAAACCTACGCATCTTTATTCAGGCTGCTAAAATGCGTGAGGAGCCTTTAGATCACGTTCTTTTATATGGCCCTCCAGGGCTTGGTAAAACAACGTTAGCAGCTATTATTGCCAATGAAATGGGTGTTCAATTTCGATCTACATCAGGCCCTGCTATTGAGCGGGCAGGTGACTTGGCAGCGATTCTTTCTTCTTTAGAAGCAGGGGATGTATTATTTATTGATGAAATCCACCGGCTGCCTAGAACCGTTGAAGAAGTTCTTTATCCTGCTATGGAAGATTTTTTTCTTGATATTGTGATCGGTTCAGGACCGAGTGCAAGATCTGTCAGAATAGACTTACCACCGTTTACATTAGTTGGGGCAACAACAAGAGCTGGTTTGTTATCTGCTCCATTACGTGATCGATTCGGGGTGTTGAGCAGGCTTGATTTTTATGATCCAAAAGATTTATGCATGATTATTGAACGTACTGCCGACATTTTTAATACAAGTATTACAAAAGAGGCAGCTTTGGAGGTTGCTGAGCGATCTAGAGGTACGCCAAGAATTGCGAACCGTCTGTTAAAACGAATTCGCGATATTTCCCAAGTAAAAGGAGAACAGAAAATTAGTTTATCTACTACTGGTCAAGCATTAGAAATGCTACAGGTAGATAAACATGGTTTAGATCATATCGATCACAAACTTTTAAAGGGAATGATGAATCATTTTCAAGGTGGTCCTGTTGGCTTAGATACGATCGCAGCAACGATCGGTGAAGAACCGCAAACAATTGAAGATGTATATGAGCCGTTTTTATTGCAGATTGGGTTTATTCAGCGAACACCACGGGGAAGAATAGTGACTCCAGTGGCCTATGAACACTTTGGATGGAAGGATAGAGCAGATAATGAACCTCGGTAA	MEDRMVTGELQEEDATVELSLRPTMLSQYIGQHKVKENLRIFIQAAKMREEPLDHVLLYGPPGLGKTTLAAIIANEMGVQFRSTSGPAIERAGDLAAILSSLEAGDVLFIDEIHRLPRTVEEVLYPAMEDFFLDIVIGSGPSARSVRIDLPPFTLVGATTRAGLLSAPLRDRFGVLSRLDFYDPKDLCMIIERTADIFNTSITKEAALEVAERSRGTPRIANRLLKRIRDISQVKGEQKISLSTTGQALEMLQVDKHGLDHIDHKLLKGMMNHFQGGPVGLDTIAATIGEEPQTIEDVYEPFLLQIGFIQRTPRGRIVTPVAYEHFGWKDRADNEPR				NA	NA	NA	NA	NA
AK148_01406	600	ruvA	COG0632	Holliday junction ATP-dependent DNA helicase RuvA	ATGATTGCATATATACAAGGGAAGCTTACATATATACACGAAGAAGCGATTATTGTTGATGTACATGGGGTTGGTTATGAAATTATTTGTGCCAATCCATTTGCTTTTCAAGATTTAGAAAATAAAGATATAAAAGTATATACATATCATCATGTTCGCGAGGATGCACAACTGTTATATGGCTTTGAGAACCTTGATGAAAAATATTTGTTTACAAAGCTTATATCTGTCTCAGGCATCGGCCCTAAAGGTGCGATCGCTATTATGGGTTCCGTTCATGTAGGAGAGTTTGCTGCAGCAATTGAACGAGAAGATGAAGCTTTTCTAACTCATTTTCCAGGTATCGGGAAAAAGACAGCAAGGCAAATCATTCTTGATTTAAAAGGAAAATTAACTATTTCAACTACTGTAAATGAAGGACAACAGAAAACAGATGAGCCATTTGATAATACCGCTATTCAAGATGCTAAAGAAGCGTTAAAAGCTTTAGGCTACTCAGAAAACGAAATAAAAGCTACTTTATCTAAATTATCATATACAGGGTCTGAAACAACGGATATGATAGTTCGTAAAGCATTAGCATTACTTATGAAAAATTAA	MIAYIQGKLTYIHEEAIIVDVHGVGYEIICANPFAFQDLENKDIKVYTYHHVREDAQLLYGFENLDEKYLFTKLISVSGIGPKGAIAIMGSVHVGEFAAAIEREDEAFLTHFPGIGKKTARQIILDLKGKLTISTTVNEGQQKTDEPFDNTAIQDAKEALKALGYSENEIKATLSKLSYTGSETTDMIVRKALALLMKN				NA	NA	NA	NA	NA
AK148_01407	732		COG0217	putative transcriptional regulatory protein	ATGGCTGGTCATTCTAAATGGAAAAATATACAACGAAGAAAAAACGCGCAAGATGCAAAAAAAGGAAAAATCTTCATGCGGCATGCCAAAGATATATATACAGCTGCTAAGCAAGGTGGTGGTGATATGGCGTTAAACCCGAGTCTACGCCTTGCTGTTGATAAAGCAAAAGCTGATAATATGCCAAACGATAATATAGATCGTGCAATCAAAAAAGCAACCGGGTCATTAGACGGTGCCAATTTTGAAGAGTTAACATATGAAGGGTATGGTCCTGGAGGGGTAGCTGTCATTGTGCATGTTCTAACAGACAATAAAAATAGAACGGCAGCAGACATACGCCATGCATTCAAAAAAAACAATGGTAACCTAGGTGAAAATGGTAGCGTGTCGTTTATGTTTGACCGTAAAGGTTACATTGTTATTACCGATGAACAAGGTGAAATAGATGAAGACGAATTAACTTTAGAAGCCTTGGAAGCTGGGGCTGAGGATATACAAGTAGAGGAAGGGACGTTTGAAATATTTACAGATCCAGAGAACTTTCCAGAAGTCGTGGATCACTTGATGGAATCTGGTTACGCCATTGCTGATTCGGAAATAACACTTATCCCGCAAACAACTACTACTTTATCAGAAGAAGCCGCTACACAAATGATGAATTTAATTGAAACATTAGAAGACAACGAAGATGTACAAGATATTTATCATAATTTGGAAGTAACGGAATAA	MAGHSKWKNIQRRKNAQDAKKGKIFMRHAKDIYTAAKQGGGDMALNPSLRLAVDKAKADNMPNDNIDRAIKKATGSLDGANFEELTYEGYGPGGVAVIVHVLTDNKNRTAADIRHAFKKNNGNLGENGSVSFMFDRKGYIVITDEQGEIDEDELTLEALEAGAEDIQVEEGTFEIFTDPENFPEVVDHLMESGYAIADSEITLIPQTTTTLSEEAATQMMNLIETLEDNEDVQDIYHNLEVTE				NA	NA	NA	NA	NA
AK148_01408	558			hypothetical protein	ATGTGGTTTAAAATAAGTATTATACTACTCAGTTTGGCTTTTATTGTACTAGGTTGTACGAATGAAGAAGCCGAAAATGATTATCAAGATCATGAAAAAGACAGTACGCAGCCTATTCATTATGAAACAGATAAGGAGAGGGCAGATCGTTTAAGTATTCGAGAAGAGACAATTGGAGAAGAAGGTGGTTATTCACAAAGCAAGCAAGACAACATAAATCGATCCGATTTTAAAAGTGGTTATTCTGATCCTTTTACCAATGAAGAATCAAAATTAATCGCAGAAGCATTACGAGATCATAAACAAATTAGTCAAGCCCAAGTGGCTTCTACAGCAGACCGTATTTTAATAGGAGTAAAATTAAATACGCATGTGACGGATGATGTTGGAGAAGACATTAAAAAAGAAGTAAAGCAGTTACTACCTCAAGCAAATAAAGAAATCATTATTTATACAGACGATGCGCATTGGGAGAAAATGAAAAATATAGAAGCAAGGATAGAAGCAAAGGATAATGGTAAGGAAATGGCAGAGTTTATTAACCAATTTGTAAAATGA	MWFKISIILLSLAFIVLGCTNEEAENDYQDHEKDSTQPIHYETDKERADRLSIREETIGEEGGYSQSKQDNINRSDFKSGYSDPFTNEESKLIAEALRDHKQISQAQVASTADRILIGVKLNTHVTDDVGEDIKKEVKQLLPQANKEIIIYTDDAHWEKMKNIEARIEAKDNGKEMAEFINQFVK				NA	NA	NA	NA	NA
AK148_01409	744	nadE	COG0171	NH(3)-dependent NAD(+) synthetase	TTGAAAAAAGAAGTAGATGAAATTGTAAGTTGGTTACAATTACAAGTGGAAAAAACAGGGGTTAAGGGATTAGCTGTAGGTGTTAGTGGAGGTATTGATTCTGCTGTAGTGGCAGCATTAATTAAAAAAGCTTGTCCAGATAATTCTATAGGGGTAATTATGCCAATCCATTCAAGTGATACTTCTGTAAGAGATGCGAAAGCTGTAGTGGATAAATTAGGTATAGATCATGTAACAATTGATTTAGCTAAGGTGAGGGATAATATGTATAACTCTATTCAATCAGAACTACAAGCAAATCAAATGTATAATACCAATAATGAAAAACTGGCGAAAGCTAATTTAAGTGCACGATTACGAATGAGTACACTATATACGATAGCAACTAATCATAATTATCTCGTTGTCGGTACAGATAATGCTGCGGAATGGCACACAGGCTACTTCACGAAGTATGGTGATGGGGGAGTGGACATTCTTCCTATTGTTGAATTTACAAAAGGAGAAGTGAAGGAATTAGCAGTTTACTTAGGAATTCCTAATGCTGTTGTAAACAAACAGCCTAGTGCAGATTTGTGGGAAGGACAGAGTGATGAAGAAGAAATGGGCATACGTTATGCCTTGATAGACGCATATCTCAAAGGCGAAGATATTCCTCAAGCAGACCGTAAAAAAATTGAAACAATGCACAAAAGAACGGCACATAAGCGTGAAAGTTTACCCTTCTTTTCTCGAAAAAAATAG	MKKEVDEIVSWLQLQVEKTGVKGLAVGVSGGIDSAVVAALIKKACPDNSIGVIMPIHSSDTSVRDAKAVVDKLGIDHVTIDLAKVRDNMYNSIQSELQANQMYNTNNEKLAKANLSARLRMSTLYTIATNHNYLVVGTDNAAEWHTGYFTKYGDGGVDILPIVEFTKGEVKELAVYLGIPNAVVNKQPSADLWEGQSDEEEMGIRYALIDAYLKGEDIPQADRKKIETMHKRTAHKRESLPFFSRKK	PGPT0013445_3122	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013445-nadE-K01916	NA	NA
AK148_01410	987			hypothetical protein	ATGAATTTGAAAATACACATTGTACAAAAAGGTGATACGATGTGGGAGATAGCTCAACAATATGGTGTGGATTTTGAAGAATTAAAGCAATTGAATAGTCAAATTTCCAGTCCAGACATGATTATGCCTGGGATGAAAATAAAAATTCCTGGAAACTCCAAATCAGTAAAACAAAAGCAAATAAAGGAAATGCAGCAACCTCCGACAGAGCAACCATATAAAGAAATACAGAAAAAGCCAACCCCTGTAATTAAGGAAGATGATAAGGAAAAACCGAAAATGGTGAAGCCGGAAATGCCGCCAATGCCGTCTATGCCACCAATGCCACCAATGCAACAAATGTATACCCAACCAATGATGCAAATGCCAGTAATGGAACAAGAGTTTCAAAATTATACAACCATTAACTTTCCACATATGACAGCACAACCGAAGCAAGAAGTAAAGCCTGTTAAAAAGGAAAAGCCGAAAGAGGAGCCAAAACAGGTGAAAGCACAACAGCAACCAATGCCTCAGCCAATGCCAATGATGCAACCACAAGTTCCAATGGCTCCACTATGCTGTTACGTTATGGATCCGTGCTATCCACAAATACCTTTTCAGACGGTAGGACCGAACCCTTGGGCTTGTCATGGTATGGCGATGCCATCAATGCCAATGCCTTATGAGCACGGACAACACGCTAGCATGATGGGAATGGGAAGCCAAGGATATATGCCAACTATGGGAAATGAAATGATGCCACAGATGCAGGCAAATATGGGGGGAGGAGCTCAACCGGCTTGGAACAATCAAATGCAATATGAGTCTCAGGGTATGTATCGCGGCCAAGCGGGAGAAGAAAATCCTGATCAACATACATCAGATGTACATGTGCCGTTGTATCCCCCGTTTCAAAATAACATGAATCAAATGCCATTTCCGATGCCTCCTGGGTATTATGAATTATCACAAAAAGAACAAAGGGAAAAGAAGGAAGATAAATAA	MNLKIHIVQKGDTMWEIAQQYGVDFEELKQLNSQISSPDMIMPGMKIKIPGNSKSVKQKQIKEMQQPPTEQPYKEIQKKPTPVIKEDDKEKPKMVKPEMPPMPSMPPMPPMQQMYTQPMMQMPVMEQEFQNYTTINFPHMTAQPKQEVKPVKKEKPKEEPKQVKAQQQPMPQPMPMMQPQVPMAPLCCYVMDPCYPQIPFQTVGPNPWACHGMAMPSMPMPYEHGQHASMMGMGSQGYMPTMGNEMMPQMQANMGGGAQPAWNNQMQYESQGMYRGQAGEENPDQHTSDVHVPLYPPFQNNMNQMPFPMPPGYYELSQKEQREKKEDK				NA	NA	NA	NA	NA
AK148_01411	861	pheA		Bifunctional chorismate mutase/prephenate dehydratase	GTGACAGCAACTATTGGCTATTTGGGACCTAAAGGTACGTTTACAAAACTAGCAGTGGACAAGACATTTAATGGCGAGGTAAAACATAGTTATTCTACAATACCAGCATGTATTGATGCAGTAAATAATGGGGAGATTAATATAGGTGTTGTACCATTAGAAAATGCAATAGAAGGCACAGTTCAATTGACCGTTGACTATTTAGTGCATCAAGTACGTTTGCCGATTATGGCAGAAATTGTTGTTCCTATACAGCAACATCTTTTGGTGCACGCTAGTTTCACCGGAAAAATGGCTGATATAAAGGAAGTGCACTCTCATAGTCATGCTATTGCACAATGTCATCAGTATATTCATCAACACTTACCAAATGCAACGCTTCATTTTACTTCATCCACAGGTAAAGCAGCTGAACTAATAAGTGAAAGAAAAGGAGAACCATTAGCTGCAATTGGTAATCAATTAGCTGCTAATATATATCGACTCTATACAATTCAGAAAAACATTCATGATTTTCCGAATAATCATACGAGGTTTATTGTGTTAAGTAAACAACGGGAATTGGTAAAAATAGCACATCCCGTTCAATCAGAGAAAACAACGCTATTAATTACACTTCCAAGCGATTTTGCAGGAGCATTACATCAAGTATTATCTGCTTTTGCATGGAGAAAAATGAATTTGTCTAAAATTGAATCTCGTCCTATGAAAACAGGACTAGGTAATTATTTTTTTATTATTGATGTTAATCAACCTTATGATGAAGTTCTCTTCCCAGGTGTAAAAGCAGAATTAGAAGCATTAGGCTGTCAAGTGACCGTTTTAGGGACATACCCAGTATATCAATTGGATCATTTATAA	MTATIGYLGPKGTFTKLAVDKTFNGEVKHSYSTIPACIDAVNNGEINIGVVPLENAIEGTVQLTVDYLVHQVRLPIMAEIVVPIQQHLLVHASFTGKMADIKEVHSHSHAIAQCHQYIHQHLPNATLHFTSSTGKAAELISERKGEPLAAIGNQLAANIYRLYTIQKNIHDFPNNHTRFIVLSKQRELVKIAHPVQSEKTTLLITLPSDFAGALHQVLSAFAWRKMNLSKIESRPMKTGLGNYFFIIDVNQPYDEVLFPGVKAELEALGCQVTVLGTYPVYQLDHL				NA	NA	NA	NA	NA
AK148_01412	1287	obg	COG0536	GTPase Obg	ATGTTTGTAGATCAGGTAAGTGTTTATGTTAAAGCTGGTGATGGTGGTAACGGTCTTGTCGCATATCGTAGGGAAAAGTATGTACCTAAAGGAGGCCCTGCAGGAGGCGATGGCGGTAATGGAGCTGATGTTAAATTTAAAGTGGATGAAGGATTAAATACTTTAATGGATTTTCGATATAATCGCCATTTTAAAGGAAAACGTGGCGAAAATGGAATGAGCAAAAACCAACATGGAAAAAATGCGCCTCATTTAATTGTTCCAGTACCGCCTGGAACAACGGTGATAGATGAAAGCACCGGAGAAATAATTGCTGATTTGACGGAACATAATCAAGAAGCTGTGATTGCAAAAGGAGGTCGTGGCGGTAGAGGGAATTCACGCTTTGCAACTCCAAGAAATCCAGCGCCAGATATAGCAGAGAATGGGGAGCCAGGACAGGAAAGGCAAATAAAGGTGGAACTAAAGCTAATCGCTGATGTCGGATTAATCGGTTTTCCTAGTGTCGGAAAATCTACTTTCTTATCTGTAGTAAGTGCTGCAAGACCTAAAATTGCAGATTATCATTTTACTACATTGGCCCCCAATTTAGGTGTCGTTGATACAAATGACCAGAGAAGCTTTGTTATGGCTGATCTTCCAGGTTTAATTGAAGGAGCACATGAAGGAGTGGGATTAGGTTACCAATTTCTGCGTCATGTAGAAAGGACGAGAGTACTTGTTCATGTCATTGATATGGCTGCAACAGAAGGTCGGGACCCTTATGATGACTATGTTAAAATTAATCAAGAACTAGAGCAGTATGATTCTAAATTGATGACACGACCACAAATTATAGCGGCAAACAAGATGGATATGCCGGGTTCCAAAGAAAATTTGGAAGTATTTAAGGGGAAACTACAAAATAAACATCCTATTTATGAAATATCTGCACTTACAAAAGATGGCGTTCGGGATATATTATTTGCGATTGCTGATAAATTAGAAGAGATACCAAAAAGTGCTATGGATGAAGAAGCTGTTCCAAAAGAAGAGAAAGTTATCTACCGTTATCACAAAGAAGAAGATCCGTTTAAAATTACGAGAGATGATGATGGTGCTTATGTACTATCTGGATATCGCATTGAAAAGTTATTTAAAATGACTGATTTTAACCACGATCAAGCTGTACAGCGGTTTGCACGTCAGCTAAGAAAAATGGGAGTTGATGATGCTTTAAGAAAACGAGGTGCAGAGGACGGAGATACGGTTCGTATATTAGAATTTGAGTTTGAATTTATGGAATAA	MFVDQVSVYVKAGDGGNGLVAYRREKYVPKGGPAGGDGGNGADVKFKVDEGLNTLMDFRYNRHFKGKRGENGMSKNQHGKNAPHLIVPVPPGTTVIDESTGEIIADLTEHNQEAVIAKGGRGGRGNSRFATPRNPAPDIAENGEPGQERQIKVELKLIADVGLIGFPSVGKSTFLSVVSAARPKIADYHFTTLAPNLGVVDTNDQRSFVMADLPGLIEGAHEGVGLGYQFLRHVERTRVLVHVIDMAATEGRDPYDDYVKINQELEQYDSKLMTRPQIIAANKMDMPGSKENLEVFKGKLQNKHPIYEISALTKDGVRDILFAIADKLEEIPKSAMDEEAVPKEEKVIYRYHKEEDPFKITRDDDGAYVLSGYRIEKLFKMTDFNHDQAVQRFARQLRKMGVDDALRKRGAEDGDTVRILEFEFEFME				NA	NA	NA	NA	NA
AK148_01413	531			hypothetical protein	ATGAATGCAGAAGAAGCTGTTCGTTTCATGCAGCATTATCGGCATGACTTAATGAATCATTTACAAATAATTCACGGTTATGCTTCAATGGGCAATGTTAAAAAGATAGAAGAAAAGATAGTTGATATCATTCATTGTTATAATATGGAACGAAAATTAATGCACTTACAAGCAAATGAGTTTTGTTTATGGGTGATGAAGCACGCTTATATGTATGTGGATGTAAAATTAGAGTACGATATACATACGGAAGGAAAGCGGATTGAAAGTATAGACCAAATATTAACGGAGCAATGTGAGCAATTTTTCGCTGTGATAAAGAGGCTGAAGCTCAAAGATGAATTTATAACGGTTCATTTAGTTGTTAAGCAGGAACAGAAGGATAGGATAGCAATGCATTTCTCAGTAAGTGAATTTTTTAATCATGCACAGTTAAAAGAACAGCTGCACCAGTTGGAAACGCATTTTCCTTTAACTGTAATGGACAATAGTGACACTGTAGAATGCTCTTTTTCTGTTCCGTGTAATTGA	MNAEEAVRFMQHYRHDLMNHLQIIHGYASMGNVKKIEEKIVDIIHCYNMERKLMHLQANEFCLWVMKHAYMYVDVKLEYDIHTEGKRIESIDQILTEQCEQFFAVIKRLKLKDEFITVHLVVKQEQKDRIAMHFSVSEFFNHAQLKEQLHQLETHFPLTVMDNSDTVECSFSVPCN	PGPT0024635_180	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0024635-spo0B-K06375	NA	NA
AK148_01414	291	rpmA	COG0211	50S ribosomal protein L27	ATGCTACGTCTAGATTTGCAGTTTTTCGCACAGAAAAAAGGTGCTGGTAGTACAAAAAACGGTCGTGATTCCGAATCCAAGCGACTTGGTTCTAAGAGTGCTGATGGCCAATTTGTAACAGGTGGATCTATTCTTTACCGTCAACGTGGAACGAAGGTTTATCCTGGTGAGAACGTTGGTCGCGGTGGAGATGATACACTTTTTTCAAAAATCGATGGTGTTGTAAAGTTTGAACGTTATGGGCGTAATCGTAAAAAAGTAAGTGTATACCCTGTAGCTAAAGAAGCATAA	MLRLDLQFFAQKKGAGSTKNGRDSESKRLGSKSADGQFVTGGSILYRQRGTKVYPGENVGRGGDDTLFSKIDGVVKFERYGRNRKKVSVYPVAKEA				NA	NA	NA	NA	NA
AK148_01415	330			hypothetical protein	ATGATACAAGTAATAGTTTTTCGTGAAGATGAACAAATAAGAGCATTTGAAATTTCCGGACATGCTGAAAGCGGTCCTTATGGATATGATTTAGTGTGTGCAGGAGTTTCTGCAGTATCTGTTGGTTCTATAAACGCAGTTCTGGCTTTATGTGAAGTGGATCTTGATATAAACCAAAGTGATAATGGCGGTTATCTTCATGTAACAATACCAGACTCCATTTCTTCTGAAGAAATGCGTCGAGTTCAATTATTATTTGAAGGTATGCTTGTATCACTTTCGTCCATAGAACAGGATTATGGACAATTTATTACTATTCAAGATAAATAA	MIQVIVFREDEQIRAFEISGHAESGPYGYDLVCAGVSAVSVGSINAVLALCEVDLDINQSDNGGYLHVTIPDSISSEEMRRVQLLFEGMLVSLSSIEQDYGQFITIQDK				NA	NA	NA	NA	NA
AK148_01416	309	rplU	COG0261	50S ribosomal protein L21	ATGTACGCTATTATTGAAACTGGCGGCAAGCAAATGAAAGTAGAAGAAGGCCAAGAAATCTTCATTGAAAAAGTTGCTGCTGATCAAGACGAGACGGTTACATTTGACAAAGTTCTTTTTGTTGGTGGAGATGATGTAAAAGTTGGTGCTCCATATGTAAATGGTGCATCAGTAACTGCTAAAGTTGCTAAACATGGTCGTCAAAAGAAAATTACTGTGTTTAAATATAAGCCAAAAAAGAATTATCATCGTAAGCAAGGTCATCGTCAACCTTACACTAAATTAGTGATTGATAAAATCAACGCTTAG	MYAIIETGGKQMKVEEGQEIFIEKVAADQDETVTFDKVLFVGGDDVKVGAPYVNGASVTAKVAKHGRQKKITVFKYKPKKNYHRKQGHRQPYTKLVIDKINA				NA	NA	NA	NA	NA
AK148_01418	879	spoIVFB	COG1994	Stage IV sporulation protein FB	TTGACGATGTGGAATAATTTATTGCCAAAAGTTCACTTCCATCCCATTTTACTGCTTTTTCTCCTGATCTCTTTTTTTACGGGTACATTTATGCAATTGGCTATTTTATTGTTTATTGTGTTTTTTCATGAATTAGGTCACTACATAATGGCATTACAATTTAAGTGGCGTATAAAGAAAATTATGCTCTGGGTATTTGGCGGTGTCATGGATACAGAAGAACATGGAACCAGACCTGTGAGAGAAGAGGTTCTGGTCATTTGCGCCGGGCCATTTCAGCATATTGTATTATACGTTATTGCGCTGGTGGCAGTTGATACAGGGGTCATATCCTCATCCATATTTGATACTTTTATGTACTATAATACGACTATATTTATTTTTAATTTATTACCTGTATTACCTTTAGATGGAGGGAAATTACTTCAGCTTCTTATGTCAACAAAATGGCCATACAAAATGGCATACTATCGATCGATTTATTTCTCATTGATTGCATGTCTCTTTTTGCTTGGCACTTCTTTAGTTGTCCAACCATTCACATTAAGTACTTTTTTGTTGTGCCTTTTCTTACTGTTTGAAAATAAAAATGAATGGAAAAAACGATATTATGTATTTACAAGGTTCCTACTTAAGCGTTTTGAAACAAGACATAATCCAATTGGTCGGACAAGATCTATTAGAGTGAAAGCAGAAAAATCGTTACTAGAAGTTTTTTCTCATTTTTACCGTGGGCGGAGTCACAATATTCACATTATATATCCAAATGGCTCCATAAAGCTTATGAATGAATATGATTGCTTATATTGGTATTTTGAGGCTAAACGGTACAAAGATACTGTTGGTGACTTAGGTGATTTGACTAATAACACGAAGTAG	MTMWNNLLPKVHFHPILLLFLLISFFTGTFMQLAILLFIVFFHELGHYIMALQFKWRIKKIMLWVFGGVMDTEEHGTRPVREEVLVICAGPFQHIVLYVIALVAVDTGVISSSIFDTFMYYNTTIFIFNLLPVLPLDGGKLLQLLMSTKWPYKMAYYRSIYFSLIACLFLLGTSLVVQPFTLSTFLLCLFLLFENKNEWKKRYYVFTRFLLKRFETRHNPIGRTRSIRVKAEKSLLEVFSHFYRGRSHNIHIIYPNGSIKLMNEYDCLYWYFEAKRYKDTVGDLGDLTNNTK	PGPT0024785_80	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_IV_SPORULATION,PGPT0024785-spoIVFB-K06402	NA	NA
AK148_01419	771	spoIVFA	COG0739	Stage IV sporulation protein FA	ATGAGTAGAGGGGTTAAGCAAGTACGTCAATCTATTGAGCAAAGAAAAAAAACACGTAACATTACTTCACAGAATAGTGCATCAAAATCTGTCGTTACACCATTTGTGCAAGAGGAGGAAAAGCATGGATTTGAACCGGTCTATACTGCAACATCAAGTAATGGGCGACAAGGAAAAATAGTAACAGGTCTTTTATGGAAAGCAATTCTTTCCGCTATCTTATTTTTGACGGTTGCAATTATTTGGCAAATGGAATCAACTCGACTACAAACAGCTAAATCCATTATAAGCACTGCCCTTATAGAGGAATTCCCATTTGCTAAAGTAAATCTATGGTATCAAGAAACATTTGGTAGTCCACTTGCTTTCATGCCGGACGGAGCTTCAAAAGATCAGGTTGAAAACGATAATGCTCCAGTAATTCCAGTCGCCGGTAATGTTTCTGAATCTTTTCAAACGAACGGTACAGGAGTAAAAATTTCCCCTAATGAAAAATCAGATATAATGGCGTTGGAACAGGGCATTGTCATTTTTGCTGGAAACGATCGGCAAACAAATAAAACAATTGTCATCCAACATCCAGATGATCGTATTACCACGTACGGTGAATTAAGCAATATTGATGTTCACTTATACGAACATGTTGCTAAAAATCAACCTATTGGCCAGTTTGTTCCAGCTGAAAATAACCAAGCTGTTTATTTTTCTATTGAGAAGGATAATCAGTATATAGACCCCGTTCAGGTGATAAAAGTTGACGATGTGGAATAA	MSRGVKQVRQSIEQRKKTRNITSQNSASKSVVTPFVQEEEKHGFEPVYTATSSNGRQGKIVTGLLWKAILSAILFLTVAIIWQMESTRLQTAKSIISTALIEEFPFAKVNLWYQETFGSPLAFMPDGASKDQVENDNAPVIPVAGNVSESFQTNGTGVKISPNEKSDIMALEQGIVIFAGNDRQTNKTIVIQHPDDRITTYGELSNIDVHLYEHVAKNQPIGQFVPAENNQAVYFSIEKDNQYIDPVQVIKVDDVE	PGPT0024780_138	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_IV_SPORULATION,PGPT0024780-spoIVFA-K06401	NA	NA
AK148_01420	801	minD	COG2894	Septum site-determining protein MinD	ATGGGTGAAGCAATAGTTATTACTTCTGGAAAAGGCGGGGTCGGAAAAACGACAACTACTGCAAATATCGGTACAGCTTTAGCTTTAATAGATAAGAAAGTTTGTTTAATAGACACGGATATTGGGCTTAGAAATCTGGATGTCATTATGGGATTAGAAAATCGTATCATTTATGACATTGTAGATGTAATCGAGGGAAGATGTAAGCTGAAACAAGCATTAATTAAAGACAAACGCTTTGATTATTTAACTTTGCTGCCAGCTGCGCAAACAAGTGATAAGACTTCCGTGACAAGTGAAGGAATGCAACAGATTATTTATGAGCTAAAACAAGAATATGATTACATTATTATAGATTGCCCAGCAGGAATCGAGCAAGGCTTTCAAAATGCGATTGCAGGTGCTGATAAAGCAATTGTGGTTACTACTCCAGAAAAATCGAGCGTGCGAGATGCTGATCGTATAATCGGATTATTAGAAAAAGAGGAAATGGTTGACCCCCCACGTCTAATTATTAACCGCATTCGAAATCATATGATGAAAAATGGAGATATGCTTGATATTGATGAAGTTTTACAAATTTTATCTGTAGATCTAATTGGTATTGTGATAGATGACGATGAAGTGATTAAAGCTTCAAATAAAGGTGAACCAGTTGCGTTTAAGCCAAGTTCTAAAGCCTCTATTGCTTATCGGAATATTGCTAGAAGAATCTTAGGCGAAACAGTCCCTTTGCAATCGTTAGATACAGAAAAAGGTATGATGCAAAAGCTTAAGCAATTTTTAGGCATGCGTTCTTAA	MGEAIVITSGKGGVGKTTTTANIGTALALIDKKVCLIDTDIGLRNLDVIMGLENRIIYDIVDVIEGRCKLKQALIKDKRFDYLTLLPAAQTSDKTSVTSEGMQQIIYELKQEYDYIIIDCPAGIEQGFQNAIAGADKAIVVTTPEKSSVRDADRIIGLLEKEEMVDPPRLIINRIRNHMMKNGDMLDIDEVLQILSVDLIGIVIDDDEVIKASNKGEPVAFKPSSKASIAYRNIARRILGETVPLQSLDTEKGMMQKLKQFLGMRS				NA	NA	NA	NA	NA
AK148_01421	690	minC	COG0850	Septum site-determining protein MinC	GTGACACAGGACAAAACGCAATTAATTACCATGAAAGGTACAAAAGATGGGCTCACATTATTTATTGACGATACCTGTTCGTTTGAAGAAGCCATGCAGGAATTGCAGTATAAAATGAAAGAGAGCAAACCTGCACATGTGGAGCCGGTTGTAGCTGTAAGAGTTAAATTAGGCTATCGATACTTAAAGCATGATCAGATGAATCGAATAAAAGAAATTATAACAGCTGAAAATCGCTTTACCATTCAAATCATCGAATCTGATGTTGTTCCTCGTGAAGAAGTTCGTAAATGGCAGGAAAATAGTGAAATAAAAACGATGAATCAAATAGTTCGTTCTGGACAAGTCTTACATATAACTGGCGATTTATTATTAATTGGAGATGTAAATCCAGGTGGAAAGGTAACGGCTACAGGCAATATCTTTGTAATGGGAAACTTGCGCGGAATTGCACATGCGGGTATTGATGGAGATAAACAAGCATTTATAGTTGCATCTTATATGAATCCGATGCAACTAAGGATTGCACATTATATAAGTCGTGCTCCAGATTATGAATCTGACGGTGTGTATATGGAGTGTGGACTGGTCGATGAAGAAAAAGATAAAATAATCATTGATCGACTCCAAGTTCTTTCACAGAAGCGAAGAGAGATAAACAGGTTCGAAAGGAGAATGCTGAATGGGTGA	MTQDKTQLITMKGTKDGLTLFIDDTCSFEEAMQELQYKMKESKPAHVEPVVAVRVKLGYRYLKHDQMNRIKEIITAENRFTIQIIESDVVPREEVRKWQENSEIKTMNQIVRSGQVLHITGDLLLIGDVNPGGKVTATGNIFVMGNLRGIAHAGIDGDKQAFIVASYMNPMQLRIAHYISRAPDYESDGVYMECGLVDEEKDKIIIDRLQVLSQKRREINRFERRMLNG				NA	NA	NA	NA	NA
AK148_01422	540	mreD	COG2891	Rod shape-determining protein MreD	ATGAAGCGTGCCTATTTACCTCTCATCCTTCTACTTATTCTTGTTTTACAAGGAGTTTCTTTGGATTTACTGCCTGGAAACTTATTGAGATCAGATTGGCTCATTGTTTCCCATTGGGTTTTTATATTTCTTGTGTTTATTGCTGTATTCTATGACAATGAAAGTACCCACTATTCTGTTCTATACGCGTTAATCTTTGGTTTGCTAATTGACATAGTTTATACAAGTACACTAGGCGTTTATATGTTTTCGTACGCTTCTACCATTTACTTGATTTATGGTCTAAAAAAATTACTGCACGGAAACATTCTTGTCGTAGCTTTGTTAGGCACTGTTGGATTAATAGTGAGTGACGGAATGATTTATCTCATCTACTCTGTAGTTGGATTAACAGACATACCGTGGAGTATGTATTTAACCAACCGATTATTGCCTACAATAGGGTCAAATTTAATTTTCTTATTCGTTTTATACCCGCTGTTTGCAAAAAAACTGACAAATTGGGGGAAAGATCAAATAACGAAAGGAAACTCATTTTGA	MKRAYLPLILLLILVLQGVSLDLLPGNLLRSDWLIVSHWVFIFLVFIAVFYDNESTHYSVLYALIFGLLIDIVYTSTLGVYMFSYASTIYLIYGLKKLLHGNILVVALLGTVGLIVSDGMIYLIYSVVGLTDIPWSMYLTNRLLPTIGSNLIFLFVLYPLFAKKLTNWGKDQITKGNSF				NA	NA	NA	NA	NA
AK148_01423	888	mreC	COG1792	Cell shape-determining protein MreC	ATGTCTTTTTTACGCAAAAAGCGATTGTTCCTTCTATTAATTGGTTTTATACTGCTTGTAGCTTTAATAGGTTTCTCTTTAAGGGATCGAGAAGACCTAACAATAATAGAAGAAATCGTCAATGATACGGTCGGTTGGGCACAAAGCGTGGTTCATGCTCCAGTCAATTGGGTAACAAACGTTACTCGTAATATTGGAGATTTCAAGGATACGTATGAAGAAAATAAATTACTAAAACAAAAACTTGCTGAATATAAAGGACTTATTTATGAAGTTCAAGAATTGAAAGAAGAAAATGAAGATTTAAGAAAAAACCTTGAACTGACAGAATCGGATGCAATACGAAATTATAATCCTATACAAGCAACAGTAATTTCTAGATCGCCTGAAAGGTGGCTAGAACAAGTTACGATCAATAAAGGAAAAGATAATGGAGTTAAAAAGAACATGGCAGTGATTACACCAGAAGGAATGGTTGGAAAGGTAATGACGCCATCAAAGCATACTTCTACCGTTCAACTACTTACAGGCTTTGACCAATTTAACCGGATTTCTGGGGAAATCTCTCGAGACAAGGGCGATAATATTTTTGGGATGATTGAAGGGTATGATAAAAAAAGTAAGCACCTCATATTCCGAATTATTGAAGAGTCTCAAAAAGATGTGAAGAAGGATGAATTAATTGTTTCCTCTGGAATGGGAGGCGTTTTTCCAGCGGGGCTTCCGATTGGAAAAGTTCAAGAAGTAGTTCCTGACAAATATGGATTAACGAAAACTGCTTTAGTAAAACCATCTGCTGACATGTACGAATTAAACCAAGTAATTGTAGTCGATCGTTCTGTACAGACTGATGAAGGTCAGGAAAGTGAAGAAGAGGAGGAGGAGTAA	MSFLRKKRLFLLLIGFILLVALIGFSLRDREDLTIIEEIVNDTVGWAQSVVHAPVNWVTNVTRNIGDFKDTYEENKLLKQKLAEYKGLIYEVQELKEENEDLRKNLELTESDAIRNYNPIQATVISRSPERWLEQVTINKGKDNGVKKNMAVITPEGMVGKVMTPSKHTSTVQLLTGFDQFNRISGEISRDKGDNIFGMIEGYDKKSKHLIFRIIEESQKDVKKDELIVSSGMGGVFPAGLPIGKVQEVVPDKYGLTKTALVKPSADMYELNQVIVVDRSVQTDEGQESEEEEEE				NA	NA	NA	NA	NA
AK148_01424	1041	mreB	COG1077	Cell shape-determining protein MreB	TTGGGATTATTTAATTTTTCTCAGGATTTAGGAATAGATTTAGGTACAGCCAACACGCTTGTATTTGTTAAGGGCAAAGATGTTGTTGTTAGTGAGCCTACTGTGGTAGCCAAAAACAAAAACACGGGAGAGATTGAAGCTGTAGGAAGCGCAGCGCGTAATATGATTGGACGAACTCCAGGAAATATTGTTGTCATTCGACCAATGAAAGACGGAGTAATTGCTGATTATGATACAACAGCTACCATGATGAAATATTATATTAATAAAGCTATGAAAAATAGATCTTATTTTGCAAAAAAACCAAATGTAATGGTATGTGTTCCTTCTGGCATTACGATGGTTGAAGAAAGAGCAGTTATTGATGCAACGAAACAAGCGGGCGCAAAGGAAGCTTATCCTATTTCTGAGCCTTTTGCAGCTGCTATTGGAGCAGACCTTCCTGTTTGGGAACCGACGGGGAGTATGATTATAGATATTGGTGGTGGCACAACGGAAGTGGCAGTCATCTCATTAGGTGGTGTCGTAACTAGCCGTTCTGTTCGAACAGCTGGTGATAACATGGATGAAGCTATTACTCAATATATTCGTAAGCATTACAGTTTAATGATTGGCGAACGAACAGCAGAATCCGTTAAGTTGGAAATTGGTACAGCAGGGAAAGTGGATGTGAATGAAGAAATTGATATACGAGGAAGAGACCTTTTAACAGGTTTACCAAAGACAATTACCGTTACTGCAGAAGAGATTTCTGTAGCGTTAAAGGATACCGTAGATTCCATTGTGGAAGCTGTGAAAAACACATTAGAAAAAACTCCACCAGAACTTGCAGCAGATATTATGGATCGGGGAGTCGTTTTATCTGGTGGAGGAGCTTTACTGAAAAATATTGATCAGGTTATAAGTGATGAAACCAAAATGCCTGTGTTTATTACGGAAAATCCACTGGAAAGTGTAGCGATTGGTACGGGTAAATCATTGGAATACATGCACCACTTTCGATCCCAACCACATGTGTCATCACGTCATACTGTAGATTAA	MGLFNFSQDLGIDLGTANTLVFVKGKDVVVSEPTVVAKNKNTGEIEAVGSAARNMIGRTPGNIVVIRPMKDGVIADYDTTATMMKYYINKAMKNRSYFAKKPNVMVCVPSGITMVEERAVIDATKQAGAKEAYPISEPFAAAIGADLPVWEPTGSMIIDIGGGTTEVAVISLGGVVTSRSVRTAGDNMDEAITQYIRKHYSLMIGERTAESVKLEIGTAGKVDVNEEIDIRGRDLLTGLPKTITVTAEEISVALKDTVDSIVEAVKNTLEKTPPELAADIMDRGVVLSGGGALLKNIDQVISDETKMPVFITENPLESVAIGTGKSLEYMHHFRSQPHVSSRHTVD	PGPT0027700_1566	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_TOXIN-ANTITOXIN_SYSTEM_REALATED_FACTORS,PGPT0027700-mreB-K03569	NA	NA
AK148_01425	690			hypothetical protein	ATGACTTCAATGCCTATTATGATTAAAGATGTACCTAAAGATGACCGCCCCAGAGAAAGGTTACTAAAGGTTGGCCCTGGACAGGTGTCAAATGCAGAATTATTGGCTATCATTCTTGGAAGTGGGACAAAATCAGAATCTGTACTTTCTTTATCTAATCGCCTGTTGATGCATTTTGAAGGTTTAAAACTTTTAAATGATGCAACGATAGAAGAGTTAATAGCCATAAAAGGAATCGGCAGAGCTAAAGGTGTCCTTGTTTTAGCTGCCATTGAGTTGGGAAAGCGAATGAACGGTTTTCAATCAGGTGATCGTTATGTCATTCGCTCTCCGGAAGATGGCGCAGATTACATCATGGAAGATATGCGAATATTAAACCAAGAACATTTTGTAGCACTATTTTTAAACACCAAAAATCAAGTTATTCACCGGCAAACGATCTTTATTGGCAGCCTAAACGCCTCCATTGTTCATCCTAGGGAAGTATTTCGTGAAGCTGTTAAACGTTCTGCCGCTTCCATAATTGTTGCCCATAACCATCCTTCTGGCGACCCAACACCTTCTCAGGAGGATATTCATGTAACAAGGAGATTAGTTGAATCTGGAAAAATGATTGGGATTGAACTGATCGATCATATAATTATAGGCAATCGTAAATTTGTTTCTTTAAAAGAAAAAGGTTACTTGTAA	MTSMPIMIKDVPKDDRPRERLLKVGPGQVSNAELLAIILGSGTKSESVLSLSNRLLMHFEGLKLLNDATIEELIAIKGIGRAKGVLVLAAIELGKRMNGFQSGDRYVIRSPEDGADYIMEDMRILNQEHFVALFLNTKNQVIHRQTIFIGSLNASIVHPREVFREAVKRSAASIIVAHNHPSGDPTPSQEDIHVTRRLVESGKMIGIELIDHIIIGNRKFVSLKEKGYL	PGPT0027205_53	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_R-M_SYSTEM,PGPT0027205-K07318-K07318	NA	NA
AK148_01426	891			hypothetical protein	GTGAAAAAGGACAAGCGTAAAATAACAGTCTGGAAAAACGGCCAGCAGGTGAAGCTGTCCATGTATTTATCAAAAAATAATGATACAACTGGGGAGACAGAGAATGAAGAAGCTGCAACACTAACAGATACAGAGGAAGAAGTTCCATCATATGGCAGACTATCTAATAAGAAATTTTTTGTTTATCCCCTATTTTTTAAAAAAATAAAGCCTATGAAACCTTTAATTATTGCCATTGCTTCCGCTTTTATTATAGGGACATTGCTGGGCATTACATTGATTCGAATGTTTGTTACCATTGATGAAGATCGCCAAGCAAATAGTGAGCTAAACAACGCTGGCGTGACCGAAACTAGCCGTGAACAAGAAAGGAAAGAACTAGATGGTCACGCAAATTTACAAGGGTTTGATATTTTTGTATTGCAGGGAGGCGTTTTTTCTGAAGCAGGAAATGCGCAGACGTGGCAAAAGAAGTTTCAAGAGGAAGGGCTACCTGCAATGATTTGGGAAAAAGAGAAACAATATTTTTTATTAATATCTGCGGTTGCCTCAAAGGAAAAAGCGGAGCAGTTAAAAAAGGATATTACTTCAAAATTGGATATTTATATAAAGAAGTGGCGGATTCATGTGGACGAAGAGGGACTAAAGAAAGAAGAAAGAAGCTGGATGCAGACATTTGCGGATGTATGGTGGAAAGATATGCAACAACAAAAAATATCTAAAGAACAATGGGAATCAACCAAAAAAACTATCCCTAAACGTTTCCAAAGTTTAGGTAATGCAATAAATCAACATGTGATTGAAGAGCGAAATGATGAGGCTGTAGACTTAGGAGCAAGTTTACTAACTTTATGGTATGAATTAATACATGAGCTTAAGCGTGAAAAATAG	MKKDKRKITVWKNGQQVKLSMYLSKNNDTTGETENEEAATLTDTEEEVPSYGRLSNKKFFVYPLFFKKIKPMKPLIIAIASAFIIGTLLGITLIRMFVTIDEDRQANSELNNAGVTETSREQERKELDGHANLQGFDIFVLQGGVFSEAGNAQTWQKKFQEEGLPAMIWEKEKQYFLLISAVASKEKAEQLKKDITSKLDIYIKKWRIHVDEEGLKKEERSWMQTFADVWWKDMQQQKISKEQWESTKKTIPKRFQSLGNAINQHVIEERNDEAVDLGASLLTLWYELIHELKREK	PGPT0024665_168	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024665-spoIIB-K06380	NA	NA
AK148_01427	1275	fpgS		Folylpolyglutamate synthase	TTGCATACAATGAAGCAAATAGAAGCATTTTTTCATCATCGGCATCAGTTAGGTGTGAAACCTGGTTTGGAACGTATGCAACAATTACTTGCTTTACTTGGTCATCCTGAAAAACGATTAAATGCTGTTCATATTGCCGGCACTAATGGAAAAGGATCTACTGCCGCTTTTGTGAAACAAGGTTTGCAAGAAAGTGGCTATCAAGTAGGAGTGTTTACTTCACCAAGCTTACACGGAATTCGCGGGTATATTTATGTAGAGGAAGAGCCAATTTCTGAACAAGCATTTTTAAAAGTGTGGGAAAAAGTTTATCCCGTGGTTCAGGAATTAGATCAAAAAAATCAATCTCCAACAGAGTTTGAAATAATGACAGCTGTTGCGTTCCTTTATTTTGCTACTAATGTTGACATTGCTGTTATAGAAGCTGGAATGGGAGGAAGAGAAGATACCACAAACTGTATAATCCCTTTAGTATCTATAATTACTAGTGTTAGTAAAGATCATATGGCTTTTCTTGGTCAGACAATACCTGAGATTGCTTTGCATAAAGCAGGAATTATTAAACAAGGGGTTCCAGTTGTTTTTGGACAATTACAATCAGCTGCTAAAGAGGTGATTATACAAGAAGCGAAGGCTAAGGAAGCTCCAGCTTATCAATTAGGGTTGCATTTCCATTATCAAAGTTTACCTTCTAAAGAATGGAATTATATGGAATGGAGCCTACCTTTTACGAAAGGAACTGCTTTTAAACTTAAATTGTATGGAGAACATCAATTAGCGAACGCATCATTAGCGTTAATGGCTTTACATTTAATACAGCAAAAAGGATATATTATCCAGTTTGCGAAACTACCAACTGCTTTTTTTGACGTACAATTAGAAGGTAGATTTGAATTGGTGTCCCAACACCCTACTATAATTCTTGATGGAGCTCATAATCCAGCTGGAATTCGTGCATTTATAGACACACTGGAGAAAGTCTTTCCATATCAAGAAAGACAGTTATTATTTGCAGCTTTTAAAGATAAAGCGATTGATGAGATGATGATTCCTCTAGGAGATAAATTTAGTGCAATTTACTTAACCACTTTTGATCACCCGAGAGCTGCAAGTATATCTGAAATGAAAAAAAACTCGTTAGCTTCAATGGAAACCATTGATTCGTGGAAAAATGCAATTAGTAGAATGAGTGACCCAAACACTGTATATTGTATTACAGGTTCGCTTCATTTCATTTCTATGGTAAGGTCGTCTTTACTCAATAAGGATAAATAA	MHTMKQIEAFFHHRHQLGVKPGLERMQQLLALLGHPEKRLNAVHIAGTNGKGSTAAFVKQGLQESGYQVGVFTSPSLHGIRGYIYVEEEPISEQAFLKVWEKVYPVVQELDQKNQSPTEFEIMTAVAFLYFATNVDIAVIEAGMGGREDTTNCIIPLVSIITSVSKDHMAFLGQTIPEIALHKAGIIKQGVPVVFGQLQSAAKEVIIQEAKAKEAPAYQLGLHFHYQSLPSKEWNYMEWSLPFTKGTAFKLKLYGEHQLANASLALMALHLIQQKGYIIQFAKLPTAFFDVQLEGRFELVSQHPTIILDGAHNPAGIRAFIDTLEKVFPYQERQLLFAAFKDKAIDEMMIPLGDKFSAIYLTTFDHPRAASISEMKKNSLASMETIDSWKNAISRMSDPNTVYCITGSLHFISMVRSSLLNKDK	PGPT0007975_3645	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007975-folC-K11754	NA	NA
AK148_01428	909	gshB		Glutathione synthetase	ATGCACGTAACTGGATGGATGATTTATAACGGTAGTTTACCAGGCAATAAATTTATTGATTTTGCACAATGGCTAGAAAAAGCAGCCACGCAAAGAGGTAGCAACGTAAAAGTCATATCAAATAGCGAACTTTTATCTTTTTTATCTCAAGGCGAATTATCTGTATTAGCCGAAAAGCAACCTAGCGCTTTACCGGACTTTGTCGTGTTTACAGATAAAGATATTTACCTAGCTAAGCAACTCGAATTATTAGGTGTAAGCGTGTTTAATTCTTCGGAAGCAATTCGTATTAGTGATGACAAAATATTAACGTATCAACAGCTAGCAACAGCTAAGCTCCCAATACCTAAAACGATTATTTATCCGAAGACATTTACTTCCCAACAGCTAAAACATGGCGTAATGCAATCTGCAATTCACCGTTTGGGTTTTCCGATGATTGTAAAAGAAGCATTCGGCTCTTTTGGCGAACAAGTGTATCTTATCCATAATAAAGCGGACTTAATTCAGCAAATTAAACATTTGGCAACAAAGCCCTTTGTTTTACAAGCATTTATTTCTACTAGCTATGGAAAAGATTTACGGCTGCATGTTGTAGGTAATAAAGTTGTTGCGGCCATGAAACGACAGTCAGCACATGATTTCAGAGCAAATATTACTGCTGGTGGTACCATGCAGGCGTATGAACCATCGGAGGAAGAACAAAAACTGGCGATCCTAGCTACACAATCCATTGGAGCTGATTTCGCAGGTGTTGATCTATTAATTGGCGAAAATGATTCTCCTATAATTTGCGAGATCAACTCCAATGCTCACATCCGCAATTTGTTTGATGCCACGGGAATAAATGTTGCTACCTTTATAATTGACTATATTTTTAAGAAGATCGAAGGGAACACAAATGCATAA	MHVTGWMIYNGSLPGNKFIDFAQWLEKAATQRGSNVKVISNSELLSFLSQGELSVLAEKQPSALPDFVVFTDKDIYLAKQLELLGVSVFNSSEAIRISDDKILTYQQLATAKLPIPKTIIYPKTFTSQQLKHGVMQSAIHRLGFPMIVKEAFGSFGEQVYLIHNKADLIQQIKHLATKPFVLQAFISTSYGKDLRLHVVGNKVVAAMKRQSAHDFRANITAGGTMQAYEPSEEEQKLAILATQSIGADFAGVDLLIGENDSPIICEINSNAHIRNLFDATGINVATFIIDYIFKKIEGNTNA				NA	NA	NA	NA	NA
AK148_01429	858			hypothetical protein	ATGCATAACGGCTGGCTTATCTATAGTGATAAAGATATAGAAGTAAATAAAGCTTATATTCATTGGTTTATGGAAGAAGCAGCACTTCAATCCATCCATCTGCAACTTGTACGCAGGGAAGACCTAATGATTGGAATTAAGAAAAATCGGCACGTCCTATTAAATAACCATCAGATAGAGCCTTTACCTGAATTTGCCGTTGTTCGTACCATTGATCCTATGCTCAGTCTTCATCTGGAAAGTTGTGGAATTATTGTTTTTAACAACTCTCGTATAGCAACTATTTGCAATAACAAAGCGTTAACGCATCATTATGTACATCAACTTGACGTTCCAATGGTAGACACATATTTCCATAAAGCTTCTTTTTTAAAAGAGTCCCCTCCGCTTTCTTTTCCATTTGTAGTAAAAACAGTTGCAGGGAGAGGTGGAAAAGAGGTTTATATGGTCACTAATGAGTTGGAGTATTTAGCATGTAGGAAGAAAATAAAAGGCAATGACATCATTATGCAAAGTTGTCATGTGCAACAAGGCAAAGACTTGCGCGTTTTCGTTGTAGGGAAAAAAATTATCGCAGCTGTACTTAGAGAAAGTAATTCCGATTTTAGAGCCAACTACAAGCTTGGTGGTAGTGCAATACGGTATACTTTATCCAAAAAAGAAGCAACAAGAATTCAAACGATTATCAATTATTTCGATTTTGGAATGGTAGGAATTGATTTCTTACTAAGTATGGATGGAGAACTATTATTTAATGAAATTGAAGATGTTGTCGGTTCTCGCATACTAAGTGCCGTTAGCAATACAAATATACTACGGTTATATGTGGAGCATATCAAAAAACACATCCAGTCGTAA	MHNGWLIYSDKDIEVNKAYIHWFMEEAALQSIHLQLVRREDLMIGIKKNRHVLLNNHQIEPLPEFAVVRTIDPMLSLHLESCGIIVFNNSRIATICNNKALTHHYVHQLDVPMVDTYFHKASFLKESPPLSFPFVVKTVAGRGGKEVYMVTNELEYLACRKKIKGNDIIMQSCHVQQGKDLRVFVVGKKIIAAVLRESNSDFRANYKLGGSAIRYTLSKKEATRIQTIINYFDFGMVGIDFLLSMDGELLFNEIEDVVGSRILSAVSNTNILRLYVEHIKKHIQS				NA	NA	NA	NA	NA
AK148_01430	2649	valS	COG0525	Valine--tRNA ligase	ATGTACGAACAAGAATCAAAACCTTCACTTTCTGCTAAATACAATCCGCAGGAAGTAGAAAAAGGTCGCTATCAATTTTGGCTAGAAGGAAACTATTTTAAAGCAAAGAACGATATGGAGAAAGAACCCTATTCTATTGTTATTCCCCCACCAAATGTTACAGGACGATTGCATTTGGGACACGCTTGGGATACGACAATGCAAGACACCATTTCTAGAATGAAACGTATGCAAGGATATGATGTATTATGGCTCCCTGGTATGGATCATGCTGGGATTGCTACACAAGCAAAAGTGGAAGAAAAGCTAAAAGAACAAGATACGAATCGTTATGAGCTAGGTAGAGAAAAATTTCTCGAAAAGGCTTGGGAATGGAAGGAAGAGTACGCTGCGTTTATTCGTTCACAATGGGAAAAGTTAGGGCTTAGTTTAGACTATTCACGTGAACGGTTTACGCTTGATGAAGGTTTGTCAGACGCAGTTAGAGAAGTATTTGTAAAGTTATACGAACAAGGTTTAATTTATCGTGGAGAATATATTATAAACTGGGATCCAGATACAAAAACGGCTTTATCCGATATTGAAGTGATTTATGAAGAAGTGCAGGGCAAATTTTATCATATGCGCTATCCGTTAAAAGATAGTGATGAGAAAATCGAAATTGCTACCACACGTCCAGAGACGATGTTAGGTGATACTGCGATTGCTGTTCACCCTGATGATAAACGATATAGCCATTTAATTGGCAAAAAAGCTATTTTGCCCATCGTCGGTCGGGAAATACCAATTGTTGCAGATGAGTATGTAGATATGGAATTTGGTTCTGGTGCAGTGAAAATTACGCCTGCTCACGATCCAAACGATTTCGAAGTTGGGAATAGACATGATTTAGAACGAGTATTAGTTATGCATGAAGATGGAACGATGAACGAAAATGCTGGTATTTATGAAGGAATGGACCGATTTGTGTGCAGAAAACAAATTGTTCATGATTTGAAAGAACAAGGTGTACTGTTTAAGATTGAAGACCATGTACACCAAGTTGGTCACTCCGAACGAAGTGGCGCTGTCGTAGAGCCATATTTATCTACGCAATGGTTTGTAAAAATGAAACCATTAGCAGATGCTGCAATCGAGCTACAAGCAGGAAGTGACAAAGTTAATTTTGTTCCACAGCGTTTTGAAAGAACTTATTTAAATTGGATGGAAAATATTCGTGATTGGTGTATTTCTCGCCAACTATGGTGGGGGCACCGCATACCAGCTTGGCATCATAAAGAAACAAAAGAAATTTATGTCGGCAAGGAAGCTCCCGACGATATAGAAAATTGGGAACAAGATGAAGATGTATTAGACACTTGGTTTTCATCTGCTTTATGGCCTTTTTCAACCATGGGGTGGCCGGATGTAGAAGCAGAAGATTACAAGCGATATTTTCCAACTGGGGTTCTCGTAACAGGTTATGATATTATTTTCTTCTGGGTTTCACGAATGATTTTTCAATCGAAGCATTTTACGAATCAAAAGCCGTTTGATGATGTTTTGATCCACGGATTGATTCGAGATGCTGAAGGAAGAAAAATGAGTAAATCGTTAGGCAACGGTGTCGACCCAATGGATGTCATTGATAAATATGGTGCAGATTCATTACGCTATTTCCTATTGACTGGCTCTACCCCTGGTCAAGATTTACGCTTTCATTGGGAAAAGGTAGAAGCAACATGGAACTTTGCGAATAAGGTGTGGAATGCTTCTCGTTTTTCTTTAATGAATTTAGCCGATTTTTCGTATGAAGATATTGATTTAACAGGCGAAAAATCTTTGGCAGATAAGTGGATATTAACCCGTTTAAATGAAACAATTGAACATGTAACTAGAAATAACAATAAATATGAATTTGGCGAAGCTGGTCGTCAATTATACAACTTTATTTGGGATGAACTATGTGATTGGTATATTGAAATGGCAAAAATACCATTATATGGAGATGACGAAACTCAAAAACAAACAACACGTTCTGTGCTCGTTTATGTTTTAGATCAAACGATGCGTATGTTGCATCCATTTATGCCGTTTATTACAGAAGAAATTTGGCAACAGTTACCACATCAAGGAGATTCTATCACAGTTGCCGCTTGGCCGGAGCCAAGAGGTGCATTCCATGATGAACAGGCAGCAAATGAAATGAAGCGACTAGTGGCGATTATCAAAGCTGTCCGTAATATTCGTGCAGAAGTAGATACACCAATGTCAAAACAAGTTAAACTACTCATCCAAGCGGAGAGTGAATCTATTGTGAAGGAATTAGAAGAAGAGCGTCACTATTTAGAACGTTTTTGTAACACAAGTGAATTAACCATTATGGAAGAGATCGATGTCCCTGAAAAAGCAATGTCAGCAGTAGTGACAGGAGCAGAACTATTTTTACCATTAGAAGGGTTAATTGATTTTGACAAAGAAATTGCTCGTTTAGAAAAAGATCTAGCTAAATGGACAAAAGAAGTAGAGCGTGTACAGAAAAAACTCGCAAACGAAGGGTTTATTAATAAAGCACCTCAGGCAGTAATTGAAGCAGAAAAACAAAAAGAAAAAGAGTACTTGGATAAACAAGCGAAGGTTCAAGCAAGATTACATGAATTAAAAAACTAA	MYEQESKPSLSAKYNPQEVEKGRYQFWLEGNYFKAKNDMEKEPYSIVIPPPNVTGRLHLGHAWDTTMQDTISRMKRMQGYDVLWLPGMDHAGIATQAKVEEKLKEQDTNRYELGREKFLEKAWEWKEEYAAFIRSQWEKLGLSLDYSRERFTLDEGLSDAVREVFVKLYEQGLIYRGEYIINWDPDTKTALSDIEVIYEEVQGKFYHMRYPLKDSDEKIEIATTRPETMLGDTAIAVHPDDKRYSHLIGKKAILPIVGREIPIVADEYVDMEFGSGAVKITPAHDPNDFEVGNRHDLERVLVMHEDGTMNENAGIYEGMDRFVCRKQIVHDLKEQGVLFKIEDHVHQVGHSERSGAVVEPYLSTQWFVKMKPLADAAIELQAGSDKVNFVPQRFERTYLNWMENIRDWCISRQLWWGHRIPAWHHKETKEIYVGKEAPDDIENWEQDEDVLDTWFSSALWPFSTMGWPDVEAEDYKRYFPTGVLVTGYDIIFFWVSRMIFQSKHFTNQKPFDDVLIHGLIRDAEGRKMSKSLGNGVDPMDVIDKYGADSLRYFLLTGSTPGQDLRFHWEKVEATWNFANKVWNASRFSLMNLADFSYEDIDLTGEKSLADKWILTRLNETIEHVTRNNNKYEFGEAGRQLYNFIWDELCDWYIEMAKIPLYGDDETQKQTTRSVLVYVLDQTMRMLHPFMPFITEEIWQQLPHQGDSITVAAWPEPRGAFHDEQAANEMKRLVAIIKAVRNIRAEVDTPMSKQVKLLIQAESESIVKELEEERHYLERFCNTSELTIMEEIDVPEKAMSAVVTGAELFLPLEGLIDFDKEIARLEKDLAKWTKEVERVQKKLANEGFINKAPQAVIEAEKQKEKEYLDKQAKVQARLHELKN				NA	NA	NA	NA	NA
AK148_01432	1029			hypothetical protein	ATGGATACCTTACAAGAAGTGTTGCATGCTTATTCTATTCGACCTTTTTACATAGAAAAACAAACAGAGCGGCTCTACATGGTGCAAGACTACAACCAGCAATATGCGTTGAAACATAGCCGGCTAACGGAAGAAACAATCGTTATGTGGGAACAAGTTTATAAATTGGCATATGAAGAATATCTTTTTCCTATTTTACCAGTTTACTTAACGAAGCTAGGAAAGTTATATGAAAAAAAAGGAGAATTTATTTATTATGTGACACCTTGGAAAGAAAGCCGAGAAACAGAATTAGATCAATCCACGATTGATAAAATCTTTCAAAGTTTTGGATTGATTCACATGAAAACAAAACGGCGACATTTGGTTGAAGTCCAACAGTTTAAGCAAGCTTTTCAACAGTATAAACAGCATTGCTTGACCTTACAGCAACAATTACTTGCATTTGTAGAGGAGTACGAACAACATCGCTTTATGTCCCCGTTTGAGTTACTTGTTTGTACGCAATTTAAAGATGTTAATTATAGTCTGAATGAAACGATACGAAGAATTGATCAGCTGTTGGAAGAACAGGAAGAGACTTGGTATTATAGTTTGTGCCATAAGAACATCAAAACTTCACATACTTTAGTTGATCAAGGTCAGCTCTATTTTATAAATTGGGAGAATGCAGGGTTTGACTATCCCATTTTTGATTTAGTTGCTTTTTTTCAAGAAGAAACAAAGCATTATGATACTCCGACTAATATGCTACTGCGCGGATTTGACAAGTATATGAATGAGAACGAACTGACCAAGAAAGAACTTTATTTGTTAGTCATTCAATTATTAGACCCACAAGCTTATCTAAGTTGTGTCAAAAATCATAAACAAGCAAACACATCCATGATGAAACAAATAATTCATTTACAGCATACATTTCGACGTATACTGTTTGGATTGCACCTTTCTGCACATGTGGAAAAAACGTTTGATACGATCGATCTAGATGATCTGGACGACCTAGATGATTTGGATGAAACAGATTAA	MDTLQEVLHAYSIRPFYIEKQTERLYMVQDYNQQYALKHSRLTEETIVMWEQVYKLAYEEYLFPILPVYLTKLGKLYEKKGEFIYYVTPWKESRETELDQSTIDKIFQSFGLIHMKTKRRHLVEVQQFKQAFQQYKQHCLTLQQQLLAFVEEYEQHRFMSPFELLVCTQFKDVNYSLNETIRRIDQLLEEQEETWYYSLCHKNIKTSHTLVDQGQLYFINWENAGFDYPIFDLVAFFQEETKHYDTPTNMLLRGFDKYMNENELTKKELYLLVIQLLDPQAYLSCVKNHKQANTSMMKQIIHLQHTFRRILFGLHLSAHVEKTFDTIDLDDLDDLDDLDETD				NA	NA	NA	NA	NA
AK148_01433	1395			hypothetical protein	GTGACAAATGAAGCGTCCGTATTTCAGTTTGAATTGAATGAAACACTCTATTTTGAAAAAGGACAGGAAGTAAATGAAATGAGAGGTGTTTCATTGGAGCCAGACATCTCTATTCATTCATTTCACGACTATATTTCAATCAGAGGAGTTATTGAATTAAAAGGAGAGTATGAAAAAAGTAGACACACCGTTTTTCAAGATGATTTAGAAGAAGATGTGATGGGTTCTAAACGCTATGTTGAAGCCGTGGAGCAAGATGAAGAAGGAGTATCTATATTTTCTCATCACTTCCCAGTAGAAATTTCTGTACCTGCAAACCGCATTGCAAACTTAAACGATATAAGCGTGTATATTCAGACATTTGATTATGAAATCCCCAATCCAACCTTATTCCGACTTTATTCAACAATTGAAATTCATGGCATTCAACAAGAAGAAATAACAGCATCTGATGCACGAGAAAAAGAATCGCAAGAACAGTTGAACTATGCATCCCCAGAAGAAGATAAGTCTAATCGAGGAGAGCAAGAAGCTGATTATTTTCAGTTTGAAATGAAACAATCAGAGCAAGATTATAAAACAGAAGATGAGGAGATGAACCCATCTTTACCATTTCTAACGGTACCAGAGCAAGATAGTTCAGATGAAAAAAGCAGGTTAAAGGAAATGGAGCAAGAAGAAACAATACTATCTGATGAATATTCAGAGAAAATAACAGAGCACCTAGATAAGAAAGGTGAGCAAACTGATGAAGTAGGAAGATGGAAGTATAAAGAGACGAAAACGCTAAAGGAATTTTTTGATTCTGAACAAGAGGATACTAGTGATGTTCATGAAGAAGAATTGGGTGAAGATGAGGAGACAGAACAATACGAACAAGTAGATTATGACTCTACTCATGAAACAAATCTAGAAAGCGAAGGACGAGTCACTGAAGCAAAAAGCAGTGTAACAGATGATGAACAAGAAAGAGAAGTAGAAACAAATAAAGAACAAAATAATCTAAACGTGGATGACCAAGGGAAAAAAGCTACAGAAGCTGAAGTTACGGAAGAACCTAACAATATTAATGAGATGAAGGTGAAGCAAAATGGCGATGAGAATGACCATGAAGCGTTATCTGTCTCGCCGGAAATTAATCAGACGAGTGGTGATCGACACATCCAAGATGAAGTCCAGGATGTCAGCTACTTAGCAGATATTTTTAGTAATAAAGCTGAAAATAATTATACTAGCATGAGGTTATGTATCGTACAGGAAGATGATACGATCGATTCTATTGCGGAAAGATATCAAGTTTCTGCATTACAATTAATTAAACAGAATCAATTGGATGATGATTACGATGTTACGCAAGGTCAATTACTGTATATTCCAGAAAAGAAAAACAAATGA	MTNEASVFQFELNETLYFEKGQEVNEMRGVSLEPDISIHSFHDYISIRGVIELKGEYEKSRHTVFQDDLEEDVMGSKRYVEAVEQDEEGVSIFSHHFPVEISVPANRIANLNDISVYIQTFDYEIPNPTLFRLYSTIEIHGIQQEEITASDAREKESQEQLNYASPEEDKSNRGEQEADYFQFEMKQSEQDYKTEDEEMNPSLPFLTVPEQDSSDEKSRLKEMEQEETILSDEYSEKITEHLDKKGEQTDEVGRWKYKETKTLKEFFDSEQEDTSDVHEEELGEDEETEQYEQVDYDSTHETNLESEGRVTEAKSSVTDDEQEREVETNKEQNNLNVDDQGKKATEAEVTEEPNNINEMKVKQNGDENDHEALSVSPEINQTSGDRHIQDEVQDVSYLADIFSNKAENNYTSMRLCIVQEDDTIDSIAERYQVSALQLIKQNQLDDDYDVTQGQLLYIPEKKNK	PGPT0024855_75	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_VI_SPORULATION,PGPT0024855-spoVID-K06417	NA	NA
AK148_01434	1284	hemL	COG0001	Glutamate-1-semialdehyde 2,1-aminomutase	ATGAATTTTAATAAATCCAAAGCTGCTTATGAAGAAGCAGTTGATTTAATGCCTGGCGGTGTTAATTCACCTGTTCGTGCATTTAAATCAGTAGGTATGTCACCAATTTTTATGGAATCTGGTAAGGGAGCTAAGATAAGAGATATTGATGGTCATGAATACATTGATTACGTTTTAAGCTGGGGTCCACTCATTTTAGGACATGCTGATGAACGGGTCGTAACAAAATTAAAGGAAACAGCGGAAAAAGGTACCAGCTTTGGAGCGCCGACAGTATTAGAAAATGAGCTTGCACAGCTAGTTATTGACCGCGTTCCATCCATAGAAATGGTTAGGATGGTAAATTCAGGTACGGAAGCAACAATGAGCGCGTTGCGTGTAGCAAGAGGCTACACAGGAAGAGATAAAATACTAAAATTTGAAGGGAATTACCATGGTCATGGTGATTCACTGTTAATTAAAGCAGGGTCAGGTGTGGCTACACTTGGACTTCCTGATAGTCCAGGTGTTCCTAAAACGATTGCTCAAAATACGATCACGGTCCCATATAATGACTTAGAAAGTGTGCGATATGCTTTTGAGACATATGGTGATGATATTGCTGCAGTTATTGTAGAACCTGTTAGCGGCAATATGGGAGTGGTCCCACCAATAGAAGGTTTTTTACAAGGATTAAGAGAAATTACGGAGCAAAACGGCACCGTGCTTATTTTTGATGAAGTAATGACTGGCTTTCGGGTAGGTTACCAATGTGCGCAAGGTCATTTTGGAGTGACACCCGATATGACATGTCTCGGAAAGGTAATCGGAGGTGGATTACCAGTTGGTGCATATGGAGGCAAACGGGAGATTATTGAGAAAGTTGCTCCAACTGGATCTATCTATCAAGCTGGTACATTATCTGGTAATCCGTTAGCGATGACCGCGGGGCTTGAGACATTAAAAGCGTTAGATGAGTCATCTTATGAAGCGATAAATAAAAAAGTAGACCGATTGATAGAAGGGTTTACAGCGGCTTCCAATAAGCATCATATACCATTGCATATTAATCGAGCGGGTTCAATGGTTGGCGTCTTTTTTACTAATGAAAAAGTAATTAACTTTGAAACTGCTCAATCTGCTAATCTTGATTATTTTTCTCAATATTATCGCTCTATGATTGAAAATGGCGTGTTCCTTCCACCATCACAATTTGAAGGCCTGTTTTTATCTACTGCGCATACAGATGAAGATATTGAACATACGGTAAAAGCAATTGACACAGCTTTTGCTTCCATAGAGTAA	MNFNKSKAAYEEAVDLMPGGVNSPVRAFKSVGMSPIFMESGKGAKIRDIDGHEYIDYVLSWGPLILGHADERVVTKLKETAEKGTSFGAPTVLENELAQLVIDRVPSIEMVRMVNSGTEATMSALRVARGYTGRDKILKFEGNYHGHGDSLLIKAGSGVATLGLPDSPGVPKTIAQNTITVPYNDLESVRYAFETYGDDIAAVIVEPVSGNMGVVPPIEGFLQGLREITEQNGTVLIFDEVMTGFRVGYQCAQGHFGVTPDMTCLGKVIGGGLPVGAYGGKREIIEKVAPTGSIYQAGTLSGNPLAMTAGLETLKALDESSYEAINKKVDRLIEGFTAASNKHHIPLHINRAGSMVGVFFTNEKVINFETAQSANLDYFSQYYRSMIENGVFLPPSQFEGLFLSTAHTDEDIEHTVKAIDTAFASIE	PGPT0003680_4593	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003680-hemL-K01845	NA	NA
AK148_01435	990	hemB		Delta-aminolevulinic acid dehydratase	ATGACGAACATACCGACTTTTGATAGACACCGTAGATTAAGACGTACGGCTGGTATGAGAGACTTAGTAAGAGAAACACATTTGCATAAAACCGATCTTGTCTATCCCATGTTTATTGTTGAAGGTGAAAAGGTGAGAAAAGAGGTTCCTTCTATGCCAGGAGTATACCAGTTATCGCTGGATTTACTTACGGAAGAAATAGATGAACTAGAAGAACTTGGTATTCAAGCTGTTATTTTGTTTGGGGTGCCAAATGAAAAAGATGAACAAGGGACGGGCGCTTTTATTGATGAAGGGATCGTCCAACAAGCTACACGAAAAATTAAAACAAAAGTACCATCAATGCTCGTAATTGCAGATACTTGTTTGTGTGAATATACGTCTCATGGACATTGTGGAGTCATTCATGACCATGATGTAGATAATGATGCGTCATTAGAGTTACTTGCTAAAACAGCAGTATCCCAAGCAAAAGCAGGGGCTGACATTATTGCACCGTCAAACATGATGGATGGGTTTGTAGCAGTTATTCGTCAAGCGTTAGATCAAGCTGGTTTTACACAGATTCCTATTATGTCTTACGCGGTTAAATACGCTTCTTCTTTTTATGGTCCATTCCGAGATGCGGCAGATAGTACACCACAATTTGGAGATCGAAAAACATACCAGATGGATCCCGCGAATCGATTAGAAGCGCTTCGTGAGGCGAAATCAGACGTTCATGAAGGTGCTGACTTTTTAATTGTAAAACCAGCTTTAAGCTACTTAGATATTGTGAGAGAAATGAAGAATAACTTTGTTTTGCCGATTGTTGCCTATAATGTAAGCGGCGAATATGCGATGGTGAAAGCTGCAGCGCAAAATGGCTGGATTGATGAACAGGCGCTGGTTATGGAAAAACTATTATCTATGAAACGAGCTGGAGCAGATCTAATTATAACTTATTTTGCAAAAGATGTTGCAAAATGGTTAGCAGAAAAAAATAGATAG	MTNIPTFDRHRRLRRTAGMRDLVRETHLHKTDLVYPMFIVEGEKVRKEVPSMPGVYQLSLDLLTEEIDELEELGIQAVILFGVPNEKDEQGTGAFIDEGIVQQATRKIKTKVPSMLVIADTCLCEYTSHGHCGVIHDHDVDNDASLELLAKTAVSQAKAGADIIAPSNMMDGFVAVIRQALDQAGFTQIPIMSYAVKYASSFYGPFRDAADSTPQFGDRKTYQMDPANRLEALREAKSDVHEGADFLIVKPALSYLDIVREMKNNFVLPIVAYNVSGEYAMVKAAAQNGWIDEQALVMEKLLSMKRAGADLIITYFAKDVAKWLAEKNR	PGPT0003655_3010	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003655-hemB-K01698	NA	NA
AK148_01436	795			hypothetical protein	ATGAGCTTACCGTTAGATGGGAAGCGAATCTTAGTCACTCGTGAGCAAGACAAAGCAACAGACTTTGCGAAAAAAATTACTGATTTAGGCGGAGAACCAGTACAAGTCCCACTTATTAATATTACTTGTAAACGCCCAATAAATGGGGATTTCGCACAACAATTGTCGAATTGTAATTGGATATTTTTCACAAGTGGGAATGGGGTAAGCTGCTTTTTTCAGTTCGTAAAGCACGACGCTGTCGCTTTAGAGAATGTGGTGCAAACTAAAATTGCTGTTGTGGGAAATAAAACGGATCATAAGTTAAAAGAAATAACAGGTCGCTCTGCTGATTTTGTCCCAAGCTCTTTTGATGCTGAGACGATGGCAGAGGAGTTTTTAAGCCAATATCCTACCGACGATCATTTTTTGTTAGTAAGAGGAAATCTCTCTCGACATGTGTTGCCGGAACGCTTTAAACAAAGCAATAAAACTTTTACAATGCTTGAAGTGTATGAAACCCATAAGAATGTCAAAGTAAAACCGTTGTTGCAATGTGCGATAACGAATACTCAGATTCATTATATTACATTTACAAGCCCGTCTACAGTGGAGGCATTTGTCGATTTAATAGGGGTGAGAAACGTCGCACCATGTGTATGTATTGGTACGACGACAGAACAACGGGCGAAGGAATTAGGATTTACTAAAGTTTTAACAGCAAAAGATTTTACAATTAATGGTATGATTGATTGTATAAAGCAAGATGTGATGAAAAGAAAGGATGAAAAAAATGACGAACATACCGACTTTTGA	MSLPLDGKRILVTREQDKATDFAKKITDLGGEPVQVPLINITCKRPINGDFAQQLSNCNWIFFTSGNGVSCFFQFVKHDAVALENVVQTKIAVVGNKTDHKLKEITGRSADFVPSSFDAETMAEEFLSQYPTDDHFLLVRGNLSRHVLPERFKQSNKTFTMLEVYETHKNVKVKPLLQCAITNTQIHYITFTSPSTVEAFVDLIGVRNVAPCVCIGTTTEQRAKELGFTKVLTAKDFTINGMIDCIKQDVMKRKDEKNDEHTDF	PGPT0003665_2098	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003665-hemD-K01719	NA	NA
AK148_01437	930	hemC		Porphobilinogen deaminase	TTGCGTAAATTAGTTGTTGGTTCACGAAAAAGTAATCTTGCATTAACACAAACAAATTGGGTAATTAATCAATTAAAACAAGCTGGGGTTGAAAATGATTTTGAAGTAAAGAAAATCGTTACAAAGGGGGATCGTATTTTAGATGTTACTTTATCAAAAGTAGGTGGAAAGGGTCTGTTTATTAAAGAGATTGAGGAGGCTATGTATAATAAAGAAATTGATTTAGCTGTACATAGTATGAAAGATATGCCTTCTGCGATGCCAGAGGGGTTAATTATAACGACTATTCCAGAGCGTGAAGACCATCGAGATGCGTTTCTTTCTAAAGGAAATATACGTTTAAAAGATCTGCCTAAAGGCGCTATTGTTGGAACGAGCAGTTTACGAAGAGCTGCGCAAATACAAGCTGTCAGACCAGATGTCACGATAAAGTGGATACGTGGTAATATTGAAACAAGGATAAGAAAATTAAAGGAAGAAGATTATGATGCGATTGTGTTGGCTGTTTCTGGTTTAAAACGTGTAGGTTTAAGTGAAACATTAATTACGGAGTATTTAGAGCCTGATGTTTGTGTTCCTGCAGTTGGGCAAGGCGCTTTAGCTATTGAATGCCGGTCGGAAGATGATGAATTGAAAAAACTGTTAGCAACCATTCATGATGAAGATACCGCTCGAACGGTTACTGCGGAACGAACCTTTTTGCATTTGTTGGAAGGCGGCTGTCAAGTACCAATCGGAGGCTATGCATATTTACAAGGAGAATCCATTGTACTGACAGCTTTTGTAGGCACACCTGATGGGAAAACAGTCTTAAAGGAAGTGGTACAAGGTAGTGATCCAGAAGCAGTTGGCAGGAAAGCAGCTACGTTATTACAAAATCGCGGTGCTAAGGAAATTATTGAAAAGGTAAAAGAGGAGTTAAATGAGTAA	MRKLVVGSRKSNLALTQTNWVINQLKQAGVENDFEVKKIVTKGDRILDVTLSKVGGKGLFIKEIEEAMYNKEIDLAVHSMKDMPSAMPEGLIITTIPEREDHRDAFLSKGNIRLKDLPKGAIVGTSSLRRAAQIQAVRPDVTIKWIRGNIETRIRKLKEEDYDAIVLAVSGLKRVGLSETLITEYLEPDVCVPAVGQGALAIECRSEDDELKKLLATIHDEDTARTVTAERTFLHLLEGGCQVPIGGYAYLQGESIVLTAFVGTPDGKTVLKEVVQGSDPEAVGRKAATLLQNRGAKEIIEKVKEELNE	PGPT0003660_3572	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003660-hemC-K01749	NA	NA
AK148_01438	819	ccsA_2		Cytochrome c biogenesis protein CcsA	ATGGTAGAATTAAAATGGCTTTATGAATTTATATTAATCATTTATGGATTAAGCCTGTTCGGATACTTTATCGATTTTGTTCAAGACAACCGGAGGGTAAATCGAATAGCCTTCTGGTTGCTTAGTTTGGTTTGGATCATTCAAACCTTTTTTTTATTCTATGTAATAATCTTTGAAAAAAGTTTTCCGGTTGTAACCTTAAATGATAGTCTGTTTTTTTATTCGTGGATTCTTGTGACGATATCATTACTAGCAAATAAACTATTTCCTGTTCATTTTATTGTATTTTTTACAAATGTATTTAGTTTCTTCATTCTATTGCTTTTTTTGTTGACGGACGCGCAAAAAAATTGGCAGGAGCATGCCGTCCAATTTGTTCATGAAATAGTTATTGCACATATAACGATTGCCATTACTTCCTATGGATTTTTTACACTATCCTTTTTATTATCCATTATGTATTTAATTCAGTACAAATTATTGAAGCAAAAAAAAGGTTTTAAGTGGATGTGGCGGTTTGCTGACTTGAACCAATTGGATAGTTATGCATTTAAAACAGTAACCATTGGTGTTCCTTTATTATTAATCGCTATTATACTAGGAATTGTGTGGGCTTATGTATCTGATGCTCTATTTTACTGGGTAGATTTAAAGACAATTGGTTCTTTCTTTGTATTGGCTATTTACGTCATTTACTTAGTCATCCGTTTATGGAAAAAGTATAAAGGGAGAACGATTGCAATGTATAATACAGTTGCTTTTCTATTGTTGCTAGTCAATTTCTTGTTATTCAGTACGTTATCGAAATTTCATTTTTAA	MVELKWLYEFILIIYGLSLFGYFIDFVQDNRRVNRIAFWLLSLVWIIQTFFLFYVIIFEKSFPVVTLNDSLFFYSWILVTISLLANKLFPVHFIVFFTNVFSFFILLLFLLTDAQKNWQEHAVQFVHEIVIAHITIAITSYGFFTLSFLLSIMYLIQYKLLKQKKGFKWMWRFADLNQLDSYAFKTVTIGVPLLLIAIILGIVWAYVSDALFYWVDLKTIGSFFVLAIYVIYLVIRLWKKYKGRTIAMYNTVAFLLLLVNFLLFSTLSKFHF				NA	NA	NA	NA	NA
AK148_01439	1371	hemA	COG0373	Glutamyl-tRNA reductase	GTGCATATTTTAAAGGTGGGTTTTAATTATAAAACAGCCCCTGTAGAAATTAGGGAAAAGCTTGCCTTTTCGGAAGATCATGTTCACGAGGCCATGGTCGCTTTGAATGGGCAAAAAAGTATTTTAGAAAATGTTATTGTTTCCACTTGTAATCGTACAGAAATTTTTGCAGTAGTAGACCAATTGCATACAGGGCGATACTATATAAAGCAGTTTTTAGCTGATTGGTTTGATGAAGAGAAAGCTAGTTTTTCTTCATTTTTACAAATTGTTGAAAATGACGGGGCGATGGAGCATTTATTTCGTGTAATTACAGGATTGGATTCTATGGTATTAGGGGAAACGCAAATCTTGGGTCAAGTGAAGCAAGCGTTTTTAACTGCACAAAAAATGGGTACAACTGGTACTGTGTTGAATGAATTATTCAAACAGGCTATTACGTTTGGTAAGCGTGTACAGAAAGATACGGCAATTGGTAAACAAGCAGTTTCTGTTAGTTATGCAGCTGTTGAGCTAGCAAAGAAAATTTTTGGTGACTTAAAGAAAAAACGTGTTGTTATACTAGGCGCGGGAAAAATGGGAGAACTTGCTGTTAAAAATTTACAAGGTTCCGGAACGAACGACATTACAGTGGTAAATCGCACAAGAGAAAAAGCAGATGCGTTGGCTAAAAAGTTTGCAGCACGCGCTGAAACAATCGACAGGTTACCTATCGTATTACAAGAAGCTGATATTCTGATTACTTCTACCGGTTCTACATCGATCATCTTATCAAAAGAATTGGTGGAAGCAGTGCAAAAAGAGCGCAAGGGGAACCCTTTATTTTTAGTAGACATTGCAGTTCCGCGGGACATTGATCCTTTTGTAAGTGAATTAGAAAATACTTTCTTGTATGATATCGATGATCTGCAACATATTGTGGATGAAAATTTAGAAGCAAGAAAAGAAGCAGCAGAGCAAATTGAACTGATGTTTGAAAGTGAAATTGTGGCATTTAAAGAATGGTTAAAGACATTAGGTGTTGTACCAATTATTTCAGCTCTACGGCAGAAAGCACTTTCCATACAAATGGAAACAGTGAAAAGTATTGAAAGAAAAATGCCTGATCTCACAGAAAGAGAGAAAAAGATCATTAACAAACATACGAAAAGTATTGTCAATCAGTTGCTAAAAGAGCCAATTACACAAGCAAAAGAAATGGCGGTAGGTGACCGATCAAAGGAATCACTTCAATTGTTTATTGACATATTCGGTATCGAGGCAGAAGTACAAGCAGAGCTTGATAAGCAGGCAAAAAAAAATGAAACAAATAAAGCAATGAAAAATAAACAAGTATCCTTCCCACTTTTAAATAAGATGCCGACCATATAA	MHILKVGFNYKTAPVEIREKLAFSEDHVHEAMVALNGQKSILENVIVSTCNRTEIFAVVDQLHTGRYYIKQFLADWFDEEKASFSSFLQIVENDGAMEHLFRVITGLDSMVLGETQILGQVKQAFLTAQKMGTTGTVLNELFKQAITFGKRVQKDTAIGKQAVSVSYAAVELAKKIFGDLKKKRVVILGAGKMGELAVKNLQGSGTNDITVVNRTREKADALAKKFAARAETIDRLPIVLQEADILITSTGSTSIILSKELVEAVQKERKGNPLFLVDIAVPRDIDPFVSELENTFLYDIDDLQHIVDENLEARKEAAEQIELMFESEIVAFKEWLKTLGVVPIISALRQKALSIQMETVKSIERKMPDLTEREKKIINKHTKSIVNQLLKEPITQAKEMAVGDRSKESLQLFIDIFGIEAEVQAELDKQAKKNETNKAMKNKQVSFPLLNKMPTI	PGPT0003650_744	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003650-hemA-K02492	NA	NA
AK148_01440	483			hypothetical protein	TTGAAAAAACAAAACACGCTTACCGCGTATCTTCTTATCGGTATAGGTTTGTTTTTTTTACTTAAACAATTAAATATTCCTATCTTGAACAACTTTTATTCATGGCAAACAATAATCATTATAATTGGACTTGTTTTGTTAATCCATAGTTATATTACAAAAAATTACCAGAATTTGTTTAGCGGTACTATTTTGTTAGGATTAGGCATTCATTTTTACGGTCTAGCTTACTATTCTTTTTGGATTGATCATTGGGCTATGTATGTACTTATTGTAGGCGTCGCATTTATAGTTCGTTTTTTACAAACGAAAGAAGGCTTGATACCAGGAATATTGTTGACAGCTTTTTCTTTGGTCATGATGTTTTCAGTACAACTTCCTAGCTGGTTTAATTGGATCTATACAATTGTAGATGTAATGGAACGTTTTTGGCCTGTTTTGTTAATTATTTTTGGCTTGTTTTTATTAACGAAACGGAAATAA	MKKQNTLTAYLLIGIGLFFLLKQLNIPILNNFYSWQTIIIIIGLVLLIHSYITKNYQNLFSGTILLGLGIHFYGLAYYSFWIDHWAMYVLIVGVAFIVRFLQTKEGLIPGILLTAFSLVMMFSVQLPSWFNWIYTIVDVMERFWPVLLIIFGLFLLTKRK				NA	NA	NA	NA	NA
AK148_01441	588	engB	COG0218	putative GTP-binding protein EngB	ATGAAAGTAACAAAAGCTGAAATTGTAATAAGTGCTGTCAGTGAAAAACAATATCCAAACGATCAGTTACCAGAAATAGCTTTAGCAGGACGATCAAATGTAGGAAAGTCTTCGTTTATTAATACGTTAATTAACCGCAAGAATTTAGCACGAACGTCATCAAAACCAGGAAAAACACAAACGCTAAATTTTTATCTTATCAACGATGCCTTTTATTTTGTTGATGTCCCTGGTTATGGTTATGCAAAAGTGTCAAAAAAAGAAAGGCAAAAATGGGGCAAAATGATGGAAGAGTACTTTGAGAAGCGCCATTCGTTAAAAGCGGTGCTTGTAATTACAGATATCCGACATGAGCCCACTGTTGATGATTTACAGATGTATGATTTTTTAAAGTATTATGAACTTCCGGTTTTAATTATAGCGACTAAATTGGATAAAGTGTCTAAAAACAAACGATCACAGCATGTAAAACGAACGGAAAAAGCTTTTCAAGTGGAGGCAGGAGATCTGGTATTACCTTTTTCTGCTGAAACGGGTGAAGGAAAAGAAGAAGCATGGTCCATGATCCGCCAATATATAAAGGTGTAA	MKVTKAEIVISAVSEKQYPNDQLPEIALAGRSNVGKSSFINTLINRKNLARTSSKPGKTQTLNFYLINDAFYFVDVPGYGYAKVSKKERQKWGKMMEEYFEKRHSLKAVLVITDIRHEPTVDDLQMYDFLKYYELPVLIIATKLDKVSKNKRSQHVKRTEKAFQVEAGDLVLPFSAETGEGKEEAWSMIRQYIKV				NA	NA	NA	NA	NA
AK148_01442	2340	lon1	COG0466	Lon protease 1	ATGATGACAAATGATAAAAAACAAATTCCCCTCCTACCATTAAGAGGATTGCTTGTTTTCCCGTCCGTGGTTTTACATTTGGATGTAGGAAGAGAAAAATCTATAGCAGCTATTGAAAAAGCGATGATGGATAATGAATACATATTTTTAGCAGCACAAAAGAAAATTCGTTTAAAAGAACCGGAACCAAGGGACATCTACTCTATTGGGACGGTTTCTATGGTTAAGCAAATGATTAAACTCCCGAATGGAACGATGCGGGTTTTAGTTGAAGGTGTATACCGAGCAGAAGTAATAAGATACGTTGAACAAGAGCAAGAATTTATTGTAGAAGTACAAAAGATATCTGATATAGAAACGGATCAGCATGAACAAGAAGCGCTTATGCGTTCACTATTGACCCAATTTGAGAAGTATACGACACTCTCGCAAAAAATCACACATGAAACATTTGAGACGGTTGCTGACATAGATGAACCCGGGCGATTAGCAGATATAATTACCTCTCATTTGTCTTTGAAAATAAAGGAAAAGCAAGCATTATTGGAAACACAAGAGATTAAAACACGGCTACAGATGTTAATCCAATACATATCTAACGAACAAAAGGTGCTTGACCTGGAAAAGAAAATCGGTCAACGTGTCAAAACATCCATGGAAAAAACACAAAAAGAATATTATTTACGTGAACAATTAAAGGCAATTCAAAAAGAGTTGGGAGAAAAAGACGGGAAAATAGGTGAGGTAGAAGAGTTGCGGGAAAAAATCCATACCTCCACCATGCCTGAGCGAATTCAAACAGCAGCGCTTAAAGAATTAGACCGTTATGAAAAAATCCCTCAAAGCTCTGCGGAAAGTTCAGTAATTAGAAATTACATAGAATGGTTGTTAGCGTTACCTTGGAATGAGAAGACGGAAGATCGGATTGATGTGGACTTGGCAGAAAATATTTTAAATAGGGAACATTACGGTCTGGAGAAGGTAAAAGAGCGAATTTTAGAATATTTAGCTGTACAAAAACTCACTTCATCTATTAAAGGACCTATTTTATGCTTGGCGGGTCCACCTGGAGTGGGGAAAACATCTTTAGCGAAGTCGATCGCTCATGCTGTAAGCCGAAATTTCATCCGTATTTCCTTAGGGGGGATCCGTGATGAAGCCGAAATTCGAGGCCACAGGCGTACTTATATTGGGGCTATGCCAGGAAGAATTATTCAAGGAATGAAAAAAGCAAAGACGAACAACCCGGTATTTTTATTAGATGAAATTGATAAAATGGCTCATGACTTTCGCGGAGACCCATCTTCCGCTTTATTAGAAGTTCTTGATCCAGAACAAAACGCGCAATTTAGTGATCATTTTATTGAAGAAACGTACGATTTATCCAATGTGCTGTTCGTCGCTACTGCAAATTACATAAACAACATCCCAGCACCTTTGCTCGATCGAATGGAAATTATTTCTATTGCTGGATATACAGAAATTGAAAAGCAGCATATTGCAAGGCGCCATTTACTGCCTAAACAATTGAAAGAAAATGGTTTAACAAAAGGACAATTGCAATTACGAGATGAGGCTCTTCGAAAATTAATTCGAATGTATACAAGAGAAGCGGGTGTTCGTAATCTTGAAAGACAATTAGCTTCCTTGTGCCGAAAAGCAGCTAAGCTTGTTGTCTCTCAAAAAAAGAAACGTGTCATCGTAACTGAAAATAGTTTAGAGGAAATGCTAGGAAAACCGTTATACCGTTATGGCTTAGTAGAAAAAGAGAACCAGGTCGGTACTGCCACTGGGCTAGCATACACAGCTGTTGGAGGCGATACATTATCTATTGAGGTTTCCCACTATCCTGGAAAGGGGAAATTGACCCTTACAGGGAAACTCGGTGATGTCATGCAAGAGTCAGCACAAGCAGCTTTTAGCTATATTCGTTCTCGAGCAACTGAACTGAATATAGATCCATCTTTTCATGAGAATTGTGATATTCATATTCATGTTCCTGAAGGAGCCACTCCAAAGGACGGGCCCTCCGCAGGAATAACGATGGCTACAGCTTTAGTTTCTTCATTGACAGGTCGTCCCGTAAAGAAAGAGGTAGCAATGACTGGAGAAATAACCTTAAGAGGTCGGGTACTTCCGATTGGTGGTCTAAAGGAAAAAACGCTAAGCGCACATCGTGCTGGTATTTGTACCGTTATTATTCCAGAAGACAATAAAAAAGATATTGAATCTATTCCTGAAAGTGTAAGAAAAGATATCACATTTATCGCTGTTCGTCATCTGGATCAAGTATTACAACATGCGTTAGTGGGGGAGCAAAATGAAAGTAACAAAAGCTGA	MMTNDKKQIPLLPLRGLLVFPSVVLHLDVGREKSIAAIEKAMMDNEYIFLAAQKKIRLKEPEPRDIYSIGTVSMVKQMIKLPNGTMRVLVEGVYRAEVIRYVEQEQEFIVEVQKISDIETDQHEQEALMRSLLTQFEKYTTLSQKITHETFETVADIDEPGRLADIITSHLSLKIKEKQALLETQEIKTRLQMLIQYISNEQKVLDLEKKIGQRVKTSMEKTQKEYYLREQLKAIQKELGEKDGKIGEVEELREKIHTSTMPERIQTAALKELDRYEKIPQSSAESSVIRNYIEWLLALPWNEKTEDRIDVDLAENILNREHYGLEKVKERILEYLAVQKLTSSIKGPILCLAGPPGVGKTSLAKSIAHAVSRNFIRISLGGIRDEAEIRGHRRTYIGAMPGRIIQGMKKAKTNNPVFLLDEIDKMAHDFRGDPSSALLEVLDPEQNAQFSDHFIEETYDLSNVLFVATANYINNIPAPLLDRMEIISIAGYTEIEKQHIARRHLLPKQLKENGLTKGQLQLRDEALRKLIRMYTREAGVRNLERQLASLCRKAAKLVVSQKKKRVIVTENSLEEMLGKPLYRYGLVEKENQVGTATGLAYTAVGGDTLSIEVSHYPGKGKLTLTGKLGDVMQESAQAAFSYIRSRATELNIDPSFHENCDIHIHVPEGATPKDGPSAGITMATALVSSLTGRPVKKEVAMTGEITLRGRVLPIGGLKEKTLSAHRAGICTVIIPEDNKKDIESIPESVRKDITFIAVRHLDQVLQHALVGEQNESNKS	PGPT0014315_4364	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014315-lon-K01338	NA	NA
AK148_01443	1278	clpX	COG1219	ATP-dependent Clp protease ATP-binding subunit ClpX	GTGTTTAAATTCAATGAAGAAAAAGGACAATTAAAATGTTCGTTCTGTGGTAAAGGCCAAGATCAAGTTCGGAAATTAGTGGCTGGACCGGGCGTTTATATATGTGATGAATGTATTGAATTGTGTACGGAAATAGTGGAAGAAGAGCTCGGAACGGAAGAGGAAACAGAATTAAAAGAAATTCCGAAGCCACGTGAAATATGTGATATATTGGATGATTATGTTATTGGTCAAGATAAGGCAAAAAAGAACTTATCTGTTGCTGTATATAACCATTATAAGCGGATCAATACACCGAAATCTTCTTCTGACGATGTAGAGCTAGCCAAAAGTAACATAGCTATGATTGGTCCGACTGGTAGCGGGAAAACATTGTTAGCGCAAACTTTAGCGCGAATAATTAATGTACCTTTCGCAATGGCTGATGCAACGTCACTTACTGAAGCTGGCTACGTTGGCGAGGATGTAGAGAACATATTACTGAAACTCATTCAAGCAGCCGATTACGATGTAGAAAAAGCAGAAAAAGGCATTATTTACATTGATGAAATAGACAAAGTAGCTCGTAAGTCAGAAAATCCTTCTATTACACGAGATGTCTCTGGAGAAGGCGTGCAGCAGGCTTTACTTAAAATATTAGAAGGAACGGTAGCTAGCGTTCCTCCTCAAGGTGGCAGAAAACACCCTCATCAGGAATTTATTCAGATTGATACAACGAATATTTTGTTTATCGTTGGTGGGGCATTCGATGGCATTGATCAGGTTATTAAACGCCGTCTTGGTAAAAAAGTAATTGGGTTTGGAGCCAATGAAAAGCAGCAAGATTTAGACATGGGCGAGCTGTTAGAAAAGGTTTTACCAGAAGACTTATTACGTTATGGGCTTATCCCAGAGTTTATTGGTAGAATTCCAGTTATAGGTAGTTTAACGCCATTAGATGAAGAAGCGCTCGTTGAGATTTTAACGAAGCCGAAAAACGCTTTAGTGAAACAATATGAAAAATTATTTGAGTTGGATAATATTGAATTAGAATTTGAAGAGGAAGCTTTAAGAGAAATTGCTGCTAAGGCAATTGAACGTAAGACGGGAGCTAGGGGGTTACGCTCCATTATTGAGGGTATAACACTTGATGTTATGTTTGAACTCCCATCTAGAGATGATATTGAGAAGTGTATTATTACGAAAAGAACTGTAGAAGAAGAGGGTGTTCCAAAACTTGTATACCGAGATGGGACAGTAACAGAAGGAGCTAAAAAACTTCCTAAAGAAAGTGCTTAA	MFKFNEEKGQLKCSFCGKGQDQVRKLVAGPGVYICDECIELCTEIVEEELGTEEETELKEIPKPREICDILDDYVIGQDKAKKNLSVAVYNHYKRINTPKSSSDDVELAKSNIAMIGPTGSGKTLLAQTLARIINVPFAMADATSLTEAGYVGEDVENILLKLIQAADYDVEKAEKGIIYIDEIDKVARKSENPSITRDVSGEGVQQALLKILEGTVASVPPQGGRKHPHQEFIQIDTTNILFIVGGAFDGIDQVIKRRLGKKVIGFGANEKQQDLDMGELLEKVLPEDLLRYGLIPEFIGRIPVIGSLTPLDEEALVEILTKPKNALVKQYEKLFELDNIELEFEEEALREIAAKAIERKTGARGLRSIIEGITLDVMFELPSRDDIEKCIITKRTVEEEGVPKLVYRDGTVTEGAKKLPKESA	PGPT0014600_2504	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0014600-clpX-K03544	NA	NA
AK148_01444	1287	tig	COG0544	Trigger factor	ATGTCAGTAAAATGGGAAAAACAAGAAGGAAATGAAGGTGTACTTACATTTGAAGTGAGTGCTGAAGAGTTTGACAAAGCATTAGATCAAGCATTTAATAAGGTCAAAAAGGATGTACAAATTCCAGGTTTTCGTAAAGGTAAAATTCCACGTGGTTTATTTGAAAAGCGTTTTGGTGTAGAAGCACTTTACCAAGACGCTGTTGACATTGTATTGCCTAGTGCATATATGCAAGCTGTAGCTGAAGCAGAAATTGAACCAGTAGATCAACCAGATATTGATATAGAATCCATCGGTAAAGGCGAACCTTTAGTATTCACTGCTAAGGTTACTGTAAAGCCAGAGGTTAAACTTGGTGAATATAAAGGTCTCGAAGTAGAAGATGAAGAAGTAGAGGTAACTGATGAAGATGTTATGCATGACTTGGAGCATCAACGTGAGCACCATGCTGAATTAGTTGTTAAAGAAGATGGTGAAGTAGAAAATGGTGATACAGTTGTTATCGATTTTGAAGGTTTCGTTGATGGAGAACCATTTGATGGTGGGAAAGCTGAAAACCATTCTTTAGAAATCGGCTCTGGTCAATTTATTCCGGGATTTGAAGAGCAGCTTATTGGTAAAAAACCTGGAGAAGAAGTGGAAGTTGCGGTAACTTTCCCTGAAGATTACCATGCAGAGGAGCTTGCAGGAAAAGAAGCTACCTTTAAAGTAACGATTCATGAAGTGAAATATAAAGAGTTGCCACAACTTGACGATGAGTTTGCGAAAGATTTGGACGATGAAGTTGATACGCTTGAAGAGTTAAAGGCTAAGAAAAAAGAACAACTTTTAGAAAAAAGAACAGAAGAAGCTGATAACAAAAAGCGGGAGACATTGATTGAAAAAGCTAGCGAAAATAGTGAAATCGCTATTCCTGATGCAATGGTAGAATCAGAACTAGACCAAATGGTACAAGAATTTGAACAACGCCTGCAAATGCAAGGCATGACGCTAGAAATGTACTCCCAATTCTCTGGACAAGATAAGGATGCTTTAAAAGAGCAAATGCGAGAAGATGCTAAGAAGCGTGTGAAAACAAATCTTACGTTAGACGCTATTGCTGAAACAGAGGAATTGGAAGCAACGGATGAAGATGTCGAAGCAGAACTTGATAAAATGGCAGAAATGTACGGTGCTGAAAAAGAACAGATTAGACAAATGCTCGGTGGTAATGCAGAAGCATTAAAGAGCGATTTGAAAAAGCGTAAAGCAATTGACTTCCTTGTAGAACAAAGTAAAGCTGTATAA	MSVKWEKQEGNEGVLTFEVSAEEFDKALDQAFNKVKKDVQIPGFRKGKIPRGLFEKRFGVEALYQDAVDIVLPSAYMQAVAEAEIEPVDQPDIDIESIGKGEPLVFTAKVTVKPEVKLGEYKGLEVEDEEVEVTDEDVMHDLEHQREHHAELVVKEDGEVENGDTVVIDFEGFVDGEPFDGGKAENHSLEIGSGQFIPGFEEQLIGKKPGEEVEVAVTFPEDYHAEELAGKEATFKVTIHEVKYKELPQLDDEFAKDLDDEVDTLEELKAKKKEQLLEKRTEEADNKKRETLIEKASENSEIAIPDAMVESELDQMVQEFEQRLQMQGMTLEMYSQFSGQDKDALKEQMREDAKKRVKTNLTLDAIAETEELEATDEDVEAELDKMAEMYGAEKEQIRQMLGGNAEALKSDLKKRKAIDFLVEQSKAV				NA	NA	NA	NA	NA
AK148_01445	978			hypothetical protein	ATGAAGCAACGCGAAAATATTATATTGTTCCCAAAATGGAGAACGGCTTTAGAGGAGGAGAGCTTACTTGCCTTAAAAGAAAAAAGATTTGCAGAGGCATTAGAAAAGCTCGATGAATTATTAAACTATCAAGTCAATAGTTTTGAAATTGTAAGCGGAAAGCTAATCTGTCTAATTGAATTAGGTCGGCATAAGGAAGCTCAGGATATTTGTGAAGATGTGTTACAGCGACAGGATGAACACTATTACCATTACCTACATATTTATTTAACCATTTTGTTTCAAACAAATCAATATGAGATGTTAATGGAGCAGGTGGAAGAAGAGTTTAAATTCCATCAAGTACCAGAAGTGTTAAAAGAACAATTTCATCAGTTATACGAAATGAGTCGTAAATTAAAAGTAGACATGTTAGTAGATCGCCAATCTGTGTTTATGGAAGAATGGGAGGACGCTATTACTACACGTGATTATCAAAAACAATGGTTAATCATCGAAAAATTACGTGCAATGAAAAGCGAACCTAATCGTAAAATGTTACATTTATTAGTAAAAGAAGACATACACCCTGTTGTAAAAACAGCTATGTTAATTTGGTTACAAGAAATAGATTATAATCAGCTTGTCCATATAAAAAAATGGGGGAGAAGCATACAAGTACACCCTTTAGAGATAGAAGCCATTTGGAACCATGCTTCAGTGAAACGAATCAATTCGATTATAAATGAGCTTGAACAAAAAAACCCAACTTTATATGATTTGTTAGTGAAATTGTTATATCATTACATGTATGTCAAATACCCGATGCTCCCTGTTAAAGAGGAAGCGGAACATATCGCGCTGGCCTTAAAAGCAATTGGTGCAAATTATTTAAACATAAAGTTGGATGAGCAAGGGAAGCAATTAGATTTGAATGAGTACATAGAAGATATTGAACGTTGCGAAGCCTTGTATTCTAGTATCATTGAGGATAACTAG	MKQRENIILFPKWRTALEEESLLALKEKRFAEALEKLDELLNYQVNSFEIVSGKLICLIELGRHKEAQDICEDVLQRQDEHYYHYLHIYLTILFQTNQYEMLMEQVEEEFKFHQVPEVLKEQFHQLYEMSRKLKVDMLVDRQSVFMEEWEDAITTRDYQKQWLIIEKLRAMKSEPNRKMLHLLVKEDIHPVVKTAMLIWLQEIDYNQLVHIKKWGRSIQVHPLEIEAIWNHASVKRINSIINELEQKNPTLYDLLVKLLYHYMYVKYPMLPVKEEAEHIALALKAIGANYLNIKLDEQGKQLDLNEYIEDIERCEALYSSIIEDN				NA	NA	NA	NA	NA
AK148_01446	606			hypothetical protein	ATGCAAGAACCATTACATCGGATTTACCAAATTATCAAACTTGGAGAAAATCTAAAAACAGAGTTACGTCACAGTTGGCTATCCAACGGAAGAAGAGAAAGCGTCGCAGAGCATACATGGAGAATGTCACTAATGGCCGTATTATTACAACCTTATTTAAATAAGAAAGTAGACATGGAAAAATTATTAAAAATGATTATCATTCACGATCTAGTAGAAGCTGAAGCGAAAGATATTCCTGTTTTTGAAATCATGGGCAATGAAGAAGCGAAGCAGCAAAAACAAATGAATGAATTAAAAGCAATAACAAATATAAAAAATACTTTACCAGAGGAAGTCGGCGGAAGTCTATACAATATGTGGGTGGAATTTGAGGCCAAGCAAACATATGAAGCAAAAGTCGCAAACGCTTTGGATAAACTCGAGGTGCAAATTCAACATAATGAAGCCGATATTAGTACTTGGAAGCCGATAGAATATGAGTTATGTTTGCAACTTGGCGACCATACAGATTTTAGTGCTATTTTAAATCAATTAAAGAATATAGTTGAACAGGAAGCGAAAGAAAAAATCGAGCAATCTGAAAAGCAGACAGTGACTGATTGA	MQEPLHRIYQIIKLGENLKTELRHSWLSNGRRESVAEHTWRMSLMAVLLQPYLNKKVDMEKLLKMIIIHDLVEAEAKDIPVFEIMGNEEAKQQKQMNELKAITNIKNTLPEEVGGSLYNMWVEFEAKQTYEAKVANALDKLEVQIQHNEADISTWKPIEYELCLQLGDHTDFSAILNQLKNIVEQEAKEKIEQSEKQTVTD				NA	NA	NA	NA	NA
AK148_01447	99			hypothetical protein	ATGTATCCATTTTCGAGCACAGGTTTTTATGGGGCATACATATTCATGAAACTTTCAATGGAACAATTAACTGAGATTGCTCAAGTAGTTCAAAGTTAA	MYPFSSTGFYGAYIFMKLSMEQLTEIAQVVQS				NA	NA	NA	NA	NA
AK148_01448	108			hypothetical protein	ATGGCTAATTCCTTTTTTCTAAATGTATTCGCCAAAGGAAAAGCGTTTGGAATTCAACCTATGAAGAATAATTTTCCAAACGCCGGCGGATTAAAAATTACGAAGTGA	MANSFFLNVFAKGKAFGIQPMKNNFPNAGGLKITK				NA	NA	NA	NA	NA
AK148_01451	510			Putative metallophosphoesterase MG207	ATGACAAAAGTGCTGATTGTGAGTGATAGTCACGGATTAACGAAAGAGCTGGAAATAATTAAACAACAACACCGTGTAGATGCTCTGATTCACTGTGGAGATTCGGAATTAGGTATGGACGACAAGGAAATGGCTGGATTTTATTCTGTAATGGGAAATTGTGATATTGATACGCGCTATCCAGAGGAACAAACAATCCAAGTTAGTGGAGTGAAATTTCTCATTGTTCATGGTCATCTGCATCAAGTAAAGAGTAATTTATTACATGTGGCTTATCGTGCAGAAGAACTTGGAGCACAAGTGATTTGTTTTGGTCATACACATATTGCTGGCGTGGAACAAAAAGGAAACCAACTGCTACTTAATCCTGGTAGTATACGCTTGCCACGTGTTCGCAAAGAGAAGACCTATGCGATCATGGAATGGCAAGTTAAAGAAGAGATAACCGTGCGTTTTTATTCGGTAGACGGAGCTGAATTAGAAGCATTGCGTTATGTAGCAACATTATAG	MTKVLIVSDSHGLTKELEIIKQQHRVDALIHCGDSELGMDDKEMAGFYSVMGNCDIDTRYPEEQTIQVSGVKFLIVHGHLHQVKSNLLHVAYRAEELGAQVICFGHTHIAGVEQKGNQLLLNPGSIRLPRVRKEKTYAIMEWQVKEEITVRFYSVDGAELEALRYVATL				NA	NA	NA	NA	NA
AK148_01452	609			dITP/XTP pyrophosphatase	ATGAAAAAAATAATTATTGCTACAAAGAATAAAGGGAAAGCGAAAGAGTTTAAAGAACTATTTGCTGCATATGAGCTTGACGCTATTTCCTTAAATGAATTAGACGGTATACCAGATGTTGAAGAAACAGGGTCAACATTTAAAGAAAACGCAGCATTAAAAGCAGAACAAATTGCTTCTATGTTATCGCTCCCTGTCATCGCTGATGATTCTGGCTTAATGATTGATGCATTAGATGGGAAACCTGGGGTGTACTCCGCGCGATATGCTGGAGAGGATAAAAGTGATCAGGCCAACATCGATAAGGTGCTCACCGAATTACATAACGTACCGGAAGCGAAAAGAACAGCACATTTTATCTGTGTACTTGCGATTGCTGTACCTGGTTCAGCTACTACATATTATATTGGATATTGTCACGGCAGAATTGCTCATTCACCAATTGGAAAGAACGGTTTTGGATATGATCCTATTTTTATTCCAAAAGGCTTTCAACAAACAATGGCTCAGTTATCCCCAGAAGAAAAAAATGCCATTAGTCACAGACGAAATGCTTTGAAAGAACTAGAAGCCAGTTTAAACAAACAAGATATACTTTTAGATAGATAG	MKKIIIATKNKGKAKEFKELFAAYELDAISLNELDGIPDVEETGSTFKENAALKAEQIASMLSLPVIADDSGLMIDALDGKPGVYSARYAGEDKSDQANIDKVLTELHNVPEAKRTAHFICVLAIAVPGSATTYYIGYCHGRIAHSPIGKNGFGYDPIFIPKGFQQTMAQLSPEEKNAISHRRNALKELEASLNKQDILLDR	PGPT0021590_3032	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021590-rdgB-K02428	NA	NA
AK148_01453	765	rph	COG0689	Ribonuclease PH	ATGAGAAGCGATCAGCGTAATGAAAGTAGTTTACGACCTATCACAATTATTACGGATTTTCTTCAGCATCCGGAAGGCTCTGTGCTGATTCAGATAGGAAATACAAAAGTAATATGTAATGCAAGTATTGAAGACAGAGTTCCTCCATTTATGCGTGGGCAAGGAAAGGGATGGATTACAGCGGAATATGCAATGCTCCCTCGCGCTACTGAGCAAAGAAATATACGTGAATCTTCTAAAGGTAAAGTAAGTGGAAGAACGATGGAAATTCAACGATTAATTGGACGATCCCTTCGATCCGTCGTCGATTTAGATAACATAGGCGAACGAACGGTTTGGGTAGATTGTGATGTCATTCAAGCTGACGGCGGCACGCGGACAGCTTCGATTACAGGTGCGTTTGTTGCTGTTGCATTAGCATTTAATAAGTTAGTGAAAAATAAAGTTATTTCTAAAATGCCAGTTACAGATTTGTTGGCAGCGACTTCGGTTGGCGTATTACCAGATGGAAACGAAATTCTAGATTTGAATTATCAAGAAGATTCCAGTGCACATGTTGATATGAATATCGTAATGACAGGTTCAGGTGAGTTTGTTGAAATACAAGGTACAGGGGAAGAAGCGACTTTTTCAAGTAAACAATTGCAAACGATGCTCCAGCTTGCTGAAGAAGGGTTGTTAACACTATTTGAAAAGCAGCGGGAAGCATTAGGTTCCATTGCTGAAAAGATTGTTAAGGCTACAAGTGCGCAAGGAGAAGAATAA	MRSDQRNESSLRPITIITDFLQHPEGSVLIQIGNTKVICNASIEDRVPPFMRGQGKGWITAEYAMLPRATEQRNIRESSKGKVSGRTMEIQRLIGRSLRSVVDLDNIGERTVWVDCDVIQADGGTRTASITGAFVAVALAFNKLVKNKVISKMPVTDLLAATSVGVLPDGNEILDLNYQEDSSAHVDMNIVMTGSGEFVEIQGTGEEATFSSKQLQTMLQLAEEGLLTLFEKQREALGSIAEKIVKATSAQGEE	PGPT0021590_6	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021590-rdgB-K02428	NA	NA
AK148_01454	1065	gerM	COG5401	Spore germination protein GerM	ATGCAAAAACGCGTCATGCTTATCGCGTGGGTAATGATACTTTCCATCATTTTAAGTGGGTGTTTTCAAGGAGAACAGTCTTTAAATGAGGAAATGGATCCCCCACAAAATGCAGAACCCGTTGATAATCAAGGGGAAACGCAAGGTGGTGAAGGAGAAACGGATGATGAGACGCAAGCGAGTACCGTTGCGCGTGACTTATATTTATTAGATGCTAATGGCATGGTAGCTTCACAAACGATAGAAATGCCAACGACAGAATCGCATACTGTTGCCAAGCAAGTAATGGAATATTTAGTAAAAGATGGTCCGGTATCTCAAGTGTTGCCAAATGGATTTCAGGGAGTCATACCTGCAGGCACGGAAGTTTTAGGGGTTAATCTTCAAGAAGACGGTACGATCATTGTTAATCTATCAAAAGAGTTTGCTAATTATGAAGCCGAAAATGAACGAAAAATACTAGAAGCTGTTACGTATTCTTTAACGCAATTTGACAATGTGGAACAGGTGCAGTTGCAGATGGAAGGTAACGCCATAACGGAAATGCCTGTTGATGGTACGCCGATAGGAAATGGCTTTTCACGCGCTGATGGTATAAATATTAGTGATACCGGTGCAAGTGATCTCGTGGATAGTAAAACCGTAACGATGTTCTACCCTGCCGAACATAATGATAATGCTTATTATATTCCTGTCACCCAATATGTAGATCAAGAGAAAGAGGATGACGAGTTGATGGCCATTGTAAATGCATTAATAGATGGGCCAGGAGTGGAGCAGAATGTGATGCAAGTGTTTAATCCGAAAACGACTCTAACAAAACCTCCTTCAATAAAGGGAGGGACATTGCATTTGCAATTTAATCAGGAAGTTTTAAAAGAGGAAGATAAGGCAGTCATATCTGATCAAGTCATGGAAAGCATTGTTCGGACAATGACGGGAGTAGAAGGGATTGAATCCGTGCAAGTTAGTATAGATAATATAGAACAGATAGTAAATGAAGAAGGTAAAGCATATACGGAACCTGTTACTATACAGCAATTTACAGAAGCAGAAGAACTGTAG	MQKRVMLIAWVMILSIILSGCFQGEQSLNEEMDPPQNAEPVDNQGETQGGEGETDDETQASTVARDLYLLDANGMVASQTIEMPTTESHTVAKQVMEYLVKDGPVSQVLPNGFQGVIPAGTEVLGVNLQEDGTIIVNLSKEFANYEAENERKILEAVTYSLTQFDNVEQVQLQMEGNAITEMPVDGTPIGNGFSRADGINISDTGASDLVDSKTVTMFYPAEHNDNAYYIPVTQYVDQEKEDDELMAIVNALIDGPGVEQNVMQVFNPKTTLTKPPSIKGGTLHLQFNQEVLKEEDKAVISDQVMESIVRTMTGVEGIESVQVSIDNIEQIVNEEGKAYTEPVTIQQFTEAEEL				NA	NA	NA	NA	NA
AK148_01455	828	racE	COG0796	Glutamate racemase 1	GTGAAACAAGCGATAGGCGTTATTGACTCAGGAGTTGGTGGGTTGACAGTAGCTTATGAATTAATGCGACAGCTCCCTAAAGAGAAATTAATTTACGTTGGTGATACAGCGCGCTGTCCTTATGGACCAAGATCAAAAGAAGAAGTGCAGCAATTCACATGGGAAATGGTTGACTTTTTGTTAGCTAGAGATATTAAAATGTTAGTCGTTGCGTGCAATACTGCGACAGCTTTTACATTAGATTCTTTAAAGAAACATTTAGCCATACCTGTTATAGGAGTTATTCAACCAGGTGCTAGAGCGGCGATTAAATTTACAAAAAATAATAGTATTGGTGTCATCGGAACCGACGGAACCATCAGAAGTAATGCTTATACGAATGCACTTAAAAGTATTAAAGGTGAATTGGACATCTGTGCAAAGGCTTGTCCTATGTTTGTCCCCATGGTAGAGCAAGGAGTTATGGAAGGATCAAAAGCAATACAAGTTGTTGAAGAAGCATTGCGACCGATGGTGGAGCAAACACAAATGGATACACTTATTTTAGGATGTACCCATTATCCTCTCCTTAAATCCACTATCCAATCAGTAGTGGGGGAAGGTGTAACATTAATATCTTCTAGTGAAGAAACAGCCAGAGAAACGAGTACTATATTAGAAATGCAACATTTGTTAAATCATAATGGAATAACTCCCATCCATCAATTTTATACGACTGGTGATTTAAATATGTTCATGCAAATTTCTAAGCGAATTTTTAAAGAGCAAAATTTACAAATGATAACCATAGAAAAAGCTGTGTTACATCAAATGCAAGATTCTAAATAA	MKQAIGVIDSGVGGLTVAYELMRQLPKEKLIYVGDTARCPYGPRSKEEVQQFTWEMVDFLLARDIKMLVVACNTATAFTLDSLKKHLAIPVIGVIQPGARAAIKFTKNNSIGVIGTDGTIRSNAYTNALKSIKGELDICAKACPMFVPMVEQGVMEGSKAIQVVEEALRPMVEQTQMDTLILGCTHYPLLKSTIQSVVGEGVTLISSSEETARETSTILEMQHLLNHNGITPIHQFYTTGDLNMFMQISKRIFKEQNLQMITIEKAVLHQMQDSK	PGPT0020200_1501	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_RELATED_RACEMASES,PGPT0020200-murI-K01776	NA	NA
AK148_01456	453	mgrA		HTH-type transcriptional regulator MgrA	TTGAAATCGTATGAAACCGAAGAAACGATAAACCGGATTGAGAAGCGAATGCGTTATATATCTGGAATCATTAAGAAAAATGGTCGAAAAATCCTGCACAATTATCCAATCACCTCTCCACAGTTTATTGCTTTACAATGGCTTTTGGAAGAAGGAGATTTAACAATTGGGGAACTGTCTAATCGTATTAGTCTAGCCTTTAGTACTACTACTGATTTAGTGGATAGGATGGAAAAGAGCGGGCTTGTTGAAAGAGTTCGTGATGCTAAAGATCGAAGAGTAGTACGTATCCATGTATTGGAGAGAGGAAAAACGATTATTCATGAGGTTGTAGAAAAACGGCAAGAATATTTAGGTCAAGTTTTGGAGGAATTCTCAGAAGATCAAATCGATCAATTGCATGAATTGCTTGCATATTTGCATGAGCAAATGAAAGAAAAAGAACAGAAATAA	MKSYETEETINRIEKRMRYISGIIKKNGRKILHNYPITSPQFIALQWLLEEGDLTIGELSNRISLAFSTTTDLVDRMEKSGLVERVRDAKDRRVVRIHVLERGKTIIHEVVEKRQEYLGQVLEEFSEDQIDQLHELLAYLHEQMKEKEQK	PGPT0013155_3227	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775	NA	NA
AK148_01457	237			hypothetical protein	ATGAAAGCTACAGCAGAAGTATATGTTACATCGACATGTCCATATTGTACAATGATGACAAATTATTTAAAGGAAAATAACGTTCCTTATAAGACGATAAATGTACAAACAGATCGTGAGGCAGGGCAACGTTTAGTGGAAACAACTGGACAAATGGGTGTACCGCAAACGAAAATGAACGGAAAGTGGATCATTGGCTTTGATCCAGATAAAGTTCAAGAAGCCTTAAAAAGCTAA	MKATAEVYVTSTCPYCTMMTNYLKENNVPYKTINVQTDREAGQRLVETTGQMGVPQTKMNGKWIIGFDPDKVQEALKS	PGPT0013201_4746	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-CHAPERONES,PGPT0013201-grxC-K03676	NA	NA
AK148_01458	1383	cpdA_2		3',5'-cyclic adenosine monophosphate phosphodiesterase CpdA	ATGACAAATAAGCCATTTAAAGACGAAAATAACATGAATAAAAGAATGGATCGCCGAACTTTTTTAACACAATCTTCCAAGGTTACCGGAACAGTTGTCGGATTAACGTTATTAGGATCATTTGGTGCCATTCCTGTTAGCGCTGCATCAAAATCACCTGTGAAACACGTAAAAGGAAGAAAAGCTGATTTAGTTTTTCCAGTCATTAGCGATGTTCATATCAAATATAATGATGAAGCTAATATGAACAAATTTACAACTACTTTAAATCAACTGAACCAAGTAGTTCCTCAACAGGATGCGTTAGTCGTGATTGGCGACCTTACAGAGTATGGTTACGAAACGGAATATGATATATTCATGGAGGTTTATGAAAAAAATAAGAATCCAGAAGCAACCCCCATGTTTGCAATTGGAAATCACGATTATTGGAATGGTTTATCCCCAATAGATTCACAAAAACGTTTTTGTCAAAAAACCGGGATGAAATCTCATTACTATCATCAAATAATTAAAGGCTACCATTTTATCATCCTTGGGACTGAAGACGGAAAGACAGAAGGAACATTTTCCACTAATCAAATAAAATGGCTAGAGAACAAATTACTGATTGCAAGTAATGACGACTGGAAAAAACCTATATTTGTTTTCCATCATCAACCTATTAAAGAAACAGTCTATGGAAGTGAATGGGGGTTTTCTGAAAATAGAGACCTTTTTTATAATACATTAAAGAAATTCCCACAAGTCATTACATTTTCTGGTCATACCCATTACCCGCTAGACGATCCGAAAATTATTCATCAGAAAGATTTTACAACCATCGGTACTTCTACAGGTGCTTATGCATGGCTTGAAGGCGGAAGAATACAAGGTGCAGTTCCTGATGGTGCAAACATGATAAACCAAGCTCTTATTGTTGAAGTGTACAATAACAAATTGATCATTAAACGCCGTGACATCCATAATAATGATTGGTCTGGCGAAGAATTTGAAATTAATTACCCGATAAACAAACGAAATTTCAAGTACACGGAAAACCGTGACAAAAAACCACCTTACTTCACTAAGGATGCAATGGTTTCTATCCTAAATGAAGCAACCACAGCTTCTAGTTTAACCATATTGCTAACACAAGCTGAAGATGACCTTTTAGTACATGATTACGAACTAAAATTAAAAAATATACAAACTGGAAAAATCGAAAAAGAATACCTAGCTTTTTCAGAATTTTATAAAGACCCAATGCCAAATCCTCTTCGTTTAAGTATTGATCGCTTACAAGCAAATACTACTTACGACATAGAAATTCACGCTTTAGATGCATTTGGAAATAAAAGCAAAAAAGCTTTAAAACTAATTGGAAGAACACAAAATAATTAA	MTNKPFKDENNMNKRMDRRTFLTQSSKVTGTVVGLTLLGSFGAIPVSAASKSPVKHVKGRKADLVFPVISDVHIKYNDEANMNKFTTTLNQLNQVVPQQDALVVIGDLTEYGYETEYDIFMEVYEKNKNPEATPMFAIGNHDYWNGLSPIDSQKRFCQKTGMKSHYYHQIIKGYHFIILGTEDGKTEGTFSTNQIKWLENKLLIASNDDWKKPIFVFHHQPIKETVYGSEWGFSENRDLFYNTLKKFPQVITFSGHTHYPLDDPKIIHQKDFTTIGTSTGAYAWLEGGRIQGAVPDGANMINQALIVEVYNNKLIIKRRDIHNNDWSGEEFEINYPINKRNFKYTENRDKKPPYFTKDAMVSILNEATTASSLTILLTQAEDDLLVHDYELKLKNIQTGKIEKEYLAFSEFYKDPMPNPLRLSIDRLQANTTYDIEIHALDAFGNKSKKALKLIGRTQNN				NA	NA	NA	NA	NA
AK148_01459	180	tatAd_1		Sec-independent protein translocase protein TatAd	ATGTTACAAAGTGCTGGCATCCCTGAATTGATATGTATACTATTTATTGCATTAATTGTAGTCGGATCATCCAAATTACCTGAATTAGGTAAAGTTGTTGGTATAATGTTAAAAGAATTTAAAAAGTCAACAAGGGAATTAGTTTCTGAAGATGAAGCAAAAGAAGATAAAAATGATTAA	MLQSAGIPELICILFIALIVVGSSKLPELGKVVGIMLKEFKKSTRELVSEDEAKEDKND	PGPT0029290_4238	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
AK148_01460	831			hypothetical protein	ATGAAAGCTATTATAAAGGATATTCTCCTTATTACTATTGGTTCATTTCTCATCGCAGCCTCTGTTGAATTTTTTGTTATTCCTAATAAACTTGGCGATGGTAGTACTATTGGAATGTCTTTAATTTTATATTATTTATTTGAAGTTCCTGCTAGTATTAGTTCTTTAATCATAAATCTAATTTTCATTGCAATTGCCTATAAGTTTTTAATGAAAAAGACAATCGTTTATACTGTCATTGGTGCATTTATGACATCTGTAGGACTAAGTGTTATGAATCTCATACCTTTTGCAGTTGACGACATGATTTTAGGAGTAATTTTCGGAGCACTATTAATGGGGGCAGGTTTAGCACTAATTTTCATTGCTGATGCATCAAACGGGGGCACAACTCTACTCGCATATTTATTGAATTATACGAAGGGGTATAGTTTTTCCAAAAGCCTCTTTTATATGGATAGTTTGATCATTGTAGGCTCCATTGTAGCAATTGGAGTGTATCATACATTGTATAGTTTTATTTTTGTCTATTTATGTACAAAAATAGCTAACCAATTTATTGAAGGTTTTCATAACAAAAAAGCAATGACAATCATGTCGGAACAATATGAAGAAATCTCAAAGCGTATTACGCACAAATTCGGCAACGCCGCTACCATCTTTTATGGATATGGTTACTATGTTAATGAAGATAAGCGAATTATCTATATTGTAATCAAAAAAAATGAATTGTTAAAAATAAAAAAAGAAGTGCAATTATTAGATCCTCAATCTTTTATTGTCATTCATGAAGTAAAAGAGGTTGTTGGCGGGAAATTTGGTTTTGTTTAG	MKAIIKDILLITIGSFLIAASVEFFVIPNKLGDGSTIGMSLILYYLFEVPASISSLIINLIFIAIAYKFLMKKTIVYTVIGAFMTSVGLSVMNLIPFAVDDMILGVIFGALLMGAGLALIFIADASNGGTTLLAYLLNYTKGYSFSKSLFYMDSLIIVGSIVAIGVYHTLYSFIFVYLCTKIANQFIEGFHNKKAMTIMSEQYEEISKRITHKFGNAATIFYGYGYYVNEDKRIIYIVIKKNELLKIKKEVQLLDPQSFIVIHEVKEVVGGKFGFV				NA	NA	NA	NA	NA
AK148_01461	654	cat		Chloramphenicol acetyltransferase	ATGTTTCATATAGTTAATCGAAAGGAATGGAAAAGAGAAGCATATTTCAACCATTTTTCTCAATTGCGTTGTACTTTTAGTATGACTGCGAATATAAATATTACAGAATTGCTAAAGCAGACGAGAGAAAGAAAAATGAAGCTTTACCCAGCATTAGTATATATGGGATCAAAAGTTGTAAATCAACATTCTGAATTTAGAATGTCTTATAATGATAAAGGGGAACTTGGTTATTGGGAGGTGCTTCATCCAAGTTACAGTATTTTTCATAAGGAAGAAGAACTATTCTCTAATGTTTGGACGAACTTTTCTAATATATTCGTGGAGTTTTACAACCGTTTTATGCAAGATAGTGTAGACTATGGTGATCATCTTACTTTGCAAGCAAAGGGAAATCCACCTACGAATATTCATCCAATATCTATTATTCCATGGACGAGTTTTACAGGATTTAATTTAAATATTAATAACGAAGGCGATTTTTTATTGCCTATCATTACATGGGGGAAGTATTTTAAAGAAGCAGAATCTGTTTTTATTCCTTTATCTGTACAAGTTCATCATGCAGTTTGTGATGGCTACCATGCTAGCTTATTATTAAATGAAATTCAAGCGTTAGCAGATCGATGTATGGATTGGTTAGATAAAGAGTAG	MFHIVNRKEWKREAYFNHFSQLRCTFSMTANINITELLKQTRERKMKLYPALVYMGSKVVNQHSEFRMSYNDKGELGYWEVLHPSYSIFHKEEELFSNVWTNFSNIFVEFYNRFMQDSVDYGDHLTLQAKGNPPTNIHPISIIPWTSFTGFNLNINNEGDFLLPIITWGKYFKEAESVFIPLSVQVHHAVCDGYHASLLLNEIQALADRCMDWLDKE	PGPT0028030_220	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-PHENICOL_RESISTANCE,PGPT0028030-catA-K19271	NA	NA
AK148_01462	438	dps1_2	COG0783	DNA protection during starvation protein 1	ATGAATCAACAATTAGTAGACGCATTAAACAAACAATTAGCCAACTGGAATGTTCTTTACACAAAGTTACACCATTATCATTGGTATGTGAACGGGGTTAATTTCTTTATATTACATGAAAAGTTTGAAGAGTACTATGATGAAGCAGCAAGTTACATTGATGAAATCGCAGAACGCGTGTTAACCATTAAAGGGAAACCACTATCATCATTAAAAGCCTATCTCGAAACAGCTACAATTAAGGAAGCAACTGGAAATGAATCTGATCATGAAATGGTTGCCCAGTTGATACTTGATTTTCAACAAATTGTAAATGAGTCGAATGAAATTATTGAAGTTGCAGAAGAAACAGAAGATCAACCAACAAGCGACTTATTTATTGGGATAAAAGCATCTTTAGAAAAACATATTTGGATGTTAGAAGCCTTTAATGCTTAG	MNQQLVDALNKQLANWNVLYTKLHHYHWYVNGVNFFILHEKFEEYYDEAASYIDEIAERVLTIKGKPLSSLKAYLETATIKEATGNESDHEMVAQLILDFQQIVNESNEIIEVAEETEDQPTSDLFIGIKASLEKHIWMLEAFNA	PGPT0004055_4027	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0004055-dps|dpsA-K04047	NA	NA
AK148_01463	438	moaE		Molybdopterin synthase catalytic subunit	ATGTTAAAGCCGTTTGCTATTGTATCAGAACCTATTGAAGTTAAACCTTACATGGATTATGTGCTTCACCCCCATGCTGGAGCAGTTACAGTATTCACAGGGAATGTTAGAGAATGGACACATGGTGTTCGAACCCTTTATTTATCATATCAAGCTTATATTCCTATGGCAGAAAAAAAATTAGCAGAAGTTGGAGCAGAAATGGAAGAGAAATGGCCCGATATCAGAGTAACAATTGTTCACCGAATTGGGGAGTTACACATTTCAGATATTGCTGTTTTAATTGCTGTTTCTTCACCGCATCGAAAAGCTGCGTATGAAGCAAATGAATATGCTATTGAACGCATTAAACAAGTTGTTCCCATTTGGAAAAAAGAGATCTGGGAAAACGGGGAGCAATGGGTAGGTGCGCAGAAAAAATATCCAGAAAAAGGATAG	MLKPFAIVSEPIEVKPYMDYVLHPHAGAVTVFTGNVREWTHGVRTLYLSYQAYIPMAEKKLAEVGAEMEEKWPDIRVTIVHRIGELHISDIAVLIAVSSPHRKAAYEANEYAIERIKQVVPIWKKEIWENGEQWVGAQKKYPEKG	PGPT0008430_580	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008430-moeA-K03750	NA	NA
AK148_01464	513	mobB	COG1763	Molybdopterin-guanine dinucleotide biosynthesis adapter protein	ATGAAAATTTTGCATATAGTAGGTTTTAAAAATAGCGGAAAAACTACCTTAGTTTCTCGCTGGGTACAATTTCTAAAAACGAAAGGATTTTCTGTTTCGGTTATAAAACAACATGGCCATCATGGGAAGCATGGAAGTTTGAAAATGCCAGATGAAAATACTGACTCCATGCAATTTTTTCGAAGTGGTGCTGATTTGTCCATTGTGTCTGGCGGTGGTACGGTACAAATAATGTTAAATGAAACTCCAAGTTTTGAACGCTTAAAAAAACTAGCTTCCATGGATCAACCCGATATATTACTTATAGAAGGGTTTAAAGAAGAGGCTGGATCAAAAGTTGTGTTAGTGAGAAATGAAGTAGAATGGGATGAATTAAACCGATTGAATAATATCGTATTAGTGGTAGGTGTAGAAAATAAATCTATTTCTTTCCCCCAAATTAGATCACGAGAGAACGTGTCTGCATTAGATAAGTGGTTATGGGAATGGTGTGGAGGAAGAGCATCATGTTAA	MKILHIVGFKNSGKTTLVSRWVQFLKTKGFSVSVIKQHGHHGKHGSLKMPDENTDSMQFFRSGADLSIVSGGGTVQIMLNETPSFERLKKLASMDQPDILLIEGFKEEAGSKVVLVRNEVEWDELNRLNNIVLVVGVENKSISFPQIRSRENVSALDKWLWEWCGGRASC				NA	NA	NA	NA	NA
AK148_01465	1257	moeA		Molybdopterin molybdenumtransferase	GTGATAGAGAGAAGAAGCCCAATACCCGTTTCACAAGCAATACAGTATGTAATGGATCAAATTAAACCGTTACCAATAGAAAAAACAAACTTAAGTAAAGCGAATGGTCGAATTCTAAGGGAACCCATTGTTGCGAGTCATGCTGTGCCACCTTTTAATCGTTCTGCATATGACGGGTATGCTATCCGATCAAAAGATACGAAAGGTGCGTCAGTTCACCATCCCATTTCTTTTCGAGTTATCGGAGAAATTGGAGCTGGGACAGTGCCAAATGTACCCGTTGGTAAGCACGAAGCATATCGAATTATGACGGGCGCCATCTTACCAGAACAAGCAGATGCTATTGTTATGTTAGAAAAGACGACGAAGATGATAGACGGATTTAAATTACAAGAGCCACTTCAAGCTGGCGATCACGTCTCGTTTAAAGGAGAAGATGCTGAAAGAGGGGAAGTGCTTATAAAGTCTGGTACGAAAATTCACCCAGGTACAATTGCCTTGCTTGCGACCTTTGGCTATGCAGAAGTGGATGTATCTACAAAGCCAGTTGTAGGATTGCTTGCAACGGGAACAGAATTGTTGGATGTAACAGAGCAATTACAGCTTGGAAAAATACGAAACTCTAACGGGCCAATGATTCAAGCACAACTACATAGATTAGGAATTGAATGTCATTATTATGGTGTTATGTCAGATGATTTAAAAAAATGTACCGAAGTAATGGCACAAGCTTTACAAGAAACAGATATACTTATTACAACTGGTGGGGTATCTGTTGGTGATTATGATTATTTACCGGCGATTTACGATCGATTAGGCGCAGAAGTGTTGTTTGATAAAGTAATGATGCGTCCGGGAAGTGTTACAACTGTTGCAACTAAAGGAGATAAGCTTTTGTTTGGTTTATCGGGAAACCCTTCTGCTTGTTTTACAGGGTTTGAATTGTTTACTAGACCAGCTATTTTAACAATGATGGGTAGTAACGAGCCGTATTTGCCCTCTATAGAAGCTCAATTAGGAGAGGACTATATCAAGAAAAATCCATTTACTCGATTTATTCGTGGAGTGTGGGAGATGACGGAACAAGGTGTAGTAGCTAAGCCAGCCGGTTTCAATAAATCGAATGCAGTATCTTCCATAGCACGCGGAAATTGTTTGATTGTTTTGCCTAGCGGTTCTAGTGGATATGAAAAAGGAATGCGGGTCGATATTTTGCTTTTAGGCATGGAACAAGGGGAGGCTGTGTGGCGTTTATGA	MIERRSPIPVSQAIQYVMDQIKPLPIEKTNLSKANGRILREPIVASHAVPPFNRSAYDGYAIRSKDTKGASVHHPISFRVIGEIGAGTVPNVPVGKHEAYRIMTGAILPEQADAIVMLEKTTKMIDGFKLQEPLQAGDHVSFKGEDAERGEVLIKSGTKIHPGTIALLATFGYAEVDVSTKPVVGLLATGTELLDVTEQLQLGKIRNSNGPMIQAQLHRLGIECHYYGVMSDDLKKCTEVMAQALQETDILITTGGVSVGDYDYLPAIYDRLGAEVLFDKVMMRPGSVTTVATKGDKLLFGLSGNPSACFTGFELFTRPAILTMMGSNEPYLPSIEAQLGEDYIKKNPFTRFIRGVWEMTEQGVVAKPAGFNKSNAVSSIARGNCLIVLPSGSSGYEKGMRVDILLLGMEQGEAVWRL	PGPT0008430_2376	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008430-moeA-K03750	NA	NA
AK148_01466	1020			hypothetical protein	ATGAAAGAAAGATATGCACGGCAGATTTTGTTTTCACCAATTGGAGAACACGGGCAAGCCATGTTAGCATCTGCGCATGTTGTTATAATTGGGTGTGGGGCATTAGGTACACATATAGCAGAGACGTTAATACGTGCTGGTGTGGGAACGCTGACAATAGCTGATCGTGATTACGTAGAAATGTCAAACTTGCAACGACAGCAATTGTTTACAGAACGGGATGCTCGAGAGGGCGTTCCGAAGGTAGTTGCTGCTAAAAAGAGCTTGCAAAAAGTTAGAGAAGACGCAACCATTTTAACTGTTCTTGATCACGTAGATGGACCTTTATTAGAACAACTCATTTCAGACGCAGATATTATTATGGATGCAACAGATAATTTTGAAACACGACTTTTAATGAATGATGCTGCTTGGAAGCACGGAATACCTTGGATATATGGTGCTTGTGTGGGAAGTACTGGGGTAATGTTTCCATTTGTACCGCAAACGACAGCTTGTTTTCGGTGTTTACTTCCTATACTACCAACTGTAACACAAACATGTGATACTACAGGAATCATTGCTCCAGTCGTAAGTATGGTAGCCGCGAATCAAAGTGCAGAAGCTTTAAAATGGTTGACTGGAAATAAAGAGAAACTGCGAAGCCAATTATTTCATTTTGATCTGTGGGATAATACCTTTGTGGAGGCGGGAATATCTCGATTGAAAAAAGATGATTGTTTAACATGCTCTTCACAAGCTACCTATCCAGCATTGGAAAAACAGCAACAAACGAATTTTGCAGTTTTATGTGGTAGAGATACGGTACAAGTTATTCCTAATGAAAAACGAAAGCTTACTATATCCGATGGTGAGCAAGTAGTGAAAAGGCTAGGTATCGAGTATCGCATCACGGACTTTTTTATTGAATTCTACATTGCATCCTATCGTTGTATTTTATTTGAAAATGGCAGGTTATTTATTCATGGGTTAAAAGAAATATCTAAAGGTCGGAAGTTGTATCATCAGTTATTTGGTTGA	MKERYARQILFSPIGEHGQAMLASAHVVIIGCGALGTHIAETLIRAGVGTLTIADRDYVEMSNLQRQQLFTERDAREGVPKVVAAKKSLQKVREDATILTVLDHVDGPLLEQLISDADIIMDATDNFETRLLMNDAAWKHGIPWIYGACVGSTGVMFPFVPQTTACFRCLLPILPTVTQTCDTTGIIAPVVSMVAANQSAEALKWLTGNKEKLRSQLFHFDLWDNTFVEAGISRLKKDDCLTCSSQATYPALEKQQQTNFAVLCGRDTVQVIPNEKRKLTISDGEQVVKRLGIEYRITDFFIEFYIASYRCILFENGRLFIHGLKEISKGRKLYHQLFG	PGPT0008935_118	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008935-thiF-K03148	NA	NA
AK148_01467	705	fnr	COG0664	Anaerobic regulatory protein	ATGCGTAAATTAAATTATTACTCTCCGTCATCTCAAGAAAAGCTAACCGTGTTACAAAAGTATGCAAACATAGAAAAGGATCTAGAAAAAAATGAAACCCTTTTCATTTCTGGTGATATCGTCCATTCTTTTTACATTGTTCTACTTGGTAAAATTATGCTTCATAAACCAACAGCAGATGGACGAGAATTTACAATTCGAATATGTAAACAAGGGGATATAATTGGAGAGCCTCATTTTTTAACCACCCCTACCAAACACTTACTACATGCAACAGCCGTAGAAAGAAGTAAAATTTTCACTATATCTATAGAAAAATTACCTGAACTTTTTTCAAATGAGAGCAAATTCATGCTATACCTACTTCAAAATGTATCCAAAAACGCCATTCGTGACCAAATGAAATTACGTGATTTAGTAATGTATGGAAAAAAGGGGGCGCTTTATGCTACGTTAATTCGTCTCGCTAACAGTTATGGGCAGACCAAAGAAACTGGCATCCTAATTAATACGTCGCTTACGAATCAAGACTTAGCCAACTTTTGTGGCACTTCACGAGAAAGTATTAATCGATTATTAAGTGATTTGCGCAAAAATAACATTATTTCTATTGAAAATAGTAAGATACTCATTCATCAGTTAGCATACTTAAAAGAAACCATCCATTGTGAAGAATGCCCCATTGATATTTGCACAATTCATTAA	MRKLNYYSPSSQEKLTVLQKYANIEKDLEKNETLFISGDIVHSFYIVLLGKIMLHKPTADGREFTIRICKQGDIIGEPHFLTTPTKHLLHATAVERSKIFTISIEKLPELFSNESKFMLYLLQNVSKNAIRDQMKLRDLVMYGKKGALYATLIRLANSYGQTKETGILINTSLTNQDLANFCGTSRESINRLLSDLRKNNIISIENSKILIHQLAYLKETIHCEECPIDICTIH	PGPT0015075_1671	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
AK148_01468	129			hypothetical protein	ATGTTACAACAACGTAGATTAATACTGAGTTCCTATGGCAAAAACTACAGTTTATCTTATAAACCTTATGTTTTCAATTTTCCTATCGGCAGAATGGTCTCAAAAGTAATATATGTCTTGACGGATTAG	MLQQRRLILSSYGKNYSLSYKPYVFNFPIGRMVSKVIYVLTD				NA	NA	NA	NA	NA
AK148_01469	180	tatAd_2		Sec-independent protein translocase protein TatAd	ATGTTTTCAAGTATTGGTATCCCAGGGTTGATTTTAATATTAGTTATTGCGTTAATTATATTTGGACCTTCAAAGCTACCTGAATTAGGAAAAGCTGCTGGAAGCACCTTAAAGGAATTTAAAAATGCAACCAACGATTTAATGGCAGATGACGATTCGGAGAAAAAGGAAAAAGAATAA	MFSSIGIPGLILILVIALIIFGPSKLPELGKAAGSTLKEFKNATNDLMADDDSEKKEKE	PGPT0029290_4927	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
AK148_01470	591			hypothetical protein	TTGCTAACAGCACAAGAAGAAACTTACGGGAAACTCATTCTAGCGCAAATATTTACCCATATTTGGTATGGTGATTGGGATAATTATGAACAGACAATGAATCAGTTGCCGGAGCGTCTTGTAAATGAATTTCCATTTCATGCTTGTTATGACCGAAAAGAAACAAAAATCTTGCATGATAATTATTTTTCTATTCCTGGTATATATTTTGTTCCTCCATATATGTCCAGTTACCGTGAAAAATCAGAAACAGCAGAATTGGATACGAAACAAGATTTACTTTGTTTAATTGGAGCATATGAGAAGCTGGGGTTTTATTATCCATTAGAGCGTGAAGCTTTCCCTGATCATATTGGTAGTTTAACCGCCTTTATTACAGCTACATTAAAGGAAGAAGCAGTTGCACTTGAAAAAGGGGATCATGAACTTGTTATCGAATTAGCGGACGCACGTAAGGAAATGTATGATAAATATTTAGCGCCTTGTTTGGGTGTCATATGTAAGCAACATCAACATAAGTTCTCGGATTCATTTTTCAACATGTTTATTCCCTTTTATATGGAAGAGATCAAGGGTATCGCGCATAAATAA	MLTAQEETYGKLILAQIFTHIWYGDWDNYEQTMNQLPERLVNEFPFHACYDRKETKILHDNYFSIPGIYFVPPYMSSYREKSETAELDTKQDLLCLIGAYEKLGFYYPLEREAFPDHIGSLTAFITATLKEEAVALEKGDHELVIELADARKEMYDKYLAPCLGVICKQHQHKFSDSFFNMFIPFYMEEIKGIAHK	PGPT0000510_1121	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000510-narJ|narW-K00373	NA	NA
AK148_01471	3102	ttrA	COG0243	Tetrathionate reductase subunit A	ATGGAAGATAAGCGCATGGATCGACGGAAATTTTTAAAAGCAATGGGGGCATTTGGTGCAGTTGCTGTAATTGGTCCTTCTTTCATTGGACCAGTGAAACAAGTAGTGAATGGCGTTTGGTTTAATGAGGGGCATGGGTACGGTACAGATTACCAGGATTATGGTGCTGAAAATGTTATTTTTACAACATGTGAACAGTGTAATACATTTTGTACAATTAAAGCTTATATAACAGAAGGAAATCAAGCGGGACCTTACACTTCCATGATTCGAAAAATAGCTGGAAACCAATACAGTCCTCTAAATATGGTACCCTATGGAGCTATTGCTTATCAGACGTCTGTAGATGATGCGATTAAAGGGACAGGTGATGTTAAAAAAGGGGGTCGTGGAGCTCGGGGTGGTCGTATTTGTTTAAAAGGGCAAGCTGGTATGCAAACGGCTTACGATTCCTATCGAGTGAAACAACCATTACGACGAGTAGGGGCTCGTGGTAGTGGGAAGTGGCAAACGGTTTCTTGGGAAGAAGCATATGACGAAATTGTAAATGGCAGCAAAACTTTAAGTACGCCAGGATTAAAGGAATTAGCTGCACATGCTCCACAAGAAGAAGTGATGCAAGATTGGGAAAAAGTAAAACAAGAAGAAATGACCTTTAATGATTTTGATCAAAAATATAAAGACGTGTTAATTGATACGGAACATCCTGATTTTGGGCCAAAAGTAAACCAAATAGCTTTTATGATTGGTGATCGTCGTGATTTTATGGAACGCTTTATCTTACGTAGCTTAGGGAGCAATAACTATTACCACCATGGGGGAATCTGTGGTATAAGCTCAGTAGTAGGAAATACACGATCGTATTCAGGAGAAAAGGCAAAAAAACGACAGTATGCCGATGTGGATCATTCCTTGTTTCTGTTAGTATGGGGGACAAATCCGATGGTTGCAAATAAAGGACCGACTTGGCTTGCTCCTAAGCTAACGAATGCGATTGAGAATGGAATGCAAATGGCTGTTGTTGATCCGCGATTTAGTAAAACAGCTGAAAAAGCGCAAATGTGGCTTCCGATTAAACCAGGTACAGACGCCGCATTAGCATTAGCACTAGGTCGAATTATTATTGAACGACAATGGTATGATGAGGACTATTTAACAAATCCAAATAAAGAAACTGCAGCGAGGGATGAAGAACCGACTTGGAGTGATGCCACACATTTGGTAAACATGTCTGATCCAAAGCGTCCTAAATTACGTGCCAGTGATATTAACATAGGAACAGAAGAACAGTTTGTTGTAATGGAGAATGGAGAGCCAGTTTCACATATTGAAGCTAAAACTGGCAAATTGGAAGTGGATACTACCATTAATGGTATAAAGGTTAAATCAGCTTTTCAACTATACAAAGAGAGAGTTAAGGAAAAAACAATAGAGGAATACGTATCCATTACTACAATTCCAAAAGAACAAATGGTTAAACTTGCTCGTTCGTTTACATCATACGGTAAGCGTTCAGCAATTATGGCTTACAGAGGGCCGGCGATGCATGAAAATGGGTATTACAACCAACGTTTAATTGCTATTTTAAACCATTTGATTGGCTCATATGATTGGAAAGGTGGGAACATTACTACTGGAGCATTTTATAAGGAGTTTGAAGGGAAATATGACTTATTAACTGTCCCAAATGGACGTGTGCCATGGGGAGTGAGAATTGCAAGAAATCAATTCAAATACGAAGATTCTACCTTATTTGAAAAAGATGGCTATCCGGCAAAACGGCCTTGGTTTCCTTTTAGCCCACAAACGGTTGGAGATGTATTACCAAGCGCATTAGATCAGTACCCATATCCATTGAAGGCGTTAGTCACGCATCGTATGTCACCCGTATTATCGGCGCCTAATGGGCAAATTCAAGAGCAGGCATTAAAAGATCCAGAGATTTTACCTTTATATGTAGCCTCCGATGTACAAATTGGTGACACATCCAAATATGCTGATTTTATTTTACCAGATACGGTTTATTTAGAGCGATGGGGTAGAGAAGCTATTTATCCAAATATAACGACAAAATTGGCAAGCGTTTATCAACCCGTAACGCGTGTTTTCCCGGAAGTTCGTTCATTTGAAAATAGTGTCATTGAACTAGCTAAACGGATGGAGTTGCCTGGTTATGGGGATGAAGCATTTCCTGATGGCAGCTCACTGCATAGTGAAGAGGATTATTATTTGAAGAGAGTTGCAAACATTGCCTATGATGGGAAACCTGTACCTGATGCAGTGAAAAGAGAAATGACCATTTTTGAAAATGCGAGAAACAAAGCTTTAGGGAAGTTTTTTGACTTGAAAAAGTGGCAGCGAGCAGTGAAGCCAGAAGAGTGGGCAAAGGTAGTGTACGTTTTGAATCGTGGTGGTCGATTTGAAGAGGCTGGTAGTGAATATGATGGTAGTCATTTGAAGTATAGTTTTGGTGGCCAAGTACATTTTTATGATGAGGGAGTCGCAGCTGGTAAAAATTCGTTTGATGGTAAGTATTTTGAAGGAATGCCGATGTATAGAAATATTCAAGCATATAATCAAAAAGATGTAGATGTGAAGCAACCATTACAATTTATTAATTGGAAAGCAAGAAATATGGGTACGTATCGAAATATTAGCAGTGCTTGGTTGCGAGAAATTCGTTCAGATAATTACATTTGGATAAATCCAGTTGATGCAAAAAAACGGAACATTAGATCAGGAGACGCCGTAGTGATTAAGAATGGGAATGTATCGCTAGAGGGGACGGTTTATGTTACAGGCGGTATTGCTCCAGGCGTTATTGGTGCAGCATATAATATGGGGCAAACTGGATATGGTGCCACACCGCAAACGATTGATCAGAAAAGAGAAGCAAACTTACCAACGTATAATCATACGCCATTTAGGTTTAATACCGTCATGCATGAAGAATCGGGTTTTCCAGGAGGTCGTGCTGAGGGCTTTGTCGTAAATAAATTAACGGAAGTTGACCCCAATTTTGCTCATGGTGTTCTGTTTGATGAAGTAGGGGGTTCTCCGGCTCAGTTAGATATGTATGTAGACATTGTGAAAAAAACCTAA	MEDKRMDRRKFLKAMGAFGAVAVIGPSFIGPVKQVVNGVWFNEGHGYGTDYQDYGAENVIFTTCEQCNTFCTIKAYITEGNQAGPYTSMIRKIAGNQYSPLNMVPYGAIAYQTSVDDAIKGTGDVKKGGRGARGGRICLKGQAGMQTAYDSYRVKQPLRRVGARGSGKWQTVSWEEAYDEIVNGSKTLSTPGLKELAAHAPQEEVMQDWEKVKQEEMTFNDFDQKYKDVLIDTEHPDFGPKVNQIAFMIGDRRDFMERFILRSLGSNNYYHHGGICGISSVVGNTRSYSGEKAKKRQYADVDHSLFLLVWGTNPMVANKGPTWLAPKLTNAIENGMQMAVVDPRFSKTAEKAQMWLPIKPGTDAALALALGRIIIERQWYDEDYLTNPNKETAARDEEPTWSDATHLVNMSDPKRPKLRASDINIGTEEQFVVMENGEPVSHIEAKTGKLEVDTTINGIKVKSAFQLYKERVKEKTIEEYVSITTIPKEQMVKLARSFTSYGKRSAIMAYRGPAMHENGYYNQRLIAILNHLIGSYDWKGGNITTGAFYKEFEGKYDLLTVPNGRVPWGVRIARNQFKYEDSTLFEKDGYPAKRPWFPFSPQTVGDVLPSALDQYPYPLKALVTHRMSPVLSAPNGQIQEQALKDPEILPLYVASDVQIGDTSKYADFILPDTVYLERWGREAIYPNITTKLASVYQPVTRVFPEVRSFENSVIELAKRMELPGYGDEAFPDGSSLHSEEDYYLKRVANIAYDGKPVPDAVKREMTIFENARNKALGKFFDLKKWQRAVKPEEWAKVVYVLNRGGRFEEAGSEYDGSHLKYSFGGQVHFYDEGVAAGKNSFDGKYFEGMPMYRNIQAYNQKDVDVKQPLQFINWKARNMGTYRNISSAWLREIRSDNYIWINPVDAKKRNIRSGDAVVIKNGNVSLEGTVYVTGGIAPGVIGAAYNMGQTGYGATPQTIDQKREANLPTYNHTPFRFNTVMHEESGFPGGRAEGFVVNKLTEVDPNFAHGVLFDEVGGSPAQLDMYVDIVKKT	PGPT0002910_108	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ARSENIC_RESISTANCE	ARSENIC_RESISTANCE-PUTATIVE_TTR-SYSTEM,PGPT0002910-ttrA-K08357	NA	NA
AK148_01472	1293	qrcD		Menaquinone reductase, integral membrane subunit	ATGTCAACGGTTGCAAATGAAGCGAAGCAATCCCATTATAAATCAAAGAAAGCGCAATCAATATGGTTTAAATGGTGGGTCGGAATTTTATGTGTATTATTTGCTATAGGAGCTTATTTTATTGTTGAACGATTATGGCTTGGTTTAACGACGACAAATCTTTCTTCTATAACTCCATGGGGAGCTTGGATTGCATTCTATATTTTTTTTGTGGGTTTAAGTGCAGGTTCGTTTTTGCTCTCAACAATGATTTTTGTTTTTGGAATGGAGCGTTATGAAAAAGTAGGAAAGATGGCTTTATTTACCGCTATTGTTTGTATGATTGTAGCATTAACTTTTGTATTAATGGATTTAGGAAGGCCAGAGCGTGCGTTTAGTGCCTTGATTCACTGGAATGTAACGAGTATCCTTGCCTGGGAGATGCGATTTTATGTCATTTATATTACGTTACTAACGGTAGAATTATATGTTGCTATGCGAGCAGATTTTGTTCGTTTATCCTCTTATAATAGTTTAAAAGGAAAAATAGCTCGGCTCTTAACGTTTAAAAATAGCACTATTAATGACTATACGAAAAAGCGTGATCACAGATGGATGAAAATATTAGGTACAATCGGCATCCCTTTAGCTATTTTAGGTGTACACGGAGGGACTGGAGCTATATTTGCAGTTGTTAGTGCTCGGTCATCTTGGAACAGCGGTATTTTTCCAATTATCTTTGTTGTGTCTGCAATGGTTTCAGGAACAGCGCTACTACTTGCCATATATATCATTAGGAGTAAAGCATTGAAACAGCCTATTGATCAAGGCATGGTAATTGGGCTAGCAAAAGTAATGATCGCTTTCTTGTTTATTGATTTATTACTTCAATTCTATGATTATTTAGTAGCTCTATACAGTTTAGCAGATTCTCATTTATTATCATTACAAACGATGATGCGAAGTTCCTATAGCTGGTCGTTTTGGGGGATACAAGTGTTTCTTGGCTCTGTTGTTCCTATATTTCTCGTTTATTATAAAAAGACAGCTAAAAATATAAATGCGCTACTTATCGCTGCTATACTTGTCGTAATTGGAATCATTGGTGTTCGATTCAATATTGTTGTCCCATCGCAAATAGTTCCGATTATGGAGGGAATGCCAGCAGGTGACTATTATCCAACCTATAATGAATGGCTTGTAAGTGTTGGAATTGTAGCAATGGGATTGCTTATTTTTACGATTGCTGATCGATTACTTCCGCTTGACCAAGCAGATGATGTAAGTGAAATGGGGGATCAAAATGGAAGATAA	MSTVANEAKQSHYKSKKAQSIWFKWWVGILCVLFAIGAYFIVERLWLGLTTTNLSSITPWGAWIAFYIFFVGLSAGSFLLSTMIFVFGMERYEKVGKMALFTAIVCMIVALTFVLMDLGRPERAFSALIHWNVTSILAWEMRFYVIYITLLTVELYVAMRADFVRLSSYNSLKGKIARLLTFKNSTINDYTKKRDHRWMKILGTIGIPLAILGVHGGTGAIFAVVSARSSWNSGIFPIIFVVSAMVSGTALLLAIYIIRSKALKQPIDQGMVIGLAKVMIAFLFIDLLLQFYDYLVALYSLADSHLLSLQTMMRSSYSWSFWGIQVFLGSVVPIFLVYYKKTAKNINALLIAAILVVIGIIGVRFNIVVPSQIVPIMEGMPAGDYYPTYNEWLVSVGIVAMGLLIFTIADRLLPLDQADDVSEMGDQNGR				NA	NA	NA	NA	NA
AK148_01473	882			hypothetical protein	ATGTTTTTAAAACAACTGCTGGAAGATGACTTTAATCAAATTGTGGATGAACGGTTGTCAGATGCCAGCGAAGAATTAGCGAATTCTCCTTATAATACGAAACTTGGGTTAAATATGGCAGACGATGCTAGAAAAGTCGTTGCAGGTCAGTTGGATATTCAATCGTTTCATAAAAAATATCATGCTTCTTTGATGAAAGAGTTTGGCGAACATGTTGCGCAAGAAGCACCTCATACAAAGGGGAATAAAGGTGTAAAATGGGGCATGGTTATTGACCTTCAGAAATGTGTTGGTTGTGATTCTTGTACGGTTGCATGTAAGGCAGAGAATAGAACCCCTCCTGGAATTTCGTATAATGTTGTTTTAGAAAGAGAAGTCGGAGAATTTCCGCATTTATCGAAAGTAAATTTACCAATGCCTTGTATGCATTGTGATAATCCTCCATGTGTTCAGGTTTGTCCAGTTCGAGCAACGTTTAAATTGGATAACGGAATTGTAACAATTGATAATGACCGTTGCATTGGCTGCAGGTATTGTATTGTTGCTTGTCCGTACGGTGCAAGATCATATGATTTTGGTGAAAGTTATGAAGATGAGATGTTAGGATTTAATGATGTAACTAGCCCAGAATACGGAATTGAACGTGGCAAACGGGAACCAAAGAAGACGCCAATTGGCACTGTACGGAAATGTAATTTTTGTTTGCATCGTTTAGAAAGAGGCGAAGAGCCTGCATGTGTAGAAACATGTATTGGAGATGCGCGTTTTTTCGGAGACTTAAATGATCCAAATAGCACAGTAGCAAAACTTGCTAATAATCCAAGAGCTTTTCGTTTAAAGAGCGATTTGGGAGCAGGTCCAAATGTAATTTATCTAAAGTAA	MFLKQLLEDDFNQIVDERLSDASEELANSPYNTKLGLNMADDARKVVAGQLDIQSFHKKYHASLMKEFGEHVAQEAPHTKGNKGVKWGMVIDLQKCVGCDSCTVACKAENRTPPGISYNVVLEREVGEFPHLSKVNLPMPCMHCDNPPCVQVCPVRATFKLDNGIVTIDNDRCIGCRYCIVACPYGARSYDFGESYEDEMLGFNDVTSPEYGIERGKREPKKTPIGTVRKCNFCLHRLERGEEPACVETCIGDARFFGDLNDPNSTVAKLANNPRAFRLKSDLGAGPNVIYLK	PGPT0004863_1	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_SELENIUM_RESISTANCE	SELENIUM_RESISTANCE-SELENIUM_HOMEOSTASIS,PGPT0004863-srdB-NA	NA	NA
AK148_01474	276			hypothetical protein	ATGATCTTCTTCTACCGCTTTTTCGCCGTGTTAGCTTTACTTGTTTTTGGTGTGTTATACATTGGTTTAATTGTACGTGTCATTATTGGAATAAGTGGTAGTGTTCTGCGCACTATAGGTCTAACTCAAATTGAAATCATTTTTCCACCTGATATATCACTTCCAGTATATCCTAAGTATACCGATCATGTTCATGTTTGTAACCATCTTGCTGATTATTTCCAAATATGTAAAACAAATAATTCGTTTTTTGTTCCTTCCTTTTCAATCGTATAG	MIFFYRFFAVLALLVFGVLYIGLIVRVIIGISGSVLRTIGLTQIEIIFPPDISLPVYPKYTDHVHVCNHLADYFQICKTNNSFFVPSFSIV				NA	NA	NA	NA	NA
AK148_01475	582			hypothetical protein	TTGGTGAATCAAAACATTCGTTTCATTGGTCAAAGTAAACAATTAGAACCAATTTTTGCACGTACTATTACTGCACAAGGTCATCACCGCTTTTGTGAAGCTATAAAAGCACAAGAAGCAACTATAGTAGGCAGCTGTATTATTGATGATGTTGTGCAAATGAAAAAATTAAAAAGTGGTGGTCATTTAACAATGAATCGAGCAAAGCTTGAGGAGTTACTTGTTACAGGAACGTTAAGTGCGAAACATATACAATCGAAAGATATATTTGTTCGTGGCAAAATTAGAGTGGATCATTTAGAAGCAGAGTATGGAGAGATCATTATGAAATGTACGTGTCATATTGGGAAAATGAATGTAGAAAAACTGATTATAAAAAAAGGCTTTTCATTTTCTAGTCGGCTTGTAAGTGAGTCGATCACTGGAAAGTATATTCAACTAACACACACACAAGCTAATACAGTTCGTGGCGAGCATGTTGTTTTGGGGGAAAACTGTGAAATTAATACATTGTATTATACTGAACAGTATACGATTGCTAAAAGCTCGAGTGCAATACGAATTGTAAAGGAAGTTCTTTAA	MVNQNIRFIGQSKQLEPIFARTITAQGHHRFCEAIKAQEATIVGSCIIDDVVQMKKLKSGGHLTMNRAKLEELLVTGTLSAKHIQSKDIFVRGKIRVDHLEAEYGEIIMKCTCHIGKMNVEKLIIKKGFSFSSRLVSESITGKYIQLTHTQANTVRGEHVVLGENCEINTLYYTEQYTIAKSSSAIRIVKEVL				NA	NA	NA	NA	NA
AK148_01476	408			hypothetical protein	ATGAGCGATATAGAAACAATCATGCATGAGATTGTAGACATTCAATATAAATCGAAGCAGTTTATGGATGTGTTAGCAACTAATGGAGAATTGCCACCGTCACAAATTATTTTGCTGATTAAATTAAAAACGAGTGGGGGATTAAAAGCAGCGGAAATTGCATCATTTGCTGGCGTCACGCCCGGAGCAGTAACATCCATGTGCGACAAGTTGGAAAAGACGGGGTTAATTACGCGCGTACGGGATACGACGGATCGGCGTGTCGTTAGGATGCAGCTAACATCTGAAGGGGATAGATATGTGCAAAAAACCTTTGCAAAGTATCCCCCACATCAACTGAAAGAACTGGCGACGATTCTACATGAAGTAAATCAATTAATGAATAAAATAGTATCCAAGAGCTCTTAA	MSDIETIMHEIVDIQYKSKQFMDVLATNGELPPSQIILLIKLKTSGGLKAAEIASFAGVTPGAVTSMCDKLEKTGLITRVRDTTDRRVVRMQLTSEGDRYVQKTFAKYPPHQLKELATILHEVNQLMNKIVSKSS	PGPT0013155_5250	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775	NA	NA
AK148_01477	831			hypothetical protein	ATGTATCACTACGGAATTTCTGGTAGTACGATACTCACAAATTCTTCGAAGTTAAATGAATTGTTTACATATGACTTCGTTGATCATATAGAGATAGGAGAATTTTCTGACCAAACAGCTTTTGAAAAATTTAAGTCTTTAAAGGATAGACACGGGTTCAGCTTTGGCTTACATTCTCCGTTATATCGAACTGGAAGCAAGTATGATCTTTTGCAGTATGTTAACATAGAGCCGGAAGTTGCTTGGTCACAGTTTGAAGAGGAAATAAATTGGATGTCTAAGTTAGGAGCAAAATATGTATTGGTTCATTTTCCTTATTTTAAATCTAAGGTTGAAGAACAAATGATGGTAAAAATGGAAAGCGGTTTAAGGCGGTTACAACATTTACAATTGAAGTATGATATCCCGATTGTTTGTGAACCAAAGCTAGGGTTTAATCGTTCTCCTGCAAATATCGAATTGCTCCATCATTTTTCCGTTGAAAGATGGTCCAAGTACGACATAAAGCTATGTATCGATATTGGGGATTATTTACTGGGAGCAAAAGAAAAAGCGCTATCTTATATCTCTAAATGGAAGGAACATATTAAAGTAGTACACCTCCATCATGTTGCATGTAAAGACAAAAAGTATTTTTGGCTGCCCATCCATCCGACACAGGAGGAAGGTCAAAAATACCTTAAAGTCCATCATGTTATAAAAGAGCTCGCCGGTATGAATGGCATCTATTTCATATTAGAGCATACACCTCATTTCACCCCTTCTAAACAATTTGTGCAAGAAGGCATTGCTTGGCTCCATAGCCTTTTGGAAAAACCAAATCATAGATAG	MYHYGISGSTILTNSSKLNELFTYDFVDHIEIGEFSDQTAFEKFKSLKDRHGFSFGLHSPLYRTGSKYDLLQYVNIEPEVAWSQFEEEINWMSKLGAKYVLVHFPYFKSKVEEQMMVKMESGLRRLQHLQLKYDIPIVCEPKLGFNRSPANIELLHHFSVERWSKYDIKLCIDIGDYLLGAKEKALSYISKWKEHIKVVHLHHVACKDKKYFWLPIHPTQEEGQKYLKVHHVIKELAGMNGIYFILEHTPHFTPSKQFVQEGIAWLHSLLEKPNHR				NA	NA	NA	NA	NA
AK148_01478	414			hypothetical protein	ATGAAACGAACAGGAGAAATAGTTTTTACGGTTATCGGAATTTTACTTTTTGGAATTTTAATTTTTGGATCTGCAATGTATTTGTCAGCAGATAGCGGCGAAATACAACAGCTGTTTGAAGAAGTGTTACAAGAAGAAGGAACTAATGAGGTAAGTGCAGAAGATCTATCCCAGACATTTGAGTCTGCTGCTACAACCATGTTAATTGTTTCTATCGTTAGTGTTATTTTGGGGTTGATTTCCATCTTCTTGCTTGTCGGAAATAAAAAACCAAAGATAGCAGGTGTTATCTTGCTTATTACTGCAATAGGGGGAACCTTTCTGACGATGTTTTTTGGGATTTTTGGAGGAGTTGTTTATTTAGTTGCTGGAATCATGGCACTAGTACGTAAAGAGAAGAAAATGATTGCATAA	MKRTGEIVFTVIGILLFGILIFGSAMYLSADSGEIQQLFEEVLQEEGTNEVSAEDLSQTFESAATTMLIVSIVSVILGLISIFLLVGNKKPKIAGVILLITAIGGTFLTMFFGIFGGVVYLVAGIMALVRKEKKMIA				NA	NA	NA	NA	NA
AK148_01479	306			hypothetical protein	ATGGTTATAAAAGAAATGGGGCAAATGATAATTTTAAGTGCCTCTGTAGCTTTAATATTTGGAACGAACTCTATCTTATTACTCTTGAAATTTGGGGCTGAAAAAGCGCGGATGTTTTTAATTTTAGGCTATGTTATTCCTGGAGCACTGATCATTTTTATGATGGGCAAACTAAATGAATTAGGTGTTGTCCTTACAGAGAAGATGTTGAATCAAACGCTCATGATGCTTCCCGTCGTCGTTATTATTTGGCTTACCCTTGGCTATAGTTTCTCTGTTGTAATCATGAATAAAAAGCAATACTAA	MVIKEMGQMIILSASVALIFGTNSILLLLKFGAEKARMFLILGYVIPGALIIFMMGKLNELGVVLTEKMLNQTLMMLPVVVIIWLTLGYSFSVVIMNKKQY	PGPT0006730_25033	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK148_01480	1023	adhA		Alcohol dehydrogenase 1	ATGAAAGCAGCAATTGTAAGTTCTGAAAAAACCAAGCTTGTTGATGTGAAAGATGTTACGTTGCGTCCGTTAGAAACTGGTGAAGCGCTTGTAGACATTGAATATTGTGGTGTGTGCCATACTGATTTACATGTTGCTAAAGGTGATTTCGGGGAAGTTCCTGGACGTGTTTTAGGGCATGAAGGTGTAGGTATCGTAAAAGAAATTGCAGATGATGTAACATCTTTAAACGTAGGGGATCGTGTCAGTGTAGCGTGGTTTTTTGAAGGATGTGGCTCTTGTGAATATTGTGTGACTGGTCGAGAAACATTCTGTCGGGATGTAAAAAATGCTGGTTACAGTGTTGATGGAGCCATGGCTGAACAATGTATTGTTGCAGCCGATTATGCAGTGAAGGTACCAGAAGGTCTAGATCCACAGCAAGCGACAAGTATAACATGTGCAGGTGTAACTACTTATAAAGCAATAAAAGTATCTAATGTAAGCCCTGGTGAATGGATCGTTATCTTTGGAGCTGGAGGGCTTGGAAACCTCGCTATCCAATACGCAAAAAGGGTTTTTAATGCGAAAGTTATCGCTGTTGATATTAATGACGATAAATTACAGCTGGCAAAAGAGGTTGGCGCTGACGTAACATACAACGTAAAAAACGTTGCTAATGTTGATGAAGTGATTCAAAAGGAAATCGGTGGAGCTCATGCAGCAGTTGTGACAGCTGTATCGAAAGCGGCATTTAATCAAGCCGTTAATGCTGTACGTCCAACCTCCAAAGTCGTTAATGTTGGCTTGCCTCCTGAGAAAATGGATTTAGACATTATCAAGAGTGTGCTAGACGGCATTGAAATTATCGGCTCGTTGGTCGGAACTCGAAAAGATTTAGAAGAGGCATTTATGTTCGGAGCAGAAGGAAAAGTAGTACCAGTTGTTCAACCTCGTAAGTTAGAAGAAGTTAATGATATTTTTCAAGAAATGGAAGATGGAACGATTCAAGGTAGAATGGTTATTGATATGCACTTAAAATAA	MKAAIVSSEKTKLVDVKDVTLRPLETGEALVDIEYCGVCHTDLHVAKGDFGEVPGRVLGHEGVGIVKEIADDVTSLNVGDRVSVAWFFEGCGSCEYCVTGRETFCRDVKNAGYSVDGAMAEQCIVAADYAVKVPEGLDPQQATSITCAGVTTYKAIKVSNVSPGEWIVIFGAGGLGNLAIQYAKRVFNAKVIAVDINDDKLQLAKEVGADVTYNVKNVANVDEVIQKEIGGAHAAVVTAVSKAAFNQAVNAVRPTSKVVNVGLPPEKMDLDIIKSVLDGIEIIGSLVGTRKDLEEAFMFGAEGKVVPVVQPRKLEEVNDIFQEMEDGTIQGRMVIDMHLK	PGPT0006365_1967	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006365-adhP-K13953	NA	NA
AK148_01481	558			hypothetical protein	ATGGGTGTACATATTACGCATGATGTAGAAAAAGACCAAGACTGGCTAGAAGTCAAAGGGGATTATGAGCAGTTTTATGTGTGTGGTGATAATGAAGATTATGTGGAGGATACTAAGTTGCTCATGCAAAAGATGGCAATTACATGTTTTACATTTCCATTTTATGTTCATTTTGAAGGGTATGAAGACGAAGTGGAGTCGGTATTATCCCATCAGGATACATTAGATATTTATTATCAACCATCAGGGAGAAGGGTTCTTACGATGTGTGGATTGAAGATTTATCGTGCGGAGATACCGGCTTTTACGGTTACTATCACTAATCAGGAAACATTAGAAAATGTATTTTCCCAGTGGTTTCATTTGGCAATGGAAAATAATATGTGGTTGATATCACAACAAGCAAATGTATACTATAAAAATAAATTCGCAACTATTGAATTGAACGATGAATCTATTATTTTGGTAACCGAACACGATGCACAAGGATTTTCAGTTATCACCAATTATTATTTGTATCAAAATTTAGAATATTTACGGTTGATTTTTGATAAGTAA	MGVHITHDVEKDQDWLEVKGDYEQFYVCGDNEDYVEDTKLLMQKMAITCFTFPFYVHFEGYEDEVESVLSHQDTLDIYYQPSGRRVLTMCGLKIYRAEIPAFTVTITNQETLENVFSQWFHLAMENNMWLISQQANVYYKNKFATIELNDESIILVTEHDAQGFSVITNYYLYQNLEYLRLIFDK				NA	NA	NA	NA	NA
AK148_01482	312	arsR_1	COG0640	Arsenical resistance operon repressor	ATGGAACTTACAAAAAATTTAAATGAAGATACAGCACTCGATTTTTATGAAAAGATGTTTAGTGCTTTAGCTGATAAAATTCGGCTTAAAATTATTAATGAAATTAGCAAAAGTCCAAACATGAATTTATGTGTCTGTGATTTGGAAGAAAAATTAGAATTACAACAATCCAGGTTATCTTATCACCTAAAGAAATTAGTTGATGCCAACATACTTATACCTGAAAAACATGGCACTTGGAATTACTATCAAATTAATGAAGAACAAATACAAGTTGTTTTATCCGAAAATACTTGTTGTAAGATTTTTTAA	MELTKNLNEDTALDFYEKMFSALADKIRLKIINEISKSPNMNLCVCDLEEKLELQQSRLSYHLKKLVDANILIPEKHGTWNYYQINEEQIQVVLSENTCCKIF	PGPT0004735_4702	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892	NA	NA
AK148_01483	885		COG0701	Putative two-component membrane permease complex subunit SMU_747c	ATGGCAGATTCCCTTATCGAATTTATAAAAACATTTCTCATGCTATCTGTTGAATTACTCGCCTTATTTATTGTCGTTAGTTTCATTGTGAGTTTAATTCAACAAGTTGTATCAGAGGAAAAAATCAAACGATTCTTAAACCGGCCAAACAAAGCTGTGAATTATATACTCGGCACATTCTTTGGCGCTGTTACACCATTTTGTTCCTGTTCAACTATACCTATCGTTGCTGGATTATTAAATTCAAAAGTACCATTTGGTCCGTCGATGAGTTTTTTAATAGCTTCACCATTAATGAACCCAGTTATGATTTTCATGCTTTGGGCACTCTTGGGCTGGAAAATTGCACTTGTATATTTTATTATACTAAGTATTTTCAGTATTTTAGCAGGGCTTGTATTTTCAAAATTTCATTTGTTAGAAACATATAAAGGTGTAACGGTTAAAGGAGACGGCTTTTTCAGTAATCACCAAGGGTCTAAAATGAAGCGAGCTTTGAATGATGCATGGGCATTTCTTTTTCCAATGCTTCCCTACTTATTTATAGGGGTATTTATCGGAGCGTTTATTTATGGATTTATCCCGGCAGATTTCATTACAAAATACGCCAGTGGTGATGGTATATTTTCAGTTATGATTGCTTCTGTTATTGGGATTCCCATGTATATTCGCCCTGAAACGATGTTACCGATTGCGGAAGCGCTGGTCTCAAAAGGTATGACAATGGGAACTGTTATTGCATTAGTTATTGGCGGTGCAGGCGCAAGTATTCCAGAAGTAATTATGTTATCCAAATTATTTAAAAAGAAGTTTTTAGTAGCATTCATTGCAACTATTTTAATTGTAGCTATAAGTACTGGTCTTATAATTAATTCAATCTATTAA	MADSLIEFIKTFLMLSVELLALFIVVSFIVSLIQQVVSEEKIKRFLNRPNKAVNYILGTFFGAVTPFCSCSTIPIVAGLLNSKVPFGPSMSFLIASPLMNPVMIFMLWALLGWKIALVYFIILSIFSILAGLVFSKFHLLETYKGVTVKGDGFFSNHQGSKMKRALNDAWAFLFPMLPYLFIGVFIGAFIYGFIPADFITKYASGDGIFSVMIASVIGIPMYIRPETMLPIAEALVSKGMTMGTVIALVIGGAGASIPEVIMLSKLFKKKFLVAFIATILIVAISTGLIINSIY				NA	NA	NA	NA	NA
AK148_01484	1062	COQ5_2		2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial	ATGAATAATGTGGAATTTTCAGTAAATAACCGTTATAGTAAGGCAGCAAGGAGTAATGAATCTAATCTTTGTTGTCCAGTAGAATATGATACTAAATATTTAAAGATTATTCCAGATGAAATCATAGAAAAGGACTTTGGATGTGGTGATCCATTAGGTAAAATAAAAGAAGGAGATACTGTTTTAGATTTAGGATCTGGCGGTGGCAAAGTTCCTTATATTGTCTCACAAATTGTTGGCGAAACCGGAACAGTTATTGGCGTAGATATGAATGACGATATGCTTGCTCTTGCTAAAAAGTATCAGCAAGAAATAATTGAAACTTTGGGTTATGATAACGTTACGTTCCATAAAGGTAAAATTCAAAATTTAAAATTAAATTTAGATGAATTGAACAAATATATAGAAACCAATCCAGCAACCAATATACAGGATTTTAATGCTATTAATGATCATATTCATTACTTAGAAGAAAAACTACCAATGATTGAAGATAATAGTATCGATGTAGTCATTTCGAATTGTGTGTTAAATCTTGTTTCAACTAAGGAAAAAGAACAATTGTTTAATGAAATATATCGGGTTTTAAAAGATGGTGGTAAAGCTATTATATCTGATATTGTATCTAACATCGTTGTTCCAGAACAAATGAGAAACGATGAAAATCTATGGAGTGGCTGCTATTCAGGAGCAATGGAAGAAAATGAATTTATAAGTGCATTTGAAAATGCTGGTTTTTATGGCATTGAAATTGACAAACGGGAAGATACATGGACTACTATTAATGACATCGATTTTAGAAGTATGACTGTTATAGCACGTAAGGGGAAAGAAGGTCCTTGCATTAATAAAGGGCAATCCGTTATATATAAAGGTCCTTTTAAACACATTGAAGATGACGATGATCATATTTATCAGAGGGGTGAAAGGACTTTTGTATGTGAAAAAACATTTAACATTTTACAACAAGAACCTTATGCACAACTCTTTGAGTTCTTAGATGAGAATAAAAGTCAAGTTGATAGCAATGATGAATGTTGTACACAAACATGTAATTGCTAA	MNNVEFSVNNRYSKAARSNESNLCCPVEYDTKYLKIIPDEIIEKDFGCGDPLGKIKEGDTVLDLGSGGGKVPYIVSQIVGETGTVIGVDMNDDMLALAKKYQQEIIETLGYDNVTFHKGKIQNLKLNLDELNKYIETNPATNIQDFNAINDHIHYLEEKLPMIEDNSIDVVISNCVLNLVSTKEKEQLFNEIYRVLKDGGKAIISDIVSNIVVPEQMRNDENLWSGCYSGAMEENEFISAFENAGFYGIEIDKREDTWTTINDIDFRSMTVIARKGKEGPCINKGQSVIYKGPFKHIEDDDDHIYQRGERTFVCEKTFNILQQEPYAQLFEFLDENKSQVDSNDECCTQTCNC				NA	NA	NA	NA	NA
AK148_01485	135			hypothetical protein	ATGGAAAAAAATATCTTTAAAAAAGCAATTTCTAGATTAAAACCCAAGCAACAAGAATGTTGCTCTGTTCAAATTGAGGAGAATAAGCAAGAATCTGATTCAAAGAAAGAACAAAGTAACAACAACTGCTGTTAA	MEKNIFKKAISRLKPKQQECCSVQIEENKQESDSKKEQSNNNCC				NA	NA	NA	NA	NA
AK148_01486	168			hypothetical protein	ATGAGGGAGCATAATTTTTATGCTCCCTTTTTAACTATAGGGAAAATATCTTTAGGTCTGAATGTATTAGGCGTAACATTTTTGGATTGTTCTGAAGTAGATATTTTCGGTGTATGGCATTGCAAAATCATTAACAGACTCGTCACAAAAAAATACAATGAATGGTAA	MREHNFYAPFLTIGKISLGLNVLGVTFLDCSEVDIFGVWHCKIINRLVTKKYNEW				NA	NA	NA	NA	NA
AK148_01487	267			hypothetical protein	ATGAAATATACTTGTCCTTGTTGTGGCTACAAAACACTAAACGAAGAACCACCCGGTACTTTTGAGATATGTAAAATATGCTTTTGGGAAGATGATTATACTCAATTTGCTGACCCTGATTATGAAGGAGGCGCTAATGTCCCTTCATTAAAGCAGGCGCAAAAGAATTTTATTTTAGTGGGAGCTTGTGAAGAAGAGTTTGTTGAGCACGTGCGGAAACCTAATGAAAAAGACCTCAAAGATCCTCGTTGGAAACGTATTGTATAA	MKYTCPCCGYKTLNEEPPGTFEICKICFWEDDYTQFADPDYEGGANVPSLKQAQKNFILVGACEEEFVEHVRKPNEKDLKDPRWKRIV				NA	NA	NA	NA	NA
AK148_01488	174			hypothetical protein	ATGAATAAAAATTTATACTTGATTGTTTTAGTGATAGTTGCAGGTTCATTTCTTATAAATATTTTCGTAGACAATGAGTTTATTTCAACAATAATAAATACTATTGCATTAATTGTACTAATTGCTGTGGCTATTTATTTATGGTTTACGCTTGGTCGTAAATCCAGCAAGTAA	MNKNLYLIVLVIVAGSFLINIFVDNEFISTIINTIALIVLIAVAIYLWFTLGRKSSK				NA	NA	NA	NA	NA
AK148_01489	1524			hypothetical protein	ATGTTTAAACAGTCCGATGTAGAAATAACTAAATATAATGACTATAAATATTTAATTTACACTCGTGTTTCCAGTGATAAAGATAGCCAAAAAGAATCTGTTCCCAACCAAATTGATATATGTCGATACTGGCTGGAACAGAACCATTATGAATTTAATGAGAACGCTGTATTAGTTGATGAAGATAAATCAGGGACACTATTCCTGGAAAGAACGGCCATGCAATTAATTCTCCAAAAAGCTAGAAATCGTGAAATAAAGATGGTTCTTTTTAAATCTATACATAGATTAGCTCGTGATTTAAAGGATGCTTTGGAAATTAAAGAAGTGTTGCTTGGTCATGGTGTAAGAGTAGTAACCATCGAAGAAGGCTATGATAGCTATGTAGAAGGAAAAAATGATATGAAATTTGAAATGTTTTCGATGTTTGCTGCACAATATCCAAAGTCTTTATCTGTTTCCATTAGCTCTGCTCTTGCAGCTAAAGTACGGAGAGGGGAGCATATAGGGAAAACCCCATACGGTTATGACCGTATTGATCAGAAGCTAGTTATTAAAGAAGATGAGGCAAATGTCATTCGGCAAATCTACAAATGGTATAACGAAGAAGGATTTGGCTTTAAAAAAATCACACACCTGTTGAACAAAGGTGTTCAACAAGGGGAGATTCTCCCACCAAGAAGTGGAAAAGCATGGCAGATTACGTCTATTCAACGAATTATTAAGAATCCAACGTTTTGTGGAACTTTCATACTCAATCAATATACTACAATTAAAGTAGATGGTCGTAAGAAACAAATACGTAATCCAGAAGAAAAATGGATTGTTTTTGAAGATCATCACCCTGCAATTGTTAGTAAAGAAGATTGGAAACTAGCAAATAATAAAAAGAAGGTCAACATCAAAACGAAAATCACACCATGGAATGAGTTTCGTGGTCTTCTCAAATGTGGGAAATGTGGATCTAATATAGTGATTATTCAATCTTGGAACAAAAAACTAGATGGAACGAAAACCCATTGGCGATATTTAAAATGTAGTGCATATAGGAGAAGTGGGAAGAACGGATGCGACAATCATGTACCTATTCGCTATGAAGAATTTCGTCGTTTTATTGTTGAGCGTCTATTAGAAACAGGACAAAAAGTTTCGCTTGATTTTAACAATACTTTAAATAATCACTCTAAGCAGCAAGTGAAGCAATTGGAAAATAGTATTGCCAAATATCAAGAGAAAAACGAGGGTCTTGTTGATCTTTACCTTGATAAATTGATTGATAAAGTAGAATTTCAAGTTAGAAGAAAAGAATTTGAACAACAGATAAAAGAAGCCCAGGATAAACTGTTTTTATATAAAAATGAAGAAGTGCAGGAAGTATCTGTGAAAAACATCCAACAAGCTTTTAAAACGATTGAAAAAAAGGATCAGGATTTATACCATGCTTTAAAGGTAATCATTGATTATATAACAGTAAATATAGATGGCAGCGTGGATATCAAATATAATTTTGATTTGAATAAGTAG	MFKQSDVEITKYNDYKYLIYTRVSSDKDSQKESVPNQIDICRYWLEQNHYEFNENAVLVDEDKSGTLFLERTAMQLILQKARNREIKMVLFKSIHRLARDLKDALEIKEVLLGHGVRVVTIEEGYDSYVEGKNDMKFEMFSMFAAQYPKSLSVSISSALAAKVRRGEHIGKTPYGYDRIDQKLVIKEDEANVIRQIYKWYNEEGFGFKKITHLLNKGVQQGEILPPRSGKAWQITSIQRIIKNPTFCGTFILNQYTTIKVDGRKKQIRNPEEKWIVFEDHHPAIVSKEDWKLANNKKKVNIKTKITPWNEFRGLLKCGKCGSNIVIIQSWNKKLDGTKTHWRYLKCSAYRRSGKNGCDNHVPIRYEEFRRFIVERLLETGQKVSLDFNNTLNNHSKQQVKQLENSIAKYQEKNEGLVDLYLDKLIDKVEFQVRRKEFEQQIKEAQDKLFLYKNEEVQEVSVKNIQQAFKTIEKKDQDLYHALKVIIDYITVNIDGSVDIKYNFDLNK				NA	NA	NA	NA	NA
AK148_01490	315			hypothetical protein	GTGGTTTATATTCATTACAAATTGGGGTTAAAAAGTTCTAGACAACCACAATCAATTTACCAGGGAGCAATTAAAATTGGAGAAATCGAGAGAACCTATAAAAATCCCTTTATATATTGGCTTGATACTATCGCTCTTAAAGGAAATTGGTTTATATCATATACAATTAGAGATACTGAGGGAAACACCGTTATTAATGCTAAGGATACGTCCACTTTATTGAGTAGGCAATTTAATATTCATTACCAAGATGCAGACCTTATTAATCATCGTATTTCTTTTAAAACACCAAAGAGAAATCAATCTGTCATATAA	MVYIHYKLGLKSSRQPQSIYQGAIKIGEIERTYKNPFIYWLDTIALKGNWFISYTIRDTEGNTVINAKDTSTLLSRQFNIHYQDADLINHRISFKTPKRNQSVI				NA	NA	NA	NA	NA
AK148_01491	330			hypothetical protein	ATGGGATATGATCCTTTAATAGGAGCATTAAAAAATAACAATGGTGAACTAATAATAGAATGGGAGAATGGATTGAAAATTATTGGTGAATCAGATACACTTTTCGACACAGATAATGGTCTAGAAGATGATGATGAGAATTATACACAGTATCATGCGGTTGCATTTCAAGTTAATTGTATTTTATCATACCCTCTTACTAATGAAGGTAGTGTATATAATTGGTTAAGACGAGAGAAAAGTTCATTGGTAGAAATCTCTCTCTACGATGACCCACCAATTGCGGTTTATTTAACCAACGGACAATTTGTGTGGAAAAGAGATAGCTGA	MGYDPLIGALKNNNGELIIEWENGLKIIGESDTLFDTDNGLEDDDENYTQYHAVAFQVNCILSYPLTNEGSVYNWLRREKSSLVEISLYDDPPIAVYLTNGQFVWKRDS				NA	NA	NA	NA	NA
AK148_01492	546			hypothetical protein	ATGAGAAAAGTGAATTTCAGGTATTTTCTTTTGCTTATTTGTACTGTTTTGTTAATCTCTAGTATTTCCTTATCTTTTGGAACTTCAGCGCAAGCTGCAGAAAAAGTTACTGCACAACCAGTTTTAGAGGAGGGACCGCTATCACAAAACAGTGACTTTGTTAATTTTTTGGATGGGGTTGAACAACTTCCTTCTGTTATAATTGAACAAGGTCCAGAAAAGACTGCAAATTGGCTTTCTGAAAAGACGGGGGTTGAAGTCACTACTGATGGCCAAAACTTATATATACCATCTTTGGCTAATGTAAATCTAAAGGATAATCAACCTCTTGTCGAGTCTCGAATAACGACTTTTAGTACTTGGGGTTGCATAACTGCTGTAGGATTGATGATAGGATCGGTCGGTTTTCCTTTCTCAAAAATCTTAAAGCTGAAAAGCTCTATTAAACTTTTGGGTGGCGTTAAAAAAACCGTTCAATCAATTCATAAAAATTATAAAAAGTTACGTGAAAACAGATGGAGAAAGATGCGTGGAAAGAAGCGGTGA	MRKVNFRYFLLLICTVLLISSISLSFGTSAQAAEKVTAQPVLEEGPLSQNSDFVNFLDGVEQLPSVIIEQGPEKTANWLSEKTGVEVTTDGQNLYIPSLANVNLKDNQPLVESRITTFSTWGCITAVGLMIGSVGFPFSKILKLKSSIKLLGGVKKTVQSIHKNYKKLRENRWRKMRGKKR				NA	NA	NA	NA	NA
AK148_01493	357			hypothetical protein	ATGGACTGGCGCTTCTATTATTCCAGCGGGAAAAGTCTCAAACGACCACCTGCTAAAGCAGGTGGTCGTTTAAGAATTTCATTTAAAAAAGTCGACCGTTTTTTTCAGAACAGTCGACTTTTTTGGGTAATTCTCTTTAATCAATTATCTGTTAAAAAAATATCTAGTGTTATTAAAATAATGCAGCCTATAAGAATTAATGCAGAAATTATGTTTGTTTTAAGATCACCAATCCAGTTTTCAAAGATTGTATATAGCTGGAAAACAACCAAAATAACAACTGCCAATTTAAATGGTAGTGTTTTAGACCTTCTAATGGATATCACCTGTTTCTTGTACATTAAGTACATTGATTAA	MDWRFYYSSGKSLKRPPAKAGGRLRISFKKVDRFFQNSRLFWVILFNQLSVKKISSVIKIMQPIRINAEIMFVLRSPIQFSKIVYSWKTTKITTANLNGSVLDLLMDITCFLYIKYID				NA	NA	NA	NA	NA
AK148_01494	462			hypothetical protein	ATGGATATTAAACTCTATTTAAATAAATTATATGATAATCGCCTTTTAGAAAACGAAACAGAAATACAAATTTTTGAAGAGTGCTTGTCCAAGATATTGTATTATGGGGATGTATCGGTTATTCCAAGGTTATGTTTAGCTTTTGATGATGAAACTGAGCAGTATGAAATCATGTTTGGTTTGATCCATAGTATAGAAAATTTATATAAAAATAATATGGAAAAAGGTCTTACCTTAATTGCTAAAAGCATTCCTAAAATTATGAACCGAGGCAAAGAGTGGGCAGAAATTTTACATTACAGAATTCTTAATCACTCTAGAGTTAGGCTAACATACGGGGAAATACTTTCACAATTAGATTCACCAACCAGAAATGTGGTTATAGGCTTATTAATTGAAATAAAAAATGAAGACCCTGATATGTTTAAAGAGTCAGTTGATGAGATAATGAGTTTAATTTAA	MDIKLYLNKLYDNRLLENETEIQIFEECLSKILYYGDVSVIPRLCLAFDDETEQYEIMFGLIHSIENLYKNNMEKGLTLIAKSIPKIMNRGKEWAEILHYRILNHSRVRLTYGEILSQLDSPTRNVVIGLLIEIKNEDPDMFKESVDEIMSLI				NA	NA	NA	NA	NA
AK148_01495	435			hypothetical protein	TTGCAAGGGAAGAAGATCAACGCGAATAATAAAAGTAACAGTACAACACTGCTTGCTTCTGAAGGTAAAGCAGGTACGTTTAAACAGCTTGCAAAACAGGGTACGGCATTTGATAATATTACCCCTCATCATATGCCTTCAGCAAAAAAAATGAAGCAAGCTGGGGTCAAAAGAAACAATGGTGTGAGCATGAATATGGAACAGCCTCATCCAGGTTCTGGAGGTCGACATAGAGAGACTTATACTTATGGCCTCAGTGGTGAAAAATTAGATGAATATTTAGATTTAAGCCATCGTAATGCTCTTGCCCATGATATATTTGATGCTAGAAGGATATATTTGAAAGATGAATTATATACACATGAAATCCGGAAAGGGCTTAAAAGTGTGATTAGAAAAAATAAAGAATTATATCCAGACTTATTTAAAAAATAG	MQGKKINANNKSNSTTLLASEGKAGTFKQLAKQGTAFDNITPHHMPSAKKMKQAGVKRNNGVSMNMEQPHPGSGGRHRETYTYGLSGEKLDEYLDLSHRNALAHDIFDARRIYLKDELYTHEIRKGLKSVIRKNKELYPDLFKK				NA	NA	NA	NA	NA
AK148_01496	351			hypothetical protein	TTGAATAAAATTGCTATAAAGGTTGAAGCAAATAATATAAATAAGTATTTAATGACAATTAAAAAGCATACTGGTTTGAGCTTCTCAAAATTAAAATCAGCTATTGAAAATAAAGAAGTTATGGCTGAAACAGATGCTAATGATATAGACGAACTTGAAAAGCTACAACAATTAATTAAGAAATTAAAATCTGATGGTGCAGTGGTTAAGATATATGATAATGATGTGTTCGGAGAAGGTGCATCAAGTTATGAAGAAATTTCTATGCATGAATTTGAAAATAGTATTATGCGTTTAAAAGAGATATTAAATGAGCTTCAAGACTATGATGATAACGAAAATGAATTTTAA	MNKIAIKVEANNINKYLMTIKKHTGLSFSKLKSAIENKEVMAETDANDIDELEKLQQLIKKLKSDGAVVKIYDNDVFGEGASSYEEISMHEFENSIMRLKEILNELQDYDDNENEF				NA	NA	NA	NA	NA
AK148_01497	519			hypothetical protein	GTGCCAGCTAAGAAGGTCAAAAAGAGAAATACAGTCGGTAAAAAATTCACTATAAAGGATATAGAAAACTTTGATTTAACTCCAAAAAAAACACCTTACAATTCTTTAAGTAGAAAACAGCAGTTAATTATAAAGGAGAAAATTGAAAAACGTTCAGTAACTAAAAGTGAATATAAAAGATATCAGTGGAATAAGAGGTTTATGAAGCGCAGGGCTACTGGTGTTAATAATTTTTGGAAACAAGAAAAGAAAAGAATCTTAAACAATGATACTCCAACAAGAAATTGGACTTCTAAGCAAATTGAAGATATTTTAAATAGAAAAAAGCCTAAATACAATGGTAAACCAATAATTGGTCATCATACATTTAATGCAAAGAACTTTCCTCATATATCTGATAGAGGCGATTTAATATATCCCGCAACTCCTAGTGAACATTTAAAAGGGTGGCATGGCGGAAGTTATCACAAAAATTCTCCAGGTAAACCAGTGAATCCAAATTATATGGAGGAGTTCTAA	MPAKKVKKRNTVGKKFTIKDIENFDLTPKKTPYNSLSRKQQLIIKEKIEKRSVTKSEYKRYQWNKRFMKRRATGVNNFWKQEKKRILNNDTPTRNWTSKQIEDILNRKKPKYNGKPIIGHHTFNAKNFPHISDRGDLIYPATPSEHLKGWHGGSYHKNSPGKPVNPNYMEEF	PGPT0027650_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-YqcG-YqcF_TOXIN-ANTITOXIN_SYSTEM,PGPT0027650-toxin_yqcG-K21491	NA	NA
AK148_01499	1287			Uracil permease	GTGACACAACATAAAGAAATACAAGTAGATGAGCGCTTGCCTTTGTTAACGAGTTTACCACTTAGTATCCAGCATTTATTCGCCATGTTTGGCTCAACGGTACTTGTTCCCATTTTATTTGGGGTCAATCCAGCAACGATATTAATGATGAATGGTGTTGGTACATTAATTTACTTATTAATTACAAAAGGGAAAATTCCTGCCTATTTAGGCTCTAGCTTTGCATTTATTTCACCTGTTACAGCAGTTCTTACAGATTATGCTGGTGGAGAGGGTTACAGCTATGTATTAGGTGGTTTTTTAGCTGTCGGTGTTGTCCTATGCATCGTCGCCTTTATCGTTAAACTTGCTGGCACAAGCTGGATTGACATCATTTTCCCACCTGCTGCTATGGGAGCTATCGTTTCGGTTATTGGATTAGAACTTGTACCTACTGCTGCTGAAATGGCTGGGTGGATCGCACCAGTTGGAGCAGATGCATCATGGACCATTAACTCAGACACAGCTATCGTTGCTTTACTCACTTTATTAATCACAATTATTTGTTGGGTAACGTTAAGGGGTTTTTTGAAAATCATCCCTATTTTAATTGGAATTATTTCAGGGTATATCATCGCCTATTTTTTTGGATTAGTAGATCTTTCAGCAGTTCGTGAAGCAAGCTGGTTTTCCATGCCAGAATTTTATCAAATGAAATTTGATTGGGGAGCTGTTTTAACCATCTTACCAGCAGCCATTGTGCTTGTACCTGAACATATCGGTCATCTATTTGTAACAGGGAATATTGTTAAAAAAGATCTTGCCAAAAACCCTGGTCTTGATCGTTCACTAGCAGGTAATGGCATATCAACCATTATTTCTAGCTTTTTCGGCTCTACACCTAACACAACATACGGTGAAAATATCGGCGTATTAGCAATCACGAAAGTGTACTCTACATGGATCATTGGTATGGCAGCAGTTCTTGCTATTATATTGTCGTTTGTAGGAAAGCTTGCAGCACTGATTTCTTCTATTCCTACCGCTGTTATGGGAGGGATATCTTTATTACTGTTCGGTATTATTGCAGCAAGTGGACTACGCATGCTAGTAGAAGCAAACGTGGATTATAACCGTTCGCAAAATTTAATCCTATCAAGCGTTGTATTAGTAATTGGGGTAAGTGGTACGACTGTGCAGATTGGCTCCGTTGCCTTATCAGGTATGGGTCTAGCAACAATTGTCGCTATCCTCCTTAGCATCTTCTTTAAAATATTGGATATACTAAATTTGTCAAATGAAGGTTAA	MTQHKEIQVDERLPLLTSLPLSIQHLFAMFGSTVLVPILFGVNPATILMMNGVGTLIYLLITKGKIPAYLGSSFAFISPVTAVLTDYAGGEGYSYVLGGFLAVGVVLCIVAFIVKLAGTSWIDIIFPPAAMGAIVSVIGLELVPTAAEMAGWIAPVGADASWTINSDTAIVALLTLLITIICWVTLRGFLKIIPILIGIISGYIIAYFFGLVDLSAVREASWFSMPEFYQMKFDWGAVLTILPAAIVLVPEHIGHLFVTGNIVKKDLAKNPGLDRSLAGNGISTIISSFFGSTPNTTYGENIGVLAITKVYSTWIIGMAAVLAIILSFVGKLAALISSIPTAVMGGISLLLFGIIAASGLRMLVEANVDYNRSQNLILSSVVLVIGVSGTTVQIGSVALSGMGLATIVAILLSIFFKILDILNLSNEG				NA	NA	NA	NA	NA
AK148_01500	1410	gltS_1		Sodium/glutamate symporter	ATGACAGCAAGCCAAGTTGGATTTGCTTTTTTATATGTGGCCGCTTTTTTGCTCTTAGGAAAATGGGTGCGAGTAAGGGTTGCTTGGTTGCAGAATTTATTTTTACCAGCATCCATAATTGGAGGTTTTATAGCTTTAATGCTTGGACCGCAAGTGCTTGGGAAAATACTACATCTTTTTGTAGCAGAAGACTCTTTTTGGGTGAATGGGATTTTTCCGGAGCAAGTGACAGCAGTCTGGAGTGATTTACCGGGGTTATTCATTAACGTCGTTTTTGCTTCACTGTTTCTTGGAACTTCTATTCCAGGATTACGAAAGGTATGGGACTATGGTGGACCACAATTAGCTTTTGGCTGGACAATTGGCTGGGGTCAGTATGTGATAGGAATTCTGTTAGCTATACTTGTATTGAGTCCCGTATTCGGTCTGCCGCCGCTAACTGGTGCCCTTATTGAGGTAGCATTTGAAGGAGGACATGGGACAGCTGCTGGTTTAGCTGGAACATTTGAAGAAATTGGCTTTGCACAAGGATATGATTTGGCAGTAGGTCTTGCTACAATTGGGATATTATCAGGTGTAATTGTCGGCATTATTTTAATTAACTGGGCGGTACGAAAAGAAAAAACACATGTAATAAAAAATGTACAAGGTTTTTCAGATTTACGAAAGCAAGGAATTATGGAATTTGAAAATCGTGATCCGGCTGCTAAAATGACTGTACGACCAGAGTCTATTGAACCATTGTCGTTACATTTTGCGTTGGTTGGCTTAGCCGTATTAGTCGGGTACCTCCTTTTACAAGCTCTCATATGGCTAGAGTCGGTTATTATTACACCGTTTACAGACTCTACGTTTATGACTTATATCCCATTATTTCCACTTGCCATGATTGGCGGGATATTTGTCCAGAAATTTTTTAATAAAATAGATAACGCACAAATTGTAGATAGAAATATGATTAATCGAATTCAAGGGTTTGCGTTAGATTTACTAATTTTAACGGCTATAGGTACAGTATCCATTGATGTAATAGGGGATTATATTGTTCCGTTTCTGTTACTAGCAATTACAGGGATAGTATGGAATGTGTTGGGATTTTTAATTTTAGCACCAAGAATGATTCCCTCTTATTGGTTCGAACGTGGAATTGGTGATTTTGGGCAATCGATGGGAATTACGGCAACAGGTCTATTATTGATGAGAATTGTAGACCCTAGAAGTGAAACACCTGCTTTTGAAGGTTTCGGTTATAAGCAACTTGTATATGAACCATTTCTTGGCGGAGGTCTCGTAACAGCTCTTTCTGTACCGCTGATTTACCAATTTGGAGCAATACCATTCCTTATTTTTGCAATTATTATGTGTGTAATTGGTGCTCTGGTAGGCTTGTTATACTTTGGAAAAAGATGA	MTASQVGFAFLYVAAFLLLGKWVRVRVAWLQNLFLPASIIGGFIALMLGPQVLGKILHLFVAEDSFWVNGIFPEQVTAVWSDLPGLFINVVFASLFLGTSIPGLRKVWDYGGPQLAFGWTIGWGQYVIGILLAILVLSPVFGLPPLTGALIEVAFEGGHGTAAGLAGTFEEIGFAQGYDLAVGLATIGILSGVIVGIILINWAVRKEKTHVIKNVQGFSDLRKQGIMEFENRDPAAKMTVRPESIEPLSLHFALVGLAVLVGYLLLQALIWLESVIITPFTDSTFMTYIPLFPLAMIGGIFVQKFFNKIDNAQIVDRNMINRIQGFALDLLILTAIGTVSIDVIGDYIVPFLLLAITGIVWNVLGFLILAPRMIPSYWFERGIGDFGQSMGITATGLLLMRIVDPRSETPAFEGFGYKQLVYEPFLGGGLVTALSVPLIYQFGAIPFLIFAIIMCVIGALVGLLYFGKR	PGPT0000810_113	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GLUTAMATE_TRANSPORT,PGPT0000810-gltS-K03312	NA	NA
AK148_01501	1353	dacC_2	COG2027	D-alanyl-D-alanine carboxypeptidase DacC	GTGAAAGAAAGTATAGAAGCATATATAAAGAATGAGTCAAGATTACAAGGGGCACTGATAGGTATAAGTATAAGGGATGCAAATACCGGGAAAATGATTTATGAGCATATGGGAGATACGCGATTTCTTCCAGCCTCCAATATGAAACTACTAACAGCTGCGGCTAGCTTGAACGTGTTAGGGGAGAAGTACTGTTTTAGTACGGAGTTACGTACAGACGGAGTGATAGAAGGAGGAAAACTAAAGGGGAATTTATATGTAGTTGGTAAAGGGGATCCAACGTTACTGCCAGAAACGTATCAACGATTGGCTCAACAATTGCATGCATTAGGAATACATTTTATTGCAGGAAGTATAATTGGTGATGATACGTGGTATGATGCTGTTCGCTTGTCGCAGGATGTAATTTGGAATGATGAGACTTTTCATTATGCATCTTCCATCTCTGCATTAACTGTTTCACCAGATCATCGGTACGATGCAGGAAGTGTTTATGTGAAAATATTGCCTGAAAAATATGGAGATGATGCTAAGATATCTGTATCACCAAAAACAGCCTATATAGATGTGTTCAATACGATAAGGACAGGGAAAAAAGGGGGAGAAGAAGATGTTACCATGATAAGAGAGAGGAACGGAAATACGATTTATTTATCAGGAGAAATTCCAGAAGGTGGGGAGGGGGTGGAAGAATGGCTAGCCGTTTGGGAGCCAACTGATTACGCGCTACATATTTTTCAAGCAGCGTTAAAAAAGCAAGGAGTGTTCATAGAGGGGGGGATGTGTCGTGGGCAAGCCCCGGATAGTTCAACATTATTATATAAGCACCATTCTCCCGCTTTAAAGAAACTAATGCTTCCATTTATGAAAAATAGCAATAATACCATTGCGGAAATACTTGTAAAGGAAATGGGTAGACAAGTTTACGGAGAGGGCAGCTGGGAAAAAGGGTTGCAAGTTTTAGAACGGGAAATGGACGGCATAGGAATGAATTTGGAAACAATGGTTATTCGAGACGGTTCAGGTATATCACATATAAACATGATACCTGCGAACGAAGTAACCAAGCTACTATACAAAATTCAAAAAATAGACTGGTTTAATACATATTTACATGCATTACCACATACTGTTGCACAAGAACCATGTATGCTCGGTACACTACAAGGGCGTATGGAAAAGCTTGATGTCAAGGCTAAAACAGGGACCATTTATGGTGTAAGTACGCTTTCCGGATATATGCACACTAAAAAGGATAATATCATCTTCTCTCTGTTATTAAATCATTTAGTAGATGAAGACGAAGGTAAAGAGATAGAGGATCGTATTTTACACATTATAGCAAGCGTATGA	MKESIEAYIKNESRLQGALIGISIRDANTGKMIYEHMGDTRFLPASNMKLLTAAASLNVLGEKYCFSTELRTDGVIEGGKLKGNLYVVGKGDPTLLPETYQRLAQQLHALGIHFIAGSIIGDDTWYDAVRLSQDVIWNDETFHYASSISALTVSPDHRYDAGSVYVKILPEKYGDDAKISVSPKTAYIDVFNTIRTGKKGGEEDVTMIRERNGNTIYLSGEIPEGGEGVEEWLAVWEPTDYALHIFQAALKKQGVFIEGGMCRGQAPDSSTLLYKHHSPALKKLMLPFMKNSNNTIAEILVKEMGRQVYGEGSWEKGLQVLEREMDGIGMNLETMVIRDGSGISHINMIPANEVTKLLYKIQKIDWFNTYLHALPHTVAQEPCMLGTLQGRMEKLDVKAKTGTIYGVSTLSGYMHTKKDNIIFSLLLNHLVDEDEGKEIEDRILHIIASV	PGPT0024035_2585	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024035-dacB-K07259	NA	NA
AK148_01502	1251	dinB_2		DNA polymerase IV	ATGGATTATTCCGTTTATCCCCGTAACGATGTTTTATGCATCGATATGCGTTCTTTCTACGCCAGTGTAGAAGCGGTTAAATTAGGGCTTGATCCAATGGAAACTTTATTAGCTGTTGTAGGCGATCCCAACCGTTCAGGTAGTATTGTACTTGCTGCTTCTCCTGCACTCAAAAAGAAATATGGAATGAGTAATGTCAGCCGTTATTTTGAACTACCAAAGGATCCAGATCTACATATTGTTCCAGCACATATGGCAGACTATTTAGAAGTGTCCACAGAAATAACTAAATTACTTTATCAATATGTTCCAAAAGAGGCGATCCATCCCTATTCTGTTGATGAAGTATGGGTAACTGTTAACGGATTGCAAAGGCGATTTGGAAATCGTCTAACTATAGCGCAACGGATTAAACATGATATTCTAGAATGTTTTGGCATTACATGCTCTATTGGTATTGGGGATAATAAGTTTCTTGCTAAAGTCGTGATGGATATTCATGGAAAGAAACAAGGCATTGCCGAATGTACATATGAGGATGTACAACAAAAACTGTGGCCCGCTCCAGTGGAGGCGATTTGGGGAATTGGAAGCAGAATGAAGAAAAATCTCGAACGAATGGGCATTATAACATTAGGACAACTCGCGCGTTTTGACTTACAACGACTACGAAAACGTTTCGGGGTTATGGGAGAGCAATTATACTGGCATGCATGGGGGATTGATTTGAGTCCCGTTATCGGCAATTTTGTGAAAACAAAGCAAAAGGGGTTTGGCCATGGTATTGCATTACTACGCGATTACGCAAAAGAAGAAGTTCATGTCTGTATACTGGACCTTTGCGAAGAAGTATGCCGCAGAGCAAGAACCGTTCAGATGGCAGGAAAAACCATTCAACTTGGAATTAGTTATTCAAAAGAAACAGGGGGTGGCTTTTCCCGTTCTACTTCTATTTCTATACCAACTAACGCCACAATGGATATGTATCATGTTTGTATGGGGTTGTTTTTTCGTTTTTACGATGGTAGGAGTAGTATTCGTCGAGTATATGTGACTTTAACCAATTTATATACGAAACAAGATACACAACTGAGCCTATTTGAAAATCGTACGAAAAAAGAGGATATTGGCTATACAATGGATGCGATCCGAGCAAAATATGGACCTACCTCTATTCTCCGTGCCATTAGCTATACAGATGCAGGCATTACAATCGAAAGGAGCAAAAAAATTGGTGGGCACTATGCTTAA	MDYSVYPRNDVLCIDMRSFYASVEAVKLGLDPMETLLAVVGDPNRSGSIVLAASPALKKKYGMSNVSRYFELPKDPDLHIVPAHMADYLEVSTEITKLLYQYVPKEAIHPYSVDEVWVTVNGLQRRFGNRLTIAQRIKHDILECFGITCSIGIGDNKFLAKVVMDIHGKKQGIAECTYEDVQQKLWPAPVEAIWGIGSRMKKNLERMGIITLGQLARFDLQRLRKRFGVMGEQLYWHAWGIDLSPVIGNFVKTKQKGFGHGIALLRDYAKEEVHVCILDLCEEVCRRARTVQMAGKTIQLGISYSKETGGGFSRSTSISIPTNATMDMYHVCMGLFFRFYDGRSSIRRVYVTLTNLYTKQDTQLSLFENRTKKEDIGYTMDAIRAKYGPTSILRAISYTDAGITIERSKKIGGHYA	PGPT0014882_2020	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
AK148_01503	933	iolS	COG0667	Aldo-keto reductase IolS	ATGACTACAGTTACATTAGGAAAATCAGATATCGTTGTTTATCCAATTGGGTTAGGTACCAATGCTGTCGGCGGGCATAATTTGTATCCAAATATGCTTGATGAGGAACAAGGAAAGAATGTTGTGCGTACAGCCTTAAATCAAGGGATTAATATGTTGGATACGGCATATATTTATGGACCCGAACGCTCTGAAGAGTTAACTGGTGAAGTGATGAAAGAATATAACCGGGAAGATATCGTGCTGGCAACAAAAGGAGCGCATAAATTTGTTGGTAATGAAGTGGTCATGGATAATTCACCAACTTTTTTGAAGCAGTCCGTCGAAGATAGTCTTCGCCGCTTGCAAACAGATTATATTGATTTATATTATATTCATTTTCCAGATCAAGATACACCAAAAGATGAGGCAGTGGGAGCGTTGAAAGAATTAAAAGATGAAGGGAAAATTCGTTCCATAGGTGTGTCTAATTTCACATTGGAACAATTGAAAGAAGCGAATAAAGATGGCTATGTAGACGTAGTACAAGGCGAATACAATTTACTAAAACGTGAGGCAGAAGATAGCTTTTTTCCTTATACTGAAAAAGAAAATATTACATTTATCCCTTATTTTCCACTGGAATCAGGCTTGCTTGCTGGAAAATATGCTAAAGATCAAACATTTACAGATTTACGAGCTGAAAATCCGAATTTCCAAGGTGATACATTTCATGAAAACCTTGAGAAAGTGGCGAAATTAAAACCAATTGCCGAGAAATATAACGAAGAAATTGCCCATATTGTTTTAGCATGGTATCTCACCCGTCCTTCTGTAGATGTCCTTATTCCAGGTGCCAAGTGGCCAGAACAAGTTGTTAGTAACAAACGTGCTGCTACGATTGCACTTGCCGCAGAGGATGTGCAGTTGATTAGCGATATTTTCACGCGATAG	MTTVTLGKSDIVVYPIGLGTNAVGGHNLYPNMLDEEQGKNVVRTALNQGINMLDTAYIYGPERSEELTGEVMKEYNREDIVLATKGAHKFVGNEVVMDNSPTFLKQSVEDSLRRLQTDYIDLYYIHFPDQDTPKDEAVGALKELKDEGKIRSIGVSNFTLEQLKEANKDGYVDVVQGEYNLLKREAEDSFFPYTEKENITFIPYFPLESGLLAGKYAKDQTFTDLRAENPNFQGDTFHENLEKVAKLKPIAEKYNEEIAHIVLAWYLTRPSVDVLIPGAKWPEQVVSNKRAATIALAAEDVQLISDIFTR	PGPT0018520_172	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_INOSITOL_DERIVATE_DEGRADATION,PGPT0018520-iolS-K06607	NA	NA
AK148_01504	879	dpaA_2		Dipicolinate synthase subunit A	ATGCTGCATATTCTCGTAGTCGGTGGGGATAAAAGATATATACATGTTATCGAAACATTAGCTAAATTAGAAAACAACTTATATTTAATTGGATTTGATACAGTTTCATTTGATAAATCTAATGTGAAGCATGCCAAATTAGAGCATATGGATCTTTCTATTATCGATGCGATTATTTTACCTATTGCAGGGACAGATGAAAGGGGCCAAGTTGAAATCATGTATGCAAATGGACACTTTTATCTTACAGAACAAATACTTTCCTCTACTCCTGATCATTGCACCATTTATACAGGAACTGCAAATGATTACTTACAGGAAATGTGTAAAGCAGCACAACGAAGCTTAATACGATTATTTGATCGAGACGACGTTGCGATTTATAATTCTATCCCAACAGCAGAGGGGGCATTAAAAATTGCGATAGAAGAAACGGAGGAAACAATTCATAACGCAAATGTATGTGTGCTTGGATTTGGCAGAGTGGGGAAAACAGTAGCACGACTTTTTCATGCAGTCGGTGCTAACGTATATGTAGTAGCTAGAAACCGTGCAGATTTAGCTAGGGTTACAGAAATGGGGTTAACTCCTATAAAACCTAATCGACTACATAAGCTACTAGCTGATATGGGTATCTGTATCAATACAATCCCTTCCTTAACTATCGATGATGAACATTTAAGCAAGATGTCGATTTCTACCGTAATTATTGACCTGGCTTCAAAACCTGGTGGCGTAGACTTCGTAGCTGCACAAAAACGGGGGATAAAAACTGTGCACGCGCTCGGTTTACCAGGCAAAACAGCACCTAAGTCAGCTGGTAGAATAATAGCTAATATATTAATGGAAAGTTTAAAAAGCGAACAGAAACACCAGTAG	MLHILVVGGDKRYIHVIETLAKLENNLYLIGFDTVSFDKSNVKHAKLEHMDLSIIDAIILPIAGTDERGQVEIMYANGHFYLTEQILSSTPDHCTIYTGTANDYLQEMCKAAQRSLIRLFDRDDVAIYNSIPTAEGALKIAIEETEETIHNANVCVLGFGRVGKTVARLFHAVGANVYVVARNRADLARVTEMGLTPIKPNRLHKLLADMGICINTIPSLTIDDEHLSKMSISTVIIDLASKPGGVDFVAAQKRGIKTVHALGLPGKTAPKSAGRIIANILMESLKSEQKHQ				NA	NA	NA	NA	NA
AK148_01505	3093			hypothetical protein	TTGAGACCGATAAAATTAACCATGACTGCATTTGGTCCATACAAGGATAAGGAAGTTATTCATTTTGATGAACTTGGGAATCATCGTTTGTTTGTAATTGGTGGTAATACAGGAGCGGGAAAGACTACCATTTTTGACGCGATTTGTTTTGCGTTATATGGCGCTGCCAGTGGCCAAGATAGAGAAAATAATACGATGCTTCGAAGTGATTTTGCTGAAGATGATGTTCATACAGCTGTTGAACTTTTGTTTGAATTAAAAGGAGATCAGTATCGCGTTTTACGTCAATTGGGACATGTGAAAAAAGGGAATAAAACGAAAACCGGAGAACGATATGAGTTTTTTGAAGTCACGAATGACGGTGAAATACCTTGTGTAGATAGACAGATTGTTTCTGAAATTGATAAAAAAATAGAACAGCTAATTGGCCTCACGCAAGATCAGTTTAAACAAATTGTTATGCTTCCACAAGGTGAATTTCGTAAATTGTTAACGTCGCAAACGGAAAATAAGGAAGAAATTTTGCGACGATTGTTTAAAACGGAGACCTACCAAGCCATTGCAGAGCGATTCAGGCGAAAAAAATCAGCAGCAGAAGAAGCATTTATGCAAGCAGAGCAGGAACAAAAACAATATATAATGCAAATTCATACTTCCTTACCAATACGAGAGGACGCCGTACTTTTCCAAACGTTAGAGCAAGAAAGCTATAACATGCATCAAGTTTTGCGCGGTCTTGAAGAGGAATGTCGTTATTATCAATGGAAAATAGCAACAGATAAACAGAAATATGAGCAAGCATATCTTGCCCATGATAAAAAACAACAGGAATTTTATGAGGCAAAGGCTATAAATGAACGGTTTGCAGAACTACAGCAAAAGCAAGCTCGTTTAAAAGACCTTGAACAACGAGAAGCGGAATATCAACAAAAAAAGCAAAAACTTACGCAAGCGGAATTTGCACAAGGAATTGTTCTCTTGGAGCAACAGAGAAATGATTGGCTAAAAGAGGAAGAAAGAAAAAAACGACAACTAGAAAATGGAAAACATCACAAGCAGCGTGTCGATGAACAATTAAGTAATGTAAACAAACAATTAGAGGCTGAAGAAAAACGGGAGCCTGAGCGAGAAGAGGTTCGGAAAAAGCTAGATAGATTAAATAATTATTTACCTATTGTGGAACAAATTGATGAAATGAAACGGCAGTTAATGGCGATAAAAAATCAAACAAAGCAGGCAGCTGATACCCTTTATGCTACAGAACAACTTTTGGGGAAGAAAAAGGACCAAATAGATCAAATGGAAAAGCATATGCATGAGCTTGACCAGTTTGTAGAGAAGCTTCCTGATAAGCAGGAAGAATTAAATACGATGCGTGAGCAATTTAGGTTAGTACATGAATATCGTAAACTAATGGAACAGCAAATTTTGTTGAAAACCGAAGCGAAGCAAAAAGAAAAAATAGCTATCCAAATGAAAGGGCATTATAACAAACTTGAACAAACATGGATGGGTAACCAAGCCGTTTATTTAGCTGCCCATTTGCATGAAGGGAAGGCATGTCCGGTTTGTGGAAGTCTAGACCACCCGAGTAAAGCTACACAACAATGGGAGAAAGTGACGAAAGAGCAATTAGAAAAAGCGAGAAGAGAATTTGAGAGAGTCGACACAGCATATCGAGATGTACGTGGTAAGTTAAAAGCGAATCAAGAAAATGTTCGCGTAAAAGCAACTGAATTAGAAAAGCAGCATATAGCTAGCACAAATGTAAAACAAAAAGAGGAGCAACTTGCAACAGTTGGTAAAAAGCTAAATGCTGAGGTAGAAAGGCTAAGACAAGCACGTCATCAACGTGGAGAAAAGAAGCTTGCGCTTGAAAAACTTCAATCCGAATATAAAGCATTGGAAGCAAAGCAAAAAGAGGAACAGCAATTGGAGCAACAATTAAAGTTAACATTAGCAAAAAAGCAGGCAGCTTATCAGGAAAGGATACAGTCTGTACCAGAGAGCATGCGTGTACTTGCAGACTTGAAAGAGCAAATTGCTAAAACAGCCACTCATTTAGAGCAACTAAAAAGTGCATGGGAAGCTATACAAAAAGAGCAACAGAAATGGAAACAGGAACAAACGAAAGTTCAATCAGAGCTCACGCAAGCCATGAAGCAGCTGGATGAAACGGTTAAAAAGCGAGAGAGTTCTGTCGACCAATTTTTACAAGCTTTAGAAAAGGAAGGTTTTTCCTCTGAAGCCACTTATCAAAAAGCAAAATTGCCTGAATCTGAACGGGTAGCATTGAAACAAGATTTAGAACAATACTATCAGTCTATATCTTCTTTACGTGAACAGGTTCAAGAATTAGATGCTATGTTAGTAGGTAAGGAGAAGTTAGATGTAACTGTTATGCAACAGGATTTACATCGTTTAAAAGAGACGTACGAATTAGCTTTCAGTAGATGGAATGAATCCAAGCAGTATGAACAAGAGGCAAAAGGGTTAAAGCAATCGGTACAAAAAGTAATGGAAAAAGTAACAAATTATGAACGTCAGTTGCAAAGAGTAGCTGATTTATATGATATGATTCGAGGTCAAAATCATCGAAAAGTCTCGTTTGAACGTTATTTGCAGATTGAATACTTAGAACAAATTATTGCTGCAGGAAATGAGCGGTTAAAAGAACTGTCAAATGGGCAATATGCCTTTATTCGTAGTGATCGTCAAGAATCATACGGGAGACAAAGTGGTCTCGCTCTTGATGTATATGATGCTTACACAGGCCAAACGAGAGATGTAAAAACTTTATCAGGAGGAGAGAAGTTTAACGCTTCCCTTAGCTTAGCGCTTGGAATGTCTGATGTGATTCAAAGCTTTCAAGGTGCTATTTCGATTGATACGATGTTTATTGATGAAGGTTTTGGTACGCTTGATGAAGAGGCATTGAATAAAGCAATTGATACGTTAGTCGATTTGCAGCAGTCAGGAAGAATGATTGGCATTATTTCTCATGTGCAAGAATTAAAAGCAATTTTTCCAGCTGTGCTTGAAGTAACGAAGTCCAAAGACGGCTCTAGCAGAACAAAATTTTTAATTAAATAG	MRPIKLTMTAFGPYKDKEVIHFDELGNHRLFVIGGNTGAGKTTIFDAICFALYGAASGQDRENNTMLRSDFAEDDVHTAVELLFELKGDQYRVLRQLGHVKKGNKTKTGERYEFFEVTNDGEIPCVDRQIVSEIDKKIEQLIGLTQDQFKQIVMLPQGEFRKLLTSQTENKEEILRRLFKTETYQAIAERFRRKKSAAEEAFMQAEQEQKQYIMQIHTSLPIREDAVLFQTLEQESYNMHQVLRGLEEECRYYQWKIATDKQKYEQAYLAHDKKQQEFYEAKAINERFAELQQKQARLKDLEQREAEYQQKKQKLTQAEFAQGIVLLEQQRNDWLKEEERKKRQLENGKHHKQRVDEQLSNVNKQLEAEEKREPEREEVRKKLDRLNNYLPIVEQIDEMKRQLMAIKNQTKQAADTLYATEQLLGKKKDQIDQMEKHMHELDQFVEKLPDKQEELNTMREQFRLVHEYRKLMEQQILLKTEAKQKEKIAIQMKGHYNKLEQTWMGNQAVYLAAHLHEGKACPVCGSLDHPSKATQQWEKVTKEQLEKARREFERVDTAYRDVRGKLKANQENVRVKATELEKQHIASTNVKQKEEQLATVGKKLNAEVERLRQARHQRGEKKLALEKLQSEYKALEAKQKEEQQLEQQLKLTLAKKQAAYQERIQSVPESMRVLADLKEQIAKTATHLEQLKSAWEAIQKEQQKWKQEQTKVQSELTQAMKQLDETVKKRESSVDQFLQALEKEGFSSEATYQKAKLPESERVALKQDLEQYYQSISSLREQVQELDAMLVGKEKLDVTVMQQDLHRLKETYELAFSRWNESKQYEQEAKGLKQSVQKVMEKVTNYERQLQRVADLYDMIRGQNHRKVSFERYLQIEYLEQIIAAGNERLKELSNGQYAFIRSDRQESYGRQSGLALDVYDAYTGQTRDVKTLSGGEKFNASLSLALGMSDVIQSFQGAISIDTMFIDEGFGTLDEEALNKAIDTLVDLQQSGRMIGIISHVQELKAIFPAVLEVTKSKDGSSRTKFLIK				NA	NA	NA	NA	NA
AK148_01506	1182	sbcD		Nuclease SbcCD subunit D	ATGAAATTTTTTCATACAGCAGATTGGCATCTTGGTAAGCTTGTGCAAGGCGTATATATGACCAATGATCAAAGTTATATTTTAGAAAAATTTATTCAAGCTGTTGAAGAGGAACAGCCTGATGCTGTTATTATTGCAGGAGATTTATATGATCGAGCAGTACCGCCTACAGAAGCTGTACATTTATTAGATGAAACGTTAGGTAAAATCGTCTTAGAGCTAAATATACCGGTTCTTGCAATTGCAGGTAACCATGATAGTCCGAGTAGGCTTGATTTTGGAAGTAAAATATTACGTGAAAATGGTTTGCATATTGCAGGGAACCTTTCAAAACCAATTAGGCCAGTAGTCTTACATGATGCGTATGGAGAAGTCCATGTCTACCTCATTCCCTACTGTGATCCAAGCATTGTACGTCATGTTTTTGGTAATGATACCGTTCGGACGCACAATGATGCCATGAAAATAATTATTCAACATATAGAAGCATCCATGGATCCAAATGCCAGACATGTATTTGTAGGACATGCTTTTGTGACCCCTTATGGGGAAAGCGAGGCGAATACTAGTGAATCAGAAAGACCATTGTCTATAGGGGGATCTGAATACGTAGAAGCTGATTTGTTTCATAGCTTTCACTATACTGCCTTAGGTCACCTTCATCAAGCGCATTATGTCAAAAGAAAAGAGATTCGTTATGCAGGTTCTCCTTTAAAATATTCGATCTCTGAAGAAAATCATCGCAAAGGTTTTTTTATTGTGAATGTAGATGGGGAAGGTGAAGTAGAAATTGAAAAAAAGCTACTCCTACCGAAAAGAGAAATGCGAACAGTGGAAGGCGCATTAGATGATCTTTTACAGCAACCAATGAATGAAGACTATGTATTTATTAAACTGACAGATGAAACTCCTGTCTTATCACCGATGGAAAAACTCCGCTCTGTGTATCCAAATGCAATGCACGTTGAGAGGAAAACGTTTTTCATAACGCCTGATGCTTCTGAGAAGGAAAAAATGGTAGAACGAACAAAAATGTCAGATATGGAACTGTTTGAAGCTTTTTATAAAGAAGTGAAAGGAGAGGCTCCAGACGAGGAGACCGTAAAATTGTTTCAAGAAACCTTACATGATCTTTTAACAGAACAAGATGAGACAAAAGATGCCACTCATACACTTCAATAA	MKFFHTADWHLGKLVQGVYMTNDQSYILEKFIQAVEEEQPDAVIIAGDLYDRAVPPTEAVHLLDETLGKIVLELNIPVLAIAGNHDSPSRLDFGSKILRENGLHIAGNLSKPIRPVVLHDAYGEVHVYLIPYCDPSIVRHVFGNDTVRTHNDAMKIIIQHIEASMDPNARHVFVGHAFVTPYGESEANTSESERPLSIGGSEYVEADLFHSFHYTALGHLHQAHYVKRKEIRYAGSPLKYSISEENHRKGFFIVNVDGEGEVEIEKKLLLPKREMRTVEGALDDLLQQPMNEDYVFIKLTDETPVLSPMEKLRSVYPNAMHVERKTFFITPDASEKEKMVERTKMSDMELFEAFYKEVKGEAPDEETVKLFQETLHDLLTEQDETKDATHTLQ				NA	NA	NA	NA	NA
AK148_01507	705	COQ5_3		2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial	GTGAAATATTTGGAAAGTTTGGCTAAGCTTGGAGTAGGCGGCGCCCATCCAGGAGGGCTAAAGTTAACAAAAGAAATAGTAGCACAGCAATCTATTGATCATACAACTAAATTACTCGATATTGGGTGTGGCACAGGACAGACGGCGGCTTTTATCGCGAATCAATATGCATGTTCTGTTACAGCAATGGATATCCATCCGATCATGGTGGAAAAAGCTAAGCAGAGATTTCTAGATGGCGAAGTTCCCATTTCCGTCGTTCAAGGTAATATAGAGCAGATGTGTTGGAGTGAGCAGTTTGATATTGTTCTTTCGGAATCTGTTTTAGCATTTACAAATATATCAAAATCGTTAACTTCTATTAGGAATGTTTTAAAATGTAATGGATGTTTCTTAGCTGTTGAAATAATGATTGATGAAAGTGTGGGAGAGAGTGATAAGCATGCAATCGCATCATTTTATGGGTTCCGTCATTTATTAACAGAAACAGAATGGCGTGAAAAACTCTCTCAGTCTAGTTTTAAGCAAATTAATATTGAACAACCAAGCCTAAATCCATTACCTATAACGATAGATGAAGCACAAGATTTTCATTTTTCAAATTCAGAGATAGATGAGGCATTAGATATACTGCATCAACACCAAGCGTTGACGAAGAGGTATAAGGAGAAGCTTCCATATGCCGTATTTCGTTGCACGAAATAA	MKYLESLAKLGVGGAHPGGLKLTKEIVAQQSIDHTTKLLDIGCGTGQTAAFIANQYACSVTAMDIHPIMVEKAKQRFLDGEVPISVVQGNIEQMCWSEQFDIVLSESVLAFTNISKSLTSIRNVLKCNGCFLAVEIMIDESVGESDKHAIASFYGFRHLLTETEWREKLSQSSFKQINIEQPSLNPLPITIDEAQDFHFSNSEIDEALDILHQHQALTKRYKEKLPYAVFRCTK				NA	NA	NA	NA	NA
AK148_01508	786			hypothetical protein	ATGGCGGGGGTTATTCGTACGGATAAATGGCTGCTGCATGACGATAACCAACCACTCCAAATTGCCAAACGATTAAAAAAATATTTTCCTAATGCGGAAGCAGAAGACGTTCTCCATCATCTGACAATGTTCGGCATGAGTCGTTCAGCAGTAACCAAAAAACAAATACAGAAGATGCAGGGGGCAAATACATGGAAAATAGTTGCAAAAGATTATCAACAGTTGCAATATGATTGGGAAGGAGCTAACATTCCTATTTTTATTCTTCCATCTGATACTGCCAATCATAAGTTACGAAAAGAATTTAATGGAAAAGCCGGGCTGAGCTTTAACGATAAAATTTTCTTATTTCTATCCGAGTGGAATACTAAAATGGAGATTCGAGCGCTCTTAACACATGAGTACAACCATGTTTGCCGGTTGACAAAATATAATAAACCAGAAAGTAAGTATACGTTATTAGATACGATTATTTTAGAAGGAATGGCAGAATACGCTGTTTACAAACGGCTTGGTGCAGAGCATACAGCTAGTTATATTGGAAAATATAGCGATGATGTATTACATCGATTTTGGAACAAATACATTGCACCCAAAAAAGAACTAGAGCCAGAATCAAAAACATACTACCACTTACTGTATGGATCACATTTATACCCAAAAATGCTAGGATATTGTGTTGGAGAATGCCTTGTTCGTACCTATGCGAACAAACATGAATTGTCTTTAAAAGAGTTGTTTACGATTGAAAGTGAGCAAATTGCTGAAACAGATATACTTGACTAG	MAGVIRTDKWLLHDDNQPLQIAKRLKKYFPNAEAEDVLHHLTMFGMSRSAVTKKQIQKMQGANTWKIVAKDYQQLQYDWEGANIPIFILPSDTANHKLRKEFNGKAGLSFNDKIFLFLSEWNTKMEIRALLTHEYNHVCRLTKYNKPESKYTLLDTIILEGMAEYAVYKRLGAEHTASYIGKYSDDVLHRFWNKYIAPKKELEPESKTYYHLLYGSHLYPKMLGYCVGECLVRTYANKHELSLKELFTIESEQIAETDILD				NA	NA	NA	NA	NA
AK148_01509	1152	yfcJ_3		putative MFS-type transporter YfcJ	GTGAAAAAGCTTTTATATTTTATTATTGTTGTTTCATTTATTGATACGTTTATTCAATTGCCCATCATAACTCCATATGCCAAGAGTCTAGGGGCTTCAAATATATTAACAGGTGCAATTGTAGCTGTCTATTCATTAACAAATATGTTCGGAAACATAGTAGGTGGACACTGGATTGACAAGTATGGCCGAAAGCGCATGCTGTTTATTGGTATGATCTCCGTGACGGTTATTTTATTGTTATACCCTCTTGCTGCTACAGGGATGCAGTTATTTATTATTCGATTATTACATGGACTTGCTGGTGGTTTTTTAATTCCTTCTGCTTTTGCGTATGTAGGTGACCAGACGAGGGTTGGTTCTAGAGGAAAAGCCATGGCTTTTACAGGTGCAGCGATTGGAATTGCAGCCATTGTAGGACCAGCTGTTGGTGGTGCTTTAGCTGCTCGCGGGCAGATAGAGTATGTGTTTCTATTCGTAGCAGGGTTGTTTTTCATGACGTCTTTTCTAGTCCTTCGCTATTTAGAAGAATCATTTATTTCCAGAGATAGATCCAAAGTTCATGTCAAGCATTTCATTCCATTATTAAAAAACCCTTTATTATTGCAAGCCTCCCTAGCAGCGTTTGCGTTAATGATTAGTAATGGAACATTAGCGTTTGCATTACCTTTAAAGGTGGAAGCGATTGGATTGGATACGAGTGCAACTGGAGCATTGTTGAGCACGTTCGGAATTATGGCAATAATAGTATTCTTAACTCCTATTAATCGAATTTATGATCGAGCGCAACCATTGACTTTAGTGGGGGCGGGTATATTATTAATAGGAAGTTCGATGCTGTTTTTAAGCTATATTACAGAATTTTGGTTAGGAATTTTAACTATGATTGTGTATGGGATCGGGTTTGCACTTGTTTTTCCTTCCATGAACCGTATGGTAGCAGAAAGTTCTACTCAAACAGACCGCGGAAAAGCATATGGCATATTTTATGCGTTTTTTTCATTAGGAGTTGTCGCTGGCTCTTCTATTTCCGGAGCAATTGCCGAGTGGTGGGGGATACCGTTTGTTTTTACTGCAATGGTGATGCTTGTCGTTTGCGCCATTCTTTTTGTTATTGATCGTATTAAAAAAAGTAAAAGACATGAATGTTAG	MKKLLYFIIVVSFIDTFIQLPIITPYAKSLGASNILTGAIVAVYSLTNMFGNIVGGHWIDKYGRKRMLFIGMISVTVILLLYPLAATGMQLFIIRLLHGLAGGFLIPSAFAYVGDQTRVGSRGKAMAFTGAAIGIAAIVGPAVGGALAARGQIEYVFLFVAGLFFMTSFLVLRYLEESFISRDRSKVHVKHFIPLLKNPLLLQASLAAFALMISNGTLAFALPLKVEAIGLDTSATGALLSTFGIMAIIVFLTPINRIYDRAQPLTLVGAGILLIGSSMLFLSYITEFWLGILTMIVYGIGFALVFPSMNRMVAESSTQTDRGKAYGIFYAFFSLGVVAGSSISGAIAEWWGIPFVFTAMVMLVVCAILFVIDRIKKSKRHEC	PGPT0003185_898	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
AK148_01510	1224	gltP_2	COG1301	Proton/glutamate-aspartate symporter	ATGCATATCTGGAAAAAATATAAACAGACTTCATTTGTCATTAAAATGACTATAGCTTTCATTGCTGGAATCATTATCGGAATAATATTTCAAGATCAGACAGATATTCTCGAACCATTAGGTACGTTGCTCATTCACTTACTAAGTTTAGTCGCTATTCCTGTTATCTTCCTGACAGTGGTGCTTGCAGTAAATAAAATGAAAATTCATCAACTCGGTCGTATGGGTGGCAAATTAATGCTATATTACATGGTTACGACTGCAGCCGCTGTGTTGTTAGGCCTCGCATTAGCTTTATGGATCAACCCAGGTACAAGCTTAACGCTTCCAGACACGCAAGTGGAAGAACCTGAAACACCAAGCTTTTCAGATATACTGTTACAAATTGTGCCTAAAAATATTTTCACTGCATTTACATCTGGAGATCTCATGGCTATCTTATTTATTGCTGTCATTATGGGAATTGCTATTTCTACCATGCGCTATGCGAATGACAAAAAAATGAAAGAATACGGTGACTTATTAAATACTTTTTTCACCGCGCTCAATGAAATGTTTTACAAGATTTTGCAAGGAGTCTTGTTATACGCCCCAATTGGAATTTTTGCTATTAGTGCAACTGCATTTGGAAGCCAAGGTTGGGACACATTCCAATTGTTATTAAAATTTACGGCGGTTTTTTATTTAGGTATTTTACTATTATGGATATTCGTATATGCAGGCTTTTTAAAATTGGCCAACGTTCCTGTCATTTCTTTCTTTAAGCAAACGAAGGAAGCCTATACCACTGCATTCTTTACATCTAGTAGTATTGCCTCCCTCCCTATTGCCATAAATTCAGCTAAAAAAGCAGGCATTTCGGAAACAACAGCTAACTTTGCACTTCCACTCGGTGCTGTTTTCAATTCCGACGGTGGGGCGTTAAGGATGGGTGTTTCATTGGTATTTGCAGCAAATATTACTAATTTAAGCCTCTCGCCGACAGATTTTCTAGTCATTATTATGATCGGTACTCTTCTATCCATAGGGACAGCAGGCGTACCTGCAGCAGGCTTAGTAACCTTATCAGCTGTACTAGGCATGTTCGGCCTACCACTTGAAATCGTCGCTTTAATTGCCGGAGTAGATGCGTTAATTGGAATGGCTGGTACTGCTTCAAATGTCATTGGAGATATCGTTGGAGCGACAGTTGTTGATAAATCAGAACGAAAACGAGCTGCATAA	MHIWKKYKQTSFVIKMTIAFIAGIIIGIIFQDQTDILEPLGTLLIHLLSLVAIPVIFLTVVLAVNKMKIHQLGRMGGKLMLYYMVTTAAAVLLGLALALWINPGTSLTLPDTQVEEPETPSFSDILLQIVPKNIFTAFTSGDLMAILFIAVIMGIAISTMRYANDKKMKEYGDLLNTFFTALNEMFYKILQGVLLYAPIGIFAISATAFGSQGWDTFQLLLKFTAVFYLGILLLWIFVYAGFLKLANVPVISFFKQTKEAYTTAFFTSSSIASLPIAINSAKKAGISETTANFALPLGAVFNSDGGALRMGVSLVFAANITNLSLSPTDFLVIIMIGTLLSIGTAGVPAAGLVTLSAVLGMFGLPLEIVALIAGVDALIGMAGTASNVIGDIVGATVVDKSERKRAA				NA	NA	NA	NA	NA
AK148_01511	1305			hypothetical protein	ATGGAAGCAGAAATAAAAAAACAGCAATCGATCCAAAGTAATCAGTTGCTAAAATTAGAGTACGTATTAGGAATTGTTGCTATTATATCCGTTTTTATTTTAGGCAGCGTACTTCTAAAGACAGATATGTTATTTTTTAGACTACTCATTGGGGTGGGGCTTGGGTATACGTTAACACGTGCTTATACCGGTTTTGCTGGAAGCATTAATCGCGCTTATGCCACTGGTTCAACAAAATTGCTTCGAGCTATGGCATTAATGTTTTTTGTTACTACTTTAGCAACGACTACATTTTTATTGTATTCTAACCCTACAAACTACGATTTATGGATTAACCCAATTAATGTTGGTTTAATTGCAGGTGGGTTATTGTTTGGATTTGGCATGGCCTTCTCTTCATGCTGTGCGTCAGGTGTGTTAACCGATTTAGCGACAGGTTTTCCTAGAGCACTAATCACCCTTTTATTTTTTGGTATTGGCATTTTTATTGGATTTCCAATTCAGCATACGGCTAGTTGGGTTTCTGATTCATGGTTTTCTACCTCTATAGGGAGCCAATTACAAGGCGGCGTATTCTTACCGGATCTTTTTAAATGGGATGGTCTAAACGGATATGTTGGATCTATTTTACTTACTGCACTCTTCTGTGGGATAACCGTCTATTTTGCCTATCGTTATGAAAGAAAAAGAAAGCAACAAAATCGATATATGGAACATGAAACAGAAAAATTACAAGAGCAACCAGATACATTTGATAGTAAAGATTATAAGCTATTCAGCCAAGCAACTTACAACCGTGTTTTTATTAAACCATGGTCTCTGAAACAAGGAGCAATTGTAATTAGCGTATTATTCGTATTACTAATGGGCGTTACAAAAGCTGGCTGGGGAGCTTCTACTCCGTTTGGTATTTGGTTTGGAAAAATAGTAATGTTCTTAGGAGTTTCGCCAGAATCCGTTGCTTCCTTTACCAAAATGTCAGCTGACCCGTTTGTATTGCCTTTCTTCGAGCATCCAGTATCTGTCCAAAACTTTGGTATCTTAGTAGGAACGGTTATCTATTTATTAACAGCTGGGAAAATGAAAACAATGTTTTTACAAGGTGCTCATATTCAAAAGAGAGAAGCAGCTCTATTTGCTTTAGGTGGGATTACTATGGGACTTGGCACAAGACTTGCCAATGGATGTAATGTCGGAGCATTATTTACTCCAATTGCAAACTTCTCCCTATCAGGTTGGATATTCTTTATCTTTTTAGCATTAGGCGGTATTATCGGTAATATGCTAGCTAAACGTTTATTTTAA	MEAEIKKQQSIQSNQLLKLEYVLGIVAIISVFILGSVLLKTDMLFFRLLIGVGLGYTLTRAYTGFAGSINRAYATGSTKLLRAMALMFFVTTLATTTFLLYSNPTNYDLWINPINVGLIAGGLLFGFGMAFSSCCASGVLTDLATGFPRALITLLFFGIGIFIGFPIQHTASWVSDSWFSTSIGSQLQGGVFLPDLFKWDGLNGYVGSILLTALFCGITVYFAYRYERKRKQQNRYMEHETEKLQEQPDTFDSKDYKLFSQATYNRVFIKPWSLKQGAIVISVLFVLLMGVTKAGWGASTPFGIWFGKIVMFLGVSPESVASFTKMSADPFVLPFFEHPVSVQNFGILVGTVIYLLTAGKMKTMFLQGAHIQKREAALFALGGITMGLGTRLANGCNVGALFTPIANFSLSGWIFFIFLALGGIIGNMLAKRLF				NA	NA	NA	NA	NA
AK148_01512	1695	cdr_1		Coenzyme A disulfide reductase	ATGAATAAAAAAATTGTTGTTATCGGCGGTGTTGCCGGTGGCGCTTCAGCTGCAGCAAGAGCAAGAAGATTAGACGAACACGCTGAAGTGATTATGTTTGAGCGAGGCCCTCATGTGTCCTTTTCAAACTGTGCATTGCCATTTCACTTAAGTGGCATTGTTGAAAATAGCGATGATCTTGTACTAATGAACCCAGTCCAATTCAAAAAACAATACAATATCGAGGCACGTGTAAATAGTGACGTGATTTCTATTAATCGTAGAAATAAAACGATTACAGTGAAAAATGTGCTAACTGGAGAAAGTTACGATGAGAGTTATGATAAACTCGTCCTCTCTCCTGGAGCAAACCCTATTGTTCCTTCTATACCTGGAACAGAAATGGACCATGTATTTACCGTACGAAACGTAGTTGATATTGCTAAATTAGATGCATATGTCAAACAAGATACCGTAAAGCAAGTAGCTGTCATTGGTGGTGGATTTATTGGTATCGAAGTTGCAGAAAATCTTCGCTTAGCTGGATTGGACGTATCGTTAATTGAATTCAGTAATCAAGTTATGGCTCCTTTCGATTACGATATGGCGCAAATCTTGCATAAAGAAATGATCGATCAAGGTGTGAACTTAGTTGTAGATGATGGCTTAGCAAAAATAGAAACAAATGAAATTGAACTGCAATCTGGTAAAAAACTAGCAGCAGACGCTGTCGTGCTTGCTATTGGTGTGAAACCAGAAACTACTTTAGCAGAGCAAGCTGGGCTTGAAATCGGACAAACTAGCGGCATTAAAGTAGATCATAATTACGTCACAAACGATTCTGATATATATGCAGTTGGAGATGCCATTGAGGTGTATCATAAACAGACCCACAAGCCTACTAGACTAGCTCTAGCAGGACCTGCGCAACGTCAAGCTCGAGCTGCTGCTGATCATATGAACCGAATTCCACATCGCAACACGGGAGTCATTGGTTCTTCTTGTATCCATGTGTTCGATTTAAATGCTGCGGCTACTGGGTTAAATGAAAAAGAAGCTAAAAATGCGGGTATTTCTTATGATTTTGTTTATATTATTCCAAATGATAAAGTTGGCTTAATGCCGGAAAGTCATCCAATTCATTTTAAATTAATTTATGAATATCCAACAGGAAAAATACTCGGTGCCCAAGCCATTGGCAAAGGCAACGTTGATAAACGCGTCGACGTCATTGCGACGATGATTACGATGGGTGGAACATTAGAAGATTTAAAAGAGTTGGAGCTTTGTTATTCTCCAATGTTCGGAACAGCGAAAGATGTTGTTAACTTTGCAGCATTAGTTGCGCTCAATCGTTTAAACGGCGAATTCAAGCAAGTTCCGGTAACAAAAGTACGTGAATTAGTAGAAAATAACGCTTTTATTATGGACGCTAGAGAAAAACATGAATACGAACGCGGTCATTTGAAAAATGCAGTGAACATACCTTTAAGCGAATTTAGAGATCGACTAGATGAAATCCCACAAAACGAGCCTGTATACGTGCACTGTCGTTCTGCACAGCGTAGCTATAATGCAGTGATGGCATTACAGCACTTGGGCTATACAAATGTGTATAATATATCAGGATCTTTTCTAGGAATCTGCTTATATGAGTATTATAATGACCAAGTAACTGGAAGAGAAAAAATCGTCACTGCGTATAACTTTAAGTAA	MNKKIVVIGGVAGGASAAARARRLDEHAEVIMFERGPHVSFSNCALPFHLSGIVENSDDLVLMNPVQFKKQYNIEARVNSDVISINRRNKTITVKNVLTGESYDESYDKLVLSPGANPIVPSIPGTEMDHVFTVRNVVDIAKLDAYVKQDTVKQVAVIGGGFIGIEVAENLRLAGLDVSLIEFSNQVMAPFDYDMAQILHKEMIDQGVNLVVDDGLAKIETNEIELQSGKKLAADAVVLAIGVKPETTLAEQAGLEIGQTSGIKVDHNYVTNDSDIYAVGDAIEVYHKQTHKPTRLALAGPAQRQARAAADHMNRIPHRNTGVIGSSCIHVFDLNAAATGLNEKEAKNAGISYDFVYIIPNDKVGLMPESHPIHFKLIYEYPTGKILGAQAIGKGNVDKRVDVIATMITMGGTLEDLKELELCYSPMFGTAKDVVNFAALVALNRLNGEFKQVPVTKVRELVENNAFIMDAREKHEYERGHLKNAVNIPLSEFRDRLDEIPQNEPVYVHCRSAQRSYNAVMALQHLGYTNVYNISGSFLGICLYEYYNDQVTGREKIVTAYNFK				NA	NA	NA	NA	NA
AK148_01513	1323			hypothetical protein	ATGAAAACGACATTAAATCGCTTTGATATATTAAGCTTAGTATTAGGTTCTATTATCGGCTGGGGAGCATTTACGCTTCCCGGCATTAAATTTCTTCCAGAGTCTGGCGTTATTAATGCAACGATTGGTTTACTGTTAGGCGGATTTGCCATTATTTTCATTCAAAAGGGTTATCATATTATGATGCAGCAACACGCTGAAGATGGAGGCGGCTTTTCTTATACGTTTAAAAACCTAGGGAAAATGCATGGCTTTATTGTTGGCTGGTCTTTAATCCTTTGTTATTTAAGCATCGTCCCTTTGAATGCCACAGCTTTTGTTTTAATTGTTAAAATATTATTTGGAACGAACGTAGAATGGTTCTATCTTTACGATATTGCTGGGTACCCTGTATATTTATCGGAAGTACTAATAGCAAGCATCGTACTTATATTATTTGCCATTCTAAATATCAGAGGCTTACGGAAAAGCTCCAATGTTCAAAACGTAATGGTATTATTTTTAATCATTAATATTGTCATTGTTTTTATTGCCATGCTTTTTGATACTGGTTCAGCTACTATTTCCACGAATTATATAAAAAACTATACGTTTAACCTTTCAGAAATAGCCAAAGTCGTTGCCATCATTCCGTTTCTATTTGTGGGATTTGATATTATTCCTCAAGTAGCAACTCAGTTAAAATTCAAACCTGAAAAAGCGACATGGATAGCCATTCTTTCCGTTTTTTCTGGAGTAGTTGCGTACAGTATATTAACAATTGTAACTGCCCTTGCATTTTCTCCTGATCAAGCAAAACAATTAGATTGGGCCCTTGGCGAAGCAGTTTTAACCCATGTTGGAAGCATCGGATTTCTGTTATTGATTATTGCCCTAATGACTGCTGTATCTGGAGGAATTAATGGATTCATGATTAGTAGCAGCCGATTACTAGCTTCGTTATCCGTTTATAAGCTATGTCACCCTAAATATAAGAAACTGACCCGTAACGCCGTACCAGTAAATAGTGTTCTATTTGTCACTGCAATCAGTCTGCTTGCTCCTTGGTTTGGCAGAGAAGTGATTATTTACATTGTCGATATGTCATCATTTTTAGCTTCTATTGCGTATTTCTACGTATGCTTGATTAGTTATAAGTATACGACAACAAAATGGGATCAATGGCTAACGTTCATAGGAATTATTATAAGTATTAGTTTTATTTTACTTTTAATTCTCCCACAATCACCTGGGAAACTAAGTACACCTTCTCTCATTTTTATGGGATTATGGGGGATCATTGGATTCTTTTATTATCGTAGCTATACAAAAAAACATGCATAA	MKTTLNRFDILSLVLGSIIGWGAFTLPGIKFLPESGVINATIGLLLGGFAIIFIQKGYHIMMQQHAEDGGGFSYTFKNLGKMHGFIVGWSLILCYLSIVPLNATAFVLIVKILFGTNVEWFYLYDIAGYPVYLSEVLIASIVLILFAILNIRGLRKSSNVQNVMVLFLIINIVIVFIAMLFDTGSATISTNYIKNYTFNLSEIAKVVAIIPFLFVGFDIIPQVATQLKFKPEKATWIAILSVFSGVVAYSILTIVTALAFSPDQAKQLDWALGEAVLTHVGSIGFLLLIIALMTAVSGGINGFMISSSRLLASLSVYKLCHPKYKKLTRNAVPVNSVLFVTAISLLAPWFGREVIIYIVDMSSFLASIAYFYVCLISYKYTTTKWDQWLTFIGIIISISFILLLILPQSPGKLSTPSLIFMGLWGIIGFFYYRSYTKKHA				NA	NA	NA	NA	NA
AK148_01514	1050	gutB	COG1063	Sorbitol dehydrogenase	ATGAAAGCAGCAATTTGGTATGCAAAGAAGGATATTCGTGTTGAAGAAGTTAATGAACCAACAGTTCATGCAGGGGAAGTGAAAATTAAGGTAGCTTGGGCTGGTATTTGTGGAAGTGATCTCCATGAATATGTTGCTGGACCAATTATAATCCCGACGGAGGATCCTCATCCGTTAACAAAAAAAACGGCACCCGTTATTATGGGACATGAATTCGCTGGAGAGGTAGTAGAAGTTGGAAAAGATGTTACGCAAGTAACGGTAGGTGATCGAGTTACGGTGGAGCCGATGATCACTTGTGGGAAATGTAAAGCTTGTCGTCAAGGTCGTTACAATCTTTGTGAAGTCAATGCAGCCTTTGGTTTGTCTGGTGTTGGTGGAGGCTTTTCTGAGTATACCGTTGTTAATGAAGATATGGTTCATAAAATTCCTGAGCATATGAGCTATGAGTTAGCAGCTTTAGTTGAACCTACAGCAGTTGCCATGCATGCAGTAAAACTTAGTCACTTAAAAATTGGTGATACCGTCGCTGTTTTTGGAGCAGGGCCAATTGGGTTGTTAACGATACAAGCAAGCTTTCTAGCTGGAGCAAAAAAGGTATTTGCGATTGAATTATCAGAAGAGCGAAGAAAAGTTGCTACTAAGCTAGGGGCAGTGGCTATTCATCCAGCAGAGACAAATGTTGCGGAAGACATTATGAAGCAAACCAATGGAGAAGGTGCAGATGTTAGCTTTGAGGCTACAGGCGTTCCGGTAGTATTAGAACAAGCTGTCAACAGCACGAAAATGGGCGGAGAAATTGTTATTGAAAGTTTATGGGAATCCAAACCGGAATTGGATGCTAATAGCTTTGTTTTTAAAGAACTACATTTAGTCGGATCGATCGGTTATCGCAATATCTTCCCGACAGTGATTGAGTTAATAGCTGACGGCAAGCTTGATGTAATCGATTTAATAACGAAAAAAATTACATTAGATAACATCGTGGAGGAAGGGTTTGAATCTCTTCTTCAAGAAAAAGCGCAAGTGAAAATATTGATTGAACCTTAG	MKAAIWYAKKDIRVEEVNEPTVHAGEVKIKVAWAGICGSDLHEYVAGPIIIPTEDPHPLTKKTAPVIMGHEFAGEVVEVGKDVTQVTVGDRVTVEPMITCGKCKACRQGRYNLCEVNAAFGLSGVGGGFSEYTVVNEDMVHKIPEHMSYELAALVEPTAVAMHAVKLSHLKIGDTVAVFGAGPIGLLTIQASFLAGAKKVFAIELSEERRKVATKLGAVAIHPAETNVAEDIMKQTNGEGADVSFEATGVPVVLEQAVNSTKMGGEIVIESLWESKPELDANSFVFKELHLVGSIGYRNIFPTVIELIADGKLDVIDLITKKITLDNIVEEGFESLLQEKAQVKILIEP	PGPT0008200_720	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
AK148_01515	615			hypothetical protein	ATGAAAAGGTTTTTAATGCTAATCATGATTGCGCTTTTGTTTTTATTGGTTGCATGTAGTAATGATGCAAAAGAAATAGATGACAGTGAGAAGCAATCTGAAGATACAGAAGCGCAGGCGAAAACAGATAAAGGAAATGAACAAAACACAAGTGAACATGCTGGAGGTCAAATGCACGACTTACAATTGAAATTACAGAAACAGGACAAAGATGCGGGGATGACAATTCAAAATAATGAAATCTATACGGTTTTAGATGAAGCAATTAAAGCTGATCCCAAAATGGGAGTTCCAAATGATTTTAGCCTCTATCCGTTTGATATTTCAATTAACCCTGATGGAAATCGATCCATTTTATTTCTGGCTATTAATCGACTAAAAGATTCTATGAAGAATATCAAATTTGATATGACATTTGGAAATCAAGAAGGAGAATACATATTTGAAAATATGGAGTTAGTGCTTACTGAAGAAGAGTTTGGCATCCTTCATGCTGATACCGCAATACCATTTATGCTGGATGTAACTCCACAACAGGAGCAAATGTTTAATCGTTTAACAAAAGATAATGTGTATATAGACATGGCTAATTTTGAAATGGATATAGAAAAGTAA	MKRFLMLIMIALLFLLVACSNDAKEIDDSEKQSEDTEAQAKTDKGNEQNTSEHAGGQMHDLQLKLQKQDKDAGMTIQNNEIYTVLDEAIKADPKMGVPNDFSLYPFDISINPDGNRSILFLAINRLKDSMKNIKFDMTFGNQEGEYIFENMELVLTEEEFGILHADTAIPFMLDVTPQQEQMFNRLTKDNVYIDMANFEMDIEK				NA	NA	NA	NA	NA
AK148_01516	447			hypothetical protein	ATGATTGTAGAACAACATCATATTGCTTATACAAATGTAGTTTCAAAATATTATCAGTTTGTACCGGAAGAAATTGATATAGCCATTAAAGATTTTCAGTCTCTTTTGGAAAAGGAAGGATATCATCCAGATGGTAGAATGTTATTTACTATTTTGAGCGACACAACAAGTGAGGTTATGCAGGCAGAAATTTTTTTGCCAATTCTTGAAAGTAATTTTACAATTTCGGATGAAGAGCAGCAAGTATATTTTCATAGTTACTTTTCTGTCAAGCCAATGATTATGACACGATTAATGGATAATTTTGAAACAGCATCTCAAGTGAAGTTTTGGGAGCTAATGCACTATATAAGACAAAATGGATTGCAACAGAAAACCCCTGTGTTTGTAGAGTATAAGACTAGCTACATGGGAAGAAGATATGTGGAGATGAGTGTAGGAGTTTAA	MIVEQHHIAYTNVVSKYYQFVPEEIDIAIKDFQSLLEKEGYHPDGRMLFTILSDTTSEVMQAEIFLPILESNFTISDEEQQVYFHSYFSVKPMIMTRLMDNFETASQVKFWELMHYIRQNGLQQKTPVFVEYKTSYMGRRYVEMSVGV				NA	NA	NA	NA	NA
AK148_01517	435			hypothetical protein	TTGCAATTTGAAACTCGCTCACTTATTTTTGATAATTTATTAATCTATGAAACAAGGCAGTTAAGAAAAAATTGGCAACAAGGTTTTTTCATTATGGAAGATTTTATACTTGCTGAAGGTATTTACCAAAATGGTTCCATATTTTTTTCGGTGTCTCCTGAAAAGAACGAAGATAAATTTGGTAAGTTCACATATTATTTGCCAATTAGCGAGCCTGTTAAGTTATCAGATGAAACCGACTTTCATTTCCAAGAGAAACTATATATTAAAGACGCTTTAGTTTTACGCCAGGCGGATCAAGCAACTGATTTCCATGCTGCTTATCAGCGAATTCAAGAATATGCTCATCTTCATGATGTACCAATAGATGCTACATTTTATTGTGTACTGTTGGAAGTTTATGATGATTTTATCATTGATCTATACGACCTTTAA	MQFETRSLIFDNLLIYETRQLRKNWQQGFFIMEDFILAEGIYQNGSIFFSVSPEKNEDKFGKFTYYLPISEPVKLSDETDFHFQEKLYIKDALVLRQADQATDFHAAYQRIQEYAHLHDVPIDATFYCVLLEVYDDFIIDLYDL				NA	NA	NA	NA	NA
AK148_01518	780			hypothetical protein	ATGCTTAATCAATTACACGAAAAAGATTTTTACGTTTTGCGTGGATCATTAAAATCAGGCAGGCAAAGTCCAAAGAATTTAGCTTTTGCTGTATTCTTATCGATTTTTATTCAACCATTAATATTTTTCTTAACATATGTAGTAGCTGCCGATACAACCATCTATCCATACAAAGACATTTTAATGAATGTGCATTTATGTATAACAATAGCACTTGTAGTCTTTTCTATATTTCTTTCAATTCCAAAAGTGTATTCAAGAAATCAAAAAGCCCAGTATTTGTTAATTATATTTGTATCTCAAAATATAGGCTTAAGTATGTATCTAATTTCATTATTTATACTGGGTTCAAATAATTTTAGTTTTGAGGCTACAGTGGGCTCTCTCATGAATTTTACTTTTATTACACTTTCAATAGGGCTCCTTGTTTTCGTAATCACTTGTGCAAGGTTTTATATATTGTTAAAAAAGGGTCATTATAAAGAAGGAACTAAAAAAGATGCACATAGAAGTAAGCTAGAAAAAAGATCATATCTTCCTGTAGCTATAATGGTTGGTACAGCGTTGGTGTATATCATTCAATATATGCATCAAATCAGCTACACGTTAGACATAAATGCCATGGTTTTAATTACAATAGGCCCTTTACTATATTTCAGCATGCTTTTTGTATTACCAGAACAATTAGTTATTCTCTACTGTAAATATCGTTTTGAAAGTTTTAATTTTGATAAAGATGGAAATTTAAAGCCGATGGGATCCGAAAGAAAGGATGATTGA	MLNQLHEKDFYVLRGSLKSGRQSPKNLAFAVFLSIFIQPLIFFLTYVVAADTTIYPYKDILMNVHLCITIALVVFSIFLSIPKVYSRNQKAQYLLIIFVSQNIGLSMYLISLFILGSNNFSFEATVGSLMNFTFITLSIGLLVFVITCARFYILLKKGHYKEGTKKDAHRSKLEKRSYLPVAIMVGTALVYIIQYMHQISYTLDINAMVLITIGPLLYFSMLFVLPEQLVILYCKYRFESFNFDKDGNLKPMGSERKDD				NA	NA	NA	NA	NA
AK148_01519	294			hypothetical protein	TTGGAAATATTACCAATAGGGAGCGTAGTTCAATTGAAAAATGGGGATATAAAGTTAATGATTATAAATAGAGCCCCCTTGTATAATAAAGAGGGGGTTATAGGGTATTTTGATTATTCAGCATCTATATATCCTACTGGAAAGATTGAAGAACAGGTGTACTTCTTCAATCATGAAAATATTGATAAGGTGTTTTTTGAAGGGTATATAGATGAACAGGAAGAATTATTTCAAAAAGAATATAATAAAAAAATTACTGAAGTTAAATACCCTAAATTTACCATTGATTGTTAG	MEILPIGSVVQLKNGDIKLMIINRAPLYNKEGVIGYFDYSASIYPTGKIEEQVYFFNHENIDKVFFEGYIDEQEELFQKEYNKKITEVKYPKFTIDC				NA	NA	NA	NA	NA
AK148_01520	546			hypothetical protein	GTGAAAAATAAATTAATTCCAATATATAGAGAAAAAGAAATTTACACATTATTTTTTGATGATAAAAATAATAAACTTTATAAGTTCCCTCATCGAGAAAAGTCATCTCTAATATATATTTTACTGTTTTTTGTAGTTCTCTATGGTTCACAATTTATAAATCAAATTTATCAACCATATAAAGGAGTGCTATTAAATATTACTTTGTTTGCTATAGCTAACGGTGTTTGCTTTTTTATAGCTAAATTTGTATATAGTCATTATTATATTCAGAAAACAGATGAAAATATTTTTTTAAATCAAGAGAGTATGAAAAAATACGCTACAGAAGGTGAAAATCAATATCGCCTTGAAGTCAATCTAGGAGGGGGAATTAGCCTAGTCATGTTTGTGATAGGATCTGTTCTGTTTTTTATTTTCCAACAAATGGAACTTTTAATAATTGGTTCTTTAGGAAGCGTTCCGTTGTTTATAATATTAATAAATAGACCGCTTTCTAGATTGAAAATTTTAAGAGGATTTCAAAATAAAAATATTCACTTATAA	MKNKLIPIYREKEIYTLFFDDKNNKLYKFPHREKSSLIYILLFFVVLYGSQFINQIYQPYKGVLLNITLFAIANGVCFFIAKFVYSHYYIQKTDENIFLNQESMKKYATEGENQYRLEVNLGGGISLVMFVIGSVLFFIFQQMELLIIGSLGSVPLFIILINRPLSRLKILRGFQNKNIHL				NA	NA	NA	NA	NA
AK148_01521	1338			hypothetical protein	ATGGGAGATAAAGTTGATATGTCTGAAGTTTTTAGATTATCAGATGATTTAAAGGTTGCATCTTCAGAAATTGATTCTATCTTGGAACGAGTTAAAAAAGATATTGAACAAATTATTGCAATAGAGTCTTTTTCAGGAAAAACTGCAAAACAAGCAAAACATTATTTTGGTGACTTTCATTTGACGATTATAGATGTTTACCAAAGGCTGTTTTTAGATGTGAAAAACTATTTAGGAAATCATATAGATTTATTTGTATCTGAGGTAGATTCAAATAAATCTACAAAAATAGAAAAAAATCACTTGCAAGATATAAATATGGACGTAAATGAACAGTATGAGAAAATTAACTTTGAACATCAATCTATTAACAGAACGATAAGTAATGTAGGAGATATAAGTAGCACTACTACCCCAGATTTCTCATTTGTTGAAAATGACCAAAGGAGATTAAAGAAAGAAATTAAAAATTTAGAAGAGAAATTTGCTTTATTTACAACAGAAGGAAAACAACATGACTTACAAATGAAAGAACTATTACATCATATCGATGTTACAATAAATAACTTTGACAAGAAAAAAGATCAAGGTCACTTTGAAGGTCATACATTCTCAATAGCTTATGTAGGATTACCTGTTTTAAAAGACTATGTAAATAATTCTAGCGAAGAAAAGAAAAAATTGGAAAATCTTGATCGGGGTTCCAAGGTGATTATAAATAAAGCTAAGGAAGATTATGAGCAAGGGATAATAAGTATGGAAACATATGATTCTATCTTACAGGGAGTAATTAGTACGGGAACAGCTTTTTTAAGAAATGCTGCTACTTCTAAGTTAACTGAAGAAATATCAAAGCCTATTGCGGAATCAATTAATAAGTGGGTGAAAGATAATACATCAATTTTTATAGATAGAGGTCTAGTAACTGTGGGGCCCTACGGTACTCAAGCATTACAATATGAGCCTCCTTCAATAGCAAAGCAAATGCTTAGATCAGCAGCTAGTATTCGTGTTCCAATTATAGGTTCAGTAGTTGATTTTGGTATTCAACTGTATAAAGGTGAAGAAATTACTGATGCAGCTTTGAAATCTACAGGACACTTAGGGGCTGGATTAATTGGAGCCCAAATAGGTACATTAATTGGTGGAGGAATTGGTGCGCCAGTAGGGTTTATGGTAGGAGTGTCAGGGTCAATGTTGTTTGACTTATACTATGACAATAAAGAAAAAATTGCATCAACTTTTCAGGATGTAGGCGATAGTGTTGTAGTTGCTAGTGAAAAAATAGGCGATGCAGTAGCTGGTTTTTTTGGTAATCTAGGATCTATATTTAATTAA	MGDKVDMSEVFRLSDDLKVASSEIDSILERVKKDIEQIIAIESFSGKTAKQAKHYFGDFHLTIIDVYQRLFLDVKNYLGNHIDLFVSEVDSNKSTKIEKNHLQDINMDVNEQYEKINFEHQSINRTISNVGDISSTTTPDFSFVENDQRRLKKEIKNLEEKFALFTTEGKQHDLQMKELLHHIDVTINNFDKKKDQGHFEGHTFSIAYVGLPVLKDYVNNSSEEKKKLENLDRGSKVIINKAKEDYEQGIISMETYDSILQGVISTGTAFLRNAATSKLTEEISKPIAESINKWVKDNTSIFIDRGLVTVGPYGTQALQYEPPSIAKQMLRSAASIRVPIIGSVVDFGIQLYKGEEITDAALKSTGHLGAGLIGAQIGTLIGGGIGAPVGFMVGVSGSMLFDLYYDNKEKIASTFQDVGDSVVVASEKIGDAVAGFFGNLGSIFN				NA	NA	NA	NA	NA
AK148_01522	315			hypothetical protein	ATGTCAGAGGAAGTTAGTATTCACATAGAGCAATTTAGATCAAAGATAGGTAAGTTAAGATCTTCTGTTTCCGATTTGGAGTCTAGTATTAAAACTAGTCGATCTTTTGATAGAACAAATGTAAAACCATTTGTTAATGATCTAGAAAATATAATAAAAGCAATTGAGTTGCTTCAAAAATACAAAGCATTATTGCAAAAAGATATTACCTCATTAGAAGATATAGGTGAGAAAATGTATGAGAATGATAAAAAGCTAGCTGGCTATGCAGATAATGATTTTCATATATCTGGACCACAACCTTTACGTTATTAG	MSEEVSIHIEQFRSKIGKLRSSVSDLESSIKTSRSFDRTNVKPFVNDLENIIKAIELLQKYKALLQKDITSLEDIGEKMYENDKKLAGYADNDFHISGPQPLRY				NA	NA	NA	NA	NA
AK148_01523	411			hypothetical protein	ATGAGCACATCATTAAGTCTTTTGCGGGAGCAGAGGGGTTCGACATTAGCTGGTATTGCAAACGCAAGGAATCAAATTGATATCTTAAATTCTAAGGTAATTAGATTAAAAGATGCGGCTAGAGAATTAGAAGCAAGCATTACAGAAATGGAAACAACTAAGCGTTCTATAGATAACCTACCAGTTGATGAAAATAGATGGAAGGGGGCAAAAGTAACTGAATTTAATAAGTACTATAATGTGTATAAAAGTAGCATAAGAAGCTTTATTCTAAAGACAGAAGATGTTAAGCAAAGAATAGAAGAAGATATCATGCTTTATGAGAGAAAGATAAATTCATATGAAACTGGCATCATGAGTTTACAAAATACACTCACTTCTATTGATAGAGAAATTTCTAGAAAGGAGTAA	MSTSLSLLREQRGSTLAGIANARNQIDILNSKVIRLKDAARELEASITEMETTKRSIDNLPVDENRWKGAKVTEFNKYYNVYKSSIRSFILKTEDVKQRIEEDIMLYERKINSYETGIMSLQNTLTSIDREISRKE				NA	NA	NA	NA	NA
AK148_01524	4455	essC	COG1674	Type VII secretion system protein EssC	ATGGCAAACAAAATACTCATGGTCACTTATGATAATCAATTGCATAAATGCCATTTACCAGATCAAGAAAAAAAGGAAATGATAATTGGTAATAGCTGGTCAGATAATATAACTTTTTCCAACTTAGAGCAAACACATAAACTAATGTGGAATGGCAACGAGGCTTTTATTGGGGAAGCAAAATTAGAAAAACAACTGTCTCTCCCTGAAGCGGATCATCTGTTGGAATTATATTTGTTACATAGGGAAGAAACCAGATTCTATGACGCTGCAGGTGTAGAAACAATAACGGTTGGCACGCATTCATATGATGATATTATGCTACCTAATTCGTCTGTTGATTTTGTCTTGCACAGACAGGAAAATGGGTTTACTTTTCAGCTAGAAAATAATGGTGCAACCATTTTTCATAACTTTAAGGCTGTTGAAAAGCAAGCAGTCGTATGTCCTGGAGACCAATTATTTGTTGCTGGAACGATGTTTTGCGTAGGTGAAAAGGAATTACAAATGATGACATCATATCCTGATTTTACAAGTAAGCTTGTGGAATTGGTAGAAGTGACTACTCCTTACAGCGGGGAGTATCCAGATTATCATCGTTCACCTAGAATTATTTATCGGGAACCTGAAGAAGATCGAACGATTGCTAAACCAGCACATAAGCCTTCAAAGCCTAGTGAACAATTGGCAAGAACGATCGTACCTCCAATAGTAATGGTTGTAGCACTGATTGTTATTTCACTAATTCAACCTAGAGGGGTTTACATCATCGTGATGCTATCGATTACCATTGTCACGATAATATTTTCGATTACTTCCTATGTGAAAAGTGTAAAAAAATATAAAGCGGATATGAAACATCGTGAAGAGACATATAAAGCGTATTTGCAACGGAAAACGAAAGAACTGCACTTAGTAAGTGAGGAGCAACGCCACGCTTTATTTTATCATTATCCTGATATCGTAACGATTAGAGATATGGTTAGAAATATGGAGGCAAGAATTTATGAAAAAACCATGTATCAGCATGATTTCCTGCATTTTCGTGCGGGTTTAGGAACGGTTTCATCTAGCTTTAAAATTGACTTTAATGATGAAGAATTTACCCAAGAAAAGGATGAACTTATAGATCAAGCAAGAGAGCTCTTATCTCAATATAAAGAAATTGAAAATGTACCCGTTGTTACATCATTAACCAAAGGACCTGTTGGCTATATCGGTCATCGTCCGCTTGTGTTAGAGCAGTTGCAGTTATTAGTTACACAACTTGCATTATTTCATAGTTATCACGACGTGCAATTTATTACAATTTTTCCAGAAGAAGAAAAACAAGAATGGGATTGGATGCGCTGGCTACCACATGCTAGTTTAAGAGATGTTAACGTGCGCGGGTTTATATATCACGAACGTTCTCGTGATCAAGTGTTGTATTCCTTGTACCAATTATTAAAAGAACGTAGACAAACCATAGAAGAGAAAACGAACAAAAATGAAAAGCTTTATTTTTCTCCCCATTATATCGTACTTATTACAGATGAGAAGATGATATTAGATCATATTATTATGGAATTTTTCAATGAAGATCTAAGTGAAATTGGTGTGTCCTTAGTATTTGTGCAAGATGTCATGCAGGCACTTCCAGAACATGTGAAAACGGTTATCGACATTCGTGATGCAAAGCATGGAAACATTTTATTAGAAGAAGGAGAATTAGTGAATAAAAAATTCCATCTGGATCATTATCCGGAAGGGTTTGATAAGGAAGAAATAACCCGTGCCTTGGCACCGATCAATCATCTACAAAATCTAAAAAACTCTATACCTGAAAAAGTGACTTTTCTAGAAATGTATGATGTGGAAAATGTAACGGATTTAAATATTGAACATCGTTGGAAGGTGAATGAAACGTATAAAAGTTTAGCCGTTCCATTAGGTCTTCGGGGTAAAGAAGATATCGTTCAATTAAACTTACATGAGAAGGCTCATGGTCCACATGGTCTTGTTGCTGGTACAACTGGTTCAGGGAAATCTGAAATTATTCAGTCCTATATTTTGTCTTTAGGGATCAATTTTCATCCTTATGAAGTTGCCTTTTTACTCATAGATTATAAGGGCGGTGGAATGGCAAATTTATTTCATGACATGCCACATTTGTTAGGAACGATAACGAATTTGGATAAAGCGCAATCAATGCGGGCGCTCGCTTCGATAAAAGCAGAGCTGCAAAAACGTCAACGGCTATTTGGGGAGCATAATGTCAATCATATTAATCAATATCAGAAGCTTTACAAGCAAGGTAAAGCAAGCGAAGCGATGCCACACTTGTTTTTGATTTCGGACGAATTTGCAGAACTGAAATCCGAACAGCCAGATTTTATGAAAGAGCTTGTATCCACTGCGAGAATTGGGCGTTCTCTTGGCATCCATCTTATCCTTGCAACACAAAAGCCAAGTGGAGTTGTCGATGACCAAATTTGGTCGAACTCAAAATTTAAATTGGCGCTCAAAGTACAAAATGCGAGTGATTCGAATGAAATATTGAAAACACCTGATGCAGCGGAGATTACGTTACCAGGACGGGCGTACTTGCAAGTTGGGAACAATGAAATCTATGAACTGTTTCAAAGTGCGTGGAGTGGTGCAGATTACGTGCCAGATAAAGAAGATCATGAATTTATAGATACAACGGTTTATGCGATTAATGACTTAGGTCAATATGATATTCTTACTGAGGATTTAAGTGGATTGGCCAATAAACAAGATGTGGAGAAAAAACCAACTGAATTGGAAGCGGTGATTGATTACATTGCTACTTACACAGAAAAATGCCAAATTGATCCTCTTCCAAGACCATGGCTTCCACCGTTACCAGAACGAATATTGCCAAAGGAAATACATGATGTTCATTTTAAAGAAATTTGGCAAGAGGAAAGCAAGAAATCGCTAGTCGTTACATTAGGTTTACTAGACCAGCCAGAATTACAATCGCAATCGCCACTTACGCTTAATTTAACGAAGCATGGACATATTGCTGTTTTTTCCAGCCCGGGCTACGGAAAATCAACGTTCTTGCAAACAGTTACTATGAATCTTGTGCATCAGCACCATCCTGAACATTTACATGTGTATTTACTAGATTTTGGTACCAATGGTTTACTACCGTTAAAATCGTTACCACAAGTTGCGGATACGATGCTACTGGATGAGGAAGAGAAAGTAGCTAAATTCATCCGTCTTATGAGCAGTAAAATCAAGGAACGGAAACAGAAGTTAAGCAATTATGGCGTTGCAAGTATGGATATGTATGAAAAAGCGAGCGGAGATATAGTGGAAAATCAATTAATTGTTATTGATAACTATGATTCTGTCCGTGATGCAGCATTCTCTGATGAGTTCGAAAAGCTAATTACACAAATTGCTAGAGAGGGTGCAAGTATTGGCATTCATCTAGCCATCAGTGCCGGACGACAAAGTGCTATGCGCATGCCGTTATTGTCGAATATTAAAACTCAAATTCCACTTTATTTAATTGAAGAAACCGAAGCTCGTGGAATTGTCGGTAGGACAGAGATTGAAATTGAAGAAATACCAGGAAGAGGGATGATTAAGCTGGACGAACCAGCATTATTCCAAACCATGCTTCCTGCAGAAGGAGAAGAGACATTAGCAATTATTGATGCGATTCAAGCAACTGCAAAAGAAATGGCAGCATTCTGGGATGGTGAATTACCAGAGGAAATTCCGATGATGCCTGAAGGAGTGGTTGACTTTGAGAAGTTTAAAAACAATAGAAAGACGAAACAGCTTGTAAAGGGAATGCAAGTCCCCCTAGGATTGGAATTTGAGGAAGTACAACCACTTGCTTTTGATCCAATCCAACATGGTCATTTAACTGTTGTAAGTGACCGGCAAGATGGTTTAGATAGATTACGTCAATCATTAGCAAAAAATGTGTCTCTTCTTTCTGGTTTTTATCAAACGATGTTAATTGATACGGCAGAACAACAACTGTCCGACATTGGAAAAAGCCTACATGCATATATATCTGAAAAAGAAGGAGTTATTTCTGTGAAAAATGATCTTATGACAGAAATTAACATCCGTACTAAACAGACAACGGGGGAGAATGTTAGGTGGCTTGTTCTTATTGCCGATGTAAAAGATTTTTGTGATCGTACTCAATTAGAAGTGGATGAAATAACCCTTCTAATAGAACAGGGCAAAAAGGCCGGCATCCATTTCATATTCATAGGGGATTACAGTTATATTGGACTGAGCTTTGAACAAGTTGCTAAGTATATACGTTCGCAAGCCATAGTAGGATTGATGAGTATGCGACTTGGCGATCAGGATATATTCAAGCAACCATTTATTAGACAGGAAAAATATCCAAACCCATTTGAATGTTATTTAGCAATGGATCATCAGCATACAAAATTGAAAATACCTGAATAA	MANKILMVTYDNQLHKCHLPDQEKKEMIIGNSWSDNITFSNLEQTHKLMWNGNEAFIGEAKLEKQLSLPEADHLLELYLLHREETRFYDAAGVETITVGTHSYDDIMLPNSSVDFVLHRQENGFTFQLENNGATIFHNFKAVEKQAVVCPGDQLFVAGTMFCVGEKELQMMTSYPDFTSKLVELVEVTTPYSGEYPDYHRSPRIIYREPEEDRTIAKPAHKPSKPSEQLARTIVPPIVMVVALIVISLIQPRGVYIIVMLSITIVTIIFSITSYVKSVKKYKADMKHREETYKAYLQRKTKELHLVSEEQRHALFYHYPDIVTIRDMVRNMEARIYEKTMYQHDFLHFRAGLGTVSSSFKIDFNDEEFTQEKDELIDQARELLSQYKEIENVPVVTSLTKGPVGYIGHRPLVLEQLQLLVTQLALFHSYHDVQFITIFPEEEKQEWDWMRWLPHASLRDVNVRGFIYHERSRDQVLYSLYQLLKERRQTIEEKTNKNEKLYFSPHYIVLITDEKMILDHIIMEFFNEDLSEIGVSLVFVQDVMQALPEHVKTVIDIRDAKHGNILLEEGELVNKKFHLDHYPEGFDKEEITRALAPINHLQNLKNSIPEKVTFLEMYDVENVTDLNIEHRWKVNETYKSLAVPLGLRGKEDIVQLNLHEKAHGPHGLVAGTTGSGKSEIIQSYILSLGINFHPYEVAFLLIDYKGGGMANLFHDMPHLLGTITNLDKAQSMRALASIKAELQKRQRLFGEHNVNHINQYQKLYKQGKASEAMPHLFLISDEFAELKSEQPDFMKELVSTARIGRSLGIHLILATQKPSGVVDDQIWSNSKFKLALKVQNASDSNEILKTPDAAEITLPGRAYLQVGNNEIYELFQSAWSGADYVPDKEDHEFIDTTVYAINDLGQYDILTEDLSGLANKQDVEKKPTELEAVIDYIATYTEKCQIDPLPRPWLPPLPERILPKEIHDVHFKEIWQEESKKSLVVTLGLLDQPELQSQSPLTLNLTKHGHIAVFSSPGYGKSTFLQTVTMNLVHQHHPEHLHVYLLDFGTNGLLPLKSLPQVADTMLLDEEEKVAKFIRLMSSKIKERKQKLSNYGVASMDMYEKASGDIVENQLIVIDNYDSVRDAAFSDEFEKLITQIAREGASIGIHLAISAGRQSAMRMPLLSNIKTQIPLYLIEETEARGIVGRTEIEIEEIPGRGMIKLDEPALFQTMLPAEGEETLAIIDAIQATAKEMAAFWDGELPEEIPMMPEGVVDFEKFKNNRKTKQLVKGMQVPLGLEFEEVQPLAFDPIQHGHLTVVSDRQDGLDRLRQSLAKNVSLLSGFYQTMLIDTAEQQLSDIGKSLHAYISEKEGVISVKNDLMTEINIRTKQTTGENVRWLVLIADVKDFCDRTQLEVDEITLLIEQGKKAGIHFIFIGDYSYIGLSFEQVAKYIRSQAIVGLMSMRLGDQDIFKQPFIRQEKYPNPFECYLAMDHQHTKLKIPE	PGPT0030468_374	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
AK148_01525	1290	essB	COG4499	Type VII secretion system protein EssB	ATGAAGGAAAAAACAATCGAATTTGAAAACCTCACATTGCAATTTGAAATGGATCAAACTAATTGGAAAATGCGTTTACCGAAATCACAAACCGCTGTACATGATGTTCGCCAAATGGATATCATGTTACATCCTTCTGATTTTTTTGCCCCGCTTACTATAGAGGAAGAAAAAGATGCATTTCAATTTACATTTAAGTTAGAGCCTAGATGGAAAAACTGGGATCATCTACTGCAATTACATAGAAATGAAAAATTACGATTACTGTGCAACATGTTGCAATTAGAGCCTATTTTGAACACGAGGATAACTTTTGTTCTTCATCCTGATAACCTGATGGTTAATGATAATCTGATGCCTGTTGTTATCTATCGAGGTATTCGCAAGCTTGTACCACCTTATGAATGGGATGAAGCAGATTTTTTAAAACAATTAAAATGCTATGCGATCGCTTTATTCTCTAAAAAATTTAATTTTGATCAGCTTTATCATGGGTCGTTACAAAATGCAACGGAAACCGAATTCCAACGACAGGTAAGTGAAGTAGCCGACTTAGTAGAGCTCAAGGATTTATTGTATAAAAGTTATCAGGAAGAACAAGTCAAAACAGAACAAACGATGACAGTTGTACCAACGAAACGCTTTCGTTTATTTAAGCAACTTTCGATTATTATGATTATCGTTTCCGTATTGTTAACCGTTCCCGTCATTTATTACGGCATTATAAAAGCACCTTACCAAGATAATCTATTAGAAGCTCACGGTGAGTATTTGGCTTCTTCCTATGGCGATGTTATTTCCACTTTAGAGGGGGAAGATCCAGAAAAGCTACCGATTCAAACGATGTATATTTTAGCTCATTCCTATATTAACGTGGAAAACTTACCTGATGCAGAGAAGGAAGTTATTTTAAAAAATGTCAGTTTGAAAAGTGATCCTGATTACTTAGCCTATTGGATTTATAATGGCAGGGGAGAATTTGATACATCGCTTGAAAAGGCCAAGTACATTGATGACCCTGTCTTAATTATACACGGACTTATTCAAAAGATAGAGGAAGCTAAAAACAATCCAGACTTAACAGGATCAGAGAGAGAAAAGACTGTTAAAAAGTTACAAGATGAACTAGAACAGTACCGTGAGGAGTTTGATTTACAAGACGAGGATGAAGAAACAGTACCGGCAAGTGAGTCAGAGGCGGAAGATACTAACCAAACAGAACAAGAAGCGCAATCAAATGAGGACAATAAAAAGAAAGAAGATAGTGGTGACAAAGAAAAGGAAAAATAG	MKEKTIEFENLTLQFEMDQTNWKMRLPKSQTAVHDVRQMDIMLHPSDFFAPLTIEEEKDAFQFTFKLEPRWKNWDHLLQLHRNEKLRLLCNMLQLEPILNTRITFVLHPDNLMVNDNLMPVVIYRGIRKLVPPYEWDEADFLKQLKCYAIALFSKKFNFDQLYHGSLQNATETEFQRQVSEVADLVELKDLLYKSYQEEQVKTEQTMTVVPTKRFRLFKQLSIIMIIVSVLLTVPVIYYGIIKAPYQDNLLEAHGEYLASSYGDVISTLEGEDPEKLPIQTMYILAHSYINVENLPDAEKEVILKNVSLKSDPDYLAYWIYNGRGEFDTSLEKAKYIDDPVLIIHGLIQKIEEAKNNPDLTGSEREKTVKKLQDELEQYREEFDLQDEDEETVPASESEAEDTNQTEQEAQSNEDNKKKEDSGDKEKEK	PGPT0030467_43	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_VI_SECRETION_SYSTEMS	CE-Type_VI_SECRETION-ESS_SYSTEM,PGPT0030467-essB-NA	NA	NA
AK148_01526	252	esaB		Type VII secretion system accessory factor EsaB	ATGGCACAAGATACCCATATTAATGTGACAATGGATTTTAACTACATTGGATGCGGAGTTTACGACCTCCGTATCCCCACACAATTAACGGTAAAACAATTACTCTATTATGTAACAGATGCTCTACATATTACGCTACCAGATCATTCTTACTATGCCATCAAAGTTACCACGAAGAAGCTGTTCATTGCAGATGATGATTATATCATCGATTACCCTGTTACAGATGGAGATATATTAGTTGTTCAATAA	MAQDTHINVTMDFNYIGCGVYDLRIPTQLTVKQLLYYVTDALHITLPDHSYYAIKVTTKKLFIADDDYIIDYPVTDGDILVVQ	PGPT0030472_12	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_VI_SECRETION_SYSTEMS	CE-Type_VII_SECRETION_RELATED_PROTEINS,PGPT0030472-esaB-NA	NA	NA
AK148_01527	498			hypothetical protein	ATGAAAAAGAAGCAGAGGCTAGTTAAAGCGATCCTCACACTTGTTATTAGCGTGCTGGTTGTTTGGGGATACCAAGCACCAGCGGCTAGTGCCGATAGTGATGGAGACTTAGAAATGAAAATTGACCGTATTGTGGAAGATGATAAGAAAAATACAGTTAACCAGGAAACAGAGTTAGAAAAGATTTTCCCTACACTATTTACAGAAGAAACATCTAAAATCATTGCTGAAAAGAAAGCGGAGCAGCAGCAGTCTTTAGAAGAACTGGAGTCAGATCTCTTTGCAAAGGATGTGCAAACAAATAAGACATTGGATTCTGTTAAAGACGACCTGTTCACGAAAGATTATGAAGAGATTGCCGCATCTACCTCGAAGCCGAATAAAGATGAGATAGCAGAGACAAGCCAATCTAGTAATACATGGCTATATGTGTTAACAGGTTTTGCTTTACTTTTATGTGGTGGAATCTATGTAATGATGCAAAAAATGTTAAATTAG	MKKKQRLVKAILTLVISVLVVWGYQAPAASADSDGDLEMKIDRIVEDDKKNTVNQETELEKIFPTLFTEETSKIIAEKKAEQQQSLEELESDLFAKDVQTNKTLDSVKDDLFTKDYEEIAASTSKPNKDEIAETSQSSNTWLYVLTGFALLLCGGIYVMMQKMLN	PGPT0030466_11	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_VI_SECRETION_SYSTEMS	CE-Type_VI_SECRETION-ESS_SYSTEM,PGPT0030466-essA-NA	NA	NA
AK148_01528	1458			hypothetical protein	ATGACTCCAATGGAAAGAATGGATAAAGCGACGAATCAATTAATTAAAGCTGTAACGAACACGGTAACCCCTTACCAAAAACTATTCTCATCCTATGAAAGTTATTTTGGTTTGCATATGGGGAGGCCGAATTTACCGGAACAAATTAAAGGTAAACCTTTAAAAGAATTAGCTACTAAAGATTCCTTATATTATCTTTTTAATAAAAAAGATGTCCCTGGTTTAATCAAAGACTATATTGTCTTACAAATTAGTGATGAAGTGGCTAAAGAAATCCGCACTCCATGGGAACAATTACAAGCTCAAATAGAAATCCATGAAGAGAAAGTTGCATTAATGAACAGCAATGCGGATGCTTTAGTGAATAAAATAGATGAAACTGCTGAAAGAGCTAGGGTCTTGAATAAAAGTCTTGAAGCAACTTTAAGTAATGTAGAAGCTTGGCGAGAGAAAAGCTTGAACTTACTTGAATCTCAAGAACAAATTCAAACAAAAGAAGATGAAGAGCAGTCTGCCATCGTTTCCTTGGATGACAGCTTTCAGCCACTACTATCAGCTAGTCAATCTTTGTCGGAGCAAGCACAGAGCAATGTAAATGAAGGTGATGTAGTTTATGATACTTTCGATAGTATTAATGAGCAAGCGACGACGATTCAAGAAAGTGGCGATGATATTGTTCAACAAGTAGAAACGTTGTCAGAAAATATGACAAATAAATTAATGGACGATGAAAATTTTGCCGAGAACTTCACTGGTGTATTAGCAAGTAGTCGTATTGGTGACAGGCAAAATGAAGACTTATATGATTTCTTATCCAATCCAGTTCAAACAAGTAATGAAGGAACGATTACATCCAGTGATTCATTTACACCATACTATCTTGTGTTAATCTGTTTCATTGTTGTCTTGTTTACAGCCTATGTTATTTCAACAATAAACCAGAAGCGTATGGAGAGGGATCCATTTTCGGAAGGAAAAACAATAATGAGCCTGAACACACCAATTACACTTATAACGATTGGTATTGGCGTATTAGAAGGTATTGTGATTGGTGTTGTATCTAGTTATACAATGGAAATTGCTGATAGTGATATGTTAATGCTTACAACGCTTATTGTCTTATTAATTACTGGAATGTTACTTTTTTCCACTTATTTATTAAGACAAGTTAAAATGATTGGTATGTTTATACTTTTAGTGGTGCTCAGTCTATATCTGTTCTTAACAAATGCTTTGGGAACAGGTATAAAAGGAATGGAGACGTGGAAAGAATTTTCGCCACTGCAATATGTTGAAATCCTTTTGTTTCGTGTTGTACAAGGAGAAGCTAATTACTCCGCGTCCATCTTTATTATGATTGGTGTTGTAATAGTAGGTGCTTTAGCCAATTTGTTTGTTGTACATCGCTCAACACAAAAAGGGGATGTGGACAATGAAAAAGAAGCAGAGGCTAGTTAA	MTPMERMDKATNQLIKAVTNTVTPYQKLFSSYESYFGLHMGRPNLPEQIKGKPLKELATKDSLYYLFNKKDVPGLIKDYIVLQISDEVAKEIRTPWEQLQAQIEIHEEKVALMNSNADALVNKIDETAERARVLNKSLEATLSNVEAWREKSLNLLESQEQIQTKEDEEQSAIVSLDDSFQPLLSASQSLSEQAQSNVNEGDVVYDTFDSINEQATTIQESGDDIVQQVETLSENMTNKLMDDENFAENFTGVLASSRIGDRQNEDLYDFLSNPVQTSNEGTITSSDSFTPYYLVLICFIVVLFTAYVISTINQKRMERDPFSEGKTIMSLNTPITLITIGIGVLEGIVIGVVSSYTMEIADSDMLMLTTLIVLLITGMLLFSTYLLRQVKMIGMFILLVVLSLYLFLTNALGTGIKGMETWKEFSPLQYVEILLFRVVQGEANYSASIFIMIGVVIVGALANLFVVHRSTQKGDVDNEKEAEAS	PGPT0030471_5	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_VI_SECRETION_SYSTEMS	CE-Type_VII_SECRETION_RELATED_PROTEINS,PGPT0030471-esaA-NA	NA	NA
AK148_01529	2022			hypothetical protein	ATGAAAAAATTGGATAAACGCTGGTTCCTGTTTTTAGTATTAATCGTTATCTTAGCATCAGGCTTATCCTATCTTGCTTTAAGTCAACAAGAACAAACAGAAAAGGATGAATCAGAATCAAATAAAGCAATGGCTGTAGCGCTTGTTAATGAAGATGAGGGGTCTATCTTAAATGGACAAGAACTAGCTTTTGGAGAGGCTTTCGTTCAAGGGGTGAACAATGAAGACAATCATGAGTGGTTTGTAGTTAGCCGCGGGGTAGCAGAAAGTGGCTTAAAACGTGGTACATATGACATGATGATTGTGATTCCTAATGATTTTTCCGAAAAAGCGCTATCTATTGATTCGGAATCGCCAGACCAAGTCGTTTTAAATTATAAGATTAACGCAACGGATAATGAGCAAATAAAAGCGGAAGCAGAAAAAACAGCCAGTAATATTCTTAATCAATTTAATCGTAGGATTATTGACGTTTATTTTGCAAGTATTGTCGGAAATCTGCAGAATGCGCAGGATAATATTGGTGGCATTATTGAAAAACAAGCCGTATTTACAAACACTATGAGCAGTGAAGTGTATAATCCTTTAGATAATTATACCAATCAATTTAGCACGATAAAAGATAGCACAGAGGTATCGAAGGATAGCTTTCAAGGCTTTCAGGAAATAATGAATAACTTTGAAAAAGAGCTGTTAGATGATGCAGAACTGGATGAAGATTATTTGTCATCTGTTCATGATGTTAAAAAATTAAAAGAGCAAAATAATACGCAAATTCTCGAATTCTATCAAACTTTAAATGAATTTGATCGCTCCTTAAAGCAACAGGAAGTAGAACAAGAGTTGGAACGTTTACAGTTGGCAAATAAATTGATTAATGAACAATTACAGAACAACAGCGGTATGGAAGAAATTAAACCACCTGTGAATTCTGTAATGTATCAAAGTAATCCCGGGGGTAATATTGCAACAAGAGCGAATGTATTAAGGAAGCATTTAGACGATTCATTAACGCAAGTCCAGAAAACGTATAATGATATTGAAAAACGAATAAACCCAGAATATTGGGGCGGTTTTACTGGGGTAATTTCAGATCGTTTAGATGGACTACTTACCAGCAAGCTGGGTAAAGATGATCAACTGGTAAATATGCTTTTAAAAAAGCCAGCTGTTCATGCAAAAGACAATATTCATAAGCACATAAGAAGATTACCTTCAATGGATATGGAGGACTTTGAAGAAGTCGGTTTGCCAAAGCGGACAATCAAAGAAATTAGAAATGTTATTGCGGTAACAGAAAAATATATGAATGAAGACGGCTTAGGCAAAGATGAAAATCTTAACCCGGGTGGTGACCCAACCAAACTCCTATCATATAAGATAAACAAACTAAAAGAAAAGTTGCATACTTCAGGGATGACGATGTCTGATTCCGTCAAGTTGCCAAAAAATGAAAAATCAGCACAAACATTCAAATTAAAAATACCAAAGCGTATTCTCGAAAAATATAATGTGGAAAACTTACAACTTACCATTCCTGGTATTGGCGAAGAAGATTATACAAAAGAATATCATGATGGTGAAATTATTCTTCCAGCGAATGAAGAAGGTGTATTTACCGTTCAGGTTACACTACGGTTGCGTGATAAAAATTCAAATATAGACATACTCCAACCAATTCCTTGGGGATGGAATCTTCATCAAAAAGATATTAATAATGTAGATGTTCCTGAAACAGCCCAAATTGAAACAGCAGAAACACCACTTGTTGCCAATGCAAAGGTAGAGGTGGAGCAACAAGGAAAAAATGTTGACACTTCAGATAATAAAGCGAAGCAAAAACCAACTTCAGAAGAAAAGTCTGAGGGAAGCAATGAACAGAGCGATTCTGAAGAAGGTGGAAGTTTAGGTGAGGATGGAGAAACACTGGAAATAATAATCCGGACGAGCCAGGGGGCGGGGATGTCTCAGATGAGGATGAACCATCGGACGAAGAAGATAGTGTCCCGCTTGAGAAGCTAA	MKKLDKRWFLFLVLIVILASGLSYLALSQQEQTEKDESESNKAMAVALVNEDEGSILNGQELAFGEAFVQGVNNEDNHEWFVVSRGVAESGLKRGTYDMMIVIPNDFSEKALSIDSESPDQVVLNYKINATDNEQIKAEAEKTASNILNQFNRRIIDVYFASIVGNLQNAQDNIGGIIEKQAVFTNTMSSEVYNPLDNYTNQFSTIKDSTEVSKDSFQGFQEIMNNFEKELLDDAELDEDYLSSVHDVKKLKEQNNTQILEFYQTLNEFDRSLKQQEVEQELERLQLANKLINEQLQNNSGMEEIKPPVNSVMYQSNPGGNIATRANVLRKHLDDSLTQVQKTYNDIEKRINPEYWGGFTGVISDRLDGLLTSKLGKDDQLVNMLLKKPAVHAKDNIHKHIRRLPSMDMEDFEEVGLPKRTIKEIRNVIAVTEKYMNEDGLGKDENLNPGGDPTKLLSYKINKLKEKLHTSGMTMSDSVKLPKNEKSAQTFKLKIPKRILEKYNVENLQLTIPGIGEEDYTKEYHDGEIILPANEEGVFTVQVTLRLRDKNSNIDILQPIPWGWNLHQKDINNVDVPETAQIETAETPLVANAKVEVEQQGKNVDTSDNKAKQKPTSEEKSEGSNEQSDSEEGGSLGEDGETLEIIIRTSQGAGMSQMRMNHRTKKIVSRLRS	PGPT0030471_5	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_VI_SECRETION_SYSTEMS	CE-Type_VII_SECRETION_RELATED_PROTEINS,PGPT0030471-esaA-NA	NA	NA
AK148_01530	297	esxA		Type VII secretion system extracellular protein A	ATGGCAGGACAAATTCGTATGACGCCTGAACAGCTACAGGCAAAAGCAAAACGGTATGGGGCGAGTTCTGATCAAATTGAACAAATTCTAAGAGATCTATCAAACCTACAAGAGGAGCTGCGCGGTGAATGGGAAGGTCGTGCTTTCGAACGCTTTGATGATCAATTCCGCGAATTGAAGCCTAAAGTGCAAGATTTTGCTCATTTAATGAAAGAAATTGAGATGCAATTAACAAAAACTGCTGAGGCTGTTGCACAACAAGACGAAGCATTGTCCCAAAATTTTGGACTTAGATAA	MAGQIRMTPEQLQAKAKRYGASSDQIEQILRDLSNLQEELRGEWEGRAFERFDDQFRELKPKVQDFAHLMKEIEMQLTKTAEAVAQQDEALSQNFGLR	PGPT0030476_6	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_VI_SECRETION_SYSTEMS	CE-Type_VI_SECRETION-ESS_SYSTEM,PGPT0030476-esxA-NA	NA	NA
AK148_01531	258			hypothetical protein	ATGTCAGGTTCGCATTATTATTCATTATGTCAACGTCATATGGGAAAGGCTGTAGAGATTAAAACACATTGTGGGAAAGTTCATCGAGGTATCATTGAAAAAGTGAGCCCAAACCGAGTTTACATGAGGCCGTTAGATAGAGGACGTGGACTGGGAGGCTTTGGTTTTGGTTTTTATGGTTTTGGATATGGATTCGGCTACGGTGTTGCTTTAGGTGCAATTGCATCATTAGCCATATTACCATTTTTCTTTTGGTAA	MSGSHYYSLCQRHMGKAVEIKTHCGKVHRGIIEKVSPNRVYMRPLDRGRGLGGFGFGFYGFGYGFGYGVALGAIASLAILPFFFW				NA	NA	NA	NA	NA
AK148_01532	102			hypothetical protein	ATGGGTGAAGCTGTTGCAGGTTATGGCTACGGCGGTGGATTTGCCTTAATTGTCGTATTGTTTATTCTGTTAATTATCGTAGGGGTTGCCTACATCTGTTAA	MGEAVAGYGYGGGFALIVVLFILLIIVGVAYIC	PGPT0024985_292	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024985-yjcZ-NA	NA	NA
AK148_01533	138			hypothetical protein	ATGGGATATGGATATAATTGCGGTTGTGGAGGATACGGTTACTCCGCACCTGCTGGATACGGCTGTGGTATCGGCGGATTTGCTTTAATTGTTGTTCTATTCATCTTACTCATTATCGTTGGAGCAGCATGCTTTTAA	MGYGYNCGCGGYGYSAPAGYGCGIGGFALIVVLFILLIIVGAACF				NA	NA	NA	NA	NA
AK148_01534	819	glpQ_2	COG0584	Glycerophosphodiester phosphodiesterase	TTGTTCATACTACTATTGCTTACAAGCTTATCGTTATATGCTCATGCAGAAATTCAAATAACGCCTATGGTTACAGAAAAAGCAGAAATCTATGCGCATAGAGGGGCAAATGATCGTTTTAATGAAAGTACCGTTACTGCTTATGAGATAGCGGCTAGAGATGGTGTGGATGCGTTAGAATTAGATTTACGAATGACAGAAGATGGAGAGCTTGTTGTCATGCATGATGACACCATTGATAGAACAACGAACGGTAGCGGCAAAGTATCTGCGTATACGTTTGCGGAATTGAGGGAGTTTGAGACTGTTGAAGTCTTTCAGCAAGAGGAGAAACGGGAAACAATACCAACTTTAGAAGAAGTATTGCAAGTTTTTGAAAAAAAGGAGCATTATTATATTGAAACACGGCTCGTTCATGGTAAAGCGAAGATGGAAACAAAATTAATTGAATTATTAGAGGAATATGATCTGCTTGATCGACAACATGTCTCTTTTCAATCATTTTCAGAATCCAGCTTGGAACAATTGCAGATGCTTGCTCCGTCCATTCCGTTAACATTACTGTTTAAAAAAGGGGCATTTAATCTTGAAAAAGCAAAAAAGGTACCATATTCTGCTATTGGAGTAGAGTCGACGGATGTGAGTTTACAAGTTGTAAATGAGCTTCATAAGCAAGGAAAAGAAGTACACGTATATTTTACCGATTTGGCAACACAAAAACAAGAACAAAAACGTGTCAAATCTTTTAATGTTGATGGCTATTTTACTGACTTTATCAATTATACACAACAGTTATTAAACGATAAGACGATAAAGTAG	MFILLLLTSLSLYAHAEIQITPMVTEKAEIYAHRGANDRFNESTVTAYEIAARDGVDALELDLRMTEDGELVVMHDDTIDRTTNGSGKVSAYTFAELREFETVEVFQQEEKRETIPTLEEVLQVFEKKEHYYIETRLVHGKAKMETKLIELLEEYDLLDRQHVSFQSFSESSLEQLQMLAPSIPLTLLFKKGAFNLEKAKKVPYSAIGVESTDVSLQVVNELHKQGKEVHVYFTDLATQKQEQKRVKSFNVDGYFTDFINYTQQLLNDKTIK	PGPT0018470_4886	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126	NA	NA
AK148_01535	756	glpQ_3	COG0584	Glycerophosphodiester phosphodiesterase	ATGGAAACAAAAATTTATGGTCATCGAGGCAGCATGGGAACATACCCAGAAAATACGTTGTTAGGATTTATGCAAGCTATAAAAGAAGGTGTTGACGGGATTGAATTAGATGTGCATATGACAAAGGATGGAGAAATTGTCGTTATTCATGATGAATTTTTAGATCGCACAACAGATGGAACAGGATATATAAAGGACTTAACGTTAGAAGAAATAAGAAGACATAGTGCTGGGGTGAAGTTTTCTCACTTTGACTTATTTGAGGATCAATGGCGCTTGGAACAGGTTCCTACTTTACAAGAAGTTTTAGAATTGTTAAAACCGTATTCGATTGAACTAAATATTGAATTAAAAACGACGAAGTTTACGTATAAAGGAATAGAAGAAAAAGTGCAGCAAATTGTGCAAGTTTATGGAAATAATAGAAAAGTGATTTACTCATCCTTTCACTTACCAACATTGCTTCGAATAAAACAATTAGACCCAAATCATGAGGTCGCGCTACTCGTAGAAGGAAACTTACCGCATCCGCATGAGTATATGGATTGTTTTCATTTAGAAGCTATTCACGTTTCTCGAAAAGGGATTTTAAACGGGGTAGACTATTGGCGTCCTAGTTTTCCAAGGTTACGAGCATGGACAGTGAACGATATGAATGATATGAAGCAGTTGCTTGGTCTTCGGGTAGCTGCAATCATAACGGATTATCCAGAAAAGGCAGTGTTCTACAAAAGTGAAAGAAAATCATTTGTTTAA	METKIYGHRGSMGTYPENTLLGFMQAIKEGVDGIELDVHMTKDGEIVVIHDEFLDRTTDGTGYIKDLTLEEIRRHSAGVKFSHFDLFEDQWRLEQVPTLQEVLELLKPYSIELNIELKTTKFTYKGIEEKVQQIVQVYGNNRKVIYSSFHLPTLLRIKQLDPNHEVALLVEGNLPHPHEYMDCFHLEAIHVSRKGILNGVDYWRPSFPRLRAWTVNDMNDMKQLLGLRVAAIITDYPEKAVFYKSERKSFV	PGPT0018470_6215	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126	NA	NA
AK148_01536	1350	ugpB	COG1653	sn-glycerol-3-phosphate-binding periplasmic protein UgpB	TTGAAAAGAATACTCGTATTTACTTTAGTTATTTTTACGTTCATACTTGCTGCCTGTAGTTCCGAGGGAAAAGATAGTGGAGGTACAGCAAAAGCGAAAGAAGATGGAGAATCAGGTGGCAAAACAGAGGTAACGTTTTGGCATGCAATGGGCGGTCAAGCACAGGTTGCCTTGGATGAAATCGTAAAGAAATATAACGAATCCCAAGATGAGGTTCAAGTCAATGCGGAATATCAAGGGACATATGAAGAAACGCTATCAAAATACCATAGTGTAGGTGGAACTGACGATGCACCAACCATTGTGCAAGTAAATGAAATTGGAACGATGTCGATGGTTCACAGTGGTAACGTGGAACCAATTCAAAAGTTTATTGATGAAGAAGGTTATGATATGAGTAATTTGGAGGAAAATATTACGAATTATTACAAGGTTGATGGAAAGTTTTATTCCATGCCTTTTAACTCCTCTACACCAGTCATGTATTATAATAAAGATGCATTTAAAGAGGCTGGTTTAGATCCAGAAGCACCACCAGAGACCTATGAGGAAGTAGAAGCAGCAGGCAAAGCAATTAAGGAATCCAATTCTGACATGAAAGGCTTTGCGCTGCAAGCTTATGGCTGGTTATTTGAAGAATTGTTAGCAAATCAAGGTGGTCTGTTATTAAATAATGATAATGGACGTGGGGATACAGCGACTGAAGTAGCCTTTGATAATAAAAAAGGAAAATCGATTTTTGAATGGGTCAAACGTATGATGGATGAAGATACATTTGCAAATTATGGAACGAATTCAGACAATATGGTAACTGGATTTTTAAGTGGCGATGTAGCTATGTTTATGCAGTCTTCCGCTAGTGCTAGAGATGTGATTGATAATGCGCCATTTGAAGTAGGTGTTGCTTTTATCCCATATCCTGAGAAAGAGGAGCGCCATGGAGTTGTAATTGGTGGTGCGAGCCTTTGGATGTCGAAAGGAAAGGCAGAAGAGGAACAAAAGGCCGCTTGGGATTTCTTAAAGTATGTGCAAAAACCAGAAGTACAAGCTGAATGGCATGTAGGGACAGGGTATTTTGCCATCAATCCTGAAGCATATGAACAGCAAGTTGTGCAAGAAGCGTATCAAAAAATGCCGCAATTACAAGTAACGGTAGAGCAATTACAGGCTACCAAACCTTCCATAGCTACACAGGGAGGACTCATGGATATGATACCTGAAGAGCGTAAAATTATTGAAACAGCATTAGAGACGGTATACAATGGCGGCGATGTCGATGAAGCATTCTCGACTGCTGTAGAACAAGTGAATGCGGCGATTGAACAAGCAAACACTGCTCGAGGAGAGTAG	MKRILVFTLVIFTFILAACSSEGKDSGGTAKAKEDGESGGKTEVTFWHAMGGQAQVALDEIVKKYNESQDEVQVNAEYQGTYEETLSKYHSVGGTDDAPTIVQVNEIGTMSMVHSGNVEPIQKFIDEEGYDMSNLEENITNYYKVDGKFYSMPFNSSTPVMYYNKDAFKEAGLDPEAPPETYEEVEAAGKAIKESNSDMKGFALQAYGWLFEELLANQGGLLLNNDNGRGDTATEVAFDNKKGKSIFEWVKRMMDEDTFANYGTNSDNMVTGFLSGDVAMFMQSSASARDVIDNAPFEVGVAFIPYPEKEERHGVVIGGASLWMSKGKAEEEQKAAWDFLKYVQKPEVQAEWHVGTGYFAINPEAYEQQVVQEAYQKMPQLQVTVEQLQATKPSIATQGGLMDMIPEERKIIETALETVYNGGDVDEAFSTAVEQVNAAIEQANTARGE	PGPT0016835_343	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
AK148_01537	819	lacG		Lactose transport system permease protein LacG	ATGACGATGTCTATTAGTAAAAAGCTGGTTTTTTACCTTCTTCTTACCGTATCTGCATTGTTGCTGTTCGCCCCAGCTATTGTGGCGTTTTTAATGAGCTTTATGTCGAGCCAAGATATTTTAACAGGGAAGATTCTACCAGAAACATGGACGTTGGACAATTATATAAAAGCCTTTGAACGTTTTCCTTTATTTGGTTATTTGATGAATAGTTTTATTGTCTCGTTGCTTATTACGCTTGGACAATTGTTGTTATCAAGTATGGCTGCATATGCTTTTGTGTTTTTGGAGTTTAAAGGGAGAGATACGTTGTTTTTTATTTTTATTGCGACAATGATGATCCCTTTTGAGGCTTCGATTATACCTAATTTCCAAACGATAAGAGGGCTTGATTTATTGAATACGTATACTGGGTTGTCCTTGCCGTTCTTTGCAGTTGCGTTTGGCACGTTTCTGTTACGGCAACATTTCAAACAAATCCCAAAAGAATTAAAAGAGGCAAGTGAAATAACGGGGATGGGCGATGTCAAATTTTATCTAACTGTCGTTCTACCTGTAGCCAAGACGAGTTTAGTAACTTTAGGAGTATATGGCTTTTTAACTTCTTGGAATATGTATCTCTGGCCTTTACTTTCTACCACAGATGATACGGTTCGAACCGTTCAAATAGGATTAAAGCAATTGCAATCACAGGAACAGCTTAATGAGTGGGGAGTTATTATGGCTGGCGGGCTAATTGTGGTTTTACCAACATTAATTTTATTGTTTTTAGGGCAAAAGAAATTGCAAAAAGGTTTAACAGAAGGCGCAATAAAATAA	MTMSISKKLVFYLLLTVSALLLFAPAIVAFLMSFMSSQDILTGKILPETWTLDNYIKAFERFPLFGYLMNSFIVSLLITLGQLLLSSMAAYAFVFLEFKGRDTLFFIFIATMMIPFEASIIPNFQTIRGLDLLNTYTGLSLPFFAVAFGTFLLRQHFKQIPKELKEASEITGMGDVKFYLTVVLPVAKTSLVTLGVYGFLTSWNMYLWPLLSTTDDTVRTVQIGLKQLQSQEQLNEWGVIMAGGLIVVLPTLILLFLGQKKLQKGLTEGAIK	PGPT0016845_1541	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
AK148_01538	939	lacF_1		Lactose transport system permease protein LacF	ATGAAAGAAGCAGTCGTACTACAAGAGCAATATAGGAAAATTAACTTCCTTAAAATCAAGAAAAAGCAAAAGCGTATCCGCTTTGTTAAAGGGATGCTGTTTCTATTACCTTCTATGATATTGTTTAGTGTATTTTTATTTTACCCAATGGCGCGAACATTATATTTAAGTTTTTTTCTGACTGATAACAGTGGAGCCACAACGGTTTTTGTAGGCTTGGATAACTTTAAAAACATCTTCACATCACCTATTTTTTTGAAAAGTTTACAATCCACTTTTTTATTCGTGCTTTACACCGTGCCGGGTACGATTGTAATTAGTTTGTTTCTCGCTGTGATTGCCAATGAAAAATTAAAAGGAATCGGTTTATTTCGAATGATTTTTTCCTCTACCATGGGGATTTCTGTAGCTGCGGCATCTGTATTTTGGATGTTTTTATTCCATCCGACGATGGGGTGGTTTAATCAACTCTTAGAGGCGGTAGGGTTAGAGGCAATTGGTTGGCTAACAGATCCAAAATGGGCGCTTATTTCTGTATCTATATCCACAATTTGGATGAATCTTGGCTTTACCTTTTTAATTCTTTTAGGTGGTTTACAATCGATAGATTCGCATTTGTATGAAAGTGCAGAAATTGATGGCGCTAGTTATTTATATAAATTACGAAGAATAACGATACCAATGCTGTCGCCTACGTTGTTTTTTGTCATTACCGTCTCGTTCATTAATGCGTTTCAAACCTTTGGTCAAATTGACATGTTAACCCGTGGTGGACCGCAAAATGAAACGAACTTACTTGTGTACTCTATATATCAAGAAGCATTTGAAAATTATCAATATGGGACAGCGAGCGCACAAGCAGTTGTTTTGTTTGTCATTATTCTTTTGATGACATTGTTACAATTTAAGTTGGGAGAGAGGAAGGTGCATTACCAATGA	MKEAVVLQEQYRKINFLKIKKKQKRIRFVKGMLFLLPSMILFSVFLFYPMARTLYLSFFLTDNSGATTVFVGLDNFKNIFTSPIFLKSLQSTFLFVLYTVPGTIVISLFLAVIANEKLKGIGLFRMIFSSTMGISVAAASVFWMFLFHPTMGWFNQLLEAVGLEAIGWLTDPKWALISVSISTIWMNLGFTFLILLGGLQSIDSHLYESAEIDGASYLYKLRRITIPMLSPTLFFVITVSFINAFQTFGQIDMLTRGGPQNETNLLVYSIYQEAFENYQYGTASAQAVVLFVIILLMTLLQFKLGERKVHYQ	PGPT0016840_262	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
AK148_01539	1116	ugpC	COG3839	sn-glycerol-3-phosphate import ATP-binding protein UgpC	ATGAGCAAAGTGGAGTTATGGGATATCTCCAAATCTTATGACAAACAGGCTAATGTATTAAATGGTATTAACCTGTCCATAGAGGCAGGGGAGTTTTTTGTGCTAGTAGGACCTTCTGGTTCAGGAAAAAGTACGTTATTACGTATGATTGCTGGTTTAGAAGAAATTACAGGAGGCACATTAAAGATTGCCGATCGTATAGTAAATCATTTACGCCCAAAGGATCGTAATTTATCCATGGTTTTTCAAAATTATGCATTGTACCCGCATTTAAATGTAGAGCAAAACATTTTATTTGGCTTACATGCGAAGAAAGTAAGCAAACAAGAGCAGCAGGATAGATTGAAAAAGACCACAGAAATGATGGGGTTATCAGAGTTGTTAAAAAGAAAGCCTAGGGAACTTTCTGGAGGACAACGACAAAGGGTAGCACTTGCTAGATCTGTTGTCAGTGAAGCACCTCTTTGTTTAATGGATGAGCCATTGTCTAATTTAGATGCGAAACTCCGTGCGCATATGCGTATAGAAGTTAGAAGATTACAAAAAAAGTTGGGTTTAACCATGATTTATGTAACACATGATCAAGTGGAAGCCATGACGATGGGTGACCGAATTATGGTTTTAAACGATGGGGAAATTCAACAAGTTGGAGAGCCGATTGCATTGTATAATGAGCCCGCTAACTTATTCGTTGCCTCATTTATCGGATCACCAAAAATGAATCTCGGAAAAGCTGTGTTCAATCAGCAAATGTTAAAGGTAGAAGATTTTCTTGAGATTGATATGGGTTCTATACAACCTGCCACAAAAATTGTCCAAGCTAAAAATCTTACTATTGGTATTCGTGCAGAGCATATTTTACCTGCCGTTGATCGGGAAGCTACGCATCATCTAGATGTAATTAATGTAGAACAGCTTGGAAATGAAACACTAGCTACATTTGAAATAGGTCCAGAATTATGGACGGCTAAATGGTTAGGGCAATGGTCGATAAAAGTTGGGGAAAAGGTACCCGTACATATTTCCAGAGATAAACTGTGTTTTTTTGATACAGATTCAGGTTTATTACTAAAAGCAGCTTCTTCAACAAAGGAGAAAGAGGTTGCGGTCGTATGA	MSKVELWDISKSYDKQANVLNGINLSIEAGEFFVLVGPSGSGKSTLLRMIAGLEEITGGTLKIADRIVNHLRPKDRNLSMVFQNYALYPHLNVEQNILFGLHAKKVSKQEQQDRLKKTTEMMGLSELLKRKPRELSGGQRQRVALARSVVSEAPLCLMDEPLSNLDAKLRAHMRIEVRRLQKKLGLTMIYVTHDQVEAMTMGDRIMVLNDGEIQQVGEPIALYNEPANLFVASFIGSPKMNLGKAVFNQQMLKVEDFLEIDMGSIQPATKIVQAKNLTIGIRAEHILPAVDREATHHLDVINVEQLGNETLATFEIGPELWTAKWLGQWSIKVGEKVPVHISRDKLCFFDTDSGLLLKAASSTKEKEVAVV	PGPT0016850_205	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_sn-GLYCEROL-3P_TRANSPORT,PGPT0016850-ugpC-K05816	NA	NA
AK148_01540	1113			hypothetical protein	ATGAAACGTGTATTATTAACCGGGTTAGTAGCTATGACAAGTATATTTTCACTCATTTTTTTCCTTACTTTACCCCAATTTCAAAGCAAATTCTTTCAGCTACCATTGCTTGATGGAATAACAGAATCAGTTGTTTTTTCTGATGCACTCTATACGGTTATGAGCACAGAAATACCACAAATGGAAACTACACTTGAAGAAAATGATATACAAATGGCAAATTTACCAAAACTATTATTAGAAACCACATCTGGTGTTTCGCCTAGAAATTTCTCAAGCTTACTAGATTTAGCGCTTCCTGGAAGAAACCCTGACTTTCATTTTTCGTTTGTTTCAAACGGTGTAGATGAAGCATCCATGCCTATTGAATCCCCGCCACCAGATTTTGAGGAATTATTAAAAGAAGAACCGGAAGAAGAGCAAACAGACGATAAAAATAAAACGGATCAGCAAGAAGCAGAAGTGTATGTTTACCATAGTCATAGTTGGGAGGGATTTTTACCCTTATTAGGAGAAGATAAACAAAAACCATCACAAGCATCTAGTACGGATAATGCAAAAAATATTGTTCTAGTAGGCTCCATGTTAACGGAGCAATTAGAAAAGCAAGGTATACCTACTTTTCATGATCGAACAAACGTTACTGCTGCTCTACACGAGCAAGGTTGGGATTATTACGACTCCTACCGATTATCTCGAAAAACGGTAGAAGCAGCGATGGCAAGCAACCAGAAAATACAATATTTTATTGATATTCATCGTGATGCCCAGCGTAAAGATATTACTACTACGACGATTCACGGAGAGCCATTTGCCAAATTGTATTTTATTGTTGGTGAGGAACATGAAAATTACAAAGAAAACCTTGCATTTGTAGAAAAGCTCAATGCCCAACTAGAAGAAAATTATCCTGGCATAAGTCGCGGTATCTTTTTAAAAGATCACACAGATGGTAATGGTATTTACAATCAAGATTTATCCAAACAGTCCATCCTAATCGAAGTTGGCGGCGTAGATAATAATAAAGAAGAACTATCCAATACAACGAAAGCTTTAGGTAAAGTAATTGGAGAATATTACAAAAATGCTGAGCAAGTAACGACAGAGAGGTAA	MKRVLLTGLVAMTSIFSLIFFLTLPQFQSKFFQLPLLDGITESVVFSDALYTVMSTEIPQMETTLEENDIQMANLPKLLLETTSGVSPRNFSSLLDLALPGRNPDFHFSFVSNGVDEASMPIESPPPDFEELLKEEPEEEQTDDKNKTDQQEAEVYVYHSHSWEGFLPLLGEDKQKPSQASSTDNAKNIVLVGSMLTEQLEKQGIPTFHDRTNVTAALHEQGWDYYDSYRLSRKTVEAAMASNQKIQYFIDIHRDAQRKDITTTTIHGEPFAKLYFIVGEEHENYKENLAFVEKLNAQLEENYPGISRGIFLKDHTDGNGIYNQDLSKQSILIEVGGVDNNKEELSNTTKALGKVIGEYYKNAEQVTTER	PGPT0024690_410	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024690-spoIIP-K06385	NA	NA
AK148_01541	537	yuaF		putative membrane protein YuaF	ATGACTGTTTTTGGGTTGCCAATCGAGACATTATATTTATACATGCTGATTATTGCTGCAGCCCTAACCATTATTTACATGCTTTTTGGCGATGTATTAGAAGGGATTGGTGAAGTAATTCCTATAGCTAATCCTATCCTTATTCTTGCCTTTGTCACTTTCTTTTCAGCAACGGGTTACTTACTTGAAACGTTAACATCCTTGTCCAGTCTAATCATTATTTTCATTGCCATGCTTATTGCCTTTATTCTTGATACGCTTTTAAATGTATTTATTTTGGTTCCTTTGGCTTCTGCAGAAGAATCTCTTGGCTATACAGAGGAATCGTTAATTGGGCGTGTCGGCAAAATTATCATCCCCGTTCCAGCAGATGGGTACGGAGAAGTTGTTATTGAAAGCAAAAGTGGTAGAATCTCTAAACCTGTAACAGCGTATCACAACCAGCCCATACCTGAAGGAACAGAAGTATTAATTTTAGATATAAAAGGTGGGGTGCTCTATGCTGAACCTTATTCGAAGGATGTTTTAGATGCATAG	MTVFGLPIETLYLYMLIIAAALTIIYMLFGDVLEGIGEVIPIANPILILAFVTFFSATGYLLETLTSLSSLIIIFIAMLIAFILDTLLNVFILVPLASAEESLGYTEESLIGRVGKIIIPVPADGYGEVVIESKSGRISKPVTAYHNQPIPEGTEVLILDIKGGVLYAEPYSKDVLDA				NA	NA	NA	NA	NA
AK148_01542	1545	yqiK	COG2268	Inner membrane protein YqiK	ATGTTTGAAGGATTTTGGATTATTATTGGTATTGTTTTATTTTTACTCGTAGCACTTATCGGTATTTTTGTTTCCAAATATCGCACAGCTGGTCCGGATGAAGCACTTATTGTCACTGGAAGTTATCTTGGTGGGAAAAATGTCCATATCGATGAATCTGGAAACAAAATTAAGATCATTCGCGGTGGTGGCTCATTTGTATTGCCAGTGTTCCAACAAGCAGAGCCTCTCAGTCTACTATCTAGCAAATTAGAAGTAACAACACCTGAAGTTTATACAGAACAAGGAGTTCCAGTCATGGCAGACGGAACAGCGATTATTAAAATAGGTGGGTCCATTAGTGAAATTGCTACTGCTGCTGAACAATTTCTTGGAAAAACGAAAGAAGATCGGGAAGTAGAAGCGAAAGAAGTACTAGAAGGGCATCTTCGTTCTATTTTAGGATCGATGACGGTAGAAGAAATTTATAAAAACAGGGATAAATTTTCACAGGAGGTACAGCGTGTCGCCTCACAAGATTTAGCAAAAATGGGACTTATTATTGTTTCTTTTACGATTAAAGATGTGAAAGATAAAAATGGTTACTTAGAATCTCTTGGTAAACCTAGAATCGCCCAAGTAAAACGAGATGCAGATATCGCTACAGCTGAGGCAGATAAAGAAACGCGGATTAAGCAAGCAGAAGCTGCCAAAGAGGCGAAAAAAGCAGAATTAGAACGCGCAACAGAAATCGCTGAAGCAGAAAAAGTCAACCAATTAAAAACAGCCGACTATCGTCGTGAGCAGGATATTGCGAAAGCTCGCGCAGACCAAGCGTATGATTTTGAAACCGCAAGAGCAAAACAAGACGTAACCGAACAGGAAATGCAAATTAAAATCATTGAACGTCAAAAGCAAATCGAACTGGAAGAAAAAGAAATCTTACGGCGTGAGCGACAATACGATTCAGAAGTGAAAAAGAAAGCAGATGCTGATCGTTATGCTGTAGAGCAAGCAGCTACAGCAGATAAAATGAAACAAATGACAGAAGCAGAGGCAAATCAATATCGTATTGAAGCGGAAGCAAAAGCAGAAGCGGAACGTGTACGTGTGGACGGTCTTGCTAAAGCAGATTCACAACGAGCTCAAGGGGAATCAGAAGCAGAAGTCATCAGGCTTACTGGTTTAGCAGAAGCAGAAGCAAAACGAGAAATTGCGCAAGCATTTGAACAATACGGAGAAGCAGCTATTCTAGATATGATTATTAAAATGCTTCCAGAATATGCAAAAGAAGTCGCTAGTCCACTTTCCAATATTGATAAAATTACTGTAGTAGACACAGGTGGCAATAATGCAGAGGGTGGAGCAAATAAAGTTTCTGGATATGCAACAAACTTAATGGCAAATCTACAAGAGTCATTGAAGGCATCTTCCGGCATTGATGTCAAAGAGCTGTTGGAAAATATAAGTGGTAAAAAGCACACGACAGATGATTATGATTTAGGTAGCCCACGATATAAAACAGACGAATTAAATAGAGAACTAGCAGATGTAGACAACGGATAA	MFEGFWIIIGIVLFLLVALIGIFVSKYRTAGPDEALIVTGSYLGGKNVHIDESGNKIKIIRGGGSFVLPVFQQAEPLSLLSSKLEVTTPEVYTEQGVPVMADGTAIIKIGGSISEIATAAEQFLGKTKEDREVEAKEVLEGHLRSILGSMTVEEIYKNRDKFSQEVQRVASQDLAKMGLIIVSFTIKDVKDKNGYLESLGKPRIAQVKRDADIATAEADKETRIKQAEAAKEAKKAELERATEIAEAEKVNQLKTADYRREQDIAKARADQAYDFETARAKQDVTEQEMQIKIIERQKQIELEEKEILRRERQYDSEVKKKADADRYAVEQAATADKMKQMTEAEANQYRIEAEAKAEAERVRVDGLAKADSQRAQGESEAEVIRLTGLAEAEAKREIAQAFEQYGEAAILDMIIKMLPEYAKEVASPLSNIDKITVVDTGGNNAEGGANKVSGYATNLMANLQESLKASSGIDVKELLENISGKKHTTDDYDLGSPRYKTDELNRELADVDNG				NA	NA	NA	NA	NA
AK148_01543	1278			hypothetical protein	TTGAAGCAATCTTTTATAAAAGTTGATACATCTATTTGGAAAATAAGTGTTTTTAATCGACTCTTCGCCTCGTACTCTGTTTCCATGTTTGGTACATGGTTTGATATGTTAGCGATGATCGTTTTATTTAGCTATGAATGGCAATTGGGGCCAATGCTAATTTCTTTCATACCTGTTGCTTATGCGTTGCCGCAAGTTATTTTAAGTCAGTTTGCAGGCGTTATTTTAGATCGATACTCGAAAATACGTGTTATGTTGATCGCAGATATAAGTGCAGCCATACTTACTTTTATCATAGTTTTTATACAATCAGCTTGGCCTGTTTTATTCATTATTATGATTCGGTCAGCTGTTACAGTTGTACATGGACCAGCACAACAAGCAATCATTAAACAAGTGGTACCTGATCATTTAATTTTACAAGCGGTCACTTTAAATGGAGTGGTAAGCCAGCTTTCTAAAATTATTGGTCCTATGGTAGGTGGGGCATTAATTAGTGTCATTTCTCCAATATATATTATTTTAATCAATGCCATCTCCTTATTAATGTCAGCACTTATTTTATTTAGCATTCTTAGAAGTGCTAGTTACCATATTATCTGTACGAATGGTGAAGTGGAAAGACAGACTGAAGGCAGCTTTTTTCGTTTATGGATGGAAGGTTGGATGGTTGTTTTAAGAAGGAAAATCTTAATTTTTAGTATGTTGATCATGGTTATAGGGGTTACAGGAGTACAAATGGTCGATATCCAAATTGGTGTTATATTACGTATGTTTGCTCCTGCAAAACCTGAGCTAGCTGGCTGGTTAATGGGTGCTTCTGGATTAGGAGCTGTTTTGGCTATCCTTGTATTAAATCGTTATACAGCTTTGAAACAATATGGCAGGTTGTTAGGCCTAAGTTTGTTTCTTGTTGGCATTGGATTTGGTGGAGTTGGATGGTTAACACATGGTTTTCTAACAATATATCTTCTATTACTTGGATTTATTGCTGGAATAGGGATTGGATTGTTGAATAGTATATTCTCTTATATTATTCAAATGAACACATCCGCCTCAGAAATAAGCAGAGTTACTGGCATAACGAATACTGTTATAAGCAGTACAGTGATTTTATCTCCTCTGATAGGTGGTTTATTGGCCGAAGTAGTAGGTATTATTTCATTGTACCGTTGGGTTGGAATTAGCCTAGTAATAGTTTCTATATTTTGTATAATAAGTAATAAATGGTTCAATGAGGGGCGACTATTAAACGTTAGGGAACAAAGTATATCATAA	MKQSFIKVDTSIWKISVFNRLFASYSVSMFGTWFDMLAMIVLFSYEWQLGPMLISFIPVAYALPQVILSQFAGVILDRYSKIRVMLIADISAAILTFIIVFIQSAWPVLFIIMIRSAVTVVHGPAQQAIIKQVVPDHLILQAVTLNGVVSQLSKIIGPMVGGALISVISPIYIILINAISLLMSALILFSILRSASYHIICTNGEVERQTEGSFFRLWMEGWMVVLRRKILIFSMLIMVIGVTGVQMVDIQIGVILRMFAPAKPELAGWLMGASGLGAVLAILVLNRYTALKQYGRLLGLSLFLVGIGFGGVGWLTHGFLTIYLLLLGFIAGIGIGLLNSIFSYIIQMNTSASEISRVTGITNTVISSTVILSPLIGGLLAEVVGIISLYRWVGISLVIVSIFCIISNKWFNEGRLLNVREQSIS	PGPT0027965_464	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027965-mef|ykuC-K08217	NA	NA
AK148_01544	1134			hypothetical protein	ATGATTTTATTTCAAGTGGATAATTATTCCATAACTATACATGGTCAAACTATCGATCTTCTCAGAAAAGAATACTTACTATTTAAATATTTGTATATGAATGCGAATAAAGCGTTATCTCGAAATCATATTTTAGAAGGAGTTTGGCCACTACAGTCTCCGTCTGATCGAACAGTAGATGACCATATTTATCGGTTGCGAAAAAAATTAAAACCTTATCGATCCTTCTTGACCATTGAAACGATGAAAGGATATGGATATTGTCTGCGTATAAATAATACTTATGTAACAAATGAAGAGACACATTTAAGGAATGATGTTGAAATACAATCTTTGTATGAACAATTAATTTCCAAATATCATCTATATGGAAATGGGCAAGCTGTTAGAAACCTTTTGGATGAGAAAGTGTTTACTGTACAAATGGAAGAATCGATCCGTGCTAGATTGTCTTTTTTTAATGGCGACTTTTCTTCTCTATTAAAGAATAAAGACTTGCCTATAAAGGAAAAATCTTTTTGTTATCTTTCTTTTTATGCATTAGTAAACACAGACCACTATTATAATTATGGATTACTGAAAAGATACATAGAAAAAGGCTTCATTGATGAAAAAGATTTACCCGAAGTGTATTTATTAAGTTCTTTTATGTATTTACAGCTGAGTCATTCGGAACAAGCATGTTTACTTTTGAAAGAAAAAGACGCTTTTATTTTAAATGAAGAAAATGGCTTTTATGGCTTTCAACAGCTTTGGTGGCTTATGTACGCCTTGTATATAAAAGATGATTTATTAACAGAAGAAAAAATAGCAGAACTCCATCAATTTCTTGATACAAAGAGCTATCAAAGAGAAAGAGGATTATTTTCTTTATTAAAAGGATTTTACTATATTCAATTAAACAAAGAAAAACAAGCTTTAGATAGTGTACAGCAATGCTTTACTATTTTAGAGAGAGAAGGATTTCCCCTTCATATTCTTTTATCTATAAATATAGGGGAACTACTGCTGTCAGTTTATTCAAACTTCCGACTCAAAGAGTTACTTAAATACTTACGTGAAACCTACGAAACAAACTATCACACAGACCACTATAAAGAAAAAATAAAACAAGAACTTTTATCTTGCTTATAA	MILFQVDNYSITIHGQTIDLLRKEYLLFKYLYMNANKALSRNHILEGVWPLQSPSDRTVDDHIYRLRKKLKPYRSFLTIETMKGYGYCLRINNTYVTNEETHLRNDVEIQSLYEQLISKYHLYGNGQAVRNLLDEKVFTVQMEESIRARLSFFNGDFSSLLKNKDLPIKEKSFCYLSFYALVNTDHYYNYGLLKRYIEKGFIDEKDLPEVYLLSSFMYLQLSHSEQACLLLKEKDAFILNEENGFYGFQQLWWLMYALYIKDDLLTEEKIAELHQFLDTKSYQRERGLFSLLKGFYYIQLNKEKQALDSVQQCFTILEREGFPLHILLSINIGELLLSVYSNFRLKELLKYLRETYETNYHTDHYKEKIKQELLSCL				NA	NA	NA	NA	NA
AK148_01545	564			hypothetical protein	ATGAATGTCAAACGAATCGTAGATATAGCCAAAGAGTTAGACAAAGCTCAAATTACCTGGGGAATTGGCGGTTCTATGCTGTTAGCTTACTATGATATTGTAGATCATGTAAATGATATAGACATTATTGTAGAACCAGAGCATATAGATAAGGCTGTCCATGTTTTACAAAGGATGGGAAAAGAAAAAGAAGTAGAGCGCCACAAGCCATTTGCTACCGTATATTTTCATAAGTTTTGTGTGGAAACGGCAACTGTGGATATGATGGCTCAATTTCAGTTAGAGCATATAAATGGTTTGTATACCTATGATTTTTCCAATTATTCCGTCAAGCGGCATAACTATTTAGGGGAGGTACTTCCATTCTGCTTACTAGAAGATTGGTTCGTGCTTTATCAATTAATGCCAAGAAGAGAGCAAAAAGTCAGGTATATGGAAAAATATTTTCGAAAACACGGCATTTCCCATACAAATGTTTTACAAAATGCATGTAAGCAGAATTTACCTGCTTCAATAGAAATGAAAATATATGCTATATTGGAGGAGAACCATAGATTACGTTAA	MNVKRIVDIAKELDKAQITWGIGGSMLLAYYDIVDHVNDIDIIVEPEHIDKAVHVLQRMGKEKEVERHKPFATVYFHKFCVETATVDMMAQFQLEHINGLYTYDFSNYSVKRHNYLGEVLPFCLLEDWFVLYQLMPRREQKVRYMEKYFRKHGISHTNVLQNACKQNLPASIEMKIYAILEENHRLR				NA	NA	NA	NA	NA
AK148_01546	759			hypothetical protein	ATGAGAAGAAGATTTTGGATGTTTATTGGAATTATTGCGTTAATCTTAATGACCGCATGTGGACAAGAAGAGAAGGCTGAGAAAAGTACGGATGCTAAAGAGGAGGAGCCGAAAGAGTTAAAAGTGGATTTTGAAGTTCCTGAATCAGCTGAAATAGGAGACACTGTTGAGTTGAAAGCAACGGTAACTTATGGGGAAGAAAAAGTAACAGATGCAGATGAAGTGGTGTTTGAAGTTTGGGAAAAAGGTAAGAAAGATGACAGTACTAATTACGAATCTACCAATCATGAAGATGGCACTTACACCGCAGAAGTTACTTTTGATAATAACGGTGTATACGAGATGTTTGCTCATACAACCGCTAGAGATCTGCATACGATGCCGCAAAAAGCGATTACAGTTGGTGATGTGGAAAATGTAGAAACAAAGGATGATGAAGAACATGCCAACCACGAGGGAACAGACGGATTTACGTTACACTTTATGGAACCAGAAAATGTGGCAGCGGGAGAAGAAACCGAGTTAATGGTACATCTACAAATGAATGAAAAACCTTTAGAAGAAGCTTCTGTTCGTTATGAAATCGGTCGGGAAAATACAGCGGATAAAGAATGGGTAGACGCTGAAGAAGGTAAAGCAGGAGAATACACAGGTTCTTATACATTCACAGACAAAGGGAAATATCAATTAATTGTTCATGTAGAAAACGATGATGATTTGCATGAGCATGAAGAGTATGAAATTACAGTAGAAAAATAA	MRRRFWMFIGIIALILMTACGQEEKAEKSTDAKEEEPKELKVDFEVPESAEIGDTVELKATVTYGEEKVTDADEVVFEVWEKGKKDDSTNYESTNHEDGTYTAEVTFDNNGVYEMFAHTTARDLHTMPQKAITVGDVENVETKDDEEHANHEGTDGFTLHFMEPENVAAGEETELMVHLQMNEKPLEEASVRYEIGRENTADKEWVDAEEGKAGEYTGSYTFTDKGKYQLIVHVENDDDLHEHEEYEITVEK				NA	NA	NA	NA	NA
AK148_01547	573	ycnK	COG1349	HTH-type transcriptional repressor YcnK	ATGTTACCACTTGAAAGGAAGGAACGTATTAAAGAGCTGATTTTGCAGAGGAAAAATTTGAAAATTGCAGATTTAAGCGACATGTTTGGTGTATCAGAGATGACCATACATCGTGATGTTAAATCCTTGGAAGAAGAAGGAATTGTTACAAAAACCTTTGGTGGCATATCCTTAGTGCAAACAGAGGAAAACAGGCAGGATAGGTGTGTTTATTGTGCAAGGTCAATAAATGAAAAAATGGCTTATCGCTTAATATTGACGAATCATAACATCGAAGTTACTTGTTGTGCCCACTGTGGCTTACTACGCCAACAACAACTTGGTGATAAAGTGAATCAAGCCATCTGCCCTGATTTTCTAAGGAGTACAACCATTAGTGCTTCTTTAGCTTGGTATGTGACGGATACTTCTTTACATATGGGCTGCTGTCATCCGCAATTATTAACTTTTGAGTACCGAGAACATGCTGATAAATTTGTAAAGGGTTTTGGAGGAAAAGTGTATTCATTTGATGAGGTACAAGAAGTCTTACATCAACAAATGAAAGGATCGACACAATGCAAGCATCACTAA	MLPLERKERIKELILQRKNLKIADLSDMFGVSEMTIHRDVKSLEEEGIVTKTFGGISLVQTEENRQDRCVYCARSINEKMAYRLILTNHNIEVTCCAHCGLLRQQQLGDKVNQAICPDFLRSTTISASLAWYVTDTSLHMGCCHPQLLTFEYREHADKFVKGFGGKVYSFDEVQEVLHQQMKGSTQCKHH	PGPT0004170_37	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE-RELATED_FUNCTIONS,PGPT0004170-ycnK-K21601	NA	NA
AK148_01548	1248			hypothetical protein	ATGAAAGTTCAACCAGTTAGTGAAGTGAAAAACCCTGTACGTACGGATCAGTTTCAATTAAACAAACCACAAACTACTTTCATTACAGGCGGAATCATTGTTGCTTTTCTCCTTGGAATATATTTAGTTACTACTCAGGAAATCACCCAGCCAATTTTGTTACTACTTGGTTTGTTATTAGGTTACACATTGTTTCACGCACGTTTCGGTTTTACTTCTGCCTTTAGACGTTTTATGTCTGTAGGTAATGGAGAAGCATTACGTTCTCATATGCTCATGCTTGCTGTAGCAGTTACGTTGTTTGCCCCAATTCTTGCTTACGGTTATTCTTTTTTTGGTGCAGAAGTAAACGGCTATGTTTCGCCTGTTGGTATTAGCTTGCTAGTTGGAGCTTTCGTATTTGGGATAGGCATGCAACTTGGTGGTGGATGTGCTTCAGGGACACTTTACGCTGTTGGTGGGGGGAGAACGGTTATGTTTGTAACACTCCTGTTTTTTATTATTGGGTCTACCATTGGCGCAAAACATCTTCCTTTTTGGACAGAAGATTTACCGAGCTTTGCACCTATTTCATTAGCTACATCTACGGGCCTTGGGTATGGTGGCGCATGGTTGATATCAATTATTTTGTTTGGCATGATTACATGGATCACGATTGTTGTAGAGAAGAAAAAACAATCACCTAAAATGGCATCTGTACCTTCCGAAAAAGGCTGGAAGCGTATATTGCGGGGGTCATGGCCTTTACTTGCGGCAGCGGTGGTATTAGCTGTATTAAATGCGCTAACACTTATGACGCGAGGCACACCTTGGGGAATAACATCTGGTTTTGCACTTTGGGGTTCTAAAATTGCTGCACTTATAGGTGTGGATGTAGCAAGCTGGGGTTATTGGCAAGGGGATAATGCTCAAGCATTACAAGCTTCCATTTTTGCTGATTCCACAACTGTACTGAACTTTGGCGTTATTATAGGAGCTTTTATAGCTTCTGCTGCTGGTGGTTTATTTAAATTTACACGTTTAAATTTGAAAAATGTCGCTGCATCAGTTATCGGTGGATTGTTAATGGGTTATGGAGCCCGTTTAGCTTTTGGGTGCAATATTGGCGCTTATTTTGGAGGAATTGCCTCATTTAGTTTACATGGCTATATATGGGGGATTTTAGCGCTAGGAGGAACATTTATCGCTTTATATGTACGCCCATTATTTGGCTTGTCTGTACCAAAATCAAAAGATTCGTTTTGTTAA	MKVQPVSEVKNPVRTDQFQLNKPQTTFITGGIIVAFLLGIYLVTTQEITQPILLLLGLLLGYTLFHARFGFTSAFRRFMSVGNGEALRSHMLMLAVAVTLFAPILAYGYSFFGAEVNGYVSPVGISLLVGAFVFGIGMQLGGGCASGTLYAVGGGRTVMFVTLLFFIIGSTIGAKHLPFWTEDLPSFAPISLATSTGLGYGGAWLISIILFGMITWITIVVEKKKQSPKMASVPSEKGWKRILRGSWPLLAAAVVLAVLNALTLMTRGTPWGITSGFALWGSKIAALIGVDVASWGYWQGDNAQALQASIFADSTTVLNFGVIIGAFIASAAGGLFKFTRLNLKNVAASVIGGLLMGYGARLAFGCNIGAYFGGIASFSLHGYIWGILALGGTFIALYVRPLFGLSVPKSKDSFC				NA	NA	NA	NA	NA
AK148_01549	138			hypothetical protein	ATGTCTGAACAAAACAAAAACCGTAACAAAGACAAAAATAAGCAAAACAATCAAAATAAACACAATAAGTTACGTCCCAATGTTGAATTTTCCAGAGAAAATCCAATGAATCAGGAAATAAAAAAGCAAAATCGTTAA	MSEQNKNRNKDKNKQNNQNKHNKLRPNVEFSRENPMNQEIKKQNR				NA	NA	NA	NA	NA
AK148_01550	1050			hypothetical protein	ATGCAACAAGTTTATAGTGATATTAATCAATTTCGTGGAACTCATTACGACTTTGGTTATTACCAAGGAACGCTATTAAAAAATTTGCCTATTTTACCCAATCGAAAAAAGCAATGGGCCGCAAAAAAGCAACGCCATTTTATAATAGATGACAACAAAATAAAAGAACGATTATTTCAATTTGCACCTGGTATCTGGGATGAACTTCACGGCCTAAAAGATGCTCTACAAATGAATATTAATGAAGCAATTCAAGATTTTGGTGGATATTATTTGGAGTACGGTCGTAGTGGTTGCTCTATTTACACAAATACGGATTACATGGTGCGAAATTACGATAATGCACCCTCTACCTATGAAGGTCGTTATTTACTGTATCAACCTACAGATTATGGATACGCCGCTCTCGGCCCTACAATGCAAATAACAGGGCGAACAGATGGGATGAACGAGCATGGTTTAGCAATGGGGTATAACTTTATTAATCGTAAGCAGTCTGCTGACGGATTTTTATGTAATATGATTGGACGAATTATTTTGGAATCATGTAAAAATGTAGAAGAGGCTGTTGCACTTTTAAGGGAAATACCACATCGACACTCTTTTAGTTACGCCTTACTCGATAAAAATGGCATGAGAAAAGTCGTCGAAGCCTCTCCTCGAGATGTTGTGGTACACAATGCTTCTATTTGCACAAATCATTTTCAGCATTTATCTGAAGAAAACCGTTTTCGCATGGATGATTCCTTGCGACGTTACGATGCGATAGAAAGTCAGTCTACACATATCCATACCCGTTATCAAGCTTTCCAAATGCTCAATCAGTCAAATAATGGTATATTTTCGACGAAATATGGGGCTTGGGCTGGAACATTGCATACGGCGCTATACCTACCTAAAAGTAAACTTGCGTGGTTTGCGCTAGGAGGAGATAGAGAGCCTTTACTATTTGACTTTAACCGTTGGCTTCAAGGCAAAGACACGAATATGAAACGAATAAAAGGAGAATTGCATAGTTCGGAAGTTTTTGCAAACATGAAACTTTTTTAA	MQQVYSDINQFRGTHYDFGYYQGTLLKNLPILPNRKKQWAAKKQRHFIIDDNKIKERLFQFAPGIWDELHGLKDALQMNINEAIQDFGGYYLEYGRSGCSIYTNTDYMVRNYDNAPSTYEGRYLLYQPTDYGYAALGPTMQITGRTDGMNEHGLAMGYNFINRKQSADGFLCNMIGRIILESCKNVEEAVALLREIPHRHSFSYALLDKNGMRKVVEASPRDVVVHNASICTNHFQHLSEENRFRMDDSLRRYDAIESQSTHIHTRYQAFQMLNQSNNGIFSTKYGAWAGTLHTALYLPKSKLAWFALGGDREPLLFDFNRWLQGKDTNMKRIKGELHSSEVFANMKLF				NA	NA	NA	NA	NA
AK148_01551	603	pabA_1	COG0512	Aminodeoxychorismate/anthranilate synthase component 2	ATGATACTCATGATTGACAATTATGATTCATTTACCTTCAATTTAGTACAATATATAAGACAGCTTGATTTGGAAGTGCGTATTGCAAGAAATGATGCGATCACTGTAGAAGAAGTTCAACAATTGCAGCCAGAAGCGATTGTCCTATCTCCAGGTCCTGGAACTCCAAATTCAGCTGGAATTTGTCTAGAAATTGTAACGAAACTATACCAACAAATTCCTATACTCGGTATATGCCTTGGTCATCAAACGATTGCCCAAGCTTTTGGCGCCACGATTGAAAAAGCAAAGCAACCCATGCATGGTAAAGTATCTCTCATTACCCACGATAATCGAAGAATGTTTCAAAATCTAAATAATCCTCTAGCAGTTACTCGGTATCATTCCCTCATTGTAAATAAAGAATCCATGCCAGACTGCTTAGAAACAAGCGCTACGACAAAAGAGGGAGAAATCATGGCGCTTCGCCATAAACTTTATCCAATAGAAGGCATACAAGCGCATCCCGAGGCAATTTTATCAAAAAGTGGAATCGAATTACTTCATAATTTTTTTACTGTCAAAGGAAGTTATAAGAATGGAAAATATTTACCTGCAATTTGA	MILMIDNYDSFTFNLVQYIRQLDLEVRIARNDAITVEEVQQLQPEAIVLSPGPGTPNSAGICLEIVTKLYQQIPILGICLGHQTIAQAFGATIEKAKQPMHGKVSLITHDNRRMFQNLNNPLAVTRYHSLIVNKESMPDCLETSATTKEGEIMALRHKLYPIEGIQAHPEAILSKSGIELLHNFFTVKGSYKNGKYLPAI	PGPT0008000_695	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008000-pabA-K01664	NA	NA
AK148_01552	1728	menF		Isochorismate synthase MenF	ATGGAAAATATTTACCTGCAATTTGACTTTAACGAACAGCAACCTGTTGCATTTAAAGATCCCATTACCATTATTTCCACCTATGAGTTATCTGAAGTTGTCCCTTGTTTGCAGAAGGTGGAGCAATATATTCAAGCTGGATACTACGCAGGAGGGTTTCTAGCTTATGAAGCTGCGCCAGCATTTGACCCAGCTTTTCAAGTACATACAAACGGGAGCTTTCCGCTAATATGGTTCGGTATTTTTTCAGAAGCGGAGGCACCTCACAAACGACGAGTGAGTCCATTTGCCATTCAAAAATGGCAAATGGATATCAAAGAACAAGAATATAAGCAGCAAATTGAACATATTAAACAGCAGATTGAAGAAGGTCATACATATCAAGTTAATTATACCATTCCCTTAAGGAGCTATTTTACAGGTGATAGCTTTGCATATTATGAGCAATTAGCCGCTTCACAAGCTGCAAACTACGCTGCTTATTTACAAACGGGCAATTATTCTATTTTATCGGCTTCCCCAGAGCTTTTTTTTCATTTGAAAAAGGGGGTAGTTACTACAAAACCGATGAAAGGAACTGCAAAAAGAGGTAGCACAATCGAAGAGGATAAAGCAAATGCGGATTGGCTCTATTATTCTGAAAAGAATCGTGCGGAAAATGTGATGATTGTTGATTTATTACGTAACGATCTTAGTAGAATTGCAAAACGCGGTACCGTACGTGTACCTGAACTGTTTACAATAGAACGCTACCCCACTGTTTTTCAAATGACATCAACTGTTACAGCAGAAGTGGAAACGAATTTAACGAGCATCTTTGGAGCATTGTTTCCTTGTGGTTCGATTACCGGGGCACCAAAAGTCAGCACCATGAATATCATTCGTAATATAGAAAAAACACCGCGCAATATTTATTGTGGTGCAATTGGCTACATAACTCCTGAACATGAAGCGATCTTTAATGTACCAATTCGAACAGTATCCATTGACAACACTAGTAATGAAGCTACTTACGGTGTAGGAGGAGGAATAACTTGGGATTCAACAGCGGAGGAAGAATATGAAGAAATGCTTGCCAAAACGCTCGTGTTAGAAAAAAAGAAAAATAGCTTTGACTTACTGGAAAGTATTCGGCTAGAAAACGGTTGTTATCCATTGCTTGCGTACCATTTAAACAGAATGGAAAAATCGGCTACCCATTTTTCTTACCCATTTGATCCATTATTTATAAAGCAGAAACTGGAACAAATTGCCCAGCAATCGAATACAGGAGTGCACAAATTGCGTTTATTGTTATCCAAAACGGGGCAAATTAATTTAGATCTTCAGCCGATAAGCATGTTAAAAAAACAACTGCATGTCCGTCTTGCTACACGGGCAATAAACAAAACAAACCCTTTCTTTTATCATAAAACGACAAACCGAGAAATATACGAAGCATTTTTAACAGAGCATCCCGATGCTGATGACGTTTTATTATGGAATGATGAGTTGCAAATTACCGAATTTACCATTGGCAATGTGGTCGTAGAAATAGATAAAAAATATTATACTCCCCCAGTAGAATGCGGGTTGCTACCAGGAACCTTCCGTCAATATGTACTTGAAACAAAAGAAGTGCAAGAAAAAATCATTACTATTACAGATTTACAACAAATATCGAATATCTGGCTTATTAACAGCGTTAGAGGCTGGGTCCCTGTTACCATTGAAAGGGAACAAATGTAA	MENIYLQFDFNEQQPVAFKDPITIISTYELSEVVPCLQKVEQYIQAGYYAGGFLAYEAAPAFDPAFQVHTNGSFPLIWFGIFSEAEAPHKRRVSPFAIQKWQMDIKEQEYKQQIEHIKQQIEEGHTYQVNYTIPLRSYFTGDSFAYYEQLAASQAANYAAYLQTGNYSILSASPELFFHLKKGVVTTKPMKGTAKRGSTIEEDKANADWLYYSEKNRAENVMIVDLLRNDLSRIAKRGTVRVPELFTIERYPTVFQMTSTVTAEVETNLTSIFGALFPCGSITGAPKVSTMNIIRNIEKTPRNIYCGAIGYITPEHEAIFNVPIRTVSIDNTSNEATYGVGGGITWDSTAEEEYEEMLAKTLVLEKKKNSFDLLESIRLENGCYPLLAYHLNRMEKSATHFSYPFDPLFIKQKLEQIAQQSNTGVHKLRLLLSKTGQINLDLQPISMLKKQLHVRLATRAINKTNPFFYHKTTNREIYEAFLTEHPDADDVLLWNDELQITEFTIGNVVVEIDKKYYTPPVECGLLPGTFRQYVLETKEVQEKIITITDLQQISNIWLINSVRGWVPVTIEREQM	PGPT0008015_645	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008015-pabBC-K03342	NA	NA
AK148_01553	819	zupT	COG0428	Zinc transporter ZupT	ATGCTCGTAGATTATTTTCTTACATTACATCCAATAATTCAAGCATTAATTGCAACTTTATTTACATGGGGGATGACAGCACTCGGCGCGGCTCTCGTTTTTACAACCAAAAATTTTAACCAACGTTTTTTAGATAGCATGCTCGGTTTTGCAGGCGGCGTAATGATTGCAGCTAGTTTTTGGTCTTTATTATCTCCAGCGTTAGACATGGCGGAAGCTAATGGTGACACGCCATGGGTTCCTGCCGCTATCGGTTTTATGTTTGGTGGAATAGCACTTTGGGGTGTTGACAAGGTATTACCACATTTGCATCCTACTTCTCCAATCCAAGAAGCAGAAGGGATACATCCAGGACGTAAAAAACGTAGCACGCTGTTAGTTTTGGCGATCACGTTACACAATATTCCTGAGGGCTTAGCCGTTGGTGTCGCATTTGGAGCTATTGCTGCTGACCTTCCAACAGCGACTATTACAGGGGCAGTAGCCTTAGCAATTGGTATTGGCATTCAAAATTTCCCTGAAGGTGTTGCGGTATCAATGCCATTGAGAAGGGAAGGGATGTCTAGGAAGAAAAGCTTTATGTACGGTCAATTTTCAGGAATGGTTGAACCAATAGCTGGTGTTGTTGGTGCTTTAGCTGTAACGTTTATTCAGCCATTACTACCATATGCACTTAGCTTTGCAGCCGGAGCAATGATTTTTGTAGTGGCAGAAGAGGTTATTCCTGGGTCGCAAGAACAAGGCAATCGTGATTTAGCCTCCATGAGTTTAATGGTTGGCTTTACAGTTATGATGATATTAGATGTTGCGCTTGGTTAA	MLVDYFLTLHPIIQALIATLFTWGMTALGAALVFTTKNFNQRFLDSMLGFAGGVMIAASFWSLLSPALDMAEANGDTPWVPAAIGFMFGGIALWGVDKVLPHLHPTSPIQEAEGIHPGRKKRSTLLVLAITLHNIPEGLAVGVAFGAIAADLPTATITGAVALAIGIGIQNFPEGVAVSMPLRREGMSRKKSFMYGQFSGMVEPIAGVVGALAVTFIQPLLPYALSFAAGAMIFVVAEEVIPGSQEQGNRDLASMSLMVGFTVMMILDVALG	PGPT0004250_1079	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
AK148_01554	387			hypothetical protein	ATGCGACTTTGGCATGAAAAGCTAATCACAAAATTACCTAGACAACAACTTTTAGGGCAACATCGAGAATGTTGTGCTTTACGAGGAAACGGTTGGGGAAAAAGTCACGCAATTGTAAATTACGTGTTTCACTACTCTCCATATCGCCTGTTTTTATATCACCAATTCATTATGGAAGAAATGAAAGGAAGAGGATATCGAGTCGATCCTTTATGGGAAAACGCATTTTACCGAGGGAAACAATGTAAGCAACATACAAAAGAAAGCCTCTATGCAGGGGAAGAAAATATTAGTAATGAATGGCCTGTCTACCCCGAACATGACGACACATATTTACAAGAATGTGTTGTGAACTTAAAAGAAAAAGGCATTGATATTTTAGTTTAA	MRLWHEKLITKLPRQQLLGQHRECCALRGNGWGKSHAIVNYVFHYSPYRLFLYHQFIMEEMKGRGYRVDPLWENAFYRGKQCKQHTKESLYAGEENISNEWPVYPEHDDTYLQECVVNLKEKGIDILV				NA	NA	NA	NA	NA
AK148_01555	1029	splB	COG1533	Spore photoproduct lyase	ATGGTTAAGCCGTTTGTGCCGCAGCTTGTTTATGTGGAACCAAAAGCATTGGATTATCCTTTAGGGCAAGAGCTCGTTACAAAATTTGAAAATATGGGGATAGAGATTCGACAAACTACTTCTCATAATCAGATTCGTAATTTACCTGGAGATAACCATTTTCAAAAATATCGGGTAGCAAAATCTACTTTAGTAGTAGGATTACGAAAAACGTTGAAATTTGATACGTCAAAACCTTCTGCCGAATACGCTATCCCTTTTGCTACAGGGTGCATGGGCCATTGTCATTATTGTTATTTACAGACGACAATGGGGAGCAAGCCGTATATCCGTACGTATGTTAACACAGAAGAGATATTTGAAGCTGCAGAGGCGTATATGGAAGAAAGAGCCCCAGAAATTACACGTTTTGAAGCTTCCTGTACGTCGGATATTGTAGGTATCGATCATTTAACCCACACATTAAAACGGGCAATCGAATTCTTCGGGAAAACAGAGCATGGACAGTTGCGATTTGTTACGAAATTTGCTCATGTTGATCATTTGCTCGATGCTGAACACAATGGAAGAACTCGCTTCCGCTTTAGTATAAATGATGATTACATTATTAAATACTTTGAGCCGGGTACGTCCAGACTTCATGAGCGGATAGAAGCCGCTGCTAAGGTGGCTAATGCAGGTTATCCATTAGGTTTTATCGTTGCACCAATTTATTTACATGAAGGTTGGAAAACGGGCTATTACGAGATGTTTGAAAAATTAGAAGCAATGTTGCCAGAAAAAGCGAAGAAAGATTTAACTTTTGAAATGATTCAGCATCGTTTTACGAAGCCAGCTAAGCGTGTAATTGAGAAAAATTATCCAATGACCAAGTTAGAGCTAGACGAATCAAAACGAAAATGGAAATGGGGCCGTTACGGCATAGGAAAATATGTATATAAAGATGAAGAACAAGCTGATATAAAAACGACATTACATGGGTATATTCAAGAGTTATTTCCAGCTGCTAAAGTGGAATATTTCACGTGA	MVKPFVPQLVYVEPKALDYPLGQELVTKFENMGIEIRQTTSHNQIRNLPGDNHFQKYRVAKSTLVVGLRKTLKFDTSKPSAEYAIPFATGCMGHCHYCYLQTTMGSKPYIRTYVNTEEIFEAAEAYMEERAPEITRFEASCTSDIVGIDHLTHTLKRAIEFFGKTEHGQLRFVTKFAHVDHLLDAEHNGRTRFRFSINDDYIIKYFEPGTSRLHERIEAAAKVANAGYPLGFIVAPIYLHEGWKTGYYEMFEKLEAMLPEKAKKDLTFEMIQHRFTKPAKRVIEKNYPMTKLELDESKRKWKWGRYGIGKYVYKDEEQADIKTTLHGYIQELFPAAKVEYFT				NA	NA	NA	NA	NA
AK148_01556	282			hypothetical protein	ATGCTAAGAAAGCTAGGTGAAAAAATGGAAGTGCATCATCATTTTCAACCAGGTGAAGTTGTTTACATCATTATTCGCAATCCACATGCCCAAAATGTTGCACACATTCAGCAAGCTGCTGTAGTCGAACACCCAGAGCAATCCAATGAGTTGGCGCTATTTATCCATGAAACGTACTATCCTTTAACAGAGGAAGTAGCTGTGTATAAAACATCGGATGAAGCTGAAGCGGCATATGCCTCTGCATTTGGCGTGGCGGATCAGGAAGGATATTATGGTTAA	MLRKLGEKMEVHHHFQPGEVVYIIIRNPHAQNVAHIQQAAVVEHPEQSNELALFIHETYYPLTEEVAVYKTSDEAEAAYASAFGVADQEGYYG				NA	NA	NA	NA	NA
AK148_01557	825			hypothetical protein	ATGTTAAGTAGAAAAGAAATTATACAACGATTTCATGAACAAATAAATGAAGGTAATGTTTTACTTGGAGTAGGGGCTGGTACTGGGATTACTGCAAAGAGCAGTGAAGCTGGTGGTGCTGACATGTTGATCATTTATAATTCTGGACGTTATCGCATGGCAGGCCGTGGTTCTCTAGCTGGGCTTCTCTCCTATGGAGATGCTAATCAAATCGTCGTAGAGATGGGCAATGAAGTTTTACCAGTTGTTAAAGATACGCCAGTTTTAGCAGGTGTAAATGGAACAGATCCATTTCGTGTCATGGACGTATTTTTAAAGCAACTGAAAGACCAAGGATTTAGTGGAGTACAGAATTTCCCTACTGTCGGATTAATTGATGGTGTTTTTCGTCAAAACTTGGAAGAAACAGGGATGGGTTATGATTTAGAAGTAGACATGATTCGTAAAGCACATGAGCTTGATATGTTAACTACCCCATATGTCTTTGATGAAGACCAGGCTAAAAGAATGGCAGCGGCTGGAGCTGATATATTAGTAGCCCATATGGGTTTAACAACAAAAGGAACCATTGGCGCTCAAACCGCATTAACATTAGATGATGCTGTGGAGCGTATTCAAAAAATAATTGCTGCAGGTAGATCCGTAAATCCTGAAATCATGGCGATTTGTCATGGTGGACCAATCGCAGAGCCCGAGGATGCTGCTTATGTGATTAAAAGAGTCGATGGGATTGTTGGCTTTTTTGGAGCTTCCAGTATAGAACGATTTGCAGCAGAAAAAGGGATTAAAGAACAAGCGGAAGCATTTAAACAAATTGGTAAGTAA	MLSRKEIIQRFHEQINEGNVLLGVGAGTGITAKSSEAGGADMLIIYNSGRYRMAGRGSLAGLLSYGDANQIVVEMGNEVLPVVKDTPVLAGVNGTDPFRVMDVFLKQLKDQGFSGVQNFPTVGLIDGVFRQNLEETGMGYDLEVDMIRKAHELDMLTTPYVFDEDQAKRMAAAGADILVAHMGLTTKGTIGAQTALTLDDAVERIQKIIAAGRSVNPEIMAICHGGPIAEPEDAAYVIKRVDGIVGFFGASSIERFAAEKGIKEQAEAFKQIGK	PGPT0021745_12	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021745-atoC-K07714	NA	NA
AK148_01558	1227			hypothetical protein	TTGACAAAAACGATAGCTTTAGCAGGGACGTTTGATACAAAAGGAGAAGAGTTTTTGTATGTAAAACATCTAATTGAGTCATTAGGTTTTAAAACCTTAACCATTCATACTGGTGTATTCAGACCACAATTTCAACCAGATATTTCAAATGAAGCCATTTTTCAAGCTGCTGGGGAAGACATACAATCCATTGTAGCTGCAGAAGATCGAGCGAAAGCTACGCTTGTATTATCAAAAGGTATGGAAATCTTATTACCTCAACTGTATAAAGCAGGAAAATTTGCAGGGGTACTCTCTTTTGGAGGATCAGGTGGAACTTCCATTGTAACTCCTGGGATGCGAGCGTTACCGATTGGCGTTCCAAAAGTGATGGTATCTACAGTTGCCTCTGGTAATGTAGCCCATTATGTTGGGACAAGCGATATAATGATGTACCCTTCTATCGTTGATGTAGCAGGTTTGAATCAAATTTCTACAAGAATATTTTCGAATGCTGTGTTTGCGATTGCAGGGATGTTACGATTTGAAAATAATCAAAAGATAGAACAAAAACCACTTATAGCAGCTACCATGTTTGGTTTAACGACGCCGTGTATTAATTATGCGAAGGCATATGTGGAAAAGCAAGGTTATGAAATGCTTGTTTTTCATGCCACTGGGATCGGCGGTAAAACAATGGAGAGTTTGATTGAAGATGGGTTTATTGCAGGTGTGCTAGATATTACTACTACGGAATGGGCGGATGAGTTAGTTGGAGGTGTATTAGCAGCTGGACCGAATCGTTTAGAAGCAGCGGCTAAACATCACATTCCACAAGTGGTTTCTGTTGGGGCAGTCGATATGGTTAACTTTGGACCTTATGAGTCGGTTCCTGAAAAATTTACTGGGCGCAAATTTTATAAACATAACCCAACAGTGACGTTGATGCGCACAAATGTAGAGGAAAACAAACGCATTGGAGAAGTTATAGCTAAAAAGTTAAATTTAGCACAAGGGAACACTTCTTTAATTTTACCATTAAAAGGATTATCAGGCTTAGATGTAGAAGGTCAGCCATTCTATGGGCCAAAAGAAGATCAAATGCTTTTTCAAACGCTAAAAGAAAACGTTGACAGAACGAAGGTTCAAGTAGTTGAATTGGAAAAAGCAATTAATGACCGTGCTTTTGCAGAAGCAGCAGCCGAAAAACTTATTCAATTAATTGAAAAGAGAAAAGGAGAGAAATAG	MTKTIALAGTFDTKGEEFLYVKHLIESLGFKTLTIHTGVFRPQFQPDISNEAIFQAAGEDIQSIVAAEDRAKATLVLSKGMEILLPQLYKAGKFAGVLSFGGSGGTSIVTPGMRALPIGVPKVMVSTVASGNVAHYVGTSDIMMYPSIVDVAGLNQISTRIFSNAVFAIAGMLRFENNQKIEQKPLIAATMFGLTTPCINYAKAYVEKQGYEMLVFHATGIGGKTMESLIEDGFIAGVLDITTTEWADELVGGVLAAGPNRLEAAAKHHIPQVVSVGAVDMVNFGPYESVPEKFTGRKFYKHNPTVTLMRTNVEENKRIGEVIAKKLNLAQGNTSLILPLKGLSGLDVEGQPFYGPKEDQMLFQTLKENVDRTKVQVVELEKAINDRAFAEAAAEKLIQLIEKRKGEK				NA	NA	NA	NA	NA
AK148_01559	1188			hypothetical protein	ATGGTATATAATAAATGGCGTTTGCTTGAAAAGTTAAATCAACAAATAAAAACAAATAGGCATGTGATTGGAGTTGCAGCTGGATCTGGGCTTACAGCTAAGTATGCAGAGCAGGGCGGAGCTGATTTTATCTTAGCATTATGTTCTGGGCGTTTTCGCCAAATGGGTGTTAGTTCTTTGGCTGGTTTTACAGCTTGTGCGAATAGCAATGAATTAGTTATGGACTTTGCTTCAAAAGAGTTGTTGCCAGTTATGACAAAAATTCCAGTTATTTTTGGATTGTTTGCCACCGATCCTATGCTTCATATGGAAGACTATATTTCACGTATTAAGCAATATGGTTTTATTGGAATTAATAACTATCCGACTGTCGGCTTAATTGATGGTCAATTTCGAGAGGCGTTAGAATCACAGGATATCACTTTTTCTAGAGAAGTAGAGGCTATTCGAATAGCAAACCAACTTGATTTATTTACAGTAGCATTTGTGTTTAATCAATCACAAGCTATCGACATGCTTCATGCTGGGGCTGATATTATTTGCGTACATTTAGGTTTAACAACAGGCGGTGTGTTAGGAGCAAAACAAATTCAGTCTTTACAGAGTGCTAAGAAGTTAGCCGTAGATATTTTTCGAGCATGTGATGAGCTTAATCCGAATATAATTAAGATGGTTTATGGTGGACCTGTCAATAGTCCAATTGATGTGCAATTTATGTATGATGGTACGGGTATTAATGGGTATATTGGTGGGTCCGTGTTTGAACGCATTCCAGCTGAGCAAGTAATTAAAAATACAACCAAATCCTTTAAAGAAACGTTTAACATTCAATATGAAGCTTCTATTCAAAAAATAATGGAAGGATTTGCAAATAAAGAAGACTATGTAGAGTTTATTAAAGACTATATCAGTAATCATTATATGGAAGAAATCACCTTAAGTGATTTAGCAAATATTTTAAACTTATCCAGAACGTACGTAAGCACGCTTTTTAAAGAAGAAGTAGGCGTTTCTTTTGTTGACTACCTCATCAATTTTCGATTAAATCGGGCTATTGAAATGATGCATACGGAAAGATTACCCTTAGCAAGAATTGCTGAAATGGTCGGATATGCGAATTACGTACAATTCAGTAAGATTTTTAAAAAAAGAAAAGGAGTGTCTCCAAGCCGATTTTTAAAGGAGTAG	MVYNKWRLLEKLNQQIKTNRHVIGVAAGSGLTAKYAEQGGADFILALCSGRFRQMGVSSLAGFTACANSNELVMDFASKELLPVMTKIPVIFGLFATDPMLHMEDYISRIKQYGFIGINNYPTVGLIDGQFREALESQDITFSREVEAIRIANQLDLFTVAFVFNQSQAIDMLHAGADIICVHLGLTTGGVLGAKQIQSLQSAKKLAVDIFRACDELNPNIIKMVYGGPVNSPIDVQFMYDGTGINGYIGGSVFERIPAEQVIKNTTKSFKETFNIQYEASIQKIMEGFANKEDYVEFIKDYISNHYMEEITLSDLANILNLSRTYVSTLFKEEVGVSFVDYLINFRLNRAIEMMHTERLPLARIAEMVGYANYVQFSKIFKKRKGVSPSRFLKE				NA	NA	NA	NA	NA
AK148_01560	816	amj		Lipid II flippase Amj	ATGGAAGTTTTTACTGGGAAATTAATCCTTATTTTCTTGTTTATTTTTGTCATACACAGTATTGAAACTTTAGCTTATGCAGTGCGATTATCGGGGGCTAGAGTGAAAATGATTGCCTCTGCACTTGCTTTATTTAATGTAATGGTTATTGTATCCAGACTAGCCAATATGATGCAGCAACCGTTTACAGGGAGCCTTATTGATACAGCACCGCCAGTGTATGCGCTACAAGTGGTTGAAGATCAATACCGTATATTAATTGGAGCTTCTACTGCAGGTACTATCGCAGGTATTATTGTATTTCCAACGTTTATCGCCTTGTTTTCTAGAGCTATTATTCATTTGGCGAATGAAAAAGGATCTATACCTGCGCTTATAAAAAAAGGCTTTTCAATGGAATTTTTTATGCGCGGGTGGAAACATTTTCGCTTACCAAAACGTACGGATATAAAAGAAATTCGTTTCAGTGATATACCAATGAAATTATTTCTTATGAATATGATCATAACAGCTATTTACACAATAGGTGTGTTAGCTGCTTTATACGCCTCATTGCTTGTACCAGAACGTGCAGCTACAGCTGTCATGGCTTCTGGATTAATTAATGGAATAGCAACAATTTTACTTGTTGTTTTTGTAGATCCAAAAGTTTCTGTTTTAGCAGATGACGTGGTGAATAACCGAGGGAGTTATCGAACTTTAAAAGACGTTTCGCTTATGATGGTAACCTCGCGTTTGTTCGGTACATTATTAGCCCAAGTACTATTTATTCCTGGAGCAAAGTATGTTGCTTGGTTTACTAAGTTTATCGTTTAA	MEVFTGKLILIFLFIFVIHSIETLAYAVRLSGARVKMIASALALFNVMVIVSRLANMMQQPFTGSLIDTAPPVYALQVVEDQYRILIGASTAGTIAGIIVFPTFIALFSRAIIHLANEKGSIPALIKKGFSMEFFMRGWKHFRLPKRTDIKEIRFSDIPMKLFLMNMIITAIYTIGVLAALYASLLVPERAATAVMASGLINGIATILLVVFVDPKVSVLADDVVNNRGSYRTLKDVSLMMVTSRLFGTLLAQVLFIPGAKYVAWFTKFIV				NA	NA	NA	NA	NA
AK148_01561	843			hypothetical protein	TTGTATATTGGCTTAGTAATATGTATTCTTTTTAGTTACTTGTTCTTTAAAGGCTATCAAAATACACAAAAATTCGTCGTTAATGAAATTACGATAGATACAGATGATAGCGATAATAAAGAAAAGGTGCTTCAAATATTGCATATTTCTGATATGCATTTAGAAAATATTTCCGTTACTCCAGATCGTTTAATAGAAAGCATCGGTTCTTATAATATTGATATAATCGCTCTAACTGGAGATTTTTTAGATCGGAAACGGAGTATACCTAAGTTAATTCCCTATCTAAAAGCTTTAAGGAATTTACAACCAGTGTACGGTTCATTTGCTGTTTTTGGAAATCATGATTATGTGTTAAAAGAGAAAAACTTTGTAAAACTTAAGAAAGTATTAAATGAATACGGTTTTCAAACATTACAAAATGAAAATAGACAAATAGAATTAGATGAGAAGAAAATAAATATCATTGGAATTGATAATTATTCCACGAAGCATAGTGATGTAAAAAAAGCTTTCACTGGTATAAATCAAGGAACCAATTTAGTATTAACCCATGATCCTAACGTTGTCATAACGATCAATGAATATCGATTTGATTATTTACTTTCTGGACATTTTCATGGTGGGCAAATCCACTGGCCAAAACCTTATCATCTAAAAAAAATGGGACAGTTGGTCAAAATGAATATGATAAAGGGGCTCCACAAAATAAATGGGCGTCCTTTCTATATTAGCGAAGGGCTTGGTCAAACCGGCTTTAACATTCGTATTGGTAGTCGTCCGGAAATAACTATTCATCATTTTGCTGTAAATGGTAAGGTAGAAAAGGCGATTTTAAAATAA	MYIGLVICILFSYLFFKGYQNTQKFVVNEITIDTDDSDNKEKVLQILHISDMHLENISVTPDRLIESIGSYNIDIIALTGDFLDRKRSIPKLIPYLKALRNLQPVYGSFAVFGNHDYVLKEKNFVKLKKVLNEYGFQTLQNENRQIELDEKKINIIGIDNYSTKHSDVKKAFTGINQGTNLVLTHDPNVVITINEYRFDYLLSGHFHGGQIHWPKPYHLKKMGQLVKMNMIKGLHKINGRPFYISEGLGQTGFNIRIGSRPEITIHHFAVNGKVEKAILK	PGPT0022365_3584	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022365-lpxG-K07098	NA	NA
AK148_01562	303			hypothetical protein	ATGAATATATGGAGCATTATTTTAGTACCTCTAGCTTTTATTGGGGGATTGTTTTTGTTTCATTTCCTATCTGGACACGGAAAAGGGAAAGTTGTTCTTGATTTAGATGAGCGCTATGTTAATTATGATGATTATATACAAGCTATTTTACAAGAATTAAAAAAACAAGGAAAGCAAGCTTTCTATGAAGATAATGGGCGATTTATTATTGATGGGGCTCCTTACACGTTTATAGAATGGAACGTTAATTTAGGTGGCGTTCCGACCCAACGAACGGTGTTAAAACAAGATAAAACTTCATAA	MNIWSIILVPLAFIGGLFLFHFLSGHGKGKVVLDLDERYVNYDDYIQAILQELKKQGKQAFYEDNGRFIIDGAPYTFIEWNVNLGGVPTQRTVLKQDKTS				NA	NA	NA	NA	NA
AK148_01563	387	ectC		L-ectoine synthase	ATGATTGTTAAATCACTAGACGATATCATTGGCACTCGAGATGAAACATCGGGTAACAATTGGACGAGTCGCCGTTTTATCATGAAGAAAGATAATGTAGGTTTTAGTTTAAATGATACGATAATTAAAGCAGGAACAACCAATTTCTTCTGGTATAAAAATCATATTGAAGCGGTTTATTGCATTGAGGGGGAAGGTGAGATAGAAAAGCTGGAAACTGGTGAAGTATATAACCTGAAGCCAGGCACTATGTATCTATTAAACGAAAATGATAAACATGAGCTTCGTGCAAAAACACAAATGCGTATGGTCTGTGTTTTTAATCCTCCTCTAGTAGGGACCGAAACACATACAAAAGAAGGATATTACCCACTTTTAACCGAATAA	MIVKSLDDIIGTRDETSGNNWTSRRFIMKKDNVGFSLNDTIIKAGTTNFFWYKNHIEAVYCIEGEGEIEKLETGEVYNLKPGTMYLLNENDKHELRAKTQMRMVCVFNPPLVGTETHTKEGYYPLLTE	PGPT0014060_648	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014060-ectC-K06720	NA	NA
AK148_01564	1287	ectB		Diaminobutyrate--2-oxoglutarate transaminase	GTGACTACAACAGTTGTAAAAAATAGTCCAATGCAAGCATTTGAAGAATTAGAATCAGCAGTAAGAACTTATAGCAGAGGATGGCCGACGATTTTTGAAAAAGCAAAAGGCTATAAACTTTGGGATATAGATGGAAATATGTATATTGATTTTTTTGCAGGTGCTGGTGCGTTAAATTATGGTCATAACCATGAAAAGATGCAACAGAAACTAATCACTTATATACAAAATGATAATATTATTCATAGTTTGGATATGGGGACGACACCTCGTAAAGAATTTTTGCAGACCTTTTATAAGACCATTCTAAAACCACGAAATATGGATTATAAAGTGATGTTTCCAGGCCCAACTGGAACGAATACAGTTGAAAGTGCATTGAAGATAGCTAGAAAAGTAACTGGACGTGATACAGTAATAAGCTTTACGAATGCTTTTCATGGAATGACAATTGGATCGCTGTCGGTGACAGGAAATTCATTTAAACGTCATGGAGCCGGGATACCACTGCATCACAGTGTTTCTATGCCGTTTGACGAATATGTGGATGATCAAGATTCACTTGCTTACTTGGAACGATTTTTAGAAGATAGCGGGAGCGGTGTCGCTTTGCCTGCAGCAATTATTCTTGAAACTGTCCAAGGCGAAGGAGGCATTAATGCGGCTAGCACGGAATGGCTGCAAAAGGTTGCTTTCATCTGTAATCGTTGGGATATTTTATTAATTGTAGACGATGTTCAAGCTGGATGTGGGAGAACAGGACCTTTTTTCAGCTTTGAGCTAGCTGGTATCATACCAGATATAGTGTGTATGTCAAAATCAATTGGTGGTATTGGACTTCCAATGGCCATTACTTTAATCAAACCGGAATATGATCAATGGGCACCAGGGGAGCACAACGGAACATTCCGAGGTAATAATTTAGCGTTCATCGCAGCAACAGAAGCTTTAACGGAATTTTGGAAGGATGAAGAATTTTCAAAGTCTATACATCGGAAAAGTAAAATCATGAAAAAACGTATAGATTATATTATCGAAAAATTCCCATCATTAAATGCGAAAGCTCGTGGAAGAGGATTGATGCAAGGGATTGCCATGGAGAAAAGTGAACTTGCGTCAGCCGTTTGTAAGGAAGCTTTTGAAATTGGGTTAATTATAGAAACATCTGGGCCAGATGATGAAGTTGTCAAGTTTCTACCACCGTTAACTATTGATGAAGCGGGGATCAACCAAGGGTTTGATATTTTAGAAGTAAGCATTGAACAGGTGTTAAACAATAAAGGATAA	MTTTVVKNSPMQAFEELESAVRTYSRGWPTIFEKAKGYKLWDIDGNMYIDFFAGAGALNYGHNHEKMQQKLITYIQNDNIIHSLDMGTTPRKEFLQTFYKTILKPRNMDYKVMFPGPTGTNTVESALKIARKVTGRDTVISFTNAFHGMTIGSLSVTGNSFKRHGAGIPLHHSVSMPFDEYVDDQDSLAYLERFLEDSGSGVALPAAIILETVQGEGGINAASTEWLQKVAFICNRWDILLIVDDVQAGCGRTGPFFSFELAGIIPDIVCMSKSIGGIGLPMAITLIKPEYDQWAPGEHNGTFRGNNLAFIAATEALTEFWKDEEFSKSIHRKSKIMKKRIDYIIEKFPSLNAKARGRGLMQGIAMEKSELASAVCKEAFEIGLIIETSGPDDEVVKFLPPLTIDEAGINQGFDILEVSIEQVLNNKG	PGPT0014050_1038	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014050-ectB|dat-K00836	NA	NA
AK148_01565	480	ectA		L-2,4-diaminobutyric acid acetyltransferase	ATGCCTACAAAAGATGATGGGGCAGCAGTCTGGGATTTAATTCATCAAATTGATAATCTGGATTTAAACTCTTCTTATAGTTATCTTCTATGGTGTGATATGTTTTCTGAAACATCTATCATCGTTGAGGAAGAGGGAGAAGTGGTTGGGTTTATATCCGGGTTTATCCATCCGAATAAACCGAATACATTATTTGTTTGGCAAGTTGCTGTTGATACTTCACAGCGTGGGAAGGGCCTAGCGACACGTATGTTATTTGAACTGCTAGAACGAAAGCAGTTAGCAGAAATTCAGTTTGTTGAGGCAACGGTAACACCTTCTAATTTGCCCTCACAGTATTTATTTATGGGCTTAGCTAAAAAACTAAATACAGAATGTGTTGTTGGTAATTACTATACTTCCGTCGATTTTCCACGAACAGGACATGAAGATGAACAGTTGTATAAGATTGGCCCTATTCCAAGGGAAAATAACAAATAA	MPTKDDGAAVWDLIHQIDNLDLNSSYSYLLWCDMFSETSIIVEEEGEVVGFISGFIHPNKPNTLFVWQVAVDTSQRGKGLATRMLFELLERKQLAEIQFVEATVTPSNLPSQYLFMGLAKKLNTECVVGNYYTSVDFPRTGHEDEQLYKIGPIPRENNK	PGPT0014055_574	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014055-ectA-K06718	NA	NA
AK148_01566	1245	hutI_2		Imidazolonepropionase	TTGGGAAAAAAATTAATTAAGAATGCGCTTATTATTGACGGAAACGGTGCAGCTCCAATAAAAGATAGTATCATTGCCTTAAATAATGAAAAAATTACTTACGTTGGTAAAGAAGAAAATTATACATTTGATGGATCAGAATCCGTAATAGATGCTCAAGATGGCACCGTTTTGCCGGGGTTTATTGATACACACGTACACATGATGTTTGAATACGCACCAATTACCCAAAGACTAGCCACTCCATTTTCATTTATGTACTATCAAGCAGCAAATTATTTAAAAGCAACTTTACATGCTGGAATAACTTCTGTTCGCGATGCTTTAGGTGCTGATTTAGGAGTGAAAAAGGCTGTTAACGAAGGATTAATATGTGGACCAAGGATGCAATTAAGTATTAATGCTTTAACAATTACTGGAGGGCATGGCGATGGTTATACTATATCTGGAAACACCGTGGATTTGTTAGCTTCTAATTACCCAGGTATGCCAAATGGGAAATGTGATGGCGTAGAGGAAGTTCGTAAAAAAACACGACAAATGCTACGGGCTGGTGCAGAAGTGATTAAAGTTCATGCTACAGGTGGTGTGTTAAGTGCCACAGACCATCCTGAATTTACGCAATTTTCATTGGAAGAATTGAAAGTTATTGTAGAAGAGGCAAACTTTCGCAAAGGTGTTAAGGTAATGGCTCATGCCCAAGGTGCTGAAGGGATAAAGAATGCGATTAAAGCTGGTATTCACTCCATTGAACATGGGATTTTTATAGATGATGAAGCTATTGAATTAATGTTAGAAAATGAAACTTATCTCGTGCCAACCTTACTTGCTCCGGTTGCTGTTTTAGAGACAGCAAAAGATGCAGGAATGCCTGATACAGCTGTAGAAAAGTCGAAAGAAGTGATTGAACAGCATCAAGCAAGCATTGCGAAAGCGTACGAGGCAGGCGTAAAGATTGCAATGGGAACGGATGCTGGTGTTATGAAGCATGGAACAAATTTACGAGAACTTGGTTTAATGAGAGACGCTGGGATGACTGCTATGGAAACAATTGTGGCTTCTACTAAAACAGCTGCAGAGTGTTTAGGATGGGAAGAGCAGCTAGGCACCCTTGAAGTGGGGAAACTAGCGGATATTATCATTGTAAAAGGCAATCCACTAAACGATGTTGATATGCTAGCGAATAATGATACCATACAAGTAGTAATCAAGAATGGGAAAGTAGAAAAAAACTTATTGTTTTAA	MGKKLIKNALIIDGNGAAPIKDSIIALNNEKITYVGKEENYTFDGSESVIDAQDGTVLPGFIDTHVHMMFEYAPITQRLATPFSFMYYQAANYLKATLHAGITSVRDALGADLGVKKAVNEGLICGPRMQLSINALTITGGHGDGYTISGNTVDLLASNYPGMPNGKCDGVEEVRKKTRQMLRAGAEVIKVHATGGVLSATDHPEFTQFSLEELKVIVEEANFRKGVKVMAHAQGAEGIKNAIKAGIHSIEHGIFIDDEAIELMLENETYLVPTLLAPVAVLETAKDAGMPDTAVEKSKEVIEQHQASIAKAYEAGVKIAMGTDAGVMKHGTNLRELGLMRDAGMTAMETIVASTKTAAECLGWEEQLGTLEVGKLADIIIVKGNPLNDVDMLANNDTIQVVIKNGKVEKNLLF				NA	NA	NA	NA	NA
AK148_01567	1170			hypothetical protein	TTGTTAGCTAACCCGTTAATTGCTACTGTACTTATTTTTGCATTAATTGCACTGGGAGAATGGCTCTCCATTGTTTCTAGAGCAAGAATACCTATGCTACTCACTGCCATGACAGGGCTTCTTGTTCTTGTTTGGACAGGGATATTTCCAGAAGATATATTGGAAAAATCACAGTTTGCTGCATTAGGCGCCATATTAATTGGTCCTGCAATCGTTCATATGGGTACTTTGATTCCTATAGCTTTATTAAAAAGTCAAATAAAAGCCGTTTTTATTTCATTAGGTGGTATACTTGTAGCAAGTGCCACTATTTTAATAGTTGTTTCGCTTGCTTTTGACTATGCAACGGCTGTTGCTGGAGTTGGACCGTTGAGTGGAGGAATTATTGCTTTAATTGTTACTTCTGAAGAGCTTGCTGCTGTAGGTAAATCTAGCCTTGTCGTTATACCAGCCTTAGTTGTTGCTTTTCAAGGGGTTTTAGGTATGCCATTAGCACTAAATTTTATGCGGAGATATGCGTTGAAGCTTCAAAAGCAAATGGATACCAATACATTTATCCCTATGGATGCAAGCATTATGTATAAAGAAGCGTCTAGTGCGACAGAACAAATCAGTCCATTAAAGCAAAGTTTAACGTTAAAACTGTTTTACGTGTTTGTGGGAGCAGCAATAGGTGTTGCTCTTGGTGAATTAACACCTATACATTATAGCTTATGGTGTTTGGCAATCGGTATTATTGGTTTGAAATTAGGTTTGTTAGAGAGTAAATCTCTAGAACAGGCGAATTCTTTTTCTATAACAATGGTAGCAATAATATTTGTAGTTATCGGCACAATGGCGGGGGTTTCTCCTCAAGATGTTCTCGCAAATTTACCTAGTATTTTGCTGATCTTAATTTTAGGAACATTCGCAATCGCACTGGGCGGGTATGTAATGTCCAAGCTAGTAAAATGGGATATATTAAAAGGTATGCCTGTTGCTTTAACCGCATTATTTGGATTCCCTGCGGATTACATTTTATGTGAAGAAGTGAGTCGTAGTGTAGCTAGAAATAAACAGGAAGAGAAAATAATCTTCAATGAGCTACTTGCGCCTATGCTAATTGGCGGATTTACAACTGTAACAGTAGCATCTGTAGTTCTTGCTGGAATCTTAGTAAAAACTTTATAA	MLANPLIATVLIFALIALGEWLSIVSRARIPMLLTAMTGLLVLVWTGIFPEDILEKSQFAALGAILIGPAIVHMGTLIPIALLKSQIKAVFISLGGILVASATILIVVSLAFDYATAVAGVGPLSGGIIALIVTSEELAAVGKSSLVVIPALVVAFQGVLGMPLALNFMRRYALKLQKQMDTNTFIPMDASIMYKEASSATEQISPLKQSLTLKLFYVFVGAAIGVALGELTPIHYSLWCLAIGIIGLKLGLLESKSLEQANSFSITMVAIIFVVIGTMAGVSPQDVLANLPSILLILILGTFAIALGGYVMSKLVKWDILKGMPVALTALFGFPADYILCEEVSRSVARNKQEEKIIFNELLAPMLIGGFTTVTVASVVLAGILVKTL				NA	NA	NA	NA	NA
AK148_01568	420			hypothetical protein	ATGGATAATAAACGTTGGAAACGCGGAGAACGAGGACCGTTTCAAGGTATTATGGAACAAATGGACGCTTTTTTTAATGAATCTGCGAAGAACTTCAATTCGCTTATTAAACGCCCATTGGCTGTTCGTACACGTGAAACAGAGGACAATGTGATTGTAGAAGCTGAACTTCCAGGGTACAGACGCGATCAAATCCAATTAGAGATATTTGGTAATCAATTACGAATTTTTGTTGAAGATCATTCGAACACGGATGAAGAAGGTTACAGCCACCAATCAGAAAGAACTGTAACACTTCCATTTGCAATTTCCGAAAAAGAAACCGAAGCAAAATTGAATAATGGCATTCTACAAGTAACTATTCCGAAAAACAATTCCAGCCGGAAATTTATCTCCATTCACGACACTACAGATTTGTAA	MDNKRWKRGERGPFQGIMEQMDAFFNESAKNFNSLIKRPLAVRTRETEDNVIVEAELPGYRRDQIQLEIFGNQLRIFVEDHSNTDEEGYSHQSERTVTLPFAISEKETEAKLNNGILQVTIPKNNSSRKFISIHDTTDL	PGPT0014635_7761	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014635-hsp20-K13993	NA	NA
AK148_01569	747			hypothetical protein	TTGTTTGATTTAACCATTTTGGACTGGTTCATCGTAATTGCTTGTGCTTTATTTATTGGTTTTTCTAAATCTGGAATTCCAAATTTAGTTATTTTAGTGGTCACAATAATTATGTTTGTTTTTCCAGCAAAGGAATCAGTGGGCGTTCTGCTTCCTATGCTTTTGATTGGCGATTTATTTGCTGTCATTTATTATCGTCGTCATGTTGTTTGGAAAAATCTTATACCGCTTATTCCATGGATTTTAGTTGGAATTCTTGGTGGGTTCTTTGTTTTAAGACAAGTGAATGATGAACAGTTAAAGCCAATCATAGGAACGATCGTTCTCGTTATAATCGGTTTAAACGTCATTCGTAATCAATTTGGTGAGCGGTTTAATCAGCTGTTACCAACCTCCATTAGTTTTACAATAACTATGGGAATCCTTAGTGGTTTTACGACGATGGTAGGGAATGCTGCTGGTGCAATCATGACGATTTATTTGTTAGTAAAAAGAGTTCCTAAAAAAGAATTTGTGGGTACAAGTGCGTGGTTTTTTATAACTGTAAATACGATAAAGGTTCCTCTTTATTTGCATCTAAATTTAATTAGCAGTGCATCTTTTAGCCTGAATTTATTAATGCTTCCAGTAATTTTAATTGGGGCCATCATCGGGGCTAAAGTGCTACCGTGGATACCGCAAAACGTGTTTACAATTATAGTGTTGCTGTTAGCTGCTTTAGGAGGGTTATATTTAGTAATTGGTTAG	MFDLTILDWFIVIACALFIGFSKSGIPNLVILVVTIIMFVFPAKESVGVLLPMLLIGDLFAVIYYRRHVVWKNLIPLIPWILVGILGGFFVLRQVNDEQLKPIIGTIVLVIIGLNVIRNQFGERFNQLLPTSISFTITMGILSGFTTMVGNAAGAIMTIYLLVKRVPKKEFVGTSAWFFITVNTIKVPLYLHLNLISSASFSLNLLMLPVILIGAIIGAKVLPWIPQNVFTIIVLLLAALGGLYLVIG				NA	NA	NA	NA	NA
AK148_01570	705			hypothetical protein	ATGAGATCTTTGATGACTTATCATCTTATATCATACATAAAATCATACAATTATGTAGCGCCTATGAGTTTTTTTATTATCATTTTAGTGGTCAACTATGCTATTTATCCAAACCCTGTGTTAGCTAGTTATGGCGTGACTTCGATATATTTGTATATCATAGCAGCTTGGATTACGGTTCGTTTTTTTCATACAGAAGATCCGGTTCAACAGCAAATAACGATGCTTCACGCTAAAAATGAGATGCGATATTTTTGCAGTAAATATGTAACAGCCAGTAGTTTTGTCGTTTTGTTAGCTCTTATTTCGACTAGTTACCCTATTGTTTTTGGAATGTTTAGCAAGAACCCAACAGTATTAGAAGTCACTGTTGGCTTTTTTACTCATTTTTTGTTGGGGTTGGTTGCCGTTACTGTCAGTGTGTTATTTTCTAGAATAATTTTAGTTAAAAAGATTAATTCCTGGTTGGGGCTTAGTCTTGTGCTTGTAATATCTATTGTCTCCTTAGGAGTAGAACCATTATTGCCAGGATATTGGAAATACATATTAATAGTATTTCCGCCAGTATCAGAATTAGCTTTACTTATGAACGATCCATTGGACAGTACGAGACTGCTCCTTATTTATTTATGGATATTCCTTTATGCAGTCGTGATGGTAGGTTTGTTTGCGATATTATATCGTCATAAAAAGAAATTTTCATAA	MRSLMTYHLISYIKSYNYVAPMSFFIIILVVNYAIYPNPVLASYGVTSIYLYIIAAWITVRFFHTEDPVQQQITMLHAKNEMRYFCSKYVTASSFVVLLALISTSYPIVFGMFSKNPTVLEVTVGFFTHFLLGLVAVTVSVLFSRIILVKKINSWLGLSLVLVISIVSLGVEPLLPGYWKYILIVFPPVSELALLMNDPLDSTRLLLIYLWIFLYAVVMVGLFAILYRHKKKFS				NA	NA	NA	NA	NA
AK148_01571	603	btuD_2		Vitamin B12 import ATP-binding protein BtuD	ATGACGTTTACAGGATTTAATTATCTTTATCATTTAGGAAGAATAGGAGGACTCTCACGTGAAGTCGCAAAAGAACGTGTTGGTCAGCTCTTTGATCAGTTTAACTTTACTGCCCAGTTTGAAGCAATTAAGCATTATTCGAAGGGAATGAGACAAAAAATAAATATCATGCAAGCACTCTTACATCAACCTTCTTTGCTCATATTAGATGAGCCCTTATCAGGGTTAGATGAGTCTGTTCAGTTAGAAGTAGAATCTATGTTATATCAATTAAAGCAGCAAGGTTTAACGATTTTTTTTACATGCCATGACTCGCCACTAGTGCATCGTTTAGCAGACCGTACCGTTACATTACAAAATGGGAAGCTTATGGAAAGTGTAATCACTTATGATTATGTCGAGGAGAGTCTTGTTACGATAAAGTCGACGCTTCCAGCAGATGTATCTATTCTTACACAAATAAGCGCTATCTATGGTATCAATCATGAAACAATACACAAAAAGAAGATTCAATTTACGGTAAATTCACGACAAAGTGATGAAATCATTGCTCTATTAATTCAAAGTGGAGCGTCCATTTATTCTGTATGGCATATTCCATAA	MTFTGFNYLYHLGRIGGLSREVAKERVGQLFDQFNFTAQFEAIKHYSKGMRQKINIMQALLHQPSLLILDEPLSGLDESVQLEVESMLYQLKQQGLTIFFTCHDSPLVHRLADRTVTLQNGKLMESVITYDYVEESLVTIKSTLPADVSILTQISAIYGINHETIHKKKIQFTVNSRQSDEIIALLIQSGASIYSVWHIP				NA	NA	NA	NA	NA
AK148_01572	453			hypothetical protein	ATGCCTAGCGGAACAAAGGAAATGACTCTTCAAGCGCCAATTGAACAAGTATGGGATTTTGTTAGCGATATGAACCACTGGGCTCCGTTAGTACCTGGCTATATTGATCATGAGATTATAAACGATACCGAATCCACATGGAAATTCAAAGGGGATCTCGGTATTGTTCAAAAAAAAGTACAACTAAAAGTACTTATAACAAAGTGGGAAAAACCTGAAAAAGTAACTTTTAATTTAAAAGGAATAAGTGAGAAATTCACCGGTAGTGGTTACTTTCATGCTTTAGCAATAAATTCAGATACAACAAAAATGACAGGTCATCTAGACATGAAAGCTGAGGGGATGATGGGACCAGTTATTAATCCAGTTTTAAAATCCTTTCTACCTAAGATGACTACAGAATTAACGGAAGCAATTGCACAAGAAATAACAAACAGCAAAAGTCATTCTTAA	MPSGTKEMTLQAPIEQVWDFVSDMNHWAPLVPGYIDHEIINDTESTWKFKGDLGIVQKKVQLKVLITKWEKPEKVTFNLKGISEKFTGSGYFHALAINSDTTKMTGHLDMKAEGMMGPVINPVLKSFLPKMTTELTEAIAQEITNSKSHS				NA	NA	NA	NA	NA
AK148_01573	1182	mvaS	COG3425	Hydroxymethylglutaryl-CoA synthase	ATGAAAATAGGAATAGATAAAATAGGATTTTACACGCCACATTTATATGTAGATATGAATGATTTGGCAAAAGCTAGGGACGTAGATCCAGCCAAATTCACCATTGGTATTGGTCAAGAAAAAATGGCTATCGCACCACTTACCCAGGATGCTGTTACGTTGGCTGCTAATGCTGCCTTGGAAATTATTGATGAATCAGATAGACAAGCTATTGACTTTGTAATATTTGGTACAGAAACAGGTGTAGATCATTCTAAAGCAGCAGGAGTATATGTTCACCATTTATTAAATCTCCAACCGCAAACAAGAACCGTGGAAGTAAAGCAGGCTTGTTTCGGAGCAACAGCTGGGATTCAAATGGCTAAAGCTCACATTGCTTTACATCCAAACAGCAAAGTTCTAGTATTGGCCTCAGATATTGCCAGATATGGACTACGAACTGGTGGAGAGGCAACACAAGGTGCAGGTGCAGTAGCCATGGTAATGAGTAAGAACCCTAAAATTATGGCAATAGAGGAGCCATCTGCCTATTTAACAGAAGATGTAATGGATTTTTGGCGACCTGTATACTCTGAATATGCTCAAGTAGATGGAAAATTATCAAATGAAATGTATTTGTCTTTTTTTGAAAAGATATGGGAAGCCTATCAACAAAAGACAGGCTTGGGAATTGGCGATTTTTCTGCCATTTGCTACCATCTCCCATATACGAAAATGGGTTTAAAAGCTCTAAGAATGATTTATGACCAAGGAACGGAAGCGGACAAAGAACGTCTGTTAGAAAACTTGGAACATAGTAAAATATACAATAAAAATGTCGGAAATATTTATACTGGCTCTTTGTATTTGAGCTTTCTGTCTTTAATTGAGCATCAAAATAATCTACGTGCTGGTGACAGGATTGGGTTGTTTAGTTATGGATCTGGAGCAGTAGGAGAATTTTTTGCGGGTATTTTACAACCTGGTTATCAAGAACATTTGCATGCAGAGCAACATCAGAAATTACTTTCTTCTAGAACAGAAGTAAGTGTAGAGGAGTACGAACGAATATTTGCAGCGACGTTGCCAAAAGATGGAACTGCTTATCAACTGGATGATCAAAATGATCCTGCAAAGATTAAACTTTCCGGGGTTGGTGAGCATAAACGCCATTATGCAAATAGCCTTGCAGTGAAAATGTAA	MKIGIDKIGFYTPHLYVDMNDLAKARDVDPAKFTIGIGQEKMAIAPLTQDAVTLAANAALEIIDESDRQAIDFVIFGTETGVDHSKAAGVYVHHLLNLQPQTRTVEVKQACFGATAGIQMAKAHIALHPNSKVLVLASDIARYGLRTGGEATQGAGAVAMVMSKNPKIMAIEEPSAYLTEDVMDFWRPVYSEYAQVDGKLSNEMYLSFFEKIWEAYQQKTGLGIGDFSAICYHLPYTKMGLKALRMIYDQGTEADKERLLENLEHSKIYNKNVGNIYTGSLYLSFLSLIEHQNNLRAGDRIGLFSYGSGAVGEFFAGILQPGYQEHLHAEQHQKLLSSRTEVSVEEYERIFAATLPKDGTAYQLDDQNDPAKIKLSGVGEHKRHYANSLAVKM	PGPT0008340_1114	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008340-hydroxymethylglutaryl_CoA_synthase-K01641	NA	NA
AK148_01574	783	pfyP		Blue-light photoreceptor	ATGAAGAAGCAACGACATGATAAATTGCATTTATTTGAAAAGGCATTAAATTATACGAGAGTCGGCTTAATTATAACTGATCCAAATATAGAAGATAATCCAATTATTTTTGTAAATAAAGGTTTTACTGAATTAACAGGATATGAAGAAAATGAAGTTATAGGTAAGAATTGTCGATTCTTGCAAGGTGAAGCTACGGAATCTTATAGTATGGATAGAATACGGTCTGCAATTTGGACAAAGGAGTCCATTTCGCTACAGCTATATAACTATAGAAAAGATGGGACTGGTTTTTGGAATGAGCTTTCGATTGATCCGATGTGGGTGGAAGAGGAGCAAAAATATTATTTCGTTGGCGTCCAAAAAGATGTTACAGAATTAAAAGAAAGTGAACGCCTATTACAAATGAGTTTGCAGGAGATCGATAAACTTTCCACGCCTATTGTACCCATTAGAGATGATGTCGCAGTCTTACCTCTTATCGGTAATATGAATGATCAGCGAATGGAAACGCTCATGACTAATATATCTACGTATATGGAGCAGGCAAATGAGGGATATATCATTATTGATTTATCTGGGCTATATGAAGTGGATACATATACTGTGTCACGTCTTCTAAAAGTTCATCAATTTATTTCATTAATGGGCAAAGAATTATTATTTGTTGGTTTTCGCCCAGATATGGCTCTGAAAACGGTGATTATTCAAGATACGTTTAAAGATATGAACACATTTAGAAATGTTAAAATGGCTTTAAATTACATAGATAAAATTAAGTAA	MKKQRHDKLHLFEKALNYTRVGLIITDPNIEDNPIIFVNKGFTELTGYEENEVIGKNCRFLQGEATESYSMDRIRSAIWTKESISLQLYNYRKDGTGFWNELSIDPMWVEEEQKYYFVGVQKDVTELKESERLLQMSLQEIDKLSTPIVPIRDDVAVLPLIGNMNDQRMETLMTNISTYMEQANEGYIIIDLSGLYEVDTYTVSRLLKVHQFISLMGKELLFVGFRPDMALKTVIIQDTFKDMNTFRNVKMALNYIDKIK	PGPT0014656_15	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014656-ytvA|pfyP-NA	NA	NA
AK148_01575	450	hmoB_1	COG2329	Heme-degrading monooxygenase HmoB	GTGAAATTGAAGATTCAAAGAATTCATGGGGGAGAACCATTAGCTATTATTGAAGAAGGAAACCAAGTTCAAATTGTTTCAGAACAGGTAAATACCTATGAAATCATTGATCAATCCAATAAGTTGTGTCAAGAGGCTGTTACTGTGTTAAATTATATTGGTGTTTATAGTGAAAAAAGGGAGCGCTTTGAAGAACGTTTTTTACAACGCCCTAGAATGATAGAAAACGAACAAGGCTTTATTGCAATTCGCGTTTTACGGCCTTTACAAGATGATATATATATTGTTCTAACACAATGGCAAACGGAGGAAGATTTCCGAAATTGGCAAGCATCTACTGCGTACCAGCATGCGCATAAAAATAGAAATACGCAAAAAGGAATTGACCAAGAGCAAGGCGTACTTAAGGGAAAACCATATCATTATTTGTATCAAGCAAGCCATAGATAA	MKLKIQRIHGGEPLAIIEEGNQVQIVSEQVNTYEIIDQSNKLCQEAVTVLNYIGVYSEKRERFEERFLQRPRMIENEQGFIAIRVLRPLQDDIYIVLTQWQTEEDFRNWQASTAYQHAHKNRNTQKGIDQEQGVLKGKPYHYLYQASHR				NA	NA	NA	NA	NA
AK148_01576	711			hypothetical protein	ATGGATAAAGATGTAGTTGTGATTGTCTATCATGGATCTAAGGATGATGATAAGAATCAAGCGTTTTTAAACTTTGTTGATCATTTACAGGCTTGGGATGATGGAAATGCGCGCTTTATTGGATGTTATATTGAGCAAGCAGAGCCTACTATAAATCAAATTATGCAACAACGGGATAGTTTATACGGACGTGTTTACATTTTTCCATTGCTTTTCTTAAGAGGGAAGCATTATAACCAGGATGTAAAAGGGGTTATTGAAGCATACGAACAAGAAATAAATAAAAATACAGTATTGCTCCCACCACTTTGCGAAGACGATTTATTTTTAACCTATGTGGTTGAGCGTTTATATTCGGTTTATAATCAACCAGTTATTATTGCGGCACATGGGTCAGCTCATGACACTCGTGCAAATGATGCACTTGAACAGTTGACTACTCTTTTGGAACAACAATATTCCCGACCATCCTCGTCTCTGTTCTTATTTGGCGAAGGGCAACATGCCGTTTTAGAACAATTTTCTTTCCGTTATGAGTTGTTTTATATTTTGCCACTAACATTTGGAAAAGGGGCAGTTTACGAGCAGTTTAAAGACAGGGTGCTAGGCTATCCAAAAGCAAAGCTGTTGCCGCCTGTCTATTTTGATAAATCGTTGCAGAATTATGTTTTGTTGAAGTTAAAAAGTTTAAGGGAGGATGTTGAAAAGTGA	MDKDVVVIVYHGSKDDDKNQAFLNFVDHLQAWDDGNARFIGCYIEQAEPTINQIMQQRDSLYGRVYIFPLLFLRGKHYNQDVKGVIEAYEQEINKNTVLLPPLCEDDLFLTYVVERLYSVYNQPVIIAAHGSAHDTRANDALEQLTTLLEQQYSRPSSSLFLFGEGQHAVLEQFSFRYELFYILPLTFGKGAVYEQFKDRVLGYPKAKLLPPVYFDKSLQNYVLLKLKSLREDVEK				NA	NA	NA	NA	NA
AK148_01577	1308	dctM	COG1593	C4-dicarboxylate TRAP transporter large permease protein DctM	ATGACTCCTGAAATGATAGGGATGATAGGAATTATTGGATTAGTTGGCCTGTTGTTATTAAAAATACCTGTAGGCATCGCTTTAATTATAATTGCACTAAGCGGAACAACACTTATTCGTGGTTGGGACGTGGCGTTTTCTCAATTAGGTAGAACGCCTTTTGATACAGCAAGTTCATACTCTTTAAGCGTTATTCCATTATTTATCTTGATGGGTATGATTCTTTCTTATACAGGTATGGGGAAAGATTTATACAAAGCTGTCGATAGTTGGATTGGTCATTGGAAAGGTGGCTTAGCCATGGCAACAATTGGTTCTGCAGCTATTTTTTCAGCCATATCAGGCTCTTTAAATGCTACAACTGCTACCGTATCGAAAATCACTTTACCTGAAATGGAAAAATATCGTTATAAGCCAAGCTTGTCTACAGCATGTGTGGCAGCGGGAGGAACATTAGGCATTCTGATTCCGCCAAGTGTGATTTTGATTTTATACGGCATTCAAACGAGAGAACCTATTGGAGAACTGCTTATTGCAGGAATCATTCCAGGAATGATTCAAATGCTCCTATTTATATTGATTGTAGTGTTTCTTGTGCGTAGAGACCCTACGTTAGCCCCTGCTAGAGAAGAAGGGAGCGCTTTAACAACGGAAAAAATGACCACACTAATACGCATGTGGCCCTTTGCAGCGCTTTTTTTAATTAGTATTGGAGGAATATATTTAGGGATATTTACCCCCACAGAAGCTGCTGGAGTAGGAGCTATCAGTGCTTTGTTTTTCTCCTTGCTTACTAGAAAAATGAATTGGCACCGGCTAAAACTAGCTTTTCATGAATCTGTAAAATTAACAGCTTATATCTTCTTTATTCTAATTGGAGCTACGTTGTTTAGTCAGTTTTTGACGATAAGTAGACTTCCTGTAGAATTAACTTATCTTGTCAGTCGTTTAGATTTAAATCACTATATCATTCTTATTGGTATATTACTAGCATTGTTTTTGCTTGGATGTTTTATTGAAGGGTTATCTCTGATTGTACTTACCATCCCAATTGTTTATCCAATAATCTTGGAACTAGGATTTAATGGTGTTTGGTTTGGAATTATAATGGTAATGGCAATTAATATTGGTTCTTTAACCCCCCCACTGGGAATTAGTATTTTTGTAATTAAAGGGGTCGCTCCTAATATACCTGTTCAAACTATATTTAAGGGAGCTATACCAATGATAGTCGGCATGATTATTTGCATTTTAATACTCATTATATTTCCTTCTTTTGTTACAATTTTGCCCAGTTTAATGAGATAA	MTPEMIGMIGIIGLVGLLLLKIPVGIALIIIALSGTTLIRGWDVAFSQLGRTPFDTASSYSLSVIPLFILMGMILSYTGMGKDLYKAVDSWIGHWKGGLAMATIGSAAIFSAISGSLNATTATVSKITLPEMEKYRYKPSLSTACVAAGGTLGILIPPSVILILYGIQTREPIGELLIAGIIPGMIQMLLFILIVVFLVRRDPTLAPAREEGSALTTEKMTTLIRMWPFAALFLISIGGIYLGIFTPTEAAGVGAISALFFSLLTRKMNWHRLKLAFHESVKLTAYIFFILIGATLFSQFLTISRLPVELTYLVSRLDLNHYIILIGILLALFLLGCFIEGLSLIVLTIPIVYPIILELGFNGVWFGIIMVMAINIGSLTPPLGISIFVIKGVAPNIPVQTIFKGAIPMIVGMIICILILIIFPSFVTILPSLMR	PGPT0017335_1410	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_C4-DICARBOXYRATE_TRANSPORT,PGPT0017335-dctM-K11690	NA	NA
AK148_01578	489			hypothetical protein	TTGAAAAGGTGGATAGAACAACTTGCAAGATTCTCTCATAGGCTAGCTCAATGTATTTTGTTTATGATGGCTATATATATTACCATAGATGTTTTATCAAGGTGGATGTGGAATAAACCCATATTAGGTGCTGTTGATTTTACGGAACTTGGTTTATCAATGGTGATTTTTTTAAGCATTGCTTATACACATGTAAAAGAAGAACATATTTCCATAGACTTTGTTTTCGAACGGTTTCCAAAGCGAATGCAATTGGTTTTACATGCCATCATTCATTTCCTCACCTTTATTTTAATGGTTTTAATAGGGTGGAGTACTAGCGAATACGCAATTCGTCTATACAAAGCTAATACAACTACCGGAGATCTTACTATTCCTCTTTATCCTATTGCTTGGGTAGCTGTTATTGGATTAAGTTTATTCGCATTATCAGCCCTGCTACACGCTATACGTTATATGCATAAGGGGGTCTTCATAAATGACTCCTGA	MKRWIEQLARFSHRLAQCILFMMAIYITIDVLSRWMWNKPILGAVDFTELGLSMVIFLSIAYTHVKEEHISIDFVFERFPKRMQLVLHAIIHFLTFILMVLIGWSTSEYAIRLYKANTTTGDLTIPLYPIAWVAVIGLSLFALSALLHAIRYMHKGVFINDS				NA	NA	NA	NA	NA
AK148_01579	1032			hypothetical protein	ATGTTGCGAAATCACTACCTGCTTATAGGCTTTGTATGGTTATTTATTCTATCGGCTTGTTCTCAAGGAATAGCTTTAACCGAATCGGATCACCATTTGGTAATTTCCCATTTTTTACCTGGGAGCCACCCCATTCAAACGGATATTCTGAAAGAAATTGGCGATGAATGGACAGAGGAATCGAATCATTCGATTACATATGATTTATACCCTTCTAATGCATTAGGGAATGCAGGATCACAGTATGATATGGCCGTCACTGGAGAGGCAGACATTGCCTTAAGCGTTCATGGCTATTCACCTGGAAGATTTTCTTTAGTTTCTATACTGGAATTACCATTTTTTGCAGAGTCAGCAGTACACGGGTCAAAAATAATAGAACATTTATTTCATGAATTTCCTAGTATTCAAAAGCAACATGATGATAGCGTTCCATTATTTTTATTCACCGCAGATCCTGCTCAGTTAGTGACGAAAACAAAACGAATAAAATCTCCAGAAGATGTAAAAGGGTTACGCATTCGATCACCTTCTCCATTAGCAAATGAAATATTAGAAGCGCTAGGTGCCGTTCCGGTATCTATGCCAATGGGAGATGTGTATGAATCTATGGAGCGAGGCGTCATTGATGGAGCAATGATTCCGTTAGAAGCTTTATATAATTACAACCTCCATGAAGTAACAAACTATATTACGATCGGAAACTTTTCAACAACGCCTTTTTTTGCTGTCATGAACAAACACAAGTATAATCAGTTTTCAAAATCGGAAAAATCAATGATACACGAATCCACTGGTTTAGAAGCAGCGATAAAAAGCGGCGAAGTTTTTGATCAAGATGGGAGAAAAGGAAGAAATCTAGCGGAAGAGAACGGTGCGAAAGTGTATGAGGTAGATAAAATTCAAATAGGTGAATGGAACGCAGCCTTAAAACCTGTCTTTGAGACATGGATAGAAGAAATGGAAAAAGAAGGTTATCCAGGCAGGGAAATTTATGGTCGAGCTTTAGAACTTAAAGAAGAGTTACGTTAA	MLRNHYLLIGFVWLFILSACSQGIALTESDHHLVISHFLPGSHPIQTDILKEIGDEWTEESNHSITYDLYPSNALGNAGSQYDMAVTGEADIALSVHGYSPGRFSLVSILELPFFAESAVHGSKIIEHLFHEFPSIQKQHDDSVPLFLFTADPAQLVTKTKRIKSPEDVKGLRIRSPSPLANEILEALGAVPVSMPMGDVYESMERGVIDGAMIPLEALYNYNLHEVTNYITIGNFSTTPFFAVMNKHKYNQFSKSEKSMIHESTGLEAAIKSGEVFDQDGRKGRNLAEENGAKVYEVDKIQIGEWNAALKPVFETWIEEMEKEGYPGREIYGRALELKEELR				NA	NA	NA	NA	NA
AK148_01580	390	hpcD		5-carboxymethyl-2-hydroxymuconate Delta-isomerase	ATGCCTCATTTAATCATCGAATATACTGCCAATATTCGAAAGGAAATAAATATCCATGATTTATTGAAACAGGTTCATCAGGTGTTATTATGCCATCGTGAGCTAATCCCCATAGGTGGACTTCGTTCTAGAGCAATTGCATTAGAAGAATATCTTGTCGCAGATGGTACAGAGGATGATGCGTTTGTTCATGCAACTTTAAAACTTGGAAAAGGGAGGACAGATGAGGAAAAAAAATTATTATGCAATGACTTGTTTACGGTGATGACAAACTATTTAGCTTCTTTATATAACGAAAAGTATTTAGCCATTTCCCTAGAATTATATGAATTTACTCTTCCAACCTACAAATTAAACAATATTCATCATCGCTATATACAAGAAAAATAA	MPHLIIEYTANIRKEINIHDLLKQVHQVLLCHRELIPIGGLRSRAIALEEYLVADGTEDDAFVHATLKLGKGRTDEEKKLLCNDLFTVMTNYLASLYNEKYLAISLELYEFTLPTYKLNNIHHRYIQEK				NA	NA	NA	NA	NA
AK148_01581	771	hpcE_1	COG0179	Homoprotocatechuate catabolism bifunctional isomerase/decarboxylase	ATGAAGTATGCACGGGTAGCATTTGAAGGAAGTATACAAGAAGCCATTGTGACAGAGAATAATATTCAACTACTTGATGGTCAGCTAGTCAAGGAAAATGAAGTAGTTTGGTTACCTCCTGTACAGCCGAATACAATTTTTACATTAGGATTAAATTATGCGGATCATGCGAAAGAACTATCATTTTCAGCAGTTCAAAAGGAACCGTTAGTCTTTTTTAAAGGCCCAAACACTTTAATTGGTCATAATGGAAAGACTGTTCGCCCAAATGATGTGACGTTTATGCATTATGAATGTGAATTAGTAGTAGTAATAGGTAAACAAGGAAAAAATATAAAGCAAAAAGAGGCTTATGACTATGTAAGAGGCTATACTGTAGCAAATGATTATGCCTTTCGAGATTACTTAGAAAATTATTATCGCCCAAACCTACGTGTGAAAAACCGTGATGCTGCAACACCGATTGGTCCTTGGCTTGTTGACAAAGAAGACGTAAAGGATCCGATGAACTTAACTTTACGAACGTTTGTTAATGGAAAACAAACACAACAAGGTTGGACAGGAGATATGCTTCTAAGCATACAAGAACTCATTGAATATTTGAGTAGTTTTATGACGTTATATCCAGGAGATATTATCTTAACAGGTACACCAAAAGGGTCCATTGATACAGTAGTGGGAGATGAGGTTATCACGGAAATTGAAGGGATTGGGCGTTTAATGAATACGATTATAAGTGAAGGAGCGTTAACAAACTTTAAAAACGAGTAG	MKYARVAFEGSIQEAIVTENNIQLLDGQLVKENEVVWLPPVQPNTIFTLGLNYADHAKELSFSAVQKEPLVFFKGPNTLIGHNGKTVRPNDVTFMHYECELVVVIGKQGKNIKQKEAYDYVRGYTVANDYAFRDYLENYYRPNLRVKNRDAATPIGPWLVDKEDVKDPMNLTLRTFVNGKQTQQGWTGDMLLSIQELIEYLSSFMTLYPGDIILTGTPKGSIDTVVGDEVITEIEGIGRLMNTIISEGALTNFKNE	PGPT0001630_42	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001630-hpaF-K16164	NA	NA
AK148_01582	783	hpcE_2	COG0179	Homoprotocatechuate catabolism bifunctional isomerase/decarboxylase	GTGCAGACAATTTATCTGAAGTTGTCAGGAGTAGGACCTTTACAAGAAGGTAGATTGGATTTAAGGAAGCAAACGATTATGATAGGGAACACCACCTATAAAGCAGATCAGATACCATTGGAAATTCCTGTAAACGGAACTGTATACGGGACATTATTAAACTACCATGGTGCCTATGAGCAATTAAAGCCAGCTATGAATGAAGCACCCTATGAAAAGCCACCTAAGGCACCCATTCTCTATATAAAACCGATGAATACATTTGCTGCAACAGCATCTTCTATTCCTTGTCCTGAAAGTGCGGTGGAAATAGGTGCAGCATTAGGGATTGTGATTGCAAAAACGGCAAAGAAAGTATCGGAAGCTAACGCGCTAGATTATATTAAAGGATATACAATTGCCAATGATGTTAGCATTCCGCATGATAGTGTTTATCGTCCAGCGGTAAAGGAAAAAGCACGAGATGGCTTTTGTCCAATTGGGCCATGGATTATGGATAAAACCGCAGTAGATAATCCTAATAACTTAGAGGTTCGTGTTCTCGTTAATGGAGTAGTTAAACAGCGAAGTAATACAAATCAATTGATTCGATCCGTAGAAAAATTGCTTTGTGATGTAACTGAGTTTATGACACTTGCAAAAGGAGATGTATTATTAGTAGGTATACCTGAGAATCCTCCACGAGTAAAAGCAAATGAACGCGTACAAATAGAAATTGAAAAGGTAGGTACACTTGAAAATACAATAGTAACGGAATCATTACCTGCAGGAGGAAGAATATGA	MQTIYLKLSGVGPLQEGRLDLRKQTIMIGNTTYKADQIPLEIPVNGTVYGTLLNYHGAYEQLKPAMNEAPYEKPPKAPILYIKPMNTFAATASSIPCPESAVEIGAALGIVIAKTAKKVSEANALDYIKGYTIANDVSIPHDSVYRPAVKEKARDGFCPIGPWIMDKTAVDNPNNLEVRVLVNGVVKQRSNTNQLIRSVEKLLCDVTEFMTLAKGDVLLVGIPENPPRVKANERVQIEIEKVGTLENTIVTESLPAGGRI				NA	NA	NA	NA	NA
AK148_01583	930	dapA_3	COG0329	4-hydroxy-tetrahydrodipicolinate synthase	ATGATTCATTTGGTTAAAAACTATGAGAATATAAAGCAACGATTACGAGGGTCTGTTACTCCGTTAATTACGCCTTTTAAAGCAAATTATGAAGTAGATTATGAAAAACAAACAGAATTAATTGACTATCAACTTCAAAATGGAACACATGCTATTTCTGTTACGGGAACTTCGGGAGAACCAAGCTCGCTTACTTTAGAAGAACGTGTTTACGTAATGGAAAATGCCCACAAAGCCATTCGTGGAAGAGTGCCATTTGCTCCTGGAACAGGTTCTACAAATCATGAAGAAACGATGTACCTAACGAAAAAAGCTCAAGAGATTGGTGCGGATGCTGCTATGGTCATTGTTCCGTACTATAATAAACCAAATCAGCACGCTTTATTTAAGCATTTTAAAACCGTAGCTGATGCAGTAGACATACCGATTATTGTCTATAATATACCAGGTCGGACAGCTGTCAATATGGAAGTGGAAACATTAGCTAGATTAAGGGAAGAATGTCCTAATATTATTGGTGTTAAGGAATCGAATAAAGATTTTGAGCATGTAAATCGTGTATTGCTTCATTGTGGAAGAGATTTTATGCTGTTTTCAGGTATTGAACTGCTTTGTTATCCTATGCTTGCAATTGGTGGAGCAGGATCAATTAGTGCAACGTCGAATGTCGAGCCGAAAAAAGTAGCTGATATGCATAATGCCTGGGCAGAAGGTGATGTTGAACAGGCGCAGAATTTGCACTTTGAACTAATGAAGTTAAATGATGTTTTATTTAAAGATACGAATCCTGCTCCCGTTAAAGCAGCGCTTGGCATGATGGGGAAAATTGAACCAGTATTACGTTTGCCAATGGATGTTCCCTCTGAGAAATTACAGAACGAAATATATGAAACCTTAATGGATTATGGAAAGGTGTTGCAGCAAACGTAG	MIHLVKNYENIKQRLRGSVTPLITPFKANYEVDYEKQTELIDYQLQNGTHAISVTGTSGEPSSLTLEERVYVMENAHKAIRGRVPFAPGTGSTNHEETMYLTKKAQEIGADAAMVIVPYYNKPNQHALFKHFKTVADAVDIPIIVYNIPGRTAVNMEVETLARLREECPNIIGVKESNKDFEHVNRVLLHCGRDFMLFSGIELLCYPMLAIGGAGSISATSNVEPKKVADMHNAWAEGDVEQAQNLHFELMKLNDVLFKDTNPAPVKAALGMMGKIEPVLRLPMDVPSEKLQNEIYETLMDYGKVLQQT	PGPT0002080_1579	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM	CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714	NA	NA
AK148_01584	987	bphC		Manganese-dependent 2,3-dihydroxybiphenyl 1,2-dioxygenase	ATGAAGGTGAATTTTAATATTATACGTGCCGGTCGTGCTGTCTTACATGTTACCGATATAGAAAAATCGCGTTTATTTTACGAAAAACTTGGATTTGTCGTCACGGATACAGATAATGAAAATTTGTTTCTTCGTGGTTTAGAAGAGCATAATCATCATAGCTTATGGTTAAAACAGAATCAAGAGCCAGCTGTGGAAGTAATTAGTTACAAAGTGACCTCAGAAAAAGATATAGATGAACTTGAAAGTTTTTTTAGGCGTCAAGGAAGAGAAGTAAAGCGGATCAAAGCAGGAGAACAGCCTGCTGTTGGTCAAACAATTCGTGTGCAGGATATAACAGGTATTCCAATAGAATTTTATGCACAAATGGAGACAGTGGAGCGACTCTTACAACGGTATGATTTGCACACAGGTGCAAAAGTTCAACGAATTGATCATTTTAACTGTATGGTGCGCGATGTGGAAACAGCTTACCACTATTATTTGCACAAACTAGATTTTGCCTGTTCAGAGTACACAGTAGGGGAACATCAAAAAATATGGGCAGCTTGGCTTCATCGTAAGCCTTCTGTTCATGACGTTGCGTTTATGAATGGAGTAGGCCCCCGTTTACATCATATTGGATTTTGGTTAAAAGATCCTATGAGCCTCATTGATGGATGTGATGTGCTAGCAGCGGCAGGATATAGCACCAATATAGAAAGAGGACCTGGTCGCCATGGGCTTTCGAACGCTTTTTTCCTATACGTGAGAGATCCAGATGGACACCGAATCGAACTATATAATGGTGATTATTTAACGAGTGACCCTGATTTCAAACCTATAAAATGGGATTTGGATGATCCAATGCGGCAAACCTTTTGGGGACATGAAGCTCCAGACAGTTGGTTTGATGAAGCTTCAGACGTTTTAGATATACAAACCGGTCAAAAAATAGCATTACAGCAGCCTAAACTGAAAAAAAGTAAGCCACAATTTATCATGTAG	MKVNFNIIRAGRAVLHVTDIEKSRLFYEKLGFVVTDTDNENLFLRGLEEHNHHSLWLKQNQEPAVEVISYKVTSEKDIDELESFFRRQGREVKRIKAGEQPAVGQTIRVQDITGIPIEFYAQMETVERLLQRYDLHTGAKVQRIDHFNCMVRDVETAYHYYLHKLDFACSEYTVGEHQKIWAAWLHRKPSVHDVAFMNGVGPRLHHIGFWLKDPMSLIDGCDVLAAAGYSTNIERGPGRHGLSNAFFLYVRDPDGHRIELYNGDYLTSDPDFKPIKWDLDDPMRQTFWGHEAPDSWFDEASDVLDIQTGQKIALQQPKLKKSKPQFIM	PGPT0005055_299	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
AK148_01585	1506	amnC		2-aminomuconic 6-semialdehyde dehydrogenase	ATGACAAATCAAATAACAGAACAACATTTTGAAATGAAGCAACAAGTGAAGGATGTTCCACATTATATTAATGGAAAATTTGTTTCTGCAGTTCAGGAGGAAGTCTTTGAAAATATTAGTCCATTTACCAATCAAACGATCAATCAAGTAGCGTCAGGGAATAAAGCGGATATAGATCTAGCTGTAAATGCTGCTAAAAAAGCATTTTACGGTGAGTGGGGGCAGTTAAAAATAAAGGAAAGGCTGGCTTATATTTTTAAAATTGCCGAAGTCATCGATGAACATATTGACGAAATTGCGCCACTCGAGTCATTTGATACGGGGTTGCCAATAAGTCAGACAAAAAAAATGGTAAGTAGAGCAGCATATAATTTTCGTTTTTATGCAGAAATGGTTGCAACAAGGATGGTTGGAGAAGCATATCAAGTAGACGATGAATTTTTAAATTACACCATTCATAAGCCTGTTGGAGTAGCTGGTTTAATTACACCTTGGAATGCACCATTTATGTTAGAAACTTGGAAGCTTGCACCTGCACTTGCTACTGGAAATACTGTCGTGTTAAAACCAGCAGAATGGTCACCGTTAACAGCGCATCGTTTAGCAGAAATTATAGATAAAGTAGGGTTGCCAGATGGTGTGTTTAATGTTGTTCATGGTTATGGAGAAACAGCTGGAGCCGCACTGGTGTCACATCCTGATGTGCCTTTAATCTCATTCACTGGAGAAACAACAACAGGTTCAGAAATTATGAAAAATGGAGCGGATAGCTTGAAGCGTTTTTCGATGGAACTTGGTGGCAAGTCACCGATTATAGTGTTTGAAGATGCAGATGTAGAAAGAGCGTTAGATGCATGTACATGGGGAATTTTCTCTTTCAATGGGGAGCGTTGTACAGCTAATTCACGTCTCTATGTACATGAAAGTATCGCTTCCACCTTTATTGAACAGTTAAAAGAACGAATTTTCAATATAAAAGTTGGAGATCCGCTTAATGAAAATACACAAGTAGGACCGTTAATTCATAAAGAACATTATGAAAATGTGCGGAGTTATTTGGATTTAGCAAAAGAAGAAGGTTGTGAAGTAATAAGTGGCCATGCACCAAGGAATAGTGAGGGAAACTATGTTCCGCCGACTTTAATTCTCCATGCGAAAAATGATATGCGTATCGTTCAGGAAGAAATTTTTGGCCCTGTCATAGCAGCAATGACATTCACGGATGAAGCGGAAGTAATTCATTTAGCTAATGATGTCCGCTACGGGCTTGCAGGTTATGTGTGGACAAAAGATATACAACGTGGGCATCGGGTTGCTCAAGCCATTGATTCAGGAATGTTATGGGTTAATGCTCAAAATGTAAGGGATTTAAGGACGCCATTTGGAGGATCTAAGCATAGTGGTATAGGTCGTGAAGGTGGGCATTACGCATTTGATTTTTATACAGAAACGCAAATTATTCATATTGCATTGAAAGATCACTATATTCCACAATTTGGCAAATAA	MTNQITEQHFEMKQQVKDVPHYINGKFVSAVQEEVFENISPFTNQTINQVASGNKADIDLAVNAAKKAFYGEWGQLKIKERLAYIFKIAEVIDEHIDEIAPLESFDTGLPISQTKKMVSRAAYNFRFYAEMVATRMVGEAYQVDDEFLNYTIHKPVGVAGLITPWNAPFMLETWKLAPALATGNTVVLKPAEWSPLTAHRLAEIIDKVGLPDGVFNVVHGYGETAGAALVSHPDVPLISFTGETTTGSEIMKNGADSLKRFSMELGGKSPIIVFEDADVERALDACTWGIFSFNGERCTANSRLYVHESIASTFIEQLKERIFNIKVGDPLNENTQVGPLIHKEHYENVRSYLDLAKEEGCEVISGHAPRNSEGNYVPPTLILHAKNDMRIVQEEIFGPVIAAMTFTDEAEVIHLANDVRYGLAGYVWTKDIQRGHRVAQAIDSGMLWVNAQNVRDLRTPFGGSKHSGIGREGGHYAFDFYTETQIIHIALKDHYIPQFGK	PGPT0005060_124	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
AK148_01586	477	nphA2		NADH-dependent flavin reductase	ATGGATAGTAGAGCTTTCCGAAATGCAATGGGACGCTTCGCAACTGGAGTTACTGTCATTACAACTAAAATAGGAGAAGAGATCCATGGTATGACAGCAAACGCATTTATGTCCGTTTCCTTAGAGCCAAAATTAATTACAGTATCGATAGATAATCGAGCGAACATGTTAACAAAACTGCATAAATCTAATAAGTTTGCAGTTAATGTTCTAACAGATACGCAACAAGATATATCCATGCATTTTGCCAATCAAGCTAAAAGATGCGAGGAAATACCATTTAAAATCCTTCATTGTGTCCCAATTATTCAAGATGCGCTTGTTTCCGTTGTTTGTGAAGTGGAGCAGGATTTTGAAGTAGGGGATCATACCCTTTTTATTGGTAAAGTAATAGCAATGGAGTCTAATCAAGGCAGTCCGTTAACTTTTTATAAGGGACAGTATGGAAAATATGAGCCTGCAGAATACGTAAATTAA	MDSRAFRNAMGRFATGVTVITTKIGEEIHGMTANAFMSVSLEPKLITVSIDNRANMLTKLHKSNKFAVNVLTDTQQDISMHFANQAKRCEEIPFKILHCVPIIQDALVSVVCEVEQDFEVGDHTLFIGKVIAMESNQGSPLTFYKGQYGKYEPAEYVN	PGPT0006700_573	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_STEROID|DERIVATE_DEGRADATION	XENOBIOTIC_ADROSTENEDIONE_DEGRADATION,PGPT0006700-hsaB-K16048	NA	NA
AK148_01587	1452		COG2368	4-hydroxyphenylacetate 3-monooxygenase oxygenase component	ATGCCAGCTAAAACAGGACAACAGTATATTCAACGTTTAAAGGAAGCAAATAATAATGTGTATATCCAGGGAGAAAGGGTTCAAGATGTAACAGAGCATCGTCTCTTTAAAAATGTCACCCAAACGATGGCAAAGCTATATGATCTCCAATATGAAAAGCCAGAGAAAATGCTCTATACATCACCAACAACAGGCGATCAAGTAAGTAAAACATTTATGGTGCCGACAACGATAGATGAATTAATGGAGCGTAGAGAGGCCATTATGGAATGGCAAAGTTTTACAAAGGGGTTAATGGGGAGGTCACCTGACTATTTAAATGCGGATGTCATGGCAATGGGGCAGGCAAGTGAATTTTATGCTGAAGGAGATCCGATGTTCGCTGAAAACGCTAGAAATTATGCAGCGTTTGCTCGGGAAAATGATATTAGCTTGACGCATACATTAATTCATCCTCAAGTAAACCGGGCAAAAATACAAGCAAAGCAAAAAGACGCAAATGTAGCATTACATGTTGTAGAGAAAAACGATGATGGAGTCGTAGTTGATGGAATTCGCTTGCTAGCAACCCAAGGAGCAATCACGGATGAAATTTTAGTTTTTCCTTCAACAGTTAAAAAATCAGGTGAGTTGGATGACCCTTACTCCTTAGCCTTTGCAATCCCAAATAATACGCCAGGTCTAAAATATTTAAGCCGTGAAGCTTTTGTCTATAGTGATAATTCATACGATCACCCGTTAAGCCAACAATTTGAGGAAGGGGATACAATCGTTGCTTTTGATCATGTATTAGTACCATGGGACCGTATTTTTGTGCTGGAGAATTCATCCATTTGTAACCGGGCATTTGGTGAAACGAATGCTGTCGTTCATATGACGCATCAAGTAGTCATAAAAGATATTGCAAAAACAGAATTTTTACTTGGTGTTGTGCTGACATTAATGGATTCTATCGGTATTGATGGCTTTCAGCACGTGAAAGATAAAGGGACAGAAATTATGCTTACATTAGAAACGATGAAGTCACATTTATTCCGTGCAGAACATAATGCTAAGCTCGATAAATGGGGAATGATGACACCGGACTTTGCGGCGCTTGATGCAGCTAGAAATTGGTTCCCGCGTGTATATCCACGGATGGCAGAAATCATTCGAATTTTGGGAGCATCTGGAATGATGGGGATTCCAACACAGGCTGACTTTGAAAATGAGGAGATTGGACCTATTCTTCACCGTGCGATGCAAGGGAAAAATGTCCAAGGATATGAGCGTGTACAGATCTTTCGCTTAGCGTGGGACTTAACAATGAGTGCGTTTGGAAGCAGGCAGACCCATTATGAATATTATTTCTTTGGTGACCCAATTAAGATGGGAATGGCTTATTTTGATAAGTATGATAAACAAACTTATAAAGCGCAAGTGAGCGATTTTTTACACTATAGGAAAGCATAA	MPAKTGQQYIQRLKEANNNVYIQGERVQDVTEHRLFKNVTQTMAKLYDLQYEKPEKMLYTSPTTGDQVSKTFMVPTTIDELMERREAIMEWQSFTKGLMGRSPDYLNADVMAMGQASEFYAEGDPMFAENARNYAAFARENDISLTHTLIHPQVNRAKIQAKQKDANVALHVVEKNDDGVVVDGIRLLATQGAITDEILVFPSTVKKSGELDDPYSLAFAIPNNTPGLKYLSREAFVYSDNSYDHPLSQQFEEGDTIVAFDHVLVPWDRIFVLENSSICNRAFGETNAVVHMTHQVVIKDIAKTEFLLGVVLTLMDSIGIDGFQHVKDKGTEIMLTLETMKSHLFRAEHNAKLDKWGMMTPDFAALDAARNWFPRVYPRMAEIIRILGASGMMGIPTQADFENEEIGPILHRAMQGKNVQGYERVQIFRLAWDLTMSAFGSRQTHYEYYFFGDPIKMGMAYFDKYDKQTYKAQVSDFLHYRKA	PGPT0020455_592	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020455-hpaB-K00483	NA	NA
AK148_01588	885	gltC_2		HTH-type transcriptional regulator GltC	TTGGATTTAAGACAATTAAGATATTTTCAAACGATTGCCAGAGAAGGACAAATCACACGTGCAGCAAAAAAATTGCATATAGCTCAGCCACCCTTAAGTCAAAGCTTAAAAGCTTTAGAAACCGAATTAGGCGTCAAATTAATGGAGCGTAATGGCAGGAAAATGGAATTAACAGAGGCAGGTAATATTTTATACCAAAAAACAATTCACCTGTTTGAGTATGTAGAAGAGACCTGCATAGAGGTGAAAGATACAGCAGCAGGTATAAAAGGAATACTATCCATTGGTTGTGTAAAAACATGCTTTCCGCAAATACCAAAAAAGCTTAAATATTTTCATAGGAAATATCCGAATGTTCATTTTCAGCTCAAAGAAGGTGATTCTTACTTGCTTGCAGAAGAACTGATCCAGCGATCCATTGATCTAGCAGTTGTTCGCTTACCTCTTGATATGAGCCTTTTTGCTAAACAATCTCTTCCTAGTGAAAACTACATAGCTGTCATACCGGAAAGTTGGTCTACTACTTCAACCGCCAAAGCCATTACCATGAAAAAATTAAGTGAGTTGCCATTACTACTCTTACACCGCATCCAAGGACAAGGGCAATATGAGTTAATTCTTGAGCAATTTGAAAACCACCGTTTATCACCAAAAATTATTTGTGAGTGTCCAGATGTGGACATGATCTTGCAATTAGTAAGTGAACAGGTAGGAGCAACTATCATTCCAGAATTGACGCTACAAAATCATCCATTACGTGGTTTGAAACAACTACCTATTAAAGATCATTCCTTCTCTTCTCACTCAGCAATCATTTGGCTAAAAAATCGCTACTTACCAAAAAGCGCCAAACGTTTTATTGAACTATTTACAGGTGATAAATGA	MDLRQLRYFQTIAREGQITRAAKKLHIAQPPLSQSLKALETELGVKLMERNGRKMELTEAGNILYQKTIHLFEYVEETCIEVKDTAAGIKGILSIGCVKTCFPQIPKKLKYFHRKYPNVHFQLKEGDSYLLAEELIQRSIDLAVVRLPLDMSLFAKQSLPSENYIAVIPESWSTTSTAKAITMKKLSELPLLLLHRIQGQGQYELILEQFENHRLSPKIICECPDVDMILQLVSEQVGATIIPELTLQNHPLRGLKQLPIKDHSFSSHSAIIWLKNRYLPKSAKRFIELFTGDK	PGPT0019770_165	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-SALICYLIC_ACID_RESISTANCE,PGPT0019770-bsdA-K21755	NA	NA
AK148_01589	1371	ribZ_2		Riboflavin transporter RibZ	ATGAATGGTGGTTTGATGAAGAAATTAAACAAAAAGCGTTGGCTGTTTATTATTACAATTGGATTAGGAACATTACTAAATCCTTTAAATTCATCGATGATATCTGTTGCAGTTACACGTATGCAGGCAGATTTTGCTTTAACTTTTATCCATGCATCATGGTTAATTTCGATTTTTTATTTAGCAAGCGCAGCTGGACAGCCAGTAATGGGGAAATTAAGTGATATGTTTGGAGCTAAACGATTATTTTTAACAGGGTTGACGCTTGTAGCTTTTGCATCTTTACTGGCCCCGTTTTCTCCTAATTTTCCAATTTTATTAGCTTGTCGTGCATTGCAGGCGATTGGTAGCTCAACTTTATTCCCGAGTGGGATGAGCATGATACGAACGCACATTACAGAAGGACAAGGGCGGGCGCTGGCGATTTTATCCATCTTCGCTTCTACATCGGCAGCTTTTGGTCCTTCTATTGGTGGTTTTTTTATTCATTCTTGGGATTGGCAAGCTATTTTTATTATCAACTTTCCATTTATTATTGTGTCATTTGTATTAGCTATGTTTATTTTACCTGCTAAAAATGAAAAAGTAGAGATAAAACAGATAGATTTGTTAGGAATTTGTTTGTTTATTTTATCAATAACAAGCTTTATTTTGTTCTTGCTTTCGTTGGAGGAAGGAAATATCCGTTGGTGGACACTGTTCATTTGTATTGCAACTGCTGTGTTGTTTTACCGTTTTGAAGCTAAGCACCATGCCCCGTTTATGGATGTAAATAGGTTAAGAAAAGATACAAAAGAAACATTCGTGTATGTGCAATTTACGGGCATTAACCTGATATATTATTGTTATTTTTTTGGTTTTCCTATTTTTATGCAGCAAGCTCTAGCGTATAACGAAGCAAAAACGGGCGTTTTGATGCTTGCACTTGCAGGTTTTGGCGTTATCATTGCACCATTAGCAGGAAGTTTAATTGATAAGGTAGGTTCGAAATTACCTGCTTTAATTGGAATTGGTTTACTCGTTATTGGAACCGGTTTATTGTTAACGTATCATGAAAGCTCGCCCATTGGTTGGTTACTTATCATTATGAGTGTTTTAGGAGCTAGTAATGGCTTTAACAATATATCAATGCAGACAGCGCTATATGAAAATGTAAGGCCTGAGAATACAGGGCAAGCTTCTGGTTTATTTCAAACGAGCAGATATATGGGAGCAATCTTATCCTCTAGTTTGCTAGGTGTAACGTTAAATGATCAGGTGAACCATGAAACATTACATTTGCTTGCGATTATTTGTTTTGTGTTTTCCGTTTTTGTATTTTTTATGACGTTAAAACTTCCAGGGAAATTAATGAGTAAAGCCCGTTCATAG	MNGGLMKKLNKKRWLFIITIGLGTLLNPLNSSMISVAVTRMQADFALTFIHASWLISIFYLASAAGQPVMGKLSDMFGAKRLFLTGLTLVAFASLLAPFSPNFPILLACRALQAIGSSTLFPSGMSMIRTHITEGQGRALAILSIFASTSAAFGPSIGGFFIHSWDWQAIFIINFPFIIVSFVLAMFILPAKNEKVEIKQIDLLGICLFILSITSFILFLLSLEEGNIRWWTLFICIATAVLFYRFEAKHHAPFMDVNRLRKDTKETFVYVQFTGINLIYYCYFFGFPIFMQQALAYNEAKTGVLMLALAGFGVIIAPLAGSLIDKVGSKLPALIGIGLLVIGTGLLLTYHESSPIGWLLIIMSVLGASNGFNNISMQTALYENVRPENTGQASGLFQTSRYMGAILSSSLLGVTLNDQVNHETLHLLAIICFVFSVFVFFMTLKLPGKLMSKARS				NA	NA	NA	NA	NA
AK148_01590	597	plsC_1	COG0204	1-acyl-sn-glycerol-3-phosphate acyltransferase	ATGTACTATTTTTGTACTTATGCATTAAAAATAATTCTCAGTTTGTTTGGCAGAATAAAGATTTATCAAAAGGAAAATACAGAAATATCTGGTGGTTTTGTTATCGCTTGTACCCATTCAGGGTGGGTAGATATTTTATGGCTGGGCGTTAGTATGTTACCTAAACAAATTCATTATATGGCTAAGAAAGAGTTGTTTCAGTCGACATTTTTGAAATGGCTAATGGAACAGTTGCATGCTTTTCCTGTTGATCGGGAAAATCCAGGACCAAGCGCAATAAAAACCCCAAGAAAACTATTGAAAAACGGTGAAATCGTCGGTGTATTTCCAAGTGGTACAAGAACAAGTGAAGAAGTGCCATTAAAACGAGGGGCGGTTACGATGGCTGGGTATGCGAAAACGCCGATTTTACCAGTAGCTTATCAAGGTCCCAATAATTTCACTGATCTTTTCAAACGGGTGAAGCCTAAAATTATTTTTGGACAACCTATCTATATGCCTGAAAATTTGCCGCTTAAACAAGGCATGGAAGTGATGATGGAACAGTTGGAAAAATCCTTACATGATTTGCAAACGCAACTTAGAGAAATGGAATAA	MYYFCTYALKIILSLFGRIKIYQKENTEISGGFVIACTHSGWVDILWLGVSMLPKQIHYMAKKELFQSTFLKWLMEQLHAFPVDRENPGPSAIKTPRKLLKNGEIVGVFPSGTRTSEEVPLKRGAVTMAGYAKTPILPVAYQGPNNFTDLFKRVKPKIIFGQPIYMPENLPLKQGMEVMMEQLEKSLHDLQTQLREME	PGPT0024380_6907	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024380-plsC-K00655	NA	NA
AK148_01591	627			hypothetical protein	ATGAATGGTACAACTCACGCAGCAATCGGAACGGTAACTGGCTTTATAATTGCAAATAACTTACAAAGCCCTCCTACAGAAACAGCTTTACTTGTTAGTCTTGGGACCATTTCAGCATTAATTCCAGACTTAGATATTGATGGGAAATTACGAGGTAAGATTACCCTATCGCATAAACTGTTTCGAACAATTGCTCAGGTTATCGGTGTTTTACTTATTATTTACAGCTTTTATGAAGGAGTAGGTAGCAAGCAATGGATTGGAGCTGGGAGTGGATTTGCTTTGCTTTCCATCTCTATTCGCCTTAAACAAAAACATATGCTTACCATAACCGGATTAGGTGTTATTATTGGTGGAGTTGCATTGCAAGAACAGTGGCTGCTATTATTAGGAATTTATGTTATTATTGCTTCTTTCGTTGCACATAGAAGTTATACACATTCCATTGTCGGTCTTTTGTTTTTTGGATTTATTGCCTATTACTTAGATCAATCACTTCAAATCAAAGGAGTATATTATTCATGTCTCATTGGCTATATAACACATATCATTGCTGATAGTAAATTTTTACCCTTTAATAAACGTGGTGTGAAACTGTTCTTACCATTTTGGAATAAGGAGTTTTAA	MNGTTHAAIGTVTGFIIANNLQSPPTETALLVSLGTISALIPDLDIDGKLRGKITLSHKLFRTIAQVIGVLLIIYSFYEGVGSKQWIGAGSGFALLSISIRLKQKHMLTITGLGVIIGGVALQEQWLLLLGIYVIIASFVAHRSYTHSIVGLLFFGFIAYYLDQSLQIKGVYYSCLIGYITHIIADSKFLPFNKRGVKLFLPFWNKEF				NA	NA	NA	NA	NA
AK148_01592	2001	tkt_2		Transketolase	ATGACGAAATCAGGAAACAACATTGAAAACTTATCTATCAATACCATTCGTACCCTAACGATTGATGCGGTAGAACGTGCGCAACATGGTCATCCAGGTATGCCAATGGGAGCAGCGCCAATGGCATACAGCCTATGGAAACGCATCATGAATATGAATCCTAAAAACCCTGAATGGTTCAATCGAGATCGCTTTGTTTTATCGGCAGGTCACGGTTCTATGCTACATTACTGCTTATTACATCTAGCGGGTTACGATCTATCTTTAGATGAGTTGAAAAACTTCAGACAATTAGGTAGTAAAACAGCAGGACATCCAGAATTTGGGGTAACGCCAGGAGTGGAAATTACTACCGGACCACTTGGGCAAGGAATACCAGCTACTGTTGGTTTAGCTTTAGCTGAGAGGCATTTAGCTGAAACTTTTAATCGGGAAGGCTATCCAATTGTTGACCATTACACATATACCATTTGTGGTGATGGTGACTTAATGGAAGGTATTTCTTATGAAGCAGCATCTTTAGCAGGACATTTAAAGTTAGGTCGTTTAATTGTTTTATATGACTCTAATGACATTAGTTTAGATGGTGAACTAGCGTTATCGTTCTCAGAAGATATCAAACAGCGGTTTGAATCTTGCCATTGGCAATACCTTTATATTGAAGATGGAAATGATATAGAAGCAATTGAACAAGCAATTAAAGAAGCGAAAGCGGATGAAGACCGCCCAACAATTATCGAAATTAAAACAAAAATCGGCTATGGTGCTCCTACTATTGAAGGTAAAAGTGATGCACACAGTGATCCAATTGGTGTTGAAGAGATTAAACGTGCAAAAGCGTTTTATAAATGGAACTATGAAGAAGATTTCCATGTACCTGAAGAAGTATACGAAGATTTTCGTAGTATTTTAGAGAATGGAAGCAAAAAAGAGGAGCAATGGAATAAATTATTTAAGCAGTATGAAGAAGCGTATCCAGAGCTTGCTGTTGAATTAAAGCGATTAATCGCTGGTGATTTACCAAAAAACTGGGAAGATAATTTGCCTGTTTACAAAGAAGGAGAGGCAGTTGCGACACGTGCTTCCGCAAGTCAAGTGCAGCAAGCTTTAGCAGAGCACTTTACAGAACTAGTTGGTGGATCCGCAGATTTAAATGCTTCAACGAAAACAAGGTTACAATCATTTCCTGATTTAACATCACAAAATTATGCTGGTAGAAATATTTCATTTGGTGTTCGAGAATTTGCTATGGGTGCTATCGCAAACGGAATGGCACGTCATTATTTAAGACCATTTGTCAGTACATTCTTTGTATTTTCGGATTATTTACGACCAGCTATTCGACTGTCCGCTTTGATGGAGCAACCGGTAACCTTTGTGTTTACCCATGATAGTGTGGCGGTTGGACAAGATGGGCCAACTCACCAACCGGTTGAGCATTTAGCCTCTTTTCGAGCGATGCCTCATATTACCGTATTAAGACCTTCAGATGCGAATGAAACGAAAGAAGCTTGGAAAATTGCCGTAACACAAAAGGATCGTCCAACCATTCTCGTACTGGGGCGTCAAGCCGTCCCAACTTTAAGACAGACAGGGGAAAAGGCAGTAACAGGTGTTCCAAAAGGAGCTTATGTTATATCGGAGGCTGAAAAAACAGCAGAAGGAATTTTAATTGCTGCAGGATCAGAGGTTCACCTCGCTTTGAAGGCTCAGGCAAAGCTTGCTGAAGAAGATATCCATGTGAATGTTGTCAGTATGCCATCTTGGGATCTATTTGATAAACAGTCACCAGAATACAAAGAAAGTGTATTACCTTCGCATTTACAAACACGCTTATCCATTGAAATGGGTTCTAAGGTTGGTTGGAAGGAATATACAGGATGTAATGGTGCAGTAATGGGCATTGATTCATTTGGCGTTTCTGGACCAGGAGACCAAGTGATTGATAAATTTGGATTTACTGTAGAAAACGTCGTAGCCAACTTTAAAAACTTATTATAA	MTKSGNNIENLSINTIRTLTIDAVERAQHGHPGMPMGAAPMAYSLWKRIMNMNPKNPEWFNRDRFVLSAGHGSMLHYCLLHLAGYDLSLDELKNFRQLGSKTAGHPEFGVTPGVEITTGPLGQGIPATVGLALAERHLAETFNREGYPIVDHYTYTICGDGDLMEGISYEAASLAGHLKLGRLIVLYDSNDISLDGELALSFSEDIKQRFESCHWQYLYIEDGNDIEAIEQAIKEAKADEDRPTIIEIKTKIGYGAPTIEGKSDAHSDPIGVEEIKRAKAFYKWNYEEDFHVPEEVYEDFRSILENGSKKEEQWNKLFKQYEEAYPELAVELKRLIAGDLPKNWEDNLPVYKEGEAVATRASASQVQQALAEHFTELVGGSADLNASTKTRLQSFPDLTSQNYAGRNISFGVREFAMGAIANGMARHYLRPFVSTFFVFSDYLRPAIRLSALMEQPVTFVFTHDSVAVGQDGPTHQPVEHLASFRAMPHITVLRPSDANETKEAWKIAVTQKDRPTILVLGRQAVPTLRQTGEKAVTGVPKGAYVISEAEKTAEGILIAAGSEVHLALKAQAKLAEEDIHVNVVSMPSWDLFDKQSPEYKESVLPSHLQTRLSIEMGSKVGWKEYTGCNGAVMGIDSFGVSGPGDQVIDKFGFTVENVVANFKNLL	PGPT0011200_3233	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
AK148_01593	1368	ulaA_2	COG3037	Ascorbate-specific PTS system EIIC component	ATGACTACCATGAATGAATTCTTAAGTGTCTTAGTCGATATTTTAAGTCAGCCAGCCATTTTAGTTGCTGCCATTGCGCTAATTGGATTATTAGCGCAAAGAAAAAATTTGTCAGAAATCATGAAAGGCGCTATTAAAACATTCGTTGGGTTTATTGTTATTGCTTCGGGAGCTGGAATACTAGAACAAGGCCTTTCTCCATTTGGTGCTATGTTCCAAGAAGCATTTAATGTGTCAGGAGTAGTACCAAATAATGAGGCCATCGTTGCATTGGCGTTGAATGAATATGGGACAAATACAGCACTCATTATGTTTTTTGGAATGATTGTTAACGTTCTCATTGCCAGATTTACAAGATATAAATATATCTTCTTAACTGGACATCACACACTCTATATGGCTTGTATGCTTGCCGTAATAATGGCTGTAGCAGGGTTTGATACGATACCATTAATCGCTGCAGGTGCGGTTGCGTTAGGTATTATTATGACGCTATCTCCAGCTATTTTACAACCATTTATGCGACAGCTTACTGGTAATGATAATGTAGCTTTAGGACATTTTAGTGCGGTAGGGTATGCTATTAGCGGATTAACTGGAAAATTATTCAAAAAAAGCAAAGAGCATTCCACAGAGAATATTGATTTTCCAAAAGGACTTGGATTTTTACGCGATAGTACGGTAAGTATTGCTTTAACCATGATTGTTATGTATATCATTGTTGCGCTCTTTGCGGGCTCCACATTTATTGAAGCGGAACTTAGTGATGGTACAAACTACCTCGTGTTTTCTTTGATGAAAGGTGGTAGTTTTGCGGCTGGGGTGTTCATTATACTATCAGGTGTTCGTCTCGTGCTAGCAGAGATTATTCCAGCATTTAAAGGGATTTCTACGAAGATTGTTCCAAATGCAAAACCAGCTCTTGATGTTCCGATTATTTATACGTATGCACCGAACGCTGTTTTAATTGGTTTTTTCAGTAGTTTTATTGGCGGGATATTCAGTATGGGAATTATGTTTGTTTTAGGTACAACCATTATTCTTCCTGGTGTTGTGCCACACTTTTTCACAGGTGCAGCAGCTGGTGTTTTAGGTAATGCAACAGGTGGTATAAAAGGTTCTGTTGCCGGTTCGTTTGTAAACGGAATTATTATTTCGTTTTTACCAATATTTTTACTTCCAGTCCTAGGAGAGCTAGGTTTTGCCAATACAACCTTCTCTGATGCTGACTTTGGAGTATCCGGTATATTCTTTGGAACATTAGCAAATTATGCAGGCCCAATTGCAATCGTTATTAGCTTAATTGTCATTCTAGGGTTAATGCTTATTCCTTTTGGTAAGAAAAAAGAAGCAACAAAAAACGTTTAA	MTTMNEFLSVLVDILSQPAILVAAIALIGLLAQRKNLSEIMKGAIKTFVGFIVIASGAGILEQGLSPFGAMFQEAFNVSGVVPNNEAIVALALNEYGTNTALIMFFGMIVNVLIARFTRYKYIFLTGHHTLYMACMLAVIMAVAGFDTIPLIAAGAVALGIIMTLSPAILQPFMRQLTGNDNVALGHFSAVGYAISGLTGKLFKKSKEHSTENIDFPKGLGFLRDSTVSIALTMIVMYIIVALFAGSTFIEAELSDGTNYLVFSLMKGGSFAAGVFIILSGVRLVLAEIIPAFKGISTKIVPNAKPALDVPIIYTYAPNAVLIGFFSSFIGGIFSMGIMFVLGTTIILPGVVPHFFTGAAAGVLGNATGGIKGSVAGSFVNGIIISFLPIFLLPVLGELGFANTTFSDADFGVSGIFFGTLANYAGPIAIVISLIVILGLMLIPFGKKKEATKNV	PGPT0017105_781	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_TRANSPORT,PGPT0017105-ulaA|sgaT-K03475	NA	NA
AK148_01594	282			hypothetical protein	ATGAAATTTTTAGCAGTATGTGGGTCAGGATTAGGAACAAGTTTTATGGTGGAAATGAATATTCAACAAATTTTACAAGAGATAGGTGTCACGGGTGTTGAAGTGTCGCATTCTGATTTAAGTTCAGCAACACCTGGCGACGCAGATGTATTCTTTTTAGCAAAAGATATTGCTGAGGGAGGCGCCCATTTAGGTGAAGTAATCGTGTTAGATAATATTATAGATATGGATGAGTTGAGGGACAAGGTAACAAAAGTAGTAAAAGAAAAAAATCTAATTTAA	MKFLAVCGSGLGTSFMVEMNIQQILQEIGVTGVEVSHSDLSSATPGDADVFFLAKDIAEGGAHLGEVIVLDNIIDMDELRDKVTKVVKEKNLI	PGPT0017110_731	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_TRANSPORT,PGPT0017110-ulaB|sgaB-K02822	NA	NA
AK148_01595	2028			hypothetical protein	TTGTTTGATCAAAGGTCTTTTAAACTGTTTGAAGAAATTATTACGCATGATGAGATTACTGTTTCTCAACTCATACGAAAATTAGATGTTTCAGAACGGCAATTTAACTATGATTTGGAAAAAGTGAATAACACTTTAAAAAGTATGAAGTTAGAGCCAATTAAACTGCATGATCAACAATTTGTCGTTGATGCTAAAGTGAAGGATTTACTTCAAGCTGGTGCTCCTTTGGATATTTCTATGCATCACATTGTTTTATCAGAAGAGGAACGTATTTATTTACTCTATTTATACACGTTTATTCGCAAAGAACCTGTTTCCAATTATCATTATCAGCAATTGCTTTACGTAAGTAAGAATACAGCGCTAAGTGATGTGAAAAAAGCAAAAAAGTTGTGTCAAAAAAAAGGGGTTATCCTTCAATATTCAAGGAAAGATGGATACCACTTAACTGGTACAGAAATGGAAAAAAGAAGGTTAGCAAGCTTTTGTATCAATTACTTGCTCACAAAGTCACTAGGAAAAGAGATGTTAGTACTCGTATTAAAATCGTGGAAACAGGAAGACTACTATGTGAATACGCAGTTAACGGTAAATGATGTGTTAAAAGCAAAGCAAATTCATTTAGTGAAGGATAGAAAAGCCGAAGTTATTTTTCATTTGACGTTTATAAGAGTCCGAACTGCAAACATCGAACCATTGTTTTCTCAAGAAGAGAAACAGTTATTGCGTTCACAACGCTTGTTTGGGCTGGTAGAAGAGTTGGCACGACGATTATTTGAAAATAATCAATTAGAAGAACAATATTATTTGACCTTGCAATTATTAATTGCCTTACAGGAAGTGAAATTAGAAGAAAATCCATATTTAAGCAGACTGACCATGCAAATCATTGAAGCATTTGAAAAAAACACCTTGCTTCCGATTGATAATAAAACGTTCTTACAAAAAAGCTTGTATAACCACCTCGTTCCAGCTTTCTATCGAATTATATTTGAAATACCGCTTGTGAACCCTTTAACATCACAAATTAAACAAAAGTATGTGGAATTGTTTCAATTTGTCAAACGCTCGCTCGCTCCTTTATCTGATTGGACAAAAAAGCCAATTAGTGATGAGGAAATAGGTTATTTTACGCTTCATTTTGGCGGTTATCTTGAAAAAAATAGAAATAGGAATAAAACAGAAATTCATGGATTAATTGTTTGTTCTAACGGCGTTAGTTCTTCCATTATGTTGCGTGCACAGTTAAAGGAGATGTTTCCAAACATTCATTTTTCCAGGGTGCACACAGCTGAACAAGTAAGCTTACTTCCAACGTCTAGTTATGATCTGATCTTTACTACAGTAGATGTGGATTCGCCCAAGCCGATATTTACAGTGAAACCTTTGCTTTCAAAAATAGAAAAAAATTATTTAATTGAATCCGTAATGAATCAATTCCCTATTTTCAATAATTACGATTTTTCGATGGATCAAATAATGGAAGTTATAGCAAAACATACAGAAATTAAAGATGAGAAACGGTTATTTTCAGACCTTGTTGATCTCATACATCTAAGTCATACCGATATAGGAGGGTATAAACCAATGCTTTCAGAATTACTTACCGAAGAAATGATTCAGTTTACAGATGAGCCTTTGAGCTGGAAAGAAGCGATAGAAATGGCTGCACAACCATTACTTGCAGCTCATAAAATTAGACCAGAATATATTGAGGCGATGAATAAAAAAGTCGAAGAAGTAGGAACTTATATTCATATAGGTAAAGGAATTGCTATTCCTCATGCACGACCAGAGGAAGGCGTAGTCCATTTAGGGATGTCATTTTTAAGAACAAACACACCAGTTAAATTGCTAGGAAAGGATGACCATCAAATTGATGTCTTTATTTGTTTAGCAGCGGTTGATAATGAGGCGCACTTAAAAGCATTATCTCATTTAACAAAGTTGCTGTCAGATAACGGAACACTACAAGCTTTAAAAGCAGCGCAAACAGCGCAAGAGGTCATGGAAATTATTAAATAA	MFDQRSFKLFEEIITHDEITVSQLIRKLDVSERQFNYDLEKVNNTLKSMKLEPIKLHDQQFVVDAKVKDLLQAGAPLDISMHHIVLSEEERIYLLYLYTFIRKEPVSNYHYQQLLYVSKNTALSDVKKAKKLCQKKGVILQYSRKDGYHLTGTEMEKRRLASFCINYLLTKSLGKEMLVLVLKSWKQEDYYVNTQLTVNDVLKAKQIHLVKDRKAEVIFHLTFIRVRTANIEPLFSQEEKQLLRSQRLFGLVEELARRLFENNQLEEQYYLTLQLLIALQEVKLEENPYLSRLTMQIIEAFEKNTLLPIDNKTFLQKSLYNHLVPAFYRIIFEIPLVNPLTSQIKQKYVELFQFVKRSLAPLSDWTKKPISDEEIGYFTLHFGGYLEKNRNRNKTEIHGLIVCSNGVSSSIMLRAQLKEMFPNIHFSRVHTAEQVSLLPTSSYDLIFTTVDVDSPKPIFTVKPLLSKIEKNYLIESVMNQFPIFNNYDFSMDQIMEVIAKHTEIKDEKRLFSDLVDLIHLSHTDIGGYKPMLSELLTEEMIQFTDEPLSWKEAIEMAAQPLLAAHKIRPEYIEAMNKKVEEVGTYIHIGKGIAIPHARPEEGVVHLGMSFLRTNTPVKLLGKDDHQIDVFICLAAVDNEAHLKALSHLTKLLSDNGTLQALKAAQTAQEVMEIIK	PGPT0017115_53	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_TRANSPORT,PGPT0017115-ulaC|sgaA-K02821	NA	NA
AK148_01596	540		COG0431	NAD(P)H-dependent FAD/FMN reductase	GTGAAACTTGTTGGAATAGCCGGCTCGTTAGTCGGTGAAAAAACGTCGCAAGTAGTACATGACGTTTTACGTGTAGCCAAACGTGTCGATAAACAAATAGAAATCGAATTAATCGACTTGAAAGAATATGATGTAGAGTTTGTTAAGGGGTCACCTTTAGCCTACTATAATAAAGACACATGGTATGTAGTAAATACGATTTTAGCAGCAGATATGATTGTTTTTGGTTCACCTATCTATCAAGCATCTATTTCAGGCGCGTTGAAAAATTTGCTCGACCATTTTCCAATCGACGCCTTCAAATCAAAAGTTACCGGAATTGTAACTACTGCTGGATCGGATAAGCACTTTCTCGTATCCGAATATCAATTAAAGCCAATACTTGCTTATTTGAAAGGAATCATACCTCGTTATAGTGTTTTTGTTAACAATGATTGTTTTAATGATGATAATGAGATTATTGACCAAGATGTACAAGAAAGGATAAACAAGCTCGCTCAGGAAATGATTACAATTAAAAAACGTACGTATAGCATTTAA	MKLVGIAGSLVGEKTSQVVHDVLRVAKRVDKQIEIELIDLKEYDVEFVKGSPLAYYNKDTWYVVNTILAADMIVFGSPIYQASISGALKNLLDHFPIDAFKSKVTGIVTTAGSDKHFLVSEYQLKPILAYLKGIIPRYSVFVNNDCFNDDNEIIDQDVQERINKLAQEMITIKKRTYSI	PGPT0003045_1958	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
AK148_01597	1848	ltaS1_3	COG1368	Lipoteichoic acid synthase 1	ATGCGAAAATTAACTCTGTTGATCGAAAGAAATGTATTGATGACGCTGATTATCTTATTATGGTTAAAATCAGTCATTATTTCTTTTACTACTTTTCAACTACCGCTTTATTCTTGGTTTGATATCATGGTCGTTTTTATCAACCCGATTGGCATTATTATGATCATGTTTGGGATTAGTTTCTTGTGGAGAAAACGTTTGTCTCCACTTATGCTATTTATCATTTATCTATTATTGTTAGGCTTATTGTATGCAAATGTGCTATATTATCGGTTTTATATTGATTTTGTTACCGTTTCTGTTTTACTACAATTGAACAATGTAGGAGGTTTAGGACCTAGCACGGTTGAACTCTTTTCCCCGCTTGATACGTTGTTATTTGTGGATGTTGCAGTTATTGGGTATGTTATTTTTAAAATGAACAGAAAGAAAAACCATCCAGTAGTACCTAATAAGAAAAGATATGCTTTTACTGGTGTGGGGTTGCTTGTCTTTACTTTGGCCATTGCGCTCATTCAAAATCCGTTTCTTTTACAAACAGATTACGATCGTGAAGAACTAGTGAAGTCATTAGGTTTATATAATTATCAGCTGATAAATATAGCAAATGGTGTTAAATCTCCCGTAATGAAAGCTTTTGCAGATGAGGCAGATGTAAAAGAAGTACAATCGTATATCCAAGGTAAGGAAGAAAAGGATTCGTTTCAGGAATTTGGAATAGCGGAAGGAAAGAATGTTGTTTTTATTAGTTTAGAGTCTACACAGAATTTTGTGGTTAACCAAAAAGTGAATGGCAAAGAAATAACCCCATTTTTAAATGAGCTGATTCAAGACAGTTTTTATTTTAACAATATATACGACCAAGCAGCGCAAGGAAAAACATCCGACGCTGAATTTATGATTAATACTGGCTTATATCCTTTACCAAGTGGATCTGTATTTGTACGCAGACCGAACAATGAATTTCAATCTTTACCGCATATCTTGCGAGAAGCAAATGGCTATACGGCTGCTGCTTTTCATGGAAATGATGCTTCTTTTTGGAATAGAGACGATATGTATCAATCGTTAGGGTTTGATAGATTTTTCTCGAAAAAAGATTATCATGTGACAGAAGAAAATTCGGTTAATTATGGGTTAAAAGATATTCCCTTTTTTGAACAATCAATGGAAAAATTACTTCATTTATCTGAACCTTATATGGCAAGTTTCCTTACGTTAACGAATCATTTTCCATTTTTATTAGAAGAAGAGGATCAATCTATTTCACCTGCGAATACATCTGTAGGTGTTGTTAATCGATATGTAACAACTGTTCGGTATGAGGATGAAGCATTAAAACGTTTTTTTGAATTAGTAAAGGAAAAAGACATGTATGAAGATACAGTGTTTGTTATCTATGGAGATCATTATGGTATTTCCCAAAAATATGAAGCTGGCGTTTATGAATTACTTGGGCAAGAGGATACGGAAATGAGCCACCTTGAGCTACAAAAGGTGCCAGTAATTATCCATGTACCAGGACAAGAAGGAAAAAAGATAGAAACAGTGGGAGGAACGATTGATATTCATGCAACTGTTTCTGAATTAATGGGTGTACGAGATAAGGAGCAAATAAATTTTAGTCGCAATCTATTTACGAGAGATAATGAAGCCCCTGTTGTGTTTCGTGATGGAAGCATCGTCACAGGTAAATATGCTTATGTAAATGGTCGTTGTTATGATAAGCACAAGCAACAGGTTGTCAAATCAAATACATGTACTGATTATTTAGAAACGGCGAGAAATGAATTATATGCTTCGGATCAAATTATCCTTGGTGATCTATTTCGCTTTATCGGAAAATAA	MRKLTLLIERNVLMTLIILLWLKSVIISFTTFQLPLYSWFDIMVVFINPIGIIMIMFGISFLWRKRLSPLMLFIIYLLLLGLLYANVLYYRFYIDFVTVSVLLQLNNVGGLGPSTVELFSPLDTLLFVDVAVIGYVIFKMNRKKNHPVVPNKKRYAFTGVGLLVFTLAIALIQNPFLLQTDYDREELVKSLGLYNYQLINIANGVKSPVMKAFADEADVKEVQSYIQGKEEKDSFQEFGIAEGKNVVFISLESTQNFVVNQKVNGKEITPFLNELIQDSFYFNNIYDQAAQGKTSDAEFMINTGLYPLPSGSVFVRRPNNEFQSLPHILREANGYTAAAFHGNDASFWNRDDMYQSLGFDRFFSKKDYHVTEENSVNYGLKDIPFFEQSMEKLLHLSEPYMASFLTLTNHFPFLLEEEDQSISPANTSVGVVNRYVTTVRYEDEALKRFFELVKEKDMYEDTVFVIYGDHYGISQKYEAGVYELLGQEDTEMSHLELQKVPVIIHVPGQEGKKIETVGGTIDIHATVSELMGVRDKEQINFSRNLFTRDNEAPVVFRDGSIVTGKYAYVNGRCYDKHKQQVVKSNTCTDYLETARNELYASDQIILGDLFRFIGK	PGPT0023375_1307	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023375-ltaS-K19005	NA	NA
AK148_01598	1623	phnW		2-aminoethylphosphonate--pyruvate transaminase	ATGGTGAAAGAATCATACTTTGTAATTTATAAGATAGCAGACTTAGAAGAAGAGTTAGAGCAAATCTATCGTTTAAACTATGAAACGTTTGTTGAAGAGATTCCACAGCATGAAAAGAACAGCGACCATAGATTAGTAGACCGTTTTGACGATAAGAATACATATGTTATTGCTAAACGAGGCAAGGAAGTAATTGGCATGATTTCGGTTCATAATCAAAGACCTTTTTCGCTTGACCAGAAATTAGATAATGTGGATGATTATTTACCTGCATCTGCAACCCCTTGTGAAATACGTCTATTAGCTATAAAAAAGCAGTATCGAGGAGGGCGTATCTTTTATGGTCTCTGTGAAACGTTAGTAGACTATTGTTTGGAAAAAGGGTTTAATATGGCGGTTATTTCTGGAACATTAAGGCAAACCAAGCTCTATAAGCATTTAGGGTTTAAAGCGTTTGGACCATTAGTTGGAACAGAAGAAGCCCCGTATCAACCCATGTATTTAACGAAGAAAAACTTTGAGCGTGCCTCTAAATTATTTGAACGAATGTTGCGAAAAGAAGCACGGCAAGAGAATTATAATTTTCTACCAGGTCCTGTAGAGGTTTCTGATGCTGTAAAAAAAGCATGGAGCGATAAAGCAATATCTCATCGTGCGAAGGATGTACATAAAGTGATGGAAGAGGTACAGCAACAATTATGTGATGTAACCAATGCTAATTATGTAGAAATTGCAGTAGGGACAGGTACACTTGCAAATGATATGATCGCTGCTCAATTAACAACACTTCCAGGTGCAGGGTTAATTCTGTCAAATGGCGAATTTGGAGAACGTTTAATGGATCAAGCTGTTAGATTTGGCCTTTCTTTCCAAAGCATTTCTAAGTCGTGGAGTGCACCGATTACTTTAGAAGAAATAAAACGAACATTGGTGGAGCATCCAGAAATAGAATGGCTATGGACTGTCCATTGCGAGACATCAACAGGCTATGTTTATCCATTGGAAGATTTAAAGCAGCTATGTAACAAATATGGTGTCCGTTTATGTATAGATGCTTGTAGTACGGTTGGTGTTCTACCGCTTCATTTAGAGTCCGTTTATTTAGCAAGCACGGTAAGTGGAAAAGGTATCGGTTCATACCCGGGATTAGCTATTGTGTTTCATCACGAGAAGCTTTTTCCACAAAATTCAATACCTAGTTATTTAGACCTTGGTAGGTATCAAACAAGCGGTAGTATTCCGTTTACGCATTCATCCAATAGTTTGTTTGCCATGCAAGCTGCTTTACAGCAGTTTTGTCCAGATAAAACAAAGCTATTTCGAGATATAAGCAATGCCTTTCAAAGCGTCGGCATGCAAGTGCTTACTGGAGAAAATTATTCTCCGGGCATTGTGACGGTTTGTCTACCTCCTGAAATTCGTTCACGTCAGTTTGGTGATGTGTTAAAACAAAAAGGGGTTCAAGTTAGTTATGAAAGCAGTTATTTACTAAACCATAACTGGTTTCAAGTGGCTATTATGGGACAACAACAAGCCTCGCATATCATGAAAGGCATAGAGATTATTGTTGAGGTATATCAACAGTTTGCTAGGGAGAAGGAGATTCATTCATGCGAAAATTAA	MVKESYFVIYKIADLEEELEQIYRLNYETFVEEIPQHEKNSDHRLVDRFDDKNTYVIAKRGKEVIGMISVHNQRPFSLDQKLDNVDDYLPASATPCEIRLLAIKKQYRGGRIFYGLCETLVDYCLEKGFNMAVISGTLRQTKLYKHLGFKAFGPLVGTEEAPYQPMYLTKKNFERASKLFERMLRKEARQENYNFLPGPVEVSDAVKKAWSDKAISHRAKDVHKVMEEVQQQLCDVTNANYVEIAVGTGTLANDMIAAQLTTLPGAGLILSNGEFGERLMDQAVRFGLSFQSISKSWSAPITLEEIKRTLVEHPEIEWLWTVHCETSTGYVYPLEDLKQLCNKYGVRLCIDACSTVGVLPLHLESVYLASTVSGKGIGSYPGLAIVFHHEKLFPQNSIPSYLDLGRYQTSGSIPFTHSSNSLFAMQAALQQFCPDKTKLFRDISNAFQSVGMQVLTGENYSPGIVTVCLPPEIRSRQFGDVLKQKGVQVSYESSYLLNHNWFQVAIMGQQQASHIMKGIEIIVEVYQQFAREKEIHSCEN				NA	NA	NA	NA	NA
AK148_01599	558	plsY_2	COG0344	Glycerol-3-phosphate acyltransferase	GTGAAGCCACTGGAAAAAGTGATTTGGATTTTGGTTGCCTATGTATTTGGCTGTTTAAATGGCGCTTATTATGTTGGTAAACTATTTTATCAACAAGATATTAGAGAATTAGGTAGTACGAATGCTGGAGCTAGAAATGCGGGGAGGGTCTTTAGTCGTTCTGCGTTTATTGTTACAGTAATCATAGATGCATGGAAGGTAATTATTCCGTTATGGATAGCTATCAGCTTTTGGGAAATGGATACGATTATATTAGGGTGTATGGCTATTGCCCTTCTCCTAGGTCATTTATGGCCAGTACAACTAGGTTTTCGTGGAGGAAAGGGAGTAGTTGTATACTTAGCTACAGCACTTATGTTAGCACCTATCCCTTTAGTTGTTTGTGGTTTTATCATCTTGGTAGGGTATCAGCTTCATAAAAATCTTACGTTAATAGCGATGATTGGGTTTAGTAGTATCCCGTTAAACTTGTTCATTTTCTTTAGAAATATCGAGTTGACAGTAGTTTATTTTATAATGCTGTCTGTTGTTGTAATTATGCATAGAAATGGGGACTAA	MKPLEKVIWILVAYVFGCLNGAYYVGKLFYQQDIRELGSTNAGARNAGRVFSRSAFIVTVIIDAWKVIIPLWIAISFWEMDTIILGCMAIALLLGHLWPVQLGFRGGKGVVVYLATALMLAPIPLVVCGFIILVGYQLHKNLTLIAMIGFSSIPLNLFIFFRNIELTVVYFIMLSVVVIMHRNGD	PGPT0024375_3777	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024375-plsY-K08591	NA	NA
AK148_01600	546			hypothetical protein	ATGGCATCTAATCTAAAGGAAATAACGGGATCTCTTCTTTCGGCAATTGGAACGATACAAGCGGCGATTGGTAGCACTCCCCAATTATCTTTAAGTGAAGATCAACGTTTTCAACTTCGATTAATAGGTAATGTATTACAAGCTCTAGGAAGCGGCGTCACTGCTGATGGGGAAACCACGGCTTCTTTTGAAAAATTAGGGTACCAAATTCAAGCTACGGGCAATTCAACTGTAATAGTAGGAATGTTGATTTATCGTTCTTCTGATCCTATAATAAAAGAAAAATGGATTATAACAGGACTGTGGATGCAGGCATTGGGGAGTTTTCTAGTTGCTAGTGATGAATGGGCTGATCACACAAAGGGTGTGTGGGAAAATACTATCGGAGCATTATTGCAAGGTATTGGTAACTCTTTACAAGCAATAAGCGGCATTCAAACGCTTCAAAACAATCAGTCTGATCAGCGTATAATTGGGGTTGTAGGAAGTTGGATACAAGCAGTAGGCACCGTTATATCGTTTATTGGAGCATTTCAAGAAGAATAG	MASNLKEITGSLLSAIGTIQAAIGSTPQLSLSEDQRFQLRLIGNVLQALGSGVTADGETTASFEKLGYQIQATGNSTVIVGMLIYRSSDPIIKEKWIITGLWMQALGSFLVASDEWADHTKGVWENTIGALLQGIGNSLQAISGIQTLQNNQSDQRIIGVVGSWIQAVGTVISFIGAFQEE				NA	NA	NA	NA	NA
AK148_01601	972		COG2826	IS30 family transposase IS1252	ATGTCCTATACCCATCTTACCAAAACAGAGATCATTTTCATAGAGGAATATCTTGAATTTGGTCTATCGGGTCGAAAAATTGCTGAAAAATTAAAGCGTGGTCATGAAACTATATATCGTGTAATTCGCGCACTGAAAAACGGTCTAACTGCGCTAGACATTCATTTGAACTATAAAGCGAACAAAGCTAAATGCGGTCGAAAAAGAACGCAGTTAACAGATGAAGAAAGAGCCTACATTGAAGAAAAAGCCCGTGACGGATGGACGGCTGATGTCATCATCGGTCGGAATGAAAGACCTATTTCCTGTAGCATGCGCACGCTTTACCGTAAGTTTAAAAAAGGCGAATTTGATGTAAATACTTTGCCTATGCAAGGCAAGCGCAAGCCAAATGGTTACAAGGAAAAAAGAGGGAAACAAAGCTTTAGACGCAGCATTCACGACCGAGACAATGACCATCCGAATTACAAGAAAGAATTTGGTCACCTAGAAGGAGACACGATTGTTGGTCGCCACCATAAAAGTGCTGTCATCACATTGGTTGAGCGATTAACAAAATGTATCATTGCCATTAAGCCAGAGGGAAGAAGAGCTGCTCATGTTGAATCATCGCTTAATGACTGGCTCGCTCCACTGCCGAAACACTTGTTTAAATCGATTATTTTCGACTGTGGTAAAGAGTTTTCTAATTGGAAATCTATCAGTAATAAGCAAGATATTGATATTTATTTTGCAGATCCTGGAACCCCTTCACAAAGAGGATTGAATGAGCATTCCAACGGTCTGCTTCGAAGAAATGGGCTACCAAAGGATATGGATTTCAACCCCATAACCCAAACGTATATTTCTGAAGTAGCACTTAGAAGAAACAATATTCCAAGAAAATCATTAGGTTACAAAACACCGATGGAGTGTTTCATGTCCCATGTCGATAAAGAATTTGATCAAAACATGTTGTCTCGCTTAATTTGA	MSYTHLTKTEIIFIEEYLEFGLSGRKIAEKLKRGHETIYRVIRALKNGLTALDIHLNYKANKAKCGRKRTQLTDEERAYIEEKARDGWTADVIIGRNERPISCSMRTLYRKFKKGEFDVNTLPMQGKRKPNGYKEKRGKQSFRRSIHDRDNDHPNYKKEFGHLEGDTIVGRHHKSAVITLVERLTKCIIAIKPEGRRAAHVESSLNDWLAPLPKHLFKSIIFDCGKEFSNWKSISNKQDIDIYFADPGTPSQRGLNEHSNGLLRRNGLPKDMDFNPITQTYISEVALRRNNIPRKSLGYKTPMECFMSHVDKEFDQNMLSRLI	PGPT0030610_1476	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030610-IS30_family-K07482	NA	NA
AK148_01602	384			hypothetical protein	ATGTCTAATTCAAATTGTTCATCAACATGTTTAGGGTCTGCAGCTTCACTTGCAGCTTCCACTGAGTTAATCAAAACTAATTTATGTCAACCGCTTCGTCAAATTTGTGACGGTGCTACGACGGGTACCATTTTCTTTGGTGGTGCATTCCCATCGGTAAACGGTATTTTTGCAGTGACAAATTCTAGCGCGGCATGTACGATTGATATTTTGGTAACGGACGCTAATGGTGTGGATACGCCGTACTCCATCCCTCCTCAATCTTCCGTTGCGGTAGCTGTAGATACGTTGACGGGTATCACTTATACGTGTACTGGTCCTGATCCAGCAGCTTTCTGTACGGGGTCTTTTGAAGCAAACCTTTACTATTGTGTTGATTGCTAA	MSNSNCSSTCLGSAASLAASTELIKTNLCQPLRQICDGATTGTIFFGGAFPSVNGIFAVTNSSAACTIDILVTDANGVDTPYSIPPQSSVAVAVDTLTGITYTCTGPDPAAFCTGSFEANLYYCVDC				NA	NA	NA	NA	NA
AK148_01603	1851			hypothetical protein	ATGCCAGCTTCAATAACTGGTATCGTATTTGATGATGTTAATGGAAATGGAATTTATGATGGTGGTGAGCCGGGAATCCCTGATGCTTATGTAGTACTAGAGAACCCTAATGGCGTTTGTACAAACGTGCAATCAGATGGTACTGGTAACTATAGTTTTGTAAATTTAACGATTGCGGGGGACTATACGATTTATGAAACGGTTGCTAATCCATTTATTACATGTCCACCAACGAATTTCACACAACCAGCAGGATTTAATATGTCGACAACACCGCGGGCTATTATGTTGTCAATTACAGCTCTTGATATTGCCAATAATGTTGTTTTTTCTGGTCAAAATTTTGGACACCAAAATGTTAATACTTGGACTTGTGATCCCAATGGGTTGCAAATAGCTGGTAACCCGTCTGATGCATTTAGTATAAATTTAGTGACAGGTAATTCTACAAATCTTGGTCCGATTACTCCTGTTGGTATATATAATGCTGCCGGTTTTAGTGAATTAGATAATACAATTTGGGGAGCAAATCAAAGTGTGCCGGGTGAAGTTTTTCGCCTTAATCCAGATCTAACTGCAAATTCCTTCACAATTCCTAACCTTCCTGGTATCTTTATTGTCGGAGATGTAGATTTTAATGGGCATTTATATTTGTATTTACAAAACGCACCTACTTTTTATGTAGTGGATGTCGATCCGAACTCCCCTACCTATTTACAATTAGTAGACCCGACAAACGGATTTATCTTAGATACAGCTCCATTTGGTACCTCAATAGTGCCTCCCCAAAGCTTATCTGATTGGGCTTTTAATCCAGTTGATAATCAATTGTACGGTGTTACAGCGCTTAGTCAGGTACTTCAAATTGACCCACTTACTGGAATTGTTACACCGCTTATCACATCAGGATTACCAGTTTCTGGTCCTTATGGCGCAGCGTTTTTCGATAGTACAGGTGCTATGTATGTATTAAGAAATCCTGATGGAAATATTTATCGTATCACGTTTAGTGGTGGCAATGCAGATGCAGTTTTATTTTCCTCCTCTGTACCTGCTATCTTTAATGATGGTGCTCGTTGTGCATCAGCGTTATTAAATTTAGTGGAAGTGACCAAAAGTGTTGACCCAACATCTACTTGTCCTGGTGGGACATTAACATTTATAAGTGTTATCGAAAATGTCGGTGCGCTGTTGGATGCGACAAATGTTGTATTTACAGATAATTTACCAGCTGGCATAACGTTTGTACCTGGTAGTGTGCTCATAGATGGGGTGCCAATGCCTGCTGAAGATCCGACAACTGGAATTAATGTAGGAGATATTAGCCCTACTGATAGTATAACGGTGACTTTCCAAGTGACTGTCGATACCTTTCCTGTTCCAACGTTTCCAATTGTGAATACGTCTCGTGTAAGTGGAGATAATACTGCCGAAGTGCTCTCAAATGAAGTGAGTATAACACAAGCGATGACAGATTTGGAAGTGGAAAAATCAGCTACGCCCTCTTTAATAGAAATAGGGGATGCGATTGATTACACAATTACGGTTACGAATATGGGGCCAAATGATATACAGAATATTACCTTGAACGATATAGAACCAACAGGCACCAATTTTATTCCGAATAGTGTTATGGTGGATGGTGTTTTACAGCCTGGAGAAAATCCAAATGCTGGGATAATATTAGAAGATTTAGCTGTTGGGGATAGTACAACGGTATCTTTTCGTGTAATGACTGTATCCGGAGATCGATTTATTACAAATACAGCTGAAGTAAGATATTGCCTTGATCAGGTAATAGAGAGTAATCAGGTGATTACACTCATATGTGGTAATAAGACGATTTGTTAA	MPASITGIVFDDVNGNGIYDGGEPGIPDAYVVLENPNGVCTNVQSDGTGNYSFVNLTIAGDYTIYETVANPFITCPPTNFTQPAGFNMSTTPRAIMLSITALDIANNVVFSGQNFGHQNVNTWTCDPNGLQIAGNPSDAFSINLVTGNSTNLGPITPVGIYNAAGFSELDNTIWGANQSVPGEVFRLNPDLTANSFTIPNLPGIFIVGDVDFNGHLYLYLQNAPTFYVVDVDPNSPTYLQLVDPTNGFILDTAPFGTSIVPPQSLSDWAFNPVDNQLYGVTALSQVLQIDPLTGIVTPLITSGLPVSGPYGAAFFDSTGAMYVLRNPDGNIYRITFSGGNADAVLFSSSVPAIFNDGARCASALLNLVEVTKSVDPTSTCPGGTLTFISVIENVGALLDATNVVFTDNLPAGITFVPGSVLIDGVPMPAEDPTTGINVGDISPTDSITVTFQVTVDTFPVPTFPIVNTSRVSGDNTAEVLSNEVSITQAMTDLEVEKSATPSLIEIGDAIDYTITVTNMGPNDIQNITLNDIEPTGTNFIPNSVMVDGVLQPGENPNAGIILEDLAVGDSTTVSFRVMTVSGDRFITNTAEVRYCLDQVIESNQVITLICGNKTIC				NA	NA	NA	NA	NA
AK148_01604	1851			hypothetical protein	ATGCCAGCTTCAATAACTGGTATCGTATTTGATGATGTTAATGGAAATGGAATTTATGATGGTGGTGAGCCGGGAATCCCTGATGCTTATGTAGTACTAGAGAACCCTAATGGCGTTTGTACAAACGTGCAATCAGATGGTACTGGTAACTATAGTTTTGTAAATTTAACGATTGCGGGGGACTATACGATTTATGAAACGGTTGCTAATCCATTTATTACATGTCCACCAACGAATTTCACACAACCAGCAGGATTTAATATGTCGACAACACCACGGGCTATTATGTTGACAATTACAGCTCTTGATATTGCGAATAATGTTGTTTTTTCTGATCAAAATTTTGGACATCAAAATATTACGACTTGGGGATGTGATCCGGATGGTTTACAAATAGCAGGTAACCCAGCTAATGCGTTTAGCCTTAACTTGGTAACGGGGAACGCAATGAATTTAGGTTCCTTAACGCCACAGGGTAGGTATAATGCCGTAGGCTATAGTGAATTGGATAATACGATTTGGGGATCTGATCAAAATATTGCAGGCAACGTTTTTAGACTTAATCCAGATTTAACTGTCAATTCCTATAGTATCCCAAACCTTCTAGGGGGGTTTAACACAGGCGATGTAGATCTTAATGGACATTTATATTTGTATAGTACTGGCAATCCGTTCATATTTTATGTGGTGGACGTTGATCCAAATTCCCCAACCTTTTTACAATTAGTAGATCCAACAAATGGATTTGTATTAGATACAGCGCCATTCGGTACACCTATTGTGTCCGTTGCCGCACTTGATTGGGCATTTAATCCAGTTGATAACCAGCTCTATGCCGCTACGATCCCTGGAGGGGTAGTTCGGATTGATCCGCTTACAGGAGTGGTTACACCATTAATAGCATCAGGGTTGCCTCCCTCCTCCTACGGGGCGCAATTTTTTGATAGTACGGGTGCTATGTATGTATTAGATAACTTAAATGGAAATATTTATCGAATTACATTTAGCGGTGGAACTAACGCAGACGCAGTGCTGTTTTCTTCTTCGGTAGCTGCTGCTTTAAACGATGGTGCTCGTTGTGCATCAGCGTTATTAAATTTAGTGGAAGTGACCAAAAGTGTTGACCCAACATCTACTTGTCCTGGTGGGACATTAACATTTATAAGTGTTATCGAAAATGTCGGTGCGCTGTTGGATGCGACAAATGTTGTATTTACAGATAATTTACCAGCTGGCATAACGTTTGTACCTGGTAGTGTGCTCATAGATGGGGTGCCAATGCCTGCTGAAGATCCGACGACTGGAATTAATGTAGGAGATATTAGCCCTACTGATAGTATAACGGTGACTTTTCAAGTAATTGTCGATACCTTTCCTGTTCCAACGTTTCCAATTGTGAATACGTCTCGTATAAGTGGAGATAATACTGCCGAAGTGCTTTCAAATGAAGTGAGTGTAACACAAGCGATGACAGATTTGGAAGTGGAAAAATCAGCAACTCCTACGTTAATAGAGATTGGTGATGTTATTATTTATACAATCACGGTAACCAATGAGGGGCCTAATGATATTCAAAATATTACATTAATCGATTTAGAACCAACAGGAACTAATTTTATCCCGAATAGCGTCACAATTGATGGAATATTGCGACCGGGAGAAGATCCGAATGCCGGGATTTTGCTAAAAAATTTAGAAGTAGGGGAGAGTACTACGATTAGATTCCGTGTGATGACTGTATCAGGCGATCGATTTATTACAAATACAGCTGAAGTAAGATATTGCCTTGATCAAGTAATAGAGAGCAACCAAGTGATTACACTCATATGTGGTAATAAAACAATTTGTTAG	MPASITGIVFDDVNGNGIYDGGEPGIPDAYVVLENPNGVCTNVQSDGTGNYSFVNLTIAGDYTIYETVANPFITCPPTNFTQPAGFNMSTTPRAIMLTITALDIANNVVFSDQNFGHQNITTWGCDPDGLQIAGNPANAFSLNLVTGNAMNLGSLTPQGRYNAVGYSELDNTIWGSDQNIAGNVFRLNPDLTVNSYSIPNLLGGFNTGDVDLNGHLYLYSTGNPFIFYVVDVDPNSPTFLQLVDPTNGFVLDTAPFGTPIVSVAALDWAFNPVDNQLYAATIPGGVVRIDPLTGVVTPLIASGLPPSSYGAQFFDSTGAMYVLDNLNGNIYRITFSGGTNADAVLFSSSVAAALNDGARCASALLNLVEVTKSVDPTSTCPGGTLTFISVIENVGALLDATNVVFTDNLPAGITFVPGSVLIDGVPMPAEDPTTGINVGDISPTDSITVTFQVIVDTFPVPTFPIVNTSRISGDNTAEVLSNEVSVTQAMTDLEVEKSATPTLIEIGDVIIYTITVTNEGPNDIQNITLIDLEPTGTNFIPNSVTIDGILRPGEDPNAGILLKNLEVGESTTIRFRVMTVSGDRFITNTAEVRYCLDQVIESNQVITLICGNKTIC				NA	NA	NA	NA	NA
AK148_01605	957			hypothetical protein	ATGAGTTATCAACCTGATTTACAATGTGTACGTGTAAGTAAGGTGTATGATTGGGTGAATCAGCTAACGAATATTAAATTAAAAGAAAAAGTACCAACCAAAAAAGGAACATGTATTCAAGACAATATTTGCTTGAAATTTAACCTGCCCTGTGATGGAACAAAATCAGCTCTTTGGAGTGGGATAGACTTAAAAGGAGTTGTTAGCACATTTGTAGTTGTAATTGATAAGAGATGCAAAGGAGAAGTCGATCTATTTATTAATGGAGAGTATATGAAGACGCTGATAGGTGGCCAATCAATTAGTGCGACAATTACTGATTTACAATTAATTGAAGCGCAATGTAAAGATAGCCCCGACATTGATTATTGCAAAGGAAGTTTAGATATTCAGCTTGTATATAGTCCCAAAAAAACAGAAGAAGAATGTAAAGGCTTAAATTGTTATCTTTCCGATCAGAAAGGTAATCCGGTAAATTTTTATGAAGAAGGAGCAATTTGTTGTGTGGAGCATTCCAACCCTTCTAAACGTAAAAATGTAGAAGTAGTTATGAATGGGCAGGTTGTAGAGTTACAAGCAGTAGAAATTCTAATCAAAGGATTTGTTACGGTGGAATTTCTGAATGAGAGAGGCAAAAGATGTGGTTCGTGTGTTTTTCCATTCTGGGAAGTAGAGACGTTGTATTTATGTGCTCCTACAGGAACGAATATCTGTTGTAGTGTTTCGAAAATGGAATGTAAAGCAGATTATATTGCCCATGAGCAAAAATGTAAATGCTGTAGAGGAATTAGTATTCGCATAGAAACTTGTCTGAATATTTATTCTACGGCCTCGGTGACTCTTGAAATGCAAGGAAAAGAATGTGAACCACGCTTTGAACTTAAAGATGTATGTTCAACCATCCCCATACCTGAGTCATGTGTGAGAACAAATGTGGCTGCCAATAATGTTACTTGA	MSYQPDLQCVRVSKVYDWVNQLTNIKLKEKVPTKKGTCIQDNICLKFNLPCDGTKSALWSGIDLKGVVSTFVVVIDKRCKGEVDLFINGEYMKTLIGGQSISATITDLQLIEAQCKDSPDIDYCKGSLDIQLVYSPKKTEEECKGLNCYLSDQKGNPVNFYEEGAICCVEHSNPSKRKNVEVVMNGQVVELQAVEILIKGFVTVEFLNERGKRCGSCVFPFWEVETLYLCAPTGTNICCSVSKMECKADYIAHEQKCKCCRGISIRIETCLNIYSTASVTLEMQGKECEPRFELKDVCSTIPIPESCVRTNVAANNVT				NA	NA	NA	NA	NA
AK148_01606	648			hypothetical protein	ATGCAAGCAGAAAACTTATGTGGAAGCCAGGAGATCTTATGTATTAATACGGAGAAAGTATATGATTGGATTTTAACAGAGTCGGTATTTGATTTAAACCTTAACAACTTGGTATTGCCAAATAATGCTCAAGGTGTTCCTTATACTTGCGCGGATATTGATTTGGATAGTATCACATGTTCGGTGACGCCGGCGGAAGATATGCCTATCGTTATTTTAGACCGAATGAATCAGAATCTAATTGTTGATAATACGGAGGTTATGCTTCAGCTTGTTGCTATTAGAAAAACATTTGATGTTACTATTTGCGCTGATTTATTAGGCGGGGGGACAGTTGAAATAGCTACTGTTACATTCTCACGCTGTGAACAAGTGTTACTTTGTGCGCCAGACGGCACAGATATTAATGTAGACTATACGGATTTGAGTTGTTATGTCTGCACTGCTAATTGTGATACAACAGTTACACCGAATGAACTTAATTTGACAACTACCGTAAGATTATGTCAAAGCATTCAATCAACGTACGGTGTTACGCTTGAAATTGAAGCTGATTTCTGTGAGCCGAGGGAAATGTTACCAATACCATCTTGTCCATCACCAACTAGACCACCTCAGTGTCCTACTGTTTTCCCGAATGGTAGTTAA	MQAENLCGSQEILCINTEKVYDWILTESVFDLNLNNLVLPNNAQGVPYTCADIDLDSITCSVTPAEDMPIVILDRMNQNLIVDNTEVMLQLVAIRKTFDVTICADLLGGGTVEIATVTFSRCEQVLLCAPDGTDINVDYTDLSCYVCTANCDTTVTPNELNLTTTVRLCQSIQSTYGVTLEIEADFCEPREMLPIPSCPSPTRPPQCPTVFPNGS				NA	NA	NA	NA	NA
AK148_01607	261			hypothetical protein	TTGAAGAAGCAGGATGAAAAAATTGCCAATCGAGAAGCGTGGATAGGCGTAGGTTTGGTTATTTTTAATTTTATATGGTGGTTTGCTTTCGCTTATGGCTTGGGTAATAAAGAACCTAATCAATATACATATATTCTCGGCTTTCCTGCATGGTTCTTCTATAGCTGTATCCTTGGGTTTATGGTTATGGCGGTGCTCGTAACAGTCATTGTAAAGAAATATTTCGTAGCCATTCCATTTGATGAGGAGATAGAAGAATGA	MKKQDEKIANREAWIGVGLVIFNFIWWFAFAYGLGNKEPNQYTYILGFPAWFFYSCILGFMVMAVLVTVIVKKYFVAIPFDEEIEE				NA	NA	NA	NA	NA
AK148_01608	1443	panF_1	COG4145	Sodium/pantothenate symporter	ATGAATTGGGAATCACTCATACCGTTAATTGCAATACTTATTATTATTTTTGGAGCAGGAATATGGGCAGGTGGTTACTTAAAGACATCTACTAATTTTGCACAGGATTATTTTTTAGGCGGCAGAAGTCTCGGAGGATTTGTGCTGGCTATGACAATGACTGCAACGTATGGGAGTGCAAGCAGTTTTATTGGTGGACCTGGAACAGCTTATAATGAAGGGCTTGGCTGGGTATTGCTCGCTATGTCACAGGTGGCAACTGGTTATTTTGTTTTAATGATTTTGGGAAAGAAATTTGCTGTTGTTACAAGAAAGTATAAAGCTTTAACGATGGTGGATTTCTTAAAGGAACGCTATCAATCCAAGTGGGTCGTTATTATCTCGGCACTTAGTATTATTATTTTCTTATTTTCAGCGATGGCTGCGCAATGGATTGGCGGTGCAAGATTAATTGAATCGCTTATTGGAATTGACTATACGAGCGCATTATTCATTTTTGCTGTATCAGTATTAATCTATGTTACGGTTGGCGGGTTTCGAGCCGTAGCATTAACAGATGCAATCCAAGGAAGTATCATGTTTGGTGGTACACTTATTTTACTTATTGCAGTCATTATCGCAGGCGGTGGAGTCCCAGCACTTATTGCTGATTTAACTGCTGAAAACCCGAATTTAATCACCCCTTATGGTTCTGAAGGGCAATTAACACCTAATTATGTATCCTCATTTTGGATTCTAGTTGGTGTAGGTGTGGTTGCTTTACCACAAATTGCTGTACGAGCTATGTCTTATAAAAACGCTCGGTCGATGCATCGTGCGATTATTATTGGTACCGTTGTAGTAGGATTTATCATGCTTAATATGCATTTAATCGGTGTTTTTGCTAGACCTATCTTACCAGGCATTGAAGTTGGCGATAAGGTTATGCCATTAATCGCTTTAGAAGTGATGCCGAATTGGTTGGCTGGAATCGTACTTGCTGCACCTATGGCAGCGATTATGTCAACAGTAGATTCGTTATTACTTCTAGTAAGCTCAACGATTGTGAAAGATGTATACTTAAACTATGTGAAGCCAGATGCCTCTCAACAGACAATTAAACGAATGAGTATAGGGATTACAGCTTTGCTTGGTGCAGTCATCTTCTTGATGGCTTTAAACCCGCCTGACCTAATTATTTGGTTAAATCTATTTGCTTTTGGTGGCTTAGAGGCAGCATTTATTTGGCCGATTGTGCTTGGATTGTATTGGCAAAAAGGCAATAAATATGGCGCGCTTGCATCCATGATTACTGGCGTAGGATTGTATATCATTTCTGATCTATTCTTTCCACAGCCATTCGGTCTCCATTCGGTGGTTATGCCAGTCGTCATTTCTTTCTTTGTTTATGTCGTGGTTAGCTTACTTACGCAAAAGCAAACAGCGAGGATGCGTATGTTATAA	MNWESLIPLIAILIIIFGAGIWAGGYLKTSTNFAQDYFLGGRSLGGFVLAMTMTATYGSASSFIGGPGTAYNEGLGWVLLAMSQVATGYFVLMILGKKFAVVTRKYKALTMVDFLKERYQSKWVVIISALSIIIFLFSAMAAQWIGGARLIESLIGIDYTSALFIFAVSVLIYVTVGGFRAVALTDAIQGSIMFGGTLILLIAVIIAGGGVPALIADLTAENPNLITPYGSEGQLTPNYVSSFWILVGVGVVALPQIAVRAMSYKNARSMHRAIIIGTVVVGFIMLNMHLIGVFARPILPGIEVGDKVMPLIALEVMPNWLAGIVLAAPMAAIMSTVDSLLLLVSSTIVKDVYLNYVKPDASQQTIKRMSIGITALLGAVIFLMALNPPDLIIWLNLFAFGGLEAAFIWPIVLGLYWQKGNKYGALASMITGVGLYIISDLFFPQPFGLHSVVMPVVISFFVYVVVSLLTQKQTARMRML				NA	NA	NA	NA	NA
AK148_01609	486			3-oxocholest-4-en-26-oate--CoA ligase	ATGTTCTCAGGTATATGGCGACATGGTGATTATTTAAAAATAACGGAACGAAACACGTGCGTCATCTATGGAAGATCAGATGCAACCATTAATCGCGGTGGTGTGCGTATTGGAACGAGTGAAATATATCGAGCAGTTGATCGCATTCCAGACATTGAGGATAGTTTAATTGTAGATATTCCTAGTAGAGACAGTGATTCATTTGTTCCTTTATTCGTCGTTATGAAAGATGGATATCCATTAACAGATGACCTAAAACGGAAAATCAACCAACATATTCGCGCCCATTGCTCTCCACGCCACGTTCCTACTGCTATATATGAAGTACCAGATTTACCAAGAACGTTAAACGGTAAAAAACTAGAGATTCCCGTAAAGAAGATATTACAAGGAAAACCAATGGAACAAATTGTTAACAAAGGGTCTTTGCACAATGCAAGCGCATTGGATGCATTCTTTCAGTTTAAAGAAAAAATGAAGATGTAA	MFSGIWRHGDYLKITERNTCVIYGRSDATINRGGVRIGTSEIYRAVDRIPDIEDSLIVDIPSRDSDSFVPLFVVMKDGYPLTDDLKRKINQHIRAHCSPRHVPTAIYEVPDLPRTLNGKKLEIPVKKILQGKPMEQIVNKGSLHNASALDAFFQFKEKMKM	PGPT0002265_850	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895	NA	NA
AK148_01610	1458	acs	COG0365	Acetyl-coenzyme A synthetase	ATGAAGGAAGTAAAAGAAGGGGAATTACTATGGGAACCAAGTTCAGAGAGAAAAGCAGCCGCAAAAATAAACAGCTACATGCAATGGCTACATGAACATAAAAATTTGTATTTTCAGGATTATCACAGTTTATGGAATTGGTCTGTAAAAGAAATAAAGGTATTTTGGGAAAGTATATGGGAGTATTTCGATTTGCAAGCAAAAAAAGACTATCAAACTGTGTTGTCTTCACATCATATGCCAGGAGCAAAATGGTTTCCTGAAGCGACTGTGAACTATACAGAGCATATTTTTCGAAATAGAGAGCATTCGGATCAACCAGCCATCATCCATACCTCTGAACGTAGAAAAGTGTTTGAAGTCTCTTGGCACAAACTGTATCAAGATACAATAGCAATACAACAAACATTTAAACGATTGGGCATTCAAAAAGGAGATCGCATCGTTGCTTATATACCAAATATTTACGAAGCTGTCGTTGCCTTTCTAGCTACTGCCAGTCTCGGAGCAGTATGGTCTAGTGCTTCTCCAGATTTCGGCACGCAAAGTGTTATTGATCGGTTTCAACAAATTGAACCGACGTTATTTTTAACGGTGGACGGTTACCAATATGGCGGGAAAACATTTGACAGAACAGAAGTAGCAGCAGAAATTCAATCCAGTCTGCCAACCTTAAAAGCGACGATTGCTATTTCCTATTTAGATGATCAGGCTACCTTTTCCTCATTACAACATGTTGTGCATTGGGAAAAAGCAATCAATCAGGCAGTCAAAGGTGATATTGAATATACACATGTTGCGTTCAATGATCCTTTATGGGTACTCTTTTCTTCTGGAACGACTGGAAAACCAAAGCCTATCGTTCACAGCCAAGGCGGTATTTTATTAGAACATTTTAAAGCATTGACATTTCATGCTGACCTTGGAGAAAGTGACCGCTTTTTTTGGTTTACCACAACGGGTTGGATGATGTGGAACTTTCTAGTAGGCGGACTACTGACAGGAAGTACGATTATTTTATATGACGGAAATCCTGCTTACCCCTCGAAAGAAAGATTATGGAAATTAGCGGAAGAAACGAAAATGACAGTGTTTGGAACAAGTGCAAGTTATATTACAGCTTGCATGAAGGACGCTATAAAACCGTCTCAACAATATGACTTGAGCCATTTAAAGAACATCAGCTCCACCGGATCTCCACTTCCACCTGAAGGTTTTCTATGGTGTTATGAAAATGTAAAAAAAGATTTGTGGATTGCTTCTGCCAGCGGTGGTACGGATGTATGTACGGCGTTTATTCTCGGCGTGCCTACTTTACCAGTCTATGCTGGCGAATTGCAGTGCCGTGGCTTAGGAGCTAAAATTGAAGCTTTTGATGATAATGGTGTGCCTCTTATTGAGGAAGTTGGTGAACTTGTCTTAACAGAACCTTTTCCTTCCATGCCAATCTATTTTTGA	MKEVKEGELLWEPSSERKAAAKINSYMQWLHEHKNLYFQDYHSLWNWSVKEIKVFWESIWEYFDLQAKKDYQTVLSSHHMPGAKWFPEATVNYTEHIFRNREHSDQPAIIHTSERRKVFEVSWHKLYQDTIAIQQTFKRLGIQKGDRIVAYIPNIYEAVVAFLATASLGAVWSSASPDFGTQSVIDRFQQIEPTLFLTVDGYQYGGKTFDRTEVAAEIQSSLPTLKATIAISYLDDQATFSSLQHVVHWEKAINQAVKGDIEYTHVAFNDPLWVLFSSGTTGKPKPIVHSQGGILLEHFKALTFHADLGESDRFFWFTTTGWMMWNFLVGGLLTGSTIILYDGNPAYPSKERLWKLAEETKMTVFGTSASYITACMKDAIKPSQQYDLSHLKNISSTGSPLPPEGFLWCYENVKKDLWIASASGGTDVCTAFILGVPTLPVYAGELQCRGLGAKIEAFDDNGVPLIEEVGELVLTEPFPSMPIYF	PGPT0002265_850	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895	NA	NA
AK148_01611	531	yraA	COG0693	Putative cysteine protease YraA	ATGCGATTAAAAAACAAACAAGTCATTGCACTTGTAGATCATGACTTTGAAGACTTGGAACTTTGGTATCCAGTCCTGCGTTTACAAGAAGAGGGAGCTACCGTTCATTTAGTAGGTAAGGAAGCTGAAAAAGTATACCATGGGAAATATGGTGTACCAGCTACTTCCGATTTCGCATTCTCTGACGTCTGCGTTGACGACTATGATGCTATTTTAGTCCCTGGAGGTTGGGCACCAGATAAATTGCGACGCTATTCAGAGGTAATTCAAATGGTACAAGCAATGAATGAAAAACAAAAGCCAATCGGACAAATCTGCCATGCTGGATGGGTATTGATTTCAGCGAACATCTTAACCAATAAAAAAGTAACCAGCACTCCTGGCATTAAAGATGATATGATGAATGCAGGGGCTACTTGGATAAATGAGCCTGTCGTTGTTGACGGCCACCTCATTTCAAGTCGCAGACCACCAGACTTACCAGCTTATATGAAGAAATTTTGTGATGTTTTAGCAGGCAAAAACCAATAA	MRLKNKQVIALVDHDFEDLELWYPVLRLQEEGATVHLVGKEAEKVYHGKYGVPATSDFAFSDVCVDDYDAILVPGGWAPDKLRRYSEVIQMVQAMNEKQKPIGQICHAGWVLISANILTNKKVTSTPGIKDDMMNAGATWINEPVVVDGHLISSRRPPDLPAYMKKFCDVLAGKNQ	PGPT0015010_2731	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
AK148_01612	402			hypothetical protein	ATGTGGATTGAAGCCATAAAACGCTTAACAGTTGGCGTCGCTATTGCTGGATTAATCACGTTTATCGTGCTTACCGTTATTACCTTTCAAGACATCGAAATATCAATCATGCATTTTTGGAAAAGTTCGCTATCTACGCTATTCATAGCGTCTTACTTTGCATTAGCATCATTTCTATTTGAACGAGAGCATTGGAGTCCATTAAAGCAAACAAGCATTCACTACCTGTTGTCAAATTTATTCTTTTTTCCCATAGCTATTTGGGCAGATTGGCTACGTATGTCCATCATATCATTACTATTTGCAATTGTAACCTTCGCTATTCTATACGCTATCATTTGGATTATTGGCATCTGGATACAAAAAAGAAACGTCTTGCAATTGAATAAGGCAATAAAGTGA	MWIEAIKRLTVGVAIAGLITFIVLTVITFQDIEISIMHFWKSSLSTLFIASYFALASFLFEREHWSPLKQTSIHYLLSNLFFFPIAIWADWLRMSIISLLFAIVTFAILYAIIWIIGIWIQKRNVLQLNKAIK				NA	NA	NA	NA	NA
AK148_01613	468		COG3279	putative HTH-type transcriptional regulator	GTGAAGATAAACATTGATATTGATGCCAAACATAAGGACACATGCGTTACGATCCAAGCAAACGAATGGTCTAACGAGCTCAAAGCAATTGTGGATTATTTACAAGACAAAGAAGCTGCTCCAACACGATTATTTGCAGTAGATAATGAACAAACGATTTTGTTACATCCACAGAAAATTGATTATATTTATGCTGCGAATAGAAAAATTTTTGCTGCTATCGGAGATAAACGTTTTGAAATAAGGATGAAATTATACGAAGCTGAAAAAACTTTAAAACATGCACATTTCATGCGCTTTTCAAAATCTGTTATTGGAAACGTACTTCGAATAGCGTATTTTGAACTACATTTTAATGGCAATCTATGTGTTTATTTTCAATCGGGTAATAAAGAATACGTGAACCATAAATATGTGAAAGCAATTAAAAGAAAATTAATGATGGGTGGAGAAAAAAATGTGGATTGA	MKINIDIDAKHKDTCVTIQANEWSNELKAIVDYLQDKEAAPTRLFAVDNEQTILLHPQKIDYIYAANRKIFAAIGDKRFEIRMKLYEAEKTLKHAHFMRFSKSVIGNVLRIAYFELHFNGNLCVYFQSGNKEYVNHKYVKAIKRKLMMGGEKNVD				NA	NA	NA	NA	NA
AK148_01614	1488	opuD_2	COG1292	Glycine betaine transporter OpuD	ATGAAGAATGTCACTAGTGTATTTTGGTATTCCTTAGTTATATGTATTGCAGTTGTTGTTTGGGGTTCGGTAGCGCCTATAGGCTTGGAAAATTTCACAGCAAATGTAACGGCGGCAGTATCCGATTATTTTGGCTGGTATTATCTACTAGCTGTTATGGTCATATTGGCTTTTAGTATTTATCTCATTTTTTCACGATATGGAAATATTAAGCTTGGTAAAGAAAAAGATGATCCGGAATTTAGTTTACCATCTTGGTTTGCAATGTTATTTAGTGCAGGAATGGGAATAGGACTCGTGTTTTGGACAACAGCAGAACCAATTTCTCATGCGTTTAAAAGTACACCTGGACCGACTCCTGGTTCAGACGAAGCTATTCGAGAAAGTTTAAAGTATACATTTTTTCATTGGGGCATCCATGCGTGGGCAGTATATGGTATTGTTGCACTCGTGTTGGCTTATTTTAAGTTTCATCGAGATCAACCTGGACTGATTAGTGTGACGTTAATGCCCATATTTGGGGAGAAAAGCATGCGTGGCATGTTTGGTAAAGTGATCGATGTACTTTCAGTTTTTGCGACAGTTATCGGTGTTGCCGCAACACTTGGATTTGGTTCAGCGCAAATAAACGGAGGATTAGCGTTTTTATTTGACACTCCTGCAACGTTTTGGATGCAACTACTCATTTTAGGTACGGCAACGGTGTTATTTATTGCTTCTTCCTGGTCGGGAATCGGAAGAGGAATTAAATATTTGAGCAATGCCAATATGGGGTTAGCTGTTGTGTTATTACTCCTGTTGTTTTTTGCAGGCCCGACTTTAGATATATTGAACATGTTTACACATACTTTAGGAAGTTATGTATCGGATTTTTTTGATATGAGTTTACGCTTAGCTCCGCAAGATGAAAATAAACGAACATGGATTAATAATTGGACAATTTTTTACTGGGCTTGGTGGATTTCATGGGCTCCGTTTGTCGGAATTTTTATTGCGCGTATTTCTAAAGGGAGAACTGTAAAGGAGTTCATGATTGGTGTACTCGCCGTACCATCCATCATTTGTTTTATCTTTTTCTCTGTTTTTGGTGTTTCCGCATTGAACTTGGAACAGAATGGCATGGCAAAGATTTCTGAGTTTTCGCTTGAAACGTCCACCTTTGGCGTTTTAGAGCAATATCCACTAGGGTTTGTTATGTCAATAATTACTCTCCTCGTTGTGGCTATTTTCTTTATTACTTCTGCCGATTCCGCTACCTTTGTGTTAGGAATGCTAAGCACAAACGGAACGTTGAATCCTCGTAATTCGGTAAAGATTATGTGGGGTGTCATGCAATCCGCCTTGGCTGCCATTATTGTTTATTTTGGTGGCACGCAAGGGTTGCAAAACATGCTTATTATTGCTGCATTGCCTTTCTCGATCGTGATACTATTAATGGCTGCTTCGTTTTATAAAACAGCTCGAGCAGAGTATCGACTGAAAAAATAA	MKNVTSVFWYSLVICIAVVVWGSVAPIGLENFTANVTAAVSDYFGWYYLLAVMVILAFSIYLIFSRYGNIKLGKEKDDPEFSLPSWFAMLFSAGMGIGLVFWTTAEPISHAFKSTPGPTPGSDEAIRESLKYTFFHWGIHAWAVYGIVALVLAYFKFHRDQPGLISVTLMPIFGEKSMRGMFGKVIDVLSVFATVIGVAATLGFGSAQINGGLAFLFDTPATFWMQLLILGTATVLFIASSWSGIGRGIKYLSNANMGLAVVLLLLLFFAGPTLDILNMFTHTLGSYVSDFFDMSLRLAPQDENKRTWINNWTIFYWAWWISWAPFVGIFIARISKGRTVKEFMIGVLAVPSIICFIFFSVFGVSALNLEQNGMAKISEFSLETSTFGVLEQYPLGFVMSIITLLVVAIFFITSADSATFVLGMLSTNGTLNPRNSVKIMWGVMQSALAAIIVYFGGTQGLQNMLIIAALPFSIVILLMAASFYKTARAEYRLKK	PGPT0013600_1254	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013600-opuD|ytfQ-K05020	NA	NA
AK148_01615	453	yueI	COG5506	putative protein YueI	ATGAGCAAGAAAAATGTCGAAGATTATCTCACAGAAGGAATGTATGGAACGAGACTGCCCAAAGACCACGAACGAAAGCAATTTTTAGGCACATTACGTGAAAGGATTGTGCTTGCGCTTACGAAAGGACAGGTAATGTCAAATAAAGGTTTAGAACAACTTGAAGAAGCAATGAAAAAAAATCCCGAAGCAAAATTGATTATAAACGGCCATGTTTCCCATCGCTTTTTAACGGAAGAAAAGAAAATTGCAGATAAATACGGCATCTCCCACTCTACAATTACCAATGAGGAAGCGGAAGATACAAATATTGGAGCCGTTTTAACTTATGACTATGCCATTGATAAAGAAGACATTTTCATTCAAGAAGAAACAGAACAGCCAGACGATGAAGAAGAAAAGAGAGAAGAAGACGGCTCCTTTTTCACTAAAATAAGAAGCTGGTTTGATTAA	MSKKNVEDYLTEGMYGTRLPKDHERKQFLGTLRERIVLALTKGQVMSNKGLEQLEEAMKKNPEAKLIINGHVSHRFLTEEKKIADKYGISHSTITNEEAEDTNIGAVLTYDYAIDKEDIFIQEETEQPDDEEEKREEDGSFFTKIRSWFD				NA	NA	NA	NA	NA
AK148_01616	246			hypothetical protein	ATGCCACAACAGAGACAGGAAGAAGAAAACATTGAGGTGTGGGAAGACCTCGTACATATTAAAGATCTCGTTATAGCGATTATTATATCTACGATTACAACACTCGGTGCTTATATAATAGCACCAAATGATCCACCAAAACCTCTTATATTTGGCCTAGTTGGTGCTGTTGGAGGATTCATTATTAGCAGTTTGCTCATTAAACCGAAACGAAATTTCCGTTATATGGATGAGGAGGAGGAATAG	MPQQRQEEENIEVWEDLVHIKDLVIAIIISTITTLGAYIIAPNDPPKPLIFGLVGAVGGFIISSLLIKPKRNFRYMDEEEE				NA	NA	NA	NA	NA
AK148_01617	1353			hypothetical protein	ATGGATGCTGTATTAATTATTCAATTGATAGCTGCTTCTGTGGCAGGAGCTATTTTGTATACCATTATTGGAATAGCCCCTGGAACAGATGAAACCGCTGTCTTGGCGCCGGTTACATTAGTACTAGTGCTATCAGGTTTTGAACCCATTGTTATTCTAGCCTTTTTTATAGCCGCAATTGTTGCAAAAAAATTAACCGATTCTATCCCAGTTGCCATTGCCGGAATTCCTGGTGGGGTGATGTCGGCACCGATGGTTGAGCATGCGATGGTATTAAAAAAACATGGCATGCCTGAGCTGAGCATTCGAAAAATGGCATCGGGTTCCGTTATTGGTACTGTGATTGCTGTACCTATGAGTTTATTAATGGCGAATTTAATCGCTCCCTTATCTGATGAAATCACGCAATACGCGAGCCAAATTTTTCTTGGTGGTGCCATCTTTTTAGCGCTTATGACGAAACATCGTTGGATTGCACTGCTTTCCATTGTACCGTTTGCTTTTCTGATTCAAGGCTTACGTATGTTTTATTGGGAAACAGGCATCGTTCCTGAAGATCAAACTGTATTTACATCCTTCTTTTTAGGAATAACCATAGGCCCAGTCATTTTAAAGTTAGCAGAGTTACTTAATGGAAGGAGCAGAAGGAAGCTTCCACGCTTTGGCAAAAAAGATATTGCGATGCGACGAACGGAAAAAGTAAAAGGGTTCCCAAATCCGTTTAAAATCCTTACCGGCAAGGAGATTGGTACAACTTCGATCTCATCTATCTTAGGAGTGCTCACCTTTTTTATGAGTCCTGTTGGCATGACCATTTTCCTTGGTGAAACGTTAACCAGTCGAATAAAAGACCCAGTAAAAAAGGCGGCTCGAGCTATTTCCAGTATGGATGGACTGACAAACGCAGCTTATTTATCTGGGACGCTTATCCCATTAATTGCCATAGGTTTACCTTTGTCTCCTACAGCAATTGGCCCGGGTGGTCCTTTGTTTAATGCGCCACCAGTATTTACAGAAGAAAATAATCTTCACCATATGTTGTCTATGTCTGATTTTATTGTTGCTACATTGATTGGTGCCATTGTTGCTATTAGTATCACGTTTTATATTACGATTAAATATGCACAGCAAATTTGTGCCTTCGTATTTCGGTTTATTCCACATGAGGCTATGTTAGGTGTATTTTTTGGTCTTGTCATTATGCTTGCCTATATGGATGCGGGAATTGTAAATATAGCTGGTGTTATTGTTGTAGCACTTGTGGCTGGATTTTTGCATCGTAAGGGAGTGAATTATGGGGTGCAATTTATGACGTTGTATGCAGCACCTTGGCTCGTGTCATTGTTTTTGTAA	MDAVLIIQLIAASVAGAILYTIIGIAPGTDETAVLAPVTLVLVLSGFEPIVILAFFIAAIVAKKLTDSIPVAIAGIPGGVMSAPMVEHAMVLKKHGMPELSIRKMASGSVIGTVIAVPMSLLMANLIAPLSDEITQYASQIFLGGAIFLALMTKHRWIALLSIVPFAFLIQGLRMFYWETGIVPEDQTVFTSFFLGITIGPVILKLAELLNGRSRRKLPRFGKKDIAMRRTEKVKGFPNPFKILTGKEIGTTSISSILGVLTFFMSPVGMTIFLGETLTSRIKDPVKKAARAISSMDGLTNAAYLSGTLIPLIAIGLPLSPTAIGPGGPLFNAPPVFTEENNLHHMLSMSDFIVATLIGAIVAISITFYITIKYAQQICAFVFRFIPHEAMLGVFFGLVIMLAYMDAGIVNIAGVIVVALVAGFLHRKGVNYGVQFMTLYAAPWLVSLFL	PGPT0017350_3611	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017350-tctA-K07793	NA	NA
AK148_01618	1314			hypothetical protein	TTGCAGAAAATATGGTGTTTTATCGTCATCGTTTTTTTTGGGTTGCTGTTAACAGCGTGTGAGTCTGCAGATAAGGCAGATAGGGAAAAAGAAACGAAAGTGGATGTTGCTGGATATTATGAAGGCGCAATTGAAATTCCAAATCAGCCCCTAGGCATCGAAGTGACCTTGCAAAAGCAAGATAGTGAACTATCTGGAATGATGAGCATTCCCGTTCAAGGGTTGCTTGATTATCCTTTAACAACAGTTAAACAGGATGGGGAGAAAGCGATTACTTTTATAACGAAAGTACAAAATCATTTCATTTCATTTGAAGGGGAAATAGAAGCCGAGCAGATTACGGGGACTTTTAAACAACATGGCCAATCTTTTCCCTTTCAATTAGCGAAAGCGAAACAAACTGCAGAGAAAGACGAAGAATTTTTACAAGTAGAAACAGCTGCTGGAACATTGTCTGCTGAGCTAGTGAAACCTAAAGGGAAAGAGCCTTACCCAGTAATGCTCATTATTCCTGGATCTGGGCAAACAGATCGTGACGGTAATACAGTTGGTATAGCTGGAAAGAATAATAGTTTAAAACTGTTAGCAGAAGGATTAGCGGATCAAGGTATTGCTACAATTCGTTATGACAAACGAGGGGTTGGAAAAAACAGTCAAGCAATTATTGATGAAAGAGATATACAGTTTGACCAATTTGTAGACGATGCTGCCGCTTTTATAGACAAATTAGAAGCAGATAACCGATTCACTAAAATTGGTGTTATTGGGCATAGTCAAGGCTCTTTAGTAGGTATGCTTGCTAGTTTAGAAAAGGATATGGATGTATTTATTTCACTAGCTGGCTTTGGCAGTCCCTCGGATGAAGGGATATATAACCAGTTGCAGGCACAGCCTAAACTACCTAAAGAACTGCTTCGTGAAAGCAAAGGCATTTTGCAAAGCTTAAAAGAAGGAAAAACGGTAAATGAAGTGGGCCCTGAATTACAACCATTACTTCGACCGTCCGTACAGCCATTTTTAATCTCATGGATGAAGCATGATCCTCAAGCAGTCATCGCTGAATTACAAATACCAACTTTCATTGTTCAAGGGGAGCGCGACATACAAGTGCCTGCTAATGAAGCTACCATCTTACATGAAGCAGCACCTAACTCTGAATTATTATTGCTTGAAAAGATGAATCATATCTTAAAGGACGCTCCGAAAGATCGCGAGGGGAATATGGGAACATATACAAATTCGAAATTGCCACTAGCTGAAGGGTTAATAGAAGAGATAGTTGACTTTTTAATGAAAAATGGATTCTTGAGCTAA	MQKIWCFIVIVFFGLLLTACESADKADREKETKVDVAGYYEGAIEIPNQPLGIEVTLQKQDSELSGMMSIPVQGLLDYPLTTVKQDGEKAITFITKVQNHFISFEGEIEAEQITGTFKQHGQSFPFQLAKAKQTAEKDEEFLQVETAAGTLSAELVKPKGKEPYPVMLIIPGSGQTDRDGNTVGIAGKNNSLKLLAEGLADQGIATIRYDKRGVGKNSQAIIDERDIQFDQFVDDAAAFIDKLEADNRFTKIGVIGHSQGSLVGMLASLEKDMDVFISLAGFGSPSDEGIYNQLQAQPKLPKELLRESKGILQSLKEGKTVNEVGPELQPLLRPSVQPFLISWMKHDPQAVIAELQIPTFIVQGERDIQVPANEATILHEAAPNSELLLLEKMNHILKDAPKDREGNMGTYTNSKLPLAEGLIEEIVDFLMKNGFLS				NA	NA	NA	NA	NA
AK148_01619	966	gloB_3		Hydroxyacylglutathione hydrolase	ATGCAAACGAAAGACCCTATTTGCTTAGATGATCGTATTTATCTTATTGATGGTTTCGATTTTAACATACCATATCGCACAGGGGCTTATGTTCTTGTTGAGGATGAATTAACCATTATCGAAACGGGGCCTAGCCCGTCTATTAAGCATATCAAAGCGGGGTTAGAAAAATTAGGATTTTTATTAGATGCAGTAAAATACATTATTGTCACACATGTGCATTTAGACCATGCAGGAGGAGCTGGGTTATTGCTGAAATCTTGTCCAAATGCGACAGTAGTTATCCATCCACGGGGGAAACGGCATTTAGCTGATCCGAGAAAGCTTGCGGCAGGAGCTAGGGCTGTGTATGGTGATAGTTTTTCGGATTTATATGATCCCATTGTGCCAATTCCAGAAGAACGAATGATTGAAAAAGAAGATGGGGATACACTAGCCATCGGCAAAAACTGTACATTGCAATTTTTACATACACCAGGACATGCACGACATCATTTTAGTATCTATGATCCGATGAGTAATGGTTTATTTACCGGTGATACTACTGGGGTTCGGTATCAGTTATTAGAGGACCAAGGTGTGCCATTTTTCTTACCATCGACTTCTCCCAATCAATTTGATCCAAATGAATTACGTCAATCGTGGGAGCGCATTGAAAAGTTACAATTAGATCGGATTTACTATGGGCATTTTGGTATGACCGAACAACCCAATGAAGCATTACAACAAGTTTTTACATGGCTAAACACGTTCATGGAAATTGCGGAAAATGCATATGCAGAAGGGGTAGGTTATGATAAACTTGCTGAACGGATGCTAGAGGCAATTCGCGTGGAGCTGCGGGCGAAAGGAATTCCTGATGACCATGAGACATACATCATTTTGAATGTTGATATGCAAATTTGTGCGCTAGGTATCATTGATTATTTTCAAAAACAAGAAAAAAATAAGCAGCCTGTTCACTAG	MQTKDPICLDDRIYLIDGFDFNIPYRTGAYVLVEDELTIIETGPSPSIKHIKAGLEKLGFLLDAVKYIIVTHVHLDHAGGAGLLLKSCPNATVVIHPRGKRHLADPRKLAAGARAVYGDSFSDLYDPIVPIPEERMIEKEDGDTLAIGKNCTLQFLHTPGHARHHFSIYDPMSNGLFTGDTTGVRYQLLEDQGVPFFLPSTSPNQFDPNELRQSWERIEKLQLDRIYYGHFGMTEQPNEALQQVFTWLNTFMEIAENAYAEGVGYDKLAERMLEAIRVELRAKGIPDDHETYIILNVDMQICALGIIDYFQKQEKNKQPVH				NA	NA	NA	NA	NA
AK148_01620	393			hypothetical protein	TTGAATACGTACAGTAAAACATTACTGCGATTTTCGGCTATTTTTGCTGTAATAGGAGCGTTTATTGGTTCACATATGGCAGGTGCGGGGGGATATGAATTTCGTACCGTTCATGCACATATTCTTCTCGTCGGCTGGCTTACTTTATTTGCTTGGGCGGTTTATTATAAAATTTTCATGCCTGCTAACAAAAAACTTGCATCACTTCACGTATGGACAGCGATTATCGGTGCCATCGGTTTAACAGCTGGCATGTGGCTTTACTATTTACGTCCGTTTAACTTCAATGAAACAGTAATAACGATATTTTTTATCGTGGGAGGTACCATTTTACTTATTAGCTTTGCGATTTTCCTTATTCTCACTTTCTTAAAAACAGAAGATGAGACATAA	MNTYSKTLLRFSAIFAVIGAFIGSHMAGAGGYEFRTVHAHILLVGWLTLFAWAVYYKIFMPANKKLASLHVWTAIIGAIGLTAGMWLYYLRPFNFNETVITIFFIVGGTILLISFAIFLILTFLKTEDET				NA	NA	NA	NA	NA
AK148_01621	759	exoA	COG0708	Exodeoxyribonuclease	ATGAAACTTGTATCTTGGAATGTAAACGGACTAAGAGCATGTATCCGCAAAGGCTTTCTGGACTATTTTCATAGCGTAGATGCTGATATTTTCTGTGTACAGGAAATAAAATTACAAGCAGGACAACTTGCTTTACCATTAGAAGGCTACTACCAATATTGGAACTACGCTGTCCGAAAAGGGTATTCTGGTACCGCTGTATTCACGAAACAAAAACCATTGACTGTCTCCTATGGCGTTGGTGACGCGGTTGCCGAAGTGGAAGGACGCATTATTACATTAGAATATGAAGATTTTTACCTCGTCAATGTCTATACTCCAAATGCGAAGCGAGATCTCTCTCGCCTAGACTACCGCTTACAGTGGGAAGAACAACTTTATGCTTATCTAGTAGAGTTAGATGAGAAAAAGCCCGTCATTTATTGTGGCGACTTAAATGTTGCCCATCAAGAAATTGATATTCGTAATTATAAATCAAATGAGGGGAATTCCGGTTTCACCTTAGAAGAGCGGGCAAAGATGTCGCGGCTATTAGACGACCGTTTTATTGATACGTTGCGTTACTTTCAGCCAAATACAGAGGGATTATACACGTGGTGGTCCTATATGAAAACCGTTCGGGAACGTAATATTGGTTGGCGAATTGATTATTTCCTAGTTTCCAATCGTTTAAAAGAACAATTAATACATGCAGAAATCGATTCAGAAGTATACGGTAGCGATCACTGTCCCATTCAGCTGGAACTGAAACAAGCTTAA	MKLVSWNVNGLRACIRKGFLDYFHSVDADIFCVQEIKLQAGQLALPLEGYYQYWNYAVRKGYSGTAVFTKQKPLTVSYGVGDAVAEVEGRIITLEYEDFYLVNVYTPNAKRDLSRLDYRLQWEEQLYAYLVELDEKKPVIYCGDLNVAHQEIDIRNYKSNEGNSGFTLEERAKMSRLLDDRFIDTLRYFQPNTEGLYTWWSYMKTVRERNIGWRIDYFLVSNRLKEQLIHAEIDSEVYGSDHCPIQLELKQA				NA	NA	NA	NA	NA
AK148_01622	396	ytrA_1	COG1725	HTH-type transcriptional repressor YtrA	ATGAAAATTAATTTTAATCGCAGAGAGCCTGTTTATGTGCAAGTGGTTCGTCATTTTAAGCAGCAGATTGCGAAGAATATGCTAGAACCGGGTCAGGAAATCCCTTCACGTCGAGAGTTGGCAGGCGAGTTAAAAATCAACCCCAATACGGTGCAACGTGCCTATAAGGAAATGGAGGAGCAAGGCTTGATTTATACAGAACGAAATTTGCCAAGTAAGATAACACGAAATGAACAAGTGCTTCAAGCTGTGCGAGAAGAGTTAATTATGGATGCGGTGGATCAATTTGTTACAACTGTTCAATCTGTACAAGTGCCGTTTGATGAAATCATTACCATTGTAAAGCAAAAGTATGAGCAAGTAAATGCGGATAAGGGGGAAGAGGATCATGATTGA	MKINFNRREPVYVQVVRHFKQQIAKNMLEPGQEIPSRRELAGELKINPNTVQRAYKEMEEQGLIYTERNLPSKITRNEQVLQAVREELIMDAVDQFVTTVQSVQVPFDEIITIVKQKYEQVNADKGEEDHD				NA	NA	NA	NA	NA
AK148_01623	690	lnrL_3	COG1131	Linearmycin resistance ATP-binding protein LnrL	ATGATTGAAGTGAACAACATAACGAAAAAATTTGGTCGTAAACAAGTGCTAAAAGGTGTATCCTTTACGGCTGAAAAAGGGGAAATAACGTGCTTAATTGGTATTAATGGCGTCGGAAAGACAACAATCTTAAATGCGATCATGGCTTTGACACCGATAAAGCAAGGAGAAATCTTGATTGATGGTGAAAAACTAAAGCCAGAAACGTTTAATCAGATTACCTTTATCCCTGATGCGATTACGGTACTTCCACAAATGACGATTACGGAATCGATGCAATTTATGAAAGATTATTATACGACTTGGAATGAAAAACGAGCTCAGGAGTTATTATCCTTTTTTAAATTGAACCCAGAAGATAAGATAGCTTCTTTATCCAAAGGAAATACAGCAAAAGCAAATTTACTGTTAGGACTTGCACTTGATGTCGATTATATTCTCATGGACGAACCTTTTTCAGGGATTGATATGTTTAGTAGAGAACAAATTGCGAACGTGTTTACGAGTCATTTAATCGAAGATCGTGGTGTCATAATTACCACCCATGAAATTGGTGATATCGAGCATTTAATTGATAAAGTTATTTTGCTTGATGAAGGTGTTGTGAAAAAGCAATTCTATACGGAAGAAGTTCGGGAGACAGAAGGGAAATCGGTTATTGATGTGATGAGAGAGGAGTATCAAGGATGA	MIEVNNITKKFGRKQVLKGVSFTAEKGEITCLIGINGVGKTTILNAIMALTPIKQGEILIDGEKLKPETFNQITFIPDAITVLPQMTITESMQFMKDYYTTWNEKRAQELLSFFKLNPEDKIASLSKGNTAKANLLLGLALDVDYILMDEPFSGIDMFSREQIANVFTSHLIEDRGVIITTHEIGDIEHLIDKVILLDEGVVKKQFYTEEVRETEGKSVIDVMREEYQG	PGPT0006725_27737	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_01624	834			hypothetical protein	ATGAAAAGCTATTTTCGCTTAACGGAATTTGAACTGGGCAGATTTTTTACATTTTATCTCGTACTTATTGGATTGACGATAGTTTCTCAAATAATTGGTGTGATCGTTGTATCTAAGGAGTACATGAACGAGGCAAATAAAATGATTTATCAAGAAGGGTTATCAAAACAAGCATTTATAGAACAGCAGGGGATGATAAGCTTGGCAGACTGGGCAAACTCGAAGTTTTTTTTAGCCCCGATAGCAGTTTGTGCTGTTACATTGCTAATTTACATGTTTCTCATATGGTACAGAGATTGGTTGGGGAAAAACACCTTTATTTATCGCTTATTGATGCTTCCAACGCAAAGAATCCATTTGTTTTTTGCGAAAGCGACAACGATCTTCATGATGGTGCTTGGCTTAGTTGCTTTACAAGCGTTTCTTATCTATATCGCAGGCATTGTTTTGGAATGGATGGTCCCAAATGAATTTATGCAAACGATGGGGGTATCAGAAGTAAGTTTTACTGCTATGCATTTATATATGATATTACCAGCAACTTTTATGGAGTTTCTACTAAACTACGGTACTGGAATAATGTTTGTCTTCGTCTTTTTTACGGCCATTCTTATCGAACGAAGTTATCGCTGGAAGGGGTTGCTATTTGCAATCGGGTATGTAGTCGTTGCAACAGCAATGTTTATGTCGCTCATTATCCTAAACAAGGTATGGAACGTACTGCCTTTATACCCATTAGAATGGCTCTTTTTGCAAATCATTTTAGGAATAATAGTAACGGCAAGCTCTGTATTCCTGAGCCACTATTTATTAACGAAGAAAATTACGGTGTGA	MKSYFRLTEFELGRFFTFYLVLIGLTIVSQIIGVIVVSKEYMNEANKMIYQEGLSKQAFIEQQGMISLADWANSKFFLAPIAVCAVTLLIYMFLIWYRDWLGKNTFIYRLLMLPTQRIHLFFAKATTIFMMVLGLVALQAFLIYIAGIVLEWMVPNEFMQTMGVSEVSFTAMHLYMILPATFMEFLLNYGTGIMFVFVFFTAILIERSYRWKGLLFAIGYVVVATAMFMSLIILNKVWNVLPLYPLEWLFLQIILGIIVTASSVFLSHYLLTKKITV				NA	NA	NA	NA	NA
AK148_01625	1233			hypothetical protein	ATGGAACGGTATTGGAAACTTATGTTTATTGCTTGCCTACTTGTTTTTGGCATTGGATTTTTTTACTTGCATGATACATTTGCTGAAAAAGAACTACCGGAATATACTTGGGAAAAACAGAAGGGAAATGATGACGTATTAGAAGATGTATTGGTGCAAGCTTATATCCAGGATGGTAGCTATATTGAAGAAAAAATTCAGATTGCTGGAGAAAAAAGTAAGTATGCAAGCCAACTTAGCTTTTTAGAAACACTAAATGGTGCAATGGATAATTTGAAAATCAAACAGTTACAACAGGAATATCGCGGGTTTATGCGTGGAAAGACAGAAAATACGTATAACTTTTATGAAAATGAACAGTTGTTGGCATATGCTGATATAACTTCGGAATGGGATAGTAGTCGATTTGAACAAAGCGACTTTGCCTTAGAAGTGGAAACATTATCGAAGCGGGATGATAAAACAACCTCTTTCTCCATCAAATTGCCCAATCAAGATCAGTATAATTACGTGGATGTGGGAGAGGTAACTGTCTTGGGAGATAAGCTCTATGTTCTTGCACAAAATGACATGTTAATAGATGATGAAAATCAAAGTGAAATGCGGTTATACACGATCGATCTTACAAATGAAAAATTAATGAGTGAACAAAGGTTATTTTCCGACAAGGAAGAAAACTCGGCAGGAGGTAGAGAAGTAACTTTATTGCATGATACAGATGAACTTCAGGCAAGTAAATATATAGCTGTTATGGTGAGTGAATTCGACGAGGATGACGAGAAAAAACAGCTTCAGTTATTTGACATAGAAAAACAGGAAGAATGGTCGGTTGATGTGCCGAAAAAAATGCTCGAACAAGAAGTGGTCGCTCATATGGGAGATGAAACGTTGTATTTTCTTCACGAACAGAAAGGCAAACTAAGCGTGACACCTTATCTATTCGCCGAACAACAAATGGGCGATCCAATTGAAGTTGCCATTTCCGATGCTATCGATGTCAACATGATGAAGTATACGAAAATCATTCATGATAAGCTGTACCTCTTGTATGATATGAACAGCTCCAAGGAGGGAGAGAGCAATTCCTCACATATATCAGGTAACCCGCCACTAATGTATGTTATTGATCTAAAAGATAAGGCTTTACGTTATGAAGGAGAATTAACCCCGAAAAATAAGGCGGCAAAAAATGCATTATTTATGATAGAAAGTATGTATGAAAATGAGCAATGA	MERYWKLMFIACLLVFGIGFFYLHDTFAEKELPEYTWEKQKGNDDVLEDVLVQAYIQDGSYIEEKIQIAGEKSKYASQLSFLETLNGAMDNLKIKQLQQEYRGFMRGKTENTYNFYENEQLLAYADITSEWDSSRFEQSDFALEVETLSKRDDKTTSFSIKLPNQDQYNYVDVGEVTVLGDKLYVLAQNDMLIDDENQSEMRLYTIDLTNEKLMSEQRLFSDKEENSAGGREVTLLHDTDELQASKYIAVMVSEFDEDDEKKQLQLFDIEKQEEWSVDVPKKMLEQEVVAHMGDETLYFLHEQKGKLSVTPYLFAEQQMGDPIEVAISDAIDVNMMKYTKIIHDKLYLLYDMNSSKEGESNSSHISGNPPLMYVIDLKDKALRYEGELTPKNKAAKNALFMIESMYENEQ				NA	NA	NA	NA	NA
AK148_01626	348			hypothetical protein	ATGACCAACAACCACTTTACTATATTAGCTAATTTGCCTGATATTGATACGTTTATCGAACAAAACAAGCTCGCTTTTCTATATATTTCCCGCGAAGGCTGTAGTGTGTGTCACGGATTATTACCACAAGTTGAGGCGTTAATGGAGGATTACCCAGAAATTGCTACAGCGCATATCAAAGCCGAACAAGTGGAAGAAGTCGCTGGGAGATTCTCCGTATTTACTGTTCCTGTACTCTTACTTTTCGTGGAAGGAAAAGAATATTTGCGTGAAGCGAGAATTGTGCATATGGATTTATTTCAGGAAAAACTGGAACAAATTTATAGCCATGTGGTTGGCGCTAATTAA	MTNNHFTILANLPDIDTFIEQNKLAFLYISREGCSVCHGLLPQVEALMEDYPEIATAHIKAEQVEEVAGRFSVFTVPVLLLFVEGKEYLREARIVHMDLFQEKLEQIYSHVVGAN				NA	NA	NA	NA	NA
AK148_01627	555			hypothetical protein	ATGCACTGTAATCACATAGAGAATGACTGTGTATGTGATGTTGTCAGAAGAATTGTTGTGGCGCAAAATAAAGTAGCACCTGATAGTGAATGCTGTAACACAAGTTGTGAAGATTCTATTGAAAAACTCCTAAGCCCAAATAGTACTACAAGTCCACAGCCCACAACTATTCCTATTATGCTTTATTGTACGTCAACTTGTGACCCATTCGTTGGAAAAGGAATAAAAAAATCGTATGCTGATTGTAATAACGGATACTTTTTCCCTGTCGAATCTTATGTTTTTCGAGCTAAGGATTTTGTTGAAGGTAGTTATTGCTGTGCAGTATTAGAAATTTTATCTCCATATTATGGAGATCACAGCTCTTGTAGTAACAAACCAAAAATTTATAAGCATACAAAACATCCGTCAGATTCTCCTTATGACAAATGGATGAAAGATAATAAAAAGAAAAGCATTAAAAATTTCGTAGCTACAGGCGTTTGCTTAACTGTTAATTTAAATAAATTTATCGGTGTAGCTTGTCTGGATCCAATTACTCCTATGAAAATGTAG	MHCNHIENDCVCDVVRRIVVAQNKVAPDSECCNTSCEDSIEKLLSPNSTTSPQPTTIPIMLYCTSTCDPFVGKGIKKSYADCNNGYFFPVESYVFRAKDFVEGSYCCAVLEILSPYYGDHSSCSNKPKIYKHTKHPSDSPYDKWMKDNKKKSIKNFVATGVCLTVNLNKFIGVACLDPITPMKM				NA	NA	NA	NA	NA
AK148_01628	531	cotY_1		Spore coat protein Y	ATGGGGTGCTCTAACCAAAATAATATCTACTCGACCAAACATCGAGAACATTGTGTATGCGATATAGTTCAACGCATTGTTTATGCACAAGACAAAGCAAACAAGGACAATTGTGATACGAGCTGTTACACATCGCTTCAACAATTAAGCGACAATAAGCCTTACCATGTGCATACAACGATTCCATTTTTACTTTATTGCCGCAACAGTTGCAAGCCGTTTATTGGAAAAGGATTTATGACAAAGTATGATGACCATTGTTACGAAAAATCCTTCAAAGAAATTGAATCACCATTTTTTCGGGCAAAAAAATTCTTAAGAGGAAGTAAATGTTGTGTTCGTTTAGAACTTTTATTACCAATCAAAGATAAAAAGTCCTCGCAACCTTGTGATAACTGTTCTTATTGTGATGATCACAGTAATAAGAAGATAACGGATTTCATAGCTACTGGAGTTTGTTTAACAGTGGATCTTAATCAATTTATTGGTATAACCTGCCTTGATCCAATAACTCCAATCCCTCCTAAGTAA	MGCSNQNNIYSTKHREHCVCDIVQRIVYAQDKANKDNCDTSCYTSLQQLSDNKPYHVHTTIPFLLYCRNSCKPFIGKGFMTKYDDHCYEKSFKEIESPFFRAKKFLRGSKCCVRLELLLPIKDKKSSQPCDNCSYCDDHSNKKITDFIATGVCLTVDLNQFIGITCLDPITPIPPK				NA	NA	NA	NA	NA
AK148_01629	93			hypothetical protein	ATGTTTAATACTTCCATACCAGGGGAGTATTTAATGTTATTGAAAGAATCTATGTATCTCATACGATTTGCCACACTAGCACATATTGTTTAA	MFNTSIPGEYLMLLKESMYLIRFATLAHIV				NA	NA	NA	NA	NA
AK148_01630	372			hypothetical protein	ATGAGTTGTAGTTCTAGACATCATGACTTTGACAGGAAAGAAGATTTCCGACGTTTAGAGGTGATTTTGAAGGATATTCTATTCCAACTTCAGAAGCAACAGCAAAAGCAATACCAGAATCAAGACCAAGATCAGTACCAAGATCAGTATCAAGATCAGTATCAAGGTCAGGCACAAAGTGATCGGACAAAATTTGAACACATTGGAAATCCAAATGTAATCGTGAAAAATGAGGCAAATGCATTATCAATTGCAGCTATTGTGATTTTGTTAAGCTTCCTCAACGATTATAAAGATAATGTTGTCATTGATAAAGATGCTACTAGAGAAATTGTCAACATGCTAAAAGAACTTGACAATTCCTCTGAGTAA	MSCSSRHHDFDRKEDFRRLEVILKDILFQLQKQQQKQYQNQDQDQYQDQYQDQYQGQAQSDRTKFEHIGNPNVIVKNEANALSIAAIVILLSFLNDYKDNVVIDKDATREIVNMLKELDNSSE				NA	NA	NA	NA	NA
AK148_01631	774	trpA_1	COG0159	Tryptophan synthase alpha chain	ATGGGTAAAGAAAAACTAACTAATTCGCTACAGCAACAAAAAGAAAAAGGTTCTAATTTATTTGTTCCTTATATAATGGCTGGTGATGGTGGCTTAGAAAAATTAAACGAACATGTCTTATTTTTACAAGACTGTGGTGTAGCAGCCATTGAAGTTGGCATTCCTTTCTCCGACCCTGTAGCAGATGGTCCAACTATTCAAAATGCTGGAAAACGTGCATTAAAACATGGCACAACATTAGCTAATTGCTTGCACACACTTGCGTCGTTTAAAGATAAACGTGATGTACCTATTATCGTAATGACGTATGTAAACCCCATTTTTTCTTTTGTAATAGAGCAGTTCGCAGCAACTTGTTTTCAATCTGGTATAGATGGCGTCATTATTCCTGATCTTCCTTTAGAAGAAGAAAGTTTACTAGCAGACGTATTGCAACAATATGATATCACATTTATCCGCCTCGTTTCATTAACTAGTCCGAAAGAAAGAGTAAAGGCAATAATGAACCGAGCAGAAGGATTTCTTTATGCAGTTACCGTGAAAGGTACGACAGGCGTACGCACATCTTTTGCAAACGAAGTAAATGCTTATTTACAACAACTAAAAAGCCAAAGTGATGTCCCCGTTTTGGCTGGATTTGGCATCTCCACAAGCGAACAAGCAAAAGCATTATCTTCCTATTGTGATGGTGTTGTTGTTGGTAGTAAAATTGTCGATTTATTTCACGAAAATAAAGCCGAAGAGATTAGACAGTTTATCCTCAAAAGTACGTAA	MGKEKLTNSLQQQKEKGSNLFVPYIMAGDGGLEKLNEHVLFLQDCGVAAIEVGIPFSDPVADGPTIQNAGKRALKHGTTLANCLHTLASFKDKRDVPIIVMTYVNPIFSFVIEQFAATCFQSGIDGVIIPDLPLEEESLLADVLQQYDITFIRLVSLTSPKERVKAIMNRAEGFLYAVTVKGTTGVRTSFANEVNAYLQQLKSQSDVPVLAGFGISTSEQAKALSSYCDGVVVGSKIVDLFHENKAEEIRQFILKST	PGPT0007070_4213	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
AK148_01632	1197	trpB	COG0133	Tryptophan synthase beta chain	ATGAAAAGCTATAGAATGCCTGATCACAACGGAAAATATGGAGACTTTGGAGGTAGATTTGTACCAGAAACATTAGTGCCTGCTTTATTAGATTTAGAAACCGCCTACGAAGAAGCAATGAAAGATCCTACATTTACGAACGAATTAAATGGTTATTTACATCATTTTGTTGGTAGAGAAACGCCCCTTTACTTTGCTAACAATTTAACGCAAATTCTCGGAGGACCAAAGATTTATTTAAAACGCGAAGATTTAAACCATACAGGTGCCCACAAGATTAATAATACCATCGGACAAGCACTACTTGCCCAACGAATGGGAAAAAGAAAAATGGTGGCAGAAACAGGTGCTGGTCAGCATGGTGTTGCTACAGCTACCGTTTGTGCGCTACTCGGATTACAATGTGTTGTCTTTATGGGTGCAGAAGATATACGTAGACAAAAGCTCAACGTCTTTCGCATGGAACTACTAGGCGCAGAGGTGCGAAGCGTCAATGATGGAAGTGCAACATTAAAAGATGCAGTAAATGAAGCTTTACGCTATTGGGTTGCTCACGTAGAGGATACACATTACATCCTCGGATCTGTGGTGGGTCCTCACCCATTCCCAAAAATTGTTCGTGATTTCCAATCTGTCATCGGTAAAGAAACGAAACAACAGATGTTAGTGAGTCATGGTCAATTGCCAGATGCCATTGTGGCTTGTGTAGGTGGGGGGAGTAATGCCATGGGGATGTTTTACCCTTTTATAGAAGAACACCAAGTAAAACTTTATGGCGTTGAAGCTGGTGGCGTCGGACTAAATACGAACCAGCACGCATCCGTGTTTCATCACCCTACACCAGGTGTCCTTCATGGAACATTAACAAACTTACTACAAGATGAACATGGCCAAATTCAAGAGGCTTGCTCGATTTCTGCCGGTCTAGATTATCCTGGTGTTGGGCCTGAACATAGCCACTTACACGCCATGAAGCGCGTAAATTATCAATCCATAACGGATGAAGAAGCCGTCACCGCTTTTCAGCAACTATCTCAAACAGAAGGAATAATTCCTGCCCTGGAAAGCGCGCATGCTGTAGCTTATGTAAAAAAGTTGGCTAAGGAAATGGAGCCTAATCAATCGATTGTAATATGCCTATCAGGTCGTGGAGATAAAGATGTTGAACAAGTCAAACAGATATTGGAGGGAAAGTAA	MKSYRMPDHNGKYGDFGGRFVPETLVPALLDLETAYEEAMKDPTFTNELNGYLHHFVGRETPLYFANNLTQILGGPKIYLKREDLNHTGAHKINNTIGQALLAQRMGKRKMVAETGAGQHGVATATVCALLGLQCVVFMGAEDIRRQKLNVFRMELLGAEVRSVNDGSATLKDAVNEALRYWVAHVEDTHYILGSVVGPHPFPKIVRDFQSVIGKETKQQMLVSHGQLPDAIVACVGGGSNAMGMFYPFIEEHQVKLYGVEAGGVGLNTNQHASVFHHPTPGVLHGTLTNLLQDEHGQIQEACSISAGLDYPGVGPEHSHLHAMKRVNYQSITDEEAVTAFQQLSQTEGIIPALESAHAVAYVKKLAKEMEPNQSIVICLSGRGDKDVEQVKQILEGK	PGPT0007075_3387	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
AK148_01633	633	trpF	COG0135	N-(5'-phosphoribosyl)anthranilate isomerase	ATGCTCGTTAAGATATGTGGCATTCAATCTATAGAAGCTGCACAAGCTGCTGTTCTAGCAGGAGCCGACCTATTAGGATTTGTATTTGCTCCTAGTAAACGAAAAGTAACTCCTGAGCAGGCAGCTTTCATTGTTCAAACGGTACCCCGTTCCGTAAAAATTGTTGGGGTGTTCGTCAATGAAAGGGTGACAGCAGTAAATGCGATTATAGCACAAGTTCCACTTGATTATGTTCAATTACATGGGCAAGAGAGTGCAAGCGTTGCTTATCAATTACATGCGCCCATTATTAAAGCTTACTCGATTGATAAGTTGGAAAAGACGATGCAAAAAGAGCTGACAAATTACCCTTATGATTATTTATTGATCGATAGCCCGTCAGAGCAATATGCAGGCGGAAGTGGGCGTCCATTTAATTGGAGCAAGCTAAAAACGAAACAAATCCCCTCAGAAAGATTAATAATTGCTGGGGGACTGACATCAACAAATGTAAACCAAGCCATTGCAACGTTAAATCCATCAGGAGTGGATGTATCAAGTGGTGTAGAAACAAATGGAAAAAAAGACTCTCAAAAAATAATTCAGTTTATAACGCAAGCGAAAGGAATGGTAAAGGACAATGAAAAGCTATAG	MLVKICGIQSIEAAQAAVLAGADLLGFVFAPSKRKVTPEQAAFIVQTVPRSVKIVGVFVNERVTAVNAIIAQVPLDYVQLHGQESASVAYQLHAPIIKAYSIDKLEKTMQKELTNYPYDYLLIDSPSEQYAGGSGRPFNWSKLKTKQIPSERLIIAGGLTSTNVNQAIATLNPSGVDVSSGVETNGKKDSQKIIQFITQAKGMVKDNEKL	PGPT0007115_2299	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
AK148_01634	798	trpC		Indole-3-glycerol phosphate synthase	ATGACGATATTACAAACGATTATCGTACAAAAGCAACAAGAAGTAGATTCCCTCTTGCAAAAAAAACAGCCGACATTTAAAACAACCAAGCAGCCAATTCCCTTTAAGCAGCGTGTGAGCAAAGCGAGAGATTTACAAATTATTGCGGAAATCAAGCGAGCTTCTCCTTCCAAAGGAGATATTCATACAGACGTTAACCCTGTTGAACAAGCTAAACAATATGCACTACATGGCGCTGCTGCCATTTCAGTACTCACGGATGCATCTTTTTTTAAAGGCTCTATGCAAGATTTAGCTGATGTGGCAAACGCAGTAGATTTGCCTGTCTTATGTAAAGATTTTATTATTCATCCTGTGCAAATTGACCAAGCCAAAGCAGCTGGGGCTTCCATTATTTTATTGATCGTAGCTGCGTTATCCAAACAACAGCTAAAGCATCTCTATCACTATGCAATTGATCATCATTTGGAAGTTATTTGTGAAGTGCACAACCTTAACGAACTTCAAACAGCTCTTGAATTAAATCCAGAAATGATCGGTATTAATAATCGAAACTTAAAGACGTTTGCAGTGTCGATGCAGACGACGGAAAAACTCGCAAAACATCTAAATAAAGAAGAGGTACTACTCATTAGCGAAAGCGGTATTCATACTAGAAACGATGCTTATGCGGCGAGCAAATCCGGAGCGGAAGCTTTACTTGTAGGAGAAACACTGATGCGTTCCAAAAACATCTCCAAAACATTCCAACAATTACAAGTCATGAAGCAAAAGAGGAGGAAAAATCATGCTCGTTAA	MTILQTIIVQKQQEVDSLLQKKQPTFKTTKQPIPFKQRVSKARDLQIIAEIKRASPSKGDIHTDVNPVEQAKQYALHGAAAISVLTDASFFKGSMQDLADVANAVDLPVLCKDFIIHPVQIDQAKAAGASIILLIVAALSKQQLKHLYHYAIDHHLEVICEVHNLNELQTALELNPEMIGINNRNLKTFAVSMQTTEKLAKHLNKEEVLLISESGIHTRNDAYAASKSGAEALLVGETLMRSKNISKTFQQLQVMKQKRRKNHAR	PGPT0007080_2188	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
AK148_01635	1029	trpD2	COG0547	Anthranilate phosphoribosyltransferase 2	TTGAAAATGTATTTAGAGAAATTATTGCAAGGAAAGAATTTAACAATGGAAGAAATGAAAACCGCTACGCTTTCGTGTTTACACAATAATGTTACAGAATCGCAAATAGCCGCACTGCTTACTGCTTTGCAAGTAAAAGGGGAAACTGCTGAAGAAGTAAGTGGACTTGTCGAAGTAATTCGTGCTCAGTCCCCTTTTCATATCGAACTGAAAAAATCCGTACTGGACAACTGCGGAACTGGGGGCGATATGTCCGGAAGTTTTAACATAAGCACTACATCAGCTTTTGTAATTGCTGGTGCTGGAGTTACTGTTGCTAAACATGGAAATCGTAGTATCTCTAGTAGAACAGGGAGCGCAGACGTTTTAGAGCACTTAGGCATCTCATTGTTTTTTTCTAAAGCACAGATTGAAGAAACGTTGACGCAAAATAATATCGCCTTTCTCTTTGCCCCTCATGTACACCAGAGGCTAAAACCTTTTGTAAAAGTACGGAAAAATCTTGGCTTACCGACCATTTTTAATGTAATCGGGCCGTTAACCAATCCCGTAGAGTTAGATTCGCAATTGATTGGCGTCTATCACAGCGGAAAATTGGAAGTTGTCGCCCAAGCCCTTAAACATTTAGGTAGACAACGAGCACTCGTTGTTAATGGAGCTGGTGGGATGGATGAAGCTTCACTCGCAGGGGAAAACCGGTTCATTTTACTTGATAATAACAAGTTAACCCCCTTTACCCTTCATCCACATGATATAGGTTTACCTATCTATCCAAATGATGCGATTAAAGGAGGAGATGCCAAAGAAAATGCCTGCATTACACAACGTGTTTTACAAGGTGAGCCCGGTGCTTATATGGATACTGTTCTGTTAAATGCTGGATTAGCACTATTTGCTCATGGAAAAGCGGCAACCATTATGTCAGGCATCGAATTGGCTAGAAAAAGCATTCTGTCAGGTAAAGCATTAGCAGCATTAAACGACTTAATCTCTATAAGTAAAAAAACTTCAAGTAGCGAGGTGGTTTAA	MKMYLEKLLQGKNLTMEEMKTATLSCLHNNVTESQIAALLTALQVKGETAEEVSGLVEVIRAQSPFHIELKKSVLDNCGTGGDMSGSFNISTTSAFVIAGAGVTVAKHGNRSISSRTGSADVLEHLGISLFFSKAQIEETLTQNNIAFLFAPHVHQRLKPFVKVRKNLGLPTIFNVIGPLTNPVELDSQLIGVYHSGKLEVVAQALKHLGRQRALVVNGAGGMDEASLAGENRFILLDNNKLTPFTLHPHDIGLPIYPNDAIKGGDAKENACITQRVLQGEPGAYMDTVLLNAGLALFAHGKAATIMSGIELARKSILSGKALAALNDLISISKKTSSSEVV	PGPT0007090_2491	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
AK148_01636	597	pabA_2	COG0512	Aminodeoxychorismate synthase component 2	ATGATTTTATTAATTGACAATTTCGATTCGTTCACTTTTAACATTTATCAATATGTCGCTGAATCTGGCTACGATATCCACGTCGTGCGCAATAATTATATTTCAGTTCATGAAATAAATGAGCTTTGTCCAGACGGAATCATTATATCCCCTGGACCAGGCTTACCACAGCAGGCTGGCGCTTGTCTAGAAATAGTTAAAGCTTATTACATGGAGTTACCTATTCTCGGTATTTGTTTAGGTCATCAAGTGATAGCCGAAGCATTTGGAGGTGAATTACGACAAGCCAAACAAATTATGCATGGAAAAACATCGCCGGTAACACATAAAGGAAGTGGGATGTTTCAATATTTATCACAGCCACTTAAAGTGATGCGTTACCATTCTTATACCATTGAACCGTCTTCCTGCCCAAAACAGTTGGACATTATGGCAACATCTATGGATGATCACGAAATAATGGCTATTCAACATACTATCTACCCCGTATATGGGGTGCAATTTCATCCAGAATCGATCGGTACCAAAGTAGGGAAGAAAATCATACAAAATTTTTTGGATCAAGTATCACAAAGTAAAACTACCCTATCCAAATAA	MILLIDNFDSFTFNIYQYVAESGYDIHVVRNNYISVHEINELCPDGIIISPGPGLPQQAGACLEIVKAYYMELPILGICLGHQVIAEAFGGELRQAKQIMHGKTSPVTHKGSGMFQYLSQPLKVMRYHSYTIEPSSCPKQLDIMATSMDDHEIMAIQHTIYPVYGVQFHPESIGTKVGKKIIQNFLDQVSQSKTTLSK	PGPT0007105_1325	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
AK148_01637	1413	pabB	COG0147	Aminodeoxychorismate synthase component 1	ATGAGTCAAACACAACAACAAGGTCACTATAAATTACTAAAGTTAAATGCTGACACGTTAACACCAATAGAAATTTATATGCGGTTAGATGGTAGAAACAAATTTTTATTAGAGAGCACATTTGAGCATGAAACAAAAGGAAAGTATTCCTTTATTGGTTGCGATCCTTTTAAAGAAGTAATGGGCATTGGAGAGCAAACAACAAAAGTGATTCATCATTGCACAAATACTACTACCACCATTAAGCAAGATGCACTATCTTATCTAGAAACAGAGCTATCAAAAGTCAACCTCGATTTACCAGTTCCTTTTTATGGTGGTGCGGTTGGTTACATCGGTTACGACGCTGTTCGTACGGAAGAGTACATTGGAGAGCGATTACCAGATGAATTAACTATGCCTGATATTCACTTTATGTTCGTTCAAAATGTCATTGTCTTTGATCATGCTAGTGAAACAGTTTATCTTATAGCAATTCATCTAAATGGGGCACAGAACAACAATTTGAATAAACAATTAGATAATCTTAAAGCACAAATATTGCGTTCGTCCCCATTAAAAACAACAACAAATACGTGCTTACAATTCGTTGCCGACACCGAAAAAAATAGCTTCATAGAAAAAGTAAAACGAGCAAAAAAACATATTGAACAAGGCGATATTTTCCAAGTCGTACTATCGCAACGAATGAGAGCGAAATTAAATACAGATCCTTTCTCGTTTTATCGACAATTGCGAAAGGTCAATCCGTCTCCTTACATGTTTTATATTGATTTTAACGATTATTGTTTACTTGGTGCCTCACCCGAAAGCTTGATTCAGACAAATGGAAACTCAGTAATGACAAACCCTATTGCTGGTACGCGATCACGAGGTAAGACAAAGAGCGAAGATAGCAAATTAATGAAAGAGCTCTTACATGATCCAAAGGAGATTGCAGAACATCAAATGTTAGTTGACTTAAGTAGAAATGACCTTGGTCGAGTATGCGAGGTTGGTAGTATCCATATCCCCACATACATGTCCATTGAAAAATACGAGCATGTCATGCACATCGTATCAGAAGTAAAAGGTAAATTAAGACATAATCAAACGCCTTTTGATGCTTTACGCGCTTGCCTTCCTGCAGGCACAGTTTCCGGGGCGCCCAAAATAAGAGCAATGCAGATTATCAATGATTTGGAGGACTGTAAACGGGGGGTTTATGGCGGAGGAATTGGTTTTATTAACTTTAACCATAACATCAGTATTGCTTTAGCCATCCGATCACTTGTCATAAAAGATAACTACGCTTATTTGCAAACGGGCGCAGGGGTTGTTTTTGACTCTGATCCAGAAAAAGAATATAAAGAAACTTTATTTAAAGCTAAATCGCTTACGGAGGTGCGTACCGCCGATGATTTTATTAATTGA	MSQTQQQGHYKLLKLNADTLTPIEIYMRLDGRNKFLLESTFEHETKGKYSFIGCDPFKEVMGIGEQTTKVIHHCTNTTTTIKQDALSYLETELSKVNLDLPVPFYGGAVGYIGYDAVRTEEYIGERLPDELTMPDIHFMFVQNVIVFDHASETVYLIAIHLNGAQNNNLNKQLDNLKAQILRSSPLKTTTNTCLQFVADTEKNSFIEKVKRAKKHIEQGDIFQVVLSQRMRAKLNTDPFSFYRQLRKVNPSPYMFYIDFNDYCLLGASPESLIQTNGNSVMTNPIAGTRSRGKTKSEDSKLMKELLHDPKEIAEHQMLVDLSRNDLGRVCEVGSIHIPTYMSIEKYEHVMHIVSEVKGKLRHNQTPFDALRACLPAGTVSGAPKIRAMQIINDLEDCKRGVYGGGIGFINFNHNISIALAIRSLVIKDNYAYLQTGAGVVFDSDPEKEYKETLFKAKSLTEVRTADDFIN	PGPT0007095_4149	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
AK148_01639	189			hypothetical protein	ATGGTGGAAATCAGTGTGTTAGCATTAGACGAATGGGCTTCTGAGCTACCAAACCGAACCGTTTATGTAGTAGGCTTTGGCGAACTCGTCTCATCGTTACCTGAGACTACTAGCATATATATTGCTATGATTAAAGTGAACTGTATTACAGTTAATAAAGGTGGTACCACGGTCCCTCGTCCTTTTTAG	MVEISVLALDEWASELPNRTVYVVGFGELVSSLPETTSIYIAMIKVNCITVNKGGTTVPRPF				NA	NA	NA	NA	NA
AK148_01641	720			hypothetical protein	ATGTCCTCTAAAAAAAGATTTAATAACGTTGTAATGGCTGGCAAGCAAGTGAGATGCCACAAAAAACAAAATAAACATGATTGCTATGATTGCTCTAAGCGCGGCACTTGCGATTGTAATTTCAAAAAACCACAACTCAAAGAAACTAAATTAGACAGCGATTGTTTCTTAGTTAATTCAGTAGTAGGTACTAAAACAGTTCAAAAGGTGGCTGAAAGGACATTTTTACTAACAGATTTAGGTATTCCAGTTCTTGGAGATATCCTATCAGTAGACGTTACCCCTAATTTAGACGGAATAACTCAAAACGCTAGAATTATTAAAGATAAAGTTGTTAATATCGGACTTGTTCCTGCTACCATCTCTATATCAGTGTTGGGTGTACCGCTTCCGATTACGTTCACAACAAGTATTCCTTTCCAAGCGCATACGGATTTCCCTGGAGCCTGTCCACAAGATATGCTGATGGAAACACCGTTGGAAGTTGAAGGAATCTTCACCCAACAAGTTCCAGGCGTTGATATTGCCGGTACAGTTACTTTATCTGGGCTATTGGTTAAAGTTGTATTGCGAACAACTATTACAGTTACTCGACCAGTTGTTAAGGATGCACATGGGCATTTTTGTGATGTCAATCCTCATCGCTGTGAGAAACAAGCTACTCCACCAACTTTTAACTTCCCAGCACCAAACGGTAACGGCGGCGGAATTACACCATAA	MSSKKRFNNVVMAGKQVRCHKKQNKHDCYDCSKRGTCDCNFKKPQLKETKLDSDCFLVNSVVGTKTVQKVAERTFLLTDLGIPVLGDILSVDVTPNLDGITQNARIIKDKVVNIGLVPATISISVLGVPLPITFTTSIPFQAHTDFPGACPQDMLMETPLEVEGIFTQQVPGVDIAGTVTLSGLLVKVVLRTTITVTRPVVKDAHGHFCDVNPHRCEKQATPPTFNFPAPNGNGGGITP				NA	NA	NA	NA	NA
AK148_01642	1374			hypothetical protein	ATGTATCGATATGAGTTGTACAATGTTGAGGAAATTGAAAAGTTAAAAAAAGAAATCGATGCCTACAAACAGACTATGGGATTTGTAACAGAAGGAAAATTAATGGAAGATTATCTTCAAACAAAAAAAGAATTTTATAATTTAAAGATGGAAATTTTTAAACTTAAAGGAGAAATGGATACAATGGAAAATAAACTGCAAGAAGAATATTTGCAACAACAATTGGAAGAACAACGCCTTGCTAATCAGCAAGCATCTATTCTAAATACTTTAGAAGGATTAGATCAACGTTCTGAAATAATTAAACTTCAATTAGAGCAATTACCTTTAACTGAACTCTTTGAAAAAATAGATCAATTTCTAAAAATACAAAACGAAAAATCAGAAGCACAAAAAAAAGAGCTTGAAAGTTTAAAAGAAGAGATGATACAAATAAAAGAATTAATGAAAACGCAAGATAGTACCACTTCTAAAAATAAACGCTCTACTCATAAATCAGAATATAAGCAATTACACAGTTTACTACAATATCCCAATCAAGTTGAACAACAATCCGTAACCAAAAAAAAAAATAATCAAGTAAGTAGACAGCACCATAGTCTGGCAAAATCAAACCGTGATAAAACTTTTTATTCCCAACATTCTGATACAAAAGATTCTGAGACGATATCTATGAATAAAGCAAAAAAGACATTTTTACATTCTCAATATAAATTAAATAAAAATATTGTTACTCGTACAGCTACTCCCAAAAGCAAGTCTCAAGTAAAGAATAAAGAAGATGAGCAAGATACCGATAACTCTACTTCTCATGAACTAGAAAACCATGTTGCTAATCCCCCTCAAGATGCAATGGATAACAATGCTAACAATCAGCCTCATGACGCAATAAGTAATAATGAGGCGAATCATGATCAAAACGCAGTTAGTCATCACTCTCAAAACACAGTAATTGATAATAATACTGCTCATCAGGGGCATGAGGCAGCAGTAGATACTCATGATCATAATCACTCTCAAGACACTATTGGTGATACTAATATTGACGATCAGCTACAGACTACAACGGGGGAAAAAGTAGTAGAAGGTAATGCAGTTTCACCTAACAACGAATTAGAAACAGACAAAAATAATACAGACTTTGCTGAAATACAACTAGAAGATACAGACAATAAGATAGATTTTGCAAATAACCAAATAGAGAAAACAAACAGTAGTACAACATTACCTAAAAAATCAATAGAGGGCGCGGAGGTGAAACAGCAATACTTTACTAAAAAACAAATAGGTAACACAGAAAACAATCAATCTAATGAGTTAAACAAAAAATCAGATTCCTTCTCATCGTTACTTTCTTTATTTAAGAGAGGATAA	MYRYELYNVEEIEKLKKEIDAYKQTMGFVTEGKLMEDYLQTKKEFYNLKMEIFKLKGEMDTMENKLQEEYLQQQLEEQRLANQQASILNTLEGLDQRSEIIKLQLEQLPLTELFEKIDQFLKIQNEKSEAQKKELESLKEEMIQIKELMKTQDSTTSKNKRSTHKSEYKQLHSLLQYPNQVEQQSVTKKKNNQVSRQHHSLAKSNRDKTFYSQHSDTKDSETISMNKAKKTFLHSQYKLNKNIVTRTATPKSKSQVKNKEDEQDTDNSTSHELENHVANPPQDAMDNNANNQPHDAISNNEANHDQNAVSHHSQNTVIDNNTAHQGHEAAVDTHDHNHSQDTIGDTNIDDQLQTTTGEKVVEGNAVSPNNELETDKNNTDFAEIQLEDTDNKIDFANNQIEKTNSSTTLPKKSIEGAEVKQQYFTKKQIGNTENNQSNELNKKSDSFSSLLSLFKRG				NA	NA	NA	NA	NA
AK148_01643	669			hypothetical protein	ATGCAGGCAAATAATTTATCTGGGGGTCAGGAGCTCCTATGTATTAATACAGAAAAGGTATATGACTGGATTCTAAATGAGTCAACATTTGATCTAAACTTAATGGATATGGAATTGCCAGCAAATCCAAATACGGGTGAACAGTTGACATGTGCTGATATAGATATAGATACAGTTACATGTACAGTTACACCTTGTGCTACCGAGCCAATTGTTATTTTGGACCGAGTAGATCAAGAATTTGTCATTGATGGTACAGAGGTGACTTTGCAGCTGGTTAATATTCGTAAAAACTTTGTTGTGACAGTATTTGTTGATTTATTACCAGAAGTTTGCGGTGGAACAGTGGAGGTGTGTGAAGCATATTTTACACGTTGTGAGCAAGTAGTCCTTTGCGCACCCGAAGGAACAGAAATTGATGTGTCTTACACAGACTTAGATTGCTTTGTATGTACTGCGGCCTGTGATGATTCGATCGATCCAAATGAACTAGATGTAACGCTTACTGTTCGCTTATGCCAAAGCATTCAATCCACATTTGACGTCACTCTTGAAATCGTAGCAGATTTCTGTGAGCCAAGAGATGTTCTTCCGGTAACTCCATGCCCTACGCCAACTATGCCACCACAATGTCCAGTTATTTTCCCGAATAATGGTTGTATTGACTAA	MQANNLSGGQELLCINTEKVYDWILNESTFDLNLMDMELPANPNTGEQLTCADIDIDTVTCTVTPCATEPIVILDRVDQEFVIDGTEVTLQLVNIRKNFVVTVFVDLLPEVCGGTVEVCEAYFTRCEQVVLCAPEGTEIDVSYTDLDCFVCTAACDDSIDPNELDVTLTVRLCQSIQSTFDVTLEIVADFCEPRDVLPVTPCPTPTMPPQCPVIFPNNGCID				NA	NA	NA	NA	NA
AK148_01644	567			hypothetical protein	ATGGAAAAAATAGGAGCAATTCAAAAGAAACTACGTGATTTGCAGGAAATGAATGACGTCTATTTAAAGGAACTAAAGACAGTAGCGAAGGAGGTCCAGAAAAAGCATATTCATATTGTGAGTTTCTTTACTTATTCTGTTAATTTGAACCATCAACCAGATGGAGAAAATCTTATTATTGGTTCTTATCACATAACTAATTTGGGTTTTAAACCGTTGCACCACCCATATATATGCATCAAACTAAACGATGAAGATCAGTTCGACTTTTCTGGTAAGTATTTTTATGAACAAACCCAACAAAAAATGAAGCTCGCAAATGCTTGGTTGAGATTCAATGAAGCAAGTGATCAACAAGAATTTTGGCTAAAGCCAAGTAAGCAGCAAATACTTTATCCGCAAGAAACATTAACTTTTCCAAACTTTCAATTGAAATGGATGCCAAATAGGTCATACAGCGGCAGTGTAACAGGGTTTACATATGGTGATGAAATAGAAGAAGGGGTACACGCAGTCAATCAAATCAGTGTTAGTGGAAAAGTGGAGGAGGGGAAAAGGTATGAATAA	MEKIGAIQKKLRDLQEMNDVYLKELKTVAKEVQKKHIHIVSFFTYSVNLNHQPDGENLIIGSYHITNLGFKPLHHPYICIKLNDEDQFDFSGKYFYEQTQQKMKLANAWLRFNEASDQQEFWLKPSKQQILYPQETLTFPNFQLKWMPNRSYSGSVTGFTYGDEIEEGVHAVNQISVSGKVEEGKRYE				NA	NA	NA	NA	NA
AK148_01645	297			hypothetical protein	ATGAATAATGAAGAAATGGAAGAATTGTGGAAAGAATCGATCTATTCATTGATTAAAAATCACGTAGAAGCATTAAAGGAAGATACATCATCTCCTAATAGTAGCTTTGTATACTTAGAAAATAATACGTTACAAATGATCATGGCATATATGTTTATAAATATGAATCGCTCAACAAATTACAGTAATTATTCAATGGATACAGCGGAATTAGCAGAGATAGAAAATAATTTGGACGCATTAATTGATAATAGTAAAAAGGAGTTTGAAATAATACTAGGTATGCTAAAAGGCTAA	MNNEEMEELWKESIYSLIKNHVEALKEDTSSPNSSFVYLENNTLQMIMAYMFINMNRSTNYSNYSMDTAELAEIENNLDALIDNSKKEFEIILGMLKG				NA	NA	NA	NA	NA
AK148_01646	1101	ddlA	COG1181	D-alanine--D-alanine ligase A	ATGAGAAAGAAAAAAGTAGGAATTATTTTTGGTGGGAAATCTGCTGAGCATGAAGTATCACTTCAGTCAGCTAAAAATATTGTTGATGCGATAGATCGGGATAAGTATGAGGTTGTTTTAATTGGGATTGATAAGGATGGAAAATGGCAATTAAATGAGTCATCATCTTATTTACTCCACGCGGATGATCCAAAGTTGGTTCAATTAAACAAATCGAATGATACGGTTGCTATCGTTCCTGGAGACAAAGAAAGACAATTTATCCATACTTCTAACGCAACAAAGCTAGAACAATTAGATGTTGTGTTTCCAATTGTACATGGAACATTGGGAGAGGATGGAAGCCTACAAGGAATGCTTCGTTTAGCAGACCTTCCATTTGTGGGCCCAGACGTTTTAGCTTCTTCTGTTTGTATGGATAAAGACGTTGCGAAGCGTTTGTTACAAGGAGCTGGAATCAACGTTGCTAAAGGACTGGTTTTTAGAAAAAATGAACAAGATAAGATAAGTTTCGAAACAGCTGTGGAAACATTGGGGAATCCCATGTTTATTAAACCGGCTAATCAAGGTTCATCTGTTGGAATTAGCAAAGTAACGACAGAAGAAGCGTTCTATCAAGGTGTGCAAGAAGCATTTCGCTATGATCATAAAATTGTTATCGAGGAATGCATTATTGGTAGAGAAATAGAATGTTCTGTATTAGGAAATGAGGAACCAAAAGCGTCATTACTAGGAGAAATTTTACCACAAACTGAATTTTATTCGTATGAATCGAAATACATTGATGAAAAAGGGGCGGAATTAGCGATTCCTGCCGATGTGTCTAAAGAGACAACGAAGCGTGTGCAAAATGTTGCTATTCAAGCGTTTAAAGCGTTAGAGTGTGAAGGTTTAGCAAGAGTAGACTTCTTTTTAACAGAAGCTGGCGATATTTATTTAAATGAAATCAATACGTTACCTGGATTTACCAAAATAAGTATGTATCCAAAATTATGGGAAGTAAGTGGGCTCTCTTATCAAGAATTAATTACGACATTAATTGAACTAGCAATGGATCGGCACAACCGAAACCAAGGGCTAAAAAGTTCTGTCTGGGAATAA	MRKKKVGIIFGGKSAEHEVSLQSAKNIVDAIDRDKYEVVLIGIDKDGKWQLNESSSYLLHADDPKLVQLNKSNDTVAIVPGDKERQFIHTSNATKLEQLDVVFPIVHGTLGEDGSLQGMLRLADLPFVGPDVLASSVCMDKDVAKRLLQGAGINVAKGLVFRKNEQDKISFETAVETLGNPMFIKPANQGSSVGISKVTTEEAFYQGVQEAFRYDHKIVIEECIIGREIECSVLGNEEPKASLLGEILPQTEFYSYESKYIDEKGAELAIPADVSKETTKRVQNVAIQAFKALECEGLARVDFFLTEAGDIYLNEINTLPGFTKISMYPKLWEVSGLSYQELITTLIELAMDRHNRNQGLKSSVWE	PGPT0020050_1239	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0020050-ddl-K01921	NA	NA
AK148_01647	561	ydjA	COG0778	Putative NAD(P)H nitroreductase YdjA	ATGGGGAATACAAAGACAAATTCACAGCTGGCGAAGCTTATCCGCGAACGCCGTGCTGTTAAAAAAGGGTATAACGATAAAGAAGTAACCAAAGAGACGGTATTAGAAATACTAGAGGATGCGATTTGGGCTCCTACGCACGGGATGCGCCAACCATGGCGGTTTATTTTTGTAGGGAAAGATCAACTTCCAGCGTTTGCAAAAAAAGTTGCTGCTACGTACCCATCGGAAAGACAACAAAACAGAGAGGATTATTTAAACGAGCCGAATGCCATTCTTGTCGTGGTGATGGATGAACCAGAATTGCAAAAAGAATGGGAAGAAAATTATGGTGCAGTTGCTTGTATGATTCAAAATTTCTGGCTACTCGCTTGGGAAAGAAAACTTGGCGCGGTATGGAAAACAAACCCACATATTCAAGATCCGAAAGTAAAAGAAATCTTACATGTTAAGCCAAATGAAAAAATTGTTAGCTTCCTTCATTTAGGGTATTTTGATGAAGCACCGGCTCCTAAAGCCCGGATTAGCGTGGAGGATAAATTCTCGACTTACGAAGGATAA	MGNTKTNSQLAKLIRERRAVKKGYNDKEVTKETVLEILEDAIWAPTHGMRQPWRFIFVGKDQLPAFAKKVAATYPSERQQNREDYLNEPNAILVVVMDEPELQKEWEENYGAVACMIQNFWLLAWERKLGAVWKTNPHIQDPKVKEILHVKPNEKIVSFLHLGYFDEAPAPKARISVEDKFSTYEG				NA	NA	NA	NA	NA
AK148_01648	1038			hypothetical protein	ATGCAGCGATTTTTACAGCGTAAAGGTGTACATATTACAGGAAAAGCGTATTTTATCACCGCTTTAAGTTACATGGCGTTAGGTTTATTCTCATCCTTAATTATTGGACTTATTATTAAGACAGCTGGTGAACAGATCATCATCATGTTTTCTCCTTCATTGGCAGAAGTTTTTGTGGAGATGGGAAGTTTTGCAATGGACACCAAAATTATGGGTGGTGCTATCGGTGTCGCCATTGCTTACGGATTAAAGGCTCCACCCCTTGTGCTATTTTCAGCTTTATTTGCTGGAGCATTTGGTGCAGAACTAGGTGGGCCAGCTGGAAGTTACATGAGTGCGGTGTTCGCAACAGAATTTGGCAAATTAGTTTATCAAGAAACGCGTGTAGATATCATTGTTACGCCATTAGTAACGATTGTAGTTGGTTTTGTAACGGGTAAATTTATCGGACCTGGGATAAGTAGTTTGATGGAAGGCTTTGGCGAAATGGTTAATTGGTCCACAGAACAGCAACCATTTATCATGGGAATTTTAGTAGCGGTATTGATGGGAATAGCACTAACAGCGCCGATTTCATCTGCTGCTATTGCTATTATGCTATCTTTGGATGGGCTGGCTGCAGGCGCCGCTACGGTAGGCTGCTCCGCACAAATGATTGGTTTTGCGGTGGCTAGTTATCGAGATAATGGATTTGGTGGCTTTATTGCGCAAAGTATTGGAACGTCCATGTTACAAGTTGCTAATATTGTAAAAAAACCAATTATTTTGTTACCACCGACCATAGCAGGAGCCGCTGTTGCGCCGCTTGCTACTGTCTGGCTCGAGTTAACAAATAACCCTTCTGGAGCTGGTATGGGGACAAGCGGTTTTGTTGGACAAATTATGACAATCGAATCGATGGGGTTTTCCATGCCTCTGCTTTGGAGTATGCTCATGTTACATATCATGATCCCTGCTATAATTAGTTTACTTATTGCCACTTTACTTCGGAAAAAAGGTTGGATTCAACCAGGTGATATGAAAATTTCCTATGAATAA	MQRFLQRKGVHITGKAYFITALSYMALGLFSSLIIGLIIKTAGEQIIIMFSPSLAEVFVEMGSFAMDTKIMGGAIGVAIAYGLKAPPLVLFSALFAGAFGAELGGPAGSYMSAVFATEFGKLVYQETRVDIIVTPLVTIVVGFVTGKFIGPGISSLMEGFGEMVNWSTEQQPFIMGILVAVLMGIALTAPISSAAIAIMLSLDGLAAGAATVGCSAQMIGFAVASYRDNGFGGFIAQSIGTSMLQVANIVKKPIILLPPTIAGAAVAPLATVWLELTNNPSGAGMGTSGFVGQIMTIESMGFSMPLLWSMLMLHIMIPAIISLLIATLLRKKGWIQPGDMKISYE				NA	NA	NA	NA	NA
AK148_01649	156			hypothetical protein	ATGAAAACCGCCATGAAAGAAGTTGTTAAAGGGGATGGAACGGGTGTGAAAAAAGTGTCTGGCGGCTCCATCAACGATGCCTATTTGGTGAAAACGGAGCTGCAACGTTTTTTCATGAAGGTAAATGAAGCTTTACCTGACCGTTTTTTTGCTTAG	MKTAMKEVVKGDGTGVKKVSGGSINDAYLVKTELQRFFMKVNEALPDRFFA				NA	NA	NA	NA	NA
AK148_01650	453			hypothetical protein	ATGGAGCTTTATGACCTGATGGTGTTCATACACATCATTGCTGCTATTATCGGTATGGGTCCAGGTTTTTTCATGATTTTGCCAGTGAAAGCAGCAACTACGATGACAGAATTGCAATATGGTTATAAAATACGAAACAAATTACACGGCTGTGTCATGATTGGTGGTACATTACTATTGCTAACGGGGCTAATGATGGGTGTGCTACGCCCCTATTTATTTGCAGAAGGTTGGTTTACAGGTAGCTTGCTTTTATTTTTGCTTGCTTTGGCATTCGGTCCACTCGTGCTGTCACCGCGTTCCAAACCAATCAAAAAACTATTACAGACGCATCCGGATAATACGATCCCCGATGAATATGTTCGATTATCTAGAAAACTATTTTTCTATGAAAGAATCGAAAGCCTGTTGTTTATGATTATTATTATTTTAATGATTACGAAACCATTTTAA	MELYDLMVFIHIIAAIIGMGPGFFMILPVKAATTMTELQYGYKIRNKLHGCVMIGGTLLLLTGLMMGVLRPYLFAEGWFTGSLLLFLLALAFGPLVLSPRSKPIKKLLQTHPDNTIPDEYVRLSRKLFFYERIESLLFMIIIILMITKPF				NA	NA	NA	NA	NA
AK148_01651	1233	pepT_2	COG2195	Peptidase T	TTGAAAAAAGAAATAATGGAAAGGTTTATTACGTATGCAAAGATGGATACGCAATCCGACGCAAGCAAGGACGCTACACCTTCTACACCTGGACAGTTTGATTTAGCGAATCTTTTAGTACAAGAGCTTCGGGAAATGGGAATGACAGACGTTGCTGTTGACGGCTTCGGCTATGTGATGGCAACACTTCCCGCAAACACGGATGGAGATATACCGACCATCGGGTTTTTAGCGCATTTGGATACAGCAACAGACTTCACTGGAAAAAATGTGCAACCCCAAATCACGGAGAATTACGACGGGAAAGATATTGTATTGAACAAGGGAGAAAATATTATATTATCAACTACCGATTTTCCAGAGCTTTCGCAATACAAAGGGCATACAGTAATCACTACAGATGGAACAACTTTACTTGGCGCTGATAACAAAGCGGGAATTGCTGAAATTATGACGGCCATGCATTATCTCATCACACATCCAGAAATCAAGCACGGGAAAATCCGCGTTGCCTTCACACCCGATGAAGAGATCGGCCGTGGACCACATAAATTCGATGTGGAACGTTTCGATGCTACATATGCCTACACGGTCGATGGCGGTCCATTAGGTGAGTTGCAATACGAAAGCTTTAACGCAGCTCAAGCTAGAGTAACCTTTAAAGGAAATAGTGTACATCCAGGAACAGCCAAAAACAAAATGGTGAACGCTGGGAAAATGGCAGCAGCGTTTATAAATGAAATTCCAAACGAGGAAGCTCCGGAATATACAGAAGGATATGAAGGATTTTATCACTTAAGCAGTATTACTGGTGATGTGGAAAATGCAGAACTGATCTACATTATCCGAGATTTTGATAAAGCAAAGTTTCAAGAAAGAAAAGATGTAATGCAAAAGATCGCAGAAAAACTTCAGTCGAAGTACGGAACGGAAGCTGTTAACCTTGAATTGCGAGATCAGTATTATAATATGCGCGAGAAAATTGAACCTGTGAAAGAAATTGTCGATATTGCTTATGATGCAATGCAAAATTTAAATATCGAACCAATTATAAAACCGATTCGTGGTGGTACAGATGGTTCGCAATTATCGTACATGGGACTGCCAACACCGAACATTTTTACTGGTGGAGAAAATTTTCATGGTAAATTCGAATACGTCTCGGTAGATAATATGATGAAAGCCTCAAAAACAATCATTGAGATCTGCAAGCTATTTGCCCAACGCTATTAA	MKKEIMERFITYAKMDTQSDASKDATPSTPGQFDLANLLVQELREMGMTDVAVDGFGYVMATLPANTDGDIPTIGFLAHLDTATDFTGKNVQPQITENYDGKDIVLNKGENIILSTTDFPELSQYKGHTVITTDGTTLLGADNKAGIAEIMTAMHYLITHPEIKHGKIRVAFTPDEEIGRGPHKFDVERFDATYAYTVDGGPLGELQYESFNAAQARVTFKGNSVHPGTAKNKMVNAGKMAAAFINEIPNEEAPEYTEGYEGFYHLSSITGDVENAELIYIIRDFDKAKFQERKDVMQKIAEKLQSKYGTEAVNLELRDQYYNMREKIEPVKEIVDIAYDAMQNLNIEPIIKPIRGGTDGSQLSYMGLPTPNIFTGGENFHGKFEYVSVDNMMKASKTIIEICKLFAQRY	PGPT0020915_1066	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020915-pepT-K01258	NA	NA
AK148_01652	846	sseB	COG2897	Putative thiosulfate sulfurtransferase SseB	ATGGGCTATCTTATTAGCGTAGACCGTTTAAAGAATCGGCTACATAATCAATTAAACAATACAGTAATTATCGATGTGCGTTTTCAGTTAACAGATCCTGATGCAGGCAGAAAAGCATATTTACAAGATCATATCCCAGGCGCTGTTTTTATGGATATAGAAAAAGATTTGTCTGGAAAAAAAGGAAAACATGGTGGAAACCATCCGCTTCCTGACCTTACAATGCTTGCAGGAAAAGTAGGAAAGTTAGGTGTTGATCACGATACAACCGTTGTGATATACGATGCAGATAATGATATGTTTGCTGCTAGAGCATGGTGGTTATTCCATTATATGGGGCATGACAAAGTGTATGTTCTTGACGGGGGCTATAGTGGCTGGAAAAAAACAGGCAATGAAACAACTACCGAAGTACCAACACTAACGCCAAAAGTATTTCACTTGCAATTAAGAGACAATCAAATTGCTAATATGGAAGAAGTAAAAGAAAAAGTAACTCGAAACGAAGCTGTTTTAATTGATTCACGTGCAAGAGAACGTTATTTAGGAGATTATGAACCGATGTATGCTCGAGCCGGTCACATCCCTGGTGCCAAGAACTATTTCTGGAAAGAAGTGCTGGATGAAAATGGCTCTTGGAAAAAGAAGGAATCCCTAGAAAAGCAGTTTGCTTCCTTTCAGAAAAATGAAGAAATCATTGTTTCCTGCGGTTCTGGTATATCGGCTTGTCCCAATATTTTAGCCTTAAAATCACTTGGCTATGAAAATGTGAAATTATACCCTGGTAGCTTTAGTGATTGGATTTCTTATGATGAAAATGAAGTCGCAATTGGTGAAGATGCATGA	MGYLISVDRLKNRLHNQLNNTVIIDVRFQLTDPDAGRKAYLQDHIPGAVFMDIEKDLSGKKGKHGGNHPLPDLTMLAGKVGKLGVDHDTTVVIYDADNDMFAARAWWLFHYMGHDKVYVLDGGYSGWKKTGNETTTEVPTLTPKVFHLQLRDNQIANMEEVKEKVTRNEAVLIDSRARERYLGDYEPMYARAGHIPGAKNYFWKEVLDENGSWKKKESLEKQFASFQKNEEIIVSCGSGISACPNILALKSLGYENVKLYPGSFSDWISYDENEVAIGEDA	PGPT0002045_3972	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
AK148_01653	564	tag	COG2818	DNA-3-methyladenine glycosylase 1	ATGACAAAACAAAGATGTTCATGGGTCACAGATGATCCTGTCTATATTACTTATCATGATCATGAATGGGGCGTCCCGCAGTATGACGCCCGAAAATTATTTGAAATGCTTTGCTTGGAAGGGGCACAAGCAGGATTAAGCTGGATTACAATATTAAAGCGTAGAGAAAATTATTGCCAAGCTTTTGATCATTTCGATCCGTTGAAAATAAGTAAATATAGCAATCAGAAAATAGAAGCCCTCCTCCAAGATAAAGGAATTATTCGTAACCGGAGAAAGATAAATGCTTTCGTTAAGAATGCCCAGTCCTTTTTGCAAGTAGAGCAAGATTTTGGAGACTTCTCCACCTATATATGGTCCTTTGTCGGTGGGGAACAAATTGTTAATCACTGGGAAACGCATGAACAAGTGCCCGCATATACGACAGAATCCGAACAAATGAGCAAAGATCTAAAACGACGTGGTTTCCAATTCGTTGGGCCAACCATTTGTTACGCTTTTATGCAAGCGACAGGCATGGTCAATGACCATACGAAAGACTGCTTTTTGTCCAAATCGCGCTGA	MTKQRCSWVTDDPVYITYHDHEWGVPQYDARKLFEMLCLEGAQAGLSWITILKRRENYCQAFDHFDPLKISKYSNQKIEALLQDKGIIRNRRKINAFVKNAQSFLQVEQDFGDFSTYIWSFVGGEQIVNHWETHEQVPAYTTESEQMSKDLKRRGFQFVGPTICYAFMQATGMVNDHTKDCFLSKSR				NA	NA	NA	NA	NA
AK148_01654	366			hypothetical protein	GTGCGCGAGCGAATTTCAGTGCGAGATGAGCGATTTTGCGACATACATGAGCGAGTTTCAGTGCGCGATGAGCGAGTTCACCACGTACGTGTGCGAGTTCCGGCGCGCGAGGAGCGCGTTCACCACGTACGTGTGCGAGTTTCCGCGCGCGAGGAGCGCGTTCACCACATACGTGAGCGAGTTCCCGCGCGCGATGAGCGAGTTCACCACGTACGTGTGCGAGTTTCCGCGTGCGAGGAGCGCGTTCACCACATACGTGAGCGAGTTCCCGCGCGGGGAGAGCGATTTATCGACATACGTGAGCGAGTTCGCGGTGCGCGAGGAGCGATTTCACCACGTACGTGTGCGAGTTTCCGCGCGCGATGA	MRERISVRDERFCDIHERVSVRDERVHHVRVRVPAREERVHHVRVRVSAREERVHHIRERVPARDERVHHVRVRVSACEERVHHIRERVPARGERFIDIRERVRGARGAISPRTCASFRAR				NA	NA	NA	NA	NA
AK148_01655	1761			hypothetical protein	ATGAAAAACAAAAAAGTCTATACAAAGGCAAAAACGCAAAAGAACTGGAAAAAGAAAGTCATTGTTGCTTGGGGAAATCTACGCATTCACAAAAAATATTTGTCTGTTTTCTTTTTAACGATTGCTTTAATGCTTACTTCTTCTCTTATTGTATATGTGCAATTAAAAGGAGGACAACAAGATATTCATAGAGTGAATGAACTACAGGAACAGACAGACCAAATTTCCCAATTAGCAATCATTATTCAGGCGAAAGATGTACAATCCGCCGACTATTTAATTACTGGGAATGATAAATATTTTACTCATTTCGAAACCTATCAAAAGGAATTTGAGAAAGTTGCCCAACAATTAGATAAAACGATGGATGATAAAAATCAGAAAGCTATTCTTAGCGATATTGTTGATAAAAACGAGTCCATTGATAAAGCATTTTTGGAGCGAATGGTAACCTCTGTCGAAGAAGGAAGAGAGCAATTCGCTAACACCATTCGTCATTATTCGGGAGGATTGCGAGAAGACACACTAACACTTGTCAATAATCTCCTCGATCAAACGCAACAACAACAAGCTAGAGCCATTGCTGAAACAGAAAACAGCTCAAACAGGAGTGTATACATACTAGCATTCTCCAATCTATTATCGCTAGCTATCGGTATACCACTCATGATTATGATTAGCCGTGGCATTACTTCCAGATTGCAGAGCATTGTTCACACTACAAAAGATATAGCAAATGGAAATTTGTATATACAACAGGAAGAGACTAAATCGAAGGATGAAATTGGTCAACTAGCTCAAGCTGTACATAGGATGCGAGATCGAATCCGAACAATTATTCAGAGCGTCCAAAGCGTTTCTTCCTCTGTATCTGCACAAAGTGAGCAATTAACGAAATCAGCTAGTGAAGTGAAAGAAAGCAACCATCAAATAGCTACAACGATGGAAGAATTAGCTAGTGGTACAGAAATGCAAGCAACAGGCGCAAGTGAACTATCTGACAATATGAATCACTTCGTTGATAATGTACACATTTCTGAACAAAGAGGAAGCGAAGTAATGACAGATGCTAGCGAAGTGCGAAAATGGACGACAGAAAGTTCTACCTTCATGCAACAATCTGTCCAGCAAATGAACCAGATTGACACCATTGTAGAAGAAGCAGTAACGCAAGTAAAAGGCTTGGATAATCAGTCAAGTCAAATATCCAAACTTGTGAAAGTCATACGAGATATTGCAGAACAGACGAATTTGCTCTCGTTAAATGCCGCCATTGAAGCTGCAAGAGCTGGTGAACATGGTAGAGGTTTTGCCGTAGTAGCAGATGAAGTTCGAAAGCTTTCAGAACAAGTTGCGCAATCTGTCGGTGAAATTACTACCATCGTGCAGCGGATTCAATCGGAGACAAGCGACGTCGTTTCTTCTTTAAATCGAGGTTATGATGAAGTAAAAAACGGAAAGCAACAGATTGAAAATACAGGAGCTAACTTCCAACAAATGAATAATGCGATAACGGGTATGATTGAAAAAATGCAAGCTATTTCCATGAAACTAAAAGAGAATACAGAAACAAGTAAAGACATGGAGCAACTCGTTAAAGAAATGGCTTCTATCTCACAGGAATCAGCAGCTGGAGTAGAAGAAGTTGCTGCTTCTACCGAAGAGACAACTGGTACTATGGAGCAAGTTTCGCACAATATTGAAGAATTAGCAGAATTAGCTAGAGACCTTCATAAACAAGTGAGTGTCTTTAAGCTTTGA	MKNKKVYTKAKTQKNWKKKVIVAWGNLRIHKKYLSVFFLTIALMLTSSLIVYVQLKGGQQDIHRVNELQEQTDQISQLAIIIQAKDVQSADYLITGNDKYFTHFETYQKEFEKVAQQLDKTMDDKNQKAILSDIVDKNESIDKAFLERMVTSVEEGREQFANTIRHYSGGLREDTLTLVNNLLDQTQQQQARAIAETENSSNRSVYILAFSNLLSLAIGIPLMIMISRGITSRLQSIVHTTKDIANGNLYIQQEETKSKDEIGQLAQAVHRMRDRIRTIIQSVQSVSSSVSAQSEQLTKSASEVKESNHQIATTMEELASGTEMQATGASELSDNMNHFVDNVHISEQRGSEVMTDASEVRKWTTESSTFMQQSVQQMNQIDTIVEEAVTQVKGLDNQSSQISKLVKVIRDIAEQTNLLSLNAAIEAARAGEHGRGFAVVADEVRKLSEQVAQSVGEITTIVQRIQSETSDVVSSLNRGYDEVKNGKQQIENTGANFQQMNNAITGMIEKMQAISMKLKENTETSKDMEQLVKEMASISQESAAGVEEVAASTEETTGTMEQVSHNIEELAELARDLHKQVSVFKL	PGPT0015710_14204	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
AK148_01656	516			hypothetical protein	ATGCAAGCTTCTGCTTTTATAGCAAGCGAAAAAAACAAGCAAGAATTAGAGGAAGAACTAAATACATTGGAAGTACAAGTCTTTCGTATGCAACAAAATGTAAAAGAAATTGCCAAACAAGCATCTATTGTTAGTATTGATCAAACAAAAGAGGCTAACTGGGTCATCATCTATGCAATTCGAAAAGCAAATTCGATTCAAATGATGCTTCATGAATGTACGAAGCCATTTCGTGGGAAATGGGATTCAGCTATTGAAGCTGAATATAAACGAGAAAATACCCTTCACATTTCTGATATTAAAGGGGAAGAAAATAAAGGCTACGGTTCTGTATTAATGAACCATTTAAAAGAGCTTGCTTATGATGAAAACAAACATTATATTACTGGTGATATCGTTAAACGCGACTTTGATCATGTGGAGCGGTTGAAATATTTTTACGCCAAGCATTATTTTGACATAAGTATTGATCATAAAGAAGAAAAAGGGAAAATCGTTTGGTCTCCTTGCAAATAA	MQASAFIASEKNKQELEEELNTLEVQVFRMQQNVKEIAKQASIVSIDQTKEANWVIIYAIRKANSIQMMLHECTKPFRGKWDSAIEAEYKRENTLHISDIKGEENKGYGSVLMNHLKELAYDENKHYITGDIVKRDFDHVERLKYFYAKHYFDISIDHKEEKGKIVWSPCK	PGPT0007785_1046	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
AK148_01657	570			hypothetical protein	ATGGTAGCTAGAAAAATAGTTTCGAAAGAACTTACGCGTGAAATGATTCTTGAAGCAGCGAATGACCTATTTGTAAAAAAGGGTTATCAACATGTGTCAATGAGGCAAATCGCTACTAAATTAAATTACAGTCATGGATCGTTATATTACCATTTTAAGAACAAAGCAGAGTTGTTCTTTGCATTAGTTGAAAACCATTTTCAACTACTTGATGAAAGAATGTTTGCTATTCAGAGAAAAGAGCTCTCTAATGAAGAAAAATTGAAGCATTTAATGCAGGACTATATTGCTTTTGGACTGACTCATCAAAGTCATTATGAGATTATGTTTTTAATTAAAGATGAGGATGTGCGGACATTTACGGAAGAAGCGCCAATGAAAGCTTACCAAAGATTTGCCCACTTTGTTGCTGCGTGGAGTAGTAAAGCGTTATCCATTCAAGTAATTTGGTCAATGTTTTTATCCTTACATGGATTTGTAACGCATTATATACGACATGTAAATAATTATGAAGATGTTGAAGCAATGGCTAAACATCATGTTAGTTTACTTCTACAATGGACAAAATGA	MVARKIVSKELTREMILEAANDLFVKKGYQHVSMRQIATKLNYSHGSLYYHFKNKAELFFALVENHFQLLDERMFAIQRKELSNEEKLKHLMQDYIAFGLTHQSHYEIMFLIKDEDVRTFTEEAPMKAYQRFAHFVAAWSSKALSIQVIWSMFLSLHGFVTHYIRHVNNYEDVEAMAKHHVSLLLQWTK				NA	NA	NA	NA	NA
AK148_01658	936			hypothetical protein	ATGAAAAAAGCACTTGTGCTAGGCGCTTCTGGCGGAATGGGATACGCATTAGTGAGGGAATTGATTCAGCGTGACTTTTCCGTAACAGTTTTCGCTCGTTCTAAAGAAAAGCTAAATAAGTTGTTTTCTCGTTATTCAGAGGTGACCATTGTTCATGGGGATGCGTTCAATCAAAAATTATTAGCACAAATATCCGAAAACCAAGATATCATTTTTCATGCAATTAATTTACCATATGGTGATTGGCAAGATAAGCTTCTTCCATTAACCGAGAACATCTTACAAGCAACAAAGAAAAATAATGCAAAACTCGCAATTGTAGATAATATCTACGCATACGGAAAACATATGGAAGCGATAAAGGAAACAGCTATAAAACATCCGCATACGAAAAAAGGCAAGTTACGGCTACAAGTTGAGAAACAAATTATGAAATCGAATGTACCTTACGTGCTCGCTCATTTTCCTGACTTCTTTGGCCCTTATGCAGAAAATACGCAGTTGAATTTCACATTACAATCTGTAGCTGCTAACAAACGTGCTTGGTTCATTGGAAGCCATCATATAGAAAGAGAGCATCTTTTCACATTTGATGGAGCAAAGGCGTTGGTAAATCTATCATTACAGGACAAATCTTATGGGGAGCATTGGAACATACCAGCCACTCGGCCTATAGAAGGCGTGGAGTTAATAAAGTTGATTCGAGATTTGACAGGATATGAGAAAAACGTAGGGACAGTAACTACGAACATGTTGCGGTTATTAGGGATATTTAATCAGCAGATGCGAGAATTTGTAGAAATGCAGTATTTAAACCAACACCCTGTAATATTAATTGGGGAAAAGTATGAAGAAAGAATAGGCGCGTTGCCGAGAACACCTTACAAAAAAGCGTTAGAACTGACGTTGAATGCTTATCAAAATGGGACAGCTTAA	MKKALVLGASGGMGYALVRELIQRDFSVTVFARSKEKLNKLFSRYSEVTIVHGDAFNQKLLAQISENQDIIFHAINLPYGDWQDKLLPLTENILQATKKNNAKLAIVDNIYAYGKHMEAIKETAIKHPHTKKGKLRLQVEKQIMKSNVPYVLAHFPDFFGPYAENTQLNFTLQSVAANKRAWFIGSHHIEREHLFTFDGAKALVNLSLQDKSYGEHWNIPATRPIEGVELIKLIRDLTGYEKNVGTVTTNMLRLLGIFNQQMREFVEMQYLNQHPVILIGEKYEERIGALPRTPYKKALELTLNAYQNGTA				NA	NA	NA	NA	NA
AK148_01659	1413	sleL_2		Cortical fragment-lytic enzyme	ATGGGAATATATGTGGTAAATCGAGGTGATACACTTTGGAAAATAGCGCAACGCTATGGATTAGATGTACAACAAATACGTACACTCAATCAATTACCAGATGCAAACAAGCTCGTCGTTGGTCAAAGCTTGGTCATACCAGATCCAACAAAAGAATACGTTGTACAAACTGGTGATACATTAACTCAGATTGCAGAGAATTACCATGTTGCATTAGCTGATCTGGCCGCTGTTAACAACCTTACAGAAACTTCTATTATCTATGAGGGGCAATTGTTATCCTTGCCTTATTTTCTCTACCTTGTTGAGCCTGGAGACTCTATTTGGCAACTTGCACACAGTTTTGGTGTAACAACAGCAGAAATTTTGCAGGTGAATTTCCTTGTTCAACCATCTAGTATCTATCCAGGTACTACTATACGAATTCCTTTTCCAGCAAAGCCTAACAAACAAGTATGTGCCTATACTATCCAGTTAGATCAACAAGGAAAGCAAGATATGTTAATGAATGGTCGATTGCTGACATACGTAAACCCATTTTCTTACCAAGTGAATGTAGATGGTAGTTTAACTTCTTTATCTGATGAACGCATTTTAGAAGCGGCAAAGGAAATGAATGTAGCACCATTACTTGTATTAAGTAATATTAAAGCAGGGGAATTTGATTCAGATACAGCAGCAGCTATTTTACGAGATGTCCAGTTACAGGATAAAGTAATTACAAACGCGTTAACTATTATGAATGATAAGGGATATAGAGGCATAAATATTAATTTTGAATATGTATATCCGGAAGACCGAGATCGGTATACGGAATTTTTAAAACGAATGGTTCGTCGTTTGCATCCTCAAGGATATCTGGTAACAACAGCAGTGGCACCAAAAACGAGTAGTGACCAACAGGGATTACTATATGAAGCACATGATTATGAAGCACAAGGAAAAGTAGTCGATTTTATTAATTTGATGACGTATGAATGGGGATGGGCGGGAGGCAGGCCACTGGCCATTGCGCCTATTAATGAAGTTGAAAAAGTATTGGATTATGCAGTTACTGTCATACCAAAAGAAAAAATAATGATGGGAATCCCTTTATACGGAAGGGATTGGAAGATACCTTGGCAAGAAGGAACCCGCGCTCGAACAATTAACGCACAGGAAGCTGTCGATTTAGCTTTCATTTATAAAGAAGCTATTCAATATGATGAAATTTATCAAGCGCCAAATTTTCGTTATACAGATGACAATGGGCAGAGGCATGAGGTTTGGTTTGAAGATGCTCGCAGCATAAAGGCGAAATACGAACGAATAGCTAATTACGATTTAAGAGGCGCTATGTTTTGGGTGTTAGGGATCCCGTTTGCCCAAAATTGGCCAGTCTTACAGAACCAATTCCAAGTAATGAAAATATAG	MGIYVVNRGDTLWKIAQRYGLDVQQIRTLNQLPDANKLVVGQSLVIPDPTKEYVVQTGDTLTQIAENYHVALADLAAVNNLTETSIIYEGQLLSLPYFLYLVEPGDSIWQLAHSFGVTTAEILQVNFLVQPSSIYPGTTIRIPFPAKPNKQVCAYTIQLDQQGKQDMLMNGRLLTYVNPFSYQVNVDGSLTSLSDERILEAAKEMNVAPLLVLSNIKAGEFDSDTAAAILRDVQLQDKVITNALTIMNDKGYRGININFEYVYPEDRDRYTEFLKRMVRRLHPQGYLVTTAVAPKTSSDQQGLLYEAHDYEAQGKVVDFINLMTYEWGWAGGRPLAIAPINEVEKVLDYAVTVIPKEKIMMGIPLYGRDWKIPWQEGTRARTINAQEAVDLAFIYKEAIQYDEIYQAPNFRYTDDNGQRHEVWFEDARSIKAKYERIANYDLRGAMFWVLGIPFAQNWPVLQNQFQVMKI	PGPT0025110_93	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025110-yaaH-K06306	NA	NA
AK148_01660	114			hypothetical protein	ATGAATCAAACTGGTGGTATAACGAAAATGAAAGCATATCTTGCTATTCGTTATGCAATTTTTTCCAATAATCTAAGCAACGGGATACGTGTGTCCATTGCAAATTCAAAATAA	MNQTGGITKMKAYLAIRYAIFSNNLSNGIRVSIANSK				NA	NA	NA	NA	NA
AK148_01661	1635	expZ_1	COG0488	Nucleotide-binding protein ExpZ	ATGATAACAGTAAGTATCCAACAAGTGACCCAAATAATAGGTGCTAATCAAATTTTTGAACAGATTACTGCAGAAGTGAAGAAAGGAGACAGAATTGGTTTAATTGGAAGAAATGGAACGGGGAAATCGACTTTATTGCAGTTACTTGCGAAAAAAACCGAACCTGCTAAAGGAAGAATAACTTGGAAGAAAAATAGTTCCGTTGGTTTGCTGTTGCAACATCCTATCAAGGAACAGGAAACAACGGTTGAAGGGCTATTAACGGAAGTGTTTACGGATTTAAACTTGCTAAAAGGTGAAATGGAACGTTTGGAAAGCTTGATGGCAAAAGAAGCAAACGTAGAAAAATTAACGAAGCTAATTGAAAAGTATGGAGATATGCAAGAAAGCTTTCAAGAACGTGGTGGTTATGAAATCGACGCTCGTATTCGGAGGGTCATGAGCGGCTTGCAGATAGAAGAATTGGCAACAAAGTGTTGGAAACATTTGAGTGGTGGCGAACGGACAAAAGTTGGTTTAGCTCAATTACTGTTGCAAGCACCAGACTTACTGTTGTTAGATGAGCCTACCAATCATTTGGATATTCAAGCAATCGAATGGTTAACGGATTTTATTCGCAATTACACAGGAACGGTAATGATTGTTTCCCATGATCGCTATTTTTTAGATGATACTGTCACAAAGGTTTGGGAATTAGATCAAGGAGAACTAAATACCTATGCGACGAATTATACGAATTATGTAAAAGAACGAGAGGAAAGGCTGTTACAGGAATTTCAGCAATATCAAGATCAGCAAAAGAAAATAAAGAAAATGAAAGAAACCATCAAACGATTGAAAGAATGGGCAAATCAAGCGAATCCACCAAATGATGGATTGCATCGCAGAGCAAAGAGTATGCAAAAAGCCTTGGATAAAATGACGCGGTTAAAACGCCCCATTATGGAGCATAAACGTATGCAAATCGATTTTAAAATGCAAGATCGTAGCGGAAAAGATGTTATTCGGCTGGAAGGCGTTTCAAAAAGTGTGCAGAATAAAATGCTTTTTCAGCACGTGAATATGCATGTACGCTTTCAAGAGCGAGTGGCAATTATTGGGGAAAATGGTACGGGGAAGTCAACGTTATTACAAATAATAGTAGGGAAGATAGCAGCAGATGCAGGAGAACGGCAATTAGGTAGTAATTTGTCTATTGGCTATTTGTCGCAGCATATGCTAGAAATGGAAGGGAAACGCACGGTAATTGATGAATTCCGCGAGCATGTTCCAATAGAGGAGGGGGAGGCAAGAAATATATTGGCTCAATTTCTGTTTTATGGCGCAAAGGTATTTCAAACGACGGAAAACTTAAGCGGAGGAGAAAAGACACGTTTGCGTCTTGCCCAATTAATGTATCAAAATCATAATATTCTAATTTTAGATGAACCGACAAATCATTTGGATATAGAGTCGAAAGAAATGTTAGAAGAAGCATTAGAACAGTTCGGGGGTACGATTATTGCTGTATCCCATGACCGTTACTTTTTGGATCGACTTTTTCCGATCACATATGTATTAGAAAATAAACAATTGGAAAGATTTGAAGGAAATTACAGCTATGCTCGAAAACGTTGGCTCCATAACGGAATTTAA	MITVSIQQVTQIIGANQIFEQITAEVKKGDRIGLIGRNGTGKSTLLQLLAKKTEPAKGRITWKKNSSVGLLLQHPIKEQETTVEGLLTEVFTDLNLLKGEMERLESLMAKEANVEKLTKLIEKYGDMQESFQERGGYEIDARIRRVMSGLQIEELATKCWKHLSGGERTKVGLAQLLLQAPDLLLLDEPTNHLDIQAIEWLTDFIRNYTGTVMIVSHDRYFLDDTVTKVWELDQGELNTYATNYTNYVKEREERLLQEFQQYQDQQKKIKKMKETIKRLKEWANQANPPNDGLHRRAKSMQKALDKMTRLKRPIMEHKRMQIDFKMQDRSGKDVIRLEGVSKSVQNKMLFQHVNMHVRFQERVAIIGENGTGKSTLLQIIVGKIAADAGERQLGSNLSIGYLSQHMLEMEGKRTVIDEFREHVPIEEGEARNILAQFLFYGAKVFQTTENLSGGEKTRLRLAQLMYQNHNILILDEPTNHLDIESKEMLEEALEQFGGTIIAVSHDRYFLDRLFPITYVLENKQLERFEGNYSYARKRWLHNGI				NA	NA	NA	NA	NA
AK148_01662	825	dkgA	COG0656	2,5-diketo-D-gluconic acid reductase A	ATGCAGTATATTACCTTAAACAATGGTTTACGTATGCCACAACTTGGCTTTGGTGTATGGCAAGTGTCTGATGAAGAAGCAACAAAAGCAGTTGAAACAGCAATCGAAGTGGGGTATCGGTCCATCGATACAGCTAAAATTTATGACAATGAGCGTGGAGTTGGAAGAGCACTAGCTAATACCTCTGTGCCTAGAGAAGAATTGTTTATTACAACAAAGGTTTGGAATAGTGATCAAGGTTATGAAAACACGCTTCGTGCTTTTGAGGAAAGTCTCGATAAGCTTGGATTAGATTACGTAGATTTATACTTAATCCACTGGCCAACACCTGCATTTGATCAATATGTTGAAACTTATAAAGCGTTGGAAAAATTGTATCAAGATGGTCGTGTGAAAGCGATCGGTGTTTGCAATTTTAACAAGGAACATTTACAACGGTTGTTGGATGAGTGTGAGGTTGTTCCAACGGTTAATCAAGTTGAATGTCATCCATACTTGCAGCAACAAGAGTTACAGCATTTTTGTGATCAACATCATATTTATGTCGAAGCTTGGAGTCCCCTTATGCAAGGTGGCGCAGTGCTACAGAATGAAGAAATTACAAAGATTGCCCAAGCGCATCAAAAAACGCCTGCTCAAATCGTGTTGCGTTGGCACTTGCAAGCGAATCATATTGTTATACCGAAATCGGTAACACCTTCACGAATAAAGGAAAACTTCGCTGTTTTTGATTTTGAACTGGGATCAGAGGAAATGGATGCCATTTCTAAATTGGACCGAGGCGAACGAAAAGGACCAGAACCGAGTGAAATGAATAGTCGTTAA	MQYITLNNGLRMPQLGFGVWQVSDEEATKAVETAIEVGYRSIDTAKIYDNERGVGRALANTSVPREELFITTKVWNSDQGYENTLRAFEESLDKLGLDYVDLYLIHWPTPAFDQYVETYKALEKLYQDGRVKAIGVCNFNKEHLQRLLDECEVVPTVNQVECHPYLQQQELQHFCDQHHIYVEAWSPLMQGGAVLQNEEITKIAQAHQKTPAQIVLRWHLQANHIVIPKSVTPSRIKENFAVFDFELGSEEMDAISKLDRGERKGPEPSEMNSR	PGPT0001320_1366	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
AK148_01663	1071	rsgA_2		Small ribosomal subunit biogenesis GTPase RsgA	TTGAATAATAATTTAACCAAACTTGGTTGGAATGAGACTTTGTATACAAAAACTGACCCAGCAATTATTGCCCGGGTAATAACGGTGCAGAGAAATAGTTACCGCATTTCTGATGGAGAGATGGAGTATTTGGCTCACGTTAGTGGTAAATTTTTGAATGCGGCAAATGGAGCAATTGATTTTCCTACTGTTGGTGATTGGGTAGCGGTAGATAAGCTGAGGCTTGAGAAAAAAGCCGTTATTCAACATGTTTTGCCAAGAAAAAGCCAGCTTGTTCGACAAGCGGCTGGGGATAAAACAGAGGCGCAGCTAGTTGCAGCAAATTTAGATACGATATTTATTGTAAGTTCACTCAATGATGATCTCAATATACGCCGCATAGAACGATATATTGTAGCTGTTTACGAAAGTGGCGCTTCTCCAGTCATCGTGTTAACGAAAAAGGATGCGTACGAAAAAGAGCAGTTACCAGCGTTAATTGCTCAGGTAGAGACAGTAGCCATTGGCGTTCCAATTATTGTTGTGAGCAATATTACTGGAGAAGGGATTCATGATTTAAATACCTACTTGAAACCTGCTGAAACTGTCGCTTTAGTAGGGTCCTCTGGTGTAGGGAAATCGACTTTAGTCAATGTTTTATCCGAGCGAAATGTACAGAAAACGAAAGATGTTCGTTTGGATGATAGCAAAGGGCGACACACCACAACGCATCGTGAATTGTTCGTGTTAGCAAGCGGCGCTTTGTTAATTGATACTCCAGGAATGCGAGAATTACAGCTTTGGGACGGAGAAGCAGCAGTAGATACTGCCTTTGAAGATGTAGAAGATTTTGCTAGTGCTTGTTTTTTTAGTGATTGTCAGCATGATACAGAGCCGGGCTGTCGTGTTCAAGAAGCACTTGCTTCAGGTGAGCTCTCACAGGAGCGGTTTGATAGTTATCAAAAATTGTTACGAGAATTAGCATTTGAAAAAAGAAAGCAGGATCAAAAGGCACAGCTGGAAGAGAAAAACAAATGGAAACAACGAGCAAAAAATATGAAAGCTACGTACAATCAACGTGGATACAAGTAG	MNNNLTKLGWNETLYTKTDPAIIARVITVQRNSYRISDGEMEYLAHVSGKFLNAANGAIDFPTVGDWVAVDKLRLEKKAVIQHVLPRKSQLVRQAAGDKTEAQLVAANLDTIFIVSSLNDDLNIRRIERYIVAVYESGASPVIVLTKKDAYEKEQLPALIAQVETVAIGVPIIVVSNITGEGIHDLNTYLKPAETVALVGSSGVGKSTLVNVLSERNVQKTKDVRLDDSKGRHTTTHRELFVLASGALLIDTPGMRELQLWDGEAAVDTAFEDVEDFASACFFSDCQHDTEPGCRVQEALASGELSQERFDSYQKLLRELAFEKRKQDQKAQLEEKNKWKQRAKNMKATYNQRGYK	PGPT0009020_981	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
AK148_01664	264			hypothetical protein	GTGTTTTTTAACGATCTTGGGTATAAAGTGAACCTTCAATCAATGGGGGTTTTCTCTATCCACCACAGATTGTTAGTACCACAAGGGTATGACCTAGAGTCCTCTGAACGAATTGGGCGATTTAGATGCTTTTCTCCCCCCCTTAGACTTGATCAACCCACATCTCCAATCCTTGAAAAGTTAATCTTACAGCACCTTATATTCGGGATAAAATTGAACGATGCCAAAAGCTTAAAACAGCTTTTGGCATACTCCTTAGCATAA	MFFNDLGYKVNLQSMGVFSIHHRLLVPQGYDLESSERIGRFRCFSPPLRLDQPTSPILEKLILQHLIFGIKLNDAKSLKQLLAYSLA				NA	NA	NA	NA	NA
AK148_01665	540			hypothetical protein	ATGATGAAAGATAAAGCAAAAGAATTTGCTACTAAAGCACATGAAGGACAATGGAGAAAAGGTTCCAAGGCACCTTACATCACGCATCCTATTCGTGTTGCGAATATACTTGAAGAAGCTGGTTGCAGTGAGGAAGTTATCTGCGCAGGTTATTTACATGATGTTGTAGAAGATACAGCTACAACCATACAAGAAATCGCCATCCAATTTGGTAAACACATTACTTCTCTTGTCTGTGCACATACCGAAAATAAATCCCTACCTTGGGAAAAGCGAAAACAGCAAACGATTTACACTTTAAAAACATCAAATATGGAAGTAAAGCAGTTAATTATAGCGGATAAATTAGACAATTTATTAAGTATCGAGGCAGATTTGCAATCCTTTGGAGAGGCTGTATGGAATCACTTCCATGCGCCTTTGGATAAGCAGAAATGGTATTATCAGTCGATAAAAGAAGTTATGTATCATGGCATTTCAATGAAAGAAGCACCTGCTTTTTTTAACTATTATGAAGAGGCTGTGTCACGTGTTTTTTAA	MMKDKAKEFATKAHEGQWRKGSKAPYITHPIRVANILEEAGCSEEVICAGYLHDVVEDTATTIQEIAIQFGKHITSLVCAHTENKSLPWEKRKQQTIYTLKTSNMEVKQLIIADKLDNLLSIEADLQSFGEAVWNHFHAPLDKQKWYYQSIKEVMYHGISMKEAPAFFNYYEEAVSRVF	PGPT0021700_212	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021700-spoT|relA-K21138	NA	NA
AK148_01666	1053	fni	COG1304	Isopentenyl-diphosphate delta-isomerase	ATGGAAGAGGGAATAAATCGTAGAAAAACCGAACATATTCAGCTATGCTTAACAGAGAATGTAGAAGGTGTGAATAAATCGACGGGGTTAGAAGGTATTTCATTTATACATAATGCGCTTCCGGAGATTCATTTTGATGATATACAAATCAACACAACCTTTTTAAATAAATCGTTACAAGCGCCATTTTTGGTAAGTTCGATGACTGGTGGTTCGGAGCTTGCTGCTAAAATCAATCAAAACTTAGCGCTAGCTGCTGAAGAAAAGGGATGGGCTGTTGCCCTTGGTTCAACACGAGCTTTACTAGAAAGTGATGCCCACCAAGCTTCATTCTTAATACGCCAGCAAGCTCCGACAGTACCTTTAATTGCCAATTTAGGTGCTGTACAATTAAATTATGGTTACGGCGCTGAAGAAGCACAGCGTATTGTGGATAGGACGGAAGCTGATTCACTTGTTCTCCATTTTAATAGTTTGCAAGAAGCTGTACAAGATGGCGGCGACTTAAACTTTGCTGATTTATTGCCAAAAGTAGAAGAAATTTGCAGTAAATTAACCGTGCCAGTTGGTGCGAAGGAAGTTGGCTTTGGTATTGATGGCTTCGTGGCTGAACAGTTGTACAATGCTGGGATAGCGTATATTGATGTAGCAGGAGCTGGTGGGACATCATGGAGCCAAGTTGAAAAGCTCCGTTCGCAAGATCCACTTCGCAAGGCTGCAGCTGAAGCTTTCAATAACTGGGGGCTGCCAACAAAAGATTGTATTGTGTCAGTAAGAAATAAGCTCCCAAAAGTTCCTCTTGTAGCAAGCGGAGGAATGAAAACGGGTGTCGATGCTGCAAAAGCCATAACTATTGGCGCAGATGTGATCGGTTTTGCACGTCAATTATTGCAGGCAGCAACCGAATCTGCCGAGGCAGTCATAACAACGATGGAACAAATAGAATTGGAATTAAAAATGGCTATGTTTGGAATTGGTGTAACTTCATTAGAAGCATTGCAACAAACGAGGCGCGTATCGATTATGGGGAATTCTCTGCTAGAAGAAAGCTAG	MEEGINRRKTEHIQLCLTENVEGVNKSTGLEGISFIHNALPEIHFDDIQINTTFLNKSLQAPFLVSSMTGGSELAAKINQNLALAAEEKGWAVALGSTRALLESDAHQASFLIRQQAPTVPLIANLGAVQLNYGYGAEEAQRIVDRTEADSLVLHFNSLQEAVQDGGDLNFADLLPKVEEICSKLTVPVGAKEVGFGIDGFVAEQLYNAGIAYIDVAGAGGTSWSQVEKLRSQDPLRKAAAEAFNNWGLPTKDCIVSVRNKLPKVPLVASGGMKTGVDAAKAITIGADVIGFARQLLQAATESAEAVITTMEQIELELKMAMFGIGVTSLEALQQTRRVSIMGNSLLEES	PGPT0007530_623	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007530-idi-K01823	NA	NA
AK148_01667	477			hypothetical protein	ATGTATTCGATTGCACAATTTAATATAACGGATAAAGATTTAACTGCTCAACAAAAAAATGCAATAAAAATTAGTAAATTCCATAGGAAAGCTAGATTAATGCAACTAATGGTTTTTTATCTATTTCTGGTATATATACTTGCATTTAGCCGTCTCTCAACAGATAATTTTATGTTTGGGTTATCGTTATGTTTAATTCTCACCCCTGTAGTATGGAAATCTTATGAGTATGCTATAATTAGTCAATTTAAAGGTATTCTTAAACAACACAAGAATTCATTAGGTGATTTTACATTAAACTTATCTGCAGAAGAGCTTACTAAAGAATCGAGGAATATAACTGAAAAATTCCAATGGGAAGATTTGAAACAGCTTAAAGAAGATGGGGAACGTTATTTCTTATATTTTACCGACTTATTTGCAATAACAATTAAAAAAGAACTTAAAAATATGAATACAGAAGAAGTGAAGATGTAG	MYSIAQFNITDKDLTAQQKNAIKISKFHRKARLMQLMVFYLFLVYILAFSRLSTDNFMFGLSLCLILTPVVWKSYEYAIISQFKGILKQHKNSLGDFTLNLSAEELTKESRNITEKFQWEDLKQLKEDGERYFLYFTDLFAITIKKELKNMNTEEVKM				NA	NA	NA	NA	NA
AK148_01668	303			hypothetical protein	ATGAAAAAAATCGGAGTAATAACGTTGATCGGCACTTTACTTATTTTGGGAGCATTTTCTGTTATTACTTTTTCGAAGGATAGGACGGTAGATGAGGTGCTACAAGCTGTCATGGATAAGTATGAGGTACAGGGATACATTGTTGGTGAGGAGCCCGCAACAATCGATATAGATGTATGTAGTGAGGAAGAAATAGAAAAAGTTGCAACATACATGAAGAGTAACCTTTCCGATGAAGATTTAAACCATTATGATATTGAAGTTTTTTCGGGTTGGGAAGATAAGTTAGAAAAAAGAGGCTAG	MKKIGVITLIGTLLILGAFSVITFSKDRTVDEVLQAVMDKYEVQGYIVGEEPATIDIDVCSEEEIEKVATYMKSNLSDEDLNHYDIEVFSGWEDKLEKRG				NA	NA	NA	NA	NA
AK148_01669	867	yflN_2	COG0491	putative metallo-hydrolase YflN	ATGGAGCAAAATTTTCATCAACGTGAACATGACAAATTTATTCCGATGACCTCCATTACAAGTGGAGGCGGTGTACAGGTGAAAGCCGATATATACTATTATACGGATCAAATGGTAAATATTGGTTTTGTAGGCCATCCTGAAAAAGGAGAATGGGTGCTTATCGATGCTGGATTACCTCATGCAGCTTCAGAAATTAAATCGGTTGTTGTAGACCGATTTGGAAAAGGTAGTAAGCCAGCTGCAATTCTGTTGACGCATGCTCATTTTGATCATGTAGGAGGGTTAGCTGCCTTATTGGAGGAGTGGGATGTTCCTATTTATGCACATTCTAAAGAACTTCCTTACTTACGTGGTGAAAAAAGCTACCCAAAACCGGACGCTAGCGTAGAAGGCGGTCTACTAGCGAAAATGGCTAACCTATATCCGAATGAGCCGATTGATTTAGGTAATGCGGTGCAAGCCCTTCCTGAAAACAATCAAGTTCCTCATTTAGAAAATTGGAAATGGGTACATACGCCAGGACATACACCTGGTCATGTATCTTTTTATCGAGAGAATGATCGGCTATTGTTTTCAGGAGATGCGTTCATTACTGTAAGACAGGATTCATTTTATCGTGTGCTGATGCAAACAGCGGAAGTGAATGGACCACCTAGATACTATACAACCGACTGGAAAGCAGCATTTGAATCTGTACAAAAATTAGCAGAACTAAACCCTGAAATAGTGGTACCAGGCCATGGTGTGAGTATGAAAGGTAAAAAGTTAAAAAACGGCTTGGACAGGCTTGTTGAACAATTTACAGATCTAGCTATACCTGATTATGGAAAGTATGTAGATAAAGAAAATAACTTATATCAATAA	MEQNFHQREHDKFIPMTSITSGGGVQVKADIYYYTDQMVNIGFVGHPEKGEWVLIDAGLPHAASEIKSVVVDRFGKGSKPAAILLTHAHFDHVGGLAALLEEWDVPIYAHSKELPYLRGEKSYPKPDASVEGGLLAKMANLYPNEPIDLGNAVQALPENNQVPHLENWKWVHTPGHTPGHVSFYRENDRLLFSGDAFITVRQDSFYRVLMQTAEVNGPPRYYTTDWKAAFESVQKLAELNPEIVVPGHGVSMKGKKLKNGLDRLVEQFTDLAIPDYGKYVDKENNLYQ				NA	NA	NA	NA	NA
AK148_01670	726			hypothetical protein	ATGAAGATTGAGATATGGTCTGATTTCGTTTGCCCTTTTTGTTATATTGGAAAGAGAAAATTGGAGCAATCCTTAGAAACATTTGCATATCGTAATGATATTGTTGTTGAGTTTAAAAGTTATCAATTAGATCCTAACGCAGAAGAAAAGCCAAATCAAAATATGTATGAATATCTCTCAAATACAAAAGGGATTCCCATAGAACAAATAAAGCAAATGAGTAAACAGATAGAAAAGCAAGCAGCAGATGTAGGGCTGACATATCATTTTGATACCATGCAGCATACAAACACGTTTACGGCTCACCGCTTAGTAAAGTATGCAGCACGTCTGGGCAAAGGTAATAACATGGCTGAAGCGTTGATGCATGCTTTTTTCACTGATTCTCAATTAATCAGTGATCATGAAACATTACAGACCCTTGCTAGTAAAGTCGGTTTAAATAAAAAGAACGTCGCTGAGGTTATTTGTACGAATAGCTATGCTAGAGATGTAAAAGACGACCAACATCAAGCGAGAGAAATGGGCGTTAAAGGGGTTCCGTTTTTTGTTTTTAATGAAAAATATGCGCTGTCTGGTGCGCAACCAAAAGAGGTTTTTGACCAGGTTTTGGAACAAGTTTGGCAAGAAGCGAAAATGGAAAACAGACTTCAATCATTGAACCCTAAAGGGTCAAAAACAATGTACTGTACAGATGAGGGCTGTTGTGAAATGGAAGAAGAATAA	MKIEIWSDFVCPFCYIGKRKLEQSLETFAYRNDIVVEFKSYQLDPNAEEKPNQNMYEYLSNTKGIPIEQIKQMSKQIEKQAADVGLTYHFDTMQHTNTFTAHRLVKYAARLGKGNNMAEALMHAFFTDSQLISDHETLQTLASKVGLNKKNVAEVICTNSYARDVKDDQHQAREMGVKGVPFFVFNEKYALSGAQPKEVFDQVLEQVWQEAKMENRLQSLNPKGSKTMYCTDEGCCEMEEE				NA	NA	NA	NA	NA
AK148_01671	954	yclN	COG4606	Petrobactin import system permease protein YclN	ATGAAAATACGATATCTAACAATCATATTAATTATACTTTCCTTTGTATCTATCTTTGTTGGTGTATCAAACGTTTCTCCGCTAGATATATTTCAGCTAACGGAGGAGCAGGCAAAAGTATTAATGGTTTCAAGAGTTCCGAGACTTTTAAGTATTTTAATTGCTGGTATGAGCATGAGTATTTGCGGCTTAATTATGCAACAATTAAGCAGAAATAAATTTGTATCGCCAACAACGGCAGGAACATTGGATTCCGCCAGACTTGGAATATTAGTATCCATGGTGTTATTTACCTCTGCGAATCCATTTGAAAAGATGCTTGTTTCTTTTGCTTTTGCTCTGTTAGGTACGTTTGCATTTATGAAGATACTGGAAAAAGTAAAATTTAAAGATGCGATATTCATCCCATTAATTGGTTTAATGTTTGGAAATATTGTTAGTTCCATGTCTACCTTTATTGCTTATCGTTATGATTTAATTCAAAACATCTCTTCATGGATGCAAGGTGATTTTTCCATGATTATGACAGGGAATTACGAGCTCATGTTTGTCAGCATTCCAATATTAATTATTGCTTTCTTTTATGCAAATAAATTTACGATTGCTGGTATGGGTGAAGATTTTTCCAAAAACCTTGGATTAAACTATCGACAAGTCGTCAATTTGGGTTTAATTATCGTAGCACTTGTAACCGCATCCGTTGTATTGGCAGTTGGAATGATTCCATTTTTAGGATTAATTATTCCTAATATTGTGACTATCTACCAAGGGGATCATTTGAAAAAAAGTTTGCTACATACCGCATTGTTAGGAGCCATTTTCGTTCTTATTTGTGATATTATCGGTCGAATTATTATTTATCCATATGAAATACCGATAAGTTTAACGGTAGGGGTCATCGGTAGCGGATTATTTATTTATCTGCTCTTTAGGAGAAAAAAATATGGGATATAA	MKIRYLTIILIILSFVSIFVGVSNVSPLDIFQLTEEQAKVLMVSRVPRLLSILIAGMSMSICGLIMQQLSRNKFVSPTTAGTLDSARLGILVSMVLFTSANPFEKMLVSFAFALLGTFAFMKILEKVKFKDAIFIPLIGLMFGNIVSSMSTFIAYRYDLIQNISSWMQGDFSMIMTGNYELMFVSIPILIIAFFYANKFTIAGMGEDFSKNLGLNYRQVVNLGLIIVALVTASVVLAVGMIPFLGLIIPNIVTIYQGDHLKKSLLHTALLGAIFVLICDIIGRIIIYPYEIPISLTVGVIGSGLFIYLLFRRKKYGI	PGPT0003770_10668	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
AK148_01672	951	yclO	COG4605	Petrobactin import system permease protein YclO	ATGGGATATAAACAGAAGACAATTATTCTAACTCTCATCGCTATATTATTGACATTGCTTTATATTTTTTATGACCTTACTGGAAATATTGGATACATTCTACCGAGACGTATCATTAAAGTTGTGGCGATTCTTTTAACAGGTGCAGCAATCGGATTTGCGACAACGATTTTTATGACAATAACGAATAATCGTATTTTAACACCAAGTGTATTAGGACTGGATTCCCTTTACCTCTTGATCCAAACAGCTATTATCTTTGTAGTAGGGGCTAATTCGTTAGTTATGATGAATAGCCATGTGAATTACCTCGTTTCCATTGGAGGAATGGTTGTATTTTCATTACTCCTATACCGGTTGTTATTTTCAAGCGAGCAAAATAATATTTATTTTCTGTTACTTGTAGGAATGATCTTAGGAACTTTTTTCAGTAGTATTACATCATTTATGCAAGTGTTAATTGATCCGAATGAGTTCATGGTAGCTCAAGATCGAATGTTTGCCAGCGTAAACAACGTAAACACAGACCTTGTCTATATATCTGTCGTTCTATTTGTACTCCTTCTTGTTTATATGATGCGTTATTACAAATACTTAGATGTATTGGCACTTGGGAAAGATAACGCGGTTAACCTAGGAGTTCCTTATGGAAGAGTCGTCAAGCATTTACTCGTTATCGTTGCTGTATTTATTTCGATGGCTACAGCTTTAGTAGGACCGATGACGTTTTTAGGGTTATTAGTTGTTAACTTAGCTTATGAATTTTTAAAGACATTCCGTCATTTTTATATTTTAATTGGCTCCATGCTCATAAGTATTATTGCATTAATTGGCGGACAGTTTATTGTAGAAGAAGTATTTACCTTTAAAACGACGATTAGTGTCATTATAAACTTTATCGGTGGTATTTACTTTATTTATCTTTTGTTAAAGGAGAATAAATCATGGTAG	MGYKQKTIILTLIAILLTLLYIFYDLTGNIGYILPRRIIKVVAILLTGAAIGFATTIFMTITNNRILTPSVLGLDSLYLLIQTAIIFVVGANSLVMMNSHVNYLVSIGGMVVFSLLLYRLLFSSEQNNIYFLLLVGMILGTFFSSITSFMQVLIDPNEFMVAQDRMFASVNNVNTDLVYISVVLFVLLLVYMMRYYKYLDVLALGKDNAVNLGVPYGRVVKHLLVIVAVFISMATALVGPMTFLGLLVVNLAYEFLKTFRHFYILIGSMLISIIALIGGQFIVEEVFTFKTTISVIINFIGGIYFIYLLLKENKSW	PGPT0003770_10867	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
AK148_01673	756	yclP	COG4604	Petrobactin import ATP-binding protein YclP	ATGGTAGATATTAAAAATGTATTTAAGTCATTTAACCAGAAGAAAGTGATTGAAGATGTGTCTCTGACGATTGAAAAAGGAAAGATTACTTCCTTTATTGGTCCAAACGGTGCAGGGAAGAGTACGTTGATCTCTATGGTTAGTCGCCTTATCGCAAAAGATAATGGGGATATCTCGATAGACGGAAAAGACATTATGCAAACGAAAAGCAATGAGCTAGCGAAAAAAATATCCATTTTAAAACAATCTAACTCCATTAATCTAAAATTAACGGTACGTGAGCTCGTATCTTTTGGGCGCTTCCCCTATTCTCAAGGTAAATTAAATGATTACGATTGGGAAAAAGTTGATGAGGCGATTGATTATATGGAACTGCGCGATATGCAAGATAAGTTTCTAGATCAGCTTAGTGGTGGGCAAAGACAACGAGCACACATCGCCATGGTCATTGCGCAGGATACGGAATATATTTTGTTAGATGAACCGTTAAATAATTTAGATATGCGCCATTCTGTGCAAATTATGAAAACGTTGCGTAATTTAGTGGATGAGCTTGGCAAAACTGTTTTAATTGTTATTCATGATATTAATTTTGCTTCTTGTTATTCGGATAATATTGTCGCTTTAAAGGATGGAAAAGTCGTTAAGCAAGGAAGAGCATGCGATGTCATTGATAAATGTGTATTAAAAGATATCTATGACATGGATATTGACATTAAGGATATAGATAATAAACGAATCTGTGTTTACTTTTAA	MVDIKNVFKSFNQKKVIEDVSLTIEKGKITSFIGPNGAGKSTLISMVSRLIAKDNGDISIDGKDIMQTKSNELAKKISILKQSNSINLKLTVRELVSFGRFPYSQGKLNDYDWEKVDEAIDYMELRDMQDKFLDQLSGGQRQRAHIAMVIAQDTEYILLDEPLNNLDMRHSVQIMKTLRNLVDELGKTVLIVIHDINFASCYSDNIVALKDGKVVKQGRACDVIDKCVLKDIYDMDIDIKDIDNKRICVYF	PGPT0003760_8216	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
AK148_01674	963	yclQ	COG4607	Petrobactin-binding protein YclQ	ATGTTGAAAAAAACTGTATGGCTTATATTTGCAAGTTTGCTCGTGTTAACTTTAGCAGCTTGTGGTTCAAATAGTGAAGAAAAAGATAGTAGTAATAGCAAAGGTTCCGATGCGAAAGAGTCGGAAACAATGGAGATTAAACAAGAGCTTGGTGATACAGAAGTTCCCAAAAATCCTGAAAATGTTGTGGTGTTCGACTATGGTGTGCTTGATTCATTGGATACATTAGGGATTGATGTTGCAGGTGTAGCTAAAGGTGGTTTAATCCCAACTTATTTAGACAAGTATGCAAGTGATGACTATGAAAATATCGGTAGCTTGAAAGAGCCGGACTTTGAAAAAATTGCTGAGATTAATCCAGATGTTATTTTCATATCGGGTCGACAGTCCACTGTATATGATCAATTAGCTGAAATTGCTCCGACTGTTTATTTAGGTGTAGATCCAGCTAACTATATGGAGTCTTTCAAAGCAAATATGAACACACTAGGTGAGATTTTTGATAAGCAAGCAGAAGTAGAAGAAGAACTTGCTGCTATTGATGCATCTATTGAAGAAGTGAAAGCGAAAGCGGAAGAAATGGATCAAAAAGCGCTTATAACACTAGCTAATGATGATAAAATCAGTGCATATGGCCCTAGCTCCCGTTTTGGATTAATCCATGATGTTTTTGGTGTCCCTCCAGTAGATGAAAACATCGAAGCGTCTACACATGGTATGAACGTTTCTTTTGAATACGTCATGGAGCAAAACCCTGATTTACTGTATGTTATCGATCGTAGTGCAGCGATTGGCGAAGAACCAGCTGCTAAAAATTTGGTCGAAAATGAATTAGTAAAAGGGACGAAAGCATATAAAAATGACAACATTGCTTACTTAGATCCAGAATTCTGGTATCTGTCCGGTGGTGGACTCGTCTCTGTCCAAGAAATGATTAAAGAAGTAGAAGCAAGCTTAGAATAA	MLKKTVWLIFASLLVLTLAACGSNSEEKDSSNSKGSDAKESETMEIKQELGDTEVPKNPENVVVFDYGVLDSLDTLGIDVAGVAKGGLIPTYLDKYASDDYENIGSLKEPDFEKIAEINPDVIFISGRQSTVYDQLAEIAPTVYLGVDPANYMESFKANMNTLGEIFDKQAEVEEELAAIDASIEEVKAKAEEMDQKALITLANDDKISAYGPSSRFGLIHDVFGVPPVDENIEASTHGMNVSFEYVMEQNPDLLYVIDRSAAIGEEPAAKNLVENELVKGTKAYKNDNIAYLDPEFWYLSGGGLVSVQEMIKEVEASLE	PGPT0003765_7836	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
AK148_01675	726	prsA_1		Foldase protein PrsA	ATGAAAAAGTGGATTATATTTGCGATTACGATAACGCTAGCATTCGTACTAGCTGCCTGCGGAGGAGATAATGAAGAAGATAAAACCGCAGAACAAGATGAGCAACAAGAAGAAGGCAATACAGAAGAGGGCGGAGAAAAGCCTGAACCTGTTAAAATAACAGATGAGGAAAAAGTTGATGATGGAGAAACAGTTGTTTCCGTAAATGGCGAAGAAATTAAAGGCGATCGTTATAACCCAGCTTATTTACAGTTAAAAACAATGAATACGCAATTCAATCAAGACGTTAATGAGGATCAACTAAAAAAACAAACGTTAGATATGCTAATAAACCAGCAATTGATTAATCAAGATGCTGCTGATAAAGGCATCGAAGTATCTAATGATGACGTGCAGAAAGAATTTGATACGATTAAAAAAGAAGGCGAAGATCGTTTAAGTACTGCACTAGAGCAGTTCCAGCTTAATGAAGAACAGTTTAAAAACATGCTAAGAGATAATCTAATTACTTCTCAATATTTAGATGCTGAATTTGACATCGAAGTAAAAGATAAAGAAGTGGAAGATTATTATAAACAAATGAAAGAACAAAATGAAGAAATAGGTAAGTTGGAAGATGTAAAAGATCAAATCAAACAAACCTTGAAGGATGAAAAAACAAACGAACAATTGCAAAAGCGAGTAGATAAATTAAAAGAAGACGCTGATGTAGAGACAATGATATAA	MKKWIIFAITITLAFVLAACGGDNEEDKTAEQDEQQEEGNTEEGGEKPEPVKITDEEKVDDGETVVSVNGEEIKGDRYNPAYLQLKTMNTQFNQDVNEDQLKKQTLDMLINQQLINQDAADKGIEVSNDDVQKEFDTIKKEGEDRLSTALEQFQLNEEQFKNMLRDNLITSQYLDAEFDIEVKDKEVEDYYKQMKEQNEEIGKLEDVKDQIKQTLKDEKTNEQLQKRVDKLKEDADVETMI				NA	NA	NA	NA	NA
AK148_01676	1062	hisC_1	COG0079	Histidinol-phosphate aminotransferase	ATGAAATATTGGAGTGAAGCAGCTAAACGATCAACTCCATATGTTCCGGGTGAACAATTCAACGATCCAACTATTATGAAACTAAATACAAATGAAAACCCCTATCCTCCGTCGCCAAATGTGCAAGGAGCAATCAAACAAGAGATGAACAAAGCATTACATCTTTATCCATCACCAACTGTTGACAGTTTAAGAGAAAGCATTGCCAAACAGGAAGGGACGGAAAAGGAATCTGTTTTTGTTGGAAATGGCTCCGATGAAGTACTAGCGTTCGCATTTATGGGGTTATTTTCACCAACTCGAACGATACGATTTCCAGCAATTACGTATAGCTTTTACCCTGTCTATGCCAATCTTTTTCAAATTCCATATGAAGAAATGCCATTAATGAATAATTTCACAATAGATGAAAAAGATTTTTTTCATACAAAAGGTGGAGTTATTCTACCAAACCCAAATGCGCCGACAAGCATTTTTACTAGCTTAGAAAAATTGGAAGCAATCATTCAACATAATCCAGATAATGTTGTTATTATTGATGAAGCTTACATTGATTTTGCACCTGAATCTGCCGTAACACTTACGCATAAGTATGAGCAGCTGTTAGTTGTAAAAACTTTTTCAAAGTCACGTTCTTTGGCTGGATTACGTGTTGGCTACGCGATCGGGCATCCAAATTTAATCGAAGCTTTAACCCGTATAAAAAACTCCTTTAATTCTTATACGATAGACCGGCTTGCTATAGTCGGTGCAAAAGCAGCTATGGAAGATGCTGCTTACTTAAAAGAAACGACTCGGAAGATTATTAAAACTCGGAAGTGGACGCAACAACAGATGGAAAAGCGCGGTTTCCATGTGCTCCCAAGCGCAACTAATTTTCTATTTGTCCAACATCCTGATTATAATGGAGAACAATTATATGAGCGTTTAAAAGCGAAAAAAATTCTCATACGCCATTTTCGTAAATCTGGCATCGAAAATTATATGCGAATTACCATTGGTACAGACAAAATGATGCAGCAGTTTTTGATAGTGTTGGATGAAATTATGCAGAAGACGTAA	MKYWSEAAKRSTPYVPGEQFNDPTIMKLNTNENPYPPSPNVQGAIKQEMNKALHLYPSPTVDSLRESIAKQEGTEKESVFVGNGSDEVLAFAFMGLFSPTRTIRFPAITYSFYPVYANLFQIPYEEMPLMNNFTIDEKDFFHTKGGVILPNPNAPTSIFTSLEKLEAIIQHNPDNVVIIDEAYIDFAPESAVTLTHKYEQLLVVKTFSKSRSLAGLRVGYAIGHPNLIEALTRIKNSFNSYTIDRLAIVGAKAAMEDAAYLKETTRKIIKTRKWTQQQMEKRGFHVLPSATNFLFVQHPDYNGEQLYERLKAKKILIRHFRKSGIENYMRITIGTDKMMQQFLIVLDEIMQKT	PGPT0020305_6528	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020305-hisC-K00817	NA	NA
AK148_01677	630	hisI		Histidine biosynthesis bifunctional protein HisIE	ATGATGAAGCAAATAACGTTTGATGATAACGGACTCGCTCCTGCCATTGTACAAGATGCAGATACGGGTCAGGTTTTAACGCTAGCGTATATGAATGAAGAAGCGCTTAACAAAACAATAGCGACAAAAGAAGCATGGTTCTATAGCCGAAAACGTCAAGAATTATGGCATAAAGGAGCGACGTCTGGAAATAAACAAGTGGTACAATCGATGTCTATCGATTGTGATAAAGATGCTATTCTACTGCAAGTGAAGCCACAGGGCCCTGCTTGCCATACAGGAGAAGAAACCTGCTTTCATAAGAATGTTTTCCAAGAACAGCCTGCCTCATTTATCATGACGAAACAATTAACAGAAAAAATTAAAACTCGTAAAGAAAATCCTTTGCCAGGTGCCTACACAACATACTTATTTGCAGAAGGCATGGATAAAATTTTAAAGAAAGTGGGCGAAGAAACAAGTGAGGTCATTATCGGCGCGAAAAATAACGATAAATCCGAAGTAACATGGGAGATTGCTGATTTAACCTATCATACGCTTGTGTTAATGGAGCTACTAGGTGTATCTGTTACAGATATTAAGCGTGAATTGTTAAAAAGGCATTTACAAAAAGGGGATGGAGAGCAATGA	MMKQITFDDNGLAPAIVQDADTGQVLTLAYMNEEALNKTIATKEAWFYSRKRQELWHKGATSGNKQVVQSMSIDCDKDAILLQVKPQGPACHTGEETCFHKNVFQEQPASFIMTKQLTEKIKTRKENPLPGAYTTYLFAEGMDKILKKVGEETSEVIIGAKNNDKSEVTWEIADLTYHTLVLMELLGVSVTDIKRELLKRHLQKGDGEQ				NA	NA	NA	NA	NA
AK148_01678	762	hisF	COG0107	Imidazole glycerol phosphate synthase subunit HisF	ATGCTCACTAAACGAATTATCCCATGTTTGGATGTCGATAAAGGACGTGTCGTCAAAGGAAAAAAATTTACAAACATCCAAGACGTTGCCGATCCAGTAAAATTAGCGCAACGGTACAACAAGGCAGGTGCTGATGAGCTTGTCTTTTATGATATTACAGCTTCAAACGAAGATCGAGGTATTTTCATCGATGTCGTAGAGCAAGTCGCTGCTGAAATTGCGATTCCCTTTACCGTAGGCGGTGGTATAAGAACCATAGAAGATATTCATAGCGTATTACGTGCAGGCGCTGACAAAGTTTCGATAAATAGTGCTGCCGTACAGCAACCAGATTTGATTGAAGAAGCAGCTAAGAAATTTGGAAAGCAGTGCATTGTCCTATCCATTGACGCCAAACAAACAAATGACGGAAGATGGGCAGTCTATATCCATGGGGGCAGAAAACAAACTGCTTTAAATGCCGTGGATTGGGCTGAGCAAGGCGAAGCACTCGGTGCAGGAGAACTTGTGCTCAACGCAATTAATACAGATGGCGAAAAAAACGGCTACGACCTAGATTTAATGCATGCTGTTGCACAAGCAGTCAATATTCCCATCGTCGCTAGTGGAGGGGCTGGTAAAATGGAACATTTTTCGCAAGTTTTACAACCGACGTATGCAGATGCAGCTCTAGCAGCTTCCGTATTCCACTACGGAGAAATACCTATTCCCGCATTAAAAGCTTATTTAGCTACCCAAGGCATCACAGTAAGACCAAGTTAA	MLTKRIIPCLDVDKGRVVKGKKFTNIQDVADPVKLAQRYNKAGADELVFYDITASNEDRGIFIDVVEQVAAEIAIPFTVGGGIRTIEDIHSVLRAGADKVSINSAAVQQPDLIEEAAKKFGKQCIVLSIDAKQTNDGRWAVYIHGGRKQTALNAVDWAEQGEALGAGELVLNAINTDGEKNGYDLDLMHAVAQAVNIPIVASGGAGKMEHFSQVLQPTYADAALAASVFHYGEIPIPALKAYLATQGITVRPS	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
AK148_01679	723	priA_2	COG0106	Phosphoribosyl isomerase A	ATGATTTTGTTTCCAGCCATTGATATTAAAGACGGGAAATGCGTTCGTTTAACACAAGGAAATTACGATCAAGTAAATGTGTATAGTGATTCGCCAGTTACTGTGGCAAAAGATTGGGAAGCGCAAGGAGCTGCCTATCTTCACCTCGTCGATTTAGATGGAGCTAAATCAGGTGTTTCCACGAACGAACCTATTATTAGAGAGATCGCTCAAAAGGTCACCCTGCCAATCCAAGTAGGGGGAGGCATTCGTAGTTTACAAGTAGTGGAAAACTACTTATCTGCGGGAATAGATCGCGTCATCCTCGGGACTGCCGCTATTAAAGACCAGCCTTTCTTGCAAACTGCTCTGTCTACATTTCCTCATCAAGTTGCTGTATCGATCGATGCACGAAATGGTTATGTCGCTACAGATGGATGGACAAAGACAAGTGAGAGAAAAGCCATTGATCTTGTGAAAGAATTAGAAGATCTAGGATCGCAAACAATTGTTTACACCGATATTTTAAAAGACGGCATGCTAAAAGGGCCCAATTTTCATGAATTAGAAAACTTACAAGCAATTACTTCTATCAATATTATCGCTTCTGGTGGGGTCACAACGATTGCCGACATAAAACAATTAGCACAAATGAACTTATATGGAGCAATTATTGGTAAAGCGCTTTATGACAATTCCCTTCCTTTAGAAGCGAGCTTGGAGGCAGTAAAACATGCTCACTAA	MILFPAIDIKDGKCVRLTQGNYDQVNVYSDSPVTVAKDWEAQGAAYLHLVDLDGAKSGVSTNEPIIREIAQKVTLPIQVGGGIRSLQVVENYLSAGIDRVILGTAAIKDQPFLQTALSTFPHQVAVSIDARNGYVATDGWTKTSERKAIDLVKELEDLGSQTIVYTDILKDGMLKGPNFHELENLQAITSINIIASGGVTTIADIKQLAQMNLYGAIIGKALYDNSLPLEASLEAVKHAH				NA	NA	NA	NA	NA
AK148_01680	606	hisH	COG0118	Imidazole glycerol phosphate synthase subunit HisH	ATGATCTCTATTATTGATTATGGAGCTGGTAATATAAAAAGCTTGCAATTTGCACTAAATAAAGTTGGTATAGATTCACAAATTACCACTGATGAAACAACCATTAAAAAAAGTGATGCCATCATTTTACCGGGCGTGGGCGCCTTTCAGGATGCCATGCATGCATTAGACGATCAAGAATTAACAAGCTTCATTAAACAAGAGGCAGCCAGAGGCAAACCGCTTCTAGGTATTTGTCTTGGTATGCAATTGTTCTATGAATCTAGTGAAGAAGGCGGAGTAACGAAAGGATTCGGATTTTTAACTGGAAAAGTAAAAAAAATCCCTAATAACGTAAAGGTTCCTCATATGGGCTGGAACAATCTCATTAAACACCGAAATAGTGCTTTATGGAAGCAAATGACGGATGAAGCATTTGTCTACTTTGTCCATTCCTATGCGGCTACAGATGTGGATACGAATACGTTAGTAGCTAGCACACCTTATGGAATAAACATTCCTGCAATCGTACAACAGAACAATATTATTGGTATGCAATTTCACCCAGAAAAAAGCGGAGCAACAGGGTTACAACTTTTAGCAAATTTTAAGGAGATGATAACATGA	MISIIDYGAGNIKSLQFALNKVGIDSQITTDETTIKKSDAIILPGVGAFQDAMHALDDQELTSFIKQEAARGKPLLGICLGMQLFYESSEEGGVTKGFGFLTGKVKKIPNNVKVPHMGWNNLIKHRNSALWKQMTDEAFVYFVHSYAATDVDTNTLVASTPYGINIPAIVQQNNIIGMQFHPEKSGATGLQLLANFKEMIT				NA	NA	NA	NA	NA
AK148_01681	585	hisB	COG0131	Histidine biosynthesis bifunctional protein HisB	ATGCGAAACTATGATATAAGCCGGTCAACCACAGAAACATCGATTGATTTAAAGCTGGCTATTGACGGTACGGGGAAAAGCTCGATTCAAACAGGGATTGGTTTCTTTGATCATATGTTAACTCTTGCAACGAAACATGGATTAATGGATGTAGAAATTTCTTGCCAAGGAGATTTAGAGGTGGATCAACACCATTCCGTAGAAGATGTCGGCATCGCATTTGGTAAAGCATTCCGCCATGCACTAGGAGATAAAGCCGGCATTACTCGTTATGCAAGTATTACGACACCAATGGACGAGGCGTTATCCACCGTATCATTGGATATAAGCGGTAGAGCCTACCTTGTTTATAAAGTAGAAGGTTTAAAAGATAAGGTTGGAAACTTTGATACAGAATTGGTAGAGGAATTTTTTCAAGCATTTACTAGCAATGCAAAGGTAACCTTACACATTCACCAAGTCCATGGAAAAAATACGCATCATATTATTGAATCCATTTTCAAAGGCTTCGGTCGAGCACTTAACACTGCAACAGAAATAAGCGGAAAAATAACAGGAATTCCTTCTACAAAAGGAACGTTATAA	MRNYDISRSTTETSIDLKLAIDGTGKSSIQTGIGFFDHMLTLATKHGLMDVEISCQGDLEVDQHHSVEDVGIAFGKAFRHALGDKAGITRYASITTPMDEALSTVSLDISGRAYLVYKVEGLKDKVGNFDTELVEEFFQAFTSNAKVTLHIHQVHGKNTHHIIESIFKGFGRALNTATEISGKITGIPSTKGTL	PGPT0020305_19	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020305-hisC-K00817	NA	NA
AK148_01682	1296	hisD	COG0141	Histidinol dehydrogenase	ATGGAACGCTTAACGAAACATCAGTATTGGGATAAGAAAGAAAGAAGCGCACAACTTTTGGAAGAAAAAGAAGCAGTCCTAGACCAAACAGTAGTGGAAATTATTAAGCGCGTTCGAAACGAAGGAGATCCAGCCATTCGCTCTTTCACAGAAAAATTTGACCGTGTCCAAATCCTTGATTTCATCGTTTCGGAGGAGGAGTTTGCTGAAGCTAGAAAATCCGTCTCTCCTGCTTTTATGAAGGCAATTAAACATGCAGCAGAAAATATATCCCAATATCATAAAAAACAGTTAGAGCAATCCTGGTTAGATATGAGTGAGCCTGGAAAAGTGGTCGGACAGAAGGTTACGCCTTTGGATCGTGTGGCCATTTACATACCTGGCGGAAAAGCAGCATATCCTTCCACCGTATTAATGAACGCTATACCAGCCAAAATTGCGGGTGTAAAGCATATTTATATTACGACGCCACCGCAAGCAGATGGCAAAATCAATCCGCACGTATTAGTAGCGGCAAAAGAAGCCGGCGTTGAAAACATTTATAAGCTTGGCGGAGCACAATCAATCGCAGCTTTTGCTTACGGCACAGAATCCGTACCCAAAGTACAAAAGATTACTGGACCTGGAAATGCTTATGTAGCAAGTGCAAAAAAATGGGTGTATGGGGATGTAGCCATTGATATGATTGCGGGGCCGAGTGAAATTTTAGTCGTCGCTGATGAAACAGCAAACGCAAACTTTGTCGCAGCCGATTTACTCTCACAAGCAGAACACGATGAAGAAGCACGTGCCGTTTGTATAACGACAAGCGATGCACAAGCAGACGCCATTGAGCAAGCGGTGCGCTCACAAACAAAGAATTTAGCAAGAAAAGAAATTATTGAAAAATCACTTGCCCAGCACGGAAAAATCATTGTCGTTAATACATTAGATGATGCTTTTTCCATCGTAAATGATATTGCTCCAGAACATTTACAGCTCATGATTGCAAATCCAATGGAAAAACTTGGTGCGGTCAAACATGCAGGGGCTATCTTTTTAGGAAATTATTCACCAGAAGCGTTAGGCGATTACGTTGCCGGTCCGAACCATACGTTACCGACAAACGGCACGGCCACATTTGCTTCCCCGCTCGGCGTGTATGAATTTATGAAAAAGTCAAGCATTATTTATTATGATAAACCTTCACTACTTGCTAGTGCAGATACGATTATAGAGATTGCTAATACAGAACAGTTAACCGCACATGCACTATCCGTACAAATACGAAAGGAGGAAACAGATGCGAAACTATGA	MERLTKHQYWDKKERSAQLLEEKEAVLDQTVVEIIKRVRNEGDPAIRSFTEKFDRVQILDFIVSEEEFAEARKSVSPAFMKAIKHAAENISQYHKKQLEQSWLDMSEPGKVVGQKVTPLDRVAIYIPGGKAAYPSTVLMNAIPAKIAGVKHIYITTPPQADGKINPHVLVAAKEAGVENIYKLGGAQSIAAFAYGTESVPKVQKITGPGNAYVASAKKWVYGDVAIDMIAGPSEILVVADETANANFVAADLLSQAEHDEEARAVCITTSDAQADAIEQAVRSQTKNLARKEIIEKSLAQHGKIIVVNTLDDAFSIVNDIAPEHLQLMIANPMEKLGAVKHAGAIFLGNYSPEALGDYVAGPNHTLPTNGTATFASPLGVYEFMKKSSIIYYDKPSLLASADTIIEIANTEQLTAHALSVQIRKEETDAKL				NA	NA	NA	NA	NA
AK148_01683	627	hisG	COG0040	ATP phosphoribosyltransferase	ATGGCTGCTTTTACAATCGCCGTTGCCAAAGGTCGCACAGCAGATCAATCGATTCTTTTACTAGACAGTATGGGGATTACATTCCAACAGTTAACTTCTTCTAGCAGAAAACTAATTTTTTATAACAGTGATGAAACGATTACATTAATCTTTGTCAAAGGTGTGGATGTACCTACCTATGTAGAAAAAGGAGCAGCAGATTTAGGCATTGTAGGTAAAGATAATATTTTAGAATCACAAGCTGAAATCTACGAAGTTCTCGATCTAAAATTCGGAAAATGTAAATTTGCCGTTGCTGGAAAGCCCGGACAACTTTTAGATACGATGAAGCCATTAACAATTGCTACAAAATATCCAACCATTGCCCGAAACTATTTTTCTCGTAAAGGAAAATCAATAGATATTGTGAAATTGAATGGTTCTGTCGAATTAGCACCGTTAATTGGCTTAGCAGATGTCATTGTAGATATTGTAGAAACTGGCAACACATTAAGGGAAAACGGCTTAATTATTTTAGAGGAAGTAGAACCTATTAGCACGAGACTGATCGTAAACAAGGCAAGCTTTGCATTAAAATCACAAGCAATCCATTCGTTTATTCAAGAAGTTCAGAAAAACTTAGTGTAA	MAAFTIAVAKGRTADQSILLLDSMGITFQQLTSSSRKLIFYNSDETITLIFVKGVDVPTYVEKGAADLGIVGKDNILESQAEIYEVLDLKFGKCKFAVAGKPGQLLDTMKPLTIATKYPTIARNYFSRKGKSIDIVKLNGSVELAPLIGLADVIVDIVETGNTLRENGLIILEEVEPISTRLIVNKASFALKSQAIHSFIQEVQKNLV	PGPT0017400_4201	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
AK148_01684	1239	hisZ	COG3705	ATP phosphoribosyltransferase regulatory subunit	ATGATGCACCCTCTGTTACATACACCTTATTTGGGTAATGGCTTACTTCAACAGCGTGATGCAATTATTGCTACACTAAAACAACGCTTTAAAACTTATGGCTATAAGCAAATACAAACAGCAGCGCTAGAGCCTTATGACCTTTATGTAGGGAATCCCAAAATTGGAAGTACTGACGATATGATAAAAGTGGTGGATACTTCTGGAAAAGTACTTGTATTACGACCTGATGTTACCATTCCAATCACACAGCAAATTGCTACCACACAAATGAATGGTAGTGAAGATACTCGGCTATTTTACATCATGGATGTCTTCAGTTACCGATTTGAAGACGATCAAAAACAACGTACACAAGCAGGAGTTGAATATTTTAACAACCGCACCCCTGCTGGTGATGCAGAAGTCATTGCCCTTGCCATTCATATATTAAAAGATTGTGGTTTTCCAGAATTTAAATTGGAGATTGGCCATGCTGGTTTTTTTCGAGCATTGCTAACCCAAGCAAATTTATCTAATGAACAAATTGCTCCCTTACAAACATATATTCAAACGAAAAATATTGCAGAAATGGTAGATTATTTAGCTACCCTCCCTATTCAAGAAACAGTTAAACAAGCAATGCAGTATATTCCATTTCTTTACGGAGAACCAAATGAAGTGGTGGAAAAAATCAAGCAGCACGGGTTAAATGGGATCTTACAAGCAGAATTAACTTATTTGGTTAATGTGTATAACAGCATTCAAGCATACGGACTTACAGATCATATTGTGTTTAACCTTGGACTTATCAATGATATGAACTATTACTCCGATGTTATTTTTCAAGGATTTGTCAACCAAGTCGGAAAGCCTGTTGTTATGGGAGGAAGATACGATGGCTTAGGTGATTACTTCGGGGCTCGTATTCCAGCAATCGGTTTTGCCTTTGATGTTGATTTGTTACTTCATGCAGCAAAACAGCACGGTTTGTTGTCAACATTAATAGAGGAAGAGCCTATTGCAATCTATTATGATGTCGCCGCTCAAAAGGAAGCATTAGCTATCGCGCTAGCATTACGCGAACGAGGATACGCCGTCGTCACCTACTCAACAAATGACGACCGACAAGCTGCTTCTAAAGAAACCGTACACATTATTTGTGAAACTGATTCCTATAACCTTTATCACGGTGAGCAAGCTATTTCATTTCAGCATATTTCAGAATTAATCCAATTATTACAAGAAAGGGGGAGTTAA	MMHPLLHTPYLGNGLLQQRDAIIATLKQRFKTYGYKQIQTAALEPYDLYVGNPKIGSTDDMIKVVDTSGKVLVLRPDVTIPITQQIATTQMNGSEDTRLFYIMDVFSYRFEDDQKQRTQAGVEYFNNRTPAGDAEVIALAIHILKDCGFPEFKLEIGHAGFFRALLTQANLSNEQIAPLQTYIQTKNIAEMVDYLATLPIQETVKQAMQYIPFLYGEPNEVVEKIKQHGLNGILQAELTYLVNVYNSIQAYGLTDHIVFNLGLINDMNYYSDVIFQGFVNQVGKPVVMGGRYDGLGDYFGARIPAIGFAFDVDLLLHAAKQHGLLSTLIEEEPIAIYYDVAAQKEALAIALALRERGYAVVTYSTNDDRQAASKETVHIICETDSYNLYHGEQAISFQHISELIQLLQERGS				NA	NA	NA	NA	NA
AK148_01685	789	hisK	COG1387	Histidinol-phosphatase	ATGTTTGATTTTCATATTCATAGTGATTTTTCCGCTGATTGCAATACGCCGATGGAAAAAACAATAGAATACGCTATAAAAGAAGGTTTACACGAAATTTGTTTTACGGAGCATATAGATGAAGATTACCCAGACCCTACAATTGATTTCTCGCTAGACCTTGCAAGCTATCATCAAAAAATCCAAGCAATGCAACGAGAATACGGAGAACGAATTAAAATACGTAAAGGATTGGAAATTGGCGTTCAACCCCATTTAGTAAAAAATTGTAGCCAAACTGTTCATTCTGCACCGTTTGATTTTATCATTTGTTCCATGCATACAACCGATAAGCATTCCTTACATACAAGTGATTTTTTCGAAAAACAGCCTGTGGAAGAAGCATACCGAAAATATTATGAAGAACTGCTTTATTGTGTGTCACATTTTAAAGACTTCCAAGTAATCGGGCATATTGATTTAGTGAAACGTTATACTAAAAATAAACCTGTTCAAGATTATTTTTATGATATATTGATGAACATTTTTGAAGAAATCATGTATGCTGGAAAAGGAATTGAAATAAACACATCTGGTTTTCGCTATGGGTTACCAAGTGCGATGCCAAGTGAAGATATTTTAAAATTGTATCGAGAATGCGGCGGAGAAATCATTACGATTGGTTCTGATTCTCATCGTGCACAAACAGTTGGGTACGGTGTGTCTGATGGGCTAGAATTGTTACGACAGCTTGGTTTTCGATATGTTACAACCTTTCAAGATAAACAGCCAACTTTCCACCGTATTTAA	MFDFHIHSDFSADCNTPMEKTIEYAIKEGLHEICFTEHIDEDYPDPTIDFSLDLASYHQKIQAMQREYGERIKIRKGLEIGVQPHLVKNCSQTVHSAPFDFIICSMHTTDKHSLHTSDFFEKQPVEEAYRKYYEELLYCVSHFKDFQVIGHIDLVKRYTKNKPVQDYFYDILMNIFEEIMYAGKGIEINTSGFRYGLPSAMPSEDILKLYRECGGEIITIGSDSHRAQTVGYGVSDGLELLRQLGFRYVTTFQDKQPTFHRI				NA	NA	NA	NA	NA
AK148_01686	813			hypothetical protein	TTGAATAAGAAACAGATATTAAGCTTGGCATCTTTTGGTCTAGTCATCATTGGTTTTATCGTGCTTATAGGCATGCCAAATAGAGCAATTTCCGATTTTAACAAAAGTCGCCCAACATTATTCGTGCATGGATATAAGGGTACTGAAAATTCATTTGGATTTATGCTACAGCGCTTTGAGCATGAGTATAAGTGGGGAAATAAAGCACTTATTTATTATGTAACTAAGCAAGGAGAAGTGAAAAAATATCAACCGCGTCTTGGGGAAGAAAAGCCCCTCTATGTCCAAGTGATTTTTGAAAATAATCGGGCTAGCTTTGAAATGACATCCAGTTGGTTAGCAAATGTACTAAAAGATATGCAGCAAACATATGGTGTCGATGATGTAAATATTGTCGGACATTCTATGGGTGGAATTGTGTCATTAGAATATATGAAGCAATTTCAAGGAAAATCTTATCCGTCTGTCCATAGGTTTGTGGCGGTAGGAAGTCCGTTTGATGGAATATACAGTGAAGAATATTTTCGTATTCATCATGATCCAGCAGCAACCGATTTACGACCTAATTCCAAAGCGCTACAACATTTAAGGGAACGTTCATTTCCAAATCATACAAAAGTTCTCAGCATTTCTAGTACAGGTGATATAGTTGCAGTACCTGAAAGTGTCCGCGCAATACGCAAAATGGTACCGAATCAACAATTGACAGAAATTGTCATTGACGATAATGTATTAGGACATAGCGATTTGCATGAAAGCAGAAGAGTAGATCGTTATATTTATGAATTTCTGTGGCAAGATCAAGTTCAATAG	MNKKQILSLASFGLVIIGFIVLIGMPNRAISDFNKSRPTLFVHGYKGTENSFGFMLQRFEHEYKWGNKALIYYVTKQGEVKKYQPRLGEEKPLYVQVIFENNRASFEMTSSWLANVLKDMQQTYGVDDVNIVGHSMGGIVSLEYMKQFQGKSYPSVHRFVAVGSPFDGIYSEEYFRIHHDPAATDLRPNSKALQHLRERSFPNHTKVLSISSTGDIVAVPESVRAIRKMVPNQQLTEIVIDDNVLGHSDLHESRRVDRYIYEFLWQDQVQ				NA	NA	NA	NA	NA
AK148_01687	903	murB	COG0812	UDP-N-acetylenolpyruvoylglucosamine reductase	ATGTACGGTAAATTGACGGAAGTGACTTCCGAGAAAAATGTGATGGTGGATGAGCACTTAAGAAATCATACGTATACGAAGTTAGGTGGGAAAGCAGATTTCTTAGTTACACCAGAAACGTACGAAGAAGTGCAAGCAATTGTAAAGCTTGCCAATCAAGAAAAAATAGCTTTTACATTACTGGGAAATGGTTCCAATTTAATTGTTAAAGATGGCGGCATTCGTGGAATTGTTATGAATTTAAAAAAACTCTGTTCCATGTGGCGAGAAGAAGAAAAAATGATTGCGCAAAGTGGAGCAAAAATTATTGATGTTTCTCGTCAGGCTTTACAGGAAAGCTTGCACGGGCTGGAATTTGCTTGTGGTATACCTGGTTCGGTTGGCGGAGCTTTATACATGAACGCCGGAGCTTACGGTGGAGAAGTGAAAGATGTGCTTGAAAGTGCAAAAGTAGTTACTCGAGAAGGGAAACTATTGTCATTACCTGCTAGTGCGCTTGATTTACATTATCGCACAAGTAATATTCCTGATAAAGGGTACATCGTATTAGAAGCAACATTTTCATTACAAAAAAGAGATGCGGCTGATATAAAAGCGGTGATGGATGATCTCACCTATAAACGGGAATCGAAGCAGCCGCTGGAATACCCTTCTTGTGGCAGTGTGTTTAAACGCCCCCCTGGGTACTTTGCTGGAAAGTTAATTCAAGATAGTAATTTACAAGGGAAGCAAATAGGTGGTGCGCAAGTATCAACCAAGCATGCAGGCTTTATTGTAAACAAAAATAATGCTACAGCTACAGAATACATCGACTTAATACGTTTTGTTCAATCGACGGTAAAAGAAAAATTTGGCGTAAATTTAGAACGCGAAGTACGAATTATTGGGGAAGACCCAAAATAA	MYGKLTEVTSEKNVMVDEHLRNHTYTKLGGKADFLVTPETYEEVQAIVKLANQEKIAFTLLGNGSNLIVKDGGIRGIVMNLKKLCSMWREEEKMIAQSGAKIIDVSRQALQESLHGLEFACGIPGSVGGALYMNAGAYGGEVKDVLESAKVVTREGKLLSLPASALDLHYRTSNIPDKGYIVLEATFSLQKRDAADIKAVMDDLTYKRESKQPLEYPSCGSVFKRPPGYFAGKLIQDSNLQGKQIGGAQVSTKHAGFIVNKNNATATEYIDLIRFVQSTVKEKFGVNLEREVRIIGEDPK	PGPT0024115_3414	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024115-murB-K00075	NA	NA
AK148_01688	213			hypothetical protein	ATGGGTGAACAATCGCAATTTCGTGCAGGAGATAAGGCGCCAAACAATGGTGTTTACATTGAATGCGGAGAAACGGGTAGCAATGTAAATGACCCACAGCAAATTCAATTAACAGCTGGGGAAAAATTTCCTGAAAATACAAATCATGATCGTGTTTGGATCAATAAACGACATCTATCCAAACCTGGTGTTCAAGGACGTAGCAATAATTAG	MGEQSQFRAGDKAPNNGVYIECGETGSNVNDPQQIQLTAGEKFPENTNHDRVWINKRHLSKPGVQGRSNN				NA	NA	NA	NA	NA
AK148_01689	771	occP		Octopine permease ATP-binding protein P	ATGATAGAACCTATCGTCTCATTTCATGACGTACACAAATCCTTCGGGGATGTTAAAGTTTTAAAAGGAATCGATTTAGACATTCGACCAGCAGAAAAAGTAGCCATTATTGGTCCTAGTGGTTCAGGTAAAACGACGATCATTCGGATGCTTATGACGTTGGAAGAGCCTACATCTGGAGATATCATCGTAAATGGTACGAATCTGTGGAAAATGGAGAAAAAAGGGAAGCTTGTACGAGCTAATGAAAAGCATCTACGGGCAGTACGCGGTGATATTGGAATGGTATTTCAACATTTCAATTTGTTTCCTCATATGACGATCTTGGAAAACTGCATGACAGCTCCACTACATGTAAAAAAAGAAGGGAAAGAAGCAGTGAAGCAACGCTCCCTTGAAATGTTGGAGCGCGTTGGTCTAAGCGATAAAGTCGATCAATACCCGAGCCAACTATCTGGTGGACAAAAACAGCGGGTAGCGATGGCACGAGCACTTGTTATGCGTCCAAAAATCATGTTATTTGATGAGGTCACTTCCGCGCTCGACCCAGAATTAGTAGCCGAAGTACTACAAGTTATCCGTGATATCGCTAAAAACGATGATATGGCGATGGTTCTCGTGACACACGAAATGGATTTCGCTTTGGATATTGCCGATAAGGTGCTGTTCTTAGATGAAGGTGTGATCGCAGAACAAGGAACTGCTAGAGAAGTTATAGAGCATTCTAATAACGAACGCTTACAGGAATTTTTACATCGCTTTCGAGCGTAG	MIEPIVSFHDVHKSFGDVKVLKGIDLDIRPAEKVAIIGPSGSGKTTIIRMLMTLEEPTSGDIIVNGTNLWKMEKKGKLVRANEKHLRAVRGDIGMVFQHFNLFPHMTILENCMTAPLHVKKEGKEAVKQRSLEMLERVGLSDKVDQYPSQLSGGQKQRVAMARALVMRPKIMLFDEVTSALDPELVAEVLQVIRDIAKNDDMAMVLVTHEMDFALDIADKVLFLDEGVIAEQGTAREVIEHSNNERLQEFLHRFRA	PGPT0020790_2303	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
AK148_01690	711	yxeN		putative amino-acid permease protein YxeN	ATGAGTAATTGGAGTTGGGAAGTAGTTGCAGAAGCATTCCCCAAAATCATCGATGGTCTTGGAATTACCCTCGGCTTAACGTTAGCTTGTTATGGATTTGCACTTGCATTTGGATTTATATGGCTATTTATGAGAAAGATTCCGATCAGGCCGCTTCGTTGGCTGATTACATGGGTGATGGAATTTATTCGTTCTACCCCACCTTTAGTCCAGCTATTTTTTATTTATTTCGCATGGCCAATGGTTCCCATTATAGGTTTCACCTTAAACGGATTTACGAGTGCCATACTCGGCTTAGGAATCCATTTTAGCACCTATATTGCAGAAGTATACCGCTCTGGAATAGAAGGTGTAGGGAAAGGACAATGGGAAGCTGCAAAAGCGTTAAATTTTTCTAAGCGGCAAAAGTGGACAAAAATTATTTTACCACAAGCAATACCGCCAACCATCCCAATGCTTGGAAATTATTTCATTATTATGTTTAAAGAGGTTCCATTAGCATCAACGATTGGTGTTGCAGGTATTTTGCATATTGCGAATAGCTATGGAGCAGAAAACTGGACCTATCTAGAACCCTTAACCATTGTGGCCATTCTTTTCTTAGCTTTGAGCTACCCATCTGCTATAATCATAAATAGACTAGAAAAGAAATGGAACCGACGCTTTGATAAAAAAGAAGCTTTGACGAGAAGTAAAGGAGCGACAGCATAA	MSNWSWEVVAEAFPKIIDGLGITLGLTLACYGFALAFGFIWLFMRKIPIRPLRWLITWVMEFIRSTPPLVQLFFIYFAWPMVPIIGFTLNGFTSAILGLGIHFSTYIAEVYRSGIEGVGKGQWEAAKALNFSKRQKWTKIILPQAIPPTIPMLGNYFIIMFKEVPLASTIGVAGILHIANSYGAENWTYLEPLTIVAILFLALSYPSAIIINRLEKKWNRRFDKKEALTRSKGATA	PGPT0020795_5416	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
AK148_01691	672	yecS_1	COG0765	L-cystine transport system permease protein YecS	GTGGTACAAATTAATACAATCATCGAGATTTTCCCTGATTTAGCAAAAGGACTAACAATTACCATTACCGTTTTAATTGGTGCAGCATTTTTTGGTTATTTATTTGCGTTTATTGCTGGACTATGCCGAATGTCCTCCAATGTCTTCCTCCGTAAATTCACAGGGTTTTATGTAGAGATATTTCGAGGGACTTCGCTAATCGTTCAATTATTTTGGCTTTATTACGCGATTCCGATGCTATTTGGTATTGAGCTAGGAAGCAATTGGTGGGCAGGCGTCATTGCAATTGCCTTAAACTACGGGGCATACATGTCTGAAATTGTCCGTGGATCTATTCTTGCAGTTGCAAACGGGCAGTCTGAAGCAACAACTGCTTTAAATATGTCACGTTTTCAACGAATGCGATTGGTCATCTTCCCACAAGCAATTCGCATGATGCTTCCTGAATTCGGGAATTACTCCATTCAAATGTTGAAAGCCACTTCCCTCGTATCCCTCATTGGTATGGAAGATATTCTTTATCATGGAAATATTATTCGTAGCACAAATTTATCACAAGCACCTACCGTCTACTTGCTTGTCTTACTATTCTACTTTATTTTAGCGCTACCGCTTATCTTTTTAACTCGTAAGATGGAGGCGTTCTCAAAAAAGGGGGTGGCTAGCGGATGA	MVQINTIIEIFPDLAKGLTITITVLIGAAFFGYLFAFIAGLCRMSSNVFLRKFTGFYVEIFRGTSLIVQLFWLYYAIPMLFGIELGSNWWAGVIAIALNYGAYMSEIVRGSILAVANGQSEATTALNMSRFQRMRLVIFPQAIRMMLPEFGNYSIQMLKATSLVSLIGMEDILYHGNIIRSTNLSQAPTVYLLVLLFYFILALPLIFLTRKMEAFSKKGVASG	PGPT0020795_7544	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
AK148_01692	876	artP_1	COG0834	Arginine-binding extracellular protein ArtP	ATGAAAAGAATTTTACTTACATTTGTTTTAGGATGCCTATTTGTGCTCACTGCTTGCGGATCAGGGGAAGGGGACAGTGAAGCAAATGGAAACAAATTAGATGAACTAAAAGAATCTGGAAAAGTTACTATCGGTTTTGCCAATGAAAAACCATATGCTTACGAAGAAGATGGTAAACTCAAAGGCGCCGCGGTTGATATTGCTAAAGCTGTCTTCAAGGAATTAGGAATTGAAGAAATGGACAGTAAGCTAGCGGATTTCGGGCAATTAATTCCTGGCTTAAAAGCAGGGCAGTTTGACGTTATAACAGCAGGAATGGCAATTAATCCTGATCGTTGTGAAAATGCTGCTTTTGGTGAACCAGAAATGATGTATGGTGAAGGGTTAATTGTACAAAAAGGGAACCCGTTAAATTTAAAAAGCTATAAAGATATCGCGGACAATCCAGATGTTACTGTTTCTGTCATGTCCGGTGCTACAGAAAATGAATTTTTAAAATCAGAAGGTGTAAGTGAAGAGCAAATTACGAATGCAGAAGATATTCCCGCGACTTTTTCAGCAGTAGAATCTGGTCGAGCAGATGCGACAACTGGAACAGAAATGACCATTAAAATGGCTCTTGAATCCGCTAACTCTGATCAGCTTGAATTCGTGGAAGGTTTTGAACAACCAGATGTAGAGGGTGTTCCAAGCTATGGAGCTGCTGCTTTTCATCTCGATAATACAGAATTACGCGATGCTTATAATGAAAAGCTAGCTGAATTAAAAGCAGATGGTACTGTAGCGGAATTGCTAGAGGCGAATGGTTTTAGTGAAGAAAATAATATGGTAGCCGACGATATTACAACAGAAAAAATCTGTAGCGGAGAAATGTAA	MKRILLTFVLGCLFVLTACGSGEGDSEANGNKLDELKESGKVTIGFANEKPYAYEEDGKLKGAAVDIAKAVFKELGIEEMDSKLADFGQLIPGLKAGQFDVITAGMAINPDRCENAAFGEPEMMYGEGLIVQKGNPLNLKSYKDIADNPDVTVSVMSGATENEFLKSEGVSEEQITNAEDIPATFSAVESGRADATTGTEMTIKMALESANSDQLEFVEGFEQPDVEGVPSYGAAAFHLDNTELRDAYNEKLAELKADGTVAELLEANGFSEENNMVADDITTEKICSGEM	PGPT0020800_3762	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
AK148_01693	918	panE_1	COG1893	2-dehydropantoate 2-reductase	ATGCATATCGTTGTTTTAGGTGCTGGTGCATTGGGAGCTTATTTTGGGTTGCGTTTTCAAGAGGCAGGTGCAAAGGTGACGTTTTTAGTGCGACAAAAAAGAGCTAACCAACTGGAGAAGTATGGGTTAGCTATGCAAAGTCCGCACGGGAATATATTTGCTAAGGAATTAAATTGGGAAACAGATCCATCCGTTATTCCAAGCGCTGATGCCATTTTAGTAAGTGTAAAAGGATACCATCTCCGTGGCGCATTAGATCAGCTGCGCCCGCTTGTAAATAAAGGGGCTTATGTTTTGCCGGTCTTGAATGGGATTGAACATATCTCTATTTTGCAACGGGAACTTGGCAAAGATAGCGTACTCGGCGGATTAGCTTTTATTATTGCTACATTAAATGATAAAGGTCATGTCGTTCATACTGGTGATTTTCACGATCTGATCTTTGGAGCGCTCGGTGCAAAACAAGAAAAAGTAATCGCAAACTTAGAAGCGTTGTGTGATAAAGCGATTGTAAGAGGAAAACAAACCAATAATATTTTGTATGAATTATGGAAAAAGTATATGTTTATTAACGCTTTCTCTGGTATTACAACAGCGACGAACTTACCAATAGGAGTGGTTCGAAAGCATGAAGAAACTTTCCAAATCGCTATACATCTATTAGAAGAAATGAAACATGTAGCCATGAAGTATGGTGTTGAAATCACAGATCAAGATGTGACAGAAGCAATAAAGTTAATGCAGCAACTTGATGCTGATGCTACTTCGTCTATGCACCAAGATTTACGGAAAGAGTTACCGCTTGAACTCGATCATTTACATGGTGGCGCCATTCGTTTAGCAAAAGCGAAGCAATTGGAGCTTACATATATGAAAGTTATTCATGGTATCATTAAACCGTTTGAAAATAGGACGTAA	MHIVVLGAGALGAYFGLRFQEAGAKVTFLVRQKRANQLEKYGLAMQSPHGNIFAKELNWETDPSVIPSADAILVSVKGYHLRGALDQLRPLVNKGAYVLPVLNGIEHISILQRELGKDSVLGGLAFIIATLNDKGHVVHTGDFHDLIFGALGAKQEKVIANLEALCDKAIVRGKQTNNILYELWKKYMFINAFSGITTATNLPIGVVRKHEETFQIAIHLLEEMKHVAMKYGVEITDQDVTEAIKLMQQLDADATSSMHQDLRKELPLELDHLHGGAIRLAKAKQLELTYMKVIHGIIKPFENRT	PGPT0008745_3743	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
AK148_01694	156			hypothetical protein	ATGTCAACGATAATGATTGTAAGTACGATATCTTTCGTAGTAGTTATTCTCGTACTTGTTTTATCTTTAATCACCATAAAAAAAGGGTACGCATATAAACATCAAATCGACCCTTTGCCTGAAGAAGGCAATGACAACAATGAGAAAGGCACTTAA	MSTIMIVSTISFVVVILVLVLSLITIKKGYAYKHQIDPLPEEGNDNNEKGT				NA	NA	NA	NA	NA
AK148_01695	981	iolU	COG0673	scyllo-inositol 2-dehydrogenase (NADP(+)) IolU	ATGAAATTTTGTACCATTGGCACAAGTTGGATTACAGAAGCATTTATTGAAGCAGCCCACCGTAGTGGGAAAGCGCAGTTAGTGGCCGTCTACTCAAGGAAATGGGAATCTGCACAAGCGTTTGCTAATAAATATGGAGAAGTTCGTGCATTTACAAATATTCAGGAAATGCTGGCAGATGATAACAGTGATTTTGTTTATATAGCATCTCCGAATATTTTGCATCCGGATCATATTAAACTAGCCATACATAGCGGAAAGCATGTATTTTGTGAAAAGCCGATGGTGTTTACCGATAAGCAGTGGAAAGAAATTGCTCAACTATCTAAAGAACATCAAGTATTTGTGTTTGAAGGATTTCGTCACTTGTTTTCACCGAATTACGAGCGTCTAAAAGAAGCATTAACAAGCATAGGCACCATCCGTAGCGCAATGCTCCAATATATGCAATATTCATCTCGGTATGATAAGTATAAAGACGGAGCAGAACCGAATGTATTCTCGCAACAATTTGCAGGAGGGGCGTTAATGGATTTGGGCGTTTACCCGTTAAGCATGGCTGTTGACTTATTCGGTAAACCTATAAATGCAACATACCACCCTGTTTTACTAGAAAATGGCATTGATGGAAGTGGAACGATGGTCCTTACATATGAAGGGTTTGTCGTAACTTTATTAACTTCTAAGATAACGAATGCATTTATGAAATCCGAAATACATGGCGAAGAAGGTACACTGATGATAGATGCTATTGCACCGATATCTCAAATACAGTTTTATGATAGGAAAACAGCGCGTGTCAGCGAACTGGCAAACGAGCAATATGATGCAGATATGATATTTGAAGTGGAAGCATTTGTGAGAATGGTGACAAATAATGATTGGGATTCGCATGACGCCTTTTTAGAAAGAAGCAGAACTGTCGCACAATTAACAACAAAAATGAGACAGGAAAATGGCATCCATTTTCCTGATGAATAA	MKFCTIGTSWITEAFIEAAHRSGKAQLVAVYSRKWESAQAFANKYGEVRAFTNIQEMLADDNSDFVYIASPNILHPDHIKLAIHSGKHVFCEKPMVFTDKQWKEIAQLSKEHQVFVFEGFRHLFSPNYERLKEALTSIGTIRSAMLQYMQYSSRYDKYKDGAEPNVFSQQFAGGALMDLGVYPLSMAVDLFGKPINATYHPVLLENGIDGSGTMVLTYEGFVVTLLTSKITNAFMKSEIHGEEGTLMIDAIAPISQIQFYDRKTARVSELANEQYDADMIFEVEAFVRMVTNNDWDSHDAFLERSRTVAQLTTKMRQENGIHFPDE				NA	NA	NA	NA	NA
AK148_01696	816			hypothetical protein	TTGCGGAGCGAGCGAATATCGACGAACAGGAGCGAACTTCTCGCGAGGCCGAGCGAGTTACGACGCGCAGGAGCGAATCTCACGCGAGGCCGAGCGATTTGGCGACGAACAGGAGCGAACTTTTCGCGAGGGCAAGCGAATTTACGACGCACAGGAGCGAACTTTTCGCGAGGGCGAGCGAATTTACGACGAGCAGGAGCGAATCTCACGCGAGGCCGAGCGATTTGGCGACGAGCAGGAGCGAATCTCACGCGAGGCCGAGCGAATTTACGACGAGCAGGAGCGAACTTCTCGCGAGAGCGAGCGAGTTATGACGAGCAGGAGCGAACTTCTCGCGAGAGCGAGCGAGTTATGACGAGCAGGAGCGAACTTCTCGCGAGGGCGAGCGATTTGGCGACGAGCAGGAGCGAATCTCACGCGAGAGCGAGCGATTTTGCGACGAGCAGGAGCGATTCACGTGCGGAGCGAGCGAATTTACGACGAGCAGGAGCGAACTTCACGCGAGAGCGAGCGAGTTACGACGCGCAGGAGCGATTCACGTGCGACAAACGAGAGCGAGTTTCTATCGAACAAGAATGGCTCTCCGATATCAATAGTAAAGGTCGCATTCTTGTGCGACCTTTACTATTGATCCTTATTCATCAGGAAAATGGATGCCATTTTCCTGTCTCATTTTTGTTGTTAATTGTGCGACAGTTCTGCTTCTTTCTAAAAAGGCGTCATGCGAATCCCAATCATTATTTGTCACCATTCTCACAAATGCTTCCACTTCAAATATCATATCTGCATCATATTGCTCGTTTGCCAGTTCGCTGA	MRSERISTNRSELLARPSELRRAGANLTRGRAIWRRTGANFSRGQANLRRTGANFSRGRANLRRAGANLTRGRAIWRRAGANLTRGRANLRRAGANFSRERASYDEQERTSRESERVMTSRSELLARASDLATSRSESHARASDFATSRSDSRAERANLRRAGANFTRERASYDAQERFTCDKRERVSIEQEWLSDINSKGRILVRPLLLILIHQENGCHFPVSFLLLIVRQFCFFLKRRHANPNHYLSPFSQMLPLQISYLHHIARLPVR				NA	NA	NA	NA	NA
AK148_01697	549	cwlK		Peptidoglycan L-alanyl-D-glutamate endopeptidase CwlK	ATGAAGAGAATTCAACGAACATTATTACCATGGCTTATTATTTTAATCGGACTCCTTATTTTGTTTGTCATATACAATCAAAAGCAAACCGCTGATATAGATAAAGAAATGCCTACTCAGCTTCATCCAGTGGTTCAAGAAAAAAAAGAGGCATTCATAAATAAGGCAGCCTCTAGAAATATAGAGGTTGTCATAACAGATGGTTTACGTACCATACAACAACAAAATGAATTATATGACCAAGGAAGAGAGACAGAAGGAAGAACGGTCACCAACGCAAAAGGTGGACAATCCTACCATAATTATGGATTAGCAATCGATTATGCACTAAGAAGTGAGACTGGAGAAGTTATTTGGAACATTGATTATGACGGAAACGGCAACGGCAAATCCGATTGGTTTGAAGCTGCTTCTATTGCCAAAGAGCTCGGCTTTGAATGGGGCGGAGACTGGAAAAGATTTAAAGACTATCCCCATTTGCAAATGACATTTGGATTAAGCATTAATCAATTACAACGTGGAATTCGCCCAGAAAAAGAACGCGAGTGA	MKRIQRTLLPWLIILIGLLILFVIYNQKQTADIDKEMPTQLHPVVQEKKEAFINKAASRNIEVVITDGLRTIQQQNELYDQGRETEGRTVTNAKGGQSYHNYGLAIDYALRSETGEVIWNIDYDGNGNGKSDWFEAASIAKELGFEWGGDWKRFKDYPHLQMTFGLSINQLQRGIRPEKERE	PGPT0024025_469	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_LD-ENDOPEPTIDASE_ACTIVITY,PGPT0024025-cwlK-K17733	NA	NA
AK148_01698	618	plsY_3	COG0344	Glycerol-3-phosphate acyltransferase	ATGGTTACGGCACTAGTTGCTATGATTGGTTACTTCATAGGCTGCATACACGGTTCACAATTTATTAGTTTATATAAACGTGTAGATATTAAGAATTCAGGTGTTAAAAATGCTGGAGCCTCAAATACGACGATTTTATTGGGCTGGAAGTATGGGATATTTGTCGCCCTCTTTGATATTTTAAAAGGTACTTTTGCCATTTTTGTTGTATTATATCTCTTAGATGCGCATGGTATAAGCGGAGATGAACGAATACTGCTTATATATGTTACGGCATTATTTGTCATCTTAGGACATAATTATCCGATTACGATGAAATTTAGTGGTGGTAAAGGAACTGCTTCGCTCGTTGGTATCTTACTCGCTGTCGATTGGAGGGTCGCTGTAATCGGTATTGGACTATTACTTGTTATTACAATTGCTACCGATTATTTAGTAATGGGTGTTCTTGTTATGTATCTTTCTTTCTTGTTGACGACGTATATATTTTTCGGCGTAGAACCAACTTTAATTGTTATTTTTTTATCTATTTTAAGTATCATGAAACATATGGAGAACTTTCGACGTATAGTAACAAAGCAGGAGACGAAGCTATCAAGTATGTTTCGTAAAAACTAG	MVTALVAMIGYFIGCIHGSQFISLYKRVDIKNSGVKNAGASNTTILLGWKYGIFVALFDILKGTFAIFVVLYLLDAHGISGDERILLIYVTALFVILGHNYPITMKFSGGKGTASLVGILLAVDWRVAVIGIGLLLVITIATDYLVMGVLVMYLSFLLTTYIFFGVEPTLIVIFLSILSIMKHMENFRRIVTKQETKLSSMFRKN	PGPT0024375_1875	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024375-plsY-K08591	NA	NA
AK148_01699	483			hypothetical protein	TTGGAGATCGTTATTTGGATTTTAATTATTGCTTTATTTGTTTTAAGCTTTGCAGGGATTATATTCCCAATTATTCCGTCTGTGTTTGTGCTTTGGGGCGGTTTCCTTTTGTATCAGTTTGCTCTCAACCCCAATGAATTAACACTTTCTTTTTGGATTGGAATGGGTATTATTACAGCACTATTAGTCGGCGCTGATATTATTGCAAATAGTTATTTTGTCAAAAAGTATGGCGGAAGCAAGTGGGGAGAACGTGGTGCCGCTGTTGCTGTTATTGTTGGTTCCTTTATTATCCCACCGTTTGGAATTCTTATTGTGCCGTTTTTAACCGTTTTTATTATCGAGTTATTACAGCAACGGACTGTACTGGAAGCGTTCCGTGCTTCAGTCGGTTCCTTAATCGGATTTCTAGGTGGGGCAGTTGCTAAAATTGTACTTCAATTTGTTATGATTGTGTGGTTCTTTGTGGTAATTATCTTTTAA	MEIVIWILIIALFVLSFAGIIFPIIPSVFVLWGGFLLYQFALNPNELTLSFWIGMGIITALLVGADIIANSYFVKKYGGSKWGERGAAVAVIVGSFIIPPFGILIVPFLTVFIIELLQQRTVLEAFRASVGSLIGFLGGAVAKIVLQFVMIVWFFVVIIF				NA	NA	NA	NA	NA
AK148_01700	549	pncA	COG1335	Nicotinamidase/pyrazinamidase	ATGAAAAAGGCGCTTTTAAATGTAGATTATACGATTGATTTTGTAGCAGAAGATGGAAAATTAACGTGTGGCATACCTGGACAAGCTATTGAAGACAAAGTGGTTTCTTTAACGAAACAATTTATTGAAAATGGCGATTATGTTGTGTTTGCCATTGATGCACATGAAGAAGGGGACGCTTTTCATCCTGAAGCAAACTTATTTCCACCACATAATATCATCGGTACAGCAGGGAAAGCATTATATGGAAAGCTTGCTACCCTTTATAATGAGTACCAGAATAAGGATAATGTATATTATACTAATAAAACAAGATATAGTGCTTTTGCTGGCACTGATTTAGAATTGAAACTACGTGAGCGTGGTATTCAAGAAGTGCATATTGTTGGTGTCTGTACAGACATTTGCGTATTACATACGGCGATCGACGCCTATAATAAGGGCTTTGCCATTGTTGTTCATCAGGATGCCGTTGCCAGTTTTAATCAAGCAGGACATGAATGGGCACTTGGACACTTCAAAAATGCGTTGGGGGCAAAGGTTGTTTAG	MKKALLNVDYTIDFVAEDGKLTCGIPGQAIEDKVVSLTKQFIENGDYVVFAIDAHEEGDAFHPEANLFPPHNIIGTAGKALYGKLATLYNEYQNKDNVYYTNKTRYSAFAGTDLELKLRERGIQEVHIVGVCTDICVLHTAIDAYNKGFAIVVHQDAVASFNQAGHEWALGHFKNALGAKVV	PGPT0013470_2371	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013470-pncA-K08281	NA	NA
AK148_01702	1440	proS	COG0442	Proline--tRNA ligase	TTGGGTAAAAAAAATAAGCAATTTGTAGAAAAAATAACCGCCATGGAAGAGGATTTTGCGCAATGGTATACCGATGTTGTCAAGCAAGCTGAATTGGTCGATTATGGCCAAGTTCGTGGAACAATGATCATTCGCCCATATGGTTTTGCCATTTGGGAAAATATTCGCGATGTATTAGATAAAAAATTTAAAGAAACTGGTCATACGAATGTGGCCTTTCCATTATTCATTCCAGAAAGCCTATTACAAAAGGAAAAAGATCATGTGGAAGGCTTTGCACCTGAAGTTGCTTGGGTTACGCACGGTGGAGATGAAGAATTAGTAGAGCGTCTTGCGGTACGTCCAACGTCAGAAGTGTTGTTCTGTGATTATTATTCGAAAAACATTCACTCCTATCGTGATTTGCCAAAGCTGTACAATCAGTGGGGGAATGTTGTCCGTTGGGAAAAAACAACCCGTCCTTTCTTACGTTCTTCCGAGTTTCATTGGCAAGAAGGGCACACAGCACATGCGACAGATGAAGAAGCATCGGAAGAAACAGAGCGGATGCTAGGAATTTATGCGGATGTTGTGGAAAAATATTTAGCGATCCCAGTCCTTAAAGGGAAGAAAACAGATAAAGAAAAATTTGCAGGTGCTAAATACACACTGACGATTGAAAGCTTAATGCATGACGGAAAAGCATTGCAATCAGGGACTTCCCACCATTTCGGGTCAGGCTTTGCTGAAGCTTTCGACATTACGTATTTAGATGAAAATGGAGACAGTCAATATGTTCATCAAACTTCTTGGGGATTATCCACTCGAATCATGGGTGCATTAATCATGGTTCATGGTGATAACCGCGGTTTAGTAATACCACCACGCATTGCTCCAACACAAGCGATGATCGTACCAATCGCCCAGCATAAGGAAGGCGTATTGGATAAAGCATATGATCTTCGTGACCAATTAAAAGGTATTGTGCGCGTAGACATTGATGCTAGTGATAAAATGCCTGGATGGAAATTTAATGAGTATGAAATGAAAGGTATACCAGTTCGGATTGAAATGGGGCCCAAGGATATCGAGAAAGAACAGGTAGTCCTTGTACGACGTGATACAGGTGAAAAAGAATTTGTTCCATTGGCTGTATTACCAACTCGTTTACCTGCACTACTTGATGAAGTACAAGCGAATTTATATCAACGAGCAGAAGATCATTTGCATGAAAAAACAAATACCGCAACGAACATGGATGAGTTTGCAGCTGTTTTAGAAGAACAAGCTGGATTCATTAAAGCAATGTGGTGCGGCGATGTAGCATGTGAGGAAAAAATTAAAGAAGAAACATTAGCAACTTCTCGTTGTATTCCATTTGAACAAGAAAAAGTAGCAGATACATGCGTATGCTGTGGAAAAGAAGCGAAAGAGTTAGTGTATTGGGCTAAAGCATATTAA	MGKKNKQFVEKITAMEEDFAQWYTDVVKQAELVDYGQVRGTMIIRPYGFAIWENIRDVLDKKFKETGHTNVAFPLFIPESLLQKEKDHVEGFAPEVAWVTHGGDEELVERLAVRPTSEVLFCDYYSKNIHSYRDLPKLYNQWGNVVRWEKTTRPFLRSSEFHWQEGHTAHATDEEASEETERMLGIYADVVEKYLAIPVLKGKKTDKEKFAGAKYTLTIESLMHDGKALQSGTSHHFGSGFAEAFDITYLDENGDSQYVHQTSWGLSTRIMGALIMVHGDNRGLVIPPRIAPTQAMIVPIAQHKEGVLDKAYDLRDQLKGIVRVDIDASDKMPGWKFNEYEMKGIPVRIEMGPKDIEKEQVVLVRRDTGEKEFVPLAVLPTRLPALLDEVQANLYQRAEDHLHEKTNTATNMDEFAAVLEEQAGFIKAMWCGDVACEEKIKEETLATSRCIPFEQEKVADTCVCCGKEAKELVYWAKAY				NA	NA	NA	NA	NA
AK148_01703	1161	abgB_1	COG1473	p-aminobenzoyl-glutamate hydrolase subunit B	ATGAAGTCGTTAAAAGAAACAATACAAGATATCCATGGTGAGTTATGCCATATTAGTGACTATTTATATCACCATCCAGAGTTAGGCGATCAAGAGTATCAATCGATGCAATTATTAACGAAATTACTTGAGGAGCATCAGTTTGATGTAGAAACAGATGTAGCTGGGAGAAACACTGCATTTAAAGCTACATTTGATAGTGGAAAACCTGGCCCTACTATTGCGTACCTAGCTGAATACGATGCACTTCCCGGAGTTGGACATGGTTGTGGTCATAATATCATTGGCACGATGAGTGTTGGAGCGGGGATTATTTTAAGTACACAAGTAGCAGAAGCTGGGGGGAGTGTCGTTGTTTTAGGCACACCAGCAGAAGAAACGAATGGTGCTAAAGTGCCAATGAGTGAACAAGGTTTTTTTGATTCCATTGATGTTGCAATGATGGTTCACCCTGGCGATCAATCGTATGAAAGCGGAGAGGCACTTGCAATGGACGCGATTCAATTTTCCTACTTCGGTAAAACGTCTCATGCAGCTGCTGCACCAGAAAAGGGAATTAATGCACTGGATAGCGTCATTCAGCTGTTTAATGGGATTAACGCATTGCGCGAGCATCTTCCAATAGATGTACGTATTCATGGCATTATAGCAGACGGTGGTGAGGCAGCTAATGTAGTCCCCGATAAAGCAGTGGCACAATTTTATGTGCGAGCAAAAGAACGAAAGGAATTAGATGTAATAGTAGAAAAAGTACAACACATTGCTGAAGGTGCGGCACTAATGACAGGTGCTAGATTAGAAGTTTCTAATTATGAATTAAGCTACGACAATATGATAACCAATCAGGCTCTATCCAAAGCCTTTACAAAACATTTAGAGAAAATTACCGCTCAGCCTGTTTTTCCTGCAAAAGAAGGCTATGGATCAATAGATATGGGAAATGTAAGCCATGTGGTGCCAGCGATTCATCCATATATTGGCTTTGATATGCCTGGTTTAACGGCACATACACAAGCGTTTGCAGATATGACAATTACAGATAAAGGGCATCAAATGATTGCTGATGGAGCACTGGCTCTAGCACAGACCGGTTTTGAAGTAATTACAGACGCAAAACTTTTAGCGGAAATTCAACAAGAATTTCGCAAAACCAAGTGTTAA	MKSLKETIQDIHGELCHISDYLYHHPELGDQEYQSMQLLTKLLEEHQFDVETDVAGRNTAFKATFDSGKPGPTIAYLAEYDALPGVGHGCGHNIIGTMSVGAGIILSTQVAEAGGSVVVLGTPAEETNGAKVPMSEQGFFDSIDVAMMVHPGDQSYESGEALAMDAIQFSYFGKTSHAAAAPEKGINALDSVIQLFNGINALREHLPIDVRIHGIIADGGEAANVVPDKAVAQFYVRAKERKELDVIVEKVQHIAEGAALMTGARLEVSNYELSYDNMITNQALSKAFTKHLEKITAQPVFPAKEGYGSIDMGNVSHVVPAIHPYIGFDMPGLTAHTQAFADMTITDKGHQMIADGALALAQTGFEVITDAKLLAEIQQEFRKTKC				NA	NA	NA	NA	NA
AK148_01704	777	artP_2	COG0834	Arginine-binding extracellular protein ArtP	ATGAAACATAAAATGATCCTAGTAGTTTTTGTCGTTCTCTTAACTGGAATAATTACAGCTTGTGGAAGCAGCGATGATAAAGCATCTGGAGAAGCAGAAAAAGAGAAAAAGGTTCTAAAAATGGCAACATCAGCAGACTTTCCTCCATTTGAAACGCGTGATCCAGAGGGGAATTTCGAAGGATTTGACATTGAATTAGGACAAATGATAGCGGAAGAATTAGGTTATGAATTAGAAATAGAAGATATGCAATTTGACGGGTTAATTGGAGCGTTACAAGCAGATCGAGTGGATATGGTAATGTCTGGAATGAGTGCAACCGAGGAACGGAAAAAGAATGTCGATTTTTCAACAGAATACCATCGTTCAGGCGAAAGCTTTTTAACAACGAAAGACTCTGAAATTGAAACAATTGATGATTTAAAAGGAAAAACAGTCGGTGTACAGCTCGGAACGATTCAAGAGGAAGGAGCAAAAAAACTAGCAAAAGAATATGGATTTGAAGTGAAAGCAGTAGATAAAGCTGGACTTCTCCCTCAAGAATTAAACGCTAATCGGATTGATGTCGGTTATATGGATAAAACTGTTGCAGCTGGTTATGTAAAAGAACAAGATTTAAAGTTTTTTGATGATCCAACAGAGAGTTCTCCAGGGATGGGAATTGCTTTTCCAAAGGGAAGTGAATTGGTAGAAAAAGTAAATGATGTACTAGCCAAATTTGAAGAAAATGGGGAAATTCAAAAGCTAGAAGATAAGTGGTTGAAAGAATTGCAATAG	MKHKMILVVFVVLLTGIITACGSSDDKASGEAEKEKKVLKMATSADFPPFETRDPEGNFEGFDIELGQMIAEELGYELEIEDMQFDGLIGALQADRVDMVMSGMSATEERKKNVDFSTEYHRSGESFLTTKDSEIETIDDLKGKTVGVQLGTIQEEGAKKLAKEYGFEVKAVDKAGLLPQELNANRIDVGYMDKTVAAGYVKEQDLKFFDDPTESSPGMGIAFPKGSELVEKVNDVLAKFEENGEIQKLEDKWLKELQ	PGPT0020560_578	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020560-artP|artI-K23059	NA	NA
AK148_01705	660	artQ	COG0765	Arginine transport system permease protein ArtQ	ATGAATTTGGATTTCAGCCAAATCGTGCCTTACATTCCTTTTATATTAGAAGGAATTGGGGCAACATTAAAATTCGTTAGTGTATCTATAGTCATTGGATTTATTTTAGGTACATTACTAGCTTTATGTAAAGTAACAAAAGTTCCTGTGTTAAAACCTTTTGCAGATGCGTATACGTCCATCTTTCGTGGCACACCACTCATTTTACAATTAATGATTATTTATTATGCTGTTCCACAGTTAACAGGCTATGATATATCCGCATTTATCTCTGCCGTATTAGCATTTGGTCTCAATTCAGCTGCTTATATTTCTGAAATCATTCGTGGTGGTATTCAAGCAGTGGAAAAAGGGCAAACTGAAGCAGCAGAGGCGTTGGGAATTCCTTATCGTCCGATGATGGCACATATCATTTTGCCACAAGCATTTAAAAATATATTGCCAGCGATGATGAATGAATTTATTACATTAACAAAAGAATCCGCCCTCGTATCTACAATCGGTTATTTAGATTTAATGCGCCGTGCGCAAGTGGTTGGTTCAGACTTATATCGCAATTTTGAACCATTATTATTCGCAGGCTTAATCTACTGGGTGATGGTCTTTATTCTTACACAATTTGGTAGATTACTAGAACGGAGGCTTCGTCAAAGTGATTAA	MNLDFSQIVPYIPFILEGIGATLKFVSVSIVIGFILGTLLALCKVTKVPVLKPFADAYTSIFRGTPLILQLMIIYYAVPQLTGYDISAFISAVLAFGLNSAAYISEIIRGGIQAVEKGQTEAAEALGIPYRPMMAHIILPQAFKNILPAMMNEFITLTKESALVSTIGYLDLMRRAQVVGSDLYRNFEPLLFAGLIYWVMVFILTQFGRLLERRLRQSD	PGPT0020550_511	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020550-artQ-K17077	NA	NA
AK148_01706	723	artM	COG1126	Arginine transport ATP-binding protein ArtM	GTGATTAAAACGGAAAATATAACGAAAAAATTTGGCAAACAAACCGTATTAAAAAATATATCGACAACGATTCAGCACGGAGAAGTTGTCGCTGTCATTGGCCCGTCTGGATCTGGTAAATCGACATTTTTACGTTGCTTAAACTTATTGGAACTCCCAACGGAAGGAAAGATTTGGCTTAACAAGCAAGAAATTACCGATCCAAAGCAAAATAAATTAGCTGTCCGAAAGCATATCGGTATGGTGTTTCAACATTTTCATTTATTCCCACACATGACAGTATTAGATAATGTGGCTTATGCACCACAAAAAGTAAAAGGAATATCCAAGCAAGAAGCTTATCAAATAGCAAAAAACCTATTAGCAAAAGTAGGCTTAACGGATAAAGAAGAAGCCTACCCGAATCGCTTATCTGGTGGACAAAAGCAGCGTGTAGCCATCGCTAGGGCACTTGCTATGGAACCAGAAATAATGCTCTTTGATGAACCTACGTCAGCGCTTGATCCAGAGATGGTGAAGGAAGTACTCGATGTGATGAAAGATTTAGCAAATACTGGTATGACCATGGTTGTTGTCACACATGAAATGAATTTTGCAAAAGAGGTTGCCGATCGTATTCTGTTTTTAGACCAAGGAAAGCTGATTGAAGAAGCAGATCCTTCTACTTTTTTTCAAGCACCTGCAACAGAACGAGCAAAAGATTTTTTGGATAAAGTTTTATAA	MIKTENITKKFGKQTVLKNISTTIQHGEVVAVIGPSGSGKSTFLRCLNLLELPTEGKIWLNKQEITDPKQNKLAVRKHIGMVFQHFHLFPHMTVLDNVAYAPQKVKGISKQEAYQIAKNLLAKVGLTDKEEAYPNRLSGGQKQRVAIARALAMEPEIMLFDEPTSALDPEMVKEVLDVMKDLANTGMTMVVVTHEMNFAKEVADRILFLDQGKLIEEADPSTFFQAPATERAKDFLDKVL	PGPT0020555_346	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020555-artR|artM-K23060	NA	NA
AK148_01707	480	bsaA		Glutathione peroxidase BsaA	ATGTCTATATACGATTTCGATGTAAAAACGATAGATGGGAAAGAGAAGTCGTTAGCTAATTATAAAGGGAATGTTCTGCTTATCGTAAATACAGCAAGCAAATGTGGTTTTACTCCGCAATTGGAAGGTTTACAACAGTTATATGATGCATACAAAAATGAAGGATTTTATGTACTCGGCTTTCCATGTAATCAATTTAAAAATCAGGACCCAGGCTCAGAGGAAGAAATCGCTACGTTTTGTCAATTGAATTATGGTGTCACTTTTCCGATGTTTGCAAAGGTGGACGTAAAAGGGGAGCATGCGCATCCGATGTTTAAGTATTTGACAGATGAAGCAAAAGGGATGTTTACGAAGCAAATTAAATGGAACTTCACAAAGTTCTTGATCAATCAGCAGGGCGAGGTTGTTAATCGCTACGCACCACAAACGAAACCAGAAAACATAAAAAAAGATATTGAAGCAGCTTTACAATCGTAA	MSIYDFDVKTIDGKEKSLANYKGNVLLIVNTASKCGFTPQLEGLQQLYDAYKNEGFYVLGFPCNQFKNQDPGSEEEIATFCQLNYGVTFPMFAKVDVKGEHAHPMFKYLTDEAKGMFTKQIKWNFTKFLINQQGEVVNRYAPQTKPENIKKDIEAALQS	PGPT0013115_5175	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013115-bsaA|gpx|btuE-K00432	NA	NA
AK148_01708	1683			hypothetical protein	ATGCGGAATTTAAAAATTGCAAAAAAGTTTGTTTTACTCATTACATTTGCTGTCCTCTTATCGACCATTATTAGTGTCGTAGGGTTTATATATGTACATGATATGGCAGATGATTCTAAAGAAATGTATGATAACTATTTAATTTCTATTAATAAACTTGGGGTCATTCAAAAAAACAATGCTACTATTGATGCGTATTCCATGGAAGCTTTGCTAACAAATGATCCTGATACATATAGTGATTTAAAAAAGCGTATTGATGAGCTTGCGAGTGAAAATGAAAAACTAGAAACGAAAGACTTATATCCTGAAAAGGTGATAAACATTGATAGTTATTCTATGCTACAAGATGATTATATTCAAGGGCGAAATAATGCACTTCAATTAGCAAAAGATGATCAAGATGCTGGATATAATTACTATGTAGATCATGTTATGAGTAAACGTATAGAGCTTGACGGTATAATGACAAAAATTCAAGAATACTTTACGAATAAAGCGGATGATATGAATCAACATAATCAAAGCCATCTAAAAGAAGTAAGTATGATCTTCATAGCAGTAACAACAATAGGAATTATTCTGTTTATAGCTTTTAGCTTATGGATTGTTAAAACGATTATTAAACCAGTGAAGCATTTACGACATATTATGAAGACTGCCGAACAAGGTGAACTAGTAATAAGCAATTATAAAGCAAATGATGAACTTGGGCAATTAGTGACAGCCTTTAATGGAATGATTACTACATTTAAGGATTTACTATCGTCGACACAAGAAGCGTCTGAAACTATCGTCGCGTCTTCTGAGCAATTAAGTGCTAGTGCTGGGCAAAATACACATGCTTCAGAACATGTTGCTTCTGCTATTCAAGAGATAGCAGCCGGATCAGCGAATCAGCTCGAACATATTGAGAAGACTGCTAATACGATGGATACGATGATTTCCAGTTTTCAAAAAATTACTGAGGATACGACTGTTGTTTCTAGTCAAGCTAAAGAGTCAGCGGAATTGTCTAGAAGAGGGGAAAATGCGATGAATGATGTCATTGATCAAATGGAAGTCATTCGTAGTAACGTAACTAACTTAGGGAAAACTATCCATGGTTTGAGTAGCAGATTAACGGAAATTAATGCGATGAACCAAACTATTACGGATATAGCATCGCAAACGAATTTATTAGCTCTAAATGCTGCCATTGAGGCTGCACGAGCGGGGGAACATGGAGAAGGGTTTTCTGTCGTTGCCGAAGAAGTAAGGAAACTTGCTGAGCAGTCCAACGAATCTGCTAAACAGATCACGCACTTAATTGAGAATATCCAGAACGAAACGAATGAAACGATGGAGTCTATGGACGTTACAGATGCAGCTGTAGAAACTGGGACGACCGTCGTCCATGAAGCTGGTAGTACGTTTGAAAAAATAGAAAGTACATTTAATCGCATTATAAATCAATTTGCGAAAATTAGTGAAAACATTAATCAGTTGTCGTCAGGAGCAATGAATTTGCAAACTTCTATGAATGAGATTAAAGAAATTGTGACAAATACGAGTGAGCAAACACAAACTGTCTCTGCTGCGACAGAGGAACAACTAGCCTCAATAGAAGAGGTGGAATCATCCGCAGAAAACTTAGCAAAAATATCGGAAGAATTGCAAGAACTCGTTAACAAATTTGAATAA	MRNLKIAKKFVLLITFAVLLSTIISVVGFIYVHDMADDSKEMYDNYLISINKLGVIQKNNATIDAYSMEALLTNDPDTYSDLKKRIDELASENEKLETKDLYPEKVINIDSYSMLQDDYIQGRNNALQLAKDDQDAGYNYYVDHVMSKRIELDGIMTKIQEYFTNKADDMNQHNQSHLKEVSMIFIAVTTIGIILFIAFSLWIVKTIIKPVKHLRHIMKTAEQGELVISNYKANDELGQLVTAFNGMITTFKDLLSSTQEASETIVASSEQLSASAGQNTHASEHVASAIQEIAAGSANQLEHIEKTANTMDTMISSFQKITEDTTVVSSQAKESAELSRRGENAMNDVIDQMEVIRSNVTNLGKTIHGLSSRLTEINAMNQTITDIASQTNLLALNAAIEAARAGEHGEGFSVVAEEVRKLAEQSNESAKQITHLIENIQNETNETMESMDVTDAAVETGTTVVHEAGSTFEKIESTFNRIINQFAKISENINQLSSGAMNLQTSMNEIKEIVTNTSEQTQTVSAATEEQLASIEEVESSAENLAKISEELQELVNKFE	PGPT0015710_17650	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
AK148_01709	972			hypothetical protein	ATGGAAAGTAATATGCCATACGAGGTTTTATTGTATTATCATTATGTTCACATCGAGGATCCAGAGGGATATGCTGCTGAGCATTTGAAGTTTTGTAAGGAATTAGGTTTAAAAGGAAGAATTCTTGTTGCCCATGAAGGCATTAATGGCACATTGTCTGGCACAAAAGAGCAAACAAAAGCATACATGGATATGATGCATGCCGATCCTCGCTTTGCCGATATGGTGTTTAAAATTGATGAACATGATGGGCATGCGTTCAAAAAAATGCACGTACGACCACGAAAAGAATTAGTTACCTTCCGTCTTGAAAAGGATGTTGATCCACATGAGACGACAGGAAACTATTTGTCACCAAAAGAATTTTACGAGGCAATGCAGCATGAAGATACAGTCGTCATTGATGCGCGTAACGATTACGAATATGATTTAGGTCATTTCCGCGGCGCTGTGCGTCCAGATATTAAAACATTTCGTGAATTACCAGATTGGATTCGCGAGCACAAGGACGAATTTAAAGATAAGAAAATTTTAACCTATTGCACTGGTGGCATACGTTGTGAAAAATTCTCCGGTTGGTTAAAAGAAGAAGGCTTTGAAGATGTAAATCAACTACATGGTGGGATTGTCACATACGGCAAGGATCCGGTAGTACAAGGTGAATTATGGGACGGTAAATGCTATGTCTTTGACGAGCGCATTTCTGTGCCAGTCAATCAAAAAGAACATGTTGTCGTCGGTGTCGATTATTTTGACGGCGAACCATGTGAGCGTTACGTCAACTGCGCTAACCCAGAATGTAATAAACAAATTCTTTGCTCGGAAGAAAATGAGCATAAGTATTTGCGTGGTTGTACACATGATTGTCGCGTAAGCCCACGTAATTTATATGTGAAAGAGCACGAACTATCGGAAGAAGAAGTAGAAGCGCGCCTTGAGGCTATAGGTGAAAGCTTAACAATGAAAGCATAA	MESNMPYEVLLYYHYVHIEDPEGYAAEHLKFCKELGLKGRILVAHEGINGTLSGTKEQTKAYMDMMHADPRFADMVFKIDEHDGHAFKKMHVRPRKELVTFRLEKDVDPHETTGNYLSPKEFYEAMQHEDTVVIDARNDYEYDLGHFRGAVRPDIKTFRELPDWIREHKDEFKDKKILTYCTGGIRCEKFSGWLKEEGFEDVNQLHGGIVTYGKDPVVQGELWDGKCYVFDERISVPVNQKEHVVVGVDYFDGEPCERYVNCANPECNKQILCSEENEHKYLRGCTHDCRVSPRNLYVKEHELSEEEVEARLEAIGESLTMKA	PGPT0013330_947	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013330-UPF0176_protein-K07146	NA	NA
AK148_01710	189			hypothetical protein	ATGAATGAAGTAACTCCAGTCGATCATACGCAAGATTGTCCATATTACCATGCAGCATCTGTTCAACAGAAATGGCACTCCTTACGCTTACATTTATTAAAACAATCATTTTACCTACAAACCAAATATCTTTTCATGCCTATGAAGGGTGCTTTAAATCAAGCTGACGCTAGCAATGTACTTAAGTAA	MNEVTPVDHTQDCPYYHAASVQQKWHSLRLHLLKQSFYLQTKYLFMPMKGALNQADASNVLK				NA	NA	NA	NA	NA
AK148_01711	270			hypothetical protein	ATGGTTTCCATTTATTTAGAAACGAATCATGCAACAGAAATGCAGGAATTGAACCAACTATTAGATGAGCAAGTGGAAATCTCTAAGCAACTATACGGAGAAGATAGCAAACATGAAGCATATAAACAGACAAAATTAAACGATTTAAAAAAGCGTATGGGAAATGCTGTTTTAACAGAAATGAGAGAACAGATAAGAGAAGATCGTGCTAAGCGTATTAATCAACAAAAGCAAGGTCGTAAGCATTCTAATTTTACGTATGCCCCGTAA	MVSIYLETNHATEMQELNQLLDEQVEISKQLYGEDSKHEAYKQTKLNDLKKRMGNAVLTEMREQIREDRAKRINQQKQGRKHSNFTYAP				NA	NA	NA	NA	NA
AK148_01712	225	gerE	COG2771	Spore germination protein GerE	TTGAAGGACAACGAGTATAAACCGAAGCAATTATTAACTAAACGGGAAAAAGAAGTATTTGAACTATTAGTTCAGGATAAAACCACAAAAGAAATTGCCCAGGAATTATTCATATCAGAAAAAACTGTCCGAAACCATATTTCAAATGCTATGCAGAAGCTAGGTGTCAAGGGGCGATCACAGGCTGTTGTAGAGCTCCTTCGTATGGGGGAATTAAAGCTCTAA	MKDNEYKPKQLLTKREKEVFELLVQDKTTKEIAQELFISEKTVRNHISNAMQKLGVKGRSQAVVELLRMGELKL	PGPT0025270_87	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORULATION_REGULATION,PGPT0025270-gerE-K01994	NA	NA
AK148_01713	441			hypothetical protein	GTGCGAATATCTTATATTGACAATTTAAATGAGTGGAGTAAAACTTTTTCCTTTTCTATACCAGTTACGATTCGTTTTTCTGAGACAGACTTATTTGGTCATATGAACAATACTACTGCGTTTATTTATTTTGAGCAGGCAAGAATTGAATTTTTGAAGGCTACAGGTGTTTTTGATGGGAATACGAATACAGAGGGAATACCAGTAGTATCTGATTTACAATGCGATTTTTTAAAGCAACTGTACTTTGATCAAACTATCCAAGTGTATGTGAAAGCACATCATGTTGGTAGATCTTCTGTAGATATACATTATATGGTTTTAGATGATAAACAAGAAATTGCTTTGACTGGAAGAGGAAGACTTGTATACATTCATGCAAAAACAGGCAAGCCAATATCATTAGGAGAATCAATGAGAATAGCTTTGGCGCAAAAGTAA	MRISYIDNLNEWSKTFSFSIPVTIRFSETDLFGHMNNTTAFIYFEQARIEFLKATGVFDGNTNTEGIPVVSDLQCDFLKQLYFDQTIQVYVKAHHVGRSSVDIHYMVLDDKQEIALTGRGRLVYIHAKTGKPISLGESMRIALAQK	PGPT0001850_3916	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0001850-ybgC-K07107	NA	NA
AK148_01714	765	frdB	COG0479	Fumarate reductase iron-sulfur subunit	ATGGCTGATAATAAAACAGTTACTTTTATTATAACTCGACAAGACAGCCCTGATTCTAACTCCTATACAGAAACGTTTAAAATACCTTATAAGCCAAATATGAACGTTATTTCTGCATTAATGGAAATTAGACAAAATCCGGTTAATGCAAATGGAGAGAAAACAACACCAGTTCAGTGGGATATGAACTGTCTTGAGGAAGTATGTGGTGCATGTTCCATGGTGATTAATGGGGTAGCAAGACAGTCTTGTGCAGCACTTGTAGATCAGCTTGAACAGCCGATCCGACTAGAACCAATGTCAACATTTCCAGTTGTTCGCGATCTAATTATCGATCGTAACCGCATGTTCGATGCGTTAAAGCAAGTGAAAGCTTGGATACCACTTGATGGTACACATGATTTAGGAGCAGGTCCACGTATGCCTGAAAAGAAACGGCAATGGGCATATGAATTATCGAAATGTATGACTTGCGGTGTTTGTCTAGAAGCTTGCCCAAATGTCAATGATAAATCCAATTTCATTGGTCCAGCAGCTATTTCGCAGGCTCGTTTGTTTAATGCACATCCAACTGGAGAAATGAATGCAAGTGAACGTTTAAATGGGTTGATGGAAGATGGAGGTATAGATGGTTGTGGAAACTCGCAAAACTGTGTACAAGTTTGCCCTAAAGGCATTCCACTGACGACTTCTATTGCTGCCATGAACCGAGCAACAAATATCCAAGCGTTTAAAAACTTTTTTGGAAGTGACAACGCACATTAA	MADNKTVTFIITRQDSPDSNSYTETFKIPYKPNMNVISALMEIRQNPVNANGEKTTPVQWDMNCLEEVCGACSMVINGVARQSCAALVDQLEQPIRLEPMSTFPVVRDLIIDRNRMFDALKQVKAWIPLDGTHDLGAGPRMPEKKRQWAYELSKCMTCGVCLEACPNVNDKSNFIGPAAISQARLFNAHPTGEMNASERLNGLMEDGGIDGCGNSQNCVQVCPKGIPLTTSIAAMNRATNIQAFKNFFGSDNAH	PGPT0001600_1901	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
AK148_01715	1764	frdA		Fumarate reductase flavoprotein subunit	ATGAGTAAACGGAAAATTGCCATAGTTGGCGGAGGTTTAGCTGGCTTAATGGCAACAATAAAAGCAGCAGAAGCAGGAGTAAGTGTTGATTTATTTTCCATTGTTCCTGTAAAGCGCTCTCACTCTGTATGTGCTCAAGGTGGAATAAATGGTGCAGTTAATACTAAGGGAGAAGGGGATTCTCCTTGGCTTCACTTTGATGATACAGTGTACGGTGGAGATTTCTTAGCAAACCAACCGCAAGTAAAAGCGATGTGTGATGCAGCGCCTGGAATTATTCATATGTTTGATCGAATGGGTGTTATGTTTAACCGCACACCTGAAGGATTGCTAGATTTTCGTCGTTTTGGTGGAACGCAAATGCATAGAACAGCTTATGCTGGAGCAACAACAGGACAACAATTACTTTATGCGGTGGATGAGCAAGTTCGTCGTTATGAGGTTGAAGGTCTTGTGACAAAATATGAAAACTGGGAATTTGCGCGGGCAGTGATTGATGAAGAAGGTGTTGGTAGAGGGATTGTAGCTCAAAATGTGAAAACGCATGAGATAAAAGCATTTCCATCTGATGCAACCATTTTTGCTACTGGTGGTCCTGGAATTATCTTTGGTAAATCTACTAATTCTATGATTAATACTGGATCTGCTGCAAGTAAGTTGTACCAGCAAGGTGCAAAATATGCCAATGGAGAATTTATTCAAATTCATCCTACAGCTATTCCTGGTGATGATAAATTACGATTAATGAGCGAGTCTGCCCGTGGTGAAGGGGGCAGAATTTGGACATATAAAGATGGAGAACCTTGGTATTTCTTAGAGGAAAAATATCCAGCTTATGGTAACCTCGTACCAAGAGACATCGCCACACGTGAAATTTTTGACGTATGTGTGAACCAAAAACTTGGTATAAATGGCGAGAATATGGTGTATTTGGATCTATCACATAAAGATCCAAAAGAGCTTGATATAAAACTAGGCGGAATTATTGAGATATATGAGAAATTTGTTGGCGAAGATCCTCGAAAAGTGCCTATGAAAATCTTCCCTGCTGTCCATTATTCCATGGGTGGACTGTGGGTAGATATTAATCAAATGACTAATATCCCTGGTATTTTTGCTGCAGGAGAATGTGATTATTCGCAGCATGGTGCCAACCGTCTTGGTGCTAATTCATTATTGTCTGCTATTTATGGAGGAGCTGTTGCTGGTCCAAAGGCAATGGAATATATAGAAAGTTTAGAGAAGCATGTCGATGATTTGCCATCTCATTTATTTGAAGAGAATGTAAAAGTGGAACAAGACCACTTTGAAAAATTAATGAACATGGATGGCGAAGAAAATGCTTATCAGCTTCATAAGGAACTTGGTCAGTGGATGACTGATAACGTAACCGTAGTGCGTGATAATAAAAAATTATTGCAAACAGATGAAAAGATTCAAGAACTACTGCAACGTTTTGAAAACATTAATATTAATGATACCTCTCGTTGGAGCAACCAAGGTGTTATGTTTACACGTCAGTTGGAAAACATGCTTCATTTAGCGCGTGTTATTACACAAGGCGCTTATAATCGGAATGAGAGCCGTGGTGCTCATTATAAACCTGAATTCCCAGATCGAAATGATGAAGAGTGGTTGAAAACAACGATTGCAGAATTTGACGTGGAAGAAAAAGCACCTAAATTTTCTTATGAGGATGTAGATATTTCATTAATCAAACCTCGTAAGCGTGACTACACGAAAAAAAGTGAAGGGAGTAAGTAA	MSKRKIAIVGGGLAGLMATIKAAEAGVSVDLFSIVPVKRSHSVCAQGGINGAVNTKGEGDSPWLHFDDTVYGGDFLANQPQVKAMCDAAPGIIHMFDRMGVMFNRTPEGLLDFRRFGGTQMHRTAYAGATTGQQLLYAVDEQVRRYEVEGLVTKYENWEFARAVIDEEGVGRGIVAQNVKTHEIKAFPSDATIFATGGPGIIFGKSTNSMINTGSAASKLYQQGAKYANGEFIQIHPTAIPGDDKLRLMSESARGEGGRIWTYKDGEPWYFLEEKYPAYGNLVPRDIATREIFDVCVNQKLGINGENMVYLDLSHKDPKELDIKLGGIIEIYEKFVGEDPRKVPMKIFPAVHYSMGGLWVDINQMTNIPGIFAAGECDYSQHGANRLGANSLLSAIYGGAVAGPKAMEYIESLEKHVDDLPSHLFEENVKVEQDHFEKLMNMDGEENAYQLHKELGQWMTDNVTVVRDNKKLLQTDEKIQELLQRFENININDTSRWSNQGVMFTRQLENMLHLARVITQGAYNRNESRGAHYKPEFPDRNDEEWLKTTIAEFDVEEKAPKFSYEDVDISLIKPRKRDYTKKSEGSK	PGPT0001605_3547	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
AK148_01716	615	sdhC	COG2009	Succinate dehydrogenase cytochrome b558 subunit	TTGACAGAGCATCGTGAGTTTCTAACAAGAAGAGTGCACTCGTTATTAGGTGTAATTCCAATAGGTCTTTTTTTGGTTCAACATTTAGTGGTGAATCATTTTGCTGTTTATGGAGAAGAGAATTTTAATAAAGCAGCCGATTTTATGCACAGTCTACCATTTAGACTCGTATTGGAATTCGGGGTTATTTTTATTCCAATTTTGTTTCATGCTATTTTAGGGGTATATATTGTATTTGTAGCACGAAGCAACACGAAAAGATATAATTTTTTCCGTAATTGGATGTTCTTATTACAGCGAATAACGGGTATTATTACGTTTGTCTTTGTTGTTTGGCATGTGTGGGAGACAAGAATACAGTTAGGATCACAAGGAGCTGACTATAGCCTAATGGAAGGGATTCTTTCCAATCCATTTATGTTCTGGTTCTATATGATTGGTGTCCTATCTACTATTTTCCATTTTGCCAATGGATTATGGAGCTTCTGTGTGACTTGGGGTATTACACAAACACCTAAATCACAAAAAGTAGTTACATATGCAACTGTAGTTGTTTTCTTAGCACTAAGTTATGTCGGTGTTAGAACAATTCTTACATTTGCTTACGGTATTTAA	MTEHREFLTRRVHSLLGVIPIGLFLVQHLVVNHFAVYGEENFNKAADFMHSLPFRLVLEFGVIFIPILFHAILGVYIVFVARSNTKRYNFFRNWMFLLQRITGIITFVFVVWHVWETRIQLGSQGADYSLMEGILSNPFMFWFYMIGVLSTIFHFANGLWSFCVTWGITQTPKSQKVVTYATVVVFLALSYVGVRTILTFAYGI	PGPT0001595_1350	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
AK148_01717	444	yslB		putative protein YslB	ATGACAAACCAACAAACAACGGTTATATCCGTTCACGATTTAGAGGCATTACATACAGAAGGTGTCGGCTTTGATATTTTACGATATGTTAGTTTACCAGAATTACTAGGTGAAGAATCTCCAACCCTGTTATATTTCATGGGGAGAAAACTTGCCAGAAAGTTTGATATACAAACCGTAGATGATGTCATACATATTTTTACACTTTTAGGCTTTGGGCGATTAGAAGTTGTAAAAGATAAACGCAAATCAATGACCTTTCAATTGATGTCTGATGCAGTTGCGTCACGATTACAAGCTTCATTTTCTACCGATTTTCGCCTAGAAGCTGGTTTTTTAGCAGAAGCTCTACATATAATTGAAAACAGAGATTGCGAGTGCGTAGAAACGATTAATAAAAGAATTCATCAAGTTGAGTTTAAAGCCATGTTTTCGGTGGATTAA	MTNQQTTVISVHDLEALHTEGVGFDILRYVSLPELLGEESPTLLYFMGRKLARKFDIQTVDDVIHIFTLLGFGRLEVVKDKRKSMTFQLMSDAVASRLQASFSTDFRLEAGFLAEALHIIENRDCECVETINKRIHQVEFKAMFSVD				NA	NA	NA	NA	NA
AK148_01718	1791	uvrC	COG0322	UvrABC system protein C	ATGAACCAAAATATAAAAGATAAACTAGCGGTTTTACCAGCAAAGCCAGGCTGTTATTTGATGAAGGATAAATATGAAAGCGTCATTTATGTTGGAAAGTCAAAAGTATTAAAGAATCGGGTGCGTTCTTACTTTACTGGAGCACATGATCGAAAAACGCAACGTTTAGTGCAAGAGATTGAAAGTTTTGAGTATATTGTAACTTCTTCCGAGATAGAAGCACTTATTTTAGAAATGAATTTAATTAAAAAATATGATCCTAAATATAATGTTATGCTCAAAGACGATAAGTCTTACCCTTACTTAAAAATTACTTCTGAACGCCATCCAAGGTTGCTAATTACGAGGAAAATAAAGAAAGACAAAGGCAAATACTTTGGTCCTTATCCCAATGTTATCGCGGCGAGAGAAACAAAAAAATTATTGGATCGACTTTACCCTCTTAGAAAATGTAATAACCTTCCTGGGCGCCCTTGCTTGTACTATCATATGGGTCAATGTTACGCCTGTAGTAACAATCCGCCGACAAAAGAAGAATATGCAGCAATTGTCCAAAATGTATCATCTTTTTTACATGGTGGATATAAAGCAATAAAAAAAGACTTAACGAAGAAAATGCAGCAAGCGAGTGAAGCGTTGAATTTTGAAAGAGCGAAGGAATTAAGAGATCAAATTTATCACATTGAATCTGTCATGGAACAACAGAAAATGACGTTAAACGACCAAGCAGATAGGGATATTTTTGCATATAGTTATGATAAAGGATGGATGTGCATCCAAGTATTTTTTATTCGTCAAGGGAAGTTGATTGAACGAGATATAGCTGTTTTTCCTTTTTTCGATGAAGCTGAAGAAACATTTATTAGTTATGTTGGCCGTTTTTACCTCCATCAAAACCATCCGAAGCCAAAACAAATTCTTGTTCCTCTTGGTACCAATACAGAACTATTGAAAGATTTACTTGAGGTAGATGTGCATACGCCATACCGTGGAAGAAAAAAAGAATTGGTGAAGCTAGCGGAAGAAAATGCGCGAATTTCGTTAAATGAGAAATTCTCTATTATGGAGCGAGACGAAGAAAGAACTATTGTAGCTGTAGAGCGCTTAGGAGAAATTCTAAATATTGAAACACCGCATCGAATAGAAGCATTTGATAATTCCAACATTCAAGGGACTGATCCAGTTTCTGCGATGGTTGTTTTTATAGACGGTAAGCCAGCTAAGAATGAGTATCGTAAATACAAAATCCGCAATGTTGATCGACCGGATGATTATGAAACAATGAGAGAAGTTATTAGAAGGCGTTACACGAGAGTTTTAAGAGATAAACTTCCATTACCAGGTTTAATTATTGTAGATGGTGGAAAAGGTCAAATGAGTGCCGCATTGGATGTGCTAGAAAATGAGTTAGGGCTAGACATTCCTTTATGTGGTTTAGCAAAAGATGATCGTCATAAAACAAGTGAACTTTTATATGGATTTCCACCTCAAATTATAGATTTAGATCGCAAATCGAATGAATTTTATCTTGTCCAAAGGGTGCAGGAAGAAGTGCATCGTTTTGCCATTACGTTTCATCGTCAATTACGTGGGAAAAACGTTGTACAATCTGAATTAGATAATATTTCAGGTATTGGCCAAAAAAGAAGAAGATTGTTGCTAACACATTTTAAAACAATCACGGAAATAAAACAAGCTAGTATGGACGACCTGATAAGATTAGGTATTCCACGTGACGTCGCTGAAAATATTATTACCCATTTTCAAGCAGCTAACATAGAAAAGCAGTAG	MNQNIKDKLAVLPAKPGCYLMKDKYESVIYVGKSKVLKNRVRSYFTGAHDRKTQRLVQEIESFEYIVTSSEIEALILEMNLIKKYDPKYNVMLKDDKSYPYLKITSERHPRLLITRKIKKDKGKYFGPYPNVIAARETKKLLDRLYPLRKCNNLPGRPCLYYHMGQCYACSNNPPTKEEYAAIVQNVSSFLHGGYKAIKKDLTKKMQQASEALNFERAKELRDQIYHIESVMEQQKMTLNDQADRDIFAYSYDKGWMCIQVFFIRQGKLIERDIAVFPFFDEAEETFISYVGRFYLHQNHPKPKQILVPLGTNTELLKDLLEVDVHTPYRGRKKELVKLAEENARISLNEKFSIMERDEERTIVAVERLGEILNIETPHRIEAFDNSNIQGTDPVSAMVVFIDGKPAKNEYRKYKIRNVDRPDDYETMREVIRRRYTRVLRDKLPLPGLIIVDGGKGQMSAALDVLENELGLDIPLCGLAKDDRHKTSELLYGFPPQIIDLDRKSNEFYLVQRVQEEVHRFAITFHRQLRGKNVVQSELDNISGIGQKRRRLLLTHFKTITEIKQASMDDLIRLGIPRDVAENIITHFQAANIEKQ	PGPT0014925_4259	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014925-uvrC-K03703	NA	NA
AK148_01719	315	trxA	COG0526	Thioredoxin	ATGGCAATTATCAATGCTACTGATCAGACGTTTGCCAAAGAGACTGCAGAAGGTTTAGTGCTAGCAGACTTTTGGGCGCCGTGGTGTGGACCATGTAAAATGATTGCACCAGTATTGGAAGAAATTGATGGTGAAATGTCTGAAAAAGTTCAGATTGTAAAATTAGATGTTGACGAAAACCAAGAAACAGCAGGTAAATTTGGTGTGATGAGTATTCCAACATTGTTGTTATTTAAAGATGGTCAAGTCGTTGATCAAGTAATCGGTTTTCAGCCGAAAGAAGCATTAGTTGATTTAATTAACAAACATGCTTAA	MAIINATDQTFAKETAEGLVLADFWAPWCGPCKMIAPVLEEIDGEMSEKVQIVKLDVDENQETAGKFGVMSIPTLLLFKDGQVVDQVIGFQPKEALVDLINKHA	PGPT0013055_10455	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013055-trxA-K03671	NA	NA
AK148_01720	987	etfA	COG2025	Electron transfer flavoprotein subunit alpha	TTGAGTGAAAAAATAGTAGTAATTGGAGAAGTGAAAGATGGTGTATTACGAAATGTTTCTTTTGAGGCGATAGCAGCAGCAAAAAAGGTTCACGCTGATGGTGAAGTAGTTGGTGTAGTATGTGGTAATGGTGAACTGTCCTCATTAGGAGAAGAAATGATTCATTATGGAGCAGACCGCGTAATAACAGTTACACACGAAAACTTACAAAATTACACCTCGGAAGGATATTGTCAAGCAGTAATGGCTGTTGTTGAGGAAGAAGCCCCACAAGTAATTGTGATGGGGCATACATCCATAGGAAAGGACCTTACGCCAAAGTTAGCAAGTAAGCTAAATACTGGGCTCATTTCAGATGCAGTAGACATTGAAATAGCTGATGATCAAGTTCAATTTGTCCGTCCTATCTATTCTGGGAAAGCATTTGAGAAGAAAGTTATTACGGATGGTTTAACATTTTTTACTATCCGTCCTAATAATATTGCAGCCTTAGATAAAGATACATCCAGATCGGGAGATGTAACTGATAAAGCAGTTGAAATTGCTGATATTCGCACGGTTATTAAAGATGTAATAAGAAAAGCTTCTGAGGGTGTTGATTTATCTGAAGCAAATGTAATTGTAGCTGGTGGTCGCGGTGTGAAAAGTGAAGAAGGATTCAAACCTCTTTATGAATTAGCCGAAGTATTAGGTGGTGCAGTAGGAGCTTCACGAGGTGCTTGTGATGCGGAATATTGTGATTACTCCTTGCAAATTGGGCAAACAGGGAAGGTTGTCACGCCAGATTTATACATTGCAGTTGGTATCTCTGGTGCCATTCAACATTTGGCAGGTATGTCAAATTCCAAAGTAATTGTAGCTATTAATAAAGACCCAGAAGCGACCATCTTTAATATAGCAGACTACGGTATTGTTGGAGATTTGTTTGACATTATTCCACTTTTGATTGAGGAAGTGAAGAAAGCAAAAGTAGGAACAGGTGCTTAG	MSEKIVVIGEVKDGVLRNVSFEAIAAAKKVHADGEVVGVVCGNGELSSLGEEMIHYGADRVITVTHENLQNYTSEGYCQAVMAVVEEEAPQVIVMGHTSIGKDLTPKLASKLNTGLISDAVDIEIADDQVQFVRPIYSGKAFEKKVITDGLTFFTIRPNNIAALDKDTSRSGDVTDKAVEIADIRTVIKDVIRKASEGVDLSEANVIVAGGRGVKSEEGFKPLYELAEVLGGAVGASRGACDAEYCDYSLQIGQTGKVVTPDLYIAVGISGAIQHLAGMSNSKVIVAINKDPEATIFNIADYGIVGDLFDIIPLLIEEVKKAKVGTGA	PGPT0001040_1674	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-REGULATION	NITROGEN_REGULATING_FUNCTIONS,PGPT0001040-fixB|etfA-K03522	NA	NA
AK148_01721	774	etfB	COG2086	Electron transfer flavoprotein subunit beta	ATGGAAATTTATGTGTTACTCAAGAAAACATTTGATACAGAAGAAAAAATTAACGTATCAAACGGGCGAATTGAAGATGAAGGTGCTGAATTTATTATTAATCCATACGACGAGTATGCCGTCGAGGAAGCCATTAAACAACGAGATGAGCATGGAGGTGAAGTCACCGTTGTAACAATTGGAGATGAAGATTCAGAAAAACAATTACGCACTGCTTTAGCAATGGGGGCAGATAAAGCAGTGTTAATAAATACAGAAGATGATGTAGAAGATGGTGATCAATATACAACAGCAAAAATTTTGGAAGCGTTTTTTGAGGATAAAGAACCGGACTTAATCCTTGCTGGGAATGTAGCGATTGATGAAGCAAGTGGGCAAGTAGGTCCGCGGCTTGCAGATGCACTACGTATCCCATATGTGACAACGATTACAGACTTAAAGGTTAGTGGAGATACAGCTACCGTGGAAAAAGATGTGGAAGGAGATGTGGAAATAGTAGAAACAACTTTGCCACTATTGGTGACCTGCCAACAAGGGCTAAACGAACCAAGGTATCCTTCACTTCCAGGAATAATGAAAGCAAAAAAGAAACCATTAGAAGAACTGGAAATAGACGATTTAGACTTAGATGAAGATGACGTAGAAGCGAAAACGAAAACAGTAGATATCTTCTTACCGCCGGAGAAGGAAGCTGGCAAGGTACTAGAAGGTGAACCGCAAGAGCAAGTAAAAGAACTTGTTACATTATTGAAAACGGAAGCGAAAGTACTGTAA	MEIYVLLKKTFDTEEKINVSNGRIEDEGAEFIINPYDEYAVEEAIKQRDEHGGEVTVVTIGDEDSEKQLRTALAMGADKAVLINTEDDVEDGDQYTTAKILEAFFEDKEPDLILAGNVAIDEASGQVGPRLADALRIPYVTTITDLKVSGDTATVEKDVEGDVEIVETTLPLLVTCQQGLNEPRYPSLPGIMKAKKKPLEELEIDDLDLDEDDVEAKTKTVDIFLPPEKEAGKVLEGEPQEQVKELVTLLKTEAKVL	PGPT0001035_2134	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-REGULATION	NITROGEN_REGULATING_FUNCTIONS,PGPT0001035-fixA|etfB-K03521	NA	NA
AK148_01722	777	fadB_2	COG1024	putative enoyl-CoA hydratase	TTGACGAACACACTATTTTTGGAAGCGAATCATTCTATTGCTTATGTAACGATCCAAAGTCCGCCAGCAAACGCTCTATCTAGTATTCTATTAAAGGATTTGGAAGCAGTGTTGAATAAGATAGAGGAAGACCCAAGTATAATGGCGATTGTTTTAAAAGGAGAAGGGAAGTTCTTTTCAGCAGGAGCAGACATAAAAGAATTTACAGCTTTGCAGCAAGCATCTGACTATGAATCTATGGCGAAAAGAGGGCAAGATTTGTTTGCTCGCATGGAAACGTTCCACATTCCGATTATTGCATCTATTCATGGCGCTGCTCTAGGCGGAGGACTGGAGCTTGCTATGGCTTGCCATATGAGAATTGTAACGAAGGAGGCAAAACTTGGTTTACCTGAAATAACATTAGGTATTATACCAGGTTTTGCTGGTACACAACGTTTGCCGCACTTCGTTGGTTCGGCTAAAGCGTATGAAATGATATTGACTGGAGAGCCAATCAATGGGGAAGAAGCATATTCTTATGGCTTGGCAAATAAAGTAGTGGAAGCAAACGCTTTGGACGAAGAAGTAAAGCAGTTAGCTGAAAAAATAGTTTCCAAGAGCAATTTAACTATTCAGCAAATCATGCGTTTAATTCCTTATGCAAAGACTAGTTTATTTGCAGAAGGAGTATCAGAAGAAGCAAAAGCATTTGGCGAAATTTTTGGATCTGAGGATGCGAAAGAAGGCGTGCAAGCTTTCATTGAAAAACGGAAACCGAACTTCCAGGATAACTAA	MTNTLFLEANHSIAYVTIQSPPANALSSILLKDLEAVLNKIEEDPSIMAIVLKGEGKFFSAGADIKEFTALQQASDYESMAKRGQDLFARMETFHIPIIASIHGAALGGGLELAMACHMRIVTKEAKLGLPEITLGIIPGFAGTQRLPHFVGSAKAYEMILTGEPINGEEAYSYGLANKVVEANALDEEVKQLAEKIVSKSNLTIQQIMRLIPYAKTSLFAEGVSEEAKAFGEIFGSEDAKEGVQAFIEKRKPNFQDN	PGPT0008390_75	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008390-fadB-K13767	NA	NA
AK148_01723	585	fadR_1		Fatty acid metabolism regulator protein	ATGAAGAAAAATAAACCGAAATACAATCAAATTATCGAGGCGGCAGTAAAGGTTATCGCAGAGAATGGTTACCATGCCTCTCAAGTATCTAAAATTGCCAAACAGGCAGGAGTAGCAGATGGAACGATTTATCTGTACTTTAAAAACAAAGAAGATATATTAATCTCTGTATTTGAAGAAAAAATGGGGCAATTTATTACGCATATTACAGATGCCATTCAGAAGAAGGAAAACGCAAATGAAAAGCTTTACGAACTAATTAAGCTACATTTTCGCCAGTTAAGTGAAGATCACCATTTAGCTATTGTTACGCAGTTGGAGTTGAGGCAATCGAATCCTTCCTTGCGTTTACAAATCAATAATGTGTTAAAACCTTATTTAAATGTCATCGATACCGTCATTACAGAAGGGATGGAAGAAAAAGTTTTTCGAAAAAATTTGAATTTACGACTTGTTCGTCAGATGATTTTTGGTACACTAGATGAAACGGTTACAAATTGGGTAATGAAAGATAGAAAGTACAATCTTGTTGATTTAGCAACGGAAGTTCATACATTATTAACAGAAGGACTTCAATCAAAGTAG	MKKNKPKYNQIIEAAVKVIAENGYHASQVSKIAKQAGVADGTIYLYFKNKEDILISVFEEKMGQFITHITDAIQKKENANEKLYELIKLHFRQLSEDHHLAIVTQLELRQSNPSLRLQINNVLKPYLNVIDTVITEGMEEKVFRKNLNLRLVRQMIFGTLDETVTNWVMKDRKYNLVDLATEVHTLLTEGLQSK	PGPT0023505_311	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_MEMBRANE_LIPID_DEGRADATION	PLANT_PHOPSHO-|LIPID_DEGRADATION,PGPT0023505-ysiA|fadR-K13770	NA	NA
AK148_01724	1686	fadD_2	COG0318	Long-chain-fatty-acid--CoA ligase	ATGGGAGAAACGAAAACTTGGTTTCAGCACTATCCACCTGAAATAAAAACATCACTCCACTATGATGAAAAGCCGCTCCATCGGTTTTTACTCGAAAGTGCTGAAACATTCCCTAAAAAGAAAGCGCTTCATTTTATGGGGAAAGATTTGACGTATGAAGAACTTTATAATCAAGCAACCAAAATGGCCAACTACTTACAACAACTAGGTATGGAAAAAGGAGATCGAATTGCTATCATGCTGCCAAACTGTCCACAATCTGTTATTACGTATTATGGGGCTTTAATGGCAGGGGGTATCGTTGTACAAACAAATCCACTGTATAAAGAAAGGGAGTTGGAATATCAGCTGAAGGATTCTGGAGCGACTTTTATTGTATGTCTAGATATCTTACTCCCCCGTGTTACAAATGTAAAAAAGAATACAGATATCCAACATACTATTGTTGCAAGCATCAAAGATTATTTGCCATTTCCTAAAAACTTAATTTATCCTTATATACAAAAGAAACAGTACAATATGGTTGTCAAAGTAGAACAATCCGACAATATACATGTTTGGGATTATATGATGGATGTCGCCCAGTCTGCTTATGAAAAGGTTGCCGTTAATCCAAAAGAAGATTTGGCTTTATTGCAGTATACCGGTGGAACAACTGGAAATCCAAAAGGAGTGATGCTTACTCACCATAATTTAGTTTCTAATGTCCAAATGTGCCAAGCTTGGATTTATAAAACGAATCCTGGTGAGGAAATCGTATTAGGAGTATTACCGTTTTTTCATGTTTATGGAATGACAGCAGTTATGAATAATGCGATTATGATGGGTGCTAAAATGATCCTGTTACCTAAATTTGATGCAACAGAAGTATTGAAAACAATTGATAAGCATAAACCAACGCTTTTCCCAGGAGCACCTACAATTTATGTGGCTTTATTAAATCATCCTAAATTAGAGCAGTATAATTTATCATCGATTGAAGCTTGTATAAGTGGTTCTGCACCATTACCTACAGAGGTTCAAGAACAATTTGAAAAGGTGACAGGTGGCAAACTTGTAGAAGGTTATGGCTTAACAGAAACATCCCCTGTTACCCATGCAAATTTTGTTTGGCACGAACGGAGAAATGGTAGTATTGGGGTGCCGTGGCCAGATACAGATGCTAAAATAATTGATGAAGAAACGATGGAAGAAGCGCCGTTCGGAGAGATTGGAGAGATTGCTGTTAAAGGTCCGCAAATTATGAAAGGATATTGGAACAATCCTGAAGAAACAGCCCAAGTATTAAAAGACGGATGGTTATTTACAGGTGATTTAGGATACCAAACAGAAGATGGCTACTTTTATGTTGTAGATCGAAAAAAAGATATGATTATTGCTGGTGGATACAATATATATCCTCGTGAAGTAGAAGAAGTGTTATATGAGCATGAAGCGATTCAAGAAGCTGTTGTGGCTGGTATCCCCGACCCGTATCGAGGGGAAACAGTAAAAGCTTATGTAGTTTTAAAGCCAGGTTATACAATAACAGAAGACGATCTTAATACGTATTGCCGAAAACACTTAGCAGCATTTAAAGTGCCACGCATTTATGAATTTCGTGAAGAACTTCCTAAAACAGCGGTTGGTAAAATTCTAAGGAGACAACTTATTGATGAAGAAAAAGAAAATTTACAAGTAAATTGA	MGETKTWFQHYPPEIKTSLHYDEKPLHRFLLESAETFPKKKALHFMGKDLTYEELYNQATKMANYLQQLGMEKGDRIAIMLPNCPQSVITYYGALMAGGIVVQTNPLYKERELEYQLKDSGATFIVCLDILLPRVTNVKKNTDIQHTIVASIKDYLPFPKNLIYPYIQKKQYNMVVKVEQSDNIHVWDYMMDVAQSAYEKVAVNPKEDLALLQYTGGTTGNPKGVMLTHHNLVSNVQMCQAWIYKTNPGEEIVLGVLPFFHVYGMTAVMNNAIMMGAKMILLPKFDATEVLKTIDKHKPTLFPGAPTIYVALLNHPKLEQYNLSSIEACISGSAPLPTEVQEQFEKVTGGKLVEGYGLTETSPVTHANFVWHERRNGSIGVPWPDTDAKIIDEETMEEAPFGEIGEIAVKGPQIMKGYWNNPEETAQVLKDGWLFTGDLGYQTEDGYFYVVDRKKDMIIAGGYNIYPREVEEVLYEHEAIQEAVVAGIPDPYRGETVKAYVVLKPGYTITEDDLNTYCRKHLAAFKVPRIYEFREELPKTAVGKILRRQLIDEEKENLQVN	PGPT0008380_9880	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897	NA	NA
AK148_01725	417			hypothetical protein	ATGGAAATGGGAGTAGCCTTTTGGGAAAATGTAGTCGTACAAACTGCAGCCAGATACAGTGTGGTGATCTTATGCACGCTAGTGTTCTTAGCGATTTTAGAAATGGTTACGTCATATAAAAATTGGGAAGAAATTAAAAAAGGAAATTTTGCAGTAGCCATGGCAACAGGCGGGAAGATATTTGGTATTGCGATTATTTTTCGTTACTCTATTGAACATAATGATACATTGGTTCAAAGTATTGGTTGGGGTGTATACGGTTTTATCTTGTTATTACTAAGTTATTTTGTATTTGAGTTTTTGACACCAGTACTGAAAGTCGATGAAGAGATAGGGAATGGCAACAAAGCAGTCGGATTTATTTCAATGATTATTTCAGTAGGTTTGGCTTTTGTTATTGGTGCTAGCATAGGGTAA	MEMGVAFWENVVVQTAARYSVVILCTLVFLAILEMVTSYKNWEEIKKGNFAVAMATGGKIFGIAIIFRYSIEHNDTLVQSIGWGVYGFILLLLSYFVFEFLTPVLKVDEEIGNGNKAVGFISMIISVGLAFVIGASIG				NA	NA	NA	NA	NA
AK148_01726	2439	mutS2		Endonuclease MutS2	GTGTATGGTGTACAACCCGAAGATCGGAAAAGCAAAAATAGAGGTTATCAAGAAGCTCCTATTTATCTTGAACAACCTGTAAAAGGAGTTATTGACATGAACGAGCGCATGTTACGCGTACTCGAGTTTGATAAAATTATTGAACAAGTAACCAACTATGCAGCAACATCTATTGGAAAACAAGCATTGCAGCAAGCGCACCCTTCTACAGATATGAAAACAGTGGTTCGCTTGCAAGATGAAACGGATGAGGCAACGCATATAGAGAGATTAAATAAAACGCTACCTTTGGGAGGAATTTTTGATATACGTCCAAGTTTAAAACGCGTTTCCATTGGAGGAGTGCTATCTGCAGGCGAGTGTATTGAGGTTTCTAGCACTATATATGGTGCAAGGATGGCAAAAGACTTTGTCGATCGATTAGAGGAGGATTTTCCTATTCTTAGTGGAATGGCAAAGGAAGTTACTCCGTTAAGACAATTAGAACAAGCGATCAATCGTTGTATTAATGATGACGGTCATATGCTAGATAGTGCTTCTGAAAAGTTACGAGGAATACGTTCTTCCATTCGTACGTTAGAAAGTAGGGTCAGAGAGAAATTAAGCAACTTTACGAAAACACATAGCAACAAATTGTCAGATGCCATCATCACAATACGAAACGATCGTTATGTTCTCCCGGTTAAGCAAGAATATCGTAGTGCTATCGGAGGAATTGTTCACGATCAATCCGCTTCAGGTCAAACGCTATTTATGGAGCCAAAAGCTGTTGTTGATATAAATAATCAATTACAAGAAGCATTTGTTAATGAAAAGAGAGAAATGGACAGGATATTAGTTTCACTTAGCAACTTGATTGCAGAAGAAGTAAATGCTTTAGAGCATAATGTTCATATACTTGGAAAGATGGATGTTATATTCGCCCGTGCAAAATACGGTCAGGCAATGAAAGGTACAAAACCAATAATGAATGACCGCGGTTTTATTAAAATGAACCAAGCTAGACATCCATTAATTGATTCACAAGACGTTGTTGCGAATGATATTGAGTTAGGCAAAGATTATACAGCTATTGTAATTACAGGGCCGAATACAGGGGGGAAAACGGTCACCTTAAAAATGGTCGGACTCTGTTGTTTAATGGCTCAATCTGGTTTGCAAATTCCGGCATTGGATGGATGCGAGCTTGCTGTGTTCTCTCATATTTTTGCAGATATTGGTGACGAGCAGTCAATAGAGCAAAATTTAAGTACGTTTTCATTACATATGACTACAATTGTAGACATTTTAAAGTATATTGATGAAAAAACACTTGTATTGTTTGACGAGCTTGGTGCTGGTACTGATCCTCAAGAAGGCGCAGCTTTAGCAATGGCAATCCTCGATGAAGTGATTGAAAGACAAGCTAGAGTAATAGCAACGACGCACTATCCAGAATTAAAAGCTTACGGATTTAATCGACGTCAAGTTTTAAATGCTTCTGTAGAATTTGATATTGAGACATTACGTCCTACGTATCGTTTGTTATTAGGCATACCTGGACGAAGTAATGCCTTTGATATATCTCGGCGCTTAGGGCTTTCCGCAGCAATTATTGATCATGCAAAGTCCTACGTCGGCATGGATTCCAAAAATGTTGAAAATATGATTGCTTCTTTAGAACAATCGCAATTAAAGGCAGAAAAAGATTACGAGCAAGCTCATGACTTGCTACAACAAGCAGAAAACTTCTATGAAGATGTAAAGAATATGTGGCATGAATGGCAAGAGAAGAAAGACAAACTGTACCGGAAAGCTGAAGAGAAAGCTGATAAAGCCATTCAAAAAGCACGGGAAGAGGCAGAGCTTATCGTTCAAGAAATTCGCAACATGCGCAGTGAAGCCGAGTGGAAAGAGCATGAATGGATTGAAGCTAAGAAAATGCTTGATGATGCTAAACCGGAGTTATCGGCAAAACAAGACACCTCTACTCCCTCCAAAAAACGAGAAGAAAAAGTACTAGAACCTGGTGATGACATTAAACTACTTACGATTAATCAGAAGGGGACAGTGTTAGAAAGAATAAGCAATCATGAGTATTTGGTTCAAGTTGGCATTATGAAAGTGAAAGTGAATCGAAAAGATTTACACTATATGAGTAAAACAAAAGAGAAGTATGAGCAGCCAATTACAACTATTAAAGGAAGCAATTACCATGTGAAAACAGAGTTGGATCTTCGAGGAGAGAGGTTAGAAGATGCGCTGTTAAAATTAGAAAAGTATGTGGATGATGCGCTACTTGCTGGTTATCCAAGGGTTTCCATTATACATGGAAAGGGAACTGGAGCGCTTCGAAAAGGTGTTCAGCAGTTTGTACAACAACATCCGAGAATAGTTGACTCCAGGCCAGGTGAAGCTGGAGAAGGCGGTAGTGGAATAACGGTCATTAATTTGAAATAA	MYGVQPEDRKSKNRGYQEAPIYLEQPVKGVIDMNERMLRVLEFDKIIEQVTNYAATSIGKQALQQAHPSTDMKTVVRLQDETDEATHIERLNKTLPLGGIFDIRPSLKRVSIGGVLSAGECIEVSSTIYGARMAKDFVDRLEEDFPILSGMAKEVTPLRQLEQAINRCINDDGHMLDSASEKLRGIRSSIRTLESRVREKLSNFTKTHSNKLSDAIITIRNDRYVLPVKQEYRSAIGGIVHDQSASGQTLFMEPKAVVDINNQLQEAFVNEKREMDRILVSLSNLIAEEVNALEHNVHILGKMDVIFARAKYGQAMKGTKPIMNDRGFIKMNQARHPLIDSQDVVANDIELGKDYTAIVITGPNTGGKTVTLKMVGLCCLMAQSGLQIPALDGCELAVFSHIFADIGDEQSIEQNLSTFSLHMTTIVDILKYIDEKTLVLFDELGAGTDPQEGAALAMAILDEVIERQARVIATTHYPELKAYGFNRRQVLNASVEFDIETLRPTYRLLLGIPGRSNAFDISRRLGLSAAIIDHAKSYVGMDSKNVENMIASLEQSQLKAEKDYEQAHDLLQQAENFYEDVKNMWHEWQEKKDKLYRKAEEKADKAIQKAREEAELIVQEIRNMRSEAEWKEHEWIEAKKMLDDAKPELSAKQDTSTPSKKREEKVLEPGDDIKLLTINQKGTVLERISNHEYLVQVGIMKVKVNRKDLHYMSKTKEKYEQPITTIKGSNYHVKTELDLRGERLEDALLKLEKYVDDALLAGYPRVSIIHGKGTGALRKGVQQFVQQHPRIVDSRPGEAGEGGSGITVINLK				NA	NA	NA	NA	NA
AK148_01727	1752	polX	COG1387	DNA polymerase/3'-5' exonuclease PolX	ATGGTTTTCATTGGGGGGAGATTGGTGAATAGGATGGAAATTAACAAAAAAGATGTTATAAAGTTAATGGAAACGATAGCGACGTATTTAGAATTACAAGCAGAGAACCCTTTTAAAATTAGCGCCTATCGTAAAGCTGCACAAGCGTTGGAAAGAGATGATCGATCTTTAGAAGAAATTGATGATTTTTCTAAAATCAACGGGATTGGCAAAGGAACAAGTGCTGTTATTCAAGCGTACATACAAACAGGACAATCTAAGACCTTGCAAGATTTAGAAAAGCAAGTTCCAAAAGGCTTGCTCTCATTATTACAGCTTCCGGGGCTTGGTGGTAAGAAGATTGCTAAACTTTATCAAGAACTAGGCGTTACAGACGCTGCAGAATTAAAGGAAGCCTGTGAAACTGGGCGGGTAGAAAGATTAGCGGGATTTGGAAAAAAAACAGTTGAAAAAATATTAATAGCACTAGAAGAAGCAAATAAACGCCCAGAACGTTTACCAATTGCGATAATGCTACCTTTAGCTGAAAAATTGGAAGACTACTTGAACCAAATAAAAGAAGTCGATCGTTTTTCAAGAGCAGGAAGCTTGCGGCGGATGAGAGAAACTGTCAAAGATATCGACTTTATCATCGCAACAGAACAACCAGCTATCGTGAGAGACCATTTATTAGCCATGGATGGGGTAAAAAACGTAATTGCTAAAGGGGAAACGAAAGTATCTATTGTCATGGAAGATGTATATGATGTAAATGTGGATTTTCGTATGGTTCGGCAGGATGCATTTGCTTCTACGCTACACCATTTTACTGGCTCAAAAGAACATAATGTTGCTATGCGTCAAATAGCAAAGTCACGTGGTGAAAAGATTAACGAGTATGGTGTAGAAGTCGAAGAAACGGGAGAAATTCTTACCTTTCATTCAGAAAAAGCTTTTTTTAATCATTTTGGTCTGCACTATATTCCTCCTGATATAAGGGAAAATACTGGAGAAACAGAGGTATTTCAATCGCCTTATCCACTTTTAGAGCTGTCGGATATTAATGGTGACTTACACATGCATACGACGTGGAGTGATGGAGCACAATCGTTGGAAGAAATGGTCTTACGAGCGATGGAAAAGTCGTATCAATTTATTGCGATTACAGATCACTCTAAATTCTTAAAAGTTGCTAACGGATTAACTGAAAAACGATTACGTCAACAGCATGAAGAAATAGTACGTTTAAATGAAAAATATCCTGATATTCATATTTTTTCAGGTGTAGAAATGGATATACTACCTGATGGAAAGCTTGATTTTTCCAATGAATTTCTGCGTGAACTTGACTTTGTTATTGCGTCCATACATTCGAGTTTTAACCAACCCGAAGATAAAATGATGTATCGATTAGAAGCAGCATTAGAAAATCCTTACGTTTCACTTATTGCTCACCCTACAGGTAGATTAATTGGTAGGCGAGATGGTTATCAAGTTAATGTTAGTGCTTTAATTGACAGAGCGAAACAAACAAATACAGCATTAGAAATAAATGCAAACCCAAATCGTCTAGATTTATCTTATCAGTGGGCTCGAGAAGCTCAAGAAAAAGGCGTTACATTAGCAATCAATACGGATGCTCATAATTACCAAATGTTGGAGCATATGACATATGGAGTTGGGGTCGCTAGAAAAGGATGGATTAAACCAGAAACGGTTATGAACACGTGGTCTACGCAAGAACTGATTGCTTATTTTAACCGAAATAAATAA	MVFIGGRLVNRMEINKKDVIKLMETIATYLELQAENPFKISAYRKAAQALERDDRSLEEIDDFSKINGIGKGTSAVIQAYIQTGQSKTLQDLEKQVPKGLLSLLQLPGLGGKKIAKLYQELGVTDAAELKEACETGRVERLAGFGKKTVEKILIALEEANKRPERLPIAIMLPLAEKLEDYLNQIKEVDRFSRAGSLRRMRETVKDIDFIIATEQPAIVRDHLLAMDGVKNVIAKGETKVSIVMEDVYDVNVDFRMVRQDAFASTLHHFTGSKEHNVAMRQIAKSRGEKINEYGVEVEETGEILTFHSEKAFFNHFGLHYIPPDIRENTGETEVFQSPYPLLELSDINGDLHMHTTWSDGAQSLEEMVLRAMEKSYQFIAITDHSKFLKVANGLTEKRLRQQHEEIVRLNEKYPDIHIFSGVEMDILPDGKLDFSNEFLRELDFVIASIHSSFNQPEDKMMYRLEAALENPYVSLIAHPTGRLIGRRDGYQVNVSALIDRAKQTNTALEINANPNRLDLSYQWAREAQEKGVTLAINTDAHNYQMLEHMTYGVGVARKGWIKPETVMNTWSTQELIAYFNRNK				NA	NA	NA	NA	NA
AK148_01728	546			hypothetical protein	ATGGTTACTATTTTATTATTGTTGTTATTAGTGATGGGTTTTTTTATTGGGTTAAAGAGAGGATTCATTTTACAGCTATTCCATCTCATTGGGTTTATAGCATCTTTTGTTGTAGCAGCTTTGTATTACGATGAGTTAGGACCTAAACTGGAATTATGGATCCCTTATCCTGGTTTAGAGGAAGAAGGTAAGTGGGCAACGTTTTTACAAGACTTGCCTCTTGAAGCGGGTTTTTATAATGCTATTGCATTTTTGGTTATTTTTTTAGCGGTAAAAATCATTCTACAAATTATAGCTTCTATGCTTGATTTTGTTGCTTCTTTACCGATTTTACATTCTGTAAACAAATTATTAGGAGCCATTCTGGGCTTTGTAGAAACATATTTGTTACTTTTTATTTTCCTATATATTGCAGCTTTGATACCGATTGCTCAAATACAAACATGGATAAACGATTCTTCAGTTGCGTTATTTATTATTGAACGTACTCCTTATTTTTCAAATGAAATTAAAGAGCTTTGGTTCACATATGTAGCCAATAAATAA	MVTILLLLLLVMGFFIGLKRGFILQLFHLIGFIASFVVAALYYDELGPKLELWIPYPGLEEEGKWATFLQDLPLEAGFYNAIAFLVIFLAVKIILQIIASMLDFVASLPILHSVNKLLGAILGFVETYLLLFIFLYIAALIPIAQIQTWINDSSVALFIIERTPYFSNEIKELWFTYVANK				NA	NA	NA	NA	NA
AK148_01729	261	zapA	COG3027	Cell division protein ZapA	GTGGCCAATGAGGAAAAAACTCGAACAACGGTAGAGATACATAATCGTACCTATACAATTATAGGAACAGAGCCACAAAATCATATTAAATTGGTTGCCAGTTTAGTGGATCAAAAAATGAATGAAATCCAAGAAGCAAATAGGCAGCTCGATACGACAAGATTAGCTGTACTAACTGCTGTAAATACGATGAATGATTATTTAAAATTAAAAGAAGAATATGCTTCTTTATTAGGTTCTATGAAGAAAAAGGAAGACTAA	MANEEKTRTTVEIHNRTYTIIGTEPQNHIKLVASLVDQKMNEIQEANRQLDTTRLAVLTAVNTMNDYLKLKEEYASLLGSMKKKED				NA	NA	NA	NA	NA
AK148_01730	939	rnhC	COG1039	Ribonuclease HIII	ATGTCACAACAAGTATATCAATTTTCTAATACAGTGATAGACAAAATGAAAGCTTATTATGCAAATTTTTTAATTACGCCACCCCAAGGCGCTTTGTTTCGAGCAAAAACAAACGAAGCGGTTATTACGGCATATAAATCAGGAAAAGTATTATTCCAGGGCGCTTCTCCAGAAAAAGCAGCTAGCCTATGGACAAAAGATGCTAAAACTGCCTCCACACAAGCTACTTATTCCAACAAAGCGAAAACAAATTCCTATACGCCGAGTCCCCAACTGTTTTCTAGTAATCATATCGGTAGTGATGAAGCTGGGACAGGGGACTATTTTGGCCCTATTACTGTAGCAGCAGTCTATTTGACGAAAGCCCAAATTAGTGAACTAAAAAGGATGGGCGTAACGGACTCCAAAGCTTTGACAGATTTAAAGATCCGTCATCTAGCAAGGGATATCATCCAATTAAACATCCCATATACCCTAATTGCTTTACGTAATGAAAAATATAATCAATTACAGAAAAAAGGTTGGACACAAGGTAAAATGAAGACGATGCTCCATCATCATGCCATTCAACGCTTAATCAAAAAAATTGATCAGAGTCCATTAGATGGAATTCTTATTGACCAATTTTGTGAACCTGTTGTGTATAAAAAACATTTAGCCTCTGAAAAAGAAGTGCTATCACCGTCTACTTTTTTCATGACAAAAGCAGAGAGTTACTCTACCTCCGTTGCTGCAGCTTCTATCCTTGCAAGAACTAGTTTTCTAAAGCAGATGGATATATTATCAGAGCAAACAGGTATTACATTGCCAAAGGGAGCTTCTCAAAAAGTGGATCAAACGGCAGCTGTAATTATGAAAAAGTACGGAGAAAATCGCTTAACTCAAATCGCAAAGGTTCATTTTGCAAACACAAAAAAAGCACACGCTTACCTAAATTAG	MSQQVYQFSNTVIDKMKAYYANFLITPPQGALFRAKTNEAVITAYKSGKVLFQGASPEKAASLWTKDAKTASTQATYSNKAKTNSYTPSPQLFSSNHIGSDEAGTGDYFGPITVAAVYLTKAQISELKRMGVTDSKALTDLKIRHLARDIIQLNIPYTLIALRNEKYNQLQKKGWTQGKMKTMLHHHAIQRLIKKIDQSPLDGILIDQFCEPVVYKKHLASEKEVLSPSTFFMTKAESYSTSVAAASILARTSFLKQMDILSEQTGITLPKGASQKVDQTAAVIMKKYGENRLTQIAKVHFANTKKAHAYLN				NA	NA	NA	NA	NA
AK148_01731	2430	pheT	COG0072	Phenylalanine--tRNA ligase beta subunit	ATGTTAGTATCATTAAATTGGTTAAAAAATTACGTAGATATAACAGATATAAGTCCAGAAGAGTTAGCTAGTAAAATTACAAAATCAGGAATCGAAGTCGATGGCATTGAATATGTAGCAGAGAAAAGCGAACATGTCGTCGTAGGCTACGTTGTATCCTGTGAGAAACACCCAAACGCTGATAAGCTTAACTTATGCCAAGTAGATGTTGGGGAGGAAGAGCCGTTACAAATTATTTGTGGAGCTCCTAATGTAGCACAAGGGCAAAAAGTGGCTGTTGCCAAACCAGGGGCTGTCCTACCAAATAATTTCAAAATTAAACGTGTTAAACTACGTGGGGTTGAATCAAATGGAATGATTTGTTCTCTACAAGAACTCGGTATAGAAGAAAAATATGTACCAAAAGATGTAGCTGATGGCATCTATGTGTTCCCTAAGGATGTAACAGTTGGTGAGTCAGTGGAGCCATTATTAAACTTGAATGATGCTGTTTTAGAATTTGATTTAACTCCAAATCGCGCTGACTGCCTATCTATGTTAGGAGTTGCGTATGAAGTAGGAGCTATTTTAAACAGAGAGGTAAAACTGCCGAGTCCAAACCCAAAAGAGGGGACGGAAGAGGCAAAAGATTATATTGCTGTTGAAGTAGAAGCAAAAGAAGCTAATCCGTATTATGGTGCTTTTGTTATTCGTGATGTAGAGATCGAACAATCACCATTATGGATGCGGAATTATTTAATAGCAGCTGGGATTCGCCCAATTAATAACGTGGTGGATATAACGAATTATGTGTTGCTGGAATACGGCCAGCCCCTACATGCGTTTGATTATGATAAATTAGGGGAGAAAAAAATCGTTGTTCGCCACGCTAAAACCAATGAAAAACTCGTTACATTGGATGAGCAAGAACGCGTATTATCACAAGATCATTTAGTTATCACGGATGGGAAAGATCCGATTGCTCTAGCAGGAGTAATGGGAGGTTTATCGACTGAAGTCACAGATACAACGAAAAATGTTTTACTTGAAGCAGCATATTTTGATTCTAGCACGGTAATGAAGGCAGTGAAGTCAACGGGTCTATATAGCGATTCAAGTACACGATTTACGAAAGGCGTTGATCCAAATCGAGTAAAAGAAGCGGGGCTTCGAGCGTGCGAATTAATGGGAAAATACGCCAATGCGACTATTGCAAAAGGAGTAGTAGCATATGATGCATTAAACCGTGAGCAAAAACAGGTTAAAGTGAATGTAACTGAAATTAACAAACGTCTAGGTACATTATTACAGCCTGCTGATGTAGAAGATGCTTTGCAACGCTTGCAATTTAAATTTGAAAAAAGAAGCCAAGAATATCTTGTATACATTCCAACACGTAGAGGCGACATTAGCATTTTTGAAGATATGTTGGAAGAGATAGCGCGTATTTACGGCTATGATAAATTGCCATACACATTGCCAGTTGGAGCTGGGCAAGCTGGAGGCCTTACAGAAAGACAAATATTAATTCGCAAAATAAAAGGCATTATGGAAGCATCAGGGTTGATGGAGAGTCGCACATATACGTTAATTAGTGAAAATGCCGCTAATACGTTAATTAGCCCTGAGTTAACAGAAGCAAATTATGTTCCAATTGAATTAGCTTTACCGATGAGTGAAGAACATAAATATTTGCGCCTAAGTTTTTTACCTGAGATTTTGCGTATCTTAACTCACAACAGAGCACGTAATGAATTTGATCTAGGTTATTATGAAATTGGCAAAACATTTTTGACAGCAGAAAGCACGTTAACAAAACAACCAGAAGAAAGACTTCGATTAGCTGGCGCTGTAACAGGAAATTGGGTTCATCATCCGTGGCAACAAGAAAATAAACTAGTTGATTTTTATGTTGTAAAAGGAATTTTAGAGAAACTGTTTAATTACTTAAATGTAGCAGTTGTTTTCAAGCCTTGTAAGCATAAAGACATGCACCCTGGAAGAACAGCATCTCTCCATTTAGAAGGCGAGACAATTGGGTTTATCGGTCAACTACACCCACGCCTACAAAAGCAATTTGATCTAAAAGAAACATATGTATTTGATGTCGATGTCGAAGGGTTATTAGAGGCGTATAAAAATGAACCTACTTATGAGGAAATACCTAAATATCCATCTATTGGACGCGATATTGCTTTTGTTCTTGATCACACTGTGCTTGCAGCTGAAGTAAAACAAGTCATTATGGATGTTGGCGCACCGCTTGTGAAGCATGTATCTATATTTGATGTTTATGAAGGAGAGCATTTAGAAGCAGGCAAGAAGTCTGTAGCGTTTCATTTAGTATATCAGCATCCTGAGAAAACATTAACAGATGATGAGGTTCAAGCGTCTTACGAACAAATCATAGAAGCAGTCAAGAAGAAGTTTAACGCATATATTCGATCTTAA	MLVSLNWLKNYVDITDISPEELASKITKSGIEVDGIEYVAEKSEHVVVGYVVSCEKHPNADKLNLCQVDVGEEEPLQIICGAPNVAQGQKVAVAKPGAVLPNNFKIKRVKLRGVESNGMICSLQELGIEEKYVPKDVADGIYVFPKDVTVGESVEPLLNLNDAVLEFDLTPNRADCLSMLGVAYEVGAILNREVKLPSPNPKEGTEEAKDYIAVEVEAKEANPYYGAFVIRDVEIEQSPLWMRNYLIAAGIRPINNVVDITNYVLLEYGQPLHAFDYDKLGEKKIVVRHAKTNEKLVTLDEQERVLSQDHLVITDGKDPIALAGVMGGLSTEVTDTTKNVLLEAAYFDSSTVMKAVKSTGLYSDSSTRFTKGVDPNRVKEAGLRACELMGKYANATIAKGVVAYDALNREQKQVKVNVTEINKRLGTLLQPADVEDALQRLQFKFEKRSQEYLVYIPTRRGDISIFEDMLEEIARIYGYDKLPYTLPVGAGQAGGLTERQILIRKIKGIMEASGLMESRTYTLISENAANTLISPELTEANYVPIELALPMSEEHKYLRLSFLPEILRILTHNRARNEFDLGYYEIGKTFLTAESTLTKQPEERLRLAGAVTGNWVHHPWQQENKLVDFYVVKGILEKLFNYLNVAVVFKPCKHKDMHPGRTASLHLEGETIGFIGQLHPRLQKQFDLKETYVFDVDVEGLLEAYKNEPTYEEIPKYPSIGRDIAFVLDHTVLAAEVKQVIMDVGAPLVKHVSIFDVYEGEHLEAGKKSVAFHLVYQHPEKTLTDDEVQASYEQIIEAVKKKFNAYIRS				NA	NA	NA	NA	NA
AK148_01732	1206	pheS	COG0016	Phenylalanine--tRNA ligase alpha subunit	ATGAGTAAAGGTATTCCGGGTTATTCCCGTTATCGGAATGAAGTGGATACTTTGGAAACATTGTATGAACTAGGGTGGTACCGCGAAAATATGCCTCGTCCCTTGCTGGGAGGAGGCTTTTTATATTGCTTTTTAAGCTATGTAAGAATGAATAAAGGAGGAAATAAGAAGATGAAAGAGCAGTTAAAAATGATTGAACAAGAAGCTTTGGAAAAGATCTTACAAGCTAAGACTACGAAAGAACTGCAAGATATTAAAGTAACCTACTTAGGTAAGAAAGGTTCACTCACAAGTGTGTTGCGAGGGATGGGGAAACTTTCTAAAGAAGAGCGCCCGGTTATTGGAGAACTTGCTAACAAAGTGCGTCAACGTTTAACCTTAAGCCTTGAGGAGCAATTGGAGAAATTAGAAGAAATGGCTTTAGAAGAGCAATTAGAAAAAGAAACGATAGATGTAACACTTCCTGGCAGACCAGTGAGACTCGGTGGCCGGCATTTATTAACTAGAGTAATTGAAGAAATTGAAGATTTATTTATTGGAATGGGTTTTGAAATCAGAGAAGGGCCTGAGGTAGAAACGGATTATTTTAATTTTGAAGCATTAAACTTACCGAAAAATCATCCAGCAAGGGAAATGCAGGACACCTTTTTTATTACAAAAGAGTTATTAATGCGTACACAAACATCTCCTGTACAGGCACGTACGATGCTTGAATATGGTGGTAACAAGCCAGTGAAAATGATATCTCCTGGAAAAGTTTATCGCCGTGATACAGATGATGCCACTCATTCCCATCAGTTTACACAAATTGAAGGTTTATATGTAGATAAAGATGTGAAAATGAGTGATTTAAAAGGTGTACTAGATGTTTTCACCAAAAAAATGTATGGCAGTGATCGAAAAATTCGTTTTCGCCCAAGTTTTTTTCCGTTTACAGAACCATCTGTGGAAATTGATATTTCTTGTAAAGCATGTGAAGGAAAAGGCTGCTCTATTTGTAAAGGATCCGGATGGATTGAAATCTTAGGCGCGGGTATGGTACATCCAAATGTATTATCAATGGCTGGTTATGATCCAAAGGTTTACAGCGGATTTGCCTTCGGTATGGGACCTGAACGAATTGCGATGTTGAAATATGGAATTAAGGATATAAGGCAGTTTTACACGAATGACATTCGGTTTTTAACGCAATACCATAATGCTTAG	MSKGIPGYSRYRNEVDTLETLYELGWYRENMPRPLLGGGFLYCFLSYVRMNKGGNKKMKEQLKMIEQEALEKILQAKTTKELQDIKVTYLGKKGSLTSVLRGMGKLSKEERPVIGELANKVRQRLTLSLEEQLEKLEEMALEEQLEKETIDVTLPGRPVRLGGRHLLTRVIEEIEDLFIGMGFEIREGPEVETDYFNFEALNLPKNHPAREMQDTFFITKELLMRTQTSPVQARTMLEYGGNKPVKMISPGKVYRRDTDDATHSHQFTQIEGLYVDKDVKMSDLKGVLDVFTKKMYGSDRKIRFRPSFFPFTEPSVEIDISCKACEGKGCSICKGSGWIEILGAGMVHPNVLSMAGYDPKVYSGFAFGMGPERIAMLKYGIKDIRQFYTNDIRFLTQYHNA				NA	NA	NA	NA	NA
AK148_01733	747			Putative TrmH family tRNA/rRNA methyltransferase	ATGGAATCAATAATTACATCTGTTAAAAATACAAAAGTGAAAAATTGGAAAAAGTTACACACTCGAAAAGGGCGAGAAAATACAAATACGTTTCTCATTGAAGGTTTTCACATAGTTGAAGAAGCCTTTCTAAGTGGATGGACGATGAAGGAGTTAATTATTCAAGAAGGTGTATCTCTACCTACGTGGGTAAACGACATCCCAGTTACTGTGGTGAAAGATACTATTTTTACAACCATATCTCAAACGGATGCACCACAAGGGATTGCAGCTGTAGTGTCTATGAGAGAATTATTTGCCATAAAGCAAAGCCCTGTACTTATCGTCGATGCAGTGCAAGATCCTGGTAATCTTGGAACGATAATTCGGACGGCAGATGCAGCAGGTTTTTCAGAAGTAATTCTAGGAGAAGGAACGGTAGATGCTTTTAATCATAAAGTTATTCGTTCTACGCAAGGTTCTTTGTTCCATATTCCTATTAGGATAGCCAGGTTAGAAGAGGAAATTGCATCGCTTAAAAAAGCAGGTTTTGAAATATGGGTAACGGCTTTAGAGGATGCGTTCCATTATACAGAAGTAAAACCAAAGCTGAAGACAGGACTTATTGTAGGAAATGAAGGAAGCGGTGTAAGAACACAAATAATGGAGTTAGCAGATAAACGGGTGACTATACCAATTTATGGGAAAGCTGAATCGTTAAATGTCAGTGTAGCTTCTGGAATTTTAATGTACTATTTACGCTCATAA	MESIITSVKNTKVKNWKKLHTRKGRENTNTFLIEGFHIVEEAFLSGWTMKELIIQEGVSLPTWVNDIPVTVVKDTIFTTISQTDAPQGIAAVVSMRELFAIKQSPVLIVDAVQDPGNLGTIIRTADAAGFSEVILGEGTVDAFNHKVIRSTQGSLFHIPIRIARLEEEIASLKKAGFEIWVTALEDAFHYTEVKPKLKTGLIVGNEGSGVRTQIMELADKRVTIPIYGKAESLNVSVASGILMYYLRS				NA	NA	NA	NA	NA
AK148_01734	225	sspI		Small, acid-soluble spore protein I	TTGGATTTAAATTTACGCGAAGCAATACTTAGCAATATCGCTTCTAATGACCAATCCCAATTGGAAGCAACTATTGTTGATGCCGTCCAGAGTGGAGAAGAAAAAATGCTTCCTGGACTAGGTGTCTTATTCGAATTAATCTGGGAGAATGCAGAAGAACAAGATAAAGACCATATGTTAGAAGCTTTAGAACAAGGTGTAAAGCAAGCTACAACACAGTCCTAA	MDLNLREAILSNIASNDQSQLEATIVDAVQSGEEKMLPGLGVLFELIWENAEEQDKDHMLEALEQGVKQATTQS	PGPT0024900_46	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024900-sspI-K06426	NA	NA
AK148_01735	1575			hypothetical protein	ATGGAGGAAACAAAGAAACGTAAGCTGTCACCCAAAACATTAATTGGTATTACTATAGGGGCAGTAATACTAATTGGCGGAACTGTTGCGGCTTATATTTTCGCAAATTTATCGGATAAGCAGAAATACTTTTTAGCAGAGAAAGAATCAATAGCGTTTATGAATGAGCAAATTGAACAACGATATGAATCAGAATTTGATTGGTTAGAAACTACTAGAGAAGAACCGACGGAAACAAATTATGAATTGTCAGCGGAATCCGATATTCCTATTATTCAAGGTGGTATGGGGGTAGATCCTGCTCAACTCATCAATAATTCTACTATTTCTTACACACATGCTGCTGATATAAAAAATAAAAAAATATCTGGAAATCTATCAGCGAATATTGGCGAAATGAAAGTGGATAACATTACTTTTCATTTAAATTCCAAACAATTTATGGTAGGTTTACCGTTTCTGGAACAATTCATCTCGTTAAAAGGTGAAAATGTTGGCAAACTATTGCAAGAAATCGACCCAGCTACTTTTACAGGCGAAGAAAAGGTTGATTTTAATATGTTATTTGAAGAAGCACTATCTGAAGATGATAAAGAATATATTCAAGAAGAATATGGCAAGTTTATTTATGACCAATTACCAGACGAAGCTTTTAAAACAGAAAGCGAAACGATTAAAGTCCATGATAAATCATTAGAAACAGACAAAATCACGATGCAATTAAGTGAAGAAAAAGTAAAAGATATTTTAAGTAAAACCATAGAAAAATTACGAAAAGACGATAAAATGAAAGAGCTTTTCCGTCAATTTTTAGAAGAACAATTGATGGGGATGGCAGCCATGCCTGAAATAAAAAAAGAGATAGACCAAACAATGGAAGATTATGATACTTCTTTAGAAAAAGCAAAAGAAGATATAGATGGATTTCAAATTCCAAAAGGTTTAACATCTACCATTTGGGTGCACGATGATTTAATTGCCCAACGCGATTTTAATATTCAACTCGGTCAAAACAAAGAACGACTTACTACCATCGAGTTTAAAGGGACACAACTTCTCCAAGAAGAAAGGCAGCAATTTAATCTCGCTTTAAACGTTGATGACGCTATGGAAGGTGGTAAAGTAAGCCTCTCCGGTGATTTATCATGGAAAGATAAAAAAGCGGAGGATTCTCTGAAACTAGCGTTTGACGAACAAGCATTTACTTATGACGGCAAAGAAACGTTAAAAGATGGAAAACGCGATTTTGAACGTACGATTAATCTTCAAGATCCATATACAGGTGATACACAACTCATTTGGAACGGTACATCTAATTATGAAAAAGATCAAATGAACGAGGAACACAGCTTTGCTTTTACTGATCCAAATGTTGATCAAAATTTATTCTCACTTCATGCTAATGTTGAAGGAAAAACAGTAGACAGTGTAGATATTCCGAGTAAAGATAAAACTACAGAAATTGGAACAATGAATAAACAAGAGCTTATGGAATTTTTCGAAACGGAAGTTACACCTAAATTCCAAGGCTGGATGGTAGAAATGCTATCAGCTACCGGAAACATGGAATTCTAA	MEETKKRKLSPKTLIGITIGAVILIGGTVAAYIFANLSDKQKYFLAEKESIAFMNEQIEQRYESEFDWLETTREEPTETNYELSAESDIPIIQGGMGVDPAQLINNSTISYTHAADIKNKKISGNLSANIGEMKVDNITFHLNSKQFMVGLPFLEQFISLKGENVGKLLQEIDPATFTGEEKVDFNMLFEEALSEDDKEYIQEEYGKFIYDQLPDEAFKTESETIKVHDKSLETDKITMQLSEEKVKDILSKTIEKLRKDDKMKELFRQFLEEQLMGMAAMPEIKKEIDQTMEDYDTSLEKAKEDIDGFQIPKGLTSTIWVHDDLIAQRDFNIQLGQNKERLTTIEFKGTQLLQEERQQFNLALNVDDAMEGGKVSLSGDLSWKDKKAEDSLKLAFDEQAFTYDGKETLKDGKRDFERTINLQDPYTGDTQLIWNGTSNYEKDQMNEEHSFAFTDPNVDQNLFSLHANVEGKTVDSVDIPSKDKTTEIGTMNKQELMEFFETEVTPKFQGWMVEMLSATGNMEF				NA	NA	NA	NA	NA
AK148_01736	1224			hypothetical protein	ATGCATTTCATGAAAATAACATTATTGTTTATAACATATAATGCACTGCAATTAAAGAGGAAGTGGTATGCACTTCCTCTTGTTTTACTTCTCCCCATTTTTATCGTCGGCTTACTAGCGTATATTACCATAACATTTGTTACTCCAGATGAACAAAATCCTATACAAGTTGGACTAGTTGATTTAGATCAATCAAAGGAAACAAAGCTATTCATTAATATGTTGGATGAAACATCTGAACTTGGCAGCTTTATACATGTACATAAAATGAGTGAAACAGCAGCGAAACAAAAAATGGAGAATGATGAGATCAGCTCCTACATAGTATTCCCAGAAAAATTCACGCATAATTTATATCAAGGAAATCCAGTTACTTTATCAATGATAGGCAACCCAAATCAACCTATTCAAAGCCAAATGGTTTATACAATAATGGAAAGTGTGACAACACATATAAGGGCGTCTCAAGCAAATGTGCTCACGTTAAATCGTTACGCCAAAAAACTCCCCTTAGATGAGCAAGAACGCAATGAGTTTGTCTTTGAACAATTTAAGAAGTTTGTGTTCTACACTTTAGGAAGAAAGCAGCTTATTCAAGAGGAGCAATTAATTAATCAGGCTACCGCCACCCCCGCTTCTTACTATAGTCTTGGTGGCTGGTTTATCATATTCACATCATGGTTACTACTTATATACACAGGATTACACCGTGACGTAACAGCAAAAATGGAACAAAGAATGATGCTCTACAATGTACGACCAATTCAACAGATATTTGCTAAACTAGCTGTAACTATGGGCTTCGTTTGTATGCTTGGTTTAGGTCTATTATTTGTACTTCATATATTATTAGGTTGGGATATTCAACTCGTAGACGCAGTGAGGATTATGCTTGTTATTATTTTATATAGCTTTTGCTTCTTATTAGCCATTTCTATCGTAGAAGCTTTCATTCGTTCTCATCGAATGCGACTCGTCGTACAAATTAGCCTTACTTTGGCAATTCTTTTATTAAGTGGCTCTATCGTTCCAACGATTTATTTGCCGCTTTCATTTCAGCAAATGCTTCCCTTTACTTTTTCTTCGGAAGCATTCTACTGGCTACAAGAATTATTACTACATAAACGCTTGTATGTAGACTACATTCCATTGTTACTAATGACTGCCGTTGGTTTTTTTGTTCTTTCTAGTATTACCATTGGAAAGGAGCGCCTACATCGATGA	MHFMKITLLFITYNALQLKRKWYALPLVLLLPIFIVGLLAYITITFVTPDEQNPIQVGLVDLDQSKETKLFINMLDETSELGSFIHVHKMSETAAKQKMENDEISSYIVFPEKFTHNLYQGNPVTLSMIGNPNQPIQSQMVYTIMESVTTHIRASQANVLTLNRYAKKLPLDEQERNEFVFEQFKKFVFYTLGRKQLIQEEQLINQATATPASYYSLGGWFIIFTSWLLLIYTGLHRDVTAKMEQRMMLYNVRPIQQIFAKLAVTMGFVCMLGLGLLFVLHILLGWDIQLVDAVRIMLVIILYSFCFLLAISIVEAFIRSHRMRLVVQISLTLAILLLSGSIVPTIYLPLSFQQMLPFTFSSEAFYWLQELLLHKRLYVDYIPLLLMTAVGFFVLSSITIGKERLHR				NA	NA	NA	NA	NA
AK148_01737	1131			hypothetical protein	ATGAAATCTATTATCCAAACCCGCTTCTTGCATTGGAAACATCATTTCTATTCCTTTGTTTTTTGGCTGTTTTTCCCTCTTGCTAGTGTGATTTTTCTTCATTGTTTGCTAATAGACGTTCAGCCAGAAAGCAAAGTCCCGGTAGGTCTTGTTGTAGAAGATCAAACAAACACCGCTTTTGAATTGGTAAAAGAATTGAAACAATCCTCTCTTCTTCGTATCTACGAGTTAGATGAAGACAAAGCGCTTCAACAATTGAAAAAACATGAATTGGATAGTGTATTTATTATTAAAGATGGGTATGAAGAAAAGATGCATAGAGGTAGTCGAAATCGGCTAATTACTAGTTATCAATCAGATTTATCGTTCGCTTATACTTCTGTTTCGGAAATGGTAGCTTCTTTCGTGCAAAAAAATACAGGACGAATTAAAACCGCTCATACTGTATTACAATTGGAGAAACAGTTGACCAACAGTCAGGAATGGACAAAAGATGAAATTATTACTACAAGTAAAGAGATCGAGACAAATCAGAATTTATTATCAACTCAATTTCGATATCGAGACCAAGTAAACAAAAGAGAAAAACAAGTATCATTATGGAACCCCTGGGGGATATGGATATTATTCGCAAGTTTGGCCACTTTCTTTCTTTTTGATTGGGTGATTAAAGAAAACAATGCGACCGTTAAACCACGATTTGTATTTATTCGGTTTTCTTTTAAGAAATATGCGTTACTCAATCTCACATTATATACATGTTTATTACTTTTCATAGATGTTATTACAATTTTTGTTTTTCACTATATTCTTGAGATACCAACCCATTTCTCACAAATTATTGCCATCGTCACCATAAGAATGATATTGAATGGTTTTGCTTTTTTATTCGCTTTAAAAATGAAACGTTTAGTTACGTATTATAGCTTATCTTTCATTATTACATTATTACTTGCTTTAACTAGCGGAGCAATTATCCCTATTGATCATCTAGTTAAGAACCTGCCAACTATATCTGTAATTCACCCGTTTATTCCATTTCTCGAAGGGGCATTACATAATATTTGGCTTTATATTGTAGGCTTACTAATTATTATTTGGTATGCAAGAAGGGAAGATACATATGCTTAA	MKSIIQTRFLHWKHHFYSFVFWLFFPLASVIFLHCLLIDVQPESKVPVGLVVEDQTNTAFELVKELKQSSLLRIYELDEDKALQQLKKHELDSVFIIKDGYEEKMHRGSRNRLITSYQSDLSFAYTSVSEMVASFVQKNTGRIKTAHTVLQLEKQLTNSQEWTKDEIITTSKEIETNQNLLSTQFRYRDQVNKREKQVSLWNPWGIWILFASLATFFLFDWVIKENNATVKPRFVFIRFSFKKYALLNLTLYTCLLLFIDVITIFVFHYILEIPTHFSQIIAIVTIRMILNGFAFLFALKMKRLVTYYSLSFIITLLLALTSGAIIPIDHLVKNLPTISVIHPFIPFLEGALHNIWLYIVGLLIIIWYARREDTYA				NA	NA	NA	NA	NA
AK148_01738	687	lnrL_4	COG1131	Linearmycin resistance ATP-binding protein LnrL	ATGCTTAACGTAGAACGTATATCTAAAACTTATAATAAACAGCCTATTTTCACTGATGTCTCCTTTTCCATACATCCTGGTGAAATTATCGGTTTGGTCGGTGAAAATGGGGCAGGGAAATCGACTTTATTACATGTATTAGCAACTTTACAGATGCCTACAACAGGGTCCATTCAATTATACGACTGGTACTACCAAAAACATCGTAAGCATGTACGACGCCATATCGGATTTGTACCGCAAGATATCGCTATATGGGATAATTTTACCGTTCGTGAAAATATGGTTTTTTTTGAAAAACTAGCATGGAAAAACAAATCCGAAAAAGAATTAAAAGAATTATGTCTTGATATGAATTTAGATCGTTGGCACGATAAAGTTCATACGCTGTCTGGTGGCATGAAACGAAAACTCAATCTAGCCATTAGCCTTATTCACGACCCGGCTCTGATTTTATTAGACGAACCGACAGTCGGAATAGATTTAAAATCAAAAAAGGAAATTGCTACTTACTTGCAAAAGTTAGCGCGTAATCAACAAAAAATGGTCCTTTACACTTCTCATGATATGGATGAAATCAAAGCTTTATGCTCCAAAGTTATTTGTATTGGTGAAGATCCTTTTTATAGGAATTTATTACAACATGCTGGCAAAAAAATTGTCCCGCTTAATAACTCATTCCCTTAA	MLNVERISKTYNKQPIFTDVSFSIHPGEIIGLVGENGAGKSTLLHVLATLQMPTTGSIQLYDWYYQKHRKHVRRHIGFVPQDIAIWDNFTVRENMVFFEKLAWKNKSEKELKELCLDMNLDRWHDKVHTLSGGMKRKLNLAISLIHDPALILLDEPTVGIDLKSKKEIATYLQKLARNQQKMVLYTSHDMDEIKALCSKVICIGEDPFYRNLLQHAGKKIVPLNNSFP				NA	NA	NA	NA	NA
AK148_01739	633	mltF		Membrane-bound lytic murein transglycosylase F	ATGGAAATAAGAGAGTTGCAAAAAATGATGCAGTATGAAGCGATGTCTATCCTTACATCTGGCTCAAATGGGTTTTCCAGTCATTCACCAATGATGGAACTTGCCTTTAAGCAGTTGTTGCAAGAACAGTTATCCAAAGCAAACACACTACAAGCTACTCATTCTTTACCACCTAAGAACCATAATCATACATATCCATTAAATAATACGTTAGCAACTTCGTATTCAAAGATGACAGCGACAAGTGATACAACTACTAAAGAGATAGATACGCTCATTCAGGATGCCGCAAAGAAGTACCAAGTAGACGAGCGTCTCATTCGCTCTGTTATCCAGACAGAATCCAATTTTAATCCGCTAGCTAAAAGTAGCGCCGGAGCTCAAGGTTTAATGCAATTAATGCCTGCCACCGCAAGAGGCTTAGGTGTAACAAATCCATATGACCCGCAGCAAAACATACAAGGCGGTGTCAAATATTTAAAGCAAATGATGGACAGATATAACGGTCATACAGAATTAGCTTTGGCTGCTTATAATGCCGGGCCTGGAAATGTAGATAAACATCAAGGAGTTCCACCTTTTAAAGAAACTCAAAATTATGTACAAAAAGTAATGCATCAATATTTAGCTTAA	MEIRELQKMMQYEAMSILTSGSNGFSSHSPMMELAFKQLLQEQLSKANTLQATHSLPPKNHNHTYPLNNTLATSYSKMTATSDTTTKEIDTLIQDAAKKYQVDERLIRSVIQTESNFNPLAKSSAGAQGLMQLMPATARGLGVTNPYDPQQNIQGGVKYLKQMMDRYNGHTELALAAYNAGPGNVDKHQGVPPFKETQNYVQKVMHQYLA				NA	NA	NA	NA	NA
AK148_01740	1086	ysdC_1	COG1363	Putative aminopeptidase YsdC	ATGACGAAGATGGATGAAACATTAACTATGTTTAAAGATTTGACAGATGCTAAAGGGATACCAGGCAATGAAAAAGAAGCCCGTGACGTCATGAACAATTACATTACTCCATATGCAGATGAAGTCATGTATGATAATTTGGGTAGTCTAATCGCTAAAAAAACCGGCGACGAGAATGGCCCTAAAATAATGGTTGCTGGGCATTTGGATGAAATTGGTTTTATGGTTACAAGAATTGATGATAAAGGTTTTCTTTACTTTCAAACGGCTGGTGGTTGGTGGAGCCAAGTAATGCTTGCCCAGCGTGTTACGATTATGGGAAGTCATGGAGATGTAACAGGTGTTATTGGATCGAAACCGCCTCATATTCTTTCTGCTGAAGCAAGGAAAAAGCCAGTAGAAATTAAAGATATGTTCATTGATATAGGTGCTTCTAGCAAAGAAGAAGCGGAAGAATTTGGCGTAAAACCTGGAGATTCCGTCGTTCCATATTTTGAGTTTACACCTTTAAAAAATGAAAAGCTACTGTTGGCTAAGGCTTGGGACAACCGTATTGGCTGTGCAATTGCTATTGAGGTTTTAAAACAACTAAAAGGACAAAAGCATCCTAACATCGTTTATGGTGTTGGAACTGTACAAGAAGAAGTTGGACTTCGTGGTGCTAAAACTGCTGCCAACACGATAAAACCAGATATTGGTTTTGGTGTTGATGTAGGTATAGCTGGTGACATGCCAGGAGTTTCAGATCATGAAGCAGATAGCAAAATTGGTAAAGGGCCACAAATCGTGTTATACGATGCCTCTATGATATCTCATAAAGGAGTACGTGACCTTGTTGTTAAAACCGCTGAAGAAAATGACATTCCGTATCAATTTGCGACGATGGCTGGCGGGGGTACCGATTCTGGTTCTATTCATTTAACAGCAAACGGTGTGCCGTCTTTATCTATTACAATTGCAACACGCTATATCCATACGCATGCTGGTATTTTACATCGAGATGATTTTGAACATGCGGTAAAATTAATTGTGGAGACGATTAAAAAGCTGGATCGTGATACTGTAAATGAACTAATTCTTGCTTAA	MTKMDETLTMFKDLTDAKGIPGNEKEARDVMNNYITPYADEVMYDNLGSLIAKKTGDENGPKIMVAGHLDEIGFMVTRIDDKGFLYFQTAGGWWSQVMLAQRVTIMGSHGDVTGVIGSKPPHILSAEARKKPVEIKDMFIDIGASSKEEAEEFGVKPGDSVVPYFEFTPLKNEKLLLAKAWDNRIGCAIAIEVLKQLKGQKHPNIVYGVGTVQEEVGLRGAKTAANTIKPDIGFGVDVGIAGDMPGVSDHEADSKIGKGPQIVLYDASMISHKGVRDLVVKTAEENDIPYQFATMAGGGTDSGSIHLTANGVPSLSITIATRYIHTHAGILHRDDFEHAVKLIVETIKKLDRDTVNELILA				NA	NA	NA	NA	NA
AK148_01741	486			hypothetical protein	ATGAATTGGGAAAAATTATATCGATTACAGAACGAGCTAGATACATATATTGAAACGAACCAAAATATAAAGAAACAAGATGTATTCGAAAAGAAGTATTTGGCATTACTTGTGGAGTTGGGAGAATTAGCCAATGAGACAAGGTGCTTTAAATTTTGGAGTAATAAGCCGAGAAGTGAAAGAGATACAATATTAGAAGAATATGTGGATGGCGTCCACTTTTTACTCTCATTAGGAATTACAAAGGGTCATTATTTTAGCGGGAACGTTTCTAGAAATAACGTGGAGGATGAAACAACGTTATTTCTAAACGTGTACACAGCCTGTCAGCAATTTTTTCAACATCCAACGTCGGTTAATTATAGTCATTTATGGGAAACATACTTGCATCTAGGTCAAGCTTTAGGATTTTCGGAAGTAGATGTTCATAGAGCTTATCTAGAAAAGAATGAAGTGAATTTCGTACGTCAAGACGAAGGGTATTAG	MNWEKLYRLQNELDTYIETNQNIKKQDVFEKKYLALLVELGELANETRCFKFWSNKPRSERDTILEEYVDGVHFLLSLGITKGHYFSGNVSRNNVEDETTLFLNVYTACQQFFQHPTSVNYSHLWETYLHLGQALGFSEVDVHRAYLEKNEVNFVRQDEGY				NA	NA	NA	NA	NA
AK148_01742	393	ysdB		Sigma-w pathway protein YsdB	ATGATAGTCATTTTATTTCGCGTACTAATTGTGCTGGCTTTGGCATTGCTTATATATACTTGGATTCAATATTATCGTAATCCCCAACGAAAATTGCAAATAGCTAAAGCAGAAGGAACATATTATTTTTTAGACGAACCTGGAAATAGTAAAAAAAATCTTCAATTTGTTTATAAAGGATGCTTGTTTGAAGGTGAGAAATATGTTGGAACTACAGAAGATTCTTTTGAAGTAGTTAATATACATATTACAGCCAAAGATCCTCTTGAGCTTAGTGGTTTACGAAGGGACGACTTATATTTTCTTGAGGAAGAGATCCTTATCCGTTATCCCCATGCAAAAATTGAATGGAAACATCCGATTAATCAATTGTTAATAAGCTCTTTGGATTAA	MIVILFRVLIVLALALLIYTWIQYYRNPQRKLQIAKAEGTYYFLDEPGNSKKNLQFVYKGCLFEGEKYVGTTEDSFEVVNIHITAKDPLELSGLRRDDLYFLEEEILIRYPHAKIEWKHPINQLLISSLD				NA	NA	NA	NA	NA
AK148_01743	585			hypothetical protein	ATGGAATTAATGGGGAATTATTTACTCGCTTTCATTGAAGGAGGAGGCTTATTTGCCCCTATATTATTTATCAGTTTTCATTTATTAAGGCCTTTGCTTTTTTTACCGGTTATATTTATTTGTATATCAGGTGGTATATTATTTGGAGCTATTGCAGGGACAGTATATTCCCTTATAGGTATTACATTATCAAGTATTATATTTTACTTTTTTGTATATAAGATGCCGAAGTCTATGCAACGGTTTCAAAAGGTAAAAGGAAAGATAATTGGTAAGCAAACAGCTTTAACAACATCGCAAATAGCGTTGCTTCGATTGATACCATTTATCCATTTCCACTTACTTTCGTTATGTTTGTTAGAGATATCATCGGGCTTAAAAGATTATACAAAATCATCTTTTTTGACTAACATTCCGATAGCATTTATTTATACATCTATTGGTCAATGGATTTCAAATTTGACGCCACTCTACATTGGTTTAAGCTTACTGATACTTTTGCCATTGGTTTATTTGTTGCGTAGAAAAGAAATTTATATCAAATGGCAAGATTTTTTTCATGTTCAAACAAGGGAAGGTACATAG	MELMGNYLLAFIEGGGLFAPILFISFHLLRPLLFLPVIFICISGGILFGAIAGTVYSLIGITLSSIIFYFFVYKMPKSMQRFQKVKGKIIGKQTALTTSQIALLRLIPFIHFHLLSLCLLEISSGLKDYTKSSFLTNIPIAFIYTSIGQWISNLTPLYIGLSLLILLPLVYLLRRKEIYIKWQDFFHVQTREGT				NA	NA	NA	NA	NA
AK148_01744	282			hypothetical protein	GTGAATCAGTGGAATACTATTTTATTTTATTTGCTAGGTGTTAATAGTATAGCTTTTGTATTGATGGGAATGGATAAGCGCAAAGCAGAACAGAAACAATATCGAATTCCAGAAAGGACGCTATGGATGTTGGCGATTTTAGGAGGCGCATTGGGAATTTGGTTAGGAATGAAATTATATCGTCACAAAACGAGACATAGGCGTTTTATTTTTGGTATCCCTGTATTATTTTTTGGTCATTGCTTATTTTTGATATACTACATGTTTAATGGCTTGGTGTAA	MNQWNTILFYLLGVNSIAFVLMGMDKRKAEQKQYRIPERTLWMLAILGGALGIWLGMKLYRHKTRHRRFIFGIPVLFFGHCLFLIYYMFNGLV	PGPT0022365_1899	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022365-lpxG-K07098	NA	NA
AK148_01745	357	rplT		50S ribosomal protein L20	ATGCCACGTGTTAAAGGTGGAACAGTAACGCGTCAACGTCGTAAACGCGTCCTTAAATTAGCTAAAGGTTATTATGGTTCAAAAAGAACGTTATTTAAAACAGCAAAGCAACAAGTAATGAAATCGGGTCAGTATGCTTATCGTGATCGTAAACAGAAAAAACGTGATTTCCGTAAACTTTGGATTTCTCGTATTAATGCAGCAGCACGTTTAAATGACATGTCCTATAATAAATTAATGCATGGTTTAAAAGTAGCTGGAATCGATATTAATCGTAAAATGCTATCCGACTTAGCAATTAACGATGAAAAAGCTTTTACGCAATTAGTTACGAAAGCAAAAGAAGCATTGAAATAA	MPRVKGGTVTRQRRKRVLKLAKGYYGSKRTLFKTAKQQVMKSGQYAYRDRKQKKRDFRKLWISRINAAARLNDMSYNKLMHGLKVAGIDINRKMLSDLAINDEKAFTQLVTKAKEALK				NA	NA	NA	NA	NA
AK148_01746	198	rpmI	COG0291	50S ribosomal protein L35	ATGCCAAAAATGAAGACCCATAAAGGTTCTCAGAAACGTTTTCAAAAAACAGGTACTGGAAAATTAAAACGTGGCCATGCATACACTAGCCACATGTTTGCAAATAAATCGCAAAAGCAAAAGCGTAAACTTCGTAAAACAACCACAGTATCAGCTGGTGATTACAGAAGAATTAAAACAATGCTTCCTTATAAATAA	MPKMKTHKGSQKRFQKTGTGKLKRGHAYTSHMFANKSQKQKRKLRKTTTVSAGDYRRIKTMLPYK				NA	NA	NA	NA	NA
AK148_01747	522	infC		Translation initiation factor IF-3	ATGATAATTAGCAAGGAAATGAATGTTAATGAGAAAATTCGTGCTCGTGAAGTGCGTTTAATTGATGCCAATGGCGATCAGTTAGGTGTTAAACCTCGTCAAGAAGCTCTAGAAATTGCTCGAAAACGCAATCTTGATTTAGTGCTTGTTGCTCCCAACGCAAAACCGCCTGTATGTCGAATTATGGATTACGGGAAATATCGTTTTGAACAGCAGAAAAAAGAGAAAGAAGCACGTAAAAAACAAAAAGTTATTAACGTAAAAGAGGTTCGATTTACCCCTGGAATTGGGGACCACGATTTTGAAACGAAGCTAAAAAATGCTCGTAAATTCTTAGAAAAAGGCGACAAAGTAAAAGCCGCTGTTCGTTTCCGCGGACGTGCTATTACGCATAAAGAATTAGGACGAGAAGTACTTGATCGATTTGCTGAGGAAGTAAAAGATATTGCGACTGTTGAGACAAAGCCTAAAATGGAAGGTCGTAATATGTTTATGATGCTTGCTCCAGTAAATGAGAAGTAG	MIISKEMNVNEKIRAREVRLIDANGDQLGVKPRQEALEIARKRNLDLVLVAPNAKPPVCRIMDYGKYRFEQQKKEKEARKKQKVINVKEVRFTPGIGDHDFETKLKNARKFLEKGDKVKAAVRFRGRAITHKELGREVLDRFAEEVKDIATVETKPKMEGRNMFMMLAPVNEK				NA	NA	NA	NA	NA
AK148_01749	759			hypothetical protein	TTGACATTTGGAAGCCCAATCGTAAGAGGAAATACCGCTGATATTTATATATGCAACGATATCATTGTGAAGCTATTCCATGAAAAAACTGCTCCTAATGAGGCGTTACGAGAAGCAAGAAAACAAGCTTTTGTTTATTCATGTGGTATCAATGTCCCGAAAGTTTGGGTTGTAAGAAAAATTGATAATCGGCAAGCGATTATAATGGAATATATCCAAGGAAAAACGTTAGGGCAAATGTATCAAGAGGAAATCTGCTCCTTAGATGACATTCTTACCTTATCTGTAGCTGTGCAGCAACAATTACATTATAAAAAGACAGTTCATTCGAGCGCTATGGAGCGGATGAAACAAAAGCTAGAGCGTCAAATTGCTACTGTTAATCAGTTGGAAAGATCGGAAAAAGTACACCTTATGCAGTTGTTGGACATGTTACCTGAGGACGCTAGCTTATGCCATGGAGATTACCATTTTTTTAACCTAATTGCATCTAATAATCGTGTGACAATTATTGATTGGGTAGATGCTAGTATCGGTAATATTGGCGCCGATGTATATCGTACGTATTTGTTGTACTCTCAATTCTCGTTAGAAATAGCGGAAAAATATCTTTTTTATTACTGCAAGACGAGTGATTTAAAGCGAAAAGAGATATTTCAGTGGGCTCCAATCATCGCAGCTGCAAGACTATCAGAAGGTGTAACTACAGAAAACGAACAGCGACTTATGGAAATAATTCATGATGGTAAGAAAGGGTAA	MTFGSPIVRGNTADIYICNDIIVKLFHEKTAPNEALREARKQAFVYSCGINVPKVWVVRKIDNRQAIIMEYIQGKTLGQMYQEEICSLDDILTLSVAVQQQLHYKKTVHSSAMERMKQKLERQIATVNQLERSEKVHLMQLLDMLPEDASLCHGDYHFFNLIASNNRVTIIDWVDASIGNIGADVYRTYLLYSQFSLEIAEKYLFYYCKTSDLKRKEIFQWAPIIAAARLSEGVTTENEQRLMEIIHDGKKG				NA	NA	NA	NA	NA
AK148_01750	1947	thrS	COG0441	Threonine--tRNA ligase 1	ATGGCAGAAGAATTAACTTTTGTATTTCCAGACGGAGCAGAAAAAGCTTTTCCAAAAGGTGTAACTGGTGAGGAGATTGCCGGTTCCATTTCCTCTGGATTAAAAAAACAGGCATTAGCTATTAAGATAGATGGTGTACCGTTTGATTTAAGACGTAAATTAGATCGTGGTGGATCCATAGAAATTATTACGAACAAAGATGATGCGGGTATAGAAATTATGCGTCATTCCACAGCTCATTTAATGGCTCAAGCGATTAAGCGATTGTATAAAGATGTGAACTTTGGTGTCGGTCCAGTAATTGAAGAAGGTTTTTATTATGATATGGACATGGCGCATTCGATTACACCTGAAGATCTTCCGAAAATTGAAAAAGAAATGAAAAAAATAATAGACGAAGCTCTAGAAATAGAACGTTTAGAAGTATCAAGAGAAAATGCTATAGAAATGTTTCAAGACGATCCCTTGAAGCTAGAGTTAATTGATGCCATCCCAGAAGATGAACAAGTGACGATTTATAAACAAGGGGAGTTTTTTGATTTATGTCGCGGAGTTCACGTGCCTTCTACAAATAAAATTAAGGCTTTTAAGCTGTTAAGTATTTCAGGTGCTTATTGGCGTGGGGATAGTAATAACAAACAATTGCAACGTATTTATGGAACGGCGTTTGCAAAACAAAGTCAAGTGGACACGTATTTGAAATTGTTGGAAGAACGTAAAGAACGTGACCATCGGAAACTAGGTAAAGAATTAGATATTTTTACGATCTCACAAAAAGTAGGACAAGGTTTACCGCTTTGGCTGCCAAAAGGGGCAACAATCCGTAGAACTATAGAACGCTACATTGTTGACCTAGAGGAACGTCTTGGCTATGATCATGTCTATACACCTGTATTGGGAAGTGTCGAGTTATATAAAACGAGCGGGCATTGGGATCACTATCATGAAGACATGTTTCCAGAGATGACGATGGACAACGAAGAATTAGTACTAAGACCAATGAATTGTCCACATCATATGATGGTATACAAAAATCAGCTGTACAGCTACCGGAATCTACCTGTGCGTATTGCTGAGCTTGGAACGATGCATCGTTATGAGATGTCTGGAGCATTAGCTGGATTACAGCGTGTGAGAGCCATGACTTTAAATGATGCGCATATTTTCGCTCGTCCAGATCAATTGAAAGATGAATTTATTCGTGTTGTTGAGCTTGTGCAAAGAGTATATGAGGATTTCGGTATTAACGATTATTATTTCCGTTTATCCTATCGTGATCCAGAAGATAAAGAAAAATATGTAGATAACGATGCGATGTGGGAAAAAGCACAAGCGATGCTTAAAGAAACGATGGAAGAACTTCAAGTAGAATATGTAGAAGCTGAAGGTGAAGCGGCGTTCTATGGTCCAAAGCTGGATGTCCAAGTGAAAACAGCGTTAGGAAAAGACGAAACATTATCTACCGTTCAACTTGATTTTCATCTTCCGGAACGATTTGATTTAACATATATTGGTGAAGATGGTCAACATCACCGCCCGGTAGTTATTCATCGCGGTGTCGTTTCTACAATGGAACGTTTCGTTGCATTCCTCATTGAAGAATATAAAGGTGCGTTCCCTGTATGGCTTGCTCCTGTTCAGGTGAAGGTGATTCCAGTATCTCCAAAGGCGCATTTGGATTATGCAAAACAGGTTGCTGATAAATTAAGGTTAGAAGGAGTAAGGGTTGCAGTAGATGAGCGTGATGAAAAGATCGGTTATAAAATTCGAGAGGCCCAAACGCAAAAGATACCATTTGCGCTTGTTCTAGGTGATCATGAAGTGAACGAACATGCTGTAAATATTCGCCGTTACGGAGAAAAAGAAACAGAGACGGTTTTGCTTGATGCGTTTATCGCTAGGATTAAGCAAGAAATTGACAATAAAGTTTTGCACAAAGCTAAATAA	MAEELTFVFPDGAEKAFPKGVTGEEIAGSISSGLKKQALAIKIDGVPFDLRRKLDRGGSIEIITNKDDAGIEIMRHSTAHLMAQAIKRLYKDVNFGVGPVIEEGFYYDMDMAHSITPEDLPKIEKEMKKIIDEALEIERLEVSRENAIEMFQDDPLKLELIDAIPEDEQVTIYKQGEFFDLCRGVHVPSTNKIKAFKLLSISGAYWRGDSNNKQLQRIYGTAFAKQSQVDTYLKLLEERKERDHRKLGKELDIFTISQKVGQGLPLWLPKGATIRRTIERYIVDLEERLGYDHVYTPVLGSVELYKTSGHWDHYHEDMFPEMTMDNEELVLRPMNCPHHMMVYKNQLYSYRNLPVRIAELGTMHRYEMSGALAGLQRVRAMTLNDAHIFARPDQLKDEFIRVVELVQRVYEDFGINDYYFRLSYRDPEDKEKYVDNDAMWEKAQAMLKETMEELQVEYVEAEGEAAFYGPKLDVQVKTALGKDETLSTVQLDFHLPERFDLTYIGEDGQHHRPVVIHRGVVSTMERFVAFLIEEYKGAFPVWLAPVQVKVIPVSPKAHLDYAKQVADKLRLEGVRVAVDERDEKIGYKIREAQTQKIPFALVLGDHEVNEHAVNIRRYGEKETETVLLDAFIARIKQEIDNKVLHKAK				NA	NA	NA	NA	NA
AK148_01751	858			hypothetical protein	TTGGTGGAATTATTTATCGAGTCAGATAAAGAAGTCATTCGTTTCTGTGAAAAGATGCGCCAGCATAATAAACAGATTAACCTGTATTGGAAAACACATAAAGAATGGGGGAATCATTTACAATTTGATGCAAATATTCCAAATCAAGTACTTATCCCAGCGATTGCGAAATCTTTAACGAATGTATTTATTACACACCGTATGGGAAAATGGATAACGTCGGTTATAGAAGATTACTATTTTTATACAGATACAAATGAAAAGGAAAAGATCTTAGAGTTAACGAATTGGGTAATGACTGGTACGGATAAAGACAGCCTATTTGTAAGAAAAAATGAAAACCCACAACAACTACTTGAATCACTTTTCATTGCAAACATAAAAGATACATCGACCATTCACTATGACTCATTAGTGAAATTTCGACTAAAAGTATTTCAGGATAATGTTGTTCATTATGTCGGTCTTGCAATTGATGAGTATAAAAGAGAAGAAGAGCACCAAGAATTCATTAATATGCTAAGAGGTTTCGTTTTAAATCGTAAATCTTCTGTACCTCATATTTATATGGTACAAGGTGAAACATTTTCTTTTTACAATGGCAACGGTAAACCTCTTTCACGGCTAGAATTACGAATGGCTATGCAAAAAGAACCATTGTATTTAGTAGGTTTGGATGATAATGAGTTTAATTTAGCTCCACTTATTGCGATGGCACCAGAGCATATTTATATTTATGGAGATGACCCGTCAGAACCGAAAACGTTAACCGTGATTAATGTATTTCAGGAAAGAGTGACTTTTGAACCACTTCGCAAGTTTCCATTCTCTCACTATATGCAGAAAGAACAACAATAG	MVELFIESDKEVIRFCEKMRQHNKQINLYWKTHKEWGNHLQFDANIPNQVLIPAIAKSLTNVFITHRMGKWITSVIEDYYFYTDTNEKEKILELTNWVMTGTDKDSLFVRKNENPQQLLESLFIANIKDTSTIHYDSLVKFRLKVFQDNVVHYVGLAIDEYKREEEHQEFINMLRGFVLNRKSSVPHIYMVQGETFSFYNGNGKPLSRLELRMAMQKEPLYLVGLDDNEFNLAPLIAMAPEHIYIYGDDPSEPKTLTVINVFQERVTFEPLRKFPFSHYMQKEQQ				NA	NA	NA	NA	NA
AK148_01752	927	dnaI	COG1484	Primosomal protein DnaI	ATGAAACCCGTACAATCGACGTTGCAAAAATGGATGAGACAAAACCGGAATTTTCAGGAGCAATATGCTAAAATTCGCCAAGAAATATTAAGTGACCCGGAAATAAAAGCGCTTATAGCTGAGCATCCAGAGTTAACTAAGAAAGAAATAGATAAAAATTTAATTAAACTACATGAGTTTAAGACACAGTCTAAACAATGTAGTCACTGTACATGTTTTAATGATTGCATGAATATGATTCAAGGGTACTCCCCCGTGTTAAACGTCGAAGGTGGAGAGATCCATTTGTCCTATGAAAAGTGTTACCGGCGAATTGATTATGAAAAGCAGCGAGAACAACAGCAATTAGTTCAAAGCTTATATATGCCTAAACAAATATTGGGAGCTAAAATTGATCATATTGATGCTGATCCAAAACGTAGTCAAGCTGTTCGAGAAATTGTGAAGTTTATAAGTGATTGTGAACAAGAAATTCCTTCTAAAGGATTGTATTTATACGGTCCTTTCGGTGTAGGTAAAACTTATTTTCTCGGAGCGCTTGCTAATAAATTAAAAGAAATGTATATCTCTTCAGCATTAATTTATATGCCTGAATTTGTAAGAGAAATGAAGGCTTCGATGAAAGATGACTCGTTGAATAAAAAATTAGCGTATTTTAAGAAGACGGATGTTCTTATGCTTGATGATATAGGAGCGGAGATGCAATCCCCGTGGTTTCGCGATGAAATTCTAGGTTCTTTATTGCAGTATCGTATGATGGAAGGGTTACCCGTATTTTTTACTTCCAATTACAGCATGGAAGAACTTGAAACACACTTAGCTTCTACTAGAAATGGTGTGGAAGAAGTGAAAGCAGGCCGTATCATTGAGCGAATGAAACAAGTTAGCCGATCAGTAGCCATCTTTGCTGAAAACAGGAGAACGTAA	MKPVQSTLQKWMRQNRNFQEQYAKIRQEILSDPEIKALIAEHPELTKKEIDKNLIKLHEFKTQSKQCSHCTCFNDCMNMIQGYSPVLNVEGGEIHLSYEKCYRRIDYEKQREQQQLVQSLYMPKQILGAKIDHIDADPKRSQAVREIVKFISDCEQEIPSKGLYLYGPFGVGKTYFLGALANKLKEMYISSALIYMPEFVREMKASMKDDSLNKKLAYFKKTDVLMLDDIGAEMQSPWFRDEILGSLLQYRMMEGLPVFFTSNYSMEELETHLASTRNGVEEVKAGRIIERMKQVSRSVAIFAENRRT				NA	NA	NA	NA	NA
AK148_01753	1341	dnaB	COG3611	Replication initiation and membrane attachment protein	ATGGGAATGAACAGGATAGGCAAAATTTTACCCATTGAAGGATACTGGGTGGAATTTCAAGGAAATCTGCCAACGGATTATGCAAAATCATTAACTCATTTATACCAACCTTTAATTGGAATGGCTGCTATTATCCTGTATCAAACATTACTCCATGAACGGGAATTACAAGCTGATAAGCAAATCCCTCAGACGCATCACACTTTAATGAATTATTTAAATCTTCCTTTAGACGAGATTTACGTTGCCAGACGCAAATTAGAAGGCATTGGTTTACTTAAAACTTATGAATTAAATAGCAGTGATAATCGAGTGTTTACGTATGTGTTAAAGCCTGCTTTTTCGCCTGCGCAATTTTTAAAAGATCCAATGCTTTCTCAGCTTTTATACCATCATATTGGTAGAGAAAAATATGCCCATTTAGAGCAACATTATGCTGTAAACAAACAGCCAGTAGATGGTAATAATATAACTGCTTCCTTCCAAGATGTATTTCAAACGATTACGCCTGATTCCTTGCCAAAGGAGGAGCAGAAGCAAATACAGCAAGGTGTAAATCTAGACAATGTAGATTTTACTTCTGTTGAACATAGCTTGAAGCAACGTATGATTCCAACTAAAAAGGTGCTTACAGCTTACAATCGTAAAGTAATAACCCAGATGATGTTACTCTATGAGCTGGAAACATATGAAATAGAAAAAGCAATTTTGTGGGCTTTAACAGAAGAAAATAGATTGCATATAAATGAATTTAAAGCAGCGTGCTTTGATTTATTTCAGTCGAAAAATCAGGAAAAGTCTGTGCGTCTCGTAGAAAAAGCGACTAAAGAAGTGCATAAGGAAGAAGAACCAGTAGGAAGTACGAAAGAAGAACAGCTCATTTATCATTTGGAGCATATTTCGCCAAAACAATTGCTGGAAGATTTGTCAAGTGGCCATCATGCTTCTGAACAAGACCTAAGATTAATCGGCGACATTATGACATCACAAGGATTGCCAGCACCTGTCATGAATGTTTTAATACATTATGTACTATTGCAAACAAATATGAAGCTATCTAAAAATTATTTATCTAAGATTGCTAGTCATTGGTCTAGGGCTAATTTAAAAACTGCGAAAGAAGCAATGGCTTTTGCGAAAAAAGAAGTAACTAACTATAAAAATTCGAAAAAGCCAACTAGAAAAACGCAATCGAAAGAAGTCGTTCCCGATTGGTTTAAACAACAAAAAAAACACCAAAAACAGGAAGTTGCTGCTACGAAGGAAAACAAAGTGGATGAAGTGCAAGAGCAGAAAGAAATTGAAATGCTGTTAAAGCAGTATTCAAGCTATAACAAATAA	MGMNRIGKILPIEGYWVEFQGNLPTDYAKSLTHLYQPLIGMAAIILYQTLLHERELQADKQIPQTHHTLMNYLNLPLDEIYVARRKLEGIGLLKTYELNSSDNRVFTYVLKPAFSPAQFLKDPMLSQLLYHHIGREKYAHLEQHYAVNKQPVDGNNITASFQDVFQTITPDSLPKEEQKQIQQGVNLDNVDFTSVEHSLKQRMIPTKKVLTAYNRKVITQMMLLYELETYEIEKAILWALTEENRLHINEFKAACFDLFQSKNQEKSVRLVEKATKEVHKEEEPVGSTKEEQLIYHLEHISPKQLLEDLSSGHHASEQDLRLIGDIMTSQGLPAPVMNVLIHYVLLQTNMKLSKNYLSKIASHWSRANLKTAKEAMAFAKKEVTNYKNSKKPTRKTQSKEVVPDWFKQQKKHQKQEVAATKENKVDEVQEQKEIEMLLKQYSSYNK				NA	NA	NA	NA	NA
AK148_01754	483	nrdR	COG1327	Transcriptional repressor NrdR	ATGAGATGTTCAAATTGCCAAAATAAAAGCACAAAAGTACTCGATTCCAGACCAATAGAAGAAGGACAAGCAATTCGGCGAAGAAGAGAGTGTGAACGTTGTGGCTTCCGGTTTACAACATTCGAACGGATTGAAGATGTACCGTTAATCGTAGTGAAAAAAGACGGCGCGAGGCAAGAATTTAGTCGGGATAAGTTAGTTCGTGGCTTAATTAAAGCTTGTGAAAAACGCCCTGTACCGTTAGAAACCATTGAAGATATTGCTTTAAATGTAGAAAAAGAATTACGAAATGAAGGTATTTCAGAAGTTCATAGTAAAGATGTAGGGGAACAAATTATGGACCGCCTTTCTGATGTCGATGAAGTTGCATATGTACGTTTTGCTTCAGTATATAGACAATTTAAGGATATAAATGTTTTCCTAGACGAGCTAAAGGATATTATGAATAATAATAAAGAATATAACACGGATGGAAAGGGTTAG	MRCSNCQNKSTKVLDSRPIEEGQAIRRRRECERCGFRFTTFERIEDVPLIVVKKDGARQEFSRDKLVRGLIKACEKRPVPLETIEDIALNVEKELRNEGISEVHSKDVGEQIMDRLSDVDEVAYVRFASVYRQFKDINVFLDELKDIMNNNKEYNTDGKG				NA	NA	NA	NA	NA
AK148_01755	384			hypothetical protein	ATGGGTTTTCGGAATACCATTTCCAAATATTTTAGTAATCATGCTGAAACACAAGATAATCATTGGGATGACAGTTTACAAACACATTATTATAAAACAACAAAAGACAAAGCAATGCAAGCACTTGAAAATTTATTTCAACAGTCATCCAAATACCGCATTCATGCTATGTCCAAAGAGCATGGAGAATTAAGTATACACGTTAAAAAAGGGAAAAAAGCATTTATTATTGCAACAGTAATTATGGTACGACCATATCAAACCGCTATTGATTTTTCTGTTACAACAGAATCTCAACTACCAATAGATTTTGGTTATAGTACAAAAGTCATTCAACAATTATATAGAGAAATAAATAAAGCATTACCTTTCATCACGAAATAA	MGFRNTISKYFSNHAETQDNHWDDSLQTHYYKTTKDKAMQALENLFQQSSKYRIHAMSKEHGELSIHVKKGKKAFIIATVIMVRPYQTAIDFSVTTESQLPIDFGYSTKVIQQLYREINKALPFITK				NA	NA	NA	NA	NA
AK148_01756	372	speH	COG1586	S-adenosylmethionine decarboxylase proenzyme	ATGGATACAAAGGGAAGGCATATCATTGTTGAACTTTGGAAATGCAATAAAGATGTATTAAATAACATAATAGAAATGGAACGTTTTTTCGTTGAAGCTGCTTTAAAGGCTGGAGCAGAAATTAGAGAAGTTACGTTTCATAAGTTTGCACCAATTGGAATAAGTGGTGTCATTATTATTTCTGAATCTCATCTTACGGTACATAGTTTTCCAGAACATGGGTATGCTAGTGTTGATGTATATACGTGTGGATACAGTATTGATCCTTACATAGCGGTAGAATGTATATCGCAACACTTGCAGGCAAGCAAAGTAGAAAAAATGGAAATCACAAGAGGAATGGGAACATTACGTTTCAGCAATGAAAAATAA	MDTKGRHIIVELWKCNKDVLNNIIEMERFFVEAALKAGAEIREVTFHKFAPIGISGVIIISESHLTVHSFPEHGYASVDVYTCGYSIDPYIAVECISQHLQASKVEKMEITRGMGTLRFSNEK	PGPT0007760_2470	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007760-speD-K01611	NA	NA
AK148_01757	1032	gapB	COG0057	Glyceraldehyde-3-phosphate dehydrogenase 2	ATGAGAAAAACGAGAATTGCAATAAATGGATTTGGCCGTATTGGGCGAATGGTTTTTCGACAAGCGATAAAAGATAAAAATCTAAATGTGGTAGCCATTAATGCTAGTTATCCAGCTGAAACGTTAGCGCATTTAATTAAATATGACAGCGTACATGGAATTTTAGACGAGGAAGTGAAACCGCTTCAAAAAGGGATTATGGTAGGAGAAAGCCATGTTGAATTAGTTAATTCTCGAGTCCCCGAACAATTACCGTGGGAGGAACTAGCAATTGATGTAGTAATTGAAGCTACTGGGAAATTCAAAACAAAAGAAAGCGCTGGTGGGCATCTTCGTGCAGGAGCTAAAAAAGTTGTCATTACTGCACCAGGTAAAGAAGTAGATCAAACGATAGTAATGGGAGTTAATGAAGATGCTTATGATCCACAAAAGCATGATGTTGTTTCCAATGCTTCTTGTACTACAAACTGCCTTGCACCTGTTGTGAAAATTATTGACGATTATTTCGGTATCGAAAATGGGTTAATGACGACTGTACATGCTTTTACAAATGACCAAAAAAACATTGATAATCCACATAAAGACTTAAGAAGAGCTAGAGGTTGCACCCAATCTATTATCCCAACTTCTACTGGTGCAGCTAAAGCTTTGGGAGAAGTGCTCCCTCATTTAAATGGCAAACTTCATGGCATGGCTCTACGTGTACCAACACCTAACGTTTCATTAGTAGATCTTGTAGTGGATGTAAAAAATGAAGTTACAGCTAGACAAGTTAATGAAGTATTTAAAAAAGCTGCCGAAGCTGACTACAGCGGCATTATTCAGTATAGTGATGAGCCACTAGTGTCTATTGATTATACAACTACTGAATATTCCGCCATTATAGATGGTCTGTCAACGATAGTCATGGAGGGGCGCAAAATAAAAGTATTAGCATGGTATGATAATGAATGGGGCTACTCTAAGCGTGTATTGGATTTAACGAAACACGTAGGTTATTATCTTGCTGAAAAGCATATGCAAATGAGCTAA	MRKTRIAINGFGRIGRMVFRQAIKDKNLNVVAINASYPAETLAHLIKYDSVHGILDEEVKPLQKGIMVGESHVELVNSRVPEQLPWEELAIDVVIEATGKFKTKESAGGHLRAGAKKVVITAPGKEVDQTIVMGVNEDAYDPQKHDVVSNASCTTNCLAPVVKIIDDYFGIENGLMTTVHAFTNDQKNIDNPHKDLRRARGCTQSIIPTSTGAAKALGEVLPHLNGKLHGMALRVPTPNVSLVDLVVDVKNEVTARQVNEVFKKAAEADYSGIIQYSDEPLVSIDYTTTEYSAIIDGLSTIVMEGRKIKVLAWYDNEWGYSKRVLDLTKHVGYYLAEKHMQMS	PGPT0018000_1694	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
AK148_01758	606	coaE		Dephospho-CoA kinase	ATGAGTGTAATTATTGGTCTAACTGGTAGTATTGCAACGGGAAAAAGTACCATTTCTTTAATGTTTGATGATTTTCTTATACCTGTCATTGATGCGGATAAACTTGCTAGGGAAGTTGTAAAACCTGGGGAGCAAGCATATGAAGAAATTATTCGACATTTCGGTTCGGAAATCTTACGTGAGGATAAGACATTAAATCGAGAATTGCTAGGTGAAATTATATTTGCAGATGAACAGAAGCGAGAGCAATTAAATCATATTGTTCATCCTGCTGTAAGAAAAAAAATGGTTGAAAAAAGAGACGCTTATCTTCAATCAGGATATACATGTGTTGTGCTTGATATTCCTTTATTGTTTGAGAATAATTTGAGTTCGCTCGTTGATAAAACGATTGTTGTTTATGTTGATGAAGCTACGCAATTACAGCGTTTAATGGAGAGGGACGACTATTCTGAAGCAGAAGCCAAGCAACGAATAAAAGCGCAAATGCCTATAACAGAAAAAGTCAAAAAAGCTGACGGGGTTATTGATAATACTGGATCAAAATTTGCATCTTTTGAGCAATTGGAAAAGTTGCTATTATCATGGAATATACTCCCTGATTAA	MSVIIGLTGSIATGKSTISLMFDDFLIPVIDADKLAREVVKPGEQAYEEIIRHFGSEILREDKTLNRELLGEIIFADEQKREQLNHIVHPAVRKKMVEKRDAYLQSGYTCVVLDIPLLFENNLSSLVDKTIVVYVDEATQLQRLMERDDYSEAEAKQRIKAQMPITEKVKKADGVIDNTGSKFASFEQLEKLLLSWNILPD	PGPT0008835_3079	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
AK148_01759	834	mutM	COG0266	Formamidopyrimidine-DNA glycosylase	ATGCCGGAATTACCAGAAGTAGAAACTATTCGCAAAACGTTAAAACGATTTGTAATCAACAGAACGATTGATCAAATAGATATTTATTGGCCAAAAATAATTAAGCAACCTGATGATATCATGCAATTTCAGTCAGAGATTATAGGGCAAAAAATATTAGACATTCACCGAAAAGGGAAATTTTTATTGTTTGAATTAAATGATTATATTCTCGTTTCACATCTTCGAATGGAAGGGAAATATAGCGTTCATCAAGAAGGAGAACCGGTAAAGAAACATACACATATTATCTTTCGATTTTCTACCGGAGAAGAATTACGTTATAATGACGTCCGAAAATTTGGCACGATGCATTTGTTTCATCGCGGAGAGGAAATGAATCAAAAGCCGTTATGTTTGTTAGGTCCTGACCCATTCGATGATGCATTTACGGTAGAATATTTTATTGAGAAGCTGAAAAAAACAAAGCGCGTTATTAAATCCGCTTTATTAGATCAAACGATTGTAGCTGGATTAGGAAACATCTATGTAGATGAAACGTTGTTCAAGGCGCGTATTCATCCTTTAATACCAGCAAACAAATTAACACAGAAAGAAATAAAAGAAGTTCGCAAGCAAGCCATTGCTACTTTAGAAGAAGCTGTATTGCAGGGCGGTACAACAATACGCTCTTATGTCAATAGTCAAGGTGAAATGGGGATGTTTCAACAAAAACTTTATGTATACGGTCAAGAAAATCAAGCTTGTAAAACATGTGGTAATACAATCGCTAAATTAAAGGTTGGTGGACGTGGCACACATATTTGTACAAGCTGTCAGCCGATAAAGAGGTGA	MPELPEVETIRKTLKRFVINRTIDQIDIYWPKIIKQPDDIMQFQSEIIGQKILDIHRKGKFLLFELNDYILVSHLRMEGKYSVHQEGEPVKKHTHIIFRFSTGEELRYNDVRKFGTMHLFHRGEEMNQKPLCLLGPDPFDDAFTVEYFIEKLKKTKRVIKSALLDQTIVAGLGNIYVDETLFKARIHPLIPANKLTQKEIKEVRKQAIATLEEAVLQGGTTIRSYVNSQGEMGMFQQKLYVYGQENQACKTCGNTIAKLKVGGRGTHICTSCQPIKR				NA	NA	NA	NA	NA
AK148_01760	2643	polA		DNA polymerase I	ATGAGCAATAAATTGGTATTAATTGATGGTAACAGTATTATTTACCGTGCATTCTTCGCGTTACCGCTTTTAAATAACGATAAAGGCGTATATACAAATGCTGTTTATGGCTTTACAACCATGCTATTAAGAATGATAGAGGAAGAAAAGCCTACACATATGTTGGTCGCATTTGATGCCGGTAAAACAACTTTTAGACATGATACATATAAGGAATATAAAGGAGGAAGACAAAAAACACCTCCAGAACTATCGGAACAATTCCCTTTATTAAAAGAAGTATTAGATGCATTTTCTATCCCACATTATGAACTGGATAATTATGAGGCAGATGATATAATCGGTACACTATCTAAGCAAGTAGAAGAAAATGGATGGGAAGTAACCGTTATATCTGGTGATAAAGACTTACTTCAATTAGTTTCTGATCACGTGACTGTAAGTTTGACTAAAAAAGGAATTAGCGATGTTGAGCGTTATACACCTGCTTTTTTAAAGGAAAAAATGGAAATTACGCAAGAACAAATTATTGATTTGAAAGCATTGATGGGAGATAATTCAGATAATATACCTGGTGTCCCTGGGGTGGGGGAGAAAACGGCAGTCAAATTACTAAAACAATTTCATACTTTAGAAAATGTGTATGACCATTTGGAAGATGTTAGTGGGAAAAAGCTGAAAGAGAAGCTAGCAACTCATAAAGAAGAAGCCTTTATGAGTAAAGAACTTGTAACCATTAATCGATCTTCACCCATTACAATTAAACCCGACGATGTTATCTATAACGGGTATGCGCAAGATAAAGTCAGAGCGATTTTTACCGAACTTGGCTTTCAATCATTATTAACTAAAATACAAGGGTCTGAAGAAGATAAGCCAATGGAAAACCAGGAACAACACCCGCCAATTGAATTTTCAATATTAGAGGAAGTAAACGATGACTTGTTTACGGGAGAAGAGGCACTTATTGTTGAAATGTTAGAAGAAAATTATCATCAAGCATCCATTCAAGGCTTTTCCATCGTTAATGAAGAAGCGGCTTACTTTTTACCAAAAGATATTGCCATCCAATCAAGTCAATTTCAATCATGGTTAAGGAATTCTTCCATGAAAAAATATGTATTTGATGCCAAAAAAACATTCGTTTCGTTATCACGAGCTAATATGCACATTGAAGGTATTGCGTTTGATATGCTATTAGCCTCTTATTTAATTAACCCATCGGAAAATAATCATGATATACCAGCTATTAGCCACAGATTAGGTAGAACGGATGTGTATCTAGATGATGAAGTGTATGGGAAGGGAGCGAAGCGGAAAATTCCCGAACAGCCAGTTTTTAGAGAACATGTGGTAAGAAAAGCAACCATGCTTTATGAACTAAAGCCACAGATGGAAAAACAACTTGAAGAAAATGAACAGTACGAATTATTTAAGGAGTTAGAAATGCCATTGGCGCTTATTCTTGGAGAGATGGAGCATACAGGCGTGCTTGTTGATACAAAACGTTTAGAAGAAATGCGCACCGACTTGAAAAATCGTTTAGCAGAATTAGAGAAAGAGGTTCATGAATTGGCTGGTGAGGAGTTTAATTTAAACTCTCCAAAACAGCTGGGTCCGATTCTGTTTGAAAAACTAGGTCTCCCAGTTATTAAGAAGACTAAAACGGGTTATTCCACTGCTGCTGATGTGTTAGAACAACTTCAGGATGAGCATGAAATTATTCCGAAGCTATTATTATACCGCCAATTAGGTAAATTGCAGTCTACTTATATTGAAGGATTATTAAAAGTAGTAGATGAAAAAACAGATAAAATTCACACTCGTTTTAATCAAGCACTAACGCAAACAGGTCGTTTAAGCTCCATCGAACCAAACTTACAAAATATCCCTATACGTTTGGAAGAAGGTAGAAAAATACGTCAAGCCTTTATTCCTGCTCAAAAGGATTGGGTTATGTTTGCTGCTGATTACTCTCAAATTGAGTTGAGAGTATTAGCACATATTGCTCGTGATGAAAAATTGATGACCGCATTTAAACAGGAAAAAGATATTCATACGCAGACAGCGATGGACGTCTTTCATGTGAACAAAGAAGAAGTTTCCGCAAATATGCGTAGACAAGCAAAAGCAGTTAATTTCGGTATAGTATACGGCATTAGTGATTACGGATTATCGCAGAACCTAGGTATTACGCGAAAAGAAGCAAAACAGTTTATTGATCGATATTTTGAAAGTTATCCTGGTGTAAAGATATACATGGACGAGATCGTTCAAGAAGCAAAACATAAGGGGTACGTTAGCACAATTATGAATCGCAGAAGATATTTACCGGATATTACCAGTCGTAACTTTAATCAAAGAAGCTTTGCTGAACGAACTGCTATGAATACGCCAATTCAAGGAAGTGCAGCGGACATTATTAAAAAAGCGATGATTGATTTGCATGGTAAGCTAGAGGAAGAACAGTTGCAAGCACGAATTTTATTGCAAGTACACGATGAGTTAATTTTAGAAGCACCACAGTCTGAAGTAGAAACATTAAAAGAAATAGTGCCAGCTATTATGGAACATACAGTGGATTTAAATGTACCTTTAAAGGTTGATTATGCTTATGGAGATAGTTGGTTTGATGCTAAGTAA	MSNKLVLIDGNSIIYRAFFALPLLNNDKGVYTNAVYGFTTMLLRMIEEEKPTHMLVAFDAGKTTFRHDTYKEYKGGRQKTPPELSEQFPLLKEVLDAFSIPHYELDNYEADDIIGTLSKQVEENGWEVTVISGDKDLLQLVSDHVTVSLTKKGISDVERYTPAFLKEKMEITQEQIIDLKALMGDNSDNIPGVPGVGEKTAVKLLKQFHTLENVYDHLEDVSGKKLKEKLATHKEEAFMSKELVTINRSSPITIKPDDVIYNGYAQDKVRAIFTELGFQSLLTKIQGSEEDKPMENQEQHPPIEFSILEEVNDDLFTGEEALIVEMLEENYHQASIQGFSIVNEEAAYFLPKDIAIQSSQFQSWLRNSSMKKYVFDAKKTFVSLSRANMHIEGIAFDMLLASYLINPSENNHDIPAISHRLGRTDVYLDDEVYGKGAKRKIPEQPVFREHVVRKATMLYELKPQMEKQLEENEQYELFKELEMPLALILGEMEHTGVLVDTKRLEEMRTDLKNRLAELEKEVHELAGEEFNLNSPKQLGPILFEKLGLPVIKKTKTGYSTAADVLEQLQDEHEIIPKLLLYRQLGKLQSTYIEGLLKVVDEKTDKIHTRFNQALTQTGRLSSIEPNLQNIPIRLEEGRKIRQAFIPAQKDWVMFAADYSQIELRVLAHIARDEKLMTAFKQEKDIHTQTAMDVFHVNKEEVSANMRRQAKAVNFGIVYGISDYGLSQNLGITRKEAKQFIDRYFESYPGVKIYMDEIVQEAKHKGYVSTIMNRRRYLPDITSRNFNQRSFAERTAMNTPIQGSAADIIKKAMIDLHGKLEEEQLQARILLQVHDELILEAPQSEVETLKEIVPAIMEHTVDLNVPLKVDYAYGDSWFDAK				NA	NA	NA	NA	NA
AK148_01761	132			hypothetical protein	GTGTCTCCTATCCCTTTTTTCTTAATTGATAGAAAATTAGGGGTAAGTAGTAGAGAAGACGAGCTACAGCTAAGTTTTAATAAAAACAGCGAGCTTGGCTTATTTTATTACTATACATTTAGAATATCGTAG	MSPIPFFLIDRKLGVSSREDELQLSFNKNSELGLFYYYTFRIS				NA	NA	NA	NA	NA
AK148_01762	1386	phoR	COG0642	Alkaline phosphatase synthesis sensor protein PhoR	ATGCGATTTTTGTTTGAAAAACCTATATTCGGTTACACAGTAGGTGTTTTTTTAGTTGTTTTAGTAACCGGTATTCTGTTAAGCGTTTTAATTGGAGATTATCTAGTATTAGCTGCAGTACTAGTAATTCAATTTATCGTTTTATTGTTATTTATCATTCATTTATATGAATCAGTCTTAAAGCCTATTAAAAAAGCAACCAAGACAGTGGATGAGATTGTAAAAGGTAATTATCGAGCTAGATTTCATCATCCAAGTACAGATAGTATTGGACAGTTAAGTACGAAGATTAATGCTTTAGCGCGAAATTTAAATGAATTAACTATTCAAGAGCAAATGCAGGCAGAACAATTATCAACGATTATAGAAAATACACAGAGTGGACTTGTTTTAATAGATGCCAAAGGGTATATCCACTTTGTTAACCGTAAATTTCTTGTTATGTTTGGGCAAACAACGAATGATTTTCAAGGTCATCTTTATTATGATGTGCTGCACAATGAAGTTATTCATGAAACGGTTCAAAAAACCTTTTTATACGAACGAAATATTAAAGAAGAGTTTACGCATTATAAAGGCTTGGATAAATACTATATTGAGATAGTTGGCGCTCCTATTTTTGATGAACGTAATTTATTAAAAGGGGCGGTGCTCGTACTTTATGATATAACGGAGTTGAAAAAACTAGAATTAATGCGAAAAGACTTTGTGGCGAATGTTTCGCATGAGTTAAAAACGCCGATTACGTCTATTAAAGGGTTTGCTGAGACATTATTAGATAATCCGATGAAAGATTTAGAGAGAAATAAGGAATTCTTAGAAATAATATATAACGAGAGTCATCGGTTACAATTATTAATTCAGGATTTGTTAATTCTTTCTCGACTAGAAAAGGAAAATCATCAACTGGTTCTTTCCACTTTTACTATGCATGAATTGGTAGATGAAGTAATTCCTGTCATACATCAAAAGTTTGCTGATAAGGGATTGACATTTGATAAATCTGTTGAAGAAAGTTTACAACTTACAGCGGATAAAGAGAAAGTGAAGCAAATTATTATTAATCTTATCGATAACGCTATAAACTATACACCAGAACAAGGCCATATTTATTTACGAATTATGGAGCAAGGCAATAAAGCACTTATTGAAGTAGAGGATACAGGGATAGGTATTGAAAAGAAGGCTCTGCCTCGTATATTTGAACGTTTTTACAGAGTAGATAAAGCTAGAAGCCGTAATACCGGAGGCACTGGGCTCGGCTTAGCGATTGTCAAACATATTGTAGAAGTACACGATGGTACGATTGATATAGAAAGTGAAATTAATAAAGGGACAAAGATAATGGTTAGTTTGCCAATGAATAAGGACGATAAGGCACAATAA	MRFLFEKPIFGYTVGVFLVVLVTGILLSVLIGDYLVLAAVLVIQFIVLLLFIIHLYESVLKPIKKATKTVDEIVKGNYRARFHHPSTDSIGQLSTKINALARNLNELTIQEQMQAEQLSTIIENTQSGLVLIDAKGYIHFVNRKFLVMFGQTTNDFQGHLYYDVLHNEVIHETVQKTFLYERNIKEEFTHYKGLDKYYIEIVGAPIFDERNLLKGAVLVLYDITELKKLELMRKDFVANVSHELKTPITSIKGFAETLLDNPMKDLERNKEFLEIIYNESHRLQLLIQDLLILSRLEKENHQLVLSTFTMHELVDEVIPVIHQKFADKGLTFDKSVEESLQLTADKEKVKQIIINLIDNAINYTPEQGHIYLRIMEQGNKALIEVEDTGIGIEKKALPRIFERFYRVDKARSRNTGGTGLGLAIVKHIVEVHDGTIDIESEINKGTKIMVSLPMNKDDKAQ	PGPT0002705_1855	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002705-phoR-K07636	NA	NA
AK148_01763	693	phoP_2	COG0745	Alkaline phosphatase synthesis transcriptional regulatory protein PhoP	ATGAACGAGAAAATTTTAATTGTAGATGACGAGAAATCTATTGTAACATTGCTTAACTTTAATATCGAGAAAGCGGGCTTTGTGACAGATGTTGCTTATGACGGTTATGAAGCAGTACAAAAAGCACAAAGCAACAATTATGATTTGATTGTTTTAGATCTTATGCTCCCTGAGATGGATGGCATGGATGTTTGTAGGTATTTAAGAAATAACCAGATAAATACACCGATTCTTATGCTTACTGCTAAAGATGAGGAATTTGATAAAGTACTTGGATTGGAATTAGGTGCAGATGATTATTTAACGAAGCCTTTTAGCCCAAAAGAAGTGGTGGCTAGAATTAAAGCTATTTTACGAAGAGCAAAAAGAGTAGAAAAATCTAATTTTTCATTTATACAAGTTGGTGATTTAACAGTGTTCCCTGAAAGATATGAAGCAGAAATGGCGGGGAAAGTGATTACCTTTACAAGAAAAGAATTTGAACTGTTATATTATCTAGCAAAGAATAAAGGAAAGGTTATTTCACGTGACCAACTTCTTAGCGGTGTATGGGATTATGATTTTGTTGGTGATACCCGTATTGTGGATGTTCATGTTTCTCATTTACGGGATAAAATAGAACCAGATTCTAAAAAACCTGTTTATATTAAAACGGTACGAGGTCTTGGTTATAAATTGGAGGACCCTAGTTAA	MNEKILIVDDEKSIVTLLNFNIEKAGFVTDVAYDGYEAVQKAQSNNYDLIVLDLMLPEMDGMDVCRYLRNNQINTPILMLTAKDEEFDKVLGLELGADDYLTKPFSPKEVVARIKAILRRAKRVEKSNFSFIQVGDLTVFPERYEAEMAGKVITFTRKEFELLYYLAKNKGKVISRDQLLSGVWDYDFVGDTRIVDVHVSHLRDKIEPDSKKPVYIKTVRGLGYKLEDPS	PGPT0002665_1188	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
AK148_01764	486			hypothetical protein	ATGAAAGGATTGATTGGAAAAAGACGACCGTTAGGCAAATCCTTATATGATATTAAAATAGGTGATACGTGCAGTCGAACGACTCGAATGAATGATCGAGATTTATTGTTGTATTTAGGGTTAACGGATGATGCCAACCCGTTATATTTACAACATGACTATGCTTCATTAACACCTTATAAACAACCAATCGTGCCATCTGTCATGCTGTATGGCATGGTATCTTCTTTAGTATCTATGGAATTGCCAGGGCCAGGAAGCCATATTGTTCATCACGAAATGGTTTTCCCTAGAGCAGTCTATCATAATTCCGAAGTAGATATTTCTCTAGAAGTAATTGCCATTGACGAGAGCAATCAACGCCTCGCTATGAATGTACTTGCAAAGGATGAGGAAGGAGAAGTTGTTTTAAACGGTAAATTGTATGTGACACCAGCTCATAAACCAAATACGTTAACTGCGCAATCTTTAGAAAACTTCTTTTAA	MKGLIGKRRPLGKSLYDIKIGDTCSRTTRMNDRDLLLYLGLTDDANPLYLQHDYASLTPYKQPIVPSVMLYGMVSSLVSMELPGPGSHIVHHEMVFPRAVYHNSEVDISLEVIAIDESNQRLAMNVLAKDEEGEVVLNGKLYVTPAHKPNTLTAQSLENFF	PGPT0014741_240	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_RELATED_GENES	CE-BIOFILM-POLYHYDROXYBUTYRATE_PRODUCTION,PGPT0014741-phaJ|croR-K17865	NA	NA
AK148_01765	942	mdh_1	COG0039	Malate dehydrogenase	ATGATGGCAATAAAGAGAAGTAAAATTTCTGTAATCGGTTCCGGATTCACTGGTGCGACGACTGCATTAATGCTTGCGCAAAAAGAACTAGGTGATGTGGTACTTGTTGATATACCTAATATGGAAGATCCAACCAAAGGTAAAGCTTTAGACATGCTAGAGGCTAGTCCTGTTCAGGGTTTTGATGCGTCTATTATTGGTACCTCGAATTACGAAGATACAAAAGACTCAGACTTGGTAATTATTACAGCGGGGATTGCTCGTAAGCCAGGAATGAGTCGTGACGACTTAGTGAATACAAATGCTAAGATTATGAAGTCTGTAACACAAGAAATTATGAAATATTCTCCGGAAACGTATATCGTCGTATTAACAAATCCAGTTGATGCTATGACATACACAGTATTTAAAGAATCTGGTTTGCCAAAAGAGCGGGTAATTGGGCAGTCAGGTGTACTAGATACAGCTCGTTTTCGAACTTTTGTTGCCCAAGAATTAAATGTTTCTGTTAAAGATGTCACAGGATTTGTACTAGGCGGACACGGGGATGATATGGTGCCTTTAATTCGCTACTCTTATGCTGGTGGAATTCCACTCGAAACACTAATATCTAAAGAACGTTTAGATGCTATTGTAGAAAGAACAAGAAAAGGCGGTGGAGAAATAGTAGGGTTACTTGGTAATGGAAGTGCTTATTATGCTCCTGCTGCTTCGCTTACAGTAATGGCCGAAGCAATTTTGAAGGATCAGCGTCGTGTTCTACCTGCTATTGCTTACCTTGAAGGAGAATATGGCTATTCAAACATTTATCTTGGAGTGCCAACTGTATTAGGTGGAAATGGTATAGAAAAGGTCATCGAGCTTAAATTAACGGAAGAGGAGAAAGCTGCACTTGATAAATCGGCAGATTCGGTTAAAAAAGTGTTAGATGTCTTAAATTAA	MMAIKRSKISVIGSGFTGATTALMLAQKELGDVVLVDIPNMEDPTKGKALDMLEASPVQGFDASIIGTSNYEDTKDSDLVIITAGIARKPGMSRDDLVNTNAKIMKSVTQEIMKYSPETYIVVLTNPVDAMTYTVFKESGLPKERVIGQSGVLDTARFRTFVAQELNVSVKDVTGFVLGGHGDDMVPLIRYSYAGGIPLETLISKERLDAIVERTRKGGGEIVGLLGNGSAYYAPAASLTVMAEAILKDQRRVLPAIAYLEGEYGYSNIYLGVPTVLGGNGIEKVIELKLTEEEKAALDKSADSVKKVLDVLN	PGPT0001435_2830	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
AK148_01766	1272	icd	COG0538	Isocitrate dehydrogenase [NADP]	ATGACAAAGGGAGAAAAAATTGTTGTAGAAAATGGAAAAATGGATGTACCAAACCACCCGATTATTCCATTTATTGAAGGTGACGGTACAGGCCCAGATATTTGGTCAGCTGCGCGTGAAGTAATCGAAGCTGCTGTGGAGAAAGCGTATAATGGGGAGAAAGCAATTGATTGGCTAGAAGTATATGCTGGAAAAAAAGCTTACGATAAAACAGGCGAATGGCTACCTCAAGATACATTAGATAAAATTAACCAATATAAAATTGCGATTAAAGGACCATTAACGACCCCTGTTGGCGGCGGATTCCGTTCATTAAACGTGGCACTTCGTCAAGAACTTGATTTATTTACTTGCTTACGTCCGGTACGATATTTCGACGGTGTTCCATCTCCAGTTAAACGTCCTGAAGATGTGGACATGGTCATTTTCCGTGAGAACACAGAAGATATTTATGCAGGAATTGAATGGCAAAAAGGTTCAGAAGAAGTAAATAGAGTTATTAAATTTTTACAAAAAGAAATGAATGTTTCTAATATTCGTTTCCCTGAAACTTCTGGGATTGGTGTTAAACCAGTATCTGAAGAAGGAACGAAACGTTTGGTGCGTGCAAGTATCCAATATGCACTCAATGAAGGACGCAAAAGTGTTACTTTAGTACATAAAGGTAACATCATGAAGTTCACAGAAGGCGCTTTTAAAAATTGGGGATATGAAGTAGCAGAACAAGAATTTGCTAATCAAGTATTCACTTGGGCAGAATACGACCGCATTGTTGAAAGAGAAGGCAAAGATGCTGCTAACAAAGCGCAAGATGAAGCAGTTGCTGCAGGAAAAATTATTGTTAAAGATGCGATTGCAGATATTTTCTTGCAACAAATTCTCACGCGTCCAAAAGAGTTTGATGTAGTAGCAACGATGAATTTAAATGGAGATTATATTTCTGATGCTCTTGCTGCACAGGTAGGAGGAATTGGTATAGCTCCAGGGGCAAACATTAACTATGATACAGGGCATGCTATTTTCGAAGCGACACATGGGACAGCTCCTAAATATGCAGGCATGGATAAAGTAAATCCTTCATCCGTTATCCTATCTGCTGTTTTAATGCTTGAACATTTGGAGTGGAGAGAGGCAGCTAACTTGATCACGAAAGCGATGGATAAAACAATCGCTTCTAAGGTCGTCACGTATGATTTTGCACGTTTAATGGACGGTGCTAAAGAAGTGAAATGTTCAGAGTTTGGAAAAGAATTAATTAAAAACATGGACTAA	MTKGEKIVVENGKMDVPNHPIIPFIEGDGTGPDIWSAAREVIEAAVEKAYNGEKAIDWLEVYAGKKAYDKTGEWLPQDTLDKINQYKIAIKGPLTTPVGGGFRSLNVALRQELDLFTCLRPVRYFDGVPSPVKRPEDVDMVIFRENTEDIYAGIEWQKGSEEVNRVIKFLQKEMNVSNIRFPETSGIGVKPVSEEGTKRLVRASIQYALNEGRKSVTLVHKGNIMKFTEGAFKNWGYEVAEQEFANQVFTWAEYDRIVEREGKDAANKAQDEAVAAGKIIVKDAIADIFLQQILTRPKEFDVVATMNLNGDYISDALAAQVGGIGIAPGANINYDTGHAIFEATHGTAPKYAGMDKVNPSSVILSAVLMLEHLEWREAANLITKAMDKTIASKVVTYDFARLMDGAKEVKCSEFGKELIKNMD	PGPT0001170_2947	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
AK148_01767	1119	citZ	COG0372	Citrate synthase 2	ATGACAACAACAACGAAAGGGCTTGAGGGAGTTGTAGCAACTCAATCGTCAATTAGTTCCATAATAGATGATCAGCTTACATATGTAGGCTATAAGATTGATGATTTGGCTAAAAATTCCAGTTTTGAAGAAGTGATTTTTTTACTATGGAATCAAAGACTTCCGAAACAAGATGAGTTAGATGAATTAAAAAAAGAGCTTGCTTCAAATATGGTAGTACCAGAAGCAATTATTAAACATTTACATTCTTATGATTTGTCAACTGTACATCCAATGACTGCTCTACGCACCGCCGTTTCTATGTTAGGTTTGTACGATGAAGAAGCAGAAGTAATGGAAGCGCAAGCAAACAAGCGAAAAGCTATTCGTATTCAAGCAAAAATAGCTTCTATCGTAACCGCTTTTGCTCGGATTCGTAAAGGAAAGGATCCTGTTCAGCCTAAGCTAAGTTATAATTATGCTGAAAATCTACTATTCATGTTAAATGGTAAAGAACCGAAAGAAATTGAAGTAGAAGCTATGAACAAAGCACTTGTTCTTCACGCAGACCATGAACTTAATGCTTCCACTTTTACAGCAAGAGTATGTGTTGCAACACTGTCTGATATTTATTCAGGTATGACAGCTGCAATAGGTGCATTAAAAGGTCCGTTGCATGGTGGAGCTAATGAGGCCGTTATGAAAATGCTTACAGAAATTGGCGAAGAAGAAAATGCGATCCCTTACATTCAAGAAAAGTTAGACAATAAAGAGAAAATCATGGGAATGGGTCATCGTGTCTATAAAAGTGGGGATCCAAGAGCGAAATTTTTAAAAGAAATGTCGAAACAATTAACAGAATTAATTGGCGAACCTAAATGGTATAAAATGTCAGTTAAAATTGAAGATTATATAAAAGATCACAAAGGTTTGCCGGCAAATGTCGACTTTTATTCTGCTTCTGTATATCACAGCTTAGGAATTGATCATGATTTGTTCACACCGATTTTTGCAGTAAGTAGAACATCGGGATGGCTGGCTCATATTCTTGAGCAATACGCTGATAATCGTTTAATCCGTCCACGTGCAGAATATACAGGGCCTATCTCGCCAGAATACAGTACAATTGATAAACGATAG	MTTTTKGLEGVVATQSSISSIIDDQLTYVGYKIDDLAKNSSFEEVIFLLWNQRLPKQDELDELKKELASNMVVPEAIIKHLHSYDLSTVHPMTALRTAVSMLGLYDEEAEVMEAQANKRKAIRIQAKIASIVTAFARIRKGKDPVQPKLSYNYAENLLFMLNGKEPKEIEVEAMNKALVLHADHELNASTFTARVCVATLSDIYSGMTAAIGALKGPLHGGANEAVMKMLTEIGEEENAIPYIQEKLDNKEKIMGMGHRVYKSGDPRAKFLKEMSKQLTELIGEPKWYKMSVKIEDYIKDHKGLPANVDFYSASVYHSLGIDHDLFTPIFAVSRTSGWLAHILEQYADNRLIRPRAEYTGPISPEYSTIDKR	PGPT0001455_5922	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
AK148_01768	1107			Sodium-lithium/proton antiporter	ATGTACAAGCCAAGATTATACCAATTATTGCGTTTTATAATTGTAATAGCACTTACTGTTTTAGGCTATGTGTTACTAACTGTAGGTTTCTCCTATTTGTATCCATTACTTATAGCTAGTATTTTAGCGATGACAATCAATCCAATCGCTAATTTTTTTGAGGAAAAATGGAAACTTCCTCGGATGATGGCAGTAAGTGGAACCATGTTATTTACGTTTGCTTTTCTAAGTAGCATCATATTTATTCTATTTTCTGAATTTATGCAAGGAACTACTTTTTTAGCAACACACCTACCAGACTATGTGCAAACGTTTAGCAATTATGTAACAAGTATTTTCGATCAAAAAATCATGCCACTATATGAGAAAATGACGACGTACTTACAAGCATTGGACACTTCCCAACAAGAAGCAATAAACAATTCCGTCAAACATATTACAGAAAATATTAGCGTGAAACTTTCCGAATCTCTCCAATCCATTTTATTACAAATTCCTTCTTTGTTTACTGCGCTTCCAAGCTCCTTTACTGTAACGGTTTTTATCTTATTAGCAGCTTTTCTAATAGCAAATGATTACCAACAAATTTCCTTGTTTAGTCAAAAAATAATCCCTCATGCACTGCAAACTAAAATAAATGGTGTACAAACGCAATTTAAGAAAACTGTCATCGCTTATGTAAAGGCTCAGCTTATTTTAGTAATCATTTCTGCTTTTTTAGTATATATAGGTTTAAAACTTTTGCATGTTAATCATGCGTTTACCATTTCGCTATATGTTGCTTTCGTTGACCTTATTCCATATGTCGGGTCCGGTATTATTTTCTTTCCGTGGATGATTTACTTATTTATAGTTGGGGATTATGCTTTAACAATTCAGTTAGCGATTCTATACGGTTCTATTGTCATTGTTAGACAGGTAATTGAACCAAAAATTTTATCTTCTAGTATGGGGACACACCCACTAGTAGCGCTTATTATACTGTTTATCGGACTACAAATTTGGGGAATCATTGGATTTATTATTGCTCCCCTTATACTTATTTCCATACAAGCTTTTTATCAAGCCGGTATATTTCAAGATGTATGGAAATTTATTAAAGGGTAG	MYKPRLYQLLRFIIVIALTVLGYVLLTVGFSYLYPLLIASILAMTINPIANFFEEKWKLPRMMAVSGTMLFTFAFLSSIIFILFSEFMQGTTFLATHLPDYVQTFSNYVTSIFDQKIMPLYEKMTTYLQALDTSQQEAINNSVKHITENISVKLSESLQSILLQIPSLFTALPSSFTVTVFILLAAFLIANDYQQISLFSQKIIPHALQTKINGVQTQFKKTVIAYVKAQLILVIISAFLVYIGLKLLHVNHAFTISLYVAFVDLIPYVGSGIIFFPWMIYLFIVGDYALTIQLAILYGSIVIVRQVIEPKILSSSMGTHPLVALIILFIGLQIWGIIGFIIAPLILISIQAFYQAGIFQDVWKFIKG				NA	NA	NA	NA	NA
AK148_01769	390			hypothetical protein	ATGAAAATATTTTTACTTATTGCATTTATCTTATCTGCTCTAGAGATAGGTGTTTTTATTTGGATAGGCGGTTGGATAGGTCCATGGTGGGTTGTAGGCCTTGTTCTTCTTACTGGAGGGGTGGGCTTTTATTTAGCAAAACAACAAGGGATAGAAACTTGGAACCGCGCGCAGGTTTCGATGCAACGTGGCGAAGCCCCAACAAGCTATATTATTGATGGAATTTGTATTCTAATAGGTGCTGTATTGCTAGTAACTCCAGGCTTTATTTCAGATATAGTTGGTTTTTTACTAGTTATTCCAATGACTCGAAAGCTGTTCAACCAAAGAATAGAAAAATTTATAAAATATTTATTCAATAAACGAACCATTATATATCGAAGATGGTAG	MKIFLLIAFILSALEIGVFIWIGGWIGPWWVVGLVLLTGGVGFYLAKQQGIETWNRAQVSMQRGEAPTSYIIDGICILIGAVLLVTPGFISDIVGFLLVIPMTRKLFNQRIEKFIKYLFNKRTIIYRRW				NA	NA	NA	NA	NA
AK148_01770	1761	pyk		Pyruvate kinase	ATGAGAAATACTAAAATTGTATGTACGATTGGCCCAGCGTCAGAGTCAATTGAGAAATTAGAAAAATTGATGGAATGTGGCATGAATGTTGCTCGACTTAATTTTTCACATGGAAACTATGAGGAGCACGCAGAACGCATCAAAAACATCCGTGCTGCGGCAGAGAAAACGGGTAAAACGGTAGCTGTTCTTTTGGATACAAAAGGTCCTGAAATCAGAACACATAATTTCGTTAATGGACAAGCAGAACTCATACAAGGTAAAACTGTTTACGTATCTATGAAAGAAGTGGAAGGTACTGCAGAACGTTTTTCTGTCACTTATCCTGGATTAATTGATGATGTCCATGAAGGCTCGAAGATTTTGTTAGATGATGGGTTAATTGAATTAGAAGTAAGAGAAGTAAATAAGGCTAATCAAGAATTAAAGACAGTTGCATTGAATAGTGGGGTAATTAAGAACAAAAAAGGTGTTAACGTCCCTAATGTATCTGTGAATTTACCAGGTATTACAGAAAAAGATGCTAATGATATTCTTTTTGGTATAGAGCACGATATCGATTTTATTGCAGCTTCTTTTGTAAGACGCGCATCAGACGTATTGGAAATAAAAGAACTTTTGGAAAACCATAATGCAACACATATACAAATCATCCCGAAGATTGAAAATCAAGAGGGTGTCGATAATATTGATAGTATCTTAGAAGTAAGCGATGGGTTAATGGTCGCACGTGGTGATTTAGGAGTTGAAATACCTGCTGAAGATGTACCTTTAGTGCAGAAACAATTAATTAGAAAGTGCAATACAGTTGGTAAACCTGTTATTACGGCAACACAAATGCTTGATTCCATGCAACGTAACCCTCGCCCAACAAGAGCAGAAGCTTCCGATGTAGCTAACGCTATTTTTGATGGTACAGATGCAATTATGCTCTCAGGCGAAACAGCAGCAGGTGATTATCCAGTTGAATCGGTGCAAACGATGAGCAATATTGCAGTTAAAGCGGAGACGGCAATCGATCATTCTTCCATATTGAAAGATCGATCTAGAAATGTTGATATGACAATTACTGACGCAATTAGTCAATCTGTTACGCATACAGCTATGAATTTAGCGGTAAGTGCTATTATAACTCCGACAGAAAGTGGACATACTGCAAGAATGATATCTAAATATCGTCCGCATTCACCAATCCTTGCTGTTACTTTTTCTGAAAGAATAAATCGAAGGCTTTCCTTAGTGTGGGGAGTTCATGCCGTCATGTGTAGACGGGCTAAATCGACAGATGAAATGCTCGATATTGCAGTAGAACGTGGATTGCGTTCTGGCATGGTCGAACATGGTAATCGCGTTATCATCACAGCTGGAGTACCAGTCGGTCAAAGTGGAACTACAAATTTATTAAAAGTACACGTAATTGGTAATGTGATTGCTAGTGGACAAGGTATCGGTCGAAAAAGTGCTTTTGGCAAAGCAGTTGTTGTTAAATCAGCAGAAGAAGCAGTTAGCAAAGTAAGTGAAGGAGACATTGTAGTAACTTATGGCTCGGATCGAGAAATGATGCCTGCGATTGAAAAAGCTGCTGGGATCGTTACAGAAGAAGGTGGCTTAACTTCCCATGCTGCTGTGGTAGGATTAAGTCTAGGTATCCCTGTTATTGTTGGTGTTAAAAACGTGTTTGAAGACATTAAAGATGGGGAAATTATTACAATTGATGGAGCAAATGGTGATATTTATCAAGGACATACAAAAGTCCTATAA	MRNTKIVCTIGPASESIEKLEKLMECGMNVARLNFSHGNYEEHAERIKNIRAAAEKTGKTVAVLLDTKGPEIRTHNFVNGQAELIQGKTVYVSMKEVEGTAERFSVTYPGLIDDVHEGSKILLDDGLIELEVREVNKANQELKTVALNSGVIKNKKGVNVPNVSVNLPGITEKDANDILFGIEHDIDFIAASFVRRASDVLEIKELLENHNATHIQIIPKIENQEGVDNIDSILEVSDGLMVARGDLGVEIPAEDVPLVQKQLIRKCNTVGKPVITATQMLDSMQRNPRPTRAEASDVANAIFDGTDAIMLSGETAAGDYPVESVQTMSNIAVKAETAIDHSSILKDRSRNVDMTITDAISQSVTHTAMNLAVSAIITPTESGHTARMISKYRPHSPILAVTFSERINRRLSLVWGVHAVMCRRAKSTDEMLDIAVERGLRSGMVEHGNRVIITAGVPVGQSGTTNLLKVHVIGNVIASGQGIGRKSAFGKAVVVKSAEEAVSKVSEGDIVVTYGSDREMMPAIEKAAGIVTEEGGLTSHAAVVGLSLGIPVIVGVKNVFEDIKDGEIITIDGANGDIYQGHTKVL	PGPT0002020_772	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0002020-pyk-K00873	NA	NA
AK148_01771	960	pfkA		ATP-dependent 6-phosphofructokinase	ATGAAAAAAATAGGTGTATTAACAAGTGGTGGAGACGCACCTGGCATGAACGCTGCTATTCGAGCGGTAGTTAGAAAAGCTATTTACCATAACATTGAAGTCTATGGCATTAAATACGGCTATCAAGGTTTAATGGAAGGTAATATAGAACGAATGGAGATTGGTTCTGTTGGTGATATCATTCATCGTGGAGGTACAATTCTATATTCTGCAAGAAGTGAAGAATTTAAAACAGATGCCGGCCAAGAAAAAGCCATTGAACAGCTCAATAAATTTGGCATTGAAGGCTTGATTGTAATCGGAGGCGATGGTAGCTTTCGTGGAGCGCAAAAGCTAACAGAAAAAGGCTATCCTTGCATTGGTGTGCCAGGAACGATTGACAATGATATTGCAGGTACAGATTTTACAATTGGTTTTGATACAGCATTAAATACAGTAATTGAAGCAATTGACAAAGTTCGTGATACAGCAACTTCTCATGAAAGAACATACATCATTGAAGTTATGGGGAGAAATGCTGGCGATTTAGCATTATGGGCAGGATTAGCCGATGGTGCAGAGAGTATCCTCATTCCAGAAAAAGAAGAAGATTTTGCAACAGTGGTAAATAAATTGAAACGCGGTCGTAAGCGTGGGAAAAAACATAGTATTATCGTTTTAGCTGAGGGAGTAGGCAGTGGATTTGATTATGGAAAACAAATTGAAGAATCTACGGATTTAGAAACGAGAGTTACTGTTTTAGGGCATATACAAAGAGGTGGATCTCCAAGTGCTTCTGATCGAGTGCTCGCAAGTAGACTTGGAGCTCAAGCTGTTGACTTAATATTAGAGGGTAAAGCAGGCAGAATGGTAGGAATTGAAAAAAATGTATTAGTTGATCATGATATTTCAAAAGTCCTTCATGATAAGCACATGATAAACGATGATATGTATAAACTTTCTCAAGAGTTATCGATTTAA	MKKIGVLTSGGDAPGMNAAIRAVVRKAIYHNIEVYGIKYGYQGLMEGNIERMEIGSVGDIIHRGGTILYSARSEEFKTDAGQEKAIEQLNKFGIEGLIVIGGDGSFRGAQKLTEKGYPCIGVPGTIDNDIAGTDFTIGFDTALNTVIEAIDKVRDTATSHERTYIIEVMGRNAGDLALWAGLADGAESILIPEKEEDFATVVNKLKRGRKRGKKHSIIVLAEGVGSGFDYGKQIEESTDLETRVTVLGHIQRGGSPSASDRVLASRLGAQAVDLILEGKAGRMVGIEKNVLVDHDISKVLHDKHMINDDMYKLSQELSI	PGPT0017595_3578	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017595-pfkA-K00850	NA	NA
AK148_01772	957	accA	COG0825	Acetyl-coenzyme A carboxylase carboxyl transferase subunit alpha	ATGAAGCAAGTGTTGGATTTTGAGAAGCCCATTGTAAACTTAAAAGAAAAAATTGCAGAATTAAAACGATTCACCTCTGATAGTGATATAGATTTAACAGAGGAAATTAGAACATTAGAAAAGCGTCTTGCTGTATTGGAAGAAGATATTTATGGCAATTTACAGCCGTGGGATCGAGTTCAATTAGCCAGACACCCTGAACGACCAACTACTTTAGATTATATTGAGCAATTATTTACTGATTTTATCGAATTTCATGGGGATCGTTCATTTGGAGATGATGCTGCTATTGTTACAGGGCTGGCTTTTTATAAAGAAAAACCTGTAACCGTGATCGGTCATCAACGTGGTAAGGATACAAAAGAAAATATTCGCCGTAATTTTGGGATGCCGCACCCGGAAGGTTATCGGAAAGCATTACGTCATATGAAACAAGCGGAAAAATTTTCAAGACCAATTATCTGCTTTATCGATACAAAAGGAGCTTATCCAGGAAAAGCAGCAGAAGAAAGGGGTCAAAGTGAAGCTATTGCAAGAAATTTAATAGAAATGGCGGGGCTAACCGTTCCTGTTATTTGTGTTGTTATAGGTGAAGGTGGCAGCGGTGGTGCATTAGGACTTGGGGTTGGTGATGAAATTCTTATGTTAGAAAATAGCACTTACTCCGTTATTTCTCCAGAAGGGGCAGCTTCTATATTATGGAAAGACGCTAGCTATGCGCAACAGGCAGCAGAATCTATGCAAATAACTGCTTATGATTTGAAAAAACTTGGGTTAATCGATCAAATTATACCGGAGCCTAAGGGCGGAGCGCACCGTGATTTAAACCAACAAGCAAGTTATTTAAACGAAGTAATTGATCATTCGTTACGCACATTAGAAAAGTATTCTATAGAAGAATTACTTGAAAAAAGATGGGAAAAGTATAAGAAAATGGGTTCCTATCAGATCCTTTAA	MKQVLDFEKPIVNLKEKIAELKRFTSDSDIDLTEEIRTLEKRLAVLEEDIYGNLQPWDRVQLARHPERPTTLDYIEQLFTDFIEFHGDRSFGDDAAIVTGLAFYKEKPVTVIGHQRGKDTKENIRRNFGMPHPEGYRKALRHMKQAEKFSRPIICFIDTKGAYPGKAAEERGQSEAIARNLIEMAGLTVPVICVVIGEGGSGGALGLGVGDEILMLENSTYSVISPEGAASILWKDASYAQQAAESMQITAYDLKKLGLIDQIIPEPKGGAHRDLNQQASYLNEVIDHSLRTLEKYSIEELLEKRWEKYKKMGSYQIL	PGPT0001695_1909	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0001695-accA-K01962	NA	NA
AK148_01773	861	accD	COG0777	Acetyl-coenzyme A carboxylase carboxyl transferase subunit beta	TTGCTTAAAGATCTTTTTGGCAAGCGAAAAAGATACGCATCTATTCCAAGTGAACAAGCAAAAACGGATGTGCCTGAAGGTTTAATGCAAAAATGTAGTGGGTGTCATAAGATTTATTATCGCAAAGAGATGAATAAAAATTTACAAGTATGTCCTCATTGTGATTATCATCATCCGTTACAGGCCTGGCAACGAATTGAAACATTATTTGATGAAGCAAGCTTCGAGGAGTGGGACAAGCAATTATCAACTGGCAACCCTTTAAATTTTCCTGGATATGAAGAAAAAATAAAAAAAGATCAGGAAAAAACAGGTCTTCGTGAAGGCGTAGTTACAGGGAAAGGTACTATTGATGGTAAAGAAACTGCTTTTGCCGTGATGGACTCTTCATTTCGTATGGGAAGTATGGGGTCGGTAATTGGTGAGAAAATAGCTCGTGCCATTGAACAAGCAAAAGAAGAAAAGATTCCATTTATTATTTTTACGGCTTCAGGAGGCGCGAGAATGCAAGAAGGATTGCTAAGTTTAATGCAAATGGCTAAAACTTCGGTAGCTGTAAAACGTTTTAGTGATGCAGGCGGGCTAATGATATCAGTTATGACTCACCCTACTACAGGCGGCGTTTCGGCGAGCTTTGCTTCTATTGGAGATTATCATCTTGCAGAACCGGGCGCGTTAATTGGTTTTGCTGGTAGAAGAATTATAGAACAAACGATTAGGGAGAAACTGCCGGATGACTTTCAAACGGCTGAGTTCCAGTTAAAGCATGGTCAATTGGATAAAGTTGTTCATCGATCAGATATGAAGAGTACCTTAGCGCTATTGTTATCGTTTCATCAAAAAGGTGGGAAAGAATCATGA	MLKDLFGKRKRYASIPSEQAKTDVPEGLMQKCSGCHKIYYRKEMNKNLQVCPHCDYHHPLQAWQRIETLFDEASFEEWDKQLSTGNPLNFPGYEEKIKKDQEKTGLREGVVTGKGTIDGKETAFAVMDSSFRMGSMGSVIGEKIARAIEQAKEEKIPFIIFTASGGARMQEGLLSLMQMAKTSVAVKRFSDAGGLMISVMTHPTTGGVSASFASIGDYHLAEPGALIGFAGRRIIEQTIREKLPDDFQTAEFQLKHGQLDKVVHRSDMKSTLALLLSFHQKGGKES	PGPT0001710_2694	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-VOLATILE_RELATED_FATTY_ACID_METABOLISM,PGPT0001710-accD-K01963	NA	NA
AK148_01774	624			hypothetical protein	ATGGCTGTGTCCATGTCTCATAAACAGAAAGCATACCAAGGAATACTCCAAAAAATTCGTCAATATATGGATGCGCAACATTTACAACCTGGTGACAAGCTCCCCTCCGAAAGGGAGCTTGCATATACGCTTGGTGCAGGTCGGTCTTCTATTCGAGAAGCGTTACGCGCGATGGAATTTTTAGGATTAATAGAAACCAGACGTGGTGAAGGAACGTTTTTAAGTACATATCAGTCTTTTCAAACTGTGGAATTACTTGCTTCCTTTATCTTACAAGAGAAACAAACAAGGCTGGATCTAGCAGACGTCATTATAATTTTAGAAAAAGAAGCTGCGAAACTAGCTTTTTGGAATATGACAAAGCAAGATATAGCTCACCTACAAGCTATTATTTATCAAGAAGCAGACTCGCTAAAAGATATGCATGCTATTTTTTTTCAATGTATTTTTAAGAAATCCAACAATAAACTATTAGCAAAGATATGGAGCTTAATGTATGATTTTTTGACAGTTGAGCAAGAAATCAGCAATCATAAATTTTTTTATAAAGAGTTAATTCATATGTATGAAACAAAGGATTACCAAGGGATTGAAACGTTGTTTGAAAAAATGATTTTAAAATAA	MAVSMSHKQKAYQGILQKIRQYMDAQHLQPGDKLPSERELAYTLGAGRSSIREALRAMEFLGLIETRRGEGTFLSTYQSFQTVELLASFILQEKQTRLDLADVIIILEKEAAKLAFWNMTKQDIAHLQAIIYQEADSLKDMHAIFFQCIFKKSNNKLLAKIWSLMYDFLTVEQEISNHKFFYKELIHMYETKDYQGIETLFEKMILK				NA	NA	NA	NA	NA
AK148_01775	1245			NAD-dependent malic enzyme	ATGAAAATGGCAAGCTTACGAGATAAAGCGCTACATGTTCATAAAGTTAACAAAGGGAAATTAACGACGCATTCCAAAATGCCTGTTACGAATGCGGATGAGTTAAGTCTGGCATACTCTCCAGGAGTAGCTGAACCATGTAAAGAAATTCACGATCGTGTAGACACCGTTTATGACTATACCATGAAAGGAAATATGGTTGCCGTTGTTAGTGACGGGTCAGCAGTGTTAGGGCTTGGTAATATCGGGGCAGAAGCTGCACTTCCTGTAATGGAAGGAAAGTCTGTGTTATTTAAAAGCTTTGCCGGTGTAGACTCCTTTCCTATTTGTCTAGGCACCCAAGACGTGGAAGAAATTGTACAAGCAGTTAAAGTAATGGAACCGACATTTGGCGGCGTGAATTTAGAAGATATCGCGGCACCAAAATGTTTTACTATTGAAGAACGATTAAAAAAAGAGACAAACATTCCTATTTTCCATGATGATCAGCATGGAACAGCTATTGTTACTGTTGCCGGATTAATTAATGCATTAAAGTTAGTTGGGAAATCATTTTCGGATATTAAAGTAGTGGCTAACGGAGCAGGGGCAGCTGGAATCGCTATTATTAAATTGCTCTATTTCTTCGGTGTTCGAGACATGATAATGTGTGATTCAAGGGGAGCTATTTATGAGGGGCGTGCAGAAGGTATGAATGATGTGAAGGAGCGCGTAGCAACGTTTACGAATCAAGGTAAGAAATCAGGCAGCTTAGAAGAAATGCTTGAGGGAGCAGATGTGTTTATTGGTGTATCTGTTGGAGGGGCGTTATCCAAGGATATGGTTGCGAAAATGAACGAGGATTCAATAATTTTCGCAATGGCTAACCCTGAACCTGAGATAATGCCTGAAGATGCAAAAGAGGCTGGTGCGAAGGTTATTGGGACAGGCAGATCTGATTTTCCAAACCAAGTAAATAATGTGCTTGCCTTCCCAGGTATTTTTCGAGGAGCGCTTGATGTTCGGGCAACAAGAATTAATGAAAAAATGAAAGTTGCCGCTGCCGAAGCAATTGCATCACTAATTACCGAAAATGAATTAGAAGAAAATTATGTTATTCCAGCCCCATTTGATCCAAGAGTAGCACCTATTGTAGCCAAAAGCGTAGCTAAAGCTGCTATGGAATCCGGAGTGGCTAGAATGGAAGTAGATCCAGAAGAGATAGCTGAAAAAACAAGAAAGCTCTCGCAAATTGAAAATAAGTAA	MKMASLRDKALHVHKVNKGKLTTHSKMPVTNADELSLAYSPGVAEPCKEIHDRVDTVYDYTMKGNMVAVVSDGSAVLGLGNIGAEAALPVMEGKSVLFKSFAGVDSFPICLGTQDVEEIVQAVKVMEPTFGGVNLEDIAAPKCFTIEERLKKETNIPIFHDDQHGTAIVTVAGLINALKLVGKSFSDIKVVANGAGAAGIAIIKLLYFFGVRDMIMCDSRGAIYEGRAEGMNDVKERVATFTNQGKKSGSLEEMLEGADVFIGVSVGGALSKDMVAKMNEDSIIFAMANPEPEIMPEDAKEAGAKVIGTGRSDFPNQVNNVLAFPGIFRGALDVRATRINEKMKVAAAEAIASLITENELEENYVIPAPFDPRVAPIVAKSVAKAAMESGVARMEVDPEEIAEKTRKLSQIENK	PGPT0001350_2282	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
AK148_01776	3357	dnaE	COG0587	DNA polymerase III subunit alpha	ATGGCTTTTACACATTTACAAATACGCAGTAGCTATAGCTTGTTAAACAGTACAATTACTATTGAAAAATTGGTGCAACGAGCGGCAAAACTTGGTTATACTGCTTTAGCACTAACAGATGAACAAGTGCTTCATGGAGCAATTAAGTTTTATAAAGCTGCAAAGAATAACGGCTTGAAGCCAATTATTGGTTTGACGATTTTAGTAGGCGATAGTCAAGAAAAAGCGCACGAAATGGTTGTTTTAGCCAAATCAAATCAAGGTTTTCAAGAGCTAATTCGATTAAGTACTTGGCTAAGAACTGAAGAACTGCCCTGCATACAGGCGGAACAGCTCTTAACATATACAACAGACTGTATTGGCATTCTCTCTTTCAATCATGGCAATATAATTGAACAATTGCGAAATAAATCCTTTGTTGAACTAAATGAATATATATCCGTTTATAGACAAGCTTTTGGCGAGAACGATTTTTACATAGCATTAGAGGCTTATGGTGATGGGAGTAATCATCCATCTTTTTTTGCAGAGGTAAAGCAGTTTCAAGAAATGTATCATGATTCCGTTGTGGCTATGCACGATGTTCGATATTTAAATAAAAAAGATGCGATTGCGTTTGATTGTTTACGAGCGATGAAAGTACAGCAAATTTGGAACGGCGCTTATGTTGATGATAAATGGCGTAATCATCATTTGTGTTCAGAAAAGGAAATGCAACAGTACTTTTCTGAGTGGCCTGAGGTGGTTGAAGAAACGGCAAGCATTGTAGAAAAATGTAATTTAAATATTAATTTTGAACAACAACATCTGCCCTCATTTCCGCTTCCAGAAAACCAACAACCTCATCGTTATTTAACAGAGAAATGTTTTACAGTCTTATCACAAAAGTATACAAGAGTAACGGATGAGATTCGAGAACGTTTACATCATGAACTTAACATTATTGAGCAAATGGGGTTTAGTGATTATTTCTTAATTGTTGCAGATATGGTTGATTTTGCAAAAACAAATCATATTGTCGTTGGGCCTGGGAGGGGATCAGCGGCTGGTTCTTTGGTAGCTTATTTATTAGGAATTACAGATATTGATCCTATCGAATATGAGTTGTTGTTTGAACGTTTCCTTAATCCAAATCGAATGACAATGCCTGATATTGATATCGACTTCTCGGATACACGTAGAGAGGAAGTAGTGGATTATGTACAAAGGAAATATGGCTCAGAGCACGTAGCGCAAATCATTACATTTGGAACGTTTGCTGCCCGCTCTTTAATGCGGGAGCTTATAAAAACGATGGATATTAATAAACAAGATGCTGCTTTTGTGTTACGGCATATTCCAGTGCAGTCGAAAAAAAATCTTGTACAAATTGTTCAAGAGTCAAGTGCATTAAAAGATTATATAAAGCGTTCGGAAGTGCTACGCCGTTTGTTTAAGGTAGCTACGGTGCTAGAAGGTATCCCTAGACATATATCTACCCATGCAGCTGGAATTGTTATCTCTAAGGAACCCCTTATGGAATATGCACCTTTAACTTCTGGTGCTGGTACAATGTATTTAACACAATATGCAATGAATGATGTTGAAGCGATAGGTTTATTAAAAATTGACTTACTAGGTTTACGAAATTTAACTCTCATAGAACAAATACTGCAAAACATACGTTACAAATACAACAAAGCTGTCCTGTTAGAAGCAATTCCTCAAGAAGATTGGAAAACCTATTTATTGTTGCAACAAGGAAAAACAAACGGTGTATTTCAATTGGAATCACAGGGAATGAAACAAGTATTACAAGATTTAAAGCCAACTCATTTTGAAGATATAGTTGCAGTTAACGCTTTATATCGTCCTGGACCAATGGATTTCATTAAAACTTATATAAACCGGAAGCATGGTATAGAAAAGATTACTTATCCACATCCAGACCTCGCACCTATTTTAGAAAAAACCTATGGTGTGTTAATTTACCAGGAACAAATTATGCAAATTGCTCATCACATTGCTGGTTTCTCTCTTGGACAGGCTGACTTACTTCGAAGAGCGGTAAGTAAAAAACAAGAAGAGGTCATGGAAGAACAAAAATCCGCGTTTATCCATGGATGCATACAGCGAGGGTATAGTCAATCGGTAGCAAATGAATTATTTGCTTGGATTGTTCGATTTTCGAATTACGGTTTTAATCGGAGTCATGCTGTGGCTTATAGTCGTATTTCTTATCAGTTAGCATACTTAAAATGCCATTATCCGCAAGTTTTTTTTGCTGAATTATTAAGTGCTTCGATGCAACAACACCAGAAAATTACCTTGTATCGGAGAGAAATAAAGGAACTGCATATAAAATTACTTGGTCCATCCATCAATAATAGTTTTGGAAAATATACTGTCGAAGGAGAACACATCCGAATGGGTTTGTTACAAATTAAAGGGGTAGGAAATCAGGCAGTTTCCGAAATTATTCGAGCACGTAAAGAGCGACCTTTTCAAAATTTATTCGACTTCTGCTTACGTACTTCCCTAAAATTAATTAATCGAACAATCATTGAGCTATTAGTTCTATCAGGAGCTTTTGATGAGCTCCATAAAAATCGTGCTAGCTTATTAGCAACTATTGACCAAGCAATCGAGCAAGGGGAGTTGTTTGGTGAGTTTCAAGAGCAGGTAAGCATACTAACGAACAACCTTGAATTGGAAGGCGATTATGTAGAAATAGAGGATTTCTCGGTAATGAAAAAACTATCTGATGAAAAAGAATTACTCGGTATATATATATCTAGTCATCCTGTTACAGTTTATCGAAAACAACTACAGCGCGCAGGTTATATTACCATAGATGCAGCTAGAAAAAGAGGGAGTGGTTTTAAACATAGAAGTGCATGTGTTATTCAATCTATCAAAACTATCCGTACAAAACGTGGCGACCCAATGGCCTTTATTACCATTAGTGATGAAACAGATGAAATGGAGGCAGTTGTCTTTCCTGAATTATATCGACAAGTCCATCGTTGGTGGGAAGAAGGGATGCTCGTGGTAGCAAAAGGTAAGCTGGAGGCTAGAAACAATGGATTACAAACATTATTATCTGCTATCCAAAGTTTTGAAGAGTCTGCTTTAGAAGATAAAACAAGCACAGATCGGCTGTTTATAAAATTAACAGGAAAAGATATTAAAGCAGACTTAGCTAAAATTAGCGAGGTAGCTCGTTATTTCCCTGGAAATACTCCAGTAATTGTTTTTCAAGAAAGTCTACAACAAACGTACCAATTATCCAAGGAATACAACCTTGCACCGAATTTACTTTGCATTCAGCGTTTACAAGACTACTTCGGTACTCATCAAGTTGTATATGACAAGTGA	MAFTHLQIRSSYSLLNSTITIEKLVQRAAKLGYTALALTDEQVLHGAIKFYKAAKNNGLKPIIGLTILVGDSQEKAHEMVVLAKSNQGFQELIRLSTWLRTEELPCIQAEQLLTYTTDCIGILSFNHGNIIEQLRNKSFVELNEYISVYRQAFGENDFYIALEAYGDGSNHPSFFAEVKQFQEMYHDSVVAMHDVRYLNKKDAIAFDCLRAMKVQQIWNGAYVDDKWRNHHLCSEKEMQQYFSEWPEVVEETASIVEKCNLNINFEQQHLPSFPLPENQQPHRYLTEKCFTVLSQKYTRVTDEIRERLHHELNIIEQMGFSDYFLIVADMVDFAKTNHIVVGPGRGSAAGSLVAYLLGITDIDPIEYELLFERFLNPNRMTMPDIDIDFSDTRREEVVDYVQRKYGSEHVAQIITFGTFAARSLMRELIKTMDINKQDAAFVLRHIPVQSKKNLVQIVQESSALKDYIKRSEVLRRLFKVATVLEGIPRHISTHAAGIVISKEPLMEYAPLTSGAGTMYLTQYAMNDVEAIGLLKIDLLGLRNLTLIEQILQNIRYKYNKAVLLEAIPQEDWKTYLLLQQGKTNGVFQLESQGMKQVLQDLKPTHFEDIVAVNALYRPGPMDFIKTYINRKHGIEKITYPHPDLAPILEKTYGVLIYQEQIMQIAHHIAGFSLGQADLLRRAVSKKQEEVMEEQKSAFIHGCIQRGYSQSVANELFAWIVRFSNYGFNRSHAVAYSRISYQLAYLKCHYPQVFFAELLSASMQQHQKITLYRREIKELHIKLLGPSINNSFGKYTVEGEHIRMGLLQIKGVGNQAVSEIIRARKERPFQNLFDFCLRTSLKLINRTIIELLVLSGAFDELHKNRASLLATIDQAIEQGELFGEFQEQVSILTNNLELEGDYVEIEDFSVMKKLSDEKELLGIYISSHPVTVYRKQLQRAGYITIDAARKRGSGFKHRSACVIQSIKTIRTKRGDPMAFITISDETDEMEAVVFPELYRQVHRWWEEGMLVVAKGKLEARNNGLQTLLSAIQSFEESALEDKTSTDRLFIKLTGKDIKADLAKISEVARYFPGNTPVIVFQESLQQTYQLSKEYNLAPNLLCIQRLQDYFGTHQVVYDK				NA	NA	NA	NA	NA
AK148_01777	342	ytrH		Sporulation membrane protein YtrH	ATGATAAACATGGAAGAACGCTTTTTTGAAACATTTATTCATTGTTATTTTATAGCTTTTGGCGTAGTTATTGGCGGATCCATCCTCGGAAGTGTAGGTGCATTTATTACAGGAAACGCGCCGTTAACAGAGATCGGTCGAATCGCAGTGCAATTAAGAATATGGGCTATCGTTGCAGCTATTGGAGGAACATTTGATGCAATAGCAAATTTTGAAAGAGGCATTTATGACGGGTCTACCATGGACTTATTTAAACAAGCATTATTTATCCTATCTGCAATGGGAGGAGTAAAAACAGCTATATTACTTCTGAATTGGTTAACACAGGAGGATATAGCATAA	MINMEERFFETFIHCYFIAFGVVIGGSILGSVGAFITGNAPLTEIGRIAVQLRIWAIVAAIGGTFDAIANFERGIYDGSTMDLFKQALFILSAMGGVKTAILLLNWLTQEDIA				NA	NA	NA	NA	NA
AK148_01778	504	ytrI		Sporulation membrane protein YtrI	ATGCACATTCCTCCATATCATAAAAAAGTGACATGGCAACGTTTTTTTGTAGGAGTGATGGTTGGAGGAGTAATAGCCTATTGTATCTTGCTTTATATGTACGGAACAATGTATGAAGATCTAATTATCCGAACGAATCATATGCAAAGTGAAATAAGTCAATTAAGGAATCAAAATGAATCACTTCTTGCCGATAATGACGAACTTAATGAAAAATCAGTAAAACAAGTTACTATTGAATCCATCTCATTTACGGTAGAAAACACAGAAGAATTACGAATAGATCGCTTAATTGCAGGTAAATTAGAAGAACTGGTACAAGAGGAATTGAAACATATTATAGGGAAAGATTTATCTATAATCGCTGAAAGTGATAGCTTAATTGTAGCTTCATTAGAAAATAAAACATTCACTGTTGAAGAATTTGATTACACTTTTTCCGTTAACAAACTCATTATCTCTAATAATATCAAAATAATGGCCGATGCCAAACGTTCAGCATAG	MHIPPYHKKVTWQRFFVGVMVGGVIAYCILLYMYGTMYEDLIIRTNHMQSEISQLRNQNESLLADNDELNEKSVKQVTIESISFTVENTEELRIDRLIAGKLEELVQEELKHIIGKDLSIIAESDSLIVASLENKTFTVEEFDYTFSVNKLIISNNIKIMADAKRSA				NA	NA	NA	NA	NA
AK148_01779	180			hypothetical protein	GTGAATTTTAAAGTGTATAGTGGAGCATCTGTTTTTGCTTTTGCAATTATCATTATTTACAGTTTAGTTTCTTGCTTATTTTATGATAAAGTAAATTGGGTACAGGTCATATTATCTGGCATCGTTGCTTTTTGTTTATTTACAATGAGTTTATACATTGTGCAGAAGTTGAATAAATAA	MNFKVYSGASVFAFAIIIIYSLVSCLFYDKVNWVQVILSGIVAFCLFTMSLYIVQKLNK				NA	NA	NA	NA	NA
AK148_01780	198			hypothetical protein	ATGTGGGTAATCAGCCGCAGACAACAAAGAGATGAAAAAATAGCACGTTTGAAACAAGGTGATTCTGCATTTGCAGAATCTCTAGAATTAATTCGATTAATAAAGCGTGATATTGAAAAAGAGCATTTAGAAGTAATCTGTGAAGAAACTGCTTCTGGCTGCTGGTTTATACCAAAGAACAGAAGTAAAACTTCCTAA	MWVISRRQQRDEKIARLKQGDSAFAESLELIRLIKRDIEKEHLEVICEETASGCWFIPKNRSKTS				NA	NA	NA	NA	NA
AK148_01781	942	nrnA	COG0618	Bifunctional oligoribonuclease and PAP phosphatase NrnA	TTGAAGAATATATTAGCGTTAATTCAACAATATTCTACCGTTATCATTCATCGACATGTGCGACCAGATCCTGATGCAATTGGATCTCAAGTGGGATTAAAGGAATTAGTTAAGCATTCTTTTCCTGGTAAAGAAGTTTATGCAGTTGGAGAAGAAGAAGCTTCTTTGTCCTTTTTGGCAAAAATGGATATAATCTCTGATGAACAATATGAAGGTGCGCTTGTTATTGTATGTGATACAGCAAATAGGGAACGGATTTCTGATCAGCGATTTACTTTAGGAGACAAGATTATTAAAATTGATCACCATCCGAATGTCGATGAATATGGAGACATACAATGGGTGGATACAAAAGCAAGCTCTACAAGTGAAATGATTTACGAATTGTATACATCTTCTGACAACAACAAATTTACACTTACGGATGATGTTGCCCGTCTGTTGTATGCTGGCATTGTAGGAGATACAGGAAGATTTTTATATCCAAGTACTACGGAGAAGACATTTAAAGCTGCTTCGGAGCTGATTACGTATCACTTTGACCGTTCTGTTATATATGAAAATTTGTATAGCATGCAACACAATTTAGTCAAATTGAAAGGATACATATACCAACAATTTTATATAGATGACATTGGAATGGCTTATGTAAAATTAACCAAAGATTTATTGCAACAATACGGTATTGATCCAAATGAAACGAGTCAGTTGGTTAGTACTTTGGGAGATGTGAAGGGGATTGTGGCATGGGTTGTTTTTGTTGAAGAAGAAAAAAGCATTCGCGTTCGATTAAGGTCTAAAGGCCCAAGCATTAATGAATTGGCAACCAAGTACAATGGTGGCGGTCATCCAATGGCTTCTGGTGCTACTGTAATAACGTGGGAAGAGGCAGATCAAGTAATTGCTGATTTACAGATGATAGTGGAAGCTTACGAAGCGTAG	MKNILALIQQYSTVIIHRHVRPDPDAIGSQVGLKELVKHSFPGKEVYAVGEEEASLSFLAKMDIISDEQYEGALVIVCDTANRERISDQRFTLGDKIIKIDHHPNVDEYGDIQWVDTKASSTSEMIYELYTSSDNNKFTLTDDVARLLYAGIVGDTGRFLYPSTTEKTFKAASELITYHFDRSVIYENLYSMQHNLVKLKGYIYQQFYIDDIGMAYVKLTKDLLQQYGIDPNETSQLVSTLGDVKGIVAWVVFVEEEKSIRVRLRSKGPSINELATKYNGGGHPMASGATVITWEEADQVIADLQMIVEAYEA				NA	NA	NA	NA	NA
AK148_01782	297			hypothetical protein	ATGTTTATTTTTGCAGTTATTACTGTCACGGCATTTGTGCTTTGGATTTATTACAAAGTAGCTATTTTAAACACAAAAGACGGCTTAAAGCAAGCTTATTTTAACGCAAAATCACGTATTTGTTTAGGTAGCTTCCTCGTAGCCTTTACGATTAATCAATACATTTATTACGAAACACGTATTTCACTATTTGTTGGAATTGTATTTCTTGTTTTTGCTATCCCCCTTATTAGTCGAGGAATCAAAGAAGTTAAACATTACAAAAGTGAATGGAAACGATTAAACATGTCTAAATGA	MFIFAVITVTAFVLWIYYKVAILNTKDGLKQAYFNAKSRICLGSFLVAFTINQYIYYETRISLFVGIVFLVFAIPLISRGIKEVKHYKSEWKRLNMSK				NA	NA	NA	NA	NA
AK148_01783	1353	IMPDH_1		Inosine-5'-monophosphate dehydrogenase	ATGGTAAATAATTTATTAGTACAGTTGAAAGATGGTGTATGTGCCATGAAAAGTAAACATGAACAAATTATCGAGCATATTCATTCTTTAGACGTAGGTCATAAAATTTCAGTTAGACAAATTGCTAAAGATTTGCACGTGAGTGATGGAACAGCTTATCGTGCCATTAAAGATGCAGAAAATAAAGGACTCGTTAGTACGATAGAACGTGTAGGCACCATCCGAATTGAACAAAAGAAAAAAGATAATTTTGAACAATTGACTTTTGCTGAATTGATCAATATTGTAGAAGGGCATGTTCTAGGTGGAAGAGAAGGGTTACACAAAACGTTAAATAAATTTGTTATCGGAGCCATGCAGCTAGAAGACATGATGCGATATACAGAGGCAGATGCCTTGTTAATTGTAGGTAACCGTACAAAAGCACATGAATTAGCTATTAAAGAAGGAGCCGCAGTTTTAATTACGGGAGGCTTTGATACGACAGAAGACATAAAAAGGTTGGCCGATGAAAGAAAATTGCCTATTATTTCAACCAGTTATGATACATTTACGGTAGCAGCAATGATAAATAGAGCGATCTATGACCAATTAATTAAAAAGGAAATTGTGTTGGTAGAGGATATTTATACACCTTATGAAAAAGCTTTTTACCTAAAAGAAGGTAACGAGGTAGAGGATTGGTATGCCTTAAATAATTATTCAAAGCATACGCGTTTCCCGGTTGTAGACGATCGGAGGAGGGTTTTAGGTATCGTCACGTCAAAGGATGTGGTTGGGAAATCGAATGATACTTCCATTAGCAAGGTGATGAGTAAGCAGCCTAAAACTGTCCAAACGAATATTTCTTTAGCTTCTGTGGCTCACCTTATGGTATGGGAAGGAATTGAAGTGATTCCTGTAACAGATGAGCAGAATCATTTACAGGGAATAATATCTAGGCAAGACGTATTAAAAGCGCTTCAACAAAATCAACGTCAACCCCAGATTGGTGAGACGATTGATGATATTGTGTCGCGAAACATAGTAGAATCAGAGAGTGAACCCGGTGTTTTTGAAACGAAAGTTGCCCCGCAAATGACTAATCAACTCGGAACATTGTCAAGTGGTGTTTGTACAGCTTTAATGACAGAAGCGAGCAGGAGATTATTGCTAAAGGATAAAAAAGGCGACTTAGTAGCCGAAAATTTAACAATTTATTTCATTAAGCCAGTGCAAATTGATAGCACGTTACGTATCAAGCCTAAATTATTAGAAATTGGTAGAGTGTATGCTAAGATTGATATCGAGGTATATGAGGAACAGCAACTTGCCAGTAAAGGTTTATTAATGGCTCAATTAATGAATCGTTAA	MVNNLLVQLKDGVCAMKSKHEQIIEHIHSLDVGHKISVRQIAKDLHVSDGTAYRAIKDAENKGLVSTIERVGTIRIEQKKKDNFEQLTFAELINIVEGHVLGGREGLHKTLNKFVIGAMQLEDMMRYTEADALLIVGNRTKAHELAIKEGAAVLITGGFDTTEDIKRLADERKLPIISTSYDTFTVAAMINRAIYDQLIKKEIVLVEDIYTPYEKAFYLKEGNEVEDWYALNNYSKHTRFPVVDDRRRVLGIVTSKDVVGKSNDTSISKVMSKQPKTVQTNISLASVAHLMVWEGIEVIPVTDEQNHLQGIISRQDVLKALQQNQRQPQIGETIDDIVSRNIVESESEPGVFETKVAPQMTNQLGTLSSGVCTALMTEASRRLLLKDKKGDLVAENLTIYFIKPVQIDSTLRIKPKLLEIGRVYAKIDIEVYEEQQLASKGLLMAQLMNR				NA	NA	NA	NA	NA
AK148_01784	231			hypothetical protein	ATGAAAGGACAGTATGCAGTATTAAGAATCTTGATTGCTGGTTTTTTGTTATACGTAGCTTGGCCATTTATACCACAAAGTGTCACTTCTATTGAGCAATTGTTTTGGGGGAGTTGGTTATTCTTATTTTTGCTTGTAATTGGTGCAAATATTGCTTCTTTATTACAAATGATTCAGCCTCCAATAATGGAACAGAAAAGAGAAAAACAGCGAAAAACCTATAATCATTGA	MKGQYAVLRILIAGFLLYVAWPFIPQSVTSIEQLFWGSWLFLFLLVIGANIASLLQMIQPPIMEQKREKQRKTYNH				NA	NA	NA	NA	NA
AK148_01785	765	comC		Type 4 prepilin-like proteins leader peptide-processing enzyme	GTGGAAATAGTTCGACTGTTATTTTTCTCATTAAGTGGCTTTATATTTGGATCTTTCTTTGTTGTTGTTGGTCTTCGTTTGCCGAAGCAGCAGCCGTTTACAACAGAACGATCATGCTGTCCTAATTGTTGTATAAGGCTAAGCTGGTTTGAGTTAATTCCTGTTTTATCGTATGCTTTTTTAAAACGTAGTTGTAGGCATTGTAAAAATAAAATTTCCTCCATATATCCTATCATTGAGATATTGACTGCAGCCATGTTTACGATAAGCTATTCTATCATTGGTTGGAATTTGGAATTAATTGTTGCATTATTAGTTAGCTCCTTACTTATCATTTGCCTCGTATCTGATATTTTCTACATGGTTATTCCCAATCAATTACTCTTATTTTTTCTACCAGTATTTATGTTGTTGCGTGTCATGGTACCGCTTGATCCTTGGTGGGATACATTTCAAGGTGGACTAGTAGGTTTGCTTATCCCATTACTGGTGGTTATTGTAAGTCGCGGCGGAATGGGAATGGGGGATGTGAAATTATTTGGATTACTTGGCATTGTGTTAGGTACTACCAACCTTGTTCTCAGTTTCGTCGTTGCAAGTATGATTGGAGCAATCATTGGTTTAGTGTTACTAGCATATAATCAAATAAGCCTAGGTAAGCCAACACCATTTGCCCCTTATATAATAATCGGGACATGGATTGCTTATTTCTATGGAGATGCGATGATTCATTGGTATATGACACATTTTTTTACGCTACATTAG	MEIVRLLFFSLSGFIFGSFFVVVGLRLPKQQPFTTERSCCPNCCIRLSWFELIPVLSYAFLKRSCRHCKNKISSIYPIIEILTAAMFTISYSIIGWNLELIVALLVSSLLIICLVSDIFYMVIPNQLLLFFLPVFMLLRVMVPLDPWWDTFQGGLVGLLIPLLVVIVSRGGMGMGDVKLFGLLGIVLGTTNLVLSFVVASMIGAIIGLVLLAYNQISLGKPTPFAPYIIIGTWIAYFYGDAMIHWYMTHFFTLH	PGPT0029470_15	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029470-comC-K02236	NA	NA
AK148_01786	681			hypothetical protein	GTGAAAATATCTTATCATGGTCATTCCGTTGTACAGGTTGAAACCGATAAGCACAACATATTGATTGACCCATTCATTTCAGGAAATGAGGCATGTGATTTAGATGCTGAAATCGTTTCACCAGATTACATTTTATTAACACATGGTCATAACGATCATGTGGGTGATACGATCTCGATTGCTAAGCGAACAAATGCAATGGTTATTGCGCCAAATGAATTAGCTGAATTTTTAGGAACAAAAGGTTTGCAAGTGCATCCAATGCATATTGGTGGGAAAAATAGCTTTGATTTCGGTACGGTAAAGTTTACACAAGCCTTCCACGGATCAGCCTATACAGAAGAAGATGGCTCCATTGTTTATACTGGAATGCCTGCTGGTATATTACTTACTATTAACGGAAAAACCATTTACCATGCTGGAGATACAGGACTTTTCTCTGATTTAAAATTGATTGGTGAAATGAATGATATAGAGCTAGCATTTATTCCAATTGGGGATAATTTTACGATGGGACCAGAAGACGCTCTCATTGCTGCGAAATGGGTGGGGGCTAAAACAGTTGTGCCCATTCATTACAATACTTTCCCCGTTATTGAGCAAGATGCAGCTGCTTTTGCAAAGCAAGTCGAGCCTGGTATTGGAAAGGTAATGAAGATTGGTGAAGCTGTACATCTGTAA	MKISYHGHSVVQVETDKHNILIDPFISGNEACDLDAEIVSPDYILLTHGHNDHVGDTISIAKRTNAMVIAPNELAEFLGTKGLQVHPMHIGGKNSFDFGTVKFTQAFHGSAYTEEDGSIVYTGMPAGILLTINGKTIYHAGDTGLFSDLKLIGEMNDIELAFIPIGDNFTMGPEDALIAAKWVGAKTVVPIHYNTFPVIEQDAAAFAKQVEPGIGKVMKIGEAVHL				NA	NA	NA	NA	NA
AK148_01787	1098			putative peptidase	ATGAAACAAAGAATCGAAACACTTTTACGCCATATGGATCAGCAGCATATGGAAAGTATTTTAATTACGTCACCGGCAAATGTATATTACATAACGAACTACTTTACCGACCCACATGAACGTCTAGTTGCTGTATATATACGTAAGCATGAAGATCCTATTCTCGTTCTTCCTGCAATGGAGAAAGCAGATGCTAAAAACGCAGGTTGGAAACACTCTATTATTTCGTATCAAGATCACGAAAACCCTTGGGAAATGCTATCTAAAGTAATAAAGCAAAACGAAACTATTCCAAAAACAATTGGCGTGGAGTTTAATCATTTTACATTAGACCGCCAAACCATACTGCAACAGATTTTACCGCAAACAGAAATTAGACAAGCTGAAGCGTTATTAGCTCAATTAAGGCTTATTAAAAACGAATATGAATACAAAAGGCTTAAAACAGCAGCAGAACTTGCTGATTTTGGTATAAAAACAGGGGTTGAAGCAATAAAAGAAGGGATAACGGAGTTAGAAATTGTCGCTAAAATTGAATTTGAACTAAAAAAACAAGGTGTGCAAGCGATGTCGTTTTCCACGATCGTTTTATCCGGTACAAAAACAGCCTCTCCTCACGGAAACCCATCGTTGAAAAAAATAGCTAAAGGTGATTTGGTTTTATTTGACTTAGGCGTTGTATATGAAGGTTATTGTTCTGATATCACAAGAACAGTTGCTTTTAAATCCATTACCAAGGAACAAGATCGTATCTATAACAATGTGTTACATGCACAACAAAAGACGATAGAATCAGCTAAAGCAGGTGTTGCTGTAGGGAAATTAGATCAAGTTGCGCGAAACGCAATAAACTCAAATGGATATGGGGACTATTTCACGCATCGAATTGGGCACGGTTTAGGTATTCAAACTCACGAATACCCATCTATGCATAGTGATAACACATTACCATTGCAGGAAAATATGTGCTTTACTGTTGAGCCAGGCATCTACGTGCCTAATATTGGGGGTGTAAGGATAGAAGATATGCTATTTATCAAAGAAAGTGGTCCAGAAGTTTTAACGCAATTTCCAAAGGAATTAATGATTGTTGATTAG	MKQRIETLLRHMDQQHMESILITSPANVYYITNYFTDPHERLVAVYIRKHEDPILVLPAMEKADAKNAGWKHSIISYQDHENPWEMLSKVIKQNETIPKTIGVEFNHFTLDRQTILQQILPQTEIRQAEALLAQLRLIKNEYEYKRLKTAAELADFGIKTGVEAIKEGITELEIVAKIEFELKKQGVQAMSFSTIVLSGTKTASPHGNPSLKKIAKGDLVLFDLGVVYEGYCSDITRTVAFKSITKEQDRIYNNVLHAQQKTIESAKAGVAVGKLDQVARNAINSNGYGDYFTHRIGHGLGIQTHEYPSMHSDNTLPLQENMCFTVEPGIYVPNIGGVRIEDMLFIKESGPEVLTQFPKELMIVD	PGPT0006760_2516	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0006760-opaA|pepQ-K01271	NA	NA
AK148_01788	1119	ald		Alanine dehydrogenase	ATGAACATCGGAGTACCAAAAGAGATAAAAAACAATGAAAATAGGGTGGCGATGGCTCCGTCTGGCGTCTTAACATTAACAAAGGCTGGTCATCAAATTTTTATGGAAACAAATGCAGGTTTAGGATCAGGTTTTTCTGATGAGCAATACGTAAATGCTGGCGCTACCATTGTTTCAAGCCCAAAAGAAGCATGGTCACAAGAAATGGTAATGAAAGTGAAAGAGCCTTTACCAGAAGAATATAGTTATTTTTATGAAGGTCAAATTTTATTTACATATTTGCATTTAGCAGCAGAAGCAGAGCTAACGAAAGAGTTAGTTAATAAAAAAGTGACTGCAATTGCTTATGAGACAGTGCAATTACCAAATAATACATTACCGCTTTTAACACCTATGAGTGAAGTAGCTGGGAAGATGGCTTCACAAATCGGCGCTCAGTTTTTAGAGAAAACGAAAGGTGGAAAAGGTATTCTGTTAAGCGGAATTCCTGGTGTCAGACGGGCCAAAATCACTATTATTGGTGGCGGAGTTGTTGGAACAAACGCAGCGAAAATAGCTGTCGGTTTAGGAGCAGATGTAACTTTAATTGATTTGAATCCAGAACGTTTACGACAGCTTGATGATATTTTTGGTTTCTCAATTAATACGATGATGTCGAATCCAATGAATATAAGTCTCGCTTTAGCTGAGTCGGATCTTGTCATAGGAGCAGTGCTAATCCCAGGAGCGAAAGCACCAAAATTAGTAACGGAAGAAATGGTACAAAATATGTCTGATGGGTCTGTCATTGTAGATGTAGCTATTGACCAAGGAGGAATATTTGAGACGAGTGACCATGTCACTACGCATGATAACCCAACTTATACGAAGCATGGTGTCTTACATTACTCCGTAGCTAATATGCCAGGAGCTGTTCCTAGAACGTCTACTATTGGATTGACGAATGTCACTGTGCCATATGCTTTGCAATTGGCTAACTTTGGAGTGGAGATGGCTTTTCAAAATAACGAATCACTCTTAAAAGGGGTAAATACATGGAAAGGAATCGTAACTCATCAAGGCGTCGCAAATGCTCATGAAATGAACTATGTCGACCCACACACATTACTTGAGTTGTAA	MNIGVPKEIKNNENRVAMAPSGVLTLTKAGHQIFMETNAGLGSGFSDEQYVNAGATIVSSPKEAWSQEMVMKVKEPLPEEYSYFYEGQILFTYLHLAAEAELTKELVNKKVTAIAYETVQLPNNTLPLLTPMSEVAGKMASQIGAQFLEKTKGGKGILLSGIPGVRRAKITIIGGGVVGTNAAKIAVGLGADVTLIDLNPERLRQLDDIFGFSINTMMSNPMNISLALAESDLVIGAVLIPGAKAPKLVTEEMVQNMSDGSVIVDVAIDQGGIFETSDHVTTHDNPTYTKHGVLHYSVANMPGAVPRTSTIGLTNVTVPYALQLANFGVEMAFQNNESLLKGVNTWKGIVTHQGVANAHEMNYVDPHTLLEL	PGPT0020070_1295	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ALANINE_DEGRADATION,PGPT0020070-ald-K00259	NA	NA
AK148_01789	165			hypothetical protein	TTGGCAAAAAATAATCAGCAAAACCATGGTTCCAAGAAATTGTTTTCAGATGAAAAAGGTGTAGAGGCAGTTCGAAATCAGTTAAATGAAAGCTATCAAAGTGGGGTTGTGGAACAACTGCATAATAATAAGGGGATCTATACTTTTAATAATCGAAAAAATTAA	MAKNNQQNHGSKKLFSDEKGVEAVRNQLNESYQSGVVEQLHNNKGIYTFNNRKN				NA	NA	NA	NA	NA
AK148_01790	432			Putative universal stress protein	GTGGAATATAAAAATATTGTTGTTGCGGTAGATGGATCTGAAGCATCTGAAAAAGCATTTAAGAAATCACTCGCCATCGCCAAAAGGAATAACGATGCAAGGCTCATTCTAGCACATGTTGTTGATTCTCGAACATTTGCTACTGCAGAAGCATACGATCGTACTTTAGCAGAAAGAGCGGATGAGTATGCAAAAGAGCTACTAGATAGCTACGTTGATAACGCTAAAGGAGCCGGAGTGGACGATTTAGTACGTTGTGTGGAATATGGATCTCCGAAAGTAAAAATTGCAAAAGATATTGCCAAACAATTTGAAGCCGATTTAATTATTTGTGGAGCAACAGGTATGAATGCAGTAGAAAGATTTTTAATTGGAAGTGTATCCGAAAACATTACTCGTTACGCCACATGTGATGTTCTTGTCGTTCGATAA	MEYKNIVVAVDGSEASEKAFKKSLAIAKRNNDARLILAHVVDSRTFATAEAYDRTLAERADEYAKELLDSYVDNAKGAGVDDLVRCVEYGSPKVKIAKDIAKQFEADLIICGATGMNAVERFLIGSVSENITRYATCDVLVVR	PGPT0002681_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-PHOSPHATE_STARVATION_RESPONSE,PGPT0002681-yxiE-NA	NA	NA
AK148_01791	1191	ackA	COG0282	Acetate kinase	ATGAGTAACGTATTGGCTATTAATGCCGGTAGTTCATCTTTGAAATTCCAACTAATAAAAATGCCAGAAGAAACGGTTCTTGCTAAAGGGCTTGTAGAAAGAATTGGTCTTCATGAAGCTATCTTTGAAATGAAAGCACAAGAGAAAAAAGAAAAATTCGTAGGTGACATTCCTAATCATGAAGAAGCTGTAAAGAAATTATTAGAAGGTTTGAAAAAATCGGGTGTCATTACGTCACTTGATGAAATTAATGCAGTAGGACATCGTATTGTTCATGGAGGAGAAAAATTTAGCGATTCTGTGTTAATTACTGAACAGGTTATTCAAGGAATTGAAGAAATCTCTGAATTAGCTCCTTTACACAATCCAGCACATTTAACGGGCATCCATGCATTTCGTCATATCTTGCCAGAAGTGCCTATGGTTGCTGTGTTTGATACTGCGTTTCATCAAACCATGCCGCCGTCATCTTACTTATATAGTTTGCCATATAATTACTATGAAGACTATGGTATTCGTAAATATGGTTTCCATGGGACATCGCATAAATACGTTTCCCAGCGTGCAGCAGAATTGTTAGGTGTGCCACTTGAAAATTTAAGGTTAATCTCTTGCCACTTAGGAAATGGGTCTAGTATCGCTGCTATTCAAGGTGGAGAATCACTTGATACGTCAATGGGGTTCACACCACTAGCTGGTTTAACAATGGGGACTCGTTCTGGAGACATTGATCCAGCACTTATACCATATATTATGGAGAAAACAGGAAAATCAGCTTCGGAAGTCGTTCATGTGTTAAATAAAGAAAGTGGTATGTTAGCTTTATCTGGTTTTTCTAGCGATTTAAGGGATATTGAGCAAAAGGCAGATGAAGATCCTAGAGCTAAGCTTGCATTAGATGTATTTGCTGAACGTATCCATAAATACTTAGGTTCTTATGCAGCTAAAATGAGTGGCGTCGATGCGATCATTTTCACAGCTGGAGTTGGAGAAAACAGTGTATTAATTCGGGAGAAAGTTTTACGCGGCTTAGAATTTATGGGTGTATACTGGGATCCTACATTGAATAACACACGAGGAAAAGAACAATTTGTTAATTATCCTCATTCCCCTGTAAAAGTAATCATTATTCCTACAAATGAAGAAGTAATGATTGCACGGGACACAGTTCGACTAACAGAGTCAATTTAA	MSNVLAINAGSSSLKFQLIKMPEETVLAKGLVERIGLHEAIFEMKAQEKKEKFVGDIPNHEEAVKKLLEGLKKSGVITSLDEINAVGHRIVHGGEKFSDSVLITEQVIQGIEEISELAPLHNPAHLTGIHAFRHILPEVPMVAVFDTAFHQTMPPSSYLYSLPYNYYEDYGIRKYGFHGTSHKYVSQRAAELLGVPLENLRLISCHLGNGSSIAAIQGGESLDTSMGFTPLAGLTMGTRSGDIDPALIPYIMEKTGKSASEVVHVLNKESGMLALSGFSSDLRDIEQKADEDPRAKLALDVFAERIHKYLGSYAAKMSGVDAIIFTAGVGENSVLIREKVLRGLEFMGVYWDPTLNNTRGKEQFVNYPHSPVKVIIIPTNEEVMIARDTVRLTESI	PGPT0001360_3139	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PROPIONIC_ACID_BIOSYNTHESIS,PGPT0001360-ackA-K00925	NA	NA
AK148_01792	996			hypothetical protein	ATGAAGAATTCAAAAACAAATGTAGAGTCACTTTATAGTTGGATAGATGAGATTACTACAACTATCCAAGAATATGTGAATGAAACTTATTTAGACAGCTTGATATATGCACAAGAATGTATTTTTCACTGCACACCTACAATAAATCATGACGAACAACTGACCCATAAGCTGGAAACATTATTACAAACCACATCCTTAGCTGACTATACAGTTGAAGAGATTAGAAAGGCAAATCAGCTAGCAATATTAAAAGGAATGAAAGGCTCAACTCAAGCACAGCATATGATGACTCCTGAAACAATTGCTTTGATTATAGCTTATCTAAGCAACAAACTAATGGATGAGAAAAAAGAAATACGTATTTTTGATCCAGCAAGCGGTACTGGAAACTTGTTGACAACTGTATTTAGTCAACTTTCTCCAGATAAAGAAGCGTATGCAAGTGAAGTCGATTCAACATTAATTCAACTAGGTGTATGGAATGCCAATCTACAAAAGCAGCAAATTGAATTTTTTCACCAAGATAGTTTGCAACCTTTTTTACTAGACCCGGTTGATTTAGTTGTAGCAGATTTACCAGTGGGTTATTACCCTGACGATGTGCGGGCGTCACGCTTTGAATTACAAGCAAAAGAAGGCCATTCCTATGCACATCATTTATTTATGGAGCAAAGTCTTAAGTATACTGTAGATGGAGGATATCTTATATTTGTTATTCCTGAGTTTTTGTTTGAAAGTGATCAGGCAGATCAATTAAAGAAATTTTTACATGAACATGCACATATTGTAGGACTACTAGGTTTACCTGATACAGCATTCCAAACAGATAAACAAAAAAAGAGTATTTTAATTTTACAAAAAAAAGGTCGCCATACCACCACTCCTAAACAACCATTATTGGTGAAAATGCCTTCTTTTTCAAATACCAATGCAATGGGAGATATTTTAGGTCAAATAAATAATTGGTTCCAAACGTATAAAAAGAGGAGTTGA	MKNSKTNVESLYSWIDEITTTIQEYVNETYLDSLIYAQECIFHCTPTINHDEQLTHKLETLLQTTSLADYTVEEIRKANQLAILKGMKGSTQAQHMMTPETIALIIAYLSNKLMDEKKEIRIFDPASGTGNLLTTVFSQLSPDKEAYASEVDSTLIQLGVWNANLQKQQIEFFHQDSLQPFLLDPVDLVVADLPVGYYPDDVRASRFELQAKEGHSYAHHLFMEQSLKYTVDGGYLIFVIPEFLFESDQADQLKKFLHEHAHIVGLLGLPDTAFQTDKQKKSILILQKKGRHTTTPKQPLLVKMPSFSNTNAMGDILGQINNWFQTYKKRS	PGPT0027215_319	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
AK148_01793	351	tpx	COG2077	Thiol peroxidase	ATGGCAAATGTGACATTCCAACATAAACCAGTTACCCTGTTAGGTACAGAGGTGCAAGTTGGTGATCAAGCACCAAACTTCAGGGTATTGACGACTGATTTACAAGATGCAACGTTGGATGATTACAAAGGGAAAGTAAAGCTAATCAGTGTCGTTCCTTCGATTGATACTGGTGTATGTGCTGATCAAACAAAGCGGTTTAATGAAGAAGCATTTGCAATAGGTAGCGTTCAAGTGCTAACAATGAGTATGGATTTGCCTTTTGCACAAAAGCGTTGGGTAACCGAGCATAATATCGATAAATTAGAAACGTTATCCGACCACCGTGATGCAAATTTTGGTCATCAATAA	MANVTFQHKPVTLLGTEVQVGDQAPNFRVLTTDLQDATLDDYKGKVKLISVVPSIDTGVCADQTKRFNEEAFAIGSVQVLTMSMDLPFAQKRWVTEHNIDKLETLSDHRDANFGHQ	PGPT0013105_1062	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013105-tpx-K11065	NA	NA
AK148_01794	456	ytfJ	COG3874	putative spore protein YtfJ	ATGGAAGATCATCCAATACAAGGTTTAATGACAACAGCAATGGAAAACTTAAAGGATATGGTGGAGGCAAATACCATTATAGGTAATCCTGTACAATCTCCAGATGGTAGTATAATTATTCCTGTATCTAAAGTTGGTTTTGGTTTTGCAGCAGGTGGTAGTGAATTTCAATCAACAAGTAACCTTTCATCAGACAGTGAAGCGACATTGCCCTTTGGCGGTGGTAGTGGAGGTGGCGTATCCATTACACCTGTAGCCTTTTTAATTGCAAGTAATCAAGGAATTAAGATGGTTCATTTAGATGAGCAAACACATATTTATGAAAAAATGTTGCATTTTGCTCCTCAAGTTGTCGAAAAAGTACAAGAGATCATTCAATCTGCTGACAAGAAACAGTCATCTAAGAAAGATACCGAAAAAAAAGAGAAACAAGCTCCGACGCAATATGATGTTTGA	MEDHPIQGLMTTAMENLKDMVEANTIIGNPVQSPDGSIIIPVSKVGFGFAAGGSEFQSTSNLSSDSEATLPFGGGSGGGVSITPVAFLIASNQGIKMVHLDEQTHIYEKMLHFAPQVVEKVQEIIQSADKKQSSKKDTEKKEKQAPTQYDV	PGPT0024995_131	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024995-ytfJ-NA	NA	NA
AK148_01795	576			hypothetical protein	GTGAAAAGTGTGTGGATTATATTTTGGATTTTATTTATTTTATTAATACTTATTATCATAATTTGTTCCATTAATTGGAAAATGAATATTCGTATTGAATACTCTCCAACGCAATTTGTTTTACATATAAAAATAAGTTGGCTTTTTATTCAAATAGTAAATAAGACAATTCAACTTCAGCAACTGGAAACGTATGAAGCGCATTCTTTTGATTGTTTATCTGACCAGTTACAAAAAATGTATCGTCTTCTAAAAGAGATCAATGCTATAGCCAAAGTTATTTTACAACATATCGTTATTAAGCAATGGCAATGGTATACGAAAGGAGGGACAGGGGATGCGGCTGTAACAGGCACGCTTTCTGGTTTCGTTTGGGGAATTAAAGGTGTCATAACTAGCTGGATTATGGGGAAAAGTAAGCAAAGTTGCAAATCAGACTTGCAAGTGCAACCTTTATTTCAACAAAGATATATAGAGGTGTATTTTTCTTGTATGGTATCCATTAAAATCACACAAGCTATAACTAGTTTTATACAAGTGTTACGAATAGTAGATATGCAAACAAAGCAAAGTTAA	MKSVWIIFWILFILLILIIIICSINWKMNIRIEYSPTQFVLHIKISWLFIQIVNKTIQLQQLETYEAHSFDCLSDQLQKMYRLLKEINAIAKVILQHIVIKQWQWYTKGGTGDAAVTGTLSGFVWGIKGVITSWIMGKSKQSCKSDLQVQPLFQQRYIEVYFSCMVSIKITQAITSFIQVLRIVDMQTKQS				NA	NA	NA	NA	NA
AK148_01796	798	nadK		NAD kinase	ATGGAACGAAATAACTTGTTTTTTTACTACTTAAATCCAACCGGTATAGAAGAAAAAATAGCGACTATTCATCATGCAGCAATTGAAAACGGTTTTAAAGTTGTAGAAGATGCTAAACACGCAAATATAATTGTGAGTATCGGTGGCGATGGTGCTTTTCTGCAGGCAGCTAGAAAAACAAAATACCGTCAAGATTGCATTTATATTGGAATTAATCGCTCAGGAGAAGCCAGTTTATATTGTGATTTTTATTTGGACAATGTTAATGAAATGATGCATACTATGCAGCATGAAGAACTTGAAGTAAGACGTTTTCCTATTATTAAAGTAAATATTAACGATGAGACTAGCTTCTTTTGCCTTAACGAACTAAGTGTTCGTTCTACCATTATAAAGTCAATTGTGATGGATGTATTCATTGATGAGCAACATTTTGAAACATTTCGCGGAGATGGCTTAATTGTTGCTACTCCTACTGGGAGTACTGGATATAATAAATCTACAAATGGTGCTGTCATAGACCCTCGCATTCCTTGTTTCCAAGTAACAGAACTGGCATCCATTAACAATAACCGTTATCGTACACTTGGTTCTTCTTTTATACTTAACAAAGACAGAACTTTACGTTTGTCTGTGCGTCAAGATGGAAATGATTACCCAATTATTGGCCTTGATAATGAAGCATATTCCATTAAAAACATTCAGGATATCACTGTTACTTTAAGCGACAAAGTCGTAAAAACTGTAAAATTAAAAAATAACTCTTTCTGGGATCGTGTCAAACGAACCTTTCTGTAA	MERNNLFFYYLNPTGIEEKIATIHHAAIENGFKVVEDAKHANIIVSIGGDGAFLQAARKTKYRQDCIYIGINRSGEASLYCDFYLDNVNEMMHTMQHEELEVRRFPIIKVNINDETSFFCLNELSVRSTIIKSIVMDVFIDEQHFETFRGDGLIVATPTGSTGYNKSTNGAVIDPRIPCFQVTELASINNNRYRTLGSSFILNKDRTLRLSVRQDGNDYPIIGLDNEAYSIKNIQDITVTLSDKVVKTVKLKNNSFWDRVKRTFL	PGPT0013490_5579	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013490-ppnK-K00858	NA	NA
AK148_01797	204	sasP-C_1		Small, acid-soluble spore protein C	ATGGCAACTAACAATTCAAATCAATTAGTAGTCCCTGGTGTACAACAAGCTCTAGATCAAATGAAGTATGAAATTGCTCAAGAATTTGGTGTTCAATTAGGACCAGATTCAACTTCTCGCTCTAACGGATCTGTTGGTGGGGAAATTACGAAACGTCTAGTACAAATGGCAGAGCAACAATTTGGTGGTCAACAAACTTACTAA	MATNNSNQLVVPGVQQALDQMKYEIAQEFGVQLGPDSTSRSNGSVGGEITKRLVQMAEQQFGGQQTY	PGPT0024860_247	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024860-SASP_A|sspA-K06418	NA	NA
AK148_01798	1215	thiI	COG0301	putative tRNA sulfurtransferase	ATGTACTGGGGTAGATATATTATGCAATACGATCATATATTAATTCGTTACGGAGAAATGGCTTTAAAAGGAAAAAATATGAAAGCATTTGTTCTTCGTTTGCAGGAGAATATTCAAAGTAAATTGCAGGATTATGAAAACGTAAAGGTAAAACGCACGCAAGGCAGAATGTTTATTTTATTAAATGGTCATGATCCAGAACCGATCATAGCGAAGTGTAAATATATTTTTGGTATTCATAGTTTAAGCTTGGCCATTAAGGAAGAAAATGAACCTGAAAATATTAAAGCAGCAGCGCTATATGCACTAAAGAAAAATACTGCTGCTAAGACATTTAAAGTGACAGTAAAGCGCATAAACAAAGCCTTTCCAATTCGATCGCAAGAATTTAACCAGGTAGTAGGACGACATTTGTTATTGAATACAAGTGGTATTACAGTAGATGTTCATCGCCCAGATATAGAAATTAAAATTGAAATTCGCCATGAAGCCACGTATATTACGTCCAGTGTTGTCCAAGGAGCTGGCGGGTTACCAGTTGGTACTTCTGGTAAATCGTTATTGCTATTATCCGGCGGTATTGATAGTCCTGTTGCTGGTTATCTGGCAATGAAACGAGGTGTTCAATTGGAGGCTATACACTTCCATTCCCCTCCATTTACGAGCGAGCGAGCAAAGCAAAAAGTGCTTGATTTAGCTAAACAATTGACACATTTTGGGAAATCTATGCAAGTTCATCTGGTGCCATTTACGAAGTTACAACAGGAAATATTTCGGCAGGTGCCCGATGGTTATGCAATGACGATTATGCGTCGTGTAATGATGCAAATTAGTGAAAAAATTTGTCAAGATCAATCCATTTTATCCTTAACTACAGGAGAAAATTTAGGTCAAGTTGCTAGTCAAACGATGGAAAGCATGCATGTTATTAATGAAGTTACAAACTTCCCTATATTGAGGCCATTGGTTGCAATGGACAAAACAGAAATAATTGATATAGCTAAAAGAATTGGTACATTTGAGACTTCCATTCTTCCTTATGAGGATTGCTGTACGGTCTTTGTGCCAAAATCTCCAAAAACCAAACCAAAAAGAGATAAAGCTAATCATTTTGAAGCAAAAGCAGATTTCACGACGTTAATGAATGAAGCTATAATGGAAGTAGAGACAATTAAAATTACTTCTAACGAAAATGCTTACGTTGATTTATTTTAA	MYWGRYIMQYDHILIRYGEMALKGKNMKAFVLRLQENIQSKLQDYENVKVKRTQGRMFILLNGHDPEPIIAKCKYIFGIHSLSLAIKEENEPENIKAAALYALKKNTAAKTFKVTVKRINKAFPIRSQEFNQVVGRHLLLNTSGITVDVHRPDIEIKIEIRHEATYITSSVVQGAGGLPVGTSGKSLLLLSGGIDSPVAGYLAMKRGVQLEAIHFHSPPFTSERAKQKVLDLAKQLTHFGKSMQVHLVPFTKLQQEIFRQVPDGYAMTIMRRVMMQISEKICQDQSILSLTTGENLGQVASQTMESMHVINEVTNFPILRPLVAMDKTEIIDIAKRIGTFETSILPYEDCCTVFVPKSPKTKPKRDKANHFEAKADFTTLMNEAIMEVETIKITSNENAYVDLF	PGPT0008940_1199	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008940-thiI-K03151	NA	NA
AK148_01799	1140	iscS_2	COG1104	Cysteine desulfurase IscS	ATGATTTATTTAGATAATAGTGCAACCACTAAACCGGAAGCATCTGTGTTAAAAAGCTATGAAAAAGTGTCCATGCATTTTTTTGCGAATCCTTCTTCTATCCATTCACTAGGGGGAGAATCGGAGAAATTGTTGCATCAAGCAAAAGGAGAGGCAGCTAAGTTATTAGAAGTTGCTCCTTCCGAAATTGTATTTACTTCTGGTGGAACGGAAGGGAATAATCTAGCAATTAAAGGAATTGCTTTTGAGCATCAGCATAGAGGAAAGCATATAATTACAACTGCTATTGAACATGCATCTGTATACGAAGCGTGCAAAGGTCTGGAGACATTAGGCTTTGATGTCACCTATTTACCCGTTAACCAAGAGGGGGTTATTAATTTAAATGATTTACAGGCGGCCATCCAAGATGACACAATTTTAATAAGTATCATGCACGTAAATAGCGAACTTGGATCGATACAACCTATTGAGGAAATTGCAAAAATTTCCAAGCGTTATCCGAAATTATTTTTCCATGTTGACTACGTGCAGGGGCTAGGGAAAGTGCCTTTGTCTTTCAAAGATAGTGGAATAGATATGTGTACGATGTCAGGCCATAAAATCCATGGGTTAAAGGGAACTGGCATCTTATATGTGAAAGATCGAACCACACTTTATCCATTATTTCATGGAGGGTCTCAGGAACAAGGAATACGTTCTGGAACAGAAAATTTGCCAGGAGCAGTTTCATTCATAAAAGCATTACGATTGATTTTGGAAAAAGAAAAAAATCAAAGATACGACCTAATACAAATGCAACAATACATTCGTAAGGAGCTAGAGGAACTGCCGGATGTTTTTATAAATACGCCGTTACATGCAGCACCACACATTATCAATTTTTCTGTTCCTGGTATAAAGCCAGAGGTTCTCATTCACACACTAGCCAATCATGGTATTTATATTTCAACGAAGTCCGCTTGTTCTTCTAAGCAATCCGAGGACAGTAGGGTTCTTGTAGGTTGTGGTTTACCTAAGTCAAGGGCAACATCTGCACTTCGTATTAGTCTTTCCTATATGAATACAATGGAAGAGTTACAAAGGTTTATTAATATATTAAGTAAGAGTATACAGCAATTAAAAAATGTACTGGGGTAG	MIYLDNSATTKPEASVLKSYEKVSMHFFANPSSIHSLGGESEKLLHQAKGEAAKLLEVAPSEIVFTSGGTEGNNLAIKGIAFEHQHRGKHIITTAIEHASVYEACKGLETLGFDVTYLPVNQEGVINLNDLQAAIQDDTILISIMHVNSELGSIQPIEEIAKISKRYPKLFFHVDYVQGLGKVPLSFKDSGIDMCTMSGHKIHGLKGTGILYVKDRTTLYPLFHGGSQEQGIRSGTENLPGAVSFIKALRLILEKEKNQRYDLIQMQQYIRKELEELPDVFINTPLHAAPHIINFSVPGIKPEVLIHTLANHGIYISTKSACSSKQSEDSRVLVGCGLPKSRATSALRISLSYMNTMEELQRFINILSKSIQQLKNVLG	PGPT0000065_6819	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
AK148_01800	1695	ezrA_1	COG4477	Septation ring formation regulator EzrA	ATGGCATACATCATTGGCATTATACTTGTAGTTATCGCACTTATTATTACAGGACTAATTTTACGTAAAAGGGTATATGATGTTGTCGATCGCAATGAAGCTTGGAAAATGGATATCATGGGTCGAAACATCAATGCCGAGCTCTCCCGTATAAAAATACTTAACTTGTCTGGAGAAACGCAAGATAAGTTTGAGGCGTGGAAAGAGCGTTGGGAACATATTGTTACAAAGGAATTAACAGATATTGAAGAGCATTTGTTTGATGCAGAGGAAGCAGCAGACCGTTATCGCTTTTCAAAAGCAAAAAAAACTTTAGCAGAAGTGGAAAAAATACTTCAAAAAGTAGAAATGGAAATTGAACAAATTATTAAAGAAGTGGATGAATTACTCAATTCTGAAGCAGAGAGTCGAAAAGAAATCGAATATGTTGAACCAACGCTAAAAGATTTGCGGAAGAAACTATCGCAAAATCGTTATCAATATGGGAAAGCAGAGAGTTATTTTGAAACAAAATTAGATGAACTGTTTAAAGAGCTTGCTTCTTACTATGAACTAATAGAAGAAGGGAATTACATAGAGGCAAAACAATTGGTTGATAATCTTAAACTTTCTCTTGACCATTTGCAAATACAGCTTGAGGAATTTCCACATGTATATAAAATGTGTAAACAAGAGCTTCCTTCTCAATTAGATGATCTACTTTCGGGAATTAAGGAAATGAAAAGTGAAGGGTACCGCGTTGAGCATCTTGCGTTTGAAAAAGAAATTCGCAACTATCAGCAAAAGCTTACACAGATGGTGGATAAACTGGATAAAGGTGACATGGCTAATGGCGAGACATTAATTGAAGAGATCGAAACACGTTCCAAGGAAATGTATCAATTATTGGAAAAAGAGGCAATTGCTAAAAATTATGTGGAAACAAAATTACCGACTTATCAACAAACGATGCAAGAAGTTACAGCTACTTTTAATGACACAAAGCAAGAGGTAGAGCAGCTACAAAAGGCTTATTATTTTGAAGATAGTGATATGGAAAAATATATATCCTTGGAAAAATTGATTTCGAAATTAAATTCACAAGTGGAAACAGTCGTCTCCGATTTGAAAGAAGAAAAATCGCCGCATACAAAGCTTCGAAATGAAATAGAAGCAGCCCTTGAAGAAATTGAGAAATTAAAAGAAAGCCATCAAGCATTCAGAAAACGAATTCAAAACCTACGCAAAGATGAGCTAGAGGCTAAGGAAAAGTTGACAGAAATGCGGAATGAGTTGTATTCTGTACAACGAAAGCTTAAAAAAAGTAATGTACCTGGAGTTCCTACATTTATTTGGAATCTTATAGAAACAGCGAATGATAAAAATCAACGTGTCGTAAAAGCATTAGAAAATCAGCCTTTAGAGATGGCAGAAGTGCAACAAGCATTAAATGATGCGAAAAACGCTGTGACCTATTGTGTAGAACAAACAGAATTGATGTTAGAACAAGCCTATTTGACTGAGCAGGTCATTCAATATGCAAACCGATATCGGAGTCAATACCCGTTGTTAGCGGAAAAATTGGCGGAGTCGGAACGTTTGTTTCGGAAATATGAGTATGAATTAGCACTTGAGAATGCGGCTAAAGCAATTGAAGAGGTCGAGCCGGGAGCCCTAAAGCGCATTGAGGCTTACCAATCCGCTGTTGAGGAATAA	MAYIIGIILVVIALIITGLILRKRVYDVVDRNEAWKMDIMGRNINAELSRIKILNLSGETQDKFEAWKERWEHIVTKELTDIEEHLFDAEEAADRYRFSKAKKTLAEVEKILQKVEMEIEQIIKEVDELLNSEAESRKEIEYVEPTLKDLRKKLSQNRYQYGKAESYFETKLDELFKELASYYELIEEGNYIEAKQLVDNLKLSLDHLQIQLEEFPHVYKMCKQELPSQLDDLLSGIKEMKSEGYRVEHLAFEKEIRNYQQKLTQMVDKLDKGDMANGETLIEEIETRSKEMYQLLEKEAIAKNYVETKLPTYQQTMQEVTATFNDTKQEVEQLQKAYYFEDSDMEKYISLEKLISKLNSQVETVVSDLKEEKSPHTKLRNEIEAALEEIEKLKESHQAFRKRIQNLRKDELEAKEKLTEMRNELYSVQRKLKKSNVPGVPTFIWNLIETANDKNQRVVKALENQPLEMAEVQQALNDAKNAVTYCVEQTELMLEQAYLTEQVIQYANRYRSQYPLLAEKLAESERLFRKYEYELALENAAKAIEEVEPGALKRIEAYQSAVEE				NA	NA	NA	NA	NA
AK148_01801	621	yttP		putative HTH-type transcriptional regulator YttP	ATGAAAATAAATCCCTCAAAACAAAAGGTTATTGAAGCGGCTACTGAACTCTTTTTTCAAAAAGGGTTTCATGGTACATCCGTACGTGATATTGCAGATAAAGCAAGAGTCAATGTATCCTTGATCAGCTATTATTTCAAAGGAAAACAAGGTTTACTTGAATTTGCTGTTACAGATTACTATGAAAAATACCTTGAAACAGTAGAAGCTACCATTAAACAGAATCAACATTTAAACAAATTGCAACAACTAAAAGAATTAATTTTTTTCATTATACAGTATAAACAAACAAAGCATCAATTCTCTTGTTTTATCCATAGAGAGTTGTCATTAGATTCCGTTTTTGTAAGAGAAATCTCCGTTACATACTTAGCGAAGGAAAATCATCTATTAACTCAAGCGTTCTACGGAGTGTTGGATGAGGAACGGACATCAATTAATGATCGAACCTATTTGTTTATGCAGTTGAAAGGTATGTTAGTAACACCATATATGATGCCAAATGAATGGAAACATCAAATAATTGGAGAATACTCACACCAAATCTTCGTTCGAAATTATGTGAAAACAATTCATGACTGGCTTGATTGTTTAGTTATGAAGCAAAAAAATTATGCGTAG	MKINPSKQKVIEAATELFFQKGFHGTSVRDIADKARVNVSLISYYFKGKQGLLEFAVTDYYEKYLETVEATIKQNQHLNKLQQLKELIFFIIQYKQTKHQFSCFIHRELSLDSVFVREISVTYLAKENHLLTQAFYGVLDEERTSINDRTYLFMQLKGMLVTPYMMPNEWKHQIIGEYSHQIFVRNYVKTIHDWLDCLVMKQKNYA	PGPT0029255_898	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIPLE_ANTIBIOTIC_RESISTANCE,PGPT0029255-cecR|ybiH-K23777	NA	NA
AK148_01802	507	msrC	COG1956	Free methionine-R-sulfoxide reductase	ATGTTTCAAACTATTTATTATTCGGGAGATAAACAGAAAGATTATGATTTGTTAATTCGCCAGCTTCAAGCGTTAAGCGATGGGGAGCAAGATGAAATAGCCGTTCTCTCTAATGCATCTGCGCTTTTAAATCAATTTTTAGATAACACAAACTGGGTTGGATTTTATATTTGGAAAGAAGAACAAAATGAATTAGTGCTAGGGCCTTTTCAAGGCTTACCAGCCTGTATACGAATTGGTTATGGAAAAGGCGTTTGTGGTACAGCTATTGTGGAAAAAAAGACGCAACTCGTTGCAGATGTCCACCAATTCCCTGGTCATATTGCTTGCGATGGGGACACTAATTCGGAAATAGTCGTACCTATTATACTAGATGATAAAATATTTGGCGTACTAGATATTGATAGCCCTATACATGATCGATTTGATGAAACAGATCGAATTTACTTGGAGAAATTTGTACAAACGTTGCAGTACTATTTAAGCGTACCTAAGACGACTAGTTAG	MFQTIYYSGDKQKDYDLLIRQLQALSDGEQDEIAVLSNASALLNQFLDNTNWVGFYIWKEEQNELVLGPFQGLPACIRIGYGKGVCGTAIVEKKTQLVADVHQFPGHIACDGDTNSEIVVPIILDDKIFGVLDIDSPIHDRFDETDRIYLEKFVQTLQYYLSVPKTTS				NA	NA	NA	NA	NA
AK148_01803	1845			hypothetical protein	ATGTATAGTCAAGGGTTATTTCAAATATATGATCTGAATATCTTGGCATTCTTTAGGATTATAAAATATTTTATTAAGATGGTGAGAATAATGGATTTACAACATGTAAGGGATCATCTACAACAAGCATATGATAAATTACTCTGTAGTATATGGGATTGCAAGCGTATGGACCACTTGTCATTTATTGTAAATCAAATATATGCTTTAAATGATGTTGACGTTGTGGCTGTTTATCAATGGCATGGTACCTACTACAAACGCATTCTTTTACACGAGCTAAAAAACAGTACGTATGCTACTCCTGAAAAGATGACAATAGAGGAACAAAAGCTTTACGAAGGAACAAATGAAAAGGGATACTCGATACAGGTAAAGGAGGATTATTTGTTATTAATTACAACAAGGAAGCCTATGCAAGCTTCCATTCGTTCTCTTATACGTTCCGAAGTTATAAATATGTTGGATGTGATGCAAGGACAAATGAATGAAAGAACACAATATCAATTCCTTTACCATTTAACGGCTACTTTGTTTGTGCAAAAACAGAAATCAACCATCGTAGAAATAATATTGCATGCCTTCATGCACTTTTATCCTACCATTAAAATTCATTTATCGTTATCACAAGACACGGAAATAGATGTTGATTATCCAATAGAACCAATTGAATATAAGGATAAACAGTCAGCAAGTTTGAGTACCAAGGCATTTATATCTGGAGAGGTGCAAGTTGAAAAACAATTAGAAACTGTATCCAGCATTTTCTTGCCGTTAACAGGAAACCAAGGCGTTTATGGTGTCATTCAATTATTTGGGAAGGGTGGGCATGATTTTTCAAACCAAGATATTTTATTTGTAACTAATGTAGCGCAAACGGCAGGGAAGGCAATTGAAAATGCTAGTCTAATGGAACATAACAAACGACTCATTTCAGAATTAAAATTAATTAATGACGTCACGCATCACCTTAATTCCAACTTAGATTTGAAAGATATTGCGGAGTATATACGAGACACCATTATAGAAATATGTGAAGCACAGGAAATTGGCTTTATTTTTTATACGAAAACTGGAGAGATGACAATTTTACAAGCAAGCACAGATTATTTTCATGGTTCTGATAGCTTTACTACGTTTTTAATGGAGCAAGACATGCGAGCAACCTTTCATGGAAATTACAATGCTTTTCCCGGTTTGCCATATCGCTCTTTAATATGGATTCCTTTACAGCAAGGAGTTAAGGTTTATGGCATGGTAGTACTTATGCATTCTTCTTCTTATTTCTTTTCCTTTGAGATGTTTAAATTTATGCAATCACTTATTCAGCATTGTTCTTTAGCGTTCTTTAACACTATTTTAAAAGAAGAACTTCAAAAAGCAGTGATTACAGATGATTTAACGAAACTTTATTCGAGGAATTATTTAGAAGGAAAAATTAGTCAACAGCGACAAATAACACGAAATGGTTCATTAATTCTTTTTGATATTGATGATTTTAAAAAAGTAAATGATACATATGGACACCATGTTGGTGATCATGTGTTAAAACAAGTAGCGGAAATTATTCGGCAATATTCGAATCATCACGCAATTCCAGCGAGATGGGGTGGGGAAGAGTTAGCGATTTACGCACCGGATAAGAAAATTAACGAAGCGGTAGTATTGGCAGAAGAAATTTGCAACTATGTGGAAAATAATACGGACCCGCCAGTAACTCTCTCTTGTGGTGTGTCTACTTGGGAAAACAATTACAATGATTCTATTAGTGAGTTGTTTATTCGCGCAGATCGTGCACTGTACAAGGCAAAGCATAAAGGTAAAAACAGTGTTGTAAGAGGGTAG	MYSQGLFQIYDLNILAFFRIIKYFIKMVRIMDLQHVRDHLQQAYDKLLCSIWDCKRMDHLSFIVNQIYALNDVDVVAVYQWHGTYYKRILLHELKNSTYATPEKMTIEEQKLYEGTNEKGYSIQVKEDYLLLITTRKPMQASIRSLIRSEVINMLDVMQGQMNERTQYQFLYHLTATLFVQKQKSTIVEIILHAFMHFYPTIKIHLSLSQDTEIDVDYPIEPIEYKDKQSASLSTKAFISGEVQVEKQLETVSSIFLPLTGNQGVYGVIQLFGKGGHDFSNQDILFVTNVAQTAGKAIENASLMEHNKRLISELKLINDVTHHLNSNLDLKDIAEYIRDTIIEICEAQEIGFIFYTKTGEMTILQASTDYFHGSDSFTTFLMEQDMRATFHGNYNAFPGLPYRSLIWIPLQQGVKVYGMVVLMHSSSYFFSFEMFKFMQSLIQHCSLAFFNTILKEELQKAVITDDLTKLYSRNYLEGKISQQRQITRNGSLILFDIDDFKKVNDTYGHHVGDHVLKQVAEIIRQYSNHHAIPARWGGEELAIYAPDKKINEAVVLAEEICNYVENNTDPPVTLSCGVSTWENNYNDSISELFIRADRALYKAKHKGKNSVVRG	PGPT0015900_277	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-CELL_FATE_CONTROL	PUTATIVE-CELL_FATE_CONTROL-1,PGPT0015900-pleD-K02488
AK148_01804	603	rpsD	COG0522	30S ribosomal protein S4	ATGGCTCGCTATACTGGACCAGTATGGAAAAAATCACGTCGTCTTGGCATTTCATTAACAGGAACTGGTAAGGAGTTAGATAAACGTCCTTACGCACCAGGTCAACATGGACCGAATCAACGTAAAAAAATGTCTGAATATGGTTTACAGCAACAAGAAAAGCAAAAGCTTCGTTTTATGTATGGTTTAAATGAACGTCAATTCCGTACTTTGTTTAACAAAGCAGGAAAAATGAAAGGTGTTCACGGTGAGAATTTCATGCTATTACTTGATTCTCGTCTTGATAACTTAGTTTACCGCTTAGGTTTTGCTCGTACACGCAGACAAGCTCGCCAGCTTGTTAATCATGGTCATATTACAGTTGATGGTTCTCGCGTAGATATTCCATCTTACATGGTCAAACCTGGCCAAGTTATCGGTTTACGTGAAAAATCTAAAAACCTAGATATCGTAAAAGAAGCAATGGAAGTAAACAACTTTGTTCCTGATTACTTGTCACTTGATGAAGAAAAATTAGAAGGAACATTCACGCGCTACGCAGAGCGTGAAGAGTTACCAGCAGAAATTAACGAATCCTTAATTGTCGAATTCTACTCTCGTTAA	MARYTGPVWKKSRRLGISLTGTGKELDKRPYAPGQHGPNQRKKMSEYGLQQQEKQKLRFMYGLNERQFRTLFNKAGKMKGVHGENFMLLLDSRLDNLVYRLGFARTRRQARQLVNHGHITVDGSRVDIPSYMVKPGQVIGLREKSKNLDIVKEAMEVNNFVPDYLSLDEEKLEGTFTRYAEREELPAEINESLIVEFYSR				NA	NA	NA	NA	NA
AK148_01805	315			hypothetical protein	GTGAATCTAAATTTTAAACACCGCATAGAGATCATGGAATTAAAGCCAAATCCAGGCCCCGAACCAGGAGAGCAAGAAGCGTTATTCTCTAAAGCATGGGCGGATATAAAAACTATGAAAGGTAGCGAATATGATAGTGCAGTAATGGCTGGAAATGAAGGGAAATCACGTTTTATTATAAGATATATGGAAGGTATAAAAGCAAGTATGAAAATTAAATACAAAGGACTTACCTATGACATTGAAAGTATAACCAATGATGATGAAAACAATCGTACTATTACCATGATTGGAAATGCTATATTACCTAATTAA	MNLNFKHRIEIMELKPNPGPEPGEQEALFSKAWADIKTMKGSEYDSAVMAGNEGKSRFIIRYMEGIKASMKIKYKGLTYDIESITNDDENNRTITMIGNAILPN				NA	NA	NA	NA	NA
AK148_01806	189			hypothetical protein	ATGACTTTAGAGCAATTAAGGTATGAACTCACACAAGCATTAGACGATTATTCTCAAAGTGCAGCAGATATATATGACCGTACACAAGATGAAATTATAACTCAAGTTTATGAAGATACAATACGTGTGCTTTCCATTTATAACTGTTTCATCACTCAATATATTGAGGAAATGGGGGAAGAGAAGTGA	MTLEQLRYELTQALDDYSQSAADIYDRTQDEIITQVYEDTIRVLSIYNCFITQYIEEMGEEK				NA	NA	NA	NA	NA
AK148_01807	1641			hypothetical protein	ATGAATTATATTGAAGAATATTGGAAAGCCATTAAGGAAGGAAAAATAACGGTTTCTAAGCGTGTGTTTCGGCAATATGAAAAGCTGATAAATGAAATAGATAATCCAAGTCAATATATATTTGATGAGAAAAAAGCAAACAAACCAATAGCTTTTATAGAGCAATTTTGTAAGCATAGCAAAGCAGAATGGGCAGGAAAACCAGTTAAACTGGAACTATTTCAAAAAGCATATATCAGTGCTTTGTTTGGCTTTGTTGATAAAGATACTGGTATAAGACGATACAAAGAAAGTATGTTTTATGTAGGGAGAAAAAACGGTAAATCCACTATGTTAGCGAGTATTGCTCTTTATATGCTTATTGCAGACAACGAAGGCGGTGCAGAAGTTTATAGCATTGCTAGCAAGCGAGATCAAGCACGTATTTTATTTGATGAAGCCCACAATATGATTAAGCAAAGTGTCTATTTATCAAAACATATAAAAAAGCGGAAGGCTGATCTTTATTTTCCTCTCACTATGTCAAAATTTATGCCGTTAGCAAAGAATAGTAATACGCTTGATGGCTTAAACGGTAGCTTAGTTGTGATAGACGAGCTTCACAGTATCGCAGACCGTAACTTGTATGAGGTTATGAAGCAAAGTCAAAGCGCAAGAGAACAACCTTTATTAATTATGATTACAACGGCTGGAACAGTGAGGGGAAATATCTTTGATGATATGTACGAGTATGCTTGTAATGTGGTTGATGGGAACTTTCAAGATGATACATTCTTACCTATCATGTATGAATTGGATGAAAAGAAAGAATGGACTATCCCAGAATGTTGGGAAAAGGCTAACCCTTCTTTAGGAAAAATAAAAAAAGTAAATGATCTAAAACAAAAGGTAGAAAAGGCAAAGAAAAATCCTAATGACATAAGTGGAGTATTAACCAAAGATTTTAATGTTAGGAATACCGTTCATAGCTCATGGCTTACCTTTGATGATATTAATAATGAAGAAACCTTTAATCTTGAACAGTTTAGAAATTGTTATGCCATAGGGGGAGCGGATTTATCTGTAACCACAGACTTATCATGTGCAACCCTTCTATTTGTCGATAAGGATACACAAAAGCGATATATACACCAGATGTACTGGTTACCCAAAGATAATTTTGATGAAAGAGTACAAAAGGACAAGATTCCTTATGATAAATGGTTAGATCAAGGACTATTACGGCTTTGCAATGGCAATAGCATTAATTACGGTGACATAACCGCATGGTTTCTCGAAATGCTTAACGATTACAGTATTACACCACTGTGGATTTATTATGACAGTTATTCAGCTAAGTATTGGGTAGAAGAAATGGAGCAATACGGCTTTAAAATGGTGAGATGTATTCAAGGTGCTAAAACATTAAGCTTGCCAATGCAACAAATGGGGCAGGATTTGAAAGCAAAGAAAATCAATTACAATAACAGTCCTATTTTGAAATGGTGCTTAACAAATACGGGTATTGAAACTGATCGTAATGGAAATATCGTACCAGTTAAAAATCAAGCAGCTAAAATGAGGATTGATGGCACAGCAAGCATGTTAGATTCTTATGTGGGCTTATATGAACATCATGACGAATATTTACGAGCGTTATAA	MNYIEEYWKAIKEGKITVSKRVFRQYEKLINEIDNPSQYIFDEKKANKPIAFIEQFCKHSKAEWAGKPVKLELFQKAYISALFGFVDKDTGIRRYKESMFYVGRKNGKSTMLASIALYMLIADNEGGAEVYSIASKRDQARILFDEAHNMIKQSVYLSKHIKKRKADLYFPLTMSKFMPLAKNSNTLDGLNGSLVVIDELHSIADRNLYEVMKQSQSAREQPLLIMITTAGTVRGNIFDDMYEYACNVVDGNFQDDTFLPIMYELDEKKEWTIPECWEKANPSLGKIKKVNDLKQKVEKAKKNPNDISGVLTKDFNVRNTVHSSWLTFDDINNEETFNLEQFRNCYAIGGADLSVTTDLSCATLLFVDKDTQKRYIHQMYWLPKDNFDERVQKDKIPYDKWLDQGLLRLCNGNSINYGDITAWFLEMLNDYSITPLWIYYDSYSAKYWVEEMEQYGFKMVRCIQGAKTLSLPMQQMGQDLKAKKINYNNSPILKWCLTNTGIETDRNGNIVPVKNQAAKMRIDGTASMLDSYVGLYEHHDEYLRAL				NA	NA	NA	NA	NA
AK148_01808	351			hypothetical protein	ATGACGACAACTAAGAAGAAAATTAAAATTTCAACTGATAAGCGAAAAGTTAAACGACTTTTAAAAGAAGTACCAGAAGAAAGGCAGCCAATTGCACAAGGCATTTACAATGAGCTTGTTTTTATGCAAAATACCATGTCTTCTTTAAAAGAACAAGTGGAAACAGAGGGAGCTGTCTCTTTGTTCAAACAAGGAAAGCAAGAATTTCTAAGGGAACATCCTGCACTAAAAGCATATAACACAACTATTCAGCGTTTCAGCCTTTTATATAAACAATTAGTAGACCTGTTACCTCCAACGGAAGCAGAACAGCAATCAGATGAACTTATTGACTTTATAAAGGGTGATTAG	MTTTKKKIKISTDKRKVKRLLKEVPEERQPIAQGIYNELVFMQNTMSSLKEQVETEGAVSLFKQGKQEFLREHPALKAYNTTIQRFSLLYKQLVDLLPPTEAEQQSDELIDFIKGD				NA	NA	NA	NA	NA
AK148_01809	312			hypothetical protein	ATGGCACATGACTATGCAAAGGGATTTTACACTAGCAAAGCATGGATAAATTGTAGGAACGGTTATATGCAAAGTAAGCATTATGTTTGTGAAAGATGTGGAGAGATAGCAACGATATGCCATCACAAAGATTATATTTCTCCAGCCAATATCAATGACCCAAACATTACATTGAACTGGGATAACCTTGAAGCCTTGTGTCAAACGTGTCATAACCTAGAACATCATAGCAGCAATATAGCAGCAGAAGGATTGGCCTTTGATTCAAATGGAAATCTGATCAAAAAGGATACCCCCCACAACGGAAAGTGA	MAHDYAKGFYTSKAWINCRNGYMQSKHYVCERCGEIATICHHKDYISPANINDPNITLNWDNLEALCQTCHNLEHHSSNIAAEGLAFDSNGNLIKKDTPHNGK	PGPT0027235_1706	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_IV_R-M_SYSTEM,PGPT0027235-mcrA-K07451	NA	NA
AK148_01810	276			hypothetical protein	ATGCTAATTGATATACAAGAAGCACGTGACACATTGCGAGTGGATGGAGAAGATAATGACCCGATTATTATTCCTTTATTAGAATCAATTCCATCCTATTTAGAAGTAACAACAGGTAGATCGTGGGAAGATGAACCAGTACATCCATTGGCTCAAACGGTCACTAAGTTTATTTTACAGTTATGGTTTGACCCACAGACACAAGACGCAGAACGATTAAAGCGTACTATTGATAATCAGTTATCAGCATTAACAGCATTAGGCAGGAGCATGTAG	MLIDIQEARDTLRVDGEDNDPIIIPLLESIPSYLEVTTGRSWEDEPVHPLAQTVTKFILQLWFDPQTQDAERLKRTIDNQLSALTALGRSM				NA	NA	NA	NA	NA
AK148_01811	1236			hypothetical protein	ATGAAATTCAAAACAGTACAAGAGGCATTTAATTATTATCGTAACCATTCAGTAAAGGATATTGAAACTCGTGCAGTAGAAATCGGGAAAGTCATTGATACTGACCCTAATGCAGATGTGGAAGCATTAAACATTGAACTAGAAGGATTGAAAGAAGCAAAAGAAAACGTAGAAACACGTAGTCAAAATAACCAAGCAGGAACATTTAATCCTGTCACTGGAATGAACTTCAACAAGCAACATCAAGTACCAACAGAAAACATTTTTGAAAGTGTAGAGTATCGCAACGCATTTTATAAAACTATGCTAGGGCAAAAGCTTTCTGATTTGGAGACACGTACTTTTAACCATGCTATGGAAATGCAAGAAGCTGAAAGACGTGCAGACGCTTTTAATACAACCACAGATAGTGCGGCTGTTCTTCCAACTCAAACGTTGAATGAGGTTATTAAAAAAGCACGTACTATGGGCGGTTTAATTGCACATTGCCGTAACTTTAATATCCCAACTAATATCAGTGTTCCAATCGGTACACCATCAACTAAAGCACAATGGCATGTGGAAGGTGCAGCGGTTGAAAGTGAAAAGGTTACAACGGCAGCCGTTACTTTTGCAGGGTATGAGATCATTAAAGTTTTCTCCATTAGTGCGGCAGCTAAGAAAATGAGTATTCAAGCGTTTGAATCGTATTTAATCAATGAGCTAACTAATTGTGTGATGGAAGCTATTGCAGACGCATTAGTGAATGGTACTGGAAGCGGACAAGGTACAGGATTAGACAGCGGTATTACATGGGATGGAACAAACAGCCTAGACTTAACTGGAGACTATACAGACTTTACAAAAGCATTGGCCAAGCTAAAAAGAGGTTATGCAGCAGGCGCAAAATTTGCTATGAGTAATGCTACTCTATACAACAAGGTTTATAGCTTAGTAGATAGCAACAAGAGACCAATCTTCATTGCAGACCCTAAAAATGAAAGCATTGGATATATTCTAGGTAAAGAAGTTGTTATTGATGATAACATTGCGGATGACACTATTATTCTAGGAAACTTCCAATACATGGGCTACAACATGCCACAAGGGGTAATGGTAGAAACGTCAAGACAATCAAGCTTCAAGTCTGGACTTGTGGACTATCGTGCTATGGCCATTGCAGATACAAAGCCTTTAGTACACGAGGCATTCGTAAAGATTGCAACACAAACGACTACAACAACAACGGGCGCATAA	MKFKTVQEAFNYYRNHSVKDIETRAVEIGKVIDTDPNADVEALNIELEGLKEAKENVETRSQNNQAGTFNPVTGMNFNKQHQVPTENIFESVEYRNAFYKTMLGQKLSDLETRTFNHAMEMQEAERRADAFNTTTDSAAVLPTQTLNEVIKKARTMGGLIAHCRNFNIPTNISVPIGTPSTKAQWHVEGAAVESEKVTTAAVTFAGYEIIKVFSISAAAKKMSIQAFESYLINELTNCVMEAIADALVNGTGSGQGTGLDSGITWDGTNSLDLTGDYTDFTKALAKLKRGYAAGAKFAMSNATLYNKVYSLVDSNKRPIFIADPKNESIGYILGKEVVIDDNIADDTIILGNFQYMGYNMPQGVMVETSRQSSFKSGLVDYRAMAIADTKPLVHEAFVKIATQTTTTTTGA				NA	NA	NA	NA	NA
AK148_01812	585			hypothetical protein	ATGAAAGAATTAAGAATAGCAGAAATAAGAGCCACTACACCGGTAGGTGATACTAGTAGCCTTATTATAAATGGTAGACCGATTGTTTACGATCAACCTACCACCATAAAAGCACCATTTGGGGAATATATCGAGGTTATACAACGTGGGGCATTAGATGAAGCGGATATATCAGACGTTCGTCTACTGTATAACCATGATATGAATAAAATCCCTTTAGCAAGAACACCGAAAACAATGCACTTATCATTAGATGAGGTAGGTTTAATGATGAGGGCAGAGCTTCCTAGTACAGAAGATGGAAAAAGCGTTCATACGGCAGTAGAGCGTGGCGATCTATCGGGAATGTCTTTTGCATTCAAAGTACCAAAAGGCGGCAGCCATTATGACGCAAAGACAAATACTAGGACTATAACCAAAATTGAAAAAGTATATGAATGTAGCATTGTTGCTTTCCCTGCTTATCCGCAAACAAGTGTAGAAGCAAGATCAGCCATTGAGGATACATGGGAAAAGCTCAAAGCCCCAGAGCGTCAAGCAGCAAAAATAAAAGTCAATCAACTATTAAAAAGGAGCGTATTATAA	MKELRIAEIRATTPVGDTSSLIINGRPIVYDQPTTIKAPFGEYIEVIQRGALDEADISDVRLLYNHDMNKIPLARTPKTMHLSLDEVGLMMRAELPSTEDGKSVHTAVERGDLSGMSFAFKVPKGGSHYDAKTNTRTITKIEKVYECSIVAFPAYPQTSVEARSAIEDTWEKLKAPERQAAKIKVNQLLKRSVL				NA	NA	NA	NA	NA
AK148_01813	1215			hypothetical protein	GTGGCCAATTTCTTAAATAAAGTATTCAAGTTTTTAGAAAAGCCGATTGATGATAGGAAAGAACAAGTACAAATGCTTTCTTCTGGTAGTCCAGTGTTTACACCGTTTAGCGGTAATGCTTATGAAAGTGATATTTATCGTTCAGCGGTTGACGCTATAGCAAGAAACGCAGCTAAGATGAAAGGAAAGCATATTATTTATTCCAAGCAAAATAACAAGCGAATACAAGGTGATCAACCGTTAAATAGAATTTTACAAGTAAGACCTAACCCCTATATGACGGCATACGATCTCGTTTATAAGCTAGTAACTCATTATTACCTGCACAATAATGCTTTTGCTTATCTACAAAAAGATGAAAAAGGCTATTTACAAGCTATTTATCCTTTGTCACCGCAAAATGTAGAGTATTTAACCGATCAAAGAGGTGAATTATATGGCCGTTTTATATTCGCAAATGGCCAGCAGATAACGCTACATTATTCAGAGGTATTAGTGATCAGACGTTTCTTCAATAGTAACGATCTATTAGGTGATACTAATACAGCTATTTTACCTACATTAGATTTAGCACATACACAAAATGAAGGCTTGCAAAATTCTATTAAAAGCAATGCTACTATTCGAGGAATATTGAAATATAACCAGGTATTGAGTCCAGAGAAATTAAAGGAAGAAAAAGAAGCCTTCATCAATGATTATCTAAGTGTTAGTAATAACGGTGGTATTGCTGCCATTGATAGTAAATATGATTATGTTCCATTGGAGCTTAACCCTGTTTCCATTGATGATAAACAGCTTGATAGTGTCAAAAAGAAAATATATGAGTATTTGGGCATTAGTGAAGCAATCGTTAATAGTACTTATACAGAAGATGAATGGGCTGCATTTTATGAATCGGTTATAGAACCATTAGCTATACAATTTTCTTTGGAACTTACAGACAAGCTTTTTACAGAGCGTGAGCAAGCATTCGGAAATACCATTATTTTTGAATCGAATAGGCTTCAATTTGCAAGTAATGAAAGTAAGACAAATATTTTAAAAGAGCTTACTCCGTTAGGATTATTAACGATAAACCAAGCATTGGAAATATTGAATTTGCCACCAGTTGATGATGGAGACAAGCGGCTTCAAACTCTTAATGTGGTCAATGCCGAGAAAGCCGATCAATACCAACTAAACGAAAAACAGAAAGAGGGTAATTCAAAATGA	MANFLNKVFKFLEKPIDDRKEQVQMLSSGSPVFTPFSGNAYESDIYRSAVDAIARNAAKMKGKHIIYSKQNNKRIQGDQPLNRILQVRPNPYMTAYDLVYKLVTHYYLHNNAFAYLQKDEKGYLQAIYPLSPQNVEYLTDQRGELYGRFIFANGQQITLHYSEVLVIRRFFNSNDLLGDTNTAILPTLDLAHTQNEGLQNSIKSNATIRGILKYNQVLSPEKLKEEKEAFINDYLSVSNNGGIAAIDSKYDYVPLELNPVSIDDKQLDSVKKKIYEYLGISEAIVNSTYTEDEWAAFYESVIEPLAIQFSLELTDKLFTEREQAFGNTIIFESNRLQFASNESKTNILKELTPLGLLTINQALEILNLPPVDDGDKRLQTLNVVNAEKADQYQLNEKQKEGNSK				NA	NA	NA	NA	NA
AK148_01814	180			hypothetical protein	ATGAATGATTATGAAATACAAATTAGACAATGGATTAACATCCATGAAGCTAACAAAGGGTTACACAGCTTTATACAAGATTGTAATGATAACAACATAGAAATATTGGACATTACTTCACATGTAACAGAAATAGAGGATTTTATGACGTATGTATTTATTTTCAAAATTAGGTGGTGA	MNDYEIQIRQWINIHEANKGLHSFIQDCNDNNIEILDITSHVTEIEDFMTYVFIFKIRW				NA	NA	NA	NA	NA
AK148_01815	198			hypothetical protein	GTGGATTCAGTAAGAATTAGAAAAGTTACGGTTATGATCGACAATCTATATCAATTTACAGAAGAAGATGAGGGTGTAGAACGTATCTACATTACGGAAAAGGATGGCGAACCAGTTAAGTGTACGATAGCGTGTAAAACTGGTTATCGAAAAGTATTCCCTAAACGTTCCATTGTTAGCTATGAATATCAACTATAA	MDSVRIRKVTVMIDNLYQFTEEDEGVERIYITEKDGEPVKCTIACKTGYRKVFPKRSIVSYEYQL				NA	NA	NA	NA	NA
AK148_01816	2370			hypothetical protein	TTGCAAAACACCATTGAAAACATAAGGATACCAGACGAGCTAGTGAATCGTAACCAATGGGTACTGTGGAAATTAGAGCATATTATAGGGAAAAATAAACCAACAAAAATACCTTATCAAATCAATGGACAGAAGGCAAAAGCGACTGACCCAGCAACATGGACAAGCTATTTCTCTACATGGGAGCATGAATATAGATACAGTGGTGTTGGATATGTTTTGACAGAAGATGACCCTTATACCGTTATTGATCTTGATGATTGTATCAAAGATGGGAAAATACAGCCAGAAGCACAAACCCTTGTGGACACACTAGACAGTTATACAGAATACAGCCAAAGCGGCAAAGGGCTTCACATATTCATAAAGGCAAAGAAGTCAGGTCAACGATCTAAGAATACAGATAAAGGCATTGAAATATACGATAACAAACGTTTCATTGTAATGACTGGTAAACCTTTAGAAGGAACACCGTTAGAAATATGTGAGCGGCAAGAAATACTTGATTATATCTATGATAGTTATTTTTCTGCCGCAAGTGGCGAAAATTCTCCACAAGCGGAGAAACAAGAGGTCAGCTCAAATTTGAGCCAACCAAAAATGGTTAGTCCTCCATTGTCGGATGAAGACATTATTAAGAAAGCAAGTAATGCTAAAAATGGTGACCGATTCAAAGCATTATATGCAGGTGATATAAGCAGGAATAATCATGATGATAGTGCAGCAGATCAATCCTTGTGTAACTTAATAGCATTTTATACCCAAGACCCAGAACAAATTGATCGTATCTTCTCAACTAGTGGGCTATATCGTAAAAAGTGGGATAGGCAGGATTACAAGGCATGGACTATTCAAAAGGCTATTAACGGATTACAAGCAACATATAACCCTGTACCTTCTGCTAAAGAAGATTTTAAAGAGCCTTTGAAAGATTCACCAGAATTTGATTTGCAAAGGGCATTAACTGATAGACGTTTTGAAGAATTAGAACGTATGGAGCAACAATGGGAAGAAGAAGGCAGAAACGGAAGGAAACCAACTACTATTAGTCCTGTGATGTGTTCGGTCATCCTTCCCGAATACGTGAGCTTTGTTCTCTTTGATCTTGAAGAAAATACAAGGCTTGCTATGTATATTCCAAAGGATGGGGTTTACACCCGAAATGCAACCATTATAAAGCGTGTCATTTCATGGCTAGAACCAAAGTTAAATGATAATAAAGCCAACGAGGTCATTTATCACTTAACTAATAAAGCGGAAGTCAAAGAGAAAACAGAATCACGTTATTTGATTCCAGTGGAAAATGGCGTATTCAATCTGAAAACTAAGAAGCTGGAACCCTTTAGCCCAGAATACGTTTTTACAACAAAAATATCAACATCTTATGTAGAAAATCCATCTAATCCAGTTATTGATGGTTGGGATATAGAATCTTGGCTAGAGTCCATAGCGTGTGGAGATCAAGAGATTGTCCATCTTTTATGGCAAGTCATTAATGATTCTTTGAATGGAAACTATTCAAGAAAAAAAGCGATCTTCTTAATTGGTGAAGGAAATAACGGTAAAGGAACTTTTCAAGAGTTGATTACCAATTTAATAGGATTAAAGAACATTGCAACCTTAAAAGTAAATGAGTTTGATCAGCGTTTCCGATTAAGTGTATTAGAAGGAAAGACGGCAGTTATTGGTGATGACGTACCTGTCAACGTGTATATAGATGATTCATCTAATTTTAACAGTGTGGTTACTGGTGATGTAGTTTCTGTGGAAATGAAGAATAAGCCAATATACAATACAGCATTTAAGTGCAGCGTTCTCCAATCAACAAATGGCATGCCAAAGTTTAGAAACAAGACCAATGGAACAATTAGACGTATTGTGATTGTGCCTTTTAACGCTAATTTTAATGGGGGTGTGGAAAACACCAAGATCAAGGATGAATATATCAAAGATGAACGAGTTTTACAATATGTGCTGCATAAAGCAATTCGCATGGACTTTGATAAATTTGATATTCCAACAGCTTCATTAAATGAACTAGAAGTATTCAAACAAGATAATGACCCTGTACTTGATTTTAAAGTATCAGTATTTGATGAGTGGACTATTCAAAAAGTACCTAAGTATGTTGTGTATGGCTTTTATAAAAAGTTTTGCTTAGACAATGGCTATAAACCATTATCGGATAGGCAATTCCACAAGCAATTTAAAACTTACTTAGGCGGTGAATGGGATACAGATTCTCAAGGTAGATTTCATGCCCACAAATTAATAGAAGAATTAGGGCATATGGATTTTATGGGAATTGATTTTGGCGATAAAAGCAGAACTTACAAATGCTATGAAAATACAAGGCTTAAACCAGCTTAA	MQNTIENIRIPDELVNRNQWVLWKLEHIIGKNKPTKIPYQINGQKAKATDPATWTSYFSTWEHEYRYSGVGYVLTEDDPYTVIDLDDCIKDGKIQPEAQTLVDTLDSYTEYSQSGKGLHIFIKAKKSGQRSKNTDKGIEIYDNKRFIVMTGKPLEGTPLEICERQEILDYIYDSYFSAASGENSPQAEKQEVSSNLSQPKMVSPPLSDEDIIKKASNAKNGDRFKALYAGDISRNNHDDSAADQSLCNLIAFYTQDPEQIDRIFSTSGLYRKKWDRQDYKAWTIQKAINGLQATYNPVPSAKEDFKEPLKDSPEFDLQRALTDRRFEELERMEQQWEEEGRNGRKPTTISPVMCSVILPEYVSFVLFDLEENTRLAMYIPKDGVYTRNATIIKRVISWLEPKLNDNKANEVIYHLTNKAEVKEKTESRYLIPVENGVFNLKTKKLEPFSPEYVFTTKISTSYVENPSNPVIDGWDIESWLESIACGDQEIVHLLWQVINDSLNGNYSRKKAIFLIGEGNNGKGTFQELITNLIGLKNIATLKVNEFDQRFRLSVLEGKTAVIGDDVPVNVYIDDSSNFNSVVTGDVVSVEMKNKPIYNTAFKCSVLQSTNGMPKFRNKTNGTIRRIVIVPFNANFNGGVENTKIKDEYIKDERVLQYVLHKAIRMDFDKFDIPTASLNELEVFKQDNDPVLDFKVSVFDEWTIQKVPKYVVYGFYKKFCLDNGYKPLSDRQFHKQFKTYLGGEWDTDSQGRFHAHKLIEELGHMDFMGIDFGDKSRTYKCYENTRLKPA				NA	NA	NA	NA	NA
AK148_01817	126			hypothetical protein	ATGAAGCTAGTAAACCGAATAAACGGCTATTTCTTTGAAGATGAACACTTTCATTTAGAATATTTATTCTTTTATATTCCGTTGGTGTTGATCGTTGGTGTGAATCTTGTCGTGTTATGGCCATAA	MKLVNRINGYFFEDEHFHLEYLFFYIPLVLIVGVNLVVLWP				NA	NA	NA	NA	NA
AK148_01818	609			hypothetical protein	ATGAAAGCAATTAAGGAAAAAAATTTATATGAAATTTATCGCAGATCATTTCTTAAAACAGCCAAAGAAGCACAACTAATCGAAGGCGATAGAACACTTTTTCTTAAATCTATATTTAATGGAATTAGAATGTTTAATTTAATGCCCGATTTACAATCTATCAAAGATGAAGAACATAAATTTAATGTGTCTGTAGGCATTAAATATGCAGTTGGTTTTCTTACACCTAATGAATTTATGACTATTTTTCCACCAGAAAAAGACTTTGACGGTTACAAATTTGAGTGTAAGGACTACTGGAGCACTATGGAAGAGATAAACAAGCTAGATCGTAACAAAGCAATTAAAGATCAAGTTGACCCTTTGGAATTTATGTTTGAGTACCACAATTGGGATATACACCGTTTTAGTGTAGAAGTTGCATGTTGTCTAAGCAATTTAAGACAAGCAGATGGACATTTATCCATGTTTGAAGAGTTTATGGTCACACAGGGCATGGAAACACAGAATACCTTTAAAAATAGTAAAGGCGATACCTTACATGTCCGACATGGAAAGCCAGAAGTAATAAAAAAATCGAAAACGAAACACTTAATTCTAATGAGGTGA	MKAIKEKNLYEIYRRSFLKTAKEAQLIEGDRTLFLKSIFNGIRMFNLMPDLQSIKDEEHKFNVSVGIKYAVGFLTPNEFMTIFPPEKDFDGYKFECKDYWSTMEEINKLDRNKAIKDQVDPLEFMFEYHNWDIHRFSVEVACCLSNLRQADGHLSMFEEFMVTQGMETQNTFKNSKGDTLHVRHGKPEVIKKSKTKHLILMR				NA	NA	NA	NA	NA
AK148_01819	297			hypothetical protein	ATGGCTAACATGAGAAATTTAATAGAATTAGATTCAAACACAGGTTGTACCCTTAATAACTTTAGAGACATGGAAGGCGCATTAATGCTATTCGATGATCTTATTTCTGAAATGATTGAACATCCAGAGGTAGCTGCTTCTTTTGTAGCTGAAGGAATTATCACAAAAAAGTTAGTAGCAATAAATTCAATGATAAAAAATACTGTGTCTGATAGTCAAAAGGAAATAACTTCAGCTCATAAAATCGTTCAATTATTAGTTGATAAACAAAGGAGTGCAGAAGATGAAAGCAATTAA	MANMRNLIELDSNTGCTLNNFRDMEGALMLFDDLISEMIEHPEVAASFVAEGIITKKLVAINSMIKNTVSDSQKEITSAHKIVQLLVDKQRSAEDESN				NA	NA	NA	NA	NA
AK148_01820	276			hypothetical protein	ATGATTCCTGCACAAGTAAATGTTGATGTGAACGAGCATGAAATAAAAGCTTATATTCAAGCAAGAATTGATGAAAAGTTAAAAGATCAGCTTCATTTTGTGGATATTAATAGACTTGCTTATATGACTAGTTTCTCTAAAAGATATTTAGAAGATGAATTTCTGCATAAACCAAGCGTCAAATTATTTGAAAGACGTAAAGGCGATAGGGGTAAACGAGTATGGATTTACCCAGATGTACTAGAAGCAGTAAAAGGCATTATGGATGAATGGTAA	MIPAQVNVDVNEHEIKAYIQARIDEKLKDQLHFVDINRLAYMTSFSKRYLEDEFLHKPSVKLFERRKGDRGKRVWIYPDVLEAVKGIMDEW				NA	NA	NA	NA	NA
AK148_01821	240			hypothetical protein	ATGAACCGCATGAAAGAAGTCAGATTAATAAGAGGAATAAAGCAAAAGGATATTGTAGAAGCAACTGGGTTAAGTAAGGCTTCCATTTCAACCTATGAAACAGGAAGATGTAAACCATCTATGAACAACGCTTTTAAAATTGCGCAAGTATTAGGCTCAACAGTTGATGAATTGTTCAACTCAAACCACGAGATAAACGAATCAAAAAAAGGGGGTGTGACCTATCGACCACGCAATTAA	MNRMKEVRLIRGIKQKDIVEATGLSKASISTYETGRCKPSMNNAFKIAQVLGSTVDELFNSNHEINESKKGGVTYRPRN				NA	NA	NA	NA	NA
AK148_01822	810			hypothetical protein	ATGGAACCAAAAATATTCGGAAATGCACTAAGAAATACGAGAAAAAGAAAAAAAATGACTCTGGAGAAATTAGGAGAAAAAGCAGGATTTAAAAAGTCTTACCTTTCCTTAATAGAAAATGGAAAACAAGGCATTCCTCAACCCGAAACATTAAGAAAATTAGCAGATGGCTTGGAGTTCCCTTACTCACAAATGATGTTTTTAGCTGGTTATACTGATCATAATCCAGCCTTGCTTGTTGGTCGATTCGTGTCATCCACTAGATATGATAAGGGTATATCACTTGAAGAGCTTAGTAAAAAAACAGAAATCAGTATAGAAAAATTAAACGGAGTAGAAACAGGCCACACAGAGTTAGAAAAAAAAGAAATATACAAAATAGCAAATGCCTTAGTTGATGATTCGAATGAAATTGAAGAGGTCTCTGAAAAATTGTTAAGACTTGCTGGGTATACAGATGAAGAAAGCGAAATAAATTATGTTGATTCGTTGCTCGAGGCTTTTAATCAACAACCTAGCCTAAACAGGTTTAATGTCGAATCTGATGAGGGAATAATAGCTCAAGGTTCTTATGACTTCCCTGTAAATGATTTGTTTTTCCATTTAACAGATGAACATAATTATAAAATGTTTAAAACAGTAAAGTTAGATGAAGAAGACAGAAATTACATTGAAAAAATGATAAGAATATACTTGATTATTAAGCATGAGGATTTAAAAGAAGATGACAAAGAAGAAGAAGATTATTATGACCAAGTGTTAGAAATTTTAAATGATAGGGATTTTGAATTTCCAAAAATGAGAAAGTAA	MEPKIFGNALRNTRKRKKMTLEKLGEKAGFKKSYLSLIENGKQGIPQPETLRKLADGLEFPYSQMMFLAGYTDHNPALLVGRFVSSTRYDKGISLEELSKKTEISIEKLNGVETGHTELEKKEIYKIANALVDDSNEIEEVSEKLLRLAGYTDEESEINYVDSLLEAFNQQPSLNRFNVESDEGIIAQGSYDFPVNDLFFHLTDEHNYKMFKTVKLDEEDRNYIEKMIRIYLIIKHEDLKEDDKEEEDYYDQVLEILNDRDFEFPKMRK				NA	NA	NA	NA	NA
AK148_01823	1197	xerC_3		Tyrosine recombinase XerC	ATGGCTAAACTAAATAAATCAAAAAAAGATCCCGAATTGTATTATTACTTTAATGCAAAAGACGAAAAGCGTTGGATGTACCGCCACAGTTATAAGGATTACTCTGGTAAATGGAAAGAGAAGAAAAAAAGAGGTTTCACCAGTGAAAAAGAAGCCTATCGCTCATTATTAGAAGTAAAAGCAAAATCGGTAGATGGATACACTAAAGAATTAGATCATAGCAACCTAACAATTAGTAAATGGTTTGATACATGGTATGAGACTAATCAGGGTGATTGGAAAGTAACTTCTCGGCAACAAAGGGAAATGGCCATAAGAATTGCAATTAAACCGTTACTTGGTCATTACAAGCTCCACGATCTGGACAAGACAACCTATAAGCGTGTATTTATTAACAAGCTGCTTAAAACATACAAGCCTAGTACCGTTCAATTATTCCACACTCTATTTAAAATCGGTATTAATGCTGCTGTGGATGATGAAATATTACCTCGTAACCGGTTCACAAAAATTACAATCAATCAAAACTTACATGAAGAAGATAAACTAAAAGGAAATTTTTTATCTGCTGAGGAGTTGTATAGACTTTTAACAGACGCTAAAGAGAATGAAAATATTACGGTTTATAGCGTTCTGTTACTTCTCGCTTATACTGGTTTGAGACGTGGTGAAGCTTTTGGGTTGAAGTGGAATAATATTGACCTAAAAGAAAAAACGCTCACAGTGGAGCGTACAAGGGATAATAAAGGTGTGAGATCGCCTAAGACCAATAATAGTTATAGAACGATCTCTATTGATGACAAATTAATTAATCAACTTAAATTATACAAGACATGGTGCAAAGAAACAAAGCTATCGTTCGGTAAAAAAATAAAGGATGATGATTTTGTATTTATATCCTTTCAGACTGGCGAAGCATACACCGATTCGTCCATACTGTATGCCCTAAGACGTTGTATAAAACGTACTGGCATTAATGCTATCACACCACATGGATTAAGGCATACACACGCTACTTTATTGATTAATCAAGGTGTAGGTATAAAATATGTGGCTGAACGATTAGGAAACACACCTATGATGATCTTGGATATTTATGGCCATACCTTTAAAGAAGTAGAAAGAGAAATAGTTGATATGTTTAGTGCTTCCATGAATGAAGTTTCGGCCAGTTTTTCGGCCAGTTCTGAAAAATAA	MAKLNKSKKDPELYYYFNAKDEKRWMYRHSYKDYSGKWKEKKKRGFTSEKEAYRSLLEVKAKSVDGYTKELDHSNLTISKWFDTWYETNQGDWKVTSRQQREMAIRIAIKPLLGHYKLHDLDKTTYKRVFINKLLKTYKPSTVQLFHTLFKIGINAAVDDEILPRNRFTKITINQNLHEEDKLKGNFLSAEELYRLLTDAKENENITVYSVLLLLAYTGLRRGEAFGLKWNNIDLKEKTLTVERTRDNKGVRSPKTNNSYRTISIDDKLINQLKLYKTWCKETKLSFGKKIKDDDFVFISFQTGEAYTDSSILYALRRCIKRTGINAITPHGLRHTHATLLINQGVGIKYVAERLGNTPMMILDIYGHTFKEVEREIVDMFSASMNEVSASFSASSEK				NA	NA	NA	NA	NA
AK148_01824	282			hypothetical protein	TTGAAACTATATTTTTCAAACGAATGCTTAGGGGAAATTAAAAACGTAAATGTTGAGGGTATGTGGGTAAATGGAAATATAATACCCAATAAGAATATTGAAAAATTCAAGGCTTTTTTTGCCGCAATTGTTAATGAAGAAAATGAGTTAGTAGAAGCAAATTTTAATAAAGAATGGTTAGATGATAATAATTGGTATATAATAGATAACCAAAAAGAAAAAAAAGGAATAGTTATACCGGCGGTTTATCCAGATGGGGATATTTACTGGAGATGGAGATAA	MKLYFSNECLGEIKNVNVEGMWVNGNIIPNKNIEKFKAFFAAIVNEENELVEANFNKEWLDDNNWYIIDNQKEKKGIVIPAVYPDGDIYWRWR				NA	NA	NA	NA	NA
AK148_01825	378			hypothetical protein	TTGGTTCCAGCTAATAAGGATGGTCTATATAAAGAAAGGCAAGTTACTGTTACAGAGCATATACTCGGAGGATATAGAAGAGGCGCTAAGTCTAATAGCCCTTATACTAGCTTTACCAATAACAAAAATGTAGTTGGCAATTATGGTGGAAGCACTGTTGAATTAGATATTTCTGCCCTAAGAAAAAATATAAGATCAGGAAATGTAAAAGATGTAGTTATACTATCACCAAAACAAATTGAAAAATTAATAGAAAGAGATAATTATACGTCTGATTTTTGGAAGAGAAGAGCTGTAAACTGGACGAAAAGGGATAAAGAATATTTAATTAAAGGTGAAATTCCGGGTCAGTTTATTAAGGTTTCGTCAAAGGAGTGA	MVPANKDGLYKERQVTVTEHILGGYRRGAKSNSPYTSFTNNKNVVGNYGGSTVELDISALRKNIRSGNVKDVVILSPKQIEKLIERDNYTSDFWKRRAVNWTKRDKEYLIKGEIPGQFIKVSSKE	PGPT0027650_2	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-YqcG-YqcF_TOXIN-ANTITOXIN_SYSTEM,PGPT0027650-toxin_yqcG-K21491	NA	NA
AK148_01826	1119	mnaA	COG0381	UDP-N-acetylglucosamine 2-epimerase	ATGACACGTAATCGGATAAAAGTAATGACGATTTTTGGAACGAGGCCAGAAGCTATTAAAATGGCTCCGCTCGTTCTCGAGTTGAACAAGCGGAGTGAGGAATTTGAATCCATTGTCACTGTGACTGCACAACATCGTGAAATGCTAGATCAAGTGTTGGGGATTTTTGACATTACCCCAGATTATGATTTGAACATTATGAAGAAGCAACAAACACTAGCGCAAATTACGACAAGAGCGTTAGAGGGGCTAGATGAAGTAATGAAAAAGACACAGCCTGATATTGTGCTTGTTCATGGAGACACGACTACTACGTTTGCTGCTTCTCTTGCTGCATATTACAACCAAATTGCAGTAGGGCACGTAGAAGCTGGTCTAAGGACGTGGAATAAGTACTCTCCTTATCCAGAAGAAATGAATCGCCAATTAACCGGGGTTATGGCAGACTTACACTTTGCTCCAACGGAAAAATCAAAAGCGAATTTATTACAGGAAAATAAGCCTAGCGAACGAATTGCTGTTACAGGAAATACAGCTATTGATGCACTGAAAACTACGGTAGACCCTTCGTACACGAGTCCAATTTTAGAACGTATAGCAGGAAAACGACTTATTCTCATGACTGCACATCGGAGAGAGAACCTAGGGAAAAATATGCAGCAAATGTTTAGAGCAATTAAACGTTTAGTGGAAACGCATGATGATGTTCACGTTGTTTATCCGGTACACTTGAATCCTGTTGTGAAACAAGCAGCAGATGAGATTTTAGGTAATGATGCGCGTATTGACTTAATTGACCCTTTGGGTGTCGTTGACTTTCATAATTTCGCGTCACGTGCACACTTAATATTGACAGATTCTGGAGGTGTACAGGAAGAAGCACCATCGCTTGGAGTTCCTGTCCTTGTGTTAAGAGATACAACAGAACGACCAGAAGGCATTGAAGCTGGAACGTTGAAATTGGCTGGAACAGAAGAAGAACCTATTTATCAAATGGCAAATGAATTGTTAACGAATAAACAAGCTTATGAGAAGATGGCAAAAGCGTCAAACCCTTACGGTGATGGACAAGCCTCCCGCAGAATTGCTGATACTATAGTGGATTATTTTGATAAATAA	MTRNRIKVMTIFGTRPEAIKMAPLVLELNKRSEEFESIVTVTAQHREMLDQVLGIFDITPDYDLNIMKKQQTLAQITTRALEGLDEVMKKTQPDIVLVHGDTTTTFAASLAAYYNQIAVGHVEAGLRTWNKYSPYPEEMNRQLTGVMADLHFAPTEKSKANLLQENKPSERIAVTGNTAIDALKTTVDPSYTSPILERIAGKRLILMTAHRRENLGKNMQQMFRAIKRLVETHDDVHVVYPVHLNPVVKQAADEILGNDARIDLIDPLGVVDFHNFASRAHLILTDSGGVQEEAPSLGVPVLVLRDTTERPEGIEAGTLKLAGTEEEPIYQMANELLTNKQAYEKMAKASNPYGDGQASRRIADTIVDYFDK	PGPT0018905_2154	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0018905-wecB-K01791	NA	NA
AK148_01827	630	upp		Uracil phosphoribosyltransferase	ATGGGAAAAGTATTTGTACTTGATCACCCATTAATTCAACATAAACTAACGTACATAAGAGATAAAAACACGGGTACTAAAGAGTTTCGTGAGTTAGTCGATGAAGTTTCCATGCTTATGGCATTTGAAATTACACGAGACCTTCCATTACAAGAAAAAACGATCGAAACCCCAGTAATGGAAACAAAATCAAACGTTCTAGCAGGCAAAAAAATTGGTTTAGTACCTATTCTGCGTGCAGGATTAGGGATGGTAGACGGAATGCTTGATTTAATACCTGCTGCTAAGGTAGGTCATGTTGGGCTTTATCGTGATCCTAATACATTACAGCCAGTTGAATACTATATAAAATTACCTTCTGATATTCATGAGCGTGAATTGATCGTTATTGACCCTATGTTAGCAACAGGTGGTTCGGCAAATGATGCAATCCATTCATTGAAAAATAGGGGAGCGAAGCATGTAAAGTTGATGTGTTTAATAGCTGCTCCAGAAGGCGTAGAAGTAATTAAGCAAGAGCACCCTGATGTTGACATTTACTTAGGTGCGATGGATGAAAAGTTGGATGAAAAAGGTTACATTATTCCTGGATTAGGAGACGCTGGCGATCGACTTTTTGGAACAAAGTAG	MGKVFVLDHPLIQHKLTYIRDKNTGTKEFRELVDEVSMLMAFEITRDLPLQEKTIETPVMETKSNVLAGKKIGLVPILRAGLGMVDGMLDLIPAAKVGHVGLYRDPNTLQPVEYYIKLPSDIHERELIVIDPMLATGGSANDAIHSLKNRGAKHVKLMCLIAAPEGVEVIKQEHPDVDIYLGAMDEKLDEKGYIIPGLGDAGDRLFGTK	PGPT0021240_2906	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021240-upp-K00761	NA	NA
AK148_01828	1245	glyA	COG0112	Serine hydroxymethyltransferase	ATGGACTATGTTAAACAAGCTGATATCGAAATCTTTCAAGCAATAGAAGCGGAAAAGAAACGTCAACAAGATAATATTGAACTAATTGCTTCTGAAAATTTTGTGTCAGAAGCAGTAATGGAAGCGATGGGATCTGTACTTACGAATAAGTACGCAGAAGGTTATCCCGGAAGACGGTATTATGGAGGATGCGAACATGTAGATGTCGCTGAAAACCTTGCTCGAGATCGTGCAAAGCAGTTGTTTGGGGCGGATCATGCAAACGTGCAGCCTCATTCTGGTGCACAGGCAAATATGGCTGTTTACTTTACAGTTTTAGAACCCGGCGATACAGTGCTAGGTATGAATTTGAATCATGGCGGACATTTAACACATGGTAGTCCAGTTAATTTTAGTGGTACGTTATATCGCTTTGTTGATTATGGTGTTGATCAAGAGTCAGAAAAACTAGATTATGAAGCTGTTTTAAAAATAGCAGAACAGGAAAAGCCAAAGCTTATCGTAGCTGGGGCTAGTGCCTATTCAAGAATTATTGATTTTGCAAAATTTCGTGAGATTGCTGACAAAGTAGGCGCATATTTAATGGTGGATATGGCGCATATTGCTGGCTTAGTAGCTTCTGGTTTACATCCTAACCCAGTTCCATATGCTGATTTTGTTACGACGACAACACATAAAACATTACGAGGACCTAGAGGCGGTATGATTTTGTGTAAGGAAGCATTTGCTAAGAAAATCGATAAAGCCGTTTTTCCTGGAATGCAAGGTGGCCCGTTAATGCATATTATTGCAGCTAAAGCCGTGTCTTTTAAAGAGGCATTAACTGATTCTTTTAAAACGTATAGTAAACATGTTATTGAAAACGCCAAGATGCTAGCAGAAGCGTTACAATCTGAAGGAATACGTATCGTATCTGGAGGTACGGATAACCATCTTTTATTATTAGATGTTACTCCACTAGATTTAACAGGGAAAGTAGCTGAACACGTATTGGATTCAATTGGAATAACTGCTAATAAAAATACGATACCTTTTGATACAGAAAGTCCGTTTGTTACTAGTGGTTTACGTATTGGAACAGCAGCAGTTACTACGCGTGGTTTTGGCAAGTCAGAAATGAAAGAAATAGCGTCTATTATGGCAATGACGTTAAAAAATCATGAAGATCAAAAGGTGCTAGAGACAGCTGCACAACGTGTGAAAACATTAACTGAAAAATTTCCACTTTATGCTGTTTATGCATAA	MDYVKQADIEIFQAIEAEKKRQQDNIELIASENFVSEAVMEAMGSVLTNKYAEGYPGRRYYGGCEHVDVAENLARDRAKQLFGADHANVQPHSGAQANMAVYFTVLEPGDTVLGMNLNHGGHLTHGSPVNFSGTLYRFVDYGVDQESEKLDYEAVLKIAEQEKPKLIVAGASAYSRIIDFAKFREIADKVGAYLMVDMAHIAGLVASGLHPNPVPYADFVTTTTHKTLRGPRGGMILCKEAFAKKIDKAVFPGMQGGPLMHIIAAKAVSFKEALTDSFKTYSKHVIENAKMLAEALQSEGIRIVSGGTDNHLLLLDVTPLDLTGKVAEHVLDSIGITANKNTIPFDTESPFVTSGLRIGTAAVTTRGFGKSEMKEIASIMAMTLKNHEDQKVLETAAQRVKTLTEKFPLYAVYA	PGPT0008090_6793	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008090-glyA-K00600	NA	NA
AK148_01829	588			hypothetical protein	ATGCAAGAGCCGTTTTATCAAGAATTAACAGTGCAAATGAAAGGCATTCAGAAAGAGTGGCAAGCGTCAGGGCGTCTTCAGCGCGGAAATTTATTTGTGGTTGGATGTTCAACTAGTGAAGTAGCAGGAAAGTCTATTGGAACGGCAGGAACGAAAGAGGTTGCGGTTATTATTTATCAAGCATTAAAGGAACTGGCAGATGAAACTGGAATTCGCCTCTGTTTTCAATGCTGTGAGCACTTAAATCGAGCATTGGTGATGGAAAGAAGCACGATGATTGATTTTCAATTTGAGGAAGTATCCGTTATACCAGTTAGAAAAGCTGGTGGGGCAATGGCTGCTTATGCATTTGAACAATTGGAAGATCCTGTGGTAGTGGAGAATGTAGCAGCACATGCAGGGATAGATATTGGTGAGACGATGATTGGAATGCATTTGAAACCAGTTGCTATACCTTTTCGCTTTCAACAACGATTTTTAGGAGAAGCGCGTGTTAATGCAGCCTATACGCGTGCGAAAAGAATTGGCGGCGCTCGTGCTGTCTATTCTGATGATAATTATGACTCCATGAACAGAGACTGTCAATGA	MQEPFYQELTVQMKGIQKEWQASGRLQRGNLFVVGCSTSEVAGKSIGTAGTKEVAVIIYQALKELADETGIRLCFQCCEHLNRALVMERSTMIDFQFEEVSVIPVRKAGGAMAAYAFEQLEDPVVVENVAAHAGIDIGETMIGMHLKPVAIPFRFQQRFLGEARVNAAYTRAKRIGGARAVYSDDNYDSMNRDCQ				NA	NA	NA	NA	NA
AK148_01830	447	ywlF	COG0698	Putative sugar phosphate isomerase YwlF	ATGAAAGTAATTATAACAGCTGATCATGCAGGTATGACAATTAGAAACGAAATCAAAGATTTGTTAACTGAAATGGGAATGGAGTTTGAAGATACAGGTTGTAGTTGCGAAGGTTCTGTTGACTATCCTGACTACGCACTACCTGCAGCGGAACGTGTAGCAAAAGGGGAATTTGATCGTGGCATTTTCATTTGTGGAACTGGAATTGGCATGTCTATCGCTGCAAATAAAGTAAAAGGCATTCGTTGTGCGCTTACACATGATGTATATAGTGCGAAGTTAACAAGACAACATAATGACACGAATGTACTTGCTATGGGGGAAAGGGTAGTTGGTCCGGGATTAGCACGTGAAGTGGCAAAAGTATGGTTAGAAACAGAGTTTGATGGCGGTCGACATGAAAATCGCATTGGTAAAATTGCAACATATGAAGATGGAGTGCAATAA	MKVIITADHAGMTIRNEIKDLLTEMGMEFEDTGCSCEGSVDYPDYALPAAERVAKGEFDRGIFICGTGIGMSIAANKVKGIRCALTHDVYSAKLTRQHNDTNVLAMGERVVGPGLAREVAKVWLETEFDGGRHENRIGKIATYEDGVQ	PGPT0017395_2132	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
AK148_01831	1296	mcpB_1	COG0840	Methyl-accepting chemotaxis protein McpB	ATGGAGAAGAAGAAATATCGGTTCAGTTTGCGCTTGAAACTCGTGCTATTTACGACGAGCTTAGCTTTGGTAACGTATTCAGTAAGTGCTATATTTATATACTTTATTTATGACTATGTAAAGGATTACTGGGACGTTTCTGAACACTTTTTTACAATAACGACGTTTATCCTTGGTATTATATGGTCTGGTATACTCGCTTTTTTTGCTGCAAGAGTGATTGTTAAACCGTTAGAAAAGTTAGAAGCAGCCGCTTCAGAAGCTGCTAAAGGGAACTTAAATCAAGTTATTGAAATCTCTAAATCAGATGATGAAGTAAAAGCTTTAGGACTCGCTTTTGATAGCATGTTAAAAAATTTACGCAATATTGTACATAATATCGATCAACATTTTGAAAATACGAATCAATCTGTTGTACAAATTCGGCAGGCTTCGGAACAAGCAAGCCATCATTCTATGTCAATACGCTCCTCCGCTGATGAAATTTCTAAAGGAGCAGAAAGCGCATCAGAATCCATTCAAAATACCGCTGAAGCAGTAGAAATGTCAACAGAGCTTGCCGAGGAAGTGCAACGAAAAGCAAATGATTCAAAACATAAATCGAACGCTATGATGGAAATTTTAGAGCACAGTAAAGTCGCAGTTAATCAACTTGTGGAAGGAATTCAAAAACTTGCCAATGAACAGGAAGCTTCCCTTAAAGATGTGGATCATTTAAAACAGAATGCGCTACAAGTGGAAACCATTATTACACTTGTAGGTGAAATAGCTGAGCAGACGAATTTATTAGCTCTCAACGCTTCGATTGAGGCTGCTCGCGCCGGAGAACATGGGAAAGGGTTTGCTGTAGTGGCTGATGAAATTCGGAAGCTTGCAGATCAAAGTGCACAAGCTGTGCAGCAAATTTCTGGATTAATTACTGCTATACAAGAGGATGTTGCAACCGTAGTTGGGAAAATTAATGATAATGTATCCTATGCAAAACAGGAAGCAAGTAATGGCAAATTAACAGATTCCTCTATTGCAGAGATGTCTAGTTCTGTAAGTGAGGTGGCAACAGAGATTGGCAGAATTACAGATTTAGTCGATCGCCAATTGGAATCCATTCAAAATACAGTAAAGCAATCCCAAGAGGTAGCGGCTGTAGCTGAGGAGACATCTGCTGGTGCTGAGGAAGTGAATGCCTCTATACATGAACAAGCTTCCACCATAGAACAGATTGATGAATTAGCGCATGCGTTGGAAGAACAGGCTAAAAGTTTGAATCAACAAATTAATCAGTTTACAGTAAAATGA	MEKKKYRFSLRLKLVLFTTSLALVTYSVSAIFIYFIYDYVKDYWDVSEHFFTITTFILGIIWSGILAFFAARVIVKPLEKLEAAASEAAKGNLNQVIEISKSDDEVKALGLAFDSMLKNLRNIVHNIDQHFENTNQSVVQIRQASEQASHHSMSIRSSADEISKGAESASESIQNTAEAVEMSTELAEEVQRKANDSKHKSNAMMEILEHSKVAVNQLVEGIQKLANEQEASLKDVDHLKQNALQVETIITLVGEIAEQTNLLALNASIEAARAGEHGKGFAVVADEIRKLADQSAQAVQQISGLITAIQEDVATVVGKINDNVSYAKQEASNGKLTDSSIAEMSSSVSEVATEIGRITDLVDRQLESIQNTVKQSQEVAAVAEETSAGAEEVNASIHEQASTIEQIDELAHALEEQAKSLNQQINQFTVK	PGPT0015710_27088	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
AK148_01832	606	arsC_1		Arsenate reductase	ATGAGATTGTTATTTGTGTGCACTGGTAATACATGTCGTAGCCCAATGGCTGAAGCCTTAGTGAAGCATAAAATTCCGGAAGTAGAAGTACAATCAGCTGGTATATTTGCAGCCAATGATCAACAAGCAAATCCTAAAACGATTGAAGTCTTAAAGCAAAAGCAAATAAAAATGAACCATCTTTCCCAACCGGTTACGAAAGATTTACTTCATTGGGCTGACGTTGTCTTAACAATGACAACCCAGCACAAGCAGTCGTTAATTATGAGTTTCCCCCAATTTCAAGATAAATACTTTACATTAAAAGAATATGTCTTAGAAGCCGATAAAGAAGTATGGGAAAAGTTAAAAAAAGCATATGCAGATTATGAGGAAAAAAGATCAATATTTATCCAGAAACATCAGCATAAACTGGATAATTCTCTTCTCAATCAACGCATTCAAGAACATTTAGCCGAAGACATGGTGAATATTCGAAGGCTAGAAGCGAATCTAATCAATTATGATATTTCTGATCCTTTTGGTGGAGATTTGCGGACCTATCAGAATACGCTTGATGAGTTGGATAAGTATATTGATCTGCTTCGTAAAAAACTTACAAAGTAG	MRLLFVCTGNTCRSPMAEALVKHKIPEVEVQSAGIFAANDQQANPKTIEVLKQKQIKMNHLSQPVTKDLLHWADVVLTMTTQHKQSLIMSFPQFQDKYFTLKEYVLEADKEVWEKLKKAYADYEEKRSIFIQKHQHKLDNSLLNQRIQEHLAEDMVNIRRLEANLINYDISDPFGGDLRTYQNTLDELDKYIDLLRKKLTK				NA	NA	NA	NA	NA
AK148_01833	552	mntP	COG1971	putative manganese efflux pump MntP	GTGTCAGGATACATTGGAGAGGTGACAGCCTTATTATTTTTAGCTTTTGCGCTTGGACTTGACGCCTTTTCTGTCAGTTTAGGATTAGGGTTACAGCGTCTTCGTTTAAAGCGAATAGCACTCATTGGGGTTGTAGTAGGGCTATTTCATATACTTATGCCATTTTTAGGTATTCTATTTGGTACTATGATATCAGAACAAATTGGTAGTTTAACTAATTTAGCTGGCGGATTGTTACTTGTAGGGATTGGTGCCCAAATGTTTTTTTCTGCTTTTAATCAGAATGTGAAAAAAATGATTCAACCAGTTGGTGTTGGATTGCTTTTGTTAGCTCTCGGCTTAAGTATCGATAGCTTTTCTGTTGGGCTAAGTTTAGGTATCTCTGGAGTCAAAACGGTTATAGCACTTCTGTTATTTGGAATGGTAAGTGCTTGTCTATCTTGGATTGGCATGCTGCTTGGAAGGAGAGTAGAAGGTTACTTAGGTGCTTATAGTGAGCTATTAGGAGGGAGTATTTTAATTGCTTTTGGCTTACATGTATTATTCGGCTAA	MSGYIGEVTALLFLAFALGLDAFSVSLGLGLQRLRLKRIALIGVVVGLFHILMPFLGILFGTMISEQIGSLTNLAGGLLLVGIGAQMFFSAFNQNVKKMIQPVGVGLLLLALGLSIDSFSVGLSLGISGVKTVIALLLFGMVSACLSWIGMLLGRRVEGYLGAYSELLGGSILIAFGLHVLFG	PGPT0004375_930	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_MANGANESE_RESISTANCE	MANGANESE_RESISTANCE-MNT_TRANSPORT_SYSTEM,PGPT0004375-mntP-K23242	NA	NA
AK148_01834	1035	ywlC	COG0009	Threonylcarbamoyl-AMP synthase	ATGAAAACGAAGTATTGGAATATATCTAAAATGACTAAAAGAGAACAACAAGTGTCGGTAATCGAAGCGAGTCAGTTACTGCAACAAGGCGAAATTGTAGCTTTTCCAACAGAGACTGTGTATGGTTTAGGAGCTAATGCTACAAATGAGCAAGCAGTACAGAAAATATTTCACGCAAAAGGGCGTCCGCAGGATAATCCGCTAATTGTTCACGTGGCCGATGCTTTGCAAATGGAAAGTTTAGTGCGTTATTGGCCTGCTTATGTAGATAAACTATTAGCTGCTTATACGCCAGGGCCAATTACGTTCGTCTTACCGAGTAATGATGTGTGTTCTGCTGCTGTAACTGCAGGTTTAGATACTGTCGGTGTGCGGATCCCGAGTCATCCAGTTGCTCATCAATTGCTATCCGCATGTCAGTTGCCAATTGCTGCACCAAGTGCGAATATATCGGGAAGGCCTAGCCCAACTAGCGCTCAACATGTATGGCATGATTTAAGTGATAAGATTGCTGGAATTTTGGACGGTGGGGCTACTGGTGTTGGATTGGAATCAACTGTCATTGATTGCACGCAGGATATTCCGGTTATTTTACGACCAGGTGGTATCACGAAAGAGCAAATTGAAAAAGTAGCGGGGGCTGTGATGGTTGATCCTGGATTAGCAGTAAAAAATGAAAATGAACAACCAAAATCTCCGGGGATGAAATATCGGCATTATTCCCCGGAAGTTCCGCTATGGATTGTTCCTGGGGCTAGCGAAAACTTGCAGAGTATGATTTATCGTTTACAAATGGAAGGAAAAAGAGTTGGTGTTATGGGGAAAGACGGTACCGTTGAAAAGCTGCAGGTAGAAGAAATTATAAAGCTAGGAAATACAATGGAGCAAGTAGCTGCCAATTTATATGACGCATTACGTACCTTTAAATTAGGGGAAGTTGATATTATTCTTTGTGAGTCTTTTCCCGAACAAGGTATTGGACAAGCAGTAATGAACCGCTTAACGAAAGCAGCTAGTCGTATTATTGCATTGTAG	MKTKYWNISKMTKREQQVSVIEASQLLQQGEIVAFPTETVYGLGANATNEQAVQKIFHAKGRPQDNPLIVHVADALQMESLVRYWPAYVDKLLAAYTPGPITFVLPSNDVCSAAVTAGLDTVGVRIPSHPVAHQLLSACQLPIAAPSANISGRPSPTSAQHVWHDLSDKIAGILDGGATGVGLESTVIDCTQDIPVILRPGGITKEQIEKVAGAVMVDPGLAVKNENEQPKSPGMKYRHYSPEVPLWIVPGASENLQSMIYRLQMEGKRVGVMGKDGTVEKLQVEEIIKLGNTMEQVAANLYDALRTFKLGEVDIILCESFPEQGIGQAVMNRLTKAASRIIAL				NA	NA	NA	NA	NA
AK148_01835	402			hypothetical protein	ATGAATTTAATTCAGGCTAACAAAGTATCGCAGGAAAAGTTAGACTACTTTTTACAAAGTAATCCACATATGAATAAGTGTAGTTTATTACAAAAAGGGTATGTTGTTGAGATAAAAGGAAAGATAGAAGGCTGTTTTATACTTGAGGAAATGGAAGAAGGAACGTATTGGTTAAAACAGCTATATATTACACAAACTGAAGCAGCTGTCCTTCCAGTATTATTGGAATCCATTTTAACAATGGCTAAACAACAGCATGCAAAAAGAGTTTATGTGCATAGTCATCAACCAGTTGTGGATATTTTACTTGAAGCCTTGCAGTTTCATCCACAGAAAGAAAGAGCTTTTGTTAATAAAATTGATCAAAAAGATGGTAATTGGTGGTTGTATCATGTTTCGTGA	MNLIQANKVSQEKLDYFLQSNPHMNKCSLLQKGYVVEIKGKIEGCFILEEMEEGTYWLKQLYITQTEAAVLPVLLESILTMAKQQHAKRVYVHSHQPVVDILLEALQFHPQKERAFVNKIDQKDGNWWLYHVS				NA	NA	NA	NA	NA
AK148_01836	642			hypothetical protein	ATGAGAAAGCTAGTATTTTTTGTTGTTATATTATTTATTGGATTATTAATTATTCCTGGGCAAGTGATAAGCCAAAAATCAGGGGAAACAGCGCTTAACAATCAAAATGAATATCAAGTCATTCCGGATGAAGCGATCCGTTTACGTATATTAGCTAATAGTGATAGTGAAGCAGATCAAGAATTAAAAAGAAGTATACGCGATCAAGTGAATAAAGAGATTACGAAATGGGTAGAGGATATTACAGATATTGAGCAGGCTAGAAGTTTAATAGAAAAACGTATACCAGAATTAAATCAGATTGTAGGGTCCGTGCTCAAAGAAGCGGATGTAAAACAAAGTTATGAAGTGTCTTACGATAAAAATGTTTCCTTTCCAACGAAAATATATGGTGAATTTTTATATCCTGCAGGTGAATATGAAGCAGTTTTAATTACAATTGGAGAAGGGAAAGGTGACAATTGGTGGTGTGTTTTATTTCCTCCTCTCTGTTTTCTAGATTTTTCTAACGGAACGAGCGCCGTATCAGCTGAAACGGCAGAAGACACAGAAGAAGAGAAAGAATTGGAGCGAGAAGAAGACGAAGATGATGCGGATACGGAAGTGAGCTTTTTCTTGTTTGAATGGTTAGGCTGGTCATAA	MRKLVFFVVILFIGLLIIPGQVISQKSGETALNNQNEYQVIPDEAIRLRILANSDSEADQELKRSIRDQVNKEITKWVEDITDIEQARSLIEKRIPELNQIVGSVLKEADVKQSYEVSYDKNVSFPTKIYGEFLYPAGEYEAVLITIGEGKGDNWWCVLFPPLCFLDFSNGTSAVSAETAEDTEEEKELEREEDEDDADTEVSFFLFEWLGWS	PGPT0024700_357	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024700-spoIIR-K06387	NA	NA
AK148_01837	876	prmC		Release factor glutamine methyltransferase	GTGAATAATATGGAAATGAAGAAACAATACGAAGTCCTCCAATGGGCTTCCCTTTTTTTAGAGGAACACGGTCGAGAAAAAAATGTTGCCGTTATTTTGCTACAACATTTTCTACAGGTAACCGCTACTAAATTTTACATGAATATGCAACAGATTGTTCCAGACGAAGTGCTTACACCGTATATGGCAGCTATTAAACAACATGCTTCAACGGGGGTACCAGTACAGCATTTGGTAGGGTACGCTTCGTTTTACGGACGGGAATTTAAGGTAAACGAAGATGTACTTATTCCGAGGCCAGAAACCGAGGAGCTCGTGCAGCAGGTTATTCAACATGTAAACGATCACTTTGTGAATAAGTGCCCGACTATTGTTGATGTAGGTACAGGAAGTGGCATAATTGCCATAACACTCGCTTTAGAGATGCCTAAGACGATGGTTTACGCTACAGATATCTCGGACCAAGCTTTAAAAATAGCGAAGGAAAATGCGAGCCGACATCAAGCTGCTGTTGTATTTACTGCTGGCGATTTTTTAGTACCAATACTAGAGCAAAATATTTCTATGGATGTATTGGTTTGTAATCCTCCGTATATTGCGAGGGATGATATTTCTTTTATGGCAGATACAGTGAAAAACTTTGATCCTCATTTAGCTTTGTTTGCAGAACAAAATGGATTAGCTGCTTATAAAATAATCGCTGACCAAATGATAAAATTGCCGGAGAAACCTAGTTTGGTTGCTTTTGAAATAGGCTATCAACAAGGGGAAGCTGTAGCTGCATTAATGAAGCATGTGTACCCTGGCAGCTATCCGCAGGTGTTACAAGACATCAATGGAAAAGATCGGATGGTCATTGTAAATAATAATATTTAA	MNNMEMKKQYEVLQWASLFLEEHGREKNVAVILLQHFLQVTATKFYMNMQQIVPDEVLTPYMAAIKQHASTGVPVQHLVGYASFYGREFKVNEDVLIPRPETEELVQQVIQHVNDHFVNKCPTIVDVGTGSGIIAITLALEMPKTMVYATDISDQALKIAKENASRHQAAVVFTAGDFLVPILEQNISMDVLVCNPPYIARDDISFMADTVKNFDPHLALFAEQNGLAAYKIIADQMIKLPEKPSLVAFEIGYQQGEAVAALMKHVYPGSYPQVLQDINGKDRMVIVNNNI				NA	NA	NA	NA	NA
AK148_01838	1071	prfA	COG0216	Peptide chain release factor 1	ATGTTAGATCGTTTACAATCTTTAGAAGATCGTTACAATAAATTAAATGAATGGCTAAGTGATCCGGAAGTAATTAGCGATGCGACAAAGCTTCGAGAATATTCCAAAGAACAATCAAGCTTAGATGATGTTGTTCAAGTTTATCGAGAATATAAAGATGTCGTACAGCAGTTAAAAGACGCAAAAGAAATGCAAGAAGACGAGCTAGATGAAGAAATGGAAGAAATGGTAAAACTTGAAATTAACGAACTTACAGAAAATAAACAACAATTGGAAGAGAAGTTAAAAGTTTTACTATTACCAAAAGATCCAAATGACGATAAAAACGTATTTATGGAAATACGCGGAGCTGCCGGTGGAGACGAAGCGGCATTATTTGCAGGAGACTTATATCGGATGTATTCCCGTTACGCCGAGACTTATGGGTGGAAACTAGAAGTCATGGAAGCTCACACAACTGGTGTAGGTGGATACAAAGAAATTATCTTTATGATTAACGGTAAAGGTGCTTACTCTCGTTTAAAATATGAAAACGGCGCCCATCGTGTTCAGCGTGTTCCTGAGACGGAATCAGGCGGAAGAATTCATACATCAACGGCGACAGTAGCTGTACTGCCTGAGGCTGAAGAAGTAGAAGTGGATATTCATGAAAAGGATATACGTGTGGATACCTTTGCCTCTAGTGGACCAGGTGGTCAAAGTGTTAACACAACGATGTCAGCTGTTCGTTTAACGCATGTGCCAACAGGCATCGTAGTTTCCATTCAAGATGAGAAATCGCAAATTAAAAATAAAGAAAAAGCAATGAAGGTGCTGCGAGCTAGAATATATGATATGTATCAACAAGAAGCTCAAGCTGAATACGATGAAAATCGTAAATCTGCAGTAGGAACTGGAGATCGATCAGAGCGTATTCGCACCTATAATTTTCCGCAAAATCGTGTAACCGATCATCGGATTGGTTTAACTATTCAGAAACTAGATCAAATTCTAGAAGGGAAATTAGATGAAATTATTGAAGCATTAATTATAGAAGAGCAAACGAAAAAACTGGAACAAATTGGTGAATAA	MLDRLQSLEDRYNKLNEWLSDPEVISDATKLREYSKEQSSLDDVVQVYREYKDVVQQLKDAKEMQEDELDEEMEEMVKLEINELTENKQQLEEKLKVLLLPKDPNDDKNVFMEIRGAAGGDEAALFAGDLYRMYSRYAETYGWKLEVMEAHTTGVGGYKEIIFMINGKGAYSRLKYENGAHRVQRVPETESGGRIHTSTATVAVLPEAEEVEVDIHEKDIRVDTFASSGPGGQSVNTTMSAVRLTHVPTGIVVSIQDEKSQIKNKEKAMKVLRARIYDMYQQEAQAEYDENRKSAVGTGDRSERIRTYNFPQNRVTDHRIGLTIQKLDQILEGKLDEIIEALIIEEQTKKLEQIGE				NA	NA	NA	NA	NA
AK148_01839	624	tdk	COG1435	Thymidine kinase	ATGTATGTAATGAAACAAAGTGGCTGGGTAGAATTGATTTGTGGGAGCATGTTTTCAGGTAAATCAGAGGAATTGATTCGCCGGGTCCGACGTGCTACATACGCTAATTTAACTGTAAGAGTATTTAAGCCATCTCTAGATGACCGTTATGAAAAAGAAGCAGTCGTATCTCACAATGGAACGTCGATAATCGCTCGACCAATTAAAGGTGTAACAGATTTGCTTGAACATATAAATGAACATGTGGATATTGTTGGTATTGATGAAGCGCAATTTTTTGATGCGTCCATTGTTACTATTGTAGAACAATTAGCGGATGCTGGTATACGGGTTGTAGTCGCTGGTTTAGACACGGATTTTCGTGGGGAGCCATTTGGTTCTATGCCGCAATTAATGGCGTTAAGCGAGTCCGTCACGAAGTTGAATGCTATTTGTCCCATTTGTGGTTCTCCAGCAAGTAGAACACAACGTTTAATCAACGGGCAACCAGCTTCTTATGATGATCCAATTATATTAGTTGGCGCTTCTGAATCTTATGAGCCAAGATGCCGCCATCACCATGAAGTACCAAATAAACCGAATAAAGCAACAACCAACATATGTTTAACAAAAATGTCCAGATAA	MYVMKQSGWVELICGSMFSGKSEELIRRVRRATYANLTVRVFKPSLDDRYEKEAVVSHNGTSIIARPIKGVTDLLEHINEHVDIVGIDEAQFFDASIVTIVEQLADAGIRVVVAGLDTDFRGEPFGSMPQLMALSESVTKLNAICPICGSPASRTQRLINGQPASYDDPIILVGASESYEPRCRHHHEVPNKPNKATTNICLTKMSR	PGPT0021390_1292	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021390-tdk-K00857	NA	NA
AK148_01840	246	rpmE2	COG0254	50S ribosomal protein L31 type B	ATGAAAAAGGATATTCATCCAGAGTACCAAAAAGTAGTTTTTCTTGATACGAGTTCCGACTTTAAATTTTTAAGTGGATCTACAAAATCATCCAATGAAACAATTGAGTGGGAAGATGGGAATACGTACCCATTAATTCGTGTGGAGATCAGCTCAGAATCACATCCATTTTACACTGGTAAGCAAAAAGCTGATAAAGTCGGTGGCCGAGTGGATCGCTTTAAGAAAAAATATAATATGAAGTAA	MKKDIHPEYQKVVFLDTSSDFKFLSGSTKSSNETIEWEDGNTYPLIRVEISSESHPFYTGKQKADKVGGRVDRFKKKYNMK	PGPT0014325_2253	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014325-rpmEB-K02909	NA	NA
AK148_01841	1284	rho	COG1158	Transcription termination factor Rho	ATGGCAGGACTAACTATCTCCCGTTTGGAGACGTTAACATTAAAGGAGATTTACCAATTAGCAAGAGAGTATAAAATCTCTTATTATGCAAAGTTAACGAAAAAAGAACTAATTTTTGCAATTTTAAAAGCGCAAGCGGAAAAAGATGGCTACCTCTTTATGGATGGGATATTAGAAATTATTCCTTCCGAAGGCTTTGGCTTTCTAAGACCGATTAACTATTCACCAAGTGCTGAAGATATTTATATTTCGGCTTCGCAAATTAGGCGCTTTGATTTACGTAATGGTGATAAAGTATCTGGGAAGGTTCGACCTCCTAAAGAAAACGAAAGATATTATGGTCTATTACATGTAGATGCTGTCAATGGAGATGACCCAGAAACAGCGAAAGAACGTGTGCATTTCCCAGCGCTAACGGCATTATACCCAGATCGCTTCATGAAGCTAGAAACGAAATCAAATGAAATATCAACACGCATTATTGATTTAATGACACCTGTAGGTTACGGACAGCGTGGACTAATTGTTGCTCCACCTAAAGCTGGGAAGACAACTTTATTAAAAGAGATTGCCAACAGCATTTCGGAAAATCATCCAGATGCGAAATTAATTATTCTTTTAGTAGATGAGCGCCCTGAAGAAGTAACAGACATTGAGCGCTCTGTACATCCTGATGTGGATGTTGTCAGTTCGACATTTGATGAAGTGCCGGAGAGTCATATTAAAGTATCGGAGCTTGTATTAGAACGGGCAATGCGTTTAGTGGAGCATAAGCGAGATGTTATCGTCTTAATGGACAGTATTACTCGTTTGGCGCGCGCTTATAACCTCGTTATTCCGCCTAGTGGACGTACGTTATCAGGCGGTATTGATCCTGCTGCGTTTCATCGTCCAAAACGATTTTTTGGAGCTGCCCGTAATATTGAAGAGGGTGGAAGCTTCACAGTATTAGCGACAGCATTGATCGATACAGGCTCACGCATGGATGATGTGATTTATGAGGAATTTAAAGGAACCGGTAATATGGAATTACACTTAGATCGTCATTTGGCTCAGCGTCGTATATTTCCTGCGATTGACATTTTACGGTCTGGAACTAGAAAAGAAGAATTACTTGTTAACAAATCGCACTTGGATAAAATGTGGGCCATTCGCAAAACAATGCAAGATTCTAATGATTTTCTGGAACGCTTCTTACGTAGATTAAGAGCTTCAAAAAATAATGAGGAATTTTTCCAAATGATGGATGAAGAGATGAAACGACGTCGCATGAAACGTTCTTAA	MAGLTISRLETLTLKEIYQLAREYKISYYAKLTKKELIFAILKAQAEKDGYLFMDGILEIIPSEGFGFLRPINYSPSAEDIYISASQIRRFDLRNGDKVSGKVRPPKENERYYGLLHVDAVNGDDPETAKERVHFPALTALYPDRFMKLETKSNEISTRIIDLMTPVGYGQRGLIVAPPKAGKTTLLKEIANSISENHPDAKLIILLVDERPEEVTDIERSVHPDVDVVSSTFDEVPESHIKVSELVLERAMRLVEHKRDVIVLMDSITRLARAYNLVIPPSGRTLSGGIDPAAFHRPKRFFGAARNIEEGGSFTVLATALIDTGSRMDDVIYEEFKGTGNMELHLDRHLAQRRIFPAIDILRSGTRKEELLVNKSHLDKMWAIRKTMQDSNDFLERFLRRLRASKNNEEFFQMMDEEMKRRRMKRS				NA	NA	NA	NA	NA
AK148_01842	966	glpX	COG1494	Fructose-1,6-bisphosphatase class 2	TTGGAAAGAAGCTTATCAATGGAATTAGTAAGAGTTACGGAAGCCGCAGCTTTAAAATCAGCACGTTGGATGGGAAGAGGTAAGAAAGAAGAAGCAGATGATGCAGCGACAACCGCTATGCGTGCTGTTTTTGATACAATTCCAATGCAAGGTACGGTCGTCATTGGCGAAGGAGAGATGGACGAAGCACCTATGCTATATATTGGAGAAAAGCTCGGTACAGGCAATGGACCAGGGGTTGATGTGGCTGTTGATCCTTTAGAAGGAACGAGTATCGTGGCAAACGGCTCTTGGAATGCACTTTCTGTAATTGCAATAGCAGATAAAGGAACATTATTACATGCACCAGATATGTATATGGATAAAATCGCAGTAGGCCCTGAAGCAGTTGGTACAATTGATATTAATGCTTCTACATTTGATAATCTACAAGCCGTTGCTAAAGCAAAAAATAAAGCGGTAGAAGATGTAGTAGTAACTGTTTTGGATCGCCCACGTCACCATAAATTAATTGAGGAAATCCGCGAGGCTGGCGCTCGCATTAAACTAATTTCAAATGGTGATGTTGCAGGAGCTATTAATACAGCTTTTGATGAAACTGGAGTGGATATTTTATTAGGAATTGGCGGAGCTCCAGAAGGTGTTATTGCAGCTGCTGCTCTTAAATGCTTGGGGGGAGAAATACAAGGTAAGTTGGTTCCTGCAAATAAAGAAGAATCCGATCGTTGCTCGAAAATGGGTATTAGGGATATTAATAAAGTATTGTATATGAATGATTTTTGTAGCGGGGATGACGCCATTTTTGCTGCTACTGGAGTTACAGATGGAGAATTATTAAAAGGCGTTCAATTTAAAGGAACGAATGCTACTACTGAAACAGTAGTTATGCGAGCAAAAAGTGGAACCGTTCGCTTTATTGATGGTACACATAGCTTGCAGAAAAAACCAGATTTCGTTATAAAATAA	MERSLSMELVRVTEAAALKSARWMGRGKKEEADDAATTAMRAVFDTIPMQGTVVIGEGEMDEAPMLYIGEKLGTGNGPGVDVAVDPLEGTSIVANGSWNALSVIAIADKGTLLHAPDMYMDKIAVGPEAVGTIDINASTFDNLQAVAKAKNKAVEDVVVTVLDRPRHHKLIEEIREAGARIKLISNGDVAGAINTAFDETGVDILLGIGGAPEGVIAAAALKCLGGEIQGKLVPANKEESDRCSKMGIRDINKVLYMNDFCSGDDAIFAATGVTDGELLKGVQFKGTNATTETVVMRAKSGTVRFIDGTHSLQKKPDFVIK	PGPT0017655_1447	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
AK148_01843	1287	murAB	COG0766	UDP-N-acetylglucosamine 1-carboxyvinyltransferase 2	ATGCAAAAAATGTTCGTTGAAGGTGGTCATTTTTTAAATGGCAAAGTTCGTATAAGTGGAGCGAAAAACAGTGCTGTCGCATTATTACCTGCTGCTATATTGGCTGACTCTGACGTGACGATAGAAGGACTTCCGCAAATATCTGATGTGTACACATTAGGGGATTTACTAGAGGAAATTGGAGGTTCGGTTTCCTGGGATGGACAAACCGTGCACATTGATCCTTCTAAGATGATAGCGATGCCGCTGCCAAATGGAAAAGTGAAAAAACTAAGAGCATCGTATTATTTTATGGGTGCAATGCTTGGGAAATTTAAAAAAGCGGTTATTGGGTTACCTGGTGGCTGTTTTTTAGGGCCTCGACCTATTGACCAGCATATTAAAGGTTTTGAAGCGCTTGGAGCAGAAGTTACGAATGAACAGGGAGCAATATATTTGCGTGCGAAGGAATTGACCGGTGCACGTATATACCTAGATGTTGTTAGCGTTGGGGCAACGATCAATATTATGCTTGCTGCTGTAAAAGCAAAAGGAAAGACCATTATAGAAAATGCAGCTAAAGAGCCTGAGATTATTGATGTAGCCACTTTGCTTACAAATATGGGTGCAAAGATTAAAGGCGTTGGTACGGATGTGATTCGCATAGAAGGCGTTCCTCATTTAAACGGCTGCCGTCATACGATTATTCCGGACCGCATTGAAGCAGGAACATTTGCTATAGCAGCTGCTGCTATGGGAAAAGAAGTAACAATTGATAATGTCATTCCTCCACATTTGGAGTCACTATTAGCAAAGATGCGGGAAATGGGCGTTCCTATCGAGGAAAATAATGAGCAACTATTTATTGCGCCAAAGCAACCTTTTAAAAGTGTAGATATAAAAACACTCGTATATCCTGGCTTTCCTACAGATCTACAGCAACCGTTTACAACGCTGCTAACAAAAGCAGAAAGTACTGGAGTTGTTACAGATACGATTTATACGGCAAGATTGAAGCATATTGACGAGTTACGCAGAATGAATGCTTCCATTAAAGTGGAAGGTGGATCTGCCATTGTGTCAGGTCCTGTGCAATTACAAGGTGCTAAAGTGAATGCTACGGACCTGCGTGCTGGAGCAGCATTAATTATTGCCGGCTTAATGGCTGAGGGAATTACTGAAATAACGGGATTGGATCATATCGATCGCGGGTACGAAAAGATTACAGAAAAACTGACGAACTTAGGTGCAAAAATTTGGCGCGATACGATGACGCAGGAAGAAGTTGAAGAACTACAAAATTCGTAA	MQKMFVEGGHFLNGKVRISGAKNSAVALLPAAILADSDVTIEGLPQISDVYTLGDLLEEIGGSVSWDGQTVHIDPSKMIAMPLPNGKVKKLRASYYFMGAMLGKFKKAVIGLPGGCFLGPRPIDQHIKGFEALGAEVTNEQGAIYLRAKELTGARIYLDVVSVGATINIMLAAVKAKGKTIIENAAKEPEIIDVATLLTNMGAKIKGVGTDVIRIEGVPHLNGCRHTIIPDRIEAGTFAIAAAAMGKEVTIDNVIPPHLESLLAKMREMGVPIEENNEQLFIAPKQPFKSVDIKTLVYPGFPTDLQQPFTTLLTKAESTGVVTDTIYTARLKHIDELRRMNASIKVEGGSAIVSGPVQLQGAKVNATDLRAGAALIIAGLMAEGITEITGLDHIDRGYEKITEKLTNLGAKIWRDTMTQEEVEELQNS	PGPT0024090_2412	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLGLUCOSAMINE_MODIFICATION,PGPT0024090-murA-K00790	NA	NA
AK148_01844	642	tal	COG0176	Transaldolase	ATGAAATTCTTTATTGATACAGCTAATATTGATGAAATTCGTGAAGCAAATGCACTTGGTGTTCTAGATGGGGTAACCACAAACCCTAGTCTTGTAGCAAAAGAAGGTGTATCTTTTCATGATCGTCTGCAAGAGATAACGAATGAAGTGTCTGGCTCGGTTAGTGCCGAAGTAATTGCAGAAGATGCAGAGGGCATGATACGAGAGGGAAAAGAGCTTGCAGCTATAGCTCCTAATATTACAGTGAAGGTTCCCATGACACTAGAAGGCTTAAAGGCAGTGAAAGCATTCAGTGATTTAAACATTAAGACGAACGTTACACTTATTTTTAATGCAAATCAAGCTTTGCTTGCTGCTCGTGCTGGTGCAACTTATGTGTCTCCTTTTCTTGGTCGCCTCGATGATATTGGGCATAACGGAATGGATCTAATTGAAACGATCGCTGATATTTTTAGGAAGCATAGCATTCACACTGAAATTATTGCTGCATCAATTCGCCATCCTTTACATGTTATAGATGCTGCACAGAACGGTGCACATATAGCTACTATTCCATTTAAAGTACTTCAGCAACTCGTGTCACATCCATTAACTGATCAAGGAATTGAAAAGTTTTTGGCTGATTGGAATAAACAAAAATAG	MKFFIDTANIDEIREANALGVLDGVTTNPSLVAKEGVSFHDRLQEITNEVSGSVSAEVIAEDAEGMIREGKELAAIAPNITVKVPMTLEGLKAVKAFSDLNIKTNVTLIFNANQALLAARAGATYVSPFLGRLDDIGHNGMDLIETIADIFRKHSIHTEIIAASIRHPLHVIDAAQNGAHIATIPFKVLQQLVSHPLTDQGIEKFLADWNKQK	PGPT0017375_5708	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
AK148_01845	858	fbaA_1	COG0191	putative fructose-bisphosphate aldolase	ATGCCATTAGTATCAATGAAAGAAATGTTAGAAAAAGGAAAAGAAAATGGTTATGCAGTTGGTCAATTTAACTTAAATAACCTAGAGTACGGTCAAGCCATTTTGCAAGCTGCAGAAGAGGAAAAATCTCCTGTTATTATCGGGGTTTCTGAAGGTGCTGCAAGATATATGGGTGGTTTTAATGTTGTTGTTGCAATGGTGAAATCACTAATGGAAGCATATGGCACAACTGTACCTGTTGCGATACATTTAGATCACGGTTCAAGCTTTGCGAAGTGTGCGGAAGCAATTCATGCTGGTTTCACTTCTGTTATGATTGATGCGTCTCATGATCCATTAGAAGAAAATATAGCTGTTACGAAAAAAGTCGTGGAATTAGCTCACATTCATGGTGTGTCTGTGGAAGCTGAACTAGGTACTGTCGGTGGACAAGAAGACGATGTAGTTGCCGATGGAGTTATTTATGCAGATCCAAAAGAGTGTAAAAAATTGGTTGATGCAACAGGTATTGACTGTTTAGCTCCTGCACTTGGTTCTGTTCATGGTCCTTATAAAGGGGAACCAAACCTTGGTTTCAAAGAAATGGAAGAAATTTTAAATACAGTAGAACTTCCTTTAGTACTTCACGGAGGTACAGGTATTCCTACAAAAGATATTCAACGTGCTGTTTCACTTGGAACTGCTAAAATTAATGTAAATACAGAAAATCAAATCGCTCAAGCGAATAAGGTACGTGAAGTTTTGAACGAAAACCCTGATCTATATGATCCACGTAAATACTTAGGACCTGGTAAAGATGCGATTAAAGAAACAGTTATTGGTAAAATGCGTGAATTTGGTTCATCACAAAAAGCATAA	MPLVSMKEMLEKGKENGYAVGQFNLNNLEYGQAILQAAEEEKSPVIIGVSEGAARYMGGFNVVVAMVKSLMEAYGTTVPVAIHLDHGSSFAKCAEAIHAGFTSVMIDASHDPLEENIAVTKKVVELAHIHGVSVEAELGTVGGQEDDVVADGVIYADPKECKKLVDATGIDCLAPALGSVHGPYKGEPNLGFKEMEEILNTVELPLVLHGGTGIPTKDIQRAVSLGTAKINVNTENQIAQANKVREVLNENPDLYDPRKYLGPGKDAIKETVIGKMREFGSSQKA	PGPT0017615_4652	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
AK148_01846	360	spo0F	COG0784	Sporulation initiation phosphotransferase F	GTGAAAAAAACAATCCTTGTTGTTGATGATCAGCCAGGTATCTGTATGCTATTAACGGATATACTAACGGAAGAAGGATATCATGTGGAAACTGCTAGCACCGGAAAAGAAGGGCTAGAAAAGATGAATACTTCCGTTTATCATTTAGTGTTGATGGATTATCAATTACCGATATTCAATGCATTTGAAGTAGTAAAGCAGTTGGAAAAGCCAAACAATCAAATCCCTGTAATTGTCATGACTGGTATGACAGAAGGTATTGTTCGAGAAAAAGAAGATTGTAATAATATTGTAACCATTCTTAGTAAACCATTTAATATTAAGGAAGTTTGCGAATTGGTTCACTCCATTTTGAAATAA	MKKTILVVDDQPGICMLLTDILTEEGYHVETASTGKEGLEKMNTSVYHLVLMDYQLPIFNAFEVVKQLEKPNNQIPVIVMTGMTEGIVREKEDCNNIVTILSKPFNIKEVCELVHSILK	PGPT0024650_329	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0024650-spo0F-K02490	NA	NA
AK148_01847	1608	pyrG		CTP synthase	ATGACCAAGTATATTTTTGTAACTGGAGGAGTTGTATCCTCTTTAGGAAAAGGAATTACAGCTGCTTCATTAGGAAGGTTATTAAAAAATCGTGGTTTACAAGTAACGATCCAAAAATTTGACCCTTATATTAATGTTGACCCTGGAACGATGAGTCCTTATCAACATGGGGAAGTTTATGTGACAGAAGATGGTGCGGAGACAGACTTAGATTTAGGTCACTACGAACGCTTTATCGATATTAATCTAAATAAATATAGCAATATTACAACGGGTAAAGTGTATTCAAGTGTCATTCGCAAAGAACGACGTGGAGACTATTTAGGTGGAACAGTTCAAGTTATTCCACATATTACGAACGAAATAAAAGAACAAGTATTCCGTGCGGGTGAAGCGACAGGAGCAGACATTGTTATAACGGAGATTGGCGGCACCGTTGGTGATATTGAATCATTACCTTTTTTAGAAGCTATTCGCCAAATTAAAAAAGATGTAGGCAGGGACAGCGTTATGTATTTGCATTGTACCCTTGTTCCTTATATTCAAGCTGCTGGTGAAATGAAAACAAAACCCACACAACACAGTGTTAAAGAATTACGTTCATTAGGAATTCAGCCAGACGTTATCGTGTTACGAACCGAACAAGCGATTAGTAAAGAAATGAAAGAAAAGATAGCTTTGTTTTGTGATATAAATGAAAAAGCTGTTATAGAAATGTTAGATGCAGATACATTGTATCAAGTACCGATTGCTTTACAAGAGCAGCGATTAGATGAGCTCACTTGTAATCATTTTGGGCTAGACTGCAAGGAAGCAGATATGGAAGAGTGGCTGGAGCTTCTAAACAAAGTGCGTCATCTATCCAAAACAGTAGATATAGCTTTAGTGGGGAAATATGTGGAGCTTCCTGATGCCTATTTATCTGTAGTAGAAGCATTGAAGCATGCTGGATTTATGTATGATGCTGATATTCGTGTACATTGGGTGAATTCGGAGTTGCTCGATGAGAAAACGATTCATGAACAATTACAGCATGTAGATGGGATTTTAGTACCTGGAGGATTTGGTGATCGGGGTATTGAAGGGAAAATCACAGCTATTCAATACGCACGTGAAAATAAAATTCCGTTCCTAGGCATTTGTTTAGGTATGCAATTAGCTACTGTAGAGTTTGCTCGCAATGTTGTAGGTCTTTATGGTGCGCACTCTTCAGAAATTGATCCTGACACAGCATACCCGATTATTGATTTGCTTCCAGAGCAAAAAGACATCTCGGACCTTGGGGGCACATTGAGACTTGGTATTTACCCTTGCAAACTAAAAGACGGTACAAAAGTGAAAGCCGCTTATAATGGTGCTGATTATATTGAAGAACGCCACCGTCATCGTTATGAATTTAATAATGTTTACCGTGAGCAAATGGAAGAATACGGTTTTGTATTTTCTGGCACAAGCCCTGATGGTCGTTTAGTAGAAACGATTGAAATTGCAGATCATCCTTGGTTTGTAGCGAGTCAATTTCATCCAGAATTTACATCGCGACCGACTCGAGCGCAAGCTTTATTTAAAGGCTTTGTTGGAGCGGCAGTTGATTTTCAGAAAGCATAA	MTKYIFVTGGVVSSLGKGITAASLGRLLKNRGLQVTIQKFDPYINVDPGTMSPYQHGEVYVTEDGAETDLDLGHYERFIDINLNKYSNITTGKVYSSVIRKERRGDYLGGTVQVIPHITNEIKEQVFRAGEATGADIVITEIGGTVGDIESLPFLEAIRQIKKDVGRDSVMYLHCTLVPYIQAAGEMKTKPTQHSVKELRSLGIQPDVIVLRTEQAISKEMKEKIALFCDINEKAVIEMLDADTLYQVPIALQEQRLDELTCNHFGLDCKEADMEEWLELLNKVRHLSKTVDIALVGKYVELPDAYLSVVEALKHAGFMYDADIRVHWVNSELLDEKTIHEQLQHVDGILVPGGFGDRGIEGKITAIQYARENKIPFLGICLGMQLATVEFARNVVGLYGAHSSEIDPDTAYPIIDLLPEQKDISDLGGTLRLGIYPCKLKDGTKVKAAYNGADYIEERHRHRYEFNNVYREQMEEYGFVFSGTSPDGRLVETIEIADHPWFVASQFHPEFTSRPTRAQALFKGFVGAAVDFQKA	PGPT0021215_5106	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021215-pyrG-K01937	NA	NA
AK148_01848	489	rpoE		DNA-directed RNA polymerase subunit delta	GTGAGCTTAAATCAATATAGCCACGAAGAAATTCAAAAAATGCCAATGATTGAGTTGGCTAGCTTGTTACTGGAAGAAGAAAGAAAATCATTTCACTTTAAAGACTTATTTAATCGTTTAGCAGATTTGAAAGGCTATACAGAAAAGCAAAAGAAAAATGCGATTGCACAATTTTATACAGATTTAAATGTTGAAGGTAGATTTCTTACTGTTGGCGAAAATATGTGGGGATTAAAGCGTTGGTACCCTGTAGAAAAAATGGATGAAGAAGTAAATGTTGCTCCGAAAAGAAAGAAGAAAGCAAAGAAGAAAAAAGACGAAGATGAGTTGGATATTGTTGATGAGGATATTGAGATTTTAGATGATGATTTAGATATAGATTTAGATTATGATGCAGAAGAATTAGACGAAGATTTTGACGATGAAGTATATGACGAAGATTTGGATGAAGCATATGACGATGAAGATGAAACTGAGGATAGAAAATAG	MSLNQYSHEEIQKMPMIELASLLLEEERKSFHFKDLFNRLADLKGYTEKQKKNAIAQFYTDLNVEGRFLTVGENMWGLKRWYPVEKMDEEVNVAPKRKKKAKKKKDEDELDIVDEDIEILDDDLDIDLDYDAEELDEDFDDEVYDEDLDEAYDDEDETEDRK				NA	NA	NA	NA	NA
AK148_01849	627			hypothetical protein	ATGAACTCGATCCTTTCTTCCATCAAAGATCCGTCGTTAATTGAAAAGCGACGAAATCAAATTATTAGATCCGCGATCAGTTTGTTTGAAAAAAAGGGGTTTCATAGGACAACAACTAGAGAAATTGCCAAAGAAGCCGGGTTTAGCATTGGAACTTTGTATGAATACATTCGTACAAAAGAAGACATTCTATTTCTTGTTTGCGACTCCATTTATTTACAGGTGCGTGAACGTTTAGAAGCACAAATTGACCCAGATAATTCTTCCTTGGCACATTTTATAAATGTGATTCGTTCCTATTTTTATTTAATGGATGACATGCAAGAAGAAGTCATCATTATGTACCAAGAAGTGAAGTCGTTAAAAAAAGAGAGTAAAGATTATGTACTACAGAAAGAAAAAGATATGGTGTCTATGTTAGAGCGAGTTATTGCTAAATGCTTTCCTCATTCCTTAAACTCGAATGAACGGCAACTCCTTGCCAATAATATTTTTATTCAAGGGCAGATGTGGGGGTTTCGGAGATGGATGTTACAAAAGCAATTTACACTGGAGGCATACATGGATAGCCAAATTCAATTTCTAATACAATCTATTCAGGCTAAATCCTCGAGCGATAAATGTTAA	MNSILSSIKDPSLIEKRRNQIIRSAISLFEKKGFHRTTTREIAKEAGFSIGTLYEYIRTKEDILFLVCDSIYLQVRERLEAQIDPDNSSLAHFINVIRSYFYLMDDMQEEVIIMYQEVKSLKKESKDYVLQKEKDMVSMLERVIAKCFPHSLNSNERQLLANNIFIQGQMWGFRRWMLQKQFTLEAYMDSQIQFLIQSIQAKSSSDKC				NA	NA	NA	NA	NA
AK148_01850	1140	acdA_2	COG1960	Acyl-CoA dehydrogenase	ATGAATTTTGATCTTACGGATGAACAAAAGATGCTTAAAAAAATGGTACGCGAATTTGCGGAAAATGAAGTAGAACCTTCAGCGGCAGAACGAGATGAAGAAGAGCGATTTGATCGGGGAATTTTTGATCAGATGGCAGAACTTGGGCTAACGGGAATTCCTTGGCCAGAAGAATATGGAGGGATTGGCTCTGATTACATGAGTTATGTCATAGCTGTTGAAGAATTGTCACGAGTATGTGCTTCCACAGGTGTCACTTTATCTGCACATGTATCTTTAGCGAGTTGGCCGATTTATAAGTACGGTTCAGAAGAACAAAAGCATAACTTTTTGCATCGCTTAGCAACGGGAAAGGCGTTAGGCGCCTATGCTTTATCCGAACCTGGTGCTGGAAGTGATGTTGTGTCTATGTCAACAACTGCAAAAGAAGATGGAGACAGTTACATTTTAAACGGTAATAAAGTTTGGATTACCAACGGCGAGGTAGCAGATATGTATATTGTTTTTGCTAAAACAGACGCTAATGCTAAGCATAAAGGTATGACAGCATTTATCGTTGAAAAAGGAACAGAAGGATTTTCATTTGGTAAAAAAGAAAAAAAGCTCGGAATTCGATCTTCACCGACAACGGAATTAATTTTTGAAAATTGCCGTATACCAAAAGCAAATCGACTTGGTAACGAAGGAGAAGGGTTTAAAATAGCGATGAGCACGTTAGATGGTGGGCGAAATGGTATTGCGGCACAGGCATTAGGAATTGCGCAAGGTGCTTTGGATGCTGCGACCACTTATGCCAAGGAAAGGGTGCAATTTGGTAAGCCAATTGCAGCAAATCAAGGTATTTCGTTTAAATTAGCAGACATGGCTACAGAGGTAGAAGCTGCTCGCTTACTGACGTATCAAGCAGCTTGGTTGGAATCACAGGGTATGGAATACGGCAAGGCTTCTGCTATGTCGAAGTTGTTCGCAGGTGATGCCGCGATGAGGATTACGGTGGAGGCTGTACAAATATTTGGTGGTTACGGATATACGAAAGATTATCCTGTCGAACGATACATGCGAGATGCAAAAATCACCCAAATATATGAAGGAACAAATGAAATTCAACGTCTCGTCATTGGTAGGATGCTTACAAAATGA	MNFDLTDEQKMLKKMVREFAENEVEPSAAERDEEERFDRGIFDQMAELGLTGIPWPEEYGGIGSDYMSYVIAVEELSRVCASTGVTLSAHVSLASWPIYKYGSEEQKHNFLHRLATGKALGAYALSEPGAGSDVVSMSTTAKEDGDSYILNGNKVWITNGEVADMYIVFAKTDANAKHKGMTAFIVEKGTEGFSFGKKEKKLGIRSSPTTELIFENCRIPKANRLGNEGEGFKIAMSTLDGGRNGIAAQALGIAQGALDAATTYAKERVQFGKPIAANQGISFKLADMATEVEAARLLTYQAAWLESQGMEYGKASAMSKLFAGDAAMRITVEAVQIFGGYGYTKDYPVERYMRDAKITQIYEGTNEIQRLVIGRMLTK	PGPT0002285_575	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0002285-bcd-K00248	NA	NA
AK148_01851	1128	mmgC_2	COG1960	Acyl-CoA dehydrogenase	ATGCTGCGTTGGACCGACGAGCAACAAATGCTAAATAAAATGGTGAGAGATTTTGCGCAAACCGAAATCTTGAAAGCGGTACCTCTTATGGAAGAGGAGGATCGCTTTCCAATAGAAGTCGTCAAGCAAATGGGAGAGCTTGGACTAATGGGAATTCCTATTCCAGAGAAATATGGCGGAGCAGGAATGGATTACACTGCGTATATTCAAACCATTCATGAGATATCAAAGGTGAGTGCAACGGTAGGTGTTATTTTATCCGTCCATACATCTGTCGGAACGAATCCGATTCTTTATTTTGGTACGGAACAGCAAAAGGATTTCTATCTTCCTAAACTGGCAAGTGGTGAATATTTAGGAGCTTTTGCTTTAACAGAACCGAATGCAGGATCGGATGCAGCAAGTCTAAAAACAAAAGCTGTGAAAGACGGAGAGGCGTACATTTTAAATGGGTCGAAAGTGTTTATTACAAATGGTGGTGTGGCTAATACATATATCACCTTTGCGCGTACAGGAGAAAGAGAAATTAGTGCGTTTATCGTAGAGCGGGATACTCCTGGACTTATCATAGGTAAACCAGAGAAGAAAATGGGGCTACACGGATCTAATACAGTGACACTGACGTTTGATAATTGTCGCATTAGCAAAGAACAACTTTTGGGAGAAGAAGGAAAAGGGTTTAAAATTGCCATGCATAATTTAAATGTCGGTAGAATTGGTATAGCGGCTCAAGCGCTTGGAATAAGTGAAGCAGCGCTAGAGCAGGCAACAAAGTATGCCAAAGAACGAAAGCAATTTGGCAAGTCAATTGCAGAAAACCAAGGCATTTCCTTTAAATTAGCGGACATGGCAACTCGGACAGAGGCAGCTAAACTACTCGTCTACCAAGCGGCTCATTTCGTAGAGCGTGGTGTAACATCAGGGAAAGAAGTTTCCATGGCTAAATTATATGCTTCTAAAGTAGCTGTCGATAACGCTATTGAAGCGGTGCAAATATTTGGTGGTTACGGCTATACGGAAGATTATCCTGTTGAACGACTGTTCCGTGACGCAAAAGTTACGGAAATATACGAAGGCTCGAGTGAAATTCAACGCATGGTAGTAGCTAAAAATTTACTCAAACAATAA	MLRWTDEQQMLNKMVRDFAQTEILKAVPLMEEEDRFPIEVVKQMGELGLMGIPIPEKYGGAGMDYTAYIQTIHEISKVSATVGVILSVHTSVGTNPILYFGTEQQKDFYLPKLASGEYLGAFALTEPNAGSDAASLKTKAVKDGEAYILNGSKVFITNGGVANTYITFARTGEREISAFIVERDTPGLIIGKPEKKMGLHGSNTVTLTFDNCRISKEQLLGEEGKGFKIAMHNLNVGRIGIAAQALGISEAALEQATKYAKERKQFGKSIAENQGISFKLADMATRTEAAKLLVYQAAHFVERGVTSGKEVSMAKLYASKVAVDNAIEAVQIFGGYGYTEDYPVERLFRDAKVTEIYEGSSEIQRMVVAKNLLKQ	PGPT0002285_460	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0002285-bcd-K00248	NA	NA
AK148_01852	852	mmgB_2	COG1250	putative 3-hydroxybutyryl-CoA dehydrogenase	TTGGATATTAAACAAGTGATGGTCATAGGCGCTGGGCAAATGGGGGCAGGAATTGCCCAGGTCTGTGCTCAAGCTGGGTTTCATGTAGTCATATATGATAAACATGTCGCATCATTGGATAATGGTATGAAAAGAATTCACACGTTTGTACAACGAGCTTTTGAAAAAGAACGAATAACGGAAAAACAACGTGATGAAACGCTGCAAAGATTGCAACGTGCGGAGAAGGTAGAAGCTGTGGAAAAGGCGGATATCGTTATTGAGGCTGTCATCGAAAATATGGATGCCAAAGCCGCTATTTTTAAAGAGTTGGACCAATTAGCGCCAGCACGTACTATTTTAGCTTCTAATACGTCATCTTTGCCAATTACTAAACTAGCAGCTGCGACGAATCGCCCTGACCGGGTGATTGGCATGCATTTTATGAATCCGGTTCCAATTATGGAGTTGGTAGAAATTATTCGGGGATTACAAACAAGTGATGAAACCTATTTTAAAGTTGAGCAAATGGCAAGAGCATTACATAAAACGCCAGTTACTGTCGCGGATTTCCCAGGTTTTGTTTCCAACCGTATATTAATGCCAATGATTAACGAGGCTATTTATACATTACAAGAAGGAGTTGCTACGGCAGAAGATATAGATACATCAATGAAACTAGGTATGAATCATCCGATGGGTCCGTTAACACTCGCTGATTTTATTGGTTTGGATACATGTTTGTACATTATGGAGGTACTGCATGAAGGCTTTTCCGATAGTAAATACCGACCATGCCCGTTACTTAAGCAATATGTGCAAGCGGGATGGTTAGGTAAAAAAACAGGTCGAGGTTTTTATGTGTATACGTAA	MDIKQVMVIGAGQMGAGIAQVCAQAGFHVVIYDKHVASLDNGMKRIHTFVQRAFEKERITEKQRDETLQRLQRAEKVEAVEKADIVIEAVIENMDAKAAIFKELDQLAPARTILASNTSSLPITKLAAATNRPDRVIGMHFMNPVPIMELVEIIRGLQTSDETYFKVEQMARALHKTPVTVADFPGFVSNRILMPMINEAIYTLQEGVATAEDIDTSMKLGMNHPMGPLTLADFIGLDTCLYIMEVLHEGFSDSKYRPCPLLKQYVQAGWLGKKTGRGFYVYT	PGPT0006075_4258	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION	XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006075-paaH|hbd|fadB|mmgB-K00074	NA	NA
AK148_01853	1188	mmgA	COG0183	Acetyl-CoA acetyltransferase	ATGAGAGAAGCAGTGATTGTATCTGGAGCTAGGACTCCGTTTGGAAAGTTTGGTGGTGCACTACAACCTTTTACCGCTTCACAGTTAGGGGGGAAGGCTATTGAAGAAGCATTAAAACGTGCCCATATAGCTGGTAGTGATGTAGGTGAAGTAATAATAGGAAATGTTTTACAAGGCGGTCAAGGGCAAATTCCTTCTAGACAAGCAGCCAGAGAAGCAGGAATTCCTTGGGAAGTGAAGACAGAAACGGTGAACAAGGTATGTGCCTCGGGATTACGAAGTGTTACATTAGCAAACCAGCTTATTCGTTTAGGTGATGAAGATATCATTGTTGCTGGTGGGATGGAGAGTATGAGTAATGCTCCATACTTTTTGCCAGATGCTCGCTGGGGCAATCGAATGGGTGACAAGAAAGTTGTTGATATGATGGTACATGATGGATTGACTTGTTCTTTCCATGGTGTTCATATGGGAACGTATGGAAATACGACAGCAGCAGAGTATGATTTAACGCGAGAGGAACAAGATGAATGGGCGTATCGCAGCCATCAACGTGCCGTAGAAGCGATAGAGGATGGCAAGTTTGCTGAAGAGATTGTAGCTATGGAAGTGCCACAACGTAGGGGCGAGCCAATTATTGTCGATCAAGATGAAGCTCCAAGAAAAGATACGAGCATAGAAAAACTAGCGAAGCTTCGGTCGGCATTTGACCGAGATGGTACGATCACCGCAGGGAATGCTCCGGGGATAAATGATGGTGCATGTGCATTTGTTGTTATGTCAGATGAGAAAGCTTCCGAACTTGGAAAAGAAGTATTAGCAGTTATAAAAGGGCATACGGAAATTGCTGTTCCTGCAGAAGATTTTCCGAAAACACCAGGTCTAGTTATTAATCAATTATTGGAAAAAACGGGGTATTCCAAAGAAGAAATTGATTTATTTGAAATTAATGAAGCGTTTGCTGCAGTGGCATTAGCGAGTGGCAAAATTGCCGGGATTGATCCGGAAAAGGTGAATGTAAATGGTGGGGCAGTTGCATTGGGTCATCCAATCGGCGCAAGTGGAGCGCGGATTATTCTAACGCTTATTTATGAGCTTAAACGACGTGGGGGTGGACTTGGCATTGCTGCAATTTGTAGCGGAGGAGGTCAAGGTGACGCTGTTTTAATCGAAGTACCTAAACAGTAA	MREAVIVSGARTPFGKFGGALQPFTASQLGGKAIEEALKRAHIAGSDVGEVIIGNVLQGGQGQIPSRQAAREAGIPWEVKTETVNKVCASGLRSVTLANQLIRLGDEDIIVAGGMESMSNAPYFLPDARWGNRMGDKKVVDMMVHDGLTCSFHGVHMGTYGNTTAAEYDLTREEQDEWAYRSHQRAVEAIEDGKFAEEIVAMEVPQRRGEPIIVDQDEAPRKDTSIEKLAKLRSAFDRDGTITAGNAPGINDGACAFVVMSDEKASELGKEVLAVIKGHTEIAVPAEDFPKTPGLVINQLLEKTGYSKEEIDLFEINEAFAAVALASGKIAGIDPEKVNVNGGAVALGHPIGASGARIILTLIYELKRRGGGLGIAAICSGGGQGDAVLIEVPKQ	PGPT0008320_7021	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008320-atoB-K00626	NA	NA
AK148_01854	2103	fadF	COG0247	putative iron-sulfur-binding oxidoreductase FadF	GTGAATACATTTTTGTTAGTAAATGCCATTGCATTTACCGTCATTACGATTTATGGGGTGTACTTATTTGCAAAAGTCGTAGCTACACGGGTGGCTTATATTCGTTTAGGGAAAAAGTCAGAGTTTGATGGGGAGTTTAAAGAGCGATTCAGAAGTATAGGGAAAATTGTTTTTGGTCAGTCGAAACTTTTAAAGGATAAAAAATCTGGCATTATTCATGTCATGATGTTTTACGGATTTATTCTCGTACAATTTGGTGCGCTGGACATGTTTATTAAGGGGTTATCACCTGGAAACCACTTACCTTTTGGACCGCTTTATCCAGGGTTTGTATTTTTTCAGGAATTAGTAACCTTAATGATTCTTGTAGCAGTGATATGGGCTTTTTATCGCCGTTATATTGAAAAACTTGTCCGTCTTAAACGCGGATTTAAGGCAGGTTTAGTTTTATTGTTTATTGGCACATTAATGATTTCTGTGTTATTTGGAAATGGAATGGCATTATTATGGCACGGTCATGATGTAACGTGGGCGGAACCCGTTGCAAGTGTTATTGCGATGGCGTTTTCTTGGTTGTCATCTACTGCTGCTATGGTACTATTTTATGTCGCTTGGTGGATTCATACGATCACAATCCTTGTGTTCCTCGTTTACGTCCCACAATCCAAGCATGCCCATTTAATTGCTGCACCAATTAATGTGTTTTTAAGTAAGCGTGTACCAGGTAAGTTAAAGAAAATTGATTTTGATATGGACGAAGATCAAGAGGAAGAAGAGATCGCATTTGGTGTTGGGAAAGTGGAAGATTTTGAACAGCATCAAATGATTGATTTTTATGCATGTGTAGAATGCGGTAGATGTACAGATGTTTGTCCTGCTGCAGGTACAGGGAAAATGCTATCGCCCATGGATATTATGATTAAAGTACGAGATCATTTAACAGAAAAAGGCGCAGCAATTACTGGAAAGTCGCCATGGGTCCCAGCCTATGCATTTGCCAATACGGCGGGCAATCAAGCCACTGCAAAACAAGAGGCTGCTGCCACTGTGCAAAGCGCGAGTTTAATTGGTGATGTCATTACAGAAGAAGAATTGGCTGGTTGTACAACGTGCCGCAACTGCGAAGATGCCTGCCCTGTTAACAACGAGCATGTAGGAACGATAATCGATATGCGCAGGTACTTGGTCATGACAGAAGGAAAGATGGACCAAGATGTTCAACGAGCAGTTATGAATATTGAACGACAAGGTAATCCATGGGGATTATCGAAAAAAGATCGGATTAAGTGGCGTGAGCAAGATGAGTCTGTGCACATACCAACGATAAAAGAATTAAGTAAAGAAGGCAAAGATTTCGAATACTTATTTTGGGTTAGTTCTATGGGAGCATATGATAATCGAAGCCAAAAAATTGCTATTGCGTTTGCCAAGTTATTAAACCAAGCAGGTGTGAGCTTTGCCATTTTAGGAAATAAAGAAGCGAATTCTGGAGACACAGCTCGTCGGATAGGGAATGAGTTCTTATTCCAGGAAATAGCGGAGAAAAATATTAAAGAATTTACGAAAAATGATGTGAAAAAAATTGTTACGATTGATCCACATGCATACAATATTTTTAAAAATGAGTATCCAGATTTTGGATTTGAAGCAGAAGTCTACCACCATACCCAATTATTATATGATTTATTGATAGAAGGGAAGTTGAAGCCTCAAAAAGCGATTAACCAAAGGCTGACATACCATGATTCTTGTTATCTAGGAAGGTATAATGGCGTATACGATCCGCCGCGGGAGATTCTCCAAGCTATTCCAGGGTTAGAATTGGTAGAAATGCAACGTACGAGAGAAAATGGGATGTGCTGTGGAGCAGGTGGTGGGTTAATGTGGGCTGAGGAAACGACAGGAAATCGTATTAATGTTGCGCGTACAGAGCAAGCGTTAGCGGTTAAGCCGAACATGATTTCTAGTGCATGCCCGTATTGTTTAACGATGATCAGTGATGGTACAAAAGCGAAAGAAGTGGAAGAGGATATTAGCACGATGGATGTAGCAGAGATTTTAGCTATTTCTGTATGTAATGAAGAACAAATAAAATCCGCTTAA	MNTFLLVNAIAFTVITIYGVYLFAKVVATRVAYIRLGKKSEFDGEFKERFRSIGKIVFGQSKLLKDKKSGIIHVMMFYGFILVQFGALDMFIKGLSPGNHLPFGPLYPGFVFFQELVTLMILVAVIWAFYRRYIEKLVRLKRGFKAGLVLLFIGTLMISVLFGNGMALLWHGHDVTWAEPVASVIAMAFSWLSSTAAMVLFYVAWWIHTITILVFLVYVPQSKHAHLIAAPINVFLSKRVPGKLKKIDFDMDEDQEEEEIAFGVGKVEDFEQHQMIDFYACVECGRCTDVCPAAGTGKMLSPMDIMIKVRDHLTEKGAAITGKSPWVPAYAFANTAGNQATAKQEAAATVQSASLIGDVITEEELAGCTTCRNCEDACPVNNEHVGTIIDMRRYLVMTEGKMDQDVQRAVMNIERQGNPWGLSKKDRIKWREQDESVHIPTIKELSKEGKDFEYLFWVSSMGAYDNRSQKIAIAFAKLLNQAGVSFAILGNKEANSGDTARRIGNEFLFQEIAEKNIKEFTKNDVKKIVTIDPHAYNIFKNEYPDFGFEAEVYHHTQLLYDLLIEGKLKPQKAINQRLTYHDSCYLGRYNGVYDPPREILQAIPGLELVEMQRTRENGMCCGAGGGLMWAEETTGNRINVARTEQALAVKPNMISSACPYCLTMISDGTKAKEVEEDISTMDVAEILAISVCNEEQIKSA				NA	NA	NA	NA	NA
AK148_01855	2247	pflB		Formate acetyltransferase	ATGACTACTACTACTTTATCCCCTTGGAGAACTTTCCGTAGTGGGAAATGGGAACAAGACGTTAATGTTAGAGACTTTATTATACGCAATTTTACTGGCTACGAAGGTGATGAACAATTTCTAGCTAAACCTACACAAAACACGTTAGATCTTTGGAAACAAGTAACAGAACTTACTGCAAAAGAACGCGAAGCTGGTGGCGTATTAGATATGGATACAAAAATCCCTTCTACCATTACGTCACATGGTCCTGGATATCTTGATAAAGATAAAGAAACCATTGTCGGCGTTCAAACGGATAAACCATTTAAACGTGGTCTAATGCCATTTGGTGGTATTCGCATGGCGAAAAATTCATGTGAAGCATATGGCTATGAGTTAGATAAAGAAACAGAGCACATTTTTACGGAATATCGCAAAACACATAACCAAGGCGTATTTGACGCTTATACTCCAGATATGAGAAAAGCACGTAAAGCTGGTATCATTACAGGTTTGCCTGACGCTTATGGGCGTGGTCGAATCATCGGCGACTACCGTCGCGTTGCTCTATATGGTGTAGACTTCTTAATTAAGAAAAAACAAGAAGAACTTACATTACTAGAAAACGACGGTGTTATGACTGAAGATATCATTAAACAACGTGAAGAGCATAATGAACAAATAAGAGCATTGCACGAATTAAAACAGTTAGCAGAAAGCTATGGATTTGATATCTCTAAACCAGCTACAAATGCGCAAGAAGCTATTCAATGGGTATACTTGGCTTATTTAGCTGCGATTAAAGAACAAAATGGTGCCGCAATGAGTTTAGGGCGTGTATCTACATTCCTAGACATTTATATTGATCGCGACCTACAAGAAGGTCACCTAACAGAAGAACAAGCACAAGAACTTATTGACCATTTTGTTATGAAATTACGTTTAGTGAAATTCGCTCGTACTCCAGAATATAATGAATTATTTAGCGGGGACCCTACTTGGGTAACAGAATCCATTGGTGGTGTAAGCTTACAAGGTGAGCCACTTGTTACAAAGAGCTCATTCCGTTTCTTACACACATTAACGAACTTGGGACCTGCTCCGGAGCCTAACTTAACGATTCTTTGGTCTACAAAATTACCAGAAGCGTTTAAAAAATATTGTGCTAAAATGTCCATTGAATCAAGCTCCATCCAATATGAAAATGACGATTTAATGCGTAAACATTACGGTGATGACTACGGTATCGCTTGTTGTGTAAGTGCGATGGAAATCGGTAAACAAATGCAATTCTTTGGCGCACGCGCTAACCTAGCTAAGGCTTTACTTTATGCGATTAATGGTGGCGTAGATGAAAAATTAAAAATGCAAGTAGCACCACCACTTCGCCCGATTACTTCTGATGTGTTAGACTTTGAAGAAGTTATGGAACGTTACGATGTCATCTTAGACTGGTTAGCTAAGCTATACATGAATACATTAAACGTCATTCACTTCATGCATGATAAATATGCGTATGAACGTATTGAAATGGCACTACACGACAAAGACGTTCTTCGTACAATGGCAGGCGGTATTGCTGGACTAAGCGTTGTTGCAGATAGCCTAAGTGCTATTAAACACGCAAAAGTTCATGTTATTCGTGATGAAGACGGCTTAGCAGTAGATTATCGTATTGAAGGAGACTTCCCTAAATATGGTAACAACAATGATGAAGTGGATTCCATAGCTGTAGACGTTGTGAATCGTTTTATGAATAAGTTCCGTCAACACGAAACATACCGTAATGCTGTACCAACATTATCTATCTTAACGATTACTTCAAACGTTGTTTACGGTAAGAAAACAGGGAACACACCAGACGGTCGTCGTGCTGGTGAGCCATTTGCACCAGGTGCTAACCCACTTCATGGTCGTGATCAATCTGGAGCACTTGCATCCTTAAACAGTGTTGCTAAAATACCTTATGAAAACTCATTAGACGGTATTTCTAATACAACAAGTTTTGTTCCAAAAGCACTAGGTAAAACAGAAGATGAACGTACAAGCAACTTAGTATCCATTCTTGATGGCTATGCAAGTAAAGAAGGACATCACTTAAACATTAACGTATTTGACCGTGAAACGTTAGAAGATGCCATGGAGCATCCAGAATTATATCCACAATTAACGATTCGTGTTAGTGGATATGCAGTAAACTTCATTAAACTTACTAAAGAGCAACAGCTCGATGTTATTAACCGTACATTCCATAAAGGATTGTAA	MTTTTLSPWRTFRSGKWEQDVNVRDFIIRNFTGYEGDEQFLAKPTQNTLDLWKQVTELTAKEREAGGVLDMDTKIPSTITSHGPGYLDKDKETIVGVQTDKPFKRGLMPFGGIRMAKNSCEAYGYELDKETEHIFTEYRKTHNQGVFDAYTPDMRKARKAGIITGLPDAYGRGRIIGDYRRVALYGVDFLIKKKQEELTLLENDGVMTEDIIKQREEHNEQIRALHELKQLAESYGFDISKPATNAQEAIQWVYLAYLAAIKEQNGAAMSLGRVSTFLDIYIDRDLQEGHLTEEQAQELIDHFVMKLRLVKFARTPEYNELFSGDPTWVTESIGGVSLQGEPLVTKSSFRFLHTLTNLGPAPEPNLTILWSTKLPEAFKKYCAKMSIESSSIQYENDDLMRKHYGDDYGIACCVSAMEIGKQMQFFGARANLAKALLYAINGGVDEKLKMQVAPPLRPITSDVLDFEEVMERYDVILDWLAKLYMNTLNVIHFMHDKYAYERIEMALHDKDVLRTMAGGIAGLSVVADSLSAIKHAKVHVIRDEDGLAVDYRIEGDFPKYGNNNDEVDSIAVDVVNRFMNKFRQHETYRNAVPTLSILTITSNVVYGKKTGNTPDGRRAGEPFAPGANPLHGRDQSGALASLNSVAKIPYENSLDGISNTTSFVPKALGKTEDERTSNLVSILDGYASKEGHHLNINVFDRETLEDAMEHPELYPQLTIRVSGYAVNFIKLTKEQQLDVINRTFHKGL	PGPT0001950_1139	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-FORMIC_ACID_BIOSYNTHESIS,PGPT0001950-pflD|ybiW|tdcE-K00656	NA	NA
AK148_01856	735	pflA	COG1180	Pyruvate formate-lyase 1-activating enzyme	ATGATCGGAAGAATTCACTCGATAGAAACATGCGGTACAGTAGACGGACCGGGTTTGCGTTATGTCATCTTTTTACAAGGCTGTCTGCTTCGATGTCAATTTTGCCATAACCCCGACACGTGGGACGTAAAAGGCGGGGTTGAGAAAAGTGTAGCCGAAATCATCACAGACCTAAAAGACTACCTCCCATACATTAAGAGCAGTGGAGGCATTACGGTTAGTGGCGGAGAACCATTATTACAAATCGATTTTCTGCTGGAGCTGTTTAAGGAATGCAAAAAATTAGGCGTCCACACGGCAATTGATACATCAGCTGGATGTTTTCGGGAAAGCCCTACCTTTTTAAGGAAAGTGGATGAGTTATTACGTGTTACAGATCTTGTACTCTTAGATATTAAGCATTTAGATAATGATTTACACAAACAGCTTACAGGAATGCCCAATGCACATATCTTGAAATTTGCGGAACTATTAGCCGAGAAAAATACACCTGTTTGGATTCGCCGTGTTCTTATTCCAGAAAGAACAAATGACCCAGACGAATTAGCAAGGCTAAATGATTTCATTAAAAATATGGGTAATGTACAAAAAGTTGAAGTACTTCCGTATCATAAGATGGGAATTTATAAATGGGAGCATTTAAATTTAGAATACCCACTTGCCGGTGTCGAACCACCTACAGAAGAAGAAGTGAAGCGCGCTAAAGAAATACTTTCTATTCCCGCTGAATCGTAG	MIGRIHSIETCGTVDGPGLRYVIFLQGCLLRCQFCHNPDTWDVKGGVEKSVAEIITDLKDYLPYIKSSGGITVSGGEPLLQIDFLLELFKECKKLGVHTAIDTSAGCFRESPTFLRKVDELLRVTDLVLLDIKHLDNDLHKQLTGMPNAHILKFAELLAEKNTPVWIRRVLIPERTNDPDELARLNDFIKNMGNVQKVEVLPYHKMGIYKWEHLNLEYPLAGVEPPTEEEVKRAKEILSIPAES				NA	NA	NA	NA	NA
AK148_01857	1665	argS_1		Arginine--tRNA ligase	ATGAATGTATTAGAGCAAACAGAAGAGACATTGAAACAACAAATTAGAGATGCCGTCTTGCGAGCGGGTCTTGCAAGTGAAGAAGAAATACCGAAAATGGTGCTTGAAAAACCAAAAGATAAAAGGCATGGGGATTTTGCGACAAATATTGCTATGCAACTAGCACGTGTTGCAAAAAAAGCGCCACGTCAAATTGCGGAAGAATTAGTAAACGTGTTTGATAGAGTGAAGGCATCTGTTGAAAAGGTAGAAATTGCAGGGCCAGGCTTTATTAACTTTTTTATGAAAGAAGATTTTCTAGGCTCGATTGTTCCAAATATTTTACAAGAGGGAGAAGCCTATGGAAGATCACGAGCTGGTAATAATGAGCGTGTACAAGTGGAGTTTGTCTCTGTGAATCCAACGGGTGATTTGCATTTAGGTCATGCAAGAGGCGCGGCTTTCGGAGATGTCTTATGTAACGTATTCGATGCTGCTGGTTATCGGGTTGAACGAGAATACTATATTAATGATGCTGGGAATCAAATCGATAATTTAGCCTTGTCTATAGAAGCGCGCTATTTGCAGGCATTAGGTCAAGACGTACCCATGCCTGAAGACGGCTATTTTGGTGAAGATATTACGGAAATTGGTAAACAACTAAGGGAAGAATATGGAGAACAGTGGGTACAAAAAGATAGGGAAGAGCGTTTAGCTTTCTTTAAAGAATATGGGTTAAGTTATGAACTGGGTAAAATTAAAGAAGATTTACAAGCATTCAAAGTTCATTTTGACTCGTGGTTTTCTGAGCGCTCCCTTTATAAGGAAAATAAAATTGGAAAGACACTAGAAAAAATAGCCACCTACACGTACGAAAAAGATGGTGCTACATGGTTCCGTAGTACGGAATTTGGCGATGATAAAGATCGCGTTTTAATTAAACAAGATGGTACTTATACTTATTTAACCCCGGATATTGCGTATCATAAGAATAAATTGGATCGTGGGTTTGATCAAATTATTAACGTTTGGGGCGCCGATCATCATGGTTATATCCCGCGGATGCGTGCTGCGATTCAAGCGTTAGGCTATCCCGCTGAAAAGTTTTCCGTAAAAATCGTGCAAATGGTAAATTTATTTGCGGATGGCGAAAAGGTGCGGATGAGCAAACGTACCGGTAAAGCTGTAGCATTAAGAGAGCTTATAGAAGAAGTCGGGGTAGATGCCGTTCGCTATTATTTTGTAATGCGTTCCAATGATTCACAGCTTGATTTTGATATGGATCTTGCCCGATCTGAATCGAATGATAACCCTGTATTTTATGTGCAATATGCACATGCAAGAATTTGTACGATGTTAAAGCAAGCAGAAGGGAAAGGACTTTCTTTTGATCGCGATGCCGATGTTTCACTTTTAACCGCTGAAAAAGAAACCGATTTGTTAAAAAAACTAGCTGCATTTCCGCAAGTTATCGCTGATGCAGCTCGAATGCAAACACCGCATAAAGTAACTCAGTATGTATTTGATCTAGCGTCTTTGCTACACAGTTTTTATAATGCAGAAAAAGTATTAGATACAGATCATCTCGAAAGAACGAAAGCGCGTATCGCTTTGATGCAAGCTGTCAAAATTACATTGGCGAATGGTTTACGCGTGTTAGGAGTAACGGCGCCAGAGAAGATGTAG	MNVLEQTEETLKQQIRDAVLRAGLASEEEIPKMVLEKPKDKRHGDFATNIAMQLARVAKKAPRQIAEELVNVFDRVKASVEKVEIAGPGFINFFMKEDFLGSIVPNILQEGEAYGRSRAGNNERVQVEFVSVNPTGDLHLGHARGAAFGDVLCNVFDAAGYRVEREYYINDAGNQIDNLALSIEARYLQALGQDVPMPEDGYFGEDITEIGKQLREEYGEQWVQKDREERLAFFKEYGLSYELGKIKEDLQAFKVHFDSWFSERSLYKENKIGKTLEKIATYTYEKDGATWFRSTEFGDDKDRVLIKQDGTYTYLTPDIAYHKNKLDRGFDQIINVWGADHHGYIPRMRAAIQALGYPAEKFSVKIVQMVNLFADGEKVRMSKRTGKAVALRELIEEVGVDAVRYYFVMRSNDSQLDFDMDLARSESNDNPVFYVQYAHARICTMLKQAEGKGLSFDRDADVSLLTAEKETDLLKKLAAFPQVIADAARMQTPHKVTQYVFDLASLLHSFYNAEKVLDTDHLERTKARIALMQAVKITLANGLRVLGVTAPEKM				NA	NA	NA	NA	NA
AK148_01858	447			hypothetical protein	ATGTCGAATAATAAACAACAAACAGCTGTATGGATTGAACTTTATACGACGATTAATGACAATGGACAAAAAGAATTCCACGAAAGCAAACAGGCTGGTACGCTTTATCAAAAAGGAAATATAGACGTACTGACGTTTGAAGAAGTGGTAGAGGATGCGTCTGTTGTAAAAAATATGATTACAATTCAACGTGAAAAGGTAAACTTGAAACGTTCGGGTAATGTTACCATGAATCAGCAATTCCATATGAATCAAACGACAGAGAATGTACTAAAGCATCCTTATGGTAATATACATATGGAAACTTATACGACAGCTATTGTCTATGAACCGTTATCGTCAACAAAGAATGGCAACCTGCAAATTGTTTATGATCTCAAACTAAATGGACAAGATGCGAGACAGCAAACGCTCGACTTAGTTATAAAAGAGGAGGACATGGCATGA	MSNNKQQTAVWIELYTTINDNGQKEFHESKQAGTLYQKGNIDVLTFEEVVEDASVVKNMITIQREKVNLKRSGNVTMNQQFHMNQTTENVLKHPYGNIHMETYTTAIVYEPLSSTKNGNLQIVYDLKLNGQDARQQTLDLVIKEEDMA				NA	NA	NA	NA	NA
AK148_01859	612	yesV_2	COG5578	putative protein YesV	ATGAGTGGGTTTATAGCTAGCTATTATCATTTCTCGGTGTGGGTTACTAGGTTCGCCTATTTAAATTTTTTATGGATCATATTTTCAGTTGCTGGATTACTTGTATTCGGAATTTTACCTGCTACTGCTGCTATGTTTTCGGTTGTTAGAAAGTGGATAAATAAAGAAACAGATATACCAATATTTTCAACCTTTTGGAGGTCATATCGAAAAGAGTTTAGCAAAATAAATGTATTAGGGTACATTATTTTAGGAATTGGCTATTTGATGACGATCGAGTTTCAAATCCTTCGTTCACAAGACCATATTGCCTATCTTTTTGCTAGTTTTGGCGTTGTTGGTTTGTTTTTATTGTATATGATTATACTCCTTTATATTTTTCCGATTTTTGCACATTTTAAGTTGAGATCGTTGGAGTATATAAAGTGGGCTTTTGTTATTGGCATAGGCCATCCGCTCTTAACTTTATTCTTGATGGGGGTTACTAGCGGTTTGTTTTATTTTATTTACCTAACCATTCCAGCTTTACTATTTTTCTTTGGTGGGAGTGTGTTTGCTTATATTGTAACATGGGGAGCGCAGCAAACGTTTTCAAAGTATGAGCAAGCATGA	MSGFIASYYHFSVWVTRFAYLNFLWIIFSVAGLLVFGILPATAAMFSVVRKWINKETDIPIFSTFWRSYRKEFSKINVLGYIILGIGYLMTIEFQILRSQDHIAYLFASFGVVGLFLLYMIILLYIFPIFAHFKLRSLEYIKWAFVIGIGHPLLTLFLMGVTSGLFYFIYLTIPALLFFFGGSVFAYIVTWGAQQTFSKYEQA				NA	NA	NA	NA	NA
AK148_01860	894			hypothetical protein	ATGAAAAGAGTTAGCCTATCAGACAAGTCATTCGATCTATTAAATACACTATTTTTACTTATTATATTGGTATTAATCGTCTATCCACTAGTTTTTGTTTTAAGTGCTTCTATTAGTGATCCTACTGCAGTAAGCTCTGGTGAGATGTGGTTGTGGCCTGTAGATATTACGTTTGAAGGTTATCAACGGGTTTTTGCTGAAGCGTCAATTTGGAGAGGATATGGGAACACGATTTTATATACGTTAGTAGGTACAGCCATTCATTTGTTTGTTCTTTTGCCATGTGCCTATGCTTTATCAAGGAAAGAACTGATGGCAAAAAAAGCTATATTATGGTTTTTTCTGTTTACAATGCTATTTAATGGTGGACTCATTCCAACTTATCTTATAGTTAAGTCTTTAGGTATGTTAGATACCATGTGGGCAATTGTTATTCCGAACGTTGTAGGTGCTTGGTCGATTTTAGTAGCACGTACTTTTTTTCAACAAAGCATTCCTGACCAGTTAGTTGAAGCTTCAAAAATTGACGGTGCTTCTGATTTTTATATTTTTATAAGGGTGGTTTTACCTCTTTCTCTTCCTATTATTGCAGTTATGGCTTTATTCCATGCAGTAGGTTTATGGAATCAGTATTTTAACGCCTTAATTTATTTATCTGATAGAGATAAATTTCCATTGCAATTAATTTTAAGGGAAATTTTAGTTGTAAATCAGATGCAGCTAAACGATCCTACAGCAGGTGGAGGGGCAGAATCTCTCGTAGATCAGGTGAAAACAGCAGGTTTAATTAAGTATGCCGTCATCATCGTTTCCTCGCTCCCTTTATTACTTGTGTATCCTTTTATTCAAAGATATTTTGTGCAAGGAGTTTTAATTGGATCAATTAAAGAATAA	MKRVSLSDKSFDLLNTLFLLIILVLIVYPLVFVLSASISDPTAVSSGEMWLWPVDITFEGYQRVFAEASIWRGYGNTILYTLVGTAIHLFVLLPCAYALSRKELMAKKAILWFFLFTMLFNGGLIPTYLIVKSLGMLDTMWAIVIPNVVGAWSILVARTFFQQSIPDQLVEASKIDGASDFYIFIRVVLPLSLPIIAVMALFHAVGLWNQYFNALIYLSDRDKFPLQLILREILVVNQMQLNDPTAGGGAESLVDQVKTAGLIKYAVIIVSSLPLLLVYPFIQRYFVQGVLIGSIKE	PGPT0017255_1404	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
AK148_01861	948	yteP_2	COG4209	putative multiple-sugar transport system permease YteP	ATGAGAGCAACCAAATCAGAAGCTTCTCTTCCTAATCAATCTAGAACTTATACCATAAAGAAAAAATTGTTGAGAAACTGGCAATTGTATGTGTTTTTGGCTCCAGCACTTGCTTATTTTATTATTTTACACTATGTGCCAATGTATGGTGTGCAAATTGCATTTAAAAACTTTATTGCTACAGAAGGAATTTGGGGGAGCCCATGGACAGGATTTGATCATTTTACTCGATTCTTTGATTCCTATTATTTTTGGAGACTGCTGAAAAACACATTGCTATTAAGTGCTTATCAATTAATTTTATTTCCTTTACCTATTATATTGGCACTTTCATTAAATGAGCTAAGAGCAGGCGCTTTTAAAAAATGGGCACAAACCTTAACCTATGCACCTCATTTTATCTCTGTTGTTGTCGTCGTAGGAATGATTGTTATCTTCTTAGATCCAACTACTGGGTTGGTGAATAGAATCATTGTTGCTTTAGGCGGCGAGTCCATCCCGTTTTTAACGAGTCCGGATTGGTTTCGACATGTCTTTACTTGGTCAGGAGTTTGGCAAACGTTGGGATGGAGTTCGATTATCTATTTAGCTGCACTTTCTGCTGTTAGTCCCGAATTACATGAAGCTGCAAAGGTAGACGGTGCAACACGCTTGCAACGAATCACTCATATTAACATCCCCAGCATTCTGCCGACCATTGTTGTTTTATTTATATTAAATATTGGATCTTTCATGACGGTAGGTTTTGAAAAGGTTTTATTAATGCAAAACAATCTGAATATGTCCACTTCCGATGTCATTCAAACGTTTGTTTATCAAACGGGGTTATTAGAGGGGCAGTATAGTTTTGCGGCAGCCATTGGGTTATTTGATTCAGCTATAAATATTACATTACTCGTGATATTTAATTATTTAGCGAGAAAAACAACAGACTCTAGCTTATGGTGA	MRATKSEASLPNQSRTYTIKKKLLRNWQLYVFLAPALAYFIILHYVPMYGVQIAFKNFIATEGIWGSPWTGFDHFTRFFDSYYFWRLLKNTLLLSAYQLILFPLPIILALSLNELRAGAFKKWAQTLTYAPHFISVVVVVGMIVIFLDPTTGLVNRIIVALGGESIPFLTSPDWFRHVFTWSGVWQTLGWSSIIYLAALSAVSPELHEAAKVDGATRLQRITHINIPSILPTIVVLFILNIGSFMTVGFEKVLLMQNNLNMSTSDVIQTFVYQTGLLEGQYSFAAAIGLFDSAINITLLVIFNYLARKTTDSSLW	PGPT0017250_1580	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
AK148_01862	1623			hypothetical protein	ATGGTTAAAAGAGTTTTAGTGGTTATTGTTGGCGCGTTATTGTTTACTTTTTCTTTATCCGCTTGCAGTAAGGATAAAGAGGAAGAAATTGGTGGTAGCAAAGAAGCGGTAGAAAATGTAACAGAAGAAGAACTGCCAATTGTCAAAGAGCCAATTGAATTAGATATTTTTGCTGGGAAGGCTGCTACTACTGCAGATGATTGGAATGACGTTTTATTGTTAAATGAATATGAAGCAATGACGAATGTGAATATTACGTGGAATCAAGTACCTGCTGATGGGCTTGATGAGAAGAGGAATCTTGCCTTAGCGAGTGGAGATTTGCCAGATGCATTCTATGCTGCAAATGTTTCTATTTCAGATATTCAAACATACGGAGCACAAGGAACTTTTATTCCGCTAAATGATTTAATGGAAGAGTATGCTCCAAATATTTCAAAGGTGCTTGATGAAAATCCTGACATTAGAAAAGGTCTTACATTCCCAGATGGTAATATTTATTCTGTCCCAACGGTATATTCTCCAGATTTCTTATCATTGTTAATTGGTGCAAAAGGTTGGATTAATGGAGATTGGTTAGAGCAATTAGAGATGGAAAACCCAGAAACAACAGAAGAATTTTATGCGTATTTAAAGGCTGTAAAAGAAACAGATCTGAATGGAAATGGAAAAAATGATGAAATTCCACTTAGTAGCGTAGCAGAAATGTCACGTATTATACATTGGATTTCTGGCGCATTTGGTGTTCAAAACAAAGGTCAATTGCATACGCTTGTTGATGAGGATCCAGCAACGGGAAATATTCGTTTTTTCCCTGTATCTGCGTCTTATAAAGAAATGCTCGTCTATTTAAATCGGTTATTTGAAGAGGGGTTGATTGAGCAAAATATTTATACACTTGAAGTAGATCAGCATTTAGGAAATGCTGCAGATAATTTATATGGTGCTGTACAGTTCTTTAATCCTATTGAATTATATGGTAATGATGTTGGCAGTCAGTTCATACCAGGAAATGCACTTGAAGGTCCAAACGGGGATAAAATGTATACAGGAATAACTTCTCCATTACGTTCTTTAGGTAATTTTATTATTACAAGTGAGAATGAAAATCCAGAAGCAACACTGAAGTGGCTTGATTATTTTTGGAGTGATGAAGGAGCAAAAATGTTTTTTATGGGAATCGAAGGCGTCACTTATGAAGAAACGGATGATGGTCCGCAATTAGTAGAAGAAATCACCAATCATCCTGATGGGTTAACGTTAACACAAGCTTTAGCGCAATATATTATCAATCCTGGTGGTAATCATCCAGTTATGGTGACGGATGATTATTTTACAGGATCTGAAAATGCACCATCGGATAAAGAAGCTGCTAAAAATTTAGAGCCCCATCTAATAGAAGAAATATGGCCAAGTTTCACTTATACTGCTGAAGAAAACGAGGAATTATCCATTCTGCGAACAGACTTAGAAAAATATGTTAATGAAATGCAAGCCGCATTTATTACGGGTGAAAAAGATTTTTCAGAATGGGAAAGTTATGTGGAAACAGTAGAAAATATGAACCTAGATAAGTATATGGAAATACAGAAGCAGGCTTATGAACGTTATAAAGAAAATTAA	MVKRVLVVIVGALLFTFSLSACSKDKEEEIGGSKEAVENVTEEELPIVKEPIELDIFAGKAATTADDWNDVLLLNEYEAMTNVNITWNQVPADGLDEKRNLALASGDLPDAFYAANVSISDIQTYGAQGTFIPLNDLMEEYAPNISKVLDENPDIRKGLTFPDGNIYSVPTVYSPDFLSLLIGAKGWINGDWLEQLEMENPETTEEFYAYLKAVKETDLNGNGKNDEIPLSSVAEMSRIIHWISGAFGVQNKGQLHTLVDEDPATGNIRFFPVSASYKEMLVYLNRLFEEGLIEQNIYTLEVDQHLGNAADNLYGAVQFFNPIELYGNDVGSQFIPGNALEGPNGDKMYTGITSPLRSLGNFIITSENENPEATLKWLDYFWSDEGAKMFFMGIEGVTYEETDDGPQLVEEITNHPDGLTLTQALAQYIINPGGNHPVMVTDDYFTGSENAPSDKEAAKNLEPHLIEEIWPSFTYTAEENEELSILRTDLEKYVNEMQAAFITGEKDFSEWESYVETVENMNLDKYMEIQKQAYERYKEN	PGPT0017245_1743	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
AK148_01863	1599	lipO	COG1653	Lipoprotein LipO	GTGAAATGGAAATTTTTTGTCATAGTTATCGTCATGTTTTTATCTGCTTGTAGTGAAAATAATAAGGAAGCAGATGGGAAGAAAAGGGAAGAAGCAATAGCCAATTTAAATGATGAAGGAATGCCAATAGTAGATGAAAAGATTACTATTGACGTCTTTTCAGGTCAAGCTGCAACTACTGCAGAAGATTGGAATGATGTTCCCATGCTAAATGAATATGAAAAAATGACCAATATAGATATGCAGTGGGAACAAGTAGCCATTGACGGCTTAGCTGAAAAAAGAAACTTAACATTAGCGAGTGGAGATTTGCCAGATTTATTTTACGGTACATATCTCCCCAATGCGGATGTGTATAAATATGGAAAGCAAGGTGTGCTCATTCCTTTAAATGATCTCATTGATGAATATGCTCCAAATATTAAGAACTATTTAGATGCATATCCGGAGATAAAGCAAGGGATTACTTTTCCTGATGGGAATATGTACGCTATTCCTAGATTAAGAGATCCAAACTCTCCTACTTCACTTATGGATGATAAACCGTGGATCAACAAAGACATTTTGGAAGAAGTGGGAATGGATAATCCGGAAACGACGGAAGAATTTTATGCGTATTTAAAAGCTGCCAAGGAGTTATCTGTGAAAGGAAAAGACGTTATTCCGTTTAGTAGTGTGTCGATGGATCGCCTTTATCATTTAATATCTGGCGCATTTGGCGTATCTAATAAAGGAATTATGCATCGCTTAATTGACGAAGATCCTGAAACGGGCGAAATGCGATTTTACCGAATTGCTGATGAATATAAACAAATGCTTGAATACATGAACAAATTATATACAGAAGGCCTCATTGAACAAAATATCTACTCCATAGAAGTAGACCAATTTCTTGCAAACGGAATGGAAGGGAGATATGCAGCTATGAACTTCTTTAATCCTATTGATTATTTTGGAGAAGAAGTTGGTAGTAGATATATCCCAGGCAATGCGCTTGAAGGCCCGAATGGAGAAAAAATGTTTACTGCAGTTTTATCTCCTGTAAATAGTTTAGGACATTTCTCCATAACAAATGTGAATGAGAATCCAGAGGCAACATTACGTTGGTTGGATTACTTCTGGAGTGAGGAAGGGAAGAAAATGTTTTTTATGGGGCTCGAAGGAGAGACTTATAAAGAGACGGCAGAAGGTCCAAAGCTTTTAGAAGAAATTACAAATAACCCTAATGGTTTGACTATTCAAGAAGCGCTGGCAAATTATATTATCAATCCAGGTGGTGGGCACCCTGTACTAGATGATCCTCGATATTCTACTGCACCAGAGTTTAGACCAGAAGATATTGAAAATGCGGAACACAATGAGCCTTATTTAATAGATGAACCTTGGCCCATGTTTTTCTATGAAGATGATGAACAGAGCCGACTAGATGTATTAACAACAGATTTAAGTAAGTACGTAGGCGAAATGGAGGCTCAATTTGTAACCGGAGAGACAAGTTTTGCTGAATGGGATAATTATGTCCAAACGATGAAAGAGATGGGTCTCAATGAATATATGGAGATACAGCAAAAGGCATTAGATAGGTATCTTGGAAACTAA	MKWKFFVIVIVMFLSACSENNKEADGKKREEAIANLNDEGMPIVDEKITIDVFSGQAATTAEDWNDVPMLNEYEKMTNIDMQWEQVAIDGLAEKRNLTLASGDLPDLFYGTYLPNADVYKYGKQGVLIPLNDLIDEYAPNIKNYLDAYPEIKQGITFPDGNMYAIPRLRDPNSPTSLMDDKPWINKDILEEVGMDNPETTEEFYAYLKAAKELSVKGKDVIPFSSVSMDRLYHLISGAFGVSNKGIMHRLIDEDPETGEMRFYRIADEYKQMLEYMNKLYTEGLIEQNIYSIEVDQFLANGMEGRYAAMNFFNPIDYFGEEVGSRYIPGNALEGPNGEKMFTAVLSPVNSLGHFSITNVNENPEATLRWLDYFWSEEGKKMFFMGLEGETYKETAEGPKLLEEITNNPNGLTIQEALANYIINPGGGHPVLDDPRYSTAPEFRPEDIENAEHNEPYLIDEPWPMFFYEDDEQSRLDVLTTDLSKYVGEMEAQFVTGETSFAEWDNYVQTMKEMGLNEYMEIQQKALDRYLGN	PGPT0017245_2011	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
AK148_01864	933	ldh1_1		L-lactate dehydrogenase 1	ATGGAAATTACGCCAGGAAATAAAATTGTTCTAGTAGGAACTGGAGCTGTAGGAACTAGTTATGCTTATGCGTTAATGAATCAAGGCTTAAGCAATGAACTTGTTCTAGTGGATATAAATGAGGATAAAGCAAAAGGTGAAGTTATGGACTTAAGTCATGGCATCGTATATGCCCCTAGTGCTATGAATATTACCCAAGGAACTTATGCCGATTGTAAAGATGCAGCCATTGTAGTAATTTGTGCTGGTGTAGCGCAAAAAGAAGGAGAAACGAGATTAGACCTTGTTAATAAAAATGTGGCGATCTTCAAATCTATGGTTAAATCCATTATGGATGCAGGATTTAATGGTATTTTTATTGTAGCAACAAACCCTGTTGATATTCTTTCCTATGCAACATGGAAATTTTCGCAGTTGCCAAAAGAACGAGTAATTGGCTCTGGTACGGTATTGGATTCCGCTAGATTCCGTTTCCTTTTAGGACAAAAATTTGCTACCGCACCAGCTAGCGTGCATGGATATATTATTGGAGAGCATGGTGACTCGCAACTTCCAGTATGGAGCACCGCTAACATTTCTGGCACATCCATCGCTGAAAAAATATCGGCCGAAGAAAAAGCGCAAATTGCTGAGCAAGTACGTAATGCTGCTTATGAGATTATTTCCTTGAAAGGAGCAACCTACTATGCTATTGGCATGGGGTTAGCCAGAATAACAAAAGCGATCTTAAATAACGAGCATATTATCCTGCCGGTAGGAACTCTTTTAACTGGCGAGCACGGACATAAAGATGTTTATGTCGGCGTCCCATCCATTATTCACCGTACTGGTGTAAAAGGAGTAGCAGACTTCCCTTTGGATGAAACAGAGCAAAGAAAATTTGCTAGCTCGATTGCCATTTTAAAAGATATTCAAAACCAAGCTTTGTTATAA	MEITPGNKIVLVGTGAVGTSYAYALMNQGLSNELVLVDINEDKAKGEVMDLSHGIVYAPSAMNITQGTYADCKDAAIVVICAGVAQKEGETRLDLVNKNVAIFKSMVKSIMDAGFNGIFIVATNPVDILSYATWKFSQLPKERVIGSGTVLDSARFRFLLGQKFATAPASVHGYIIGEHGDSQLPVWSTANISGTSIAEKISAEEKAQIAEQVRNAAYEIISLKGATYYAIGMGLARITKAILNNEHIILPVGTLLTGEHGHKDVYVGVPSIIHRTGVKGVADFPLDETEQRKFASSIAILKDIQNQALL	PGPT0001760_2608	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001760-ldh-K00016	NA	NA
AK148_01865	2055	pbpG	COG0744	Penicillin-binding protein 2D	ATGAGAAGCAAACAAAAACACAGCGCAGTTCGCAAACGATTCTTTAAAATAACCGGCATTTTGGTAGGAATATGTTTATCCTTTGTGACCTTCGTTTACGTCGCCAGCTACCTTTTAGGCCCCCCACCAATATCAATGAACCAACAAACAACGTTATACACCAAATCTGGGGAGCCTTTTGCTAAAGTCGGTGAGCATCAAACAGAAGATTGGATCTCGCTAGAACATATTGCTGATGAAGCAATTCAAGCTACACTGGCTGTTGAAGATCGCAATTTCTACAACCACCATGGATTTGATGTAAAACGAATTTTAGGAGCCATTGTTGAAAATATAAAAACATTGTCGCTTAAAGAAGGTGCAAGTACTTTAACACAGCAATATGCAAGAAATCTGTATTTAAGCCATGAAAAAACATGGGGCAGAAAAATTAAAGAGGCATTTTATACAATAAGATTGGAAATGTTCTACTCCAAATCGGAACTACTAGAAGGCTACTTAAACACCATCTATTATGGGCATGGCGCTTACGGAATTGAAGCTGCAAGTAAACAATTCTTCCAAAAATCTGCTAGTGAGCTTTCGCTAGCAGAATCTGCCATGCTTGCGGGTATACCAAAGGGTCCAACATATTATTCCCCTTTGAATGACCCAACAAAAGCAGAGCAACGCCAGCAACATATATTGAAAATCATGGAAAATCAAGCGATGATTTCAAGTCGCGCCTACGAAGAAGCCAAAAACGAAGCGTTACAATACCATAATGAAGCTAAACGGAATAACAAAGAGCAAATAGGTCCCTATTTCCAGCATGCCGCTATCAAAGAAGCAGCAGCCGTTTTGGAGTTAGACGCTGAGGAAGTTCGTGGTGGTGGGTATCAAATTTACACCACGATGCAAGAAAAAGCGCAAACAGATTTAGAAGAACAGTTTCAACAAACAATGTCGAAGCAAAGTGACATACAAGGTAGTGGATTAGTAATGAATCCAAAAACGGGAGGCATCCTTGCGATAGTAGGTGGACGCAGTTATGTGGACAGTCCGTTTAATCGCGCTACGCAAGCAAAGCGAATGCCAGGCTCTACCTTTAAACCTTTTCTATACTATGCAGCGTTAGAGCGGGGCTACAATGCTTCTACCATGTTAATGAGTCAACCTACTACATTTAAGTTAGAAAACGGAAATGTCTATAAACCGAGTAATTTCAATGGCTATTACGCAAATAAGCCTATTTCACTAGCACAAGCATTGGCGCTGTCCGATAATATTTATGCTGTGAAAACAAATATGTTTATAGGTCCTGAAACGTTAGTAAATACAGCCAAACAGTTTGGTTTCACAAGTGATTTATCAGCTGTACCTTCCTTAGCGCTCGGTTCAGAAGTAGTGTCCATGCAAGAGATGGTTCGTGGATATAGCATGTTAGCAAATGGAGGAAAGAAAGTGGACGGGCATACTGTTACTAAAATTGTTAACCGCTATGGAGATACAGTCTACACTAAATCTAATGATTCTAACGAACAAGTGCTTGATCCGAAAAAGACGTTTATTCTTTCCCAATTAATGACAGGTATGTTTGATCGAGAACTGAATGGATATATGCAAGTAACAGGGTCTACCATTATCGACCAACTTGATCGAAAATACGCGGGAAAATCAGGTTCTACAGATTCTGACAGCTGGATGATTGGTTTTAGCCCTTCCGTAGTTGCAGGAATTTGGGTCGGCTACGATGACAACCGTACGATTGAAGTTGTTGAAGAAATGGCATATGCAAAGGATATATGGGCTAATTTCATGACTTCTGTACATCAAAATAAGCCCATTAAAAGCTTGCCCATCCCATCAGGAATTGTTGGCATTCCTGTGGACCCTGCCACTGGTAAACGGGCAACGCCTTATTGTTCTGCTAGTAAAGTCATGTTTTTCGAAAAAGGTAGTGAGCCAACAACCTACTGCAATGCACACTTACCAGAGGATGATAAAACTGATAAAGCACCTATAGAAAAACAAGAAAAATCATTTATTGAAAGGCTATTTGACTTGTTTGAGTGA	MRSKQKHSAVRKRFFKITGILVGICLSFVTFVYVASYLLGPPPISMNQQTTLYTKSGEPFAKVGEHQTEDWISLEHIADEAIQATLAVEDRNFYNHHGFDVKRILGAIVENIKTLSLKEGASTLTQQYARNLYLSHEKTWGRKIKEAFYTIRLEMFYSKSELLEGYLNTIYYGHGAYGIEAASKQFFQKSASELSLAESAMLAGIPKGPTYYSPLNDPTKAEQRQQHILKIMENQAMISSRAYEEAKNEALQYHNEAKRNNKEQIGPYFQHAAIKEAAAVLELDAEEVRGGGYQIYTTMQEKAQTDLEEQFQQTMSKQSDIQGSGLVMNPKTGGILAIVGGRSYVDSPFNRATQAKRMPGSTFKPFLYYAALERGYNASTMLMSQPTTFKLENGNVYKPSNFNGYYANKPISLAQALALSDNIYAVKTNMFIGPETLVNTAKQFGFTSDLSAVPSLALGSEVVSMQEMVRGYSMLANGGKKVDGHTVTKIVNRYGDTVYTKSNDSNEQVLDPKKTFILSQLMTGMFDRELNGYMQVTGSTIIDQLDRKYAGKSGSTDSDSWMIGFSPSVVAGIWVGYDDNRTIEVVEEMAYAKDIWANFMTSVHQNKPIKSLPIPSGIVGIPVDPATGKRATPYCSASKVMFFEKGSEPTTYCNAHLPEDDKTDKAPIEKQEKSFIERLFDLFE	PGPT0023955_203	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023955-pbpG-K21464	NA	NA
AK148_01866	513			hypothetical protein	ATGAGTTTCGATCAGTCTTCAAACAAAAATAAATTTACAATTATTAAAGACGACTCGACAGATGGCCATGGTGGATATGGTTATGGTTCCATCAGCTTGGAAAATATGTCTTCTGTCATTGTAGATCCGAATGAAAATAAAGCTTATGTTGATATGGCGGCAATGCACGCTAGAAGTGATATTGAGCGGCGTGTGAAATATTTATCAGATAAAAGCGAAGTTCCAAATGGCAAATTGTACTGGATTGTTTGGGTAAATGTTGGACGGAATGAAAAAGGGACATATTTTGCGGGTGTGGCAGGAAGCGAATTGGTTGTGGATCGACCTAATAAGCGTGCTTACAAATCGATGCCTGAGCATGTAAAACATATGGAGCAATCTTTGAAAGGTAAAATCGTTGTTGATCATATGGATGAGAAATCGAAGCAACTGTTAAAAGATTTTCTCGAAGACTTTGACCAAGAGATGTGGGAAAACTCAACAGAGGAGTTAAAAACAGCTTTGTCTGTATAA	MSFDQSSNKNKFTIIKDDSTDGHGGYGYGSISLENMSSVIVDPNENKAYVDMAAMHARSDIERRVKYLSDKSEVPNGKLYWIVWVNVGRNEKGTYFAGVAGSELVVDRPNKRAYKSMPEHVKHMEQSLKGKIVVDHMDEKSKQLLKDFLEDFDQEMWENSTEELKTALSV				NA	NA	NA	NA	NA
AK148_01867	495			hypothetical protein	ATGTTAACTAATCATGCGAAACTAATGCAGTTTTTTGCAGTAGCAAACGAAGTAACGGGAAGGAAAAAGCTGCAAAAAATGATTTTTATTTTGCAAAAATGTCACATGCCCTTTGAGGAGAAATTTGCGTTTCATTTTTATGGGCCATATTCTGAGGAGTTAACGTTACGGGTGGAAGAGCTATGTAATTTAGGTTTTATTAAAGAAGAAAAAGAAGATAGAAGCAATTACCATCAATACCATTATACAATTACAGAAGATGGACAAGCTTTTTTAGAACAGTTCAAGAAAGATATGCCTGATTTTTCACAGCAAGTGTATGCCATGAAGGAGAAAAGCTCCCGATTTTTGGAATTAGTCGCAACGATATTATATTTTGATGACTTGTCTTTAGAAGAGTCGATTGCAAAAGTGCATACGGTGAAGCCAAAACAAAAATATACAGACGAGGAAATTCAAGAAGCCATTTCCTTTATTCATGCAATTCGTCATTAA	MLTNHAKLMQFFAVANEVTGRKKLQKMIFILQKCHMPFEEKFAFHFYGPYSEELTLRVEELCNLGFIKEEKEDRSNYHQYHYTITEDGQAFLEQFKKDMPDFSQQVYAMKEKSSRFLELVATILYFDDLSLEESIAKVHTVKPKQKYTDEEIQEAISFIHAIRH				NA	NA	NA	NA	NA
AK148_01868	1320			hypothetical protein	ATGCTATATAAAAACGAACAACTTCATGAAGAAAAGGTGTTCAAAGATCCCGTGCACCGATATGTCCATGTGAGAGATCGGGTAATTTGGGATTTGATTGCGACACCTGAGTTTCAGAGACTGCGAAGAATTAAACAGTTAGGCACTACATATTTAACATTTCACGGAGCGGAGCATAGCCGATTTAATCACTCGCTTGGGGTATATGAAATCGTACGAAGAATACTAACAAATTTTGAAGGACGTCCACATTGGAATAAAGAGGAGCGTCTTCTTTGTTTATGTGCAGCGTTATTACATGATCTAGGGCACGGGCCGTTCTCCCATTCATTTGAGAAGGTATTTAAGCTGGATCATGAACATTATACACAGCAAATTATTTTAGGTAACACCAAAGTGAATGCCATTTTAGAACGAGCAGAAAAGGGGTTTGCCCAAAAAGTTGCTGACGTGATAGGTAAAACATATCAAGACCAATTAGTGGTCAGCTTAATTTCAAGCCAAATTGATGCTGATCGAATGGATTATTTGCAACGTGATGCGTATTTTACAGGTGTAAGTTATGGTCATTTTGATATGGAGCGAATTCTTCGTGTTATGCGTCCAATGGAAGATCAAGTGGTGATTAAGGAAACAGGAATGCATGCTGTGGAAGATTATATTATGAGCCGCTATCAAATGTACTGGCAAGTATATTTCCATCCAGTTACGAGAAGTGCAGAAGTCATTCTTTGTAAAATATTGCAACGAGCCAAAGTGTTATATCACGATTCTACATATACGTTTACATTGAAGCCAACGCACTTTAAAGCTTTTTTTGCAGGAAATGTAAAGCTAGAGGATTATTTAAAATTAGATGAGGGAATTGTTACGTATTATTTTCAACTTTGGCAGGAAGAAGAAGATACGATTCTTCGTGATCTCTGCGAGCGGTTTATGAATCGCAGGCTGTTTAAGTATGTCGAATTTAATCCTAATTCACAGATGAATGAATGGATGGAACTGCACAAGCTGTTTACGGATGTACATATTAATCCGGATTATTATTTGGTCGTTGATTCTTCCTCTGATTTACCATATGATTTTTACCGGCCTGGGGAAGAGGAGGAGCGTTTACCGATTCATTTATTAATGCCAAATGGTGAACTGCGTGAATTATCACGGCAGTCTGATATCGTTGAAGCTATTTCCGGGAAGAAACGAACCGATCATAAGTTGTATTATCCACATGATTTACTAGAAAACGTATCCGATCCAAGGAAGAAAAAGCGGATGAAAGAAATATTAATTGGGCAGGGAGAGGAAAAACATGTTAACTAA	MLYKNEQLHEEKVFKDPVHRYVHVRDRVIWDLIATPEFQRLRRIKQLGTTYLTFHGAEHSRFNHSLGVYEIVRRILTNFEGRPHWNKEERLLCLCAALLHDLGHGPFSHSFEKVFKLDHEHYTQQIILGNTKVNAILERAEKGFAQKVADVIGKTYQDQLVVSLISSQIDADRMDYLQRDAYFTGVSYGHFDMERILRVMRPMEDQVVIKETGMHAVEDYIMSRYQMYWQVYFHPVTRSAEVILCKILQRAKVLYHDSTYTFTLKPTHFKAFFAGNVKLEDYLKLDEGIVTYYFQLWQEEEDTILRDLCERFMNRRLFKYVEFNPNSQMNEWMELHKLFTDVHINPDYYLVVDSSSDLPYDFYRPGEEEERLPIHLLMPNGELRELSRQSDIVEAISGKKRTDHKLYYPHDLLENVSDPRKKKRMKEILIGQGEEKHVN				NA	NA	NA	NA	NA
AK148_01869	846	lipL	COG0095	Lipoyl-[GcvH]:protein N-lipoyltransferase	ATGAAAAACTGGAAAAATATGATGGCACATACAGCCTTTCGATATATGGACCATTCAACAACGAACCTGTTTGATCAGGAACGATTCACTGCCCTTCACTCCTTTGCCATCGATGATGCACTTGCCCTGTCCGTGAGCGAGAAATTATCTCCACCGACAATGAGGCTATGGGTGCATGAACAAACGATTGTACTTGGAATTCCTGATGCAAAACTTCCTTATATCCATGAAGGAGTAGAACAATTAAAACAAGCTGGTTACCACGTTGTCGTACGTAATTCAGGTGGACTAGCCGTAGCTTTAGACAGTGGTGTACTCAATATTTCGCTCATTTTTCCTGATGTTAAAAATATATCTATTCAAGAAGGATATGAAGCGATGGTCAGCTTTGTTCAATACATGCTAAGTGATTTGACAGACCGTATTGAAGCATACGAAATTATCCATTCTTATTGTCCGGGAGATTATGATTTAAGTATTAACGGAAAAAAATTTGCGGGAATTTCACAACGTCGGGTAAAAGATGGCGCAGCTGTGCAAATATATTTAGATGTCGAAGGAGATAGTTTTAAAAGAGCGAGTGTCATTAGAGATTTTTATACAGTTAGTAAACGCGGAGAATCGACGAAGTTTAGCTACCCCACTGTAGACCCCCATGTGATGCGCTCTTTATCAGAGTTATTACAAACGCCACTAACTGTAAATGACATGAAGCAACGAGCAATGAATGCATTATTAAAAGTTAGTGAACATGTTGTTGAGACTGATTTCACATCAACAGAGTATGCACATTATCGCAAAAGATTAGTACAGATGAAGAAACGTAATACAGTAATTACAGGATGA	MKNWKNMMAHTAFRYMDHSTTNLFDQERFTALHSFAIDDALALSVSEKLSPPTMRLWVHEQTIVLGIPDAKLPYIHEGVEQLKQAGYHVVVRNSGGLAVALDSGVLNISLIFPDVKNISIQEGYEAMVSFVQYMLSDLTDRIEAYEIIHSYCPGDYDLSINGKKFAGISQRRVKDGAAVQIYLDVEGDSFKRASVIRDFYTVSKRGESTKFSYPTVDPHVMRSLSELLQTPLTVNDMKQRAMNALLKVSEHVVETDFTSTEYAHYRKRLVQMKKRNTVITG	PGPT0003940_158	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
AK148_01870	972	pta_2	COG0280	Phosphate acetyltransferase	GTGAGTGAATTATTTAAACAAATGCAAGAAAAAGTTTCTAGTCAATCTAAATCTATTGTCTTCCCAGAGGGGACGGATGAACGTATATTGACAGCTGCTAGCCAGCTAGCTGCAACAAAGGTGTTAATGCCGATTTTGCTTGGTGACAAAGTAGAGATCAAGCAACAGGCGCAAAAAGCAGGAGTAGATGTATCACAATGTAAAATAATTGACCCAAAAGATTTTGCCGAATTTGATTTAATGGTTGCAACTTTTGTGGAACGTCGTAAAGGAAAAGCAACGAAAGAAGACGCTGAAAAAATACTTTTAGATGAAAACTATTTTGGCACCATGCTTGTTTATATGAATCAAGCGGATGGTCTTGTTAGTGGCGCTGTTCATTCAACCGCTGATACAGTTAGACCTGCTCTACAAATTATAAAAACGAAAGAAGGTGTGAAAAAGACATCGGGCGCATTTGTTATGGTTCGTGGTAATGAAAAATATGTGTTTGCCGATTGTGCTATTAATATCGCACCTGACAGCCAAGATTTGGCAGAAATTGCAGTGGAGAGTGCAAATACGGCGCAACTATTTGGTATTGACCCACGTGTTGCTATGTTAAGCTTTTCAACAAAAGGTTCAGCAAAATCAGATGAAACAGAACGTGTAGTGGAAGCATTACAAATTGCCAAAGAAAAGAATCCATCATTAGTAATTGATGGCGAATTCCAATTTGATGCTGCATTTGTTCCGAGTGTTGCTGCGAAAAAAGCGCCTGGCGCAGTATTGCAAGGAGATGCAAATGTGTTTGTTTTCCCTAGCTTAGAAGCAGGTAATATCGGATATAAAATTGCGCAACGTTTAGGCGAATTTGAAGCGGTAGGCCCAGTATTACAAGGTTTGAACAAACCTGTTAACGACCTTTCTCGTGGGTGTAACGCAGAGGATGTTTATAACTTGGCGGTAATTACAGCAGCTCAAGCATTATAG	MSELFKQMQEKVSSQSKSIVFPEGTDERILTAASQLAATKVLMPILLGDKVEIKQQAQKAGVDVSQCKIIDPKDFAEFDLMVATFVERRKGKATKEDAEKILLDENYFGTMLVYMNQADGLVSGAVHSTADTVRPALQIIKTKEGVKKTSGAFVMVRGNEKYVFADCAINIAPDSQDLAEIAVESANTAQLFGIDPRVAMLSFSTKGSAKSDETERVVEALQIAKEKNPSLVIDGEFQFDAAFVPSVAAKKAPGAVLQGDANVFVFPSLEAGNIGYKIAQRLGEFEAVGPVLQGLNKPVNDLSRGCNAEDVYNLAVITAAQAL	PGPT0001365_1519	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PROPIONIC_ACID_BIOSYNTHESIS,PGPT0001365-pta-K00625	NA	NA
AK148_01871	747		COG3253	Putative heme-dependent peroxidase	ATGGTAGAAGCAGTAGAAACAATGGATGGATGGTATAGTTTGCACGATTTTCGCACTATCGATTGGACTTCATGGAAGCTTGCAAGTGAAGAAGAGAGGCAAGAAGCAATTCATAGTTTACAGCAAATGCTTACTAAATGGGAAGAGGTAGAAGCAGCTAAAAACGGGAGCCATGCCCTTTACAATATTGTTGGTCAAAAAGCGGATTTGATGTTCATGTTTCTGCGCCCAACTACGAACGAGTTAGCAGCTATTGAAAATGAATTAAATAAATCAAAGATGGGAGAATTTTTAATCCCTGCTCATTCTTATTTTTCCATCGTAGAGTTATCTAAATACCGCCCTTATAAAGAGGAGCATCCAGAGTTAATTCCAGAGATAGCTCAGCGGTTAAAACCAATCCTTCCAAAATGGGAGCATGTTTGCTTTTATCCTATGGATCGCCGCCGTCACGGAGATGAAAACTGGTATACATTAGAAAAAGATGTACGCGGTAAATTATTATATGAACACAGTATGACAGGTCGTAAATATGCCGGCAAAGTATCACAAATCATCACTGGTTCCATTGGACTTGATGATTGGGAATGGGGCGTAACCTTATTCGCTCACGATCCATTACAATTCAAAAAAATTGTTTATGAAATGCGATTTGATGAAGTTAGCTCGCGATATGGAGAGTTTGGAGAATTCTTTGTAGGTAACTATTTAGCGAAAGAACAGCTTTCTGCCTTCTTTAAAATATAA	MVEAVETMDGWYSLHDFRTIDWTSWKLASEEERQEAIHSLQQMLTKWEEVEAAKNGSHALYNIVGQKADLMFMFLRPTTNELAAIENELNKSKMGEFLIPAHSYFSIVELSKYRPYKEEHPELIPEIAQRLKPILPKWEHVCFYPMDRRRHGDENWYTLEKDVRGKLLYEHSMTGRKYAGKVSQIITGSIGLDDWEWGVTLFAHDPLQFKKIVYEMRFDEVSSRYGEFGEFFVGNYLAKEQLSAFFKI	PGPT0008490_345	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	OTHER_BIOTIC_STRESS_RESISTANCE_GENES	BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0008490-hemQ-K00435	NA	NA
AK148_01872	426	cwlJ_1	COG3773	Cell wall hydrolase CwlJ	ATGTCACTAGTAGCTCATACCGATAAAGATATTGAATTATTAGCAAGATTAATGCGAGCAGAGGCAGAAGGTGATGGTGAGTTAGGAATGTTAATGGTAGGAAACACGGGCATCAACAGAGTCATCGCCGATTGCTTGGACTTTACAAATATACGTACCATTCGAAACATGGTATACCAAAGCCCCGGAGGTTTTGAAGCTACACAAAGAGGATATTTTTACCAAAGAGCAAGAGAATCAGAAAAACGTCTAGCACGTAGAGTTATCCAAGGAGAACGACAGCATCCAGCTTCTAACTCCCTATGGTTTTTTCGGCCAGAAGGGAGTTGCCCAGCACAATGGTTTGGACAGTGGAACGTTGGACGGTACAAATCGCATTGTTTTTTCGCCCCAACCGCTTCAGAATGTCCGACTGTTTATCGTTAA	MSLVAHTDKDIELLARLMRAEAEGDGELGMLMVGNTGINRVIADCLDFTNIRTIRNMVYQSPGGFEATQRGYFYQRARESEKRLARRVIQGERQHPASNSLWFFRPEGSCPAQWFGQWNVGRYKSHCFFAPTASECPTVYR				NA	NA	NA	NA	NA
AK148_01873	465			hypothetical protein	ATGAGTGAAAACCAAACAAACCCACAAATGAATACGTATCCGTACTATCCGTATTATTACCCAGCAACGTCACAAGCCTATTATCCAATGTATCCAATGCGGCAACCTTCTCATCAGTCCTATGCACCGTCTCAACAGCCCTATCCAACAACAAGTGGTTTTAACCAAAACCAAGGCATGCTACCAGAACAACAATCCTATATTGAAAATATTTTGCGATTAAACCGTGGTAAAGAGGCAACGGTATATATGACATTTGAGAATAACGACCAATGGAATGCCAAAGTATTCCGTGGCATTATTGAAGCAGCCGGTCGTGATCATATTGTTATAAGTGACCCACAATCTGGGAAACGCTACTTATTATTAATGGTATATTTAGATTACGTTACATTTGATGAAGAACTGAATTATGCTTATCCATTTGGCGAAACTTCGGGCAATGTTTCCTATCCACCCCGGTAG	MSENQTNPQMNTYPYYPYYYPATSQAYYPMYPMRQPSHQSYAPSQQPYPTTSGFNQNQGMLPEQQSYIENILRLNRGKEATVYMTFENNDQWNAKVFRGIIEAAGRDHIVISDPQSGKRYLLLMVYLDYVTFDEELNYAYPFGETSGNVSYPPR	PGPT0025095_116	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025095-gerQ-K06305	NA	NA
AK148_01874	258			hypothetical protein	ATGAAACAACCTTACGAAAAATTCATGATAGTAGAGCTGTTAGCTTTAGGTGCTGCCAGTCTTTTTACTTTTATTGCTTTAATCAAAGGCTACACGATTATGATTATATTAGGTTTGCTCTTGGTTGTAGGAAGTCTTATTGCTGACAGCCTCGTGCAATGGCATTTATACCGCTCCATCCCGTCCCACGCAATAAAACAAGCCGTACGTGCATTACTTGTGTTTATCTTCACGTTGCTTTTCCTACTACGTCTGTAA	MKQPYEKFMIVELLALGAASLFTFIALIKGYTIMIILGLLLVVGSLIADSLVQWHLYRSIPSHAIKQAVRALLVFIFTLLFLLRL				NA	NA	NA	NA	NA
AK148_01875	369			hypothetical protein	ATGAAATTATTTTTAGTTTTAGGCGCTATTAATGGGTTTTTAGCTGTTGCCTTAGGAGCATTTGGTGCCCATGGGTTAGAAGGGAAAATATCTAAAAATGCGATAGCTACATGGGAAAAAGCGGTAAATTATCAGATGTTCCATACGATGGCATTATTTGTAACAGGCATATTCATGATGAAAGTACATAGTGTCGGAGTGACATGGGCTGGTTGGCTGTTTTTTATTGGCATTTTATTATTTTCAGGTAGTCTGTATATTTACTCTACAACGGGTATTAAAACTTTTGCGATGATTACTCCTATAGGTGGCGTAGCATTTTTAATTGGTTGGATTCTACTAGGTACATGTATTGCTAAGTATGTATAA	MKLFLVLGAINGFLAVALGAFGAHGLEGKISKNAIATWEKAVNYQMFHTMALFVTGIFMMKVHSVGVTWAGWLFFIGILLFSGSLYIYSTTGIKTFAMITPIGGVAFLIGWILLGTCIAKYV				NA	NA	NA	NA	NA
AK148_01876	309			hypothetical protein	ATGGCTGTAACCAATACGACTATTATCAATAAAATGTTAGAGGAAATATATGTTGCAAAAAATAACGTGGATAACGAGCATGTTTTACGACAACATGTTCGTCATATTCGTTTATTATGCGAATTGTTGCTAGATGAGCAAGAAAAATCGATGACACAAGCACAAGATACAACGCAATTTTCTGCAGCAGAAATAAAAATGATGCTTGGAGAAAAGGGGGCAGAAAAAATGAACCAACCAAAAGGTGTAAATCCACAAGCAAAGATAGATCACGGAGAAGCAAATGGGGATTCATTGTTTGATTTTTAA	MAVTNTTIINKMLEEIYVAKNNVDNEHVLRQHVRHIRLLCELLLDEQEKSMTQAQDTTQFSAAEIKMMLGEKGAEKMNQPKGVNPQAKIDHGEANGDSLFDF				NA	NA	NA	NA	NA
AK148_01877	138			hypothetical protein	ATGGAAACCTTTTTGCAATTGTGTAAAACTACGGAGAGCAGATTAGGCAGGAGACTGCTTGAAAATGAATTATTGTTTTTGCAGTGGATGTATAATCGTTATTTGGAGGAAAAACCAAAAAAGACGTTAAATGCATGA	METFLQLCKTTESRLGRRLLENELLFLQWMYNRYLEEKPKKTLNA				NA	NA	NA	NA	NA
AK148_01878	576	ctaE_2		Cytochrome c oxidase subunit 3	ATGCATAAACAAGAAGCAGCATTATTTCAGGATAAAAAAGTGGGATTCTTTATCTATTTAGGCGTGGAAACAATTATGTTTGCAGTATTATTTGCGACATATATGATCTTTACGCCTGCAGCTAATGGGCCATATCCTTCAGAAGTATTTCAAGCAAAAATGGTCATGCTTTCTTCCTTTTTCCTTTTATCAAGCAGTGGCACATTAATGGTTGCAGAAAGAGGTGTGCGCGAAAGAAAGAAAAAGAAAACGTTATTAGGTCTAAGATTAACATTGGTACTTGCTATCGTTTTCTTAGGGGTAGAAGTCTATGAATTTTATAGCTTTGTTCAAGAAGGTTACGGCTTAAGTACAAGTGTTTTCTTATCATCTTTTTACGTACTTGTAGGCTTACATGCTGCTCACGTCGCTTTTGGTATTGGGTGGATGATTGTATTATTCATCCAATTTAGACGTACTAAAGTATCTGCATCATTGTATGAAGAAAAACAAACAATTTTCTCATATTATTGGCATTTTGTAGACGGTATATGGGTGTTTATTATCCTTCTTGTCTATTTGCCATATATTACTTAA	MHKQEAALFQDKKVGFFIYLGVETIMFAVLFATYMIFTPAANGPYPSEVFQAKMVMLSSFFLLSSSGTLMVAERGVRERKKKKTLLGLRLTLVLAIVFLGVEVYEFYSFVQEGYGLSTSVFLSSFYVLVGLHAAHVAFGIGWMIVLFIQFRRTKVSASLYEEKQTIFSYYWHFVDGIWVFIILLVYLPYIT	PGPT0004035_2621	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004035-coxC|ctaE-K02276	NA	NA
AK148_01879	1920	qoxB_1		Quinol oxidase subunit 1	ATGAAATTATCTATGTTTGGAAGTGAATATTCCATACCAACAGATATTGTAGCAGCTTGGGTATCTGTCATCGTTATTGGTTTGGTTGCTACATATTTCGTTGTTAAAAAGCGTAAGTTATATGTTATTTGGGATTATATGAAAACGACCAATCATCGAAAAATAGGGATTCTGTATTTACTTTTTGGGATTTTGTATTTCTTTCGAGCTGGAATTGATGCATTACTTATTCGTACACAACTTGCTATTCCTAATAACGATTTTTGGGTATTTCAAGGTGAGAAATATAATGAATTGTTCACAACACACGGGACATTAATGATTTTTTTCGTAGCTATGCCTCTATTGCTTGGTTTAATGAACATAGCAGTACCTTTACAAATAGGTGCTAGAGACTTAGCTTTTCCATTTTTAAATGCTTTAGGTTTTTGGTTGTTTTTTGCTGGTTCTGTCTTTTTTAACCTTGCTTTCTTTATTGATATGACACCAGAAGTTGGGTGGACAGGCTATGCGCCATTATCAAGAGCTGCCTTCACTCCTGGAGCAGGCACAGAGTTTTATGTGTTTGGTTTACAAGTATCTGGTTTAGGAACGATTTTCACAGCGTTAAATTTAATTGTAACAATCGTGCGTCATCGTGCTCCAGGTATGCTGTATACACGGATGCCATTGTTTGCATGGGCATCATTAATTACATCTTTCCTTATTTTAATCGCATTTACGGTGTTGGCAATAGCTTTATACTTACTCATGTTTGATCGGCTGTTTGGTACTGGATTTTTCTCGGGGGGTGAAGGTGACCCTGTGTTTTGGCAACATTTATTTTGGATATTTGGGCATCCAGAAGTGTATATATTAGCATTGCCAGCGTTCGGGATTTTTTCTGATATTATTTCTACTTTTTCTAAAAAACGTGTTTTTGGCTATGGAACAATGGTTGCTTCCATAGGGCTAATTGGGTTTCTAGGCTTTATGGTTTGGGTACATCATATGTTTACCGTAGGGCTTGGCCCAGTAGTGAACACATTTTTTGCTATTACTACGATGGCAATTGCGGTTCCAACGGGCATTAAGGTTTTTAATTGGTTATTTACAATGCGCGGAGGGGTTATTCACTTTACAACACCGATGCTATTTGCGTTAGGATTCATCCCTTCGTTCGTCATTGGAGGTGTTACAGGAGTCATGCTCTCCTTGTCTGCAGCTGATTTTCAGTTTCACGACACACATTTCGTTGTTGCGCATTTTCATTACGTTATTATTGCTTCTACCATACTTGGTGTGTTTGCTGGTTTGTATTATTGGTATCCTAAAATAACTGGTTATATACTTGATGAAAAATTAGGTAAATGGCATTTTTGGACGTTTTTAATCGGTTATCATGTTACATTTTTCCCTATGCATATTACGGGATTAGAAGGCATGCCTCGACGTGTCTACACCTATAGTGAAGCTGACGGCATTTTCTTGTTGAATGCGTTAAGTACGGTCGGGGCATTTCTAATGGGGATTAGTATGTTGTTTGTGATTTGGAATGTATATAAAACACATAAAATGAAAGTAAAAGTTTCCCATGATCCTTGGAATGGGAGAACGCTAGAGTGGACTGTTCCCTCACCAGCTCCTGTGCATACTTTCGAGCCGATGCCGGTAATTCAAAGTATAGACGCTTACTGGTACGCAAAACTAGCTGGGCATGTGTTACCTACTACGACAGATGTACGTATAAAGCCACTAGAACGCGATTCTATCCAACCATTTTGTATAGCAATGAGCTTATTGATTGTTAGTACAGGATTAACGTTTCGTTGGTATTGGTTAGCTATCACTGGTGGCGTTGCGTTATTTGCAATGCTTGTGTTACGTTCGTTTACCGATGAACGAGAAGATTTCTACGGAAAGGGGGATGAACATGCATAA	MKLSMFGSEYSIPTDIVAAWVSVIVIGLVATYFVVKKRKLYVIWDYMKTTNHRKIGILYLLFGILYFFRAGIDALLIRTQLAIPNNDFWVFQGEKYNELFTTHGTLMIFFVAMPLLLGLMNIAVPLQIGARDLAFPFLNALGFWLFFAGSVFFNLAFFIDMTPEVGWTGYAPLSRAAFTPGAGTEFYVFGLQVSGLGTIFTALNLIVTIVRHRAPGMLYTRMPLFAWASLITSFLILIAFTVLAIALYLLMFDRLFGTGFFSGGEGDPVFWQHLFWIFGHPEVYILALPAFGIFSDIISTFSKKRVFGYGTMVASIGLIGFLGFMVWVHHMFTVGLGPVVNTFFAITTMAIAVPTGIKVFNWLFTMRGGVIHFTTPMLFALGFIPSFVIGGVTGVMLSLSAADFQFHDTHFVVAHFHYVIIASTILGVFAGLYYWYPKITGYILDEKLGKWHFWTFLIGYHVTFFPMHITGLEGMPRRVYTYSEADGIFLLNALSTVGAFLMGISMLFVIWNVYKTHKMKVKVSHDPWNGRTLEWTVPSPAPVHTFEPMPVIQSIDAYWYAKLAGHVLPTTTDVRIKPLERDSIQPFCIAMSLLIVSTGLTFRWYWLAITGGVALFAMLVLRSFTDEREDFYGKGDEHA	PGPT0004025_646	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004025-foxA|coxA|ctaD-K02274	NA	NA
AK148_01880	684	ctaC_2	COG1622	Cytochrome c oxidase subunit 2	ATGAAAAAAATATTTCTGTTACCGCTATTATTGTTTTTAACGGGTTGTAACATCACTGTTCTTGATCCAAAAAGTGATACTGCAAGTGAACAAGCCTTTTTAATAGAGTTTAGCTTTTGGATCATGATGTTTGTTGTGGTAACCGTGTTTATTTTATTTACTTATTTTGTCATAAAGTATCGCTATACAGAAACAAGGAAGCATGATTTACCGCAAGATGTGAAAGGCAATATTAAATTGGAAATTACCTGGATTACGATTCCAGTTCTCTTGTTAATTGTTTTAGCAGTGCCTACTTTAGCAATTACATATGATCAGTCGCCCCAATGGACGGAAGAAAGTGACCAATCAGGAGTTGTGATTGATGTCGTAGGGAAACAGTTTAATTGGACATTTACGCATGCTAATGGAACAGAAGAAATGGATAAATTAGTAATTCCTGAAGGGGAATCAATTGTTTTAAATTTAAAATCGGCGGATGTTATTCATTCCTTTTGGGTCCCTCAGCTAGGTGGAAAAGTAGATGTAATACCAGGAAAAGAATTAACGTATGAAATTAACAACCCGAAAAAAGGTACCTATCAAGGTAAATGCGCAGAATATTGCGGGCTTGGACACACGGATATGACATTTGAAGTTAAAGTAGTATCTAAACAAGCGTATGAGCAATATCTTCAAAAATAA	MKKIFLLPLLLFLTGCNITVLDPKSDTASEQAFLIEFSFWIMMFVVVTVFILFTYFVIKYRYTETRKHDLPQDVKGNIKLEITWITIPVLLLIVLAVPTLAITYDQSPQWTEESDQSGVVIDVVGKQFNWTFTHANGTEEMDKLVIPEGESIVLNLKSADVIHSFWVPQLGGKVDVIPGKELTYEINNPKKGTYQGKCAEYCGLGHTDMTFEVKVVSKQAYEQYLQK	PGPT0004030_3757	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004030-foxB|coxB|ctaC-K02275	NA	NA
AK148_01881	315			hypothetical protein	ATGAATGACTTATTAAAAAAAGGGTTTTTACTTGGGTTAGGTGCAGCAGTGACTAGTAAGGAAAAATTTGAATCGAAAATGAAACAATTAGTAGAAAAAAATGAACTTACACAGGAACAAGCGAAAACATTGTTAAAGCAGTTTGTGGATAAAGGAGAAGCTAAAAAAGGTGAATGGCAAGCACGGCAAAATGAGCAAACTCAAAAGCTTGCGAATGACATTGGCATAGCGACAAAAGAAGAAGTAGAAGAACTTCGTAATCGTGTAGCAGTGCTTGAAAACAAAATAGTAAATCATATATCCGAGAGGGAGTAA	MNDLLKKGFLLGLGAAVTSKEKFESKMKQLVEKNELTQEQAKTLLKQFVDKGEAKKGEWQARQNEQTQKLANDIGIATKEEVEELRNRVAVLENKIVNHISERE				NA	NA	NA	NA	NA
AK148_01882	1647	ubiB	COG0661	putative protein kinase UbiB	ATGCATAAACGGTTAAAGTATAATTTGGGATATCGTTGTACAGTAATGGTGTTGATGACGTTAAAATTTATTGCAAAAATTTATATGTTTCATTTTAAACACCGCATATGGGATGACGAAACGTTTGCTAAGTGGAATCTTCTTATTACAAAATTGGCACAAGAATACCGGGAGAAGGCGATCTTGCTTGGTGGTGTATTAATTAAAGTCGGACAGTTTCTAAGTACCAGAACGGATTTTATGCCTGATGCTTTTATTAAGGAGCTGAGTGGGCTTGTCGATCGAGTACCTGCGATGCCTTACTCTTATGCTAAAGAGATTATGGAAGAAGAGTGGGGAGCAGCAATTGAAACGCATATAGAAGAGATTCAAACACCATCTATTGCGTCAGCATCCATTGGAGAAGTATATCGAGCGAAGTTAAAAGGTAGTGATACAGAGGTTGCCATTAAGGTGCAGCGCTATCGGATTAAAGAGGTGTTTCATAAGGATTTTAAAGCACTGCGAATCGTATTTTGGCTCATATCTACGCTAACCTCTTTTGGAAAAAAAACAGACTTGCCATCGTTATACCGAGAGCTTGTAACCGTTATGAATCGAGAACTGCATTTTAACCTTGAATTAGCAAATGCGCACTATTTTAAAGAAAAGTTTAAGGGAAACACGTCGTTACATATTCCATTTTATGTAGATGAATTATGCACCAAGCGAGTCCTTGTTATGGAATGGGTTGAAGGGGCGAAAGTTACAGATATTGAATATATGCAGCGGCACCAAATTGATACAAAACATGTAGCAAGCGTTTTATTTGATTTTTATTTGGAACAATTTTTGACGACAGGTAAATTCCATGCCGATCCGCACGCAGGAAACATATTAGTGCAGCCAGACGGAAGGATTGTCATTATTGATTTTGGTATGGTAGGGGAAGTAAGACAACAGGACAGTCAACATTTTAAACAGCTCATCCAAAGCATTGTAATGGATAATTACGATCGCGTTATTGAAACGCTAGATGAAATGGGTTTTATTTTACCAAATGCTGATCACAATAAATTAAAACGAGCAATTCAAGAGACGATAGAAATGTATCAAAGTGGTACAATAGATATACAAGATGCTCATATTATGGAGCAAATTAAAAAAGATATTCGTCTTGTTATTCACGATCAACCTATTCAGTTATCTGCAGAATATGCCTACTTAGGTAGAGCTATCTCCATTATTATTGGAATATTAATAGCCATCTACCCGGAAATTAACTTTCAGAAATGGGCAGAGCCTGCAGTGAAAGAATGGCTTGGTGGCAAAAAAGTTGCCGAAACATTATATAAGCAGTATGCCAAAGACACGATCAAACCAATTCTTTCTTATCCGCAAGCCGTTTTGGAATGGTTGGAAAGCGGAACAAAGAATAGGCAGTGGGATAAACGAAAACATCAGCGTCGTTTAAAGCATCAGTACTTTATTTGGATAGAAGTATTAATTGTTATGTTTTTGCTGCTTAGTTTGGGCGGTTCGATAGGTGCTTTTTATTTGCAATATCAGCTCACTGCAATCATTACACTATGTAGTACAGCTGTTTTAACTATTTTATTGCTAACCATATTAAGGAAGCATTATAAGATGATTCAATCGTCAAAATAA	MHKRLKYNLGYRCTVMVLMTLKFIAKIYMFHFKHRIWDDETFAKWNLLITKLAQEYREKAILLGGVLIKVGQFLSTRTDFMPDAFIKELSGLVDRVPAMPYSYAKEIMEEEWGAAIETHIEEIQTPSIASASIGEVYRAKLKGSDTEVAIKVQRYRIKEVFHKDFKALRIVFWLISTLTSFGKKTDLPSLYRELVTVMNRELHFNLELANAHYFKEKFKGNTSLHIPFYVDELCTKRVLVMEWVEGAKVTDIEYMQRHQIDTKHVASVLFDFYLEQFLTTGKFHADPHAGNILVQPDGRIVIIDFGMVGEVRQQDSQHFKQLIQSIVMDNYDRVIETLDEMGFILPNADHNKLKRAIQETIEMYQSGTIDIQDAHIMEQIKKDIRLVIHDQPIQLSAEYAYLGRAISIIIGILIAIYPEINFQKWAEPAVKEWLGGKKVAETLYKQYAKDTIKPILSYPQAVLEWLESGTKNRQWDKRKHQRRLKHQYFIWIEVLIVMFLLLSLGGSIGAFYLQYQLTAIITLCSTAVLTILLLTILRKHYKMIQSSK				NA	NA	NA	NA	NA
AK148_01883	1350			hypothetical protein	ATGAAAAACAATAGCTATTCTATATTTGATCATATTAAATTTATTATACCATCCCTTATTGGTGTTTTTTTATTTATGTCACCTATAAAAACAGAAGATGGATTAACTATTCCAATTGCTATCCTAGCTGGGAAAGTTCAGTCCTTATTAGCCGATCAGTTATCTGGCATTATGATGGTTATTATCGTGTTTACAGCAATTATGACTATCATCGTTCGCCTGTTAGGCAAAGAAAAGCTTGATAGAACACCATTTTTCCAGCAACTCTTTTACGTAAATATGTTCTGGACAATGACAAGGGTAGTAGCTGCTATTTTTGCTGTTATGGTATTTTTCCAATTAGGACCTGAATTTATCCATAGTGCGAATACAGGGCAAATGTTATTAGGTGATTTATTACATGTATTATTTGCTGTCTTTTTATTTGCTGGCTTGTTTTTACCGTTACTGATGAATTTTGGTTTACTTGAGTTGTTTGGAACACTTATGACAAAGATCATGCGCCCGTTATTCCGACTACCTGGTCGTGCGTCCATTGATTCCCTCGCTTCTTGGGTAGGCGATGGTACAATCGGTGTATTAATTACAAGTAAACAGTATGAAAACGGCTATTACACCAAACGAGAGGCTGCTGTTATCGGAACAACATTTTCCGTTGTCTCCATTACTTTTTCTTTAGTTATCATTGCTGAAGTAGGACTTGAGCATATGTTTTTACCGTTTTACGGTACCGTTTTAGCTGCGGGAGTTGTAGCTGCATTAATTATGCCACGCATTCCTCCGCTTTCTAGAAAACCGGATACATATATAAATAAAGATGCAGAAGGAATATCTGAAGAAATTCCAGCAGGAGACCATCTTTTTTCATTTAGCTATAAAAAAGCGTTAGAACGCGCCAAGCAAGAAAAAAGTGTGTTTAAAGTCTTCAAAGAAGGCGGGCAAAATATTTTAGACATGTGGATGGGAGTCGCCCCAGTTGTGATGGCATTTGGATTAATTGCTCTCATTATCGCGGAAACAACACCTATTTTTCAATGGCTAGGTATGCCGTTTGTACCTTTCATGGAACTGATGCAAATTCCGCATGCTAAAGAAGCGTCAGAAACAGTCTTAATTGGCTTTGCAGATATGTTTTTACCATCCATTTTAGCTTCTACTATCGAAGCAGAGATCACCCGGTTCATCATTGCCGCCCTTTCTGTCACCCAGTTAATTTATATGTCAGAGGTAGGCGGATTATTAATTGGATCTAAAGTACCCGTATCCTTTAAAGATTTAGTCATTATCTTTTTACTGCGTACAATCATTACCTTGCCTGTCATCACTATCATAGCTCATCTTATATTTTAA	MKNNSYSIFDHIKFIIPSLIGVFLFMSPIKTEDGLTIPIAILAGKVQSLLADQLSGIMMVIIVFTAIMTIIVRLLGKEKLDRTPFFQQLFYVNMFWTMTRVVAAIFAVMVFFQLGPEFIHSANTGQMLLGDLLHVLFAVFLFAGLFLPLLMNFGLLELFGTLMTKIMRPLFRLPGRASIDSLASWVGDGTIGVLITSKQYENGYYTKREAAVIGTTFSVVSITFSLVIIAEVGLEHMFLPFYGTVLAAGVVAALIMPRIPPLSRKPDTYINKDAEGISEEIPAGDHLFSFSYKKALERAKQEKSVFKVFKEGGQNILDMWMGVAPVVMAFGLIALIIAETTPIFQWLGMPFVPFMELMQIPHAKEASETVLIGFADMFLPSILASTIEAEITRFIIAALSVTQLIYMSEVGGLLIGSKVPVSFKDLVIIFLLRTIITLPVITIIAHLIF				NA	NA	NA	NA	NA
AK148_01884	1002			hypothetical protein	ATGGAAAGGAACGCTTTTTTTGATAATGCAAAAGTTATCTTGATTTTTTTAGTTGTTTTTGGACATATGATACAGCCTTTTACAGGTGATTCTCCATACGTTCATACACTTTATATGTGGGTGTATACATTTCACATGCCTGCATTTATATTATTGGCAGGCTATTTTGCAAAAGGTTCAGGATCATTCAGTTATATCGTGCAATTGATGAAAAAATTATTGTTGCCATATCTCATTTTTCAACTACTATATACGGGTTACTATTATGTCATCGATAAATCAGGCTGGCAAACGGACTTATTTAGTCCACATTGGGCGTTGTGGTTTTTATTCAGCCTATTTTGCTGGCATATGTTACTATATTGGTTTAAAAAGTTACCGCCATTTTTAAGTGTTTCGATTGCGATCTTTCTCGGCCTAGTCGTCGGTTATTTTAGTGAAATTGGGCATATGTTCAGTCTATCTCGAACTTTTGTTTTCTTTCCGTTTTTCTTAGTCGGCTATTTATTAACGGAAAAGCAAGTGATGCTCGTTAAGCAAAAAGCGGTGCAAGCTGTTTCGCTCGTGGTCATGGTTGGCATTGCGGTAGCTATCTACTACTTACCAGACTTTAATTCTGGTTGGTTACTTGCTTCTAAATCATATGGTGATTTGGGGCTTGTAGAATACGGTGGGCTGGCAAGACTCTTAGTTTATGTATCTGCAGCTTTCATGGTTATAAGCGTGCTGTCATGGGTGCCAGTCCAGCATTTTACATGGACCATTCTCGGAACACGCACACTTTATGTATATTTACTACACGGCTTTTTTATCCAATACTTTCGTCAGGCGGAGTTGTTTAAGGTAGATGGAGTATTTGATTTTCTAGGACTTGCTGCTTTATCTATGCTGCTTGTACTCGTATTATCTAGCCGACCAATACTTGGATTATGGCAACCGCTTGTTGAAGGGAAGGCTTCGATAATGAAAAAAATGTATCATAAAACGGTACAAGAGAAATAA	MERNAFFDNAKVILIFLVVFGHMIQPFTGDSPYVHTLYMWVYTFHMPAFILLAGYFAKGSGSFSYIVQLMKKLLLPYLIFQLLYTGYYYVIDKSGWQTDLFSPHWALWFLFSLFCWHMLLYWFKKLPPFLSVSIAIFLGLVVGYFSEIGHMFSLSRTFVFFPFFLVGYLLTEKQVMLVKQKAVQAVSLVVMVGIAVAIYYLPDFNSGWLLASKSYGDLGLVEYGGLARLLVYVSAAFMVISVLSWVPVQHFTWTILGTRTLYVYLLHGFFIQYFRQAELFKVDGVFDFLGLAALSMLLVLVLSSRPILGLWQPLVEGKASIMKKMYHKTVQEK				NA	NA	NA	NA	NA
AK148_01885	3336		COG3459	1,2-beta-oligoglucan phosphorylase	TTGACAACAAGAGAGAATTTTCAGATAAAAGCGCAAAATATTACGTTTACATTTCTCCAAAGCGGTGACATTTATGAAATTGCTCATAAGGATACAATGATTAATCAGCTGTTGTCGAACCCGATCGATGGAGCGTTAAATAATATTTATTTACGAATTTATCGCCATGGAGACATCGTAGTAGCGCCGTTATTGGGTGTTCAATCGAACAGCGAGATTTTCGTTGCAGAGGATCAAGTGAAGTGGCAAGGTACCTTTGAAGAAGTAAACTATGAAGTTACTTTCTATCTAACAGGAGCAGGAGTTTGGTTTTGGGATGTTTTGTTAGATGGGGAAGATGTCGAGGTCGATCTTATTTATGGGCAAGACTTAGGTTTGGCTGATAAAGGAGCGGTGCGGTCTAATGAAGCTTATATGTCGCAATATATGGATCATGCTATTTTCCAAGATAATGAAAACGGGTATGCCGTTTGCTCTAGGCAAAATCAACCGCAAGCAAGTGGATTCCCATATATTCAACAAGGTGCTTTAGGTAAAGTTATTGGCTACTCTACAGATGGTTTTCAATTTTTTGGTTTATCTTATAAAACGACAAATCAAGCCGAGGTTTTAACGAAACCTAGCTTGGCAAATGAAAACTATCAATATGAATTCGCCTATACTGCATTACAATCAGAGAAGCTTGCTTTAAATGGAAAGCAGCGGTTCGTATTTTACGGTTTGTTTAAAGAAAATCATTCCACTGCTGTTCGGGAGTTGGGATTTAAGCAAGAGATTCAAAAAGCGTGGAAAGAATTAAGCGAAAGTAAAAGGGATCATGCCCCCGTAAAGAGGGTACGTATGATGCCTAGTATAGGTGCGCCACTTACCGCGTTAGAAATGACAATAGCAGAATTAAACACTTATTTTCCAAATCGGCAGTTGGAGGAATATAATGGATCTACACTGCTTTCCTTTTTTACGGATACGTATGAGCATATAGTTCTCAAGCAAAAAGAAGAGCTGATCGAACGACCACATGGACATATTATTATGAGTGGACATAATGACCGGGTGAGAGACGATACGATGGCAACCACATCATATATGTATGGCATTTTTAATTCGCAGCTTGTTATTGGTAATTCTTCTATGAACAAAATGCTGACAAATGCACGAAACCCGTTAAATATTCTGAAAACTTCAGGGCAGAGAATTTATATTCAAATTGATGAAACGTATCACTTATTAACCATGCCTTCTCTATTTGAGATCGGTTTTAACTATGCTAGATGGTATTATAAATTTTTGGATGATGTAATTGTCATTACCAATCTTACTAAGGTAGATGATGCAGTGCTTCAGCTACATGTGAGGTCAGAAAAAGGGAAAGTGTATAGATTTATAGTTACCAATCAATTAACTATGAATAATAATGAATATGAAGTTCCTTTTCATATCAAACATAAAGGAAATACCGTTGTTTGTACGGCTGATTCTAAATCGGATAGCGCGACTATTTATCCTGATTTAAATTATTTTATGCACGTTACAGGTACAGAGTTGACGGTGGGGGATGAGCGACAACTAGCAACAAATATTTCCCCACTATCTGCATCCCTTTTAGTCTTGTCTATGAGTCCTACAGCAGAATGGACATTAAACATAAAAGGTTCGTTATACAAACAAGAACAGCTTGTTCAGTTGGTAGATATTCCAGGAGAAATCGAGCGTTATCGTGCGTATTACCGTCAAGTGAACAAAGGATTTAAACTTACCTCTTCCGGTTCATCTACGAGGGATTTGGAGAAAATTAATGCGTTAGCTTGGTGGTATACGCACAATATGCTCGTACATTTTTCATCGCCGCATGGGTTGGAACAATTTGGCGGAGCTGCTTGGGGTACTCGTGATGTGTGTCAAGGACCAACGGAATATTTTATGGCAACACAAAATTATCAAGTGGTACGTGACATCATTAAAATCGTTTTCTCTCATCAGTACGAAGATCAAGGCAACTGGCCACAATGGTTTATGTTTGATAAGTATCAACATATTCAGCAGGAAGACAGCCATGGTGATATTATTGTGTGGCCGTTAAAAGTAGTTGCCGATTATTTGGAGGCTACTGGAGATTATGGCATTTTAGAGGAAGTTGTTCCTTATACAGATCGTACTACTTTCAAGTTGACAGCAAGGAAAGCTACGATTATGGAACATGTACAAAAAGAAATTAATTATATGAAAAATCATTTTGCTCAAGACACGTATTTATCTCTATATGATGATGGAGACTGGGATGATACGTTGCAACCTGCGAATGAGAATTTGAAGAAATATATGTCTTCCAGCTGGACCGTTGCATTAACGTATCAGGTGTTACAGAAGTTGGCTCAAGTGTTAGTTAGCTATGATGAACAGGAAGCATTACAGATGCAAGAGCTTGCTGCGGGGGTGAAAGCTGATTTTAATCAATATATTTTGTCAGCAACAGTTGTTCCAGGATTTGTGTATATGGAGAATCCGGATCAGATCGAATATATGCTTCACCCATCTGATGAAAAAACTGGTATTCAGTATCGATTATTACCAATGCAGCGCAGTATTATTAGCGAGCTGTTTACCAAAGAGCAGGCGGAAAAGCATTATCGGTTAATAAAAGACAAGTTATATTTCCCAGATGGCGTTCGGTTAATGAATCGCCCTGCTCACTATAAAGGTGGCGTTAGTACACATTTTAAACGAGCTGAGCAATCGGCTAATTTTGGTCGAGAAATAGGCTTACAATATGTACATGCGCATATTCGGTTTGTTGAAGCAATGGCTAAGCTTGGATATGAAAATGAAGTGTGGAAAGGCTTGTCCGTCATAAATCCAATTTTAATTCAAAACGAAGTCCCTCATGCAGAGATACGCCAAAGTAATGCGTATTTTAGCAGCTCGGATGGCAAATTTGCTACACGCTATGAAGCACAGGAAAACTTTGATCAGCTACGTACTGGTGATGTTCCAGTGAAAGCGGGTTGGCGCATTTATTCGAGCGGCCCAGGAATATATATGAATCAATTAATTTCTAATGCTTTAGGCATCCGCTATCAGCAAGGAGATCTTGTGATTGATCCGGTAATACCCGATGAGTTGGATCAATTAGAATTTGCATTTCAATATGATGGCAAGCCAATAACATATCATTATCATCTTAAAGAAGGGAAAAAGCAGGTCGTTGTAAATGGTAAAAACGTTCATTTTACGCAATTAACAGATAATCCTTATCGCGAAGGTGGTATGGTGCTAAAAACGGCACAGTTGGAAAAATATTTACAAGCTGGAGAAAATCATATTGAAGTTTATTTGTAA	MTTRENFQIKAQNITFTFLQSGDIYEIAHKDTMINQLLSNPIDGALNNIYLRIYRHGDIVVAPLLGVQSNSEIFVAEDQVKWQGTFEEVNYEVTFYLTGAGVWFWDVLLDGEDVEVDLIYGQDLGLADKGAVRSNEAYMSQYMDHAIFQDNENGYAVCSRQNQPQASGFPYIQQGALGKVIGYSTDGFQFFGLSYKTTNQAEVLTKPSLANENYQYEFAYTALQSEKLALNGKQRFVFYGLFKENHSTAVRELGFKQEIQKAWKELSESKRDHAPVKRVRMMPSIGAPLTALEMTIAELNTYFPNRQLEEYNGSTLLSFFTDTYEHIVLKQKEELIERPHGHIIMSGHNDRVRDDTMATTSYMYGIFNSQLVIGNSSMNKMLTNARNPLNILKTSGQRIYIQIDETYHLLTMPSLFEIGFNYARWYYKFLDDVIVITNLTKVDDAVLQLHVRSEKGKVYRFIVTNQLTMNNNEYEVPFHIKHKGNTVVCTADSKSDSATIYPDLNYFMHVTGTELTVGDERQLATNISPLSASLLVLSMSPTAEWTLNIKGSLYKQEQLVQLVDIPGEIERYRAYYRQVNKGFKLTSSGSSTRDLEKINALAWWYTHNMLVHFSSPHGLEQFGGAAWGTRDVCQGPTEYFMATQNYQVVRDIIKIVFSHQYEDQGNWPQWFMFDKYQHIQQEDSHGDIIVWPLKVVADYLEATGDYGILEEVVPYTDRTTFKLTARKATIMEHVQKEINYMKNHFAQDTYLSLYDDGDWDDTLQPANENLKKYMSSSWTVALTYQVLQKLAQVLVSYDEQEALQMQELAAGVKADFNQYILSATVVPGFVYMENPDQIEYMLHPSDEKTGIQYRLLPMQRSIISELFTKEQAEKHYRLIKDKLYFPDGVRLMNRPAHYKGGVSTHFKRAEQSANFGREIGLQYVHAHIRFVEAMAKLGYENEVWKGLSVINPILIQNEVPHAEIRQSNAYFSSSDGKFATRYEAQENFDQLRTGDVPVKAGWRIYSSGPGIYMNQLISNALGIRYQQGDLVIDPVIPDELDQLEFAFQYDGKPITYHYHLKEGKKQVVVNGKNVHFTQLTDNPYREGGMVLKTAQLEKYLQAGENHIEVYL				NA	NA	NA	NA	NA
AK148_01886	2181			Beta-xylosidase	ATGAAAGTAAATCAAATAAAAGATTTAGTAAGCAAAATGACTTTAGATGAAAAAATCGGACAAGTTATCCAATTAGCCACCCCGTTTTTTAAAGGGGCTTCTGATGAGGGGCAAATAACTGGGCCAATGAAAGAAATGCATATACCTGATCACATGCTGCAACATATAGGGTCCGTTTTAGGTGCATCGGGCGCCAAGGAAACGAGGTCGATCCAAGAGCAATATTTACAGGACAGCAGATTACGCATTCCCTTGCTTATTATGTCCGATATTATTCATGGTTATAAGACCATTTTTCCAGTTCCATTAGCCATCGGTTCTTCTTGGGATTTAGAACTTGCTGAAAAAAGCGCAACAATTGCTGCTAAAGAAGCTGCTGTGAGCGGTGTGCATGTAACCTTTGCACCAATGGTTGATTTAGTACGTGACCCACGCTGGGGAAGAGTCATGGAGTCTACAGGTGAAGATTCCTATTTAAATAGTGCGTTTGCTAAAGCGCAAGTTCGTGGGTTTCAAGGTTCTGATCTAAAAAATGACCACGAAAGCGTTGCTACCTGTGTGAAGCATTTTGCTGGTTATGGTGCAGCTGAAGGAGGCAGGGATTATAATACGGTAAACATGTCAGAAAGAGAATTACGCGAATCGTATCTCCCAGCTTTTAAAGCAGCCCTTGAGGCAGGTAGCAAATTAGTGATGACAGCCTTTAATACGGTTGATGGAATTCCAGCAAGTGCAAATAAATTATTAATGCGTGACCTTTTACGTGAGGAATGGAATTTTGACGGTGTCGTTATATCTGATTGGGGCGCCGTGAAAGAATTAATTCCGCATGGTGTGGCTTCAGATGAAAAAGAGGCAGCTATGAAGGCCATTACAGCAGGTGTAGATATAGAGATGATGACTGGATGTTATGCTAATCACCTGCAACAGCTCATAGAAACAAATGAAATGGATGTGGAACTTCTAAATGAAGCGGTGATACGAATTTTACAGTTAAAAGACGAATTAGGATTGTTCGATGATCCATATCGAGGTGCAGATGAAAAAAGAGAAGCAGAAGTTGTTATGTGCTCTGCGCATCGACAGGCAGCACGTGACATTGCCGCTAAATCTTGTGTGCTGTTAAAAAATGAGCAAGATGTGTTGCCGCTTGCTACAACGCAAAAAATGGCACTTCTTGGCCCGTTTGCTAATAGCAACGATATTCTTGGCCCTTGGTCATGGTTAGGTGATAAGAATGAAGCAATACCATTAGATGTAGGGATGCGCAATCAACTACCTGCTTCTCAGTTATATGTAGCGAACGGTTGTGGAGTGAATAAACATTGTGAACAGGATCTTTCTAAAGCAATAGAACTTGCTAAGCAATCGGATGTGGTTGTTCTAGCTTTAGGAGAAAGCTCTGAAATGAGCGGTGAGGCCGGCTCAAGAACAAATATACAATTGCCACAAGCGCAACTAGATTTAGTAGCAGCGATAGCTAAGTTGGGTAAACCAACTGTCGCTGTGTTATTTAATGGCAGACCGCTCGATTTACATGGGGTAGTTGACCAAGTAGACGCAGTGCTTGAAGCATGGTATCCAGGAACAGAGGGCGGTACAGCAATTGCAGATATTCTCTTTGGCAATGTCAATCCGTCTGGAAAGCTTACGATGTCGTTCCCGTATAATGTAGGACAAGTTCCTGTATACTATAACAGCTATAATACAGGGCGCCCTCAAGGTGCTATCAATGCTCAAGAACGATATGTATCACAATATTTGGATTGTCCGAATGAGGCTTTGTTTCCATTTGGCTATGGGTTAAGCTATACCTACTTTAAATATAGTGATCTAGAGCTTTCTTCCGATTTGATGACACCAGATAAACCAATAACGGTTAAAGTCAAGGTAACAAATGCAGGTGATGTAGCAGGGGAAGAAGTGGTTCAACTCTATATTCGTGATTTAGTCGGCGAAGTGGTGCGTCCGCTTAAAGAATTAAAAGGATTTCAAAAGATTTCTTTACAGCCTGGTGAAGAAAGAGTTGTTATGTTTACGTTAACAGAAGAACAGCTTCGTTATCACCATGCCGATCTTTCCTATCATAGTGATGAAGGAAGATTTGATTTGTATGTTGGAGCAAATAGCCAAGATGTCATGACGATATCGTTCAATTTGCATAAGACGAAAGGAGAATGA	MKVNQIKDLVSKMTLDEKIGQVIQLATPFFKGASDEGQITGPMKEMHIPDHMLQHIGSVLGASGAKETRSIQEQYLQDSRLRIPLLIMSDIIHGYKTIFPVPLAIGSSWDLELAEKSATIAAKEAAVSGVHVTFAPMVDLVRDPRWGRVMESTGEDSYLNSAFAKAQVRGFQGSDLKNDHESVATCVKHFAGYGAAEGGRDYNTVNMSERELRESYLPAFKAALEAGSKLVMTAFNTVDGIPASANKLLMRDLLREEWNFDGVVISDWGAVKELIPHGVASDEKEAAMKAITAGVDIEMMTGCYANHLQQLIETNEMDVELLNEAVIRILQLKDELGLFDDPYRGADEKREAEVVMCSAHRQAARDIAAKSCVLLKNEQDVLPLATTQKMALLGPFANSNDILGPWSWLGDKNEAIPLDVGMRNQLPASQLYVANGCGVNKHCEQDLSKAIELAKQSDVVVLALGESSEMSGEAGSRTNIQLPQAQLDLVAAIAKLGKPTVAVLFNGRPLDLHGVVDQVDAVLEAWYPGTEGGTAIADILFGNVNPSGKLTMSFPYNVGQVPVYYNSYNTGRPQGAINAQERYVSQYLDCPNEALFPFGYGLSYTYFKYSDLELSSDLMTPDKPITVKVKVTNAGDVAGEEVVQLYIRDLVGEVVRPLKELKGFQKISLQPGEERVVMFTLTEEQLRYHHADLSYHSDEGRFDLYVGANSQDVMTISFNLHKTKGE	PGPT0019110_5432	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
AK148_01887	1239	cycB_2	COG2182	Cyclodextrin-binding protein	ATGAGAAAATGGTTGGTATTAACTTTTATCGTAGCTTTACTAGCATTAAGCGCTTGCGGAAATGAGGAAGCTGCTAAAAAAGATAGCGGAAATAAAGACGATGAAATTACCGTGTGGGCAATGGGTGAGGAAGGGAAGCTGTTAAAGCAACTAACAGATAAATTTGAAAAAGACAACAAAGGATTGAAAGTAGATGTACAAGCTATCCCTTGGGATAGTGCCCACGATAAACTATTAACTGCAGTAGCTTCTGGAAATGGCCCAGATATCCTGCAATTAGGTACTACTTGGGTGCCAGAATTCGCTGAGGCAGGAGCGTTATTAGATTTAACGGAATATATGGAAGAGCATCCAGAATTCGCAGCCGAAAATTATTTTGATGGTGCCGCAGAAATCATGCAGTATGATGACCAAATCGTTGGTATTCCATGGTATGTAGACACTCGCGTACTATATTACCGCACCGATATATTAGAAGAAGCAGGTTATGATAAAGCTCCGGAAACTTGGGAAGAATTACAAGACGCAGCAAAGAAACTAGCAGACCGTGGTGAAGGTCAATATGGAATAGATATTGACCAAAATGATCAAATTATGCCATTTATCTTCGCTTGGCAAAATGGTTATGAGGCAAATTTGGAAGAAAGCAAATTAAATTTTGACACACCAGAATTTTTAGGTGCTATGGAGTATTATACAAGCTTCTTTAAAGAAGGGTCCAGCCAAGTAGAGCAAGGCGAGGATATTATCCAAGCATTTGCAAATGGGAAAAAACCAATGTTCTTCAGTGGCCCTTGGATGGTAAATATTATTAACGAACAAGCTCCAGATATAGAAGGAAAATGGGCACCAGCTGTTATGCCAGGTAACGAAACAAACGCTTCTAGTATGGGTGGAGCAACATTATCAATCTTCCATAATTCAGAAAATGTAGAAAATGCCTTGAAATTCCTTTCCTATATGAATGAAACAGAAACACAACTTGAATGGTTAGATATATCTAATACACTACCTTCTAAGCTAGAAAGCTGGGAAGATCCAATATTACAAGATGATCCAATGTATAGCGTGTTTGGTGAGCAATTGAAAGAAGCAAAAGCAGGACTTCAAACAGAACAGTTTGAACGCATCGCCCAAGAATTACTTAGTGCGTTAGAACGCGTCAATGCCGGCGGGGCGGATTTAGAGAAAGAAATAGAGCAATTTAACAAAACGGCGCAAGATCTATTAGAAGAATAA	MRKWLVLTFIVALLALSACGNEEAAKKDSGNKDDEITVWAMGEEGKLLKQLTDKFEKDNKGLKVDVQAIPWDSAHDKLLTAVASGNGPDILQLGTTWVPEFAEAGALLDLTEYMEEHPEFAAENYFDGAAEIMQYDDQIVGIPWYVDTRVLYYRTDILEEAGYDKAPETWEELQDAAKKLADRGEGQYGIDIDQNDQIMPFIFAWQNGYEANLEESKLNFDTPEFLGAMEYYTSFFKEGSSQVEQGEDIIQAFANGKKPMFFSGPWMVNIINEQAPDIEGKWAPAVMPGNETNASSMGGATLSIFHNSENVENALKFLSYMNETETQLEWLDISNTLPSKLESWEDPILQDDPMYSVFGEQLKEAKAGLQTEQFERIAQELLSALERVNAGGADLEKEIEQFNKTAQDLLEE	PGPT0016545_10221	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
AK148_01888	891	lacF_2		Lactose transport system permease protein LacF	ATGTTTAAACAAAAATTCCGTAATCGACATCCCTACATGTTCATTGCACCTGCAGTTATTTTATTAATTATTTTCAGTATTATTCCGATTACGATCGCTTTTTTTATTAGCTTTACAGACCTCGATTTAAAAGGATTAGCAAATTGGTCAAACATCAGTTGGATCGGCTTTGATAACTATCAAAACCTATTTGCTGATGATACTTTTATCAAATCTATTTTCAACACGTTATTTTATGTTGTCGTTGGCGTTCCGCTCGTCATTATTTGTTCATTAGGTATTGCACTCATGCTGAACTACGGAAGCAATAAGTTGTTTTCCATGTTCCGATCGGTATACTATATGCCATCTATAACGAATATTATTGCCGTCGCGGTCATTTGGGGTTATTTATACAACACAGAGTATGGGTTATTTAATTATATTCTATCTTTACTTTCTGTAGAAAATATACCTTGGCTTCAAGAGCCTACCATTGCTAAAATTTCGCTTATTATCCTCGCAGTTTGGAAAGGTATTGGCATTAATATGATTATTTTTCTCGCTGCCCTGCAAGGAATACCTAGAGCTTATTATGAAGCAGCGAAAATCGATGGCGCCAACCGCATTCAGACATTCTTTAATGTGACGTTACCTTTATTGAGATATGCAACCTTTTTCGTAACTGTAACGACGTTAATTGGTTGGATGCAGTTTTTCGAAGAGCCTTACGTGATGACACAAGGCGGACCACTAGACGGAACACTATCTATTGCATTGTTTATTTATCAAGAGGGCTTTCAATTTAGTGAGTTTGGTTATGCTGCTGCGGGTTCTTTCGTATTGTTTATCATGATTATTATCATTACTTTAATTCAATTTAAACTTCGAAAATCCGATACAGAATATTAA	MFKQKFRNRHPYMFIAPAVILLIIFSIIPITIAFFISFTDLDLKGLANWSNISWIGFDNYQNLFADDTFIKSIFNTLFYVVVGVPLVIICSLGIALMLNYGSNKLFSMFRSVYYMPSITNIIAVAVIWGYLYNTEYGLFNYILSLLSVENIPWLQEPTIAKISLIILAVWKGIGINMIIFLAALQGIPRAYYEAAKIDGANRIQTFFNVTLPLLRYATFFVTVTTLIGWMQFFEEPYVMTQGGPLDGTLSIALFIYQEGFQFSEFGYAAAGSFVLFIMIIIITLIQFKLRKSDTEY	PGPT0016535_7031	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
AK148_01889	834	araQ	COG0395	L-arabinose transport system permease protein AraQ	TTGGCTTCTATACATTCAACAAAAGGGAAAACAGAAAAAACCCTTATCACCGTGCTGATGATTATTGGCGGAATTTTAGTATCCATTCCATTCATTTGGATGATAACAAGTGCCTTTAAACCTGAGAGTGAAGCATTGCGCATTCCACCAACTATATTACCGGAAAATCCAACGCTGGATAATTTTAAACACCTATTTACAGAATTAAATTTCTTAGTCTATTTACGAAACACATTAATTATCGTCGCTTTTTCGTTTGTCGGCTTATTGTTTAACGGCATGGCAGGATACGGTTTTGCTAAGTTTGCATTTAAAGGCAGAGAAAAAATATTCTATCTTGTTCTAGCAACTATGATGATCCCAGGCCAAGTAACGATGATACCTGTTTACTTATTACTTAATGGAATGGGCCTCACCAACACGTTACCGGGTATTATTTTGCCAGGTCTAGTCGCAGCATTTAGCATTTTCTTATTCCGACAGTTTATGAGCACGATACCAACGGATTTAATTGAAGCTGCACGTTTAGACGGAGCGGGAGAATTTTATATTTTTTTCCGGCTTATTATTCCTATTGCTAAACCTATTTTTGCCGTACAAGGAATTCTTGCATTTATCGGCGCATGGAATAGTTTCTTATGGCCCTTAATTATCGCAAATGATGAGAGCCTCTATACGCTTTCTGTAGGTTTATCTTTATTACAAGGCCAGTATGGCAATAATTTTGCTTTACAAATGGCAGGAGCAGCCTTTATGGTTGTACCAATTATTATTATCTTTGCTTTTTTCCAAAAGTACATTGTGGAAGGTTTTACCATGTCCGGTATTAAATAA	MASIHSTKGKTEKTLITVLMIIGGILVSIPFIWMITSAFKPESEALRIPPTILPENPTLDNFKHLFTELNFLVYLRNTLIIVAFSFVGLLFNGMAGYGFAKFAFKGREKIFYLVLATMMIPGQVTMIPVYLLLNGMGLTNTLPGIILPGLVAAFSIFLFRQFMSTIPTDLIEAARLDGAGEFYIFFRLIIPIAKPIFAVQGILAFIGAWNSFLWPLIIANDESLYTLSVGLSLLQGQYGNNFALQMAGAAFMVVPIIIIFAFFQKYIVEGFTMSGIK	PGPT0016540_7298	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
AK148_01890	1032	rbsR	COG1609	Ribose operon repressor	ATGGCAACAATAAAAGATGTAGCAAAGCTTGCTGGAGTTGCAGTATCTACTGCTTCTTATGCGTTAAACAATAGCGATAAAGTAAGCCAAACTACAAAAGAAAAAGTAGCAGCAGCGGCAAAGTCATTAAACTATAGAAAGAATGGCTTAGCTTCTGATTTAAAAAGGACAAATACAAATACGATCGCGTTAATTTTGAGCGATTTGTCAGGCCCTTATTACTCAGAGTTAATTCAAGGCGTGCAAGATGTAACTACTGCAAACGGCTTTGACTTAATTGCCTGCAGCTCTATTGGTGGAGCAGATTCTACAGCGGTAAAATTTTTACAAGAAAAACGGGTTGATGGGGCGATTATACTTGCACATAATATTAGCGACGAGGTAACCGTACAATCCGCTCGTAAAGGATTTCCGCTTGTTGTATTGGATAGAAATTTAGATAGTAGCTTTATTTATAATATTGAAGTTGATAATATCCATGGCGGATATTTAGCAACAGAGCATTTAATCCAACATGGCCATAGCGAAATTGCATATGTGAGCGGTCCTTACAACTCACACGATAATCAACTTCGCTTCCAAGGGTACTTGAATGCTTTAAAAGATTACAACATCCCTTATAAGTCCAAATGGAAAATCATCGGTGACTTCACTCGAGAAAGCGGGTATCGCGCAACCAAGATGCTCATTGCACAGCGCCAATTACCGCATGCTATTTTTTATGCCAATGACGAAATGGCAATAGGTGGATTAGAAGCGTTAAGAGAAAATGATATTTCTGTCCCTAATGACTTATCCGTTATTGGATTTGACGACATTCAACTCGCCGAATATGTCTCTCCTCCGCTTTCAACAATAAAACAACCAAAATATGAAGCAGGCTCATTAGCCGTTCATGTTATTTTTCAAGTATTAGCAGGAGAAAAAGTCGACCATCAATACACATTATCAACCGAATTAGTAAAGCGGCAATCTGTAATGCAGAGACTATCTCCTGAAAATTCTACCAAACAGCATACGAATGAAACGTAA	MATIKDVAKLAGVAVSTASYALNNSDKVSQTTKEKVAAAAKSLNYRKNGLASDLKRTNTNTIALILSDLSGPYYSELIQGVQDVTTANGFDLIACSSIGGADSTAVKFLQEKRVDGAIILAHNISDEVTVQSARKGFPLVVLDRNLDSSFIYNIEVDNIHGGYLATEHLIQHGHSEIAYVSGPYNSHDNQLRFQGYLNALKDYNIPYKSKWKIIGDFTRESGYRATKMLIAQRQLPHAIFYANDEMAIGGLEALRENDISVPNDLSVIGFDDIQLAEYVSPPLSTIKQPKYEAGSLAVHVIFQVLAGEKVDHQYTLSTELVKRQSVMQRLSPENSTKQHTNET	PGPT0017992_6190	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
AK148_01891	432			hypothetical protein	TTGAAAAATCACGATGAATACCTTTACATAGGAAGACAATTACTAGATGCGCAACCATTTAGCAAGCTTGTAGGCGCCAAACTAACTACATTTAATGAAGGGGAAGCTGTGCTAGAAATACCAATAAAAGAAAATCTACTACAGCAAAATGGCTTTGTCCACGGTGGTGTTTTAAGCTATGCTGCTGATAATGCATTAACTTTTACAGGAGGATCTGTTTTAGGCCCACATGTATTAACGTCCGAATACAAAATTAATTATGTACGTCCAGCTATTGGAGAAAGTTTAATTGCTACCGGCTTGGTAGTGTATGCCGGAAAACGTCAAGCCGTCTGTCGTTGTGATGTGGAAGTAATCGAGAACGGCGAAAAGAAACTCTGCGCCACTGCACAAGGTACCATTGTAACCTTTGACCCTTCATTAAAAATGTAA	MKNHDEYLYIGRQLLDAQPFSKLVGAKLTTFNEGEAVLEIPIKENLLQQNGFVHGGVLSYAADNALTFTGGSVLGPHVLTSEYKINYVRPAIGESLIATGLVVYAGKRQAVCRCDVEVIENGEKKLCATAQGTIVTFDPSLKM				NA	NA	NA	NA	NA
AK148_01892	441			hypothetical protein	ATGAGCATTACCCAACCAACCATCAAAGAATTAAAGAGCAAACAAGAGTGGATAGAAGCTTTTCCAATTATGAAACAATTAAGAACACATTTAAATACGCATTCCTTTATAGAACTAGTCTCACAAGCGGTGGAAGAGAATGATTACCAACTTTTTGCTTTATATGATGAAAATCGTATCGTGGCTGTTTGTGGGTTTATGCCAATGATTACGTTATACAACGGTAGATCCATATGGGTCTGTGACTTAGTTACTGACTCCAGCTTACGTTCAAAAGGATATGGGAAAACCCTCTTACACTATGTTGAACATTGGGCAAAAAAGCAAAACTATGACGTTGTTTCTCTTTCTTCTGGATTACAACGTGCGTCAGCACATCGATTTTACGAAGAAAAATTGGAGTATGGTAAAACGAGTTATGTATTCGTTAAAAAATTATAA	MSITQPTIKELKSKQEWIEAFPIMKQLRTHLNTHSFIELVSQAVEENDYQLFALYDENRIVAVCGFMPMITLYNGRSIWVCDLVTDSSLRSKGYGKTLLHYVEHWAKKQNYDVVSLSSGLQRASAHRFYEEKLEYGKTSYVFVKKL				NA	NA	NA	NA	NA
AK148_01893	681			hypothetical protein	TTGTATAGAGAGGACGGAAGTGATTTGACGTACAACAACTTATTGGATTCCATGATTGCAGAGGCGAAACGTTCTAAAAAACAGACAGAAAAGCAACAAAAGATTATAGAGACAGCAATTCAATTATTTGCTGAAAAAGGGTATGCGAATACGTCTACAAATGAAATTGCCAAGCAAGCAGGGGTTGCAGAAGGTCTTATTTTTAAGCATTATGGAACGAAAGAGAATGTATTGCGTTCTGTCATCTTGCCATTCTTCAAATCATCCCTTCCAGGCATGGCAGAAGAAGTATTTGCTGAAGTCCTGCCAGCAGAAACAACGACGTTTGAAGAATTTTTACGTGCGTTTCTTTATAATAGAATTCAGTTCTTTTCTGAGAATAAACAAATTTTACAAGTGGTTATGAAAGAAATCATATACAATGAATCCTTAAAGAAAGAGTTGTTACCTTATTTGGCTAATGAAATTCGTTATCGTTTTAGAAAGGCGATTGAAACGTTTAAAACGAAGCAGGAACTGAAAAATATTCCAACAGATGATGTCGTCAATATACTGCTTTCTGTTTTAGGGGGATTTATTATCTCGCGTTTTGTTATTGTAGATGTAGATAGGATTCATGAATACGAAGTGGAGCAACTAATCCAATTTATTATGGATGGCATACGTCAAAATGACCATTAG	MYREDGSDLTYNNLLDSMIAEAKRSKKQTEKQQKIIETAIQLFAEKGYANTSTNEIAKQAGVAEGLIFKHYGTKENVLRSVILPFFKSSLPGMAEEVFAEVLPAETTTFEEFLRAFLYNRIQFFSENKQILQVVMKEIIYNESLKKELLPYLANEIRYRFRKAIETFKTKQELKNIPTDDVVNILLSVLGGFIISRFVIVDVDRIHEYEVEQLIQFIMDGIRQNDH				NA	NA	NA	NA	NA
AK148_01894	1035			hypothetical protein	GTGCGACGTATTTTTAAGCAGATGTTTCGAGATAAACGAACGTTAGCATTATTATTTGTTGCCCCTCTATTCATATTGACCCTCATGCATTTGTTATTTAACAGCGAACAAGTAGATCCGCTTTTAGGTATAGAGGGTGCGGATGACAGTTTTATTAATAAGTTAGAAGCAAAAAATATAGAGGTGCAGACATATACCAATGTTAAAAATGCCCATGATACAGTAGTTGACGATGAATTGGACGGATTTTTAAAAATGGATGATGAAAAACAGCAACTTACGCTATTAAATAGTGATCCAACGGTTTCGCGAACGCTTGAAATGAACATAAAGCAAATAACAAGTAAGATGCAAATTCCTGATCAGATGCAAAAAAGTTTAAACCAAGAGGATAGTACAGTTGCCATTTCATATGTTTATGGAGATGAAGATACCGCATTTTTTGATCGGTTAGGTCCGTTATTAATTGGCTTTTTTGTATTTTTCTTCGTGTTTCTTATTTCGGGTATTGGTTTATTGAAGGAACGAACGACTGGAACATTAGAACGATTAATGGCTTCCCCTGTTAAAAGAGGGGAAATTGTTGCTGCATATTTAACCGGTTTTGGCATATTTGCTTTGTTGCAAACGATTATTGTCGTTTTCTTTGCTGTGAATGTACTTCAAATGATTTTAATCGGCTCGATTTGGAATGTGCTTCTCATCAATTTGTTGTTAGCTTTAGTTGCCTTATCTTTAGGCATCTTACTATCTGCCTTTGCTGAATCGGAATTTCAAATGATGCAGTTTATTCCAATCGTTGTGATTCCACAGATTTTCTTTTCAGGGATTATTCCACTAGAAGGCATGGCAGATTGGCTACAAGTATTAGCAAAAATAATGCCGCTTTATTACGCTGGAGATGCGTTACAGAGCGTAATGTATGAAGGCTTAGGGCTAGCTGATATAACTGGGGATTTGTATGTGTTGCTGTTATTTGCATGCATACTCATTATCTTGAATTTATTCGGATTAAAGAAATACCGAAAATTGTAA	MRRIFKQMFRDKRTLALLFVAPLFILTLMHLLFNSEQVDPLLGIEGADDSFINKLEAKNIEVQTYTNVKNAHDTVVDDELDGFLKMDDEKQQLTLLNSDPTVSRTLEMNIKQITSKMQIPDQMQKSLNQEDSTVAISYVYGDEDTAFFDRLGPLLIGFFVFFFVFLISGIGLLKERTTGTLERLMASPVKRGEIVAAYLTGFGIFALLQTIIVVFFAVNVLQMILIGSIWNVLLINLLLALVALSLGILLSAFAESEFQMMQFIPIVVIPQIFFSGIIPLEGMADWLQVLAKIMPLYYAGDALQSVMYEGLGLADITGDLYVLLLFACILIILNLFGLKKYRKL	PGPT0006730_8145	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK148_01895	720	ybhF_1	COG1131	putative multidrug ABC transporter ATP-binding protein YbhF	TTGCAACATGCGGTGTCAGTCAAAAATGTTAGTAAGCGTTATCGGAAAAATAATGTGCTACAACAGGTAGATTTGATGATAGGTGCAGGGAGTGTCTATGGTTTAATTGGACCTTCAGGAGCTGGAAAGACAACTTTAGTCAAAATGGTGGTTGGAATGGAAGTTCCCGATCAAGGGGAGATTCATGTGCTCGGACAATCTATGCCGAATTTGTCTTTAATGCAAAGAATTGGTTATATGGCGCAATCGGATGCCTTGTACTTTGAGTTAACAGGGAGAGAAAACTTGCAATTTTTTGGTTCTCTTTATCAATTGAAAAGCCAACAGCTGAAAGAAAGGATGAAGTATGTGGCGGATTTGGTGAATCTAGAAAAAGATTTGTCCAAAAAAGTCTCTACCTATTCTGGTGGGATGAAACGCCGACTATCGCTTGCTATTGCCTTCATTCAAAATCCTGATGTTCTTATTTTAGATGAACCAACTGTTGGCATTGATCCTGCATTACGGCTTAGCATTTGGAATGAATTGTTACGCCTAAAAAACGAAGAAGGGAAGACCATTATCGTGACAACGCATGTCATGGATGAAGCGGAAAAATGCGATTGTATTGCAATGATTAGGGAAGGAGCCATTATTACAACAGGTTCTCCATCCGCATTAAAAAAGAATTATAGTGCAAATAATTTAGATGACGTGTTTTTGAAAGCGGGGCGAATGTAG	MQHAVSVKNVSKRYRKNNVLQQVDLMIGAGSVYGLIGPSGAGKTTLVKMVVGMEVPDQGEIHVLGQSMPNLSLMQRIGYMAQSDALYFELTGRENLQFFGSLYQLKSQQLKERMKYVADLVNLEKDLSKKVSTYSGGMKRRLSLAIAFIQNPDVLILDEPTVGIDPALRLSIWNELLRLKNEEGKTIIVTTHVMDEAEKCDCIAMIREGAIITTGSPSALKKNYSANNLDDVFLKAGRM	PGPT0006725_25722	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_01896	774	budC		Diacetyl reductase [(S)-acetoin forming]	ATGGAAAAAGTAGCCGTAGTTACAGGATCCGCAGAAGGATTAGGAAAAGGGATTGCTCATCGTTTATGTAAAGATGGGTTCAAAGTAGTCGTTCATGACATTAATGAGCCAATGCTAAACCAAACAGTAAAAGAGTTTAAAGAAGAAGGTTTTGACGTCCATGGCGTTGTTGGTAATGTTGCCAAACGAGAAGACCAGTTTCATGTAGTGAAAGAAACAGTAGCACATTTCGGTCGTTTAGATGTATTTATAAATAACGCTGGCGTTGACGCTATTACACCTTTCTTAGAAGTTGAAGAAGAAGAGCTAAATCGCTCCTTCCAAATCAATGTAAATGGTACTGTATTCGGTACACAAGCTGCTGCCGAACAATTTATAAAACAGGAAACAAAAGGGAAAGTAATTAACGCATGTAGCATTGCTGGCCATGAATCATATGAAATGCTAAGTACTTATTCCGCTACAAAGCATGCTGTAAGATCTTTTACCCATTCATCAGCCAAAGAGTTAGCTAAACACCAAATTACAGTGAATGCATACTGCCCTGGTATAGCAAAAACAAGAATGTGGGATAGAATTGATGAAGAAATGGTAAAACATAGCGATAACTTAAAACCAGGTGAAGCTTTTGAACAATATTCTTCTGCTATCGCTTTACAACGTTATCAAACTCCAGAAGATGTTGCTAACTTAGTTTCATTCCTAGCTTCCGATGATGCAGATTACATTACAGGTCAAACGATTCTAACAGATGGTGGCCTTGTTTATAGATAA	MEKVAVVTGSAEGLGKGIAHRLCKDGFKVVVHDINEPMLNQTVKEFKEEGFDVHGVVGNVAKREDQFHVVKETVAHFGRLDVFINNAGVDAITPFLEVEEEELNRSFQINVNGTVFGTQAAAEQFIKQETKGKVINACSIAGHESYEMLSTYSATKHAVRSFTHSSAKELAKHQITVNAYCPGIAKTRMWDRIDEEMVKHSDNLKPGEAFEQYSSAIALQRYQTPEDVANLVSFLASDDADYITGQTILTDGGLVYR	PGPT0008195_771	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,PGPT0008195-butA|ydjL|budC-K03366	NA	NA
AK148_01897	999	ppsC_1		Phthiocerol synthesis polyketide synthase type I PpsC	TTGCAAGCTACATGTGTGAAATTCTGTGAGTTTGGAGCACCAACTAGAGTGTTGCAAGTTGGAAACCGATATTTATCGCCACCAGCAGCCGACGAAGTGCTTGTTCGAATGCTAGCACGTCCAATCAATCCTTCTGATCTTATTCCTATTAGAGGATCTTATGCACATCGTATTTCTTTGCCTAATATTCCTGGATATGAAGGTGTTGGCATCATTGAAGAAGTTGGTGAAGCGGTTTCTAAACAGCTTGTCGGCATGCGAGTCCTTCCTTTACGTGGAGAAGGAACTTGGCAGGAATTTGTGCAAACAAAAAAGGAGTATGTGGTTCCAATTCCTGATGCTATTCCTAATTATATAGCCTGTCAGTTATATATAAATCCGATAACAGCGTGGGTGATTTGTACAGAAGTATTACGCTTAAAAGAAGGGGACGTGCTACTTGTTAATGCAGCTGGTTCTTCTATTGGTAGGATTATGGCACAATTATCTAGGTTAATAGGCTTTGAGATGATTGCAGTATTACGAAATGATCATCATAAAAAGGAGCTACAACGATTAGGCGTTGCGCATGTAATTCATTCGACAAATACAACGAAATCCATCTATCATAATGTGATGGAGATCACCAATGGGAATGGTGTAGCAGCTGCAATTGATGCTGTAGGAGGCTTTTCTGGAACAGAGCTAGCTTTGTGTGTACAACCTGATGGTGATTTTTTAACACTTGGTTTGTTATCAGGAGTTCCTGTTGATTGGAAGTTGGTTTCGACACAAGCAAAAGTTAATGCGCGTTTATTTCATTTAAGACATTGGAATAAGCAAGTTTCTACACATGATTGGCAAAAAGCCTTCAAACAAATAATTCAATTCATCGTCGAAGGAAAAGTAACTTTGATGAAGCATGCGGCAACTTATCCTTTATTTGAGGTTAAAGAAGCTGTGCAATGTGCTGAAACAGCTCAACCCAATATGGGGAAGGTTATTTTAACGAACAATTAA	MQATCVKFCEFGAPTRVLQVGNRYLSPPAADEVLVRMLARPINPSDLIPIRGSYAHRISLPNIPGYEGVGIIEEVGEAVSKQLVGMRVLPLRGEGTWQEFVQTKKEYVVPIPDAIPNYIACQLYINPITAWVICTEVLRLKEGDVLLVNAAGSSIGRIMAQLSRLIGFEMIAVLRNDHHKKELQRLGVAHVIHSTNTTKSIYHNVMEITNGNGVAAAIDAVGGFSGTELALCVQPDGDFLTLGLLSGVPVDWKLVSTQAKVNARLFHLRHWNKQVSTHDWQKAFKQIIQFIVEGKVTLMKHAATYPLFEVKEAVQCAETAQPNMGKVILTNN				NA	NA	NA	NA	NA
AK148_01898	1389	rlmCD_1	COG2265	23S rRNA (uracil-C(5))-methyltransferase RlmCD	ATGGCGTACAAATATAATGACAATACTTTTATAATGGAAATAACGCAGTTTGATGCAAAAGGTTCTGGAAGAGCGGTTATTCAACGTGAAAACAAACAAGGTAAACGGAAAAAACAACACATCACCATTCCCTACACACTTCCTGGAGAAAGGGTGCAAGCGACACTTGTGCCTCCGTATCGAAATAGAGTTGCCAAGCCAGATCAAATTATCGAAGCCCATCCAGAACGCATCGAGCCAGCATGTCTACATTTTGGTAAATGCGGTGGCTGTTCTTGGCAGCATATATTATATGCAACTCAATTAAAGGAAAAAACTTCCCAAGTAAAACAATTATTAGAAGAGCAATACTTTGATTCCAATGTCGTACAATCAACAATTGGTGCAGATGAAGCTTGGTATTACCGAAATAAAATGGAATTTACATTTAATAAAGCCGGTGATCTTGGTTTACATGAAAAGGGTAATTATCAAAATATTATTCCTTTAGAAACATGCTTCATTGCCAATCAGGAAATGGTGAATGCAACGATGGAAGTAGCTAAGTGGGCTCAAACACACAGGTTGTCAGGCTATGATAAAGAAACGAAAGAAGGGCTGCTTCGTCATTTAATGGTGCGTCATTCCCAAGCGACTGGCGAAATGATGCTCGCTCTATTCGCAACAGAAAGACCAGTTGAATCCTCTGCTTTGTCGGATCTTAAGGAACGCATAAAGGATAAATTTCCGTCTGTAACAAGCTTGCTTTGGTTGGAAAATCGGGATATTGCTGATAAAGTACAAGCGCAGCAAGTCCATGTTCTTGCAGGGCGAGATTTTATTTACGATGAATTGGCTGGTTATCGCTATCGATTGTGGTATGATACATTCTTTCAAACAAATCCGAAACAAGCGGAAAAATTAGTAGAATTAGCACTAGAAATGGCTCAACCTCAAGCAACAGATAAAATGATTGACTTGTTCTGTGGTGTTGGTACCTTTTCTTTACCGTTTGCAAGTTGTGTTTCACAACTTGCTGGAATAGAAATCGTAGAATCCTCCATTGCATCGGCAAAACGGAATGCCTCAGACAATGGTGTTCATAATACATTATTCTTAGCTCAGGATGCTCGCCACGGTCTTAGAAAGATGCTTGAAGTATTTGGTAATCCTGATGTATTGCTACTCGATCCTCCTCGGTCAGGAGCGGGCGGAAAAGTCATGCGTCGGATTGCGCGTTCAAAGCCAAAGCGCATTGTCTATGTATCTTGTAATCCAAAAACACTTGCTTCAGATATAAAAGAACTTGTCCCATTTGGCTATCAACTAGAAGTGGTTCAACCGGTTGATTTGTTTCCACAAACGTATCACGTGGAGTGTGTGGCGTTGCTAGAGTTGAAACAAGAATAG	MAYKYNDNTFIMEITQFDAKGSGRAVIQRENKQGKRKKQHITIPYTLPGERVQATLVPPYRNRVAKPDQIIEAHPERIEPACLHFGKCGGCSWQHILYATQLKEKTSQVKQLLEEQYFDSNVVQSTIGADEAWYYRNKMEFTFNKAGDLGLHEKGNYQNIIPLETCFIANQEMVNATMEVAKWAQTHRLSGYDKETKEGLLRHLMVRHSQATGEMMLALFATERPVESSALSDLKERIKDKFPSVTSLLWLENRDIADKVQAQQVHVLAGRDFIYDELAGYRYRLWYDTFFQTNPKQAEKLVELALEMAQPQATDKMIDLFCGVGTFSLPFASCVSQLAGIEIVESSIASAKRNASDNGVHNTLFLAQDARHGLRKMLEVFGNPDVLLLDPPRSGAGGKVMRRIARSKPKRIVYVSCNPKTLASDIKELVPFGYQLEVVQPVDLFPQTYHVECVALLELKQE				NA	NA	NA	NA	NA
AK148_01899	633			hypothetical protein	ATGGAATGGTATTTAAAATTTATTTTAGTGGGGTTTTCCATTGCCTTGCCTGTTGGGGCGATTACTGTAGAAATGACGAAACAAGGCTTGAAGAATGGCTTCTTTCATGGATGGGCTGTTGGCTTTGGTGGAATGACAATTGATGCGTTGCTGATTCTGGCGTTATACTTTGGTTTTGCGCAAATATTATCATTACCTTATGTACAACTACCTTTATGGGTGATTGGCGCAGTGTTTTTATTTATGCTTGCTTACGACTCCATTAAAAATGCGGATAAGGATATTACAATGGCAGGAGGGAAGGTAAATCGCTCTTTAGCAAAAACGTATCGAAATGGATTGCTAGTGGCTGTTTCGCCAGGAAATCTAGTTTTTTGGGTTTCCATATTTGGAGTCGTTTTAGCGGATTCTTACTCTCAATCGGGACAGGCTAGCTTTATTATTTCTGCTTTAGGTATATTAACAGGGATTCTTTTGCATGATGTTGGCTTGTTATCTGTGGTTTCCATTACCCGTAAAGTGATGAGCAGAGCGATGATTAAATGGACATCCGTGGTTGCAGGCGTAATGTTATTCGGTTTTGGTTGTTATTTTCTCTATGAGTTTTATGTGAATGTACAAAATGTATTGTAA	MEWYLKFILVGFSIALPVGAITVEMTKQGLKNGFFHGWAVGFGGMTIDALLILALYFGFAQILSLPYVQLPLWVIGAVFLFMLAYDSIKNADKDITMAGGKVNRSLAKTYRNGLLVAVSPGNLVFWVSIFGVVLADSYSQSGQASFIISALGILTGILLHDVGLLSVVSITRKVMSRAMIKWTSVVAGVMLFGFGCYFLYEFYVNVQNVL	PGPT0020651_763	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
AK148_01900	198	yqjY		putative protein YqjY	ATGCATGCAAGCATACATATTCGTTTTGTTAACGGTTCCGACTTCTATTCACTAGCACCACTCATTAATGAATGGTGGGGAGGAAGGGATATGGCAGCTATGTTACCGAAGCTATTTTTCGATCACTTTACAAATACAAGCTTTGTTGCAAAAATAGAGGGGGAGATTGTAGGCTATTGGATTCCTCTCTCCGTCTAA	MHASIHIRFVNGSDFYSLAPLINEWWGGRDMAAMLPKLFFDHFTNTSFVAKIEGEIVGYWIPLSV				NA	NA	NA	NA	NA
AK148_01901	963			hypothetical protein	GTGGAATATGACTCTGTCTTATCAGAACCATTATATAAGGAAGTGGAGTTCTATGCTTGGGAAAAGCGACTTTTTCAAACAAGTTTTGTTAAAAGATTGAAGTATCTTGCACACTTCGGTGGTGGTGCCTTTGTGTCTCCTGTTGTGCATAGTAGGTATGAACATACTGTAGGAGTGTGGAAGTTGGCGGCACTTTATTTTCCAAATCATGATGTCTTAAGGGCAGCAGCCATTTTACATGATATTGGTCATTTACCATTTTCCCATGCGGTCGAAAAACCATTAGATTACAATCATCATGCTCTAACAGAAGCATACATACAAGATGGGGAAATTGCTTCCATTCTCCATAGTGCTAATTTACAGCCTGAAGATGTTGTGCAATATCTTCGTCAACCTTCTCCTTTAACAGGGACAAGGGAGGTTTTAGGTTTGGATCATTTAGATAGTTTTTTACGAGATACGTACATGAGTGGCAGAATGGAAGAATTGCCCAGGGAAGTATTAAAGCGAATTCATTGTTCAGATCGAGGTGTAGAAACAGATAAACAAACGGGTCTTCAATTACTTCGATTAATTATTCGAGATCATGAACTATTTCTTTCGCCCCTATTATTAGCAGTAGACCGGTTGCTAGCAGAAGCTATTTCGATTTTGTGGAACAATGGTGGGGGAAGTAAGGAAGCGTTCGCTAAACAAACGGATGCAGATGTCATTGCTATATTAAAGTCCTCGCAAAATTCGAAAGTGCGAGCTATTATCCATATTATTTTATACCATCCTGAGCAAATTCATGTACATCAAGCCACATCAGAACAAGGTATCCGTTGTGGCGTTAGAAAAGTGTATCAAAAAAGCCCTATTGCAAACGGAAGGGCTTTAGCTGAAACCATAGAAGGAAAAGCAATACTAAACCGTTTGGAACAATTAAAAAAAGAATACGAGGTAAGTATTCCTTTATGA	MEYDSVLSEPLYKEVEFYAWEKRLFQTSFVKRLKYLAHFGGGAFVSPVVHSRYEHTVGVWKLAALYFPNHDVLRAAAILHDIGHLPFSHAVEKPLDYNHHALTEAYIQDGEIASILHSANLQPEDVVQYLRQPSPLTGTREVLGLDHLDSFLRDTYMSGRMEELPREVLKRIHCSDRGVETDKQTGLQLLRLIIRDHELFLSPLLLAVDRLLAEAISILWNNGGGSKEAFAKQTDADVIAILKSSQNSKVRAIIHIILYHPEQIHVHQATSEQGIRCGVRKVYQKSPIANGRALAETIEGKAILNRLEQLKKEYEVSIPL				NA	NA	NA	NA	NA
AK148_01902	414			hypothetical protein	ATGGCAATTCAATATTTAGAAAGTAGCTGTAATGATCAAGAGCAAATAACGGCTTTGTATGACAATGTAAAATGGACAGCATATACAGACGATGTTCCTAATTTAATGCAAGCGATAGCACATTCATTAACTGTGATAACAGCATGGGACAATAATCATTTAATAGGTCTTATTCGCGTCGTTGGGGATGGCTATACGATTATTTATATTCAGGATATTTTAGTAAACGAAGCGTACCAAGATCAAGGGGTCGGATCTGCATTAATGCAGCGGGTGTTGGATAAATATCGAGATGTGCGCCAAAAAGTCCTTCTGACAATTGATGAACCTGATGTAAGAGCCTTTTATGAAAAACATGGATTCAAATCGTGTGATAAGGGCGGTTTAGTAGCCTTTGCCAAATTGCATGCATAG	MAIQYLESSCNDQEQITALYDNVKWTAYTDDVPNLMQAIAHSLTVITAWDNNHLIGLIRVVGDGYTIIYIQDILVNEAYQDQGVGSALMQRVLDKYRDVRQKVLLTIDEPDVRAFYEKHGFKSCDKGGLVAFAKLHA				NA	NA	NA	NA	NA
AK148_01903	543	speG_2	COG1670	Spermidine N(1)-acetyltransferase	TTGTTCGTTTCCAAACAAGTTAAATTAAGAAAAATGCATATAGAAGATGTGGAGTTATATCACGCTTGGAGAAATGATATGGATGTTATGTTTTTTACCAATCCAGCCCTAGACACGTATGCGTTATCCGAAACAAAAGCTTTTGTTGAAGGCGTTATTCTACATTCAACCAGTTCTAAAAGCTATATTATTGAAGATAAAGAAACGGATAAAGCGATAGGTATTACATCATTGATTCATATAGATCAAAAAAACCGAAACGCAGAATGTATTATTGATATTGGTGAAAAAGATTATTGGGGAAGAGGTGTTGGTAAAGAAGCACTGAAATTATTGCTTGATTATACATTCTTAGAATTAAATTTTCATCGTGTATCGTTGCGCGTATTTTCGTTTAATGAAAGAGCAATTCAATTATATCGTAAATTAGGATTCAAACAAGAAGGGGTAAGTAGACAAGTACTGTTTCGAAATGGGAATTGGCATGATATGATCCATATGGCCATACTGCAACAAGAATATATGCCAGCTCAAGAAAGCTAA	MFVSKQVKLRKMHIEDVELYHAWRNDMDVMFFTNPALDTYALSETKAFVEGVILHSTSSKSYIIEDKETDKAIGITSLIHIDQKNRNAECIIDIGEKDYWGRGVGKEALKLLLDYTFLELNFHRVSLRVFSFNERAIQLYRKLGFKQEGVSRQVLFRNGNWHDMIHMAILQQEYMPAQES	PGPT0007790_796	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
AK148_01904	816			hypothetical protein	ATGTATAAAAGGGATTCGATTGCATCAGAGTTAGACTGGATCATCTATCTATCTGAATCTGGAATGAATGTAACGGTTCCTATTGCTTCCATAAATAATAAGCTTATGGAAGTAGTATTCAATAAGGACGAAGCATGTTATATAGTCGGTTTTGAAAAGGCAAAAGGGGAATTTGTGAATGTTTCTAATCATAAAGAATGGAATGCAAGCCTTTTCTATACCTGGGGAAAGACGTTGGGGAACATACATCGTCTATCCAAATTCTATCAACCAAAAGATCCAAACATAATAAGAAAAGCTTGGGATAAAGAAACACTTTTTACAGATGTCATTCATAATAACGAGTTGATAAAGCAGAAATGGGAAAATTTCATTTGTAAACTGAACAAGCTGCCTAAGAATACAAATGGGTACGGGATGATCCATCATGATTTACATCATAAAAACTTTTACTTGTATCAGCTGGTTTTATTCGATTTTGGCGATTCCACATATCATTGGTTTGTATATGATATTGCGGTTGTCTTCTATCATGTTATGCAAGTCGTGGATGACAGGAGAAAAAAGGATTTTGTGTCTACATTTATTCGCTCATTCTTAAGGGGATATGAGACGGAAAATCAACTTCAATCTGATTGGCTGTTAAGAATTCCTTTCTTTTTGCACTATAGGCAGCTCTATTCCTATCTGTATCTATCAACCTATCTGACAAACGAACAACAAAGCGATGTTAAAATAAAGCAATACTTGAACCGCTTACAATCGAAAATAGAAAAGGATACCCCCGTCATCGATTTTCGCTTACCAATCCCTTGA	MYKRDSIASELDWIIYLSESGMNVTVPIASINNKLMEVVFNKDEACYIVGFEKAKGEFVNVSNHKEWNASLFYTWGKTLGNIHRLSKFYQPKDPNIIRKAWDKETLFTDVIHNNELIKQKWENFICKLNKLPKNTNGYGMIHHDLHHKNFYLYQLVLFDFGDSTYHWFVYDIAVVFYHVMQVVDDRRKKDFVSTFIRSFLRGYETENQLQSDWLLRIPFFLHYRQLYSYLYLSTYLTNEQQSDVKIKQYLNRLQSKIEKDTPVIDFRLPIP				NA	NA	NA	NA	NA
AK148_01905	546			hypothetical protein	ATGATAACACCAGAAGAATTTAGTGATAAATGGGATGTTATTAGTAATGGTCCGTTAATTAAATTTAATAACCAAGATTTAATGAATTCAGGATTTTCGGATGAAGTAAAAAGATTTTTGTCTATAGGAGGTTTACCTGAAACTCCACCTCCATATTTGGAGTTTACTTCACCACAATTCATACCTATTACCAATATATTCAATATGCCAGAAGAGTTTAAGAAGTATTGGCTCTTGGGGACAACTAGTGCAGGGGATTTAATATGTATAACTGAGAAAGAAGAAGATATAGTGTTACTCAATAATGGAGATAATTATAAAGAAATATTTGTTAATACTTCTCTAAATCAATTTGCTGAGTGTCTATTAACTTATGTAAACATGATTGATAAAGCAATAGAGGTTAACGGTGAGGATGCCTTTATTGATAACGATATACCAGAAGTAGTAATTAATTGGTTAAAAAACGAATTAGAGAGAGTAGATATTAAATGTATGCAACCAGGATTTTTTTGGTATGTTGAGTGGGAAAATCTATTTGAATAA	MITPEEFSDKWDVISNGPLIKFNNQDLMNSGFSDEVKRFLSIGGLPETPPPYLEFTSPQFIPITNIFNMPEEFKKYWLLGTTSAGDLICITEKEEDIVLLNNGDNYKEIFVNTSLNQFAECLLTYVNMIDKAIEVNGEDAFIDNDIPEVVINWLKNELERVDIKCMQPGFFWYVEWENLFE				NA	NA	NA	NA	NA
AK148_01906	1488			hypothetical protein	ATGAATAGAAAAAGAAGGCGAAGAAAATTAAAGAAGAGAGCATGGGTGCTCCTTGCCGTCATATTGATTGGTATAGGCACTATCATTTTCTCCATTACAGGAGGAGATAGTTCGCCATCAGAGGCAAAAAAAGAAGCAGAACAGAATCCACCCATGCTAACAAAAGACTCCGTGAAAGAACTAACCAAGCAGGCAGAGGACGTTTTAAAGCACGTAGCATCATCAGGCGCTTCCCCGGAAGCAACAGAAGAACTAAGCCAGTTTATTACACAATCCGAGCAAACCAAAGTGAATGATGAAGTGTTAGAAGATTATTGGCAACAACTAACAATCTGCTTGAAAGCGATTTCTTCCTATCAAGAACCAAAAACAGAAGAAAAAGCATTAGGAAAAGTATATCCGGCATACTTAACTGCATTAGAAAACCTAAAAGAAACCCATCCGTCCTTAGACATGGAAGAAATTGATCCATACCATTGGTTTTATGCTGCAGCTGCCAATTATGAACAAGGACAACAGAAAGAAGGGCAAATAACGCTGAGCATGGTAGGGGATACTTCTTTCGGTACTTATCCTGAGGCTCCTGACCATTTACAATTTGATACGGTTTTTAAAAAGAATAACGGCGACAACCAATACGTTTTTAAAAACAGCCTGCCTTGGTTTCACTCTGATGATTATACCGTGATTAATGCGGAAAGTGCTTTTACGACAGAAACGGAGGCACAAGATAAAAAATGGCATATAAAAAGTCATCCTACCTATGCAGCTTTTTTGCCAGCTAGCGGCGTTGAAGCAGCGAATCTAGCAAACAACCATACAATGGATTATTTTGAAGTTGGATATGAAGATACGTTGGAAGCTTTTAAGAAGCATGATGTTGCTGTGTTTAATGAAGATATGCCACTTACTAAAAACATCAACGATATGGAAACAGTATTCCTAGGCTACGATTATCGATATAGAAAGTCCACGGACTCATACTTACAACATATTATTCAAGACGTGCAAACATATAAAAAAGAAGATAATCTAGTCATTGTTAATATGCATTGGGGAATAGAATATATGGAAACACCTGCTACGTATCAAACAAAATTTGGACATGCCATCATTGATGCAGGAGCAGATATTATTATTGGTCACCACCCCCATCGTTTACAAAGCGTTGAAAAACACAATGGCAAATATATCATTTACAGCATGGGAGATTATGCTTTTGGTGCTGATCCAACATTAAAATCTCGACAAACAGCGATTTTCCGGCTTACCTTTGCCAAAGAAAATAATGCAGTTATCACAAAAGGACTACGCATTGTTCCAACGTTAGAAAATTCCAATGATAGCGAAACAGAAAATAATTACCAACCACTTCCGGTATTTGGAAAAGATGCGAAGGACATTGTTGACGAGTTGGTTAGAATTAGCAGCATTATTCCAAATGGTGTTACGGAATATGATTATTTTGATCCATTTCTGGACATGTAA	MNRKRRRRKLKKRAWVLLAVILIGIGTIIFSITGGDSSPSEAKKEAEQNPPMLTKDSVKELTKQAEDVLKHVASSGASPEATEELSQFITQSEQTKVNDEVLEDYWQQLTICLKAISSYQEPKTEEKALGKVYPAYLTALENLKETHPSLDMEEIDPYHWFYAAAANYEQGQQKEGQITLSMVGDTSFGTYPEAPDHLQFDTVFKKNNGDNQYVFKNSLPWFHSDDYTVINAESAFTTETEAQDKKWHIKSHPTYAAFLPASGVEAANLANNHTMDYFEVGYEDTLEAFKKHDVAVFNEDMPLTKNINDMETVFLGYDYRYRKSTDSYLQHIIQDVQTYKKEDNLVIVNMHWGIEYMETPATYQTKFGHAIIDAGADIIIGHHPHRLQSVEKHNGKYIIYSMGDYAFGADPTLKSRQTAIFRLTFAKENNAVITKGLRIVPTLENSNDSETENNYQPLPVFGKDAKDIVDELVRISSIIPNGVTEYDYFDPFLDM				NA	NA	NA	NA	NA
AK148_01907	708	bioD1	COG0132	ATP-dependent dethiobiotin synthetase BioD 1	ATGAAAGGGATATTTATAACCGGAACTGATACCGATGTTGGCAAAACAGTTATAGCTAGTGGAATTGCAGCAACTTTAAAGGAAATGAACATGGATGTGGGGGTATTTAAGCCGTTATTAAGTGGGATTTCACGTAATCATGCAAATAGTGATACGAGTTTGTTAAAACATATGTCGCAAACATCTTTAACTCATGCGGAAATTACGCCATATGAATTTAGTCAACCTCTCGCACCATCTGTGGCAGCACAACTGGAAGATAAAGAAATTTGTATGCAAGCTGTGTTAGACCATTGGGAAAAAATAAAAGATAGACACGATTTTTTTATCGTGGAAGGGGCAGGAGGTATTTCCGTACCTTTAGGAAAGGACTTTTTAGTTAGTGATTTAGCAATTGCTTTAAAGCTTCCCATTCTTATTGTGGCTAGACCAAATCTTGGAACGGTAAATCATACTTATTTAACGGTTTACTATGCAAAACAGGTAGGGATACCAATTGTAGGAATTGTGATAAATGGGAAGAGTAATCAGCCTAATATAGATGAGATAACCAATCCAAAGCTTATGGAAGATATGTGTGGGGTTCCTGTTCTAGGAGTGACTCCTAAGTTGAAAAAAATTACAGAACGTGGTGTGCAACATATGGTTGATACATCTTTAGATATCGAAGTATTGCTGCGCCGTTTAATGGAAATTAGTCCTGTGTAA	MKGIFITGTDTDVGKTVIASGIAATLKEMNMDVGVFKPLLSGISRNHANSDTSLLKHMSQTSLTHAEITPYEFSQPLAPSVAAQLEDKEICMQAVLDHWEKIKDRHDFFIVEGAGGISVPLGKDFLVSDLAIALKLPILIVARPNLGTVNHTYLTVYYAKQVGIPIVGIVINGKSNQPNIDEITNPKLMEDMCGVPVLGVTPKLKKITERGVQHMVDTSLDIEVLLRRLMEISPV	PGPT0022115_3497	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022115-bioD-K01935	NA	NA
AK148_01908	1176	bioF_1	COG0156	8-amino-7-oxononanoate synthase 2	ATGTTGTCGTTTGACGACAAGTTGCATAACAGAGTGAAAGAAATGCAAGAAAATTCGTTGTATCGTACGCTTCGAACGATGGAAGCGGCATCGCAATCGGCAAGGATAGTAGATGGGGAAAAGAAAATAATCTTCTCCTCTAATGATTATTTAGGGCTGGCAAATGATAAGCGGTTAATTCATGCAACGATAGAGGCATTGCAACAGTTTGGTGTTGGGAGTAGTGGTTCAAGACTAACGACAGGTAATACGTATTGGCATGAGAAGTTGGAAAAAAAGATAGCAACATTTAAGCAAACAGAGGCTGCACGATTATTTTCTAGCGGTTATTTAGCGAATATAGGTGTTTTATCTGCCTTAGCTGAAGCAGAGGACGTTATCTTAAGTGATCAATATAATCATGCTAGTATCATAGATGGTTGTCGTTTATCCAAAGCAAAAACGTGTATTTACCGTCATGTGGACATGGAAGATTTGGAAAGAAAATTAGCTGCTACCACAAAATACAAACAGCGTTTTATTGTAACGGACGGCGTTTTTAGCATGGATGGTTCGATTGCACCCCTTGATCGCATGATGGAGCTTGCAGATCATTATCACGCATATGTTATTGTCGATGACGCCCATGCAACTGGGGTGCTAGGGCAAAGCGGAAGAGGGACAAGTGCGTATTTTGGTATCATGCCAGATGTAGTAATTGGCACATGTAGTAAAGCAATTGGGACAGAAGGTGGATTTGTTGCTGGCTCTAGTACATTGGTGGATTTCTTAATGAACTATGCTAGGACGTTTATTTTTCAAACTGCACTTTCTCCTGCCATTTGTGCAGCTACATATACAGCAATAGAGCTGATAGAGCAGGATGCAAGCAGGCGTGAGCATCTTCACTACAATATTAGAAAGGTGAAGGAAGGATTAAATGATATGGGATACGCTGTAAAAGGAGATCATACAGCAATTATTCCTGTTATTATAGGTGAGCAACAATTAGCGCTTGAATTCGCGAAAGAGTTAGAGGAAAAAGGAATCTATGCGCCGGCAATTCGTCCGCCAACAGTGCCTAATGGAGAAAGCCGTATTCGACTTACTGTAACCGCAAGTCATTCTATGAAAGAGATAGATGATGTATTACATGCTTTTTATATAATTGGAAAAAAGTGGGGCGTCCTTAGATGA	MLSFDDKLHNRVKEMQENSLYRTLRTMEAASQSARIVDGEKKIIFSSNDYLGLANDKRLIHATIEALQQFGVGSSGSRLTTGNTYWHEKLEKKIATFKQTEAARLFSSGYLANIGVLSALAEAEDVILSDQYNHASIIDGCRLSKAKTCIYRHVDMEDLERKLAATTKYKQRFIVTDGVFSMDGSIAPLDRMMELADHYHAYVIVDDAHATGVLGQSGRGTSAYFGIMPDVVIGTCSKAIGTEGGFVAGSSTLVDFLMNYARTFIFQTALSPAICAATYTAIELIEQDASRREHLHYNIRKVKEGLNDMGYAVKGDHTAIIPVIIGEQQLALEFAKELEEKGIYAPAIRPPTVPNGESRIRLTVTASHSMKEIDDVLHAFYIIGKKWGVLR	PGPT0022095_1982	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022095-bioF-K00652	NA	NA
AK148_01909	1347	bioK	COG0161	L-Lysine--8-amino-7-oxononanoate transaminase	TTGCAACAAGAACTAATAGAAAAAAGTAAAAAGCATTTATGGCTACCGTTTACACAAATGAAGGATTATGATCTTGACCCTTTAATTATTGAGGAAGGGCAAGGAGTAAAGGTGAAAGACATCTATGGCAAGGAATATTACGACGGTTTTTCTTCCGTTTGGTTAAATGTACACGGTCATCGCAAGCAGAAATTAGATGAGGCAATTAAACAGCAACTTGAGAAAATTGCTCATTCTACCCTTTTAGGAATGACCAATGTGCCTGCAACAGAATTAGCAGAAGAGCTGGTTAAAGTCAGCCCTGAAAATCTAACGAGAGTTTTTTATTCAGACAGCGGCGCTACGGCGATGGAAATCGCACTTAAAATGGCTTTTCAATATTGGATAAATATCGGCAGACCAGAAAAGCAGAAGTTTATTGCCATGCAAAATGGTTACCATGGCGATACTATTGGCGCTGTGAGCGTTGGTTCAATCGACCTTTTTCATCATATTTATGGGCCGTTAATGTTTGAAAGCTATAAAGCGCCAATCCCCTATGTGTATCGTTCTTCAAGTGGTGACCCTATACAATGCCGTGATGCATGTTTGTATGAGTTAGAACAGTTACTTATGGAAAAACATGCAGAAATTGCGGCGCTTTCTATCGAGTCTATGGTTCAAGGAGCTTCTGGAATGATTGTGATGCCAGATGGATTTTTAGCAGGCGTACGAGAGCTTTGTGATCAATATAATATCCTCATGATTGTAGATGAAGTTGCAACAGGTTTTGGGCGGACAGGGAAAATGTTTGCCTGTGAACACGAACAAGTTCAACCAGATTTTATGGCGGTTGGAAAAGGTATAACAGGAGGTTATTTACCAATTGCTGCAACGCTAACGACAGAGGATATTTATCAAGCTTTTTATGATGATTATAACCAAATGAAGACTTTTTTCCATGGGCATTCGTATACAGGAAACCAGCTTGGATGTGCAGTTGCCCTCGAAAATGTAAAATTATTTAAGGAAGAGCAAATCGTTGAAAGTGTAGCCACTAAAGCAAAAGAGATGGGGAAAATCCTTCAGAAATTGTATGCACTTCCAACGGTAGGCGATGTGAGGCAGCTTGGCTTTATGTGCGGGATAGAACTCGTGGCTAATCAGGAGACAAGGGAGCCATTTCCTCCTGAAAAAAGAGTCGGTTACCTCGTATCTTTAAAAATGAGGGATTTGGGTATGTTGACAAGACCAATTGGAAATACCATCGTTTTTATGCCACCGCTCGCTACTACCGTAGAAGAAATAGAAGCAATGGTTGGCATTATGAAAGCTGCGATTCATGAGGTGAGTCATGTTGTCGTTTGA	MQQELIEKSKKHLWLPFTQMKDYDLDPLIIEEGQGVKVKDIYGKEYYDGFSSVWLNVHGHRKQKLDEAIKQQLEKIAHSTLLGMTNVPATELAEELVKVSPENLTRVFYSDSGATAMEIALKMAFQYWINIGRPEKQKFIAMQNGYHGDTIGAVSVGSIDLFHHIYGPLMFESYKAPIPYVYRSSSGDPIQCRDACLYELEQLLMEKHAEIAALSIESMVQGASGMIVMPDGFLAGVRELCDQYNILMIVDEVATGFGRTGKMFACEHEQVQPDFMAVGKGITGGYLPIAATLTTEDIYQAFYDDYNQMKTFFHGHSYTGNQLGCAVALENVKLFKEEQIVESVATKAKEMGKILQKLYALPTVGDVRQLGFMCGIELVANQETREPFPPEKRVGYLVSLKMRDLGMLTRPIGNTIVFMPPLATTVEEIEAMVGIMKAAIHEVSHVVV	PGPT0022110_64	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022110-bioA|bioK-K19563	NA	NA
AK148_01910	780	bioW	COG1424	6-carboxyhexanoate--CoA ligase	GTGGATAAACTATATAATTTGCGAATGAGGGCAGCTCAAGGTGGTAGTCATGAACAAGGGGGTACACACATTTCTGGCGGAGAGCGGATTACTCGTTTTTCTAATATTCAACAAGTTGCCATGTATTTATTAGAAAAGGGACTAACGCATTGCAAGGGAAGACCAGATTTTATGCAAATTCAATTAGAAAGTATTCCTGAGTCAGTAACATATGTACAACCTTTAGAGAGATGGGCGAATGTAGAAAGATTTGTGAAAGAAGGAGACACCTTTTTGAAAGAAGGAAAAACAGTTGCTTTTCAACTGTTAGAAATAATAGGGATCCCTAAAAAAGTGATAGACCGCGCGGTTGAAATTGTCTCGCAATATTCGTCTATGCGAGGAGCTGTTTTAATAGATGCCCATTCAGGTAAACGCTTGGATGATCGAGGAGAAAAAGGAGTTCGGGTGTCTAGATTAGATTGGTTGGGCAATGATTTTGAAAAATGGGCACGTTATCATCATGTTTCCGCTAATTCTAGAATAAGAGAAGCGCTTGCGCTAGCTGCGAAAGTAAATAATCATCCTGCTACTATTGCAGAACTATGCTGGTCAGATGATCCCGATTATACGACAGGTTACGTTGCTAGTAGAAAAATGGGTTATCAGCGTATTGAAAATATAAAAGCGTACGGAGATGAACGGGGTTGTAGAATTTTCTTTGTGGACGGGCAGAAGGACATACGCTCATACATAAATTATTTGGAAAATCAACCAGTATTGATTACATGGGAGGGATAA	MDKLYNLRMRAAQGGSHEQGGTHISGGERITRFSNIQQVAMYLLEKGLTHCKGRPDFMQIQLESIPESVTYVQPLERWANVERFVKEGDTFLKEGKTVAFQLLEIIGIPKKVIDRAVEIVSQYSSMRGAVLIDAHSGKRLDDRGEKGVRVSRLDWLGNDFEKWARYHHVSANSRIREALALAAKVNNHPATIAELCWSDDPDYTTGYVASRKMGYQRIENIKAYGDERGCRIFFVDGQKDIRSYINYLENQPVLITWEG	PGPT0022090_47	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022090-bioW-K01906	NA	NA
AK148_01911	492			hypothetical protein	GTGAAAAAAACTAGGATTTTTGACAAATTTTTTGAAGATGCAATTGTGCTACAAGATGGAAAGTATTCAATCACCAAGAAGGATGAAATAAAGGATATATTCGGGAAAGACACGTTAGTGGAAATAGAAGATATTGTCAATGCTGTTAATTTAGTAGATAATAAAAATATTAATCAATTTAATACAATAAGTAATTCGCCTGACAATCAAATAATGGGGTGGTCTGCTACCACATTGAAAAAAAGTTTTAATAATCTGGCACATGTAATAGGTAGTAGAGCATTTTCATTTGCTTTTGGCTCCTTAGCAATATCTACTGCATGGTCGTACTGGACTGCCACAACCGCAATAGGAGGTACTGTTGCTGCAGGGTTCGGTAAACTAGCTGGTATGTTTACAGGTCCTGTCGGTGCTACTATTGGCGTAATTGCAGGACTAGGCGGAGGAGCAGCTATAGTTTATTACATGGGTACTAAAGAGAGATTTGGTTAA	MKKTRIFDKFFEDAIVLQDGKYSITKKDEIKDIFGKDTLVEIEDIVNAVNLVDNKNINQFNTISNSPDNQIMGWSATTLKKSFNNLAHVIGSRAFSFAFGSLAISTAWSYWTATTAIGGTVAAGFGKLAGMFTGPVGATIGVIAGLGGGAAIVYYMGTKERFG				NA	NA	NA	NA	NA
AK148_01912	1509			hypothetical protein	ATGATGGATTTGATGTTGGTACTAGAATTAGGGAATGGTAAGGGTATAAAATCTATTAAAAATATTTTTAAACTATTCTATATGTTTGTTTTACCTAATATAGTAGCTATCTCTACTGCTACTATATTAGGGGGAGCTACATTTTATCATCCCAGAGAAATGCTTATATTTGTGCTAGGCTTACAATTGTTTATCACAATTATTATTCAGTACATGATTCAAAAAAACATATTGAGACATTTAAGAAATGAAGTAATACTAAATTTCGTTCCAAAAAAAATACTTTCATTCATAAAACAGCGTTTATTGTTCTTTATTATAAAGTTCTATGTCCCATTTTTATTATTTAACTTTGTTTTTCTAGGTTATTATATAAAAAATAACCACCTTATGTTTATTTTAGTTGCTTTTATTTCCATTATAATGATCATCTATTTCCAGATTTACTTAGCAATGATCATCCGATATTGCACCAATACCATAAAGCCAAAGTTATTACATATACTTCAGGTAAGCTTTTTATTCATTTGCATAGCCTTCTTCCTGTTTTACGTTATGGTTTCAGGGGTATTTATTTTAGAAACTTTAGAAGGTTATGTTAACAAAGTAGTATTTGAGCCGTTTTACATTAATCCTTTGTTCATTTCAATTCCTATGATTACTTTATCTGTGATCTCTATCGTTTTTATATATTGGATTAAAAAAATAAATACAAATGTTCTCATATATAACAGAAAAGCAAGCTTTCGCCCTTCGACAATTTGGTTAGAACAGTTCTACGGAAAAATATATGGATTTGGGTTATTAAAATTGCAGCGGCTACTATTTGCCAAGGATATAAAATACATCCTCAGAAATAACAAAGTCTTAATTATCGTATTTGGTATCTATCACACCGTTAACCTCACTTTTTTAATCGTATTTTTCTTTCTTTCGCTAAAAGAAGTAACAGAATTAGGTTTGTTCATACCCAAATTGTATTTAGGGTGGATGCTCGGTCTATTAGTTTTTGTTGCTATACTAAGTGCTGGTTACAAAGAAATTCTCGAGATAGGGAATGACCGTAAAGTCTTGAAAAGCTACCATATCCGTTTACCTGAAATCAAAGTCATACAGGAAAAAACAAAGGTGTTAAGCGCGTTTGTTTTTCCAAAAATCACAGCTGTCTTCTTTTTGTTTATTGTCACATTACTCATTATGCAATTATATACATTAGCAATGATCTTTGTCTTAAATTATGCCCTAACTTTTATTTGGAGAAAAACATTAGAACTATGGCGAGTTAAAAAAACAAACTATCAACCCAAAAATAATTACGTATTCGATATTACAAAATTCTTGTTAATGATGGTTTCCATCTATATACTGCTACAGTTATTTAACAGTCAAGCAGACAACATATTTCTTTTCCAAACTCTACTTTTAATAGCAACCTCACTGTTATATGGTTTTCATTTATTTACCCTTAAACATATAATTAACCACAAAGGAGATGACGATCTTGCTTGA	MMDLMLVLELGNGKGIKSIKNIFKLFYMFVLPNIVAISTATILGGATFYHPREMLIFVLGLQLFITIIIQYMIQKNILRHLRNEVILNFVPKKILSFIKQRLLFFIIKFYVPFLLFNFVFLGYYIKNNHLMFILVAFISIIMIIYFQIYLAMIIRYCTNTIKPKLLHILQVSFLFICIAFFLFYVMVSGVFILETLEGYVNKVVFEPFYINPLFISIPMITLSVISIVFIYWIKKINTNVLIYNRKASFRPSTIWLEQFYGKIYGFGLLKLQRLLFAKDIKYILRNNKVLIIVFGIYHTVNLTFLIVFFFLSLKEVTELGLFIPKLYLGWMLGLLVFVAILSAGYKEILEIGNDRKVLKSYHIRLPEIKVIQEKTKVLSAFVFPKITAVFFLFIVTLLIMQLYTLAMIFVLNYALTFIWRKTLELWRVKKTNYQPKNNYVFDITKFLLMMVSIYILLQLFNSQADNIFLFQTLLLIATSLLYGFHLFTLKHIINHKGDDDLA				NA	NA	NA	NA	NA
AK148_01913	330	skfE_1	COG1131	SkfA peptide export ATP-binding protein SkfE	TTGCTTGAAGTAAATCAATTATCGTTTTCCTATGATAATAAGAAGCCAATATTGGAAGACGTTTCATTCAGTTTGAAAAAAGGAAATATTTATTGCCTATTAGGAGTGAATGGATCAGGTAAAACAACGCTTTTCAATTGTATAAGTGGTTTTTTTAAAAGTAACTGGGCAAGCAATCAGGATAATTTTAAAGATAAGATACTATATATTCAAGACGAAATGCATTTTTACAAAAACTTAACAGGGAATGAATTTGTGGAACTTATATTTTCCTTAAAAAAAACCCCTTTAGATAGGGAGAAATTTACCTCATTGCTTAAAGGAGGATAA	MLEVNQLSFSYDNKKPILEDVSFSLKKGNIYCLLGVNGSGKTTLFNCISGFFKSNWASNQDNFKDKILYIQDEMHFYKNLTGNEFVELIFSLKKTPLDREKFTSLLKGG	PGPT0006725_28185	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_01914	252			hypothetical protein	ATGGATTATGAATATATTTTAATGGATGAGCCGTTTGCTGCCATCGATTTTATTTCTGCAGAAGTTGTCACCGACTTTCTAAAAGAATTAAAGCAAGATAAGAAAGCAATCGTTGTTTCCACTCACCAACTAGATATTGCTCATAGCTTAGCTGACGAAATTTTATTTTTAAATAATGCTAAAATACACCAAACCATGAACTATTTTCAAACAACTAATGAATTAAAAAATTACATACGGGAGCATATTTAA	MDYEYILMDEPFAAIDFISAEVVTDFLKELKQDKKAIVVSTHQLDIAHSLADEILFLNNAKIHQTMNYFQTTNELKNYIREHI	PGPT0006725_28185	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_01915	906	alkA	COG0122	DNA-3-methyladenine glycosylase	ATGTCAGTAGAAAAAGAATGGAGTATTGCGGTTCCTGAAGTGTTTCAATTTCAAGAAAATCTACATTATTTAGCTAATGCAAACCATGAATGTATGTATCAAGTGATGAAAAATGAAGTAATAAAAGCAATAAAAATAGATGATGCTGTTTTTTTAATGGTGTTGCGTGAAGCAACGAGTGGAGGATTGCTGGTTAAAGTTGTGAAAAGCTCTTGCGCTTTTTCTGAAGCATATCGCGATAAAATTACGACCTTTGTAAGTGAATGGTTCGATGTAAATACAAATCTAGCTGGTTTTTACAAAATCGCCTTGAAGGATCCTTATTTAAAGCGCCTTGTCCAAACTCATTATGGACTGCGGCTAATAGGAATTCCGAATTTCTTTGAAGCCATAAGTTGGGCAATTATCGGGCAACAAATTAACCTTTCCTTTGCGTATAAGTTAAAAAGAAGAATAGTAGAACGATATGGGACATCTGTTCAATGGAATGAGAGCTTGTTTTGGTTGTTTCCAACCCCGGAAGTGATTGCAAATATATCTGTGTCCGAATTAACTTCATTACAGCTATCTAAACGAAAAAGTGAATACATTATTGATATGGCACGTGCTATCGTTTGTAACGAAATATCTAAGGAGAAATTACTCGCTACAAATAGTTTAGAGGAAGCAGAAAAAATGCTGACAGCATATAGAGGGATTGGTTCTTGGACAGCCCATTATGTATTAATGCGATGTTTGCGTGTTCCTAATGCTTTTCCAATTGCTGACGTAGGATTGCAAAATGCAATTAAACAGGTGGTAGGATTAAAACAAAAGCCAACTAAAGAATATGTACGCGAAATAGGGACTAATTGGGCAAATTGGCAAGCCTACGCTACATTTTATTTATGGAGATCGCTCTATTAA	MSVEKEWSIAVPEVFQFQENLHYLANANHECMYQVMKNEVIKAIKIDDAVFLMVLREATSGGLLVKVVKSSCAFSEAYRDKITTFVSEWFDVNTNLAGFYKIALKDPYLKRLVQTHYGLRLIGIPNFFEAISWAIIGQQINLSFAYKLKRRIVERYGTSVQWNESLFWLFPTPEVIANISVSELTSLQLSKRKSEYIIDMARAIVCNEISKEKLLATNSLEEAEKMLTAYRGIGSWTAHYVLMRCLRVPNAFPIADVGLQNAIKQVVGLKQKPTKEYVREIGTNWANWQAYATFYLWRSLY				NA	NA	NA	NA	NA
AK148_01916	567	adaA	COG2169	Bifunctional transcriptional activator/DNA repair enzyme AdaA	ATGACAAATTCACTATCAGAAGAGCAATGGCACGCTATTATAACAAACGACGCTGCTTTTGATGCTGTCTTTCTATACGGTGTTCGCTCAACGGGTATATTTTGTCGCCCCTCTTGTAAATCACCAAATCCTAAAAAAGAATTTATTCGTATCTTTCAAAATTCCCAGCAAGCGTTGACAGAAGGTTACCGTCCCTGTAAACGTTGCAAGCCATGTGACGAACATATGCCTGATGAGGAATGGGTTTTGCAAATAAAACAGTTTATTGATATGCATTACGCTGAGCCATTGACATTAGCACGATTAGCGAATCATTGTCATGGGAGCCCTTATTATTTGCAACGAACGTTTAAAAAAATGATGAAAATATCACCGACTGATTATATACAGCAACTACGCATTTCTCATGCAAAAAAGCTTTTAATACAAACAGACAATTCCATTGCTGAAATAGGTATGAAAGTTGGTTTTCCTAACACGCCTTACTTTATTACGCTATTTAAACAATACACCGAGAAAACACCCAAACAATTTCGATTAGCGTTTAAAGCAAATGGATTAAACTAA	MTNSLSEEQWHAIITNDAAFDAVFLYGVRSTGIFCRPSCKSPNPKKEFIRIFQNSQQALTEGYRPCKRCKPCDEHMPDEEWVLQIKQFIDMHYAEPLTLARLANHCHGSPYYLQRTFKKMMKISPTDYIQQLRISHAKKLLIQTDNSIAEIGMKVGFPNTPYFITLFKQYTEKTPKQFRLAFKANGLN				NA	NA	NA	NA	NA
AK148_01917	507	adaB	COG0350	Methylated-DNA--protein-cysteine methyltransferase, inducible	ATGACCGTTTATTGGACAACTTGTAAACATGACACATGGGAATTTTATGCAGCTGCAACGGAAAAAGGATTGTGTTACCTAGGCCCGCGTCATTTAGCAGAGAATGAAATGGAAGTGTTTTTACAGAAGCGATTCCCTCACGAGAGGGTGGAGGAAAACGATCAGCCATTAATTTCCTATATAGCTGAACTACAAGAATATTTAAACGGGAACAGGAGGAACTTCGAACTTCAACTCGACCTTTATGGCACCTCTTTTCAGCAACAAGTTTGGCAAGCATTGCAACAGATTCCGTTTGGACAAACGGTCACGTACTCTGATATTGCCACATCTATCGAAAAACCAAAGGCTGTACGCGCTGTTGGAACAGCGATTGGAGCAAATCCGATTTTCATCATCGTTCCTTGCCATCGAGTTATTGGAAAAGATGGTGCCCTTACAGGATTTCGCGGAGGTTTAGATATGAAAGAGCGACTATTATTATTTGAAAAAGGTGTAGAAACATAA	MTVYWTTCKHDTWEFYAAATEKGLCYLGPRHLAENEMEVFLQKRFPHERVEENDQPLISYIAELQEYLNGNRRNFELQLDLYGTSFQQQVWQALQQIPFGQTVTYSDIATSIEKPKAVRAVGTAIGANPIFIIVPCHRVIGKDGALTGFRGGLDMKERLLLFEKGVET	PGPT0019595_2	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
AK148_01918	756	COQ3_1		Ubiquinone biosynthesis O-methyltransferase, mitochondrial	TTGAAAAAGAACATTGGTACCGAAGAAGCAATTAATAGATGGGATAGCTTTGCCAAATCGTATGCGGAAAATCATTCTGAACAAGGTGATTTACATAAAGAAGTGTTTTTAAACCCGACTTTATTTTCCTTATTGGGAGCAGTTAATAACAAAAAGATTTTAGATGCTGGGTGTGGGGAAGGCTATTTTAGCAGACTGTTAGCAAAGTCAAAAGCAAAAGTAACAGCTGTAGACTATTCCACAAAAATGCTAGAGTTGGCGAAACATAGAACATCGGTTGAATTACCGATTGAATATCACCACGGAAATTGCGAGGATTTGCATTTTTTAACAAATGCTAGTTTTGATATTATTGTTTCAAACATGGTGATGCAAGACCTTGCAAATATTGAAAAAGCGTTTCACGAGATGTATCGCTTATTAGTTGATGGAGGCACCTTTATTTTCTCTATTTTACATCCATGCTTTGTCACGCCAGCAAGTGGATGGGAAAAGGATCACCGTGGGAACAAATTACACTGGAATGTCGATCAATATTTTTACGAAGGGGTATATAAGCAAAGATTGGGTGATGATGAGAAAGTGTTGCTATTCCATCGGACTTTGACGACGTATATGAATACTTTACTTGAAATTGGTTTTGAATTAGAAAAAATAATAGAACCAAAACCATCTCAAGAAATGTTAAAAAAATATCCTTCTTTTGAAGAGGATTTTCGCTGTGCTGATTTTATTGTCTTTAAGTTGAAAAAATAA	MKKNIGTEEAINRWDSFAKSYAENHSEQGDLHKEVFLNPTLFSLLGAVNNKKILDAGCGEGYFSRLLAKSKAKVTAVDYSTKMLELAKHRTSVELPIEYHHGNCEDLHFLTNASFDIIVSNMVMQDLANIEKAFHEMYRLLVDGGTFIFSILHPCFVTPASGWEKDHRGNKLHWNVDQYFYEGVYKQRLGDDEKVLLFHRTLTTYMNTLLEIGFELEKIIEPKPSQEMLKKYPSFEEDFRCADFIVFKLKK				NA	NA	NA	NA	NA
AK148_01919	843			hypothetical protein	ATGAAAATAGAAACAGTGACTTGTAAAGGTGTCAGTGAATGTAATGAAGATGCCGTCATCATTAATGATAATAGTTCAGTCTATGGGGTAGCGGATGGCGCTTCCTCTATCATACCTTTTTTTACGCAGGAGAACGAAACAGGCGGTTATATTGCCTCTAACCTAGTGAAAAATTATTATGAATCACTTCAACATTGCGATAGCTTTCTGGATGATTTTGCAAAGATAAACATGCAACTTCAGACTAAAATGAAAGAATATCATATTGACACATCAAAAAAAGAACAATTATGGGGGACAGCACTAGCTTTAGTAAAGATTTCTCCAAATAGGATAGACTTTATCCAAACAGGCGACTGTATGATTTTTGCCGTTTATGATAGTGGATTTGTAAGAGTGCTAACACGAGCGCAAACAGAGTTTTTAGAAGGAGTTGCCATAAATAAGTGGAAAGAGCTTATTGATAAAGGAATACATAAACAAAAAGATTTGAGGGAGGGTGTAGAAGACGTATTACTCTCCATTAGACAAACAAGCAATACTTTTGCTGGCTATGGTGTGTTAAATGGCGAAAATGATGCAGTCGATTTTATTGAATTTGGGAAAATAAACAGAAACGGATTAAAGCATCTTGTGATAGTTACCGATGGGCTTTTTCTTCCAAAAGAATGCGTATCTGAACAAGATTGTTATTGGGAGGTAATGATTAGCAAGATCCTTTCTAAAGGACTACAAGCATATGCAAATGATTTAATCGAGCTTGAGGCTACTGACCCGGAATGTGTAAGATATCCAAGATTTAAAATGTCAGATGATAAAACCGGGGTATGGATTACTTTTTAA	MKIETVTCKGVSECNEDAVIINDNSSVYGVADGASSIIPFFTQENETGGYIASNLVKNYYESLQHCDSFLDDFAKINMQLQTKMKEYHIDTSKKEQLWGTALALVKISPNRIDFIQTGDCMIFAVYDSGFVRVLTRAQTEFLEGVAINKWKELIDKGIHKQKDLREGVEDVLLSIRQTSNTFAGYGVLNGENDAVDFIEFGKINRNGLKHLVIVTDGLFLPKECVSEQDCYWEVMISKILSKGLQAYANDLIELEATDPECVRYPRFKMSDDKTGVWITF				NA	NA	NA	NA	NA
AK148_01920	567			hypothetical protein	ATGAATAGAGGCGATAAAATGGATAAAACAATTTACGTTATTAGGCATTGTGAAGCGGAAGGGCAAGCAGCTGACGCACCACTTACAGAAAGAGGGTGGTTGCAAGCGAAAGAATCAGCTGGCTTTCTATCAGAACGAAAGGTTGATCGAATTATTTCTAGTCCATTTTTACGAGCGATTCAATCGATAAAGCCATTTGCAGACATTAAGAATTTAGAAATTGAACAAGAAGAACGTTTAACGGAACGTGTACTGAGTTCTACCTTTTTTTCAGATTGGATGGATAAACTGAAAGCGACCTACGATGAACTTGATTTAAAGTATGAAGGCGGAGAAACGAGTAATGAAGCAATGAACCGTATTATATCAGTAGTCGAGGATATTGTGGAAAGTCATGCTACACATACGGTTATTGTTGCACATGGCGGGATTATCTCTTTATTACTGCATTATTATGATCAAAGTTTTGGATTTGAGCAATATAAAGAATTAAGTAATCCTGATGTGTATGAATTAAACATTTCAGATCAGGCTACTCGTTATACACGTTTATGGGATAATAGATAA	MNRGDKMDKTIYVIRHCEAEGQAADAPLTERGWLQAKESAGFLSERKVDRIISSPFLRAIQSIKPFADIKNLEIEQEERLTERVLSSTFFSDWMDKLKATYDELDLKYEGGETSNEAMNRIISVVEDIVESHATHTVIVAHGGIISLLLHYYDQSFGFEQYKELSNPDVYELNISDQATRYTRLWDNR	PGPT0018030_4126	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
AK148_01921	573			hypothetical protein	TTGCTTACGAATTTATACTTTGTTAGACATGCGCATTCAGTTTATACATCAGATGAAATGGGTAGACCGTTGTCAGAAAGAGGGTTCAAGGATTCAAAAGTCGTTACGGATCTACTTAAAAAAGAAAAAATCGATTGTGTTTTTGCCAGTCCGTATAAGCGAGCCATTCAAACAGTAGAAGGAATTGCTGCGTATATAAATCAAGAGATTATTATTGTGGATGGATTTAAGGAGCGTATTTTGGCGGGAGAACCAGTGAAAAATTTTACAGCTGCAATTACAAAAGTATGGCAAGAGGAGAACTTTGCATGGCAGGGGGGAGAGTCGAATAAAACTGCTCAGAAAAGGGCGATTGATTCTCTTTCGCGCATATTAGGTAGGAATGCAGGGAAGAATCTTGTCATTGGTACACACGGAAATATAATGGTACTAATGATGAGTTATTTTGATAATCGTTATGGCTTCGATTTTTGGAAGTGTCTTGAAATGCCAGATATATATAAATTATCCTTTGAAGAAAAGAAACTTATGGAAGTAGAGCAAATCTGGGAACGTATTGACCCTGCATTCTAA	MLTNLYFVRHAHSVYTSDEMGRPLSERGFKDSKVVTDLLKKEKIDCVFASPYKRAIQTVEGIAAYINQEIIIVDGFKERILAGEPVKNFTAAITKVWQEENFAWQGGESNKTAQKRAIDSLSRILGRNAGKNLVIGTHGNIMVLMMSYFDNRYGFDFWKCLEMPDIYKLSFEEKKLMEVEQIWERIDPAF	PGPT0018030_4107	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
AK148_01922	162			hypothetical protein	ATGCAGACGAAACAAGCTCTTACCTACGCTATTCATCCAGTAGAAAATCCTTATGAAATAGTTGATTTTTTAGAAGATATGGGTTCATGGATGATACGAGAAGCTGAGAAGTGGTTGGAGATCCATAATCCACAAAAGCAACGACACTTAGCTATAGAGTGA	MQTKQALTYAIHPVENPYEIVDFLEDMGSWMIREAEKWLEIHNPQKQRHLAIE				NA	NA	NA	NA	NA
AK148_01924	870	gltR_1	COG0583	HTH-type transcriptional regulator GltR	GTGGACGTGAAGGAATTATTTATTTTCAAAACTTTAGCTCATGAAGGCAGTATCACAAGGGTGGCTGAACAATTGAATTATGCTCAGTCTAACATTACGAGGGTAGTCAAAAAATTAGAAGCAGAACTGCAAACAGAACTATTCTACAGACATCCTCGTGGGGTTTCATTAACTTCAAAGGGGAACCAACTCTTATCTTATACAGACCAAATTTTGCGTCTAATGGAGGAGACAAAAAAGGCAATTCAAGATTCTGAAACACCTCGTGGCCCCATTTTTATAGGCGCAAATGAGACAACAGCATCTGTTAGATTACCATCTGTTTTTGCTTCTTATAATAAAAAATATCCTCAGGTAGAATTATCCTTAACTATTGGTGCAACCGAAGAGCTTATTAACGATGTACTTGATTTTAAACTAGATGGAGCGTTTGTAGTAGGATCTGTTAAACATCCTCATCTTATTCAAATACCAGTTATGGAGGAAGAACTTGTTGTTATAACAGATAGTCAGCCAGAATCATTACATTCTATAACGAATTTGCAGAAACGGGTACTTCTAACCCGTCCTCATTGTATTCATAGAAAACGGTTAGAACTGTGGCTTCGTGATGAGGGAATGGTTCCTATGAAAATGATGGAGTTTGGGACATTAGAGGCAATTATTGGTTGTGTAAAAGCTGGTTTAGGAATTGCTGTTATCACCGAATCACTAGTTAGCCAACACCAAACAGATGGCAAGCTACGTATTCATAAGCTCCCAGATAAATATGCAACCGTAAAAACAGTGTTTATACGAAGAAAGGATACTTTTATAAATCATGCTTATCGAAAATTTTTAGATAGCTTACAATTAAACGAAGGTAAGTAA	MDVKELFIFKTLAHEGSITRVAEQLNYAQSNITRVVKKLEAELQTELFYRHPRGVSLTSKGNQLLSYTDQILRLMEETKKAIQDSETPRGPIFIGANETTASVRLPSVFASYNKKYPQVELSLTIGATEELINDVLDFKLDGAFVVGSVKHPHLIQIPVMEEELVVITDSQPESLHSITNLQKRVLLTRPHCIHRKRLELWLRDEGMVPMKMMEFGTLEAIIGCVKAGLGIAVITESLVSQHQTDGKLRIHKLPDKYATVKTVFIRRKDTFINHAYRKFLDSLQLNEGK				NA	NA	NA	NA	NA
AK148_01925	444			hypothetical protein	ATGTATTTGTTACCTGTACATCGATTAAAAGCAAGAATAACAGAGGAAGAGCATGATCTATTAACTAAAGAGCAGCGTACTTTGTGGGAAATGGCTCTAGAGAACTTGGAAATGCAGTCAAAGAAGTTAAAAGAGGATGACAGTTCGAAAAGAGCTAGTGAAGCGTTATCAGCATCCATGCTTCACGAATGGGAAAAAACGAAAAATAAGTTAAACGAATTAGAGGATGTATATAAGAAATGCAATGAAGCAATAGACCTTTGGAAGCACCTAAAAAAACAAATAGATCAACTGCCTCTAGATCAATCTCAAAAGGATTATTGGCTAAAGCAGGAAAAAAAGAAAGCAGAATTATTGGGTCATACGAAGCGAGTATGTCTATGGGAGGAAATAGAAAATTTTATAAACAGTATGGAAAACCTTCACAAACTACTAAAGTTTTAA	MYLLPVHRLKARITEEEHDLLTKEQRTLWEMALENLEMQSKKLKEDDSSKRASEALSASMLHEWEKTKNKLNELEDVYKKCNEAIDLWKHLKKQIDQLPLDQSQKDYWLKQEKKKAELLGHTKRVCLWEEIENFINSMENLHKLLKF				NA	NA	NA	NA	NA
AK148_01926	582			hypothetical protein	ATGACAAAGAATAGTGAAATCAACGGTAAGAAGGATTTATCATTAGAACAAAAGGAAGAATTACTTAACGTATTGCAAGCTCGTTTTGAGAAAAATAGGAACCGCCTTAAAGAGCTTGAATGGGCTAAAGTGCAAGAAAAACTGGAAGCAAATGCTGAAAAAATGAGGTCCCTTCATGAAATGGAACAAACAGGCGGTGAACCAGATGTGGTTGGGTATGATAAAGAGACAGATACGTATACTTTCTATGATTGTGCTGTGGAAAGTCCTAAGGGCCGCAGAAGTGTTTGTTATGATCGTGAAGCGCTGGAGTCCAGAAAAAAACATAAACCAGAAAATAATGCCGTTGATATGGCTACCGCTATGGGCATTGAACTTTTAACAGAAGACCAGTATCGAGCCTTGCAGAAACTTGGCGATTTTGATAGGAAAACGTCGAGTTGGATTGCCACCCCTCCTGATATAAGAAACCTTGGTGGAGCGCTTTTCTGTGATTTTCGTTTCGGGCATGTTTTTGTGTATCACAATGGCGCTTCTTCTTATTATAGTTCTAGAGGCTTTCGTGGATCTTTACAGGTTTAA	MTKNSEINGKKDLSLEQKEELLNVLQARFEKNRNRLKELEWAKVQEKLEANAEKMRSLHEMEQTGGEPDVVGYDKETDTYTFYDCAVESPKGRRSVCYDREALESRKKHKPENNAVDMATAMGIELLTEDQYRALQKLGDFDRKTSSWIATPPDIRNLGGALFCDFRFGHVFVYHNGASSYYSSRGFRGSLQV				NA	NA	NA	NA	NA
AK148_01927	1041			hypothetical protein	TTGATTCATGAAATAAAAAGACTGCTTAAAAATGCGACCGAAGAGGAAATGCATGCAGTTTTACTATCTATGTTTATGAGCATGGAAGCCCACGAGAAAACAGATCAATATACAGAAAGCCAGTTAGTGAAGGATCTAAAAAGAACCTATCAATCCTTTCTAGAATATAAAAAAAATCAATTGGATATAAAAAGTGATAAAGGTTATCGTGCAGTACATATTGTTTTTGGTGACTCTACGTCTGGCTCTTTACAACAAGCTTTAAAAGAATTGAATTACCAAGAAGAGGAGAGAATCATTCGTTTTTCGGATATGTTAGAGGTTGGCCCCATCTGGCAATTACATAAAGAGGAGGGGCTTAATTATAGATATGAATGGTTAAAAAATCATATCAATCTTGATGACGAATACATAGATGAATACAAATATAATTTTAACCGCACCGTATCTATGATGAAGGCGATTCCAAAAAGCACTCCAATAATGATATGGACTGGTGAAAATGCCCATGAACAAATCGCTTTACGGTATGTTCTTTTTCTACTAAAAGATAAAATCAATGACATTTTTATATTAAATGCGACCAAGAAGTATAAAGATCATTTTAATGTCCCAAATAATGAATGTTTCCCATTACATACGGGGGAAATTCTACCTGAAAAATTAGTAAGGATATATGAAGAAAGTAGAAAACAAGCTCCAGTAAGTCAACATCAACTTGCAGAATTTGTAGAAGAATGGCAAGCATTATCTACTATGAAGGAATGCCTAAGGATATGGGAAAAGCAAGAAATAATAAATGTAGAGGAAACGTATTATGATAACTACATGATAAATAAAGCTAAACAGCTACACAAAGAGAGAGGATATAACGACTTCATACATTCTGCACGACTTATTGGGGAAGTAATGGGGCATTTAAATCAATCTATTGGAGATCCCTTTTTTGAATACCGATTACGACAACTGATTTTAAAAGGTATTTTTGAAATAAAAGGTGTTCCGAAAGCAATGAGGTATTATAGTGTACGGCTCAAGTAA	MIHEIKRLLKNATEEEMHAVLLSMFMSMEAHEKTDQYTESQLVKDLKRTYQSFLEYKKNQLDIKSDKGYRAVHIVFGDSTSGSLQQALKELNYQEEERIIRFSDMLEVGPIWQLHKEEGLNYRYEWLKNHINLDDEYIDEYKYNFNRTVSMMKAIPKSTPIMIWTGENAHEQIALRYVLFLLKDKINDIFILNATKKYKDHFNVPNNECFPLHTGEILPEKLVRIYEESRKQAPVSQHQLAEFVEEWQALSTMKECLRIWEKQEIINVEETYYDNYMINKAKQLHKERGYNDFIHSARLIGEVMGHLNQSIGDPFFEYRLRQLILKGIFEIKGVPKAMRYYSVRLK				NA	NA	NA	NA	NA
AK148_01928	156			hypothetical protein	ATGTTGCTTGATTTGGATGAATTTGAAGATTTATTGGCTACTTTAAAAGACCTGCAAAAGGATACAGGGGAAATAGCCCATCATATGGAAAAGATGGCTCGAGATTTTGAACGTATAGATCAAATTCTTGCCCAATGGTTTGGAATTAAAAACTAA	MLLDLDEFEDLLATLKDLQKDTGEIAHHMEKMARDFERIDQILAQWFGIKN				NA	NA	NA	NA	NA
AK148_01929	300			hypothetical protein	TTGAAAGAATGGGAAGAGTGGTGGGAAAATTACTTAATTAGACGAAAGCAAAAGGAAGCATTGAGAACACACATAAGAGATGTTTTGCAAAGAAAAGCAAAGGAATATAAAACAACCTTTAATGAATGCTTTTATGATGAGTCACTTTATGAAAAGCATTCCCAAGTGAAAGATGTCTTAGCTCAACAATTTGACGGTAAGGCGAACAGAGCTCTAATAGAACGCCTTGAAATGAATGCTTTAAGGATATCAAGCATGAACGTTAAACGTAATATTGCTTATGACAGTATTCAATTATAA	MKEWEEWWENYLIRRKQKEALRTHIRDVLQRKAKEYKTTFNECFYDESLYEKHSQVKDVLAQQFDGKANRALIERLEMNALRISSMNVKRNIAYDSIQL				NA	NA	NA	NA	NA
AK148_01930	402			hypothetical protein	TTGTATGAGGGTAATACATTAAGTACTTATACTCATCCATTAGCGAAAAAAATAGTGAAATTAACGTCTAATGATAATGAAATGACATTTTTAAAGCAGCAAGATACTAATTTGATTTCTTTACTATCTATTTATATCTTAGAAAAAGCAAAACCCTTAGTTTTTAAGGATGTAATCGAACAATTAAAAAAGTTTTTAGATACTATTAGATGTCTTGAAGATTTGAAACAAATACCAAACAAATTTAATGATAATTATAAACATGTTAAAAAAGTATGGATGGAAGATGGCTTCTTTTATATGGCAAAAGGATGGGAAGAAGCTGAACATCAACGAATGTACATTGCATTGCAAAGCTCAAAGAGAAGAATAAATGATTTATATGAAACTATAAGTAAATAA	MYEGNTLSTYTHPLAKKIVKLTSNDNEMTFLKQQDTNLISLLSIYILEKAKPLVFKDVIEQLKKFLDTIRCLEDLKQIPNKFNDNYKHVKKVWMEDGFFYMAKGWEEAEHQRMYIALQSSKRRINDLYETISK				NA	NA	NA	NA	NA
AK148_01931	360			hypothetical protein	ATGCATTTCATAAAAATGTTTTCAACTGTTCATATAAAGGAATTTTTTTCTCTTTATTTTATCCTAACCTTTATTTTAAATTGGAATTATATTCTTCTAGAAGAAACAATTCAGTATAATATTTACAATTTATTTTCTTCAGTATTTGGAGAAAGTCTATCTCTATTACTAATTACAAACCTAGTATTTTTCTGCTTCCTTTCATTAATATTTGTATACCCTAACAAAATAATTGTTGATACTTATCATTTTAAAGAGAAAAAATATAAAAAACAATTATTTTTAATATGTCAAACAATGAATATAATTATAATCATGTTTATTAATTGTTTATATCAGCTTGCTTTCTATATATTCTAA	MHFIKMFSTVHIKEFFSLYFILTFILNWNYILLEETIQYNIYNLFSSVFGESLSLLLITNLVFFCFLSLIFVYPNKIIVDTYHFKEKKYKKQLFLICQTMNIIIIMFINCLYQLAFYIF				NA	NA	NA	NA	NA
AK148_01932	354			hypothetical protein	ATGCAGGATTTTTTATATATTTACTCTTCTGTTCATAAAGAAAATTGGAAGACTTATTTATATAGCTTTTTATTAACTCCTATTTATATGGTTGCTTCTTCTTTATATGTAGTAGGGGTAAGGCATATTTTATCAGAAAATAGTGGTTTACTATTTCATCTATTAGCGGTTCTTGGCTCCCCCTGTTTTTTTACATTACTCTTTATACGAATTAATCATAATGTGGCTATTCTGTATAAAAAGGAATCTTCTTTAAAATACTGGAAAATTTTCATTATAAGCCAAGGGATAAGTTATATTTTAAGTGTTTTATTTATATTTTTTATAGGAGCAATACTTAGCGATATGAGGTGA	MQDFLYIYSSVHKENWKTYLYSFLLTPIYMVASSLYVVGVRHILSENSGLLFHLLAVLGSPCFFTLLFIRINHNVAILYKKESSLKYWKIFIISQGISYILSVLFIFFIGAILSDMR				NA	NA	NA	NA	NA
AK148_01933	105			hypothetical protein	ATGGAATGGTTAAGAATAATATTAAGCAATATATTACGAGGAATTATACAAGGGTTTAAATTTGTATTTGAACGTATAGAGAATTACTTACAGCGGTTTTTCTAA	MEWLRIILSNILRGIIQGFKFVFERIENYLQRFF				NA	NA	NA	NA	NA
AK148_01934	840			hypothetical protein	GTGAATTCAGCTTTATTACACAACGGTAATGTAATTACGGCTCGAGAATATATTTCAGAGGCCCATGGCAATAGATTATACTGTTTGGATAATTCTTGCAAGGTACCAGTTATACATGTACCTGAAAACAAAAATAGAGCAGCATATTTTAAAACTACTGGAAAAAACGATTCGATTCATGTTCGCGGTTGTGGTTTTGCAAAGCCGCTTACTTTTGTTGAGTCTGTGCAAAAAGTAGGCGAGTATCAAGAATCTCTTTTAGATAAGGGAATATCGGAAACTATAGTAAAAGTCAATTTAAATAAAATAGATCCTGATTACGTATCAAAATCAATAGATAGGGATAACAAACAAAACAAAAAACAGGATCCGAATGAGGTTAAATTAAAACAAGATAATGCTCCTCCTGCAAGTATCGGCTCTCTAAAGTCAGTTGTTAAGTTAATGACATCGTATGAACCTGACATACTAAGTTCTATATTAGTAAATATTAAAGGGAAAAAGATACCAATTTCTTCGCTTATTGTTAACCAAGAAACAGCCCACTATCTATTGTGGGAGGAACGTGTAATCCCTTATGTAAGCTATTTTGTATACGGACAAGTAGAGAGTGTTTTGAGGCTTGAGAAAGTAATTTATATTAATTACAAGACGTCAAACAATGTTACTTTTTCACTTGTAATATTTGATAAGTACTTCAAATTTTTTACGTATACTAGGCAAGAGTTAGAAGGTAAGACTATCCTTGCATGGGGAATATTACGTAAAAATACTTACCAGAATAATAACAAGACAGAAATGGTTATTAAGTCTGATGACTACATATCAATTTTGCCGTAA	MNSALLHNGNVITAREYISEAHGNRLYCLDNSCKVPVIHVPENKNRAAYFKTTGKNDSIHVRGCGFAKPLTFVESVQKVGEYQESLLDKGISETIVKVNLNKIDPDYVSKSIDRDNKQNKKQDPNEVKLKQDNAPPASIGSLKSVVKLMTSYEPDILSSILVNIKGKKIPISSLIVNQETAHYLLWEERVIPYVSYFVYGQVESVLRLEKVIYINYKTSNNVTFSLVIFDKYFKFFTYTRQELEGKTILAWGILRKNTYQNNNKTEMVIKSDDYISILP				NA	NA	NA	NA	NA
AK148_01935	426			hypothetical protein	GTGAGAAATACGAATACGTTAATAATAACGCATAGGAAACAATATCGAGATGGGCTTAAGCTATTACTAAATATCGCTATACCTTATTTAAACGTAAATACTGCAAATTCATTTTTAAAGGTTAATTGCCATAATTATTCTTTTTTAATAGTAGAACCGTTATTTAATAATTTAAATGACATACCAAAAAATATTGATACTATTGCTGAATTATCGAATAAAGGTATACGCATTTGTCTACTTGTAGATAACATATCAGATATTCAACTTTTAAATCTATTGGAAAACCCAATTATTGGAGTATTATTTAAAAAAATGAAAACTAGCGAGATCATATCTGCAGTTGAAAATATAATGAAAGGTATCTATTTTATTCCTCCAAAAGTTGGAAAGTTACTACTTGATGTGTATCAAAAGAATAATTAG	MRNTNTLIITHRKQYRDGLKLLLNIAIPYLNVNTANSFLKVNCHNYSFLIVEPLFNNLNDIPKNIDTIAELSNKGIRICLLVDNISDIQLLNLLENPIIGVLFKKMKTSEIISAVENIMKGIYFIPPKVGKLLLDVYQKNN				NA	NA	NA	NA	NA
AK148_01936	525			hypothetical protein	ATGGTATTACATTTGGTAAGAAATGATTCTAAACAATATGATAAAGATGTTATAACTTGTCAAACACATTGCGAGTTATTTGATAAAAAAACTGGAAAATGTGGTTATTATAATAATAATGTACCATATGATCCGTATTTCACAGCTAAATGTTCATCTTTTTTAAGTACTGAAGCATGGGAATCTTTCTCAAAAGAAGTTTTACAAGAATTTGAGGATCATTATCCAAACAAACCAGCTATTAATATATCATCTAAATTTTCTAATGCTATTTGGTATGTATCACCAGACAAAAATTTTGGCTGTTGGATCATATCCAATAATAAAAAGCGCTTAATGTCTTTAAATAACAATAAAGTAATTCAACGACGAGGCGACAACTGTTATAAATCACCGTATCCTTTACACGATCATGGATATGGCGACACTCGAGGAGCAAACATAGCTTGGATTATAGATACACAAGGTTTTGGTGAATACGCCATGATTATAGATGATGAAATTATTTTCTTAAATTCTAACTGA	MVLHLVRNDSKQYDKDVITCQTHCELFDKKTGKCGYYNNNVPYDPYFTAKCSSFLSTEAWESFSKEVLQEFEDHYPNKPAINISSKFSNAIWYVSPDKNFGCWIISNNKKRLMSLNNNKVIQRRGDNCYKSPYPLHDHGYGDTRGANIAWIIDTQGFGEYAMIIDDEIIFLNSN				NA	NA	NA	NA	NA
AK148_01937	585			hypothetical protein	ATGAGAAGTTTGTATTTCATTGTTATCGTTCTTTTTTTATTGATCTTTCCTATTAAAGTTTCAGCAGCTATGATTAGTATTGATAATATAGAAAAAGGAAAGTCTATGTTTCGTAATGAAAGCAGTTTTTCAGAGTCTATAGATAGTGCTTCTCATATTGTCAATGATAGTGCAATGATATGGTCATCTATAATACCCGGTGTTTTTACTGTAATATTTATATATTTTCTTATCCGTTTTGCTTATGCTTTAATTACAAAAGTAGGGAGTACTCTAAAGTCAGCAACTTGGGGAATTATATCGGTTCCGCTAATCTTTATTTTTTTTAGAATAACTGGTATATTTATGCTATCAGAAAACAACATCACAAGTGTTGATAGGTATTTGAATGATCTGATTTCATTATTATCATCATCTATATTCTATGTATCAATTGGATTAGTTTTAATTAGTATAATATTTAAATATGCAAATATTTTAATAGAACATCCTGCTTATGGAAGATGGAGCAAAAGGTTGTTATTATTTTCTTTTATATCTATTTTGTTATCTGTAATAATAAAACCATTACTATATAATATATAA	MRSLYFIVIVLFLLIFPIKVSAAMISIDNIEKGKSMFRNESSFSESIDSASHIVNDSAMIWSSIIPGVFTVIFIYFLIRFAYALITKVGSTLKSATWGIISVPLIFIFFRITGIFMLSENNITSVDRYLNDLISLLSSSIFYVSIGLVLISIIFKYANILIEHPAYGRWSKRLLLFSFISILLSVIIKPLLYNI				NA	NA	NA	NA	NA
AK148_01938	699			hypothetical protein	ATGATATTAGAAGAACAGGGAATAATTGATTTCACAAAAAAAATACGAGAAAAGCGTTTCAATCTAAATGAATTAAAGATTAAATACAACCCAGACGAACGAAACCCATATGCACTTCTTAATGTACATGCAGTAGATGGGGTTCATCAAGATGATACATATTACGATAATCTTCAAGAAAATATTATAGCAAGTAACTTTAGCTGGTTTGAACCAATTTGTAGGTTTATAAATACGCCATTGGAGGCAATTTTAAAAGTAGACGAAGACGGTAATTTTATTATTGGTGAAATAAAAATAAAATTTGACATATATATACCTAAAAGAGTAGATTCAACTTTATCCTTCTTATACAATAGAATAAAGCCTTTTGTCATGTTAAATGAGTATTTGGATTCTGTTCATTTATGGGGATACGAGGGAAAGCTAAGTAAAATATCTTTTTTAATGAATATTGATGCAAGAAAGATCAATAAACTCCTGAAGGAAAGAGCTTTAAATAGATCTATTTTGGATCAATGGTTATCTGTAATAAACAGATGTGAAAAGGAAAATACAAGTTCAAGACAATACGAGAATAAATATGATGTAGTATCTGGAAAGATTAATATGGAATACAAATATGAATTAGTATCGCATTATTTTGGCTTGTCATCTAATCTGATTAAAGAAATAAAAGCTTCTGGGGTTCAGAGGTAA	MILEEQGIIDFTKKIREKRFNLNELKIKYNPDERNPYALLNVHAVDGVHQDDTYYDNLQENIIASNFSWFEPICRFINTPLEAILKVDEDGNFIIGEIKIKFDIYIPKRVDSTLSFLYNRIKPFVMLNEYLDSVHLWGYEGKLSKISFLMNIDARKINKLLKERALNRSILDQWLSVINRCEKENTSSRQYENKYDVVSGKINMEYKYELVSHYFGLSSNLIKEIKASGVQR				NA	NA	NA	NA	NA
AK148_01939	612			hypothetical protein	TTGGAAAAGATTGATGTTATAACAATAGGTATCCTTATATATTATGTACTTGATCACTACTTTATAAAAGAATTATATAAACCTATACCAGTTGAAAGAGACCCATACTGGCAATCGATATATGGTGTTGTTAACGAAAATGCGAACTCTATGAAGATATTGGCTAATGATTCAATAATGCCATCAAACGATAGATTAATGGAAAAAGAAATTTCAACGGATACAGAAACCAAAAACATAGTTAATCAATTACAAAAAGAATTTGGTATAGGTGGTACAGAAGAAGATACAATAATAAGTGAAGAAAATTATGAGCAAGTTCTAGATATAAATGAGTTAGATTTAGTAAAAAGTTGTAATATAGATTCTTGTACATCAACTAATCTAGTCTTAAATGATAATAAAAAAGAATATCAGATATGGTATGTGATTGTTGTTGGTAAAGAAGGACCTTTTCTGCATGTGTATGACGGAAAAAGAAGGTGGATACATGTTGGTGAATTTGTAAAGGGTGTATACATTAATGACGATCTGCTGCTTACCGTTAAATACACAAATAAAAAGTTAGAAGTGTTTGACATGATAGTCAACCCCCTTTCTTTACCAGTATAA	MEKIDVITIGILIYYVLDHYFIKELYKPIPVERDPYWQSIYGVVNENANSMKILANDSIMPSNDRLMEKEISTDTETKNIVNQLQKEFGIGGTEEDTIISEENYEQVLDINELDLVKSCNIDSCTSTNLVLNDNKKEYQIWYVIVVGKEGPFLHVYDGKRRWIHVGEFVKGVYINDDLLLTVKYTNKKLEVFDMIVNPLSLPV				NA	NA	NA	NA	NA
AK148_01940	3336			hypothetical protein	ATGCTAGGTAACAATCACTATATAAAAAAAGAAACTATAGATACTCCTAAAATGGTTGAATATCGACATCACCATTTATATCAAGAAACATTTTGCTACGGCATAGCCTTAGGAACGAATGATAAACATAAAGATGTAATTTTAGCTTTAATTGTAGCTGGTAATGATTCAAGTTTACAAGCATTAAAAGCTAGTATGGATATTGGAAGTAATGGTATATCTTTTGGATATGGAATTAAAACAGATTCATGTTATAAATTCCATTCTGAAATAAGAAATTTAAAAACTGAAAAGGGGAAATATAGTAGGTTTCCTTTACCCATAGAGGGAGAAAATAATTTTAAAGCTATGGTTATGATGCATGATGATGTGATATCTAATTCAGGTGATTATATATTAAGCTTTAATAATGATATAGCAGAAGATATTCTAAATTATTTCGGAGGAAGTAAATATGGACTTCACTTGCTTCCTGAGTGGAAAGATGCATTATACAGTATATTAAAGAGTGAAGGTTATTTACATATTATTCCTATGTATTTAACAGATGGCATTTCAATGTCATTGTTTCAAATAAATATAACGGAAGAAGAAGCAGATCAACTTATTACAAATGGTATTAAAGATAATATATTTAAATTTCCTCCAGACGCTGGTACTGGAGAAAATATAAAAGCAATTGATACATTAGAAAATTATTTGACAACGAATGTGGATTCTATGATGACTAAAATAAATAATCAAGTTTCGCCAACTCATGATCCAATCAAGGATAAAAGCTATGATTTCAATTATGTTAGAGAACTATTTCCTGTTCAAGCACATGTTGCTACCGCTCTTGTAAAAACGCTAAAAAAGCAGAAATGTGTACTGCTTGAGGGAGAGATGTCAACAGGAAAAACAACAATGATGACATCTGTGGCAGATGTATATGCGAAAATACACAAAAGAAGAGGATTTTTCTCTTGTGTAATGGTTCCACCAAACTTAACCAAAAAATGGCCACAGGAGATTAAAAGTATATTAACAAACGCAGAAGTGCATGTTATTAATCATTCTTCTCAGTTAATTAATTATCACACAGAATGGATACAAAGAGGTAGACCAAAACCAAATAAGCCAATATTTTTTGTAATTAGCTATAATACGATGAGGGATGGTAGTTCTATCGTACCAGCAGCAAATTTTCAATATAAGACTACTAGTTATTCTATAAAAAATGGGTTAGAACCGTACAAATATGGGTGGTATTGTCCGCATTGTGGAAAACCTCATCAAAAAATTATTAGCTCTAATACTATATATGACGAGGATGGAAATCCGAAAAAAGAAGAAGAAAAAGTAATACTTAGTGAGTCAGAATTTGGCACCACACGTAGAGTTCATAACACAAAATTTCCTGCAAATGCCTTTTGTAGTGAATGTGGAGAAAGCTTATGGACTAGAAAGGTTGTAAATCAATACAGTGGTTTTAAAGATTGGACCAAATACGGAAAAAAATTAGTACATGCATTAAAACAAACTAATTCCAAAACACTTGTTAAACAAATTCGACAAACACAGAAACCTTTAAAAAAATCCAGAAAACATCCGCGAAAAGTAGCGGCTATTGAATATATCAAAAGAAAAATGAAAAATTTCTTTGATCTGACAATCGTTGATGAAATTCATTTAATGAAAGGTGGAAATACAGCTCAAGGGAATGCATTAGGGTCCTTAGCTGCAGCAAGTAAGAAATTAATAGGAGGTACTGGTACATTATTTGGTGGAAAAGCTGAAGATGTCTATTATATTTTATGGAGATTATTTCCATATATGATGATAAAAAATGGCTATGAATATTCAGAAGTGAATAAATGGAACCATGAATATGGAAATGTTGAAAGCACTACTATAAATTATAGTGGTTCTTCAACCGGAAATGAATTTTCCAATAAAAACAGTCACGGGGGAAATACTAGAAGCACTGAAAAGGTTATACCAGGTATTTCACCCTTTGTTTATGGTAAATTTCTAATACAAAATTCATGCCTAGTAAGATTAGTTGATGTTTGGCCAGACCCTGTTGAATTAATAGACGTTCCAACAATCTTAGTACCAATGAATGAAGAATTAAAAAATGCATATATAAATATGGTATCTACTTTCAAAAGTCAAATAGATAAAAGAAAAGATGGTAAAAAATTGTATCTTCCCCTTACTCAAAATGGCGTTTCTTATCCTGATAATCCATTTACTTATCCGGATATTTACTACAAGTTAAATGGTGAAAAGAAACGCATCTGGGAGTCTATACATCTGGATGAAAAACTTTTACTTAATAAAGAAAAGAAGTTACAGGAAATCGTTGAAGATGAAATAGCAGAGGGAAGAAAGTCTATTATCTATGTACGTGATACTGGTGCATCAGTTGAAGGAAAAGATATACGACCACGTCTTAAAGAAGTATTGACTACTATTGGAGCAAAAGTTTGTATTCTTGACACAAGTACCACTGAAACAAATAATCGTTCTGAATGGCTAGAAAATAAAATTGTGAATGAAGATTATGATGTTTGTATTGTTTCCCAAGAGCTTGTAAAAGTAGGTTTAGATCTACTTTGTACTCCTACACTAATCTTTTATCAATTTTCTTGGTCCTTATTTACCATTAACCAAGCCAGTAAAAGATCCTGGCGAATAGGACAAACAGAAGAATGTCGTCTTTATTATTTAGCATATGATAATTGCTATCAAGAACAAATGGCTAATCTTATTGCTAAAAAACAAAAAGCTACTGCTGCCATAAATGGTGATGTTTCATCTGATGGTCTATCTGCAATGTTAGGAGATGAAGGAGATCTACAGGCGGCTTTAGTGAAATCTATAGAAGAGGGAGAAGTAATTCAAGGTTCCGCTGAGGAATGGGTTTCGCAAATGTCTGATAGAGCCAGGGAACTTTTATCGGGTATTGGCAAAAAGAAACATCAATCATTGGAAAAACAATTATTTAATTGGATAGAAAAAACAATTATAACTGAATCAACGAAAAATATACTTACTAATAAATTAGATGTAATTTCTGCATGCATTAAAAAAGGAACCATAAGTGGTTTTTCATTTAATAAAGGGGTATTAACTGTAGATCTTATCAATGCTTTCGGTATTGACATAATAGATGAACAATCTATATTAAAACATCTTTTACCACCATTAGAGAAAGCAGAAGAAACAGTTACAAATACATTTTATTTGAATAAACAGGTATCAATAATTACTGTTGCTGAAGAAAATAAAAAAAGGAATAAAAAGTCACCTGTAAAAGGTCAACTAGGTTTTGACTTATTTGCTCTCTAG	MLGNNHYIKKETIDTPKMVEYRHHHLYQETFCYGIALGTNDKHKDVILALIVAGNDSSLQALKASMDIGSNGISFGYGIKTDSCYKFHSEIRNLKTEKGKYSRFPLPIEGENNFKAMVMMHDDVISNSGDYILSFNNDIAEDILNYFGGSKYGLHLLPEWKDALYSILKSEGYLHIIPMYLTDGISMSLFQINITEEEADQLITNGIKDNIFKFPPDAGTGENIKAIDTLENYLTTNVDSMMTKINNQVSPTHDPIKDKSYDFNYVRELFPVQAHVATALVKTLKKQKCVLLEGEMSTGKTTMMTSVADVYAKIHKRRGFFSCVMVPPNLTKKWPQEIKSILTNAEVHVINHSSQLINYHTEWIQRGRPKPNKPIFFVISYNTMRDGSSIVPAANFQYKTTSYSIKNGLEPYKYGWYCPHCGKPHQKIISSNTIYDEDGNPKKEEEKVILSESEFGTTRRVHNTKFPANAFCSECGESLWTRKVVNQYSGFKDWTKYGKKLVHALKQTNSKTLVKQIRQTQKPLKKSRKHPRKVAAIEYIKRKMKNFFDLTIVDEIHLMKGGNTAQGNALGSLAAASKKLIGGTGTLFGGKAEDVYYILWRLFPYMMIKNGYEYSEVNKWNHEYGNVESTTINYSGSSTGNEFSNKNSHGGNTRSTEKVIPGISPFVYGKFLIQNSCLVRLVDVWPDPVELIDVPTILVPMNEELKNAYINMVSTFKSQIDKRKDGKKLYLPLTQNGVSYPDNPFTYPDIYYKLNGEKKRIWESIHLDEKLLLNKEKKLQEIVEDEIAEGRKSIIYVRDTGASVEGKDIRPRLKEVLTTIGAKVCILDTSTTETNNRSEWLENKIVNEDYDVCIVSQELVKVGLDLLCTPTLIFYQFSWSLFTINQASKRSWRIGQTEECRLYYLAYDNCYQEQMANLIAKKQKATAAINGDVSSDGLSAMLGDEGDLQAALVKSIEEGEVIQGSAEEWVSQMSDRARELLSGIGKKKHQSLEKQLFNWIEKTIITESTKNILTNKLDVISACIKKGTISGFSFNKGVLTVDLINAFGIDIIDEQSILKHLLPPLEKAEETVTNTFYLNKQVSIITVAEENKKRNKKSPVKGQLGFDLFAL				NA	NA	NA	NA	NA
AK148_01941	861			hypothetical protein	ATGAAAAAAAGAAATAATAAGAGAAATGAAAAAGTTGAGGAATTAGTTAATCTTCTAGAAGATGGAGTAATTAATTTTATACCAGATCCAGAAAAGTTTAAAGCTATTTTGGAAATGCAAGCTCTACTTCCTCAATATTCGTTTAGAAATATTTTTGTTGCTCAATCTCAATATCCTAATGCTTATTTCATAGCAGGTTATAAAAAGTGGAAAGAGTTAGGGAGAAACGTAAAATTAGGAGAAACAGCCATCCGTATTTTTGCTCCAGTTATAAAAAAAGTGAAGAGCAAAGATAATTCACATGAAAAAAAAGAAGAGATTGTAGGTTTTTATCCCGCTCCTGTTTTCGATTATAGTCAAACCGAGGGAAATCCGTTACCAATTGAAAAAATACAAATTAATTTAATTGGTGATTCCAACGAAGCTAAAGAAATCCTATATATAGCAAAATTAATAGCAGAAAATGATGAATGTATGGTTCAGTATGGTGATACAGGGGGAGCAAATGGTCTTTATAATAGAGACAATCATTCAATTACTATCTCAGATAAACTATCTACTAATCATCAGTGTAAAACATTAGTTCATGAATTAGTTCATAGTAAAGTAGATAGAAAAGATACTGGTACAAGTAAAGTAGAAAAAGAGGTAGTTGCAGAGGGGACAGCTTTTGTTGTTTGTAAATACTTTGGATTAGATACCTCTGATTATTCATTTGAATACGTCCGAGGGTGGGGAGGAGAAGATAACCCTATTCTTCGTTACGGTGAAAAAATTTCTTTGACCTCTAATAATATAATTAATGAATTTATGGAAATTAAGAAATCTTTAATTGATATTGATAAATCTTTAGCATCATAA	MKKRNNKRNEKVEELVNLLEDGVINFIPDPEKFKAILEMQALLPQYSFRNIFVAQSQYPNAYFIAGYKKWKELGRNVKLGETAIRIFAPVIKKVKSKDNSHEKKEEIVGFYPAPVFDYSQTEGNPLPIEKIQINLIGDSNEAKEILYIAKLIAENDECMVQYGDTGGANGLYNRDNHSITISDKLSTNHQCKTLVHELVHSKVDRKDTGTSKVEKEVVAEGTAFVVCKYFGLDTSDYSFEYVRGWGGEDNPILRYGEKISLTSNNIINEFMEIKKSLIDIDKSLAS				NA	NA	NA	NA	NA
AK148_01942	1911			hypothetical protein	GTGAGTAATTTGGGATATCAAATAAAAAAACTAAGTGTTAATAGTAATTTAACTGAATATAATTTACAAGTTATTGAAAACCTGTCGAAAGTGAATATCTTTGTAGGATCTAATAATTCAGGTAAAAGTAGATTCCTTAGAGGAATATTTGCAATTGATAAAAGTCTTTCCTTTATACCTCCAGAAGAAATGGTAGACGTTGAGAAATACCACAAAAATTTAACCGATTTCATGGATGAAATAATAACCATTATAAGAAAAAGTTTTCTAAAGGGTATCGGTAATCTTAATATAAACGAATTAATTAAAGAAATCGAATCGTATAAACATACCCAATTTTTAAATGAAGATAGGGATTTATTTAAGAGCTTTTATAGATTAGTTGATGAAATAGGGGAACTGGATAAGTCATCTACTGTCACTATAGAAGCACCCACTGCAAGAACAGACGATGATGCACTTGATCAGGTAATAAATAGCTTAAAAGCATTACCTAATGTTTACCAATCAAAAATGGGTGAAATGTCCCCTTCTGGTAGAACCAGTTATCAAATAAATTTCAAACGTGTTTATATCCCTACTTTACGTGGCCTTAGAGGATATGCAGATACAATCGATACTGGGAAAGATGTTTATAAAGAAAGAACGAAAAATGATTACTTCAAAGAAGCATCGAAAGCATTAGAAATACACACTGGACTTAATCTCTATGATGAAATAACAGACATGTTATTAGGAACTGTTCAACAAAGGTACAACATGCAGAAATTTCAAGAATTCTTGTCGGAAACATTCTTCGATAGGAAACAAGTTACACTTACACCCGTTAGGAATTTAGATGTTATAAAAGTGAAAATAGGGACAGAAAAAGAAAAAAACATATTTGAATTAGGGGATGGCATACAATCCCTAATCATCCTAACTTTTCCGTTATTTAAGTTTTTAGAAGAAAACTTGCTATTATTTATCGAGGAACCTGAGTTGTATTTACATCCAGGTATGCAGAGAAAATTTATTGAGGCTATTACGGATGAGCAATTATCGCATCACCAATTTTTTTTCACAACCCATTCAAATCATTTTTTAGATATGACACTTGATATGGATATGATATCCGTATATAAATTCAACAAAGAATTAGGAGAACATTCTGGAAGACCTACTGAAGAAATAGATGCAACTTTCTCTATAGAAAATGTAAGTAATGAGGACAAGAGCGTGTTACAAGAACTTGGAGTTAGAAATTCAGCTGTTCTTCTATCTAACTGTACCATATGGGTTGAAGGTATTACAGACAGGTTCTATATAAGACAGTTTCTAAAAGTATTTCAAGAATACCACTCTTCTTTAAAACAATTTAAAGAGGATATACACTATTCATTCGTTGAATATAGTGGTGGCAATATAACTCATTGGTCATTCTTAGAAAATGAAACAGAAGCTGATGCAAGACATGCTTCTATGAATGTAGAAAAAATCTGTAGCACTCTTTTTTTGATTTCAGATAAAGACGGTGATAATAAGCGTCCACGGCAAGAAAAGTTAAAAGAAGTTCTAGGAGAAAGGTATTATTGTCTGGAATGTAAAGAAATTGAGAATATACTTTCTGCAGATACAATTAGAAAAGTAATTGCTGAATATGAAAAGAGTACACTAGAACACCTAGCCAACAAAGACTTCACTCAAGAAGAATACAGTAACATGTATCTAGGTACCTTTATAAATTCTTTATTTGAAGAAGGGGCTAGGAAAAGAAGAGGTAGTTATGCTGCAGATTCAGGAACTATAGTAAATAAATTGGATTTTTGCAAAAAATCTATTAACCATATAACTACTTATGATCAATTAAGTGAGGAAGCCCAGAAATTAAGTCAAGTTCTATACGACTTTATAAAAGAACACAATGAGTAA	MSNLGYQIKKLSVNSNLTEYNLQVIENLSKVNIFVGSNNSGKSRFLRGIFAIDKSLSFIPPEEMVDVEKYHKNLTDFMDEIITIIRKSFLKGIGNLNINELIKEIESYKHTQFLNEDRDLFKSFYRLVDEIGELDKSSTVTIEAPTARTDDDALDQVINSLKALPNVYQSKMGEMSPSGRTSYQINFKRVYIPTLRGLRGYADTIDTGKDVYKERTKNDYFKEASKALEIHTGLNLYDEITDMLLGTVQQRYNMQKFQEFLSETFFDRKQVTLTPVRNLDVIKVKIGTEKEKNIFELGDGIQSLIILTFPLFKFLEENLLLFIEEPELYLHPGMQRKFIEAITDEQLSHHQFFFTTHSNHFLDMTLDMDMISVYKFNKELGEHSGRPTEEIDATFSIENVSNEDKSVLQELGVRNSAVLLSNCTIWVEGITDRFYIRQFLKVFQEYHSSLKQFKEDIHYSFVEYSGGNITHWSFLENETEADARHASMNVEKICSTLFLISDKDGDNKRPRQEKLKEVLGERYYCLECKEIENILSADTIRKVIAEYEKSTLEHLANKDFTQEEYSNMYLGTFINSLFEEGARKRRGSYAADSGTIVNKLDFCKKSINHITTYDQLSEEAQKLSQVLYDFIKEHNE				NA	NA	NA	NA	NA
AK148_01943	1035			hypothetical protein	ATGTATGATAACGAATTAGATTTTTATAAAAGTTACAATTCAGAACGCTACATTCATTTTCGATTTGTTCCTACTGGAAACTATGAATTCATTGAATCGAAGCGGAATGGAGAAGTTGTTTATAATAGAAAACCAATTTTAGAGAAACAAAAACTAAGTTTTGAAGAAGTTAAACAACTAAATTTAGATAATTATGGACAAGACGTTCGAACAGCCGCTGATGATTTTACACTGATACATAACTATTTAATGGATTTTTGGAGCGCTATTATGGGGTCAGATCCAGTCATGCTTTACATACATTTAAAACGATATTGCTTTCAAGGTAAAGATTTCTGCTTCCCTAATATGAGTACTATTAGAGCAAAAATGAAAAAAGGAAGCCAAGCTACCATAAATAAAAATATAGAAATCCTCGAAGAACATGGATTTATCGCAAAAATAAATCGTATAGATAAGGAACGAAATAACGGCTATTCTGGTCCATTTTTTAAGGTTAGAAGATATGTTCCTCTTCTTTCAATAGATTTAATAGATAAATTACCAAAAGAATTACAAAAAGAGCATGATAAATTTTTAGCGAAAGCTAATGGTATTGAACTTAATGAAAATTTTGATACAGATAAATTTTTAGATGATTTAATGAAATCTTCTGAACTGATGAAATCCAAAAATCAAAAGGAAAAAGAGAAAGAGTTGATACGTAAAGGTAGAATAAAAGATTATATTGTTTCTCAAATGTCTAAAGAAGAAGTCGACAACTGGATGATCTTCCTAAAGAACATTGAAGATAAAGTCTCTAAACCTTCCTTTGACACTTGGTTTACAAATTCAATACTCTTTGTTAATACTAATCAAAAATCAATTAAAATATATGCGCCAAATAATTTTGTATCAGATTGGCTTATGAACCAGTATAAAGAACTTATTTTAAATATAGTAGAAAACACCTTTTTTATAGACGATATAAAATATTTTGAGTGTAATCTATATGAACATTATAATAATGATGCTACTCGGAAATCTCCTAGTTAG	MYDNELDFYKSYNSERYIHFRFVPTGNYEFIESKRNGEVVYNRKPILEKQKLSFEEVKQLNLDNYGQDVRTAADDFTLIHNYLMDFWSAIMGSDPVMLYIHLKRYCFQGKDFCFPNMSTIRAKMKKGSQATINKNIEILEEHGFIAKINRIDKERNNGYSGPFFKVRRYVPLLSIDLIDKLPKELQKEHDKFLAKANGIELNENFDTDKFLDDLMKSSELMKSKNQKEKEKELIRKGRIKDYIVSQMSKEEVDNWMIFLKNIEDKVSKPSFDTWFTNSILFVNTNQKSIKIYAPNNFVSDWLMNQYKELILNIVENTFFIDDIKYFECNLYEHYNNDATRKSPS				NA	NA	NA	NA	NA
AK148_01944	360			hypothetical protein	ATGTATTTACTTTTATTTACCATAATTTATTGTGTTATAACACAGACTTTGAATATTTCTTATGAATATGCTATGGGAATTTATATAATAGGTTTAAGCCTTATAAAAGGGTTTTTTAGCGAGGAAATAAAGGATATTTTTAATTTCCAAAAAGCAAAGAAATTATACGAACAGAACGGATTTAATAATTCTTTAATGGAACTTTTATCTTTAATATTAATATTTGTTAATTCTTATTTAATTGATTATAAGCCCTTCCATCTTTTCGAATTTGTTTATATATTTTTTCTTATTACAATTTTATATCGTTTTTTATTTTGGGGTACAACACAAACACTTAAAAAGTTAACTTATAAGTAA	MYLLLFTIIYCVITQTLNISYEYAMGIYIIGLSLIKGFFSEEIKDIFNFQKAKKLYEQNGFNNSLMELLSLILIFVNSYLIDYKPFHLFEFVYIFFLITILYRFLFWGTTQTLKKLTYK				NA	NA	NA	NA	NA
AK148_01945	603			hypothetical protein	GTGCTTAAAAAATTCTTTTCTGTATTATGCGTTTTTGCTGTTGTTTTAGGTCTTTCTTTTCCAATAAGTAGTCATGCTAGCGAAGTTAATTATGGTGAAAATGAAAAACAAATTGATTGGAAATATGGCACAGATGTTACTGTAGATAAGAATCAGGTCCAAATGGCAGAAAAACTGTCTACTTATTTTGAAGAAAATACAGATGGCACTGTTGATTTTAATGCCGATAAAGAAACTCTTATGGATATTGGAATTTCAGAAAATGATGCTGAATTAATGGCTTCAATTAATTCAGATGATTTATCTTTTAACGAAGAAAAACAAGAACAACAAATTCAAGGCTTTGTAGGCATGCACTTGAAATTAGGGCCAAAAGTTAGAGCAATGAATGCTATAGTAGCTGGCGCATTTGCTGCAGGGTACGTTGGTTGGCATGTAAAGAAAATTGCTGCTGCAGGGCCTTGGGGCGCTGGTGCGGCTGCAACCATCACCGCTTCAACAGCCGGGGTAGTTGGATGGGCAGTCAAAAATAAGTTAAAAAAGGTTAACGTAGGAGTAAATATTGCCCGTGTAAGCTTATCATACACTGTAAGAATACCATAA	MLKKFFSVLCVFAVVLGLSFPISSHASEVNYGENEKQIDWKYGTDVTVDKNQVQMAEKLSTYFEENTDGTVDFNADKETLMDIGISENDAELMASINSDDLSFNEEKQEQQIQGFVGMHLKLGPKVRAMNAIVAGAFAAGYVGWHVKKIAAAGPWGAGAAATITASTAGVVGWAVKNKLKKVNVGVNIARVSLSYTVRIP				NA	NA	NA	NA	NA
AK148_01946	201			hypothetical protein	ATGATTATAAAAATATGTGATTTTTCAACTACACATCAATTATGTATTGTTGAAAAGCATGGTTATCAATACGCTACAATGTGGGCAACTGAAAGGGATAAATTCGGTAATATTACTAGCCCTACAATAGCTCAAGTTATTCAGGCTTTTAAAGAGGATAAACATAATTTTCAACCATATAGGGGTAAATTATATATTTAA	MIIKICDFSTTHQLCIVEKHGYQYATMWATERDKFGNITSPTIAQVIQAFKEDKHNFQPYRGKLYI				NA	NA	NA	NA	NA
AK148_01947	231			hypothetical protein	ATGAAATTTGATGAAAATATAACAAAAAAAATTGTACTAAGTGATAGATATTTATCATTTGTCTTTATGGATTTATCATCCAAGAATAAACATATACTAGAAAAAGATGTGTTAGAGATAATTTTTAATTCTTTTATATACGAAGACTCAGTATTTATGCGTTTATATGTAGAGGAATTCTTTAGGCTTAATAACACCAGAGGTGAATTATATGATTATAAAAATATGTGA	MKFDENITKKIVLSDRYLSFVFMDLSSKNKHILEKDVLEIIFNSFIYEDSVFMRLYVEEFFRLNNTRGELYDYKNM				NA	NA	NA	NA	NA
AK148_01948	1077			hypothetical protein	ATGGCACATGTGGGATCTAAAATAAGATCTGGATTTTTCGAAACCCCGTATTCACAAGGATTATATATATCAAAACTTTTAAAAGCAAATGGTAGTGGCATATGGTTTGACCCTACCTGTGGCGAAGGTAAAATCCTACAACAACTTGCTAATAATGCTTCCACTTCTGATAATGAAATTATCACCTATGGAGTAGAACTAGATAAAGGGAGAGCAGCATCTGCAAAAAAAGAATTAACTAAAGTTCTTCAATCTCCAATAGAAGCAATGGTAATAAGCAACAATTCTTTTTCTCTTCTGTTTCTTAACCCACCTTATGATTACACTATGAAAATGGACGTATCTAAGGTCGAAAGAAAAGAGTATATAGAATTGCAAAGAAATACCAGATATTTAGCTGATGGCGGCATTCTAATTTTTATAATCCCATCTTATCAGTTTGCCAATGAAAAAATAGCTAGATATCTTGCTATAAATTATGAAGATTGTGGGATAATGTCTTTTTCAAAAGAGGATTATAATGATTTTCGTCAATGTGTTTTTATTGGCAGAAAAAGAAAAGGAAAATTTAAACACTTTAATGCAAATGGAAAAAAACTATATAATTTTCTCTTATCTATGGATTCTGAAGACTTTATTTATAAAAAAGTAACCCCGATAAACAGAATGGTAGGAAATAAAATATGGGAAGTTCCTGCAGGTAAAAAAGAAATAAAAACTTTTTATTCAAAGCTAAGGAATAAAGAGGAATTTACAAACAAAATCATTTCTTCTAAAGGATTTGAAGCATTTAAGAAAAGAACCACTACTCCATCTTTAACTATTGGAGGCGACCCTATACTTCCCCCTAACAAGGGACAAATCGCTCTCTTACTTGCATCTGGCGTAATAAACGGCCAGTTGGGTAGCGGAAAGGATTACCATCTTGTACAAGGGCAAGAAATCGTCGAAACTATTTCAGAAACAAAAACAGAACTAACAGATAGTGCAAAGAAAACCATAACTACAGATACAACTAAAAGATCTGTTTCCATAAAAGTAATTCTACCTGACGGTACAATAAAAAAATTCATATAA	MAHVGSKIRSGFFETPYSQGLYISKLLKANGSGIWFDPTCGEGKILQQLANNASTSDNEIITYGVELDKGRAASAKKELTKVLQSPIEAMVISNNSFSLLFLNPPYDYTMKMDVSKVERKEYIELQRNTRYLADGGILIFIIPSYQFANEKIARYLAINYEDCGIMSFSKEDYNDFRQCVFIGRKRKGKFKHFNANGKKLYNFLLSMDSEDFIYKKVTPINRMVGNKIWEVPAGKKEIKTFYSKLRNKEEFTNKIISSKGFEAFKKRTTTPSLTIGGDPILPPNKGQIALLLASGVINGQLGSGKDYHLVQGQEIVETISETKTELTDSAKKTITTDTTKRSVSIKVILPDGTIKKFI				NA	NA	NA	NA	NA
AK148_01949	453	ssbA_2	COG0629	Single-stranded DNA-binding protein A	ATGTTAAATCGTGTCGTACTTGTTGGTAGATTAACAAAGGATCCTGAATTACGTTATACACCAAATGGAGTAGCCGTAGCTAATTTCACACTTGCGGTGAATCGTCCGTTTACTAATCAACAAGGAAACCGTGAAGCTGATTTTATAAATTGTGTGGTTTGGCGTAAAGCAGCGGAAAACCTGGCTAATTATATGAATAAAGGTAGCATGATAGGGGTTGAAGGACGTATACAAACACGCAGGTTTGAGGGTAAAGATGGAAAAACAGTATTTGTCACGGAAGTGCTTGCGGATAATATACAATTTTTAGAAACTAAAAATTCATCTCACAAAAACGATAATAGCATCACCGGTTCTCAATTGTATGGAAATCGCCAATCTGAACCACAATATAACCCTTTTCAAAATAATGGGGAGCCTGTTGATATTTCAGATGATGATTTGCCATTCTGA	MLNRVVLVGRLTKDPELRYTPNGVAVANFTLAVNRPFTNQQGNREADFINCVVWRKAAENLANYMNKGSMIGVEGRIQTRRFEGKDGKTVFVTEVLADNIQFLETKNSSHKNDNSITGSQLYGNRQSEPQYNPFQNNGEPVDISDDDLPF				NA	NA	NA	NA	NA
AK148_01950	189			hypothetical protein	ATGACAAAAGAAATATTTGATTTAACTACGGGAAAAAAGTTAATCAATATGAAAGAGACTAAAAGAAAAACTTTTCATGTATTAGATGACGGTTCTATGGTTTCTTACATGAAACCATCTAAGTTAGAACGGTTCAAAAGTAAAATTAAAAATAATTTTAACTATTTCTTTGATTTAAACGAGGAATAA	MTKEIFDLTTGKKLINMKETKRKTFHVLDDGSMVSYMKPSKLERFKSKIKNNFNYFFDLNEE				NA	NA	NA	NA	NA
AK148_01951	516			hypothetical protein	ATGACAAAAGGAAAATTCTTAAGCTCAGAAATGGTAAAACATTTAGACAGGGATAGTTGTTCTAATATGACACAAATATTAGAAACTGCAGTAAAAGAATCAACTGGGGTAAACTGTAATTTGAAAAACTGGGATACTAAAAGTAATAATACATTATTTTATGATTTTAAAGGCTATATAGCGGTCAGTAAGGATAATCATAAGATAATAGCATTTGTGTTCTTTTCCTGGCTAATTAATTATGATGGAGTAAGAATAGAAATATATAAAAGTTTTAATAATCTATGCAAAAAAAAATTGAGTAAATGGAAATCTCAACTTGATAGTGATTTTAAGTATTGGAAGCTTCAAGTAAATTCAATTTCTAAACAACTAATTCAACTACAAATAGAAGAATCATTTGAAAATATATCTAAATACGAAAAAGATAAAGAAACAGCAATGAATGAATTGTCTACTTTAAAAAGACTCATTCATTCAGTGAATCTAACTATAGAATATAAAAGTCTGCCTTAA	MTKGKFLSSEMVKHLDRDSCSNMTQILETAVKESTGVNCNLKNWDTKSNNTLFYDFKGYIAVSKDNHKIIAFVFFSWLINYDGVRIEIYKSFNNLCKKKLSKWKSQLDSDFKYWKLQVNSISKQLIQLQIEESFENISKYEKDKETAMNELSTLKRLIHSVNLTIEYKSLP				NA	NA	NA	NA	NA
AK148_01952	156			hypothetical protein	ATGAAAGAGAACGATAACAAAGTTATACCGTTTAATAAAGTACAAACAATCCGTTTCAAATCAATGGAGGATATAATTAAAACCAATCGTAACAAAAGGAAACTAAGATATAATTATATTATGGAGAAAATTAATGCAATATTAAAAGATAGCTAA	MKENDNKVIPFNKVQTIRFKSMEDIIKTNRNKRKLRYNYIMEKINAILKDS				NA	NA	NA	NA	NA
AK148_01953	147			hypothetical protein	ATGCCACAAGTTGAAGAAAAGAAAAAAACAGGCACTATTAAGTTTCGTCCTCAAGAGGTTATAAATAAAGAAAGGCAAGAAGAAAGAGAGAAAAAAAGAGAAGAATTACTTTTAAAAGTTCAAAGAATTTTAGAAGGTAAAAATTAA	MPQVEEKKKTGTIKFRPQEVINKERQEEREKKREELLLKVQRILEGKN				NA	NA	NA	NA	NA
AK148_01954	1158			hypothetical protein	ATGAAAGATAGCATACAAACAAATTATCATAATGCACTTAACTCGTTTTGTACAGAGTTAGATCCGGTAATACAACTCTTTCAAAAGCAAAAAGCAGAGGGTAAATTAAACCAAAATTATTTACCAGTTTTAATTGCAGCTCCTGTTCGAGAAGTCTTAACATATAATGGTATACAACGTATTAGATTAGTATTACTTATATTGGGACTACTAATAGTTCCTCCATTTACTATAGGTTATATCCTAAATATATTTTATGACTATCCTTTTTTGTTTATATTTGCCGGGATTATTATGTTTGTATTATCCTATATGCTGATACTCAAAAAGAGATATTTACCAAAAATGTTAGATTTAAATAGTAATGAGTTTCATCTGGGGGCTTATAGAAAAAAACGACCACGTGAGTTTAAACTTTTTAATAGATCCATTCTTTTTAATGATTTCTCATTTACAGGACTCAAAGATTATGTGAATAGTGTACTAACACAACAAGAAAAAGAGCTTGAGACCGTTAGAATAGTAACTGAAACATTTAAAAAAGAATCTTCCTTACTTAGGGAACAGATTCAAGAAGTTAAAAACAAGCACGAAGATGCAATGTTAGTTTTAAAACAAGGGTTAAATGATTATGAAGAGGAAATAAGAGGACTTGAGACAATTAATTCCTCATTGTTATACCTTATTGAAAATATCAATATTCTTTTATTTAGATTAAATAATGGAAAACTGTCTATTTCTGATTTGGCTTTTCTTAGTGGATTTACTATCTACGAACGAAAAGAAGATCGTCTATCAAAAATCAGTGATCACGGAACAACGGGAGCTAGTCCTAAAGTGATACTGTTCAATGATAAAAAATATAAAGATTATTCATCAATACTAGTTGCTAAATCTAAACAAAAATTACAATATGAAATTGTAAGAGAAAATTATTATATAGTTTCATATAGAATGAAAATGGGTATTGGTAATAATAAGTATTGGATATTTAATTTTCACCTTAACATCCATTCAAATAAGAGGGGATGGCATCTCTTATTAAATAATGATATAATTAATACAGAAGAAACTTATAGGCTATTTCACGCTTTTTGTTTAATATTAATAAACGATGATATATCTAGAAAGGAGGACAATTATAATGCCACAAGTTGA	MKDSIQTNYHNALNSFCTELDPVIQLFQKQKAEGKLNQNYLPVLIAAPVREVLTYNGIQRIRLVLLILGLLIVPPFTIGYILNIFYDYPFLFIFAGIIMFVLSYMLILKKRYLPKMLDLNSNEFHLGAYRKKRPREFKLFNRSILFNDFSFTGLKDYVNSVLTQQEKELETVRIVTETFKKESSLLREQIQEVKNKHEDAMLVLKQGLNDYEEEIRGLETINSSLLYLIENINILLFRLNNGKLSISDLAFLSGFTIYERKEDRLSKISDHGTTGASPKVILFNDKKYKDYSSILVAKSKQKLQYEIVRENYYIVSYRMKMGIGNNKYWIFNFHLNIHSNKRGWHLLLNNDIINTEETYRLFHAFCLILINDDISRKEDNYNATS				NA	NA	NA	NA	NA
AK148_01955	855			hypothetical protein	ATGAATATCAAATCAGTGGAACTAATGAAGAAATTTGTAGATCAAGGACGTTATCGTAATTTAAAACTCGCAGAAGAAAAGAAAAGAAATATTATAGGTGACATTAAAGAACGTTTAATTAATTCTGAATTCAGAAGACAAGAATTTCCAATGCATGGTCTTGTAGCAAAATTTACAATGGATCGTGATTATGAATGGGATTATAAAGGTTTAAATGAATATCTAGCCGATGTTGGATTATTAATACCTGTAGCAACTATGCTTTCTGATAAACATTTAAAGTTACAGGATATCTATGAGAAAGTTATCGACTATAAATATCCTACCCAATCCTATTCACTTCGCCCATACTTTAACAAAAGCGGAAAAGCGGTTAACAACTATAAGGAAGAATCACTCACACATTATAAAAGTAAGAGTTTAAACACATTATTAAGTGATTTTAAAATAATAAAAAATGAAGTTAAAATTACAAGCGAAGAATATGGCTTATTGAAAAGAGAAATTATATCTTGTCCTGTTTTAAGAAAAAACAAGAGAATTAAATACGATTATGGTTCTTTAGCATTAATTCCTGAGAAATCTAAATTTAACATTTTAGCTATTGCTAAAACACTAGGAAGGGACTTCTTAATTAATTTCAGTAAACCAGATATGAATAAGCTTGGTAAATTTGTTCTTAAAGGAACCATATCTGAAAAAGAAATATATCAATTCAGAAAAGATATCACTGACACAGACAAGGAAATGAAGTTTACTGTTATGAATATTGAAGATGAGATTAAACAGCTTCAAATGCTCTCTAAAACGAGCTTAATGGCATCTTTGGCACGAGATAAAAGAAAAAAAGCTTAA	MNIKSVELMKKFVDQGRYRNLKLAEEKKRNIIGDIKERLINSEFRRQEFPMHGLVAKFTMDRDYEWDYKGLNEYLADVGLLIPVATMLSDKHLKLQDIYEKVIDYKYPTQSYSLRPYFNKSGKAVNNYKEESLTHYKSKSLNTLLSDFKIIKNEVKITSEEYGLLKREIISCPVLRKNKRIKYDYGSLALIPEKSKFNILAIAKTLGRDFLINFSKPDMNKLGKFVLKGTISEKEIYQFRKDITDTDKEMKFTVMNIEDEIKQLQMLSKTSLMASLARDKRKKA				NA	NA	NA	NA	NA
AK148_01956	288			hypothetical protein	ATGTTTGATTTGTTTGGTGAAAACACTACATTAATTATTAAAGATAATGGTATAAAACTATTTGTAAATCAAGAAAACAAAGTGCTACATGTTTTCTTTTTTGACGAATTAAGCCAGGAGTCTAAAAGAGCAGCTATAAAAAACTTAATTTTTGATAGTATTTACTTTGAGTTCAATGATGGATCGGCCAGTTATAGCGGAGCTTATTTTTCATTAAAAAAAAGCAGAAGCAACTTATTTGATGTGAATGGTGTAGTAGTTTCTAACGAATACTCTTATGTATCGTAA	MFDLFGENTTLIIKDNGIKLFVNQENKVLHVFFFDELSQESKRAAIKNLIFDSIYFEFNDGSASYSGAYFSLKKSRSNLFDVNGVVVSNEYSYVS				NA	NA	NA	NA	NA
AK148_01957	564			hypothetical protein	TTGGAAACAAGTAAAGTTAAAGAGGAATTATCTGAAGTATTTATAATTACTTTCTTTTCAAAAGTGGAACCAGAAATACTTGCCAAAAACCTTACTTCAATACGATTTACAGTTAATCAAAAAAATAAAGATATTTATTGGCAGAGTCAATTTGGTGAGTACTTTATTATTAAGCCTTTCAAATATCAAGGCAAATCTAACGGATATAGAATTATGTCTAATTATCCCATAACTACTATCCTTTACTTGATTGACGGTGCATTTAGTTGGATAAACATGATAGTCTCTGGTATAGAATTAACAATTCCTATCCATAAAAATAAGCAAGAGCTCTTGTCGGAACTAACTAAAAGACCTACGTTAATACTAAAAGATAGTAGAGGCATATTTACTAAAGACGACATTGGAATTGTCTTATTACAAGACAAGGTTATTATACAACGCCGTACAAAAATTAAAAAATTAAAAGAGGAACTAAAAAAGATCGAAGTCGTTAGGAATGATTTATTCCCAAATGACTACGATCTTTTTACTTTCCTAAAAAATGAGGAGAGTGCAGGTTAA	METSKVKEELSEVFIITFFSKVEPEILAKNLTSIRFTVNQKNKDIYWQSQFGEYFIIKPFKYQGKSNGYRIMSNYPITTILYLIDGAFSWINMIVSGIELTIPIHKNKQELLSELTKRPTLILKDSRGIFTKDDIGIVLLQDKVIIQRRTKIKKLKEELKKIEVVRNDLFPNDYDLFTFLKNEESAG				NA	NA	NA	NA	NA
AK148_01958	357			hypothetical protein	ATGACATTTAACCTTTATACTCTCAACAAAGATAATGAGATTAATTACTATTATGAACGGAATTGTTTTATTATTAATAGTGATACGTATGTAGACATGGTTTGTTTAACATACGATATATTGGTTACAGAGAAAAGTTACAAAAAAAAGAAATATAATACATTAGTGAGTTATTCTAAAGAAGTACCTATAAACACTTTAACACCTAGTAAAAAAAAGGATCTGCTTAATCAAAAAAGAATTGAGTTGATTTATAAATTAACAGTGGATGAATATAAACTATTCTCTAATATGAATAATAATGAGCTATTTAACATAGACCCTACAAACATCGCTTCAAATAACTATAGTCAATAG	MTFNLYTLNKDNEINYYYERNCFIINSDTYVDMVCLTYDILVTEKSYKKKKYNTLVSYSKEVPINTLTPSKKKDLLNQKRIELIYKLTVDEYKLFSNMNNNELFNIDPTNIASNNYSQ				NA	NA	NA	NA	NA
AK148_01959	219			hypothetical protein	ATGAATGTACAAAAAAATGTAGGTATCAACATTAAAAAAATGCGCTTAGCAAACAAAATGACTCAAAGTCAACTCGCAGAAAAGTTAGGAATTCGTCAAGCATATGTTAGCGAGATGGAAAGGGGGAGGATTAATATTTCTGTTACAACAGCTTATTTAATTAGTAAAGCCTTAGACGTTGATATATGTACCTTACTTCAGTTTCCCGAAGAAGTATAA	MNVQKNVGINIKKMRLANKMTQSQLAEKLGIRQAYVSEMERGRINISVTTAYLISKALDVDICTLLQFPEEV	PGPT0027485_810	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-HipA-HipB_TOXIN-ANTITOXIN_SYSTEM,PGPT0027485-REGULATION_hipB-K15773	NA	NA
AK148_01960	2805			hypothetical protein	GTGAAAAATCCCTTTAAATTGTTATTTTTTTTACTTTTTTCATTTTGTATTGTTTTTTTATTTAAAGTAGATACAATTCAAGCAGCTTCAAACCCATATGATGTACCTTCTGATGTACAAAAAAACTGGGACAATATAAAAGGGAGCAAAAATCATACAAGCAAAACAGGAAAAAAATTAATATATGATATCTATTCAAAAAAATTTATTAGAGGCGGTTATGAAATTGTAAATAAAAACTTTGGAAAAGGAAATCAGCCTTATTTACATTTTGAAGGTTGGTCTGCTCTTTTCGGTCACGCTAAACACACTTACTCAAATAATGAAACTTATATAGTTGCAAGAAAAGTTGGATCTAATACAACTAAAATCTATGCAACTCATAAAAAAAGGAGGCTCTCGGCTACAAAAGACTTAGAATATAATAAGCAATCAGAGTCTGGCTTGTTTAATGAATGTCCATCTAACGCAAGGAACAAAGTAAACACAGAGTGTAATATGAGATATAACAACGTTGACTTTCAAGCTTATATTCCTTTAAAAGAGCTATTTACAAACCCCGAAGAAAAAGCTAAGTGGAGACTATTCATTGTTAAAAAAGTAAATGGTCATATTGTTTATGATGAGTTAAGATTACCTTTTAATTTTAATAATCTTACCTATTTAGGTGGAGATATATCCTTATCAAGTGGTGTTGATGCTAATAAATTAACTATGAACAATGGAGGCGTACTAAGAAGACGCTATGCATCACAAACCGCTTACTCTGTTTATCAAGAATTAGGCAATGACAGGTATTTTACACCAGGTAGGCGATACGCTATGAGAAGATCCATTGAAGAAAATACTGCTGTATTCTACGGTGTCGAAAGTCCAAAAGATAACAATAAAATTAAATATGCTTCATCCGCTTACTGGTTATTTGGCGGTGATCAAGCAACGTTAACATTTGACCCAGATAATGATCCACCAGTACATAAACAAGCGGGAATTTCTAATCATAGATATAAAGATGGGAACACTTATTGGGCTCAACCAAATGACGACGTAACTATTAGATTACGAGGATATGATCATGACTCTTTCATAGATAGAATTTATTTAGGACTACGAGGTAACAATATTGATCCAAGAGTAAGGCATGATTGGAATAACAGTAATGATACAAACATTGATTATTATCGAGGTAATACAAATCATGTTGATTATACACATGCAGCAAGGACCTATCAGAGCACAGATAAAAAATTTAGGGAAGTAAGCTTTACTACAAGTTCAAAGACTCATGGTCACATGTATGATATAAGATATCTTTATCGTGATAATGCGTTAAATTACAGTAATAATAATTCTTTTGAGGACACAGGATTGCAATTAGGAATAGATGGCGTTGAACCAAAGCATGTTAAGCATACCATATCAGGAAGTAAATATAAGAATAGAAATACTCATTGGGTTAATTCCAACGATAACGTTAAAATTACTTTTGAACAAGAAGACTCTCATTCAGGTAATAAATATCAATATTTAAGATTGTATGGTAGTAATCAAGATGTTAGGAGCAGGCATGAATTTTCAAAAGAAAAAAATTATTTAGGAAGCGTAAGCAATGGATTTAATAGTAAAAACGTTGTTATAGATTCAGCTAGTAGAATTAAGAATGATGTACATGGTGTGGTAGAATGGAATGTCATCCCAAAAACCCATGGACACATATATAAATTAATGTATTATTACATGGATAATGCCGAAAATCGTACATCAACTGATAATAGTTCTTCTTACGGAGATACAAAATTACTACTTGGAGTCGATGATGAAGGACCTATCATTAAATATCGTAATAAATCAGATACAAGAGAATTTACTAGTAGAAATTGGCATCAAAGTAATGTTAATGTTAGGCTGAAATTTAAAGATCTAGAATCTGGTTATAAAAGATCACGATATGCTTGGTCTAAATCTTCAAAGACACCCAATGAATTAAGTAAAATTTGGTCAAAATGGACAACTAGCTCAAATTACTTAACTACTCAACATGATTTTGGTGAATGGTACCTTCATGTACAAGCTGAAGACAATGTTGGGAACATAAGTACTAATAAAGAAGGATTATATAAAATAAATAAACCTCCAATAGCTGATTTTGATTATCCAGACCCTTCATTTGAAGGAGATACATTAAATTTAATAAATAAATCAAAAGATCCTGAAAACCATAAAATGACAGCAGAATGGGAGATAACTACTCCTAATGATGAAATAAAATATTTCACTAGCTGGAATGTGTTTTTATCTAATGCATTACCAGGCATCTATAAAGCAAAACTTATAGTCACAGACCAATACGGTGCTAAAGATGAGATAATTAAAAATATAAGTATTACTCCTCTTATCATTGAAGGAACCGTTAATCACACTGAACGATGGGAAAATATTCATCAAAAACTTGGCAACCCTCCAAATGTATTTTTTTCTGGTGAAAGATTTATGTTAGAAGCATCTGTTACTGATTATCCTCTATCAAAAGTAGACGTAACCTTTATTGGTAAGGATATTAAAGATAATACAGTGAAACTTAATACAACATTATCAAAAGATCATAGCAATAAGAGAGTCATCATATATACTGGTGATATTTATGAGGAGTTTATGTCTCGCCCAAAAACAAAGCTAAAAAATCAAACTACTGTAAACTTTATTTTTCAAGCAACATGGGAAAACGGAGTTAGTAAAAAAGACATTGTTTCTGTTAAAATAATAGACGATGTTTATGATTTCTATAAATTACACAGAACGGAATAA	MKNPFKLLFFLLFSFCIVFLFKVDTIQAASNPYDVPSDVQKNWDNIKGSKNHTSKTGKKLIYDIYSKKFIRGGYEIVNKNFGKGNQPYLHFEGWSALFGHAKHTYSNNETYIVARKVGSNTTKIYATHKKRRLSATKDLEYNKQSESGLFNECPSNARNKVNTECNMRYNNVDFQAYIPLKELFTNPEEKAKWRLFIVKKVNGHIVYDELRLPFNFNNLTYLGGDISLSSGVDANKLTMNNGGVLRRRYASQTAYSVYQELGNDRYFTPGRRYAMRRSIEENTAVFYGVESPKDNNKIKYASSAYWLFGGDQATLTFDPDNDPPVHKQAGISNHRYKDGNTYWAQPNDDVTIRLRGYDHDSFIDRIYLGLRGNNIDPRVRHDWNNSNDTNIDYYRGNTNHVDYTHAARTYQSTDKKFREVSFTTSSKTHGHMYDIRYLYRDNALNYSNNNSFEDTGLQLGIDGVEPKHVKHTISGSKYKNRNTHWVNSNDNVKITFEQEDSHSGNKYQYLRLYGSNQDVRSRHEFSKEKNYLGSVSNGFNSKNVVIDSASRIKNDVHGVVEWNVIPKTHGHIYKLMYYYMDNAENRTSTDNSSSYGDTKLLLGVDDEGPIIKYRNKSDTREFTSRNWHQSNVNVRLKFKDLESGYKRSRYAWSKSSKTPNELSKIWSKWTTSSNYLTTQHDFGEWYLHVQAEDNVGNISTNKEGLYKINKPPIADFDYPDPSFEGDTLNLINKSKDPENHKMTAEWEITTPNDEIKYFTSWNVFLSNALPGIYKAKLIVTDQYGAKDEIIKNISITPLIIEGTVNHTERWENIHQKLGNPPNVFFSGERFMLEASVTDYPLSKVDVTFIGKDIKDNTVKLNTTLSKDHSNKRVIIYTGDIYEEFMSRPKTKLKNQTTVNFIFQATWENGVSKKDIVSVKIIDDVYDFYKLHRTE				NA	NA	NA	NA	NA
AK148_01961	843			hypothetical protein	ATGAAGAAAGTACTAATTAGCATGTTTGTTTCTTTTATAATAATGTCATCACCATTAGTTTTACATGCTGAAGATTTAAATCCGGGAAGATGTAGTATGACTATTGATATAGGAAAACACACTTGGGAAAACAGGGCACGAGCAACAGGTCCATGTTCTGGATTAGTAGAAGGTTACTATTTAAAAGAAAATGGTATTCCAACTTTAATTGGATCTGTAGCTCAAGGTGTAAAGTATAGTGGACAAACATTCAAAGTAGGGACTCCAAAAGTTCCTTATGGGGAATCTAATCTAGTTGTGAGCATTATTCAAAGCAAACCTTCAAAAGAAGAAGATAATTCTAAATCCAGTCATAATGCTGTATCCAAACAGGAGTCAAAACAAAAAACTAATAATGACGTACTTAAAGAAGATGCGCAAATTCAGGCAAATGAAAAAAATAATAATGCAGCTTCCCATAAAAAAAATAATACTGAAGCCAAAGACAGCGAAAAAAAAACAACTGAAAATAAGGTAACAACTGATAAATCGTCCCCTAATCATACTAGAGATGATTCAACTGTTAATAATAAATCACTTAGGAGCGAGGAGACGGCCAACACCAATATTTATGTTGAAAAATCACATGTTGATAAAAAAAATAACGAGAACGGAGTAAATAAAAAAGATACTGATAAAGAAGACCAGGTAAAAAATCAAACTAATGATTTAAATAACAAGAATAATGATAATACCAAAGACTCAAAAAATCTTTATATTATTTTTATAGTTATCGCATCTTTCTTCATAACCATACTTGGAGTAATTTATTTATACTTTAGAAAAAGGAAAAACAGGGGGTAA	MKKVLISMFVSFIIMSSPLVLHAEDLNPGRCSMTIDIGKHTWENRARATGPCSGLVEGYYLKENGIPTLIGSVAQGVKYSGQTFKVGTPKVPYGESNLVVSIIQSKPSKEEDNSKSSHNAVSKQESKQKTNNDVLKEDAQIQANEKNNNAASHKKNNTEAKDSEKKTTENKVTTDKSSPNHTRDDSTVNNKSLRSEETANTNIYVEKSHVDKKNNENGVNKKDTDKEDQVKNQTNDLNNKNNDNTKDSKNLYIIFIVIASFFITILGVIYLYFRKRKNRG				NA	NA	NA	NA	NA
AK148_01962	981			hypothetical protein	ATGAGTGAGCAAATAAGAATGCTACTGGTTCTGGGGATGAGTATTATAGTCATGTTTATAACCATTAATACGACTACCTATGCTTCACAATCTAAATTTATAAAAGAAGACCTGGAAATAGCACTACATGATGCAAGCTTGCAAGTATACGAGGAAGATTTAGCAGATGGTTATGTAGTTTTTAATAAAAATAAAGCGAAAAAGATTTTTAAAGATACACTCGAACGAAATACTGGATTAAAAGAAGGTGCTGATTATGACATAATTGATTGGGTTGTTTATGACCATAAGACAAAACCAACTGGGTTTGCGTGTGAAAACAGTAAAAATCCGATTTATGACTTTGTCTCTAATAAGGTGGATGCTTCTTTCACTATTTCTTGTCCATCTATTCTAGCAATTATTAAACATACATCGGAAAATTATATATACTTAGCTGGCGAATCTAAAAGCGGAAAAGACATTATTAAAGGCGCAGCTTATACGTATGAATTCAATCCAGAAGCTAAGCAAGTCAAAGGAATGCCTCTGCCTCCCAGAAGCATCGCAGATAATATACCAGCAGAAGACTTAATTAAAAAAGGAGATTACTATTGGCCGGTACCTTTTACAACCAATATTACATCACATTTCCAAAAAAATAGACCTAACCCAGTAAATGGAGTTGTTGCTAATCATAATGGTACTGACATTGCAATTAATGGCATTTTTAATAAACCAGCTGTAGCCATGATAGATGGAACAGTAACATATGCTGGTTCTGCAGGAGGTTATGGAAATTTAGTAGAAATAAAGCATGATAACGGTTTAATTACACGCTATGGTCATTTAAACAGCATATCAGTGCAAAGAAAACAACAAATAGCAGGAGGAGATGTAGTAGGATTAATAGGTTCAACTGGTAATTCGACTGGACCTCACCTACATTTTGAAACACTTGTACAAGGAAGTCATGTCAATCCTATGGAGTTTTATAATTAG	MSEQIRMLLVLGMSIIVMFITINTTTYASQSKFIKEDLEIALHDASLQVYEEDLADGYVVFNKNKAKKIFKDTLERNTGLKEGADYDIIDWVVYDHKTKPTGFACENSKNPIYDFVSNKVDASFTISCPSILAIIKHTSENYIYLAGESKSGKDIIKGAAYTYEFNPEAKQVKGMPLPPRSIADNIPAEDLIKKGDYYWPVPFTTNITSHFQKNRPNPVNGVVANHNGTDIAINGIFNKPAVAMIDGTVTYAGSAGGYGNLVEIKHDNGLITRYGHLNSISVQRKQQIAGGDVVGLIGSTGNSTGPHLHFETLVQGSHVNPMEFYN				NA	NA	NA	NA	NA
AK148_01963	435			hypothetical protein	ATGAGTAATACATTGTCTTTCATCTTATTGTTACCTCTTATTTTATGGGCAACTTTTCAAGGTCTTCTTTATAATCATGCAGGACAAGTTACTGAGACTGTTAATCTCGCTGCATTTGAGGGTCAAAAGCAGGCAAGCCTGCAAGGGTATTATTCCGAAGATGTAAAAGAGAGTATGAAGGATTTTCTTGTTAAAAATTATAATATTGATTCGGACAAATTAGAAATTGTTGCAACTGATTATGCTGATCAAAAGAAGCGCGGTGAACGAATGAAGGTTTGTATATCTATACCAGAACCAACCATCTATATATTGGATATCTTTGATTTTTCTAATGATAACCCAGTTCCTTCTTGTAGTGGTAAAACGGATCAACGTTATTATAAGGTTGAAAAAGAAATTATGTCAGAGTATATAGATAAGGACTTACCATGA	MSNTLSFILLLPLILWATFQGLLYNHAGQVTETVNLAAFEGQKQASLQGYYSEDVKESMKDFLVKNYNIDSDKLEIVATDYADQKKRGERMKVCISIPEPTIYILDIFDFSNDNPVPSCSGKTDQRYYKVEKEIMSEYIDKDLP				NA	NA	NA	NA	NA
AK148_01964	171			hypothetical protein	ATGAGTGAAATTTCAGGAAAGCTTTTAGGCTTATTAGCAACTTTAGCTCTGTTTGTTGCAGCAATCATGGTAGCCGTGTATCCAGATATGCAAGACCAAGGTGATGTTGTTGGTGACCAAATATCTGAAACAACATCCAGTATGCCTAAGGCTAGCGAAATCACCTGGTGA	MSEISGKLLGLLATLALFVAAIMVAVYPDMQDQGDVVGDQISETTSSMPKASEITW				NA	NA	NA	NA	NA
AK148_01965	171			hypothetical protein	ATGAGTGAAATTTCGGGAAAGCTTTTAGGCCTATTAGCAACTTTAGCTTTGTTTGTTGCAGCAATCATGGTAGCCGTGTATCCAGATATGCAAGACCAAGGTGATGTTGTTGGTGACCAAATATCTGAAACAACATCCAGTATGCCTAAGGCTAATGAGATAACTTGGTAA	MSEISGKLLGLLATLALFVAAIMVAVYPDMQDQGDVVGDQISETTSSMPKANEITW				NA	NA	NA	NA	NA
AK148_01966	177			hypothetical protein	ATGGGTGAATTATTTGGGACAATTCTAAGTATAGTAGCTACTGTGGTCGTATTTATCGTTATTATAATGGGATCAATTTATCCCGCTATTAAAGATAATGGTAATGATTTGGAAGAAGAAATTAGGGGTACCAATTACGGATACCATGTATCAGTAGATACAAACAGATTTATATAA	MGELFGTILSIVATVVVFIVIIMGSIYPAIKDNGNDLEEEIRGTNYGYHVSVDTNRFI				NA	NA	NA	NA	NA
AK148_01967	903			hypothetical protein	ATGAATATAAATCTACTTTTAGAAATACTTAAATATACACTTTTTAGTACTTTCCTTTTCTCAGGAGCATTCTTTTTCTATAAAGGGATTACACCAAAAGAAATTCAAGAAAGCCACCGATTGCGATTTAAAGAACAATTAAATTCTAAACAAAAACAGTTGGAAAAAAGAATTGAAAATACATCATTTGAACAAAAACTAAAAGAAGCTGGACTAACATTTGTGACAACTTATCGTTTTGAAATGATAAGGATTGGAATCCTAATACTGTTATTTATCAATTATTGGATAATACCGTTGCTTTCAGGAAAAGGCATCGTAATTCAGAGTATTTCTTTAATAATAGTCCTATGGCTTTTAACTGAATATCGTTATAAGATACCCGTTTCACTTACTAATTTATTAATAAACGCCCTAATTAGACAGAAGAAAAGAGCACGTAGTATAGAGTTATTTACCTTATATGATGTTTTAAAGACTGAACTTAAATCATTAAGTGGCAATCAAAATGTCAATGTTTATAACCTATTAAAAGATTCATTGCCTATGTTCAAATATATTAAAGGAACTCTTTCACGATTACTTTCTACTATTTTAACTAATCCTAAGCTAGCTGAAAGAGTTTTATATGAAGATATAAAAACACCTGCTTCTAAAACTTTAGGAGAAATTATAGTGAAGATAGATAATTTAACACGTGATGAAGCGTTAGAAATTATTGAAACTGAATCCAAAGCGTATTCTAATCATTTCTTTAAAGAGGAATTTAGAAGTGGCCAAAAGAGAAAAAACAGATTACAAGTATTTTTCTCTTGCAGTGTATTGCTCAATGCTGCTTGGCTTGTAATTTTTATAACTAATATGCTACTTATTCAATTACAAAATGTTAATCAAATCTTTTAG	MNINLLLEILKYTLFSTFLFSGAFFFYKGITPKEIQESHRLRFKEQLNSKQKQLEKRIENTSFEQKLKEAGLTFVTTYRFEMIRIGILILLFINYWIIPLLSGKGIVIQSISLIIVLWLLTEYRYKIPVSLTNLLINALIRQKKRARSIELFTLYDVLKTELKSLSGNQNVNVYNLLKDSLPMFKYIKGTLSRLLSTILTNPKLAERVLYEDIKTPASKTLGEIIVKIDNLTRDEALEIIETESKAYSNHFFKEEFRSGQKRKNRLQVFFSCSVLLNAAWLVIFITNMLLIQLQNVNQIF				NA	NA	NA	NA	NA
AK148_01968	1005			hypothetical protein	ATGAGCCTTTTAGTAATTGCTGAACTAATAGTAAACATTATTGGTTACACAATGGTTTTATACGGAATATGGTTGTTAATTGGTAGGTACGTAATATTAGACGCAATTTATTATATACAACAGGATATTAAACGTAAGCGATACGTGAGAAGACTAAATAGAATTACAAAAACAACTGGAAGCACCTTAGAAAAGGATCAGGTCCATTCTGCCTTCAGTGAACATATTAGTATGTTGCTGTTATCGTTAAATCAAAATTCAATACTTAAGAACAAAATAAATACTGATCCGATAAATTTTTATATTCTGTCTCTATTTATCTTTATAGTAACGTCTATATCCATATTTTTAATGATTAACGATTTCTTTATTTCACTAGCAGTTGCCGTTTTAATCATGTTAATACCATATACTTTTTTGAGAATATGGTTAGCAAGGAAGAGAGCGAAAACTTCATTGGCTTTTATGAAAAATTTTCATATTATTATCCAGTCTTACAATACTAGTTCTAAAAGTGCTTATCATACGGTGAAGAATATTACAGAAGACCTCGATAATAAAGAACTAAAGAAAATATTTATTAAATTGCTAGCTTCTATGCAACAAGATAGAAACCCAAATGATTTTAGACAAGCAATTCTTATATTCTCTTATTCTATAAACTCTTCTTTTGCAATAAGGTTTGGAAATTTACTGACTCGAGCTTACCTTTCAGCAGCCGATATTACTTTACCGCTTAATGACTTAAACAAAGATATTATGGCGCGTAAAAATGATTTAGCTAGCGAAAAATCTCTAAATGTTGAAACTAAAATACTAGGCTATCTACCTATTATTACTCTACCTGGTTTTATATATGGTGCATGGAGAGTTTCTACGATGTATGATTTCTGGAAACTATTCAAACAAAATACAAGTTTTGTTGTATTCTTAATTGCATTAGTCTTAACTGCTATATCAACTTTATCGGTCATAATTTTTCTAAGACCTCGTTCGGACGTTTAG	MSLLVIAELIVNIIGYTMVLYGIWLLIGRYVILDAIYYIQQDIKRKRYVRRLNRITKTTGSTLEKDQVHSAFSEHISMLLLSLNQNSILKNKINTDPINFYILSLFIFIVTSISIFLMINDFFISLAVAVLIMLIPYTFLRIWLARKRAKTSLAFMKNFHIIIQSYNTSSKSAYHTVKNITEDLDNKELKKIFIKLLASMQQDRNPNDFRQAILIFSYSINSSFAIRFGNLLTRAYLSAADITLPLNDLNKDIMARKNDLASEKSLNVETKILGYLPIITLPGFIYGAWRVSTMYDFWKLFKQNTSFVVFLIALVLTAISTLSVIIFLRPRSDV				NA	NA	NA	NA	NA
AK148_01969	1428			hypothetical protein	TTGTCTATTGTTTTTAACGTTGTTGAGGAGATACAAGCAAGCCAAAGTAAAACAAAAAAGAAAATTAACATAAATACTCAAGATACTTTTAAAAGTTTAATCAATAAGGTAAAAGATCAATTCAACCTATATTTTAAAGATGAATCAACCAATAATGAACAAAAACAAGATAGATTGGAACTATATCATCAAGCAGTTATTGGCGATAAGGAAGCAGAAATAATTTTAACAAATGAAATAGCATCTTATCTAAGATCAATTAATGTTAGTAATGTTCCTTATCCTTCTTATTATACATCGTTACCACAGGCTTTATTCCATGAATTATACAGATTTGGATTACTGCAAAAATGGTATGTTATGGAAGATAGTCCTGCGGCTATATTAACTGGAGACGAGTTTTGGATTGAGAAAAACGATGTTTTTTCTAGACAGGAGGAAAGGTTACCTAGCAATAGCATTAACGAATTTATAAACAGATTTATGGCCGCCCATAAAAACCTGAAAGTAAATGAAAATAATCCCTATGAAGAAATTACATTAAAAGACCATACACGCGTCACTATAATAGTTCCACCAGATGTAAATCAACCAACTTTAGTATTTCGTAAATATACAGTTAAAAATATATCCATTGAAGAACAAGCTGAATTAGGAACTATTTCAAAAGAGGATATAGAGTTTTTTAAAACAACTTCACAATTATATTTTAATACAGTAGTTTCTGGCCATATAAAATCAGGTAAATCAACCTTTTTAAAAACCATTTATGGAGAAAGGGATCCAAAAAAAGTAGTTGTGTTAATTGAAGGCACAAAAGAATCTTTCTTGAAGGAGGATTTCCCCGACAGACTTGTCATTGAATTGTATACACATAATCAAGATATAAACACGACAATTCGAAGAGCATTACGTATTGACCATGATTACCCTATAGTTCAAGAAGTAAGAGGAATAGAAGCTGAAGGGGCAATAGGCGGTACAGAAAGAGGGCGCCGTGGATTACTTATGTCTTATCACATTACTAATCCAGAAAACACTACAATTCAGTTAGCGCAGCACATTGTCGATGAATACCCTAACCGTCTACAATTAAACGAAATTAAAAGAGTATCAGAAGCTCTTGACATAGGGATCACAATGGCAAGTGTTAATGGTAAAAAAAGAGTTACTTCTTTATACGAGGTAGGAATTGATGATGCTAACTGCCCGTTTATTAATTATCTAATTTATTACAACTCCGGTAACAAAGCATGGGAGTACAACAGCAATATATCTAAAGAATTAATAAAACGGATGGAAGAAGTTGACTCTGAACTATCAAACAAATTTATTTCCCATTTAAAGAAACAATCTAAGGTACAACCAATGAGTTTTCCCCCTATGAAAAGAATTAATTTAAGTTTCTTTAGGGAGGAATATTCATGA	MSIVFNVVEEIQASQSKTKKKININTQDTFKSLINKVKDQFNLYFKDESTNNEQKQDRLELYHQAVIGDKEAEIILTNEIASYLRSINVSNVPYPSYYTSLPQALFHELYRFGLLQKWYVMEDSPAAILTGDEFWIEKNDVFSRQEERLPSNSINEFINRFMAAHKNLKVNENNPYEEITLKDHTRVTIIVPPDVNQPTLVFRKYTVKNISIEEQAELGTISKEDIEFFKTTSQLYFNTVVSGHIKSGKSTFLKTIYGERDPKKVVVLIEGTKESFLKEDFPDRLVIELYTHNQDINTTIRRALRIDHDYPIVQEVRGIEAEGAIGGTERGRRGLLMSYHITNPENTTIQLAQHIVDEYPNRLQLNEIKRVSEALDIGITMASVNGKKRVTSLYEVGIDDANCPFINYLIYYNSGNKAWEYNSNISKELIKRMEEVDSELSNKFISHLKKQSKVQPMSFPPMKRINLSFFREEYS	PGPT0016025_865	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0016025-cpaF-K02283	NA	NA
AK148_01970	1134			hypothetical protein	TTGAAAATAAATGTAGTTTCTTCAGATGAAACTCTATATAACAAAATCAAAAATAGTTTTTCTCATAGCAACGTAATTAAAGTGAAATCATTAGAATCAATTGACCCTTTAGCAGATGCCCTAATAATTACTGATGATTTTTTAAAACATAGTGAGTTTATAGAATATAATTTTTCAGCACATGACTACGTTTTTTATGTAATGAGAGAAGAAATTATGGATGTGTTAGAAAGCACAGTACATGCATTGTGCGCAGCAAATAATATGCATTATATTCCTTCCCGCTTAACTAACGATCAAATTGTAAATGAAATCCACCATGTTATTACTCCTAAAGAAAAACAAAAGAACAATGTGTATTCGTTTTTCTCAACGGTATCAAATGTAGGAACGACTTCTACTGCATTTTCGACTGCTTTTTCAATCAGTGAGAACACTAATGCAAAAGTTGGTTTGCTAATATTAAATGCCTGGGATAGTGGTGCAGATTACATTGACTATAAAGGTTCGTATTTAGACGAGATTAAAGATGCTATTTTTAATTCCGCTTATGATAATGAGAATAATTTTCTGAATTTATTCCATGAAGTAAAAAAGGACTCACTATATATCTTATTAGGTAATCGGAACACTAAGCTTGAACGTTTATATACAAAAGAGGAAATAGACAAGACCATTAAAAGAGCTGAAAAAACATTTGATGTGGTTATTATAGACGCTGGTTGTCATTACGACAATGCAAATATTATTCAAGCATTATACTCTAGTGATTACCATTTTCTAGTATTAAATCAACAAGAAAAGTTAAAGCGGAAGTGGGAAGAAATATACAGCAACATATTACACCCCTTAAATTTTAAGCGAGAACAGTTTTTACTTGTATTAAATCGATTCACTACTGACCCAACTATGCCTACGGTTAAAGACATAATGCAGGAATATTGTATGAATGTGATAACAGTTATTGAAGAAACACATAACGGATATATGGCTGAGTTCTCAAAAAAATCATTATATCAGTTTGATGATATGAAATATCGAGAATCCATAAACATGATTGGAAGAACAATTACAGAATCTGCAGGATTTGATTTTCTAGATAAGAACAAAAAAAGAAAATTGTTTGGCTTCTAA	MKINVVSSDETLYNKIKNSFSHSNVIKVKSLESIDPLADALIITDDFLKHSEFIEYNFSAHDYVFYVMREEIMDVLESTVHALCAANNMHYIPSRLTNDQIVNEIHHVITPKEKQKNNVYSFFSTVSNVGTTSTAFSTAFSISENTNAKVGLLILNAWDSGADYIDYKGSYLDEIKDAIFNSAYDNENNFLNLFHEVKKDSLYILLGNRNTKLERLYTKEEIDKTIKRAEKTFDVVIIDAGCHYDNANIIQALYSSDYHFLVLNQQEKLKRKWEEIYSNILHPLNFKREQFLLVLNRFTTDPTMPTVKDIMQEYCMNVITVIEETHNGYMAEFSKKSLYQFDDMKYRESINMIGRTITESAGFDFLDKNKKRKLFGF				NA	NA	NA	NA	NA
AK148_01971	795			hypothetical protein	TTGAAAAAATTTTTAACAATTCTTATATCCATAGTAATCATAATTGCTGGTTTTGGAATAGTATTTGCCTTTGATTTTATTAAAGACAAAAGAAATCAAACGGAGATTTTAGTCGCTAAAACAAATATAAGTTTTAAAGACGGCATTACGAAAGACCAATTAAAAATAGCCAAAATACCAACTGATCAAGTATTAGACGATGCTTACACTCCAAACCAAGCTAATAATGTAATAGGATCTTATGCAGCCATTGACATACCTAAAGGGCAGCAAATAAATCAAACCTTATTAGATTCTTTTGATTTAATTCCTAACAAGAAAGAAGGAGAATTTATAGCCGCAATACCAGAAGAATGGTTATTTGCTGTACCACAATCACTTCGTAGATCTTATTTAGCAGATTTTTATATTGTTCCAACAGACGAAAAGAAGATGATTGAATCGATGAGCAGCGGAGAGCAAGAAAAATTCTTACAAAATGATAGAGTTCCAATTCTACAAAATGTTCGTATCTCTAGTGTGAAAAATAGTTCTAATGCAGAAGTTGAGACTGTTATCGATGAAGAAAAAAATGAATCTACCACGGGAACTATTTCAAACATTGAAATTATAGCAAACGATGATATTTTGCATGTATTACGCTCTGCTACAAATCAGGGCTATGGACTGTACGTTGTTTATACACTAGAACGTGACGGCAATGAAAATAAAGATGTGATTATTAATAAATCTGAATTAAGAGAAGGAAAAGAAGATAAAGATAAGGCTAACGATAATAAAGAGGGGGATAAATAA	MKKFLTILISIVIIIAGFGIVFAFDFIKDKRNQTEILVAKTNISFKDGITKDQLKIAKIPTDQVLDDAYTPNQANNVIGSYAAIDIPKGQQINQTLLDSFDLIPNKKEGEFIAAIPEEWLFAVPQSLRRSYLADFYIVPTDEKKMIESMSSGEQEKFLQNDRVPILQNVRISSVKNSSNAEVETVIDEEKNESTTGTISNIEIIANDDILHVLRSATNQGYGLYVVYTLERDGNENKDVIINKSELREGKEDKDKANDNKEGDK				NA	NA	NA	NA	NA
AK148_01972	1458			hypothetical protein	ATGGTAAATAAATTTAGGCTTTTATTAGCTGTAGGTGACGAACATATTTGTAATATACTAAAAAAGCACATTACTAACTCTGATTTTTTCCATATAATTGATCAAGATGTTATGCATTTCAGCTTTTTGGATGAAGTAGTAGAAACAGAAAAACCAGATATACTTATTGTTCATGACTATTTTTTACCTTCAAATACTGTTGACAAAGCTGATCGAGAAAAAGAATGGTTACAATATTTCCACTATGCTCGCCAACGATATAATGACCTTAGAATAGTATTTCTATGTGAGCGATCTAAGGATGATATTTTTTTAAACAAAATAATTGGTTTAGGTATACAAGACATTTTTAACGAATCCTCTATAGATATGAATTTATTTATAAATCAATTATCAAATCCTCCAAGATACACAAACGTTGCAATGTTTAGAGTATCCCAAACAAGTACTGCATTGAATTTTGATAATACTGTAGTAGAGAAAGATTATGAAAATAAGAGTACTAATAACAAGCTGGAAACGGACAGAAAAAATGAAGATAAGAATTTTACTAGAAAAGATAAAGAAAAAGAGCACACACAAAAAATTAAAAAAGTTGTTGTTAATAAAACGGTAGAACGATTAGTTAGCTACCCATTTATGAAAAAGCTCATTTTAATAGGAAGTCCTTTTCCTAACAGCGGGAGTACCTTTGTAAGTCATTTAATTGCAAAGGAAATAGCCAAATTGGGACTTACTGTATCATATATAGAAAACCCTTTTCAACAAGCTTATTCTTATGATCGCTTCGATGGTAATAAGAAAACAGTAAATTATCGCAGCATTTTTCATACCTATATGCCTGATAAAATTCCAGAAGATACTGTGACCTACAACTGGAAGGTAGACGGTGTTGATATGGTTGTTAAGCATCCAACAGACGAGGCTATCTATACTGAAGATCAAATTGACTTTGAAGTATTTATGAAAGTTATAATGGCAAATGATTCAGCTGTAGCAATTATTGATGTTGGCCAAGATTGGGATAAAGAAGTTTATAAATCTCTGTTTGAAATTGCTAATAATGCAGTGGTTATTATAGAACCAGATATTAGTAAAATACACTACCTAGAAGACCCAAACAACAAGAAATCAATATCTTATAGAGACATCACAAATTCAGCAAAAACTATCCTTATAGGAAATAAATTTGACGCTAGTTTGTTAACAAACAACATTATAAAAGATCTTTACGCAGACAAACTATATACAACAATTCCAGATTTTCCATCTAAAGATATTTTTAATTCACAAGAGATTGCTTGTTTTTTTAATACGTATAAAGACTATGATATTAATATAGAAGAAATTATTAACCCGATACTAGAATTACTTATCCCTGATGATTTGTTAGATAAAAAGAGAAAACGAAAACATAGTTTATTTCACAATCTATTCAATAAAAATATCGGGTTATAG	MVNKFRLLLAVGDEHICNILKKHITNSDFFHIIDQDVMHFSFLDEVVETEKPDILIVHDYFLPSNTVDKADREKEWLQYFHYARQRYNDLRIVFLCERSKDDIFLNKIIGLGIQDIFNESSIDMNLFINQLSNPPRYTNVAMFRVSQTSTALNFDNTVVEKDYENKSTNNKLETDRKNEDKNFTRKDKEKEHTQKIKKVVVNKTVERLVSYPFMKKLILIGSPFPNSGSTFVSHLIAKEIAKLGLTVSYIENPFQQAYSYDRFDGNKKTVNYRSIFHTYMPDKIPEDTVTYNWKVDGVDMVVKHPTDEAIYTEDQIDFEVFMKVIMANDSAVAIIDVGQDWDKEVYKSLFEIANNAVVIIEPDISKIHYLEDPNNKKSISYRDITNSAKTILIGNKFDASLLTNNIIKDLYADKLYTTIPDFPSKDIFNSQEIACFFNTYKDYDINIEEIINPILELLIPDDLLDKKRKRKHSLFHNLFNKNIGL				NA	NA	NA	NA	NA
AK148_01973	996			hypothetical protein	ATGGCTAAGCAAGAACAAGTAGTAACCGCTTTTCAACCGAAAATTGAAGATGATAACTCTTACTATTTGACTAAAAATGGAATTGTTCCTTTTTTGGATCACCCTAACTTAGTGGCTAACAAAAAATTACCGAGATACTATCGTGCATATTACTCCCTACAAGCAGTAATTTCAGACTATCAACGTGGAATTATTAATGAAAATCATATTCTTATTTTAAAAGCACTTGGAGATGCAATATGTTGTAGCGAAGAACAATTAAGAAGGGTTTTTACAGGCTGTTTATCTAGGTCACAGGTATCTAAATTATTAGATCAACTTTCAGTCCATGATTATGTACAGCGTTATCGCATATCGGTTCGAGGAGAAGAAGATTCTTATCCAAATTACTCTAGGGTATTTGTATTAGGAATTGCTGGTAAACTTTTAATGGAACATTTTTATAGTGGAATAGCTTCTTTTATGAGTCCAGAACGCTTTCATGGAAATAGTGGAGTTGGTTTAATGCAGCGTTATTTAGCGCTAAATGAATTAAGAACTGGTTTTATTGAAAGAAGAGTTGCGTCAATGTGGCAGTGGAGTGGCTCAATAATTGGTGGAACTACTGCGAATAAAGTTACAGCTGCAGTGGAATTAAGCTTGCCACAAGGAAAAATGAATATGTTTATAGAACGAGCTCAAATGAAGCAAAATTTTATTGGTTTTCTTAAGGATAAATTATCTAAATGGCAATTTATCTATGAAAAACAAAATGGATTATTTGTACGAAAATTCCCAGAAAACCCTACTCAGATAGTACTTTATGTTGCTACTTTATCTATGGCTCAAGCAATTCATAAGAATTTAATGATTGATACGTACTCATTTACTGTATGGTTCTGTGTTGAAGAAGATATACAAGATAAAGGATTAGAAAAATCTTTTTATAGACCTGATAAAGAACGTTTAAAACGATTATACTTGAGCTTTTTAGATGTACCAAAGGTAGAGGGTTAG	MAKQEQVVTAFQPKIEDDNSYYLTKNGIVPFLDHPNLVANKKLPRYYRAYYSLQAVISDYQRGIINENHILILKALGDAICCSEEQLRRVFTGCLSRSQVSKLLDQLSVHDYVQRYRISVRGEEDSYPNYSRVFVLGIAGKLLMEHFYSGIASFMSPERFHGNSGVGLMQRYLALNELRTGFIERRVASMWQWSGSIIGGTTANKVTAAVELSLPQGKMNMFIERAQMKQNFIGFLKDKLSKWQFIYEKQNGLFVRKFPENPTQIVLYVATLSMAQAIHKNLMIDTYSFTVWFCVEEDIQDKGLEKSFYRPDKERLKRLYLSFLDVPKVEG				NA	NA	NA	NA	NA
AK148_01974	945			hypothetical protein	ATGTCAGGTTTTGAATATGAACATTCTTGGGAGACAGATAACGAATTAGAATTTCTAACTAAAGCAAAACGTGAAAGACAAATACTTAAAGGCCATATACACATGTTACACGTTTTAAATACTTCTAATGTGAATGTCGAAAAAGAGGATAATGATATTGATGAAGAGATTAGAACAGCAAAAGATAATATGGAATTGTTGCAAATTCGACTGGAGAATGGAGCAAATGTGTACTGTACTGCTGAAGAGTTCTCTGAATACGATTATGTAACATTACGCGGTTTTGTCGGTACAATCCAAGAACTAGTTATTACTGATATTAATTTAGAGACACATGTTGCTTTAGCAAGTATAAAAGCAGCTGACACAATAAACAAACAAGCCTTTACTAAACTGTTAGATGATCTAAAAGAAAATGAGCAACTTCATTCTCGTATTTTTGAAGGTGTGGTACGCGGAGTTGCGCCTCGTAGTAACACCATTTATGTTCGCATAAATGGTGTAGACTGCAGAATGAATCCAAAAGAGTGGGATTGGTCACACTATTATAACTGGGAAATACCAGATATGGTACAACGAGGAGAAAAAATTCAAGTTAAAGTTTTATCCTATGATAAGGAAACTGAATTTGTAAGAGTTAGTCGAAAAGCTACAATAAAAGACCCTTACAACCGATTAGAAGCTCTTAAAAACGCTGAAGCTGTATCAGGAGTGGTGACAAAAGTCCATCCTATCCATGGTATATTTGTTCAACTAGAAGAAGGACTTGATGCAAAAGGAATGAAACCTCAACATTTACAAGAGCCTGTTGTAGGAGATATTGTAAGTTGTACAGTAGAATCAATAAATTCTGAAAAACGTCATGTTAAGGTAATGATACGCCGTTATCCAAATGGTAAGAGGAATCCGCGTCCGAATGCAACAGCATTCATGTTTGGAAAATAG	MSGFEYEHSWETDNELEFLTKAKRERQILKGHIHMLHVLNTSNVNVEKEDNDIDEEIRTAKDNMELLQIRLENGANVYCTAEEFSEYDYVTLRGFVGTIQELVITDINLETHVALASIKAADTINKQAFTKLLDDLKENEQLHSRIFEGVVRGVAPRSNTIYVRINGVDCRMNPKEWDWSHYYNWEIPDMVQRGEKIQVKVLSYDKETEFVRVSRKATIKDPYNRLEALKNAEAVSGVVTKVHPIHGIFVQLEEGLDAKGMKPQHLQEPVVGDIVSCTVESINSEKRHVKVMIRRYPNGKRNPRPNATAFMFGK				NA	NA	NA	NA	NA
AK148_01975	2793			hypothetical protein	ATGAATAGAACAGAAAAAAAAATACTAAGTATAGAAAGGGAAGTTCCTAAATGGAGCTATAGAAATATTTACTTATTAATGATCTTTTGGATTGCAATAAATACCTTATGGACTATAAAAAATTTATTAAATTATTCCTTTCTTATGGTAGGACAATTCTTAAAGAGTATTCCTATGTTCGTCCCTTTTGGGAATCCTTTACACCCATCATTAATTGAATTTATTTTATACGTATGTTCAATGATTATGATGTGGTTAATCTTTACTAAATTAGATGTTGCAATTATAAAAGAAATATTAAATTTAAGGTTAGGAAAGAAATCCGTTGGAGATATAAGAATTTGTTTTTTGAAACCAATAAAAAACTTCAAGTTAACCACTATTTTTATAAAACGTCCTATATTCTTAAGAACAGGGCTGTTTTTTTTAGTTGTTACTGGTATTGGTGGATATTTCATATGGTATATGACAGCTCCAATTTATTTGTATGTATTCCCATATTTTATACAACATATTAAAACATTAGAACTGAATACACCAATGGCAATAATCTTAGTTGGAAAACCAACTAATTTACTTCGTTTATTTATGTTCATTCCTCTAACTATTGTATGTTTTATATCTGTGCTGTTATGGGCAGAATACAACAAATACAAAGACGCTTTTAAAAATGGATTTTCTAATTACGTCTTTAGTAATCGATGGTTACAACAAAAATTAAATAATATTGATATAACTAAACTAAATTCTAATGAATTACATTATCCTGACGTTGTATTAGGACCAAATTCAAATACAGGAGAATTAGTCATACAATATGGGAAAGATCGACCCTTAAACAATTTAATAGTTGGATCTATTGGTACAGGAAAAACTGCATCCCTAATATTAAAATTAATAAATCAAGATCTAGACTGGGCGACTCGATACATTAATTTATTTCCAAAGTTATATTCAAAAGAGAATTATCACTCGGAACAGGTAAAGGGACTCTGCTTGAATGGCTTATCTATAATTGAACCTTCAAATGACCTTTGTAAAAAAACATACAAGTTGGTTAAAGCGCATGGTATGACTGATGAAAACGTATTCTACTTAGATCCAACAAATCCAAACACACCATGCATTAATCCAATGAAAGGTCCAGTTGAAAAAGTGTCTGAGCAGTTTGCCATGGTTATTGAAGGATTAGGAGAAGGATCAAATAGTAATTATTTTTTCAAACAATCTGAGAGAAACCATTTAAAACATTATATATATTTGTTGAAATTGCACAAGGGTACTGATGATGACGACATAGCTATTTTTGATACATTATTAGATATGTATAACAATTCTCAACTTGTAAGAAAAATGCATGTTCAGTTAAAAGATACTTTTCCAAATGTTGATATAAATTCCATACAAGATAGGGATGTAAAAAATCATTGGAAAATTGTTCAACAAATAGATGAATGGTTTGATAGTAATTTAATACCTTTAAGAAATAGAAGTGGTGATATTGAGAAAGTAAGAAGTGGTAAATATCGTGGAGAAGACGCATATATTGATGCTCAGGCAGAAAATGTGAAAGGTTTACGCAATATACTCAATGACATTGGAACTAACAAATTGTTAAGGCGTGTATTGTTTGGAAATTCAGACTTTGATATGGATCGTCATCTTGAGTATGGCGGTGTCCTACTTGTAAATACAGCCAAAGGAGAACTTGGTGAACTATCTAATGTACTTGGAAAGTTAGTGTTGCTAATCTTACAAAATGCTGTTTTTAGACGAAATCCAAATGTATCTAGTTTTCATCACATTATTGTAGATGAGTTTCCAGACTATATTTATGGTCCTTTCAGAGAATTTCCTGCACAAAGCCGAAAATACAAAACCATTGTTACTGTTGCTGCACAAACAATTGCTCAATTAGCCGACAAATTTGGTAAAACATATATGGACACTTTACTGGGAACTTTTCGCCATAAAATTATCTATGGCGATGTACCTTACTTTGATGCTCTAGAGTTCAGTAGAATATTTGGTCAAAAAGATAAATTTGAAGAAGGTACACAAGAGCAGGAAATTTCACCGCTACAAGATGACCCAACTTTGAGAACAGGTAGCAACTATACCAATACAAGAAATCCGATTATGGAACCTGATGATATTATTTACCAAAATGCATTTCAAGCAGCTGTTAAAATAGTTCAGCATAACAAGCCTATGCCAGTGGTTCAAATTGATGCAAATTTTGTTTCAGATAAAGAAATGAAAAAATCCAAAATAGTTGTCAATAAAGAGTCCCTTAAATTTTGGATTGAAAAAAGCCAAGAATTTAGTATTTCTGAGCCACTACTTATTCAATCGCTTACCGAAGATAGTGAAAACATTGAAAGTACAACAACTGATATGGATGAAAACAATAATTGGTTACCAAATGATGTCCCTTTAAAGCAATACCCAAAAGATTTAGAACAAGAACGTATATCGAAAGGCACTGACAATATTGTATATTTTCCTAAAATAACAAGCCATGATAAAGAAACCGCACTAGTTATAGATGAATTAAAGAGGACATTTTCATCTGGGGAAGATGCAAAAACTAATAGACAGTTATTACTAGAAAATAAAAAACAAGAAGAAAAAAAACAAAACCCTTATGAAGATCCAGAGCAAACATACTCACATTACTCAAGAAAAAAAGAAGAAACGGAAAAGAAAATTAAAAAAGATAATAACTTTAACTTTAATCAAAGTGATTTTATGATTGATTTTGGTATCTATGATGCAGATGATGATGATTAA	MNRTEKKILSIEREVPKWSYRNIYLLMIFWIAINTLWTIKNLLNYSFLMVGQFLKSIPMFVPFGNPLHPSLIEFILYVCSMIMMWLIFTKLDVAIIKEILNLRLGKKSVGDIRICFLKPIKNFKLTTIFIKRPIFLRTGLFFLVVTGIGGYFIWYMTAPIYLYVFPYFIQHIKTLELNTPMAIILVGKPTNLLRLFMFIPLTIVCFISVLLWAEYNKYKDAFKNGFSNYVFSNRWLQQKLNNIDITKLNSNELHYPDVVLGPNSNTGELVIQYGKDRPLNNLIVGSIGTGKTASLILKLINQDLDWATRYINLFPKLYSKENYHSEQVKGLCLNGLSIIEPSNDLCKKTYKLVKAHGMTDENVFYLDPTNPNTPCINPMKGPVEKVSEQFAMVIEGLGEGSNSNYFFKQSERNHLKHYIYLLKLHKGTDDDDIAIFDTLLDMYNNSQLVRKMHVQLKDTFPNVDINSIQDRDVKNHWKIVQQIDEWFDSNLIPLRNRSGDIEKVRSGKYRGEDAYIDAQAENVKGLRNILNDIGTNKLLRRVLFGNSDFDMDRHLEYGGVLLVNTAKGELGELSNVLGKLVLLILQNAVFRRNPNVSSFHHIIVDEFPDYIYGPFREFPAQSRKYKTIVTVAAQTIAQLADKFGKTYMDTLLGTFRHKIIYGDVPYFDALEFSRIFGQKDKFEEGTQEQEISPLQDDPTLRTGSNYTNTRNPIMEPDDIIYQNAFQAAVKIVQHNKPMPVVQIDANFVSDKEMKKSKIVVNKESLKFWIEKSQEFSISEPLLIQSLTEDSENIESTTTDMDENNNWLPNDVPLKQYPKDLEQERISKGTDNIVYFPKITSHDKETALVIDELKRTFSSGEDAKTNRQLLLENKKQEEKKQNPYEDPEQTYSHYSRKKEETEKKIKKDNNFNFNQSDFMIDFGIYDADDDD				NA	NA	NA	NA	NA
AK148_01976	1341			hypothetical protein	ATGTTATTTAATGAATTCTTACTCGTTAACTTAAAATGCCCATTACACTTTACAGAAGAACAATACTTTAAGGAAAAGCAAAATATTGAATTGTCCTCGGGTAATCAAAAGCTAGGTGCCATTAAAGTTACTCTATTCGAATTAGAGCTTTTGCGTTTATTAGCTATTCATAGGCTGCTTAGTACAGAACAAATCTTAAAATTACACAATACTTATTATCCGATAACTAGAAGGACATTAAGGAGGAAATTCTCTCGCTGGTGTGAGAAAGGTGTAGTTGTTAAAACAAGGCCTTCTTCATCCCTATATTTTGGTTATAACAATGTCTATAGTATTGGACAAATTGGACTACAACTTCTAGCTGATAATTCATATTTATCAAAGGATTGTCTTATTGAAGATACAACAGAATATACAAAAGGATTAAATTTCACGCATACGATTGGACAACAAGATATAGCTATTAATTTATTTTCAGATTTGGCACCCTTTAATTTATTCTTTGAAACAATAAGGCCTTCACGATACTTTACAGAGCAGGAAGTTATAAAGTATGGTATTCCTGATTGGTTATTGCGTTATTATCAACCTAACCAGTATAAGCTCATTTTTATAGAATTTGATACAGGCACAGAGAGAGGAAAGCAGATACATGAGAAGTTTAATGCATACATTAATCGAGCCATTGATAACCCTGATCAAGACATCTTAGTTGTTTTTGCTGTAATGGATGAGTCATTTCATTATCGCGGAGATAGAATTCCTTCTGGAAAGAGAAGAATAGGAAATTTAAAACATTTCTTTTTAAAAGTTGAAAACCTTATACCGCCTAACTTAACAATAAAGATATCTTATAGAAACAGAATTCAATCTATTATAAAAAGTGAACTACTTGGATGTGAAAAGTCACAAATATTTAATGCACTTCAATCCCATCTCACTAAATTACTAAATTACAAAGTAAAAGATGTAACATCTATCGATCTATATATGAAAGAAGTACACGAAAAGTATTATGCAGATCAAATACTAGAAATCCACAACAAAGATGGTTTAATTGAAAGAGTAGGGGTTATTATAATTAATGAAGCTGATATTAGTTCTTTTATTAGAGTAATAAATTTTTATCAAGTTCTAAAAGACCGATTATTTAAGAAAACTATTTCACGCCTAATATTGATATATGAAGATGAGCAAGCTTTACTTAATGATCCCTATAATTTTCAGTTTGACAAATCCATACTGTTAACTGATTATGTTTCATTACAAGAAGAGCGGGAGATTATATTTAATCAGTTTGTTAATATGAATAGTACAAAAAAACTGGGCTATAATACTTAA	MLFNEFLLVNLKCPLHFTEEQYFKEKQNIELSSGNQKLGAIKVTLFELELLRLLAIHRLLSTEQILKLHNTYYPITRRTLRRKFSRWCEKGVVVKTRPSSSLYFGYNNVYSIGQIGLQLLADNSYLSKDCLIEDTTEYTKGLNFTHTIGQQDIAINLFSDLAPFNLFFETIRPSRYFTEQEVIKYGIPDWLLRYYQPNQYKLIFIEFDTGTERGKQIHEKFNAYINRAIDNPDQDILVVFAVMDESFHYRGDRIPSGKRRIGNLKHFFLKVENLIPPNLTIKISYRNRIQSIIKSELLGCEKSQIFNALQSHLTKLLNYKVKDVTSIDLYMKEVHEKYYADQILEIHNKDGLIERVGVIIINEADISSFIRVINFYQVLKDRLFKKTISRLILIYEDEQALLNDPYNFQFDKSILLTDYVSLQEEREIIFNQFVNMNSTKKLGYNT				NA	NA	NA	NA	NA
AK148_01977	1218			hypothetical protein	ATGAAATTTATTGTAGCCAATGATAACGGGAATTCAGAACATAAGTTAGCTGTAGGTCAGGATATTTATAGTCAGCCGAATGTATATGCTCTTTACAATAATAAGCCATCAGAAGAAGAGAAAGAACTTGATGTTGTGATGAACGAGATTTTGAAGAATATTATTGTGACAATAGATTCAAATGCTGTTTCTGATAATGCAAGAACTTATGTTATAGGTTCACGAGCGCTAGAAATAAGTTCCGGAAGTGCTTTACAAAATATGAACATAAGGAGATCCAAAAAACACAAAGAAATACTACCAGTAGTTAATACATTAGGTTTTCTAGCAGCCTTAGCAACCAAAAAGCAATATCAGAAAAAAGGAGAATTAACTCCAGGAGAAACTATAGAGTTAGAAATTGTTATGACTACTGCTTTACCAGCTACCACACATGATGAAATGACAAGTAATCATTTTGCTAAAAGATTTACTGACCATTATCATGAAGTAAAAGTTCATTATAATAATACGCATAGTACTGTTAAAATGAAATTTACTGAAGTAAAAGTCTTGGTAGAAGGCGTTCCTGCTCTATTTAGTATTATAGAAAGTGGCGATATTACATCAGATGGAGAAAGTACGTACCGTGACGATGATATTTTTGATGAATTTAAGAAAAAGTATAATTACGAAGATAGTCAAATTGATGGCTCTTATTTTTCAAATAAACGTCTTTTACATGTAGATATTGGAGATGGGACTACTGAATTGACGTACACTCAAGGATATACTTTTGATAAGCATAAATCAGATGGAGAAGATTTTGGATTAGGTACTGCATTAGAAGATGCACTTATTAGCTTCAAAAAAGAAATGGATATGTATGATTTGAAAGTGAAACGGCAGGATCTATCATATTACCTACGTAATAAAGGTAGTGACTTTCATGATTTAGCAAAATCATGCATAGAACAACCATTACAACAACTTGCTGAAAGATTGTATCAAGCTATATCGGATAGAACATCCGAAATAAAACTACAGTTTGATATAATCGTTGTGTACGGTGGAGCTTCTATATTATTAAAACAATATCTGGAACCTTTATTAATTGATAGATACAATAATATAAATAAGGAAATATTTTGGGTGCCAGAAAGATATGCTGTTAATATGAATGTTAATGGAATGAGAATTTATAATAGTATTACTTATCCTGATACTGTTAAACAGTAA	MKFIVANDNGNSEHKLAVGQDIYSQPNVYALYNNKPSEEEKELDVVMNEILKNIIVTIDSNAVSDNARTYVIGSRALEISSGSALQNMNIRRSKKHKEILPVVNTLGFLAALATKKQYQKKGELTPGETIELEIVMTTALPATTHDEMTSNHFAKRFTDHYHEVKVHYNNTHSTVKMKFTEVKVLVEGVPALFSIIESGDITSDGESTYRDDDIFDEFKKKYNYEDSQIDGSYFSNKRLLHVDIGDGTTELTYTQGYTFDKHKSDGEDFGLGTALEDALISFKKEMDMYDLKVKRQDLSYYLRNKGSDFHDLAKSCIEQPLQQLAERLYQAISDRTSEIKLQFDIIVVYGGASILLKQYLEPLLIDRYNNINKEIFWVPERYAVNMNVNGMRIYNSITYPDTVKQ				NA	NA	NA	NA	NA
AK148_01978	342			hypothetical protein	ATGGAAGATAATAAGCCAAAACGCATCCAATTTCAGATTGGGAAAACCTCCCCTATTGATGTTCAAGAATGGGTTGAAAATCAGACGTTGAATGTTAATAAAGCAGTGAAAGAAGTTTTAAATCATTTTGTTCGAGTATACGGAACTGCGGATATACTTTCTCCAGAAATTCGTCAGGCCATGTCTGGTCAAGTAATCAGTATACAAAGCAAGCCAAAAACAGAGTATAGTTCAAATCTTAGTAGAAGCAATGTTGTAAATGAACAGGAAGAGAAAGAATTAAAAGATGACGAACGGAAAAACGATAGAAAAATCATAACAAAGAGAGATATTAATATATAA	MEDNKPKRIQFQIGKTSPIDVQEWVENQTLNVNKAVKEVLNHFVRVYGTADILSPEIRQAMSGQVISIQSKPKTEYSSNLSRSNVVNEQEEKELKDDERKNDRKIITKRDINI				NA	NA	NA	NA	NA
AK148_01979	975			hypothetical protein	ATGATAACTGAGGAAAAGTTAAAAAGCATCTATGAAGAAGAGTTCCAAACGGATCCTATATATCAATTAGTAATTGAAAGTAAGCTAGAAGGATACTTATATCCATCTGGGTTATTGAATATGGACCTAAATAAAACATATAGTACAGTTGATGTAGGAAAAATGATTGGCCGTAAAGATTCAACCATCAGAAACTACTTTAGTACGGATTTAGTTGATTACATAAATCCAGAAAAGGTAGGGATTTTATACCGCCTAGACTATATAAATATAATCAAAATACATATGATATCTTTGCTATATGAGAAAGGGGGTAAAAACAGAACTCAATTGCAATATGCGTTGGGGTTAAAAAGTGGTGTAAAGATAGGTAAGGAGAATCCAGGACTTAATTTCAAAAAAGAGTTAGATCATTTGAAACAACATATGGTTTCAGAAAGTTTAAAATCTCAATACTTATCATTAAAATTAAATATTCAAGAACAAATAAATGAGAAAAACCTGAAACAAATGGAATATAATCAATTTTTACAAAGAAAAAACCAACTAGAAAAGGAAATAAAGCAAAAAGATATTGAAACAAAATACATTCATTCTATGACCGATGCACTACAAAATGTATCTGAGCAGGAACAACAAACACGGCTACTACTTAACGAAACAAGAAAAAAAAGAGGTGTGTTTGGCTGGTTACGAAAAGAACGTGAAACAGACAATAAAGAGCAAAGTCAAATAGTACCAGAGTTTGATGCAATAAAGAAATTGATGTTGGAGAATAAAGAAGAAAAAAAGCAAAGAGCTCAAGAACTTAAGGATATAGAAAATAAATTAAAATATTTAGAAGAAAACATAAAAACTATTAATGCGAAAATAGAAGATCTAAATTTAAGTGTTCAGGAAAAGTCCGCTTATATAGAGAATTTAGAGAGAAATATAAGTATAGATCAAATATACCTGAAAAAGGATGAATTGTGA	MITEEKLKSIYEEEFQTDPIYQLVIESKLEGYLYPSGLLNMDLNKTYSTVDVGKMIGRKDSTIRNYFSTDLVDYINPEKVGILYRLDYINIIKIHMISLLYEKGGKNRTQLQYALGLKSGVKIGKENPGLNFKKELDHLKQHMVSESLKSQYLSLKLNIQEQINEKNLKQMEYNQFLQRKNQLEKEIKQKDIETKYIHSMTDALQNVSEQEQQTRLLLNETRKKRGVFGWLRKERETDNKEQSQIVPEFDAIKKLMLENKEEKKQRAQELKDIENKLKYLEENIKTINAKIEDLNLSVQEKSAYIENLERNISIDQIYLKKDEL				NA	NA	NA	NA	NA
AK148_01980	1299			hypothetical protein	GTGATTATAGGCCATAATAATGCAGGGAAGACCACTATAATACGGGCTTTGGAAATTTTATTTAACTCAAAAAATAAACAATTGAGTGTTGGTAATGTTAATAAACGAATAAGCATAGGCGAACTTTATACTAAGCCTCTTACCATAATACTTCAAGCAGTTTTAAGAGATTCTCAAGATGAAGATAGGTATACGATTAAAACTAGAAAGAACAGAGGTGTCTATGTGAATCTATTTGATATTCAAATCAATAAGGATAAATTACATCCTAATTTTATAAATGTATCCAAGGATCTAGATTTAGTAAATGTGTTGAAATCCTGGGCAATAGGCTTTAAGGATAGGGATAACAAGTTTGTAAAAGAATTTCAAGATACATTTAATACTTCTTTCTGGGAGCTCTATCTACATGCTTGTTTTAAGAATTTAGGATTTAAAATAGACTATTCTTACTCCTCACCTGATTTTGTTCTAAAAACAAGAAAACACAAGATGGAATTGATTATCGAAGCCGTTAGTACGAGGCATTCTGAAGAAGGGTTACCGGAACATGAAAGGATAAATGCGTTAACTGAAATGTTTCAAAGAGGTATCCTTGGTACTGAACATCATGAAGAGATTGTACATTTGGCAACGGAGCGCATTGCTAGTAGTATAAGCAACAAGGCCAGAAAATATCAGGAAACATACTCAAAATTGCAACATGTAAAAGGGAAACCATTTATTCTTGCCATAGGATCTTTTGAGCAACCATTCTTTTATCTACAAGGAATTGGAGCAATTCAAAGAGTACTATATGGATTATTAAAAGCTGAGTATAGAGAAGAAACACCATACTTTGAGTATTCGAATAAAATAATTAAAAAAAAGAATGGTAGTGAGATTCCCATAGGTTTATTTAATGATAATTCCTATAGTTACATTAGTGGGATATTATTTAGCTCTGTGGCTTCTATTGGAAAAGTCAGGGCATTGAGCCTAAATAAAAAAAGTGATGTATATTTTAATACTTATACTTATAATGATTATGATATAAAAGGAGAGAATAAAACAACTCCCCATAATAAATATAACGAGTCTTTGTTAGATGGACTTTCATTATATTTAAATCCATTTGCGTATAACCCTATAGATTCAAAAGAATTCGACAATAAGGATATAGCAATTGTATATGATAATGAATCAGCAAGTCTGAAACATGGTTTTCTATTTTCGAGATTTGTTAGTAATTTTCCTTTAGATAAAGTAATGTTTTTAAGTAGGAGACAGAATCAGTATCAACGAAAAATCATTTATTAA	MIIGHNNAGKTTIIRALEILFNSKNKQLSVGNVNKRISIGELYTKPLTIILQAVLRDSQDEDRYTIKTRKNRGVYVNLFDIQINKDKLHPNFINVSKDLDLVNVLKSWAIGFKDRDNKFVKEFQDTFNTSFWELYLHACFKNLGFKIDYSYSSPDFVLKTRKHKMELIIEAVSTRHSEEGLPEHERINALTEMFQRGILGTEHHEEIVHLATERIASSISNKARKYQETYSKLQHVKGKPFILAIGSFEQPFFYLQGIGAIQRVLYGLLKAEYREETPYFEYSNKIIKKKNGSEIPIGLFNDNSYSYISGILFSSVASIGKVRALSLNKKSDVYFNTYTYNDYDIKGENKTTPHNKYNESLLDGLSLYLNPFAYNPIDSKEFDNKDIAIVYDNESASLKHGFLFSRFVSNFPLDKVMFLSRRQNQYQRKIIY				NA	NA	NA	NA	NA
AK148_01981	861	xerC_4		Tyrosine recombinase XerC	ATGCCTTATGGATATAAGAAATTTCTTTTTAAGCAAGGAAAAAGTGAAAGAACAGTAAACGACTATATAGCTGTAATTGAACAGTTCTTTACTTACATTGATAAACAACATAAAGAACCTCTAGAAGTTTTTGAATTGCAAACCAGGCATATAAGAAGTTTTTTAATTAAAAAACAAAAAGAAGATAATATAAAGATTACTACTCTAAATAAAAACCTTAGCATATTAAAAAGCTTTTTTAACTTTTTATGGGAGTCAGGAAACATACCCATTGATCCGACATCAAAAATGAAACACTACAAATCAGACAAAAATAAAGTTATTTATTTACGGTATGAAATGTTACAAGAATTATTACCTCTGGTAATAAATAATCAAGGATACTCCAATTATAAAAAAATTATCTTTATTCTCGCCGTATATGGCTTTCGTATAAAAGACTATCATATATTGAAAGATAACGTTTTTATTAATAAAGAGAGTGTGGTTATTATTCCTAGAGTACATGAACCAATAGAATTATTTAAAGATGAAGCTGAAATTTTTTTAAACGTGTTTGATCAGTCTTTATTTCATGGTTCGGAATTTGTTTTCGTTACAAAAAAACATGATGGGAATTTTGTACCAATTGAAGTAATGAGTGTTCATAAACATTTAAAAGATATACAACTAGATTATAATCTTCCAAACAATTTAACTCCTAATACAATTAGACATGTTTACGCTTTTTACCTTTATCATTGTAAGAATCTTAGTTTTGAAGATATTGCTAGAATACTTGGTATTGAAAATATAAGTGCAGCAATTTTAGTTAAAGAAAGTATAAATAGAATGAAAACATCAAAAACACTTGAAAACTAA	MPYGYKKFLFKQGKSERTVNDYIAVIEQFFTYIDKQHKEPLEVFELQTRHIRSFLIKKQKEDNIKITTLNKNLSILKSFFNFLWESGNIPIDPTSKMKHYKSDKNKVIYLRYEMLQELLPLVINNQGYSNYKKIIFILAVYGFRIKDYHILKDNVFINKESVVIIPRVHEPIELFKDEAEIFLNVFDQSLFHGSEFVFVTKKHDGNFVPIEVMSVHKHLKDIQLDYNLPNNLTPNTIRHVYAFYLYHCKNLSFEDIARILGIENISAAILVKESINRMKTSKTLEN	PGPT0022000_7284	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0022000-xerD-K04763	NA	NA
AK148_01982	621			hypothetical protein	ATGAAAGAATATAAAGCACTACAAGATTTAGTTATAGCTTCTCTTATGAGTAGAGCTTATATATTTACAAAAGTAGGGGAGCCAATTAATGAATTGTATGTTCCTTTTTCCTATGATAAACGCTATTTTTTAGCTGATTATTTAAGGGAACATGATTTATTGCCATTTGTTAAAGTTGACATTGATTCAAACGAAATGATTATAAAGCTAGATTTTAAGTTAAGAAGTGTAGTAGATACTTGGTTCAACAGAAACGAAAAGATATTTAAGAAGGATTTTCTAAAATCTTCAGATTTATCCACTGTATTACTATGCATTAATTTATTTGGCACTCGTCAAATTGAAGGAGTTGCTTTCTTAACAAATGTAAATCAAAAATATCTTTTTACCTTATGTTACACACTTACCGAAAAATTAAAAGTGAAAACTATATTTTCAAAAAATCAAATTAAAATTCCTGATGTTCCCAAACTTTTCTTAGAAAGCATTCAACAGACATCTTCAAAAAATTGCTTATTTATTGCTTCATACTTAGATAAAAAAGAAAAAGAAGAACTAATTAAAGCTGCTAGCTCTGTAAAAAATAAACTAGGATATGATTATTTATGCGTACAATCATAA	MKEYKALQDLVIASLMSRAYIFTKVGEPINELYVPFSYDKRYFLADYLREHDLLPFVKVDIDSNEMIIKLDFKLRSVVDTWFNRNEKIFKKDFLKSSDLSTVLLCINLFGTRQIEGVAFLTNVNQKYLFTLCYTLTEKLKVKTIFSKNQIKIPDVPKLFLESIQQTSSKNCLFIASYLDKKEKEELIKAASSVKNKLGYDYLCVQS				NA	NA	NA	NA	NA
AK148_01983	669			hypothetical protein	ATGCGTACAATCATAAAGACCCTTTTATTAATTATAAGCGTGTTCATCCTGGTGTCTTGTAATAACAAAGTTGTTGAGGAAGCGAAACGAACTGAAGAAGATAAGGGGAGAATGGAAGAAGAGGAACTTTCCAATAAAGATATTAATACACAACAGAAAGCGATTATTAAAAATGGTTCTTCAATTAGAGAAGCTAAAAGAGAAGTGGAAAAAAACAGGGAGTCAAAAGAAACAATTACTATTGAAAAAGTTAAAAAACAAAAAAAATTTAGTGAACCTGATTTATTTGCACAATATGTTGCTTTAATACTTTATAATTTTCAAGTTAAAAAAATAGGGGCTGAATCATACTATGATTTTTTAATAAATTACGGATCAAAAGCTTATTTAAAAGGCGTTGACACATCAAATGCGAAAAGTATGATAGATAATCTTTATAGCTTACAGGAATCCTTGTATACATCTAAATCTAATTATAAAGGATACAAAATATCTGAACTTACTACAGACAAAACAGGTCTATATGCATATTTTTATCGAACTGTACTCGATAAATCTGGTAAAACCTACTACAAAACTACAATTGTAAAAAACGGTGGCCATTGGAAATTTGATGATGATAGTCTTTCGTCTGGATATAACGAAATAGATAAGAAAGAGGAGAAATAA	MRTIIKTLLLIISVFILVSCNNKVVEEAKRTEEDKGRMEEEELSNKDINTQQKAIIKNGSSIREAKREVEKNRESKETITIEKVKKQKKFSEPDLFAQYVALILYNFQVKKIGAESYYDFLINYGSKAYLKGVDTSNAKSMIDNLYSLQESLYTSKSNYKGYKISELTTDKTGLYAYFYRTVLDKSGKTYYKTTIVKNGGHWKFDDDSLSSGYNEIDKKEEK				NA	NA	NA	NA	NA
AK148_01984	882			hypothetical protein	ATGATAGTTGATGATAAAAAACTACTAAAAAAAGTGGAGGCAAGACTCAACACTCTACTAGAAAAAGATAATAAATTTAGAGCTGATTTGCAATATATTCAAGTATTTTATATAAAAAAATTTCAAGGCATAGTTAGAGAAGAACACAGAAAAATATTTAACAATCACTTACAAAAAGCAATTTTAGACCAATTTCACAATGGCTTTTTAATGATATCACAATATTATAATGACGAAAAAGCTTATATTGATGAAACCATCTTTCAGCAGCCAGAAGGAATATTTACTGAAAATGTACCATTGATTTTAAATGAAATAATTGAGCCTTTGATAAGTAAAGGCGTGACATTTGACGAAGTTATTGATACCAAAACAACCCATGACTTAATTATGTGGAGCATGGAACATTATGAAAATATTCGACCTCTTTTAAAGCAAGTGAGTTTTGACGCCACCTGCTTAGGGGCTAGGCAAGCATTAAGGGAAAAGGGGATTGAATTGAGTTTTGAACGAAAGAGATTAACAACAGAAGATAGGTGGCTTGGAAACATTGGAGATTTACAATTCGTTAATCCACAAATGTATTTAGAAATAAAACATATATCCAGTAACTTTGAATCCTGGAACATAAATTTTTGGTCTTCTCATTTAAAAAAAATAAAAAAAATTGGTGAGGCAAGTGTCATAAAAGAATCTGAACTACTCAATACGAAAACTAAGTTGAGCTATAATTTACAAATGTTGTCATCTATAAGTAGAAGTGACATTGACCAAGTGGCTAATACACATATTTCTATGTTATTAAGTTACATGAACCCTGAAAACGTTGAATACAACTTAACACTCGTAACTGCTTATTTGACAAACGACCACCATCAGTAA	MIVDDKKLLKKVEARLNTLLEKDNKFRADLQYIQVFYIKKFQGIVREEHRKIFNNHLQKAILDQFHNGFLMISQYYNDEKAYIDETIFQQPEGIFTENVPLILNEIIEPLISKGVTFDEVIDTKTTHDLIMWSMEHYENIRPLLKQVSFDATCLGARQALREKGIELSFERKRLTTEDRWLGNIGDLQFVNPQMYLEIKHISSNFESWNINFWSSHLKKIKKIGEASVIKESELLNTKTKLSYNLQMLSSISRSDIDQVANTHISMLLSYMNPENVEYNLTLVTAYLTNDHHQ				NA	NA	NA	NA	NA
AK148_01985	387			hypothetical protein	ATGTATAACGATCTTATATTTCTTTTAAAACAAAAGTATAATGTTCTTTTTATAAATAATAACAACAACCATTATGCTTCGAATATATTACAACTTATTTTGTCAAATATAAGTATCAAAAATGCTGATATAATAGACAGTAAAAATCAAATAAATTTTGTAAAACGAAACTTACAATTAGACGAATCTGTAAACTTATATGGCTATGATACATCAGAAGAATTTTTAAGAATAACTAATCAAATTAATTCTAATAAAAAACAACATATTGTTATACAAAAGGATACAAACAACACACTTAAACATAGTGGTGTATTCGATTACAGAATTACCGTTAATAATAAAAGCAACTATGTTATTAAGACTAACTATTCTTATATTTTCTAG	MYNDLIFLLKQKYNVLFINNNNNHYASNILQLILSNISIKNADIIDSKNQINFVKRNLQLDESVNLYGYDTSEEFLRITNQINSNKKQHIVIQKDTNNTLKHSGVFDYRITVNNKSNYVIKTNYSYIF				NA	NA	NA	NA	NA
AK148_01986	732			hypothetical protein	ATGAAGAATGTTTCCCGTTTTATTCCGAATCATGAAAAGAAACGATATAGTGTTGTATTTTCCCGAACGACATTCACAGATGTCTTAAGTAAATTGAACCTGGGTGAATTAACACACTCAGATATCGTGAAGGATACGTATTTAGCTGAGGATGGCTCTCTAACAGAAACGAGTAAATTAATGGACTTTGGGGATAAAGCCCAAGTAGTTTTAAAACATTATGACGTTGAGGTGAATGGGAATATAAACACAGCAGATGTTGTACATGTCTGGATGCAAGGTGAGGATAGTGTTACCTTCCAGGGGTATTCAAATGGTAAATTAATAGTAGAAAAAACCATGGACGAAATGGTTGATATCTATGCTGATTATAAAAACACAGCTGAGGTAGGGGAGGAAAAAGAAGCACGCTTAGCAGAGATCACACCTAGTGGATTCAGTTGCATTAACACAGGATCTTGTTGTTATTTTGATGGGACTCGCTATGAGCATTGCGGGAAAACATGTGGTAATTATAACAATGCTGGTGGTGGAACACCTATCAATTATGTTGATAGTTGTTGTGTATTACATGATAGGGACCTGCAGGGACCAAGACCGATAAATCGTTGTACTGCCCATAAAAACTTTTTGGACTGCTCTGCAGGGCGTTCTGGCCCTGGTGTTGGAACAATTCGTGCTGGAATTATCTTTGATGCAACTATAAATGGTTGCTACTTTACTCTTGCATAA	MKNVSRFIPNHEKKRYSVVFSRTTFTDVLSKLNLGELTHSDIVKDTYLAEDGSLTETSKLMDFGDKAQVVLKHYDVEVNGNINTADVVHVWMQGEDSVTFQGYSNGKLIVEKTMDEMVDIYADYKNTAEVGEEKEARLAEITPSGFSCINTGSCCYFDGTRYEHCGKTCGNYNNAGGGTPINYVDSCCVLHDRDLQGPRPINRCTAHKNFLDCSAGRSGPGVGTIRAGIIFDATINGCYFTLA				NA	NA	NA	NA	NA
AK148_01987	240			hypothetical protein	ATGAACGATATAATTGTATATACCGACGTCCGTTGTGGGTATTGCGGCCAGTTAAAGGAGTTTTTGAAAACCAATCAAATAGACTACACAGAGAAAGAAGTTTCGAATAAGACCTATCTCAATGAACTGATGGAGTTGAAAGGTCGAGGGGTTCCGTTTACGTTAATCCATAATAGTCCATTTGAAGGCTTCAATGATAAAGTCAAAGTTGCACTGATGAAATATAAAGCAGAAAATTAG	MNDIIVYTDVRCGYCGQLKEFLKTNQIDYTEKEVSNKTYLNELMELKGRGVPFTLIHNSPFEGFNDKVKVALMKYKAEN				NA	NA	NA	NA	NA
AK148_01988	321			hypothetical protein	ATGGCGACTTATAATGTGGCGTACAGTTTTACACACACCTTATTAGGAGAGGGAAGATGGTTCACTAAGAACAATCAAACAATTACATTGAGATTGACATCAACAGCTAATATATCTGGTCAGCGAGATCGAACGTTTGTGGTTCGGCTGCAGGTGCTTACTGTGTTAGGGTGGCGTACTAGAGGAACAGCATCGTTCCCGAGGAATGGATCGGATAAAGCTTCCTGGTCTGGTCTATCTTCTGGTATTTACAGGTTGCGTTTTGAAAAATCGACGGACAACATTCAAGTGCGGGGTGCAGGGGTCATTAGTAACGTATAG	MATYNVAYSFTHTLLGEGRWFTKNNQTITLRLTSTANISGQRDRTFVVRLQVLTVLGWRTRGTASFPRNGSDKASWSGLSSGIYRLRFEKSTDNIQVRGAGVISNV				NA	NA	NA	NA	NA
AK148_01989	339			hypothetical protein	ATGAAACGAACAAGACATTCTAAAGAAATTAAAATACAAGTAATTAAAGAAGCAATGGAGACTGGGAAAACATCAGTTGTTGCACGTCGATATGAACTCAATCCTCATATGGTGACAGGATGGGTTAGAAAGTACAAAGATGGCAAATATGGTGACATAGTTGTAGCTACTGTTCTAGGGAAATTCCGGAGGGGGACATTTAGAAATAACAAACCAATTCATATGACTGGAATGATTAAGATCCTACCTCCAAAAGATACTACTTTAGTATCTGAAGAGATTATTCCACTTTATGATGAAAAGGGTTCTGAAGTGGGATACATTTACGACCTTGTTTAA	MKRTRHSKEIKIQVIKEAMETGKTSVVARRYELNPHMVTGWVRKYKDGKYGDIVVATVLGKFRRGTFRNNKPIHMTGMIKILPPKDTTLVSEEIIPLYDEKGSEVGYIYDLV				NA	NA	NA	NA	NA
AK148_01990	714			IS1182 family transposase ISPye55	ATGATGAAAAGGGTTCTGAAGTGGGATACATTTACGACCTTGTTTAAACTAATTGTCACTTTAGATGTAGTAAACGATGTAAATGATCAAAGCCAATTAACTGCCATGGTTTCGGAAACAAATAAAATATTATCAAAAAACAAAAACAGAATCGTATTGGCTGATACAGGATATTATAACGCAAAAGAAATAAAAGAGTGTTTAGATGATGGAAACATTTTATATTTAAAACCTCAAAAAAACAAAAGTACGTCAGGAGATCCTACTTATTCAAAAGATAACTTTCAGTATCAAAAAGAAACAGATACTTATTGTTGCCCTCAAGGAAAAGAACTTCCTCATAAGGAAAATACGTCTAAAAATGGTATGAAGTACAAGAGATATAAAGGGGGAGATATTTGTTTATCTTGTCCTTTATATAATTTATGTACAAAAGCTAAAACAGGAAAGAATATTCAACGCTGGGAACATGAAGAACTCCTTGAAAAATTGAAAGAAAATACGGAAGCCAATAACGAAACCTATAAGAAACGATCGCAAATTGTAGAACATCCTTTTGGAACCATTAAGCGATCCTTGGGTTATACTTTCTTTCTAGGAAAGGGGCTGGACTCTGTAAACGCAGAGGCAGCTCTAATTGGTGTTGCCTATAACTTCAAAAGATTAACGAAAATCAAAAAGGTTTCGGAAATTGTTAAGCTACTAGTAGCTTAA	MMKRVLKWDTFTTLFKLIVTLDVVNDVNDQSQLTAMVSETNKILSKNKNRIVLADTGYYNAKEIKECLDDGNILYLKPQKNKSTSGDPTYSKDNFQYQKETDTYCCPQGKELPHKENTSKNGMKYKRYKGGDICLSCPLYNLCTKAKTGKNIQRWEHEELLEKLKENTEANNETYKKRSQIVEHPFGTIKRSLGYTFFLGKGLDSVNAEAALIGVAYNFKRLTKIKKVSEIVKLLVA				NA	NA	NA	NA	NA
AK148_01991	216			hypothetical protein	ATGAATGTGAGCAATCTTATGAAGTCTTACTGCATGTCGAGGGAGATGACAAGTCATTATGCGGAGCTTTTGGAAACGAATATTAGCGATATAGAAAAGGACATCGTATACGACCTTCTTTTGAATAGCGTACATGCGTCCAACACGATAAAGAGTTTATGCGAGAGAAAATTTGATGATTGTGTATGCACCTCACAATTAACAAATAAATACTAA	MNVSNLMKSYCMSREMTSHYAELLETNISDIEKDIVYDLLLNSVHASNTIKSLCERKFDDCVCTSQLTNKY				NA	NA	NA	NA	NA
AK148_01992	171			hypothetical protein	ATGACACCTGAAAGTATACCTACTTGGATCGGTATCATAGGTAATTTTGGGTTTCCGATTGCTATAACTGTATACCTTTTTATTCGATTTGAGCGTAAGCTGGACGATTTAGAAAAAGTCATAATTGAATTATCTTCGGTCATTAAGGGTCTTAAAAACAAGGGGGGATAA	MTPESIPTWIGIIGNFGFPIAITVYLFIRFERKLDDLEKVIIELSSVIKGLKNKGG				NA	NA	NA	NA	NA
AK148_01994	555	sigO		RNA polymerase sigma factor SigO	ATGTCACAAAACAATCTGATAGAAAAGGGAGAAAAGAAATTAAGTGACCCACTCATATCCAATTTTTTAAATGATAAATCAAACTACAGAAAATATAAAACCTTCTTAGAATCTCCAAACGATGAAACAAAAAAAGAATTGGATACTGCGTTCAAAAATCATTACAAGAAAGTTAAAGTGATCTCTTATATTGACAAACTTATTTATTACTATTCTATCGACCTGGTTAAAAAGAATAATAGGTATCATACCAAACACGCACTTGTTTTGGACAAACCTGTTGGCAACAGCGATAACATGACAATAAAGGATAATCTGGTTTCGAAACAGCCCTCTATTCACAGTGCCTGTAGATTTTCTTTGGAGGAACTATTGGCTGATTTTCATTTGTATGAGGCTTGGAAAACCCTGACATTAAAACATAAAACAATTCTTACCCTTAAATATGAACACAATCTAAAAGATGTTGATATTGCCGAGATAATGAAAGTATCGAAACAAGTCGTTTCGTACAATCACAAAAAAGCCATAAAAATTCTTAAAGAACCTAAATAA	MSQNNLIEKGEKKLSDPLISNFLNDKSNYRKYKTFLESPNDETKKELDTAFKNHYKKVKVISYIDKLIYYYSIDLVKKNNRYHTKHALVLDKPVGNSDNMTIKDNLVSKQPSIHSACRFSLEELLADFHLYEAWKTLTLKHKTILTLKYEHNLKDVDIAEIMKVSKQVVSYNHKKAIKILKEPK				NA	NA	NA	NA	NA
AK148_01995	201	rsoA		Sigma-O factor regulatory protein RsoA	ATGTGTAAAATAGGGGGAAGGTCGTGCGAGGAAATCATCCATGATTTTGAACCTAAAATATTAAAAGCTGTCAGTAATGTTTCCTATAACGATCGTGAAGACGTGAAGCAGGAAATTAGACTAAAAATACTAGAAAAGATGGAAACCATTAATAAATTGGACGCGCCTGGTTTTTTTGAATTTATTAATGCTCGCGACTAA	MCKIGGRSCEEIIHDFEPKILKAVSNVSYNDREDVKQEIRLKILEKMETINKLDAPGFFEFINARD				NA	NA	NA	NA	NA
AK148_01996	1269	nprA_3		Transcriptional activator NprA	TTGATAGATATAGGCTATATTATAAAATTACACAGAATCAAGCAAAAAATGACACAAGAAGCACTATCAGAAGGTATTGTTTCTTTGTCCTATTTATCAAAAATAGAAAATCAGAAAGCAAAAGCCAATTCTGAGATTATTCAAGCATTATGTAATCGTCTAGGAATTGAGCTTACAAATATACCTGATTCAAATTTTGAAGACAAATGTAAGAAATGGTACGACATGTTATATGACCGTTTTGATAAACAGGAAATTATAACAAGATATGAAGAATTGCAAAACGTAATGGATAAAAGTATTAACAACCAAACAATTATGTTTGAGATTCATAAAATTCGTTACTATATTATCTTACGTGATTTCCAAAAAGCCTTACATAAAATTAATGAGCTCCATGAGATGGCAGACTCTTTTAACTCTCCACATAAATATTTTTGGAATAAATTTCAAGGGAATTATTACTCCTTTAAAGGAGAACATCAGAAATCTTTACAATGCTATAAAAAAGCCGAAAAAGTGCATCGATCAGCTGAAATTGAAGAAGAAGAGATTGCTGATTTGTGTTACGCAATTTCTATTCAGTATAGTAATTTGCTAAATGGATTAGAGTCCATTGATTATGCGGAAAAAGCAATGTCTTGGTTTCAACGGAAGTACAACTTCTTACGTTGTGCTCAATGTCATATCTTGCTAGGAATTGCCTACCAACAAATTAATATGCATGATTTTGCATTAGAAAATTATACTCAGGCAATGAATCTAGGCAAGTTAAACAACGAAGAACAAGTCATTCAGTTAGCTTATCTTAATTTAGGTCGCTTTTATGCATTAATAGGAGATTTAAAACAATCTATTAAATACTATTTGCTTGTCTTAGATACTGGAAGCTTAGAATATGAAGCAAAGTTAGAAGCCGTTACTTCCTTAATACAAAATTTTCACCAAAATAATGAGAACACGAAAGCAAAGGAGTATTTAATCCTCGCGGAGGATACGCTTAGGCTATCCGAAGAAAAGGAATATTACTATTTTTATAAATACACAACTCTAGTGTACACATACTTATTGAACGGAAAACTAAAAGATTTTGAGTCCATACTAGAAGAGAAATTTATTCCGTATTTAAAGCAAAGAAAAGACTACCAATATACAGTGTTTTATTCAAAGCTGTTAGCCTCCCATTTAGAAAATATGGGTAAGCATAGAGAATCTATGCAGTACTATAAATTAGCAACTAGTAGTTATGACCAATTAATAAAATTGTAA	MIDIGYIIKLHRIKQKMTQEALSEGIVSLSYLSKIENQKAKANSEIIQALCNRLGIELTNIPDSNFEDKCKKWYDMLYDRFDKQEIITRYEELQNVMDKSINNQTIMFEIHKIRYYIILRDFQKALHKINELHEMADSFNSPHKYFWNKFQGNYYSFKGEHQKSLQCYKKAEKVHRSAEIEEEEIADLCYAISIQYSNLLNGLESIDYAEKAMSWFQRKYNFLRCAQCHILLGIAYQQINMHDFALENYTQAMNLGKLNNEEQVIQLAYLNLGRFYALIGDLKQSIKYYLLVLDTGSLEYEAKLEAVTSLIQNFHQNNENTKAKEYLILAEDTLRLSEEKEYYYFYKYTTLVYTYLLNGKLKDFESILEEKFIPYLKQRKDYQYTVFYSKLLASHLENMGKHRESMQYYKLATSSYDQLIKL	PGPT0011700_168	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_REGULATORS	CE-QSR-OTHER_QUORUM_SENSING_REGULATED_GENES,PGPT0011700-nprR|nprA-K20480	NA	NA
AK148_01997	132			hypothetical protein	ATGAAAAAACTTATCGTTTCATTATTTACTTGTGGAGTGCTCCTCATTGGTGGGAATTTGTTTTTGAATGATGATTCCCAAACAGCATCAGCATATCAACCTAAGCCATCAACAGACTATGAAACAAGCTAA	MKKLIVSLFTCGVLLIGGNLFLNDDSQTASAYQPKPSTDYETS				NA	NA	NA	NA	NA
AK148_01998	858			hypothetical protein	ATGATTAAAATTCTTGAAGAGAATAAAAATTTGTATTTTCAACGTAATAAAATATTTCCCTTTATAGTGCAAATAGGTTGCGGTGGAAATGGAACTTATGTAACTCAAATATTGTCTCAGATATTGTCTATATTCGATCAAGAAGCGGTTTATTTACTTGCAGATCCTGATGTAGTAGAGTCTAAGAACCTAAGAAACCAACTGTTTATAGAACAGGATATTGGTAAAAAGAAAGCAGAAGTTCTTGCTAAGAGATATAGTGCTGCGTATAATATAAGAATTTCTTACTACACTAATTCTTATATTGAAGATGTAAAAACACTAAGAAACTTATTTTCTTATGATTATTTACACATAGGGTATAGTAACGAGGTGTTGTATTTACCAGTAATTATAGGTTGTGTTGATAATAATTTTTCAAGGAAAATTATTCATAATTTTTTTGAAAGGTCTGAACGGTGTATCTATATTGATGTAGGATGTGAATCTGTTAAGACACCTTTAGATAATTTAGAACGGCCAATGGAACAATGGAGTGCTGAAGAGATAGAAACTTATAAGGAAAGCGGATGGAGCGGACAAGTAGTATGTGGAGCAAGATTAAATGGTGAGACATTGTCAACACCTATTGCAAAAGTGTTTCCAGAAATATTAGATGATAAGGATGCGATTTCTCCATCTCAACTAGCTTGCTCTAATGTAGTAGCAAGCGATCCACAGAGAGTTCTATGTAATCGCATGGCTGCCATGAGTATAGCTCCATATCTAAATGAACTTATTAAGGATGCTACTATAGCTAACCACATGACTTTTTTCCATGCAAAAAAAGGGTATATGAGAACAATAGCTCATAAATAA	MIKILEENKNLYFQRNKIFPFIVQIGCGGNGTYVTQILSQILSIFDQEAVYLLADPDVVESKNLRNQLFIEQDIGKKKAEVLAKRYSAAYNIRISYYTNSYIEDVKTLRNLFSYDYLHIGYSNEVLYLPVIIGCVDNNFSRKIIHNFFERSERCIYIDVGCESVKTPLDNLERPMEQWSAEEIETYKESGWSGQVVCGARLNGETLSTPIAKVFPEILDDKDAISPSQLACSNVVASDPQRVLCNRMAAMSIAPYLNELIKDATIANHMTFFHAKKGYMRTIAHK				NA	NA	NA	NA	NA
AK148_01999	993			hypothetical protein	TTGTTTAAATACGTGCGTGCTTATGTATTAGAAAATAATAATTTGGAGGCATTATATATGACAAAAAAAATAGAACAAACTAACATTTTTACATTATTTGGTATAGAAGATGAATATAGTATCCAAAAGCAAAAAGAAGAAGAAATGAGAATGAAACATTTAGCTGATCAGAAGAAAAAACTAGAGGAGAGTAAAAAGGAATTATCTTCAAGTAAATCAAAGGATGATTTTAATGTAAATGAGAATACAGTTATATATTTTTATACAGAAACCTTAAATATAAATGATTATTTTTCTAAAGAAGAACTAGAATATGGTATTCCTAAGAAAAATGCTGGTAAAATAGAATATGGAAAAATCACAAAAAATCATGTTAGAAATCGTTTGAAAAAAGAGCTTCCTGTATTAGATACGGGTGCTGAAATGGTGTATATAGAAAAAAAGAACGTTGTTTCAATAATTCTAACGGCAAAAAAGAAAGGTAATGTAAAAGAAGAATCTGAAAGAGATTCTTCTTTACTTAAACATAAAATCCCATTTAAGTTACTAAATGAGTTTATAACCATTTCAAAATATTTTTCTAATAAATATGGCACAGAAGTACATGCTGATATTTATTTTGATAAAACTGATCAAAAATTTTTTATGGATATTCCCCCACAATATGCTAGTGAAATGTGGGTGAAACTAAAAGAAGAAAATCTACAAGAAGCAGCATTAAAAGCAGTTGAAGGGAACTTTATAAAATGTATGGAAATTCATTCACATCATATAATGCCTCCTATACCATCTAAACAAGATGATATTAGTGAGACACACCCCCTTTTATATGCGATTGTGGGGAATGTAAATGAATTTTTTCCTTGTATTACTGTTCGTGGTTATAATATATGTTCTAGGAAACACTTCAGCCTGAACCCCTCGGAGATATTTGAAGATGTTTTCTCAACTTTACCTAGCAATTATGATTTAAGCGTTGTGGAGGTAATATGA	MFKYVRAYVLENNNLEALYMTKKIEQTNIFTLFGIEDEYSIQKQKEEEMRMKHLADQKKKLEESKKELSSSKSKDDFNVNENTVIYFYTETLNINDYFSKEELEYGIPKKNAGKIEYGKITKNHVRNRLKKELPVLDTGAEMVYIEKKNVVSIILTAKKKGNVKEESERDSSLLKHKIPFKLLNEFITISKYFSNKYGTEVHADIYFDKTDQKFFMDIPPQYASEMWVKLKEENLQEAALKAVEGNFIKCMEIHSHHIMPPIPSKQDDISETHPLLYAIVGNVNEFFPCITVRGYNICSRKHFSLNPSEIFEDVFSTLPSNYDLSVVEVI				NA	NA	NA	NA	NA
AK148_02000	660			hypothetical protein	TTGTATATTCACATAACTTTAACAGATAATGTAAAGAGTTTTAGCGATTATATTGAAGTAAAGGAAAAAAATGAGAATGGTACAGTTTTAGGAGAATATAAAATGACTTTAACTGCACTATCTAATGCTCTTTCTAATACGTGTACTTCTAATATAAAATCAATCACACCATTTTTACCTAAAAATTGTATTAAATTAGTAAAAACAAATAATGGTTATGAGGTATTTATTGAATTACCAAAAAGAAAATGGCCAATAACATACTTAGATAAAAACATGTTTGTTGGTTTTCCACGTTTAGTTTGCAAGTATACATTATCATTAAGCAGAATTATTAAATTTAAAATAATTGCAGTAAAAGATAAAGGACCAATTAACAGTAATACGGATATATATTACTTCCCTTACTCTAACGTTGATCATAGAACAGCGGATGTTTGCATGGGAACAAATATATTCCCTGAAATTGAAAGTATTGTTCAATTAGAACAAGTACATCATTTATTTTTTGCCGCTCCTTTTGGAGATGATTATGGATCTGCGGCAATTGGTAAATCACTTCATGAATTAATGGATATACACCAAAATAAAGAATTTGATGATGATTTACTAATTCCTTCTCAGAAAAGTTTTAAAGAATTTTTTGAATTAGAGGAATAG	MYIHITLTDNVKSFSDYIEVKEKNENGTVLGEYKMTLTALSNALSNTCTSNIKSITPFLPKNCIKLVKTNNGYEVFIELPKRKWPITYLDKNMFVGFPRLVCKYTLSLSRIIKFKIIAVKDKGPINSNTDIYYFPYSNVDHRTADVCMGTNIFPEIESIVQLEQVHHLFFAAPFGDDYGSAAIGKSLHELMDIHQNKEFDDDLLIPSQKSFKEFFELEE				NA	NA	NA	NA	NA
AK148_02001	531			hypothetical protein	ATGAGAATAAGCATTTACGAACATGAGGCAATCATACGATCAACTTACAACTTAACCATGTTAAAAATATTCTATGATGCAGGAATTGATATTAGTAATTCTAGTTTTAATGATTTTCATGAATTACCTCCAGAATGGGGATTGGAGAAATCATTTGATATATTTTTTTACGGAATTAGTGAATTATTCGAAGCTAAATTATATAGTTATGAAGATATAATGCAAGGCGATTTGTCCTCTTATGGGGACTATCGTAATACTGAATTAGTAATAATTATAGAAGAGAAACTATTTTCAGAAGTACTTAAAAGCAAATATACTAATGAATTTAAATCATACATCAATAGCTTTAGAGGTGATTATGAAATAGATAGCATTGGTAATGAGTTAATAGCGGTATCTATTATATGGTTAGGTTGTTACCATGAACTTGCAGAAGTTCTGGTAAATAAAATGAGAGAAAAAGCAAAAGAAATACTATTGAGAATAGAGGGAGATTCAATTGTATATTCACATAACTTTAACAGATAA	MRISIYEHEAIIRSTYNLTMLKIFYDAGIDISNSSFNDFHELPPEWGLEKSFDIFFYGISELFEAKLYSYEDIMQGDLSSYGDYRNTELVIIIEEKLFSEVLKSKYTNEFKSYINSFRGDYEIDSIGNELIAVSIIWLGCYHELAEVLVNKMREKAKEILLRIEGDSIVYSHNFNR				NA	NA	NA	NA	NA
AK148_02002	342			hypothetical protein	ATGCAATTTCGTTTTAATAAATTTATTGATAATATCCAAGAATTTCAAGTTAATAATGGTAATGCTGAAAATTGTATTGGTATTGCTAGAGTTATAAATATAATTATAAATAAGGAAAATGCAAGAGAAATTGATTTTGAATCTTTCACTTTAGAAGATATATATGTTTCTTTAGATTGCATAATGCAATCTGTTGAATTGTGTGAAGATGATGATGAAGAATATATTGTTATTCCAAATGAACCTTTGGCAACAATGTTAGCAATTAATAGTATTATGTTCGATATTATTAATTCAAATAACAAAATTTATCGTTTCGAAGATAAAGAAGACTTTATATAG	MQFRFNKFIDNIQEFQVNNGNAENCIGIARVINIIINKENAREIDFESFTLEDIYVSLDCIMQSVELCEDDDEEYIVIPNEPLATMLAINSIMFDIINSNNKIYRFEDKEDFI				NA	NA	NA	NA	NA
AK148_02003	1134	dnaN_2	COG0592	Beta sliding clamp	ATGAAATTTAAAATTAAAAGAGATCTGCTAACACAAACTTTAAATAAGGTGAATATTGTAACCTCATCCAAATCGTTAATTCCAATCTTAAATGGATTCTTTGTATCGGTAAATGAAGAAGGAATAACTATAATAGGATCTGACGGTGATATTACTATTAAGTCATTTATTAAGACATTTGAAGAGGATGTTATCCAAATAGAGGACATAATACCAGGTAATATAGTAATTAAGGCTAAGCTATTTAGGGATATAGTTAAGAAACTTCCTGGTAAAACTGTGACAGTAGAAGTAGATGATGAGTTCCATATTATAGTAAAATCTGGAAAATCAAAATTTAAATTAAATGGCCAAGATGCTAAAGAGTACCCAAGAGTTCCAGAAAACAAAAAGGAAAAAAACTTTAGCATATCATCTATTGATCTTTGCGAGGCTATTAAAGAAACAGTGTTTGCAACCTCTGATTCTGAAACCCGCCCTATACTAACTGGGGTGAATTTTAGGTTAGAAGCCAACAATCTAATATTAACTGCAACAAACAGCCATCGTTTAAGTATGCGTAGTGTTGAAGTTAATAATTTTAATCAGGAAGTAAAACAAATAACCATTCATAAAAAAACTCTTCAAGAGCTCAATAAAATATTAATTGATAACAATATAACTGTAAAAGTAAGTATTGAAAGTAATTTAGTAGTGTTTGCGACTGATAGTTTTGTTATGTTTTCAAGATTACTGGAAGGACAATATCCGGAGGTAAGTCGGCTTATACCAACTACTAGCCAAACAACTATTATTGCAACAAAAAAGGAGCTGCTTGGAACTATAGAAAGAGCTTCTTTATTAGCAACTGATAATCAAAGTAATATTGTAAAATTGACTGTTGATGGAGGACTGATGGGAAAGATTTCAAGTAACTCCGAAATAGGCAATGTTTCTGAGGAAGTAATACTTTCAAATTTTGAAGGAGAAGAAATTACACTCTCATTTTCTGCAAGATACGCAATTGACGGGTTAAAAGCATTACCCTATGAGGATATAAAATTGGGTTTTACAGGTTCTATGCGTCCATTTATTATAACACCAGTAGAAAACCTAAACCATATTCAATTGGTATTACCAGTTAGGACAGTATAA	MKFKIKRDLLTQTLNKVNIVTSSKSLIPILNGFFVSVNEEGITIIGSDGDITIKSFIKTFEEDVIQIEDIIPGNIVIKAKLFRDIVKKLPGKTVTVEVDDEFHIIVKSGKSKFKLNGQDAKEYPRVPENKKEKNFSISSIDLCEAIKETVFATSDSETRPILTGVNFRLEANNLILTATNSHRLSMRSVEVNNFNQEVKQITIHKKTLQELNKILIDNNITVKVSIESNLVVFATDSFVMFSRLLEGQYPEVSRLIPTTSQTTIIATKKELLGTIERASLLATDNQSNIVKLTVDGGLMGKISSNSEIGNVSEEVILSNFEGEEITLSFSARYAIDGLKALPYEDIKLGFTGSMRPFIITPVENLNHIQLVLPVRTV				NA	NA	NA	NA	NA
AK148_02004	903			hypothetical protein	ATGTCAAATGAAAAAGATTTATTAAAGGAGATTGAAAAACAATTATCTGAACCATTTAAAACAGAGGAAATTGAATGGAGAATATTGCGTTCTTTTAAGCATAATTCTGGTGCTGGCGGTTATGCTTCCCCATATGTTCAATCGAGAGCTATTATGTCCCGTCTTGATCAAGTGTTGGGTCTAGGTGGCTGGGAGAATGAATATAAAGAAATGCATAGCGGGATCATATGCGGTATACGTATTTATCTACCAAATGGGAAATCGCTAATCAAATGGGATGGAGCGGATTTAACAAATTATGAAGCAACAAAAGGAGGACTAAGTAGCGCTTTTAAAAGAGCTGCAGTCCATTGGGGTATAGGTAGATATTTGTATAAAATACCTGAGCAATATGTACTTATTTATCCTGATACAAAACAAGGAAATAATTATATAAATGATAACAAAAACAGCATTAAAGGATCATGGAATAATCCTGTATTACCAAATTGGGCCATTCCGTCTAATGAATCGAAGGTCGATTCTAGAGAAGAATTAAATAAAAAAATTTATAAATTAGAGTCAGAGTTGGGATTAACTAATAATCCAATATATATTTCTGCAATATTTGGTAAAGCAAATAATACAGATATTAATCTTGGATTAAATTATGTTAGAAATGCAAGCCCAGAAGAGCTGATAAAATATATTGAGGCTTTAAAGCCTGTTTATCAGCTAACATCCATTAGAAAAAAATATAATTTCTCAGAAAAGGAATTTTTAAAATTCTGTCAGATGAAAATTCCTGCTATACAAATAAATGAGTTTAACAACTTATTTTTTAATGTTAATGAGAAAATCATAAAAGATATTAAGGATTTATGTATTTTGACGTGCCAGCAGCGTAACCAAAAGGTTAGCTAA	MSNEKDLLKEIEKQLSEPFKTEEIEWRILRSFKHNSGAGGYASPYVQSRAIMSRLDQVLGLGGWENEYKEMHSGIICGIRIYLPNGKSLIKWDGADLTNYEATKGGLSSAFKRAAVHWGIGRYLYKIPEQYVLIYPDTKQGNNYINDNKNSIKGSWNNPVLPNWAIPSNESKVDSREELNKKIYKLESELGLTNNPIYISAIFGKANNTDINLGLNYVRNASPEELIKYIEALKPVYQLTSIRKKYNFSEKEFLKFCQMKIPAIQINEFNNLFFNVNEKIIKDIKDLCILTCQQRNQKVS				NA	NA	NA	NA	NA
AK148_02005	270			hypothetical protein	ATGACAGACCAATATGTTTTTTTAGAAATAACAGAATTAGACGAAATTAATAGTTTTCAAAGTGATTTAGAGCGACTAATTATTTTAAGAAAACGACTTAATTTTAAACAGTATGAGATGGCTAGAGCGTTAAATGTCTCATATAGTTACTATGGACAGGTCGAATCTGGAAAATTTCCATTAACCGATCTTTTAAAAAAGAAAATAAACAACTTCTTATTAAAGGAGAACAAAAATAATGATGAAGATCTTTTTAGCCAGCACCAATAA	MTDQYVFLEITELDEINSFQSDLERLIILRKRLNFKQYEMARALNVSYSYYGQVESGKFPLTDLLKKKINNFLLKENKNNDEDLFSQHQ				NA	NA	NA	NA	NA
AK148_02006	1614			hypothetical protein	ATGATGAAGATCTTTTTAGCCAGCACCAATAAAATATTTATAAATAGTACTATTAATGATATCCGATCTATTTTTCCAGATTTATATAATCAACAAAACATTCACATATTAAGTGATAAGGAAAGAGTTTTAGAAATAATTAATTTGAACAATTTTGATTTACTAATTACTGACTCTACGATTTTAAATAAAAATAATATCTACGCTATTAATAGAGATATAAAAGGTACAGTTTGGTTAGTAGATAAAAAACTTTCTCAAGAGAAAATATCAGAAAACATTTTTATCTGGAATTCTCACGACGAATACAAAGAACACTTACTGTCATTGAAACAAAATTTTGTTTCAATGACACCGATTAGAAACAACCATAATAATAATAATAAAAATAATACACCCAGAGTAAAAAACGAAGCTACAAATTTAACTAATAATCAAAGAAAAATTTTAGAAAACCAAAAGGAAAAAGACTATTTAATAGAAAAAAAGAAGGAGGATTGTGGGAAACAAGAAGAAAATCAAACGGTATTTATTGCTCCACCTTACCCTAATACTATTGAAAAATCAGTTAAGTATAAAATGATGGAGACAAAAGAATTGGAACTAGACAAAGATTTAGAACAGATTACAAGTGAAGAAAAACGTATGGCTCAACTAGAGCCACTTGTAAGAGAATATTTTAACTTGGTAACACCTAAAAATTTCTTAAAAAAAACCGATAAACGTTTAGCAGCGACGTTAGATATGTACAACTATATTAATTTTGGACAATCACCAAGACATCAGACAGTTGGCGTATGGTCTCCTAAACAAGGCATAGGAGTGACCACTCTGGTAATGAATTTTGCTTTATATATTGGGCAAAAAAAGGGATATCCAATTTCTGTTATGGAAGGTTTAAAACCTTCTCCTAATATCTATAAAGAATTAGTAAGGATAAGCCCTACAAAAACTATTCCTACTGAATGGATATCATATGTAAAGTACACTAATGAAAGAAAAAAACTTAATAATACAAATCAACAACTGGTTGAATCAGCAATAATTGATTATAAGGGTGTCTACTGGTTTCCATTGAAAAATAATAGAGACTATCTTAGATCTGTTATTGAAGATATACCATATTATCTATCTGTAACCAACCCAAAAGATATAGTTATTATAGATTTACCTAACGGCGAATTAAAAAGAGACACGAGAAAAACAATCAAACATTTAAAACAACTATGGATTTTATTAGATGGTTCTTCAGACATGATATTAAGCTATTCAAAATATGTAAAACAACTACACGATGAAAATCCACAACTGTCTATTTATATTATTCTACTTGACTATTTCCCTATAGTAACCGAAAAAGTTATTAGAGAAAATTTTAGTTATCCAGTTATAACAATTATGCCGGATCTTAATGATGAAGTAAGAAAAAACAAATATGAACATACAACCATTATAGACAACATGGAAGTTGAACCACTATTAACGGATGCTTTCGATCATATTGGTTCTCACTTATATGAAGACTTATTTACTAAGAATGACACAAATTTATCATTAAAGAATAACGAATTTATTATAAAGTTAATAAACAGAATCAGAAAACGTTTTAATTAA	MMKIFLASTNKIFINSTINDIRSIFPDLYNQQNIHILSDKERVLEIINLNNFDLLITDSTILNKNNIYAINRDIKGTVWLVDKKLSQEKISENIFIWNSHDEYKEHLLSLKQNFVSMTPIRNNHNNNNKNNTPRVKNEATNLTNNQRKILENQKEKDYLIEKKKEDCGKQEENQTVFIAPPYPNTIEKSVKYKMMETKELELDKDLEQITSEEKRMAQLEPLVREYFNLVTPKNFLKKTDKRLAATLDMYNYINFGQSPRHQTVGVWSPKQGIGVTTLVMNFALYIGQKKGYPISVMEGLKPSPNIYKELVRISPTKTIPTEWISYVKYTNERKKLNNTNQQLVESAIIDYKGVYWFPLKNNRDYLRSVIEDIPYYLSVTNPKDIVIIDLPNGELKRDTRKTIKHLKQLWILLDGSSDMILSYSKYVKQLHDENPQLSIYIILLDYFPIVTEKVIRENFSYPVITIMPDLNDEVRKNKYEHTTIIDNMEVEPLLTDAFDHIGSHLYEDLFTKNDTNLSLKNNEFIIKLINRIRKRFN				NA	NA	NA	NA	NA
AK148_02007	261			hypothetical protein	ATGAAATTACAATTAAGAATTAAAGACATACGTAAATGTTTATTAAATCGAAAAACTTTTATTTCTTCCCACAGTAAAAAAAGGATGCAAGAAAGAGGATATACAACTATAGATATTATTTGTTGTCTTTTAAATGGGGGAATAATAGAATTTCAAAGCCAACATAGTAGCATGAACTTTGTTATTGAAGGTAGTGATTATTATAAGAATCCCATTATTACGGTTTGGGGAGAAAATAGACATACGGTTATATTTTTGTAA	MKLQLRIKDIRKCLLNRKTFISSHSKKRMQERGYTTIDIICCLLNGGIIEFQSQHSSMNFVIEGSDYYKNPIITVWGENRHTVIFL				NA	NA	NA	NA	NA
AK148_02008	1263			hypothetical protein	ATGAAAGAGTTTAGACCAACTCGTATACCTGGATTTTATGAGTTTGTTAAATTAACTTGCCCTATATGCGGGCATTCCGGTGGATGTATGATAAATGAAGATGGAGATCGTGTTGCTTGTATTCGTATAGAAAGCGATCGTCCATTCAGTAAAAACTCATCCCTTCCATCTTGGCTGCATTTTTTAAAACAAAAGAGAAAACAACAAATTGTAAAAGAAAACATTGAGGAAAGCGGAAATGATAAATTACCTGATGAAGAATTAGATAGGGTATATTCTTATATGATCGATATTATGGAATTAACTGATAACCATTATAATCACTTAATATCACCAATGAGAGGGCTAAATGATGAACAGATCTCTGTAAGGGGATATATTTCATTTCCTAAAGCCCCATGGACGTTATCAAATTTAATTAAAAAAGATTTGGATATATCTTCTTTTAAAGGAATTCCTGGTTTTTTTGAAGTGAATTCAAAACATGGGGGCAAGTATTGGTCATTACTTGGTAGAGAAGGAATTTTAATACCATATCGCAATACTAGAAATCAAATTACTGGCTTTCAATATCGAGTTGATAACCCTCCTCCCATTGCAAAAATAAAAGAAATGTCTGGTATTCATGGTTTAAGTGTAAGCAATGCTAACAATCTTGTAACTGTTTATTACGATAATATAAAAATTTTTGAAGAAAAAATGGAGCTTGAGGAAGAAAAAGTACTTGAGAATAGGAATGGGAAAATTCTTGGATTTGTCACCTTAAAAAAAGGAACACGTTACTATTGGTTATCATCTGCTAAGAAAACGAGTGGAACAGGTGTAGCTCCCAGTCCTGTCCATATTTCTATACCTTGTTCTCAACTTAGAAACTGGAGGAAAGGAAATGTATTAAAAAAGAAAAAAATTTGGTTAACAGAAGGTGCTTTGAAGGGGGATATCAGTTCAGATATGATCCATAAGATTTTTACCTCTGAACAAATAAAACTATACGGAGATACATTTGTTGCTATACCAGGTGTAAACTCTTGGTATACGGTTATACCTGTACTAAAAGAAATGGGGGTAGAAGAAATTAACCTTGCTATGGATAGAGATTTTGTGTCAAATCCATACGTAATGAGAGCTTTAAAAGCTTTTATGAAAAAGACTAAAAGCCTTGGTTACCATGTTAATTTGGTATCTTGGGCAAAAAAAGACGGAAAAGGAATTGACGACTTATTTATTAATAGCAAGCTCCCTACAGTTACACCTATATTTTAA	MKEFRPTRIPGFYEFVKLTCPICGHSGGCMINEDGDRVACIRIESDRPFSKNSSLPSWLHFLKQKRKQQIVKENIEESGNDKLPDEELDRVYSYMIDIMELTDNHYNHLISPMRGLNDEQISVRGYISFPKAPWTLSNLIKKDLDISSFKGIPGFFEVNSKHGGKYWSLLGREGILIPYRNTRNQITGFQYRVDNPPPIAKIKEMSGIHGLSVSNANNLVTVYYDNIKIFEEKMELEEEKVLENRNGKILGFVTLKKGTRYYWLSSAKKTSGTGVAPSPVHISIPCSQLRNWRKGNVLKKKKIWLTEGALKGDISSDMIHKIFTSEQIKLYGDTFVAIPGVNSWYTVIPVLKEMGVEEINLAMDRDFVSNPYVMRALKAFMKKTKSLGYHVNLVSWAKKDGKGIDDLFINSKLPTVTPIF				NA	NA	NA	NA	NA
AK148_02009	387			hypothetical protein	ATGGCCTTAAAAAAGAAAAAAGGTTTCGTGTTTATTTTTAGCATCGTTGTATTATTGGGCCTCTTATTCATATCCGATACATCTATTGTGGAGGCAGCAGGTACAGGGGCTTTTGATGAAGTTGACGGGGTGAAGAACTCTGGTGGTACAGAGGAGGCAGTATACACTGACTTAAACCGTGTAGTAAACATTGTTATGGCAGTTGGTGGCTTTTGGATACTTGCTTGCTTAGTTTTTGCGGGAATCAAGCTGTCAGGATCTCAAGGTAATCCTCAAGCTAGAACAGCAGGATTTATAGGTTTGGGTATGGCTGCTATTGGTGGATGGGTTGTTGTACAAGCCCGAGTTATTGCTGGTTGGATAGGTGGTTTTGGGGCGTCAAGTTAA	MALKKKKGFVFIFSIVVLLGLLFISDTSIVEAAGTGAFDEVDGVKNSGGTEEAVYTDLNRVVNIVMAVGGFWILACLVFAGIKLSGSQGNPQARTAGFIGLGMAAIGGWVVVQARVIAGWIGGFGASS				NA	NA	NA	NA	NA
AK148_02010	318			hypothetical protein	ATGGCTAGAAAAGAAACAGTGCCTGTCGATATGAATTCAGAACAAAAATCAATCTTAGGTATAATGTCCAAACGACAACTAATTTATCTATGCGTTGGTGGATTCCTGTTATACATGTATGTTCCTGTTGTCTTTAAACTAGCTCAGGACCCAGTAATAGGGGTGATTTTTTCAATGATTTCTTCAATACCTACAATAAGTTTAGTTGCACTTCTGGGTTTTATGAAACACCAAAAGCATAATCTAAACTTTGACAAATATTTCTTGTTAAAAATCAAGTACAAAAAAGAATTAGGGGTATGGAGATCCGGTCTCTAA	MARKETVPVDMNSEQKSILGIMSKRQLIYLCVGGFLLYMYVPVVFKLAQDPVIGVIFSMISSIPTISLVALLGFMKHQKHNLNFDKYFLLKIKYKKELGVWRSGL				NA	NA	NA	NA	NA
AK148_02011	888			hypothetical protein	ATGGGAAATATACTTTTTTTTATAACTTTAGGCACTATTATGTATATTATTGTGCGTGTCACAAATAATAAACCCATTTTTCCTAACTTTACTAGGAAGGGAAATGATCAACCTATTAAATATAAAAAAAGCTCAACTAAAAGAAAAGATATTGAATTAGAAGAAGAACCTAATCCAATAAATGATTTTTTTAAAGATGTAAAAGAAATAAATCATCACATGCTTAGATACAAAGATAACACATTTGTAATGTATACCGAGGTAGAACCCGTTAATTACTTCTTGTTATCTCAAGATGAACAAGAATCAATAGATGTTCACTTTGAAACTTGGCTAGCACAAACGAATTATAATGTGCAGTTTTACTTACAAAATCGTTATATAGATTTAACTGAACCAATAAAAAAAATGCAAAAATCAATGTTAGATTCTGATTTACATCCAAATGCTATAACTTATGGTGAATCAATGGTTAACGACCTGTTAAATTGGCAATACAGTTCACCTATTTACGAAACAAAACGTTATCTATTGTTTACACATAAGGTAAACATGGGAGATATTACTGCTGATAATAAAGAAGAGTTAGAAGAAAAGATAGTAAATAAAGCTTTTGCCGAATTGCACAGAAGAGTAAGGGCAGCTAAAAATCAATTAAAAAAAGCAAGAATGGATGTACAATTACTTACCAATGAAGGAATTGCAGATGTATTATATCATGCCTTTAACCGTCGAAGAGCTGTGAAAAATAGATTCAAAGATTTTGGGGAACAAGAACTTTTGTCAAATTATGTAACAGCAGATCAAGATGAGATACGTATTGAATTAGTAAAGGAGGCTATTCGTGATGCTGAAGATAAGCAAGATGCTACAGAAGAGGCGAGTTAA	MGNILFFITLGTIMYIIVRVTNNKPIFPNFTRKGNDQPIKYKKSSTKRKDIELEEEPNPINDFFKDVKEINHHMLRYKDNTFVMYTEVEPVNYFLLSQDEQESIDVHFETWLAQTNYNVQFYLQNRYIDLTEPIKKMQKSMLDSDLHPNAITYGESMVNDLLNWQYSSPIYETKRYLLFTHKVNMGDITADNKEELEEKIVNKAFAELHRRVRAAKNQLKKARMDVQLLTNEGIADVLYHAFNRRRAVKNRFKDFGEQELLSNYVTADQDEIRIELVKEAIRDAEDKQDATEEAS				NA	NA	NA	NA	NA
AK148_02012	2082			hypothetical protein	ATGCTGAAGATAAGCAAGATGCTACAGAAGAGGCGAGTTAAACATAATAAAAAAAACGTGAAAGATGAAGAAGAAATAAATACAGATGAAACAGAAGTAATTGAACCAACTATTTGGGACTTAATTTCTCCAGAAGGTTTATCTATAGATTCACAAGATCACGGGGTGATAAAACAGTCTCTAGGTACTAAAACTCATTTCCGACCCTTTTATATCCCTCGTGACGGGTACCCTAGAAAGATGCCAACTAATTGGTTGTATAAACTTACAAGCGCCGGTGAGATAGATGTATTAGTAGACATTCACAAAGTACCGACTGCTCAGGCTGTACGATCTTTACAGCTTCAACTTACCACGCTTAAATCTAACCTATCTTTTCAGACAAAAAAAGGTAATATAGACAGTATTCAAGAGACCGAGACTAAAATACATGATACTGAACTACTTATGGCAGAAATCCAATTTTCGGAAAACGACTTATTTAATGTAAGTACACTGGGTGTTTTATACGCTGACACAGAAAAAAGTTTGGACACTTTTAGTGAATCAGTAGAAGATTCAATGGCCAGTGGATTCTTTAAGTTAGCTGCTTCATGGAGTAGAGTTAAAAGTGGTTATAAAAGTGCATTGCCTTTAGGAAAGAATCAAATTCTTGATAGTCTCCGTAACCTCGATAGACGGTCTTTATCAACATTTTCACCTTTTATTAGCGGTAGTGGTCGTTATATAGGAGGTGTACCAATTGGAATTAATCAAATTACTGGGCAATTAGAGTTCATTAATTCTTTTGGTACTGAGGAAGATCGTCCACAAAACTATAATATGGGCTTTGTGGGTATTCCTGGTAGTGGAAAATCACTTGCGATGAAATTGAAGCTTGGTCGTGAAACAAGTGGCGCTGACGTATGGTCCATGATTATTGATCCGGAAGGGGAGTTTTGTGACACAACAAAACGATTAGGCGGAATTAATCTTAACATTTCGGAAGAAGAGAAAATCTGTATTAACCCCTGTGCTATAGGAGTTACTGAAACGGAAAAAGAATATGATGGTGATGGTGAATTATCTTGGTTGGAAGAATCAGATGATAGTCAAATAATTGAAAAAAACGGGAAAACTTACATTCGTTTTGTACCTGTCCGAGAAAAACAAGCAGAAATCGTAAACTTCTTTGATATCATAATCCGAGGTAAAGATTCGGAAGATCAGGGTCTATCAGTTTTTGAGAGGAATTACCTAGAAGAATCCATTAAATATGTTTTCGAAGAAGAATTAAAAATTACTACACATCCTGATTCATTGTATGAACATATCCCAATGGAAATTGATGGTAATCTAGTCCAATCAAAAGCTCGAAAGAAAGAACCAACTATATCAGATATATTTAATTATCTATACAAAAAATATAAAGATGAAATAAAAGCTGAAAGACTTATTGCATCTATTCGTCCTTTCCTAAAGAACGGTAGTAAGCCTATATTTGATGGTCAAACATACTTTGGCAAGGGGGTTGCGAATTCTCTACAAAGTGCAAGAATTGTTAATTTTAACATAAGCGAAATGGAAGAGGGATTTCTTAAACCTATAGCCTACCATGTAATTTTAAACTATATATGGGAATACTTTGCCAAAAATCCTGAAAACGCATTGAAAAAGAAATTTATTTATGCCGATGAGCTATGGCAATTTATTGACAACGAACAAACGGTCACTTTCTTTGAAAAGGTGGCAAGAAGATCAAGAAAAAGAAACTGCGGGTTTGGATGGGCAACACAAGATTTTGTTCGTATTCTAGAAAACAATAAATCTAGGGGGATATTGTCTTCTACTTTTACAATTTTATTTATGCAACAAAATCATATAGACCTTCAAAAGATTCGGGAAAATTTCGATTTATCCGAAGGTGAAATAAGCATTATATTTAATAATCCTGATAAAGGAGAAGGCATATTACGAAGCGGTAAAAGTTCTGTATATTTAAGAACTAACCCTTCAGACGAAGAACTAACCTTCATTGAGTCTAACCGGGCTGTTCTGGAACAAATGCTTGAAAAGAAAAGAAAAAAGAAACAAGTAATTTAA	MLKISKMLQKRRVKHNKKNVKDEEEINTDETEVIEPTIWDLISPEGLSIDSQDHGVIKQSLGTKTHFRPFYIPRDGYPRKMPTNWLYKLTSAGEIDVLVDIHKVPTAQAVRSLQLQLTTLKSNLSFQTKKGNIDSIQETETKIHDTELLMAEIQFSENDLFNVSTLGVLYADTEKSLDTFSESVEDSMASGFFKLAASWSRVKSGYKSALPLGKNQILDSLRNLDRRSLSTFSPFISGSGRYIGGVPIGINQITGQLEFINSFGTEEDRPQNYNMGFVGIPGSGKSLAMKLKLGRETSGADVWSMIIDPEGEFCDTTKRLGGINLNISEEEKICINPCAIGVTETEKEYDGDGELSWLEESDDSQIIEKNGKTYIRFVPVREKQAEIVNFFDIIIRGKDSEDQGLSVFERNYLEESIKYVFEEELKITTHPDSLYEHIPMEIDGNLVQSKARKKEPTISDIFNYLYKKYKDEIKAERLIASIRPFLKNGSKPIFDGQTYFGKGVANSLQSARIVNFNISEMEEGFLKPIAYHVILNYIWEYFAKNPENALKKKFIYADELWQFIDNEQTVTFFEKVARRSRKRNCGFGWATQDFVRILENNKSRGILSSTFTILFMQQNHIDLQKIRENFDLSEGEISIIFNNPDKGEGILRSGKSSVYLRTNPSDEELTFIESNRAVLEQMLEKKRKKKQVI				NA	NA	NA	NA	NA
AK148_02013	3978			hypothetical protein	ATGCATGCGATTGCCGATAAATTAATGGATATACTTGGTGATGTGTTTGCTTGGCTTTATGAGGCATTTATAGAGCCGTTCTTAATTCTTACAAGTTTACACAAATTAATATTTGGAGAAGGCGAAGATGGCGATTTAGTCTATAACACTTTTACAACGAATGAGCTAGAAAATATTTATGGTGATGGTTCAATCATCATGTCCACTGTAGCTGGTTTTTTTATTCTTGGAGCAATTATAATAGCCGGAATGAGAATTAGTTCTGCGGCAATTAATCCTGGTACACGGACATATTACTTAGAATTTTTAAAAGATCTAGGTATAGTGACGATTATATTTTTCAATTTAGATTTTCTCTATGATATGATTTTTACGCTAAATGATGGTATTATTACTGTTTTTAAATCGAAAACCGGAGGAGATGTAATTTCATTTTCTGAGCAAGTAGAGGGGGCAGGGATTCTAGGTGCCATATTTATTAACATTATCGTTCTGTTTTTAACACTATGGGCAAATTGGTACTATATGATGCGCAAACTAACTTTATTAATTTTTATGGTACTTGGACCGCTGATGATTGCTTTCTATTTAATACCTAATCTTAAACCAATTACAGGAGCTTGGTTTAAGGAATTTATCGGCACCGTATTCGTCCAAAGTATACATGCCATATTGTTATGGGTAACGGTGCTTATAACTGCAGGTGTTGATCCTATTACCTCTGGCGAATTTAAAGTTACAGATCCTATTCTCAATATTGAAGCAGTTATTTTATATCTTATTTTTATCCCTACTGGAGAAGCAATTCGATCTCTTCTTGGCATGGGGGGAGGAATGAACAGCCATTTAAGTAAAGCAGGTTCTATGCTTGGTATGTCGGCTTTAGCAGGCATATACGGTTCTGTTAAAGGTGCTTTAGATAAAAATAATAATAGTACTGTTATGAGTAGTCTAAAAGAGGCAAGAGATGGGTTTCGAAACACAAAAAACTCTGCTAATGGCCAAAGTGAAGAATCTATTATTAAAGATGCTACAATGGCTGCAAATTATGGGACTGATAATGGAACAACTCCTAAGGCTGATGAAATGCTCAAATGGGGAGATATAGTTAGTAAAGGTGGAAAAGCTGTATTAGGGTCGGCCGGAGCAGTTGGTGGTGCAGCCTTAGGACCAGCAGGAACTATGATTGGCTCTACAATGGGTTATAATTTAGGTGGTTTAGGCGGTGGAGTGCTAGGTAGGGGAACTAAAGCTTTAACCGACTTAATAAATAAAAATGCCAAAAATGGGAAAAACGCTCTTAGTAATACTTGGAATGAAATGGTTGATCCTATTAGTACAAATCAAGAAGATTTAGCTAATAAAATAGCTGAAAAAGATACTGCCGACTACGAAAATTTAAATAAAGATACTTTCATTGAAAATGCACGAGAAAAATTTCCAGAACTAGATGATAAAGGCCTTGAAATGGTTTGGAATGATCATAAAAAAGACAAACATGCAGGACATCTATCTAATGCAATGGACCTTGTCAAACGTAGTACAAGCAATGACGGGAAATTAGCAAATGCAGATTTACTGGCTAAAAACAGCGCTGAAGAATTAACAAATTATTGGGCAAATGACAACGAACAAGCTTTTAGAGAAAACTATGATTTACAGAACCCTCTACCCGAAAATGCAACTACTGAGGAAAAAAGTGAACATGAGCGGCAAAAATCAGATGCCTGGAATCACGCACTATCATCTAAGCGAAAAAACTATCAGTCTATATCTCAAAAAACTGCTAATGAAATGAAAAACAACGCAATGGGCAGCAACAATATTAGCAAAGAAGATTTTGCCAAAAACCTTTCTGCTAACATGAATAAACAAGATAGTGACAATTTTGTTGAAGAATATCAGAAACAAAACCCTAATGCAACAATCGATGAAGCTAAAAATGCATTTAACAACGCCAAAAGAAATTTAGCAAAAGAAAACTTTTCTCAAGCGTATATAGAGAAATATCCAAATTCAACCATGGAACAAGCTAATGAAGCTTTTGACTCTATAAAGGGGGCTTCGTCTAAAGAAGATTTTATAAATAAAACAATAAGTTCTTCCAAATTGGCACATAGAGAAATGGCTGAAAAGGCATATGATACAAGTACAGATTTTATAAAAGCTAATAATAAAGATGGATTTATTGAACATTATCAAACTAATATTAATCCATCTGCCTCCAACGAACAAGCTGGCGAGGTATTTAACTCCATTAATCGGAGCAATTCAAAACAAGAGTTTATGAAAGATCAGCAATTCGTTCCTTCAGAACAATTAGTCAAACAAGCAGGAAATGCTTATGATATTGCTCAAAGCCAAATTGATAGTGGAATTAATAAGGAGGCTTTTGTTCAGTCTTATAAAAATGCAAATCCCAATGCTACTAAAGAACAAGCTGAAGTGCTTTTTGATAAGGCAAACAATATGATCACTGGTGGTTCAAGAAGTTACTTATCAGCAACTAAAAATGCAGTTAATGGAGTTAGAACAGAAGCTGTATTTGATCGTGGAAGCCAAGAAGTAAATAGAGGCTACTTAACTAACCAATTGGCCTATGCAAAAACGTTAGATGATAAACAAAGCTTTGTTCAAAATAAAATAGAGGATGGTTTACCAGAAGCTCAAGCACAAACATTATGGAAAGACCAAGAATCTAAACAATTTGAAAATAATCTATCTTACTTTAATAATCAGCTTCCGCAAACATTGCCTGTAAAACAAATGGTTAGAAAAAGTGATGCTATGCAAAAAGCTTCTGCTGGTTTAGCAGCTTCAACAGCTTTTATAACAAATGCAACAGGAATAAAACCACTTATGGATTCAGCTAATAAAGCATTAATAAAAGGGAAAATGGTTACAGAATCTTTTTCGGATGGTTACTTACAGGGTGCGCAAACCGTATTACAACCCTTATCAGATAGTAAATTATCTTTTGGGGAAGGGCTTGTTACTCAGACTAAAGCAATTGGTAGTGGTATAACCCAAGGTATACAATCAACTAAAGATTCTGTTATGCCTTCAGCAAATGAAGCTACTAATAAATTAGAAACTTTTAGGAATGTTGTTGCTTATACAGGGGGATTAGTTGGAGGAATGAAACTTTATCAAAAATCTGCCAATTTTGCTACTCGTAATAACCCGTATAATAAAGTAATAAATGAAGATAGAACAAGTGGTGTTTACGAAGCATCAGAGATACGTCAAATGGCTTCTAAAAAAGACGATTATACTGGAGAGACTTATACTCCTCCAGGAAATATCAAATTGGTAACTACTGCTACTAAATCATATGTTCAAGCAATTGATAGCGCTGGAAAAGAAAGAATAGTATCCCGTTACGGTTCTGGAGATAGCGCTCTTACTAAAGGAGAAATTGTATACCAAGACTTGAATGTTACGGAAAATGGGGGGTTAAGTGCGTTATCGGAACCTTATAAATTAGATACAGGCGGTCAAAAAGTCTTAACTGGTCGTCATATTAATGTTAATCCAAATAAATTAATTGCATCAAAGCGCTCGGCACCAACCGATAAAATTATAACTCAAAATGTAACCCCTTATAACGCAAAGGTAGATACAGGAATGTTTAGTAAAAAAGATGCAATCAAGAATATTGATAATATTCGGATGATAGTCACTAAAAGCAGAAGTTATATGGTAGGAAATGATAAAAACACTGGACAAGAAGTTCGTATTTCTCCATATAAAAAAGGAGACGCAAGACTAGATGCAAATGACTTAAGAAATATTAGATATAACATTAAAAACATGCGATTTAACGTAGATGAGGTCACAGATATTAGTGGTAATTCAATAACCTATACTCCAACTGGGGAAACAGAAGATTATCTATTTTCCCCGACTAATCAACGTTATCAAAAACGTCGTCAATTTGAAAATGATAGATTTAAAAAAATTGGTGGTGTAGGTTAA	MHAIADKLMDILGDVFAWLYEAFIEPFLILTSLHKLIFGEGEDGDLVYNTFTTNELENIYGDGSIIMSTVAGFFILGAIIIAGMRISSAAINPGTRTYYLEFLKDLGIVTIIFFNLDFLYDMIFTLNDGIITVFKSKTGGDVISFSEQVEGAGILGAIFINIIVLFLTLWANWYYMMRKLTLLIFMVLGPLMIAFYLIPNLKPITGAWFKEFIGTVFVQSIHAILLWVTVLITAGVDPITSGEFKVTDPILNIEAVILYLIFIPTGEAIRSLLGMGGGMNSHLSKAGSMLGMSALAGIYGSVKGALDKNNNSTVMSSLKEARDGFRNTKNSANGQSEESIIKDATMAANYGTDNGTTPKADEMLKWGDIVSKGGKAVLGSAGAVGGAALGPAGTMIGSTMGYNLGGLGGGVLGRGTKALTDLINKNAKNGKNALSNTWNEMVDPISTNQEDLANKIAEKDTADYENLNKDTFIENAREKFPELDDKGLEMVWNDHKKDKHAGHLSNAMDLVKRSTSNDGKLANADLLAKNSAEELTNYWANDNEQAFRENYDLQNPLPENATTEEKSEHERQKSDAWNHALSSKRKNYQSISQKTANEMKNNAMGSNNISKEDFAKNLSANMNKQDSDNFVEEYQKQNPNATIDEAKNAFNNAKRNLAKENFSQAYIEKYPNSTMEQANEAFDSIKGASSKEDFINKTISSSKLAHREMAEKAYDTSTDFIKANNKDGFIEHYQTNINPSASNEQAGEVFNSINRSNSKQEFMKDQQFVPSEQLVKQAGNAYDIAQSQIDSGINKEAFVQSYKNANPNATKEQAEVLFDKANNMITGGSRSYLSATKNAVNGVRTEAVFDRGSQEVNRGYLTNQLAYAKTLDDKQSFVQNKIEDGLPEAQAQTLWKDQESKQFENNLSYFNNQLPQTLPVKQMVRKSDAMQKASAGLAASTAFITNATGIKPLMDSANKALIKGKMVTESFSDGYLQGAQTVLQPLSDSKLSFGEGLVTQTKAIGSGITQGIQSTKDSVMPSANEATNKLETFRNVVAYTGGLVGGMKLYQKSANFATRNNPYNKVINEDRTSGVYEASEIRQMASKKDDYTGETYTPPGNIKLVTTATKSYVQAIDSAGKERIVSRYGSGDSALTKGEIVYQDLNVTENGGLSALSEPYKLDTGGQKVLTGRHINVNPNKLIASKRSAPTDKIITQNVTPYNAKVDTGMFSKKDAIKNIDNIRMIVTKSRSYMVGNDKNTGQEVRISPYKKGDARLDANDLRNIRYNIKNMRFNVDEVTDISGNSITYTPTGETEDYLFSPTNQRYQKRRQFENDRFKKIGGVG				NA	NA	NA	NA	NA
AK148_02014	1974			hypothetical protein	ATGAGCTACCAATACGACCCCTTTTCACAGAAAGAACAACAGAAAAATAATAAATCAAAAGTAGCTAAAGTTGCTAAAGGTGCGACAAAACAAGTAAAGAAACGAGCTTTAAAAAAGCTAACCAAAAAAACTAGTAAGTTACTTATAAAAGCTATAAAAGCAGCAACAATAGCGCTTATAAAAGCTTTATTAGCAATATTAAGTGCTATAGGATTACCCGCTATTATTGGTATAGTGGGTATTATCCTACTTATAATAATCATCACATTAGTGTCGTCCTATATTTTCGGTGGAGGGGTTGACCTAAATGAGAATGAGCAAAAATTATATGACCATATAGTAGAAGAATCAAACAATACTATTGATTCAAGCATGCCTGAACAGGAACCTTATAAAGTTCCTGTAGAATTAATAGCTTCTGTAGTACAGCTTGAAATTATGAAGAATGATGATCATTATCAAGTAGTAACAGACATGGCGAATGCATTAAAGCCTACATTTAATTATAGTGACGAATTTAATGAGTGGACGGAAACAAAAACAAGAACATGCAAAGAAGGCGAAAAATGTAAGCCATGGAGTAAACCAAAACGTGACGATAACTATGTAACTAAATTAGTAGAGATAGACTATTGGCAGGGGAACGTTAAAAATAACTACACCCCCAAAATTACTAAGTGGAAGACAGATGTTAAAGTCAAAACAATTACTGAATATGAAACAGTTACCGAAAAATATACAGACTACGAAACAAAAATTGTAAATGGACAAGAAAAAAAAATAGCTATTAAAAAGAAACGAAAAGTAAAGAAGAAAGTTGAGAAACTATTAAAGACTTATACAAAAACAAGAAGGCAATATTACAAAAAAGACCAAATTAAAAGAGAAGATTATACTCATTTAGATACAGTTTTAAACTCCTTAGAGTTTGGAAAAAACGATAAAAAACTCTTAGAAGTTAACTATACCTTTCAGGATTTACCAATGAACTATATAGCATGGCTAGAAGGAAACGGCGGAAGTTTCGGAGGAGCTATACCATTTCCGGGTACAATTGTTCCCGGATCAGATATTCCCGCTCAATACATGCCTTACTATCTATCTGCTGAAAAAAAATTTGGCGTGCATTGGTACGTTCTTGCATCAGTTCATAGACAAGAAACGGTATTTTCTACTATTGATCCAATGATTTCATCAGCAGGTGCTGAAGGTCACATGCAATTTATGCCTTGTACCTGGTTAGGATGGAGCTATGCAGGTTGTACAGGTACAAAAGGGTTAGTTAATATTTCAAGTTCTATAAAACATGATCCTAATGCTATAAAGAAGTATGGTGGTTATGGTGTAGATGCTAATAATGATGGTAAGGCTAGTCCTTGGGATATTGAAGATGCTATACACACTGCCGCTAATTACCTTTCTAAGAGTGGATATGCTACAGATCCAAGATCTGCAATATTGAATTATAATCATGCAGGCTGGTATGCTGATGAAGTATTAGCTAGAGCAAAACGTTATCAATCTGAAGCAGTATATAACCCCAACGACAATGATTTACCAGTTACCTCGGATGGCGCATTTACTAAGCCCGTTAAAGGTGTTGTTACATCGCGATTTGGACCTCGATCCGGCGGTATGCATTATGGTATAGACCTTGGTGGAGTTGAAGGTGTAACACCTATAGTAGCCGCTGCTGACGGAGTAATAACTAGGGCAGAATGGTCAAATGGGGGATATGGAAATGTTGTATACATTAAACATAAAGTTAAAGGTAAATCGTATGAAACTGTTTATGCTCATCAACACTTTTATACAGTAAGACTTGGACAAACTGTGAAAAAAGGACAACAAATTGGCGTTTTAGGTAACACCGGCGACAGCACAGGGCCACATCTACATTTCGAAGTTCACGTTGGTGGGTGGACTATGAATAAATCAAATGCCATTAATCCTGAAAGGATTATTGCTTTTTAA	MSYQYDPFSQKEQQKNNKSKVAKVAKGATKQVKKRALKKLTKKTSKLLIKAIKAATIALIKALLAILSAIGLPAIIGIVGIILLIIIITLVSSYIFGGGVDLNENEQKLYDHIVEESNNTIDSSMPEQEPYKVPVELIASVVQLEIMKNDDHYQVVTDMANALKPTFNYSDEFNEWTETKTRTCKEGEKCKPWSKPKRDDNYVTKLVEIDYWQGNVKNNYTPKITKWKTDVKVKTITEYETVTEKYTDYETKIVNGQEKKIAIKKKRKVKKKVEKLLKTYTKTRRQYYKKDQIKREDYTHLDTVLNSLEFGKNDKKLLEVNYTFQDLPMNYIAWLEGNGGSFGGAIPFPGTIVPGSDIPAQYMPYYLSAEKKFGVHWYVLASVHRQETVFSTIDPMISSAGAEGHMQFMPCTWLGWSYAGCTGTKGLVNISSSIKHDPNAIKKYGGYGVDANNDGKASPWDIEDAIHTAANYLSKSGYATDPRSAILNYNHAGWYADEVLARAKRYQSEAVYNPNDNDLPVTSDGAFTKPVKGVVTSRFGPRSGGMHYGIDLGGVEGVTPIVAAADGVITRAEWSNGGYGNVVYIKHKVKGKSYETVYAHQHFYTVRLGQTVKKGQQIGVLGNTGDSTGPHLHFEVHVGGWTMNKSNAINPERIIAF				NA	NA	NA	NA	NA
AK148_02015	567			hypothetical protein	ATGAGTAAACTGCTAAAAATTATAATCATGTCATTTACAGCCATTGTCATAACTCTTGTGGCGTATGTAATAATTCAAGATAAAGAAACAAATTACGTTGAAGTAAAATTGAGTGATATTGATACCCAATCAATAAATGAAGCTAGTACCAAAAGCGAAACCATTGAATATCTTTTCTCATCTATAAACTCTAATAACATTGACGGTTTCTATAACTCTTTTGAACAAAGTGCACTAACTAGTGATTTATTCAAATACAATATACTTGATAAATATAAAGTAGCGGAAACTTTCATAAGCAAGATTTCTAGAGGTCGAAAAATAGAAGCTGTTTTTTATGAACCTGATATAAAAGGACTAAATGTAAAACATAACAATTTCATGAAGGTATTGATTATCTATAGTGATAATATAGAAGTGCCATTAAAATTAAAAATGGACACATTTAGGATGGAAAGCTATCACAGCGATCAAAAACCTAAAAAGATATATGTTGTTGCAACTTCACCCTTAGAAATGATTGACCAAATAGAAAGAATTATTTATGAAGAAAAAGAGAAGCGATAA	MSKLLKIIIMSFTAIVITLVAYVIIQDKETNYVEVKLSDIDTQSINEASTKSETIEYLFSSINSNNIDGFYNSFEQSALTSDLFKYNILDKYKVAETFISKISRGRKIEAVFYEPDIKGLNVKHNNFMKVLIIYSDNIEVPLKLKMDTFRMESYHSDQKPKKIYVVATSPLEMIDQIERIIYEEKEKR				NA	NA	NA	NA	NA
AK148_02016	975			hypothetical protein	ATGAATACATTATTTAATATCGCGAACGTATACTTACATTATCGCGGTGGAAAACACGTAGGATTAGCAGGTTTAATTGGAGTTCTCATTGCTATTATAACAATTTTAATATGGCCTGACATGATACAACCAGTTGTTAATTTTATTGGTTTAAATGATATAGGAAAAGAAATGGGAATTACTGGAGAAGGTGTTGGGGCAGCTGCTATTACAACATACAATGTAATCGTTTTATATTTGTTTGCGTGTTTAGCATTTTCTTTAATTATAGGAATCGGTTTAGCAGCTTATATTTTTGGAAATGTAGCATTAGGTTCTAATGTCGGTGGAACTATAATAGGCATAGTTATATTTGTATTGCTTTCTCCGGTTTTAATTTGGTATGTAATATATCAGACTATAATTCTAAATAAAAAGAACGTTTCTACGATAACAATCGGCCCTGATGAAAAACAACGAATAAAAAAGAATAAAGATTTAATTAACTATCTTACTGAAGAGTCGCTTAATAACAGTCTTGAAGAATTAACTAAGGAAGAAGCAATAAACTATTTAAATAAAGTTCCAGTAACTACAGATGAGGATTTTTTATTAGGTATTACTTATAATAGAGATATTATCCTCTTGCTTCCAAGACCGTTTGGAGAAAATGTATATGGTACCACTGATCTTTTAATTGGTGTGCCGTTAGAATTTGAAAAATTTATACCTTTAAAGCATGATCCTTATGGGGTGAATGGTGCTAGGAATCCAAAAAGGTATTATATGAGATATGAAGAGCGAATAAAACAGTGGGCCTCTAAGGATATTGAAATTTATTTAAAACCAACACATATATATGATGTATATAGGGTAGCGGTTAAATTTTTTAAAACCAGGTTTTATGAAGATTACGTAAGAATGGTATATAAGCATATCAATTTTAAAACAAATGTAGAAAATGATAATTATAAAAGAGAAGCGATAATAGACTAA	MNTLFNIANVYLHYRGGKHVGLAGLIGVLIAIITILIWPDMIQPVVNFIGLNDIGKEMGITGEGVGAAAITTYNVIVLYLFACLAFSLIIGIGLAAYIFGNVALGSNVGGTIIGIVIFVLLSPVLIWYVIYQTIILNKKNVSTITIGPDEKQRIKKNKDLINYLTEESLNNSLEELTKEEAINYLNKVPVTTDEDFLLGITYNRDIILLLPRPFGENVYGTTDLLIGVPLEFEKFIPLKHDPYGVNGARNPKRYYMRYEERIKQWASKDIEIYLKPTHIYDVYRVAVKFFKTRFYEDYVRMVYKHINFKTNVENDNYKREAIID				NA	NA	NA	NA	NA
AK148_02017	354			hypothetical protein	ATGCAGCGCAAGTATAAACTAGATAAATTCACTTTACAAGTAAACAAAGAGATGCGTAAGAGAGCTTTCATTAAACAGTATTATTATCAAAATCAATTTTTATATGAATATAATGACATATGTCCGCTATGCAAAGAAAAACTAAAGATCAATTATAAAAAAGTTTTAAAAGGGATTGGATTAATAGGAACTATTGATTTAGAAAAGGAAGGAACGTCATTAGCATACGCATTATGCAAAGCTTGCAGTAAAAGATTACCTCATTGTAATTCTCAGGAAAAAGAAAAAATTAAAGAACAAATAGTTACTACAGTATCCTCTGCTATTAATAAACATTCAAGTAGTATTAAATAG	MQRKYKLDKFTLQVNKEMRKRAFIKQYYYQNQFLYEYNDICPLCKEKLKINYKKVLKGIGLIGTIDLEKEGTSLAYALCKACSKRLPHCNSQEKEKIKEQIVTTVSSAINKHSSSIK				NA	NA	NA	NA	NA
AK148_02018	1149	xerS	COG0582	Tyrosine recombinase XerS	ATGCCAATTGAATCAAGAGAACGAATTACTCATAAAAAAAGATTAGAAAAGTTGTTAATCCATTTACCCAGTTTTGTTCATGAATTTGTACATTCAAAAAGCAGATTGAGGTATTCTCCTTCTACTTTATTAGGATATGCGCATGAATACATTAAATTTTTCAACTGGCTTAAGATTGAAGGCATTGCAAAAGTAGATAAAATTAAGGATATTGAATATACTCTTTTAGAATCATTACGTAAAGAATATGTAGAATATTATATTGAATATTTACAAGAAGAAGACATAAGAACTGAGAAAGAAATTAAATCTGGTCTTCCTGTAAAGAAACGTTCTGAACTATCTATAAATAGAAATATTAATGCTCTAAAATCACTTTTTAATTATTTAACTCAGGAAACTGAAAATGAGAATGGTGAATGTTACTTTTATCGTAATGTGTTTAATAAAATTAAGATTCATAAAGAGCAGGAAACAGCTAATAGACGGGCGAGAAAGATAAACGCTTCAATATTAAACGGTACGGAAATAGATGAATTTCTAACATTTATGAAGACTGAATATGAAATTACATTAGTTGGAAGAGAAAGAAAAGATTTTTTAAAGCATAAAGAGCGTTATATTGCTATACTAAGCTTAATTCTAGGAAGTGGTGTACGTGTTAGCGAGATAGCTTCTTTGACACTTAAAGATATAGATTTCCAAAAAAGGCAAGTTGATATAATTAGAAAAGGTAATAAAGAGGATACGGTTTTTGTCCTCCCTTCTGCTTTAGAGGATTTAAAAGAATATCTGAGAGTAAGAAAAGAACGTTATAATATATATTCTGACGATACTGAGTACTTATTCATCACTAAGTATAGTGGGGAAATTAGACCAATAACTGTAAGAACAATACAAAATTTCGTAAAAAAATTTACAAAAGCATTTAATTCCCGATCTGAATTTTCAACAGGAAAAGGATTAAGTCCACATAAGTTAAGACATACTTTTGCTACTGAATGGATAAACAATAAAGGAGATCTTATTCTATTGCGTGATCAATTGGGCCACAATACTATAGAAACTACTACTAAATATACCAATCTATCTCCTGCAGCAAGTGAAAAAATCATAAAAGATATAGATGAATCGCGCAAAAATAAATGA	MPIESRERITHKKRLEKLLIHLPSFVHEFVHSKSRLRYSPSTLLGYAHEYIKFFNWLKIEGIAKVDKIKDIEYTLLESLRKEYVEYYIEYLQEEDIRTEKEIKSGLPVKKRSELSINRNINALKSLFNYLTQETENENGECYFYRNVFNKIKIHKEQETANRRARKINASILNGTEIDEFLTFMKTEYEITLVGRERKDFLKHKERYIAILSLILGSGVRVSEIASLTLKDIDFQKRQVDIIRKGNKEDTVFVLPSALEDLKEYLRVRKERYNIYSDDTEYLFITKYSGEIRPITVRTIQNFVKKFTKAFNSRSEFSTGKGLSPHKLRHTFATEWINNKGDLILLRDQLGHNTIETTTKYTNLSPAASEKIIKDIDESRKNK				NA	NA	NA	NA	NA
AK148_02019	708			hypothetical protein	ATGAAAAGTGAAATATTTAGTAAGCTAATTGATTCTTTACAGTTAAATAGACAAAGAAATATAACTGATTTTAATAATATAATGTCTTTTGCTAAAAAAATTATGAATAGTGATCAGCCACACCGTATTTATGATTTAGTGTATACTTTGGGAAAACCGTATCAATTCGAAATTGTTAACATGTTTATTAAGGGGAAACTGTTGTCAGCATACTGTGTTGAACACCTGTTTTTTAAAAAAAATAATGAAAAGTATCAACTTTATAAAACAGATGAGTTCGGTCAGTTAACTAATTATGTTAGCGTCAAAGATAAAAAAATCCACCCATCAGAATATCTAGTTTTTACATTTCCTTGGTGCGAAAGCCGATTAATTAATGCTTTTAATAGTATTGGGAAAAAGGTTGGAAATACATGGAGTAATGACCCCTTAAATCATAGGGTTATTATTATTTCCCCTTTAAATATTAGTTATGTATATAACGGTTATCATTCTACTGTAATAAACATTATAGGTAATGAGTCAACAATGACTGTAACGGAAGAATTGAACTTATTACCAATTTATAATGATATATATACAGATGGGGGACACTTCAAGAAAAAAAAGGACAATTCTATAATTGATAAAGTTGCTTCTGTTGAGTTTGCGGCAATATTTGAAATAGGAAGACTTATTATGGAGAATGATAATTTAAAATTAAGATAA	MKSEIFSKLIDSLQLNRQRNITDFNNIMSFAKKIMNSDQPHRIYDLVYTLGKPYQFEIVNMFIKGKLLSAYCVEHLFFKKNNEKYQLYKTDEFGQLTNYVSVKDKKIHPSEYLVFTFPWCESRLINAFNSIGKKVGNTWSNDPLNHRVIIISPLNISYVYNGYHSTVINIIGNESTMTVTEELNLLPIYNDIYTDGGHFKKKKDNSIIDKVASVEFAAIFEIGRLIMENDNLKLR				NA	NA	NA	NA	NA
AK148_02020	318			hypothetical protein	GTGTGGCTAAAAAAAGAAAATAAAAGAGAGCGCATGATTCAAGCTGCAAGCATTGCTCATAGTGCACGTACTGAAGAAAAATCACACGATGCTATAAATAATATGCAACATCTATGTATTCAAAAAACTCCTTTTATTACTTCCTACTTACTTTCATTTGTTATTGTTTTAAAACTACACTGGACAGTACTGAAACCTTTACCAGCATTATATTTTACTTCTTTATTTATCCGTAGATACGCTATCCAAATTTATATTTGGTTAAAAAGAAAGAGAGAGCTTTGCTCCCTCTTTCCTAAGCCTTTTTGCTTCTTCTAG	MWLKKENKRERMIQAASIAHSARTEEKSHDAINNMQHLCIQKTPFITSYLLSFVIVLKLHWTVLKPLPALYFTSLFIRRYAIQIYIWLKRKRELCSLFPKPFCFF				NA	NA	NA	NA	NA
AK148_02021	900			hypothetical protein	ATGAATAAAAAATCTATTTTCTCATCTGTACTTGTGGCTGGAATGGTATTTGGTTCACTAGGTACTTCTGTAGCAGCTGAAGATTCTGAACAACTTCAGCCAGGGAAGTGTAGTATGACGATTGATACAGCAGTACATACATGGGATAACAGAGCACAAGCGACAGGGCCATGTACTGGTCTGGTAGAAGGTTATTATTTAGAAGAAAATGGATCTCCAACAATAATTGGATCTGTAAACCGATCTGTAGATTATAGCGGCCAAGTATTTAAAATAGGTACACCTAAGGTGCCTTATGGCGAATCTGATTTAACTGTCACTATTAAATCTTCTGAACAACCGGGTGATGGAGACGGAACTCCAACCGACCCAGAGCAACCGGGTGATGGAGATGGAACTCCAACCGACCCAGAGCAACCGGGTGATGGAGACGGAGCTCCAACCGATCCAGAGCAACCGGGTGATGGAGACGGAACTCCAACCGACCCAGAGCAACCGGGTGATGGAGATGGAACTCCAACCGACCCAGAGCAACCGGGTGATGGAGATGGAACTCCAACCGACCCAGAGCAACCGGGTGATGGAGATGGAACTCCAACCGACCCAGAGCAACCGGGTGATGGAGATGGAACTCCAACCGACCCAGAGCAACCGGGTGATGGAGACGGAGCTCCAACCGATCCAGAGCAACCGGGTGATGGAGATGGAACTCCAACCGACCCAGAGCAACCGGGTAATGGCACGCCTACCACAGTCAAAAATAGCTCAGTAAATAAAGAAGGAAATATGTTGCCTAACACTGCAACAAATAATTTTAGAATAATATTAATGGGATCAACAATATTGTTAGTCGGTACTACCGCATATGTTTTAATTGCTAGAAGAAGCAAAAAGGCTTAG	MNKKSIFSSVLVAGMVFGSLGTSVAAEDSEQLQPGKCSMTIDTAVHTWDNRAQATGPCTGLVEGYYLEENGSPTIIGSVNRSVDYSGQVFKIGTPKVPYGESDLTVTIKSSEQPGDGDGTPTDPEQPGDGDGTPTDPEQPGDGDGAPTDPEQPGDGDGTPTDPEQPGDGDGTPTDPEQPGDGDGTPTDPEQPGDGDGTPTDPEQPGDGDGTPTDPEQPGDGDGAPTDPEQPGDGDGTPTDPEQPGNGTPTTVKNSSVNKEGNMLPNTATNNFRIILMGSTILLVGTTAYVLIARRSKKA				NA	NA	NA	NA	NA
AK148_02022	1122			hypothetical protein	ATGACAAAGAAAATAGGCGTAGCAGATATTGTTGTTCAATCAAACAATCTAGTTGAGGCTATATATGATAGTGATTTAACAGCAACTGAGCATAAGATAATTCGTTATGCTGCTAGTAAAGTTAAAAATAATCCTGAAAATTTTCCTGATGTAGTGTTTACGGTATCTGAATTTATGAAGGCTGCAGGTATAAAAGGTAATGCTTATCACTCAAAAATCGTGAATATTGCTGATGAATTGACAAGGAAGAGAATAAAAATTCAAGGTGATGATCAAATAGGGTGGTTTCCGTGGTTATCTGGGTTGGTTTACAGAGACGGCGTTGTACATCTTACTTTTAATACAATGATAAAACCTATGTTGTTAGCTTTAGACGGTCAATTTACTAAGTATAGCTATAAATACATTGGTGATATGAGAAGTGGCTATACCATAAGATTATTTGAACTGTTAAAGCAATATGCTCCAATCGGTAAAAGGCGGATAAAGGTTGATACTCTTAAAAAGATGCTTGGTATAGCTGATAAGTATGAAAAATATGCTCAATTCAAATTACGTGTATTAAATCAAGCAAAAAAAGAGTTAGATCGAAAGCAAGGTTTAGTGTTTGAATACGAAGAAATAAAACAAGGTCGGAAAGTAACAGAACTTATTTTTTACATACATTTAAAAAAATCTCCACATGGGATTAAGTCTATACAAACAACATCAGATGATTCTTTTGTTAAGGAAGCGAGATATTTATTAGAAAATTATCCGTTTGATATTCCAGATAATGAATTAGCTAATTGGAAACAATATGGTATAGAGTTACTCAGTAGTGTTTTGGATGAAATTCAATATAGAAAGATAGATCACCCTGCATCTTATATAAAAACGGTCTTAGAAGCAAAGAATCGGGAAAAAATAGAACAAAAAAGAAACATAGTGTCTTCCCATGAGAAAATCAAAGATTCAATACTATTATTTATAGAGAAGAATAAAACTAAGAACGTTATTCCTGAGTGGTATCTTTATAAGAAGTTTGAGGCTTACATGAAAAACTACTCAGCTAAAGAAATACAGGAATCTTGGGAGGATAATAAGAATTTCATTATAGATAGAATACATATATATAAATAA	MTKKIGVADIVVQSNNLVEAIYDSDLTATEHKIIRYAASKVKNNPENFPDVVFTVSEFMKAAGIKGNAYHSKIVNIADELTRKRIKIQGDDQIGWFPWLSGLVYRDGVVHLTFNTMIKPMLLALDGQFTKYSYKYIGDMRSGYTIRLFELLKQYAPIGKRRIKVDTLKKMLGIADKYEKYAQFKLRVLNQAKKELDRKQGLVFEYEEIKQGRKVTELIFYIHLKKSPHGIKSIQTTSDDSFVKEARYLLENYPFDIPDNELANWKQYGIELLSSVLDEIQYRKIDHPASYIKTVLEAKNREKIEQKRNIVSSHEKIKDSILLFIEKNKTKNVIPEWYLYKKFEAYMKNYSAKEIQESWEDNKNFIIDRIHIYK				NA	NA	NA	NA	NA
AK148_02023	639			hypothetical protein	ATGGATGGGGTAGAGGTAAAAGAAAGCAAGAAAAGAAAAACTCGATCTGATAAAAAAAGAGATATAAAACCGACAGTATCTATTAATTTGAAAAACTGCATTTATCGATTGTCATACATCACAAACACACCTGTTAAAGATATTACAGAAACTCTTTGTATTAAAGGGATAAGGTCAAGGAAAGTTATTGATTATCTATCACAGTATTTCCGAAGGTCCTACGATTTTAGAAGCACTGTTTATATTGGAGATTTAGAAAGAGAATCATTGCAGCGAAAGTTTCAATCAAGTAAAACTGAAAGAATTACCACACGCTTTACAACAGATTTTTATGAGGAAATTGTACAACTGGCTAACGCACTAGATGTAACGCCATCAAAAGCTACAGCTTTGCTGTTAGATGCAAGCATAAGAAATAGTAACCTTTTAGATGCTTTTGTGAAAATGCATCTACACGATCACCTAGATAAAAACAGAATGAAAGAATTAAAACAAGTTTTGAAATATGTGAATTGTAATAATCCTTACAATGAGCATATATCTTGGTTTTCTCTATTTTCATTTATAATGGATGATCTAAAAGGAAGTACATCCAATGTTAAAAATACAATTATTAATTGGTTAGAGAAAAATATATAA	MDGVEVKESKKRKTRSDKKRDIKPTVSINLKNCIYRLSYITNTPVKDITETLCIKGIRSRKVIDYLSQYFRRSYDFRSTVYIGDLERESLQRKFQSSKTERITTRFTTDFYEEIVQLANALDVTPSKATALLLDASIRNSNLLDAFVKMHLHDHLDKNRMKELKQVLKYVNCNNPYNEHISWFSLFSFIMDDLKGSTSNVKNTIINWLEKNI				NA	NA	NA	NA	NA
AK148_02024	93			hypothetical protein	ATGAAAATGAAAAAAGCTGAAAAATTAGCTGAAAAAATTAAAAAGAATAGTAAAAAACACGGTATACCATTGAAAAAAAAGACTAAAAAATAG	MKMKKAEKLAEKIKKNSKKHGIPLKKKTKK				NA	NA	NA	NA	NA
AK148_02025	561			hypothetical protein	ATGAACTTAATGCGTGCAATATTTGTTGTTGTTTTTTTAGTATTAACTTTTATGTTATTTGGCTGTAGTAAAGCAGATGACAATGAAGTTGTTGTTGTAGATGAAAAGACCGGAGAAGAGAAAGTTGTGAGTAAAGAAGAAGTAAAGAAAGAAGAAAAAGAAATTAAAGCATTCTCTAAGCACCTTACAGACATATTTAATTCTTCGTTAAATTTACAAGACACGTTTGCTTATGCTTTAGATGACCTATTTACAAAAGAATCAAGCCCAGGGCAGTTTGCGACAATACTTCGGAACAAAGTAGTTAATAAATCTAGAGAAACAGTAGATAAAGCTGAAAAATATAATTTTCCAGTAGACTATTTTGAGTTAAACAAAATAGTAGTAAATAACTTAAATAATCAACATCAATTATATTTAGATGCAGTAAATGAAGCTTCACAGCAATCAGAAGGAGACACAATGGATATTGTAGGTTTACGAGAACGCTTAAATGAGTTAAAACAGGAATATTTAGATATAGTAAATATGTGGAAAAGTGGTGGAAAAACAGAAAAGTAG	MNLMRAIFVVVFLVLTFMLFGCSKADDNEVVVVDEKTGEEKVVSKEEVKKEEKEIKAFSKHLTDIFNSSLNLQDTFAYALDDLFTKESSPGQFATILRNKVVNKSRETVDKAEKYNFPVDYFELNKIVVNNLNNQHQLYLDAVNEASQQSEGDTMDIVGLRERLNELKQEYLDIVNMWKSGGKTEK				NA	NA	NA	NA	NA
AK148_02026	645			hypothetical protein	ATGAACGTCAAAGATGCTGTAAACTATTTACGAAGGTTCCAAATAAAAGTAACACCAGCTTCATTAAGAGCTGCTATAAGGTCTGGAGAAATTCCTGAAACTTACAAAAAATCCAATAAAGATGGCATCGAACTTCCTTTGCCATCTATACAAGAGTATGCTCTCAAAAAAACTAACAATAAATTAGCCGCTTATCAAATTGGCTATGAACAGGCTGTGGCACTGTATCATGATAATGTTATTTCACACAATTCGCTAGTAGAAAAAAAATCATTTCTATTTCAAACGATTAGGGATAATAGATATCATTATTTAACTACCAATTTTTATCATGGATATAACTCATTTTATTTAGAATTAGATAATAGAGTTATTCACCTATTGGATATGTCTTTACCAGGAACTTCAGCAATTAATATGGCCAATACGAATTTTATTTTAGATATATTAAAAAAAGCTGGAGCTTATACAAATCATGAAGACTTATTAAGGACTATACTTATTATTTACGTGAAAGCAGAAGAAAGTATATTCTTTTTTAGTTGTACTGATGAAAAAATTGGGGTTTTCGAATTTGGTACAGATAATATAGAAGATACTGAGTCTATGATTAACTCTGATTTTCGCAAATTAATACAACAATAA	MNVKDAVNYLRRFQIKVTPASLRAAIRSGEIPETYKKSNKDGIELPLPSIQEYALKKTNNKLAAYQIGYEQAVALYHDNVISHNSLVEKKSFLFQTIRDNRYHYLTTNFYHGYNSFYLELDNRVIHLLDMSLPGTSAINMANTNFILDILKKAGAYTNHEDLLRTILIIYVKAEESIFFFSCTDEKIGVFEFGTDNIEDTESMINSDFRKLIQQ				NA	NA	NA	NA	NA
AK148_02027	144			hypothetical protein	ATGTTGGCTAGAAATAAGAAAAGGACAAAAAATAAATTTGGAGAAGTAAGTAGCGGTTGTATGAGCATTGATTTTATGCCAGATTTTTTTAATGATACAAAGGAGAAAGAAAGCTTACATACATTTGTATTAAGAGGAAAATAA	MLARNKKRTKNKFGEVSSGCMSIDFMPDFFNDTKEKESLHTFVLRGK				NA	NA	NA	NA	NA
AK148_02029	213			hypothetical protein	ATGAGAAAAAACCAGACGAAATGCAGTAAGTATTTATATGTTAGACAGTTGTCTAAAGAAACTCAGGAGGAAATATTATATCAAATTTCTTTGTTTTTATATCAAGTCGAAGGTATTGCACGACAAGATCAAGAAGAACATTTAGAGAAGGCGAAAAGTAGTCGCTTAGTTGATTTAGAAGAAGTTATAGATATTGAGGATTATTCTAATTGA	MRKNQTKCSKYLYVRQLSKETQEEILYQISLFLYQVEGIARQDQEEHLEKAKSSRLVDLEEVIDIEDYSN				NA	NA	NA	NA	NA
AK148_02030	231			hypothetical protein	ATGAAAAGAAATCTAGAAGAAGATGATATGGTGTCTGAATTTATGAAATTTGGGTTGGCAGCCATAAAAGCTTTTGAAGAAAAAGGCTTGGAATATGGTTATGTTGAGTTTAAATGCCCATCTTGTGGAGGTACTGCTTGGAAAGAGCGCAAACATACACCTAATAACCGTTCGCATACTGTTACAGTTCGTGGAGGATGTAGTACGTGTGGATATTCTATGATGAATTAG	MKRNLEEDDMVSEFMKFGLAAIKAFEEKGLEYGYVEFKCPSCGGTAWKERKHTPNNRSHTVTVRGGCSTCGYSMMN				NA	NA	NA	NA	NA
AK148_02031	936			hypothetical protein	ATGAAAGAGAAAATGAACTATTTTATCTTACTTTTAACAATCATCTTTATGGTTGGTTGTACCAATGTAGAAGATGCATCTATTACAGATGAAAAAACGGAATCACAAGAAGGAACCACATTAAATACACATAAAAATAGTGCAAAGGAAGAAAATACCACTGCGGTTGTTGATGAACCAGTAGTAGAGGAAATACCAACCCAATCAAATAACGAACTGTTCGCAGGATACGAACTTATTGAAGTTGACGGTGGTGATTTGTCTGGTTATCGTCAATCTAACGTCGTCGTTGACATTGGCTATGGGGATCGTGAATATTGGGGGTTTACTAACGAATATGGTCAATTGGTGCGTGTCATTGCTGACGAAATCATTCTACAGGATGACAGTAGTGAGCCGGTCTTAGCGTCTGGCAGGTACTATTCTGATGAGGCAAAGGTTCCTGGTGTCGAAAGTAATGTTTTAGATGAAGGACATATCATTGCTGATTCTCTCGGGGGGGTATCTAATGCTTATAATATTACTCCACAAGATAGCACGCTAAACCGACACGGTGATATTTCTTATATGGAAGACGCAATCCGTGATGCAGGGGGAGCAACTAATTTTGAAGCAATTATTACATATCCGAATACGGAAACGCAAATTCCTTCAAGTTATCAGTATACCTATACTTTAATGGGTAACGAGATTGTTGATACATTTGACAATGTGAATCCTGATGAGGTAAACGAATCGCTAGGTTTAACGAAAAGGGAGCCTTCCGATTCTACCAGTTCTAGCACCGGGGATCTTTCCAGCGTTGATACAGACGGCAATGGAATGGTCACCATCAAAGAAGCGAAGACCGCTGGTTTTAGTATGCCGATCACGAGTGAGCACTGGTTATACCCATATATGGACGATCGTGATAACGACGGTATGGTAGGTGAGTGA	MKEKMNYFILLLTIIFMVGCTNVEDASITDEKTESQEGTTLNTHKNSAKEENTTAVVDEPVVEEIPTQSNNELFAGYELIEVDGGDLSGYRQSNVVVDIGYGDREYWGFTNEYGQLVRVIADEIILQDDSSEPVLASGRYYSDEAKVPGVESNVLDEGHIIADSLGGVSNAYNITPQDSTLNRHGDISYMEDAIRDAGGATNFEAIITYPNTETQIPSSYQYTYTLMGNEIVDTFDNVNPDEVNESLGLTKREPSDSTSSSTGDLSSVDTDGNGMVTIKEAKTAGFSMPITSEHWLYPYMDDRDNDGMVGE				NA	NA	NA	NA	NA
AK148_02032	972			hypothetical protein	ATGATACACAGTAATCATATTTGCCAATTCTGTAGTTCAACTTATGATCTAATTTATCATGAAGAGGGGTTTTGGTGTGAAGAATGTGACGGATTTACATATTATGACCATATTAATGATAATCACCAGTTTAACTTAATTTTTGAAGAGAAACATTTAAAAAACGGCAAACAACTTTCATCTTCAGCTAGTAAATTTAAGAAACAATTGTCCCCATTAAGGTATCCTGGAGGAAAATCTAAAGTAATAGATTATTTATATACTTTTCTACAGAAACATAAATCTTACACACTTATATCACCATTTACAGGTGGAGGTAGTTTTGAATTAGCAATGCTAGAAGCGGGGGTAGTTAAAGAGTTAAAATTAAATGATATTGATACAGGAGTGTTTTCTTTTTGGTGGGTTGTTTTACATTTTCCATTTACACTTATAGATAGGATACGAAAAATAAAGCTATCACACGAATACTTCTATAAAGCTCAATCTATAATTAAAAAAGACTATCAAGAAGTAGATATGATCGATGCAGCGTGGTCCTTTTTTATTGTAAATCGACTAGCTTATAGCGGCATTGTTAAGTCGGGTCCATTGGGTGGAAAAAGTGGAAATGAAGAAAAGCTGTTAAGCCGATGGAATGCAGAGAAGCTAATACAAAAGATTCTTTATATACATTCTTTAAGAGATTATATAACTATAAGCCAAGAGAATGCAGTCGATTTAATAGAAGATGCTTATTGGCAAAACGACGCTACTATTTTTATTGATCCCCCATATTTTCAAAAGGGGAAATTTCTGTACCATTGTTATTATGACGAAAGGCAACATATTGAATTGTCTGTACTTTTAGACAGCTTATTTCATGGAGTGCCGGGGGCAAATATTTTGGTCACTTATGACTACAACAAAAGGGTAGAAGATTTATACAGATTTCCTATTATACAAACAATTGGTAGACAATATTCTGCTTAA	MIHSNHICQFCSSTYDLIYHEEGFWCEECDGFTYYDHINDNHQFNLIFEEKHLKNGKQLSSSASKFKKQLSPLRYPGGKSKVIDYLYTFLQKHKSYTLISPFTGGGSFELAMLEAGVVKELKLNDIDTGVFSFWWVVLHFPFTLIDRIRKIKLSHEYFYKAQSIIKKDYQEVDMIDAAWSFFIVNRLAYSGIVKSGPLGGKSGNEEKLLSRWNAEKLIQKILYIHSLRDYITISQENAVDLIEDAYWQNDATIFIDPPYFQKGKFLYHCYYDERQHIELSVLLDSLFHGVPGANILVTYDYNKRVEDLYRFPIIQTIGRQYSA	PGPT0027190_166	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_R-M_SYSTEM,PGPT0027190-dam-K06223	NA	NA
AK148_02033	957			hypothetical protein	ATGATGGATGAACAAGAAGCATTACTAAGCACAAAAGAAGTAGCAGATTACTTAGGTGTAACTATAACCACTGTTTACCAATATGTGAAAAATAATAAGTTGAGACCTGTCTATGAGGACTGGACTATAGACGAAACTATGCTGTTTTATAAATCTGATCTAGAGCAACTTAAAAGTCAAAGGCCAACTGGTTATACTACCTCACAAGTGGCAAATAAACTAGGGGTACATCAAACTACGATCGCGAAAAAAATAAAAGAAGGGAACATAAAAGCTGAAAAAATTTTTTACCGTGGTAGGATGACTTATTTTATTCAACAAGAAGAACTAGAAAAATTAATAATAACCTACGGCAAAAAACAGAAGGAAAACACTAAGTTTTATCATCCGAAATATGAACTATATCTATACCAATCAATTATTAATGATAGTACTGGGGAGTTCGGAAGGGTAATGGATATATCAAGAGATGGAGGGACTATTAATACTGAGTCAGGAGACAATATTGATATGAAGGATATGAAAGATAAAGGATATCGTCCAAAAGAAAGGTTTCAAAGTAGAAATTATTTCAACAGAGCTGGGTACGTAAATTTTAAATTTAATATGCCGTTTACTATAAATTCTTCTGTTTATGATGCAATAGAACTTCTGTACAATTTCGCTGGTCATAAAAATATAAGATTATCTACCTCAAATAATGTAATAAGTATATATGTAAAACCAGTATTAATTAAAAGTAGTTTAGACTTCTTTTCCATATTTAATGAGAATATAGTTTCAGGTGAGGTTATAAAACGCCATAACGGCATATTTTTGAATAGTGGGTTTGAACATATACAACTTGATATTATTTCAGATATTAAAAATAAGTACGAAAAATTAGCAAAAGCAAAGGGTATATCTGTAAAAAAATATTTAGAAGAAGCTATTAATAGTGGCCGTTTGTTAGATTAG	MMDEQEALLSTKEVADYLGVTITTVYQYVKNNKLRPVYEDWTIDETMLFYKSDLEQLKSQRPTGYTTSQVANKLGVHQTTIAKKIKEGNIKAEKIFYRGRMTYFIQQEELEKLIITYGKKQKENTKFYHPKYELYLYQSIINDSTGEFGRVMDISRDGGTINTESGDNIDMKDMKDKGYRPKERFQSRNYFNRAGYVNFKFNMPFTINSSVYDAIELLYNFAGHKNIRLSTSNNVISIYVKPVLIKSSLDFFSIFNENIVSGEVIKRHNGIFLNSGFEHIQLDIISDIKNKYEKLAKAKGISVKKYLEEAINSGRLLD				NA	NA	NA	NA	NA
AK148_02034	1236	xerC_5		Tyrosine recombinase XerC	ATGAAGCATATATCTAAAATTGATTTTCATTTATTAAAACAACCTCAAACGCTTCTAAAAAAATATGATAAAGAATCCATGCAAGCAATAACTGATACTTTGTTAGATGCTAACTATAAAAATAATTTTAATTTGCAAATCTTTAAAGATGACAACTCTGACTATAATCAATTTAATGATATTGAAATGATCTATTTATATGTTCATCAAGATAAAGATCTAGATGAAGAAAAAAATACTAGTTATAATACAAAGAAAGAATATATACGTGAGCTAATACATGTATATCTGCTACTTCATAACAATCGAAATCAATTTGGAATTCCTCATTCTAAAAACCACCTATTTAAATTGCTAAAAGAAAAACATATAAGGATATATCAACAGTGGTTGAAAACAGTTCCTAATGGTAAAAATAATAAATCATATTCTGTGGCTACTATATCTAGAAAAACTACAATTTTTAAATCTTTTTTAACTTTTTTATATAATAAAAAATATATAAGTAATCCTCTATACAAGTATTTTCAAACTGCAAAAGTTGGGAGGAAAGATAGGCCAAATAGGGATATTAGTCAGGAAGAGGTTATACAACTACTTCAATATTATAGAAGTAATCCTATTGTCCATGGATTACTTTCTTTACTCGTTACCACCGGAGCTAGGATACAAGAAATTTGTAACGCAAAAGTTAGTGATCTAACCTATGAAAGAGGTTTAAAAAGTAGAAAAAAACAATACTGGTTAGAAGTAAAGGGGAAAGGTGGAGAATATCGATCACTTTTAATACACGATAATGTTTTTAATTCAATAATTAGATTTAGACAAAGAAGAAGATTAACCACAACAATAGATTTACTTGATCACTCTCCACTTTTTACAACTGCAAAAGGTAGTGCTTATCATTATAAAAATCTATCTATGTTTTTAACCAAGCGAATTAATCAAGCAGAAGTACCGTTTGTACAAATTAATAATCGTTTAAAGGAATTAGAAAAGAAAGGTATACTACCAGATAAGGATAAACATAAAATAAGATCTTTAACACCGCATACACTTCGTCATGGATTCGCAATACTTAGTGCAGAAAATGAAGGTGCTGATATTTATAGGATTATGCAGTCGCTGGGTCATAAAAATATAGAAACAACTATGATTTATTTGGAGAGAAGACAGTCTAAAGAAAATAATGTTGGACATACTTGGAAGAACAATGAAGTACTAAATTTCATATGA	MKHISKIDFHLLKQPQTLLKKYDKESMQAITDTLLDANYKNNFNLQIFKDDNSDYNQFNDIEMIYLYVHQDKDLDEEKNTSYNTKKEYIRELIHVYLLLHNNRNQFGIPHSKNHLFKLLKEKHIRIYQQWLKTVPNGKNNKSYSVATISRKTTIFKSFLTFLYNKKYISNPLYKYFQTAKVGRKDRPNRDISQEEVIQLLQYYRSNPIVHGLLSLLVTTGARIQEICNAKVSDLTYERGLKSRKKQYWLEVKGKGGEYRSLLIHDNVFNSIIRFRQRRRLTTTIDLLDHSPLFTTAKGSAYHYKNLSMFLTKRINQAEVPFVQINNRLKELEKKGILPDKDKHKIRSLTPHTLRHGFAILSAENEGADIYRIMQSLGHKNIETTMIYLERRQSKENNVGHTWKNNEVLNFI	PGPT0022000_582	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0022000-xerD-K04763	NA	NA
AK148_02035	120			hypothetical protein	ATGGCTAAATTCACCAGTGTTGAAAAAATACAAGCAGTCATTCGCTATCAAAGTGGTACAGAAGGCGTAAAGTCAATAGCTATATCCATAGGAGTCGCCCATTCAGTCCTCTTAAATTAG	MAKFTSVEKIQAVIRYQSGTEGVKSIAISIGVAHSVLLN				NA	NA	NA	NA	NA
AK148_02036	1911			hypothetical protein	ATGAAGTTACATTCATTATCAGTTAAAGGTTTTAGGAGACATAATAATACTAAGGTAAAATGTTCTGAAGCTACTTTTTTAATAGGATCTAATAACGTAGGAAAAAGTTCTATACTAAAAGCTATTGAATATTTGTTAAATGATATTCAAAAAATGCCATCAGAGGATTTTTGTTGTATACGCAATGACAATGATGAAAATGAACAAATAAGTGATCAAGTTGTAATTACTGGTGAGTTTAGAAATGTTCCTAAAGAGGCTTTTCAATGGAAGGGCTTTAATAAACAACGTATTTTTAAGTATGAAAACCCTAAAGATGAAAAAGATACGGGCCTAAGTATCTTTTATAGAAAAACATTTAAACCGAATCAAAAATATAAAGTAGAGATGAAGCAATATAAAAGTACGAAAAAAGAAGTTTTTAACGATTGTAATAAGATTCAGGATTACATAGATAATGGAATAAGTGAAAAAATAATTAAAGAATTATTTCCAAATAAAGAATTTAGTAGCAAGATGACTCCTACTATGATAAAAGAATTAGAAGCTTTTGGAGTTGAGGAATTAATTGACATAGATTTTAATGATACTGAATGGTTTGAAAATCCTGGAGGAATTGTAGGTAATGTCTCTCACAGGTTACCGAAATTTCTGTTAATTTCTGATGAATCTAAAAGCGAAGAACTTTCTTCTAATAATGGAGCTTTAATACAAACTCTTAAACAGCTCTTTGAAGATGTTAGAGCAGAATCAAATAACTTTCGACAAGCCCAACACTATCTGGAGGAGCTTGCTAAAGAATTAAACCCTGATGATGAAGATAGTGAATTTGCAAAGTTGTTAACGGATTTAAATAAAGTAGTTGGGGATGTTTTCCCTGAAACCGGATTCAGTGCAAAGGCTAATTTATCTGATGCAAAAAAAGTAATTACGCCTAATTTTGATATCCAGCTAGGAAGTAATATTAGTACTTCAGTAGAGTACCAAGGGGCCGGTGTTATTCGATCCGCAGTTTTTGCTATGCTTAGGTATAGAAGTATTAGAGAAAATAGTAAGAAGCAACGGGAAAATGAATATATTAGACCATTGCTAATAGCTTTCGAGGAACCTGAAATATACCTACACCCTCAAGCAGCTAAGCAGATGAGAGATACTATTTATGATCTGGCACTCGAACCTAATAACCAAATAGTATGCACTACACATTCACCATATATGATAGATTTAAGTAAAAATGCTAATCAAACTTTAAATTCTTTTTTTATTACTAATATCCAAATTGAGCATAACGGAATAAATCAAGATATAGAAACTGTTGTATGTAACCCATTTAGTGTAAGTGATGCCTTCCAGAAACTACTGAGTGATGACCAGTCGTATATTAAGATGTTACTTAAAATTGATGATAATATAAGTAAAGTATTCTTCTCGAGAAACGTTCTAATAATAGAGGGAGATACTGAAGAAGTTGTAATACGTGAATCATTATCTAGGATGCCAGAAACGATGTATAAAGAATTCTCATATAATTGGGAAGTTGTAAGAGCTAGGGGAAAAGCTTCAATAATTTCGCTAGTAAAATATCTAAAAGCTTTAGGTATAACACCGTATGTAATCCATGATAGAGATAAGAGTAACGAAAAGGCATACTCATTCAATCAACATATATTAGATGCTGTAGGAGGAGATAAATCTAAAGTGATTGTATTGGAAGAATGTATGGAAGATCTTCTTGGTTATACTCCACCAAGCAATAATAAACCATTCCAAGCATTCAAATTTATAAGTGAAAATTGGGGAAGTAATTGGGATGAAATAAATTTAAAATGGAAAGTTATAATGGAAAAATTGATTTCTACAGAAGAGAATATTTTACTTGATGAAGTAGCTTCAACAGTAGACTATGAATAG	MKLHSLSVKGFRRHNNTKVKCSEATFLIGSNNVGKSSILKAIEYLLNDIQKMPSEDFCCIRNDNDENEQISDQVVITGEFRNVPKEAFQWKGFNKQRIFKYENPKDEKDTGLSIFYRKTFKPNQKYKVEMKQYKSTKKEVFNDCNKIQDYIDNGISEKIIKELFPNKEFSSKMTPTMIKELEAFGVEELIDIDFNDTEWFENPGGIVGNVSHRLPKFLLISDESKSEELSSNNGALIQTLKQLFEDVRAESNNFRQAQHYLEELAKELNPDDEDSEFAKLLTDLNKVVGDVFPETGFSAKANLSDAKKVITPNFDIQLGSNISTSVEYQGAGVIRSAVFAMLRYRSIRENSKKQRENEYIRPLLIAFEEPEIYLHPQAAKQMRDTIYDLALEPNNQIVCTTHSPYMIDLSKNANQTLNSFFITNIQIEHNGINQDIETVVCNPFSVSDAFQKLLSDDQSYIKMLLKIDDNISKVFFSRNVLIIEGDTEEVVIRESLSRMPETMYKEFSYNWEVVRARGKASIISLVKYLKALGITPYVIHDRDKSNEKAYSFNQHILDAVGGDKSKVIVLEECMEDLLGYTPPSNNKPFQAFKFISENWGSNWDEINLKWKVIMEKLISTEENILLDEVASTVDYE				NA	NA	NA	NA	NA
AK148_02037	735			hypothetical protein	ATGTCCAAATTTACAACGTACACTATAAGAAAAGACGATAAGCAAGCATTAACTAATAAAATTCCTAATAAAATGCAGAGTAAGCTTCTGTCCTATTATATTGTTAACCATTACACTTTGCCAGAAAATGTCGACGCCTTTTTTGAAAAAGTGGAGACTGATAGGCAAGGATTTACATTATCAACTCAGGCTTTTGAAAGACTTCAAGAGCTAAGAAGTGAAGTAAATGAAGCAAACAAAATTAGTATAGATAATTCTAAATTAATGCGAGATATAATTAAAAATTTTCTTGTCTTTTTAGACCATAATAGAGACCTATTTAAAAGCAAAAAAAATTTACATGCGCAACGTTTTCTTTTGCCAAAAGGAACCAAAAATAAATTTAGAAATCTAACAGATCAGATAAGAAATACAGCCTTAGAAAATTATATTTTGAACGAATATACTCCAAATATCTCCAATATTATGCGAGATGCTTCTACTAAGGAAGAAAACGAAGAAGTTTTTATCAAGATGGACTATGCTGCGTTTGAAAAGCTTGATGAACATAAAAAGAATATAAACGAATCTAAAAGTAGATCGTCTATAATGAGAGATGTAATAAGGTCTTTTTTTCAACAAGAAAAAGAAAAGTTGGAAAATGATTTATTTCAAGCAATGAAAAAATATGAAATTAAATATGGTAAAGAAGAACTTAAAGCTAGTATTGAAAATTACTTTAGTAATGATAAGTAA	MSKFTTYTIRKDDKQALTNKIPNKMQSKLLSYYIVNHYTLPENVDAFFEKVETDRQGFTLSTQAFERLQELRSEVNEANKISIDNSKLMRDIIKNFLVFLDHNRDLFKSKKNLHAQRFLLPKGTKNKFRNLTDQIRNTALENYILNEYTPNISNIMRDASTKEENEEVFIKMDYAAFEKLDEHKKNINESKSRSSIMRDVIRSFFQQEKEKLENDLFQAMKKYEIKYGKEELKASIENYFSNDK				NA	NA	NA	NA	NA
AK148_02038	381			hypothetical protein	TTGTATAATCATTTAGGATTCCATCATATGCTAAGAATTAATGAATTAAATAAAAAAGTAAAAGCACGTGTAGAAGTTAACTTTAAAGCGGTAATATTTTTAATTGCTGGGAATAGAGAATTGGAAGAGAAAATTATTCAATATATTGATTTCTGTAAAGGTGAATATAAATATCAAGAATTACTAGATAGTAACATAGCAACGGAATTAGACCTTCTAGTAAAATTATCAATAGCACTGTATAATGAGGATACATCATTCGATGTATCCAATCTCTCTAATTTAAGTCAGAGAAACTTATCTTTGGCGTTACGCGCAATTAGTTTTCGTTACAGAAAGTTCCATACTTATACAAGTGAATGGGGGATTGAGACATTTTAA	MYNHLGFHHMLRINELNKKVKARVEVNFKAVIFLIAGNRELEEKIIQYIDFCKGEYKYQELLDSNIATELDLLVKLSIALYNEDTSFDVSNLSNLSQRNLSLALRAISFRYRKFHTYTSEWGIETF				NA	NA	NA	NA	NA
AK148_02039	252			hypothetical protein	ATGAGTTATATATTTTATGAAAGGTATTTTAAGGAGATATCTAAAGAAATACAGGATATAAATAAGGTACATAGAATTGTACCTAATGAAAAACTAATATATTTTTTAAAAAAATTACCTACTAAAGAGAAACAAATTATATTTTGTCAACACAAGACCATTATACTAAGAAATGGTAATGTTAAAAACTATCTCATAGTAATATTATATGGTTTATCCTCAGCAATTAATAAGAATGGTAACAGTCTTTAA	MSYIFYERYFKEISKEIQDINKVHRIVPNEKLIYFLKKLPTKEKQIIFCQHKTIILRNGNVKNYLIVILYGLSSAINKNGNSL				NA	NA	NA	NA	NA
AK148_02040	567			hypothetical protein	GTGAAAATATTAGATATTAATGAAGCCCTTGATTTGTTAAAACAATATAAAATAACTAATAACAAAGAGAGTATTCGCAGATGGCTACGAAAAGGTGTTATTAATGGTATTCCACCGAAATCACGTAAAGAAGGATGGCGAATTACAGAAGACGACTTACATGCTTTTATTAAAGAAAGACTTCCTGAGAATATGCCATTTAACACAAAAAATGTAGTTAAAGAACAATCAATACAGATTGCAATTGAACAGGAAGTACGAGAAAAAATATGGTGGGAGTTGGTGCAAAGAAATATTTTTGAAGGGTATATTGAGTTAAAGAAAAAAAGAATTTTTGAGTGCGCTAAACATGCTGGTCACTCAATAGAATTTGCAACGTATGTATGGAACGAAGTAAAAGATCATAAAAGGGGGTATGCAACACCACGAGTGCTCTATCTATTAGATGCATTTCTATATAATGAATCTGAACGCATCTTAATGGATGAAAACTATGAAATACGCGAAGAAAAAATTCTTTTTGCGTTGATTGAACATATTCGAAAAAAACGAGTAGGTAAATTTTAA	MKILDINEALDLLKQYKITNNKESIRRWLRKGVINGIPPKSRKEGWRITEDDLHAFIKERLPENMPFNTKNVVKEQSIQIAIEQEVREKIWWELVQRNIFEGYIELKKKRIFECAKHAGHSIEFATYVWNEVKDHKRGYATPRVLYLLDAFLYNESERILMDENYEIREEKILFALIEHIRKKRVGKF				NA	NA	NA	NA	NA
AK148_02041	432			hypothetical protein	ATGATAAATAAAAAATGGATTTATATATTTGTAATCATAGGTATCATCATTTCTCTTGTATCTATTTTTATTTTTGTTAATGATGATAAAGAAGCTGATAACAAAAAGGGCAGTAACCTTAGTTACTATAAAGAATACACTGTTGATGAAATACAAAAGAAAGTAAAGGATAAGGAAGATTTTACTGTTTATATATATTCTCCAGAATGTTCAGCTTGCAAAGAATTTACACCAATATTACGTTCTGTAATGGAAGATACCAAAACTAAAATTCATGCAATTGCTATTACAGAGACAAATAGCAACAGTAAATTCTTTGAGAAAAACAACTTAGAGTATGTTCCAACTCTTATAAAGTTTACATCTGGAAAAGAGACCGGAAGAAAAGTCGGTTTGATTGAAACTGGGGAGTTAACACAATTTTTTAAGTAG	MINKKWIYIFVIIGIIISLVSIFIFVNDDKEADNKKGSNLSYYKEYTVDEIQKKVKDKEDFTVYIYSPECSACKEFTPILRSVMEDTKTKIHAIAITETNSNSKFFEKNNLEYVPTLIKFTSGKETGRKVGLIETGELTQFFK				NA	NA	NA	NA	NA
AK148_02042	306			hypothetical protein	ATGATACACGCAATAAAACGCCTTTTGGGAATTAAAAACTATTTAGTAGAAATCACATGGGAAAATGGCGAAAAAGAAATTGTACCCATAAAAGCGTGGAGTCCGATGAATGCAATTAAAAAAGTTGAACAAACGATAGATGTTGTTAATGAAGTTTATATCACAATACTTGATGATCATACAAAATTTGGTCGAATAAGGTATTGTAAAGCAAGAAAAAGACAAAGTAGGCGAATTGCTTGCTTAGTTCAAAATAAAAGTCAAGGCAACCTTATATGCAATATTAGAAGTGGAAGGAAATCCTAA	MIHAIKRLLGIKNYLVEITWENGEKEIVPIKAWSPMNAIKKVEQTIDVVNEVYITILDDHTKFGRIRYCKARKRQSRRIACLVQNKSQGNLICNIRSGRKS				NA	NA	NA	NA	NA
AK148_02043	114			hypothetical protein	ATGAAGGGTATCTTTCAATGGATAAAGGGTAGAAATGCTGAGTTATTAATAACTATAGCTCTATTATTCAGTATTGAATATTTTTTGACGATAGGAATAATAGTGGGTAATTAG	MKGIFQWIKGRNAELLITIALLFSIEYFLTIGIIVGN				NA	NA	NA	NA	NA
AK148_02044	462			hypothetical protein	ATGGGTATTGAACTTAATCGTGATATATTATATGCGCATTTTTGGTTAACAGCGATTGTCGTTTCTGTTGTTGTATATTTTTCAACAGGTCTTATAGAATTAATTGTATCCTTAGCAACATCTTTTCTTCCTGCCTTTGCTATTGTAGTGAGTAGATTTGCAAAAGAGATTGATATTAGTATAAGTGACAAAGTGTCTTTAATAATTATAGTAGCTGCATCATTATTCGTTGTTTTATGGAGTGTAATCATGTTTTACCACGGAGGTATTTATGCTATATTAATTTATTTGATTACATTTATCGCTTTTATCGGGATAATAATAAACATAGTTATACTAATGATTGCAAAAAAGAAAAAAAGAGAGTTAGAGTTATCTAATGAATTGACTCATAAGGGTATGGTGCTTCAAACTATAATAATTTTGTTGCTTTTTTCCATCTTTCTAGTCGATCTATTTTAA	MGIELNRDILYAHFWLTAIVVSVVVYFSTGLIELIVSLATSFLPAFAIVVSRFAKEIDISISDKVSLIIIVAASLFVVLWSVIMFYHGGIYAILIYLITFIAFIGIIINIVILMIAKKKKRELELSNELTHKGMVLQTIIILLLFSIFLVDLF				NA	NA	NA	NA	NA
AK148_02045	396			hypothetical protein	ATGACAAAAAACATTGGCTTAAAGAGTTACGTTAAAAAAGCTCAAAATCTTATGAAAAGGACTTATATTGAAAAAGGATATTTCTCTTCCGGAAGTATTTGTATGAATGACATCTATGAGAATATTCATAGTGATAGGGAAAAGGCCGAAATTATTACAGATTTATTATTAGAGTCGGGTAAGGTTCAAATACGTAGAAATTGTATTGGTCTTGCCTTTGAGTTAGCAAGAGATGAGAGAGCAAAGTTAATAAAAGAACATAACTTAATTGAAAAGTGGTCAGAAAAGTGTTCTATAAACACACTAAATTCAAACAACGGAGAAGTATACAGTGTATTAAAGAATAGAAAACAAAATAATATAAAAAAATCATTTTTCCATATTACCGCTTGCTAA	MTKNIGLKSYVKKAQNLMKRTYIEKGYFSSGSICMNDIYENIHSDREKAEIITDLLLESGKVQIRRNCIGLAFELARDERAKLIKEHNLIEKWSEKCSINTLNSNNGEVYSVLKNRKQNNIKKSFFHITAC				NA	NA	NA	NA	NA
AK148_02046	162			hypothetical protein	ATGGTTAACAAATATAGAAATACTAAAGTAAACTATCCAATTGTATATCCAGTTAGGCTAGGAGTGAAACAGGCTGAAGCATTTAAAAGTAAAGCAAAAAAAAATGGACATAGAAGATCAGCTTTGATTAGGTCTTGGATAGATAATTATATTCAAAGTTAA	MVNKYRNTKVNYPIVYPVRLGVKQAEAFKSKAKKNGHRRSALIRSWIDNYIQS				NA	NA	NA	NA	NA
AK148_02047	345			hypothetical protein	ATGAAGAACAGTCAATTAATTTTATTAATTCTTAGTGTTTCGATTATTATACTATTAGGAGGGTGTTTTGTGAAGACTGGAGAAACATATGATGATGAAACTATTGCAAAAGCCAAAGAAGTAACTAAGAATTATATTGCGAATAATTATGAAAACATTCAATCCATGGAGTTGGAGGATCCCTATACAAGTCCCATGGGGGCCATGAAAGTTAACGGAACGGTAAATAATGAAATCGGATTCTCTATAACATTACATGATGACTTTACAATTGCTGGAATAAGTACAGATGAAGGTTTTCCTGAAGAAAAAGAAGAATGTAAGAAGCAGGATTGCAATTATTAG	MKNSQLILLILSVSIIILLGGCFVKTGETYDDETIAKAKEVTKNYIANNYENIQSMELEDPYTSPMGAMKVNGTVNNEIGFSITLHDDFTIAGISTDEGFPEEKEECKKQDCNY				NA	NA	NA	NA	NA
AK148_02048	1242	fabF_1	COG0304	3-oxoacyl-[acyl-carrier-protein] synthase 2	ATGAAACAAAGAAGAGTTGTAGTAACAGGAGTTGGTGCTGTTACGCCTGTTGGAAATAATGTTAGTACCATGTGGGAAAACTTAATTTCAGGGAAGTCTGGGATTGATTTCGTTACCAAAGTGGATAAAGAGCTATTTCCGGCTAAAGTAGCTGGAGAAGTGAAAGATTTTGATCCAAGTGCCTATATCGAGAAGAAAGATGTTCGTAAAATGGACTTGTTTACACAATACGCTGTTGTAGCGTCAAAAATGGCGGTTGAAGATGCCGACCTTACTATTGATGATGATAATCGGAATCGTGTAGGCGTTTGGATTGGCTGTGGTATCGGTGGTATGCAAACTTGGGAAGATCAGCATCGAAAACTGTTAGAAAAAGGGCCTAAGCGAGTTAGTCCATTTTTTGTACCAATGATGATCCCAGATATGGCTGCGGGTCAAGTTTCTATTCAATTAGGTGCAAAAGGAATAAATTCATGTTCTGTTACAGCTTGTGCTTCAGGCGCAAGCTCCATAGGTGATGCGTTTAAAGCTGTGCAGCGTGGGGATGCAGACGCTGTTATTACAGGTGGAACAGAAGCGCCGATATCTAATATGGCGTTTGCTGGCTTTTCTTCTGCCAAAGCACTTTCTCTTCATGAAGATCCACAAAAAGCAAGTCGCCCATTTGACAAATATCGTGATGGATTTGTAATGGGGGAAGGTAGTGGTATTTTAGTGATAGAAGACTTAGAAAAGGCGTTAGAACGTGGCGCGCATATTTACGCAGAAATTGTTGGTTACGGTGCTACTGGTGATGCTTATCATATTACTGCGCCAGCAGAAAATGGTGAAGGTGCAGCACGTGCGATGGATATGGCGTTAAATGATGCAACAATTGCACCAAATGAGGTTGATTATATTAATGCACATGGTACGAGCACAGCCCTTAATGATAAATTTGAAACTGCTGCTATAAAGACAGTGTTGGGCGACCATGCGAATGATGTTGCCATTTCTTCAACAAAATCAATGACAGGACATTTACTAGGTGCTGCTGGTGGTGTAGAATCGGTGATTTCGGTTAAAGCAATTGAAGAAGGAATCATTCCGCCTACCATTAATCTTGAACATCCTGACCCAGATTGCGACTTGGATTATGTTCCAAACAGGGCAAGAAAACAGCATGTTCAAGTTGTGTTAAGTAATTCGCTTGGATTTGGCGGTCATAATGTTGCACTACTATTTAAGAAATACCGAGCATAG	MKQRRVVVTGVGAVTPVGNNVSTMWENLISGKSGIDFVTKVDKELFPAKVAGEVKDFDPSAYIEKKDVRKMDLFTQYAVVASKMAVEDADLTIDDDNRNRVGVWIGCGIGGMQTWEDQHRKLLEKGPKRVSPFFVPMMIPDMAAGQVSIQLGAKGINSCSVTACASGASSIGDAFKAVQRGDADAVITGGTEAPISNMAFAGFSSAKALSLHEDPQKASRPFDKYRDGFVMGEGSGILVIEDLEKALERGAHIYAEIVGYGATGDAYHITAPAENGEGAARAMDMALNDATIAPNEVDYINAHGTSTALNDKFETAAIKTVLGDHANDVAISSTKSMTGHLLGAAGGVESVISVKAIEEGIIPPTINLEHPDPDCDLDYVPNRARKQHVQVVLSNSLGFGGHNVALLFKKYRA	PGPT0008360_5196	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458	NA	NA
AK148_02049	942	fabHA	COG0332	3-oxoacyl-[acyl-carrier-protein] synthase 3 protein 1	ATGGATGTTGGTGTTTTAGGTTTAGGTCATTATGTTCCTGAAAAAGTTGTTACGAATCATGATTTAGAGAAGATCGTCGATACAAATGATGAGTGGATTCGTACGAGAACAGGTATTGAAGAAAGAAGAATAGCAGAAGAGGACATGGATACTTCAGATATGGCGTTTTTAGCAGCAGAAAAAGCTATTAACAATGCAAATCTAAAACCTAACGATATAGACCTTATTTTAGTCGCAACAGTAACTCCTGACACACCATTTCCCTCTGTTAGCTGTATGATTCAAGAACGTTTAGGTGCAATGAATGCAGCAGCCATGGATATTAGTGCAGCTTGTTCAGGTTTTATGTATGGAATGGTAACAGCAAAGCAATTTATTGAAAACAGCACATATAAACATGTATTAGTTGTAGGTGTAGAAAAGCTGTCAAAGATTACTGATTGGTCAGATCGTAGCACATGTGTATTATTTGGTGATGGTGCTGGTGCAGCTGTAATGGGCCAAGTATCCGATGGTAAAGGGATTCTTTCGTTCGAATTAGGTGCTAATGGCGCAGGCGGAAAAGAATTAAAGCAGGAAAAAGATACTGGTTATTTATATATGAATGGTCGTGAAGTATTTAAATTTGCTGTTAGACAAATGCCAGAATCATCTGTTAATGTAATTAAAGCTGCTGGATATAAAGAAGATGATGTAGATTATTTAGTGCCACATCAAGCAAATATCCGCATCATGGAGGCGGCTCGACAACGATTAGGTATCGCCGAAGATAAGATGGCGAAAACAGTAAAGAAGTATGGCAATAACTCTGCAGCTTCTATACCAATTGCTTTGTCGGAATCAGTCGCAGATGGTAAAATAAATGATAATGATTTGATCGTTTTAGTTGGCTTTGGCGGCGGTTTAACATGGGGCGCCTTAGCGATAAAATGGGGAAGATAA	MDVGVLGLGHYVPEKVVTNHDLEKIVDTNDEWIRTRTGIEERRIAEEDMDTSDMAFLAAEKAINNANLKPNDIDLILVATVTPDTPFPSVSCMIQERLGAMNAAAMDISAACSGFMYGMVTAKQFIENSTYKHVLVVGVEKLSKITDWSDRSTCVLFGDGAGAAVMGQVSDGKGILSFELGANGAGGKELKQEKDTGYLYMNGREVFKFAVRQMPESSVNVIKAAGYKEDDVDYLVPHQANIRIMEAARQRLGIAEDKMAKTVKKYGNNSAASIPIALSESVADGKINDNDLIVLVGFGGGLTWGALAIKWGR	PGPT0008355_7027	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008355-fabH-K00648	NA	NA
AK148_02050	951			Purine-binding protein	TTGCGAAATGTTTTTGTCATTATTAGCGTGTTATTGATACTAGGTAGCTGTAGTAGTCCCTTGCAAACAGAACAGCGAATACAGAATGTGGGTATGTTATTAAACGGAAACATCTCTGATCACGTATGGAATGAAAAAGGGTACCAAGGACTTGTTTCATTAGGAGAAAAGTATGGAATGGATGTTTATTATAAAGAAAATGTGGCAACTGAGAAGGAAATTATTAAAGCGATTGAGGAATTTTCCAATCAAGGAGTAAATCTTATATTTGGCCATAGTTCTTTTTATGGAAAACACTTTACAGATGTTGCTGAGAATTATTCCCATATACAGTTTGTTTATTTTAATGGTTCATATGTTGCAAAAAATGTAACTAGTTTTACATTTGATACGTATGCGGCTGGATATTTTGCTGGTATGTTATCTGGTAAAATGACAGCTGCAAATAAAGTGAGCATCATTGCTACTTATGAATGGCAGTCAGAGATTGAAGGCTTTTTTGAGGGAGTTAAAAATGTAAACCCGAAAGCGGAAATAGAATTAGCTTTTTTAAATGACTGGAATGAGGTGCAAACAGCACAAGGGATTTACCAACAAATGAAATCAACGGGTGTAGATGTATTTTATCCAATAGGTGATACTTTTAGTGAAGAGATTATTAAGTATGCAAAAAGAGATGAGGTTTATGCCATTGGGTATAGGACTAATCAAGCAGAGTTAGCAGAAAATACAGTTTTAACTTCGACTGTCCATCATGTAGAGAAACTGTATGAATATGCAGTGGAACATGTGAATGATCGCAAATTAACCGGACAACTAAAAAGCTTTGATTTTCAAGATGGTGTTATTTCTTTAGCGCCTTTTAGTGACCAAGTGCCCCTTTCTTATCAATATGAGATGAACCAAGCAATGGAACATTATACAAATACGGGATTGCTCCCTGAAATGTAG	MRNVFVIISVLLILGSCSSPLQTEQRIQNVGMLLNGNISDHVWNEKGYQGLVSLGEKYGMDVYYKENVATEKEIIKAIEEFSNQGVNLIFGHSSFYGKHFTDVAENYSHIQFVYFNGSYVAKNVTSFTFDTYAAGYFAGMLSGKMTAANKVSIIATYEWQSEIEGFFEGVKNVNPKAEIELAFLNDWNEVQTAQGIYQQMKSTGVDVFYPIGDTFSEEIIKYAKRDEVYAIGYRTNQAELAENTVLTSTVHHVEKLYEYAVEHVNDRKLTGQLKSFDFQDGVISLAPFSDQVPLSYQYEMNQAMEHYTNTGLLPEM				NA	NA	NA	NA	NA
AK148_02051	597			hypothetical protein	TTGGTTACGGCGGTTGCAAATTGTAATCATTGGATTGGTTTTCATATCACGAATCAATTATTGGAACAAGGCATGAAAGTGGAAGGGATTGTAGACTGTAAGAAAGATGATTCACTGTCTCTTTTTTTGGGGAGAAATAGTAATTTTTCTTTTTATTCAGGTGATAAAAACGAAATATATGAACAATTCATTTGCCTTGGTTCCATCCATGAAGATGTCAATATTTCTGCGGAAGTATGTGTAACACTAGCACATCCAAGTACAGTACATGGATCTACAAGCCTAAATGGCGTATTTATTGAATTACCTCTTTTATTTGGTGAATGGATGCCTATGTCAGAGAATGGTATGTATTTTCAAGGAGAACTTGTCCCTTTTTCATCGGATTATTTTCTTCAACATGCCGTATATATTCATGATTTTATAGACGTTTTTCTTAATTGGTTAGAAATGTACGAGGTAGGTGAGGAGAAGCAAAACGTAAACAAAATAAAACTTGATAATTGTATAGATATTAAGGACAATAGACCTAAAGAGGCGACAGTTAATCAGGTCATTCAACACTTTCGAAATCAACGATTAGGGAAGAGGTTCTGA	MVTAVANCNHWIGFHITNQLLEQGMKVEGIVDCKKDDSLSLFLGRNSNFSFYSGDKNEIYEQFICLGSIHEDVNISAEVCVTLAHPSTVHGSTSLNGVFIELPLLFGEWMPMSENGMYFQGELVPFSSDYFLQHAVYIHDFIDVFLNWLEMYEVGEEKQNVNKIKLDNCIDIKDNRPKEATVNQVIQHFRNQRLGKRF				NA	NA	NA	NA	NA
AK148_02052	174			hypothetical protein	ATGCGATACATTGTTACACTTTTCTGGTCATGTTTAATTGGCGCAGTGGTTTCCTATGTTTTATCAAGTATGGGAAGTGAACCATTCAACTTAACAGCAACCATCGGATTATCAGTCGTCTTCTTTGTTATGGTATCCGTACTAGGTGACGGTATTTTAAAAGAAGATAACTAA	MRYIVTLFWSCLIGAVVSYVLSSMGSEPFNLTATIGLSVVFFVMVSVLGDGILKEDN				NA	NA	NA	NA	NA
AK148_02053	339			hypothetical protein	ATGAGTCACAGTCATCAACATATATACGATGTTTGTAAGGATCATATGCATGCTTATGTGCTTATTGAGTTAGTAGATGGTTCTAGCGTTGACGGGATAATAACTGGTTTGGATCACGAATCTGTATATTTAGCAGTACCAATAGAAGCGCATGAACAACATCACTCACATATGCAGCAAGGGCATAGCCAACATCACAGACAATTTGGTTATGGCTATCCAGGATACGGTGGGCCTGGTTATGGTTACGGAGGATATGGGTACCCTCCTAACCGATTTCGAAGGCTTATTTTACCATTAACTGCTTTAGCTGCACTCAGCATTTTACCATGGTATTAA	MSHSHQHIYDVCKDHMHAYVLIELVDGSSVDGIITGLDHESVYLAVPIEAHEQHHSHMQQGHSQHHRQFGYGYPGYGGPGYGYGGYGYPPNRFRRLILPLTALAALSILPWY				NA	NA	NA	NA	NA
AK148_02054	834	uppP		Undecaprenyl-diphosphatase	ATGGACGCTATATCTAGCTTAAGTATCATTTTAAAATATTTATTACTCGGTTTATTTCAAGGTTTCACGGAACCAATACCTATTTCATCAAGCGGACATTTAGTTATGCTTCGTGATCTCCTTCATTTACAAGTCGAATTAACAGGATTGTCATTTGAAATTTTAGTAAATTTCGGATCACTAATTGCTGTCCTGGTCGTTTTCCGTAAAGATTTAATTCGGTTAACAAAAAATGGGCTTCGATTTATTTTACAAAAAGATAGAGATACTGAAGCAACCGCTGACTTTCAATTTATCGTATTTCTAATTGTAGCAACCATTCCTACGGGAGTTTTAGGCTTCTTATTAAACGACTATATAAGTGACATTAAAGCTGTTGCTGTCGGATACACCTTGCTGATTACTGGGGCAGCTTTATGGATAATTCGTAATCTTCACGGGAAGAAAAATGACGGAGATTTAACGATAAAAGACGTACTTATTGTCGGTGCAGCACAAGCCGTCTCATTAGTTCCTGGGATTAGCCGTTCAGGTGCTACTATTGTTGCTGCTATGCTTGTCGGCATGAAGCGGGAAACTGCTTTTCGTTTTTCATTTTTACTTTATATTCCCGTTAGCCTTGGGGTAACGATTTTAGGAGTAAGTGATATTGTCAAAGATGAAAGGTTTAATGAATTAATGATTCCTTATGCTATTGCCTTTTTAGCTTCCATTATTGCTACCTATTTTGCCCTTAAATGGTTCGCTAACATCATGGCTAAAGGCAACCTAAAGTATTTTAGTTTCTATTGTTTCGTAGTTGGAATTCTAGCAATTATTATCTTTACACGATAA	MDAISSLSIILKYLLLGLFQGFTEPIPISSSGHLVMLRDLLHLQVELTGLSFEILVNFGSLIAVLVVFRKDLIRLTKNGLRFILQKDRDTEATADFQFIVFLIVATIPTGVLGFLLNDYISDIKAVAVGYTLLITGAALWIIRNLHGKKNDGDLTIKDVLIVGAAQAVSLVPGISRSGATIVAAMLVGMKRETAFRFSFLLYIPVSLGVTILGVSDIVKDERFNELMIPYAIAFLASIIATYFALKWFANIMAKGNLKYFSFYCFVVGILAIIIFTR	PGPT0024165_1740	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024165-bacA-K06153	NA	NA
AK148_02055	312	sufT		Fe-S protein maturation auxiliary factor SufT	ATGGATGAAGCATTAAAGGAGAATCTTTTTGGTGCATTAGAAAATGTTATTGATCCTGAATTAGGCATAGATATTGTTAATTTAGGTTTAGTATATGATGTAGAATTAGATGAAGAAGGTATATGTAAGGTTACCATGACACTAACTTCTATGGGATGTCCGCTTGCTGGACATATTGAGCAAGATGTGAAACACGCATTATCTGATATTCCTGAAGTGAAAGAAACGGAAGTTAGCATTGTTTGGAACCCCCCATGGGGCAAGGAAAGAATGTCACGTTATGCTAAAATTGCACTAGGTATTCCGGATTAA	MDEALKENLFGALENVIDPELGIDIVNLGLVYDVELDEEGICKVTMTLTSMGCPLAGHIEQDVKHALSDIPEVKETEVSIVWNPPWGKERMSRYAKIALGIPD				NA	NA	NA	NA	NA
AK148_02056	762			hypothetical protein	ATGATCGGAATATATGAAGAGAAAATTGACACCATTCCAAGCTTAATTATAGTGGATGCAGAAAAAAACGACGTCGCTTTGCCCGTAATTACTTATTTCCACGGGTTTACCAGCGCAAAAGAGCATAATTTGCCCCTAGCATTTTTACTTGCTCAAAAAGGATACCGGGTTATTTTGCCTGATAGCAAGTATCATGGCGCCCGAGAAAATAGCATTCATGCGGAGGAAAGACAACTATCCTTTTGGGATATTGTAGTACAAAATGTAACTGAATTACAATATATAAAGGATTATGTAGATGAAGCTGGATTATTATTAGATGATCGCTTTGGCGTTGCGGGGACAAGCATGGGAGGAATAACGACTTCTGCTGCCATTACCCAATATGAATGGGTTAAAGCAGCTGCTATCTTAATGGGTACACCGAAGATTACAACCTTTGCTCAGGAAATTATTGATGCGTTTAAACAAAAGGGCGATCTGCCTGTAGAACAAAAAGAAATTACGAACTTGTTGGATCAGCTAGCCAAGTATGATTTGTCTCAGCAACCAGAGAAGTTAAATGAACGCCCGTTGTTTATCTGGCATGGGGAAGCAGATGAAATTGTACCGTTTAATCATGCTTACTCTTTTTATAAACAAGTAGCACCAACTTATGCTAACTCTAAAGATATTGTATTTCTAGGAGAAGCAAATCGTGGTCATAAAGTAGGAAGATTTGCCACACTTGAAACGGTAAAGTGGTTTGTAGATCATTTATAA	MIGIYEEKIDTIPSLIIVDAEKNDVALPVITYFHGFTSAKEHNLPLAFLLAQKGYRVILPDSKYHGARENSIHAEERQLSFWDIVVQNVTELQYIKDYVDEAGLLLDDRFGVAGTSMGGITTSAAITQYEWVKAAAILMGTPKITTFAQEIIDAFKQKGDLPVEQKEITNLLDQLAKYDLSQQPEKLNERPLFIWHGEADEIVPFNHAYSFYKQVAPTYANSKDIVFLGEANRGHKVGRFATLETVKWFVDHL				NA	NA	NA	NA	NA
AK148_02057	822	yitU	COG0561	5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YitU	ATGCAAACAAACAGACACTTAATAGCATTAGATCTTGATGGAACACTGTTAACCGATAAAAAAGAAATCAGCCCTAAAACAAAACAAGCCGTTTTAAGAGCAATGGACGAAGGTCATATCGTTGTTATTGCAACAGGCAGACCACATCGGGCAAGTATTGGTTATTATAAAACATTAGGGTTAACTACTCCGATGGTAAACTTTAATGGTGCACTTATTCACCATCCAAATGATAAGAAATGGGATGCTCTGCACAGTCCGATGTCCATTCGAACAGCTCATAAAATTATCGGAACGTGTTATGAGTTAAATGTACGAAATATTTTGGCTGAAGTTATGGATGATGTGTATTTAGATCAATATGATCAGGCCATTATTGATATATTTCATATGTCACAAAATGACCCCCCTTTTACAATAGGGAGTCTGAGAAATAAATTAACAGAAGACCCTACTTCTATCTTAATTCATCCGAAAGATGAACATATTTCCACATTGCGAAAGAATCTCGATGACTTTCATGCTGACCTTATTGAACACAGAAATTGGGGAGCACCATGGAACATTATTGAAATTGTTCGCAAAGGAATGAATAAGGCTGTTGGTTTACAGAAGATTGCTCATTATTTCCATATCCCCGCAGACCGCATTATCGCTTTTGGTGACGAAGATAATGATTTAGAAATGATTGATTACGCGGGGGTAGGTGTAGCTATGGGCAATGCAATTGATGAATTAAAATCCATAAGTAAATACGTGACAGATTCTAATGAAGAAAACGGAATAGCAAATTTCTTACAAACCTATTTAAAACTAGGCTAA	MQTNRHLIALDLDGTLLTDKKEISPKTKQAVLRAMDEGHIVVIATGRPHRASIGYYKTLGLTTPMVNFNGALIHHPNDKKWDALHSPMSIRTAHKIIGTCYELNVRNILAEVMDDVYLDQYDQAIIDIFHMSQNDPPFTIGSLRNKLTEDPTSILIHPKDEHISTLRKNLDDFHADLIEHRNWGAPWNIIEIVRKGMNKAVGLQKIAHYFHIPADRIIAFGDEDNDLEMIDYAGVGVAMGNAIDELKSISKYVTDSNEENGIANFLQTYLKLG	PGPT0008595_370	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
AK148_02058	192			hypothetical protein	ATGATTTTTCAAAAAGTGCATATGCACAAGGGAGGAAATATCGTGAGTAAAGCAAGTAAATCAAAGCGTTTTGCCCAACAGAGCGCAGATTCTGTAAAAAAGCATGCTGAACGCTTCCCTTATCGAAGCAGATTCTCTGAGGTGCAGAGAAAACAAGATGAAGCTGATAACCATACAGTAGGAGGGTTTTAG	MIFQKVHMHKGGNIVSKASKSKRFAQQSADSVKKHAERFPYRSRFSEVQRKQDEADNHTVGGF				NA	NA	NA	NA	NA
AK148_02059	207			hypothetical protein	TTGGAAAACAATCAAAATAATTTATTTCAACAAGCAAGAAATGCTGTGATGAACTTTATGAATCAGCAAAACAATGCTTCTAATGCAGAAGATAAACAAGCTGCACAAAATGCGATTCAAGCTGCTTATCAGGATGCTACACCTGAAGAAAAACAGCAATTACAGCAATTGGAAAATCAATTGAGACAACATAATCAAATACAATAA	MENNQNNLFQQARNAVMNFMNQQNNASNAEDKQAAQNAIQAAYQDATPEEKQQLQQLENQLRQHNQIQ				NA	NA	NA	NA	NA
AK148_02060	264			hypothetical protein	TTGAGTATTCGTGCTGAAGCCACCCCGAATCCAAATGCAATGAAATTTACTACAGATAAAATAATATTTGAAGGAACAAACAGTATATCCATAATGCCTGGAGATACGAGTGAATATGACATTTTAAATGACTTAATGCAAGTAGAAGGTGTAGATAATGTTTTTGGATATCAAAACTTTATTACCGTAAATAAGCAATTCGATACAGAATGGGATGATTTAATACCAAAGGTAACGGAAGTAATAGAAAAAAATGGATTTTAA	MSIRAEATPNPNAMKFTTDKIIFEGTNSISIMPGDTSEYDILNDLMQVEGVDNVFGYQNFITVNKQFDTEWDDLIPKVTEVIEKNGF				NA	NA	NA	NA	NA
AK148_02061	426			hypothetical protein	ATGTGGAAAAAAGTTTTCTTGTTTTTAGCTATATCATTAGTACTTTTTGGATGTAGTACGAAGAATGAAAAGGCTGGCACTACAGCCAAAGACACTTCAACACGAGAAGCACAGGCAAACGGCGTTCGTTTTGAAAACTTGGATATGGAAGTGAACGATGGAATAGCTGTTTTACAAGGTGAAGTGCATGCGAATGAAACGAATGTATTCTACCAATTGGAACATGAAGGAGAGTCTCTTAGTGACGAAACGGCTTTACCTTTAGAGAAGAAGAAAGGGCAATGGGAGAAGTTTATGGTAGAGGTTGAACTGCCAGAGGAAACATTGAATGCGGAGGAACCTCCAGTAATTGTGATATATGGAAAGAATCATGATGGTGAAAAAATAAACCCGAATTATTTCCCTGTAGATGTTGAAAACAAATAA	MWKKVFLFLAISLVLFGCSTKNEKAGTTAKDTSTREAQANGVRFENLDMEVNDGIAVLQGEVHANETNVFYQLEHEGESLSDETALPLEKKKGQWEKFMVEVELPEETLNAEEPPVIVIYGKNHDGEKINPNYFPVDVENK				NA	NA	NA	NA	NA
AK148_02062	843			hypothetical protein	ATGTTCATTTTTGAAGCAAAACGAATTGCAGTAGTCATTTTTGGAGCGTTGCTTAATGCAATATCTCTGAACTTTTTCTTAATTGAAGCAAATGTGTATGCTAGTGGGTTTACTGGTGCTGCTCAATTAGCATCTAGCGTTTTTAATGATTTCGTTGGCATCGGAATTAGTACGGGAATTTTATTAGCTCTATTTAATATCCCTGTTGCTATATTGGGTTGGTTTAAAGTAGGTAAAGGGTTTACGATTTATAGTGTCGTTTCTGTATTTTGCACGACTCTTTTTCTAGAATTTATTCCTATGGTTCAAATATCAGAAGACATTATTTTAAATGCTGTCTTTGGTGGTGTTGTTGGTGGTACTGGTGTAGGGATTACACTTAAAGTCGGTGCTTCCACTGGAGGAATGGACATTGTGGCGATGGTTCTATCGAGAATGAAAGATAAACCGATAGGTACGTATTTTTTAATGTTAAATGCGATTATTATAGCATTCGCTGGTATTTTATATGAACCAGAAAATGCTTTGTATACCTTACTTACTTTATACGTAACGACACGTGTAATTGACGCTCTTCATACACGTCATGAAAAGGTTACAGCTATGATCATTACTCGTAAAGCGGATGAACTGCAGGCTGCTATTCACCAAACTATGGTACGTGGTATTACGATTCTTCCAGCTAAAGGAGCTTATACGAAAACAGATAAGGATATGCTTTATCTGGTCATCACTCGGTATGAATTGTATGATTTAGAGAGAATTATTAATGAAGTAGACCCGAACGCATTTACAAATATCGTTCAAACGACAGGTATATTTGGTTTTTTTCGCAGAGATTAA	MFIFEAKRIAVVIFGALLNAISLNFFLIEANVYASGFTGAAQLASSVFNDFVGIGISTGILLALFNIPVAILGWFKVGKGFTIYSVVSVFCTTLFLEFIPMVQISEDIILNAVFGGVVGGTGVGITLKVGASTGGMDIVAMVLSRMKDKPIGTYFLMLNAIIIAFAGILYEPENALYTLLTLYVTTRVIDALHTRHEKVTAMIITRKADELQAAIHQTMVRGITILPAKGAYTKTDKDMLYLVITRYELYDLERIINEVDPNAFTNIVQTTGIFGFFRRD	PGPT0014526_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_HERBICIDIAL_STRESS	HERBICIDIAL_STRESS-PARAQUAT_STRESS_REDUCTION,PGPT0014526-yitT-NA	NA	NA
AK148_02063	873		COG1307	Fatty acid-binding protein	ATGGATATTAAAATCCTTGCCGATTCAGCTTGCGATTTAACAGCAGATTATTATAATAAATACGACATAGCATTTATACCATTAACCGTCCGGCTTGATGATAAGGATTACGAAGATGTCAAAACAATAGATCCTAAAACAGTTTACCACGCAATGCGTGATGGGAAAACCCCAAAAACATCGCAAGCTTCAGCTCAACGTTTTAAGTCTATTTTTACATCTCATGCTGAAGCTAATCAACCTTTAGTTTACCTTGCTTTTTCTTCTCAACTATCTGGTACATATCAAGCAGCAAAAATGATGGAACAAGAAGTAAAAGAAAGCTATCCCGATGCACCTATTCACGTAATTGATACGAAATGTGCTTCACTAGGGTATGGGCTTGTTGTACTTCATGCAGCAAAGCTTGCCAAGCAAGGAGCGACGTTACAAAGAATCGTAGAATCAAGTAAGTCCTGCGCTCTTCATATGGAGCACATCTTTACTGTTGATAACCTAGAATATCTATATCGAGGTGGCCGTGTAAGCAGAACAGCAGCGTTTGTTGGTTCTTTGTTAAAGATTAAACCAATTCTTCACGTAGAAGATGGGAAGTTAATTCCTTTAGAAAAGATACGCGGTTCAAAAAAATTGTTCCACCGTATGCTAGAAATCATGGAAGAACGCGGTGATGATTTATCAAACCAAACCATTGCAATCTCCCATGGCGATGACTTCGAGCGAGCAGAACAACTTGCTTCCATGATTAAGGAAAAATTTCACGTAAAAGATGTTATTATTGAGATGGTTGGGTCGGTTATAGGTGCGCATTCAGGGCCTGGAACGATTGCACTCTTCTTTTTAAATGATACCGATTTTGATCGCCCTGCATAA	MDIKILADSACDLTADYYNKYDIAFIPLTVRLDDKDYEDVKTIDPKTVYHAMRDGKTPKTSQASAQRFKSIFTSHAEANQPLVYLAFSSQLSGTYQAAKMMEQEVKESYPDAPIHVIDTKCASLGYGLVVLHAAKLAKQGATLQRIVESSKSCALHMEHIFTVDNLEYLYRGGRVSRTAAFVGSLLKIKPILHVEDGKLIPLEKIRGSKKLFHRMLEIMEERGDDLSNQTIAISHGDDFERAEQLASMIKEKFHVKDVIIEMVGSVIGAHSGPGTIALFFLNDTDFDRPA				NA	NA	NA	NA	NA
AK148_02064	240			hypothetical protein	GTGATATTTATTACAATAGAAGAAATCGAATATTCTATTTGCATTTCACAAAGGGATTTTGCCCTCTTCGTATTGTTACTTTGCGAAGAGGGACGTAAAGTCCCTTTTCTGCTTGGTGCTTCCATTTATGCAGGGCGATCAAAATCGGTATCATTTAAAAAGAAGAGTGCAATCGTTCCAGGCCCTGAATGCGCACCTATAACCGACCCAACCATCTCAATAATAACATCTTTTACGTGA	MIFITIEEIEYSICISQRDFALFVLLLCEEGRKVPFLLGASIYAGRSKSVSFKKKSAIVPGPECAPITDPTISIITSFT				NA	NA	NA	NA	NA
AK148_02065	1488		COG0366	Cyclomaltodextrinase	GTGATGAAGAAAGTAATTGCTTTTTTAATAGTTAGTTTCATGTTTTTTATTTATGTACCAACTATGGTTCAAGCGGATGAAACAAGCATTCAAGATGAAGTTTTTTATCGTATCTTAGTTGACCGCTATAATAATTTAAATGTTGAACGTGATAAACAAATTGATCTTGATAATCCAAAAGCATATCATGGTGGTGATTTGGAAGGGATTACAGATAGGTTGGATACTTTTGAGGAATTGGGGTATACTTCCATCATCCTGTCACCTATTATGGCAAACGCACCAGACGGTTATCATGGTTATTGGATAGAAGACTTTTATAACGTAGAACAGCAATTTGGTGATATGGAAAGTTTGCAAAAGTTAATTGATGAAGCTCATGAAAGAGAGATAAAAGTTGTTTTGGAGCTTGTCACGAAGTATGTTGCTAAAAGCCATCCGATTGTTACTAATCCATCTAAAGCGGATTGGATCGATCGAGATGCACAAGTAAACACAGCTTGGGGAGAAAATGTTGTTGCATTGAATCAAGAAAATGAAGCAGTACAAGATTATTTAGTCGATGTAGCAAAGTATTGGAAAGAAGAAACGGATGTTGACGGTTTCCAATTACACGCTGCAGACCAAGCTTCCCCATCGTTTTTAAAACTACTTTCAAATGAAATAAAACAATCTGATGAAAATTTTTATTTGTTAGCAGATGTACTAGAGGGAAAATCTGATGTAACTACTTTACAGGAAAATCAACATATTGATGCTGTTGAGAACCATAATGCACAGCAAGCAATGCGTGATGTTTTTTCTAAACCCGGTGTCTCACCGGAAAATATATTTGAAGCAACAATGCAGGATAGTGTTGTTGATATGCTATTTATGGATGACCAATCTATGGAGCGTTTTACACAAACTTTAGCGGAAAATGGCAGAAATCCATTGACAGCTTGGAAATTAGCTTTAACCTTTTTATATTCCATGCCAGATGTCCCCGTCATCTATCAAGGTTCTCATCTGCCGATGTATGGTTCCACATTGGATGAAGTACAACGGATGGTAGAGTTTAACAGTGGAGATAAAGAATTAACGGAGTTTTTTAATAGGATATCTTCCTTACGTCAAGAGTTTCCCGCCTTACGAAGAGGAAACTACGAAATGGTAGGGACAGATGGAGCAATGAGTGTGTTTAAACGTACTTATGATGGGCAAACGATGTATATTGCTATTAATAACGATGTAAAAACACGTTCTGTTACCATTTCAGATGTAGAAGAAGGAAAAGAATTGCGAGGATATTTAAGTGATCAAACCTTTCGAGCTAATGGCAACGGAGAATATCGGGTTGGTTTAGATAGAGAGATGGTAGAAATATTCTCTGTAGAAGAAGACACAGGGCTTAACTGGTGGTTTATTGGTTTTATAATCGGTATATTTTTATTGTTTATCGTTGGGATAGTGGTGTTATCTAGAAAACAAAAGAAAAATGAGGGGTAA	MMKKVIAFLIVSFMFFIYVPTMVQADETSIQDEVFYRILVDRYNNLNVERDKQIDLDNPKAYHGGDLEGITDRLDTFEELGYTSIILSPIMANAPDGYHGYWIEDFYNVEQQFGDMESLQKLIDEAHEREIKVVLELVTKYVAKSHPIVTNPSKADWIDRDAQVNTAWGENVVALNQENEAVQDYLVDVAKYWKEETDVDGFQLHAADQASPSFLKLLSNEIKQSDENFYLLADVLEGKSDVTTLQENQHIDAVENHNAQQAMRDVFSKPGVSPENIFEATMQDSVVDMLFMDDQSMERFTQTLAENGRNPLTAWKLALTFLYSMPDVPVIYQGSHLPMYGSTLDEVQRMVEFNSGDKELTEFFNRISSLRQEFPALRRGNYEMVGTDGAMSVFKRTYDGQTMYIAINNDVKTRSVTISDVEEGKELRGYLSDQTFRANGNGEYRVGLDREMVEIFSVEEDTGLNWWFIGFIIGIFLLFIVGIVVLSRKQKKNEG	PGPT0012200_897	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0012200-cd|ma|nplT-K01208	NA	NA
AK148_02066	369			hypothetical protein	ATGACACATTTGCATATAACGGGATGGGTACTAGGGTTTATTTTATTAGCAATCTCTTATGCTATGTATAAGAAAGGTAATACAAAAGCAGGGAAAATCGTACATATGATTTTGCGCTTGGATTATTTACTTATACTATATTCTGGAGGAGACTTAATCACTCCTTACTTTAATGGTGGATCGTTAATGGCAGAAGCAATTGTTAAAGGGGTTGCGGGTATATGGATGATTGCTATTATGGAAATGATACTCGTTCGCTTACCAAAGGAGAAACCATTAAAAGTACTGTGGATACAGTTTGTCATTGCGCTTATTATTCTGCTTGTATTAGGATTCGTTCGTTTACCTATGGGAATTCAATTAGGTTAA	MTHLHITGWVLGFILLAISYAMYKKGNTKAGKIVHMILRLDYLLILYSGGDLITPYFNGGSLMAEAIVKGVAGIWMIAIMEMILVRLPKEKPLKVLWIQFVIALIILLVLGFVRLPMGIQLG				NA	NA	NA	NA	NA
AK148_02067	1197	rocD	COG4992	Ornithine aminotransferase	ATGGGACAAACAAGTCAACAAATTATTGATCAAACACAGGAATACGGTGCTAAAAATTACCACCCTCTGCCTGTGGTCATCTCTAAGGCAGATGGAGTGTGGGTAGAAGATCCTGAAGGAAACCGCTACATGGATATGCTCAGTGCTTATTCAGCTGTTAATCAGGGACATCGCCACCCACAAATTATTAAAGCGCTAAAGGACCAAGCGGATCGCTTAACTTTAACATCCCGAGCTTTTCATAATGATCAGCTTGGGCCTTGGTTTGAAAAAATTTGTAAGCTTACAAATAAAGAGATGGTATTGCCGATGAATACAGGCGCAGAGGCAATAGAAACGGCTATTAAAGCAGCTAGAAGGTGGGCTTATGACGTAAAAGGAGTGGCGGAAAACAAAGCTGAAATTATTGCTTGTGAAGGTAACTTCCACGGTCGAACAATGACCGCTGTCTCTTTATCATCTGAAGCCGAATACAAACGTGGCTTCGGACCAATGTTACCAGGTATTAAAATTATTCCTTACGGAGATGCAGAAGCTCTAAAGGCTGCAATCAATGAAAATACCGCTGGATTTCTATTTGAACCAATTCAAGGAGAAGCTGGTATTGTTATCCCACCAGATGGGTTTTTACAAGAAGCATATCAGATTTGTAAAGAAAACAATGTACTATATATTGCGGATGAAATTCAGTCTGGACTAGCTCGCACAGGAAAAATGTTTGCATGTGACTGGGAGAATGTAACACCTGACGTACAAATTCTTGGAAAAGCCTTAGGTGGAGGCGTCTTTCCAATCTCATGTGTAGTTGCTAACAAAGATATTCTCGGTGTATTCAATCCTGGTTCTCACGGTTCCACATTTGGAGGTAATCCACTAGCATGCGCTGTCTCTATTGCTGCATTAGATGTATTAGAAGAAGAGAATTTAGCTGATCGTTCTTTAGAATTAGGAACATACATGATGAATGAATTAAAGTCCATCCCTAATCCAAAAATAAAAGAAGTTCGTGGTAAAGGGTTATTTATCGGTGTGGAGCTTACCGAACCAGCCCGTCCATATTGTGAAGCGTTAAAGGAAAAAGGACTGCTTTGTAAAGAGACACATGAAAACGTCATTCGATTTGCACCTCCATTAATTATTAAACAAGAAGATTTAGAATGGGCTGTTTCTCATATTAAAGAAGTATTAACACCATAA	MGQTSQQIIDQTQEYGAKNYHPLPVVISKADGVWVEDPEGNRYMDMLSAYSAVNQGHRHPQIIKALKDQADRLTLTSRAFHNDQLGPWFEKICKLTNKEMVLPMNTGAEAIETAIKAARRWAYDVKGVAENKAEIIACEGNFHGRTMTAVSLSSEAEYKRGFGPMLPGIKIIPYGDAEALKAAINENTAGFLFEPIQGEAGIVIPPDGFLQEAYQICKENNVLYIADEIQSGLARTGKMFACDWENVTPDVQILGKALGGGVFPISCVVANKDILGVFNPGSHGSTFGGNPLACAVSIAALDVLEEENLADRSLELGTYMMNELKSIPNPKIKEVRGKGLFIGVELTEPARPYCEALKEKGLLCKETHENVIRFAPPLIIKQEDLEWAVSHIKEVLTP	PGPT0007155_447	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007155-patA1-K09251	NA	NA
AK148_02068	1176			hypothetical protein	ATGAATCAACAAGCTTCACCTGTGCAAACAAAAGACAGACTGCATTGGGTAGATGCGGCAAGGGGATTTGCCATTTTTGGCATACTAATTGTTAATATGCTGTCATTTAGCTCTCCTTACTTTACATACAGAGGAGAAGGGTTAGTGTGGAATAATCCTGAAGATGAGGTAACGCTTGCTGTTATTGATATCGTTTTTCAAGCGAGCTTTTACAGTTTATTTTCTTTTTTGTTTGGATTTGGCCTCCAATTAATGACGGATCGTCTCCAATTAAAAAAGTTAGAAGCTGTTCCGCTTCTAACTCGAAGACTTTTATTTTTGTTATTATTTGGAGTGATTCATGCATTTGTAATTTGGTATGGTGATATCTTAATTACCTATGCTCTAGTCGGTTTACTTGCATTGTTATTTTTGAAAGTAAAGGAGAGGACTTTAATTTATTGGGCTGTGGGGCTATTAGGAGGGTTTGTTGGCTTTATTACATTTATTTCCTATTTGGCGAGAACATGGATAGCTATGTATGGACAAGAGCCATTAAAGCCAGTTGAACCTATTATTGCAAATTATCAAAGTAACTCCTTTACTACTATTTGGTCACAAAATGCGCAAGATTGGCTGTTTGGGAGTGGATTAGGTCTCTTCTTTCTTCCCTTTTTACTCTTGCCATTATTTTTAGTGGGTATGTATTTTGCAAGAAAACGTTGGTTACATCACCCAATGCAACATAAGTCAGTACTAAAAAAGTTATGGGTGTATTCGCTTATCTTGTTTTTAGTGTTTAAATTAGGGCCGTATTTCTTTGGTAACCCATTGTGGTTTGAAATTGCCCAAGATAGTATTGGAGGCTTGTTCTCTGCCCTGTTTTATATTTTGTCCATTACACTATTGGGACAAACAGAATTAGGTGTTAAATTGATGCAACCATTTAACTATGTTGGGAGAATGGCATTTACCAACTATATTATGCAATCTATCCTTTGTGTTCTCTTGTTTTATGGGATTGGATTAGGTTGGTATGGTCAAACTTCCCCGTTACAAGGTGTAGGTATAGCCATTATTATTTATGGTTTGCAAATGATATATAGTAGTATATGGTTAAGGAAGTTCCGTTATGGGCCTTTGGAGTGGTTATGGAGAAGTCTTACTTATGGAAAGATGCAAGTTATGGGCAAATAA	MNQQASPVQTKDRLHWVDAARGFAIFGILIVNMLSFSSPYFTYRGEGLVWNNPEDEVTLAVIDIVFQASFYSLFSFLFGFGLQLMTDRLQLKKLEAVPLLTRRLLFLLLFGVIHAFVIWYGDILITYALVGLLALLFLKVKERTLIYWAVGLLGGFVGFITFISYLARTWIAMYGQEPLKPVEPIIANYQSNSFTTIWSQNAQDWLFGSGLGLFFLPFLLLPLFLVGMYFARKRWLHHPMQHKSVLKKLWVYSLILFLVFKLGPYFFGNPLWFEIAQDSIGGLFSALFYILSITLLGQTELGVKLMQPFNYVGRMAFTNYIMQSILCVLLFYGIGLGWYGQTSPLQGVGIAIIIYGLQMIYSSIWLRKFRYGPLEWLWRSLTYGKMQVMGK				NA	NA	NA	NA	NA
AK148_02069	213	gerPA		putative spore germination protein GerPA	ATGCCAGCGAAAGTAGGGGCAGTGAAAGTCGTTAACTTATCATCTTCCAGTATTTTTAATATTGGTGACGTTTACTCGATGTCTCCGAATAGTACTGCTAAAACATTTGCTGGTGGAGGGTCCTTTAATACCGGCAATGGGATTCGCGTAAACTTAGGAAGTGCTAAAACGTATATATACGATTCAGATAAAGTAGATATGTCTTATAACTAA	MPAKVGAVKVVNLSSSSIFNIGDVYSMSPNSTAKTFAGGGSFNTGNGIRVNLGSAKTYIYDSDKVDMSYN	PGPT0025065_148	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025065-gerPA-K06299	NA	NA
AK148_02070	201	gerPB		putative spore germination protein GerPB	ATGCCTTTAACCGTGCATCAAACCATAAGTATTTATATGATTAAAGTTGGAGCTATTACGAATTCATCTGTTCTACAAATCGGTAGTACGGGGAGTGTTCAATCCCAATCTGACATTTACAATACCGGTGGTTATACGGAACCTGCGCCAACAGCCGAAATTATTCAAGAAGCAGTTCCATTGGTTCCTTTAGCTCCCTAA	MPLTVHQTISIYMIKVGAITNSSVLQIGSTGSVQSQSDIYNTGGYTEPAPTAEIIQEAVPLVPLAP	PGPT0025070_110	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025070-gerPB-K06300	NA	NA
AK148_02071	579	gerPC		putative spore germination protein GerPC	ATGAATCATTCAAACTGGTCCGCTTATATGTACGATATACATGAATACATGAGACAACAGGAAGCGTTAATTCAACAATTAACAGCACGAGTAAATGAATTAGAAGAAAAGCTACAGAACACAAAATCTAACCATATCGAAAAAGTAGAATATCATTTTGACCAACTAAAAATTGAACAATTAGATGGAACACTTCATATTGGTTTATCTCCACAAGATTTGGCTAATCTAGACGGCAGCTTTATTGACCAACCGAAACCTCCAAACTATCAAGCTCCTTTAAAACAAACGATACAAGCAGAATTAAATGATTATTTGCATCAAAACGGCACAAATATAATTAATCAAATGGCAGCAGAATGTAATGTAAATATGGATGACGGTTATCCTCCCATTTTGATTCAAGATATGATCAAACAGTTACCAGGACGAATTGCCTTTTACGAAAACGAAGCATATAACGAAAAAAACTTACAAACAAGAGATGACATCCATCAATTTATATCCGACAACGTAAAACATGAAATTAAACAGTCGCTACGAAAATATATGGATACCCAAAGATCTAAAGGAGAATAG	MNHSNWSAYMYDIHEYMRQQEALIQQLTARVNELEEKLQNTKSNHIEKVEYHFDQLKIEQLDGTLHIGLSPQDLANLDGSFIDQPKPPNYQAPLKQTIQAELNDYLHQNGTNIINQMAAECNVNMDDGYPPILIQDMIKQLPGRIAFYENEAYNEKNLQTRDDIHQFISDNVKHEIKQSLRKYMDTQRSKGE	PGPT0025075_141	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025075-gerPC-K06301	NA	NA
AK148_02072	177	gerPD		putative spore germination protein GerPD	ATGAATATGGAAGTTCATAATTGGGGATTAAATATTGGTAATGTTCAAGTTGACAACGTGTCCTCATCATCTGTGTTTTTAATTGGGGACAATGAGCAATTTCTTCTTTCATCCTTTTTCGATACACCACCCGAAGCATTTACGTTAGGAAATATCGTACCGTTAGCACTTACGTAA	MNMEVHNWGLNIGNVQVDNVSSSSVFLIGDNEQFLLSSFFDTPPEAFTLGNIVPLALT	PGPT0025080_94	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025080-gerPD-K06302	NA	NA
AK148_02073	381	gerPE		putative spore germination protein GerPE	ATGAAAAAAAGAACATCCATTGTTGATAATTTGTTGACTAACTCTGTATCCACAAGTAGTATACTTTCCATTGGAGATACAGAAAATGCTGCGTTAAAATTTAAAGGCATTGCTATTCAAAAACAAAACCCTGTTTTTTCTAAACGTGATGAAGAAACATTCAATTACCCACTATTTAAGCGAAATACGAATTGGCCAGAAACTAAAATGCTCGTAAACAAATCAACGACCCAACACAAAGGGTGCATTCATGTGGCGAATGTTGCAAGTATCGGCGTAAGTAGTTCTTCGTTACTGCAAATTGGTAATTTAACAAGAGTATATGCAGAGTCTCGTGTGAAGCATTTCCGTAAGTTACAAGATACAAGTGAATCTTTTTGA	MKKRTSIVDNLLTNSVSTSSILSIGDTENAALKFKGIAIQKQNPVFSKRDEETFNYPLFKRNTNWPETKMLVNKSTTQHKGCIHVANVASIGVSSSSLLQIGNLTRVYAESRVKHFRKLQDTSESF	PGPT0025085_127	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025085-gerPE-K06303	NA	NA
AK148_02074	219	gerPF		putative spore germination protein GerPF	ATGCCTTCTATTGTTGGTCCGATTAAAATTGTTAGTGTTAGTGGTGGGGTCGTAAATTTCGGTGATTCCTTTTATATTGCTCCAAAAGAATCCACAAAAACAAATGCTGGTTCTGGTTCCTTAAACACTGGAGATTTCACATGCACAAATAATGGAGTAAGTTCAACCAATCCATTTGACCCAGATATAAACGACCAAAATTTAACTGCAAATGCTTAA	MPSIVGPIKIVSVSGGVVNFGDSFYIAPKESTKTNAGSGSLNTGDFTCTNNGVSSTNPFDPDINDQNLTANA	PGPT0025090_58	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025090-gerPF-K06304	NA	NA
AK148_02075	3717	addA	COG1074	ATP-dependent helicase/nuclease subunit A	ATGGTAAGCTGGACAACGGAACAACAAGAAGCTATCTATACAAAAGGGTCGGATATTCTTGTTGCAGCAGCTGCAGGTTCAGGGAAAACAGCGGTTTTGGTGGAACGAATTATTCAAAAACTGTTAGATAAGGAGCAACCTGTAGATATTGACTCCTTACTTGTGGTTACATTTACGAATGCTGCTGCACAAGAAATGCGTAATCGAGTTGGGGATGCCTTAGAAAAAGCTTTAGAAGAAAACCCAGCTTCGTTACACTTGAAAAAACAATTATCGTTATTGCAACGGGCGTCTATTTCCACACTACATGCATTTTGTTTAGATGTTGTTAAACAATATGCTTATTTGTTAGATATTGATCCAGCTTTTCGGATTGCAAATAATATGGAAGCAGAACTGATAAAGCAGGAAGTATTAGACGACTTATTTGAAAGCTGGTATGGAACGGATGCAGAGGAGCAAGAAGCTTTTTTTCAAGTTGTTGACCGTTTTTCCAGTGATCGAAGCGATGCAGATGTAGAGACATTAATTTTACAATTATATGAGTTTGCAGTAAAAAACCCTTGGCCGGATAAATGGTTAGATCAATTAGCGGAAGCTTATGATATACCAAAAACTGTGCAAGAAAGGGAGGTAAGCTGGCTAAAAATTTTAAAACGCGAAGTGAAAGAACAGCTAAACGCCATGAAAGAGGAAATAGAGCAAGCAATGAACGTAACAAGAGAAAGTGATGGACCCTATCATTATGCCGATACACTCGAGAAGGATTTGGTACTCGTTCATGAAGCGAGCGCTTATTTGGATGATTGGCAACAATTGCACGATTGCATACAAGCAAGTACGTTTGCTAAGCTATCTAGTAAAAAAGTAGAGGTGAATGAGGAAAAGAAAAAACAAGTAAAAAAATTACGAGAAAGCTATAAAAAGCGCTGGACAGCCATGAAACAAGGTTGGTTTGCTAGAGATTTAAAAAGCCACCTAGAAGATATGCGGGAAATGGCTCCGATAATGAAACAGTTAGCTTCCCTCGTGAAAGCATTTAAAGCGAAGTTTCAAGAAGAAAAAAAGGGACGTGCTCTCGTCGATTTCTCCGATTTAGAGCATTTGTGTTTGCAAATATTGGTTGAAGATAGAAATGTGGATAAGCCAAAGCCGTCAAAAGTAGCAGAAAGTTTCCAAAAGCAATATACGGAAGTACTCATTGATGAGTATCAAGATACAAACCTTGTTCAAGAGACTATTTTATCACTAATAAGCAATCAAGCAGGTGCGGGAAACAGATTCATGGTGGGGGATGTTAAACAAAGCATTTATCGTTTTCGCCACGCAGAGCCGTCTTTGTTTATAAAAAAGTATAATCGTTTTGCTCAATCTGAACATCTTGCTAAACGAATCGACTTGTCGCGTAATTTTAGAAGCCGTAGCCAAGTTTTAATGGCAACAAATTATGTATTTAGACAAATCATTGATGAATCGCTTGGAGAAATAAATTATGATGCAAATGCAGAGCTCATTTATGGAAATAAGATGTATGACAACTTTCCCCATAGAACTCCTAGTCCAGAATTATTTATTATTGATCGGGAAACGAATGAGCGTAAAGAAACAGACTTCGATCATTCCATGGACTTAGAGAAAGCAGAACTAGAAGCGCGAATGTATGCAAAAAAAATAAAGCATTGGATTGGCCAAGAAGACGGGCGACCATTACAAGTAGTAGATAAAAAATCAGAGCAACAACGTGACGTGCAGTATCGAGATATCGTTATCTTACTGCGTTCCATGACGGATGCACCTGTGATTACAGATGAGCTGAAAAAACAAGGAATTCCTGTTTATGCAGAATTGTCGACAGGCTATTTTGCAGCGATTGAAGTAAAAGTCATGATTAGTTTTTTAAAAGTGATAGATAACCCACGGCAGGATATTCCTTTAGCCTCTGTTTTGCGTTCACCAATTGTCGGTCTAAATGAAGAAGAATTAACTACCATTCGGTTAGCAAGAAAAAAACAAACCTACTATGAGGCATTACTATCCTACGAAAAAGAGCATGCCAATGCATTAGCTGATAAAATCACCATGTTTTTAGAGTCGTTACAACGATTACGTAAAGCCACAAGACAAGGAGCTTTATCGGAGTTAATTTGGCAAATTTATCGAGAAACGAAATATTATGATTATGTTGGTGGTATGCCAGGAGGTAGGCAAAGGCAGGCGAACCTCCGTGCATTGTATGATCGGGCTCGATCGTATGAAGCAACCTCTTTCCGTGGGTTATTCCGTTTTCTTCGCTTTATAGAACGTATGGAAGAGAGAAAGGAAGACCTAGGCGCTGCAAGAGCTTTAAGTGAACAAGAAGATGTCGTAAGGATTATGACCATCCATAAAAGTAAAGGCTTGGAATTTCCTGTAGTCATACTGGGTGGCATGGATAAGCAATTTAATTTAAGTGATTTAAATCAAAAATATTTATTGCATAAAGATTATGGTTTTGCTAGCAAGTATATTGATCCAGTTAAACGGCTATCCTATCCTACGCTTTATTATCATGCATTAAGACGGGAAATGTTACGTGATCAATTAGCGGAGGAGATGCGCGTTTTATATGTCGCATTAACTCGAGCCAAAGAAAAGCTTGTTATGATTGGAAGTGTGGCATCTTTTGATAAGAAAAAGGAAAAATGGCAAGCCGTTCAAAACCATCCTTACTGGGTACTACCGACTCATGGACGAATAGAAGCAAAAACATACCTTGATTGGGTCGCCCCTGCACTTGTACGGCATCATGAAAATGAAGTATTACGACTAGGAGAAATAGGAGAACAAGTAAAAGAAGAAATTCAACAAGACCCTTCTAGTTGGGAAATTAACATCATTCACGCTAACGAGCTTGAAGAAACAGGGAAGCAAGCTGATGGTGAATTAGATCAGCTTTATCAACACATTTCTGAATGGACTCCTTTTACATTATCCAGCGACAAGTTAGCAAAAACGGTGCAACAACGTTTGAGTGATACGTATCCTTATATACACGCTGCGCAATCCAGAGCGAAACAAACGGTAACCGAATTAAAGCGGCAGCAGGAACTAAAAGATGAATATAGTAGTGATCATTTAATTACACCTAGGCAAAGGCCAATTATGAAACGCCCTGTTTTTATGCAAAAGGAAAAGAAAGTATCAGCTGCTGAAAAGGGTACCTTTATGCATAAAGTAATGCAACATTTACCACTGCATCGTTCGTTGACGTATGAGGAGATTGAAGCGGAATTAGAAAAAATGGTGGAGAAAGAAATGATTGGTCGAGAGGCTGTCGAAGAAATAGATATTACAGCTATTGAACATTTTTATCAAACGCCAATTGCTCAGAAAATGATAACAGCTCCTTATGTGCAACGGGAAATTCCGTTTAGTTTAACCATTCCAGCCACAGAAGTATATCATGATTGGCAAGGAAAAGAAGAAGATGTATTAATACAAGGTGTAATCGATGCGATTATTTCGACAAAGGATGGTTGGATTATACTGGACTATAAAACGGACTCCATTCACGGAGAATGGTCCGAGTTAGTAGAGGAAAAGTTGTTGCGAAGATATCAAACACAAATGGATCTTTACCGCCATGCAGTTGAAACGATTTGGAGACAGCCAGTATTGGAAACATATCTTTATTTCTTTACAAAACAGGCGCTTGTTCAGGTGCCGTCCAGAAGATAA	MVSWTTEQQEAIYTKGSDILVAAAAGSGKTAVLVERIIQKLLDKEQPVDIDSLLVVTFTNAAAQEMRNRVGDALEKALEENPASLHLKKQLSLLQRASISTLHAFCLDVVKQYAYLLDIDPAFRIANNMEAELIKQEVLDDLFESWYGTDAEEQEAFFQVVDRFSSDRSDADVETLILQLYEFAVKNPWPDKWLDQLAEAYDIPKTVQEREVSWLKILKREVKEQLNAMKEEIEQAMNVTRESDGPYHYADTLEKDLVLVHEASAYLDDWQQLHDCIQASTFAKLSSKKVEVNEEKKKQVKKLRESYKKRWTAMKQGWFARDLKSHLEDMREMAPIMKQLASLVKAFKAKFQEEKKGRALVDFSDLEHLCLQILVEDRNVDKPKPSKVAESFQKQYTEVLIDEYQDTNLVQETILSLISNQAGAGNRFMVGDVKQSIYRFRHAEPSLFIKKYNRFAQSEHLAKRIDLSRNFRSRSQVLMATNYVFRQIIDESLGEINYDANAELIYGNKMYDNFPHRTPSPELFIIDRETNERKETDFDHSMDLEKAELEARMYAKKIKHWIGQEDGRPLQVVDKKSEQQRDVQYRDIVILLRSMTDAPVITDELKKQGIPVYAELSTGYFAAIEVKVMISFLKVIDNPRQDIPLASVLRSPIVGLNEEELTTIRLARKKQTYYEALLSYEKEHANALADKITMFLESLQRLRKATRQGALSELIWQIYRETKYYDYVGGMPGGRQRQANLRALYDRARSYEATSFRGLFRFLRFIERMEERKEDLGAARALSEQEDVVRIMTIHKSKGLEFPVVILGGMDKQFNLSDLNQKYLLHKDYGFASKYIDPVKRLSYPTLYYHALRREMLRDQLAEEMRVLYVALTRAKEKLVMIGSVASFDKKKEKWQAVQNHPYWVLPTHGRIEAKTYLDWVAPALVRHHENEVLRLGEIGEQVKEEIQQDPSSWEINIIHANELEETGKQADGELDQLYQHISEWTPFTLSSDKLAKTVQQRLSDTYPYIHAAQSRAKQTVTELKRQQELKDEYSSDHLITPRQRPIMKRPVFMQKEKKVSAAEKGTFMHKVMQHLPLHRSLTYEEIEAELEKMVEKEMIGREAVEEIDITAIEHFYQTPIAQKMITAPYVQREIPFSLTIPATEVYHDWQGKEEDVLIQGVIDAIISTKDGWIILDYKTDSIHGEWSELVEEKLLRRYQTQMDLYRHAVETIWRQPVLETYLYFFTKQALVQVPSRR				NA	NA	NA	NA	NA
AK148_02076	3498	addB	COG3857	ATP-dependent helicase/deoxyribonuclease subunit B	ATGGGCCTCCGTTTTATAACAGGTCGCGTAGGTACAGGGAAAAGCGGTCGCATATTTGATGAAATAAAAGAAAAATTGCTAGATCAGCCACAAGGCGCAGCTATATTTTATCTTGTACCTGATCAGATGACTTTTCAGCAAGAATATAATCTATTTAAAGATAAAGACATTCGTGGCAGTATACGGGCACAAGTAGTTAGTTTTTCGCGTTTAGCATGGAGGGTGTTACAAGAAACAGGCGGAGGAAATAAGCCCTTTATTAGTACCATAGGAATGCAAATGATGCTACGAAAAATTATGGAAGAAAAGCAAGGAGAATGGCATGTGTTTCAACATGCTATGGAAAAGCATGGGTTTATTGAACAATTAGAAACGATGATTACCGAATTTAAACGCTATGCTATTACACCTGAATTATTACAAGCTAAAATGGAGCATATGAATAGCTATGTACATAAGAAAACAGGAGAAGAAAGTCTTCTTCATAAATTGGAAGACTTGTTGTATATTTATGAAAAACTGTTGCTTTCATTACAAGGAAAATATATAGATGGGGAAGATCAATTACAATTACTTGCAGATAAAATTGCTCATTCCAGGCTATTAGAACATGCAGAAATCTATATTGATGGTTTTTATCGTTTTACACCTACAGAACTTATTGTAATAGAAGCATTATTAAAAAAATGTAAGCAAGTTACCGTTGCGTTAACGGTCGATAAGCCAGAAGAAGAACCTACTTCAGAAGTTGATTTGTTTTATCAAACGAAAGAAACGTTTTATGCATTAAAGCAATTAGCTGCGTCTATAGATGTAACGGTAGAAGAAACGATGAAACTAGATCCTGCATATGGACGCTTTCGTAATCGCCCATATTTTGCTCATTTGGAACAGTACTTTGATCATCGTCCAGCACCAACATATGAACAACCAGTACCTATACAAATTGCTGAGGCCGTTCATCCTCGTGCAGAAGTGGAAGGTGCTGCACAGCAAATTATTCATTTGGTGCGAGACGAGGGATATCGTTATCAAGATATGGCCCTATTTATAAGGCAAACAGACATGTATCATGATCTAATCGCGACGATTTTTCATGATTACGATATCCCTGTATTTATTGATGAGAAGCGGACGATGTTAAACCATCCATTAATGGAATTTATTCGTTCAGCATTAGATGTCGTTGAAGGAAATTGGCGTTACGATGCGGTGTTTCGTCTGTTAAAAACAAGTTTTGTGCCGATTTTGGACAAGGAATATCCGCTAACAGCAGATGCAATTGATGAATTAGAAAATTATGTACTGGAATATGGCGTTCGATCCCGCGCAAGCTGGTTTTCTAAGAAAGACTGGATTTTTCAACGATTTCGTGGATTTGACCAGCTGTCACAAACTGATACAGAACGGGAAACACAATTACGTATTAATCGTTATCGCCAACAAGTAGTCAAAGCCTTTGAAGGCTTTGATACGCAGTTAAGAGAAGCAGAAACGGTGAAGGAAAAATGTGTTTGCTTGTATGAATTAATGGAAGAGCTTCAAGTTCCTACAAAGTTAGAACAATTGCGAGCTGAATACGATGAACAAGCTGAAATTGAAAAGGGCCGAGAACAGGAACAGGTTTGGGATGCGATTATTCAACTGTTGGATGAAATGGTAGAAATGGTAGGCGAAGAAACGATGTCTTTACCTGTATTCCGTAAAACATTGGAAGCTGGTTTAGAAACATTGAAGTTTGCTCATGTACCCCCAAGTATAGATCATGTGATTGTCGGTTCTATTGATCGCTCAAGAATAAGCGATATTCGTTGTGCCTTTTTATTAGGTGTAAATGAAGGAATTTGGCCGATGAAACCGCCCGTGGATGGGTTAATTAATGAACAAGAGCGTAATTTATTAGCTGATCATGGCGTACAGCTTGCTGAAACGAGTAAACGTCAATTACTAGACGACTGGTTTTATATGTATGTGTCTTTTACAGTAGCAAGTGATCAGTTATGGATTAGTTACCCACTAAGTGATGAAGAGGGAAATACGAAGATGCCATCACAACTTATTAAGCGAATAGAGAACTTATTCCCAAGCTGTTGTGAACATCAATTGCTGCAAGAGCCCGATGAATTGTTAGAAGCAGATCGTTTTGTGACAACACCTCATAAAACAAGAGCTGCCTTAACAGCACAACTAGCAAGGTATCGTAAGGGGTATCCAATAAAACCCATTTGGTGGCATGTACTCAATTGGTATATCATGCAGGAAAAAAAGAACGGAACGACATACCGTATTTTACAGAGCCTATATTATCAAAATAAACCTAGTAATCTATCGTCAGAAACCGTTGAGCAGCTATATCCAAAACAGATTCAAGCAAGTGTTTCTAGACTGGAGACATATTACAGATGTTCTTATCAGCATTTCGCCAAATATAGCCTTGGTTTAGAGGAAAGGCGAACATATAAGCTAGATGCACCAGATATTGGTCAGTTATTCCATGAGGCGTTAAAAACGATAACCGAATGGATTCAACAAGGAAATAAAGAATTTTCTCAACTTACACAAGCTGATGCGGCTTCATACGCACATCAAGCAGTTACTAAGCTATCTCCAATATTACAGCACCAAATCTTGCACAGTTCGAATCGCTATCAGTATATTCAACAGAAATTAGAAGAAGTAATTGCAAGGGCAACGTATGTATTAAGTGAGCAAGCTAGAAGAAGTCACTTTTCTCCAGTTGGTTTGGAGTTAGGATTTGGGAACAATCAAGATCTACCGCCGTTAACTGTTCCTTTGCAAAACGGATTTGAATTGATGCTTAGAGGCAGGATAGATCGTGTCGATAAAGCTGTTAAAGATGACGAGCTATTTTTACGAATTATTGATTACAAATCAAGTGCAAAAGAATTAAATTTGCTTGAGGTGTACTACGGACTTGCATTGCAAATGTTAACATACCTTGATGTAGTTATTACGCATTCGGAAAAATGGTTAGGCGTAAAAGCAACACCAGCAGGTATTCTGTATTTCCACGTCCATAATCCGATGATTACAGGACAAGACAAGCTTGATGATGCCACGATTGAAAAAGAATTGTTTAAAAAGTATAAGATGCAAGGGCTGTTGTTGGCAGATGAAGATATTGCTAAACTCATGGACCAAGCTTTAGAATCAGGTGCAAGCCAAATTATTCCAGCCGCAATTAAAAAGAATGGTGGATTTTACAGTTATTCTAAAGTAGCAGATGAAAGGACTATGAAGCATTTACAGCAACATGTTCATCAACTGATGACGCAGGCGGGGGTAGATATGACACATGGTGCCATTGATTTAAATCCATATTATTTTAAACAACAAAATGCTTGTACCCACTGCCCGTTTCAATCTGTATGTCAATTTGATCCGACGATACCAACAAATGATTACCGTAAACTAGCAGATATGAAGCAGGATGAAATACTCAAACGGATGCAAGCAGAGGGGGGCGCAACATGGTAA	MGLRFITGRVGTGKSGRIFDEIKEKLLDQPQGAAIFYLVPDQMTFQQEYNLFKDKDIRGSIRAQVVSFSRLAWRVLQETGGGNKPFISTIGMQMMLRKIMEEKQGEWHVFQHAMEKHGFIEQLETMITEFKRYAITPELLQAKMEHMNSYVHKKTGEESLLHKLEDLLYIYEKLLLSLQGKYIDGEDQLQLLADKIAHSRLLEHAEIYIDGFYRFTPTELIVIEALLKKCKQVTVALTVDKPEEEPTSEVDLFYQTKETFYALKQLAASIDVTVEETMKLDPAYGRFRNRPYFAHLEQYFDHRPAPTYEQPVPIQIAEAVHPRAEVEGAAQQIIHLVRDEGYRYQDMALFIRQTDMYHDLIATIFHDYDIPVFIDEKRTMLNHPLMEFIRSALDVVEGNWRYDAVFRLLKTSFVPILDKEYPLTADAIDELENYVLEYGVRSRASWFSKKDWIFQRFRGFDQLSQTDTERETQLRINRYRQQVVKAFEGFDTQLREAETVKEKCVCLYELMEELQVPTKLEQLRAEYDEQAEIEKGREQEQVWDAIIQLLDEMVEMVGEETMSLPVFRKTLEAGLETLKFAHVPPSIDHVIVGSIDRSRISDIRCAFLLGVNEGIWPMKPPVDGLINEQERNLLADHGVQLAETSKRQLLDDWFYMYVSFTVASDQLWISYPLSDEEGNTKMPSQLIKRIENLFPSCCEHQLLQEPDELLEADRFVTTPHKTRAALTAQLARYRKGYPIKPIWWHVLNWYIMQEKKNGTTYRILQSLYYQNKPSNLSSETVEQLYPKQIQASVSRLETYYRCSYQHFAKYSLGLEERRTYKLDAPDIGQLFHEALKTITEWIQQGNKEFSQLTQADAASYAHQAVTKLSPILQHQILHSSNRYQYIQQKLEEVIARATYVLSEQARRSHFSPVGLELGFGNNQDLPPLTVPLQNGFELMLRGRIDRVDKAVKDDELFLRIIDYKSSAKELNLLEVYYGLALQMLTYLDVVITHSEKWLGVKATPAGILYFHVHNPMITGQDKLDDATIEKELFKKYKMQGLLLADEDIAKLMDQALESGASQIIPAAIKKNGGFYSYSKVADERTMKHLQQHVHQLMTQAGVDMTHGAIDLNPYYFKQQNACTHCPFQSVCQFDPTIPTNDYRKLADMKQDEILKRMQAEGGATW				NA	NA	NA	NA	NA
AK148_02077	552			hypothetical protein	ATGAAAAATAAATATCGGAAAGTGGTCTTTGTTATTTTATTTGGGGCCATGATTATGTTTGTTAGCAAGTCAGCTTTATTTGCCAGCTATGTGGTAGAAGGTGAATCGATGGAGCCAACTTTGGACGATGGGAACCTGCTAATGGTAAACAAATTTGTGTATGATTTAACGGAAGTCGATCGGTTTGATGTGATTGTTTTTCGTGCTAATGAGAAAGAAGATTACGTGAAAAGAGTAATTGGAATTCCAGGGGATACGATTTATTACCAAGATGACAAATTATATATAAATGGGAATTATGTTGAGGAAGATTTTTTGCAAGAATATGCGCAAGCTACGTTAAGTAATAAACCATATACAGAAAACTTCTCGCTGGAAGAAATAACTGGAGAGACAAAAGTACCAGAGGGGAAGCTATTCGTTATGGGAGATAACCGTGGGGAAAGTTTGGATAGCCGTGTATTTGGATTTATTGCACAGACACAGTTGGTAGGCAAAGTAGATGTGAAATATTGGCCTATTTCTCAAGCTAGTCTAAGTCTGGGTAACTAG	MKNKYRKVVFVILFGAMIMFVSKSALFASYVVEGESMEPTLDDGNLLMVNKFVYDLTEVDRFDVIVFRANEKEDYVKRVIGIPGDTIYYQDDKLYINGNYVEEDFLQEYAQATLSNKPYTENFSLEEITGETKVPEGKLFVMGDNRGESLDSRVFGFIAQTQLVGKVDVKYWPISQASLSLGN				NA	NA	NA	NA	NA
AK148_02078	657			hypothetical protein	ATGCTTTTATTAGACATCCAACTATCCGATTGGGAAATGATTTTTGATAGTGAAACTTTTGATGATTACATTACGCAACTATTAAAAAATTATGAGAATCTAGGCCCTATCCCTGGCATCCTGTTGCCATTTATTGAGGCGTTTTTTCCATTTTTGCCGCTAGTTGTATTCGTTTTTGCCAATGCTGCTGCTTATGGGCTGTTTGAAGGGTTCATTTTATCTTGGGCAGGTGCAGCAATAGGTGCTATTCTCGTCTTTTTAATTATTCGTAAGTTAGGTGATCGAAAAGTATTTAAAATAATTCGTAAAAATAAACAGGTAAAGAGAGTAACTGCATGGCTAGAAAGGCATGGTTTTGGACCACTGTTCTTATTAATGTGTTTTCCTTTTTCTCCGTCATCTGTTATTAATGTTGTTTCTGGATTGTCTAAAATTAGTACCCAACAATTTATCTTAGCGGTAATTATGGGGAAATCTGTCATGATTTTCTCCATTGCTTATGTTGGCTCAAGTATTATGGAATTTGCCAAGAATCCGGTGAAAACGATTGTTGTTGGAATATGTATCGTGTTATTTTGGATGATTGGTAAATATATTGAAAAGCGATTACAGAAAAAAGCGGAGCTGCGCGAAGAATCTGATATGAGAAAAGATTAA	MLLLDIQLSDWEMIFDSETFDDYITQLLKNYENLGPIPGILLPFIEAFFPFLPLVVFVFANAAAYGLFEGFILSWAGAAIGAILVFLIIRKLGDRKVFKIIRKNKQVKRVTAWLERHGFGPLFLLMCFPFSPSSVINVVSGLSKISTQQFILAVIMGKSVMIFSIAYVGSSIMEFAKNPVKTIVVGICIVLFWMIGKYIEKRLQKKAELREESDMRKD				NA	NA	NA	NA	NA
AK148_02079	396			hypothetical protein	TTGCGTTACTTAAACGAAGATGAGTTAACATTGGCGTCACGCTTCCTGTTTCTTTCCATGACGATCTTAGTAATTCAACAAGATATTTATTTTCTACAGACTGGTTCATTCAAAGCATTTAAAATAAAGGAATCCTATCTAGAAGTTTTAACAAGAATGGAACAGCTTGCATTTCAGGAGCGAAAAAACTTACGGAAAACGATGCAGAAAAAACGAATACAAGTTGTAAAGTTGGAGAAAAATGATTCCTTTTCCTCTTATTTGTTTATTTGTCGAGGACGTGAGGAAAAACGCAATTATTTCAACCCTGCTATCCGAAAAAAAGTGAAACTTATATTTGAGGAGTTGATGAAAAAGTCGATTCTGAAGGAGCAATGTGCTTCTTTAAAAACTTGA	MRYLNEDELTLASRFLFLSMTILVIQQDIYFLQTGSFKAFKIKESYLEVLTRMEQLAFQERKNLRKTMQKKRIQVVKLEKNDSFSSYLFICRGREEKRNYFNPAIRKKVKLIFEELMKKSILKEQCASLKT				NA	NA	NA	NA	NA
AK148_02080	615	comK	COG4903	Competence transcription factor	ATGAGTTTTGTTGTTTCTTTTTTTGAAGAAGTTTGGTATTTTAGTAAAGAAGCCACTTTCTTTTCTTCTAGAAAGGATGAAAACATGTTTAACTTCTACACAGATCCTCCCGAAATCACCCCTTTTACTGCTGCTTTGGTCGCTCGACGAGACTCCAATAACAAAGCAATGACGATGGTGCTTGAAGATCAGGAAGAATATGCAGTCGGTTGCTCCCCAAGTAAGGTGATGGATCACGCTTGTAAGTATTTTGGCAGCAGTTTAAAAGGAAGACAGGATGGAACGCGTGATGTTTGCGGTATTACCCATAAGGCCCCCATTACAATTGATCCATTAAGCGGCATGTATTTTTTTCCAACGATTTCTCCTTCGAGCTCTCAGTGTACATGGATCGCCCATTCCCATATCGAACAAGTTCAAAGGAAGCACGAATATGGGACGGAAATTATCTTTCTAAATGGAAAAATTATTGAATTAGACATTTCCTATGGGTCGATGATAAACCAAATACAGCGAACAGCTCAATTTCGGTATTTATTAAATAACCGACTCAAGTTTTTAAAGAAGCACATTGCTCCTTCAGAATCGACTTTTTCATCAACTCCTCAAATATAA	MSFVVSFFEEVWYFSKEATFFSSRKDENMFNFYTDPPEITPFTAALVARRDSNNKAMTMVLEDQEEYAVGCSPSKVMDHACKYFGSSLKGRQDGTRDVCGITHKAPITIDPLSGMYFFPTISPSSSQCTWIAHSHIEQVQRKHEYGTEIIFLNGKIIELDISYGSMINQIQRTAQFRYLLNNRLKFLKKHIAPSESTFSSTPQI	PGPT0025815_217	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0025815-comK-K02250	NA	NA
AK148_02081	1536	lcfB_2	COG0318	Long-chain-fatty-acid--CoA ligase	ATGAATATAAGTAAGCAATTGTCTTGTACTGCGCAAGAATATGCGAATAAGCCAGCATATATCTTTGAGCATCAGCCAACGAGTTATAAGGATCTCGATCAAGCTGTGACTTTATTTGCTTCTGGGTTAGCAGCAATTGGTTATAAAAAAGGTGATCACATTGCTTTAGTTGTTGGAAATAGCCCTTATTACATTATTGGTTTATATGGTGCTCTAAGGCTGGGGTTAGTGGTTATTCCGATTAATCCATTATATACACCAAGTGAACTGAGTTATATTTTACATAATGGAGATGTCAAGGCGGTAATAACGTTAGACCGATTGCTAGAAAAATTTCAGGCGATAGATGGGGAACTAAGTATTTCTAATTACATTGTTTGTGATTCTCGGGTAGGAGAACAACCAATACCGATGGAGAGAGAAAGATTGCACACTTTTTCTGAGGTGCTACAATTAGGAGATCCGTATTTCGACCAACCAGACCTGCAAAGTGATGATTTAGCCATTATTTTATATACATCTGGGACAACTGGTACACCAAAGGGAGCCATGCTTTCTCACCACAATTTGTATTCCAATGCAAAAGATGTTGCAGATTATTTAAGTATAAATGATAAAGACAAAGTAATTGCTGCTTTACCCATGTTTCATGTGTTTTGCTTAACGGTTTCCCTTAATGCACCTTTGATGAATGGCGGGACAGTTATCGTTTTACCAAAATTCTCACCTTCTACCGTATTTGAATTAAGTACAACCTATCAAGCAACTATTTTTGCTGGGGTACCGACGATGTATAATTATTTATTGCAAGCAAAGCGCGAAGATAAAGAAAATCCATTTGCAACGATCCGGTTCTGTATTTCTGGAGGAGCTTCCATGCCAGTAGCTTTGTTAAAGGGATTTGAGCAAGCTTTTGATGTCACCATATCTGAAGGCTATGGATTATCTGAAGCTTCACCGGTAACTTGTTTTAATCCGTTAGATCGACCACGTAAACCGGGATCCATCGGCTGCAGTATTCAAGGGGTTGAAAACAAGATTGTAGACGAATGGGGTGGAGAAGTGCCTGTTGGCGAGGTTGGGGAATTAATCGTTCGCGGTCCCAATGTAATGCTAGGCTATTATAAGCTTACGGAAGAAACAGCAGCTGCTTTAAAAAATGGCTGGTTATATACGGGAGATATGGCACGAATGGATGACGAAGGTTATTTCTTTATCGTTGACCGGAAAAAAGATATGATTTTAGTAGGTGGTTATAATGTGTATCCTCGTGAAGTGGAAGAAGTCTTCTATAGGCATCCAAATGTAATAGAAGTAGCTGTAATAGGTACGCCTGATCCAGAAACTGGTGAGGCGGTACAATGCTTTGTTGTGACAGATGAAAATGGCGTAACCGCGGAGGAATTAATTTCATTTTGCCAGACGTATTTAGCAAAATATAAAATCCCTACAAACATCATTTTTTTAGATGAATTACCAAAGAATACTACTGGAAAAATTTTAAGGAAAAACTTACGGGAACAAGTACTTCAATGA	MNISKQLSCTAQEYANKPAYIFEHQPTSYKDLDQAVTLFASGLAAIGYKKGDHIALVVGNSPYYIIGLYGALRLGLVVIPINPLYTPSELSYILHNGDVKAVITLDRLLEKFQAIDGELSISNYIVCDSRVGEQPIPMERERLHTFSEVLQLGDPYFDQPDLQSDDLAIILYTSGTTGTPKGAMLSHHNLYSNAKDVADYLSINDKDKVIAALPMFHVFCLTVSLNAPLMNGGTVIVLPKFSPSTVFELSTTYQATIFAGVPTMYNYLLQAKREDKENPFATIRFCISGGASMPVALLKGFEQAFDVTISEGYGLSEASPVTCFNPLDRPRKPGSIGCSIQGVENKIVDEWGGEVPVGEVGELIVRGPNVMLGYYKLTEETAAALKNGWLYTGDMARMDDEGYFFIVDRKKDMILVGGYNVYPREVEEVFYRHPNVIEVAVIGTPDPETGEAVQCFVVTDENGVTAEELISFCQTYLAKYKIPTNIIFLDELPKNTTGKILRKNLREQVLQ	PGPT0008380_13985	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897	NA	NA
AK148_02082	996	lplJ	COG0095	Lipoate-protein ligase LplJ	ATGAAATTCATTGATAATCAAGGTATTTTAGACCCAGCTATAAACTTAGCATTGGAACAGTATATTGTAGAAAACTTTGGTGAAAAAGATACATTTTTATTGTTTTATGTGAATCAACCTTCCATCATTATTGGACGCAATCAAAATACGATTGAAGAAATAAATACGCATTATGTTAACGAGCATGATATTAAAGTTGTGCGCCGTTTATCAGGGGGCGGGGCCGTTTACCATGATGAAGGAAACTTGAACTTTAGTTTTATTACAAAAGATGATGGGAATAGCTTTCAAAATTTTGCTAAGTTCACCCAGCCTGTAGTAGAAGCATTAAATAAGTTAGGTGTGCCTGCCGAATTGAAAGGACGTAACGATTTAATTGTCGAAGATCGTAAAATCTCAGGGAATGCCATGTATGCGACAAAAGGAAAGATGTTCAGTCATGGGACGCTCATGCTTGACTCTGAAATTGATAAAGTTGTATCAGCACTTAAAGTAAATAAAGAAAAAATAGCTTCCAAAGGAATTAAGTCCATCCGGAGTCGGGTAGCAAACATTTCCGAATTTCTCAATCAAAAAATATCCATGGACGAATTTAAACACGTCATTTTACGGCACGTATTTGATGTGGAGGATATCTCGGAAGTTCCGCGTTATGAATTAACAGAAGAAGATTGGGAAAATGTTAAACAAATATCACGTGACCGCTATAATAATTGGGATTGGAACTACGGTAAGTCGCCATCGTTTAACATTCAATCTTCCCATAAATTTGATGCAGGTCTTGTTGATGTTCGTTTAGACGTCAAGAAAGGAATAATAGAGAATTGTAAAATTTATGGTGACTTTTTCGGTGTGGGAGAGATCAATGTTTTGGAAAATAGTCTTATTGGTGTCCGCCATCAACAAGAAGCAATTGAAGAAGCGTTAACCGATGTTGATGTTCCTCGTTATTTAGGAAAGATATCGAAAGAAGACTTTATTCAATTAATCTATTAA	MKFIDNQGILDPAINLALEQYIVENFGEKDTFLLFYVNQPSIIIGRNQNTIEEINTHYVNEHDIKVVRRLSGGGAVYHDEGNLNFSFITKDDGNSFQNFAKFTQPVVEALNKLGVPAELKGRNDLIVEDRKISGNAMYATKGKMFSHGTLMLDSEIDKVVSALKVNKEKIASKGIKSIRSRVANISEFLNQKISMDEFKHVILRHVFDVEDISEVPRYELTEEDWENVKQISRDRYNNWDWNYGKSPSFNIQSSHKFDAGLVDVRLDVKKGIIENCKIYGDFFGVGEINVLENSLIGVRHQQEAIEEALTDVDVPRYLGKISKEDFIQLIY	PGPT0003945_1351	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
AK148_02083	129			hypothetical protein	ATGCTCAACGTTCTTGAATTTTTCAGAAATTTACCTAAGAAAAAATGTAGTAAATGTGGGAATGATATGTTTGAAAAAGCAGACTGCTATGGAAATTTATGTGATGAATGTGATCATCCAGCAAGATAA	MLNVLEFFRNLPKKKCSKCGNDMFEKADCYGNLCDECDHPAR				NA	NA	NA	NA	NA
AK148_02084	180			hypothetical protein	ATGAATTATCTTTCTAAAGCAATCCGTGTAGTAGAAAAAATTTCCTACTTTATTGGATGTATGTATTATTATATTATAATGACTGAAATAATAATAGGTGTTTTGAGAAAATTTAGTATTCATTTCTATATAAGACACTGTAAGAATGCTACTTCAAAAGTTGGAGGTAACAGCACCTAA	MNYLSKAIRVVEKISYFIGCMYYYIIMTEIIIGVLRKFSIHFYIRHCKNATSKVGGNST				NA	NA	NA	NA	NA
AK148_02085	1812	pepF1_2		Oligoendopeptidase F, plasmid	ATGAAGAAACGACCAACTCGTTCTGAAGTATCTGAAAACTTAACATGGGATTTATCAGATCTATTTTCTACACACAAAGATTGGCAAAACGAATTAGAGGCCATTCAAAAGGATGTAGAACAATTTGCGATTTTTAAAGGAGAATTAGGAAAAGAAGCTTCTACATTATATCAATGCCTTGCCACCTACGAAGCTTTTCAAAAAAGAGTTATTTGGGTAGCAACCTATGCTACTTTACGAAACAGTACAGATGGAACAGATCCATCTCGTCAAGAAGATAGCGCAAAAGTAGCCCAAGCTCTAGCAATAATTCAAGCAAAACTATCTTTTATTCAGTCAGAAATACTGGAAATACCTACAGAAACCATTGGGGATTTCGTAAAACAGCACCCCCAATTAGCAACGTACCGCAAAATGCTTGCTGATTTAATAGAAAAAAAACCTTATACATTGTCTTCGCAAATAGAAGAACTACTCGCTTCCCTTTCTGAAGTTCACGATGCGCCATATATGATTTATCAGCGTAGTACATCGTCCGATATGATGTTTGCTTCCATTACGGATGAGCATGGAAATGAACTTCCGATGTCTGCTGCATTGTATGAAGACCGTTATGAGCTAACTGCTGATAACACTGCTCGTAGAAATGCATATAAATCTTTTGTAGAAACGCTTCGACAATATCAACATACATACGCTGCCGTTTATGCAACAGAAGTTACCAAGCAAGTGGTGATGGCAAGGCAACGTCAGTATGATAATGTCACGGATATGCTATTGCACCCACAACAGGTAACGACAGATATGTATCATAATCAACTAAATATTATTCAAACGGAGCTCGCTCCTCATATGCAACGATTTGCTAGACTAAAAAAAGAACAATTAGGATTGGAAGAATTATACTTATGCGATCTGAAAGCGTCGCTTGATCCAGACTTCAATCCGGTCACTACATATGAAGAAGCGACAGCTACAATGGTGGACGCTCTCGGTATCATGGGAGAAGAATATCAACAAGTTATGAAACAGGCTATTCAAAACCGTTGGGTTGACTTGGCTGATAACATTGGAAAAAGGTCAGGTGCTTTTTGCTCCAGCCCTTATGGCGTACATCCCTATATCCTAATTACGTGGACAGATACCATGCGCGGTGCATTTGTATTAGCTCATGAATTGGGACACGCAGGTCATTTTTACTTTGCCGGAAAAGAACAGTCTTTATTTAATACTCGTCCTTCAACGTACTTTGTTGAAGCACCTTCCACTTTAAATGAATTACTGCTCGCGAATCACTTATTAGCTAAAACAGATGATGAGCGAATGAAAAGATGGATTATCACCCAGTTATTAGGGACATATTACCATAATTTTGTGACGCATTTACTGGAGGCAGAATTCCAAAAAAGGGTGTATACGTTAGCCGAAAATGGGACGCCTTTAACAGCAAAAGTTCTTTCTGAACAAAAGAAAGAAGCTTTAGCGAATTTCTGGGGAGATAAAGTAACAATGGATGAAGGAGCCGGACTCACATGGATGCGTCAGCCACATTACTACATGGGACTCTACCCTTATACGTACTCTGCCGGTCTGACCGTCTCTACTGCTGTAGCACAGACTATTCAGCAAGAAGGGGCTCCAGCTGCCGAACGTTGGATGAACGTATTAAAATCTGGAGGAACACTAAAGCCGCTTGATTTAATTCAAAAAGCTGGTGTGGATATGTCTTCGCCTGAACCTATTAAGCAAGCTGTCGGCTTTGTAGGATCACTTGTAGATCAATTAGAAGCAAGTTATCAGAAAGAAAAGTAA	MKKRPTRSEVSENLTWDLSDLFSTHKDWQNELEAIQKDVEQFAIFKGELGKEASTLYQCLATYEAFQKRVIWVATYATLRNSTDGTDPSRQEDSAKVAQALAIIQAKLSFIQSEILEIPTETIGDFVKQHPQLATYRKMLADLIEKKPYTLSSQIEELLASLSEVHDAPYMIYQRSTSSDMMFASITDEHGNELPMSAALYEDRYELTADNTARRNAYKSFVETLRQYQHTYAAVYATEVTKQVVMARQRQYDNVTDMLLHPQQVTTDMYHNQLNIIQTELAPHMQRFARLKKEQLGLEELYLCDLKASLDPDFNPVTTYEEATATMVDALGIMGEEYQQVMKQAIQNRWVDLADNIGKRSGAFCSSPYGVHPYILITWTDTMRGAFVLAHELGHAGHFYFAGKEQSLFNTRPSTYFVEAPSTLNELLLANHLLAKTDDERMKRWIITQLLGTYYHNFVTHLLEAEFQKRVYTLAENGTPLTAKVLSEQKKEALANFWGDKVTMDEGAGLTWMRQPHYYMGLYPYTYSAGLTVSTAVAQTIQQEGAPAAERWMNVLKSGGTLKPLDLIQKAGVDMSSPEPIKQAVGFVGSLVDQLEASYQKEK				NA	NA	NA	NA	NA
AK148_02086	1407	hemY	COG1232	Protoporphyrinogen oxidase	ATGAATAATTCAAAACAAATTGTCATTATAGGCGGCGGTATAACAGGTTTATCTGCTGCCTATTATTTACAAAAACAGCTTGTTGAAAAGCGACTTCCTTATAAGGTGAAGCTTGTGGAAGCAAGTAGTCATCTAGGGGGGAAAATAAGAACGTTGCATCGGGATGGATTTACGATTGAACAAGGTGCCGACTCGATGTTAATTCGTAAACAGCCGGCTCTGAAATTAGTACAAGAGCTACATCTTGAAGATCAAATTGTTCGTAATGCTACGGGGAAATCCTATATTTTGAAGGGAAATAAGTTCCACCGTATGCCACAGGATACCTACATGGGAATTCCGAAAAATGCGCGTTCTATATGGGCTTCTACATTAATTTCTCCAAAAGGAAAATTAAGAGCTTTGGCAGATTTTTGGAAGGGAAAACGAAAAGACGAAACAGATGAGTCTTTAGCAGCTTTTTTTAGACGTCGCTTCGGAGATGAATTACTCCATAATCAGATTGAAACGCTGTTATCTGGAATTCATTCTGGGAATATAGAAGAAATGAGTTTAACAGCTTCTTACCCACATTTTCGTCAATTGGAGCAAGAGTATGGAAGTTTAATGAAAGGATTAAACCAAACCATTCCAAAAGCTACCAAAGATAAAGAAAAAGGACCGGCACCTGGTGCTTTCTTTTCCTTTCAAAACGGTTTAGGTACTTTAGTAGATCGTTTAGCAGAAGAAATTGGAGAAGAGAATATGATGCTTCAGACAGCTGTTGATCATATTGAAAAAAAGGAACACGGCTATCATGTACTGCTAAGTGATGGAAATGTTTATAAAGCAGATGCTGTTATTATGGCTACACCACATTTTGCCGTGCCGAAAATATTTAGCCAGTATGATTTCTTTCAACCTTTTACAGAAGTACCTGCCACATCAACGGCTAATATTGTGTTGGCGTTTGATAAGGTGAAAATAAAAGATATAGATGGCACAGGCTTTCTTGTGAACAAGGACAGCAATTACCATATTACTGCTTGTACATGGACACATAAAAAATGGCCGTTAACAACCCCAGATGGGAAAGTTTTAATGCGTTGTTATGTTGGGAGACCAGATAACGAAGAAATAGTTGAGGAGTCAGATGATACTCTAACAGACATTGTGCTAAAAGATTTACATAAAGCAATGAAATTAAAAGGTGATCCGACATTTAGTGTTGTTACACGTTGGCGAAATGGAAGACCGCAATATACAGTCGGGCACTTGGAACGACTTGCTGAAATTAGAAGACAAGCTAGGCGGCAGTTACCTGGTGTTTTTTTAACAGGTTGTTCTTATGATGGTCAAGGTATTCCAGACTGCATTGAACAAGGAGAAAGAACAGCTCAGGAAGCATTACAGTTTGTTTTACGTTAA	MNNSKQIVIIGGGITGLSAAYYLQKQLVEKRLPYKVKLVEASSHLGGKIRTLHRDGFTIEQGADSMLIRKQPALKLVQELHLEDQIVRNATGKSYILKGNKFHRMPQDTYMGIPKNARSIWASTLISPKGKLRALADFWKGKRKDETDESLAAFFRRRFGDELLHNQIETLLSGIHSGNIEEMSLTASYPHFRQLEQEYGSLMKGLNQTIPKATKDKEKGPAPGAFFSFQNGLGTLVDRLAEEIGEENMMLQTAVDHIEKKEHGYHVLLSDGNVYKADAVIMATPHFAVPKIFSQYDFFQPFTEVPATSTANIVLAFDKVKIKDIDGTGFLVNKDSNYHITACTWTHKKWPLTTPDGKVLMRCYVGRPDNEEIVEESDDTLTDIVLKDLHKAMKLKGDPTFSVVTRWRNGRPQYTVGHLERLAEIRRQARRQLPGVFLTGCSYDGQGIPDCIEQGERTAQEALQFVLR	PGPT0008475_1331	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008475-hemY-K00231	NA	NA
AK148_02087	942	hemH	COG0276	Ferrochelatase	ATGGAAAAAAAGAAAATGGGATTATTAGTGATGGCTTATGGAACACCATACAAGGAAGAGGACATTGAACGGTATTATACGCATATTCGCCACGGCAGAAAGCCTGAAGCAGAAGCATTGCAAGACTTAAAAGATCGTTACAAAGCAATTGGAGGCATATCTCCATTGGCAAAAATAACGAATCAGCAAGTGGAGAAGCTGGAGGCAACATTAAATGCCGTTCAAAACGAATATGACTTTAAAGCATATACTGGGTTAAAACATATTGAGCCATTTATTGAAGATGCTGTGCAACAAATGGCTGAAGATGGCATGGAAGAAGCGGTGTCAATTGTTTTAGCACCACATTTTTCTACTTTTAGCGTACAATCCTATAATAAACGAGCAAACAATGAAGCTGAAAAATATGGTATTACGATTACTTCAGTGGAAAGCTGGTTTGATGAACCTGGTTTTATTAAATATTGGGCTGATCAAATTACCGACGTTTATGCCAAGATGGCAGACGAGGAACGGGAAAAAGCAGTGCTGATTGTTTCTGCCCATAGTTTGCCTGAGAAAATCTTACAGGATGGTGACCCTTATCCACAACAGTTAGAAGAAACCGCCAAACTAATTTCAGAAGCAACTGGGATTAAGAATTATGAAATTGGTTGGCAAAGTGAAGGTAACACGCCAGATCCTTGGTTAGGACCAGATGTACAGGATCTTACAAGAGATCTTTACGAGCAAAAGGGATACCAAGCTTTTGTTTACGCACCTGTAGGTTTTATAGCCGACCATTTAGAAGTGTTATATGACAATGATTACGAATGCAAAGTAGTTTGTGATGAAATAGGTGCATCCTATTATCGACCAGAGATGCCAAACGTACATCCACAATTTATTCATACATTAAGCGATGTTGTACTAAAGCAAGTAAAGCGTGAATCGAATGAATAA	MEKKKMGLLVMAYGTPYKEEDIERYYTHIRHGRKPEAEALQDLKDRYKAIGGISPLAKITNQQVEKLEATLNAVQNEYDFKAYTGLKHIEPFIEDAVQQMAEDGMEEAVSIVLAPHFSTFSVQSYNKRANNEAEKYGITITSVESWFDEPGFIKYWADQITDVYAKMADEEREKAVLIVSAHSLPEKILQDGDPYPQQLEETAKLISEATGIKNYEIGWQSEGNTPDPWLGPDVQDLTRDLYEQKGYQAFVYAPVGFIADHLEVLYDNDYECKVVCDEIGASYYRPEMPNVHPQFIHTLSDVVLKQVKRESNE	PGPT0008485_4508	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
AK148_02088	1041	hemE	COG0407	Uroporphyrinogen decarboxylase	ATGGCAAACAAATTCAATGATACGATTATTCGAGCTTATAAAGGGGAATCTACGAATTATACACCAGTTTGGTTTATGCGTCAGGCTGGGAGGTCACAACCTGAATATAGAAAATTAAAAGAGAAGTATTCTTTATTTGAAATTACACATCAACCAGAATTATGTGCCTATGTAACGCGATTACCAGTAGAAAATTACAATGTAGACGCAGCAATTCTGTATAAAGATATCATGTCTCCGCTGCCAGCAATAGGGGTGGATGTGGAAATTAAATCAGGTATTGGTCCAGTGATTGATAATCCAATTGCCTCTCTTCGTGATGTAGAAAAGCTTGGAGCAATTGATCCACAATCCGACGTTCCGTATGTATTGGAGACAATTCGCCTGTTGACACAAGAACAGTTACAAGTACCCTTAATTGGTTTTAGTGGCGCTCCTTTTACATTGGCGAGCTATATGATTGAGGGAGGACCGTCAAAGAACTACAGTAAAACGAAAGCATTTATGTATCAGCAACGAGAAGCGTGGTTTTTACTAATGGATAAATTGGCTGATATGACCATTACGTATGTAGAAGCTCAGATTGAAGCTGGTGCACAGGCTATTCAAATTTTTGATTCTTGGGTAGGTAATTTAAATGCGTCTGATTACCGTATTTTTATTAAACCAGTAATGACAAGAATTTTTTCTGAATTGCAACGACACGACGTTCCACTCATTCTATTTGGTGTCGGCGCACGGCATTTATTGATGGAGTTTAACAATTTACCTGTTGATGTGATTGGGTTAGACTGGAGGACTTCCGTGCAAGAAGCAAGGAATATGGGAGTTACGAAAGTGTTGCAAGGAAATTTAGACCCAGCAATTTTGTTAACAGAGTGGGAAATGCTAAAGAAGCGAACACAAGCTATATTGGATGAAGGCTTAGCAGATGGAAACCATGTTTTTAATCTTGGTCATGGCGTGACGCCAGATATTCAACCGGCTACATTAAAAAAATTAACTGCGTTTATTCATGAGTATAGCCAGCGTAATAGGTAA	MANKFNDTIIRAYKGESTNYTPVWFMRQAGRSQPEYRKLKEKYSLFEITHQPELCAYVTRLPVENYNVDAAILYKDIMSPLPAIGVDVEIKSGIGPVIDNPIASLRDVEKLGAIDPQSDVPYVLETIRLLTQEQLQVPLIGFSGAPFTLASYMIEGGPSKNYSKTKAFMYQQREAWFLLMDKLADMTITYVEAQIEAGAQAIQIFDSWVGNLNASDYRIFIKPVMTRIFSELQRHDVPLILFGVGARHLLMEFNNLPVDVIGLDWRTSVQEARNMGVTKVLQGNLDPAILLTEWEMLKKRTQAILDEGLADGNHVFNLGHGVTPDIQPATLKKLTAFIHEYSQRNR	PGPT0008465_3575	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008465-hemE-K01599	NA	NA
AK148_02089	2178	pbpF	COG0744	Penicillin-binding protein 1F	ATGAGCAGAATAGAAAAAAGGAAGAAGAAACGTTCACGCTTGTTGAAGAAATGGAAAATAATTTTATATAGTTGTTTATTCATGATAATCATCGGATTAGTTAGTTATGCTTCCATTATTTTTGGTGGTCGGTTGATTGTTGATGATGAACAATTTTTTTTGGACGCAACGACAACGGTAGAAACAAGAGATGGCAAGGTAATTGGCAGGCTTTATCATGAAAATCGCACCTTAGCTAATTTAGATGACATACCTGAGCATGTGCGAGATGCATTTATTGCTATTGAAGATCGCAGGTTTTATGACCATCAAGGGGTTGATTTTCGTTCTGTTTTTCGAGCGGTGTATAAAGATATTTTGGCTATGCAGAAAGTAGAAGGCGCTAGCACGATTACACAACAACTTGTTAAAAATTTATTTTTAAGTCATGAGAAAACATGGCTTCGTAAAACCAAAGAAGTCATGGCATCTGTTTATTTAGAACGCACATTACCGAAAGAGCGGATATTGGAATTGTATTTAAACGAAATTTACTTTGGACATGGCGTTTATGGCATAGCTACAGCTGCTAATTATTATTTTTCCAAAGATGTAGAGGATCTGTCTATTGCAGAAGGTGCATTGTTAGCTGGCCTTGCTAAAGCACCTAATGGATATTCACCCATTAACTATCCTGAAAAGGCAATAAATCGGAGGAATACAGTACTCTTGGCAATGAAAGATATTGGCGTTATAAGCGAAGAACAACAAAATAAAGCAAAAAAGCAGAAACTTGATCTGAAAGTAAATAAATGGGAACCTGAACCATGGTGGACAGACTATAGTGATTTTGTTATGAAAGAAGCCGCTCAAGAACATCATTTATCGTTAGAAGAATTAAAGCGAGGCGGTTATCGTTTAATTGTTAACGTTAATCCTGCTGTACAAAAAGTTGCTTATGAACAATTTAAACAAGATTCCTTTTTTCCTGGAAGCACGGATGATGTACAAGGCGCTTTTACGATGATGGATCACAAAACAGGGGATATTGTAGCGGTAATTGGTGGACGTAATTTTACATTTGGTGACTTGAATCGAGCAACTGCATCGAGGCAACCAGGTTCTACCTTCAAACCACTAGCGGTTTATGGTCCAGCACTTATGAAAGAAGAAAAGTATCACCCTTATGCTTTAATACCCGATCAAAAACAAGCCTATGATGGTTATACAGCGGAAAATTACGATGATCAGTATGGTGGTTTTGTTTCCATTTATGATGCCATTATTTATTCTAAAAACGCCCCTGCTGTATGGTTATTAAATGAAATTGGGATTACCGATGCAAAGAAGTATTTAAAAAAGCTCCATCTTCCCGTCGAGGATAAAGGGTTAGCGATTGCTTTAGGTGGCTTATCTAAAGGCGTAACACCAGCTGAATTAATGGAAGCTTATACTAGTTTTGCTCAGCGTGGAAAAGTCGTTAAAGCTCAAGCTATTGATCAAATTAAGGATCGACACCACCAAAAAGTGTTCCAAGCGAATCGCAAGGCAGAAAAAGTATTTCATCCACAAGTAGCTTGGAATATGACAGAAATGCTAGAGCAAACCGTTAAATCAGGAACAGCGTCTGCGGGAAGTTTTGCAAAAGCATTAGCTGGAAAGACAGGATCTACAGAGCATCCGCAAGTGGAAGGAAAAGTAAAAGATGCGTGGTTTGCAGGCTATACTCCAACGTATGCAATGGCATTATGGATGGGGTACGATCAAACGGATGAGGAGCATTATTTAACGGGGGGAAGCGCCTATCCGACGAGGTTAGTAAAATCTATTTTAACAGAGCTAGATCAGCAAGAGCCATTAGCGGATTCGTTTGCAAAACCTGCAGAAGTAGATGCTTTACCGGAACCTATCATACTACCAGAAATTAAAAATGTACAAGCCAGTTATGCTTTTGGTAGTTTGTCTTTGTTTCAGGGGAAGATTACTTGGCAAGGGTCAGAGGATGACCGCGTTATCTATCGAATTTATCGAAAAAAAGAAGGTATTGATGAACGAGTTGGTCAAGTCAAAGGAGAAACGGAATTTGTAGTTGAAAACGCATTGTTGAACGAAAAAGAATATTATGTTGTCCCTTATGACCCGTTGACAAAAACGGAAGGTTCTTCATCTAACGCAGTAACGCTTAGCTGGGGAGCATGA	MSRIEKRKKKRSRLLKKWKIILYSCLFMIIIGLVSYASIIFGGRLIVDDEQFFLDATTTVETRDGKVIGRLYHENRTLANLDDIPEHVRDAFIAIEDRRFYDHQGVDFRSVFRAVYKDILAMQKVEGASTITQQLVKNLFLSHEKTWLRKTKEVMASVYLERTLPKERILELYLNEIYFGHGVYGIATAANYYFSKDVEDLSIAEGALLAGLAKAPNGYSPINYPEKAINRRNTVLLAMKDIGVISEEQQNKAKKQKLDLKVNKWEPEPWWTDYSDFVMKEAAQEHHLSLEELKRGGYRLIVNVNPAVQKVAYEQFKQDSFFPGSTDDVQGAFTMMDHKTGDIVAVIGGRNFTFGDLNRATASRQPGSTFKPLAVYGPALMKEEKYHPYALIPDQKQAYDGYTAENYDDQYGGFVSIYDAIIYSKNAPAVWLLNEIGITDAKKYLKKLHLPVEDKGLAIALGGLSKGVTPAELMEAYTSFAQRGKVVKAQAIDQIKDRHHQKVFQANRKAEKVFHPQVAWNMTEMLEQTVKSGTASAGSFAKALAGKTGSTEHPQVEGKVKDAWFAGYTPTYAMALWMGYDQTDEEHYLTGGSAYPTRLVKSILTELDQQEPLADSFAKPAEVDALPEPIILPEIKNVQASYAFGSLSLFQGKITWQGSEDDRVIYRIYRKKEGIDERVGQVKGETEFVVENALLNEKEYYVVPYDPLTKTEGSSSNAVTLSWGA	PGPT0023895_224	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0023895-pbp2A-K12555	NA	NA
AK148_02090	498	hmoB_2	COG2329	Heme-degrading monooxygenase HmoB	ATGTTTGCTCATATGACAAATGGAACCGCTGAATTTTTACAAAAAATCATTGATAAACACCCAAAAAAACATATATCCCTTATGCATGGTGAATCCAGTTCGCTTGCCTATTATGAGGATAAAGCTAAAAGCATTTTCAATTCTGGAAGAGAATATGTAATTTTAATTACAATTGGAGCGATACAAGAAGAAGGATATGTTGTTATGAATAACATACCCGTAACAGAAGAAGGGCAACCCGTTTTTGAGCATCATTTTCAAAATCGCAAACATGAGGTAGAAAAAATGCCAGGATTCCAAGCATTCCGCCTGTTAAAACCAAAAAAAGGAAATACCTACATTGTTTTCACCCAATGGTGCTCTGTGCAAGATTTTGAGAATTGGAAAACGTCAGATCAGTTTAAACAGGCACATAAGAATCCATCTGTGAAAACTCCCGATTATTATGCAGATCGACCATTTATAACATCTTATCATATGGTGACAGAAGAGAAATAA	MFAHMTNGTAEFLQKIIDKHPKKHISLMHGESSSLAYYEDKAKSIFNSGREYVILITIGAIQEEGYVVMNNIPVTEEGQPVFEHHFQNRKHEVEKMPGFQAFRLLKPKKGNTYIVFTQWCSVQDFENWKTSDQFKQAHKNPSVKTPDYYADRPFITSYHMVTEEK				NA	NA	NA	NA	NA
AK148_02091	480			hypothetical protein	ATGGCTAAAAAAATATCCATTTTTATTGGTGTTATTGTCGTTTTATTTGCAGGTCTATATTTTGTTGTCGACTACAAAAATAACCAAGCTGTTGAAGATAACAACAACCCTTATGGAGATAAAGAGCTGGAGCAGGGCACAATTGATCAATTAGATGATCCAAACTATAAGAATCAGATTATGCCAGATGAGCTCAAAAAGAAAGTGGATAGTGGAGATCCTGTAACGGTTTATTTTTATAGTCCAACATGTTCACACTGTCAGTCAACTACTCCGTATCTTGTGCCTTTAGCAAAAGATAATGACATCGATATGAAAAAAATGAACTTACTTGAGTTTAAAGATGAGTGGGAAGTTTACAGCATAGATTCTACGCCTACTTTAGTACATTTTGAAGATGGCAAAGAAGTTTCACGTATTGTTGGTGATCAGGGAGAAGCTAATTTTCAAACCTTCTTTGATGAATATGTAAATAGATAA	MAKKISIFIGVIVVLFAGLYFVVDYKNNQAVEDNNNPYGDKELEQGTIDQLDDPNYKNQIMPDELKKKVDSGDPVTVYFYSPTCSHCQSTTPYLVPLAKDNDIDMKKMNLLEFKDEWEVYSIDSTPTLVHFEDGKEVSRIVGDQGEANFQTFFDEYVNR	PGPT0013055_1226	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013055-trxA-K03671	NA	NA
AK148_02092	432	bdbC		disulfide formation protein	ATGGTGAAACTTTCAAACAAACAAGAAAATCTTTTATTACTTATTTGGGCGCCGTCTGTAGTTGCTCTACTTGGGAGTCTGTTTTTTTCTGAAATAATGGGATACCCGCCTTGTGATTTATGTTGGATACAGCGAATATTCATGTACCCACTTGTTATTATTTACGGTACAGCCTTATGGAAGAAAGACATCTCCATTGCGTTACCAGGTTTGTTTTTGAGTGGGATAGGAATGCTTGTATCCATATACCATTATCTAACGCAAAAACTCCCAGCCTTACAAAAGGCTGGCGATGCATGTGGTCTGATCCCATGCAATACTATCTATATTAATTGGTTTGGTTTTGTGACAATTCCCTTTTTAGCAGGTACAGCATTTATTTTTATATTTGGATTACATATAATATTAATACGATCTAGACGGATGTTATAG	MVKLSNKQENLLLLIWAPSVVALLGSLFFSEIMGYPPCDLCWIQRIFMYPLVIIYGTALWKKDISIALPGLFLSGIGMLVSIYHYLTQKLPALQKAGDACGLIPCNTIYINWFGFVTIPFLAGTAFIFIFGLHIILIRSRRML				NA	NA	NA	NA	NA
AK148_02093	507			hypothetical protein	ATGGACGTAATATCTGAAACAAGTAAAGCAGTACCAGTATTAAAGAATAGAAATTTTTTGTTATTATTTATTGGCTCTCTTTTTTCTGCACCTGGTTACTACATTTATTTAATCGCAGCAGAGTGGTTAATGTTAACGATCAGTGAAAATAGAGTTTATTTTGGCATGCTGTTTTTCGCAGCTTCTGTTCCACGATTGTTACTATTGGCAGTTGGTGGGGTTGTTGCTGATAGGTTTAATAAACGAATCATTTTATTTATTGCTGATTTGCTTAGGGCTTTGTTCATTGCTGCGCTTTTGTTATTCTTCTATCTTGATATGGTAACAGTTTGGCATTTAATCATTTTAGCCGCATTGTTTGAGATCGCTGATGCTTTTAGTTACCCGGTTACAAACTCTATGACAGTAAAAACGCATGTGAGTAATATTCTATCAAAACTGGAAGTGAACGATCGAACCCAAGCTGCAGTTTATGTACACCGTAATCGATTGTATCAGCAAAAATAA	MDVISETSKAVPVLKNRNFLLLFIGSLFSAPGYYIYLIAAEWLMLTISENRVYFGMLFFAASVPRLLLLAVGGVVADRFNKRIILFIADLLRALFIAALLLFFYLDMVTVWHLIILAALFEIADAFSYPVTNSMTVKTHVSNILSKLEVNDRTQAAVYVHRNRLYQQK				NA	NA	NA	NA	NA
AK148_02094	648			hypothetical protein	ATGAGAAGAAGTATGATGTACTTGTATGCGACCGTATTTTTCATTGGAGTTGTTCTCACATTGTCATGGGGTTATAAAGTGGCAAATCAAACAATGCCATATGTTGATCAATGGACACGTGATGTAGTAGAGAGATTAGATGATACAGCCATTTATACTGCTTTTCGCTGGATTACAGAGCTAGGTTCATCATCTTTTACAATTCCGTTTGTCCTTGTAATGGCATTTGTTTTTTGGTGGATGTACCGTAGTATATTACCTGCGTTGATTTTTAGCTTAGGGACACTTTCAACGCATTATTTTAACATAGCCATTAAACATTTGGTGGAAAGAGACAGACCGAGTGTACTCGTTGCAGCAAATGCAGAAGGACATAGTTTTCCTTCAGGTCATGCTATGATATCAATGGTTTGCTACGGTTTAGTTGCGTATTTCCTGTCCAATCGCCTAAAACAAAAGACAAAAAAATGGCTCATCCAAGTCTTTTTTGCCGGTTTGATACTCTTAATAGGCATGAGTCGATATATCATTAATGTCCATTATTTAACAGATGTTCTTGCAGGGTTCTTTATCGGTTTTTTATGCTTGATTGGTTTGGTATATCTTTATCAGTTAACGAGCAGACAAATTTCTCCGTCTAGAGGTTGA	MRRSMMYLYATVFFIGVVLTLSWGYKVANQTMPYVDQWTRDVVERLDDTAIYTAFRWITELGSSSFTIPFVLVMAFVFWWMYRSILPALIFSLGTLSTHYFNIAIKHLVERDRPSVLVAANAEGHSFPSGHAMISMVCYGLVAYFLSNRLKQKTKKWLIQVFFAGLILLIGMSRYIINVHYLTDVLAGFFIGFLCLIGLVYLYQLTSRQISPSRG				NA	NA	NA	NA	NA
AK148_02095	435			hypothetical protein	ATGGAACAAGACTTACAAACATTAATTGATGGTTTAAATGTAGACTTAGCAAATGAATATGGGGCAGCTATTCAATACACGTATAGTGCCTCCGTAGTTAGCGGACTATATCGTTCTGCATTAAAACCTTTTTTTGAAGCAGAAGTGACAGATGAATTAGGACATGCTTTATACCTTTCAGAAAAAATCAGCTCTTTAGGTGGCACACCTACGACTAAAGCAGCTGACGTTCCACAACCCACAGACGTTAAGGATCTATTACAAGCAACATTACAAGCAGAAACAGATACAATTAAACGTTATGAAAAAAGGAAAGAGCAAGCTGAGAAATTAGGCTACACGGAACTTGTTGTAAAATTAGAAGATATGATTGCTGATGAAACACATCATAAAGAAGAAATTGAGCGACTATTAGCTGATCCACGCTTGGCATAA	MEQDLQTLIDGLNVDLANEYGAAIQYTYSASVVSGLYRSALKPFFEAEVTDELGHALYLSEKISSLGGTPTTKAADVPQPTDVKDLLQATLQAETDTIKRYEKRKEQAEKLGYTELVVKLEDMIADETHHKEEIERLLADPRLA	PGPT0003965_3183	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-RELATED_PROTEINS_FERRITIN,PGPT0003965-bfr-K03594	NA	NA
AK148_02096	1170			N-acetyldiaminopimelate deacetylase	TTGTTAAAACAAATATATCACTCCATTGAAGCGTTGTATGAAGAAATGGTACATATTCGGAGACATCTTCACCAATATCCAGAGCTATCGTTTCAAGAAACAAAAACAGCTGCCTATATTGCTAATTATTACGAAACATTAGGTATACCTTATGAAACAAATATCGGAGGCAATGGTGTCATTGCAACTATAAAAGGTGGAAAGCCAGGAAAAACAATTGCGCTGCGAGCCGATTTTGATGCGCTTCCCATTCAAGATGAAAAAGATGTTCCCTATCGTTCTAAAGTAAAGGGTATGATGCACGCATGTGGGCATGACGGTCATACAGCTACATTGCTAACTTTAGCTAAGGCATTAATAACGTACAAACAAGAATTGCCTGGGACAATTGTTTTTTTACATCAACATGCAGAGGAATATGCACCTGGAGGAGCAAAACCTATTATCGATTCAGGTGCCATTGATCATGTTGACGCTGTTTTCGGTACCCATTTATGGGCCACAACGCCACTTGGGGTGTTACAAACATCCAAACAGGCTTTTATGGCCGGAGCAGATCGTTTTACAATAGAAGTCCAGGGCAAGGGTGGCCATGGCGCGTATCCACATGAAACAAAGGACGCCATCGTTATTGGATCACAAATCGTGTCGCAATTACAACAAATTGTCAGTAGACGAATGAATCCGTTAGATACAGCCGTTATAACCGTAGGCATTTTCGAAGCTGGTAAAGCATTTAATGTAATAGCTGACAAAGCAAATCTTGTAGGAACGGTACGATATTTGAACCCTGACTTACAAGCAACAATTATGAAGGAAATGGAAGCAGTCATTAAAGGAATATGTATGAGTCAAGATGCCACCTATAGATTTGATTACATCAAAGGGTACCCCCCTTTAATTAATCACAAGAGAGAAGCAGCACTTTTGTTACAAATGGATCAACATATTAAAGAGATTACAAAAACAGAAACGATTGAGCCTTCTATGGCTGGTGAGGACTTTGCATATTATCTGCAAAAAAAACCTGGAGCGTTCTTTTTTACAGGCGCTCAAAAAGATAAACAACCATTCCCACACCACCATCCAAAATTTGATTTTAATGAACAAGCTATGCCAATAGCTGCCAAAACACTCATAACTGCTTATTTAGCTTATCAAACTAGATAA	MLKQIYHSIEALYEEMVHIRRHLHQYPELSFQETKTAAYIANYYETLGIPYETNIGGNGVIATIKGGKPGKTIALRADFDALPIQDEKDVPYRSKVKGMMHACGHDGHTATLLTLAKALITYKQELPGTIVFLHQHAEEYAPGGAKPIIDSGAIDHVDAVFGTHLWATTPLGVLQTSKQAFMAGADRFTIEVQGKGGHGAYPHETKDAIVIGSQIVSQLQQIVSRRMNPLDTAVITVGIFEAGKAFNVIADKANLVGTVRYLNPDLQATIMKEMEAVIKGICMSQDATYRFDYIKGYPPLINHKREAALLLQMDQHIKEITKTETIEPSMAGEDFAYYLQKKPGAFFFTGAQKDKQPFPHHHPKFDFNEQAMPIAAKTLITAYLAYQTR				NA	NA	NA	NA	NA
AK148_02097	1218			hypothetical protein	ATGACCATGTTTAATTCTCACCATTTTTTCAAGGAACGGTTTTCAGCGCATTTAAAAGAGACAAGTCGTTATTTACGCTATATATTTAATGGTCATATAGCTATTGCAATGCTATTTTTCATCTCTGCGTTAGCTGTTTATTACCAAAAGTGGTTGCAAGAGATCCCAGATGATTTTCCTGCTGCTTGGGTTATATCCATTGTTTTTGGCTTGATAGCAAGTTATAGTCCGGTGCGCACCTTGTTAAAAGAACCAGATCTTGTATTTTTAATTCCAGCAGAACAGAAAATGAAAGCTTATTTTCGTAATGCTATTGCATACAGCTTTACGATTCAATTGTATTTAGTGTTTTTAGCTGCTGCAGCTTTGGGCCCGTTATATACAACTGTTTTCGCTAATCGTGCTGGGGTTGTATATCTCATAACCATTGCATTGTTGCTTGTATTTAAATTCGCCAATCTAATTGCGAATTGGTGGATGCTCAAAGTGAGGGAACGTGATTCTCGGTTGATTGATACAGTCGTTCGTACTGTGTTAAATATAGCTGTCTTTTATTTTTTTATATCTGGCAGCATGTTATTAGCCGGTATCACAACATTGCTTTTTGCCATTGTGTTTTTGTATGATTATCAAATAGCGAGTAAACGTTCTGGATTACTATGGGATTTACTGGTGGAAAAAGACCAAAGTCGTATGCAAGCATTTTACCGATTAGCAAATATGTTCGCAGATGTACCTCATTTAAAAAGTCAAGTGAAAAAACGGCATTGGTTGGTCCGTATCGTTAGTCAAGTTCCTTTTACTCGAACAGCTACTTACGATTATTTATATCGAATCACTTTGATACGAAGTGGTGATTACCTCGGTATCTATATGAGATTAGTCGTTATAGGTGGGGTGCTTATTTATGTGATTCCACCATTATGGCTGAAAATTATCTTTGCTTTATTGTTTTTATATTTAAGTAGTTTTCAAATGATGACCTTATACCAGCATCACCGTACGATTTTGTGGCTGGATCTCTACCCGGTTTCCCTGCAAATTCGCCAACAATCATTATTAAAGTTACTATTGCAATTAAGTATTGTACAAGTGATTCTATTTACGGCATTGTTTATTGTAATGGGTATATATATAGGGGCCATGATAACATTTGCAGGTGGGATTATATTCTCTTGGTTGTTTGTAGATGGCTATGTGAAACGAAAGCTTACGTAA	MTMFNSHHFFKERFSAHLKETSRYLRYIFNGHIAIAMLFFISALAVYYQKWLQEIPDDFPAAWVISIVFGLIASYSPVRTLLKEPDLVFLIPAEQKMKAYFRNAIAYSFTIQLYLVFLAAAALGPLYTTVFANRAGVVYLITIALLLVFKFANLIANWWMLKVRERDSRLIDTVVRTVLNIAVFYFFISGSMLLAGITTLLFAIVFLYDYQIASKRSGLLWDLLVEKDQSRMQAFYRLANMFADVPHLKSQVKKRHWLVRIVSQVPFTRTATYDYLYRITLIRSGDYLGIYMRLVVIGGVLIYVIPPLWLKIIFALLFLYLSSFQMMTLYQHHRTILWLDLYPVSLQIRQQSLLKLLLQLSIVQVILFTALFIVMGIYIGAMITFAGGIIFSWLFVDGYVKRKLT				NA	NA	NA	NA	NA
AK148_02098	747	ecsA_1	COG1131	ABC-type transporter ATP-binding protein EcsA	GTGGAATCTTTACTACATATTGAAAACCTTTATGGAGGATATACGCATAAGCATGTGTTACAAGGTATTTCCTTTACGGTACATACAGGTGAAATTGTTGGGTTAATTGGTTTAAATGGAGCTGGAAAAAGCACTACTATTAAACATGTTATCGGGTTAATGCAACCAAAAAAAGGGACGATTACTGTAAACGGAAAAACATTTCAAGAAAATACGGAGACATACAGGAATCAAATGGCTTATATTCCTGAAATGCCTATCTTATATGATGAACTGACATTGTATGAACACTTGCGTTTAACAGCTATGGCTTATGATATTCCTCAAGATATATTTGAAAAAAGGTTAGAGCCTTTATTAAAAGAATTTAGAATGGAGAAGAAGTTAAACTGGTTCCCTGTCCATTTTTCCAAGGGTATGCGTCAAAAGGTTATGATAATGTGTGCTTTTTTAATTGAGCCACCATTATATATTGTAGACGAGCCTTTTGTAGGGCTTGATCCGTTAGGTATTCAATCTTATTTACAGCTAATGAATCAGATGAAAGAAAATGGATCGGGTGTGCTGATGTCTACCCATATTTTAGCAACAGCAGAGCGGTATTGTAATCGCTTTGTTATATTACATGACGGAACGATACGAGCTGATGGCAGTCTGGATCAATTAAGAGAGAGCTTTAAAATGCCCCATGCTACTTTAGATGATTTGTATGTACAATTAACAAAGGAAGAAAATGACCATGTTTAA	MESLLHIENLYGGYTHKHVLQGISFTVHTGEIVGLIGLNGAGKSTTIKHVIGLMQPKKGTITVNGKTFQENTETYRNQMAYIPEMPILYDELTLYEHLRLTAMAYDIPQDIFEKRLEPLLKEFRMEKKLNWFPVHFSKGMRQKVMIMCAFLIEPPLYIVDEPFVGLDPLGIQSYLQLMNQMKENGSGVLMSTHILATAERYCNRFVILHDGTIRADGSLDQLRESFKMPHATLDDLYVQLTKEENDHV	PGPT0006725_27934	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_02099	921	rbsK_1	COG0524	Ribokinase	TTGAAGAAAGTACTTACTTTTGGAAGCTTAAATATGGACCTTTCCATTTATACCGATCGCATTCCAAATAACGGAGAAACGATACAAGGAAAAAACTTTTTCCTATCTCCTGGAGGTAAGGGGGGAAATCAAGCTGTAGCTGCCGCTAAAAGTGGAGCAAATACTTGGATAGCAGGAACAGTAGGCACAGATTTATATGGGAACAAATTAGTAGAAACGCTAACAAAATATAATGTGAATTGTGATTATATAAAGATGAGCCGACATATAACGACCGGAATTGCCATGATCATTAGAAATGATGGAGACAATCGAATTATTTTAGACAAAGGAGCGAATGACGACGTTGATTTCCAAGACGTCAACAAAATGCTGCAAGATATCGGTCGTCCTGGAGATATTTTTTTAACGCAATTTGAGAACGATTACGAAACGACTTTGCACGCACTAAAAGCTGCAAAGAAAAAAGGACTTTTCACTATATTAAACCCTGCACCAGCTAAACATATTACAAAAGCCAATTATCTTCATATTGATTTACTTATCATTAATCAATCAGAATGTGAATTTTTATCGGGAATATACCCATCCGAAGAAAGCGAATACAGAAAAGCAATACAATACTTTCAGCAACAAGGAGTTCATGCAGTACTGATTACCTTAGGAGCGGAAGGGAGTATAGTTGGTGAGGGTACAACCATCCATTTCGTGCCTAGTCTCTCTGTAAATACTGTAGATACAACCGCTGCTGGAGATACTTATATTGGGGCGCTTGCCTGTGAACTTTCTCATGGAAAAACAATTCAAAAAAGTATGGAATATGCTACGTGTGCCGCCGCGTTAACCGTATCTAAAGCCGGTGCGCAGAAATCCATACCTACTAGACAAGATATAATTGATTCCAAATATGTAGAGGAGTAG	MKKVLTFGSLNMDLSIYTDRIPNNGETIQGKNFFLSPGGKGGNQAVAAAKSGANTWIAGTVGTDLYGNKLVETLTKYNVNCDYIKMSRHITTGIAMIIRNDGDNRIILDKGANDDVDFQDVNKMLQDIGRPGDIFLTQFENDYETTLHALKAAKKKGLFTILNPAPAKHITKANYLHIDLLIINQSECEFLSGIYPSEESEYRKAIQYFQQQGVHAVLITLGAEGSIVGEGTTIHFVPSLSVNTVDTTAAGDTYIGALACELSHGKTIQKSMEYATCAAALTVSKAGAQKSIPTRQDIIDSKYVEE	PGPT0017405_2683	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
AK148_02100	927	rihC	COG1957	Non-specific ribonucleoside hydrolase RihC	ATGAATGACAACCAAACACCTATTATTATTGATACAGATCCAGGAATTGACGATGCTGTAGCCCTTGCTGCCGCATTATATAGTAAAGAATTAGATATTAAATTGATTACGACAGTTGCTGGTAATGTAAGTCTCGAAAAAGTAACGTACAATACGTTACGACTTTTACAATTTTTCAAAAAAGAAATTCCTGTTGCTGCTGGTGCAGCGCAACCACTAATTAAAGAACCGATAGATGCAAGTAATGTTCATGGTGAAACAGGTATGGATGGTTATGATTTTCCAGAGCCTAACGAAAATCTCTTATTGAAAGAGCATGCTGTTAACGCGATGTACAAAACCATTCTTCAAAGCAATAAGCCAATTACGCTTGTACCCATTGGACCATTAACCAATATCGCATTACTTATAAGATTGTATCCAGAAGTGAAAACAAATATTAAAGAAATCATATTAATGGGCGGATCTACAACGCGAGGTAATTCTGGAGTCATGGCTGAGTTTAACATTCATGCTGACCCCGAAGCCGCAAGTATTGTATTTAACAGTGGCTTGCCCATTGTAATGGTTGGATTAGATGTCGGTTGGAAAGCACTCGTTTACCCTGAAGACAGTGAAAAATTGAAAACATTAAACGAAACAGGTCATATGATTTACCATTTATTCCAAAAATATCGTGGCGGTAGTATGAAAACTGGACTAAAAATGTATGATAGTTGTGCTATAGCCTACTTGCTATGTCCAGAGATGTTCACGACACAAAAAGCTTATGTAGGTATTGAGCTAAATGGCTCCTTATCAAAGGGGTGTACTGTTACTGACTTAAAAGGATACTTAAATATGCCAAGTAATGCGACCGTTTGTTTAGACATTGATGAAAAATTATTTAAAGGATGGTTTTTGGATAGTTTACAAAAATGCAACTAA	MNDNQTPIIIDTDPGIDDAVALAAALYSKELDIKLITTVAGNVSLEKVTYNTLRLLQFFKKEIPVAAGAAQPLIKEPIDASNVHGETGMDGYDFPEPNENLLLKEHAVNAMYKTILQSNKPITLVPIGPLTNIALLIRLYPEVKTNIKEIILMGGSTTRGNSGVMAEFNIHADPEAASIVFNSGLPIVMVGLDVGWKALVYPEDSEKLKTLNETGHMIYHLFQKYRGGSMKTGLKMYDSCAIAYLLCPEMFTTQKAYVGIELNGSLSKGCTVTDLKGYLNMPSNATVCLDIDEKLFKGWFLDSLQKCN	PGPT0013465_2335	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013465-iunH-K01239	NA	NA
AK148_02101	1422	dcuD	COG3069	Putative cryptic C4-dicarboxylate transporter DcuD	ATGACAGATAACTTAATTATGTATAGCTCAGCAATCCTAGCTGTTATTATCGTCATTTATATGCTAGTAAAGAAAATGGACATAAAAGTCGCTTTATTTTCGATTGGTATACTTTTAATACTTATAGGGACGAGTATGGGCAATGAAATTCCTATAGCCGACTTTGAAACAACCGGTTCTACATTACTAGACCCATTGCAAGTTATTGTTCAGCAATTTAAGGAAACCTTTACGAAAGCAGGACTTATTATCCTCATGCTTGGCGGATATACAGCATATATGTCTTCAATTGGTGCGAACGACGTTACTGTACAAGTTCTAACAAAACCAATTAGTAAGATTAAATCTGTTTATTTTTTAGTTCCAGCAGTGTTTTTGCTCGGAAACTTATTATCGCTCGTTATTCCAAGCGCTTCCACATTAGCTATTTTATTATTGGCTACTTTATATCCTGTGTTAAAGCGAGCTGGAATGTCGGTACTAAGTATAGCTGCAGTTATCGCTACTTCAGCTACAATAATTCCAACACCATTAGGAAGTGATAACGTCGCTGTGTCGGAAGAGTTGGCGAAATTCGCTGCTTTTACTGACTTATCTGTAACCGATTACGTGTTTCAATACCACGCTATTGTCTCTATACCGACGTTAATATTCATAGCAATAGTTCATTATTTTTGGCAAAAACGAATGGATAAAAAAACGCTAGCTTCTCAAGCGAAAGAGGAAGTGGAATTAGAAAATATAGAGGAAATAACTGGTGGTAAATTATTCAAAGTTGTATATGCATTACTACCTATCTTTCCAATTGTCCTTTTGCTTATTTCTTTTATCTTGGAAATGACTACAAATGCAACGATCTCCCTTAGCGTAGAAAATTCCGTGCTTTTTTCGCTAATCATCGCTGTTGTTTGTGAATTAATACGTAAAAAAGGTAATAAAGCGGTTTTATCAAACACAGAGAAGTTTTTCGAAGGGATGGGGAAAGCTATTCCTATCGTAGCGCTTATTGTTGCAGCTTCCGTGTTTGTTACTGGTTTAAAGTCCATCGGCTTATTAGACACGTTACAGACGGCTATGCAAAACTTTCACGGACAAGGGTTAGATTTTATCTTACCACTAATTTTAGTGCTTTTTACTGCGCTTATCGTCTTATTAAGTGGAAGTGGTATTGCATTATTCTTTGCAATGATTCCTTTAATGGTTCCATTAGCAGAAGCAGCAGGAATAAGTCCAGTGGCTATTTCCATACCAATGGGACTTGCTGGAAACCTATTTCGTGCAGTATCTCCTGTAGCAGCTGTTGTATTAATTATTGCCGGCACATTAAAAGTAGATCCATTAGATATTATCAAACGTACATCTGTGCCAATGATTTCCGGCGTCGTTTTCATGTTCGTTCTTTCAATGGTCATCTTTCTATAG	MTDNLIMYSSAILAVIIVIYMLVKKMDIKVALFSIGILLILIGTSMGNEIPIADFETTGSTLLDPLQVIVQQFKETFTKAGLIILMLGGYTAYMSSIGANDVTVQVLTKPISKIKSVYFLVPAVFLLGNLLSLVIPSASTLAILLLATLYPVLKRAGMSVLSIAAVIATSATIIPTPLGSDNVAVSEELAKFAAFTDLSVTDYVFQYHAIVSIPTLIFIAIVHYFWQKRMDKKTLASQAKEEVELENIEEITGGKLFKVVYALLPIFPIVLLLISFILEMTTNATISLSVENSVLFSLIIAVVCELIRKKGNKAVLSNTEKFFEGMGKAIPIVALIVAASVFVTGLKSIGLLDTLQTAMQNFHGQGLDFILPLILVLFTALIVLLSGSGIALFFAMIPLMVPLAEAAGISPVAISIPMGLAGNLFRAVSPVAAVVLIIAGTLKVDPLDIIKRTSVPMISGVVFMFVLSMVIFL	PGPT0017345_81	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-ANAEROBIC_SIGNALLING,PGPT0017345-dcuC|dcuD-K03326	NA	NA
AK148_02102	1014	ccpA_1	COG1609	Catabolite control protein A	GTGAAAGTAACTATTAAAGATATTGCCAAGAAAGCTGGTGTCTCTCCAAGCTCCGTTTCATTAGTATTAAATGATCGACCGAGCCGGATTTCCGACCAAAAAAAAGCTGAAATTAAACAAATTGCCAAAGAGCTGAACTATACTGCAAATCAAATAGCAAGAAGCCTTGTTACGAAACAAACAAAAACGTTCGGTTTAATTATACCTGACATTGAAAATATATTCTTTTCTTCTTTAGCCAAACATATCGAAATGCAATGCCGTATGCACGGTTACACATTAATTATTGTGAATTCCAATGACCAATTTGAAAATGATATCGCATTACTGGATTTATTATTATCGCGTGCTGTAGAAGGTATATTTCTTATCCCGGCCAGTGAATCATGGCTAAAAAAACCAGAGCTCATCGAAAAATTAAAGCAACTCACTGTCCCTTATATTTTGCTGGATCGTGTGTTTTCTGACCTATCTTGTGATAAAGTTTGGTTTGATAATGAATATGGAGCTTATATAGCGGTGAAATACTTATTGGAAAATGGCCATCGAAAAATCGCCTGCATTGCCAGTTCCAGTTTTATTAATGGACAATTTCGTTTAAACGGGTATTTGCGGGCTTTAAAAGAATTTAATATTCCAATCGATTATAACAACATTGTAACTGGTGATTATAAAAAAGAAAGTGGTTATCTAGCGGGCCAAAAAATAATAAACAAGGATGTAACAGCTATATTTATTACAAATGATATGATGGCGCTTGGTTTCATTCATAGCATTTATGAGAAGAACAAAAAAATACCCGACGATTACTCTGTTATCAGCTATGATAACACCATTTATCCTTACTTATTTGGTGTTGAATTATCATCTGTTAAACAAGATGTAAAAAAATTAAGCGAAACTGCTTTCAAGCAATTGTTTCAAAAAATACAAAAAAAAGATACTGTTGCCCAAAATACTTGTTTACAGCCTGAACTTATCGCAAGAACAAGTGTAAAAACCATACATGCTTAG	MKVTIKDIAKKAGVSPSSVSLVLNDRPSRISDQKKAEIKQIAKELNYTANQIARSLVTKQTKTFGLIIPDIENIFFSSLAKHIEMQCRMHGYTLIIVNSNDQFENDIALLDLLLSRAVEGIFLIPASESWLKKPELIEKLKQLTVPYILLDRVFSDLSCDKVWFDNEYGAYIAVKYLLENGHRKIACIASSSFINGQFRLNGYLRALKEFNIPIDYNNIVTGDYKKESGYLAGQKIINKDVTAIFITNDMMALGFIHSIYEKNKKIPDDYSVISYDNTIYPYLFGVELSSVKQDVKKLSETAFKQLFQKIQKKDTVAQNTCLQPELIARTSVKTIHA	PGPT0014791_161	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_FACILITATING_PROTEIN	SESSILE_ROOT_COLONIZATION,PGPT0014791-ccpA-NA	NA	NA
AK148_02103	429	hit	COG0537	Protein hit	ATGAGTCATGAAGATTGTATATTTTGTAAAATCATTAATCAAGAAATTCCTTCAGCTAAAGTGTATGAAGATGAGCATGTATATGCCTTTTTAGACATCAGTCAAGTTACAAGGGGGCATACATTAATTATTCCTAAAGTACATGTTAAAAACATTTATGAAACTCCATCTGACGTTGCCGCAGCTCTTTTTGAAAAGGTGCCGAAAGTGGCAAATGCAATTAAATCAGCTTATAAGCCAATTGGGATGAACTTACTTAATAATAATGAAAAGCCAGCCGATCAATCCGTTTTTCACTTACATATCCACCTTCTTCCACGATACGGAAAAAACGACGGCTTTTCCTCTAATTGGAAAGTACACTCCGATGATTATAGTGCGAGTGATTTGCAAGAAATCGCCGGAGCGATAACAAACCATATGGATTAA	MSHEDCIFCKIINQEIPSAKVYEDEHVYAFLDISQVTRGHTLIIPKVHVKNIYETPSDVAAALFEKVPKVANAIKSAYKPIGMNLLNNNEKPADQSVFHLHIHLLPRYGKNDGFSSNWKVHSDDYSASDLQEIAGAITNHMD				NA	NA	NA	NA	NA
AK148_02104	522	trpP		putative tryptophan transport protein	ATGAATATTCGAATTTTAATGATTTTATCGCTACTGATAGGGATTGGCGCTGTGTTGCATGCTATTGTACCACCAGTTATTTTTGGAGTGAAGCCAGATATGTTGCTTTCTATGATGTTTTTAGGAATTTTATTATTTCCTAAACTGAAATACGTCATTATTCTTTCCATTGCTACTGGAGCTATATCTGCTTTAACAACAAGTGCACCCGGCGGCCAAATAGCTAACATGATTGATAAACCTATTACTGCTATTATTTTCCTTAGTTTATTCTTCATTATCTCCAAAACATTGCGCCCGCTTTCACAAGCAGTTATTTTAACTGCAATTGGGACAATGATCTCAGGTGCGATATTTTTAAGCGTTGCACTCTTTTTAATTGGAATTATGGAGGGTTCATTCATAGCGATGTTTAGCATAGCCGTATTGCCAGCAGCATTTTTAAACTCTATCCTTATTGCTGTTGTTTATCCAATTGTACAAAGGATTTTAAAAAGAACACCGCAATTAATGATGACATGA	MNIRILMILSLLIGIGAVLHAIVPPVIFGVKPDMLLSMMFLGILLFPKLKYVIILSIATGAISALTTSAPGGQIANMIDKPITAIIFLSLFFIISKTLRPLSQAVILTAIGTMISGAIFLSVALFLIGIMEGSFIAMFSIAVLPAAFLNSILIAVVYPIVQRILKRTPQLMMT				NA	NA	NA	NA	NA
AK148_02105	360			hypothetical protein	ATGACAAATGCGAAATCACTATGGTTAGGAATTGCAGTCGGCGGTGCTGTAAGTGCAACTGTTACGCTGTTAAGTGCACCAGCTTCTGGAAAACAACTTCGGGTGAAAATGAAGGAAAAAGGTATGGAGTGGAAAGATATGCTTTTACATTTAAAACAGGATGGTGTTCGATTAAAGAATCAAATTAAAGAAACTTCACAGGAAGGCGCCATATTAATTAAAGAACTCACGCAAGATATGAAAAAATCGGTATCGGAATGGAAAACAACTGTAGAGCCTCATCAAGAGAATATTCATCAATATTTGGCGCAAATTGAATCCAGCCTAAATGACCTTGAAAATAAAATAAAAAAACAATAA	MTNAKSLWLGIAVGGAVSATVTLLSAPASGKQLRVKMKEKGMEWKDMLLHLKQDGVRLKNQIKETSQEGAILIKELTQDMKKSVSEWKTTVEPHQENIHQYLAQIESSLNDLENKIKKQ	PGPT0015027_223	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015027-ytxH-NA	NA	NA
AK148_02106	930	gbuC		Glycine betaine/carnitine transport binding protein GbuC	GTGCAGAAAGCAAATGGCTGGAGTAAACTGTTATTATTTAGTTCAATTATTGCCGTGATGCTACTAGCGGCTTGCGGTTCTGAGGAGAAAGAAGAAGGCAATGCAGAAGGGGATTCAGGTGAGACGAATTATGGCGAAGAAATAGATTATACGATTACGGGGATTGAGCCCGGGGCAGGGATTACAGTAGCAACAGAGAAGGCGATAGAAGAATATGATAGTTTGTCAGGTTGGGAGCTTGAACAGTCTTCCACGGCAGCCATGGTAACGGAATTAGAAGAAGCAATTGCAAGTGAAAGCCCAATTATTGTGACCGGGTGGAATCCACATTGGAAATTTGCAAAATTCGATAATCTGAAATATTTGGAAGATCCAAAAGGTATTTATGGTGACGTAGAGGTTATTAAATCACTAGCAAGAAAAGGGCTAGAAAAAGATAAACCGAATGCTTATAAGCTAATTGACCAATTTGAATGGTCTGTAGAAGATATGGAAGGAATTATGTATGAAGCTTCTGAAAGCGGGAAAGAAGTTGCTGAAGTAGCAAAACAGTGGGTTAAGGATAATCCGGATAAAGTAGAAGCGTGGACAGAAGGGATAGAAGATGTGGATGGTGTTGAATTCGAACTTGTTTCTACACCTTGGGATTCAGAACGAGCTTCGGCGAATGTTGTCGCTGAAGTCATGCGTCAAAAAGGGTTTGAAGTGACAATTACTCCTGTAGATGTCGCCGTCATGTTTGAAGCAGTTGCTAATGGGGACGGAGATGCTACATTAGCTGCTTGGATGCCAGCAACTCATAAAGATTTTTATGAGAAGTTTGAAGATGATTTTGAAGATTTAGGAGCAAATTTAGAAGGGGCAAAGATTGGTTTAGTTGTACCTGATTATATGGATATAGATTCTATTGAAGATATACAAGCTAAATAG	MQKANGWSKLLLFSSIIAVMLLAACGSEEKEEGNAEGDSGETNYGEEIDYTITGIEPGAGITVATEKAIEEYDSLSGWELEQSSTAAMVTELEEAIASESPIIVTGWNPHWKFAKFDNLKYLEDPKGIYGDVEVIKSLARKGLEKDKPNAYKLIDQFEWSVEDMEGIMYEASESGKEVAEVAKQWVKDNPDKVEAWTEGIEDVDGVEFELVSTPWDSERASANVVAEVMRQKGFEVTITPVDVAVMFEAVANGDGDATLAAWMPATHKDFYEKFEDDFEDLGANLEGAKIGLVVPDYMDIDSIEDIQAK	PGPT0013640_2784	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013640-gbuC|proX-K02002	NA	NA
AK148_02107	900			hypothetical protein	ATGTTAAAATTTAATTGGAAACGACTTGGCTTAGTTGCTGGGCTTTCATTAACTTTATTTGCAGCTGGTTGTGGGTCAGATGATGAATCATCTGATTCAAAAGAAGGAACATCTGGCGAAGGTGAAAGTAAAGAAATAGAATTAGTCTATGTAGAGTGGGATTCTGAAGTAGCTTCTACGCATGTAATTGGAAAAGTATTGGAAGATCAAGGCTTTGATGTTACGTTAACCCCACTAGATAATGCCGTTATGTGGGAAGCGGTAGCCAATGGAGAGGCAGACGGTATGGTAGCAGCATGGCTTCCTGGTACACATCAAAGTCAATATGAGCAATATGGCGACCAAGTAGTAGAACTAGGTGTAAATTTGGAAGGTGCAAAGATCGGCTTAGTTGTACCAGAATATATGGATGTCACTAGTATTGAGGATTTAGATAAACAAGCTGATCAAACTATTACTGGTATTGAGCCGGGGGCAGGTGTTGTAGCTGCTTCAGAAAAAGCGGTTGAGGACTATGAGAACTTAAGTGATTGGACTGTACAGACCTCTTCAAGTGGTGCAATGGCAACGGAGTTAGGGTCTGCGATTGAAAATGAAGAGGAAATTGTAGTAACAGGTTGGACGCCGCATTGGAAATTTGCAAAATATGACTTGAAATATTTAGAAGATCCAAAAGGTTCATTTGGAGAGGCTGAAACCATTGAAACGATGGTGCGTGAAGGATTGGAAGAAGATATGCCAAATGCGTACCAGATTTTAGATCAATTCAGCTGGACGGCTGAAGATATGGAAGCTGTTATGCTTGAGATTTCAGATGGTGCTAAGCCTACAGAAGCTGCTGCAAATTGGATAGAAGAAAATCAAGATAAAGTGGATGAATGGCTAAAAGGTGTAGAGTAA	MLKFNWKRLGLVAGLSLTLFAAGCGSDDESSDSKEGTSGEGESKEIELVYVEWDSEVASTHVIGKVLEDQGFDVTLTPLDNAVMWEAVANGEADGMVAAWLPGTHQSQYEQYGDQVVELGVNLEGAKIGLVVPEYMDVTSIEDLDKQADQTITGIEPGAGVVAASEKAVEDYENLSDWTVQTSSSGAMATELGSAIENEEEIVVTGWTPHWKFAKYDLKYLEDPKGSFGEAETIETMVREGLEEDMPNAYQILDQFSWTAEDMEAVMLEISDGAKPTEAAANWIEENQDKVDEWLKGVE	PGPT0013640_3209	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013640-gbuC|proX-K02002	NA	NA
AK148_02108	858	gbuB		Glycine betaine/carnitine transport permease protein GbuB	ATGTTTAATAATGTCTTAGACGCTGTACCAAATATGCCATTAGCTAAATGGACTGATAACGCTACAGATTGGATTACAGAATCATTTTCCTTTCTATTTGATCCTGTGAAAGAACAGTTTGAGAAATTTATGGATGTTACTTCTGAAGCCTTGATGGGTGTCCCGCCACTTATTATTATTCTTGTTGTAGCAATTATAGCGTTCTTTATATCAGGAAAGAAAGTTGGGCTTGCTGCATTTTCCATTGTTGGTCTGTGGTTGATCTACAACCAAGGATTATGGGATCAGCTAATTAACACATTTACACTCGTATTGTTGGCGAGTATTTTATCCGTCATTATTGGTGTTCCTATCGGTATTCTCATGTCTAAAAGTAATATTGCAACCGCAATTATTACACCAATTCTCGATTTTATGCAAACCATGCCGGCCTTTGTCTATTTGATTCCGGCAGTAGCGTTCTTTGGTATCGGAATGGTACCGGGTGTGTTCGCTTCCTTAATTTTTGCTACCCCACCTACTGTTCGCTTTACAAATTTAGGAATTCGTCAAGTTTCTGCTGAGTTAGTAGAAGCTTCAGAAGCTTTCGGAAGCACAGGTGCTCAAAAGTTGTTTAAAGTCGAACTTCCGATGGCGAAATCAACCATTATGGCAGGAATTAACCAAACGGTCATGTTAGCCTTATCTATGGTTGTCATTGCATCTATGATCGGAGCACCTGGTTTAGGTAGAGACGTTCTTTCAGCATTACAGCGTGCAGAAGCGGGAGCTGGATTTGTTGCAGGAATTGGTATAGTGATTTTAGCGATCATTATGGATCGTTTCACGCAAAGTATGAATAATCGAAAAGAAAAATAA	MFNNVLDAVPNMPLAKWTDNATDWITESFSFLFDPVKEQFEKFMDVTSEALMGVPPLIIILVVAIIAFFISGKKVGLAAFSIVGLWLIYNQGLWDQLINTFTLVLLASILSVIIGVPIGILMSKSNIATAIITPILDFMQTMPAFVYLIPAVAFFGIGMVPGVFASLIFATPPTVRFTNLGIRQVSAELVEASEAFGSTGAQKLFKVELPMAKSTIMAGINQTVMLALSMVVIASMIGAPGLGRDVLSALQRAEAGAGFVAGIGIVILAIIMDRFTQSMNNRKEK	PGPT0013635_1727	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013635-gbuB|proW-K02001	NA	NA
AK148_02109	1200	opuAA	COG4175	Glycine betaine transport ATP-binding protein OpuAA	GTGCCGATAGTAATAGAGGCAAAGAATGTATCTAAAATATTTGGAAAGAACCCGAAGCAATCCATTAAGTTATTGGATCAGGGTTTATCGAAAGAAGAAATATTGAAAGAGACTGGTAATACAGTTGGAGTCAATCGGGCTTCTTTTTCGGTAGAGCAAGGTGAAGTGTTTGTGATTATGGGGCTATCTGGTAGCGGAAAATCTACTTTAGTTCGAATGCTGAACCGACTCATTGAACCGACAGAAGGTACGATTTTGATCGATGGTGAGGATTTAGTAGCAATGGATAAACAAGCGCTACGTAATGTTCGTAGACAAAAGCTAAGCATGGTTTTTCAAAACTTTGGTTTATTTCCTCATCGTACCATTTTACAAAATGCTGAATACGGTTTAGAAATTCAAAAGGTGGATAAAGAAAAACGGCAAAGCAAAGCAAAAGAAGCATTAGAATTGGTAGGCTTAGGAGATTATATGCATCAAAAACCAAACCAGTTATCAGGAGGTATGCAACAACGTGTCGGCCTCGCACGTGCGTTAGCGAATGACCCGGAAGTGCTGTTAATGGATGAAGCTTTTTCTGCTTTAGATCCGCTAATTCGTAAAGAAATGCAAGATGAATTAATGGACTTACAAAATAAAATGCAAAAAACGATCATCTTTATTACGCATGATTTAGACGAAGCATTACGTATTGGTGATCGTATTGCACTTATGAAAGACGGATCAATTGTCCAAATTGGTACACCAGAAGAGATTTTAGTTAATCCAGAGAATGATTATGTAGAAAAATTTGTCGAGGATGTGGATCGTTCGAAAGTGTTAACAGCACAACATATCATGAAGCGACCGGAAACTGTTAATTTAGATAGGCATGGACCAAGAGTGGCGCTGGAACGAATGCGTGAAGAAGGGTTGTCAAGTATTTTTGTGGTAGATAGTAAAAGAAATCTTAAGGGGTATATCACAGCAGATAATGCATCTGAAGCAAAAAAATCAGGGATCAAGGATTTAAAAGAAATATTGAAAAATGATATTCCAACTGTAGAAAAAGAAACACCGATGCATGATATTTTTGATTTAATTTATAATTCACCTATTCCAGTTGCAGTTGTAGACAATGAAAAGTTAGCAGGCGTGATCGTTAGAGGGGCAGTAATTGCCGCTTTATCCAGTGAGAATGAGGTGAATTTACATGTTTAA	MPIVIEAKNVSKIFGKNPKQSIKLLDQGLSKEEILKETGNTVGVNRASFSVEQGEVFVIMGLSGSGKSTLVRMLNRLIEPTEGTILIDGEDLVAMDKQALRNVRRQKLSMVFQNFGLFPHRTILQNAEYGLEIQKVDKEKRQSKAKEALELVGLGDYMHQKPNQLSGGMQQRVGLARALANDPEVLLMDEAFSALDPLIRKEMQDELMDLQNKMQKTIIFITHDLDEALRIGDRIALMKDGSIVQIGTPEEILVNPENDYVEKFVEDVDRSKVLTAQHIMKRPETVNLDRHGPRVALERMREEGLSSIFVVDSKRNLKGYITADNASEAKKSGIKDLKEILKNDIPTVEKETPMHDIFDLIYNSPIPVAVVDNEKLAGVIVRGAVIAALSSENEVNLHV	PGPT0013630_966	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013630-gbuA|proV-K02000	NA	NA
AK148_02110	486			hypothetical protein	ATGAATAAACCTCAAACAGAGAATATAAACAATAAAATTTTACTTGAATTTACAAAGACTATTGAAATGTTTGGACTAACACCATTAGAGTCAAGACTATTTACATATTTATATTTAGCTGACAAACCGATGACACTAGATGATATGGCGGAGGCCCTAGGAAAAAGTAAAACAGCGATGAGTACAAGTATTCGAACGCTCGCAGACCAAAATTTAGTCACACGCGTTTGGAAGAAAGGCGTGCGTAAAAGTCTTTATAGAGCGCATACACAATTATTTAAAGCATTTATGATTTCTTATTTGAACAAGTGGGTAGAAGCGGTGAATCAACAAAAAAGCGCATTTATAGAATTGGAGCAAATGATGAAAGAAATAAAGAGGAATCATACTAATTTAAAATTAAAAGCTACGGAAGAACGTCTTCAGGAGATAATTCAGTTTCACCAGAAAATGGAAGATGTATTTCGTGAGGTAAAAAAGGATTAG	MNKPQTENINNKILLEFTKTIEMFGLTPLESRLFTYLYLADKPMTLDDMAEALGKSKTAMSTSIRTLADQNLVTRVWKKGVRKSLYRAHTQLFKAFMISYLNKWVEAVNQQKSAFIELEQMMKEIKRNHTNLKLKATEERLQEIIQFHQKMEDVFREVKKD				NA	NA	NA	NA	NA
AK148_02111	336	yhaI		putative protein YhaI	ATGAAAAATGAGGCAGAAACGTTTGCTTTTCACTTGCATTTACTTTCCAAAATTATTGATAAGGAAGCACACCCGTTTACGAAGCTAATTATAGAACAAGGTGTAACAGAAGATGAATACAATCGCTTAATTCACTTACTTGATCTGCTAGAAAATCAATTAAAAAAACAAAAAGAAGCAGGATTATTAGATTTTTCTTCCTTATTGATCCATTTTGCTGGTATGCTAACTGAAAAATTAGCACCTCATCAAACTATTTATGCACTAAAAAAAGAAGGATATTATCCTTCTTTAATGAATGAGTTTTTAAAAATCATGGAAAATTTAGGGGATTAG	MKNEAETFAFHLHLLSKIIDKEAHPFTKLIIEQGVTEDEYNRLIHLLDLLENQLKKQKEAGLLDFSSLLIHFAGMLTEKLAPHQTIYALKKEGYYPSLMNEFLKIMENLGD				NA	NA	NA	NA	NA
AK148_02112	558			hypothetical protein	ATGAATTGTTGGAAATCCATCAACCTTGCAAAAGACTTTGGTCGTAATCGATTATTTCTTATGTCAAGCTTAATTACGTTGTTCTCTTTTATTCTTTTATATGTAGTAATAACTATGGCACAAGGTTCAACAGCAGAAGTCAGTGAGATCGGCATTTTACCTTTCTTCTTATTTCTCATGCTTCTACCACTGGTTCATTCGTCCATGCACATACTTCCTTTAATTCTAATGAATAAACGTATGAAAATCGTCTTTAAATTTAAAAATAGATGCTTTCCTGTGTTCTATTATTATACAAAATATCACTTAACCAAAAAAGCGTATTTACTTGCAACTATAGCACCAACCGCTTTATTAACTATTCCAGGAGTTGTTGCCAGTTATTACTTTCACTCCTATTCGGTGTACATTTTATTACTTACATCCGTAAATATCGGCATTGCTTTCATTGATTTACTATATATTTGTCAGCTCTGGAAAGCGCCCAAATGTTCACTCATAGAGAATAATGAAGACGGTAATGGTTTAGATATACTAATTCAAGGTTCAATAACCTAA	MNCWKSINLAKDFGRNRLFLMSSLITLFSFILLYVVITMAQGSTAEVSEIGILPFFLFLMLLPLVHSSMHILPLILMNKRMKIVFKFKNRCFPVFYYYTKYHLTKKAYLLATIAPTALLTIPGVVASYYFHSYSVYILLLTSVNIGIAFIDLLYICQLWKAPKCSLIENNEDGNGLDILIQGSIT				NA	NA	NA	NA	NA
AK148_02113	186			hypothetical protein	ATGAATATCATTTTTCTCATTTATGGATTTATAATATTTCTTATTTTTAATTCTTTAACGCATAAATTGTGTATTAAAATGGAAATGGAAGCACTAAAACAAGGGAAGATGTTCCGAGTCATTAATCTAATGATTACAATTCTTCTCGTCAGTTCCTACTTGCGATTGATGAACGCAATGGTATAA	MNIIFLIYGFIIFLIFNSLTHKLCIKMEMEALKQGKMFRVINLMITILLVSSYLRLMNAMV				NA	NA	NA	NA	NA
AK148_02114	891	prsA_2	COG0760	Foldase protein PrsA	ATGAAGAAAATAGCAATTGCTGCTACGTTAACTGCTAGTGTATTAGCACTAGGCGCGTGTAGTTCTGGTGATGACGAAGCTGTCGTTGAAACTGGAGCTGGAAATATAACGAAAGATGAGTTTTATGAAGTACTAAAGGATCGCCATGGCGAAGAAGTTTTACAGGAATTGGTGACTGTAGAAGTACTTAACGATAAGTACGATGTTTCTGACGATCAAGTTGATAAAGAAATTAAAAAAATGAAAGACCAACTTGGTGAGCAATATGATATGGCTATTGAACAGCAATTCGGTAGTGAAGATGAATTGCGTAACATGATAAAAATTAGCTTATTGCAGGAAGAAGCGATCGCTGAAGATGTAGACATTAAAGAGGAAGAATTGAAACAGCTTTACGACCGTAAAAACAAAGAAATAAAAGCACAGCATATTTTAGTAGAAGACGAAAAGACTGCTAAGGAAGTCAAGAAGAAGTTAGACGATGGCAAAAAATTTAGTGACTTAGCAAAAGAATATTCTACAGATGGTAGTGCTGAAAAAGGTGGCGACCTAGGTTACTTCTCTGCGGGACAAATGGTGCCAGAATTTGAAGATGCTGCCTATAGTATGAAAAAGGATGAAGTTAGTGATCCAGTCAAAACACAACATGGTTTCCATATTATTAAAGTAAATGATATTCGCGATAAAGAAGAAAAACTTGGAAAATATGAAGATGTAAAAGAAGACTTACGTCGTGAGCTATTAACAAAGAAAATGGATCCTACTAAAATGCAGGAAAAAATTGATAAGCTAATTAAAGACGCAGACGTTAAAGTGAAAATTGATAAATACAAAGATTTGTTTAAACAAGACAAGAATAAAGAATCTGAAGATACAGAAGCAAAAGGTTAA	MKKIAIAATLTASVLALGACSSGDDEAVVETGAGNITKDEFYEVLKDRHGEEVLQELVTVEVLNDKYDVSDDQVDKEIKKMKDQLGEQYDMAIEQQFGSEDELRNMIKISLLQEEAIAEDVDIKEEELKQLYDRKNKEIKAQHILVEDEKTAKEVKKKLDDGKKFSDLAKEYSTDGSAEKGGDLGYFSAGQMVPEFEDAAYSMKKDEVSDPVKTQHGFHIIKVNDIRDKEEKLGKYEDVKEDLRRELLTKKMDPTKMQEKIDKLIKDADVKVKIDKYKDLFKQDKNKESEDTEAKG				NA	NA	NA	NA	NA
AK148_02115	198			hypothetical protein	ATGATACTCGGTGTACCTTGGTGGGTGTTTGCTATGATTTTACTCATTTTTGTTAGCGGATATATGGCTTTTCGGGGAATGGTTGCTGAAAGAAGAATGGAACAGCATTTCATTGAGCAAGAAGGGGAAGTATACATGGAGCGTGTTAGAAAGGGGAGGGAGTTGAAAGAAAGGGGGAAACAAGCAACTGATGAATAA	MILGVPWWVFAMILLIFVSGYMAFRGMVAERRMEQHFIEQEGEVYMERVRKGRELKERGKQATDE				NA	NA	NA	NA	NA
AK148_02116	1221	yhaM		3'-5' exoribonuclease YhaM	ATGACATTATCTTATTTTTACAATTTTGTTCCTATCACCTTTAACTGCAATGAAGCAGAACGAAAAGAAATTCTTAACCAATTCCCAGCACCCGTTTTACCTGATTCTACGGAGTTTTTTAACATAGCAGATGAATCCCCTGGTAACCATGTGAAAGTTCGAGTACTTCTTAATGAATTTCATGTACAAAAAACAAAAACAAACAAGCAGTATCTTAAAATGCTGTTCAGCAATAATGCTGGTACGATAAATACAAAAATGTGGGATAATCAAGGTGCTGTAGAGAGGCATCAACCTATTTTAGAGAAATACGCTGTTTTTGACATTGAAGGAATAGTCGATGATTTTCGCGGACATAAGTCTTTAACAATTCATCAATTAACTCCTTGCACAGAAGAGATAGACCCGTTCTCATTATTAGCTTATACCCAACAAAATATAGACGATTTAACTATTGAACTATTTTCCTATCTAAATGAATTAGCACTACCATATAAAGACATCGCATTAGGGGCAATGCGTCAATTTTGGGATCAGTTTAGAATTGGACCTGCCGCAAAAGGGTACCACCATAATTATTTAGGTGGCCTATTAAAGCATACGGTTGGCCTAATGAGATTTGCTAGATATATAATTAAAATGGAAGAAAATCATTATAAAGCTGTCATGAAGCTAATTAGTGTAGTAGAAAAAGCTTATAAAAATGAATTATGGTCGCAATTTCAAACAAGTGAAAATCAACAACTTATCTGGAAAGGTACCATAGATCACCTCTACGATATGTTGCAAGGTATGATGGTCTATAAGGAACAAGAACCTAACTATGATGTAATCATGACGAGCATTCTATTTCACGATATTGGTAAGTTATTAGAGTACGACCATGCTGGAAAAACATTTGAAGCATTTAAATTTCTCTTCCCTACAGCTGTCCATTCTGATTTAGAAAATAGAAAGCAAGCGGGAATTACAATGGATGAATTAGGAGTAATGGTTGGTCATATTCCCTATGGCGTATTGATCCTTACAAAGATAATCGAAGCAGAAGGCATAGAATTATCTTTAGGAGCTATTCATCAAATGTCACATTGCATCCTCTGCCATCACGGGCTACCAGAGTGGGGAGCCTGTGTTCGAAAACCGCAATCTATTGAGGGGTATATTATTCATATTGTGGATTTTTTAGACAGCCGATATGAAAATGCTGAAGAGATAAAGTAA	MTLSYFYNFVPITFNCNEAERKEILNQFPAPVLPDSTEFFNIADESPGNHVKVRVLLNEFHVQKTKTNKQYLKMLFSNNAGTINTKMWDNQGAVERHQPILEKYAVFDIEGIVDDFRGHKSLTIHQLTPCTEEIDPFSLLAYTQQNIDDLTIELFSYLNELALPYKDIALGAMRQFWDQFRIGPAAKGYHHNYLGGLLKHTVGLMRFARYIIKMEENHYKAVMKLISVVEKAYKNELWSQFQTSENQQLIWKGTIDHLYDMLQGMMVYKEQEPNYDVIMTSILFHDIGKLLEYDHAGKTFEAFKFLFPTAVHSDLENRKQAGITMDELGVMVGHIPYGVLILTKIIEAEGIELSLGAIHQMSHCILCHHGLPEWGACVRKPQSIEGYIIHIVDFLDSRYENAEEIK				NA	NA	NA	NA	NA
AK148_02117	609	opcR_1	COG1510	HTH-type transcriptional repressor OpcR	TTGACAATAAATGATAAACTATTTGCAGATTATATGATTATAATGCATGTGGAGGGACATCCAGTGCCAGAGAAAAATGAATACAAAGACTGGGAAAAATATGATGAAACAATTGAAAAATTCATTCAAGTCATTGCCAAAAATATGAACCTTTATGGCCTTACATCTTCAGTGGGCAGATTATATGGTGTATTATATTTTTCTAATAAGCCAATGACTTTAGACGATATGCGTGATGCACTTGAAATGAGTAAAACAAGCATGTCGACAGGCGTGAGGACGCTGTCAGAGATGAAAATGGTGGAATCCACTTTTAAACGTGGTATTCGGAAAGACCTTTATCAATCCGAAGAAGATTGGTATAAATCTTTTACTTCTTTGTTTGGCAATCGTTGGCGTCACCATACGGAAACAAATATCGAAGAAGCGGAAGAAGCAATGGCGGAACTTAAACAGATAGCAAAAGAAACAGAAGATGAACAATTAAAAGCAAAGATTCAGGCGGATATAGAACGGTTACAGTATGCTAAAAATTACTATGAATGGTTAATGAAATTTATCCAAGTGATTGAATCAGGTGAAATATTTAACTATATACCAAAACATTAA	MTINDKLFADYMIIMHVEGHPVPEKNEYKDWEKYDETIEKFIQVIAKNMNLYGLTSSVGRLYGVLYFSNKPMTLDDMRDALEMSKTSMSTGVRTLSEMKMVESTFKRGIRKDLYQSEEDWYKSFTSLFGNRWRHHTETNIEEAEEAMAELKQIAKETEDEQLKAKIQADIERLQYAKNYYEWLMKFIQVIESGEIFNYIPKH	PGPT0013690_217	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013690-gbsR-K22109	NA	NA
AK148_02118	2961			hypothetical protein	GTGATTATTCAACGAGCAACCATTTTTGGGTTTGGAAAATGGGTGAATGAGACCTTTAATTTTTCTAATGGTCCAGTCCATTATATTTACGGAGAAAATGAATCAGGCAAGTCTACTTTGCATACATTTATTCTATTTATGTTATTTGGCTTACCACCTAAACAATGTGAATTATATCGCCCGAAGACAAGCGGACAATTTGGAGGTAGATTGCATGTTTCTCTTCATGGGGATATGTGTATAATTGAACGTTTATACAAAGGTAGGCATAGCGAAGCGGTTATTTATACAGCAGATGGGGATGAAAAAGGAGAAGTTTGGCTTCAAGATAAACTGAAAGGAATGACGTTAGCAACTTATCAGTCTATTTATTCTTTTTCTGCGAAAGATTTAATGGGCATATCCGTCATGCAGGCGGATGACCTAGGAGAGGTTATCCTTGGAATTGGGTTAACAGGGGTGAAGAATTTATATACAGTAGAAAAACGATTGGATCAGCAACTAGGAGCGTTATTTAAACCTTCTGGAAAGAACCCAAGTATCAATCAACAATTAACCAAGCTTCAAGAAATTCAAACAAAGGCCATCGATTGGAAACGGATAGAATTAACGTACCAAGAAAAACAAAAGCATATAAAGGAATTAGAGCAATCGTTAAAGGATATAAAACAAAGTATTAGTGATCAATATGAAGAACGATTTTTTATAGAAAAACAAAGACATGCCTTGCCAACTATTCAAGCTCTTCAATCTATCTATAAGCAATTGAAGCAGATGCCAGAGAAAATTTGTTTTCCTGAAGCGGGAATAGAGCGCTGGGAGCAGGTAAAAGAGAAGCTCTTGCCTATAAAGAGTAAACAAGCTGTTTTAGAAGCAAACCAATCGCGTTACCATAATGAAATAAAATTATTAGACGAAACATTATTACCAGTGGATTTAAATCATGATGGAAAAAACGTGTTGGAAGAAATGGGACGATATGAACATTTGCGGGATCAAACAGATAATTTGTTGCAATCAATACAAAAACAGCAACAACAGTTTCAGACCATTTGTAGCGACCTCCAATTACCGATAAATCGTGAAGAGGTAAGTAAACTAGAGTTGTCTATCTTTACGGAAAAGAATTGGAAGAAAATAAAAGAGGATTTAGACCAATTAGATGCAAAACAAATGCAACTACAGCTAGAAAAACAACAATTGGCAAAGCAGCGGCAGAAACTGATGGAAGAGAAACAAGCTATTCAAGAACGGATGGCTAAAGAACATCAATTAAAGCAATGGAAAGCACAACTACAACAAGCACAAACGTCTGATCCTTCCTTATCCATGGATCAACAAAAAAGAAACGCAGTTAATTGGCAGCAAGAAAAGCAGCGAAAACAAAAGCAAGCACGATCATTCTTGCTTAGCGGGATTATTGTTGCATTCGTTTTAGCATTTGCGGGTAGTGTTACGAATTATAACATGCTTCTATTTGTGGTTCCGTTTGTAGTGATTTTAGCTTTTTTTCAATGGAAGATGCGGACACAGTCGATAAAAGAGATGGACAGATGGTTTACAGCGTCGACAAGTGAGCTGCGTTATTCTATAACAGATGACGAGAGAGAACGTCTAGAACAATCTGTGCATCAAGAATTACAGTTTCGCACAAAGCGTGATACAATGGACGAACAATTGAAATCGGTCGATGTAAAAGCGTTACAACAAGAAGAACAACAACTACTTTTATCGGAGCAAATGAGGCGCATGGATGAACGTATTCTTGCTGAGCAACGTATTTATCCATTTTTAGCACAACTTGCCCCCCAATATTGGGTAGATGCCTTTCATAGTTTAAAACAGTTACAGTTTATTCACAAACGAATGGAAGAAGATGAAACCATTTACAATGAACAAGCACAACAGATGCAGGCAATTCATACGAAACTAAGCGCGTTTATCGAACGTATAAATGGGGAATGGTTGGATCAGACTGTGCAAACGCAATTTCAATATGTAGAGGATGCCTTGACACAAAATGAAGCACATCTGAACCAACGATCGTATTATGAGAATCAGTTAGCGGAAAATGAATGGGCATTGCAACAGGTATACGAACAAATGAAGCCTTTAGAATTGGAAATGAATCACTTATTAAAAGCAGCTCTGGTAGAAAATGAAGAAGCGTATTACGAGAAAGGAAAGCAGAAGCAACGATTGCAATCACTCAAGCAACAAGAGGAAGAATTAGTAGCGCAACTTGATTCCTTGTTTCCTAAAGAAAAGTGGCAAGCATTGCTATCTAATACCCCATCTGTTTTTGACTTGGAACAGGAAGGGGAAAAAGTGCATCAAATCATTACAGAATTAGAGACGCATTTAGACGAACGACAGCAAAAATTAGCAAAGGTTCATACGGAAGTAGATATATTGGAGAACAAAGAAGATTTTTCTACATTGATTCATCAAAAAGAAATGGAGCAGGAAGCATTACATCAACAAGCTAGACATTGGGCGACATTAAAAGTAGCAAAAGAAATGCTATTACAGGCGAAGCGATCTTATCAGAGTAAATATATAAGTAAGGTGATGGAAAAAACCTCAATCTATTTTCGCGAACTAACCGCAGAGAAGTATCGCTGTGTTTACCCACCAACTGTAGGGAGATTTTTTACGGTAGAAAAAGAGGATGGTACACGTTTAAATGTGAAAGAGTTATCTCAAGGTACGATGGATCAATTATATGTTGCATTACGTTTAGCGGTTAGTGTAAGTATGAGTGAAGAACATGCTTTACCGTTTATTCTTGATGATGCATTTGTACATTTTGATTCGTTACGTACAAAGCGTGTCACAATGCTACTTGAACGCATTGCACAAGAGCAACAAGTGATCGTTTTCACGTGTAAACAAGACCTTGTTGAAGTAGCGAAAAAAAGAAGTTTTGTTCAAATGTTAAATTCTATTCGCATTCATTGA	MIIQRATIFGFGKWVNETFNFSNGPVHYIYGENESGKSTLHTFILFMLFGLPPKQCELYRPKTSGQFGGRLHVSLHGDMCIIERLYKGRHSEAVIYTADGDEKGEVWLQDKLKGMTLATYQSIYSFSAKDLMGISVMQADDLGEVILGIGLTGVKNLYTVEKRLDQQLGALFKPSGKNPSINQQLTKLQEIQTKAIDWKRIELTYQEKQKHIKELEQSLKDIKQSISDQYEERFFIEKQRHALPTIQALQSIYKQLKQMPEKICFPEAGIERWEQVKEKLLPIKSKQAVLEANQSRYHNEIKLLDETLLPVDLNHDGKNVLEEMGRYEHLRDQTDNLLQSIQKQQQQFQTICSDLQLPINREEVSKLELSIFTEKNWKKIKEDLDQLDAKQMQLQLEKQQLAKQRQKLMEEKQAIQERMAKEHQLKQWKAQLQQAQTSDPSLSMDQQKRNAVNWQQEKQRKQKQARSFLLSGIIVAFVLAFAGSVTNYNMLLFVVPFVVILAFFQWKMRTQSIKEMDRWFTASTSELRYSITDDERERLEQSVHQELQFRTKRDTMDEQLKSVDVKALQQEEQQLLLSEQMRRMDERILAEQRIYPFLAQLAPQYWVDAFHSLKQLQFIHKRMEEDETIYNEQAQQMQAIHTKLSAFIERINGEWLDQTVQTQFQYVEDALTQNEAHLNQRSYYENQLAENEWALQQVYEQMKPLELEMNHLLKAALVENEEAYYEKGKQKQRLQSLKQQEEELVAQLDSLFPKEKWQALLSNTPSVFDLEQEGEKVHQIITELETHLDERQQKLAKVHTEVDILENKEDFSTLIHQKEMEQEALHQQARHWATLKVAKEMLLQAKRSYQSKYISKVMEKTSIYFRELTAEKYRCVYPPTVGRFFTVEKEDGTRLNVKELSQGTMDQLYVALRLAVSVSMSEEHALPFILDDAFVHFDSLRTKRVTMLLERIAQEQQVIVFTCKQDLVEVAKKRSFVQMLNSIRIH				NA	NA	NA	NA	NA
AK148_02119	1224	yhaO	COG0420	putative metallophosphoesterase YhaO	GTGTTAGAAGAAATCACGTTTATTCATGCGGCTGATTTACATTTAGACAGCCCATTTAAGGGGTTAGCTTCTGCACCTGAAGCTATCTTTCAAGAAGTACGGAAAAGTACATTTACAGCTTTGGAACATTTGGTTCATAAGGCGATTCGATACCAAGTAGACTTTATATTACTTGTAGGAGATTTGTTTGACAATGAGCAACAAAGCTTGCAAGCGCAAATTCGACTAAAACGGGCTTTTGAAACGCTCCAACAATATAATATTACCGTGTTTTTATCTTATGGTAACCATGATCATATGGAGGGGAATCCTCGTTTTGTTCCTTATCCTAATAATGTGATTGAATTTTCAAATGAAACGGTATCTTCGTATACATATGTCAAAAACGGCGAACCCGTTGCAGAAATTTACGGTTTTAGTTACGAAAAACGAGCCGTGTTAGATAATAAAGTGGGCGAATATGAGATAAAGAATCCAGCTGTAACCTTTCATATTGCTATGTTACACGGAAGTGTGCAAAGTAATACAGAGCACGATACGTATGCACCTTTTAAAATATCGGATCTTACAGAAATAGATATGGATTATTGGGCACTAGGACATATTCATCAACGACAAATCGTAAAACAGACACCTCCAATTATATATCCGGGAAATATTCAAGGTCGACATCGTAAAGAAACAGGAGAAAAAGGCTGTTATTATGTTCGCCTTACAAAAAATGAACCACAGCTGGAATTTTTGCCACTACAAGCTATTCAAATTAAACATGTATCCGTAGACATAACAGCATGTGACACTGTTTTTGATATGGAGAGCGTGCTATTAGCAACACTAAAAGAGATGACAGCTGTAACACCACAGTTAATCGATGTACAACTAGAAAGTAAGAATGAGCATATCTATGAATGGGAACGCGATGGACACGTAGAAGATGTGATCGATGTAGTCAATGAAACACTTCAGCAATTTCATCCTTGGTCGTACATTTTTCACTTTACAATTTACGGGCAAACAACTATTGATGAAACATTATATGATGGCAACCACTTCATTGGAGAAATGCTCCGTGAAGCTGAAAAACAGCCAGTGCAACCGTTGTTAACAGACCTTTATAAGCAAAAGCTAGCACGCAAGTTTTTGCCGCCGTTAACAGAGGAAGAACAACAAGCAATAAAAACAGCGGCAAAACAACTTCTTGTTCATGAACTGTTAAAGGAATGA	MLEEITFIHAADLHLDSPFKGLASAPEAIFQEVRKSTFTALEHLVHKAIRYQVDFILLVGDLFDNEQQSLQAQIRLKRAFETLQQYNITVFLSYGNHDHMEGNPRFVPYPNNVIEFSNETVSSYTYVKNGEPVAEIYGFSYEKRAVLDNKVGEYEIKNPAVTFHIAMLHGSVQSNTEHDTYAPFKISDLTEIDMDYWALGHIHQRQIVKQTPPIIYPGNIQGRHRKETGEKGCYYVRLTKNEPQLEFLPLQAIQIKHVSVDITACDTVFDMESVLLATLKEMTAVTPQLIDVQLESKNEHIYEWERDGHVEDVIDVVNETLQQFHPWSYIFHFTIYGQTTIDETLYDGNHFIGEMLREAEKQPVQPLLTDLYKQKLARKFLPPLTEEEQQAIKTAAKQLLVHELLKE				NA	NA	NA	NA	NA
AK148_02120	1251	yhaP_1	COG1668	putative protein YhaP	ATGAATAAGTTTTGGATTATTTTAGGGCATACGTATACGACTAGAGTGAAATCGAAATCATTTATCATTACAACACTCATTACACTCGTCTTTATATTTGCTTTAACGAATATAAAAACGATTATTGATGTTTTTTCTGATGGGGAAAAAGATCAAATTGCTGTTATTGATGAGACAGATGAACTTTTTAAGCCACTTGCCGAAAATGTGGAACAAACCAATGAAGATATAGAACTTACGCTTTATGAGGACACAGAAGAAAAAGCAAAACAAGCGGTAGAGGAAGAAGAATATGCAGCTCTTATCCTTTTGAGTAAAAATGAAAAGCAACTGCCAAAAGCAACTTATTACGCGAATAGTATTTCCGAGTCAAGTTTACAAACAACGTTAGAGCAACAGCTACAGCAGCTGAAAACAATGTATGCTACAGAGCAAGCTGGTGTTGATCCAGCGACACTAGCTATGATTAATGAACCAGTAGTGTTTGATACCATTGCTTTAGATGAATCAGCTAAAACGGAAGAAGAACTGAATCAAGCTCGTGGCATTGTATACATCATGTTATTTTTGTTATACATGACTGTTATTATGTATGGCAATATGATTGCCACAGATGTAGCAACGGAAAAGTCATCTCGAGTAATGGAAATTCTTATTTCCAGTGCATCGCCTGTGACACATATGTTTGCTAAAATTATTGGTGTAGCGTTAGTCGGATTAACACAAATAGTACTGTTTTTAGGTGCTGGTTATGCGCTTATTACTGCCAAAGATGAAGCAACTAAAGAGCTATTTGCGCAGTTTGGGATTGGTTCTTCTTCTGCGTCGATTTATATTTATGCGATCGTATTTTTTCTCTTAGGCTATCTTCTCTATGCGACACTTGCAGCCATGTTAGGTTCGTTAGTTAGTCGAATTGAAGATGCGCAACAAATCATTATGCCGATGACATTTTTAATTGTTATCGCTTTTATCATCGCAATAAGTGGTCTTTCTACACCAGATGCCGGGTTTATTAAAATCACGTCGTTCATTCCATTTTTTACACCGATGATAATGTTTCTCCGAGTCGGTATGTTAGATATTCCTGTTTGGGAAATTGCCTTATCTATCGGTCTTTTAGTTGGAACCATTATTATTTTAGCGATTCTAGGAGCTAAAGTGTACCGTGGAGGAGTTCTCATGTATGGTCGATCTAGTTCACTAAAAGATTTAAAAAAAGCACTAGCATTATCAAAAAAAGAAAAATAA	MNKFWIILGHTYTTRVKSKSFIITTLITLVFIFALTNIKTIIDVFSDGEKDQIAVIDETDELFKPLAENVEQTNEDIELTLYEDTEEKAKQAVEEEEYAALILLSKNEKQLPKATYYANSISESSLQTTLEQQLQQLKTMYATEQAGVDPATLAMINEPVVFDTIALDESAKTEEELNQARGIVYIMLFLLYMTVIMYGNMIATDVATEKSSRVMEILISSASPVTHMFAKIIGVALVGLTQIVLFLGAGYALITAKDEATKELFAQFGIGSSSASIYIYAIVFFLLGYLLYATLAAMLGSLVSRIEDAQQIIMPMTFLIVIAFIIAISGLSTPDAGFIKITSFIPFFTPMIMFLRVGMLDIPVWEIALSIGLLVGTIIILAILGAKVYRGGVLMYGRSSSLKDLKKALALSKKEK	PGPT0006730_3334	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK148_02121	897		COG1131	Multidrug efflux system ATP-binding protein	ATGTTACAACTAAAAGAAGTAACAAAGAAATTTGGGACTCATACTGCTGTTGACCAGCTGTCATTGGAAATACCTGAAAGAGAAATGTATGGGTTTTTGGGCGGAAATGGTGCTGGGAAAACAACAACATTTCGTATGATTTTAGGATTATTAGACAAAACATCTGGAGACATATCATGGGAGGGAAAGGCAGTTAATTATGAAAAGAGTCATTTAATTGGCTATCTTCCTGAGGAGAGGGGACTTTATCCGAAGTTAACTGTGAAAGATCAACTTACTTATTTAGCAAGGCTTCGAGGAATGGGAAAGACAGAAGCAATTAAAGAGTTAAAATCTTGGCTTGATCGATTTCAAGTTCCAGAATATCTAAATAAGAAAGTTGAGGAATTATCCAAAGGCAATCAACAAAAAATCCAGTTTATTTCTGCGGTTATCCATAAACCGAAACTATTAATTTTAGATGAACCTTTTTCCGGACTGGATCCAGTAAATGTGGAAATGCTAAAAGAAGCAGTAGTGGATTTAAAAGAACAAGGGACATCGATTGTTTTTTCTTCTCATCGCATGGAGCATGTGGAAGAGCTTTGTGAGCATTTATGCATATTACATAAAGGCAAGCAAGTCGTTCAAGGGTCATTACGGGAGATAAAACGTTCCTTTGGTAAGAAAAACTTAAGTGTTTATGCTGACTTTTCCGTTGATTTTCTTAGCAATTTTCCTGGTGTTACGAAATATAAACCCGTTATGGAAGGGTGCGAGTTGCAAATTGAAAATGAAGCAGTGTCTCAAGGAATTTTCACTGCTATACAAGGCAAGGGATTTGTAAGAAAATTTGAGTTGGAAGAGCCGTCTCTCAATGATATTTTTATTGCGAAAGTAGGTGCTTCCTATGAATAA	MLQLKEVTKKFGTHTAVDQLSLEIPEREMYGFLGGNGAGKTTTFRMILGLLDKTSGDISWEGKAVNYEKSHLIGYLPEERGLYPKLTVKDQLTYLARLRGMGKTEAIKELKSWLDRFQVPEYLNKKVEELSKGNQQKIQFISAVIHKPKLLILDEPFSGLDPVNVEMLKEAVVDLKEQGTSIVFSSHRMEHVEELCEHLCILHKGKQVVQGSLREIKRSFGKKNLSVYADFSVDFLSNFPGVTKYKPVMEGCELQIENEAVSQGIFTAIQGKGFVRKFELEEPSLNDIFIAKVGASYE	PGPT0006725_16089	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_02122	324			hypothetical protein	ATGTTAAGTGACATTTATCTCGAAAAACCTATTGTCATTTGGATATTTCTTGTAGGAAATTTGCTCTTACTTCCGATTGTTTATTTTATCACCCGAACTATTGGTAAAAAGAAACGTTTATTTGATGAACGACATAAAGAAATGATGAACCAAGCAAAAGCGAAGTCTTGGAATATTACTTTTTTTGTCCTTTTTTTCGCATATATTGTTATGATGCTGTTTGATTATTATTATCTGCATCTCATTGTAATGTCTATTGTATTCCAATTACATTGTGGATCTTTTATGGTTGCTTCCGTTTATTTTAGATCAAAAGTAGAATGA	MLSDIYLEKPIVIWIFLVGNLLLLPIVYFITRTIGKKKRLFDERHKEMMNQAKAKSWNITFFVLFFAYIVMMLFDYYYLHLIVMSIVFQLHCGSFMVASVYFRSKVE				NA	NA	NA	NA	NA
AK148_02123	210			hypothetical protein	GTGAAAACACTTATTCGTGAAAAACGTATTCAGTTCGATATGACACAAGAGGAATTATCACAAAAGTTGGAAGTATCAAGACAGACGATCATATCCTTAGAAAAAGGGAAATATAAACCGTCGCTCATACTGGCTCATAAATTGGCACAGACATTTAACTGTACAATAGAAGATATTTTTATTTTTGAGGGGGATGAGAATGTTAAGTGA	MKTLIREKRIQFDMTQEELSQKLEVSRQTIISLEKGKYKPSLILAHKLAQTFNCTIEDIFIFEGDENVK				NA	NA	NA	NA	NA
AK148_02124	186			hypothetical protein	ATGCCAAATTATACATTGACTGTGTTTGATCCATCTGGTGAAAAATTGCTAGATGAAACATTTACAGCTACAAATGATGAAGAAGCGAAAAAAATAGGTACAGCTAAATTAGAAAAAGAAGGTTATTCCGAACATACACACCGTTGTGTTACACCAGATGCTAAACTTCTTTTGTTTCATCGTTGA	MPNYTLTVFDPSGEKLLDETFTATNDEEAKKIGTAKLEKEGYSEHTHRCVTPDAKLLLFHR				NA	NA	NA	NA	NA
AK148_02125	774	paaF	COG1024	2,3-dehydroadipyl-CoA hydratase	ATGGGAACGACCGTTATTTATGAAAGTAAGGAAGGAATTTCGTATGTTCATTTGAATCGTCCGGAACGTTACAATGCGATTCATTTAGAGATGTTAGATGAGTTATTAACGACGATTGAAAAAGTGGAGGCAAATGACGATAAAGTTGTGATTCTTTCTGGTGAAGGCAATGCATTTTGCTCAGGTGGAGATATTTCCATGATGAATCAATTAGCAGACTATAACGATTTTGCATCCATTATGGATTTAATTGGTGAAATTACGTTGAAGTTATATATGATGCCAAAAATAGTAATCAGCGCTATTCAAGGATCAGCTGTAGGTCTAGGGCTGAGTTATGCATTGACTGCGGACTTTGTTGTAGCACAGCAAGAAGCAAAGCTTGGTATGTTGTTTATTGGCATTGGTTTAGCTCCAGATGGAGGGGGGCATTTTTTGTTAAAGGAGCGAATTGGAGCGCAACGGGCAAAACAATTTATTTGGAGTTTACAACAAGTAGATGCTAGCAGCGCTAAAAAGCTTGGATTGGTTGATGAATTAGCGCAAGAACGCGTGATGCCATATGCCATTCAATTGGCAAATAAATTAAAACAGACACCTATACTATCTATGGTGGAAACAAAGATGATGTACCATTCACGCCAAAAAGAAACGCTTCTTGATTTTTTAGAAGCGGAAAAAGAGGCGCAGTGGAAGTTACGACAAACACAAGATCACGAAGAGGGTGTACAAGCTTTCTTAAATAAACGAAAGCCCGAATTTCGAGGGATTTAG	MGTTVIYESKEGISYVHLNRPERYNAIHLEMLDELLTTIEKVEANDDKVVILSGEGNAFCSGGDISMMNQLADYNDFASIMDLIGEITLKLYMMPKIVISAIQGSAVGLGLSYALTADFVVAQQEAKLGMLFIGIGLAPDGGGHFLLKERIGAQRAKQFIWSLQQVDASSAKKLGLVDELAQERVMPYAIQLANKLKQTPILSMVETKMMYHSRQKETLLDFLEAEKEAQWKLRQTQDHEEGVQAFLNKRKPEFRGI	PGPT0006070_2668	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION	XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006070-paaG-K15866	NA	NA
AK148_02126	354			hypothetical protein	TTGCCAAATATTTATGATAGTGCATATGAATTAGAAACAGCAATCCGTGAAAGTGAAGAGTTTAAGGCTTTAAAACAAGCTTATGATGAAGTGATGAACGACTCATCTGCTAAACAGATGTTTGATAACTTTCGAGAAACACAAATGACTTTACAAGAAAAACAAATGCAAGGTCAGGAAATATCGGAAGAAGAAGTAGAAAAAGCAAGGCAAGTTGTTGAAGTTGTTCAGCAACATGAAGCAATTTCTAAATTGATGGAAGAGGAACAACGGCTTAATATGGTAATTAATGATATTAGTCGAATTATTACGAAACCTTTAGAAGAGCTTTACGGCCCAGAAGCAAACGCATAG	MPNIYDSAYELETAIRESEEFKALKQAYDEVMNDSSAKQMFDNFRETQMTLQEKQMQGQEISEEEVEKARQVVEVVQQHEAISKLMEEEQRLNMVINDISRIITKPLEELYGPEANA	PGPT0026336_51	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0026336-ymcA-NA	NA	NA
AK148_02127	900			hypothetical protein	ATGAACGAACGTCTAAAAAAAATATTTCCTAATCTTATTATAGAACCAAAAGATGCCTCGCCAACATCAACCGTATATAAATGGTTTTTATTACAAAATGGTACGAAAGTAGGTATTCCTAAACAAGACTTAACAGATAAAGATATACATTTATTAGCAACATTTCTTACCCCTTACCGAGCCGACCTGCCACATCCCACGAAAAAAGAAATACGATGGCAAAGCATTGTCGAACAAACCATTGAACACGTCCCAACTGAGCCATTAACCTCCTACCGATTTGTTTATTTTTCTATGAAGGAAAGACAAATTGAACCGTTGATGTTTAAAGAATCGGTTCAAACACTATTCGATTATGAAATAGCCATTTTATGGGAAAACAGAAATGAAGGGGTATTTATTGAAGAAAAGATGGGAGCTCAAGATGAAAGCATTCCATATGAACAGATCATTGATGTATTAATGAATGACTTATCTGTAAACATACGCTTTTTAGTAGGACCTTATTTAAATAGCTATCAACAAGCAAGTATTCAATATATGCATATATTGACCTACGCGAAAACGGCGTTCAAATATGCAACTAAAGCCGTTTTAAAATATCAAGAAGCATTGCCCTACATATTGTTAGAACAAACGGATGACACATTTCAACATTACTTGTCTAAAGTGGCTTTGCAAGAATTTGCGACTGATAAAGACTTTTTACAAACCATACGTACTTTTTTACAATGTAACTTGAATATATCCGTTACAGCCAAAAAATTATATATGCACAGAAATAGCTTACAATATCGAATAGATAAATTTATTGAAAAAACTGGAATTGATCTTCGGCAATTTCACGAGGCCGTCACTGTCTATTTTGCACTTCTAGCAAACATGCACAAAGACGAATAA	MNERLKKIFPNLIIEPKDASPTSTVYKWFLLQNGTKVGIPKQDLTDKDIHLLATFLTPYRADLPHPTKKEIRWQSIVEQTIEHVPTEPLTSYRFVYFSMKERQIEPLMFKESVQTLFDYEIAILWENRNEGVFIEEKMGAQDESIPYEQIIDVLMNDLSVNIRFLVGPYLNSYQQASIQYMHILTYAKTAFKYATKAVLKYQEALPYILLEQTDDTFQHYLSKVALQEFATDKDFLQTIRTFLQCNLNISVTAKKLYMHRNSLQYRIDKFIEKTGIDLRQFHEAVTVYFALLANMHKDE				NA	NA	NA	NA	NA
AK148_02128	1098	msmX	COG3839	Oligosaccharides import ATP-binding protein MsmX	ATGGCTGAACTACGCTTAGAACATATTCAAAAAGTTTACGACAAAAAAAATGTTGCCGTTGATGACTTTAATCTTCATATCCAAGATAAAGAATTTATTGTCTTTGTTGGTCCATCTGGTTGTGGTAAATCAACAACGCTTCGTATGATTGCAGGATTAGAAGAAATTTCTGATGGCGACTTCTACATTGACGATAAGAAAATGAATGACGTTGCACCTAAAGATCGAGATATTGCAATGGTATTTCAAAACTATGCGCTATACCCTCATATGAATGTCTATGACAACATGGCATTTGGCTTAAAGCTAAGAAAATTTAAAAAAGATGAAATTGATAAGCGTGTAAAGAACGCTGCAAAAATATTAGGGCTAGAACCTTACTTGGATCGCAAGCCAAAAGCATTGTCCGGGGGACAGCGACAAAGGGTAGCGCTAGGAAGAGCTATCGTTCGTGATGCAAAAGTATTCTTAATGGATGAGCCTTTGTCCAACCTTGACGCAAAACTACGTGTGCAAATGCGTGCTGAAATTCAAAAGCTACATCGTCGCTTGCAAACAACTACGATTTATGTTACTCATGATCAAACAGAAGCGATGACAATGGCAACACGACTTGTTGTTATGAAAGACGGAATCATTCAACAAATTGGTGCCCCAAAAGATGTTTATGACAATCCTGATAATGTATTCGTCGGTGGTTTTATCGGATCACCTTCTATGAACTTCTTTACTGGAAAATTATCAGAAACACATTTTGAAATTGGTGATACGAAAATTGCAGTGCCTGAAGGGAAATTAAAGCCATTACGTGAACAAGGATATATAAATAAAGAAGTTACTTTAGGTGTTCGACCTGAAGATATCCATGATGAGCCAGTGTTTATTGAAGCATCTCCAGAAACAAAGATTACCGCTACCATAGAGGTGGCTGATTTAATGGGTGCTGAAACCTTCCTTTATTCCAAGATTAATGAGCAAGATTTCATCGCTCGCATTGATTCGAGAACAGATATTAATGTCGGCTCCAACATTGATTTAGCACTTGATATGAATAAAGCGCACTTTTTTGATATTGAAACAGAATTACGTATTCATTAA	MAELRLEHIQKVYDKKNVAVDDFNLHIQDKEFIVFVGPSGCGKSTTLRMIAGLEEISDGDFYIDDKKMNDVAPKDRDIAMVFQNYALYPHMNVYDNMAFGLKLRKFKKDEIDKRVKNAAKILGLEPYLDRKPKALSGGQRQRVALGRAIVRDAKVFLMDEPLSNLDAKLRVQMRAEIQKLHRRLQTTTIYVTHDQTEAMTMATRLVVMKDGIIQQIGAPKDVYDNPDNVFVGGFIGSPSMNFFTGKLSETHFEIGDTKIAVPEGKLKPLREQGYINKEVTLGVRPEDIHDEPVFIEASPETKITATIEVADLMGAETFLYSKINEQDFIARIDSRTDINVGSNIDLALDMNKAHFFDIETELRIH	PGPT0016310_3575	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
AK148_02129	198	sasP-C_2		Small, acid-soluble spore protein C	ATGGCTAGAAACAGTTCAAATCAGCTAGTCGTTCCTGGCGTACAGCAGGCTCTTGATCAAATGAAGTATGAAATTGCTCAAGAATTTGGTGTGAATTTAGGTCCAGATTCTACTTCTCGTGCTAATGGATCAGTTGGAGGAGAGATTACGAAACGACTTGTGCAAACAGCACAACAACAATTAGGACCAAAAGCATAA	MARNSSNQLVVPGVQQALDQMKYEIAQEFGVNLGPDSTSRANGSVGGEITKRLVQTAQQQLGPKA	PGPT0024865_306	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024865-SASP_B|sspB-K06419	NA	NA
AK148_02130	1386	fumC		Fumarate hydratase class II	ATGGAGTATCGTATAGAAAAAGATACGCTTGGAGAAATTCATGTACCAAAAGAAAAATATTGGGGGGCGCAAACACAAAGAAGTAAACAAAACTTTCCTATTGGTAAAGAGACAATGCCATTAGAAATAATTAAAGCGTTTGCGATTTTAAAAAAAAGTGCAGCTCTTGCAAATAAAGAACTAGGTCTTATGGAACCAAAAAAAGCGGAAGCAATTGAAGTAGCTGCAGAACAAATTGTTCGAGGCGAATTAACAGAACACTTTCCTTTGGTAGTATGGCAAACAGGTAGCGGTACACAATCAAACATGAATGTGAATGAAGTTATTGCACATGTAGGGAACAAGTGGTTGAAAGAACAAGGAAGTGAATGGACTTTACATCCTAATGATGATGTGAATAAGTCTCAAAGTTCTAATGATACATATCCTACAGCAATGCATATAGCTTTTGTATTGAAGCTGGAGGATAAAGTTCTGCCTGCTTTACGCACATTAAAAGATACATTGAAAGTAAAGATGGACAACTATCAAGATATTGTAAAAATTGGTCGAACACACTTGCAAGATGCTACACCCCTTACATTAGGACAGGAAATTAGCGGTTGGCATCGCATGCTTGAAAAATCAGAAATGATGATTGAGCAAAGTACTACTTATTTAAAAGAGCTAGCAATAGGCGGCACCGCTGTTGGTACAGGTTTAAACGCTCATCCAGAATTTTCGGAGCACGTGTGTAAACAGATAAATGCTACCACTGGTAAAAACTTTATTTCCGCTCCGAATAAATTTCACGCTTTAACGAGTCACGATGAGTCTGTTTATGCGCATGGAGCTTTAAAGGCGTTGGCTGCTGATTTAATGAAAATTGCTAATGATGTGCGCTGGCTTGCAAGTGGACCAAGATGTGGGATTGGAGAAATTAATATTCCAGCGAATGAACCAGGAAGTTCCATCATGCCGGGTAAGGTAAACCCAACGCAAAGCGAAGCAGTTACGATGGTTGCCACCCAAGTGATGGGAAATGATGCAACTATTGGTATTGCTGCTAGTCAAGGTAATTTTGAATTAAATGTCTTCAAACCAGTAATCGCATATAATTTCTTACAATCTTGTGAGCTTCTGGCAGATAGCATCGTATCATTTGATGAGCGTTGTGCAAAAGGAATTGAACCAAACTTAGAGAATATTGACAAAAACTTAAAAGATTCTTTAATGTTAGTAACAGCATTAAATCCACATATTGGATATGAGAATGCAGCTAAAATAGCCAAAGCTGCTTTTGAAAATAATGCAACCTTGAAAGATACAGCAGTCAAATTAGGTTTACTTACCGAAGAACAGTTCGAACAATATGTAAATCCTAAGGAAATGACCTATCCAAAGTAA	MEYRIEKDTLGEIHVPKEKYWGAQTQRSKQNFPIGKETMPLEIIKAFAILKKSAALANKELGLMEPKKAEAIEVAAEQIVRGELTEHFPLVVWQTGSGTQSNMNVNEVIAHVGNKWLKEQGSEWTLHPNDDVNKSQSSNDTYPTAMHIAFVLKLEDKVLPALRTLKDTLKVKMDNYQDIVKIGRTHLQDATPLTLGQEISGWHRMLEKSEMMIEQSTTYLKELAIGGTAVGTGLNAHPEFSEHVCKQINATTGKNFISAPNKFHALTSHDESVYAHGALKALAADLMKIANDVRWLASGPRCGIGEINIPANEPGSSIMPGKVNPTQSEAVTMVATQVMGNDATIGIAASQGNFELNVFKPVIAYNFLQSCELLADSIVSFDERCAKGIEPNLENIDKNLKDSLMLVTALNPHIGYENAAKIAKAAFENNATLKDTAVKLGLLTEEQFEQYVNPKEMTYPK	PGPT0001650_3875	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
AK148_02131	912			hypothetical protein	GTGCCCAATATTTGGACTCATATTATGTTTTGTGAAGAAATGGCTGATGCGGTAACAAAGACCCATCAATTTCCAAGTTACGAACCCATGATGAAATTAGGCGCCCAAGGACCTGATCCTTTCTTTTATCACCGTTTTTGGCCATGGATGAAAGAGGGAAAAGCTCAAGAAATAGGCTTAGCATTACATGAAACAAAATGTGGGCCATTTTTACTTGATTTAATACACACAGCTAAAACCATGGATAATCAAGTAAAAGCTTATGTATTTGGCTTCATTACACATCATATATTGGATCGCAATACACATCCATACATTCATTACTACGCAGGTTATGAAGGGAATAAACATCAAAAATTAGAAATCATTATTGATACGTTAATGCTGCATAAGTTCAATAACTTAAAGACATGGAAAACACCGGTTTATAAAGAAATTGACGTTGGAAGGAAATTAGATAAACAAATTGTTCGCTTACTTTATCAAATAATTAATAAACACTATCCAGAGTTAAAAGCAACTCCATTCTATATTCAAAAATCATATAAAGATATGAAATTAGCCTTAAAAATATTATCAGATCCATATGGGTGGAAGAACCGTCTCTTCCCTTCCCTTATTTCATCCTATTCTCATCAACCGGTGGAAAATGAGAAGGATTATTTGAATGAGAAAAAAAATACTTGGTATCACCCCGCAACTAGAGAACCAAGCAACAAAAACTTTATTGAACTATATCAACAAGCAAAAACAGAAGGTGTAAAAATCTTAACTACTGTCCATCGTTATTGGAAAGAACAACATGATGAGCTGTATCATGAGTTAGCTCTGCAAATTGGCAACATATCTTATGATACTGGCAAGAGTCTTGCGTTAAAACTAGCCAACCAATATGCTGATCCAATTGTATAG	MPNIWTHIMFCEEMADAVTKTHQFPSYEPMMKLGAQGPDPFFYHRFWPWMKEGKAQEIGLALHETKCGPFLLDLIHTAKTMDNQVKAYVFGFITHHILDRNTHPYIHYYAGYEGNKHQKLEIIIDTLMLHKFNNLKTWKTPVYKEIDVGRKLDKQIVRLLYQIINKHYPELKATPFYIQKSYKDMKLALKILSDPYGWKNRLFPSLISSYSHQPVENEKDYLNEKKNTWYHPATREPSNKNFIELYQQAKTEGVKILTTVHRYWKEQHDELYHELALQIGNISYDTGKSLALKLANQYADPIV				NA	NA	NA	NA	NA
AK148_02132	1296			hypothetical protein	ATGAAGAAAAAGACCACCCTTAGTTGGGTGCTTTACGATTTTGGTAATTCTGCGTTTGCGACAACGGTTATGGCGGCGGTTTTACCGGTTTTTTATTATGATGTCGCAGCAGTTGGTGCAAATCAAAACTTAGCGGCTAGCTTTTGGGGTTATTCTCAATCTTTTGCTGTATTAATCGTAGCTATTTTAGCACCAATCTTAGGGGCGATTAGTGATTATTCAGCTGCGAAAAAGCAGTTTTTGCAGTTTTTTGCTTATATGGGAATGATCGCTAGTATTTTACTCGCTTTCGTGGGTGAAGGAGACTACATATTTGCGTCCATACTACTCATTATTGGAACGATTGGATTTTCAGGAGGGAATGTTTTTTACGATGCATTTTTACCTGAAATCGCCAAAGAAGGCGATATAGATAAAGTGTCTGCTGCAGGTTTTGCTTGGGGATATATAGGTGGCGGAGTACTCTTAGCGATTAACATTCTCATGATTTTAAAGTTTGATTGGTTTGGAATTTCAAATGCTACAGCGGCAAGTCAGCTAGCTTTTGTAACTGTCGGAATATGGTGGTTTTTATTTTCACTTCCACTTTTTCGTAATATTAAAGAAGAAAAGAAACAAGCTGTAAAACGGGATAAATCTTATGTAGCTATTGGTTTTTCTAGAGTTGTTACTACATTTAAAGATATAAAACAATACAAGCAATTATTAATCTTTTTATTAGCTTTCTGGATGTATAATGATGGCATCTCTACCATTATAAAAATGGCTACCATTTATGGAAGAGACATTGGAATAGATGGAAACAGTTTAATTGTAGCTTTATTGATTACTCAATTTGTAGGCATTCCTTGTACTTTTTTCTTTGGGTGGCTTGCTAGTAAAATAACGGCAAAAAAAGCTCTGTCGATTTCTTTATATGCATATACAGGTATTGTATTATTTGGATATTTCATGACATCCGCTTTGCATTTTTATTTGCTTGCTATTTGTGTAGGGGTTGTCCAAGGCGGAGCGCAGTCGTTAAGTAGATCGATTTATGGTCGAATGGTTCCAGAACATAAGCATGCTGAGTTTTTTGGCTTTTACGGTATTTCCTCTAAGTTTGCTGCTATTTTTGGACCGTTCTTATTTGGGCTTGTGGGGCAGCTATCAGGATCAAGCCGCTATGGAATTATCTCGTTACTTGTCTTTTTCATTGGCGGTATCCTTTTATTAAAGTTTGTGAATATTGAAAAAGGTATTGCGGACGCTGCAAGGCAAACCCCCGCTTCAGAAGCTGGGGTTATCCTAAAATAG	MKKKTTLSWVLYDFGNSAFATTVMAAVLPVFYYDVAAVGANQNLAASFWGYSQSFAVLIVAILAPILGAISDYSAAKKQFLQFFAYMGMIASILLAFVGEGDYIFASILLIIGTIGFSGGNVFYDAFLPEIAKEGDIDKVSAAGFAWGYIGGGVLLAINILMILKFDWFGISNATAASQLAFVTVGIWWFLFSLPLFRNIKEEKKQAVKRDKSYVAIGFSRVVTTFKDIKQYKQLLIFLLAFWMYNDGISTIIKMATIYGRDIGIDGNSLIVALLITQFVGIPCTFFFGWLASKITAKKALSISLYAYTGIVLFGYFMTSALHFYLLAICVGVVQGGAQSLSRSIYGRMVPEHKHAEFFGFYGISSKFAAIFGPFLFGLVGQLSGSSRYGIISLLVFFIGGILLLKFVNIEKGIADAARQTPASEAGVILK				NA	NA	NA	NA	NA
AK148_02133	729			hypothetical protein	ATGAAAGATACATACTCTATTGGCGAAGTAGCAAAACTGCTTCAAATCTCGATTCATACCATTCACTATTATGAAAAAGTTGGTTTACTTCCTAAAATAGATCGATTAGAAAATGGTTACCGTTATTTTGATACAGAATCAATATTACGCTTAAAAGGTATTGTTTTGCTTAGAGCGTGCGGAATGTCCATAGATAATATCTTGAAAATTCATCAAGATAATTCTATTGAAAATAATCTTGATTTAATGCTAGATACATCTAAAATGCTGGAAAGTCATATTACGGATCTTCAAAATATAAAAAGAGAGCTGGATGAAGCCATTATTGCCTCAAAAAATTTCCATACTAAAGCTAGCTCTTCGATTGTAATGGAAAAAATTACAGGGTGGTTTAACCCTTACTTTAACAATGAAATTTCTCTAACTGATTTTTTAGAGGATGACGATACAGCTTGGCTTCTCCAAGATGAAGAATTTGTTATGGGAAAAATGAACGCATCACAAGAATCGGAAGACTCCCTTTCACTTGAAGATCAGTTATATTTATGCTGTTACTTTTCATTTAATAATGAAGAAGCAATCGAACAAGCCTTAAAAAATTTGCTCGCTTATGCAGCAAATAAAAAGTATAATACGAAAGATTATGCTCTTTTAACAGTATTATCGAAACCATCCATTTCCCTAGGACACCATTTAGCAGGACGCCTTATGCTGGCATTACATGATTAA	MKDTYSIGEVAKLLQISIHTIHYYEKVGLLPKIDRLENGYRYFDTESILRLKGIVLLRACGMSIDNILKIHQDNSIENNLDLMLDTSKMLESHITDLQNIKRELDEAIIASKNFHTKASSSIVMEKITGWFNPYFNNEISLTDFLEDDDTAWLLQDEEFVMGKMNASQESEDSLSLEDQLYLCCYFSFNNEEAIEQALKNLLAYAANKKYNTKDYALLTVLSKPSISLGHHLAGRLMLALHD				NA	NA	NA	NA	NA
AK148_02134	609			hypothetical protein	ATGTTTACCATTAAAAAAGGGTTTGACGAATCAAATAGACAAAGAGCAGCAAAACTATATAGTGAAGCATTTGAGCGAAAATTTTCTAAAGTCGTGGGTAATAGAGAGGTTGTTGAAGGTCTACTTGAACAATCTATGGATTCTCAGTTTTGTTTTGGTGCCTACAACGAAAGCAACCAATTGGTAGGACTGATGGGGTTTCACGTTCACAATCAAGCTTTGATAAAATTAAAGATTTCTAGCTTCATTAAAACATTTGGTGCTATTCGAGGGATCTATAAAGCATCTTTATTGCAATTGCTTTTTAATCACAAATCGGATAATGCCAAACAATTACTAATGAACGGTGTTGCTATTGAGTCTACTTATCGTGGCAGAGGCATCGGTAGTCAACTTTTCGAAGCGTTATTCACCTTTGTAAAATCAGAAGGGTATGAAAGTATAAAATTGCATGTTATTGATGAAAACCCACGGGCTAAAGCACTCTACGAACGGCTTGGATTTGTACAAAAGAAACACGAAAAAATGCCTGAATGGGCAGCAAATTTATTTGGTGTAAGCGGATTTTCTGCAATGGTATTACCAATAGGGGGGAATGAAGCGAAATGA	MFTIKKGFDESNRQRAAKLYSEAFERKFSKVVGNREVVEGLLEQSMDSQFCFGAYNESNQLVGLMGFHVHNQALIKLKISSFIKTFGAIRGIYKASLLQLLFNHKSDNAKQLLMNGVAIESTYRGRGIGSQLFEALFTFVKSEGYESIKLHVIDENPRAKALYERLGFVQKKHEKMPEWAANLFGVSGFSAMVLPIGGNEAK				NA	NA	NA	NA	NA
AK148_02135	1026			hypothetical protein	ATGAACAATCGTACAAAACTTGCTATAGGGGGAGCTATTGTTGGAATAGTATTTGTTGCTTTCCTTATCATTAGATTTAATGAATTCGAGATTCAGGCACAACAGGAAGTTCCTATGGAATTCAAAGCTTCTGGAGAAAAATTATCAGGATCGTTATATTTACCTAAGTCACCCCCACCTTATGATGTTGCAGTGTTTATACATGGCGACGGACCACAAAATCGGACTTCAAATGGGGACTATGCATTTATAATGAACGCTTTACTAAAAAACAATATTGCTTGTTTCTCTTTTGATAAAGCAGGGATAGGGGACTCTGAAGGCGATTGGCTCTCTCAAACTATGGAAGATAGGGCAAAGGAAATTGAATCTGCTATGCAAATGCTTCGAAAAGAAACGCAAGTTAATACCATTGGCGTTATAGGGTTTTCGCAAGGCGGATGGGTAACATCTGAACTCGCAAAAGGTAAAACGAAAATGGATTTCATGATCGTTATTGGTGGAGCTATCGATTGGATGGAGCAACACATTTACTATGAAAGTCATATCGCCAATCAAAAAGGTTTTACTAAACAGGAAAAATTGGCATATTTGCAGTATATTAAGGAGGCAGATAACTTAGTTGCACAAAACGCCTATGCAGACTACGTAAATTTTGTAAACCAAATGGCTTATGAAAAACCTATGTCAAAAGAACGCTTTCATTTCGCTTATCTTAACCACGAGGCAAACGCAACGGATGGTATAAAAGATATTCAAGTACCTTTTCTTGGATTATTCGGTGAAAACGACTTAAATGTGGACGCACAAGAGAGTTATAACACATATAAAGCGATTTTCAATGATATGGGCAAAACAAATTATGAATTGGTGATGCTACCGAATGCTACTCACGAACTTTTAGATGCTAAATATAATACACAACGGGAAGACTTGACACGTGACGCTCTTTTATGGGGAGATCGGATTTATGCGGATGGGGCGCTGTTTACGTTAGTAGATTGGATCCAAAAGACCGTAGATTAA	MNNRTKLAIGGAIVGIVFVAFLIIRFNEFEIQAQQEVPMEFKASGEKLSGSLYLPKSPPPYDVAVFIHGDGPQNRTSNGDYAFIMNALLKNNIACFSFDKAGIGDSEGDWLSQTMEDRAKEIESAMQMLRKETQVNTIGVIGFSQGGWVTSELAKGKTKMDFMIVIGGAIDWMEQHIYYESHIANQKGFTKQEKLAYLQYIKEADNLVAQNAYADYVNFVNQMAYEKPMSKERFHFAYLNHEANATDGIKDIQVPFLGLFGENDLNVDAQESYNTYKAIFNDMGKTNYELVMLPNATHELLDAKYNTQREDLTRDALLWGDRIYADGALFTLVDWIQKTVD				NA	NA	NA	NA	NA
AK148_02136	234			hypothetical protein	ATGAAAAAGCAGAAGATTGTATATCAATTCTTTCGATACAATGGAAAAAAGGTAAAAGCGAAGCGAGAAATTACGTTTGAACTGCGATTGTCTAGTCGTCTGCTTTTGGATGAAATATGCTTTAATTATAATAAAGCATATCTTGAGAAACAAATTAATCGTTCCATTGATGAAGGGAATAAAAGCGATTTTTTGAAATGGAGTAAAGCGTATAAAACCTTCCTTTGGGAATAA	MKKQKIVYQFFRYNGKKVKAKREITFELRLSSRLLLDEICFNYNKAYLEKQINRSIDEGNKSDFLKWSKAYKTFLWE				NA	NA	NA	NA	NA
AK148_02137	873	mneS	COG0053	Manganese efflux system protein MneS	ATGAATCATTCGGATAACTTAAAAAAGGGAGAAAAAGGGGCTTGGATAAGCATCTTTGCGTATATCATATTGGCTGCTAGCAAATTAGTAATTGCTGCAATTGGAAATTCTGAAGCTTTACGTGCCGATGGATTGAACAACGCAACAGATGTTGTTGCTTCCATAGCTGTTTTAGTCGGTCTAAAAATATCTCGCAAACCACCAGATGAAGATCATCATTATGGACATTTCCGAGCAGAAACAATTGCTTCTTTATTTGCGGCTTTTATTATGATGTTAGTAGGAATTCAAGTAATTATAGAAACATTCCAATCTATCTTAAAGGCACATTATGTCCAGCCTGATATGCTAACAGCATGGACAGCATTAGTTGCCGCTATCATCATGTTTATGGTTTATTTTTACAATTTACGTCTTTCTAAAGCCGTTTCAAGTTCTGCATTATATGCGGCTGCTCAAGATAACCGCTCCGACGCATTAGTTAGTATTGGTGCTTTTATCGGCATTATCGGTGCTCAGTTTGGTTTATTTTGGCTAGACCCAATCGCAGGATTAGTCGTAGGTTTTATTATTTGTAAAACAGCTTGGGGTATTTTTAAAGATGCTACACATACATTAACAGATGGTTTTGATGAGAATCAAATAGAAAAAATAAAATCAAGTGTATTAAAAGATCCTGATGTAAAACAGTTGTATGATATTAAAGGAAGAATTCACGGTAATCAAGCATTTGTTGATATTACAATATTGGTTGACCCAAACCTTAATGTAGAAGAAAGCCATGCGATTACCGAACGAATTGAAAGATATTTATATAGGAATTACCATATCACACATGCGCAAATTCACATTGAACCTTACCGAAACTTTTAG	MNHSDNLKKGEKGAWISIFAYIILAASKLVIAAIGNSEALRADGLNNATDVVASIAVLVGLKISRKPPDEDHHYGHFRAETIASLFAAFIMMLVGIQVIIETFQSILKAHYVQPDMLTAWTALVAAIIMFMVYFYNLRLSKAVSSSALYAAAQDNRSDALVSIGAFIGIIGAQFGLFWLDPIAGLVVGFIICKTAWGIFKDATHTLTDGFDENQIEKIKSSVLKDPDVKQLYDIKGRIHGNQAFVDITILVDPNLNVEESHAITERIERYLYRNYHITHAQIHIEPYRNF				NA	NA	NA	NA	NA
AK148_02138	288			hypothetical protein	ATGCTGTTTATTGTAGCCGGGATGGCACTGGTAACGATGATTCCTAGAGTAATACCAGCTTTTATTGTAGATAAACTGCAATTTCGGGATTGGGTAAATCGATGGCTGAATGCTATTCCATATGCTGCGTTAGGGGCGCTCATTTTTCCGGGGATTATGTCAGTAAAAGCAGATGAACCGCATATCGGCTTGTTTGGTGGTATTGTTGCTATTCTATTAGCATACTTAGGCGTTCATATTATACTTGTCGTTATTACAGCTATTGTAACGGTGTACTTACTAACATAG	MLFIVAGMALVTMIPRVIPAFIVDKLQFRDWVNRWLNAIPYAALGALIFPGIMSVKADEPHIGLFGGIVAILLAYLGVHIILVVITAIVTVYLLT				NA	NA	NA	NA	NA
AK148_02139	729	ygaZ	COG1296	Inner membrane protein YgaZ	TTGGATACGAACTATGGAGAAGGATATAATGAATCTCCTTCAGCTATGATACAAAAAGGGTTCGCTAAGGGCTTTCCTATTATGGTTGGATATATTCCAATAGCAATAACGTACGGTGTATTGGCAAAACAGGCAGGGATGTCGCTAACAGAACTGACATTAATGAGCGTGTTTGTGTTTGCTGGAGCTAGTCAATTTATGGCGGCGAATATGATAGCGGTAGGAGCTGGAGCACTTGAAATTATTGTGGCAACTTTCGTACTCAATTTTCGTCATTTTGTGATGAGTTTTTCTTTTATGAATCGATTGCGAGGGTTAGAATTAAAATGGAAACTTCCCATGTCGATGGGACTAACAGATGAAACCTTTGCAGTTACTGCTATGTATCCAAAAAAAGCAAGTATGAAGCATGGCGTTTATTTTTATGGTGCAATTATTCTCACTGCCTATCTCTCATGGGTTATTGGTTCTTTTTTAGGAGGAATAATTGGAGAAATTATTCCTGAAAGGTTAAGCCAAAGCATGGGTATTGCTCTTTATGCCATGTTTATTGGTCTTTTAATGCCTTCTGTGAAAAAAAATAAACAAGTGGCATTAATCGCTGTTTTAGCTATGCTCATTAACGCAATCTGTGTACAACTAGGAATGAGTACAGGTTGGGCAATTGTATTAGGTACTTTATTAGGTGGGTTAAGTGGAATTTATTTTCTAAAGGGGGAACAAGCATGA	MDTNYGEGYNESPSAMIQKGFAKGFPIMVGYIPIAITYGVLAKQAGMSLTELTLMSVFVFAGASQFMAANMIAVGAGALEIIVATFVLNFRHFVMSFSFMNRLRGLELKWKLPMSMGLTDETFAVTAMYPKKASMKHGVYFYGAIILTAYLSWVIGSFLGGIIGEIIPERLSQSMGIALYAMFIGLLMPSVKKNKQVALIAVLAMLINAICVQLGMSTGWAIVLGTLLGGLSGIYFLKGEQA				NA	NA	NA	NA	NA
AK148_02140	1377	nhaC_1	COG1757	Na(+)/H(+) antiporter NhaC	ATGTTTCCAATTCAACCAAAACATCAACCAACTTTATTAGGTGCCATTGCATTTTTTATTATCATTGTTAGTTTAATTAGCTTCTTTATTATTAAGCTGGGAACAAATCCACATATTCCAATTATTTTAGGTATTTTTCTATTACTTGCCTACGGTCTTATTTGCAAGATATCGTTTATTGATTTACAACATGGTCTAGTAGAAGGTGCTAAAACGGGAATGGGTGCAGTATTTCTATTTTTTGTCATTGGTATTCTAATTAGCAGTTGGATGATTAGCGGCACTATTCCAGCACTCATTAATCTTGGCTTTTCTTTTATTGGCACTACTTGGTTCTATGCTGTCGTATTTTCGATTACAGCAATTATCGGCGTCTCTATGGGAAGTTCATTAACAACAACTGCCACAATTGGAGTAGCTTTTATTGGTATGGGGGATGCTATGGGAGCATCAATGGCGATTACAGCAGGTGCTATTGTTTCAGGAGCTTTTTTTGGAGATAAAATGTCACCCCTTTCCGATACGACGAATCTTGCGTCAACTGTAGTAGGTGTAGATTTGTTTGAGCATATTAAGCATATTAGTTTAACGACAATTCCTGCCTTTATTATTTCGTTTATTATATTCGCTTTCCTCTCACCAGAAGCAACTTCAACATCTATCGGAAGTGGAAAAGCGTATCAAGAAGCTTTGGAGGCAACGAATTTAATTCATTGGACTTCTTGGATTCCTCTAATTGTACTAATAATATGTACGTATTTCCGGATACCAGCCTTCATTTCTATTTCGCTTAGTAGCTTAGTTGCTACAGCTTTTGCCGCCTTTACAAGCAATCTAGCGTGGAATGAAATTTGGAGCATTTGGTTTAATGGTTACACTGCGACAACAGATTTTGAACCAGTTAATTCGCTGCTTACAAAAGGTGGAATGAACAGTATGCTGTTTACGATCTCCTTAGTTATTTTGGCTTTAGGGTTTGGTGGTTTATTATTTGTAACTGGAATCATTCCTACATTACTATTAACATTACAAGAAAAATTAAAACGCGTCCGTTCTATTGTCGTTTCAACAGCAGCAACAGCTATTGGAGTAAATATTTTAATTGGTGAACAATATCTCTCAATCATGCTAACAGGCGAAACGTACAAAACGATTTACACAAAAGCGAAACTACCAAAGAAAGTATTAGCACGTACTTTAGAAGATGCTGGGACGGTTATTAATCCACTTGTACCATGGAGTGTATGTGGAGTATTTATTGCTGATGTTCTAGGTGTCTCTGTCTTAACCTATTTACCATTTGCTTTTTTCTGCCTGTTAAGTCCCATTATTACGATGATTTTCAGTGGAAAGTCATTTGAAACTTCCAAAAAATAA	MFPIQPKHQPTLLGAIAFFIIIVSLISFFIIKLGTNPHIPIILGIFLLLAYGLICKISFIDLQHGLVEGAKTGMGAVFLFFVIGILISSWMISGTIPALINLGFSFIGTTWFYAVVFSITAIIGVSMGSSLTTTATIGVAFIGMGDAMGASMAITAGAIVSGAFFGDKMSPLSDTTNLASTVVGVDLFEHIKHISLTTIPAFIISFIIFAFLSPEATSTSIGSGKAYQEALEATNLIHWTSWIPLIVLIICTYFRIPAFISISLSSLVATAFAAFTSNLAWNEIWSIWFNGYTATTDFEPVNSLLTKGGMNSMLFTISLVILALGFGGLLFVTGIIPTLLLTLQEKLKRVRSIVVSTAATAIGVNILIGEQYLSIMLTGETYKTIYTKAKLPKKVLARTLEDAGTVINPLVPWSVCGVFIADVLGVSVLTYLPFAFFCLLSPIITMIFSGKSFETSKK	PGPT0013945_1395	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013945-nhaC-K03315	NA	NA
AK148_02141	753	map	COG0024	Methionine aminopeptidase 1	ATGATTACAAGAAAAAGTAAACGTGAAATAGAACAAATGCAAAAAGCTGCTGATGTGTTAGTAAAATGCCATAAAGAAATTGCCAAAATAATAAAGCCTGGAATTACGACGATGGAGATTGATGCATTTACAGAATCATTTTTAAAGAAACATGGTGCAACTCCTGAGCAAAAAGGGTTTAATGGATACCCTTATGCTATATGTGCCTCCATTAACGATGAAATTTGTCATGGTTTTCCTCGCTACGAAAAGCTAAAGGATGGGGATATTGTAACGATTGATATGGTTGTAAACGTCGATGGAGGGCTTGCCGACTCTGCATGGACATATGCGATTGGGAATGTAGATGAGAAAGGTCTTCGATTGATGGAAGTTACAAAAACATCGCTGTATAAAGGGATAGAGCAAGCACGTGCTGGCAAGAGAATTGGCGACATCGGCCACGCCATTCAGCAATATGCAGAAGGGGAGGGCTTTTCCGTTGTGCGCGATTTCACTGGTCACGGTATTGGTCCAACCCTACATGAAGATCCACACATCCCTCATTTTGGGTTACCAAATAAAGGGTTACGTTTAAAAGAAGGGATGGTTATTACAATAGAACCGATGATTAATGAGGGAAGCTGGCATAGTCAAATGGATAGCAATAATTGGACTGCCAGAACCATTGATCAGGGTCGTTCTGCACAGTATGAGCATACGATAGTAATAACAAAAGATGAACCCATTATACTTACAGAGCAAGATAAATGA	MITRKSKREIEQMQKAADVLVKCHKEIAKIIKPGITTMEIDAFTESFLKKHGATPEQKGFNGYPYAICASINDEICHGFPRYEKLKDGDIVTIDMVVNVDGGLADSAWTYAIGNVDEKGLRLMEVTKTSLYKGIEQARAGKRIGDIGHAIQQYAEGEGFSVVRDFTGHGIGPTLHEDPHIPHFGLPNKGLRLKEGMVITIEPMINEGSWHSQMDSNNWTARTIDQGRSAQYEHTIVITKDEPIILTEQDK	PGPT0020010_8705	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
AK148_02142	108			hypothetical protein	ATGGGTAAAGAAGGTTACGGCTATGGCGGAGGTTTCGCCTTATTAGTTGTACTATTTATTTTATTAATTATTATCGGTACTGCTTACACTGGATATGGATGTTGCTAA	MGKEGYGYGGGFALLVVLFILLIIIGTAYTGYGCC	PGPT0024985_366	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024985-yjcZ-NA	NA	NA
AK148_02143	759	yueD		Benzil reductase ((S)-benzoin forming)	ATGGATTATGCAATTGTTACAGGAGCTTCACAAGGATTGGGAAAAGAAATAGCTAAGTTGCTATTGAGTTATGGAGTATATGTAATCGGTATCTCCCGAAGTAAGATTACTGATTTACACAGTGTAGCTGATAAATATAAGGTTACCTTTCAAAGTATTGCTTATGATTTAGTGGATGTAGCGAATCTAGAAGTTCTTCTTGATACAATCACTACAAAGCATATGAAAAATGACGTTAGAAAGCTTTATCTTGTGAATAATGCAGCTGTTATTGAACCGATTAATCAGGGAACTCATATATTACCTACGTCTTTAAATTACCATTTTCAGATTAATGCTGTCGCGCCAATGGCATTAACGAATTTGTTCTTACAGTTTGCGAATCAAAAACAAATTCCACTAACTTGTTTAACAGTGACTTCTGGTGCTGCTGAGAAACCGACGTTTGGATGGACTGCTTATTGTAGTTCTAAGGCTAGTGTAAACATGTATACAAAAACCATTGCTAAAGAGCAAGATGAGCTAAATACGAAACATACTATCATTGCTTTCAGTCCAGGTGTTATGGATACGGAGATGCAAGCACAAATTCGTTCCAGTGAAAAATCTGCATTTCAAGCAGTAGACACATTTAAAGCGTACTATGAAACTAAACGGTTGCAACAAGCAGATAAAATTGCCTCTATAGCTACAGAGATCATGTTAGACAATAACATAGAAAATGGACGAATATATTATGCACGTGATTATTTATCTTAA	MDYAIVTGASQGLGKEIAKLLLSYGVYVIGISRSKITDLHSVADKYKVTFQSIAYDLVDVANLEVLLDTITTKHMKNDVRKLYLVNNAAVIEPINQGTHILPTSLNYHFQINAVAPMALTNLFLQFANQKQIPLTCLTVTSGAAEKPTFGWTAYCSSKASVNMYTKTIAKEQDELNTKHTIIAFSPGVMDTEMQAQIRSSEKSAFQAVDTFKAYYETKRLQQADKIASIATEIMLDNNIENGRIYYARDYLS				NA	NA	NA	NA	NA
AK148_02144	1368	dapE		Succinyl-diaminopimelate desuccinylase	ATGAGTGAACAAGTATTGCTATACTTAAAAAAAAATCGATCATATTTTCTGAAACGGCTGTTTAAATTCTTAGAAATACCTAGTATTAGCACAGATAGCGATTATAAGGAAGATATGGAAAAAGCAGCAGACTTCATTGTTACATATTTGCAAAAGATTGGCTTTGGCTCAGCTGAGAAACAGCCAACAAATAACCATCCGCTTGTTTATGGTGAATACAATGGTGCTGGAAAAGATGCGCCGACAGTGTTGTTCTATGGACATTATGATGTGCAACCAGCTGATCCAATGGAATTATGGCATAGTAACCCATTCCAACCAGAAATTAGAGACGGAAGGCTATATGCACGAGGTGCAAGTGACGACAAGGGACAAGTATTTATGCATTTGGCCGTATTTGAAGCTTTTTTAAAAACAGAAGGAAAACTACCTGTGAACGTTAAAGTATGTATTGAAGGTGAAGAAGAAATTGGTAGTGAGAATTTATATAACATATTGCAAGAACACCAAGAACAGTTTTCGGCAGATTTTGCAGTGATATCTGATTCGGGGATGGTTGCTAAAAATCAGCCAACCATTTTGTATGGCTTAAAAGGATTCACAGGATTGGAGATTACCGTAAAAGGGCCGGACCATGATTTACATTCTGGCATGTATGGTGGGGCAATTAGAAATCCAATTATGGCATTAAGCCACATTTTATCCTCCATGAAAAATGAAGAAGAGTTTATTACAGTCGATGGCTTTTATGATGATGTAGAGCCTTTATCAAGTAAAGAGAGAAAAATGATGGCAGCTGCACCTAGTGAAGATTTTGCTAAGTCCGCTGGTGTAAATCAAACTGTTTCCGAAAAAGGATATACACCCGTCGAACATACAATGGGCCGTCCAACTTTTGAAGTGAATGGAATATTTGGTGGTTACCAAGGGGAAGGCACGAAGACAATTATTCCTTCTTCGGCAACAGCTAAAATAACTTGTCGTCTAGTACCTGGGCAAGATCCTGAGATAGTCCAAAAATTATTGGAAGATCATATTTATAAGGTAGCGCCTTCCGGTGTGGAAGTTCATGTGGAAAAAGAAAAGTTATCCGCTAAAGCTTATAAAGTAGAACCAGATCATCCGTTAATAAAAAAAGCAGCAGAAGCATATTCAAAAGCTTTTCAAGCTGAGACAGTGTATGTAAGAATGGGAGGTTCCATACCTGTAGTAGAGTGGGTGGAAGCAATATATGGGATGCCTATTGTATTACTAGGTTTTGGAACGCCAGAAGATCGTCTCCATTCACCTAATGAAAGTTTTCCTTTGGATAGCTTTGATAAAGGGATGGAAACCATTGTCTATTACTGGCATTCAGTAGGTAATTAA	MSEQVLLYLKKNRSYFLKRLFKFLEIPSISTDSDYKEDMEKAADFIVTYLQKIGFGSAEKQPTNNHPLVYGEYNGAGKDAPTVLFYGHYDVQPADPMELWHSNPFQPEIRDGRLYARGASDDKGQVFMHLAVFEAFLKTEGKLPVNVKVCIEGEEEIGSENLYNILQEHQEQFSADFAVISDSGMVAKNQPTILYGLKGFTGLEITVKGPDHDLHSGMYGGAIRNPIMALSHILSSMKNEEEFITVDGFYDDVEPLSSKERKMMAAAPSEDFAKSAGVNQTVSEKGYTPVEHTMGRPTFEVNGIFGGYQGEGTKTIIPSSATAKITCRLVPGQDPEIVQKLLEDHIYKVAPSGVEVHVEKEKLSAKAYKVEPDHPLIKKAAEAYSKAFQAETVYVRMGGSIPVVEWVEAIYGMPIVLLGFGTPEDRLHSPNESFPLDSFDKGMETIVYYWHSVGN				NA	NA	NA	NA	NA
AK148_02145	621			hypothetical protein	ATGAAACTGAAACTATTTACTTTCATCGCGATTCTTGGTTTAGTATTAGCAGGATGTATGAATGGTAATGACACCAATAAGGATAATGATGCGGCTAATGATAATGTAGAACAGACAAGGTACAATAATACGGGCGATGGTATGACTGATGACCGAAATTACGACATGACAAGACAAGCGGAGCGTGATCAAGAAAAAAACAATAACCGTAATAATGAAAGCCGTTATGAAGTATCTAAGGAGTCTGCTGAAAGAATCACGGATGAAATTGATGAGATTGACACAGCATATGTATTGACAATGGGTAACAATGCATACGTTGCAGCAGGGTTAGACTCCAATGATACGAACGTAGAAAACAAAAACAAAGGAAACAATACGGCAAATAATATGAATAATGTAGATGAAGGTAATGATCTCACAAGTGATGTGAAATCTAGAGTGAAGGAAATTGTTCAATCCGTTGACGCTGATATTGACAATGTATATGTCTCAACAAACCCAGACTTCGTTAATTTAACACAAAACTATGCAAACGATATGGAGAATGGTGAACCTGTTGAAGGATTTTTTGACCAATTTGGCAATATGATAGAACGATTATTTCCGCAAAACCGCTAA	MKLKLFTFIAILGLVLAGCMNGNDTNKDNDAANDNVEQTRYNNTGDGMTDDRNYDMTRQAERDQEKNNNRNNESRYEVSKESAERITDEIDEIDTAYVLTMGNNAYVAAGLDSNDTNVENKNKGNNTANNMNNVDEGNDLTSDVKSRVKEIVQSVDADIDNVYVSTNPDFVNLTQNYANDMENGEPVEGFFDQFGNMIERLFPQNR				NA	NA	NA	NA	NA
AK148_02146	237			hypothetical protein	ATGGATATACCTGACTATGATAAAGCACTTTACTATACACTTTGGGGATACTGGGACGATTTGCTTGTACTTATGGTTCGAACAAATGATGACATGTTGTCAAAAAAAATTCAATTATTTTTACATGCTTTCCACTACTCCCTTGATGAAAAAAAAATAATGGAATCGCATGACAATTTACTTTACTATCTAGATCACGCTATGAAGTATGACCCTTCGACAGTTCTGAAATTGTAA	MDIPDYDKALYYTLWGYWDDLLVLMVRTNDDMLSKKIQLFLHAFHYSLDEKKIMESHDNLLYYLDHAMKYDPSTVLKL	PGPT0025040_195	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025040-gerC-NA	NA	NA
AK148_02147	738			hypothetical protein	GTGAATAAAGGAATAATTATGGAAAAGCGCCGTGAGTATATGATTGTACTGACTAAAGATGGCGCTTTTCATAAAGCTATACCAATAAAAGGTGTAGATATAGGTATGGAAGTGTGTTTTGAGCCACTTTCAGATCAAGGGGAACTGAAGTTTATGCGAAGAAAGAAGCAGTATCATAACTTTTTTAGCTTCCTTGCCTTTGTAAGTATGATATGTTTATTTGTATTGCCTTTTTATTTTGTAGCAGATAATAATAGAGTTTATGCGTATGTAGGAATTGATATCAATCCTAGCATTGAATTTAAACTGGATAAGGATTTACATGTACAAGGAATACGATCAATTAATGACGAAGCTAAACGAATCTCTCAATACTTAATGAATTATAAGGACAAAAATGCAACCGATGTTATTCCATTATTTATTGAAAAGGTAGAACAAGCAGGTTTGACGAATAAGAATAAGCAGATGATTATCGGAGTTAGTTCGTTACAAGAAACAGACGTTACTTTGCTTGAGGAATTAAAGGAAAAATCAGTTTCTTTACAGGATTGGAAAATAACTACTGTGAAAGTCCCAAATGAAATTAGAAATATAGCAGAAGCGCAAAATGTATCCATGAATGAGTTAATGGCGAAAGAACTTGCAGAAAAAAAACCCATGCGTATCCAGTTTAAAAACGTGGAGGAATTGAAAAAGGAAGACAGAGCAATTATACAATCATTTTATAATTATTAA	MNKGIIMEKRREYMIVLTKDGAFHKAIPIKGVDIGMEVCFEPLSDQGELKFMRRKKQYHNFFSFLAFVSMICLFVLPFYFVADNNRVYAYVGIDINPSIEFKLDKDLHVQGIRSINDEAKRISQYLMNYKDKNATDVIPLFIEKVEQAGLTNKNKQMIIGVSSLQETDVTLLEELKEKSVSLQDWKITTVKVPNEIRNIAEAQNVSMNELMAKELAEKKPMRIQFKNVEELKKEDRAIIQSFYNY				NA	NA	NA	NA	NA
AK148_02148	729	sigI_1		RNA polymerase sigma factor SigI	ATGTTAGATCATATAAAAAAAGATACACTTCTTGAAGAACTGGTTGTAATGGCGCAACATGGTGAGCAATCCGTTCAAAATTATTTACTTAAAACGTATCAGCCATTTGTTGCAAAATGTGTATCAGAAGTGTGTAAACGTTACATAGATATAGCAAACGATGATGAATTTAGTATAGGGCTTTCGGCGTTTAATGAGGCAATTAAATCCTATAACAGAGAAAGGGGTAGCTCTTTTTTAGGGTTCGCGAAATTAGTTATTAAACGAAAAGTAATTGATTATATTCGCTATACGCAAAAGAATCCTACTGTGTTATCGTTAGATGAAATATACGATGCAGATTTATTAGAGAATCCCACCGAAATACTAGCCGTAAAGAAACAGTATCAATTGGCACAAGATTCTTGGCATAGAAAGCAGGAAATTTTAGATTTTAAAGAGAAATTAAAAGTGTACAAGCTAAGTTTAGATGAGCTAACGGAAGTAGCCCCAAAGCATCGAGATGCGAGAGAGTCGGCCATTCATACAGCTAAGGTATTATATGAGAATAAATCTTTAAGAGATTACGTATTAGCAAAACGTAAGCTACCAATTAAACAACTTGTTAAAAAAGTCGATATAAGTAAAAAGACAATTGAGCGAAACAGAAAGTATATTTTAGCTGTTTTTATTGTGCTTACAGAAGATTATTTATATTTAAAGGACTATTTAAAGGTGGTGAAGCAGTGA	MLDHIKKDTLLEELVVMAQHGEQSVQNYLLKTYQPFVAKCVSEVCKRYIDIANDDEFSIGLSAFNEAIKSYNRERGSSFLGFAKLVIKRKVIDYIRYTQKNPTVLSLDEIYDADLLENPTEILAVKKQYQLAQDSWHRKQEILDFKEKLKVYKLSLDELTEVAPKHRDARESAIHTAKVLYENKSLRDYVLAKRKLPIKQLVKKVDISKKTIERNRKYILAVFIVLTEDYLYLKDYLKVVKQ				NA	NA	NA	NA	NA
AK148_02149	1578		COG1292	putative glycine betaine transporter	ATGCGATTTAAACTAATTGATTGGCCAACATTTTTAGGGGCACTGGTGATTTTATTAGGGGTTTCTCTACCGCTTATATTTTTCCCAGAGGCTGGAGCTGAAGTTATAGGATTAGCCAATAACTTTATGACAAGTAACTTTGGAATTCTTTATTTATTGATCGGGCTTTTCTGTTTCCTTTTTTTAATTTATGTCGCTTTTAGTAAAAACGGACGTATAAAGTTAGGAAATAGAGAGGATAAGAAAGAATTTAGCACATTTTCTTGGGCTGCTATGTTATTTGCAGCTGGTATTGGTTCCAGTATTCTATATTGGGGAATGATAGAATGGGCTTACTATTACCAAGGACCCCCCTTTGGCGCAACTCCGAAATCAAATGAAGCTGTAGAATGGGCCTCTACTTATGGGATCTTTCACTGGGGACCTATTGCTTGGGCTATTTACACATTACCTGCTTTACCAATTGCCTATTTTTACTATGTTCGAAAAAAGCCTGTGTTAAAAGTAAGTGAAGCAGTGCGGCCTGTTTTAGGAAAGTTGGTTGATGGTCCGATAGGCAATATTATTGATATTCTATTTATATTCGGTCTTATGGGTGGCGCAGGCACAACATTAGCTTTAGGAACTCCTATGATTGCTGAAGGTGTCCATGACTTAACAGGTATCCCTGTTACATTAGGCTTAAAAGCAGCCATTATGATATTATGTACCATTATTTTTGCAATTAGTGCTTATTCTGGATTACGCCGAGGGATTAAAGTGCTAAGTGATATCAGTATTTGGTTAACCATTCTCTTGATGGCGTTTGTTTTTATATTTGGACCAACTTTGTTTATTAGTGAAACGACTTTTAATAGTCTAGGAATTCTAGCCGATAATTTCTTTCGCATGGCTACATGGTTAGAACCATTTAGAGATTTTGGCGGATTTACTGAAACAGGTTTTCCTGAGTCATGGACTGTTTTTTATTGGGCATGGTGGGTTGTATATGCACCATTTGTAGGTTTATTTGTCGCTCGTATTTCCAGAGGGCGCACTATTAAAGAAATGGTTTTAGGAACGATGATATATGGAACATTCGGATGTGTCCTATTCTTTGGTATACTTGGCAATTTCGGTCTTTACCTTCAACTAACGGGGGCTTTCGATGTTATTAGCTTTATGAATGAATACGGTGCTCCAGCAGCCATTATTGAAGTCCTTCACCAGTTGCCGATGTCCAATATTGTTGTCGCTGCTTTCTCTATTTTAGCTATTCTATTTTTAGCAACTACATTTGACTCCTCATCTTATATTTTAGCATCTGTTGTTCAAAAACAAGTAACGGGAGAACCATTACGTTGGAACCGTTTATTTTGGGCATTTATGCTCTGTTTATTACCGCTTGTCTTAATGTTTATCGGCGATTTAGAAACATTGCAAACAGCTAGCATTGTTGCTGGCTTCCCACTGATTTTCATTATGTTTCTATTAGCATGGTCATTTGTTAAAGCTTCTAATTATGACTTGCGTATGTCGAGGGAATTTAAGTCTCCAACCATCTTCATTACTGGAAAAGAAAAAAGAGAAAAGCAATAA	MRFKLIDWPTFLGALVILLGVSLPLIFFPEAGAEVIGLANNFMTSNFGILYLLIGLFCFLFLIYVAFSKNGRIKLGNREDKKEFSTFSWAAMLFAAGIGSSILYWGMIEWAYYYQGPPFGATPKSNEAVEWASTYGIFHWGPIAWAIYTLPALPIAYFYYVRKKPVLKVSEAVRPVLGKLVDGPIGNIIDILFIFGLMGGAGTTLALGTPMIAEGVHDLTGIPVTLGLKAAIMILCTIIFAISAYSGLRRGIKVLSDISIWLTILLMAFVFIFGPTLFISETTFNSLGILADNFFRMATWLEPFRDFGGFTETGFPESWTVFYWAWWVVYAPFVGLFVARISRGRTIKEMVLGTMIYGTFGCVLFFGILGNFGLYLQLTGAFDVISFMNEYGAPAAIIEVLHQLPMSNIVVAAFSILAILFLATTFDSSSYILASVVQKQVTGEPLRWNRLFWAFMLCLLPLVLMFIGDLETLQTASIVAGFPLIFIMFLLAWSFVKASNYDLRMSREFKSPTIFITGKEKREKQ	PGPT0021960_679	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARNITHINE_USAGE	PLANT_DERIVED_CARNITHINE_DEGRADATION,PGPT0021960-TC_BCT-K03451	NA	NA
AK148_02150	834			hypothetical protein	GTGGGGTGGCTTATGGGTAAAAATGAAGAGCAAAAGCATGATATTATAGATGAAGATTTATATGAAGAAATAGATGAAGAAGAACTATATGAACTTGTGCAGAGGGAAAAAGAGAAAGCACTGGCAAGAGAAAGAGAAGCTAAAGAGAACAAACGCCCCAAGCGTCCATTTCCTAAATGGGTGTTCTGGTTAATTGCATGGATGCTATTATTAAATGTTGTTGCTCTTCTCCCTCAGACGTTTTCTATTCCAGCGATAGATTTTCTCTACAAATCAGCTAAGCTCTCGCTGCAGGATGATATACAAACGTACAAACAAGCAGTAGTAACGATTGAAACAAAGGACTCTAAAGGTACAGGCTTCTCCATAACATCAGATGGTGTCATTTTAACAAATCACCATGTGGTAGAAGGGGAAGAAAAAGTCGCTGTTGCTTTTCCAGAAGATGGATTACATGAAGCGGAAGTAAAGGAAACACATCCAACTATTGATTTAGCCGTTTTGCAAGCAGATGTAAAAGATGTTCCATTCTTGAAATTGACCAAAGAGACAACTGTGCAACCAGATCAACCGATTCGTTTTATAGGCAATCCGTTAAATTTTAATGGGATTGCCAACGAAGGGGAAATTATTGATTACACATCGCTTAGCTCATGGGAAGAAGAAGTGGTAATGATCGAAGCACCGGTGTATCGTGGAAATAGTGGCAGCCCTGTATTGAATGAATCTGGAGAAGTGATTGGAATTATCTTTGCGACATTAGATGATAAAAAGCATGGAAAAGTAGGTTTGTTTTATCCGATTCATTATTATTATGAGTACAGAACAAATTAG	MGWLMGKNEEQKHDIIDEDLYEEIDEEELYELVQREKEKALAREREAKENKRPKRPFPKWVFWLIAWMLLLNVVALLPQTFSIPAIDFLYKSAKLSLQDDIQTYKQAVVTIETKDSKGTGFSITSDGVILTNHHVVEGEEKVAVAFPEDGLHEAEVKETHPTIDLAVLQADVKDVPFLKLTKETTVQPDQPIRFIGNPLNFNGIANEGEIIDYTSLSSWEEEVVMIEAPVYRGNSGSPVLNESGEVIGIIFATLDDKKHGKVGLFYPIHYYYEYRTN	PGPT0015105_7049	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
AK148_02151	2022	yheH	COG1132	putative multidrug resistance ABC transporter ATP-binding/permease protein YheH	ATGTCTACAGAAAAACGATTAGTTGCATATGCTTTTCCGTTTAAGAAACATATTCTAATTGGCTTGATATGCTTAATTATTGCCGTCGTTCTTGAACTAGCGGGTCCATTAATTGCGAAGCGGGTTATAGATGAGCATATTTTAGGCATAGAAGGGACTTGGAATCAAGTAAGAGAGCAAGATGACCGCTATACAGTGGAGTATAAAAGCAAACATTTTAAACGATCAGACCGCATGGAAAGCGATGAAACAACTTCAGAAGATATGGTTACCATTTTAGCGGTAGGATCAAGCTATTATTTTATTAATGATGACGTACCGCTTGAAGGTGAAAGGCAAATTCAAGATGATACGCTCACGGTAAAAACAGCTGAAGCTGAGCAGCAATTTACTGCTAATAAATTGTCCTTAGCAGAAATCTATCCATTTTTTAAGCCAGAACAAAGACCTATTCTTTATTTGCTTAGCTTATATGTTGGTTTATTAGTTATCGCTGGTTACTTTCAATTTTATCAAACTTTTTTATTGCAAAAAGCTTCTAATCAGATTGTCAGAAAGATGCGAAATGACTTATTTGAGCATACACAGCGCATTCCCATTAATTATTTCGTCGATCAGCCTGCTGGTAAGATCGTAGCTAGAATTACAAATGATACCGAGGCAATTCGAGATTTATATGAACGTGTATTATCGATTATAGTTACAAGTGTTATCTATATGGCAGGAATATTTGTGGCCCTGTTTCTATTGGATGCGCGACTTGCTTTATGGTGTTTACTATTAATCCCGTTAATTTGGGGATGGATGAAGTTATATAAGCATTTTGGTACGAAATACAATCAAGTGATCCGTTCAACGATAAGTGAAATTAATGGAAATATCAATGAAGCAATTCAAGGTATGCCAATTATTCAAGCATTCCAAAGAGAAAAAAAGACAAAGCAAGAGTTTGAGAAGTTAAATCAAAAACATTATATCTATCAGCGTAAGTTGGTGAAATTAAGTGCTTTAACTTCGTATAACTTGGTGACTGTATTTCGAAATATTGCTTTTGTTGGTTTTATTTGGTATTTTGGTTCTGCATCGCTAGAACCGACAAGCGCCATATCTATAGGTCTACTTTATGCGTTTACCGATTATTTAACGCGGCTATTTGAACCGGTTACTGATATTGTGAATCAATTACCTCTAATTGAGCAAGCAAGGGTTGCAGGAAGTCGTGTATTTACTTTAATAGATCATAAAGGGGAAGACGTAACTGACAACAAAGTGGAGCGTTATAACGGACATATTCGTTTTGATAACGTATGGTTTGCTTATAAAGAGGAAGATTATGTGCTCCGGGATATTTCATTTGAAATAAAACCTGGCGAAACGGCAGCTTTTGTTGGGCATACGGGTTCAGGAAAAAGCTCTATTATGAATGTGTTGTTTCGGTTTTATGATCCACAACAAGGAATAATCACCATTGATGGCTATTCAACACTTGATTGGTCCAGACAACAAACTCGAAGTCATATGGGAATTGTGCTTCAAGACCCTTTTTTATTCTCGGGAACAATTATTTCTAATGTAACGATGAATGATCCAGCCATTTCAATTGATAAAGCAAAACAAGCGTTAAAGGCAGTTGGCGCTGACACATTTATTGAAAAGCTTCCAAATCAGTATGAAGCAGAAGTTGGTGAGGGAGGCACGACTTTCTCATTAGGAGAGAGGCAACTAATATCCTTTGCACGCGCACTCGCTTTTGATCCTGCAATTCTTATATTAGATGAAGCTACCGCTAATATTGATACGGAGACAGAAGCAATAATTCAAAAAGCTTTAGAAATTCTTAAAATAGGGCGTACGACATTGGTGATTGCACATCGATTATCAACCATCCAACAAGCTAATACCATTTTTGTATTAGATCATGGTACGATAAAAGAAAAGGGAGATCATAATACTTTGTTACAAGCAAAAGGTATCTATTATCACATGTATCAGATGCAACAAAGTAGTAAATCTGCTGTTTAA	MSTEKRLVAYAFPFKKHILIGLICLIIAVVLELAGPLIAKRVIDEHILGIEGTWNQVREQDDRYTVEYKSKHFKRSDRMESDETTSEDMVTILAVGSSYYFINDDVPLEGERQIQDDTLTVKTAEAEQQFTANKLSLAEIYPFFKPEQRPILYLLSLYVGLLVIAGYFQFYQTFLLQKASNQIVRKMRNDLFEHTQRIPINYFVDQPAGKIVARITNDTEAIRDLYERVLSIIVTSVIYMAGIFVALFLLDARLALWCLLLIPLIWGWMKLYKHFGTKYNQVIRSTISEINGNINEAIQGMPIIQAFQREKKTKQEFEKLNQKHYIYQRKLVKLSALTSYNLVTVFRNIAFVGFIWYFGSASLEPTSAISIGLLYAFTDYLTRLFEPVTDIVNQLPLIEQARVAGSRVFTLIDHKGEDVTDNKVERYNGHIRFDNVWFAYKEEDYVLRDISFEIKPGETAAFVGHTGSGKSSIMNVLFRFYDPQQGIITIDGYSTLDWSRQQTRSHMGIVLQDPFLFSGTIISNVTMNDPAISIDKAKQALKAVGADTFIEKLPNQYEAEVGEGGTTFSLGERQLISFARALAFDPAILILDEATANIDTETEAIIQKALEILKIGRTTLVIAHRLSTIQQANTIFVLDHGTIKEKGDHNTLLQAKGIYYHMYQMQQSSKSAV	PGPT0029045_155	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029045-mdlB|smdB-K18890	NA	NA
AK148_02152	1749	yheI	COG1132	putative multidrug resistance ABC transporter ATP-binding/permease protein YheI	ATGTTTCGTGTTTTTAAAAAATTAAATTGGTTTTTTAGGTACTATTGGAAACGGTATGTATTTGCTATCATTTCCCTAATTATAGCTAGCGCTATTGGATTGATCCCACCCAAGATTGCTGGTTATACCATTGATCAAATTCAATTTGAAACATTAACATTACAATTGCTGACAGCTATTATTATTGGTTACGTACTTTTAATTATCATTCATTATTCCATTTCATTTTTATGGGATTACACACTATTTAGTGGCGCTGTCATTTTAGAAAAATGGATGCGTAGTAAACTGATGCAGCATTTTTTATCCATGACACCAATATTTTTCAGTAAATATCGAACTGGAGATCTAATGGCGCGAAGTACGAACGATTTAAAAGCAATTAGTTTAACAGCAGGTTTTGGTGTGCTTACATTGGTCGATTCTAGCATTTTTATGCTCATGATCATTGCGATGATGGGCTTTACAATTAGTTGGAAGCTGACACTTGCCGCGCTTATTCCATTGCCAATTATGGCTATAGTAATGAATAAATATGGCGCTGCTATTCATAAACGATTTTCCACAGCACAAGCAGCGTTTGGAGAAATGAATAACGAAGTATTGGAATCTATTAAAGGCGTTCGGGTTATTCGAGCTTTTGTGCAGGAGAAATATGATGCGAAGCGCTTTGAACAACGTACTAAAGATGTATATGACAAAAATATTGCTGTAGCTAAGATTGATGCTTTATTTGAACCAACGATGAAAATACTTGTTGGATTGTCGTATACGATTGGACTTGGATATGGGGCTTTGCTTGTTTTTGAAAATGTATTAACATTAGGAGATTTAGTAACATTTAACGTATATTTAGGTATGCTTATTTGGCCTATGTTTGCCGTAGGGGAGTTAATTAATGTTTTACAACGAGGAAATGCTTCCTTAGATCGAATAAACCATATATTACATTATCAAGCGGATGTAACAGAGTCGGATGTGCCCGTACATGTAGAAAAAGTAACATCTATCACATTTGATCATGTTTCGTTTGCTTATCCGAATACGGATAAAAATCAATTAGAACAGGTGTCTTTTCAAATTAAACAAGGAGAGACACTTGGGGTAGTTGGGAAAACAGGGGCGGGAAAAACAACTTTATTTAAATTATTATTACGTCAATATTCAGGAGTTAAAGGAGAGATTCGTATATCAGATGTAAATGTGAGTGATTTAGCTTTGAATACGATTCGCTCTTGGATTGGGTATGTTCCTCAGGATCAAATGATGTTCTCGAAAACAATTCGAGAAAATATTCAGTTTGGTAAAGAAGACGCAACCGATGAAGAAATATTTCGAGTGATGGAGCTCGCCCATTTCTTAAATGATATAAAACAGCTCCCAAATGGGTTAGATACACAAGTTGGAGAGAGCGGTGTGACTTTATCAGGAGGTCAAAAGCAAAGAGTCGCCTTGGCGAGAGCTTTTATTAAGTGTCCTGAACTCCTAATACTAGACGATTCTTTATCAGCTGTGGATGGAAATACAGAAGCAAACATTTTAGAGCATTTACGAGCAGAGAGGCAAAATAAAACGACAATTATTGCCGCTCACCGACTGTCTGCTGTAACCCATGCAGATCATATTATCGTGCTCCATGAGGGGCAAATTGTTGAGCGGGGAACACATGATGAGTTGATGCAGCTGCAAGGTTGGTATTACACCCAATATGTACAACAGCAGCTTCATGGGGTGGAGGTGACAGGATAA	MFRVFKKLNWFFRYYWKRYVFAIISLIIASAIGLIPPKIAGYTIDQIQFETLTLQLLTAIIIGYVLLIIIHYSISFLWDYTLFSGAVILEKWMRSKLMQHFLSMTPIFFSKYRTGDLMARSTNDLKAISLTAGFGVLTLVDSSIFMLMIIAMMGFTISWKLTLAALIPLPIMAIVMNKYGAAIHKRFSTAQAAFGEMNNEVLESIKGVRVIRAFVQEKYDAKRFEQRTKDVYDKNIAVAKIDALFEPTMKILVGLSYTIGLGYGALLVFENVLTLGDLVTFNVYLGMLIWPMFAVGELINVLQRGNASLDRINHILHYQADVTESDVPVHVEKVTSITFDHVSFAYPNTDKNQLEQVSFQIKQGETLGVVGKTGAGKTTLFKLLLRQYSGVKGEIRISDVNVSDLALNTIRSWIGYVPQDQMMFSKTIRENIQFGKEDATDEEIFRVMELAHFLNDIKQLPNGLDTQVGESGVTLSGGQKQRVALARAFIKCPELLILDDSLSAVDGNTEANILEHLRAERQNKTTIIAAHRLSAVTHADHIIVLHEGQIVERGTHDELMQLQGWYYTQYVQQQLHGVEVTG	PGPT0029040_1603	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029040-mdlA|smdA-K18889	NA	NA
AK148_02154	552			hypothetical protein	ATGAAAAGTATCACTACATTTATCGAAGGAAAACTCAAATTAAAAGTAAATGAACAGAAAAGTGCAGTAGACCGCCCATGGAAGCGTAAATTCCTAGGATTTTCTTTCACATTCCATAAAGAGAACCCAAAGATTCGGGTTTCTAAAGAAAGTATCAAACGCTTTAAACAGCGTGTCAGAGAACTAACCTCAAGAAAGAAGTCTATGAATATGCAGGATAGAATCGCAAAGCTAAATCGATACTTAGTAGGTTGGCTAGGCTACTATCAGCTAGCAGAGACGCCCTCTATATTTGAAGTTTTGGATAGCTGGATTCGAAGAAGGATGCGAATGATACGCTGGAAAGAATGGAAGAAAGTCAAAACAAAATACAAGAATTTAATAAAACTTGGAATTAGTAAAGGAAAAGCATGGGAGTGGGCAAACACGAGAAAGGCTTATTGGCGTATAGCTAAAAGTCCGATCTTACATAGAGCATTAGGTGATCGATACTGGTCAAACCTAGGCTTAAAGAGTCTACATAAACGATATCAAACGATGCGTTGGACTTAA	MKSITTFIEGKLKLKVNEQKSAVDRPWKRKFLGFSFTFHKENPKIRVSKESIKRFKQRVRELTSRKKSMNMQDRIAKLNRYLVGWLGYYQLAETPSIFEVLDSWIRRRMRMIRWKEWKKVKTKYKNLIKLGISKGKAWEWANTRKAYWRIAKSPILHRALGDRYWSNLGLKSLHKRYQTMRWT				NA	NA	NA	NA	NA
AK148_02155	237			hypothetical protein	ATGGGGTCCACTTTAAGACGTATTAAAGGAAATACAAATTGGAATTGTTATTCTATAGTTTTGGATGTGTCAAAAATAAGTTCTGTTATTCCATTTGGAATTATTTTATCAGGTCAGGGAACGATATGGGCAAATAAAGTAAAATTTGAGGTAGTAGAAGAAACTGTTCCAACAACCAATCAACAGAATCAAGAAGAATTGCAGGATTATCCGCTAAATCTATCATTTAAAAAATGA	MGSTLRRIKGNTNWNCYSIVLDVSKISSVIPFGIILSGQGTIWANKVKFEVVEETVPTTNQQNQEELQDYPLNLSFKK				NA	NA	NA	NA	NA
AK148_02156	636			hypothetical protein	TTGATTAAAATTGATAGGAATGTAAACACCAATGAGATAACTGAAATTGTTACTATTGATAAATTAACCCAAAACCAAAACGGAGAATTGAAATTTGAACTTCCTTTTAACTTTGAGGATGGAGAATATCTTAAGATTAATAGAGATGAAGAGGGAAACTTAATGAACTTAGCTAATATATATGATGTTAATGGAAATTCTATTGGAATAATTTCTTTTGAGAATAAAAGTAATATTATATTAAGTGAAAAAGAAGGGGAAAGTCTTGAAATACATATAACTTCTCAACAAGATTCTGTAGACATCACTTATTTAGTAGCTTCTTATTTCTATGAAGATTACTTTTATTCTAGTGATTGGATAGAAAGAGATGGTATAATATCTCTAAGTATTAATCCAATATCTGTTCTATGGGAATCAGGATTACTTGATTGGACATCTAATGGAGAAGACAGTTGGCAAAAGCTCTTAGATAAACATATACATGACGATGAATTCGATAATAAGAATGGAATGAAAGATCAATATAGTTGTCATTTTGATTTTGCAAAAGGCAATAAAACCCCATGGAATATAGAACCAAGCAGACCCGATGTGGGTTACATACAAACAGTTCTCAATGGATGTAATCCCTAG	MIKIDRNVNTNEITEIVTIDKLTQNQNGELKFELPFNFEDGEYLKINRDEEGNLMNLANIYDVNGNSIGIISFENKSNIILSEKEGESLEIHITSQQDSVDITYLVASYFYEDYFYSSDWIERDGIISLSINPISVLWESGLLDWTSNGEDSWQKLLDKHIHDDEFDNKNGMKDQYSCHFDFAKGNKTPWNIEPSRPDVGYIQTVLNGCNP				NA	NA	NA	NA	NA
AK148_02157	168	tatAd_3		Sec-independent protein translocase protein TatAd	ATGATGCTTTCAAACATTGGAATTCCGGGATTAATATTAATACTTATTGTTGCTTTAATTGTCTTCGGACCTAATAAATTACCTGAGATTGGCAGAGCATTTGGTACAACATTGAGTGAATTTAAAAAGGCAAGTAGTGAAACTATGAATGATAATGAAAATAAATAG	MMLSNIGIPGLILILIVALIVFGPNKLPEIGRAFGTTLSEFKKASSETMNDNENK	PGPT0029290_5017	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
AK148_02158	762	tatC1_1	COG0805	Sec-independent protein translocase protein TatCd	ATGTCATCGTTGGAAAGTGAAATGAATATGAAGAAAGAGATGAATATTGTTGGACATTTATCAGAATTGCGAAACCGTTTAATTATCACCGCAGTAGTTTTTGTGATTTTTTTTGCTGTCGGCTTCTTAAATGTGAAAAAAATTTATACATTCTTTATTAATGATATTGATATGCAACTGACTGCAATTAGTCCTGGCGAAATTGTGTGGGTATATTTTTCGTTAGCAGGGCTTGTAGCTATTATTGGAACCATACCTATTTTAGCTTTCCAAGTGTGGGCATTTGTTAGCCCGGCCCTGACACAGAAAGAAAAACGTGTGTCATTAGCTTATATTCCAAGCCTGTTTATTCTATTTATTCTAGGGCTTATTTTTGGATACGTAACTTTTATTAAGTTGATTTTCCCATTTTTGTTAACATTAAATGATGATATGTTCCAAGTAATGTTTACAGTAGAAAAATACTTCGGGTTCGTATTAAGAATTACATTACCGTTTGCCTTTCTTTTTGAATTGCCTGTTATAACTATGTTTCTGACAAGTTTAGGTATTTTAACTCCAAGATTTATGGTGAAAAATCGTAAATATGCCTACTTTGTTTTAATTGTGGTGGGGGTACTTGTTACTCCTCCGGAGTTTGTAACTCAAATTATTGTAGCCATACCTTTAATTATACTCTATGAAATCAGTATTGTCCTATCAAGGATAGTTTATCTTAAAAAGGAAATGAGGCATGAAGAATTTATGAAGAATGAAGAATGA	MSSLESEMNMKKEMNIVGHLSELRNRLIITAVVFVIFFAVGFLNVKKIYTFFINDIDMQLTAISPGEIVWVYFSLAGLVAIIGTIPILAFQVWAFVSPALTQKEKRVSLAYIPSLFILFILGLIFGYVTFIKLIFPFLLTLNDDMFQVMFTVEKYFGFVLRITLPFAFLFELPVITMFLTSLGILTPRFMVKNRKYAYFVLIVVGVLVTPPEFVTQIIVAIPLIILYEISIVLSRIVYLKKEMRHEEFMKNEE	PGPT0029295_2897	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
AK148_02159	231			hypothetical protein	ATGGAACAGAAATTTTTTAAGAAAAAGTCTATTGCTAATGAGAAATCTAAGGAGATAAACCATCCAGCTGGTAATTTGTTTGAGGAGATTAATGACCAAGATATGTCTTTTATTGCTGGAGGTTTTACGGATAAGGTTTCTAAAAAAATTGCTAAAAAAAGAGGCTTGAAAGGTTATGGCGGCGCTTGCACTTTTTCAGCGGAATGTAATTTCACTCAAAGCTGCTGGTAA	MEQKFFKKKSIANEKSKEINHPAGNLFEEINDQDMSFIAGGFTDKVSKKIAKKRGLKGYGGACTFSAECNFTQSCW				NA	NA	NA	NA	NA
AK148_02160	1689			hypothetical protein	ATGTCAATTAATTATTCTAAAGCAGTCGATTACTGGGAAAAATTTTTCCCTGAATCATATAATAAAACTGATATTGAACAATTATTAAAAAAGACATCAAATACAAACTTTGAAAAATTAAAGTTTAAATGGGAAAACACTGAAGAGAGTTTGGAGCATGAAAATCTTATTGAAGAAATATTGTCTTATAATCAATTAGACAGTGAAATAAACGAAATTATAGAGAATTTTTCTCATACAGATTTTCAATATATAAATTTTATATCACCACTTTTATTCTATGTATTCAGAAAAGCAAAACATAAATTACCGAAGTTTCAAATTATACAAGATAAAAATTTATTTCTTCAGAATATAATAGTGGGTTGCTATGCTAGTACATATAACATTTTTATTAAAACTATAATCTTAGAAATAAACGTTGCAAAGGAGAACGGTTGGTTAGAAGGTGATACATCAGAATCAAGAGGGGATAATTATAGACATGTACTTTTGAAAAACATGAACTATATAAAAGAATTATATTTAGAGTATTCGAGTTTAGTTAATTTATTAATTAGTACTCTTGAAAACTATATAGACTATATTTATGATATTATTGAAGCTACGAAAATAGAGAAACCATTACTGGAAACATGCTTTAGATGCAACCTAGGCAATATAATAAATATTGAGACATCATTTGGAGATTCCCATAGTGGTGGAAAAACAGTTGCAATTATTCAATTTACTACAGGTATAAAATTAGTTGTAAAGCCAAGAGAGATGTTACTAGAAAAAAACTTTAATCAGTTTATAAAAAAAATAAATGAAAGTTCTGAAAAGGGTTTATTAGATTTAAGGTATGCAAAGGTGCATACTGCTCAAAACTTTAGCTGGATGGAATTTATTGAGCATAAAAGTTGTAGTATAAATACAGAAGTAAGTGATTTCTATAAAAGAATAGGTCAATTTTTATGTATACTCTATACTTTGAATGCAAGAGATTTTCATCATGAAAACTTAATTGCAAGTGGTAAAGATCCAGTATTGATAGATCTGGAAGCGCTTCTACATATAGGTAAACAAGAGGAGCATGGAGAGTCTGTACATGATTTAGCTTTAGATATAATAGATGATTCTGTATATTCTATCTATCTACTCCCTACAAGATCTATGTTTAGTGAAAAGGATGGAAAGGTTAACGCTTTTGATATAGGTGGAGTCGGGGCAAGCGAAAAACAACTTTCGCCATTTAAAACACCAAAAATAATTAACAATCATACTGATAGCATTAAGATAAAAAAGGACTATGATTATGTGGCAATTGAAAACAATAATCCACGCCTAAATGGTGAAATTATACAATCAGAAAACTTCATAAATGAAATCCATGAAGGTTTTTTTAACATGTATAGTTGGATTTTAAATAATAAGAACCAATATTTAAGATATGTTAAAGAATTTTTTAGTGAAGTGAATACACGTATTATTGCTAGACCTACATTTTTATATGCAGAATTATTATCAATAAGTTATCATCCAGATCTTTTACGAAATAATATAGATAGAGAAGTATTCATTAATCGAATTGGGATCCCAGAACCTTTCATTGATAATAATAATATCTTGTTTAATGAATACTCAGATCTTCTAGCTGGAGATATACCTTATTTTTCCGCTCATACACTGAAGTTATATCTGGTCTAA	MSINYSKAVDYWEKFFPESYNKTDIEQLLKKTSNTNFEKLKFKWENTEESLEHENLIEEILSYNQLDSEINEIIENFSHTDFQYINFISPLLFYVFRKAKHKLPKFQIIQDKNLFLQNIIVGCYASTYNIFIKTIILEINVAKENGWLEGDTSESRGDNYRHVLLKNMNYIKELYLEYSSLVNLLISTLENYIDYIYDIIEATKIEKPLLETCFRCNLGNIINIETSFGDSHSGGKTVAIIQFTTGIKLVVKPREMLLEKNFNQFIKKINESSEKGLLDLRYAKVHTAQNFSWMEFIEHKSCSINTEVSDFYKRIGQFLCILYTLNARDFHHENLIASGKDPVLIDLEALLHIGKQEEHGESVHDLALDIIDDSVYSIYLLPTRSMFSEKDGKVNAFDIGGVGASEKQLSPFKTPKIINNHTDSIKIKKDYDYVAIENNNPRLNGEIIQSENFINEIHEGFFNMYSWILNNKNQYLRYVKEFFSEVNTRIIARPTFLYAELLSISYHPDLLRNNIDREVFINRIGIPEPFIDNNNILFNEYSDLLAGDIPYFSAHTLKLYLV				NA	NA	NA	NA	NA
AK148_02161	1365			hypothetical protein	TTGGACGTAGTTATTCAAAAAATCAATAATCTTTGTTTAGAAGATATGAACTTCCAACAAAAAATTATTGATTTTACATTTATGCATACAATTAGTAATGTACCTAATACAACAGGAGTTCAATTTAATAAAACAAATAATTTTACAAAAACAGCCGATAAACGAGATTATTTAGATATTTCTATGAAAATTGCAGATAAAATGATTGAAGACAGTATAACTAATTCAAATGGTACAGAACGAACATGGTTTGGATTAATGATAATCGGAAAAGAAGAAGCTTTCACTCGCTTTTCATCAATTGAATATGATCTTTACAAAGGAAATAGCGGAATTGCTTTATTTTATGCATATCTTGCAGATGCTACTGGTGAAAAAAAATATAAGGAAATAGCTTTGCAAACAATAAAATCATGTGTAGATCTATTAGAAAGTCTAAATGAACAACCAGAAGTAGACGATTTAGGTGCATTTACTGGACTAAGTGGTATTATATACTCTGTTTTTCATTTAGGAGATATTTTAGGTATAAATAAATATAAGGAACTTGCTTATATCAGTTCCAATTATTTAGTAGAAAATATAAAAAACTGTAGGGAATTTGATATTATTTCCGGGTGTTCAGGTGCTTTAGCAGTGCTATTATCGTTATATGAAAAAACTAGTGATGACAAGATAAAACAAAGACTAATGAATAATTCTTCTATTCTATCTAAACACATAATAAATAATACTACAAAATATGGAGATATGGAATTGTGGGGAACATATGAAAATAATGAAGGGTATACAGGTTTCGCACATGGAACAAGTGGGATAACTTCTACTTTAATAAGATATTACAAGCATAAAAAAGATCCAAGGGTACTTGAAGTTATTAAAAGAGCTTTGAAGTTTGAAAACCATCTTTTTTCTACAGAAACAAACAATTGGAAAATGAGCGTTGGTGACAATGCTAAATCCGTCGCATGGTGTCATGGGGCTGCAGGAATACTGTTAAATCGAGCTTTAATGTTAAAGCATGGGTACGAAGATAAAGAAATTATAATGATTGATATAAAAAACGCTTTAGAAACTAGTATAACTTATGGGTTTGGAGCAAATTATGTCTTATGTCACGGTGATACAGGTAATCTTGCTTCAGTGTATCAATTAGCTGAGGTTTTAGATGATGGTGAGCTAAAGGAATATTGTGACAATACCTTAGACGAATTATTAAATAAATATGTGAAAAATAATTGGAATAAGAATACTTTTAGATCTGCTAATATGTATGGTTTGATGATTGGTTTAGCAGGGTTAGGTTATTTTATGTTAAAATATGGATGCAATAAAAATATGCCAAATATACTTTGGTTAGAATAA	MDVVIQKINNLCLEDMNFQQKIIDFTFMHTISNVPNTTGVQFNKTNNFTKTADKRDYLDISMKIADKMIEDSITNSNGTERTWFGLMIIGKEEAFTRFSSIEYDLYKGNSGIALFYAYLADATGEKKYKEIALQTIKSCVDLLESLNEQPEVDDLGAFTGLSGIIYSVFHLGDILGINKYKELAYISSNYLVENIKNCREFDIISGCSGALAVLLSLYEKTSDDKIKQRLMNNSSILSKHIINNTTKYGDMELWGTYENNEGYTGFAHGTSGITSTLIRYYKHKKDPRVLEVIKRALKFENHLFSTETNNWKMSVGDNAKSVAWCHGAAGILLNRALMLKHGYEDKEIIMIDIKNALETSITYGFGANYVLCHGDTGNLASVYQLAEVLDDGELKEYCDNTLDELLNKYVKNNWNKNTFRSANMYGLMIGLAGLGYFMLKYGCNKNMPNILWLE				NA	NA	NA	NA	NA
AK148_02162	2133	lagD		Lactococcin-G-processing and transport ATP-binding protein LagD	ATGCCTGAAACCAAAAGAAAAGTTCCGTTTGTTGAACAAATGCAGCAAACAGAATGCGGACTTTGTTGCGTTGCGATGATTTTAAGGTACTATAAAAGTTATGAATCACTAAGTTCATTGAGAGGTTCAATGGAAGTAGGAAGAGATGGTCTAAGATTAGATCAAATAAATAAAATGCTTAAGAAAAAAGGATTCGATTCCAAAGCTTATAAAACTTCTGTAGCAGGCTTGTTAGAAATTAAATCGCCTTGTATATTGTATTGGGATAATAGTCATTTTGTTGTGTTAGAAAAGTGTAATAAAAAGCATTTTTGGATTGTAGATCCTGCAATTGGAAGAAGAAAACTTATCTATGAAGAAATGGATAGTTATTTTTCAGGAATTATTTTATTAACTTTTCCAAATGAAAATTTTAAACCAAATAAAGATAAAGAAAATCCATTTAATTTTTTGTTTCCCATCATTAAAAAAAATAGGACTTTATTTACTGTTATTTTTATTCTTTCACTATTAACATATATATCAAATTTGTTAATGCCTATTTCAATACAGAAGTTAACTGATATTGTTATCCAAGAAAACCAAATCAGTTTATCAATTCTTTTTCTATTTTGTGTAGCATTAATTTTGAATTTCTTTTCTTCTTATATAAGAGGTAAATATTTAATTAAAGTTGAAGCAACTTTAGAAAAAGATTTACAATCTAGTATTTTTGATCATCTATTAAAGCTGCCATATAAATTTTTTGAATTAAGAGCTAAAGGTGATATCATATATAGAATAAATAGTCTTGATTTAATAAAAGACTTATTAGCTGATAAAATAATACGTGGTATATTAGATTTTGGTGCTTTGGTTTTTATAATAGCTTATATGATGTACCAATCTAGTGTTTTGGCTCTGGTAGTTATTGTCTTATTCTTTTTATATTTACTAATATCCTTATTATTTAGGAGTTATATAAAAGAACTAAACCTATACGAATTAGTAGAAAGAAGTAAAATGCAACAAATACAAGTCGAGACTATCTACTCTATATTAGGTATTAAAGTTTCAGGATCTGAAAAAGAGGTTTATAATAAATGGATAGAAAAATTAAAGGATGTTATTAATCGGTTCAAAAATGAAGGGTATGTAAATAATATATATAATACTTTTAATCAAATAACCGTACTAGTTTCTCCAATAATTGTACTGTTCGTTTCTTTAAATTTGTATATAAACAACAATACCACGATTGGTGAAATGATTGCTTTTTATGCACTTACATCTATGTTTTTTGGATATTCCTCCTCCTTTTTTCAGATTTGGCAATCTTTTTGGTTAGCATCTAATGCAATTGAAAGATTGAAGGATATTACTGATCTACCAAAAGAAAAGATGAATTTAGAAAAGAATAAATCTATAATAACTGGTGATATAGATTTAGAAAATATTTCATTTTCCTATACATCTGAAAATGATGAATACGTTTTATCCAATATATCAATGAGTATTAAAAGTGGACAAAAAGTTGCTATTGTAGGCGAGTCAGGTTCGGGGAAAAGTACGTTAGCTAAACTACTGATAGGTCTTTATGAACCAACACAAGGTAATATTTATTATGACAGAATACCCATAGATAGTCTCAATAAGAAATATCTTAGAAAACAAATGGCAATTGTTCCTCAAGAAATACAATTAATGAATACAACGATTTTTGATAACATAGCTCTAGGAAATGTGGATGCTTCGTTTGAGGAAGTAAAAAAAGCGGCAGATGTTGCTCAGATATCTAATACAATAGAAGCAATGCCAATGACATATAGTACTCTAGTTTCTGATATGGGAGCGAATCTTTCAGGGGGACAAAGACAAAGAATAGCATTGGCAAGGGCAATAATAAATAAACACAAGATAGTTATCTTAGACGAAGCAACAAGCTCTTTAGACTCATTAAATGAGTATAAGATATCAAATTACTTAAAAGAAATAGGTAGTACTACTGTTGTAATCGCTCACAGATTATCAACAATTAAAAACAGCGATGTGATTTTTGTCTTGGAATCAGGGAAAATAATAGAAAGAGGCACTCATGAAGATTTAATTAGACTCAAAGGGAAATATTATTCACTTTTTTCTACAAATGAATAA	MPETKRKVPFVEQMQQTECGLCCVAMILRYYKSYESLSSLRGSMEVGRDGLRLDQINKMLKKKGFDSKAYKTSVAGLLEIKSPCILYWDNSHFVVLEKCNKKHFWIVDPAIGRRKLIYEEMDSYFSGIILLTFPNENFKPNKDKENPFNFLFPIIKKNRTLFTVIFILSLLTYISNLLMPISIQKLTDIVIQENQISLSILFLFCVALILNFFSSYIRGKYLIKVEATLEKDLQSSIFDHLLKLPYKFFELRAKGDIIYRINSLDLIKDLLADKIIRGILDFGALVFIIAYMMYQSSVLALVVIVLFFLYLLISLLFRSYIKELNLYELVERSKMQQIQVETIYSILGIKVSGSEKEVYNKWIEKLKDVINRFKNEGYVNNIYNTFNQITVLVSPIIVLFVSLNLYINNNTTIGEMIAFYALTSMFFGYSSSFFQIWQSFWLASNAIERLKDITDLPKEKMNLEKNKSIITGDIDLENISFSYTSENDEYVLSNISMSIKSGQKVAIVGESGSGKSTLAKLLIGLYEPTQGNIYYDRIPIDSLNKKYLRKQMAIVPQEIQLMNTTIFDNIALGNVDASFEEVKKAADVAQISNTIEAMPMTYSTLVSDMGANLSGGQRQRIALARAIINKHKIVILDEATSSLDSLNEYKISNYLKEIGSTTVVIAHRLSTIKNSDVIFVLESGKIIERGTHEDLIRLKGKYYSLFSTNE				NA	NA	NA	NA	NA
AK148_02163	831	bcrA_2		Bacitracin transport ATP-binding protein BcrA	ATGAAAATTCAAAAGAGACAAATTTACGGATTCCATGGCCCAAATGGTGCTGGAAAGTCGACTACGATCAGAATGTTATTAGGTTTAATGAAGCCAACTTCTGGTTCTGTTCAACTATTCGGCAAGGATTTAAAAAGTAATCGAATTAATATATTAAAACAGGTAGGTTCCTTGGTAGAAAATCCCTCCTACTATCCTCACCTAACCGCCTATGAAAATCTCGAAGTAGTTCGTAAAATCCTTGATGTACCGAAAGAGCGTATTGATCAAATGTTGCAGGTGGTTCGTCTTCAAGATTTTGCTAATAAGAAAGTAAAACATTTCTCGTTAGGAATGAAACAAAGGTTAGGAATTGCAGGTTCCATGTTGCATGAGCCAGATCTATTAATTTTAGATGAACCAACAAACGGCTTAGACCCATCTGGAATTATCGAGATACGCCAACTAATTCAAAGTTTGCCAGAAAAATACGGTATGACAGTGATAATTTCAAGTCATTTACTATCCGAAATTGACCAAATTGCCACGACGGTGGGTGTTATATCAAGAGGTAAGATGATTTTTCAAGATTCGATTGAGGAGATGCGAACATTATCTAAATCATCAATTCATCTTAAGGTAAATGATAATGAAGCTGCATGGAAGGTTCTTTTGGCGAGAGGTTTGAAGGCAGACTTAAATGATGAGAGTGTGACTGTCCACGTTCAAGACGACAAGCAATTGGCTACTATGATAACTTATTTGGTACAGCAGGGATTCTCTATTTATCGAGTAGAGGAAGTGAAAAGATCACTAGAGAATATATTTCTAGAAATGACAAAGGAGGATTAG	MKIQKRQIYGFHGPNGAGKSTTIRMLLGLMKPTSGSVQLFGKDLKSNRINILKQVGSLVENPSYYPHLTAYENLEVVRKILDVPKERIDQMLQVVRLQDFANKKVKHFSLGMKQRLGIAGSMLHEPDLLILDEPTNGLDPSGIIEIRQLIQSLPEKYGMTVIISSHLLSEIDQIATTVGVISRGKMIFQDSIEEMRTLSKSSIHLKVNDNEAAWKVLLARGLKADLNDESVTVHVQDDKQLATMITYLVQQGFSIYRVEEVKRSLENIFLEMTKED	PGPT0011725_254	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011725-nukF|mcdF|sboF-K20459	NA	NA
AK148_02164	711			hypothetical protein	ATGTTCCTTCAATTAATGAAAAGTGACTTTCTTAAAATAAAACGGAAGGGACTTTGGGTCTTAACCTTCCTCGGGCCAATTGGCGTTGTTGCCTTACAAATGGTTAATTACGGTTTTCGAAAGGATTACCTGTTTCAACTAACGGATGACCATTGGCAACAGTATATTTTGAATGTCAATAATTTTACGCCATTTGCTATTATATTAGGAATTGTTGTTTTGACATCTTTTATTGCTAGCATTGAAGATGAAACGAATGCTTGGAAACAATTAATTGCATTACCAATTGAAAAACGTCAGGTATATTTATCGAAATTTACAGTAATAAGTTGTATGCTATTTATTTCTTGTTTTATATTAATGTTCCTGTCATTTTTTTATGGATTAACATTAGGACTAGGAAAAGACATTCCTTTTTTATTAATCTTACAGTATAGTTTTGTACCTTTCTTTGCTTCTTTTCCGGTTCTTGCATTGCAACTTTGGTTAGCAGTGATTTGTAAAAATCAAGCAATTCCCACATCAGTGGGGATATTAGGTGTGATTTTTGCGTATTCTTCCAGATACCTTCCTGACTGGATGATTTGGAAATGGCCAACTTTAGATAATGAATGGGGCCACCCTTATATTAACGGCTTATTAGGTATCTCAATTGGATTGGTTATCTATCTAATTGGGATGACGGATTTTAAAAGAAGGGACGTTAAATAA	MFLQLMKSDFLKIKRKGLWVLTFLGPIGVVALQMVNYGFRKDYLFQLTDDHWQQYILNVNNFTPFAIILGIVVLTSFIASIEDETNAWKQLIALPIEKRQVYLSKFTVISCMLFISCFILMFLSFFYGLTLGLGKDIPFLLILQYSFVPFFASFPVLALQLWLAVICKNQAIPTSVGILGVIFAYSSRYLPDWMIWKWPTLDNEWGHPYINGLLGISIGLVIYLIGMTDFKRRDVK	PGPT0011720_219	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011720-nukE|mcdE|sboE-K20460	NA	NA
AK148_02165	726			hypothetical protein	ATGCTTTTCATTATGAGTTCGGAATGGTGTAAATTGAGAAAATCAAAAATAATCTTAATAGTATTAGTTGCGCCATTTATTGCACTAGTTTTGGGTATGATGGATTCACTTCTTGAATTAGAGGGAGTAAATCAATGGTATAGTAAGCTATTTTCGATAAATTTAAGCTATGGAATACTATTTTTACCTTTAATAACTGGAGTGATTGCTAGTGCTATTTGTCGGTATGAGCATCAAGAGGGAGGATGGAAACAATTATTAGCTTTACCAGTAACAAGAGGAAAAATTTATACTGCTAAATATATGATATTAGCACTAGTTATATTGGCGATGCAGTTATTATTTCTTGCTTCTATTTATTTAGCTGGCAAAATAAATGGGATCACTGATTCTTTTCCATTAGGAATTTGGATAGCTGTTCTTTCTGGTTGGGTAGCAACTTTTCCTTTAATGGCTCTACAACTATGGGTGTCAACGATATTCAAAAGCTTCGCAGCGCCATTTGTGGTGAATGTGATTTTTGTATTACCAAACATTTTGATTGTTAATTCTGAAAATTACGGTCCTTATTATCCTTGGGTTCAACCTTTCTTAACGATGAATATTGGAACTAATGCAGAAGAGTTATTTTCATTGCAAACTGAGCAATTATTATTAGTTGTTAGCAGCAGTTTTATTTTATTTTTTTGCAGTGGTTATATTTACTTTAAAAATAAAGAAATTTGA	MLFIMSSEWCKLRKSKIILIVLVAPFIALVLGMMDSLLELEGVNQWYSKLFSINLSYGILFLPLITGVIASAICRYEHQEGGWKQLLALPVTRGKIYTAKYMILALVILAMQLLFLASIYLAGKINGITDSFPLGIWIAVLSGWVATFPLMALQLWVSTIFKSFAAPFVVNVIFVLPNILIVNSENYGPYYPWVQPFLTMNIGTNAEELFSLQTEQLLLVVSSSFILFFCSGYIYFKNKEI	PGPT0011715_295	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011715-nukG|mcdG|sboG-K20461	NA	NA
AK148_02166	720			hypothetical protein	ATGTTTAAAACTAAAGGAGACAGGCTGGAATCATTGATTCAATACGTTTATCAAGTACTATCAGAGTTTGCTAATAAAGATATTGAAGTCAAGAATAAGCACAATATAGTTGGTAAATCAGGTGTAATACATAATATAGATGTCTATTACCAATTTGAGCTAAATGGTATCACTCATAAAGTAATCTTTGAGTGCAAGAATTGGAATAGTAAAGTCTCCAAAGAAAAAGTATTAGCTTTTAAATCAATTTTAGAAGATATTCCTAACTCAGTGGGTGTAATAGTAGCCCCTAAAGGCTATCAAAGTGGAGCTAATAAGTTTGCTGAACATCACGGAATCGAATTGATTTCTGGAAGTGAAGAGTCTTTACTTGCCGCCGTAATTCAGAAGCGCATACAGGTGGTGCTGCCTGACGAATCAGTCATTGGTGAACCTTTTTATTGCTTAATGGAAAAAGGGGATAGTGGTCGGGTAACTGGTACATATATTCGAAATATAGATGCAGATGGTAAGCCGTTTTTGATTTTATATTTTTCTAAAAAAGAAGCAGAAGAGAGTGGTACAAATTTTAATTCGGTCGTAAGAGGTATAGATAAAAAACATCTTACAATACTATGTGATTATAGCGACAACTTTGGGCTAAATTTGGCTATAAAACAATTCATGAGTACTGATGCACTTGGAGTAGAATCTAAACTTATAAGAGACTTTTTTCTTTAA	MFKTKGDRLESLIQYVYQVLSEFANKDIEVKNKHNIVGKSGVIHNIDVYYQFELNGITHKVIFECKNWNSKVSKEKVLAFKSILEDIPNSVGVIVAPKGYQSGANKFAEHHGIELISGSEESLLAAVIQKRIQVVLPDESVIGEPFYCLMEKGDSGRVTGTYIRNIDADGKPFLILYFSKKEAEESGTNFNSVVRGIDKKHLTILCDYSDNFGLNLAIKQFMSTDALGVESKLIRDFFL				NA	NA	NA	NA	NA
AK148_02167	1944	zosA_1	COG2217	Zinc-transporting ATPase	ATGAAAAAAAATCACGCACATCATCATCATAACGATGAACACAGCCACACTCACGATCATGATCACGGGAAAGCACCAATTATTCTTTATTTTATTGGCTTGATCGTGGCAATTATCGCTTTATTTCTTAATGATAATTATCTATTGCTGCAAAATATTCTTTTGTCGATTGCGACAATCATCGCAGGGTACCATGTCGTTATTATTGAAGGTATCGGTGAGACAATTGAAAATACGAAACGTAAAAGAAGATTTACACCGAATTCCCACATCCTCATGGGGTTAGCTGCTTTAGGTGCATCCTTATTGGGCGAATTTTGGGAAGGGACATTATTGATTCTTATTTTCTCTGGTGCGCATTTTCTAGAAGATTATGCTGAAGGACGGAGTAAAAGAGAAATCACCAAATTACTTGAAATGAACCCAACCACTGCGCGATTAATGGATGATAGTGGGAATACCACCTTCGTTGAAGTTAGCGACTTAAAAGTTGGAGACCGTTTACAAGTATTAAATGGGGATCAAGTACCTATTGATGGAAAAATATTATCTGGTAGCACTTCTATTGATGAATCATCCATAAACGGTGAAAGTATACCTAAAGAAAAGTCAAAAGGTGACGAAGTATTCGGCAGTACCATCAACGGTACAGGAACTTTTACTATGGAAGTAAAAAAAGAAGAGAAAGACACGGTTTTCTCAAAAATTCTGCAACTCGTAAATCAAAACCAAAGTAATCAAACAAAAGCTGCTAGCATTATTCAAAAATTCGAGCCAAAGTATGTTAATTTCGTTTTAATTGCCATACTGTTAGTTATAGTAATGGCGCCATTCCTATTGGATTGGTCATGGTATGAAAGTACCTATCGAGGACTTGTCTTATTAGTAGCATCAGCACCGTGTGCACTTGCTGCTGCAACTGTGTCAGTCACACTGTCCGCTACGTCAAACCTCGCCAAACGTGGTGTACTTTCAAAAGGAGCGTCTTATCTCTCACAACTCGCAAATATTAATGCCATCGCTTTTGATAAAACAGGCACTTTAACAAGAGGAAAACCGCAAGTTACCAATTACTTCTTCTTAGACTCCATAGATGAAACATACATCATTGATATTGTAGTTGCTCTAGAAAGAGGATCTAACCACCCTTTAGCGAACGCAATTTTAGATAAATTTACTGTTCAAAATAAACTAGACATTGACATCACAAATCAAATTGGTAAAGGGTTAACCGGAGATTATAATCAAAATAATTATCGCATTGGGAAACCAACTTCTTTTCATAATGTACCAAATGACATCGCAGATTTAAATGATGAATGGGCCTCTGAAGGTAAGACAGTGGTATATGTAGCTGAAAATGAAAAAGTAATTGGGATTATTGCTTTAATGGATATTCCTAATAAAGAAGCGAAAAAAACAATTGATTACTTCAAAAGCCTCCATATCCACACCACTCTTATTACGGGTGATTCTGAAATGACAGGTAAAGCCGTTGCGAAAAAGCTAGGTATAGATGAAGTCATTGCGAATGTTATGCCAGATGATAAAGCAAACATCATTAATTCGCAGAAAGAAAACTATGGAATTGTCGGTATGGTTGGTGACGGTGTGAATGATGCGCCTGCTTTAGTTAACGCCGATGTTGGTATTGCGATGGGCGATGGGACGGATGTTGCAGTAGAAGTATCTGATTTAGCTTTAATGAAAAACGATCTATCGAAACTCGTAAATGCTCACCGCATTTCTAGAAAAATGAACCGGGTGATTTGGCAAAACATTATATTTTCCATGTCCGTTGTTGCCTTTTTAGTTGTGGTGAGTTTTCTTGGATTAACGGATATCGCAATCAGTGTCATCATCCATGAAGGCAGTACTTTAGTCGTCATTTTAAATGGACTTCGCTTATTGCGCTCCAAAAATAATATATTACTTACAGACTGA	MKKNHAHHHHNDEHSHTHDHDHGKAPIILYFIGLIVAIIALFLNDNYLLLQNILLSIATIIAGYHVVIIEGIGETIENTKRKRRFTPNSHILMGLAALGASLLGEFWEGTLLILIFSGAHFLEDYAEGRSKREITKLLEMNPTTARLMDDSGNTTFVEVSDLKVGDRLQVLNGDQVPIDGKILSGSTSIDESSINGESIPKEKSKGDEVFGSTINGTGTFTMEVKKEEKDTVFSKILQLVNQNQSNQTKAASIIQKFEPKYVNFVLIAILLVIVMAPFLLDWSWYESTYRGLVLLVASAPCALAAATVSVTLSATSNLAKRGVLSKGASYLSQLANINAIAFDKTGTLTRGKPQVTNYFFLDSIDETYIIDIVVALERGSNHPLANAILDKFTVQNKLDIDITNQIGKGLTGDYNQNNYRIGKPTSFHNVPNDIADLNDEWASEGKTVVYVAENEKVIGIIALMDIPNKEAKKTIDYFKSLHIHTTLITGDSEMTGKAVAKKLGIDEVIANVMPDDKANIINSQKENYGIVGMVGDGVNDAPALVNADVGIAMGDGTDVAVEVSDLALMKNDLSKLVNAHRISRKMNRVIWQNIIFSMSVVAFLVVVSFLGLTDIAISVIIHEGSTLVVILNGLRLLRSKNNILLTD	PGPT0004200_3430	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_LEAD_RESISTANCE	LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004200-zntA|cadA-K01534	NA	NA
AK148_02168	300	czrA_2	COG0640	HTH-type transcriptional repressor CzrA	ATGGACGATAAAGAAATGATCCACAACTCTGCTCGTTTGTTTAAAATCTTAGGAGACGAAACAAGGCTCTCTATACTTCATTTACTTTCTAAAGCAGAAGCTAATGTTTCAACCATTGTAAACCATATTGGTATTGAACAATCAAATGCTTCTCATCAATTAAAAATATTAAAAGACCATCGATTAATCCAATCAAGAAGAGAAGGAAAATCAGTCGTTTATTTTCCAGACGATAATCACATTTATGAAATTTTAGATCAAGTATTCGCTCATATCAAAGAAGATACGGATACTGAATAA	MDDKEMIHNSARLFKILGDETRLSILHLLSKAEANVSTIVNHIGIEQSNASHQLKILKDHRLIQSRREGKSVVYFPDDNHIYEILDQVFAHIKEDTDTE	PGPT0004305_343	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZINK_HOMEOSTASIS,PGPT0004305-czrA|yozA-K22043	NA	NA
AK148_02169	1134	znuA_2	COG0803	High-affinity zinc uptake system binding-protein ZnuA	ATGTTTAAAATGTATAAAGGTTTATTCATCCTATTTTTGCTAATTTTCGTAATAACTGCATGTTCCCAAGGCGAGGAAGCCAAAAAAAGTAAAGCAAGTGATGACTCCAAGAGTTCAGAAAAAGATATAACTTTGTTTACTACTGTGTACCCTCTTCAGTATTTTGCTGAACAAATTGCAGGGGATGAAGCTATCGTTGAATCTATTTTACCGCCGGGGTCAAATCCTCATCATTATGAACCAAGCTCAAAAGAAATAGTACAAATTGCTGAAGCAGATGCTTTTATCTATAACGGAGCAGGCTTAGAACCTTATGCCAAACAAATCTCAGATACGATACAATCGGAAGACATAAAAATAGTGGAAGCTTCAAAAGGGATAAATTTTATAGAGCATGCTCACGAACATGGAGAAGAAGATAGTCATGCTCATGATCATGAAGGTAATGTAGAAAGTGATCATGCGCATGAACATGAGGGGGAAGATGACCACACGGATGGAGACGGACATGCTGGACATGACCACGGAGATAAAGATCCGCATGTTTGGTTAGATCCAATCCGTTCTATCCAGTTAGCTGAGAAGATAAAGGATGTCCTTGTAGAACTTCAACCTGATGCTAAAGAGACATTTAGTAGAAACTTTTCTGAGCTAAAAGGAAAACTTGAAAACCTAGATAAAGCGTTTCGAGACAAACTTCAGGATTTACCAGGAAATGAGATTATTGTATCGCATGCTGCTTATGGATACTGGGAGCATTCTTATCATCTTAAGCAAATTCCTATATCTGGCTTAAGTCCAACAAATGAGCCGTCACAAAAAGAGTTGAAAAATATTGTAGAAACTGCGGAGAACCATGGATTGAAATATGTGTTCTTTGAGCAGAATGTAACGCCTAAAGTAGCAGATGTTGTTCGCGAGGAAGTGAATGCGGAAGCTTTACGTATCCATAATTTATCTGTTTTAACAGAAGAAGATTTACAAAATGATGAGGATTACTTTACACTCATGCAATCTAATTTAGAGGCCTTAACAAAAGCATTATCGGATCCTACGGCAGTTTCTGATGAACCTGGCAAAGTGGAAGAGAACGAACATGAGCATCACGATCATAGTCATGCTCATGATGAATAA	MFKMYKGLFILFLLIFVITACSQGEEAKKSKASDDSKSSEKDITLFTTVYPLQYFAEQIAGDEAIVESILPPGSNPHHYEPSSKEIVQIAEADAFIYNGAGLEPYAKQISDTIQSEDIKIVEASKGINFIEHAHEHGEEDSHAHDHEGNVESDHAHEHEGEDDHTDGDGHAGHDHGDKDPHVWLDPIRSIQLAEKIKDVLVELQPDAKETFSRNFSELKGKLENLDKAFRDKLQDLPGNEIIVSHAAYGYWEHSYHLKQIPISGLSPTNEPSQKELKNIVETAENHGLKYVFFEQNVTPKVADVVREEVNAEALRIHNLSVLTEEDLQNDEDYFTLMQSNLEALTKALSDPTAVSDEPGKVEENEHEHHDHSHAHDE	PGPT0004220_299	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_FACILITATING_PROTEIN	ROOT_COLONIZATION-ZINK_TRANSPORT_LIPOPROTEIN,PGPT0004220-znuA-K09815	NA	NA
AK148_02171	1335	pbuG	COG2252	Guanine/hypoxanthine permease PbuG	ATGAAAAAGTATTTTAGGTTTGACGAACTGGGGACGAATTACCGTACGGAGTTTATGGCGGGGTTAACAACCTTTCTAGCAATGGCTTATATTTTATTCGTTAATCCGTCCACATTAGCATTAGTCGGAATTGAAGATCTGCCTAGTGGAGTGACTCGTATGGATCAGGACGCTGTATTTGCCGCAACAGCAATTGCTGCAGCGATTGGTTCTTTATTTATGGGTCTGATTGCAAAATATCCGATTGCACTAGCTCCGGGAATGGGATTAAATGCATTTTTTGCTTATACAGTAGTATTAGGATATGGCATACCTTGGGAAACAGCCCTAAGTGGTGTATTGGCTTCAGGACTTATTTTTATTGTGTTAACACTAACTGGGCTACGTGAAAAAATTATTAATGCTATTCCAGCGAATTTAAAAATGGCTGTAGGTGCAGGGATTGGCTTTTTCATCGCTTTTATCGGTTTTCAAAACTCGGGTATCATTGTAGCTAATGAAGCGACATTACTTGGGTTAGGTGATTTAACTTCACCAACCGTACTTTTAGCTGTTTTTGGCTTAGTGATATCGATTATTTTAATGACGATTGGCATTCGTGGTGGTATTTTTTACGGAATGATTATTACTGCTATCGTCGGAATGGTTGTTGGTTTAATTACCCCACCATCAGGCGTGGATGGGATTGTAAGCAATGTTCCTAGCTTGGCACCTACCTTTGGACAAGCGTTTGTGAATTTTGGTGATATTTTTACATTGCAAATGCTGGTCGTTATTTTAACGTTCTTATTTGTTGATTTCTTTGATACGGCAGGTACATTAGTTGCCGTTGCGAACCAAGCAGGGCTTATGAAGGATAATAAGCTACCACGGGCTGGGAAAGCCTTGTTTGCTGACTCGGCAGCTACAGTAGCGGGTGCAACATTAGGCACCTCGACAACGACAGCTTATGTGGAATCAACGGCTGGTGTTGGAGCTGGTGGACGAACAGGGTTTACAGCCGTAGTTACCGCTATGTTTTTCTTACTCGCACTATTCTTTTCGCCATTATTAAGTGTCGTAACAGCAGAAGTAACGGCTCCTGCATTAATCATCGTTGGTGTATTAATGTCTTCTGCATTAAAGAATATTGAATGGGATCAATTTGAAATTGCTGTTCCGGCATTTTTGATTGTCATTGCGATGCCATTGACATATAGTATCGCGACAGGAATTGCCATTGGATTTATCTTCTACCCAATTACGATGCTGTTAAAAGGGCGAGCTAAAGAAGTTCATCCTGTCATGTATTTCTTATTTGTGATATTTGTATTATATTTTATGTTCTTAAGTTAG	MKKYFRFDELGTNYRTEFMAGLTTFLAMAYILFVNPSTLALVGIEDLPSGVTRMDQDAVFAATAIAAAIGSLFMGLIAKYPIALAPGMGLNAFFAYTVVLGYGIPWETALSGVLASGLIFIVLTLTGLREKIINAIPANLKMAVGAGIGFFIAFIGFQNSGIIVANEATLLGLGDLTSPTVLLAVFGLVISIILMTIGIRGGIFYGMIITAIVGMVVGLITPPSGVDGIVSNVPSLAPTFGQAFVNFGDIFTLQMLVVILTFLFVDFFDTAGTLVAVANQAGLMKDNKLPRAGKALFADSAATVAGATLGTSTTTAYVESTAGVGAGGRTGFTAVVTAMFFLLALFFSPLLSVVTAEVTAPALIIVGVLMSSALKNIEWDQFEIAVPAFLIVIAMPLTYSIATGIAIGFIFYPITMLLKGRAKEVHPVMYFLFVIFVLYFMFLS	PGPT0007325_3547	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
AK148_02172	1677			hypothetical protein	TTGCATACAAAAACGATACCGAATAAAACAAATCAGCTGGAAAACAGCTCTATACATAGAAAGCTAATGGGAATAACAGAAGAGACACTAGATTTAGTAAGACAAGCCGCACCCATCCTATCACCACATAAGCAAGAATGTATTTCTGTCGTTTACAATTATTTTGAATCTATTTCAGACCAAAATAAGCAATCCATTTCACAGCAACAATTAGAAACCATTGTTGAAACGTATGTAGAAGAACTGTTAAAAGCAACTGTGGATGATAATTACATACGCTCTCGTATGGAAATAGGTAAACAACTCAGTCAGTTACATATACCTGTGGAACAATACATAGCTGTCCACCATTTACTCACTCATCACATCATTTCTTTATTACTAGAACAACCACGCCGCAAACAAAAACAAACCATACCATTGTTGCTCGCTATACAAAAATTGACTGCCTTCGATCAGCAACTTATCGTACAAGCACATATCGAAGAAACATTTAAATCCTTTCTAGGTCAAATTTCAGAGTTACTTCATGGTGTGACGACATTAGATTCGACAGAGCAATTAATTAACCAAATGGAAAGTATTGTCGAAGAGAGCCACAATGTAACATCTGCTACCGAAGAAGTTAGTGCTTCTGTTAATGAAGTAGCTGAACATGCTACCAAAGTAGCTGAAGAAACAGATGAAGCGGTTGTTTCTGTAAATAAAAGTAAACAAGTAATCCATGAAGCACTTGAAGATATGAACCAAATGGGCGAGGTTTATAAAGAGGTAGCCACGCAAATAAGAAGTTTAAATGAAGAAATAAAGCAAACTCATTCTTTTGTAAATGTCATTGAAGATATTACAGAGCAAACAAACTTACTCGCTTTAAATGCAAGTATCGAAGCTGCACGCGCAGGTGAACATGGGAAAGGTTTTTCCGTCGTGGCTCAAGAGGTTCGCAAACTGGCAGAACATACAAAAGAACAAACCATACAAATTAAGCAAAATATGGAGTCACTACAACAAGTAGCTAGCGATGTTACAACAGAAATGGATAACACGGAAACCCGTATGCAACTTACAGTGTCAGAATCACAAGTTGGAGAGCAAGAACTGGAGCATATCATAGCAGCTATACAAGCCATTAACGGTTCCACCTCACAAATTGCGGCGATGACAGAAGAACAAACATCAGCAGTAACCGAAATTGCTGATCGAAACGCGGCTATGTTTGACATGGGGAATGCAACCCAAGGTGTCGCCAAAGAAACAGCTAAAATCATTTTAGAGTTAAGCAAACAGATGGATGCATATCGCCTGACATTTTTTGATAGTATTCGTTTTCACGCAAAAGATATATTAAAAGCAGCAAAAACCGATCATTTGCTTTGGAAATGGCGTGTATATAACATGCTACTTGATTTAGAAGAAATTGATTCTAACCAAGTCGCTTCGCACCAAGCATGCCGGCTTGGTGAGTGGTATTATGGAAATTTACCGTCCTATCTTAAAGAAAATTCTATCTTCCAGCAGTTGGAGGAACCACATCGCCAAGTACATCATTATGCAAAGTTAGCCGTGCAAAGCTATGAACAAGGAGAACGCACAGAAGCGAAAAGCTATTTCAAGCAACTTGCTACTGCTTCCGATGAAGTTTTACGTCTTTTAACACTACTAGAACAAGCAATTTGA	MHTKTIPNKTNQLENSSIHRKLMGITEETLDLVRQAAPILSPHKQECISVVYNYFESISDQNKQSISQQQLETIVETYVEELLKATVDDNYIRSRMEIGKQLSQLHIPVEQYIAVHHLLTHHIISLLLEQPRRKQKQTIPLLLAIQKLTAFDQQLIVQAHIEETFKSFLGQISELLHGVTTLDSTEQLINQMESIVEESHNVTSATEEVSASVNEVAEHATKVAEETDEAVVSVNKSKQVIHEALEDMNQMGEVYKEVATQIRSLNEEIKQTHSFVNVIEDITEQTNLLALNASIEAARAGEHGKGFSVVAQEVRKLAEHTKEQTIQIKQNMESLQQVASDVTTEMDNTETRMQLTVSESQVGEQELEHIIAAIQAINGSTSQIAAMTEEQTSAVTEIADRNAAMFDMGNATQGVAKETAKIILELSKQMDAYRLTFFDSIRFHAKDILKAAKTDHLLWKWRVYNMLLDLEEIDSNQVASHQACRLGEWYYGNLPSYLKENSIFQQLEEPHRQVHHYAKLAVQSYEQGERTEAKSYFKQLATASDEVLRLLTLLEQAI	PGPT0015710_18057	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
AK148_02173	1248			hypothetical protein	ATGATTTTTTGGGTTTATGTGGCCATAAGACTGGGCGATAAGCCAATTTTTTTTCTAAAGTTAGGAGAGAGATATTTGTCAAATCAACCATCGTTAACACCTTTAAAAATGTTGTTATTTGCTTTCCATGCTACGAATACGATTATTCTTAGTTATTTACCTTTGTATTTAAAATACAAAGGACTGGATGGTACAGAAATTGGATATGTACTAGCAGTTGGTCCTTTAGCTTCTATTGTAGCGCAACCGTTTTGGGGATATATGAGTGATAAATATAAAACGGTAAAACGTGTTATTCAAGTCTGTCTCATCGGCTTACTAGTCATGAGTGTGATCTTTTTTCAAATGAATACACTACTACCAATACTCATTGTTGGAGCTATATTTTATTTTTTCGTAACGCCTATTGGTGCACTAGGGGATAGTCTTGCACAACGAAGAGCCCATGATCTTGGCGTTTCATTCGGAACGATACGTTTATGGGGTTCAATTGGTTTTGCTACTTCTTCGCTTGTTATTGGAGAAATCCTTACAAGAGCCGGCATTCAGTATATGATTATTCCTTACTTATTTTTCGGGGTATTGGCATTTATTGTTAGTTTTAAGCTAGTGGACGTTAACGTAACGTCAGAGCCTGTAAAATTAAGGGATGTCAGTTTGCTCATTAAGAGTAAACCTTTTCTTATTTTTCTTTTCTTCATCATGTTTTTAAGTGTGACGCACCGAGCAAATGATAGTTTTATTGGTTTGTATATTGAGCAACTAGGTGGAAGTGAAGGTTTAGTTGGAGTGGCTTGGTTTGTCGGCGTACTTACCGAGGCGCTTGTCTTTGCTACCGCTGGCTACTGGTTCAGAAAATATCACCCACTCGTATTCGTTATTATTGCTGGGATTTTATATAGTATTCGCTGGTTTATTTATGGGGCAGCAGATAACCCTTGGCACATCATTAGTTTACAGTTTATGCACGGATTAACTTTTGGTACGTTCTATTTAGCTTCATTTAACTATATATCACGACTTGTTCCTAAAATATTACAATCAACGGGACATCTTGTTTTCTTTGCAACATTCTTTGGTGTATCAGGGATTATTGGTTCCTTAATTGGAGGTGCCATGATTGATACCTTTAGCGGAAATGCCTTATACAATTTCATGGGAATCATTGCTTTCATTGGTACCATTTTAATTACAATTTACCACTTGCTTCCATACGGAAAAGAAACGTATATACATGACAAAGCTTAG	MIFWVYVAIRLGDKPIFFLKLGERYLSNQPSLTPLKMLLFAFHATNTIILSYLPLYLKYKGLDGTEIGYVLAVGPLASIVAQPFWGYMSDKYKTVKRVIQVCLIGLLVMSVIFFQMNTLLPILIVGAIFYFFVTPIGALGDSLAQRRAHDLGVSFGTIRLWGSIGFATSSLVIGEILTRAGIQYMIIPYLFFGVLAFIVSFKLVDVNVTSEPVKLRDVSLLIKSKPFLIFLFFIMFLSVTHRANDSFIGLYIEQLGGSEGLVGVAWFVGVLTEALVFATAGYWFRKYHPLVFVIIAGILYSIRWFIYGAADNPWHIISLQFMHGLTFGTFYLASFNYISRLVPKILQSTGHLVFFATFFGVSGIIGSLIGGAMIDTFSGNALYNFMGIIAFIGTILITIYHLLPYGKETYIHDKA	PGPT0028051_682	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-3-PHENYLPROPIONIC_ACID,PGPT0028051-hcaT-K05820	NA	NA
AK148_02174	528	msrA	COG0225	Peptide methionine sulfoxide reductase MsrA	ATGAAGAAAAAACAACGAGCAACCTTTGCTGGCGGATGCTTTTGGTGTATGGTAAAGCCGTTTGACCAATGGAATGGCGTAGACAGTGTTATTTCTGGATATACAGGTGGTCATACGGAAAACCCGACATATGAAGAAGTAAAACAAGGCAAAACGGGGCACTATGAAGCAGTTGAAATTATTTACGATCCAAATGTTTTATCCTATGAAACCATATTGAATATATACTGGCAGCAAATTGACCCTACCGATGACGGAGGACAATTCCATGATCGAGGTGACTCCTATCGAACTGCTATTTTTTATCATAATGAAAACCAAAAAAAAGCAGCAGAATCCTCCAAATTACATCTTGAAGAGAGCGGAAAATTTTCTAACCCGATTGTTACGCAAATATTGCCAGCTACGGCTTTTTATCCAGCTGAAGCATACCATCAAAACTTTTATCGAAAAAATACAGCTGCCTACGAAGAAGATCGCGCCAAATCTGGTAGGGATGCATTTATTAACCAAGTGTGGAGATCATAG	MKKKQRATFAGGCFWCMVKPFDQWNGVDSVISGYTGGHTENPTYEEVKQGKTGHYEAVEIIYDPNVLSYETILNIYWQQIDPTDDGGQFHDRGDSYRTAIFYHNENQKKAAESSKLHLEESGKFSNPIVTQILPATAFYPAEAYHQNFYRKNTAAYEEDRAKSGRDAFINQVWRS	PGPT0013065_4986	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-SULFOXIDE_REDUCTASES,PGPT0013065-msrA-K07304	NA	NA
AK148_02175	663	yiiM	COG2258	Protein YiiM	ATGGCAGAACCATATATTCATAAATTATTTCATAGGAAAAAACTAGATCAGCAAAATCAAGAAGAAAAGGGGGCTATGGCTTATGTAAATGAAGAGGTGAACGGTTCTATTTATGTAACAGATCAAGGGTTAACGCTGGAGAAAGACGGAGATAAAGCATTGTTTGTTTACCCGTGGAAACATTATTATGATTGGGCTGACGTCTATGAATTAGACACGATGCAAATAGGAGATATTGGGGAAAATCTATCTGTCTTAGAGATGGATGAGTACGCGGTGTCCATCGGAGATACCTATCGACTAGGGGAGGCGATCGTTCAAGTTAGCCAACCTTATTTACCATCTTGGAAGTTAGCGAGGCATTTGCAAATAGATGATTTTGCATTACAAATGCAACAAAGTGGTCGTACAGGGTGGTATTTTCGCATTCTTCAAGCAGGGAACATACAAGCAGAACAAGATATGGAATTAATTGATCGTCCCTACCCGCAATGGTCGATTGCTGCATGCAATGAGGCAATGCACAAGTTTAAAGAAGATTTACGTTTAGCAGACGATTTATTACAGTGTGACGTGCTAGGGAGTATGTGGAAAAATATGCTAAAAAAAAGATTGCGGGGCATTCCGTTACGAACTAAAAGGCGTCTATTTGGCCCTGAATAA	MAEPYIHKLFHRKKLDQQNQEEKGAMAYVNEEVNGSIYVTDQGLTLEKDGDKALFVYPWKHYYDWADVYELDTMQIGDIGENLSVLEMDEYAVSIGDTYRLGEAIVQVSQPYLPSWKLARHLQIDDFALQMQQSGRTGWYFRILQAGNIQAEQDMELIDRPYPQWSIAACNEAMHKFKEDLRLADDLLQCDVLGSMWKNMLKKRLRGIPLRTKRRLFGPE				NA	NA	NA	NA	NA
AK148_02176	435			hypothetical protein	ATGGATCCTTTTCAGCAAATGTCCGATTGGAAAAAGAATATGGATCATTTTTTTGGTGATAGTTTTTGGAACGAGTTTGAAGGTCTTATAAAACCTACAATACCACAAATAAACATTTATCAAACCGACCATGAATTATTTTGTATTGCAAGTGTTCCCGGACTAAGTGATTTGGAAAAGCTCGATGTTTACGTAGACTATACTACATTGGAATTAAAAGGTTCCATTGATATTGACCATTCTTATGGAACAGTAGTGAAAGAAGAAATTCTACACGGTGTATTTGAAAGAAAAATAACCCTTCCCTTTCCAGTTCGTTCCGATAAAATAAAAGCAACTTACAAAAATGGCCTTGTCTATATCCAATTGCATCGCCTTATTTCCGAAACAAGCAGAAAAAATCGCGTTCATGTTCATGTATTGGAAAATTCCTAA	MDPFQQMSDWKKNMDHFFGDSFWNEFEGLIKPTIPQINIYQTDHELFCIASVPGLSDLEKLDVYVDYTTLELKGSIDIDHSYGTVVKEEILHGVFERKITLPFPVRSDKIKATYKNGLVYIQLHRLISETSRKNRVHVHVLENS	PGPT0014635_6413	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014635-hsp20-K13993	NA	NA
AK148_02177	618			hypothetical protein	ATGTTGTTAAGTAATGCCATCGTTATGGTTGTTATTATTTTAGTTATTAATATCGTATACGTATCCTTATCTACTGTACGCATGATTTTAACATTAAAAGGAAGGCGTTACATTGCTGCCTTCGTTAGTATGTTTGAAATTGTTATTTATGTACTTGGTCTCGGGCTTGTGCTAGATAACTTAAATGAAATTCAAAATTTAATTGCTTATGCCATCGGTTTTGGAATAGGTGTTATTTGTGGTTCCATGATTGAAGAAAAGCTAGCGCTAGGATATATTACCGTCAATGTGATTTCATCAAATCCAGATATCGCTTTTACGAAACAATTACGGGATAAAGGCTATGGTGTTACAAGCTGGTTTGCTTACGGGATGGAAGGTGATCGTTTATCCATGCAAATCTTAACCCCTCGTAAGTATGAGTTGAAACTCTATGAAACCATTAAACAAATTGATCCGAAAGCGTTTATCATTGCTTATGAACCGAAGCAAATACATGGCGGATTTTGGGTGAAACAAGTGCGAAAAGGTCGGTTAATGAATCCGAAAAAACGTACGGAAGAAGAGAGAAAACACCAGCAGGTAAAAGCAGATGACCAAGGAGAATTACACAAATAA	MLLSNAIVMVVIILVINIVYVSLSTVRMILTLKGRRYIAAFVSMFEIVIYVLGLGLVLDNLNEIQNLIAYAIGFGIGVICGSMIEEKLALGYITVNVISSNPDIAFTKQLRDKGYGVTSWFAYGMEGDRLSMQILTPRKYELKLYETIKQIDPKAFIIAYEPKQIHGGFWVKQVRKGRLMNPKKRTEEERKHQQVKADDQGELHK				NA	NA	NA	NA	NA
AK148_02179	162			hypothetical protein	ATGCTTAACGAAGGCACGTCTGTTTCCATATATATTGAAACAGATTTATTCTCTTCTCTTATAACTATGAGAGTAGAAATAAATCTGTTTTTTGTTTTACATTATAGGGAGTATACGCTCTCTAACGTTTTGCAGGATAACAAAAATGGTCGCTGTCGATAA	MLNEGTSVSIYIETDLFSSLITMRVEINLFFVLHYREYTLSNVLQDNKNGRCR				NA	NA	NA	NA	NA
AK148_02180	486	purE	COG0041	N5-carboxyaminoimidazole ribonucleotide mutase	ATGATAGGGGTAATTATGGGCAGTATTTCTGATTGGGAAACGATGAAGCATGCTTGTGATGTATTAGATCAACTGCAACTTCCATATGAAAAAGAAATTATGTCAGCTCATAGGACACCAGACGATATGTTTGCCTATGCCAAGTCAGCTAGGGGACGGGGGATCAAAGTAATTATTGCTGGTGCTGGGGGTGCAGCTCATTTGCCAGGAATGGTAGCATCGCAAACGAATTTGCCTGTCATCGGTGTTCCCGTTCAGAGCAAAGCATTACAAGGGCTTGATTCGCTTTTATCGATTGTACAAATGCCAGGTGGTGTACCGACAGCAACGGTTGCGATTGGAAAAGCTGGAGCGAAAAATGCAGGGATACTTGCAGCGCAAATGATAGGTGCGTTTGATGACGAAGTAGCTAATAGATTGGAAGATTTTCGCAATGATATGAAGCAGGCTGTGGCAGAAATGAGGGACGAACTTGCAAAAAAATAA	MIGVIMGSISDWETMKHACDVLDQLQLPYEKEIMSAHRTPDDMFAYAKSARGRGIKVIIAGAGGAAHLPGMVASQTNLPVIGVPVQSKALQGLDSLLSIVQMPGGVPTATVAIGKAGAKNAGILAAQMIGAFDDEVANRLEDFRNDMKQAVAEMRDELAKK	PGPT0021545_3717	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021545-purE-K01588	NA	NA
AK148_02181	1128	purK		N5-carboxyaminoimidazole ribonucleotide synthase	TTGCAAAAAAATAACCTTATCTTACCTCCAAAAACGATTGGAATTATTGGTGGCGGACAACTTGGTCGCATGATGGCGTTAGCAGCTAAATATATGGGATATCGTATTGCAGTGCTTGACCCGACTGCTGACTGTCCGACAGCTCAGGTTGCTGATCATTCCATTGTTGCCCACTATGACGATATGGATGCAATCAAAGAATTAGCGAATGTATCGGATGTTGTTACGTACGAGTTTGAAAATGTGAATCTACAAGCGGCGGCTTTTTTAGAACAACAAGATAAGCTCCCACAAGGCGCTTATGCATTAGAAGTGACGCAAAATCGCGAAAAAGAAAAAACAGTGATGCGCGAGCTTGATTTACCAGTAGCTGATTTTGTTATTGTGAGAAATGGGGAGGAATGTTTACGAGCGTTACAAGATATTTCCTTTCCTGTAGTGATTAAAACGTGTAGTGGGGGATATGATGGCAAAGGTCAGTTAAAAATAGAGGATGAATCAGACATTGATACAGCTTGTCAGTTTGCTGATAAGTACCGACATTGTATTATAGAGCAGTGGGTACGTTTTGATAAAGAGATATCCGTCATTTTTACACGTTCGCAGGCTGGGAAAATTACTTTTTTCCCTATTGCAGAAAATGAACATTGCCAGCATATTTTATACCAGACATCTGTACCAGCTACGGTTTCGACAGAAATAGAGAAGCTTGCGATACATGCGGTAGAAAAGCTAGCGCATCATATGCATATCGTTGGAACCTTTGCGGTGGAACTATTTGTTCAAGGTGATTCTATTTATATGAACGAATTGGCACCACGACCACATAACTCGGGACATTATACGATAGAAGCATGCAATGTTTCCCAATTTATGCAACATATTCGTGCGATTTGTGGGTTGCCGTTACTAGAAGTAAACCTTCTACAATCTGCTATCATGGTCAATGTTTTAGGGCAAGATCTAGAGCATGTTATGCAGTGCTTACCGAAAGCAACAGCAGGTTTTGTTCATTTGTATGGAAAAGAAGCAGCGAAAGCCCAACGAAAAATGGGGCATATTACTTTTACTAGCGATACGCTAGAGAACGTACACCAGCAGATGAAGACATTTTGGGAGGCAAAATAG	MQKNNLILPPKTIGIIGGGQLGRMMALAAKYMGYRIAVLDPTADCPTAQVADHSIVAHYDDMDAIKELANVSDVVTYEFENVNLQAAAFLEQQDKLPQGAYALEVTQNREKEKTVMRELDLPVADFVIVRNGEECLRALQDISFPVVIKTCSGGYDGKGQLKIEDESDIDTACQFADKYRHCIIEQWVRFDKEISVIFTRSQAGKITFFPIAENEHCQHILYQTSVPATVSTEIEKLAIHAVEKLAHHMHIVGTFAVELFVQGDSIYMNELAPRPHNSGHYTIEACNVSQFMQHIRAICGLPLLEVNLLQSAIMVNVLGQDLEHVMQCLPKATAGFVHLYGKEAAKAQRKMGHITFTSDTLENVHQQMKTFWEAK	PGPT0021550_2372	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021550-purK-K01589	NA	NA
AK148_02182	1296	purB	COG0015	Adenylosuccinate lyase	ATGATAGAACGTTATACAAGAGAAGAAATGGGAGCTATTTGGACGGAAGAAAATAAATTTAAATCATGGTTAGAAGTCGAACTATTAGCGTGTGAAGCATGGAGTGAGTTAGGTGTAATCCCAAAAGAGGATGTGCAACAATTACGTGCGAAAGCGTCGTTTGACATGGACCGCATTTATGACATAGAACAAGAAACTCGCCACGACGTTGTTGCTTTTACAAGAGCAGTATCCGAAACATTAGGAACCGAGAAGAAGTGGGTGCATTACGGCTTAACTTCTACCGACGTTGTCGATACGGCACTATCTTATTTAGTGAAGCAAGCAAATACAATTATTCGTCAAGATTTACATGCGTTTATAGAAATTTTGCAACAAAAAGCGATCGAACATAAACATACGGTTATGATGGGAAGAACGCACGGTGTTCATGCGGAGCCGACAACTTTTGGATTAAAACTTGCACTTTGGTATGAAGAAATGAAACGTAACTTGGAACGATTTGAAGCAGCAGCAACCTCCATCGAATTTGGTAAATTGTCTGGAGCTGTAGGTACATATGCGAATATTGATCCATATGTGGAACAGTATGTATGTAAAAAATTAGGTTTAGCGCCTGCACCTGTGTCTACACAGACATTGCAGCGAGACCGTCATGCAGCTTATATCGCTACATTGGCTTTAATTGCTACATCCATTGAAAAGTTTGCAACAGAAATTCGTGGCTTACAAAAAACGGAAACACGAGAAGTAGAGGAGCGTTTTGCAAAAGGTCAAAAAGGTTCTTCAGCAATGCCGCATAAGCGAAACCCGATTGGTTCAGAAAATATGACTGGTATGGCAAGAGTGCTTCGTGGATATGTAACAACAGCTTATGAAAATGTTGCATTGTGGCATGAACGAGATATTTCCCACTCTTCTGCGGAAAGAGTTATTTTACCAGATGCAACCATTGCATTAAACTATATGCTCAACCGCTTTAGTACTATCGTAAAGAAATTAACCGTGTTCCCTGAAAATATGAAGCGTAACATTGACAAAACACATGGCGTTATATTTTCACAGCGTGTATTACTTACTTTAATTGACAAAGGAATGAGTCGAGAAGCTGCTTACGATACGGTACAGCCAAAAGCGATGCAAGCATGGGAGACAGGAACACATTTTAAGCAGCTTGTGCAGGAAGACAAAACAATTACGGCGCATTTATCACAAGCTGAGATAGAGAATTGCTTTGATTATACGTACCATTTAAAAAATGTGGATCAAATTTTTGAAAAAATTGGCTTAGCGTGA	MIERYTREEMGAIWTEENKFKSWLEVELLACEAWSELGVIPKEDVQQLRAKASFDMDRIYDIEQETRHDVVAFTRAVSETLGTEKKWVHYGLTSTDVVDTALSYLVKQANTIIRQDLHAFIEILQQKAIEHKHTVMMGRTHGVHAEPTTFGLKLALWYEEMKRNLERFEAAATSIEFGKLSGAVGTYANIDPYVEQYVCKKLGLAPAPVSTQTLQRDRHAAYIATLALIATSIEKFATEIRGLQKTETREVEERFAKGQKGSSAMPHKRNPIGSENMTGMARVLRGYVTTAYENVALWHERDISHSSAERVILPDATIALNYMLNRFSTIVKKLTVFPENMKRNIDKTHGVIFSQRVLLTLIDKGMSREAAYDTVQPKAMQAWETGTHFKQLVQEDKTITAHLSQAEIENCFDYTYHLKNVDQIFEKIGLA	PGPT0021555_5196	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021555-purB-K01756	NA	NA
AK148_02183	714	purC	COG0152	Phosphoribosylaminoimidazole-succinocarboxamide synthase	ATGAAGGGTGCCTTACTTTATGAAGGGAAGGCAAAGCAAGTATATGAAGCAAAAGATGCAGCTGGAAAGCTCATCCTTTCCTATAAAAATGACGCAACGGCATTTAATGGTGAAAAAAAATCAGTATTTCCAGGTAAAGGTCGCTTGAACAACAAAATAGCAGCACATATTTTCTCTATGCTACAGGATCGAGGAGTAAAGACACATTTCATTGAACGTTTAAATGAAACAGAACAGCTCGTTTGGCAAACGGAAATTATTCCGCTTGAGGTTGTTGTTCGTAATGTTGCCGCTGGCAGCATTACGAAGCGCCTTGGGATTGAAGAAAAAACAGTCTTTGAACCGCCAATTGTGGAATTGTTTTATAAAGATGATGCGCTCGGTGATCCGTTAATTAATGATGAGCATGCATTACTCGTTGCGTCTATTACACAAGTTGAATTGCAGGAAATTAAAACAAAGGCACGAGCAATTAACAACCATTTGCAGCATATTTTTCAAGCTATTCGTATTCAATTAGTGGATTTCAAGTTAGAATTTGGCAGGCTCGCATGTGGCTCCATCGTGCTTGCAGATGAAGTTTCCCCAGATACGTGTAGACTTTGGGATGTCGCAACATTTGAAAAATTGGATAAAGATGTCTTTCGTCAAGGAACGGGTGACCTGATCGCTGTATATGAAGAAATATTAAACCGACTGGAGGAGCAAAAATGA	MKGALLYEGKAKQVYEAKDAAGKLILSYKNDATAFNGEKKSVFPGKGRLNNKIAAHIFSMLQDRGVKTHFIERLNETEQLVWQTEIIPLEVVVRNVAAGSITKRLGIEEKTVFEPPIVELFYKDDALGDPLINDEHALLVASITQVELQEIKTKARAINNHLQHIFQAIRIQLVDFKLEFGRLACGSIVLADEVSPDTCRLWDVATFEKLDKDVFRQGTGDLIAVYEEILNRLEEQK	PGPT0021565_4009	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021565-purC-K01923	NA	NA
AK148_02184	252	purS	COG1828	Phosphoribosylformylglycinamidine synthase subunit PurS	ATGAAAAAAGTAATGGTGCATATTACGCTTAAAGAAGGGGTGCTTGACCCACAAGGAAAAGCTATTCAACAATCTTTACATGCGTTAGGTTACGAAGAAGTAGAGGAAGCGCGAGTGGGAAAAATGATTGAGATACAAGTAGAGGAAGGGCCTCATATAGAAGCTCGTATTAAAGAAATGTGCGATAAATTATTAGCTAATCCGGTCATTGAAAATTATCAAGTTACGATGGAGGAGGCTGTTCAGTCGTGA	MKKVMVHITLKEGVLDPQGKAIQQSLHALGYEEVEEARVGKMIEIQVEEGPHIEARIKEMCDKLLANPVIENYQVTMEEAVQS	PGPT0021725_976	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021725-purS-K23264	NA	NA
AK148_02185	684	purQ	COG0047	Phosphoribosylformylglycinamidine synthase subunit PurQ	GTGAAATTTGCTGTTATCGCCTTTCCTGGTTCAAACTGTGATCGAGATATGTACAGAGCAGTAGCAAACGTTTTAGGAGCAGATGCCGATCTGTTATGGTATGAAACTGCTAATCTAGATAACTATGATGCCATTCTTCTTCCTGGCGGCTTTTCTTATGGAGACTACTTGCGTACAGGCGCAATTGCAGCAACGTCAAATGTGATGCAACAAGTGAAAAAACACGCCGCAAAAGGTAAGCCTGTACTAGGTGTTTGTAATGGTTTTCAAATTTTAACGGAGTCGGCTTTACTTCCTGGGGCATTATTGCGCAATAAAAATCTTTCGTTTATGTGTCATCAAGAAGTGTTAACGGTAAAGAACAATCAAACGATGTTTACAACGGCATATAGTCAAGGTGAAACGATCCAATTACCCATTGCGCACGGTGAAGGAAATTATTACTGTGATGAAGCGACATTGCAAGAATTAATAGAACATAAGCAAATTGTGTTTACCTATCAAAATAATCCCAATGGCTCTATAGAGAATATTGCTGGAATTGTAAATAGAGAAGGGAATGTTCTTGGAATGATGCCGCACCCAGAGCGTGCTGTGGAACAATTGTTAGGCAGTGCGGATGGCTTACGTTTATTTCAGTCATTGATTCATAATTGGAGGGAAACTTATGTTGCAAACGCATGA	MKFAVIAFPGSNCDRDMYRAVANVLGADADLLWYETANLDNYDAILLPGGFSYGDYLRTGAIAATSNVMQQVKKHAAKGKPVLGVCNGFQILTESALLPGALLRNKNLSFMCHQEVLTVKNNQTMFTTAYSQGETIQLPIAHGEGNYYCDEATLQELIEHKQIVFTYQNNPNGSIENIAGIVNREGNVLGMMPHPERAVEQLLGSADGLRLFQSLIHNWRETYVANA	PGPT0020220_1190	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0020220-purQ-K23265	NA	NA
AK148_02186	2229	purL	COG0046	Phosphoribosylformylglycinamidine synthase subunit PurL	ATGTTGCAAACGCATGAAATAAGCCCAGAGCAAATTGAAAATGAAGCGCTTTATAAAGAAATGGGTTTAAATGATGAAGAATACAAGATGGTGAAGCATATTTTACAGCGCAGACCGAATTATACGGAAACAGGGATTTTTTCCGTCATGTGGTCCGAGCATTGTAGCTATAAATCGTCTAAACCATTATTGAAAAAGTTCCCAACGAAAGCCCCGCATGTGTTGCAAGGTCCTGGAGAGGGGGCAGGGATTATTGATATTGGCGATGAGCAGGCTGTTGTTTTTAAAGTTGAAAGTCATAATCACCCGTCTGCAGTCGAACCGTATCAGGGTGCCGCAACAGGCGTTGGTGGCATTATTCGTGATGTCTTCTCTATGGGCGCACGTCCGATTGCTCTTTTGAACTCGCTACGGTTTGGTCCATTAACAAATGAACGGACGAAATACTTATTTTCCGGTGTTGTTGACGGTATCGCAGGATATGGGAATTGTGTCGGTGTTCCAACAGTTGGTGGGGAAGTGCAATTTGATGACTGTTATCAGGAGAATCCATTAGTAAATGCCATGTGTGTCGGTTTAATAAAGCATGACGATATTCAAAAAGGGGTTGCCGCTGGTGTGGGGAATACGGTCCTTTATGCTGGAGCGCCAACAGGTCGGGATGGTATTCATGGTGCGACATTTGCCTCCGATGATTTGGCAGAGGATTCCTTAAAAGATCGTCCTGCAGTACAAGTTGGCGATCCATTTATGGAAAAATTACTGATTGAAGCATGTTTAGAAGTAATCCAGTCAGATGCACTCGTAGGCATGCAAGATATGGGTGCTGCTGGTTTAACCTCTTCTGCTAGTGAAATGGCTAGTAAAGCTGGGACAGGTTTGGAGATGAATTTAGATCATGTACCACAAAGAGAAGCAAATATGACAGCGTATGAACTAATGCTTTCTGAATCACAAGAACGGATGTTGCTCGTGGTTAAAAAAGGACGTGAACAGGAAATTATCGAAGTATTCCGAAAGTATGGCTTGCAGGCAGTAGCAGTTGGTGAAGTCATTGAGGAAAAGACCTTTCGTATTTTCCAACATGGCAAATTGATGGCTAATATTCCAGTTGACGCATTAGCGGAAGAAGCTCCAGTGTATCATTTACCTGCTAAAGAAGCTGCTTATTTCCAAGCTTTTCAACAAATGAAGCAAGAAGTGCCAGTTGTTAAAGATCATGCACACATGTTCAAGCAACTGTTACAGCAACCGACGATCGCTTCTAAAGAATGGGTTTATGATCAGTACGATTCTATGGTGCAAACAAATACAGTCGTTACACCAGGTTCTGATGCAGCGGTAGTGCGTATTCAAGGTACGAATAAATCGTTAGCAATGACAACGGATTGTAATTCTCGATACATTTATTTAGATCCTGAAACAGGTGGAAAAATTGCCGTTGCAGAAGCGGCTCGTAACATTATTTGTTCAGGTGCTAAGCCACTCGGGTTAACAGATGGATTGAACTTTGGCAACCCAACGAATCCTGAAGTGTTTTGGCAAATGAAAAAAAGCGTGGAAGGCATGGTAGCTGCTTGTGAAACGTTAGATACGCCTGTAATTAGTGGAAATGTATCCTTGTATAACCAGTCAGGCGGAAAGGCGATTTTTCCGACTCCTGTGGTAGGGATGGTTGGGCTACATGAATCACTGGATCATATTACGTCGAGTTTCTTTCAACAAGCAGGAGATCGTATTTATGTTATTGGAGAAACGGCGTGCGATTTTGGGGGTAGTGAGCTACAGCGACTTATGCAAGGAAAGTATGCAGGAAAAGCACCACAAATAAACTTAGACGTCGAGAAAAAACGGCAAGATCAGCTATTAACAGCAATCCAACAAGGGGTCGTATCATCAGCACATGACGTTGCTGAAGGTGGTTTGGCGGTTGCTTTAGCGGAAAGCCTGTTTGCTGAGTATACATTGGGGGCAACTGTACAGTTATCTGGTGACCCGACAGTGATGTTATTTAGTGAAACACAGTCTCGATTTCTTGTAACTGTTCCAGAAAACAAACAAGAAAATTTTGTGCATATCGTGGAAGATGCCGTTGAGATTGGGGAAGTTACAACGGATGAGCAGCTTACGATTTCTATCAATGAGCAGGAATATGTGTCTGAATCTGTTGCTTTATTACAAGCACAATGGAAAGGAGCCATTCCATGCATGCTGAAGACAAAGGCATAA	MLQTHEISPEQIENEALYKEMGLNDEEYKMVKHILQRRPNYTETGIFSVMWSEHCSYKSSKPLLKKFPTKAPHVLQGPGEGAGIIDIGDEQAVVFKVESHNHPSAVEPYQGAATGVGGIIRDVFSMGARPIALLNSLRFGPLTNERTKYLFSGVVDGIAGYGNCVGVPTVGGEVQFDDCYQENPLVNAMCVGLIKHDDIQKGVAAGVGNTVLYAGAPTGRDGIHGATFASDDLAEDSLKDRPAVQVGDPFMEKLLIEACLEVIQSDALVGMQDMGAAGLTSSASEMASKAGTGLEMNLDHVPQREANMTAYELMLSESQERMLLVVKKGREQEIIEVFRKYGLQAVAVGEVIEEKTFRIFQHGKLMANIPVDALAEEAPVYHLPAKEAAYFQAFQQMKQEVPVVKDHAHMFKQLLQQPTIASKEWVYDQYDSMVQTNTVVTPGSDAAVVRIQGTNKSLAMTTDCNSRYIYLDPETGGKIAVAEAARNIICSGAKPLGLTDGLNFGNPTNPEVFWQMKKSVEGMVAACETLDTPVISGNVSLYNQSGGKAIFPTPVVGMVGLHESLDHITSSFFQQAGDRIYVIGETACDFGGSELQRLMQGKYAGKAPQINLDVEKKRQDQLLTAIQQGVVSSAHDVAEGGLAVALAESLFAEYTLGATVQLSGDPTVMLFSETQSRFLVTVPENKQENFVHIVEDAVEIGEVTTDEQLTISINEQEYVSESVALLQAQWKGAIPCMLKTKA	PGPT0021730_1266	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021730-purL-K23269	NA	NA
AK148_02187	1413	purF	COG0034	Amidophosphoribosyltransferase	ATGCATGCTGAAGACAAAGGCATAAGGGAAGAATGTGGCGTGTTCGGTATCTGGGGGCATGAAAAAGCGGCAGAACTGACGTATTACGGGTTACATTCAATGCAACATCGTGGTCAAGAAGGTGCTGGTATCGTTGTCAGTGATGGACAGCAATTAAAAGTGCATAAAGATGTCGGATTAGTGAATGATGTTTTTAAGCATGCAGATTTTTCTATGTTACAAGGTGATGTAGCGATTGGACATGTCCGTTATTCGACACAAGGTGCTAAAACGGTAGAGAATGTGCAACCCTTATTGTTCCATTCCCAAAAAGGGAGTATGGCGCTTGCGCATAATGGCAATCTAATGAATGCCTATGCTTTGCGAGCAGAATTAGAAGAAGAAGGAAGCATATTGCAAACTTCATCCGATACAGAAGTATTGGCACATTTAATCAAACGTAATGGGAACCAAGTGTCGAAGGTTTCCATTACAGAAGCATTAAATCAAGTACAAGGTGCCTATGCCTATTTAATTTTGACGGAAAAGCAGCTGTTTGTTGCGCTAGACCCGCACGGGATTCGTCCATTATCGATTGGTAGATTAGGAGATGCTTATGTCGTTGCTTCGGAAACATGCGCATTCGGGCAGATTGGCGCCACATTTGAACGGGAAGTATTACCAGGTGAGCTCATTACGATTGACGATCATGGTCTTACGTCGACACGATTTGCTATGCGAGAACAACGAAAAATGTGTGCCATGGAATATGTGTATTTATCCCGACCAGATAGCGATGTAAATTTAGTAAATGTGCATGCGTCAAGGAAAAACATGGGTATGGAGCTTGCCAAAGAAGCTCCGGCAGATGCAGATATCGTTGTTGGCGTGCCTGACTCTAGTACATCAGCTGCGATTGGTTACGCTGAGGAAAGTGGGCTTCCATATGAGATGGGGATTATTAAAAACCGTTATGTTGGTAGAACTTTTATTCAACCTTCCCAAGAATTACGAGAGCAAGGGGTGAAGCTTAAGCTATCCCCAGTTCGAAGTATCATTGAAGGAAAACGAGTCGTTATGATTGATGATTCCATCGTCCGTGGCACAACGAGTAAGCGGATTGTGCATATGTTAAAAGACGCTGGTGCAAAAGAAGTGCATGTGCGAATTGCTTCTCCGTCTATTCAACATCCTTGCTACTACGGGATTGACATGTCGACAAGAAAAGAGTTAATTGCAGCAAATTATGAACAAGATAAAATAAGAGAAATCATTGGCGGAGATAGTCTAGCGTATTTGTCAGAGGCAGGTATGGAAAAAGCAATCTTAAAAGATAAGACGATCCATCAAGGCGTTTGTACAGCGTGTATGACTGGTAAATATCCGCTCTCCATGGAATCGGACAAACAAGTGTCTCCTTTTATTTCCCTATAG	MHAEDKGIREECGVFGIWGHEKAAELTYYGLHSMQHRGQEGAGIVVSDGQQLKVHKDVGLVNDVFKHADFSMLQGDVAIGHVRYSTQGAKTVENVQPLLFHSQKGSMALAHNGNLMNAYALRAELEEEGSILQTSSDTEVLAHLIKRNGNQVSKVSITEALNQVQGAYAYLILTEKQLFVALDPHGIRPLSIGRLGDAYVVASETCAFGQIGATFEREVLPGELITIDDHGLTSTRFAMREQRKMCAMEYVYLSRPDSDVNLVNVHASRKNMGMELAKEAPADADIVVGVPDSSTSAAIGYAEESGLPYEMGIIKNRYVGRTFIQPSQELREQGVKLKLSPVRSIIEGKRVVMIDDSIVRGTTSKRIVHMLKDAGAKEVHVRIASPSIQHPCYYGIDMSTRKELIAANYEQDKIREIIGGDSLAYLSEAGMEKAILKDKTIHQGVCTACMTGKYPLSMESDKQVSPFISL	PGPT0020225_4744	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0020225-purF-K00764	NA	NA
AK148_02188	1071	purM	COG0150	Phosphoribosylformylglycinamidine cyclo-ligase	GTGAAGGCTTATGCAGCATTAACTTTAGATGATAGAAAAGGAGAAGTGACCATAGTGGCAAATGTATATAAACAAGCTGGCGTAGACGTTGAGAAAGGCTACGAAGCTGTGGAACGAATGAAAAATCATATCGAGCGAACGAATAAAAAGGAAGTGTTAGGTGGGATTGGTGCATTTGCCGGTCTGTTTGATCTGTCAGGCTTTTCCTACGAACAGCCAGTACTTGTATCAGGAACAGATGGGGTAGGAACAAAATTGAAGCTTGCGTTTGCTATGGATCAGCATCGTACCATTGGAATTGATGTTGTGGCGATGTGCGTCAATGATATTGTTGCTCAAGGGGCAAAACCACTCTTTTTCCTTGATTATATTGCTTGTGGAAAAAATGATCCGAAGCAAATAGAACAAATTGTAGCTGGGATTGCAGAAGGTTGTGTTCAGGCAGATGCAGCTTTAATCGGTGGAGAGACAGCTGAAATGCCAGGGATGTATCAAGCTGGTGAATATGATTTAGCTGGCTTTACCGTTGGCATTGCCGAGAAAAAAGAACTCATTACAGGAGAAAACATCCAATCCGGAGACGCTATTATCGGATTGCTGTCAAGTGGTATACATTCTAATGGCTATTCGCTCGTGCGTAAGTTAACGACCGATTTAGCTTTTGATCAATCTTATAGTTTACGTGAACCTCTAGGAGAAGCATTACTTACGCCAACACGTATTTATGCGAAGTCGATACAAAGCGTTTTAAAAACAGGGTATATCAAAGGTGTAGCTCATATTACAGGTGGAGGTTTTTACGAAAACTTCCCACGCATGGTACCAGAAAATCTAGGAGTGGATATTGATACAAAGGCGTGGGACATACCAGAAATTTTTCCGTTTTTACAACAACAAGGAAAGATTGCGACAGAGGAAATGTTCGGTGTGTTTAATATGGGGATCGGGATGGCAATCGTTGTTGCAAAACAGCATGTGTCAGAAGTTATGGATCACTTAGAAACAGCAGGGGAGAAGGCCTCTATTATTGGTTCGGTGACGGAACAAAAAGGAGTGCACATACGTTTATGA	MKAYAALTLDDRKGEVTIVANVYKQAGVDVEKGYEAVERMKNHIERTNKKEVLGGIGAFAGLFDLSGFSYEQPVLVSGTDGVGTKLKLAFAMDQHRTIGIDVVAMCVNDIVAQGAKPLFFLDYIACGKNDPKQIEQIVAGIAEGCVQADAALIGGETAEMPGMYQAGEYDLAGFTVGIAEKKELITGENIQSGDAIIGLLSSGIHSNGYSLVRKLTTDLAFDQSYSLREPLGEALLTPTRIYAKSIQSVLKTGYIKGVAHITGGGFYENFPRMVPENLGVDIDTKAWDIPEIFPFLQQQGKIATEEMFGVFNMGIGMAIVVAKQHVSEVMDHLETAGEKASIIGSVTEQKGVHIRL	PGPT0021570_1483	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021570-purM-K01933	NA	NA
AK148_02189	576	purN		Phosphoribosylglycinamide formyltransferase	ATGAGTCGGGCGAAGGCAGCCGTATTTGCTTCCGGGGCAGGCAGCAATTTTCAAGCCATGCTTGACGAAAGTGACTTGGCTTGTGAGATCGTTTTATTAATCTGTGACAGACCTGGGGCAGCCGTCATAGAAAGAGCAAGGCAACATCAAATTCCTGTCTATCAGTTCGACCCGAAGCAATATGCCACGAAAGAAGCGTATGAAAGAGAATTGGTGACTGTATTAAAAAAAGCGCGTGTAGAGTGGATTTTTTTAGCAGGATATATGCGTATTGTAGGTTCCTATTTACTACATGCGTATCAAGGTAAAATCGTGAATATCCACCCTTCGTTGTTGCCCGATTTCCCTGGGAAAGATGCGATTACGCAAGCTTTTGCAGCGAAAGTGGACAAAACAGGGGTAACCATTCATTTTATCGATGAAGGTATTGATACAGGACCGATCATCGCTCAACAAACAGTCGATATGTATCCAGATGATACGATTCGTTCATTAACAAAACGCATCCAGCAAGTCGAGCATAAGCTATATCCAAAAATAATTAGACAATTAGTACAAAATGAGGGAGAACTATGA	MSRAKAAVFASGAGSNFQAMLDESDLACEIVLLICDRPGAAVIERARQHQIPVYQFDPKQYATKEAYERELVTVLKKARVEWIFLAGYMRIVGSYLLHAYQGKIVNIHPSLLPDFPGKDAITQAFAAKVDKTGVTIHFIDEGIDTGPIIAQQTVDMYPDDTIRSLTKRIQQVEHKLYPKIIRQLVQNEGEL	PGPT0008095_3877	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0008095-purN-K11175	NA	NA
AK148_02190	1533	purH		Bifunctional purine biosynthesis protein PurH	ATGAAAAAACGAGCATTAATAAGTGTATATGACAAAGAAGGAATTACATCGTTTGCAAATGAATTAGTCCAGGCAGGATATGAGATTATTTCAACAGGTGGAACGCTCCATACATTACAAGCAGCTCATATTCCAGCAACTGCTGTGGAAAATATAACTGCTTTTCCAGAAATATTAGATGGTCGGGTTAAAACATTGCATCCAAACATTCATGGTGGATTACTTGCAAAACGGGGGAACAAAGCACATCTGAAAGAGCTTGAAGTGAATGCTATTACGCCAATTGATCTTGTTGTTGTTAACCTTTACCCCTTTAAGGAGACGGTAACGAACGAAGCTGCTTCTCATGAGGAAATCATTGAAAATATTGATATTGGTGGCCCTTCAATGTTGCGATCAGCGGCTAAAAATTATCAGGCGGTAACCGTGGTTGTTGATCCAACCGATTACGAAAGCGTACTCCAAGCATTGCAAACTGGTGAAGTTACGTTAGAACAACGTCAGCAGTTAGCTGCGAAAGTATTCCAACATACAGCAGCATATGATGCACTTATTGCCTCATACTTTACAGAAAGCACTGGAGAAGCATTTCCAGATCAGTATACGATTACATATGAAAAGGTACAGACGCTACGTTACGGAGAAAATCCACACCAAGCAGCTGCTTTTTATAAGCAACCGGTTACGAAACAGCAAGGATTGGCTACAAGTGAACAATTGCATGGGAAGGAGCTTTCCTATAACAACATCCAAGATGCGAATGCGGCTTTAGAGATTTTGGCAGAATACAACGCACCTACAGCTGTTGCGGTAAAACATATGAACCCATGTGGAATTGGAACGGCAGATACGCTTGCAAAAGCATTTGCACATGCGTATGCGGCAGACCCTGTTTCCATATTTGGAGGAATTGTTGCTTGCAATCAAATAGTAGATAAGGAAACGGCGCTGCAGTTAAGCGACATCTTTTTAGAAATTGTCATCGCACCAGATTTTACAGAAGAAGCACTACAAATATTAACAGAGAAGAAAAATATTCGTCTGATGAAATTACCTCGACAAGCAGATAAAGTAATCGAAAACAAATATACATCGGTTGTTGGTGGTATGTTAATTCAAACGAAAGATGACGAACAAATTACAGCCTCCGATGTTACTGTTGCTACGAAACGAGAGCCCACGGAAAAAGAGAAGGAGCAATTACTCTTGGCGTGGAAGGCAGTCAAACATGTGAAATCCAATGCGATTGTGTTGGCAAAAGAGAATCGAACGGTCGGTATTGGTGCAGGACAAATGAATCGAGTTGGCGCTGCAAACATTGCCATTGAGCAAGCGAAAGAGCATGCAGTAGGAGCAGTTATGGCTTCGGATGCATTTTTTCCTATGCCAGACACGGTGGAAGCCGCTGCAAAAGCAGGAATTACTGCTATTATTCAGCCAGGCGGTTCCAAGCGCGATCAAGATTCTATTGATGTATGTAACCAATATGGGATTGCAATGATTTTTACGGGCATACGTCATTTCAAACATTAA	MKKRALISVYDKEGITSFANELVQAGYEIISTGGTLHTLQAAHIPATAVENITAFPEILDGRVKTLHPNIHGGLLAKRGNKAHLKELEVNAITPIDLVVVNLYPFKETVTNEAASHEEIIENIDIGGPSMLRSAAKNYQAVTVVVDPTDYESVLQALQTGEVTLEQRQQLAAKVFQHTAAYDALIASYFTESTGEAFPDQYTITYEKVQTLRYGENPHQAAAFYKQPVTKQQGLATSEQLHGKELSYNNIQDANAALEILAEYNAPTAVAVKHMNPCGIGTADTLAKAFAHAYAADPVSIFGGIVACNQIVDKETALQLSDIFLEIVIAPDFTEEALQILTEKKNIRLMKLPRQADKVIENKYTSVVGGMLIQTKDDEQITASDVTVATKREPTEKEKEQLLLAWKAVKHVKSNAIVLAKENRTVGIGAGQMNRVGAANIAIEQAKEHAVGAVMASDAFFPMPDTVEAAAKAGITAIIQPGGSKRDQDSIDVCNQYGIAMIFTGIRHFKH	PGPT0008110_4274	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0008110-purH-K00602	NA	NA
AK148_02191	1242	purD	COG0151	Phosphoribosylamine--glycine ligase	ATGAACATTCTAGTCATTGGTCGTGGTGGTAGAGAGCATAGTATTGTAATGAAATTAAGGGAAAGTGGACAGGTTACTCAATTATATGTAGCTCCAGGAAATGGCGGGATGGTAGAGCAAGCTACTTGTGTCTCTATTGATGAAATGGATACCCAAGGGTTAATCGATTTTGCTAAGGAAAAGGCAATTGATTTAACAATTGTCGGTCCCGAAAATCCATTAAATAAAGGCATTGCGAACGCTTTTCAAAGAGAAGGATTACGTATCTTTGCTCCAACAAAAGAAGCTGCTCTCCTTGAAGGAAGCAAGCAATTTGCGAAACAATTTATGGACAAATATCATATACCAACTGCTGTTCACGAAACATTTACAGATGTAGATAAAGCAAAAGCATATATTGAATTAAAAGGAGCCCCTATTGTCATTAAAGCGGATGGGCTTGCTGCCGGTAAGGGAGTTGTTGTAGCCGAAACGAAACAAGCTGCATTTGCCGCTGTAGAAGAAATGTTAGTCGAAAAAACGTTTGCCGACGCAGGGACAACCATTGTTATAGAAGAATTTTTACAAGGAAAAGAATTCTCCTTAATGGCTTTTGTTTATCACGATCAAGTGTATCCGATGGTTCCTGCTCGTGATCATAAACGCGCCTTTGATTTTGATCAAGGACCGAATACTGGGGGAATGGGTGCTTTTGCGCCGGTGCCAGACGTAACGCAAGCAGACTTGGACTATACGTATAAACATGTTTTACAGCCTACAGTGAACGGACTTATAGAAGAAGGAAGGCCATTTATCGGTGTGCTTTATGCAGGACTTATGAAAACGGAAACTGGTCCAAAAGTGATTGAATTTAACACTCGATTTGGTGATCCAGAAACGCAAGTTGTTTTGCCATTGTTAAAAAATGATTTGGCACAAGTATGTGTAGATGTAATAGACGGCAAGGATCCGAAGCTTGAATGGGAGCAAAAAGCTTGTGTCGGTGTCGTCGTAGCTGCTAGTGGTTATCCAAATGAGTATGAAAAAGGAATAGACATTCCCGCATTGCCAGCTACGCCTGCGGAGATTGTCCATGCAGGCACAAAACAAATTGGTGAACGGATGGTGACAAACGGTGGTCGTATTTTAGTATCGGCAGCTGTAGCGGATACCCTTGATGAAGCGGCTTCGTTTGCTTATGAGCCTCTCCAAGTGTTCAAAGATAGAGATGAATTCTTTTATCGAACGGACATTGGAAAATAG	MNILVIGRGGREHSIVMKLRESGQVTQLYVAPGNGGMVEQATCVSIDEMDTQGLIDFAKEKAIDLTIVGPENPLNKGIANAFQREGLRIFAPTKEAALLEGSKQFAKQFMDKYHIPTAVHETFTDVDKAKAYIELKGAPIVIKADGLAAGKGVVVAETKQAAFAAVEEMLVEKTFADAGTTIVIEEFLQGKEFSLMAFVYHDQVYPMVPARDHKRAFDFDQGPNTGGMGAFAPVPDVTQADLDYTYKHVLQPTVNGLIEEGRPFIGVLYAGLMKTETGPKVIEFNTRFGDPETQVVLPLLKNDLAQVCVDVIDGKDPKLEWEQKACVGVVVAASGYPNEYEKGIDIPALPATPAEIVHAGTKQIGERMVTNGGRILVSAAVADTLDEAASFAYEPLQVFKDRDEFFYRTDIGK	PGPT0021575_4954	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021575-purD-K01945	NA	NA
AK148_02192	1707	yerA	COG1001	Putative adenine deaminase YerA	ATGAGGCAGCATGTCAGAGTCGTCGATGGAGAAGTAGCTCCAACGATCGTGCTAGAAAACGCGACTTACTTGAATGCGTATACGAAACAATGGGTAGAATCCAATATTTGGATGTATGAAGATCGGATTGTTTATGTTGGGGAGCAAATGCCAGCTAATTTACACGATACAGAGATTGTAGATTGTACAGGGAAGTATGTCGTTTCAGGTTATATTGAGCCACATGCCCACCCCTTTCAATTGTATAATCCGGAACAATTGGCATGGCACGCAGCTAAGACAGGCACAACAACATTAATCAATGACAATTTATTATGGTTATTTATGTTAAACAAAAAGAAAGCGTTTTCGATTTTGGAGGAGTTTAGCAAGCACCCTGTGTCTATGTATTGGTGGGCTCGATTTGATCCGCAGACGGAGTTGCAGGGGGAGCATGGTTTATTTCAGACAGAAGATGTTTTATCGTGGGTAAAACATCCTGCCGTCGTTCAGGGTGGCGAACTCACTTCCTGGCCAGACCTTCTAGCAGGTGACGATATTTTATTATATTGGATTCAAGAAACGAAAAATCAGCGTAAGCCTGTGGAAGGACATTTCCCAGGGGCTTCTGAACGGACCTTAACAAAAATGAAACTACTTGGTGTTAATGCGGATCATGAATCGATTTCTGGAGAAGAGATTTTACGGCGTCTACGACTAGGCTATCATGTAGGCTTGCGATATTCATCGATTCGCCCCGATTTACCAAATTTAATAGAGGAAATGCTTGCAGCAGGGTTGACAACCTTTGAAAATTTAACCTTTACAACAGATGGAGCGACACCTGCTTTTTATGAAACAGGGCTTATTAATCAGTGTATCGACATTGCTATAAAAAAAGGAATACCTATTGAAGAAGCTTATTTAATGGGCAGTTTCTACGCTGCCAAGCATTTACGAATGGAAGAACAGCTAGGAAGTATTACACCGGGTCGATTTGCCCATATTAATATTTTAACAGAAAAAGATAATCCTCATCCAGAGAGTGTGCTGTCAAAAGGAAAATGGATTGTAAAACATGGCGAACAGCAAAAAATGCAAGCCCAAATCCCGTGGTCAAAATATCACATCAAGCCACTAGATTTAGATTGGGAAATAAGCTATAAAGAATTACAATTTTCCGTTCCAATCGGTTTGGAAATGGTCAACGATGTAATTATGACGCCATATCCAATTGAAGTGGATATAACCGTTGAAGAACTTCCTGCCGAAACAACGGATTCTTTTTTAGTTTTACTTGATCGACATGGCAAATGGCGTGTGAATACGACGTTACGGGGGTTTACGAATGAGCTAGGTGCTATCGCAAGCTCTTATTCCGTGTCTGGTGATTTTGTATTTATTGGAAAACGAAAAAGCGATTTGTTACTTGCTGGTAAACGTATAAAAGAGTTAGGCGGGGGGATTGTTATTGCTCATCATGGAGAAATATTATTAGAAATTCCGCTCCAACTTGGTGGGATGATGTATGCTGGAGCGATGGACGAACTGATTAAACAGGAAAAAGAATTAAAACAGATTTTACAATCATTTGGGTATCCATTTTCTGACCCTGTGTATTCGATATTTTTCTTATCCTCTACGCATTTACCTTATGTGCGTATTACGCCGCAGGGAATTATAGATGTGAAGCAAAAGGAACTCCTATTCCCTGCAACGATGTGTTAG	MRQHVRVVDGEVAPTIVLENATYLNAYTKQWVESNIWMYEDRIVYVGEQMPANLHDTEIVDCTGKYVVSGYIEPHAHPFQLYNPEQLAWHAAKTGTTTLINDNLLWLFMLNKKKAFSILEEFSKHPVSMYWWARFDPQTELQGEHGLFQTEDVLSWVKHPAVVQGGELTSWPDLLAGDDILLYWIQETKNQRKPVEGHFPGASERTLTKMKLLGVNADHESISGEEILRRLRLGYHVGLRYSSIRPDLPNLIEEMLAAGLTTFENLTFTTDGATPAFYETGLINQCIDIAIKKGIPIEEAYLMGSFYAAKHLRMEEQLGSITPGRFAHINILTEKDNPHPESVLSKGKWIVKHGEQQKMQAQIPWSKYHIKPLDLDWEISYKELQFSVPIGLEMVNDVIMTPYPIEVDITVEELPAETTDSFLVLLDRHGKWRVNTTLRGFTNELGAIASSYSVSGDFVFIGKRKSDLLLAGKRIKELGGGIVIAHHGEILLEIPLQLGGMMYAGAMDELIKQEKELKQILQSFGYPFSDPVYSIFFLSSTHLPYVRITPQGIIDVKQKELLFPATMC	PGPT0021510_1378	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021510-ade-K01486	NA	NA
AK148_02193	1014	yerB		Putative lipoprotein YerB	ATGCGAAAAGTTTTATTCTTAGTAGTTATCATAGCAATTGTTTTTATTGCAGGTTGTAAAGATGAAGAGGATGTGGGGAAGGACAACGAAAAAGGTGATGATAAAAATGCTGCATATGCTTTGACAGGTCTTTCTGCAGATGGAGCAACAGATAACAGAATGGTTGCTGTCATGGTAAATAATCATCCAAAAGCAAGGCCGCAAACGGGTTTATCACAAGCAGATATTGTTTTCGAAATGCTAGCTGAAGGGAACATTACGCGGTTTCTAGCGCTTTACCAAAGTGAGCTACCTGATGTTATTGGCCCTGTTCGCAGTGCGCGGGAGTATTATTTTGATTTAGCCCAAGGGTATAATGCTATTTACGTGCATCACGGCGCTGCTGATTTTATTAATCAAAAGATGAAAGATAAAGGAATTGACCATCTGAACGGCTCGCTTTATGATAATGATGGTAACTTATTTAAACGGGAGGTTTTTCGTAAAGCGCCTCATAACTCGTATTTACAAACCGATGCGATATATGAAATAGCGGAAGAAAAAGGGTATGATGTAACTGCTACATATGAATCATTGCCATTTCTTGAAACGGATGCTGAAATTGCCGGTTCTCCTGCACCAAAGGTTACCGTTAGTTATGCAAATAATCCAAATGAAATGATACAATATATATTTAAAGAGGACAGTGGAACGTATAAGCGCTATAATGGAGAGCAGCAAACTGTAGAAATGGATACGGAAGAGCCAATTGAAATAAGTAATGTATTCATTATCGAAGCAAGTCATCAAGTAATTGACCAAGAGGGACGCCGCGCTATTGATTTAGAATCCGGCGGTGAGGCTTATTTATTACAAAACGGTGTGATGCAAGAAATACAATGGGAAAATCGAGCTGGCAGAATCATCCCTGTAAAGAATAATAAGGAAGTACCGTTTGTTCCGGGGAAAACATGGGTTAATGTTATTCCTCAACAACCTGGATTGCAAGACATTGTAACGATATCAATTGATTAA	MRKVLFLVVIIAIVFIAGCKDEEDVGKDNEKGDDKNAAYALTGLSADGATDNRMVAVMVNNHPKARPQTGLSQADIVFEMLAEGNITRFLALYQSELPDVIGPVRSAREYYFDLAQGYNAIYVHHGAADFINQKMKDKGIDHLNGSLYDNDGNLFKREVFRKAPHNSYLQTDAIYEIAEEKGYDVTATYESLPFLETDAEIAGSPAPKVTVSYANNPNEMIQYIFKEDSGTYKRYNGEQQTVEMDTEEPIEISNVFIIEASHQVIDQEGRRAIDLESGGEAYLLQNGVMQEIQWENRAGRIIPVKNNKEVPFVPGKTWVNVIPQQPGLQDIVTISID				NA	NA	NA	NA	NA
AK148_02194	297			hypothetical protein	GTGCAAATTGATAAATTACGTGGACAACATTTAGATGAACTATTTGAAGCTATCCTATCATTAAAAGATAAAGAAGAATGCTACCACTTTTTTGATGACATAGCGACAATGTCTGAGATTCAATCGCTGTCACAGCGCCTGCAAGTAGCTAAAATGTTAACACAAGGTGCTACGTATAATGCGATTGAAGAAAAGACAAATGCTTCAACGGCTACTATTTCACGAGTACGGAGATGTATCAATTACGGAAGTGATGGTTATAAAATCGTGCTTGATCGGATCATGGAAGATAAATAG	MQIDKLRGQHLDELFEAILSLKDKEECYHFFDDIATMSEIQSLSQRLQVAKMLTQGATYNAIEEKTNASTATISRVRRCINYGSDGYKIVLDRIMEDK				NA	NA	NA	NA	NA
AK148_02195	687	pcrB	COG1646	Heptaprenylglyceryl phosphate synthase	GTGACTACGTTATTAAAGCAATGGAAACACATATTTAAGCTTGATCCAGCAAAAGAAATAACGGATGAGGATTTAGAGAAAATATGCGAGTCTGGTACAGATGCAATTATCGTTGGTGGTACGGATAATATTACCTTAGACAACGTATTAGATTTACTATCCCGCATTCGTCGATATACAGTGCCTTGTATTTTAGAAATATCATCCATGGATGCCATTACGCCAGGATTTGATTATTATTATATTCCCATGGTGCTCAATTCAAAAGAGAAAAAATGGATGATGGATATGCAACATCAGGCCATTAAAGATTATGTAGATATGATGGAGTTTAGCGAAATTTTCTTTGAAGGGTATTGCATTTTGAACGAGGACGCAAAAGCCTTTACGTATACGAATAGTTATTTACCAGATGAGGAAGATGTCATCGCTTATGCGTACATGGTGGATAAAGTATTTCACTTGCCTATATTTTACATGGAGTATAGCGGGAAATATGGCGATCCAGCCTTAGTTGCTAAGGTGAAAACGCAATTACAGCATGCCACTCTTTTTTACGGTGGAGGTATAGAAACTGCTGCCCAAGCGAAGGAAATGAAACAGTACGCTGATGTCATCGTTGTTGGCAACAGTATATATACGAATATGAAGCAAGCTTTACAAACCGTTTCTGCGGTAAAAGAGTAA	MTTLLKQWKHIFKLDPAKEITDEDLEKICESGTDAIIVGGTDNITLDNVLDLLSRIRRYTVPCILEISSMDAITPGFDYYYIPMVLNSKEKKWMMDMQHQAIKDYVDMMEFSEIFFEGYCILNEDAKAFTYTNSYLPDEEDVIAYAYMVDKVFHLPIFYMEYSGKYGDPALVAKVKTQLQHATLFYGGGIETAAQAKEMKQYADVIVVGNSIYTNMKQALQTVSAVKE	PGPT0024385_268	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHATE_SYNTHASE_ACTIVITY,PGPT0024385-pcrB-K07094	NA	NA
AK148_02196	2220	pcrA	COG0210	ATP-dependent DNA helicase PcrA	ATGAGTCAAACAAAGGAAACATTATTAAAAGGATTGAATCAACAACAGCGAGAAGCTGTGATGCATACAGACGGCCCACTGCTCATTATGGCTGGTGCTGGAAGTGGAAAGACACGTGTATTGACGCATCGAATTGCTTATTTATTAGCAGAGAAGGACGTTTCTGCTCGTAATGTGTTAGCTATTACATTTACAAATAAAGCAGCTAGAGAAATGAGAGAACGTGTGAAAAGGTTAGTTGGACCTGAGAGTGAGTATATGTGGGTATCGACTTTTCACTCGATGTGTGTACGCATTTTACGTAGGGACATTGACCGCGTTGGCTATAACAGTAATTTTACCATTTTAGATAGCAGTGATCAGCTATCGGTCGTCAAGCAAGTGCTTAAAAATTTGAATATAGATCCGAAAAAAATGGAACCAAGGGCGATGCTTGGTCAAATTAGTGCTGCCAAAAACGAACTCATTACACCAGAAGAATATAATAAACGTGTAGGTAACTTTTTTGAACGGCAAGTAGGACAAGTATATGAAGCGTATCAAAAGATGATTGTAAAAAACCAATCGCTTGATTTTGATGATTTGATTATGCAAACCATTCATTTATTTAAACGTGTGCCAGAAGTGTTGGAATACTACCAACGTCGTTTTCAATATATTCATGTTGATGAGTATCAAGATACGAACCACGCACAATATGCACTTGTAAAAATGCTAGCGAGTCGTTATCAAAACTTATGTGTTGTCGGTGATTCCGATCAGTCCATTTACCGCTGGCGAGGTGCTGATATTGCAAATATCCTAACCTTTGAAAAGGATTATCCGACCTCAAGAACCATTATGTTGGAACAGAATTATCGCTCTACAAAGTCTATTTTAGCGGCTGCGAACCATGTGATTGATAATAACACAAGCAGGAAGCCGAAAAAACTATGGACAGAAAATGAGGATGGCAAACAAATTCATTACTTTCAAGGTGCAACGGAACAAGAGGAAGCTTTATTTGTCACGGAAAAAATCCAGCAATTAACTCGAGAAGGGGAATACTCCCCAAGTGATGTGGCGATACTATATCGAACGAATGCGCAATCTCGTGCTATTGAGGATACCTTGGTGAAATCGAATATGGCGTATCAAATGGTAGGCGGTACGAAATTCTATGAGCGCAAAGAGATTAAGGACATTATTGCGTACTTGCGTTTAATTGCCAATCCTAATGATGATTTAAGCTTTGAGCGTGTTGTCAATGTGCCGAAACGAGGAATCGGGAAAACGTCGGTGGAACGTTTACGCGAATATGCTGCTCTTCACGATATTTCTTTCCACGAAGCAGTGAAGGAAGTCGATTTTACGGGCGTATCTAAAAAAGCAGCTAACGCGCTTGCTGCATTCTCAAGCCTCATTGAATCTCTGTCGCAACAACAAGAGTTTTTGACAGCTACAGATATGGTAGAGGCTGTATTAACGCGAACCGGCTATGAAACGATGTTAAAAAACGAGCGATCCATCGAGGCGCAAAGTCGTTTGGAAAACTTAGAAGAATTTATGACGGTTACGCAAGACTTTGAAGCAGGTAGTGAGGATAAAACACTTGTTGCCTTTTTAACAGATTTAGCCTTAATTGCTGATATTGATCAAGTAGATGAAGAGGAAACAGAAGCAGAAGCTAAAATTACATTAATGACGTTACATGCAGCAAAAGGATTAGAATTTCCAGTTGTATTTTTGATCGGTATGGAAGAAAATGTTTTTCCACATAGCCGTTCCATGTTCGATGAGGAAGAAATGGAAGAAGAACGCCGATTAGCTTATGTCGGTATTACGCGTGCTGAAAAAGAGCTTTATCTCACCCATGCGCGTATGCGAACCTTGTTTGGGCGAACGAATATGAATCCTATTAGCCGGTTTATTAATGAGATACCGGAAGAATTAATAGCAGGTATTGAAGTAGCTAACGATACGATGTTTGGCAGAAGCACAGAACCGAAGCCGAGCAGAGCACAATCGATGAAGCGTAAAGCACAGCAAATGCAGAAAACATCCGGTGCTGAAAATGAGACGTGGTCACCTGGCGATAAAGCGAACCATAAAAAATGGGGCGTGGGTACGGTTGTAAAAGTAAGTGGAGAAGGTGAAGCAATGGAGCTTGATATTGCTTTCCCTGCACCAGTCGGCATTAAACGTGTATTAGCAAAATTTGCACCAATTACGAAACAATAA	MSQTKETLLKGLNQQQREAVMHTDGPLLIMAGAGSGKTRVLTHRIAYLLAEKDVSARNVLAITFTNKAAREMRERVKRLVGPESEYMWVSTFHSMCVRILRRDIDRVGYNSNFTILDSSDQLSVVKQVLKNLNIDPKKMEPRAMLGQISAAKNELITPEEYNKRVGNFFERQVGQVYEAYQKMIVKNQSLDFDDLIMQTIHLFKRVPEVLEYYQRRFQYIHVDEYQDTNHAQYALVKMLASRYQNLCVVGDSDQSIYRWRGADIANILTFEKDYPTSRTIMLEQNYRSTKSILAAANHVIDNNTSRKPKKLWTENEDGKQIHYFQGATEQEEALFVTEKIQQLTREGEYSPSDVAILYRTNAQSRAIEDTLVKSNMAYQMVGGTKFYERKEIKDIIAYLRLIANPNDDLSFERVVNVPKRGIGKTSVERLREYAALHDISFHEAVKEVDFTGVSKKAANALAAFSSLIESLSQQQEFLTATDMVEAVLTRTGYETMLKNERSIEAQSRLENLEEFMTVTQDFEAGSEDKTLVAFLTDLALIADIDQVDEEETEAEAKITLMTLHAAKGLEFPVVFLIGMEENVFPHSRSMFDEEEMEEERRLAYVGITRAEKELYLTHARMRTLFGRTNMNPISRFINEIPEELIAGIEVANDTMFGRSTEPKPSRAQSMKRKAQQMQKTSGAENETWSPGDKANHKKWGVGTVVKVSGEGEAMELDIAFPAPVGIKRVLAKFAPITKQ				NA	NA	NA	NA	NA
AK148_02197	2019	ligA		DNA ligase	ATGGACAAACAACAAGCACAAGAGAAAATAAAACAGCTTACGGCGATTTTAAATCAATATAACTATGAGTATCATGTGCTAGATAAGCCATCTGTGGAAGATGCGGTTTATGACCAAAAAATGCGCGAGCTTCGTGAACTAGAAGAAGCATATCCAGAGTTTCAAGAGCCAGATTCTCCTACACAGCGTGTTGGTGGAGAGCCGCTGGAAGAATTTCATAAAGTAGAGCACCGCATCCCTATGCTTAGCTTGGCAAATGCTTTTAATGAACAGGATATTCGCGATTTTGTTAAAAGGGTGAGTCAAGGAACGGAGGAGCCAATAAGCTTCGTTTGTGAGTTGAAAATTGATGGATTAGCAGTTTCTTTAACATACGAAGATGGCAAGTTTGTTCGTGGAGCAACACGTGGTGACGGAACAATAGGGGAAGATATTACAAGTAATTTACGAACAATCCGTAGCATTCCATTAACGATTAGAGAAAATGAAACATTGGAAATACGTGGAGAAGCGTTTATGCCACATAAATCCTTTTTAGCTTTAAATAAAGAACGAGAAGCAAAGGGGGAAGAACCGTTTGCCAACCCGCGGAACGCAGCGGCTGGTTCTTTACGCCAGCTTGATCCGAAAATTGCCGCGAAACGAAACCTCGACATTTTTTTGTATGGGGTTGGCGAATGGGAGAATAGCAATGTAACGAAACATAGTGAACGGCTAGAACGGTTAAAAGAATTAGGTTTAAAGGTTAACCCAGAATGGAGAAAATGTGACTCCGTAGAAGAAGTTATGGCGTATGTGCAATATTGGACGACAGAACGACCACACCTAAATTATGAAATTGATGGGATCGTTATTAAAGTAGATGACATTAACCAGCAAGAAAAATTAGGTTATACTGCAAAAAGCCCGCGTTGGGCAATTGCTTATAAATTTCCGGCTGAAGAAGCGGTAACGAAACTGACTGATATTGAATTAAGTGTTGGTAGGACAGGTGTAGTTACACCGACAGCGATTTTAAATCCAGTAAAAGTTGCTGGCACAACTGTTCAACGTGCTTCTCTTCATAATGAAGATTTAATAAGGGAACAGGATATTCGTATTGGCGACACGGTCGTGATTAAAAAAGCGGGAGATATTATTCCTAAAGTAGTCCGAGCTGTGGTAGAAGAACGAACAGGAGAAGAGCGAGAATTTCATATGCCAGAGGAGTGCCCTGCATGTGGCAGTGAATTAGTCCGCTTAGAGGAAGAGGTTGCTTTACGTTGTATTAACCCAAATTGCCCTGCGCAACTAAAAGAAGGGCTTATCCATTTTGTATCTAGGAATGCTATGAATATTGATGGGCTTGGAGAGAAAGTAATTGTTCAACTATTCCAAGCAGATTTGGTGAAAACAATTGCTGATATTTACCGTCTGGAAAGAACAGAACTCTTAAAACTTGAACGAATGGGAGAAAAATCAGTTACCAATTTATTAGAAGCAATTGAAGCTTCGAAAGCAAATTCACTGGAAAAATTATTATTCGGTCTTGGCATTCGTTTTGTTGGAGCAAAAGCTGCCAAAACATTAGCAATGGAATTTGAAACGATGGAAAAGCTACAACAAGCAACATATGATGATTTAGTTGCGATTAATGAAATTGGCGAAAAAATGGCTGACTCTATCGTACAATATTTTCAAGAACAACAAGTGATGGATCTTTTAGAAGAATTGCGTAGCCTTGGTGTTAACATGTCTTATTTAGGAGTGAAACCTACAGAAACAGCTCAAACAAGTGTATTTAGCGGGAAAACAGTTGTGTTAACAGGAAAAATGGAAATTTATACACGAACCGAAGCAAAGCAATTGATTGAAGACTTAGGTGGGAATGTAACCGGGAGCGTCAGTAAAAAGACAGATTTAGTCATTGCTGGTGTCGATGCAGGTTCCAAGTTAGCGAAAGCAGAGGATCTTGGAATTGAAGTCTGGGATGAATCCCAATTTCAACACGTCGTGAAAAACGAGGGAGTGGGATCGTGA	MDKQQAQEKIKQLTAILNQYNYEYHVLDKPSVEDAVYDQKMRELRELEEAYPEFQEPDSPTQRVGGEPLEEFHKVEHRIPMLSLANAFNEQDIRDFVKRVSQGTEEPISFVCELKIDGLAVSLTYEDGKFVRGATRGDGTIGEDITSNLRTIRSIPLTIRENETLEIRGEAFMPHKSFLALNKEREAKGEEPFANPRNAAAGSLRQLDPKIAAKRNLDIFLYGVGEWENSNVTKHSERLERLKELGLKVNPEWRKCDSVEEVMAYVQYWTTERPHLNYEIDGIVIKVDDINQQEKLGYTAKSPRWAIAYKFPAEEAVTKLTDIELSVGRTGVVTPTAILNPVKVAGTTVQRASLHNEDLIREQDIRIGDTVVIKKAGDIIPKVVRAVVEERTGEEREFHMPEECPACGSELVRLEEEVALRCINPNCPAQLKEGLIHFVSRNAMNIDGLGEKVIVQLFQADLVKTIADIYRLERTELLKLERMGEKSVTNLLEAIEASKANSLEKLLFGLGIRFVGAKAAKTLAMEFETMEKLQQATYDDLVAINEIGEKMADSIVQYFQEQQVMDLLEELRSLGVNMSYLGVKPTETAQTSVFSGKTVVLTGKMEIYTRTEAKQLIEDLGGNVTGSVSKKTDLVIAGVDAGSKLAKAEDLGIEVWDESQFQHVVKNEGVGS				NA	NA	NA	NA	NA
AK148_02198	1107			hypothetical protein	GTGAAAAAGACAATGATTTGGTTCATAGGTGCACTATTGCTGCTCACGAGCTGCGCCCCCAATATGAACAAAGATGAAGTGGTACAGGAAAAAGAATCAAATTCAAATGAAGAGCAGGCGATTGTTCCTAGCTATCAGCTTTCAGAGGATAACTATAAAATGATTCTCCCGTTTAAACCTGGTAAAGCAAGAGGTGTGATCGTAACGCAAGTGGCTAATCGTCTTGATATAGATGAAGTGGAGGAAGGCTTACGGCGACATTCTAAATCGGTGTTCGATCCAAAAAAGCATTTATTTCAAGAAGGGCAATACATTGATGAAGAAACAGTTAACAAATGGATTGATGGATTAAATCCAAAGAAGAAAGAAGGGGCGCCGGAGAAGTATTATAGGGATAACCCCCGCTACCTATCTCATATTCTAGAGCAAAATTATTTAGTCAAAAAGGACAATAAGGTATCACTAGCAGGTATTTCGATCGGGATTGCAATGAAATCCACCTACCAATTTCAAACGGAAACGGGCGGTCCAACGTACGAAGAGGATATTAGCAAATCAGAAATGATGAAACAAGCAAATAAAATTGCTAATAAGCTTCTTGAAGATATACGTAAAATCGAAGGATTAGAAAATGTTCCGATTATGATGGCAATTTATCGTGAAGAGGACCAATCTTCTCCTGTTCCAGGTAATTTTGTCGCTAAAACAAATATACCAGCAGATAGTTCTTCTGTTGGAGAGTGGGATTCCATTAAAGAAAAGTATGTATTATTCCCGTCAGAAGAAGGAAAAGAAGATTATTTTGAAGATCATGAACTAGTGACGAATTTCGGTAAGGAAATCGCTAGTTATTTTCCGAATTATGTCGGTGTTGTCGGTGAAGGATTCTACGTAAATGATGAATTGCAAAAGATGACGCTTGAGATCCCAATTGAGTTTTATGGGAAAGGAGAAGTCGTTGGCTTTACTCAATATGCTTACGGCTTAGTCCAGGAAATGTTTTCAGACCATTACGGCTTAGAAGTCAAAATAACATCCAGTGATAAACTAGAAAGTATCATCTATCGAAATCCTGGTTCGAAAAAGCCAACAGTGAATATTTTATAA	MKKTMIWFIGALLLLTSCAPNMNKDEVVQEKESNSNEEQAIVPSYQLSEDNYKMILPFKPGKARGVIVTQVANRLDIDEVEEGLRRHSKSVFDPKKHLFQEGQYIDEETVNKWIDGLNPKKKEGAPEKYYRDNPRYLSHILEQNYLVKKDNKVSLAGISIGIAMKSTYQFQTETGGPTYEEDISKSEMMKQANKIANKLLEDIRKIEGLENVPIMMAIYREEDQSSPVPGNFVAKTNIPADSSSVGEWDSIKEKYVLFPSEEGKEDYFEDHELVTNFGKEIASYFPNYVGVVGEGFYVNDELQKMTLEIPIEFYGKGEVVGFTQYAYGLVQEMFSDHYGLEVKITSSDKLESIIYRNPGSKKPTVNIL				NA	NA	NA	NA	NA
AK148_02199	1269	nprA_4		Transcriptional activator NprA	TTGGTAGACGTTGGTCCTTTCATCAAATTACAACGAACGAAGCGACAAATGACGCAAGAAGAATTGTCGGAAGGAATCGTTTCATTGTCTTATTTATCCAAGATTGAAAATAAAAAGACGAAGGCAAGCCCAGAAATCATTCAATTACTTTGTAATCGATTAGGAATTGAATTTGCAGAAGAAACGAATTCCCACATCGAAGAGAAATGTCAACAATGGTATGAAATGCTCTTTGACCACTGTGATAAACAAGAAATGACCGACCGTTATGAAGAATTGCAAGTAATCATGAATCAGAGTATTAATGAAAGTTTTATTATGTTTGAAATACATCAAATCCGTTATTATAGTGTTTTACGTGATTTTAATAAAGCGCTAGCAAAAATTAATGAGCTACATGAATTAGTAGATTCTTTTAACCATAAACATGAATATTACTGGTACAAGTTTAAGGGCGGTTATTATTCGCTTCAAGACAAGCATGCTAAAGCGATGAAATTGTTTAAGCAGGCTCAAGAAAAAATCCCGCTTGCCAATTTAAATGAGGTAGAAATAGCTGACCTAAAATATGGATTAGCTGTCACTCATAGTCAACTATGGCAACAGTTGGAGTGTTTGGATTATACACAAGAAGCAATGGAAGTATTTCAACGCGAATATAATTTTGATCGCTGTGGTCAATGCCATATTTTATTTGGCATCTCTTACCAAAGGTTTAAGAAATATGAAAAAGCAATTAAAAACTTTCAATTAGCAAAACATCTAGGCGAACTATGTGATAACCAAGACGTGATTAGTTTAGCACATCAAAATTTAGGTTATCTGTATTCGACTACTGGAAATTCGGAAGAAGCAATCAAAAATTATTTGTTAGCTATTGAGGATAAAGATGTAGATACTAATAACCTACTATCCACTTATACTTGTTTAATTGAAGAATATTATCATGTTAAACAATATGAGAAAGTGGAGCAAAACTTACGAGAAGCTAAAGAATTATTATCAAAAGTCACGTATTCTGATTTGTGGAATCTTTATGATTATATTATTAAAGTGTATACACACTTAATAAATGAAGAATTTGATAAGTTTAAAGTGGTATTAACAGATCACTTTATACCGTACCTTAAACAAGCAGGCGAACATAGTTACTTGGTGTTTTATTCTAAGTTACTAGCCAACCTTTTAGAGGAATGGGGAAAGTATAAAGAATCTGTTCAATATTATAAGTTAGCAAGCTTAAGCTATGAGGAATTTGTCAACATGTAA	MVDVGPFIKLQRTKRQMTQEELSEGIVSLSYLSKIENKKTKASPEIIQLLCNRLGIEFAEETNSHIEEKCQQWYEMLFDHCDKQEMTDRYEELQVIMNQSINESFIMFEIHQIRYYSVLRDFNKALAKINELHELVDSFNHKHEYYWYKFKGGYYSLQDKHAKAMKLFKQAQEKIPLANLNEVEIADLKYGLAVTHSQLWQQLECLDYTQEAMEVFQREYNFDRCGQCHILFGISYQRFKKYEKAIKNFQLAKHLGELCDNQDVISLAHQNLGYLYSTTGNSEEAIKNYLLAIEDKDVDTNNLLSTYTCLIEEYYHVKQYEKVEQNLREAKELLSKVTYSDLWNLYDYIIKVYTHLINEEFDKFKVVLTDHFIPYLKQAGEHSYLVFYSKLLANLLEEWGKYKESVQYYKLASLSYEEFVNM	PGPT0011700_160	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_REGULATORS	CE-QSR-OTHER_QUORUM_SENSING_REGULATED_GENES,PGPT0011700-nprR|nprA-K20480	NA	NA
AK148_02200	135			hypothetical protein	TTGAAAAAAGGATTACTATCCGTACTATGTGGTGCCTTACTTGTTGGCAGCCTTTTCTTTACAGAGCAGCAATTTTCAGAAAGTGCTGGGAAGGGCGCGCACCCTGGAGTGTCCAACCATAACGAGCAGTTTTAA	MKKGLLSVLCGALLVGSLFFTEQQFSESAGKGAHPGVSNHNEQF				NA	NA	NA	NA	NA
AK148_02201	105			hypothetical protein	ATGGAATACGCTATTCAAGGTGCGACTTGGTTTTGGTTATTTGTTCCTATGCCTGTAATACTTATTTTATCTTTTATTACTTTATTTACAGAAGGGAGAAAATAA	MEYAIQGATWFWLFVPMPVILILSFITLFTEGRK				NA	NA	NA	NA	NA
AK148_02202	1521	putP_1	COG0591	Sodium/proline symporter	TTGACTACAGCGACGCTTATCACATTTATTGTTTATTTAGCAGGAATGTTACTTATTGGTATTATGATGTACTATCGCACGAATAATTTATCGGATTATGTATTAGGAGGTAGAGGGTTAGGCCCAGGGGTTGCTGCTCTAAGTGCAGGGGCTTCCGATATGAGTGGTTGGCTGCTACTCGGTCTGCCTGGGGCTATTTATGCTTCTGGTATGTCAGAAGCGTGGATGGCGATTGGCCTTGCTACTGGTGCATATTTAAATTGGCAATTTGTCGCAAAAAGGTTACGTGTTTATACGGAAGTTAGTAATAATTCCATTACAATTCCAGATTTTCTAGCCAATCGTTTTAAAGATCAATCACATATTTTACGTGTGATTGCTGCGTTAGTCATTCTATTATTTTTTACGTTTTACACTTCATCTGGGATGGTTGGTGGTGCAAAACTCTTTGAAGCGTCGTTTGGGCTTTCGTATGAAACAGCACTATGGATTGGTGGTATTATTGTTATCTCTTATACATTATTGGGAGGTTTCTTAGCTGTGGCTTGGACTGATTTTGTGCAAGGGTTACTCATGTTTCTTGCATTGCTAGTAGTCCCCATTGTCGCGCTAACACAAATGGGAGGATGGGATGCGGCTGTGCAAGCGGTCGGCGAGATTGATCCATCTCACTTAAATATGGTGGAAGGTGTTGGGATAATGGCGATTATTTCTTCCCTTGCATGGGGTCTCGGTTATTTTGGTCAGCCGCATATATTAGTTCGGTTTATGGCTTTACGCTCGCATAAAGATGTCCCAAAAGCGAGATTTATTGGAACTGCATGGATGGTGCTCGGGTTATATGGCGCTATTTTTACAGGGTTTGTTGGACTTGCATTTATAAGCACCCAAGAAGTGCCGATATTATCTGAATTTGGCATTCAAGTTGTAAATGAAAATGGAATACAAATGCTAGCTGATTCGGAGAAAATTTTCATTGCGTTTTCGCAAATTCTATTTCATCCAGTTGTTGCTGGAATTTTATTAGCAGCTATTTTATCAGCTATTATGAGTACGATAGATTCCCAATTACTGGTGTCTTCTTCGGCAGTCGCGGAGGATTTTTATAAAGCTATTTTCCGCAAGCAAGCGACAGACAAGGAACTGGTATGGGTTGGTAGACTTGCTACGGTAGTTATTGCATTCATTGCCCTTATGATTGCCCTGAATCCTGAAAGCTCTGTGTTGGAATTAGTTAGCTATGCGTGGGCTGGGTTTGGTGCAGCTTTTGGTCCTATTATTCTATTATCATTATTTTGGAGTCGAATTACACGTAATGGTGCGCTTGCTGGTATAGTAGTTGGTGCTGCAACGGTCATTATTTGGGGGGAATTTTTATCTGGGGGGATTTTTGATCTTTATGAAATTGTTCCCGGGTTTCTACTTAATTTAGTTGCAACAATAGTAGTTAGTTTATTACAAAAGCCAAATGAGGAGCTTATTGCTGATTATGATGAAACGGTGAAGCAATTGAAAACGTAA	MTTATLITFIVYLAGMLLIGIMMYYRTNNLSDYVLGGRGLGPGVAALSAGASDMSGWLLLGLPGAIYASGMSEAWMAIGLATGAYLNWQFVAKRLRVYTEVSNNSITIPDFLANRFKDQSHILRVIAALVILLFFTFYTSSGMVGGAKLFEASFGLSYETALWIGGIIVISYTLLGGFLAVAWTDFVQGLLMFLALLVVPIVALTQMGGWDAAVQAVGEIDPSHLNMVEGVGIMAIISSLAWGLGYFGQPHILVRFMALRSHKDVPKARFIGTAWMVLGLYGAIFTGFVGLAFISTQEVPILSEFGIQVVNENGIQMLADSEKIFIAFSQILFHPVVAGILLAAILSAIMSTIDSQLLVSSSAVAEDFYKAIFRKQATDKELVWVGRLATVVIAFIALMIALNPESSVLELVSYAWAGFGAAFGPIILLSLFWSRITRNGALAGIVVGAATVIIWGEFLSGGIFDLYEIVPGFLLNLVATIVVSLLQKPNEELIADYDETVKQLKT	PGPT0013970_421	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013970-putP|ycgO-K11928	NA	NA
AK148_02203	291	gatC_3		Aspartyl/glutamyl-tRNA(Asn/Gln) amidotransferase subunit C	ATGGAAAAAATATCAAAAGATCAAGTGAAGCATGTTGCCCATTTAGCGCGTTTACATGTAACAGAAGAAGAAGCTGCCATGTTTACGGAGCATTTAAGCTCTATCATTACTTACGCAGAACAGCTCAATGAACTGAACACAACGAATGTAGAACCGACGACACATGTACTGGATATAAAAAATGTGATGCGTAAAGATGAGCCAAAGCAATGGATTACACAAGAAGAAGCACTGAAAAATGCTCCAGATCACAAAGATGGTCATTTCCGTGTACCATCCATATTGGAGTAA	MEKISKDQVKHVAHLARLHVTEEEAAMFTEHLSSIITYAEQLNELNTTNVEPTTHVLDIKNVMRKDEPKQWITQEEALKNAPDHKDGHFRVPSILE	PGPT0023460_2529	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
AK148_02204	1467	gatA_3		Glutamyl-tRNA(Gln) amidotransferase subunit A	ATGGCGCTATTTGATTACACAATCAAGCAGTTAGAAGAAAAGGTACATAATGGTGAAATTACGGTAGAAGAGTTAGTAAATGCTTCGTATGAACGCATTCATGAAGTGGATGATGAGGTTCATGCATTTTTAACGTTAAATGAAGAAAATGCGAAAGCCCAAGCAAAAGAACTGGACAAACAAGCGGATAAAACAGCTGCATTATTTGGAATGCCGAGTGGTATTAAGGATAATATCGTAACAAAATCGCTGCGTACGACATGCGCAAGTCAGTTTTTGGATAACTTCCATGATCCTTTATATAATGCAACAGTCGTTCAAAAATTGAGCGAACAAAAAGCAGTTACAATTGGTAAATTAAACATGGATGAATTTGCGATGGGTTCATCAAATGAAAATTCAAGCTATGAACCGACACGTAATCCTTGGAATACGGATTATGTTCCTGGGGGCTCTAGTGGTGGTTCAGCAGCAGCTGTGGCTGCCGGTGAAGTGTTATTCGCATTAGGCTCAGATACAGGTGGATCGATTCGTCAACCAGCTGCATTTTGTGGTGTAGTAGGATTAAAGCCAACATACGGTAGAGTATCCCGATTTGGTTTAGTCGCTTTTGCGTCTTCTTTAGACCAAATTGGACCATTAACACGAACAGTAGAAGATAATGCTCGCGTGCTAGAAGTAATTGCAGGTCACGATGCGATGGATTCAACGAGTGCAGATATAGAAGTTCCTGCGTATACGGCAGCATTAACAAATGATGTAAAGGGACTAAAAATTGCGGTACCGAAAGAATATTTAAGTGAAGGTGTTGCTCCAGAGGTAAAAGCGTCGGTCATGGAAGCATTAAAGGTATATGAATCTTTAGGCGCTACGTGGGAAGAAGTTTCCCTACCACATTCTAAATATGCTGTTGCGACTTACTACTTGTTATCTTCATCGGAGGCGTCGGCTAACCTTGCTCGTTTTGACGGTGTTCGTTACGGTGTTCGTTCGGAGAATGCAGATAATATGATAGATATGTTCAAAAAATCACGCAGCGAAGGTTTTGGTGAGGAAGTAAAACGCAGAATCATGCTTGGTACGTTTGCTCTTAGCTCGGGGTATTATGATGCGTATTATAAAAAAGCGCAAAAAGTGCGTACCTTAATCAAACAAGATTTCGAGCAAATTTTCCAAGATTACGATGTAGTTATTGGGCCAACAACACCTACACCAGCGTTTAAAGTTGGAGAAAAGGTAGACGATCCATTAACGATGTATGCAAATGATATTTTAACGATTCCCGTTAATTTAGCTGGCGTCCCTGGTATTTCCATTCCGTGTGGTTTCGCAAAAGAAGGATTACCAATTGGCTTGCAAATTATCGGAAAACACTTTGACGAAGCAACGGTTTATCGCACCGCACATGCGTATGAACAAGCGACCGATCATCATAAACAACGCCCTCAGCTAGGAGGTGCCAAGTAA	MALFDYTIKQLEEKVHNGEITVEELVNASYERIHEVDDEVHAFLTLNEENAKAQAKELDKQADKTAALFGMPSGIKDNIVTKSLRTTCASQFLDNFHDPLYNATVVQKLSEQKAVTIGKLNMDEFAMGSSNENSSYEPTRNPWNTDYVPGGSSGGSAAAVAAGEVLFALGSDTGGSIRQPAAFCGVVGLKPTYGRVSRFGLVAFASSLDQIGPLTRTVEDNARVLEVIAGHDAMDSTSADIEVPAYTAALTNDVKGLKIAVPKEYLSEGVAPEVKASVMEALKVYESLGATWEEVSLPHSKYAVATYYLLSSSEASANLARFDGVRYGVRSENADNMIDMFKKSRSEGFGEEVKRRIMLGTFALSSGYYDAYYKKAQKVRTLIKQDFEQIFQDYDVVIGPTTPTPAFKVGEKVDDPLTMYANDILTIPVNLAGVPGISIPCGFAKEGLPIGLQIIGKHFDEATVYRTAHAYEQATDHHKQRPQLGGAK				NA	NA	NA	NA	NA
AK148_02205	1431	gatB_3	COG0064	Aspartyl/glutamyl-tRNA(Asn/Gln) amidotransferase subunit B	ATGAACTTTGAAACAATTATTGGCTTAGAGGTACATGTTGAGTTAAAGACACAGTCAAAAATATTCAGTCCTAGTGTGAATGCTTTTGGTACAGCACCGAATACAAATGTTAATCCAATTGACCTCGGTTATCCAGGTGTATTACCGGTACTAAACGAAGAAGCAGTTAACTTTGCGATGAAAGCAGCGATGGCTTTAAATTGTGACATTGCAACAAATACGAAATTTGACCGAAAAAATTATTTCTATCCAGACAATCCAAAAGCGTATCAGATTTCCCAATTTGATCAACCAATTGGTGAGAATGGTTGGATTGAAATTGAAGTACATGGAAAGAAAAAACGGATTGGTATTACCCGCCTTCACTTAGAAGAAGATGCTGGGAAGCTAACCCATGGTGATGATGGTTACTCTCTAGTCGATTTTAATCGTCAAGGAACGCCTTTAATTGAAATTGTTTCCGAACCAGATATGCGCTCTCCAGAAGAAGCGTATGCCTATTTAGAAAAACTAAAAAATATTATTCAATATACTGGTGTATCTGATGTGAAAATGCAGGAAGGTTCTTTACGTTGCGATGCGAACATTTCTTTACGACCAATTGGACAAGACGAATTTGGTACAAAAACGGAACTAAAGAATTTAAACTCCTTTAGCTTTGTACAAAAAGGGTTAGAATTTGAAGAAAAACGTCAGGAAAAAGTGTTACTTTCAGGAGGGCAAATTCTGCAAGAAACACGCCGTTATGATGAAAAAACGAAGGAAACGATTCTTATGCGTGTGAAAGAAGGCTCGGATGATTATCGTTATTTCCCAGAACCGGATCTTGTTCCGCTTTATATTGATGATGCTTGGAAGGAACGCATTCGCAAGGAAATTCCTGAACTTCCAGATGCGCGTAAAAAACGTTATATGGAAGAATTAGACTTATCAGAGTATGATGCTACGGTAATGACCAATTCCAAACAGATGGCTGATTTCTTTGAAGAAGCGATCGCTCACGGTGCAGATATGAAGCAAGTTTCTAACTGGTTGATGGGTGAGATTTCTGCTTATATGAATAAACACCTAAAAGAGCTAGATGAATTAGCGATTACGCCAGAAGCACTTGCCAAAATGATTCAGCTCATTGCTGATGGTACAATTTCTTCAAAGATTGCGAAGAAGGTATTCGCAGAGCTAGTTGAACACGGCGGCGATCCAGAGAAGATTGTTAAAGAGAAAGGTCTCGTGCAAATCTCTGACGAAGGTCAGTTGAAAGAGATCATTTCCAACGTGCTTGATGAAAATGAACAGTCCATTATTGATTACAAAAATGGGAAAAATAAAGCGGTTGGCTTCTTAGTTGGTCAAGTGATGAAAGCAACGAAAGGGCAAGCCAACCCGCCAATGGTAAATAAAATTTTATTAGAAGAAATCAACAAACGATAA	MNFETIIGLEVHVELKTQSKIFSPSVNAFGTAPNTNVNPIDLGYPGVLPVLNEEAVNFAMKAAMALNCDIATNTKFDRKNYFYPDNPKAYQISQFDQPIGENGWIEIEVHGKKKRIGITRLHLEEDAGKLTHGDDGYSLVDFNRQGTPLIEIVSEPDMRSPEEAYAYLEKLKNIIQYTGVSDVKMQEGSLRCDANISLRPIGQDEFGTKTELKNLNSFSFVQKGLEFEEKRQEKVLLSGGQILQETRRYDEKTKETILMRVKEGSDDYRYFPEPDLVPLYIDDAWKERIRKEIPELPDARKKRYMEELDLSEYDATVMTNSKQMADFFEEAIAHGADMKQVSNWLMGEISAYMNKHLKELDELAITPEALAKMIQLIADGTISSKIAKKVFAELVEHGGDPEKIVKEKGLVQISDEGQLKEIISNVLDENEQSIIDYKNGKNKAVGFLVGQVMKATKGQANPPMVNKILLEEINKR				NA	NA	NA	NA	NA
AK148_02206	123			hypothetical protein	ATGACTTGTACAAAGATGGCTAATTACCACTTTTATGGTGAAGTTTTCCTACCTTCGTATCATGCAAAGGCATCGTTTAAAGACCTAAGAAACGTTATTCCTACTTATCTCTCTCCAAATTAG	MTCTKMANYHFYGEVFLPSYHAKASFKDLRNVIPTYLSPN				NA	NA	NA	NA	NA
AK148_02207	903	dagK	COG1597	Diacylglycerol kinase	ATGAATAAAGCACGTATTATCTATAATCCTACGTCCGGTAGAGAAGCCTTTAAAAAGGAGCTACCAGCAGTATTAGAAAAGCTAGAAGTAGCCGGTTATGAAGCATCTGCTCACGCAACGACTTGTGAAGGAGATGCCATTCAAGCTGCGCAATTAGCTGTTGAACGAGGGCATGACCTTGTGATTGCTGCTGGTGGAGATGGAACGATCAATGAAGTCATCAATGGTTTAGCAGAGCGAGAGAATCGTCCCAAACTTGGAATTATACCTGTGGGGACGACGAATGATTTTGCTAGAGCTTTGCATATTCCACGGGATATCCAAAAAGCTGTTGATGTAATTGTGGCTGGACAATCGATGTATTTAGATATCGGCAAAGTAAACGATCATTATTTTATGAACATTGCTGGTGGAGGTAAACTTACTGAACTGACTTATGAAGTGCCAAGCAAACTAAAGACGATGCTTGGGCAGTTAGCTTATTATATGAAAGGTATTGAAATGTTGCCTTCCTTAAAGCCATCCAAAGCAAAAATTGAATATGATGGCAATGTCATTGATGATGACATTATGCTTTTTCTTATTTCCAATACAAATTCCGTCGGTGGTTTTGAAAAACTAGCGCCCGATGCAGATATGCAAGACGGATATTTTGATTTAATCATATTAAGAAAAACGAATTTGGCCGAGTTTATTCGAATTGCCACTTTAGCATTGCGCGGAGCACATTTAGAGGATAGTCATGTTATTTATGTGAAGGCGAAACATATCAAGGTGACAACGGATGAAAAAATGCAATTAAATATTGACGGGGAATATGGCGGATTGCTTCCTGGAGAATTTGAAAATCTGCAACAACATATTGAATTTTTCGTTCCAGCGGAATTTATAGAAAAAAATTAA	MNKARIIYNPTSGREAFKKELPAVLEKLEVAGYEASAHATTCEGDAIQAAQLAVERGHDLVIAAGGDGTINEVINGLAERENRPKLGIIPVGTTNDFARALHIPRDIQKAVDVIVAGQSMYLDIGKVNDHYFMNIAGGGKLTELTYEVPSKLKTMLGQLAYYMKGIEMLPSLKPSKAKIEYDGNVIDDDIMLFLISNTNSVGGFEKLAPDADMQDGYFDLIILRKTNLAEFIRIATLALRGAHLEDSHVIYVKAKHIKVTTDEKMQLNIDGEYGGLLPGEFENLQQHIEFFVPAEFIEKN	PGPT0024345_1672	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0024345-dagK-K07029	NA	NA
AK148_02208	168			hypothetical protein	GTGGAGGAAGAATTTTATGTTGGTTGGGGAACATTGGCATTGATTAATGCTGGATTAGCTCAAGGAAAGAATCGTACAGGGTTCAATTGGTTTGTGCTGTCTTTATTCATAGGACCTATTGCAACACTAAGTTTGTTGCTCGTTGAGAAGTATCCAGAAGACGAATAA	MEEEFYVGWGTLALINAGLAQGKNRTGFNWFVLSLFIGPIATLSLLLVEKYPEDE				NA	NA	NA	NA	NA
AK148_02209	1386	rlmCD_2	COG2265	23S rRNA (uracil-C(5))-methyltransferase RlmCD	ATGGCAAAAAAAGCAGTACCCGTAAAAAAGAATGAAACGTTGACGCTCACATTTGAAGATTTGACCCACGAAGGAAACGGCGTGGCGAAAGTGAATGGCTATCCTTTATTTGTACCGTATGGATTGCCAGGCGAAAAAGCGCTTGTGAAAGTCGTTAAAGCGAATAAAAATTTTGGCTTTGGAAAAATTTTAGAGGTAAAGCAAGCGAGCGCGGAGCGAGTTGAAGCGCCTTGTAACGTCTATTATAAATGTGGTGGCTGTCAATTACAGCATATGAGCTATTCATTACAATTAGAGATGAAGCGAAACCAAGTGAAAAATGTATTGCGGAAAATAGCGCATATGGATCATGTTCCTGTTCATCCTACATTAGGTATGACCGATCCATGGCGTTATCGTAATAAAGTCCAAATTCCAGTGGGGGAAAAAGAAGGCGCGATAATTACCGGCTTTTATCAAAAACGCAGTCATCGTATCATAGATGATATGGATACTTGTGTCATACAGGATGAAGTGAATGATCGCATGGTAGAAGCAGTGCGCAGAATTGCCTCGCAGTTAGGAATTTCTGCTTATGATGAATCGACACATCGCGGAGTATTACGTCATATTATGGTGCGTACAGGAAGAGAGACGAAGGATACAATGATCGTCCTAATAACGAGGACGGAAAATCTGCCGCATCAAGATGCACTCATTCAAGCATTGACAGAAACGTATCCTCACGTCAAATCCATTATTCATAATGTGAATAAAGAAAAAACGAATGTGATCTTTGGCAAGAAGTCAAAAATTATTTGGGGAGACGCTTATATTTACGATACAATCGGCGACATTCGATTCGCTATTTCCGCCAAATCATTTTACCAAGTTAATCCGCCTCAAACAAAAGTCCTTTACGAAAAAGCGTTGGAATATGCCAAACTGAGCTCATCCGATGTGGTGATTGATGCATATTGTGGTATTGGTACGATTTCCTTATTTTTGGCACAACAAGCGAAAAAAGTGTATGGAATAGAAGTTGTTCCAGAAGCAATTAGCGATGCTAAGAGGAATGCGGAACTAAACGGAATTACCAATGTCGAATTCGTTGTAGGTGAAGCGGAAAAAGTAATGCCATGGTGGAAAGCACAAGGATTGCGCCCCGATGTTATTATCGTTGATCCGCCACGCAAAGGCTGCGACGAAGCGTTTCTTGAAGCAATGATCGAGATGGAACCAAAACGGATTGTGTACGTTTCCTGTAACCCATCTACATTAGCTCGGGATTTAAACATATTAGATGCAGGCGGCTATGAAACGAAAGAAGTGCAACCAGTTGACATGTTTCCACAGACGAATCATGTGGAGTGTGTGGCGGTGTTACAAAGAGAAGTGTCTAACTAA	MAKKAVPVKKNETLTLTFEDLTHEGNGVAKVNGYPLFVPYGLPGEKALVKVVKANKNFGFGKILEVKQASAERVEAPCNVYYKCGGCQLQHMSYSLQLEMKRNQVKNVLRKIAHMDHVPVHPTLGMTDPWRYRNKVQIPVGEKEGAIITGFYQKRSHRIIDDMDTCVIQDEVNDRMVEAVRRIASQLGISAYDESTHRGVLRHIMVRTGRETKDTMIVLITRTENLPHQDALIQALTETYPHVKSIIHNVNKEKTNVIFGKKSKIIWGDAYIYDTIGDIRFAISAKSFYQVNPPQTKVLYEKALEYAKLSSSDVVIDAYCGIGTISLFLAQQAKKVYGIEVVPEAISDAKRNAELNGITNVEFVVGEAEKVMPWWKAQGLRPDVIIVDPPRKGCDEAFLEAMIEMEPKRIVYVSCNPSTLARDLNILDAGGYETKEVQPVDMFPQTNHVECVAVLQREVSN				NA	NA	NA	NA	NA
AK148_02210	945			hypothetical protein	ATGGGGAATAGTATGTTTAGAGGCAATTTTGAAAAGGTGTTGGGGATAATGCTAATACTATTATTAGCATTCAATTTTTTCTTTTTGTTGCATATTAATAATTCAATAGGTGAAAAGCAAGAACGATTGGAAGGAAAACTTGTTGTACTTAACAAACAGATACAAACTCTACAGGAAGGCAGTCCTAAAACAGAAAAAGGTAATACTGATAGTACAATTGATTTTCTAAAACAGGAGTATGCTAATTACAAAGACTTTGCAAATAGTAATCGAGAAAGTTTTATTAATTTAGTCAGCTTGTTTTTGGTGGCATTAGGTGTGTTGGTAACAGGGGGAACAATAGTACTTTACTGGATTTTTGGTCAAACAAAAACAGAAGTCAAGGAGAATGCTAATTTAACGATAAAGTCTTCAATTAAAGAAATTGAAGATGAAGCAAAAAGTAAAATTAAAAGTTTAATTGATCCTAAAATGGAAGACTTTGAGGAAAAATACAGAGAGTTAGAAAGATTTATGGAGAATCAACACGCTCTTCGAAAAAGCAGAGTCTTGGTTTTAAGCCCAGAGGAAAGAAAAGACGAGATGGAAAGACTCGAATTAATGAGAATACGTGAAATAGTAGGAGAAGCTCAATTAATTACATTAGATAATTTCGATGAATTTGAACAAAAATTAGACAACAAAGAAGTTGATATTCTTATTTATAGATACGAAAAAAAAGAGAAGGATAAGCAAGAAGAAACAATAAGAGCATATATTCAAGCATTAAAAGACAGAGATTCAAAAATCCCTGTAGTAGTGTATGCTCAGCCAGGACATTTGGTTAATGAAAAGGATGGGGAAATTGTTAACTCGTATCCTTATGCAGTTATGGCTAACCTTCCAACTACTCTTACAAGTAATATGATTTCATTGGCCGGAGTTTTATCATATGAGAGGAGTTGA	MGNSMFRGNFEKVLGIMLILLLAFNFFFLLHINNSIGEKQERLEGKLVVLNKQIQTLQEGSPKTEKGNTDSTIDFLKQEYANYKDFANSNRESFINLVSLFLVALGVLVTGGTIVLYWIFGQTKTEVKENANLTIKSSIKEIEDEAKSKIKSLIDPKMEDFEEKYRELERFMENQHALRKSRVLVLSPEERKDEMERLELMRIREIVGEAQLITLDNFDEFEQKLDNKEVDILIYRYEKKEKDKQEETIRAYIQALKDRDSKIPVVVYAQPGHLVNEKDGEIVNSYPYAVMANLPTTLTSNMISLAGVLSYERS				NA	NA	NA	NA	NA
AK148_02211	219			hypothetical protein	ATGTTGAAAAAAATTAGTGAAGATGAAAAAGAGGGCATTTGTGACAAGGTTGAAACGTTGAAATACTCAAGTCCTAACAATGTGTTTTTACAGTATTTGGGTATGTTTGCGTTATCATTTATTCTATCTGTAGAATCTCCCGGTGCAACTGCAGCAGGCAGTTTATTCGGTCTTACTCCAATCTTATCAGCAATATTTAGTATAGGTGGTGGAAGTTAG	MLKKISEDEKEGICDKVETLKYSSPNNVFLQYLGMFALSFILSVESPGATAAGSLFGLTPILSAIFSIGGGS				NA	NA	NA	NA	NA
AK148_02212	93			hypothetical protein	ATGCCCATGATACGACAAATGAAGCTATTTGGCATCCAAGAATTATACGATATGGAGCCTATCCAAAATATGAAGCCATTTTTTCTGCGATAG	MPMIRQMKLFGIQELYDMEPIQNMKPFFLR				NA	NA	NA	NA	NA
AK148_02213	864	gltR_2	COG0583	HTH-type transcriptional regulator GltR	ATGGACATAAAGGAATTAGTTATCTTTAAAACTTTAGCTCATGAAGGAAATATCACAAAGGCCGCTGAACAATTAAATTATGTTCAATCTAATGTCACAGGGAGAGTAAAAAAATTAGAATCAGAACTGCAAACCGTACTGTTTTATAGACATCCGCGGGGTGTCTCGTTAACCTCAAAAGGAAAATTGCTTTTAGCGTATACAGACAAAATTTTAAACTTAATGGAAGTAACGAAAAAAGCTATTCAAGATTCTGAAACCCCTCATGGCCCACTATCCATAGGTGCAAATGAGACAACGGCATCTGTTAGATTACCTGCTGTTTTGGTTTCTTACAATGAGAACTACCCTGAAGTAGAATTGTCCCTAAACATTGGTGAAACAGAAGATCTTATCAGTGATGTTCTTGATTACAAACTAGATGGAGCGTTTGTGGTAGGACCCGTTAAACATCCTGACATTATTCAGACACCAATACTGAAGGAAGAACTCGTTGTTATAACAGACAATCTGCAAGCCCCATTCACTTTTTTAACGGATTTAAAAAAACGGACATTGCTAACACGCCCCCATTGCATTCACAGAAAACGTCTAGAACAATGGCTTCATGATGAGGGCATTTTCCCCTTAAAAATTATGGAGTTCGGAACATTAGAAGCAATCATCGGATGCGTAAAAGCTGGATTAGGGGTTTCTATAACTACAAAATCACTTGTCAGCCACCATAAAATGGATGACAAGCTCTGTTACCACGAGATCCCCGAGAAATACTCCACCGTAAAAACAGTGTTTATACGAAGAAAAGATGCCTTTATCACCAGTGCCTATAGCAGATTTATAGAAATGATAATCCAAAGTTTCTGA	MDIKELVIFKTLAHEGNITKAAEQLNYVQSNVTGRVKKLESELQTVLFYRHPRGVSLTSKGKLLLAYTDKILNLMEVTKKAIQDSETPHGPLSIGANETTASVRLPAVLVSYNENYPEVELSLNIGETEDLISDVLDYKLDGAFVVGPVKHPDIIQTPILKEELVVITDNLQAPFTFLTDLKKRTLLTRPHCIHRKRLEQWLHDEGIFPLKIMEFGTLEAIIGCVKAGLGVSITTKSLVSHHKMDDKLCYHEIPEKYSTVKTVFIRRKDAFITSAYSRFIEMIIQSF				NA	NA	NA	NA	NA
AK148_02214	1323	carC	COG1960	Caffeyl-CoA reductase-Etf complex subunit CarC	TTGGGATTAACAAAGCGATTATTGTTGTTGCAGGAAATAGCAGATTTTATGCAAAGCATGGATAGGCTTCAATTGTTGCTAAATTCGACTCCAGAACAATTAACAGAAAAATACGATATTATACACTTAGGAGGAAGCAAAATGGATTTCGAACCAAACACAGAACAAAATGATTGGATTACAAGAATTCAACAATTTCTTGTAAAAAATGATCTGGAAAACGCAATGAAAAGTGAATCTGAACGTTTGCCATGGCATATTCGCGAGCTTGCTGGACAGGAAAACCTAATAGGATTAGATGTACCGAAAGAAGATGGTGGACACGGGGTATCTGATTTAACTATGGGACATATTTACGAAGTGTGTGGACGCTTTGGATTAAATACAAGAGAGCTTTTCGGAGCAGGTCATGGCAGATTAATTGCGAACTATGGAACCAAAGAACAAAAAGAAAAATATCTTCCCCCACTCATGAGGGGTGAGATTTTAATCGGAGCAGGTTTGACTGAACCTACCGGTGGTTCAGATGTAGGTGCGTTTCAAACCACAGCTAAAAGAGTTGGATCCAGTTACATTATTTCAGGAGAAAAAGAGTGGGTCAATAGAATAAGGGAAGCAAAGGTATTTGTGGTATTTGCAAAAACAGATCAGGAATTAGGTGCCAAAGGGTTATCGGCCTTTATCGTAGAAATGAACGATCCAAACATTAAAAAGTATGAATACGATGCACTAGGGCTAAAAGGGTTCTCTTATGGCGGTTTTGAACTAGATGACGTAGTCGTACCTACTGAAAACTTACTGGGTGAAGAAGGACAGGGGTTTGCAATTGTTAATCAACATTTTAATTTTGTGAGAAATTTAGTTGCGTTAATTTCCATTGGTAGTGCTCAAATGGCACTAGAGCAGGCTATAGATTTTGCTAAGAGTCGACAAGCATTTGGTGGACCAATTGGACGATTTCACTCGGTAATGCATAAAATTTCTGAAGGAGAAACAACACTTGAAGCAGCACGATTACTTGCTTATAAGTCCTTAGCCTATTTGGATAAGGGTAAACCAAATGCAAAAGAGGCATACATGGCAAAATGGTTTGGAACAACATCAGCTTACAAGGTAATAGATGATGCTTTACAGATACACGGTGCTCGGGGATATATTAAAGACTATGGTCTTGAACAACGTCTTCGTGACGTGAGAGCGTTTTTAATTGCTGATGGTTCAACGGAGGTTATGAAGTCTGTACTTGGGAGAGAGTTGCTTGGAAAAGAGGTTTATAATGCCTCATATGGTAGAATGACCCCAAAGAGAGAGAAAATAGTATGA	MGLTKRLLLLQEIADFMQSMDRLQLLLNSTPEQLTEKYDIIHLGGSKMDFEPNTEQNDWITRIQQFLVKNDLENAMKSESERLPWHIRELAGQENLIGLDVPKEDGGHGVSDLTMGHIYEVCGRFGLNTRELFGAGHGRLIANYGTKEQKEKYLPPLMRGEILIGAGLTEPTGGSDVGAFQTTAKRVGSSYIISGEKEWVNRIREAKVFVVFAKTDQELGAKGLSAFIVEMNDPNIKKYEYDALGLKGFSYGGFELDDVVVPTENLLGEEGQGFAIVNQHFNFVRNLVALISIGSAQMALEQAIDFAKSRQAFGGPIGRFHSVMHKISEGETTLEAARLLAYKSLAYLDKGKPNAKEAYMAKWFGTTSAYKVIDDALQIHGARGYIKDYGLEQRLRDVRAFLIADGSTEVMKSVLGRELLGKEVYNASYGRMTPKREKIV	PGPT0005225_5	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION	PLANT_DERIVED_BENZOATE_UTILIZATION,PGPT0005225-aliB-K04117	NA	NA
AK148_02215	1092	citA	COG0372	Citrate synthase 1	ATGATCATGTCTACTGATCTCGCAGATGTTGCTGTAGCAAAGACAAAATTATGTTTTATAGATGGTGACGAAGGTTTGCTTGAGTACAGAGGACACGAGGTAGGAAAGTTAGCGAAAAACCATGTATTTGAAGAGGTTGTCCACCTTTTATTGATGGGGCATCTTCCCTCTGTAGAAGAATTATCTAGTTTTAAAAATAAAATGGCACTTTATCGTTCATTGCCGGAACCTGTAAAAGAAATCATCAATACTATTCCTACAGATGTTGATATGCTTAGTGTACTTCGAACGGCAATTTCAACCTTAGGGGAATTCAGTTTTCCTCCAACGGTAGAACAGTCGTTATCAATATGTACTAAAATACCTTCAATAATAGCTTACAGATACAATCGTGTTTGTAAAAGAAAACCTGTCGAACCAAGTAATCATTTAGGTCACACTGCTAATTATCTATACATGATAAAGGGCACTGAGCCCAAATTAGAACAAGTTCAAGCACTAGAGGCTTATCTGATTTCAACATTGGAGCATGGAATGAATCCTTCGACTTTTACAGCTAGAGTAATTACATCAACCCGGGCAGACATTGTCTCATCAGTATCTGCGGCTATCTCTGCATTGAAAGGACCGTTGCACGGTGGTGCTTTATCACAAATTTCTATGAATCTACAAGAGATTGGCTCAAAGGAAAACACGGAACGGTGGTTACGAGAGAAAATCGAAGCTGGAAAAAGAATCATGGGGTTTGGCCACCGAGTGTATAAGTACCGGGATCCGCGAGTCTTACCATTAAAAAATATTGCAATCAAACTATCTGGAAACGACAGCAAGTTGGATTTGGCCACTCATGTTGAGGAAATGACACTACAATTGCTTAAAGAATATAAACCTAATAAACAATTTATAACCAATGTTGAATTTTATGCAGCTGCGTTGCTAAATGCTGTTGGTTTTGATAACAATTTGTTAACTGCAACTTTTGCGGTTAGCAGATCGGTTGGGTGGTGTGCACATTCAATAGAGGCTGCTAATGGTCCCTTGATTTATCCCCAATCGGTTTATTCAGGACCGCGAATTGGTTTAAGATTGTAA	MIMSTDLADVAVAKTKLCFIDGDEGLLEYRGHEVGKLAKNHVFEEVVHLLLMGHLPSVEELSSFKNKMALYRSLPEPVKEIINTIPTDVDMLSVLRTAISTLGEFSFPPTVEQSLSICTKIPSIIAYRYNRVCKRKPVEPSNHLGHTANYLYMIKGTEPKLEQVQALEAYLISTLEHGMNPSTFTARVITSTRADIVSSVSAAISALKGPLHGGALSQISMNLQEIGSKENTERWLREKIEAGKRIMGFGHRVYKYRDPRVLPLKNIAIKLSGNDSKLDLATHVEEMTLQLLKEYKPNKQFITNVEFYAAALLNAVGFDNNLLTATFAVSRSVGWCAHSIEAANGPLIYPQSVYSGPRIGLRL	PGPT0001455_6594	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
AK148_02216	762	yfcA	COG0730	putative membrane transporter protein YfcA	ATGTCTTTTACAGATATTTTTCTAATCCTAATTACAGGTTTTATAGCAGGTTTTATTAATACAATGGCCGCAGGGGGATCTCTTTTAACCCTACCTGTTTTAATTTTTCTTGGTTTACCATCCGCAGTTGCCAACGGAACTAATCGGGTTGCTATAGTGGTCCAAAGTATTGCTGCGACAACGAATTTTTATCGAAAAGGATACTTTGACAAAAAACTTGGTTTCTTGCTAAGCGTTCCAGCTATTATAGGGTCAGTAATAGGGGCCAACCTTGCCGTCTCTATATCTGATCAAATATTTAACCAGATACTTGCTGTTATAATGGTAATTACAGTTATATTTATTATCTGGAAACCGGAAAAGAAAATTTCAGCGATTGGCAATGGAGACTATTCTATCGCTCGTAAAGTGTTGGGTATCGCTACTTTCTTTTTTGTGGGGATTTACGGTGGATTTATTCAAGCGGGAGCTGGTTTTTTTATAATAGCTGGTTTAACAGCCATTTTTGGAATTAGTCTTGTTAAATCAAACAGTATTAAGGTTTTTGTCGGTGGAATTTACATTTTGGTTTCTCTTTTTGTATTCATTATTCATGGGCAAATTAATTGGTATCTTGGTTTGTCCTTAGCGGTTGGAAATGCCTTTGGGGCCTGGGCTGGAAGTCATATCGCCATATATAAGGGTGATAAATGGATTCGGGTATTTCTTATCATCACCGTATTTTTCATGGCAGGGAAGCTTTTGGGTTTTTTTGATTTTTAG	MSFTDIFLILITGFIAGFINTMAAGGSLLTLPVLIFLGLPSAVANGTNRVAIVVQSIAATTNFYRKGYFDKKLGFLLSVPAIIGSVIGANLAVSISDQIFNQILAVIMVITVIFIIWKPEKKISAIGNGDYSIARKVLGIATFFFVGIYGGFIQAGAGFFIIAGLTAIFGISLVKSNSIKVFVGGIYILVSLFVFIIHGQINWYLGLSLAVGNAFGAWAGSHIAIYKGDKWIRVFLIITVFFMAGKLLGFFDF				NA	NA	NA	NA	NA
AK148_02217	810	hag	COG1344	Flagellin	ATGATTATTAATCACAACATTGCAGCGTTAAACACTCATCGTCAACTTTCTAACAACAACGGCGCTGTACAAAACTCATTGGAGAAACTTTCTTCAGGTCTTAAAATTAACAAAGCAGGAGATGACGCTGCAGGTCTAGCAATCTCTGAAAAAATGCGTGGCCAAATCCGCGGTTTGGAAATGGCACAAAAGAACGCTCAAGACGGTATTTCTTTAGCGCAAACTGCTGAAGGTGCAATGAATGAAACGCATGCTATCCTTCAACGTATGCGTGAATTAGCCGTACAATCTTCTAACGACACGAATACAGATAAAGACCGTGCGGAATTACAAAAAGAAGTAGATCAGTTAAAAAGTGCATTAGATGACATTTCTACAGACACAGAATTCAACACACAAAAGTTGCTTGATGGTTCATTTGAGGCAACATTCCACGTAGGTGCTAACGAAGGGCAAAACCTTTCTTTAGAAATTGGAAACATGAGTTCTGAAGAATTAAATGTTAATGAAATCGATATTACTGAGCAAGGTAAAGCAGATGCAGCAATTACTACTATTCAAACAGCAATTGACAACGTATCTTCTGAACGTTCTAAAATTGGTGCGGTACAAAACCGTTTGCAACATACCATCAATAATCTAGGTACGTCTGCAGAAAACTTAACCGCAGCTGAATCACGAATCCGTGATGTGGATATGGCGAAAGAAATGATGAACTTTACGAAGAACAACATTCTTACTCAAGCTGCTCAATCTATGCTTGCGCAAGCTAACCAACAACCACAAGGCGTACTTCAATTACTTCGTTAA	MIINHNIAALNTHRQLSNNNGAVQNSLEKLSSGLKINKAGDDAAGLAISEKMRGQIRGLEMAQKNAQDGISLAQTAEGAMNETHAILQRMRELAVQSSNDTNTDKDRAELQKEVDQLKSALDDISTDTEFNTQKLLDGSFEATFHVGANEGQNLSLEIGNMSSEELNVNEIDITEQGKADAAITTIQTAIDNVSSERSKIGAVQNRLQHTINNLGTSAENLTAAESRIRDVDMAKEMMNFTKNNILTQAAQSMLAQANQQPQGVLQLLR	PGPT0015190_4703	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015190-fliC|laf1|lafA|fla1|hag-K02406	NA	NA
AK148_02218	960	dus		putative tRNA-dihydrouridine synthase	ATGACAGATAATTTTTGGCGCAATTTACCGAAGCCGTTTTTTGTATTAGCACCGATGGAAGATGTGACGGATGTTGTATTTCGTCATGTTGTTAGCGAAGCTGGAAGACCAGACGTTTTCTTTACAGAATTTACAAACTCGGAGAGCTATTGCCATCCCGAGGGGAAATTTAGTGTACGTGGACGCCTAACTTTCACAGAAGATGAACAGCCTATTGTAGCTCATATATGGGGGGATAAACCAGAACATTTTCGCCAAATGAGTATTGGTATGGCGGAAGAAGGATTTAAGGGGCTTGATATTAATATGGGCTGCCCTGCTCCTAATGTTGCAGCGAACGGGAAAGGCTGCGGGCTTATCCGACGTCCAGAAGTTGCTGCAGAGCTGATTCAAGCAGCAAAAGCAGGTGGACTTCCCGTAAGTGTGAAGACAAGGCTTGGCTACACCCAAGTGGAAGAGTGGCGGGATTGGTTACGTCACATCTTGCAACAAGATATTGCAAATCTTTCTATTCACTTACGTACGAAAAAAGAAATGAGTAAAGTAGCTGCCCATTGGGAGCTTATCCCAGAAATAAAGAAACTTCGTGATGAGGTAGCACCAAATACTTTATTAACCATTAATGGAGATATTCCTGACCGTCAGACTGGTTTGGAACTTGCCCATCAATATGGTGTAGATGGGATTATGATTGGACGAGGTGTATTTAAGAATCCATTTGCGTTTGAAAAAGAGCCGAAAGAACATACCAGCGAAGAGTTGCTTGACCTTTTAAGATTGCATCTTGATCTTTTCGATAAGTATACAAAGTTGGAGCCACGTCCATTTAAGCCGCTTCGTCGCTTTTTTAAGATATACGTCCGTGACTTTCACGGGGCGAGTGAGTTAAGGAATCAATTAATGAGTACAGAAACGACAGATGAAGTACGTACATTGCTGGATAACTTTGAGCATTGCTAA	MTDNFWRNLPKPFFVLAPMEDVTDVVFRHVVSEAGRPDVFFTEFTNSESYCHPEGKFSVRGRLTFTEDEQPIVAHIWGDKPEHFRQMSIGMAEEGFKGLDINMGCPAPNVAANGKGCGLIRRPEVAAELIQAAKAGGLPVSVKTRLGYTQVEEWRDWLRHILQQDIANLSIHLRTKKEMSKVAAHWELIPEIKKLRDEVAPNTLLTINGDIPDRQTGLELAHQYGVDGIMIGRGVFKNPFAFEKEPKEHTSEELLDLLRLHLDLFDKYTKLEPRPFKPLRRFFKIYVRDFHGASELRNQLMSTETTDEVRTLLDNFEHC				NA	NA	NA	NA	NA
AK148_02219	165			hypothetical protein	ATGAAATATATAAAATCTGCGAAATATGATAAAGCACTTGTTAAAGAAAACATGATGGATCCAAATAGTATGAAAATACTTGATGAACTAATGCAAGATGTTCCATTAAAAAGCGGTATGCGAGTATTAGACTTAGGTTGTGGGAATGGATTAACGTCTATATAG	MKYIKSAKYDKALVKENMMDPNSMKILDELMQDVPLKSGMRVLDLGCGNGLTSI				NA	NA	NA	NA	NA
AK148_02220	477			hypothetical protein	ATGAGACGTGTAGCAGTACAAATCTTGAAGATTGCTATTTTTGTAATTGGCATCGTGGTGTTAGGCTTATGTATTTTCGCCTTGCCTCCGTTAGCAAGCAGTTCAGCAGAAATGTTTCCGGAGTTTTCTTATTTACAATATCCTATTTTAATAGGCTTGTATGCGACAACGATCCCCTTTTTCTATGCGTTATATCAAGCGTTTAATTTATTGAATTATATGGAGAAGCAGCTTGCTTTTTCAACGTTTGCGGTGCGGTCATTAGCGCGTATTAAGTACAGCGCGATTGTCATCAGTCTATGTTATATAAGTGGAATGATTTATCTTCTAACGCAAAGTGCGCTTCATCCTAGTATTGCAATTGTAGGATTGGCGATTCTTTTTTCTGCCATCGTTATCATGTTGTTCGCCGCGGTTTTACAAGAACTTTTGAAAAATGCAATGAAGATTCAGTCAGAAAATGAGTTGACGATTTGA	MRRVAVQILKIAIFVIGIVVLGLCIFALPPLASSSAEMFPEFSYLQYPILIGLYATTIPFFYALYQAFNLLNYMEKQLAFSTFAVRSLARIKYSAIVISLCYISGMIYLLTQSALHPSIAIVGLAILFSAIVIMLFAAVLQELLKNAMKIQSENELTI				NA	NA	NA	NA	NA
AK148_02221	249			hypothetical protein	ATGGCAATTATAGTTCACATTGATGTAATGTTAGCAAAAAGAAAAATGAGTGTAACGGAGCTTTCGGAAAAAGTAGGTATCACGATGGCGAACTTATCTATTCTAAAAAATGGCAAGGCGAAAGCAGTTCGTTTTTCTACGTTAGAAGCCATCTGTAAAGCGTTAGATTGTCAGCCAGGGGATATTTTAGAATATCAAGCTGACTTGGAGACAGAAATTAAAGAAGAAAATCATCGGCAAGTGCAATAG	MAIIVHIDVMLAKRKMSVTELSEKVGITMANLSILKNGKAKAVRFSTLEAICKALDCQPGDILEYQADLETEIKEENHRQVQ	PGPT0014940_262	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014940-yozG-K07727	NA	NA
AK148_02222	660	yhfK	COG0702	putative sugar epimerase YhfK	ATGGTTATTTTGAAAATTCTTGTTGTAGGAGCAAACGGACAAATTGGTAAACATCTGGTGAAACAAATTCAAGATAGTGGGAAACACACAGCAAGAGCGATGATTCGTAAACAAGAGCAAGCGAGCTATTTTAACGAATTAGGTGCAGAGACAGTCATTGTGGATCTTGAAGATGAGGTAGCAGCGATTACGAAAGCGGCTGACGGTGTTGACGCTGTCGTGTTTACAGCTGGTTCAGGGCCTAAAACTGGAAAAGACAAAACATTAATGGTGGATTTAGATGGTGCAGTCAAAACGATGGAAGCAACGAAAGCAGCTGGGGTAAAGCGTTTTGTGATGGTAAGCTCATTTGACACGAGCAGGGAAGCTATCCAACAATCATCAGCTTCTTTTGCCCCATATGTCGTTGCTAAGCATTATGCAGATGAGTGGCTAAGAAGCACCGATTTAGATTATACAATTGTCCATCCTGGATTATTAACGAATGATTCAGGAACGGGCAAAGTGCAGGCAGCAACGAAAGTGGATCGGGGAGAAATACCTCGTGAAGATGTGGCAAGCGTTATTTTTGGCTGTTTAGAAGATGAAACAACCATTGGTAAAGAATTTCAAGTTGTAACAGGGGAAACAGAAATCAAGCAGGTGTTACAACAGTTATAA	MVILKILVVGANGQIGKHLVKQIQDSGKHTARAMIRKQEQASYFNELGAETVIVDLEDEVAAITKAADGVDAVVFTAGSGPKTGKDKTLMVDLDGAVKTMEATKAAGVKRFVMVSSFDTSREAIQQSSASFAPYVVAKHYADEWLRSTDLDYTIVHPGLLTNDSGTGKVQAATKVDRGEIPREDVASVIFGCLEDETTIGKEFQVVTGETEIKQVLQQL				NA	NA	NA	NA	NA
AK148_02223	1434	gadC	COG0531	putative glutamate/gamma-aminobutyrate antiporter	ATGGCTAAAACAAAAAGCCTAACACTTTTTGGGCTAATCGGTATTACGATGGCTTTTTTTGGTACGGTACGTAGTGTGCCAACACTTTCTATAACTGGGTGGACACAAATTTTTTATATGTTAATTGCGGCAGTTCTATTCGCATTGCCGATCGCCTTGATGTCGGCGGAACTTTCTACAGGTTGGCCGGAGGAAGGCGGGCCTACAGTTTGGGTGAAGAACGCATTAGGTGAGAAATGGGGATTTGTTACCTCATGGTTACTATGGGTTCAAATGTTTTTTGGTATGGTCATGGTTGCGTCTACAGTAGGTGTGTTATTTGGATATGTTGTTAATACACCAGAGCTATCTTCAAACAATTACTTTATTTTTGCAGTTATTTTAGTCTCCTACTGGAGTGTGACGTTACTAAATCTGAAATTTGACATGGTAAAAATAGCTGGTAACTGGGGAGCCATTATCGGTGTTTATATCCCATTTGTTCTCCTAGTTGGTCTAGGTGTTATCTATATGATTAAGAATGGTATTCAGCCAAATAGTTATTTAGGGGATTTTAAACCGAGTGACCTTGTTCCGAATTTTAAAGACTTAGGTAGCTTAACTTATTTATCTGGAATTATCTTTATTTTTGCAGGTGTAGAAATCTCATCTGTGCATGCAAATAATATCCAAAACCCTAAACGTAATTACCCAATTGCGGTTATAGCATCTGTTATTTTGTTGGTTTTCTTTAATATTGTCGCTGGGTTAACAGTTTCCAACGCAGTACCAGTAGGTGAATTGGAATTAGCTAATATTACACAACCATACAAGATTTTCTCTGAGAACTTGGGTATCCCATCTATTTTCGTGAATATCATTTCATTGATGATTTTAATTGGGGTGTTAGTACAGTTAAGTGCATGGGTACTTGGTCCAAGTAAAGCAATGATAAAAATTGCCGATGAAGGTAACTTGCCTAGATTCTTTCAAAAAAGAACGGAAAAAGACATTCCAATAACTTTTGTATTAATTCAAGCAATTGTTATTTCTCTCGTATCTTTCTTGTATGTAGTTGTTCCTGATGTAAATAGTGCCTTTTTAATTATTACAATTACTACTACTATTTTATATTGTATCGTGTATGCATTAATTGCTATTTCAGCAATTCGCTTACGCTATAAAATGCCAGAAGTTGTGCGACCATTTAAATTAGGCAATAAAGGTAATGGATTAATGTGGTTTGTTTCCATGCTGTCTTTAATTAGTGTAGTAATTACGCTTACTGTCAGTCTTATACCACCATCTATTTTACAACCTAGTCAGTACACAGGTTACATTATTTATCAAGTAGCGGCTACAGTAATAATGGTTGGTATAGCACTTATTATTCACAAATGTAAAAAACCAGAATGGAAGAAAGAAACAACAACCAATCATAAAAAATGTAGCTAA	MAKTKSLTLFGLIGITMAFFGTVRSVPTLSITGWTQIFYMLIAAVLFALPIALMSAELSTGWPEEGGPTVWVKNALGEKWGFVTSWLLWVQMFFGMVMVASTVGVLFGYVVNTPELSSNNYFIFAVILVSYWSVTLLNLKFDMVKIAGNWGAIIGVYIPFVLLVGLGVIYMIKNGIQPNSYLGDFKPSDLVPNFKDLGSLTYLSGIIFIFAGVEISSVHANNIQNPKRNYPIAVIASVILLVFFNIVAGLTVSNAVPVGELELANITQPYKIFSENLGIPSIFVNIISLMILIGVLVQLSAWVLGPSKAMIKIADEGNLPRFFQKRTEKDIPITFVLIQAIVISLVSFLYVVVPDVNSAFLIITITTTILYCIVYALIAISAIRLRYKMPEVVRPFKLGNKGNGLMWFVSMLSLISVVITLTVSLIPPSILQPSQYTGYIIYQVAATVIMVGIALIIHKCKKPEWKKETTTNHKKCS	PGPT0014500_470	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
AK148_02224	1866	hdc		Histidine decarboxylase	ATGAAAACTGAATTACAAGACCACAATTTAAAAGCTTTATTTTTAGGAAGTAAAGGGGAAAACGTAGACTTATTTAAAGAACTATTATTAAAAATGATTGATGAACATGTGGGATGGCGTCAAAACTATCAGCCACAAGACTTACCAGTAATTACGCCACAAGATAAAAGTTCAAAAAGCTTCCAAGAAACTGCTGATCATGTACGTAGTGTACTGAATGTTTTATCTTCTAAGCTTCGTACGAACTCCCTTCCGTGGCATACAGCGGGTCGTTTTTGGGGACATATGAATTCAGAAACATTAATGCCATCTATTATTGCTTATACAACTGCGATGTTATGGAATGGAAATAACGTAGCATATGAATCATCCCCAGGTACTTCACAAATGGAAGAAGAGGTTGGTCATGAGTTTGCTGCTCTTATGGGATATAAAAAAGGAGAAAGCTGGGGACATATTTGTGCTGATGGTTCTATTGCCAACCTTGAAGGGCTTTGGTACGCAAGAAATATGAAATCTCTTCCTTTAGCTATTAAAGAAGTTGCTCCTGAATTTGTAGCAGGTAAAACAGAATGGGAATTGTTAAACATGTCTACAGAAGAGATTCTAGATATTTTAGATCAAATTCCTGAAAAAATAGACGAAGTGAAAGAGCATTCTGCACGCAGTGGGAAAAACTTGCAAAAACTAGGTAAATGGTTAATTCCTCAAACTAAACATTATTCTTGGTTGAAAGCTGCTGATATTATCGGTGTAGGTCTTGACTGTGTTGAAGCGATTGATGTGGATGATCATTATCGAATGGATATTGATAAATTAGAAGCAAAAATCCGTGAATTGGCAGCTGAAGAAATTCCAGTTCTTGGTGTGGTTGGGGTAATTGGAACAACCGAAGAAGGACAAGTCGATCGTATTGATAAAATGGTAGCATTGCGAGAAAAATTAGCTAAAGAAGGCATTTATTTCTATATTCATGTAGACGCTGCTTATGGTGGCTATGCCCGTGCGATATTCTTGGATGAAGATAATAACTTTATAGATTACGCGAAAATGGAAGAAGTACATGAGAAATTTAACGTTTTCACAGAGAAAAACGAATGGCTTACCGAAGATATTTATCATTCTTTCAAAGCAATGAGTGAAGCGGAAACCATTACCATTGATCCACATAAAATGGGGTATATTCCTTATTCTGCTGGTGGTATTGTTGTTAAAGATACGAGAATGCGTGACGTAATTTCTTACTTTGCCACTTATGTATTTGAAAAAGGTGCCGATATTCCAGCTTTACTTGGTGCTTATATGCTAGAAGGATCGAAAGCAGGTGCTACTGCGGCTGCAGTATGGACAGCCCATCAGGTGCTACCATTAAATGTAACGGGGTATGGTAAATTAATTGGTGCAAGTATTGAAGGTGCTTATCGTTTCTATCATTTCTTACAAGGAAAACAATTCAAAGTTGGCGATAAAACCATTCATGTTTATCCATTAACAAAACCTGACTTTAACATGGTTGACTATGTATTTAATGAAGAAGGGAATACAGACTTAGAAAAAATGAATCAACTTAATCATGATTTTTATGAACAGGCTTCTTATGTTAAAGGTGGACTATACAATAACGAGTTCATTACTTCACATACAGATTTTGCGATTCCAGACTATGGGAACAGCCCATTGTCATATGTTAAAAGTTTAGGATTCAGCGAAAAAGAGTGGGATCGTGAAGGGAAGGTTACGATACTTCGTGCTTGTGCTTTATCACCGTATGCATATGACAAAGATGTGTTTGAAGAATATGCTAGCAAGATAGAGCAAGCAATTCAAGAAAAACTTGAAAAAATCTATGCTGTTGTAAATGAATGA	MKTELQDHNLKALFLGSKGENVDLFKELLLKMIDEHVGWRQNYQPQDLPVITPQDKSSKSFQETADHVRSVLNVLSSKLRTNSLPWHTAGRFWGHMNSETLMPSIIAYTTAMLWNGNNVAYESSPGTSQMEEEVGHEFAALMGYKKGESWGHICADGSIANLEGLWYARNMKSLPLAIKEVAPEFVAGKTEWELLNMSTEEILDILDQIPEKIDEVKEHSARSGKNLQKLGKWLIPQTKHYSWLKAADIIGVGLDCVEAIDVDDHYRMDIDKLEAKIRELAAEEIPVLGVVGVIGTTEEGQVDRIDKMVALREKLAKEGIYFYIHVDAAYGGYARAIFLDEDNNFIDYAKMEEVHEKFNVFTEKNEWLTEDIYHSFKAMSEAETITIDPHKMGYIPYSAGGIVVKDTRMRDVISYFATYVFEKGADIPALLGAYMLEGSKAGATAAAVWTAHQVLPLNVTGYGKLIGASIEGAYRFYHFLQGKQFKVGDKTIHVYPLTKPDFNMVDYVFNEEGNTDLEKMNQLNHDFYEQASYVKGGLYNNEFITSHTDFAIPDYGNSPLSYVKSLGFSEKEWDREGKVTILRACALSPYAYDKDVFEEYASKIEQAIQEKLEKIYAVVNE	PGPT0020445_20	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020445-tyrDC-K22330	NA	NA
AK148_02225	819	pdxK_1	COG0351	Pyridoxine kinase	ATGACAATTAAAAAAGTATTAACGATTGCAGGTTCTGATTCAAGTGGTGGTGCAGGTTTGCAAGCCGACCTGAAAACATTTCAAGAATACGGAACTTTTGGCTGTACTGCTATCACGAATATCGTCACGATGGATCCGAAAAATAATTGGAACCATCGGGTGTATCCCGTTGATGAGACCACAGTTCGGGAACAATTGGAAACAATCTTCTCTGGTAGTCCGCTACATGCTATGAAAACGGGGATGTTAGGCTCTACAAGTATGATAAAGCTGGTAAGTGAAATGATTGATCAATATGAAATGAAGAATGTTGTCATTGATCCGGTAATGGTTTGTAAAGGAGAAGATGAGCCTTTGCACCCGGAAAATGGGGTTGCTATTCGCGATTATCTTTTACCGAAAGCAACGATCATAACGCCTAATTTATTTGAAGCTGCTCAACTATCTGGTATGTCTACAATCCGTACAGTTGCTGATATGAAAGAAGCAGCGAAAAAGCTGATAAACATTGGCCCAGAATATGTTGTTATTAAAGGCGGAAAAAGTTTAGATGGCAATAAAGCAATTGATTTACTTTATGATGGGTCTGCTTTCACTTTTTATGAAGTAGAGAAAATGAATACGAATTATAATCACGGTGCTGGATGTACATTTGCAGCTGCTATCACAGCAGGATTGGCAAAAGGCTTCTCTGTAAAAGAATCGGTAGCAAAAGCAAAAACATTTACGACCGAAGGAATTAAGGCTGGATTTGCCTTTAATACTTTCATTGGACCAGTTTGGCATGGAGCCTATAATAGAGCAGGTCTATCTGAGTAG	MTIKKVLTIAGSDSSGGAGLQADLKTFQEYGTFGCTAITNIVTMDPKNNWNHRVYPVDETTVREQLETIFSGSPLHAMKTGMLGSTSMIKLVSEMIDQYEMKNVVIDPVMVCKGEDEPLHPENGVAIRDYLLPKATIITPNLFEAAQLSGMSTIRTVADMKEAAKKLINIGPEYVVIKGGKSLDGNKAIDLLYDGSAFTFYEVEKMNTNYNHGAGCTFAAAITAGLAKGFSVKESVAKAKTFTTEGIKAGFAFNTFIGPVWHGAYNRAGLSE	PGPT0009125_2580	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
AK148_02226	1374	nhaC_2	COG1757	Na(+)/H(+) antiporter NhaC	ATGAAAAGAGATATCACATTAAAAGAAAGTATCTTTCTATTAGTAGTATTATTATTGGTTATAGGTATTAGTATAATAGGCTTGGATTTGCCTCCGCAAATTCCGATTTTATTCGCAGTAGGAATTGTTATCCTTTTTGCTAAGATGAAAGGTGCTTCATGGGAAGTTGTTCATAAGGGAATTGAAAATGGAATTATACCTGGTCTGATCCCCATCATTATCTTTATGCTTATTGGTGTTTTAATAAGTGTTTGGATTTCAGCAGGAACCATTCCAACTATTATGGTTTATGGGTTAGGGATTTTATCAGCGAAATTTTTCTTACCTTCTGTGTTTGTTATTTGTGCACTTGTTGGTATTTTAGTAGGTAGTTCGTTTACAACCATTTCAACTATAGGTATTGCGTTTTTAGGTATGGGACAAATGATGGAATTTAATATGGCAATGACTGCTGGCGCTATAGTGTCAGGAGCTTATGTCGGGAATAATATATCTCCTTTATCTGATACAGCCAATTTGGCTTCTGCTATAGCCGAAGTGGATTTATTTGATCATATTAAAAATATGTTGCGAAAAATTGTTCCTGCTTTTGTTATTTCACTTATCTTTTTTATTATAATTGGACAAACAAAAGCGGGAGCAACGGAAAGTAATATTAATGAATTAGTAGATACATTATATTCTAATTTCAATATTTCTATGGTGTCACTAATACCAGCGCTTATTTTATTTTTGTGTGCGTGGAAAAAGATACCTGCTATTCCAACACTTCTAATGAGTATTGCGGTTACCGTTGTTATTCAATATATATATTATCCACATACCAGTTTTTCTAAAATCGCTAGCCTTATGCAGGATGGATTTGTTTCGAATACAGGAACAGAAACGGTAGATGTTTTGCTTACCAGGGGTGGTATGCAAAGTATGATGTGGTCTGTTTCGCTAATTATCCTTGCTTTGACGTTAGGAGGATTGTTAGTAGAATTAAAAATTGTTGAAACGTTAATATCAAAAGTTCAAGGTCTTGTTAGTACTAAAGGAAAATTAATTTTAATGGCTGGATTAAGTGCTATAGGTATAAATATCGTTCTTGGAGAACAGTATTTATCTATTATTTTGCCAGGTAAAGCATTTAAATCGCAAGTGGAGGCAATAAACCTTGATCCTAAAAAACTCTCAGCTATTTTGGCAGATGCTGGGGCAGTAGTTAACTCACTAATTCCATGGGGAGTAAGTGGTGTGTTTATTACTGGAACATTGGGGGTTTCTACACTAGAATATGCACCATTTGCTATCTTTTGTATAGTTGCTCCAATTATAAATGTATTATTTGGTTTTTTTGAAAAAGAGAAAGGATTACCTTCTCTCTCTTGA	MKRDITLKESIFLLVVLLLVIGISIIGLDLPPQIPILFAVGIVILFAKMKGASWEVVHKGIENGIIPGLIPIIIFMLIGVLISVWISAGTIPTIMVYGLGILSAKFFLPSVFVICALVGILVGSSFTTISTIGIAFLGMGQMMEFNMAMTAGAIVSGAYVGNNISPLSDTANLASAIAEVDLFDHIKNMLRKIVPAFVISLIFFIIIGQTKAGATESNINELVDTLYSNFNISMVSLIPALILFLCAWKKIPAIPTLLMSIAVTVVIQYIYYPHTSFSKIASLMQDGFVSNTGTETVDVLLTRGGMQSMMWSVSLIILALTLGGLLVELKIVETLISKVQGLVSTKGKLILMAGLSAIGINIVLGEQYLSIILPGKAFKSQVEAINLDPKKLSAILADAGAVVNSLIPWGVSGVFITGTLGVSTLEYAPFAIFCIVAPIINVLFGFFEKEKGLPSLS	PGPT0013945_1441	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013945-nhaC-K03315	NA	NA
AK148_02227	303			hypothetical protein	ATGCTTATAGATGAAATACGTGGAGAAGAATTAGATGATTTTTTTTGTGCGTTTTTAGAACTTCAAACAATAGAAGAATGTTATTGTTTTTTTGATGATTTATGTACAGTCAATGAAATAAAGGCAATGCTTCAACGATTTAGAGTAGCAAAAATGCTTTATAATGATCACACATATTGTCAAATTGAGGATGAAACAGGGGCAAGTACAGCAACTATCTCTCGTACAAAGCGTTCATTATATCATGGGAATAATATGTATGATATTCTTTTCAGTCGGATGAAGAAAAGTATAGAGACTTAA	MLIDEIRGEELDDFFCAFLELQTIEECYCFFDDLCTVNEIKAMLQRFRVAKMLYNDHTYCQIEDETGASTATISRTKRSLYHGNNMYDILFSRMKKSIET				NA	NA	NA	NA	NA
AK148_02229	1257	tyrS		Tyrosine--tRNA ligase	ATGAATCTTATTGATGAGTTAGAATGGCGTGGAGCTATAAATCAACAAACAGATGCGGAAGGATTAAAAGATTTAATTGAAGAGAAAAAGATTTCTTTATATTGCGGTGTTGATCCAACTGGTGACAGTATGCATATTGGTCATTTAATTCCATTTATTATGATGAAACGGTTTCAATTACACGGTCATCAACCGGTTATTTTAATTGGAGGAGCAACAGGAACCATTGGTGATCCTAGTGGACGCCAAACAGAACGGCAATTACAAACGTTAGAGAAGGTACAAGATAATGTTGATAAGCTAACGAAGCAAATGAAGAAATTATTCTTTGATGGTGATAGTGAACTTAGGATCGTAAACAACTACGATTGGACACATAACTTAAGCATATTAGATTTCTTACGAGATTACGGTAAAAACTTTAGTGTGAATAATATGTTGGCAAAAGATATTGTCGCTAGCCGATTAGATAGTGGGATATCGTTCACGGAGTTCTCTTACCAAATTTTACAATCTATGGACTTTCATCACCTATTTAAAGAAGAAAATGTACAATTACAAATTGGTGGTAGCGATCAATGGGGAAATATTACAAGCGGATTAGACCTTATACGTAAAAAAGAAGGTCAGGACGCGAAAGTCTTTGGTCTAACCATTCCACTTTTATTAAAAGCAGATGGAACAAAGTTTGGCAAAACAGCTGGTGGAGCAATTTGGTTAGACGCAGAAAAAACGACACCATACGAATTTTACCAGTTTTGGATTAACGCAGATGATAAAGACGTCATAAAATACTTGAAATTCTTTACGTTCTTAGGGAAAGAGGAAATTGATGAATTAGAGGATAAAGTGAAAACAGAACCACATAAACGTGAAGCGCAAAAAGTGTTAGCAAAAGAAATGACAAAGTTTGTTCATGGTGAAAAAGCATTAACGCAAGCAATGAAAATTACGGAAGCACTTTTTAGTGGAAATGTTAAATCATTAACAGCAGATGAAATTGAACAAGGATTTAAAGACATGCCTACTTTTCACGCTTCCAAAGAAACAAAAAATATTGTCGACTGGTTAGTTGAGTTAGGTATCGAACCATCTAAACGCCAAGCGAGAGAAGATATTAACAATGGAGCTATTTCCATGAATGGAGAACGAATAACGGATGTTAATACAGATGTAACTGCAGAGAACGCATTCGATGGAAAGTTTATCATTATTCGTAAAGGGAAGAAAAAATACAGCTTGGTAAAATTAGCTTAA	MNLIDELEWRGAINQQTDAEGLKDLIEEKKISLYCGVDPTGDSMHIGHLIPFIMMKRFQLHGHQPVILIGGATGTIGDPSGRQTERQLQTLEKVQDNVDKLTKQMKKLFFDGDSELRIVNNYDWTHNLSILDFLRDYGKNFSVNNMLAKDIVASRLDSGISFTEFSYQILQSMDFHHLFKEENVQLQIGGSDQWGNITSGLDLIRKKEGQDAKVFGLTIPLLLKADGTKFGKTAGGAIWLDAEKTTPYEFYQFWINADDKDVIKYLKFFTFLGKEEIDELEDKVKTEPHKREAQKVLAKEMTKFVHGEKALTQAMKITEALFSGNVKSLTADEIEQGFKDMPTFHASKETKNIVDWLVELGIEPSKRQAREDINNGAISMNGERITDVNTDVTAENAFDGKFIIIRKGKKKYSLVKLA				NA	NA	NA	NA	NA
AK148_02230	693			hypothetical protein	ATGCCTTCTTCATGGAAAAGGTCATTAGAACTAGCGTATACGAATCATTACATTATTACGAAAGTGAATGAACAGAAACCAGTTAATTGGTTACTACTAGATGTAGGTTTAGAAAATGTGACAGAAGAGCATATTAACGAATCCTTAGATAATTTGCTCATTGGATTTAATCGATTGTTTAAGTATAAAAGTGTAAAGCAAGCTACATTAGGTTATTTTCGTATGCTGGATATAGTTAAACAAAATGATAGGTACTATCCTAAAATTCATGTGTTGCTGCCAACGATGAAAAGTTATTTTCAAGGAAGATACTATATTAAACGTGATAAATGGTTAGAAATGTGGGCGAAAGCTTTAGGAGTTAATACGGATCTATATGTAAAGGTAAAAGTGATCCAACCTGAGGATAATGGTCAGCAAATGGTAGAGAAAATGGAACAAGGTTTAGCAGTACTTTTGGATGTACAAGAAACAAATAGACCTAAAAAAGACAAGAAAATTATTGAGACACGAAGGTTAATTGGGTACAGTAGATTATTAAAAAAGGAAGCAGACCAACTACCTCCTGATTCAGATTTTTTCCTAGATATAGCTCATTTACGTACAGACGATAGGATTGCAAATGTTGCTTTTGACAACATGCTCACCTGGCACCCTGGCTTAAGAACAGAAAAAGAAAATCCTTTTATTTGA	MPSSWKRSLELAYTNHYIITKVNEQKPVNWLLLDVGLENVTEEHINESLDNLLIGFNRLFKYKSVKQATLGYFRMLDIVKQNDRYYPKIHVLLPTMKSYFQGRYYIKRDKWLEMWAKALGVNTDLYVKVKVIQPEDNGQQMVEKMEQGLAVLLDVQETNRPKKDKKIIETRRLIGYSRLLKKEADQLPPDSDFFLDIAHLRTDDRIANVAFDNMLTWHPGLRTEKENPFI				NA	NA	NA	NA	NA
AK148_02231	363			hypothetical protein	ATGGATAAAGAAATTATGAAAGGAAGTATTGATATCCTGCTATTGTCTCTCCTCCAGAATCGTGATATGTACGGCTATGAGATGGTTAAGGCGTTGAAAAAAAATAGTAATGAATTGTATAACATGAGTGAAGGAACCTTGTACCCTGCTTTAAAGCGACTTGAGAAAAAAGGTTGGCTTCAATCTTATTGGGGAGATTCGGAAAGTGGAGGCAGACGGAAGTATTATCAAATTACCCAGCAGGGAAAAAACGAGCTAGGTAAAAAATTGCAAGAATGGAATCAAATTAGCCATTTAATTAAAGTATGTTCGGAGGGATTAGGTTGGAGTCAACAATCGAAGCCTACATTCACAAAATTGTAA	MDKEIMKGSIDILLLSLLQNRDMYGYEMVKALKKNSNELYNMSEGTLYPALKRLEKKGWLQSYWGDSESGGRRKYYQITQQGKNELGKKLQEWNQISHLIKVCSEGLGWSQQSKPTFTKL				NA	NA	NA	NA	NA
AK148_02232	771			hypothetical protein	TTGGAGTCAACAATCGAAGCCTACATTCACAAAATTGTAAGTGAGTTACACTGTGGGGAAGAAGAAAAAAAGGACATGATAGATGAAATAAAAGATCATTTGTATTTGTTGATACAAGAATATAAGGAAGATGGGTATTCAAATGAAGTAGCCATAAATAAAGCGTTAGAAACGTTTGGCGAACAAAAGCAATTAGCAAGAGGCTTACAGACATCTATTTCTCCTTTTCATAAAATATGCAAAATAACGACAGGCATTTTTTTCGGATTATATGTCCTTATTCTATTTTTTAAATTCTTTTTGGAGCGCATGATTTTGACAGCGACTATAGCTAAAAGTGGTGACTTTTTCAACCCACATGTGGCTATTCCGGAAAATTTTACAGGCGTATTCGATATCGAGTACATTCATTTAAATGCTAATTTTTTGCCCTTTAAAACGACGTTACAATACATCATGAATGCAGATTCATATAACGTATCCATTATTATTGAAAACACGATTGGGAATGCCCTTGTTTTTTTGCCGTTAGGAATCTTTCTGCCGCTATTATTCTCGAAGTGCCATTCCCTATTAAAAGTTTCTATAACTGTAACGATCATTATCTTGGTGATTGAAAGCTTGCAATTATTGTTATGCGTTGGTCAATTTGATGTGGATGACATTATCTTAGGGACGATTGGGAGTAGCATAGGATTTTTTTGTTTCCTATTTTTCCGGCGCATAAAGAATGAAATAACTGCCATACGACGTATAGAAAAAGAATTATAA	MESTIEAYIHKIVSELHCGEEEKKDMIDEIKDHLYLLIQEYKEDGYSNEVAINKALETFGEQKQLARGLQTSISPFHKICKITTGIFFGLYVLILFFKFFLERMILTATIAKSGDFFNPHVAIPENFTGVFDIEYIHLNANFLPFKTTLQYIMNADSYNVSIIIENTIGNALVFLPLGIFLPLLFSKCHSLLKVSITVTIIILVIESLQLLLCVGQFDVDDIILGTIGSSIGFFCFLFFRRIKNEITAIRRIEKEL				NA	NA	NA	NA	NA
AK148_02233	504			hypothetical protein	ATGATGAAAGCCATTATAAAAATAGGTTTATTTCTAGTATTATGTGTGTACGTAGTCATATTATCAAAACTTGTCTTGTTTAAGTACCTTTCTTTTCATGAAATTCTAGCTCACTTTGCATTTCGTTATGAAGGTCCTACTTGGAATGAGCATAATTTAATTCCTTTTCAAACGATATTTTTCTATCTATTTTCTACAGATATTAATTTTTCTATAAGGGTTGAAAACTTGGTTGGTAATATTATAGGTTTTGCGCCTTTTGGTTTCCTCTTACCATTTATTTGGCGGAAATTTCACAAGTTAACTAACATTGTCCTTGCAACATTATGCTTAAGCTTTACGTTCGAGTTCGTACAACTGATTTTCAAATTTGGTAGCTTTGATGTCGATGATTTGCTGTTAAATACACTTGGAGGAGTAATTGGCTATCTACCTATTTTAATATGTAAAGTGGTCATCCAGAATAGACAACAGCATAAGCTTATGGGAAGGGGAATTAAATAA	MMKAIIKIGLFLVLCVYVVILSKLVLFKYLSFHEILAHFAFRYEGPTWNEHNLIPFQTIFFYLFSTDINFSIRVENLVGNIIGFAPFGFLLPFIWRKFHKLTNIVLATLCLSFTFEFVQLIFKFGSFDVDDLLLNTLGGVIGYLPILICKVVIQNRQQHKLMGRGIK				NA	NA	NA	NA	NA
AK148_02234	561			hypothetical protein	ATGAGAAGATTAGTAGTCATAACTGTCGGTAAAACGCATAGTGGAAAATCAACATTTGCTAAGGAGTTAGAAAAACAGTTGAGCAATTCGCTTATTATGGATCAGGATAACCACGCAGCATTTATTCATACATATTATCCGAAACTGCAACCAACAATAGGGTCAAATAAGCTTAAATATGCAATATCGCAATTAATTGTTGACTACACAAAAGAGAATACGAATTTTCATCTTATTATATGTAACTCAAACCGAAGTAAGGCAGGAAGGAAATACTTGCTTGAAGAACTGTTTCCTAAGGGGCAATTTATTCGTATAGTAGTTCATTTTCATATTCCAGATGAGGTACTGCAAAAGCGAATAAAAAGCACTCAGCGAAATACGAACATATTAAGAAGTGCAAAAGATTTTGCAGAAGTACTTGCTCGTCAAAACGCTCTTTCTATTTATGAGGATACAGCTGCCCCTACAGCAGATGAAGCAGATTATCTCTTTACAATGAAAAATAATGAAGAAGTTGATACTATCATCAAGCGCATTGTTCAGCTTGCTTCTGGTTAA	MRRLVVITVGKTHSGKSTFAKELEKQLSNSLIMDQDNHAAFIHTYYPKLQPTIGSNKLKYAISQLIVDYTKENTNFHLIICNSNRSKAGRKYLLEELFPKGQFIRIVVHFHIPDEVLQKRIKSTQRNTNILRSAKDFAEVLARQNALSIYEDTAAPTADEADYLFTMKNNEEVDTIIKRIVQLASG				NA	NA	NA	NA	NA
AK148_02235	849			hypothetical protein	ATGAACATTTATAATACAGCGCCATATTTCATAAATAATTATCAACCAAATGTATCATTTTTACATACATATCATGCTACCTATCCGCTACAATTTAAGGAATATTTTTTATATCATTGTAAGAACCCGGAACAAAAAAGAAAAACAGCCCTGCAAAAGTACCCAAGTCATATGAATACAATGAAAATAGCCAATCAAAACATAGAAAAACATCTGTACACGATCACGTCTGCGTATGAACAAAAATATCCTATTATTTTTAACAATAACGTACATATTATTGTTGGATTATACGGTTCTAATGCATTTACCCATCGTCAACCTATACCAGATGTCACCTTTTGCTTAGAGAAATTATCACCAGTTGATGAACACTTAAAAGTTATTATTGCCCATGAATTCGGTCATGTACTACATCATATGTTATCAGAGCAAAGAGAGGTAGACTGGGTGACTATACCGTGGTTCCATCCATATACAACTTTATTTCAAGAAGGAAGTGCAACCTATTTATCGAAGCAACTAGAAATTTCCAAGAATCAAGGCGCTTATTTCACATATGATGATACTGGAGAAAGGTGGTTAGCTTTTTCAAAACAACATAAGCGAGAAATCATTCGCGCCTTTTTGTCAGATATGCAAACATGTCATGAAGACCGAATATATCGGGAATGGTTTTCGATATATGGCGGAACTCAATTTGGTTACTCTCGTTTAGGATATTTTATTGGCTATGAACTCCTTCACTTTTTAATGAGGAAATATCCTGAACTAAAAGCAATTACTATTTGGAGAAACGCCAATTATATTGGGATAATCCATAGCATTCTCCTCGAAATGAGCAACTAG	MNIYNTAPYFINNYQPNVSFLHTYHATYPLQFKEYFLYHCKNPEQKRKTALQKYPSHMNTMKIANQNIEKHLYTITSAYEQKYPIIFNNNVHIIVGLYGSNAFTHRQPIPDVTFCLEKLSPVDEHLKVIIAHEFGHVLHHMLSEQREVDWVTIPWFHPYTTLFQEGSATYLSKQLEISKNQGAYFTYDDTGERWLAFSKQHKREIIRAFLSDMQTCHEDRIYREWFSIYGGTQFGYSRLGYFIGYELLHFLMRKYPELKAITIWRNANYIGIIHSILLEMSN				NA	NA	NA	NA	NA
AK148_02236	213			hypothetical protein	GTGGGTGCCTGGGAATACGCTGTAGAAACTTGGACATTAGGGATCGATTCAGCTGATCGAGAGGAATTTGAAGATAAATTAAATGAATACGAAAAACAAGGTTGGGAATTAGTAAACGTTTTTCCTCAAATTGGAGGTAGTATGAGGGATATTAGTGTGAACTTTAACCAAATCTCTTTAAATGAAAAGCGATATAAAGAATGTAAAATGTAG	MGAWEYAVETWTLGIDSADREEFEDKLNEYEKQGWELVNVFPQIGGSMRDISVNFNQISLNEKRYKECKM				NA	NA	NA	NA	NA
AK148_02237	1050			hypothetical protein	ATGAAACGCAGCTTACAACAAAGATTACAGGAAGGTACGGTTATTGTTGGGGAAGGTTATTTATTTGAATTAGAGCGCAGAGGATATTTACAAGCAGGTTCTTTTGTACCAGAAGTCGCATTAGATAATCCGCAAGCTCTGAAACAAGCTTATCGCGATTTTATGAATGCAGGCTCAGACGTCGTACTCGCATTTACTTACAACGGAAACCGAGAGAAGATGCGAATCATTGGTAAGGAAGAATTGCTCGAGCCGTTAAACAGGAACGCCATTCAGCTAGCAAAAGAAGTCGCCAAAGAACATCCTGTAGAAGAAGCACTCGTTGCTGGAAATATTTCTAACACGAATATTTTCGATCCGAATGACCCAGCTTCCAAAGAGCAAGTAAGGAGTATTTTCGCCGAGATGGTGCAATGGTGTAAAGAAGAAGGTGTTGATTTCGTAAACGGAGAAACATTTTATTATTATGAAGAAGCTCTAATCGCTTTAGAAGAAATTACGAAACAAGAACTCCCAGCCGTCATCACTTTTGGTCTTATGGGCGAAAACATTCTAAGGGACGGGTATACCGTGGAGGAAGCTTGCCAATTACTATCTGAAAAAGGAGCGCTCGTCGTCGGAATGAATTGCTTCCGTGGCCCTGATACCATCCAGCCCTTTGTAGCTAAAATAAGAGAGGCAGTCAAAGGTTATATTGGGGCATTACCAATACCTTATCGAACAACAGAGGCACACCCAACCTTTTTCAATTTGCCGGATGGAGGTTGCAGTTGCCATTTACCTACAGAAACGACGTTCCCAACGGCACTTGATCCACTTTACCACAACCGCTACGAATTAGCAGCTTGGGCGAAAAAAGCAAAAGACATCGGTGTGAACTATATTGGTCTATGCTGTGGCGCATCGCCTGCAATGTTACGTGCTGTTGCAGAAGCTGTCGGTAAAGAAACGGTTAATTCCAAATACTCGCCAAATATGGAAAAGCACTTTTTATTTGGTACTGACAAAACGTTGAAAAAACATAATCTAGAATACCGCTCCAAGGCTTAG	MKRSLQQRLQEGTVIVGEGYLFELERRGYLQAGSFVPEVALDNPQALKQAYRDFMNAGSDVVLAFTYNGNREKMRIIGKEELLEPLNRNAIQLAKEVAKEHPVEEALVAGNISNTNIFDPNDPASKEQVRSIFAEMVQWCKEEGVDFVNGETFYYYEEALIALEEITKQELPAVITFGLMGENILRDGYTVEEACQLLSEKGALVVGMNCFRGPDTIQPFVAKIREAVKGYIGALPIPYRTTEAHPTFFNLPDGGCSCHLPTETTFPTALDPLYHNRYELAAWAKKAKDIGVNYIGLCCGASPAMLRAVAEAVGKETVNSKYSPNMEKHFLFGTDKTLKKHNLEYRSKA				NA	NA	NA	NA	NA
AK148_02239	1101	metI_2	COG0626	Cystathionine gamma-synthase/O-acetylhomoserine (thiol)-lyase	GTGTTACAACAAACACGTGAAACTAGCATGGTGCAACTAGGAAACCGAAGTGATCTTCGTACTGGAGCAGTTAATCCACCTATTTATTTATCAACTGCATTCAAACATGATGGCATTGGACAGTCAACCGGGTATGATTACAGTCGCACGAAAAATCCAACTCGATCCCTGTTAGAAGAAGGTGTTGCGAAGTTAGAATCTGGTAAGCAAGCTTTTGCTTGTAGTTCAGGCATGGCAGCTATACAGCTTGTTCTTTCCCTTTTTCAAGCTGGTGATGAAATCATTGCTTCAGAAGATATTTATGGTGGGACATATCGTTTGTTGGAACAGTACACAAGAGCATACCATTTTAACATCTGTTATGATCCCTTTACCAATTTCAAAGAAACGGAAACAAATATAACGAATAAAACAAAAGCAATATTTATTGAAACACCGACAAATCCATTAATGCAGGAAATAGATATTACCTCTATTGCTCATCTAACTAAAAAACATGATCTATTGCTTATTGTTGACAACACATTCCTTACACCCTATTTGCAACGCCCTTTAGAACTTGGCGCTGATATTGTTATTCATAGTGCAACAAAGTATATTGGTGGGCACAATGACGTATTAGCTGGTTTAGTAGTTACCGACGATGAACCGATTTGTGAACAAATTGCTATAATGCATAATACATCTGGGGCAGTACTCTCTCCATTTGACAGTTGGCTGTTAATTAGAGGATTAAAAACGCTATCCTTGCGTATGGAAAAGCACGAAACAAATGCCCAAGAGTTAGCCCATTTTTTAAACAACCATCAAGCAGTAAAAGAGGTGCTTTATCCTGGCAAAGGTGGTATGTTATCTTTTCGTTTACATGATAACAAGTGTGTAGATCCTTTTTTACAGCAATTACAACTGATTACCTTCGCTGAAAGTCTAGGTGGTGTGGAAAGTTTTATCACGTATCCAGCAACACAAACACATGCGGATATTCCCATTAATAAACGTACTAAACGTGGCATTGATGACTGTTTATTACGCTTTTCTGTCGGAATAGAGCATGTGAATGATTTAAAACATGATTTGCAGAACGCATTACAGGCATTTTAA	MLQQTRETSMVQLGNRSDLRTGAVNPPIYLSTAFKHDGIGQSTGYDYSRTKNPTRSLLEEGVAKLESGKQAFACSSGMAAIQLVLSLFQAGDEIIASEDIYGGTYRLLEQYTRAYHFNICYDPFTNFKETETNITNKTKAIFIETPTNPLMQEIDITSIAHLTKKHDLLLIVDNTFLTPYLQRPLELGADIVIHSATKYIGGHNDVLAGLVVTDDEPICEQIAIMHNTSGAVLSPFDSWLLIRGLKTLSLRMEKHETNAQELAHFLNNHQAVKEVLYPGKGGMLSFRLHDNKCVDPFLQQLQLITFAESLGGVESFITYPATQTHADIPINKRTKRGIDDCLLRFSVGIEHVNDLKHDLQNALQAF	PGPT0001995_1852	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
AK148_02241	897			hypothetical protein	ATGTTTAAACGTGAAAACCGCATGTTAATTGAACTGCCTGTTCCTGAACACGGCGACCCTAATGCTGCAGCAGCGGTTCAAGAATTATTAGGTGGGAAATTTGGCGAAATGTCTACATTAAATAATTATATGTTTCAATCGTTCAATTTCCGCCAAAAAGATAAGCTTAAACCATTTTACGATCTTGTAGCAAGTATAACAGCTGAAGAATTCGGCCATGTCGAACTTGTTACGAACACAATTAATCTCCTTTCAAAAGGAAACACCTTTTACACTGGAAACCCAGATGTCACCCCGTTACGCGAAGGAAAAGACAGCCGCAATACGTATCAATTTATCGCCACTGCTCAAACAGCACTTGTAGGTGACTCCATGGGTCGAGCATGGACAGGAGATAATGTCTTTAGTAGCGGCAATCTTGTCTTAGATTTACTACACAATTTCTTTCTTGAAGTCGGCGCTCGTACACATAAAATGCGCGTTTACGAAATGACAGAACATGAAACAGCACGAGAGATGATTGGTTACTTATTAGTTCGTGGAGGTACACATGTGCTAGCCTATGCGAAAGCCTTAGAAATCGCAACAGGGGTTGACGTTAAAAAGCTTATCCCAATCCCTGATTTATCGAATACGAAGTTTGATCATGCTCGAAAATTTGAAGAACAAGGGTTAGCAAATGTTTTATACACGTGGAATGATGTGGGAGATTATAACGATATCCGACAAATTTGGAAAGGAGACAATCCAGAGAATGGAGAGAAGCTAATCGTCAAGGAAGGAATACCAAAAGGAGGCCCTATCCCTAATTTAGAAGATCTTCCTGAACAATTTGCACCTGGCATTGATAAAGATGATTATCAAAAAATTGCTAAACGCTTAATGGAAAACATGTAA	MFKRENRMLIELPVPEHGDPNAAAAVQELLGGKFGEMSTLNNYMFQSFNFRQKDKLKPFYDLVASITAEEFGHVELVTNTINLLSKGNTFYTGNPDVTPLREGKDSRNTYQFIATAQTALVGDSMGRAWTGDNVFSSGNLVLDLLHNFFLEVGARTHKMRVYEMTEHETAREMIGYLLVRGGTHVLAYAKALEIATGVDVKKLIPIPDLSNTKFDHARKFEEQGLANVLYTWNDVGDYNDIRQIWKGDNPENGEKLIVKEGIPKGGPIPNLEDLPEQFAPGIDKDDYQKIAKRLMENM	PGPT0013240_381	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013240-katN|ctjC|ydbD|yjqC-K07217	NA	NA
AK148_02242	219			hypothetical protein	ATGAACGCACAAACACCATCATTTACAAGTGCTTTTGACCCTTACGTATACCAAACTTTACAGTCAATAACAGGTGCCACGCTCATTGTACAAACAACACAAGGAACAGTGACAGGTAGCTTAAAAACAGTAATGCCTGACCATATCGTTTTAGAATCGGGCGGATCTTCATTCTATATTCGTATTCAACAGATTGTTTGGGTGATTCCGAAAAGCTAA	MNAQTPSFTSAFDPYVYQTLQSITGATLIVQTTQGTVTGSLKTVMPDHIVLESGGSSFYIRIQQIVWVIPKS				NA	NA	NA	NA	NA
AK148_02243	885	cynR_1		HTH-type transcriptional regulator CynR	ATGGACATTCGTCAAGTTGAGTATTTCATTGCTGTAGCCAATAAACAAAATTTCACCAAAGCTGCCTCCACGCTTCACATCTCCCAGCCTTCCTTAAGTAAAGCAATTAAAAATTTAGAAAATCAGCTCGGTGTTACTTTATTTTATCGAGGTGGAAAAAAGATTGAACTGACAGATGCGGGCGCTGCGTTTTTAGGGAACGCCAAACAATTTATCGAAGCTTATGAAAATCTAACAACGGAAATGTATGACGTGGTGCAATTAAAAAAAGGACAAATAAAAATTGGCATCCCTCCCATTATTGGCGCTACTTTTTTTTCAAAATTAATTAGTCAATACAAAGCAGCGCACCCCTCCTTTCATATTGAACTAAACGAAGTGGGTAGTAATTTAATTCAACATGGGGTAAAAGAAGGAGAGTTAGATGTTGGCCTCATTTGTAATCTACCAGTAGAAAAACACCACTTTTCTACCATAAACCTGTTAAAAGACCCTTTAATGGTCGTTGTCCAAAACAATCACCCTCTTGCTTCTAAAAAATCTGTTGCATTGCCAGATTTACAGGATGAACCATTTATTTTATATCAGCAAGATTTCTCTTTACATGACCGGATTATAGAAGCCTGCCAACAATACGATTTTATGCCAAATGCCGTCTGTAAAAGTTCGCAGCGAGACTTCATGATCGAAATGGTGGAAGCAAACTTAGGCATCGCTCTTTTCCCTAGTAAAATTTGTAAACAACTGCTCCATCACGATGTTCAAGCTATTCCTTTCAAACAACCAAGGCTTCATCTGGAGTTGGCACTTATTTGGAAAAAAGATAAATATTTGCCGTATGCCGTACGTGAGTTTGTCACTATGGCAAAAGATTTCACAAATTAA	MDIRQVEYFIAVANKQNFTKAASTLHISQPSLSKAIKNLENQLGVTLFYRGGKKIELTDAGAAFLGNAKQFIEAYENLTTEMYDVVQLKKGQIKIGIPPIIGATFFSKLISQYKAAHPSFHIELNEVGSNLIQHGVKEGELDVGLICNLPVEKHHFSTINLLKDPLMVVVQNNHPLASKKSVALPDLQDEPFILYQQDFSLHDRIIEACQQYDFMPNAVCKSSQRDFMIEMVEANLGIALFPSKICKQLLHHDVQAIPFKQPRLHLELALIWKKDKYLPYAVREFVTMAKDFTN				NA	NA	NA	NA	NA
AK148_02244	2181	glcB	COG2225	Malate synthase G	TTGACAGCGTATATAACGAAAGGCAATCTGCAAATTGCTACAGAACTTTATGAATTTGTTAACAAGGAAGCATTACCAGATACGGGATTGAATCAAGAGAAGTTTTGGCAAGATTTTGATGAACTTGTTACCGATTTGGCACCTAAGAACAAAGCATTATTGGTTGAAAGAGAGAAAATGCAACAAAGAATAAATGATTGGCTTCAAACAAATGATTTTGAAGATCAAGAAGCGTATACGTCATTTTTAAAGGAGATTGGCTATCTAGAGCCAGAACTGGATGATTTTACGATTACAACCGAAAATGTGGATGATACGATTACAAAGCAAGCAGGGCCGCAATTAGTTGTCCCTATTGATAATGAACGTTATGCGCTAAATGCTGCCAATGCGAGATGGGGGTCGCTTTACGACGCATTGTACGGTTCAGATGTGATCTCTGAAGAAGATGGCGCGGAAAAGGGGGCGTCGTATAATCCCATTCGCGGTCAACGGGTAATCGAATTTGGGAAAAAGTTCTTAAACGATCATTTTCCACTGCAAACAGGGTCTCATGCAGAAGTGACTCGGTATTTTGTAAGGGAAGCGAATTTGCATATTAGCTTAGAAAACGGTGCAACAACGGCATTAAAACATACGGCGCAATTTGTTGGTTATCAAGGTGATGTAGCATCGCCAACAGCTATTCTTTTCGTTCATAACGGCTTACACGTTGAAGTGCAAATAGATCCATCGCATCCAATAGGTAAAACAGATGTTGCTGGGGTGAAAGATATTGTATTAGAAGCAGCGACAACGACAATTATGGACTGTGAGGATTCTGTAGCCGCTGTGGATGCAGAAGATAAAACGCTTGTTTACCGAAATTGGTTAGGGTTAAATAAAGGTAACTTATCTGCCACATTCACCAAAAATGAAAAAGAAATCACCAGAACGTTGCATGCGGATCGTACGTATAAAGGTCCAAATGGAGAAGCGATTACATTGCCTGGACGAGTGCTGATGTTTGTGCGAAATGTAGGGCACTTAATGACAACGAATGTGATTCTCACGAAAAATGGAGAAGAAATCCCCGAGGGGATCATGGATGGCGTGTTCACTTCACTTATGGCAAAACATGATTTATTAGGAAGCGGGCGTTATCGAAATTCACCAGCAGGTTCGATTTATATTGTAAAACCAAAAATGCATGGCTCAAAAGAAGTTGCATTTGCGAATGAATTGTTTCATCGAATTGAAGATATGTTAGATTTAGAGCGATATACGATTAAAATCGGGGTTATGGATGAAGAACGAAGAACATCATTAAATTTAAAAAACTGTATTTATCAAGTAAAAGAACGCGTCGTATTTATTAATACGGGATTTTTAGATCGAACAGGTGATGAAATGCATACATCTATGGAAGCGGGTCCAATGATTCGTAAAGGGGAAATGAAGACATCGGCTTGGTTACAGGCATACGAAAAAAATAATGTGCAAACAGGGCTGCAAGCAGGGTTACGAGGGAAGGCGCAAATTGGTAAAGGAATGTGGGCGATGCCAGATTTAATGGCTGATATGCTTAAACAAAAAATTAGTCACCTTACAGCAGGTGGGAACACGGCTTGGGTACCGTCGCCAACAGCAGCGACATTACATGCATTGCATTATCATGAAGTGGACGTAAAAGCAGTTCAAGATCAGCTTGCCAAAGAGAAACAAAGTCATCAGACTGATATGTTGCAAGTGCCAATTGCTAAGCAACCAAATTGGTCGCATGAGGAAACACAAAATGAGTTAGATAATAGCTGTCAAACATTGCTTGGCTATGTCGTTCGTTGGGTGGACCAAGGCGTAGGATGCTCGAAAGTTCCTGATATTCATCATATTGGTTTAATGGAGGATCGAGCAACGTTACGAATTTCCAGCCAAATGTTAACTAATTGGTTGTATCATGGTGTTTGCACAGAAGAACAAATGATGGATTCCTTAAAAAGAATGGCAAAAATGGTGGATAAGCAAAACGAAGGCGATAAAAATTATCATCCGATGGCTCAAGATTTCGATCGTTCGATTGCCTTTCAAGCAGCTTGTGACCTTATATTTAAAGGAAAAGAACAGCCTAATGGATACACCGAGCCTATTTTGCACCGTAGACGTCTTGAAGTGAAACAAAGCGAATTACTATCCAAACAATAA	MTAYITKGNLQIATELYEFVNKEALPDTGLNQEKFWQDFDELVTDLAPKNKALLVEREKMQQRINDWLQTNDFEDQEAYTSFLKEIGYLEPELDDFTITTENVDDTITKQAGPQLVVPIDNERYALNAANARWGSLYDALYGSDVISEEDGAEKGASYNPIRGQRVIEFGKKFLNDHFPLQTGSHAEVTRYFVREANLHISLENGATTALKHTAQFVGYQGDVASPTAILFVHNGLHVEVQIDPSHPIGKTDVAGVKDIVLEAATTTIMDCEDSVAAVDAEDKTLVYRNWLGLNKGNLSATFTKNEKEITRTLHADRTYKGPNGEAITLPGRVLMFVRNVGHLMTTNVILTKNGEEIPEGIMDGVFTSLMAKHDLLGSGRYRNSPAGSIYIVKPKMHGSKEVAFANELFHRIEDMLDLERYTIKIGVMDEERRTSLNLKNCIYQVKERVVFINTGFLDRTGDEMHTSMEAGPMIRKGEMKTSAWLQAYEKNNVQTGLQAGLRGKAQIGKGMWAMPDLMADMLKQKISHLTAGGNTAWVPSPTAATLHALHYHEVDVKAVQDQLAKEKQSHQTDMLQVPIAKQPNWSHEETQNELDNSCQTLLGYVVRWVDQGVGCSKVPDIHHIGLMEDRATLRISSQMLTNWLYHGVCTEEQMMDSLKRMAKMVDKQNEGDKNYHPMAQDFDRSIAFQAACDLIFKGKEQPNGYTEPILHRRRLEVKQSELLSKQ	PGPT0001445_547	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-OXALACETIC_ACID_BIOSYNTHESIS,PGPT0001445-aceB|glcB-K01638	NA	NA
AK148_02245	573			hypothetical protein	ATGACAGTCAAAGAGGGTTTAGTACAATCAGATGCAGCAGCAGCAAAATTAATTGAAATTAATCGAATAATTACAGATGCCGTGTTCCAAGCTTTTCTATTCTCATGGCAGTGGTGGCTAGGCATTATTTTATTTGTCGTTCCCTGGATACTTTGGGTTATATTTAGAACGAAACATAGCACAGGACGTTTATTAGGTTGCGCCTTTCTAACCATTGCGCTATCTTTAATAATTGATTTAGTCTCATTATCTTATGGATTATGGTCTTATCCTATGAAATTTTCACCCGTCTCACCGATTCTTTTTCTCCCTTATCATTTAGCTTTAGCTCCTGTTGCTGTTATGTTTGTGTTGCAAATCAAACCAAAAGCGAATGCCCTTATTAAAGGGAGTATCTTTGCGGCTATTGCGGCTTTTGGAGGAATGAACCTTTTCAACGCATTAGATTTTTACAATCCAAAAAACTGGTCCACATTTTATGACTTTTTTATCTTTCTATTTCTATTCTTTGCCTCTTATTGGTTATTCCATATTCAAGGCTACGAAAAAATTGCTGCAAGAAAACATACGTAG	MTVKEGLVQSDAAAAKLIEINRIITDAVFQAFLFSWQWWLGIILFVVPWILWVIFRTKHSTGRLLGCAFLTIALSLIIDLVSLSYGLWSYPMKFSPVSPILFLPYHLALAPVAVMFVLQIKPKANALIKGSIFAAIAAFGGMNLFNALDFYNPKNWSTFYDFFIFLFLFFASYWLFHIQGYEKIAARKHT				NA	NA	NA	NA	NA
AK148_02246	1221	ymfD		Bacillibactin exporter	ATGACAAACCAACCTAAAACATGGAGTATTATTAGCATTGCCTCCATACCACTTGTAATGACACTAGGAAATTCAATGCTTATCCCTGTACTGCCAATTTTTGAAAAAGAAGTAGGTATTACCTCCTTTCAATCAAGTATGGTCATAACAAGCTACTCGATAGCTGCCATTTTTCTTATTCCAGTAGCAGGCTATTTATCGGATCGCTACAGTAGAAAAATCGTTATTTTAATCAGCTTAATTTTCGCTTTTATTGGTGGTTTAATTGCCGGTTTTGCCTCGTGGAAACTAACAGAACCTTTCACATGGATTATTATTGGTCGTATTCTCCAAGGCATAGGAGCAGCCGGGGCCTTCCCTATTGTACTGCCTTTAGTAGGAGATTTATTTAAAGGCGATGATGAGAAAACAAGCGCTTGCTTAGGTATTGTTGAAACATCGAACACGCTCGGAAAAGTACTAAGCCCTATACTCGGCGCACTATTTGCCGCTTTTTTATGGTATATACCTTTTTTCTCTATTTCTGTTTTTAGTATTATTTCTACTGTGCTCATTTATTTTTTTATTAAAGTACCAAAACAAGCAGACGAAGTAGAACCTCTGCGAAAATTTATTCAGAGAACAAAAAACACCTTTAAAACAGAAGGTAAATGGCTATATACCGTGTTTTTAATTGGAATTCATTTCATGCTTATCCTATTCGGTGTTTTGTTTTTTCTCTCTGATATCTTCGAAAAACAGCATCAGCTATTTGGAGTGACAAAAGGGTTGGTATTAGCTATTCCATTGTTTGGACTTTGCCTCGCATCGTTTATTACTGGTCGGAAAATAAAGGGTGATTTAGCAACGATGAAACGTGTGTTATTAATTAGTTTGCCTATTGTCGCAGTAACTGTCGTGTTCATTGGCTTTTCAAGTAATAACTTGTATCTATTGTTAAGTGTTTCTTCTATTTTAGGAATTGCTATTGGCGCTGTACTGCCTACATTAGACGCACTGATTACCCAAGGAATTGATAAAGAAGAACGAGGAACGATCACGGCTTTCTATAGTTCTTCACGTTTTATCGGTGTCGCTTTAGGTCCCCCAGTTATATCTTTAGCAATGCGCCACTATATTCATTTCAGTTATATAACCATGGGTATCGTTAGTTTTTTGTTGGTTTTTTTTGTATGGTTTTTTATTCGTGGAGAAGAAGCTATTATTGCAGAAAGCGGATAA	MTNQPKTWSIISIASIPLVMTLGNSMLIPVLPIFEKEVGITSFQSSMVITSYSIAAIFLIPVAGYLSDRYSRKIVILISLIFAFIGGLIAGFASWKLTEPFTWIIIGRILQGIGAAGAFPIVLPLVGDLFKGDDEKTSACLGIVETSNTLGKVLSPILGALFAAFLWYIPFFSISVFSIISTVLIYFFIKVPKQADEVEPLRKFIQRTKNTFKTEGKWLYTVFLIGIHFMLILFGVLFFLSDIFEKQHQLFGVTKGLVLAIPLFGLCLASFITGRKIKGDLATMKRVLLISLPIVAVTVVFIGFSSNNLYLLLSVSSILGIAIGAVLPTLDALITQGIDKEERGTITAFYSSSRFIGVALGPPVISLAMRHYIHFSYITMGIVSFLLVFFVWFFIRGEEAIIAESG	PGPT0003580_587	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
AK148_02247	558	ymdB_2	COG2110	O-acetyl-ADP-ribose deacetylase	TTGCACATCTTAATTGGTGAAAATAGGTTGGAGCTAACCATTGGAGATATAACGAAAGAAAAAACAGAGGCAATCGTTAATGCAGCAAATGGCTCGCTGATGGGTGGCGGTGGTGTTGATGGAGCAATTCATCAAGCAGCAGGACCAGAATTATTGCAAGCTTGTCGTAAAATCCGTAAACAACAGCTAAAAGGCGAGCCTTTAGGAACTGGAGAAGCTGTCATAACTGCTGGGTATCATTTACCTGCAAGCTATGTAATCCATACGGTAGGACCCATTTGGGATGACCATCATCCAAATCAAGACAAGCAGTTAGCAAGCTGCTACCTGCATGCACTTAAACTTGCTCAAGAACATCATCTATCAAGCATTGCATTTCCATCTATTTCTACTGGTGTATATCGTTTTCCTATTAAATTAGCAGCAGAAATAGCTATAAGAACAGTTACGAACTATTTGCAGACAGCAACATTTGGTCAAGTTAAAATCGTGCTCTTTTCCGAAGCTGACTTTCGTGTTTATCAATCTGCTTTGAAACATATAACCGATTCCCTTTAG	MHILIGENRLELTIGDITKEKTEAIVNAANGSLMGGGGVDGAIHQAAGPELLQACRKIRKQQLKGEPLGTGEAVITAGYHLPASYVIHTVGPIWDDHHPNQDKQLASCYLHALKLAQEHHLSSIAFPSISTGVYRFPIKLAAEIAIRTVTNYLQTATFGQVKIVLFSEADFRVYQSALKHITDSL	PGPT0027680_956	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
AK148_02248	1344	gntT	COG2610	High-affinity gluconate transporter	ATGCCATTATTTATTGTCGCTTTAGGAATTATCGTACTACTGATACTGATTATGAAATGGAATATACATACCTTTATCTCTTTAATTATCGTTGCTTTTTTGATTGCCTTATCTCTAGGAATGCCTCTTAAAAATATTGTTGCATCTATTGAAAGCGGGATGGGGGGAACGCTAGGAAGTATCGCATTTGTCTTTGGATTAGGCGCCATACTTGGTAAGTTAATAGCCAATGCAGGAGGTGCCCAACGAATTGCTATTACACTGATTGAAAAATTTGGCGAAAAACAAATTCAATGGGCAGTCGTCATTGCTTCTTTCATTCTTGGTATAGCATTATTTTTTGAAGTAGGATTAGTATTACTTATTCCGATTGTGTATCAAATTGCCAAGCAAACAAAGGTTTCTTTCTTATCCCTTGGTCTACCAATGGTGGCAGCATTGTCTGTTACACATGGTTTTTTACCACCACATCCGGGGCCAACCGTCATTGCACAAGAATATAATGCAAATATAGGCATGGTTTTACTTTATGGAATCATTGTTGCTATACCAACTACATTCATTTCCGGACCGTTTTTTGCTAGATTTGCAAAAAAATGGGCTCCTACTGCTTTTGATAAATTAGAAAGCGGTAGCCTAGCAGAAATTGGAGAAGCGAAGCAATTTAAATTAGAAGAAACACCAGGGTTTGGTATTAGCGCATTTACAGCTTTATTTCCAGTTTTATTAATGATGTTATCTACCATAATCTCTTTATTCCAAGGCGATAAATCAGGTTTTATATTTGATTTTTTCACAATGGTTGGTTCACCGACGACCGTGATGCTTTTGTCTGTCTTATTAGCCATCTATACGATGGGATTAGCACGTAATATTCCCATGAAAGAGCTAATGAGTGCTGCAGAAAGTTCTATACGCTCTATTGCGATGATGCTATTAATTATTGGCGCAGGTGGAGCTTTAAAACAAGTTTTAATTGATGGTGGCGTTGGGGATTATGTTGCTGTTTTATTTGACGGTAGTTCCATCTCGCCGATTATTTTAGCTTGGTTAATTGCAGCAGTCTTAAGAATTGCTCAGGGGTCAGCTACCGTCGCTGCATTAACGACAGCAGGGCTAGTTATTCCTTTAATGGCAGGGTCAGATGTTAATTTGGCACTAATGGTATTAGCTACAGGAGCTGGTAGTCTTATCGCATCCCATGTCAATGATACTGGCTTTTGGATTATTAAAGAGTCCTTTGGTTTAACAATAAAAGAAACATTTTTAACGTGGACGATGTTAGAAACTGTTATCTCTATAAGTGGTCTTGTCTTCATCTTACTATTAAACATTTTCGTGTAA	MPLFIVALGIIVLLILIMKWNIHTFISLIIVAFLIALSLGMPLKNIVASIESGMGGTLGSIAFVFGLGAILGKLIANAGGAQRIAITLIEKFGEKQIQWAVVIASFILGIALFFEVGLVLLIPIVYQIAKQTKVSFLSLGLPMVAALSVTHGFLPPHPGPTVIAQEYNANIGMVLLYGIIVAIPTTFISGPFFARFAKKWAPTAFDKLESGSLAEIGEAKQFKLEETPGFGISAFTALFPVLLMMLSTIISLFQGDKSGFIFDFFTMVGSPTTVMLLSVLLAIYTMGLARNIPMKELMSAAESSIRSIAMMLLIIGAGGALKQVLIDGGVGDYVAVLFDGSSISPIILAWLIAAVLRIAQGSATVAALTTAGLVIPLMAGSDVNLALMVLATGAGSLIASHVNDTGFWIIKESFGLTIKETFLTWTMLETVISISGLVFILLLNIFV	PGPT0001340_2180	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
AK148_02249	684			hypothetical protein	ATGAATGCGCTTTATCCAGAGCAATGGTTACATAACTTGTCAACAGGAGAGAAAATAGCTGCCGAAGTTCGCATGCAAATTATTTCCAAAACAATTGGAAGCGATACCATAATATCCGAAAATAAGCTTGCTAAACAATTTGATACGAGCCGGTCCCCTGTACGAGAAGCTCTAAAAATTCTCGCTTCTGAAGGCTTCATTCAACTTGAAAAGATGGGGGCTGTCATCTTAGACTTTTCAGACAAAGATATTGAAGAACTTTATGATATAAGAAAAATAATGGAACAATTTGTGCTTGAACGCATCATTCAGTTAGATACGGATGCTCTCGAACAACAGTTAATTAAAATTATCGACATGATGTCTATTGCAGTTAAATTTAAAGATGCTGAGAGTTTAACTGCTCAAGATTTGGATTTCCATGAAACAATCATTCGATCTATCAATCATAAGAGAATATTACTCATGTGGTCAAAAATGCGTCCAACTATGGAAAGCTTTATTTTATTGTCAATGAGACGAAGGTTTAAAGACGCCCCAAAGGATGCTGATAGAATTGTGCAAAATCATAAACTCATGCTGAAATCGATTCAAGATAAGGATAAAGTTTCTATTTCCAAAGCAGTTGAAAACAATTTTAACACGCACCATATGCTTGAAAAAGAAAGAAAACATCATCATTAA	MNALYPEQWLHNLSTGEKIAAEVRMQIISKTIGSDTIISENKLAKQFDTSRSPVREALKILASEGFIQLEKMGAVILDFSDKDIEELYDIRKIMEQFVLERIIQLDTDALEQQLIKIIDMMSIAVKFKDAESLTAQDLDFHETIIRSINHKRILLMWSKMRPTMESFILLSMRRRFKDAPKDADRIVQNHKLMLKSIQDKDKVSISKAVENNFNTHHMLEKERKHHH				NA	NA	NA	NA	NA
AK148_02250	849			hypothetical protein	ATGTTAGCGGAATTATATCGGACGGAAAATATTACACAAGCTGCACAACGGCTGTTTTTATCTCAACCAACCTTAACATCTCGTTTGAAAAAAATGGAAACATATTATGATGTCCAGCTTATCATACGTAAACAGAGAGGAATTACGTTTACACCAGAAGGAGAACAGTTGGCTCTTCATGCACAAAAAATGCTGTATGAACAAAGAAGGATTGAAGAACAGCTTCATAATATGAAAGATCAGTTTGCTGGCACGATTCGAGTCGGCGTATCAAATTTTTTCGCATTGAATAAAATGCCGAAATTATTACGCTTATTTAAGCAAAGTTACCCAGATGTAGAATTTCAGGTAGTCACAGGATGGAGTAGTGAAATGCACCGCCTTATTTTAAATCATGATGTACATATTGGTTTTATCAAAGGTGATTATATGTGGAATGAAAATAAACATTTACTATATGAAGAAGAGATTTGTATTGCTTCTCCGTGGGATTTCCAATGGGAGGACCTTCCTCATTTACCTCGGATTGATTACCATACAGATGAGAAAATGAGGAGTATTGTCGATCAATGGTGGTATAGCACCTATAAACAAAATCCAAATATAAATATTCAAGTCAATCAAGTGGAAACATGTAAAGAAATGGTCATTCATGGACTTGGTTATGCCGTTATAGCCAATCTTGTCGTTCGTCCACACACCGATTTATTCATTAAACCCATTCATTTACCGTCGGGTGAATCCGTGACCAGAAAAACTTGGATGTACTATCATGAAGAAACGTTAAAGCTCAACATTGTAAAAGCATTCGTCCAGTTTATTGAAACGCTTGATGTAAAAGCATTATAG	MLAELYRTENITQAAQRLFLSQPTLTSRLKKMETYYDVQLIIRKQRGITFTPEGEQLALHAQKMLYEQRRIEEQLHNMKDQFAGTIRVGVSNFFALNKMPKLLRLFKQSYPDVEFQVVTGWSSEMHRLILNHDVHIGFIKGDYMWNENKHLLYEEEICIASPWDFQWEDLPHLPRIDYHTDEKMRSIVDQWWYSTYKQNPNINIQVNQVETCKEMVIHGLGYAVIANLVVRPHTDLFIKPIHLPSGESVTRKTWMYYHEETLKLNIVKAFVQFIETLDVKAL				NA	NA	NA	NA	NA
AK148_02251	1107	mmgD	COG0372	Citrate/2-methylcitrate synthase	ATGAGTACGAATCAGCAGTTTGTCCCTGGTTTAGATGGCGTTATTGCAGCAGAGACGGCTATATCATTTCTTGACACAGAACAAGAAAAAATCATTATACGCGGGCATGAATTAATCGATTTGTCGCAAAACAACGACTATATTGATGTTGTACATCTTTTATTGGATGGTAACTTACCAACTGCTTCTGAAAAAACGGCTCTTGAAAAGAAGTTAACCTCTAATTACGATATACCGGATCAAGTGATGCAAATTTTATCTCTATTGCCAAAGCAAACACACCCGATGGATGGATTGCGGACAGGATTGTCAGCGCTTTCTGGATATGATGGAGATATAGATAATCGTTCTTTAGAAGCGAATAAAAGTAGAGCGTATGAGCTATTAGGCAAGTTGCCAGCTATTACGGTAAATAGCTTTCGTCTCATTCATGGGCAAGAGGTTGTCAAACCGGATCCAACACTTTCTTACAGTGCAAATTTTTTATACATGATTACAGGGGAGAAACCAACAGCGTTTGAAGCGGAAATATTTGATCGTACATTACTACTTTATAGTGAGCACGAAATGCCAAATTCAACATTTACTGCTAGAGTTATCGCTTCGACAAATTCCGACCTTTATGGAGCCTTGACAGGGGGAGTTGCCTCCTTAAAAGGAAATTTACATGGTGGTGCGAATGAAGCGGTAATGTATATGCTAAATGAAGTGAAAACTGCCGCTGCTTTTGAAGAATTAATTCAAAGAAAGCTTGCCAATAAAGAAAAAGTAATGGGTTTTGGGCACAGAGTGTACATGAAGAAGATGGATCCAAGAGCGTTAGTGTTGAAAGACGCTTTAAAGCAACTATGTGAGAAAAAAGGAGACTACACATTATTAGAAATGTGTGAAGCTGGAGAAAAAGTAATGCGAGAGGAAAAAGGTTTATATCCTAATCTCGATTATTATGCAGCACCTGTATATTGGATGCTTGGCATTCCAATCGGTCTTTATACGCCGATTTTCTTTAGCGCACGTACAGCGGGATTAGCTGCACACGTCATAGAACAGCATAACAACAATCGCATATTCCGTCCGCGTGTTCATTACATTGGAGAAAGTTATTAA	MSTNQQFVPGLDGVIAAETAISFLDTEQEKIIIRGHELIDLSQNNDYIDVVHLLLDGNLPTASEKTALEKKLTSNYDIPDQVMQILSLLPKQTHPMDGLRTGLSALSGYDGDIDNRSLEANKSRAYELLGKLPAITVNSFRLIHGQEVVKPDPTLSYSANFLYMITGEKPTAFEAEIFDRTLLLYSEHEMPNSTFTARVIASTNSDLYGALTGGVASLKGNLHGGANEAVMYMLNEVKTAAAFEELIQRKLANKEKVMGFGHRVYMKKMDPRALVLKDALKQLCEKKGDYTLLEMCEAGEKVMREEKGLYPNLDYYAAPVYWMLGIPIGLYTPIFFSARTAGLAAHVIEQHNNNRIFRPRVHYIGESY	PGPT0001455_6310	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
AK148_02252	1437	mmgE	COG2079	Citrate/2-methylcitrate dehydratase	ATGGTACAAGTGAAAGATGAAAGAAAGACAGATCAACTATTAGAAGACATAGCAGATTATGTGTTAAATAAAGAAGTTACTAGTGAAGAAGCTTTTTCTACCGCACATTATGTGTTAATCGATACATTAGGTTGTGGGATATTAGCTCTTAATTACCCTGAATGTACGAAACATCTTGGGCCGATTGTACCCGGGACAGTAGTACCAAATGGCGTGCGCGTTCCTGGCACTTCCCATACATTAGACCCTGTGCAAGGAGCGTTTAATATTGGTGCGATGATTCGTTGGCTCGATTATAATGATACATGGCTTGCTGCAGAGTGGGGGCATCCATCTGATAATCTTGGAGCTATTTTAGCAGTGGCTGATTTTATTAGCCGCCAGAATATAGCGAACGGAAAAGAGCCGCTTAAGGTGAAAGATGTATTAGAAATGACAATTAAGGCACATGAAATTCAAGGAATTCTTGCTTTAGAGAACAGCTTGAATCGTGTCGGACTTGATCATGTTTTATTTGTGAAAATCGCCTCTACCGCTGTCGTAACGAAAATGCTTGGTGGTACAAAAGAAGAGATTATACATGCATTATCCAATGCTTGGATTGATAATTCTAGTTTACGTACGTATCGTCATGCACCGAATACGGGCTCTCGTAAGTCTTGGGCTGCTGGTGATGCAACGAGCCGAGCTGTTCGATTAGCGTTAATGGCTTTAAAAGGGGAAATGGGTTACGCAACGGCGTTAAGTGCTCCAGGTTGGGGCTTTCAAGATGTGTTATTTAATAAACAAGAGCTTGTATTAAAACAGCCTTTAGATAGTTATGTCATGGAAAATGTACTTTTTAAAGTATCTTATCCTGCTGAATTCCATGCCCAAACAGCAGCAGAAGCGGCGATTGAGCTTCATCCTGAGATAAAGGAACGCTTAGATGAAATTGATCACATTACGATTTCTACCCATGAGTCAGCAATTCGCATTATTGATAAAAAAGGACCGTTGTATAATCCAGCTGACCGTGATCACTGTTTGCAATATATAACAGCTATCGGTTTATTAAAAGGAAATATTGTGGCAGAAGATTATGAGGATGATGTTGCTGCTGATCCAAGAGTGGATATGTTGCGGGATAAAATGGTTGTTACAGAAAATAAAGCATACACAGAGGATTATTTAGATCCAAATAAACGTTCTATTGCAAATGCCGTTCAAGTTCATTTCAAAGATGGCACGCAAACAGCAGCAATTGAACGTGAATATCCATTAGGACATCGTTTTCGCAGAGAAGAAGCAATTCCAAAGATACTAGACAAATACGCAGCTAATTTGGCGACACAATTTGCTAGCAAACAGTTGCAGGAAATTGAATCCGTTAGTTATGATTATGGTAAGTTAGCGGAGATGGATGTAAACGAATTTATGGAATTATTTGCGAAGTAA	MVQVKDERKTDQLLEDIADYVLNKEVTSEEAFSTAHYVLIDTLGCGILALNYPECTKHLGPIVPGTVVPNGVRVPGTSHTLDPVQGAFNIGAMIRWLDYNDTWLAAEWGHPSDNLGAILAVADFISRQNIANGKEPLKVKDVLEMTIKAHEIQGILALENSLNRVGLDHVLFVKIASTAVVTKMLGGTKEEIIHALSNAWIDNSSLRTYRHAPNTGSRKSWAAGDATSRAVRLALMALKGEMGYATALSAPGWGFQDVLFNKQELVLKQPLDSYVMENVLFKVSYPAEFHAQTAAEAAIELHPEIKERLDEIDHITISTHESAIRIIDKKGPLYNPADRDHCLQYITAIGLLKGNIVAEDYEDDVAADPRVDMLRDKMVVTENKAYTEDYLDPNKRSIANAVQVHFKDGTQTAAIEREYPLGHRFRREEAIPKILDKYAANLATQFASKQLQEIESVSYDYGKLAEMDVNEFMELFAK	PGPT0001470_1	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001470-acnB-K01682	NA	NA
AK148_02253	903	mmgF	COG2513	2-methylisocitrate lyase	ATGGCATGGATTGTCGATGAACCGAAAACACAAAAAGAGTTAGCAGAACAATTCAAAGCACTCATGTACGCAGAGGAGATTTTACAAATTCCTGGAGCCCATGACGCGATGGCAGCACTCGTTGCTAAACAAACAGGTTTCCATGCGCTGTATCTATCTGGGGGAGCGTATACGGCTAGTAAAGGCTTACCAGATTTAGGAATGGTAACATCAACAGAAGTAGCTGAAAGGGCTAGAGACTTAGTTCGGGCTACGAACTTACCAGCTTTAGTAGATATTGACACTGGTTTTGGCGGTGTGTTAAATGTAGCTCGGACAGCTCAGGAGATGTTTGAAGCGAATGTTGCTGCAGTGCAGATAGAAGATCAGCAGCTACCAAAGAAATGCGGTCATTTGAACGGGAAACAGCTTGTCACAAAAGAAGAGATGGAACAAAAGATACAAGCAATTAAAAAAGTAGCTCCTTCGCTAGTAGTCGTCGCTCGGACCGATGCCCGAGCTAATGAAGGGTTAGACGCTGCCATTGAACGAGCGAATGCATACGTAGCCGCTGGAGCAGAAGCGATTTTTCCCGAAGCGTTACAAACGGATGAAGAGTTCCAAGCGTTTGCGCAGAAGGTCAATGCACCACTTTTAGCAAATATGACTGAATTTGGAAAAACACCTTATATCACTGCTGAAGAATTTCAACGTATGGGCTTTAAAATGGTGATTTATCCAGTAACTTCTTTACGTGTAGCAGCTAAAGCATATGAACGAATCTTCAAGCTAATTAAAGAAGAAGGTACACAAAAAAATGGTGTTACAGATATGCAAACGAGAAAAGAACTGTATGAAACCATTTCATATGATGACTTTGAAGCATTAGATAAAAATATTGCGAAAACGGTATTAGGAGAATAA	MAWIVDEPKTQKELAEQFKALMYAEEILQIPGAHDAMAALVAKQTGFHALYLSGGAYTASKGLPDLGMVTSTEVAERARDLVRATNLPALVDIDTGFGGVLNVARTAQEMFEANVAAVQIEDQQLPKKCGHLNGKQLVTKEEMEQKIQAIKKVAPSLVVVARTDARANEGLDAAIERANAYVAAGAEAIFPEALQTDEEFQAFAQKVNAPLLANMTEFGKTPYITAEEFQRMGFKMVIYPVTSLRVAAKAYERIFKLIKEEGTQKNGVTDMQTRKELYETISYDDFEALDKNIAKTVLGE	PGPT0001555_541	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-SUCCINIC_ACID_ACID_BIOSYNTHESIS,PGPT0001555-prpB-K03417	NA	NA
AK148_02254	207			hypothetical protein	ATGAAAGTGATTGACCCAGATCCATCTAGATTGGCTGCAAGTATTCATGACAAAAAGCAAGAAATGATTACACTAGGTTTAAAGTACGGCTTAACTGATCGAAGAACTGTAAAATGCAGTCAACAGCTTGACAAGCTATTAAACTTACACAATAGTTTAAGACCTTTTTATGTAGCTAGCTTTACATTTTTTTATTTTCTAGCTTAA	MKVIDPDPSRLAASIHDKKQEMITLGLKYGLTDRRTVKCSQQLDKLLNLHNSLRPFYVASFTFFYFLA	PGPT0024640_58	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_0_SPORULATION,PGPT0024640-spo0E-K06376	NA	NA
AK148_02255	2619	norR_3		Anaerobic nitric oxide reductase transcription regulator NorR	ATGAGTAAAATAAACGAAGTAAAAGCGGTGCTACGTACAGAATCAGGCAAACGGGAAGGAGTAACAGCAAAAGATGTCAGCGGGCTTTTGCATATTGATCGTTCTACGGCGAGTCGCTACTTAAATGAGTTAGTAAAGCAAAAGGATGCCGTAAAAGTGCCAGGAAAACCAGTGAAATATATCGCAAATATGCACGCGGAAGAGACAGGCTTAAACGATGCAGATGGTATTGGCAAAAGTTTGCGCCCTATTTTAGAACAAGGGATGGCAGCTTTATTATATCCTTCGCGAAATATCCCGATTTTACTTACGGGGGAAACAGGTACGGGGAAAACGTATCTTGCAGAAACTTTATGCAAATTAGCTAGAAAACGGATGAGCGATCAAGGGGATGTCCCATTTGTAACATTTAACTGTGCAGATTACGCACAAAACGTAGAGTTATTAGTAGGACAAATTTTCGGGGTGAAAGAAGGCGCTTTTACGGGTGCAAATGAAGATCGAACTGGTCTTGTAGAGAAAGCTGATGGAGGTATCCTTTTTTTAGATGAAATTCACCGCTTGCCTCCTTCTGGTCAAGAGATGTTGTTTTATTTAATGGATAAAGGTGTTTATCGTGTGCTAGGAGAAGCGACGAAAGATCGGTATGCTACGATTACGATTATCGGAGCGACCACCGAAGATCCGCATAAGGCATTACTTCCTGCTTTAGTTCGGCGGTTTTCGATTAAATTGACATTACCGTCGTTAAAAGAGAGAACTTGGGAGGAAAGAGAAGAGCTTGTTAATTATTTCTTGCGCCAAGAAGCGAACAAAATGGATACGAGTTTAGCTATAACAGATCAAAGCCGTGAAGCGCTGCTCTTATATCCTTGTCCGGGAAATATAGGTCAATTAAAAAGTGACATTCAAATTGCTTGTGCACACGCTTATTTACGTTACTTAAATAAACAGAAGGAAAAAGTAACAATTCAAATAGCAGATTTACCAGATAATATTGCCAGCTTCGGTAGCTCTTCTTCTTTAGAACAACGAGAAGTAACTTCTACCATTGAAAGGGAAAAAGCGATTAGTGAGCATCTCCCTAATATTTATCAAAAAATAGCTAAACAAGCGGATCATCAATCAATTCATACAACCATTCAAAAATATATTGCTGATTTATCAAAGAAATATCGCCAGCCTGACTTTGTGCAGCAAGGGTGGCAACAATTAATTGATGAAGATTTGTTTCATGCTTTATTAGATGCTAAAAATCGACTATCTGATTTGCCTGTCCAGTTTAATAATAATCAATTGTACGTGATCGGTTTGCATTTACAAAATTATCGCAACCATCAACATGAAGCAAGGGAAGAACTCCCCATTGTTGTGCATCCTAACCCAGCATACCGAGAAGCGGCGCAACAGTTAGCTACCCATTTACATACAACGATAGGATTAGCATTACCAGAAGAAGAAATTGCCTTATTGGCTCACTTTTTAACGGCTAACGAAAGCAATGTGCTTCACGCTGAGCAATCGATCGCGGTTATTTTAGTTACACACGGGGAAGCTACTGCTTCTTCCATGGCCGAAGTGACAAATACGTTATTAGGAAATGAAGTCATTCAAGCGATTGATATGCCATTACATGTTTCAGCTACAGAAATATACCAGCAGGTAAAGCAAAAGATAAGTACAATGACACATATAAAAGGTGCGCTCTTACTTGTAGATATTGGCTCTTTAATAACGATGGGAGATGCGATAAAGCATGATTTGGATGTGGAAGTAAAAACCTTATCGAGTGTTAATTTACCAATGGTACTAGAAGCGGGGAGAAAGTCACTTATTTCCAATGTGCGTTTAGAAGAAATGTATCAAGCTACGAAAAAAGCAATGACTATTTTTGTGAAAGAGAAAACAAATTATTCCCCAGTAGAAAAAAAGCGTATGATTACTACCGTTTGTTTTACAGGAGAAGGGGCTGCGCAATTACTAGAATCGTGGATTGAGGATCAATTAGCAGAAGTAGATGAGGATGTTCTCATTCGTTCTGTGCGCATTGATCCGACTACAAAAGATGCCTCCATGTTGGAGGAGTTAAAACAACATTATGATATTGTCGCTATTATTGGAACAGTTCCTGTTACGATAGAAGGAGTGCCTTATATTCCTGCTTGGGAGCTTTTACAAGAAGAAGGCATTGCGAGAATGACTAAATTACTAGAAGTGACGCGAAAATCTCCGAAATTACGAGAAGGAGAAATAAAGCAGAATGAAGTCTTTCCACTTGTGTCTAAAGGGCTTGCGGAAATTGTCACTTTTATTAATCCGCAATCATTAGTAGCAATTTTAAATGATTATATGGAACCTATTGCAACCTACTATCATTGGGATGTAAATAGGAAGTTAGGGATGTGGATGCATCTTGGTAGCTTAATGGATCGTTTAGTAGGTGCAAAATTGCAAAATAATATGGAGCAGTTGCTTGCTTCTGTACCAATTGATCGGCAGTTTACAGTAGCAGAAGGGGAAAAGGAAATTTGGGAGCCACTGTTTACCAAGTTAGAAGCAAAATACCATCTCCCAATTTATGAACCGATTCGCAATGCATTACAAAAATTGTCGCGTTAA	MSKINEVKAVLRTESGKREGVTAKDVSGLLHIDRSTASRYLNELVKQKDAVKVPGKPVKYIANMHAEETGLNDADGIGKSLRPILEQGMAALLYPSRNIPILLTGETGTGKTYLAETLCKLARKRMSDQGDVPFVTFNCADYAQNVELLVGQIFGVKEGAFTGANEDRTGLVEKADGGILFLDEIHRLPPSGQEMLFYLMDKGVYRVLGEATKDRYATITIIGATTEDPHKALLPALVRRFSIKLTLPSLKERTWEEREELVNYFLRQEANKMDTSLAITDQSREALLLYPCPGNIGQLKSDIQIACAHAYLRYLNKQKEKVTIQIADLPDNIASFGSSSSLEQREVTSTIEREKAISEHLPNIYQKIAKQADHQSIHTTIQKYIADLSKKYRQPDFVQQGWQQLIDEDLFHALLDAKNRLSDLPVQFNNNQLYVIGLHLQNYRNHQHEAREELPIVVHPNPAYREAAQQLATHLHTTIGLALPEEEIALLAHFLTANESNVLHAEQSIAVILVTHGEATASSMAEVTNTLLGNEVIQAIDMPLHVSATEIYQQVKQKISTMTHIKGALLLVDIGSLITMGDAIKHDLDVEVKTLSSVNLPMVLEAGRKSLISNVRLEEMYQATKKAMTIFVKEKTNYSPVEKKRMITTVCFTGEGAAQLLESWIEDQLAEVDEDVLIRSVRIDPTTKDASMLEELKQHYDIVAIIGTVPVTIEGVPYIPAWELLQEEGIARMTKLLEVTRKSPKLREGEIKQNEVFPLVSKGLAEIVTFINPQSLVAILNDYMEPIATYYHWDVNRKLGMWMHLGSLMDRLVGAKLQNNMEQLLASVPIDRQFTVAEGEKEIWEPLFTKLEAKYHLPIYEPIRNALQKLSR				NA	NA	NA	NA	NA
AK148_02256	237			hypothetical protein	GTGAAGAAGTTTTTAACGATGTATGCCGTTTTATTTACAGCAATATGGGTTGGGTACGGCATATATGCACTATGGACGAATCAAGAATCTGCAAATCTCATTTTAGGATTTGGTATCGCTTTTTCAATCGTCATTTGTTTAGCTTCATGGTTTTCTTATTGGCTTATGCGCCACTATAAAAGAGTGGATAGCATGGCGAAGAACATTTTAAGTCATGCGAAAAACAAAACGAAATAA	MKKFLTMYAVLFTAIWVGYGIYALWTNQESANLILGFGIAFSIVICLASWFSYWLMRHYKRVDSMAKNILSHAKNKTK				NA	NA	NA	NA	NA
AK148_02257	324	gmuB_2	COG1440	PTS system oligo-beta-mannoside-specific EIIB component	ATGGAAAACAATCAAGAAATCAAATTAATTATTTTATGTAGTTGGGGAGCAACTTCCAGTCAATTAGCGAAAAAAGTGCAAGAGGCAGCAGAGAATCGAGGTCTGTCTGTAACGGTTGACGCAGGAGGGACAGGTGAATTTAAGCAAAAAGCGAGTAATTATAATGTAGCTTTACTCGAACCACAAGTTCGCCATTTGAGGAAAGAAGTGACCAAAACAGCAGAGCAATATGACATCCCAGTTGACCTAGTGGATCAACGTGCCTTCGCATTAATGGATGGCGATAAAGTATTGGATCAAGTTTTAAAATTGATGAATAAATAG	MENNQEIKLIILCSWGATSSQLAKKVQEAAENRGLSVTVDAGGTGEFKQKASNYNVALLEPQVRHLRKEVTKTAEQYDIPVDLVDQRAFALMDGDKVLDQVLKLMNK	PGPT0016975_348	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016975-celA|chbB-K02760	NA	NA
AK148_02258	1299	licC_3	COG1455	Lichenan permease IIC component	ATGATTGAATGGTTAGAAAATCATTTAATGGAACCTTTAGGTAAAATCGCGCAAAACAAATATTTACAAGCAATTCGTGATGCTTTTGTTATTTTTGCTTTACCGGTTATTATAACAGGAGCTATTTTCTTAATTATTGCCAATCCACCATCAGCTATCGATTGGGGACCTATTCAAGCATGGGAAAGAGCAGTGTCACCGATTCAAGCCGAACTGTTATTTCCATTTAATTTAACATTTGGTTTAATGGCTTTAACGGTATCATTTGGTATTGGCTATAGTTTAGCAACGAGACATGATATGGATGCGGTGATGGCAGGGATACTTTCTATGTTGGCCTTTTTCATGACTGCTTTTCCTGTAACGGACATTACGAAAGTTCCTTTTGGCGATATTTTAAATTATTTAGGTGGACAAGGATTATTCGTTGCCATCATTTTAGGGATTGTTACGACAGAACTCATGCGTTTTTTAATTAAGAAAGGCTTTACGTTTGAAATGCCAGCGGGAGTACCGCCATATGTGATGCGAACATTCCGAGCACTAATTCCATTTATGATTATTTTACCGCTCGTTTGGATTATCGCTTGGATCGTTTGGGCCAATTATGAAGTAACACTACCGCAATTAGTACTGGATTTATTCAGTCCATTAGTTAGTGCATCGAATTCGTATTGGGCAGCACTTGGTATGATACTTTTAATGCTTATTTTATGGTCCATTGGTATTCATGGGATGAACGTTGTTTCTTCTGTTGCGTATCCATTTTGGATGACGCAGCTAGCGGAGAATGCGGATGCTGTGAAAGCAGGTACAGAAGCATCTGGTATCGTTACAGAGCCATTCTTCCATATGTTTACACATATTGGGGGGTCTGGTGCTACGCTCGGACTGGTTATTTTTATGCTGTTCTCAACTTCAGCGCAATTAAAACAAGTAGGGAAAACAGCTATTATCCCATCGCTGTTTAATATTAACGAGCCAGTTATTTTTGGAGTGCCAATCGTGTTGAACCCAATTTTAATCATCCCATTTGTTTTAGGACCAGCAATTATTGTTACTGTGAACTACATTTTATTTGCAACTGGCATCTTGCCACCGGTTATTATTCAGCCACCATTTACAGTACCTATTTTCCTTGGCGGATTTATTGCCACAGGTGGTTCATGGTTAGCAGGATTAGTGCAAATTATGAACGCCATTATTGCTACGGTGATTTACTATCCATTCTTTAAGAAATATGAAAAACAATTAACTATGCAGGAAAAAGAGGAAGAACCAGCAGCAGTAGGCAACTAA	MIEWLENHLMEPLGKIAQNKYLQAIRDAFVIFALPVIITGAIFLIIANPPSAIDWGPIQAWERAVSPIQAELLFPFNLTFGLMALTVSFGIGYSLATRHDMDAVMAGILSMLAFFMTAFPVTDITKVPFGDILNYLGGQGLFVAIILGIVTTELMRFLIKKGFTFEMPAGVPPYVMRTFRALIPFMIILPLVWIIAWIVWANYEVTLPQLVLDLFSPLVSASNSYWAALGMILLMLILWSIGIHGMNVVSSVAYPFWMTQLAENADAVKAGTEASGIVTEPFFHMFTHIGGSGATLGLVIFMLFSTSAQLKQVGKTAIIPSLFNINEPVIFGVPIVLNPILIIPFVLGPAIIVTVNYILFATGILPPVIIQPPFTVPIFLGGFIATGGSWLAGLVQIMNAIIATVIYYPFFKKYEKQLTMQEKEEEPAAVGN	PGPT0016970_2305	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016970-celB|chbC-K02761	NA	NA
AK148_02259	336			hypothetical protein	ATGAACGGAGAAGAGATTATGATGCAGCTCATACTGCACGGCGGCAATGCCCGCGGTGCAGCTTATGAAGCATTAGATGCGGCAGAAGAATATGATTTTACGGAAGCAGAAAAGAAACTGGAAGAAGCGCATGAAGAATTTGTTCAAGGACATAAATATCAAACGGAATTGATTCAAGGGCAAACTGAAAGTGTGACACCAAGTTTTTTCATGATCCATGCACAAGATCATATTATGACAGCTCAAGCGGAAATTCAGTTAATTAAGCGTATGGTTACGCAGTTGCGAAAAACAGAGAGTATAGAGAAGCGATTGGAAAAGCTAGAGAAGAATTAA	MNGEEIMMQLILHGGNARGAAYEALDAAEEYDFTEAEKKLEEAHEEFVQGHKYQTELIQGQTESVTPSFFMIHAQDHIMTAQAEIQLIKRMVTQLRKTESIEKRLEKLEKN	PGPT0016980_462	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016980-celC|chbA-K02759	NA	NA
AK148_02260	594			hypothetical protein	ATGAAGATCAAAATCACTGATACTTATTTAAGAAAATTAGAAGAAGAGCTGATAGAATTACCGAAAAAGGAACGAAAAGCTATCGTAGCTGAAATTGAGGATCATTTCTCCAATGCCATCATGGAAGAAACAATGCAAGGTAATAGCAAAGAAGATGCCGAGCGCCTTGTACTTCAAACTTTCCATTCTCCTGATGTTTTAGCTGAATCCTATGTAACGCCTTCTAGCACGAGCAATTTCGATCAACTTACTATATCTGTTTTTATTATTGGCTTATGGAGTGCGGCAAGTGGGACTTTACTTGCACAATTACTAGATATTTATGATCTTGGCAGGTTAACTGCAGGTATGCTTGGGGTAGCTATTTCTATTATTCATCTATTCTGTAAAAAAGAGTGGCGAAAATTAGAAGTGCAAACATTACGTGCTTTCAAGTATGTCATCCCCTTCGTTTTGTTCCCTGCCTCCCTTTTCTTATTTTGGCTTCAAGGGGAGATTAACGTCTATACAATCACCTATTTAATTAGTTTTTGGATATTTATTGGACTATGTTATAGCTTATTTCAATGGTTTTATAAACGGGTGATGAGTTAA	MKIKITDTYLRKLEEELIELPKKERKAIVAEIEDHFSNAIMEETMQGNSKEDAERLVLQTFHSPDVLAESYVTPSSTSNFDQLTISVFIIGLWSAASGTLLAQLLDIYDLGRLTAGMLGVAISIIHLFCKKEWRKLEVQTLRAFKYVIPFVLFPASLFLFWLQGEINVYTITYLISFWIFIGLCYSLFQWFYKRVMS				NA	NA	NA	NA	NA
AK148_02261	360			hypothetical protein	TTGACCAATCATGATAGATGGTTTATTCAAATTCGAAAAGGCCTCGCTGAACTCGCTGTTATGATTCTAATGAAAGACAGTGCTGTGTATGGATACCAACTTACGAAAGCATTAAAATCCAATCCCATGTTTGAGCTTTCGGATGGGTCTATTTATCCACTTTTAAAAAGATTAGAAGCTAACCAACTAGTAGATACGTATTGGGATAACCCAGATACGGGCTTACGCAGAAAGTACTATCAACTATCTAAAAACGGCGCGCAAGTTTTATCGGAACGATTAAACTTGTTTCAAGAATCGATGGATTTGTTATGGAAATTACAGAAGGAGGTTACGAATGATGAAGATCAAAATCACTGA	MTNHDRWFIQIRKGLAELAVMILMKDSAVYGYQLTKALKSNPMFELSDGSIYPLLKRLEANQLVDTYWDNPDTGLRRKYYQLSKNGAQVLSERLNLFQESMDLLWKLQKEVTNDEDQNH				NA	NA	NA	NA	NA
AK148_02262	864	aadK		Aminoglycoside 6-adenylyltransferase	ATGCGAACGGAACAGGAAATGATGCAGCTTATTATGCAAACAGCGCAACAGGATGAACGAATACGAGCAGTAGTTTTAAATGGTTCGCGAGCCAATCCAAATGTGGAAAAGGATATGTTTCAAGATTTTGATATTGTTTATGTGGTGAACAATATGGCTTCCTTTACTTCAAATCATTCATGGGTGGATGTGTTTGGTGATCGGATCATGATGCAAATGCCTGAGGGAAAAGTTACACCACCGCCAGAGAATAAAGGTCATTTTGTTTATTTGATGCAATTTAAGGATGGAAATCGGCTCGACTTAACATTAATTCCGGAAGAAAAGCTTGCTTTGTTTCAACCATTTGATAGTTTAAGCGTGTTATTGATGGATAAAGATCAGTTAATTGGCGAATTACCTCCACCTAGTGAACGAGATTATTATATTCAACGACCAAGCGAGCAGGAATTTGCGGATGTGTGTAATGAATTTTGGTGGATTTGTTTGAATATTAGTAAAGGGTTATGGCGGAAAGAGATAACGTACACGATGTTTATGTACGAACAAATTAACCGCAATGCACTTATGCAAATGATCGATTGGTATATTGGCGTGAAAACGAATTTCTCAGTTAGTGCAGGAAAGCTTGGCAAGTACTATCCTAACTATTTAGATGAAGAGGACTGGGAGAAATACAGGAAGACATATAGCTGCGGTAAGGATCTTGAGCGGATTTGGGAAGCATTATTTACGATGTGTGACTTATTTACGAAGTTATCCAAACATGTGGCGCATACGCTTGATTTTGCGTTCCAGCAAGAAGATGTAACGAATGTCATGATGTATATGAGGCGCATAAGGGAGTTGACAAATCATGGATAA	MRTEQEMMQLIMQTAQQDERIRAVVLNGSRANPNVEKDMFQDFDIVYVVNNMASFTSNHSWVDVFGDRIMMQMPEGKVTPPPENKGHFVYLMQFKDGNRLDLTLIPEEKLALFQPFDSLSVLLMDKDQLIGELPPPSERDYYIQRPSEQEFADVCNEFWWICLNISKGLWRKEITYTMFMYEQINRNALMQMIDWYIGVKTNFSVSAGKLGKYYPNYLDEEDWEKYRKTYSCGKDLERIWEALFTMCDLFTKLSKHVAHTLDFAFQQEDVTNVMMYMRRIRELTNHG	PGPT0028695_205	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028695-aadK-K05593	NA	NA
AK148_02263	252			hypothetical protein	ATGGATAAAACTTATGTTGTATCGATATCAGGTGTTTCTGGTAGCGGTAAAACGACTATAGCGAAACAATTGGAAGCGGAGTACGATAACGCAATAGCGTTATATTTCGATGATTATCATTTTGCTAATGCTCCTACTGATTTTGCTAGTTGGGTAAAACGTGGTGCAAATTATAATGAATGGAAACTGGATCCTTTCGTACATGATGTGAAACGCTATTATGAAACTGCTAACCTCACTATATTTTTCTAG	MDKTYVVSISGVSGSGKTTIAKQLEAEYDNAIALYFDDYHFANAPTDFASWVKRGANYNEWKLDPFVHDVKRYYETANLTIFF	PGPT0021230_4227	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021230-udk-K00876	NA	NA
AK148_02264	192			hypothetical protein	ATGGCAAGGAGAGTAATAAGGGACTATCATGAACTAGATGTAGTTTCCTATATGAAAGATTATTTGTCATACGGAAGAAAAGCCTTTGAAGCGATGGAGCGTGTAAAAGATTCCGCTGATGAAGTTGTCAATGGCGGCTCTTTACCAGTTGCAAATATAATGAAGGTTGTGAAGGAAAAGATACGTCTATAG	MARRVIRDYHELDVVSYMKDYLSYGRKAFEAMERVKDSADEVVNGGSLPVANIMKVVKEKIRL				NA	NA	NA	NA	NA
AK148_02265	1035	mccF		Microcin C7 self-immunity protein MccF	ATGTTGATGAAACCAAATAAGCTGCAAAAAGGGGATCGTGTGGCAACAGTGAGCCCAAGTTGGGGTGGGGCAGGTGAGGCTGAACTTCGCTATCGTTATGAAATTGGTGTAAGGCGGTTAGAAGAGGTGTTTGGGCTGGAAGTTGTGCCAATGCCTAACAGTTTAAAAGGTGCCGCATATGTCTATGAAAATCCACAAGCTCGAGCGGAGGATTTGATGCAAGCCTTTCAAGAACCAACCATTAAAGCGATTATTGCCAACATTGGCGGGGAAGATAGCATTCGACTCTTACCATACATTGATTTTACTGTCATTCGTAATCATCCGAAGATCTTCATGGGTTATTCTGATGCAACGATGGTGCATTTGTTCTGTTACAAAGCAGGTCTATCCTCTTTCTACGGTCCAGCCATATTAACCGATTTTGCTGAGAATGTGGAGATGCATGAATATACCATTGATTTTATCGAGCGAACGCTTTTTTCTCGGAAACCGATTGGCAAAGTGGAACCAGCAAAGGAATGGACGAGTGAGTTTTTAGATTGGTTCGTCCCTGCAAACAGCCAGATAAAAAGGAGTATGCAACCGAATAACGGATATGAGTTGCTACAAGGAAAAGGCATTGTTTCGGGGCACTTAATCGGTGGATGTATGGAAGTATTGGAATTTGCCAAAGGGACAGAGCTTTGGCCGAAAATGGATCATTGGAAGGATGGCATGTTATTTTTTGAAACATCAGAAGAAAAACCATCACCAGACCATGTGAAACGTTGGTTAAGAAATTATGCTGCCCAAGGCATTTTGCACGTAGTAAACGGTATGATTTTTGCAAAACCGCAGCAAGAGCAGTATTATGAAGAATATAAAACTATAATTGGGACAGTGTTACAAGAGTATGATTTAGAACATTTGCCAGTCCTGTTTAATTTGAACTTTGGCCATACAGAACCGAAATTTATTTTGCCTTACGGAGCAATGGCGGAAATGAATTGTGAGGCAAAGACATTTTCAATACTAGAAAGCGGTGTGCAATAA	MLMKPNKLQKGDRVATVSPSWGGAGEAELRYRYEIGVRRLEEVFGLEVVPMPNSLKGAAYVYENPQARAEDLMQAFQEPTIKAIIANIGGEDSIRLLPYIDFTVIRNHPKIFMGYSDATMVHLFCYKAGLSSFYGPAILTDFAENVEMHEYTIDFIERTLFSRKPIGKVEPAKEWTSEFLDWFVPANSQIKRSMQPNNGYELLQGKGIVSGHLIGGCMEVLEFAKGTELWPKMDHWKDGMLFFETSEEKPSPDHVKRWLRNYAAQGILHVVNGMIFAKPQQEQYYEEYKTIIGTVLQEYDLEHLPVLFNLNFGHTEPKFILPYGAMAEMNCEAKTFSILESGVQ				NA	NA	NA	NA	NA
AK148_02266	219			hypothetical protein	ATGAGTCGCATATTTGACCGTAATCGCGAAATGTTACACAAATTAATTGATGACCTACCCGCAGATAAATTACCAAAAGCTGCAGATTTATTTGAAAAAATAATCGGCGAAGAAACTTTGAGCGATGAGGACAAAAAAGATTTGGATATCGCACGAAAAGAAATTGCAAATGGAGAGTTTTATTCATTCGATGAAGTGTTTGGGGAATTGGAAAAGTAA	MSRIFDRNREMLHKLIDDLPADKLPKAADLFEKIIGEETLSDEDKKDLDIARKEIANGEFYSFDEVFGELEK				NA	NA	NA	NA	NA
AK148_02267	258			hypothetical protein	ATGTACGATATTATTTTTTCCAAACAAGCTAAGAAATTTGTTGAAAAACAAGATAAAGTCACCAAGAAAAGAATTAGAAATGCTATGTTGGAATTGTCTGAGAACCCCTATAGAGCAAAGGACGTTAAGAAATTAAAAGGTGACAATGCTTATAGAAAAAGAGTAGGAGACTTTAGAATTATTTTTGATATTATTGACCTGAAGCTTGTGATAAATGTATTGAAAGTTGATAATAGAGGGCAAGTGTATAGAAAATAA	MYDIIFSKQAKKFVEKQDKVTKKRIRNAMLELSENPYRAKDVKKLKGDNAYRKRVGDFRIIFDIIDLKLVINVLKVDNRGQVYRK	PGPT0027425_1945	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-RelE|StbE-RelB|StbD_TOXIN-ANTITOXIN_SYSTEM,PGPT0027425-toxin_relE_2|stbE|pasB-K06218	NA	NA
AK148_02268	231			hypothetical protein	ATGTACATGACGATTCCTGAGACAGCAGAATATTTGTCTATGAATGAAAAGCAATTACATGCACTTGTGTTACAAGGAAGAGTTAGAGCTGTGCATGATGGGGAACAATTTCTCATTAACAGTGAACAATTTCAAACCCATTTTGAGCAGGTAGAAAAATATCGGGCGATGATTCAAGACTACCTCAATGAACCGATTCCTGAAGATTTGGACGTGAAAGATGAAGATTAA	MYMTIPETAEYLSMNEKQLHALVLQGRVRAVHDGEQFLINSEQFQTHFEQVEKYRAMIQDYLNEPIPEDLDVKDED	PGPT0017735_3736	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
AK148_02269	1428			Putative aldehyde dehydrogenase	ATGCGAACAAATCTAAACCATTTTATTAACGGTGAATGGATCGGCTCAACTGGTTCCGAAACGATACAAGTATGCAATCCTGCGACCGAAGAAGTGATTGGTGAGATTAGTTCTGGAACCGAAGAAGACCTCAATAAGGCAGTGGCTGCAGCGAAAGCAGCTTTCCCATCTTTTTCAAAAACGTCAAAAGAAGAACGAATCCAATTGTTAGAAGCCATCGCCAATGAGTATGAAAATAAAAAAGACGAACTGATTGACGTAATTACAGAAGAATTAGGATCTCCAGTATCTATTTCCCAAAATGTTCACTACACCATGGGATATAACCATTTCAAGCATGCAGCCGAAGCATTAAAAGATTTTTCTTTTGAGGAAAATCGAGGAAATCATAAAATTCGCAAAGAATCAATTGGTGTAAGTGGTTTAATTACACCTTGGAACTTCCCGACTAATCAGACCTCGACAAAAATAGCGGGAGCTATTGCAGCCGGTAGTCCAATGGTATTAAAACCAGCTTCGATGACACCTTTTGCAGCTATGATGCTAGCTGATATCTTGTCAACGGCTGGTGTTCCAAAAGGTGTGTTTAATTTAGTAAACGGTTCTGGTTCAACGATTGGTAATGGCATTAGCAAACATCCAGATATTGATTTTGTCTCCTTCACAGGTTCAGGAAAAGTAGGCGAAAAAATCATGAAAAATGGAGCAGAAACAATTAAAAAAGTAGCTCTTGAACTTGGAGGGAAATCACCACTTGTCGTATTAGAAGATGCAGACATGGAAAAAGCTGCGAAAACTGCGGCTTGGAATATTATGATGAACACAGGTCAAGTTTGCTCTGCAGCAACAAGAGCAATTATTCCAGCTTCGAAAAAAGAGGCATTTGAAAAAGCAGTCAAACAAGCTGTTTCCTCTTTTGAATATGGAGACCCAAAACAAACAGAAACAAAAACAGGGCCGCTTATATCTAAAGATCAATGGGATACGGTACAATCCTATATTGAAAAGGGGATTCATGAAGGAGCAACTTTACTCCTCGGTGGCACTGGAAAACCAGAAGGCCTAGAGACAGGCTATTATGTAAAACCAACCGTGTTTACAGATGTAACCAATGATATGGTCATTGCTCAAGAAGAAATTTTTGGTCCTGTACTCTCTGTCATCACCTATAATGATTTAGATGAAGCGCTAGAGATCGCTAATGATACGATTTATGGTCTGGCAGGTTACGTTGTCGGCAAAGATAAAGAGACACTTGCTCACGTAGCCAACAATATAAAAGCCGGACAAATTACGGTGAATGACGGAAAGACCGATTTCTTTGCTCCGTTTGGTGGCTATAAACAATCGGGTATTGGCAGAGAATGGGGCGATTACGGTATAGAGGAGTACCTCGAAGTAAAAGCGATTATGGGGTTATCTTCATGA	MRTNLNHFINGEWIGSTGSETIQVCNPATEEVIGEISSGTEEDLNKAVAAAKAAFPSFSKTSKEERIQLLEAIANEYENKKDELIDVITEELGSPVSISQNVHYTMGYNHFKHAAEALKDFSFEENRGNHKIRKESIGVSGLITPWNFPTNQTSTKIAGAIAAGSPMVLKPASMTPFAAMMLADILSTAGVPKGVFNLVNGSGSTIGNGISKHPDIDFVSFTGSGKVGEKIMKNGAETIKKVALELGGKSPLVVLEDADMEKAAKTAAWNIMMNTGQVCSAATRAIIPASKKEAFEKAVKQAVSSFEYGDPKQTETKTGPLISKDQWDTVQSYIEKGIHEGATLLLGGTGKPEGLETGYYVKPTVFTDVTNDMVIAQEEIFGPVLSVITYNDLDEALEIANDTIYGLAGYVVGKDKETLAHVANNIKAGQITVNDGKTDFFAPFGGYKQSGIGREWGDYGIEEYLEVKAIMGLSS	PGPT0006875_8311	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128	NA	NA
AK148_02270	987			Beta-peptidyl aminopeptidase BapA	ATGAATTTAAAAAAAGGGAACCATAATTGTATTACGGATATTGCAGGAGTCCAAGTTGGACATGTCACGTTATATGAAAAATTAGATGAGGAACAAACTATTTGCACTGGAGTAACGGCCATATTGCCGCATAAAGGCAACCTATTTCGTCATAAAGTCCATGCCGGGAGTGCTGTGTTAAATGGATTTGGCAAAACAACAGGATTAGTTCAAATAAATGAACTCGGACTTCTGGAATCACCAATTATGCTGACAAATACATTTAGCGTTGGTTCTGTTTGGCAAGGAACGCTCGACTATATGCTCGATACAACAGAAGAAATTGGCGACACGACAAGTTCTATTAATATTGTTGTCGGAGAATGTAATGACAGTTATTTAAATACAGCGCGCTACCCTGCAATCAAACCAGAACATGCTGTCAAAGCGATTAAATCAGCTAGCGCCTCGCCTGTAGCTGAAGGCGCAGTTGGTGCGGGAAAAGGAATGATATGCTTTGGTTATAAAGGGGGAATCGGAACAGCTTCACGTATCGTTTCACATAAATCCATAAACTATCAAATTGGCGGGATCGTATTAAGTAACTTCGGCAAAAGAGGTGATGCGCTCTTTGCTCGTTGGGAGCCAGTCCAACAAGATACCCCTGATGGTTCCATCATGATGATCTTAGCAACAGATGCACCACTACTCGAGAGACAATTACAAAGACTTGCTAAACGTTGTGCTGCGGGTCTTGGGCGCACTGGTAGTCAATTAGCGAACGGCAGTGGTGACATTGCCATTGCTTTTTCAACTGCGAATAAAGTCTCACACGCTACCGATTCCTACACACAAACCGTTGACTATTTACGGGATGATCATCCGTTAATGAACCAGCTGTTCCAAGCGGTCGTTGAAATTATTGAAGAATCGGTGATCCGCTCTTTACAAATGGCAGAGACGACAGAAGGAAGAAAGGGACGAATTGTAACAAAGGCCCCGTTATAG	MNLKKGNHNCITDIAGVQVGHVTLYEKLDEEQTICTGVTAILPHKGNLFRHKVHAGSAVLNGFGKTTGLVQINELGLLESPIMLTNTFSVGSVWQGTLDYMLDTTEEIGDTTSSINIVVGECNDSYLNTARYPAIKPEHAVKAIKSASASPVAEGAVGAGKGMICFGYKGGIGTASRIVSHKSINYQIGGIVLSNFGKRGDALFARWEPVQQDTPDGSIMMILATDAPLLERQLQRLAKRCAAGLGRTGSQLANGSGDIAIAFSTANKVSHATDSYTQTVDYLRDDHPLMNQLFQAVVEIIEESVIRSLQMAETTEGRKGRIVTKAPL				NA	NA	NA	NA	NA
AK148_02271	1125	cdaR_1	COG3835	Carbohydrate diacid regulator	TTGGAAAATATTCTGCTGCAAACAGATCGGCTCTATAACTCGATTGTTCAGGAAATGAATCGGCTTATTAAAGAAGAAGTAATTGTAACAGATCAGCAAGGTTATATTGTGGCGAGTACAGATGCTAAACGAATTGGCAATTACCATGAGGGTGCTTGTATAGCAATGCAACATAAAGAAAAAATGATCATGTCAAAAGAATTAACCAAAAAACTACATGGCGTAAGAGAAGGCGTCGTGTTTCCAATTGTGATTAATAAAATTCCTTTGGGTGTCCTTGGGATTACTGGTAACCCGTCTATCGTAGAGCCATATGCTAGATTGGTACAAAAAGTGACAGAACTATTTATACAGGATTCGCTAACTAGAATAAATCAGGAAAGCAAAGCACGTGACGTCGAATTTTTTATCTTTGACTGGCTTAATCAGACGAGCAGCTATACGAGTTTAGTCGAAAGAAGTAAATTTTTTCATATCAACATGGAAGCTTATAAGCAAGTAGTTGTATTTAAAAGAAAAGAATTACTAACTGGATTTTCGTACCATCGATTTGAAAAATTGAAATCTGCTTGGGATGATTTCGTCGGTGCTTTGTTTGTAAGGTGGGGGCAGGACCGAATTGTCATGTTAGTTGAAGCAGTAGAGGCATCGTTATTAGATCATTGCCTACGCAAATGGATCGCTGCTGTATACCAAGAATTAGATGAACACTTGTATGCTGGGGTTGGAAATATTGTTGAGCCAGAGCACTTATCGGCATCGTTTTCGCAAGCAGTAAAGGCAAGCGAACATGCTGATGGGACAAATCCTGTTGTGTTTGAAGCGGATTTACGTTTTGAAATGCTCGAACATGAAATTAGTGCGCAAACAAAAGAAACGTTTATTTGTCGAACTTTAAAAGAGTTAGTAAAAGAAGAAGAGCTAATGAAGACGCTAGCGAGCTGGTTTTCTCATGATATGCAAATGCAAGTTACGGCGAATACTTTACATATTCATAAAAATACATTGCATTACCGGCTAAATCGAATTGCAGAAATTACTAATTTAAATCTTAAAAAGTTGGATGATGTTATGTTATTGTATATGGCCTTTCGCTTATCATCATGTAAGTATAATAAGGGATAA	MENILLQTDRLYNSIVQEMNRLIKEEVIVTDQQGYIVASTDAKRIGNYHEGACIAMQHKEKMIMSKELTKKLHGVREGVVFPIVINKIPLGVLGITGNPSIVEPYARLVQKVTELFIQDSLTRINQESKARDVEFFIFDWLNQTSSYTSLVERSKFFHINMEAYKQVVVFKRKELLTGFSYHRFEKLKSAWDDFVGALFVRWGQDRIVMLVEAVEASLLDHCLRKWIAAVYQELDEHLYAGVGNIVEPEHLSASFSQAVKASEHADGTNPVVFEADLRFEMLEHEISAQTKETFICRTLKELVKEEELMKTLASWFSHDMQMQVTANTLHIHKNTLHYRLNRIAEITNLNLKKLDDVMLLYMAFRLSSCKYNKG				NA	NA	NA	NA	NA
AK148_02272	1413		COG0277	putative FAD-linked oxidoreductase	ATGTTAAATAGGGATGTAAGAGAAAAGCTAATCGCAATCGTCGGGGAAAATAATGTAGAAGATAACAATGCAAGTTTACTCGCTTATTCGTATGATTCTACGCCAAGGTATCAGACATTACCTGATGCAATGGTAGCACCGAGAAATAAACATGAGGTTTCAGCCGTGGTAAAAGTTTGTAATGAACATCAAATACCAATTGTACCTCGTGGGTCTGGGACAAATCTATGTGCTGGCACAACGCCTTCAGAAGGAGGAATAGTGCTTATTTTTAAGCACATGCGAGAAATTTTAGAAATTGATGAAGAAAACTTAACTATGACCGTACAGGCTGGGGTATATACAAAAGATATTTTAGATAGAGCGCAAGCAGTAGGTCTTTTCTATCCGCCAGATCCAGGTTCAATGCACATATCGCAAATCGGGGGGAATATTAGTGAGAACTCTGGTGGACTGCGTGGACTTAAATATGGTGTGACGAGAGATTACGTGCTTGGACTTGAGATCGTTTTGCCAAACGGTGAGATCATTCAAACTGGTGGAAAGCTTGCCAAAGATGTAGCGGGGTACGATTTGACAAGATTGTATGTCGGAGCAGAGGGGACGCTTGGGGTTATTACGGAAGCGATCTTAAAGCTTGTTCCACAACCAGAAACAAAACAAACGATGCTTGCCCTTTATCATGATTTAGGAGCTGCCGCGGAAAGTGTGTCAGCGATTATTGCCAACCGCATTATTCCTGCCACCTTGGAATTTTTAGACCAAGCGACCGTACAAGTTGTTGAAGACTATGCCAAAATTGGATTGCCGACAGAAGCGAAAGCAGTATTATTAATTGAACAAGATGGGCCACCTGAAGTAGTCGCTCGTGATATGGAAAAGATTGCGTCGTTATGTAAAGATAACCAAGCATTTGACGTACAGGTGGCGCAAACAGATGAAGAGGCAGAGCAATTGACGGCAGCGCGGAGAACAGCGTTATCCGCTCTATCTCGGTTAAAGCCGACAACGATTTTGGAAGATGCTACGGTGCCACGCTCGAAAATTGCAGCAATGGTAAAAGCAATTGGGGAAATTGCTGCAAAGTACGAGCTAACTATTTGTACATTCGGTCATGCTGGTGACGGAAACCTCCATCCGACATGTCTTACAGATGCTCGTAATGAGCAAGAAATGGAATTAGTAGAAAAAGCATTTGCAGAAATTTTTGAGAAGGCGGTTGAGCTTGGAGGAACGATTACAGGTGAACACGGTGTCGGAATGATGAAGCTTCCATATTTGCATTTGAAAGCGGGAGAGCATGGAGTTGAGGCGATGCGCCGTATAAAGCAAGCGTTAGATCCTCATGGAATTATGAATCCAGGAAAAATGTTTGACCCGCTCACAAAGCAAAGTAAGGAGATGGAGAAATAA	MLNRDVREKLIAIVGENNVEDNNASLLAYSYDSTPRYQTLPDAMVAPRNKHEVSAVVKVCNEHQIPIVPRGSGTNLCAGTTPSEGGIVLIFKHMREILEIDEENLTMTVQAGVYTKDILDRAQAVGLFYPPDPGSMHISQIGGNISENSGGLRGLKYGVTRDYVLGLEIVLPNGEIIQTGGKLAKDVAGYDLTRLYVGAEGTLGVITEAILKLVPQPETKQTMLALYHDLGAAAESVSAIIANRIIPATLEFLDQATVQVVEDYAKIGLPTEAKAVLLIEQDGPPEVVARDMEKIASLCKDNQAFDVQVAQTDEEAEQLTAARRTALSALSRLKPTTILEDATVPRSKIAAMVKAIGEIAAKYELTICTFGHAGDGNLHPTCLTDARNEQEMELVEKAFAEIFEKAVELGGTITGEHGVGMMKLPYLHLKAGEHGVEAMRRIKQALDPHGIMNPGKMFDPLTKQSKEMEK	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
AK148_02273	1371	lutA_1		Lactate utilization protein A	ATGGATACACAAGAAAAAGCACGCATTCAGACCGCTTTTCAAGAAAAAATGGATTATGATGAACTAATGAATTGTACGCGTTGCGGATTTTGTTTACCAAGTTGTCCAACATATGTTGAAACAGGAAGAAATGAAGTCCATTCACCACGTGGGCGAATCGCTTTAATGAAAGGTTTGGTCGACGGGGTGATTGAACCTAGTGAAGAAGTGAAAGAATCTATTGACCTTTGTCTTGGCTGTAGAGCTTGTGAACCCGTGTGTCCTTCTGGTGTGAACTTTGGCAGATTATTAGAGCAAGCAAGGGATGCGATTTATCAAAGCAAAAAGCCAACATTACCAGAAAAAGTAATGAAGGGGATCTTTTTAAAAAATATTTTCCCTCAACAAAATCGCATGATTGGGCTGACTGGTTTACTGAGCTTTTACCAACGTTCTGGCGCTCAAAAACTTGCACAAGCAACTGGCGTCATGAAACTTTTTCCTGAGACGATGCGCACCATGGAAAAAGTACTTCCAGATGTTCCAAAGCGTTCTGCAATGAAACGACGCCCACATCACTTACAGCCACTCCACAGAAATCGTACCAAGAAGGTAGCGTTTTTTTCTGGCTGTTTAATGGATACCATTTTTATGGAAACAAATGATGCTACCATGAAGCTATTGCAGTATGCTGGGTGTGAAATTGTTGTACCTAAAACACAAGCTTGCTGTGGAGCATTACACGGACATAGTGGGGAAATGGATCATGCTCGAGAAATGGCAAAACGCAACATTGCTGCTTTTGAAGAAGCTGAAGTGGATTATATAATTACAAATGCGGGTGGATGCGGTGCCTTTTTAGTGGAATACGCTCATTTATTAAAAGATGATCCGCAATGGCATGAACGTGCAGAGCGCTTTTGTGCGAAAATCAAAGATATCACTCGGGTGTTAGTAGAACTTGAATTTCATAAACAGCCGCTGTCTTTACCGGAACAAGTCGTTACGTATCAAGATTCTTGCCATTTGAAGAACGGTCAAAAAACTTTTATGGAACCAAGGCAATTGCTAGAGGCCATTTCTGGTGTTCAGTATGTAGAGATGAAAGATGCGAGTCGTTGCTGTGGTTCAGCAGGCATTTATAATATTGTTCAATCGGAAATGTCGATGCAAATTCTTGATTATAAAATGGAACAAGCAAGGAATACGAATGCGAAAACGATTGTGACAACGAATCCAGGTTGTCTACTGCAAATGAAGCTAGGTATTGAAAGAGAAGGTTTGTCTAAGGAAATGAATGCTGTGCATATCGTAGATTTTTTACTAGAAGCATATGAAAGAGCAAATAATAAAGAAGTGACAAATCAGCAAGTTGCAGCTTCACAAGTATGA	MDTQEKARIQTAFQEKMDYDELMNCTRCGFCLPSCPTYVETGRNEVHSPRGRIALMKGLVDGVIEPSEEVKESIDLCLGCRACEPVCPSGVNFGRLLEQARDAIYQSKKPTLPEKVMKGIFLKNIFPQQNRMIGLTGLLSFYQRSGAQKLAQATGVMKLFPETMRTMEKVLPDVPKRSAMKRRPHHLQPLHRNRTKKVAFFSGCLMDTIFMETNDATMKLLQYAGCEIVVPKTQACCGALHGHSGEMDHAREMAKRNIAAFEEAEVDYIITNAGGCGAFLVEYAHLLKDDPQWHERAERFCAKIKDITRVLVELEFHKQPLSLPEQVVTYQDSCHLKNGQKTFMEPRQLLEAISGVQYVEMKDASRCCGSAGIYNIVQSEMSMQILDYKMEQARNTNAKTIVTTNPGCLLQMKLGIEREGLSKEMNAVHIVDFLLEAYERANNKEVTNQQVAASQV				NA	NA	NA	NA	NA
AK148_02274	255			hypothetical protein	ATGAAATACGATGCAAAAGTAAAAAATCGTATGAAACGTATAGAAGGACAAGTAAAAGGTATTATTAAAATGATGGAAGAAGACAAAGATTGTAAAGATGTCGTCATGCAGTTATCAGCTGTAAAGAGTGCCCTAGATAGAACTTCAGCACTTGTAGTTAGCAAAAATCTTGAAGCTTGTATTCGCCAAGCAGATGATGAAGAGGCAGAACCTTTCATTAACGAAGCAGTCAATTTGCTTGTAAAGAGTAGATAA	MKYDAKVKNRMKRIEGQVKGIIKMMEEDKDCKDVVMQLSAVKSALDRTSALVVSKNLEACIRQADDEEAEPFINEAVNLLVKSR	PGPT0004175_1381	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE-RELATED_FUNCTIONS,PGPT0004175-csoR|ricR-K21600	NA	NA
AK148_02275	360	glpE_2		Thiosulfate sulfurtransferase GlpE	ATGGAAATAGTGCAATGGGGGATCATTGCGATAGCAGTTGTGTTTATAGTTAGCAGGTTTATGCCGGTAAAAGGCGTGACACAAATGACTGTACAAGAAGTAAAAAACAAGTTAAAAGATAGAAAAGTACAATTTATTGATGTCCGTACCCCACAAGAATATAAGACAAATCATCAAAAACCATTTAAAAACATACCGTTACATGAGCTACCGAATCGTTGTAACGAATTAGATAAGCAAAAAGAAGTCGTCGTTATTTGTCAAAGTGGTATGCGTAGTATGCGTGCAGCAAAAGTATTAAAAAAACAAGGATTTGGAAAAATAACTAACGTAAAAGGTGGCATGGGTGCCTGGTTGTAG	MEIVQWGIIAIAVVFIVSRFMPVKGVTQMTVQEVKNKLKDRKVQFIDVRTPQEYKTNHQKPFKNIPLHELPNRCNELDKQKEVVVICQSGMRSMRAAKVLKKQGFGKITNVKGGMGAWL				NA	NA	NA	NA	NA
AK148_02276	354			hypothetical protein	ATGGCATTGTTGTATATGAGTATAGTTGTTCTAATTCTATATTTTTCCTACCAAAGATATATCCCTGTGCGGGGAGTTAGTAGTTTAGATGAAGAAGAATTATTTGTTAAAGATGATCAAACCGTTTTAGTTGATTTAAGAGATTATAATAAATCTTATAAAGATGCGCTGGATCGAGCTTTATGTTTACCGTTAGCTTATTTAAATCGGCATTATCAAGATATTCCAAGCAATTCTGTTATTTTAGTTGCTTCAAATAACGTAGAAAAAAATATTGCTGCTAGATTTTTGTGCAACAAGGGGTATGCTGTCAAAGGCTATTATGTAAGAAACGAAAAAAGTTGCTCTGCTTAG	MALLYMSIVVLILYFSYQRYIPVRGVSSLDEEELFVKDDQTVLVDLRDYNKSYKDALDRALCLPLAYLNRHYQDIPSNSVILVASNNVEKNIAARFLCNKGYAVKGYYVRNEKSCSA				NA	NA	NA	NA	NA
AK148_02277	480	dsrE2_1	COG2210	Sulfur carrier protein DsrE2	ATGGCTGAAAAAAAGAGGACGACAATTATTCTATTTAGTGGTGAATACGATAAAGCGATGGCCGCTTATATTATTGCTAATGGTGCTGCTGCCTATGATCACGAAGTAACGATTTTCCACACATTTTGGGGGTTAAACGCACTACGAAAAGATAATCAAGCTCCGCTAAAAAAAGGCTTTATGGAGAAAATGTTTGGAAAAATGATGCCGCGTGGCGCAGATAAAATGGGACTATCTAAGATGAATTATTTAGGAATGGGGCCAAAAATGATAAAACAAGTCATGAAAAAGCATAATGCTATGCCACTTCCTGATTTAATCTCTATGGCGCAGGAGCAAGACATAAAACTACTTGCTTGTACGATGACAATGGATTTATTAGGTTTGCAAAAAGAGGAGTTGCTCGACAATATTGAGTACGGTGGCGTAGGAGCATATGTCGGAGATTCCGAAGATGCAAATATAACCTTATTTATATAA	MAEKKRTTIILFSGEYDKAMAAYIIANGAAAYDHEVTIFHTFWGLNALRKDNQAPLKKGFMEKMFGKMMPRGADKMGLSKMNYLGMGPKMIKQVMKKHNAMPLPDLISMAQEQDIKLLACTMTMDLLGLQKEELLDNIEYGGVGAYVGDSEDANITLFI				NA	NA	NA	NA	NA
AK148_02278	300		COG0607	Sulfurtransferase	ATGAAGGAAATTACAACACAAGATTTGATAAAAAGGTATCAGCAAGATCAACAAATCAAGATTATTGATGTTCGGGAAGATGATGAAGTAGCGCTAGGAAAAGTACCTGGAGCACGTCATATCCCATTAGGAGACGTTGCAAATCGTGTTCAGGAACTAAACAAGGATGAACATTATTATGTTATTTGTCGTTCTGGCGGTAGAAGTGCCACTGCATGTCAAATTTTAGAGGAAAACAATATAGATTGTACAAATATAGCTGGTGGCATGCTTGCTTGGGATGAAGAAGTAGAAATATAG	MKEITTQDLIKRYQQDQQIKIIDVREDDEVALGKVPGARHIPLGDVANRVQELNKDEHYYVICRSGGRSATACQILEENNIDCTNIAGGMLAWDEEVEI	PGPT0013055_85	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013055-trxA-K03671	NA	NA
AK148_02279	573	glpE_3		Thiosulfate sulfurtransferase GlpE	ATGAGTATTACTGCAAATGAAGTATTAGATGCCAAAGGGCTGTCATGCCCCATGCCAATTGTTAAAACGAAGCAAGCGATTAGCAATTTAAAGGCTGGAGAAGTTATTGAAGTGCAGGCTACAGATAAAGGTTCCACAGCGGATATAAAAGCTTGGTCTGAAAGCACAGGGCACCAATACATTGGTACGGTAGAAGAAGGGGACGTATTGAAACATTATATCCGCGTAGCTAGTGAAGCGGAAAAGAAAGAAGAAGCCAAACATGATAACGTTGTTGATTTAAATGATATACAAAAGAAAGTAGAAGCAAAGGATGCTATTTCTATCCTTGATGTGCGTGAACCGGCAGAGTTTGCCTTTGGTCACATTCCAGGCGCAATAAATATTCCTTTAGATCAACTGGATGTAAGACTAGAAGAATTAGACAAAGAAAGAGAATTATACGTTATATGCCGCACAGGAAGCCGCAGTGATTTAGCTGCCCAAAAGCTTACTTCCCAAGGATTTAATAATGTGATCAATGTTGTTCCAGGTATGACCAAGTGGGAAGGACCACTTGAAAAAAATAACTAA	MSITANEVLDAKGLSCPMPIVKTKQAISNLKAGEVIEVQATDKGSTADIKAWSESTGHQYIGTVEEGDVLKHYIRVASEAEKKEEAKHDNVVDLNDIQKKVEAKDAISILDVREPAEFAFGHIPGAINIPLDQLDVRLEELDKERELYVICRTGSRSDLAAQKLTSQGFNNVINVVPGMTKWEGPLEKNN				NA	NA	NA	NA	NA
AK148_02280	399	dsrE2_2	COG2210	Sulfur carrier protein DsrE2	ATGGCAAATACAAAAGTGGCAATTATTGCAGCAAATGGGGGATTGTTTGATGCATATAAAGTATTTAATCTAGCAACAGCAGCTGCAGCATCGGATGCAGAAGTAGGCATTTTCTTTACATTTGAAGGATTAAATTTAATTCACAAAGAAGCTCATAAAAACCTTCCATTACCAGAAGGAAAAGAGCATTTTGAGGAAGGCTTTAAACAAGCAAATGTGCCATCCATTGCAGAATTATTAAGTATTGCGCAAGAAATGGGTGTAAAACTGTTAGCATGTCAAATGACCATGGATGTAATGAAGCTAGAAAAGGAACAACTTGTTGGAGGCATTGAAGTTGCTGGTGCCGCATCTTTTATTGAATATGCAAAAGATGCTAATATGACGCTAACATTCTAA	MANTKVAIIAANGGLFDAYKVFNLATAAAASDAEVGIFFTFEGLNLIHKEAHKNLPLPEGKEHFEEGFKQANVPSIAELLSIAQEMGVKLLACQMTMDVMKLEKEQLVGGIEVAGAASFIEYAKDANMTLTF				NA	NA	NA	NA	NA
AK148_02281	228	tusA	COG0425	Sulfur carrier protein TusA	ATGGAAGCAGCAAAAGTATTAGACGCAAAAGGGTTAGCATGCCCAATGCCAGTAGTAAGAACAAAGAAGGCGATCGAAGAAATAAATGCAGGAGAGATTTTAGAGGTGCATACAACAGATAAAGGTTCAAAAAGTGATTTAACGGCGTGGGCGAAGTCTGGTGGACATGAATTAGTACAAGAAGCTGAAGAAGGCGATGTATTTAAGTTTTGGATTAAAAAGGCGTAA	MEAAKVLDAKGLACPMPVVRTKKAIEEINAGEILEVHTTDKGSKSDLTAWAKSGGHELVQEAEEGDVFKFWIKKA				NA	NA	NA	NA	NA
AK148_02282	1665		COG0659	putative sulfate transporter	TTGTGGAAAAAACTAGTTCCAGCGTTTGATTGGTTGCCAAATTATAATCGTAGTGATTTCAGTGGCGATTTATCAGCTGGATTAATTGTAGCCATTATGTTAATCCCACAAGGTATGGCTTATGCCATGTTAGCTGGTTTAGACCCAGTTATCGGATTATATGCTTCAACAATTCCATTAATTATCTATGCGCTTTTTGGTACATCAAGACAGTTAGCAGTAGGTCCAGTAGCAATGGTGTCTTTACTTGTTCTAAGTGGTGTTTCAACATTAGCCGAACCCGGATCATCGGAGTATGTCTCGCTCGTTCTTTTACTCATGCTAATGGTAGGATTGATTCAATTATTATTAGGGGTTCTTAAACTAGGATTCTTAGTGAACTTTCTGTCGCATGCTGTCATTAGTGGTTTTACTTCAGCAGCAGCGATCATTATCGGTTTGAGTCAATTAAAGGACCTAACTGGTGTTACGTATGAATCTGGAAAAAGTGAAGTGTTTTTGCTTATCGGAGAAGCTGTAAAACGAATATCCGAAATTAACCCGATTACAATAACGATTGGTATTGGTAGTATTGTTTTGTTAATTCTATTTAAAAAATATGTGAAAAAGATACCTGGTCCTATTGTGGTGGTTACAATAAGCATCTTAGCAGTGTACGTTTTCAATTTATATGAAGATGGTGTATCGATTGTAGGGCAAGTTCCTAAAGGACTGCCAGCATTTTCTTTCCCGACATTTACGATGGATTCTATCGTTGCTTTGCTACCAATAGCGTTTACCATTACCTTTGTTGGCTTTATGGAATCTATTGCTATGGCAAAGGCTATTGCAGCTAAAGAAAAGTATAAAGTAAATGCAAATCAGGAATTAATTGGCTTAGGTTTGGCAAATGTTGGAGGTTCCTTTTTCTCTGCTTATCCTGTAACAGGTGGTTTTTCTAGATCAGCGGTCAATTACCAAGCAGGTGCAAGAACGCCGTTAGCTTCAATTATTACGGCAGTGCTCATTATGCTAACATTACTTTTCTTCACAGATTTATTTTATTATCTTCCAAAGGCTGTGTTAGCGGCAATTATTATGGTAGCTGTCTATAGTTTGATTGATTTTCATGAAGCTAAAAATCTATTTCAGCTTAACCGTGCAGACGGTTGGACTTGGATACTAACATTTTTGGCAACATTAGTGCTCGGAATTCAAACAGGTATTTTAATCGGTATTGTATTTTCACTGCTTGTCTATGTTGGTAAAAATGCTTATCCACATATTGCGGAATTAGGCTTTGTGGAAAGTCGTGGTGTGTATAAAAACAAGCAACGTTATCCTGATGCAATGGATGATCCAGAGGTAATCATTTTTCGTGTAGATGCGGATCTGTTTTTCGCTAATATGTCATTTGTTGAAGATAAATTGTGTAATCGGTTAGCAGAAAAACCAGATACAAAGTATATTATTATGGATTTTTCCGGAGTGAATTCGATGGATGCTGTTTCCATTCATTCATTGGAGGAAATGATGCAGACTTGTAAGCAGCATACGCAATTTTTATTTGCAGGTATTAAAGGGCCTGTAATGGATGTATTAGAAAAAGCAAACTGGAATAAAAAATATCATCAGTTGATTCACTATATTACTATTGAAGAAGCCGTAAAATCAATTGAAAAATAA	MWKKLVPAFDWLPNYNRSDFSGDLSAGLIVAIMLIPQGMAYAMLAGLDPVIGLYASTIPLIIYALFGTSRQLAVGPVAMVSLLVLSGVSTLAEPGSSEYVSLVLLLMLMVGLIQLLLGVLKLGFLVNFLSHAVISGFTSAAAIIIGLSQLKDLTGVTYESGKSEVFLLIGEAVKRISEINPITITIGIGSIVLLILFKKYVKKIPGPIVVVTISILAVYVFNLYEDGVSIVGQVPKGLPAFSFPTFTMDSIVALLPIAFTITFVGFMESIAMAKAIAAKEKYKVNANQELIGLGLANVGGSFFSAYPVTGGFSRSAVNYQAGARTPLASIITAVLIMLTLLFFTDLFYYLPKAVLAAIIMVAVYSLIDFHEAKNLFQLNRADGWTWILTFLATLVLGIQTGILIGIVFSLLVYVGKNAYPHIAELGFVESRGVYKNKQRYPDAMDDPEVIIFRVDADLFFANMSFVEDKLCNRLAEKPDTKYIIMDFSGVNSMDAVSIHSLEEMMQTCKQHTQFLFAGIKGPVMDVLEKANWNKKYHQLIHYITIEEAVKSIEK	PGPT0003020_2485	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003020-TC_SULP-K03321	NA	NA
AK148_02283	552	can	COG0288	Carbonic anhydrase 2	ATGGATGAAAAACATATCATTCAAAGTAATCAAGATTTTGTGAACAAAATGCAATTGGAAGACCCGGATCTTTTCCATCAGCTACAACAAGGGCAACACCCTGATTTCTTCGTATTAGCATGTAGTGATTCTCGAGTTAGTCCATCTGTTATTTCGCAAATGAAGCTTGGCAATATGTTTGTCCACAGAAATATTGCTAACCAAGTAGCAAAAAATGATGCAAGTTTTTCAGCGAGTCTTTATTATGCCTTGGTCCCTCTTAAAGTGAAGCATATTATTATAAAGGGGCATACAGAATGTGGTGGTATTCACGCTGCTTGGAGTGGTAACAATGAAGAAGAATTAGCACCATGGATTGCTAACATCCGTAGTAATTTACCAGATTCAAGTTCTAACAAAAAATTCTCCATGGATGAGTTAACGAAAATCAATATTATGAAACAGGTAGAGCATATAAAAGATCATCCTATTTACAAAGCATATGGAGAAGGAGTAAGCGTAAGTGGATTATTGTTCCATCTTGACAGTGGGCAGTTAGAAAAAATCGTCTAA	MDEKHIIQSNQDFVNKMQLEDPDLFHQLQQGQHPDFFVLACSDSRVSPSVISQMKLGNMFVHRNIANQVAKNDASFSASLYYALVPLKVKHIIIKGHTECGGIHAAWSGNNEEELAPWIANIRSNLPDSSSNKKFSMDELTKINIMKQVEHIKDHPIYKAYGEGVSVSGLLFHLDSGQLEKIV	PGPT0002415_6779	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	K-SOLUBILISATION-OTHER_ACID_METABOLISMS	K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002415-cynT|can-K01673	NA	NA
AK148_02284	1128	gloB_4		Hydroxyacylglutathione hydrolase	ATGTCTTTTACAGCAATGAAGTCTCAAGAAGTAGCAAGAAAGGTCATTCAAAAGGAAGAATTATTTATTTTGGATGTTCGTAATGAAAGTGATTTTGCAGATTGGAAGATAGAAGGAGAAAATTTTTCCTATTTAAACATTCCTTACTTTGATTTAATTGATGGTGTAGATAGTATTTTAGATAAATTGCCAAAAGATAAAGATATGTTAGTCGTTTGTGCGAAGGAAGGATCTTCTGTAATGGTTGCTGAAATGCTGTCGGAACAGGGATTACATGTTTTCTATTTAGAAGGCGGTATGAAAGCTTGGAGCGAACATATGGAGCCAATAAAAGTTGGTGATTTAACTAACGGTGGTGAAATGTATCAATTTGTTCGCTTAGGCAAAGGATGTCTCTCTTATATGGTAGTGTCTAATGGTGAAGCGGCAATTATTGATGCTACACGCATGACAGGAATTTTCACTCATTTCGCAAAGGAGCTTGGCGTTACTATTAAGCATGTGCTTGACACACACTTGCATGCAGATCATATTTCTGGTGGTAGAAGTATCGCTAAAGAAACAGGAGCGACGTATTGGCTTCCACCGAAAGACGCTGGAGAAGTTGTATTTGATTATCAAGCTCTAGAAGACGGGGAAGAAGTGAAGATAGGAAATACAACCATCAATATCCATGCTTTATATAGCCCAGGGCATACCATTGGTTCTACATCCTTTGTCGTCGACGAAAAATATTTATTGACAGGTGATATTTTATTCATTGATTCTATTGGTAGACCAGATTTAGCTGGCCTTGCAGAAGATTGGGTAGGAGATCTCCGCGAAACGTTGTATCATCGTTACCGTGAATTATCAAATGAACTCATCGTTCTTCCAGCTCACTTTATGATTATCGAAGAATTGAATGAAGATGGTACAGTTGCTGAAAAGCTGGGCACACTATTTGCGAAGAACCACGGATTAAATATTGAAGACGAAGCGGAATTTAGAAATCTAGTAACGGAGAATTTACCACCGCAACCAAATGCGTATCAAGAAATTCGTCAGACGAATATGGGTAAAATTACTCCTGATGAGGAAAAACAACGTGAAATGGAAATCGGTCCTAATCGTTGCGCTGTTCGATAA	MSFTAMKSQEVARKVIQKEELFILDVRNESDFADWKIEGENFSYLNIPYFDLIDGVDSILDKLPKDKDMLVVCAKEGSSVMVAEMLSEQGLHVFYLEGGMKAWSEHMEPIKVGDLTNGGEMYQFVRLGKGCLSYMVVSNGEAAIIDATRMTGIFTHFAKELGVTIKHVLDTHLHADHISGGRSIAKETGATYWLPPKDAGEVVFDYQALEDGEEVKIGNTTINIHALYSPGHTIGSTSFVVDEKYLLTGDILFIDSIGRPDLAGLAEDWVGDLRETLYHRYRELSNELIVLPAHFMIIEELNEDGTVAEKLGTLFAKNHGLNIEDEAEFRNLVTENLPPQPNAYQEIRQTNMGKITPDEEKQREMEIGPNRCAVR				NA	NA	NA	NA	NA
AK148_02285	1314	hemAT	COG0840	Heme-based aerotactic transducer HemAT	ATGATTTTCAAAAAACAGAGAGAGGCATCTTTTTTTCAAAAAAGTGCAGGGAATAATACGGAGATAAGCTTACAGGTAGAGAATGGTAATGATGTTGCTAAGCAAATTCAAATGATTGGGCTAACTATATCTGATCTATCCATCATTCGTCAATTAAAGCCTTATGTTATACAAAGTATCCATGAGATTGTTGAGCGTTTTTATGATAATTTAGCTATGGAACCATCTTTAATGCAAATTATTAATACACACAGTTCCATTGAAAAGTTAAAACAAACATTAAAGCGACATATATGTGAAATGTTTGATGGTGTCATCAATCCTACTTATTTTGAAAAACGAGTAAGAATTGCTAACATGCATGTAAATATAGGACTTGATACAAAATGGTATATGAGTGCCTTTCAGGATTTGTTTTTATCGCTAATGGATATCATTGAGCAAAATATAGAAATGAAGAATGAATCGCTTTTGGCTATACGTGCAGTATCAAAAATAATAAATTTAGAACAGCAGCTTGTGCTAGAAGCGTATGATGAAAAGACGAACCAATTGAAACGGGAAGCAAATTTACAAAAACAACAAATTCGGGAGCGAGTAGCAGAATCTACGGAAAGCTTAGCGGCTATTTCTGAAGAGACGAATGCTTCCTTTCAGCAGCTGCAATCGCAATCAAAAGAAGTAATAGAGATTGCTAATAATGGTACATCATTATCGGAGGATGCTTACAGTAGAGCAAAAAAAGGGAAAGAACAATTAAATAAGCAGGATGAAAACATGAAAGCTCTATATAATTCGGTAGAGCATCTAGGAAATGATGTGCACCATTTATTAGATGTTTCCAAAAAAATGCAGTCCATTGTAAATATTGTGAAAGAAGTTGCTGAACAAACGAATTTACTTGCCTTAAATGCTTCTATAGAAGCAGCAAGAGCGGGTGAATACGGACGAGGATTCGCAGTAGTGGCTGAAGAAGTTCGCAATTTATCTGAACAAACGAAAGAATCGGTAACGAATGTATCCTCGCTCATTGGGAATATGAATACGCAAGTGGATAAGATTACAAGCTCCTTAAGTGCTGTAGGAACAAAAATTAAACAAGGAAACGCAGGATTGCAAGAAACAGAACAGCATTTTTTGCAAATCATGGAATCTATGCATGAAACAAAAGACCAAAACAATAAGATTGATCGTGAAATTATATCTTTTATAGATATTATTACGGAATTAAGTAAAGCTGTTGACGAAGTAGCAGCTTCTGCAGATCATTTAACAACCATTACATATGAAATGAACGAAAATGAAACGATATAA	MIFKKQREASFFQKSAGNNTEISLQVENGNDVAKQIQMIGLTISDLSIIRQLKPYVIQSIHEIVERFYDNLAMEPSLMQIINTHSSIEKLKQTLKRHICEMFDGVINPTYFEKRVRIANMHVNIGLDTKWYMSAFQDLFLSLMDIIEQNIEMKNESLLAIRAVSKIINLEQQLVLEAYDEKTNQLKREANLQKQQIRERVAESTESLAAISEETNASFQQLQSQSKEVIEIANNGTSLSEDAYSRAKKGKEQLNKQDENMKALYNSVEHLGNDVHHLLDVSKKMQSIVNIVKEVAEQTNLLALNASIEAARAGEYGRGFAVVAEEVRNLSEQTKESVTNVSSLIGNMNTQVDKITSSLSAVGTKIKQGNAGLQETEQHFLQIMESMHETKDQNNKIDREIISFIDIITELSKAVDEVAASADHLTTITYEMNENETI	PGPT0015705_152	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	METHYL-ACCEPTING_CHEMOTAXIS_PROTEINS,PGPT0015705-hemAT-K06595	NA	NA
AK148_02286	672	ezrA_2		Septation ring formation regulator EzrA	ATGTCAAAATTTGAAGAGAATGTAATGAAGCTATTAGGTGAAATAAACAGTCGGCTTGATAAAATGGATGAGAAGTTCGCAGGTATAGACAGTCAATTTGATAAAGTAAATGAGAAGTTCGCAGGTATAGACAGTCAATTTGATAAAGTAAATGAGAAGTTCGCAGGTATAGACAGTCAATTTGATAAAGTAAATGAGAAATTCGCAGGTATAGACAGTCAATTTGATAAAGTAAATGAGAAGTTCGCAGGTATAGACAGTCAATTTGATAAAGTAAATGAGAAGTTCGCAGGTATAGACAGTCAATTTGATAAAGTAAATGAGAAGTTTGCAGGTATAGACAGTCAATTTGATAAAGTAAATGAGAAGTTCGCAGGTATAGACAGTCAATTTGATAAAGTAAATGAGAAATTCGCAGGTATAGATAGTCGATTTGATAAAGTGGATGAGAAGTTTGTTGAAATGAATGTTAGATTTGAAAAGCTGGAAAGAGATATAGAAGAAATAAAAGTGGAGAATCAGTTTATTAAACGTGCTGTATTAGAAACTAATGAGGGCGTTAAAACTATTATGGAAGACCAAAAGTCCATTCATGAAATATTAGGTGAGCATGACGTTTCGATTAGAACGTTACGAAGAAAATCTGCTTTAATTGAGGAATACGAATTGTAA	MSKFEENVMKLLGEINSRLDKMDEKFAGIDSQFDKVNEKFAGIDSQFDKVNEKFAGIDSQFDKVNEKFAGIDSQFDKVNEKFAGIDSQFDKVNEKFAGIDSQFDKVNEKFAGIDSQFDKVNEKFAGIDSQFDKVNEKFAGIDSRFDKVDEKFVEMNVRFEKLERDIEEIKVENQFIKRAVLETNEGVKTIMEDQKSIHEILGEHDVSIRTLRRKSALIEEYEL				NA	NA	NA	NA	NA
AK148_02288	609	ribE	COG0307	Riboflavin synthase	TTGTTTACTGGAATTATTGAAGAAAAAGGCGAAATCATTTCTATGAAACATACTTCTAAGCACGCAATTGAATTAGCAGTGAAAGGTTTTAAAGTGTTACGTGATGTCCAACTAGGGGACAGTGTAGCTATTAACGGTATCTGCCTAACGGTAACTTCTTTCGATAAGCACAGCTTTACAGTTGACGTTATGCCAGAAACGTTTAAAGCAACTTCTTTACAATCGCTAAAAGTAGGTTCTGCTGTCAACTTAGAACGTGCAATGGCAGCTGACAGTAGGTTTGGAGGACATTTTGTTTCTGGGCATGTGGATGGATTAGGAACCATTATTCGAAAGCAATATGAAGAAAACGCTATTTATTATGATATTAAAATCTCAGCAGATTTAGCAAAGTATGTTATTTGTAAAGGCTCAGTTGCTGTAGATGGTGTTAGCCTAACTGTATTTAAGGTAAAGAACAATACATTTACGATATCGCTTATTCCACATACAGCTTCGGTAACGATAGTAGGGAAAAAGAACATAGGAGAAGTTGTAAATATAGAATGTGACATGCTCATAAAGCATGTTGAACATTTATTGGCGTTTTCAAGAAAAGGGAAAATTTGA	MFTGIIEEKGEIISMKHTSKHAIELAVKGFKVLRDVQLGDSVAINGICLTVTSFDKHSFTVDVMPETFKATSLQSLKVGSAVNLERAMAADSRFGGHFVSGHVDGLGTIIRKQYEENAIYYDIKISADLAKYVICKGSVAVDGVSLTVFKVKNNTFTISLIPHTASVTIVGKKNIGEVVNIECDMLIKHVEHLLAFSRKGKI	PGPT0008610_4163	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
AK148_02289	624	ribBA	COG0108	Riboflavin biosynthesis protein RibBA	ATGGACACGATAGTAGAAGCGGTAGAGGACTTAAAAGCAGGAAAGCTGGTTATTGTAGTTGATGATGAAGATCGAGAAAATGAAGGTGATTTCGTTGCTATATCTGAATACATTAAGGCAGATACCATTAATTTTATGATAACACATGGTAAAGGATTAGTATGCACAGCGGTAGACCGTGAAATAGCCAAACGGCTTGGGTTAGTATTAATGCCAACAACACATACAGACCCATTTGCAACTGCATTTACCATTAGTGTCGATCATAAGAAAACAACAACAGGTATTAGTGCATTTGACCGTGCGACAACCATTCGTGCGCTTGCGAACCCTTTCTCTGGAAAAGATGATTTTCATCAGCCTGGGCATGTGTTTCCGTTAATTGCTAAAGATGGTGGTGTGTTTGTACGTCAAGGACATACAGAAGCTGCAGTGGATTTAGCGAAATTATGTGGAGCTACGCCTTCAGGAACCATATGTGAAATCATCCATAGCGATGGATCGATGGCAAGACTGAATGATTTGGAGAAAATGGCTGAGCAATTTAATATACGGATCATTTCTGTACAGCAATTAGTAACATATAAAATAACACAAAATGAGGAGTGTGGCGTCATTGAGTAA	MDTIVEAVEDLKAGKLVIVVDDEDRENEGDFVAISEYIKADTINFMITHGKGLVCTAVDREIAKRLGLVLMPTTHTDPFATAFTISVDHKKTTTGISAFDRATTIRALANPFSGKDDFHQPGHVFPLIAKDGGVFVRQGHTEAAVDLAKLCGATPSGTICEIIHSDGSMARLNDLEKMAEQFNIRIISVQQLVTYKITQNEECGVIE	PGPT0007990_4636	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0007990-ribBA-K14652	NA	NA
AK148_02290	465	ribH	COG0054	6,7-dimethyl-8-ribityllumazine synthase	TTGAGTAACGTAATACAAGGGAACTTAGTTGGAACGGACTTAAAAATTGGCATTGTGGTTGGTAGATTTAATGATTTTATTACTGCAAAACTATTAGAAGGGGCACAAAACACATTACTGCGTCACGGTGTAATCGCTGATCATATTACAGTTGCTTGGGTACCTGGAGCATATGAGATTCCATTAGTTGCGAAGAAGATGGCAATGAAAGAAGCGTATGATGCGATTATTACGCTCGGGGCGGTGATCCGTGGTGCTACGCCACATTTTGATTATGTTTGTAATGAAGCGGCAAAAGGTGTATCGCAAGTATCGTTACTAGCGGATAAGCCAGTTATTTTTGGAATTTTAACAACGGAAACCATTGAGCAGGCGATTGAAAGAGCAGGTACAAAAGCTGGAAATAAAGGTTCTGAGGCAGCTGTTGCAGCGATTGAAATGGCAAATTTGCTTCAGAGCCTGTAA	MSNVIQGNLVGTDLKIGIVVGRFNDFITAKLLEGAQNTLLRHGVIADHITVAWVPGAYEIPLVAKKMAMKEAYDAIITLGAVIRGATPHFDYVCNEAAKGVSQVSLLADKPVIFGILTTETIEQAIERAGTKAGNKGSEAAVAAIEMANLLQSL	PGPT0008605_3677	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
AK148_02291	180			hypothetical protein	TTGAAACTTATATTAGCACAACTACTACTCATTGGTGTTGTCTGGATTGGTATGGCTTTTTTCTTTTCGGAAATGACAGAGCCAGCTAAGATTATTTTTTATTTAGTGACTTCATGGATGTTATTATTAATCGTACTTATTGCAAAAATATGGTGGAAAAACAGAAAGAATGAAGGATGA	MKLILAQLLLIGVVWIGMAFFFSEMTEPAKIIFYLVTSWMLLLIVLIAKIWWKNRKNEG				NA	NA	NA	NA	NA
AK148_02292	1875	uup	COG0488	ABC transporter ATP-binding protein uup	ATGCTATCAATAGAAAATACTTCCAAATCGTTTGGCGATAAAACACTGTTTCAAGCCATTACTTGTCATATTACTCGTGGTGAGCGAATTGGGTTAATTGGCGTCAACGGTACAGGAAAGTCTACCTTTTTAAAAGTTATTGCTGGCATCGAACCAGCCGATCAAGGAGAAATTCATCATGCGAATGATTATCGTATTCAATATTTATCTCAAGACCCGTCATTAGATCCAAACTTAACTGTAATGGAGCAAATCTATTATGGGGACGCGGCTATCATGAAGGTGATGCGTAATTACGAGGAAACGCTGCTTCAGTTACAGCAAAACCCTGAAAGTGAAAAGGTGCAAAACAATTTACTAGCTGCACAGCAAGAAATGGATCGCTTGGGAGCTTGGGAAGCTAATACGACAGCAAAGATGATTTTAACAAAGCTGGGAATTACAGATTTCGATAAGCCAACAGCGACACTCTCAGGAGGGCAAAAAAAGCGAGTAGCTCTTGCGAATGCATTAATTCAGCCTGCTGATCTACTTATTTTAGATGAGCCGACGAACCATTTGGATCATGCGGCTATTGAATGGTTGGAGAAATATTTACAAACGTATCCCGGATCGCTTTTGCTAGTAACCCATGATCGTTACTTTTTAAATCGAGTTACCAACCGAATTTTTGAATTGGATCGTGGTAATTTATATACGTATGAAGGTAATTATGAACTGTTCTTAGACAAGAAAGCAGAACGTGAAGAATTGGAAAAAAGTGAAGAAATAAAACATCAAAATACGTTGCGACGGGAATTAGCTTGGTTGAGAAGCGGTGTAAAGGCACGCTCTACAAAACAAAAAGCAAGAATTGATCGCGTGCAAGCTATGAAGGGAAAGACGTTTAATACAAAACAGGAACAACTTGAAGTTCCTGTTGGTTCGTCAAGGCTCGGAAACAAAGTTATCGAATTAAAACAAGTGCATAAATCATTTGGAAATAAAAAAATTCTATCTAATGTAAATCAACTGTTAATACCTGGTGACCGTGTAGGTATTGTAGGCCCTAATGGATCTGGAAAGACTACTTTTCTTCATATTATGGCACAACGGCTAATACCTGATGCTGGTGAAGTGATCGTTGGAGATACAGTAAAAATTGGTTATTATACGCAAGGGGAAGAAGAGTTAGACGGAGAACAGCGTATTATTGATTATATTAAAGAGATAGCGGACGTCATTTACACAAAAGATGGTTCTGTGATTACAGCTGAGCAAATGCTGGAACATTTTTTATTCTCGCGGAAACAGCAATGGACGTATATTCGAAAATTATCGGGCGGAGAAAAGCGCAGGCTATATTTACTGAAAGTGTTAATGCAAGAACCTAATGTGTTGTTTCTGGATGAACCAACAAATGACCTAGATACGCAAACGTTAAGCGTGCTAGAAGAGTACTTGGATCGTTTCCCAGGAGTTGTCGTCACTGTTTCTCATGATCGTTATTTCTTAGATCGAGTTGTCGACAGATTAATTATTTTTGATGGCAAAGGGAATATTACTTCGTATCATAGTAATTATAGCGATTTTTTAGCGCAACAAGAGAAAGCCGAAACAGCAACGAAAGCGGAAGAAAAGACCAAGATCGTAAAACAATCACCAAGACCACAAAAGAAAAAGCTGTCCTATATGGATAAGAAAGAATGGGACGAAATCGAGGATGTTATAGCTTCGTTGGAAGAAAAACTAGAAACGATTAAAAATGATATTGTGGAGGCGGGAAGCGATTCAGAAAAAGTGCAGAAACTATACGAAGAGCAGATGAGCGTAGAACAAGCTCTAAATAAAAAAATGGACAGATGGGAAGAACTATCTTTGCTTATAGAAGAATAG	MLSIENTSKSFGDKTLFQAITCHITRGERIGLIGVNGTGKSTFLKVIAGIEPADQGEIHHANDYRIQYLSQDPSLDPNLTVMEQIYYGDAAIMKVMRNYEETLLQLQQNPESEKVQNNLLAAQQEMDRLGAWEANTTAKMILTKLGITDFDKPTATLSGGQKKRVALANALIQPADLLILDEPTNHLDHAAIEWLEKYLQTYPGSLLLVTHDRYFLNRVTNRIFELDRGNLYTYEGNYELFLDKKAEREELEKSEEIKHQNTLRRELAWLRSGVKARSTKQKARIDRVQAMKGKTFNTKQEQLEVPVGSSRLGNKVIELKQVHKSFGNKKILSNVNQLLIPGDRVGIVGPNGSGKTTFLHIMAQRLIPDAGEVIVGDTVKIGYYTQGEEELDGEQRIIDYIKEIADVIYTKDGSVITAEQMLEHFLFSRKQQWTYIRKLSGGEKRRLYLLKVLMQEPNVLFLDEPTNDLDTQTLSVLEEYLDRFPGVVVTVSHDRYFLDRVVDRLIIFDGKGNITSYHSNYSDFLAQQEKAETATKAEEKTKIVKQSPRPQKKKLSYMDKKEWDEIEDVIASLEEKLETIKNDIVEAGSDSEKVQKLYEEQMSVEQALNKKMDRWEELSLLIEE				NA	NA	NA	NA	NA
AK148_02293	621			hypothetical protein	ATGTACTTTTGTTATAAATATATATGTACTATGACTGATTTCAAAAAGGTGAGTTTATTGAGTGCTGAAACATTATATCTGCAAATATATAACTTGAAAGAAAAACAGGGTAAGTTAGAATCAGAGTACTGGCAACTTACCTCTAATGTTGAAACATGGTATTTTTGGTTTAATATTTCGTTTTTCTTTATCCCGCTGTTCATTTTATACAAATTTATTGATCGAGAGAGAATATTTGAAATATCATTTTATGGATATTCTGTTCATATGATTAGTTCCAAAGTGAATGGTGCGTTAGAGGCGAATAATTTGGTTGTTCACCCTCATGATTTAACATCTTTATTTCCTAGTGGGATGACAGTAACAGCGGTCATTTTACCAGTAGCTTATATGCTATTGTATCAATATTGTACGAAGAAAAATAAAAATTTTTATGTCTATGCATTATTATTAACTATTTTTATTGCCTATGGACTTGATTACGTATTTGTTCTGAGTGATTATTTAAGGTTAAATAAAGGAATGAATTTAACTTATCTACTATTGCTTAATTTTTTGGTAGCGTCTTTGGCTTATTGGTTAACCTATTTATTTAGATGGATTAAAATGCAAACAAAGTAG	MYFCYKYICTMTDFKKVSLLSAETLYLQIYNLKEKQGKLESEYWQLTSNVETWYFWFNISFFFIPLFILYKFIDRERIFEISFYGYSVHMISSKVNGALEANNLVVHPHDLTSLFPSGMTVTAVILPVAYMLLYQYCTKKNKNFYVYALLLTIFIAYGLDYVFVLSDYLRLNKGMNLTYLLLLNFLVASLAYWLTYLFRWIKMQTK				NA	NA	NA	NA	NA
AK148_02294	585			hypothetical protein	ATGAATGAGCAAGAAATGAATAACAAAATATTACATTTAAAAGATGAGTTGGATTATTACAGGCAAGAATTCTGGGAGCTAACGTCAAGTTTCGATACATGGCAATTTTGGTTTAATTGGATAAGTGTTCTGATTCCACTTATTCTCTTGTACATTTTTATAGATCGAAAACGCGTTTTTGAATTAGGCTTTTTTGGGTTTGCTATTCATGTGATGTGGACAAATATAGATACAGTATTATCTATGAAGAATGTATTAATTACTCCACATAATATTTTTTATTTATTTCCAACCAGCTTAACAATTACAACGGTTGTATTGCCAATAGGTTTTATGTTTATATATCAATATTGCAAAAACAAAGGAAGAAATTACTATATCGCAGCAATTATTATGTCAGCCTTTTTCGGGTATGTGTTAGCACCTACTTTTGAAGCAATAGGAATGCTGGAGTTACGAGCAGGTATGAAATATACTTACATTTTTTTAATTGACATTACCGTTGCTTATTTGGCTTATTGGTTAACGAAGGGGTTCTGGTTATTAAAACGGCATGGAGGTAAATCATCAAAACAAGCAGGTTAA	MNEQEMNNKILHLKDELDYYRQEFWELTSSFDTWQFWFNWISVLIPLILLYIFIDRKRVFELGFFGFAIHVMWTNIDTVLSMKNVLITPHNIFYLFPTSLTITTVVLPIGFMFIYQYCKNKGRNYYIAAIIMSAFFGYVLAPTFEAIGMLELRAGMKYTYIFLIDITVAYLAYWLTKGFWLLKRHGGKSSKQAG				NA	NA	NA	NA	NA
AK148_02295	1728			hypothetical protein	TTGATAGGAATGCTAACAACAACAATACTTTCATTTATTTTGTATGCCCTTATCGCTATATTTTTTATTGCGCAAAATAAAAAATACCGCATGACAACACTAAAAGCAGTTGGACTTGTTTTTGTGACCTTATTCATACTCAGTGTGATTATCATATACATAGTCATGCCACCAATTACGATACCGAACATGACAATAGCAAATTTAATTGTCGGGACTGTAGGAATGGTTAGCTTATATGCACTAACAAAAAGTAAACCATTCACGAAATCAACCAAGCATTTTGATGCTATTACGGGCGCACTTATTCTGCTTGCCATTATTACTATTCCCGGTTTCATCATTCTAGGAATCTTTACGTTAGATGATGCACATCAATCCATAACCAAAGAAGAAGTAGATGAAGCAAAACCATTAGATCAAGACGCAACACCAATTGTTGTATCACCAGAATTCGCAAGAAATAAAGTGCAAAAGGCAATGAGTGTAGTACCAAATACACAGTTTTATGACCTAGGTAAATTACAAGTACAAAAGATTGGTGACGAGATCGTTTTTGTAGCCCCTGTAGAGTTTACTGGGTTTTGGAAATATTTTCGCGGTAAAGAAACAGAAGGATATTTCACCATCTCAGCTACAGATGTAAACGCGCAGCCAAAATTTATAAAGAGCAAGATGAAATATACCAATTCCAGTTACTTTAACCATCAAATATCACGAACGATTTACAATGCACATCCTGGTTATATTCAAAGTGGAGAAGCGCAAATTGAAGTCGATGAAGAAGGAAAACCTTGGTATGTACAGACACTGTATAAACCGATTGGCTTAACGAATAAACCTAATTTGCAAAATTTACATGTCGCTGTTGTTGATCCAGTCTCCAGTAATGTAAAACTGTATAAATCAGAAGAAGCACCTTCATTTATTGAAGGCCCTATTAGCTCTGAGATGGCTTCAGAGGAAAATGAATACTTCGGAAAATATGTGCATGGGTGGCTCAATTCTATCTTTGGCAAAAAAGATGTTAAAATACCGAACGAATCTGGAACGGAAGCAAGTGTTACACCAATTTTTGACGAAAATGGGGAAATGCATTATTTTACAGATATGTCCTCTCCAAAGGAAAATATTGACTCTGCCCTAGGTTATACACTAATAAATGCTAGAACAGGTAAATTAACATATTATAATGGTGAAAAAAATAACGGCATTATGGATAGCAAAGGTGCTAAAGAGATTGTCAACAAAGAATTTCCAGAGAAAAAATGGACTGGATCCATGCCGGTTCTTTATAATATCGATGGAAACCCTACATGGGTCGTGAATGTTCTCGACCCAAATGGACTCTTTAAACATTATGCTTATATTAAAGCAGCCGATTCCGATTTCGTCGTCTTTGGAGATACTGCTAGAGGCACACTAGAATCTTATCGACTTGCTTTGGCACAAGATCCAAGTAATGTGGAATCAACGGGAGACGCAAACTTAGAAAAGCGTGACGGAGAAGTAGAACGTGTACTAGTTACAACGCAAGATAAAAAGCAAGTTGTACAATTTCTACTTCAAGATGACTCTATTATCTACACGGTGAACTCCGGAAAAGCTCCAAGAGCCATATTCTTGCAGCAAGGAGATAAAGTAAAATTAGAAGCTAATATTAGAGACAACCAAACAGCTATCGTAGAAACGATCACAATTGAGGGGTTGACCAACACCGAACAGTAA	MIGMLTTTILSFILYALIAIFFIAQNKKYRMTTLKAVGLVFVTLFILSVIIIYIVMPPITIPNMTIANLIVGTVGMVSLYALTKSKPFTKSTKHFDAITGALILLAIITIPGFIILGIFTLDDAHQSITKEEVDEAKPLDQDATPIVVSPEFARNKVQKAMSVVPNTQFYDLGKLQVQKIGDEIVFVAPVEFTGFWKYFRGKETEGYFTISATDVNAQPKFIKSKMKYTNSSYFNHQISRTIYNAHPGYIQSGEAQIEVDEEGKPWYVQTLYKPIGLTNKPNLQNLHVAVVDPVSSNVKLYKSEEAPSFIEGPISSEMASEENEYFGKYVHGWLNSIFGKKDVKIPNESGTEASVTPIFDENGEMHYFTDMSSPKENIDSALGYTLINARTGKLTYYNGEKNNGIMDSKGAKEIVNKEFPEKKWTGSMPVLYNIDGNPTWVVNVLDPNGLFKHYAYIKAADSDFVVFGDTARGTLESYRLALAQDPSNVESTGDANLEKRDGEVERVLVTTQDKKQVVQFLLQDDSIIYTVNSGKAPRAIFLQQGDKVKLEANIRDNQTAIVETITIEGLTNTEQ				NA	NA	NA	NA	NA
AK148_02296	1047			hypothetical protein	ATGCAAACCATCTATAGTGATGTGAAACAATTTCGGGGCAGTCATTATGATTTTGGCTATCAACAAGGATTGGATCTAAAGCAGACATACATATTACAAAATAGGAAAAAACAATGGAATATTCGACAACCACGATTTGACATTCATGAAACTGAAGTAAAGCGAATCGTCCAACCAATTGCACCCGGAATCTGGGATGAATTATGTGGGTTAATGGATGCACTTCAATGGCAGATGGTTGATATACTAAAAGAATTTGGTGGTTACCGACTGGAGTATAAAAAAAGCGGCTGTTCCATTTTTACTAGTTCTGATTACATGATTCGTAACTACGATTACCATCCGAAGACTTATGAGTGTCGCTATATGGTTTTTCAGCCGAACGATCAAGGCTATGCAACGGTTGCTCCATCTCAACGCATCACTGGTAGAATGGATGGAATGAATGAACACGGATTAGCAATCGGCTATAATTTTATTCACCGGCGTCGTCCGAAAGACGGATTTATTTGTAATATGATTGCAAGAATTATCCTAGAGAATTGTAAAAATGCACAAGAAGCAATAGCTTTATTACAGGAAATCCCCCATCGACATTCGTTTAGTTATGTTTTATTGGATAAAAATGGGGAAAGCTATATTGTAGAAGCGTCACCTCGGTCTGTATATATTCGTACAGATCAAGTTTGTACCAATCACTTTGAGAATCTGGTTGAAGAGAATCGCCATCATTTAAAAGACTCAAAACGAAGGCAACAAACCATCCAGGAGGAAACGAACGCTACAACCAGTGCTTATGAAGCTTTTAAGCTGATGAATGATTCTAAACGTGGGGTTTTTTCGACGAAATATAAGCAATGGGCTGGTACGATTCATACATCAGGTTATTTTCCTAAGCAGTTAAAAGCATGGTTCGCTTTGGGAGGCGATAGAGACCCGGTTATTTTTGATTTCAAAAAGTGGTTAAGTGGAAAAAACTTTACTATTAAACAGGTGATTGGTAAAGTAGATACTTCATTACCGTTTATTCATATGGAAAGAATATGA	MQTIYSDVKQFRGSHYDFGYQQGLDLKQTYILQNRKKQWNIRQPRFDIHETEVKRIVQPIAPGIWDELCGLMDALQWQMVDILKEFGGYRLEYKKSGCSIFTSSDYMIRNYDYHPKTYECRYMVFQPNDQGYATVAPSQRITGRMDGMNEHGLAIGYNFIHRRRPKDGFICNMIARIILENCKNAQEAIALLQEIPHRHSFSYVLLDKNGESYIVEASPRSVYIRTDQVCTNHFENLVEENRHHLKDSKRRQQTIQEETNATTSAYEAFKLMNDSKRGVFSTKYKQWAGTIHTSGYFPKQLKAWFALGGDRDPVIFDFKKWLSGKNFTIKQVIGKVDTSLPFIHMERI				NA	NA	NA	NA	NA
AK148_02297	672			hypothetical protein	ATGAAGCTTTTTCAAGTGAGGAAAGGGCAGTTTGTTTTTTATCGAAATGAATTGCACCAAGTGTATTCAGTAAAACCGATGTTTAAGAAATCTGTCCATTTATATCGTTTAAAGGATATGCAACAGATATTGACGAAAGCAAGTGAAATTGAATTATGTCGCCCACAACATAATGATACATTTATTTTTTATGGGAAACGATATACCATTGATAAATATAAACGACCAGAGCCAGGTGATTATATTCTAATCATTAAGCCAGCGCCAGATTTTCTTGACCACTATTCACTGAATGCGATTGAAAAAGTTGATAGTGTAGAAGATGGGAATGTGGTTACTACTAGGGATAATGGTGTAAAGCATAGCGAATATGTTGTGATGGTTCCAGGGAAAGCAGAAGCTAGTCGAGAAATTGCATATTATGATAAAAGTTTGGTCCCTGAGGAACAGCAAATTCAAGATGAATCGATCAGCTACTTGGCAGAAAGTGATACGAATCTTAAACCTGCTGTTGGGGATATTTATATTGATGTACATCAAGAAACAAAGGCAATGATTGTTGCGATGACCGAAGATGAAGTCGTATTTGGTCACGGTGTTCGTATACATGTATCTGATTTGTTAAATGAAGAGAAGTATAAATTAGTTTATCGGTTTGAAGAGGATTTATAA	MKLFQVRKGQFVFYRNELHQVYSVKPMFKKSVHLYRLKDMQQILTKASEIELCRPQHNDTFIFYGKRYTIDKYKRPEPGDYILIIKPAPDFLDHYSLNAIEKVDSVEDGNVVTTRDNGVKHSEYVVMVPGKAEASREIAYYDKSLVPEEQQIQDESISYLAESDTNLKPAVGDIYIDVHQETKAMIVAMTEDEVVFGHGVRIHVSDLLNEEKYKLVYRFEEDL				NA	NA	NA	NA	NA
AK148_02298	1092	gldA		Glycerol dehydrogenase	ATGTCAGAAATCATTTTTATTTCACCAAGCAAGTATATTCAAGGAAAAGATGCTTTAAAGAGTCTAGGAAAACATGTCAAGCCAATTGGTAAAAAGCCATTAATTTTGTCTGATGATGTGGTGTGGGAGATTACAAAAGAAACCATTGAAGCAAGTATGAAAGAAGAAAATGTAGCTTATCATTATGTACCATTTAATGGTGAGGCATCCATAGCTGAAATTGATAGAGTTGTAAAGGAAGGTAAAGAAGCAAGTGTTGATACGGTAATAGGTGTAGGTGGTGGAAAGACGCTAGATACTGCAAAAGCAATTGCTGACGGACTGGAAGTAAGCGTTATTATTGTTCCAACAACTGCGTCTACTGATGCTCCTACAAGTGCGTTATCCGTTATTTATAGCGATGAAGGTGTATTTGAGTCGTATAAATTTTATGATAAAAACCCAGATCTTGTATTAGTTGATACCGCCGTTGTCGCTAAAGCGCCTGCAAGGCTGTTTGCTTCTGGAATCGCTGATGCAATGGCAACATGGGTTGAGGTAAGAGCTACATTGAAGAGTAATGGAGAAGCTATGGCAGGTGGAAAACCAAGTATTGCTGCGAAAGCTATTGCCAAAGAATGTGAACATACACTATTTGCATATGGTGAGGCTGCATTTCAAGCAGTGAAGAAAGGTATTGTAACCAAACATGTAGAAGCTGTAGTTGAAGCAAATACATTGTTATCTGGTTTAGGTTTTGAAAGTGGCGGTCTAGCCGGTGCGCACGCTATCCATAATGGTTTCACAGTTCTAGAAGGCGATATTCATCATTTAACACATGGTGAAAAGGTCGCTTATGGTACATTAGTACAGCTTGTTTTAGAATTGCATCCAAAAGATGAGTTACAAAAATACATCGACTTTTATAAGAAATTAAGCTTGCCAACGACTTTAAAAGAGATGCATTTGGATAATACTTCTTATGAAGATTTACTCCGAGTTGGTAAGGCTGCTACACAGGAAGGCGAAACGATGAGCAATTTATCCAATGAAGTTACTGCAGATGATGTGGCCAATGCCATTCTTGCTGTAGACCAATTAAGTAATGCGTAA	MSEIIFISPSKYIQGKDALKSLGKHVKPIGKKPLILSDDVVWEITKETIEASMKEENVAYHYVPFNGEASIAEIDRVVKEGKEASVDTVIGVGGGKTLDTAKAIADGLEVSVIIVPTTASTDAPTSALSVIYSDEGVFESYKFYDKNPDLVLVDTAVVAKAPARLFASGIADAMATWVEVRATLKSNGEAMAGGKPSIAAKAIAKECEHTLFAYGEAAFQAVKKGIVTKHVEAVVEANTLLSGLGFESGGLAGAHAIHNGFTVLEGDIHHLTHGEKVAYGTLVQLVLELHPKDELQKYIDFYKKLSLPTTLKEMHLDNTSYEDLLRVGKAATQEGETMSNLSNEVTADDVANAILAVDQLSNA	PGPT0008270_743	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0008270-gldA|dhaD-K00005	NA	NA
AK148_02299	1344	cdr_2		Coenzyme A disulfide reductase	ATGGCACAGAAAATACTCATTGTAGGTGGAGTTGGTGGAGGCGCTACAGTTGCAGCACAAATTCGTAGAAATAATCAAGATGCTGTCATTATGCTGTTTGAAAAAGGAGAATACGTCGCTTTTTCCAATTGTGGCATGCCCTATTATTTAGGAAGTACTGTGCAAGACCGAGATCAGATTTTATTTTCTACAGAGAAATTTGCCGAAAAGTATAGTGTAAACGTAAGAACCAAGGCTGAGGTAACCGCCATTCAGCGAAACGAGAAAACAGTTACTTACATGGCAGATGGACAAGAAAACACGGAGAACTACGACAAACTTATTTTATCTCCGGGCGCTACCGCAATCATGCCTTCTATCCCAGGATTAAATAAAGCACGCACTTTTTCTCTGCACACAATCCCTGATATGGATAAAATTGCGAAGTACATGCAAGAACAGCAACCAAAAACAGCCGCCATCGTTGGAGGAGGTTTTATTGGTTTAGAAATGCTGGAAAATCTTTATGAACAAGGGATAACATGCACATTAATTGATCGGTCTGAGCAAGTAATGAATCCCGTAGATAGTGATATGGCTGCACTTGTCCATTCGTATATAAAAGAAAAAAATATAAACTTAGTCCTTCATGATGGGTTAAAAAAGTTTACGAATGACGGAAGAACTTTACATTTAGAGAGTGGCAAAACAGTAGAAGCTGATCTGACCATTATGGCTGTAGGAATAAAACCACATACCCAATTAGCAAGCAATGCGGATTTATCAATTGGCGAAACAGGCGCTATTAAAGTAAATCATTTTATGCAAACGGAAGACCCTTCCATCTATGCACTTGGAGACGCTGTGGAGACAACCGATGAAATTACTGGAGCAGCAAAAATGATTGCTTTAGCCTGGCCAGCCCATCGCCAAGCATTTATCATCGCTAGCCATTTAAACAATGAACATATCCCCTATCAAGGGACTATTGGCTCAAGTATATTAAGGCTATTTGATATGACCATTGGAGCCACAGGAGCTAACCGTAACAGTTTAACAGCGAATGGTATGTCATTTAAAGAAACAACAATAGAAACCTTATCAAATGCTAGTTATTTTCCTTCTGCAGACAAGCTTTGGATCAAAGTTTTATTTGATGCTAAAAATGGGCAGATTTACGGTGGACAAGTGGTTGGCTATGCAGGTGCTGATAAACGGTTGGCCATTCTATCAACTGCTATTAAAGGGAAGCTTACTGTTTTTGATTTGCAAGAATTAGAGCTTGCCTATGCACCGCCTTATTCTAGTCCAAAAGATCCCGTGAATATCCTTGGATACAAAGCAGCATCTATGTTAAAAAAATAG	MAQKILIVGGVGGGATVAAQIRRNNQDAVIMLFEKGEYVAFSNCGMPYYLGSTVQDRDQILFSTEKFAEKYSVNVRTKAEVTAIQRNEKTVTYMADGQENTENYDKLILSPGATAIMPSIPGLNKARTFSLHTIPDMDKIAKYMQEQQPKTAAIVGGGFIGLEMLENLYEQGITCTLIDRSEQVMNPVDSDMAALVHSYIKEKNINLVLHDGLKKFTNDGRTLHLESGKTVEADLTIMAVGIKPHTQLASNADLSIGETGAIKVNHFMQTEDPSIYALGDAVETTDEITGAAKMIALAWPAHRQAFIIASHLNNEHIPYQGTIGSSILRLFDMTIGATGANRNSLTANGMSFKETTIETLSNASYFPSADKLWIKVLFDAKNGQIYGGQVVGYAGADKRLAILSTAIKGKLTVFDLQELELAYAPPYSSPKDPVNILGYKAASMLKK				NA	NA	NA	NA	NA
AK148_02300	1347			hypothetical protein	ATGCAAAATAAACCAGAGCAATGGGCAAGTAAAATTGGATTTATTCTTTCGTCAGCTGGTGCGGCGATTGGACTTGGAGCTATTTGGAAATTTCCATATATGACAGGGGAAAATGGTGGTGGTGCTTTTTTCCTTTTATTTATCGCTTTTACGATTATTATCGGCTTACCTATATTAATAGCTGAATTTATTATTGGCAGAGGTGCACAAAAAGAAGCCATATCAGCATACCAAACGTTAGCTCCCAAACGAGGCTTATGGAAATTTATTGGACATTGGGGCGTAGCTGGATCATTTCTACTCATGTCTTTTTATAGCGTTGTAGGCGGGTGGGTGCTCACGTACAGCTTTTTATCTATTCCAGGAATGATTATTGGGAATGAAACAAACTATGCCGATCTATTCGCCACGATTACTGGTAGTCCTTTTTATACAATTTTAGGCCATTTCCTATTTATTCTTATTAATATTATTGTTGTTTCCTTTGGTGTTAAGGATGGAATTGAAAAAACAAGTAAAATTTTAATGCCATTATTATTTATTTTTTTCATCATTCTCGTCATTCGATCCGTCACTTTCGAAGGAGCGATGGAAGGAATTCGTTTCTTTTTACAACCTGATTTCTCAAAATTAAACACAGAAAATGTTCTTTATGCACTGGGGCAATCCTTCTTCTCCCTTGCAGTAGGTGTTTCCGTCATGGTCACTTATAGTTCTTACTTGAAAAAGGATGTTAGTTTGCCAATGTCAGCAGCTTCTGTTTCTATTATGAATATTTTTGTCTCTTTGCTTGCAGGTTTAGCTATATTTCCTGTTGTGTTTGCTTTCGGCTTAGAACCTGCTGAGGGGCCAGGGTTATTATTTATTGTTTTACCTGAAGCTTTTGCTCAGATGCCATTTGGAGAGTTGTTTTTAAGTTTATTTCTATTATTATTCTTATTTGCCGTATTAACCTCTTCACTTAGCATGCTCGAAATTATTACTGCAGCCGTGACAGCAAAGAAACAACGTTCCCGACGGACCGTAGCTTTTCTGGCAGGTATGCTTATATTTATTACCGGAATCCCTGCAGCATTATCTTCTAGCAGTTTATCGGACGTAACTATTTTTGGAAAAACATTTTTCGATGCTTCCGATTTTTTAGTAAGTAATATTATGCTACCTGGTGGGTGTTTATTTATTTCCTTATTTGTCGGCTTTAAGCTTGAAAAACAGCTCATAAAGCAAGAGTTTGGTTATGGAAATGAACTAGGAGATACGGTATATAAGGCTTGGTACCAATTACTTCGCTGGCTAGCGCCAATAACTATTCTTATCGTATTTTTAGGTTCTCTTGGCTTCATATAA	MQNKPEQWASKIGFILSSAGAAIGLGAIWKFPYMTGENGGGAFFLLFIAFTIIIGLPILIAEFIIGRGAQKEAISAYQTLAPKRGLWKFIGHWGVAGSFLLMSFYSVVGGWVLTYSFLSIPGMIIGNETNYADLFATITGSPFYTILGHFLFILINIIVVSFGVKDGIEKTSKILMPLLFIFFIILVIRSVTFEGAMEGIRFFLQPDFSKLNTENVLYALGQSFFSLAVGVSVMVTYSSYLKKDVSLPMSAASVSIMNIFVSLLAGLAIFPVVFAFGLEPAEGPGLLFIVLPEAFAQMPFGELFLSLFLLLFLFAVLTSSLSMLEIITAAVTAKKQRSRRTVAFLAGMLIFITGIPAALSSSSLSDVTIFGKTFFDASDFLVSNIMLPGGCLFISLFVGFKLEKQLIKQEFGYGNELGDTVYKAWYQLLRWLAPITILIVFLGSLGFI	PGPT0013950_910	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013950-TC_NSS-K03308	NA	NA
AK148_02301	849	kynA	COG3483	Tryptophan 2,3-dioxygenase	ATGGTAAATAATAAAGAAGATCGCGTTTTTCATGCGGAAGATGGGATTCATACAGATTTCAAAGAAAAAATGACATATGGGGACTATTTACAGTTACATACATTGTTAGCTAGCCAAAAACGTTTATCTACCCATCATGATGAAATGCTCTTTATCATTATTCATCAAGTGAGTGAGCTTTGGCTAAAATTAATTATCCATGAAATCCAAGCAGCAATTACAGCAATTCAAGAGGGGAAATTGCAAGCATCTTTTAAAATGTTAGCACGTGTTTCCAAAACGCAATCGCAAATTATTCAAGCTTGGGATGTATTATCTACTTTAACACCTGCAGAATACATGGAATTTAGAGACAGCCTTGGGAATGCATCAGGTTTTCAATCCTACCAATATCGGCTTGTCGAATTTGTACTTGGGTACAAGACACCCTATATTTTAAAAATATATGAAAAAGACCCAGAGGTTTACCAAGTATTAAGGAATGCGTACTATGCACCTGGTCTTTATGATGTAGCTATTATAGCTTTGGCAAAACAAGGATTAACAATTAATCCGGACATTTTACAACGAGATTATTCAAAAACATATGAAAAAGAGGCTTCCGTTGAGAAAGCTTGGCTAACCGTCTACCAAAATACCAACCATTATTGGGAATTATACCAGCTTGCGGAAAAACTAGTAGACATTGAAGATTGGTTCCAACAATGGCGATTCAGACATATGAAAACCGTAGAACGAATTATTGGCTTTAAAAGCGGAACAGGTGGTTCATCAGGTGTGCACTATTTAAAAAAAGTACTTGATCACTATTTTTTCCCTGAGTTATGGGAAATACGTAGCAAACTATAA	MVNNKEDRVFHAEDGIHTDFKEKMTYGDYLQLHTLLASQKRLSTHHDEMLFIIIHQVSELWLKLIIHEIQAAITAIQEGKLQASFKMLARVSKTQSQIIQAWDVLSTLTPAEYMEFRDSLGNASGFQSYQYRLVEFVLGYKTPYILKIYEKDPEVYQVLRNAYYAPGLYDVAIIALAKQGLTINPDILQRDYSKTYEKEASVEKAWLTVYQNTNHYWELYQLAEKLVDIEDWFQQWRFRHMKTVERIIGFKSGTGGSSGVHYLKKVLDHYFFPELWEIRSKL	PGPT0020505_1116	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TRYPTOPHANE_DEGRADATION,PGPT0020505-kynA-K00453	NA	NA
AK148_02302	654	kynB	COG1878	Kynurenine formamidase	ATGGCACAATGGATAGATATTTCCCAACCGCTTTCAAATCAGATTGCCCATTGGCCTGGAGACACGCCTTTTCAATATCAGTTAACTGCTTCCATGGAGGAAACAAATTCTGTAAATATCGGCAATATACAAACGAGCTTGCATATTGGTACACATATTGATGCGCCGTATCACTTTAGCAAAAACGGAAAAACAGTCGACCAACTACCGCTCGAACCATATATTGGCAAGGCGGTCGTTCTCGATGTAAGCCGAACGGATATCATTAATGCTGCAGTTTTATCACAGATGAATTGGTCAAACGATATCAAGCGCGTTTTATTACACACACCTTTGCCAAATAATCCAACTCTATTTCCTGAAACGCTTCCATATTTAGATCCAGATATTGCCCCCTTCTTGCAAGCGCAAGGTGTTGTTTTATTAGGCGTCGATATGCCTTCTGTCGATGCACCAGATAGTAAAGACTTATCCACACATCACGCTTTAAGCAAACATGGAATACTTATTTTAGAAAATTTGCTGTTGGATACTGTACCAATTGGAGAATACGAACTTATAGCCCTTCCACTAGCTATACAAGGCGCTGATGGCAGCCCTGTCCGCGCAGTCATACGCCCCATTGAAAAGGAGGAGAAGCTACATGGTAAATAA	MAQWIDISQPLSNQIAHWPGDTPFQYQLTASMEETNSVNIGNIQTSLHIGTHIDAPYHFSKNGKTVDQLPLEPYIGKAVVLDVSRTDIINAAVLSQMNWSNDIKRVLLHTPLPNNPTLFPETLPYLDPDIAPFLQAQGVVLLGVDMPSVDAPDSKDLSTHHALSKHGILILENLLLDTVPIGEYELIALPLAIQGADGSPVRAVIRPIEKEEKLHGK				NA	NA	NA	NA	NA
AK148_02303	1272	kynU		Kynureninase	TTGCAAACAAATATGCATAGAGCCAAGCAATTAGACAAACATGATACATTAGGTCACTATCGAGAAGAGTTTTACACTTCTTCTGAAAAAATTTATTTGGATGGTAATTCTTTAGGATTACTATCTACCCGAGCAGAGACAGCACTTCTCAAATTATTAAATTCCTGGAAAGAGTATGGTATCGACGGATGGACGGAAGGGGAATATCCTTGGTTTTATTTATCGGAAAAATTAGGAGCGATGACCGCACCGTTAATAGGAGCCCACGATGAAGAAGTTATCATTACTGGATCAACAACGACGAATTTACATCAGCTTACAGCAAGTTTTTTTCAACCATATGGAAAGCGAACGAAAATCCTTGCTGATACTCTAAATTTCCCATCCGATATTTATGCATTAAAAAGCCTATTACAATTAAAAGGTCTGAACCCAGATGATCATCTCGTTCAAGTAAAAAGTACAGATGGAAACACATTACAAACGTCTGCAATTATTGAAGCAATGACAGAAGATATCGCCTTTATTATCTTACCTAGTGTTCTATACCGAAGTGGACAAATTCTTGATATGGAAACGATTACAGAAGAAGCACATGTAAGAGGCATCAAAGTAGGCTTTGACCTGTGCCATTCGATTGGAGCCATTCCACATCAATTGTCAGCATGGGACGTTGATTTTGCCTTTTGGTGTACGTATAAGCATTTAAACGGGGGACCAGGCAGTGTTGGTGGCTTATATGTTAATCGCAAGCATTTCGGAACCGCTCCTGGACTTGCAGGATGGTTTAGTTCCGACAAAGCGAAACAATTTGATATGGAACATAACTTAACACATGCTGCTCATGCCGGTGCATTTCAAATTGGGACACCACATGTGTTAAGTGCCGCCCCATTAATTGGTTCACTGGAAATGATCACAGAAGCAGGCATAGAAGCGATAAGGAAAAAATCACTACGGTTAACAGCCTATTTCATGAATTTAATCGACAAAGAGCTTGCTGGATATGGTTTTACAATAGCGAATCCACGATCTGATTCCCTTCGAGGTGGACATATATATTTAGAACATAAAGAAGCTGCCCGCATATGTAAAGCATTAAAAGCAAATGGCGTTATTCCAGACTTTCGCAACCCAAATGGGATTCGTTTAGCCCCTGTTGCTTTGTATAATACATTTTCAGAAGTATGGCAAACCGTACAAATACTTAAAAATATTATGGAAGAAAAAACCTATACAAACTATGAAAATAAACGGGGAGTGATTGCATAG	MQTNMHRAKQLDKHDTLGHYREEFYTSSEKIYLDGNSLGLLSTRAETALLKLLNSWKEYGIDGWTEGEYPWFYLSEKLGAMTAPLIGAHDEEVIITGSTTTNLHQLTASFFQPYGKRTKILADTLNFPSDIYALKSLLQLKGLNPDDHLVQVKSTDGNTLQTSAIIEAMTEDIAFIILPSVLYRSGQILDMETITEEAHVRGIKVGFDLCHSIGAIPHQLSAWDVDFAFWCTYKHLNGGPGSVGGLYVNRKHFGTAPGLAGWFSSDKAKQFDMEHNLTHAAHAGAFQIGTPHVLSAAPLIGSLEMITEAGIEAIRKKSLRLTAYFMNLIDKELAGYGFTIANPRSDSLRGGHIYLEHKEAARICKALKANGVIPDFRNPNGIRLAPVALYNTFSEVWQTVQILKNIMEEKTYTNYENKRGVIA				NA	NA	NA	NA	NA
AK148_02304	1554			hypothetical protein	ATGGAAGAAACAATATGGGCATTAATTCCGCCAGTGATGGCAATTATCATGGTTTTGTTGACGAAAAGAGTATTACTGTCTCTAGGTATGGGTATTATTACTGCAGGTTTGTTTTTAGCTGAGTTTCGTTTAGGAAGCACACTACAGTTCATATGGGAAGCGTTTAAAGGGGTGTTTATTGTAGACGGGGCACTAAATACGTGGAATATTTTTATATTGTTATTTGTCCTTATGCTAGGTATGCTAACAGCTTTAGTTACCATGATGGGAGGAACACGTTCTTTTGCTACATGGATGATTCGTAAGGTTAAAACGAGAGCTGGAGCAAAGTTAATGACGGTTTTATTTGGCGTTATTATTTTTGTTGATGATTATTTTAACAGCTTAACAGTTGGGCAGATTGCGAAGCCTGTTACAGATAAGCAACGCATATCACGTGCGAAGCTTGCTTACCTTGTCGATTCTACTTCTGCTCCAATTAGTGTAGTAGCACCTATATCAAGTTGGGGAGCTTATATTATTGGTATTATAGGTACATTATTAGCGACCCATCATATAACGGAGTACGGTGCTTTCCAAGCATTTTTACAAATGATTCCAATGAACTATTATGTTTGGGCTGCATTAGGCGTCGTCATATGGATAGCAACGAAACAAGTTGATTTTGGGCCTATGAAAGTGCATGAACAGCGAGCAATAAAAACAGGAGAGGTATTAAGTCCAGAGCGAAAAGAGCAAATAGATGTCGATGCAAAACTTTTTGTAAGTGAGCTTAGCAAAAAGCGCGATTTAGTTCTTCCGATGATTACTTTATTTTTGGCCACATTAATTGCTATCTATGTGAATGGTTTACGTAACGTAGAAGGCGAAAGAACATGGATGAATATACTCGGGAGCGCTGATGTATCTTTTGCGTTATTCGTTGGCGGTGTTATCGGTATGGGAATGACCATGATTCTTTTTAATCATCATATTCGCACAGGTAAACTATCCCTTAAAAACTTTATTATGGGAGTTGCTACAGGAGGTAAATCGATGATGCCTGGGTTCAGTATTCTTATTTTTGCTTGGGCTATCGCAACGTTAATTGATCAGCTTGGTACGGGCGTTTATTTAGCTAGTGTTGTCGAAGCTACACATGTAAGTTTTGATTTACTCCCATTTGTTGTATTTTTAATGGCGGGATTTATTGCATTTTCAACAGGTACATCTTGGGGATCATTTGGTATTTTACTGCCAATTGCTGCTGAAATAGCAGTAGCAACAGATGTAACGTTATTTTTACCTATGTTAGCGGCTGTTTTAGCTGGGGCTGTATTTGGTGATCATTGTTCCCCTATTTCTGATACGACGATTTTGTCGGCAACGGGTTCTAGTTGCCATCATATTGATCATGTTACAACGCAAATCCCTTATGCGCTTGTAGCTGCAGGCATAGCTGGCATTGGGTATATTACCTTTGGATTTACAGGAAATGTCTGGTTAGGTTTAGGCTTAGTTATACTAATCATTTTAAGCTTATTTATCACTGTACGCAGAAATAAAGTGATATAA	MEETIWALIPPVMAIIMVLLTKRVLLSLGMGIITAGLFLAEFRLGSTLQFIWEAFKGVFIVDGALNTWNIFILLFVLMLGMLTALVTMMGGTRSFATWMIRKVKTRAGAKLMTVLFGVIIFVDDYFNSLTVGQIAKPVTDKQRISRAKLAYLVDSTSAPISVVAPISSWGAYIIGIIGTLLATHHITEYGAFQAFLQMIPMNYYVWAALGVVIWIATKQVDFGPMKVHEQRAIKTGEVLSPERKEQIDVDAKLFVSELSKKRDLVLPMITLFLATLIAIYVNGLRNVEGERTWMNILGSADVSFALFVGGVIGMGMTMILFNHHIRTGKLSLKNFIMGVATGGKSMMPGFSILIFAWAIATLIDQLGTGVYLASVVEATHVSFDLLPFVVFLMAGFIAFSTGTSWGSFGILLPIAAEIAVATDVTLFLPMLAAVLAGAVFGDHCSPISDTTILSATGSSCHHIDHVTTQIPYALVAAGIAGIGYITFGFTGNVWLGLGLVILIILSLFITVRRNKVI	PGPT0027895_306	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0027895-tet35-K18218	NA	NA
AK148_02305	1170	dapL_2	COG0436	LL-diaminopimelate aminotransferase	ATGGTTTTTATGTCGGAAAAAGTACAAAATCTTCCTCCATATTTATTTTCGCAATTTCAGCAGCGAAAAAAACAATTGGAGAATAATGGTGTAGATGTCATTGATTTAGGGATTGGCTCTCCTGATTTGCCAACACCAGCATTTATTTGTGAGGAATTACAGGAGCAAGTAAAGTGTCCGGAAAATCATCGTTACTCTCCATATAGTGGATGTGACGAATTTAAGCAGGCAGTAGCTTCTTATTATGATAGACGCTACGCGGTCACCCTTGACCCTAATACCGAAGTACTCGCATTAATTGGTTCTAAAGAAGGGATTGCTAACTTAATTCAAGCGGTTATTAATCCAATGGATAAAGTGCTTGTTCCAGATCCTGGCTATCCAGCTTATCGAAAAGGCGTTCATTTAGCAGGGGGAGTAAGTGTCACGTTGCCACTTGACGCTAAAAAAGGGTACGCACCTATGTTCCAGCATATATCTAAAGATGATGCGGAAGAAGCAAAAATGATGTTTTTAAATTACCCTAACAATCCAACAGCAGCGCATGCAGAATGGCGAACTTTCTTGGAAGCGGTTTCTTTTTGTCGAAAATATAACATTCTACTCGCGCATGATGCGGCTTATGATCTTGTAACCTTTGGAAAGTATCGAGCGCCAAGTGCTTTGCAAGTACCTGGCGCCAAAGAAAACGTTGTTGAATTAGGTTCCCTGTCCAAGAGTTTTAATATGACCGGGTGGAGAATTGGCTATGTTGTCGGAAATAAGGAAGTTATTCATGCGCTTGCTACGCTAAAAGGTAATATAGATACGTGCCAGTTTATGCCCATACAAAAAGCTGCGGCAAAAGCTTTGACGAGTGATTTAACCGCTGTAGAAAAGAATAACTCAGTATATGAACAGAGAATAGAAAAGCTTTATCTTGCCTTAACAGAATTAGGATTCCATACTGAAAAACCAAGAGGGACGTTATACCTTTGGGTAGAAGTACCTAAAGGCGAAAGTTCTCTGTCATTTGCGAATCGACTTTTGGAAGAAGCGGGGATCATTGTAACGCCAGGAACGGCATTCGGAGATAATGGAGAAGGATTTATTCGAATTTCCCTTTCTGTGCATGCAGAACGTTTAGATGAAGTCATTCGCCGTTTAAAGGCGTTAAATAAAAGGAGATGA	MVFMSEKVQNLPPYLFSQFQQRKKQLENNGVDVIDLGIGSPDLPTPAFICEELQEQVKCPENHRYSPYSGCDEFKQAVASYYDRRYAVTLDPNTEVLALIGSKEGIANLIQAVINPMDKVLVPDPGYPAYRKGVHLAGGVSVTLPLDAKKGYAPMFQHISKDDAEEAKMMFLNYPNNPTAAHAEWRTFLEAVSFCRKYNILLAHDAAYDLVTFGKYRAPSALQVPGAKENVVELGSLSKSFNMTGWRIGYVVGNKEVIHALATLKGNIDTCQFMPIQKAAAKALTSDLTAVEKNNSVYEQRIEKLYLALTELGFHTEKPRGTLYLWVEVPKGESSLSFANRLLEEAGIIVTPGTAFGDNGEGFIRISLSVHAERLDEVIRRLKALNKRR	PGPT0012760_2	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	OTHER_BIOTIC_STRESS_RESISTANCE_GENES	BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0012760-bacF-K19549	NA	NA
AK148_02306	1653	ilvB_2	COG0028	Acetolactate synthase large subunit	ATGAAGGAGAGGAAAGAAACTGCTGCACAGGCAATTGTTCATTGTTTACAGCAAGCTCAAGTAGAAAAAGTTTTTTGTGTACCTGGTGAAAGTTATTTAGCTATTTTAGACGCGCTCTACGATACACCATCTATAGAAGTGATTTCGGCTCGGCATGAAGGTGGAGCTAGCTTTATGGCAGAAGCTTATGCAAAATCTACTTTAAAGCCTGGTATTGTTATGGCGACAAGAGCAGTAGGGGCGGCTAATTTATCAATTGGCGTGCATACTGCCTACCAAGACTCTACACCATTGGTCGTATTTTTAGGGCAAGTTCATAGTAAATTTCGAGGGAGAGAAGGATTTCAAGAGGTGGATTTGGAGCAATACTTTCAATCTATTGCCAAATGGAGTATCGAATTGACAGATGCGGAGCGAACGGTAGAAATAGTCCAACGTGCATTTCACATCGCTACTTCAGGAAGACCTGGGCCTGTTATCGTCTCTTTACCAGAAGATGTATTACCTCAAGAAGTGACTATGCTTTATCCACCTATGCCACAAAGATCGTCACCAGCTCCTTCTGTATGGGAAGTGAAACAAGTAGAGGAATTATTAACAAATGCAAAACGACCTGTCATCATCGCTGGCGGCGGTGTAAAGAGTGCGAAGGCAGAACGAGATTTACAAATTTTTGCAGAAATGCTGCATTTACCAGTAGTAACTGCGTTTCGTAGGCATGATGTATTTCCAAATGATCATGTACTTTATGCGGGTCATCTTGGATTAGGTACACCGACGTCCATATTAAAAACAGTAAAGCAGGCAGATGTCGTTTTAGCATTAGGTACGAGACTATCAGAAGTGACCACCCAAGATTATTCGCTTCTATCTCCAGAACAACAACTCATCCATATTGACATTGATTACAATAGTATTGGCAAAAGCTATGCCCCAAATGTGGCGATCGTAGCGGATATAAAAGAAGCGCTCATGCAATTAATTACGCTAAAATCAACATCCACCAATTGGGAAAATTGGGCTCTTTCCTGCAATGCTGCTTATATGCAAGCGAGTCGCAAAGAAGAAAGTTCATCTACAAATATAAATAGAAATATTATTGACCATATAAAAACGACATTACCTTATGACGCTATCATTACGAATGATGCTGGTAATTTTGCAAGTTGGATCCACCAATTTTATATGTTTAATCAGTCGCATACGTATGTTGGTCCGACCTCAGGTGCCATGGGATATGGTCTGCCAGCGGCTATAGGTGCAAAACTTGCTTACCCTGAGCGAACAGTTATTGCTTTTGCTGGAGACGGCGGTTTTATGATGACTTGTCAAGAATTAGAGACAGCAGTCCGTTATGATATTCCAGTCATATGTCTCGTTTTTAATAATAAGATGTATGGGACGATTCGTATGCACCAAGAAATGCATTATCCGACAAGAGTGGTCGCTACAGATTTAGGAGATGTTCGTTTTAAAGAATTAGCGAACAGTATGGGAGCGGTTGGCTATCGGGTTACAACGATGCAAGAATTTAAGGTTGCGTTTGCAGAAAGTTGTCAAATAAAAAAGCCAACAGTAATTGAAATTATGAGTGACCCTGAGCAAATATCTGTGACAGCAACAATTACAGACATACGTAAAGCGAGAAAATGA	MKERKETAAQAIVHCLQQAQVEKVFCVPGESYLAILDALYDTPSIEVISARHEGGASFMAEAYAKSTLKPGIVMATRAVGAANLSIGVHTAYQDSTPLVVFLGQVHSKFRGREGFQEVDLEQYFQSIAKWSIELTDAERTVEIVQRAFHIATSGRPGPVIVSLPEDVLPQEVTMLYPPMPQRSSPAPSVWEVKQVEELLTNAKRPVIIAGGGVKSAKAERDLQIFAEMLHLPVVTAFRRHDVFPNDHVLYAGHLGLGTPTSILKTVKQADVVLALGTRLSEVTTQDYSLLSPEQQLIHIDIDYNSIGKSYAPNVAIVADIKEALMQLITLKSTSTNWENWALSCNAAYMQASRKEESSSTNINRNIIDHIKTTLPYDAIITNDAGNFASWIHQFYMFNQSHTYVGPTSGAMGYGLPAAIGAKLAYPERTVIAFAGDGGFMMTCQELETAVRYDIPVICLVFNNKMYGTIRMHQEMHYPTRVVATDLGDVRFKELANSMGAVGYRVTTMQEFKVAFAESCQIKKPTVIEIMSDPEQISVTATITDIRKARK	PGPT0008185_8841	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
AK148_02307	1497	gucD	COG1012	Alpha-ketoglutaric semialdehyde dehydrogenase	ATGACAACCATTTTACAAACAGATAAGCTGAAAAATTTTATTGCAGGGGAGTGGCAGGAAGCAAATCCGACAGTAGCTGTTCATAATCCGGCAACCGGCCAGGAAATTGTGCATGTGCCCTTGTCAGGTAAAACAGAAGTCGACCAAGCAGTGGAAGCAGCAAAGCAAGCGCAAAAAGATTGGTCACTGGTTCCAGCTCCTCAACGGGCAGAAGTTCTTTATCAAGTAGGAATTTTAATGAAAGAGCGAAAAGAAATGCTTTCCCAATTATTAACGATGGAGAACGGAAAGGTGTTAGAAGAAGCGCGAGGGGAAGTGCAAGAGGGAATTGATATGGCCTTTTATATGGCAGGAGAAGGACGCCGATTATTTGGGCAAACGACGCCTGCAGAATTAAAGGATAAGTTTGCTATGAGTCAGCGTTGCCCTGTTGGTGTAGTGGGAATTATCACCCCATGGAATTTTCCAATAGCAATCGCTACGTGGAAATCATTTCCGGCGATCGTTGCTGGTAATGCGGTCGTTTGGAAACCTGCGACAGAAACGCCAATTATGGCTTATGAATTAGCCAAAATTTTTGCAGAAGCAGGATTGCCAAAAGGAGTACTAAATGTTGTCTTTGGTAGTGGGGCTTCAGTAGGTGATGCGATGGTGCATCATGAAGCTATTCGTGTTATTTCTTTTACGGGTTCCAATGATACTGGTAGAGACATTGCTGCTGCATGTGGACGACAACTGAAGAAGGTGTCGTTAGAAATGGGTGGGAAGAATGCGGTAATCGTAATGGATGATGCTGACTTAGATTTGGCGGCAGAAGGGATCATTTGGAGTGCGTTTGGAACGAGTGGGCAGCGTTGTACAGCGTGTAGCAGAGTAATTGTACATGAAAAGGTAAAGCAACAGCTAGAAGAACGATTGCTTATGAAAGTGGAAGAGTTAACCATCGGAAATGGTCTGGATAAAACGGTGCAGGTAGGTCCAATTATTAACCGACAAGGATTGGAGAAGATTAAAAAATATGTTCAACTAGGTAAAGAAGAAGGTGCAACATTACTTGCTGGTGGTGAAGAATGGAGCTCAAAGGACGGCGATTTGGGAGGTTATTTCTTTGCGCCAACGATTTTTACGGATGCGACTGCTTCAATGCGTATTGCGCAAGAAGAAATCTTTGGTCCTGTCGTTTCATTAATTTCTGTAACGGATTTTGATGAAGCAATTGAAGTAAATAATCAAGTAGCATATGGCTTGTCTAGCTCTATTTTCACTAAAGACGTGAACCGTGTATTTCGCGCCCAAAGAGATTTAGATACTGGCATTGTTTATGTTAATGCTGGAACAACAGGCGCAGAAATCCACCTTCCATTTGGGGGGACGAAAGGAACTGGAAATGGCCATCGTGATTCAGGTGTGCAGGCGCTGGATGTATTTACGGAATGGAAAGCGATCTATGTAGATTTTAGTGGGAAATTGCAGCGTGCGCAAATTGATACCGAATAA	MTTILQTDKLKNFIAGEWQEANPTVAVHNPATGQEIVHVPLSGKTEVDQAVEAAKQAQKDWSLVPAPQRAEVLYQVGILMKERKEMLSQLLTMENGKVLEEARGEVQEGIDMAFYMAGEGRRLFGQTTPAELKDKFAMSQRCPVGVVGIITPWNFPIAIATWKSFPAIVAGNAVVWKPATETPIMAYELAKIFAEAGLPKGVLNVVFGSGASVGDAMVHHEAIRVISFTGSNDTGRDIAAACGRQLKKVSLEMGGKNAVIVMDDADLDLAAEGIIWSAFGTSGQRCTACSRVIVHEKVKQQLEERLLMKVEELTIGNGLDKTVQVGPIINRQGLEKIKKYVQLGKEEGATLLAGGEEWSSKDGDLGGYFFAPTIFTDATASMRIAQEEIFGPVVSLISVTDFDEAIEVNNQVAYGLSSSIFTKDVNRVFRAQRDLDTGIVYVNAGTTGAEIHLPFGGTKGTGNGHRDSGVQALDVFTEWKAIYVDFSGKLQRAQIDTE	PGPT0006875_5971	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128	NA	NA
AK148_02308	1191	lysDH		Lysine 6-dehydrogenase	GTGAAAGTAGGTGTTTTAGGAGCTGGACTAATGGGGAAAGAAGCAGCTAGAGATTTAGTTGCGAGTGAAGGGGTGACAGCTGTAGGCTTAGCAGATATTGATTTATCAAAGGCGAGTAATATTTGCAATCAACTGTCCTCGAATAAACTGACCCCTTATCAAGTAAACGCAGCAGATGATGTTGAATTAGCGAATTACATTCGAAAATTTGATGTGGTTATAAATGCTTTGTTTTACTCGTTTAATGAAATTGTTGCTAAAACTGCTATTCGTGTGGGCGTGCATGCCGTTGACTTAGGCGGGCATATCGGACATATGACAGATAAAGTCTTAGCACTCCACAAACAAGCTAAGGAAGCAGGTGTTACGTTAATTCCTGATCTAGGCGTGGCCCCTGGTATGATTAATATTCTTTCTGGTTTCGGAGCTAGCAAGCTAGACCAATTAAAAACGATTAAGCTGTACGTAGGTGGTATTCCAGTAAAACCGGAACCACCATTAGAATATAACCATGTATTTTCGATGGAAGGTGTATTTGATCATTATACAGACCCATCACTTATTATTAGAAATGGTGTAAAGCAGGAGGTCCCTTCTTTATCTGAAGTGGAAACCATTCATTTTGATAGATTCGGTCCACTGGAAGCTTTTCATACGTCAGGGGGAACTTCAACATTATCCATTTCTTTTCCACAGCTAGAAACGTTGGAATATAAAACGATACGTTATCCGGGGCACGCAGAAAAGTTTCAATTGCTTGTTGATTTGAATTTAACTAAGGAAAATTATTCTGTTGATGTACATGGTCAAAAAATCTGCCCGCGTGACGTATTGTTAAAAGTTTTAGACCCTATCGTTGACTTAGGTGATAAAGAAGATGCTGTCCTATTGCGAGTACTTGTCGCTGGCAAAAAAGCAGATGTAGAAACGACCTATATTTATGAGATGACAACGTATAAAGATGTGGATACAAACGTTACTGCGATGGCTAGAGCAACAGCGAATACGATTTCGATTGTTGCCCAAATGATTGCGAGCCAAAAGATCGGTAGAAAAGGAGTTTATCCTCCTGAGCAAGTCGTTCCTGGAGATATTTACATGAAAGAAATGGCAAAGCATGGTGTATCCATTTCTGAACAGCAAGTAACGAAAGAACAGCAGACTGTTTATTCGCACATCAAGGAGAAATAG	MKVGVLGAGLMGKEAARDLVASEGVTAVGLADIDLSKASNICNQLSSNKLTPYQVNAADDVELANYIRKFDVVINALFYSFNEIVAKTAIRVGVHAVDLGGHIGHMTDKVLALHKQAKEAGVTLIPDLGVAPGMINILSGFGASKLDQLKTIKLYVGGIPVKPEPPLEYNHVFSMEGVFDHYTDPSLIIRNGVKQEVPSLSEVETIHFDRFGPLEAFHTSGGTSTLSISFPQLETLEYKTIRYPGHAEKFQLLVDLNLTKENYSVDVHGQKICPRDVLLKVLDPIVDLGDKEDAVLLRVLVAGKKADVETTYIYEMTTYKDVDTNVTAMARATANTISIVAQMIASQKIGRKGVYPPEQVVPGDIYMKEMAKHGVSISEQQVTKEQQTVYSHIKEK	PGPT0020910_37	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_OPINE_METABOLISM,PGPT0020910-putative_saccharopine_dehydrogenase-K19064	NA	NA
AK148_02309	750	kipR_1	COG1414	HTH-type transcriptional regulator KipR	ATGAATCAAAGTGTCTTGAAAGCATTGACATTACTCGATTTATTTCAAGGTGAGAATAATAAGTTATCCTTGAAAGAAATTGCCGAACAAGCTGGTATGTCAAAGTCAACAACATACCGTTTACTTGCTGCTTTAGAACAAAAGGGTTACGTCTCAAGAGGAAAGGGGCGAGAAAGTGGAACATACTGTTTAGGTTTAAAATTAATGGATTTAGGCAATTTAGTTGCCAGTCGAATCGAAATTAGGCAGATAGCCCTGCCCTTTATGCAAGCGTTAGCCAAAGAGATCAATGAAGTGGTGCATCTCGTAATTAAGAATCATGATCAGGCTACATATATTGAAAAAGTAGAGAGTAGACGGGCGTTACGGTTGTATACGAAAGTTGGCAAGAGTGTGCCTTTGTATCTTGGTTCTGGTCCTAAATTACTATTCGCTTATTTACCTGAGGCAAAACAACAAGAAATTGTGCAACGATTGGAACTTCCATTAGAGAAAAAAGAAAATGTAATTCAAGAATTACGGGATATTAGAAGTAATGGTTTTGCCTACAGTGTCGGAGAGCAGGATGAAGATACGACAGGTATCTCTTACCCTGTTTTTAATCACCATCATGACATGGTGGCTTCATTGACAATAAGTGGATTATCAACCCGATTTTGCGGAGAGAACTTACAAAAATTAAAGAAAGATACAAAACAGGCAGCTAACCGTATATCGGAAAAACTAGGCTATCAGGTGAAGTATGGATAA	MNQSVLKALTLLDLFQGENNKLSLKEIAEQAGMSKSTTYRLLAALEQKGYVSRGKGRESGTYCLGLKLMDLGNLVASRIEIRQIALPFMQALAKEINEVVHLVIKNHDQATYIEKVESRRALRLYTKVGKSVPLYLGSGPKLLFAYLPEAKQQEIVQRLELPLEKKENVIQELRDIRSNGFAYSVGEQDEDTTGISYPVFNHHHDMVASLTISGLSTRFCGENLQKLKKDTKQAANRISEKLGYQVKYG	PGPT0018213_1422	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
AK148_02310	312			hypothetical protein	TTGAATACGGTTTTTATTGCTGGACATGCACGCCTACCTTCAGGAATGGCGGCACAAAGTATGTATGAGACATTAACAATTACTGCTGAAATTGATAGAAAGTATGCAGTAATCGTTACAGCTAGCTGTACACTTGCTACGGAACATGGAAAAGAATTTGTGCAACATTTGCTTCGTGGCCATAGTTTGCAAGATGGAATTGACAAACCAGTAGAAATGATAAAGGTGCATTATTTAGGAAAAGCTGGGAACGCTCTTGCATCTGCTTTAAAAGATTTATACAAACAATATGAGACTAGAAAACAAGGGTGA	MNTVFIAGHARLPSGMAAQSMYETLTITAEIDRKYAVIVTASCTLATEHGKEFVQHLLRGHSLQDGIDKPVEMIKVHYLGKAGNALASALKDLYKQYETRKQG				NA	NA	NA	NA	NA
AK148_02311	276			hypothetical protein	GTGATCTTCGACGAATATGGTAAAAGCGTTTTTCAAACATGGATTGCCAATTTAAATTATCAAGTACCGGAACCATTTAGAAAAGAAGAGAAAGCGGAACAAATTTATGAAAGTTTTACAGAATGGATGGAAGATGAAGTCATAAAATTGGAAAACGAGACTGGTTTACCGTGGGAAGAGCAAGCAGAAGATTTAGCAAACCTCAGTATAAAAGCTCGAAAAGCGCAATTAGTATTAAGACATAGAATCTCAGATATAGTTTTAGAATTAATTTAG	MIFDEYGKSVFQTWIANLNYQVPEPFRKEEKAEQIYESFTEWMEDEVIKLENETGLPWEEQAEDLANLSIKARKAQLVLRHRISDIVLELI				NA	NA	NA	NA	NA
AK148_02312	1449	gabD_2	COG1012	Succinate-semialdehyde dehydrogenase [NADP(+)] GabD	ATGTTCAATACCTATACAAAAAGTGTTTTTATTGATGGCGAGTGGCAGGATATTAACGAAAATTTGGCGGAAGTTATTTATAATCCAGCTACTGGAAAAGCAATCACATCGGTTGCTTATGCAGGTGCAGAGGAAACAAAGCAAGCAATCCACGCAGCATTACAAGCATTCCCTATATGGAGTGAAAAAACCGGTAGAGAACGTGCATCATTTCTTTATAAGGCTTCGCAACTAATGTTAGAAGATGCGGAGCGACTCGGAAACATATTAACAATGGAACAAGGTAAACCACTCCGTGAAGCAGTAGGAGAAGTAAAAGGAGCAGCACAATTTCTATTATGGTACGCCGAAGAAGCAAGTAGAAATTACGGAGAATGGCTCCCTTCATCGACAAATGCGAAAAGACTCGTTGTCATGTCGCAACCAGTTGGTGTCATTGGTGCTATAACCCCGTGGAACTTTCCATCTTCTATGATTACGCGAAAACTTGCACCCGCATTAGCGGCAGGATGTACAGCTGTACTTAAACCTGCACCGGAGACCCCATTATCTGCTATTGCAATTATGAAGATTTTTGAACGTGCCGGCTTACCTAAAGGTGTAGTAAACCTCGTAACAGGAGATGCAGAAGCAATTGGTAAACAATTACTTACACATAAAGAAGTTCGACTACTTACCTTTACAGGTTCAACAGCAGTCGGAAAGCATTTAATGCGGGAAAGTGCCGATCATGTAAAAAAGCTTTCTTTAGAATTAGGCGGGCATGCACCAAGTATCGTTTTTCCCGATGCCAATTTAGCAAAAGCCGCTTCGCTTGTTTTGGCAAGCAAGTTTCGTAATAACGGGCAAACTTGCATATGTACAAATCGGCTGTTTGTTCATGAATCAGTGGTTGCTGATTTCATCCAGTTATTAAAACAAAAGATTGCCAAATTCCAAATTGGCGATGGTTTAGAAGATGGCACAACTATTGGCCCGTTAATTAATGAACAAGCATGCGAAAAAGTAGAAGGACATGTGCAAGATGCCGTTGAAAAAGGGGCAGTTGTCGAATACGGAGGAGAGCGTTGGCACAAACAAGGATTTTCTCATTGTTATTTCAATCCAACGATCCTTTCTAACATAACAGAGGATATGAAGATTATGCATGAAGAAACGTTTGGACCTGTACTGCCAGTTCAACCGTTCTCTGATGAGACAGAAGTCATTACAAAAGCTAACAATACAGACTATGGTTTAGCCGCTTATGTTTTTACAGAAAATACAAGCACGGCCATTCGTGTATCTGAAAAGCTTGATTATGGTATCGTTGGTGTGAATGACGTATTCCCTGCAACACCTGAAGCACCGTTTGGAGGTGTGAAACAATCTGGCTTGGGGAAAGAAGGCGGTCATCACGGGATGGAAGAATTTATGGAAAAGAAATTGATTTCTTTTGGCATGAATTAA	MFNTYTKSVFIDGEWQDINENLAEVIYNPATGKAITSVAYAGAEETKQAIHAALQAFPIWSEKTGRERASFLYKASQLMLEDAERLGNILTMEQGKPLREAVGEVKGAAQFLLWYAEEASRNYGEWLPSSTNAKRLVVMSQPVGVIGAITPWNFPSSMITRKLAPALAAGCTAVLKPAPETPLSAIAIMKIFERAGLPKGVVNLVTGDAEAIGKQLLTHKEVRLLTFTGSTAVGKHLMRESADHVKKLSLELGGHAPSIVFPDANLAKAASLVLASKFRNNGQTCICTNRLFVHESVVADFIQLLKQKIAKFQIGDGLEDGTTIGPLINEQACEKVEGHVQDAVEKGAVVEYGGERWHKQGFSHCYFNPTILSNITEDMKIMHEETFGPVLPVQPFSDETEVITKANNTDYGLAAYVFTENTSTAIRVSEKLDYGIVGVNDVFPATPEAPFGGVKQSGLGKEGGHHGMEEFMEKKLISFGMN	PGPT0001580_3987	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_TRIGONELLINE_USAGE	PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0001580-gabD-K00135	NA	NA
AK148_02313	1221	acdA_3	COG1960	Acyl-CoA dehydrogenase	ATGAAAATGGATTTTCAATTTACGGAAGAACAAAATATGTTACGCAATACGGTACGTCAATTTACAGATAAAGAGATTATGCCTTATATCGCCGATTGGGATCGAAACGGAAAATTTGACCCAGCTATTTTAGAAAAACTAGCTGATTTAGGATTAATGGGTGTGTGCATACCAGAGAAATACGGTGGTAGTGGAATGGATTATAATGCACTTGCCATTGTTTGTGAAGAATTGGAACGTGGAGATACGGCATTTCGTACGGCTGTTTCTGTCCACACCGGTTTAAATAGCATGACGTTATTACAATGGGCAAATGAAGAACAAAAACAGAAATACTTAGTCCCTCAAGCAAAAGGAGTGAAAATTGGCGCATTTGGACTAACAGAGCCTGGCGCGGGGTCAGATGTTGCTGCAATGGATTCAACCGCTTATCGACAAGGCGACTACTATATACTAAATGGTCAAAAAACGTGGATTTCCTTATGCGATACAGCAGACAACTTCATTGTTTTCGCCTACACAAAAGATCGATCAGAAAAACATAAAGGGATTTCAGCATTTATTGTAGAAAGAGAATGGGAAGGGTTTTCTTCACAAGCTATTAAAGGCAAACTGGGCATTCGTTCAGGGAATACAGGGGAGATCTTTTTTGACCACGTGAAAGTTCCAAAAGAAAATCTCCTTGGAGAAGAAGGAGAAGGTTTTAAAATTGCAATGTCAGCTTTAGATAACGGTAGATTTACAGTAGCAGCAGGCGCAGTCGGACAAATTATGGCTTGTTTAGAAGCAAGTGTAGCTTATTGCCATGAACGATCCACCTTTGGTAAGGAAATAGGGAAACATCAACTCGTACAACAAATGCTTGCCAACATGGAAGCTGGGCTACAAATGAGTCGCCTACTCGTTTATCGTGCCGGAGAATTAAAAAATGCCGGGAAACGCAATACTCGTGAAACTTCTCTAGCTAAATGGCAAGCTTGCGATTTTGCAAATAAAGCTGCTGATGATGCTGTACAAATTCATGGTGCTTATGGGTTCTCTGATGAATACCCTGTTGAGCGTTATTTACGTAATTCAAAAGCACCAGTCATTTATGAAGGAACAAGAGAAATTCATACGATCATGCAAGCTGAATACGTACTTGGCTACCGTAATGATAAGCCACTTTATAAAATGTTGCCGGCTTGGAAAGAAAATGAAAGTATTCCCATTAAAAAGTGA	MKMDFQFTEEQNMLRNTVRQFTDKEIMPYIADWDRNGKFDPAILEKLADLGLMGVCIPEKYGGSGMDYNALAIVCEELERGDTAFRTAVSVHTGLNSMTLLQWANEEQKQKYLVPQAKGVKIGAFGLTEPGAGSDVAAMDSTAYRQGDYYILNGQKTWISLCDTADNFIVFAYTKDRSEKHKGISAFIVEREWEGFSSQAIKGKLGIRSGNTGEIFFDHVKVPKENLLGEEGEGFKIAMSALDNGRFTVAAGAVGQIMACLEASVAYCHERSTFGKEIGKHQLVQQMLANMEAGLQMSRLLVYRAGELKNAGKRNTRETSLAKWQACDFANKAADDAVQIHGAYGFSDEYPVERYLRNSKAPVIYEGTREIHTIMQAEYVLGYRNDKPLYKMLPAWKENESIPIKK	PGPT0005290_10	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION	PLANT_DERIVED_BENZOATE_UTILIZATION,PGPT0005290-acd-K16173	NA	NA
AK148_02314	1137	uctC_3		Acetyl-CoA:oxalate CoA-transferase	ATGGCAGGAGCTTTGGAACATATTCGTGTTCTAGATTTATCTAGAGTATTGGCAGGGCCATATTGCACCATGATTATGGGCGATTTAGGTGCAGAAATTATTAAAGTGGAAGCGCCTGGTGGAAGTGATGAAACACGTAAATGGGGTCCTCCTTTTCAAGAAGAAGTGAGTGCATATTATTTATGTGCAAATCGTAATAAGAAAAGTATTACTCTTGACCTAAAATCGGCATCAGGTGCGGAAAAAATTAAACAACTGGTTAAAGAGAGCGACGTTATCATTCATAATTTTAAAACAGGTACAATGGAGCGTTTCGGACTAAGTTATCACACATTATCCTCCATTAACCCAAAATTAATTTATTGTTCGATTACTGGTTTTGGGGAAACAGGACCCTTTAAAGATTTGCCTGGTTACGATTTTATTATTCAAGCTATGAGTGGACTGATGAGCATTACTGGCGATGAACAAACAGGACCACAAAAAATGGGAGTTGCGATCACAGATGTTTTAACGGGTATGTATGCAACGATAGGCATACAAGCTGCTTTACTAGAAAGATCTAAATCCAAGCAAGGTCAAAAATTAGATATTGCCTTGTATGATGCAGCGGTTAGTGCACTCGTCAATATTGGAAGCAACTATTTCATGTCTGGAGACATACCCTCACAGCTCGGTAATCAGCATGCGAACATCGTTCCTTATCAGACGTTTCATACAAAAGATGGAGAAATGGTCATAGCCGCTGGAAATGACCGACAGTTTCAGATGTTATGCGATATTCTTGGTGCTGCTTCTTTAAAAACAGATCCTAAATTTAAAACCAATCCTAATCGTGTAGCGAACAGAAACGAGTTAGTACCACTACTACAGCAGTTGTTTTTACAACAACCAACGGCTTATTGGCTAAAAGAATGCAGACAGCAATCTATTCCATGTGGTCCTATTCAAAATCTGGCTGAGGTAGCAAGAGATTCACAGTTATTAGCTAGAGACATGTTTGTTCAAATGAAGCATCCAACCGCTGGGGATATTCATTTAATTGGAAGTCCGTTAAAACTATCGCGTACACCTGTATCGTATCGATATCACCCGCCAAATGCGGGGGAACATAATCAAATGATTTTAAATGATTAA	MAGALEHIRVLDLSRVLAGPYCTMIMGDLGAEIIKVEAPGGSDETRKWGPPFQEEVSAYYLCANRNKKSITLDLKSASGAEKIKQLVKESDVIIHNFKTGTMERFGLSYHTLSSINPKLIYCSITGFGETGPFKDLPGYDFIIQAMSGLMSITGDEQTGPQKMGVAITDVLTGMYATIGIQAALLERSKSKQGQKLDIALYDAAVSALVNIGSNYFMSGDIPSQLGNQHANIVPYQTFHTKDGEMVIAAGNDRQFQMLCDILGAASLKTDPKFKTNPNRVANRNELVPLLQQLFLQQPTAYWLKECRQQSIPCGPIQNLAEVARDSQLLARDMFVQMKHPTAGDIHLIGSPLKLSRTPVSYRYHPPNAGEHNQMILND	PGPT0002130_442	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
AK148_02315	1008	mreBH	COG1077	Cell shape-determining protein MreBH	ATGTTTTCTACTGCAGAAGTTGGAATTGATTTAGGAACCGCAAACATTTTAATATACACGAAATCAAAAGGAACTGTTTTAAATGAACCATCTGTTGTTGCTATTGATGTAAATACAAAACAAGTAGTGGCAGTAGGTACTGAGGCAAAAGAAATGGTCGGAAAAACACCACAGAACATCATTCCTATCCGACCATTAAAAGACGGCGTGATTGCGGATTATGATGTTACATCCCAAATGTTAAAAGCGTTTTTAAAAAAAGTAAGCAAGCAAATTGGCATGTCCATGCGTAAACCTGTTGTTGTCGTATGTACACCATCAGGAAGCACGACTGTAGAACGAAGAGCTATCCATAATGCAGTATCAAGTTACGGTGCAAAACAAGTTCACTTAATTGAAGAGCCAATCGCCGCTGCTATTGGAGCGGATTTACCTGTGGATGAGCCGGTCGCCAATGTAGTTGTTGACATTGGTGGAGGTACTTCGGAAGTCGGTATTATATCTTTCGGCGGCGTCGTGTCCTGCAATTCTGTTCGAGTTGGCGGAGATAAAATGGATGAAGAAATTATTCATCATATCCGCAAAAACTATAACATTCTTATTGGTGAACGAACAGCAGAAAATATAAAAATGGAGATAGGTTATGCACATCCAAACCATAAAGAAGAGACAATGGAAATTCGCGGTCGTGATATGGTTACTGGCTTACCAAAGACGCTTACCATTACTTCCAAGGAAGTTTATCTTGCTTTAAAAGAATCATTGGAACAAGTATTAGGAGCTATTCGTACCACATTAGAGAACTGTCCTCCTGAGTTAAGTGGTGATATTGTAGATCACGGCATTGTACTTACAGGAGGTGGAGCTTTGCTACAAGGTATGCAGGAGTGGTTATCTCATGAGTTGATTGTGCCTGTTCACCTAGCACCTAATCCTTTGGAGTCTGTTGCAATAGGAACAGGACGCTCTTTAAAAATGATTCATAAATTACAAAAAGCTACTAAATAA	MFSTAEVGIDLGTANILIYTKSKGTVLNEPSVVAIDVNTKQVVAVGTEAKEMVGKTPQNIIPIRPLKDGVIADYDVTSQMLKAFLKKVSKQIGMSMRKPVVVVCTPSGSTTVERRAIHNAVSSYGAKQVHLIEEPIAAAIGADLPVDEPVANVVVDIGGGTSEVGIISFGGVVSCNSVRVGGDKMDEEIIHHIRKNYNILIGERTAENIKMEIGYAHPNHKEETMEIRGRDMVTGLPKTLTITSKEVYLALKESLEQVLGAIRTTLENCPPELSGDIVDHGIVLTGGGALLQGMQEWLSHELIVPVHLAPNPLESVAIGTGRSLKMIHKLQKATK	PGPT0027700_3514	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_TOXIN-ANTITOXIN_SYSTEM_REALATED_FACTORS,PGPT0027700-mreB-K03569	NA	NA
AK148_02316	861			hypothetical protein	ATGTTTAAGAAAGTAGCTGTTACCGTAGCTATATCATCAGCTTTATTATTTGGTGGAGCTTTATCAGCCTCAGCAGATACGATGTCTAAAGATAACTCACAATGTCAGTACAAAGTCTACTATTCTATAAATGGTAATTGGCAAAGTATTTCTGAAAATAATATAAATCAATTGCTTCAGAAGTATATGAGTAATATGCAACGTTATGGAAAAAAAATAGATTGGAATAATGTTCATATAGAAAAACAAGAAGCTAACAAGGAAAATGCTAATCAAGCAGCAGATAAGCAAGATAAAAAAGAAGCAAATCAATCAATACCAGAACAACCAAAGCAAGTAGAACAGAAACCAAAAGAACAAACACCTGCAGAACAACCTGCAGAGAAGCCCGCACAACAAAAACCTGTACAACAAGAAAAACCAAGTAATCAACAAGCGCAAGAGAAAGAGCAGCAAGAGCCTTCTCAAGCAGATAAAAGCGAGTTAAGTCAATTTGAGCAGGAAGTTGTTGATTTAACGAATCAAGAAAGAGCAAAACAAGGTTTACCTGCACTAAAAATAGATACAGAGCTTAGCAAAGTGGCACGTGCAAAGTCTAAAGACATGGCAGCAAATGGATATTTTGCTCATAATAGCCCAACATACGGCTCTCCATTTGATATGATGAAACAATTTGGCGTTAGCTATTCCACAGCAGGAGAAAACATTGCAAAAGGGCAGCGTAGCCCGCAAGAAGTAGTCAATGCTTGGATGAATAGCCAAGGACACCGTGAAAATATTATGAATGCTAAGTTTACACATATCGGTGTTGGTTATGTAGAGCAAGGCAACCATTGGACACAACAGTTTATTGGTAAATAA	MFKKVAVTVAISSALLFGGALSASADTMSKDNSQCQYKVYYSINGNWQSISENNINQLLQKYMSNMQRYGKKIDWNNVHIEKQEANKENANQAADKQDKKEANQSIPEQPKQVEQKPKEQTPAEQPAEKPAQQKPVQQEKPSNQQAQEKEQQEPSQADKSELSQFEQEVVDLTNQERAKQGLPALKIDTELSKVARAKSKDMAANGYFAHNSPTYGSPFDMMKQFGVSYSTAGENIAKGQRSPQEVVNAWMNSQGHRENIMNAKFTHIGVGYVEQGNHWTQQFIGK				NA	NA	NA	NA	NA
AK148_02317	174			hypothetical protein	ATGATAAAATCACAACTATTCTTATTGGAAAAGTTTAACAAGGTATGGGTGCATGCACACTTTGTATGTAATAAGCTTGTCTTATCTACTAAGGATGCCCTTTTCTTACGGACATCAGCTTGGGCAACCTTTCTCATTATAGCAGTGGAGAGCTCTTTTATCGCTCACTCTTAG	MIKSQLFLLEKFNKVWVHAHFVCNKLVLSTKDALFLRTSAWATFLIIAVESSFIAHS				NA	NA	NA	NA	NA
AK148_02318	168			hypothetical protein	ATGAAATCGTCAATAAAAATAATCGTTTTAGTACTTTATTTTTTTACATTTAATTATTTAACGTCTGTCTTTGAAATACCAAGAAACATATATTTTATTATTTTTGGCTTTCCTATAATGCTAAGTGGCATGCTAACAATCATGTATATATTTAGAGATAAAAAATAA	MKSSIKIIVLVLYFFTFNYLTSVFEIPRNIYFIIFGFPIMLSGMLTIMYIFRDKK				NA	NA	NA	NA	NA
AK148_02319	759			hypothetical protein	ATGATTCGTACGGTAGGAATATACCTCTATGCTAGCATTTTAGTACTCGGAACATTTTTTAAATTGCAGAGAGCGAAGAGATTACAACATGAACTAACGAAAGAAGAAATTTTCATTCAACCAAGTCTTGTCTCGAAGAAGGTGTTTCAACGAACTGGGAGCACTATTAAAATAGAAGGGCAAGAAAAACTTCCGGAAGGCCCAGCACTATTTGTTTCTAATCATCAAGGGTTGTTTGATATATTAGTGTTACTCGGTTATTTAGGGAAGCCAGTTGGATTTATAGCAAAAAAAGAGATTAAAAAACTACCCATTATTTCCTCTTGGATGGAGCTAATTCATTGTGTGTTTATAGATCGTAAAGATCGTCGACAATCGGTTCGTGCTATCGGTCAAGGGATTGAGTATTTGAAAGAAGGGCACTCTATCGTTATTTTTCCTGAGGGGACCAGAAGCAGGGGGAGACAACTTCATTCCTTTAAACCTGGCAGCTTTCGTTTAGCAATAAAAGCGAACGTACCGATTGTACCTGTTGTGATAGACGGAACATATCATATGTTAGAGGAACAGGATGGAAAAGTTTCTCCGTCATCTGTGCGTCTTACGATCAAAGATGCTATTACTCCTGATAAATATATGGAGATGAAGAGTAACGAGTTAGCGACACATATAGAAGAAATAATTAAAAAGCAACTAGAAATAAATGCGTTAGGGCAAGATAAAGAAAAAGAAGAAAATCAACTGTTATCAGCGGAATAA	MIRTVGIYLYASILVLGTFFKLQRAKRLQHELTKEEIFIQPSLVSKKVFQRTGSTIKIEGQEKLPEGPALFVSNHQGLFDILVLLGYLGKPVGFIAKKEIKKLPIISSWMELIHCVFIDRKDRRQSVRAIGQGIEYLKEGHSIVIFPEGTRSRGRQLHSFKPGSFRLAIKANVPIVPVVIDGTYHMLEEQDGKVSPSSVRLTIKDAITPDKYMEMKSNELATHIEEIIKKQLEINALGQDKEKEENQLLSAE	PGPT0024380_2008	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024380-plsC-K00655	NA	NA
AK148_02320	996	glsA1	COG2066	Glutaminase 1	ATGGTGCAAGGTACGGCAAATTGGAATACAGAAATTACGAAAGAGTGGTTGCAATCCTATGTAAATGACTGGGTGCAATTTTACAAGAAAGAGACAAAAGAAGGGAAAGTTGCTTCTTATATTCCAGTATTAAAAAAAGCTGATCCAAATCTTTTAGGAATTACTATCATTGGCAAAGACGGAATGAATGTTCAATCAGGAGATGTTGACACTCCATTTACCATTCAAAGCATTTCCAAAATATTTAGTTTTATAGTAGCTTGTATGGAAAGAGGAGTATCTTATGTGCTCGATCGAGTGGATGTGGAACCGACAGGAGAAGCGTTTAATTCTATCATGCATTTAGAGATGCGTAAATTAAAGAAACCATTTAATCCATTTATTAATGCGGGAGCAATTACAGTAACATCATTATTAAATGGAAAAAGTTCAGAAGAAAAATTAGAACCGATATTTCAGTTGTTTACGAAAATTCTCGGTTACAGACCGTGCATAAATGAAGACGTCTATGTATCCGAACGAGAAACTTCTGTAAGAAATCGAGCTATTGGTTATTATCTCATCGAGTTAGGTTATTTGGAGTCTGCGTTAGAGTTGACGCTCGATACGTATTTTAAGCAATGTTCTATAGAAGTGACAACAGAAGATTTGGCCAAACTTGGTTTAGTTTTAGCTAATGATGGGATAGATCCTCAGACAGCCGAAGAAATCATTCCTAGAAATGTTGTTCGTCTAGCAAAAGCGCTCATGTTAACTTGTGGAATGTATGACGCTTCAGGGAAATTTGCTGCCTATGTTGGTATACCAGCCAAAAGTGGAGTTTCAGGAGGGATTATTGCTACAGCTCCCCCGAGAGTTAGAAAAGAAACATTGCCTTTTATTGAAGGGTGTGGCATCGGTGTATATGGTCCTGCGTTGGATGACAAGGGAAATAGTATTGCAGGCATAAAATTATTAAAGCATATTGCAACCAAATGGGATTTAAGTGTTTTTTAG	MVQGTANWNTEITKEWLQSYVNDWVQFYKKETKEGKVASYIPVLKKADPNLLGITIIGKDGMNVQSGDVDTPFTIQSISKIFSFIVACMERGVSYVLDRVDVEPTGEAFNSIMHLEMRKLKKPFNPFINAGAITVTSLLNGKSSEEKLEPIFQLFTKILGYRPCINEDVYVSERETSVRNRAIGYYLIELGYLESALELTLDTYFKQCSIEVTTEDLAKLGLVLANDGIDPQTAEEIIPRNVVRLAKALMLTCGMYDASGKFAAYVGIPAKSGVSGGIIATAPPRVRKETLPFIEGCGIGVYGPALDDKGNSIAGIKLLKHIATKWDLSVF	PGPT0020215_1032	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0020215-glsA-K01425	NA	NA
AK148_02321	474	yfkJ	COG0394	Low molecular weight protein-tyrosine-phosphatase YfkJ	ATGATACGGGTCATGTTTGTTTGCCTTGGTAATATTTGCCGCTCGCCAATGGCTGAAGCTATTTTTGCTAATTTAATACAAAAAGAAGGGTTAACAGACCGAATTGAGGTGGAATCTGCCGGAACTGGCGCATGGCATATTGGCCAACCACCTCATAAAGAAACGATAGCGATTTTAAAAAAGTATGAGATTCCAACGGATGGATTAGTTGCCCAACAAATAACGCCTAAAGATAAAGGTAAAGCGGATTATTTCATTGCTATGGACGAGGAAAATAAACAAGATTTATTACGGATGTTTGGAGAGAACGATAAAATACGAATAGCAAAATTAATGGATTTTGTGAAGCATAAGAAAGAAGAGAATGTGCCTGACCCTTATTTTACAGGTAATTTTTCATATACATATGAATTGGTAACTGAAGGGTGTTATCAACTCTTACAATATTTAAAACAAAAACATGCGATACAATAA	MIRVMFVCLGNICRSPMAEAIFANLIQKEGLTDRIEVESAGTGAWHIGQPPHKETIAILKKYEIPTDGLVAQQITPKDKGKADYFIAMDEENKQDLLRMFGENDKIRIAKLMDFVKHKKEENVPDPYFTGNFSYTYELVTEGCYQLLQYLKQKHAIQ	PGPT0014530_5699	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
AK148_02322	300			hypothetical protein	ATGATGGGAAAAAGAAAATTAGTTACAGGAGTCGTACTAGGGGCAACAGCAGGTGGATTAATTAGTCTTTTAGATAAAGAAACAAGAGTTTATGCAAAAGAAAAACTTGCATCCGCAAAATCTGGTGCAAGCTACATGTTAAAAAATCCGTCTGAGACGATCCACTCCGTGCGGACTAATTTTGATAAATTAAATCAAGCATTTGCAAAAGGTGCTGAGAATACCATTAATGCTTTGAACCAAGCGGAAACAACACTTGAAAAAGTAACGAATAAAGGGAAATCGGATCGAATAGAATAG	MMGKRKLVTGVVLGATAGGLISLLDKETRVYAKEKLASAKSGASYMLKNPSETIHSVRTNFDKLNQAFAKGAENTINALNQAETTLEKVTNKGKSDRIE				NA	NA	NA	NA	NA
AK148_02323	825			hypothetical protein	ATGGTAAATAAAGTACTTTCTTTTGGAAAGCAGTTATATCAACGAATGATAAAGATAGACTTGTTTGGATTGGCTGCACAGTTAGCTTATTTCTTTTTGTTGTCACTGTTTCCATTTCTATTATTTTTAGTGACGCTTGTTGGTTATTTACCGATGGATGAATTAGCTGTATTAGATATTATTTCTTCGTATGCTCCACCTCAGATTGAGGAGTTGATTTCAACAAATGTTACGAATTTAATTAATCAACAAAACGGTGGATTGCTTTCTTTTGGTATAATTGCCACACTATGGGCATCTTCTAATGGTGTAAACGCATTAATGCGAGGCTTTAACTATGCGTATGAAGTAGATGAAAACCGTTCGTTTATTGTTTCAAGACTCATTGCAATTATACTGACGATAGCGATGATAGGGATTATAATTATCGCATTATTACTACCTATATTTGGTAAATTAGTTGGTTCTTATTTATTTTCATTTATCGGTTTATCAGAAGGTTTTATTCATGTATGGGAAGCATTGCGTTGGGTTGTTTCGTCTGTCGTTTTCTTTATTGTCTTTCTTTCATTATATAAGCTTGCGCCGAACAAACGAATCTATTTAAAGAATGCAGCGCCAGGAGCTTTGTTTGCTACAGTAGCATGGCAACTAGTTTCATTAGGTTTTTCTTACTATGTGAGTAATATCGGTAATTATTCAGCTACTTATGGCAGTCTTGGAACTGTCATTGCACTCATGATTTGGTTTTATTTATCAGGGATCATTATCCTAACTGGCGGCCTAATAAATGCTGTGATTCGAAAAAACAAACATGTAAAATAA	MVNKVLSFGKQLYQRMIKIDLFGLAAQLAYFFLLSLFPFLLFLVTLVGYLPMDELAVLDIISSYAPPQIEELISTNVTNLINQQNGGLLSFGIIATLWASSNGVNALMRGFNYAYEVDENRSFIVSRLIAIILTIAMIGIIIIALLLPIFGKLVGSYLFSFIGLSEGFIHVWEALRWVVSSVVFFIVFLSLYKLAPNKRIYLKNAAPGALFATVAWQLVSLGFSYYVSNIGNYSATYGSLGTVIALMIWFYLSGIIILTGGLINAVIRKNKHVK	PGPT0014525_6787	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014525-yfkH-K07058	NA	NA
AK148_02324	1875	zosA_2	COG2217	Zinc-transporting ATPase	ATGTTAACCGAAACAAAGATAACGAAAAAAATATCTGAACATAAAGAGCTGATTGCAGCTCTATTTAGTGGGTTACTTATTGCAATCGCCTGGACATTTGAAAATCATCTGTCTGACAGTTTGTGGGTAATTCTTCATCTCGTCGCATTTGTAATCGGAGGGTATGCCAAAGCGAAAGAAGGAATTACAGAAACCATACGTAATAAAGACTTAAATGTAGAAATGCTAATGATATTCGCTGCGATTGGTGCTGCTGCAATTGGTTATTGGACAGAAGGTGCCATTCTAATCTTTATTTTTGCTCTATCAGGTGCGCTTGAAACGTATACGATGAATAAAAGTAACAAAGAAATATCTTCGCTTATGAAATTACAACCTGAAGAAGCATTACGAATGAATGGCGATCAAAAAGAAATGGTTGCTGTTTCGTCTTTACAAATAGGTGACATGATCTATGTACGTGCCGGAGAGCGAATCCCCGCAGATGGTATCATTTCCCGTGGAGCAACATCTATAGATGAAAGTGCCATTACCGGAGAATCTATTCCAGTTCGTAAAACAGAAAATGAAGAAGTTTTTGCAGGAACAGTTGCTTTGGATGGTTCGATATATATCGAAATTACGAAAGCAGCAAATCAAACGCTATTTCAAAAAATCATCCAAATGATTCAATCAGCACAAGATGAGAAATCTCCTTCCCAGTTATTTATTGAAAAGTTTGAAGGAGCGTACGTGAAAATTGTATTAATTGTCGTGATCTTGATGATGTTCATTCCTCATCTTTTGTTTGACTGGACTCTCCAGGAAAGTATTTATCGAGCTATGATCTTACTCGTTGTTGCTTCCCCATGTGCCCTTGTAGCCTCCATTATGCCTGCTACCTTATCTGCCATATCTAAAAGCGCAAGAGCAGGGGTGCTGTTTAAAGGTGGTGTCCACATTGAAAACATGGGACATATTCAAGCCATTGCATTTGATAAGACAGGTACATTAACAAAAGGGAAACCGGAAGTGACTGATTTTCATGTACATCCCGATCATAAGCAAGAGGATATATTACCGATTGCAATGGCTATGGAGCAAGATACAACACACCCACTTGCCCACGCTATCGTTACATTTGGCAAGCAACAACAAATAGGTACTTCATTACAAAATATTCAAGTTTCTACGCTTACAGGAAACGGTATTTCAGCCGTAATTGAGGATGAAACTTGGGAGATTGGTAAGCCTGATTATATTGGTTATGAAACGACTTTTGAGGATATAACGAAGCAACTTGCTGCCGAGGGGAAAACAATCGTCTATGTAAAAAAAGGACAGCAGATTGTAGCTTTATTTGCACTGAAAGATACGGTAAGAGAAGACAGCATACAAGCTATTAAACTATTAAAACAACATAGAATTCACACCGTTATGCTTACGGGAGATCATGACCTTACTGCGAAAGCCATTGCAGAAGAAGCTGGTATTGATGAATATGTAGCAAATTGTTTACCACATGAGAAAGTGGAAGAAATAAAAAAACTGAAGGGAAAATATCAACATGTTTGCATGGTTGGTGACGGAATTAACGATGGCCCAGCATTAGCTACAGCAAATATTGGCATTGCAATGGGAGAAGGAACAGATGTAGCGTTAGAAACTGCAGATGTCGTGCTTATGAAAAACAACCTTAGCAAAATAACCAACGCGATTCACACGTCTCAAAAAATGAATCGCGTCGTAAAACAAAATATATTTTTCTCCCTTGCAGTTATCACTATACTCATTGCGTCTAATTTCTTACAAATCCTTGATATGCCATTAGGAGTAATAGGACATGAGGGTAGTACCATTTTAGTTATTTTAAATGGGTTACGGTTATTAAAATAA	MLTETKITKKISEHKELIAALFSGLLIAIAWTFENHLSDSLWVILHLVAFVIGGYAKAKEGITETIRNKDLNVEMLMIFAAIGAAAIGYWTEGAILIFIFALSGALETYTMNKSNKEISSLMKLQPEEALRMNGDQKEMVAVSSLQIGDMIYVRAGERIPADGIISRGATSIDESAITGESIPVRKTENEEVFAGTVALDGSIYIEITKAANQTLFQKIIQMIQSAQDEKSPSQLFIEKFEGAYVKIVLIVVILMMFIPHLLFDWTLQESIYRAMILLVVASPCALVASIMPATLSAISKSARAGVLFKGGVHIENMGHIQAIAFDKTGTLTKGKPEVTDFHVHPDHKQEDILPIAMAMEQDTTHPLAHAIVTFGKQQQIGTSLQNIQVSTLTGNGISAVIEDETWEIGKPDYIGYETTFEDITKQLAAEGKTIVYVKKGQQIVALFALKDTVREDSIQAIKLLKQHRIHTVMLTGDHDLTAKAIAEEAGIDEYVANCLPHEKVEEIKKLKGKYQHVCMVGDGINDGPALATANIGIAMGEGTDVALETADVVLMKNNLSKITNAIHTSQKMNRVVKQNIFFSLAVITILIASNFLQILDMPLGVIGHEGSTILVILNGLRLLK	PGPT0004200_4191	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_LEAD_RESISTANCE	LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004200-zntA|cadA-K01534	NA	NA
AK148_02325	879	yckB	COG0834	putative ABC transporter extracellular-binding protein YckB	ATGAAATATATAAAGATATCCTTGATTTTAATTGCTTCAATAGTGTTTATTACTGCTTGCTCTAACAGTGCAGGTGATTCAAACAGCGAGGATAAAAATAGTGAAACAGATAAGAGATGGCAAGAGGTAAAAGAAAAAGGAGAGCTAGTTGTTGGAACGTCCGGCACCCTAATAGCAGCCTCCTATTATGATGGGGAAGAAGAAAGTGAGGATCAATTGACGGGATATGATGTAGAAGTAATGCGCGAAGTTGCTAAACGTTTAGAAGTAGATATTTCGTTTGAAATTATGGGAATTGATAGCATGTTACCAGCTATTAAAAGTGGTAGAATTGATGTTGCAGCAAATGATATTGAAGCAACGGACAAGCGAAAAGAGTCCTTTAACTTTAGTGAGCCTTACAAATATTCTTATACTACCATGGTAGTGCGAAAAGAAGATAATTCTGGAATAAAATCGCTGGAAGATTTAAAGGGGAAAATAGCTGGTGGTGGAGCCACTACTATATATAGTCAAATTGCCGAACATTTTGGCGCAAAAGTAAAAACGTACGGAAATGCTCCGAATGAGGCTTATTTACGTGATGTTCACAACGGTAGATCAGATGTCATCGTAAACGATTATTATTTATCAAAATTTGGTGTTGCAGGATTTCCAGAGTTTGATATTCATCTTCATCCAGATTTAAAGTTTCACCCAACAGAACAAGCTGTAGTAATCGCCAAAGATGCAGACAAGCTTACTGAAAAAATAAATGATGCTTTAGCTGCAATGAGAGAAGATGGGACGTTATCAAAGTTAGCTAAGAAATTCTATCAAGAAGATGCTTCTCAAAAACCTGAGGGTAATATACAAGAAATTGAAGGATTAGATTTATAA	MKYIKISLILIASIVFITACSNSAGDSNSEDKNSETDKRWQEVKEKGELVVGTSGTLIAASYYDGEEESEDQLTGYDVEVMREVAKRLEVDISFEIMGIDSMLPAIKSGRIDVAANDIEATDKRKESFNFSEPYKYSYTTMVVRKEDNSGIKSLEDLKGKIAGGGATTIYSQIAEHFGAKVKTYGNAPNEAYLRDVHNGRSDVIVNDYYLSKFGVAGFPEFDIHLHPDLKFHPTEQAVVIAKDADKLTEKINDALAAMREDGTLSKLAKKFYQEDASQKPEGNIQEIEGLDL	PGPT0015635_137	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
AK148_02326	693	yecS_2	COG0765	L-cystine transport system permease protein YecS	GTGCAAACATTCCAATTTAGTGACATATTTGATGTTCAGATAGCGATCGATAATCTTCCGTTTGTATTGAGCGGACTGCCAATGACTTTACTTGTCTCGGTTATTGGTATGCTATTGGGTCTTGTTTTAGGGCTATTGCTTGCTTTAGCGCGAAATTCTACTTATTTTTTCTTGCGCTTACCTGCTAGATTATACATATCGTTTATGCGGGGGACGCCAATCCTTGTTTTTTTGTTCATTCTGTATTTTGGACTTCCGGTTATTGGGATTAAATTGACAGCATTCATGGCAGCTTGCTTAGGGTTTGGTTTAAATAGTGCTGCGTATATTGCTGAAATTGATCGTGCCTCGTTGAATAGTGTAGATAAAGGACAATGGGAATCAGCAAAAGCATTAAATTTAACTTATTGGCAGACGTTGCGAAAAGTTATCTTGCCACAAGCGACTAGAATTGCTATTCCACCATTAACAAATGTATTTATGGATTTAGTCAAAGCTACTTCGTTAGCCGCGGTAATTACGGTCCCAGAGCTGTTCCAAAAAACGCAAATTGTTGCAGGTAGAGAATTTGATGCCATGACGATGTATATTCTCGTAGCGCTCATTTATTGGCCGCTATGTATCGTTATTGCTTTTATCCAAGAACGTTTAGAAGCACGCTTCAGTAAATATGTCGTGCAGGAAGCAGTTTAA	MQTFQFSDIFDVQIAIDNLPFVLSGLPMTLLVSVIGMLLGLVLGLLLALARNSTYFFLRLPARLYISFMRGTPILVFLFILYFGLPVIGIKLTAFMAACLGFGLNSAAYIAEIDRASLNSVDKGQWESAKALNLTYWQTLRKVILPQATRIAIPPLTNVFMDLVKATSLAAVITVPELFQKTQIVAGREFDAMTMYILVALIYWPLCIVIAFIQERLEARFSKYVVQEAV	PGPT0020715_449	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
AK148_02327	567			hypothetical protein	ATGAGTTTACCAAATGAAGAACTTGTCTCCTTAAAAAAGTTTTACCAAATGCGGCAGCATACCGATCAGCTTCTGGAATATATTGATGGCGTCGTTTACATGTCGCCCTCACCCTCCACCGTTCATCAACGGCTATCTATGCGATTAGCCGCGCAATTATATAACCTATTAGAAAGCGGTGATTGTGAGGTTTTTTCGGCGCCGTTTGATGTGAAACTAAGTAATGAGAATATTCCTGGAGATAAAGTGGTTATCCCTGATTTGTCTGTCATCTGTGACAAAAGTGGCTTGGATGATCAACAATATACAGGTGCTCCTACAATGATTATTGAAATAATTAGCCCATCCAATCAGGCGCATGACCTTATTACCAAATTGAATTTATATATGCAGTATGGGGTCAAAGAATATTGGATTGTGAACCCCCTGCTCAACACAATCATGGTATATGCCTTAAATGAAAAAGCGAAATACGAACAGAAAGACATTGTCCGTGAAAAGGGTATTGTGACATCATCAGTGCTTCCTGATTTTTCAGTTGATGCTGAGAAGTTTTTTCAGCAATAA	MSLPNEELVSLKKFYQMRQHTDQLLEYIDGVVYMSPSPSTVHQRLSMRLAAQLYNLLESGDCEVFSAPFDVKLSNENIPGDKVVIPDLSVICDKSGLDDQQYTGAPTMIIEIISPSNQAHDLITKLNLYMQYGVKEYWIVNPLLNTIMVYALNEKAKYEQKDIVREKGIVTSSVLPDFSVDAEKFFQQ				NA	NA	NA	NA	NA
AK148_02328	1176	ycaD		putative MFS-type transporter YcaD	ATGCAACTGACCAAATATCGTTTATGGATATTAATTGCACTTGTATTCATATCAGGTTTCTCACAAGGAATGTTATTACCATTAATTTCTATTATTCTTGAACAAAATGGCGTAGCCTCTTCCATTAACGGTTTACATGCAACAGGGTTATATATCGGCGTTTTAATCGCTTCTCCATTTATGGAAAAGCCCATGCGAAAATTTGGTTTTAAACCAATGATTTTTGTCGGCGGTTTGCTCGTCATTCTTTCTTTGGCTATATTTCCAGTATGGGAGTCTTTATGGTTTTGGTTTATATTGCGACTTATTATAGGAATTGGTGACCAGATGTTGCACTTTGGCACACAAACATGGATAACCGCAACAGCTACAGCGGAAACAAGAGGAAGAAGTATTGCTCTTTATGGTTTATCATTTGGAGCAGGTTTTGCTATAGGTCCATTAATGACAAGACTTTTATCCATTCACCAATCGGTGCCTTTTCTAGCTTCTGCAGCTTTGAGCTTCACCGTCTGGCTATTATTGTTTTTCCTTCGTAATCAATGGCCTGAACAATCTGTAGATCCAGTTTATCCGACAAGTTCAATACAACGCTTTAAACAAACCTTTAAAATAGCCTGGATTGCAATGTTACCTGGTTTTGGATATGGTTTCTTAGAGGCATCTTTACATAGCATTTTCCCTATCTATGGCCTCCGCATTGGCCATGAAGTTAACACACTTTCACTTATTATTCCTTGCTTTGCTGCAGGGAGCTTAATTACCCAATTTCCATTAGGTGCATTAAGCGATAAATTTGGTAGAAGATCGGTACTAATAACTGTATTATCACTCGGTTCGCTATGTTTCCTGTTTACTGCCGTTCTAGAGTCTTCTATCCTTGCTTTATTTATCTTGTTCACTTTAGCAGGAATGTGTGTAGGTTCTTTGTTTTCCTTAGGTATCTCTTATATGACAGATTTACTCCCCGGAAACTTACTACCAGCTGGAAATTTAATGGTTGGCATCATGTTTAGTATTGGTAGCATTAGCGGACCTTTTATTGGTGGCTATTTTATTGACGTTTTTGAACGCGTTTCATTCTTTTATTTTATAAGCTTTATCTTAATTGTGATTACTGTAGCTATGTTAGTACAGAAGAACACCCAACACGAAACAAATCGAGTGGGGACGTAA	MQLTKYRLWILIALVFISGFSQGMLLPLISIILEQNGVASSINGLHATGLYIGVLIASPFMEKPMRKFGFKPMIFVGGLLVILSLAIFPVWESLWFWFILRLIIGIGDQMLHFGTQTWITATATAETRGRSIALYGLSFGAGFAIGPLMTRLLSIHQSVPFLASAALSFTVWLLLFFLRNQWPEQSVDPVYPTSSIQRFKQTFKIAWIAMLPGFGYGFLEASLHSIFPIYGLRIGHEVNTLSLIIPCFAAGSLITQFPLGALSDKFGRRSVLITVLSLGSLCFLFTAVLESSILALFILFTLAGMCVGSLFSLGISYMTDLLPGNLLPAGNLMVGIMFSIGSISGPFIGGYFIDVFERVSFFYFISFILIVITVAMLVQKNTQHETNRVGT				NA	NA	NA	NA	NA
AK148_02329	393			hypothetical protein	ATGAAATTACATTTAAAAGAACATGGTTTTAGAACTGAATTAGACTTTGGGCAGTTAGATATTTCTGGAGATGAGGAATTTGGTTTTCGCCCGTATCAACTAATGGTTGCTTCGATCGCTAGTTGCAGTGGTTCAGTCTTTCGTCAAATCCTTCAAAAGCAGCGCACAGACGTTCATGACATGCAAATTAATGCTACTGTCGAAAGAAATAAAGATGAAGCAAACCGCATCGAGAAAATAGCGCTTACTTTTATTATTAAAGGTAGCCATTTAGATGCAGAAAAATTGTACAAAAGCTTACATGTAGCCCGTAATAACTGCTCTATGGTGCGTTCTGTGGAGGACAGTATTGAAATTGTAGAGAGAATAGAAATTATTGAACTTAGCAGATGA	MKLHLKEHGFRTELDFGQLDISGDEEFGFRPYQLMVASIASCSGSVFRQILQKQRTDVHDMQINATVERNKDEANRIEKIALTFIIKGSHLDAEKLYKSLHVARNNCSMVRSVEDSIEIVERIEIIELSR				NA	NA	NA	NA	NA
AK148_02330	798	yfkD		putative protein YfkD	ATGAACAGACGGAAGCATTCCATTTTCTTGATTCTTTTTGTTTCTTTCATAGTTATGGCGCTCGAACCAAGTCAAATACTAGCTGAAGAAAAGAAAGAGTCTTTTAAAATCCCTAGCCATGTACTAAATATTTCAAAAGATAATACTTTTCCTAATTCTACAGAGGATGAGGAAGTAATTGAGCCAAGTGAATTAACGAAAGAATTAACAGATAGTTTAGATATTCAAATTGAAAATCCAGTGTTAATTAAAATGTTAAATGAAACAACTTTAAACCCATCTCCAATTGCTTTTGGTTATCGAGGAATGGTTTATCTAGGACGTTGGCCGTTAAATTATGAATCGCTGGAAACAACGATTAATTGGGAATACCAGCAAGTAAATAAAAATGAGTTGAATAATACGAGTGGGTCAGAGCCTCAAGAAATAAATTATATACAACAAGAACAAAAAGAAATCAAAGGAGCATTGACTAATAAAATTAGCAAACCGTCCGATGTGAAAAAAATGATGTTGCTCACAGCAAAAGAAAAAACGGAACTGCCACTTTCGTATCAGACAGTGATTGGAAAAAACACAAAAAAAGATAATACGTATAAAGTGCCAAGTGATAAACTTGCCGTTCTCCAATCGTATGCGCCAGCAGTAAATGAAAAAGGACAAGTTACATTTGGGGAAGTATATGTGAAGTTAAAGGGATCTGATAAATCCATAGCTGTCAAAAACGTGACGAAACAAGGAATTGGAGCCTGGATTCCCATTCAAGATCATGTCTCTTTCTCTTATAAATTAAACTAA	MNRRKHSIFLILFVSFIVMALEPSQILAEEKKESFKIPSHVLNISKDNTFPNSTEDEEVIEPSELTKELTDSLDIQIENPVLIKMLNETTLNPSPIAFGYRGMVYLGRWPLNYESLETTINWEYQQVNKNELNNTSGSEPQEINYIQQEQKEIKGALTNKISKPSDVKKMMLLTAKEKTELPLSYQTVIGKNTKKDNTYKVPSDKLAVLQSYAPAVNEKGQVTFGEVYVKLKGSDKSIAVKNVTKQGIGAWIPIQDHVSFSYKLN				NA	NA	NA	NA	NA
AK148_02331	1302			hypothetical protein	ATGGAATGGGTCGTCCTTATATCTGTTCTCATATTAACCATATTAAGTTTGTTACGCGTAAATGTCATTATTGCTATTATTGCGGCTGCAATTAGTGCTGGTTTGATGTCTGGATTAAATATAAAAGAAGCTGTTGAATTGTTAGTTAGTGGAATGGGTGGTGGTGCCAATACTGCGTTAAGCTATATATTATTAGGTGCTTTTGCTGTAACGATTAGCTATACAGGTATTACATCATTACTAGTAACTTATCTTATTCGAGTATTATCAGGTAAAAAGACGATGCTTTTACTCGTAATAGCAGCTGTAGCATCACTATCACAAAACGTCATTCCTGTTCACATTGCATTTATTCCAATACTTATTCCACCTTTATTGCCACTATTTGATAAAATGCGTTTAGATCGGCGTGCAGTGGCGACGGCATTAACGTTTGGGCTAAAAGCTCCCTATATTCTAATTCCCGCAGGATTTGGTCTCATTTTTCATGAAACGATTGTGGAAAGTATGAAGCAAAATGGTGCGAGCATCACAGTGAACGAAACAGTGTTGGCGATGCTTATTCCAGGTTCAGGGATGATTGTAGGTTTGCTGATCGCTATTTTTATTACGTACCGTAAAGATCGTGTAGTCAATGATGAACTAAAAGAAGAGACATCAAAGGAAGAAACAAAGGCAGTAACGTTCAACAAACAACATGTATTTACACTTATAGCAGTTGCTGGTGCTTTAACAGCGCAAATTATAACAAGCAACCTCATTATAGGAGCTCTTACGGGGCTTATGCTCATGTTTTTATTTTTTGTTATTCCGTTTCATAAAGCAGATCAAGTTGTCAGTGAAGGTATCGGCATGATGGGAACAATTGCTTTTGTCATGCTTGTGGCCTCAGGTTTTGGAAAAGTATTGACAGAAACAGGTTCCGTAGCAGCGCTTGTAGAAGTATCTTCTGGATTTTTAAATCAAAATAAGGCGCTTATTGCTTTTATTTTGTTACTAGTAGGTCTAATCGTTACGATTGGGATCGGTTCTTCTTTTGGAACCATTCCTATCTTAGCCGCATTGTATGTTCCTATTTGCTTAGCTGCAGGCTTTTCCCCATTAGCTACAGCTGCATTAATTGGAACGGCAGGTGCACTAGGCGATGCAGGGTCGCCAGCTTCAGATAGTACATTAGGTCCAACTTCAGGATTAAATGCTGACGGCAGACATCACCATATTTGGGACACGGTGGTACCGACTTTTATACACTATAATATACCCCTATTTATCTTTGGTTGGGTAGCTGCAATTATTTTGTAA	MEWVVLISVLILTILSLLRVNVIIAIIAAAISAGLMSGLNIKEAVELLVSGMGGGANTALSYILLGAFAVTISYTGITSLLVTYLIRVLSGKKTMLLLVIAAVASLSQNVIPVHIAFIPILIPPLLPLFDKMRLDRRAVATALTFGLKAPYILIPAGFGLIFHETIVESMKQNGASITVNETVLAMLIPGSGMIVGLLIAIFITYRKDRVVNDELKEETSKEETKAVTFNKQHVFTLIAVAGALTAQIITSNLIIGALTGLMLMFLFFVIPFHKADQVVSEGIGMMGTIAFVMLVASGFGKVLTETGSVAALVEVSSGFLNQNKALIAFILLLVGLIVTIGIGSSFGTIPILAALYVPICLAAGFSPLATAALIGTAGALGDAGSPASDSTLGPTSGLNADGRHHHIWDTVVPTFIHYNIPLFIFGWVAAIIL	PGPT0020805_901	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GENERAL_AMINO_ACID_TRANSPORT,PGPT0020805-yuiF-K07084	NA	NA
AK148_02332	792	pdaA	COG0726	Peptidoglycan-N-acetylmuramic acid deacetylase PdaA	ATGAGAAAAAGATTTTCTATATGTGTAGTTTTAGTTATATTGGCTTCCTTATGTACGCCACTTTCATCTTTAGCGTCTGGCTATGGATGGGGGTACAGTAAAAACGAAGCGCATAAAATCCCGGATATTGGAAAATATGCAAGCCTGCTTGAAAAATACAATGCGTATTATGCAGATTCATCTGGAGAAAAAAATGTATACGTAACATTTGATAACGGCTATGAACAAGGTTATACAGCTGATATTTTAGATGTATTAAAAAAGCACCAAGTTCCAGCAACTTTTTTTGTTACAGGGCACTACGTTAAAGAAGAACCTGAATTAGTAAAACGAATGGTAAGGGAAGGGCATATTGTAGGTAACCACTCGTATCATCATCCTGACTTTACGGTTATGAATAAAGAAAATATAAAAAAAGAATTAGAATCATTGGAGGAAGCAGTTGCAGCAATCTCCGATCAAAAAGATATGAAATATTTACGCCCGCCAAGAGGAATGTTTAATGAAGATACATTAAAATGGGCGAATGAATTGGGTTATATTCACATCTTTTGGTCGCTTGCCTTTAAAGATTGGGAGACAGATAAGCAAAAAGGGTGGAAATATGCATTTGATCAAGTAAAAGAGCAAATTCATCCAGGCGCGATTATTTTATTACACACCGTTTCCTCCGATAATGCAAAAGCGCTTGAAAAAATGATTCGTGCGTTACAAAAACAGGGCTACTCATTTAAAAGTCTTGATGATCTGGTGTTAAGAAATAAACTCCCTGAAGCTATATACGGCTTATAG	MRKRFSICVVLVILASLCTPLSSLASGYGWGYSKNEAHKIPDIGKYASLLEKYNAYYADSSGEKNVYVTFDNGYEQGYTADILDVLKKHQVPATFFVTGHYVKEEPELVKRMVREGHIVGNHSYHHPDFTVMNKENIKKELESLEEAVAAISDQKDMKYLRPPRGMFNEDTLKWANELGYIHIFWSLAFKDWETDKQKGWKYAFDQVKEQIHPGAIILLHTVSSDNAKALEKMIRALQKQGYSFKSLDDLVLRNKLPEAIYGL				NA	NA	NA	NA	NA
AK148_02333	111			hypothetical protein	ATGACGGGAGATATAGAATTTGGCAAGCAAAATGAAAGTTTATGCTCAAGAATGAAGCCAATCATTTTGAAACTAAAGTCACGTGTACATTTTTATTTAAAATTTTCCTAA	MTGDIEFGKQNESLCSRMKPIILKLKSRVHFYLKFS				NA	NA	NA	NA	NA
AK148_02334	1578	acsA_2	COG0365	Acetyl-coenzyme A synthetase	ATGAAAAGAGAAGCACTTATTCCGCCTAAAGCATATAATATTGCCATGGAGATAGAGCGTCACGCAAACTGTAAGAATAAACTAGCACTGATAAAGGAGAATGAATTTGGAGAAACCGACCAGCTTACATATAAGGAGCTAGTAAAGCAAGCTAACCAAATTGGTAACGTTTTCTTAAAAGCTGGCTTAAAAAAAGGTGACAAAATTTTAATTATGGTCAATCGCTCTTTTGAAGCATATGAAGTATATTTAGCTGCATTAAAAACAGGAATCATTATAATTCCTAGCTCTGAAATGTTAAAAACGAAAGATCTTCAATATCGTGTATCACACGGAGAAGTAAGTGGTGTCGTTAGTTTGCATCGTTTCGCAAACCAATTCGAAGGAATACGTGAATATGATCAGTTACATAAATTTGTTATTGGTGCAGCGGTAGATGGATGGGTATTTTTGGATGAAGAAAAGAAACAAGTCAGTGAGCAATTAGAAGTTGTTGACACAAGTAGAGAAGATACCGCTTTTTTACCATACACATCAGGTACAACTGGGAATCCAAAAGGGGTTGTCCATAGCCATGCTTGGGGGTACGCTCATTTAAAGGCAGCTGCATATAATTGGCTTGCTATCCAAGATGGAGATCGTGTATGGGCGACAGCAGGACCTGGTTGGCAAAAATGGGTGTGGAGCCCATTTTTATCCGTTCTCGGAACAGGTGCAACAGGCTTTTTTTACACCGGAAAATTTAACGCTGAAAAACATTTACAATTAATAGATGATTATGAAATAAACATAATCTGCAGTACGCCAACAGAATATCGTATGATGGCGAAAGTTGATAGCCTTCCACATTATAAGCTAACGTCCCTTCATAGCGCTGTATCAGCAGGCGAGCCACTAAACGTTGAAGTAATAGATATATTTAAGCACCATTTTAATATTACTGTACGAGATGGGTATGGACAAACGGAGAACACATTATTGCTAGGGTTTACAAAGGATATGCAGGTGCGACCGGGATCAATGGGAAAGCCAACTCCAGGCAATAATGTAGAGGTAATTGATGAAAATGGTGTTCCGCTAGGCCCAAATGAAGTCGGAGATATTGCAGTGAGATTAGATAGCCCGGCTTTGTTTTCTGAATATTATAAGGATACAGAGCGTACCAGTATGGCTAAACGAGGTTCGTATTATATAACAGGGGATCGTGCTTATAAGGACGAGGATGGCTTTTTCTGGTTTGAAGGAAGAAGTGATGATATTATTATTAGCTCTGGCTATACGATTGGTCCTTTTGAAGTGGAAGATGCGCTTATAAGGCATACAGCCGTACAAGACTGTGCAGTCGTTGCAAGCCCTGATGAAATAAGAGGAAATGTAGTAAAAGCATTTATTGTTCTTCGGGAAGGCTTCCAACCGAGTAATCAGCTAATAGAAGAATTACAAAATCATGTGAAAACGATAACGGGGCCCTATAAGTATCCAAGAAAGATTGAATTTATGGATGATTTACCAAAAACAACATCTGGTAAGACGAGGAGAGTAGAATTACGAAATAAAGAAAAGGTGGTAAATAAATAG	MKREALIPPKAYNIAMEIERHANCKNKLALIKENEFGETDQLTYKELVKQANQIGNVFLKAGLKKGDKILIMVNRSFEAYEVYLAALKTGIIIIPSSEMLKTKDLQYRVSHGEVSGVVSLHRFANQFEGIREYDQLHKFVIGAAVDGWVFLDEEKKQVSEQLEVVDTSREDTAFLPYTSGTTGNPKGVVHSHAWGYAHLKAAAYNWLAIQDGDRVWATAGPGWQKWVWSPFLSVLGTGATGFFYTGKFNAEKHLQLIDDYEINIICSTPTEYRMMAKVDSLPHYKLTSLHSAVSAGEPLNVEVIDIFKHHFNITVRDGYGQTENTLLLGFTKDMQVRPGSMGKPTPGNNVEVIDENGVPLGPNEVGDIAVRLDSPALFSEYYKDTERTSMAKRGSYYITGDRAYKDEDGFFWFEGRSDDIIISSGYTIGPFEVEDALIRHTAVQDCAVVASPDEIRGNVVKAFIVLREGFQPSNQLIEELQNHVKTITGPYKYPRKIEFMDDLPKTTSGKTRRVELRNKEKVVNK	PGPT0002265_7917	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895	NA	NA
AK148_02335	2133	clpE	COG0542	ATP-dependent Clp protease ATP-binding subunit ClpE	ATGTTATGTCAAAATTGTAAACAAAATGAAGCAACAGTTAATGTAGCAATGCAATTAAACGATCAACATATGCAAATGCATCTATGCAATGAATGCTTCCGTAAAATGCAAGGTCAAATGATGAATGGTAGTAACTTTTTTTCTCAATCCCCATTTAGCAATGCTTATGGGTCATTTGCAGCATCAGGAAATGGTTCACCGAAAATGGGAACACGCACAAGACAACAAGCAGGAAATCAAGGAAATGGTTTGCTTGAACAGTTAGGTAAAAATTTAACTGATGAGGCAAGGGGTGGAAAGATTGACCCAGTAATCGGGCGAGACAATGAAGTGAAACGGGTTATTGAAACATTGAATCGTAGAAATAAAAACAACCCTGTTTTAATTGGTGAACCAGGTGTTGGTAAAACAGCTATTGCAGAAGGTTTAGCTTCAAAGATAGTAGAAGGGGATGTCCCAACCAAATTATTGAATAAAGAAATTTATTTGCTTGATGTAGCATCACTCGTTGCTAATACGGGCGTACGAGGACAATTTGAAGAGCGAATGAAACAATTAATCCAGGAGTTGCAACAACGCCAAGATGTAATTCTATTTGTTGATGAAATTCATTTACTAGTCGGTGCAGGAACAGCAGAAAGCTCACAAATGGATGCTGGAAACATCTTGAAACCAGCGCTTGCTAGAGGGGAGATTCAACTAGTTGGAGCAACCACGCTAAAAGAATATCGTCAAATTGAAAAAGATGCAGCATTAGAACGTCGTTTACAACCAATTATCGTTGAAGAACCAACTCCGGAAGAAGCGGTGCAAATATTAAAGGGTATTAAAGATCGTTACGAAAAATTCCATGAAGTACGCTATTCTGATGAAGTAATAGTAGCTTGTGTAAACTTGTCTAAACGCTATATCCAAGATCGCTACTTACCAGATAAAGCAATTGATTTAATGGATGAAGTTGGTTCTAGACTAAATTTAAATAATTCATCTAAAGATTCTGAGTCTATTCATCATCGTTTAGAAGAAATAAAAAAAGAAAAAGAAGCTGCGGCTGAGCGTGAAGATTATGAACGAGCAGCACACTTACGTTATCAAGAAATTCAGTTGCAAAAACAGTTAGAAAAAGCAAAAGGGGAAGAGCAAGATATAGATGTAGATGTGTCTGATATTGAGTTAATCGTCGAAGAGAAAACGGGTATTCCAGTAACGAAACTACAAGCAGATGAACAAGAAAAGATGAAAAATCTTGCTAAACATTTAGGCGAAAAAGTTATTGGACAACAAGAAGCAGTTAATAAAGTAGCAAAAGCAATACGCCGTAGTAGAGCTGGTTTAAAAGCAAAAGAACGCCCAATCGGTTCGTTCCTATTTGTCGGACCAACTGGAGTAGGTAAAACAGAACTAACAAAAGTGCTAGCTGAAGAATTGTTTGGTACAAGAGATGCGCTTATTCGACTTGACATGAGTGAATACATGGAGAAACATGCTGTATCTAAAATTATTGGGTCACCTCCTGGTTATGTAGGACATGAAGAAGCCGGACAATTAACTGAAAAAGTGCGTCGTAATCCGTACTCCATCGTTTTATTAGATGAAATTGAAAAGGCGCACCCAGATGTACAAAATATGTTTTTGCAAATCATGGAGGATGGTCACTTAACAGATTCTCAAGGTAGAACAGTGAGCTTTAAAGATACTGTCATTATTATGACAAGCAATGCGGGAACTGGAGATAAAACAATAAGTGTCGGTTTTAATAAAGATAAGCACGATTCTGTCTCCACGTTGGAAAGACTAAGTGACTATTTCAAACCAGAATTTCTTAACCGTTTTGATGCGATTATCCGCTTTAATGAGTTAGAAAAAGAACACCTATTAGAAATTGTAGATTTAATGCTTCAAGAGCTACAAGATACCATTGAAGAAAACAATATTTCAATTACCATTACGGACAAAGCAAAAGAAAAGCTTGTTGATGTAGGGTATGATGCACGATTTGGTGCACGTCCACTACGAAGAGTAATTCAAGACAAAGTAGAAGACCAGTTAACGGATCTAATACTTGAAAATGAAAATGTAAATCATGTTCAAGTCGACGTCATAAACGACAATATCGTAGTGAAACAAGCTTAA	MLCQNCKQNEATVNVAMQLNDQHMQMHLCNECFRKMQGQMMNGSNFFSQSPFSNAYGSFAASGNGSPKMGTRTRQQAGNQGNGLLEQLGKNLTDEARGGKIDPVIGRDNEVKRVIETLNRRNKNNPVLIGEPGVGKTAIAEGLASKIVEGDVPTKLLNKEIYLLDVASLVANTGVRGQFEERMKQLIQELQQRQDVILFVDEIHLLVGAGTAESSQMDAGNILKPALARGEIQLVGATTLKEYRQIEKDAALERRLQPIIVEEPTPEEAVQILKGIKDRYEKFHEVRYSDEVIVACVNLSKRYIQDRYLPDKAIDLMDEVGSRLNLNNSSKDSESIHHRLEEIKKEKEAAAEREDYERAAHLRYQEIQLQKQLEKAKGEEQDIDVDVSDIELIVEEKTGIPVTKLQADEQEKMKNLAKHLGEKVIGQQEAVNKVAKAIRRSRAGLKAKERPIGSFLFVGPTGVGKTELTKVLAEELFGTRDALIRLDMSEYMEKHAVSKIIGSPPGYVGHEEAGQLTEKVRRNPYSIVLLDEIEKAHPDVQNMFLQIMEDGHLTDSQGRTVSFKDTVIIMTSNAGTGDKTISVGFNKDKHDSVSTLERLSDYFKPEFLNRFDAIIRFNELEKEHLLEIVDLMLQELQDTIEENNISITITDKAKEKLVDVGYDARFGARPLRRVIQDKVEDQLTDLILENENVNHVQVDVINDNIVVKQA	PGPT0014590_337	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014590-clpE-K03697	NA	NA
AK148_02336	873	comEC_2	COG0658	ComE operon protein 3	ATGTACAAAAGACAGCATATTTCCATAATAATTCTTGCTATAGTTATCACTTTTATACCTTTTCAACCTGTACATAGTGATAATGTTACCAAGGATATGCAAGTTCATTTCATTAATGTTGGTCAAGGTGACAGTATATATATTCGAACCCCAAGTAATAAACATATTTTAATCGATGGCGGACCCCCGAAATATGGAAAAAAGGTAGTCAATTACTTAAAGCAGCAAGGTGTGAAAAAATTAGATTTAGTAGTAGCGACACATCCAGACGTAGATCATATTGGCGGGCTCGTCACCGTAATGAAACAATTGGAAATAAAAAAGATGTTAGATTCCGGTAAGTTGCATACAACGAAAAGGTATTCCAAATATATTCAGGAGCTTGTAAAACAGGAAATTCCTATATCAATTGCAAAAATGGATGAAGAAATAGAGCTTGATCCATTATTAAATATCCAAGTACTTAACACGTATCAACCGTCAAGGTCGAACAACCAATCTTCTATCGTTTTACAAGTATCGTATAAGCAAGTTGATTTTTTATTTATGGGGGATGTAGAAATGGAACAAGAAAAAGATATTCGAAAAAAAGTCGATGCGCCAGTAGAGATATTAAAAGTCGCACATCATGGATCGAAAACAAGTTCTTCGCTCTCGTTTTTGCAATCTATCCAGCCGAATATAGCTATTTTAACGTATCACAAGAATAATCGTTATGGGCACCCAGTTGAAAGAGTGATTCATCATTTATATAAAGTAGGAGCTTCCATATATTCAACGGGAGCGTTAGGGCACCTAGTAATTCGTACAGATGGGACAACCTATATAGTCGAGCCGGAAAAAGAACCTTATGACGGTTTATATGCTAGTTAA	MYKRQHISIIILAIVITFIPFQPVHSDNVTKDMQVHFINVGQGDSIYIRTPSNKHILIDGGPPKYGKKVVNYLKQQGVKKLDLVVATHPDVDHIGGLVTVMKQLEIKKMLDSGKLHTTKRYSKYIQELVKQEIPISIAKMDEEIELDPLLNIQVLNTYQPSRSNNQSSIVLQVSYKQVDFLFMGDVEMEQEKDIRKKVDAPVEILKVAHHGSKTSSSLSFLQSIQPNIAILTYHKNNRYGHPVERVIHHLYKVGASIYSTGALGHLVIRTDGTTYIVEPEKEPYDGLYAS	PGPT0029415_5392	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
AK148_02337	846			hypothetical protein	ATGAAGGAGAAACCAGCTTGGTCGTTTAATGGGTATGCGGGAGTTTTAATTATTGCATGTTTGTTGGCGGGTACGGTATTTAGCTTTTTAGAACAACAATTTATTATTGGAATTCTTTGTGTCATCGTAGCTGTTACTTTAGGAAGTGGAATTACGTTAATCCAGCCAAACCAGTCTGCAGTTGTCATGTTTTTAGGGAAGTACATGGGTAGTATTCGGAAGGAAGGAATTGTGATAACCGTCCCTTTCTCTGTTCGTAAAATGATTTCGCTTCGTGTGCGAAATTTTAATAGTAATCGCTTAAAGGTTAATGATGTTAACGGAAATCCAATTGAGATTGCTGCGGTTATTGTTTTCAAAGTCATTGATAGTGCAAAAGCCGTATTTGATGTGGATCGGTATGAACAATTTGTAGAAATTCAAAGCGAGACGGCAATTCGTGCGGTAGCTACCAAATATCCTTATGATTCTTTTTCAGACGCGGAACTATCCCTTCGTGGAAATGCAGAAGAGGTATCGAATGAGTTGAGAGTTGAATTACAAGAGCGTTTGAAGGTAGCAGGTGTAGAAGTAATTGAAACACGGTTAACCCATCTGGCTTATTCTACGGAAATTGCTCAAGCAATGCTCCAACGTCAACAAGCAAGTGCGATTATTGCAGCAAGAAAACAAATTGTGGAAGGAGCAGTAGGGATGGTGCAGGATGCCATTATGCAATTAGAGAAAGATGGCTCTGTAGAACTTGATGATGAGCGCCGTGTGGCCATGGCCAATAATTTACTCGTATCCATTGTTGCTGATCAAGGCACGCAACCTGTTATAAACACAGGATCCCTATACCAGTAA	MKEKPAWSFNGYAGVLIIACLLAGTVFSFLEQQFIIGILCVIVAVTLGSGITLIQPNQSAVVMFLGKYMGSIRKEGIVITVPFSVRKMISLRVRNFNSNRLKVNDVNGNPIEIAAVIVFKVIDSAKAVFDVDRYEQFVEIQSETAIRAVATKYPYDSFSDAELSLRGNAEEVSNELRVELQERLKVAGVEVIETRLTHLAYSTEIAQAMLQRQQASAIIAARKQIVEGAVGMVQDAIMQLEKDGSVELDDERRVAMANNLLVSIVADQGTQPVINTGSLYQ				NA	NA	NA	NA	NA
AK148_02338	180			hypothetical protein	ATGGCAAAAAAGAAAAGCTTTCCGTTACGGATGGATCCAAAGTTGTATGAAATATTGCAAGTTTGGGCTAAAGATGAATTTCGCAGTGTAAATAGTCATATAGAATTTCTGTTACGAGAAGCAACTAAAAAAGCGGGTAGACTACCAAAAAGTGATGATAAAAAAATAGGAGAAGATTAA	MAKKKSFPLRMDPKLYEILQVWAKDEFRSVNSHIEFLLREATKKAGRLPKSDDKKIGED				NA	NA	NA	NA	NA
AK148_02339	369	ytrA_2	COG1725	HTH-type transcriptional repressor YtrA	ATGAAGCCTAAATTAGATGAAAGCAAACCGATCTTCTTGCAAATTAAAGAGCAGTTGGAAGATTCGATTATAACTGGTGCTGTAAATCCTGGCGAACGAGTACCATCGACAAATGAATTTGCCAGTTACTATAAGATAAATCCGGCAACGGCTGCAAAAGGAATTAATGAACTCGTTGATGAGTCCATTTTGTATAAGCGAAGGGGTGTAGGTATGTTTGTAACGGACGATGCAAAGCAATTATTAATTGATAAGCGAAAGCAATCCTTTTATAAAAATTATGTATTACCGTTAAAAAGTGAAGCAAAGAAACTGCATATTAGTCAATCAGAGTTGGAAAAAATGGTAGAAAGGTTGGATGAAGAATGA	MKPKLDESKPIFLQIKEQLEDSIITGAVNPGERVPSTNEFASYYKINPATAAKGINELVDESILYKRRGVGMFVTDDAKQLLIDKRKQSFYKNYVLPLKSEAKKLHISQSELEKMVERLDEE				NA	NA	NA	NA	NA
AK148_02340	876	btuD_3		Vitamin B12 import ATP-binding protein BtuD	ATGAAAATTGAAGTTCGCCAGTTGACAAAGCAGTATAAGAACAAGTTTGCTTTAAACCATGTTTCCTTCACCTTAGATGAACCGAAAATTTACGGATTGTTAGGAAGGAATGGCGCTGGAAAAACAACGTTCATGGATATGCTAGCAGGAAATATTTTACCAACAAAGGGCGATATTTTCGTAAACGGAGAGAAACCATTTGATAATCGACATGTACAGGAAAATGTTTGTTTGATTAAAGAAGGAAATAACTTTAAAAAAGAGTGGAAAGTGAAAGAGGTAATTCGACTTTATTCATTTTTCTATCCAAAGTTTGATCAACAGTTAGCGAAACAGTTATTAGAAACGTATAACTTGAATCCAAATGCAAAAGTAAAGACACTTTCCAAAGGAATGGAATCCGCACTCGGTATAACAGTTGGATTAGCTAGCAAGACGCCAGTTACCATTTTTGATGAGCCTTATATTGGGTTGGACGCTGCAGCGCGAAAACAATTTTATGATGTCATGTTGCAAGAGTATGAAAGTGAAAAACGAATGATTATTTTTTCCACGCACTTAATTGATGAAGTGAGTCTTATGTTTGAAGAAGTGCTTATATTACAACAAGGGGAATTGGTATTGCAAAAATCTGCAGAAGCATTACGCCAACAAACGATTTCTGTAACCGGACGACAAGAACAAGTGCAGCAGTTTATAAAAAATAAACAATTAATTAGTAAGAAAGAATTCATGGGTACGATGACTGCTTATGTATTTGCAGATAGGCAAGAAGCAATAGAAGAAGGGCTGGAAGTTGAAAGTATTCCAACGCAAGACTTAATGATACAGTTAACAGAAAAAGAAAGAGAGGATCGCCATGAAGCAATCAGTTAA	MKIEVRQLTKQYKNKFALNHVSFTLDEPKIYGLLGRNGAGKTTFMDMLAGNILPTKGDIFVNGEKPFDNRHVQENVCLIKEGNNFKKEWKVKEVIRLYSFFYPKFDQQLAKQLLETYNLNPNAKVKTLSKGMESALGITVGLASKTPVTIFDEPYIGLDAAARKQFYDVMLQEYESEKRMIIFSTHLIDEVSLMFEEVLILQQGELVLQKSAEALRQQTISVTGRQEQVQQFIKNKQLISKKEFMGTMTAYVFADRQEAIEEGLEVESIPTQDLMIQLTEKEREDRHEAIS	PGPT0006725_18056	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_02341	702			hypothetical protein	ATGAAGCAATCAGTTAAAGGGTTAATTTATTTTTTATTAGTGGAAATTCGCAGGCCATTAATCATTTTTTGGACCATTTTATTTACTATTTTACTTGTTTCACTCGCTTTTTCTTATTGGCTATCACAAATAGAAGAAGGCCCTTTTACTTTTAGTTTAACAGGACCTATCTATGTGTTCTTTAGTGTTTGGGGATTTATTTGTATTAAAGAAATTATTCCTTTTTCGATTAAGCTTGGCGCTACTCGGAAGCAAATATGGAGTACAATCGGTCTATTTTTCCTTAGTTTAGCAATGATCAAAGCCGTATTTGTTCAATTTTTACGAGAAGCGATATGGTTAATCAACGATTGGGTTGGCATTGATGTTTTTAGGTTTTTACACCCTGCTCATTTTCTTACCGATAACTGGTATAGCCGTATGGTCATAGATGTTGCTATTTTTTCCTTTCTCTTTGTAATATCTTATGTTATTGGCTTTGTATTCTATAAGTACGGGCTCATTGGCGGTGGAGGTTTGTTAGGGGTTATTTTACTTGCTTTACTGATGACAATTGCCACAGGGGACTTTGCCCAATTTGTACGAGAAATGATAGCGAACATGAGCCTTACTTTTTATATACAATTGTTTGCAGTGAGCGTCGTGCTTTACCTGTGCTCTTTCTTACTCATCCGTCGAATGACAACGATAAAAGTTCAATAA	MKQSVKGLIYFLLVEIRRPLIIFWTILFTILLVSLAFSYWLSQIEEGPFTFSLTGPIYVFFSVWGFICIKEIIPFSIKLGATRKQIWSTIGLFFLSLAMIKAVFVQFLREAIWLINDWVGIDVFRFLHPAHFLTDNWYSRMVIDVAIFSFLFVISYVIGFVFYKYGLIGGGGLLGVILLALLMTIATGDFAQFVREMIANMSLTFYIQLFAVSVVLYLCSFLLIRRMTTIKVQ				NA	NA	NA	NA	NA
AK148_02342	780	yxlG		putative transmembrane protein YxlG	ATGATGAAAGTACTTTTTAAAAAAGAAGTGCTAGAAAATTGGCGTAATAAAAAGTGGATATGGGTTCCTCTCGTTTTTATTCTTTTAGCTATTATGGATCCGATCACAAATTACTACCTTCCAGATATCTTAGAATCGGTTGGTGGTTTAGAAGGTGGTGCAGTAATTGAGTTACCTACGTTTTCACCTGCTGATGCCATCATGATGAGTGTAAGCCAATATTCTACGTTAGGTGTTCTAGTTATTGTCCTCTTATCCATGGGTATCATTAGTGGGGAGCGAAAAAGCGGAGTTATAGAGCTTGTCCTTGTCAAACCTGTGTCATATACCAAATTTGTGCTTGCGAAGTGGCTTTCCCTCCTTTTACTCGTCTTCGCTGCTTCTATTATTGGTATGATGGCGAGCTGGTATTATACGAACATACTTTATGGGGAAATCACTTTCTCTATGTTGCTCGCTGTCATTTTTTACTACGGGCTATGGTTGCTGTTTGTTTGCACCGTTTCCATTTTCTTTAATACAGTAACACAATCACCTGGCATAGTCGCTTTTGCAACCATTGGGACAACAGCTGGTATCAGTCTTGTAACAAGCTTACTAGGAACCCGTTTAGCATGGAGTCCAACTAATTTATCCGTGTATATTCAAGAACTCCTTGTTACCGGCGACGTATCTTCTGAATTGATGTATACAACGATTATAAGTATCGTGCTCATTGCGCTTATACTACTAGCATCCATCTATCGTTTTAATCGGACTTTTATTCGTCGAAGCCAATAA	MMKVLFKKEVLENWRNKKWIWVPLVFILLAIMDPITNYYLPDILESVGGLEGGAVIELPTFSPADAIMMSVSQYSTLGVLVIVLLSMGIISGERKSGVIELVLVKPVSYTKFVLAKWLSLLLLVFAASIIGMMASWYYTNILYGEITFSMLLAVIFYYGLWLLFVCTVSIFFNTVTQSPGIVAFATIGTTAGISLVTSLLGTRLAWSPTNLSVYIQELLVTGDVSSELMYTTIISIVLIALILLASIYRFNRTFIRRSQ	PGPT0006730_17187	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK148_02343	909	yxlF	COG1131	putative ABC transporter ATP-binding protein YxlF	ATGACGATTTTATCTGTTTCTAATTTGGCAAAGCAGTTTAACAATACATATGCGGTAAAAGATCTGGCCTATCAATTCACTCCACATCAATGTATTGCATTAATTGGTCCAAATGGTGCTGGAAAAACGACGACACTACAAATGATTGCAGGTCTCTTACAACCTACATCAGGAGGAATTATTTTTGACAAACATAAAAGTATCGATAGGCGAACGCTTATTGGTTACTTGCCACAACAGCCTGTATTCTATTCATGGATGACAGGAAGTGAATTTCTCGTCTATAGCGGACAGCTGGGTGGTCTAACCAAGATCGCATCACGTAAAAGAAGTGCGGAACTACTTGATATAACAGGGATTGCTGAAGCAAAAAACAAACGAATTGGCAATTATTCAGGTGGTATGAAGCAACGCCTCGGCATTGCCCAAGCAATTATCCATCAACCGAAGCTACTCATGCTCGACGAACCTGTATCATCCCTTGATCCGATCGGACGTAGAGAAGTGCTTACGTTACTGGAACAGCTAAAAACAGAAATGACTGTATTATTCTCCACCCATATTTTAAGTGATGCGGATGAAATTAGTGATGAATTAATTTTATTACGTAAGGGAGAAATGATTGAATCAGGAAAAATGAAGGACTTACGTCAAAAATATCAAACGACAAAAATAACGTTACAATTCTTGGAAAACCAAGCATTTTATCAAAAGAAAGTGGCAGCTCTTCCTCATGTTACAAGAACATTACTAGAAAGAGACACCGTACAAGTAATTGCTACTAATATAGAAATAGCAAGACAAGAAATATTGCAACAAGCCGTGGATGAAAAATGGCCTTTATTAGCATTTAAACTTGAGCAAGCTACACTAGAACAAATGTTTATGAAGGCGGTGAACGATGCATGA	MTILSVSNLAKQFNNTYAVKDLAYQFTPHQCIALIGPNGAGKTTTLQMIAGLLQPTSGGIIFDKHKSIDRRTLIGYLPQQPVFYSWMTGSEFLVYSGQLGGLTKIASRKRSAELLDITGIAEAKNKRIGNYSGGMKQRLGIAQAIIHQPKLLMLDEPVSSLDPIGRREVLTLLEQLKTEMTVLFSTHILSDADEISDELILLRKGEMIESGKMKDLRQKYQTTKITLQFLENQAFYQKKVAALPHVTRTLLERDTVQVIATNIEIARQEILQQAVDEKWPLLAFKLEQATLEQMFMKAVNDA	PGPT0006725_13999	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_02344	204	yxlE		Negative regulatory protein YxlE	ATGGAAGATATCTTACATTCTATTAACTGGGCTGTCGTTGCACCGCTTATCATTACTCAAGTTATATTAGTGATTGTTGCACTCATTGATTGGACAAAAGCCAAAAATACAAATGGTCCTAAGTGGTTATGGTTCATTATCATCATTTTTCTTAATATTATTGGCCCCATTTTATACTTTCTATTCGGAAGGAGACAGCAATAA	MEDILHSINWAVVAPLIITQVILVIVALIDWTKAKNTNGPKWLWFIIIIFLNIIGPILYFLFGRRQQ				NA	NA	NA	NA	NA
AK148_02345	1095			hypothetical protein	ATGAACACTTTTAGTTTAGCTATCACATTTATTCCACTAGCACTTTTTTTCATTTTCATACCATATTTGACTAGGAAAACAGAAAGCTTTGGTGTGTCCATCCCTGAAGAAATATATGCAACCTCAGAAATGAAACAATTACGAAAAAAATACGCTTTACTGACAGTAGTTGTAAGCATCGTTGTGTTTGGAATTGTATTAGTTTCGCCCGAATCGATCATGGAAGATAAAAGAGGAGGCATATTTCTCACCTTTCTCATTTTTGGCTATATGATCATTGAATTCTTTATTTATCTTTATTTTCACAGGATAATGAAGCAACGGAAAAAAGCCGCTACATGGTGGGACGATAAAACAGAAAAAGTCATGGTTCACACAACGTTTCGTACGCAGCAACTAAGGTTTTCTAATAAATGGTTTATCATACCATTTCTAATTTTCCTAACCACCACCACACTGACATATGTATGGTATGCCCAATTTCCAGATCAATTGCCGACTAACTTTGATTTTCTCGGTGAAGCGACAAATTTTGTTTCCAAATCTTATTTATCCGTATTTGCTTTACCGTTAACCCAGCTATTTCTAATCGCGTTATTCTTCGCAGTCAATATTCTCATTGGAAAGGTAAAGCAACAGATTAGTTCGGAAAATCCAGATAGATCTTTACAACAAAATGTCATTTTTCGAAGACGCTGGTCACTGTATATGATCGCTAGTAGTATATTGCTCACGATATGGCTCTTTGTAGCACAATTTATTTCTCTTCTTCCTAAAGGTAACCATGTATTTACTGTTGCATCTGTCATTATTCATGGGCTTATGTTAGTTGGCGTTATCTATTTAGCATTCTCTACTGGTCAAGGTGGTAGTAGAGTAAAAATAGCGGATGAGCGAAACGATAAAATTATTGATCGTGACAATGACCGCTATTGGAAACTAGGCGTATTTTATGTTAATAAACAGGATCCGTCAATTTTTTTAGAAAAACGTTTTGGAATTGGTTGGACGTTTAATTGGGGAAACCCTAAATCTTGGGGAATACTATTCGTATTTTCACTGTTTACGCTCAGTATTATTTTGCTAACTCGTTAA	MNTFSLAITFIPLALFFIFIPYLTRKTESFGVSIPEEIYATSEMKQLRKKYALLTVVVSIVVFGIVLVSPESIMEDKRGGIFLTFLIFGYMIIEFFIYLYFHRIMKQRKKAATWWDDKTEKVMVHTTFRTQQLRFSNKWFIIPFLIFLTTTTLTYVWYAQFPDQLPTNFDFLGEATNFVSKSYLSVFALPLTQLFLIALFFAVNILIGKVKQQISSENPDRSLQQNVIFRRRWSLYMIASSILLTIWLFVAQFISLLPKGNHVFTVASVIIHGLMLVGVIYLAFSTGQGGSRVKIADERNDKIIDRDNDRYWKLGVFYVNKQDPSIFLEKRFGIGWTFNWGNPKSWGILFVFSLFTLSIILLTR				NA	NA	NA	NA	NA
AK148_02346	390	ytrA_3	COG1725	HTH-type transcriptional repressor YtrA	GTGTTTATTGAACTAGATTTTGAATCGGAAGACCCCATTTACTTACAATTGATGAGACAAATTATTGAAGGAATTGCAAAGAAAGAGCTACTTCCAGGTGATGCTTTACCATCTGTTCGATCACTAGCTGCTGACATCGGTATTAACTTACATACTGTTAATAAAGCCTACCAACAATTAAAACAGGAAGGGTTTTTACAAATTCATCGCCAGAAAGGGGTAATGATTCATCCAGATGGCATTCCAAAGGCGACAGAAGCTTACAAAATGGCGTTAGAAAAAAACTTACGCCCACTCATAGCTGAGAGCATTTGCCGTGATTTAAAGCAGGAATATTTTTCAGAAATTTGCGAACGTATTTTCGATAACCTTATGCATGGAGGCAACTAA	MFIELDFESEDPIYLQLMRQIIEGIAKKELLPGDALPSVRSLAADIGINLHTVNKAYQQLKQEGFLQIHRQKGVMIHPDGIPKATEAYKMALEKNLRPLIAESICRDLKQEYFSEICERIFDNLMHGGN				NA	NA	NA	NA	NA
AK148_02347	414			hypothetical protein	ATGAACATACAAATTGCATACAACATTAAACGTTTACGAGAGCAACAAGGTTGGACTCAGCAGCAATTAGCAGATAAGCTTCAGCTTTCACGCTCTGTCATAGCTAAATGGGAAAACAGCCATGTTACCCCTGATATTTCTTCGCTAATGAAACTTTCAGATCTTTTTCATGTGTCCATTGACTATTTAGCAGGCAATAACACATTTCATGAAAATGTGATTGCTGAACTAAAGCACGTCTTTCAAACTTCTGATCAATCATTTGACGATGAGGCTGTAGAAATAATGGAATATGTAATGACATTTCCAGAATTCAAAGAAAGATTATTTCAATTAAAACAACTCACTCCTAAAAAGCAACATTCTATACACGAATTGCTAGGAGCTATCATTCAACAATATAAGCAACTATAA	MNIQIAYNIKRLREQQGWTQQQLADKLQLSRSVIAKWENSHVTPDISSLMKLSDLFHVSIDYLAGNNTFHENVIAELKHVFQTSDQSFDDEAVEIMEYVMTFPEFKERLFQLKQLTPKKQHSIHELLGAIIQQYKQL				NA	NA	NA	NA	NA
AK148_02348	309			hypothetical protein	ATGATCTGCTGTCTAAAGATTTATCACCCAACAGTTACGACTTTAACCAAATGTAAGATGTTGCGATTTATGTTTAAAGATTATCCACTTCAAATTGAAGTGATATCAAAAAATGCTGTACTTATATATGTATGGAATGTACCAAAAAAGGAAGTTTGGCAAGCTTTTATTAACTTTGAAAGTACAAATGTAATTACTGGATACGGATTTAGTGAGGAAAAAGCGGAAGCAAGACTGATAGCAGAAGCAATGGTAATTAAGTTGTTATCCATGCGAAACAGGAGACAAAAGCATCCACTTGTTTTGTAA	MICCLKIYHPTVTTLTKCKMLRFMFKDYPLQIEVISKNAVLIYVWNVPKKEVWQAFINFESTNVITGYGFSEEKAEARLIAEAMVIKLLSMRNRRQKHPLVL				NA	NA	NA	NA	NA
AK148_02349	891			Epimerase family protein	ATGAATGTACTAATAACAGGAGGAACTGGATTTATTGGCCAAGCGTTAACGGACTATTTATGTGAGCGTGATTATCATGTATATGTGTTGACACGCTCCCCCCAAGAACATACAGATACAAATAAACAAACTTTCATTGGTTATGACTATCCTAATGAACAATTGCCGCCTATTAAAAGTGTAATTAACCTTGCTGGTGAATCTTTATTTGGTTATTGGACAAAAACAAAGAAAGAATCCATTTTATCCAGCAGAATTCAAACAACCGAAAAAATACTAGCATTTATGGAAAAATTGCCAAATAAGCCAGATGTATTCATTAGTGGTTCTGCTGTAGGATATTACGGAACTTCCAATGACCTGATGTTTTCGGAAAACACGACTACTCCTGGTGATGACTTTCTAGCAAAGGTTACAACGAAATGGGAAAACGTCGCTAAACAAGCTGAGAAATACAATATTCGCACAGTACTTACTCGTTTTGGTGTTGTTCTAGGAAACGGTGGCGCTTTACCAATGATGCGATTCCCTGTCCAACTAGGTGTAGGAGGAAAAATTGGGTCCGGGGAACAATGGATATCATGGATTCATATTGAAGATGCTGTGAAATTAATCGTTTTTTGTATGGAAAATAAAGCTATATCTGGACCTGTAAATATAACTGCACCACACCCAAAGCAAAACAAAGCATTTATGCAGACATTAGCAAAAGTGCTAAAACGACCCTATTGGTTTCCTGTTTCTTCCATATTTATGTACACGGCACTTGGCGAAATGGCGGGCTTAATAACTAAAGGTCAGTACGTCATTCCCCAAAAAGCACTAGATCATTCATTTACGTTCTCTTTCCCTTATCTACAGGAAGCACTCCACCATCTTCACCACAAATAA	MNVLITGGTGFIGQALTDYLCERDYHVYVLTRSPQEHTDTNKQTFIGYDYPNEQLPPIKSVINLAGESLFGYWTKTKKESILSSRIQTTEKILAFMEKLPNKPDVFISGSAVGYYGTSNDLMFSENTTTPGDDFLAKVTTKWENVAKQAEKYNIRTVLTRFGVVLGNGGALPMMRFPVQLGVGGKIGSGEQWISWIHIEDAVKLIVFCMENKAISGPVNITAPHPKQNKAFMQTLAKVLKRPYWFPVSSIFMYTALGEMAGLITKGQYVIPQKALDHSFTFSFPYLQEALHHLHHK	PGPT0014730_3050	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	LOW_TEMPERATURE_TOLERANCE	LOW_TEMPERATURE-RELATED_ENZYMES,PGPT0014730-yfhF-K07071	NA	NA
AK148_02350	822	recX		Regulatory protein RecX	ATGTCAAAAATCACTCGTATTACAACACAGAAAAAAACGCATCAACGATATAATATTTTTTTGACTGATGATAATAAAGGGGAACGCTACGGTTTTAGTGTAGACGAATCTGTATTAATTCATTTTCAGTTACGAAAAGGCATGGAAATTTCAGATTCCATGATGGACGCCATCAAAAGAAGTGATAGCATGTACCAATCTTATACCCTTGCTATTCGATATTTAAGCTTCCGCATGCGAACAAAAAAAGAAATAGAGGACTACTTAACAAAAAAAGAAGTAGATCAAGCTCATATAGTAAGCGTGATGGACAAGTTGGTAGAAGAGCAACTTCTTAATGACCATCAGTTTGCTGACATGTTTGTACGATCACGAATAAATACATCCACAAAAGGCCCGGCAATCATTAAGCAGGAATTGTTGAAAAAAGGAGTAGAGGAAAATATTGCAGATGATGCGTTAAAGCAATTCTCATATGCCATTCAATATGATAAAGTGAAAAAATTGGTGGAGAAAAAACAACAACAGAAAAAAACAGAGTCATATAAAAAGCGACTACAAAAAATGCAAACTTTTTTACAACAAAAAGGTTATGATAAAAGTGTAGTCCAAACAGTGGTGCAGGAACTTCCATCAGCCATTGATAGGAATGCCGAATGGGATGCTATTACCCATCATGGAGAAAAATTAAAGAAAAAGCATGCAATGAAAAGAACAGGGTTTGAGTTGAGGCAGAAAATAACAGAAGGATTGTATAGAAAAGGTTTTTCTTTTGAACTTATTCAGCAGTATTTAGAAAGACATGTGGATGATAAAGAGTAA	MSKITRITTQKKTHQRYNIFLTDDNKGERYGFSVDESVLIHFQLRKGMEISDSMMDAIKRSDSMYQSYTLAIRYLSFRMRTKKEIEDYLTKKEVDQAHIVSVMDKLVEEQLLNDHQFADMFVRSRINTSTKGPAIIKQELLKKGVEENIADDALKQFSYAIQYDKVKKLVEKKQQQKKTESYKKRLQKMQTFLQQKGYDKSVVQTVVQELPSAIDRNAEWDAITHHGEKLKKKHAMKRTGFELRQKITEGLYRKGFSFELIQQYLERHVDDKE	PGPT0007240_230	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-CYTOKININ_METABOLISM	PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007240-recX-K03565	NA	NA
AK148_02351	339	yfhH		putative protein YfhH	ATGAACAATAATTATCGCTATAGTGACTATTCTATTGAGCAATTGCGCCAGGAAATAGGCAGGTTAAAAGAAAAAGCACAAAAAGCAGAACAGCTAGGAAATATTTCTGAGGTGGCAGTTAACGAGCGTAAAATGCAGGTTGCTTTAGCTTATACAATAAATCCAGATGATTTTACAGCAAATGAGACGTATGAATTTACAACAGATCCAGGATGGAACTTCAAGGTGGACTATATAAACGGTGTGTTTGCTTGGGGGCACAGAGTTAATTTATTAGGAGAGATACTAGAAAAACAGGAAGCAATTCCGATATCTTTGTTAGGGAAACGCGTAGAATAA	MNNNYRYSDYSIEQLRQEIGRLKEKAQKAEQLGNISEVAVNERKMQVALAYTINPDDFTANETYEFTTDPGWNFKVDYINGVFAWGHRVNLLGEILEKQEAIPISLLGKRVE				NA	NA	NA	NA	NA
AK148_02352	678	ntcA		Global nitrogen regulator	ATGAAAGTGAAAGAAACAATAGACTATAGTCAATTTGAATTTTTATCGTATTTTACGAGAGCGGAATTATTTGATTTAGAGAACTTTTTGTTTTTAAGAACATATAAAAAGAACCAATTATTATTTATGGAAGGTGATCCTAGAGAGAGGATTTATTTTTTAAAGGAAGGGTTTGTAAAATTAGAAAAAGTTAGTTCGGAAGGAACCATGCTTTATGTTGACTATGTAAGAGCATATAATATGTTTCCGTACGGTGGTTTTTTTAAAGATAATTTTTATCATTTCTCAGCATCTGCGCTAACGGATATCGTTGTTTATTATATCCCCACAAGAATTTTAGAAGAAAAGGCAATGTATAATACGAAGCAAATTTTCGCTATCATTCATCATTTATCGAAAATTTTGGAATATCATGAAAATCGCCTCCAAACTTTAACCACTTCAAACGTAAGAGATAGGGTAGAGCAGTCTCTAGCATGTTTGATCAAAGATTTTGGTTATAAGGATAACGGGAGGTGGATTATCGATTTACCAATGACGTTAACGGAGCTGTCGAAATTAACAGGAGCGTCTCGTGAAACTGTTTCGCATATTTATAATGATTTAAAGAAATCCGGTATTCTTATATTAAAGGACAGGCGTTTTATTATATATGATAGGGATTATTTTACCGTGTAG	MKVKETIDYSQFEFLSYFTRAELFDLENFLFLRTYKKNQLLFMEGDPRERIYFLKEGFVKLEKVSSEGTMLYVDYVRAYNMFPYGGFFKDNFYHFSASALTDIVVYYIPTRILEEKAMYNTKQIFAIIHHLSKILEYHENRLQTLTTSNVRDRVEQSLACLIKDFGYKDNGRWIIDLPMTLTELSKLTGASRETVSHIYNDLKKSGILILKDRRFIIYDRDYFTV				NA	NA	NA	NA	NA
AK148_02353	312			hypothetical protein	TTGAATGATATTGGAAAAAGACTCGTTCAATTAAGAAAATTAGAAAATCTAGATCAAAAGGAGGCAGCAAAACTGATAGGAATTTCTAGTGTTAATTTATCCCGTTACGAAAAGGGAAATCGAACTCCTAACCCCGACATGATAAAAAAACTAGCAAAATTTTATTGTGTGAAACCATCCTACCTAGCCTTTGGCGAAGAAGAGCATTTAAATTTTCTATCTGACATAACGAAAGAAGAAGCAAAAATGTTAAAAGATTATTTGATTAGAATTCGTGAAGAAAGACAAAAGCACGGAGAAGAAAATTTATAA	MNDIGKRLVQLRKLENLDQKEAAKLIGISSVNLSRYEKGNRTPNPDMIKKLAKFYCVKPSYLAFGEEEHLNFLSDITKEEAKMLKDYLIRIREERQKHGEENL	PGPT0027625_52	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-PezT-PezA_TOXIN-ANTITOXIN_SYSTEM,PGPT0027625-antitoxin_pezA-K18830	NA	NA
AK148_02354	1746	sasA_2		Adaptive-response sensory-kinase SasA	TTGGTTATAAATTTATACCAAATGGTACATCACATGCAAATACATAGAAGATTTATCGTGCAATTGCTCTTGCAATTACTGATGCTGTTTGTATTTGCGTTTGTACTCAACATAACGATATTTATCTTAATCTCCTATTTCGCAGAACAAACAGAGACAGTGGAAGATCTGACAAAGGCTAGTGATCTATTTATTGAAAATCGTGTAGAAGTAAAAGCAGGAACGGCCGAGATCGAACAGGGGTTAAAAATACGAGTGGAAGAACAAGATGGTTGGCTTGCTGTTTTAACAGAAGAAGGCAAAGTCATTGGTTCTCATAACACCCCTCCAAGCTTGAAAGGCAAACGTATGGAAACGTTATTGTATTCCGAAGACAATAATATAAGTACATACTGGGTATGGGGAGAATTTGCAGAAAAGCAGTACTATGTCGTATTTGGCAAACATAACTGGCAAAAAAATATCATGCAAGCAATCAAAGAAAATATAAGCTGGAAGAATCAAAAGCTGGAGCTTTTAGGGGCGGTAAAAACGAAGCTGGATAAGATAGGTGGTTGGGCGTTACTTGTGGACTATACTGGAAAGACATTAGACAGCTATGGGAAAGATGCTCCAACATCTTATCTGACAGAAGATTTAATTGCTATCAAAGCGGATCAAAAATGGAGTCATGTGGAAAGTTATTTTCATGAGCCTTCTCGACTTACTTTAATTGTTGGAAAAGAGCCAACTTCTTCTTCTAGCCTTGCAGGAAACATGGAGGGGAAGATTAGTAATAGTGTCATTGTAGTGGCTGTTTTCGTTATCTTGTTTTTCTTATTGGCCACTTACTGGTATGCACACAAATTTAGCTCCCCATTACTTATGTTTATAAGGTGGCTTCAAAATCTTGGACATGGCATCTATGAGCAACCAGTACATCCAAGAACTGGACAACCTATGTTGTTCAATAAATATGGTGACATAAAAAGAAAGTATCGACTTTATAAAGATCTATTCTTTACGTTAACACAATTAACGGATATTCTACGGGAAAGAGATGTAGAACGAAGACGTATATCACGGTCAAGGGAAGAATGGGTGAGTGGTATCTCTCACGATTTAAAAACACCGTTGGCTTCTATCCAAGGATATGCGAACATGATGGAGTCTGATGCGTATTCTTGGAATGAAGCTGAAATAAGAGAATTTGCCTCTGTAATAAGCAAAAAATCAACGTATATGAAAGATCTGATTGAAGATTTAAACTTAACATATCAATTAAAAAACCGAGAATTGCCTATTTCAAAAGAGCGGACAGACATGAACGAATGTATTCGTAGAACCATTCTTCAGTTTATGAACAATAAGTTGTATGCGGATAAGGAACTTCGCTTTCAACCATCTCACAACGAAATTATCGGTTTCATTGACCGTAAATGGTTTCAGCGAATTATGGATAATGTCATAGCAAATGCAATCAAATATAACCCTGCAGGGACAATGATTACCATATCCACCGAGTTGATCGAGCAGCATGTAATGGTGATTAAGATTGTAGATAATGGTGTGGGCATGGATAACGAAACCGTCAACCGCTTATTTACCCGTTATTATCGAGGTACGAATACCACCGAAACAGATAGCGGAACAGGTCTTGGTATGGCGATTTCCAAACAATTGATTGCACTACACAATGGATCAATTCGGGTGCAAAGTAAGCCAGGAGAGGGGACGGTAATTCGTATTTTATTGCCTTTGGGTTAG	MVINLYQMVHHMQIHRRFIVQLLLQLLMLFVFAFVLNITIFILISYFAEQTETVEDLTKASDLFIENRVEVKAGTAEIEQGLKIRVEEQDGWLAVLTEEGKVIGSHNTPPSLKGKRMETLLYSEDNNISTYWVWGEFAEKQYYVVFGKHNWQKNIMQAIKENISWKNQKLELLGAVKTKLDKIGGWALLVDYTGKTLDSYGKDAPTSYLTEDLIAIKADQKWSHVESYFHEPSRLTLIVGKEPTSSSSLAGNMEGKISNSVIVVAVFVILFFLLATYWYAHKFSSPLLMFIRWLQNLGHGIYEQPVHPRTGQPMLFNKYGDIKRKYRLYKDLFFTLTQLTDILRERDVERRRISRSREEWVSGISHDLKTPLASIQGYANMMESDAYSWNEAEIREFASVISKKSTYMKDLIEDLNLTYQLKNRELPISKERTDMNECIRRTILQFMNNKLYADKELRFQPSHNEIIGFIDRKWFQRIMDNVIANAIKYNPAGTMITISTELIEQHVMVIKIVDNGVGMDNETVNRLFTRYYRGTNTTETDSGTGLGMAISKQLIALHNGSIRVQSKPGEGTVIRILLPLG				NA	NA	NA	NA	NA
AK148_02355	363	sphR_1	COG0745	Alkaline phosphatase synthesis transcriptional regulatory protein SphR	TTGCGGAGAAAGCAAGGTCGAACGGCTCACCGTCAAAAAACATATTATGATGATGGGAATATACGGATCAACACGCTGTCTGCTGAAGTGATGCTGAAAGGGAAAAAAGTTACATTGCCAGCACAAGTGTATCAATTGTTATTATTTTTTTGTCAGCACCCGAATCAAGTGTTTAGTAAAAGCCAGCTTTATGAGCAAGTTTGGGGCGAGGAGTATTTAGGAGAAGATAATACCGTCATGGTACATATACGTAAATTAAGGGAACAAATAGAAGAAAATCCAAGTATGCCTTGCTATGTAATTACCGTGAGAGGGCTTGGTTATAAATTTATACCAAATGGTACATCACATGCAAATACATAG	MRRKQGRTAHRQKTYYDDGNIRINTLSAEVMLKGKKVTLPAQVYQLLLFFCQHPNQVFSKSQLYEQVWGEEYLGEDNTVMVHIRKLREQIEENPSMPCYVITVRGLGYKFIPNGTSHANT	PGPT0002675_96	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002675-regX3-K07776	NA	NA
AK148_02356	312	walR_4	COG0745	Transcriptional regulatory protein WalR	ATGCAACATTCTCCATTATTAATTGTGGACGATGAACAAGCCATATTACAAATGCTACAAACTATATTAAGTAAAGAAGGATTCACCCATATTGATGTTACAAAGACGGCTGAAGGGGCTATCCAACTGTGTAAAAGTAAGCAATACGACGTCATTCTATTAGATGTCATGCTGCCTGGGGAGGATGGTTTTGATGTCTGCCCTAAAATTAGAGCTATTTCCGATGCAACTATTTTCTTTTTAACAGCTCGGACGTCCGATTTGGATAAGCTATCTGGCTTTGCGGTGGGAGCGGATGATTATATTACGTAA	MQHSPLLIVDDEQAILQMLQTILSKEGFTHIDVTKTAEGAIQLCKSKQYDVILLDVMLPGEDGFDVCPKIRAISDATIFFLTARTSDLDKLSGFAVGADDYIT	PGPT0002675_18	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002675-regX3-K07776	NA	NA
AK148_02357	693			hypothetical protein	ATGCTTGCCATTAGCAAAAGAGAGTTTATTGAATCTTTTAAAGGAATTAAACCAATTATTATTATTGCTATATTTTTAATTACCGCCTATTATTCAGGCAAATTTTCCGATTTGCTGTTATCTGCAAATATTGATTTTACAGCTGAAGAACTAGAGGTCATTCACACAATTGCCATTTCCGGACTCTTAATTATATTTGGTATGCTATTTGTTATGGGACTATCACATGATACGATGAATCGTGAAATGCATGAGCGTACCATTCGTTTTTTAGTGACACGTACTTCACGCTCTGCCATCATTATTGGAAAGTTTTTAGGTATTTGGTTTTTTTGGATCGTTTGCTTAGTTACTTCCTTTATGGTCATTAGCATATTTGTACATAAATTTGACATGATTACTTTATTCCAGGCTACAAGTTTGGTTGCGTATTATCTTGCTCTCACTATTTTATTATCCGTACTCATCCCGAAACCAGGCTTTACCATGTTTCTTAGTATTGTACTTGGAATAGCATTTCCTATTTTTAATTCATGGACTGTATTAACTTCCAATCCTTGGGTAAGCTGGATGAAATATCTACTTCCCTTCTATTATATAAATGATCGTAATTTCTATTTTGTTGGGGTTTTATTATTAGTCGGAGTCATCTTATTTATTGCGATAGCAATATTTAACAGGAGGGGATGCTAA	MLAISKREFIESFKGIKPIIIIAIFLITAYYSGKFSDLLLSANIDFTAEELEVIHTIAISGLLIIFGMLFVMGLSHDTMNREMHERTIRFLVTRTSRSAIIIGKFLGIWFFWIVCLVTSFMVISIFVHKFDMITLFQATSLVAYYLALTILLSVLIPKPGFTMFLSIVLGIAFPIFNSWTVLTSNPWVSWMKYLLPFYYINDRNFYFVGVLLLVGVILFIAIAIFNRRGC	PGPT0006730_24671	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK148_02358	906	lnrL_5	COG1131	Linearmycin resistance ATP-binding protein LnrL	ATGTTGGCTATTGAAACAAAGAAGTTAACGAAAACCTTTGGAAAAAACCACGTCGTTAACCAGATTGACTTGCAAGTGAAATCAGGAGAAATATTAGGTTTTTTAGGTCGCAATGGTGCGGGAAAATCGACTTTTATTAATATGCTAACAGGGATCATCCAACCTAATTCGGGATCGTACTCTCTTTTAGACGTACAAGGCTCGAATGATGACATAAAAAAGCAGATTGGCGTCATGCCCGATTACTCTGCTTTATATGCTTCTATGACTGCGATGAAACATTTGAAGTTTTTAGCAGCTGTTTCTGAAAAGCCTGTATCTGATGAACGTTGTATGGACATATTAAAACTTGTTGGGCTTGAAGAACATGCGCATAAAAAAGCGGGCAAATTTTCATTTGGGATGAAAAAGAAGCTTGCTATTGCTCAAGCAATCATTCATGACCCGCAACTAATCTTCCTTGACGAACCGACGTCAGGCCTTGATGCGGAATCGGTTATTCACATTCATCAATTAATTCAGCAATTACATCAACAAGGAAAAACTATTTTTATGACATCCCACAATTTAGATGAAGTAGAAAAGATATGTTCCCGTATCGCTATTATGAAAGACGGAAAAATAGGCAAGATCGGCTCCATGGATGAATTACGTGCATACTATCAATCTACCATTACTGTAACTATTAAGCATTCACCAATCCGCTCTACTCATTTACCAACACTCGAACAATGGCTCACATTAACAGGCACACAGCTAGAAATGAAAACTTCCCAGTTTACGATTCATGTTACGAGTGAAAAAAAGATTGCGGAAATAATTCGCGCTCTTGGTAAATACAACATAGATATTTACCGCGTAGACGTAAATGAACCTTCTCTGGAAGAAATATTTTTAGATGAGTAA	MLAIETKKLTKTFGKNHVVNQIDLQVKSGEILGFLGRNGAGKSTFINMLTGIIQPNSGSYSLLDVQGSNDDIKKQIGVMPDYSALYASMTAMKHLKFLAAVSEKPVSDERCMDILKLVGLEEHAHKKAGKFSFGMKKKLAIAQAIIHDPQLIFLDEPTSGLDAESVIHIHQLIQQLHQQGKTIFMTSHNLDEVEKICSRIAIMKDGKIGKIGSMDELRAYYQSTITVTIKHSPIRSTHLPTLEQWLTLTGTQLEMKTSQFTIHVTSEKKIAEIIRALGKYNIDIYRVDVNEPSLEEIFLDE	PGPT0006725_22607	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_02359	618	ycgM	COG0179	putative protein YcgM	ATGAAAATAAACAATATATTTTGCGTTGGCCGTAATTATGCAGATCATGCCGTTGAGTTAGGGAACGATATACCAGAAAAACCCTTGATTTTTTCAAAACCTACCAACTCGTTGGTAATTGCTGATGGCACTCCTATTGATTTTCCAGCTAACCAAGGAGAAATCCATCATGAATTAGAGATTATTTTATATGTTGGCAAAGATGTTTCAGCAGGAGATAAAGTGGATGATGTAGTGACAAGAATGGCTTTAGGAATTGATTTAACGTTGCGCGATGTGCAAACAGAACTGAAAAAGAAAGGGCATCCATGGCTTCTGGCAAAGGGGTTTAAAAATGCGGCGGTGTATACGAATTTTTGGGATTTTCCTGGACAAACAGCTTGTTTAGAAAACAACTTCACCTTATTACGTGATCAAGAGATAGTGCAGACAGGAAATATTGCTTCCATGATTTTCTCATTTCAAGCAATAATTGATTACTTGCAAGCAAATTTTAGTTTAAAAGCAGGAGATATTATTTATACAGGCACACCTGAAGGCGTCGGGCCAATTCATCATGGTGAAACGTATGCATTGAAATGGGGCGAAGAAGTAAAAGGAAGCTTTCGTGTGCGATAG	MKINNIFCVGRNYADHAVELGNDIPEKPLIFSKPTNSLVIADGTPIDFPANQGEIHHELEIILYVGKDVSAGDKVDDVVTRMALGIDLTLRDVQTELKKKGHPWLLAKGFKNAAVYTNFWDFPGQTACLENNFTLLRDQEIVQTGNIASMIFSFQAIIDYLQANFSLKAGDIIYTGTPEGVGPIHHGETYALKWGEEVKGSFRVR	PGPT0001620_1201	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001620-nagK-K16165	NA	NA
AK148_02360	885	fda		Fructose-bisphosphate aldolase class 1	ATGCAACAACAACAATTTGAAAAAATGAAAAACGGCAAAGGTTTTATTGCCGCACTGGATCAAAGTGGGGGCAGTACACCAAAAGCATTAGCTGCTTACGGAATTTCTGAAGACGCTTATTCCAACAAAGATGAAATGTTTGATTTAGTACACGAAATGCGTACACGAATCATTACATCGCCTGCATTTGATTCAAATTACATTTTAGGGGCTATTTTATTTGAACAAACAATGGATCGTAAAATTGAAGGAATGTATACAGGCGATTACTTAGCTGAGAAAAAAGGGATTGTACCCTTTCTAAAAGTAGACAAGGGGCTTGCCGAGGAAGCCAATGGCGTCCAACTCATGAAGCCTATTACAGACCTTGACGAAACATTAAAACGGGCAAACGAACGCCACATATTCGGTACAAAAATGCGCTCTGTAATCAAAGAAGCAAATGCGGAAGGAATTAAAGCTGTAGTAGATCAACAATTTGACGTTGGTAAACAAATTATCGCTGCTGGTTTAGTTCCAATTATTGAGCCAGAGGTAGACATTAACAGCCCAGAAAAAGAAAAATGCGAGCAGATGTTAAAAGTAGAAATTCTCAAACATTTAAATAACTTAACGAAAGATGAATTCGTGATGCTAAAATTAACCATCCCTACTGTACCAAACTTGTATAAAGAGCTTATCGATCATCCAAATGTTGTGCGTGTTGTTGCGTTATCAGGTGGTTATTCAAGAGATGAAGCAAATACCAAACTAAAAGAAAATGATGGATTAATTGCCAGCTTCTCTCGAGCACTTAGCCAAGATTTAAATGTTAACCAGACAGATGAAGAATTTAACCAAGCATTGCAACAAGCGGTTAAATCGATTTATGAAGCTTCCATTTAA	MQQQQFEKMKNGKGFIAALDQSGGSTPKALAAYGISEDAYSNKDEMFDLVHEMRTRIITSPAFDSNYILGAILFEQTMDRKIEGMYTGDYLAEKKGIVPFLKVDKGLAEEANGVQLMKPITDLDETLKRANERHIFGTKMRSVIKEANAEGIKAVVDQQFDVGKQIIAAGLVPIIEPEVDINSPEKEKCEQMLKVEILKHLNNLTKDEFVMLKLTIPTVPNLYKELIDHPNVVRVVALSGGYSRDEANTKLKENDGLIASFSRALSQDLNVNQTDEEFNQALQQAVKSIYEASI	PGPT0017635_2456	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017635-fda-K01623	NA	NA
AK148_02361	363			hypothetical protein	ATGCTTTTTATAAAAAGAGTTTTCAATCCTTGGGGGGAGTTTTTATCCCCCCAAGGATTTTGTTTAGATGAGCGAATTGCATATTTAGTTGCTGTTATCCAAATCGAAGCCTTACTAACGTTATTTGACCGTTATCAAGTTGCCATACCAGAAGACGCTTCCGCAAAGTTCATAACAATCCCAGATAATATAAAAGCTGCCTATGATCAAGGTGTAGAAGGGAAAATAAATAATATTTCTATGTATGAAAGATGTTTAACGTATACTATTCCAGCCGATTTGCAAGCTGTTTTCTCTCCGTTACGAAATGCCTCCTTCAATCATTTACAAGCATGTGAAAATGGGCTCGTCAGACATTCATGA	MLFIKRVFNPWGEFLSPQGFCLDERIAYLVAVIQIEALLTLFDRYQVAIPEDASAKFITIPDNIKAAYDQGVEGKINNISMYERCLTYTIPADLQAVFSPLRNASFNHLQACENGLVRHS				NA	NA	NA	NA	NA
AK148_02362	1530			hypothetical protein	ATGAAGCCCACTAAATTGACATACGGAATACTGATAGTTATCGGATTGATTGCCATTGGATTAACAGTTAGCTCATTGTTTAAATCTATAGATAAGGATGTTGCTGCTACCCATACTACGGCGAGTAGTGAAAAAAAAGTGCATCCTAATTATCCAGAAGTTCAGGTTGTTACTGAAAAAGCACATGACAAAGTATATAGCATGGAGATTGATTATCCGCAGTTTCAGAGTAAGAAATTAAACCAAAAAATGAAAGAATTTGTAAAAATAGCTAAAGAAGACTTTTTACACGATGTAGAAAAAAATAAACAACAATTAAAGAGTCAAGAGGCGACACTCGCTATCCGTTCAGACATGCAAAAGTTTTCAGATCACATTTATTCTGTTGCAATGCATGAAAAGAGTTGCTTACATGAAAAGCAATGTCAAGACTTATCTGACATCATTATAGTAGATAGCAAGAATAGTAATTACATAAATCAAACTGATATCCTACAAGATACAGAACAGAACCGAGATACTCTTTTTCAATTGTTGAAGCATGCATTTGAACAATCTGATACATATAGAGAACACTTTTCTAGAAAAAAATTATCCGAGTGGGTCTATGATAAGGACAACAATTTTTCCAATATGTATCTTGCAGATGAATCGATCGTTTTTCAGTTTGATAATAATAAAGTGATAGATAAAGAAGCGGAAATCGCTATCCCTTTATCGAAAATGCAAGATGTACTAACAGATGAGTGGAAAGATATGATTAGAGATGAAAGCACTGAGGATAGTAATAATACAGAGAATAATAAACGTACTGAGAACAAAGTAAATACCGGGGATAATGATAGTACAGAGAATAATAAAAGCACGGAGGATAAAGAAGACACAGAGGATAAGCAAGCGAATTCGGCTGTAAAGCAGGAAGAAAAAAATTCAAATTCTTCCTCAGTCAATGAAGAAAAGCGTCACTCTTCGAATCAGAAGCGAGTTGCTCTTACATTTGATGATGGTCCACATCCGCAAAATACTCCAAAGGTGCTTGATCTACTAAAACAGTATAACGCGAAAGCAACATTTTTTATGCTGGGAAATAAAGTAGCTGCAAATGCAACCGTCGTTAAAAGAATGAAGGATGAAGGGCATGAATTAGGTAACCATACTTGGAGCCATAAAGATTTAACAAAATTAGGGGTAGCAGGAATAAGACAAGAAATAGATAAGGCCAATGAAGCTATCCGTAATGCTGCGGGGAAAAATCCTACTTTATTTCGTCCACCGTATGGAGCGACAAATGGAAATATAGAGCAAATTGTAGGTTTACCATCCATTCTTTGGACTGTTGATACACGAGATTGGGAGTCGCTTGATCCAGTGGCAATTCTAAATGAAGTTAAAAGTCATACAACAGATGGTTCTATTTTGTTGATGCATGATATACATACATCTACTGTAAATGGGCTGCAATCCGTATTGGATTACTTAGTTGGAGAAGGTTATGAATTGGTAACTGTTTCGGAAATAAGGAAAAATTAG	MKPTKLTYGILIVIGLIAIGLTVSSLFKSIDKDVAATHTTASSEKKVHPNYPEVQVVTEKAHDKVYSMEIDYPQFQSKKLNQKMKEFVKIAKEDFLHDVEKNKQQLKSQEATLAIRSDMQKFSDHIYSVAMHEKSCLHEKQCQDLSDIIIVDSKNSNYINQTDILQDTEQNRDTLFQLLKHAFEQSDTYREHFSRKKLSEWVYDKDNNFSNMYLADESIVFQFDNNKVIDKEAEIAIPLSKMQDVLTDEWKDMIRDESTEDSNNTENNKRTENKVNTGDNDSTENNKSTEDKEDTEDKQANSAVKQEEKNSNSSSVNEEKRHSSNQKRVALTFDDGPHPQNTPKVLDLLKQYNAKATFFMLGNKVAANATVVKRMKDEGHELGNHTWSHKDLTKLGVAGIRQEIDKANEAIRNAAGKNPTLFRPPYGATNGNIEQIVGLPSILWTVDTRDWESLDPVAILNEVKSHTTDGSILLMHDIHTSTVNGLQSVLDYLVGEGYELVTVSEIRKN	PGPT0018645_293	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278	NA	NA
AK148_02363	339			hypothetical protein	ATGAATGATATAGGAAAATTAATCCAAAAATTGAACACCTTTCGCGATGAGCGAGATTGGAGACAATTTCACAACCCGAAAGATTTGGCTATCTCTCTGTCGTTAGAAGCAGCTGAATTACTGGAAGATTTTCAATGGAAAACAAGTGAACAAGCAATTGAGGAGAACCTAGAAAACATAAAAGAAGAACTCGCTGATGTCATGATTTATGCACTGATGCTTAGCCATGATCTTGATTTAGACGTTAAAGAAATGATATTGGAAAAAATGCAGAAAAATGCGCAGAAATACCCTGTAGAAAAGAGCAGAGGCAGGAAATTAAAGTACGATAATTTGTAG	MNDIGKLIQKLNTFRDERDWRQFHNPKDLAISLSLEAAELLEDFQWKTSEQAIEENLENIKEELADVMIYALMLSHDLDLDVKEMILEKMQKNAQKYPVEKSRGRKLKYDNL	PGPT0021350_487	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021350-mazG-K16904	NA	NA
AK148_02364	738	kipR_2	COG1414	HTH-type transcriptional regulator KipR	ATGAAAACAAAAGCAGATGTATCTGCAACGGTATTAAGAGCAATGAAGGTGTTGAAGTATTTAAAAGAAGCGCCTGGTCCACAAAGTGTTAGTTATATTAGCAAGGATTTAGATCTGTCTCCTACCATTGTACATCGTTTATTAACGACGTTAAAAATGGAGGGATTTGTGTTTCAGGATGCGCAATCGAAGCTGTATTCGCTTGGAGCAGTTTTTCTTGATTATGCGAATAAAATTGTAAATGAGCTTCCCTTCGCCCCCATTGTTGAGCCTTGGTTACTACAATTGCGGAATACAAGTGAAGAAACGGTCGGCTTTTATATTCCAAATGGGCATACACGACTTTGTTTAATGGAATATGAAAGCCGACAGGAAATAAGGCGCTCTGTTGGAGTGGGGACACAATTACCAATCTATGCAGGGGCAACAGGTCGGGCTATTATTTCCTTCCAATCGGAACAAAGACAAAAACAAATATTAAACGGCTTATCCAAAGAGGAGCGAGCGGTTGTACAACAGAAAATAGTAGTTACCCAGCAATATGGGTATTCTGTTAGTTTAGAAGAAATTAGTGCGAATGTTTCGGCCATATCTGCTCCTGTGTTTGATCAGCAGAAGCGAGTAGTTGGAGCCATTTCAATTTCAGGTCCAGCTTTTCGATTCAATGATGAAAAAATAGCGGAGGTTGTTCCTGATTTGCTACATGCGACAGCTGAAGTATCGAAATCTTTCATATAA	MKTKADVSATVLRAMKVLKYLKEAPGPQSVSYISKDLDLSPTIVHRLLTTLKMEGFVFQDAQSKLYSLGAVFLDYANKIVNELPFAPIVEPWLLQLRNTSEETVGFYIPNGHTRLCLMEYESRQEIRRSVGVGTQLPIYAGATGRAIISFQSEQRQKQILNGLSKEERAVVQQKIVVTQQYGYSVSLEEISANVSAISAPVFDQQKRVVGAISISGPAFRFNDEKIAEVVPDLLHATAEVSKSFI	PGPT0018213_1554	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
AK148_02365	1467	aldHT		Aldehyde dehydrogenase, thermostable	ATGACAACGACAACAGCTACAACATTGAAAAACTTTGTAAACGGAGAATGGGTAACACCTTCAAGTGACACGTTAAAAGAAAGGTATAATCCTGCAGATACAAGGGAGGTTGTTTCTTCGTTTTATCAATCGACTTCAGATGATGCAAAGCAAGCAATAGAAGCAGCCGAAGAAGCATTTAAAACGTGGGGAAAGATACCTGCACCTCAGCGTGGAGCATATTTATATAAAATTGCCGATTTAATGGAAGAAAATAAAGATGAACTTGCTAAAACAATTGTGATGGAAGAAGGGAAAACGTACAACGATGCCGTGAAAGAAGTCGGTTATGCTGCCGGAATTGTTCGCTTTTATGCTGGCGAATGTCGCCGAATGAAAGGGACCATTTTAGAAGGCGATATGCCAAATGTGCAAATTGAAATGAAACCAGAATCGCTTGGTGTTGTATTAGTTGTAACACCTTGGAACTTCCCACTTTCTATTCCAGCATGGAAAACGGCTCCAGCTATTGCGAGCGGGAACACAGTTGTCTTAAAAACGTCATCGGAAACGCCATTAACCTCAACGAAATTCATGGAAATTGTTGCAGAATCTGGTATACCGAATGGAGTTGTCAATCATGTTATTGCGCCTGGAAAGCTTGTTCCAGAAATGATTCATCATCCAGCGGTAAAAGCAGTCACATTTACTGGTTCAAATCCTGTTGGTAAGAAAATTTATGCAGAAGCAGCAAAAGATATGAAGCGTTGTCTTTTAGAAATGGGTGGTAAGAACCCACTTATCGTTATGGAGGATGCTGATCTCGATGAAGCGGTACAATTAGCTGCTGCAGGGGCTTTCGGCCAAACAGGACAAGCGTGTACAGCAACAGGTAGGGTGATTGTTCATGAGCAAGTTGCAAAAGCTTTTACAGAGAAATTAGTTGCGAAAACGAAAGCGCTCAAAGTAGGAAATGGAATGGATGAAGGAGTCGATATGGGCCCTCACGTAAGTAGTTCTGAGCGCAATTCCACACTTGATTTCATTCAAAACGCTAAAGAAGAAGGAGCAACCGTGTTAACAGGAGGCGGAGTTCCGGATGACCCGAACTTGCAACACGGGTATTTTGTAGAACCTACTGTTATTTCAGGAGTCACATCAGCAATGAGAATTGCTCAAGAAGAAGTATTTGGTCCTGTGATTAGTATTATTGAAGTAAAAGATGTCGATGAAGCTATTGCCGTAGCAAATGATGTAGAGTATGGTCTTTCATCCGCAATATGTACAAAAAATCTGGAATACATGAATAAAGCGCTTAATGGTATTGAAGCAGGAATTGTGAAAGTGAATATGACAACTACAGGAACATTCTTCCAAGCGCCGTTTGGTGGATATAAGCAGTCTAGTACAGGGACGTATAAAGAGCTAGGTAGTGAAGCGATGGGTTTCTATTGCCAATTCAAAACGCGGTATATTAAAAGCAAGTAA	MTTTTATTLKNFVNGEWVTPSSDTLKERYNPADTREVVSSFYQSTSDDAKQAIEAAEEAFKTWGKIPAPQRGAYLYKIADLMEENKDELAKTIVMEEGKTYNDAVKEVGYAAGIVRFYAGECRRMKGTILEGDMPNVQIEMKPESLGVVLVVTPWNFPLSIPAWKTAPAIASGNTVVLKTSSETPLTSTKFMEIVAESGIPNGVVNHVIAPGKLVPEMIHHPAVKAVTFTGSNPVGKKIYAEAAKDMKRCLLEMGGKNPLIVMEDADLDEAVQLAAAGAFGQTGQACTATGRVIVHEQVAKAFTEKLVAKTKALKVGNGMDEGVDMGPHVSSSERNSTLDFIQNAKEEGATVLTGGGVPDDPNLQHGYFVEPTVISGVTSAMRIAQEEVFGPVISIIEVKDVDEAIAVANDVEYGLSSAICTKNLEYMNKALNGIEAGIVKVNMTTTGTFFQAPFGGYKQSSTGTYKELGSEAMGFYCQFKTRYIKSK	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
AK148_02366	804			hypothetical protein	ATGCGCGTCTCCTTTGTAGAACTGTTTATGCATTGTAACAAGGTGTTTCGTGCTTGTGGCGTCCCTTATGGTTGTGCTGATGATGGGGCAGAAGTAGTTACTTGGAGCGAGTTTGTTGGTTTAGAAGGAATGAAAGTATTGCAAGCAGAAATTACTGAAATGCGACAAGCTGGGATGGAGAGTATACAGCTTTGTAAGGAAGAAAATGGGTTGTTTCGGTTTAATGGTAACGGGCAAAGTGCTATTGTACTTGGGAAGTTGATGGCTGATTACGCATTAGCTATGGCAGAATTGCGTAAGACAGTTAGAATTCACATGCAAAACACATCGCGTTCCCGTCTTCTTGCGCAACCAGCAAGCTATGTTGCTTCGCGAGGGAAAGGGTGTCTCGTAAATTATAAAACAACTCATGGCGTCAACATGTGGATATTAGCTACGCCAGAAATTGCTTTTCCTGTTTTTGCTGAAGGCAATATCGTAGAGCACATTATGCAAAATCGTTTAACGAACGAATTAGGTAAATATGAAACTGCCAATCTTGGAACGGATGATTTCTGGCTCGTTTGTACAACGGAAACAGATTTAATTACATCGTGTGTACGAAAGCTTAGACAAGAAGCGAGAAAAGGCACTGTTCGTATGACAGAATCATCTCAGTTAAAAGCAAATTGGGAGAAAGCGTTTTACAGTGGTGCCAAAGTGGATCAATATTTATGGGATCAATTAGGAAAAGTAGGGAAAAAAACGCTTGTCGAAGCAACCGAGCTTTCTAGGTTGCGTGGAGCGGGAGAAATGGCTCAATAA	MRVSFVELFMHCNKVFRACGVPYGCADDGAEVVTWSEFVGLEGMKVLQAEITEMRQAGMESIQLCKEENGLFRFNGNGQSAIVLGKLMADYALAMAELRKTVRIHMQNTSRSRLLAQPASYVASRGKGCLVNYKTTHGVNMWILATPEIAFPVFAEGNIVEHIMQNRLTNELGKYETANLGTDDFWLVCTTETDLITSCVRKLRQEARKGTVRMTESSQLKANWEKAFYSGAKVDQYLWDQLGKVGKKTLVEATELSRLRGAGEMAQ				NA	NA	NA	NA	NA
AK148_02367	1020			hypothetical protein	ATGCGAGAGCAAAAAGATATGATTGTCATTGATGCATTGGAATTAAGTAATTGGGATCGGGAGTTTCTTCATTTATTAAATCGAGGCGGGGTTACATGTGTCCACGCTTGCTGTGGGCTATGGGAGAATGCTCGTGAGACTTTAAGTCAAGTGGGAAAATGGCATCGTTTTTTTAAAGAAAATAACGATGTGGTGATGCAAATTTTTACCGGTGCTGATATTTTAGAGGCTAAACGATTAGGGAAGATTGGCGTTATCCTAGGTACACAAAATACATCCGCACTTGAAGATGAATTGTCACTCGTATCTGTGTTTGATCAATTAGGTGTGAAAATTATGCAACTAACTTATAATAATCAGAATTTAGTTGGGAGTAGCTGTTATGAAGAAAAAGATACGGGATTATCACGATATGGCAAGTTAGTTGTGGAAGAAATGAACCGTGTTGGTATGGTAATTGACCTTTCCCATGTGGGTGAAAAGACGTCATTGGATGCCATTAAAACGTCTAGTCGACCCGTTGCTATTACCCATGCGAACCCGGATTGGATCTATCCAACGAAACGAAATAAATCCGTTCGTGTACTCAGTGCTTTACGAGACAATGGCGGCGTACTAGGTGTTTGTGCATATCCTCATTTAATGAATGGAAAAGATACGACGTTGGATGAATTTTGTGAGTTAATCCTTCAAACCGTAGACTTTATGGGAATTGATCAAGTAGGTATTGGGACAGATTTGACGTTGAATATGTCCGTTGATTTCTTGCATTGGATGCGGATGGGTAGATGGACACATGACATGGATTATGGCGCTGGCTCGAAGGAGAATCCATCTTGGCCGGAGTGGCCTGCTTGGTTTAAGACGCCTGCGGACTTTCCGAATATCGTGCAAGGTTTAACGGAAAAAGGTTTGACGATGGAAGAAGTGTCCAAGGTGATGGGGGGCAATTGGTTACGCTTCTTTACCGAGAGTTTTCGACCAGAAAAGGAGGCGGTTGCATGCGCGTCTCCTTTGTAG	MREQKDMIVIDALELSNWDREFLHLLNRGGVTCVHACCGLWENARETLSQVGKWHRFFKENNDVVMQIFTGADILEAKRLGKIGVILGTQNTSALEDELSLVSVFDQLGVKIMQLTYNNQNLVGSSCYEEKDTGLSRYGKLVVEEMNRVGMVIDLSHVGEKTSLDAIKTSSRPVAITHANPDWIYPTKRNKSVRVLSALRDNGGVLGVCAYPHLMNGKDTTLDEFCELILQTVDFMGIDQVGIGTDLTLNMSVDFLHWMRMGRWTHDMDYGAGSKENPSWPEWPAWFKTPADFPNIVQGLTEKGLTMEEVSKVMGGNWLRFFTESFRPEKEAVACASPL	PGPT0020950_2601	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020950-acdP-K01273	NA	NA
AK148_02368	1695			hypothetical protein	ATGGTAGTTGAACAGAAAAAACATCAGTTACGTCCTGCTTCTGAAGTAATGAAGTTAGAACGTCTTGGTGCATTTCGGCTTACTAGTTTAAGCTTTTTGCGCATCTTACTAAGAAATATGATGCGGGAGAACTGGGAGATTACGTGTAAAGAATTTCAATTAGATAAACATGGATATGGCTATGCTATATATAGCATTCAAACGCCAAAGCATGCGTTCTCTTTTGTGGTAATTTCTACTAAAATTAGCGACGAAGAACGAAGCGATCGTGTTATTTCTAAAAAGTGGGATGTCACCTTTGCCTTATGTGAAGGGAAACTATCTGAGGAAAAATTAAAGCGTTTGTTAAAGGAATTACCAAAACAAGAAGCAGGAAGAGCAGATGCGTTTGACCTTGTTTGGTCTCGTGCGAATAAAAGTAATCGCGTATTTGATTATGTCATTGATTGTTTAGTAGCGAAAGAACAACCAGACCCAAAGATTTTAAATGAAGTAGGATATTTGCTACGAACAACAGCGGTATACGGGAATGGGAAATTTGGCTTAGCACCATACGAAAAGATAAAGCATGATCACCCTTTTAGTGGACCTTTTCAAGCGCAAATGTTTGCTGTTTATATGTTACGTCACTTCAGCTTTGATCTTGTAGAGCATATTGCATCGCAAAAAAGTCCAGAAGCTATTAAACTATCTCAGGAGACGAAACGGTTTATTGGTACTGGTAATGCAACCGGATTGGGAATGGCACCATTTCTTATTTCCCATCCAAGATTGCTTCATCAATGGATTTATATTCGGGAAAAAGCCATTGCTAGAGTAAAAGATATCCATCCTACAGAGGATGACCTTGAGTTAATGATTACGTGGTTGGATAAAGTGGCGGATTATTTTGATGAATCACGTCTCATTGATCGGGAGATTTTAATTCATCCAGAACAAATAGCAGAACAAAGTCGTTTTTTAAAGGATATTGTTTTGGAATACATGGAAGTAGGAACGTTAACGGGGCAGCCGACCAATGATTTGTGGCATCAATTATCGCAAACAGCAGCTGACAAAGTATCCATAGAAATGCAGGAGTTATTGCATACGATCTTTCTAGAAATTTATGCCGATCACGTCGTTGATTTAGAAAAAGATATGAATGCAAAAGAAACGTATCAAATTGAACCAAGAATGACGATAGAGCAATTAAAACGGATTATAGAACGTCAGTATGAGTGGGCATTTCATTATGATTTTACCGATTCAAAGGAGAAATATTATTTTTGGTATCGTTCTGAAGAAAAAGAAGAACCACGAATGGGAGTACGTGGAGAAGAGCCAGGGGAAGAGTGGGAGTTACCAATGAATGTGGCAGAACAAGTGCAAGAACTTTATGAGGTAATCAAAGATGTTTACCCCGGTAAAATGGTTGCATCGTTTATTTTACAGCATCCTCGTTACAAAGGGATTATTCAACGTATTCAGTCTTTAGATGGTTATGAATACGGGGAGATTCAAGCAAATTTATTAGCAAAAGATTTTCTCCCCATTCACTTGCTTCGTTGCAAATTATCCTTTTTTGGTGCAGAACGATATAATCCTAAGTCTAATCGTTGGCTTCGAATAACCTTGTTTCAAGGTGCGCCACTCGTAGAAGAAATAGGGGACCCTTTTCCAGATAATTGGGTATTTCCGAGTTTACCATCTTAG	MVVEQKKHQLRPASEVMKLERLGAFRLTSLSFLRILLRNMMRENWEITCKEFQLDKHGYGYAIYSIQTPKHAFSFVVISTKISDEERSDRVISKKWDVTFALCEGKLSEEKLKRLLKELPKQEAGRADAFDLVWSRANKSNRVFDYVIDCLVAKEQPDPKILNEVGYLLRTTAVYGNGKFGLAPYEKIKHDHPFSGPFQAQMFAVYMLRHFSFDLVEHIASQKSPEAIKLSQETKRFIGTGNATGLGMAPFLISHPRLLHQWIYIREKAIARVKDIHPTEDDLELMITWLDKVADYFDESRLIDREILIHPEQIAEQSRFLKDIVLEYMEVGTLTGQPTNDLWHQLSQTAADKVSIEMQELLHTIFLEIYADHVVDLEKDMNAKETYQIEPRMTIEQLKRIIERQYEWAFHYDFTDSKEKYYFWYRSEEKEEPRMGVRGEEPGEEWELPMNVAEQVQELYEVIKDVYPGKMVASFILQHPRYKGIIQRIQSLDGYEYGEIQANLLAKDFLPIHLLRCKLSFFGAERYNPKSNRWLRITLFQGAPLVEEIGDPFPDNWVFPSLPS				NA	NA	NA	NA	NA
AK148_02369	1581		COG1292	Glycine betaine transporter 2	TTGAAGAATACCAATGGCAAGATGCCGGTTATTGATATACCTGTATTTGTTATTAGTGGTGGGTTATTGCTTGTATTTGTAATTGCTGGTTTTATTAATCAGGACTTTGTTACGAATATCGTCAATGTATCATTTGATTTTTCTGTAACTTATTTTGGCGGCGTATATCAATTTATATTGCTAGCGACATTCATTGTTGCTTTATTTTTAGGATTTTCTAAGTATGGAAAAATTCGCTTAGGTAAAATGGAAAGTCCAGAGATTAGTAATTTTAAATGGGTTTCTATTATTATGTGTACTTTATTGGCAGGTGGAGGTGTGTTTTGGGCGGCAGCGGAACCTTTGAGTCATTTTATAAGTGTTCCACCGCACTTTGATGGTATTACACCAAGTACGGAAGCTGCTGTATCTCCAGCGTTAGCAACTAGTTTTGTGGATTGGGGGTTTTTAGCTTGGGCCATATTAGGAACGCTTGGGACCATTGTTTTCATGTATGCTCATTACCATAAAGGCGCACCGCTTAAACCTAGAGCATTATTATATCCGATCTTTGGAAATCGAATTATGAAGAAAAGCGTACTAGGGACATTTGTCGATGCATTTTCCATTATTGCAGTCGCAGCAGGTACAATTGGACCAATTGGCTTTCTCGGGTTGCAGGCTGGTTATGGGTTTAACGCTTTGTTTGGTTTGCCAGATACATTTCTAGTACATGCTGTTATTATTATTTTTATCGTTATCGTTGCTGCAATATCAGCTGTTACAGGGATTCATAAAGGAATTCAAATATTAAGCACCTATAATGTTATACTAGCTCTTTTACTCGTTGTTACAGTACTAATTGTGGGGCCAGGGTTATTCATCTTTAATAGCTATTTGGAATCATTCGGTATGTATATTCAAAATTTTTTTAGTATGAACACATTTCGAAGTGATGAAGCTTGGTTAAGTGCTTGGACCGTATTTTTCTTTGCTTGGTTTTTAGGATATGCGCCAATGATGGCCATCTTTGTTAGTCGTATATCGCGTGGACGCACGATTCGAGAAATTGTTACTGCGGTGGCTGTGATTGCACCTGTTGTTACGACATTTTGGTTCACGGTTGTAGGAGGAACAGGAATTTTTCAAGAAATGACTAATCAAGGCTCTGTATCGGAAGCCTTACATAGTAATGGAGCTCCGGCTGCGATGATAGCGATTACAGAACAGTTACCACTTGGGACAGTCATAGGGTTTTTATTCTTAATTGCAACCATTGTTTTTGTGTTGACTACTACCGATTCGATGTCATTAACGATTTCTATGGCAATCACAGGAAGTGGCGATCCGCCAAGATCTATGCGTGTATTTTGGGCTATTTTAATGGGAACAGTGGCTACGGTATTAATTACTATTGGTGAGGATAGCGTAGGTTCTTTGCAATCTTTTATTGTCGTAACGGCTGTACCAGTTGCTTTATTGTTATTAACAACTTTTTGGTCTGCACCACAAGTATGTAAGCAATTAGCGAAAGAGCAAGGAATCATAGAGGAAGCTCAAGACTTTTCACCTGCTTGGAGTGAGCAAAAAGATACCGTTTAG	MKNTNGKMPVIDIPVFVISGGLLLVFVIAGFINQDFVTNIVNVSFDFSVTYFGGVYQFILLATFIVALFLGFSKYGKIRLGKMESPEISNFKWVSIIMCTLLAGGGVFWAAAEPLSHFISVPPHFDGITPSTEAAVSPALATSFVDWGFLAWAILGTLGTIVFMYAHYHKGAPLKPRALLYPIFGNRIMKKSVLGTFVDAFSIIAVAAGTIGPIGFLGLQAGYGFNALFGLPDTFLVHAVIIIFIVIVAAISAVTGIHKGIQILSTYNVILALLLVVTVLIVGPGLFIFNSYLESFGMYIQNFFSMNTFRSDEAWLSAWTVFFFAWFLGYAPMMAIFVSRISRGRTIREIVTAVAVIAPVVTTFWFTVVGGTGIFQEMTNQGSVSEALHSNGAPAAMIAITEQLPLGTVIGFLFLIATIVFVLTTTDSMSLTISMAITGSGDPPRSMRVFWAILMGTVATVLITIGEDSVGSLQSFIVVTAVPVALLLLTTFWSAPQVCKQLAKEQGIIEEAQDFSPAWSEQKDTV	PGPT0013600_956	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013600-opuD|ytfQ-K05020	NA	NA
AK148_02370	450			hypothetical protein	ATGAATTCGGAACAACGTATAAAAAATTTGGGATTGGTGTTACCTGAAATGCGAGACTCAGCAGGAAATTATGTTCCTTCCGTACAAACGGGGAATCTGTTATTTCTTTCAGGTAGCCTTTCTTATGAAACGGTAGGAAAATTAGGCGAGGATTTAAGTGTAGAAGAAGGATATAAAGCTGCAGAGCAGGCAGGGCTAGAAGCGTTAAGTAAAATAAAAGAGGCTACAGGTGATTTGTCGAAAGTAAAAAAGATAGTCAAAGTGTTGGCGTTTATTAATTGTTCACCAGATTTTAAACAGCAAGCGAAAGTGATGAATGGTGCTTCCGATTTACTCGTTTCGATTTTCGGACCAGAAGTAGGAGAACATGCACGCACATCTATTGGAGCGATTAATCCTCGTGGGGCTGCTGTTGAGCTTGAAGTGGTGGTAGAATTGACAGAGTCATGA	MNSEQRIKNLGLVLPEMRDSAGNYVPSVQTGNLLFLSGSLSYETVGKLGEDLSVEEGYKAAEQAGLEALSKIKEATGDLSKVKKIVKVLAFINCSPDFKQQAKVMNGASDLLVSIFGPEVGEHARTSIGAINPRGAAVELEVVVELTES				NA	NA	NA	NA	NA
AK148_02371	1344			hypothetical protein	ATGCAAATCAATCATTTTTTACATGTATACAGCAACAACAGTATAGTGGCTGAACAGAAGAAACCATTTAATACGAACCCCTTTGGTATAAGCAAATTGGAAGCATATAAAACTACGACAGACGAAGCGAAGGAGCATGCATTACGAAGGTTGATGTCCCCCATTTTAGTGAACCTATCTCGAACAAGTGACGGCAAGATAACAGGAGATAGAATACAGCGTAATCGAGAAGATGTTTTAGCATTAACCGAAGACGATTTAAACACTGTGGATATAAATTGGGATCATTTACAGATGGATCTAACCAATCGAACTCCTAGTTATGCTACATTGGATCGATTAGCTAAAGATATGGATCATATTGCCTCCCAATATGCTTATAGCCAGTCTCGAATAACACAGAGTTTTACTGGGTCTGAACGGGAAGAATATTTAAAAAAACTGGATTCTATTATAAATAATCATGTGGATAGTTATGTGAAACAATTTTCACGTATGACGGGTAGCTTTTTGAGTGAGCATGGTGTGAATGAGGAAGCTGAAATGATCAGTGCTAGTATTAAAGATTTATTTCAACAGCGCAAAGAGCAATATACCACGTTTATACAAGAAAATGAAGATTTTGCTGGTATAAAAGGGACTCCGGATGAGTGGTTGGTAGCAGATAATACGTATATGGCTCAGCAATTGCAGTCTTCTTATAAAAAGAAACTTTCGAATAATACATCAACAAAGGAAAGCGGATATAATATGGATGAGTTAATGGCTATTGGGACATTGGTGAAAGAAATGCAGTATGTTGATTATAGGTCTCGTCCATTAGGTGGAAACAAGCATAAATCGGAAGAGGAATTTGGTGTTGAGCTTGGGTTTCAAGCTATGAAATATGCCCTCATCAAAGACAACTATGAAATGCGGGACGGGCTCCAATCGAAACTCGATATGGTATTTCAGGAATTTGTAGACAAGCAAAATGAAAAAGCGGCAGATTATATCAAGCGTATGCGAAATGATCCGTTTGTAAGGAATGAGGAAGCATATCGTATGGATTGGAATGACCAACTTGTTCAAGACATCATGGCTTCCCTCGTTGGTAACTTAGATGCTGTAGATGTGAACGGATCTTTTCAGAAGGACATGTCTGCCATTTTGCAGGGGTATATAAATCACACAAAAAATACGGAAACGAGTAAGTTGTCGCGATATCATGAATATCATAACTCCTGGAATAAAAGTAACTATATTGCGGGTTGGAACCGCTTTGTTGAACATATTTTGCCAAGAGATTCTATGCGGACATATTTATTAGAAGACAACCCATCTTATGTAGATATTACAATATAA	MQINHFLHVYSNNSIVAEQKKPFNTNPFGISKLEAYKTTTDEAKEHALRRLMSPILVNLSRTSDGKITGDRIQRNREDVLALTEDDLNTVDINWDHLQMDLTNRTPSYATLDRLAKDMDHIASQYAYSQSRITQSFTGSEREEYLKKLDSIINNHVDSYVKQFSRMTGSFLSEHGVNEEAEMISASIKDLFQQRKEQYTTFIQENEDFAGIKGTPDEWLVADNTYMAQQLQSSYKKKLSNNTSTKESGYNMDELMAIGTLVKEMQYVDYRSRPLGGNKHKSEEEFGVELGFQAMKYALIKDNYEMRDGLQSKLDMVFQEFVDKQNEKAADYIKRMRNDPFVRNEEAYRMDWNDQLVQDIMASLVGNLDAVDVNGSFQKDMSAILQGYINHTKNTETSKLSRYHEYHNSWNKSNYIAGWNRFVEHILPRDSMRTYLLEDNPSYVDITI				NA	NA	NA	NA	NA
AK148_02372	1065			hypothetical protein	ATGAGTATAAAACGAAAGTCCTCCATCATTGTTTTTATAATTACTTTAATGGTGGGTTTATTTTCTTTCTCATTAACGACTTATGGAGCAGAAGTGGATTTTAAAGCTTTTAATGTAAAACAACACTTGAGCAATCAACATGTGGAGTTTAGTGATGAAGTGCCAGTATTGGATAAAACAAAGGGAGTTCCTGTAAAGAAACCTGCGTCTATTAATTCTAATTATAATGTTTCGGGGGATCGAATGTTCTTTAATGATTCTTTAGTGGAAACGGATCCAGATGACTTTTGGTTTTTTAATGTTTCTGATGATAGAAGTATACTTTTTGAAATAGAGACGGATAATCCACATTACGTTGTGCAACTCTATAAAGTGGATTGGGAAACAGAAACAGCATACCCTACTCCTATAAGCGGTTCGCCGGGAAATATAGTAGCTAATAGTCAATTAATAGCTGGTGATTGGGCGCTAAGAGTCTATTCTACTGAAACAATGGGGAATAATTATACAATTAAGATGAATGCAACTAATCCGTCAGGTGCAGCAAGTATAATTTCTACTTCTCATTCATTGTTGCAAGCAATTTTACTTTATCCAAATAGAGAAGTTTATGCAAATGGTAATTATGTTCTTACTGTTAATGGAAGTAATTCACATTTGGATTGGGAACGTGAATATTATTTTAGTTGGGATGGAAATTATAATCAACGGACACATAGCGTTTCTGATGCAAAAGTTAAATCAATTGCAGGCCCTGTCAGTTACCAATCAGATTATGCTAGCTCTAATAACGCAATATTAGTATATTTAGATAAAGAAACTTTATTTATGCACCATGTTTCATCCTTTAGGTCAGGCCCGCCAACACAATATGAAGACTCATTTGTTGATACAATTGGAAAAACAACTCCTAGAAGGTTAGATGATGATGATCTCAATAATTGGGGGGACCATATAATCGTTTTCGATGTAAACAAGGGACGTTCTATCGATTTTTTCAGTGTTCTAAATTTTTACTATGCAAGTGGTGTTGAGTCTATTCCTACGATAGAATTTTTGAATTAA	MSIKRKSSIIVFIITLMVGLFSFSLTTYGAEVDFKAFNVKQHLSNQHVEFSDEVPVLDKTKGVPVKKPASINSNYNVSGDRMFFNDSLVETDPDDFWFFNVSDDRSILFEIETDNPHYVVQLYKVDWETETAYPTPISGSPGNIVANSQLIAGDWALRVYSTETMGNNYTIKMNATNPSGAASIISTSHSLLQAILLYPNREVYANGNYVLTVNGSNSHLDWEREYYFSWDGNYNQRTHSVSDAKVKSIAGPVSYQSDYASSNNAILVYLDKETLFMHHVSSFRSGPPTQYEDSFVDTIGKTTPRRLDDDDLNNWGDHIIVFDVNKGRSIDFFSVLNFYYASGVESIPTIEFLN				NA	NA	NA	NA	NA
AK148_02373	354			hypothetical protein	ATGTTACTATTTGCAATAAGTATCAGTTTAAATGTATATCTAGTAGGAAAATCATTCGTAATGAAAAAATTAATTGAACCTACTGATGAGGAAGAAATTATGCTAAGTGAAATGGTTCAAAAAACAGTAGAAAGTGAAGATTATAAACATTTGGCAAAGAAAGAAGATATTATAGCTATTCAAGCAGGTGTAGATAAATTTAAAGGCGGTTTATTTCCCTATACTCTAGAAGTAAGCGTCAAAACAGACAAACAGGCATATCTATTCTATTGTACGGATGATAAATGTACCAAGGTCGATAACGGCGGATGGACTTATTCTATCTATCAAGATGAAAATCCGAGACTACCTTAA	MLLFAISISLNVYLVGKSFVMKKLIEPTDEEEIMLSEMVQKTVESEDYKHLAKKEDIIAIQAGVDKFKGGLFPYTLEVSVKTDKQAYLFYCTDDKCTKVDNGGWTYSIYQDENPRLP				NA	NA	NA	NA	NA
AK148_02374	588			hypothetical protein	ATGTTTTCGCAATATAGTACATTTTTCCTGCAAAAAACAACGCTATATAAACTACAACGAAAAATCTATACAATAAGCGCAAACAACCAATTAATTGGCAAAATAGAAGAAACTCCGGCTTCCCATAAGAAAATAACGAATCAACTAGTAAAACTGTTCGCTTACCAATTCATAAGTTTTGATTTACAGGTTTTAGATAGTAACGGTCATATTTTAGGCTGGATTGTAAAAAAAGACAAAGGAATAACGACCGATTTTCACCTTCTTTCCAATGAAGGAGAGCTTTTAGCAACGGTTCAACCAAAGTTAAAACTATCTACCGCAACGATGACGGTCATTGACAAAGAAAATAAACAGCTCATACAAGCAAAAGGTGACTTTGGTGCCATTCATTACACTGTAGAAGCATGTAAAAATAACACTACGATCGCTTCTATTCAGAAACGGTCGCTTGTATACGATTCCATTCAAGATAGTATCCATCAACATGACGGTTATTATATAACAATGGAAAAGACGGATGCCCTCATCAAGCTTGCCTTGTTAGCAATTGGCATCATGATAGATGTGTATATCTATGATGTATAA	MFSQYSTFFLQKTTLYKLQRKIYTISANNQLIGKIEETPASHKKITNQLVKLFAYQFISFDLQVLDSNGHILGWIVKKDKGITTDFHLLSNEGELLATVQPKLKLSTATMTVIDKENKQLIQAKGDFGAIHYTVEACKNNTTIASIQKRSLVYDSIQDSIHQHDGYYITMEKTDALIKLALLAIGIMIDVYIYDV				NA	NA	NA	NA	NA
AK148_02375	411			hypothetical protein	ATGAAAAGAAAAACAAATGTCATAATCGCAGCGACAATTATGACAATTTTTTCCAGCTTGCTTATTATCTTCTACTTAACTAGCGAACCTTCTAGCAGAGAGAAGAAGGACAAAGAAACAACAGCTAAAAATGTTATTTTACTCATAGGCGATGGTATGGGCTCCACGCAAATCTCTGCCGCAGCTTATTTACATGGCACTCATCACGCGGCCAAGGAATTAACCATGGATCAGTTTCATGAAGTAGGATATGTGCGAACCACTTCCCACAACAACACCGTTACAGATTCGGCAGCGGCAGCAACTGCACTCTCTTCCACACACAAAACAAATAATGGCGTCGTCGGAAAAGCTCCTAAAAACAAACAGCACCAGAATAATGAAGTGCATTTTAATGTAAAACCGTCCTAG	MKRKTNVIIAATIMTIFSSLLIIFYLTSEPSSREKKDKETTAKNVILLIGDGMGSTQISAAAYLHGTHHAAKELTMDQFHEVGYVRTTSHNNTVTDSAAAATALSSTHKTNNGVVGKAPKNKQHQNNEVHFNVKPS	PGPT0002570_919	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0002570-phoA-K01077	NA	NA
AK148_02376	321	phoB_1	COG1785	Alkaline phosphatase 3	ATGGCTACAGGTTTAGTATCAACTGCAAGGATTACACATGCAACCCCAGCCGCTTTTGCCTCTCATGTCGATGATCGTGATAAAGATAATCATATTGCCGGGCAGATGCACTTTCATTCTAAAATTGATGTCTTACTCGGCGGGGGAAAACGTCAATTTTTACCTGAGCATCTAAGTGGAGACAGAGAAAATGGTCAAAACCTCTTAGAAATAGCAGAAGAAAAAGGGTATACACTCGTGGAAAGTAAAAACGAATTACAAGCAGCCAACGCTACTAAGCTATTAGGGTTGTTTCACAAAACCACATGTTGTATGATTTAG	MATGLVSTARITHATPAAFASHVDDRDKDNHIAGQMHFHSKIDVLLGGGKRQFLPEHLSGDRENGQNLLEIAEEKGYTLVESKNELQAANATKLLGLFHKTTCCMI	PGPT0002570_919	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0002570-phoA-K01077	NA	NA
AK148_02377	204			hypothetical protein	ATGACTGTTTGTAAGATACATAAAAATAATGCAGAAGAACGATTACAAGAAATGTATAAGAACCATTGGCAAGTTGTTCAGAAATCGATAACAACACGTATTGATGAAACGAAAAAGGAATCGGCCGTTAACTTAGAGGGATTTACTTTTTCAGCAAAATCTAAGGCTTCTTTTATTGCTTTATCAAATGCAATTGTTTCCTGA	MTVCKIHKNNAEERLQEMYKNHWQVVQKSITTRIDETKKESAVNLEGFTFSAKSKASFIALSNAIVS	PGPT0027250_358	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_IV_R-M_SYSTEM,PGPT0027250-mrr-K07448	NA	NA
AK148_02378	1935			hypothetical protein	ATGATTGTTTACGAAGCGAGTAAACAAGAATTTTTAAATCATGTGGATAAGGACGTACTTGTAACCCACATTCTTGATAGATTTGAAAAGAAAATTGGGCATACTTCAGAATCAGAAATTCGTTCATGGGATAATTCCATGTTGCATATGTATCGAGTGTTAAATGATACGGCTATTCCTGATGATGCGGGGGTAGCTATTGAATATCAAGTTCCAAATACATCTAAAAGAGTTGATTTTCTTCTTTCGGGTCACGATGGAGATAAAGATTCTGTAGTCATTGTTGAGCTAAAGCAATGGGATAAGGTTGATAAAGTAGAAGGTAAAGAAGCAATTGTTAAAACAGCTATAAATCGAGGCTTACGTGAAATAGCCCATCCTTCTTACCAAGCTTGGTCTTACGCAACATTAATTGAAGATTTCAATCAAAATGTACAGGAGCAATTCATTCAATTAAAACCTTGTGCATATTTACATAATTATAGAAAAACAGAAAATGATCCCCTAACAGATAACTGTTATAGTTATTACGTAGATTTGGCGCCAGTTTATGTGAAAGGCGATGTAGAGAAACTAAGGGATTTTATTAAAAAACATATAAAATATGGTGATAATAAAGAGATACTTTATCAAATAGACAAAGGGAAAATAAGACCTTCTAAGTCCTTACAAGATGCTTTATCAAATATGCTCAAAGGAAATAACGAATTTGTAATGATTGATGAACAAAAAGTAGTTTATGAAACCGCTCTTCAACTAGCTGAGAAAGCCGTTAAGACGGATACGAAGCAAGTATTGGTGGTTGAAGGTGGGCCAGGAACTGGGAAATCTGTGCTAGCAATAAATTTGCTAGTTGCTTTAACAAATAAGGCGTTGACTTGTCAGTATGTTACCAAAAATTCAGCCCCTAGACATGTTTACTCTACTAAGTTAAAAGGGGATTTTAAAAAAACTAGAATAGATAACTTATTTAAAGGGTCAGGAAGTTATACGGAATCAGAATTAAATGAACTGGATGTAATAATAGTAGATGAAGCACATCGTTTAAATGGGAAATCAGGGATGTTTCAACATTTAGGTGAGAATCAAGTGAAGGAAATAATCCACTCTTCAAAGCTGTCTGTATTCTTTATTGATGAAAATCAGCGTGTTACTTTAAAAGATATTGGAAGCGTACATATGATTGAGCATTATGCGAGTATGTACAATGCTGAAGTTGCTATAGATGAGTTAACATCTCAGTTTAGGTGTGATGGTTCAGACGGGTATATTGCTTGGCTTGAAGACTTATTACAAATTAGAGAGACGGCAAATGCATATGATATGGGGATGGACTACGACTTTCAAGTATTTTCAAATCCACAAGATATGAGAAAAGCCATTGAGCGAAAAAATAGAAGCAATAACAAATCTAGAATTGTTGCTGGTTATTGTTGGGAATGGCCAAAAGATAAGCGTACGCAATCTGATTATCATGATATAAGAATAGAAGAACATGACTTTGGTATTAGTTGGAATTTGGATAACACTTTAACTTGGGCAATAGACGACAAATCACTTAATGAAGCTGGCTGCATACATACTTGCCAAGGTTTGGAATTTGATTATGTTGGTGTCATTATAGGTGATGATTTACGATATGAGAATAGGGAAGTAATCACAGATTATACGAAACGTGCTAAATCTGATCAATCTCTTAGAGGAATTAAAAAGATGATGAAAGAAAATCCCGAAAGAGCCTCTAAGTTGGCAGACCAAATTATTCGAAACACATATCGCACTCTTATGACTAGAGGACAAAAAGGGTGTTATGTATACTGTACAGATAAGTATTTAGAGGAATATATTAAAGCTAGGTTACAAAGACAAATTCAATACCAAGATAGTAACTTTGGAAATGCATTAATTGCTGAAAGAAAAAGGGATTATGAATGA	MIVYEASKQEFLNHVDKDVLVTHILDRFEKKIGHTSESEIRSWDNSMLHMYRVLNDTAIPDDAGVAIEYQVPNTSKRVDFLLSGHDGDKDSVVIVELKQWDKVDKVEGKEAIVKTAINRGLREIAHPSYQAWSYATLIEDFNQNVQEQFIQLKPCAYLHNYRKTENDPLTDNCYSYYVDLAPVYVKGDVEKLRDFIKKHIKYGDNKEILYQIDKGKIRPSKSLQDALSNMLKGNNEFVMIDEQKVVYETALQLAEKAVKTDTKQVLVVEGGPGTGKSVLAINLLVALTNKALTCQYVTKNSAPRHVYSTKLKGDFKKTRIDNLFKGSGSYTESELNELDVIIVDEAHRLNGKSGMFQHLGENQVKEIIHSSKLSVFFIDENQRVTLKDIGSVHMIEHYASMYNAEVAIDELTSQFRCDGSDGYIAWLEDLLQIRETANAYDMGMDYDFQVFSNPQDMRKAIERKNRSNNKSRIVAGYCWEWPKDKRTQSDYHDIRIEEHDFGISWNLDNTLTWAIDDKSLNEAGCIHTCQGLEFDYVGVIIGDDLRYENREVITDYTKRAKSDQSLRGIKKMMKENPERASKLADQIIRNTYRTLMTRGQKGCYVYCTDKYLEEYIKARLQRQIQYQDSNFGNALIAERKRDYE				NA	NA	NA	NA	NA
AK148_02379	795			hypothetical protein	TTGATAGATGAATTTAAAGGCTATCAAGATGCTTTAGGACTACCTGAGGAAATGCTTCTCCCCCATTACAGTTTAAGTACAGAAGGGGGATGCAGTGCCATTGCAATAAAAACTTCTGATGGCATGCTGGTAGGACGAAATTATGACTTTTATTACTATGAAAATCGTAGGCATTTAATTCAAACCAATCCAGAAAGCGGATATGCTCATATAGGTATGCACGAAGGGCTAGTGGGTGGCAGATTCGACGGGATGAATGAAAAAGGGTTGTTCGTTTGCTTTAACGGAGCAGGATCACATCCGCTAATTACGAGAACGGGCATTAGTTTTCATCATATTGTTCGCTTTTTATTAGAAAAATGCCAGTCTGCTGAGGAAGCAAGAGATACATTACTATCCTTACCAATTAAGGAGCCGAAAAGTTATCTACTTGCTGATACGAATACAGCTTATGTCGTGGAAGCGGATATACACAAATCATTCTACCGTAAAATGGAAGAAGGGCAAATTGTAATGACCAACCATTTTATTCATCCAGAAATGGGACAAAAAAATGTGTATCCAAATTCTGTGCAAAGGTTTAAGCACTTGTCTCATATTGGCAGAAACATTCAAGGAAGCGCCACTAAAATGGATATGCTAAAAACACACTTGGCGGACCATACCGCCCCATTATGCGGTCACGTTAATGGGTTGGCAACGTTCTGGTCGTGTGTTGGCAATCTAAGTGAAATGAACATGGAATACTGCTTGGGTGCACCTTGTAGAAATGAATTTCAGCGATATTTTGACTAA	MIDEFKGYQDALGLPEEMLLPHYSLSTEGGCSAIAIKTSDGMLVGRNYDFYYYENRRHLIQTNPESGYAHIGMHEGLVGGRFDGMNEKGLFVCFNGAGSHPLITRTGISFHHIVRFLLEKCQSAEEARDTLLSLPIKEPKSYLLADTNTAYVVEADIHKSFYRKMEEGQIVMTNHFIHPEMGQKNVYPNSVQRFKHLSHIGRNIQGSATKMDMLKTHLADHTAPLCGHVNGLATFWSCVGNLSEMNMEYCLGAPCRNEFQRYFD				NA	NA	NA	NA	NA
AK148_02380	459			hypothetical protein	ATGAAAGAAAAAAAGTCATTTAACTCCTTTTTAAAGAAAAATTTATTCTTTATTATTACTACGAGTATAATAGTTATCGTCCTTGCTTCCTATATTGGGCATAAAATAGGTTATAATAGCGCAAAAACAATACTCAAAGATAAAAAGTTTACAATTGAGCAAATAGAAGAAGAGGCTTCTTCTGTGGAACAGGCATTAGCTGAAAGCAAAAAAGAAGAGGAAGAAAAATATGCAGAGATTGAGCAATTAAGAGAGGAATATCAAGAAGTAACGACACTAGTCAATACCAAAGGAGAGTTACAAACAAGTCTAGATGAATTAAAAGCTAATTCTAAACAAAAGGAAGAAGAAATCACTTCTTTAGATACGGAAATAAAGAAAAAGAAAAAAGCACTTGAGAAGCTTGAAAATGGAATTGTTGAAAAAAAAAGAAGAACCCAGAAATTTACCTGCTGGTGA	MKEKKSFNSFLKKNLFFIITTSIIVIVLASYIGHKIGYNSAKTILKDKKFTIEQIEEEASSVEQALAESKKEEEEKYAEIEQLREEYQEVTTLVNTKGELQTSLDELKANSKQKEEEITSLDTEIKKKKKALEKLENGIVEKKRRTQKFTCW				NA	NA	NA	NA	NA
AK148_02381	96			hypothetical protein	ATGGAATTGTTGAAAAAAAAAGAAGAACCCAGAAATTTACCTGCTGGTGAATTTGAAGTTGGTAAAGATATTCCTGCAGGTAGATATAAAGTTTAA	MELLKKKEEPRNLPAGEFEVGKDIPAGRYKV				NA	NA	NA	NA	NA
AK148_02382	909			hypothetical protein	ATGTTTTCACATATTAAATGGGTAACATTACGTGCTACGTTCATGGCGCAACGCGATGGGCAACTCCCTCCTTATTTAGGATCAACAGTCCGAGGGTTGCTTGGTCATAGTTTACGAAAAATGGTTTGCCCTACCCCTAAAGTCAAATGCTTCACATGTGAACTGGCAGCTACGTGTGATTACGCAAATTATTTCGTCTCACCTAAAAACGCCGCAGGTTCCGTAAACCCGTTTGTATTACATGTACTAACGAAAGGTAAAACAACATGGCAAAAGGGAGATATTTGTGAATTTGATATTACTTTGTTAGGTGATACAGCACGTAGCGGTGTAACGTTAATTACACAAGCTATTCAACAAATTGATCACTTAGGTTGGGGTGCAGCACGTATTCCGTTTCAATTAATTAAAATTGCGGATACAACAACAAATCGAATCATATGGTGTGAAAATCACCTATGGTTGAAAAATGTCCAACTGCATGACTTACATTGCGAGGAAAAATCCACTTCATTTGTATTTTTACATTTTCCTGCTCCGCTTCGCTTACAAAAGAGTAAGAAATTACTTACTGCGCCGTCTTTTGAAGATATCATTCGAGCGATAACACGAAGAGTGAGCTTGATTTCACACGCCTATGCTGGTTACAAATTAGATTGGGATAACGAAGCAATGTTAAGCAAAGCTAGAAAAGTAAGCGTTATAAATAGTGATTGGGAACAAACAACGTTTAAACGCTATTCCATGAATCAAAAAAATAATACGCTAGAAATCGATACGATAACCGGTTGGGCCTGTTATGAAGGGGATATCACACCATTTACTCCTATTTTAGAAGCAGGAAGGTTGCTTCATATCGGCAGAAATCCAACACATGGATTTGGATACTATACCATTAATTATTTATGA	MFSHIKWVTLRATFMAQRDGQLPPYLGSTVRGLLGHSLRKMVCPTPKVKCFTCELAATCDYANYFVSPKNAAGSVNPFVLHVLTKGKTTWQKGDICEFDITLLGDTARSGVTLITQAIQQIDHLGWGAARIPFQLIKIADTTTNRIIWCENHLWLKNVQLHDLHCEEKSTSFVFLHFPAPLRLQKSKKLLTAPSFEDIIRAITRRVSLISHAYAGYKLDWDNEAMLSKARKVSVINSDWEQTTFKRYSMNQKNNTLEIDTITGWACYEGDITPFTPILEAGRLLHIGRNPTHGFGYYTINYL				NA	NA	NA	NA	NA
AK148_02383	894			hypothetical protein	ATGAATGAAGAAGTTATTACAAAGCTAGCGAAAAATTATTGTAACCTAGAGCAAACCTTAATAGAGGAATTAAACATTGACAGGCAAAGTAATGTGTCAAGCGCGGAAGAAATTTGGCAACCCGTATTCAGGCGCATTGTACCGACAAAGTTTAACGTAGAGAAAAATGTCTATATTATTGATTCTCATCAAAATGTTTCTCAAAAAGTGAGTCTCGCAATCTATGACGAGCAATATACCCCGTATATCTTTAATTACGGTACGATTAAATACATACCAATTGAAGCTGTTTTTGCGGTGGTGTTATGTAAGAATGAAGAAGATAAGAAAAGGCAGACAGAAGGGCAGGGAGCGGAAGAAACTTGGTTGCAATCCATTCAAAAGCTAAAGACAGAAATGAATGCTTATGTGCGAATTCAACCAGGTGTGTTGGATACAAATATTGACCTTTTATACAAGAAAGAATCAAATCATGGAAAACAAAGTCAAACATCAACTAGGCCAATCACAATTTTATGTACTGCGATAGATAATAATTATGAAGACAGTGAATTTGATCTCGTTCTAAAAAATGATGAATCTAAATTAAAAAAAATGATTCCTAACGAAAATAGATCATTAGATAAGTGGAGTGATTGCTTAAATCATTATTGTCATGACCGTTATGAGAATAATGATAAATTAAAAGCCTTAGCAAATACTTCAGAAGAAAATAAGTCTAATCGAACATTAGAAAGCTTAAATGTTGGAGATCAAAATGTACTCCTTTCCTTAATGTTTCAATTAAATCAATTATTAATGCTCATTAATAATCCCATTTTCTTTCCTCACGAATCCTATGTAAAAGCATTCAAGGAGGTAATTAGCGATGCAGGAACTAAAAAATCTAAATGA	MNEEVITKLAKNYCNLEQTLIEELNIDRQSNVSSAEEIWQPVFRRIVPTKFNVEKNVYIIDSHQNVSQKVSLAIYDEQYTPYIFNYGTIKYIPIEAVFAVVLCKNEEDKKRQTEGQGAEETWLQSIQKLKTEMNAYVRIQPGVLDTNIDLLYKKESNHGKQSQTSTRPITILCTAIDNNYEDSEFDLVLKNDESKLKKMIPNENRSLDKWSDCLNHYCHDRYENNDKLKALANTSEENKSNRTLESLNVGDQNVLLSLMFQLNQLLMLINNPIFFPHESYVKAFKEVISDAGTKKSK				NA	NA	NA	NA	NA
AK148_02384	2478			hypothetical protein	ATGCAGGAACTAAAAAATCTAAATGAGTATTATCAAAGAATAGCAAAAACGATTTCATCTCAATTGCAACTTGAAACACCTAATCATGATGTAACAACAGGTACCAGCAGAGAATTCGTTTGGCTTCATCTCTTTGAGAAGATCATCCCGAAAAAATTCAAAATAGCACGAAGCGTTTTCATCATTGATTCTTATGGGGAAATATCAGCAGAAGTAGATATTGCTATCTTTGATGAGGAGTATACGCCATATGTATTTAATTATGGTGAAATGCAATTTATTCCAATAGAAGCCGTTGCTGCAGTCGTGCAAAGTAAAAGTCGTTCCATGAAGAAAGATATATTGGATAATGTGACAGCTTGGGCGCAGACAATTTATAAGTTAAAACCCGTTCTTAATGCCTGCGCACGTACGCATCATGGTTTTTTAGATACAGCTAAAATTACTCGTTCACAATCACAAACGTCCACACGACCTATTTTCATTTTATGTACTCTACATTCTTTAAAAACAGAAGAAAGGAATGATGATATATCATCAGTACCAGAATTGAAGAGGAATTTCGATTTCATTTTACATTTGGATAAAGAACAGCAATTTCAATTCATTGCGGATGAAAAAAAATCATTTGCCAAATGGTATGAAGAGCTTAATCATTATGATTTAAAACGTTACAACTCAGAGTATAAGAAGCTTGCAAATTTAAGTCCAATTAATTTTGCAAATACAAATGAAAAATTTAAACAATGTGCCGAAAAAGATAATATAGAAGAACGTAAATTGAAGGATTTAAAAATATATACCAACAAATCGAATAAAGAAGCAGAATCAAACGATGAAAACCCTTTATTAACGTTTATGTTCCAATTTAATCAATTATTAATGATTATCAACAATCCGATGTTCTTTCCACATCAAGCGTATGTCAATATGTTCAATGACGCAATTAAAAAAAAGAAAAAGGAGTGTGTGAAACGAATGGAAGCATCAAAAGATGATTTTTTGTTAGCTGTCTATGATATTACTGGTATTCAAGACTATATTTTCGCCTCTAATTATTTAAAAGAGAATATTGGGGCTTCTTATATTGTCGGGAAAATGGTAGAAAAGCATTTTGTAGATGTTTTGAAGGGTAGCGTTGAAAAAGATAAAGAAGTAAAAACTTGTTGGGTTAAAGAAAAAAACAAAATATTTATTTTTGACGTTAATAAAATACAGGCTGAAGTTGTTTACATTGGTGGTGGCAATGCCCTTGTCATCTATCGAGATTGGATATTGTACAACGAAGTGAATCGACAGTTTGCAGAAACTGTGCTAAAAGAAAGTGCTTCACTTACGATGGTAACAGAAGCCATTCCATTTAAGTTAGATTGCGGAAAAAGCTATGTTGAACTGTACAGAGAACTGATGCAAAAGTTAAGTAATACGAAAGCCAAAATGATACGGACGAAATTAAATCAAACACTGCCTATTTTTGCCCAAGAATCTTTTAAAGGAGATCCGATAACAGATTTTATAGATAACAAACATGTATCAACAGAACAACGGTTAAAACGACAAGCGAACTATAAGAATACCGTGTTCCAGCAATACGAGAAAAATTGTGTGAAAGAAACGGAAGATTTAAAACGCAAAAAGGGCGAAGATAGTTATATTGGTGTCGTACATATTGACGGAAATGGAATGGGGCAATGGATTGATGGTAAGCTAGCAGAAACAGGGAAAGATTTTACTTCCGCTATTCAAAAACATCGTGAACTCTCATTACAAATTACAAACTATTTTAGAAAAACCTTTAGAAAAACAGTGGACAAATTCGTAAAAAAGACAGACGGAAACACGAGTGAAAAGGAAGAAAAATTGCCTCTGCGCCCACTTATATTAGATGGGGATGACGTTACATTTATTTGCCAAGGTGACTTAGCGATTCCTTTTACGTTGGAGTTTTTAAATCAACTGAAGAACGGGGATTTCAATACCCAAATTTCCGCTTGTGCAGGGGTCGCCTTTGTCCATAGCCACTTTCCTTTTAATCTTGCCTATGACATCGCAGAACAGTGCTGCCAAAATGCAAAACATGTGTATTACAAAGAGAAGCATAAACATGATAAAGATGAAATACAAGAATGCTATTTTGATTTTTATTTAGTGCGTGGTAGTTATGTGCAAACGATGGAGGAACAACGTGACAATCAAACTTACTTAGATCCGAAGATTTACAATGTAGAAGAATTAGAAGAATTGTATAACATGATGCAGCGTTTAAATAACAATGGTGAAAAAACATGGCCCCATTCCCGTTTAATCGCCCTTTATGAAGCGTATTTGCAAGGCAAGCAAGCAGTTGAATTGGTTCATTTAGAAGCGGAATCACGAGGGTACGATAAAATAGAGGTCTCCGAAGAACGCCTGTTGTTTGATGCACTACAATTACTAGATTTCGGTAAGAACAGAGGTGAAGAATATGCCAAAGTATGA	MQELKNLNEYYQRIAKTISSQLQLETPNHDVTTGTSREFVWLHLFEKIIPKKFKIARSVFIIDSYGEISAEVDIAIFDEEYTPYVFNYGEMQFIPIEAVAAVVQSKSRSMKKDILDNVTAWAQTIYKLKPVLNACARTHHGFLDTAKITRSQSQTSTRPIFILCTLHSLKTEERNDDISSVPELKRNFDFILHLDKEQQFQFIADEKKSFAKWYEELNHYDLKRYNSEYKKLANLSPINFANTNEKFKQCAEKDNIEERKLKDLKIYTNKSNKEAESNDENPLLTFMFQFNQLLMIINNPMFFPHQAYVNMFNDAIKKKKKECVKRMEASKDDFLLAVYDITGIQDYIFASNYLKENIGASYIVGKMVEKHFVDVLKGSVEKDKEVKTCWVKEKNKIFIFDVNKIQAEVVYIGGGNALVIYRDWILYNEVNRQFAETVLKESASLTMVTEAIPFKLDCGKSYVELYRELMQKLSNTKAKMIRTKLNQTLPIFAQESFKGDPITDFIDNKHVSTEQRLKRQANYKNTVFQQYEKNCVKETEDLKRKKGEDSYIGVVHIDGNGMGQWIDGKLAETGKDFTSAIQKHRELSLQITNYFRKTFRKTVDKFVKKTDGNTSEKEEKLPLRPLILDGDDVTFICQGDLAIPFTLEFLNQLKNGDFNTQISACAGVAFVHSHFPFNLAYDIAEQCCQNAKHVYYKEKHKHDKDEIQECYFDFYLVRGSYVQTMEEQRDNQTYLDPKIYNVEELEELYNMMQRLNNNGEKTWPHSRLIALYEAYLQGKQAVELVHLEAESRGYDKIEVSEERLLFDALQLLDFGKNRGEEYAKV				NA	NA	NA	NA	NA
AK148_02385	2226			hypothetical protein	ATGCCAAAGTATGAACTAACAATTACGCTAGATAGCGATGTAAGCCCTGGAAGTGGCGACAGTATTGCAGGGGTTGTTGATCATGACATTACACATGAATACGGGATTCCAATTATTCCGGCAAAGCGGCTAAAAGGTGCATTACGAGGAGTAGCAAAAGAGTTTGTAGATTGGGGCTTCACATTTTCATCCAAAGTAGATGAGCTATTTGGAAAACCAGGAGAGCAATATCGGTCCGGAATTAAAATATATGACGCAAAACTTGCTTCTATACCAAAGGAATACTTTGCAAACGAAGAAGATAAAGAAATAGATGTTTACGATACCTTCCTAGCACAAATCAAACAACTTGATCCAGCAAAAGTTTTACCTCTTTTTACAATGCTTTATACTAAAACAGCAACAGAAAATGGACAAGCTCAAACAGGATCGTTGCGTACGATACGTGCAATAAATCGGGGGTTAGTTTTTAAAAGTATCATAGAACTAGAAAATGAGGAACAGCCTGAGGAACAAAAGAAATTATTATGCGACTGTGTAAAAGGTTTGCGTCATCTAGGATATGGACGTACACGTGGTTTAGGTGAAGTAAGTTGCAAGTTGAAAATGATAAAAGGTGAACCAAAGAAAAAACGTAATTTTATAATGAAGGAAAATTATTCTAACCAAGAAGAACCGTTCGTAAACCAAGCGATCCGCATTACGTTACAACAACCAACATTATTAGCAGGTAGCAAAGGACTCTATTACAGTTGTACCGATTTCGTACCAGGTAGTGCTTTATTAGGTGTATTCGCAAGTCTGTATATTAAAAAATATAACTTAGGCAAGAAAGCCCATGAAGACCCAGAGTTTGTGCGTCTATTTTTACGTGGTGATGTCTCCTTTGGTTATGCATACCCAGAAGTGGATGAAAAAGTTTTTATGCCTTGTCCCGCTCATATACAACGCGTAAAAAATGAAAATAGAGCAATGTTGGAAGAGAAAAAGTCAGATTCAACTACCGTGTTAAGTAAAATAAATTCACTTGCTTACATGCAAGAAAATGAACTCTTGTTACATGAGCCAGCAAAAGAATTTCGCATGCATCATGCAAGACCTGAAAATCGTCACATTGGTCGAGCAATAAACGATACGAAAGGCACCAAGGATTTAGACGGAGAAAAAGGTCAATTTTATTATTATACAGCCCTTCAACAAGGGCAACGTTTCATTGGGGAGTTAAAAGGTAAGCAAGAAGATGTCCAAATGCTCGCTTCGTTATTAAATTACGTAAAAGGCATCATTCACCTCGGCCGTTCACGTACCGCCGAATATGGCGCAGCGAAAGTAAATGTAGTGAATCAAACACTTCATAAGGGAAGCTTTTCAACAGCAAACAAAGGGGATAGCAAAGTTGCGATTTATTTAGCAACACCTTTAACATTACAAAATAAAATAGGGCGATACGTCGCTGATGTCGATCTCTTCATTACTCAATTGGAAAGAGAAATAGAAGCAACGTTAAAAGTTGAAAAAATGTATATTAAAGAGACGGTGTTAACTGGGTACAATGCGAAATGGCGCTTACCAAAGCAAGAGAAGCAAGCCTTAGATGCAGGTACGGTGCTTATTGTCTCAACAGAAAACAAGGAAGTCGATTGGTCTTTAATAGAAAAGCAACAATGGGGAGCTGCAACGGGAGAAGGTTGTGGCGAAATACGAGTTCTGCAGTATGAAGGTACATCGAATGAAGTAGAGTGTATTTCCATAAGCAAAAAGTTACAAGAAAAACAATTAACTCAAATAGACCATCCTCTCGATTGTGTCCACTATATTGAGCAAGCCATAGAAAAACATAACAAAGATATCCGTGATAATAAGGAAGCCGATTCTATGACTCAGGTAGAAGATGTCATTGATTGCATAAAAAAACAGTTAAAGACAAATGAAGAGAATGAGCAGACAAAAACCATTGCAATAAATGATGCCAGAAAATTTATTAACAAGCAGCATGCCATTAAGACAATTGGTCAAACAAAGCTATTTCAATTAAAAAAAGTGTTTGTAGAGAGGGATACTAACATTAAAACGGATGATTTATTTTCTAAGTTACCAAACCAATTAGGAGAAGACTTAGAGGAACTATTAAAATTGCGTAAAGATGATGCCGTTTATCTAAAGTATTTCTTCCACACGATAAAACTGGAGGTGAGAAAAGATGGAAAAGAAATCAACCAAAAATAA	MPKYELTITLDSDVSPGSGDSIAGVVDHDITHEYGIPIIPAKRLKGALRGVAKEFVDWGFTFSSKVDELFGKPGEQYRSGIKIYDAKLASIPKEYFANEEDKEIDVYDTFLAQIKQLDPAKVLPLFTMLYTKTATENGQAQTGSLRTIRAINRGLVFKSIIELENEEQPEEQKKLLCDCVKGLRHLGYGRTRGLGEVSCKLKMIKGEPKKKRNFIMKENYSNQEEPFVNQAIRITLQQPTLLAGSKGLYYSCTDFVPGSALLGVFASLYIKKYNLGKKAHEDPEFVRLFLRGDVSFGYAYPEVDEKVFMPCPAHIQRVKNENRAMLEEKKSDSTTVLSKINSLAYMQENELLLHEPAKEFRMHHARPENRHIGRAINDTKGTKDLDGEKGQFYYYTALQQGQRFIGELKGKQEDVQMLASLLNYVKGIIHLGRSRTAEYGAAKVNVVNQTLHKGSFSTANKGDSKVAIYLATPLTLQNKIGRYVADVDLFITQLEREIEATLKVEKMYIKETVLTGYNAKWRLPKQEKQALDAGTVLIVSTENKEVDWSLIEKQQWGAATGEGCGEIRVLQYEGTSNEVECISISKKLQEKQLTQIDHPLDCVHYIEQAIEKHNKDIRDNKEADSMTQVEDVIDCIKKQLKTNEENEQTKTIAINDARKFINKQHAIKTIGQTKLFQLKKVFVERDTNIKTDDLFSKLPNQLGEDLEELLKLRKDDAVYLKYFFHTIKLEVRKDGKEINQK				NA	NA	NA	NA	NA
AK148_02386	1317			hypothetical protein	ATGGAAAAGAAATCAACCAAAAATAAAATCACGAAACGTACGTATATTCAAGTCGAAGGAGAATTAGCTTCTCCACTCTTGGCAGGATCAGGTGAAGATGATTTTTCTGACATGGATATTTTACGTGATTATAAGGGTACTCCTTTTCTAGCAGGTACTGCAGTGGCTGGTGCGTGTCGGCAATGGTTAGACGCTAATGGTATGGACAAAACAGCGATCGACTCCTTGTTTGGTGCCAGAAAAAACGAAGAAATAAAACAAGATAGTGACTTGTTTCAAAGCCGTATTTTTATATCTGACTTACAATTTACAGACCCCAAGACTACAATACGTGATCATGTAAAACTAACGAAGAATAAAACAACGGATAACATGGGGAAATTTAACATTGAAGTCATTGAAACAGGTACGCCCTTTATTATGCGATTCGAATATATAGAGCGTGAAAGTATAATTGACCCTCAAGATGACACGTTAATTCGTGCGATCATTAGTGGAATTAACCATGGGGAACTAACCTTTGGTGGAAAAACGAATCGTGGTTTTGGAAAATTAAAAGTTAACGACGTGAAACAAAAGGAGTTTCGTTATACTGACAGAGACACAGTGACAGCGTGGCTAAAATGGTCATGGGAGAATATCTCCAAAGAAGAACCTTCACTTGACAAATACATCAAAGACAAAAAGCATTTTCACGAAGTTGAAGTTCCTCTTAAGATTAAACAAACATTACTCATTCGTGATTACAAGGCAAATGAAGATGATTACACATACTTACGTGCTAATGATAAACCTGTCATCCCTGGTACGACATGGGCTGGGGCATTTCGTCACCGTTTACAGCACATTGCTTGTGAAATACTAGGTGAAAACAAAGAAATAGAAAAAAAGTTAGAAGATATATTTGGCAGTAAACATGATAAAAAGCAAACAAATCCCTCGCGATTAACTTTTGAAGAATCCGTCATTGAGGGGGCAACACCGTTCAAGATCACAAGAAATGCGATTGACCGCTTCTCTGGTGCTACCATAGACGGTGCTTTATTTACAGGTGAGGTTGTTTGTAAAGGAAAGACGAACTTAGTCATTCGATGGCGAAAAGATAGTTGTTACGACCCTATTATAAAGGGAATATTATACTGGATAATTCAAGACTTAATGCATGGATTTCTAGCAATCGGTGGTGAAACTGCAGTAGGGCGAGGTGTTTTTGAATTAGACGGCGAAAATGATCCTGTTAAGGACTGGCATATCTATCAAAAGAGTGCTTTGACATGGGTAAAGGATGGTGCAAAACATGAAACTGGCACGGTGTAA	MEKKSTKNKITKRTYIQVEGELASPLLAGSGEDDFSDMDILRDYKGTPFLAGTAVAGACRQWLDANGMDKTAIDSLFGARKNEEIKQDSDLFQSRIFISDLQFTDPKTTIRDHVKLTKNKTTDNMGKFNIEVIETGTPFIMRFEYIERESIIDPQDDTLIRAIISGINHGELTFGGKTNRGFGKLKVNDVKQKEFRYTDRDTVTAWLKWSWENISKEEPSLDKYIKDKKHFHEVEVPLKIKQTLLIRDYKANEDDYTYLRANDKPVIPGTTWAGAFRHRLQHIACEILGENKEIEKKLEDIFGSKHDKKQTNPSRLTFEESVIEGATPFKITRNAIDRFSGATIDGALFTGEVVCKGKTNLVIRWRKDSCYDPIIKGILYWIIQDLMHGFLAIGGETAVGRGVFELDGENDPVKDWHIYQKSALTWVKDGAKHETGTV				NA	NA	NA	NA	NA
AK148_02387	573			hypothetical protein	ATGAAACTGGCACGGTGTAATTCTACAATAATGAGGAAAGGAAAGCTAAAAGCTGACGAATTAATAAATTTTATCAACTTAAACAACGGGCAACTTTATGTAGTAACTGATTATGGTGTTTTTTTAGGTATTGTAGAGTCAAAAAATATTAAGCTTTACGACGACGAGAAGCTTAACCCTGATTTTATCCAGGAGGTACGTATTTTTAACAAAGATAAGGAAATCAAAATCACACGGATAAATGATGAATTTGTATGGCGTGAACGAAAAGACACAGAGAATAATAAGGGAAACACCACTCACATTGATGAAACATACCTACTATGGGGGAAAGTAAAACATTTAGATAGAGGCTGGTCGATTTTAACAGAACAACGCGGATCTCGTATCGCTCTTCCCCATTTATATGAACAGGAACAAAAAGTAGGACTTGTTTTTCGTAAATATATTGCGTTTCAAGATTGGGACTTAGCAAATGAAAAACCTTTTGCTTATCACGTAGTCGACGATCGCTTAGTCGAGTATCAAATATGGAAGGAGGAAAAACCAGATGAGCAACAAACAACAAAATGA	MKLARCNSTIMRKGKLKADELINFINLNNGQLYVVTDYGVFLGIVESKNIKLYDDEKLNPDFIQEVRIFNKDKEIKITRINDEFVWRERKDTENNKGNTTHIDETYLLWGKVKHLDRGWSILTEQRGSRIALPHLYEQEQKVGLVFRKYIAFQDWDLANEKPFAYHVVDDRLVEYQIWKEEKPDEQQTTK				NA	NA	NA	NA	NA
AK148_02388	1794			hypothetical protein	ATGAGCAACAAACAACAAAATGAACGTTTTGTAAATCCATATAATTTTGTCCCATTAGAAAATAAATGTGACAAAGAAGGTAATCGTATAGTTGGCCCACTAACAGGAAAAATAGAGTGTACGTTAGAAACATTGTCACCTGTATTTATACCAGATGGCCAAGATAAAGTAACATTTTTCCACTATCCAGGAGATAAAAAACCTGTCATCCCAGGTTCAGAAATACGTGGCACCATTCGTAGCGTCTTTGAAGCAGCGTTTAATGGCTGTTTGTCACAAGTGAATGAGGAGCCCTTTCATAGACGATCCATGGATGCAAAACAACCAGGTTTGCTTTATAGAACGGATGAAGGTTGGAAGTTGCAAAAAAGTGAACGTGTGATGTTAAACACCTCATACAAGACAAATACAGATAAACATGGAAAACATATAAATTCAAAGAAGATTAAGACGGGACAGGTTATTTATATAAAAAAATCAAAGAATAAATATCCAACTAAAAATGATAGAGCGAGAAAATATGCCCCACATGTTGTAGAAGATTATTCTTTTGAGCATAAACAAGGTTATATGAAAGGGGTTATCTATCTAGGCGAATCATTTATTAAAAAACATCATGAGTCGGTATTCATAGAAGTTAACGGTAATGAAAAGGTAATAAAAAGCTTGAATGAACAAGACATAAACAACTTAAAAGATGTTATCATGCTCTATCACAAGAATAGTGAGAAAGAACATAAAATGTCCTATGAAAGCAAACCATACAATAGTTATTTAAATTTGCTGGATCATGCAAGAAGGGACAATAAGTTACCCGTATATTATTCAACAGATTCAAAAGGAAACATTAGCCATTTAGCGCCCGCCGCCCTTTCTCAAGAAGTATTTAAAAATACACTTATAGACATTTTAAAGGCTCAAGGAGAGTATCAGCCTTGCGAGTGCAAAAAAGCCATTTGCCCTGCTTGCCATTTGTTTGGTTTCGTAAATCAACAAGAAATGCAAGCTTCTAGAATTCGCTTTAGTGATGCAACAATACAAAAAGGCTATACATTTTCAAATGAAATGACCTTACCAGCCTTAGGAGAACCGAAGCCAGGAGCAGTTGAATTTTATACTAAAAAACTAAAAGATGATTCCTACTGGACATATGACTATACGCAAAAAGGAAAAACACGCACGCCTTTAAAACCAAGTGAAATAAAAATACGTGGGCGGAAGTTTTATTGGCATCATAAACCTAAAGATTATCCTTTAAAAATTGATAAGGGAGAAATGGAAACGACAATAAAACCGCTTAATAAAGGGAATGCATTTACTTTCACTATTTACTTTGAACGTCTAACAGAAAAAGAATTGAACCAATTATGTAACGTTTTAGATATTAACCAATCTAAAGAGCATGCACATAAAATAGGAAGAGGAAAGCCTTTAGGATTTGGCAGTATACAAATTACAATTGATCGCATCCAAACTCGGAAAATTAACGAAAACACAGGCGCATATGATACCAAACATATTCAACAAAGAAAAAATGTAGCGGAATCTCACATTAACCAATCATCCGATTTATTAAGAATATTACGTTATCAACCTGGTTTCGCTCAAAATACAGTTACCTATCCAAAGGTAGAAAAGTCATCACAGAAAGGAAAAGGAAAGTCGAATGATACAGCTTCCCACCAATGGTTTAATAAAAACAAGGCAAGAAACGAGTTTAAGAAAGTCTTACCTACTATTGAAGAGGAAGTTTCAACAAATTCACATAAATGGTTAAAGGCAAATAAAGTTTAA	MSNKQQNERFVNPYNFVPLENKCDKEGNRIVGPLTGKIECTLETLSPVFIPDGQDKVTFFHYPGDKKPVIPGSEIRGTIRSVFEAAFNGCLSQVNEEPFHRRSMDAKQPGLLYRTDEGWKLQKSERVMLNTSYKTNTDKHGKHINSKKIKTGQVIYIKKSKNKYPTKNDRARKYAPHVVEDYSFEHKQGYMKGVIYLGESFIKKHHESVFIEVNGNEKVIKSLNEQDINNLKDVIMLYHKNSEKEHKMSYESKPYNSYLNLLDHARRDNKLPVYYSTDSKGNISHLAPAALSQEVFKNTLIDILKAQGEYQPCECKKAICPACHLFGFVNQQEMQASRIRFSDATIQKGYTFSNEMTLPALGEPKPGAVEFYTKKLKDDSYWTYDYTQKGKTRTPLKPSEIKIRGRKFYWHHKPKDYPLKIDKGEMETTIKPLNKGNAFTFTIYFERLTEKELNQLCNVLDINQSKEHAHKIGRGKPLGFGSIQITIDRIQTRKINENTGAYDTKHIQQRKNVAESHINQSSDLLRILRYQPGFAQNTVTYPKVEKSSQKGKGKSNDTASHQWFNKNKARNEFKKVLPTIEEEVSTNSHKWLKANKV				NA	NA	NA	NA	NA
AK148_02389	432			hypothetical protein	ATGAAAAAATTTTATATCGAAGCCCTTGTTGTGTCCGTATTTATTGGGATCTTCATACGAGCATTCGCGCTGTTGTTTACTGGACAATCACTTGTAACTTATATAGAAGGTTATTTTTTTAGTGTGCTCATTGCCATCATTTCCTGCACGCTTTCATTTGCCGTTCATGTCAAAGTGCTAACAAGCAACCGCTATTCTTTTGTTACGAAATATTTGATTTCGTCGATGCTAATTATAGTGATTTACGTCATTGGAAACCTTTATTTTGGAGGATTGGCTGTTGTGTATGAATGGGAATTTTATGCTTATGCTGTCGCTATCGTGCTCGTCTCCTTACCTTTGATTTATTACTTTAACAAGCGGATGTTAAGATTTAATGACTTTTTACAACTGAAAAAATCACAGCATACGGAACGTGTACATGTGGAATAG	MKKFYIEALVVSVFIGIFIRAFALLFTGQSLVTYIEGYFFSVLIAIISCTLSFAVHVKVLTSNRYSFVTKYLISSMLIIVIYVIGNLYFGGLAVVYEWEFYAYAVAIVLVSLPLIYYFNKRMLRFNDFLQLKKSQHTERVHVE				NA	NA	NA	NA	NA
AK148_02390	540			hypothetical protein	ATGAAATTAGGACTAGTATGCAACAATAATATACGTGACAACGTATTGGAAAAGTTCCAGTCTTTAGGTATTGAAGTATATCGTAAGGCAGACCTGTATGTCGTCGAAGAAGGGCTTCATACAGGTTTCCTGCCTTGTATCGTCTTTCACCCCGAGCAGCTAGATGAGTTATGGGAAATGCTCCAAGCGTTTGCAATAACGAGCGCCACTTCTAAGATTGTCGGTTTTAAAGATGAAGCGTACCATGTTATTAATCATGTAAGTATTCTTTATTTTGAAGCGTTGGATGCAGGGGTGCTTTGTCATACAGCCACCGATGTATATCGGTTAAAGGAAAAGCTATATCAATTAGAGGAACGGTTGCCGAGTGATCGATTTATTAAGGTAAGCCGATCATTCATTGTTCATATTGATGCCGTTACACGAATTATTCCGTGGTTTAACCGACGCTTATTACTTAAATTTGAGCGTTCAAAAAAAGAAGTGGAAGTATCGAAAAATTATGTCGGACATTTCAAAGCGTTTTTAGGAATGAGGTAG	MKLGLVCNNNIRDNVLEKFQSLGIEVYRKADLYVVEEGLHTGFLPCIVFHPEQLDELWEMLQAFAITSATSKIVGFKDEAYHVINHVSILYFEALDAGVLCHTATDVYRLKEKLYQLEERLPSDRFIKVSRSFIVHIDAVTRIIPWFNRRLLLKFERSKKEVEVSKNYVGHFKAFLGMR				NA	NA	NA	NA	NA
AK148_02391	1464	lnt		Apolipoprotein N-acyltransferase	ATGAAAATATATATGCGTATTTTACTATTGTCATTAGGTGGATTATTTATGGTGCTGAGCAATGGGAAATTTTTAATGGCGCCAGCTGCTTGGATATTTCCGGTATTATTTTTGTTTGCCATGGAGAAGATGTCTTGGAAAAAAGCTTTGCCTGTCTTGTTGGTGGTAACGGCAGTAAGTAATCAGTTGAGCTTTCATAATATGCTACCGAGCTTGGACATCCCGATGTTTAGCTACATTCCAGCAATGGCGGGTTCACTTTATGCTTTCCCATTTGTACTACAACAACTTAGCTTTCGCAAAACGAACTCCTTTGTTGCGACATTGATCTTACCATGTACGTATGCGTTATTGGATTTTAGCAATGTATATTTTAACCCTTTTGGAACATTTGGTATTCTTGGTTACTCGCAGCACGGGTTTTTGCCAGTTATGCAAGTGGCCTCTGTAGTTGGTGTTACCGGAATCACCTTTTTGATTATGTGGACAGCATCTATTGTGTATTGGCTTCGTTTAGATAATATGAAAGCAAAGAAGCGAAATGTGGCAATACTAACTACTACAGTGCTTTTACTCATCGTTACGTTAGGTGGTTTACGTGTCGTAACCAATGCAAATACGGAAACAGTGACCGTATCTGGTATTCATACGCTGGATCGGACGGATTCGGATGTGTTAGAGATTTTTAATCTACATGAACAAGAAAACAGTGATTTTTTACAGAAAACGGAAGAAAACCTGGAACAATTAATTACCATGACAATTACGGAGGCAAAAGCGGGAGCGAAGATTATTCACCATTCGGAAGGGGTTGCTGTGCTGGATGAGACGCAAAAAGCAGATTACTTGGACAGTCTCCGAGAGGTTGCTAAGGAATGGGGCGTCTATATTGTTACGGTGCCTTATGTTTTTACAGAGGAAGGTTCGCCCAATGAAAATGTCTTATATATGATCGAACCGTCTGGGGAGATTGCGTTTGAACACTTTAAATATGGCGGCAATATTATTGAGAAGACGGTAGAAGGAGACAAGGAAATTAAATATGTCGATACAGATTACGGGCGTTTGTCAGGGATAATCTGTTGGGATAAAGATTTCCCATCTATCCTTAATCAAGCAGGTGAAAAGAACGTCGATATGTTGTTCATCCCATCTGCAGATTGGAAAGAGATTTCTCCGTACCATACGATTGTTGGTAATTTTAGAGGGGTTGAAAATGGTGCCAATGTGGTGACACAAACGGTAAATGGTATGTCCATGATTTCGGATTATAAGGGACAAACATTAGCGCAGATGGATCATTTCACCTCCGATCAATGGGTCATGCGAGGACAAGTGCCAATAGAAGGTAAGGAAACCATGTACGCAAAGTGGGGGAAATATTTTGCGGGTTATATTATAATAATCTTAATTATTTCCACGGTGTATATCCGTTTTATTGGTAGAAAAAAGATGGAATCATAA	MKIYMRILLLSLGGLFMVLSNGKFLMAPAAWIFPVLFLFAMEKMSWKKALPVLLVVTAVSNQLSFHNMLPSLDIPMFSYIPAMAGSLYAFPFVLQQLSFRKTNSFVATLILPCTYALLDFSNVYFNPFGTFGILGYSQHGFLPVMQVASVVGVTGITFLIMWTASIVYWLRLDNMKAKKRNVAILTTTVLLLIVTLGGLRVVTNANTETVTVSGIHTLDRTDSDVLEIFNLHEQENSDFLQKTEENLEQLITMTITEAKAGAKIIHHSEGVAVLDETQKADYLDSLREVAKEWGVYIVTVPYVFTEEGSPNENVLYMIEPSGEIAFEHFKYGGNIIEKTVEGDKEIKYVDTDYGRLSGIICWDKDFPSILNQAGEKNVDMLFIPSADWKEISPYHTIVGNFRGVENGANVVTQTVNGMSMISDYKGQTLAQMDHFTSDQWVMRGQVPIEGKETMYAKWGKYFAGYIIIILIISTVYIRFIGRKKMES	PGPT0024470_3671	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024470-lnt-K03820	NA	NA
AK148_02392	105			hypothetical protein	ATGGATATGAACCATTTAGGAATAGTTTATGTAAGCTTATTGTTTGCGACATATGAAAAAGGATTGGAACGAGTATTTCTGGAAGTCTATGTACCTGTAAAATAA	MDMNHLGIVYVSLLFATYEKGLERVFLEVYVPVK				NA	NA	NA	NA	NA
AK148_02393	1062	aes		Acetyl esterase	ATGAATGTAAAAACAGATCAGCTAATGAAGACTGTGAACACAAATGATACGCGAATGAGAGTAAAGCCTGTACCGGGAAAAGACGAGTCAGGTCATATCGACCCACGTACGCTTGAAGAGCTAAGTATGGCTGCAGAGGAATCATCTTCAGAAGAAAAGACGAGTGAACCTACAGTCGAGATGATGCGTGCTGGAATCGGATGGTCCAACGCCAAAGATATTACTACAAATGAATTAATGGTGGAAGACACGGAATTTGCGGGTATCCCTGTTCGAACATATGTAAAAAAAGCTATAGCAAATGACGTATTACCAGCCATCATATTCTATCATGGGGGAGGTTTTTTTGGTGGTTCTTTAGATCATGTTGATTTACCATGTAGACGGTTGGCAGATTTGGCGAAGGTACGTGTTTTCTCCGTAGAATATGGCTTAGCACCAGAACACCCTTACCCAGAAGCGGTTATAAACGCACATCAATCAGTCGTTTATATTCATCATCACCACAAGGAATTAAAAGTAAATGCAAATCATATCAATGTCATGGGCGATTCAGCTGGGGGTAATTTAACGTATGTCGTTTCCTTATTAGACCGGTTATACGGGACGAATTATATTAACCATGCCGTCTCCATTTACCCCGTTGTATACCAAGGGGAAAATGAAGCGTTATTAAATCGTTTTTATGACTTATCTGCAATTCATGCACATGAACATGAAGACTTGGTGCATGAGCATATAAAAGGATTTATGCATTTCTTTTATTTTATTGATAAATGGTATATTCAAGGTACGGATGCCGAAAGCTGGATGATTTCGCCGTATAATGTGAAGGAAGATTTATTAAAAAACATGCCACGAACTTTATATATTGCTGGGGAATATGACGCACTACGCCTTCAAGGAGACGCGTTTTATGAAAAAGCGAAACAAGCAGGCGCAGATGTGTACTGCTTACGCTATAACGGAATGATTCACGGATTTATGGATAAGGTCGGTGACTATGTCCAAGCAGACGATTGTCTAAAAGAGTCCGTGAAGTTTATCTTAGAAGCGGAATAA	MNVKTDQLMKTVNTNDTRMRVKPVPGKDESGHIDPRTLEELSMAAEESSSEEKTSEPTVEMMRAGIGWSNAKDITTNELMVEDTEFAGIPVRTYVKKAIANDVLPAIIFYHGGGFFGGSLDHVDLPCRRLADLAKVRVFSVEYGLAPEHPYPEAVINAHQSVVYIHHHHKELKVNANHINVMGDSAGGNLTYVVSLLDRLYGTNYINHAVSIYPVVYQGENEALLNRFYDLSAIHAHEHEDLVHEHIKGFMHFFYFIDKWYIQGTDAESWMISPYNVKEDLLKNMPRTLYIAGEYDALRLQGDAFYEKAKQAGADVYCLRYNGMIHGFMDKVGDYVQADDCLKESVKFILEAE				NA	NA	NA	NA	NA
AK148_02394	351			hypothetical protein	ATGACGAAACATAAGATTTATACGATGCGTTTTGCGAATGTCTATCCGCATTATGTAACGAAGGCAGAGAGAAAAGGACGTAGTAAAGCAGAAGTTGATGAAATCATTCGGTGGTTAACAGGATATAGCCAAGAGGAGGTAGAGGAGCAACTAGAAAAACAGACTGATTTTGAGACCTTTTTTGCGCAAGCTCCGCAATTAAATCCTTCACGGGTTTTCATTAAAGGAGTTATTTGTGGCGTTCGAGTGGAGGACATTGAAGAACCGACGATGCAGGAAATTCGCTATTTGGATAAACTGATTGATGAATTAGCCAAGGGAAAAGCGATGGAGAAAATATTGCGTAAATAA	MTKHKIYTMRFANVYPHYVTKAERKGRSKAEVDEIIRWLTGYSQEEVEEQLEKQTDFETFFAQAPQLNPSRVFIKGVICGVRVEDIEEPTMQEIRYLDKLIDELAKGKAMEKILRK	PGPT0003760_123	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
AK148_02395	966			hypothetical protein	ATGCGAGCAGATCGATTAATGACGATTATGATTTTGTTGCAAAATAGAGGGAAAATGACGGCGAGGGATTTAGCTAGTGAATTAGAAGTTTCCGTTAGAACGATTCTAAGAGATATGGACGCATTAAGTACTGCGGGGATTCCTGTTGTATCGGAAAAGGGGAAGGAGGGGGGCTGGCGTCTGTTAGATAACTTTCGCAGTACCTTAAGTGGCTTACATATAGATGACATGAAATCCCTATTTCTCTTCCCTTCAGGAAAATTACTTGAGGATTTAGGGTTAAATAGCCAAGCGTTAGATACGAGGGAAAAATTATTTGCAGCTATACCAAATACGTATCGTAACGAAGCGCAAACCATGTGGGAAAGAATTCACATCGATGCGAGCACTTGGCGACAATCAGAGGGAAAAGTGCGCGCTCTTAAAATTGTTCAACAAGCTGTTTGGGAAAGTAAAAAGTTACGCATGCATTATGAACAAGCTAATGGTGAACGAAAAGAAAGATTAGTTGAGCCATTAGGGTTGGTGGCGAAAGGGAGTAACTGGTATCTAGTCGCATTAAGAAATGGAGAGTTACGTAATTATAGAGTTTCACGCATACACTACGCAAAGGTTGAAGAGAGAATTTTTGACAGACCACAGGATTTTAACTTAGCGGCATATTGGGAACAGTCAAAAGCGGATTTTATTCAAAATCTACCTAAGTATGATGTGCAAGTAGAAGTAGACCCAGAAATAATGCAGCGGCTTCGGTTTACAGGTAAGTTTGTTCAAGTTATAGAAACTGAGCATCAACGTGATAGTCAATGGCTATTAGCGACTATACGTTTTCATGATGAGCAAGAGGCGATTGAATTTTTATTAGGGTTTGGAAATAAAATGAAGGTGCTTTCGCCAAAGGACCTTCCAGATAAAATCGTAGCGCTTGCTAAGTCTGTTATGGACTACTATCAAAGTGCCGAATAA	MRADRLMTIMILLQNRGKMTARDLASELEVSVRTILRDMDALSTAGIPVVSEKGKEGGWRLLDNFRSTLSGLHIDDMKSLFLFPSGKLLEDLGLNSQALDTREKLFAAIPNTYRNEAQTMWERIHIDASTWRQSEGKVRALKIVQQAVWESKKLRMHYEQANGERKERLVEPLGLVAKGSNWYLVALRNGELRNYRVSRIHYAKVEERIFDRPQDFNLAAYWEQSKADFIQNLPKYDVQVEVDPEIMQRLRFTGKFVQVIETEHQRDSQWLLATIRFHDEQEAIEFLLGFGNKMKVLSPKDLPDKIVALAKSVMDYYQSAE				NA	NA	NA	NA	NA
AK148_02396	264			hypothetical protein	GTGAAGCAGCATCGAAATGTCGTATTATTTATAGCCGCAAGCTTAGATGGATACATTGCCACGAAAGACGATTCTTTAGAGTGGTTATTTCAAGTAGACGGTGAAGGAGATAACGGTTTTGCGGCGTTTTATGAAACCGTTGATACCGTTTTAATGGGGAAAAGAACCTATGATTGGATTATGGAACAGGACATGCAAGAATTAAAGCTATGTATTTACGAGGTCTTCTGTTACGGAGACGGAGAACGTGAAGTTTATATCTGA	MKQHRNVVLFIAASLDGYIATKDDSLEWLFQVDGEGDNGFAAFYETVDTVLMGKRTYDWIMEQDMQELKLCIYEVFCYGDGEREVYI				NA	NA	NA	NA	NA
AK148_02397	270			IS1595 family transposase ISCac2	GTGAAGTTTATATCTGACGATGTGTCTGATTTTATTCAGCATTTAAAACACGGAGAAGGAAAAGACGTTTGGATCGTGGGCGGAGGCGAATTATTGCATACTTTTCTACAAGAAAAACTGCTAGACGAACTTATCCTGACCGTTGCCCCAACTATTTTAGGTGATGGAATTCCATTATTTAAAAAAGGCGATTACCAATTAGATCTTTTCTTGAAAAAAACGAAGCGATTTAATCAATTTTTAGAATTGCATTATGAAGTGAAAAGGTGA	MKFISDDVSDFIQHLKHGEGKDVWIVGGGELLHTFLQEKLLDELILTVAPTILGDGIPLFKKGDYQLDLFLKKTKRFNQFLELHYEVKR				NA	NA	NA	NA	NA
AK148_02398	750			hypothetical protein	ATGGAGCAATATAAGTTTAACCCCAGTGATGGCAAAGAAATTGTTACTGCCATTGTTGAAGGCTACCGAGATTATATTGAACACCGTAAAGATCGTCATGATAAAATGGTGATTAGCTCTGCATTCGCATGGACGAAAGGCAATTTTATAGAGAGCAAATTGGCAGAAATTAGTTCTGATCTCAAGTTCAAGTATAAACGAGCAAAAGCTGGACTCACTTGGGATTATTTGCAATTTATTAACGGTGAAAAAAAGCAGCTTTTCCTAATTAAAAACGCTGCTTACTTTAATCCAAATTGTTTTTCTCAAGCTGTTTCACCGAATAGAAAGAGCATAGACAGCAGAAGAACCTACCTCTACGAACTTTCTAAAATAAACCAAAATCTACAATTTCCGTCTGACATCCATACAGAGAATGAATTTTTCAATGAAGAAAGCGTGCAACTTTCCCTTTTCATTTCGGAACAACATATAAAAGAGGATATAGAAAACTTTCACGCTTCTTTTAATGAATTCCATATTCTCACGTACAACATTGACGAAGCATATCAAATTTCAGAGATTATGCATTATTTACCTAACCCAGCGAATAATATAGCATATGAAATAGAAAATTTATCAGAATATATTTCTGGTGCCGAGTTAACAAATGAAGAAAGAGAAATTATTGCACCAGATCAAGATAGTGATATCATGGACCCTGCAGTTTTTGACATTGGCATCTTTAAAGAAGAGGACAAAAAGAATTAG	MEQYKFNPSDGKEIVTAIVEGYRDYIEHRKDRHDKMVISSAFAWTKGNFIESKLAEISSDLKFKYKRAKAGLTWDYLQFINGEKKQLFLIKNAAYFNPNCFSQAVSPNRKSIDSRRTYLYELSKINQNLQFPSDIHTENEFFNEESVQLSLFISEQHIKEDIENFHASFNEFHILTYNIDEAYQISEIMHYLPNPANNIAYEIENLSEYISGAELTNEEREIIAPDQDSDIMDPAVFDIGIFKEEDKKN				NA	NA	NA	NA	NA
AK148_02399	1209			hypothetical protein	ATGTTTATTGGTGAAAATTTAACAAACCTTCGTATCATGCATGGATATTCACGCAAACAGCTCTCTGACATGTTACATATAACCGAACAGGCAGTCTGGCAATATGAAAATAACTATACATCACCGAAGTTGCAAATTGTCAATCAATTAAAATCCATTTTTCATGTGAAAAGTAAATATTTTTATCATCAAGATGTTCTAAAACGTTACTTTTCAACGGGAAATATACCTGTTATGAATATTGCCTATCGTTCAAAATTGAGAAATGTCATTTCAAAAACAGAAGCAGAAGCAAAGCATATGGAATATCTGGATAGTTTTATTAATTATATAACGGCCCATTTAAGTATACCAACACAAAAAATTATTCAGTTAAGAGATGAAGTCATTCATTACTTAAATAGCACATTAGATGAGCGGAGCCAGCAAATAAGTAACGTAGCTAAACTCGCACGAAAGCGATTAGGATTGCGTAATGATACAAACGATGATGTTATGTTTCTCATTGAAAAAAGTGGTGCCTTTATATTTGAAAAGTCGATTGGCGAGGAAATTGACGCTTATAGTTTATGGACAGAAAAGCAACGCCCTTTCATTGTATTAGGGAATAGGAAGCATTCCGCTGTACGCAGAAATTTTGATCTTGCTCATGAACTTGGCCATTTATTACTCCATTATAAGGTGGAATTTACTCATCTGGATGGTAAGGAACATAAGAACATGGAAGATGAAGCGAATTTATTTGCAGGTGCTTTTCTATTACCAAAAGAAGATTTTCTAGAAGACCTAAACACCATCTCTTTTATTACCAATCCGGATGCATACCTTGATTTAAAAAAGAAATGGAAAGTATCGTTGCAGGTTCTAGGTTATAGAGCCGCACATTTAGGTATAATGGATGCGAAGAAACATCGTAACTTTTACGCATCTCTACATCGTAAAGGGTATTTAAAACGGGAACCATTAGATGATTTGCTACCAATACAAAAACCACAAAAAATAAAGTCCATTATTGATTTAATTGCCAAAAAAGGGATTATCGATATTCATAAAATGCTGGAAAGAGACTGGATGGTAGAGATTGATTTTTTGCATAGACTCACTGGAATTGATAAGGGATTTTTTACTAACTATTTAGTTATGGATCAAGATTTTGAGCTCGTTCATGTCAATAATATTACATCTGTTGTGCAAAAGAAGAATGGGTAA	MFIGENLTNLRIMHGYSRKQLSDMLHITEQAVWQYENNYTSPKLQIVNQLKSIFHVKSKYFYHQDVLKRYFSTGNIPVMNIAYRSKLRNVISKTEAEAKHMEYLDSFINYITAHLSIPTQKIIQLRDEVIHYLNSTLDERSQQISNVAKLARKRLGLRNDTNDDVMFLIEKSGAFIFEKSIGEEIDAYSLWTEKQRPFIVLGNRKHSAVRRNFDLAHELGHLLLHYKVEFTHLDGKEHKNMEDEANLFAGAFLLPKEDFLEDLNTISFITNPDAYLDLKKKWKVSLQVLGYRAAHLGIMDAKKHRNFYASLHRKGYLKREPLDDLLPIQKPQKIKSIIDLIAKKGIIDIHKMLERDWMVEIDFLHRLTGIDKGFFTNYLVMDQDFELVHVNNITSVVQKKNG				NA	NA	NA	NA	NA
AK148_02400	270			hypothetical protein	ATGTACAACCAACAGAAAGCTTTAAAAAAATATGATATAGGTACTTATAGTGAAATTAGAGGACTATCAGGTTTAGAAGCGCATCACGTTGGACAAAAAGTGGTTATGAAAAAATTTATAAATAGCTATGATTGGAAAAGAGTTCCTGCTATATTAGTACCAAAAGCAGGTCATACAATTAGGGGGCCAAAAGGGATAGTATCAAGAAACTCAAAAAGTATAGATAATGGAAGGCAAAGCTCTCCGTTCAACGGAGAGCTAACGATTTAA	MYNQQKALKKYDIGTYSEIRGLSGLEAHHVGQKVVMKKFINSYDWKRVPAILVPKAGHTIRGPKGIVSRNSKSIDNGRQSSPFNGELTI	PGPT0022155_3302	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
AK148_02401	249			hypothetical protein	ATGAAAGCTTTAGCTAGTATTCCAGCAAATCTACAAGAGGTCGCTATTTCTAACACGGATTGTGGCAAAGAATTTGATAATCAAGTCGTTGATGAAGCATTAACTGTATTTCAAATCGAACGTTCTCTTAGCTCAAAAGGATTCCCTTATGATAACGCTGTAGCTGAATCAACGATTAAATCATATAAAACAGAGTTTGTGAATGGGAGAGTCTTTGCATTTATAGCAATTACAACTGGAGTTGGCTGA	MKALASIPANLQEVAISNTDCGKEFDNQVVDEALTVFQIERSLSSKGFPYDNAVAESTIKSYKTEFVNGRVFAFIAITTGVG				NA	NA	NA	NA	NA
AK148_02402	447			hypothetical protein	ATGAACATCAACCCTTTTAAAGGAGCAACAGAAGAATTAATCAGCAATTTTGAAATAAGGATAGGCTTTTCTTTACCTACTGACTATAAACAGTTTTTATTACGATATAATGGTGGTACATCTAAAAAAAGATATAGTACTTTCTTTGTTAAAGAGCTGAATCAAATTATACAATTAGATGTTTTATATGGAATAGGAGTTGATGATGAAACATTCGATTTAGAAACTTGGTATGATGAATTTGCTGATGATTTATTATTTAATAGTTTAGTGATAGGTGATGATCCTGGGTCGGGATTAATTGTATTAATTGCAGATAACGAACACGATGGCATCTACTATTGGGATCATTCATTTTACTTTGATAAATCAACTGAAAATGCAAATACGTATAAAATAGCCAATAGTTTTGAAGAATTTTTAAATCAATTAGATATTCCTAGATGA	MNINPFKGATEELISNFEIRIGFSLPTDYKQFLLRYNGGTSKKRYSTFFVKELNQIIQLDVLYGIGVDDETFDLETWYDEFADDLLFNSLVIGDDPGSGLIVLIADNEHDGIYYWDHSFYFDKSTENANTYKIANSFEEFLNQLDIPR				NA	NA	NA	NA	NA
AK148_02403	2088			hypothetical protein	GTGAACGACCTCCATAGCTATATTGACAAAACGATATCACGCCTAGAACAAATACATACACAAGTGAAAAACATCCAGAAGAGTATAGAAGCTATGATAGCTTTGGAGGATGAATTTAAAGGAAAACTGGCTAATTCTATTCGTGCCTTTTATCAAGAGGTGCACATGCCGTTTCTGTTGTTTCTAGAGGGATTTATTACGAATTACACCGATACTTTACAGGAAATGAAGAAGTCGATTCAGTACATGGAACCAGATAAAGACGGGGTTATTCGAGAAGATTTTATTTCTCAAGATGTACGACGGGGATTAGAACGGATGGAACAAGTTACGATGGATTTAACAGATGAAGCGAATGCTATTATCCAATCGGTAAGTGATATTGTGGACTTACCTAAGATAGATGATAGCGAGTTCTTGGATATTGTACAACAGGGAAAGAAAAAGACCCATAAGACCCTAGAAAAGTTGTATGAATTGGATCGTCATAATACAGCTAAGCTGGAACCGATTGAACAAGATATTCACATAATGAAAAACTACATTAGCCAAATCCGCGAGTTAGGGAATAATGGCCAAATACATATTGGCAATTACCAAGCACGGCAATTAGCAGATCATAGGTTTCATAAAGAGCTAATAAGCGGCATTAGCAGTAAGGCTATTCGAAATGCCGTTGGGCTAGAGACGGTGCTTGGTGAGGTTGGCAAGTATCTATTATCTCAGCATTTGCCACCAGCAAACTTGTTCGTGCATTATCTACAGAAAAAATTCGGGCTACAAACAATGGATTATAGCTACCGAGCAATGCAGGCAGCTGTGGCAGCATCAGGGGATCGCTTAACTGCAAGAGAGTTTTCTACTATTGAGCACCAAGTGGTTTCCACAATAAACGTCTCCGACTATAAAAAAGAATGGCATGGGGAGTACTATACACTAATCGACGACAGAAAAGTAAGAAAATTTAAAGAATCAGATGGTTCCGTGACGTACGAATTGGTATCATCAATTCCTGATGATCGTAGGCAAAATCTATTTCAAAAATCTGCTCAAGCGTTTCGAGAGATAGGTTCGGATGTATTAAAAGCAGCAGAGGATAGAAATGAAGCTAAATTCGACACTTTTTATGATTTCGGAAATTATATTACTTTTGGTGCATTAAATAAGGGACAGGACTTTTCAAAAGGTCTGCAGGTCAGGGAAGAAAGCATGTTGCATACACCAAAAGACTTTGTTAACTGGCTTACTATTGGTGGAGTTGACATGATGCATGGGACAATAAGTCCTGAAGAAACGTATTCCAAAGAACATTGGTTATCTAGTTTTGGGCTATTTTCTACTGTTGTTGGTGCAAAGACATTCCTTTCTAATCCAAAATCTGGTAGTAAATTGGTGAACCGAAATGATGTTGGAGAAGTAATTTCTAGAGATAATACGTATACAAGGTCCTCTCTAAAAATTCCTACGATATTGAATATAAAGGAATGGATGAGAACACAAATACCTAAAGTCAATGTAGTTAAGGATACAACAGACGGCTATCATTATACAGTGAGTAAGGGAAGTAATGCCTTAAAAAAGGAGAGCAGTAATCAAAAAACAAATAAAAATTTCAATAAGGTTAATCAACATGAGGTTAAAGGCGCGCTTAAAGATTATCAACAGAACAGTAAATATACAGTGAAGAAGGAAAAACAAGTTGTAAGTTTCACAAAAGAACAATTAGCTTCAAAACCACCTTATTCCCGTGATCCGATTAAATGGCAAAAGAAAGGTGGGGGAATCGAAATTAACGAACATGGCATATGGACATATATTGATTGGGAAGTGCCTCCAAATAAAGTTTCCTACCCTAATGGCTTTCCCGATTTTAAATCAGCTGGATTAGTAATACAAGAAGTTCAACTAAGAAAATTTAAAAGTTATTCTGCAGACTTTGAAGTAGCAGATAAACTGGCGCCAAACGGACCTAAATCTTCAAAAAATACTTGGCATCACCACGAAGATTTAAAAACGATGCAAGAAGTAAATAAAATATTGCATAGAAGGTTTACGCATCGCGGTGGTATGGCGTTATCAAAAGAATAG	MNDLHSYIDKTISRLEQIHTQVKNIQKSIEAMIALEDEFKGKLANSIRAFYQEVHMPFLLFLEGFITNYTDTLQEMKKSIQYMEPDKDGVIREDFISQDVRRGLERMEQVTMDLTDEANAIIQSVSDIVDLPKIDDSEFLDIVQQGKKKTHKTLEKLYELDRHNTAKLEPIEQDIHIMKNYISQIRELGNNGQIHIGNYQARQLADHRFHKELISGISSKAIRNAVGLETVLGEVGKYLLSQHLPPANLFVHYLQKKFGLQTMDYSYRAMQAAVAASGDRLTAREFSTIEHQVVSTINVSDYKKEWHGEYYTLIDDRKVRKFKESDGSVTYELVSSIPDDRRQNLFQKSAQAFREIGSDVLKAAEDRNEAKFDTFYDFGNYITFGALNKGQDFSKGLQVREESMLHTPKDFVNWLTIGGVDMMHGTISPEETYSKEHWLSSFGLFSTVVGAKTFLSNPKSGSKLVNRNDVGEVISRDNTYTRSSLKIPTILNIKEWMRTQIPKVNVVKDTTDGYHYTVSKGSNALKKESSNQKTNKNFNKVNQHEVKGALKDYQQNSKYTVKKEKQVVSFTKEQLASKPPYSRDPIKWQKKGGGIEINEHGIWTYIDWEVPPNKVSYPNGFPDFKSAGLVIQEVQLRKFKSYSADFEVADKLAPNGPKSSKNTWHHHEDLKTMQEVNKILHRRFTHRGGMALSKE	PGPT0027660_11	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-YxiD-YxxD_TOXIN-ANTITOXIN_SYSTEM,PGPT0027660-toxin_yxiD-K21493	NA	NA
AK148_02404	513			hypothetical protein	ATGGATCAAAAATTAATTGCTGATGTTTATAGACTTGGATTACTCAATCGCTTTTTTACTGTGGAGGAGGTTATTCATTGGGTGGATCATTACATTGAAAAAAATGATGTTAAGGATATCCCTTTTGCCTTTTTTGACCTATCGTTAACCAAAGATAGAGGGAGAGCGATTGAGTTATTAAGTCAAATTTCACATGGATATAAGGGGGCTCTATCTATTCAAATATTATTAGGTCTCGTTTATCATAATTGGAATGATGCGAATGCGAAATCTATCATAAATGAGGTAAACCAATTAGCTTCCCTGATGAACTCTGATTTGCTTTTATCTGGAACCTTAATGGCACTTGTTGACCAATACGAGGAAGCGTTAAAAGGGTATGGAAATCCTAGGATTCCGGAACATGTAAGAAAAAAATATGAACGTGAAGCCATTGAGGAAATTAAAGATGTGCTTGCTCATTATGAGACAGATGCCATGCTTTGGGGAAATGCGGAAGATTTCATGAGATAA	MDQKLIADVYRLGLLNRFFTVEEVIHWVDHYIEKNDVKDIPFAFFDLSLTKDRGRAIELLSQISHGYKGALSIQILLGLVYHNWNDANAKSIINEVNQLASLMNSDLLLSGTLMALVDQYEEALKGYGNPRIPEHVRKKYEREAIEEIKDVLAHYETDAMLWGNAEDFMR				NA	NA	NA	NA	NA
AK148_02405	447			hypothetical protein	ATGAAAAAAATCATTGTAGTGCTAATGGTGATTATAATAGCGGTAGCCTCTTATTTTACTTTTATAAGACCTACAACTTTTACGTTTGGAGAGATTCTTTCTGACACGATGGAAGATATTAATAACTTAGAAGGTGGAGAAGTAATACGATACATTGACATAAGACGAATACATACACCGAATAATGGAAATTCACAAGAATATGAATACATACAAATTGATGATGAAGAAAAAATAGATAAGCTCATAAAGGACGTTACTGATATGAAATTAAATAGGAAAGATGAAAACCCCGATGTTGGTTATTTCATTTCCATTAAAACAAATCACTCTAATTATGATTTGATACTTGGCTTAGAGGATATTCTATGGATTGATGGTACATCGTATGAAATAATAGGGGAAAACAAACTTTTAGAAATAGTTAGCTCACTTAATTATGAATAG	MKKIIVVLMVIIIAVASYFTFIRPTTFTFGEILSDTMEDINNLEGGEVIRYIDIRRIHTPNNGNSQEYEYIQIDDEEKIDKLIKDVTDMKLNRKDENPDVGYFISIKTNHSNYDLILGLEDILWIDGTSYEIIGENKLLEIVSSLNYE				NA	NA	NA	NA	NA
AK148_02406	489			hypothetical protein	ATGGCAAAAAAAAATAAGAAGGGGTGTTATTTATGGCGTCGGTTTATAATCAGGGGCATTAACTGGTACAGAAGCCGATTTTCAGAACGTGGATACTTTAATCTAGACGGGTATACTGCTATTAATAATCAACTATCAGAACCATCTATTTTGGATGCAATAAGTGGTATACCAGGAACTGCAAATTCGTTACTTTTTGGAGCTGCGGGATGGACAGTCTCAAGTGCTGCAGCTTCAATTGCGAGAATTATCACAAGTAGTTCTAATTTGGAGCTAGAGGGGCAGGCTCAGATTATTTTGGACGGTACTAATGCTACTAATAATATTATTGAGCAATTTGTTAATAACGATAGCTTCTCACAACTTGAAGTAAGGGTGACCTTTCTTGTGTATGAAATGTCAGATAGTTCAAGGGTGAGATTTGTTGTTTATAACAACTATACACCAATTCGAGCGTTAACACCCTCAGGTTCGATTGAATTGTGTTAA	MAKKNKKGCYLWRRFIIRGINWYRSRFSERGYFNLDGYTAINNQLSEPSILDAISGIPGTANSLLFGAAGWTVSSAAASIARIITSSSNLELEGQAQIILDGTNATNNIIEQFVNNDSFSQLEVRVTFLVYEMSDSSRVRFVVYNNYTPIRALTPSGSIELC				NA	NA	NA	NA	NA
AK148_02407	1494	aldA		Putative aldehyde dehydrogenase AldA	ATGAACAGCAAAGTGAACACAAAACAACTTATCGATCCATCGTATAAATTATATATTGATGGCAAGTGGACAGAAGGCACCGAGGGAAGAAAACTAGCAAGCTATAGTCCTAGTACAGGCGAAAAACTCTCTGAAATTATTGATGCAACACACGCCGATGTCGATGCAGCAGTAGAAGCAGCGACAAAAGCATTTCAATCTTGGAAAACCGTTGGCATTGAAGAAAGAAGCAAATTACTTCTACAAATTGCTGATTTGATAGACAAAAACACAGATCATCTAGCCATGGTGGAAACGTTAGATAATGGTAAACCAATTAGAGAATCACGCGGTGCTGATGTTCCTTTATGCGCTGACCATTTCCGCTATTTCGCTGGCGTTATTCGTTCTGAAGAAGGAACTGCCAAAGAGCTAGATAATGATACATTAACGTTAACGCTAAAAGAACCAATTGGAGTAGTAGGGCAAATTATTCCATGGAACTTCCCATTACTAATGGCGGCGTGGAAAATCGCTCCAGCCATTGCAGCAGGGAATACGGTTATTATTCATCCATCTTCCTCTACGTCCCTTAGTTTATTAGAATTGGCGAAGTTACTAGACCAAGTGTTACCAGCAGGCGTCGTCAATGTAATTACCGGTAGAGGTGCTGATTCGGGTGATTATATGCTTCACCACGAGGGTATTAGCAAATTAGCCTTTACAGGATCAACAGAAGTTGGTTATACCGTAGCCAAAGCAGCCGCTGACCGTTTAGTGCCATCGACATTAGAGCTAGGTGGAAAGTCGGCCAATATTTTCTTTAATGATGCGCCATGGGAACGAGCGATTGAAGGTGCACAATCAGGCATTTTATTTAACCAAGGACAAGTATGTAGCGCTGGATCACGTATTTTCGTTCAAGAAGGCATTTATGATAAATTTGTCAGCGAACTAAAAGAAGCGTTTGAAAATATTACAGTTGGACTACCTTGGGAAGATGGCGTGCAAATGGGGGCACAAATCAACCAAAAACAGCTAGATAAAATTTTACAATATGTTGAAATTGGCCAGCAAGAAGGTGCTAAACTCATTACAGGTGGTTACCAAATAAAAGAGAATGGTATGGAAAATGGCGTTTTCATGGCACCAACTATTCTTGCTGATGCAGATAACAATATGCGTATCTCCCAAGAGGAAATCTTCGGACCTGTAGCTACGGTGATTAAATTTAAAACCGAAGAAGAAGTAATCCGTTTAGCCAATGACTCCGAATACGGTCTTGGTGGCGGCGTATGGACAAGAGATTTAAATACTGCCTTGCGTGTAGCTCGTAAAGTAGAGACAGGTCGCATGTGGGTGAACCAATATACAAACTTCTCCGCTGGCGCTCCATTTGGCGGTTATAAAAAATCAGGTATTGGTCGTGAAACATATAAAAGTATACTCGACGCATATACCCAAACAAAAAATATTTTCATTAGCATGAAAGAAGAAAAAGACGGACTCTATTAA	MNSKVNTKQLIDPSYKLYIDGKWTEGTEGRKLASYSPSTGEKLSEIIDATHADVDAAVEAATKAFQSWKTVGIEERSKLLLQIADLIDKNTDHLAMVETLDNGKPIRESRGADVPLCADHFRYFAGVIRSEEGTAKELDNDTLTLTLKEPIGVVGQIIPWNFPLLMAAWKIAPAIAAGNTVIIHPSSSTSLSLLELAKLLDQVLPAGVVNVITGRGADSGDYMLHHEGISKLAFTGSTEVGYTVAKAAADRLVPSTLELGGKSANIFFNDAPWERAIEGAQSGILFNQGQVCSAGSRIFVQEGIYDKFVSELKEAFENITVGLPWEDGVQMGAQINQKQLDKILQYVEIGQQEGAKLITGGYQIKENGMENGVFMAPTILADADNNMRISQEEIFGPVATVIKFKTEEEVIRLANDSEYGLGGGVWTRDLNTALRVARKVETGRMWVNQYTNFSAGAPFGGYKKSGIGRETYKSILDAYTQTKNIFISMKEEKDGLY	PGPT0006875_3512	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128	NA	NA
AK148_02408	1191			hypothetical protein	TTGGAAAGAGTAGTCGGAACAGTTGTTAGAGGACTTCGTTGCCCCATTATAAATGAAGGAGACAATATTGAAGAAATTGTTGTCGATAGCGTATTGAACGCCTCCAAGGTGGAAGGTTTTCCAATAAATGATAAGGATATCGTTACAGTTACGGAATCCGTCGTAGCACGTGCGCAAGGGAATTATGCATCAATCGACCATATTGCTACAGATGTTCATGCCAAATTTGGCGACGAGGCAATTGGAGTTATATTTCCTATTTTAAGCAGAAATCGTTTTGCTATTTGTCTACGTGGTATTGCCAAAGGTGCTAAAAAAATTGTCTTAATGCTGAACTACCCTTCTGATGAAGTAGGAAACCATTTAGTAGATCTTGATATGCTGGATGAAAAAGGAGTAAATCCTTGGACAGATGTGTTAACAGAAGAACAATTCAGCGATCTTTTTGGTCATCAAAAGCATACATTTACTGGTATTGACTATATCGATTATTATAAATCCATTGTGGAAGAGTACGGCATTGAATGTGACGTTATTTTCGCCAATGACCCTAAAACCATTTTAAATTACACGAAAAGTGTACTCAGCTGTGATATTCATTCACGATTCAGAACGAAAAGAATTTTAACAGCTCATGGTGCTGACAAAGTTTACAGTCTGGATGACATCTTAAAAGATTCTATCGATGGTAGTGGTTATAATGAAACATATGGACTATTAGGGTCTAATAAATCTACTGAAAATACCGTTAAGCTTTTCCCTAGAAATTGTCAACCCGTAGTCGATAAGATTCAACAAATGCTTAAGGAGAAAACTGGGAAAAATGTAGAAGTGATGGTATACGGAGATGGTGCATTTAAAGATCCTGTAGGGAAAATTTGGGAACTTGCTGATCCTGTTGTCTCACCTGCTTATACATCTGGACTTGAAGGTACACCAAACGAGTTAAAATTAAAATATCTTGCGGATAATAATTTTGCCGACTTAAAAGGAGAAGCACTTCAAGAAGCGATTAACAACTATATTGAAAATAAAGGCGAAGATCTTGTTGGTTCCATGGAAACACAAGGAACAACGCCGAGAAAGCTGACAGACTTAATCGGGTCCTTATCTGACTTAACATCAGGTAGCGGCGACAAAGGAACACCGATTATTTACATCCAAGGCTATTTTGATAATTATACGAAATAA	MERVVGTVVRGLRCPIINEGDNIEEIVVDSVLNASKVEGFPINDKDIVTVTESVVARAQGNYASIDHIATDVHAKFGDEAIGVIFPILSRNRFAICLRGIAKGAKKIVLMLNYPSDEVGNHLVDLDMLDEKGVNPWTDVLTEEQFSDLFGHQKHTFTGIDYIDYYKSIVEEYGIECDVIFANDPKTILNYTKSVLSCDIHSRFRTKRILTAHGADKVYSLDDILKDSIDGSGYNETYGLLGSNKSTENTVKLFPRNCQPVVDKIQQMLKEKTGKNVEVMVYGDGAFKDPVGKIWELADPVVSPAYTSGLEGTPNELKLKYLADNNFADLKGEALQEAINNYIENKGEDLVGSMETQGTTPRKLTDLIGSLSDLTSGSGDKGTPIIYIQGYFDNYTK				NA	NA	NA	NA	NA
AK148_02409	144			hypothetical protein	ATGGAAGGCATTGTAAATAACAAAGCAGGTTTCCATGTAACTCTCAATGATAGATGGAGGTTTCTCTCAATTGGTACAAATAAAGGGTTTCCTGAGAGAAAAGAGGGGTGCAAAGAAAAACATGCGATGATTAAATTTGTGTGA	MEGIVNNKAGFHVTLNDRWRFLSIGTNKGFPERKEGCKEKHAMIKFV				NA	NA	NA	NA	NA
AK148_02410	471			hypothetical protein	ATGAAAGTAAAGTCATTTAAGTACCTACTTACTTCTATCTCTGTGCTCATTTTGGTTTATCATTTGATAAATATGTTTCAATTTTGGCCAGAAATTCCAGAACGTATAGCAATTCATTTCACAAAAGGGGAACCAGATAATTGGGGTTTGAAATACTTTCTACTAGTCATTCCTTTAATAGGATTATTTTCATGGTGGTTAATCGGTTTACTAACGAAGCGTCCTGAAAAATTAAATTATATTAATTTAACTGAGAAAAACCGAGAGAAACAATACACTATGGCGAAGAAAATAATGATTCTAATGCAGAATTTATTGTTTATAATCTCCATATTCGCTAATGAATCTCTTTTGAGATATGCAGCAGGAATGGAAAATAGTGTATTTAATTTCTTCTCTCTATTTTTATTAGCAGTAATTTTGATCTCTCTTTTTTTCAATCTAATTTGGGCGGCAACATTAAAAGAGTAG	MKVKSFKYLLTSISVLILVYHLINMFQFWPEIPERIAIHFTKGEPDNWGLKYFLLVIPLIGLFSWWLIGLLTKRPEKLNYINLTEKNREKQYTMAKKIMILMQNLLFIISIFANESLLRYAAGMENSVFNFFSLFLLAVILISLFFNLIWAATLKE				NA	NA	NA	NA	NA
AK148_02411	120			hypothetical protein	ATGAGTGCTTTTATTGTGAAATCTATGAATCTATATATAGTGACTATTGGAACTGAATCAATTCATCATGAAGATCGAAAAGCATCGTTTATAAAATGGACTTTCGAGAATGTAATATAA	MSAFIVKSMNLYIVTIGTESIHHEDRKASFIKWTFENVI				NA	NA	NA	NA	NA
AK148_02412	459			hypothetical protein	ATGATGATTAGACGACTTTTGTTTCTATTCCTCTTAGCTGTTCTTTTATTATCAGGTTGTAGCACAAGTGATGATTTGTCGGGAAAGACTTTCGATGTTAGTGTGAGATCCTCACCTAATAATCCTGATAAATATCACGCTATAATGACATTAGAATTTTTAGATGGAAAAGTAATCAATCATTCTATTGCCGGTGAAGAAGGGACATATGAACTAAAAGATGACAACTTTGTGATTCAGTTTGAAAATGAAAATGAGTCTTTACAAATAGAATTCACACTTAAAGAAAGTGATAAAGAATTTAGCCAGTATTCTGCAGAGATCATTGATTCAGATTTCCAAATGGAAGACGCTGAGCAAGTAAGCAAATATAAACAATTATACTTAGATTTACCTAGCTCTCATGTTGAAATTATAGAAAGACAAAAAGGTTTGATGAAAAAGTGGAACCCCCAATAG	MMIRRLLFLFLLAVLLLSGCSTSDDLSGKTFDVSVRSSPNNPDKYHAIMTLEFLDGKVINHSIAGEEGTYELKDDNFVIQFENENESLQIEFTLKESDKEFSQYSAEIIDSDFQMEDAEQVSKYKQLYLDLPSSHVEIIERQKGLMKKWNPQ				NA	NA	NA	NA	NA
AK148_02413	1914	rep		ATP-dependent DNA helicase Rep	GTGGCCATTACCATACCGGAATCAATTCGAAGCTCAGCGACTGCAGGAGAGCGTATTCTTTTTCATACGTTAAAAGAATACCTCGATGATGATTACATTGTTTATTATGAACCTGAAATTAACGGAAAAAGACCAGATTTCCTTATTATTGGGCCTTATTTGGGCTTGCTTGTTTTAGAAGTGAAAGATTATACCGTTAATACGCTACATCGTCTTACGCAAGAAGCATGGATTATTAATAGCAAAAATGACGGGGTAGTAACTGTCAAGTCGCCCTTAAAACAAGCGAAAGATTACATGTTTGCTGTGCAGAACTTACTAAGAAAAGACAAAAATTTAACACAACAAGAGGGAAAATATCAAGGAAATTTGAAGTTTCCTTGTGGGTTTGGGACTGTTTTTACACGGTTAAGTCAGAAGCAATGTATCAAAACAGACCTTTACGAAGTGATAGATCCGAACTTTCTATTAACTCGTGAAGAAATAGATCCAGACCAAGATGAATTTTCAGAAGATTTATTAATAGAAAAATTGATGAACATGTTTATTATATCTTTTCGTTTAAGGGACCCTTTATCTAGTGAAGAAATGAATGCAATTCGTTATCATCTGTTTCCAGAAGTGCGAATTAGCCGTGAGTTCAAACAAGCAGCTCCGTATCGAGACCAGTTATTGCTTTCTTTACATAATTTAGAAACAATGGATTTACATCAAGAAAAGTTAGCCAAGCAATTAGGGGATAAAAATCGTTTAATTAGAGGCGTAGCTGGTAGTGGTAAAACATTGATTTTAGCAAGCCGGGCAAGACTAATAAAGCAACAACATCCAGACTGGAATATTTTGATTCTTTGTTATAATATTTCTCTTTCACGTTCAATTGAATCGATGGTGCGTGCAAAAATGGAAGAACCGACGGATTTATTTGAAGCAACTTTAGAACCTGAGGATCGGATGCAAGGTATCACGGTAAGGAACTTCCATGAGTGGTTGAAAAAAGATTTACATATATCTGAAGCGCAACTTCCTACCATTATAGAGAAGTTAAAAAATAAGGAGACGATTCTTCCTAAGTATGAGGCGGTACTCATTGATGAGGGGCAAGATTTTGAAGCTGATTGGTTGATACTGGTTAGCCTCTTATTGAATGAAGATACGTATTCCATGTTGTTAGTGGAAGATCGTGCACAAACGATCTATCAGCGGGGGAGAAATTACTTGCAAAATACAGGGCTTGATTTTAGAGGTCGTTCTAAAATTTTGCAAATCAATTACCGTAATACATCGCAAATTATTCAGTTCGCCTGGGATTTTTATCAAACGCATGCAGCTTCAAACAAAGTTGTTACGGGTACCGTGGAAGGACAAGAAATCATTCCTCCACAAAGTACTCGACGTAAAGGTCCTGATCCCATACTTGTACGAGCCAATAGCTGGCAAGAAGAAACACGGATGGTAGCCAAGAAAATGATGGCACTCCATCAAGAAAAGAACGTTCCATATGAAGAAATGCTTGTTTTATATCGGGTAAAACGAACACATAAAATAGATATTGTGAACACGTTGAAAAGCACGTTGAAACAGCATCAAATTCCTTATACATGGGTAACAGAGAGCCAGGAATCTAAACGTACCTACAGGAAAAACGACGGTTCTGTAAAAATATCAACGTTTGATAGTAGCAAAGGACTGGATTTTCAAGCGGTGTTTATTGTAAATGCAGATAATACACCGTTTGCTTTAGAAGAAGATAAAAATAGAGAAGCAGCTTTGATGTATATAGGGATGACGCGTGCAATTGAGCATTTGATGATTTCTTATAGTGGTGAATCCGCATACACGACCTACTTTGATCATATTTTGGAAACAAGGCAAGCAACAGCGGAAAATCAATTCATGAATAAGTATGGTTCGTAA	MAITIPESIRSSATAGERILFHTLKEYLDDDYIVYYEPEINGKRPDFLIIGPYLGLLVLEVKDYTVNTLHRLTQEAWIINSKNDGVVTVKSPLKQAKDYMFAVQNLLRKDKNLTQQEGKYQGNLKFPCGFGTVFTRLSQKQCIKTDLYEVIDPNFLLTREEIDPDQDEFSEDLLIEKLMNMFIISFRLRDPLSSEEMNAIRYHLFPEVRISREFKQAAPYRDQLLLSLHNLETMDLHQEKLAKQLGDKNRLIRGVAGSGKTLILASRARLIKQQHPDWNILILCYNISLSRSIESMVRAKMEEPTDLFEATLEPEDRMQGITVRNFHEWLKKDLHISEAQLPTIIEKLKNKETILPKYEAVLIDEGQDFEADWLILVSLLLNEDTYSMLLVEDRAQTIYQRGRNYLQNTGLDFRGRSKILQINYRNTSQIIQFAWDFYQTHAASNKVVTGTVEGQEIIPPQSTRRKGPDPILVRANSWQEETRMVAKKMMALHQEKNVPYEEMLVLYRVKRTHKIDIVNTLKSTLKQHQIPYTWVTESQESKRTYRKNDGSVKISTFDSSKGLDFQAVFIVNADNTPFALEEDKNREAALMYIGMTRAIEHLMISYSGESAYTTYFDHILETRQATAENQFMNKYGS				NA	NA	NA	NA	NA
AK148_02414	171			hypothetical protein	ATGATTGTAAATATCTTCCTTGGTTTAATTATATTTGGTTATGCGGGTTGGATGATGGTTCGCCATATTAAAAAAAGCAAACAAGGAAAGTGTGCAGCTTGTCCGCTCCATAAGTCATGTAGCGGTTCTTGCTCCGAAACGGAATCAGACTCTATGACGGAGATGAAATAG	MIVNIFLGLIIFGYAGWMMVRHIKKSKQGKCAACPLHKSCSGSCSETESDSMTEMK				NA	NA	NA	NA	NA
AK148_02415	2010	feoB_3	COG0370	Fe(2+) transporter FeoB	ATGTCACAGTTTGCATTACTAGGAAACCCGAATACAGGTAAAACGTCCCTGTTTAATCATTTAACAGGTTCTTATGCATATGTAGGGAACTGGAGCGGTGTAACGATTGAAAAAAAGGTGGGAAAGCTTCGCCACCAAACAGATTTGCTTGTTGACTTGCCTGGTATATACTCTTTAAATCCGCTTTCTAAAGATGAAGAAGTGGTGACAGAATTTTTATTAACAGATGAATTTGAAAAAATATTAAATATTGTTGATGCCTCGCAACTAAAACGGAATCTACAGCTAACGATACAATTAATCGAATTTGGCAAGCCACTTATCGTAGGACTTAATATGGTAGATGTCGCGCAATCGAGAGGTATTCAAATCAATGAAAAGAAGCTAAGCGATATATTGGGTGTTCGTGTAGTTCCAATAATTGCTCGAACTGGTAAGGGCTGTGATCTTTTAACAAAGGAACTAACGAGCGATACAAGGAAAAAATCGCCGGGTACTCCTACTTTTAAAGTAGACTATGGGTTTTTAGAAGAAATCATTGAGCAAATGAGCGAGCTTTTTCCAGACGATGTGAACTTGAACAAAAGATGGATGGCTGTGCAATATTTAGAGGGTAATAAGCGTGTCATATCCTATGTATCGCAGCATATGCCCAATACAGCTTTGCTGGAACAGATAAAGCAAGAAGTGGAAGAAGAGGTAAACCGCCGATATGCTCACTCTTTAAGACAATTCATCTATCATATGCGAGACCAAAACATTATGCATCTATTGGAACAAACTACAACAGTCACCTCGGCAACGAAAACGACTACGACGGATATGATTGATCGAATTGTAACAAACAAATTTCTTGGTTTGACTATTTTCTTATTCTTTATGTATGTCGTGTTCATGTTGACGTTTGATTGGCTAGGGACACCGCTTTCGGATGTATTAGATGGCTTTATGTCTGGTCCATTAACCACTTGGACGGAGAATGGCTTGCATGCTATTGGTGCTTCTAACTTTATAAAGGACTTAGTACTAAATGGAATTATTGCTGGTGTCGGCGGAGTGCTCGTGTTTGTTCCGCAAATTTTTATTATGTTTTTCCTGATTTCTTTTTTAGAGGATTCTGGTTACATGGCTCGGGTCGCTATGGTAATGGATCGCATCATGGAATCGATTGGACTGAACGGAAAAGCTTTTATTCCAATGATCATCGGCTTCGGATGTAATGTTCCGGGAATTATGGCAGCACGTACCATCGAACAACCAAAAGAAAGGCTGTTAACCATTTTGCTAACTCCTTTAATGTCTTGCTCAGCGCGGCTCCCTGTATATGCTTTATTCGTTGGTGCCTTTTTTGTGAATCATCGAGCATTAGTGGTCTTTTCTTTATATGTGCTTGGCATTGTCGTAGCTATGGTAATGGCAAGAATATTTTCTTTTTTATTTTTACAAAAGGAAAAGAGTGTGTTCGTTATTGAATTGCCTCCGTATCGTGTACCACAGGCTTTAACGTTATGGAGAAGTACATGGGAAAAAGGGAAAGGATTTATCCGTAAAGCAGGGACGTTTATTTTTGCTGGGTCGGTTTTAATATGGGTACTAACTTACGCAGGACCGCACGGATGGAATGTGGAAATGGATGATAGTTTTCTGGCATTAATTGGTGGTGTGTTAGCACCTATTTTTGAACCATTAGGATTTGGAACATGGCAAGCAGCGGCTTCCTTACTGACAGGATTTCTAGCCAAAGAAGTCGTTGTGTCCACGATGAATATTATGTATCACGCGCCGAATACAGCGTCACTAACAGGCGTATTAAGCACGCAATATTCTGCGCTATCTGCATTAAGTTTCATGTCATTTATATTGCTGTATATCCCGTGCTTAGCGACGGTAGCTACGATTAGAAAAGAAACGGCTTCTAAAAAGTGGACCTATGTTTCCGTGATCTATTCCTTGGTTATTGCATATATCATTTCCCTTGTCATCTATCAAATTGGAGGACTATTCTTTTAA	MSQFALLGNPNTGKTSLFNHLTGSYAYVGNWSGVTIEKKVGKLRHQTDLLVDLPGIYSLNPLSKDEEVVTEFLLTDEFEKILNIVDASQLKRNLQLTIQLIEFGKPLIVGLNMVDVAQSRGIQINEKKLSDILGVRVVPIIARTGKGCDLLTKELTSDTRKKSPGTPTFKVDYGFLEEIIEQMSELFPDDVNLNKRWMAVQYLEGNKRVISYVSQHMPNTALLEQIKQEVEEEVNRRYAHSLRQFIYHMRDQNIMHLLEQTTTVTSATKTTTTDMIDRIVTNKFLGLTIFLFFMYVVFMLTFDWLGTPLSDVLDGFMSGPLTTWTENGLHAIGASNFIKDLVLNGIIAGVGGVLVFVPQIFIMFFLISFLEDSGYMARVAMVMDRIMESIGLNGKAFIPMIIGFGCNVPGIMAARTIEQPKERLLTILLTPLMSCSARLPVYALFVGAFFVNHRALVVFSLYVLGIVVAMVMARIFSFLFLQKEKSVFVIELPPYRVPQALTLWRSTWEKGKGFIRKAGTFIFAGSVLIWVLTYAGPHGWNVEMDDSFLALIGGVLAPIFEPLGFGTWQAAASLLTGFLAKEVVVSTMNIMYHAPNTASLTGVLSTQYSALSALSFMSFILLYIPCLATVATIRKETASKKWTYVSVIYSLVIAYIISLVIYQIGGLFF	PGPT0003700_2055	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_II_TRANSPORT_SYSTEM,PGPT0003700-feoB-K04759	NA	NA
AK148_02416	222			hypothetical protein	ATGAATCTCACAGATTTACAGCAAGGTAAAACAGCTGTCGTATCAGATGTTACAAAATTAAATGATATAGTAAAACAACGCTTAATTGATATGGGGCTCGTGGAAGGACAAGAGATTTGTTTGAAATGCACGATGCCGTTCGGAGGACCTGTCATGGTTGAAGTATGTGGACAATGTCTCAGTTTACGCCGCAAAGAGGCATCACGTATAGGGGTGAGCTAA	MNLTDLQQGKTAVVSDVTKLNDIVKQRLIDMGLVEGQEICLKCTMPFGGPVMVEVCGQCLSLRRKEASRIGVS	PGPT0003695_2678	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_II_TRANSPORT_SYSTEM,PGPT0003695-feoA-K04758	NA	NA
AK148_02417	3189			hypothetical protein	ATGAGTAGACAAGTGCCAAATCATTGGCTTTTAAAAACTTTATCAAATGATGAATGTAATAAAGCTATTGAAATAGCAGATCGGCAACTGGTTAGTGCTTCATTAGCAAATAGTTTTGTTTCTATAAAATCCGGTGATGGTAACGCTTTATCTGAGTCTGAAACTACTTTAATACAACATGTTCTTGACGTTTTGGAATTAGCGGTGATTGAACTACAAAATGAACAATTAACTAGTGATGAAGAAAAAAATACGTTTCACGAAATATGCCAGATTTCATTTATACTATTAAGGGCACTCCCGATGCCAGAATTGGATATTGATAAGATTAAATATATTTATAAGCTCATAACATATTCTTATCTTGGGCAGAGATGGCAAGATGGAAGAAGATTCTTAATAGAAAATGAGCAAGCTTGGTCAGTGAATGAAGATGAAATTAAATGGGATTTAAGGCTTTTTAAGAAAATATATACTGCATTTTTGTATCTTATTAGAAAGTTAAATTGGCAAGACTTACATAAAGCAAGTACTATAATTGTTGAACTTAGGGAAGAACAAAAAAGGTTTGAAAAGATTTATTTAAATGAAGTGGAACCTGAGTATCTAAAGGGTAGTGCATTTGAATTAATCGGTTTATACCATTTAGCAAAGGCTGTTGATTTAACTGCAACATTTATGATTAATGGTAAACCAATGCAAATTAGGGAACAAATAGATTTTCATTTTGATAAAGCTTTGGAATCAGCTGAAGCAAGTTCTAATTTGGAGATGAATGTAATATTAGTCTTATTAAAAAGTATGCTTCAACAAATGATATCTAACTCGATTTGGATGGTTACGCAAAGAGTTAATTCGCGTGTAAGTAAGTTTGTTGAAACAATAACGAAGTCTAATAACCCTATTTTTGAGCTTTTATATCCGCAAAGGGCTGCTATTTTAGAAAAGGGTCTTTTAGATCCTGCTCATAAGGCTGTTATTGTAGATATGCCTACTTCTAGTGGGAAAACGGCTTTAGCAGAGTTTAGAATTCTTCAAGCATTAAACCAATTTACGGATGAGAATGGATGGGTAGCTTATATTGTACCAACAAGAGCTCTTGTAAACCAAATAACTAATAGGCTAAGACGAGATCTAAACCCTATTGGAGTAAGAGTAGATAAAGTGAGTGGTTCATTAGATGTTGACTTATTTGAAAATAATTTAATAAAACAGCATTCCAATAGCTTCGATGTCTTAGTTACAACTGCTGAAAAACTAAATTTATTGATTAGAAATGGATTGGAAGAAGATCTACAGAGACCTTTAGCGCTAGCAGTTGTTGATGAAGCTCATAATTTAGAAGATGAAAATAGGGGAATGAATTATGAAATTTTAATGGCAAATATTAAAAATGATTGCCCGAGAGCAAACTTTTTATTATTAACTCCATTTATACCTAATAGTGCCGAAATCGCATCATGGTTAGATCCAGATAGTCCAAATGATATAAGTGTAGGTATTTCTTGGCAACCCAATGACCGATTGATTGGAGCAATATATCCTGAAGGAGAGAGGCGAGCGTGGAAAAATAAATATCAAACATTAATTACGGAGAGAGAAAGAATAAAGATAGAGGAAGTTATGGAAATCGGAAAAGGCACTCCTATTAATGAAACGAGGAGTAAATTAACAAAATTAAAGCTAGCTGTCGCAGCGACAAAACAACTTATAGATAGAAATGGGATTCTAGTAATATGTCAACAACCAAGATTTTGTTGGAATGTAGCTAAAGAACTATCTAATTATCTTCCAAATATTGCCCTTGATAAAGAGTTACGTTTAGTAAAAAAGTTCATTGAGGCAGAATTAGGGGAAAGCTTTGTTTTAAGTGGTTTAATCGATAAAGGTATCGGAGTTCATCATTCCGGTATACCTGATGAAATAAGATTCTTAATGGAATCTCTAATGGAAAAAGGAAAGTTAAAAGTATTAGTAGCAACAACTACCATTGCACAAGGAATTAACTTTCCAGTATCTACTGTTATCATGGCGTCTTACGCCTATCCCTATAAAAAAATGCCGACAAAAGATTTCTGGAATTTAGTTGGTCGTTCAGGTAGAGCCGATCAAGGTACACTAGGGTTAGTAGGCATTGTTATAGGGAATAATAAGAGAGAAAAAGAGAAAGAACTTACTTCATTAAAGGCATACTTACAAAAATCCACAGAAGATTTGGTATCTACTTTGGTTGAAATGGTTAATGATCTGGAAAGATTAGGAGAAGATGATGATTTAGGTAGTTTGATTTATGTTGATGCCAGATGGTCTTCTTTTTTACAATATCTTGCCCACATGTATAATCAATCAAAGGAGTTAGGCAGCTTTAATGCAAATGTGGAGCTCTTTTTAAGAAGAACCTTTGGGTTTCATTCTATTGAATCTAATAAACGTAGAGTGCTACTTCATCAGGTGCGAAAGTATGCGGAAAAGTTAGATAAAAACAAAGGGATCTCCACTTTATCTGATAGTACAGGTTTTTCACCAGAGGCTGTAAGTAGAGCAATCGGAGCTGTTAATGAATTAAATTTAACTAGCGATGCATGGAGTAACAGTAATATATTTTCTAGTAATGGTAACCTAAAAGACTTAATGGGAGTCATGTTAACAATACCTGAAATTAAAAGTAGTTTAAATGACATAAGACCTGGTGGATTTACAGATGGTAGGTTTTTATCAGATATGATAAATGATTGGGTTTCCGGTAATACGCTTGATGATATTTCTAGTAAATATTTTGGCTCTTCAAACGAAGAAATGATTACAGAATGCTGCCGCGCAGTTTATTCCAAAATTGTTAATGCCGCATCTTGGGGTATTTCGTCTTTATTAAAACTCCCAACGAACGGAATAGAATTTGATCATTTAAGTGAAGAGGAAAAGTTACAAGTTAAAAACTTACCTGCCATGATATATTATGGTGTAAATTCAAGTGAAGCTGTATTAATGCGATCTACGAATGTGCCAAGAAGTATAGCAACAGATATGGGGAGAATGTATATGGAAACGAACAAATTAACGGAGGCTTCATCTACAAGTGCAACTAACTGGATAGCTAGCCTTGCAGATCAAGAATGGGATAAAGTTTCTAAAGGTAAGAAACTCACGGGACAAGAATACAAGGATATTTGGCAGATCTTAAATGGTTAA	MSRQVPNHWLLKTLSNDECNKAIEIADRQLVSASLANSFVSIKSGDGNALSESETTLIQHVLDVLELAVIELQNEQLTSDEEKNTFHEICQISFILLRALPMPELDIDKIKYIYKLITYSYLGQRWQDGRRFLIENEQAWSVNEDEIKWDLRLFKKIYTAFLYLIRKLNWQDLHKASTIIVELREEQKRFEKIYLNEVEPEYLKGSAFELIGLYHLAKAVDLTATFMINGKPMQIREQIDFHFDKALESAEASSNLEMNVILVLLKSMLQQMISNSIWMVTQRVNSRVSKFVETITKSNNPIFELLYPQRAAILEKGLLDPAHKAVIVDMPTSSGKTALAEFRILQALNQFTDENGWVAYIVPTRALVNQITNRLRRDLNPIGVRVDKVSGSLDVDLFENNLIKQHSNSFDVLVTTAEKLNLLIRNGLEEDLQRPLALAVVDEAHNLEDENRGMNYEILMANIKNDCPRANFLLLTPFIPNSAEIASWLDPDSPNDISVGISWQPNDRLIGAIYPEGERRAWKNKYQTLITERERIKIEEVMEIGKGTPINETRSKLTKLKLAVAATKQLIDRNGILVICQQPRFCWNVAKELSNYLPNIALDKELRLVKKFIEAELGESFVLSGLIDKGIGVHHSGIPDEIRFLMESLMEKGKLKVLVATTTIAQGINFPVSTVIMASYAYPYKKMPTKDFWNLVGRSGRADQGTLGLVGIVIGNNKREKEKELTSLKAYLQKSTEDLVSTLVEMVNDLERLGEDDDLGSLIYVDARWSSFLQYLAHMYNQSKELGSFNANVELFLRRTFGFHSIESNKRRVLLHQVRKYAEKLDKNKGISTLSDSTGFSPEAVSRAIGAVNELNLTSDAWSNSNIFSSNGNLKDLMGVMLTIPEIKSSLNDIRPGGFTDGRFLSDMINDWVSGNTLDDISSKYFGSSNEEMITECCRAVYSKIVNAASWGISSLLKLPTNGIEFDHLSEEEKLQVKNLPAMIYYGVNSSEAVLMRSTNVPRSIATDMGRMYMETNKLTEASSTSATNWIASLADQEWDKVSKGKKLTGQEYKDIWQILNG				NA	NA	NA	NA	NA
AK148_02418	801			hypothetical protein	ATGGACGAATATATGCAAGAAGTATATTATAAACCTTTTGGTGAAATAAATGTAACATATCGAGGGTTACTGTTCTTTGAAGGGAAGTTTCAGGAATATATTGCAACCAGAGTTAAACATAAATTTGCTGATACGGACTGGGTGAAAGGATTGGCAGAAGAAGCTGAAAAGGGCCTAATGGACACTGGGTTTACCGCAGAGAATTTGATAGATATTTTTACAAGTAGAGAAGTTGAAAATAACTGGCGAATAGGAGAATACTTAGCAGAAAGTGTACTCGAAGATCGACGCGGTGCAAAATTTTATTATAATCACTCTAGAGATGCTAAAAATCCAATGGGAAATGATACTGGGGCGGATCTTGTTGGTATTTGTGATGTAGATGGGGAAACTGTTTTTTTATTTGGTGAAGTGAAAACATCTAGTGATAAAAGAAGACCACCGAACGTAGTATATGGTAAGACTGGGATGATTTATCAATTAGAAACGTTAAGGGATAAAGAAGAAAAAAGAAATGATTTAGTTAAATGGATTTGGGGAAAAGCAACCATGATAAAAGGTGAATTTAAACAACGGTGTATTGCAGCTCTACATAATTATCACCAAAGTAAAAGAGAGAAAGTAAAATTAGTTGGCGTATTGGTAAGAGATACGGAGGTATCCGAGAAAGATTTACAGACTAGGGCTAAGACTATTAATAAAAATATACCGAATGAAATGGATATAGAATTGATTGGTATTTATAGTGGGTATAAAATGGATAATAATAATTGGATAAATGCGTTAAATCGGAGTGATTAA	MDEYMQEVYYKPFGEINVTYRGLLFFEGKFQEYIATRVKHKFADTDWVKGLAEEAEKGLMDTGFTAENLIDIFTSREVENNWRIGEYLAESVLEDRRGAKFYYNHSRDAKNPMGNDTGADLVGICDVDGETVFLFGEVKTSSDKRRPPNVVYGKTGMIYQLETLRDKEEKRNDLVKWIWGKATMIKGEFKQRCIAALHNYHQSKREKVKLVGVLVRDTEVSEKDLQTRAKTINKNIPNEMDIELIGIYSGYKMDNNNWINALNRSD				NA	NA	NA	NA	NA
AK148_02419	3342			hypothetical protein	ATGTCCAACTTTGCTTTTTTAGAAAACGAAAAACAATTCAAAGATTTTTCAGCGGCTTGCTTAGAGGCGGAGAAGAGCCTCCAAGTTAGCCCTGCTACGTGTGCGATTTTAAGTCGTCGTGCGTTGGAGCTAGCGGTGAAATGGTTATATAAATCAGATGAAGAATTGCAAATGCCTTATCAAGATAATTTATCTAGTTTAATTCATGCGCGCTCATTTCGAGATATAATTGATCAAGATTTATTTCCTTTGCTGAAATATATTGTCAAGCTAGGGAATGTGGCGGTACATACGAATTCTAAAATAACGCGGGAAGAAGCAATTACCTCCCTTCGTAACCTATATCAATTTATTGATTGGGTGAGTTATTGTTACTCCTTGAAGCATCAAGACAAAGCATTTGATGAAGCGGTTCTTTATATTGGAAATGAACCACGGAAACGGCCGGAAGAGTATCAAGATTTATACGATAAATTAAGCTCCAAAGATCAAAAGTTGGAAGAAATGATCCAACAAAATTTAGCCTTGCGTAAAGAATTAACAGAAAAACGAAAAGCGAACACAGAAAACTATGATTATCAAGTCGATCAACTATCCGAGCATAAAACGCGTAAACTATTTATCGACGTAGAATTAAAGCTTGCAGGCTGGGAATTTGGTAAAGACGTGATTGAAGAATACTCTGTGACAGGGATGCCAAATACATCTCAAGAAGGATTTGTCGATTACGCTTTATTAGGTGATAACGGGAAACCAATTGCTGTTGTGGAAGCGAAAAAAACGTCGGTAGATTTATATCAAGGGAAACAACAAGCGAAATTATATGCCGACTGTGTTGAAAACATGCACGGACAACGACCAATTATATTCTTTACGAATGGATTTGATACACGTTTATGGGATGACACAGAATACCCTGAACGTAAAGTGTCTGGCTTTTATACAAAAGAAGATCTAGAGGTGTTAATTTCTAGAAGAATGTTAAAAAAGCCTTTAGATAATATAGAAATCAACGATACGATTACGAATCGAGCGTATCAAAAAGAGGCAATTACGAATGTCGTAGAAGCGATTAATAATAAAGAACGAGAAGCGTTACTGGTAATGGCAACCGGATCAGGGAAAACACGGACAGCGATTTCGATTGTGGATGTACTCGTTCGTCATAATTGGGTAAAAAATATTCTGTTCTTAGCTGACCGGACTGCTCTGGTGAAGCAGGCGAAAAATGCTTTTAATGAGTTATTACCTTCCCTAAGTCTATGTAATTTGCTAGATAATAAAGAAGATCCGGAGTTGTGCCGGATGGTGTTCTCTACATATCCGACCATGATGAATGCGATTGATGAACGAAAACGAAGAGATGGTAACCGACTGTTCACAGTTGGTCATTTTGATCTGATCATCATTGATGAAAGCCATCGCAGTATCTATCGAAAATATAAAGCAATCTTCGACTATTTTGACAGTCTGTTAATTGGTTTAACGGCGACACCGAAAGATGAAATCGATAAGAATACATACGATATATTCGGTTTAGAAACAGGTAACCCTACCTATGCCTACGAATTAAAACAAGCGGTTGAAGATGGTTACCTTGTTGATTACTATTCTATTGAAGTCTCATCGAAAATGATGGATGATGGTTTGCGTTATGACGATCTATCAGAAGAAGAAAAAGAAGCATTTGAGGAAACATTTGATGATGAAGTAGGCGACATTATTACGAGTGATGCTATTAATAAATGGTTGTTTAATAATCAAACCGTTGATCATGTACTCACTGACTTGATGGAAAAAGGAGTTAAAGTAGAAGGTGGAGATCGAATAGGAAAAACGATCATCTTTGCTAAAAATGCCAAACATGCGAAACATATCGTGGAAAGGTTTAACAGGCTTTATCCGCAATATAGTGGCAGTTACTGTAAACAAATCGATTACAGTGTGAATTATGTAGATACGTTAATTGATGATTTTGCTACCAAAGATAAGCCACCATATATTGCTGTATCTGTTGATATGTTGGACACAGGCATCGATATACCCGAAATAGTTAATCTAGTCTTTTTCAAAAAAGTACGCTCCAAGTCTAAGTTTTGGCAAATGATTGGTCGGGGAACTCGGTTGTGTCCAGATTTGTTTGGTCCAGGAAAAGATAAGGAATACTTTATCATCTTTGATTACTTACGCAATTTTGAGTTTTTCCGTGAAAATGCAAAGGGAGTGGAAGGTTCCGTTGTTGTTAGTCTAACGCAACGATTATTTGAGACGAAGCTTGATATAGTAAGACATTTACAACATATGGACTTCCAAGAAGAACCGTATATGACGTTTCGCCAAGCATTAGTAGAAGAACTTCAAAAAGAAATTGCTTTGTTAAATGAAGAGCATTTTCAAGTACGCATGCAGCTTCGATATATACATCAATTTAAAAATAAAGCGAATTGGGATTCGTTAACTGTGCAAAATGTAAACGATATAAAAGAACATATCGCACCACTCATTTTAGCAAATGAGGAGGAAGAAATGGCGAAGCGCTTTGATTTAGTCATGTATATGATTATGTTGGCGTATGTTACTGCAAGCCCAGCAACGAAACCCATTAACCGAGTTATAAATACAGCAGAAAGATTAAGTGAGTTAGGTACAATTCCACAAATTAAAGAAAATCGAGAAACGTTACAACAAGTACAGTCGGATGAATTTTGGCAAGAAGCAAATATGGTGGATTTGGATGAAGTACGACTAATTATGAGAGATTTAGTAAAATTCTTAGAAAAAGAACATCGTAAAGATTACTATACGAATTTCACAGATGAATTTCAAATCATAGCAGAAGGAAAAGGTAATTTTTACAGTACGAATAATTTACAAAACTATCGTAAAAAAGTGAGCCAATATTTAAAAGAACATCAAGATCAAATGGCTATTTATAAATTACATCATAATAAACCACTTACGAAGCAAGATGTCGAGCAGTTAGAGCATATTTTATGGAAAGAGCTAGGTACCAAAGAAGATTATGAAAAAGAGTTTGGCGAGACACCAATTACTAAATTAGTTCGTCAGACAGTTGGGCTCAATCGCCGTTCAGCTTTAGAAGCTTTTTCATCCTTTTTATCAGAAGAGAGATTGAATAGCAACCAAATAAAATTTGTTCATCAAATTATTGACTATATTGTTGCTAATGGTTATCTGGAGAAGAAAGTGTTACGAGAAGATCCATTTCGATCGCTTGGTAGTATTACAGAAATTTTTGAAGATAAAATGGAAGATGCGAAAGGAATCATTAACGTGATCGATAGCATTAATGCAAATAGTAACTTTACGGAAGGTGCTTAG	MSNFAFLENEKQFKDFSAACLEAEKSLQVSPATCAILSRRALELAVKWLYKSDEELQMPYQDNLSSLIHARSFRDIIDQDLFPLLKYIVKLGNVAVHTNSKITREEAITSLRNLYQFIDWVSYCYSLKHQDKAFDEAVLYIGNEPRKRPEEYQDLYDKLSSKDQKLEEMIQQNLALRKELTEKRKANTENYDYQVDQLSEHKTRKLFIDVELKLAGWEFGKDVIEEYSVTGMPNTSQEGFVDYALLGDNGKPIAVVEAKKTSVDLYQGKQQAKLYADCVENMHGQRPIIFFTNGFDTRLWDDTEYPERKVSGFYTKEDLEVLISRRMLKKPLDNIEINDTITNRAYQKEAITNVVEAINNKEREALLVMATGSGKTRTAISIVDVLVRHNWVKNILFLADRTALVKQAKNAFNELLPSLSLCNLLDNKEDPELCRMVFSTYPTMMNAIDERKRRDGNRLFTVGHFDLIIIDESHRSIYRKYKAIFDYFDSLLIGLTATPKDEIDKNTYDIFGLETGNPTYAYELKQAVEDGYLVDYYSIEVSSKMMDDGLRYDDLSEEEKEAFEETFDDEVGDIITSDAINKWLFNNQTVDHVLTDLMEKGVKVEGGDRIGKTIIFAKNAKHAKHIVERFNRLYPQYSGSYCKQIDYSVNYVDTLIDDFATKDKPPYIAVSVDMLDTGIDIPEIVNLVFFKKVRSKSKFWQMIGRGTRLCPDLFGPGKDKEYFIIFDYLRNFEFFRENAKGVEGSVVVSLTQRLFETKLDIVRHLQHMDFQEEPYMTFRQALVEELQKEIALLNEEHFQVRMQLRYIHQFKNKANWDSLTVQNVNDIKEHIAPLILANEEEEMAKRFDLVMYMIMLAYVTASPATKPINRVINTAERLSELGTIPQIKENRETLQQVQSDEFWQEANMVDLDEVRLIMRDLVKFLEKEHRKDYYTNFTDEFQIIAEGKGNFYSTNNLQNYRKKVSQYLKEHQDQMAIYKLHHNKPLTKQDVEQLEHILWKELGTKEDYEKEFGETPITKLVRQTVGLNRRSALEAFSSFLSEERLNSNQIKFVHQIIDYIVANGYLEKKVLREDPFRSLGSITEIFEDKMEDAKGIINVIDSINANSNFTEGA	PGPT0027170_496	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_I_R-M_SYSTEM,PGPT0027170-hsdR-K01153	NA	NA
AK148_02420	1209			hypothetical protein	ATGTTTAAGAAAGTATTACTGAGCGAGCTAATCACAGGTTTTGAGAGTGGGAGTCGTCCAAAGGGTAATTCTGATGATATTCCTAGTTTAGGTGGTCAACACATCAACTCTGATGGTTCTTTAAATTTAAATAATATGAGATTTATATCATACGAAAACTATAAAAAAATGAAAAAAGGAAAAATAAGGATGGATGACATTCTTGTTGTTAAAGATGGTGCTACTACAGGAAAAGTTGCGTTTATAAATTCCGAATTTCCATATGAAAAAGCAGTAGTAAATGAACACTTGTTTCGCATTCAAATTGATTCAAAAAAGGTACTTCCAAAGTATGTTTTTCTCTTTTTAAACTCTAAACTTGGCAAAAAAGAACTTCTTAAGGATTTTAGAGGTGCAACAGTAGGTGGAATATCTAGAAACTTTGTAAACTTAGTTAACATTCCGTTTACTCAACAAAAAAAGAAGCAAAATCAAATCGTTCAAATTCTTGATAAGACAAATAAAATTATAAAATTAAGACAACAACAAATCACAGCATTATCAAACTTGGCTGATTCTATTTTTATAGATATGTTTGGTTCACCAAATTTAAATCAGCACAATTACCCAACATTACAATTATCAAAAGCGGGTGTATTACAAAGAGGCAAATCTAAACATAGACCAAGAAACGCACCTGAACTTTTGGGAGGATCTTATCCCCTTATTCAAACTGGAGATATAAAAAGAAATACTCTGTATATAAGGGAATATAAACAGACGTATTCAGAGCTAGGGCTACAGCAAAGTAAATTGTGGCCAAAAGGTACGTTATGTATTACTATAGCAGCAAATATTGCACATACAGGTATACTCACTTTTGATGCTTGTTTTCCAGATAGTATAGTGGCTTTTAAACCAAACGCTCAAATAAGCCCAGTTTTTGTACACTATTGGTTTTCCTTTTTACAAAGTATAATTGAAGCAAATGCACCTGAATCAGCTCAAAAAAACATTAACCTAAAAATACTTAGTGAATTAGATATTATTATTCCGCCATTTGAAAAACAAAAAGAATTTGAACAAAAAGTTGATATGATTGAGCAAAACAAAATTAAAATGTTAAATAGTCTAAAACACTATGAAAATCTCTACAACTCGCTCATGCAAAAAGCGTTCAAAGGGGAACTATTCCAAGACGAAGACACCAACTGTAGAGGAGGTGATTGA	MFKKVLLSELITGFESGSRPKGNSDDIPSLGGQHINSDGSLNLNNMRFISYENYKKMKKGKIRMDDILVVKDGATTGKVAFINSEFPYEKAVVNEHLFRIQIDSKKVLPKYVFLFLNSKLGKKELLKDFRGATVGGISRNFVNLVNIPFTQQKKKQNQIVQILDKTNKIIKLRQQQITALSNLADSIFIDMFGSPNLNQHNYPTLQLSKAGVLQRGKSKHRPRNAPELLGGSYPLIQTGDIKRNTLYIREYKQTYSELGLQQSKLWPKGTLCITIAANIAHTGILTFDACFPDSIVAFKPNAQISPVFVHYWFSFLQSIIEANAPESAQKNINLKILSELDIIIPPFEKQKEFEQKVDMIEQNKIKMLNSLKHYENLYNSLMQKAFKGELFQDEDTNCRGGD	PGPT0027175_4033	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_I_R-M_SYSTEM,PGPT0027175-hsdS-K01154	NA	NA
AK148_02421	1482			hypothetical protein	ATGATTACAGGAGAACTTCGCAACAAAGTCGATAAAATATGGGAAACATTTTGGACAGGTGGTATTACGAACCCATTAACCGTTATCGAACAATTTACATATTTACTTTATATAAAAGGTCTGGATGACCGTGAAATGAAACGAGAGAAGGATAATGAATTTCTAGGCATAGAAGAAGAAGGTATCTTTCCAAAAGACAAGCCACAGTTACGCTGGTCTCATTTTTCTAATATGGGGTCAGAAGAAATGTATCAAGTGGTATCACAGGAAGTATTTCCTTTTATTAAAAATATGGGCGGCAAGAATTCAGCCTACGCAAAGTATTTAAAGGATGCTGTTTTTGTTATTCCAACAGCTTCGTTGTTATCTAGAGTCGTTGCTGGAATTAATGCACTACCTGATAATACATCAAGTAAAGAGCAGAAAGATACACTTGGTGATTTATATGAGTATTTACTTTCAAAGTTAAGTACTTCTGGGACAAATGGTCAGTTCCGTACGCCTCGCCATATTATTGATATGATTGTAAGGTTGATGAAGCCAACACCTGAAGACATTATTGTTGATCCAGCAGCAGGTTCAGCTGGTTTTCTCGTCTCTGCAAGTCAATATTTACGAGAAAATTATAATGATATGTTCTATGTACAAGGGTTGCGTGAGCATTTTAATAAGCATATGTTCCACGGCTTTGAAATAGACAATACAATGCTTCGGATAGGTGCTATGAATATGATGTTGCACGAAGTCGATCATCCGAATATTAGCTATCGTGATAGTCTTTCGGAGCAAAATAAAGATCGTGAAAAGTACACGATGGTTTTAGCTAATCCCCCATTTAAAGGTTCGTTAGACTATGATTCAGTATCTGATGACCTATTGCGGATAACGAAAACGAAAAAGACAGAGATTTTATTTTTAAGTTTGTTTTTACAGCTGTTAAAAAAAGGCGGTCGAGCAGCAGCCATTGTACCAGATGGTATTTTATTCGGAAGCTCGAATGCGCATAAAGCAATCCGAAAAGAAATCATTGATAATCATAAGTTAGAAGCTGTTATTAAAATGCCTAGTGGTGTATTCAAACCGTACGCTGGCGTTTCTACTGCCGTGCTTATCTTTACGAAAACAGGAGCAGGTGGAACAAACAAGGTTTGGTTTTATGATATACAAGCAGATGGCTATTCATTGGATGATAAACGTGCACCGATAGAAGAAAATGATATTCCGGATCTTGTACAACGATTTGAAAATTTGGATAAAGAAGCCGAAAGAAAAAGAACAGACCAATCTTTTTTCGTACCAGCAGACGAAATTCGGGAAAATGAATATGACTTATCGATTAATAAGTATAAAGAGATTGAATATGAAGAAGTAGAATATGAAGAGCCGGAAGAGATATTGAACAAATTAGTTAATGTTGAAAATAAGATTCAAAATGAAATTAAGGAATTGAATAATTTAATTAGAGGTAATAAAAATGTTTAA	MITGELRNKVDKIWETFWTGGITNPLTVIEQFTYLLYIKGLDDREMKREKDNEFLGIEEEGIFPKDKPQLRWSHFSNMGSEEMYQVVSQEVFPFIKNMGGKNSAYAKYLKDAVFVIPTASLLSRVVAGINALPDNTSSKEQKDTLGDLYEYLLSKLSTSGTNGQFRTPRHIIDMIVRLMKPTPEDIIVDPAAGSAGFLVSASQYLRENYNDMFYVQGLREHFNKHMFHGFEIDNTMLRIGAMNMMLHEVDHPNISYRDSLSEQNKDREKYTMVLANPPFKGSLDYDSVSDDLLRITKTKKTEILFLSLFLQLLKKGGRAAAIVPDGILFGSSNAHKAIRKEIIDNHKLEAVIKMPSGVFKPYAGVSTAVLIFTKTGAGGTNKVWFYDIQADGYSLDDKRAPIEENDIPDLVQRFENLDKEAERKRTDQSFFVPADEIRENEYDLSINKYKEIEYEEVEYEEPEEILNKLVNVENKIQNEIKELNNLIRGNKNV	PGPT0027180_5300	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_I_R-M_SYSTEM,PGPT0027180-hsdM-K03427	NA	NA
AK148_02422	672			hypothetical protein	ATGAATAAGCAAGTTAGAAAATCATTGGCTAATGTTATTTCAGTACTCTTCTTAATGATAAGCTTATATCTGTATTGGAATGTTTTTCATGGTACAAATATGTATAGCTTTCTGGGAATATTAATCGCCACCCCTATCATTAATGGAATCATGTATAAAGTACTGCCGGTAAAAGGGAAGGGCAAAAAACGGGTAAGTTCTCCGCGTAAAAATAATTCCAAAGGGCATAAAAGCAAAAAAGTCTTTCATCAGTTAAGAAGCGATAAGGAAATAATAGAATCTCCATTAGAAGAACTTTCTTGGCGAGAGTTTGAACGAATTTGTTATTTATATTTTAAGGCACGAGGATATAAGCCAAGGCAAACAGCTAATGGAGCAGATGGTGGCGTTGATTTAATTATTTACAATCGTCACCATCAAGCTAATGAAGCAGTTCAAATCAAACATTATTTATTATCTAAAAATCAAATTACTGTAAGGGAAATTAGAGAACTTAACTCAGCAAAGAGGAATTATAATTGTGTATTGGCAAGATTTATTACTAGCTCTGGTTATACTCGTCAGGCGTTAATGGAAGCAGATAAATATAAAATTCGATGCGATCATATTGATTGGGTGAGAAGTCGAATAGAAAAATGGCGGAAATCAGAGTTAGCAAAGAATTCTAGTTAA	MNKQVRKSLANVISVLFLMISLYLYWNVFHGTNMYSFLGILIATPIINGIMYKVLPVKGKGKKRVSSPRKNNSKGHKSKKVFHQLRSDKEIIESPLEELSWREFERICYLYFKARGYKPRQTANGADGGVDLIIYNRHHQANEAVQIKHYLLSKNQITVREIRELNSAKRNYNCVLARFITSSGYTRQALMEADKYKIRCDHIDWVRSRIEKWRKSELAKNSS	PGPT0027250_1664	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_IV_R-M_SYSTEM,PGPT0027250-mrr-K07448	NA	NA
AK148_02423	498			hypothetical protein	TTGCCTGCGGATGCTCGTGTATTTGCATTTTTAAGTTGTTTTCCTAAGAAGAGTGGAGTGTGTTTTACCCATAAGGGGGTTTACTGGAGACTAATTGGTTGTGGGAAAGGGATCTTTTCATGGGAACAATTAAATAATACGACCGATGGAGTACTTTACTTAGATTACAAGAAGACTTTGGATATAACGGGGACTTCTTATCCGCATGAAATGTTAGAAGAAATAAAGACAGCCTCGCTTAAAAAAGTTGAAAGCGATAAAGAGGGAAGTGGATCTTTTTCTGTAAATATTGATAATATAAAAGCCGTTTGTAAGGTATTTAGTAACTATGAAGGTTGTTCAATTTGCGAAAAAATGAGCTTTAGTTTATTGATGGAGGAGAATATTTCAGAAAAACTAAAAACATCGTTAATGAAAAAGAATAACATAAAGAAACAGGATTCTATTTTGGCTTATCTCAATACATATTTAGGAGTAGGGCAGATGGAGTACTTATAA	MPADARVFAFLSCFPKKSGVCFTHKGVYWRLIGCGKGIFSWEQLNNTTDGVLYLDYKKTLDITGTSYPHEMLEEIKTASLKKVESDKEGSGSFSVNIDNIKAVCKVFSNYEGCSICEKMSFSLLMEENISEKLKTSLMKKNNIKKQDSILAYLNTYLGVGQMEYL				NA	NA	NA	NA	NA
AK148_02424	732	lmrA	COG1132	Multidrug resistance ABC transporter ATP-binding and permease protein	GTGCAGTTGGAATTTAAGAATGTAAGCTTTGCGTATGAAAAAGGGAAAAAAATATTAAACGATGTATCTTTTTCTTTAGAAACTGGAAAAATAACTGCCTTAATAGGGCCGAGCGGTTCAGGTAAATCAACTATTTTTAATTTAATAGAACGCTTTTATCAACCTAATAGTGGAGACATTACGTTAAATAACGTTTCTTACCAGGATATGAATGTACATGATTGGAGAAAAGTTTTTAGTTATGTTCCACAAGATTTTCCCTTATTCTATGGGACGATAAGAGATAATTTGACTTATGGATTGAAGCAACATATCGCTATAGAGGAATTAATTGAAGTGACAAAGAAAGCAAACGCCCATAATTTTATTATGAGTTTTCCTAATGGGTATGAGACCCATGTTGGGGAATTTGGTAATTATTTATCAGGTGGACAAAAACAAAGAATAGCGATTGCTAGAGCATTGTTGCGAAAAAGTAAATTCATTTTATTAGATGAGGTTACAGCAAATTTAGATAGTGAATCTGAATATTTATTGCATAATACCTTTTATACATTGTCTAAGAAGGAGAATATAGGATTATTTATGATTGCACATAGACTATCAACTATAAAAGATGCAGATCAAATACTAGTTTTAGAAGATGGAGTCTTAACTGCTTCTGGAATTCATAACGATTTATATAAAACAAATCGTTATTATCAGAAAGCACTAGATAGCAGCAATAGATAA	MQLEFKNVSFAYEKGKKILNDVSFSLETGKITALIGPSGSGKSTIFNLIERFYQPNSGDITLNNVSYQDMNVHDWRKVFSYVPQDFPLFYGTIRDNLTYGLKQHIAIEELIEVTKKANAHNFIMSFPNGYETHVGEFGNYLSGGQKQRIAIARALLRKSKFILLDEVTANLDSESEYLLHNTFYTLSKKENIGLFMIAHRLSTIKDADQILVLEDGVLTASGIHNDLYKTNRYYQKALDSSNR	PGPT0028965_271	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_AbcA,PGPT0028965-abcA|bmrA-K18104	NA	NA
AK148_02425	972	bmrA_2	COG1132	Multidrug resistance ABC transporter ATP-binding/permease protein BmrA	ATGCGGAGATTATTTGTAGGAGGAGTTAAAATAAATAGTAAAAACACATCTTCGTTTGCCTTTATTTGGGGAATTTCCAATGTTTCAAAGAAAATTTTAATTATACCATTTCTTTTAACTGTTATTGGTAGCATATTTAGTTTAATAACACCATTATTAGTTATACAAATTATGAATAGGTTAAATAAATATATTGATTATAATCTTATTATAATAGCAATTATAGTATTAAGTTTAAGTGCAGTATTTTCTTCAGTTTCGAATTTTTTATTATCTAGAGTAGCTGAGAAAATTGTTTTAAATGTACGAAAAAAATTATGGAATAAAATTTTGCGTTTGCCTTTAGATTTTTACCAGCAAAAACGGTCAGGTGAATTAGTCAGTAGGTTAACGAATGATACGGAAGAGATTGTAGATGTTATGACTCATGAATTAATGGATCTTTTCGAGGCTGTTATAACATTAATCATTTCTGTTGTGATTTTGTTTTATCTAGATGTGTACTTAACGTTCATTATCCTTGTTCTTGTTCCGTTTTCATATTTCATTATTTACCCTTTAGGTAAAAAATTCTTTAACATATCTTATAAAGAACAAGAAAAACTAGCGGATTTAACGTCTTTTTCTTCTGGAGTTTTAAAAGATATTAAACTAGTAAAAGCATCTAATGCAGAAGAAATTGAAAGGATTAGAGGAGAAAAGGAATTTAATTACTTATATAAGTTAGGTATTAAATACTCTATCTTGAACTCTATTGTCACACCGCTGTTAAGTTTATTTTCATTTGTTATCTTAATAGCTATCGTCGGTTTGGGGGCATGGAGAGTAAGTAGCGGAATTATAACGATAGGGGAACTAATGGCATTTATCATTTATTTAACGCAAGTAGTAGCCCCTTTTTTTCCGCGAACATTTTTATTACTAATTATCAAGAAGCGAAAGGGTCAATTAAAAGAATTACAGAGGTTTTAA	MRRLFVGGVKINSKNTSSFAFIWGISNVSKKILIIPFLLTVIGSIFSLITPLLVIQIMNRLNKYIDYNLIIIAIIVLSLSAVFSSVSNFLLSRVAEKIVLNVRKKLWNKILRLPLDFYQQKRSGELVSRLTNDTEEIVDVMTHELMDLFEAVITLIISVVILFYLDVYLTFIILVLVPFSYFIIYPLGKKFFNISYKEQEKLADLTSFSSGVLKDIKLVKASNAEEIERIRGEKEFNYLYKLGIKYSILNSIVTPLLSLFSFVILIAIVGLGAWRVSSGIITIGELMAFIIYLTQVVAPFFPRTFLLLIIKKRKGQLKELQRF	PGPT0028965_271	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_AbcA,PGPT0028965-abcA|bmrA-K18104	NA	NA
AK148_02426	444			hypothetical protein	ATGAGTGACGAAGAATTTGTAAGAGTATATGAAGATATCTATAACAGTTCTGAATTTCTAAGACTTGAAGAGAAATATAATAAAGAATACGCTAATTATGAGAAAGAACAAGAAGCTGGAATCATTATGCCTACAATAGCTCCAATCCTCGTTCCAATTGCCGCAGCAGCTGGTAGATTTGCTATACAAGCAGCCGCTAAACACGGAACTAAAGTAGCTTCTAAATATTTTAAAAATAAACTTAAAAGGGTCGGAAAACATTATAAGTTACATTGGAACTCAAAAAACAGATACGGAAAAATCACATCACTACTCAAAATTCAGCATAAACGATCCAAACAAATCGCATTTAGAGTTGATAATGGAGTAATCCCCTTAAAACCGGGCTCTTCAAAATGGTATTGGCATTATCACATTGCTAGTGGTAAAAATGGCATGGGGTAA	MSDEEFVRVYEDIYNSSEFLRLEEKYNKEYANYEKEQEAGIIMPTIAPILVPIAAAAGRFAIQAAAKHGTKVASKYFKNKLKRVGKHYKLHWNSKNRYGKITSLLKIQHKRSKQIAFRVDNGVIPLKPGSSKWYWHYHIASGKNGMG				NA	NA	NA	NA	NA
AK148_02427	351			hypothetical protein	ATGTCATCTGATACGCGTTATTTACATGTTTACGCTCAACACTCCTACCATCAGGAATCTTTAATAGTTGGTAATAGAGAAGGATTATTGGAGCTTAGAAGATTAATTGATAAGGCTCTTGTTCAAGGTACCTCTGCTAGCGGAATGTTTTTCCCTTCGGATGATGAGGGGTATGAAGTGTATGTTGGAATGGTAAATGATGAAAAGTTGTTTCGATCTTTTGAAATGCCCTATACAGAACAATTTGGCAAAAATAATGATCATAGTATGTTTCTTAATTTGAACAATGATCCTAATGCACCTTACGATGTGTTTAAAATTTTCCAAAACACAGAAAAAGAGGAAGAGTGA	MSSDTRYLHVYAQHSYHQESLIVGNREGLLELRRLIDKALVQGTSASGMFFPSDDEGYEVYVGMVNDEKLFRSFEMPYTEQFGKNNDHSMFLNLNNDPNAPYDVFKIFQNTEKEEE				NA	NA	NA	NA	NA
AK148_02428	267			hypothetical protein	TTGGTGAGAAGGTTACAATGCATTAGCAAAAACAAAATTCTATATACTGCATTTGCCGAATTACATCTTAAATATGTATTTGCAGGAGCAAAGTTATCAAATATCCGTTCTCAAAAATCCCAAGAAAAGCTCCCCTATGTCAGAATCGGGGTACGAGCACAATTTCCAGATGAACATAAAAAGTTAGAATCACAAGTAAATGAGCCGTGTGTTTTGAATGTAATAGAGAAAGGAACATTTTTAAAGTGGTATTTAGAAAGTAAATAA	MVRRLQCISKNKILYTAFAELHLKYVFAGAKLSNIRSQKSQEKLPYVRIGVRAQFPDEHKKLESQVNEPCVLNVIEKGTFLKWYLESK				NA	NA	NA	NA	NA
AK148_02429	789	COQ3_2		Ubiquinone biosynthesis O-methyltransferase, mitochondrial	ATGAGTGAATGGAAGAAACTGCTAAGAGATTCGCAATCAAGATGGGATGAAAATGCTGAATACTGGGATGACTATATGGGTGAGGAAAGTAATCAATTTCACCGTGAGTTGATTAGGCCAAGTACGGAAAAATTATTACAGGTTGCAGGAAATGAAACTATATTAGACGTAGCTTGCGGTAATGGAAATTTCTCTAGAAGATTAGCCGAATTAGGTGCGCAAGTCGTAGCCTTTGATTATAGTCCGAAGATGATTGAAAGGGCAAAATTAAGGTCTAAAGAATATATAAATCAAATCGAATACAAAGTAATGGATGCAACAGACTATGATCCTCTCATTCAGCTAGGGTATGCAAAGTTTGATAGTGCTGTTGCTAATATGGCTTTCATGGATATTGCTGATGTCACTCCTTTAATCAAAGCGGTTCATGAAATCTTAAAACCAAATGGAGCTTTTGTCTTTTCCATTACACATCCTTGCTTTCAAACACCAGGGATGAGAAAAGTCCATGAAACTGAGGATATAGATGGAGAAATTATACATAGGAATAGCATACAAATTTCAAAGTATTTAACCCCAGAACCGTATAAAGCTGTGGGGATAAAAGGACAACCTGTGCCACATTTTATGTTTCACAGATCGTTATCTTATTACTTTGGGTTATTTTTTCAAACAGGCTTCGTACTAGATGGGATGGAAGAGCCTAGCTTCAGCCATGTAAAAGAAAATAATACATTGGATTGGTATGAGATTCCTCCTGTAATCGTTTTGCGTTTTAGAAAAATATAA	MSEWKKLLRDSQSRWDENAEYWDDYMGEESNQFHRELIRPSTEKLLQVAGNETILDVACGNGNFSRRLAELGAQVVAFDYSPKMIERAKLRSKEYINQIEYKVMDATDYDPLIQLGYAKFDSAVANMAFMDIADVTPLIKAVHEILKPNGAFVFSITHPCFQTPGMRKVHETEDIDGEIIHRNSIQISKYLTPEPYKAVGIKGQPVPHFMFHRSLSYYFGLFFQTGFVLDGMEEPSFSHVKENNTLDWYEIPPVIVLRFRKI				NA	NA	NA	NA	NA
AK148_02430	2898	dbpA		ATP-dependent RNA helicase DbpA	ATGGAAAATTTTCTTAGAAACTTAGAAGATTCCTTGTATAAGGGATTCATAGATCGAAATTATGGAAAAATAGATACATATAAACCAAAGTTATTAGTGAATAATACACAGAAAAATGAAGATGTATTGTCCTCCATAATCGAGGAGATGAACAGTTGTCATTCGTTTATTTTCTCCGTTGCTTTTATTACGGAAAGCGGCTTGGCAACGCTAAAATCTCATCTTTTAGATATGAAAAGAAAAGGAATTCACGGTCGAATTCTAACATCTACATTTTTGAATTTTAATCAACCGAAAATTTTTAAGGAATTAATGAAAATAACGAACGTAGAAGTAAGATTAACCGATAAAGAAGGATTTCATTCTAAGGGTTATATATTTGAGCATGATAAGTATTTCTCTTTGATTGTTGGAAGTTCAAATCTTACTGCTCAAGCGTTGAAGGTGAATTATGAGTGGAATGTTAAGCTTACATCTTATTTAGATGGAGAAATAATTAATCACTTTAAAAATCAATTTGAGGATGTTTGGAATAGTGCAACTCCTTTAACCAATGAGTGGATTAAATCTTATGAAGAGGTATATACACCTGTTGCATATCAAGCTGCTGGTAAAGTAGTAGAACTTCCCGTAGATTATGAGGATAATCCTTTAAAAACCGCGACAAATATAAAACCGAATAAAATGCAGACCGCGGCATTGGCAGAAATAAAACGGGTAAGAGATGAAGGACATGATAAAGGGCTTGTTATATCAGCAACAGGAACGGGGAAAACTTACTTGGCTGCGTTCGATGTACGTCGTGTTGCCCCAAAACGAATGCTATTTGTCGTACATAGAGAGCAAATTTTACATAAAGCTAAATCAGATTTTCAACGAGTGATGGGAGGTCTTAGCAAGGACTTTGGAATTCTGTCTGGCTCGCATAAACAAATGGATGCAAAGTATTTATTCACAACGATACAAACGATTTCTAAACCGGAAACCTTGAAGCAATTTGATTGTCAGGAGTTTGATTATATTTTAATTGATGAGGTTCATAAAGCAGGTGCGGATTCTTATTTAAAAGTATTGGATTATTTTCAACCTGCATTCTTATTGGGGATGACAGCAACACCTGAGCGTACGGATGACTTTAACATATATGAGTTGTTTGATTATAATATTGCCTATGAGATTCGGTTGCAAGAAGCATTAGAAGAAGATATGCTTTGCCCGTTTCATTATTTTGGTGTTACAGATTTAGAGTACAATGGAGAGGTAATTGACGATACAGCAATTCTATCAAAACTCGTCACAGATGAAAGGGTAGAACATATTCTTGATAAGCTACACTACTATGGGCACTCAGGTAGTTCAGTAAAAGGGTTGATGTTCTGTAGTCGAAAAGAGGAAGCTGCAAAATTATCAGATGCTCTAAATCAAAGAGGTTTCCGAACTGTTGCTTTAACGGGAGATCACTCGCAGGAAGAACGCATGTATCAAGTGAATCGCCTCGAAAATGGTTCTTTGGATTACATTATAACAGTTGATATTTTTAATGAAGGTATTGATATTCCGAGTGTTAATCAAGTTGTCATGTTAAGGCAAACACAATCAAGTATTATTTTCATACAGCAATTAGGGCGTGGTCTTCGCAAGCATCAATCTAAGGAGTTTGTGACTGTCATTGATTTAATTGGTAACTATAAAAATAATTACCTGATACCAATAGCTCTTTCAGGAGATAGGTCGCAAAATAAGGATAATATACGTAGGAAAGCAACAGAATCAAGTTATATTAAGGGCGTTTCAACGGTTAACTTTGAAGAGATTGCTAAGAAACAGATATTTAAGTCCATTAATGCCAGCAATTTAACAGCAATGAAAGTATTCAAAGAAGCATTCGCGGAACTGAAAAACCGAATTGGTAGAACACCATTTTTATTTGATTTTATTATAAATCATTCCCTCGATCCTGTAGTCATTGCAAGGAAATTTAAAAATCATTATGCGTTTTTGTTAAAAATGAAAGAAAATATATCTACTATAAGTGCATATGAAAACGCTGTTGTAACTATGTTATCTCTGGAAGTGTTAGATGGGAAGCGAAAGCATGAGCTTATATTGCTTAAGCTGTTATTAGAGCAAGGGACTGTTTCTCTCAAGGATTTTGAGAAGGAATTAAAAGGAGCCGGTTGTATAGTTGATAATCAGACTAGAGAGTCTGTGGAACGCATTTTTGATTTATCCTTTTTTACGCAAACAGATCAAAAGAAGTATGGAAGCAAACCGATTATTGAGCTTAACAACGGCTGCGCTTATTCATTTAATGATGATATATACCAAAGTTTACAGACTAACTCTATATTTAAAAATTTAGTCAAAGATGTGGTTAAGAGTGGTTTAGAACGAAATAAAAAATATAATCCAGGCGAACCTTTTACCAGGTATGAAAAATATACGAGAAGAGATGCATGTAAGTTACTAAATTGGAAGAATGATGAGAGTGCAACGGTTTATGGGTATAAACCAAAGTACGACACATGTCCCATTTTCGTGACATATCACAAAAATCATGCAGTAGAAGCCAGCGTTAATTATGGGGATGAATTTATAAGTCCAAAGGTATTGAAGTGGTATACTCGTAACAAAAGAACCTTGGCATCAAAAGAAGTGAAAAAGATTCTCCATGCAGAAGAAACAAATATGGATATGCACCTGTTTATTAAAAAAGATGATGATGAGGGTAGGGGCTTTTACTACGTAGGTAGAACACTCCCTGACAAAGAGACTGTTAAGCAGGACACCATGATAGATAAAAATGGAAAACAAATTCCGGTTGTCCATATGGATATGATTTTAGATAAAGCTATGGACCATAAACTGTATCGTTATATCATACATGGGGATACATAG	MENFLRNLEDSLYKGFIDRNYGKIDTYKPKLLVNNTQKNEDVLSSIIEEMNSCHSFIFSVAFITESGLATLKSHLLDMKRKGIHGRILTSTFLNFNQPKIFKELMKITNVEVRLTDKEGFHSKGYIFEHDKYFSLIVGSSNLTAQALKVNYEWNVKLTSYLDGEIINHFKNQFEDVWNSATPLTNEWIKSYEEVYTPVAYQAAGKVVELPVDYEDNPLKTATNIKPNKMQTAALAEIKRVRDEGHDKGLVISATGTGKTYLAAFDVRRVAPKRMLFVVHREQILHKAKSDFQRVMGGLSKDFGILSGSHKQMDAKYLFTTIQTISKPETLKQFDCQEFDYILIDEVHKAGADSYLKVLDYFQPAFLLGMTATPERTDDFNIYELFDYNIAYEIRLQEALEEDMLCPFHYFGVTDLEYNGEVIDDTAILSKLVTDERVEHILDKLHYYGHSGSSVKGLMFCSRKEEAAKLSDALNQRGFRTVALTGDHSQEERMYQVNRLENGSLDYIITVDIFNEGIDIPSVNQVVMLRQTQSSIIFIQQLGRGLRKHQSKEFVTVIDLIGNYKNNYLIPIALSGDRSQNKDNIRRKATESSYIKGVSTVNFEEIAKKQIFKSINASNLTAMKVFKEAFAELKNRIGRTPFLFDFIINHSLDPVVIARKFKNHYAFLLKMKENISTISAYENAVVTMLSLEVLDGKRKHELILLKLLLEQGTVSLKDFEKELKGAGCIVDNQTRESVERIFDLSFFTQTDQKKYGSKPIIELNNGCAYSFNDDIYQSLQTNSIFKNLVKDVVKSGLERNKKYNPGEPFTRYEKYTRRDACKLLNWKNDESATVYGYKPKYDTCPIFVTYHKNHAVEASVNYGDEFISPKVLKWYTRNKRTLASKEVKKILHAEETNMDMHLFIKKDDDEGRGFYYVGRTLPDKETVKQDTMIDKNGKQIPVVHMDMILDKAMDHKLYRYIIHGDT				NA	NA	NA	NA	NA
AK148_02431	399	mutT2	COG0494	Putative 8-oxo-dGTP diphosphatase 2	TTGAAAAAAAACATTTATGTCGTTGGAGCAGTCATCATTAAAGATAATAAAGTTCTATGTGCTCAGAGAGGAGCAACAAAAACGTTGGCTTACAAATGGGAGTTTCCTGGAGGTAAGATAGAAAACAGTGAGACGCCAAAAGATGCCTTAAAACGAGAAATTGCAGAGGAAATGCAATGCAATATTAAAGTTGGTAGTCAGCTGGATCACACGGTGTACGAATACGAATTTGGGATTGTACACTTGACTACGTTTTATTGTACGCTTATAGGAAGTGAGCCAGTTTTAACTGAACATAAAGCAATAAAATGGTTACCAAAACAAGAATTGCATATGTTAGATTGGGCGCCAGCAGATATTCCGGCAGTCGAAAAATTGGTGAATGAATCAGTTATCTAA	MKKNIYVVGAVIIKDNKVLCAQRGATKTLAYKWEFPGGKIENSETPKDALKREIAEEMQCNIKVGSQLDHTVYEYEFGIVHLTTFYCTLIGSEPVLTEHKAIKWLPKQELHMLDWAPADIPAVEKLVNESVI				NA	NA	NA	NA	NA
AK148_02432	510			hypothetical protein	ATGACGAAAGTTAAATATGAAGTTGATTTTGCAAAGTATCAATCGGAGGTGGAGCTTATAAACGCAAGAAACAGTGTAGAAGTAGGGCTTTATTTTATAGTGGAGTTGTTGATACGAGGAACTCTTTCCGAGGAATACAATGTAATAAATGTATCCAGTAGAAGAAAATGGAGCGGCGATGATTATCCTCGTTACATTAGTGGAGCTGGATTTCCTGATTTGCTCATCTTACATAAAGATAAGCCAGATCCTTGCGCTACTGTAGAAGTTAAATATTTGCCATTTAAAAATGATTTAGGCGAAACGATTGATGAGCAAGAACAATTGAAAGAGCATATTAAAAAATTTAACACCGTTGTATATACCAACTGTTTGGAATGGCGAATATATCATAAAGAAATAGCCAATTCCATAACTGTAAAATTAGGTCGGTATCATACCGAAGAAATTGAATGGTTTGATGCATCAAATTGGGAAAGATTGATAACACAATTGGAAGGTCTATTCTAA	MTKVKYEVDFAKYQSEVELINARNSVEVGLYFIVELLIRGTLSEEYNVINVSSRRKWSGDDYPRYISGAGFPDLLILHKDKPDPCATVEVKYLPFKNDLGETIDEQEQLKEHIKKFNTVVYTNCLEWRIYHKEIANSITVKLGRYHTEEIEWFDASNWERLITQLEGLF				NA	NA	NA	NA	NA
AK148_02433	300			hypothetical protein	TTGAAAGAATGGGAAGAGTGGTGGGAAAATTACTTAATTAGACGAAAGCAAAAGGGAGCATTGAGAAAACACATAAGAGATGTATTGCAAAAAAAAGAAAAGGAATTTAGAACATCCTTTGATGATTTTTTTTATGATGAGTCACTTTATGAAAAGCATTCCCAAGTGAAAGATGTCTTAGCTCAACAATTTGACGGTAAGGCAAACAGAAGTCTAGTAGAACGCCTTGAAATGAATGCTTTAAGGATATCAAGCATGAGCGTTAAACGTAATATTGTTTATGAAAGTATTCAGTTGTAA	MKEWEEWWENYLIRRKQKGALRKHIRDVLQKKEKEFRTSFDDFFYDESLYEKHSQVKDVLAQQFDGKANRSLVERLEMNALRISSMSVKRNIVYESIQL				NA	NA	NA	NA	NA
AK148_02434	219			hypothetical protein	TTGACCATTGCAGATGTAGAGGATGCGTTTCACGAAGTAGTAAAGATGGAAGACGGCATTCCCATGTTGCTTGATTTGGATGAATTTGAAGATTTATTGGCTACTTTAAAAGACCTGCAAAAGGACACAGGGGAAATAGCCCATCATATGGAAAAGATGGCTCGAGATTTTGAACGTATAGACCAAATTCTTGCCCAATGGTTTGGAATTAAAAACTAA	MTIADVEDAFHEVVKMEDGIPMLLDLDEFEDLLATLKDLQKDTGEIAHHMEKMARDFERIDQILAQWFGIKN				NA	NA	NA	NA	NA
AK148_02436	1575	ileS_2	COG0060	Isoleucine--tRNA ligase	TTGGATCCCCATGTAGAAGAGACGGTAGTTGAAAGGGAAAATCGGGTTAAGAAGTGGTGGCAGCAGCAGGATATATTTGCAAAATCCATCACACAACGGGAAGGGAAAGAAACGTTTGTATTTTACGAGGGGCCACCTACAGCGAATGGTTTACCACATGCTGGGCATGTGCTTGGTCGCGTAATCAAAGATTTTGTTGCGCGATATAAAACAATGCAAGGTTTTCAAGTGTTAAGAAAAGCGGGTTGGGACACACATGGCTTACCCGTTGAATTAGGTGTGGAGAAAAAACTAGGTATTTCCGGTAAACAAGAAATTGAAGCATATGGCGTAGAAAAATTTATTGAAGCCTGTAAAGATAGTGTCTTTGATTATGAAAAACAATGGCGGAAATTTACAGAGGCAATTGGGTACTGGGTAGATATGGATGATCCGTATGTGACGCTCGAAAATAATTATATTGAAAGTGTTTGGTATATTTTAGCTACCATTCATAAAAAAGGATTATTGGATAAAGGGCATCGTGTAACGCCTTATTGCCCAAGTTGTCAAACCTCGCTAAGTTCTCATGAAGTCGCACAGGGATATAAAAATGTCAAAGATTTATCCGTAACAGTGAAATTTCCACTAAAAGATGTAGCGGATACATTCTTTTTAGGATGGACGACAACACCATGGACGTTGCCAGGAAATATTGCTCTTGCTGTACATCCTGACATGGACTATGTTAAAGTTCAGCAAAATCAGCAAGTGTTTATTGTAGCAGCTGATCGTTTACAAGCAATATGTAAAGAAGCTGACGTGTTAAGCTGGCATAAAGGAAAAGAGTTTGTTGGACTTTCTTATCAACCTCCTTTTCCAATGTCTAAAGTAAAGCGTGGGTACCAAGTCATTGGTGCGCAGTTTGTTACAAACGATAGCGGTACAGGTATTGTTCATGTCGCTCCTGCGTATGGAGAAGATGACTATCATGCGGTAGAAGAAAATAATCTTGATTTTATTCATGTCGTTGATGAGACGGGTAGGTATAAGGAAGATATGCTTCCTTTAAAAGGGCAATTAGCGAAGCAGAGCGACGTAGCAATTATTAAAATGTTGGCGAAAAAAGACTTGTTGTTTGCAAAGGAAAAATATGAGCATAGCTACCCACACTGCTGGCGTTGTGATTCGCCGCGTCTTTATTACGCTATGGAAGGTTGGTTTATCCGAACGACAGCTATAAAAGATACGATTTTACAAAATAACGAACAGATCGAATGGCATCCAGAGCATATGAAGCACGGTCGATTTGGGAATTTCTTGGAAAATATGGTGGATTGGAATCTAGGGAGAAACCGTTACTGGGGAACACCATTAAATGTGTGGATATGTCAAGACTGTGAGCATCAAGTAGTTCCGAATAGTATTCAAGAGCTACAAGCATATGCGAAAGATCCGGTTCCTGATTCGTTGGAGTTGCATAAACCATACGTAGACAAGATCGTGCTCTGTTGCCCGCACTGCCATAGTGATATGTACCGTACAAAAGAAGTAATTGATGTCTGGTTTGATAGTGGCTCCATGCCGTTTGCATAA	MDPHVEETVVERENRVKKWWQQQDIFAKSITQREGKETFVFYEGPPTANGLPHAGHVLGRVIKDFVARYKTMQGFQVLRKAGWDTHGLPVELGVEKKLGISGKQEIEAYGVEKFIEACKDSVFDYEKQWRKFTEAIGYWVDMDDPYVTLENNYIESVWYILATIHKKGLLDKGHRVTPYCPSCQTSLSSHEVAQGYKNVKDLSVTVKFPLKDVADTFFLGWTTTPWTLPGNIALAVHPDMDYVKVQQNQQVFIVAADRLQAICKEADVLSWHKGKEFVGLSYQPPFPMSKVKRGYQVIGAQFVTNDSGTGIVHVAPAYGEDDYHAVEENNLDFIHVVDETGRYKEDMLPLKGQLAKQSDVAIIKMLAKKDLLFAKEKYEHSYPHCWRCDSPRLYYAMEGWFIRTTAIKDTILQNNEQIEWHPEHMKHGRFGNFLENMVDWNLGRNRYWGTPLNVWICQDCEHQVVPNSIQELQAYAKDPVPDSLELHKPYVDKIVLCCPHCHSDMYRTKEVIDVWFDSGSMPFA				NA	NA	NA	NA	NA
AK148_02437	570	ileS_3	COG0060	Isoleucine--tRNA ligase	GTGGATCAAACGAGAGGGTGGTTTTACAGCTTATTAACGGTTGCTTCCTTATTCGTCGGCAAACCTTCTTATAAACGAGTGCTATCTTTAGGGCATATCTTAGATGAAGATGGTAAAAAAATGTCGAAAAGTAAAGGCAATGTGATTGATCCGATGCAACTGGTGGAAACGTATGGAGCGGATGCGCTTCGTTGGGCTTTATTAGCAGATAGCGCACCGTGGAACAATAAACGTTTTTTAGCAAATTTAGTTGCTCAAGCCAAATCAAAAGTGGTCGATACGTTACAAAATGTGTACGCTTTTTATGCAATGTATACGGCTATTGATCAATTTGATCCTCATCAGCATGATAAAGGGGAGCAAACATTATTGGATAAATGGGTTTTATCTCGTCAGCAGACCGTTGTTAATCAGGTGAATCACTATTTGGATGCTTATGAGTTTACATCTGCCGCGAAGGTTTTAGCGGAATTTGTAGATCAAGTAGTAATTGGTATATTCGTCGTTCTCGTGACCGTTTTTGGGGTGAGGGAATGGGGAGTACAAAATTGGCTGCTTATCATACGTTAA	MDQTRGWFYSLLTVASLFVGKPSYKRVLSLGHILDEDGKKMSKSKGNVIDPMQLVETYGADALRWALLADSAPWNNKRFLANLVAQAKSKVVDTLQNVYAFYAMYTAIDQFDPHQHDKGEQTLLDKWVLSRQQTVVNQVNHYLDAYEFTSAAKVLAEFVDQVVIGIFVVLVTVFGVREWGVQNWLLIIR				NA	NA	NA	NA	NA
AK148_02438	888	ileS_4	COG0060	Isoleucine--tRNA ligase	TTGGCTGCTTATCATACGTTAAGAGAAGTATTGATAACAACGAGTAAGTTGCTTGCTCCGTTTATTCCGTTTGTTACCGAGGATATTCATGTAAAGTTAACAGGTGAGAGTGTGCATCTCGCTGATTTTCCTAACGATGACAATGCGGCGATTAATGTTCAATTAGAAGAGGAAATGAGTGGCGTGGTCCAAGTTGTAGAACTTGCACGGCAGGCTCGTAACGTATCTAAAATAAAGACAAAGCAACCATTAGCCTCTTTAACAGTGGTTAGCGATGCGTCACACGCAAGCTATGTCTATAAATATGCGGAAATTATGAAAGACGAAATTAATGTGAAGCGAGTGGATGTCGCAACAGAAATGGGCGAAAACGTGTGTTATGAGGTTAAACTGAATTTCCCTGTCGCCGGTCCGAAATTAGGAAAACAGGTAGGGATAGTGCAGAAAAGATTGCAACAATTACCAGAAGACGCAATCACTCAGATAGTAAAAGGAGATCGAACATTAACGTTACCGTCTGGAGAGACGTTACAACTTGAGGAGGAAGATCTGTTAGTAAAACAGGTGACAAAAAAAGGGCTGGAAATGGCTGTAAACCCAACGTTTACCGTTCTTTTAGACACGCAATTAACGAAGCAATTACAGCAGGAAGGTTTAGCTCGCGAGCTTATAAGAGCAGTGCAACTCTATCGGAAAGAGTTGAATTTACCGGTTGATCAACGGGTAAATATTACGTTTGCTGCTAGTGAAGAAATGAAAACCGTCATTAAATCGTTTCAATCTTTGTTAGAAATGAACCTGCTCCTAAAGGACATTCATTTTGGAGAGCGTGCTGAGATGAAAAGCATTCAACTAGAGAATGAGACCGTTCGAATAGGAATACATTAA	MAAYHTLREVLITTSKLLAPFIPFVTEDIHVKLTGESVHLADFPNDDNAAINVQLEEEMSGVVQVVELARQARNVSKIKTKQPLASLTVVSDASHASYVYKYAEIMKDEINVKRVDVATEMGENVCYEVKLNFPVAGPKLGKQVGIVQKRLQQLPEDAITQIVKGDRTLTLPSGETLQLEEEDLLVKQVTKKGLEMAVNPTFTVLLDTQLTKQLQQEGLARELIRAVQLYRKELNLPVDQRVNITFAASEEMKTVIKSFQSLLEMNLLLKDIHFGERAEMKSIQLENETVRIGIH				NA	NA	NA	NA	NA
AK148_02439	807	pdxK_2	COG0351	Pyridoxine kinase	ATGACGATGAAAAAAACTTTAACACTTGCAGGTTCTGATTCCAGCGGCGGGGCTGGCATTCAAGCTGATTTAAAAACATTCCAAGAACATGATGTGTATGGCATGACAGCCCTTACTTCCATCGTAACAATGGACCCAAACGGATGGAGCCATAACGTGTCCCCCATTGATGTATCCATTGTGGAGAAACAATTAGATACCATTCTATCCGTTGGTGTCGATGCAATGAAAACCGGAATGTTAGGCTCCGTTGATATTATAGAATTAGGTGCGAAAAAAATTGCCGACTACGACATACCAAACTACATCCTTGACCCTGTTATGGTTTGTAAAGGAGACGACGAAGTTTTGCAACCAGAAAACACGGATGCGATGCGTGAATGCTTACTTCCTCATGCTATCATAACAACACCTAACCTATTTGAAGCTGGTCAACTTGCTCAAACAGGTACTATCAGAACGTTAAATGATATGAAAGAAGCGGCTGTAAAAATTCATGAATTAGGTGCAAAAAATGTTGTTATTAAAGGTGGCAAAGCTTTTTATCACGAGAAGGCAATTGACCTTTTCTATGATGGGCATGAATTTACGGTATTAGAAGAAGATAAAATCAACACAAGCTACAACCACGGTGCTGGATGTACGTTTGCTGCTGCTATTACCGCTAACCTAGCACATGGACGTACTGTAAAAGATGCTGTAAAGGGAGCAAAAGATTTTGTAACAGCGGCGATTAAGCATGGTTGGAAACTCAATGAATATGTCGGTCCCGTAAGACATGGTGCTTATAATAAGTTTACGAGATAG	MTMKKTLTLAGSDSSGGAGIQADLKTFQEHDVYGMTALTSIVTMDPNGWSHNVSPIDVSIVEKQLDTILSVGVDAMKTGMLGSVDIIELGAKKIADYDIPNYILDPVMVCKGDDEVLQPENTDAMRECLLPHAIITTPNLFEAGQLAQTGTIRTLNDMKEAAVKIHELGAKNVVIKGGKAFYHEKAIDLFYDGHEFTVLEEDKINTSYNHGAGCTFAAAITANLAHGRTVKDAVKGAKDFVTAAIKHGWKLNEYVGPVRHGAYNKFTR	PGPT0009125_2806	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
AK148_02440	993	sppA	COG0616	Putative signal peptide peptidase SppA	GTGAATGCAAAACGTTGGTGGGCTATTTTAATAGCTGCGGCTTTATTGCTTGCTTCGCTGGGGTTTCGATTTATGGGGAGCATAGCAACTACTAATTTTGAAGACATGTTTAAATTAGATGATAATCAATTTGAAGAAGAAATTATCGAAGAAGGTGTAGGAGACAAAATAGCTGTTCTTGAACTTAATGGAATTATTCAAGACACAGCGCCAAGCCCAGTGTTGAACACTACTTCGTACAACCATAAACGCTTTTTGGACATGTTAGAGCAGGCGGGAGAAGATTCTACCGTCGATGGTATTATCTTGCGCGTGAATACTCCTGGCGGTGGTGTTGTGGAAAGTGCGGAAATCCATGACAAGATCATTGAAATTCAGGAGCAATATGAAAAGCCTATTTATGTTTCGATGGGGAATACAGCCGCTTCTGGAGGGTATTATATCTCCGCACCAGCCAATAAAGTAGTTGCGCACCCAGCAACGGTAACAGGGTCCATTGGTGTCATTATGGAAGGTTATGACCTTTCAGGCTTAGCGGAAAAATGGGGAATTGATTTTAATACGATTAAAAGTGGCGAATATAAAGATATTTTGTCTTTCTCAAGAGAAATGACAGATGAAGAACGAGAGATTTTGCAGACAATGGTTGATGATATGTACGCAGATTTCGTAAATGTCATTGTTGATGGAAGAGATATGTCTGAATCCAAGGTAAGAGAATTAGGAGACGGTCGCGTATATACTGGAAGCCAAGCGAAAGAAAATGGGCTAGTAGATGAACTAGGCTCGTTAGACGATACGATTGCTTATATGGCAGAGGACAATGATTTTAATGATGTGCAGGTTGTAAAATATAATCATGCTGCTGGTTTTAATGAATGGCTGGGAATGTCGGTACAATCGATGTTTACAGATGAAGCAGAATTCCTCGGTATCATGGATATGATCCGTCAATCGAACGCACCGCGTGCTATGTACTTATACACCAATTAA	MNAKRWWAILIAAALLLASLGFRFMGSIATTNFEDMFKLDDNQFEEEIIEEGVGDKIAVLELNGIIQDTAPSPVLNTTSYNHKRFLDMLEQAGEDSTVDGIILRVNTPGGGVVESAEIHDKIIEIQEQYEKPIYVSMGNTAASGGYYISAPANKVVAHPATVTGSIGVIMEGYDLSGLAEKWGIDFNTIKSGEYKDILSFSREMTDEEREILQTMVDDMYADFVNVIVDGRDMSESKVRELGDGRVYTGSQAKENGLVDELGSLDDTIAYMAEDNDFNDVQVVKYNHAAGFNEWLGMSVQSMFTDEAEFLGIMDMIRQSNAPRAMYLYTN	PGPT0030320_2655	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_V_SECRETION_SYSTEMS	CE-T5a_AUTOTRANSPORTER_SECRETION,PGPT0030320-pspA-K04773	NA	NA
AK148_02441	468			hypothetical protein	ATGAGTGAACTTACTGTTGCAGAAGCGTCAGAATTCGTACCAGAAACGAGGAGATATGCTGGCTTCTGGATGCGATTTTGGGCGTATCTCATTGATTTAGTTGTTCTGTTTAGTATCAATGGCATTCTTTTAACCCCGCTTAAATTTATCAATGATGGAGAAGTCGTTGATATCGGTTATTGGACCTTAACGGGGATTCTATCAGCTATTGTTTTTTACTTGTATTTTCTGCTAATGACAAAAAAGTTCAGCCAAACGATAGGAAAAATGATCTTAGGTATTAAAGTTGTACGTGAAGATGGCGAACCTTTAAGGTGGAGTGATTTATTCTTTCGCGAGGTCATTGGTCGATTTTTTTATCGTGTGTTTCAAATTTTTGCGCTCTTGTATATCGTCGTTGCTTTCTCGCATGAAAAGCAAGGTATTCATGATATGATAGGGAATACGAGAGTGGTATTTGTTAACTGA	MSELTVAEASEFVPETRRYAGFWMRFWAYLIDLVVLFSINGILLTPLKFINDGEVVDIGYWTLTGILSAIVFYLYFLLMTKKFSQTIGKMILGIKVVREDGEPLRWSDLFFREVIGRFFYRVFQIFALLYIVVAFSHEKQGIHDMIGNTRVVFVN				NA	NA	NA	NA	NA
AK148_02442	1350	ythA	COG1271	Putative cytochrome bd menaquinol oxidase subunit I	ATGATGGATTTGGATCCGGTGTTAATGAGTCGATTGTTAACGACAATCACTTTAGTTTTTCATATTATTTTTGCAACATTAGGTGTCGGAGTCCCATTGATGATTTCCATTGCTGAATTTATTGGGATAAAGAAAAAAGACCCACATTATACCATGTTGGCAAGGCGATGGGCCCGAGGATTTGTTATCCCAGTAGCGATTGGGGTTGTAACAGGTACGGCGATTGGTTTACAACTATCTTTGCTTTGGCCGGAGTTTATGCAAGTTGGTGGGAATGTCATAGCTTTACCGTTATTTATGGAAGTATTTGCTTTTTTCTTTGAAGCTATTTTCTTAGGTATATACATGTATACGTGGGATCGTTTTAAAAAGCCGATGACACATTGGTGGTTATCATTACCGATAGTTATTGGTGGGGGAATGTCTGCCTTCTTTATTACTACCGTCAATGCGTTTATGAATACACCAGAAGGGTTTGAAATTGGTGGAAATGGGTTTGCAGCGATCAATCCGCTTGAAGCGATGTTCAACCCAGCAACACCGACAAAAGTGTTTCACGTGTTGGCTTCTGCTTATTTAACGGTAGCAGCTATCTTAGCAGCGATTGCGGCGTTTGGTTTGTTGCGGAAAAAAACGAAAGAATACCATAAAAAAGCATTGAAGCTGACCGTAATGTTAACGTTTATTTTTGCGATTTTTACAGCCATTGCTGGAGACGTTTCTGCTAAGTTTCTTGCTGAATATCAACCAGAAAAACTAGCAGCAGGGGAATGGCATTTTGAAACAGAGGGAAATGCTGACCTCATCTTATTTGGTTGGTTAAATGAGGAGAATGAGCCAGAAGGTGTCATTCGTTTGCCAGGATTACTGAGCTTTTTAGCCTATAGTGATTTTAACGCGGAGGTTACTGGTTTAGAAGAATTTCCTGAAGCGGAGAGACCACCGTTATGGATTCACTATATGTTTGACTTGATGGTTACGATTGGCGTTTTCTTACTAGGGATATCATTCCTTTATCTACTCCTATCGAAGTTAAAACGATGGAATGAAAATAACAAATTCATGCTTTGGATGCTCGTTTTAAGTGGACCTTTAGCGATGCTTGCTATTGAATTTGGCTGGATTTACGCTGAAGAAGGTAGACAGCCGTGGATACTACGAGGATATATGACGGTGGAAGAAGCAGCGACGACGTCACCATATGTCGGTTGGATGTTTGTGTTGTTTTTACTCCTTTATATTGCTTTAGGAGTTATCGGAGCAGTTGTGCTACGTAAAGTCTTTAAAAATAATCCAGTTGAAGACGAATTGGAGAAAAAATATCCGACCATTGAAAAGGGTGATAAATAA	MMDLDPVLMSRLLTTITLVFHIIFATLGVGVPLMISIAEFIGIKKKDPHYTMLARRWARGFVIPVAIGVVTGTAIGLQLSLLWPEFMQVGGNVIALPLFMEVFAFFFEAIFLGIYMYTWDRFKKPMTHWWLSLPIVIGGGMSAFFITTVNAFMNTPEGFEIGGNGFAAINPLEAMFNPATPTKVFHVLASAYLTVAAILAAIAAFGLLRKKTKEYHKKALKLTVMLTFIFAIFTAIAGDVSAKFLAEYQPEKLAAGEWHFETEGNADLILFGWLNEENEPEGVIRLPGLLSFLAYSDFNAEVTGLEEFPEAERPPLWIHYMFDLMVTIGVFLLGISFLYLLLSKLKRWNENNKFMLWMLVLSGPLAMLAIEFGWIYAEEGRQPWILRGYMTVEEAATTSPYVGWMFVLFLLLYIALGVIGAVVLRKVFKNNPVEDELEKKYPTIEKGDK	PGPT0026700_4394	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
AK148_02443	1014	ythB	COG1294	Putative cytochrome bd menaquinol oxidase subunit II	ATGAACTATGAAATAATTGGGATTTCTGTATTATGGCTCTTTTTATATGGGTATTTAATTGTTGCTTCGGTTGACTTTGGTGCAGGGTTTTATGCGTATTATGCGAAAGTGACAAAAAAAGATCATATTATGAACCAACTGATATCCAGATATTTGTCCCCAGTATGGGAAGTGACCAACGTGTTTTTTGTTTTCTTTTTCGTTGGTATTGTTGGCTTTTTCCCAGATTCAGCTTATTATTACGGTACAGCTCTGCTTGTGCCTGGTAGTATTGCGATTATTTTGTTGGCGATTCGTGGTTCGTTTTATGCATTTGAAAATTATGGTTCGAAACAAAGTAATCTGTATATGTTTCTATACGGAGCTACAGGTTTATTAATTCCTGCGTCTTTATCCGTTGCGTTAACACTTTCTGAAGGTGGCTTTATTACTGAACAAAATGGGAAAGTAGCTTTAGATTATTTCGCTCTATTTACAAGCCCATATTCTTGGAGCGTCGTTTTCTTAGCGATCGTTTCGGTATTGTTTATTAGTGCCGCATTTTTGACTTTCTATGCGGCGAGAGCCAATGATGTTGCGGCATTAAAGCTTGTTCGTAAATATGCACTATTTTGGGCTACGCCGACGATTATCGCTGCCTTGACAACATTTATTGCCTTAGGCCAGCATAATGAGCGTCATTACCAAAATATGTTCGATTACTGGTGGATGTTTGGATTATCCGTTGGCTTCTTTATGATTGCCATGTGGTTAATCTATGAAGGAAAACGGTATGGACTAGCGTTTATTAGTGTGATGTTGCAATTTTTCTTTGCTTTCTTTGGGTATGGTGTGAGTCACCTCCCATATATATTAGATCCTTATATTACGGTTTACGAAAATGCGACACATGAGTCGACAGGAATTGCCTTAATTATCGTATTTATTGCAGGGCTATTCCTTCTCATTCCTTCACTAATATTGCTCATGCGCTTGTTCTTATTTGATGCTGATTATGTAAAAGGGAAAAAATAG	MNYEIIGISVLWLFLYGYLIVASVDFGAGFYAYYAKVTKKDHIMNQLISRYLSPVWEVTNVFFVFFFVGIVGFFPDSAYYYGTALLVPGSIAIILLAIRGSFYAFENYGSKQSNLYMFLYGATGLLIPASLSVALTLSEGGFITEQNGKVALDYFALFTSPYSWSVVFLAIVSVLFISAAFLTFYAARANDVAALKLVRKYALFWATPTIIAALTTFIALGQHNERHYQNMFDYWWMFGLSVGFFMIAMWLIYEGKRYGLAFISVMLQFFFAFFGYGVSHLPYILDPYITVYENATHESTGIALIIVFIAGLFLLIPSLILLMRLFLFDADYVKGKK	PGPT0026705_3233	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
AK148_02444	1737	cydD_2	COG4988	ATP-binding/permease protein CydD	ATGAATCAGATAAAAAATTATTTATATGAAAATAAACAAAGTGCGGTCTATTTGCTGCTGCTTTCCCTTTTAATGGGCGGTGCCATCGTTGTACAGGCGTATTTACTTGTCACTATCATTGATGGTGTTTTTTTGAAAGATTGGAGCTTTCAAGAAACTATTCCATTATTAGCAGTTCTATTCTTTATTTTACTAGCTAGAAGCTTCATTCCTTTCATAAGCGGAAAGATTGGGATACGCCTTGGTACATCAGCGAAAAGCCATTTTCGTAAGCAGTTGCTTGCCCATTTTGCTAATAACCCAGTCCAAGCTTCTTTAAAAGGACAATCGGGGCAAAAGGTTAGTCTTATGATGGACGCTATTGATGAAGTGGATAGTTATTTTAGCAGTTATATTCCACAAGTTATTCGCTCATCTGTTATTCCCCTCATCATTTTAATTGTTGTGTTTACAGAACATGTGAATTCTGGCCTCATCATGTTGATTACCTCCCCGTTTATTCCGTTGTTTATGGTGATCATTGGTATGCAAACAAAAAAGAAATCGGAAGAGCAAATGGAGGAGCTAGCTGCTTTTTCTGGTCGATTTTTGGATACGTTGCAAGGGCTTGTTACGTTGAAATTGTTTGGCAAAGCGAAACAACAAAAAAAGGTCATTCAAACGAGCAGTTTACGATTTCGAGATGCAACCATGGAAATTTTAAAAGTAGCCTTTACTTCTTCGTTTATGCTTGAGCTCATTTCCATGCTAGCAATCGGCTTGGTTGCTTTAGAAGTGGCTTTACAGCTTATCGTTTTTGACGGAATTGCTTTTTTCACTGCATTTCTTGTACTCGTTTTGGCACCGGAATATTTTACATCGCTTCGTCAGTTGGGAACGGCATTTCATAATGGAAAAAGTAGCATGGGAGCTGCTAAAAAAGTAGCAGAAGAATTGGCGCTAGAGGAGGATTCTGCTGTTATTTGGGGAGAAAAGCCATTTTCTAAACCAGAGGGCCCTGCAAGTTTGGAACTGCAACAAGTTACATTTCAGTATGGAGAGGATGCGTTTACGTTACATCCTATGAGTACGACTTTTGCTCCCAAATCTAAAAACGCCATTGTAGGAAAAACAGGGTCTGGTAAATCAACGCTTTTGCATTTGCTTGCGGGAATTGTCGTGCCAGATGCAGGAAAGATATTACTAGGAGGTAATCCATTATCTGCATACAAGGAAGCCGATTGGTTCGCTCAACTGAGTTATATTTCGCAACATCCGTATATATTTGCTGGAACGATTGCTGAAAATATTGCCATAGGCAGTCGGGAAACAGCAACACGGGAAGCCATCACACGTGCGGCAGAAGAAGCGGGGCTAGCTGACATGATTATGGCTTTAGAAAATGGATATGATACCCATGTTGGTGAAGGTGGGAGAGGGCTATCTGGTGGTGAGAAGCAACGTTTAGCTTTAGCCAGAGCTTTTTTAAAACAACCGGCAATTGTTTTATTTGATGAGCCGACGACTGGGCTTGATTTAAAGACGGAGCGTATTCTTCAGGCTTCCATTCAAAAATTGTCGGAAACAGCAACTATCATTACCGTTGCACACCGCCTGCACACGATTAAAGATGCGGATCATATTCTATACCTTGATCAAGGACGGTTAATTGCGGAAGGAACGCATGCACAACTGCTGGAACATGCAGAGGGCTACCGGAAGATGGTAACCATACAGCGAGGAGGGCTGCAGCGATGA	MNQIKNYLYENKQSAVYLLLLSLLMGGAIVVQAYLLVTIIDGVFLKDWSFQETIPLLAVLFFILLARSFIPFISGKIGIRLGTSAKSHFRKQLLAHFANNPVQASLKGQSGQKVSLMMDAIDEVDSYFSSYIPQVIRSSVIPLIILIVVFTEHVNSGLIMLITSPFIPLFMVIIGMQTKKKSEEQMEELAAFSGRFLDTLQGLVTLKLFGKAKQQKKVIQTSSLRFRDATMEILKVAFTSSFMLELISMLAIGLVALEVALQLIVFDGIAFFTAFLVLVLAPEYFTSLRQLGTAFHNGKSSMGAAKKVAEELALEEDSAVIWGEKPFSKPEGPASLELQQVTFQYGEDAFTLHPMSTTFAPKSKNAIVGKTGSGKSTLLHLLAGIVVPDAGKILLGGNPLSAYKEADWFAQLSYISQHPYIFAGTIAENIAIGSRETATREAITRAAEEAGLADMIMALENGYDTHVGEGGRGLSGGEKQRLALARAFLKQPAIVLFDEPTTGLDLKTERILQASIQKLSETATIITVAHRLHTIKDADHILYLDQGRLIAEGTHAQLLEHAEGYRKMVTIQRGGLQR				NA	NA	NA	NA	NA
AK148_02445	1722	hepA	COG1132	Heterocyst differentiation ATP-binding protein HepA	ATGAAAGAATTAACCTCTATCATGCGAATGATGATGAAAGAAAAAAAAGATATCGTCCTTTCTATCATATTGGGATTTATTGCTGGTTTGGCTGCCGTGCTGTTATTTTCTGCTAGTGGTTATTTAATATCAAAAGCAGCATTTGCCCCGCCTTTTTACACATTAATGCTTGTCATTGCATCTGTGAAATTATTAAGCTTTATTCGCGCGTTTAGTCGTTATGGTGAGAGATATGTATCTCATCGAGGTACGTTTACGATGCTTAGCCAATTGCGGATGGCTTTTTATGAAAAATTAGAGCCATTAGCGCCAGGAATCTTCCAGAAATATCGTAGTGGGGATTTGCTATCTCGTATTGTCGGTGACGTGGAGAGTTTGCAAAATCTCTTTTTACGTGTTGTGTATCCGCCGATTGTATTGGCGCTCGTATTTATGAGTACCATCTTTTTTACAATGTTTTATTCTATCGAAACAGCAGTAATTTTGTTTGGCGGATTTTTACTCACTGCGATCGTGATACCAGCTATTTTTGCGGCACGTCAACGGACTATTGATAGTAATGTACGCTTAAAAAGAGCGGCTCTTTCTACAGAGGTCACGGAATTACTATACGGATTTCGCGATTTGAAGATTTATCAGCAGTTAGATGATAAAGAACAACAGTTACTTCAAGCTTCTGATGCTTACATTACGGAGCAAGAACAAGAAGAAAAGACGACGTTATTTAATCAGTCGTTAAATCAATTCGTCTCCTTACTTGTAACAGTAGCCGTATTAGCAGTAGGTGCCTATCTCATTGATACAGGTGAATTGGACGGGATTTTTCTTGCTATGCTGATTATGATTACGTTAACTGTGTTTGAAGATGCGCCAGCAATGGCTGTGTTCCCGATTCATTTTAACGATAGTCGTCGTTCTGCCAAACGGTTATTTTCCATTATGGAGCAAAAAGACGGACAGGAACAGGAGCACGTTTCGGTTGCCAAAACGTTAACAATCAATGAGCCACCAGAAATCACATTGGAAAATGTTAGCTTCACATTTACTGGAGAAGAGCGGCGAGCTGTTGAACAGGTAGATGTTCACCTTCCTAGCGGTTCAAAAACAGCACTTGTAGGGGCAAGTGGTTCAGGGAAGTCAACGCTTATGCAGTTAATGCTTTATTTGGTTACACCGGAGCAAGGAAGGGTCATGATAAATGGAATAGAATTAGCGCATGTGGATGAGGAAAGTATTTGGCAATTAGCGAATGTTGTTTTACAAGAGAATCATTTCTTTTATGGTACTATTCGCGATAACTTATTGCTGGCTAATGATACAGCTACCGATGAAGAATTACAATCCATTTTAGCTATGGTGCAATTGGAGCATTTTCATTTAGAGGATAAAGTGTATGAACGAGGAGAAAACTTGTCCGGCGGTGAAAAACAACGACTTGCTATCGCCCGAGCGATGTTAAAAGGCGGCTCATTTTGGGTATTGGATGAGCCGACATCCTCTTTAGATGCGGTTACAGAGCAAGCCATCTATGATCACTTATTCAGGCAAGCGGCAGATGACACCGTTGTGCTCATTAGTCACCGTTTAGCAGGATTGGAAAAAATGGATCAAATCATTGTCATGGATGAAGGGAAAGTCGTAGAAGTTGGTACATTTACAGAATTGATGGAAAAACAAGGGTATTTCTATGAAATGAAGGAATTGGAGAATAATTTGTTGTAA	MKELTSIMRMMMKEKKDIVLSIILGFIAGLAAVLLFSASGYLISKAAFAPPFYTLMLVIASVKLLSFIRAFSRYGERYVSHRGTFTMLSQLRMAFYEKLEPLAPGIFQKYRSGDLLSRIVGDVESLQNLFLRVVYPPIVLALVFMSTIFFTMFYSIETAVILFGGFLLTAIVIPAIFAARQRTIDSNVRLKRAALSTEVTELLYGFRDLKIYQQLDDKEQQLLQASDAYITEQEQEEKTTLFNQSLNQFVSLLVTVAVLAVGAYLIDTGELDGIFLAMLIMITLTVFEDAPAMAVFPIHFNDSRRSAKRLFSIMEQKDGQEQEHVSVAKTLTINEPPEITLENVSFTFTGEERRAVEQVDVHLPSGSKTALVGASGSGKSTLMQLMLYLVTPEQGRVMINGIELAHVDEESIWQLANVVLQENHFFYGTIRDNLLLANDTATDEELQSILAMVQLEHFHLEDKVYERGENLSGGEKQRLAIARAMLKGGSFWVLDEPTSSLDAVTEQAIYDHLFRQAADDTVVLISHRLAGLEKMDQIIVMDEGKVVEVGTFTELMEKQGYFYEMKELENNLL				NA	NA	NA	NA	NA
AK148_02446	603			hypothetical protein	TTGACTCGCTTTAAAAAAATAAGAGTTTACCTTTTCTTTTGTGTTTTTCTGCTTAGTATTTTTTTTAACTATCGCTATTATCAAATCATAAAAGAAGAAGAGCAACAATTCGCATACTTATTTACGGATTTTTATTATGAAGTCGACGAGACAATCGATAGCTTAGAATTCCTTTTAACGCATGACCCTGAAGGGAACAAGCTAATAGATAGTATGGTTTCTATTTTAAACCAACTTACTAGAATAGATTTTATGTTACGTAGAGTTCCTTATTATTTTTTCTCAGAAGGTGGCGTTTCAAACAGTGTAGGCGCAGCAGCCAACTACATAGAAAGAGGTACAAAACATAAAGGTCAATTCATTCCGCCATTTTTAGAAGATGGACGGTTAAATGGACAAGAGCGGGCATTTTTACAAGAATTAAACTCGTTTTTACTACAAGTACAGTATGCCTTAAACGGCTTAGAAAAACGTTCGGATGTTCCAATTCGTGATCTGGATAAGGTTCGATTTGACAGGGTTTTAACAGAGAATGTGTATAATGAGATTCATCATTACCGCTTTTTAGAGGCATATGTAAAAGAGGGGCAGGGATTAAATTAA	MTRFKKIRVYLFFCVFLLSIFFNYRYYQIIKEEEQQFAYLFTDFYYEVDETIDSLEFLLTHDPEGNKLIDSMVSILNQLTRIDFMLRRVPYYFFSEGGVSNSVGAAANYIERGTKHKGQFIPPFLEDGRLNGQERAFLQELNSFLLQVQYALNGLEKRSDVPIRDLDKVRFDRVLTENVYNEIHHYRFLEAYVKEGQGLN				NA	NA	NA	NA	NA
AK148_02447	3129	rcsC_4		Sensor histidine kinase RcsC	TTGAGCAACAAATTAACTCGTTTTCTAAGGAGAAAAAAATATTTTTTATCCATTACTATTCTTTTCCTCATCTTATTGTCTGGTTCACGCTTTTTATGGACGAACGTTTTCCAATCGCAAGAACAGCTATCTATTAAAAATGGGCAATTAGATTTACGAGATTGGGATGCTACCAGTGATGACATTCTTTTATTAGATGGAAAATGGAAATTTTATCCACAAACTCTAATCACAGGGGAAGAACCTTTACAGTTAACGAAAACACCAAAAACAATACAAGTTCCAGGTGAATGGAATGAAGCCTTACAATCTCCATATGGATTCGGTACCTACCGGTTGCAAGTACAAGTAGATCCTAACCAAGATATCAATTACAGTATGCGCGTTTCTAGCATACGAAGTGCTTCTAAAATCTTTGTGAATGGTCGACTCATCGATGAATCTGGACAAGTAGGCAAAGAGAAAGAAACATATCTATCTAAAAACCTCCCTTACTCAGCTACGTTTACAGCAGATGAAAACGGGAAGATTGATATTTGGGTACAGGCAGCAAATTTTACGGACAAACGAAGTAGTGGGATTGTTCGTTCGATGAAGTTCGGTTCAGAAGACGCCATTTTGACAGACATCAAATTTTCCTATACGATGCAGATCGCTTCAGCCATTGTATTTCTAGTCCATGTAGTATATGCCCTGTTACTATATTTCCTTGGAAACAGAGAAAAAAGATTACTATTCTTCTCCATTCTAGTATTTAGCGCGATGATGGGAAGTTTATTAAGTAGTGATGAAAAATTATTTCACCAATTCATTTATATGGGACAGGAATGGGATTTTCGCTTAGCAAACGCTCTACTACTCCTTACTTTTTATGCTTTGATAAACTGTACCGAGCATCGAACTTTACCGTATTGGCAACGAATCTATCCTATTTACGCTATCATGTTGCTTGGTACGGCCGGGATAACATTATTTTTAAATGTGACACAAATTATATCCCTCTTTCCGGTTTATTTTTTATTTATTGGAGTCGCAACAATCATTGCTGTAATAGCCATTTGGCGCCAATTTACAAGCGATCCAAAAGTAAATATTTTGTTGCTCTTTTCATTAACCGCATTAATCCACCATTTTATCTGGACAATTATCTGGAGAAAAAGTGGTGTTACTGTACCACATTACCCATTTGATATGTTTATTTCTATCGGGTGTTTTGCAAGCCTGTGGTTTAAAAATTATTTTAAGACCTATGCTGATACGAAAGAACTCGCCTCTAGATTGCAGCGTATGAATGACCATAAGGATCAGTTTTTAGCAAATACGTCGCATGAATTTAAAAATCCGCTCCACGGCATCTTAAATATGTCGCAAGCAATCTTAGAGAGAGAGCAATTCTCTTTACAACAAAGAAGCGTCAAAGAACTGGAAACTATTTTATCCGTTGGGCGTAGAATGGACTTCATTCTCAATGATTTGCTTGACGTAACCAGTCTTAAACAAGGGAGTTATCGATTAAAAAAAGAACCTATTTCCATTGCTTCCATTATTGCAGGAGTCAATGACATGCTAAGATTCACCATAGAAGGGAAACCGATTAAAATTGTTCAACACATACCACAGGATTTCCCCAGCGTATTTGCAGATGAGAACCGAGTTATTCAAATCGTCTTTAATTTACTCCATAATGCGGTGAAATACACAAATGAAGGACAAATTACGATCCATGCATATGTCGAAGGTGAAAAAGCCATCATTTCCATTACAGACACGGGGATTGGTATGGGCAAGGAAATGTTAACACGACTATTTCAACCTTATGAACAAGCGAACGCAAAAGAAACTAGAATTGAAGGCGGATTTGGACTTGGATTAAGCATAGCGAAACAATTGGTTGAGCTTCACGGTGGGACATTAGAAGTGGATTCCACTTTAGGTAAAGGATCTACATTTACTTTTTCCTTAGAGCTAGCAAATGCTCAAGAAGTAGATTCATTTCACCAAGAAACACAAACGTTCTTGGACCAAACGACCTATTTTCACACGGAGTCTTCTGCCCTTCAAACGGAAACTGCTTCAACAACGGAAGCTAAAAGAAAAAATAACCCAACAGCTAGACAAGCAAACATTTTAATAGTGGATGATGATCCAGTTAATTTAGAAGTAATGAAAACAATTCTCCACCAAGAAAATTATAGGATTACTACTGTAATGAACGGACAGCAAGCACTTGCCATTTTGAATGAGAAAGAATGGGATCTCATTATTTCCGATGTGATGATGCCACAAATGTCTGGTTATGAGCTTACAGAAAGGATTCGCAAACAATATTCTTTAACCGAACTGCCTATTCTTTTATTAACAGCACGAAGAAAGACAGATGATATACGTAGTGGTTTTCTAGCTGGAGCTAATGACTATGTAACAAAACCAGTGGAAGCGATGGAAATCAGATCCCGAATTGAAACATTAATGAGCATAAAACAAGCGGCTCAGGAACAACTACGATTAGAAACAGCTTGGCTACAAGCACAGATTCAACCGCATTTTTTATTTAATACATTGAATGCCATAGCTAGTTTAAGCATTATTGACGTTGAAAAAATGCAAGATTTACTAAATGAATTTAGCCATTTTCTTAGAAATAAGTTCAAATTTAAAAATATGAATGAATCAATTCCGCTTGAAGAAGAATTGAAAATGGTCCGCTCTTATTTGTACATTGAACAAGTAAGGTTTTCAGACAGGCTACAAGTGGATTGGGATATAGATACACATGAAGAGATTAAAGTTCCTTTTCTGACTATCCAACCTCTCATAGAGAACGCCATCCGTCACGGCATTATGAATCGCGTTCAAGGTGGAACTATCTGGATAAGAGTTAAAAACTATGCAACGTATGTAGAAATATCCATAGAGGACAATGGAGTCGGCATAGATGAAGCAAAGTTAGCCCATATTTTATCTAAGCAATCGGCTAGTAAATCAGGAGTTGGGCTTGTCAACACAGACTTACGCTTAAAGCGGTTCTTTGGAGAAGGCCTATCCATCGCTAGTATACTTGGAGAAAGTACGATTGTATCTTTTCAAATAAAGAAGGAACAGACAGAAAACCAAACTATTTACGATTGA	MSNKLTRFLRRKKYFLSITILFLILLSGSRFLWTNVFQSQEQLSIKNGQLDLRDWDATSDDILLLDGKWKFYPQTLITGEEPLQLTKTPKTIQVPGEWNEALQSPYGFGTYRLQVQVDPNQDINYSMRVSSIRSASKIFVNGRLIDESGQVGKEKETYLSKNLPYSATFTADENGKIDIWVQAANFTDKRSSGIVRSMKFGSEDAILTDIKFSYTMQIASAIVFLVHVVYALLLYFLGNREKRLLFFSILVFSAMMGSLLSSDEKLFHQFIYMGQEWDFRLANALLLLTFYALINCTEHRTLPYWQRIYPIYAIMLLGTAGITLFLNVTQIISLFPVYFLFIGVATIIAVIAIWRQFTSDPKVNILLLFSLTALIHHFIWTIIWRKSGVTVPHYPFDMFISIGCFASLWFKNYFKTYADTKELASRLQRMNDHKDQFLANTSHEFKNPLHGILNMSQAILEREQFSLQQRSVKELETILSVGRRMDFILNDLLDVTSLKQGSYRLKKEPISIASIIAGVNDMLRFTIEGKPIKIVQHIPQDFPSVFADENRVIQIVFNLLHNAVKYTNEGQITIHAYVEGEKAIISITDTGIGMGKEMLTRLFQPYEQANAKETRIEGGFGLGLSIAKQLVELHGGTLEVDSTLGKGSTFTFSLELANAQEVDSFHQETQTFLDQTTYFHTESSALQTETASTTEAKRKNNPTARQANILIVDDDPVNLEVMKTILHQENYRITTVMNGQQALAILNEKEWDLIISDVMMPQMSGYELTERIRKQYSLTELPILLLTARRKTDDIRSGFLAGANDYVTKPVEAMEIRSRIETLMSIKQAAQEQLRLETAWLQAQIQPHFLFNTLNAIASLSIIDVEKMQDLLNEFSHFLRNKFKFKNMNESIPLEEELKMVRSYLYIEQVRFSDRLQVDWDIDTHEEIKVPFLTIQPLIENAIRHGIMNRVQGGTIWIRVKNYATYVEISIEDNGVGIDEAKLAHILSKQSASKSGVGLVNTDLRLKRFFGEGLSIASILGESTIVSFQIKKEQTENQTIYD				NA	NA	NA	NA	NA
AK148_02448	1092	ribD	COG0117	Riboflavin biosynthesis protein RibD	ATGACCACAGATGCATTTTATATGAACATAGCTTTGAATCATGCTCGTGCTATGAAAGGACAAACAGATCCCAACCCGTTAGTCGGTTGTGTCATTGTTCATCATAGTCGGATCGTTGGCATTGGTGCGCATTTAAAAGCAGGAGAAGCCCATGCAGAAATACATGCTTTGCGTATGGCAGGCGAACAAGCTCATGGAAGCACGTTGTATGTTACATTAGAACCTTGCTCGCACCATGGTCGGACAGGACCATGCGCTGAAGCAATCGTTCAGGCAGGTGTTAAAAAAGTCATTATAGCCACGTTAGACCCAAACCCAATGGTATGTGGAAATGGGGCTTCTATTTTAAAAACAGCGGGTATTGATGTAGAAATTGGTGTTTGCGGAGAAGAAGCACGCAAAATGAATGAAGTTTTCAATACATTTATGGAACAAAAAAGACCATTTATTACCTTAAAAACAGGCATTACGATGGACGGGAAAGTAGCCACACATACGGCTCATAGCAAATGGATTACATCGGAGGAAGCACGAAAAGATGTTCATCAATTACGCCACGAACATGTAGCTATTCTAACGGGAATAAATACCGTTTTAAAAGATGATCCTGCGCTGACAGCACGTATTCCAAATGGACGAAACCCAATTCGTATTGTGATGGATTCAACATTAAAAATACCACTGCATTACCAACTCATTCAAGATAAGCAAGCAGAAACATGGATTTTCACAACGTCCATTCATGATATCGAAAAGCGAAACGCATTAGAAGCAGAAGGAATAAAAGTTATTGTAACAAATGATTCTCAGGTGATAGATCCTTGTAACATTGTGACCTATTTAGGAGAACAAGGCATTTCTTCTTTACTTTTAGAAGCAGGCGGCACCATCAACGCCGCTTTCTTGGAACGCAAGCTCATAGATAAATTCATTCTATACATGGCACCAAAGGTAATTGGCGGAAAAAATGCCCCTACTTTTTTGGAAGGGGATGGAGTTGAAACAATGGAAGAATCCATTGAATTCACCGACGTATCCATTGAAAAAATAGGCAAAGATATAAAATGGACAGCATATCCACTATATAAATAA	MTTDAFYMNIALNHARAMKGQTDPNPLVGCVIVHHSRIVGIGAHLKAGEAHAEIHALRMAGEQAHGSTLYVTLEPCSHHGRTGPCAEAIVQAGVKKVIIATLDPNPMVCGNGASILKTAGIDVEIGVCGEEARKMNEVFNTFMEQKRPFITLKTGITMDGKVATHTAHSKWITSEEARKDVHQLRHEHVAILTGINTVLKDDPALTARIPNGRNPIRIVMDSTLKIPLHYQLIQDKQAETWIFTTSIHDIEKRNALEAEGIKVIVTNDSQVIDPCNIVTYLGEQGISSLLLEAGGTINAAFLERKLIDKFILYMAPKVIGGKNAPTFLEGDGVETMEESIEFTDVSIEKIGKDIKWTAYPLYK	PGPT0008555_1865	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
AK148_02449	756	ribA		GTP cyclohydrolase-2	ATGGAACAACAAAAGAAGCTAACTCCTCATGTTTTTTCTATTTTGAAAGATAAAATTCAGCGGATAGATAATGGTGACGAAGCAATATATTTAGTTGGGCCAATTCAACTCCCTGTGAATTTACACGGAGAGACAAGCCTATTTCATTGGTATTGTTGGCTGAACGCTGAAGTAGTTACGAATGATTATCAATCTATTATTGAGAAATTATCCTCTGCAAATTTAGCTGATTCGCAGCAATCCAGTGTTTTAGTTTATGGTGATTTCGGTAAAGCAGATAATGCGCTTGTGCGGATGCATTCGATATGCCATACTGGGGATATTTTCGGTAGCAAGCGTTGCGATTGTGGATTTCAATTAAGGGAAGCCATGTTGCGTATAAAAGAAAATGGTTCAGGTGCGCTGTTTTATTTGGCCAATCATGAAGGCAGAGGTATTGGACTGTTTAGTAAAGCAATGGCCTATATCTTGCAAGAAAATGGCTACGATACAGTCGAAGCTAATGAAAGCTTAGGCTTTGTAAATGATTCCAGAAATTACATGGACGCGCTTCGTGTGTTAAAACAGTTACGTCAAAAACCTGTAACCGTTATTACCAACAACCCTGAAAAACTGGACGCTTTTAACGAAGCAGGTGTGCCTATACACGGTAGGACTCCACTATGGGGGGATATATCAGAGTACAATCGTAACTATTTACAAACAAAAGTGACAAAGTCTGGACATTATCAACCAGAAGGAGCTTTATTACGATGA	MEQQKKLTPHVFSILKDKIQRIDNGDEAIYLVGPIQLPVNLHGETSLFHWYCWLNAEVVTNDYQSIIEKLSSANLADSQQSSVLVYGDFGKADNALVRMHSICHTGDIFGSKRCDCGFQLREAMLRIKENGSGALFYLANHEGRGIGLFSKAMAYILQENGYDTVEANESLGFVNDSRNYMDALRVLKQLRQKPVTVITNNPEKLDAFNEAGVPIHGRTPLWGDISEYNRNYLQTKVTKSGHYQPEGALLR	PGPT0007985_609	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
AK148_02450	585	betI		HTH-type transcriptional regulator BetI	ATGGATGGGTTTCAAAGAAGGCGTGAAATGAAAAAAGCGGATATTTTACAAGCAGCGCTTCATCTGTTTATGGAATACGGGGTACAAAAAGTATCGATAAAAGAAATTGCCAGTAAAGCAGATGTTTCTCAAGTTACCATTTATAACTATTTTGTCAGCAAAGACATTCTAATAGATGAAGTCATCAACTATTATATAGATCGTGAGTTAGCAAATTTTGAGCAGTTAATAAAGAGCAATGATACATTCCCACAAAAAATAAAGGCGGTTATTTTTAATAAAAGCCAAACAGCAAAACAGATAAATGATAACTTTTACCAAAAAATTATGGAGATATATTCTAGAAAAGATAGTTATATTCAAGATGTATACAGTAAAAAAGCAGTGCCCATGATGATGGATTTTTTTGAAGAAGGGAAACGACAAGGCTATATCGACCAAAACATATCGAACGAAGCATTGTTTGTTTATTTACAAATCTTTCAAGAAGCTTTTCAACGTAAAGAAGTGTTTCAACAAATTTTACCCATAACAGAAGACATTACAAAGCTTGTTTTTTACGGTATTGTCGGAAATAATGGGTAG	MDGFQRRREMKKADILQAALHLFMEYGVQKVSIKEIASKADVSQVTIYNYFVSKDILIDEVINYYIDRELANFEQLIKSNDTFPQKIKAVIFNKSQTAKQINDNFYQKIMEIYSRKDSYIQDVYSKKAVPMMMDFFEEGKRQGYIDQNISNEALFVYLQIFQEAFQRKEVFQQILPITEDITKLVFYGIVGNNG				NA	NA	NA	NA	NA
AK148_02451	882		COG1131	Multidrug efflux system ATP-binding protein	ATGACAGTTTTACAAACAAAAAGTTTAACCAAACGTTTTGGAAAGTTCACTGCCTTAAATCAAGTCAATATAGACGTGAATGAAGGGGAGGTATATGGATTTATTGGACCTAATGGAGCAGGAAAATCGACTGCAATTCGTGTTTTGTTAGGGATTTTGAAAGCAACGAGTGGGGAAGCACGCATTTTTGGAATGGATGCTTGGAAAGATGCGGTGGCAATTCATAAACGGACGGCTTACGTGCCAGGAGATGTGCATCTTTGGCCAAATTTATCTGGCGGTGAAGTCATTGATTTATTTATTCAATTACGTGGTGGTGTTAAGAATAACCGTAAAGAAGAACTTATCCAACGTTTTGATTTAGATCCTAGCAAAAAATGTCGCACCTATTCAAAAGGGAATAGGCAAAAAGTTGCGTTAATAGCTGCTTTTTCCTCAGAAGCCGACTTATACATATTGGATGAGCCAACATCTGGACTCGATCCATTAATGGAGCAGGTTTTTCAATCTTGTGTGATGGAAGCAAAAGCAGCAGGAAAAAGCGTCTTATTATCTAGCCATATATTATCAGAAGTGGAAAAACTTTGTGATCACGTTGGAATTATTAGACAAGGGGAAATCATTGAATCAGGCTCTCTTCGTAAAATGCGACATTTAACGCGTACAAACTTACTAGTGGAAACGAAACAGCCGATTCTTGATTTGGAAAAACAAATTGGCGTCCATGAAATAGAAAAAGAAGGCGTTGAAGTAACATTCCAAGTTGATACAGAAAATTTAGATCAAATTATTCGGTATGTAAGCACGTTTGGAATTACAAAACTAGAAAGCGCTCCGCCAACTTTAGAAGATTTATTCATGCGGCATTATGAAGGAAAATGA	MTVLQTKSLTKRFGKFTALNQVNIDVNEGEVYGFIGPNGAGKSTAIRVLLGILKATSGEARIFGMDAWKDAVAIHKRTAYVPGDVHLWPNLSGGEVIDLFIQLRGGVKNNRKEELIQRFDLDPSKKCRTYSKGNRQKVALIAAFSSEADLYILDEPTSGLDPLMEQVFQSCVMEAKAAGKSVLLSSHILSEVEKLCDHVGIIRQGEIIESGSLRKMRHLTRTNLLVETKQPILDLEKQIGVHEIEKEGVEVTFQVDTENLDQIIRYVSTFGITKLESAPPTLEDLFMRHYEGK	PGPT0006725_11247	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_02452	1605		COG3559	Multidrug efflux system permease protein	ATGAGTCACTTACTGTGGAAACAAACGGGGCGCTTATCACGCTTTCTTTTTAGGCAAAATCGTATTAGAATGCCTATTTGGATTCTTTCTATCGTTATGTTAACGTTAACGATTGCTGTATCGTTCACGGATTTATATGATAATAAGGCAGAAAGACAAGCAATTGCTGAAACAATGCATAATCCAGCGATGACGGCGATGGTAGGGAAAGGATACGGATTAGATGACTATACATTTGGGGCGATGATGGCTCATCAAATGCTATTATTTACAGCGATTATCGTTGCTGTTATGAGTATCTTGTTAGTAACTCGCCATACCCGTGCAGAAGAAGAGGATGGACGGATGGAGCTTATCCGATCACTTCCCACAGGGCGTTTAGCCAACTTGGGTGCCGTGCAAAACTTTGCCTTAGTAATAAATCTACTATTAGCTTTAATAGTAGGTATAGGGTTGTTTTCGCTTCGAATAGAGAGTATCGATGTCCAAGGTTCCTTATTATATGGAGCCTCACTCGGAGCAATTGGCTATTTCTTCGCTGCAATTACCGCTGTTTTTGCGCAGTTGTCTGAGAGCTCTAGAGGTGCAAATGGATTTGCTTTTTTACTTTTAGGTATGGCGTATATCGTTCGAGCAATTGGAGACGTCAGTAATGAGACGTTATCTTGGTTCTCGCCATTAGGCTGGATTTTAGGTGGAGAAGTTTTCGTCTCCAATTATTGGTGGCCAGTGCTGATTACCATTATGGCTTCGTTCTTCTTATGGTTACTTGCTCTTTATTTACATCATATTAGAGACATGGGTGCTGGCTTTCTACCTGCAATAGGTGGGAGAAGGCAGGCAACGAAATGGTTGACTACACCTATTGGATTGTTTGTTCGTATTCAACGCACAACAATGATTGCCTGGGCAATCGCTTTATTTGCTATAGGTGTGTCTTACGGTTCAGTACTTGGAGACTTAGACTCGTTTTTTGCTGATGTAGATATGATGCAACAAATGTTAAATCCGGTGGAAGGATATACGTTAATGGAGCAATTCATTGCTATGCTGATGAGCATTATGGCAATGATCAGCACGATCCCCGTATTGCTTGCTATGTTGAAAATCATTAGTGAAGAAAAAAAGAACCGTACGGAACATTTCCTTAGCCGTGCTGTTTCTCGTCCGCGTTTAATCGGTAGTTCCCTAGCAATTGCGTTTATCGTAGCGTTTATTATGATTTCTCTTGCCGCAGTTGGCTTATGGAGTGCAGGGGCTGCAGTTGTAGAAGACGGATTAGACTTTATAGTTGTGTATAAAGCTGCTATCGTCTATTTACCTGCTATATGGGTCATGCTTGGAATTACAGTGACGTTAATTGGAATATCAGTGAAGTTTTCAAGTTTTGTTTGGGGTTATTTGTTGTATTCGTTCATTGTTGTTTATTTAGGAAATCTCCTACAATTCCCTGAGTGGATGATGAAGCTATCTCCATTCGGACATATTCCTCAACTACCTATTGAAGATATGGATTGGGGAGTGACCGTAAGTTTAACCTTGCTAGCGGTTGTTTTTATGTTCATCGGTTTTATTGGCTACCGAAAGCGTGATCTAGAAGGGTAA	MSHLLWKQTGRLSRFLFRQNRIRMPIWILSIVMLTLTIAVSFTDLYDNKAERQAIAETMHNPAMTAMVGKGYGLDDYTFGAMMAHQMLLFTAIIVAVMSILLVTRHTRAEEEDGRMELIRSLPTGRLANLGAVQNFALVINLLLALIVGIGLFSLRIESIDVQGSLLYGASLGAIGYFFAAITAVFAQLSESSRGANGFAFLLLGMAYIVRAIGDVSNETLSWFSPLGWILGGEVFVSNYWWPVLITIMASFFLWLLALYLHHIRDMGAGFLPAIGGRRQATKWLTTPIGLFVRIQRTTMIAWAIALFAIGVSYGSVLGDLDSFFADVDMMQQMLNPVEGYTLMEQFIAMLMSIMAMISTIPVLLAMLKIISEEKKNRTEHFLSRAVSRPRLIGSSLAIAFIVAFIMISLAAVGLWSAGAAVVEDGLDFIVVYKAAIVYLPAIWVMLGITVTLIGISVKFSSFVWGYLLYSFIVVYLGNLLQFPEWMMKLSPFGHIPQLPIEDMDWGVTVSLTLLAVVFMFIGFIGYRKRDLEG				NA	NA	NA	NA	NA
AK148_02453	498			IS256 family transposase ISSne1	ATGACAGATGCCATTCACCGTGTCTATCCTAAAGCAAAGCATCAGGTGTGCTGCGTCCATGTTGCCCGCAATATTGCTAAGAAGGTTCGTGTCAAAGACCGTGCAGAGATACTTGGTGACTTTAAAACTGTTTATCATGCCATAGACAAAAAAGAAGCCCTACAAGCGTTAGAACAGTTTCAAAGCAAATGGGAAAAGACATATCCACGTGTCATTGACGCAGTCGTAAAAAATGAACAATTATTAACATTTTATGAGTTCCCTGCCTCTATTCGACGGAGTATCTATTCCACAAATTTAATAGAAGCTTTTAACAAAGAAATAAAGAGATACGTCAAACGAAAGGAGCAGTTTCCAAACGAGGAGGCTTTAGAACGTTTTCTTGTCACGCGATTTCTAGAGTATAACCATAAATTCAGCATGCGCTGCCATCGAGGTTTTGATCAGGCGAAACCTGAATTAGTTGCCATGTTCGAATCTCTGGAGAATGGGACTTAG	MTDAIHRVYPKAKHQVCCVHVARNIAKKVRVKDRAEILGDFKTVYHAIDKKEALQALEQFQSKWEKTYPRVIDAVVKNEQLLTFYEFPASIRRSIYSTNLIEAFNKEIKRYVKRKEQFPNEEALERFLVTRFLEYNHKFSMRCHRGFDQAKPELVAMFESLENGT	PGPT0030665_4036	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030665-putative_transposase-K07493	NA	NA
AK148_02454	714			hypothetical protein	ATGAACCATCTTACTACAGATTTAATTGAAGCACTAGCAAAAAAACAAGATATTGAAGAAGTTTTTCGTCGTCATTTAGAAGAAGCTATTAACCAACTACTAAAACATGAATTAACTGTATTCCTGGATTACGAACCGTATGAACGCAAAGGAGTTCATTCTGGTAACTCTCGTAATGGATTTTATGACCGTACTTTTAAGACGGAGTACGGTGAGCTACAACTTCGTATACCAAGGGATAGGAACGGCGAATTTCAACAACAAACAGTGGCTCCATATAAGCGTTCCAACGACACGCTGGAACAGTTTGTTATTCATCTTTATGAAAAGGGAATTACAACAGATGAAATCGCACATTTAATCGAACGAATGTACGGACATCATTACACCAAACAGACCGTATCTAACTTAACCAAATTGGTAGCAGAAGATGTACAAGCATTTCATGAACGTAAATTAGAAAAGCGTTACGCGTGCATTTACTTAGATGCTACTCAAATCCCTATCCGTCGTAACACTGTAGAGAAAGAGTCTGTATATATTGCAATTGGAATCACGGGAAGTATTAGATTTTACTATTGCACCAACAGAATCCGCACACGTATGGGAAGAATTAATGCAGGAACTATATCAGCGTGGTGTTGCAGACGTTCTGCTCTTCATCTCAGACGGTCTAACTGGCATGACAGATGCCATTCACCGTGTCTATCCTAA	MNHLTTDLIEALAKKQDIEEVFRRHLEEAINQLLKHELTVFLDYEPYERKGVHSGNSRNGFYDRTFKTEYGELQLRIPRDRNGEFQQQTVAPYKRSNDTLEQFVIHLYEKGITTDEIAHLIERMYGHHYTKQTVSNLTKLVAEDVQAFHERKLEKRYACIYLDATQIPIRRNTVEKESVYIAIGITGSIRFYYCTNRIRTRMGRINAGTISAWCCRRSALHLRRSNWHDRCHSPCLS	PGPT0030665_2537	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030665-putative_transposase-K07493	NA	NA
AK148_02455	1752	bmrA_3	COG1132	Multidrug resistance ABC transporter ATP-binding/permease protein BmrA	ATGGAACATCATAAACGTCGTTTTACATCTTTTATCACTTTAATTCGTTCTACCAACATCCCAAAAGCCTCCCTTATTATGGGGCTTGTAGGAAGTATAATTACAACAATCGTTGGTTTAAGTATACCGTTGTTAACGAGAGAGCTAGTGGATGGTTTTTCTGTAGCTACCTTAAGTTGGACGCTCGTTGTTGTCATCGGGATTGTATTTATTTTGCAGGCCATTATTGATGGTGTTTCCACCTATCTATTAGCTGCAGTAGGGCAAAAAATTGTTGCCAGGCTTCGTGAACGCATGTGGTTAAAGCTTATTAAATTACCAGTGAGCTACTTTGATCGAACGAAAAGTGGGGAATCCGTTAGTCGTGTAGTCAATGACACTGGGATTGTGAAAGATCTTATTTCCCAACACTTTCCACAGTTTATCAGCGGGATTATTTCGATTATCGGCGCGGTGGCTATTTTATTAATTATGGATTGGAAAATGACGCTCATTATGCTTATCTCTGTACCTGTGACAATTATTTTTATGATACCTCTTGGGAGAAAAATGGCGTCCATTTCTCGAAGCCTGCAGGACGAAACAGCAAATTTTTCTGGAGATATTCAGCAAACATTAAGTGAAATACGACTGATGAAAGCTTCTACTGCAGAGCCATATGAGGCGAAAAAAGGTGTCCAAGGGATTGGCAAGCTACTTACACTTGGCTTGAAAGAGTCAAAAATTTTAGCTTTGATTGGGCCATTGATGTATTTTATCATTATGGCAGTAGTTGTCCTCATTATTGGTTATGGAGGAATTCGTGTAGCTAATGGAACCATGTCAACGGGTTCGTTAGTTGCCTTCCTACTTTATTTATTTCAAATCGTGATGCCGATTACGTCGTTTGCTATGTTCTTTACCCAATTGCAAAAAGCACAAGGGGCTACAGAGAGAATTATTTCGATTTTGGATTTACCTGAAGAAGTCGATCGAGAAGGCTTTGTTAAGGAAAAGGTGAGTGAACCGATTCATGTGCAACATGTTTCGTTTGCGTATGAAGGGAACGATACGGTGCTTGAAGATGTATCGTTTACTGCAAAACCAGGGGAAATGGTTGCTTTTGCTGGTCCTAGTGGTGGTGGAAAAACAACTTTATTTGGTTTGTTAGAAAGGTTCTACCTTCCTACGTCAGGCGATATTTTGATTGGGGATCATTCCATACAAACGATCTCGCTCAAAGATTGGCGAAAGCAAATTGGTTATGTTTCTCAAGAAAGTGCTATGATGGCTGGAACGATTCGTGAAAATTTAACATACGGGCTAGAAGAAGTAGAAGCTATTTCAGATGATCAGCTATGGGCGGTAGCTAAAATGGCGTACGCCGATGAATTTATTGCTGCATTTCCTGATCAATTGGATACGAAAGTAGGAGAAAGAGGTATTAAATTATCTGGCGGGCAACGACAACGTATCAATATTGCTCGCGCTTTTCTAAGAGATCCACAAATATTGATGATGGATGAGGCTACTGCGAGCTTAGATAGTCAATCGGAAAGAATTGTCCAACAGGCGTTAACAAAATTAATGCACGGAAGGACAACGTTTGTTATTGCGCATCGATTAGCGACGATTGTAAACGCAGATAAGATTATTTTTATAGAAAATGGCAAGATTACAGGTATTGGAAAGCATGAAGTGTTATTAGAGCAACATACTTTGTATCGAGAGTTTGCTGAGCAACAATTAACGAATGGCGAAAACAGTAACTAG	MEHHKRRFTSFITLIRSTNIPKASLIMGLVGSIITTIVGLSIPLLTRELVDGFSVATLSWTLVVVIGIVFILQAIIDGVSTYLLAAVGQKIVARLRERMWLKLIKLPVSYFDRTKSGESVSRVVNDTGIVKDLISQHFPQFISGIISIIGAVAILLIMDWKMTLIMLISVPVTIIFMIPLGRKMASISRSLQDETANFSGDIQQTLSEIRLMKASTAEPYEAKKGVQGIGKLLTLGLKESKILALIGPLMYFIIMAVVVLIIGYGGIRVANGTMSTGSLVAFLLYLFQIVMPITSFAMFFTQLQKAQGATERIISILDLPEEVDREGFVKEKVSEPIHVQHVSFAYEGNDTVLEDVSFTAKPGEMVAFAGPSGGGKTTLFGLLERFYLPTSGDILIGDHSIQTISLKDWRKQIGYVSQESAMMAGTIRENLTYGLEEVEAISDDQLWAVAKMAYADEFIAAFPDQLDTKVGERGIKLSGGQRQRINIARAFLRDPQILMMDEATASLDSQSERIVQQALTKLMHGRTTFVIAHRLATIVNADKIIFIENGKITGIGKHEVLLEQHTLYREFAEQQLTNGENSN	PGPT0028965_235	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_AbcA,PGPT0028965-abcA|bmrA-K18104	NA	NA
AK148_02456	1359	brnQ_1	COG1114	Branched-chain amino acid transport system 2 carrier protein	ATGGATAAAAAACTATCTTTTTCTAGTTATACAGCAATAGGCGTTATGTTGTTTGCCTTGTTTTTTGGAGCAGGTAATTTAATATTCCCCGCCCAACTTGGTCAACTGGCGGGAGGTAACATTTGGCAAGCAGTAGCTGGATTTCTGATTACAGGAGTTGGACTACCTCTATTAGGTATTTTAGCTATGAGTTTTTCAAATAGTGAAAGTCTACAGGATTTAGCTGGAAGAATTCATCCTGTTTACGGTGTTTTATTTACATCTGTTTTATATTTAACAATTGGGCCTTTTTTTGCAGCACCACGTACAGCTACAGTTGCTTATGATGTTGGTTTTTCATCTTTTACGGCTGAAGAATTCTCACAAATCGGACTATTTATTTTTTCTTTTCTATTTTTTGTTATAACGATGCTATTTTCACTATATCCAGCAAAAATTGTCGATTATGTCGGTAAACTGTTAGCTCCAGGAATTGTTATATTACTACTTGTATTATTGACGTTTGTTTTTGTTAACCCGATGGGGCCAGCTGAAATGCCGCAAGACGGTTATGTGAGTGGAGCGTTTGTTAAAGGGTTTTTAGAAGGTTATAATACGATGGATGCACTGGCATCACTTGTATTTGGAATTATAGTGATTAAAGCTATCCGTTCATTTGGAGTAACATCAAAAACAGAAATTATGCGCACCACAGCGAAGGCAGGAACTGTTGCAATTGCGTTACTTGCTACTATTTATGTCGGAATTGCATATTTAGGAGCTACGAGTACGAGTGTCTATGGTATTTTTGACACAGGTGGCCCCGTTTTAAGTAGTGCAGCAACACATTATTTTGGAACAGCTGGCATGATTTTACTTGCGATCGTTATTACGTTAGCTTGTTTAACAACGAGTATTGGCTTAACAACTGCGTGTTCGGAATATTTCCATTCTTTATATCCAAAGTTAAGTTACCGGAAGTTCGTATTACTGTTTACGATTGTTACTTTTACCATTGCGAACTTTGGATTAACTAACATTATAAAATATTCGATACCCGTTTTAATGCTGATATACCCACTTGCCATTGTATTAATGATATTAGCGTTTCTATCACCATTGTTTCATCATAAAAGAGCCGTTTATGTTTCCGTCACTTTAGTGACATTTGGCATTAGTTTGGTTGATGGTTTGAAAACATTATGTGAGACGTTAGGCATCGCGTACTTTCCGTGGTTAAAGCCAATTATTTCTTTTTATGAATCGATGTTGCCTCTTTATAATCAAGGGCTTGGCTGGCTATTACCTGCTTTTATCGTATTGATTATATCTGGAACGGTTTTGAGATTAGTAAAGCCTTCTACGGTTCATGCTTCTTAA	MDKKLSFSSYTAIGVMLFALFFGAGNLIFPAQLGQLAGGNIWQAVAGFLITGVGLPLLGILAMSFSNSESLQDLAGRIHPVYGVLFTSVLYLTIGPFFAAPRTATVAYDVGFSSFTAEEFSQIGLFIFSFLFFVITMLFSLYPAKIVDYVGKLLAPGIVILLLVLLTFVFVNPMGPAEMPQDGYVSGAFVKGFLEGYNTMDALASLVFGIIVIKAIRSFGVTSKTEIMRTTAKAGTVAIALLATIYVGIAYLGATSTSVYGIFDTGGPVLSSAATHYFGTAGMILLAIVITLACLTTSIGLTTACSEYFHSLYPKLSYRKFVLLFTIVTFTIANFGLTNIIKYSIPVLMLIYPLAIVLMILAFLSPLFHHKRAVYVSVTLVTFGISLVDGLKTLCETLGIAYFPWLKPIISFYESMLPLYNQGLGWLLPAFIVLIISGTVLRLVKPSTVHAS	PGPT0014385_463	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_BRANCHED-CHAIN_AMINO_ACID_TRANSPORT,PGPT0014385-TC_LIVCS|brnQ-K03311	NA	NA
AK148_02457	657	fadR_2		Fatty acid metabolism regulator protein	ATGCCTATACCTGTAAATCATTCGAAACCTGTTCGACAATCAGCAAAAGAAAGCGCATATAATCAAATACAGCAATGGATTATTGATGGTACATTACAGCCTGGTGAAAAGCTGAATGATTCAGAATTAGCGCAAGCATTGGGGATTAGCAGAACACCAGTGAGAGAGTCGCTGCAACTATTGGAAACAGAAGGATTTGTTCAAATGTTTCCTGGAAAAGCTACACAAGTAACCGAAGTGGAAAAAGAATCGATGAAAGATTTGCTACCGCCTTTAGCTGCTTTGCAAGCTTTAGCTGCTGAATTAGCTGTAGACAATTTAACGGCAGATGTCCTCGACTTGCTAGAAACAACGAACGACAGATTTGCAAAAGCCATTCATTCCGAAAATTACTATGCCGCATTAAAGATCGATGAAGAGTTTCATCAAATCATTGTTGATATAGCAAACAACCCTTACATCCAGCGAATTATTGCACATCTGCAAGCACATGTCAGACGATTATTTTTTCATAACTCCATTGTTTTAACTGAAAAATCGATCGAAGAGCATGCAAAAATTATTGAACTAATAAAAAACAGTAACAAAGAAGCATTATCACCAATAATGAAAGAGAATTGGTTACGAACAATAGACGAAATTGAATCATCACAATAA	MPIPVNHSKPVRQSAKESAYNQIQQWIIDGTLQPGEKLNDSELAQALGISRTPVRESLQLLETEGFVQMFPGKATQVTEVEKESMKDLLPPLAALQALAAELAVDNLTADVLDLLETTNDRFAKAIHSENYYAALKIDEEFHQIIVDIANNPYIQRIIAHLQAHVRRLFFHNSIVLTEKSIEEHAKIIELIKNSNKEALSPIMKENWLRTIDEIESSQ				NA	NA	NA	NA	NA
AK148_02458	744			hypothetical protein	ATGGATGCTTACGAACAGTCTGTACAACGTGAACTCGCGCAGTGGCGAAAGAAGATGTATCAAAATCCTAATCTGTTTCATCAAGTATCTAAAAAAGCGCAAATGAAAATAAATAGTTGGATTCCTGCTAAGGCGCAACGTTTTATTACAGAAAGCATTAAAAATATGGTGAAAACTATGCTAGTAGGATCGCAACTTACGACTAAAAAAGCGCTTATTCCAGAAAAAAGTTTATACAAGCAGGATGCGCTAGTAAAAGAAAAATTAGAAAGCTATCGCAAAACAGCTACGATTGAGGGGGCTGGAACAGGAGCAGGAGGTATATTTCTTGGTTTGGCAGACTTTCCACTCTTATTGTCTATTAAGGTGAAGTTTTTATTTGAAACTGCGGCTATTTATGGTTTTGATACAAAAGAATACGAAGAACGGTTATTTATGTTACATGTTTTCCAGCTTGCCTTTTCTCGCGATGAAATGCGAAAACAAACGATGTATACGATTGAAAATTGGGAGCAGGAAAAACATAAGCTAGTTGAAATGGATTGGGAAGTGTTTCAACAAGAATATCGCGATTATATCGACTTGGTAAAATTACTGCAAATGGTGCCAGGGTTTGGTGCGATAGTCGGTGCATATGCTAACTACAATTTATTGGACCAATTAGGAGACACGGCGATGAATGCATATCGCTTACGTCTACTTTCACTTCCGGGTGGTGGGTCTTTCATATCTAAACAAGAATAA	MDAYEQSVQRELAQWRKKMYQNPNLFHQVSKKAQMKINSWIPAKAQRFITESIKNMVKTMLVGSQLTTKKALIPEKSLYKQDALVKEKLESYRKTATIEGAGTGAGGIFLGLADFPLLLSIKVKFLFETAAIYGFDTKEYEERLFMLHVFQLAFSRDEMRKQTMYTIENWEQEKHKLVEMDWEVFQQEYRDYIDLVKLLQMVPGFGAIVGAYANYNLLDQLGDTAMNAYRLRLLSLPGGGSFISKQE				NA	NA	NA	NA	NA
AK148_02459	1125	queE		7-carboxy-7-deazaguanine synthase	GTGAAACAAATACAAGCGAAGAAACAAATGTCACCTTCCTATGATCCTTGGGAAGCATATTTAGATGTGAAACAGCATGGAAAGATGACATTATCAAACATTGAATTTACTACAACAACGCTTTGTAATATGCGCTGTGCCCATTGCGCTGTTGGCTACACATTGCAAGCGAAAGACCCAGAAGCATTGCCAATGGAATTATTGCAGCAAAGGCTTGATGAAATTCCCCATTTGCGAACATTAAGCATAACGGGTGGCGAACCAATGATGTCCAAAAAATCGGTGCGCGAACATGTTGTGCCACTATTGCGCTATGCTCATCATCGTGGTGTGAAAACGCAAATAAATTCGAATCTGACGTTACCATATAGTAGATATGAAGCTATTATTCCGTATTTAGACGTTTTACATATTTCTCATAACTGGGGCACTGCCGATGAGTTTGCGGAAACAGGATTTGCAAAAATGGAGCGAAAACCTTCGTTAGAAAACCGGAAAAAATATTTTTCTAGAATGGTAGAAAATGCACAACGATTATCCGAGGAAGGTGTCATGGTATCAGCCGAAACGATGTTAAATCGTCGTACGTATCCATATTTGGAGAGCATACACGATCATGTTCTGGAGATGGGTTGTGCAAGACATGAAATTCATCCGATGTATCCCGTTGATTTTGCAAGCAACTTAGAAACGTTGACTTTGGATGAAATTCGTACTGGAATAGAACGATTACTTAATCATCGAAACCAAGAAGTTTGGATGTTATTTGGCACATTGCCGTTTTATCCATGTAGCTCGTCACAGGCTGATTTAGAACTGCAAAAACGTATATTTAAAGCGAAAAATGTTTCGGTAAGAAATGATCCAGATGGTCGTTCTCGCTTAAATGTGAATATATTTTCCGGGGACATCATTGTAACGGATTTTGGTGATGAACCGAAGCTCGGAAATGTACAAACGACTCGTTTACCGGAGGCTTATGAGCGCTGGCTGGCAACCGAAACGGCTACATCTCTTAACTGCCATTGTCCTGCTGTAAAATGTCTTGGCCCCAACGTATTAGTAAAGAACACATATTACAAAGACGTTGATTTTCAACAGCGACAAGCAAGGATCAAGCGATAA	MKQIQAKKQMSPSYDPWEAYLDVKQHGKMTLSNIEFTTTTLCNMRCAHCAVGYTLQAKDPEALPMELLQQRLDEIPHLRTLSITGGEPMMSKKSVREHVVPLLRYAHHRGVKTQINSNLTLPYSRYEAIIPYLDVLHISHNWGTADEFAETGFAKMERKPSLENRKKYFSRMVENAQRLSEEGVMVSAETMLNRRTYPYLESIHDHVLEMGCARHEIHPMYPVDFASNLETLTLDEIRTGIERLLNHRNQEVWMLFGTLPFYPCSSSQADLELQKRIFKAKNVSVRNDPDGRSRLNVNIFSGDIIVTDFGDEPKLGNVQTTRLPEAYERWLATETATSLNCHCPAVKCLGPNVLVKNTYYKDVDFQQRQARIKR				NA	NA	NA	NA	NA
AK148_02460	276			hypothetical protein	ATGGATGGCTTAGGGGTTTTCTTCATCGTTGGCGTCGTATCTATGATTGTGTTTTATTTTACTTCTCGGACTTTACTAAACAAAAATTATAAAAAAATAACGTACTTGACTCCAGTAATCGTGGTAACTTTGGCATCATTCATTTTTTTCGCTTTAACATATCTTTTTGGTGAAGACGGATGGGAAATTATGGGTAATTATTTCCTTGCGATTGTCATTGTAGTAGGCGCTTTGATTGGAACATTCCTTCCATTTATCCATTCAAAGTATAGATGA	MDGLGVFFIVGVVSMIVFYFTSRTLLNKNYKKITYLTPVIVVTLASFIFFALTYLFGEDGWEIMGNYFLAIVIVVGALIGTFLPFIHSKYR				NA	NA	NA	NA	NA
AK148_02461	1098			hypothetical protein	ATGTTATGGGATATTTTGCAAGCATATGAAAAAATCATTCATAGCAGTATATCGATTATTGTATTACTAACTTTTTTCTTTTTACGCAAACGAGCGACTCGTTATTTGTTTGCATTGTTATTGAAAATTAGTAATCATACATTAAACGGCATTTTTGTTCAGTTGCGTGCTTCTTTTGAAAGACCTATACAAGGGCTTATTGTCATTATGGGCTTATATATTGCTGTGGTCTTATTTCCATATGTTCATCATACAAACGTTTTTTTTCTGCAAGTGATTCGTTCTGCCATTATTTTCATATTTGGCTGGGGGTTATTTCATCTATCTTCTTCCTCCTCCTTGCTCTTTACAAAGTTGAATGAGAAATTTCAATTTAATATCGACTCTATTTTAATCCCTTTTTTATCAAAGGCAGTGAGGTTAATTATCGTTGCTATCTGTTTTAGCATTATTGCCCAGGAATTTGGTTATGATGTCAATGGGTTTGTTGCAGGTCTCGGTATTGGAGGGTTAGCTTTCGCACTGGCTGCTAAGGATGCGCTTGCTAATTTTTTTGGTGGGATCATCATCATCACGGAAAAACCATTTACGATTGATGATTGGATTTTAACCCCAAGTGTAGAAGGAACGGTAGAAGATATCTCTTTTCGTAGTACGAAAATACGTACATTTGCTCAAGCGCTCGTTACCGTCCCCAATGCAACGCTAGCTAATGAATCCATCACAAATTGGAGTAAAATGGAAAAACGGCAAATTACATTTAATTTACGGGTGACCTATGACACTCCAAGAGATCGAATGGAGAATGTGATTGCGCAAATTAGAAAAAAACTGTTAGCAAACGAAGCGATTCATAAAGAGACTATTTTTGTTCATTTTGATCAATATCAGGAAAATGGTTTAGATATATTCTTATACTTTTTCACGAATACGACGGATTGGGGAGCGTATTTGCAAGTTAGAGAAGAAGTGAATCTAATGATTTTAGATATTTTGGAAAAAGAGCAAGTGACCATCGCGTTGCCTACACGAAAATTATTTGTCACAAATGAAGCGGATAACTTTTTGAAGCGTGTAAGAGGAGGGGAGGAAGGTTAG	MLWDILQAYEKIIHSSISIIVLLTFFFLRKRATRYLFALLLKISNHTLNGIFVQLRASFERPIQGLIVIMGLYIAVVLFPYVHHTNVFFLQVIRSAIIFIFGWGLFHLSSSSSLLFTKLNEKFQFNIDSILIPFLSKAVRLIIVAICFSIIAQEFGYDVNGFVAGLGIGGLAFALAAKDALANFFGGIIIITEKPFTIDDWILTPSVEGTVEDISFRSTKIRTFAQALVTVPNATLANESITNWSKMEKRQITFNLRVTYDTPRDRMENVIAQIRKKLLANEAIHKETIFVHFDQYQENGLDIFLYFFTNTTDWGAYLQVREEVNLMILDILEKEQVTIALPTRKLFVTNEADNFLKRVRGGEEG				NA	NA	NA	NA	NA
AK148_02462	759			hypothetical protein	TTGATTATTCGTAAGCAACAAAATAGCTTTATCTTCATAGAGCAAGATCAACATGCTCGCATATCTGAAAGTATGATTAAACATTGGAACAAAGCATATTTACCGCAATCTCCATACCAAGATTCAGCCATCTATGCCATCCAACAACATGATGTTGGATGGGAGCCGTTTGATGAAGAACCATTTTGGAATGACCAATCGCAAGCACCTTACAATTTCACAGATTTTCCAACACCGGCTAAGACAGTGTTATATACCGCTGGAATCGAAAAAGTCGCTTCCTCAGATTTGTATGCGGGTTTGTTATGCAGCTTACACTATACGCGGTTTCTTGAAAAAGATACTTCTTACTATAGTAAACAATTTGTTGATCAAGAAAGAAGGAGACAACAACGAATCATAAGTTCCCTGAAACAGTTTGATGAAGAAACATTAGCTATCCATCTTGATTTATTGCAGCTTTGTGATAATCTTTCTTTATTTATTTGCCTCAATGAACCAGGAGAAAACACGCACCCTTTCTTTAAAAAAGGGATTCCATTATCGGCTAAATTGAAAGGCTTTACAAACCAACTACTAGAAACGACGTGGCAAGATAAACAAACAATTCAACTATCACAACTTCCATTTTCATCAGCAACAACATTCACTTACCCGTATAAGCAGGTGACGAAAACAGCTATTTACGAGCAAGGACTGATTTCAACATATAAACAAGCACCTATAAAAGAAATAGCTGTTACTTTTGTGCAAGGATAA	MIIRKQQNSFIFIEQDQHARISESMIKHWNKAYLPQSPYQDSAIYAIQQHDVGWEPFDEEPFWNDQSQAPYNFTDFPTPAKTVLYTAGIEKVASSDLYAGLLCSLHYTRFLEKDTSYYSKQFVDQERRRQQRIISSLKQFDEETLAIHLDLLQLCDNLSLFICLNEPGENTHPFFKKGIPLSAKLKGFTNQLLETTWQDKQTIQLSQLPFSSATTFTYPYKQVTKTAIYEQGLISTYKQAPIKEIAVTFVQG				NA	NA	NA	NA	NA
AK148_02463	855	catE	COG2514	Catechol-2,3-dioxygenase	TTGGAGGCGAGGTTTTTTGGTCATTCGGTGGCTCATGTCAACGAAGTTTCGATTTACGTGACAAATTTAGAGTATTCACTGGCATTTTATCAATATTTGTTCGATTTTTCTTTATTAGAGAAATCTCAACATCAAGCTTTACTGTCAGCAAATGGTGCTACTCCAATATTAACTTTGGAACAGCCAGAATCTGTTTTATCGAAACAACAGGGGAGAACAGGGCTGTATCATTTTGCTATACTGCTTCCAAATAGAAGTGATTTGGCATCATTCTTACAGTTTTGTTTAGAGGAACAAATTCCTTTTGGGGCCTCAGACCATCACGTTAGTGAAGCGATTTATTTAACAGACCCAGATGGAAATGGAATAGAAGTGTATCGTGATCGCCCGTCAAGTAGATGGAAGTGGGATGATGATCAAATAATGATGACAACACATCAGTTAGATACAGCTGGATTGTTGGCGGAACCATCTAGTAATTGGGAGGGTGCACCAAAGGAAAGTCTGATAGGACATATACACTTACATGTAAACAATTTGGAACAAGCGAAAGCGTTTTATGTGAAAATACTAGGTTTTACAGAAGTAGCCCATTACCCAGGAGCATTATTTTTATCAACTGGTGACTATCATCACCATATTGCTATAAATGTTTGGAATGGAGAAAATGCTCTACCACCAGAAAAATATAGTGCTGGTCTAAAGTATTTTTCTATTGCATTTCCGAAAGCGCAAGCAATAGATCTAATTCATGATCAGTTAAAGAAAAAGGGATGGCATGCGATTCGAGCAAAGGATGGGGAGGGGTTATACGTTGACGACCCGTCTGGAAATAAAATTTTTCTATCCGTATAA	MEARFFGHSVAHVNEVSIYVTNLEYSLAFYQYLFDFSLLEKSQHQALLSANGATPILTLEQPESVLSKQQGRTGLYHFAILLPNRSDLASFLQFCLEEQIPFGASDHHVSEAIYLTDPDGNGIEVYRDRPSSRWKWDDDQIMMTTHQLDTAGLLAEPSSNWEGAPKESLIGHIHLHVNNLEQAKAFYVKILGFTEVAHYPGALFLSTGDYHHHIAINVWNGENALPPEKYSAGLKYFSIAFPKAQAIDLIHDQLKKKGWHAIRAKDGEGLYVDDPSGNKIFLSV	PGPT0005050_636	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
AK148_02464	954	yrbG	COG0530	Inner membrane protein YrbG	ATGGCGTATGTTCTATTGATTGTTGGATTTGTTTTATTAATAAAAGGTGCTGATTTCTTTGTAGATGGTTCGTCAAATATTGCCAGACTACTAAGAGTTCCACCAATACTAATTGGTTTAACTATTGTTGCATTTGGTACAAGCTCTCCAGAGGCAACGGTAAGTATTATTGCTTCATTACAAGGGACAGCAGACGTATCGATGGGAAATGTTATTGGGAGCAACATTTTTAATATAACACTGGTGGTTGGAGTCGCAGCGGTATTGTTTCCAATTAAAGTAGAGAATGAAACAATTCGAAAAGAAATTCCTTTTACTTTGCTAGCAAGTGTTGCTTTATTAATATTAATGAATGATAAAGTATTGCAAGGACTAAATTTAAATACAATATCTCGAAGTGACGGGCTTGTATTTTTATTGTTTTTATCTGTATTCATGTTCTATGTCATTGAAGTAGCGTTAAAGAGTCGTGAAAATGGAAGTGAAGTTACTGCTGTTCAAGACGTTAAATGGGGAAAAAACATTACAATTACCATTCTTGGGCTTTTAGGCATTGTCCTCGGTGGTCAGATGGTTGTGGAAAACGGCAAGGACATTGCTTATTCATGGGGAATGAGTGAAGCTCTTGTTGGTTTAACCATCATAGCGATTGGAACCTCCTTACCAGAACTGGTAACTTCCATTACAGCGGCTTTAAAAAAGGAAAGTGAAATAGCCTTAGGAAATATTGTCGGAAGCAATATTTTTAACATCTTATTCGTCCTAGGAACTTCTGCAGTCATTTCTCCATTAGAAGTCAGCGGGAAAATTACGATCGACATTTTGATAATGATTGCTATTACTGTATTATTACTTGCTTTTTCACGCACGAACTTTCGCATTAGCAAACGCGAAGGCCTTGTATTAGTTATAGGCTATATCGTTTATACGGTGTATATCATAGTAAGAAATTAA	MAYVLLIVGFVLLIKGADFFVDGSSNIARLLRVPPILIGLTIVAFGTSSPEATVSIIASLQGTADVSMGNVIGSNIFNITLVVGVAAVLFPIKVENETIRKEIPFTLLASVALLILMNDKVLQGLNLNTISRSDGLVFLLFLSVFMFYVIEVALKSRENGSEVTAVQDVKWGKNITITILGLLGIVLGGQMVVENGKDIAYSWGMSEALVGLTIIAIGTSLPELVTSITAALKKESEIALGNIVGSNIFNILFVLGTSAVISPLEVSGKITIDILIMIAITVLLLAFSRTNFRISKREGLVLVIGYIVYTVYIIVRN	PGPT0014400_2582	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0014400-yrbG-K07301	NA	NA
AK148_02465	603	mhqD	COG0400	Putative hydrolase MhqD	ATGAAACATATTTTTCAAAAAGGAAGCGACCCTACAAAACCTACATTATTATTGTTGCACGGTACTGGTGGTACAGAACAGGATCTGCTTCCATTAGCTAAAAAAATAGATGAAGGGGCAAATGTCTTAAGCGTAAGGGGAAATATTCTTGAAAATGGCCTGCCTCGCTTTTTCAAGCGTTTAGCCGAAGGAATTTTCGATGAGGAAGACCTCATTTTTCGAACCAAGGAATTAAATACCTTTTTAGATGAGGCCGCGGAAACATATACCTTTCATAGAGATAACATCATTGCTATCGGATACTCTAACGGTGCAAATATCGCAGCAAGCCTACTTTTTCATTATCAACATGCACTTTGTGGTGCAATACTCCATCATCCTATGGTACCGCGTCGAGGTATAGCGTTACCAAATTTAGCTCATAAACATGTGTTTATCGCTGCAGGAATAAATGACCCTATTTGTCCAGCACAAGAGTCAAAAGACTTAACAAAAATATTAAAGAATGCCGGCGCAAATGTCCACTTGCATTGGGAAAATCAAGGTCACCAATTAACATTACAAGAAGTAGAAGCCGCAGCACAATGGTACCAACATTTATAA	MKHIFQKGSDPTKPTLLLLHGTGGTEQDLLPLAKKIDEGANVLSVRGNILENGLPRFFKRLAEGIFDEEDLIFRTKELNTFLDEAAETYTFHRDNIIAIGYSNGANIAASLLFHYQHALCGAILHHPMVPRRGIALPNLAHKHVFIAAGINDPICPAQESKDLTKILKNAGANVHLHWENQGHQLTLQEVEAAAQWYQHL	PGPT0028515_3655	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
AK148_02466	423	mhqR_1	COG1846	HTH-type transcriptional regulator MhqR	ATGAAAGAAAATCTATCGTTAAAAGCTTTTGTCGTATTAATTAAAGCGTCAAAAGCGTTACAAGACTATGTTATGGAAGATATGAAGAATTATGGTATGAAAACTTCTGAATTCACCATTCTAGAAACACTTTATCATAAAGGAAAACAAACCGTTCGGGAAATTTCTGAAAGTGTACTAATTAAAACTGGTTCCATTACGTATGTTATTGATAAATTAGAAGAAAAAGGATTACTCCAAAGAAAACATTCCCAAGAAGATAGACGTGTCGTTTATATTGATATTACAGATAAAGGAAAGCAACTGATGGATGAAATTTTTCCAAAGCATCAGCAAGTCATTGAAGAACTCTTTACGGATGTAAGTGATGAGCAAAAGAAAGTCGTTATCGACGTGTTAAAAAAAGCTGGAAAGCGTTTATAA	MKENLSLKAFVVLIKASKALQDYVMEDMKNYGMKTSEFTILETLYHKGKQTVREISESVLIKTGSITYVIDKLEEKGLLQRKHSQEDRRVVYIDITDKGKQLMDEIFPKHQQVIEELFTDVSDEQKKVVIDVLKKAGKRL				NA	NA	NA	NA	NA
AK148_02467	1584	expZ_2	COG0488	Nucleotide-binding protein ExpZ	ATGCATTTACTATTAGATGCAAAAAAGATTTCATACTATATAAAAGATCGTAAATTATTATCAATAGATGCATTACGTGTGCATCGAGGAAATCGAATTGGTTTAGTTGGTAAAAACGGTTGCGGAAAGACAACGCTATTAAAAATACTTGCACAGACCATGACAGCTGAAACGAGCCATATTTCTCTGTACGGTTCAATTGATTTCATACCACAATTAAAAGAAACAAAGGAAACAAAAAGTGGCGGTGAAATAACGCAAGCATATATAAACAAAGCACTCGCAAGAAAAGCAGACATTTTACTTGCTGATGAGCCAACAGCCAATTTAGACACCTCCCATATGGAAGCATTGGAAGCTAACTTACAAAACTGGTCCGGTGCCTTCATTATTGTTTCTCATGATCGGGAATTTTTAGATGCCGTATGTACGAACATTTGGGAGCTAGAAGATGGCAGTCTTACAACATACAAAGGCAACTATTCTGATTATCAACAACAAAAAGAATTACAAATACAACAGCAAGAACAAGCGTATGATACCTATATAAAAAAGAAAGCACAACTAGAAGCAGCACTCGCTTTAAAAGAAAAAAAGGCTCAGCGGGCAACAAAAAAACCAAAGCAAACGAGCAACTCAGAAGCGAAAATAACAGGAGCAAAACCTTATTTCGCCAATAAGCAAAAAAAATTACGCAAAACCGCTAAAGCACTAGAAACACGCATTGAAAAACTAGAAAAAGTAGAAAAAGTTCGAGAAGTTCCCCTTCTTAAAATGGAGTTGCCGAATGAAACAGCAATTATAGGGAGAAACCTTTTACGAGTTGAAGATGTAACAGGAGAAGTACATCAACGTTTGTTATGGAATAAAGTTAGCTTTCAAATAAAAGGTGGCGATAAGGTAGCGATCATTGGAGCTAACGGAAGTGGGAAAACAACACTGATTAAAAAATTACTGCTACCAACAGAGCAAGTTCACCATTCTCCAGCTATGAAAATTGGTTACTTTAGTCAAAATTTAGATGTACTTGATACGAAAAAATCGATTTTACAAAATGTACGTGAGACATCCCATCAAAACGAGACCTTAATCCGTACAGTATTAGGAAGGCTTCATTTTTATCGCGACGATGTCCATAAACAAGTAGCTGTTCTTAGTGGTGGTGAACGTGTGAAGGTTGCTTTTGCTAAGTTATTTGTAAGCAATATTAACACCATTATTCTTGACGAACCGACTAATTTTCTTGATATTGAAGCAGTGGAAGCTTTGGAATCCCTGTTAACAGAGTATCAAGGCACTGTCATATTCGTCTCCCATGACCGAAGATTCATTCAGACCGTCGCAACTAAAATTTTCGCTTTCGAAGATCAGACCATAAAGATTTTTGAAGGCACTTATGAAGTGTATAAGCAAGCATCATCGCAACCGAAAGAAGAGGCAAATGAGCACGAACGAATGGTTATTGAAACAAAAATCACTGAAGTACTAGGAAAATTGAGCATAGAGCCTTCAGACCAATTGGAACAAGAATTTCAAGAACTTGTCGCCAGAAAAAATGAATTACAAGCAAAGAAAAAACGGTAA	MHLLLDAKKISYYIKDRKLLSIDALRVHRGNRIGLVGKNGCGKTTLLKILAQTMTAETSHISLYGSIDFIPQLKETKETKSGGEITQAYINKALARKADILLADEPTANLDTSHMEALEANLQNWSGAFIIVSHDREFLDAVCTNIWELEDGSLTTYKGNYSDYQQQKELQIQQQEQAYDTYIKKKAQLEAALALKEKKAQRATKKPKQTSNSEAKITGAKPYFANKQKKLRKTAKALETRIEKLEKVEKVREVPLLKMELPNETAIIGRNLLRVEDVTGEVHQRLLWNKVSFQIKGGDKVAIIGANGSGKTTLIKKLLLPTEQVHHSPAMKIGYFSQNLDVLDTKKSILQNVRETSHQNETLIRTVLGRLHFYRDDVHKQVAVLSGGERVKVAFAKLFVSNINTIILDEPTNFLDIEAVEALESLLTEYQGTVIFVSHDRRFIQTVATKIFAFEDQTIKIFEGTYEVYKQASSQPKEEANEHERMVIETKITEVLGKLSIEPSDQLEQEFQELVARKNELQAKKKR	PGPT0027945_17	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027945-vga-K19349	NA	NA
AK148_02468	753	glcR	COG1349	HTH-type transcriptional repressor GlcR	ATGCTAACGACAGATCGGTACGTTAAAATAATGCAATTATTAGAGGAAAAGCAATCCATTAAAATACAAGATGCTATGGAAGTAACGAAAGCATCTGAATCAACAATCCGTAGGGATTTAACGGATTTGGAATCACAAGGCAAATTAGTGCGAATTCATGGAGGCGCTACTGTACTTGAGCGTAAATTACAAGAATGTAGCGTAAAAGAAAAATCCACCAAAAACCTTCAAGAAAAAATCAAAATCGCGCAAGTGGCAGCAAATCTTGTTCATGAAGGCGATTGTTTATTTCTTGATGCTGGAACAACAACGTTGCAAATGATTCCGTATCTTAAAGAAAAAGAGGTTGTCGTTGTAACAAATGGCCTTTCCCATGTTGAAGCTTTAATGCAAAACGGTATCTCCACCTATCTTACGGGTGGATACATGAAAGAAAAAACAGGAGCGTTAGTAGGTGTACAAGCTGTTCAATCCATTCATCATTATCGTTTTGACAAATGCTTTTTAGGTGCGAACGGCTTTCACGTGAAGTTAGGCTATACGACACCTGACCCAGAAGAAGCAATGGTGAAAAAGACAGCGGCGAACCATGCCTTACAAACATACGTCCTAGCAGATCAATCCAAAAAAAGTAAAATAAGTTTTGCAAAAGTACTTGATTTGCAGGAGGCTACTTTAATAACGGAAGAACTGCCTCAAGATGAAATAAAGCGTTTTACAAAAGAAACATCAGTAAAGGTGGCAGAACAATGA	MLTTDRYVKIMQLLEEKQSIKIQDAMEVTKASESTIRRDLTDLESQGKLVRIHGGATVLERKLQECSVKEKSTKNLQEKIKIAQVAANLVHEGDCLFLDAGTTTLQMIPYLKEKEVVVVTNGLSHVEALMQNGISTYLTGGYMKEKTGALVGVQAVQSIHHYRFDKCFLGANGFHVKLGYTTPDPEEAMVKKTAANHALQTYVLADQSKKSKISFAKVLDLQEATLITEELPQDEIKRFTKETSVKVAEQ	PGPT0017590_1704	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
AK148_02469	924	pfkB	COG1105	ATP-dependent 6-phosphofructokinase isozyme 2	ATGATATACACATGTACCATGGCTCCTTCCGTGGATTACACTACATTTCTTGCATCTTTTCAAACAGGAGAGTTAAACCGAGCAAATGCAGTGAATTACTATCCTGGAGGGAAGGGGATTAATGTATCAAGGGTGTTACAACAGTTTAACATCCCGTCTACAGCACTCGGGTTTGTTGGTGGATTTACAGGGGAGTTTATTACACAAAAGTTGCAAGAAGAAGGCATTCAAACAAATTTCATTCAAACGAATGAGACGACTCGAATTAATGTCAAAGTGGCAGCGAAATCAGCAACAGAATTAAATGGACCAGCGCCACGCATTTCTGAAAAACAGCAGCAAGAACTATTAGAAAGAGTGCAGCATTTTAAGACACAAGATTGGCTTATCTTAGCGGGAAGCATACCGAGTACGATATCAACTACGTTCTTAGAGGAAATGGTTAAAACATGTGAACAATTAGGAGTGCGTCTTGCTGTAGATACGTCTGGACAGCCTTTGCAACAGTTAATGACAATGACACCATATTTCGTAAAGCCAAATGAGCATGAACTTGGTGAGTTATTTAACACAAAGATAACAACCGTAGATGAAGTTATCTATTATGGCAAACAACTCGTGGAAAAGGGGATACAGCATGTTATCGTATCTTTAGGTGCAAAAGGAGCAATTTATTTATCCCATGACTGTATCGCTGTAGCAGATCCTTTGCAAGGTGAAGTGATGAATACGGTTGGTGCGGGGGACTCTATGGTGGCGGCTTTTATCGCACAAATGACAGCTGAAGCAAGTAAGGTTGATGCCTTTCGTTATGCCGTAGCAGCTGGGAGTGCAACAGCTTTTAGTAATGACTTATGTGACCGACAGCTAGTAGAGAAGTTAGCCCAAGATGTTTGCGTTAATATATATACAGACAGGATGTGA	MIYTCTMAPSVDYTTFLASFQTGELNRANAVNYYPGGKGINVSRVLQQFNIPSTALGFVGGFTGEFITQKLQEEGIQTNFIQTNETTRINVKVAAKSATELNGPAPRISEKQQQELLERVQHFKTQDWLILAGSIPSTISTTFLEEMVKTCEQLGVRLAVDTSGQPLQQLMTMTPYFVKPNEHELGELFNTKITTVDEVIYYGKQLVEKGIQHVIVSLGAKGAIYLSHDCIAVADPLQGEVMNTVGAGDSMVAAFIAQMTAEASKVDAFRYAVAAGSATAFSNDLCDRQLVEKLAQDVCVNIYTDRM	PGPT0017580_1536	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
AK148_02470	1890	fruA_1	COG1299	PTS system fructose-specific EIIABC component	ATGAAAATCACGCAGTTAATAACAGAAGAAACAATTTCACTTAATTTACAAGCTAATTCAAAGCAGGAAGTGATTGATGAGTTAATTCATCAGTTGGATCAAGCTGGTAAATTAACGGATAAAAATGCCTTTCGTGAAGCTATCTTACAACGAGAAGAACAAAGTACGACGGGGATTGGGGAAGGCATAGCCATTCCACATGGGAAATCACGAGCTGTGAAGACGCCTGCAATTGCTTTTGGTCGATCTACGGAAGGAGTTGACTACGACACTTTAGATGGGGAGCCAGCGCATTTATTTTTTATGATTGCTGCAAGCGCTGGGGCGAATAATGAACATTTACAAGCGTTGTCACGACTATCCACATTATTAATGGATAAGGCCTTTCGTGCAAAACTATTACAAGCGACGAATAAAAAGCAAGTGTTAGAAGCGATTGATCAGAAAGAAACGGAATTGGACCAACGAAGTGGCCAACAAGAGGAGACAAATAAGAGCTATATACTTGCTGTGACGGCTTGCCCAACAGGGATAGCACATACATATATGGCAAAAGAAAAACTACTAGAAACAGCCAAAGAACTAGGTCTTTCTATCAAGGTAGAAACAAATGGTTCCGATGGTGTTAAAGACCGTTTAACAGAAAAAGAGATTGCAAATGCTGATACGATCATTGTTGCAGCGGATACAAAAGTAGAAATGGAGCGGTTTACAGGAAAACCTGTTATTCAAGTTCCCGTGGGGAAGGCGATTCATGAAGCAAACGATTTGTTACAACGTGCAGCTGAGAAAGATGCTCCAATATTTCATGGAGAAAAAACGAATGAGGATGTTCCGAATAGTGGCATAAAAAATGGCTTTTATAGACATCTTATGAACGGCGTTTCTAATATGTTGCCGTTTGTTGTCGGGGGCGGTATCCTCATTGCGCTATCTTTTTTCTGGGGCATTCAGTCGAGTAATCCAGATAGTGAACAATACAATGCGTTCGCCGCTATGTTAAATGAGATTGGTGGAGGAAAGGCGTTTTTCCTGATGGTCCCTGTATTAGCAGGATTTATTGCATCAAGTATTGCAGACCGTCCTGGATTTGCACCAGGTATGGTAGGTGGTTTAATTGCGATTACCGTTTCTGATGCAGAAGGCGCTAGTGGCTCTGGATTTTTAGGAGGACTTATTGCAGGTTTTCTTGCCGGGTATATCACCTTGTTTGTAAAAAAAGCGCTAGCTCCATTGCCAGACGCTTTAAACGGATTGAAACCGGTGCTTTTCTATCCATTAATTAGTATTGGAGTAACTGGTCTAATTATGATGGTGATTAACCCACCGTTAACACAAATATATACAGCTATTTCCTCATTATTAGAAGGGATGAGTGGCACGAACCAAATCCTTTTAGGGGTTATTTTAGGAGCGATGATGGCATTTGACCTTGGGGGACCTGTGAATAAAGCAGCTTATACATTTGGTATCGCCATGCTTGATGCTGGCAATTATACATTCATTGCTTCTATCATGGCTGCTGGAATGGTTCCACCACTAGGAATGGCTTTAGCTACAACATTGTTTAAGAATAAATTTACGAAAACAGAGCAGGAAGCAGGGAAAACATCTTATGTACTAGGTGCTTGCTTTATTACAGAGGGCGTTATACCATTCGCCGCTGCTGACCCGACGCGAGTTATTCCATCCGTTATGGCTGGTGCTGCTGTCACCGGCGGGCTTACGATGTTATTTGATATTGGACTACGCGCACCACACGGAGGTTTATTTGTCATTGGTTTAGTCGAAGGTGGTTTGATATCTATTTTCCTTTATTTAACATCCATTGTTGTAGGTGCTGTTGTTACGGCTATCTTAGCAGGTTTGTTGAAAAAACGACGAGTATAG	MKITQLITEETISLNLQANSKQEVIDELIHQLDQAGKLTDKNAFREAILQREEQSTTGIGEGIAIPHGKSRAVKTPAIAFGRSTEGVDYDTLDGEPAHLFFMIAASAGANNEHLQALSRLSTLLMDKAFRAKLLQATNKKQVLEAIDQKETELDQRSGQQEETNKSYILAVTACPTGIAHTYMAKEKLLETAKELGLSIKVETNGSDGVKDRLTEKEIANADTIIVAADTKVEMERFTGKPVIQVPVGKAIHEANDLLQRAAEKDAPIFHGEKTNEDVPNSGIKNGFYRHLMNGVSNMLPFVVGGGILIALSFFWGIQSSNPDSEQYNAFAAMLNEIGGGKAFFLMVPVLAGFIASSIADRPGFAPGMVGGLIAITVSDAEGASGSGFLGGLIAGFLAGYITLFVKKALAPLPDALNGLKPVLFYPLISIGVTGLIMMVINPPLTQIYTAISSLLEGMSGTNQILLGVILGAMMAFDLGGPVNKAAYTFGIAMLDAGNYTFIASIMAAGMVPPLGMALATTLFKNKFTKTEQEAGKTSYVLGACFITEGVIPFAAADPTRVIPSVMAGAAVTGGLTMLFDIGLRAPHGGLFVIGLVEGGLISIFLYLTSIVVGAVVTAILAGLLKKRRV	PGPT0017120_1080	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
AK148_02471	927			hypothetical protein	GTGCAAATCATTCACCCTAAAAGTGAGCCCCTGTTTTTAACACTTTACGTGTGCGACATGAAAGTAGGAGCGTCTTCATTTCATTCTTGTTCATGCATAAAAAGCGTCACATATAAAGTGTTTAAACGAGGTATGGTATCTATAAAAAATGTAAGTTGGGATAGGATGTTATTTTACTATCCCGGCTATTTTTTCCCTCATATAAGAGTGAGGAGGAAGAAATCGCTCGTACTTGGGAAGAGATCGCTCACGCTTGCGCAAAAATCGCTCGTGCTTGGGAAGAGATCGCTCGCGCACGTGCAAAAATCGCTCGTACTTGGTAAGAGATCGCTCACGCCCGTGCAAAAATCGCTCGTGCTTGGGAAGAGATCGCTCGCGCCCGTGCAAAAATCGCTCGTACTTGGTAAGAGATCGCTCACGCTTGCGCAAAAATCGCTCGTGCTTAGGAAGAGATCGCTCGCGCACGTGCAAAAATCGCTCGTACTTGGGAAGAGATCGCTCGCGCACGTGCAAAAATCGCTCGTACTTGGGAAGAGATCGCTCACGCTTGCGCAAAAATCGCTCGTGCTTAGGAAGAGATCGCTCACGCCCGTGGAAAAATCGCTCGTGCTTAGGAAGAGATCGCTCGCGCCCGTGGAAAAATCGCTCGTGCTTAGGAAGAGATCGCTCACGCTTGCGCAAAAATCGCTCGTGCTTGGGAGAACATCGCTCACGCCCGTGGAAAAATCGCTCGTACTTGGGAAGGGATCGCTCACGCTCGCGCGAAATTCGCTCGTACTTGGGAAGAGATCGCTCGCGCACGTGCAAAAATCGCTCGTGCTTAGGAGTAGATCGCTCACGCTTGCGCAAAAATCGCTCGTGCTTGGAGGAAAACTCTCCCGCGCGAGAATGCTCACGGAGTTAGTGGCAAAAAAGGAAAATTATTAA	MQIIHPKSEPLFLTLYVCDMKVGASSFHSCSCIKSVTYKVFKRGMVSIKNVSWDRMLFYYPGYFFPHIRVRRKKSLVLGKRSLTLAQKSLVLGKRSLAHVQKSLVLGKRSLTPVQKSLVLGKRSLAPVQKSLVLGKRSLTLAQKSLVLRKRSLAHVQKSLVLGKRSLAHVQKSLVLGKRSLTLAQKSLVLRKRSLTPVEKSLVLRKRSLAPVEKSLVLRKRSLTLAQKSLVLGRTSLTPVEKSLVLGKGSLTLARNSLVLGKRSLAHVQKSLVLRSRSLTLAQKSLVLGGKLSRARMLTELVAKKENY				NA	NA	NA	NA	NA
AK148_02472	561			hypothetical protein	GTGCAACAAAAAGAAATCTACTTATTACTTACAGATACAAATTCATGGCTTACAAGACTAATTAAATTGTATACAAAAAAACCATACAATCATGCTTCTATAGCTTTTGATGAAAAACTTGAGCACGTCTACAGCTTTGGGAGAAAAGCTCCTAAAAATCCATTTATAGGTGGTTTTGTAAAAGAAAATATGCATGAAGGTTTATTTAAACATGCAAACGGCGTTATCTATTCCATATCCATCACAGAAGAACAGTGGCAACTAATAAACCAATATATTCAGAACATATATGCAGAAAAAGATGCTTATCGATACAATTTCATCGGTTTATTTGGGTTTCTTCTTAAACGCCCGATTAATAGAAAAAACGCTTTTTTCTGCTCACAATTCGTAGCTACAGTCCTACAAGAGAGCAATGTAGTCAAGTTTAATAAACCAGCTCCCCTAGTTACTCCTCATGACTTGGAGGATGCAGGCATTTTCCATCTCGTTTATCAAGGGAAAATAAATGCGTACTATAATCAACCTCAAATGAGAAGCATGGAATCCACCAGCTGCTAG	MQQKEIYLLLTDTNSWLTRLIKLYTKKPYNHASIAFDEKLEHVYSFGRKAPKNPFIGGFVKENMHEGLFKHANGVIYSISITEEQWQLINQYIQNIYAEKDAYRYNFIGLFGFLLKRPINRKNAFFCSQFVATVLQESNVVKFNKPAPLVTPHDLEDAGIFHLVYQGKINAYYNQPQMRSMESTSC				NA	NA	NA	NA	NA
AK148_02473	1149			hypothetical protein	ATGCAAATCATATCGATCGAACCGACCCCCAGTCCATATTCCATGAAAATTAATGTGAATGAACAATTACAAGATGGGGAAACTTTCAATTACACGCTTCAGGATGACTTACAAGATGCACCTGCCTATATACAGCAATTATTTCAAATTAACGGAGTAAAAGGTATTTATAGAGTAGTCGACTTTATCGCTTTAGAACGAAATCCGCGTGTAGCTTGGGAAGACATCTTGCCCAAAGTAAGCGAAGTTCTAGGCTCTGCAGAAGAAAATAATGCCATTTCACCTACAAGTTTCCTAAATACAGATGAAGCTTTTGGAGAAGTTCAAGTATATTTGCAATTATTTCGCTACATCCCCATGCAAGTAAAAGTAACAGATGGAAATACAGAAAAGCGTTTTGGGTTACAAGAGCGATTTATGAACGCCGTAATGGAAGCTTCAACGGCATCTGATAATATGTTGGAAGAGCGCAAATGGATTGAGCAAAATCCCCGCTATGGCGAGATAGAGACTGTGGGAGAAGAAGTCGTTGAAGAAATTACTGCAAGCTATGATGAAAAACGACTACATAATCTCATTCAATATGCAAAAACAAATGATGCGTCATTTATTTCTTCCTATCATAAAAAAGTAACAATGGAGATGTTAGATCACCCCAATTGGAAAGAACGTTATGCTGCACTAGACCGCATGGAACCTTCCAAAGCAGACTTACCTGTTTTAAATAAAGCACTCGCGGATGAAAAAGCATCCGTTCGCAGGTTAGCTACTGCCTATTTAGGTATGATTGAAAATAAAGAAGTGCTTCCATATTTATATAAAGCACTAAAAGATAAGGCTGTTAACGTAAGGCGAACGGCAGGTGATTGCCTATCCGACCTTGGTTTTTCCGAAGCCATACCAGCGATGATCGAGGCACTAAAAGATAAAAGCAGATTAGTTCGCTGGCGTGCTACGATGTTTTTATATGAGCGAGGCGATGAAACTGCTATAGAAGCTTTGGAAGATGCAGTGAACGACCCTGAATTCGAAGTACGCATGCAAGCAAAAATGGCTTTAGCACGAATTAAAGACGGAGAAGAAGCAAAAGGATCCATTTGGAGTCAAATGACAAAAGCAGTGAAAGAAAAAAATCTAGGCAGGGGTTAA	MQIISIEPTPSPYSMKINVNEQLQDGETFNYTLQDDLQDAPAYIQQLFQINGVKGIYRVVDFIALERNPRVAWEDILPKVSEVLGSAEENNAISPTSFLNTDEAFGEVQVYLQLFRYIPMQVKVTDGNTEKRFGLQERFMNAVMEASTASDNMLEERKWIEQNPRYGEIETVGEEVVEEITASYDEKRLHNLIQYAKTNDASFISSYHKKVTMEMLDHPNWKERYAALDRMEPSKADLPVLNKALADEKASVRRLATAYLGMIENKEVLPYLYKALKDKAVNVRRTAGDCLSDLGFSEAIPAMIEALKDKSRLVRWRATMFLYERGDETAIEALEDAVNDPEFEVRMQAKMALARIKDGEEAKGSIWSQMTKAVKEKNLGRG				NA	NA	NA	NA	NA
AK148_02474	477			hypothetical protein	ATGGAAAAACTACCAATGAGTGCCTCGAGAACGGTTCAAACAAGACTGGTTTTACCGCCAGATACAAATCATTTAAATACGATATTTGGTGGTAGAATCCTAGCATATATTGATGAAATTGGTGCGTTATGTGCCATGCAGCATGCTAAAAGTACAGTAGTAACCGCATCGATTGATTCGGTAGATTTTTTATCGCCAGCTAAAGCTGGAGATGCTTTAACGATTGAAGCTTTTGTTAGTTATACAGGAAGAAGTTCGATGGAAATTTACGTTAAAGTAACAGCGCGTGATTTAATTAATCAAAACGAACGGCTAACGACAGAGTCATTTCTCACTATGGTTGCAGTAAATGAGGAAGGCAAGCCAGTACCAGTGCCGCAAGTATATCCAGAAACGGAAGAAGAGAAGATTTTGTATGAGTCGGCACCGTTTCGTAGAGAGAACCGGAAGCTAAGATATACAAGTCGAAATAAATAA	MEKLPMSASRTVQTRLVLPPDTNHLNTIFGGRILAYIDEIGALCAMQHAKSTVVTASIDSVDFLSPAKAGDALTIEAFVSYTGRSSMEIYVKVTARDLINQNERLTTESFLTMVAVNEEGKPVPVPQVYPETEEEKILYESAPFRRENRKLRYTSRNK				NA	NA	NA	NA	NA
AK148_02475	450			hypothetical protein	ATGAAAATATTTGTTGATGCCGACGCTTGCCCAGTTAAAGAGTCTATTATAAAGTTAGCTCAAGCATATCGCATCCCAGTTACACTCGTGCAAAGTTTTTCCCATTATTCTAGTAAAACAAATCCAGAAGGGGTCGAAACGATCTATGTAGATTCAGGGGCTGATGCCGCGGATTACCGTATTATGCAACTCGTAAGTCGTGGAGATATTATTGTTACACAAGATTATGGACTCGCTTCATTAGGACTTGCTAAAGGATGCCATGTGATGCACCATAAAGGATTTCTATACACAAATGAAAATATAGATTCGCTTTTACAGACACGTTACTTAAATGCGATGGCAAGGAAAAGCGGAAAACGAACGAAAGGGCCAAAAGCTTTTTCTGAGGAAGATCGGCAATTGTTCGAAACTCGTTTTCGTTCCTTACTTATAGAAAAACTCGACTAA	MKIFVDADACPVKESIIKLAQAYRIPVTLVQSFSHYSSKTNPEGVETIYVDSGADAADYRIMQLVSRGDIIVTQDYGLASLGLAKGCHVMHHKGFLYTNENIDSLLQTRYLNAMARKSGKRTKGPKAFSEEDRQLFETRFRSLLIEKLD				NA	NA	NA	NA	NA
AK148_02476	504			hypothetical protein	ATGCAATTAGTTACACCGAGTTTAAAATGGGAGTCTGAACATCAGGCTTATTGCAAAGAGTGGGGGTCATCAAAAATGATCCCAAACAGTTTCAGTTTAGATGGGTATACAGATTACAGTGTTTATTTGAAAGCATTAAGGTTAAAGCAAAAAGGAAGTGAGCATTGGGTTCCCAACTCTAATTACTTCTTAGTTAACGGGGAACAAAAAATCGTAGCGATGGTTAGTATCCGCCATGAGCTGAATGACTTCCTCTGGAGGGAGGGCGGACATATCGGTTACAGCGTGCGACCATCACAACGTAGAAAAGGGTATGGCGCGAGAATACTAGAGGAAGCTTTAGCTAAATGTAAGCAATTGGAATTAGGAGATATTTTAGTTACATGTGCGGCAACGAATGTTGGCTCTACAAAGGTCATTATGCATAATGGTGGCGTAAAAGCTGAATCACATCGAGATGAAAACGGTTTGGAAACAAGACGATTTTGGATAAAGAATGGTTGA	MQLVTPSLKWESEHQAYCKEWGSSKMIPNSFSLDGYTDYSVYLKALRLKQKGSEHWVPNSNYFLVNGEQKIVAMVSIRHELNDFLWREGGHIGYSVRPSQRRKGYGARILEEALAKCKQLELGDILVTCAATNVGSTKVIMHNGGVKAESHRDENGLETRRFWIKNG				NA	NA	NA	NA	NA
AK148_02477	459	ebgA	COG3250	Evolved beta-galactosidase subunit alpha	ATGCCTATTCATCAACAATACGACAACGTGTCTTGGCGCGGCTTAGGCCCACACGAGAACTACGTTGATTCCTGCCAATCCGTTTACCATGGCGTATTCCATGCACATGTAGATGAGTTATTTCAAGAAAATGGAAATCATATGAATTGCGATTGGATTGGCTTGGCAAAGCAGAATAAAGGCATACTCATCCACACAGAAAATCCGCTAAACTTTAGTGTTTCCAAGTATGAAGACCGGGATTTGGAGATGGCAAAGCATACGATTGATTCAGTGGAACGCGATTATCTCATCCTTCACTTGGATAAACAACAGAACGGATTAGGAAGTAATTCCTGTGGGCAAAATCTACTGGATAAATATCGTTGTAATTTGAAGATTTTTCATTTTAATTTTCCACTTACTCTGAAAGATTTAACTACGCGAAGCCTTGTAGATTGGGGAAGATGCCAAAGCTAA	MPIHQQYDNVSWRGLGPHENYVDSCQSVYHGVFHAHVDELFQENGNHMNCDWIGLAKQNKGILIHTENPLNFSVSKYEDRDLEMAKHTIDSVERDYLILHLDKQQNGLGSNSCGQNLLDKYRCNLKIFHFNFPLTLKDLTTRSLVDWGRCQS	PGPT0018785_159	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0018785-ebgA-K12111	NA	NA
AK148_02478	627			hypothetical protein	ATGAACAATAAATTGTATATTTTTTTACTTATCATTTTTTATTTATTTCTTACTGGTTGTACAGATCAAAAAGATTTACAAGATACTAAATCGACTTCTAAATTAACTCTTAAACAGGCAATAGAATTAGCATATTCAGATGCAGTACTTTGGAACAAACAAGCTAAGTTAATCGATGCAACTAGTATTGATAACGATGATAAACAAACTGGAGGTGATGGAAGACGTAGATATTGGAATATAACATTTGGGATACCTAACACAAATGATCTTTATCTAGTAAACATACATGATGGGAAAATCAATGAACATGTAGCTTTTCCAAATGAAGGAGAAGAACTTAGACCAAAAGCATATTTCATTACCAATTTGTCAGAAATCAAATATGACACACCTGAATTACTTAAAAAAGCGAAATCACTAACAAATTTATATCCGGGAGACGTATTTGCAAAAGGTTATAATTTTGGAATTACAAAAGATCCTAAAAAAAACATAATTCTTGTAAAAATTATTGGATGGGATAAAGAAAGAAAAAAAAAGAAATATTTACTTTTCAATGGAGAAACAGGAGAGTTGCACAATGAATTTGAAAAGAATCAATACAAAGGAGAGGAAAAGCATTGA	MNNKLYIFLLIIFYLFLTGCTDQKDLQDTKSTSKLTLKQAIELAYSDAVLWNKQAKLIDATSIDNDDKQTGGDGRRRYWNITFGIPNTNDLYLVNIHDGKINEHVAFPNEGEELRPKAYFITNLSEIKYDTPELLKKAKSLTNLYPGDVFAKGYNFGITKDPKKNIILVKIIGWDKERKKKKYLLFNGETGELHNEFEKNQYKGEEKH				NA	NA	NA	NA	NA
AK148_02479	384	ytrA_4	COG1725	HTH-type transcriptional repressor YtrA	TTGCTGTTAGATACGAGTGGGATGAAACCGATTTATATTCAAATTGCCGAGTGGATAGAAGCAGAAATATTGAATGGAAACTTTTTGCCACATGATAAAGTGTATTCGCAATATACGCTTGCTGATATGTTTACAATTAATCCGGCAACGGCGGCAAAAGGATTAACACTCCTGGCAGAAGAAAATATTTTATACAGTAAACGAGGGCTAGGGAAATTTGTAACCCCAGAAGCAAAAGAAATCATCATGGATAAGCGGAAAAACCAAACATTAAAACAATTATTGGAAGATGTAGTGGTCGAAGCTGAACAGTTAAAGGTGGATGAACAGGAGCTTATGCAGCTACTTCAAGCAACCATAGCGAAGCGGAAGGGGAGAAAATAA	MLLDTSGMKPIYIQIAEWIEAEILNGNFLPHDKVYSQYTLADMFTINPATAAKGLTLLAEENILYSKRGLGKFVTPEAKEIIMDKRKNQTLKQLLEDVVVEAEQLKVDEQELMQLLQATIAKRKGRK				NA	NA	NA	NA	NA
AK148_02480	891		COG1131	Multidrug efflux system ATP-binding protein	ATGGAAGCGATTGTCTGTGAAGGGTTGACAAAAAAGCAGAAACAATTGACTACGTTAAAAGAAGTGTCTTTTTCCATTCCTGAAAATACGATCGTAGGCGTTGTCGGTCGAAATGGAGCAGGAAAAACGACATTGCTTAAAATTTTAGCTGGATTATGGAGGGCATCAGCTGGAAATGTCCATGTGTTAGGAGAAAATCCGTTTAATAGTTTATATGTATCAACAAATACGATTTACATTAGCAATGAAATGGTATTGCCGAACTCGCTTTCTTTATCGGTGTTACTAACAGAAGCAGGTCGTTTTTATCCGCGGTGGAATGATGATCTAGCTAGACGGTTAGTTGAATACTTCGGGTTTCGGGGCAATGACTTATATACACAGCTTTCAACAGGTAAAAGAAATACATTTAATGCAATTATTGGACTGTCTTCCCGCTGTCCGATCACAATATTTGATGAGCCAACTACAGGAATGGATCAGGCAGTGCGCAATGATTTTTACCGAGCTTTACTAAAAGATTATTTGCAAGTACCGCGTACGATTTTACTATCTAGTCATCATTTAGAAGAAGTAGAAGAGTTATTAGAATCTGTATTGCTACTGGATAGAGGGAAAAAGCAACTCTATCTTCCAATGGATGATGTAAAACATGAAGCTGTAGGTCTAACGGGGAGAACGGAGATGGTTTATACATATACACAAGCCAAAACGGTCTTTTATCGAGAAAGTATTGGTATGGATACAACGTATGCGGTGATAAAAGCGAATCAAGTGGATATGGAAAAAGCAAAACAGCTCGGTATTCAAGTAACTCCTGTATCCGCAAGTGACTTTTGTGTTTACCTAACGCGTGCAGGAAAAGGAGCGATTGATGATGTCTTTCAATAA	MEAIVCEGLTKKQKQLTTLKEVSFSIPENTIVGVVGRNGAGKTTLLKILAGLWRASAGNVHVLGENPFNSLYVSTNTIYISNEMVLPNSLSLSVLLTEAGRFYPRWNDDLARRLVEYFGFRGNDLYTQLSTGKRNTFNAIIGLSSRCPITIFDEPTTGMDQAVRNDFYRALLKDYLQVPRTILLSSHHLEEVEELLESVLLLDRGKKQLYLPMDDVKHEAVGLTGRTEMVYTYTQAKTVFYRESIGMDTTYAVIKANQVDMEKAKQLGIQVTPVSASDFCVYLTRAGKGAIDDVFQ	PGPT0006725_16544	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_02481	735			hypothetical protein	ATGTCTTTCAATAATATTTCGCTGTCATCCATTGTTTGGAAGCAGTACCAATATAAACAAAAAAGCTATATTGGTATGTATATGTCTTTAATGGTATTGCAGCTTATTGCAATACTAATTTCTATAGAAGGTACACTTTACACGGGGGAAACTACGGATGTTTTTACTTTAAACATGCATTACTATTCTGCAGATGTCGCCTTCTTCTTCACCGTTATATGGGGAGGGATTAGCGCTACATTGCTTACGACAAAGGGATATTGGGTAGAAAATTTTATGTTTGTAACGAATCGTCTTAGCAATCATTTGGCAAATATTATGTTATTGACTACGGTAAGCATTGTAGGTGGGATAACGGCATTGTTAACCAAGTATGTAAATGTCGTTATTCACTATATGTTGCGTGATGAACCGATTATACAAATAAGTACGTTAGAAAGTTCTGAGCTGATTGCTGGTGTCCTAGCTATGATTTTATATATATTGTTCGCTTGTGCGATTGGGTATGTATACGGAATTATTCTACAATGGAATCGTTTTATAGCAATTGTCATTCCAGTTTTGCTCGTTGGTTTGAACTTTGGACTCGGCTATATAGGCTTATATGCAACAATGTATGATTTTTATCTTCAAGAAACTTCTATCCTGTTATTTATAATAAAAGTGCTAGTTACAATTACTGGTTTATTTGGTTTAGCCATTGTTCTATCTAATAGGAAGGAGGAATTGAAATAA	MSFNNISLSSIVWKQYQYKQKSYIGMYMSLMVLQLIAILISIEGTLYTGETTDVFTLNMHYYSADVAFFFTVIWGGISATLLTTKGYWVENFMFVTNRLSNHLANIMLLTTVSIVGGITALLTKYVNVVIHYMLRDEPIIQISTLESSELIAGVLAMILYILFACAIGYVYGIILQWNRFIAIVIPVLLVGLNFGLGYIGLYATMYDFYLQETSILLFIIKVLVTITGLFGLAIVLSNRKEELK				NA	NA	NA	NA	NA
AK148_02482	687			hypothetical protein	ATGGGCGTTTTAGCGTATTTGCCTCTGTTAATTTTGCTTCTGTTTGTTGCCATTGTTTTTGGTGTTCTCAAACTCTCTAAACATCGTTTTCGTCATTACCATCAATATGTAAAGTTTATTTTTCTAGGGTATGTCAGCCTACTAGTGATTGCTGCTGGGGTATCATTTTTTGTTCCATATAATGAAGTTGTTAAAAGCGATGCGAAGAAAACGGATATCGTTTTGAATAATTATTTTGCAGGTGACCGCCATTGGCAAGATGTAGATTCCTCCTATCAGCAAAAACAATGGGAGTTTTCTGTATCTTCTAATCAACCATTACATATAGTATCGCCTGATGGTGGCATGGATGTGTATGTGGAAAGAACAGGGGATTTGCAAAATAAAATTGACATCCGTTATTTTCAGTCTCCACACTTTATTAATGGTATCAATGTGATGCAATTTATAGAAGAAGATGTATTTCCAATCGTTACATTTAAAGACTCGCAACTGACGATAAGGGAGCCAAAAAGCATAGAAAAAAACTTTTATACGATACAATCGGAGCTCCCATTTAAACAGTTTAGCGAAGAAAGCAACTTGTCAGATGGGGCGTTTCGTGACGGTGAAAGAATCTTGTTGATTCGTGCTAGTGAGGATATAGAATTGAAGCCGGATGGCAACATCACATATATTAATCAATAA	MGVLAYLPLLILLLFVAIVFGVLKLSKHRFRHYHQYVKFIFLGYVSLLVIAAGVSFFVPYNEVVKSDAKKTDIVLNNYFAGDRHWQDVDSSYQQKQWEFSVSSNQPLHIVSPDGGMDVYVERTGDLQNKIDIRYFQSPHFINGINVMQFIEEDVFPIVTFKDSQLTIREPKSIEKNFYTIQSELPFKQFSEESNLSDGAFRDGERILLIRASEDIELKPDGNITYINQ				NA	NA	NA	NA	NA
AK148_02483	420			hypothetical protein	ATGGAATCATTGCATTGGATTAATGGACAAATTACCCGAACACAAAATTCACTATATATGCTTCATCTTCAATTAGATGAAAAAAGAAGAGATCTAGAACGACTTGTATTAGCACAAGCAAATTTACAGGAGAACCAGGAAAAACTCAAACAGTATAAAACACAGTGTACAAAGCCAGATTTAACTGAAAATACATGGGCGGGTCACTTAGCAGATCAATATGAGCAGTGGAAAGAACTTACGCTGTTTAGAAGTTATATTGATTTATATGATTATCAATTAACCCAAACGTTGGAGCAATTAAATGATAAAATTAAAGAAACGAAACAATCCATTATTGATATCCGTATGGATTTGTCAACTCAAAGTCATATTTTAGATGATTTATATGGGAAACAACGAAGGGAGTTATTGAATTAA	MESLHWINGQITRTQNSLYMLHLQLDEKRRDLERLVLAQANLQENQEKLKQYKTQCTKPDLTENTWAGHLADQYEQWKELTLFRSYIDLYDYQLTQTLEQLNDKIKETKQSIIDIRMDLSTQSHILDDLYGKQRRELLN				NA	NA	NA	NA	NA
AK148_02484	282			hypothetical protein	ATGAGTGACGAAATTAAGGTAACCCATATTCCAATTCAAAAAGCGATTACAAATGTAGAAACAACGAGCAATCAATTGCATGTGAATAGGATAAGTACGCAATTAGCCAACAATACACTTGGTATGGCAAGAAAATTAGAAGAAATGAATGACTTCCTAGAGGATCTTATTTCGAAATACCAAGCATTGTTATTAGAACACGGAGAAACAACAATGAAAGCGGTTAATTTATTTATCGAATCGGAACAGGCTACTGCTTCATCCATGAATTTGATAAAATAA	MSDEIKVTHIPIQKAITNVETTSNQLHVNRISTQLANNTLGMARKLEEMNDFLEDLISKYQALLLEHGETTMKAVNLFIESEQATASSMNLIK				NA	NA	NA	NA	NA
AK148_02485	1197	rlmI	COG1092	Ribosomal RNA large subunit methyltransferase I	ATGGCTAAAGAAGTAACATTACATATAAACGATGATTATAGCAAACAAATGCGAGAAGGGTATCCGCTTATCCATAAAGAAGCTGTAAAGGAGCAGGAGTTGCCAGAAGAGGGCTCCGTGGTTCGGCTATTGGATATGAAAAATCGATTTATCGCTAATGGATATATCGGTGTTCAAAATAAAGGAGTAGGCTGGGTATTGACGCACCGTCAGGGTCCATTGGATCTTGCAGCGTTATTTCAGTCTAAGATGTTAGCGGCGATGAATAAACGCCAAGGCTTTTTTCAATCTCCGGACACAAATGCGTTTCGCGTATTTAATGGCGAAGGAGACGGTATAGGTGGTTTAACGATTGATTATTATGCGGGTTATTACTTAATTAACTGGTATAGTGAGGGGATATATGCATATAAACAGTTTGTCATCGACGTTTTAGATACATTAGGCGATTATGATGCCATTTATGAGAAAAAGCGATTTCGTAAACATGGTGAGTACGTGGAAGACGATGATTTTATAAAAGGAGAGCGCGGGGAATTTCCGATTATTGTGAAAGAAAATGGCATGCAATATGCTGTTTATTTAAACGATGGTGCTATGACAGGTATTTTCCTAGACCAACGTGATGTTCGTAAGGCAATACGTGATACATATGCTGAAGGCAAGCGTGTTTTAAATACATTTTCTTATACGGGTGCGTTTTCCATCGCTGCTGCGTTAGGTGGAGCTGAGAAAACGACAAGCGTGGACCTCGCAAAACGGAGTAAGCCAAAGACCGTAGAACAGTTTAGTGTAAATGAGATTGATTTTGAGCAACATGAAATTGTGGTCATGGACGTGTTTGATTATTTTAAGTATGCGCGCAGAAAGCAATTGCAATATGATTTAGTCATCCTTGATCCTCCTAGTTTTGCACGATCTAAAAAACGAACATTCCGTACAGCAAAGGATTATCCTACCTTGCTTCAAGATGCCATTTCCATTACAAGTAATCATGGTGTCATTGTTGCATCTACCAATAATGCTAGTTTTGGTATGAAGAAGTTTAAAGGTTTCATCAAGCAAGCGTGTCATAAAATGCACGTGAATTATAATATTTTGGAACAGTATCAACTGCCAGCTGATTTTCAAACGAATAAACAGTTTATCCAAAGTAATTACTTGAAAGTGTGTATCGTGCAAATACAGAAAAAATAA	MAKEVTLHINDDYSKQMREGYPLIHKEAVKEQELPEEGSVVRLLDMKNRFIANGYIGVQNKGVGWVLTHRQGPLDLAALFQSKMLAAMNKRQGFFQSPDTNAFRVFNGEGDGIGGLTIDYYAGYYLINWYSEGIYAYKQFVIDVLDTLGDYDAIYEKKRFRKHGEYVEDDDFIKGERGEFPIIVKENGMQYAVYLNDGAMTGIFLDQRDVRKAIRDTYAEGKRVLNTFSYTGAFSIAAALGGAEKTTSVDLAKRSKPKTVEQFSVNEIDFEQHEIVVMDVFDYFKYARRKQLQYDLVILDPPSFARSKKRTFRTAKDYPTLLQDAISITSNHGVIVASTNNASFGMKKFKGFIKQACHKMHVNYNILEQYQLPADFQTNKQFIQSNYLKVCIVQIQKK				NA	NA	NA	NA	NA
AK148_02486	960	argF	COG0078	Ornithine carbamoyltransferase	ATGGTAATTGGAGTGAAAGAAACGTTAAAAGGTCTAAAAGGGAGAGACTTTTTAACTTTGGCTGATTATACCCGTGAGGAAATAGAAGAGTTAATTGATTTTGCGCAAAAATTGAAAGCAAACCATAAAATTGGTAAGCCAGATCCATTGCTACAAGGTAAGACGTTAGGGATGATTTTTGAAAAATCTTCAACGAGAACGAGAGTGTCCTTCGAGGTCGGAATGTATCAACTAGGTGGGAACGGAATTTTTTTAAGTTCCAATGATTTACAAATTGGGCGTGGGGAAACAATTGCAGACACAGCGCAAGTATTGTCAGGATATTTAGACGGAATTATGATTCGCACTTTTTCGCAAACAGATGTAGAAGAATTAGCGAATAAAGCTAGTATACCTGTAATTAATGGGCTAACAGATGTATATCATCCTTGTCAGGTTTTAGCCGATTTGTTAACGATAAAAGAAATAAAAGGTCAGCTTCAAGGCGTGAAAATAGCCTATATAGGTGACGGCAATAATATGGCACATTCGTTAATGCTTGGCGGGAGCATGTTAGGAATGGATGTTGCGATAGCATCTCCGAAAGACTATCAACCAAATGAGGAGATTGTAACCGAAGCTAGCAAACGAGCTGATCAGTCTGATGCGAGCCTCCTAATTACGGATGACGCTCGAGAAGCTGTACAGCAAGCGGATATTATCTATACAGATGTTTGGGCGAGTATGGGGCAAGAAGCAGAGCAAGCTAAGAGAGAAGTAGCGTTTGCTGATTTCCAGGTAAATAGAGAATTAATGCAACTAGCAAAAAATGAGGGCAACTTTATGCATTGTTTACCAGCCCATCGAGGGGAAGAAGTGACTGCTGAAGTGATGGATGGTTTACAATCCGTTGTTTTTCAGCAAGCAGAAAATCGATTACATGCTCAAAAAGCTTTATTAGCTGCTTTAATGAGCGATTAA	MVIGVKETLKGLKGRDFLTLADYTREEIEELIDFAQKLKANHKIGKPDPLLQGKTLGMIFEKSSTRTRVSFEVGMYQLGGNGIFLSSNDLQIGRGETIADTAQVLSGYLDGIMIRTFSQTDVEELANKASIPVINGLTDVYHPCQVLADLLTIKEIKGQLQGVKIAYIGDGNNMAHSLMLGGSMLGMDVAIASPKDYQPNEEIVTEASKRADQSDASLLITDDAREAVQQADIIYTDVWASMGQEAEQAKREVAFADFQVNRELMQLAKNEGNFMHCLPAHRGEEVTAEVMDGLQSVVFQQAENRLHAQKALLAALMSD	PGPT0020080_2520	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
AK148_02487	897	thrB	COG0083	Homoserine kinase	ATGAACAACTTTACCATTTCTGTACCAGCCAGTTCCGCAAATATCGGACCTGGCTTTGACTCATTAGGACTAGCACTGGATCTATATCTTACATTAACTGTTTCTGAAAATGATGCATGGAAAATCTACCAACAGTCTCTGTTACTCCCAGCTTGCAACAATTATACAGATCATTTTATTTATCAAATAGCGCAACATACGGCTACACAATACGGAAAAGAACTACCTACTTGTTGTTTAACCATCGATAGTTCCATTCCATTAGCTCGTGGCTTAGGAAGTAGCGCATCCGCAATTATTGCTGGCATTGAATTAGCCAACCAATGTTGTCAGCTTCACCTTTCAAAAGAGGAAAAACTACAGTTAGCTACAGAGCAAGAAGGCCATCCCGATAACGTAGGTGCGGCTCTTTTTGGTGGACTTGTCATAACGAATTATAATGATGATACTTCTGTTGATATTTGTAGAATAGATCAATTAAACATAGATATGATCATTTTTATTCCACAAGATGAATTAAAAACCGAAGCTGCAAGAAATGTGTTACCGGATACGTACTCACGAGCTCATGCTGCACAAGCAAGCAGTATTGGGAATGTCTTTATTGCAGCATTAATGAACAAAGACTATCCAATGGCAGGAAAGATGATGGAAAAGGATATCTTTCATGAACCTTATCGCGCTGAATTAATTCCAAACTATGCGCCTATCAAACAGAAAGCGAACGAGCTTGGTGCATATGGTACGGTGATTAGTGGTGCTGGGCCAACGATGATCTCCTTTTTCCCTAAAGGAACTGGCACCCAGAACAAGCAAAAGTTACAAGCAGCATTTCCTAGCTACAACATCCAGCAAAGAAAAATGGATTCTACAGGTTTACGAGTAGAAAAGAAGTAG	MNNFTISVPASSANIGPGFDSLGLALDLYLTLTVSENDAWKIYQQSLLLPACNNYTDHFIYQIAQHTATQYGKELPTCCLTIDSSIPLARGLGSSASAIIAGIELANQCCQLHLSKEEKLQLATEQEGHPDNVGAALFGGLVITNYNDDTSVDICRIDQLNIDMIIFIPQDELKTEAARNVLPDTYSRAHAAQASSIGNVFIAALMNKDYPMAGKMMEKDIFHEPYRAELIPNYAPIKQKANELGAYGTVISGAGPTMISFFPKGTGTQNKQKLQAAFPSYNIQQRKMDSTGLRVEKK	PGPT0020275_2547	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_SERINE_DEGRADATION,PGPT0020275-thrB-K00872	NA	NA
AK148_02488	1062	thrC	COG0498	Threonine synthase	ATGAAGTGGCCGGGACTACTAAAGCATTATCATGAGTATTTACCAACAACACATCATACACCTGCACTAACGTTACATGAAGGGAACACCCCGCTTATTCCATTAACAAACTTATCACAAAAATTAGGCATAGAATTGTATGGAAAAATAGAAGGTGCTAACCCAACTGGATCTTTCAAAGATCGAGGAATGGTAATGGCTGTCGCAAAAGCAATCGAAGAAGGTAGTAAATCTATTATTTGCGCCTCAACTGGAAACACTTCGGCTTCTGCTGCAGCCTATGCTGCAAAAGCTGGCATCAAAGCAATTATTGTTATACCTAAAGGAAAAGTCGCACTCGGTAAACTAGCACAAGCGATCATGTACGGAGCAGAGATTGTCGAAATAGATGGTAATTTTGATGAGGCATTAACGATGGTACGTCATTTAAGTGAAACCCAGCCCATTACCTTAGTTAATTCGGTGAATCCTTACCGGATAGAAGGACAGAAAACAGCTGCTTTTGAAGTTTGTGATGCCTTAGGAAGTGCTCCTGATGTGCTTGCTATCCCTGTAGGTAATGCAGGAAATATTAGCGCTTATTGGAAAGGCTTTAAAGAATACGACGCTTTTAAGCAAACAGGTCTTCCAAAAATGTTCGGATTCGAAGCGGAAGGAGCTGCAGCCATCGTTCAAAATCAAGTCATTGAACAACCAGAGACGATCGCAACAGCAATTCGGATTGGAAACCCTGCTAGTTGGAAATTAGCTGAAGCTGCTAGAGATGAGTCGGGAGGAATGATAAAAGCTGTTAGTGACGATGAAATTATCCATGCATTTAAAACATTAGCGCAAACGGAAGGAATTTTTGCTGAACCAGGCTCTAATGCGTCCATTGCTGGCGTTATTCGCGAAACAAACAACGGAACAATTAAACAAGGAAGTAAAGTGGTAGCGGTGTTAACAGGAAACGGGTTAAAAGATCCACAAACAGCAATCGATCAATTAAACATCGATCCTGTATCATTGCCAAATGATGAACAGGCAGTAATAGACTATATAACGAAACAGGTTAACGTATGA	MKWPGLLKHYHEYLPTTHHTPALTLHEGNTPLIPLTNLSQKLGIELYGKIEGANPTGSFKDRGMVMAVAKAIEEGSKSIICASTGNTSASAAAYAAKAGIKAIIVIPKGKVALGKLAQAIMYGAEIVEIDGNFDEALTMVRHLSETQPITLVNSVNPYRIEGQKTAAFEVCDALGSAPDVLAIPVGNAGNISAYWKGFKEYDAFKQTGLPKMFGFEAEGAAAIVQNQVIEQPETIATAIRIGNPASWKLAEAARDESGGMIKAVSDDEIIHAFKTLAQTEGIFAEPGSNASIAGVIRETNNGTIKQGSKVVAVLTGNGLKDPQTAIDQLNIDPVSLPNDEQAVIDYITKQVNV	PGPT0009175_6120	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_SERINE_DEGRADATION,PGPT0009175-thrC-K01733	NA	NA
AK148_02489	1332	hom	COG0460	Homoserine dehydrogenase	GTGAGAAACAAGGTTTCTATCGGTCTATTAGGGCTAGGTGTCGTTGGTTCAGGAATTATGAAGCTTATTGAAAGCCAGCAAGAAGAGCTCGTTCACCAATTAGGCTGTTCCGTTGAAATTAAAAGTGTATTAGTACGTAATCTCGATAAAGTTCGTAATGTTAGTGTGCAACAAACGTTTATCACTACCGACCCAGCAGACGTTCTCGAAGATCCAGAAATAGACGTGGTCGTCGAAGTTATGGGGGGGATTGAAGAAGCATATCGATATACACTGAAAGCATTTAAAGAAAAAAAACATGTTGTCACTGCCAATAAAGATTTAATTGCTTTACATGGAACAGAATTGGAAGAAACGGCACGCGAACATAAATGCGATTATTATTACGAAGCTAGCGTAGCAGGCGGTATTCCTATTTTACGAGGGATAACAGACGGTTTAGCTGCAGATAAAATTGAAAAAGTGATGGGGATTGTGAATGGAACTACAAATTACATTTTAACAAAAATGACAAACGAAGGAATGACGTACGAAGCAGCCTTAAAAGAAGCGCAAGATTTAGGCTTTGCAGAAGCTGACCCAACAGCAGATGTTGAGGGATTAGATGCGGCTAGAAAAATGGCGATTTTAGGGAGACTCGCTTTTTCTACAGATGTTGCTTTATCCGAAGTAGAAGTAAACGGTATTAAAAATTTAGAATTAGCAGATTTAGAATATGGAAAAAAATTCGGCTATACCATGAAATTAATTGGTTCTGCCGAATGTGAAGACGGACAAATGGAAGTGAGTGTGCAACCTACCTTACTATCCAATGATCATCCCTTAGCAGCTGTAAAAAATGAATACAACGCTGTTTATGTATATGGTAAAGCGGTTGGTGAAACAATGTTTTACGGCCCTGGTGCGGGAAGCTTGCCGACAGCGACCGCTATCGTCTCGGATCTTATTACCGTAATAAAGAATATGCGATTAGGCGTAAATGGTAATTCTTCTTTAAAACCAAGAATTTCTGCGACATTGCGCAGCAGTGAACAACGTTCTGGGCAATTTTATTTACGTATTCATGTCAAAGATCAAATTGGAGCATTCTCAGAAATCTCCACATTATTTAATGACTTACATGTAAGCTTCAAACGTATACTACAAACACCAATGAAGCAACAAGATTTAGCAGAAATCATTTTGATTACACATCAAACATCTTTAGCAACTTTTGAAAATGCATTAGAACAACTTTATGAGCTAGATGTCGTCCAGCAAATTAAAAGCTACTATAAAGTGGAAGGAGATGCACCAGATGAAGTGGCCGGGACTACTAAAGCATTATCATGA	MRNKVSIGLLGLGVVGSGIMKLIESQQEELVHQLGCSVEIKSVLVRNLDKVRNVSVQQTFITTDPADVLEDPEIDVVVEVMGGIEEAYRYTLKAFKEKKHVVTANKDLIALHGTELEETAREHKCDYYYEASVAGGIPILRGITDGLAADKIEKVMGIVNGTTNYILTKMTNEGMTYEAALKEAQDLGFAEADPTADVEGLDAARKMAILGRLAFSTDVALSEVEVNGIKNLELADLEYGKKFGYTMKLIGSAECEDGQMEVSVQPTLLSNDHPLAAVKNEYNAVYVYGKAVGETMFYGPGAGSLPTATAIVSDLITVIKNMRLGVNGNSSLKPRISATLRSSEQRSGQFYLRIHVKDQIGAFSEISTLFNDLHVSFKRILQTPMKQQDLAEIILITHQTSLATFENALEQLYELDVVQQIKSYYKVEGDAPDEVAGTTKALS	PGPT0020155_401	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_SERINE_DEGRADATION,PGPT0020155-hom-K00003	NA	NA
AK148_02490	1665	cotA	COG2132	Spore coat protein A	GTGATGAAATTGTGTTCCAGTGTTAATTTTACGTTAAGAATAGGAGCTCATGTTCATTTAGTTGGTATAATACGAGCACATAAAAGCATATCATTTAGTTGGGGGTGGAAGTGTATGAAATTAAATCCAACAGAATTAGAAAAGTTTGTAGATGCTTTACCTAAGATGCCTGTTTTAAAACCAAAAGGGAAGAAAGACTATGTGAATTACTATGAAGTGCGAATGGTTGAATTTACAACATCTTTACATAGAGATTTACCAAATACATTAGTATGGGGATATGAGTATAGTTCCCCAGGACCAACAATTGAAGTGTGTTCTGGAGAGAGCATAAAGGTTAAATGGATGAATGCATTACCGCAACGACATCTTTTGCCCATCGACCATACAGTACATGGTGCGGGGAAAGATGTACCAGATGTTCGGACTGTTGTGCATGTCCATGGTGGAGTAACGGAGCCGGAAAGTGACGGTTATCCAGAAGCATGGTTTACAAAAGACTTTGGGGAGGCAGGCCCTTTTTTCACAAAACAAATTTATGATTACAGCAATAATATGAAAAGTACAGCGCTTTGGTATCATGACCATACATTAGGAATAACGAGATTAAATGTGTATGCGGGTTTAGCAGGTTTTTATATTATTCGTAGCCAACAAGAACAAGAGTTGAATTTACCTGCTGGGGAATACGAAATTCCATTGTTGGTGGAAAATAAGACAGTAAATGCAAATGGCTCACTGTATTATCCAGCGCAGCCACAACCTCCTATACCTTCTTTACCTGTATCTATCGTTCCTGAGTTTGCGGGAGAAGTCAATATGGTAAATGGGAAAATTTGGCCTTATTTAGCTGTGGAACCGCGAAAATATCGATTTCGCCTGTTAAATGCATCTAATACACGTTTTTATCAATTTTACTTAGATTCTGGACAGTACTTTTATCAAATTGGTACAGATGGGGGATTTATGAATCAGACCATTGCTGTCCAACATATTTTACTTGCTCCTGCTGAACGTGTAGATGTTATTATTGATTTTTCAAATATGTATGGGAAAACAGTGGTGGTCCGTAACAATGCGCCCATACCTTACCCTAATGGAGAAGCTCCTAATCCAGAGACAGTCGGTGTTATTATGCAATTTAAAGTGATAGAACAAGCGAAATCTATTGATACAAATTGTATTCCAAAGTTTCCTGGTTGTGTTAATAAAATAGCGCCTGAATTAGCAACGAAAGAAAGGATGTTAACGTTAGATGTAACGCGAGATGCATATAATCGGCCAGTTTTGTTATTGGACAATAAAACATGGTCTGAACCAATTACGATCTTTCCAAGATGGGGAACCACGGAAATATGGTATCTTATAAATACAACGGGGGACACCCACCCGATTCATATTCATTTAGGTTTTTTTCAAATTATAAGTAGGCAAACTTTTGATTTGGAACATTTTAATGAAACAGGAGAGATTATTTACACAGGTGACCCTATGCCTCCAGAACCGATTGAAAACGGCTGGAAAGATACTGTACGTGCCAATCCAGGGCAAGTAACAAAAATAATAAAACAATTTTTTACGTATACTGGAAGGTATGTATGGCATTGTCATATATTAGAACATGAAGATTATGAAATGATGCGCCCATTTATTATTATAAAGTAG	MMKLCSSVNFTLRIGAHVHLVGIIRAHKSISFSWGWKCMKLNPTELEKFVDALPKMPVLKPKGKKDYVNYYEVRMVEFTTSLHRDLPNTLVWGYEYSSPGPTIEVCSGESIKVKWMNALPQRHLLPIDHTVHGAGKDVPDVRTVVHVHGGVTEPESDGYPEAWFTKDFGEAGPFFTKQIYDYSNNMKSTALWYHDHTLGITRLNVYAGLAGFYIIRSQQEQELNLPAGEYEIPLLVENKTVNANGSLYYPAQPQPPIPSLPVSIVPEFAGEVNMVNGKIWPYLAVEPRKYRFRLLNASNTRFYQFYLDSGQYFYQIGTDGGFMNQTIAVQHILLAPAERVDVIIDFSNMYGKTVVVRNNAPIPYPNGEAPNPETVGVIMQFKVIEQAKSIDTNCIPKFPGCVNKIAPELATKERMLTLDVTRDAYNRPVLLLDNKTWSEPITIFPRWGTTEIWYLINTTGDTHPIHIHLGFFQIISRQTFDLEHFNETGEIIYTGDPMPPEPIENGWKDTVRANPGQVTKIIKQFFTYTGRYVWHCHILEHEDYEMMRPFIIIK	PGPT0025135_87	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025135-cotA-K06324	NA	NA
AK148_02491	822			hypothetical protein	TTGGTTAAAGATGTGAAGTTACAAAAGGATGCAATGCGTATTTTAAAAGAAACGAGCAGAACCTTTTATATTCCGATTAAGTTGTTAAAGTCAGTATTAAAAGATACGGTCGGCTCTGCATACTTATGCATGCGTGCTATTGATGAAATAGAAGATCATGAACAGCTTTCTGCCGATACAAAGCAGCATTTACTGCGGGCTACTTCTAAGCTATTGCAAACGTCTGTATTTGATAAAGAAGCTTATCTACAATTAATGAAGCCATATCAAGCAATACTTCCAGAAGTTACTATGCGGCTTGCTGATTGGTTGCACGTATGTCCAGAAGATATCGTAGCAAAAATTAAACAGTCTACAAGTATTATGGCTGATGGTATGGCGAAATGGACCGAAAAGAATTGGAATTTACGTACAAAAGAAGATTTAGATGAATATACATATTATGTTGCTGGCCTTGTCGGGGTGATGCTTTCAGATATTTGGAATTGGTATGATGGGACGAAGACAGACTATGATTTAGCCATTGGATATGGCAGAGGTCTCCAAGCAGTAAATATGTTAAGAAATCAACAAGAAGATGCAGAACGAGGCGTTCATTTTATGCCTGATGATTGGACAAGAGCGGATTTGTTTATGTATGCAAAAGAAAACTTACAACAAGCGGATCGCTACTTAAAAGATATTCAAACAAGAAACATTTTATTGTTTTGTAAAATTCCGCTAGCGTTAGCGAAAAAGACATTATCGGCTTTAGAAAACGGTGAAGAAAAAATGTCGCGAGCCGAAGTTGAAGCTACAGTCGATGATATTTTAAAAAAATAG	MVKDVKLQKDAMRILKETSRTFYIPIKLLKSVLKDTVGSAYLCMRAIDEIEDHEQLSADTKQHLLRATSKLLQTSVFDKEAYLQLMKPYQAILPEVTMRLADWLHVCPEDIVAKIKQSTSIMADGMAKWTEKNWNLRTKEDLDEYTYYVAGLVGVMLSDIWNWYDGTKTDYDLAIGYGRGLQAVNMLRNQQEDAERGVHFMPDDWTRADLFMYAKENLQQADRYLKDIQTRNILLFCKIPLALAKKTLSALENGEEKMSRAEVEATVDDILKK				NA	NA	NA	NA	NA
AK148_02492	1548		COG1292	Glycine betaine transporter 2	GTGGACTTAAAAAAAGACACGAAGTTAGATTGGCCAGTATTCATGATTAGTGGAGGAATACTGATACTGTTTATTCTGTTGTCAGTTTGGAGTAGCGATGCAGTCGGGAATGCAGTGGATACGTTGTTTGCATATGCTTCAGATATTTTTGGTGCTTATTGGCAAATATTATTGTTAGGAAACTTTTTTATCGGTTTATTTCTAGCTTTTTCAAAATATGGAAGAGTTAAGCTAGGAAATCAAGACCAGCCAAAATATAGTTATTTCAAATGGGTTTCCATGATATTAGTAACACTCCTAGCAAGTGGTGGCGTGTTTTGGGCTGCTTCTGAACCAATGTACCATTATATGACAAACCCACCATTATTTGGAGGTGGTGATTTTCAGAATATCAACGCTGCCTTTGCACAATCGTTTATGCATTGGGGATTTTTAGCGTGGGCCATTCTAGGAACACTTGCTGTTATAGTGATGATGTATGTGCACTATAGCAAAGGTTTTCCGCTTAAACCAAGAGGGCTATTATACCCTTTATTTGGTGAAAAAGTATATCATAAAAGTGCAATCGGTACTGCCGCGGACGTATTTGCTATCTTTGCAACAGTAGCAGGAACTCTTGGACCTTTAGGGTTTTTAGGTTTGCAAATTGCCTATGGAATGAGTCATTTGTTAGGCACACCTAATACGTTAGCAGTGAGTATAATTGTAATTATTGGTTTGGTGCTTGTTGCAGCTATTTCAGCTGCTACTGGTGTAGATCGAGGAATCGTAACATTAAGCCGCTATAATGTAGGCTTTACCATATTTTTAGCTGTACTTGTACTTATTGTCGGCCCGACTGCATTTATCATTGATGCTTTTGTAGGCGGTACGGGGGTACATTTGCAGAATTTTTTTACGATGACATTATTCCGTGGTGATGAAGGCTGGCTATCGTCTTGGACAATCTTTTTCTGGGGTTGGTTCCTTGGCTATGCCCCGATGTTGATTGTATTTATTAGTAGAATATCGAGAGGAAGGACGATTAGGGAATTAATTATTGCTGTTTCTATCGTAGCCCCGATCGTTAATAATTTCTGGTTTTCCATTGTTGGTGGGACGGGTGTGTTTTTTGAGAATAAACATCCCGGATCCATTTCTGAGTCGTTAAATGAAGGCGGTATGCCTGCAGCAGTAATGGCAATTACGGATCAATTACCATTAGGTACATTATTCGGTATTGGGTTTCTCATTGTTTCCATCATCTTTGTTGCTACGACAGCGGATACGATGTCGTATACGGTAGCAGCGACTATTACTGGAAACGACCATCCGAAACGTTGGTTACGTGTATTTTGGGCTTTAATATTCGGTGGAACAGCGGCAGCAATTTTAACTATTGGTGAAGATAGTGTTGCTTCCATTCAAAATTCCATCGTAATAACAGCTGTACCTGTATCGATTTTACTGCTCCCAGCTCTTTGGAATGCTCCTAAAATTGCCCGGACAATGGCGTTGGAACAAGGTTTAATTTGGCAAAGGGAATTACTGAAAAAAGTAGATAAATAA	MDLKKDTKLDWPVFMISGGILILFILLSVWSSDAVGNAVDTLFAYASDIFGAYWQILLLGNFFIGLFLAFSKYGRVKLGNQDQPKYSYFKWVSMILVTLLASGGVFWAASEPMYHYMTNPPLFGGGDFQNINAAFAQSFMHWGFLAWAILGTLAVIVMMYVHYSKGFPLKPRGLLYPLFGEKVYHKSAIGTAADVFAIFATVAGTLGPLGFLGLQIAYGMSHLLGTPNTLAVSIIVIIGLVLVAAISAATGVDRGIVTLSRYNVGFTIFLAVLVLIVGPTAFIIDAFVGGTGVHLQNFFTMTLFRGDEGWLSSWTIFFWGWFLGYAPMLIVFISRISRGRTIRELIIAVSIVAPIVNNFWFSIVGGTGVFFENKHPGSISESLNEGGMPAAVMAITDQLPLGTLFGIGFLIVSIIFVATTADTMSYTVAATITGNDHPKRWLRVFWALIFGGTAAAILTIGEDSVASIQNSIVITAVPVSILLLPALWNAPKIARTMALEQGLIWQRELLKKVDK	PGPT0013600_816	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013600-opuD|ytfQ-K05020	NA	NA
AK148_02493	1584	lutP	COG1620	L-lactate permease	ATGTATCTATTGGTGGCACTCAGTGCAATCATTGCACCGTTTGTTTTTTTAGTAGTTTTTCGTTTGCCTGCAATAAAGGGAATGACATGGAGTGCTTTCATTGTGATTGCGCTTGCTATGACAATCTGGGGAGTAGAAGGAAAATTAATTGCTTCCTCCGTTTTACAGGGAATACACAAAACGCTAACGATACTTTGGATTTTATTTGGGGCACTTGTACTTTTAAATACACTTCGGAAAACAGGAGCAGTAAATAGAATAAATCAAGGTTTTCAAAACATTTCAACAGATATGCGTGTACAAGTAATTATTGTTGCATTTTTATTTGGATCGTTAATAGAGGCAGCTGCTGGTTTTGGGACACCAGCAATGGTAACTGGTCCATTAATGATTGCACTTGGTTTTCGTCCATTAGCGGCTGCAACACTTGCTTTAATTGCAGATAGTACAGCAGTTGCTTTTGGTGCAGTCGGAACTCCAGTTGCTGTTGGTTTAAGTACACTTCCAGAAGCCAGTCCTACGTTTTATCAAGAAATAGGTATCGCTATTACGACACTGGATTTATTTGCAGGAACATTTATTCCATTTACGTTAATTGTAATTATGACAGTGTTTTTTGGAAAAGGGAAAGGGCTGAGAGATGCATTACCAATGTTACCGTGGACGTTATTAATTGGTACCGTTTACACATTATCTGCTTTGCTATATGCCGTTGTATTTGGGCAAGAATTTATTGCAATTTTAGCTTCCTTAACGGCTTTAATTGTTGCTACTTTCACCGCAAAAAAGGGATGGTTACTACCAAGAAAATCTTGGCAAGACGCATTACAGGAAGATTTTCAGTTAGAAACGCAGCCATCAAGTATGGGATTGATGGCTGCGTGGTCACCGTATGTCATTGTCGTTGTTCTATTGTTAACGACGCGAATTATTACACCACTTGCTCAGTTTACAAAAAGCGCCATCGATTTTTCTTGGACGAATATTTTTGGGGTGGAAGGCATCACTTCCAATTGGGAGTTTTTGTATTCTCCTGGAACTGTTCTAGCGATAGCAGCATTGGTATCAGTTTTTCTACATAGAAAACGTTTTTCCGTTTTTGTTGCTGCAGCAAATCAGTCTTTTTCTACCATGAAAACGACAGCGATATCTTTAATAGCTACATTAGCTATGGTGCATGTGTTTACTAATTCAGGTATGAACGCTCATGAATTAGTAAGTATGCCGCAGTATATAGCGGCGTCTTTAGCGAATTCTTTAGGATCTATTTGGTTTTTAGTAGCTCCCTTTGTTGGTGAACTGGGATCGTTTATTACGGGGAGTGCTACCGTGTCAACGTTAACTTTTGCGCCAATTCAACATAGTGTTGCAAATCAGATAGGTATGGACGTAAATGCTGTGTTAGCAGCACAAGTCGTGGGCGCAGGAGCTGGTAATATGATTTGCGTGCATAATGTCGTAGCAGCCAGTGCAGTCGTAGGCTTATCAGGGAAAGAAGGCGATATTATAAGGAAAACATTGCTACCAGCCATTTTATATGGCTTGGTTATTGGACTAGCTAGTTATGTTCTCTTCTACGTATGA	MYLLVALSAIIAPFVFLVVFRLPAIKGMTWSAFIVIALAMTIWGVEGKLIASSVLQGIHKTLTILWILFGALVLLNTLRKTGAVNRINQGFQNISTDMRVQVIIVAFLFGSLIEAAAGFGTPAMVTGPLMIALGFRPLAAATLALIADSTAVAFGAVGTPVAVGLSTLPEASPTFYQEIGIAITTLDLFAGTFIPFTLIVIMTVFFGKGKGLRDALPMLPWTLLIGTVYTLSALLYAVVFGQEFIAILASLTALIVATFTAKKGWLLPRKSWQDALQEDFQLETQPSSMGLMAAWSPYVIVVVLLLTTRIITPLAQFTKSAIDFSWTNIFGVEGITSNWEFLYSPGTVLAIAALVSVFLHRKRFSVFVAAANQSFSTMKTTAISLIATLAMVHVFTNSGMNAHELVSMPQYIAASLANSLGSIWFLVAPFVGELGSFITGSATVSTLTFAPIQHSVANQIGMDVNAVLAAQVVGAGAGNMICVHNVVAASAVVGLSGKEGDIIRKTLLPAILYGLVIGLASYVLFYV	PGPT0001800_1831	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_LACTATE_TRANSPORT,PGPT0001800-lctP-K03303	NA	NA
AK148_02494	705	lutR	COG2186	HTH-type transcriptional regulator LutR	ATGAAATACAAGCGTATCCAACCGAAAAAAATTTATGAACAAGTAGCTGATTCAATTATAGATATGATTAAATCTGGATCGTTACAACCTGGCGACAAATTGGATTCTGTGGAGAAATTAGCAGCGAATTTTGAAGTAGGCCGATCGGCTATTCGTGAAGCACTTAGTGGTCTCCGTTCAATGGGGTTAATAGAAATGCGTCAAGGGGAAGGTACATACGTGAAGACATTTGACGCAAAAAGATTCACGCTTCCGGTTAGTACCGCGTTCTTAATGAAACGTCAAGATGTACAAGAACTTTACAAAGTCCGTAAAATATTGGAAGCAGGCGCTGCTAGATTAGCTGCGGAAAATTATGAGGAAGCGGATTTATTAGAAATGGAGCGAGCATTAGTCGTTATGGAGCATGCCAAAGGAAAAGAAGCTTTAGCTGAGCAGGCGGATACCGAATTTCATCTCGCCATTGCCAAAGCGACGCATATTAATCTATTAAATCATTTAATGGGTAGTGTTGCCGAACTCATGTCAGAAACAATACGAGAAACGAGACAAATATTATTATATACCGAAGATCGAGCAGATATTTTGTTTCAAGAGCATCAACGAATTTTTGCAGCAATAAAAGATAGACGGGCAGATCAAGCGGAAGAAGCAATGTACGATCATTTAGAAAAGGTAGAAGCAATCGTGTTTAAACACCTGTAA	MKYKRIQPKKIYEQVADSIIDMIKSGSLQPGDKLDSVEKLAANFEVGRSAIREALSGLRSMGLIEMRQGEGTYVKTFDAKRFTLPVSTAFLMKRQDVQELYKVRKILEAGAARLAAENYEEADLLEMERALVVMEHAKGKEALAEQADTEFHLAIAKATHINLLNHLMGSVAELMSETIRETRQILLYTEDRADILFQEHQRIFAAIKDRRADQAEEAMYDHLEKVEAIVFKHL				NA	NA	NA	NA	NA
AK148_02495	738	lutA_2	COG0247	Lactate utilization protein A	ATGAAGGTTTCATTATTTATTACATGTGTCAGTGACATCATTTTTTCCGATGTCGGTAAAAATACAGTGGAAATTCTTGAACGTGTCGGCTGTGAGGTGGATTTTCCCGCAGCGCAAACTTGCTGTGGCCAGCCAGCATATAATAGCGGGTATGTAAAAGAAGCGAAGCAAGCGATGAAACAAATGATGCAAGCTTTTCAAGATTCTGAGTATGTCGTAGGTCCATCAGGCTCATGTGTCGGTATGTTAAAAGAGTACCCTGCTATTTTCAAAGATGATCCAGAGTGGCAAGAAGCTGCTGTTGATTTGGCAAATAAAAGCTATGAAATCACACAGTTTTTAGTGGAGGTTTTAGGCGTAACAGATCTTGGAGCGACATTTAAAGGTCGGGTTACTTATCATCCATCGTGTCATATGACACGTATTCTTGGTGTGAAGGATGCACCGCAAACTCTTTTACGGCATGTGAAGGGAATGGAGTTTATCGAATTACCTGTAAAGGAAGATTGCTGCGGGTTTGGGGGAACGTTTGCGGTGAAAAATTCAGAAATCTCACAGGAAATGGTAAAAGAAAAATCACAGCATGTTTCTGAGACGAAAGCAGAATATCTAGTTGGCGCTGATATGGGCTGTTTAATGAACATTGGTGGTAGGATGAGACGAGAAGGAAAGAACGTAAAAGTTGTTCACATTACGGAAATTTTGAATTCTCACGAACAAGGCGGGGGGATTGCATGA	MKVSLFITCVSDIIFSDVGKNTVEILERVGCEVDFPAAQTCCGQPAYNSGYVKEAKQAMKQMMQAFQDSEYVVGPSGSCVGMLKEYPAIFKDDPEWQEAAVDLANKSYEITQFLVEVLGVTDLGATFKGRVTYHPSCHMTRILGVKDAPQTLLRHVKGMEFIELPVKEDCCGFGGTFAVKNSEISQEMVKEKSQHVSETKAEYLVGADMGCLMNIGGRMRREGKNVKVVHITEILNSHEQGGGIA	PGPT0018090_1104	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_LACTATE_DEGRADATION,PGPT0018090-lldE|ykgE|lutA-K18928	NA	NA
AK148_02496	1437	lutB	COG1139	Lactate utilization protein B	ATGAGTATTAAACTCGGAGATAGGTCATATCAAGAGCGTATTGAAACAGGCATAGAGAATGATTTCATGAGAGAGGCTGTATCTTCTGCGCAAGGTCGATTTAGAAACGGACGTATCACGCAAGCGGCAGAACTTGGTGATTGGGAAGATTGGCGACAGCTAGGATCGGAAATTCGTACACATACATTAGAAAATCTCGATTACTATTTACAGCAGTTAAGTGAGCAAGTAGCTAAACGTGGTGGAAGTGTCTACTTTGCTTCTACAGCAGAGGAAGCAAATGCCTATATTGAAAAAGTGATTACCGAAAAAAACGCTAAAAAAATTGTTAAATCCAAATCGATGGTAACAGAAGAAATCGGTTTAAATCAGCAACTAGAAAAAATGGGAGCGGAAGTTGTGGAATCGGATTTAGGGGAATGGATTTTACAACTTGATGAAGATCCACCTTCCCATATTGTTACGCCAGCTTTGCATAAGAATAAAGCGCAAATCCGGAAGACGTTTGCGGAAAAAAGAGGGTATAAGGGATCTGATTCTCCTGAAGAACTAGCAGCTTTTGCCCGGGAACAACTACGAAAAGATTTCCTTTCCGCAGATGTTGGTATTACAGGGTGTAATTTTGCCGTAGCCGAATCTGGTGCGATTACGCTAGTTACGAATGAAGGAAATGCACGTATGGTTACCGCTTTGCCTGATACGCAAATAACCGTCATGGGAATGGAACGCATTGTCCCTACATGGGAAGACATGGAAGTGTTAGTAAGTTTATTGACGAGAGCAGCTGTTGGACAGAAATTAACCAGCTATGTGACATCTTATACTGGCGCTAGGCTAGAAGGGGAAATTGACGGACCGGAAGATTATCATTTGGTCATTGTTGATAATGGGCGTTCTAAAATACTAGGCACAGAATTTCAATCTGCTTTACATTGTATTCGCTGCGCCGCATGTATCAATGTATGTCCTGTCTATAGACATGTTGGTGGGCATGCTTATAACTCTATCTATCCAGGGCCGATTGGTGCTGTGTTAACCCCATTATTGGATGGATATGAGGATCATAAAGAATTACCCTATGCCTCATCTCTTTGTGCTGCCTGTACAGAGGCTTGCCCGGTGAAAATTCCATTACATGAACAGTTGATTCGCCATCGACAAATTATTGTAGAAAAGGAGAAAAAATCACCCGTAACGGAAAAAATAATGATGAAAGGATTTGCTCAATGGGCTTCGACTCCTGCAGCGTATAAATTAAGTACGAAATTGGCAAGAACAGCTTTAAAGCCGTGGACAAAAGAAGACACAATTAAAAATGGCCCAGGTCCTCTAAAAGGGTGGACGAATATGAGAGATTTTCCGGCACCAGCGAAACAATCCTTCCGTGCTTGGTGGAAAGAACGGAAGAAGGGGGAAATAAATCATGACCATTCATAA	MSIKLGDRSYQERIETGIENDFMREAVSSAQGRFRNGRITQAAELGDWEDWRQLGSEIRTHTLENLDYYLQQLSEQVAKRGGSVYFASTAEEANAYIEKVITEKNAKKIVKSKSMVTEEIGLNQQLEKMGAEVVESDLGEWILQLDEDPPSHIVTPALHKNKAQIRKTFAEKRGYKGSDSPEELAAFAREQLRKDFLSADVGITGCNFAVAESGAITLVTNEGNARMVTALPDTQITVMGMERIVPTWEDMEVLVSLLTRAAVGQKLTSYVTSYTGARLEGEIDGPEDYHLVIVDNGRSKILGTEFQSALHCIRCAACINVCPVYRHVGGHAYNSIYPGPIGAVLTPLLDGYEDHKELPYASSLCAACTEACPVKIPLHEQLIRHRQIIVEKEKKSPVTEKIMMKGFAQWASTPAAYKLSTKLARTALKPWTKEDTIKNGPGPLKGWTNMRDFPAPAKQSFRAWWKERKKGEINHDHS	PGPT0018095_918	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_LACTATE_DEGRADATION,PGPT0018095-lldF|ykgF|lutB-K18929	NA	NA
AK148_02497	705	lutC	COG1556	Lactate utilization protein C	ATGACCATTCATAATCAAGATGCATTTTTAAGTAATGTAGCTGCCCATTTAGGTCGGCCACGTCGTATGTCAGGAGTAGAGCGACCAACATGGAGTGTCCGCCCGCAAGATCGTGTGTTGGCAGGCTACTCCAAAGAAGAACTTATAGCGGTATTAAAAAAGCAATGTAAAGCAATCCATACAGATGTTGTAGAAGTAAGTACAGCGCAGTTGCCGAAAGCTTTATTAGAGGCGATCGAGCGGTATGAAGGCAAAACGATTATTGCAGCTCATGATGAGCGAAATACTACTTATGGGTTAGAACCATTGTATGAACAGCTCGGTGAAGAAATAGAAGTGCATATTTGGGATGCGCAGCTCGGTGAAGAAAATCAGCAGATTGCGGAACGAGCTGATATTGGTATCTCATTTAGTGATATCACTTTAGCTGAATCAGCGACAGTGACCTTATTTAATCATAAAGATAATGGGCGCTCGATTAGTTTATTACCAAAAAGCTTTATTGCAATTATCCCAAAAAGTACCATTGTACCTAGAATGACCCAAGCTGCTCAGCAACTACACACATCTGTGGAAAAAGGGGAGGTTACGCCATCTTGTGTTAGCTTCGTATCTGGGCCAAGTAATAGTGCAGATATTGAAATGAATTTAATTGTTGGTGTACACGGCCCCGTACAAGCTACTTATATTGTCGTTGATGATTAA	MTIHNQDAFLSNVAAHLGRPRRMSGVERPTWSVRPQDRVLAGYSKEELIAVLKKQCKAIHTDVVEVSTAQLPKALLEAIERYEGKTIIAAHDERNTTYGLEPLYEQLGEEIEVHIWDAQLGEENQQIAERADIGISFSDITLAESATVTLFNHKDNGRSISLLPKSFIAIIPKSTIVPRMTQAAQQLHTSVEKGEVTPSCVSFVSGPSNSADIEMNLIVGVHGPVQATYIVVDD	PGPT0018100_474	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_LACTATE_DEGRADATION,PGPT0018100-lldG|ykgG|lutC-K00782	NA	NA
AK148_02498	468			hypothetical protein	ATGAAAATTCATTTTTACGATAACAAATTCAAAAATGCGATTGATAATTATGAATTAACCGAAGAACAACTTCGCTATACTAAACACCCAAAAGATTGTATACAATTATTAAGCGAGGATATCAATCGTTATTCAATAGTAGCAATGGAAGGAAATAAACTTGTAACTTTTTTTGTTTTACATAAAAATGACGGGGTAAAACCATATTCAAATAATAATAGATCCATCTTATTAAGATCATTTTCAACTGATTTCCGTTTCCAAGGCAGAGGCTATGCTAAAAATGCATTAATGATTTTACCTAAGTTTGTTAAAGAGAATTTCACACAAACGAATGCGATTGTCTTAGCTGTTAATAGTACCAATAAGGTAGCATTAAGATTATACAAAAACTGCGGATTTGTTGATGAAGGAGTTCGAGAAATGGGGTCAAAAGGGGAACTAATAATAATGAATTACTATTTATAA	MKIHFYDNKFKNAIDNYELTEEQLRYTKHPKDCIQLLSEDINRYSIVAMEGNKLVTFFVLHKNDGVKPYSNNNRSILLRSFSTDFRFQGRGYAKNALMILPKFVKENFTQTNAIVLAVNSTNKVALRLYKNCGFVDEGVREMGSKGELIIMNYYL				NA	NA	NA	NA	NA
AK148_02499	510			hypothetical protein	ATGTACCCATATGACTATCATTATGATCCGAGCTTGGATCAGGAACGCGTTTTTCCTTTTTCCACGTTAGGAAATATGTTTTTTGGGCCAGGGCAGTCAAGCGGCACTTTTGGCCCTCCAGGATTTCCGCCCGGTCCTCCGCCTGGATTTCCTACAGGGCCAAGCGGTGGAGGTGGAATACCAGGTTTTCCAGGTGCACCGACCAGCGGATTTCCACCTTTTCCGGGAAACCAAGGTGGTGGACCTTCAGGACCCGGAAATCAGCCACCAAGCTCCCCACCCCCAGCCTTCACACCGCAAAAATCACAAGTACAAACTTTCGCGGTTGACCCAGGAGGCATTCGTAATTGTTTATTTCGCTACACGTATATTTGGTTAAGAAGAGACGCTTTCTGGTTCTACCCTACATTCGTCGGACGAAATTCTATTGCCGGATACCGCTGGACCGGTTTCAATTGGGTTTACTTTGGCATCGACCTTAATCGAATCCAATCATTCCAATGCTTTTAG	MYPYDYHYDPSLDQERVFPFSTLGNMFFGPGQSSGTFGPPGFPPGPPPGFPTGPSGGGGIPGFPGAPTSGFPPFPGNQGGGPSGPGNQPPSSPPPAFTPQKSQVQTFAVDPGGIRNCLFRYTYIWLRRDAFWFYPTFVGRNSIAGYRWTGFNWVYFGIDLNRIQSFQCF				NA	NA	NA	NA	NA
AK148_02500	1500	emrB		Multidrug export protein EmrB	ATGCGTTCAACAAACACAGAGTACGAATATTTAGCGGATGATCCGAATTTTAAAGTAATGCCAATGATGCTGTCATTAATTATTGGTGCATTCTTTGCTATTCTTAATGAAACATTACTTAATATCGCCCTTACGACATTAATGAAAGAGTTCCAAGTGTCTTTGACAACGGTGCAATGGATGGCGACCGGATTTCTTCTTGTGATGGGCATTGTTATACCTGCTTCTGCTGTGTTACTACAATGGTTTACAACAAGGCAATTATTTTTAGGGACAATGATCGTATTTACAGCGGGTACAACGATTGCTGCTTTAGCACCGTCATTTCCCATATTACTTATAGGTAGATTAATTCAAGCTGCGGGTACTGGTTTATTGATGCCAATTATTTTTAATGTGTTTCTACTTGTTTTTCCCCCACATCGAAGAGGGAAAGTGATGGGAACGGTAGGTCTTGTCATTATGTTCGCACCTGCAATTGGTCCGACCTTATCCGGTGTAATTGTGGAATACTTAGGATGGCGTTTTCTATTTATTACGGTTATACCGTTTGCCTTGTTTTCTATAGCATTTGCTTATAAATATTTGGTAAATGTTTCTGAAACTACAAAACCAAAAGTGGATATTCTTTCGCTTGTTTTTTCTACGATAGGGTTTGGATCACTCATCTATGGATTTAGTGCAGCTGGAGAAAAAGGTTTCCTTAACCCGAGTGTGTACAGTTTCATCGTTATCGGTGTGTTGGGAATCATCATCTTTTCTTTTAGACAATTTAAATTGAAGGAACCTGTTTTGGATCTTCGAGTGTTTAAATACCCGATGTTTACGCACGGTATGCTGATGTTTTTAATTATTATTATGATGATGTTCTCCTCAGAAATTATCTTACCTATTTTTATGCAGGGAGCTTTAGCGTTTACTGCAGCTAAAGCAGGAATGCTGTTATTGCCCGGTAGTCTTATTAATGGCGTCATGTCTCCTGTGATGGGACATTTATTTGATAAATTTGGCCCACGTGTCATGATGATTCCTGCTACCATTATTTTAAGTAGTACAATGTTCATGTTAAGTAGATTAAACGAAAATACAGAAGCATGGATGATTATTGTTGCTTATATTATTTTAATGCTCACTGTTTCTGCCATTATGATGCCAGCAGAAACAAATGGATTAAACCAGCTACCGAAGCGGTTGTATCCACATGGGACGTCTGTGATGGCTACACTGCAGCCCGTGGCGGGGGCTGTCGGTGTTTCTGTATTTATTAGTATTTTAAATGCTAGGCAAAGCCTTTATTTAAGTCAATCGGCAACTCCAAATAATCCCACAACGATAAATGAGGCGATGATTATAGGAGTAGAGTTTGTTTATTTTATTGCGTTTACTATTTCGATTATTGCCGTTATCTTAGCATTTTTGGTTTATCGAGCAGTTCCAAGTGAACAGTTTAATGATATAAAGCAACAAGGAAAACCTGAGAAACAGAGTAGTGAAAATTAA	MRSTNTEYEYLADDPNFKVMPMMLSLIIGAFFAILNETLLNIALTTLMKEFQVSLTTVQWMATGFLLVMGIVIPASAVLLQWFTTRQLFLGTMIVFTAGTTIAALAPSFPILLIGRLIQAAGTGLLMPIIFNVFLLVFPPHRRGKVMGTVGLVIMFAPAIGPTLSGVIVEYLGWRFLFITVIPFALFSIAFAYKYLVNVSETTKPKVDILSLVFSTIGFGSLIYGFSAAGEKGFLNPSVYSFIVIGVLGIIIFSFRQFKLKEPVLDLRVFKYPMFTHGMLMFLIIIMMMFSSEIILPIFMQGALAFTAAKAGMLLLPGSLINGVMSPVMGHLFDKFGPRVMMIPATIILSSTMFMLSRLNENTEAWMIIVAYIILMLTVSAIMMPAETNGLNQLPKRLYPHGTSVMATLQPVAGAVGVSVFISILNARQSLYLSQSATPNNPTTINEAMIIGVEFVYFIAFTISIIAVILAFLVYRAVPSEQFNDIKQQGKPEKQSSEN	PGPT0028570_139	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
AK148_02501	183	mta_1	COG0789	HTH-type transcriptional activator mta	TTGCAAATAAAGGAAGTTGCTGATTTAGTTGGTGTTAGCGTCCGTACGCTTCATCATTATGATGCCATTGGTTTGCTAAAGCCGGAACATACAACCGAAGCAGGTTATCGCATTTATACAGATGATGAATTGGAACGGCTACAGCAAATTTTATTTTATAAGATAAATAGTATAAAAATTTGA	MQIKEVADLVGVSVRTLHHYDAIGLLKPEHTTEAGYRIYTDDELERLQQILFYKINSIKI	PGPT0003175_5	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
AK148_02502	600	mta_2	COG0789	HTH-type transcriptional activator mta	TTGCTAACCGGGCGCTTGCGCCTTTGTTATAAAGAAGTTGGCTTTCCTTTAAAGAAAATAAAAGCCATTTTAGATAATCCTACCTTTGATCAAGTTGAAGCGTTAGAAAAGCATCGCGAACGATTGCTTGCTAAACGAAGCCAAATTGATACGATGCTAGAAACGATTCAAAAAACGATTCAACATACGAAAGGGGAAATGAACATGAGCAACAAGGAACGCTTTGCAGGCTTTGATTTTAGTAACAACCCTTACGAGCAAGAAGCGCGTGAGCGTTGGGGGAATGAAGCTGTTGACAAAGCAAATGCCAAGATTAAACAATTAAAGGACGAAGAAAACTTGCAACAAACCATGAACGATTTGTATCGCAGACTGGCAGAGATTCGTAATGAAGATCCTGCTTCAGATATTGCACAACAGCGAATTGGAGAATGGTATCAACTGTTAAATCATATAGGAACCTATTCTTACGATGCTTTTAAAGGGTTAGGAAAAATGTATGTAGAAGACGAACGCTTTCAGAGAAATATTGATCAATTTGGGGAAGGGTTAGCCATTTTTATGCGTGATGCCATGACAATTTACGCAGATCATCGGTAA	MLTGRLRLCYKEVGFPLKKIKAILDNPTFDQVEALEKHRERLLAKRSQIDTMLETIQKTIQHTKGEMNMSNKERFAGFDFSNNPYEQEARERWGNEAVDKANAKIKQLKDEENLQQTMNDLYRRLAEIRNEDPASDIAQQRIGEWYQLLNHIGTYSYDAFKGLGKMYVEDERFQRNIDQFGEGLAIFMRDAMTIYADHR				NA	NA	NA	NA	NA
AK148_02503	303			hypothetical protein	ATGAATTTAGAAAGCTTCAGTAGTAGGATTGGAAAAGATATAAACTATAAAGAAATAGCCGGAGATGGTCAGTCACTTTATTACGGAAACTTTGAGCGGATGGGATTTCATACTTACGCAGGTTATATACAAAACGAAAACGGTAATGGAGCACTTGAAGTTATTTATCGAATCGATTGTAGGCAAGAGCTAAAAGAAAAATGCAATAAAAACAAAACAGAAAATGAAAAATACGTTTTGGATTGGCTGAAAACGATTCGCTTTATAGACGAGAATAAGGAAGTGAACGGAGATGAATCATAG	MNLESFSSRIGKDINYKEIAGDGQSLYYGNFERMGFHTYAGYIQNENGNGALEVIYRIDCRQELKEKCNKNKTENEKYVLDWLKTIRFIDENKEVNGDES				NA	NA	NA	NA	NA
AK148_02504	1848			hypothetical protein	ATGAATCATAGAATTATGTATTCGCCTGAAATGAGGTTAAGATTAACCCAATTAGGATACGATGATAAGTTATCGAAGGCGGATTTTACAGAAAAAGTAAAAAGAATATATTTAGAAGAAACAGGTAAGAAACTACATGCCGATGTTAAGGTATATACCTCAAAAGAGGCAAGAACTAGTAAACAATCCGGATATGATGGGTTCGCAATTTATTTAGATGCTAAGGAAAATAAAAAAGATGAATTATACATTATATCACAAGGAACTAAAAACTTTAAAGACTGGGACTATAATATAAAAGCAATGTTTGCCGGTAAAGAATATGACCAAGCTAAATCAACGAATGAATTTGTAAAAGCAGCACAGGATCACTTTAAACTTGATAAAAATGAAGGTTCTACTCCTATCATTGGTTTATCGCATTCATTAGCCCATAACAATAATACGACTGCTTATTTACTATATGACACATTTGATGAGGTTTATAGTGTAAATGGCGCACAGACAAATTACTATCAACTTTACAATGCAAATGCTGATTTTAGAGACGCTGTTCAGAGTGAATTTCCTATTTCCCCCATAGATCGATTTGCCATCTACGACATAGACCCAAACCAACTTCGACAATTCGCAGAAAACTACTATAAAGACAAAGCAAAAAATATCCACCAAATCATCTCAAAGGATGACCCACTTTATGCGGCAAGTGCTGTACGTGGTTTTTTCACACTTGGGAATGTCGAAATGGTGGACACCAACCCTAACTATCCAGGGTTGCGGTCACTAGTAGAGGATATTCCAGATGAAGTAATACAGGACTTTCAACAACTAGCCATCCAGTACACCACTGCTTCTAACCAAGGTGGATTAAACGGAGCTATGCAGGAGATTTTTGGTGTTAATATGAATATTGTAAACAAAATCGGTGATAATTCCCTTAAAACTTATATGACAAATCAAACTGAAATTGATGGAATGATCCGCCAGTTAGATAAAAAAGTGCCAGGACTACTTCAACAAGTAAAAACAATTACAAGTAATGCTGATTTAATTTTTGGTAGATTAGAAGATGCAGGATATATAACCGATGCACAAAGGCAACTTATCGTTGAAGAAGTCACCAACATAGAAACAGAACTAGAAGGGATTCAAGAGACATTATCTAGCATAGTAGATGTGCGAGGCACTGGGAACTTTATCACACAAATCGGCGGGGACATTGCAGCAGCGCTAAAAATAAAGGGACATATTAACGTGATCAAAGATAGTCTCAAAGTGTTAAATCAAGAGGATCTTCTGAAGGTTTTAGATGAGTTAAAGGCTAGCCATAGTATTATGGAAGTTTTAAATGGTTTGTCGCATGGTAAAAAATCCTATTTAGGAACAGATATGCTTTTCACTACCAATCATGGGAATAAAGAAATAAAAGTAAATATTTCAGCCGCTTTGCGTATGTATCAAGAAGGGAAAACCGTTTTAGAAGAAAAGCTATCTAAGATTCGTCAGTTTCAAGCAGCAATAGATAGAGAAATTCCCAAATCCTATGACAGAAACAAATATAAAGTGATGCGCAAAATAGATGACATAGAGGCAAATCCTAGTGTATATACACATATTCTTAGAAAGCATCTTTACTTTTCACGATTAGATAAAAAAGTAAGGCGGATTCAAGTCCACGACGTATTTTTCCCATTAGAACATAAGAACCTAGATGAAGAAATATACGAACTAAAGCAAAGTGTACAAGAAAGCTATACATATATTGAAAATTATCGCAAAGCCATCGAAGATTTGTTTACGGAAGAAAAAGAAATCGCTACTTTATTTCGTTTAGTAGAGGGAGAATGA	MNHRIMYSPEMRLRLTQLGYDDKLSKADFTEKVKRIYLEETGKKLHADVKVYTSKEARTSKQSGYDGFAIYLDAKENKKDELYIISQGTKNFKDWDYNIKAMFAGKEYDQAKSTNEFVKAAQDHFKLDKNEGSTPIIGLSHSLAHNNNTTAYLLYDTFDEVYSVNGAQTNYYQLYNANADFRDAVQSEFPISPIDRFAIYDIDPNQLRQFAENYYKDKAKNIHQIISKDDPLYAASAVRGFFTLGNVEMVDTNPNYPGLRSLVEDIPDEVIQDFQQLAIQYTTASNQGGLNGAMQEIFGVNMNIVNKIGDNSLKTYMTNQTEIDGMIRQLDKKVPGLLQQVKTITSNADLIFGRLEDAGYITDAQRQLIVEEVTNIETELEGIQETLSSIVDVRGTGNFITQIGGDIAAALKIKGHINVIKDSLKVLNQEDLLKVLDELKASHSIMEVLNGLSHGKKSYLGTDMLFTTNHGNKEIKVNISAALRMYQEGKTVLEEKLSKIRQFQAAIDREIPKSYDRNKYKVMRKIDDIEANPSVYTHILRKHLYFSRLDKKVRRIQVHDVFFPLEHKNLDEEIYELKQSVQESYTYIENYRKAIEDLFTEEKEIATLFRLVEGE				NA	NA	NA	NA	NA
AK148_02505	339			hypothetical protein	ATGAAAGATATAGAATCAATTACAGTAACAGAAAAAATTGTTGCAAGTGAGAATCTCATGCATAAGAAACAAATTCTACGTAAATATACAGAGGAGATATTTAAAATCGATAAGACTTTTTTCAATCTTATGGATGATATTATTGTCAATGAAGATCAAAAGGGTGAAATTGTGGAAGCAATGAAAGAAGAAACAAAAAAGTTAACGACGTACAATCGTAATTTACTAGAACACATCGATAAACGTATGAATAAGATTGTGCAAAGACTAGATGAACAAGTGGATGAAATAAAAAGCCAACGCATGACCATTACCTATGAAAATACACCGTCTGCGTAA	MKDIESITVTEKIVASENLMHKKQILRKYTEEIFKIDKTFFNLMDDIIVNEDQKGEIVEAMKEETKKLTTYNRNLLEHIDKRMNKIVQRLDEQVDEIKSQRMTITYENTPSA				NA	NA	NA	NA	NA
AK148_02506	540		COG1670	Acetyltransferase	ATGTTATATGTAGAGACGTCTAGATTAAAATTGCGTGACTGGGATGAAACAGATATAGTTCCATTTGCGGCACTCAATGCGGATGGAAATGTGATGCGGTATTTTCCTAAAACATTATCAACCGAAGAAACAGAAGCTTTTTACATATTAATCGTAGATAAGATCAAAGCTAATGGATATGGACTCTTTGCTGTGGTAGAAAAGGAAACGAATGAATTTTTAGGATTTATTGGGTTTCATCGAGCCACTTTTGCAGCTGATTTTACACCTTGTATTGAAATTGGTTGGCGACTAAAAGAAGCTGCTTGGGGAAAAGGTTTTGCTACAGAAGGGGCAGCAGCTTGTTTGCAATATGGATTTACGAAGTTAGGTTTTACTAATATTTATAGCTTTACAGCTGAGGTGAACACCCCCTCACAAAATGTTATGAGAAAAATAGGTATGCAATATGTAAAAGATTTTGATCACCCAAAGCTGGAGCAGGGAAGTATACTGAAAAAACATGTATTATATCATATAAATTCAAATTTGTTGAAATGA	MLYVETSRLKLRDWDETDIVPFAALNADGNVMRYFPKTLSTEETEAFYILIVDKIKANGYGLFAVVEKETNEFLGFIGFHRATFAADFTPCIEIGWRLKEAAWGKGFATEGAAACLQYGFTKLGFTNIYSFTAEVNTPSQNVMRKIGMQYVKDFDHPKLEQGSILKKHVLYHINSNLLK	PGPT0012895_7	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-PHENAZINE_DERIVATES	BIOTIC_STRESS_RESISTANCE-PHENAZINE-1-CARBOXYLIC_ACID_BIOSYNTHESIS,PGPT0012895-aroDE-K13832	NA	NA
AK148_02507	696			hypothetical protein	ATGAATATTCAACGCATAAGCGCTATTTTTGAAAAAGATATAAAAGATTTTATGAAAAATATGATGCTATTGATGATGCCGCTTATCCCAATAGGACTAGCCTTATTATATAAGCAGATGAGTAATGGGGAAGAGTTTCCAATCTATTTCTTGTATCTAAATGTAGGGATAGCGTATTCTTCTGTTACGTCAACCTGTATGATGACCATGATGGCTGAAGAAAATGAAAAGAAAACATTACGCGGACTGATTCAGTCACCTGCCTCCATGGTAGACATTCTTGTTGGTAAAAGTCTCGTCGTCGGACTCGTAACTTTTGTCTCTTTAGCAGTGTCTTTAGCCATTATAGGGAGTGACCCATTCTTAAACGGGAAAGCTATTCTTGCGTTGCTTTTATTGTTTTTGTTCTTTCTATTTTTAGGTATTGGTATTGGCTTATTTTCTAAATCTATTTCTGCAACGTCTGCATATACCATGCCTGTCATGCTTTTGTTTGGCTTTACACCTATCCTTGGTTCTCTTCAGCTAGACGAGGATGGGATCGTTATGAAAATTACTGATACTTTTCCAATTATGCAAGCTATTGAATTCCACGATACGAGCTCTTGGATGCCACTAGCAATTATTTCTGGTTGGGTTTTTGCTGCAGCGTTGTTCATGTATAGTTGCTTTAAAAAGACAATGACAGATGATTAA	MNIQRISAIFEKDIKDFMKNMMLLMMPLIPIGLALLYKQMSNGEEFPIYFLYLNVGIAYSSVTSTCMMTMMAEENEKKTLRGLIQSPASMVDILVGKSLVVGLVTFVSLAVSLAIIGSDPFLNGKAILALLLLFLFFLFLGIGIGLFSKSISATSAYTMPVMLLFGFTPILGSLQLDEDGIVMKITDTFPIMQAIEFHDTSSWMPLAIISGWVFAAALFMYSCFKKTMTDD	PGPT0006730_24590	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK148_02508	849		COG1131	Fluoroquinolones export ATP-binding protein	TTGGAAAGTATTATAGCAGTGGAAGGAATGAAAAAATCGTTCGGACAACATGTAGCACTGAAAGATGTGCAATTTCATGTGAAAGAAGGAGAAATCTTTGGCTTGCTTGGACCAAGTGGATCGGGGAAAACAACGACGATTAAAATTTTAACGGGAGAACTTGGTCAAACAACAGGTAGCGTAATGGTAATGGGAATGGGTCCGAAACAGATGAGAACCGCTGATTTTAAATCCAAAATTGGTATATTATCTGATAATAGTTCCCTTTATGAGCGCTTAACGATCTATGACAATTTGAAATTATTTTGTAAATTATACCATGCGCCTTTAAAGCAAATAGATGCTATTTTGCGCGAGGTGAATTTATATGATGAACGCAGAAAAACGGTATCGAAATTATCCAGAGGAATGAAGCAGCGTGTACTGCTCGCTAAAGCGCTCATTCATAAACCAAAGCTCGTGTTTTTAGATGAACCAACATCTGCTTTAGATCCTGGAAATATGGCGCATATTCATCGAGGATTACGGAAATTGAATGAAGCAGGAACGACGATTTTTCTAACTACGCATAATATGGAAGAAGCGAATTCCTTATGCGATCGTGTTGCTTTTCTTCACGAAGGGGAAATAGTCGAATTGGATGATCCCGATGAGCTTCGCTACAAGCATTCAACGCACACCTTTCATATCGAAACATATGAAGGAGAGCGGCTTGTGATTAAAAATACGCCAGACAATGCAGAGCGAATAAAGGAATTGATTGTATATAATCGGGTGAAATCCATGCAGACAGATAAACCAACATTAGGGCAAGTCTTTTTGAAAGTAACAGGGGAGGAGCTGGTATGA	MESIIAVEGMKKSFGQHVALKDVQFHVKEGEIFGLLGPSGSGKTTTIKILTGELGQTTGSVMVMGMGPKQMRTADFKSKIGILSDNSSLYERLTIYDNLKLFCKLYHAPLKQIDAILREVNLYDERRKTVSKLSRGMKQRVLLAKALIHKPKLVFLDEPTSALDPGNMAHIHRGLRKLNEAGTTIFLTTHNMEEANSLCDRVAFLHEGEIVELDDPDELRYKHSTHTFHIETYEGERLVIKNTPDNAERIKELIVYNRVKSMQTDKPTLGQVFLKVTGEELV	PGPT0006725_19805	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_02509	954			hypothetical protein	ATGACACAGTTTACAATTCATGAAAAGATGATAGATAGCGAGTTATTGCCGTCGTTTTCCCTCACCATTGATTGCGCGTATACAGCTACGGTTTATAGTGACATGGATATGCAGGAGGAGCTGACCAAAGTCCTGCAAAATAGTGGTGATTTTTCTATTTTTGATCTACAGGAAGGCTTGTATCAACGTCTTACCATAGAAGGAAACATCGCTTTTTTTCATAAATGGTTCCAATGTAAGACGCCTTTAGCGGAAATTCTCGTATTGTTTGCTTTGCAAAGCAGTGCAAAGAAGCCGTTGCACACTTGTACGGAATCAGAAATACGTCGGGTTTATTACGCAAAGTATTTCATGAGCGGCATGCAGCCGATGATCTTTCGTGAACCGATCCATGGTGCAGATGTGAGAACAATGGATACTTTTATCTATATGTTACAAAAGTTAAAGGAAAAACAAGTTCCGCTGTTAATTTTAGTTTCAAACCTGGAACACGCATTGTTGCTCGGTGATATAGCGTACAAATTGCAAAAAAGCGGTCTCCAGCAAATTGAACTGGATGAGGGAGAGGCAAGTGAAGAAGATGAAAGTAATAGTGCTGGGACATCAATGACGACTAGTTTTTTCAAAATTCCAGCAAAGGTCGATGATAAAATGATTTTGTTTGACCCTTTGGAAGTGGATTATATTGAGAGCCAAGATGGGAAAGCGATGATCGTTGTAAATGATGCATCTTATGCCTTGGATGCCACACTTGGGGATATGGAGAAAAAATTAGCCGTGTACGGTTTTTATCGCTGTCACCGTTCTTACATTGTTAATTTGCAAAAGGTTCGTGAAATTATTACCTGGTCAAAAAATACGTATTCTCTCCGAATTGATAATCAATCCCAATCGACAATTCCGCTGTCACGAACCAAAATACAAGAAATTCAGGACAAATTTAGCTTAAAGTAA	MTQFTIHEKMIDSELLPSFSLTIDCAYTATVYSDMDMQEELTKVLQNSGDFSIFDLQEGLYQRLTIEGNIAFFHKWFQCKTPLAEILVLFALQSSAKKPLHTCTESEIRRVYYAKYFMSGMQPMIFREPIHGADVRTMDTFIYMLQKLKEKQVPLLILVSNLEHALLLGDIAYKLQKSGLQQIELDEGEASEEDESNSAGTSMTTSFFKIPAKVDDKMILFDPLEVDYIESQDGKAMIVVNDASYALDATLGDMEKKLAVYGFYRCHRSYIVNLQKVREIITWSKNTYSLRIDNQSQSTIPLSRTKIQEIQDKFSLK	PGPT0006725_6247	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_02510	270	rpsN2	COG0199	Alternate 30S ribosomal protein S14	ATGGCAAAAAAATCAAAAATTGCAAAAGAGAAAAAAAGACAACAAATGGTAGTAAAATATGCTGAATTACGAAAAGAATTAAAAGAAAAAGGAGATTATGAGGCACTTAGAAAACTTCCTCGAAATTCTTCCCCTACACGTTTAACAGGAAGGTGTGCGATTACTGGGAGACCTCGCGGATATATGAGACAGTTTAAAATGTCTCGAATTGCTTTTAGGGAATATGCACATAAAGGTCAGATTCCAGGTGTGAAAAAGTCGAGTTGGTAA	MAKKSKIAKEKKRQQMVVKYAELRKELKEKGDYEALRKLPRNSSPTRLTGRCAITGRPRGYMRQFKMSRIAFREYAHKGQIPGVKKSSW				NA	NA	NA	NA	NA
AK148_02511	255			hypothetical protein	GTGATTGTTGTAAACACAACAGATATAGTAACGAAAGAGGATTTAGAAAAGCTAATAACTCGTTTGGATGGAATCAACCCTGCTGCTTCTACATATTTATCTGTAAACAGTCAGGTAGATTTGTATAGAGTAGGAAATATTTTTTCTTATAATCTGCATGAAAAATTTACGTTAAATTCCTATTCCTCAGATCAAGGTCATCATGATGAGAAAGTAACATCTTCTCCTTACAGGAATCAAGACCGCTTAATTTAA	MIVVNTTDIVTKEDLEKLITRLDGINPAASTYLSVNSQVDLYRVGNIFSYNLHEKFTLNSYSSDQGHHDEKVTSSPYRNQDRLI				NA	NA	NA	NA	NA
AK148_02512	177	yjiA	COG0523	P-loop guanosine triphosphatase YjiA	ATGATTGAGTTTGACAGAATAGTGATAGAGACGACTGGATTAGCAGATCCTGCGCCAATTGTGCAAACCTTCTTGATGGATGAGAGCATGGTGGAAGAATACGTTATCGACAGTGTTTGTACCTTTGTTGATGCTAAACATATTTCTTGCCCTTTAGACCAAAAGGATGAAGCATGA	MIEFDRIVIETTGLADPAPIVQTFLMDESMVEEYVIDSVCTFVDAKHISCPLDQKDEA	PGPT0030630_2596	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030630-tnpA-K07485	NA	NA
AK148_02513	963			hypothetical protein	ATGCCTAAAATTGACAATATGTTAGCAATTCTATGGATGCTTCGTTCAGGTAAAAAAATTACTGCCAAACAAATTTCTGAAAATCTAGAAATAAATATAAGAACTGTGTATCGTTATATTGATACAATTTCAACAAGTGGCGTACCTATAATTTCAGAACCAGGACATAACGGTGGATACACTTTATTGAACCATTTTATGGAGGCACCTCTTTTTTTTGATTTGGAGGAGCAAACTGCGTTGTTTCACGCTGCTGTTTTTGCAGAAGAAGCTGGATATTATGGAGGTGAAGCGCTAAATAGAGCCATTTCAAAACTAAGTAAATACTCAAATCAAGAGCAGAAAACAAAAGTAAACCAACATTTTACTAGTCTTGAAGTAATAAGTCGATTAAGTTCACTCTCTAAGGAACCTTTTTTGAAGGAGTTGGAGCAAGCCGTAGCTGACAGGTACTCAGTAAAAATTCTTCATCATAAAAGCGGCAAAAAGCAATTAAATAATAGATTGATTGATCCGTACAGAATGATCTATTGGAATAATAAGTGGTATGTGATTGGGTTTTGCCATCTTAGGAATGATATCCGTAGTTTTAGAGTGGATCGAATTGAAAATCTAATGCTAAACGAAAACAAGTTTAACCCCCCAGAAAATTTTTCTGCACGTGACTTTTTTATGAAAAACCTTCTTCCAACTATAGAAGATAAGGAAGGAATTATTTCTTTGGTTATTAGTGGAGATAAAAGTGTATTGACTGATATTTGCCAACATTGGTTTTTAGGACATTATTTACAAGAACGGACTTCAAATCAAGCAGTTTTTCTGCTTGAAAAAGATATGATACATACATATGTACCTTATTTACTATTACCATACAATAAATCTATTCAAGTTATTGAGCCAATCAGTCTAAAGAAGAGACTGATTGAAGTTCTTTCGGAATTAATTAAATTTCATCAAGTATGA	MPKIDNMLAILWMLRSGKKITAKQISENLEINIRTVYRYIDTISTSGVPIISEPGHNGGYTLLNHFMEAPLFFDLEEQTALFHAAVFAEEAGYYGGEALNRAISKLSKYSNQEQKTKVNQHFTSLEVISRLSSLSKEPFLKELEQAVADRYSVKILHHKSGKKQLNNRLIDPYRMIYWNNKWYVIGFCHLRNDIRSFRVDRIENLMLNENKFNPPENFSARDFFMKNLLPTIEDKEGIISLVISGDKSVLTDICQHWFLGHYLQERTSNQAVFLLEKDMIHTYVPYLLLPYNKSIQVIEPISLKKRLIEVLSELIKFHQV				NA	NA	NA	NA	NA
AK148_02514	435	ydeA	COG0693	putative protease YdeA	ATGCAAACAAAAAAAGCATTTCTATATGTATTTCATACCATGTCGGACTGGGAATATGGATATTTAATTGCTGAACTAAACTCAGGAAGATATTTCAAAAAAGATGTAGCACCTTTAAAAGTAATTACAGTAGGAGCTAATCAAGAAATGATTACTACAATGGGAGGGCTGAGCATAAGACCAGATATTTCCATTGTTGAATGTACGCTTGAGAGTAGAGATCTTTTAATTTTACCAGGAGGGACTACTTGGAGGGAAGAAATTCATCAACCTATCTTGGAAAGAATTGGCCAAGCTTTAAAGCTTGGCACTATTGTTGCTGCAATTTGTGGTGCAACTGATGCCCTCGCGAATATGGGATACTTGGATACTAGAAAGCATACAAGTAATAGCTTAGAGAGTTCTATAAGATGGAATCTGCGGTATCTGATATGA	MQTKKAFLYVFHTMSDWEYGYLIAELNSGRYFKKDVAPLKVITVGANQEMITTMGGLSIRPDISIVECTLESRDLLILPGGTTWREEIHQPILERIGQALKLGTIVAAICGATDALANMGYLDTRKHTSNSLESSIRWNLRYLI				NA	NA	NA	NA	NA
AK148_02515	186			hypothetical protein	ATGGAATCTGCGGTATCTGATATGAATTTAGTTACTGCATCAGGAATAGCCCCTCTGGAATTTGCAATGGAGGTACTAAAAACAATGGATGTATGTACACCAGATGCATTACATGCATGGTATAACCTAAATAAGACGCATAAACCTGAATACTTCTTCCAGTTAATGAATTTAATAAATAAATGA	MESAVSDMNLVTASGIAPLEFAMEVLKTMDVCTPDALHAWYNLNKTHKPEYFFQLMNLINK				NA	NA	NA	NA	NA
AK148_02516	141			hypothetical protein	TTGAAAAAAATAGTACTAACAATGGCATGTGGGGCTCTATTAATCAGTGGAATTTTATTTACGACTAAACTAGATGAGGAAACTGCATCACGTCCTCCAAGTCCAACAATGAGCTTGTCGATGGAAGATGTAAAAATGTAA	MKKIVLTMACGALLISGILFTTKLDEETASRPPSPTMSLSMEDVKM				NA	NA	NA	NA	NA
AK148_02517	1284	nprA_5		Transcriptional activator NprA	GTGAATCTAGTGCATATTGGCTCATTTATTAAATTGCACCGATTGAAATGCAAGATGACACAAGAAGAATTATCGGAGGGTATCGTCTCCTTGTCCTATCTATCAAAAATAGAGAATCAAAAGACGAATGCAAGTCCAGAAATCCTCCAGTTACTCTGTGATCGATTAGGGATTGAAATTTCCGAAGACACAGATAGAGAAATAGAAGAGAAGTGTAAAGAATGGTATGATATGTTGTTTGACGAGAATGATAAGAAGGTGATGACAGAGAAGTATGAAGAATTACAACCGTTAATGGAACGTAAGATTAATCAACATACGATTATGTTTGAAATACATACCATTCGTTATTATATCGTCTTACGTGATTTAGGGAAAGCTTTACATATAATGAATAAACTGCATGATATGGCTGATTCGTTTAATTACGAAGAAAGCTATTACTGGCATAAATTTAAAGGAAATTATTATACACATAAGGAAGTTCATCAAGAAGCGTTACGAAATTATAAATTGGCAGAAAAAGTTATTCGTTTAGCTAATATTGTTGATAAAGAAATAGCTGATTTGTATTATGCATTATCGATAACGCATAATTATCTTCGTGCAGATTTAGAAGCTGTAGATTATGCGAATCGTGCAATGACGGTATTTCAGCAAAACTACAATTTTAATCGCTGTGCGCAATGTCATATTATATTAGGAATATCGTATCAAAGGGTAAAAGATTTAGATGCTGCAATAAAAAACTATAATTTAGCATTACACTTAGGAGAATTAAATAAGAATGAAACAATCGTTTATTTAGCACATTATAATTTCGGTTATCTTTATTCCGTGATGGGAAATTCAGAAGAAGCGATTAAACATTACTTATTAGCGATAGAAACGAAAGATTTAGCATATAAAACCAAAATAGATGCACTAACTCATTTAGTTCAGGAGCTTTATATGATTGGAGAATATGAAAAAGCAAAAGCGTACGTAAAGCAAGCTAAGGAGATATTAGAACTAGCAAAATGTAAATACGATGACTTTTATAATGGGTATCACAATTACATGATTCAAGTATATACATGTTTACTTTACGATGATTTTAAAAAATTTAAAACGATATTAACGGATGACTTTATCCCTTATTTAACACGCCGAGGAGATTATAGCAATTTAGTGTTTTATGCGAAGTTATTAGCTACTCATCTAGAGGAAAAGGGGAAATATAAGGAGTCTGTTGAATATTATAAATTAGCAAACAGCAGTTATGACCAATTAATCAAGTTGTAA	MNLVHIGSFIKLHRLKCKMTQEELSEGIVSLSYLSKIENQKTNASPEILQLLCDRLGIEISEDTDREIEEKCKEWYDMLFDENDKKVMTEKYEELQPLMERKINQHTIMFEIHTIRYYIVLRDLGKALHIMNKLHDMADSFNYEESYYWHKFKGNYYTHKEVHQEALRNYKLAEKVIRLANIVDKEIADLYYALSITHNYLRADLEAVDYANRAMTVFQQNYNFNRCAQCHIILGISYQRVKDLDAAIKNYNLALHLGELNKNETIVYLAHYNFGYLYSVMGNSEEAIKHYLLAIETKDLAYKTKIDALTHLVQELYMIGEYEKAKAYVKQAKEILELAKCKYDDFYNGYHNYMIQVYTCLLYDDFKKFKTILTDDFIPYLTRRGDYSNLVFYAKLLATHLEEKGKYKESVEYYKLANSSYDQLIKL	PGPT0011700_284	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_REGULATORS	CE-QSR-OTHER_QUORUM_SENSING_REGULATED_GENES,PGPT0011700-nprR|nprA-K20480	NA	NA
AK148_02518	435			hypothetical protein	ATGAAGCAGAATTTGACGGAGAAAACACTTGAATCTGGAAAAGATATTTCAAGCATTCAAGAGCAGTTGAAGGAATTTGAAAAGCAAATTGCCGAACTTGACAATAAAATTGTTAAACAGCAGATGAAAGAGCAAGAGAAAGCACTTGGGAAGGAAAAAGATGTAAAGAAGAATGAGTCTCCACAATCGGAGGAAGAACAGTTATTTACCCAAGCCTTTGCATTAGATCAAACGCAAAAAATGAATCATGTTTTCAAAGGGCTAGAGCGGGAAAAAAACACGCTTGAAAGTGAAATGAAGTTAGATGCAAATAGAGGAATTTATAGTGAAAGAAAGCAAGAAAAATTAATAAAGTTAGAAGAGAAGCTCCAAACGGTTCAAGAACAAATAAAGGAAAATGGGGAGCACAACGGAAGAAAAGAACAATGGTTTTAG	MKQNLTEKTLESGKDISSIQEQLKEFEKQIAELDNKIVKQQMKEQEKALGKEKDVKKNESPQSEEEQLFTQAFALDQTQKMNHVFKGLEREKNTLESEMKLDANRGIYSERKQEKLIKLEEKLQTVQEQIKENGEHNGRKEQWF				NA	NA	NA	NA	NA
AK148_02519	309			hypothetical protein	ATGAAATTAAAGAAAAAGATTGTATCTGTGGCAATCATAGCCATTTTAGCGGTTGGTTCAATAGGAGCTTCTTCTGCTACTGCGAGTGATGATCTTACTCCAGAAGTTGTAGATTATGCTGGAGAAAAACAAGAAGTAGTAGAACCACAAGCTGTACCTGCAGTTGTTGGAACAGCCTTTTTATCAGGCGCTGCTGGTGCTGCCGGTGCTAAAGTTGGTGATTGGGTTGCGGATAAAATTATCGGTATTTTTAGTGTTGAAGAAGATCCTGTTTCTAGTAATGCAGACCTAGATGTTATGTTTGATTGA	MKLKKKIVSVAIIAILAVGSIGASSATASDDLTPEVVDYAGEKQEVVEPQAVPAVVGTAFLSGAAGAAGAKVGDWVADKIIGIFSVEEDPVSSNADLDVMFD				NA	NA	NA	NA	NA
AK148_02520	645			hypothetical protein	ATGAAAAAAATATTAAACATCTCATTAATATCATTGTTATCATTATATACTATCATACATTTTCTTATATTATTTTTACATACTGGACCAATTAATCCTGTTTATGCAAAATATCGAATTGCAGTAGAAAAGTATGTCAATCCATTATTGACTCAAAATTGGAATCTTTTTGCACCAGATCCAGTAGAGGAAACTCAAAATATTCTTATTCAGTATCGTACATCGACAAATGACACATCTGATTGGTATAACATCTCGGAATCACTTATAGAATCAAACCAGTCCAATATTATTAGTCCTTATAATAAAGCAGCACGAATCCCTTCAGGTTTATACTTTGGTATTTTTAAAGAGAATGAATTAATAGCTCAAATGGAAGAAAACACCTCTGAAGAAGAGTTTGATCAAGCAATTAATATGAGTAAAATAGAAGAATCACGTTTAAAACAAGTAGATTTGTTGTATCGATTTGCTAACTCTGCCATTCCATTAATAACGAATGAAGAAGTAAAAGAAGTCAAAGTAAAAATAATGAATGTGAAGGCAGTACCCTTTTCTGAAAGACATAATCCAGATTACAAACAGAAGATAGAAAATCTGGAATTTGAATGGAAAGAATACTTTCCAGTTTTATCATTTTCATAA	MKKILNISLISLLSLYTIIHFLILFLHTGPINPVYAKYRIAVEKYVNPLLTQNWNLFAPDPVEETQNILIQYRTSTNDTSDWYNISESLIESNQSNIISPYNKAARIPSGLYFGIFKENELIAQMEENTSEEEFDQAINMSKIEESRLKQVDLLYRFANSAIPLITNEEVKEVKVKIMNVKAVPFSERHNPDYKQKIENLEFEWKEYFPVLSFS				NA	NA	NA	NA	NA
AK148_02521	945			hypothetical protein	ATGATAAAAGTATATAATTGGTTTAAGTCACCACAACATTTAATAGGGGCTAGTATTCTAAGAATTAGCTTTGGAATATTAATTGTTTATACATACATAGTAAATTATCCACTAAGACATTATTTTTGGGGAAATGAAGGTATAATTGATAATGCAACTTATACAGAGATGAATCGAATATTTTTCTCAGTATATGGTTTGTTTGAAAGCCCTTTTATTTTTGAATTATTTTATTATTTAGGTATTATTTTTGCATTTTTATTTACGATTGGCTTTGGGGGCAAAACCATACAAATATTAAATTATATCTTTACATTTTCACTTATTAATAGAAATGGTCTAATTAGTGACGGTGGGGACAATCTTATGTATATATGTTTGTTATATATGCTTTTTATGAATGTAACGGCATATTTTTCTTTCAAAATAAAAAAGCAAGAATCTAAGTTAAAAATTGAATGGAAGGATCAGTTAGCAATTATTCATAATTTTGGTTTTATCTTTGTAATTGCTCAATTATGTCTAATGTATTTTATGTCTGGATTGTATCAGGTGATAGGAGAAAGATGGCATACTGGAACAGCGGTATATTATGTAATGCAAGTCGAACAGTATTCAACTCAGTTCTTACCTGATTTTCTTTTGAATAATCCAGAGTTTATTGTTTTAGCAACCTATGCATCAATTTTAATTAAACTAGCTTTTCCATTTGCAATATTTAATAAGTATACTAAATATATAGTCATTTTTAGCATTGTATCATTCCATATAGGAATCCTTTTCCAAATGGGACTTGTTACATTTTCATTGATTATGATTGCTGTAGATTCCCTTTTAATTTCCAATTCAGAGTACCGCTGGTTATATACTAAAAGTGTTCAATTTATAAATAAAATACGTACCAAATTTAAACTTATAAGAAATACAGAGAGGAAGTCAGCATGA	MIKVYNWFKSPQHLIGASILRISFGILIVYTYIVNYPLRHYFWGNEGIIDNATYTEMNRIFFSVYGLFESPFIFELFYYLGIIFAFLFTIGFGGKTIQILNYIFTFSLINRNGLISDGGDNLMYICLLYMLFMNVTAYFSFKIKKQESKLKIEWKDQLAIIHNFGFIFVIAQLCLMYFMSGLYQVIGERWHTGTAVYYVMQVEQYSTQFLPDFLLNNPEFIVLATYASILIKLAFPFAIFNKYTKYIVIFSIVSFHIGILFQMGLVTFSLIMIAVDSLLISNSEYRWLYTKSVQFINKIRTKFKLIRNTERKSA				NA	NA	NA	NA	NA
AK148_02522	1197			hypothetical protein	ATGAAGTTAAATCGAATTGCTTTTCAATATGTTAATAAAAGTAAAGATTCTATTGAAATTTGGTTGTCTCTTGCTCCTGGCACCGAAAATATATCCTTTCCTGATATTCAACCTGAAAAACATCAAGAACACCCTTTTTTAGGAAAGCTATATTATTTTAATGTTCCAAGTAAAAAAAAATTAACATACAAAGCAGTATATCAGCCAACAACAAATTTGAGCCTTTCAAAAGAAGAAAGAGATTACTTTTTACGCCATAGTGAACTCATACAAGTAAATAAGGAAACTAGAACAATGGCGGAAAAGATAACGGAAGGATGTGTTCATAAGGAAGAGAAAATTAAAGCTATATTTAACTATGTAAGGGATAACTTTAAATATTCAAGCCGTATCAAGGAAAGGGGTATCCAATATTGTATAACAAATAAGATAGGAGATTGCGGGGAATTGTCAGCAGTTGTTGCTTCTTATTGTAGATCTTTAGGGATTCCTTGTCGTATTATGGTTGGAGCTTTTCGCGGACGTTTTCAGCCACATGCCTGGAATGAAGTTTATTCGGAAGATAACGGATGGGTACCGATTGATGTCAGCGTTGCTATGTACACATTTTTTAGATATCCATTAAGAAATATTGGGGCTACTGTAAGATGGGGAGCATTTAGCAAGAAGGAACGGTATTTTGGAGAAATTGAGGACGGTCGAATTGTATTTTCGATTGATCCAGAAAGAAAACTTTATCCTACATATACTGATCGAACACCAGTGAATGACACTACTGTTTACATAGTAGGAAATGGTAAACTTGCCTGGGGATATGAATCAATACATGGTGCTGCACCATATATGCAACCCATCTATCCATGTTTAAATAATACGTATGAAACCATCAAAACGAAGGATTTATTAGGTACTTTTCATGTCAAATCCAATAATCCTATCGATTACTATTCCTATCAGGTTAAGATTTTTTCTTTTATTCTTGCGGTATTTTTTGTTTATTTAGACCTTATTTTCAGTTTTTTTAATATAAGTATTCCTATTACAATGATTATTCATGGTGGAACATCATTGCTCTTAGGAACTTTTAGTATTTTAACCTTTATTAGAAGGGAATTTAACTTTCCAATTTTAATTTTATGTGTTTTATTTATGTTTTCTACGATAAGTACAATTTATCAATTTATGAGTGCCATTTAA	MKLNRIAFQYVNKSKDSIEIWLSLAPGTENISFPDIQPEKHQEHPFLGKLYYFNVPSKKKLTYKAVYQPTTNLSLSKEERDYFLRHSELIQVNKETRTMAEKITEGCVHKEEKIKAIFNYVRDNFKYSSRIKERGIQYCITNKIGDCGELSAVVASYCRSLGIPCRIMVGAFRGRFQPHAWNEVYSEDNGWVPIDVSVAMYTFFRYPLRNIGATVRWGAFSKKERYFGEIEDGRIVFSIDPERKLYPTYTDRTPVNDTTVYIVGNGKLAWGYESIHGAAPYMQPIYPCLNNTYETIKTKDLLGTFHVKSNNPIDYYSYQVKIFSFILAVFFVYLDLIFSFFNISIPITMIIHGGTSLLLGTFSILTFIRREFNFPILILCVLFMFSTISTIYQFMSAI				NA	NA	NA	NA	NA
AK148_02523	132			hypothetical protein	ATGTCCTACACCCATCTTACCAAAACAGAACTAGTATTCATAGAGGAATATCAAGAATTCGGCCTTTCTAGTCGAAAAATTGCCAATAAATTAAAGCGTGGCCATGAAGCTGTTTATTTATTAGACAACTGA	MSYTHLTKTELVFIEEYQEFGLSSRKIANKLKRGHEAVYLLDN	PGPT0030610_1473	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030610-IS30_family-K07482	NA	NA
AK148_02524	471		COG2826	IS30 family transposase IS6770	ATGCGCACGCTTTATCGAAAGTTTGCAACAGGCGAATTTAATCAAAATAATTTACCTATGCAGGGCAAACGCAAACCAAATGGTCGTCATCAGGAAAGAAGAGGCAAACAAAAATTCCGCCGTTCCATCCTTGATTGTGATCACGATCACCCAAATCACAAGAAAGAATTTGATCATTTAGAAGGAAATACCATTGTGGGACGTCATCACAAAAGCGCTGTCATCACGCTTGTTGAGCGTTTAACAAAATACATCATCGCAATTAAACCAGCTGGTAGACAGGCAACCAATATTGAAAAATCGCTCAATCAATGGTTTGATCGATTAACAGAACACTTATTTAAGTCCATTATCTTTGACTGTGGAAAAGAGTTTTCCAATTGGAAATCCATCAGCAATGAACAAAATGTGGATATTTATTTAGCAGATCCTGGAACGCCATTCCAAAGGGGTCTAAATGAGCTTTCCTAA	MRTLYRKFATGEFNQNNLPMQGKRKPNGRHQERRGKQKFRRSILDCDHDHPNHKKEFDHLEGNTIVGRHHKSAVITLVERLTKYIIAIKPAGRQATNIEKSLNQWFDRLTEHLFKSIIFDCGKEFSNWKSISNEQNVDIYLADPGTPFQRGLNELS	PGPT0030610_1473	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030610-IS30_family-K07482	NA	NA
AK148_02525	438			hypothetical protein	TTGACGGAGAAAACACTTGAAGCTGGAAAAGATATTACAAGCATTCAAGAGCAGTTGAAGGAATTTGAGAAGCAAATTGCTGAACTTGACAGTAAAATTGTTAAACAGCAGATGAAAGAGCAAGAGAAAGCACTTGGGAAGGAAAAAGATGTAAAGAAGAATGAGACTCCACAATCGGAGGAAGAACAGTTATTTACCCAAGCCTTTGCGTTAGATCAAACGCAAAAAATGAATCATGTTTTCAAAGGGCTAGAGCGGGAAAAAAACACGCTTGAAAGTGAAATGAAGCTAGATGCAAATAGAGGAATTTATAGTGAAAGAAAGCAAGAAAAATTAATAAAGTTAGAAGAGAAGCTCCAAACGGTTCAAGAACAAATAAAGGAAAATGGGGAGCAATCAACGGAAGAAAAGAACAATGGTTTTAGTGTATCTGTTTAA	MTEKTLEAGKDITSIQEQLKEFEKQIAELDSKIVKQQMKEQEKALGKEKDVKKNETPQSEEEQLFTQAFALDQTQKMNHVFKGLEREKNTLESEMKLDANRGIYSERKQEKLIKLEEKLQTVQEQIKENGEQSTEEKNNGFSVSV				NA	NA	NA	NA	NA
AK148_02526	159			hypothetical protein	GTGAAGATTCATAGTAATGAAATCCGAGTTAGTGTACCTTTTTTTACAAAATCTATTCCAGCTGCTTCTCATACTAATTTATCCAATACCAAGCAAGACGGTGTGTATATTAGCAGTCAGTCGCTCCAATTATTAAGGGACAACAGAAGAATTCCCTAA	MKIHSNEIRVSVPFFTKSIPAASHTNLSNTKQDGVYISSQSLQLLRDNRRIP				NA	NA	NA	NA	NA
AK148_02527	1110	yhdG_1	COG0531	putative amino acid permease YhdG	ATGAAAGAGAGAACAACGTTGAAAAAGACAATGAAACCGCATTGGGTGTTGGCAATTGCGTTAGGCTCGTCCGTTGGTTGGGGGGCGTTTGTACAACCAACCAACTGGATGGGGCAAGCAGGCTCACTTGGTGTGGTTATTGGAATGGTTATTGGTGCTTTATTAATGATGGTAATCGCTGTGAGTTATGGTTTTTTGATTAAGCACTACCCTGTTTCGGGTGGTGGATTTGCTTATGCATTTATCGGTTTAGGGCGGACGCATGCTTTTATAAGTGGATGGTTTCTTACGTTAGGGTATATATGTATTGTTGCATTAAATGCATCTGCGTTAGCATTAATGTTTAAATATGTATTTCCTTCCTTTGTACAAACGTATAAATTGTATGAAATAGGCGGTTGGGATGTGTATGTTACCGAAATTCTTATTGCCACGACCGCCTTACTTGTTTTTGCCTATTTTAATATCCGTGGAACAGGATTGACTGGTAGCGCTCAGTTCATCTTCTGTTTTGTCATGGTGGCAAGCATTCTTGTTTTATTTAGTATGGTCAGTGTGTCACCTACTTCTAGTTTCGAAAATATCCAACCTGTATTTCATCCTGAATTAACGACTTTTGGAGCTATTATTTCGATTGTCGCCATTGCTCCATGGGCGTATGTAGGGTTTGATAATGTGCCACAGGTTGCAGAAGAGTTTAATTTTTCATCCAAGAAAGCGTTTGGGCTGATTATTTCTGCCCTGACTGCTGCGGCATTGATTTATAGTCTCATGGTAATAACTACTGCTATGCCAATGCCTTGGCTAGATGTCGTTAACGGACAACTTATTTGGGGGAAAGGAGCTGTTATTAAGCAGGAACTTGGTGTCATAGGTCTGATTATTTTAACAGTTGCGCTAAGTATGGGAATATTTACTGGCTTAAATGGATTTATGATTTCGACAAGTCGTTTATTATTTTCGATGTATCGTGCCAAGATATTACCTCAAATATTCTCAAAGCTGCATCCGAAGTACCAAACACCATATGTAGGAATCATTTTCACAGCCATCATTGCTATGCTAGCTCTGTGCCATGGTTTGGTCGTGAAGTATTGCTATGGGTGGTAG	MKERTTLKKTMKPHWVLAIALGSSVGWGAFVQPTNWMGQAGSLGVVIGMVIGALLMMVIAVSYGFLIKHYPVSGGGFAYAFIGLGRTHAFISGWFLTLGYICIVALNASALALMFKYVFPSFVQTYKLYEIGGWDVYVTEILIATTALLVFAYFNIRGTGLTGSAQFIFCFVMVASILVLFSMVSVSPTSSFENIQPVFHPELTTFGAIISIVAIAPWAYVGFDNVPQVAEEFNFSSKKAFGLIISALTAAALIYSLMVITTAMPMPWLDVVNGQLIWGKGAVIKQELGVIGLIILTVALSMGIFTGLNGFMISTSRLLFSMYRAKILPQIFSKLHPKYQTPYVGIIFTAIIAMLALCHGLVVKYCYGW				NA	NA	NA	NA	NA
AK148_02528	918	tagU_2	COG1316	Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagU	ATGAAACGAAGTGAACGCAAGAAATCTCGTAAGCTATGGCTGAAAATCCCGCTTGCGATTATATTAATTCTTGTACTTGGCGGGGGTGCGTATGCATTTTCGATTTACAATAATGCGAAGTCGACTGTAAACGACAAAATTAATGAACCAGTAGATGCTATTGATACAAAAGTAGCAAAAAAGAAAATTAAAGCGACAGAATCATTAAATATCTTGTTGCTTGGTGTCGATCAACGAGGCGGCGACCGTGGGCGTTCAGATGCGTTAATGGTGCTTTCGTTAAATCCAAAAGAAGATACCATGCAATTGGTAAGTATACCTCGTGATACAAGAACGACCATTGTCGGAAAAGGTGTCCAAGATAAAATTAATCACGCCTATGCTTTTGGTGGGGCGGATATGTCTGTGGCTACAGTGGAGAACTTCCTTGATATTGATTTAGATTACTATGTACGTATGAATATGGAAGGTTTAGAGGAACTTGTCGATCAATTAGGAACGATTCATGTCGATAATGAAGTTGAATGGGATGACGGCAATTATCACTTTACCAAAGGCCCTGTAGAAATGGATGGCGATAAAACGATGCATTTTGTCCGTATGCGAAAGCAAGACCCTGCAGGTGATTTCGGACGTACAGAACGACAACGCAAAGTAATAGAAGGAATTATTAATAAGGGTGCAAGCGTTGGCTCTGTGAATAAAATTAATGGCGTAATTGATGTATTAGGTAACAACATGGCAACAAATATGGATTTTGATGATATGCAAGACTTGTTATTCGGGTATAAAGACGTACGAAAAAATGTGAACAGCTATATGATGCAAGGAAGCGGCACGAACATTGGCGGTATTTATTATTATCAAGTCCCAGCTGAAGAAGTTGCTAAAGTTCATGATATGATAGCAGGAGTTTAG	MKRSERKKSRKLWLKIPLAIILILVLGGGAYAFSIYNNAKSTVNDKINEPVDAIDTKVAKKKIKATESLNILLLGVDQRGGDRGRSDALMVLSLNPKEDTMQLVSIPRDTRTTIVGKGVQDKINHAYAFGGADMSVATVENFLDIDLDYYVRMNMEGLEELVDQLGTIHVDNEVEWDDGNYHFTKGPVEMDGDKTMHFVRMRKQDPAGDFGRTERQRKVIEGIINKGASVGSVNKINGVIDVLGNNMATNMDFDDMQDLLFGYKDVRKNVNSYMMQGSGTNIGGIYYYQVPAEEVAKVHDMIAGV	PGPT0023440_3332	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
AK148_02529	1167	ugd	COG1004	UDP-glucose 6-dehydrogenase	ATGAAAATTGCAGTTGCAGGAACAGGGTATGTTGGTTTAGCAAATGCCGTACTTTTAGCACAACATAATGAAGTCGTAGCACTTGATATTCTGCAAGAAAAGGTAGATATGATCAATAGTAAACAATCTCCTATTGTTGATGCAGAGATTGATAGTTTCTTTAAAGATAAGGAATTGAATTTACGCGCGACAACAGATATGGAAGAAGCGTATAAAGATGCTGACTATGTGGTGATTTCCACGCCGACAAATTATGATCCAGATAAGAATTACTTTGATACATCAACGGTTGAATCGGTGATTCGCAATGTATTAGATACCAATCCTAATGCAGTTATGGTAATTAAGTCTACCGTACCTGTAGGTTATACGAAAGAGATTAGTATTGAATTCGCTACGAGCAATATTATCTTTTCCCCAGAATTTTTACGCGAAGGAAAGGCTTTATATGATAACTTACATCCTTCTCGCATTATTGTAGGGGAGCAGTCAGATCGGGCGAAAGTCTTTGCGGATTTATTAGTTCAAGGTGCAGAAAAAGAAGATATACCTGTCTTGTTTACAAGTTCAACAGAGGCAGAAGCAATTAAGTTGTTTGCTAATACATATTTGGCTATGCGCGTATCATTCTTTAACGAGCTTGATTCTTATGCAGAACTACGTGGTTTGGACGCCAAGCAAATTATTGATGGTGTAGCGCTAGACCCAAGAATTGGCGGGCATTATAATAACCCATCATTTGGTTATGGAGGATATTGTTTGCCAAAGGATACGAAACAGTTGCTAGCAAACTATGAAGATGTACCAAATAATATTATTCAAGCTATTGTAGAGGCAAACCGTACGCGAAAAGATCATGTTGCGAATATGGTATTAGATCGCAAGCCGAATGTCGTAGGTATTTATCGCTTGACGATGAAGACAGATTCAGACAATTTCCGTCATTCTGCGATTCAAGGCGTTATGAAACGGATTAAAGCGAAAGGCGTAGAAGTTATCGTTTACGAACCAGTATTACAGGAAGAAACATTCTACAATTCTCGTGTAGTTAATGACCTTGAAGCGTTTAAAAAAGAAGCGGACGTGATCGTTGCGAACCGTTTAGATGATCACATTCGTGATACCGCTAATAAAGTATATACAAGAGACTTGTTTAGTAGAGATTAA	MKIAVAGTGYVGLANAVLLAQHNEVVALDILQEKVDMINSKQSPIVDAEIDSFFKDKELNLRATTDMEEAYKDADYVVISTPTNYDPDKNYFDTSTVESVIRNVLDTNPNAVMVIKSTVPVGYTKEISIEFATSNIIFSPEFLREGKALYDNLHPSRIIVGEQSDRAKVFADLLVQGAEKEDIPVLFTSSTEAEAIKLFANTYLAMRVSFFNELDSYAELRGLDAKQIIDGVALDPRIGGHYNNPSFGYGGYCLPKDTKQLLANYEDVPNNIIQAIVEANRTRKDHVANMVLDRKPNVVGIYRLTMKTDSDNFRHSAIQGVMKRIKAKGVEVIVYEPVLQEETFYNSRVVNDLEAFKKEADVIVANRLDDHIRDTANKVYTRDLFSRD	PGPT0017855_5368	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
AK148_02530	1014	wbgU		UDP-N-acetylglucosamine 4-epimerase	TTGTATCAAAAAAATAAACTATGTTTAATCACAGGCTCATCCGGCTTCATAGGTTACTATCTATCTAAAAAACTGCTAGACCAGGGCTGTACTGTTATTGGTTTAGACAACATGAATGATTATTATGATGTGAAACTAAAAGAAGCGCGCTTGGAACAGTTAAAGCCTTATGAGAATTTCACTTTCATTCAAGGTGATATTTCAGATAAAGAACTAATAATGAACACTTTTACAGAATACAAACCAAATATTGTAGTAAACCTAGCTGCGCAAGCTGGAGTTAGATACTCTATTGAAAATCCAGATGTCTATATAGAAAGCAATATAATAGGCTTTTATAATATTTTAGAAGCCTGTAGACATCATCCAGTAGATCATTTAGTCTATGCTTCATCTAGTTCCGTTTACGGTGCTAATAAAAAAGTGCCATTTGAAGAGAATGATTTTGTAGATAATCCTGTTTCGTTATACGCTGCGACGAAAAAATCAAATGAGTTGATGGCTCATACGTATAGTCACTTGTATAAGATACCTGCTACAGGATTACGATTCTTCACAGTTTATGGACCGATGGGAAGACCAGATATGGCTTACTTTGGTTTCGCCAACAAGTACTTTAATGGAGAGCCAATCAAGATTTTTAATAATGGGGATTTTGAAAACGATCTTTACCGTGACTTTACATATATTAATGATATTGTTGAAGGTATTGAACGTTTATTAAGCAATTCTCCTAAGGGAGAAGTGGAACATAAAGTATTTAACATTGGAAATAACAATCCAGAAAAGTTGATGGTCTTTATTGAAACGTTGGAAAAATGTTTAAGTAATGCACTCCATAAAGAAGTAGTTTTTGAAAAAATATTTGAACCAATCAAACCTGGTGATGTCCCTGCTACATATGCTTCAACAGAACAGTTGCAACAAGCAGTTAGTTTTCAACCGAAGACATCTATTGAAGAAGGGTTACAAAAATTTGCTGACTGGTATGTAGATTATTATAAAGTGAAGTAG	MYQKNKLCLITGSSGFIGYYLSKKLLDQGCTVIGLDNMNDYYDVKLKEARLEQLKPYENFTFIQGDISDKELIMNTFTEYKPNIVVNLAAQAGVRYSIENPDVYIESNIIGFYNILEACRHHPVDHLVYASSSSVYGANKKVPFEENDFVDNPVSLYAATKKSNELMAHTYSHLYKIPATGLRFFTVYGPMGRPDMAYFGFANKYFNGEPIKIFNNGDFENDLYRDFTYINDIVEGIERLLSNSPKGEVEHKVFNIGNNNPEKLMVFIETLEKCLSNALHKEVVFEKIFEPIKPGDVPATYASTEQLQQAVSFQPKTSIEEGLQKFADWYVDYYKVK	PGPT0019020_1234	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-UDP-GALACTOSE-GLUCURONATE_POOL_MODIFICATION,PGPT0019020-cap1J|wbgU-K08679	NA	NA
AK148_02531	915			hypothetical protein	ATGAGAAAAATTTTAAATTTATTTAGATATGATCAACCTTTACTATACACATACGATAAGATGAAAGAAACTTACTATAGAAAGTTTTTAACTAATGAATTTGTATTAAAGAAGCAGTTTAAAAAAAGATTAGGAAGAAAATTGAATTTAAAAAGTCCCGTAAACTATAATGACAAATTACAGTGGTTAAAATTAAACTGGTACGATTCATATGCTACTAAGTGTGCTGATAAATATGAAGTGAGAAAAGTAGTTGAAGATTCCATTGGAGCCCAATATTTAAACCCTATACTAGCTGTATATGAATTAATAGAAGAAATCGATATAGAGAAACTTCCTACTTCATTTGTTCTGAAAGGTACCCATGGGTCAGGATTTAATATAATCTGTAGAAACAAAAACCACATTAATTGGAAAAAAGAATTTAAGAAAATGAATAGATGGTTAAGGACAAATTATTATTGGTATAATCGTGAGTGGGTTTACAAGGATATTAAACCTAGGATTATATGCGAAGAGTATATCGAACAAAAAGATAGTGAAGAATTAAGAGACTATAGGTTTTTTTGTTTTAATGGAGTGCCAAGATTTATATCCGTTGATCTGAGTATAAATGATAAAGAGAAAACTAGAAGAAACCTATACGATATGAGCTGGAACCTTCTAGATGGTGAAATAACTTATCCAAAAGAAAAGTTTATAAACATAAATAAGCCAAAAAGCTTAGATGAAATGGTTCAATTAAGTAAAAAATTATCTAAGAGTTTCCCACATGCTAGAGTAGATTTTTATGAAATTAACGATAGACCAATATTTGGTGAAATAACGTTTTTTCATCAAAGTGGAATGGGTGTATTTAATCCTCCAGAGTTTGAAACAAAAGTTGGAAATTACTTAGAGTTACCAAAAAGTTAG	MRKILNLFRYDQPLLYTYDKMKETYYRKFLTNEFVLKKQFKKRLGRKLNLKSPVNYNDKLQWLKLNWYDSYATKCADKYEVRKVVEDSIGAQYLNPILAVYELIEEIDIEKLPTSFVLKGTHGSGFNIICRNKNHINWKKEFKKMNRWLRTNYYWYNREWVYKDIKPRIICEEYIEQKDSEELRDYRFFCFNGVPRFISVDLSINDKEKTRRNLYDMSWNLLDGEITYPKEKFININKPKSLDEMVQLSKKLSKSFPHARVDFYEINDRPIFGEITFFHQSGMGVFNPPEFETKVGNYLELPKS				NA	NA	NA	NA	NA
AK148_02532	1248			hypothetical protein	ATGAAAAAAGTAGTATCTTTAGTATTACAAAGGAAGAACTTTTTTATATTTTCATTTTTACGTATTACATCTATGGTGTTGGCGTTGTTTTCGAATATATTTATTGTAAGGAAATTAACTGTTGAAGAATTTGGTACATTCTCTCTAGTTCTTTTAATAGTTAATTTAATAACAACATTTGGATTTAGTTGGAGTTCTTCATCTATTTTGTATTTAGGAAGTCAGGAAAAGGAAATTTATGGGGGGATTAATAAAACATTCTGGTCACGTAATATAATTATTTCATTTAGTTTGGTTGTAGTAACAATAGGAATTATTTTTTTTAGGAATCAGATTAACAGTTATATTGGTATTAATGTTTGGTTTTTACTTTTATTGTGGCTCTACGTGAGTGTGATAGAAAATTACCTCACACAATATTTTTTAGCAGTTAAAAGGCAAGTGCTTGCAAGTGTTATTTCTATAACAGTAAAAATAATATATTTATTATTAGTAATTATTTTGCCGTTTGATGTAATAATGCTTATTATAATTTTTATAGTAAGTCATTCAATTGTGATATTTTTTAGTTTGAAGATTAATAAAAATGATATAGGCTCTTTTGAGTATAATAGACTTTGGTTCAAAAAGGTATTAAACTTCTCTTTTTGGCAATTATTTGGCTTTGGTGGTATCTATTTAATCAATTTTGGTGATACAGCAGTTATCAAATATTTTATGACAAATTATGAGGTGGGGATTTATAATTCTGTATATCAGCTTTTTAACGCTTTAGCTAGTTTTTCATACGTAATATCCAGTTTCTATGCATCAAGTGTTTCTTCATATTTTGCAAGTAATAATGTAAAGAAAATAAAGGAGTTTTATTATAAAGAAAGAGTATTGGTTACCATTCTAAGCTTAGTGGGTCACATAATACTTATTGTTTTATCAAAGCCAATAGTAGTATTGTTGTTTGGTCAAGAATATGTTAGTGCTGTACCTATTTTTATAATTCTCATATTTGGAAGTATGGTAAGGTATTTAACCGTTTTTTACATGCTTTATTATAATACAAACGGAAAACATAAAATACAACAATCAATAAATATCTTCGTTGCAATTGCAAATGTTATATTAAGCATAATATTTGTTAACCTTTTTGGTATAATTGGTCCAGCAATAGCTACAGTACTAACTTTTGTATTATCTTTTTTATTTTCGGTTTTTTACTGTGAAAAAAGGATAAGATCTTTTGTTAGGGGGTAA	MKKVVSLVLQRKNFFIFSFLRITSMVLALFSNIFIVRKLTVEEFGTFSLVLLIVNLITTFGFSWSSSSILYLGSQEKEIYGGINKTFWSRNIIISFSLVVVTIGIIFFRNQINSYIGINVWFLLLLWLYVSVIENYLTQYFLAVKRQVLASVISITVKIIYLLLVIILPFDVIMLIIIFIVSHSIVIFFSLKINKNDIGSFEYNRLWFKKVLNFSFWQLFGFGGIYLINFGDTAVIKYFMTNYEVGIYNSVYQLFNALASFSYVISSFYASSVSSYFASNNVKKIKEFYYKERVLVTILSLVGHIILIVLSKPIVVLLFGQEYVSAVPIFIILIFGSMVRYLTVFYMLYYNTNGKHKIQQSINIFVAIANVILSIIFVNLFGIIGPAIATVLTFVLSFLFSVFYCEKRIRSFVRG				NA	NA	NA	NA	NA
AK148_02533	1125			hypothetical protein	ATGTTGCCTTATGTAATGATTTTATCTACTATAACCATTATATTTTATATTACAAATAAGTTTTTTTTAAAAGAAATAAAAATTAATGGACACAGTTATTATAAATACAATACTGCAGGATTATTTTTTTTGACATTTTCATACATATTATTTATTTTATTTACAGTTTTTAGAGTTATAGATATTAACCATGGAGGAATTGATGCGTTTGTTTATAAACAATATTTTTTAAACTCACATGGATCATGGTTAGAGGCTTTAATGTACCAAAATTATGAGTGGGGTTACAGTACTATAATATGGTTTATTAGACTGTTTACTGAAGAGTATAGGTTTGTTCTGCTTTTTATTTATTCTTTATTGTTTGTATTATTAGCTTTTTTTACGAAATATTTAACTTGGAATAAATACACTATTTTATCAATGTTCTTAATTGCAGGATTGTTAATCAATAGTTTTAATACACAAAGAGTTATTATAGCAGTTTTTATTGGAATGTTAATTTATGTTCTTTTATATAAAAAAAGATACCTACTATCATTTATTTTATCCTTAGTAGCGATAAGTATACATATATCTGCTATAATTTTATTTCCTATTATATTAGTTACTATGCTAGTAACTAATAAAAATAAAGTAAGATTCAAAAAATTAATAATATACATTGTTTTAATTACAGTAGCTTCAGTAGTATTGTTAAGAATTTTGACCCCTATTATTTTAGGCAGTAAATATTCAATATATATAGATGGACAAGGTTTAGCTGTTGGCACCTATTCAATTATTTTAATCATCTTTATACTATCAGTTATAAAATATAAGAAAATGGTAGAGATAAATGCATTTAATAAAACTTTAATTACTATTTTACCTATGGGGCTAATTATAATACCTTTACAAATGGAATTCCCAATTCTTTATCGTATGTTATTGTATTTTTTCCCTATTATTTATTCACTAATTCCCCCGCTTATTAAAGTCTATTCTGTTACTAACATAAAACAAGCCCATTATTTTATTATAAAATTTGTCTTACTATTTTATGTATTAGTTAGGTTTTACAATTTTTTAGTGATTGAATTAGAGAGTGCAGGATTTCCATATTTAAACATTTTATTTGAATGA	MLPYVMILSTITIIFYITNKFFLKEIKINGHSYYKYNTAGLFFLTFSYILFILFTVFRVIDINHGGIDAFVYKQYFLNSHGSWLEALMYQNYEWGYSTIIWFIRLFTEEYRFVLLFIYSLLFVLLAFFTKYLTWNKYTILSMFLIAGLLINSFNTQRVIIAVFIGMLIYVLLYKKRYLLSFILSLVAISIHISAIILFPIILVTMLVTNKNKVRFKKLIIYIVLITVASVVLLRILTPIILGSKYSIYIDGQGLAVGTYSIILIIFILSVIKYKKMVEINAFNKTLITILPMGLIIIPLQMEFPILYRMLLYFFPIIYSLIPPLIKVYSVTNIKQAHYFIIKFVLLFYVLVRFYNFLVIELESAGFPYLNILFE				NA	NA	NA	NA	NA
AK148_02534	294			hypothetical protein	ATGCGTAAAAAGAAGTATCTCTCTAGATTTTGTAGTATAACGGTAGTTGAAAAAATATCTCAAAAGATTGGAGTAATACTTCCTGTGACAATTATACGTCAAAAAAGCTTATTTGGCATCCAAGAACTATATGTCACGCAACATATTCAAACTTGTCATGCAGTTACTAAAAAATTACGGTTTGATCCAACAAAAGAACTCGACTATACAGCTATGTTTATTCCCGTTTGTGGAAATTGCGGAACGAATTACAACGATAAGGAAATCTCATTAAACGGCCTTCATAATCATTAG	MRKKKYLSRFCSITVVEKISQKIGVILPVTIIRQKSLFGIQELYVTQHIQTCHAVTKKLRFDPTKELDYTAMFIPVCGNCGTNYNDKEISLNGLHNH				NA	NA	NA	NA	NA
AK148_02535	1059	pglH	COG0438	GalNAc-alpha-(1->4)-GalNAc-alpha-(1->3)-diNAcBac-PP-undecaprenol alpha-1,4-N-acetyl-D-galactosaminyltransferase	ATGAGAATTCTTCTGGTAATAGGTGGATTTTCTTTTGGTGGAGCTGAAAGGGTTATGTGTAGTCTTGCTAACTATTTTGTAAGTATAGGTCATGAAGTAACTTTGATAGCTATTTCAAGAAAAGAAAAGTGCTATCAAATTGATGAAAAAGTGAAGGTGGTTAATGGTATAGAAGGTAGTAATAAAATCACACTTATATTAAATCTCAGAAAAACAATTAAAAATTTAAAGCCAAATGTTATCTTATCTTTTTTAACACAAATTAATATTGCCGTCATTATTGCTGCGTTAGGCACAAGGGTACCAGTTGTTGTTTCTGAAAGAAATTCACCTAAATACTCACCGAAGGAAAGACACAGAAAATTGTTAAGGTTTATTTTTTATAATTTCGCACAAGGTTTAGTATTTCAAACAGATGAAGCAAAAAACTATTTTAATAAGCGGATAAAGGTAAAATCTATAGTAATACCCAACCCTATTTTTTTAAGTACTGAAGTATTAGATATAAATCTAAGAAAAAATGAAATAGTTTCTGTTGGGAGGTTAGTAAAGCAAAAAAATCACGATCAAATTATTAGGGCTTTTGCTAAAATTTCATCAAAACATCCAAAATATACATTACATATTTATGGTGAAGGTGATCAGAGAGAATCCCTTATTAAACTTATTAATTATTTAAATATGAATGAACAAGTTTTTTTGCATGGAGAAACAAAGAGGTTACATGATAAGATAAAAAGCGCAAAAATATTTATTATGGCCTCAGAATATGAAGGAATGCCTAATGCATTGATGGAAAGTATGGCTTTAGGTTTAGCATGTATAAGTACTGATTGCCCATCGGGGGGGCCAGCATTCTTAATTGAAAATATGAAAAATGGAATATTAATACCTGTCAATGACGAAGAAATTCTAAGAAAATCTATAGATCATTTACTATTAAATGATCAAATGAGAATTAAATTGTCCAAAGAAGCTAGAAAGGTATATACAGAAGTTGATCCAAATGCTATTTACGAAAAATGGGCTCAGTTTTTATATTTTAAATCAAGTAAGTGA	MRILLVIGGFSFGGAERVMCSLANYFVSIGHEVTLIAISRKEKCYQIDEKVKVVNGIEGSNKITLILNLRKTIKNLKPNVILSFLTQINIAVIIAALGTRVPVVVSERNSPKYSPKERHRKLLRFIFYNFAQGLVFQTDEAKNYFNKRIKVKSIVIPNPIFLSTEVLDINLRKNEIVSVGRLVKQKNHDQIIRAFAKISSKHPKYTLHIYGEGDQRESLIKLINYLNMNEQVFLHGETKRLHDKIKSAKIFIMASEYEGMPNALMESMALGLACISTDCPSGGPAFLIENMKNGILIPVNDEEILRKSIDHLLLNDQMRIKLSKEARKVYTEVDPNAIYEKWAQFLYFKSSK				NA	NA	NA	NA	NA
AK148_02536	1191			hypothetical protein	GTGAAATTATTAGTAGCTGCAGATTCTATTTTTCATAGAACTTCTGACGGAAAATATTGGTGTAAAACTATTTATAGTTACAATTTTTGGCTGAGATATTTGTCAGTATTTAGCCAAATCGCCATCGTTTCTAGGGTAAGAAAGGCAAGTTATGATGAAGTAGATGGTTTCCTACGTGTCGATGGACCCAACGTAAGTATATTGGAATTACCAAATATGCAAGGAATGAAAGATTATATAAAGAAATATTTTATATTTATTAAACATGCGCAAAAAGCGGTTGAGTATGGTGATTGTGCAATAATTAGGTTGCCATCAGTAGTGTCTTTTATGGTCTATAAGTATTTTAAGCGTACTGGTAAACCTTTTGGAATCGAAGTTGTAGCAGATCCATATGACGCTTACAAATCAAATCCAATAGCAAGAAATCTTTATACAACACAACTTAAAAAAGCAACAAAAATAGCAAATGGGGTTTCTTATGTTACTAAGGATTATTTACAGATGAAGTATCCTTCTTTTTCACGATTAAATGGTGAAAGCAAAAAATATTTTGAAACTTTTTTTTCAACAATAGATTTGCCTAGCTCTTACTTTAGTAAACCTAAATTAGATGAGGGTAAAAAGCAATATAATATTGTTCATACGGCTAATAGTATTAATAATAATAATAAAGGACATGAAACAGTAATAAAAGTACTTAAGAAATTACGTCACAAAAATTATGATTGCCATGTTACTTTTATTGGTGATGGAAGTAAAAGAAAAAAGTTTGAAAAAATGTCAGAAAGATTAGGCTTAAATAAGTATATTACATTTACTGGAATTTTATCTTCTCCTAATAATGTTAGAGAGGAATTATTAAAAGGAGACCTTTTTATTTTTCCAACCAAAGCAGAAGGTTTACCAAGAGCTTTAATAGAAGCTATGGCTGTAGGTTTACCATGTCTATCTACACCGAAAAACGGTATTCCAGAGTTATTATCTAGTGAATTTTTATACCCACCAAATGACGTTGATGGCTTTACGAATAAAGCAATAGAAATAATAAATTCTCCAAAAAAATATAGCGAAATAAGTAAACAAAATATAGAGAAAGCGAAACATTATGAATATAGTAAACTAAAGGAGAGAAGGGATGAGTTCTATTTGAAGCTAAAAGAAATATCTAATGTTGAATCATTCGAATAA	MKLLVAADSIFHRTSDGKYWCKTIYSYNFWLRYLSVFSQIAIVSRVRKASYDEVDGFLRVDGPNVSILELPNMQGMKDYIKKYFIFIKHAQKAVEYGDCAIIRLPSVVSFMVYKYFKRTGKPFGIEVVADPYDAYKSNPIARNLYTTQLKKATKIANGVSYVTKDYLQMKYPSFSRLNGESKKYFETFFSTIDLPSSYFSKPKLDEGKKQYNIVHTANSINNNNKGHETVIKVLKKLRHKNYDCHVTFIGDGSKRKKFEKMSERLGLNKYITFTGILSSPNNVREELLKGDLFIFPTKAEGLPRALIEAMAVGLPCLSTPKNGIPELLSSEFLYPPNDVDGFTNKAIEIINSPKKYSEISKQNIEKAKHYEYSKLKERRDEFYLKLKEISNVESFE	PGPT0019565_302	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
AK148_02537	1122	wbpI	COG0381	UDP-2,3-diacetamido-2,3-dideoxy-D-glucuronate 2-epimerase	ATGCAAAAATTAAAAGTAATGACAGTCGTAGGAACTAGACCTGAGATTATAAGATTGTCTGCAGTTATAAAAAAATTAGAAGAATCAAATGCAATTGAACATACTTTAGTGCATACGGGGCAAAATTATGATTATGAATTAAATGAAGTTTTTTTCAAGGATTTTGATTTGAAGAAGCCAGATTATTTTCTTAATGCTGCTACTGGAACAGCAGTAGAAACAATTGGAAATATATTAGTGAAAATTGACCCTATCATGGAAGAAGTAAGTCCAGATGCTTTTTTAGTATTAGGTGATACAAATAGTTGTTTATGTGCAATCGCAGCTAAGAGAAGACATATTCCAATATTCCATATGGAAGCAGGGAATCGTTGCTTTGACCAAAGAGTACCTGAAGAAACCAATCGGAAAATCGTTGATCATACAGCAGATATAAACTTGACTTATAGTGATATAGCAAGGGAATATCTTTTAAAAGAGGGGTTTCCGTCTGATCGAATTATAAAAACAGGAAGTCCTATGTTTGAAGTTCTTGAGTCTAGAAAAAAACACATTGAAAATTCGACAGTCTTAGAGAAATTAAATTTATCACCAAATCATTATTTTGTGGTTTCTGCTCACCGTGAAGAAAATATAAATTCTAATACAAACTTTCATGATTTGGTAGATAGTTTAAATGCAATTGCAGAAAAGTATAAACTACCAATAATTATAAGCACGCATCCTAGAACTAAAAAAATGATAGAAGAACTAAATATTAACTTTAATAATTTAGTTAAAACGATGCGTCCATTAGGGTTTAATGATTATATTAAACTACAGATGAGTGCAAAAGCTGTTTTAAGTGATAGTGGTACTATTAGTGAAGAATCTTCAATTCTTGGATTAAAAGCTTTAAATATTAGACAAGCTCATGAAAGGCCTGAGGCAATGGAAGAAGCAGCTGTTTCAATGGTGGGATTGAAAAAAGAAAGAATATTGCAGGGGCTTGAGGTATTAGAAACCCAAAAAAAGGATACTTTAAGACTCGTAAGTGATTATAGTATGCCTAATGTGTCGGATAAAGTATTACGAATTATATTGTCATATACAGATTATGTTAATAGAGTTGTTTGGGGGTAG	MQKLKVMTVVGTRPEIIRLSAVIKKLEESNAIEHTLVHTGQNYDYELNEVFFKDFDLKKPDYFLNAATGTAVETIGNILVKIDPIMEEVSPDAFLVLGDTNSCLCAIAAKRRHIPIFHMEAGNRCFDQRVPEETNRKIVDHTADINLTYSDIAREYLLKEGFPSDRIIKTGSPMFEVLESRKKHIENSTVLEKLNLSPNHYFVVSAHREENINSNTNFHDLVDSLNAIAEKYKLPIIISTHPRTKKMIEELNINFNNLVKTMRPLGFNDYIKLQMSAKAVLSDSGTISEESSILGLKALNIRQAHERPEAMEEAAVSMVGLKKERILQGLEVLETQKKDTLRLVSDYSMPNVSDKVLRIILSYTDYVNRVVWG	PGPT0022920_327	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-N_ACETYL-BETA_L_FUCOSAMINE|L-FucNAm_MODIFICATION,PGPT0022920-wbjD-K24258	NA	NA
AK148_02538	1110	wbjC		UDP-2-acetamido-2,6-beta-L-arabino-hexul-4-ose reductase	ATGAACATCTTAATAACGGGAGCAAACGGGTTTATAGCTAGAAACTTAATAGTTGAATTAAAAAATCAAGGTTTTTCTAATATATTTGAGTATACTAGGGATATGGATTTAGAATTATTAGATAAATATTGTCGAAAGGCTGATTTCGTTTTTCATTTAGCAGGTGTAAATAGGCCGAAAAATGAAAAGGAGTTTATGGAAGGGAATTATGGGTTTACAGAGCGATTACTTGGAAACCTAAAAAAATATAATAATTTGTGTCCAATTATGTTATCTTCATCGACTCAAGCAACATTATCTAATGCGTACGGGTTAAGTAAAAAAGCTGGGGAAGATTTGTTACTTAATTATGCAAAAGATACTGGTGCAAAAACTTTTATTTATCGTTATCCAAATGTTTTTGGTAAATGGTGTAAACCAAACTATAATAGTGCAATTGCTACGTTTTGTTATAATATTGCACATGATCTACCAATAAAAGTGAACGACCGTGATGTCACTATGAATTTAGTATATATAGATGACTTGGTAGAGGATCTTATTTGTGTTGTAAATAATGAAAAAAATAGCAAGAATGGCTTTTGTGAAATTCCAGTAAGCTATACATTCACCTTAGGTGAAATTGTTGACCTTATCTATTCATTTAAAGAAAGTAGAGATAATCTTAGTATTCCAGATATGTCCGAGTCATTTACTAAAAAGTTATATAGTACATATTTAAGTTATCTGCCAGAAGATGAATTTAGTTATGATCTTAAAATGAACACAGATCACAGAGGATCTTTTACAGAGTTTATTAAAACGATAGACAGAGGACAAGTATCAGTGAATATTTCTAAACCAGGAATTACAAAAGGAAATCATTGGCACCACACTAAAAATGAAAAATTCCTTGTTGTTAGTGGTAAAGGAGTAATTCGCTTTAGAAAAATAGGTACAGATGAAGTTAAAGAATACTATGTTAGTGGAGATAAGCTAGAAGTAGTAGATATACCTCCAGGTTACACCCATAATATAGAAAATTTAGGTGATACAAATATGGTTACAATAATGTGGGCTAATGAATTTTTAGACTTAGATAGACCTGACACGTACTATTTGGAGGTATAA	MNILITGANGFIARNLIVELKNQGFSNIFEYTRDMDLELLDKYCRKADFVFHLAGVNRPKNEKEFMEGNYGFTERLLGNLKKYNNLCPIMLSSSTQATLSNAYGLSKKAGEDLLLNYAKDTGAKTFIYRYPNVFGKWCKPNYNSAIATFCYNIAHDLPIKVNDRDVTMNLVYIDDLVEDLICVVNNEKNSKNGFCEIPVSYTFTLGEIVDLIYSFKESRDNLSIPDMSESFTKKLYSTYLSYLPEDEFSYDLKMNTDHRGSFTEFIKTIDRGQVSVNISKPGITKGNHWHHTKNEKFLVVSGKGVIRFRKIGTDEVKEYYVSGDKLEVVDIPPGYTHNIENLGDTNMVTIMWANEFLDLDRPDTYYLEV	PGPT0022915_262	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-N_ACETYL-BETA_L_PNEUMOSAMINE|N-ACETYL-BETA_L_FUCOSAMINE|L-FucNAm_MODIFICATION,PGPT0022915-wbjC-K19068	NA	NA
AK148_02539	1059	capD	COG1086	UDP-glucose 4-epimerase	ATGTTTAAAGACAAAACCTTATTAATAACAGGTGGTACTGGCTCTTTTGGTAATGCAGTGATGCAACGCTTTTTAAATACAGATATTAAAGAGATACGTATTCTTTCAAGAGATGAGAAGAAGCAAGATGACATGCGAAAAAAATATAATAATGATAAGTTGAAATTCCATATTGGTGATGTACGGGATATAAATAGTGTAAAAAATGCCATGTATAATGTGGACTATATCTTTCATGCAGCTGCTTTAAAACAAGTTCCATCAGCTGAGTTTTTTCCTATGGAAGCTGTAAAAACAAACATTATTGGTACAGAAAATGTTTTAACAGCTGCTATTGAAAAAGAAGTGGAAAAGGTAATCTGCCTTTCTACTGATAAAGCGGCGTACCCAATAAATGCTATGGGAATATCTAAAGCTATGATGGAAAAAGTTTTTGTAGCAAAATCAAAGACAGTAGATCCTGAAAGAACGTTAATATGCGGAACAAGATATGGTAATGTTATGGCTTCTAGAGGAAGTGTAATTCCTTTATTTATTGAGCAAATTAAAAACGGTAAACCACTTACTATAACGGACCCTGATATGACAAGGTTTTTGATGAGTTTAGAAGATGCAGTAGAATTAGTCGTTTTTGCATTTGAAAATGCGAAAGCAGGAGATGTTATGGTACAAAAGTCACCTGCCTCAACAATTGGTGACTTGGCTCAAGCTTTAAAAGAGTTATTTAATGCAGATAATGAAATTAAGATCATTGGGACTAGACATGGTGAAAAGCGATATGAGACACTTCTTACGAAAGAAGAGTATGTAGTTGCTAAAGACCTTGGAGACTTCTATCAAGTTCCTGCAGATAAACGCGATTTAAATTATGACAAGTACTTTGTAGAAGGGAAACATGAACTCTCAACGGAAAAAGAATATAATTCACATAATACTTATCAATTAAACATAGATCAAATTAAAGAAAAATTACTAACCTTAGACTATGTGCGTCAAGAGATAGAAAGGTGGGAAAGTAATGAACATCTTAATAACGGGAGCAAACGGGTTTATAGCTAG	MFKDKTLLITGGTGSFGNAVMQRFLNTDIKEIRILSRDEKKQDDMRKKYNNDKLKFHIGDVRDINSVKNAMYNVDYIFHAAALKQVPSAEFFPMEAVKTNIIGTENVLTAAIEKEVEKVICLSTDKAAYPINAMGISKAMMEKVFVAKSKTVDPERTLICGTRYGNVMASRGSVIPLFIEQIKNGKPLTITDPDMTRFLMSLEDAVELVVFAFENAKAGDVMVQKSPASTIGDLAQALKELFNADNEIKIIGTRHGEKRYETLLTKEEYVVAKDLGDFYQVPADKRDLNYDKYFVEGKHELSTEKEYNSHNTYQLNIDQIKEKLLTLDYVRQEIERWESNEHLNNGSKRVYS	PGPT0018935_490	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-PSEUDAMINIC_ACID_MODIFICATION,PGPT0018935-pseB|wbjB-K15894	NA	NA
AK148_02540	1242			hypothetical protein	ATGCATAAGTCTAAAGACATTCTTTTTTTGTGTCAGTATTTTTATCCAGAGTACATATCTTCAGCAACACTACCTTTTGATACAGCTTTAAAGTTGAAAGAAGAAGGATATAGCGTAAGTGTTTTATGTGGTGTTCCAAAGGAATATAGTAATTTAAGTGAAAGGCCGCCTTTAAAAGAAGAGTATAAAGGCATTAAAATACAAAGGCTGAACTATCTTCAATTAAGCCGAAAAAATTTTTTAGGAAGAGTAATTAATTATTTTTCTTTTACTATTTCAGTTTTATTGAGATTTTTAAAACTGCAAAAATATAAATCGATTATTGTTTATTCAAACCCGCCTATATTACCAGTCATAGCATCATTGTCCAAACGAGTTTTTAAATCTAAAGTAGTTTTTGTGTGCTATGATGTTTATCCAGAAATTGCTTTAAGGACAAATAGCATCTCTCAAAATGGTGTTATTACAAAAATAATGAAAATATGCAATAAAATTATATTTAAAAATTTAGATGTTATTGTCGCGTTGTCTAATGAAATGCGGGATTTCATAGTAGATAATAGAACTTTAAAACAAAATACACAAATTAAAGTAATTCCAAATTGGTACAAGAATAAAACAAACCATAAAGCTGATGAGATTAACCAAAATCCAATATTTAACTTTGATAAAAACAAAAAAAAAATAGTAATATCTTATTTTGGTAATTTAGGAACTGCACAAGACATTGAGACTATTATTAAAGCTATAGAATATTTTAAGGAAGATACCACCATCCAATTTTTATTTGCAGTACACGGTAACAATGTGCTTAGATTGAAAAATTTAGTCTATGATAAAAAAATAAATAATGTTCAGATATTAAATTTTCTGCATAACAAAGACTTTGAAGATGCTTTGCAAATAAGTGATTGTTTTGTTGTGAGTTTAGCACAAGGTTTAACAGGGCTGGCTGTTCCAAGCAAAACTTATAGTTATATGGCAGCAGGAAAGCCTATTATTGCAATTATGGATCTTTGCACAGACATAGCGAAAGATGTATTGGAAAGTGAAGCTGGTTTTGCAATTCAGGTGAATGACTCAGAGAAATTAATAAACGCTGTTATAGAGTTAAGAGATAATGTGGAAAAAAGAAAATTTATGGGTAGCAATTGTAGAGAAGTTTTTTTAAAAAAATACACTACAGAACAATGCACTAGTCAATATGTGACATTAATGCAAGATTTATTGGAGGATAGATAA	MHKSKDILFLCQYFYPEYISSATLPFDTALKLKEEGYSVSVLCGVPKEYSNLSERPPLKEEYKGIKIQRLNYLQLSRKNFLGRVINYFSFTISVLLRFLKLQKYKSIIVYSNPPILPVIASLSKRVFKSKVVFVCYDVYPEIALRTNSISQNGVITKIMKICNKIIFKNLDVIVALSNEMRDFIVDNRTLKQNTQIKVIPNWYKNKTNHKADEINQNPIFNFDKNKKKIVISYFGNLGTAQDIETIIKAIEYFKEDTTIQFLFAVHGNNVLRLKNLVYDKKINNVQILNFLHNKDFEDALQISDCFVVSLAQGLTGLAVPSKTYSYMAAGKPIIAIMDLCTDIAKDVLESEAGFAIQVNDSEKLINAVIELRDNVEKRKFMGSNCREVFLKKYTTEQCTSQYVTLMQDLLEDR				NA	NA	NA	NA	NA
AK148_02541	852			hypothetical protein	ATGAAGAAAATACTTATCACCGGAAAAAATAGCTATGTAGGTAATTCATTTGCAGAATGGGCGGAGCAGTACCCTGATCAATACGAGATTGATAAGGTAAGTCTACGAAATGATGCATGGAAAGAAGTTGACTTTTCTAAGTATGATGTTGTCTTGCATGTGGCAGGGATCGCGCATCGAAAAGAGACAAAAGAAAATGCAAAGTTATACTACCAAGTAAATACTGATTTAGCTTTTAAGGTAGCAGAGAAAGCTAAAAACGATGGCGTTAATTATTTTGTTTTTCTTAGTTCCATGAGCGTTTATGGAATGGAAACGGGTGAAATAACTATCGATACCGTTCCTAACCCAAAAACAAACTACGGCAAATCAAAACTCCAAGCAGAAGAAAAAATAAAAATGCTTGAAGATAGCTCTTTTAAACTAGCTGTTTTACGTCCACCTATGATTTATGGTAAAAACTGCAAGGGTAATTACCCACGCTTAGCAAAAATAGCTATTAAGTCGCCAATATTTCCAAAGGTTGATAATAAGCGTAGTATGATATATGTTGACAATTTATCTGAATTCATCCGAGTTTTAATAGATAAGGAGAAAACTGGATTGTTTTTTCCGCAAAATAGTGATTACGTTTGTACTTATGAAATGGTAAAAGTAATTGCTAGAGTTCATAATAAAAGAATTAAAGGAACTAAGCTATTTAACTTAGTTATTAATCATAGTAAATTTAAAGTATTAAATAAAATGTTTGGAGATTTAGTTTACGATAAGAATCTCTCAGAGCAAATTGATTTTAGTGAGTTAACTTTTAAAAAGACAATTGAGTTAACTGAAGTAAAAGAAAGAGGGTAG	MKKILITGKNSYVGNSFAEWAEQYPDQYEIDKVSLRNDAWKEVDFSKYDVVLHVAGIAHRKETKENAKLYYQVNTDLAFKVAEKAKNDGVNYFVFLSSMSVYGMETGEITIDTVPNPKTNYGKSKLQAEEKIKMLEDSSFKLAVLRPPMIYGKNCKGNYPRLAKIAIKSPIFPKVDNKRSMIYVDNLSEFIRVLIDKEKTGLFFPQNSDYVCTYEMVKVIARVHNKRIKGTKLFNLVINHSKFKVLNKMFGDLVYDKNLSEQIDFSELTFKKTIELTEVKERG	PGPT0026020_2	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PSL_POLYSACCHARIDE_METABOLISM	CE-EPS-PSL_POLYSACCHARIDES_BIOSYNTHESIS,PGPT0026020-pslA-K20997	NA	NA
AK148_02542	639	pglC	COG2148	Undecaprenyl phosphate N,N'-diacetylbacillosamine 1-phosphate transferase	ATGATGTATTTAAAGTTTAAGAGATTGATAGATATTCTATTGTCTTTTATTGGAATTGTGCTATTGTCGCCAGTCATTCTTTTATTGGTGATCGCTATAAAAATCGATTCCAAAGGACCTGTCTTATTTAAACAAAAACGCGTAGGTTTACATAAAGAACATTTTCATATTTTGAAATTTAGAACGATGCGAATCGATACACCAAAAGATACACCTACCCATTTATTAGAGGATCCGGCGCAATATATAACCAAAGTAGGGAAGTTTTTGCGAAAAACTTCCCTTGATGAGTTGCCACAAATATGGAATATCTTTGTAGGGCAAATGAGCGTTATCGGCCCGCGCCCTGCATTGTGGAACCAAGACGATTTAATTGCAGAACGAGACAAATATGGAGCTAATGATGTGAAACCAGGATTAACTGGCTGGGCGCAAATTAACGGAAGAGATGAACTGCCGATTGAAGTAAAGGCTAAACTTGACGGTGAATATGTAGAACGCATGAATTTTCTTTTTGATGTTAAATGCTTTATTGGTACTTTTATTAGTGTGGCAAAAAGTGATGGTGTTGTAGAAGGTGGAACAGGTACCAAAGCGAAGGAAGAAATGGCTTTCAATAAGGAGACTGCTTCTAAATGA	MMYLKFKRLIDILLSFIGIVLLSPVILLLVIAIKIDSKGPVLFKQKRVGLHKEHFHILKFRTMRIDTPKDTPTHLLEDPAQYITKVGKFLRKTSLDELPQIWNIFVGQMSVIGPRPALWNQDDLIAERDKYGANDVKPGLTGWAQINGRDELPIEVKAKLDGEYVERMNFLFDVKCFIGTFISVAKSDGVVEGGTGTKAKEEMAFNKETASK	PGPT0023200_32	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-O-ANTIOGEN_BIOSYNTHESIS,PGPT0023200-wbqP-K13012	NA	NA
AK148_02543	882	gtaB	COG1210	UTP--glucose-1-phosphate uridylyltransferase	ATGCGTACGATTAAAAAAGCGATCATTCCAGCGGCGGGATTAGGGACAAGATTCCTACCAGCGACGAAAGCGATGCCGAAAGAAATGCTTCCAATTGTAGACAAACCAACCATTCAATATATTATTGAAGAAGCCGTACAATCAGGAATTGAAGATATTATTATCGTAACGGGAAAAGGTAAACGTGCGATCGAGGATCATTTTGATAACAATTTTGAACTAGAAGATTCCTTGATGAAAAAGGAAAAGTTTGATTTACTAGAAAAGGTAAAACGTCCTTCCAAAGTGGATATTCATTATATCCGTCAAAAAGAACCAAAAGGATTAGGGCATGCGGTTTGGTGTGCACGTAAATTTATCGGCAACGAGCCATTCGCCGTGTTACTTGGTGATGATATCGTACAAGCTGATACACCTGGGCTGCGCCAATTAATAGATCAATTTGAAGAAACACAATCATCTGTCGTTGGCGTACAGCAAGTGCCAGATAGCGAAACACATCGGTATGGTATTGTCGATCCGAATACGATTGAAGGCCGTCGTTATCAAGTCGATCACTTTGTGGAAAAACCGAAACAAGGTACTGCACCATCTAACTTGGCGATTATGGGACGTTACGTATTAACTCCAGAAATCTTTACCTATTTAGATAAGCAGGAAATCGGTGCCGGTGGTGAAATTCAATTAACTGACGCCATTCAAAAACTAAACGAAGAGCAAAACGTCTATGCGTATGATTTTGAAGGGAAACGCTATGATGTTGGTGAAAAGCTCGGCTTTGTGAAAACAACGATCGATTTAGCATTAGAAAACGAAGAAATTCGTGACGACTTATTGAAGTATTTAGTGGAGAAAGTGCAGGAAGAAAAAGCGTCAGTTTAA	MRTIKKAIIPAAGLGTRFLPATKAMPKEMLPIVDKPTIQYIIEEAVQSGIEDIIIVTGKGKRAIEDHFDNNFELEDSLMKKEKFDLLEKVKRPSKVDIHYIRQKEPKGLGHAVWCARKFIGNEPFAVLLGDDIVQADTPGLRQLIDQFEETQSSVVGVQQVPDSETHRYGIVDPNTIEGRRYQVDHFVEKPKQGTAPSNLAIMGRYVLTPEIFTYLDKQEIGAGGEIQLTDAIQKLNEEQNVYAYDFEGKRYDVGEKLGFVKTTIDLALENEEIRDDLLKYLVEKVQEEKASV	PGPT0014875_4073	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
AK148_02544	1938	pglF	COG1086	UDP-N-acetyl-alpha-D-glucosamine C6 dehydratase	TTGTTCACTAAAATTCAAGAATACCTCCCTGCTGATTATTTTTTAGGCGGAGGCAATTTACAAGTAGCTTATTCTACAGCAATAGAGAGACAGGAAGGAGTATTATTTATGGGGTACAAATCAAGACTGGGTCTATTGATGTTGCTAGACTCAGTAATTGTCACGACTGCTATTTTTATTGCATCGTGGGTCGTATACCCTTATACCGATGTTGTCAGCATGGACGCAATCATTATTAGCGCAGTTGCACTTTTAATTTTTCATCATGTATTTGCGTACATTTTTAAGCTGTACAACAAAGTATGGGCTTACGCCAGTGTTGGCGAGTTAATCGCTATTGTACAAGCAGTAACTTTTTCTGTTCTTGGTGCAACGATTGTACAATATCTTGCGAATGACTTTAGTATTTACAGACGTGCATTGCTCGTCACATGGATGTTACATATTATCTTTATTGGTGGTTCTAGATTTGTTTGGCGCGTCGTACGCGACAGATATATAAAAGATAACCACGAACATAAACGGACACTTATTGTCGGTGCTGGAGCAGCAGGTGCAATGATTGCACGGCAATTGCGTGATCAGAGTAAGGAAACCGAGCTTCAACCAGTTGCTTTTGTTGATGATGATTTAACGAAACAGCGAATGCAATTATACAATATACCAGTTCAAGGGAAAGTACGGGATATCCCGGAAGTGGTTGGCGATATGCATATCGAACACATCGTCATTGCCATTCCGTCGCTTCGTAATGGCCAATTGAAGAAAATTGTAGATTTTTGTAACCAGACGAATGCGAAAGTGCAAATGATCCCGAAAATTGAAGATTTAATGACTGGCAAAGTAACCGTAAGCAGCTTAAAAAATGTCGAAGTGGAAGACTTACTTGGTCGCGAACCAGTACAGCTCGATATTCGTGCGATTTCCAAATACGTTAGTGAACAAACGGTCATGGTTACCGGTGCGGGCGGGTCGATTGGTTCCGAAATATGTCGACAAGTGATGAAATTTTCCCCGAGTAAAATAATCTTAGTAGGACATGGCGAATTCAGCATTTATACGATTGATATGGAATTACGGGGAAAATATCGTGACGCAGGCATTGAAATCGTACCTGTTATCGGTGATGTACAAGACCGTGATCGGATGTTTGAAATTATGGAAACGTACAAACCGCGCATTGTGTATCATGCAGCTGCGCACAAACATGTACCGTTAATGGAACAAAACCCGCATGAAGCGGTAAAGAATAATATTATTGGTACTAAAAATGTCGCTGAAGCTGCAGATACATTCGGTATACATACATTCGTATTAGTTTCCACGGATAAGGCGGTCAATCCAACAAATGTGATGGGCGCAACGAAACGTATTGCGGAAATGGTCATTCAAGACTTAGCAGTTCGGAGTAAAACGAAATTTACCGCAGTGCGCTTTGGTAACGTACTAGGAAGTCGTGGTAGTGTCATTCCATTATTTAAGAAGCAAATTGCTAATGGTGGTCCTGTTACGGTGACGGATCCAGAAATGACGCGTTACTTTATGACGATTCCAGAAGCCTCTCGACTCGTTATCCAAGCAGGTACACTAGCGAAAGGTGGCGAAATATTCGTTCTCGATATGGGCGAACCAGTAAAAATCGTCGACCTTGCAAAAAATTTGATCAAGCTATCCGGCTATACAGAAGCAGAAATTCCGATTCAATTTTCTGGCATTCGCCCAGGGGAAAAAATGTACGAAGAACTGCTTGGCGAAGATGAAGTACATTCAGAAGCGGTCTATGAAAAAATTTACGTTGGCAAAACGTCCGCTGTCGATCAAGACGTCATTAGAGGAATTATGAATACTTTTGAAAACTACACTCGAAAAGATTTAAAAGATGCACTTATGCAGATTGTTTATATGGAACATGATTATGTCACAGTGAAAGGTTCGTAA	MFTKIQEYLPADYFLGGGNLQVAYSTAIERQEGVLFMGYKSRLGLLMLLDSVIVTTAIFIASWVVYPYTDVVSMDAIIISAVALLIFHHVFAYIFKLYNKVWAYASVGELIAIVQAVTFSVLGATIVQYLANDFSIYRRALLVTWMLHIIFIGGSRFVWRVVRDRYIKDNHEHKRTLIVGAGAAGAMIARQLRDQSKETELQPVAFVDDDLTKQRMQLYNIPVQGKVRDIPEVVGDMHIEHIVIAIPSLRNGQLKKIVDFCNQTNAKVQMIPKIEDLMTGKVTVSSLKNVEVEDLLGREPVQLDIRAISKYVSEQTVMVTGAGGSIGSEICRQVMKFSPSKIILVGHGEFSIYTIDMELRGKYRDAGIEIVPVIGDVQDRDRMFEIMETYKPRIVYHAAAHKHVPLMEQNPHEAVKNNIIGTKNVAEAADTFGIHTFVLVSTDKAVNPTNVMGATKRIAEMVIQDLAVRSKTKFTAVRFGNVLGSRGSVIPLFKKQIANGGPVTVTDPEMTRYFMTIPEASRLVIQAGTLAKGGEIFVLDMGEPVKIVDLAKNLIKLSGYTEAEIPIQFSGIRPGEKMYEELLGEDEVHSEAVYEKIYVGKTSAVDQDVIRGIMNTFENYTRKDLKDALMQIVYMEHDYVTVKGS	PGPT0022960_110	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_D_QuiNAc_MODIFICATION,PGPT0022960-wbpM-K24300	NA	NA
AK148_02545	669	lnrK_2	COG2197	Transcriptional regulatory protein LnrK	ATGCGGATCATGCTAGTCGATGACGAGCAGCTTTTTATGGATGGTGTCGAAGCATTGTTAATCCAAGAAGAGGGTATGCAAGTTGTTACGACAGCTACAAATGGGAAATCGGCTATCCTTCAATTCAAAGCATATCAACCAGATCTCGTGCTCATTGATATCCATATGCCACATACAGATGCGATCAAGCTTATTGTACATATGAAAGAGTCTGCTGCTAATGTGAAAATTCTTGTCCTTACTTCATTTGCAGATGAAGATCTCATTGTGGCTGCTATATACGCTGGTGCAGACGGGGTTGTCCTAAAAAAACTAAACGGGGAGCATTTGATTGCATGCATGCGCTCTGTTATGCAAGATGAGGTTGTCTTCTCTGGAGAGGCTGCGCAAATTTTGGCGAAACGTATACTAGAACGCAAACTCGATAGACGAGAGTTGCTTGATGAGGCATTAAAAAATAGAGGGGTTTATTTGTCGAATCGAGAGCTAGATATTGCTTATTTGCTGACAGAAGGTGTTTCAAATAAGGATATTGCCAACCGATTATTTTTAAGTGAGGGTACGGTGAAAAATTATATCAGTAGCATATATCAAACGTTTCAAACGAATAATCGCAAGCAACTCATCACGTATTTTCAGGAGTTATTAGAAAAGAAGCCAATTTCGTGA	MRIMLVDDEQLFMDGVEALLIQEEGMQVVTTATNGKSAILQFKAYQPDLVLIDIHMPHTDAIKLIVHMKESAANVKILVLTSFADEDLIVAAIYAGADGVVLKKLNGEHLIACMRSVMQDEVVFSGEAAQILAKRILERKLDRRELLDEALKNRGVYLSNRELDIAYLLTEGVSNKDIANRLFLSEGTVKNYISSIYQTFQTNNRKQLITYFQELLEKKPIS				NA	NA	NA	NA	NA
AK148_02546	768	ywqE	COG4464	Tyrosine-protein phosphatase YwqE	GTGATCGATATTCATAGTCATATATTACCAGGTGTAGACGATGGAGCGAAAACAGAACAATATAGTTTGGAAATGGCTAAGGTAGCTATAGACCAAGGGATTCACACTATTATCGCTACACCACATCATCAAAATGGTGCTTTCAATAATTTTCGTTGGGAAATTGAAAACCATGTAGAAATATTAAATGATTTGTTTAATAGAGAAGGTGTTTCGCTAACGGTATTGCCTGGTCAGGAAACACGTATTTATGGGGAAATGGTAGATGGCATTAGGCAAAACGAACTACTCCCGTTAAACCACGGTAAATACCTTTTTGTGGAGTTCCCTTCTGACGCTGTACCACGATACACCACACAACTTATATTTGATATTCAAGTAGAAGGTTATACACCAATAATTGTGCATCCGGAAAGAAATCGAGCACTTCTCGAACACCCGAATCTATTATATGATTTGGTGTCCAAAGGTGCACTTTCCCAAGTTACAGCTGGTAGTGTAGTAGGTAAGTTTGGAAAAGATATTCAAAAGTTTACTACGCAAATCATCGAAGCGAATTTAACCCATTTTATTGCATCTGATGCGCATAATACGACTTCACGTTCTTTCTACCTACGAGAGGCGTTTGAAGATGTGAAGAAAAACTTTGGCTCAGACTATTATTACATGTTTCTAGAAAATAGTAATCTACTTGTCGATAACAACCATGTAAATCGCTTGGAGCCAATGCGAGTGAAAAAGAAAAAGAAATTCCTTGGGCTATTTTAA	MIDIHSHILPGVDDGAKTEQYSLEMAKVAIDQGIHTIIATPHHQNGAFNNFRWEIENHVEILNDLFNREGVSLTVLPGQETRIYGEMVDGIRQNELLPLNHGKYLFVEFPSDAVPRYTTQLIFDIQVEGYTPIIVHPERNRALLEHPNLLYDLVSKGALSQVTAGSVVGKFGKDIQKFTTQIIEANLTHFIASDAHNTTSRSFYLREAFEDVKKNFGSDYYYMFLENSNLLVDNNHVNRLEPMRVKKKKKFLGLF	PGPT0014530_2039	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
AK148_02547	702	ywqD	COG0489	Tyrosine-protein kinase YwqD	ATGTTACGCGGAAAAAATCCGTCTAGACCTGGAACGAAGATGCGTCATCTAATCGCCAAATTAAATCCAAAATCACCTATTTCTGAACAGTATCGTACGATTCGTACGAATATAGACTTTGCTTCTGTCGATAATGAAATCCGTTCCTTACTTGTAACGTCATCAGGCCCTGCAGAAGGAAAATCTATGACAATTGCTAATTTAGCTGTTGTATACGCTCAACAAGGAAAAAAAGTGCTGTTAGTTGACGCTGACTTACGTAAACCGACAGTACATTATACGTTTCGCATCGATAATTTACGGGGGCTTAGTAATCTATTAGTTGGAGAAAACTCTTTGGATCAGGTGATTCAGCGAACCGATGTAGATAACTTGGATGTAATGTCTTGTGGACCTATACCCCCGAACCCATCTGAATTATTAGCTTCCAAGAAGATGAAAAACTTGTTAGAAGAGCTAAAAGGAAATTATGATATGGTCATTTTCGACATGCCACCAGTTTTAGCTGTGACGGATGCGCAAATTATGGCGAACATTGTAGATGGTTCCATTCTTGTCGTTCGCAGCAAACATACGGAAATTGAAGGCGCGCAAAAAGCGATCGAAGCATTACAGCCTGCTAAAGCAAAACTTTTAGGTGCTGTGCTTAATGACCGTGAGAAGAAACAGTCCAATTATTATTACTATTACGGAGCAAAATAA	MLRGKNPSRPGTKMRHLIAKLNPKSPISEQYRTIRTNIDFASVDNEIRSLLVTSSGPAEGKSMTIANLAVVYAQQGKKVLLVDADLRKPTVHYTFRIDNLRGLSNLLVGENSLDQVIQRTDVDNLDVMSCGPIPPNPSELLASKKMKNLLEELKGNYDMVIFDMPPVLAVTDAQIMANIVDGSILVVRSKHTEIEGAQKAIEALQPAKAKLLGAVLNDREKKQSNYYYYYGAK	PGPT0026560_2255	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT	CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT-1,PGPT0026560-exoP|vpsO-K16554	NA	NA
AK148_02548	765	ywqC	COG3944	putative capsular polysaccharide biosynthesis protein YwqC	ATGGAAGAGACGATTTCCTTAAAGGAGATATTTGCTGTCTTAAAAAAGCGAATGTTGCTTATTTTAGCTTGTATATTTGGGGCTGCGGTGATTGCCGCTGTCGTTAGCTATTTGGTGTTGGCACCAACATACGAAGCAGATTCTTCCTTTATCGTTAACCAAAGCCAGCAAGATGCGGAAACGCCATATAATGTCAATGATATACGAACAAACGTGGAACTCATTAATACATATAATGTCATTATTAAAAGTCCGCGCATTTTGAGTCAGGTAGTAGACGAACTGGGCTTGGACATGACAAGTGGTCAGTTAGCACAAAAAATTCAAGTATCTAGCGAGGAACAGTCACAGGTTGTGACGGTAACTGCTACGGATGAAAGTCCTGAACGTGCTGTTGAAATGGCAAATACAACGGTGACTACATTTCAAGATGAGATTCCAGAACTCATGAATGTCGACAATGTGAATATTTTGTCGGAGGCAGAACTTGGAACAAATCCGTCTCCTGTTTCACCAAATCCAATGTTAAATACAGCGATTGCAATTGTGCTCGGTGCGATGATTGGTGTTGGAATTGCGTTTTTATTAGAATATTTGGATAACACCATTACAACCGAAGACGATATTGAGCAGCACCTTGATATTCCTGTCCTCGGCACAATTTCAACTGTTCAAGAAAAAGATATTAGCGAGCAACAATTCCGCCCACAACCAAGAAATCTGGAGAGGGGGAGCCAACATGTTACGCGGAAAAAATCCGTCTAG	MEETISLKEIFAVLKKRMLLILACIFGAAVIAAVVSYLVLAPTYEADSSFIVNQSQQDAETPYNVNDIRTNVELINTYNVIIKSPRILSQVVDELGLDMTSGQLAQKIQVSSEEQSQVVTVTATDESPERAVEMANTTVTTFQDEIPELMNVDNVNILSEAELGTNPSPVSPNPMLNTAIAIVLGAMIGVGIAFLLEYLDNTITTEDDIEQHLDIPVLGTISTVQEKDISEQQFRPQPRNLERGSQHVTRKKSV				NA	NA	NA	NA	NA
AK148_02549	1122	lytE		putative peptidoglycan endopeptidase LytE	ATGAATAATAAGAAAATGTTAATGTCTGTAACAGCAGGAGCAGCAATTGCATCAATCATTTTTACCGCGGAAGAGGCTGAAGCCGCATCCTATAAAGTAAAAAACGGTGATTCTTTGTGGAAGATTGCCCAAAAGTATAATACAAGCGTTTCAGAACTAAAATCGATCAACAACTTATCTAGTAGCTTAATCTTTCCTAACCAAATCATTGAAACAACCAAAAATGGAAGTTCTTCCAACCAGTCCAGTTCAAATAATTCCAGTACTCATTCCAATAACTCGAATAGCAGTTCTAGCAGCAATGCCAAGAAATACACTGTAAAACGCGGTGATACTTTGAGCGGTATAGCTTTCAAACATAATATATCGATACGTAACCTAATGAAATGGAACAATTTGAATTCCACACTCATTTACCCTGGTAATGTTTTCGTAGTGAGCAAAAATGGGACAGGCAGTAATGCGGGATCAAGTAACCATGCAGGTGGAAATTCAAGCTCTGGAAATAGCTCGTCCAGCGGATCTAGTAGTTCCTCAAAGACGTATGTCGTTAAATCTGGTGACACACTATCTGAAATCGGAGCAAAATACAACGTATCAGTATCCAATTTAAAACGTTGGAACAACTTGCGCTCAGATCTCATTTTCGTCGGTCAAAAGCTTCATATTGGAAAGAAAGCAAACTCTAATTCTGGTAGCTCCAACGGATCATCAAGTGGAAATAGCGGAGGTGGCTCAACTGGAAACGCGAACGTAGATTTTAATGTCAATAAAGTCGTTAGCACTGCCAAAAGCTTTCAAGGTGTACCTTATGTTTGGGGCGGATCAAGCCCTTCTGGATTTGATTGTAGCGGCTTCATCCACTACGTCTACAATAAAGGTGGAAAAAGCATGGGCCGCACATCTAGTGACGGGTATTACAACAGATCCTATCACATTAACAATCCAAAAGTAGGCGACCTCGTTTTCTTCGCAGGCACCTATCGCCCAGGAATCTCGCATCTAGGCGTTTATTTAGGAAACAATAATTTCATTCATGCAGGAGCAAATGGCGTAGAAATTAGTAATCTAAATAACTCCTACTGGAAAAGCCATTTCGATAGCTTTAAACGTTTTTATTAA	MNNKKMLMSVTAGAAIASIIFTAEEAEAASYKVKNGDSLWKIAQKYNTSVSELKSINNLSSSLIFPNQIIETTKNGSSSNQSSSNNSSTHSNNSNSSSSSNAKKYTVKRGDTLSGIAFKHNISIRNLMKWNNLNSTLIYPGNVFVVSKNGTGSNAGSSNHAGGNSSSGNSSSSGSSSSSKTYVVKSGDTLSEIGAKYNVSVSNLKRWNNLRSDLIFVGQKLHIGKKANSNSGSSNGSSSGNSGGGSTGNANVDFNVNKVVSTAKSFQGVPYVWGGSSPSGFDCSGFIHYVYNKGGKSMGRTSSDGYYNRSYHINNPKVGDLVFFAGTYRPGISHLGVYLGNNNFIHAGANGVEISNLNNSYWKSHFDSFKRFY	PGPT0024005_58	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
AK148_02550	999			hypothetical protein	ATGCGAGGGGCGATTTCTACTCGGACAGGAGCGAGTCCCCGCATGCGAGGGGCGTTTTCTACTCGGACAGGAGCGAGTCCCCGCATGCGAGGGGCGTTTTCTACTCGGACAGGAGCGTATCTCCGTGCACGAGGTGCGTTTTCTACTCGGACGGGAGCGAGTCTCCGCACGCGAGGAGCGGTATTTTCTCGGACAGGAGCGAGTCTCCGTGCGCGAGGTGCGGTATTCTCTCAGACGGGAGCGAGTTCCTGCATGCGAGGTGCGATTTCAACTCAAACGGGAGCGAGTCTCCGTGCGCGAGGTGCGTTTTCTACTCGGACAGGAGCGAGTCTCCATGCGCGAGGTGCGTTTTCTACTCAAACGGGAGCTAGTTCCTGCATGCGAGGAGCGTATTCCACTCGGACAGGAGCGAGTCTCAGCGCACGAGGAGCGATTTCCACTCGGGCAGGAGCGAGTTTCTGCGCACGAGGTGCGTGTTCTACTTGGACGGGAGCTAGTTCCTGCACGCGAGGTGCGGTATTCTCTCGGGCAGGAGCTAGTTCCGCGCACGATGAGCGAGTTCAACTCAAACGGGAGCGAGTCTCCGCACGCGAGGTGCGTTTTCTACTTGGACAGGAGCGAGTTCCTGCACGCGAGGAGCGTTTTCTACTCGGACGGGAGCTAGTTCCTGCACGCGAGGAGCGTTTTCTACTCGGGCGGGAGCGAGTTTCCACACGCGAGGAGCGTTTTCTACTCGGGCGGGAGCGAGTTTCCACACGCGAGGAGCGGTGTTCTCTCGGACGTGAGCGAGTCTCCATGCAAGGGTGCGTTTTCTACTCGAGCAGGAGCGTATTCCAGCGCGCGAGGTGCGTTATTCTCTCAGACGGGAGCTTATCTCAACACGGGATGAGCGTTATTCTCTCGGGCAGGAGCGTATCTCCGCACGCGAGATGCGATTTCAACTCAAACGGGAGCGAGTCTCAGCACGCGAAGAGCGTTTTCTACTCGGACGGGAGCTAG	MRGAISTRTGASPRMRGAFSTRTGASPRMRGAFSTRTGAYLRARGAFSTRTGASLRTRGAVFSRTGASLRARGAVFSQTGASSCMRGAISTQTGASLRARGAFSTRTGASLHARGAFSTQTGASSCMRGAYSTRTGASLSARGAISTRAGASFCARGACSTWTGASSCTRGAVFSRAGASSAHDERVQLKRERVSAREVRFLLGQERVPAREERFLLGRELVPAREERFLLGRERVSTREERFLLGRERVSTREERCSLGRERVSMQGCVFYSSRSVFQRARCVILSDGSLSQHGMSVILSGRSVSPHARCDFNSNGSESQHAKSVFYSDGS				NA	NA	NA	NA	NA
AK148_02551	954			hypothetical protein	TTGATTATAAGAAAACGAACTTATCCTATCGTGTTAAAAAAATACGAAGCTCTATTAAGGCGTCTGCCTCCTACTTTTCATCAAATATCTGACGTTGAAGCAGCTTTTAGAAAACAATTGAAAGGTTATCACGGTGAATTATTAGTAGATAGACAAACTGATCGGCTAAAAGATAGGAGTACCATTCTCTATAATGTTCAGCTCCAGTTTAGAGGAAACTCATTTCAGATGGACACTATTGTAATTACTACTTATGCAGTTTACATTATAGAAATAAAGAATTTTGACGGCATCCTAACATTTGACACTTTTTTCGATCAACTCATACGCTATAACGGTTCAAAAGAAGAAGGTTTTCGCTCTCCTATTACACAAGCTACAACGCAGGCAAATCTACTCAAACAATGGCTTCATAAGCACGATTATATAGATATTCCCATTTACTCTTTTATAGCTATTAGTCGTCCTAGTACAGTTATAAAAGTCGACGGAGATAAGAATAAGATTAGAGAAACCGTCATGCATGCTGAGTTCATTCCGCAAAAAATTAGTGAATATGAACGCATTTTTAAGAATAAGGATTTTACACCTCTTGCTCATGCGCAAATTGGCAAGATAATTGCGGAAAAAAGTATGACGTTCGACAAAGATATTCTTGCAGTACACAACATAAATAAAAAATGGATTTTATCCGGAGTTCAGTGCTCAGATTGCAATAATTTGAAATTACAACGAGTGCATGGGAACTGGCATTGTGAGCCTTGTCGTAAAAAATGGAGATACGCCCATAGGCAAGCTATTAAAGACTATTTTCTCCTCATACAACCATATATAACAAATAAAACATGTAGAGAGTTTTTACATGTTTCCTCACGATTTACCGCTAACAGAATACTTCAATCCATGAACCTCATTTTTGATGAAAAGGACAAATTATGGAAATCACCTAATTAA	MIIRKRTYPIVLKKYEALLRRLPPTFHQISDVEAAFRKQLKGYHGELLVDRQTDRLKDRSTILYNVQLQFRGNSFQMDTIVITTYAVYIIEIKNFDGILTFDTFFDQLIRYNGSKEEGFRSPITQATTQANLLKQWLHKHDYIDIPIYSFIAISRPSTVIKVDGDKNKIRETVMHAEFIPQKISEYERIFKNKDFTPLAHAQIGKIIAEKSMTFDKDILAVHNINKKWILSGVQCSDCNNLKLQRVHGNWHCEPCRKKWRYAHRQAIKDYFLLIQPYITNKTCREFLHVSSRFTANRILQSMNLIFDEKDKLWKSPN				NA	NA	NA	NA	NA
AK148_02552	750			hypothetical protein	GTGCGTTTTCTACTCAAACGGGAGCGAGTCTCAGCACGCGAGGTGCGGTATTCTCTCGGACAGGAGCGAGTCTCAGCACGCGAGGTGCGTTTTCTACTCGGACAGGAGCGTATCTCCACACGCGAGGTGCGTTTTCTACTCAAACGGGAGCGAGTTCCTGCATGCGAGGTGCGTATTCCACTCGGACAGGAGCGAGTCTCAGCACGCAAGGGGCGTTTTCTAATCGGACAGGAGCGAGTCTCCATACGCGAGGTGCGTTTTCTACTCGGACAGGAGCGAGTCTCCATACGCGAGGGGCGTTTTCTAATCGGACAGGAGCGAGTCTCAGCGCGCGAGGAGCGTTTTCTACTCGGACAGGAGCGAGCCCCCGCATGCGAGGTGCGTTTTCTACTCAAACGGGAGCGAGTCTCAGCACGCGAAGAGCGTTTTCTACTCGGACAGGAGCGAGTCTCAGCGCACGAGGAGCGATTTCTACTCAAACGGGAGCGAGTCTCAGCACGCGAAGAGCGTTTTCTACTCGGACAGGAGCGAGTCTCTACGCGCGAGGGGCGTTTTCTACTCGGACGGGAGCTAGTTCCTGCACGTGAGATGCGGTATTCTCTCAGACAGGAGCGAGTCCCCGCACACGAGGAGCGGTATTCTCTCGGGCAGGAGCGTATTCCATATCTCGACGTACGGGAGACGACTTATCTCGGAGAAGTTGACGAGGTTCAGATTACGCAAATTCCACCACAATATTATAAATGGTAA	MRFLLKRERVSAREVRYSLGQERVSAREVRFLLGQERISTREVRFLLKRERVPACEVRIPLGQERVSARKGRFLIGQERVSIREVRFLLGQERVSIREGRFLIGQERVSAREERFLLGQERAPACEVRFLLKRERVSAREERFLLGQERVSAHEERFLLKRERVSAREERFLLGQERVSTREGRFLLGRELVPAREMRYSLRQERVPAHEERYSLGQERIPYLDVRETTYLGEVDEVQITQIPPQYYKW				NA	NA	NA	NA	NA
AK148_02553	792			hypothetical protein	ATGATGATCATTTTTATAATTTACTTCTTAATAGGGTTGATCGCCTGCACCGCTGGAGCAATGGCTGGCTTAGGCGGAGGAATTATTATAAAGCCTTTATTAGATATGTTAGGGCATTACGATTTATCGACGATTGGTATACTTTCTGCAGCAACAGTTTTTTCTATGTCTGTCGTTTCCATAGTCAAAGCGCGAAATACTAGTTTACATATCAATTGGACAAATAGTTTATTCATTGCAATTGGCTCGATTGCAGGTGGTTTCATTGGAAAAGGAATTTTTAATTATTTCGTTGTCCAATCAGGCTTATCTACGGTTATAGGTATGATTCAATCTATACTATTAGCTATTTTATTAATCATTATCTTTATTTTTATGAAGTATAATCATCGAATTAAAACATACCAGGTGCAAAATCGTGCGCTCATATTATTCGTTGGGCTTATTCTTGGTTTATTATCTGCTTTTTTAGGCATTGGAGGAGGACCTTTAAATGTTGCTCTGTTAGTATACATTTTTTCTATGAATACAAAGGATGCCAGTATTAATTCCATATTTATTATCTTTTTCTCGCAACTATCTTCACTCATTTTAGTAGCAATTTCGACTGGATATGCGCCCTATGATTTATCCATGATTTGGTTTATGGTTCCTGGTGGAATTCTTGGCGGAATGATTGGAAGTAATTTAGTCAAAAAAATATCCACAAGTGTTGTAGAACGCATTTTTAATATAACACTGTTAATCATTATTTTAATTACCATTTATAATATTGTGGTGGAATTTGCGTAA	MMIIFIIYFLIGLIACTAGAMAGLGGGIIIKPLLDMLGHYDLSTIGILSAATVFSMSVVSIVKARNTSLHINWTNSLFIAIGSIAGGFIGKGIFNYFVVQSGLSTVIGMIQSILLAILLIIIFIFMKYNHRIKTYQVQNRALILFVGLILGLLSAFLGIGGGPLNVALLVYIFSMNTKDASINSIFIIFFSQLSSLILVAISTGYAPYDLSMIWFMVPGGILGGMIGSNLVKKISTSVVERIFNITLLIIILITIYNIVVEFA				NA	NA	NA	NA	NA
AK148_02554	402			hypothetical protein	TTGCAAAAAACATTTACACTTACAACGCATCGTCATACTGATATGATCGATATCACAATCCAGCTGGAACAATGGATTCATGAATTAAAGGTTATTAACGGAATGATGGTTGTATCTTCCTTGCATACAACTGCAGGAATTACGGTGAACGAAAATGCTGATCCCGATGTAAAAACAGACATGCTGATGCGATTAGATGAAATTTATCCTTGGGAACATGCAGAGGATCGGCATATGGAAGGCAACACTGCTGCACATTTAAAAACAAGTACGGTTGGTCATGCGCAAACGCTCATTATCCAAGATGGAAAACTTGTTTTAGGTACATGGCAAGGTGTTTACTTTTGTGAATTTGATGGTCCACGAAAGCGAAAATTTCATGCTATGGTGATTCCAGAATAA	MQKTFTLTTHRHTDMIDITIQLEQWIHELKVINGMMVVSSLHTTAGITVNENADPDVKTDMLMRLDEIYPWEHAEDRHMEGNTAAHLKTSTVGHAQTLIIQDGKLVLGTWQGVYFCEFDGPRKRKFHAMVIPE	PGPT0015021_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015021-yugU-NA	NA	NA
AK148_02555	1194			hypothetical protein	TTGAAACAAGGTACATTAGCTTCACGAAACATTCGTGTGTTATTTTGGGCGGAATTATTTGGCAGTGTTCGATTTATTCAACCAGTCTTAGCATTATTTTATTTTTCTCGTGGACTGGATGAAGCATCTATATTATGGCTATTACTCTTTTGGAGTACTGGCGTATTAATTGGTGAAATTCCAACAGGTATGTTTGCGGATCGATATGGTGCTAAATTGTCGTTTATGATTGGAGCATTTCTAAGTATTATTAGTCATGCAATGTTAATTTGGGCATACGGCCCATGGGTATTCGTCATTAGTAGTCTTTTAAGTGGATTTAGTGTAACGTTTTTTAGTGGTGCTGATGAAGCTTTTATCTATGAATCTTTAAAAGAATCAAATGAAGAAAATATGCTAGATAAAGCACTTGGAATTATCCAATCCGCGCAATTTATGGTCATGGTTATTGTATTAATACTAGGCGCTATTATAGCTCAAGATTTGACAGATGAGCAATTTGTCCTGCTTATTGCATTAGGTGTTTTTTTTCAAAGCTTGCAAATTGTATTGTTAACTTTTGCAAAAAATCCACCAGAACATGGGAGCTATCGCGAAAATCCTTTTAAACAAGTGAAAGAAGGGATGCTAGCAATAAAAAAAGCACCTCAGCTGTTATGGATGTTTTTAAATATCACACTGGTATTTATCCCATCTGTAGCAATTTTTGATAACTTTAGTGACAAGTTACTTCTAGACGCCGGCTTGCCTGTCTATTTCATTGGTTTTTCGCTTGCGGGACTTTCCGTATTTAGCTTTTTCGTTTCTCGGTCTATTGGGTGGATGACATCTCGCATTTCTCGAATTCTATTTTTATATATAACGGGTGCTCTTGCCGTATTCGGATTGTTATTAGCAGCTTTTTACCGTGAAAATCTTTGGATTTTACTCCTTATTATGGTTTTGCTTCGATTTGTTGGTGCTGTCCGCTACCCGGTATATGCGCAATTAGCTAATGATATGATTCCTTCAAAGGTAAGAGCAACAACGATCTCATTGCTATCTATTATTGATTCGGTTTGTGATTTGCTTGTTTTTAGTAGTGTGGCGACAATAGCAGTTTTCGGCTTTGACAAATTATTTCTAGCTGCTGCTGCCATTGCATTCGTAGGAAGTTTACTTCCATTACGACAAGTAAAAAGGGAACGAAACTAG	MKQGTLASRNIRVLFWAELFGSVRFIQPVLALFYFSRGLDEASILWLLLFWSTGVLIGEIPTGMFADRYGAKLSFMIGAFLSIISHAMLIWAYGPWVFVISSLLSGFSVTFFSGADEAFIYESLKESNEENMLDKALGIIQSAQFMVMVIVLILGAIIAQDLTDEQFVLLIALGVFFQSLQIVLLTFAKNPPEHGSYRENPFKQVKEGMLAIKKAPQLLWMFLNITLVFIPSVAIFDNFSDKLLLDAGLPVYFIGFSLAGLSVFSFFVSRSIGWMTSRISRILFLYITGALAVFGLLLAAFYRENLWILLLIMVLLRFVGAVRYPVYAQLANDMIPSKVRATTISLLSIIDSVCDLLVFSSVATIAVFGFDKLFLAAAAIAFVGSLLPLRQVKRERN				NA	NA	NA	NA	NA
AK148_02556	201			Small, acid-soluble spore protein 2	ATGGCTCGACGAAACCGTAATCAGTTAGAAGTGCCAGGTGCAGAAAAAGCAGTCAACTCTCTAAAGTATGAGATCGCTAATGAATTTAATGTCGATCTTGGAGCCGATACTACTGCAAGAGAAAATGGTTCCGTGGGTGGCGAGATGGTGAAGCGTATGATAAAAATGGCGGAACAAGATCTCGCAAATAGACAGAAGTAG	MARRNRNQLEVPGAEKAVNSLKYEIANEFNVDLGADTTARENGSVGGEMVKRMIKMAEQDLANRQK	PGPT0024865_275	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024865-SASP_B|sspB-K06419	NA	NA
AK148_02558	198	cspD	COG1278	Cold shock-like protein CspD	ATGACTGGTAAAGTAAAATGGTTTAATGCAGAAAAAGGATTCGGTTTCATCGAGCGTGAAGACGGAGACGACGTATTTGTTCACTTCTCAGCTATCCAAGCTGACGGTTTCAAAACTCTTGAAGAAGGTCAAGACGTTGAATTCGAAATCGTAGAAGGAAACCGCGGACCACAAGCAGCTAACGTAACTCGTCTATAA	MTGKVKWFNAEKGFGFIEREDGDDVFVHFSAIQADGFKTLEEGQDVEFEIVEGNRGPQAANVTRL	PGPT0014675_9966	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	LOW_TEMPERATURE_TOLERANCE	COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704	NA	NA
AK148_02559	207	copZ_1		Copper chaperone CopZ	ATGCAAACAACTTTAGATGTAAAAGGAATGACTTGTGGTCATTGCGAAAAAGCAGTAAAAGGAGCACTCGAAGCATTACCAGGTGTGACAGGAGTAGAAGTACATTTAAATACAGGAAAAGTAGATGTAACTTATGATGATGTACAAACAAACATTCAAGCAATGCGGGAAGCAGTGGAAGAACAAGGTTATGATGTTGTTGTATAA	MQTTLDVKGMTCGHCEKAVKGALEALPGVTGVEVHLNTGKVDVTYDDVQTNIQAMREAVEEQGYDVVV	PGPT0004125_2345	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE_MEDIATION,PGPT0004125-ATOX1|ATX1|copZ|golB-K07213	NA	NA
AK148_02560	2385	copA	COG2217	Copper-exporting P-type ATPase	ATGCAAGAGAAGGAACATGTAACAGTTGGAGTAACTGGTATGACTTGCGCGGCCTGTTCTAGTCGCATAGAAAAAGTACTGAATAAGGTGGACGGCGTAGAAGCACAGGTGAATTTAACAACCGAAAAAGCAAACTTAAATTACGATCCGGAAAAAGTTTCCTTAGAAGATATTACGGAAAAAATTGAAAAACTAGGGTATGGCGTGGAAACGGAAAAGGTTGAATTTGATATTACGGGTATGACTTGCGCAGCATGTTCGAACCGGATTGAAAAAGTCTTGTCCAAACAACAAGGTGTGGAGAATGCGATAGTAAATCTTGCTAATGAAACAGCTGTTATCGAATATCAGCCGTCATTCATTGACGAAGAAAAATTGATTGGCATAGTTGAAAAATTAGGTTATCAAGCCCAACCAAGAGCGAATAAAGAAGAAAAGCAAAGCCATAAAGAAAAGCAAATCCAACGTATGAAAACGAAACTTATCCTATCGGCTATTTTATCTATACCTCTTTTGGTAACGATGCTTGATCATTTGTTTGGACTTAGCCTACCAAGTATTTTTATGAATCCGTGGTTCCAATTTGCTTTAGCGACACCTGTACAATTTATTATTGGCTGGCAATTTTATGACGGCGCATATAAAAATCTTCGTAATAAAGCAGCCAATATGGATGTACTCGTAGCTTTAGGAACGAGTGCTGCTTATTTTTATAGTTTATATGAAGCAATAAAAACGATTGGCAATCCTGACTATATGCCACATCTTTATTTCGAAACAAGTGCGATTTTAATTACGCTTATCTTGTTTGGAAAGTATTTAGAAACAAAAGCGAAAAGTAAAACGACGATGGCAATTTCTAAATTATTGAATCTACAAGCAAAACAGGCACGTGTCATTCGAAATAATGAAGAGGCGATGATACCTGTTGAAGAAGTCGTTCTCGGTGACCGCCTCATTGTGAAACCAGGAGAGAAAATACCTGTAGACGGCGTTGTTATCAAAGGACGTACAGCTGTTGATGAATCGATGCTTACTGGTGAATCTTTACCTGTGGAAAAAAATTTAAAAGATACAGTAATTGGCGCAACGATGAATAAAAATGGAACAATAGAAATGGAAGCGACTAAGGTAGGAAAAGATACGGCTTTAGCTTCGATTGTAAAAGTAGTGGAAGACGCACAAGGCTCAAAAGCACCGATCCAACGTTTGGCAGATGTTATTTCGGGTTATTTCGTACCCATTGTTGTTGGTATCGCAATGCTCACATTTATTATTTGGATTGCTTTTGTGACACCAGGGGAGTTGGAGCCAGCATTAGTCGCATCCATCGCTGTGTTAGTCATTGCATGCCCGTGTGCACTCGGTTTAGCAACGCCAACATCAATTATGGTCGGAACTGGTAAAGCAGCCGAGCAGGGGATTTTGTTTAAAGGTGGGGAACATTTAGAGCGTACGCACCAACTAGATGCTATCATTTTTGATAAAACAGGAACAATTACCAAAGGGAAACCAGAAATAACGGATTTTACGGGCACGGATGAAGTTTTACAGTTGGTTGCAAGTGCGGAAAAAAGTTCTGAACACCCACTAGCAGAAGCAATTGTTTCTGGGGCAACAGAAAAGGGCTTGGAATTATTCGATACGGAAGAATTTCAAGCAATACCTGGTCACGGTATTTCTGCGCAAGTGAATGGAAAAACGATTCTTGTAGGAACAAGGACTTTAATGGAAAAATACAACATTGCTTACCAGCAGGAAGAAACGACTATGCAATCCTTTGAAAAAAATGGGAAAACTGCCATGTTAATCGCTGTAGATGGTCAGTTTGAAGGAATTGTCGCCGTAGCGGACACGGTGAAAGAAACAGCGAAAGAAGCGATTAGTCAGCTACAAGACGGAGGACTTGAAGTTATTATGCTAACAGGCGATAATGAACGAACAGCGAAGGCAATCGCCAAGCAGGTTGGTATCGATCATGTGATTTCGCAAGTTTTACCAGAGGAAAAAGCGGATAAAGTAAAAATGATACAGGAAATGGGCAAGCATGTAGCGATGGTTGGTGATGGTATTAATGATGCTCCAGCATTAGCTGTTGCCGATATTGGTATTGCAATTGGAACAGGTACAGAAGTGGCAATAGAAGCTGCTGATGTAACTATTTTAGGTGGCGAATTATTATTGATTCCAAAGGCGATTAAAGCAAGTCATGCAACGATAAAAAATATTCGCCAAAACTTATTTTGGGCTTTTGCTTATAACACAGCAGGAATTCCGATTGCAGCAGTTGGCTTACTTGCACCTTGGATTGCAGGTGCGGCAATGGCATTTAGCTCTGTAAGTGTCGTATCAAATTCCTTACGATTAAAGCGGGTAAAGCTATAG	MQEKEHVTVGVTGMTCAACSSRIEKVLNKVDGVEAQVNLTTEKANLNYDPEKVSLEDITEKIEKLGYGVETEKVEFDITGMTCAACSNRIEKVLSKQQGVENAIVNLANETAVIEYQPSFIDEEKLIGIVEKLGYQAQPRANKEEKQSHKEKQIQRMKTKLILSAILSIPLLVTMLDHLFGLSLPSIFMNPWFQFALATPVQFIIGWQFYDGAYKNLRNKAANMDVLVALGTSAAYFYSLYEAIKTIGNPDYMPHLYFETSAILITLILFGKYLETKAKSKTTMAISKLLNLQAKQARVIRNNEEAMIPVEEVVLGDRLIVKPGEKIPVDGVVIKGRTAVDESMLTGESLPVEKNLKDTVIGATMNKNGTIEMEATKVGKDTALASIVKVVEDAQGSKAPIQRLADVISGYFVPIVVGIAMLTFIIWIAFVTPGELEPALVASIAVLVIACPCALGLATPTSIMVGTGKAAEQGILFKGGEHLERTHQLDAIIFDKTGTITKGKPEITDFTGTDEVLQLVASAEKSSEHPLAEAIVSGATEKGLELFDTEEFQAIPGHGISAQVNGKTILVGTRTLMEKYNIAYQQEETTMQSFEKNGKTAMLIAVDGQFEGIVAVADTVKETAKEAISQLQDGGLEVIMLTGDNERTAKAIAKQVGIDHVISQVLPEEKADKVKMIQEMGKHVAMVGDGINDAPALAVADIGIAIGTGTEVAIEAADVTILGGELLLIPKAIKASHATIKNIRQNLFWAFAYNTAGIPIAAVGLLAPWIAGAAMAFSSVSVVSNSLRLKRVKL	PGPT0004090_4425	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE-COPPER_TRANSPORT,PGPT0004090-copA|ctpA-K17686	NA	NA
AK148_02561	303	csoR	COG1937	Copper-sensing transcriptional repressor CsoR	ATGACAACGGCAAAACCAGAACATCCTGTAACGCCTCGAACAAAGGATGAAATATCCGCGATAACGAACCGGCTGAAAAGGGTAGAAGGTCAAGTTCGAGGCGTGCAGAAAATGGTGGAAGAAGATAGATATTGTATTGATATTTTAGTCCAAATTAGTGCCATTAATGCAGCGCTTAAAAAAGTAGGTTTTTCCATTGCGGAAAGGCATACGAAGCATTGTGTATCGCATGCAGTACAATCAGGGCAAGGGGAAGCAGCGATTGATGAATTAATGGAAGTGTTAAAACAGCTGTCCAAATAA	MTTAKPEHPVTPRTKDEISAITNRLKRVEGQVRGVQKMVEEDRYCIDILVQISAINAALKKVGFSIAERHTKHCVSHAVQSGQGEAAIDELMEVLKQLSK	PGPT0004175_1008	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE-RELATED_FUNCTIONS,PGPT0004175-csoR|ricR-K21600	NA	NA
AK148_02562	252			hypothetical protein	ATGAATATGGCATTAATTATTTTCTTATTTTGTTTATTTCTTGTTGCTCTTGGGGGCACGTTGTACGTGTTTAAGCAGGAAGAGAGAAAAATGAAGCAATATGAAGCAGAAGGTGAAACCGCTCAAAGTGAATTGCAACGTTCGATGGAATATGAAACGAAATCGTTGAAATCAAATGTGCCAATACTCATCTGGATATATGCAGTGACCATTTTGGTAGGATTGATTGCGTTTTTTGTTTATGCATTTTAG	MNMALIIFLFCLFLVALGGTLYVFKQEERKMKQYEAEGETAQSELQRSMEYETKSLKSNVPILIWIYAVTILVGLIAFFVYAF				NA	NA	NA	NA	NA
AK148_02563	267			hypothetical protein	ATGCGTGCGCAATTTAGCCAACATGAGAATGGAGAGAGCAATTTTCCGAAGTACGGAGGGTTAATTCTTGCGTATGGTGAGCGTTTTTTCGTTCGAGGTGAGCGTCTTTACGCTCGGGCGAGCGCTTTTTCGTTCGAGGTGAGCGATTTTACGCTCGGGGCGAGCGCTTTTTCGTTCGGGATGAGCGTTTTTACATTCGAGGCGAGCGCTTTTTCCTACGGAGCGAGCGTCTTTATGCTCGGGCGAGCGCTTTTTCGTTCGAGGTGA	MRAQFSQHENGESNFPKYGGLILAYGERFFVRGERLYARASAFSFEVSDFTLGASAFSFGMSVFTFEASAFSYGASVFMLGRALFRSR				NA	NA	NA	NA	NA
AK148_02564	570	bioY2	COG1268	Biotin transporter BioY2	ATGGAACAGCAACGAAAAAGACTTCGCCTCATGCTTAACTGTGCTTTGTTTGCAGCACTCACAGCTATTTTGGCGCAAATAGAAATACCATTACCACTAATACCGATAAGTGGACAAACTTTAGCAGTCGGAATTACGGCAACTATTTTAGGCAGTAAACAAGGTGCGTTAGCGATGATTTGCTATGCGGTAATTGGAGGTGCAGGGGTGCCTGTTTTTGCTGGCTTTAGCGGTGGCGCACATGTGTTAGTTGGCCCTTCAGGAGGATATATTTTTGGCTTTATTGCTACAGCATATGTTACAGGTTTCATTCTCGAAAAAACAAGCTTTCGTTTCCAAAATGCTTTAATCGCAAATATAATAGGTATGTTTATTACATTAGCATTTGGGACAACGCAATTGAAAATTATTTTAGATCTTTCATGGAATGCAGCATTAGTAGCTGGGGTCTATCCATTTATCATCGTTGGATTGATGAAAGCTGCATTAGCTAGCTGGATAGGAATCGCTGTACGAAAACGTCTCGTACATGCTAATTTAATTTTGGAAACGAAACAAGAGGTAGTATAA	MEQQRKRLRLMLNCALFAALTAILAQIEIPLPLIPISGQTLAVGITATILGSKQGALAMICYAVIGGAGVPVFAGFSGGAHVLVGPSGGYIFGFIATAYVTGFILEKTSFRFQNALIANIIGMFITLAFGTTQLKIILDLSWNAALVAGVYPFIIVGLMKAALASWIGIAVRKRLVHANLILETKQEVV	PGPT0022050_1483	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_TRANSPORT,PGPT0022050-bioY-K03523	NA	NA
AK148_02565	396			hypothetical protein	GTGATTGAGCGATTTTCGGATCACGGCGAGCGACTTTTCGACGTGCTTGAGCGATTTCTGGATCATGGCGAGCGACTTTTACTCGTTCATGAGCGATTCTCGGATCACGGCGAGCGCTTTTTCAACGTGCTTGAGCGATTTTCGGATCACAGCGAGCGTTTTTTTGACGTGATTGAGCGATTTTCGGATCACGGCGAGCGTTTTTTCGACGTAATTGAGCAATTTTCGAATCACGGCGAGCGACTTTTACTCGTTCATGAGCGATTCTCGGATCACGGCGAGCGACTTTTACTCGTTCATGAGCGATTTTCGGATTACGGCGAGCGTTTTTTCGACGTGATTGAGCGATTTCAGGATCATGGAAAGCGCTTTTTCGACGTGCTTGAGCGATTTTAG	MIERFSDHGERLFDVLERFLDHGERLLLVHERFSDHGERFFNVLERFSDHSERFFDVIERFSDHGERFFDVIEQFSNHGERLLLVHERFSDHGERLLLVHERFSDYGERFFDVIERFQDHGKRFFDVLERF				NA	NA	NA	NA	NA
AK148_02566	1311	hcaB		3-phenylpropionate-dihydrodiol/cinnamic acid-dihydrodiol dehydrogenase	GTGATTGAGCGATTTCTGGATCATGGCGAGCTACTTTTCGACGTGCTTGAGCGATTCTCGGATCACGGCGAGCGCTTTTTCGACGTGCTTGAGCGCTTTTCGGATCATGGCGAGCTACTTTTACTCGTTCATGGGCGATTTTCGGATCATGGAAAGCGCTTTTTCAACGTGATTGAGCGATTTCTGGATCACAGCGAGCGACTTTTACTCATTCATGAGCGATTTTCGGATTACGGCGAGCGCTTTTTCGACGTGCTTGAGCGATTTTCGGATCACGACGAGCGACTTTTCGACGTGCTTGAGCGATTCTCAGATCATGGCGAGCGCTTTTTCAACGTGCTTGAGCGATTTTCGGATCACGACGAGCGACTTTTACTCGTTCATGAGCGATTTTCGGATCACAGCGAGCGACTTTTACTCGTTCATGAGCAATTTTCGGATCACGACGAGCGCTTTTTCAACGTGCTTGAGCGATTTCCGACGTGTGGGAGTGATTTTCTAATGATAGGAATCTGTAGTTTGAATCTATTCTTTCAAATAGATATACTTACAATACAAGTAATAATCAATGGAGAGGGGTGGCTTATGATGGGGCAACAAATTAAAGGAAAGACGGCGTATATTACAGGTGCTGGTAGCGGTATTGGAAGAGCAACTGCACTTGCTCTTGCTAAGGAAGGTGTTCATGTAGGCTTCATTGCGCGTACGGAAAGCAAATTGGAAGCTGTTGCAAGAGAAGTAGAAACATATGGCGTTAATACCAGTTATGCTGTTGCTAATATAGCAAAGTTGGAAGAAGTAGAGGAAGCTGTTGCGAAGCTAGAAACGTCGCTTGGGTCTGCAGATATTTTAATAAATAATGCAGGTATTGGAGCATATGGCGATTTTCTAGAAATGGATCCAGAAACGTGGAAACAAACTATAGAAGTGAATGTTTTCGGTACGTATCACGTTACTCGCGCCGTCTTACCACATATGCTCAAGAAGAATCAAGGCGATATTATTATGATCTCTTCCAGTAACGGATTAAAAGGGACAGCAGGTTCGACTTCTTACAGCGCTTCCAAATTTGCTATTCAAGGTATGTCCGAAGCTTTAATGCAAGAAGTGCGCAGAAATAACATTCGCGTTTTCACATTAAATCCAAGCCTTGTTGCTACAGAGCTTGCTTTCGGCGAAAAGTTAGCGGAGAAAAATGACGATAAATACATGCAACCCGAAGATTTAGCTGAATACATGGTAGCCCAATTAAAATTGCATCCGAGAATGTTTATTAAACAGTCGTTACAATGGGCTACGAATCCGTTCTAA	MIERFLDHGELLFDVLERFSDHGERFFDVLERFSDHGELLLLVHGRFSDHGKRFFNVIERFLDHSERLLLIHERFSDYGERFFDVLERFSDHDERLFDVLERFSDHGERFFNVLERFSDHDERLLLVHERFSDHSERLLLVHEQFSDHDERFFNVLERFPTCGSDFLMIGICSLNLFFQIDILTIQVIINGEGWLMMGQQIKGKTAYITGAGSGIGRATALALAKEGVHVGFIARTESKLEAVAREVETYGVNTSYAVANIAKLEEVEEAVAKLETSLGSADILINNAGIGAYGDFLEMDPETWKQTIEVNVFGTYHVTRAVLPHMLKKNQGDIIMISSSNGLKGTAGSTSYSASKFAIQGMSEALMQEVRRNNIRVFTLNPSLVATELAFGEKLAEKNDDKYMQPEDLAEYMVAQLKLHPRMFIKQSLQWATNPF				NA	NA	NA	NA	NA
AK148_02567	597	thiT		Thiamine transporter ThiT	ATGAAAAATATTCGCTTATTAGTAATGGTTGAGGCGGCTTTTTTTGCAGCATTCGCAATGATTTTGGATTTTCTTCCTTCCATTAAATTATCACCAGCTATATCCATTTCTTTTGCTATGGTACCCATATTTATTCTTGCATTTCGGAGGGGGATGCTAGCAGGGATATTAGCGGGTTTCTTATGGGGGTTGTTACAGGTGATGCTCGGTGATGCAACAATTCTCACACCGACCCAATTTTTAATTGAATATTTTATTGCTTTTGCTAGCGTTGGTTTTGCAGGATTACTCTCGCCGTTCATTCAAAAAAGTTTTGCAAATGGACGTAAAAAAGTGGCCTTGACATGGGGGGTAGCAGCAGTGTTTGTGGGCAGCATGGCAAGGTATTTTTGGCATTTTCTTGCAGGTGTCATTTTCTGGGGGGATTACGCTCCTAAGGGAACTTCGCCACTCGTTTATTCTTTTATCGCCAATGGCACGACTTTTGTAGGTGCATTTGTTTTTTGCGCTATTGTTTTAGCGGTAATTTTAGCTAGCGCTCCTCGATTAGTGCAAGCGGAAACAGTTACATTGAAAAATCTAAAAAAAGCTTCTTAA	MKNIRLLVMVEAAFFAAFAMILDFLPSIKLSPAISISFAMVPIFILAFRRGMLAGILAGFLWGLLQVMLGDATILTPTQFLIEYFIAFASVGFAGLLSPFIQKSFANGRKKVALTWGVAAVFVGSMARYFWHFLAGVIFWGDYAPKGTSPLVYSFIANGTTFVGAFVFCAIVLAVILASAPRLVQAETVTLKNLKKAS	PGPT0009100_212	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_TRANSPORT,PGPT0009100-thiT-K16789	NA	NA
AK148_02569	1641	nprE	COG3227	Bacillolysin	ATGCAAAAGAAATGGCTTCATCGAATGGGTTTGATCACCTTAGCTACTACATTAATTGTAAGTAATGCTCAGGTAACCCATGCTACTGATTCAGGGGATGAATGGGAAATTAATTCAGATGTTGAGACGAAATGGGAGCAAGAGAATGAGCAAAAAGGGCCTTCGTTTATTAACGGAGAGTTATCCGAACGAAAAGTGACGAAAGAGGCAGATGTAAGGAAGTTTTTGCTAGAAAATAAAGAACTCTTTAAAATTAACTCGGAAACAAAACTAGATTTTATAGAATCTAATGTAGATGATATAGGGATGACTCATTACATTTATAAACCGAAAATTCAAAATATACCAATAGATAATTCTAAAATTGCCGTACATGTGAATAAAGACAAAAAAATTACAGCAATTAACGGGGAGTTTCATCCTAATGCTCCTGAAAAATTAACAGAAAAACAAAAACTAACTAAACAACAAGCAATTAATAATGCATGGAAACACATTGATATAAAGCGTAGTGAAGCAGATAAAAAAATGGCATCATTAACTGGAGAAACGTTTAATACGCTGGAAGAAACTGCTGATTTAGTTGTCTATCATGATGATAATAAACAGTACACGTTAGCATACCGCGTAGAGCTTCAATTTGCCAAACCGGAACCAGCGTACTGGAATATTTGGGTGAATGCAGAGAGTGGAGAGGTTTTAAAAGCGATCAATCAGGCGCAAGAAATTTCTTCTACTGGAAGTGGAATAGGTGTCCTTGGACATCAGCGACAGTTAAATACGTTTTATCATCAAGGGGACTATTATCTCTATGATACGACAAAACGAATGAATGGCGTCATTGAAACGTTCACGAATCAAGGAAGAGGCGATAGAAATCTTCCAGGTGTTTATGTGAAAGATGAAGATAATCGTTTCACGAATCAAGAACAACAGGCGGCTGTTGATGCTCATTATCATGCTGGACAAGTATTTGATTATTACTATAATACATTTGGTCGGGTTAGTTATGATGACAACGGTTCGACAATTCGGTCGATAGTTGATTATGGAAACAACTATAATAATGCAGCATGGCTTGGTGATAAGATCATTTACGGTAATGGAGATGGAAGAAGTTTTGCTCCGTTATCTGGTGCAAATGATATTGTAGCTCATGAGCTTACACATGGAGTGATTGACGAAACAGCTGATCTTGTCTATGCCAACCAATCTGGTGCTTTAAATGAATCGTTTGCTGATGTTTTTGCCTATTTTGTGGATGGTGATTGGTTAATTGGTGAAGATGTATATACACCTGGTATTGAAGGGGATGCACTACGCAGTTTAGCTAACCCAACAAGGTATAATCAGCCAGATCATATGAACGATTATCAACATTTACCAAACACCCGAGACGGTGATTGGGGTGGAGTTCATATTAATAGTGGAATTCCGAATAAAGCGGCTTATTTCACTGTTCATGGTATAGGTGTAAGTAAGGCAGAACAAGTTTATTATCGTGCATTAACGACCTATTTAACGCCGAATAGTAGTTTCCAAGATGCAAGGCAAGCACTCGTTCAATCTGCTCAAGATTTGTATGGGGAAAGCGCTGCTCAGGAAGTTGCTCGTGCGTGGGACCGCGTTGGTGTAAACTAA	MQKKWLHRMGLITLATTLIVSNAQVTHATDSGDEWEINSDVETKWEQENEQKGPSFINGELSERKVTKEADVRKFLLENKELFKINSETKLDFIESNVDDIGMTHYIYKPKIQNIPIDNSKIAVHVNKDKKITAINGEFHPNAPEKLTEKQKLTKQQAINNAWKHIDIKRSEADKKMASLTGETFNTLEETADLVVYHDDNKQYTLAYRVELQFAKPEPAYWNIWVNAESGEVLKAINQAQEISSTGSGIGVLGHQRQLNTFYHQGDYYLYDTTKRMNGVIETFTNQGRGDRNLPGVYVKDEDNRFTNQEQQAAVDAHYHAGQVFDYYYNTFGRVSYDDNGSTIRSIVDYGNNYNNAAWLGDKIIYGNGDGRSFAPLSGANDIVAHELTHGVIDETADLVYANQSGALNESFADVFAYFVDGDWLIGEDVYTPGIEGDALRSLANPTRYNQPDHMNDYQHLPNTRDGDWGGVHINSGIPNKAAYFTVHGIGVSKAEQVYYRALTTYLTPNSSFQDARQALVQSAQDLYGESAAQEVARAWDRVGVN	PGPT0020995_352	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
AK148_02570	270			hypothetical protein	ATGACATATAAGGTATTATCTTACATTTACTACGTAAGACTTTATAAATCTCTTAACAGTTCCGATATTCTAATTACTATGACTAACAATGAAAAGGTAGGCGATACAAATCTTATACTAGTTGAACTATGTAGAAATATGATTTTCCCTTTGTGTGTCCTTACGCACCAATTATCTCGTTCACTATTTAACAAAATGAGGCGCTTGCTAACTACCAAAAGGGTAAAATTAGAGATTTTGACTATGTCGGGGGTCTACGATGAGTTATAG	MTYKVLSYIYYVRLYKSLNSSDILITMTNNEKVGDTNLILVELCRNMIFPLCVLTHQLSRSLFNKMRRLLTTKRVKLEILTMSGVYDEL				NA	NA	NA	NA	NA
AK148_02571	471			hypothetical protein	ATGAGTTATAGAACTACACCATTAGAAGAAGGTATTAAAAATCTTTATATGAAACTAGGAATTACAGAACCAGAATATCCTATTGAAGAACTTGCGATAAAATTAAACATTTATATAAGTTACCAAAAAAAACCTTGCCTACAACAAAGAGGAACCATATATTTAAACCCTTATTTGTCGAGTGAAAAACAGAAAGAACTATTTTTTTATGAATTATCACATGTCCTTCCACATGTAGGGATACAATTATTTATGCCAAAATTATTTAAAAGTTTGCAGGAACATAAAGCAAACTATATTGCTCTACATTTAGCAATACCAACCTTCATGTTACAAAAGGTAAATTTCCCTCTATATCATGAAGATGCAATTGCAAATGTTGCTAACCAATTTAAAGTAACAACTGAATTTTCACAAAAACGGTTACATGAATATAGAAATCAAGTAAATCAAAACTTAAACATTCTCTAA	MSYRTTPLEEGIKNLYMKLGITEPEYPIEELAIKLNIYISYQKKPCLQQRGTIYLNPYLSSEKQKELFFYELSHVLPHVGIQLFMPKLFKSLQEHKANYIALHLAIPTFMLQKVNFPLYHEDAIANVANQFKVTTEFSQKRLHEYRNQVNQNLNIL				NA	NA	NA	NA	NA
AK148_02572	183			hypothetical protein	ATGGTTTTTTCTATTCGACAAGCGATTTGTAAAAGTTTCGAGTTGTATATCGATGGCTGTATTTCTGCTCGTCGGTGGGCGGGCAGAGAACACCGATTTTTTAAAGCGCAATATATAGGTGGTTTTATTTGGAAGGAAGGGAATATTGACAAGATATGCAGGTGTTTTACAACTCTAAAATGA	MVFSIRQAICKSFELYIDGCISARRWAGREHRFFKAQYIGGFIWKEGNIDKICRCFTTLK				NA	NA	NA	NA	NA
AK148_02573	1194			hypothetical protein	ATGTCCAAACATTATCAAGTTCTCATCGTAGGTGGCGGTACTGCTGGCATAACAGTTGCAGCTCAGCTGTTACATTACTCCAAACATTTCAAGCATAAAATAGCAATTATTGAACCAGCAGAAGAGCACTATTATCAACCTTTATGGACACTTGTCGGGGCAGGTGTTTCTAATATCGAGACGACAAAACGATCCATGGAAAGTGTTATACCAGAAGGGGCAGACTGGATTCAGGAAGAAGTGGTTTCCTTTGATCCAACAAATAACAACGTTTACACCAAAGAAGGCAACCATATTTCATACGACTACCTTGTTGTTGCAGCAGGGATTGACATTAACTGGCAAGCAATAAAAGGATTACCAGAAACGTTAGGGAAAAATGGCGTTTGCAGTAATTACGCTTTTGAGCACGCTCCTTATACATGGGAAGTTATTCGTAACTTTACAAGCGGAAATGCTATATTTACGCATCCAAACTCACCAGTAAAATGCGGTGGGGCACCACAAAAAATTATGTATCTTGCAGAAGAATCTTTTCAAAAAACCGGTGTTCGGGATCAAGCAAATGTACTATTTTATTCGGCGAACCCTGCCATTTTTGATGTTAAAAAGTACCGTAATGCCTTAGAAAAAGTCATTGACCGAAAGCAGATTCAACCACACTTTCGTCATCATTTAATTGAAGTACGTGGCGAAGAAAAAGTAGCCGTTTTCGAATCATTAGAAACTGGCGAGCAACAAACCGTCTCCTTCTCCATGTTACATGTTACGCCACCAATGCAAGCACCATCTATTATTAAGGATAGCCCAATTGCAGACGATGGAGGCTGGGTGAATGTGCACCCGTATACATTACAACATACTCAATATGCGAATATTTTCGGCATTGGTGATTGTAGTAATTTACCGACATCGAAAACCGGAGCGGCGATTCGTAAACAGGCACCTGTTGTTGTACAAAATATTATTTCTTCGATAAAGGAAAAACCGCTTGCAGCAACTTATGACGGGTACAGCTCTTGCCCACTTGTAACAGGGTATAATAGCTTAATTTTAGCCGAATTTGATTATAATAAAAATCCACAAGAATCGATGCCATTTAACCAAGCAGTAGAAAGAAAAAGTATGTATTTATTCAAAAAAGATTTCTTGCCAATTATGTATTGGGATGGCATGTTAAAAGGAATTATGTAA	MSKHYQVLIVGGGTAGITVAAQLLHYSKHFKHKIAIIEPAEEHYYQPLWTLVGAGVSNIETTKRSMESVIPEGADWIQEEVVSFDPTNNNVYTKEGNHISYDYLVVAAGIDINWQAIKGLPETLGKNGVCSNYAFEHAPYTWEVIRNFTSGNAIFTHPNSPVKCGGAPQKIMYLAEESFQKTGVRDQANVLFYSANPAIFDVKKYRNALEKVIDRKQIQPHFRHHLIEVRGEEKVAVFESLETGEQQTVSFSMLHVTPPMQAPSIIKDSPIADDGGWVNVHPYTLQHTQYANIFGIGDCSNLPTSKTGAAIRKQAPVVVQNIISSIKEKPLAATYDGYSSCPLVTGYNSLILAEFDYNKNPQESMPFNQAVERKSMYLFKKDFLPIMYWDGMLKGIM				NA	NA	NA	NA	NA
AK148_02574	555			hypothetical protein	ATGCCACATACTGCTATCCATTCAGATGAAAATAAAGACCTTCTTCATGAGTTAAAACAACCGGAAATCCATCAAGCTTTAACGGGTATTATTCATCGGTTACCTGAAATCGAACGCACGTTACAATCGCTAGAGCAAATGACACAATTTTCGATGCATGTCACAAAAGACCAAACTACGATGGAAGCTTTAGAGGAACGATTGCAGTTATCCAGAGTCGATGAAGAATCATTGGAAGCGCTTATCGCTTTATTAGCCAAACTTCCTACTATACTGGAAATGGTCGAGCAAATAGAAAAGATTGCCTTGTTTATCAAACATGTTGTCCATGATGAACAATCCATGGAACAAATAAAAACATCTATTGCAGAGCTTCCGTTCATACAGCAACAGAAGGAAGCAAAAGATTTCTTCGAAGCCGTGCAAACGAGACACAAATCGATCGAGCAACATATTTCTATTTTTACCATTATCAAATGGATGAAAGAACCTCATGTACAAAAATATTTAAAATATATACAAGCTACTTTAGACGTTTTAAAGGCTAGGAAATAA	MPHTAIHSDENKDLLHELKQPEIHQALTGIIHRLPEIERTLQSLEQMTQFSMHVTKDQTTMEALEERLQLSRVDEESLEALIALLAKLPTILEMVEQIEKIALFIKHVVHDEQSMEQIKTSIAELPFIQQQKEAKDFFEAVQTRHKSIEQHISIFTIIKWMKEPHVQKYLKYIQATLDVLKARK				NA	NA	NA	NA	NA
AK148_02575	1401	gloB_5		Hydroxyacylglutathione hydrolase	ATGTTATTACAATATTTTTATGATGATAAGTTAGCGCAAGCATCCTATTTGGTCGGATGCCAAGCAAAAGGAGAAGCGGTTGTTGTTGATCCAGCTCGTAACATAGAAGCATATTTATCTACTGCTGAAAAAGAAGGATTGAAAATTGTAGGTGTGCTAGAAACACATATTCACGCTGACTATGTATCTGGTGCTAGGGAAATTGCTGATCGCGTAGGCGCTACCTTGTACGTATCCGATGAAGGAGATGCAGATTGGAAATATGAAAACCTTGATAGCTTTTCTTATAAACTACTAAAAGATGGCGATACAATTACACTTGGTAATCTAACATTTAAAGTCATGCATACACCAGGGCATACACCAGAGAGTATCTCCTTCTTACTAACGGATGGCGGCGCTAATGCCGACGAACCGATCGGCATTTTCACAGGGGATTTTGTGTTTGTCGGAGATGTCGGGCGCCCTGACTTACTGGAAAAGGCTGCTGGCGTGCAAGGAACGAGTGAACCTGGCGCAAGAGACATGTTCCATTCATTAGAACGATTTAAGCAGTTACCGGATTTCTTACAAGTTTGGCCAGCACACGGAGCTGGTAGTGCATGTGGAAAGTCGCTCGGAGCGGTTCCATCTTCTACTGTCGGCTATGAAAAACGATTTAATTGGGCATTACAGCACGAGAATGAAACGGACTTTATAAAAGCATTACTGGAAGGACAACCGGAGCCGCCTGTCTACTTTGCGATTATGAAGCATGTTAATAAAGTAGGACCAGCAATCCTTCGCGATCTGGAAAAACCAGAAGTTATAACTGATGGAAACCAAATAGAAACGCTCTTAAATGATGGAGCACAAGTTTTGGATACGCGTGAAGCAGAAGCATTTAGCCAGCAACATATACCAGGTACGATCAACATTCCATTTAACCCGTCATTTACAAATTGGGCTGGATGGCTCATCAATTATGACGAACCTTTATATTTGTTATGTGATCCAAATCAAACGTATGACATATTAACTGCCCTTCGCTCCATTGGAATTGATTTAGTTAAAGGATTTATGGATGCGGAGCAAGCTATCAAACAAGCCAAAAACCTAGAATCGTATGCAAATATCTCACCACAAGAAGCGAAACAATTGCTAAAAACAGAAGCTGTCACGTTCATTGATGTTCGCAATCAATCGGAGTGGGATGAAGGGCATATCGAAGGTGCAAACCACATCATGCTTGGGACATTAAAAAATCGCCTTGACGAAGTTTCAAATAACGGCACGATCCTCATTACATGTCAGTCAGGTGGTCGTTCTGCAATAGGAGCGAGCTTATTACAAGCTAAAGGGTATAAACATGTACAAAACATAACAGGCGGATATACTGCTTGGACGCAGCAAATTAGCTAA	MLLQYFYDDKLAQASYLVGCQAKGEAVVVDPARNIEAYLSTAEKEGLKIVGVLETHIHADYVSGAREIADRVGATLYVSDEGDADWKYENLDSFSYKLLKDGDTITLGNLTFKVMHTPGHTPESISFLLTDGGANADEPIGIFTGDFVFVGDVGRPDLLEKAAGVQGTSEPGARDMFHSLERFKQLPDFLQVWPAHGAGSACGKSLGAVPSSTVGYEKRFNWALQHENETDFIKALLEGQPEPPVYFAIMKHVNKVGPAILRDLEKPEVITDGNQIETLLNDGAQVLDTREAEAFSQQHIPGTINIPFNPSFTNWAGWLINYDEPLYLLCDPNQTYDILTALRSIGIDLVKGFMDAEQAIKQAKNLESYANISPQEAKQLLKTEAVTFIDVRNQSEWDEGHIEGANHIMLGTLKNRLDEVSNNGTILITCQSGGRSAIGASLLQAKGYKHVQNITGGYTAWTQQIS	PGPT0001770_707	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001770-gloB|gloC-K01069	NA	NA
AK148_02576	1029	nreB		Oxygen sensor histidine kinase NreB	GTGTGTTCCATTCAATATGAGAATAAATATTTGCATCAAATCTTCGAAAACATTCAAGATGGGATCATTATTATGGATCAGAGCCGTAAAATTTTAGCTATGAATCCTTCTGCAAAGAAATTAACAGGCTGGTTATTACATGATCGTGTACCGTATTGTTCTTTTTGTGAAACTCGGTTGTTACAAGGAAATGAAAATAAATGTTATTTAATTGCGCATGATGAAGTGCCTTATTTTCTTTCTGATATGCCGACGTATCATGGTAAGAAAATTAATGTGGAAATGAGCACCGCATTAATGTTCCACGATGCTACAACACATCAAAAAGAGTATTTACTTGTCTTACGCGACCAATCTCTCATGCAAAAAGAAAAAGAAGCACAACTTTCAAAAAAAATGATCCAAAAATTAATTGAAGCAAAAGAAAATGAGCATAAGCGGCTTGCCCAAGAGCTTCATGACGGGGTTGGTCAAGCACTCTACAGTATTTCTGTCGCTTTACAAGCCATTGAATCCTTTGTAAATAATACACGAATTCAAAGCTATGTCGATGAAGTGCAAGAAGAACTAAATCATGTGATGAACGATATTAAAGCCTATTCTTATCAACTACGGCCCCAGAGTATTGATCGTTTGGGATTGATTGCAACGATACAAGGGCTTATGCATACGTTAGAAAAAAGTAATCCAAACATTACTATTACTTTCACCACCACCTTAAAAAATCGACTTCCTTCTTTAATGGAGATTAATCTATATCGAGTTATTCAAGAAGCCTTACACAACACGATTAAATATGCGAACGCGACACAAGTTGTCATTGAACTTATAGACATGCCTCATAAACTAGAATTAACAATACGAGATAATGGAAAAGGGTTTGATACAAGCAAACGTTCCGCGGGGTTAGGCCTAAAGCATATGGAAGAACGAGTGAATTTACTTAGAGGTACTTTTCAAATTGCTTCTGAGTTACAACAAGGTACCATTATTCGTGCATCCATCCCAAAGGAGGATCACCTTCTATGA	MCSIQYENKYLHQIFENIQDGIIIMDQSRKILAMNPSAKKLTGWLLHDRVPYCSFCETRLLQGNENKCYLIAHDEVPYFLSDMPTYHGKKINVEMSTALMFHDATTHQKEYLLVLRDQSLMQKEKEAQLSKKMIQKLIEAKENEHKRLAQELHDGVGQALYSISVALQAIESFVNNTRIQSYVDEVQEELNHVMNDIKAYSYQLRPQSIDRLGLIATIQGLMHTLEKSNPNITITFTTTLKNRLPSLMEINLYRVIQEALHNTIKYANATQVVIELIDMPHKLELTIRDNGKGFDTSKRSAGLGLKHMEERVNLLRGTFQIASELQQGTIIRASIPKEDHLL	PGPT0000525_166	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE|NITRITE_SENSING,PGPT0000525-nreB-K07683	NA	NA
AK148_02577	636	nreC	COG2197	Oxygen regulatory protein NreC	ATGATTCGTGTATGCATTGTAGATGATCATCGGTTAATTCGTCGAGGACTTCAATTATTGCTCGAAGCTTATCCGGATATTCATGTTGTTGGCGAAGCAGAAGATGGAGACGAAGCGATACAGCTCATGCATCAATTGGAAGTTGATGTTATGTTAATGGACGTATCCATGCCTAATGGGCTAGATGGATTTACAGCTTCTGAAGTTATTTTACAAAACCACAAACATGTCCATATTGTTCTTTTAACGATGCATGATGAAGAAGTATACATACAAAAGGCCATTCAACTCGATATTGGGGGATACATTTTAAAAAATAGTAAAGGCAACGAATTACATGAAGCCATACATGCCGTTCATCGTGGTGAAAAATACTATAAAGTAGGCTTACCTGAAGATCAAATCGCTAAATTATTTAAACATAGCAAAAAAGATTATTCGATTTTATCTGTTAGGGAAAAAGAAATTGTTCGACTTACTGTGCTTGGCTATACAAATAAACAAATGTCGCAACGTTTATTTATTAGTCCAAAAACAGTGGAAAACCACAAAGCAAATATTATGCACAAACTCGAGTTAAAATGTAAATCTGAATTAATCCAATACGGTCTAACGAATCATTATCACACAATATAG	MIRVCIVDDHRLIRRGLQLLLEAYPDIHVVGEAEDGDEAIQLMHQLEVDVMLMDVSMPNGLDGFTASEVILQNHKHVHIVLLTMHDEEVYIQKAIQLDIGGYILKNSKGNELHEAIHAVHRGEKYYKVGLPEDQIAKLFKHSKKDYSILSVREKEIVRLTVLGYTNKQMSQRLFISPKTVENHKANIMHKLELKCKSELIQYGLTNHYHTI	PGPT0000530_285	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE|NITRITE_SENSING,PGPT0000530-nreC-K07696	NA	NA
AK148_02578	777			hypothetical protein	TTGAGTTTTGATTTTATGTTACTCATTTTTTTCATTGGTTTTATCGGTTCATTTATTTCAGGTATGGTAGGAATTGGCGGTTCGATCATTAAATATCCCATGTTACTGTACATCCCTCCCCTCCTCGGATTCGTAGCTTTTAGCGCACACGAAGTATCAGGTATTAGTGCTGTACAAGTATTTTTTGCTACGATTGGTGGTGTTTGGGCGTATCGCAAAGGTGGATATTTGAATAAATCACTCATTCTGTACATGGGTATTAGCATTTTACTTGGGGGATTAATTGGGGGTTATGGTTCCAATATCTTAGCGGAATCTACCATTAACATTGTATATGCTATTTTAGCTACCATTGCCGTTATTATGATGCTACTACCAAAAAGTAACGATGATAATCCGGATTTACAAGACGTAACGTTCAATAAGCCGCTTGCAGCTGGTTTATCTTTTATCGTCGGAATCGCAGCTGGCATTGTTGGGGCAGCAGGCGCTTTTATTCTCGTTCCGATTATGATTACCGTCTTAAAAATACCAACGAGAATGACAATCGCCAGCTCACTTGCCATTACGTTTATTTCTTCCATTGGTTCTACAGTCGGGAAGCTAGCTACCAATCAAGTATTATTTATCCCCGCGGTTATTATGATTGTTGCCAGTTTAATCGCTTCTCCACTGGGCGCAGAATTGGGAAAGCGTATAAATACAAAGATACTGCAACGGTTATTGGCAGTACTCATTTTTGCTACAGCGGTCAAAATTTGGTGGGATATTTTTTGA	MSFDFMLLIFFIGFIGSFISGMVGIGGSIIKYPMLLYIPPLLGFVAFSAHEVSGISAVQVFFATIGGVWAYRKGGYLNKSLILYMGISILLGGLIGGYGSNILAESTINIVYAILATIAVIMMLLPKSNDDNPDLQDVTFNKPLAAGLSFIVGIAAGIVGAAGAFILVPIMITVLKIPTRMTIASSLAITFISSIGSTVGKLATNQVLFIPAVIMIVASLIASPLGAELGKRINTKILQRLLAVLIFATAVKIWWDIF				NA	NA	NA	NA	NA
AK148_02579	708		COG0726	Peptidoglycan-N-acetylglucosamine deacetylase	ATGTTTAAATATGCTATGTTACTAATTTATCTGCTTTTATCATTTTTTCCGACTACTGAAAACCTACATGCATATACAGAAGAAAGAATAAAGTATGAGAAGTCAGGAGATGTTATATGGGAAGGTTATACAGATGAAAAAGTGGTTGCAATAACATTTGATGACGGACCTAGCCCTAAATACACACCACTTATTCTTGACATTTTAGACAAATTTAATGCCAAAGCAACCTTCTTTGTCACTGGTTCCAACGCCAAAAAATATCCCTACCTTATTTACAGACAGTATTTAGAAAAACATGAAATTGGAAACCATACATTTAACCATGATTATCGAGCAGAGAACTTGAAAGAAGAGCTCGCTAAAACAGCAACCATTATTTATGAGACCACTGGTACATCGCCTACTAATTTCCGCCCACCGGAGGGCGTGTATAATGATGAAATTGTTGCCATCGCAAGCGAACAAGGATATACCGTTGTCTTATGGTCTTGGGATCAAGACCCAAAAGACTGGGATCGCCCCGGTGTTGATGCAATTGTAAATCATGTCACATCCAATATTTCTTCAGGCGATATTATTCTTTTACACGATTCAGGAGGAAACCGAAGCCAAACTGTAGAAGCACTACCAAAAATATTGGAGTTTTTAGATGAAAATGAATATAAGACGATAACAGTATCTGAATTGATTGAACGTACAAACTAA	MFKYAMLLIYLLLSFFPTTENLHAYTEERIKYEKSGDVIWEGYTDEKVVAITFDDGPSPKYTPLILDILDKFNAKATFFVTGSNAKKYPYLIYRQYLEKHEIGNHTFNHDYRAENLKEELAKTATIIYETTGTSPTNFRPPEGVYNDEIVAIASEQGYTVVLWSWDQDPKDWDRPGVDAIVNHVTSNISSGDIILLHDSGGNRSQTVEALPKILEFLDENEYKTITVSELIERTN	PGPT0018645_4161	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278	NA	NA
AK148_02580	726			hypothetical protein	TTGAGATTCGCCTGGAAACTGCTGCTGGGCAAGATATCGCTCAACTTCGCGACTTTTTCGCTCTTGTCTCGCTATTTTCGCTCAACTTCCAGACTTTTTCGCTCTTGTCTGGCTCCTTTTCGATCGCCTTCTAGACTTTTTCGCTCATGCCTAGCTCCTTTTCGCTCACCTTTCAGACTTTTTCGCTCTTGTCTCGCTATTTTTCGCTCAACTTCCAGACTTTTCCGCTCTTGTCTCGCTATTTTCGATCAACTTCCAGACTTTTTCGCTCTTGTCTCGCTATTTTCGATCAACTTCCAGACTTTTTCGCTCATGCTAGCTATTTTCGATCGCCTTTTAGACTTTTTCGCTCTTGTCTGGCTCCTTTTCGCTCAACTTCCAGACTTTTTCGCTCTTGTCTGGCTCCTTTTCGCTCAACTTCCAGACTTTTCCGCTCTTGTCTGGTTCCTTTTCGATCAACTTCCAGACTTTTTCGCTCTTGTCTGGCTATTTTCGCTCAACTTCCAGACTTTTTCGCTCTTGTCTGGCTATTTTCGCTCAACTTCGCGACTTTTTCGCTCTTGTCTAGCTCCTTTTCGCTCAACTTCTAGACTTTTTCGCTCATGTCTGGCTCCTTTTCGCTCAACTTCTAGACTTTTTCGCTCTTGTCTGGCTATTTTCGCTCAACTTCAGGATTTTGACGTATCCACTGTATCGCTTATTATTAAAATCACTAGTTTAGTCTAA	MRFAWKLLLGKISLNFATFSLLSRYFRSTSRLFRSCLAPFRSPSRLFRSCLAPFRSPFRLFRSCLAIFRSTSRLFRSCLAIFDQLPDFFALVSLFSINFQTFSLMLAIFDRLLDFFALVWLLFAQLPDFFALVWLLFAQLPDFSALVWFLFDQLPDFFALVWLFSLNFQTFSLLSGYFRSTSRLFRSCLAPFRSTSRLFRSCLAPFRSTSRLFRSCLAIFAQLQDFDVSTVSLIIKITSLV				NA	NA	NA	NA	NA
AK148_02581	165			hypothetical protein	ATGGGCGATGGTATGGGGACCCTCGTTGCAATCGGATCTTTATTAGGCATTGTCATATTTGTAGGGATTTATGTATTAGTTGCACTGCTAAGTGCTTTAATCTACAATTTATTTGCTGGAAAATTTGGTGGACTTGTGATTACTGTGAAAGAAACAGAAGAATAA	MGDGMGTLVAIGSLLGIVIFVGIYVLVALLSALIYNLFAGKFGGLVITVKETEE				NA	NA	NA	NA	NA
AK148_02582	735	skfE_2	COG1131	SkfA peptide export ATP-binding protein SkfE	ATGCTCTATATTCAGAACATTATTTATTTTTACAACAAAAAAAATACGGTTTTAAACAACGTAAGTTTTAATTTAAATAAAGGAGAACTATTAACAATTGCTGGCCCCAATGGAAGTGGAAAAACAACGCTTATAAAGTTAATAGTAGATTTACTTAAAATTCAAGAAGGGTCTATTTCCATTAACAAAAGCCCCCATAATAATCCATCGGTAAAAAAAGAAATTATATATTTATCTAGTGAGGATTTTTTACCGGATTTTTTAACAGGAAAAGAATATATAGAAATGATATGTGATTTTTATGATACACCAATGGATAAAGAAAAGTTATCTCGTTTAGTAGAGTATTATTCTTTAGATTCTAAATTAGATCAATTAATAGAAAGTTACTCTCATGGAATGAGGAAAAAGATTCAATTAGTTAGTGCATTTATGATTAACAATAAAATTATTATTATAGATGAAACACTGAATGGTATAGATGTGGAAGCAAAAGAAGCAACTAAACTATTATTTGAACAATACAAACGACGTGGTGGTTCCATAATAATGTGTACCCATGATTTAGAATTAGTTGAAGAGATAGGATATAGGGTGTTACTCATAAATAATGGTGTAATATACATAGATGATCTTATTGAAAACATTCTCAAGACTGGTTCTAATTTAACAAATGTTTTTAAAGAGCTTATAGATTATGAGGGCATGAAAAATGAAATCGAAAAATATTTTTAA	MLYIQNIIYFYNKKNTVLNNVSFNLNKGELLTIAGPNGSGKTTLIKLIVDLLKIQEGSISINKSPHNNPSVKKEIIYLSSEDFLPDFLTGKEYIEMICDFYDTPMDKEKLSRLVEYYSLDSKLDQLIESYSHGMRKKIQLVSAFMINNKIIIIDETLNGIDVEAKEATKLLFEQYKRRGGSIIMCTHDLELVEEIGYRVLLINNGVIYIDDLIENILKTGSNLTNVFKELIDYEGMKNEIEKYF	PGPT0006725_25607	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_02583	1437			hypothetical protein	ATGAAATCGAAAAATATTTTTAATTTACAAAAGCTATATTTCCTATTTATTTTAAGAAGAATTCTAAGTGTGGGTATATTAAAAGAGAAAATATTTAAAGCTTTCATCTTTATTGCCACAGTAGTAACTATTACGGTAACCACAGTTTTTCTATATAATTTTTTAGATAACACTGATGTTTCCGAACAAATTAACTTTATATATTTTATTATTAAAATGCAAGGTGTAAATATTATCGTTTGGACAATGATTATATTCGTTTTTACTAGAATTATTTTCTTGAAAAAAGGAAACTTCTTAAAAATAACAAATCAGTTGCCAATTACACATAATGAAAGAAATAGTTCATTTATTATTTTTGAATTGCTTATTTCTTTAACTATTATTTTTCTAATTAGTATCGCCGTTATTATTGCAGTAGTATTACGCACTAACTTTCACTATATTCCTTTACTAATTTGCACAATTTTTTTTACGAGTTTAACAGGGTATTTATTATTACAACTGATTAATTCCATAATTATATATGTATTAAATCTAATTAAATTAGAAAAAGTAAGTGCACTCGTTTCAATTCTAAGTTTTATTGTTATGTTGGCAATATTATATCTAGATATAATGCAATCTATAAATAATATAAATTATAAAACTGGTGCATTTAATCATTGGTCCCAATTTTACATAGAATTGTATAGTAATTATGGATTTATTGTTACATCCTTAATTTTTGTAATAATCATTTTTGTACTATTGATCATTCTTTATTATATTCCTAATAATTTAGGATCAGAAGATAATTTATATTTAAAAATTAAAAAACCTACTAAACTTAAACTAACTATGTTTAATTTGTATATTTTACAAATATCGAGAAGAGTGGAAAATATAACAACTTTTATAATTGCATATTTTTTATCGATTTCTTTACTTATTTTAGATATATTGAATCCGTTATATGCCATGTTTTTAGTTACTACATTAGGACTGTATATTTATACTCAAACTGATTCAATTAGAATAAATTACTATAGATTTAACTATAGTGCGATTAAAGATTATATTAATCTAATTATCAGTCAGTATCTATACATATTAATAACTTCATTACCAATATTGATATTAATGCTTATTATAAATAAAGGTTACATTAATCTTTATGATACTTTAATTATTTTTGGTCAATTACTTTTAATAATTATACTTTCAACTTTGATTGGAATTCTATTCCCGGCAAAAAAGGACAATCCATTCTCACCTATTATTGGATTTTTAATAATTGTAATAATTTCAGGATTTATATCATTAATAATACAAGTCTTAAATTTTTCAAAATTTAACAATAGTATTTTAATGATGATGTTATATATTTTCGTTATATACATAAGTTGTTTGGGATTAAAAAAACAAAAGGAGGAGTTTTTACATGAAGATAGTTAA	MKSKNIFNLQKLYFLFILRRILSVGILKEKIFKAFIFIATVVTITVTTVFLYNFLDNTDVSEQINFIYFIIKMQGVNIIVWTMIIFVFTRIIFLKKGNFLKITNQLPITHNERNSSFIIFELLISLTIIFLISIAVIIAVVLRTNFHYIPLLICTIFFTSLTGYLLLQLINSIIIYVLNLIKLEKVSALVSILSFIVMLAILYLDIMQSINNINYKTGAFNHWSQFYIELYSNYGFIVTSLIFVIIIFVLLIILYYIPNNLGSEDNLYLKIKKPTKLKLTMFNLYILQISRRVENITTFIIAYFLSISLLILDILNPLYAMFLVTTLGLYIYTQTDSIRINYYRFNYSAIKDYINLIISQYLYILITSLPILILMLIINKGYINLYDTLIIFGQLLLIIILSTLIGILFPAKKDNPFSPIIGFLIIVIISGFISLIIQVLNFSKFNNSILMMMLYIFVIYISCLGLKKQKEEFLHEDS				NA	NA	NA	NA	NA
AK148_02584	309			hypothetical protein	ATGAAGATAGTTAATATTATCATTGGAACTTTAGTGCCAGCTGTGATAAGTACGGTAATAATCTTAGTAATTAGTTTAATCAAGCTGATGTTTACTCATGATGAAGTTGGATATACAACATCATTTTTCAATTCGTTATTTGTAAAAGTTGATGAAAATACCGACGGCTGGGATTTATATACAACTCTAGGGGTGAATACCGATAATTTAACACCAATTATTTTAACGATTATCTTTTTTTGGTTTTTCTATTTAATTTTAACTAAGGTCTATATAGATAGAAAAAAGAAAAGAGAGAATGTAAAGTAA	MKIVNIIIGTLVPAVISTVIILVISLIKLMFTHDEVGYTTSFFNSLFVKVDENTDGWDLYTTLGVNTDNLTPIILTIIFFWFFYLILTKVYIDRKKKRENVK				NA	NA	NA	NA	NA
AK148_02585	522			hypothetical protein	ATGGTAGATAAAAAAATAAATATTAATGCTATTACATTTATTGACGTTATTAAGTACGTTCTAATTTATATGAAATGGTGCAATTATTTCTTTATCCTTTTCTTTATTGTCTCATTATTATTACTTTATATAAAAGTTAACATTATTTTATACACGTTAACCTATCTTTTAGGTGGAATATTATCAATTAGTATACATGAGTATATGCATATATTATTTATAAAAAAAATTACAAATAACAATCATATTAGAATAAAAATTAGTCTAAATCATTTTAGTATAATTCCTTGCGATGAAATACATGGATTTAAATCCATTCTTATTGCATGTTCTGGCCCGATAGTATGCTTTATTATTTCTGGATTTATATACTTAATTAAACAATGGTTCTCTCTCGAAAGTTTTTTTATGGATTTACTTATTTATTCCTATGCATCTCATATTCTCAGTATCCTACCTTTTTTTAAGGATGGGAAAATGATATTAAAAGAAGTGATTTATTTCTTTATTGAAAGGAGGTGA	MVDKKININAITFIDVIKYVLIYMKWCNYFFILFFIVSLLLLYIKVNIILYTLTYLLGGILSISIHEYMHILFIKKITNNNHIRIKISLNHFSIIPCDEIHGFKSILIACSGPIVCFIISGFIYLIKQWFSLESFFMDLLIYSYASHILSILPFFKDGKMILKEVIYFFIERR				NA	NA	NA	NA	NA
AK148_02586	258			hypothetical protein	ATGAATTATATCATGTCGAATTTATATGTTAAGAAAGAGAGCGCAAAAGACAAGATTATGCAACGGATTGAAAACTGGACACAAGGATATAATGCTTACCCAATATGGTTTATTGTTTCATTAATTGCATTGGCTTCTCTCGCAATAGTAGTAGTAACAGCAGCAAGTATCTACTGTATGAAAAAAGGTTATTCGTACTATGGTGTTAACTGGAGTAAAGGAAAATTAGGGCAAATTGGAGTAGGCTGTCTACGATAG	MNYIMSNLYVKKESAKDKIMQRIENWTQGYNAYPIWFIVSLIALASLAIVVVTAASIYCMKKGYSYYGVNWSKGKLGQIGVGCLR				NA	NA	NA	NA	NA
AK148_02587	294			hypothetical protein	ATGTTAGGAGAAGAATTTACTTTGCTAGCACCTATATTTTATCTTATATTATTTTTCACGTTAGTTAATTTTCTATATTTAAGTTTCTTTCGAAATAAAATTAAAAGTAACTATCATGTGGTGCTAAACTCATTATTTTTTTTAGTAATAGCCACGGTGCTATTATTTCAAGAGGGAATTATAGTTGATGAGTTTAATAAGTCTCCGGGTTCAATGAATTTTATCCTTTCAATCATTTCAGGGGTAGTATTCTTATTAAGTTTATTTTTTATAAACAAAAAAACAAGTAAATAA	MLGEEFTLLAPIFYLILFFTLVNFLYLSFFRNKIKSNYHVVLNSLFFLVIATVLLFQEGIIVDEFNKSPGSMNFILSIISGVVFLLSLFFINKKTSK				NA	NA	NA	NA	NA
AK148_02588	171			hypothetical protein	GTGGCTAGATTTTCTGTAGCCGCCGCAGATATACACCACGATCGTAAACAAGGTGAAGGATGGCGGGTTCTACGTCAATTCTCCAGAGTTTCAAACATGGCAACTAATTCAGGTTATGCCCTAATCAAAGCCCCGATGGCAGTGCATGCTGAATTTATGATTATACTCTAG	MARFSVAAADIHHDRKQGEGWRVLRQFSRVSNMATNSGYALIKAPMAVHAEFMIIL				NA	NA	NA	NA	NA
AK148_02589	894	mntD	COG1108	Manganese transport system membrane protein MntD	ATGAGCTATACTTTTTGGATTCTCTTAACCGGCTGTCTTGTCGGGCTTACTTGTGGTATTACAGGAGCGCTTCTTGTTTTACGGAAAATGGCAATGATCGCTGATGCCATTAGTCATACCGTTTTACTAGGTATTGTTGGGGCTTTCTTTGTTACCCAATCTTTAAGCGGGATTCCCATGCTTATCGGTGCAGGCATTGTTGGTATTCTAACGGCTGTTTTTGTGGAAATGCTTCATTCATCTGGGGTTCAATCGGATGCAGCAATAGGAATTGTTTTCACTTCCTTGTTTGCATTAGGGGTTGTCCTTATTTCTTTTATTGGCGACCAAGTCCATTTAGATGTACAGCATGCTTTAATGGGTGAAATTGCTTTTGTTCCATGGAACACGTTAACCATCAACGGAGTGAGTTATGGGCCTACTGCCGTGTGGATGCTCGGTGCTGTATTAGCGGTTAATCTCATTTTAATTACACTATTTTATAAAGAAATTAAAATGTCTACCTTCGACCCGCAATTTGCAACTTTAATTGGGGTGCCAGTAATGATCATTCATTATCTACTAATGACCATGGTATCCTTATCCACCGTCGCTTCATTTGATAGTGTAGGTGCGATATTAGTTGTCGCCATGCTCATTGTCCCTGGAGCAACGGCTTATCTTTTAACGGATCGATTTTTTGTATTATTAATTTTAAGTGGTGTTATTGGCATTTTATCTGCTGCCCTAGGCTATGGCTTTGCCATCCAATGGAATGTTTCCATCGCTGGTTCAATGGCCGTAGCAACAGGGGTATTCTTTATCGCCGCTTTCCTCTTCGGTCCAAAACAAGGCGTTGTAATTAAAAAGATCCGAGGTACAACTGGTAAAAAAACGGTCCAATCATCCACATAA	MSYTFWILLTGCLVGLTCGITGALLVLRKMAMIADAISHTVLLGIVGAFFVTQSLSGIPMLIGAGIVGILTAVFVEMLHSSGVQSDAAIGIVFTSLFALGVVLISFIGDQVHLDVQHALMGEIAFVPWNTLTINGVSYGPTAVWMLGAVLAVNLILITLFYKEIKMSTFDPQFATLIGVPVMIIHYLLMTMVSLSTVASFDSVGAILVVAMLIVPGATAYLLTDRFFVLLILSGVIGILSAALGYGFAIQWNVSIAGSMAVATGVFFIAAFLFGPKQGVVIKKIRGTTGKKTVQSST	PGPT0003850_325	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-MNT-ABC_TRANSPORT_SYSTEM,PGPT0003850-troD|mntD|znuB-K11709	NA	NA
AK148_02590	870	mntC	COG1108	Manganese transport system membrane protein MntC	ATGGAACAATTTAGTGCTCTTTTATCAAGTGCCAACTTACAATGGGTATTAATTGGAAGTTTATTGCTCGGTTTTGCAAGTGGGGTTATCGGCAGTTTCGTTTTATTAAAAAAACAAAGTTTAATTAGTGATGCGATGGCTCATGCTGCATTGCCTGGTGTTTGTATCGTTTATATTCTGTTTCAGACAAAAACCGTCCCCTATTTACTAGCAGGTGCTGCTGTTACGAGCTTAATAGCAACACAGTCTATTCAAACCATTGTGAAATGGTCACGGATTAAAACAGATGCGGCTATCGGTATCACATTATCTGTATTCTTTGGGCTTGGCATTGTTCTATTAACCTATATACAACAAAATGCAACGGGTAATCAAGCTGGACTTGATTCCTTTATTTTCGGGCAAGCCGCTTCTCTCGTTAAAGGAGATGTGCAATTAATTGCAGCTGGCGCATTATGCTTAATCATTCTGACAGCACTATTTTTCAAAGAATTTAAGATTAGTATCTTTGACCCACAATTTGCTAAGGGATTAGGTTTACCAGTTACCTTTTTCAATGCCGTCCTGTTATTCCTCGTTGTCGCAGTCGTTGTAATTGGGATTCAAATGGTCGGCGTTGTCCTTATAGCAGCATTATTAATTACGCCACCTATTTCTGCACGTTACTGGACAGACCAGCTCGGTTGGATGACCATGTTAGCGGGCATATTCGGGGCTATCTCTGGTGTAAGTGGGGCTGTCTTAAGTACAGCAATACAAAATTTACCTACCGGGCCAATTATCGTATTAAGTGCTTCCGTTATTTTCCTCTTTTCCTTATTGTTTGGGACAAAGAAGGGTTTATTGCTGAAAGGAGGAAGAAATGCATGA	MEQFSALLSSANLQWVLIGSLLLGFASGVIGSFVLLKKQSLISDAMAHAALPGVCIVYILFQTKTVPYLLAGAAVTSLIATQSIQTIVKWSRIKTDAAIGITLSVFFGLGIVLLTYIQQNATGNQAGLDSFIFGQAASLVKGDVQLIAAGALCLIILTALFFKEFKISIFDPQFAKGLGLPVTFFNAVLLFLVVAVVVIGIQMVGVVLIAALLITPPISARYWTDQLGWMTMLAGIFGAISGVSGAVLSTAIQNLPTGPIIVLSASVIFLFSLLFGTKKGLLLKGGRNA	PGPT0003840_469	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-MNT-ABC_TRANSPORT_SYSTEM,PGPT0003840-troC|mntC|znuB-K11708	NA	NA
AK148_02591	753	mntB	COG1121	Manganese transport system ATP-binding protein MntB	ATGAATGCCTTGACGGTGAACAATATGTCTGTATCATATGATAAACAACTCGCATTAGAAAATGTTTCTTTTTCTGTCCCTGAAGGGTCGATGACTGGCATCATTGGCCCTAATGGAGCTGGTAAATCAACATTAATCAAGTCTATTTTACAACTATTACCTACTGTATCAGGGACGGTAGAAGTGTTTAAAAAGCCCTTACGTAGCCAAAGAAAAATAATTGGTTATGTACCTCAACGTAGTGAAGTAGATTGGGATTTTCCAACCAATGCCCTAGATGTCGTGTTAATGGGAAGGTACAATCATATTGGTATGTTCAAGCGAGCGAGCAAAAAGGAAGTAACATGGGCAAAACATTGTCTGCAACGGGTAGGCATGCAAGATTATGCCTCTCGCCAAATCAGCCAACTTTCTGGTGGTCAGCAACAACGTGTATTTTTAGCCCGCGCAATGGCGCAAGATGCAAAAATCTATTTCATGGATGAACCTTTTGCAGGTGTCGATGCGTCCACCGAAAAAGCAATTATTCAATTAATGAAAGAGTGGAAAAATGAAGGAAAAACCGTTCTCGTTGTGCACCATGACTTACAAACAGTAAATGATTATTTTGACCATGTCCTGTTATTAAATAAAACACCAATCGCATACGGAGAAACAAATCGAGTGTTCACACTTGCTAACTTAGAAGAGGCATATGGGGGTAAAATTGCTTTTTTACAACAAGGCCCTAAGGCAGCAAAGGGGAGTACATAA	MNALTVNNMSVSYDKQLALENVSFSVPEGSMTGIIGPNGAGKSTLIKSILQLLPTVSGTVEVFKKPLRSQRKIIGYVPQRSEVDWDFPTNALDVVLMGRYNHIGMFKRASKKEVTWAKHCLQRVGMQDYASRQISQLSGGQQQRVFLARAMAQDAKIYFMDEPFAGVDASTEKAIIQLMKEWKNEGKTVLVVHHDLQTVNDYFDHVLLLNKTPIAYGETNRVFTLANLEEAYGGKIAFLQQGPKAAKGST	PGPT0003845_310	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-MNT-ABC_TRANSPORT_SYSTEM,PGPT0003845-troB|mntB|znuC-K11710	NA	NA
AK148_02592	933	mntA	COG0803	Manganese-binding lipoprotein MntA	ATGAAGAAAATAGGCTTTATTAGTTTTACGATCCTACTTATCGCATTTCTTGCAGGTTGCGGATCAAGTGCCAAGGACGCCGGTGGCTCAAGTGAAAAACCTGTTAAAGTAGTTGCTACTATCGCACAAATTGGAGATGTTGTTGAGAATATTGGCGGTGATCATGTAGATGTTTATAGCATTATGGAACCCGGAACGGATCCGCATCTTTATAATGCGGTACAGGGAGATATTCAACAAATGACCGAAGCAGAAATTATTTTTTACAATGGGCTTCATTTAGAAGGGCAAATGGGTGAAATATTTGAAGAAATGCGCCAAGATAAACCAACCATTCCTGTGGCAGAAAGTATACCAGAGGACAAGCTGCTTGCAGACCCCGAAAGCCCTGAAGTAAGTGATCCCCATGTTTGGTTTGATATTGAATTGTGGAAATATGCAGCTGAGTCCATTCGCGATGGACTCAGCGAATTAGATCCAGACAACAAAGAGACTTACGAAAAAAACACAGAAGCATATATGAAAGAATTAGATGAACTACATGCTTATGCAAAGGAACGCTTCAATGAAATTCCAGAAGAAAGCCGTGTACTTGTAACTGCCCACGATGCGTTTAATTATTTCGGCAAGGCGTTCGAGTTTGAAGTAATGGGATTACAAGGACTAAGTACGGAATCCGATTATGGCGTGAACGATATTCAACGAATCATTGATGTGTTAGTAGAACGAAACATTAAAGGTGTATTTGTAGAAAGCAGTGTGTCCGAGCGGTCGATTAACGCCGTTGTAGAAGGGGCAAAAGAAAAAGGACATGACGTTTCTATTGGTGGTGAACTTTATTCTGATGCAATGGGTGAAGCAGGCACAGAAGAAGGGACTTATATTGGCATGTTTAGGCACAATATTGACACCATTGTAGAAGCCTTAAAATAA	MKKIGFISFTILLIAFLAGCGSSAKDAGGSSEKPVKVVATIAQIGDVVENIGGDHVDVYSIMEPGTDPHLYNAVQGDIQQMTEAEIIFYNGLHLEGQMGEIFEEMRQDKPTIPVAESIPEDKLLADPESPEVSDPHVWFDIELWKYAAESIRDGLSELDPDNKETYEKNTEAYMKELDELHAYAKERFNEIPEESRVLVTAHDAFNYFGKAFEFEVMGLQGLSTESDYGVNDIQRIIDVLVERNIKGVFVESSVSERSINAVVEGAKEKGHDVSIGGELYSDAMGEAGTEEGTYIGMFRHNIDTIVEALK	PGPT0003835_356	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-MNT-ABC_TRANSPORT_SYSTEM,PGPT0003835-troA|mntA|znuA-K11707	NA	NA
AK148_02593	1407			hypothetical protein	GTGACAGATACGAAAGAACTGAATCATGCAATTGCAGAAATTACCGAGATAGCCTCTGGGTTCGGTCTCGATTTTTATCCGATGCGTTATGAAATCTGTCCTGCTGATATTATTTATACGTTTGGAGCATATGGAATGCCGACACGATACAGTCATTGGAGTTTTGGAAAACAGTTTCATCGAATGAAGTTGCAATATGACTTAGGATTAAGCCAAATTTATGAATTAGTAATTAACTCGGATCCATGCTATGCCTTTTTATTAGATACGAATAGCCTCATTCAAAATAAATTAATTATTGCTCACGTTTTGGCGCATAGTGATTTTTTTAAAAACAATATCCGGTTTTCAAATACACGGCGTGATATGGTAGAGAGCATGACAGCAACAGCTGAGCGAATTGCTCATTATGAAATGGTGTATGGAAAGAAGGAAGTGGAGCAGTTTTTAGATGCGGTTTTAGCTATCCAAGAGCATGTTGATCCAACACTCTTTCGGTCAAGGCTAAGCTATGAAGAGATGGAAGCCTTGGAAAAAGATTCTCCCAAACAGAAAACGCCTTATGATGATTTGTGGGATTTAGATGCTGAAGCAATGAAGAAACCAGCGATTGAAAAACACAAAAAGAAATTCCCGCCACAACCAGAAAAAGATCTGTTATTATTTTTAGAATCCTATAGTAAAGAGTTAGCGGATTGGCAGCGCGATATTCTAACCATGATGCGGGAAGAAATGCTTTATTTTTGGCCGCAGATGGAAACGAAAATCATGAATGAAGGCTGGGCTTCGTATTGGCACCAACGAATTTTAAGAGAAATGGATTTAAGTAGCGAGGAGACGATTGAGTTTGCTTCGTTGCATGCAGGGGTGGTACAGCCTTCTACTCGTCAATTAAATCCTTATTATTTAGGATTAAAAGTATTAGAAGATATAGAAGAACGCTACAATCAACCTACAGAGGAAATGAAGCTACGAGGAGTAAAACCCCATTCTGGAAGAGAAAAAATATTTGAAGTTAGAGAGCTAGAATCAGATATTTCTTTTTTACGTAATTATTTGACGAAGGATCTCGTACAGCGAGAGGACTTATATTTGTTTGAAAGAAAGGGAAGGAATTATCAAATTACGAATAAAGATTATGAAAACATTCGTGACCAGCTTGTAGCAATGCGGGTGAATGGTGGATTTCCGTATATTACTGTAGAAGACGGTGATTATTTACGCAATGGTGAGTTATATTTGAAGCATCATTATGAAGGTACAGAGTTAGATATTGCCTATTTAGAACATGTATTGCCATATATTTATCAGCTATGGGGACGTACGGTATGCTTAGAAACGATGATTGATGAAAAGGGAATTGTCTACTCCTATGATGGAAGGAAAACCGTCCATCGATCATTGTAG	MTDTKELNHAIAEITEIASGFGLDFYPMRYEICPADIIYTFGAYGMPTRYSHWSFGKQFHRMKLQYDLGLSQIYELVINSDPCYAFLLDTNSLIQNKLIIAHVLAHSDFFKNNIRFSNTRRDMVESMTATAERIAHYEMVYGKKEVEQFLDAVLAIQEHVDPTLFRSRLSYEEMEALEKDSPKQKTPYDDLWDLDAEAMKKPAIEKHKKKFPPQPEKDLLLFLESYSKELADWQRDILTMMREEMLYFWPQMETKIMNEGWASYWHQRILREMDLSSEETIEFASLHAGVVQPSTRQLNPYYLGLKVLEDIEERYNQPTEEMKLRGVKPHSGREKIFEVRELESDISFLRNYLTKDLVQREDLYLFERKGRNYQITNKDYENIRDQLVAMRVNGGFPYITVEDGDYLRNGELYLKHHYEGTELDIAYLEHVLPYIYQLWGRTVCLETMIDEKGIVYSYDGRKTVHRSL	PGPT0024845_964	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024845-spoVR-K06415	NA	NA
AK148_02594	576			hypothetical protein	ATGAAGCAGTGGATGAAGAAAATAGCGGTTATGGCAATTGCCTTTGTAACACTAGGCATGTATGTACCTACTTCGCTAACACAAGAATCAGTGGAGGCAAAACCTCGAATGAATTCGGATTCCGATGTTAGTGAGCAGTCAAGCACTGTTGTCTTAGAAGAAACTCCTCCTTTCGTCGATCCAAGGGTAGCATTATCAGAAAAAGCGAAGGAACAAGTGTTGCGTAAAATGGGGCCGAGAATATCAGAACGTGTCGCGGATGAGTTTACTACTGTTATTCTCCCTAAAATAGAGCAAGTTATGGAAACGGTAATGCTAGATGAAAATGGAGAGCCCATATCTCATTATGGGATTACGGAAGACCCATCTAGCGGATATGGCGAGCGAATTTTCCATGTTTATGATTATCATAAACAGGAAAATGTAGTGAAGTTTCATGTGAGGAGAGTTCATCGACCATTAGAAGGGCATTGGTTTAACTTTCATTATCATTTAAATACAGATCAATTTGAGACACATTATGAAATTGGAGAGATTTTTTGGGATAAAAATACGCCACCAAAATGGATGACGTAA	MKQWMKKIAVMAIAFVTLGMYVPTSLTQESVEAKPRMNSDSDVSEQSSTVVLEETPPFVDPRVALSEKAKEQVLRKMGPRISERVADEFTTVILPKIEQVMETVMLDENGEPISHYGITEDPSSGYGERIFHVYDYHKQENVVKFHVRRVHRPLEGHWFNFHYHLNTDQFETHYEIGEIFWDKNTPPKWMT				NA	NA	NA	NA	NA
AK148_02595	708	cobB	COG0846	NAD-dependent protein deacetylase	ATGTTGCTTAAAGAATGGTTACAAGAAGCGAAATACACGGTTGTATTCACAGGAGCTGGCATGTCAACAGAAAGTGGGTTACCTGATTTCCGCTCTGCTAACAAAGGTCTATGGAGACAAAAAGACCCTAGTAAGATTGCCTCCACAGATGCACTAAACTCTAATGTCGAAGCATTTATTGCGTTTTACCGGGAACGAGTAGTAGGTGTTAAAACATATCAGCCGCATGAAGGGCACTATATTTTAGCCGATTGGGAAAAACAAGGACGTATTCAATCGATCATTACCCAAAACGTAGATGGCTTTCATCAACAAGCTGGGAATATGCGGGTCGCTGAACTACATGGAACGCTGCAAAAGCTACACTGTCAATCTTGTGGAAAAGAATATAGTAGTGAGGAATATGTAAATAAAGATTACTACTGTTCTTGCCAAGGGGTTCTTCGCCCTTCCATTGTTCTGTTCGGGGAAACCTTACCGATGGACGCCTTTCAATTTGCGTTAGAAGAAACAGAAAAAGCGGATTTATTTATTGTACTTGGTTCTTCTTTAAGCGTAACCCCCGCCAATCAATTTCCGCTGATTGCGAAAGAAAATGGTTCTAAGTTAGTTATTGTCAATCAGGAGCCGACAGAATTAGACCGCTATGCCGATCAACTCATTCATAATCGTTCCATTGGTGAAGTATTAAAAGAAATAAACCAATAA	MLLKEWLQEAKYTVVFTGAGMSTESGLPDFRSANKGLWRQKDPSKIASTDALNSNVEAFIAFYRERVVGVKTYQPHEGHYILADWEKQGRIQSIITQNVDGFHQQAGNMRVAELHGTLQKLHCQSCGKEYSSEEYVNKDYYCSCQGVLRPSIVLFGETLPMDAFQFALEETEKADLFIVLGSSLSVTPANQFPLIAKENGSKLVIVNQEPTELDRYADQLIHNRSIGEVLKEINQ	PGPT0013485_2538	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013485-npdA-K12410	NA	NA
AK148_02596	1056			hypothetical protein	ATGAAGAAAATATTACAAATAGCCAGTGCATTTATTGGTATCATTGTGGGGGCTGGATTTGCCTCCGGGCAAGAGATATTACAATATTTTACTAGCTTCGGTTATATTGGAACAATTGGTGTTATTGTTTCAACGGCTTTATTTACTTATTTAGGTATGATTTTAACTCGATTAGGGAGCCAAACACAAACCACCTCTCATCGGGATGTTATCTATTTTATTAGCGGTCGACATTTAGGTATAATCGTCGATTATATTATTGTATTTACGTTATTCGGCGTCGGTGTTGTTATGATTGCTGGTGCTGGCTCTATTTTCAACCAACAATTTGGACTACCTGCTTTTGTTGGAATTACAACGATGACTATAATCGTTATGCTTACTGTCATGCTTGATATTCATCGCGTTGTGCAAATTATTGCTAGTATTGCTCCATTTCTCATCTTCATGGTAATGCTTATTTCGATTTATAGCTTATTAACCATGGACCATTCCTTCGCAAAAATGGAGCCTATTGCTTTAGAACAAACTTCAGCTGTATCAAATTGGTTGTTTTCTGCTGTCAATTACGTTTCCTATAACATCGCTTTAGGTGCATCTATGGCGCTAGTGATGGGAGGAGCTGAACCTAATAGACGCAAAGCCACTATTGGCGGTTTGTTAGGTGGTTTAGGTATTGGGATATTAATACTGTTTAACCACTTAGCTATCTTTTCCAATATGGAGCTTGTAGCTAATTATGAAATGCCCATTTTAAAGATTGCGGACGAGATGTCTCCTATTTTAGGAATGGTGTACTCTGTCATTCTGTTTGGGATGATTTTTAACACGGCAGTTAGTATGTTCTTTTCTTTTAGTGCGCGATTTAAACCAAGTGGAACATCAGCCTTTCGTCGCTTTAGTATCATTACTATTTTGCTTGCATTTGCACTTAGCTTTGTAGGCTTCACCAAATTAGTATCGTTTTTCTATCCTTTTATTGGATATATGGGGTTGTTTTTAATTGTTGTACTGATTATTGCACCTTTTCGATTACGATCGCATGCTAAGAAGTAG	MKKILQIASAFIGIIVGAGFASGQEILQYFTSFGYIGTIGVIVSTALFTYLGMILTRLGSQTQTTSHRDVIYFISGRHLGIIVDYIIVFTLFGVGVVMIAGAGSIFNQQFGLPAFVGITTMTIIVMLTVMLDIHRVVQIIASIAPFLIFMVMLISIYSLLTMDHSFAKMEPIALEQTSAVSNWLFSAVNYVSYNIALGASMALVMGGAEPNRRKATIGGLLGGLGIGILILFNHLAIFSNMELVANYEMPILKIADEMSPILGMVYSVILFGMIFNTAVSMFFSFSARFKPSGTSAFRRFSIITILLAFALSFVGFTKLVSFFYPFIGYMGLFLIVVLIIAPFRLRSHAKK				NA	NA	NA	NA	NA
AK148_02597	1251			hypothetical protein	GTGATCATTGCGATCATTGCTTTATTATTCGTATCATTTTTCTTCTCTGGTAGTGAGACAGCTTTAACTGCCGCAAATAAAATGAAATTACAAACAAAAGCAAGTCATGATGATAAACGGGCGGATAAATTGCTTCAATTAGTTTCAAAACCCGAGCAATTTATTACGTCAATATTAATTGGGAATAATATTTCAAATATTCTTTTGCCTACATTGGTAACCATAGTCGCAATGGAATACGGAGTGAATGTCGGGATTGCATCCGCTATATTGACTATTACAATCATCATCTTTGCAGAGGTAATACCAAAATCTGTGGCAGCTGCGTTTCCTGATCGGATCGCTTACATTGTTTACCCCGTAATTCGAGCTGTTGTTTTCCTTTTTCGACCGTTAACAATGTTACTCAATGCCATCACAGGGTTTATTATTAAATATTTATCAAAAGGTCAAGAATCGGATGCATCGGTGTCTCGAGATGAAATCAGAGCAATGGTTGATATTGCGCGTACAGAAGGGATATTCAAGCAGGATGAATCATATCGGATTAAAGGTGTGCTTGATTTTAGTAATTTAAATGTAAAGGACGCCTTAAAAACGCCAAGAGTTGATATTGTAGCACTACCTAGTGATTCGGATTTTGAGGAAGTACGTAACATAGCCATTCAAAACCCCTTCACACGATACCCTATTTATGAAGCGGATATTGATATGATAATAGGTGTCTTTCATTCAAAATATTTGCTGTCATGGTCGATGGAACCAGATAAATCACTCGAATCTTTTAGTGATATGAATCCATTGATTGTGTTTGAATTCCACGCTGTAGATTGGGTTTTTCGTAAAATGATCCAAGAAAAAAAGCATATGGCAATTGTGTTAGATGAATATGGTGGTACAGAAGGTATTATTACACATGAAGATATTATTGAACTTTTAATTGGATTAGAAATCGAGGATGAAACCGACCGAGGTAATGAACCGCTTGTGGAAAAAGTGACAGATAAGGAAATTATTTGTAATGGCAAAATTTCCTTGCATCGACTAAATACAATTTTTCACATAAACATTATAGATGACGAGGATATTCTGGCTGGTTACCTGTTAAAAAAAATGCATCGTTTTCCTCATGAAGGAGAAGAATTTCAAGATGACCAATTAACGTATCGCATCTTAGAAGTCGACGAACGTATGATTAAACGGGTACAAATATTGAAAAACGTGAAAACAGATGAAGAAAGTAAAGTATAA	MIIAIIALLFVSFFFSGSETALTAANKMKLQTKASHDDKRADKLLQLVSKPEQFITSILIGNNISNILLPTLVTIVAMEYGVNVGIASAILTITIIIFAEVIPKSVAAAFPDRIAYIVYPVIRAVVFLFRPLTMLLNAITGFIIKYLSKGQESDASVSRDEIRAMVDIARTEGIFKQDESYRIKGVLDFSNLNVKDALKTPRVDIVALPSDSDFEEVRNIAIQNPFTRYPIYEADIDMIIGVFHSKYLLSWSMEPDKSLESFSDMNPLIVFEFHAVDWVFRKMIQEKKHMAIVLDEYGGTEGIITHEDIIELLIGLEIEDETDRGNEPLVEKVTDKEIICNGKISLHRLNTIFHINIIDDEDILAGYLLKKMHRFPHEGEEFQDDQLTYRILEVDERMIKRVQILKNVKTDEESKV				NA	NA	NA	NA	NA
AK148_02598	261	ricR	COG1937	Copper-sensing transcriptional repressor RicR	GTGGAATACGATACAAAAGTGATTAATCGAATGAAACGAATAGAGGGACAAATCAGAGGATTACAACGAATGATGGAGCAAAACAAAGATTGTCGTGAGGTTGTTGCACAAATGTCAGCAGCTAGAAATGCTATCGATCGCACAGCGGCATTAATTGTTAGCCAAAATTTAGAGCGTTGTATCCGTGAAGAACAAGAAAAAGGTGGCAACACCGACGAATTAATTCAGGAAGCAGTGCAGTTACTTGTGAAAAGTAGATAA	MEYDTKVINRMKRIEGQIRGLQRMMEQNKDCREVVAQMSAARNAIDRTAALIVSQNLERCIREEQEKGGNTDELIQEAVQLLVKSR	PGPT0004175_702	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE-RELATED_FUNCTIONS,PGPT0004175-csoR|ricR-K21600	NA	NA
AK148_02599	345	aseR_1	COG0640	HTH-type transcriptional repressor AseR	TTGGATAAATCAATTTGGGATCTAGAGCGTGCCACGGTGGTGTTTAAATTGTTAGCAGATCGCACAAGGTTGACGATAATGAAAATTTTAGAGTATCGAGAGTGTTGTGTGTGTGAACTTGTGGAAATATTTCAAGTAAGTCAGCCTTCTATTAGTCAACATTTACGCAAGTTAAGAGATGCTGGTTTAGTACAAGAAGAAAAAAGAGGGCAGTGGACGTATTATGCTTTGAATGAAGAAAGTAACGACTTTCCTATGGTACAGACAATTTTGAAACAGCTCCCTGATCAAGGAACGAAACTGAAAGCAGTGCAACAAAAAGGGGATTTGCACTGTTCGTCTTAG	MDKSIWDLERATVVFKLLADRTRLTIMKILEYRECCVCELVEIFQVSQPSISQHLRKLRDAGLVQEEKRGQWTYYALNEESNDFPMVQTILKQLPDQGTKLKAVQQKGDLHCSS	PGPT0004735_2023	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892	NA	NA
AK148_02600	1299	arsB_1	COG1055	Arsenical pump membrane protein	TTGTCATCATCGATTTTACTAGCATTGATTCTATTTATCGTTACTTTAGTATTTGTCATTTGGCAGCCTAAAGGGCTGTCTATAGGTTGGTCTGCATGTGGCGGAGCGGTATTAGCCTTCATCTTAGGAGTAGTAGATCTACAAGATGTACTTGAAGTAACGAACATTGTCTGGAATGCAACGTTTGCCTTTATTGCAATTATTCTAATTTCTCTTGTTCTAGATGAAATTGGGCTATTTGAATGGGCCTCCTTACATATGGCTAAATTGGCTAAAGGGAATGGCGTAAAAATGTTTGTCTACGTTAGCATTTTAGGATCTATCGTTGCGGCATTATTTGCTAATGATGGTGCTGCTTTAATACTAACTCCAATTGTATTAGCGATGGTACGTCACTTGCATTTTCAAGAAAAAATGATTTTTCCATTTGTTATAGCGAGTGGATTTATTGCAGATACGACATCCTTGCCATTTGTCGTAAGTAATCTAGTCAACATTGTATCTGCTGACTTTTTTGATATTGGTTTTGCAGCGTATGCATTTAGGATGTGGTTACCCAATCTCGTTTCACTTATTGCAACCATCAGCATACTATTTGTTTATTTTCGAAAAAGTATTCCTCGTACTTATTCGCTTGATCAACTGAAGCAACCAAAAGAGGCAATTCAAGACAAGAGATTGTTTCGCCTATCTTGGTATGTGCTGACAGTACTATTAATTGGTTATTTCGCAAGCGAGTTTATTGGCATTCCTGTTTCTATTGTAGCTGGAGCGATTGCTATCGTTTTTCTTATATTGGCTCGAAAAAGTAAAGCGATTCATACAGCAGCCATCGTAAAGAGTGCACCGTGGAATATCGTATTTTTTTCTATTGGGATGTACGTTGTTGTATATGGCTTGCGAAATGCCGGGCTCACCGATCTACTAGCAACAGCGATACAAGTAAGTGCAGATCAAGGGTTATTTGTAGCAACAATGACGATGGGGGGAATAGCGGCTATCTTATCGTCCATCATGAATAATATGCCGACAGTCATGATTGATGCGCTTGCCATAGCGGAGACGAATACATCTGGTGTGATTCGTGAAGCTTTAGTCTACGCTAATGTTATTGGTTCTGATCTGGGTCCAAAGATTACCCCAATTGGTTCTTTAGCAACATTGTTATGGCTTCATGTGTTGGCACAAAAAGGGATAAAAATTTCATGGGGTACGTATTTAAAGACGGGAATCGTATTAACCATTCCTATCCTACTCATAACATTAACAGGGCTTTATATAAGTCTATTACTATGGTAA	MSSSILLALILFIVTLVFVIWQPKGLSIGWSACGGAVLAFILGVVDLQDVLEVTNIVWNATFAFIAIILISLVLDEIGLFEWASLHMAKLAKGNGVKMFVYVSILGSIVAALFANDGAALILTPIVLAMVRHLHFQEKMIFPFVIASGFIADTTSLPFVVSNLVNIVSADFFDIGFAAYAFRMWLPNLVSLIATISILFVYFRKSIPRTYSLDQLKQPKEAIQDKRLFRLSWYVLTVLLIGYFASEFIGIPVSIVAGAIAIVFLILARKSKAIHTAAIVKSAPWNIVFFSIGMYVVVYGLRNAGLTDLLATAIQVSADQGLFVATMTMGGIAAILSSIMNNMPTVMIDALAIAETNTSGVIREALVYANVIGSDLGPKITPIGSLATLLWLHVLAQKGIKISWGTYLKTGIVLTIPILLITLTGLYISLLLW	PGPT0004710_319	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004710-arsB|arsenical_pump_membrane_protein-K03893	NA	NA
AK148_02601	429	arsC_2	COG0394	Arsenate reductase	ATGAAGAAAAAATTGGTATATTTTTTATGTACAGGAAACAGTTGCAGAAGCCAAATGGCGGAAGGATGGGCGAAATATTATCTTGATGAGAAAGAATGGGAAGTAAAAAGTGCTGGAATGGAGGCACATGGGCTAAATCCGAAAGCTGTAAAAGCAATGCAAGAAGTGGGGATTGATATTTCTTCCCAAACTTCAGATATCATCGATTTAGATCTCATTCATCGTGCCTATTTGGTTGTCACTCTTTGTGGCGATGCCAAAGATAATTGCCCAACAATACCGCCACATGTGACACATGCGCATTGGGGGTTTGATGACCCAGCAAAGGCAGAAGGAAGCGAAACAGAGAAAGGCTTCGTTTTCCAACGAGTGCGAGATGAAATAGGCGCTCGTATCAAACAATTTGCGAAAATAGAAGCAAACGATTAG	MKKKLVYFLCTGNSCRSQMAEGWAKYYLDEKEWEVKSAGMEAHGLNPKAVKAMQEVGIDISSQTSDIIDLDLIHRAYLVVTLCGDAKDNCPTIPPHVTHAHWGFDDPAKAEGSETEKGFVFQRVRDEIGARIKQFAKIEAND	PGPT0004715_2051	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0004715-arsC-K03741	NA	NA
AK148_02602	1110	sasA_3		Adaptive-response sensory-kinase SasA	GTGGAATGGGGTATAAATTTGTCCAAAATTCATCGTAAACTCATAAACTTGGCGCCCGTCAGCTTTCTATGGCGATTAACTTTTTTACATTTCTTTGTCATTGGTGTTGCTTTATGGATTAGCGGTTGGGCTTTATATAATACAGCTTGTTTTTTAGCTGCTGGGGTTGGAAACCTCGATGAACTACGACAACAGCAATTTAACCAAACGTTGTTAAATTATGTTTGGATATTTGTTATCATCGCCATCGTTGTCGCTTCTATTTTATATTATTATCTATCTAAAAAATTATTACAGCCTATTCATACATTGATGGAAGCAACCCAATTACTACAAACTGGAAAATACCCAGACCCTATTCCCGTTTCCCGAAATGATGAAATTGGGCAACTTGTACAGCAATACAATCAACTCATGGAGCAACTAAACCGTAATGAAACAGATCGAAAAAAGCTTGTTTCCGACATCTCCCATGAATTTCGTACACCGTTATCTAATCTTAATGGGTATCTGTCTGCATTGAAGTCAGGTGACATAGAGGGGAATCAAGCGTTATTTGTAGCGCTTTATCAAGAATCACAGCGTCTTACTTCCATGCTAGACCAATTTGATCTGTTAAAGCAATGGGACTATACGAACGCAAGCACTTACAACCGCAAAGAAATGCAGGCAGTAAAACCACTTCTGGAGCAATGCGTTTCTATGTTCCATTGGACACTAAAACAAACGGGGATCAAATTGGAACTACAAGCGGAAGTAGCAGATGTATATGTCCACGCAGAAGGAATGCAGCAAGTCATAAGTAATCTCTTAGACAATGCGATTCAATACTATAAAGGGAAAGGGTCTATTCGTATTACCGGACAAAAACAAAATAACAGCTATTATATTGCTGTTTCCGGACCTAGTGAACCAATTCCAAGCCAAGAAAGAGAATTGATTTTCCAACGATTTTATCGTCTTGAATCCTCCCGCAGTAGAGACACAGGCGGAGCTGGACTAGGACTTGCCATTACGAAAGAAATTATCGACCAGCACGATGGAAGTATTCAAATAGATACGGTGCAGGATCGAAATATTTTTACGGTTAAGCTTCCTATCCATGCTTAA	MEWGINLSKIHRKLINLAPVSFLWRLTFLHFFVIGVALWISGWALYNTACFLAAGVGNLDELRQQQFNQTLLNYVWIFVIIAIVVASILYYYLSKKLLQPIHTLMEATQLLQTGKYPDPIPVSRNDEIGQLVQQYNQLMEQLNRNETDRKKLVSDISHEFRTPLSNLNGYLSALKSGDIEGNQALFVALYQESQRLTSMLDQFDLLKQWDYTNASTYNRKEMQAVKPLLEQCVSMFHWTLKQTGIKLELQAEVADVYVHAEGMQQVISNLLDNAIQYYKGKGSIRITGQKQNNSYYIAVSGPSEPIPSQERELIFQRFYRLESSRSRDTGGAGLGLAITKEIIDQHDGSIQIDTVQDRNIFTVKLPIHA	PGPT0003985_1231	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-ENVELOPE_STRESS_RESPONSE,PGPT0003985-baeS-K07642	NA	NA
AK148_02603	690	sphR_2	COG0745	Alkaline phosphatase synthesis transcriptional regulatory protein SphR	ATGAAACAAACCATTATGGTCGTTGAAGATGATAAAATGATACGTAATTTAATACGCATTTATTTAGAGAAAAATGGATACGTTGTTGTAGAAGCAGCAGATGGAGAGGAAGCGAAAGCTATATTTATAAAACACCTCCCGTGCCTCATCATCCTCGATTTAATGCTTCCGAAAGTAAGTGGTGAGGAGTTTTGTGAATGGGTAAAACAACAAGAAAACGGCGAAGTATCTATTATTATGCTTTCTGCTAAGACAAGTATTGAAGATAGAATAGCAGGACTAAAAATTGGGGCAGACGACTATATGACAAAGCCATTTGATGCGAATGAACTGATAGCACATGTGGAAGCAGTATTGCGACGTACAGGGAGTTACTGCCAAAAAATAGTCTATGATGGACTTTGCATTAAGCCGCGAAAAGGAGAGGTATGGCTTCATAATAAGTCCATACAGCTAACTAATTTTGAGTTTAATCTTCTCTATCTGTTTATGCAACATCCAAATAACGTTTTATCGCGAGAGCAACTTGTTACAGAACTCTACCCTAACGCAGAGAGTACGGTATTAGACCGAACCATTGATGCACATATTAAGAAACTGCGGGAAAAAATTGAAGAAGAACCAGCGAAGCCAAAACGGATTCAAACCGTTCGTGGAATGGGGTATAAATTTGTCCAAAATTCATCGTAA	MKQTIMVVEDDKMIRNLIRIYLEKNGYVVVEAADGEEAKAIFIKHLPCLIILDLMLPKVSGEEFCEWVKQQENGEVSIIMLSAKTSIEDRIAGLKIGADDYMTKPFDANELIAHVEAVLRRTGSYCQKIVYDGLCIKPRKGEVWLHNKSIQLTNFEFNLLYLFMQHPNNVLSREQLVTELYPNAESTVLDRTIDAHIKKLREKIEEEPAKPKRIQTVRGMGYKFVQNSS	PGPT0002665_1526	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
AK148_02604	606	resA_3		Thiol-disulfide oxidoreductase ResA	ATGAAAAAAGCAATTTTGATCATCATTATAGTGGGCATGTTCTCTTGGGCGCTATACGATTTTGTATTTTCATCCAATGATACAGCAGAACAAGCAGATGCGCCGCCTGCTGGAAGTGGCAACCAAATTACTACACAAGAAAAGCAAACAAGCGAAACAGAAAAAACAGGAGATTCCAGTGAAGTTGGCTTAGAAGTTGGCAATCTGGCTCCGGATTTCAATTTATCTACAATGGACGGAGATACGATTCAATTATCGGAATTACGCGGTGAACGTGTAATGGTGAATTTTTGGGCTACATGGTGCCCGCCTTGCCGTGCTGAGATGCCAGATATGCAAAAATTCTATGATGATAAGGATATAAACATTTTGGCAATTAACTTGACAGAAACAGAAAGTGATTTAATGACGATCCAGAACTTTGTCTCTGATTTTGAGCTTACATTTCCCATTCTAAAAGACGAAAATACAGAAGTTGCAAATGCGTACCAAATTCAGCCTATTCCGACTACTTTTATGGTCGACAGTAATGGCATTATTCAATACAAAGCATTTGGAGCTATGAATTATGATTTAATGGTACAAGAGTTTGAAAAAATGGAGTAA	MKKAILIIIIVGMFSWALYDFVFSSNDTAEQADAPPAGSGNQITTQEKQTSETEKTGDSSEVGLEVGNLAPDFNLSTMDGDTIQLSELRGERVMVNFWATWCPPCRAEMPDMQKFYDDKDINILAINLTETESDLMTIQNFVSDFELTFPILKDENTEVANAYQIQPIPTTFMVDSNGIIQYKAFGAMNYDLMVQEFEKME				NA	NA	NA	NA	NA
AK148_02605	744			hypothetical protein	ATGACAGCAGCAGCAGATTTAACCATATGGTTAGCGTTAGGAGCAGGAATGCTTTCTTTTCTTTCTCCTTGCACATTGCCTATCTTTCCAGCCTATCTATCCTACATAACTGGAATGAGTGTGAAAGAATTAGAAACGAGTAACAATGTAAAGATTAGAAGTAAGCTACTTATTCATGCGATTTTCTTTTTATTTGGCGTATCTCTCATATTTATTAGTCTCGGTATTGGTGTTTCTTTCTTGGGGCAATGGATTCAAGGGCTTTTAGCTGGAGAGTCTGGAGATTTCATTCAGCGAATTGCCGGCATTTTCATTATTGTCATGGGCTTATTTGTTGGTGGCTGGTTAAAAATCACATCCTTTATGAAAGAGAAACGATTTCGCTTTGCAAGTAAACCGGTAGGATATTTAGGTACAGTTTTTGTAGGGATGGGGTTTGCAGCAGGTTGGACGCCATGTATTGGTCCTATTTTTGCGTCCATTTTAGTTGTCGCAGCAGCTAATCCGACACAGGGAGCTTGGTACACGATATTTTATGTCATCGGATTTGCACTTCCTTTTCTTATCCTTACTTTCTTTCTCGGTTCTACAAGATGGATCGTTAAATATAGTGGAATTATTATGAAAATCGGTGGAGTTATCATGATTCTCATGGGTATTCTACTATTTACAGGCTTCATGCCACGAATTTCTGCGTTTTTATTAAACCTTGTTCAAGATACTTGGTTAACCAACCTAGGATAG	MTAAADLTIWLALGAGMLSFLSPCTLPIFPAYLSYITGMSVKELETSNNVKIRSKLLIHAIFFLFGVSLIFISLGIGVSFLGQWIQGLLAGESGDFIQRIAGIFIIVMGLFVGGWLKITSFMKEKRFRFASKPVGYLGTVFVGMGFAAGWTPCIGPIFASILVVAAANPTQGAWYTIFYVIGFALPFLILTFFLGSTRWIVKYSGIIMKIGGVIMILMGILLFTGFMPRISAFLLNLVQDTWLTNLG				NA	NA	NA	NA	NA
AK148_02606	648			hypothetical protein	ATGCCATCAACTACGGTGTTAATGAGCCTTGCAGCCAATATCATCAGCTTTTCTGTTGGATTACTAGCGTACTACCTAAGTAGCAACCTGTCGAGTAAGGATAAACGAAAAAATGTAGAACAAATCATTTCTTATTTAATTAATCTCATTTTATTTATTTGGGTGGCTAAAATTATTTTACAATTGCCATTATTTCTCTCTGACCCAATTGCCGTTTTAGCATATCCAAGTGATGCCCAAGCTTTTTATCTTGCATTACTTTTATTAACCATACAAATGACATACCAAGTTAAAAAAAGTGGCTTGCAGTTGCAAAGCTTACTAATAAACGCCATTCCTGTCATATTGGTAGCTTCTTTTACTTACCAATTTATCGATATCGTTTGGCAAGATAATTCCTTAGCGTGGGGTAATTTTATCCTTATGTTGCTTCTTTTACTCATCTATCTATTGGTTAAAGATAGAATACAAAGCGCTATGCTTTTCCTATGCTTAACCGTCATTTGGACGATTGGGAAACTAATTCTTAGCTATGTACTACCATTTACTACCATTTTCAGTTATATGATCCACCCACTTTTCTTTGTCATGGTTGGGTTGATTCATATCTGTATATTTTTATTTAAACGAAAGAAGGTGTCTTCATGA	MPSTTVLMSLAANIISFSVGLLAYYLSSNLSSKDKRKNVEQIISYLINLILFIWVAKIILQLPLFLSDPIAVLAYPSDAQAFYLALLLLTIQMTYQVKKSGLQLQSLLINAIPVILVASFTYQFIDIVWQDNSLAWGNFILMLLLLLIYLLVKDRIQSAMLFLCLTVIWTIGKLILSYVLPFTTIFSYMIHPLFFVMVGLIHICIFLFKRKKVSS				NA	NA	NA	NA	NA
AK148_02607	282			hypothetical protein	ATGACCCTTATTGCAAAGCAAGCTTACTTTAAAATGGAAAGAGTAGTATCGAGTTTACAGCAAGAGGATATCAAGCAGGAACGGATGTTATATTTGTATACGAATAAGGTCGTTACACAGAGACGCGAGTTTCCTATCGATAATGTGTTAGATTTTTCCTATCGCCCTGTGTCTAATCAAGGGGGAATTCTATATTTACACTCATTACAAGGCGTATACACATATACAGTGGATTCATCTCCAGAAGAATTTATCCAAATCTTTCAGGATTATTTTAAATAA	MTLIAKQAYFKMERVVSSLQQEDIKQERMLYLYTNKVVTQRREFPIDNVLDFSYRPVSNQGGILYLHSLQGVYTYTVDSSPEEFIQIFQDYFK				NA	NA	NA	NA	NA
AK148_02608	879	cynR_2		HTH-type transcriptional regulator CynR	GTGGAGATCAAACATCTACAGTATTTTATGGAGGTAACGAAGACCGGAAGCTTCACCCAGGCTGCAAACCAACTATATATAACGCAACCTGCGATCAGTCGAATTATTAAATCGCTCGAAGAAGAGCTTGGAACGACGTTGTTCATTCGTTCTAGAAAGAAGCTTGTACTAACGGAAGAAGGGCAGGTCGTGTATCAGCATGCCAAAAGTATAGAAGCAGAATATCAAACGTTATTATCGAATTTAGGTCAATTTCAGCAACTGAAAAAAGGACATATGCGAATTGGCCTTCCTTCGATTACAAATGGGTTTTTCTTTTCGCAATTAATTGCACCATTTCATCGCCAATACCCAGATATAACGTTTCAGTTAGAGGAAGATGGTTCAAAACGAATTGAAGAAAAAGTGCATCAAGGTGAACTGGACTTGGGAGTTGTTGTTTTGCCGGCAACATACGGTGATTTTGCGTGCCATACTTTTATACATGAAGGGCTAAAGTTAGTTGTTCCAACGAGTCATAGGTTCGCTCGACGAAAAAGTATGACGTTACATGAACTAGAAGAAGAAGCGTTTATTATGTTTAATAAAGATTTTGCCCTACGTGACAGTATCGTTAAGGCGTGTCAAGAGGCAGGATTTAAGCCGAAAATTATTTTAGAAACATCGCAGCTGGATTTTATCGAGGAAATGGTAGCTTCCAATATCGGCGTTGCTATACTACCTGATAGCACATGTCAGGAGCTGACGAGAGAAGTCACTTCTATACCAGTAACGAACCCTGCAATGGAATGGAAGCTAGCTTTAATTTGGAGGCGAGATTCTAATTTGTCTTATGTTATAAAGGAATTTATCCATTTTGCTGAGAAAACATTAATTTAA	MEIKHLQYFMEVTKTGSFTQAANQLYITQPAISRIIKSLEEELGTTLFIRSRKKLVLTEEGQVVYQHAKSIEAEYQTLLSNLGQFQQLKKGHMRIGLPSITNGFFFSQLIAPFHRQYPDITFQLEEDGSKRIEEKVHQGELDLGVVVLPATYGDFACHTFIHEGLKLVVPTSHRFARRKSMTLHELEEEAFIMFNKDFALRDSIVKACQEAGFKPKIILETSQLDFIEEMVASNIGVAILPDSTCQELTREVTSIPVTNPAMEWKLALIWRRDSNLSYVIKEFIHFAEKTLI				NA	NA	NA	NA	NA
AK148_02609	6360			hypothetical protein	ATGTACCAAACTAGAAAAAAGCATAAGTTCATCTTACTATTTCTGCTGGGTTTACTGTTATTATTTATGCCAAATGAATCGCTAGCAGACACTAAATCAACTGCACCAGTTATACCAGATAAAAAAGACCAATATGCGGATTTCTTTCATAGATTAACTCTGTATATTAATCAAACAGTTGGTAATAGCATTACTTCTAATTCATTAAACAATCATCTTGATAATCAAAAATTTATAAAGGCTATAGCGCAAAGAGAGTTACTTCGTAAGGTAGATGTATCAACAATAGAAGAATTCACAACTACATCAGAAAAAAAAGCATTTATGGACTGGTTACTTGACAATACAGAAGCTATGAACCTATTTCTAGAAGGTGGAGAGCCGGAAAGCGATTATGTAAAAGCCTTTAACATGTGGTTTGAAATCTGGAGCAAAGATGCTGATTCGCATACTGGTTATGAGTTAAAGTTAGCAATTGCTTCAGCAATGAAATTTGGAAATGGCGTGCCTAAATGGTATACATCAAGAACTTTAGTAACACCATATGAAAGATATGAGTATTATAAGGTTCGTGAAGCAGAAGGTAAGTTTCCAATAAGTATGAAAACAAGAACGGTATGGGAATTAAGAAATACGATTGCTGCTCCAGCTAGTAACTGGGATTTAGACTATGTAAGAGAAGTCATACATAAAGATAGATATAAAGAGGACAAAAAAAGAGTCTCTGTACGATACCCACCGTATACTTCTATTAGTATACATAAAGATGAAAATGGAAACCCATACAGCGTATTTCGTTCTAGTGGAGACCAGTTTTTTGGTCCTGATGCAACAATTAAAGAAGTACATGAAATAGGCGGCGTTTGTGGTACTGCATCTAAGTTTGGCACCATTACAAATAATGCTTTTGGTATTCCAGGGTTTAATGTTGGACAGCCTGGCCACGCTGCCCACGTTTACCACTCACCTAATTCTGCAGGTAAATGGGACATTGGATATAATATATCTGGTTGGGGTAAATCACGGCTTCGTCAGCGGACTTTTATTCCATACACGAATTACGATGATGTAATTAATCGACCTGCATATTGGCTTGTATATGAACAATCGAGAGAGGATAAAAAAACACTGCATACATCATTTCAACTGAAATGGATTGCTAATGCCCTTAAAGATTATAATAAGGCTCAAGCAGTTCGTAAAATTGCTATGGATGTTAATAAATGGAATATAGATATATGGAGAGACTATATAAAAGCTGTTAGAAACGTTTGGAATGATGCTATAGAGGATACAAAAATACCCCTAAACAAAATAACAGCAACAGCTACCAGTTCCCATTCCAATGAAGGTCCTGAAAATGCAATTGATGGAAAAAGTGAAACGATATGGCATACAAAGTATGGAAGGAAAAGAAGTACCCTCCCACAATCCATTACGCTTTCCTTCGATAAAGAATATGAAGTGAACCGATTTTCATATTCTCCAAGAAAAAGTGGGAAAAATGGAAATATAACAGAATATAAACTTTACACAAGTTTGGATGGAAAAAATTATGAATTAGTTGCTCATGGTAATTGGGCAAATAATACTTCAACGAAAACGATAGAATTTAAAACAAAAAAGGCAAAACATATCAAACTGGAAGCCTTAAAGGGTCATAACAATTTTGCGACTGCTTCAGAAGTTAGCGTGTACAGTCCATTTAAAAATAAACCAATATCACAAGAAGAAAGAGATGACCTAGCTTACTCCATTATAAATGAACTGAAAGAACAGCCTCAAGTCGTATATGATTTATTTAGATCTATTGAAGATTTAGTAATACATTCAGAAACACCAAGAGAAAAAGAGCAAAAATATTTAGTCAAACTAAATTCAATATTCGATGACGCGTATGATATAAATAATAAACAAAAACAAATTGTTCAAGAAATTAAAAATCTTATGATTCAACACGGTTTAGTCATGGCTGATTTTAGTTTTGATGGCACGAATGCTGGAAAATTAATGGGTAGTAAGACAGATACGGAATACAGCCTCGATGGAGGTGAAACATGGAAACCTGTAAGGGAAGAAAATATGAAGCTAAGTGATAAAGAAATAGCTTCTATTACATCAGAAAATGGTATTAGAATAAGAATTAAAGGTACAAAGGATTACACGACTATTCCTATCAATAAAGCACCATCCCTGCCAAATATCTATGAAAATGATGATATAAACAGAGTATTTGGATTGAATGACACGATTTATTACAGCATAGACAAGGGAGAAACATGGACAAAATTTGAAGATGAAGATAAGCTCCCCGATTTATCAGGAGATTTAACATTTATGACTAAAATTCCTGCTCAAGGAAAGACTTTAGGAAGTGAAACACGAAGCTTTGACTTTAGTAGTAAAGTTGATTCTTCCCTAATTCTTCCTTCAGATATTGCTAGCGTTGAAGCTCATGCGCATAAAAAGAATCCAGCTGCGCATGCGTATGATGGAAATATTTATTCCAATTGGCATACTAACGCTAAAAACGATAGAAAGCCATTACCACAGGCAATAACATTTGAGCTTAAAGATATGAGTAACCTTTATAAGCTTGAGTATGTGCCAAGACAAGACGGTGGTTCTAATGGTCGTATTACGGAATATAACATTTATACAAGTACAGACGGAGAAAATTTTAACCTTGTTTCAAAAGGTAAGTGGGCAAACGATGATAAAACAAAAACAGCTATGTTCAATGGACGTAAAACAAAGTATATAAAGTTAGAAGCTGTAAAAGCCGAGAGAAACTTTGCATCAGCTGCTGAAATAAAGCTTTTTAAAAGTAAGGACTTAATACCTCATATAAGCTTTCATTTTGATGGTGTAAATTCAGGAAAGCTTCTAGGTGCCAACACCGATATGGAATACAGCATGGATGGTGGAAATAAGTGGAAAGACGTAACTGAAGTTAATATGCCACTACCATCCGATGACTTAAAAAGGATTGATTCGGATACAACGATAAAGGTACGATTCAAAAACACAAAAGAAACTGCTTCAATTCGTTTTACAGCTTGCTCAAAGACTCCGCATGTTGAAGGGGATAATACTAAAAATACCATCACTGGTTTAGATAATACGATGGAATATAGTACGGATAATGGTGCAACTTGGACGCGATATGATGGAACATTTCATGTGGATTTAAGAGGAAATTTAGAATTAATAGTTAGAACTGCAGCAACAGGGACAACACTTCCAGGTTGTGAAGTAAAGCTAAACTATACTGCGGATTATAAACCTAAATTTGAAGATAGAGTCTTGTACAAAATGATAAATAAAGCTACAGATAAGAGTATAGATCTTACAGGAGGTAGACATGCAAAAAATGCTTCTGCTATTCAATATAGGTATCATGGGGGCAGTAACCAAACCCCATACTTCGTTTCTGTAGGAGAAAATGAATACAAAATTGTGATGAAACATAGCGGAAAAGTATTATCTCCAAAAGAACTGAATGATAAAGATGGGACTACATTATCCCAGTCCACATATAGTGGCCATGATATTCAAAAATGGAAGCTCGTGAATTTAGGTAATGATGAATATCAGATAATAAATGTAGCCACTGGATATGCCATAACAGCAAATAATGACCGCAGAAACATTACGCTTGAAAAACTAGTTCATAGTAAAAAACAGGCTTGGGAATTATCCTATGTTAAAAATGTCGTTGTTCCAGATGTAAGCTTCCGTTTTGATGGTGAAAATGCAGGGAAGATTATGGGAACAGACAAGTCTATGGAATATACTATAGACGGAGGCGAAAATTGGAATAAGATTACTGAAAATAATATGTTGCTCCCTAAGGATGAGGTAGATGCCATAACAGCTGCACACGGAATTAAAGTTAGAGTTAAAGATAATGCAGGTATAGCTAGCATTGATATTAAACATTCTCCTAAAGTTCCAAATGTGCAAGCTAATGATAGTAAAGATAAAATAGAGGGAATAAATGCTTCTATGGAATACAGTGTAGATGATGGAGAAACGTGGGTGAGATATTCAGAACAAAACCCACCTACATTTATAAGTGATATGCATGTTTTAGTAAGAATTGCAGGTAAAGGTGTAATTCCTCCAAGTAAGCATAAAGCACTAAGTTTTACATCTAAAATTACGATTCCTCTTCATAAACAGTTTGATCCAATGAATTATATTAGAGAAGAGGATAGTAACAAAGTTGAAGTGGTTAAAAATACAGTAGATGTCAATAAAAAAGGCATATACTCACTGAGTTATAAAATATCACAAGGCGATGATGAAACAACCATTACTAAAGAGGTAGAAGTAGTGAGTACGATTGATTACTTAAGTGATATTGACTATAAGAGTGGAAAATCTGGTTGGAAAAACATTAAGAAAGATACGAATATGTATGGTGATTCCATTGCTTTACATTCAAGGAATGGAAAAGAAGTCTTTAAAAAAGGTATAACCGCTCACGCAAATTCAGAAATCGTATATGATGTAAAAAATACTGGATATACTCATTTTCAAAGTTATGTTGGCATAGATGATGCGGCATACAATGCACAGTCAAGTGTAATATTTAAAGTATACGTAGACGGAAAGTTAAAATATGATTCCGACGTTGTTACTTCAAAAACACCTTATAAATATGTAAATATTGATATTCAAGATGCTAAGGAAGTTAAACTTATAGTAGATGCAAACGGAAGCAAGGCTTCTGATCACTCCGTATGGGCAGATGCTAAGTTTGTATCAAAAGATTCGGCTCCTGTCATTAATGCTACTAATGTGGCTTATGAAGAAGAGGATATCATTAATTTTGATGATATATTAAAAAAAGTTAAAGCAACAGATATAGAAGATGGAGATCTAACTTCAAAGGTTACTTATACTACAAACTATAAGCAGGGCAAAACAGGCACCTTTGATATTGTATACAGTGTAACCGATAGTGAAGGTTACAAAACAGAAAAAACTGTAAAACTCATCGTAGTAAATAGTAGCATATACGTATCAGACACTAATTGGGTTTCCGCAAAAGCCGGATGGAGCAGCACGAAAAAAGACGTAACAATTAATGGAGACCCGCTTCGTTTATGGAATGGTGAAAAAGACGTCACTTATAAAAAAGGCATAGGAACGCATGCTTATTCAGAAACGATTTATGATTTAACTGGCAAAGATTATGGCTATTTTACAAGTTATGTAGGTGCCTCTAGAGATACTAATCACAGAGGGTCTGTAGCCTTTAAAGTTTATGTAGATGGGGAACTTGTAGAAGAAACAGATGTTATGAAAAAAGATACAGCACAAGAATTTATGAAGATTAATATTGCGGGAGCAAAACAATTAAAATTAGTTGTTACAGATGGTGGCAATGGACAAGGGAATGATTCCGCCGTTTGGGGTGATGCTAAATTCCTTATTGGAGATAAAAATGTTATTTCTATAGATACTTCTAAACTTGATGAAGCTATAGAAAAAGCAGAGCATTTAAAAGAAGGCGATTATGAAAAAGATTCATGGAAAATCCTTCAAGAAAAATTGAAAATAGGAAAATCTGTATTAAGCAATGACATGGCTAAACAAAATGAAATAGATAATGCTGCTCGTGACATACACGCTGCTATTACACAGCTACAAAAATTCAAAGGTAAGAGTCCTGTAATTCAAGCTACAGATGTAACTTTCACAGAAGGAAAGCAAGTTAATTTTGATAATATTTTAGCTCAAGTTACAGCATCAGATGTTGAAGACGGTGATTTAACTTCCAAAATTACCTATACTACAAATTATGAAGAGAATAAAGTAGGAGATTTTAAAATTGAATATAAAGTAGTAGATAGTCATAAAAATGTGTCAACAAAAATAGTTAAACTAACCGTAACACCTGCACAAAAACAGAACCATGTCTATTTAAGTGATATCGACTGGGTATCAGCAAAATCCGGATGGGGTAAAACTAAAAAGGATGTAACAATTGATGGTTCGCCACTTCGACTATGGGATGGTAAAAAAGACGTCACTTATAAAAAAGGCATAGGAACGCATGCTTATTCAGAAACAATTTATGATTTAACTGTCAAAGATTATGGCTATTTTACAAGTTATGTAGGTGTATCTAGAAAAGCTAATCATAGAGGATCTGTAACCTTTAAAGTTTATGTAGATGGAGAACTTGTAGAAGAAACAGATGTTATGAAAAAAGATACCCCGCAAAAATTGATTAACGTAAATATTGCTGGAGCAAAACAGTTAAAATTAGTTGTTACAGATAGTGGAAATGGCCAAGGAAATGACTGGGCTATATGGGGTGATGCTAAATTTGTTTATGGAAAATAA	MYQTRKKHKFILLFLLGLLLLFMPNESLADTKSTAPVIPDKKDQYADFFHRLTLYINQTVGNSITSNSLNNHLDNQKFIKAIAQRELLRKVDVSTIEEFTTTSEKKAFMDWLLDNTEAMNLFLEGGEPESDYVKAFNMWFEIWSKDADSHTGYELKLAIASAMKFGNGVPKWYTSRTLVTPYERYEYYKVREAEGKFPISMKTRTVWELRNTIAAPASNWDLDYVREVIHKDRYKEDKKRVSVRYPPYTSISIHKDENGNPYSVFRSSGDQFFGPDATIKEVHEIGGVCGTASKFGTITNNAFGIPGFNVGQPGHAAHVYHSPNSAGKWDIGYNISGWGKSRLRQRTFIPYTNYDDVINRPAYWLVYEQSREDKKTLHTSFQLKWIANALKDYNKAQAVRKIAMDVNKWNIDIWRDYIKAVRNVWNDAIEDTKIPLNKITATATSSHSNEGPENAIDGKSETIWHTKYGRKRSTLPQSITLSFDKEYEVNRFSYSPRKSGKNGNITEYKLYTSLDGKNYELVAHGNWANNTSTKTIEFKTKKAKHIKLEALKGHNNFATASEVSVYSPFKNKPISQEERDDLAYSIINELKEQPQVVYDLFRSIEDLVIHSETPREKEQKYLVKLNSIFDDAYDINNKQKQIVQEIKNLMIQHGLVMADFSFDGTNAGKLMGSKTDTEYSLDGGETWKPVREENMKLSDKEIASITSENGIRIRIKGTKDYTTIPINKAPSLPNIYENDDINRVFGLNDTIYYSIDKGETWTKFEDEDKLPDLSGDLTFMTKIPAQGKTLGSETRSFDFSSKVDSSLILPSDIASVEAHAHKKNPAAHAYDGNIYSNWHTNAKNDRKPLPQAITFELKDMSNLYKLEYVPRQDGGSNGRITEYNIYTSTDGENFNLVSKGKWANDDKTKTAMFNGRKTKYIKLEAVKAERNFASAAEIKLFKSKDLIPHISFHFDGVNSGKLLGANTDMEYSMDGGNKWKDVTEVNMPLPSDDLKRIDSDTTIKVRFKNTKETASIRFTACSKTPHVEGDNTKNTITGLDNTMEYSTDNGATWTRYDGTFHVDLRGNLELIVRTAATGTTLPGCEVKLNYTADYKPKFEDRVLYKMINKATDKSIDLTGGRHAKNASAIQYRYHGGSNQTPYFVSVGENEYKIVMKHSGKVLSPKELNDKDGTTLSQSTYSGHDIQKWKLVNLGNDEYQIINVATGYAITANNDRRNITLEKLVHSKKQAWELSYVKNVVVPDVSFRFDGENAGKIMGTDKSMEYTIDGGENWNKITENNMLLPKDEVDAITAAHGIKVRVKDNAGIASIDIKHSPKVPNVQANDSKDKIEGINASMEYSVDDGETWVRYSEQNPPTFISDMHVLVRIAGKGVIPPSKHKALSFTSKITIPLHKQFDPMNYIREEDSNKVEVVKNTVDVNKKGIYSLSYKISQGDDETTITKEVEVVSTIDYLSDIDYKSGKSGWKNIKKDTNMYGDSIALHSRNGKEVFKKGITAHANSEIVYDVKNTGYTHFQSYVGIDDAAYNAQSSVIFKVYVDGKLKYDSDVVTSKTPYKYVNIDIQDAKEVKLIVDANGSKASDHSVWADAKFVSKDSAPVINATNVAYEEEDIINFDDILKKVKATDIEDGDLTSKVTYTTNYKQGKTGTFDIVYSVTDSEGYKTEKTVKLIVVNSSIYVSDTNWVSAKAGWSSTKKDVTINGDPLRLWNGEKDVTYKKGIGTHAYSETIYDLTGKDYGYFTSYVGASRDTNHRGSVAFKVYVDGELVEETDVMKKDTAQEFMKINIAGAKQLKLVVTDGGNGQGNDSAVWGDAKFLIGDKNVISIDTSKLDEAIEKAEHLKEGDYEKDSWKILQEKLKIGKSVLSNDMAKQNEIDNAARDIHAAITQLQKFKGKSPVIQATDVTFTEGKQVNFDNILAQVTASDVEDGDLTSKITYTTNYEENKVGDFKIEYKVVDSHKNVSTKIVKLTVTPAQKQNHVYLSDIDWVSAKSGWGKTKKDVTIDGSPLRLWDGKKDVTYKKGIGTHAYSETIYDLTVKDYGYFTSYVGVSRKANHRGSVTFKVYVDGELVEETDVMKKDTPQKLINVNIAGAKQLKLVVTDSGNGQGNDWAIWGDAKFVYGK				NA	NA	NA	NA	NA
AK148_02610	519			hypothetical protein	ATGCATGCGAAAAGAAGCAAGGATACACGGATCATTCAAAATGACCAAGTGTTAATTAATGACTTAAACAATTATCACACGTTGTTTGGCGGAGTGTTAATGAAGAAATTAGATGCATGTGCCACCTTGTCAGCAAGGAGACATGCAAGAGTCAAAGAATGTGTGACAGCATCTACGGACTCCGTTAATTTTAACTCGCCGATTCGCCAAAGCGATTCTGTCTGTATAGAATCCTTTGTAGCCTATACAGGAAAAAGCTCCATGGAAATCTTCTGTAAAGTCATTGCTGAAGATATGATTACTGCTGAACGTCGAATAGCGGCTACAGCGTTTTTAACGTTTGTTGCTTTAGATGAAAATAAAAAGCCGATCGAAGTTCCAAAAGTAATCCCGGAAACAGAAGAGGAGAGGTTTCTTTATGAGACTGGTGAAGAAAGAGCCAAAATTCGTCGATTAAAACGACAACAAAATAAGGATTTAGTTGCTAAACTTTCTATTAAAAAACCTTGGGATGAATAA	MHAKRSKDTRIIQNDQVLINDLNNYHTLFGGVLMKKLDACATLSARRHARVKECVTASTDSVNFNSPIRQSDSVCIESFVAYTGKSSMEIFCKVIAEDMITAERRIAATAFLTFVALDENKKPIEVPKVIPETEEERFLYETGEERAKIRRLKRQQNKDLVAKLSIKKPWDE				NA	NA	NA	NA	NA
AK148_02611	369			hypothetical protein	ATGATTATTACTTCTAGCTATGAGGAATTATTAGATGCGAAACGTGCAATCGCGTCATTTAGAGCAACTAAACCAGAAGAGTATAAGCAATTCAAGCGAATCATTCAATTGACGAGACAGCTACAGTTTAATTTTCAATATATGGGTTGTCTCATCATGAACGAAGATCCAACTAAGTATCGACCACAAGTTAACGATGATTATATCTTAAATGTGTATAAACGGGAGGTTAACAAATTAAAAGAAGACCCGAAATCACAAGATATTAAGGCCCTCTTAGGCGCTTATAAACAAATCGGTTATGGAAAGATATGTGAATTGATTCTGGGTAAACAACCTATATCTTTAGTCGGTCCAGCCGTTGTATAG	MIITSSYEELLDAKRAIASFRATKPEEYKQFKRIIQLTRQLQFNFQYMGCLIMNEDPTKYRPQVNDDYILNVYKREVNKLKEDPKSQDIKALLGAYKQIGYGKICELILGKQPISLVGPAVV				NA	NA	NA	NA	NA
AK148_02612	1356	gltS_2		Sodium/glutamate symporter	TTGGAAAATTTCACAATTTGGTCTTTAATGATTGATCTTAGCATTATTTCTGGATTACTTTTGGTCGGAACGATTTTACGAGCAAAAGTAAAATGGATTCAAGCTTTATTTCTACCTGCTAGTATGATTGCAGGATTTCTCGGACTTGCATTTGGCCCGAGTGGCTTTGGTATATTACCTTTCTCCAATCAATTTAGCGCTTATCCTGGGTTACTTATTGCTGTCATTTTTGCGGCTATTCCTATTGGCGCAGCAAAAGTACACTTATCTGAAGTGTTTCATCGCGTTCGCAATATGTTCTCTTATTCTATGATTCTTACCCTATCCATGTGGGGGATTGGTGTTCTTTTTGCATTGCTTATTTTAAATCCCATCTTTTCAGACTTACCTAGCGGGTTCGGTCTCGTCTTAGGTGCAGGGTTTTTAGGTGGACACGGTACAGCAGCAGCAATTGGCGAAGGGTTAGCTCATGCTGGTTGGAAAGAAGCAATGGATTTAGCGATGACCTCTGCAACCGTAGGCATTCTCATTGCAGTATTAGGTGGACTATTTCTTATTAAGCATAGTACTGAAAAAGGAAAAACGAAATTTATTACGAATTTTAAGGACCTTCCTACTGAGTTAAAATCTGGGCTTATGCCTAAATCCAAACGTTTCTACATGGGACAAGAGACTGTATCATCCAGTTCTATTGATCCCCTTGTACTACACTTGGCGATTATCGCCTTTGTCATTGGTGTATCCTATTGGATTACAAATAGTCTGTCAGACTTAATACCATCTGTTTCCGTGCCACTATTCAGTGTTGCTTTTGTTCTTGGTTTATTGTTTCAAGCGATTAGCCGCAGAATAAAATCAGATGAGTATATTGATCAACGTGTAATGGAACGAATTGGCGGAACAGCTACAGATTTTCTCGTCGCTTTCGGTATTGCATCGATTAACATCACTGTCGTTATCGATTACGCTTTACCGCTACTTTTCTTATTCGCCTTCGGAACAATTTGGGCATATGTATTATTCCATTTTGTTGGACCCAATATATTTAAAGATTTTTGGTTAGAAAAATCTATTTTTGGTTGGGGATGGAGTACTGGCACTGTTGCTATGGGATTAGCGCTATTACGTATTGTCGACCCTGAACTGAAGAGTCGTACTCCAGAAGATTATGCTCTTGCTTATATTGGTGTCGCCCCTGTCGATATTATCATCGTAACCTTTGCTCCAATCTTATTTGGACTCGGATTTACTTGGGTTATCCCTCTTGTACTCCTACTTGGAGCTGCAGTAATTATCGCCATTTACAAATCTGCAGGTTGGTGGGGACAAGGTAAACATGAAAACACGCCTAGCTAA	MENFTIWSLMIDLSIISGLLLVGTILRAKVKWIQALFLPASMIAGFLGLAFGPSGFGILPFSNQFSAYPGLLIAVIFAAIPIGAAKVHLSEVFHRVRNMFSYSMILTLSMWGIGVLFALLILNPIFSDLPSGFGLVLGAGFLGGHGTAAAIGEGLAHAGWKEAMDLAMTSATVGILIAVLGGLFLIKHSTEKGKTKFITNFKDLPTELKSGLMPKSKRFYMGQETVSSSSIDPLVLHLAIIAFVIGVSYWITNSLSDLIPSVSVPLFSVAFVLGLLFQAISRRIKSDEYIDQRVMERIGGTATDFLVAFGIASINITVVIDYALPLLFLFAFGTIWAYVLFHFVGPNIFKDFWLEKSIFGWGWSTGTVAMGLALLRIVDPELKSRTPEDYALAYIGVAPVDIIIVTFAPILFGLGFTWVIPLVLLLGAAVIIAIYKSAGWWGQGKHENTPS	PGPT0000810_225	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GLUTAMATE_TRANSPORT,PGPT0000810-gltS-K03312	NA	NA
AK148_02613	1353	lpxD_1		UDP-3-O-(3-hydroxymyristoyl)glucosamine N-acyltransferase	ATGAAAGTGATACTGTTATGTAGCGATTATGAGGAAAAACTATTCCCTTACGATAAAGAATGGCAACCCGCTTGTTTAGAGGTTTTAAATGTTTCTAATATTATTCATCAGGTTGATTTTTTTATAAAAAATGGCATAAACCCTAAGGATATACATGTTTTTTTAGGGCATCAACCAAAGCAAGTCACCCATCTATTGTGGAAATATTCGAGTATTCAACTGCATGGTAATTTTAACGATTTCCGAAGCTTTTTAGCTGAAATTTATCCAAGCTTAGATGAAAAAACGGTCATCGTAAAATCAGACTATGTCTTTGTTAACGAAGATCTCAAGAAAATATTACATCATCATGCCGAAGATTCCGTATTATTAACAGAGAAGAAAGAAAGCACAGAAGCCATCTGCGCCAACGTAGAAAATGATGCCATTCAATATTTTTTAGGACATCCTAGGGATCATTATGTTACCCATCAAGTAGCAGGAGTGTATGGTTTAAGTAAAGCGGCATTACAATATATCATTCATAGTTCAGATGGTTTCGAAAAAAGAATTTCAGGTTCCATGATTCCAGATTCGTTTTTCATTGAAAACGGATTGAATCAGTATTTGGATGATGGATCACAAATAAAATGTAAGCTTGCCGATAATAAAGTTTTTCAACTGAGGTTTCCTTGGGACATTTTAAATGCTAATGTGTATCATTTGGATTTACTGGTTAAGCAATTGACAGAAAATGATATTAGCCCAAGTGCAAAAATAGATAAAACAGCTTCTATTCATGGCGTTATAAAAATTGGCGATCACTCGTATGTAGGAAAAAATGTGGTCGTAAATGGAAACCTCATCGTAGGCGATCATGTGGTCATTGATAATGGAGCCATTTTAAATGGAAACATACTCATTGGCGACCATTCCTATGTGAAGGACTACGCAAAAGTGGAAGGGTCAACTGTCATCGGCAAAGAAAATAAATTTGGACATAATGCAGAGTTTAAAGGGGTTTCTATGAAAGGCGTTTCTGCTGTTCATTATAGCGAGATGTTTGGTGTCATCGGACGGTATGTCGACATTGCAGCAGCGTGCGTAGCTGGGATTTTAAGATTTAATGATACAAAACAGCCGCACAACATGACAGGTCGGACTTACACGCCGGAGCATTCAAATGCTATTTTTATAGGAGATTATACGCGGACAGGCATTAATAACGTTTTCTTTCCAGGTGTTAAAATTGGCAGTAATTCCGCTTTATATCCTGGGCTTAATGTAGAAAACGATGTCGCCCATGAAACCTTAGTCATAAAGAAACAAGAAACCATTGAAAGTAGATGGGGTGCAAAGAGATACGGCTGGTAG	MKVILLCSDYEEKLFPYDKEWQPACLEVLNVSNIIHQVDFFIKNGINPKDIHVFLGHQPKQVTHLLWKYSSIQLHGNFNDFRSFLAEIYPSLDEKTVIVKSDYVFVNEDLKKILHHHAEDSVLLTEKKESTEAICANVENDAIQYFLGHPRDHYVTHQVAGVYGLSKAALQYIIHSSDGFEKRISGSMIPDSFFIENGLNQYLDDGSQIKCKLADNKVFQLRFPWDILNANVYHLDLLVKQLTENDISPSAKIDKTASIHGVIKIGDHSYVGKNVVVNGNLIVGDHVVIDNGAILNGNILIGDHSYVKDYAKVEGSTVIGKENKFGHNAEFKGVSMKGVSAVHYSEMFGVIGRYVDIAAACVAGILRFNDTKQPHNMTGRTYTPEHSNAIFIGDYTRTGINNVFFPGVKIGSNSALYPGLNVENDVAHETLVIKKQETIESRWGAKRYGW				NA	NA	NA	NA	NA
AK148_02614	711	nagR_4	COG2188	HTH-type transcriptional repressor NagR	ATGAAATCGAATGTAGCGAAATACCAAATCGTGAAACAGTATATTTTAGATCAAATTGAAAAAAGAATTTATCAGCCACATCAATTAATTGAATCGGAATTAGAATTAACAGAAAAGCTAGGCGTTTCTAGAATAACGGTAAGAAAAGCATTGGAAGAATTAGTGAGTGAAAAAGTGTTGTCGAAGAAAAAAGGAGTTGGAACATTTGTAAACCCTCTTCCTAAATATTTAGGTTTTAAGCCAGGAATAGGCTTTACTTCTGAAGCAAAAAACAGAGGGCTAACTCCTTCAACTAACTTGTTGCGGCTTGCTAAAGTAGCGGCGGAGGAAAATCAAGCTACAGATATGCAAATCCATGTAGGTGATCCATTGTGGCTTGTCGAACGGATTCGCTATGCGAATAATGTAGCAGTGTCTTACGAGTTAGAGTATTTTGATTACCACTTAGTCGGAGAATTGACCGAAGGCATTTGTAAACAATCCATTTATGAACATTTAAAAGAAAAAGGGATCGAATACGAATATGTCGACCAAAGGATTTCAGCTCTATTAGCTGATGAAGCCTCTGCGCACCATTTAAACGTTCCGATTGGCTCACCGCTTATTAACATAAAAAACATTGCGTATTTAAAAAATGGAAAGCCTTTTAATCTTGGCTTCGCATTGTACCAAACAAATTCATTCCATCTCATGCATACCGTGTATCGCTAG	MKSNVAKYQIVKQYILDQIEKRIYQPHQLIESELELTEKLGVSRITVRKALEELVSEKVLSKKKGVGTFVNPLPKYLGFKPGIGFTSEAKNRGLTPSTNLLRLAKVAAEENQATDMQIHVGDPLWLVERIRYANNVAVSYELEYFDYHLVGELTEGICKQSIYEHLKEKGIEYEYVDQRISALLADEASAHHLNVPIGSPLINIKNIAYLKNGKPFNLGFALYQTNSFHLMHTVYR				NA	NA	NA	NA	NA
AK148_02615	741			hypothetical protein	ATGCAGACAAAAGAAGAAATCGTTCGCTATCTAAATTATTTAACAGACACCTGGAAAACTGTAGTGGAAAATGAGGTTGAGCCTATCGAGAAAGCAGCCGACCTGATCTTTCAAAGCTGTCAACAAGGTGGTCGATTTTATGTATTTGGTTCAGGTCATTCTCATATGGTAGCTGAAGAAATATATATTCGAGCTGGTGGATTAGCATATGTAAAGGGTATGTTACCCCCAGAACTTATGTTACATGAGATGCCAAATAAAAGTACGTATTTAGAAAGACTAGATGGATATGCAAAAAGTATGTTGAACTTATACAAGGTGGATGACAAAGATACGTTAATGGTCGTCTCAAATTCTGGCAGAAATAATGTTCCTGTAGAAATGTGTTTGGAAGCAAAAAAACTAGGTGCCAGTGTAGTTGCGCTAACATCCATGGATCATTCCACCAATGTATCCTCCAGACATGCTTCCAATAAAAAAATGTACGACATTGCAGATGTAACCATCGATAATCACGCTCCTAAAGGGGATGCAGCGTACATGATGGAAGGTGTTGATACGGGATTAGGACCAACATCTGATTTTACAAGTATCGGGATAGCCCAAGCAATCATTATAGGCGTTATCCACAAGTTAAAAGAAGCTGGTTTAGAAGTACCTGTCTTTAAAAGCTCCAACGTAGATGGCGCCGATAAATACAATGACAAAATCTTTGATACCTACTACGGATATTGGAAATAG	MQTKEEIVRYLNYLTDTWKTVVENEVEPIEKAADLIFQSCQQGGRFYVFGSGHSHMVAEEIYIRAGGLAYVKGMLPPELMLHEMPNKSTYLERLDGYAKSMLNLYKVDDKDTLMVVSNSGRNNVPVEMCLEAKKLGASVVALTSMDHSTNVSSRHASNKKMYDIADVTIDNHAPKGDAAYMMEGVDTGLGPTSDFTSIGIAQAIIIGVIHKLKEAGLEVPVFKSSNVDGADKYNDKIFDTYYGYWK				NA	NA	NA	NA	NA
AK148_02616	771	spo0M	COG4326	Sporulation-control protein spo0M	ATGTTTAAAAAATTGTTTCATTCTATTGGCATCGGCTCTGCACAAGTTGACGCTAAAGTAGACACAGAAGACTTCAAACCCGGGGGGACGGTGGAAGGTGTTTTAGACATAGAAGGAGGCAATTCGGAACAGCGAATTGACCAAGTTTATGTAACCGTTGCAACAAATTATACGTCAGAAATAGGGGATCATGAAGATGATAATGTGCGGCATGTATTAGGACGCTTTAAGCTTACAGACGAATTTGTTATTCAAGAAGGCGAAAAGAAGTCGATCCCTTTTAGCTTCCAACTACCTGTACGTACACCAGCAACTTTAGGAAAAACAAGGGTTTGGTTGGAAACAGGCATGGATATTAAAAAAGCGCTTGATCCAAGAGATAAAGACCACATCCACGTTGATCCGCATCCATTAGTTGACGCTTTTCTTGATGCCGCAGACAGCTTAGGTTTGGAATTAAAAGAAGTAGAATGTGAGTTCACCCCCCTTTTCTTTGGATTAAGAAAGGAGTTTCCGATAGTTCAAGAATTTGAATTTAAGCCAGAGGAAGGGAAATATAAACGGAAACTTGATGAACTAGAAGCTTTATTTTTTGTCTACGAATCAGAGGTTGTAGCCGTTATCGAAGTTGATCGGAAAATGAGAAACGATGATTATCCGCTCGCAGAAAATTTTGATTTAGATGAAAGCAACGTTGTACTACGCTATGGATTTGATGATGTGGATGATTTGCCAGAGAAACTAGAGACTCTCATTGAGGAAAACCTCTAG	MFKKLFHSIGIGSAQVDAKVDTEDFKPGGTVEGVLDIEGGNSEQRIDQVYVTVATNYTSEIGDHEDDNVRHVLGRFKLTDEFVIQEGEKKSIPFSFQLPVRTPATLGKTRVWLETGMDIKKALDPRDKDHIHVDPHPLVDAFLDAADSLGLELKEVECEFTPLFFGLRKEFPIVQEFEFKPEEGKYKRKLDELEALFFVYESEVVAVIEVDRKMRNDDYPLAENFDLDESNVVLRYGFDDVDDLPEKLETLIEENL	PGPT0024630_482	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_0_SPORULATION,PGPT0024630-spo0M-K06377	NA	NA
AK148_02617	612			hypothetical protein	TTGCGTTTTAAATTTATTTCCGTCAAGAAAAATGAGATGCTAATCATATCGACTGTTGCAAGAATTGATTACTTTAAGAATTTGGAGTTTTTAATTACGTCTTTGGTAAAATCTCTAGATAGTGGTATACCTCTTAAGGTTTTGATAGCTGGTGATCCAAAAGATAAGGGAGAGAGAAGAGTAGCATTAATAAATTTAATACCTGAACACTTAAAACAACATTTTCTTATCATTCAAACTTTGCCACAAAATGAATTGTACAGTTTGTTTAAATTAGTCCGTAATAAAGCAACTTTTTTGTGTACTTCTAGATATGAAACTCTAGGAATAACGCCATTAGAAACTGCTATGATGGGTGTTTATACAATTACTCCTAATTCTAGCTTAGTAGAAGCCTCGATGTATTTTTCTGATGAGGATAAATTTGATTACACGCCAAGCCAATTAGAAAGTATTTTAAGAAGAATCTATAAGGAAAAACGATATGTCCGTCATTTACAAGCTGATTATCTGAAAAAGATATTTTCAAATGAAAATTTTGTGGAATCACTGCTAAGTTCATTCCAATTAATTGAACAAAGATTTACTACGAAGCAAGAACTGATCAATTAA	MRFKFISVKKNEMLIISTVARIDYFKNLEFLITSLVKSLDSGIPLKVLIAGDPKDKGERRVALINLIPEHLKQHFLIIQTLPQNELYSLFKLVRNKATFLCTSRYETLGITPLETAMMGVYTITPNSSLVEASMYFSDEDKFDYTPSQLESILRRIYKEKRYVRHLQADYLKKIFSNENFVESLLSSFQLIEQRFTTKQELIN				NA	NA	NA	NA	NA
AK148_02618	822	sacY	COG3711	Levansucrase and sucrase synthesis operon antiterminator	GTGAAAATCATGAAAATACTTAATAATAATGCTGTAATAGTAACAGATGGCAATCAAGAGAAAATAGCAATTGGCGCTGGGGTCGCTTTTAATAAACAAAAGAAAGATATTGTTAATCCAGCCAAGATTGAAAAACTGTTTGTTCTTAAAGAAAATGAAAAATTACAAGAATTAATTATGCGTATACCGGAAGAACATCTACTTATCTCTGAAGAAATTATCGCTTATGCTGAACAACAATTAGGAACAAGTCTAAATGAGCATATTTTGTTAGCTTTAACAGATCATCTTTCTTTTGCCATTGAACGTACGAGAGAGGGAATATACTTACAAAATAAACTATTGCAAGAAATCAAGATGATGTATCGGGAAGAATTTAATATTGGAATTTGGGCCATTAACCATGTAAAAGAGAAGTTGCAAATGGAGCTACCAATGGATGAAGCCGCATTTATAGCACTCCATGTCCACACAATGAAGATTCAAGGAGGTGATTTACATGAAACAGTAAAACAAACGGCAATTGTCAAAGATATGGTTGATAGCATTCAACACAACTTAAATATTACCTTTAACGAAAACAGCCTCGCATTTGAACGGTTAATGACGCATTTACGTTTTGCTTTAAATCGAGTCCATCATTATGAAGCCCACTCATTAGATGAAGAGATGCTCGCGATGATTAAAAAGAAATTCAAACGCTCTTATCGTAGTGCGATGAACGTAGCGAAAAAAGTAGCCGCAAACTATGGAATTGAATTACCCGAGGAAGAACTTGGCTACATTACATTACACATCGAGCGGTTGAAAAAATTCCAATAA	MKIMKILNNNAVIVTDGNQEKIAIGAGVAFNKQKKDIVNPAKIEKLFVLKENEKLQELIMRIPEEHLLISEEIIAYAEQQLGTSLNEHILLALTDHLSFAIERTREGIYLQNKLLQEIKMMYREEFNIGIWAINHVKEKLQMELPMDEAAFIALHVHTMKIQGGDLHETVKQTAIVKDMVDSIQHNLNITFNENSLAFERLMTHLRFALNRVHHYEAHSLDEEMLAMIKKKFKRSYRSAMNVAKKVAANYGIELPEEELGYITLHIERLKKFQ	PGPT0014761_1251	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_GLYCOSIDE_USAGE_REGULATION,PGPT0014761-licT|bglG-K03488	NA	NA
AK148_02619	489	crr		PTS system glucose-specific EIIA component	ATGTTTAAAAAACTGTTTAAAAAATCTAAAGAACAAATTATTTATGCCCCATTAAATGGTGATATTCTTCCACTCGAAAAAGTTCCCGATCCTGTCTTTAGTCAAAAAATGATGGGGGAAGGTATCGCTATCATGCCAAGCAATGGCAAACTTGTATCTCCAATAAATGGAAAAGTGGTACAAATTCCAGATACAAAGCACGCCATTGGCCTTGTTGCCGACGATGGTACTGAAATTTTAATCCATGTCGGTTTAGAAACTGTAGCACTGAAAGGAAAAGGATTTGATGTTAAAGTTCAAGCAGATGATACAGTAAAACTAGGCGATCTGCTAATGGATATTGATTTAGCTTATATTAAAGAACATGCATCCAGCACAGTGACACCTATTATCATTACAAATAATACGGATGGAAGTAAACAGCTTAGCTATACAGATGAAACGAAAAGTATAGCACAAGAAACCGCTCTAATAACGGTTACTTCCTAA	MFKKLFKKSKEQIIYAPLNGDILPLEKVPDPVFSQKMMGEGIAIMPSNGKLVSPINGKVVQIPDTKHAIGLVADDGTEILIHVGLETVALKGKGFDVKVQADDTVKLGDLLMDIDLAYIKEHASSTVTPIIITNNTDGSKQLSYTDETKSIAQETALITVTS	PGPT0014090_906	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-CARBOHYDRATE_LIMITATION_SIGNALLING,PGPT0014090-crr-K02777	NA	NA
AK148_02620	954			hypothetical protein	TTGAGTAGACTATTTAAATTAATCCAAAATGAACAAGCAAAAATATATATTCGAAAATCAACTTGGATTATGTATATTATATTATTTGCAATTATCATTGCTGGTGCTTTTTTAACCGATAAATTCTCTGATTTAAATGAGGATTACCAAGGTGACGACTGGCGTGAAGTGCTTCAAGAAGAAAACAAAGATCTGCAAAAAGAAATGGAAAAAGATGAATATGCAGCATCTATAAACCCAGAAACAATTGCCAAAAACAATTATTATTTAGAAAACGATATACAGCCCGCTCCTTATGGTGCATGGAATTTTGTAACGGAAAATGCAGGATTAATGATGTTAGTTAGTTTATTAACTATTATTGTAGCAGGTGGCATTATCGCCAATGAATTCCGCTGGGGTTCAATTAAATTACTACTCATTCGCCCTATTAGTAGAAGCGGAATATTATTATCCAAGTATTTAGCAACACTCTTATTTGGCTTATATACAACCATCTTTTTATTTATTATATCTTGGATTGTTGGGGCTATCTTCTTTGGTGTTGGAGATATGAACCCTGAAATTGTTAAACAAACAGCAAATGGATTTACTTCTGTGTCACTATTAGAAGAGACTTTCACGCAATATGGGTATCAATTAGTGCCACTTATCATGATGACAACTCTAGCGTTTATGATTTCAGCTGTATTTCGTAACAGCTCTCTAGCAATCGGTATTTCCATTTTCTTAATGATGGGTGGAAACACATTTATTGGTTTCCTAGCAGAGAAAGAATGGGCCAAATACATTCTGTTTGCTAATCTCGATTTAAGTCAATTTGCGGACGGTAGGACACCTATGGTTAACGGACTGACCTTAGAATTTTCCATTACGATGTTAGCTATTTATTACGTCGTCTTCTTAGCAATGTCCTGGATTATATTTACAAAACGCGATGTAGCTGGACAATAA	MSRLFKLIQNEQAKIYIRKSTWIMYIILFAIIIAGAFLTDKFSDLNEDYQGDDWREVLQEENKDLQKEMEKDEYAASINPETIAKNNYYLENDIQPAPYGAWNFVTENAGLMMLVSLLTIIVAGGIIANEFRWGSIKLLLIRPISRSGILLSKYLATLLFGLYTTIFLFIISWIVGAIFFGVGDMNPEIVKQTANGFTSVSLLEETFTQYGYQLVPLIMMTTLAFMISAVFRNSSLAIGISIFLMMGGNTFIGFLAEKEWAKYILFANLDLSQFADGRTPMVNGLTLEFSITMLAIYYVVFLAMSWIIFTKRDVAGQ	PGPT0006730_9057	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK148_02621	915	bcrA_3		Bacitracin transport ATP-binding protein BcrA	ATGACTGTAGCAGCAATGGAGTTAGTCAATCTGAAAAAATCAATTGGCAACAAAGACATCATTAAGGGCCTATCTTTTTCAATAAATCGAGGTGAAGTATTTGGATTTATTGGACCAAACGGAGCTGGAAAAACAACGACCATTCGTATGATGGTTGGGTTAATTAATATATCTGAAGGCGATGTACTCATTCAAGGACATAGTATAAAAAAAGATTTTAAACAAGCTGTACGTGAAGTCGGTGCTATCGTTGAAAACCCAGAAATGTATCCATTTATGACAGGGTGGCAAAATTTAAAACACTATGCACGTATGATGCCAGGTGTAACGGAAGAACGTATGCTTGAAGTAGTTAAGTTAATGGGCATGGAAAAAGCAATCAAAGAAAAGGTTGGTAAGTATTCTTTGGGAATGCGCCAACGTCTTGGAATTGCGCAAGCTCTCTTACACAAGCCGTCTATTTTAATTTTAGATGAACCGACAAATGGCTTAGACCCTGCTGGAATTAGAGAAATGCGTGCGCATATTCGCCATCTTGCCCAAGAAGAAAATGTAGCTGTTATTGTATCTAGTCACTTACTTTCCGAAATTGAACAAATGTGTGACCGCATTGGCGTAATTAAAAATGGCGAAATGGTTACTTTACAACAAGTAGGCGCTCAAGATAATGATAATCTCGTTCACCAATTAACGGTTACACCAATTACGAAAGCAAAACAATTCATTCAAGAAGAATTCGCTTTGCAAGTAGTAGAACAAGATGGAATACTATCTTTTCATTGTAAAAAAGAGCAAATGCCAGCAGTTATTAAAAGCTTAGTAGAAAACAACTGCTCCATTTATGAGGCGAATGTTGTAAATGGAACCTTAGAGGACCAATTCTTTGAACTGATTGGAGAGAACACCATTGAGTAG	MTVAAMELVNLKKSIGNKDIIKGLSFSINRGEVFGFIGPNGAGKTTTIRMMVGLINISEGDVLIQGHSIKKDFKQAVREVGAIVENPEMYPFMTGWQNLKHYARMMPGVTEERMLEVVKLMGMEKAIKEKVGKYSLGMRQRLGIAQALLHKPSILILDEPTNGLDPAGIREMRAHIRHLAQEENVAVIVSSHLLSEIEQMCDRIGVIKNGEMVTLQQVGAQDNDNLVHQLTVTPITKAKQFIQEEFALQVVEQDGILSFHCKKEQMPAVIKSLVENNCSIYEANVVNGTLEDQFFELIGENTIE	PGPT0006725_13264	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_02622	954			hypothetical protein	TTGAGTAGCATGTTAAAACTTATTCATAATGAACAACTAAAAATATTTACAAAAAAATCAACCTGGCTTATGTATCTTATCTTAGCGGGGTTAATTTTCACTTTCGCATTTAGTATAAATTATTATGGTGTTCCAAACAAAGAATACCAAGTTGACAACTGGCAACAAGTCTTGCAAGAAGAAAATCAAAACTTAGAACAGGAAATGAAAAAAGATAAGTTTAAAACAGAGTATCATTCTTACATCATTGAAAAAAACAATTATTATTTAGAACATGATATTCAGCCAGCTGCTTACGATGCTTGGAACTTTACAGGAGAAACATCAGAGATAATCATAGTTGTCGGATTATTATCCATCATTGTCGCTGGAGGCATCGTTGCCAACGAATTCCGCTGGGGAACGATTAAACTACTACTTATTCGCCCCATTGAAAGAAGTAAGATTTTGTTTTCTAAATATGTAGCCGTCCTGTTATTTGCAATATATACACTTCTATTTCTCTTTATTACGGCCTGGATCACTGGAGCAATCTTTTTTGGAATTAGTGAAGTGGACGCTACTATCGTTAAAGATGCGACAGATGGGTTTAGATCAGTCCCACTGTTCAAGGATATTTTGACGAATTATAGCTTTCCACTAGTTGATTTGCTTATGATGACTACGTTAGCATTTATGATTTCAACTGTATTTCGTAATAGTTCATTAGCTATTGGGGTTTCATTGTTTTTATTGATGGGCGGTTCTTCATTTGTACAGATGTTTGCAGATAAAGATTGGGTAAAATACATTTTATTTGCCAACACAAATCTAAGACAATACACTGCTGGAAACACCCCTTTTGCAGAAGGTATGACACTGGGCTTTTCCCTTATCGTTTTAATCGTCTATTATGTTATTTTCATAGTAACTTCATGGATCGTATTTAAGAAACGCGATGTTGCAGGTCAATAA	MSSMLKLIHNEQLKIFTKKSTWLMYLILAGLIFTFAFSINYYGVPNKEYQVDNWQQVLQEENQNLEQEMKKDKFKTEYHSYIIEKNNYYLEHDIQPAAYDAWNFTGETSEIIIVVGLLSIIVAGGIVANEFRWGTIKLLLIRPIERSKILFSKYVAVLLFAIYTLLFLFITAWITGAIFFGISEVDATIVKDATDGFRSVPLFKDILTNYSFPLVDLLMMTTLAFMISTVFRNSSLAIGVSLFLLMGGSSFVQMFADKDWVKYILFANTNLRQYTAGNTPFAEGMTLGFSLIVLIVYYVIFIVTSWIVFKKRDVAGQ	PGPT0006730_9056	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK148_02623	915	bcrA_4		Bacitracin transport ATP-binding protein BcrA	ATGACAAGCGCAGCATTAGAATTAGTTCATTTGAAAAAAACAATCTGCAAAAAGGAAATTATTAAAGATCTTTCCTTATCGATTGAACCTGGAGAAGTGTTTGGTTTCATTGGACCAAATGGCGCTGGGAAAACGACAACAATACGTATGATTGTCGGTTTAATTAGCATCACAGAAGGTGACGTACTCATTCAAGAGAAAAGCTCCAAAACAAGTTTCAAAGAAGCGATTCAAGAAGTTGGAGCTATTGTGGAAAATCCAGAAATGTACCCATTCATGAGTGGATGGCAAAACGTAAAGCATTATGCCCGTATGATGTCAGGAGTAACAAAAGAACGTATGCAAGAAGTCGTCGCATTAATGGGGCTTGAAAAAGCGATTCACGAAAAAGTAGGGAAGTATTCATTAGGAATGCGCCAACGTTTAGGGATCGCTCAAGCTCTCTTACATAAACCATCCGTTTTAATACTGGATGAACCTACGAACGGTTTAGACCCTGCTGGAATCCGCGAAATGCGTGACCATATTCGCCATTTAGCTAAAGAACAAAACGTCGCAATTATTATTTCCAGTCATTTACTTTCCGAAATTGAACAAATGTGTGATCGCATTGGAATTATTAAAAATGGAGAGCTTATAACGCTTCAACAAGTTGGAGAAACAGAAAATGATAATCCGCTCCATCATTTGCAAGTAACTCCTATGAACCGAGCAAAACAAATATTACATGAACATCTTCAATTAGAGGCGACAGCATTGGATGGGCGTCTATCATTTCATTGCCAAAAAGAATTCGTTCCAAACATCATTAGCAAGCTGGTTGAAAACCATTGCGCTATCTATGAACTTACAACAGCACATGATTCATTAGAGGATCAATTCTTTGAACTGATTGGAGAGAATACCATTGAGTAG	MTSAALELVHLKKTICKKEIIKDLSLSIEPGEVFGFIGPNGAGKTTTIRMIVGLISITEGDVLIQEKSSKTSFKEAIQEVGAIVENPEMYPFMSGWQNVKHYARMMSGVTKERMQEVVALMGLEKAIHEKVGKYSLGMRQRLGIAQALLHKPSVLILDEPTNGLDPAGIREMRDHIRHLAKEQNVAIIISSHLLSEIEQMCDRIGIIKNGELITLQQVGETENDNPLHHLQVTPMNRAKQILHEHLQLEATALDGRLSFHCQKEFVPNIISKLVENHCAIYELTTAHDSLEDQFFELIGENTIE	PGPT0006725_13252	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_02624	654			hypothetical protein	ATGCAAATAAATCGTTTACCTATCCTTATTCTAGTAATGGGTGTTTTATATATTTTTATCATCCCGGAGGAACCTCTTGTTTTCAAACTGTTTTTCAAGTTAATCCCAATGGCACTCATTATTTTTTATGCTTTTTACTCCCTGCCTAAGCAGAAAACCAAATCACATTGGCTCATTCTTATTGGTCTATTTTTTTGCTCTATTGGGGACGGAACCATACACTGGTTCATCGTTGGTCTCACATCCTTTTTGATTGGACACTTATTCTATCTATCTGGCTTTATCTATCAATGGAAATTTTCCATTTGGCGCGCTGCCTCTATTATTCCTATAGGGGTTTATGCTTGGATTATTGGTAGTGACTTCGTTCAGGCCGTGGCTCGCTCAGAAGACACCTACCTCGTAATACCTGTAATCATTTACATGACGGCGATCGCTAGCATGGCATGGTTTGCCATTATGTCAGGAAATGTTTTTGCTAGTATTGGCAGTATTCTATTCGTTATTTCTGACTCTATTTTGGCATGGAACATGTTTGTTTCGCCAATTAACAATGAACATATATTCGTTATGATTACGTATTACACCGCCCAATTTTTCATTGCTCACAGTCTGAGGAACTTTGGTAAAAAGCATTCACGAACTGTCTGGTAA	MQINRLPILILVMGVLYIFIIPEEPLVFKLFFKLIPMALIIFYAFYSLPKQKTKSHWLILIGLFFCSIGDGTIHWFIVGLTSFLIGHLFYLSGFIYQWKFSIWRAASIIPIGVYAWIIGSDFVQAVARSEDTYLVIPVIIYMTAIASMAWFAIMSGNVFASIGSILFVISDSILAWNMFVSPINNEHIFVMITYYTAQFFIAHSLRNFGKKHSRTVW				NA	NA	NA	NA	NA
AK148_02625	393			hypothetical protein	ATGCAAGATTCAATGGGAATTACAGAAGAGGAAATCAGACGTTATTATGTGCTTCAACAGGAAAAAAAGGAAATAGAGTATGAGATGAAAGAGTTGAAAAAGTATTTCCATCAAGCTCTTGATGCTTCTGTTGGAGAAAATCAAAAGGGAGAAATGAAGCGAGGGGACTATTTAGCGCAACGGCAAATTCGTACTTCAACACAATACGAACGAGTTTGTACCGTAAGTAAATTAGAGGATATGCAGTTAGCTGATTTTATTATTATAGAAAAACGACCAGATACCGATAAGCTAGAAGCTGCTATCAAACTAGGATTAGTAGATGGCGAAGCATTTGCAGATTGTAAACATACAAAGGTAAACCAAGCTATCACTGTTAAAAAGCTTCGTTAA	MQDSMGITEEEIRRYYVLQQEKKEIEYEMKELKKYFHQALDASVGENQKGEMKRGDYLAQRQIRTSTQYERVCTVSKLEDMQLADFIIIEKRPDTDKLEAAIKLGLVDGEAFADCKHTKVNQAITVKKLR				NA	NA	NA	NA	NA
AK148_02626	1020	kdgR	COG1609	HTH-type transcriptional regulator KdgR	ATGAAAAAAGTAACTATTACCGATGTAGCTACTTATGCAGGTGTTTCAAAAAGCACTGTGTCGCAATTCTTGAATCAACGTTTTGATTATATGAGTGTAGAAACGAAAGAGCGTGTAGACGCTGCCATTAAAGAATTAGGATATCAACCTAATATTATTGCTCGGAGTTTAAAGCAGAGATCTACGAAAACAATTGGTGTAATTGTTGCAAATATATTACATGATTTTTCTACGCGTGTTATTAGAGCGATTGAAGATTACTGTCATACAGAAGATTACCACGTCATTGTTTGTAATGCGGATGATAACTCAGAAAAAGAAAAGCGGTATATTGACATGCTTCGAGCTAAACAAGTGGACGGCATTATTTTATTTCCGACTAGTAAAAATAAGACGTTCTACCAAGATTTAATGAAAGATGAGTACCCGTTCGTATTTATAGATCGTCTCGTTCCAGGTGTTGAAGCAGATGCGGTTTTACTAAACAATCATCAGGCTGCTCAATTAGCTGTGGATCAATTTGTTGCTAATGGTTATCAAAAAATAGCTGTTCTGGCACCACCACTGTTTGATCCGATAACGCCTCGATTAGAGCGAATAGAAGGGTATCAACATAGCCTTGAAAAGAACCATATTCGTCCAAATCCTTTATATACAATTAACAGTGCATTGGAAAAAGTGGAAGAACAAATGAAAAAACTGCTCTTGTTGTCCGATCCGCCTGAAGCAATACTTGCTTTAAACGATCGCCTGCTGTATCAATTGTTGCAATATGTAAAAGATCAGCAAATTCAAGTGCCCCAGCAATTAGCCATTATTGGCATTGATGATGTCACATTTGCTTCGCTCTACACGCCCTCATTAACTACGGTTGCACAGCCAGCATTTGATATGGGAAAGAAGGCTGCGGAGTTACTATTTAAACAATTTGATCATGGAGTAAGCAAAAAACAGGTGTATCGCTTTGCTCCTGAAATTATAATCAGAGAATCATGTGAGAGGAAGGGGAATGAAATATAG	MKKVTITDVATYAGVSKSTVSQFLNQRFDYMSVETKERVDAAIKELGYQPNIIARSLKQRSTKTIGVIVANILHDFSTRVIRAIEDYCHTEDYHVIVCNADDNSEKEKRYIDMLRAKQVDGIILFPTSKNKTFYQDLMKDEYPFVFIDRLVPGVEADAVLLNNHQAAQLAVDQFVANGYQKIAVLAPPLFDPITPRLERIEGYQHSLEKNHIRPNPLYTINSALEKVEEQMKKLLLLSDPPEAILALNDRLLYQLLQYVKDQQIQVPQQLAIIGIDDVTFASLYTPSLTTVAQPAFDMGKKAAELLFKQFDHGVSKKQVYRFAPEIIIRESCERKGNEI				NA	NA	NA	NA	NA
AK148_02627	558	hxlB	COG0794	3-hexulose-6-phosphate isomerase	ATGAGAAAAACACTAGATACGATTACCATGGAGGTAAGTAAAGTAATACAAGCGGTTGATTCAGATGAGGCAGTTGCGTTAGCGGAACAACTGAAACGAGCAAATTCCATTTTTGTAGCCGGTACTGGTCGATCAGGGTTGATTGGCAAAGCCTTTGCCATTCGTATGATGCACAGTGGATATTCTGTTTATGTCGTTGGAGAAACAATTACACCAAACATGGAAGCGGATGATGTGTTGTTAATCATTTCTGGCTCAGGAAACACAGGAACATTAGCTTACTTTGCAGAAAGAGCTACTGCCATTGGCGCTACCATAGCATTAGTAACAACAAATAAACAATCTGTCATTGCCCAATACAGTAATTGTATCGTAGAGATTCCTGCTGCCACTAAAAAGCGATTACCGAATGAGCCTGCTACAATCCAACCATTAGGAAGCCAATTTGATCAATCAGCACATGTAGTGTTAGATGCTGTTATTGCTCATGTGATTCAACAAGAGCAATGGAATAATCCAAACCAAGTGTTAGCCAAGAAACACACAAATTTAGAATGA	MRKTLDTITMEVSKVIQAVDSDEAVALAEQLKRANSIFVAGTGRSGLIGKAFAIRMMHSGYSVYVVGETITPNMEADDVLLIISGSGNTGTLAYFAERATAIGATIALVTTNKQSVIAQYSNCIVEIPAATKKRLPNEPATIQPLGSQFDQSAHVVLDAVIAHVIQQEQWNNPNQVLAKKHTNLE	PGPT0013290_402	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-FORMALDEHYDE_FIXATION,PGPT0013290-hxlB|yckF-K08094	NA	NA
AK148_02628	627	kdgA	COG0800	KHG/KDPG aldolase	ATGAAACCGATAGATATTATTAAAGCGACAAAAGTAGTAGCAGTGATCAGAAAAGCGAATGAAGAAAATATGGTTCCTATATTAAAAGCGCTATCTGCAGGGGGTGTGAAGGCTGTTGAAATTACAGCGGAAACACCCAATGTTGCAAACATTATTGCAGTAGCAAAGGAAGCAATGGGTGAGGAGAGTTGTATTGGTGCTGGTACGGTTCTAGATTCGGAAACAGCTAGAGCAGTTATGCTAGCAGGAGCAGATTTTATCGTCTCTCCATCGTTGAGTATAGAAACGCTTAAGCTCACCAACCGCTACGGTATGCTATATATTCCAGGAGTGTTAACGCCTACCGAAATAGTGACTGCTTATGAGTATGGAGCAAGTATGGTGAAAATTTTCCCAGCGTCAACAGTCGGCCCTTCCTATATGAAAAATATGTTAGGACCACTTCCACATGTGGAGGCAATGGTTACAGGAGGGATAACGTTAGAGAATATGAATGATTATTTACAGCAAGGTGCGAAAGCGGTAGGTATTGGCAGTAACTTAGTGAATGTCACCAAGTTAAAAACAGAAGCTGATTATGAGAAATTAGAGGAAGAAGCGAGATCGTATATTCAAGCCATAAGTTAA	MKPIDIIKATKVVAVIRKANEENMVPILKALSAGGVKAVEITAETPNVANIIAVAKEAMGEESCIGAGTVLDSETARAVMLAGADFIVSPSLSIETLKLTNRYGMLYIPGVLTPTEIVTAYEYGASMVKIFPASTVGPSYMKNMLGPLPHVEAMVTGGITLENMNDYLQQGAKAVGIGSNLVNVTKLKTEADYEKLEEEARSYIQAIS	PGPT0002060_3074	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
AK148_02629	678	rpiA	COG0120	Ribose-5-phosphate isomerase A	ATGACTCATCATAATAGTGGTAAACAGATAGTGGCACATGCAGCTCTTTCATATGTGCAATCTGGTATGACGTTAGGGCTTGGAACGGGTTCAACGATTCATTACTTTTTAGAAGAACTAAAAAGATGTGTGCGTGAAGGGTTGCATATTCAGGGTATCCCGACATCCAAAGAGACAGAAAAGCTAGCCGAAGAATATGGGATTCCATTAACTAATTTTTCAGAGGTGACAAAAATAGATGTAGCTATTGATGGTGCGGATGAATTCGATCCTGACTTTCAATTAATGAAAGGTGGCGGAGGTTCTTTAGTTCGAGAAAAAATTGTCGCCGAAGCAGCAGATAAACGAATAGTCATTGTTGACAATACAAAAAGTGTGGACAAATTAGGCAGATTCCCTCTACCTGTTGAAGTGGTGCCATTTGGTTGGCAAAAAACAGCATCTTATTTAGAGAGTTTTGGTTGTGCGCCTGTATTACGAAAAGTGAACCAAAAGCCATTTGTGTCGGATAATGGAAATTATATTCTAGATTGTGCTTTCGGCTCCATAGAACATCCTAAGATATTACATGAACAATTAAAACAGTTGGTTGGGGTGGTGGAGACAGGTTTATTTATTGATATGACCGATATAGTTTTAACGGCTAATAACGGCGTCGTTGAAAGACAGATAAAGTGA	MTHHNSGKQIVAHAALSYVQSGMTLGLGTGSTIHYFLEELKRCVREGLHIQGIPTSKETEKLAEEYGIPLTNFSEVTKIDVAIDGADEFDPDFQLMKGGGGSLVREKIVAEAADKRIVIVDNTKSVDKLGRFPLPVEVVPFGWQKTASYLESFGCAPVLRKVNQKPFVSDNGNYILDCAFGSIEHPKILHEQLKQLVGVVETGLFIDMTDIVLTANNGVVERQIK	PGPT0017390_2581	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_RIBOSE_METABOLISM|DEGRADATION,PGPT0017390-rpiA-K01807	NA	NA
AK148_02630	951	kdgK		2-dehydro-3-deoxygluconokinase	GTGCTCGATATTATTACATTAGGAGAAGCAATGATTGTTTTTAACCCGGGAAGTACAGGGCCATTACAATTTGTTCATACATTTGAAAAGAGAGTTGGCGGTGCAGAGTTGAACCTTGCTATTGGCTGCTCGCGATTGGGGATGAAGACTGGGTATATAAGCAGGCTAGGTAACGATGAATTCGGGCGTTACATACATCACTTTATTCGTGGAGAGGGGATAGATACATCCCAATTGAAGCTTGTTGATGGTTACCCTACGTCCTTAAATTTTAACGAGAGAATGGAAGACGGCAATGTACGTACATTTTACTATCGTAATCAATCACCAATGAAAACATTAACGGTGGCTGATTTAGATGAAAACTATTTTAAACATGCGAGAGTGCTTCACTTAACTGGTATTTACCCAGCTATTGAGGACAGTAATATTCCAGTAATGGAAAAAGCGATTGAACTGGCAAAAAAGCATGATGTAAAAGTATCGTTTGATCCTAATATTCGGCTTCGCATGTGGACAAAGGAAAAGGCACGTGCTGTTCTTGAGAAGATCTTGCCAAAAGTAGATATTTTACTAACTGGTGATGATGAAATGGAAGTTATTATGGGAGAAAAAAACCCACAAAAAATTATACATCAAGCAAGAGAGTTAGGAATTTCATTCGTCGCGGTAAAGCTAGGCGAAAAAGGATCTGTTGGTTATTATCATGGTCAAACCGTGGAAGCCGAACCTGTAAAAGCTTCGACGGTTGTAGATACAGTCGGAGCAGGTGATGGTTTTAATGCCGGTGTACTTTACGGACTTTCGCAGAATTGGGATTTAAACAAAATGATGCAAGTGGCCAATACGGTCGGCTCCATGGTAGTTCGTGTTGTAGGTGACAACGAAGGGTTACCATATTATGAACAAGTGCAGCAACGTCTTGGTGAAATAGAACGAATTGAAAGGTAA	MLDIITLGEAMIVFNPGSTGPLQFVHTFEKRVGGAELNLAIGCSRLGMKTGYISRLGNDEFGRYIHHFIRGEGIDTSQLKLVDGYPTSLNFNERMEDGNVRTFYYRNQSPMKTLTVADLDENYFKHARVLHLTGIYPAIEDSNIPVMEKAIELAKKHDVKVSFDPNIRLRMWTKEKARAVLEKILPKVDILLTGDDEMEVIMGEKNPQKIIHQARELGISFVAVKLGEKGSVGYYHGQTVEAEPVKASTVVDTVGAGDGFNAGVLYGLSQNWDLNKMMQVANTVGSMVVRVVGDNEGLPYYEQVQQRLGEIERIER	PGPT0018060_2189	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
AK148_02631	1377		COG4325	putative protein	ATGTTAGTGAAATGGCTACCACCATCATTAAGTAAGTATTTAAAAATGTCGAAACAAGAAAGAAAATATGAACTTCGCCTAACTTTATGGCGAACACCGTTGTTGTATATTTTATGGACGTTTTTTCTAGTTGCTATCACTGTTTATATGGATGTAGGGATAGGCATAGCTAAATATACTTTTGACGGTTTTCAAGCTACTTTTGAAACGACGAGGGCATTAATAAGCGCATTAATTGGTGGCGTTCTAACACTTAGTGCGTTTACGCTAAACTCGTTACTCGTTGTACTCACCACATTTAGTGGTCAGTTTTCTCCAAGGATGTTGCAAAATTTTGTCAAAGATAAGCAGACGCAGCATATTCTAGGAATCTTTAATGGCAGTTTTGTTTACGTGTTAATCATGTTTCTAGCAATTAGTAGTAATCCCGTTGACTATTATGTAGCTGTACCGTTTGCTACTGTAGCAATTGCTTTTTTTGCAGCAGTAACATTTATATATTTTATAAATCATGCTACTACATGGATGCAAGTGCATAATATTACCGACACGATGAAGCAAGTTACAGTAGAAATGTTAGAAGGAGATTTTACGAAAGACTTACAGCAAATGCGAACGGAAAATCCTGGTGACTTATTGCAAGGGTGGCAAAAAGAAAAATGTAGTGTATTAGCGCCTATATCTGGCTATATACAGCTGATTCTCTTTAAAGACTTACTACAAAAAGCGAAACAAGACAATATTATTGTGAAAATGGAAGTAGGTATTGGAAACTATGCTTTACAAGGAAATCAGCTTTTTACTTATTGGGGGCCAGGCGCTCATCAAGTGAACGAGCAAGAATACTTAGATTTTATTCGTTTAGGCCATAAGGAAACAGAAATTCAAGACTTAAAATACGGTCTAAATAAGCTAGCAGAAATTGCGATTAAAGCAATGGGAAATGATGATCCTAAAACAGCTGCGAATACGATTTATCAAGTGGCCGACTTGCTGTTAGCTTTGGAGAATAAAGCTACCTTTTCCCCTTATTTAGTCGATGAAGAAGGTCAAGTGCGCTTCATATTAGGTGTGGATGATTTCGAATACCACCTCTATCAGGGGTTGGGATTAATTAGACATTATGCACAAAAGAACTATCCGATTATTACAAACATCATTGAAGCGTTAACGAGATTGGCTGGCGCGGTGGATCAAAAATATCATAAGGTGATTTGGAATTTTGCTACGAATACGATTGATCATATTTATACAGAGTTTATTTTTGATCTAGATCGTAAATTATTGCTACGCAATCTTCAAGAGCTTGCACGTATTACGGGCCATGCGTCTAATTATAACTACATCGAACGTCACTTAAAAGGCGATAAGCAATGA	MLVKWLPPSLSKYLKMSKQERKYELRLTLWRTPLLYILWTFFLVAITVYMDVGIGIAKYTFDGFQATFETTRALISALIGGVLTLSAFTLNSLLVVLTTFSGQFSPRMLQNFVKDKQTQHILGIFNGSFVYVLIMFLAISSNPVDYYVAVPFATVAIAFFAAVTFIYFINHATTWMQVHNITDTMKQVTVEMLEGDFTKDLQQMRTENPGDLLQGWQKEKCSVLAPISGYIQLILFKDLLQKAKQDNIIVKMEVGIGNYALQGNQLFTYWGPGAHQVNEQEYLDFIRLGHKETEIQDLKYGLNKLAEIAIKAMGNDDPKTAANTIYQVADLLLALENKATFSPYLVDEEGQVRFILGVDDFEYHLYQGLGLIRHYAQKNYPIITNIIEALTRLAGAVDQKYHKVIWNFATNTIDHIYTEFIFDLDRKLLLRNLQELARITGHASNYNYIERHLKGDKQ				NA	NA	NA	NA	NA
AK148_02632	426	ydaG	COG3871	General stress protein 26	GTGAAGCAAGAACATGTACGAGCACAAGTTGAACAAATTTTGGAAAGTGATCTTGTTGGTCCGATGGCTACAGTAAAAGGGAAAATGCCGCACTCTAGGTATATGACGTTTTATCATGATAACTTAACATTGTATACACTAACTAGCAAGCAAACGGACAAAGTAGATGATATTGAACAAAACCCGTATACCCATATTATTCTTGGTTATGAAGGAGAAGGGTTTGGTGACGCTTATGTGGAGTATGAAGGCAAGGTAAATGTCAACGATTCTCCTGAACTAAAGAAGAAATTATGGAGTGACCATGCAAATATATATTTTGATGGACCAGATGACCCAAATTTAACGGTGCTGGAAATAAAGCCATTGCATATCCGTCTCATGAATAAAAAAGGGCAAGAAACGCCACAGGAATTAGAGATATAG	MKQEHVRAQVEQILESDLVGPMATVKGKMPHSRYMTFYHDNLTLYTLTSKQTDKVDDIEQNPYTHIILGYEGEGFGDAYVEYEGKVNVNDSPELKKKLWSDHANIYFDGPDDPNLTVLEIKPLHIRLMNKKGQETPQELEI	PGPT0015019_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015019-ydaG-NA	NA	NA
AK148_02633	687	bceA_1	COG1136	Bacitracin export ATP-binding protein BceA	ATGGCAGTTCTTGAAATGAAACAAGTGCGTAAAATTTTCGGTTCGGGACATACAGAAGTAGAAGCTCTAAAGCCAACTGATTTCTCCTCTCAACAGGGGGAATTAATTGCTGTCATTGGGCCATCTGGATCGGGAAAAAGTACCTTTTTGACAATAGCCGGTGGTCTACAAACTCCTACCAGTGGTCAAGTATTTATGAATGGTACAGATATTACTAAATTAAAAGAGAAACAGCGATCAGCCATTCGCTTAAAAGAAATTGGGTTCGTCCTGCAATCATCTAATTTAGTTCCATTTTTGAATGTGAAGCAACAAATGCGTTTATTAGATAAAGTAAAGAAGCATAACTTGCCTTCTGAAAAATTGCAGGAACTATATCAAACATTAGGTATTCATAAGTTATTAAATAGCTTTCCGTCCGACTTGTCAGGAGGAGAAAAACAACGTGTCGCTATTGCCAAGGCACTCTACACAGACCCTAGTATCATTTTAGCCGATGAGCCAACCGCCTCCCTCGACTCCGATCGAGCGTTTGAAGTGATGGAAATGCTACAAGAAATAACGACGAAGAGCAACAAAACTACTATCGTTGTTACGCATGATACACGATTAATTGATTATTGTGATAAAGTGTATCAAATTACAGATGGAAGGCTTTCTTTACAAACCGAGCAAGCACAATCATAG	MAVLEMKQVRKIFGSGHTEVEALKPTDFSSQQGELIAVIGPSGSGKSTFLTIAGGLQTPTSGQVFMNGTDITKLKEKQRSAIRLKEIGFVLQSSNLVPFLNVKQQMRLLDKVKKHNLPSEKLQELYQTLGIHKLLNSFPSDLSGGEKQRVAIAKALYTDPSIILADEPTASLDSDRAFEVMEMLQEITTKSNKTTIVVTHDTRLIDYCDKVYQITDGRLSLQTEQAQS	PGPT0013345_12236	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
AK148_02634	1068		COG0577	putative ABC transporter permease	ATGTTTTTAGCCTGGAATGAGATGAAGAACAACAAATTACGCTTCACTTTAATTGTTGGTGTATTATTGCTCGTTTCCTACCTTGTTTTCTTATTATCAGGGCTGGCAAACGGGTTGGAAGACATGAACAAAGCAGCGGTTGATAAATGGGAAGCACAAGGCGTCATTTTGACAGAAGAATCCGATGTTAACCTGCCTCAATCTAGCTTATCACTGGAGGATTATGATGGGGAAGGTGCAGATGAATTTGCTAGTTTAGCCCAAATTAGCTCCATCGCTACTTCAGGGGATAATAAATCGAATGTAGCTCTCTTCGGCATTCATGCAGATGAGTTCATTATGCCTGACATAACAGAGGGCGAGACGTTTCAAAATGATAATGAAGTGGTTGCTGATGCGTCTTTAAAAGAAGAAGGATTTGAACTCGGTGATGAGTTGCAATTGGCTTCCACTGAGGAAAAGTTAACCATTGTCGGTTTTACTGATAATGCAAAATTCATTGCTGCGCCGGTACTTTACACTGACTTACAAACCGTACACAAAGTGCGCTACGGAGAAGCAGCAGAAATGTACAAAGAACAAATAAATGCCTTTGTCATTCGAACAGATGATTTATCCAATATAGATGTTAAAGAAGCATTAGAAGTTGTAGATACGACAACATTTATCGAAAATCTCCCTGGTTATTCAGAACAAAAATTAACCTTAAACTTTATGATTTACTTCTTATTTGTTATCTCTGCAGTCGTATTAGCTATTTTCCTCTATGTACTTACCATTCAGAAGATAAGTATATTCGGAGTTATGAAAGCACAAGGAATATCGAGTAAATACTTAGCAAACTCGGTTATTGCCCAAACTTTTTTATTGGCAGCTGCAGGTGTGGTTCTCGGATTTCTGTTAACGATGGTTACAGGGTTCTTTTTACCAGATATCGTTCCTATCGCCTTTAATTATTTGGATTTACTCCTCTATGGTATTGTACTTGTTTTTGTATCTGTATTAGGAGCGCTATTCTCTATTCAAACGATTGTAAAGATCGATCCACTAAAAGCGATTGGAGGTTAA	MFLAWNEMKNNKLRFTLIVGVLLLVSYLVFLLSGLANGLEDMNKAAVDKWEAQGVILTEESDVNLPQSSLSLEDYDGEGADEFASLAQISSIATSGDNKSNVALFGIHADEFIMPDITEGETFQNDNEVVADASLKEEGFELGDELQLASTEEKLTIVGFTDNAKFIAAPVLYTDLQTVHKVRYGEAAEMYKEQINAFVIRTDDLSNIDVKEALEVVDTTTFIENLPGYSEQKLTLNFMIYFLFVISAVVLAIFLYVLTIQKISIFGVMKAQGISSKYLANSVIAQTFLLAAAGVVLGFLLTMVTGFFLPDIVPIAFNYLDLLLYGIVLVFVSVLGALFSIQTIVKIDPLKAIGG	PGPT0013350_21670	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004	NA	NA
AK148_02635	699	gph_3		Phosphoglycolate phosphatase	TTGAGAACAATTGCTTTTGATTTAGACGATACATTATACGATCGAACCGAGCCATTAAAGCAGACCTTTGCCAGCTTTACGCCTACAAAGGAGCTGCGCTTCAACGAAATTTTACCTATCTATCATAAATATAGTGATATCGCTTTTGAAAAGGTCACGAACCAGCAATGGACATTGGAAGAGTCCTATGTTTATCGTATACGCAAGACGCTTCAAGAACAAAATATCGGCATTAGTAAGCAAGATGCACTCGCTTTTCAAGCAATGTATACAAAAAATCAAGACCGTATTCAGTTAAGACCTCATATAGAAGAGATTATACAGTATTTGCAAAACAAGGAAATACAAACAATTATTATTACCAATGGACCATCGACGAATCAACGTAAAAAAGTACGCCAATTAGGGTTGGAAGCTTACTTTTCTGCGGAGGACATTATTGTTTCTGAAGAAGAAGCGGTCGCAAAACCGGACCCAAAAATCTTTCAAATTGCAGAAGAAAGATTCAGTTTGACTAAAAATGAAACGTGGTATATTGGCGATAATTTTTTAATTGATATTATCGGAGCTAGCCAAGTAGGCTGGAAAGCAATCTGGCTTAAGCCAAATCATCAGAAACCACAATGCAACCCAAACCTAGCCGAAAAGACTGTGCATTCTACGGAGGAGTTGAAAGACTATTTGTTACGACATGTTTGA	MRTIAFDLDDTLYDRTEPLKQTFASFTPTKELRFNEILPIYHKYSDIAFEKVTNQQWTLEESYVYRIRKTLQEQNIGISKQDALAFQAMYTKNQDRIQLRPHIEEIIQYLQNKEIQTIIITNGPSTNQRKKVRQLGLEAYFSAEDIIVSEEEAVAKPDPKIFQIAEERFSLTKNETWYIGDNFLIDIIGASQVGWKAIWLKPNHQKPQCNPNLAEKTVHSTEELKDYLLRHV				NA	NA	NA	NA	NA
AK148_02636	969	mhqA	COG0346	Putative ring-cleaving dioxygenase MhqA	ATGGAAGGTCTAAAGGGGATTCATCATGTTACGGCGATTACGAGCAGTGCTGAGAAAAACTATGAATTTTTTACCTATGTCCTCGGCATGCGGTTAGTTAAAAAGACTGTAAATCAAGATGATATTCAAACATACCATTTGTTTTTTGCTGATGATAAGGGAAGCCCAGGGACAGATATGACCTTTTTTGATTTTCCTGGTATTCCAAAAGGTTCACATGGTACAAACGAAATTTATCAGACATCTTTTCGCGTTCCTTCCGATGAAGCACTTACGTATTGGGTTGATCGATTCGATCGTTTGGGCGTGAAGCACGCTGGAATTCAAGAGCAATTTAGCAAAAAGATAGTACCTTTCGTAGACTTTGATGATCAGCAATACCAATTAATTTCTGATGAAAATAATGTAGGAGTTGAAGCTGGTATACCTTGGCAAAAAGGCCCAATTCCGTTAGAGTATGCAATTACTGGCTTGGGCCCGATTATTATTCGAGTTGCTGACTTTACGTATTTTAAAGAAATGTTGGAGAAGGTATTGCAATTCACCTATATACAAGAAGAAAATGAGCTTCATTTGTTTGAAGTAGGTCAAGGAGGAAATGGCGCGCAGGTTATTGTAGAGCATAACAAAACGATGCCAAATGCGCGTCAAGGCTACGGAACGGTTCATCATGTTGCATTCCGAGTAGAGGACCGATCGGTATTAGATGCATGGACAAACCGAATGGAAAGCTTTGGGTTTGCTACGTCAGGTAATGTAAATAGGTATTACTTCGAATCGTTATATTTTAGAATTACGAATCAAATCTTATTTGAACTAGCAACGGAGGAACCAGGATTTATGGTTGATGAACCCTATGAAACGTTAGGTGAAAAATTAGCTTTACCACCATTTCTAGAGGAGAAGCGGGAACAAATTGAAAAAATGGTTCGACCAATAGATACGGTGAGAAGTACGATTCAATTTTAG	MEGLKGIHHVTAITSSAEKNYEFFTYVLGMRLVKKTVNQDDIQTYHLFFADDKGSPGTDMTFFDFPGIPKGSHGTNEIYQTSFRVPSDEALTYWVDRFDRLGVKHAGIQEQFSKKIVPFVDFDDQQYQLISDENNVGVEAGIPWQKGPIPLEYAITGLGPIIIRVADFTYFKEMLEKVLQFTYIQEENELHLFEVGQGGNGAQVIVEHNKTMPNARQGYGTVHHVAFRVEDRSVLDAWTNRMESFGFATSGNVNRYYFESLYFRITNQILFELATEEPGFMVDEPYETLGEKLALPPFLEEKREQIEKMVRPIDTVRSTIQF	PGPT0028510_414	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROQUINONE-DERIVATE_RESISTANCE,PGPT0028510-mhqA|mhqE|mhqO|yaiA-K15975	NA	NA
AK148_02637	780	ybbH_1	COG1737	putative HTH-type transcriptional regulator YbbH	ATGGATAAACCTTTATTTAATATTCCCCATCAGACGTATTCCATGCTTAGTCAAAGTGAACGCTATTTATTGGAGTTTATTCATGAGCATATGGATGAAATTGCTGACATGTCCATTGTTACACTTAGTGAACAGGCTAACGTTTCCACCGCTACGATTGTAAGATTAATGAAAAAAATGGGCTATAACGGCTATACTTCATTTAAGTATCGTTTAAAGCAAGATAAGCAAATGTTAGATACCAATGATTCTCTCGGTGATATTGACGTTGATATTAAGCAGGTCATTAAGAAAAATGAAGAAGAAGTGCTGCGAACCATACAATTGCAAAGCATTGGTCAAATGGAAGACGTCGTTCAAAAAATATACAATGCGAAGCGCATTTATATTTTTAGTCGTGGTTTTTCTGAAATGATTGCTAAAGAAATGATGATTAAACTACAGGCTTTAGACAAAATTTGTGAAACCCATGAAGATCCGAATATTATTCGCGTAAAATCACGTAAAGTGACGAAGGATGATATTGCCATTTTTGTGTCGTTAAATGGAGAAACCGTTGAACTTGTTGAAGCTTGTCAAAACTTAAATATTCGACAAGTAACGACAATTACTTTAACGACAAAAATTGATTCCTCTTTAAGTCATTTATCAGATATGACATTATTAGGGTACAAGACGGAACATTCGCTGTTTCCTGAATATGAAGTCCGTTCTCGCCTGTCCCTCAATGTAATTGCCCGCATATTACTCGATTCTTATGTTATTCGAACAAGAAAATAA	MDKPLFNIPHQTYSMLSQSERYLLEFIHEHMDEIADMSIVTLSEQANVSTATIVRLMKKMGYNGYTSFKYRLKQDKQMLDTNDSLGDIDVDIKQVIKKNEEEVLRTIQLQSIGQMEDVVQKIYNAKRIYIFSRGFSEMIAKEMMIKLQALDKICETHEDPNIIRVKSRKVTKDDIAIFVSLNGETVELVEACQNLNIRQVTTITLTTKIDSSLSHLSDMTLLGYKTEHSLFPEYEVRSRLSLNVIARILLDSYVIRTRK				NA	NA	NA	NA	NA
AK148_02638	918	lacC_1		Tagatose-6-phosphate kinase	GTGATCTATACATGCACAATGAATACAGCAATTGATTTATACGTTGCAATGGAAGCGCTAAATCCAAATGCTGTTAATCGAACACACGATGAAGATTACCAGCCGAATGGCAAAGGCGTTAATGTTTCTGTGATGTTGAATAAAATGGGGATACCTAATACCGCATTAGGGTTTATTGGTGGTTTTACGGGACATTTTATTAAAGAAGAGCTCGAAAAACTTGGCATTGCAACAGATTTTATTGAAGTCGCAGGTAATACGCGCATTAACGTTTTTATTAATGCGGATGAGGAGTACAAAATTGTTAATCAAGGTCCAAGTATTCCGCAAGAAGCAATGCACCAGCTATTGGATAAAATAGCGAACATCCCAACTGGAAGTACGCTCATTGTATCGGGTAGTCTTCCAAAAGGTGTTGATGACCAAGTATTAATTACAATTGCGCAAATATGCGATCGAAATCATGTGAAATTAGTTCTTGATTCTAGCTCCACGGTTGTGTTAGAGACACTTGCCTATGAGCCCTATTTATTAAAGCCGAATGAAGACGAGTTAGCCCATCTGTTTGGCGAACAATCTTTGTCAGAAGAACAGATCATTGCATATGGTAAGGAATTAATTGAACGAGGTGCAAGGCATGTCATTATATCAAGGGGAGAAGAAGGTGCAGTCTATTTAGATGGGCAACAAGTTCTTAAGGCAAGCTCTCCAAAAGGAAAGGTTGTTAATACAGCATGTGCTGGGGATGCTTTACTCGCTTCGTATATTGCCAAAACGATTGAAAAAGAATCGATTGCAGAAGCACTGATATATGCAATAGCAACAGGAGCATCGACCGCATTTTCCAAGGGGTTAAGTGATTTATCAGATATTCTTGAGTTAAAGCATCAAGTCCATATTACAAATTTAAGGAGGTAA	MIYTCTMNTAIDLYVAMEALNPNAVNRTHDEDYQPNGKGVNVSVMLNKMGIPNTALGFIGGFTGHFIKEELEKLGIATDFIEVAGNTRINVFINADEEYKIVNQGPSIPQEAMHQLLDKIANIPTGSTLIVSGSLPKGVDDQVLITIAQICDRNHVKLVLDSSSTVVLETLAYEPYLLKPNEDELAHLFGEQSLSEEQIIAYGKELIERGARHVIISRGEEGAVYLDGQQVLKASSPKGKVVNTACAGDALLASYIAKTIEKESIAEALIYAIATGASTAFSKGLSDLSDILELKHQVHITNLRR	PGPT0017580_1720	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
AK148_02639	1404	fruA_2	COG1299	PTS system fructose-specific EIIABC component	ATGAAAAAGAAAATTGTTGCTGCCACAGGTTGTCCAACTGGAATTGCCCATACGTTTATGGCTGCAGAAGCTTTGCAAAAAGCTGCTGAAAAACTAGGTGTAGAAATAAAAGTGGAAACACATGGTCAAGTAGGAATTGAAAATGCATTGACAGCACAAGAAATTAAAGAAGCTGATGGTGTCATTATCGCTGCGGATAAGGATGTACAAGCAGACCGATTTCATGGCAAGCCGTTGATCGATGTCTCTGTTGCCAAAGGTATTAAAGAGCCTGAGCATCTAATTGAACAAATTTTGCAAGGAAAAGCGTCTGTTTATTATGCTGCCGATTATGATGGAGCAAAACAAGAAACAGATCAAGAAAGCACAGCGAAAGGAAATAATAGTAAATGGGTCCACACGGTTTATAAACATTTAATGAATGGTGTTTCTCACATGCTTCCATTTGTTGTTGGGGGCGGGGTGCTGATTGCAATATCGTTTTTATTTGGCATCTATTCTGCCGATCCAGATCATGAACAATATAACGAATTTGCAGCACTGCTGAAAGAAGTTGGTGGCTTAGGTTTTAGTCTAATGGTGCCAATTTTGGCAGCTTTTATTGCAGAATCGATTGCCAAGCGTCCTGGTATGGTAGTTGGGTTTATCGGTGGTTTATTAGCAAGTCAAGGTGGAGCTGGGTTTTTAGGAGGAATTTTAGCAGGATTTATTGCAGGTTATATTATTATCCTTTTACAAAAACTATTAAAAGGTCTACCGCGCTCTTTAGATGGACTAAAATCAATCTTTTTGTATCCAGTACTTGGGATCTTTTTAATCGGTATTATTATGAAACCAATTATTATTCCAGTTACAGGTTTAAATGAAGGATTAATGGACTTTCTAGCATCTGTTCAATCAACAAATCCATTATTACTAGGTTTAATTGTAGGGGCTATGTGTGGATTTGATATGGGCGGGCCATTTAACAAGGCCGCATATGTAACAGGAACGATGCTACTTGCAGAAGGTAACTTATATTTCATGGCTGGTGTTTCAGCAGCTTGTATTGCACCACCATTAATTATCGCGTTTGCTACGGTTATCTTTCCAAAATACTTTACGAAAGAAGAACGAAATGCTGGGGCGGTTAACTTTATTTTAGGATCTACCCATATTACAGAAGGAGCGATCCCGTTTGCAGCTAAGAACCCGATTGTTGTTCTACCAATTATTATGCTAGGTTCTAGTATTGCTGCCATCCTAACGTATTTATTTAAAGTGCAAGTTCCTGCGCCACATGGAGGATTTCTCGTTTTACCTGTTGTAACAGGAGCCTTTCAATGGGTTTTAGCCATTCTTATCGGCTCTTTGGTTGGTGCATTAATCTACGGTTTTTCACGTAAAAAAGCAGCCCAGAAATAA	MKKKIVAATGCPTGIAHTFMAAEALQKAAEKLGVEIKVETHGQVGIENALTAQEIKEADGVIIAADKDVQADRFHGKPLIDVSVAKGIKEPEHLIEQILQGKASVYYAADYDGAKQETDQESTAKGNNSKWVHTVYKHLMNGVSHMLPFVVGGGVLIAISFLFGIYSADPDHEQYNEFAALLKEVGGLGFSLMVPILAAFIAESIAKRPGMVVGFIGGLLASQGGAGFLGGILAGFIAGYIIILLQKLLKGLPRSLDGLKSIFLYPVLGIFLIGIIMKPIIIPVTGLNEGLMDFLASVQSTNPLLLGLIVGAMCGFDMGGPFNKAAYVTGTMLLAEGNLYFMAGVSAACIAPPLIIAFATVIFPKYFTKEERNAGAVNFILGSTHITEGAIPFAAKNPIVVLPIIMLGSSIAAILTYLFKVQVPAPHGGFLVLPVVTGAFQWVLAILIGSLVGALIYGFSRKKAAQK	PGPT0017120_2444	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
AK148_02640	465	fruA_3	COG1299	PTS system fructose-specific EIIABC component	ATGAAAAAAATGATTCAACCAGCATATATTCGGCTACAAGCAACAGCGACTTCACAGCAAGGTGTATTTCAAACGATTGCTGATATAGCAGTTGCCAATGGTATTGCAAGTTCGCAGGAAGCGATTGTAGAAGGCTTGAAGGCGCGTGAAAAGGAAAGTACAACTGGTTTTCAAGAAGGGTTTGCGATTCCGCATACGCAAGCTGAGGAAGTCAGTCAACCTGCAATTATTATTGTGCGGACAGAGACAGGGGTTAATTGGGAATCCTTTGATGGCAAGCCTGCCTTCTTCTTTCTTTCACTGCTTATTCCTAAGTCGGAAGCAGGTACAACACATTTACAAGCATTATCCGCCTTATCTAGAGCATTAATAAATGAAGATATTAGACAAGCTATGCTGCGTGCGACAACGTCAACAGAACTCGCTACGATTATTAGTCAAGCTATTTCAGGAGAGGACGATTAA	MKKMIQPAYIRLQATATSQQGVFQTIADIAVANGIASSQEAIVEGLKAREKESTTGFQEGFAIPHTQAEEVSQPAIIIVRTETGVNWESFDGKPAFFFLSLLIPKSEAGTTHLQALSALSRALINEDIRQAMLRATTSTELATIISQAISGEDD	PGPT0017130_237	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
AK148_02641	873	gatY_1	COG0191	D-tagatose-1,6-bisphosphate aldolase subunit GatY	ATGCCACTTATATCAACGACACCGATGTTAGAACAAGCAAAACGTGAAAAATATGGAATTGTCGCTTTTAATGTTCATTCACTAGATAGTATTTATTGGGTTCTAGAAGCGGCTGCAGAAATGAAATCCCCCGTGATTTTACAAACAACGGTAGGAACGGTGAAATCATTAGGAGCAGAAAATATTGTGAAAGTCGCAACAGCAGCTGCCGATTTTTATCAAGTACCAACAGGTTTGCATTTAGATCATTGTACGGATTATGAAGTGATTAAAAAGGCCATTCGGGCGGGGTACACATCTGTTATGATCGATGCTTCCAAACACCCCTTCGCAGAAAATGTACAACAAACGAAGCAAGTGATGGATTTAGCAGCTAGCTTAGGTGTCAATGTAGAAGCGGAGTTAGGAAAAGTAGGAGGGGTGGAAGAAGAGATCGTTGTTTCAGAGATAGACGCTCAAAAAGCAGTTCCTGAGGAATGTGAAGAATTTGTTGCTGTGACTGGTGTACCAACGCTTGCCCCAGCTATTGGAACAGCTCATGGAATTTATAAAGGGGAACCAAATATTGACTTTGATCGCATTGAAGAAATAAGTAAGCTTGTAGATATCCCACTTGTACTACACGGAGGATCAGCTGTACCAGAGGAGGATGTTCGTAAGTGTGTCGCTTTAGGCATGTCTAAGGTAAATGTTTCTACAGAGTTAAAAAATGCTTATTCTGTAGCTATTCGAGAGCATTTTGCTGCCCATCCTAATAGCTTAGATCCACGTGCTTATTTGCAAACAGCAAAAGAAGCTGCAAAGGAAATGGTCATCTCTAAAATTAAAATAGTAGGTAGTGAAGGAAGGATTTCTCCACTCACAATCAAGTAA	MPLISTTPMLEQAKREKYGIVAFNVHSLDSIYWVLEAAAEMKSPVILQTTVGTVKSLGAENIVKVATAAADFYQVPTGLHLDHCTDYEVIKKAIRAGYTSVMIDASKHPFAENVQQTKQVMDLAASLGVNVEAELGKVGGVEEEIVVSEIDAQKAVPEECEEFVAVTGVPTLAPAIGTAHGIYKGEPNIDFDRIEEISKLVDIPLVLHGGSAVPEEDVRKCVALGMSKVNVSTELKNAYSVAIREHFAAHPNSLDPRAYLQTAKEAAKEMVISKIKIVGSEGRISPLTIK	PGPT0017920_105	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
AK148_02642	858	ywtE	COG0561	5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YwtE	ATGAAATTAATTGCCATTGATTTGGACGGGACGTTACTGTCTGACGAGGGAACCATTAGTACGGCGAATCGTTCCGCTATTTTAGACGCCCAACAAAAAGGCCATATTGTATGTATCGCTTCTGGTCGTTCACTTCCAGATACAAAGGAAATTTTGCGTCTTGCTAAATTAGACTGTCCAATTATTGCAGGTAACGGTGCGACATCATTTCATTGTGGAGAACATGTGCATAAGTTATATTTGGATAAGGAAGTAGCTAAACGCATCATGCCGACTTTAAGAGATTTACATGTCTACTATGAAGTATATGTAGATGAAGGAGTTTTAGTTGAGACAGGAATGGAAGAAGTATTATGGTTAGAGATGGAACAAGCAGGCCTTAGCAATGAGTCACCTACTTCCGAATCATTGCAACGTACGATAGCTATTCAGCATAGCCAGCATGGGCTACAATTCATTGATAAATATGAAACCGTAGCACCAGACTATGTCGGGATTTACAAAATCTTTGTCTTATCTTTTCTTAAAGAGAAGCGTGACCAGTTAAAAAAGATGTTGGAATTAGAAGGGGATGTATCGATAACCTCGTCAGGGAGGGAAAAACTTGAAATTGCTCATCATCGAGCAAGTAAAGGTTATGCATTAGAACGAATGGCAAATCGTTTCGGTATACCGATGGAAAACACAGTGGCTATTGGAGATAATTTTAATGATATATCCATGTTTGAAAAAGCAGGGATAAGCATTAGCATGGGAAACGCAGAAGAAGAAGTGAAGCAAGTATCAACCTATACAACGTCCAATTATAATGAGGAAGGCGTAGCCAAAGCTATTCAACGCTATGTACTTAGTCTATAA	MKLIAIDLDGTLLSDEGTISTANRSAILDAQQKGHIVCIASGRSLPDTKEILRLAKLDCPIIAGNGATSFHCGEHVHKLYLDKEVAKRIMPTLRDLHVYYEVYVDEGVLVETGMEEVLWLEMEQAGLSNESPTSESLQRTIAIQHSQHGLQFIDKYETVAPDYVGIYKIFVLSFLKEKRDQLKKMLELEGDVSITSSGREKLEIAHHRASKGYALERMANRFGIPMENTVAIGDNFNDISMFEKAGISISMGNAEEEVKQVSTYTTSNYNEEGVAKAIQRYVLSL	PGPT0008595_154	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
AK148_02643	828			hypothetical protein	ATGTATGGAAATCGCTCACCGCACGGGAAAAAAAGCTCGTTCATATTTGGAAATCGCTCACTGCACGGGAAAAAACGCTCGCTCAAGTATGGAAATCGCTCACTGCACGGAAAAAAACGCTCGTTCATGTACGGAAATCGCTCACCGCACGAGAAAAAACGCTCACTCATGTATGGAAATCGCTCACTGCACGGAAAAAAGCTCGCTCAAGTATGGAAATCGCTCACCGCACGGGAAAAAACGCTCACTAATGTACGGAAATCGCTCACCGCACGAGAAAAAACGCTCGCTCAAGTATGGAAATCGCTCATTGCACGGGAAAAAAGCTCGCTCATGTACGGAAATCGCTCACCGCACGAGAAAATTCGCTCGCTCAAGTACGGAAATCGCTCACTGCACGGGAAAAACGCTCGCTCAAGTACGGAAATCGCTCACCGCACGGGAAAAAACGCTCGCTCAAGTATGGAAATCGCTCACTGCACGGAAAAAAAGCTCGCTCAAGTACGGAAATCGCTCACTGCACGGGAAAAACGCTCGCTCAAGTACGGAAATCGCTCACCGCACGAGAAAAAACGCTCGCTCAAGTACGGAAATCGCTCACTGCACGAGAAAAAACGCTCGCTCAAGTATGAAAATCGAAAAATTCGCTCTCTCATATATGGAAATCGCTCACTGCACGGGAAAAAACGCTCTCTCATATATGGAAATCGCTCACTGCGCCGGAAGAACCGTTCGTCAACTTACAAGGCAAAATCAGAAGCTGGCGACGAGTCCATACAGGCGTTCTGTTTTGTCATTGTTTTTGATTCACGAAGAAACTGCATATAG	MYGNRSPHGKKSSFIFGNRSLHGKKRSLKYGNRSLHGKKRSFMYGNRSPHEKKRSLMYGNRSLHGKKLAQVWKSLTAREKTLTNVRKSLTAREKTLAQVWKSLIAREKSSLMYGNRSPHEKIRSLKYGNRSLHGKNARSSTEIAHRTGKNARSSMEIAHCTEKKLAQVRKSLTAREKRSLKYGNRSPHEKKRSLKYGNRSLHEKKRSLKYENRKIRSLIYGNRSLHGKKRSLIYGNRSLRRKNRSSTYKAKSEAGDESIQAFCFVIVFDSRRNCI				NA	NA	NA	NA	NA
AK148_02644	273			hypothetical protein	ATGTACAGGATTATACTGGAAGCTTGGTGGCCTATTATCCTCGCTGGTATTATAACGGCAACGATCATTATTGTTTTAGCTCGTTATATACGTCGCACTGTCCTCTTTTTACTGACAACCTTAATATGTTTCGTTAGTTTTCTTATGCTTTTGTTCAGTATATTTACTGTTGGTAGATGGGAAGGTCTAGGGATAGGCATGTTCTCTATTTCTATATTAGTTGGTGCCAATGTTGGTGCTATATGCAGTTTCTTCGTGAATCAAAAACAATGA	MYRIILEAWWPIILAGIITATIIIVLARYIRRTVLFLLTTLICFVSFLMLLFSIFTVGRWEGLGIGMFSISILVGANVGAICSFFVNQKQ				NA	NA	NA	NA	NA
AK148_02645	1494	cvrA_2	COG3263	K(+)/H(+) antiporter NhaP2	ATGGACTTATCATTGCAAATGCTTATTTTTTTATTTTCTGCTATGCTCATTGTCGGCGTTTTGGCAACGAAATTCTCCTCTAAACTTGGACTTCCCGCTCTCGTTCTTTTCCTCGTAATCGGGATGGGACTAAATGAATTTATCTTCTTTGAAAATGCGCAACTTATGCAACTTATCGGGATTATGGCGTTAATTATCATTTTATTCGAAGGTGGTACGCAAACAAAATGGGAGCAGATTCGACCTGTTCTCGGTGCAGCCGGGTCACTTGCAACGTTAGGTGTTTTATTAACAACCGTTGTAACCGGATTTGCTGCCATGTACATCCTCGACCTTACTGTACTAGAAGGAATGCTGTTTGGGGCTATCGTTGGCTCAACAGATGCAGCTGCTGTTTTTTCCGTACTTGGCAATAAAAACATAAAGGCAAAGCTGACTTCCACACTAGAAGCTGAATCAGGGTCAAATGATCCGATGGCTGTATTTCTAACGGTTGCGTTTATTGAATTAATTCAGGTTCCTGACGCATCTATTTGGACTACGATCGGCAGTTTCTTTTTACAAATGGGGTTAGGACTCCTGCTTGGGCTGTTACTCGGAAAACTTACTGTCCTTATCATTAATAACATTAATCTGGATACCTCTGGACTATATCCGGCACTTGCAATTGGGATGGCTACCGCGACTTATTTTTTCGCGGATTTCTTTGGGGGAAGTGGGTTACTTGCAGTATATGTCATGGCTGTATTTGTCGGAAATAGTGACCTGATGTATCGTTTTTCCATTTTACGATTCAGTGAAGGTTTTGCTTGGATGATGCAAATTCTTATGTTTATTTTGCTTGGTTTGCTCGTTTTCCCTCAGGCACTACCTGCCATATTTTGGCAAGGCGTGCTGTTAACCCTTATTCTTATGTTTATCGCTCGACCTATTGCTGTTTTTATTTCAATGTTTTTTATGAAATATAATATGAAAGAGCGATTGTTTATTTCTTGGGCTGGTCTTAAAGGTGCCGTACCTATCGTATTAGCAACGTATCCAGTTATTGCCAGGGTGGAGAATAGCGACCTAATTTTTAATGCTGTCTTTTTCGTTGTCCTTATATCCGCACTCGTACAAGGTAGCACATTGTCTTGGCTCGCTTCAAAGCTTGGATTTACAGGTGAAAAAAATGATCCAACTAAACCAACCATGGAATTAATCCATTTGGGTAATACGGAAGCAGAGATTATGGAAGTGCATATTTTCTCTAAGTCACCTGCTATCCATCAAACATTAAATGAGATTGAACTACCTGATGACACATTGATTATTGGCATTATTCGTGATAAGCAAATTATAACGCCTACCGGTGACACCGTCATTTTAGAAGATGATACCTTATATGTATTAAGCAACCGTAAAAATAGAATTAAAGCCAAAAATGTACTGCTTGGTAACCACGATAAAAAAACGATGTCGAAAAAAGCAGTAAAAAAAGAGGCAGAAGGTTAA	MDLSLQMLIFLFSAMLIVGVLATKFSSKLGLPALVLFLVIGMGLNEFIFFENAQLMQLIGIMALIIILFEGGTQTKWEQIRPVLGAAGSLATLGVLLTTVVTGFAAMYILDLTVLEGMLFGAIVGSTDAAAVFSVLGNKNIKAKLTSTLEAESGSNDPMAVFLTVAFIELIQVPDASIWTTIGSFFLQMGLGLLLGLLLGKLTVLIINNINLDTSGLYPALAIGMATATYFFADFFGGSGLLAVYVMAVFVGNSDLMYRFSILRFSEGFAWMMQILMFILLGLLVFPQALPAIFWQGVLLTLILMFIARPIAVFISMFFMKYNMKERLFISWAGLKGAVPIVLATYPVIARVENSDLIFNAVFFVVLISALVQGSTLSWLASKLGFTGEKNDPTKPTMELIHLGNTEAEIMEVHIFSKSPAIHQTLNEIELPDDTLIIGIIRDKQIITPTGDTVILEDDTLYVLSNRKNRIKAKNVLLGNHDKKTMSKKAVKKEAEG	PGPT0013860_1038	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013860-cvrA|nhaP2-K11105	NA	NA
AK148_02646	138			hypothetical protein	TTGGCAGATAAGCAACGACAATTTAAAGAAACGAAAAATCATGGTGAGCATCGCAATGGGCGAAAAAGTCCTTATAAAAATAGTCGTACACATGGTAGTGGGCAGCCAGATGAATATGTTACAGATAGGAAAAAATAA	MADKQRQFKETKNHGEHRNGRKSPYKNSRTHGSGQPDEYVTDRKK				NA	NA	NA	NA	NA
AK148_02647	1041	adh	COG1063	Alcohol dehydrogenase	ATGAAAGCACTTACTTATTTTGGGCCAGGAAAGAAAGATTTTATCGACAAACCAAAGCCAAAGGTAGACAAAGCAACAGACGCATTAATTAGAGTGTCGAAAACAACGATTTGTGGTACAGATTTGCATATCTTAAAAGGTGATGTTCCAGCGGTAACAGAAGGTAGAATTTTGGGGCATGAAGGTGTAGGTGTTGTTGAAGAAGTTGGCGAAGGTGTGAAAAACTTTAAAAAAGGGGATAAAGTTATTATCTCTTGTGTCACTTCTTGTGGGAAATGTGAAAATTGTAAGCGCGCGCTTTATGCGCATTGTGAAGATGGAGGCTGGATTTTAGGTCACCTCATTGATGGAACGCAAGCTGAATATGTACGTATTCCGCATGCAGATAATAGCTTATATCATATTCCTGATGGTGCAGATGAAGAAGCGTTAGTCATGTTAAGTGATATCCTTCCGACTGGATTTGAAATTGGTGTACTTTACGGGCAGGTACAGCCTGGACAAACTGTAGTAATTATCGGAGCTGGCCCAGTCGGTATGGCAGCTTTGCTTACTGCGCAATTTTATTCGCCAGCAGAAATTATTATGGTGGATTTAGACGATCATCGTCTGGAAGTTGCTAAGAAATTTGGCGCTACAAAAACGGTTAATAGCTCAGATGGAAAAGCAGTAGAAAAAATTATGGATTTAACAGATGGAAAAGGTGTAGATGTGGCAATGGAAGTTGTAGGTATACCCGCTACGTTTGAAATCTGCCAACAAATTATTAAACCTGGAGGTGCCATCCCAGTATTAGGAGTGCACGGTAAAGCTGTTGATTTCCATCTTGAAAAATTGTGGATTAAAAACATTCGTTTAACGACAGGTTTAGTAAGCACGAGCACTACGCCAATGCTGTTAAAAACGGTGCAATCAAATAAATTACAGCCAGCAAAACTGATAACACATCGTTTTACGTTTGACGAGATGTTAAAAGCATATGAAGTATTTGAGAATTCAGCGAAAACAGAAGCATTAAAATTAATTATTTCCAATGAATAA	MKALTYFGPGKKDFIDKPKPKVDKATDALIRVSKTTICGTDLHILKGDVPAVTEGRILGHEGVGVVEEVGEGVKNFKKGDKVIISCVTSCGKCENCKRALYAHCEDGGWILGHLIDGTQAEYVRIPHADNSLYHIPDGADEEALVMLSDILPTGFEIGVLYGQVQPGQTVVIIGAGPVGMAALLTAQFYSPAEIIMVDLDDHRLEVAKKFGATKTVNSSDGKAVEKIMDLTDGKGVDVAMEVVGIPATFEICQQIIKPGGAIPVLGVHGKAVDFHLEKLWIKNIRLTTGLVSTSTTPMLLKTVQSNKLQPAKLITHRFTFDEMLKAYEVFENSAKTEALKLIISNE	PGPT0008290_498	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008290-adh2_1-K18369	NA	NA
AK148_02648	1719	mcpB_2	COG0840	Methyl-accepting chemotaxis protein McpB	TTGCGTATACAGAAACCAATTTGGTTCACGCGTTTTTTTTCATTTACAAAAAGTATGCAAACAAAATTTAGCTTGTGGAGCAGATTACTCATCCTGTTTATTGTGTTATTACTTCTTTCTGTCATGGCTGTAGGTGTTAGTTCATACATACAAGCAAAGAAAATGACCACATCAGCAATTGAAAATCGACTAGAACGTGAAACCGAATTAATGGGTTACATTGCAGAGAATCTAAAATTTTTGTATGTCAGTGATGATACGTATTTTCATCAGCAATTGAATGCAAATGTTAGAGAGCAAAAAAATAAGCTAGCTAAAGAAGGGATACCGTCCGAATATTTTTACGTACAGTCTGGAAAAGTTGTCCCCCTTCAGGAAAGTGAGGGAGAGCTTCCGCCAATATCGAATGCATTGGTAAATGAATTAGTAGAACAAAAGGATGGTCTATTACATAAGACCATTGACGGAAAACAATATACGTTAACGTTTCAAGAAATGAAAGAGGTAAAAGGATTATATGTGTTGGTTGTCCCTACTTCTTCGTATATGGGGCCAGTAAAAGGAATGGCTATGGATACAATGATTATAAGTCTGATTAGTGCCGTTATTGCCAGTATTGTCATTGCCTTGTTTGTCCGTAGCTTAACAAAACCACTTAGTGTATTACGAGAAACGATGCGAGAGGTACGTTCGGGGGAAATGAAAGAACCGAAGCAGTTGCAAACGACGTTGCCAGAGTTCATTTCGCTACATAAGAGTTATACGACAATGATTCATTTTATGCGCAATTTGCTTAAAAATATGAAAGAAACAACGAATGATTTAAATGAGGCTGGATTAGAATTACAAGCGTCAGCTGCAGAAAGTTTACATTCTGGTGAGCAATTAAAGCAAGCCATTCACGTCGTTAAGGATGGTGCTGATCAGACGGCGGCAAGCTCAGAAGAAAGTATGACGCGTTTCCATGATATGAAGGAAAATGTGGAACGGACAATAGCACAAATGGAACAATCGTATCAAAGCTCACAAGCGATGAACAAATCGGCAGAAACGGGCGAACAGCAGATTAAGAAGTTAATGGATACCATTATTTCCTACGAGGTCGATTTTACCCAATTGACAAACACGATACATCATGTTCGTAATAATTCTAAAGCAATTACAAAATTAGTAGATATCATTCAAAAGATTGCTGAGCAGACGAAATTATTGGCATTAAATGCAGGTATTGAAGCAGCTCGTGCAGAAGAATCTGGAAAAGGGTTCACTGTTGTTGCTAAAGAAGTTCGTAAGCTAGCAGAGCAGTCTTCTGAGGCGGCTGTGGAGATAACGACTACCATCAATCGTATGGAAGAGAATACGTCATCTGCTGTGAAGGAATTTGATCATATGCTTACGAAAACGAATGCAACATTATCCATGTCAAAAGCAGCAAAAACATCATTTGATAACTTACTGTATGAAATTGAACAGGTTGGAAACCAATTTCATAGGATGAAAGAAGAAGTACAAGCAGTAGGGTCTGTATTACCGCAACTAGAGCAGGCAACGCTCAACTATGCTTCTGTAGCCCAAGAAAATCTGGCAAGTGCAGAGCAAATGCTTACTACGAGTGATGCACAAATAACACAATTGAAAACAAACCAAGAAGTAGGGGAGCGTTTAACAGCTATAGCCGAAGACCTCTCACAACATACAAAGCAATTTCATATTGAATAA	MRIQKPIWFTRFFSFTKSMQTKFSLWSRLLILFIVLLLLSVMAVGVSSYIQAKKMTTSAIENRLERETELMGYIAENLKFLYVSDDTYFHQQLNANVREQKNKLAKEGIPSEYFYVQSGKVVPLQESEGELPPISNALVNELVEQKDGLLHKTIDGKQYTLTFQEMKEVKGLYVLVVPTSSYMGPVKGMAMDTMIISLISAVIASIVIALFVRSLTKPLSVLRETMREVRSGEMKEPKQLQTTLPEFISLHKSYTTMIHFMRNLLKNMKETTNDLNEAGLELQASAAESLHSGEQLKQAIHVVKDGADQTAASSEESMTRFHDMKENVERTIAQMEQSYQSSQAMNKSAETGEQQIKKLMDTIISYEVDFTQLTNTIHHVRNNSKAITKLVDIIQKIAEQTKLLALNAGIEAARAEESGKGFTVVAKEVRKLAEQSSEAAVEITTTINRMEENTSSAVKEFDHMLTKTNATLSMSKAAKTSFDNLLYEIEQVGNQFHRMKEEVQAVGSVLPQLEQATLNYASVAQENLASAEQMLTTSDAQITQLKTNQEVGERLTAIAEDLSQHTKQFHIE	PGPT0015710_18584	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
AK148_02649	858	pstB3	COG1117	Phosphate import ATP-binding protein PstB 3	ATGGCTACGTTAACGAAGCCCAATATCAAAGTGAAGCGACAGGTAATTTCAGAGGAAGAAGCCACTTCAGAAGTAGCAGCGACAACGAAACAGAACGTGCATAAAAAAGTTGTGTACGATACGAAAGATTTAAACTTATGGTATGGCGATACACATGCACTAAAAGACATTAATTTGTCTATCTACGAGAAAGAAGTAACGGCAATTATTGGTCCATCTGGGTGTGGAAAGTCTACGTATTTAAAAACGTTAAACCGTATGGTAGAACTTGTACCAAGCGTTAAAACTTCTGGTGTCATTACGTATAAAGATAAGAGCATTTTAGATAAATCATTTAAAGTAGAGGATTTACGTACAAAAGTTGGCATGGTATTTCAAAAACCAAATCCTTTTCCTAAATCCATCTATGAAAATATTGCCTATGGGCCAAAAATCCATGGTATTCGCAACAAAAAAATTCTTGATGAAATTGTAGAAAAAAGCTTACGTGGTGCTTCCATTTGGGAAGAAGTAAAAGACCGTTTAAAAGAAAATGCCTATGGTCTTTCTGGCGGGCAGCAACAACGGATTTGTATTGCTCGTTGTTTAGCGATTGAACCTGATGTTATCTTAATGGATGAGCCGACTTCAGCACTTGACCCAAAATCTACGCTACGTGTAGAAGAGCTCATTCAAGAGTTGAAGAAAGATTATTCTATTGTTATTGTTACTCATAACATGCAGCAGGCTGCACGTATTTCCGACCGCACAGCATTTTTCCTAAATGGTGAAGTGGTGGAATATGATGAAACAGATAAAATCTTTACGAACCCATCAGACAACAGAACGGAAGACTATATTTCCGGTCGCTTTGGTTAA	MATLTKPNIKVKRQVISEEEATSEVAATTKQNVHKKVVYDTKDLNLWYGDTHALKDINLSIYEKEVTAIIGPSGCGKSTYLKTLNRMVELVPSVKTSGVITYKDKSILDKSFKVEDLRTKVGMVFQKPNPFPKSIYENIAYGPKIHGIRNKKILDEIVEKSLRGASIWEEVKDRLKENAYGLSGGQQQRICIARCLAIEPDVILMDEPTSALDPKSTLRVEELIQELKKDYSIVIVTHNMQQAARISDRTAFFLNGEVVEYDETDKIFTNPSDNRTEDYISGRFG	PGPT0002615_530	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
AK148_02650	885	pstA	COG0581	Phosphate transport system permease protein PstA	ATGAAATATGTCGATACGAATCAAGTCCAAAAAAACATGAACAGTCGTCTGATTAAAAACAATATCCTTAAATCTGTATTTTTTCTCGCAACAATTTTTGGCTTAATTGTTTTAGCTGTATTAATTTTTCGTGTCATCATGCAAGGTGCCAACTGGATTAATATGGATTTTTTAACGAATAAGTTATCTACTTCCCCTGATCGCGCTGGTATTATGGGGGCTATCTTAGGAACATTTTGGCTCATGCTCGTCGTCATTCCAGTTACGCTAATACTTGGCGTTGGGACAGCTATCTATTTGGAATTGTATGCAAAAAAAGGACGCTTTCAAGGTTTTATTCAAACAAACATCGCTAATTTAGCCGGTGTTCCATCCATTGTTTATGGAATTCTCGGAATGACTATCTTTGTCCGTGCCCTTGATTTCGGAAACGTCGTATTGGCTGGTGGACTAACCATGTCATTACTTGTCCTTCCGATTATCATCGTCGCTTCACAAGAATCCATTCGATCCGTACCGCAACACTTAAGTGAAGCCTCTTATGGCATGGGAGCTACGAAATGGCAAACGGTTAAAAATATCATTCTCCCTGCAGCATTACCCGGTATTTTAACAGGGTCGATATTGTCTTTATCTCGAGCAATTGGCGAAACAGCACCGCTTGTTGTTATCGGTATACCTGCTTTACTTATCCCTTTCCCGGGTGGAATTATGGATAAATTCACGGTACTTCCAATGCAAATTTATTATTGGACAATTGACTCTTCTTTAGTTGAAGAATATGCCAACTTAGCTGCGGCAACGATTATTATTTTGCTCGTATTACTGTTTCTGTTAAATGCAACAGCAATTTTTATCCGCAATAAGTTCCAAAAACGTTTTTAG	MKYVDTNQVQKNMNSRLIKNNILKSVFFLATIFGLIVLAVLIFRVIMQGANWINMDFLTNKLSTSPDRAGIMGAILGTFWLMLVVIPVTLILGVGTAIYLELYAKKGRFQGFIQTNIANLAGVPSIVYGILGMTIFVRALDFGNVVLAGGLTMSLLVLPIIIVASQESIRSVPQHLSEASYGMGATKWQTVKNIILPAALPGILTGSILSLSRAIGETAPLVVIGIPALLIPFPGGIMDKFTVLPMQIYYWTIDSSLVEEYANLAAATIIILLVLLFLLNATAIFIRNKFQKRF	PGPT0002610_3550	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE-PUTATIVE_PST-PHO-PIT_TRANSPORT_SYSTEM,PGPT0002610-pstA-K02038	NA	NA
AK148_02651	957			hypothetical protein	ATGGCACTGGACAACAAGATAGACAATCAAGACAAACCAAGTATTCAAGACATGATTGCGAAGAAGAAAAACGGGAAAAACCTAACAAGCATAACAGAAAAGGTCATTCCTGTCCTCCTATTCTTGATTGCAGCAGTTTCTATCTTCACGACCATTGGAATTGTTTATACATTATTAATAGAAACGATTGAATTTTTTAAACGTGTTCCCGTTATGGATTTCTTTACAGGAACCGCCTTAAAACCTTTAAGTCAAAACCCAGAATTTGGTGTACTACCACTTATTAACGGCACCATCATTTCTTCTATTATTGCCATGCTCGTTGCTGGACCAATTGGTATTATGACAGCTGTTTTCTTAAGTGAATATGCCTCAGAACGAGTAAGAAGAACATTAAAACCAATGTTAGAAATTCTTGCTGGAATTCCTACCATCGTTTATGGTTTCTTTGCCTTTACATTTGTTACACCGCTTATTCGTGAGGTTTTTCCAAGTGTAGAAGCGACAAATATTTTAAGCCCTGGACTCGTCATGGGTGTCATGATTATTCCTATGATTGCATCACTCTCAGAAGATGCGATGACATCTGTTCCCAACGCTATGCGTGAAGGTGCGCTCGCATTAGGAGCAACAAAGTTAGAAGTTACGTTTCGCGTCGTCATTCCTGCTGCGCTTTCTGGAATTATTGCATCCTTTGTCCTTGGTATTTCACGTGCGATTGGCGAAACAATGATTGTAACCATAGCTAGCGGAAGTTCGAAAAACTTCACCTTCGATATTACACAATCTATGCAAACAATGACTGCATATATTGTCGAAGTTTCTGGCGGTGAAGCGCCAGCTGGATCAACGATTTATTTCAGCTTATACGCAGTTGCTATGACGTTATTTGTATTCACACTGCTTATGAACCTACTTGCAAGATATGTCTCTCGTAAGTTCAGGGAGGAATATTAA	MALDNKIDNQDKPSIQDMIAKKKNGKNLTSITEKVIPVLLFLIAAVSIFTTIGIVYTLLIETIEFFKRVPVMDFFTGTALKPLSQNPEFGVLPLINGTIISSIIAMLVAGPIGIMTAVFLSEYASERVRRTLKPMLEILAGIPTIVYGFFAFTFVTPLIREVFPSVEATNILSPGLVMGVMIIPMIASLSEDAMTSVPNAMREGALALGATKLEVTFRVVIPAALSGIIASFVLGISRAIGETMIVTIASGSSKNFTFDITQSMQTMTAYIVEVSGGEAPAGSTIYFSLYAVAMTLFVFTLLMNLLARYVSRKFREEY	PGPT0002620_3126	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
AK148_02652	996	pstS		Phosphate-binding protein PstS	ATGAAGTTCAAGAAGTATCTTATGTTCCTTCTAATCGCTGCTCTTGCAGTAGTAATTGCAGCATGTGGATCGGATTCTGAAGGAGATAACAAAGACAATAACGAAGAGGAATCATCTGAAAATACTGGCTCAGAAGGTGATAGTGATTCTGAAAAAGTAGAAGGCAGCGTCGTAATTGATGGATCTGGAACGGTTTTTCCTTTAATGGCTAAACTTGCTGAAGAATACATGGGAGAAAAACCAGATGTATCTGTTGAAGTTAGCCGTGCTGGTACAAGTGCAGGATTCGAAAAATTCCTAGCTGAAGATGGAACAGACTTTAACGATGCTTCTCGTGTAATTAAAGACGAAGAGAAAGCGAAAGCTGAAGAACTTGGAATGGAAATCAAAGAATTAAAAGTAGCTTTAGACGGTTTGACAATTGTTACTCACCCTGACAACGATTGGGCGACAGAATTAACGGAAGATCAAGTCAAAGGGATTTTCCTTGGAGAATATACAAACTGGTCAGATGTAAACCCTGATTGGCCAGAAGAAAAGATTCAAACTTATGGACCAAACGAAAACCACGGAACATACGAGTTTTTCTATGAAAATATTTTAGAAGAACAAGATCTAGTAAGTGATATTAACTTACAACAAGATTACTCAACACTTGTAACACTTGTAGCTGAAGATAAAAACGCCATTGGGTTCTTCGGTTTTGGATACTATGACAACAACAAAGATAAAGTACAAGCTGTAAGCATTGACTTTGGTGATGGTGCTGTAGAGCCATCTCTAGACACGATTGCTGAAGATGGTGACTATGCTGGCTATACTCGCCCAGTATTTACTTACTTGAACGTTGATAATGCAAAAGAAAAGCCGCAAGTACTTGATTATGCTTTATATATTATGAACAACGTAAATAAATTTGCTGGAGAAACTGGCTTTGCGCCAATTCCTGAAGAAGAAGCAAAAACTTTAGTAAGTGAATTAGAAGCACTAAAATAA	MKFKKYLMFLLIAALAVVIAACGSDSEGDNKDNNEEESSENTGSEGDSDSEKVEGSVVIDGSGTVFPLMAKLAEEYMGEKPDVSVEVSRAGTSAGFEKFLAEDGTDFNDASRVIKDEEKAKAEELGMEIKELKVALDGLTIVTHPDNDWATELTEDQVKGIFLGEYTNWSDVNPDWPEEKIQTYGPNENHGTYEFFYENILEEQDLVSDINLQQDYSTLVTLVAEDKNAIGFFGFGYYDNNKDKVQAVSIDFGDGAVEPSLDTIAEDGDYAGYTRPVFTYLNVDNAKEKPQVLDYALYIMNNVNKFAGETGFAPIPEEEAKTLVSELEALK	PGPT0002625_4480	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
AK148_02653	639	nth_1	COG0177	Endonuclease III	ATGGGGGCGACCCAGCAAATATATAATAAATTATATCATTGTTACGGCTCGCAAGGATGGTGGCCTGCGGATACGGTGTTTGAAATGATGATAGGAGCAATTCTTGTTCAGCGAACAAATTGGAGTAATGTAGAGAAGGCGTTGTGTCAGCTCACCCCTTATTTATCACCAGAGCAATTAGAAGCGTTACCCATGGAAGAATTAGAGGTAGCAATTCGTTCAAGTGGTTTTTATAGACAAAAGGCAAAGCGAATAAAAGCTTTTCTTCATTGGTACAAAGAATATGATTATCAACTTGCTCATTTGCGACATGTAGAAACAGAAACGTTGCGAGCGGAGTTATTAAGTATACATGGCATTGGCGCTGAAACAGCTAATGTCTTATTACTTTACGCATTTCAACGTCCTGTTTTTGTTGTTGATGCTTATGCTCGTAGGATTTTTGCTCGATTTGGTTTGGACATGCCGGAAAAGGAGCAAGTGTTTCGGCTTCAGGTGGAGACGGAATGCGTATTAGATACAGAGGGCTTTAAGGAATTTCATGCTCTAATCGTGCAGCATGCGAAAGAGCATTGTAAAATGAAGCCGATATGTTCAGGCTGTCCGTTGGTTGACGAATGTGAGCGAAGAGGTGTGTAG	MGATQQIYNKLYHCYGSQGWWPADTVFEMMIGAILVQRTNWSNVEKALCQLTPYLSPEQLEALPMEELEVAIRSSGFYRQKAKRIKAFLHWYKEYDYQLAHLRHVETETLRAELLSIHGIGAETANVLLLYAFQRPVFVVDAYARRIFARFGLDMPEKEQVFRLQVETECVLDTEGFKEFHALIVQHAKEHCKMKPICSGCPLVDECERRGV				NA	NA	NA	NA	NA
AK148_02654	123			hypothetical protein	ATGCTCGGTATTGACAAAAACGATTATTCAGGGAAAGACCCAAACTTGTCAGTAGTAAATCCCCCTGATACTTCGGAAGTTAGTAAAGAATATCGAGTAAAACAAGATGCATTTGTAGAGTAG	MLGIDKNDYSGKDPNLSVVNPPDTSEVSKEYRVKQDAFVE				NA	NA	NA	NA	NA
AK148_02656	954			hypothetical protein	TTGGGGAGTATCACGAGTCATGGGGATAAGGCTTCACGTGGTAGATATATTTATATTTCAAAAGATGATAAGGTACTTTCCTTTTTCCCACCACTATCAAAATATGTAAAGAATGATTCGTCACTGTTACCATTGGTACCTTTATATACAACACGACCGAAAAAAGTATATTGTAACTATATCTACCATAATGATAAGTATAATGGTAGTACTTCAAAAAGACCAAGAAATGAATTTAGAATTTATTCTAACAATGCATTAGAAATGGATCAATATTTATTTGAAGAGAATGATATCATTATAATAAATAAACAAGAGATATTAGAAAAAGAAGAGAAACAAACTGTATTCTTTATAGAAAGAGTAACAACAAGTGAATTAAGTTTTTACCAAAAATGTGAGGATATTATAAACAACTCTGATGTTAGGGGTAAACACGCCATTTATGAAGGTTCTCTCAATGAAATGGAGAGAAAAGTAAATTCATTAGATTTTTCTACTTTCCAAGCAGTTATTGATTCAAGTGTAACTAATAAAATACTTAATTCAGATACCACAATATCTGGCTTATTTACATCCACAAGTTTTAGAGACTTTACATTGGTGGCATATAATGAATGTTGTGCGGTTACTGGTAACGTTATAAAGTATGGAAAATTCATGAATTTAGAAGCTGCGCATATTAAACCAAAAAGTCATGGTGGTTTATATCTACCAAGTAATGGACTAGCTCTAAGTAGAGATATTCATTGGGCTTTTGATAAAGGCTTTTTTACATTGAATGATGATTATACATTGTGTGTTCATTCAAAAATTAAAAGTGAGTTTTTAAAGGGGTATAATGGTAAATCAATCCATATACCTGAAAATGATTTTTTTAAGCCCTCATTAGACAGTATTGAATATCACAGAGAAAATATATTTGGTCTATTTTTAACATCAGGTAGAATATAG	MGSITSHGDKASRGRYIYISKDDKVLSFFPPLSKYVKNDSSLLPLVPLYTTRPKKVYCNYIYHNDKYNGSTSKRPRNEFRIYSNNALEMDQYLFEENDIIIINKQEILEKEEKQTVFFIERVTTSELSFYQKCEDIINNSDVRGKHAIYEGSLNEMERKVNSLDFSTFQAVIDSSVTNKILNSDTTISGLFTSTSFRDFTLVAYNECCAVTGNVIKYGKFMNLEAAHIKPKSHGGLYLPSNGLALSRDIHWAFDKGFFTLNDDYTLCVHSKIKSEFLKGYNGKSIHIPENDFFKPSLDSIEYHRENIFGLFLTSGRI				NA	NA	NA	NA	NA
AK148_02657	1299	haeIIIM		Modification methylase HaeIII	ATGGTGAATGAAATGACACAATATAATATCATAGATATATTTGCTGGATGTGGTGGTCTGTCGGAAGGATTTGAAAAGAACCCCAATTATAACTTACAAGCTGCAATAGAATGGGAAGATCCACCAGTTAAAAATCTAATAAACCGTTTAGCCACCAAATGGAATGTAGACGATGCTTTTAATAGAGTATTGAGATTTGATATTCAAAGAACTGAAGAACTAATTGAGGGGTGGTCTGACGATAATAAATTTGGAACCCATGAAGGGTTAGACTCATTGCTAGATGGAATTAAATTAGATATGATCATTGGTGGACCTCCTTGTCAGGCTTATTCAGTTGCTGGAAGAATACGTGATAAAAATGGAATGCGTAATGATTATAGAAATTACCTATTCGAAAGCTATTTAAAGATAGTGAGGAAATACCAACCAAAATTATTTGTTTTTGAGAATGTACCGGGGATGTTAAGCGCAAAGCCGGGAGGTTTCCCTGTAACAGAGCTTATAAAAAGTGATATTGAACAATCTGGTTATGAAATTATAGATGATTTGAACTATGCGCAGGTTGATTTATCCGAATACGGGATTCCACAAAAAAGAAAACGTATAATTATAATTGGCTTGAAAAAGGATATGTTTCCTAATGCCCAAAAAATTTTAAAATATTTCTATACGGAACACCTGCCAAAATATAAAGAAGATACTATGACTGTACGGGATTCAATAGGAGATCTGCCCAAATTACTTCCATTAGATGAAGAAATAAAACATAATGGTAAACGTTATTCTCACTCTCTGAATCTGGAGATACCGAATCATTTACCAAGGTTTCATAGCAAAAGGGATATAAACATATTTAAATTACTAGCTGAAGATCTAGAAAGTGGTCGATGTGAATTTGTTTCTAGTGAATCTTTGAAAAAGCTGTATACAAAAATAACCGGAAAGATCTCAAACGTCCACAAATACCATGTTTTACGATGGGATAAGCCGAGTAATACGATTCCTGCCCATCTTTATAAAGATGGATTAAGACATATCCATCCTGATCCTTCTCAAGGCCGTACAATTACTGTTCGTGAAGCTGCTAGATTACAAACATTTGATGATGACTATGAATTTATATCTAGTTCGGGGGACAATTATAAGATGATTGGTAACGCTGTTCCCCCTAAATTCTCAGAGAAGTTAGCGGAAGCTATTGACCATTTGTTTATGAAAAGGAGGGGAGAAGATGACATATTATCTGAAAAAATTAGGACATCAGGAATTGGGGAGTATCACGAGTCATGGGGATAA	MVNEMTQYNIIDIFAGCGGLSEGFEKNPNYNLQAAIEWEDPPVKNLINRLATKWNVDDAFNRVLRFDIQRTEELIEGWSDDNKFGTHEGLDSLLDGIKLDMIIGGPPCQAYSVAGRIRDKNGMRNDYRNYLFESYLKIVRKYQPKLFVFENVPGMLSAKPGGFPVTELIKSDIEQSGYEIIDDLNYAQVDLSEYGIPQKRKRIIIIGLKKDMFPNAQKILKYFYTEHLPKYKEDTMTVRDSIGDLPKLLPLDEEIKHNGKRYSHSLNLEIPNHLPRFHSKRDINIFKLLAEDLESGRCEFVSSESLKKLYTKITGKISNVHKYHVLRWDKPSNTIPAHLYKDGLRHIHPDPSQGRTITVREAARLQTFDDDYEFISSSGDNYKMIGNAVPPKFSEKLAEAIDHLFMKRRGEDDILSEKIRTSGIGEYHESWG	PGPT0020015_3611	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
AK148_02658	1074	bspRIM		Modification methylase BspRI	TTGAGAAATAAAAAACCTACTGTTATTGATATGTTCTGTGGTTGTGGTGGTCTTTCTAGGGGGTTTATGGATGCTGGGTATGATGTTTTATTAGGTGTTGATAATAATTTGCCAGCATTGGAAAGTTTTAAAGAAAATCATAATGGAGCTATTGCTTTTAATGGAAATCTCTTTCAGAAGTCTACTATTACTGAAATGGGTCATCTTATTAAAAATAAAAGCGTTGACTTAATTATTGGCGGCCCTCCCTGTCAAGGTTTTTCTTTAACGGGAAAACGTGATGAAAATGATAAGCGTAATACACTTTTTGGAGCAATGGCTAACGCTGTTGCATTTTTTCAGCCGAAAGCTTTTGTATTAGAAAATGTACCTGGACTAACTACCCTATATAAAGGTAAAGCTAAAGAAGCCATTTTGAAGGAATTTTCGAATTTAGGTTATACAATGAATTACGAAATTCTTTATGCACCTGACTTTGGAATCCCCCAAATTAGAAAACGTGTATTCTTTGTTGGATTAAAAAATAATATGCGATTTGAATTTCCAAACCCTATTTGCTCTCCTGATAATTATGTAACTACTGAAGAAGCTATTGGGGATTTACATGATTTTGAAGGTGATTTTGGTTCAGATAAAAGTAAATATATACATCCTCCTAAGACAACGTATCAAAAAAAAATGAGGAGAAATGCTAAACATTTATACAATCATGTAGGTACAAAACATACACCTGAGGTAATAAATGTTATAAGGCAAGTACCTGAAGGAGGGAACTACAAAGACTTACCTCCAGGTGTGGGTGAAAGCCGGAAATTTAATGAGGCTTGGACTCGATATCATAGCAAAAAACCTTCTAAAACTATCGATACTGGACATAGAAATCATTTTCATTATAAGTACAACAGGGTACCAACAGTAAGAGAAAATGCTCGCTTACAATCGTTTCCTGATGATTTTAAATTTATTGGTAATAAAACGGAACAGTATAAACAAGTCGGTAACGCTGTTCCTCCATTGTTAGGTTATCATTTAGGTAAGCAATTAAATAAATATTTAGGCGTAGATGGTGAATGA	MRNKKPTVIDMFCGCGGLSRGFMDAGYDVLLGVDNNLPALESFKENHNGAIAFNGNLFQKSTITEMGHLIKNKSVDLIIGGPPCQGFSLTGKRDENDKRNTLFGAMANAVAFFQPKAFVLENVPGLTTLYKGKAKEAILKEFSNLGYTMNYEILYAPDFGIPQIRKRVFFVGLKNNMRFEFPNPICSPDNYVTTEEAIGDLHDFEGDFGSDKSKYIHPPKTTYQKKMRRNAKHLYNHVGTKHTPEVINVIRQVPEGGNYKDLPPGVGESRKFNEAWTRYHSKKPSKTIDTGHRNHFHYKYNRVPTVRENARLQSFPDDFKFIGNKTEQYKQVGNAVPPLLGYHLGKQLNKYLGVDGE	PGPT0020015_4684	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
AK148_02659	237			hypothetical protein	ATGGATTGTTTAAAATTGGCTATTCAAGAAGTGGAAAATCTAAATCCCGGAGAAAAGTTTTTAGTTAAAGATTTATTTAAAGGATATGAATGGAATCGTTTGGATATTGGTGAAAGACGTTCACTTGGATCGTTGTTTTTACACGAAGTAAAATACGGTGAATTAAGTAAAGTACTAGAATTAGAAGTTAAAAGTAGCGCGAATCAACAACAATATAAAAAGTTAATATTTAATTAA	MDCLKLAIQEVENLNPGEKFLVKDLFKGYEWNRLDIGERRSLGSLFLHEVKYGELSKVLELEVKSSANQQQYKKLIFN				NA	NA	NA	NA	NA
AK148_02660	726			hypothetical protein	ATGAAGAAGCCGAAACAAAAACTCATCGTTACGATCGTTAAAAAAGAACAAGCGAAGAAGGTCATACGTGCTTCCAAGGAAGCTGGAGCCCGCGGCGGAACGACTCTATTCGGAAGAGGTTATCGAACAAATGAGAAAGAACGATTTCTCGGCATTCCCATTGAACGAGAAAGGGAAATCATTCTAACTCTCGTTGAAGAAGAAATTTATCCCGAGGTTATGCAGGCAATTATTGATTCCGTCCATTTAAACAAACCAAGACAAGGGATTGGATTTGTCATTGACACAAAGAAAATTACCGGTACACAGCATCTATTGGGATTAGAAGACAATGATAATGAACCGCACGAAGGAGATGTGGAGCTAAAAATGGAAGAAAAAATCATGTATGATCTAATTATTACCATTGTCAATAAAGGAAATAGTGAAAAAGTAGTCGACGCCTCTAAAAAAGCTGGCGCTGAAGGTGGAACCATTCTAAACGGACGAGGAACTGGCATTCATGAAAAAGCAAGGCTGTTTAATATTCTCATTGAACCAGAGAAAGAAGTCGTCCTTACTTTAATTAGTAAAGATAAGACAAACGCTGTTTTAAAAGCGATAGAAGAAGAAGCAGAATTAAATACAGCCGGCAAAGGGATTGCTTTTGTCATTGATGTTGACCAAACAATTGGTATTAATCATGTGATGAATCAAATGGTTAACGAAAAATTGTATGGTAAATAA	MKKPKQKLIVTIVKKEQAKKVIRASKEAGARGGTTLFGRGYRTNEKERFLGIPIEREREIILTLVEEEIYPEVMQAIIDSVHLNKPRQGIGFVIDTKKITGTQHLLGLEDNDNEPHEGDVELKMEEKIMYDLIITIVNKGNSEKVVDASKKAGAEGGTILNGRGTGIHEKARLFNILIEPEKEVVLTLISKDKTNAVLKAIEEEAELNTAGKGIAFVIDVDQTIGINHVMNQMVNEKLYGK				NA	NA	NA	NA	NA
AK148_02661	771			hypothetical protein	ATGAATATAAAAATCTTTCAAGGGTTTGGACAAACAATGAGTGAAGTCGCCGTCGCGCTTTTGCCGTTAATTGTATTATTTGCTATCTTTCAATTGTTTTTCTTAAAACTCGCCGTGCGTAAATTACTAGATATTACGTTAGGGATTATACTAACATTTCTCGGACTTTCTTTTTTCCTTCAAGGCGTTCATATTGGATTTTTACCGATTGGGGAAGAATTCGGAAAGAGTCTCGGCTCCATTGATCATACATGGATTTTGATCCCGATTGGCTTTGTGCTCGGCTTTTTTGCCACGTATGCCGAGCCAGCAGTACGTGTACTCATTCAACAAGTAGAAAAAGCTTCTAGTGGATACATACCTGAGAAGGTCCTACTCTATACGGTTTCTATTGGGGTTGGCTTATCTGTTGCTTTGTCCATGGTTCGTATTCTTGCTGGTTTCTCGATTTGGTTTTTTATCTTGCCCGGTTATATTCTGGCGCTAGTTATGGTAAAATACGCATCGAAAACATTTACATCGATTGCATTTGATTCCGGAGGGGTTGCTACAGGCCCAATGACTGCAACATTTATTCTAGCTATGTTTGTTGGGATTGCTTCCGTTACTGAGGGGCGAGATCCTTTGCTTGATGGGTTTGGTATGGTTGCGCTTGTAGCTTTAGCTCCTATTTTATCTGTTCTCACATTAGGTATCTTATATAGCAGAAAGGAGAAGGAGCAGTATGTCCATGAAGAAGCCGAAACAAAAACTCATCGTTACGATCGTTAA	MNIKIFQGFGQTMSEVAVALLPLIVLFAIFQLFFLKLAVRKLLDITLGIILTFLGLSFFLQGVHIGFLPIGEEFGKSLGSIDHTWILIPIGFVLGFFATYAEPAVRVLIQQVEKASSGYIPEKVLLYTVSIGVGLSVALSMVRILAGFSIWFFILPGYILALVMVKYASKTFTSIAFDSGGVATGPMTATFILAMFVGIASVTEGRDPLLDGFGMVALVALAPILSVLTLGILYSRKEKEQYVHEEAETKTHRYDR				NA	NA	NA	NA	NA
AK148_02662	693	umpB		Na(+), Li(+), K(+)/H(+) antiporter subunit B	ATGGACAATATAAAAGAGACGATTGTTGAGGTTGTTCAGTCCATTCTACCGATTACAATCGTAATTACCATTCTACAGTTCACACTCATATGGTTGCCTCTAGAGACATTCATACAATTTTTAATTGGGGCTTTCATGGTAGGAATAGGATTGATTCTTTTTCTATTAGGCGTTAATATTGGCATGCTTCCTGTTGGTGAAATGATCGGCTCTGCCTTATCAAAAACAAAAATGGTATGGCTCATTCTCTTTTTTGGAGTTTTATTAGGCAGTGTCGTTACGATTGCTGAGCCTGATGTGCGTGTTTTATCTACACAGGTGGACCAAGTTTCGAACGGAGAAATTTCTAAAACAGTTCTTATCCTAGCAGTAGCGTTAGGTGTAGGTATATTTGTCGGTTTATCACTTATGCGGATTATTTTTTCCATACCTATTACATATATCCTTGCTGGCGGTTACGGACTTATATTTATTTTAGCGGCTTTTACCCCTTCTAGCTTTGTACCAATTTCCTTCGACGCTGGTGGCGTTACAACTGGCCCATTAACGGTACCGTTTATTATGGCGCTCGGAGTGGGGGTCGCATCTGTTTTACGAGGAAGGTCAGCATCTCAGGACGGCTTTGGTCTCATTGCTTTAGCTTCTCTTGGCCCTATACTTTCGGTGTTAATTTTAGGAGTGATTTACGGATGA	MDNIKETIVEVVQSILPITIVITILQFTLIWLPLETFIQFLIGAFMVGIGLILFLLGVNIGMLPVGEMIGSALSKTKMVWLILFFGVLLGSVVTIAEPDVRVLSTQVDQVSNGEISKTVLILAVALGVGIFVGLSLMRIIFSIPITYILAGGYGLIFILAAFTPSSFVPISFDAGGVTTGPLTVPFIMALGVGVASVLRGRSASQDGFGLIALASLGPILSVLILGVIYG				NA	NA	NA	NA	NA
AK148_02663	315			hypothetical protein	ATGGTTAATGATCGAGGTACAATAAAATGGACATCTATCATGATGCCAGAACATATTGAAATGCTACAGGAAATGTGGAAAGAACAAAAACACAAGGAAAAACCGATTTTGGATGAACAGCAGCAAGAGGAAATAAACACAAAATTACTGATGGCTGTAGCAAATGACTTAACTGTCGAAATAAAGTATTTCAATAAGCACGATTTTTATAAAGTAAAAGGTAAGATAACCAGTATCAATAAGCAAAATAAATACATAAACATTGTTGGGCAACGTTTGCCTATTGAGTGCATCATTAATGTACGGATAAAATGA	MVNDRGTIKWTSIMMPEHIEMLQEMWKEQKHKEKPILDEQQQEEINTKLLMAVANDLTVEIKYFNKHDFYKVKGKITSINKQNKYINIVGQRLPIECIINVRIK				NA	NA	NA	NA	NA
AK148_02664	216			hypothetical protein	ATGTTAAGATTATTCAAAAATTCATTAGATAACAAGCAAAAGATCATCATCTTTTATATGGATAACAATAACCAAGTGACTGAGCGCTATATTCGAGTAATCGAAATTAAGGAAAAAAGTATTTTAGCCTATTGCTTTTATCGTAAACAAGTGCGAACATTTAACATTGAAAATATTTTATCCGCTGGAAAAGTAAGAAAGAAGGTTGTTTCATAA	MLRLFKNSLDNKQKIIIFYMDNNNQVTERYIRVIEIKEKSILAYCFYRKQVRTFNIENILSAGKVRKKVVS				NA	NA	NA	NA	NA
AK148_02665	150			hypothetical protein	GTGGATGTTGAAAAGATTTTAGGTCTAATCGCTATAATAGCTGGAATCATTAAGGCTTTAACATCAAGTGCAAAAGACATACATGACATAGCGAAAGACCGAAAAAAGAAAAAGCGACGCTCTCCCACCAAGAAGAAACGTCGCAAATAA	MDVEKILGLIAIIAGIIKALTSSAKDIHDIAKDRKKKKRRSPTKKKRRK				NA	NA	NA	NA	NA
AK148_02666	240			hypothetical protein	ATGAAATACCAATTTGATTCAAATGCAGATCTTCTTAGATTTTTAAACGAAAACTTGTTATCGACTATTGAAACGGCTGAAGTATTAGGAGTTTCTAAAGCTAGGGTTGGTCATTTAGTAAAATCAGGGAAGTTACAGCCTGCAAAAGAACAGCCAAAGGTGTTTTTGAAGAATGTTGTTCTAGATAAAAAGAAAGAGTTAGAAGAACTTAGAAGAAAGTACAGGCCATATGATGAATAG	MKYQFDSNADLLRFLNENLLSTIETAEVLGVSKARVGHLVKSGKLQPAKEQPKVFLKNVVLDKKKELEELRRKYRPYDE				NA	NA	NA	NA	NA
AK148_02667	210			hypothetical protein	GTGGGGAAAATAATGCCAGGACATTTGGTTGGGTTTGGATCTGTTAAAGATATGGAAAGACTGGAGCAATACTACGACGATGGTTTTACTGATGCTGGTATGGCTGAGATTAGGGATAGTAATGTACCCAGTGTCGCTGAGTGTGATGAGTTATGTGCGGAGTTATCAGGAGATGTTACTGTGAGGAAAAAGAAAGAGCCCTCGGAGTGA	MGKIMPGHLVGFGSVKDMERLEQYYDDGFTDAGMAEIRDSNVPSVAECDELCAELSGDVTVRKKKEPSE				NA	NA	NA	NA	NA
AK148_02668	1602			hypothetical protein	ATGACAATTTTAGATCAGCTAATAGAAGAAAACGAATTTCCAATAGTATTCTTGGGATCAGGTATGTCTAAACGTTTTTTAACTAATTTCCCTAATTGGAATGGTTTATTAGAAGAGTTTTGGGAGAAAATTAAATTAAACAACTTTTATGGGAGATTAAACAATATAAGAAGCGAAATAAAAAAAGAAAACCCTAATTTAGTTAGTAATGAAATAGAGATTGATCATCTTGCATACATGAAAATAGGGTCTATAATTGAAGAAAAATTTAATCGTGATTTTAACGATGGCAAAATAATTATAAATGGTTTTTCTCCGAAGGATGCCCATGAATTGAAATTATCACCTTTTAAAAAAGCTATCTCTGAACGTTTTAGAAATTATGAGTATAAAGAGGAAGTTCAGAAGGAGCTAAGATTGTTCAAAAACATGCTTTTGAAGACTCAAATAATTCTTACCACCAATTACGATACTTTTATTGAGGATTTGTATAATCAAGATAGCGATATAGACAAATATATAGGACAAAAAGGTTTTTTTAAGAATACCTATGGATATTCTGAAATATATAAAATACACGGATGTGTTGAAAGCCCAAATGACATAGTGATTACTAAAGATGATTACGATAAATTTAATCAAAATTCCGTATTAATAAGTTCAAAAATCATTTCTATGTTAATTAACTCCCCTATAATATTTCTTGGTTATTCTTTGACCGATACAAATGTAAGGGGGATTATAAAAGATTTTACTAGATCATTGACTAATGATGAAGTTCATTTTTTAGAGAATAAACTGGTAGTTATTGAAAGAAAAGAAGGAGAGCGTGATTTAGTAGAAGAAGTGGTCGATGATAGAGATTTAGGGTGCAAGGTAAGAGTTATCAAAACTGATAACTATGAGCTTGTTTTTAGAAAAATAGGAGCTATTAATCAAGGTATCGCTCCATCGGCGGTAAGGAAATATCAACATGTTATTAAAGAATTGATAATTGATAGAGGGAAAAAAGGTGCTTTAAATACAGTATTAGTGTCTCCAGAAGATATAGATAATCTAAATGAAAAAATTAAACATAGAAATATAACAGTAGCAATAGGTGATTCGAAATATATTTTTCAAGTTCCAAATATTATAACTTATTCTCTGGACTATATTTCTGATAAAGATGAAATCGGTACCGAGATTAGGTTAAGATTTGCAGCTAGCCAAAGGAAAACGGATAGGTTTCCTGTTCATAAAATTCTAAAGCGAGAAATAATAGAAAAAAGTAATCTTCATCCTTCTGAAAAGGATAAATTGAAACAGAGGTTTAGTAGATATTCAAATTTCGAATCACATTATAACAGTATTTCAAAATCGTCTGTATTTGATGTAGAAGATATCAGTGTAAGAGGAATTATAGATAAAGATATAAAAAAAGAAAAGATATATGAAACTTTAGCAATTCATATAAATAATTTAGATCTAAATGGAGTGAAAAAATTCTTAGTTAAAGAATTGGAGGAATTAAAAGACAAAGGCGAGATTAAAATCTGTACTGAGTTAAGAAGGTTAATGTTACTATATGATATATTAAAATACAAAGGAGACAACGTCTAA	MTILDQLIEENEFPIVFLGSGMSKRFLTNFPNWNGLLEEFWEKIKLNNFYGRLNNIRSEIKKENPNLVSNEIEIDHLAYMKIGSIIEEKFNRDFNDGKIIINGFSPKDAHELKLSPFKKAISERFRNYEYKEEVQKELRLFKNMLLKTQIILTTNYDTFIEDLYNQDSDIDKYIGQKGFFKNTYGYSEIYKIHGCVESPNDIVITKDDYDKFNQNSVLISSKIISMLINSPIIFLGYSLTDTNVRGIIKDFTRSLTNDEVHFLENKLVVIERKEGERDLVEEVVDDRDLGCKVRVIKTDNYELVFRKIGAINQGIAPSAVRKYQHVIKELIIDRGKKGALNTVLVSPEDIDNLNEKIKHRNITVAIGDSKYIFQVPNIITYSLDYISDKDEIGTEIRLRFAASQRKTDRFPVHKILKREIIEKSNLHPSEKDKLKQRFSRYSNFESHYNSISKSSVFDVEDISVRGIIDKDIKKEKIYETLAIHINNLDLNGVKKFLVKELEELKDKGEIKICTELRRLMLLYDILKYKGDNV				NA	NA	NA	NA	NA
AK148_02669	1095			hypothetical protein	ATGGCAAAGGTAGCAATTGGAGCAGGACACGGTGTGCATACGCCTGGGAAAAGGACTCCAGCAGGCGAAAGAGAGTGGTCATTTAACAACAAGGTAGTTACTGCAGCTGTAAGACATTTAAAAAAGTATGGCATTGATGTACTAAGACTTGATGATCCGACTGGAAAGACAGATGTACCATTAACAACTAGGACAAACAAAGCAAATAATTGGGGTGCAGATATTTTAATCTCTTATCACCATAATGCGAATAATGGTCGCTGGGGCAACTGGGGAGGTACAGAAACCTATTACTATCCTGGTGCATCTACAGGGTTAGCTTTAGCAAAAGCTATACACCCTAGCATTGTTGGCGTAATGGGTTTGCGTGATAGAGGCATAAAAACAGCAAACCTTCATATGGTACGGGAATCGAGGATGCCCGCTATTCTCATTGAAGGTGGCTTTATGGATTCTACGATTGATATTAAGGTAATGCGTGATGACGATAATCTGGAGCAAGCAGGTAAGGCTTTAGCTGATGCCATTGCTGGTTATTTTGGTATCAGAGGACAAGCTAAACCATCTAAACCTAGCAAACGAGCAAGTAAATCCATCTCTAAAATGGCAGACGAAGTTATTGCTGGTAAACATGGCAACGGTCATGACGCTAGACGTAAATCATTAGGGATTACTCAAGCTGAGTATGACAAGGTACGAAAAGAGGTTAACCGTAGATCAGGCATTAAAACAGCATCTAAACCCAAAGGTAAGTCAATTGCTAAAATGGCGCAAGAAGTCATTGACGGCAAGCATGGTAATGGACATGCTAATAGGCGTAAGTCGTTAGGTGTTAGTTCATCCGTTTATAATAAAGTTAAAAAAGAGGTAAACAGACGATTGACCGGTAAATCTATCGCATCCAGTAAGCCAAAACCAAAATCCTTTAAAGTCCGCCAGAAAGTCACTGTAAAAAAATCAGCAAGTAAATTCGCGACAGGTGAGTCCATTGCAAACTTTGTTAAAGGCAATAGCTATAAGATTAAACAGGTTAAATCTGATCGTGTGCTGCTCGATGGTATTATGTCTTGGGTGCGTAAGAAAGATGTGTATTAA	MAKVAIGAGHGVHTPGKRTPAGEREWSFNNKVVTAAVRHLKKYGIDVLRLDDPTGKTDVPLTTRTNKANNWGADILISYHHNANNGRWGNWGGTETYYYPGASTGLALAKAIHPSIVGVMGLRDRGIKTANLHMVRESRMPAILIEGGFMDSTIDIKVMRDDDNLEQAGKALADAIAGYFGIRGQAKPSKPSKRASKSISKMADEVIAGKHGNGHDARRKSLGITQAEYDKVRKEVNRRSGIKTASKPKGKSIAKMAQEVIDGKHGNGHANRRKSLGVSSSVYNKVKKEVNRRLTGKSIASSKPKPKSFKVRQKVTVKKSASKFATGESIANFVKGNSYKIKQVKSDRVLLDGIMSWVRKKDVY	PGPT0024160_4565	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448	NA	NA
AK148_02670	453			hypothetical protein	ATGGTAGACATGATTATTAATATGGCAAAAACATCAACGGCAGTGGCATCTGTCGTTTTTGCATTTTTATATGGAGGTTGGACAGTGTCGCTAATAGCTTTAGTAGTGTTTGTTGTATTGGATTATATAACAGGTATAGCAGCAAGTGCATATGAGGGTAAGTTATCAAGTAGAGTTGGATTTTGGGGTATTGGAAAAAAGGTATTTATTTTTGCAATGGTTGCCACAGCACACGTAATTGATCTAGTGCTGATTGATGCAACGGAGATTGATGCTTTTGTAATGACAGCCACTATTTATTTTTACATTGTAAATGAGCTGGTATCAATCCTGGAAAACGCAGGTAGATTAAGCTTGCCTATTCCAAGTCCGATCCGTAAAGCAATAAATATTTTCCAAGGTCGATTTAGCGACTATGACGATGATCAGTTAAAAGAGAAAAACGTTGATTAA	MVDMIINMAKTSTAVASVVFAFLYGGWTVSLIALVVFVVLDYITGIAASAYEGKLSSRVGFWGIGKKVFIFAMVATAHVIDLVLIDATEIDAFVMTATIYFYIVNELVSILENAGRLSLPIPSPIRKAINIFQGRFSDYDDDQLKEKNVD				NA	NA	NA	NA	NA
AK148_02671	138			hypothetical protein	ATGGCTCAAAATAAGTTAATGCTTATACGAATACTATCACAAGACTTATATTTGCTAGGAGAAATTGATAGTGAAATAAATAATTTAAAGATGGATATTGAATCGGATGAATTTATCTTAAACAAGTTAAGTGAATAA	MAQNKLMLIRILSQDLYLLGEIDSEINNLKMDIESDEFILNKLSE				NA	NA	NA	NA	NA
AK148_02672	2079			hypothetical protein	TTGGTTTTTGACAAAAAGTCATGGGAATTTGATGACGTTGTTACTGAGGATGATGCAAATCGATGGGAAAGCGGTATTGATGATGCACATAAAACAATAGGAGAGCATGCTGGAAATAAAGAAAACCCACATGGAGTAACGAAGAATCAAGTAGGGCTTGGGAATGTTGATAACGTTAAACAGGAAACGCCTTCAGGTGCACAAGAAAAAGCAAATGAAGTTAAAAACTGGGTTAAGAATTATAGTATTGGAACGTCTCTTCAGCACATTGACCCAAATGTAGTTAATAAAACAGGTTTTTATGTGTTTACAGAAAATACCCCTACTTCAGATGGCGCATATTATGGTTATCATTTAGAAAGAAGCATTGATTGGGCAGCTCAATTTGTAATGCGTGGTGGAACAAATAAAGCGTTTTTTAGAACTAAGAATCTAGGAAAATGGCAAGAATGGCATGAAGTTGTGCAAAAAGATTGGTTATCAAGCTTTGGAATAAAAGATGATGAAGGTCTTTATGTATCAGACTTAAATAATATTAATAAATCTGGTTTTTATACTGCTGATGAAAATACTGCAAATGTTCCTGAAAATACTTTTACACAAGTATTTTCTTCAATGAGAAATAACAGTGCTGGCTCACAATTGGCAATATGTAGATATTCAAGAGCAGAAAGTAGATTTTTTTTTAGAAGCCAGTGGAGTGGCACTTGGACTAATTGGGAAGAAATTGCTACAAAAGAGCAATTAGAATTAGTAGCTAGCCATGCTAGACACAAAGGTAATCCACATAATGTTACGAAATCACAAATAGGACTTGGGAATGTTGATAATTATGGAACATCTACTCAGTCACAAGCAGAAACTGGTAGCCATAATCACAGTTTCATGACACCATTACGTACAAAACAAGCTATTGAGAAACTAGCTCCTACTCCTTCTAAAGCAGATATAGGTCTTGGAGATGTTGATAATATAAAACAAGCATCGAAAGTTGAATTTGATTCTCATGTCAACAACACCAGTAATCCTCACAATGTAACCAAAGAACAAGTAGGTTTAAGCAATGTTGATAATGTAAAACAAGTTAAAAAGTCCGGAGATACTATGGATGGCGATTTAGGTGTAGATGGAAATGTAAGAACAAAAGAGCTAGTTATAAACCATCCTAATAATGAAGATGATCCTAGATTTAAGTTTGTCTATAATACGAATGGAGATTTAGAAATATGGGCTAATGCTGATGGAACATGGGAACAAAGAGCTGTTCTTGGGCATCGCTATAATAATGGAGTTTTTACTATTGGTGGAAAAGATGTTGAAACAACTGAAGGTTCATTAGATAAAGTGAACAATGTAATGGATTGGATAAAAGACTATGGTATAGGTGCTAATGCTCTATCTGCAAATTTTGATACTGTTAATAAAACAGGATTTTATGGTTTTACAGGTGGAACAAAGCCATTTAGTACAGGCATGGCATTTTATGGTTATCATCTTCAAAGAAGTAGTGATTATGCTTCACAATTTGCAATAACTAGTGATGGATATAGAGCTTTCTATAGGGGGAAAACAACTAGTGGTTGGAATAAATGGCATGAGATGGTTACCAAAGAAGGATTGCAAGAAATTGAGTATGAATTAGAAGAAGCAAATACGATCATAAATGGTGGCTTGAAACTATCCGATGGGATTTTTGAAGGTGGGCTTGAGCCATCTTTTTCAACAGCTAATTATATAGGTTTATCAAGTGGAAATGCGATTATAGGTGGTCTCCCTTATTATTACGAAGAAAATAATATTAGTCACGATGTATCAGGAGTAAGAGATGGCAAAATGTATAGATATGTTGTCCAGTTAGATTTGAAGACAGGCAATATTAAGGTAGTGAAAAAAGAAGAACACGGCAAATACCCGCCCCTAATTAGGAATACGGAGGTATATGAATTGTCAATAGCTACTGTTGAGCCGGATCCGGATCCATATATGGCATACAAAATCACAGACACGCGACAGGATGAAACGATATGCGGATTCGTAAAACCATTAAATAAAGATTTACCAGTAGCACCGCAGGAATAA	MVFDKKSWEFDDVVTEDDANRWESGIDDAHKTIGEHAGNKENPHGVTKNQVGLGNVDNVKQETPSGAQEKANEVKNWVKNYSIGTSLQHIDPNVVNKTGFYVFTENTPTSDGAYYGYHLERSIDWAAQFVMRGGTNKAFFRTKNLGKWQEWHEVVQKDWLSSFGIKDDEGLYVSDLNNINKSGFYTADENTANVPENTFTQVFSSMRNNSAGSQLAICRYSRAESRFFFRSQWSGTWTNWEEIATKEQLELVASHARHKGNPHNVTKSQIGLGNVDNYGTSTQSQAETGSHNHSFMTPLRTKQAIEKLAPTPSKADIGLGDVDNIKQASKVEFDSHVNNTSNPHNVTKEQVGLSNVDNVKQVKKSGDTMDGDLGVDGNVRTKELVINHPNNEDDPRFKFVYNTNGDLEIWANADGTWEQRAVLGHRYNNGVFTIGGKDVETTEGSLDKVNNVMDWIKDYGIGANALSANFDTVNKTGFYGFTGGTKPFSTGMAFYGYHLQRSSDYASQFAITSDGYRAFYRGKTTSGWNKWHEMVTKEGLQEIEYELEEANTIINGGLKLSDGIFEGGLEPSFSTANYIGLSSGNAIIGGLPYYYEENNISHDVSGVRDGKMYRYVVQLDLKTGNIKVVKKEEHGKYPPLIRNTEVYELSIATVEPDPDPYMAYKITDTRQDETICGFVKPLNKDLPVAPQE				NA	NA	NA	NA	NA
AK148_02673	282			hypothetical protein	TTGATTAAGCAATCTTTTATAAACGATGTAGCAAGATATATTGAACAACAAATAACAAGTGTTAGACTAAATAACTCGTATATAATTAATAGTTTTGTTGTTAAAGAAGTACAGGGCTGTTGTGTATCCATGGAAATATTAGTGAAACATGGAAGTATTGACACAATTACGGTAATTGATCTATTGAATGAAGATGGTGAAGTTATAAGTACAAATGACGTAGTTGTACCTATTACTTCAGATACCGTCATACTACAATCATTTGAAGTAAGGGAGGGGTAG	MIKQSFINDVARYIEQQITSVRLNNSYIINSFVVKEVQGCCVSMEILVKHGSIDTITVIDLLNEDGEVISTNDVVVPITSDTVILQSFEVREG				NA	NA	NA	NA	NA
AK148_02674	588			hypothetical protein	ATGAATCGACTTCTTAGCCGTCTTCCTGATTTATTACATGGTATCCGAGAATTTAAGGCATTAACCGAAACAGAAAAACTTGAGTTTAATCAACTAGCTGAGAGCATAGATAAAACACTAGATGATCAGTTTATTGAGACAGCTACATTAAAAGCAATTGAGCGTCGGGAGAAAATGCTTAACATTATTGCAGATCCATCTACCGAATCATTAGAGAATCGACGAATAAGAATATTAAATCGCTATCAAACAAAGCCACCATTCACAAAACGTTATTTACAGCAACAGTTAGATACTTTACTTGGTGTCGGAAGGTCGGATGTAACCGTTAATCCAGAGGAATTTATTTTAACTGTAACAACCAGCATTGACAATGCTTTTCTGTTCCGAGAAATGGAGTATACGATAAATACAGTTAAACCAGCCAATATAATTTATCAACAAGAAACGTCAATTATAGAACCATTATTATTAAAAGAAACAGGTAAAAAACAGGTCTTAACTCGAAATACAAGGCTTGGAACAACATGGAATTTAGGCAATACTCCATGGGCTGATAGGGAAAATGAGGTGGTCATTTTTGATTAA	MNRLLSRLPDLLHGIREFKALTETEKLEFNQLAESIDKTLDDQFIETATLKAIERREKMLNIIADPSTESLENRRIRILNRYQTKPPFTKRYLQQQLDTLLGVGRSDVTVNPEEFILTVTTSIDNAFLFREMEYTINTVKPANIIYQQETSIIEPLLLKETGKKQVLTRNTRLGTTWNLGNTPWADRENEVVIFD				NA	NA	NA	NA	NA
AK148_02675	1089			hypothetical protein	TTGGAAGAAGAACAAAGCTATGAAGCTATACTAGAGCGCATGCTTGAACGTGTTCCTGCTAATATAGATAAGCGTGAAAATAGTGTAATATGGAACGCTCTTGCTCCTGCAGCAGCTGAACTTGCGATGAGTTATATTTGGATGAATCAAATACCAACTTTAGCATTTTTAGATACTGCAGAAGGAGAATACCTCGAAAGACGTACAGCGGAATTTGGGATTAATAGAAAGCGAGCAACAGCAGCAGTAAAAAGAGGATTATTCTATGGAGAAGACGACACGCCTTTTGATATACCAATAGGAAGTCGTTTTTTTATTGATAATTTGCACTATATGGCAACAGAAAGGATATCTGCAGGGCAATTCTCATTAACTTGTGAAGAATTGGGAGTGAAAGGAAACCTACCGAGTGGTGCTCTTTTATCATTAAACACTATTCCTGGGTTAGAGCGTGCCATCATGACAGATATCATTGCAGCTGGTGAAGATGAAGAATCAGATGAATCATTAAGAACGCGTCATTATCAAATGGTTAATGAACCTGCATTTGGTGGGAATATAGCTGATTACCGTCATAAAATTAATTCAATAACAGGAGTCGGTGGAACGAAAGTTTTCCCTACTTGGAATGGTGGTGGTACAGTAAAATGCGTGTTTATTGGTGCAGATTACTTAAAGCCATCAAAAGAACTGGTCTCTTCTATTCAGGAAACTATGGATCCAGAAGTAAATAAAGGACAAGGAATAGGTGTAGCTCCAATTGGGCATGTAGTGACCATTGAGGCAGTAGAAGAGACTCCAATAGAAATTCAAACATCTTTGGCGCTAGAACGTGGGGTGTCAGTCCGAAGCGTAGAAGATAACATCAAAGAAATTTGCGAGAAATATATGATGGATTTACGAAAAACATGGGAGAATGATATGAATTTGGTAGTCAGGACAAGTCAAATTGAAGCAAGGATATTAAATGTATCAGGTGTGCTAGATGTTTCAAATACACTTTTAAATGGACAGGGTGCCAATATTGAGATTGAATCTACGAATATTCCAATGCTAGAAGGGGTGTTTCTATATGAATCGACTTCTTAG	MEEEQSYEAILERMLERVPANIDKRENSVIWNALAPAAAELAMSYIWMNQIPTLAFLDTAEGEYLERRTAEFGINRKRATAAVKRGLFYGEDDTPFDIPIGSRFFIDNLHYMATERISAGQFSLTCEELGVKGNLPSGALLSLNTIPGLERAIMTDIIAAGEDEESDESLRTRHYQMVNEPAFGGNIADYRHKINSITGVGGTKVFPTWNGGGTVKCVFIGADYLKPSKELVSSIQETMDPEVNKGQGIGVAPIGHVVTIEAVEETPIEIQTSLALERGVSVRSVEDNIKEICEKYMMDLRKTWENDMNLVVRTSQIEARILNVSGVLDVSNTLLNGQGANIEIESTNIPMLEGVFLYESTS				NA	NA	NA	NA	NA
AK148_02676	411			hypothetical protein	ATGCTGTCACCAGAACTTGATTTTGAAGATTTTACAGAAGATGAATTGAAAGAGGAGACATCACGTACTTATCGTATTGATTTTGAAAAAGGGGAAGTAACGAATGAAATAATATATGGATTAGAAGCTATACAACAATACATTTATATGGCCTTACGTACTCCTAGATTTGCACACTCTATCTATTCAGATGAGATTGGTTCAGAAATAGATGAATTGCTATCAGATAAAGAAGTCAGCGTAGATTTCATTGAAATGGAGATTCCAAGACTTGTAGAAGAAGCGCTTATCTATGATGAACGAATAAGTAGTGTTGGTGATTTTGAACTAAAAAGAATTGGAGAAGAAATACATGTTAAATTTACAGTTACCTCCATCGATGGAGAAATAGAAGTAGAGGAGGTGCTTTAG	MLSPELDFEDFTEDELKEETSRTYRIDFEKGEVTNEIIYGLEAIQQYIYMALRTPRFAHSIYSDEIGSEIDELLSDKEVSVDFIEMEIPRLVEEALIYDERISSVGDFELKRIGEEIHVKFTVTSIDGEIEVEEVL				NA	NA	NA	NA	NA
AK148_02677	381			hypothetical protein	ATGAGTATAGGGCAAACAATTAAAAAGATGGCAAAAGAAGCTGTAGATGCAAGTAAACCATTGCAATTCGTTGAAGGTGTTATTCATTCTACATCACCAGTTCAATTACGTTTGAAACAAAATGATAAATTAATTATTCCTAGCGATTTTATTCATGTCGCTCGACATCTAACACAGCATACAAGAACTGCAACAATATCAACAGGAAGTGTAGGAGAAAAAATGACCTTAGCGGGGGATCCTGAACATGCGCACAACATTCATTCAATTACACTTAAAAATGCAACGATTCAGTTCTCAAATGCTTTGCAAACAGGTGATAAGGTAATGGTTGCCGTTATTCAAGGAGGGCAATCATTTTTTATTATTGATAAATTCTAG	MSIGQTIKKMAKEAVDASKPLQFVEGVIHSTSPVQLRLKQNDKLIIPSDFIHVARHLTQHTRTATISTGSVGEKMTLAGDPEHAHNIHSITLKNATIQFSNALQTGDKVMVAVIQGGQSFFIIDKF				NA	NA	NA	NA	NA
AK148_02678	972			hypothetical protein	TTGATTGAACTATTCTTAGTAAAAACAGGGGAAATGGTAGAAATACCTACTCAGTCCATTACGTGGTCTGGTCAAAGGTATAAAGCAGCAAGAAAAATAATGGCCAACATTCTTTATACAGATAAAGGTGGTTTACAATATACAGAAATTGAAGAAGGAAATACGGTTCTTTTTAAATGGAAAGGAAAAGAATTATTTCGAGGAACTGTTTTTAGCAAGAACAAATCCAAAAGTGGACTATTAAATTTAGTGGCATATGATATGTTGCAGTATTTACTGGTTAATAAAGATGTGTATGTATTCAATAATCGACGAGCAGATCAAATTATTAGCCGTATTTGTCGTGACTTTCAAATACCATACCGAGTGGTTTCAAATACAGGAGTAGTTTTAAACGAGGTTCATACAAATGAAACGACATTGTATGATATTGCTTTAAGAGCTTTAGTTAATACTGAAAAGCAAAGCGGAAAACGGTATAATCTCTATTCCGAGAAAGGAAAACTTGTACTAAGTGAACAAAAAATTTCTAGTAATCAATGGGTATTGGAAACAGGGGTAAACTTAATTGATTATAATTATGCTACTTCTATTGAGGAAACAGCTACACAAGTTAAATTGGTTAGTGGAGATGATAATAGAACAATTTCCGTGACTGTATCAGATAAAAGTGGTCGTAAAAAATTTGGGGTGCTGCAGCATTTTGAAAGAGTTACGGACAAAATTAATCAAGCGCAGTTAAATACTCGAGCCAATAGCCTTCTTAATGAGAAAAAGGGTATTCAAAAGAATTTAGAAGTTACTGCAATAGGAATACCTGAAATAATCAGTGGACAGCCAATTTATGTAGTAGAAAATGAAATAGGTGTGAAGGGTACTCGTTTTGTTGATACTGACACACATTATTTTAAAGGTGATTATCACGATATGAAATTGAAATTAATTCAAAGAAATACAAGGGCGGTATTGTGA	MIELFLVKTGEMVEIPTQSITWSGQRYKAARKIMANILYTDKGGLQYTEIEEGNTVLFKWKGKELFRGTVFSKNKSKSGLLNLVAYDMLQYLLVNKDVYVFNNRRADQIISRICRDFQIPYRVVSNTGVVLNEVHTNETTLYDIALRALVNTEKQSGKRYNLYSEKGKLVLSEQKISSNQWVLETGVNLIDYNYATSIEETATQVKLVSGDDNRTISVTVSDKSGRKKFGVLQHFERVTDKINQAQLNTRANSLLNEKKGIQKNLEVTAIGIPEIISGQPIYVVENEIGVKGTRFVDTDTHYFKGDYHDMKLKLIQRNTRAVL				NA	NA	NA	NA	NA
AK148_02679	762			hypothetical protein	TTGATTAGCAAACATTTGCATCCCTTTATTTATGGTATAATTAATTTAGGGGTGAATTCAATGTCCGCCATGAGTTATAAAGGAGATTTATTCAAGAAGATTCCGGATAACCAACCTGGATATTATAACTGGGTCGGAAAAAATTCGCATTATCTTACCGTTGTTGATGCTTATATGAGAATTACAGAAGGCAAACCGAGACAAAGATATTTTTTGTGTAAGTGTAGATGTGGAAATGAAAAATTAGTTCATGGAGATGGTATCCGAAAGCAACGTATAAAAAGTTGTGGTTGTTGGAAATCGGTTGTCGATAGTCGAAAAGCCAAGGAAATGGGAGACTCAAACTTTAAACACGGATTGAGTAGGAGTCGAATATATAAAATTTGGGATGCTATGCTGTACAGATGTTTTAATGAGAATGATAGATCGTATGATAATTATGGTGGGCGTGGCATTACTGTGTGTAAAGAATGGTTGTCCTTTGATAAGTTTTATGAAGATATGAAGGATGGTTATACAGATGATATGACGATTGAGCGTATCGATGTGAATGGAAATTATGAAAAGAATAATTGTAAATGGATTACAATGCTAGATCAACAAAATAACAAAAGGAATACTGTCTATATTGATTTTGACGGTAAAAATATGACCATTAATGAATGGGCTAAATTAATTGGGGTCTCAAGGGGTGCTATTTATCAACGATTGAAGGCTGGAAAACCAATAGAAAAGGTATTACAAGAATATGATTTAGATTGA	MISKHLHPFIYGIINLGVNSMSAMSYKGDLFKKIPDNQPGYYNWVGKNSHYLTVVDAYMRITEGKPRQRYFLCKCRCGNEKLVHGDGIRKQRIKSCGCWKSVVDSRKAKEMGDSNFKHGLSRSRIYKIWDAMLYRCFNENDRSYDNYGGRGITVCKEWLSFDKFYEDMKDGYTDDMTIERIDVNGNYEKNNCKWITMLDQQNNKRNTVYIDFDGKNMTINEWAKLIGVSRGAIYQRLKAGKPIEKVLQEYDLD				NA	NA	NA	NA	NA
AK148_02680	666			hypothetical protein	ATGACTAAAAGTATTTATGAAATATGGATATCAACAGCTGATAATAAGGATAGGTTAAGATTACCAGTACTTCCTTCATCTCTTTCTTTATCTATTGGAAATAAAAATGAAGCCATTGATATATCTAATTTAGGTGAGGTAACTGTCATTCAGGATCCTGCGCCTAAAAAGATTCAATTGTCATCATTTTTTCCTAAGCATCAAACACCAATAGTAGATTATAAAACCTTTCCTACTCCTTGGGAAAACGTTCAAAAAATTGATAGATGGCAAAAGTCAAAGAAACCACTTCGTTTAGTAGTGACCAAGACGAAAATTAACGTTCCGGTATCTATTGAAAACTTTAATTACCGAGAAGAAGGCGGATCAGTCGAGGACATCTATTATGATCTTACTTTAAAAGAATACAAGTTTGTATCTGTTCGAAAAATCAAAGTCAAAATACCGAAGAAGCCAAAAAGACCGAATCCAAGGCCGAAACCAAGAACCCATACTGTAAGGCGTGGAGATACCTTATGGGATTTATCTAGAAAATATTATGGTAACAGCCTAAAGTGGAGAAAGATATGGAATGCTAATAAATCCATGATGGTGAAACGGGATAAAAGGAACCTTAGACAACCAGGCCACTGGATCCATATTGGATCTAAGTTAAAAATTCCTTGA	MTKSIYEIWISTADNKDRLRLPVLPSSLSLSIGNKNEAIDISNLGEVTVIQDPAPKKIQLSSFFPKHQTPIVDYKTFPTPWENVQKIDRWQKSKKPLRLVVTKTKINVPVSIENFNYREEGGSVEDIYYDLTLKEYKFVSVRKIKVKIPKKPKRPNPRPKPRTHTVRRGDTLWDLSRKYYGNSLKWRKIWNANKSMMVKRDKRNLRQPGHWIHIGSKLKIP				NA	NA	NA	NA	NA
AK148_02681	4767			hypothetical protein	ATGGCGAAGTTAACGGCTCGTTTTGATATGCAAGATAAGATATCCAAAAAGTTGAGAGCATTACAAGGAAATTTGGAAGGCATTGAAAAGTATAGGCGAAGTTTAGAAAAGCCAATGATTCTAAAAGCGAGAGATGAAGCAACAAAGAAGATGAAAAGCATAACCTCTTATGCTGATAAGCATATGGTGAAAAAGCGGTCCATTACTATTGAAATGGCAGATAAATTTACTAAACCTGCGAAAGGTATAAATAGATATCTGGAACGTAGAATGCCTAAAAGTTGGGCAATTGCAATCGAAGCGAAAAACAAAACAAAGACTGTTATGGAGAATGTGAAACGGTATTTAAACCGACATTTAGCTAAGCCAAGATATCTTCTTGTTGAAGCTAGAGACAGAGCTACTAGTGTAATTCACCGTATTTCAAACTATGCACGACGTTCTTTGGGAAAAGGCTATAACTATTCTGTCCGTGCTATTGACATTGCGAGCCAAACGGTCGGGCGTATCGCTGCATATACACGGACAGCTTTACCTGCATACCGAAATTTCACCATTAGGGCAATAGATCGGGCTACTAATGTTATAGGCTCTGTTAAAAATGCTTTATTTTCTATTCCGTCTATGATAACTGTTGGTATCACGATGCTCGGTGGAAAACAATTCTTAGATTCCACATTAGGAGCCGCAGCAAGGATGGAACTTTCTCAAGTACAGGTTACAAGTCTTTTTGGTAAGAATCAAAAAGCAGCGAAAGAGTTTTTTGGTTTTCTAAACAATGCTGGTGCAAATTCAATGTTTAGTCAAGAAGATTTTTTTGGATCAGGAAAAGCGTATGTACCATTAACTAAAAATTTGAAGGAATTAAAGTACGCTGTCGGAATCACAGAGAGGTTAGCTGCCTCTAATCCAGATGAAGGAATGGAAGGAGCCTCGTTTTCTATCAGAGAAGCGTTGTCTGGAGATATGATGAGTTTGGCTGATAGGTTCAACTTACCAAGAAAAATGCTTGCATCGATTAAAGAAGCTCCCACATTACAAAAGAAATTAGAGGCTTTAGACAGAGTAGTAACGGGTTTAGGATATAGTCAGGAGTACTTGGAAAAAGTTAATGGAACTGTTTATGTGCGTTGGCAAAAATTACTTGATACAACAAAATTGAAGTTCACGGAATTTGGAAAAGAAGGGTTAGCTGCCGCCAAGCCTTTAATTGAAAATTTGAATCGTATTGTTGAAGGGAAAGGTTTTGAACAATTTGGTCAATTTATAAGTGATGGGATTACTTGGAGTGTAAAAAAAGCTAATAATTCTCTTGAAAAACTTGAAAAATATTTTAAAAATCCTGATTTTAAAAAGCTCGACTTTGAAGGAAAAGTTAAATTCATCATGGATGATTTTGGTGAATGGTGGGATAAAACAGGGCGTCCATGGCTAGCAGATGTTAGCAAAGATATTGGAGCTGCTATTTTTGATGGTATTGTCTGGGGTGTTAAAGAAGGAATTAAAGGCATTGGTTCCATGTGGGCGGATGTGTTTAAAAACCCAAGTTTGGAAGGTTTTGCTGGCGCAGGTATAGCAACAGTGATTGCGGCATCAATTGCTTCTTTGGTCCTTGCGCCATTAATGACTGGTATTAAAGGTGTTGGAAAGGTAGCAGGCGGCATTTGGAAAACTGGTAAAAAAGTATCTGGGTGGTTTAAGAAAGGTAAAGGACCAACACCTCCATCAAGTAGTGGAAGATTGAAAAAAGCAGCAACATCAAGGAAGAAGCCTGTTTATACTCAACCATGGTTTGATAAAGGGAAGAAGCCTGAATTAAATAGACCTAATAAGAAACCTTCGGTATTTTCCAAAATACCTAAAGGGCTTGGAAAAGGTGCTTCTAATATAGCTAGGTTTGGAAAGAAAATTCCTGTGCTAGGGGCGGTTTTAGGAGGTCTATCCATTTTAACGGCTCCTAAAGGAAAGAAAGCGGAAGCTGCTGGTGGATTAGGTGGTGGACTTGGCGGTGCGGCTACAGGTGCTGCAATCGGGTCTGTTGTTCCAGGAGTCGGTACGGCAGTTGGAGGAGTTCTCGGTGGTGTTGCTGGTTCATTTGGTGGAGAAACACTAGGTGGTTGGCTCGGCGATAACTGGGATACTATTAAAACAAAAGCTGGAGAAGCAGCGAAATCTGTTGGAAGTTCATTTAATAAAACAAAAGAAAAAATAGCTAGCACTTTGTTTAGTGGAGATTGGTGGAGCGAGAAATGGGAAGGTGTTAAGGGCTGGACAGCGGAAAAATGGACCAATGCTAATGAAACATGGAATACAGTTAAAGAGACCATTTCAAGTACTATATTTAATGGCGAATGGTGGTCTGAAAAATGGAATGGTGTAAAAGAGACTGCCACTTCTACTATATTTAGTGCTGGATGGTGGGCAGAACAAGCCGGTTACGTCTACGGTTACTTAGAATCGACCATATTTAGCGGAGAATGGTGGTCGGAGAAATGGCAGGCAGTTAAAGAATTGACTGCAGGTACTATGTTTAGTGGTGAGTGGTGGCAAGGTAAATGGGAGTCAGTTAAAACATGGACGGCTGAAAAGTGGGATTCAGCAGTAACCATTTGGCAGTCAATTAAAACAAAATTTTCTGAGACAGTCTTTAACTCTGATTGGTGGAGTGGAAAGTGGGAATCTGTCAAAGCCTGGACACAAGAAAAATGGAATTCTGCTGTTTCTATTTGGAACTCCGTCAAGAACAAGTTTTCCGAAACGGTTTTTAGTAGCGACTGGTGGAATAGCAAATGGGAATCCGTAAAAGGATGGACCCAAACTAAATGGGACTCTGCCCAAGTCGTTTGGAATTCAGTTAAAACAAAACTAAAAGACACCATATTTAGTAGTGAATGGTGGAAAGGAAAATGGCAATCAGTTAAGGATTGGACGAGTAATAAATGGGATTCATTCACAACTGTTTGGAATGCGGCAAAGAATAAAATAAGCGAATCTCTATTTAGCAAGGACTGGTGGAGTGGAAAGTGGGACACTGTTAAAGGTTGGGCTGCAAGTGCTTGGGAAGGTATTAAGGGGATGGCTAACGACTTGGGCGAATCCTTTAATAAAGGGCGTCAAAAAGCAAATTCTAAAGTTGCTAATGATCACAGCACTCGCACTACTTCGGTCAGAATGAAAAAAGCAACTGAATATGCAAACGGTGGATACATTAATAAACCCCATATTGGTTTAGTCGGGGAAGCTGGTCCAGAAATGATTATCCCGTTGTCTGCCAATCGTCGAGGTCGAGCAATGGATTTGTACAATCAAACGGGAAAAATGCTGGGTGTTCGTCCATATGCAAATGGAGGTCAAGTTGGAGGTTCGGTTAAAACAGTTAACCCTAAAAAGCTTCATGCTTCTGTTAATGTTGGCGCTGTTTCTGTTCAAGGAATAGATAAAGAAGCTAAATTGTACGGTGAATCATTCACCAATGCAGTTGCTACAGGAATAAACGGCAACGTTGTTCCTATCAGCACTTGGAAGAAAAATAATATAGAGACCCCAATGCAAGGTGTGATTAAACAAGCTGTTGGCTATGGTGCTAACACTGTCACGTCGTTTTCTGCTGGTCAAAATGCAACACCAACCAATACAACAGCTTATCTAAACAGACAGGTGAAAACTCCTTTTAAAGTAATAGAAGGTGGAGCTCCGCAGTGGGGATCAGGTACAGTCTCTGGATTTAGATCTGGTCAAAATGCAACACATACTGGAACAAAACCTTATCTATACACTAATGTTCATACTCCTTTTAATGAAACAAAAGCAAAAGGAAGTAGTTGGGGCTCAGGTACTGCATCCGAATTCATATCTGGATTGAGGTCAAAAGGTGACCAAGTTAGAGAAGCTTCAAAGTATTTAGCCAAACAAGTAGAAAGAACATTTAAACAAGAGTTAGGTATTCATTCACCTTCAAGGGTTATGGCTCAATTAGGAAAGTTTGCTTCACTTGGTATTGTTAAAGGGCTTGGTGATGTGGATATTAAGAAGTTTGCCGAAAAACAGGCAGGAACTCTGGCTTCGGCATTTGCTGGGATGGGGTCTATTGGCGGAAACATTAGTGAGTGGATTCAAGCAGCTATGATGATTACAGGTGTTCCATCGTCATGGTTAGGGCCGCTGAGTGTAATTGCGCAAAAGGAATCTGGTGGTAATCCAAAGGCGCAAAATAACTGGGATATTAACGCAAAGCGCGGTATACCATCAAAGGGTCTTATGCAAACAATAGGACCAACTTTCAACGCATTTAAGGGGAAAGGATTAAACGATATTTTTAACCCTGTTCATAACGCTGTAGCTGCAATAAACTACATTAAAAGCAGATACGGTAATGTATTTAATGTTCCTGGGATAAAATCTATGGCTTCCGGTGGTGCTTATCGTGGTTATTGGAAAGGAACAAAAGGACCTTTGAGAAGTGCAGAAACAGCTTGGGTAGGTGAACGTGGTCCTGAGCTTGTTAATTTACCAAGAGGTTCAGAAGTTCTGTCACATAGAGAAAGCAAACGAGTGACATCTAATCAAGTATCAGCTGCTATCGGAACAGGAAGTAAAAGCTCTAAGTCAGCTGGGAGAATACGGGATATCATTATTCAAATTACTGGTGACAATCACTTTAATGGTGATTCTGACATGAATAAATTAACAAACAAAGTTAAACGAGTCATCGAGGAATTACTTGATGAAGAATACAATGAGGGGGGAGAACTGGTAGTTTATGACTAA	MAKLTARFDMQDKISKKLRALQGNLEGIEKYRRSLEKPMILKARDEATKKMKSITSYADKHMVKKRSITIEMADKFTKPAKGINRYLERRMPKSWAIAIEAKNKTKTVMENVKRYLNRHLAKPRYLLVEARDRATSVIHRISNYARRSLGKGYNYSVRAIDIASQTVGRIAAYTRTALPAYRNFTIRAIDRATNVIGSVKNALFSIPSMITVGITMLGGKQFLDSTLGAAARMELSQVQVTSLFGKNQKAAKEFFGFLNNAGANSMFSQEDFFGSGKAYVPLTKNLKELKYAVGITERLAASNPDEGMEGASFSIREALSGDMMSLADRFNLPRKMLASIKEAPTLQKKLEALDRVVTGLGYSQEYLEKVNGTVYVRWQKLLDTTKLKFTEFGKEGLAAAKPLIENLNRIVEGKGFEQFGQFISDGITWSVKKANNSLEKLEKYFKNPDFKKLDFEGKVKFIMDDFGEWWDKTGRPWLADVSKDIGAAIFDGIVWGVKEGIKGIGSMWADVFKNPSLEGFAGAGIATVIAASIASLVLAPLMTGIKGVGKVAGGIWKTGKKVSGWFKKGKGPTPPSSSGRLKKAATSRKKPVYTQPWFDKGKKPELNRPNKKPSVFSKIPKGLGKGASNIARFGKKIPVLGAVLGGLSILTAPKGKKAEAAGGLGGGLGGAATGAAIGSVVPGVGTAVGGVLGGVAGSFGGETLGGWLGDNWDTIKTKAGEAAKSVGSSFNKTKEKIASTLFSGDWWSEKWEGVKGWTAEKWTNANETWNTVKETISSTIFNGEWWSEKWNGVKETATSTIFSAGWWAEQAGYVYGYLESTIFSGEWWSEKWQAVKELTAGTMFSGEWWQGKWESVKTWTAEKWDSAVTIWQSIKTKFSETVFNSDWWSGKWESVKAWTQEKWNSAVSIWNSVKNKFSETVFSSDWWNSKWESVKGWTQTKWDSAQVVWNSVKTKLKDTIFSSEWWKGKWQSVKDWTSNKWDSFTTVWNAAKNKISESLFSKDWWSGKWDTVKGWAASAWEGIKGMANDLGESFNKGRQKANSKVANDHSTRTTSVRMKKATEYANGGYINKPHIGLVGEAGPEMIIPLSANRRGRAMDLYNQTGKMLGVRPYANGGQVGGSVKTVNPKKLHASVNVGAVSVQGIDKEAKLYGESFTNAVATGINGNVVPISTWKKNNIETPMQGVIKQAVGYGANTVTSFSAGQNATPTNTTAYLNRQVKTPFKVIEGGAPQWGSGTVSGFRSGQNATHTGTKPYLYTNVHTPFNETKAKGSSWGSGTASEFISGLRSKGDQVREASKYLAKQVERTFKQELGIHSPSRVMAQLGKFASLGIVKGLGDVDIKKFAEKQAGTLASAFAGMGSIGGNISEWIQAAMMITGVPSSWLGPLSVIAQKESGGNPKAQNNWDINAKRGIPSKGLMQTIGPTFNAFKGKGLNDIFNPVHNAVAAINYIKSRYGNVFNVPGIKSMASGGAYRGYWKGTKGPLRSAETAWVGERGPELVNLPRGSEVLSHRESKRVTSNQVSAAIGTGSKSSKSAGRIRDIIIQITGDNHFNGDSDMNKLTNKVKRVIEELLDEEYNEGGELVVYD				NA	NA	NA	NA	NA
AK148_02682	156			hypothetical protein	GTGTTCTTGCATTATGCTTTACATGAATTGCATTACTCTCCGTCTGAATTAGTTGAAATGTACGAGTTGCCAAGGGAGTTCAAGGCATTTATGTACGGATCCATTTCTTTGCACTTGGAAGAGCGAGCGAAAGAAGCCGGAAAGAATAAACAATAA	MFLHYALHELHYSPSELVEMYELPREFKAFMYGSISLHLEERAKEAGKNKQ				NA	NA	NA	NA	NA
AK148_02683	450	yqbN		putative protein YqbN	TTGGCTGAAAATCAAGAACAAGCATTAGATTTATCATTCTTTATGCCGGGTAAAGCAGAAGTTGTAGAGGAGGTAAAGGCACCGATTTCTACACGATTTAAGGATAAGGCAGGAAATTTAATTCCATTTGTTTTTAAACCCATTTCTACTGAAAGAGTAGATGAAATTGAAAAAATGAGTATGAGGAACATTGTACGGAAAAATCGCGTTGTTGGTAAAGAAGTAGATCAATCTAGATTTATGGCTAGGATCGCAGTAGAAACAACTGTGTATCCAAATTTTAAAGCAGAAGAGCTACGTAAGGCATATAAAACGGAAGACCCAGTAGAGGTTGCCAAAAAGGTTCTTCATGTTGCTGGAGAATATTCGGAATGGATTTCAAAAGTGTCAGACGTAAATGGTTTTGACCAGTCTGTTGAAGATTTGGAAGAAACAGCAAAAAACTTATAA	MAENQEQALDLSFFMPGKAEVVEEVKAPISTRFKDKAGNLIPFVFKPISTERVDEIEKMSMRNIVRKNRVVGKEVDQSRFMARIAVETTVYPNFKAEELRKAYKTEDPVEVAKKVLHVAGEYSEWISKVSDVNGFDQSVEDLEETAKNL				NA	NA	NA	NA	NA
AK148_02684	447	xkdM		Phage-like element PBSX protein XkdM	ATGGGATTACGATCTAGAGACGTTATAAGCGGAAAAGAAGGTCGCTTATTCTTAGAAGGAGAAGAAATGGCTCATATCAAATCATTTGAAGCAAATGTTGAAAAGAATAAAGAAGAAGTGCCAATTATGGGACGCCGTATGATGGGACATAAAACAAATGGCGCTAGTGGATCAGGAACAATGACTTTGCATAAAGTTACATCTCAAATGGTTAAAATCATGATTAATTATGTGAAAACAGGTGTGGATCCGTATTTTACGTTGCAAGCAGTACTTGATGATAAAACATCTGGAAGAGGTACTGAACGAGTTACTCTGTATGAAGTAAACTTTGATAGTGCTAAGGTTGCTGGACTTGACGTGGAGGCAGCTGCATTGGAAGAAGAAGTCCCATTTACTTTTGAGGATGTTGATTTACCAGAGGAACTGAAGTCTACATTTGATTAA	MGLRSRDVISGKEGRLFLEGEEMAHIKSFEANVEKNKEEVPIMGRRMMGHKTNGASGSGTMTLHKVTSQMVKIMINYVKTGVDPYFTLQAVLDDKTSGRGTERVTLYEVNFDSAKVAGLDVEAAALEEEVPFTFEDVDLPEELKSTFD				NA	NA	NA	NA	NA
AK148_02685	1326			hypothetical protein	ATGAATGGTGGAACATTTACGCCCGGCGTTGAAAAAGTACGCCCTGGTATTTATTTTAATTTTCAGATGAAAGCAAATGAACGAATCTCTACAGGTGATCGTGGTAGAGTAGCCCTCCCTTTAGTCCTTGGGTGGGGAAAATCAAAAGAAATGATTGAAATTAGCGGTGAAAATGATGCAAGAGACCGCTTAGGGGTGGATATATCAGACCCTACCATGGGCTTGCTTCGTGAGGCCAAAAAGAAAAGCGCTACAGTGCTTGTTTATCGTGTGAATGAAGGAGAAAAAGCAACCGCTACATTGGGTGAATCGCAAAAGGTTACTGCTGCTTATGGTGGTATAAAAGGTAATGAGTTGCATGTTGTTGTGGAACCTAACGTGCTCGATGAGACTAAAAAGGATGTAAAAACATTCTTTGGTCTACGTGAAGTTGATAAGCAGGTAGTTTCTTCATTCGACGAATTGCAATCTAATGACTTTGTTGTATTTGAGGGTTCTGGTGTCTTAGAAGGTACTGCAGGTACAAATCTAACAGGTGGATCAAATGGAACGATTACGAGTGAAGATTACATTGACTTTATCAGTGCTGCTGAATCAGAGTATTTCGATACTATTGGGTTACCAGTAGATGATGAAGCAATAAAGACTACTTTTGTATCTTTCATTCGCCGTCTGCGCGACGAGCAAGGTGTTAAGGTGCAAGGTATCTTGCCAAATTATCCAGGGAACTATGAAGGAATTATTAATGTTACCAATGCGGTAGTATTAACAGATCGCGAATTGACTGTTCCGGAAACAGTAGCATGGGTTGCAGGAGCAAGTGCTGGAGCTACTCTGCAACAGTCGCTTACTTTTATGGAGTACGAGGGAGCAGTTGATGTTAAACCACGCTTTGATAACGATCAAATAGAGCAGCGACTTCAAAGGGGAGAATTCTTGTTCACTTTTAATCCGCGAGATAAGAGCGTAACAGTTGAGCAAGATATTAACTCGATTACAGGCACAAGCAAGATGCGGAAAAACAAAATTGTACGTATTCTCGATGCGATTAATAACGATATTACTCGCAGTTTAAAAGAAGCTATTAAAAATCGAAAAAATATTGGACAAGATATTCCGGCTAACGGCGATGGAGTACAAATTGTACAAGCAGCAATTTCTATTTATTTGAATGAATTACAAGAAAACAATATTATTCAGAATTTCGACCCTAGTGAGGACATTATAATCAAGTTGACTTCTGCAGGGGATGGAATTGCTACCCAAATTGGAGTACAACCTGTCGATAGCGCAGAGAAGTTTTATTTTACAGTCGTAGCAGAATAG	MNGGTFTPGVEKVRPGIYFNFQMKANERISTGDRGRVALPLVLGWGKSKEMIEISGENDARDRLGVDISDPTMGLLREAKKKSATVLVYRVNEGEKATATLGESQKVTAAYGGIKGNELHVVVEPNVLDETKKDVKTFFGLREVDKQVVSSFDELQSNDFVVFEGSGVLEGTAGTNLTGGSNGTITSEDYIDFISAAESEYFDTIGLPVDDEAIKTTFVSFIRRLRDEQGVKVQGILPNYPGNYEGIINVTNAVVLTDRELTVPETVAWVAGASAGATLQQSLTFMEYEGAVDVKPRFDNDQIEQRLQRGEFLFTFNPRDKSVTVEQDINSITGTSKMRKNKIVRILDAINNDITRSLKEAIKNRKNIGQDIPANGDGVQIVQAAISIYLNELQENNIIQNFDPSEDIIIKLTSAGDGIATQIGVQPVDSAEKFYFTVVAE				NA	NA	NA	NA	NA
AK148_02686	249			hypothetical protein	ATGAGTGCTGCAAAACAGCAACAGAATAAGCAGGCAGAAGTGAAAAAAGAAACATCCGCCTCTGTCACTTCAACAGCTTACAAGGAACCAGAATTTTCTTTGACTGAATTAAGAAAGCACAGTCGCAAACTATTTGGCGTAAAGCCAGAGGTTTTCGATGGTGCTTTTTTTAAGACAAAAAAACACACATCAACAAAACGAGAAGCAGAGAAGTTGATTCAAAGCTACCTTAAAAGGGAGGTAAAGTAA	MSAAKQQQNKQAEVKKETSASVTSTAYKEPEFSLTELRKHSRKLFGVKPEVFDGAFFKTKKHTSTKREAEKLIQSYLKREVK				NA	NA	NA	NA	NA
AK148_02687	441			hypothetical protein	TTGAATCCAGAAATAGGTTCTATTATGGGATTCTTTTATAAGGTGTTTCCGGTGAAGATTTACGAATTGGCAGTACCGACAGATTTTGTGGTACCATCCATGTATTTCCCATCCCCACGTGTTTTTGATGGCAATGATAGTAATCAAACATACATGAAAACTTATAACTTATCTATTAAGTTATTTCATCATGATTCAAAACAAGCTTACAGAGAAGCAGAGAATATTGCTGAGAAGATAAATGGTAATCGAAATGTTATACCTCTTTTAGACATTAAAGGATTAGAAACGGGCGATTATATCCGTTTTACAAGGGTAGAGGTAAGAATCGGAGATAGAGGGGTGGCCAACATCATTCTGCATTGGGATAGTCGCTATTATTATCATCAACCAGAGATCCCAGCTATCCAATATCTAGAATTTGAAAGTGGGGTGAAGTAA	MNPEIGSIMGFFYKVFPVKIYELAVPTDFVVPSMYFPSPRVFDGNDSNQTYMKTYNLSIKLFHHDSKQAYREAENIAEKINGNRNVIPLLDIKGLETGDYIRFTRVEVRIGDRGVANIILHWDSRYYYHQPEIPAIQYLEFESGVK				NA	NA	NA	NA	NA
AK148_02688	510			hypothetical protein	ATGAGTTTTGAAATTGAAGGCTTACAGGAATTCATTTCAGCAGTCAAAGAAGCGGCTGATGGTGGTTTTGCAGACCAATTAGGGTTATGTCTTGAAGGAATGGGGATGCAGTTTCTGGATCTTATTCAAGATGAGATTATCCGTACAGAAACGGTCGATACTCGAAGGTTATTAAACTCATTTAGCAGAAGCGATGAGGAAAATATGTGGTCCATATCAAGTAATAGATTATCGCTTGAAGTTGGTACCAATGTTAATTATGCAAGCTTTGCTAATGATGGCCATTTCACTGTTGATCCGAACTCTGGTAAGGATAGGCGTTGGGTTCCTGGTCGCTGGAAGGGTGACAGATTCGAATATGACCCTAGTGAAAGAGAAACAGGTATGCTATTAAAAATTCAATGGGTAGATGGATCTGGTTATTGGGATAATGCATTGGCTATTTTTGACAAGATGTTTGAAAAAAGTTTAGACAGATTGCTTCAGAAGTGGCTTGATTCACATTTTTAA	MSFEIEGLQEFISAVKEAADGGFADQLGLCLEGMGMQFLDLIQDEIIRTETVDTRRLLNSFSRSDEENMWSISSNRLSLEVGTNVNYASFANDGHFTVDPNSGKDRRWVPGRWKGDRFEYDPSERETGMLLKIQWVDGSGYWDNALAIFDKMFEKSLDRLLQKWLDSHF				NA	NA	NA	NA	NA
AK148_02689	357	xkdH		Phage-like element PBSX protein XkdH	ATGAGTTATGAAAAACTATTAACGCATGAATGTGACATTTACCATTTAAAAACCAAGTTTAATGATGATAGTGGCTTTGGTATCCCTGCAGAAGATAGGCAAGAAGAATATTATTATGAAGAAGTTCCAGATGTTAAAGCGACTAAGTGTTATTTTGTTTCTAAAAGCCAATCGATTGTTCAAGGTGATCCGAACGCAGAAGTTGTAGAAGCATGGCTTGTTCATTTTTTGTTAACCGAAGATATTAGGACGAATAGCAAGGTTATATGGGATGGAGTTGCTTATAAGACCCAAAAACCACGTAAAATAAGAAACCATCATCAAGAAGTCGTGTTGATTAGGAGAGACAATCTATGA	MSYEKLLTHECDIYHLKTKFNDDSGFGIPAEDRQEEYYYEEVPDVKATKCYFVSKSQSIVQGDPNAEVVEAWLVHFLLTEDIRTNSKVIWDGVAYKTQKPRKIRNHHQEVVLIRRDNL				NA	NA	NA	NA	NA
AK148_02690	381	yqbG		putative protein YqbG	ATGTCTATCACTCCTGAAGATGTAAAGAATTACAGCACCTTTGAATCAGTGAAAAATCGTCCTGAAACGCAGCTCAAAATGGATATTTTAGAAGCGGTAACTTATGTTAACTCAAAAATTGAAAAGCCATTAAAGGAATATGAAAATCTTCCAGACGAATTGGAGATTGCCTTATTAAAAGTGGCTCAATTTTATGCATTGGTTAACGGCGATGAATCCATTGTGAAAGGTTATAAGTCCGAAAAGATTGGGGACTACTCGTACACCCTCTCAGATGGAAGTAACTTGTCTATGCCAGATGTTTCTAGTTTGCTTAATGGCTTTATACCATCGGATGAAAAAAAGACTGACGGTGTGTTTTTGAGGATGAGAGGCATATGA	MSITPEDVKNYSTFESVKNRPETQLKMDILEAVTYVNSKIEKPLKEYENLPDELEIALLKVAQFYALVNGDESIVKGYKSEKIGDYSYTLSDGSNLSMPDVSSLLNGFIPSDEKKTDGVFLRMRGI				NA	NA	NA	NA	NA
AK148_02691	384			hypothetical protein	ATGGCTAAAATTCAATATAAACAAGAGAAAGGCGTTCTGCACATCGGTGGAGGTCGATTTTTTTATGGCCAGAAACCAGTCGAGGTTCATGATTCTGATGAGTTATTATTGAAATTTCAAGATTTAGAGCTTGCGGAAGATGATAACGCCCCTACTGATCCAGATGACGGCGGAGGAGGATTGGAAGAAACAGAAGAAAATAAGGATCCAGAAAACGAACCTGAAACATTCACCACATCTTCCTTGAAAAAGTTTAATGCTGTAGAGCAAAAGGCTATTATCGAGAATTTGGGTGGTAATGTTGAAGAAACAAACAATGAAGATGAGCGAATCGCTCTAATTCTGCAGTTGCAGGAAGAAAAACCAGAAGAGAGCGATAACTAA	MAKIQYKQEKGVLHIGGGRFFYGQKPVEVHDSDELLLKFQDLELAEDDNAPTDPDDGGGGLEETEENKDPENEPETFTTSSLKKFNAVEQKAIIENLGGNVEETNNEDERIALILQLQEEKPEESDN				NA	NA	NA	NA	NA
AK148_02692	945			hypothetical protein	ATGAAAACTAATCAAGAAATTATTAACAAAGAAACAGCCATTGCTTCAATTAAGAAAAATATTGATATTCCAATGGCTGTTAAAGACGCAGAAGCGTTTTTGGTCGATACGATTAATAACGCTAAAACATTGAATGCTTTAGTGCCAATCTATCGTGACGTAGCCGCAGGTAACATCGATGCTCTTAGCGTGGGCCGTCGTCGCCTTCGTCAAGCGGGTAAGGATGACACACCAACAGGAACTGGTTCAGTCTCGAGCCGAAAAATCCCTTATGCTGTACGTAAAGTCAAATGGGACGAATGGTTACAAAATGATGATGTGTTCTATTCTCAAGTGGCACGTGGTGATAATGCCGAGGAAAAAGTGATTAATATGATTCAAAAGCAATTTGCTGTAGATCTGCAGGATTTAATTTTCAACGGTGACGTAAATGCAACATTAGAAGACGGAGAGGCACCAGATGAGTTTTTAAATATTATTGATGGTTTCGTAAAGAAAATGAAAAAATCTACAAATAAAACTGACTTAGCTGACAGAGACCTAACCATTTTGGATTTTATAAATCACATTCAAGTACTCCCAGAGCGTTACAAGAGCCATACAGATATTACTTGGTTTATCACTCAAGGTACGAATGACAGACTTGTTTCATTGGTTTCTGAACGACAAACTGGATTCGGTGATGCGGTTCTTCAGGACGGGAAGATTACTAGATTAGCTGGATATCCTACGGAGATTGTTGCAGAAATTCAAGGAGGTTTTGCTGCACTAACTCCTAAATCTAACTTAAAACCAGTATTCACTCGTCAATTACGATACATCAGAACTGCTGATGGTGCTACAGCTGCAGCTAAAGATGCAACTTACCATGTTCTTTATGCTTACCTAGATGCGATTGTACGCGAAATTGATGCTGTTGCGTGGATGACTGGTAGCAAACTATAA	MKTNQEIINKETAIASIKKNIDIPMAVKDAEAFLVDTINNAKTLNALVPIYRDVAAGNIDALSVGRRRLRQAGKDDTPTGTGSVSSRKIPYAVRKVKWDEWLQNDDVFYSQVARGDNAEEKVINMIQKQFAVDLQDLIFNGDVNATLEDGEAPDEFLNIIDGFVKKMKKSTNKTDLADRDLTILDFINHIQVLPERYKSHTDITWFITQGTNDRLVSLVSERQTGFGDAVLQDGKITRLAGYPTEIVAEIQGGFAALTPKSNLKPVFTRQLRYIRTADGATAAAKDATYHVLYAYLDAIVREIDAVAWMTGSKL				NA	NA	NA	NA	NA
AK148_02693	1200			hypothetical protein	ATGCCAAGAGAATTAATTAATGCAAATATCACTCATGTGTCATATGTAGACAAAGGCGCAAATCAAAAGCAGTTCTTCTTCACTAAATCGGATAAGCAGCCCGACTTTCAAAAAGAAGTGAAGCTATTTATTAATAAAGAAGATGAGGAACAACAATTGGTTTATGGTGTTGTCTATGAGCCTGATGTTGAAGATTCACACGGTGACTATATGACAGCTGATTCCATCGAAAAAGCAGCTCACGGTTTTATGAAAGATGCTCGAAACATTGATACACAACATAATTTTGAATCAGGTGTTGGTGAAGTTGTGGAATCATATATCGCTCCTGCAGACTTTGAACTTGGAGATGAAACTATAACAAAAGGTTCATGGGTGCTTGTTACTAAAGCTAGTGATGAGATTTGGGAAGAGATAAAAAAGGGAGAAATCACTGGTTATTCGATGGCCGGTACTGCTGAAACAATTGAAAAACAGAATGAGAGACAAAATAAGAAGCCTGTTTCTAAGTCTGATGAAGGACAAGACGTGGAAATGAAAGGCTTTTTTGATGTTCTGAAAAGCTTTTTTACTGGTGATAAGGTTCAGAAAGGTGAACTTAGAGATAATTATGAACGTAATCAAAACCGGCGTAATCTTTGGTCTGCATGGGATGGTTTAGAAGAGGTTTTCTTTGGTTCTTTGTGGGATAATCCCACGGTTGGCATAACTGATTTTGAAAGGCTTGAAGAAGGCGTGAAAGAGTTTTTAGATATTCTTCAAGAAATTAAAGAATCAGGAGACATAAAAAAGGCGCTTAAAAATAAACCGGAAACCATTACAAAAGCCGGTAAGAAAATCTCAACTGCTAACATGAACAAAATTAAAGATGCGCATGCCATGCTAGATGACTTAATAAATCAAGATGAGGAGGAAGATGAAGTGAAAAAAGAGGATATTGAAAAAATGCTTGATGAAAAGCTAAATCCGATTACCAAGCGATTAGATGATATTGAAAAAGAGGACGGCGGAGGGAACGACGATAATCTGGAAGATGATGTAATGAAACAATTTTCGGAAGTGCTTGACCAAAAGTTAGACCCGATTACTAAGCGCCTTGAGACTGTAGAAAAGGCGCGAGGGGTTTCTAATCAAGTGGACACAGAGCCAACCAATGTTCAGAAAAATGAAGGTCCATCTTATATGCGCCACTTTAATTAA	MPRELINANITHVSYVDKGANQKQFFFTKSDKQPDFQKEVKLFINKEDEEQQLVYGVVYEPDVEDSHGDYMTADSIEKAAHGFMKDARNIDTQHNFESGVGEVVESYIAPADFELGDETITKGSWVLVTKASDEIWEEIKKGEITGYSMAGTAETIEKQNERQNKKPVSKSDEGQDVEMKGFFDVLKSFFTGDKVQKGELRDNYERNQNRRNLWSAWDGLEEVFFGSLWDNPTVGITDFERLEEGVKEFLDILQEIKESGDIKKALKNKPETITKAGKKISTANMNKIKDAHAMLDDLINQDEEEDEVKKEDIEKMLDEKLNPITKRLDDIEKEDGGGNDDNLEDDVMKQFSEVLDQKLDPITKRLETVEKARGVSNQVDTEPTNVQKNEGPSYMRHFN				NA	NA	NA	NA	NA
AK148_02694	213			hypothetical protein	TTGACACTAAAGCAAAAGTTTATAAAAGAAGCTAGAGATTTTAAACCTAATGTCTTGGTTACTGCAGTTAAATTGCCAACAGGCGCAATTGAAGTTATCACTAACCACCAAGACCTAAAAGAGAAATTGGAATACTTAACCAATGCATATGATGATGAGTTTCGTTTAGAAAGAAATCCAGATGTTAGAATTATTGGCTATATTTTAGCTTAA	MTLKQKFIKEARDFKPNVLVTAVKLPTGAIEVITNHQDLKEKLEYLTNAYDDEFRLERNPDVRIIGYILA				NA	NA	NA	NA	NA
AK148_02695	204			hypothetical protein	ATGAATAAAAACTCAAAAGTTAGTGGGAGATTTAAAGAACCTATAGGTTTAAACGGGGTCAAAGAAAATCCAGATGGAACGTTCACGGGATATTTTTTTAGGGCGGATGGAGGACCGCATGCTACAAAAGAATATAAAACAAAACAAGATTATTATGATAACTCATTTCAAGATCGACTTGATTTATTAGGAGAACATGCATAA	MNKNSKVSGRFKEPIGLNGVKENPDGTFTGYFFRADGGPHATKEYKTKQDYYDNSFQDRLDLLGEHA				NA	NA	NA	NA	NA
AK148_02696	1503			hypothetical protein	ATGCATAAGATAGATAAATTGATTAAGAGTCTAAATGATTTCATTGCCAAGGTAGATGATGAAGAGAACATTGAGGACGTTGTTCCTGATTTCCCTGGACTCGATAAATTGCCTGCAATCATAGAGGATTACGAGAGAACCGTTGCTAGATTGCTAAGGGCACAACGCAAGCGTTTTTTAAATGCCTTTAATACATTTGTATCAAAAGATGATAAACAAACGCTAGAAGTCTTCTTTGTGTTTCTCAAAAGTGATCTTTTTGCAGCGGATGAATTTGCAGAGGAGTTCGGAGAGGAAACGGCTGAGTTTTTGCAACTGACCGTCGAGGAATTAGCAAAACTCATGATGGAATCCATTGATAAGGATGTTCCGTTTGAAGTCCTATCAAAACGAACAACTGATTGGATCCAAAATTGGTCAAAAGATTTAGCGGAGCTAATGCAATTGAATACGCATAAAGCATTAGAAAACGAATTGCTACAAGCTATTGAGGATGGCGATTCCATAGCGAAAGCAGAATTACGGATGAAAGAAATGCCACAATTTAATCGCAATCGAGCTAGAGCAACGGCAAGAACAGAAATATTAACGGCATCCAGTAGAGCACACTATGAGTCATTTAAACAAAGCCCAGCTGTAAAAGAAAAGAAATGGAAGCATAGTGGGGCGAAGAAAATAAATCCGAGAACGACGCATATGGCCATGGACGGAGTAACTATTCCTGTCGATGACTTTTTTTATGTTGACGGAGAATCAGGATTGTATCCACGAGATCCATCTTTCACTGCTAAAAATCGAGTTCATTGTGGGTGTGTGTTGGGGCCTGTGGTTGATGAAGATATATTGGGGCTATCTAAAGATGAAAAAGAAAAGTTAAGACAAGAAGCGCTTGATGAGATGGATGGGGCTGGTTCGACCAATTCAGAAAGTAATGATATAATTAATAATAGAGTTTTTACTCCCATATCAGATATTGATGAATGGGAAGAAAAGGTATCGCCCTCATGGTTGGAAAGCCTTACTATTGGTGAACAAAGTGCTATTAATGAATATACTGGTAGTAGTTATAAACAAATAAATGAATATTTACGCACAGGAAAAATTGGAGAAATAGATGAAAAAGATTTGCAAGAGTCCATTCAAAGTATTTCCGATGGTTTACGTAAATTTGATTTAAAAGAAGATATAATCACTTATAGAGGTATTCCTGAAAACATTTATGATATACCTTTTGAATTGTTAGAGGGTATGGAGTTAAGTGAAAAGGCATTTGTAAGTACCTCGCTAAATAGGGATATTTCTTTTAATGGAGCTTTTTCAGGAGGGATTGAAATGACTTTTCATGTTCCCGCTGGATCAAACGGAGCCTTTATTAATGCTATTAGTAAATTTGATAATGAAAAAGAATTTCTACTTGATAAAGGAACACGTTATACTGTAAAAAGTGCTGTAAAAGAAGGGGGAAAATTAAAAATGGTTGTAGAGGTGTTAACTAATGAATAA	MHKIDKLIKSLNDFIAKVDDEENIEDVVPDFPGLDKLPAIIEDYERTVARLLRAQRKRFLNAFNTFVSKDDKQTLEVFFVFLKSDLFAADEFAEEFGEETAEFLQLTVEELAKLMMESIDKDVPFEVLSKRTTDWIQNWSKDLAELMQLNTHKALENELLQAIEDGDSIAKAELRMKEMPQFNRNRARATARTEILTASSRAHYESFKQSPAVKEKKWKHSGAKKINPRTTHMAMDGVTIPVDDFFYVDGESGLYPRDPSFTAKNRVHCGCVLGPVVDEDILGLSKDEKEKLRQEALDEMDGAGSTNSESNDIINNRVFTPISDIDEWEEKVSPSWLESLTIGEQSAINEYTGSSYKQINEYLRTGKIGEIDEKDLQESIQSISDGLRKFDLKEDIITYRGIPENIYDIPFELLEGMELSEKAFVSTSLNRDISFNGAFSGGIEMTFHVPAGSNGAFINAISKFDNEKEFLLDKGTRYTVKSAVKEGGKLKMVVEVLTNE				NA	NA	NA	NA	NA
AK148_02697	1536			hypothetical protein	TTGTCAGAAACAACTGTAAGAGCGAAAGTGTTCAAGGCTTCCGTTTCGCCGAACACTCAACAGCTGTATAAAGACGACTTTTTTAATTTATACGGTGAAATATTACCGCCGCCATTTAATTTAAAAGAGTTAAAGATGATTGGTGAGTATTCATCCATTCTTCAGCAATGTGTGGATGCTTACAAAACGAATATTGTTGAATTTGGCATTGAAGCGGATTACAAGATTGATATTAACTCGGATGAAATTCAAAAGGAAATCAAAGAGCAAGCGCAATCGGAGTGGACGAGGCTTGATGAATTTATTCGTTACTTAAATATGGACGAATCACCAGAAGTTATTATCGGTTACGCTCTTGATGATCGTGAAAAGACAGGCAATGGTTATCTTGAAATCATTCGAGATGGAATAGGGCGACCTGTTGGCATTGAATATGCCGACACACAATACATGAGGGTATGTAAAAAGACTGTTCCCGAAGAAGTTGAATACATTATGTTGGAAAATGGCCAAGAGAAAAAAGTAACACGCTGGAAAAGATTCAGGAAGTATGTTCAGATGGTCGATAATAAAAAAGTTTACTTTAAAGAATATGGAGATCCAAGAATAATGAATTCAGCAACAGGCAAATTCGATGATAGTACACCAGAAAATTTAAGAGCTACCGAGATATATCACATGAAGATTGGTTCTGGTACCTATGGAAAGCCGAGATGGATCGGTAACCTCATTAGTTTGTACGGTGCTAGGAAAGCCGAAGAATTAAACTTAACGTATTTTACGAATGGCCGACATATTCCAGCTGCAATAACTGTATCGAATGGAAAGCTTGATGATACATCCTATGAAGCCTTGCAAGATTACATGAACGACTTAACAGGTACTGAAAACGCTCATAAATTTCTTCTGTTAGAAGCGGAAGGGATTACAGAGGAAAAAATTATTAATGGTGATGAAAAAATAACGCCTGCAAAGGTTGAAATCAAATCGTTAGCAGAAATCTTGCAGCAGGATGCCCTTTTTCTAGAATATGACGAGAAAACACGACAAAAAATAAGGTCTTCTTTCCGATTACCTCCACTTTATACAGGGGAATCTCAGGACTTTAACAGAGCGACAGCTGACACAGCTAGAAAGGTTACGGAAGAGCAAGTGTTTCAACCTGAAAGAAAAGCCCTGGCAAGAGCGCTTAATACGTTATTCCTTGAGCCGTTACGATTTAAATACGTAAGGTTATCCGTTAAAGCAGCGGATTTTCACGACCCTGTAGAAATTGCAAAGGTGCTGGATCCATTTATTCAAGCTGGAGGAGTTGCTCCTAATGACTTACGTGAACTTCTTGGCCAAGTGCTTGGTCAGAGAGTTGAAGCATTCCCAGATGAATATAACTTTCCGCTGCAAGTATTGTTGCAAAGTGCTAATAATCCGTTAGCTGGTGTAATTGATATCCAAAAATCAAACGAAAAACAAATGGACCTTATCGACCTATTAAAAGATATGCGTGATGTGCTCGAGGGGTTGCACAAAAATGCATAA	MSETTVRAKVFKASVSPNTQQLYKDDFFNLYGEILPPPFNLKELKMIGEYSSILQQCVDAYKTNIVEFGIEADYKIDINSDEIQKEIKEQAQSEWTRLDEFIRYLNMDESPEVIIGYALDDREKTGNGYLEIIRDGIGRPVGIEYADTQYMRVCKKTVPEEVEYIMLENGQEKKVTRWKRFRKYVQMVDNKKVYFKEYGDPRIMNSATGKFDDSTPENLRATEIYHMKIGSGTYGKPRWIGNLISLYGARKAEELNLTYFTNGRHIPAAITVSNGKLDDTSYEALQDYMNDLTGTENAHKFLLLEAEGITEEKIINGDEKITPAKVEIKSLAEILQQDALFLEYDEKTRQKIRSSFRLPPLYTGESQDFNRATADTARKVTEEQVFQPERKALARALNTLFLEPLRFKYVRLSVKAADFHDPVEIAKVLDPFIQAGGVAPNDLRELLGQVLGQRVEAFPDEYNFPLQVLLQSANNPLAGVIDIQKSNEKQMDLIDLLKDMRDVLEGLHKNA				NA	NA	NA	NA	NA
AK148_02698	1311			hypothetical protein	ATGATAGAAAAAGAAGTGAATCCTCACTTTGAGAGTTTTCTCTTTAATTGGAAACAAAAGTTTCAAGTTCTTGTCGGCGGTTATGGTTCGAGTAAAAGTTACCATGTCGCTTTAAAAATTATATTAAAGCTATTGCAGGAAAAAAGAACAGCGCTTGTGGTACGGGAAGTATATGATACACACAGAGATTCTACATTTTCTCTATTTGAAGAAATTATTGAGGATATGGGTTTAGCTGATAAAATACGTTGTGTCAGTTCGCCTATGCAAATACGCTTTCCGAATGGCAGTAAAATCATCTTTAAAGGGATGGATAAACCTGCAAAATTAAAGTCTATTAATAACATTTCGCTTATTTGGTTAGAGGAATGCTCAGAGATCAAGTATGCAGGATTTAAAGAGTTACTAGGTCGATTACGTCACCCGAAACTAAAACTTCATATGATTTTATCGACTAACCCAGTAGGAGAAGATAACTGGGTTTATTTGCACTTCTTCCAAGACAAATTGAATAAACGCTTTGTACTGGATGATAGAGAACTGTACCAAAAACGAACTATGGTTATTGGAGATACTTATTATCATCATTCCGTAGCTGATGACAACTTGTTCCTTCCAAATAGCTATATTGAACAGTTGGAAGAGATGAAAGAATACGATCCAGACCTTTATCGTATTGCAAGAAAAGGTCGATTTGGTATTAATGGTGTCCGAGTACTTCCTCAGTTTGAAACGATGGAACACAGGAAAGTTATGAAGGCAATTAACCTTATTAAGAAACCATTATTTCGAGTCGGTATGGACTTTGGGTTTGTTGATTCCTATAACGCCATCCTAAGAATGGTTGTGGATATGGAAAAACAATACCTGTATGTATATTGGGAGTATTATAAAAAGGGAATGACGGACGATAAAACTGCTCAAGAGTTGAAGGAATTCAAGGAAAGCGGAGAGCGGATAATTGCTGATTCTGCTGAAGCAAAAGCAATTCAATATTACAGGCAACAAGGATTCAATATGTATGGAGCTACCAAGTACCAAGGTTCACGCCTTGCAAACACTAAGAAGATGAAGCGGTTTAAGAAAATCATTTGTTCTGATGCTTGCGAGAATACCATACACGAGTTGGAAAACCTTGTTTATGCAAAGGATAAAAACGGAAATATCATCCCGGATGAATTCGCGATTGATCCTCATACATTTAGTGCCGCATGGTACGGGCTTGATGGTTATGAAGTAACTGATCTAAAAGATGAAGCACAAAACCAATCGAGATCAACTAGACAAAGACCTAGAGGAAGGAGGAGATAA	MIEKEVNPHFESFLFNWKQKFQVLVGGYGSSKSYHVALKIILKLLQEKRTALVVREVYDTHRDSTFSLFEEIIEDMGLADKIRCVSSPMQIRFPNGSKIIFKGMDKPAKLKSINNISLIWLEECSEIKYAGFKELLGRLRHPKLKLHMILSTNPVGEDNWVYLHFFQDKLNKRFVLDDRELYQKRTMVIGDTYYHHSVADDNLFLPNSYIEQLEEMKEYDPDLYRIARKGRFGINGVRVLPQFETMEHRKVMKAINLIKKPLFRVGMDFGFVDSYNAILRMVVDMEKQYLYVYWEYYKKGMTDDKTAQELKEFKESGERIIADSAEAKAIQYYRQQGFNMYGATKYQGSRLANTKKMKRFKKIICSDACENTIHELENLVYAKDKNGNIIPDEFAIDPHTFSAAWYGLDGYEVTDLKDEAQNQSRSTRQRPRGRRR				NA	NA	NA	NA	NA
AK148_02699	747			hypothetical protein	ATGCCTAACTGGGATGGAATAAAAAATGAATGGGAAACAACAAAGATAACTTTAAAAGATCTTGCAGCTAAACACGACGTAAAGCTTGGTACATTGAAAAGCAGAAAAAGCCGTGAGAAATGGAGTAGAGATCCGACGCAAAATGATGCAACCAAAATAGAAAAGGTTGCAACCCCAAAAGGAATAGATGCAACTAAGGAGAAACAACGAAAGAGAAGTGGCAATCCTAATCCAAAGAATCAGTTTACAAAACGGAACACAGCAGCTGTTAAACACGGCTTATTCGCAAAGTACCTACCAGAAGAAACGCTGGAGATAGTAAACGAAATAGATAGCATTGCTCCATTAGATATTCTATGGATGAACATAAAAATGCAGTTTGCATCCATTATGCGAGCGCAACAGATTATGTTTGTTGAAGATAAATATGATTTAACAAAAGAAGTTAAGAAAACAGAAACAGCCGACGGAGATAATTTTTCAACCGAAAAGAATGAATGGGAAATACAGTTCGCTTGGGATAAACAGGCGAACTTTTTAAATTCCCAAAGTCGTGCTATGGGCGAACTAAGAAGCATGTTGAAACAGTTTTATGAGTTAGCCAGTTATGACGATGATCGTCTATTAGAGGTTGAAAAGATGCAATTGACTATTAATAAAACAAAGCTTGAGATTGATAAATTACAGAATAATAATGACAGTGATCCAATTGAAATCATGATAAAACGAAAAGGTGATACATCATGA	MPNWDGIKNEWETTKITLKDLAAKHDVKLGTLKSRKSREKWSRDPTQNDATKIEKVATPKGIDATKEKQRKRSGNPNPKNQFTKRNTAAVKHGLFAKYLPEETLEIVNEIDSIAPLDILWMNIKMQFASIMRAQQIMFVEDKYDLTKEVKKTETADGDNFSTEKNEWEIQFAWDKQANFLNSQSRAMGELRSMLKQFYELASYDDDRLLEVEKMQLTINKTKLEIDKLQNNNDSDPIEIMIKRKGDTS				NA	NA	NA	NA	NA
AK148_02700	315			hypothetical protein	TTGGAACAAGAAAAATTATTCAAAGAAAAAGAAAAGCTCCAAGGTTTTGAGGCGTTGCCAGTAACTGGTACTAGAAGGGTAATAATTAGAGAAAATGGATTAGTAAAACTAGATATAAATGTTTCTGGGACCACCGTTGCAGTAGCAAACTCTGGAATTAATGAAGAAAATGCTCACGAGTGGTTGTGGAATTTAGGACTGAAGTTCTTGGAAAATCATGACTGTAAGTATGCAAAACTTTTAGTAACATCGGATATGGTTTTAAATGGAGAATTGACAGTCCCTTTGGAAACAATTGTAAAAGAACAGAAATAA	MEQEKLFKEKEKLQGFEALPVTGTRRVIIRENGLVKLDINVSGTTVAVANSGINEENAHEWLWNLGLKFLENHDCKYAKLLVTSDMVLNGELTVPLETIVKEQK				NA	NA	NA	NA	NA
AK148_02701	552			hypothetical protein	ATGCGTTGGATTCGGGTTATGCATTTTAGTGTCTTTTTTTATTTTAAAAATACGAGTGGGGGCTCGAATATGAATATGTGGGTAGATAGATTAGTTAGTGAATATGAAGCAGGACGAAAAGAATTGGCAAAAAAGAAAGGTAAACTAAATACTGAATTTATATCTGATAGAGAGGATAAGAAACATATTAATAGCATGATTAATGATATGTCATATTCTATTGAGTGGATGGTATCAGGAAGGCAGCCAGGGTTATATCGCGGCGTTGATAAAAAGAATGCTTATAGGAAAAAGCAATATGATGAAATGGACATAATTCCCGATATTACAGAACAATTAGAGCGAGAACGTTTTTATATGGATCAAGAGCAAAGACAAGCATTGATACGATTGTTTAGAAACTTCTCCGATAGAGAACGCCAGTGTTATGTTATGTATGAAGCTGAGCAATTGAGTATGCAGCAAATTGCGGATAGGTTAGGAATAAGCAAGGGTGCGGTTCAAAATTATATTATAAGAGCAAGGAGAAAAATCAACGCGGTTGCATCATAA	MRWIRVMHFSVFFYFKNTSGGSNMNMWVDRLVSEYEAGRKELAKKKGKLNTEFISDREDKKHINSMINDMSYSIEWMVSGRQPGLYRGVDKKNAYRKKQYDEMDIIPDITEQLERERFYMDQEQRQALIRLFRNFSDRERQCYVMYEAEQLSMQQIADRLGISKGAVQNYIIRARRKINAVAS	PGPT0011755_30	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS_RELATED_FUNCTIONS,PGPT0011755-xpf-K24072	NA	NA
AK148_02702	624			hypothetical protein	TTGTTAAGACTTTTACTAGATTCAAATATTATTTCTTTATTAATTTCCTGCATATCATTGGTAATTTCGTTTTTAACTTTTTGGTTAAATAGAAAGAGATTAGATGTCACTATTGAATATTTAGGGTTATTTGATAGGGTTGAGACATTTGATAAAGAGTCCGTATACCCTGGCCAAACTACATCAGCTTTTATCGTCTTCAAAGTTCTAAATATGTCTCCAAAAGATATTGGTTTCTTTGACATCTCTTTATACGACGGACTTACGCACGACTTGCTTCCTGGTTTTTATCAATTCGCAATTCGTCCTGAATTTGATGGCAAGAAATTACTAGCAATTAACGATAAGTTTGGTGCTACTGCAAATTTCAATCCTTTGCATTCAAACTATGGTGTTGTTCCTGCAAACAGCTTAAAGAGGTTCGAAACGCTGGTACATCCAAGTACAAAAACCTTTATTGTAGATATTAAGTTTGCGATTAAAACCCTAAGAAAGAATCCATATGCAGCAACAAGAAAATACTACAAACATTTTTCAAAAGTAATTACACTTAGCGATGAAGATTGGAAAACAATACAAAAATCGAGACAACAAGCGAAAGAACGGCAACTACAAGAACGATAA	MLRLLLDSNIISLLISCISLVISFLTFWLNRKRLDVTIEYLGLFDRVETFDKESVYPGQTTSAFIVFKVLNMSPKDIGFFDISLYDGLTHDLLPGFYQFAIRPEFDGKKLLAINDKFGATANFNPLHSNYGVVPANSLKRFETLVHPSTKTFIVDIKFAIKTLRKNPYAATRKYYKHFSKVITLSDEDWKTIQKSRQQAKERQLQER				NA	NA	NA	NA	NA
AK148_02703	408			hypothetical protein	TTGAGTTACCTGTTTAAGTCTATTAATGTGACTATTTTAGATCTAATAATCGTAGCTGTTATAGGTGGTTTATTAGTAAACTTATGTAGTTTTCTATTAAAAAAAGCACTTATATTATTAAAGATATTTTATAAAAATTACATTTTAGACCCAATTAGAAATAAAAAAGAGAACATCAAATATAATCAAAGATTAAAACAAGGTATAACAGATGTAGATTTTTTTAAAATTGAAAAGAAGAAAAAAAGAAGAACAGCTAATGAAATGGAAATTAAAGCATATGAAATTTACCGTAAAGAACGGTTAGAGCAACTACTAAAAGACCCTGATTTACGTAAGAACCAAAAGAAAATACAGGTAGAATTAGACCGAGCAAAAGAAGTGGTGAACAAGTTTAATAAAAAGTAG	MSYLFKSINVTILDLIIVAVIGGLLVNLCSFLLKKALILLKIFYKNYILDPIRNKKENIKYNQRLKQGITDVDFFKIEKKKKRRTANEMEIKAYEIYRKERLEQLLKDPDLRKNQKKIQVELDRAKEVVNKFNKK				NA	NA	NA	NA	NA
AK148_02704	201			hypothetical protein	GTGAGATTAAAAGATATAAATATTGACCCTAGTACAATGAAACTAGAAATTGATATAATGGAACATAATGGTAGCTTTGCTATAGTAGTTTGTGATGGGAAAGCTAAATTAACAGGTCTACCCAATCATGGGGAAACCAAAATAATTACTCACCAGGGTAAGGTGAAGCGTGTGAAGTATGATGAGGGGGAAGAATTTTGA	MRLKDINIDPSTMKLEIDIMEHNGSFAIVVCDGKAKLTGLPNHGETKIITHQGKVKRVKYDEGEEF				NA	NA	NA	NA	NA
AK148_02705	789			hypothetical protein	ATGAAAGTAAGGGCTCATGAAATAAAACATGCATTGGCTGAGAAACATAAAAGTGATTTCTTTCTCACAGAAGTAAAAAATGGACCAACTCATATTAGTAACGATTTGTATATTATGGATGGTTTGGCAATTAAAAAGAGTTGGGTCAATCCATTAATTACAGGGTATGAAATCAAGGTATCTAGAAATGACTTTTTACAAGATGAAAAGTGGACGGCATACAAGCATTACTGCCATCGTTTAGATTTTGTAGTTCCGTCTGGATTGATTAAGCCAGATGAGCTACCGGAGGACATAGGGCTTATATATTACAACCCTGAAAAAAGAACTCTTAACACTCGCAGAAAAGGAAAAATTCGTAATATAGAAATGCCATACGAAATGCTTTATTACATCATCATGAATCGTTTAGATAATATACAACATCCCTTCTTCACTTCAAAACGTGAATATTTTGAGGAATATGTTGTTGATAAAGTGAATTCTCGTCAACTAGGGCAAAAAGTTAGTTCAAAATTAATTGATGAAGTAGCTAGACTAGAACAGGAAAATAAGTCGTTAAAAAGGGAAAATGCAAACTTAGAAGAAAACAGAAAGAACTTAGCAGATATAGCGAAAGTTTTAAGAAAGCATGGATTTAATAGCCATTTTAAATGGGGATTTGCAAGAGATATAGATGAAGCGTTAAGTACTTCTTTACCACCTCGCATGGAGAGGGATTTAAAAGAAATGAAGGATATTAGCGAAAGGCTATATGATAATTTAGCTAAAAAAGAAACGGTTATTTAG	MKVRAHEIKHALAEKHKSDFFLTEVKNGPTHISNDLYIMDGLAIKKSWVNPLITGYEIKVSRNDFLQDEKWTAYKHYCHRLDFVVPSGLIKPDELPEDIGLIYYNPEKRTLNTRRKGKIRNIEMPYEMLYYIIMNRLDNIQHPFFTSKREYFEEYVVDKVNSRQLGQKVSSKLIDEVARLEQENKSLKRENANLEENRKNLADIAKVLRKHGFNSHFKWGFARDIDEALSTSLPPRMERDLKEMKDISERLYDNLAKKETVI				NA	NA	NA	NA	NA
AK148_02706	237			hypothetical protein	GTGACCAGAAAACACAAATTAAAAATTAATGCGGAGTATTTCAAAGATATATGCGAAGGAAAGAAGAGTTTCGAGATTAGAATAAATGATCGTGATTACCAGGTTAATGATATATTGCTTTTGCAAGAGTTTTTACAAGAGAGTCAGGAGTACACAGGACGAGTTATTCAAAGAAAAGTAACTTATATAACAGACTATGCCCAACAAGACAATTATGTAGTCATGGCCATTATTTAA	MTRKHKLKINAEYFKDICEGKKSFEIRINDRDYQVNDILLLQEFLQESQEYTGRVIQRKVTYITDYAQQDNYVVMAII	PGPT0014815_1349	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014815-parB|spo0J|yyaA-K03497	NA	NA
AK148_02707	822	dpnM		Modification methylase DpnIIA	ATGAATAAAATACCAAGAATATTGCACTATCCGGGTAGTAAATGGAGTATGGCCAGTTGGATTATAAATCATATGCCTGAACATAAAACATATCTCGAGCCGTACTTTGGATCCGGGGCAGTGTTTTTCAATAAAACAAAGTCGCCAATCGAAACAATAAATGATTTAGATAGCAGTGTAGTTAATCTATTTAAAGTCATTAGAGATAATCCGGAAGAATTAGCCCATTATATAAATTTCACCCCTCTATCCAGAGAGGAATATTATCTCTCCTACGATTTTGAGCAAGGTAATGAAAATGAAATAGAACAAGCTAGGCGTTTCTTAGTACGTTGCTGGCAGGCAATTGGAGCAAAGACGAGTGATAGAACAGGTTGGCGTAGTTTAATAGCTTCTAATGGACCTGATACAGCTAAGGAATGGAGCAATCTTCCAGACAAGATTTTACAAGTTGCTAAACGTTTGAAGCAAGCTCAAATAGAAAACCAACCAGCTGAGAAGTTAATTGATCGGTACAAGAGAGAAGATGTTTTAATATATGCCGATCCACCTTATATCTTAGAAACTCGAACGAAAAGGCATTATAAACATGAGATGACAATCGATGATCATAAGCAATTATTAAAACAACTAGATACACATCCTGGTCCTGTATTGCTATCGGGGTATGATCATGAATTATATAACGATCTTTTAACTGATTGGCGAAAAGAGAGTATGAGCGTATTGGCAGAAGCTGGAGCTAAAAGACAAGAAGTGCTTTGGATTAACCCAGTAGCTGCACAACATGGATATTTTCAAGAGTCATTGTTTAGCTTATGA	MNKIPRILHYPGSKWSMASWIINHMPEHKTYLEPYFGSGAVFFNKTKSPIETINDLDSSVVNLFKVIRDNPEELAHYINFTPLSREEYYLSYDFEQGNENEIEQARRFLVRCWQAIGAKTSDRTGWRSLIASNGPDTAKEWSNLPDKILQVAKRLKQAQIENQPAEKLIDRYKREDVLIYADPPYILETRTKRHYKHEMTIDDHKQLLKQLDTHPGPVLLSGYDHELYNDLLTDWRKESMSVLAEAGAKRQEVLWINPVAAQHGYFQESLFSL	PGPT0027190_2233	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_R-M_SYSTEM,PGPT0027190-dam-K06223	NA	NA
AK148_02708	777	yhdJ	COG0863	DNA adenine methyltransferase YhdJ	ATGGCACTACAAAAGAACACACTTTACAACGGCGACTGCATTGAAGGGATGAAACGTATAGATGACAAATCTATAGACATGATTTTATGTGATCTGCCTTATGGAACAACGCAATGTAGGTGGGATGAAATAATCCCCTTTGATCAACTTTGGGAACAATATAAGCGGATTATAAAAGATAATGGAGCAATTGTTCTTACTGCAAGCCAACCGTTTACAACAAAATTGATTAACTCAAATTTTAAATGGTTTAGATATGAGTGGATCTGGAAGAAAGAAAATCATGTTACTGGGTTTCCAAATGCTAAAAGGATGCCATTAAAAAACCATGAAAACATTTGTGTGTTTTATCGAAAATTACCTACTTACAACCCACAGGGGCTTATCAAGATCAAGCCTAAGCAGGTTAAGAGAAAACCAAGCATGAAAGCATTGGGTGATAGAAACGACACGCTAAATAAAATTCATGTAGTTAGATATAAGAATTACCCTAAATCGGTTGTTTCTTTTCCACGTGATAAAAGGACATTCCATCCTACTCAAAAGCCGGAAGATTTATTTGAATATCTGATTAAAACTTACACAAATGAAGGCGAAACCGTGCTAGACAATTGTATGGGTGCTTGCACAACTGCTGTTGCTGCAGATAATGCCAACCGTAATTGGATTGGCTTTGAAATAGAAAATGAATATTGCCATAAGGGTAAAGAGAGAATTAATGCAAATAGAGAGCAATTAGGGTTGCCTCTAGTAGATGTGAAAAACATTGGCGAATAG	MALQKNTLYNGDCIEGMKRIDDKSIDMILCDLPYGTTQCRWDEIIPFDQLWEQYKRIIKDNGAIVLTASQPFTTKLINSNFKWFRYEWIWKKENHVTGFPNAKRMPLKNHENICVFYRKLPTYNPQGLIKIKPKQVKRKPSMKALGDRNDTLNKIHVVRYKNYPKSVVSFPRDKRTFHPTQKPEDLFEYLIKTYTNEGETVLDNCMGACTTAVAADNANRNWIGFEIENEYCHKGKERINANREQLGLPLVDVKNIGE	PGPT0027215_1354	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
AK148_02709	630			hypothetical protein	ATGCTTAGTCAAAATGAATATCTAGAAACTGCTGAAAAAGAGATCCGTGAACAATGGTTTGAGAATCATGAAATCAAGTTAATCGAAGGTGTCGAAGGATTTCAATGTATTCATTGGGGTGAACCAGGAACTCGAATGTATCAAATAGATTACGTGCTATCTGACAACATGGTTTTTGTAACAGGCGATCTAGGAGACGCTGCATATAACTTAACTTGCCTAGCTACCATCGATAATATTAAAGATTTTAATCTATCGTACTTTACTGGAAAATTATCTGCCCACGAACGGAGAAGGTGGGATTTTGACAGTCAACTGGCTGCCGAAGAAATAAAAGAATTCATCTTCGACTGGTGCGATGTAGAACACGCTAATGAGTTGAGTGAAAAGGATCGCAGGGTATACAAAGAACTTATTAACGCAACAAGAGAATGGAGTTTACATGATCACTTTGAGAAAGCTGTCTTTTCCATCTATGAGCACACTAGCGTGGATTGGTTTGACGCTGAAGCAGTAAGTTGCATTATGGCTTGTGGACAAAGATTGCCATATAGCTTTATTGCTTACTGGTTGGGATTGCAGATGATTAGTGAACGGTTAAAAGAACAGATGAAAGAAAAAGAGGCTTAA	MLSQNEYLETAEKEIREQWFENHEIKLIEGVEGFQCIHWGEPGTRMYQIDYVLSDNMVFVTGDLGDAAYNLTCLATIDNIKDFNLSYFTGKLSAHERRRWDFDSQLAAEEIKEFIFDWCDVEHANELSEKDRRVYKELINATREWSLHDHFEKAVFSIYEHTSVDWFDAEAVSCIMACGQRLPYSFIAYWLGLQMISERLKEQMKEKEA				NA	NA	NA	NA	NA
AK148_02710	474			hypothetical protein	ATGACTGATGAAAAACGTTTAGAAAAAATAGAAAAACAAAACGAAGGCATATTAAACCGCCTACGAAATGGACAAGCGGTTGCCGTATCGATTCATCCACATGATGTGGAATGGATGATAAAACAAACCAAACTTGTTCCCATGTATGAAAAGGCAGCAGGTCAAATGAATGAGGTACTAGCACAAATCAATGCAGAGAACCTATCACTTAGGGATCGAGTGCAAGAGTTGGAAAAACGTTGTCGCTACCTAAACAATGAGCTCTTTAGTGAGCGAACAATTAAAAACGAGTTTCAACAAGGGATAGAAGAGCAGGGTAAAAGGATTAAAGAATTAGAACACGTTTTAGCGTTTTATGCGGATAAAAAGTCATATACAGAAAAGGTAAATGACGAATGGGGGGCATCTACTGCCATACTTGTAGATCGTGGTATGAAAGCACGCCAAATTTTGAGGGGGAAGCAAAATGCTTAG	MTDEKRLEKIEKQNEGILNRLRNGQAVAVSIHPHDVEWMIKQTKLVPMYEKAAGQMNEVLAQINAENLSLRDRVQELEKRCRYLNNELFSERTIKNEFQQGIEEQGKRIKELEHVLAFYADKKSYTEKVNDEWGASTAILVDRGMKARQILRGKQNA				NA	NA	NA	NA	NA
AK148_02711	162			hypothetical protein	ATGCATATGTGTGCGACATGCGGTAGACGTTTGAAAGATAGTAAAAGCATTGATAGAGGGTATGGTCCTGTTTGTTATAAAAAGCATTTAAAAGCTCTCTCGGATAAAGAATTTGAGAAGGGGCAATTAACTATCGATGAGGTTTTGGAGGATGCGGTATGA	MHMCATCGRRLKDSKSIDRGYGPVCYKKHLKALSDKEFEKGQLTIDEVLEDAV				NA	NA	NA	NA	NA
AK148_02712	525	recU_1	COG3331	Holliday junction resolvase RecU	GTGGTTTACACAGGAAAACGAGGCATGGCGTTTGAAAACACACTAAATTATACGAATCAGATTTATCTTAACCAGGGACGAGCCATAATAAATAAACGTCCTACGCCAGTAAAAGTGCTTCAGTCAAAGGGCACAAGGGTACTCAGAGGCTTCTATGAAGAAAAGAGCACGGTCGATTATGACGGTATTTACCAAGGGAAATCGATCGTCTTTGAAGCCAAGTCTACTAAAGAGAAACGGTTGCCCTTGTCCATCATATCGGATCATCAAGTTAAATATCTGGCAGACGCTGAAAAATTAGGGGCTATATCATTCCTTATCGTCGATATGAGGGCTCTAGGAGAGGTTTTCCTTGTTCCGAGTAATATGCTTCGAAAGTATACAGAAGAAGCCAAGCAAGGCGGTAGAAAGTCCATTCCAATTCGTGATTTGGAAGTATATGCGCAACTGGTCAAATCAGAAAACGGTGTGCCGTTGGATTACCTGAGTGTTGTCGATAAATTAATAGCTGCAGAAACGGCGTGA	MVYTGKRGMAFENTLNYTNQIYLNQGRAIINKRPTPVKVLQSKGTRVLRGFYEEKSTVDYDGIYQGKSIVFEAKSTKEKRLPLSIISDHQVKYLADAEKLGAISFLIVDMRALGEVFLVPSNMLRKYTEEAKQGGRKSIPIRDLEVYAQLVKSENGVPLDYLSVVDKLIAAETA				NA	NA	NA	NA	NA
AK148_02713	246			hypothetical protein	ATGGAGCAATTAAGCTTATTTGATCAAAAAGAAAATAAAGCAGTAGTTATTCCCGAAGATGTCATTTCTCCGTTAGAATCCTCTAAAAGCGTAAAGTCGAAGGAATTCAAGAAACAACAGATGCGTTGGAGAGAATGGGGTATGGCAGTACAGGCTACTCATAATTGTTCTTGGTTCGAAGCGAGAAAACTATTGCTGGAACACAGGAATAGCCAAAGATCTATAGCAATTAGGTTGGTTGAATAA	MEQLSLFDQKENKAVVIPEDVISPLESSKSVKSKEFKKQQMRWREWGMAVQATHNCSWFEARKLLLEHRNSQRSIAIRLVE				NA	NA	NA	NA	NA
AK148_02714	924			hypothetical protein	ATGAGTTCAGAAGGATGGATAAAGCTATACAGGGAAGTATTTGACTCTGATATATGGCACGACGTCACCACATTTCGGCTATTTATATTTTTGATTGGTAAGGCAAGTCATAAAGACGGTTTTAAGTATAAAGGCATGATTTTAAACGAGGGTCAGTATGTAAGTTCCTACAGAAAGCTAAGAGATGCACTAGCTTATAAAGAAGGAAGAGGGTATAAAAAATACTCACTTAGTACAGTTAAAGCTTGTGTTAATAAACTAATTAAGGCTGAAAGGGTGAACGTTAAAGAAACGGAACTAGGAACACTATTCACCATTGTAAACTATGCGAAATATCAAGAGTTAGAGGACACAGGAAAAGAAAGTAAGAACACATTAAATGAAAAAGTCCGAACTAATGCCGAACTAACGCCGAACGATGTCCGAACGAAGTCCGAACAAGATCAAGAATTAAAGAATTTAAGAATTAAAGAATTATATACTACTACTGCTAATAGCGAGGACGCGATTGTTTTTTATCAAAACAATTTTGGAATGATTCGTCCAGCAATGTCAGAAGAGATAATTGATTGGATAAATGATTTTGGAGACAGGATGGTCATTGAAGCTATGACAAGGGCGTTAGATCGAAACAAACCTAATTGGGGATATGCGAGAAGTATTTTGCAGTCTTGGTCAAATAAAGGCATTAAAACGATGGAGCAAGCAAAAGCAGAGGATATTGAGTTTCGAAATCAACAAAAAGCAAAACAGCAATCATTCTCGAAACCACGTATTCAGGCGGTAGGCGCTCCTGTTCCAGAATGGTTTAAACAGCAAAAGCAGCAGCAGAAAGCCCAGAAAGAGAGTGGAGCAAATAATTCCGGTGATGCAAAGGAGCAAAAGGAGCTTGAGCAATTGCTTAAACAATATTCTAGTGGGTAG	MSSEGWIKLYREVFDSDIWHDVTTFRLFIFLIGKASHKDGFKYKGMILNEGQYVSSYRKLRDALAYKEGRGYKKYSLSTVKACVNKLIKAERVNVKETELGTLFTIVNYAKYQELEDTGKESKNTLNEKVRTNAELTPNDVRTKSEQDQELKNLRIKELYTTTANSEDAIVFYQNNFGMIRPAMSEEIIDWINDFGDRMVIEAMTRALDRNKPNWGYARSILQSWSNKGIKTMEQAKAEDIEFRNQQKAKQQSFSKPRIQAVGAPVPEWFKQQKQQQKAQKESGANNSGDAKEQKELEQLLKQYSSG				NA	NA	NA	NA	NA
AK148_02715	711	yycJ_2	COG1235	Putative metallo-hydrolase YycJ	GTGATCGATATGATAGAGATTAAAACTCTCGCATCTGGAAGTAAGGGGAATTGTTACTGGATATCTGACGGTAGCACTCCCTTACTCCTAGAGTGCGGTATTAGTTACAGAAACATTCAAATAGCGCTTGATTTCAACACAACGGATATTGCAGGGGTATTAGTAACTCACGAGCACAAAGATCATTGTAAGGCTGTAAAAGAAGTAGCCAATCGAGGTTTAAAGATCTACATGTCAGAGGGTACAAAGGAAGCGATCGGTATTAAAAATCACCGTATAACAACGGTGGTGTCCAAAAAGAAATTTGATATAGGTACGTGGTCCATACTGCCATTTGATGTAGAGCATGATGTATCAGAACCAATGGGGTTCTTGCTTCAAAATAAGGACGGTGACAAGCTTCTATTTGCTACAGACACTTATTACATTCGCTATAGATTCAACGGCTTAACACACTTATTAATTGAGTGTAACTATAGCATGGATATTTTGGAACAAAACATTGCATCTGGGCTTATTCCAGATGTGATGAAAAGAAGGTTAATAAAGTCACACTTTAGTCTAGAAAATGTTAAAGAATTTTTGAAATCTAATGATCTATCGAAGGTGAAAGAAATTCACCTACTTCATTTGTCAGACAGCAATAGTCATGAAAGTCGATTTAAGCAAGAAATTCAAGAGTTAACTGGAAAAGTAGTCTATATAGCTTAG	MIDMIEIKTLASGSKGNCYWISDGSTPLLLECGISYRNIQIALDFNTTDIAGVLVTHEHKDHCKAVKEVANRGLKIYMSEGTKEAIGIKNHRITTVVSKKKFDIGTWSILPFDVEHDVSEPMGFLLQNKDGDKLLFATDTYYIRYRFNGLTHLLIECNYSMDILEQNIASGLIPDVMKRRLIKSHFSLENVKEFLKSNDLSKVKEIHLLHLSDSNSHESRFKQEIQELTGKVVYIA				NA	NA	NA	NA	NA
AK148_02716	936			hypothetical protein	ATGACGAACAAAAATCAGGTAGCAATTATCCAAAAAGACATTACAGATGATGTAAATAAAAGCTTAACAAGGTTGCAAGATGATGGATTACAACTCCCAGTAAATTATAACGCTAGTAATGCTTTAAAAAGTGCGTTTTTTAAACTGCGAGAAATCAAGGATAAAAACGGAAAACCAGCATTGGAAGTGTGTACGAGGGAATCGGTTGCCAACTCTTTGTTAGATATGGTTGTTCAAGGTTTGAGTCCTGCCAAAACACAATGTTATTTCATCGTTTATGGTAATCAACTACAACTTAATCGTTCTTATTTTGGCACACAGGCTGTACTGAAGCGACTTATGAATGTGAAGGATATATGGGCAAATGTCATTTTTGATGGTGATGTTTTTGACTATGAAATTGATGGTGGTCGTGAAAAGCTATTAAAACATGAAACAAAATTCCAAAACAGGGATAACGATATTTTAGGTGCTTATGCAGTCGTTAAGACCAGTGATGACGAGGAAATTCTTACTGTTATGACGAAGAAAGAAATCCATGCAGCTTGGGGTCAGTCGAAATCAAAAGGGCAAGCAGTGCATAATAAATTCCCTCAAGAAATGGCAAAGCGAACTGTTATTAACCGAGCTGCGAAAGCTTTTATTAATACCAGTGATGATAGTGATTTATTAGTTGATGCGATTAATAGATCCACGGAAAACGAGTATGAAAATGAACGGAAAGACGTTACTCCTGTTGAAGATGCACAACAGCAGATAGAGCAACATGCAAACTCTGAAGAAATTGATTTTGCTGATGATCAAAAAGAGGAGTCGGAACAAGAAATTATCGATGCTCCAAAAGAAAAAACAGAACATAGTAAACAGGCGGAAACCCAAACACAAGTGCAACAAGAGTCGCAACAACAAACAATCAATGATATGCCTTCTTGGTGA	MTNKNQVAIIQKDITDDVNKSLTRLQDDGLQLPVNYNASNALKSAFFKLREIKDKNGKPALEVCTRESVANSLLDMVVQGLSPAKTQCYFIVYGNQLQLNRSYFGTQAVLKRLMNVKDIWANVIFDGDVFDYEIDGGREKLLKHETKFQNRDNDILGAYAVVKTSDDEEILTVMTKKEIHAAWGQSKSKGQAVHNKFPQEMAKRTVINRAAKAFINTSDDSDLLVDAINRSTENEYENERKDVTPVEDAQQQIEQHANSEEIDFADDQKEESEQEIIDAPKEKTEHSKQAETQTQVQQESQQQTINDMPSW				NA	NA	NA	NA	NA
AK148_02717	270			hypothetical protein	ATGTCTAAATACGATATATCTGAAAGTATAAGAGCACAAAAAGAATATCTGGAAAGAACGGGAAGTCCTGACTTTCCTCCGGCTTCCGGCCGTTGTTGGAATTGTGGACTTAATATATACGAACAGCACTATTGGCAAATTGAAAATGGCAGAAAAGTACGAATTTCTACTGAAAAAGAAGCAAGATTAATAACTGGTATAACCGTGGAAAAGGCTGGAAGTGAATTAGTTACTGGATGTCCACATTGTAATAGAAGTTATTGTGATTAA	MSKYDISESIRAQKEYLERTGSPDFPPASGRCWNCGLNIYEQHYWQIENGRKVRISTEKEARLITGITVEKAGSELVTGCPHCNRSYCD				NA	NA	NA	NA	NA
AK148_02718	2064			hypothetical protein	GTGAAAGTAATTAAGTTGTTACATTTAAAACTAGTCAATTTCAAAGGAATTAAGGAATTTGAATTACCAACTAACGGGCAAGACCTTAATATTTATGCTCAGAATGAGGGTGGAAAGACAACAATATTTGATGCATTTACATGGTTACTTTTCAACAAAGGGAGCAAAGATAATCAGGATTTTGGCATCAAAACTATTAGAAATGGTGAAGTAGTCCATAACTTGAATCATGAAGTTGAAGCAGTGCTTGATGTTGATGGAAAAGAGTATAAGTTGAAAAAAGTATTCAAAGAAAAGTGGACACAGAAAAAAGGTTCTGCCACTAAAGAATTCACAGGTCACACAACCAAGTATTTTAGTAAAGACGTTCCTATTAGCAAAAAAGAGTACGACGATCTAATAAAAGAGATTATTGACACAGATCAAGTAGATTCGTTCTTAAAACGTTACAAGAAAATGAAGGTAGAAAATGTATTCAAATTACTGACAGTCCCTAATTTCTTTGTAGATGGACTGCACTGGAAAGAGCGTCGTGAGCTTCTGTTGGAAATTACCGGCGATATATCAGATGAGGAAATTTTGGATAGTGAAACTAAGTTTGAAATATTGAAGAACGCATTGAACGGAAACAGCATTGAAGATCATAAGTTAGTTATCGCCAGTAGGAAAAAAGAAATAAATGATCGCTTAAAAGTTATTCCAGAGTTAATTAATGAAAATCACCTTAACATACCAGATTTAAATGGGTTGGATGAACAAAAGATTCATAAACAGATTGATAAATTATCCAGTGAAATAGATCTGAAAAATGATCGTATTTCCGCACTTAAAAATGGTGCTGAAATCAACGATCTGAAAAAACAAATCAGCAATATTGACTATGAAATAAACAATATCCGAAACGAACATGCTCAGAATGAAAAGCAAGAAGTGTTTAAGTTGCAGGCAAGACTCCAAGAAGAAAAGTCCAATCTTTCTATTTTACAAGGTGACGTCAAAGGGAAGATGCAACAAAAATCTGCGAACGATGAACGTATAAAAGACATCGAACGCCAACTGGTTGAACTACGGGAGCAATATAAAGAAAGTCAGGAACAGTACAGGTTGCAGAATGAACTCACTTTTGACCATGAAAGTAATTGTGTTTGTCCTACTTGCGAACAGGATCTTCCAGAAGAAAAAATTGAAGAGGCAGTGGCCAACTTTAACCGTAACAAATCAAATCTTTTGGAAAAAATTCAAGGACGTATTGAGGATTTGAATAAAAAAGGTCCTGAACTTGCCAAAAAAGTTGAGGAGATAAAGAAAGAAAACGATGTTGTACAAGCTGACATTGACAAAATAACGGAACAGGGAAGTAAGAAAAAGGAAGATATTGAGAAGTTGCAAGAAAAAATCAAAAAAGCGGAGTCTACTGTAACCCCGATTGAAGAAACCCAGGAATATAAAACATTAGTGAAACAAAAAGAATTGATAGAACAACAGATTGAACAATTGCAACAGTTGGTATATGAATCTGTTAACGGAGTTCGTGAAGAAATTAAAAGTATCAAAGAAGAACAAGCTAAGCTCCAAGTTGATCTATCTAAAGTATCCCAAGCGAAACAGATTCAGGAGAGAATAAACGCTTTAGAAAATGAACAAAAAGACTTGGCAGAACAGTACGAATCAATGGAGCATGAGGATTATTTAATTAATGAATTTACAAACAAAAAGGTTCAATTAATTGATGAAAAAGTAAGTAAATATTTCGAGATTACTAGGTTCAAAATGTTCGAGAAGCAAGTCAATGGTGGTCTAGATGATCGATGTGAACCGACTTATAAAGGGGTTCCATTCTCTGAAGGTTTAAATGACGGAGCGAAGGTTTCTGTAGGTATAGACATTATCAATGTGTTGTCCAAACATTTCGGTATTCAGGCACCTATATTCTTTGATAACGCTGAACAAGTTACAAAATTCTTAGTGGAACCAGTAGCACAAATGATTGCTATGTATGCGTCTGAGAAGGACAAAGAATTACGTGTTGAAAATAAACCAAAAGAAGAATCAGAGGTGGCTTAA	MKVIKLLHLKLVNFKGIKEFELPTNGQDLNIYAQNEGGKTTIFDAFTWLLFNKGSKDNQDFGIKTIRNGEVVHNLNHEVEAVLDVDGKEYKLKKVFKEKWTQKKGSATKEFTGHTTKYFSKDVPISKKEYDDLIKEIIDTDQVDSFLKRYKKMKVENVFKLLTVPNFFVDGLHWKERRELLLEITGDISDEEILDSETKFEILKNALNGNSIEDHKLVIASRKKEINDRLKVIPELINENHLNIPDLNGLDEQKIHKQIDKLSSEIDLKNDRISALKNGAEINDLKKQISNIDYEINNIRNEHAQNEKQEVFKLQARLQEEKSNLSILQGDVKGKMQQKSANDERIKDIERQLVELREQYKESQEQYRLQNELTFDHESNCVCPTCEQDLPEEKIEEAVANFNRNKSNLLEKIQGRIEDLNKKGPELAKKVEEIKKENDVVQADIDKITEQGSKKKEDIEKLQEKIKKAESTVTPIEETQEYKTLVKQKELIEQQIEQLQQLVYESVNGVREEIKSIKEEQAKLQVDLSKVSQAKQIQERINALENEQKDLAEQYESMEHEDYLINEFTNKKVQLIDEKVSKYFEITRFKMFEKQVNGGLDDRCEPTYKGVPFSEGLNDGAKVSVGIDIINVLSKHFGIQAPIFFDNAEQVTKFLVEPVAQMIAMYASEKDKELRVENKPKEESEVA				NA	NA	NA	NA	NA
AK148_02719	228			hypothetical protein	ATGAATGAAATAGATAAAGCTGTTGCTACAGAATTGTTGAAACTGAGCAAGGAGGTTCTTGCGGAAGCAGATCTTGTTCATTATCCAGATAACCGTACCTATGAATCTGGAATAGCTGAAGGAAAATGGATGGCGTTTAAAAAAACGCACGAATTGATCATTGAACGTGTCAGAGAATTAAGTTCACCTAAAGAAAAAGACACGTCTGCCAACGTGTCAGTTGAATAA	MNEIDKAVATELLKLSKEVLAEADLVHYPDNRTYESGIAEGKWMAFKKTHELIIERVRELSSPKEKDTSANVSVE				NA	NA	NA	NA	NA
AK148_02720	90			hypothetical protein	ATGAGCGATAAGGCACATGTAATTAAGATATGGGTCGCTTTTATAGTCATGATGGTGTTTCTTTATGTATCAATTGTGATTACTAGTTAG	MSDKAHVIKIWVAFIVMMVFLYVSIVITS				NA	NA	NA	NA	NA
AK148_02721	273			hypothetical protein	ATGAACTTAGAAGAACACTTTCTGCCAAAGGACATTAGCCATGCAAGCAAAGAATACATGTGTGCAATTGACCTTGCCGAAAGAACTGTAAATGCAATGTGTAACGCAAAGCTTGAAGACGCAGAAAGGTTTGCCAAGGATTTATTAAAGTCAGTTGGAGTGCTCAATGAAATGAGCAGCCATAAATACAACCAAGATAAGTTTTATACAGCTGTACAAGATTTGGCAAACAGAAACATTAACGTCCAAGCGATACAGAGGCAATACAAATGA	MNLEEHFLPKDISHASKEYMCAIDLAERTVNAMCNAKLEDAERFAKDLLKSVGVLNEMSSHKYNQDKFYTAVQDLANRNINVQAIQRQYK				NA	NA	NA	NA	NA
AK148_02722	276			hypothetical protein	TTGCAATTTGGAGCTGTTTTAAAAAAAATGCGGAAAGGTGCTGGTTTTAGTCAAGAAGATATGGCTGAAAGACTTCACATGTCTCGCAGTAATGTGTCTAGGCTAGAAAGCAACAAACTTGAGTTAAAAGCCGCAGATTTAATTAATTGGTGTAAACAAACGCAGGCTCATGATTTATTAATAGCGTTTATTTATAACACGGATGCAGTAAGTGCAGTGCAGCAATTATCTCAATTAATAACCGGCACTGTATTAAGATTCGGAGGTCTCATATGA	MQFGAVLKKMRKGAGFSQEDMAERLHMSRSNVSRLESNKLELKAADLINWCKQTQAHDLLIAFIYNTDAVSAVQQLSQLITGTVLRFGGLI				NA	NA	NA	NA	NA
AK148_02723	246			hypothetical protein	GTGCAAGGTCATATGGATTCAAAGGAAACGGCAGCGTATATCGGGGTTTCTGTTAATACTCTCAGAAAATATGTTCATGAGGAGAATTTACCGGTCCTTCGCTTTCCAGGAAGGAGAAAATGGGTTTTCAGGAAGGACCTTGTGGATGATTGGGTAGAAAAAAGATCAATTCCCCAAATCATGAACTATGAAGAAAACAAACAACAAAGTAGCCAATATGGACAACTGAGAGTTATGAGACCTTAG	MQGHMDSKETAAYIGVSVNTLRKYVHEENLPVLRFPGRRKWVFRKDLVDDWVEKRSIPQIMNYEENKQQSSQYGQLRVMRP				NA	NA	NA	NA	NA
AK148_02724	732			hypothetical protein	ATGAAACAATTAGTTTTTATTCAAAACGATAAAGTATTGACTGACACCTTAACGGTAGCAGAAGTTTTTGCTAAACCTCACGACAAAGTTGTTAGGGATGTCAAAGTGCAAATCATTAAGTTGCATGAAGCTGGCGAGCAAAAATGGAGTGCCGCCAACTTTGGCGAGACCCAATATCAGCACTCGCAAAATAAACAGTGGTACACAAAATTTGATTTAAGTGAAGATGCTTTCGCAATTATAGCAATGTCTTATATAACACCGGAAGCTATGAAAATGAAAGTTAAGTTTTTAAGCGAGTTCAAAGCTATGAAAGAAAAGTTGCAACAACCAAGAGTTTTATCAGATAAAGAACAATTAATGGCTTCGTTGAAATTAACACTTGAAGCTTCAGAAGCTCTAGAACAACACAATGAAAGAATAACTAGCTTAGAAGAAACAATGCGCATCGATGGTTCGGAAGAATTTCGAATTAGAAAAAATGCTAACAGAAAAATAATGAAAGTCTTAGGCGGTAAAGAGTCGCCAGCATATAAAGAGCTAAACAGAAAAGTATTTTCGAACTTCTGGCGTGACTTTAAAGATCATTTCACTATTCCGCGCTATGGAGATTTACCAAAAAAGCAATTTGAAGAAGGGCTTCGATTCATCGGTATGTGGCAACCATCTACAAGCTTGAAAATAGAAATAGATGAATATAACAATCAACAAACTTTTAACGAGGTGATTTAA	MKQLVFIQNDKVLTDTLTVAEVFAKPHDKVVRDVKVQIIKLHEAGEQKWSAANFGETQYQHSQNKQWYTKFDLSEDAFAIIAMSYITPEAMKMKVKFLSEFKAMKEKLQQPRVLSDKEQLMASLKLTLEASEALEQHNERITSLEETMRIDGSEEFRIRKNANRKIMKVLGGKESPAYKELNRKVFSNFWRDFKDHFTIPRYGDLPKKQFEEGLRFIGMWQPSTSLKIEIDEYNNQQTFNEVI				NA	NA	NA	NA	NA
AK148_02725	225			hypothetical protein	ATGAATAACAGATTAAGAGAGGTGCGGGTAGAAGTTGGAATGTCTTTATCTGAACTAGCAAGAAGAACTCAAGCGTCTCGACAGACAATAACTAATATAGAACTTCACGGGCAAGAACCTTCTGGCTTTCTTATGCTTTCTATAGCGCAGGCTCTAAATAAAGACCCACGAGAAATTTTTTTTATTGATAATGTTATACAAGATTTACAAAAACAAATCGTTTAG	MNNRLREVRVEVGMSLSELARRTQASRQTITNIELHGQEPSGFLMLSIAQALNKDPREIFFIDNVIQDLQKQIV				NA	NA	NA	NA	NA
AK148_02726	372			hypothetical protein	ATGTCTGATATTGGGAAGTTGCTAAAAGAATTAAGAGGGAATGAATCTTTAAGAGAAGCCAGTAAGCGAATTGGTATTAGTCATACGTATTTAGATACAATTGAAAAGGGGTTCGACAAACGATCTGGAAGACATGTTAATCCTTCTCCAGATACTTTGCGTTTAATTTCAAAAGCGTACAAATATCCTTATATAAAATTGCTCCGCTTAGCTGGTTACATCGATGAAGCTAACGAAGAAGAGGAATTCGAATCTTTCATAAATGATCCTGAACTTGAACGTTGGTACAGAGAGCTTCCCAAGAACAATGAAGAGGACATTCGCCGATTAAAGAAGATATGGGAAACTTTAAAAGAGTTTGATGATAGGTAA	MSDIGKLLKELRGNESLREASKRIGISHTYLDTIEKGFDKRSGRHVNPSPDTLRLISKAYKYPYIKLLRLAGYIDEANEEEEFESFINDPELERWYRELPKNNEEDIRRLKKIWETLKEFDDR				NA	NA	NA	NA	NA
AK148_02727	579			hypothetical protein	ATGGCTGAAAAAGTAAAAAAGCCTTTTTACAAGAAATGGTGGGTATGGTTAATAGCAATTATTATCATAGGTTTTATAGCAATACCTGTGGAAGATGATTCAGCATCTGACGAGCCGAAAAAAGTTGAGGGCGAAACAGAAGAAAAATCTGATGAAAAAGAAGAGAAGAGTAAAGAAGAAGAAGTGGAAAACAAAGAATTTGGCGTCGGAGAAAAAGTAGAATTAGACGGACAGATTGTGGAAGTTACAAAAGTAGAAAAATCAAATGGCAACGACTTTGATAAACCGAGCGAAGGTAACGAATATGTTATTGTGCACGTTTCCATTGAAAATAAAGGTGATGAAAACATCACATACAATCCTTTTAACTTCAAAATGAAAAACAGTGATGGTCAAATTGTAGATCAAGGAATGATAACAGTTGACTCCGATACTTCTTTAGAATCTGGTGAGCTAGCACCAGATGGAAATGTCACTGGAACTATTCCTTTTGAACAACCAAAAGGGGATAAAGGTTTGCAATTAATTTTTGAACCTAGCTTCTGGGACACTGACCAAATAATATTTAACTTGCAATAG	MAEKVKKPFYKKWWVWLIAIIIIGFIAIPVEDDSASDEPKKVEGETEEKSDEKEEKSKEEEVENKEFGVGEKVELDGQIVEVTKVEKSNGNDFDKPSEGNEYVIVHVSIENKGDENITYNPFNFKMKNSDGQIVDQGMITVDSDTSLESGELAPDGNVTGTIPFEQPKGDKGLQLIFEPSFWDTDQIIFNLQ				NA	NA	NA	NA	NA
AK148_02728	489			hypothetical protein	ATGTATTACTATTCAAGAACAGAGGATTTCATCAAAGATATGCTTTTAAGCATTAATATCAAGCATCCACACCAATTAAGTATTACAAATATCTCTAAAGCATTAAAAATTCCAGTCCGGTATTGGGAATTTAAAAGTGAGTCCATTAGACATAGTGATAGACAAATCATTTTTTTAAACTTTTATCAAACAGCTGAAGGACAGTGGCGAGACTTTGCTCATGAGTTAGCTCACGCTCTATGGCATGCTGGTAGACAAGAATTTTTGCCACCACTGTTTACCGAACTACAAGAGTGGCAAGCAGAACATTTTTGTTACCACTGCTGTATTCCAACTTTTATGTTAGAGAAGTTATACAACTATACAATATATGACGTTATGCAACTATTTAATGTTGATTATGATTTTGCTTACACAAGATTAGAAATGCACAAAAATAAAATGTTAACTGGAGGTTATTTTAATGAAGCTTATCTCACTAGAGCATAA	MYYYSRTEDFIKDMLLSINIKHPHQLSITNISKALKIPVRYWEFKSESIRHSDRQIIFLNFYQTAEGQWRDFAHELAHALWHAGRQEFLPPLFTELQEWQAEHFCYHCCIPTFMLEKLYNYTIYDVMQLFNVDYDFAYTRLEMHKNKMLTGGYFNEAYLTRA				NA	NA	NA	NA	NA
AK148_02729	1215	xerC_6		Tyrosine recombinase XerC	ATGGCAAAAGGACATGCAAGGCCTAGAGCGAATGGTAAATGGCAGTTGGAAGTGGATCTCGGCAGCTATGTAGACCCGGCAACTGGAAAGACGAAGCGCAATCGAAAGTACAAGACGATTACAGCCAAGGGCTCCAGAGAAGCAGAAACAGAGCTGGCCCGATTTGTGGCTGAAGTAACAGGAAAAGGTTTTTATGAGCCTGAAAAGATGATGTTTATTGATTTTGTCAATCATGAATGGTTACCTAAACATGCTGAAAAGCATTTATCACATACAACCCTTGAAAATTATATCGGCTGCCTTGAAAGAAGGATACTCCCTGCTTTCCAATTTTTACGCTTGGACCAAATTAAACCAGTACATATATTAGATTTTCTGCACAACATCCAAGAAGTTGGAATGCGGCTTGACGGCAAAGAAGGCAAGTTGTCCAGTTCACAGGTTTTTTATCATTATAGAGTTTTAAACAATATTTTTAACTTTGCACAGAAACTTAAATTGATTAAGGATAACCCGGTAAAGAATGTGGATAAGCCAAAGGTAGAATATAAAGAGTCTAAAGTTTACACATTAGAAGAAGCGAGTAAACTGCTTGAGTGCCTCGAATTAGAAAGTGACGTTCCGCATTGGCAAATCATAATTAAACTGGCTATCACGACCGGCATGAGACGTTCTGAGTTATTTGGCTTGGAGTTTAAGCATTTTGACTATGATAATCGTATTGTGCATGTTAAACAAGCTCTAACATACACAAAGGAAAAAGGATACCAAGTGCATGAAATTAAAAAAGGAAACCGTACTTCCAATCAGAGGGATATAGTCTTATCCGAATCTCTCATTGCTCCCATAAAAAAGCTTGAACACCATCGAAAAAAAGAGAGACTTGCTGCTGAAAAATTATGGATGGATGGGAAGTATAATTTTATTCTAGCAGATATTACCGGGAAGCCCTTTAACCCAGAAGCGTTGAAAAACTGGTGGTCACGATTTATTAACCGGCACAAGTTAAAATATATAAATATTCATGCATTGCGACATACATCCGCTACTCTTTTGATAAACGAAGGTGTGCATGCAAAAGTCATTTCAGAACGTCTGGGCCATGCTGATATAAAAACAACAATGAATATTTATGGGCATGCCCTAAAACAAGCTGATGAACTGGCTACGAAAAAATTAGACGATGCCCTTTTCGGAACAACCAAAAAAGCATAA	MAKGHARPRANGKWQLEVDLGSYVDPATGKTKRNRKYKTITAKGSREAETELARFVAEVTGKGFYEPEKMMFIDFVNHEWLPKHAEKHLSHTTLENYIGCLERRILPAFQFLRLDQIKPVHILDFLHNIQEVGMRLDGKEGKLSSSQVFYHYRVLNNIFNFAQKLKLIKDNPVKNVDKPKVEYKESKVYTLEEASKLLECLELESDVPHWQIIIKLAITTGMRRSELFGLEFKHFDYDNRIVHVKQALTYTKEKGYQVHEIKKGNRTSNQRDIVLSESLIAPIKKLEHHRKKERLAAEKLWMDGKYNFILADITGKPFNPEALKNWWSRFINRHKLKYINIHALRHTSATLLINEGVHAKVISERLGHADIKTTMNIYGHALKQADELATKKLDDALFGTTKKA	PGPT0021996_829	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
AK148_02731	1599	dcuS_1	COG3290	Sensor histidine kinase DcuS	ATGACTACCTTGCTCGTTTTAATCTCTGTCATAGCCTCGCTTATTGCTTCTGCCATTCTTTTAGATGACTATGTATTGGAGAGAGAACATCGAGCAGTGCAAAATAAAATTAAAAATGTTGCTAGAATGGTCGCTAAAGATACACGTGTGATAGACAAAGTGGAAGGTTCTCCGTCAGATGCTACTATTCAAAACTATGCAAATAAAGTGATGAATGCAACTGGCGTCAGCTTTGTTGTTGTTTTAGATAATGAACTTACTCGAAAGTCGCATCCAGATGAAAGTGTAATTGGTGGCACATTTTCTAATATTAAAGATGCAAGTAGATCATTGAATGGTACAGAGCATTATTCTAGACATATAGGAATCCTTGGAGAAGGAACACGCTTTTTTACACCGATTTGGAATGACGAAGGGGAACAGATTGGAATTGTTTGCGTAGGGTATGTGCAACAAACTATTAATGATGAATTATGGAATGCGCGGAAAAATTTATATGTCGGCCTCGGTGTTGGTCTATTAGTAGGTATCATAGGCGCGCTTTACTTAGCAAGATATTTGAAAAAAGTGCTATTAGGACTTGAACCTAAACAAATTGTTGCTCATATGAAAGAGAAAGAAATTATTATTGACTCTGTTAGTGAAGCAATTATTGCTGTTTCTCCTAAGCGCAAGGTATTATTACAAAATGTTAATTTTAATAAGCTACTCAATAAAACAGAAGTTGCAACAAAAGCAATTTCCAATGGATACCTTAATGATACGCTTTTTTCCTTAATATTTGACGATGTATTTAAAACAGAGAAACCGATCGCTAACCGAGTAACAGTTATTAACCATTATGAATTTATCGTCAATGTGCAACTCATTTACATTGATAAGAGCATCTATGGAGCGGTAGCAACTTTATATGATCAATCTGAGCTACAACATCTAATTCGAGAGTTAAGCGGGACGGAACAATACATTGATTCTTTACGTGCGCAAAACCATAAGTTTATGAATCAACTCCACACTATTTTAGGTTTGATTGAACTAGAAAAGTATGAAGATGTGCACCATTTTGTACGTGTCCTTAATCATAATTATCATCGTGAAATGGGTTTTGTAACGGATAAAATAAAAAGCTCAGCAATAGCAGGTTTTTTACTTGGGAAAACAAGTGAGCTCGACGAACAAGGTGTTACATTAATCATTGATGAAGACTCCTATTTTCCAGCGATAAAAATCGGCGATATGCTTCATGACTTACTACTCTCTATGGGTATTCTTATTGACAATGCAAAAGAAGCTGTATTAAACAACTCTAAAAAGCAAGTAACCCTTTTTCTGAAATATGATGAAGCTGAAGAAGTAATTATGTTTGAAGTACAAGACACAGGATCGGGCATAGAAAAACATGTATTACCTAAAATATTCGAACGCGGTTATTCTACAAAAGGAGAGAACAGAGGCTATGGATTGGACGCCATTCAATCCATTGTAAAGCAGTATCATGGACTTGTCGATGTCCAAGCAAAAACGGGACGAGGAAGTACTTTTCGTATCGAATTTCCGTTCAAATGGAGGAACAAAAATGATGAAAGTAATGATCGTTGA	MTTLLVLISVIASLIASAILLDDYVLEREHRAVQNKIKNVARMVAKDTRVIDKVEGSPSDATIQNYANKVMNATGVSFVVVLDNELTRKSHPDESVIGGTFSNIKDASRSLNGTEHYSRHIGILGEGTRFFTPIWNDEGEQIGIVCVGYVQQTINDELWNARKNLYVGLGVGLLVGIIGALYLARYLKKVLLGLEPKQIVAHMKEKEIIIDSVSEAIIAVSPKRKVLLQNVNFNKLLNKTEVATKAISNGYLNDTLFSLIFDDVFKTEKPIANRVTVINHYEFIVNVQLIYIDKSIYGAVATLYDQSELQHLIRELSGTEQYIDSLRAQNHKFMNQLHTILGLIELEKYEDVHHFVRVLNHNYHREMGFVTDKIKSSAIAGFLLGKTSELDEQGVTLIIDEDSYFPAIKIGDMLHDLLLSMGILIDNAKEAVLNNSKKQVTLFLKYDEAEEVIMFEVQDTGSGIEKHVLPKIFERGYSTKGENRGYGLDAIQSIVKQYHGLVDVQAKTGRGSTFRIEFPFKWRNKNDESNDR	PGPT0019555_155	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019555-malK|yufL-K11614	NA	NA
AK148_02732	723	dcuR_1	COG4565	Transcriptional regulatory protein DcuR	ATGATGAAAGTAATGATCGTTGAAGACGATCCAATGGTAGCTACCATTAACCAACAATATATCGAACGATCAGAAGGATTTCATACCATTGCCGCAGTAGGAACAATTACGGAAGTTTGGGAAGCCTTAACAATGGACATACCCGATTTAATCTTGCTTGATGTTTATTTACCCGGCCAAACAGGCTTAGAATTTTTGCAAGAATTAAGACAAAAACAGTATTCGATCCCCGTCATCATGATTACAGCTGCGGATGATATTGGAACAATTAAAACGTCCTTAGAGTACGGAGTCATTGACTTTCTAATTAAACCTTTTACCTACCAACGATTTAAAGTAGCCATCGATAACTTTATGCAATATCATAAATTGACAACGAGCATGGAAAAAACGGATCAAGAAACGTTAGATCAACTGCTTATTAAAGAAAAAACACCAATATCATCCAAAAATAATAATGTCTTAACACCTCTCCCTAAAGGTTTATCCAAACTAACCTTAAAAAAGGTGCTTCAAGCTATTGAAAAACAGACTCATGCCTTCTCTACCGAGGATATTGCTTCAAGTATAAACTTATCACGAATTTCTTCAAGAAAATACTTGCAGCATTTAAATGACATTGGTTTTTTAGAATCAGAATTAAAATATTTATCCGTTGGTCGTCCTATTATGATTTACCATGTCGTGCCAAACAAAGAGCATTTAATTGTAGATTATAAGTGA	MMKVMIVEDDPMVATINQQYIERSEGFHTIAAVGTITEVWEALTMDIPDLILLDVYLPGQTGLEFLQELRQKQYSIPVIMITAADDIGTIKTSLEYGVIDFLIKPFTYQRFKVAIDNFMQYHKLTTSMEKTDQETLDQLLIKEKTPISSKNNNVLTPLPKGLSKLTLKKVLQAIEKQTHAFSTEDIASSINLSRISSRKYLQHLNDIGFLESELKYLSVGRPIMIYHVVPNKEHLIVDYK	PGPT0019560_43	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019560-malR-K11615	NA	NA
AK148_02733	1026	hgdH_1	COG1052	(R)-2-hydroxyglutarate dehydrogenase	ATGACGATTAAAGTAGTTTGTTACGGCGTAAGAGAGAATGAAGAGCCATTTTTTAACCAATTAAATAAATACGGTTTTGATTTAACTTTAGTGGAGGATTTACTAACACATGATAATATAGATACAGCAAAAGGAATGGATGCTGTGTTACTACGAGGAAATTGTGTTGCCGATAGAATAAATATTGGAAAAATGCATAGCTTTGGGGTTAAATATGTATTTACTAGAACCGTCGGCTATAATCATATTGATTTACAAGCAGCAGCAGATTACGACATGTATGTAGCACGTGTACCATCTTATTCACCCAATGCTATTGCTGAATTAGCTTTAACGCTTGCTATGTCGTTATTACGCCATACTGCTTACACAACCGCTAAAACGGCGAACAAAGATTTTACTGTTGATTCCGTTATGTTTAGTAAAGAAATTCGTAACTGTAAGGTAGGGATTATCGGGACAGGGAAAATAGGTTTAACAGAAGCAAAGCTTTTTAAGGGACTTGGTGCAGAAGTGCTCGGTTATGATGTTTACCAAAGTGAAGAAGCGAAGCAAACAGTTACTTTTATGGAATTAGATGATCTATTAAAAGAAAGTGACATTGTGAGTTTACATGTTCCTTATTTCCCAGGGAAAAATGATAATATGGTCAACGATGATTTTATTGCCAAAATGAAGGAGGGAGCCATTTTAATTAATACTGCTAGAGGAGAACTTCAAGATAATGAGGCGATCCTTAAAGCACTTCGTACACATAAATTAGCTGGATTTGCCACGGATGTATTTGCAAATGAAAAGGAGATTTTCTTCCAACAGTTTAATGATGGTAAAAAGCTAGATTCAACTGTACAAGCACTTGTTGATTTATATCCACGTGTGTTGATTACACCCCACATCGGATCAAATACAGACGAAGCTTTAACAAATATGATTGAGACAAGCTTTGAAAACTTACATGATACGATTACAAAAGGGAGCACGACAAATGTCGTAGAACTTCCTGAAAAGAGTCAAGCTGTATCCTAG	MTIKVVCYGVRENEEPFFNQLNKYGFDLTLVEDLLTHDNIDTAKGMDAVLLRGNCVADRINIGKMHSFGVKYVFTRTVGYNHIDLQAAADYDMYVARVPSYSPNAIAELALTLAMSLLRHTAYTTAKTANKDFTVDSVMFSKEIRNCKVGIIGTGKIGLTEAKLFKGLGAEVLGYDVYQSEEAKQTVTFMELDDLLKESDIVSLHVPYFPGKNDNMVNDDFIAKMKEGAILINTARGELQDNEAILKALRTHKLAGFATDVFANEKEIFFQQFNDGKKLDSTVQALVDLYPRVLITPHIGSNTDEALTNMIETSFENLHDTITKGSTTNVVELPEKSQAVS	PGPT0001755_198	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001755-ldhA-K03778	NA	NA
AK148_02734	1056			hypothetical protein	ATGGAAATACTAGAAATTTTTAAAACCACTTTTACAGATATGAATATTATCAGTGCGATTACGTCAACGATGTTCATTATTTTATTAGGTTATTATTGTAGAAAGAAAAATATCTTTAGTGATCAAGTAGGAAAAATGTTATCCAGAGTGGTATTGTCTGTAGCGTTACCAGCTTTAGCACTAAAAGCTTTTATGAAAGACATTGACCAACAATCGTTAGCTGAGGGAATGGGTATTTTAATTTGGGGAATTGCTATTTATATTATTTTAATTATTGTCTCTAAACCAATGTATGCGAAGTTTAAAGGGGATAAAGAAGATACATTACGTGTACTAACTATTTTTGGTTCCACTACGTTCTTTGGTATTCCAATTGTTGGAGCAATTTATGGTGCTGAAGGTGTTCTATACGCTTCTATCTTTAATATTGGCTATCGGATCTTTCTTTACTCTTACGGCTATATAAAAATGAGCGGATTGAAAATGGAAGCAAAAAATATTAAAGAAATGTTTTTAAATCCGATAGTTATTGCTACCTTTGTAGGATTGTTTATTTGGGTATTTCAAGATTCCTTACCACAAATGAGCGTTGTAGCAGCAGATGGTACTGCTTCAACTGTAGCATTTTTAAGAATTGATCAAACTGCTCCATGGTTATTTAAGCCAATGACATACTTAGCAAGCTTAGCTTCACCTTTAGCATGGTTAGCAATTGGAGCAACATTAGGCTCTGTTGATTTTAAAACAGCTATTTCGGATCGGACATCCTTAATATACAGTGCGAACAAAGTTGTACTAGTTCCAATTATTAACATTGTTATTTTGGCGATTCTTTCATTAACGGGCATCTTGACGATGAGTGCAGTATCTGTAGGAACCATCGTTATTATGATGGCGGCCCCTACTGCAACAGTAGCAGCTGCATATGCTATTAGCTTTGATAAGGATGCGTTACTTGCATCGAATGCTTCTTTACTATCAACGATTAGTGCAGTTGTCATGATTCCAATCTGGATTATTGTCATTAATATGATTACTTCAACAAATTTATTTTAA	MEILEIFKTTFTDMNIISAITSTMFIILLGYYCRKKNIFSDQVGKMLSRVVLSVALPALALKAFMKDIDQQSLAEGMGILIWGIAIYIILIIVSKPMYAKFKGDKEDTLRVLTIFGSTTFFGIPIVGAIYGAEGVLYASIFNIGYRIFLYSYGYIKMSGLKMEAKNIKEMFLNPIVIATFVGLFIWVFQDSLPQMSVVAADGTASTVAFLRIDQTAPWLFKPMTYLASLASPLAWLAIGATLGSVDFKTAISDRTSLIYSANKVVLVPIINIVILAILSLTGILTMSAVSVGTIVIMMAAPTATVAAAYAISFDKDALLASNASLLSTISAVVMIPIWIIVINMITSTNLF				NA	NA	NA	NA	NA
AK148_02735	1014	hgdH_2	COG1052	(R)-2-hydroxyglutarate dehydrogenase	ATGAATTTTAAAATAGTATGTTATGGCGTTCGTGAAAATGAAACTGCCTTCTTTCATAAACTTAATCTATATCAATTTCAATTAAAGCTAATCAAACCTTTGTTAACCCATGAAAACATAGAGACAGCAGAGGGGGCAGATGGTGTCTTATTACGGGCTAACTGTACGGCAGATAGGAAAAATTTGAAGAAATTGCAGGAGTATGGTGTGAAGTATGTTTTCACTCGCACAGTAGGCTACAATCATATTGATTTAGAGGCCGCTAAAGATTATAACATATATGTAGCAAGGGTTTCTTCTTATTCTCCAAATGCAATTGCAGAATTAGCCTTAACTTTGGCGATGTCTTTGTTAAGGCATACAGCTTATACGACAGCAAAAACAGCAGAAAAAGATTTTACCGTTGACCCAGTCATGTTTAGTAAAGAAGTGAGAAATTGTAAAGTAGGGATTATAGGTACAGGAAAAATTGGGCTTACAGAAGCAAAATTGTTCAAAGGTTTAGGTGCAACGGTGTTAGGTTATGATATTTACCAAAGTGCAGCAGCGAGACAAGTGGTTACTTTTAAAGAACTGGACGAATTGTTAAAAGACAGTGATATTGTCAGCATCCATGTTCCTTATTTACCAGGTGAAAACGAAAAGATGATTAATGAATCATTTATTTCTAAGATGAAAGATGGGGCTATTCTAATTAATACCGCTCGTGGAGAACTGCAAGATAATGAGGCAATACTTGAGGCTTTATTAACGAAAAAAATAGAAGGATTTGCTACGGATGTATTCGCTAATGAAAAAGAGATATTTTTCCAAAAGTTTACGAACAACGATGAGCTTGATCCAACAGTCAAGGGTTTAATTGAACTGTACCCAAGAGTGTTAATTACTCCTCATATCGGTTCCAATACAGATGAGGCACTTAAAAACATGATTGAAACTAGCTTCCAAAATTTTTATGATGTACTAACAAATGGAAGCACACCGAATGCTGTATCAGTAACAAAAAATAGCTAA	MNFKIVCYGVRENETAFFHKLNLYQFQLKLIKPLLTHENIETAEGADGVLLRANCTADRKNLKKLQEYGVKYVFTRTVGYNHIDLEAAKDYNIYVARVSSYSPNAIAELALTLAMSLLRHTAYTTAKTAEKDFTVDPVMFSKEVRNCKVGIIGTGKIGLTEAKLFKGLGATVLGYDIYQSAAARQVVTFKELDELLKDSDIVSIHVPYLPGENEKMINESFISKMKDGAILINTARGELQDNEAILEALLTKKIEGFATDVFANEKEIFFQKFTNNDELDPTVKGLIELYPRVLITPHIGSNTDEALKNMIETSFQNFYDVLTNGSTPNAVSVTKNS	PGPT0001755_296	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001755-ldhA-K03778	NA	NA
AK148_02736	1059			hypothetical protein	ATGACGATACTTCAAGAGATTCAACAGACATTTACAGATATGAAAATAGTTAGTGCCATTTCTTCTACGTTGTTCATTATATTGTTGGGATTTTTTCTACGTAAAAAAGAATTATTTAATGATCAAGTTGGAAAGGTACTATCAAAAGTAGTTCTTATTGTTGCATTACCAGCGTTAGCATTTAAAGCATTTATGCAAGATATTGATGCTGAATCATTAGCAGAAGGAATAGAGGTGCTTATCTGGGGGATAGCTATCTATATTATTTTGATCCTGATATCCAAACCAATGTATTTAAAATATAAAGGAGATCGTCAGGATACATTGCGTGTATTAACTATATTTGGATCTACCACATTTTTTGGAATACCGATTGTTGGAGCAATTTATGGAGCAGAGGGAATTTTATATGCCTCTATTTTCAACATTGGGTACCGTATTTTTCTATACTCTTATGGGTATATCAAAATGAGTGGATTGAAAATGGAAGTTGGAAATATAAAAGAAATGTTTCTTAATCCTATCATCATTGCCACTTTTTTAGGATTATTTATCTGGATATTCCAAGGGTATTTGCCTCAAGTTAGTGTCGTGGCAGAAGATGGAACAAAGGCAGATGTGGCATTTTTGCGCATTGACCAAACAGCACCTTGGTTGTTTCAGCCGATGGAATATCTTGCGCGATTAGCTTCTCCACTTGCGTGGTTAGCAATTGGGGCGACCTTAGGGGCTATTAAGTTTAGAGCAGCTTTAACGGATCGGACATCCTTGTTCTATAGCTTTAATAAAGTAATTATTGTTCCTCTTTTAAATATTGCTTTCCTTTCTTTGCTTGCAGTAACGAATGTGCTTGTTGTAAGTGATGTTTCTTTAGGAACAATAGTAATTATGATGGCAACCCCAACAGCTACAGTGGCAGCAGCGTATGCAATCAGTTTCGATCGAGATGCTTTGTTAGCTTCAAACGCATCGCTCCTATCGACCATTACAGCAGTCATATTTATTCCAATATGGATTATTGTAATTAATATAATAGCTGGACTACCTATATTTGGATAA	MTILQEIQQTFTDMKIVSAISSTLFIILLGFFLRKKELFNDQVGKVLSKVVLIVALPALAFKAFMQDIDAESLAEGIEVLIWGIAIYIILILISKPMYLKYKGDRQDTLRVLTIFGSTTFFGIPIVGAIYGAEGILYASIFNIGYRIFLYSYGYIKMSGLKMEVGNIKEMFLNPIIIATFLGLFIWIFQGYLPQVSVVAEDGTKADVAFLRIDQTAPWLFQPMEYLARLASPLAWLAIGATLGAIKFRAALTDRTSLFYSFNKVIIVPLLNIAFLSLLAVTNVLVVSDVSLGTIVIMMATPTATVAAAYAISFDRDALLASNASLLSTITAVIFIPIWIIVINIIAGLPIFG				NA	NA	NA	NA	NA
AK148_02737	1737		COG1132	putative ABC transporter ATP-binding protein	TTGAAGACTGTTTTATCATTTATGAAACCATATAAGCTACCGGCTGCCGTTGCATTTGCACTTATGCTTGTTGAACTGGCTGTGGAGCTTGCACTTCCCTTCTTATTAGGGAAAATGATTAACGAAGGAGTGGTGAATCAAGATTTATCAACCATCTTGAAATGGGGAAGCATTATGATTACGCTTGCTTTCATCGCTTTCATAGCTGGTCTGATTAACTCATTTTACGCTTCACATGTAAGCTGGGGGTTTGCTTACGACCTACGTGAAAAGCTATTTGCTAAAATACAAGCTTTTTCATTTTCACATTTGAATCAATATCCAACATCTGCTTTAATGACTCGATTTTCCAATGATATTCGACAAATGCAAAATACCATCTATATGCTCCTTCGAATTATGTCAAAAGCACCACTAATCGTTATTGGTGGTGTTGTAATGGCCTTTATCGTAAACGCTAAGCTTGCTATTATTTTTCTCATTACCGTTCCCCTATTAGTTGGTTTTGTTCTTTGGGTGCTTCAAATTGCTAGCAAGTTATTTCAAAACGTACAAAAAAGCGTCGATACATTAAATCAGGTGATGCAAGAAAATTTGAGTGGTATGCGCTTAATCAAAGCTTTTTCTCGTAGAAAACACGAAGAAGTACGATTTAAAAAAGCTAACCAATCGTTAGCCGAAAGAACGAGGTCGACCTTTCGTTTCGTTGAAGCTTCGATGCCCGTTTTGTTATTTGTTATGAATATGAGCCTATTATTTATTATTTGGTTAGGCAATGCACAGGTAGTAGCTGGAACGACGAATGTTGGTGATGTTGTTGCAATTATTAATTATGCATTAAGAGTTTCCATGTCTATTTCTATGTTTACATTTATTATTATGGCGTTTTCACGAATGCAAGCATCTACCAAGCGTGTGAACGACATTTTGCATATCCATACAGAGAGGGCGCAAAACGTAGATTGGAATGACACTACCGTCAATCATGTTCAACGTGGGACAATATCTTTCCAACACGTATATTTTTCCTACCCTGCTCATAAAGAATCGGTCTTGCACGATATCACCTTTAACGTGAAAAGCGGAGAAAAAATTGCTGTAATGGGTGCTACTGGTGCAGGGAAGACATCTTTATTTCAATTAATCCCTCGATTGTATAAGGCTAATCATGGGATCATTACCATTGATGATCAAGACGTTACGTCGTATCCTTTGAACCAGCTTCGCGATAGTATAGGCTACGTACCTCAATCTCCTTTACTATTTACTGGCATGATAAAGGAAAATATCGCTTGGGGAAAACCTCGGGCTACCATGGAAGAAATTATACAAGCAGCAAAAGATGCTCAAATTCATGAAACAATTATGCAGTTAAATGAGCGTTATGAAACTAAAGTCGGGCAAAAAGGAGTGAATCTTTCTGGAGGACAAAAACAACGAATTTCTATCGCTAGAGCACTTATTCGAAAACCAAAAATCCTAATGTTGGATGATAGTACGAGCGCACTGGATTTAGCTACAGAATCTCAATTGTTAGAAGCTATTGAAACCTATCATTGCACTACATTAATTATTACGCAGAAGATAAGTACAGCAATGCGTGCCGACCGTATTCTTCTTTTGGATAAAGGAGAGATACTAGCACTTGGCACACATCAATTCCTTCTTAAGTCTTCTGAGCTATATCAACGTATTGTAGAATCTCAATTTGGAAAGGAAGTTTCCCATGCTAAGTAA	MKTVLSFMKPYKLPAAVAFALMLVELAVELALPFLLGKMINEGVVNQDLSTILKWGSIMITLAFIAFIAGLINSFYASHVSWGFAYDLREKLFAKIQAFSFSHLNQYPTSALMTRFSNDIRQMQNTIYMLLRIMSKAPLIVIGGVVMAFIVNAKLAIIFLITVPLLVGFVLWVLQIASKLFQNVQKSVDTLNQVMQENLSGMRLIKAFSRRKHEEVRFKKANQSLAERTRSTFRFVEASMPVLLFVMNMSLLFIIWLGNAQVVAGTTNVGDVVAIINYALRVSMSISMFTFIIMAFSRMQASTKRVNDILHIHTERAQNVDWNDTTVNHVQRGTISFQHVYFSYPAHKESVLHDITFNVKSGEKIAVMGATGAGKTSLFQLIPRLYKANHGIITIDDQDVTSYPLNQLRDSIGYVPQSPLLFTGMIKENIAWGKPRATMEEIIQAAKDAQIHETIMQLNERYETKVGQKGVNLSGGQKQRISIARALIRKPKILMLDDSTSALDLATESQLLEAIETYHCTTLIITQKISTAMRADRILLLDKGEILALGTHQFLLKSSELYQRIVESQFGKEVSHAK	PGPT0029025_1459	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
AK148_02738	1815		COG1132	putative ABC transporter ATP-binding protein	ATGCTAAGTAAACAATTGAAACAGCCTTTTCAATATAAAAAAATACCCATATCATCAAATTCAAGCCATAATCAAAAACGTGCTCAAGATACGAAAGGAACTATTAAGCGCATTTGGTCTTATTTAGCTAATGAAAAAATAAAGTTAACACTCGTTATTTTCATGGTAGTCGCTAGTTCTGCGCTTGGTCTTTTAGGACCGTTTATGATTGGTATGGCAATTGATGATTTCATTGTTACTAAACAAACAACCGGATTAGTTACGTTATTGATTTGGCTTGTAGTCATCTATCTCTTTCATGCTTTATCCATTTTTCTGCAAAATTTTTGGATGATTGGCATCGCCCAAACTACCGTTTTCACGCTAAGAAAACACTTGTTTTATCAATTTCATCGGTTGCCAATTGCTTATTTTGATAAGCGGCAACACGGGGAATTAATGAGTCGGATTACAAACGATATTGACAATGTGAATAACACGTTGAATCAATCCGTTATCCAAATATTCTCGAGTATTCTAACTCTAACAGGAACGATAGGTGTTATGCTCTATCTTAGCCCGATACTAACAGCTATAACTATGGTAATAGTACCCATTATGTTTCTTGCCATTCGCTGGATAACAAAGCGAACGGGCCCTTTATATAAATTACAGCAGAAAAATTTAGGCGAAATTAATGGGTATGTTGAAGAAATTTTATCTGGTCAGCATATTGTCAAAGCTTTTTCTCAAGAACAGCGTGTTATAAAAGAATTTGAAACACGTAATAAGCAATTAAACCATGCAGGTTTTTGGGCCCTGACCATTTCTGGATTTATCCCCAAAGTAATGAATATGCTCAATTTTTTAAGCTTTGGACTCATCGCATTAGCGGGAGGCATTTTAGCTATAAATAATATCGTAACAGTAGGCGTTATTGTCATATTCACAGAATATGCTAGACAATTTACACGACCGTTAAATGAATTGTCCAATCAGTTTAATATATTATTATCTGCTGTAGCAGGCGCCGAACGAGTATTTCGTGTATTGGATGAAGAACAGGAAGAAGCAGATGAGAAGACGGCTCGAAAGCTTACCACTACAAATGGACATTTCGTTTTTAATAAAGTTTTTTTTGGGTATGGAAATAGCTATATTTTAAAGAATATTAGCTTTGAGGCAAAACCAGGTGACACAATTGCTTTTGTAGGGCACACAGGTGCAGGAAAAACAACCATCATTAATTTAATCTCTAGATTTTATCATTACGATGCAGGAGAAATATATCTGGATGGCATACCATTAAACACCATTCAACGTTCTAGTTTAAGACAACATATGGCATTTGTTTTACAAGATGCCTTTTTATTCAGAGCAACTATTCGTGAAAACATTAGGTATGGACGTCTAGATGCAACGGATGATGAAGTCATTCAAGCGGCAAAAGATGCGAATGCGCATGCATTTATTCAACGCTTACCGAATGCATATGACACAATGCTTGACCAAGAAGGAAGCGGCATTAGTCAAGGACAAAAGCAATTACTGACGATTGCACGCGCACTGTTAGCGAAACCGAAAATCTTGATTCTTGATGAAGCGACAAGTAATATTGACACTATAACAGAGCTTAAGATCCAAGATGCTTTAAAACGTTTAATGAAGGGGAGAACGAGTTTCGTCATTGCTCATCGACTGAACACAATTCAAGAAGCCGATAAGATTATTATGCTAGAAAATGGGGAAATCAAAGAACAAGGTAGCCATGAGGAACTGTTTGCCTTGCAAGGTAAGTATTATCATTTAAATAAAGGACAGGTAAGGGAACAATAA	MLSKQLKQPFQYKKIPISSNSSHNQKRAQDTKGTIKRIWSYLANEKIKLTLVIFMVVASSALGLLGPFMIGMAIDDFIVTKQTTGLVTLLIWLVVIYLFHALSIFLQNFWMIGIAQTTVFTLRKHLFYQFHRLPIAYFDKRQHGELMSRITNDIDNVNNTLNQSVIQIFSSILTLTGTIGVMLYLSPILTAITMVIVPIMFLAIRWITKRTGPLYKLQQKNLGEINGYVEEILSGQHIVKAFSQEQRVIKEFETRNKQLNHAGFWALTISGFIPKVMNMLNFLSFGLIALAGGILAINNIVTVGVIVIFTEYARQFTRPLNELSNQFNILLSAVAGAERVFRVLDEEQEEADEKTARKLTTTNGHFVFNKVFFGYGNSYILKNISFEAKPGDTIAFVGHTGAGKTTIINLISRFYHYDAGEIYLDGIPLNTIQRSSLRQHMAFVLQDAFLFRATIRENIRYGRLDATDDEVIQAAKDANAHAFIQRLPNAYDTMLDQEGSGISQGQKQLLTIARALLAKPKILILDEATSNIDTITELKIQDALKRLMKGRTSFVIAHRLNTIQEADKIIMLENGEIKEQGSHEELFALQGKYYHLNKGQVREQ	PGPT0029030_1735	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
AK148_02739	726			hypothetical protein	TTGGGAAGAAAAGGTTCTATGATTGAGAAACAAATCAATAGCAAGTACTTACAAGAAAATATGACATTAACGATTTATCAACCGGAAGATTTCTCCCCACTATACAAATATCAACTTTGCATTATGCAAGATGGCAATGATTATTATCAGCTTGGAAGAGTAGCTACTTTAAGTGATCGGCTACATGATAATCAAGAAATTACCAATACGATATTTGTTGGCATTCATTACAAAGATAAGTTTGACCGTCGTGAAAAGTATCATCCAGACGGTAAACAAAATGAAGCCTATATAAAATTTTTAGGACATGAGGTTGTACCTTTTTTAGATCATTTATTTCCCACTTATTACATGGGGCAATCTAGAGCCTTATTAGGCGACTCTTTAGCAGGAACGCTTGCCCTTATGACAGCCATTCGCTACCCAAATACGTTTGGAAAAGTCATCATGCAATCTCCTTATGTAAACGAAACCGTTCTAAATGCAATAAAAACAGCCAAAAACTTGGATCGGATTGCCATTTACCATACAATCGGAAAAGCTGAAACAAACGTACAGATGACCAATGGCGAAAGGATGGACTTTCTTACACCTAATCGAAAGCTTCATGACATCTTACAAAGTACCACCTCCAGCTACAATTATTACGAATTAGAGGCTGGAGAACATACATGGAAATATTGGCAACAGGATATGAAGCGCACCCTTATCTCCATGTTTCCATAA	MGRKGSMIEKQINSKYLQENMTLTIYQPEDFSPLYKYQLCIMQDGNDYYQLGRVATLSDRLHDNQEITNTIFVGIHYKDKFDRREKYHPDGKQNEAYIKFLGHEVVPFLDHLFPTYYMGQSRALLGDSLAGTLALMTAIRYPNTFGKVIMQSPYVNETVLNAIKTAKNLDRIAIYHTIGKAETNVQMTNGERMDFLTPNRKLHDILQSTTSSYNYYELEAGEHTWKYWQQDMKRTLISMFP				NA	NA	NA	NA	NA
AK148_02740	519	yjcG	COG1514	Putative phosphoesterase YjcG	ATGAAATATGGTATTGTTATTTTTCCAACAAAGGAAATTCAAGATGAAGCAAACTCTTATCGAAAAAGGTATGATCCACACTATGCTTTAATTCCTCCGCACATTACGTTAAAGGAATCTTTTGAAGCAGATGATCAACTGATTAATGATTTAATTATTGAATTAAAACATATTGCTAATGAAATGGATCCTTTTACCATTCATATGAACAAAGTTAGTACTTTCGCTCCGATAACGAACACCATCTATTTTAAAGTCGAACCAAGGCAAGAGCTCGTTGACTTATACGAGAGAATGCATGCAGGTAAATTTCCTGATAATCAAGAATATGCTTTTGTACCACATATAACGATTGCTCAAAAGCTTCCAGATGATGAATACTCTGATGTATATAGCAGCTTAAGCATGAAGAAAACCCAACTAGAAGATCAAATTGATCGTTTCCAATTAATGTATCAGCTAGAAAATGGATCTTGGACCGTTTACGAAACATTTGTGTTTGGAAAGGAGTACGTATGA	MKYGIVIFPTKEIQDEANSYRKRYDPHYALIPPHITLKESFEADDQLINDLIIELKHIANEMDPFTIHMNKVSTFAPITNTIYFKVEPRQELVDLYERMHAGKFPDNQEYAFVPHITIAQKLPDDEYSDVYSSLSMKKTQLEDQIDRFQLMYQLENGSWTVYETFVFGKEYV				NA	NA	NA	NA	NA
AK148_02741	426	yjcF		putative N-acetyltransferase YjcF	ATGATTATAAAAGAAGTCACAACACATAAAGAACAGGATGACGCCTATCATATCCGTACAGTCGTCTTTATTCAGGAACAAAATGTATCACCTGAAGAAGAAATGGATAAATATGATGACGAAGCAATCCACTTCATAGCTTACGATGGCGAAATTCCTATTGCTACTAGCCGTCTCCGTTTTGTAGAGTCTTACGGGAAACTTGAAAGAATTTGTGTATTAAAAGAATATCGTGGAAAATCTATTGGAAAACAATTAATTCACCATATGGAACAGGCCATTCTTGAAAATGACTATCAAAAAGCAAAGTTAAATGGGCAAACCCGTGCTGAGAAATTTTACCAGCAATTAGGGTATGAGACTGTATCTGATGAGTTTCTAGATGCTGGTATCCCTCATGTTACAATGGTAAAACAGTTATCTTGA	MIIKEVTTHKEQDDAYHIRTVVFIQEQNVSPEEEMDKYDDEAIHFIAYDGEIPIATSRLRFVESYGKLERICVLKEYRGKSIGKQLIHHMEQAILENDYQKAKLNGQTRAEKFYQQLGYETVSDEFLDAGIPHVTMVKQLS	PGPT0001990_6	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
AK148_02742	801			hypothetical protein	TTGCACCTACTCCTGTTTTATATTATTTTAGTGAATGATTTCCGTACATCAGGTAAACCTAAAACTGATTTGCTCAAGGAGGTCATTCATTTGAATCACTATTGGCTAATGCTCATAGATACCATTTTCGGATTTTTCGCCTTGTTCTTGCTCACAAAATTATTAGGGAAAACGCAAATTACTCAATTAACGCCGTTTGACTTCATATCTGCTTTAATTCTCGGAGAATTAGTAGGAAATGCTTTATTCGATAAAGAAGCAGGTGTCATTGAAATAGCCTTTATGATTATTCTTTGGGGAAGTTTGCTATATATAACAGAGATAACTACACAAAAATTCAAACGTACGCGTAGCTTGTTAGAAGGAGCACCCGATTTTATTATTTATCGTGGCAAGTTAATTAGAGATGTAATGAAGAAAAATAATTTGGATATTAATCAATTACAAAGCCTTTTACGGGCCAAAGATGTTTTTTCCATTCAAGAAGTAGAATTTGCTTTTATGGAGACAAACGGAACCGTATCTGTTATTCTAAAGCCCGCCTATCAAACACCGAATAAGCAAGAGCTTCAAATTTCAACTGAGAAAACGTATTTAGCCACTACGCTAATCAATGATGGAGAAATTATCTATGACAATTTAAAAGAGAAAAATTTGACGGAAGAATGGTTAATCGACCAATTAGAAGCACAACAATATAAACATATAAGCGATGTTTTTTATGCGGAATATAAAAAAGGCGAAGCGTTATTTATTCTTCCTTATGTGAATAGAGAGCATAAAAAATATGATGAGAAGTAA	MHLLLFYIILVNDFRTSGKPKTDLLKEVIHLNHYWLMLIDTIFGFFALFLLTKLLGKTQITQLTPFDFISALILGELVGNALFDKEAGVIEIAFMIILWGSLLYITEITTQKFKRTRSLLEGAPDFIIYRGKLIRDVMKKNNLDINQLQSLLRAKDVFSIQEVEFAFMETNGTVSVILKPAYQTPNKQELQISTEKTYLATTLINDGEIIYDNLKEKNLTEEWLIDQLEAQQYKHISDVFYAEYKKGEALFILPYVNREHKKYDEK				NA	NA	NA	NA	NA
AK148_02743	261			hypothetical protein	ATGGGATATATATTGCCAATAAAGCAATACCAATATCAGCAATATCACCAAAGAGTAAGCGTAAAGAAACAGGATACAATGCCAGTTCAACGCCCATTTAAAAGCGTACTTGATCGTAGGCATCAACAATTATCCAAAAAATATGAACGACTCCATGTAGCTGGGTATGATCGGTATGTGTTAACGCGCCAGGAAGCTTTGGTGTCATCGAAGTTTCGTGGAATCTATAAAAAAGGAGATCGGTTCAGCGTAGAGGTATGA	MGYILPIKQYQYQQYHQRVSVKKQDTMPVQRPFKSVLDRRHQQLSKKYERLHVAGYDRYVLTRQEALVSSKFRGIYKKGDRFSVEV				NA	NA	NA	NA	NA
AK148_02744	204			hypothetical protein	ATGCGCTTCATTGAACCTAAATGGTTGCATAATATGGATGTTATTGATAAGCATTTGCAGAAAAATGAAAATTGGCTGCAATATCCAGATAAAAAAGCGGAACAGTGGGAAGTGGAGATAGTTAATTGGAATGAAGTTTTTTTAAAGCAAATGGCTCAAATCGAAAATGCTTTATTAGAAATGGGAGCTAAATTAGAAGAGTAA	MRFIEPKWLHNMDVIDKHLQKNENWLQYPDKKAEQWEVEIVNWNEVFLKQMAQIENALLEMGAKLEE				NA	NA	NA	NA	NA
AK148_02745	237			hypothetical protein	ATGTCGGAAAGAAAAAAGCAAGTAATTCATGTGAAGGATCTCGTCATTAAAGCAGATAATGTTTTTATTGAACCGCAGCGACCGCCCCGTCCACCGCACAGAAGAGACCCATTTTCTTCAAGCAGACGTCCTTTCGATGAAAATGAAAAAGAGGATCACGAAAAAGAAGATTCTTATGACAGAGAAGATGATGAACATAGAGAAGATGAGCGTAGATCGCCATTTTCTTGGCTTTGA	MSERKKQVIHVKDLVIKADNVFIEPQRPPRPPHRRDPFSSSRRPFDENEKEDHEKEDSYDREDDEHREDERRSPFSWL				NA	NA	NA	NA	NA
AK148_02746	459	cotY_2		Spore coat protein Y	ATGGGCTGTGGAAAAGATTTTGATACAGGAAATTGTGTATGCGATATTTTAAAAGAAATCGCTGATGCGCAAAATGACGTTATAGAAAATTGCTGTGATTCCAGCTGTGAACAATCAATTAACGATCTTCTGGGGGAGACAGATCAAGGCAACGGACTTGATACAGTTCCAGTGATTTTGTACTGCAAAGGAACTTGTAAGCCATTTAAAGGTTATGGAGCTCATCCAAGTAATATCGGTGATATTGTTGCAAGTTTTTATTTTAGGGTGAAGAAAGTAACCAATGATTGCTGTGCAGTAATTGAACTTTTAAGAGATCCTCGTGATGATAAAGAAAATCCTGACAACCCGGTAGAACAAGACACAAAACCTTTACGTGCTACAGGCATTTGTATCACAGTAGACCTAAACTGCTTCTGCCATGTAACATGTCTTCCAGCAATTAATGCTTTAAACTAA	MGCGKDFDTGNCVCDILKEIADAQNDVIENCCDSSCEQSINDLLGETDQGNGLDTVPVILYCKGTCKPFKGYGAHPSNIGDIVASFYFRVKKVTNDCCAVIELLRDPRDDKENPDNPVEQDTKPLRATGICITVDLNCFCHVTCLPAINALN	PGPT0025235_6	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025235-cotZ-K06344	NA	NA
AK148_02747	462			hypothetical protein	ATGGGGAAGAAGTATGCAAAAAAACCATTACTTTTCATCCATCAACCGAATGAAGGGCAAATGCACGTCCCAATGCAGCATATGTATGTAACTCCGAAAAAGGAGCAAAATGAAACATCAACAAATGGCGGGGAGGAAAAAAAGGGGATGAGGCATCCATCTTTTAACAAAAATTATAATAGTAAAGAAGAATATGAGCAGGAAGAAAAGTTAAAGCAAAATCAAACGGAGGAAAAGCAAAAATTTAAAGACATGTCGATTGAAGAAAAAGTAGATTATTTTATTAATTCTCCTAGCTACGCTCCAAAGCTAAAATGTGAAATTAAAACGGATCAACGAACATATCGCGGTGTTATTACTGGAGCTGAAGGGAACGATGTATACATTCGAGTCGGTAATCGTTCCGCCAGCGCAAAAGTAAGTTTGGATGATATTAAGCATATTAAGCTTTTAGGGTTTTAA	MGKKYAKKPLLFIHQPNEGQMHVPMQHMYVTPKKEQNETSTNGGEEKKGMRHPSFNKNYNSKEEYEQEEKLKQNQTEEKQKFKDMSIEEKVDYFINSPSYAPKLKCEIKTDQRTYRGVITGAEGNDVYIRVGNRSASAKVSLDDIKHIKLLGF				NA	NA	NA	NA	NA
AK148_02748	1386	mgtE	COG2239	Magnesium transporter MgtE	ATGGAAACCAACCATCGTTATGACAAAGATTATGAAAAGCAGTATGAACAGCATTGGAAAAAATTACAACAGCAATTAAAACGAGAAAATATGGAAGGGTTTCGTAACGAATTCCTTGATATGCATTCCTATGACCAAGCTATGTTTTTCATTGAACAGAAAAAATCAATTCGTTTACAAATCTATACTTATTTATCTCCAGAAGAGATTGCAGATATTATGGAGAGTATCGATGAAGAGGAACAGACTCGCGAATTAATTAGTGAAATGGATCCTCGCTTTGCGTCTATGGTGCTAGCGGAGATGTCCGCAGATAACGCTGTCGATATTTTGAACGAAATGGATAAAGATCATATTGCTAGCTTTTTAACCATTATGGATACATCCGCAGCAGATGAAATAAAGCACTTATTACATTACGAAGAAAAAACTGCCGGAAGTATCATGACAACAGAATTTATCGCTACTTATAAAACAAACACCGCCAAGCAGACGATGCAACAATTAAAGGAGCAAGCGCCTGATGCAGAAACAATTTATTATTTATATGTATTAGATGAAGATAAGCGCTTAGTCGGCGTGTTATCTTTAAGAGATTTAATTGTAGCACCAGAAGACACAAAAATAGAACGTATCATGATGGAAAAAGTCGTTGCTGTATCAGCTGGAAAAGACCAAGAAGAAATTGCTCAAATGATGCGAGACTATGATTTCTTGGCATTACCGGTTGTTGATTTTCAAGACCATTTATTAGGAATTATTACCGTTGATGACATTATGGATGTTATGGAAGAAGAAGCAAGCGATGATTATTCGAAGCTTGCAGGGGTGTCAGATATGGATAAACCTAATGATACAGCATTAATTTCCGTAAAAAAACGTTTACCTTGGCTAGTCATTTTATTGTTTTTAGGAATGTTTACTGCAAGCCTTATTGGTCGATTTGAAGAAACGTTAAATCAAGTAGCAGTCTTGGCTATTTTTATACCTTTAATTGCTGGAATGGCAGGTAATTCTGGCACACAAGCATTAGCTGTTGCAGTTCGAGGTTTGGCAAACGGAGATTATGGTAAGCAAGGGAAAATGAAGTTAGTTTTACGGGAAGCAAGTACAGGCTTTATTAATGGGGTTATTTGTGGCCTGCTTATTACCCTTGTGATTTATGTATGGAAACATGATATTTATTTAGGAGTGCTTGTAGGAATTTCCATAGCTGCAACTTTATTTGTAGCTACAATTGCAGGTGCATTAGTGCCTATTTTTATGGATCGAATAAAAATTGACCCTGCTGTTGCTTCAGGGCCATTTATTACAACAATTAATGATATCATTTCTATTCTCATTTATTTTAGTATGGCAACACTATTTATGAAGTATTTAATCTAG	METNHRYDKDYEKQYEQHWKKLQQQLKRENMEGFRNEFLDMHSYDQAMFFIEQKKSIRLQIYTYLSPEEIADIMESIDEEEQTRELISEMDPRFASMVLAEMSADNAVDILNEMDKDHIASFLTIMDTSAADEIKHLLHYEEKTAGSIMTTEFIATYKTNTAKQTMQQLKEQAPDAETIYYLYVLDEDKRLVGVLSLRDLIVAPEDTKIERIMMEKVVAVSAGKDQEEIAQMMRDYDFLALPVVDFQDHLLGIITVDDIMDVMEEEASDDYSKLAGVSDMDKPNDTALISVKKRLPWLVILLFLGMFTASLIGRFEETLNQVAVLAIFIPLIAGMAGNSGTQALAVAVRGLANGDYGKQGKMKLVLREASTGFINGVICGLLITLVIYVWKHDIYLGVLVGISIAATLFVATIAGALVPIFMDRIKIDPAVASGPFITTINDIISILIYFSMATLFMKYLI	PGPT0013995_1444	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0013995-mgtE-K06213	NA	NA
AK148_02749	744	prpE	COG0639	Bis(5'-nucleosyl)-tetraphosphatase PrpE [asymmetrical]	ATGAAAATAGATGTAATTGGTGATGTTCACGGTTGCTTCGAAGAGTTAGAGCAATTATTTTCCAAATTAGGCTACAAAAAAGAACAGACTATTTATATTCACCCACAACAGCGTGTGCCAGTATTTGTAGGTGATATAACCGACCGGGGGCCACATTCGCTAAACGTAATTACACTCGTATACCATATGGTTGCCCATCAAAAAGCACGATACGTCCCCGGAAACCACTGTAATAAATTATATCGTTATTTTTTAGGTAATAAAGTACAGGTACGACATGGTTTAGAAACAACCGTTGCCGAGTATAAGCGTTGTTCTAAAGAAGAGCAAGCTATTATTCGCCAGCGATTCATGACGTTATATGAGCAAGCGCCATTATATTTACAAATTCCAACATGTAATGCGATTATTGCGCATGCAGGTATCAAAGAAAGCTATGTCGGAAGAACGGATAAAAAAGTAACATCATTTGTTTTATATGGAGATACAACTGGTGAATTTCATGCTGATGGAAGACCGGTACGTCGTGATTGGGCGGCATATTATCGAGGAGATAAATGGATCATTTATGGGCATACACCCGTGTTGCAGCCAAGATTTTTAAATAAAACAGTAAACATTGACACTGGCTGTGTATTCGGAAATCAATTGACTGCATTTTCTCTCCCTGAAGAAAGGATAACGGCTGTTCCTTCCAAACAGCCATTTGTCAAAGAGAAGTTTTCAACTTACGAAGCGCATTAA	MKIDVIGDVHGCFEELEQLFSKLGYKKEQTIYIHPQQRVPVFVGDITDRGPHSLNVITLVYHMVAHQKARYVPGNHCNKLYRYFLGNKVQVRHGLETTVAEYKRCSKEEQAIIRQRFMTLYEQAPLYLQIPTCNAIIAHAGIKESYVGRTDKKVTSFVLYGDTTGEFHADGRPVRRDWAAYYRGDKWIIYGHTPVLQPRFLNKTVNIDTGCVFGNQLTAFSLPEERITAVPSKQPFVKEKFSTYEAH	PGPT0021535_1473	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021535-apaH-K01525	NA	NA
AK148_02750	894	rluD_2	COG0564	Ribosomal large subunit pseudouridine synthase D	ATGAAATGGATTATTAAGCAACAGCATGAAGGAATGCTTCTTCGTGATTACATTCGCCAAGTTCAAGGAGTATCTAGACGAATTTTAAAAGCAATTAAATTTGAGGGTGGCCTCATTTTAGTAAATAATGTGGAACAATCTGTTCGTTATGTATTAAAAGAAGGAGACGAAGTGGAGATTACATTGCCGATAGAAAAAAAGGGGAATTTTATGGTTCCAGGAGAAGTTCCCCTTTCGATTATTTATGAAGACAAAGATATCATTGTACTCGATAAACAGGCAGGCGTAGCAGTTCTTCCATCTTACCAATATCCTACAGGTACGATAGCTAATGGGTTACTAGCCCATTATGAGCAGCAAAATAGTGCTTCTACGGTTCATATCGTGACAAGGTTAGATAAGGATACTTCTGGACTAATGTTAGTTGCTAAGCATCGATACAGTCACTCCGTTTTATCCACATCTCAGCAAGCAGGTGAATTAAAACGAAAATACCAAGCGATTATAGCTGGGGCTTTAAGCAAGACTTCGGGTACAATCGATGCGCCAATCGGGAGAAAAGAAGATTCCATTATTGAACGGGAAATACGAGAAGATGGAAAACGAGCCATTACTCATTATCATGTAGAATGTAATTTAACAGACTGCTCTTTTGTCACCGTTCATTTAGAAACAGGAAGAACGCATCAAATTCGTGTTCATTTCTCTAGTATAGGACACCCGCTATATGGTGATTCATTATACGGAGGTGATGTTAGCGTCATACAGCGTCAAGCTTTGCACTGCTATGCGTTAACATTTCCACATCCCATTACAAAACAAACATTGTGCTTTTCAGTAGATTTGCCATTCGATATGGTTAATGCGCTTCGTAAGTTGAAAACTTCTCTTTGA	MKWIIKQQHEGMLLRDYIRQVQGVSRRILKAIKFEGGLILVNNVEQSVRYVLKEGDEVEITLPIEKKGNFMVPGEVPLSIIYEDKDIIVLDKQAGVAVLPSYQYPTGTIANGLLAHYEQQNSASTVHIVTRLDKDTSGLMLVAKHRYSHSVLSTSQQAGELKRKYQAIIAGALSKTSGTIDAPIGRKEDSIIEREIREDGKRAITHYHVECNLTDCSFVTVHLETGRTHQIRVHFSSIGHPLYGDSLYGGDVSVIQRQALHCYALTFPHPITKQTLCFSVDLPFDMVNALRKLKTSL				NA	NA	NA	NA	NA
AK148_02751	807	ppnKA	COG0061	NAD kinase 1	ATGAAATTTGCAATCGTATCTAAAGGCGATGAGCGTTCCGAACAAATAAAGGCAACAATAAAGCAATATTTAACGGATTTTCAATTAGAATATAATCAAAATGAGCCTGATTTAGTCATATCTGTTGGTGGGGATGGTACATTTCTAGAAGCTTTTCACACTTATTTACAGCGGTTAAATGAAACAGCGTTTATTGGGGTACATACTGGCCATCTGGGATTTTATGCTGACTGGGTTCCGGATGAAGTAGAGAAGCTAATCATAGAAATTGCGAAAACGCCATTTCAAATTGTTGAATATCCGTTATTAGAAGTGATTATTCGAGGGAAGTCAGGAGGAATTGAAGATCGTTTTTTAGCTTTAAACGAAGCTACAATTAAAACAGCTGATGGTTCTGTTGTGTTTGATGTTGAAATTAAAGGTGAACACTTTGAAACATTTCGTGGTGATGGTTTATGTATCTCCACGCCGTCGGGTAGTACGGCATATAATAAAGCACTAGGCGGTGGCATTATTCACCCTTCTATTGATGCCATTCAATTAACCGAGATGGCATCCATTAATAATCGAGTTTTTCGGACCATTGGATCACCACTCATCTTACCTAAGCACCACACATGTTTATTGAAGCCTGTTGTTGATCGAAGTTTTCTTATAGCGATTGATCATTTTACTACAAACTATGCGAATGTGAAATCAATTCAATGTCGTGTTGCTGAAGAACGTATTCGCTTTGCTCGCTTTCGCCAATTTCCTTTTTGGAAAAGAGTACGTGAATCATTTATTGCAGATGAAAATAATAGATAA	MKFAIVSKGDERSEQIKATIKQYLTDFQLEYNQNEPDLVISVGGDGTFLEAFHTYLQRLNETAFIGVHTGHLGFYADWVPDEVEKLIIEIAKTPFQIVEYPLLEVIIRGKSGGIEDRFLALNEATIKTADGSVVFDVEIKGEHFETFRGDGLCISTPSGSTAYNKALGGGIIHPSIDAIQLTEMASINNRVFRTIGSPLILPKHHTCLLKPVVDRSFLIAIDHFTTNYANVKSIQCRVAEERIRFARFRQFPFWKRVRESFIADENNR	PGPT0013490_5182	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013490-ppnK-K00858	NA	NA
AK148_02752	609	yjbM	COG2357	GTP pyrophosphokinase YjbM	GTGAAATGGCAATCTATACTTGCGCCATATGCCCAAGTTGTAGAAGAATTAAAAGTTAAATTAAAAGGAATACGTAAGCAATTTGAATATGAGTCTGAACATTCACCAATAGAATTTATAACTGGTCGTGTGAAGCCAGTTCCAAGCATTATAGAAAAAGCTGAAAACCGAAAAATCTCATTAGAGCATATAGAAAGTGAAATTCAAGATATTGCTGGAGTAAGGGTTGTTTGTCAATTTGTGGATGACATTTACACTGTAGTAGAAATGATCCGTGCAAGAAATGATTTAACAATTGTTGAAGAAAAAGATTATGTTTCTCAGAAAAAAGAAAGTGGCTACCGTTCCTATCACCTCATTATTGAATACCCAGTAGAAACAGTGTCTGGGATGAAAAAACTGCTAGCAGAAATTCAAATTCGAACGTTAGCGATGAACTTTTGGGCTACAAATGAGCATTCTCTAAACTATAAATATAGAGGTCGTATACCAGCAAACATAAAAGTACGATTACAAAACGCTGCAGAAGCTGCTTTTAAGCTAGATGAGGAAATGTCAAAAATCAAATATGAAGTTCAAGAAGCACAAAAGATGTTTCATCGAAAATAG	MKWQSILAPYAQVVEELKVKLKGIRKQFEYESEHSPIEFITGRVKPVPSIIEKAENRKISLEHIESEIQDIAGVRVVCQFVDDIYTVVEMIRARNDLTIVEEKDYVSQKKESGYRSYHLIIEYPVETVSGMKKLLAEIQIRTLAMNFWATNEHSLNYKYRGRIPANIKVRLQNAAEAAFKLDEEMSKIKYEVQEAQKMFHRK	PGPT0014825_1599	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0014825-ywaC|yjbM-K07816	NA	NA
AK148_02753	567	yjbK	COG4116	Putative triphosphatase YjbK	ATGACACAAGAAATAGAAATTGAATTTAAAAATTTATTAACTTCTGATGAGTATCATACACTGTTAGACGAACTTCCATTCCCTAAAAAAGCTGTGACTCAAACCAATTTTTATTTTGAAACAATGGATCATACTTTGCAAGGATTAGGAAGTGCATTACGAATCAGACAAAAAGACAACCAATATCAACTAACGTTAAAACAGCCGCATCCTAATGGTTTATTAGAGACACACGATAAGCTAACAAAAAAAGAAGCGGAAGCGTGTATGCAGGGAAAAATGGTTGTAAAAGAAGCAACTGCAAAACAGTTAAATGAACTAGGTGTAGACATTGGTTCCCTCATGTACCTTGGTAGTTTAACTACTGAACGAAGAGAATTACAATATCAAAATGTTCTTCTTGTTTTAGATTTCAGTACGTATAACGGAATGTCAGACTACGAACTGGAACTAGAAGCAACATCTTATGAATCAGGACATATTTTTTTCAACCATGTATTAAATAAGTTTTCAATCCCAAGACGTCATACACCAAATAAGATTGAGCGATTTTTTAAAAGTAACTAA	MTQEIEIEFKNLLTSDEYHTLLDELPFPKKAVTQTNFYFETMDHTLQGLGSALRIRQKDNQYQLTLKQPHPNGLLETHDKLTKKEAEACMQGKMVVKEATAKQLNELGVDIGSLMYLGSLTTERRELQYQNVLLVLDFSTYNGMSDYELELEATSYESGHIFFNHVLNKFSIPRRHTPNKIERFFKSN				NA	NA	NA	NA	NA
AK148_02754	384	yjbI	COG2346	Group 2 truncated hemoglobin YjbI	ATGAGGAACCAGACGAATTCTATCTTTGAAGCAATTGGCGGATTACCTGTTGTAGAAAAGCTTGTCGAAGCTTTCTATACAAGAGTTAGCAAGCATCCGGATTTAATTCCTATATTTCCAGAAGATTTAACAGAAACGATTCATAAACAAAAATTGTTCCTCACGCAATTTTTTGGCGGACCGCCTTTGTACGCAGAAGAAAGAGGCCATCCAATGTTACGCAGAAGACATTTACCTTTTGCAATTACACCAACACGAAAGGATGCTTGGCTTACATGTATGGCAAATGCGCTTATCGAAGCAGAAATCGAAGAACCATATCGTACAGCTATATTTGAAAAACTAACCTTAACTGCAAACCACATGATGAACACGCCAGATTAG	MRNQTNSIFEAIGGLPVVEKLVEAFYTRVSKHPDLIPIFPEDLTETIHKQKLFLTQFFGGPPLYAEERGHPMLRRRHLPFAITPTRKDAWLTCMANALIEAEIEEPYRTAIFEKLTLTANHMMNTPD				NA	NA	NA	NA	NA
AK148_02755	891			hypothetical protein	GTGAGTTGGGAATATTCTGGAGCAGATTCCTTGTATCAAAACACATCGGAAAAATATAGCTATGTTGATTTTGTTCAGAAACCTATAGAAATCTACGTCTTTATCGATCCATTATGTCCGGAATGTTGGGCGCTTGAACCTTTTTTAAAGAAACTTTCTACAGAATATGGACGTTTTTTCACTATTCGTCCAATCATTAGCGGTTATTTAAATTTATTAAACCAAGAATATTTTGAACGTCCACGTAACATAAAGGAATTGTGGGAAAAAACAGCAAAACGGACTGGCATGTGCTGTGATGGAGATCTATGGGAAGAAAATCCTGTCTCAAGTCCATGGATTGCTTCTTTAGCTATTAAAGCGGCAGAATTACAAGGAAAAAAAGCTGGGAAAATGTTTTTACGTAAAATTCGCGAAAATGCATTCTTATATAAACAAGATATTTCGAAAGAATCTGCTCTTTTAACCTGTGCAGAGGAAGCTAATCTAGATGTGAATGAGTTTATATCTGATCTTTATTCCAAGTCAGCAAAAAAAGCACTTCAATCAGACGTAAAGTTAACACAAGAAATGCAAGTTGAATATATTCCAACGATTGTTTTTTTTAATCAATTTACAGAAGAACAAGGAATTAAAATTTCTGGACTTTATCCATATGATATTTATTTACGTGTTCTAAGAGAAATATTGCAAAAACATGCAATTCCCTCTGAAAAACCGATGTTGGAAGATTTCCTTTCTTATTACAAAACCGTAAGCACCACAGAAATTGCGGTTGTTTATGACTGGTCACAAGCTAAAACAGAGCGAGAAATGAAAAAATTGCAATTAAGACAAAAGGTCAAATGTATACCAGTGAAACATGGAAATTTTTGGGTCTACCAAGAATAG	MSWEYSGADSLYQNTSEKYSYVDFVQKPIEIYVFIDPLCPECWALEPFLKKLSTEYGRFFTIRPIISGYLNLLNQEYFERPRNIKELWEKTAKRTGMCCDGDLWEENPVSSPWIASLAIKAAELQGKKAGKMFLRKIRENAFLYKQDISKESALLTCAEEANLDVNEFISDLYSKSAKKALQSDVKLTQEMQVEYIPTIVFFNQFTEEQGIKISGLYPYDIYLRVLREILQKHAIPSEKPMLEDFLSYYKTVSTTEIAVVYDWSQAKTEREMKKLQLRQKVKCIPVKHGNFWVYQE				NA	NA	NA	NA	NA
AK148_02757	186			hypothetical protein	ATGAAAACATTCGTTCAACCCCTTCTTTTTTTAATTTTAACTGTTGTTGCTTTTATTTTAAATATTTTAGGGCTCATGCAAGTTATGCCTCTTTATATAACATTACCATTATTGTTTATTTCCATTTATCTAACCATTTATTCCTTCGTTTATAAACGAACGTATCGCGGACGAGGTATGCGCTAG	MKTFVQPLLFLILTVVAFILNILGLMQVMPLYITLPLLFISIYLTIYSFVYKRTYRGRGMR				NA	NA	NA	NA	NA
AK148_02758	1809	pepF1_3		Oligoendopeptidase F, plasmid	ATGGCAAAAGCTAATAAAGAACTACCTAAAAGGACAGAACTCCCTGTTGAATTAACATGGAGGTTAGAGGATATTTTTGAAACGGATGAAGCATGGGAACAGGAATTAGCAGATTTGCAGAAAGCTATTCCAGAAATTGAAAATTACCAAGGCATATTAGGTTCCTCTGCGAAAAACCTTTATGAAGTGTTAAAGCTTCAGGATCAATTATCGGAACGGTTAGGCAAGCTCTTTACATATGCACATATGCGTTATGATCAGGATACGACAAATTCATTTTATCAGCGGATAAATGCACAAGCAGAGAACGTTATTACGGTTGCATCTAGTAAAATGAGCTATATTGTACCAGAGATTTTAGAAATTAACGAAGCTACTTTAAAGCAGTTTATGCAAGAAGAAGAAGGTTTGCAAGGTTATCAAAAAACATTGGATGAAATCACTCGTCAGCGACCGCATATTCTAAATAAGCGCGAAGAGGCGATTTTAGCTGAAGCTTCAGAGCCGTTAGGAACTGCTTCTCAGACATTTGGTATGTTAAACAATGCAGATTTAACGTTTCCATCAATTAAGGATGAAGACGGAGAAGAAGTAGACGTTACACATGGTAGATATATTCGCTTTATGGAATCACAAGATCGTTCTGTACGGAAGGCAGCTTTTCAAGCAATGTATGAAACGTACGGTGCGTTTAAAAACACATTTGCGTCGACATTGAGTGGAAATATTAAAAAAGATAACTTTGTTGCCAAAGTAAGAAATTACGAATCTGCTAGACAAGCCGCGCTTGATAATAATCATATTCCGGAGAAAGTGTATGATAATTTAGTTGAAGCAGTTAATGAACGTCTTCCGTTACTGCATCGATATATTCAATTGCGTAAAAAAGTGTTGAAATTAGATGAATTGCATATGTACGATATTTATACACCGCTTGTTCGTGATGTTGATATGGAAATCACCTATGAAAAAGCGCAGCAATATGTGCTTGAAGGCCTTGCTCCATTAGGAGAGGATTATTTAAATATTGTAAAAGAAGCGTATAATAATCGATGGATTGATGTGGAAGAAAATAAAGGAAAACGCAGTGGGGCTTATTCTTCAGGTGCTTATGGAACGAATCCTTACATTCTGCTGAATTGGCAGGATAATGTAAATGATATGTTTACTTTAGCTCATGAGCTGGGGCATTCTGTTCATAGCTACTATACGCGAAATAACCAACCTTATCGCTATGGAAACTACTCTATTTTTGTTGCGGAGGTTGCTTCTACATGCAATGAAGCATTGTTAAATGATTACTTATTGAAAAATTTAACAGATGAAAAACAAAAGTTATACGTATTAAATCATTTTCTAGAAGGGTTTAGAGGAACTGTATTTCGTCAAACAATGTTTGCTGAGTTTGAACATATGATTCATGTAAAGCAACAGCAAGGAGAAGCTCTAACTGCAGAAAAGCTTACGGAATTGTACTATGATTTGAATAAAAAATATTATGGTGAGGATGTTGTTTCAGATGAAGAAATTGGTCTGGAATGGGCGCGAATCCCTCATTTCTATTATAATTATTATGTATATCAGTATGCAACAGGATATTCTGCAGCAACTGCATTAGCGCAGCAAATTTTAACAGAAGGTGATGGAGCTGTGGAACGTTACACGAATTTTCTAAAAGCAGGTAGTAGCGAGTACCCGATTGAAGTATTGCAAAAAGCTGGCGTAGATATGAATAGTAAACAAACGATTTTGGATGCATTAGATGTGTTTGCTGAAAAACTGGAGCAATTAGAAGATCTGCTTAAGTAA	MAKANKELPKRTELPVELTWRLEDIFETDEAWEQELADLQKAIPEIENYQGILGSSAKNLYEVLKLQDQLSERLGKLFTYAHMRYDQDTTNSFYQRINAQAENVITVASSKMSYIVPEILEINEATLKQFMQEEEGLQGYQKTLDEITRQRPHILNKREEAILAEASEPLGTASQTFGMLNNADLTFPSIKDEDGEEVDVTHGRYIRFMESQDRSVRKAAFQAMYETYGAFKNTFASTLSGNIKKDNFVAKVRNYESARQAALDNNHIPEKVYDNLVEAVNERLPLLHRYIQLRKKVLKLDELHMYDIYTPLVRDVDMEITYEKAQQYVLEGLAPLGEDYLNIVKEAYNNRWIDVEENKGKRSGAYSSGAYGTNPYILLNWQDNVNDMFTLAHELGHSVHSYYTRNNQPYRYGNYSIFVAEVASTCNEALLNDYLLKNLTDEKQKLYVLNHFLEGFRGTVFRQTMFAEFEHMIHVKQQQGEALTAEKLTELYYDLNKKYYGEDVVSDEEIGLEWARIPHFYYNYYVYQYATGYSAATALAQQILTEGDGAVERYTNFLKAGSSEYPIEVLQKAGVDMNSKQTILDALDVFAEKLEQLEDLLK	PGPT0020965_1174	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020965-pepF|pepB-K08602	NA	NA
AK148_02759	1185			hypothetical protein	ATGCTACAAGCTATGGACAAGCATGGTAACACAATAACATTATTTACAAATACTTACCGGGAAATAGTTAATATGAAAAAAAACGTGCAATCTTTTTTTTGCCCGATTTGCAAAGGCGCCGTTTTTATACGTTCTGGTAAAAAGGTAATTCCTCATTTTGCGCACTATTCCAATCCAAATTGTCACGCAGTAGAAGAAGGTGAGGGACTGTATCATGAACGAGGAAAAATGTTACTTTTTAATTGGTTGACTAAACAGAATCTAGCAGTTGAATTAGAATCGTATATTAAAGAAATTAAACAGCGTCCAGATTTACTTCTCCATATTGGAAAAAAGCGGATAGCAATCGAGTATCAATGTGCAACTATTTCTAGGGAACTTCTAAAAGCTCGAACAGAAGGTTATCGTTCGGTTGGTATATACCCATTATGGATATTAGGGGCAAACCAGTTAAAACGAAAAAGCGCGCATAAATTGCGCATAAATACTTTCGTTCAGTCTTTTATCCACCAGTTTTCCGCTCAACTCTCACCACGAATTTTCTTCTTCTGTCCAGTAGCAAATCAATTCATTATTGCCCACGATATTTATATGACTTCCAAACAATTAGCTATTACCAACTTTATAAATTCCAAATTAAATCAATTTTCATTTTTAAATTTGTTTGATCATAAATTATTTACTAGTGAAAATTTGTATACGCTATGGGAGCGAGAAAAATTAATTTTTCGTACAAAACAACGTCATAAACTTTCTATTCAACAGCTTCAATGGCACAAATGGCTCTACAGCAAAAACGTATATCTTCATAACCTTCCTTCTATTATTTATCTTCCAATTCAATCCCAGCTTTTCATGAACAAGCCGCTATGGGAGTGGCAAAGTAGCTTTGTATTAGAAAAATTAGCTTTACTTCAAATTGGTGAGACGATAAATATCGATTCTTATAAAAGAATCCCTAAGGTGAATACAACAAGTGAATTTCCTTTAACCTGTAATACATTCAATCCATTATATGAATATATGCTACTCCTCAAGCAACTACAAATGTTTAGCCAACAGTCTACAATCACTTTTAGGAAACAAACGGAGATTTATTTTCCTAAAACAATAGATGAAGCAGTGATTGCTGATAGACATCTCCTCCACAAATTGAAACAAATAAGCATGTTTCTTCCAAAATAA	MLQAMDKHGNTITLFTNTYREIVNMKKNVQSFFCPICKGAVFIRSGKKVIPHFAHYSNPNCHAVEEGEGLYHERGKMLLFNWLTKQNLAVELESYIKEIKQRPDLLLHIGKKRIAIEYQCATISRELLKARTEGYRSVGIYPLWILGANQLKRKSAHKLRINTFVQSFIHQFSAQLSPRIFFFCPVANQFIIAHDIYMTSKQLAITNFINSKLNQFSFLNLFDHKLFTSENLYTLWEREKLIFRTKQRHKLSIQQLQWHKWLYSKNVYLHNLPSIIYLPIQSQLFMNKPLWEWQSSFVLEKLALLQIGETINIDSYKRIPKVNTTSEFPLTCNTFNPLYEYMLLLKQLQMFSQQSTITFRKQTEIYFPKTIDEAVIADRHLLHKLKQISMFLPK				NA	NA	NA	NA	NA
AK148_02760	684	mecA	COG4862	Adapter protein MecA 1	ATGGAAATAGAAAGAATAAATGAGAATACAGTTAAGTTTTACATTTCATATATGGATATTGAAGATCGTGGTTTTGAACGCGAGGAGATTTGGTACAACAGAGAACGAAGCGAACAACTGTTTTGGCAAATGATGGATGAAGTAAATTATAAAGAAGATTTTAATGTTGATGGTCCATTATGGATTCAAGTTCAAGCTTTGGAAAAGGGGCTTGAAATCATTGTTACGAAGGCTCATATTTCCAAAAATGGTGATAATATAGAATTGCAAACAGATGAAGGAAATGCAGTAGATTTTCCAGTGGACAAGAAAATTGAAAATATGCTTGAGGACAAATTTAGTAAAGAAGATGAAGAAGATAACGAGCAATACAATGATGAGAACCTTTGGATTATTGCTAGCTTCAAAGATTTTGAAGATGTTATCCAGTTAAGTCACTATTTTATAAATGACGATTTCGGGACTGTAGAAACCTTATACCATTATAACGATACCTATTATTTATATATGGAATTTTTGGAAGATGAAATAGAAGAAGAAGAACAAGAGAACATGATTAGTAAAGTTTTTGAATTTGGTAATGATACAGATATTACGAATCATGTGCTGTCTGAATATGGAAAAATTATTTTTGAACAAAACACATTCTCGAATATTAGAGCCTATTTCCCTGCAAACATATAG	MEIERINENTVKFYISYMDIEDRGFEREEIWYNRERSEQLFWQMMDEVNYKEDFNVDGPLWIQVQALEKGLEIIVTKAHISKNGDNIELQTDEGNAVDFPVDKKIENMLEDKFSKEDEEDNEQYNDENLWIIASFKDFEDVIQLSHYFINDDFGTVETLYHYNDTYYLYMEFLEDEIEEEEQENMISKVFEFGNDTDITNHVLSEYGKIIFEQNTFSNIRAYFPANI				NA	NA	NA	NA	NA
AK148_02761	396	spxA	COG1393	Regulatory protein Spx	ATGGTTACACTTTATACCTCACCAAGTTGTACATCGTGTAGGAAAGCTAAAGCATGGTTGGAAGAACACAATATCCCGTTTACGGAGCGTAATATATTTTCTGAACCGTTAACATTGGATGAAATAAAGGAAATCCTGCGTATGACTGAAAATGGTACAGATGAAATTATTTCAACTCGGTCAAAAGTATTTCAAAAATTAGAAGTAAATATTGACCAACTACCAATGAAGGATCTCTTTAATTTGATTCAAAAGAACCCTGGGCTTTTAAGAAGGCCAATTATTTTAGATGAAAAACGTCTACAAGTTGGTTATAATGAAGACGAAATCCGTCGTTTTCTTCCAAGAACTGTTCGTACCTTTCAATTACGGGAAGCGCAAAAAATGGTTAATTAA	MVTLYTSPSCTSCRKAKAWLEEHNIPFTERNIFSEPLTLDEIKEILRMTENGTDEIISTRSKVFQKLEVNIDQLPMKDLFNLIQKNPGLLRRPIILDEKRLQVGYNEDEIRRFLPRTVRTFQLREAQKMVN	PGPT0012940_501	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012940-spx|spxA-K16509	NA	NA
AK148_02762	585	yjbC		Putative acetyltransferase YjbC	ATGAATTGGTATGAAAAGTTAAATAATTATTTTTCTGTAGAGGAGATGAAGTCGAAGGAGCATATGGAGAAGCTTTTGGATGAGAAAGGTAATGTCTATTGCAAAGATGAAAGTGACTTGCACGTAATGATGTATGCAGAATTTGATACTTTCATCTTTATTGATTATTTATGGGTGTCATCTAAAGCTAGGGGTAAAGGGATAGGACATTCATTACTTGAGAAGTTGAAAGAAAAGAATAAGCCAATTATTCTAGAGGTTGAGCCAGTTGATTATGAAGATACGGATACAGCCAAAAGATTACATTTTTACCGAAGAGAAGGTTTTGCACATGCGCAATCGATTGGTTATAGTAGGAGATCGCTTGCTACCAACGAAGACACCGAATTGGAGATACTATACTGGTCGCCAAGTAATGAATCAGAAGGTTTTATATATGAGCAGATGAAACAAATGTATGAAGTAATTCATACGTATAAAGATAAAGAGGTCTATGGTCGAAGTTATCAGCATGTAGATGAGGTTTTAAAATACGATGAGGATCGAGAAAACAACATTTTTGACAATTTACAAGCAGATAAATAA	MNWYEKLNNYFSVEEMKSKEHMEKLLDEKGNVYCKDESDLHVMMYAEFDTFIFIDYLWVSSKARGKGIGHSLLEKLKEKNKPIILEVEPVDYEDTDTAKRLHFYRREGFAHAQSIGYSRRSLATNEDTELEILYWSPSNESEGFIYEQMKQMYEVIHTYKDKEVYGRSYQHVDEVLKYDEDRENNIFDNLQADK	PGPT0014311_2	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_HERBICIDIAL_STRESS	HERBICIDIAL_STRESS-PARAQUAT_STRESS_REDUCTION,PGPT0014311-yjbC-NA	NA	NA
AK148_02763	303		COG0607	Sulfurtransferase	GTGAAAGAGTTAACCCCAGAGCAAGTGGAGAAGAAGTTAGAAAATAACGATGGTACGTTGGAACTTATTGATGTACGTGAAGTAGAAGAGGTAGCCCAAGGTAAAATCCCTCACATAACGCATATTCCTTTAGCGCAAATACCAGAGGAAGCAGAAAAACTAGATAAGTCTAAGCAATATATTATGGTCTGTAGATCGGGGAGAAGGAGTGAAAGAGCAGCCTCCTATTTACATAAACAAGGATTTGATGTAGCAAATATGGTTGGTGGCATGTTAGAATGGCGTGGAGAAATCATAAATTAA	MKELTPEQVEKKLENNDGTLELIDVREVEEVAQGKIPHITHIPLAQIPEEAEKLDKSKQYIMVCRSGRRSERAASYLHKQGFDVANMVGGMLEWRGEIIN	PGPT0001770_824	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001770-gloB|gloC-K01069	NA	NA
AK148_02764	753			hypothetical protein	ATGAAAGGTAAGCATACTTGTTTTATTCTATGTAGTGTGTTGCTTCTTGTTTTTATTTCTAGTTCAGCTATTGCAGAAGAAACAAAGCCGAATTTAATTAAGACATATCGTGCTGATGTAACTGGCGATAATCATCCAGAGACAATTAAATTAATGGGTACGCTTTTTTCTGCGGATTCAACATACTATCGTGAAATATGGGCAGAGATTTCTAATAATGATAATCAATGGAAGATCTCTTACAATGGCGGTTATGACCCTTTTTTACAGTTTGTCGATTTGAATCACGATGGAATAAAAGATATATTTTATCAAAGTGCCACTGGAGGAAGTGGCGGGCTTTATAATTACCAGCTAAATACCATCATTCACACCCAAATGGAAAAAATACCATTACCTAAACAAATGTATTTAAGCGGTTATTTCCAACCTAATTTTAAAATTAATATAACATTAACAGCTACGAGTAAGCCAATTACAATAGATATTAAAAATCGTGCTCAAGATTATATTCGACTTGGTATTTATAATAAAGACGGTAGCTTACATTCGCAAAACCAATCTGTTTTGATTGACCCAATCGCTTTTTTTGAAGTCTTTAAAATAAGCGATAGTAAAGGATATGGCCTGAAAAGTTATCAACAAATTAGCGGCGCATACCATGCCGACCGATTAGGAACCGTAGAGACTATATGGTATTTCGAAAACGATAATTGGATTATTTTAAAAACTAAATGGGTTCCATCTAAATAA	MKGKHTCFILCSVLLLVFISSSAIAEETKPNLIKTYRADVTGDNHPETIKLMGTLFSADSTYYREIWAEISNNDNQWKISYNGGYDPFLQFVDLNHDGIKDIFYQSATGGSGGLYNYQLNTIIHTQMEKIPLPKQMYLSGYFQPNFKINITLTATSKPITIDIKNRAQDYIRLGIYNKDGSLHSQNQSVLIDPIAFFEVFKISDSKGYGLKSYQQISGAYHADRLGTVETIWYFENDNWIILKTKWVPSK				NA	NA	NA	NA	NA
AK148_02765	2415	leuS		Leucine--tRNA ligase	ATGAGTTATCATCATCAGCAAATAGAGAAAAAATGGCAAACGTATTGGTTAGAAAATAAAACATTTAAAACAAATACGTTTTCTGAAAAGGAAAAGTTTTACGCGTTGGATATGTTCCCGTATCCATCTGGAGCTGGCTTGCATGTGGGGCATCCAGAAGGGTATACAGCTACAGATATTATATCGAGAATGAAGCGAATGCAAGGTTATGAGGTATTGCATCCAATGGGGTGGGATGCTTTTGGACTCCCTGCTGAACAGTATGCAATTGATACGGGGAATAGCCCGGCAGCTTTTACAGATAAAAATATAAATATATTTAAGCGACAAATTCAGGCTCTCGGCTTTTCTTATGATTGGGATCGCGAAGTTAATACAACAGATCCTAACTATTATAAGTGGACACAATGGATATTTATAAAAATGTATGAACACGGGCTAGCATATATGGATGAAGTCCCTGTCAATTGGTGCCCTGCTTTAGGTACGGTATTAGCGAATGAAGAAGTAATTGATGGGAAAAGCGAGCGGGGAGGGCATCCTGTTATTCGTAAACCAATGAAACAATGGATGCTACGGATCACTGCTTACGCAGATCGTCTTTTAGAAGATTTGGAAGAATTGGATTGGCCAGAGAGTTTAAAGGATATGCAACGAAATTGGATTGGCAAATCAGAAGGTGCTGAGGTTAGCTTTGAAATTGAGTCATTGAATGAAGCGTTTACTGTTTTTACAACTAGACCAGATACACTATTTGGCGCAACCTATGCTGTTTTAGCACCTGAGCACCCTTTGGTAAAGAAAATTGTAACAGATAAACAAAAAGATGATGTTGAAAAGTATATTCATGAGATCGAAACGAAGTCAGACCTAGAACGAACAGAATTGTCGAAAGAAAAAACAGGTGTTTTTACAGGGGCATATGCTATTAATCCTGTGAATGGGGAGAAAATTCCAATATGGATTGCGGATTATGTATTAATGAGTTACGGTTCAGGTGCAATTATGGCTGTTCCAGCACATGATGAAAGAGACTACGAATTTGCTACTAAATTTGAACTCCCTATTGTTGAGGTTGTTGCAGGCGGAGACATTACAAAAGGAGCTTATAGTGGGGAAGGCGAGCATATTAATTCTGGGTTTTTAAATGGTTTAGGTAAAGACGAAGCGATTAGGAAAATGATTGCGTGGTTAGAGGAACACGGAAAAGGTGCAAAAAAAATCACCTACCGTCTTCGCGATTGGTTGTTCGCTAGACAACGTTATTGGGGTGAGCCTATTCCTATAATTCATTGGGAAGACGGAACGATGACAACTGTCCCAGAAGAAGAATTGCCATTAGAATTACCGTCTATGAATAATATTCAACCATCAGGGACGGGAGAATCGCCACTAGCAAATGCCGAGGAATGGGTAAATGTCATTGATCCTAAAACGGGTATGAAAGGAAGGAGAGAAACGAACACTATGCCGCAGTGGGCAGGAAGTTGCTGGTATTTCTTACGCTATATTGATCCGGAAAATTCTAAGCAATTAGCTGCTCCTGATGCACTCCAGCAATGGTTGCCTGTTGATCTATATATTGGTGGTGCTGAGCATGCTGTTCTTCACCTGCTATATGCGCGTTTTTGGCATAAGTTTTTATATGATATTGGGGTTGTCCCTACGAAAGAGCCGTTTACAAAGCTGTTTAATCAAGGGATGATCTTGGGAGAAGGCAATGAGAAAATGAGTAAATCTAAAGGTAATGTCGTTAATCCTGACGACGTTATAGAATCTCATGGTGCAGATACTTTACGACTTTATGAAATGTTCATGGGTCCGCTAGATGCTTCTGTTGCGTGGTCAGAAAATGGGCTGGATGGCTCACGTCGCTTCCTCGATCGCGTTTGGCGCTTAACTATTGAGGATGATGGGCAACTTTCTAGAAAGATTATTGAAGAAAATGATGGCACTTTAGATAAAACTTACCATGAAACGGTAAAGAAAGTGACGGAGGACTTTGAAAATTTGCATTTTAATACAGCTATCTCTCAAATGATGGTGTTTGTGAATGAATGTAATAAAGCGGAATATATTCCTAAAAAATATGTGGAAGGATTTATAAAAATGCTATCCCCAATTGCGCCACATATTGCTGAGGAAATATGGATAAAGTTAGGTCATTCCGAAACGATCACTTATGAACCTTGGCCTGTATATGATGAAGAAAAGCTGATAGAAAATGAAGTAGAAATTGTCTTGCAAGTGATGGGGAAAGTTCGTGCTAAAGTAAATGTTTCCAAAGATGTTTCAAAAGAAGAATTAGAAAAAATAGCTTTAGAAAATGAAAAGATTAAAGATTTAATTACAGATAAAACAATTCGGAAAGTCGTTGTTGTACCAGGGAAACTAGTTAATATCGTTGCCAATTAA	MSYHHQQIEKKWQTYWLENKTFKTNTFSEKEKFYALDMFPYPSGAGLHVGHPEGYTATDIISRMKRMQGYEVLHPMGWDAFGLPAEQYAIDTGNSPAAFTDKNINIFKRQIQALGFSYDWDREVNTTDPNYYKWTQWIFIKMYEHGLAYMDEVPVNWCPALGTVLANEEVIDGKSERGGHPVIRKPMKQWMLRITAYADRLLEDLEELDWPESLKDMQRNWIGKSEGAEVSFEIESLNEAFTVFTTRPDTLFGATYAVLAPEHPLVKKIVTDKQKDDVEKYIHEIETKSDLERTELSKEKTGVFTGAYAINPVNGEKIPIWIADYVLMSYGSGAIMAVPAHDERDYEFATKFELPIVEVVAGGDITKGAYSGEGEHINSGFLNGLGKDEAIRKMIAWLEEHGKGAKKITYRLRDWLFARQRYWGEPIPIIHWEDGTMTTVPEEELPLELPSMNNIQPSGTGESPLANAEEWVNVIDPKTGMKGRRETNTMPQWAGSCWYFLRYIDPENSKQLAAPDALQQWLPVDLYIGGAEHAVLHLLYARFWHKFLYDIGVVPTKEPFTKLFNQGMILGEGNEKMSKSKGNVVNPDDVIESHGADTLRLYEMFMGPLDASVAWSENGLDGSRRFLDRVWRLTIEDDGQLSRKIIEENDGTLDKTYHETVKKVTEDFENLHFNTAISQMMVFVNECNKAEYIPKKYVEGFIKMLSPIAPHIAEEIWIKLGHSETITYEPWPVYDEEKLIENEVEIVLQVMGKVRAKVNVSKDVSKEELEKIALENEKIKDLITDKTIRKVVVVPGKLVNIVAN				NA	NA	NA	NA	NA
AK148_02767	597			hypothetical protein	ATGTTACACGGAATTTTGCACTATGCGCATTATTTATTAGAATCCACTATTGAAAAAAACGAAACTGTCATTGACGCAACTTGCGGAAACGGCCAAGATACGCTGTTTTTAAGTAATGTTGTTGGTAAAAATGGCCACGTTTTAGCATTCGATATTCAAGAACAAGCAATTCAAACAACTAGACAGTTAATGCAAGAAAATCAAAAACAGAATGTATCTATTATTCATGATAGCCATGAACATTTAGAAAAATACTTACCTACAAAAGAAATGTTAGTTGGAGGAGCAGTATTTAACCTTGGTTACCTGCCTAGAAGCGATAAAACCATAATCACCAATGCTAATTCCACCATTATGGCCATCAACAAAATATTACATTTCCTAAAACCAAACGGCTTGATTGTCATCGTTGTTTATTATGGTCATGAAGGAGGACACGAAGAAAAAGAAGCTGTTTTAAAACATGTAATGCAGCTGAGCCAACGCTCCTATCATGTGTTACAATATCGGTTTATTAATCAAAGAAATAACCCGCCATTTATTATCGCTATCGAAAAAAAGGGGAATGGCTTTACTAAAAGAAAATTGTCATTTTAG	MLHGILHYAHYLLESTIEKNETVIDATCGNGQDTLFLSNVVGKNGHVLAFDIQEQAIQTTRQLMQENQKQNVSIIHDSHEHLEKYLPTKEMLVGGAVFNLGYLPRSDKTIITNANSTIMAINKILHFLKPNGLIVIVVYYGHEGGHEEKEAVLKHVMQLSQRSYHVLQYRFINQRNNPPFIIAIEKKGNGFTKRKLSF				NA	NA	NA	NA	NA
AK148_02768	2598	adhE_2	COG1012	Aldehyde-alcohol dehydrogenase	ATGACTGAGAAAACAAAAGGAACTGAAGAGCTAGTTTCCACTAAAATTAACCAACTAATCTCCCAAGCAGAAGAGTCATTGGAAGGTTTAAAACAGCTAGATCAAGAAGCTATTAATACAATTGTCAAAGAAATGGCATTAGCAGGTCTTGATCAGCATATGCCTTTAGCTAAATTAGCCATTGAAGAAACAGGTCGTGGCGTCTTTGAAGATAAAGCTATTAAAAACATCTTTGCAACAGAATATATTTATCATAACATTAAATATGATAAAACGGTTGGAATTATTCATGAGGATGAGCAAGAAGGAATGGTTGAAATTGCTGAACCAGCTGGTGTGATCTGTGGTATAACACCAGTTACAAACCCAACATCAACAACCATGTTTAAATCACTTATTTCCATTAAAACGAGAAACCCAATTATTTTCGCTTTCCACCCTTCTGCTCAAAAATGTAGCAGTCAGGCAGCAAAAGTATTACTTGATGCCGCGGTAAAAGCAGGTGCGCCTAAAAATTGTATTCAGTGGATAGAAACACCTTCTGTTGAAGCAACGAAAACATTAATGAATCATGACGGCGTATCACTTATACTTGCTACTGGTGGTTCAGGAATGGTGAAATCAGCATATAGTTCTGGAAAGCCAGCCCTCGGTGTTGGCCCAGGAAATGTACCATGTTATATAGAAAAAACCGCACAAATAAAGCGCGCTGTCAATGACCTCATTTTATCCAAAACATTTGACAACGGAATGATCTGTGCATCTGAACAAGCAGTTATTATTGATAAAGAAATATATGACACGGTAAAACATGAAATGGTAGCTAATAATTGTCATTTTCTAACAGAAGCAGAAAGAAAGAAAGTAGAAAAACTGGTTATTAACCCTACATCTTGTGCAGTAAATGCGGATATTGTTGGTAAACCAGCATATGAAATTGCTAAGATGGCAGGAGTAAATGTGGCCAAGAACACTAAAATTTTACTTGCTGAAATTGAAGGTGTTGGACCAGAATATCCGTTATCTAGAGAAAAATTAAGCCCTGTATTAGCTTGTTATAAAGTAAATAGCACAGAAGAAGGATTCAAGCGCGCCGATGAAATGCTACACTTTGGAGGACTAGGACATTCAGCAGTCATTCATTCTACTGACCAAGAGGTTATCGAAGCATTTTCTCTAAAGATGAAAGCAGGTAGACTGATTGTAAACTCACCATCTTCTCAAGGAGGAATCGGCGATATTTATAACAACCATATGCCTTCCCTTACATTAGGATGTGGAACTTATGGCGGAAACTCCGTATCAACAAACGTCGGAACAATCAATTTAATGAATATTAAAAAAGTCGCTCGGAGGAGAAATAATATGCAATGGTTTAAACTACCTCCTAAAATCTATTTTGAAAAAAATGCAATTCAATATTTAGAAAAAATGCCTGACATCTCTAAAGCATTTATTGTAACTGATCCGATGATGGTAGAATTAGGTTATGTAGATAAAGCTCTCTACTATTTACGTAAACGAGCTGATTATGTCCATTGTGAAATTTTTTCAGATGTCGAAGCTGATCCATCTATTGAAACCATCCGCAAAGGTACTGCGTTAATGCAAAAGTTTGAACCAGATGTTATTATCGCTATTGGTGGTGGATCTCCAATGGATGCTGCTAAAGCCATGTGGTTATTCTACGAGCATCCAGATGCTGATTTTAACGCTCTAAAACAGAAATTCATGGACATTCGTAAACGTATCGTCAAATACCCGAAATTAGGAAGACTAGCTCAATTGGTATGTGTGCCAACAACGTCAGGAACAGGTTCTGAAGTAACATCATTTACAGTGGTTACCGATAAAAAATCAGATACAAAATACCCGCTAGCAGATTATGAAATGACACCAAATGTTGCTATAGTTGATCCACAATTTGTCATGTCTGTGCCAAAACAAGTAACAGCTGATACTGGTATGGACGTATTAACACACGCCATTGAAGCTTATGTGTCCAATTTGGCAAATGATTATACTGACGCGCTTGCCATTAAAGCAGTTCAATTAGTTTTTGAATACTTGCCAAAAGCATATCATAACGGAAATGATGAGTTAGCTAGAGAAAAAATGCATAATGCTTCAACAATTGCTGGAATGGCATTCTCCAATGCGTTCTTAGGCATTAATCACTCTTTAGCTCATAAACTAGGTGCAGCGTTCAACATTGCACATGGTAGAGCTAATACGATATTACTACCGCATGTTATCCGTTACAATGCTAAAAAACCAGAAAAATTTGCTACGTTCCCTAAATACGCATACTTTATAGCAGATGAGCGTTATGCAGAAATCGCAAAAGCGCTAGGGCTTCCAGCAAGAACGGTGGAAGAAGGAGTAGAAAGTTTAGTACAAGCTATTATTAAACTTGCTAAAGAACTAAATATCCCAATGAGCATTAAAGATACAGGTGTAAACAAACAAGCATTTGAAGCAAAAGTAGATAAACTAGCTGAATTAGCTTTTGAAGACCAATGTACAACAGCAAACCCAAAACTGCCTTTAATTACTGAACTGGCAACTATATACCGTGACGCATATAAAGGAATATAA	MTEKTKGTEELVSTKINQLISQAEESLEGLKQLDQEAINTIVKEMALAGLDQHMPLAKLAIEETGRGVFEDKAIKNIFATEYIYHNIKYDKTVGIIHEDEQEGMVEIAEPAGVICGITPVTNPTSTTMFKSLISIKTRNPIIFAFHPSAQKCSSQAAKVLLDAAVKAGAPKNCIQWIETPSVEATKTLMNHDGVSLILATGGSGMVKSAYSSGKPALGVGPGNVPCYIEKTAQIKRAVNDLILSKTFDNGMICASEQAVIIDKEIYDTVKHEMVANNCHFLTEAERKKVEKLVINPTSCAVNADIVGKPAYEIAKMAGVNVAKNTKILLAEIEGVGPEYPLSREKLSPVLACYKVNSTEEGFKRADEMLHFGGLGHSAVIHSTDQEVIEAFSLKMKAGRLIVNSPSSQGGIGDIYNNHMPSLTLGCGTYGGNSVSTNVGTINLMNIKKVARRRNNMQWFKLPPKIYFEKNAIQYLEKMPDISKAFIVTDPMMVELGYVDKALYYLRKRADYVHCEIFSDVEADPSIETIRKGTALMQKFEPDVIIAIGGGSPMDAAKAMWLFYEHPDADFNALKQKFMDIRKRIVKYPKLGRLAQLVCVPTTSGTGSEVTSFTVVTDKKSDTKYPLADYEMTPNVAIVDPQFVMSVPKQVTADTGMDVLTHAIEAYVSNLANDYTDALAIKAVQLVFEYLPKAYHNGNDELAREKMHNASTIAGMAFSNAFLGINHSLAHKLGAAFNIAHGRANTILLPHVIRYNAKKPEKFATFPKYAYFIADERYAEIAKALGLPARTVEEGVESLVQAIIKLAKELNIPMSIKDTGVNKQAFEAKVDKLAELAFEDQCTTANPKLPLITELATIYRDAYKGI	PGPT0006360_1179	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006360-adhE-K04072	NA	NA
AK148_02769	1092	ytpB		Tetraprenyl-beta-curcumene synthase	TTGAGTATGGAAGTCCCAAGTACACCTATCCCTTTAATGATAACAGTTTATCGTAAGATCTTTCCAGCAGTAAGAGAGGAACTTGCTTTTTGGAAACAGCGAGCGAATGAAATCCCTAATCAAGAATTGCGTTATCAAGCACTGGCAAGTATGTCTGAAAAACAATTTCATTGCCAAGGTGGGGCAGTGTATGCGCTATTAGCAGGGAAAAGATGGAGAGATTGTGTACGTTTTATTGTAGCTTATCAAACAATAAGTGATTATTTAGATAATTTATGTGATCGAAGTACATCGCTAGACGCTGAATCTTTCGCGTTGTTACATACCTCCATGATTGATGCGCATTGTCCTAAGTCTTTACCAAAAGATTATTATGCGTTATTTGAGCATAAGCAAGACAATGGTTATTTGCAACAGCTCGTAAAAACCTGTAATGATATCGTTAGAAAGTTGGATGATATTCCAACATATCAAGAACAAGCAATAAAGTTGGCAGGCTTATATAGTGAGTTACAAGTGCATAAACACGTTATTCATGAGGAAAGAGTACCACGTTTAACAAAATGGTCTAATGAGAAAAATGCCTATTCGCTAGCTTGGTATGAATTTTCCGCTGCAGCTGGATCCACTTTGGGTGTTTTTTGTTTAATGGCCTACAGTTTAGCAGGCAGGTTGTATCGAAAGTTAGCTGATGAAATTGTAACAGCTTACTTTCCTTATATTCAAGGATTACATATTTTATTGGATTATTATATTGATCAGCAGGAAGATAAAGAGGAAGCTGATTTAAATTTTTGCTCATATTACAAAAACGAGTCAGTCATGCATGAACGATTCAAGTACTTTTGTGAGCAAGCAAAATTATATGCAGTTACCATACCTAACTCGAAATTCCATGTAATGGTCGTACAAGGATTAATCGGATTATATTTAGGGGACAATAAAGTGGGACAAATCTCTAATTCCAAACGTTTAAAGCGACTTCTTTTTCAAACGGCCGGATATCCTGCTATTTTTTTTCATCGAAACACAAGAATGTATTATTTTCTTAAATTTTTTAAACTACAAAGGACCGCTGTTACAAATAAGTAA	MSMEVPSTPIPLMITVYRKIFPAVREELAFWKQRANEIPNQELRYQALASMSEKQFHCQGGAVYALLAGKRWRDCVRFIVAYQTISDYLDNLCDRSTSLDAESFALLHTSMIDAHCPKSLPKDYYALFEHKQDNGYLQQLVKTCNDIVRKLDDIPTYQEQAIKLAGLYSELQVHKHVIHEERVPRLTKWSNEKNAYSLAWYEFSAAAGSTLGVFCLMAYSLAGRLYRKLADEIVTAYFPYIQGLHILLDYYIDQQEDKEEADLNFCSYYKNESVMHERFKYFCEQAKLYAVTIPNSKFHVMVVQGLIGLYLGDNKVGQISNSKRLKRLLFQTAGYPAIFFHRNTRMYYFLKFFKLQRTAVTNK				NA	NA	NA	NA	NA
AK148_02770	513	yrdA_2	COG0663	Protein YrdA	ATGATACACCCTTATAAAGGAATATTTCCAACTATTCATGACTCTGTATTTATAGCAAATGATGCAAGCATCATCGGTGATGTCACAATCGGTGCGCAATCAAGTATCTGGTTTAAAACAGTTATACGCGGTGATGTTGCACCTGTCAATATTGGAGAACGAACTAGTATTCAAGACTTATCCGTTCTACATCAAAGCCCAGGTATGCCATTAACGATCGAAAGTGATGTTACTGTCGGTCATCAAACTACGCTACACTCTACAACGATACAAAAACATGCTCTAATTGGTATGGGTTCTATTTTACTGGATGGCTCAGAAATAGGAGAATACGCATTTATCGGAGCAGGAAGTCTTGTCCCACCTAATAAAAAGATTCCGCCTTTTACATTAGCACTAGGTAGACCAGCAAAAGTCGTCCGAGAGCTAACAGAATCTGATTATGCAGAAATGCAACGCATTTGCCAATCCTATGTTGAAAAGGGAGTTATTTACAAACAACAAAACAGGTAA	MIHPYKGIFPTIHDSVFIANDASIIGDVTIGAQSSIWFKTVIRGDVAPVNIGERTSIQDLSVLHQSPGMPLTIESDVTVGHQTTLHSTTIQKHALIGMGSILLDGSEIGEYAFIGAGSLVPPNKKIPPFTLALGRPAKVVRELTESDYAEMQRICQSYVEKGVIYKQQNR	PGPT0002425_619	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILISATION-OTHER_ACID_METABOLISMS	K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002425-GAMMACA_like-K01726	NA	NA
AK148_02771	858			hypothetical protein	ATGAACATTATTTTATTTAGTGTTTGTTGTATTCTAGCTACCTTCTTATTTTATGTTAGTTCTAAGCAAAAAATTACATGGGTGAAAAAATCGTTTATCCTGTACGGTTTTATTTTTTCTATCACGGCCATTTCTCTTTTATCTATGTTTTTCATGCAACATAAAATAACTTTTAAACAATTAATAGAAAGTGCTATCCCAGTACATGAAGACAATCACTATTCTCCTGAGGTCAGCAAATTATCAAAGCACACGATAAAGAAAGCAGTCAATATTAAAGCTCCAATGATAGAGCAACTTCCTGAGCTACCAAGAGGTTGTGAAGTCACAACCTTATCCATGCTGCTAAACCATTATGATATACGTGTTGATAAAATGAAATTAGCTGAACAAGTGAAAAAAGACCCTACGCCATACAGAAAAAAAGACGGCAAAATCCACTTTGGTAACCCTTATAATGGGTTTGTTGGCGATATGTACTCTTTTGAAACCCCAGGGATGGGCGTATACCATAAACCAATTGCTGAATTGGCAAAAAAATACGTAGGTGATGTCGTAAATGATTTAACAGGAAGTGACTTCCAAGCAGTTATTGAAGAATTGAACCATAAACGGCCAGTATGGGTCATTATAAACACAACTTATGATAAACTACCAAAAGATAAATTTACTACATGGCACACAAAAGACGGGCAGATTGACATTACGATGAAGCAACACTCTGTTTTAATTACTGGATATGATGAAAACTACATTTACTTTAACGACCCATTAAACAAAGCAGATAAGTCTCCTATTGAAGAGTTCAAAGCTGCTTGGATACAAATGGGAAAACAGGCGATCACCATTGCAAAATAA	MNIILFSVCCILATFLFYVSSKQKITWVKKSFILYGFIFSITAISLLSMFFMQHKITFKQLIESAIPVHEDNHYSPEVSKLSKHTIKKAVNIKAPMIEQLPELPRGCEVTTLSMLLNHYDIRVDKMKLAEQVKKDPTPYRKKDGKIHFGNPYNGFVGDMYSFETPGMGVYHKPIAELAKKYVGDVVNDLTGSDFQAVIEELNHKRPVWVIINTTYDKLPKDKFTTWHTKDGQIDITMKQHSVLITGYDENYIYFNDPLNKADKSPIEEFKAAWIQMGKQAITIAK				NA	NA	NA	NA	NA
AK148_02772	1899	asnB	COG0367	Asparagine synthetase [glutamine-hydrolyzing] 1	ATGTGTGGTTTTATCGGAATGATATTTGATAATCCTGTAGAACGAACAGAACAAGAAGTAGAATTATTTAAACAGCAAAATAATTTGATCACTCATCGAGGACCAGATGATGAAGGATACTATTTCGATTCTTATATTTCCTTTGGGTTCCGACGTTTGAGTATTATAGATATTGAAAGTGGCTCCCAACCATTAAGTTATAATGATGAACAAATATGGTTAGTTTTTAATGGTGAAATTTATAATTATATTGAATTGCGTAAACAATTACTTGCAGAAGGTTATGCATTTCAAACGGATTCAGATACAGAAGTAATTGCAGCTTTATTTGCAAAACATAAAGAGGATGCTTTTCAGTATTTAAGAGGCATGTTCTCCATTCTTGTGTGGGATAAAGAGACGGAGCAATTGTATGGAGCTCGTGATCCTTTTGGAATTAAACCGCTCTTTTATTATGAAAATTCCTTCGGGACCACATTTGCTTCTGAGAAAAAAAGCATCACACTAATGATGGAACAAGAAAAAGTAGATCAAGATGCGCTGCAGCATTATTTGAGCTTTCAATACGTACCTGAGCCAATGACGATGACTGCTGGCATAAAAAAAGTAGAACCAGGGCATTATTTTATTAAAAAACCTGGACAGCCTATTCAATTTACGCGTTATTGGCATGCAACTTTCCATCCTGTACTTCGTGAAAAGCAGGACTGGATTAAAAAAATTCAAGACGTCATGTATGATTCAGTAAATGTGCATATGCGCAGTGATGTTCCAGTAGGTTCATTTTTATCTGGAGGAATCGATTCAACGTTAATTGTTTCCATTGCGAAGGATATTAATCCAGCAATAAAAACATTTTCTGTCGGTTTTGAACGCGATGGATATTCTGAAGTTGATGTGGCCAAAGAAACAGCAGATAAATTAAATGTAGAGAACATTTCCTACATGATTTCTCCTCAAGAATATGTAGATCATTTACCAAAGATTATGTGGCATATGGATGATCCATTGGCTGATCCATCTTGTGTACCGTTATATTTTGTTTCTAGAGAAGCTAGAAAGCATGTAACAGTGGTTTTATCTGGAGAAGGCTCCGATGAACTTTTTGGCGGATACAATATTTATCGTGAACCGGATTCATTAAAGTATTTTGATAAAATGCCTTCTTTCATGAAAGGGTTGCTGAAACGAGTTTCTGCTGTACTACCTGAAGGAGTGAAAGGTAAAAGCTTTCTCGACCGTGGAACAACCCCATTGCGTGAACGTTATATTGGAAACGCAAAAATGTTTGAAGAAGAAGAGAAGAGGGAGCTATTAAAAACATATAATGAACAGTTATCTTATCAACAAGTAACTGGTAAGTTATTTGATCAAGTAAAAGATTATCCATATGTAAATCAGATGCAGTATGTGGACATCCATACTTGGATGCGTGGAGATATTTTATTAAAAGCAGACCGAGTAACAATGGCGCACTCTCTTGAATTACGAGTTCCATTTTTAGATAAAGAAGTATTTCGCATAGCAAATGAGATTCCAGTTGATTTAAAAATCGCCAATGGTACTACGAAAAGCTTGTTGCGTGAAGCTTCCAGAGGTATTGTACCTGACCATGTATTAGATCGTAAAAAATTAGGGTTTCCTGTTCCTATTCGTCATTGGTTGAAAAATGAGTTAAATGGTTGGGCAAAACAACTCATTCATGAAAGTGAAACCGACCATTTATTACACAAAAACTATATCCTTCAACTTCTAGACGATCATTGTCAAGGAAAAGGGGATTACAGTAGAAAAATTTGGACCGTGCTTATGTTTATGCTCTGGCATAAAAACTTTGTTGAGAAAAAGTTTGATGTATCAACATTGAATGAAAACACAGGAGAATTAATCTTTTCTTAG	MCGFIGMIFDNPVERTEQEVELFKQQNNLITHRGPDDEGYYFDSYISFGFRRLSIIDIESGSQPLSYNDEQIWLVFNGEIYNYIELRKQLLAEGYAFQTDSDTEVIAALFAKHKEDAFQYLRGMFSILVWDKETEQLYGARDPFGIKPLFYYENSFGTTFASEKKSITLMMEQEKVDQDALQHYLSFQYVPEPMTMTAGIKKVEPGHYFIKKPGQPIQFTRYWHATFHPVLREKQDWIKKIQDVMYDSVNVHMRSDVPVGSFLSGGIDSTLIVSIAKDINPAIKTFSVGFERDGYSEVDVAKETADKLNVENISYMISPQEYVDHLPKIMWHMDDPLADPSCVPLYFVSREARKHVTVVLSGEGSDELFGGYNIYREPDSLKYFDKMPSFMKGLLKRVSAVLPEGVKGKSFLDRGTTPLRERYIGNAKMFEEEEKRELLKTYNEQLSYQQVTGKLFDQVKDYPYVNQMQYVDIHTWMRGDILLKADRVTMAHSLELRVPFLDKEVFRIANEIPVDLKIANGTTKSLLREASRGIVPDHVLDRKKLGFPVPIRHWLKNELNGWAKQLIHESETDHLLHKNYILQLLDDHCQGKGDYSRKIWTVLMFMLWHKNFVEKKFDVSTLNENTGELIFS	PGPT0020150_1824	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARAGINE_DEGRADATION,PGPT0020150-asnB-K01953	NA	NA
AK148_02773	1206	metK		S-adenosylmethionine synthase	ATGGCTACGAATCGACGTTTATTTACTTCTGAATCTGTAACAGAAGGTCACCCTGATAAAATATCAGATCAAATTTCTGATGCCATCTTAGATGAAATATTACAATCGGACCCTTATGCACGTGTTGCATGCGAGACAACCGTTACGACAGGTCTTGTATTAGTGGCAGGTGAAATATCTACGACTACTTATGTTGATATCCCAGCAGTCGTACGGAAAACAGTTGAAGAGATAGGTTATACGCGAGCAAAATTTGGTTTTGATGCCAAAACTTGTGCTGTATTAACGGCAATAGATGAGCAATCTCCAGACATTGCTGGAGGCGTAAATAAGGCATTGGAAGCAAGACAGGGACGAATGAGCGAGCAAGAAATCGATGCTATTGGAGCTGGTGACCAAGGTTTAATGTTTGGATTCGCTTGCGATGAAACGGAAGAATTAATGCCACTACCGATTTCTTTAGCACATAAGTTAGCTAAACGTTTGGCAGATGTTCGTAAAAGGCATATCTTAGATTACTTGAGACCAGATGGAAAAACACAAGTAACCATCGAATATGGAGAAGATGGGCAACCTATTCGAGTTGATACCATCGTCATTTCCACGCAGCACCATCAAGATGTAACTGTGGAGCAAATTGAACAAGATTTACTGAAGCATGTTATTTCTCCAGTAGTCCCAGCACATTTGTTAGATGAAACAACAAAATACTTTATCAATCCAACTGGGCGATTTGTGATAGGTGGTCCACAAGGTGATGCAGGTTTAACTGGAAGAAAAATTATTGTGGATACGTATGGTGGTTATGCACGACATGGCGGTGGAGCATTTAGTGGTAAAGATGCAACGAAAGTAGATCGTTCTGCCGCTTATGCAGCAAGATATGTTGCAAAAAACATTGTCGCTGCAAAATTAGCTAAAAGTTGTGAAGTTCAACTAGCTTATGCAATTGGTGTAGCAGAACCGGTGTCAATTGCTATTGATACGTTCGGAACAGGAATCGTTCGTGAAGATGTATTGGTTCAAGCTGTGAGGAAGTTGTTCGACCTTCGTCCTGCTGGGATTATTCGTATGCTTGATTTACAACAGCCAATATTTAGAAATACAGCTGCATATGGTCACTTTGGGCGTACAGATGTTGTATTTCCTTGGGAAAAAACGGATAAAGTAGAAGAATTAATTGCATTAGTAAAAGAACAGCAGTAG	MATNRRLFTSESVTEGHPDKISDQISDAILDEILQSDPYARVACETTVTTGLVLVAGEISTTTYVDIPAVVRKTVEEIGYTRAKFGFDAKTCAVLTAIDEQSPDIAGGVNKALEARQGRMSEQEIDAIGAGDQGLMFGFACDETEELMPLPISLAHKLAKRLADVRKRHILDYLRPDGKTQVTIEYGEDGQPIRVDTIVISTQHHQDVTVEQIEQDLLKHVISPVVPAHLLDETTKYFINPTGRFVIGGPQGDAGLTGRKIIVDTYGGYARHGGGAFSGKDATKVDRSAAYAARYVAKNIVAAKLAKSCEVQLAYAIGVAEPVSIAIDTFGTGIVREDVLVQAVRKLFDLRPAGIIRMLDLQQPIFRNTAAYGHFGRTDVVFPWEKTDKVEELIALVKEQQ	PGPT0020000_2102	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
AK148_02775	1587	pckA		Phosphoenolpyruvate carboxykinase (ATP)	ATGAAAACGGTAGAAAAATCATTTGTAACCGAATTATATGCACATCCTCATTTGTTGTCGAATTTATCTGTACCACAACTTGTAGAAAAAATTTTAGCTAGAAATGAAGGAAAGTTATCAGCAACTGGTGCTGTTCAAGCTGAAACAGGAGCTTATACTGGTCGCTCTCCTAAAGATAAATTTATTGTAGAAGATGAAATGAGCGAAAAGTATGTTGATTGGGGAACGGTAAATCGGTCCGTTAACGAAGAGACTTTCAATAAGCTTTATCAAAAAGTCGTTGCCTATTTAAAAAACAAGTCGGAAATCTTTCATTTTAAAGGATATGCTGGAGCAGACCATGAATACCGTCTCCCTTTGCAAGTGATTAATGAATATGCATGGCACAATCTCTTTGCCAGACAATTATTTATCACACCTACGAAGGAAGAGCTAGAAAAGCATCAGCCAGAATTTACTGTTATATCTGCACCAACATTTAAAGCTGACCCAAAAGTAGACGGTACAAATTCAGAAGCATTTATTCTGGTATCCTTTAAACAACGTATTGTATTAATAGGTGGAACGGAGTATGCTGGCGAAATTAAAAAGTCTATTTTTTCCGTTATGAACTATTTATTGCCACAACGTAATGTATTATCGATGCATTGCTCTGCTAACGTAGGTAATGAAGGTGACGTTGCCTTATTTTTTGGTTTGTCAGGAACAGGAAAAACTACGCTATCCGCTGACCCATATCGTCGTCTAATTGGTGATGATGAGCACGGTTGGGGTCCTAATGGTGTATTTAATATCGAGGGCGGATGTTATGCTAAATGTATCAATCTATCCCAGGAAAAGGAACCACAAATTTATGATGCCATTAAATTTGGTACAGTATTAGAAAACGTCGTTTTAGATGAACAATCTAGAATTCCTGATTATGATAACACAAGCTTAACTGAAAACACGCGCGCAGCATATCCGTTAGAGAACATGGATAATATAGCAATTCCTAGTATGGCAGGACACCCAAATACAATTATTTTTCTAACTGCAGATGCGTCCGGAACATTGCCTCCAATTAGTAAATTAACAAAAGAACAGGCTATGTATCACTTTCTAAGTGGCTATACGAGTAAATTAGCAGGTACAGAAAGAGGCGTAACAGAACCACAGGCGACCTTTTCAGCTTGTTTCGGTTCTCCGTTCCTCCCGTTAGCACCATCTAAATATGCCGCTATGCTAGGGGAGAAAATTGATGCCTATCAATCAAATGTCTTTCTCGTTAATACTGGTTGGACAGGAGGATCCTACGGTGTAGGAAAGCGTATGAAGCTATCTTATACACGTGCTATGATTCATGCCGCTCTAGAAGGAGAATTACATGGCGTAGAAACAACAAAAGATCAAGTTTTCGGATTGGAGATTCCAATGCATGTGCCTGGAGTCCCAGATGAAGTATTAATTCCGAAAAACACGTGGCAAGATAAAGCCGCTTATGACCAAACAGCAAAACAGCTTGCAATGAAATTTCATGAGAATTTCAAACAATTTACGGAAGCTCGTGAAGATATTGCTAATGCTGGCCCTAGTTTTAAGGGTTAA	MKTVEKSFVTELYAHPHLLSNLSVPQLVEKILARNEGKLSATGAVQAETGAYTGRSPKDKFIVEDEMSEKYVDWGTVNRSVNEETFNKLYQKVVAYLKNKSEIFHFKGYAGADHEYRLPLQVINEYAWHNLFARQLFITPTKEELEKHQPEFTVISAPTFKADPKVDGTNSEAFILVSFKQRIVLIGGTEYAGEIKKSIFSVMNYLLPQRNVLSMHCSANVGNEGDVALFFGLSGTGKTTLSADPYRRLIGDDEHGWGPNGVFNIEGGCYAKCINLSQEKEPQIYDAIKFGTVLENVVLDEQSRIPDYDNTSLTENTRAAYPLENMDNIAIPSMAGHPNTIIFLTADASGTLPPISKLTKEQAMYHFLSGYTSKLAGTERGVTEPQATFSACFGSPFLPLAPSKYAAMLGEKIDAYQSNVFLVNTGWTGGSYGVGKRMKLSYTRAMIHAALEGELHGVETTKDQVFGLEIPMHVPGVPDEVLIPKNTWQDKAAYDQTAKQLAMKFHENFKQFTEAREDIANAGPSFKG	PGPT0001405_2099	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001405-pckA-K01610	NA	NA
AK148_02776	990			hypothetical protein	ATGAAAAAAATTCTATTTTTCCTGCTCTTCAGTAGCATACTCTTGTTTTTAACAAGTTGTAATAATGAAAACACCAATAAGAAAATTCAATTAGCTGAAGTTACTCGTTCCATTTTTTATGCACCGCAATATGTCGCTTTAGAAAAAGGATTTTTTAAAGATGAGGGGTTAGATGTAGAATTACAAACCACATGGGGTGGTGATAAAACGATGACTTCCCTATTATCAGATGGATCGGATATCGCTTTAGTAGGAGCGGAAACGTCTATTTACGTCTATGCTCAAGATTCAAAAGATATTGCTATTAACTTTGCTCAACTAACGCAAACAGACGGAACTTTTTTAGTAGCAAAAGAAGAAAAATCAAATTTCAGTTGGGATGAATTAAAGGGAACAACATTTTTAGGGCAACGTAAAGGGGGTATGCCACAAATGGTTGGTGAATATGTACTTAAACAGCAAGGAATTGATCCACATGAGGACTTAAACTTACAACAAAATATTGAGTTTGCTCATATTCCTAGTGCATTTGTGTCTGGAGATGTTGAATATGTACAATTGTTTGAACCAACTGCGAGTGCATTTGAAAAGGAAGGAAAAGGCCATATTATTGCTTCTTTCGGAGAAGAATCAGGAATTGTTCCATATACCGTTTATATGGCAAAACAAACCTATATGGATGAACACGAAGCAGAGATGAAGAATTTCACGAAGGCTATTTACCGTGCACAACAATGGGTTGCAGAGCAGCCTGCAAAAGAAATTGCTCAAACGATTCAACCTTATTTTGAAGATACAGAGTTAGAAATGCTAACCTCATCTATAGAACGCTATAAAAGTCAAGGTTCCTTTGCCACGGAGCCATTATTACAAAAAGATGCATGGAATAACTTGAAAAACATTATGGAAGAAGCGGGAGAATTACCAGAAGATGTAGCTTATGAAGAACTTGTCAATACTACATTTGCAAAGGATGTATTACAAGATTAA	MKKILFFLLFSSILLFLTSCNNENTNKKIQLAEVTRSIFYAPQYVALEKGFFKDEGLDVELQTTWGGDKTMTSLLSDGSDIALVGAETSIYVYAQDSKDIAINFAQLTQTDGTFLVAKEEKSNFSWDELKGTTFLGQRKGGMPQMVGEYVLKQQGIDPHEDLNLQQNIEFAHIPSAFVSGDVEYVQLFEPTASAFEKEGKGHIIASFGEESGIVPYTVYMAKQTYMDEHEAEMKNFTKAIYRAQQWVAEQPAKEIAQTIQPYFEDTELEMLTSSIERYKSQGSFATEPLLQKDAWNNLKNIMEEAGELPEDVAYEELVNTTFAKDVLQD	PGPT0001135_6480	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001135-ABC_SN_S-K02051	NA	NA
AK148_02777	792	nrtD_2	COG1116	Nitrate import ATP-binding protein NrtD	ATGACACTTTTAACATTAGAAAATATTACTCATTACTACTTTTCTAAGCAAGGAGCTACAAAGTCATTAAAGGATATATCTATATCTATTCAAGAAGGGGAATTTATTTCATTATTAGGACCAAGTGGTTGTGGAAAATCGACAATTCTTTCTATTATGGCAGGTATTATTCAGCCTACAGAAGGAAATGTTAGCTTAAAAGAAAAAGCAATCCAATCCCCTTCTTCAGAAATAGGCTATATGTTGCAACAAGACTATTTATTTCCATGGAAAAACATATTAGATAATATCCTTTTAGGGCCGAAAATAAACCAGACGGCTACGAATAAAATAAAAGAAAAAGGTATGGAACTCTTACAAGAAGTGGGAATAGAACATGTAGCTACTGCGTATCCTGATGCATTATCAGGAGGGATGCGGCAACGAGCAGCCCTCGTACGAACTTTGATAAATGACCCGATGATTTTACTGTTTGATGAGCCTTTTTCTGCTTTAGACTACCAAACAAAATTAAAGTTAGAGGATTTAGTCGCAATACTGTTAAAAACATACCGTAAAACAACCGTACTTGTTACGCATGATATTGGCGAGGCCATTGCTATGAGTGATCGTATCTTTGTCATGAATACAAACCCTGGAACCATATCGAAAGTATTTGACGTGCCTATCGAGCTACGTAATGAACAACCATTTCTAGCAAGAAGGCATCCTAAATATCAGCTATTATTTGATAAAGTATGGGATGAATTGGATAATCGCAAAAATGTCGCATCCTTAGGGGGAGGTAAATAA	MTLLTLENITHYYFSKQGATKSLKDISISIQEGEFISLLGPSGCGKSTILSIMAGIIQPTEGNVSLKEKAIQSPSSEIGYMLQQDYLFPWKNILDNILLGPKINQTATNKIKEKGMELLQEVGIEHVATAYPDALSGGMRQRAALVRTLINDPMILLFDEPFSALDYQTKLKLEDLVAILLKTYRKTTVLVTHDIGEAIAMSDRIFVMNTNPGTISKVFDVPIELRNEQPFLARRHPKYQLLFDKVWDELDNRKNVASLGGGK	PGPT0001140_4828	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049	NA	NA
AK148_02778	801	ssuC_2	COG0600	Putative aliphatic sulfonates transport permease protein SsuC	ATGGCTCAAAGCAATGCCGAAGAACAATTATTTCAACAATATTTATCCTCTGTCCAAAAAGAAAAAAAGCATGTGCTTATTTGGCAACTTTTAATCCTAATCAGTTTTGTATTCTTTTGGGAGATCGCTAGTCGATTTTACTGGATCGACCCATTATTATTTAGCTCTCCTTCTACGATATATCAAGTCATTGTAGATAAGATGCAAGATGGGTCACTTCTCGCACATATGCAAGTCACTTTATTAGAAACAGTCGCTGGATTTTTAATTGGAACTATTGTAGGTGTTTTCCTCGCCATCTCCCTATGGTTTTCCAAGCGTTTATCTAACATATTAGATCCTTATCTTGTTATCTTAAATGCCATGCCTAAAGTAGCATTAGGCCCGATAATCATCGTTGCCTTAGGACCCGGATATGTATCCATTATTGCAATGGGAGCCATTATATCCGTAATCATTACAACACTTGTCGTCTATTCAGCATTTAATGAAGTAGACCCTAATTACGCAAAAGTACTGCAAAGTTTTGGAGCAACTAAACGGCAAGTATTTCAGCACGCCGTTTTCCCTGCCACATTACCAACAATGATTTCTACACTAAAAGTAAATGTTGGGCTTTCCTGGGTTGGCGTCATTGTGGGAGAATTTCTTGTTTCAAAACAAGGGTTAGGTTATTTAATTATTTATGGCTTTCAAGTGTTTGACTTCTCGCTTGTTATGATGAGTTTAGTTTTAATAGCTATTTTTGCAGCTATTATGTATAAGCTTGTGGAAAAAATAGAAAGCTGGTTAATCAAATAA	MAQSNAEEQLFQQYLSSVQKEKKHVLIWQLLILISFVFFWEIASRFYWIDPLLFSSPSTIYQVIVDKMQDGSLLAHMQVTLLETVAGFLIGTIVGVFLAISLWFSKRLSNILDPYLVILNAMPKVALGPIIIVALGPGYVSIIAMGAIISVIITTLVVYSAFNEVDPNYAKVLQSFGATKRQVFQHAVFPATLPTMISTLKVNVGLSWVGVIVGEFLVSKQGLGYLIIYGFQVFDFSLVMMSLVLIAIFAAIMYKLVEKIESWLIK	PGPT0001145_5694	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001145-ABC_SN_P-K02050	NA	NA
AK148_02779	468	ytkD	COG0494	Putative 8-oxo-dGTP diphosphatase YtkD	ATGTATATATTTAAAGATTATTACCATAATGAAGTAAAATTATCCTTTGCAGATCAACCCTTTTCTAATTCTCCGCTTCATGTTTGGGTCATATGCGTATATAAAGATAAATGGCTGTTGACGAAGCATAAAGAAAGGGGATTGGAATTTCCAGGAGGGAAGGTAGAAAGAGGGGAAAGTGCAAAAGAAGCAGCTATTAGAGAAATTAAGGAAGAAACTGGAGGCATTGTTGAAAAAATAAGCTATGTTGGTCAATATTTTGTTTCTGGTAAGTTTGAAAATGTCGTTAAAAATGTTTATTTCGCAACAATTTGTTCATTGGAGGAACAAAAGACATATTATGAGACATGTGGGCCTGTTCTACTAGAACACATCCCTGTAGATGTGAAGCAACGTGAAGAGTACAGTTTTATGATGAAAGACAGTGTGTTAACGTATTGCTTATCACATTTGAACTTGCAGTTATGA	MYIFKDYYHNEVKLSFADQPFSNSPLHVWVICVYKDKWLLTKHKERGLEFPGGKVERGESAKEAAIREIKEETGGIVEKISYVGQYFVSGKFENVVKNVYFATICSLEEQKTYYETCGPVLLEHIPVDVKQREEYSFMMKDSVLTYCLSHLNLQL				NA	NA	NA	NA	NA
AK148_02780	531			hypothetical protein	ATGAATAAACGACGCATCGTTTATAGCACAACCGTGCTTATCGTTACCATGTTATTATCGCTTGTAGTATTGCATATACAAACGCCAACTGCTTCAGGGGATGTACTAAAAGATACAGCGCAAGCTACAGTTAATGCTGAAGCCACCCAGTTAACGGAAGAAAAAATAACGAACATAACAGAACAATTTATGGATATACTAGTGCAACCTATTCATAGAGATTATCGTGTGAAGAAATTAGGTTCTAAACAAGATCTGTATGAAAAGTTTAGCTCCATTGCTACATATTCAGTTGCTAAACCTTTTGTAGAGTATTATTATAGGGAAAAGAGCGATGGCCTGTACCTTCGCCCAACGAGTAAGCCAGCATGGTTTTTAAAAGGGGAGCCTTATGAAATCACTGAGCAAAGTGATAATCAAGTTATTATAACACAAACAAACGAAACAACTTTTTATGGCGATTACACAATAAAATTCGCATTTTCCTTTGATAAACAATGGAAAATAACAAATATTGAATATCCTAAATGA	MNKRRIVYSTTVLIVTMLLSLVVLHIQTPTASGDVLKDTAQATVNAEATQLTEEKITNITEQFMDILVQPIHRDYRVKKLGSKQDLYEKFSSIATYSVAKPFVEYYYREKSDGLYLRPTSKPAWFLKGEPYEITEQSDNQVIITQTNETTFYGDYTIKFAFSFDKQWKITNIEYPK				NA	NA	NA	NA	NA
AK148_02781	318			hypothetical protein	ATGGAAAAACAAAAATATTACGTCCAAATGGGGTCAGGAGAAATATCGCGGGTGAAGTATCACAATAATGATGAATTTGTTATTTACGCAACGGAACAAGAAATTGTGCAATTACGTGAAGCCTTCGATGAAGCAAATGCTTCTGGGATACGTTCATTCTTTCGTGCGCATATTCCAGCAGTTCCTTACCATAACGATGCAGCAAATGATGAGTATGACAGTGATATGGCAAGAGCGTTCAAACTTGTACATGATTTAGGAGATGAAAAAACGAAAGCGCATATTCAAAAAATGGGCATTTTAAACACGTATTTATAA	MEKQKYYVQMGSGEISRVKYHNNDEFVIYATEQEIVQLREAFDEANASGIRSFFRAHIPAVPYHNDAANDEYDSDMARAFKLVHDLGDEKTKAHIQKMGILNTYL				NA	NA	NA	NA	NA
AK148_02782	1368	mepA		Multidrug export protein MepA	TTGAATTGGGGTGATGTAATGAGCATAGTTGAACAAAAATTAGGTAGTCAGCCTGTTAAAAAGAGCTTTTTTCAGTATTTTCTCCCTACTATTTTAGGTATGATGCTTATGTCCGTGAATATCGTCATTGATGGTATATTTGTTGGCAATGGTGTAGGCTCCCTTGCTTTAGCAAGTGTAAATATAGCAGTTCCTGTTTTTTCAATTATCATTTCCATTTCATTATTAATTGGTGTTGGTGGGGGAACGTTATACTCCATTGCAGTTGGGTCTGGAGATAAAGAGAAAGCAAAGCGTTTATATACCATTTCTATCGTGCTTGTAACGATAATAAGTCTATGCATTAGTGTTTTTGGCCTCCTATTTATGGAGCCTTTAGCAAGGCTCTTTGGAGCAAATGCAGAAACATTGCCCTATGCTTTAGACTATATGCGTATTTTGTTTCTGTTTTCATTAGTCTTAGCTTTGGAAGTATGTTTAAGTATTTTCGTGCGAAATGATGGTGACCCACAATTAGCGATGATCGGTTTAATTGTGGCAGCCGTTGTTAATGTTATTTTAAACTACGTAATGATATTTATCCTTGAATGGGAAGTTACTGGAGCTGCGATTGCTACTTCAGTGGCAACACTTATTGGTTTAATCATTTATTCGTTGCATTTTTTTAAAAAAGGCTCTGGTCTAAAATTGACAAAAATAGTCTGGAAAAAGGCGGATTTGAAACAAATAAGCGCCATTGGTCTACCTAGCTTTTTATCAGAAGCGGGTATTGGTATTTTTGTAATGGGGTATAATATTGCCATTGCTTATTATGCTGGTACAAATGGGCTGGCAGCTTTTTCAGTAATTAACTATTTGCATACTTTTATGTTACTCGCATTTATCGGTATAGGTTCATCGATACAACCGATGATTAGTTATTATTATGGAGCCAAAAAATTTACTTCTATAAAAGAAACGGTGAAAATTGCAGAATTAACCGGTTTTCTGCTTGGTGGTTTATTTCTAGTTATTGGATACTTAGGTGCGGATTTGCTTGTATCTATTTTTGGGATCGAATCCAATGAAATTAAAAACCTGGCTGTAAGAGGAATTAAATTGTTTTTCTTAGGTTACTTGTTTATGGGAGTAAATTTTATTTATATGACATACTATCAATCTATCGGCTACGTTCGTCCATCAGTGGGCATAACGCTGTTCCGAGGATTTATTTTATTAATTGTTATGCTTCTCATCTTACCATTGTTATTAGGAACTACAGGTGTATGGCTTGCGCTACCAGTATCGGAGACGATCGTTGCTCTTGTGCTTTTATTGGTAGCCAGAAAAGGAGTTATGCATAATCAATTAGAGACAAGGGGCTTTTAA	MNWGDVMSIVEQKLGSQPVKKSFFQYFLPTILGMMLMSVNIVIDGIFVGNGVGSLALASVNIAVPVFSIIISISLLIGVGGGTLYSIAVGSGDKEKAKRLYTISIVLVTIISLCISVFGLLFMEPLARLFGANAETLPYALDYMRILFLFSLVLALEVCLSIFVRNDGDPQLAMIGLIVAAVVNVILNYVMIFILEWEVTGAAIATSVATLIGLIIYSLHFFKKGSGLKLTKIVWKKADLKQISAIGLPSFLSEAGIGIFVMGYNIAIAYYAGTNGLAAFSVINYLHTFMLLAFIGIGSSIQPMISYYYGAKKFTSIKETVKIAELTGFLLGGLFLVIGYLGADLLVSIFGIESNEIKNLAVRGIKLFFLGYLFMGVNFIYMTYYQSIGYVRPSVGITLFRGFILLIVMLLILPLLLGTTGVWLALPVSETIVALVLLLVARKGVMHNQLETRGF				NA	NA	NA	NA	NA
AK148_02783	468			hypothetical protein	GTGAAACGTTCTTTTATATATGTTTTTTTACCGGAAGATGAATATAAGCAGATGCGAATAATAACCATTTTAGCTGAGGCAGCTGTTATTGTCTCAACCCTGTTGATGCTATGTTTATTCGCCGGTAGTTGGTTCGATTGGCATATGGAAGGATATTTGACCGCATTTTTTATCTTTACTTTTATTCTATTTTATACTTTTTTACGTTATATTCTGTCTGGAATGGAATATGCCGAAATTGCAGGAGAGGCTAATTACATTAAAGCTAAAAGGAAGGTGTATAGTCAATCGATACGTTTTGGAATTGTTTTCAGTATAATAATGTTTGTTTCAAAAGGTATTCCAAATGATTGGATAGATGCTTTAGATATAGTAGGTCCATTGATACTTGCTACATGTTTTTATTTTATTTTTGATCGAATTTCATTAAAAAAATCATACAAGAAAAATAAAGATTTATTGGATTAA	MKRSFIYVFLPEDEYKQMRIITILAEAAVIVSTLLMLCLFAGSWFDWHMEGYLTAFFIFTFILFYTFLRYILSGMEYAEIAGEANYIKAKRKVYSQSIRFGIVFSIIMFVSKGIPNDWIDALDIVGPLILATCFYFIFDRISLKKSYKKNKDLLD				NA	NA	NA	NA	NA
AK148_02784	195			hypothetical protein	ATGGCAAATAAAATAAAATTAGCGCGTGTTGAGAAAGGGTTAACACAGGCTCAACTTGCCCAAAGAGTTAATGCGACAAGACAAACGATAGGCCTAATTGAAAAAAGTAAATATAATCCAAGTTTAAACTTATGTATTGCGATAGCCAAGGAATTAGGAAAGTCATTAGATGATTTATTTTGGGAGGAATCGTAA	MANKIKLARVEKGLTQAQLAQRVNATRQTIGLIEKSKYNPSLNLCIAIAKELGKSLDDLFWEES				NA	NA	NA	NA	NA
AK148_02785	441		COG1765	Hydroperoxide reductase	ATGGCTAAATCTACATTTCGAGCCACTGCTCAACTGCAGGATGGTGTTCAAGTTAAAGTTAAATCAAGAAATTTTGAAATTACAGTCGATGAACCTAAGAACTTAGGTGGTACAGATACGGGAATGAACCCAGTAGAATTAGTGCTTGGTGCTCTTGGAGCTTGCCAAGCAATTGTTGCACGAGTTTTTGCCAAAAAATTTAATATTGAATTTAGTGACTTATGGATTGAATTAGAAGGCGACTTAGACCCAGACGGTTTTATGCATAAAGCAGATGTACGAAAAGGTTATTCCGAAATTCGTTACAATATTCATATAAAAACGGATGCGCCTCAAGAAAAAGTAGAAGAATTTGTTGCTTTTATTGAAGATACTTGCCCAGTAGGTGATACATTGGCAAACCCAGTTAATACGAAGTTAAACAATATTATTATTGAATAG	MAKSTFRATAQLQDGVQVKVKSRNFEITVDEPKNLGGTDTGMNPVELVLGALGACQAIVARVFAKKFNIEFSDLWIELEGDLDPDGFMHKADVRKGYSEIRYNIHIKTDAPQEKVEEFVAFIEDTCPVGDTLANPVNTKLNNIIIE				NA	NA	NA	NA	NA
AK148_02786	1449	menE	COG0318	2-succinylbenzoate--CoA ligase	ATGCAAACAGTAATACCGCATTGGCTTACTAAGCAGGCGGAGATATCACCTGAGCAAATAGCAATTCAAAATGGTAATGGAAGTACACTTACATTTCAACAGCTAAAGGAAAGCAGTCAGAATTATGCTAGAAAATTGGCTGCTTTAGGCGTGTCAAGCGGCACTCATGTTGCGGTGCTTTCAACGAATAAACAGGAGATGGTAGTTGCCATTCATGCATTAAGTTATTTGCAGGCAGTAGTTGTTTTACTAAATAGTAGATTAACAAGTGAGGAATTGACTTATCAATTGAAAGACGCTGAAGTGTCATTCTTATTTTATGATGAATCATTAGCTCCTCTGTCCGAACAAATATCTTTCTCACAAAGCCTATCTTTTACTGCTGTTAATCATTTACAGCCAAAAGATGTGAAATTAGCAACAGAAATAAATTTGCAGACGCCGTTTACGATGATGTATACATCTGGCACAACAGGTTTTCCTAAAGGAGTGATACATACATATGGAAATCATTGGTGGAGTGCGATAGGGAGTGCACTAAATCTTGGAATTCAAAAAGAAGATAAGTGGTTAGCTGTATTGCCTTTATTCCATGTTAGTGGTCTGTCCATTCTGATACGTAGTGTTATCTATGGGATGACTGTCTATTTATTAGAAAAATTCAACAAAAAAATAGTACATGATGCGATTTTAACGAAAAAAATAACAATGATTTCCGTAGTAACCGTTATGCTGCAGCAATTATTAGAAGAATTAGGGGAGGATTCATATCCTGCATATTTACGTTGCATGCTATTAGGAGGAGGGCCAGCTCCAAAGTCTTTGTTGGAACAAGCGAAAGAAAAAAACGTACCAGTTTTCCAATCGTTTGGGATGACTGAAACGGCTTCACAAATTATTACATTAAGTGCTAAAGATGCTTTAAAGAAAATTGGTTCTGCGGGAAAACCTTTATTTCCGGCGCAATTAAAAATTAATACACCGGATGAAAACGGAGTTGGTGAAATATTTGTTAAAGGGCCGATGGTTACAAACGGCTATTATAATAATGAATCTGCAACAATAAACGCTATTCACAATGGTTGGCTAGCTACAGGGGATTTAGGTTATTTGGATAAGGAAGGTTACTTATATGTGGTTGACAGGCGGAGTGATTTAATTATTTCTGGCGGTGAAAATGTATATCCTTCCGAAGTAGAAAGCACACTGGCACGATTTCCGGGTATCAAAGAAGTTGGTGTGACAGGTAAAGCTGACCCGAAATGGGGAGAGGTTCCAGTTGCTTTTATTGTAACGGATCAAACGTACAACCATGGGAAACTACAATGTTTTTTAACCGAACATTTAGCTGCATATAAACGCCCCAAAGAAATACATGAGGTAGATTACTTACCACGTAATGCTTCTAATAAGCTAGTTCGTTTAGAGTTGAAAAAATTAATCAAGTGA	MQTVIPHWLTKQAEISPEQIAIQNGNGSTLTFQQLKESSQNYARKLAALGVSSGTHVAVLSTNKQEMVVAIHALSYLQAVVVLLNSRLTSEELTYQLKDAEVSFLFYDESLAPLSEQISFSQSLSFTAVNHLQPKDVKLATEINLQTPFTMMYTSGTTGFPKGVIHTYGNHWWSAIGSALNLGIQKEDKWLAVLPLFHVSGLSILIRSVIYGMTVYLLEKFNKKIVHDAILTKKITMISVVTVMLQQLLEELGEDSYPAYLRCMLLGGGPAPKSLLEQAKEKNVPVFQSFGMTETASQIITLSAKDALKKIGSAGKPLFPAQLKINTPDENGVGEIFVKGPMVTNGYYNNESATINAIHNGWLATGDLGYLDKEGYLYVVDRRSDLIISGGENVYPSEVESTLARFPGIKEVGVTGKADPKWGEVPVAFIVTDQTYNHGKLQCFLTEHLAAYKRPKEIHEVDYLPRNASNKLVRLELKKLIK	PGPT0009380_391	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009380-menE-K01911	NA	NA
AK148_02787	819	menB_2	COG0447	1,4-dihydroxy-2-naphthoyl-CoA synthase	GTGGCAGTACAATGGGAAAAAGTAAGAGATTATGAAGAAATTTTTTATGAAAAATATAATGGCATCGCCAAGGTAACGATCAATCGCCCTGAAAAGCGAAATGCGTTTACTCCATTAACTGTAAATGAAATGATTGATGCATTTGCGGATGCGAGAGATGATTCTGACATTGGTGCAATTATTTTAGCAGGAGAAGGGGACAAGGCGTTTTGTTCAGGTGGTGACCAATCAGTACGTGGGCATGGCGGTTATGTAGGTAGTGACCAAGTGCCAAGATTGAATGTATTAGACTTGCAACGCTTAATTCGTACAATTCCAAAACCGGTAGTTGCTATGGTGTCTGGGTATGCTATTGGCGGTGGGCATGTCTTGCACGTCGTGTGTGATTTAACAATTGCTGCTGACAATGCTGTTTTTGGACAAACTGGTCCGAAAGTAGGTAGTTTTGACGCTGGTTATGGCGCTGGCTTGCTTGCTAGAATGGTCGGTCATAAGCGTGCAAGAGAAATCTGGTACTTATGCCGTCAATACAATGCTGAGGAAGCGTATGAGATGGGCTTAGTTAATACAGTTGTACCATTGGAAAAATTAGAAGAAGAGACAATTCAATGGTGTGAGGAAATGTTATCCAAATCTCCAACCGCTTTGCGTTTCCTAAAAGCTTCCTTTAATGCAGATACAGATGGGCTAGCTGGACTCCAACAAATGGGCGGCGATGCAACGTTGCTTTACTACACAACAGAAGAAGCAAAAGAAGGAAGAGATGCTTTTAAAGAAAAAAGGCAGCCAAACTTTAAAAAGTTTCCTCGCTTCCCTTAA	MAVQWEKVRDYEEIFYEKYNGIAKVTINRPEKRNAFTPLTVNEMIDAFADARDDSDIGAIILAGEGDKAFCSGGDQSVRGHGGYVGSDQVPRLNVLDLQRLIRTIPKPVVAMVSGYAIGGGHVLHVVCDLTIAADNAVFGQTGPKVGSFDAGYGAGLLARMVGHKRAREIWYLCRQYNAEEAYEMGLVNTVVPLEKLEEETIQWCEEMLSKSPTALRFLKASFNADTDGLAGLQQMGGDATLLYYTTEEAKEGRDAFKEKRQPNFKKFPRFP	PGPT0009385_1760	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009385-menB-K01661	NA	NA
AK148_02788	801	menH_3	COG0596	2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase	GTGTACTTTTCTACAAATGATGCTACGTATTGGTATAAAATAAATGGCGAAGGATATCCCCTTGTTTTATTACATGGATTTACGGGTAGTAGTCAAACGTGGCAACCATTTATAACGAAATGGAAGCAAGAATGGCAAGTTATCACGATTGACCTTCCAGGACATGGAAAGACGAACGCGAAACATAAATCCATGGAAGCATGCTGCAGAGATATTGCTTCACTATTGCAATATTTACAGCTTGAACCTGTTCATCTGCTTGGTTATTCTATGGGTGGAAGAACAGCCATTGCATTTGCAATAAGTTACCCTGAATGGGTAAACGGTATAATATTAGAAAGTACTTCTCCAGGTCTTGAAGATTCAATAGAGCGGCAAAAACGAAAACAAGCAGATGATGAATTAGCAAAGAAAATAGAACAAAAAGGTCTAGCATGGTTTGTTTCCTATTGGGAAAACATCCCCCTATTTTCTACGCAACAAAAAATGCCGATCAATAATCAAACCAGAATTCGAAAAGAACGCATGCGTCAATCTGCTGTTGGTCTTGCTGATTCCCTCCGTTTTATGGGGACAGGTACACAGCGGTCCTATTGGAATGAATTAGCTTCTATGGATAAGCCTGCTCTTCTAATAACTGGTGAGTTAGATCAAAAGTATTGTGTTATTATGGAGAAAATGTCTCGCATCTTGCCAAATGCAGTGCATCATATGGTTCCTGATGCTGGACATGCAATTCACGTGGAGAAACCAAATATTTTTGGTAAAATAGTAAGTAGACATTTAGAAAGTTTATCATAA	MYFSTNDATYWYKINGEGYPLVLLHGFTGSSQTWQPFITKWKQEWQVITIDLPGHGKTNAKHKSMEACCRDIASLLQYLQLEPVHLLGYSMGGRTAIAFAISYPEWVNGIILESTSPGLEDSIERQKRKQADDELAKKIEQKGLAWFVSYWENIPLFSTQQKMPINNQTRIRKERMRQSAVGLADSLRFMGTGTQRSYWNELASMDKPALLITGELDQKYCVIMEKMSRILPNAVHHMVPDAGHAIHVEKPNIFGKIVSRHLESLS	PGPT0009370_572	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009370-menH-K08680	NA	NA
AK148_02789	1749	menD	COG1165	2-succinyl-5-enolpyruvyl-6-hydroxy-3-cyclohexene-1-carboxylate synthase	ATGAACCATACAGAAGTTTTGACACGATATGTGACGAATTTTGTCGATGAATTAGTTGCTAATGGTTTAACAGACGCTGTTATTTCTCCAGGATCTAGGTCAACGCCATTAGCGTTAACATTGGCTGAGCATAAAGAAATAAAGGATTGGGTTATTATTGATGAAAGGTCGGCTGCTTTTTTTGCGTTAGGACTTGCGAAAAAATCGAAACGTCCTGTTGTGCTTGTTTGTACTTCTGGAACAGCGACAGCCAATTATTATCCTGCAATTGTGGAAGCCTATCATAGTCGAGTTCCACTCATCGTGTTAACTGCTGACAGGCCACATGAATTAAGAGGAATAGGTGCGCCTCAAGCAATTGATCAAATAAAAATGTATGGGGATTTTGTGAAATGGTTTCATGAAATGGCACTTCCAGAAGCAGGAACTGCCATGCTACATTATGTACGAAATAAAGCGGCAAGCGCTTACTATATCGCGAAGGAAGGAAATCAAGGAGTTGTTCACTTGAATTTTCCTTTTCGTGAACCATTAATGGTGGATTTTAGTTTTAATGATGTATGGGAAATAAATGATATTTCCTGTACAAGTCCCATATTACCGACGTTTGAAGGGGAAAAGCATTTGCCTAAACAGCAAGTGGAAGAAATTTTGCGTCAATTAGCAGGTAAACAAAGAGGGGTTATTGTATGCGGACCGCAAACAGATTTGCATTTTCCAGTTGCGGTTACGAAGCTTGCTGAGAAGTGGGGACTTCCTATTTTAGCTGACCCTTTATCGCAAGTTCGATCTGGAGCTCATGTTTCTGATGTAATTATTGAAGGATATGATGCGCTACTGCGTAATCAAATCGTTCGGGAAAAACTAAAGCCTGATTTTATTATTCGTTTTGGGGCCATGCCTGTTTCGAAAGCCTATTCTTTCTATGTGAAGCAACACCAGGATGCACTTCAAATGGTCGTTGAAAATGATAAAGGTTTCCGCGAACCAACCAATAACCCGACGACGTTTATTTTTGCAGAACCAACTACTTATTGTGAGGCTTTAGCAGATGCAGGGGTTGAAACCACATCAAAAGAATGGTTGCAATTGTGGAAGCAATTTAACGACATTGCGAAGAAGCATTTAAATGACCAATCAGATAGTGAAATTAGAGAAGGGGAGGCGATTCGTGCTGTCATGGATTCAACTCCAAACCAGAGCACAATTTTTGTAGGCAACAGTATGGCAGTTCGTGATTTAGATTCGTTCTTTTGGAAAACAGATAAACAGATAGAAGTGCTTGCCAATCGAGGGGCAAATGGTATTGATGGTGTTGTATCTTCTGGTTTAGGTGCTTGTGCGGCTGGGGTAAGAGTTACGCTTGTATTAGGCGATTTATCTTTTTTTCATGATATGAATGGGCTGCATGCGGCGATGCATTACCAATTGCCATTGACTATTTTATTAATTAATAATAATGGTGGTGGAATATTTTCCTTTTTATCGCAGGCTGATGATAAAAAACATTTTGAAGCTTTATTCGGTACACCTTTACATATCGATTTCAAGTATGTTGTTCATATGTATGGAGGTTATTATGTACATGCAAAAACAGAAGCGGATGTGAAGCAGAAACTCATTGAAAGTTACAATAGAGAAGGTCTGTCCGTAATTGAAGTGAAAACAAATAGAGACATAAATGCCAACTGGCACAAATCGAAGTGGCAGGCCATTGAACAGGAAATTTTGGAGGAGAGGAATAGATAG	MNHTEVLTRYVTNFVDELVANGLTDAVISPGSRSTPLALTLAEHKEIKDWVIIDERSAAFFALGLAKKSKRPVVLVCTSGTATANYYPAIVEAYHSRVPLIVLTADRPHELRGIGAPQAIDQIKMYGDFVKWFHEMALPEAGTAMLHYVRNKAASAYYIAKEGNQGVVHLNFPFREPLMVDFSFNDVWEINDISCTSPILPTFEGEKHLPKQQVEEILRQLAGKQRGVIVCGPQTDLHFPVAVTKLAEKWGLPILADPLSQVRSGAHVSDVIIEGYDALLRNQIVREKLKPDFIIRFGAMPVSKAYSFYVKQHQDALQMVVENDKGFREPTNNPTTFIFAEPTTYCEALADAGVETTSKEWLQLWKQFNDIAKKHLNDQSDSEIREGEAIRAVMDSTPNQSTIFVGNSMAVRDLDSFFWKTDKQIEVLANRGANGIDGVVSSGLGACAAGVRVTLVLGDLSFFHDMNGLHAAMHYQLPLTILLINNNGGGIFSFLSQADDKKHFEALFGTPLHIDFKYVVHMYGGYYVHAKTEADVKQKLIESYNREGLSVIEVKTNRDINANWHKSKWQAIEQEILEERNR	PGPT0009365_511	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009365-menD-K02551	NA	NA
AK148_02790	1392	pchA	COG1169	Salicylate biosynthesis isochorismate synthase	ATGATAGAAGTACAGGGTCAGCAAGTTGAAGAACTTTTGCGTGAGGCTATTAACCAGATGGGATTAAAGCAAAGCGCACAACTTGTAAGTATTACGAAACGAGTAGAAGCACAAGATCCCGTTCTCTTCTTTGCATCTGCTGCAAAGCTAAATAAAGAGCGTTGTTTTTGGATGAGTACAAAGGATGCATTTTCCGTTGTCGGTGTTGGCAATGTGTTTGAAATAAATGCGAATGAAGATCGTTTTCAATATATAGAAGAAACATGGAAAAAATTAATAGATGATGTATGGGTCTATAATCCGTTTAAAGCTCCAGGAACAGGGTTAGTGACTTTAGGTGGGCTAGACTTTGACCCAAAGAAACCTAGAACGGACCTGTGGAATGATTTTCCAAGACTTCAATTTAAAATTCCAGAATATATATTGACAAAAAATAATAGTGATTTTTATTTAACGATAAACATAAAAGTATGCAAAGATGACCATCCGATTCAGCTATTGAAAGCGATAGAAACTGTGGAAACAAAGTTGTTTCAAACTACAAAAGAGCAGCTTGACTTACCCAAAATCATTCATAAAAAGATGATTGCTCCAGAACAATGGAAAAATACGGTTCAAAGAGCGAAGCAAGAGATTCAGCAAAAGCAAATGGATAAAATTGTACTTGCAAGAGAAATGCGACTTACGTTTAGTAAGCAAGTTGATATTAGTCAAGTGCTAAGTGATTTAATTGATAAACAATCAAATAGTTATATTTTTGCTTTTGAACAAAGTGATAGTTGCTTTGTAGGCGCTACTCCTGAACGACTAGTAAGGGTAGAGAATAAGAAGTTGTTATCAACCTGTTTGGCAGGAACTGCTCCGAGAGGCGCTACGGAGGAGGAAGATCAACGTATTGCTGCTATGCTTTTCCAAGATCCTAAAAATAGAGAAGAACATGACTTTGTTGTGCAGATGATAAAGCAAGGCATTAATAAATATTGTACAGATGTGCAAATACCAAATACACCAGTAGTTTATCCATTAAAAAATTTACAGCACTTATATACACCTGTTACGGGAGTACTTAAAGATGGTTATACCATTTTTAATGTCATTAAAGAATTGCATCCCACTCCTGCATTAGGAGGAGTTCCCAGAGATTTGTCTATGACTTTTATTCGAAATAATGAGCAGTTAGATCGTGGCTGGTATGGCTCGCCAGTCGGTTGGTTAGACAGTAATAACTATGGGGAATTTGCTGTAGCTATTCGTTCAGCATTAATCCAAGAGGATGAAGCTTCTTTATTTGCTGGCTGTGGAATCGTGAAGGACTCAGATCCAGAAGAAGAATTTGCGGAAACCGAAATAAAATTTTCACCAATGCTGACTGTTTTAGGAGGACAACCATGA	MIEVQGQQVEELLREAINQMGLKQSAQLVSITKRVEAQDPVLFFASAAKLNKERCFWMSTKDAFSVVGVGNVFEINANEDRFQYIEETWKKLIDDVWVYNPFKAPGTGLVTLGGLDFDPKKPRTDLWNDFPRLQFKIPEYILTKNNSDFYLTINIKVCKDDHPIQLLKAIETVETKLFQTTKEQLDLPKIIHKKMIAPEQWKNTVQRAKQEIQQKQMDKIVLAREMRLTFSKQVDISQVLSDLIDKQSNSYIFAFEQSDSCFVGATPERLVRVENKKLLSTCLAGTAPRGATEEEDQRIAAMLFQDPKNREEHDFVVQMIKQGINKYCTDVQIPNTPVVYPLKNLQHLYTPVTGVLKDGYTIFNVIKELHPTPALGGVPRDLSMTFIRNNEQLDRGWYGSPVGWLDSNNYGEFAVAIRSALIQEDEASLFAGCGIVKDSDPEEEFAETEIKFSPMLTVLGGQP	PGPT0009360_413	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009360-menF-K02552	NA	NA
AK148_02791	939	menA	COG1575	1,4-dihydroxy-2-naphthoate octaprenyltransferase	ATGCATTCATCTAATAAAGTAACCGTAAAACAAGCGCTCAATGAAAGGGATGGTTTACAAATATGGTGGAGGCTATTACGTCCTCACACATTAACTGCTTCATTCGTACCAGTATTTGTTGGCTCAATGCTTGCTTTTCATGAAGGGCATATGAATCTACTACTTTTCTTAGCCATGCTAATTGCTTCTATGCTTATTCAAGCGGCGACAAACATGTTTAATGAGTATTATGACTTTGTAAAAGGTCTTGATAATGAAGGTTCTGTTGGTATTGGGGGTACAATCGTACGAGATGGTATTAAACCGAAAACAGTACTAAACTTGGCATTAACCTTTTTTGGAATGGCAATGCTACTTGGTCTTTATATTAGTGCAACTTCTAGCTGGTGGATTGCAGTTATAGGTTTAATATGTATGCTTTTCGGATATTTATATACAGGAGGTCCTTTACCCATCGCCTATACTCCATTAGGCGAATTATCTTCAGGATTCTTGATGGGAACTGTGATTATCGGCATTAGTTATTATATTCAAACAAAAACCATTACTGCAGAAGTGTTGTTTGCTTCCATTCCAATCGCAATTTTTATCGGCGCTATCTTACTTTCTAATAACATTAGAGACCTAGAAAATGATAAGGAAAACGGACGCAAAACATTAGCAATTTTATTAGGGAGAAAGAATGCTATCGGGTTTCTAGGACTAATGTTTATAGTTGCCTTCGTAATTACCGCATGGCTTATTATCGAAAACATCTTTCCAATTTGGTCATTAATTACCTTTATAGGGGCAATTAAAGCTGTAGATGTTATTCTAAAATTTAAAGGTAAAACACAACCACTTGAAATGATGCCAGCAATGGCTGCAACAGGTAAAACCAATTCTATTTATGGGATATTATTAGGAATTTCATTATTTATCAGTACGTTTGTGAATTAG	MHSSNKVTVKQALNERDGLQIWWRLLRPHTLTASFVPVFVGSMLAFHEGHMNLLLFLAMLIASMLIQAATNMFNEYYDFVKGLDNEGSVGIGGTIVRDGIKPKTVLNLALTFFGMAMLLGLYISATSSWWIAVIGLICMLFGYLYTGGPLPIAYTPLGELSSGFLMGTVIIGISYYIQTKTITAEVLFASIPIAIFIGAILLSNNIRDLENDKENGRKTLAILLGRKNAIGFLGLMFIVAFVITAWLIIENIFPIWSLITFIGAIKAVDVILKFKGKTQPLEMMPAMAATGKTNSIYGILLGISLFISTFVN	PGPT0009395_635	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009395-menA-K02548	NA	NA
AK148_02792	387		COG2050	Putative esterase	ATGGCTTACCCGAATACATTAATGGAAGCACTTGGAATTGAGACAGTAACCATGACGAAGGAAAAAGTGCAGCTTACCATGCCAGTCGATAAGCGAACACGCCAACCATTTGGATATTTACACGGAGGTGCCTCCGTTGCATTAGCAGAATCGGCTGCTAGTATTGGGGCGAGTCTGTATGTTGACTTCCAAACGCAAGCCGTTTTCGGAATAGAAATTAACGCCAACCATATTCGAAGCATTAAAAATGGAGTGGTTACAGCTACAGCACTTCCGATACACATTGGCAAGTCAACGATGGTCTGGGAAATAAAAATTACCGATGCAGATCATAGGCTCGTATGCGTTTCTCGATGCACTATTGGTATTATTACCAAAGAAAAATAA	MAYPNTLMEALGIETVTMTKEKVQLTMPVDKRTRQPFGYLHGGASVALAESAASIGASLYVDFQTQAVFGIEINANHIRSIKNGVVTATALPIHIGKSTMVWEIKITDADHRLVCVSRCTIGIITKEK	PGPT0001845_2209	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
AK148_02793	354	yocK	COG1734	General stress protein 16O	ATGAAAACACATCTTAGTGAAGACAAGTTATTTGAATTTAAAGAACGACTCTTAAAGTTGAAAAAAGAAACAGAAGAAGCAATAGAAGCCAAGATTATGGAAGCACCAAATGAATCTTTGGAGGAGCTGGCAGATTACGATAATCACCCAGCAGATATGGGTTCGGAACAATTTGAACAGGAAAAACAAGCAGGGATACAACAAATGCTAGAAAAACAATTACAAGATATTGATGATGCGCTACAGAAAATTGAAATGGGTACATTTGGTTTAAGTGAAAAGTCTGGAAAGCCAATCTCAATTGAACGTCTAGAAGCACAACCGACAGCACGTTTTTTAGTAGGAGAAAATTAA	MKTHLSEDKLFEFKERLLKLKKETEEAIEAKIMEAPNESLEELADYDNHPADMGSEQFEQEKQAGIQQMLEKQLQDIDDALQKIEMGTFGLSEKSGKPISIERLEAQPTARFLVGEN	PGPT0014560_3354	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
AK148_02794	972		COG3191	putative aminopeptidase	ATGGCTTATGGGAACATAACGGATGTACCAGGGATAAAAGTAGGAAATGTTGAAAATATGGAAGCGATAACAGGGTGCTCTGTCGTTGTGGCAGAAAAGGGTGCGGTTTGTGGTGTAGATGTTCGAGGTTCAGCGCCAGGAACAAGAGAAACAGCATTATTAGATCCTGTAAATACTGTGAATCAAGTACATGCAATTACGCTTTCTGGTGGGAGCGCGTTTGGCTTAGCCACAGCTGATGGAGTGATGCACTATTTAGAAGAGCAAGGAATAGGTTTAGATGTTCGTGTTGCTAGGGTTCCAATCGTTCCTGCAGCAATTTTATTCGATTTAGCAATTGGAGATAGCAAGGTTCGTCCGGATAAAGAAATGGGGTACCAAGCAGCAAAACAAGCTAAAAAAGGATTTTTTTCTTTTGGGAATGTTGGTGCAGGATGTGGTGCAACGGTCGGGAAAGTAGCGGGCTTCAAACATTGTATGAAGGGAGGGTTAGGAAGTGCTTCAGTAGAACTTGATAATGGCATAGTTGTGGGAGCATTAGTAGCTGTAAATGCAGTTGGAGATATTAGACACCCAGACACAGGAGAAATATTAGCAGGACCAATAGATTTGGACACCCGAGAAATGATGGACAGTATTACTTATATGCAAAAACACCAAAGTCAAATGTCGGCCGGTATGAACACGACAATTGGTGTGATAGCTACGAATGCTTCGCTTACGAAAGCAGAGGCTACCAAGATTTCACAAATAGCTCATAATGCTTTGGCAAAGACAATCTATCCTGCACATACGCTGATGGACGGTGATACGATCTTTGCTTTAAGTACAGGGAAAAGAAAACAATCCATTGATTTAATAGGAACTATGGCTGTAGAGACATTAGAACAATCCATTGTCCAAGCAATTCTAGCAGCAGAGTCAGTTGGAGGTATCCCTGCTTCTCAAACATATAAGCTAAAAAATAGGTAG	MAYGNITDVPGIKVGNVENMEAITGCSVVVAEKGAVCGVDVRGSAPGTRETALLDPVNTVNQVHAITLSGGSAFGLATADGVMHYLEEQGIGLDVRVARVPIVPAAILFDLAIGDSKVRPDKEMGYQAAKQAKKGFFSFGNVGAGCGATVGKVAGFKHCMKGGLGSASVELDNGIVVGALVAVNAVGDIRHPDTGEILAGPIDLDTREMMDSITYMQKHQSQMSAGMNTTIGVIATNASLTKAEATKISQIAHNALAKTIYPAHTLMDGDTIFALSTGKRKQSIDLIGTMAVETLEQSIVQAILAAESVGGIPASQTYKLKNR				NA	NA	NA	NA	NA
AK148_02795	597	fmnP	COG3601	Riboflavin transporter FmnP	ATGCAACCAATGAATAAACAATCATCCAAACTGATGAAAGTCATCGTCTTAGCTTTACTAGGTACCATTTCATTATTATTATTTTTCTTAAACTTCCCACTGCCATTATTACCAGCTTTCTTGAAAATTGACTTCAGTGATGTTCCGGCTTTAATGGCATCATTCATCTTTTCACCAGTTGCTGGGGTCCTTGTGGTCGCCATTAAAAATCTCTTATATTTAGCTGTATCTGGTGCCTCTGACCCAATTGGTGTACTTGCTAATTTTATAGCTGGAATAATGTTTGTTGTACCAGTGTCTATGCTCTATCACAAATTTAAAGGTGTGAAAAGTATAGTTTCTGGTTTAGTTACGGGAACAATCGTAATGGCAGTTGGAATGAGTGTTTTAAATTATTTTGTTTTCTTACCAGCATATGCATGGTTTATGGGATGGGAAGACATGTCAAATACTGCAATTAAATGGGGGATAGTCTCTGCTGGAATACTACCATTTAATATTATAAAAGGAATAATCGTTGGCTTGTTATTTGTCCCATTGTTTTTAAAGTTACGCGTATGGATAGAAGAGAAGCAAGCTAAATTTGCTTCCTCGTAA	MQPMNKQSSKLMKVIVLALLGTISLLLFFLNFPLPLLPAFLKIDFSDVPALMASFIFSPVAGVLVVAIKNLLYLAVSGASDPIGVLANFIAGIMFVVPVSMLYHKFKGVKSIVSGLVTGTIVMAVGMSVLNYFVFLPAYAWFMGWEDMSNTAIKWGIVSAGILPFNIIKGIIVGLLFVPLFLKLRVWIEEKQAKFASS				NA	NA	NA	NA	NA
AK148_02797	4302	bpr	COG1404	Bacillopeptidase F	ATGCTAAGCATTGCCGCAACATGTTTTATTGCATTTTCTTTATTTACGCCTGGGGTAGCTGGTGCGCAAGAAACGCAGAATCTGCATCAATCTGTTAGTGATTCTACTAAGGTAGAAAATAAACTAAGTAGCAAATTAACAAAGCAATTTAAAGATAATGATAAGGTAACTTTTCTTGTTAAATTTGCTGAAAAGGCAGATGTGAAAAAGGCGGCTAATAATGCAAAAAAAACAGCAAAAAAAGCTAGCTTGACAGCTCAAAAGGTAGAACATGTTCAACGTTCAGCAGTTATTTCAGAGTTGAAGTCTACAGCTTTAGAATCGCAAACGAATGTAAAAGATTATATTCAAAAGCAAAAAGAGAAAGGCAATGTAGAGACATTCCAATCTTTTCATATTGTGAATGGAATGTCAGTAACAGCTACCAAAAAGATAGCTGAAAAAATTGCTTCTTATCCTGAAGTAGAAAAGATATTACCCAATGAGGAACGTAAACTATTTGAAGTAACTGTCGATAAAGAAGAAAAGCAAATAAAAGCTGAGAACGAAAATGTAGAATGGAATGTGGAGCGTGTTGGTGCTCCGTCTGTATGGGATATGGGATTTGACGGCTCGGGTATTGTAGTAGCAAGTATTGATAGCGGAGCGCAATGGGATCATCCAGCTTTGCAGGAGCAGTATCGTGGGTATAATTCTGAAACGGGAGAAGTAGATCACGCTGCAAGTTTCTTCGATGCGACAGCTGGTGAAGAAGAAGCTTATGATGATCACTCACACGGTACACATGTTACGGGGACAATGGTTGGAGCAGAGGCTGACGGTTCCAATCAAATCGGGGTAGCACCAGGGGCAAAATGGATTGCAGCAAAAGGATTAAATGCCGCAGGTGTTGGCTATGACAATTGGTTATTATCAGCTGCAGAATGGATGTTGGCTCCAAATGGAGACGCTTCCATGGCTCCGGATATTGTAAATAACTCTTGGGGTGGTGGCTCAGGGCTTGATGAATGGTATCGAGATGTAGTAACTGCATGGAGAGAAGCGGGGATTTTCCCAGCATTTTCCGCTGGGAATACTTCCTTAACTAATCCAGGTGGGCCAGGTTCAGTAGCGGTGCCAGCTAATTATCCAGAGTCTTTTGCCATTGGTGCAACGGATGTTAACGATGTGTTAGGAAGTTTCTCTTTACTGGGGCCTTCGCCATATGACGAAATAAAACCAGAAATAACAGCACCTGGTGTTAATATTCGTTCAAGTGTGCCAGGAAGCGGTTATGAAGGAGGATGGAACGGTACATCCATGGCAAGCCCAGCGCTCTCTGGAGTTTTAGCATTAATGAAGCAGGCAGATGGAAGTCTTACTGTGAATGAAATGGAAGAAATTGTTATGTCAACCGCTAATCCGCTCACAGACAGTGACTACCCTGAATCACCGAATAACGGATATGGACATGGATTAGTTAACGCTTATGACGCTGTTTCTTCTTTAGTATCTGGTTTAGGAACGTTAGAAGGGCAAGTAACAAAAGCTGGTGAAGACACAGAGGCACCTGTTTTCGAGCATGAGCCATTAACAGAAGCGTATATGGGGATGGATTTAGATTTAAATATTCAGGTGTCCGACAATATTAGTGTAAGTTCAGTTGATTTACAGTATACAAACGCAGCTGGGGAAGAAGAAACAATTGAAGCAGAACGTGTTTCTGGTGATTATAAGGATGGAAGCTATATAGCTTCCATCCCTGGAGAACAATTAACTGGAGAAAGTTTATCTTACACATGGCATATGAACGATTTTGGCAACAATGAAACGAGCAGTGAAACGTATGAGGTAGCTTTACGACCGGGAATTACGATCGGTTATGAGGAAGATTTTGAAGCAGCATCGGCTGGCTGGACGGTATTTGGAGAAAACAATAGTTGGGAGCGTGGAGTGCCAACTTCCGGACCTGAAACTGCTGCTTCTGGAAAGAATGTATATGCCACTAATTTGGCTGGCGCGTATGAAAGTGATTCAAATACGACACTTGTGATGCCGCCAATTGATCTTCCAGAAGAAGGGAACGCTTTTTTACAATTTAATCAATGGTATAACTTAGAAAACAACTACGACTATGGTCATGTATTTATTTCCACGGATCAGGAGGATTGGACACAGCTTGAGGAAATTTCCAATGTTTCTGAAGGGTGGGAAAATATCACAGTTGATTTATCCGACTATCTCGGTCAACGAGTTTATATAGGCTTTAATTTAGATACAGACGGTAGTGTTACACGTGATGGCTGGTATATTGATGACGTTGCTTTAACAGATACAGCAGGTACAAAAAATGCATCTTTAACAGCAGAAGCGTCAAATCCTGGTTTGTTAGGATTTATAGATACGGTACGTGTAGCTTCCAAAGACAAACAAGATAAACAATCAGCCAAAAAGGAAAAAGTAGACCCGGAAAAAATAAAACCTATTCAGCCAAAGAAAAAAGCAAAACCAAAACAGGATACCGTGAATCCAACATTATTACCAATGCAAGCGCAAGTAAGTGTCATAGAAAGTGGGCGTACGGTAACTACAGACCCAGCTACAGGTAGCTACTCATTATTACATGCAGCGGGAGATTTTACGGTAAAAGCAGAAGCATATGGCTTTGAATCCCAAGAACAGTCTGTAACAATTGATCCGGATGGTACTTCGGAGGCTGATTTTACGTTAGAAGAAATGGACCAATACACGATAAGCGGAACTATTACGGATGAACAAACAGGCAAACCTATACCAGATGCAACGATTTTAGTAGTGGAGGATGCCAATATTGAACCAGTAACAACAGATGAGGAAGGTAATTATTCACTCACCGCTTATCAGGGGACATATACGTTAAAAGTTCTTGCAAGCGGTTATCATGGTGCAGAAATGGAAATTAATCTAGAGGATAGCGATCATACTCAAAATGTGGAATTAGAGCCATTCTACACGGTGCCTGGTGGAGAAATTGCTTATGATGATGGAACACCAGAAAATGCTCGCGCCTTCTATGATGCTGGAAATGGTTGGGGAGTAAAGATGACATTACCAGAAGGAAAGGAAACTGGCGTTGTTGATGCTGCTGTCTTTAAATTTTGGAATGAAGAGTTTCCACAACCAGGCGGTACTGCATTTCAAGTGGAGGTTTGGGACGCAAATGGACCAGATGGTACACCAGGTGAAAAGATAGCAGGCCCAGTTGATGCTGAAGCCATTCGCGATGAAAATGAATGGACAGTTGTCGATTTAGAAGAGCATGGCATTGTGGTAGAAGAAGAATTTTATGTGGTGTATGTGCAAATAGCACCAAATACAGAAGCACCTGGACTTGCTACAGATGAAAGTAGTCCAAATGCAGAAAGAAGTTATCAACTAGTTGGTGAATCTTGGTCTAAATCACCAGCAGAAGAAGGAAATTATATGATTCGCGCTCACGTTAATTACGAAGTAGAGGAACCTGAAATTACCTCGCCAAAAGATGGCTCTATTACGAATAAGCAACAGGTTACTGTAGAAGGAAATGCTTCACCAACGACTACGATTCAATTAATGAATAATGGAGAAGAAATTGGCTCGGCTGAAATAGGAGATGACGGTGCGTTTGCTATTCCAGCGGAACTAGCAGAAGGGGAAAATGAACTTACAGCAGTTTCTCAGCTAGATGGAAATCCAACAGGCGAATCAGAGCCGGTTAATATAACACTAGATACCGAAAAGCCTGAGCTAACCATCGATTCACCAAAAAATGAGGAAAAACTGAATCGAGAGACTGTTACTGTAGAAGGTTCTGTCTCTGATAATAATTTAGACGCCGTAAAAGTGAACGGTAAGAAAGCAAAAGTACAAGATGGCAAATATTCCAAACGAATTTTGTTAGACAATGGTGAAAATGAAATTAAAGTCGTAGCTCAAGATGCAGCTGGTAATAAAACGAAGGAAAAAATTACAGTGGATGTTAATTTCACAGCGCCTGAGGTTGAGAATTTAACCCCAAAAGAAGATACTACACTAGCCGCTGGTGAGTCCATCAAAATTGAGTTTGATAGTGAACCAGGGCTAAATCCAACCTATGCTATTCATATGCCATTAACGAATACAGCTACGAATGCTACAGAATTACCAATGATGGAAACATCAGAAGGTCATTATGTCGGCTATTGGACAGCAACAAGCAGTGTCGTTGCAGAAGGTGCTGTTATTGAGGTAAAAGTAGAAGATAATTATGGCAATGAGACACGTAAGCAAGCAGAAGGAAAGTTATGGATTAACGCTGAGAAGTAA	MLSIAATCFIAFSLFTPGVAGAQETQNLHQSVSDSTKVENKLSSKLTKQFKDNDKVTFLVKFAEKADVKKAANNAKKTAKKASLTAQKVEHVQRSAVISELKSTALESQTNVKDYIQKQKEKGNVETFQSFHIVNGMSVTATKKIAEKIASYPEVEKILPNEERKLFEVTVDKEEKQIKAENENVEWNVERVGAPSVWDMGFDGSGIVVASIDSGAQWDHPALQEQYRGYNSETGEVDHAASFFDATAGEEEAYDDHSHGTHVTGTMVGAEADGSNQIGVAPGAKWIAAKGLNAAGVGYDNWLLSAAEWMLAPNGDASMAPDIVNNSWGGGSGLDEWYRDVVTAWREAGIFPAFSAGNTSLTNPGGPGSVAVPANYPESFAIGATDVNDVLGSFSLLGPSPYDEIKPEITAPGVNIRSSVPGSGYEGGWNGTSMASPALSGVLALMKQADGSLTVNEMEEIVMSTANPLTDSDYPESPNNGYGHGLVNAYDAVSSLVSGLGTLEGQVTKAGEDTEAPVFEHEPLTEAYMGMDLDLNIQVSDNISVSSVDLQYTNAAGEEETIEAERVSGDYKDGSYIASIPGEQLTGESLSYTWHMNDFGNNETSSETYEVALRPGITIGYEEDFEAASAGWTVFGENNSWERGVPTSGPETAASGKNVYATNLAGAYESDSNTTLVMPPIDLPEEGNAFLQFNQWYNLENNYDYGHVFISTDQEDWTQLEEISNVSEGWENITVDLSDYLGQRVYIGFNLDTDGSVTRDGWYIDDVALTDTAGTKNASLTAEASNPGLLGFIDTVRVASKDKQDKQSAKKEKVDPEKIKPIQPKKKAKPKQDTVNPTLLPMQAQVSVIESGRTVTTDPATGSYSLLHAAGDFTVKAEAYGFESQEQSVTIDPDGTSEADFTLEEMDQYTISGTITDEQTGKPIPDATILVVEDANIEPVTTDEEGNYSLTAYQGTYTLKVLASGYHGAEMEINLEDSDHTQNVELEPFYTVPGGEIAYDDGTPENARAFYDAGNGWGVKMTLPEGKETGVVDAAVFKFWNEEFPQPGGTAFQVEVWDANGPDGTPGEKIAGPVDAEAIRDENEWTVVDLEEHGIVVEEEFYVVYVQIAPNTEAPGLATDESSPNAERSYQLVGESWSKSPAEEGNYMIRAHVNYEVEEPEITSPKDGSITNKQQVTVEGNASPTTTIQLMNNGEEIGSAEIGDDGAFAIPAELAEGENELTAVSQLDGNPTGESEPVNITLDTEKPELTIDSPKNEEKLNRETVTVEGSVSDNNLDAVKVNGKKAKVQDGKYSKRILLDNGENEIKVVAQDAAGNKTKEKITVDVNFTAPEVENLTPKEDTTLAAGESIKIEFDSEPGLNPTYAIHMPLTNTATNATELPMMETSEGHYVGYWTATSSVVAEGAVIEVKVEDNYGNETRKQAEGKLWINAEK	PGPT0020925_7	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020925-bpr-K13276	NA	NA
AK148_02798	1059	ysdC_2	COG1363	Putative aminopeptidase YsdC	ATGCAATTAGCAAACCAAGAATTTTTGTTAGAATTATTACAAACCCCTTCTCCATCCAGCTTAGAAATGGAAATTCAAAAGAAGTGGTTGGAATATGTCAAACCTTTTGCAGACGAAATAAGAACAGATCATGCTGGGAATGTCATTGGTGTTTTAAACCCTGAGGCACCATTTAAAGTGTTATTAGCCGGTCATTGTGACGAAATAGCACTAGTTATTAATCGAATTGACGAGCGTGGTTTCTTACATTTTGATAAAATGGGTGGGATTAATCCTAAAGCTGCGGTTGGAATGAAGGTGACGGTGCTAGGTGCAAATGATTGTTTAACAGGTGTTATTGGCGTCAACGCTCAACATCATGGTGGTTTGAAGAATGACTTTAGTTTAGAAGATTTGTTTATCGATTGCGGTTTTAAAACGAAAGAAGAGGCAGAGGAACAAATACATATTGGTGATCTAGCGGTATATAAGACGGAACCGGAATGTCTGTCGGATCGTTATGTTGCTGGTCGCGGTCTAGACAATCGAACAGGCGCTTTTATTGTAGCAGAGGTGCTAAGAAAATTGAAAGAGGCGGGCTGCCAAGTAGGTGTCTATGCAGCTAGTACAGTAAATGAAGAAACGAATATGGGCGGCGCTTATTTTGCAGCGGCAGGTGTAGCACCGGATATGGCGATTGCTTGCGACGTTACATTTGCGACAGATTATCCTGGAGTTAATACAAATAAATATGGTGATGTTCGATTAGAAAAAGGCCCTGTATTAGCAAAAGGTGCCCCTATCAATATCAAGATCAATCAACTACTTGAAAAGGCGGCAAAATCTTTAGATATTGCTATTCAGTATGAGCTTACGCCACGTATGACTGGAACAGATGCTGATAAAATGCGGCTGACAGGAAAAGGGGTTCCTGTATCGCTTGTATCCCTTCCGCTTAGATATATGCATTCTCCTGTTGAAACAGCAAGTATCAAAGACATAGCCGAAGAAATTGATTTGTTAGTGGCAATGATCTCTGCGTTAACAGGAGAAGAAAGCTTAAACCCACTTGATTTATAA	MQLANQEFLLELLQTPSPSSLEMEIQKKWLEYVKPFADEIRTDHAGNVIGVLNPEAPFKVLLAGHCDEIALVINRIDERGFLHFDKMGGINPKAAVGMKVTVLGANDCLTGVIGVNAQHHGGLKNDFSLEDLFIDCGFKTKEEAEEQIHIGDLAVYKTEPECLSDRYVAGRGLDNRTGAFIVAEVLRKLKEAGCQVGVYAASTVNEETNMGGAYFAAAGVAPDMAIACDVTFATDYPGVNTNKYGDVRLEKGPVLAKGAPINIKINQLLEKAAKSLDIAIQYELTPRMTGTDADKMRLTGKGVPVSLVSLPLRYMHSPVETASIKDIAEEIDLLVAMISALTGEESLNPLDL	PGPT0018620_5219	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-CELLULASES,PGPT0018620-celJ|eglA|eglS-K01179	NA	NA
AK148_02799	153			hypothetical protein	ATGCAAGCGAAATTACCAAATAAAAAGGAAGCCGATTATCAAGATAAATTTAAAGAAATGATATTATTTATGAATAAGAGCTTCCGGGATAACTCCCAGTTTTGGGAGCATGTACACAAAAGTTTAGAACACACGTTAAAGCAAATTAGTTAG	MQAKLPNKKEADYQDKFKEMILFMNKSFRDNSQFWEHVHKSLEHTLKQIS				NA	NA	NA	NA	NA
AK148_02800	1005			hypothetical protein	TTGAGTATTCGACTAATTAAACAAATTTATTTTAAACTGCCTTTATTATTTAAACTACTAATGAGCATTTTTTTATTTATGCTCGTTTTTGGATTTTTCATTCATTTAGCAGAACCTAGCCAATTTCCTTCCATTTTTGATGGTATTTGGTGGGCATTCATTACTGGAGCAACTGTCGGTTATGGAGATTTTGTTCCTTTAACTCCAATTGGTAAATTAATAACCATATTGTTAATCTTAACAGGTGGCAGTTTAATTGCTTTCTACATAACCTCATTAGCAGCCTCTACTTTTAGACAAGAACAAGCTATAGAGGAAGGAAGAGTAGCGTTTAAAGGAAGCAATCACCTTGTACTGATTGGGTGGAATGAAAGAAGCCGACAGCTAATCGAATCTATTGCTCAGTCTAATTCACATACTCGAATGGTACTTATCGATACAACGTTAGAGCACGTCTCGTTTTCCGATTATCCTGTCCACTTTATTCAAGGTGACCCTACAGAGGACATGGTTTTAAAAAAAGCAAATATACATTTAGCCGAACGTGTATTAATAACTACAGATACAGCCAAAAATGAACGAGATGCTGACAATGTAACCATTCTCTCGGCCGTAGCTATTCGAGGAAATAATGCAAACGTACCCATTATTGCCGAGATTGTTTCCGTCACACAAATCGAAAACGCACGTCGTGCAGGAGCTACCACTATCATTCGCTCTAACAACTTTACAAGTATATTATTTTTTCATGAACTATTTCGTCATAGAGCATCGCAACCATTTGAAGATATCCTTCACTTATTAACAAAGCAACAATTTTACCATAAAGAAGTAGAAGAAGAGTTGGGAGATTTAACCTTTCAGGAAACGATTATTTTATTAAGCAATAAACAGCAAATCCCTCTTGGTATTATTCGTAATGAGCGCTATTATGTGAACCCTTCACCCCAATTTCGTTTACAAGCAGGAGACCAATTAATCCTACTCTTTCCTTGGAATAAGTAA	MSIRLIKQIYFKLPLLFKLLMSIFLFMLVFGFFIHLAEPSQFPSIFDGIWWAFITGATVGYGDFVPLTPIGKLITILLILTGGSLIAFYITSLAASTFRQEQAIEEGRVAFKGSNHLVLIGWNERSRQLIESIAQSNSHTRMVLIDTTLEHVSFSDYPVHFIQGDPTEDMVLKKANIHLAERVLITTDTAKNERDADNVTILSAVAIRGNNANVPIIAEIVSVTQIENARRAGATTIIRSNNFTSILFFHELFRHRASQPFEDILHLLTKQQFYHKEVEEELGDLTFQETIILLSNKQQIPLGIIRNERYYVNPSPQFRLQAGDQLILLFPWNK	PGPT0002715_2201	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002715-kch|trkA|mthK|pch-K10716	NA	NA
AK148_02801	414			hypothetical protein	ATGGTACCAATACAAACAAGTTTGGAAGATGAAACATATGCTTTGTTTAAATTAGAGGAAGTGTTAAAACCAATAGGATTTGTTATAGGTTCGAGTTGGGAGTATGATCATGGATACTTAGATATTAAGTTGGATGATCGAGGTACGTATTATTTTTTACGAATTCCGTTTAAAGCTATTGCAGGAGAGTTAGATTCCCCGGGTGTTATCGTTCGTCTACAACAACCATTCGTATTGGGACATCAATATGAGTCTGGAAATGATATCGATAGTCGAAATGGTGCTATTCAAGGTCTAGTTAATCAATTCCAGACGCCGACAGATCCAGATACGGATATCCCAAAAGAATATATTGATATGGGAAAAGATTATATACAGGAAGTGGAAGCGTTACTTATTCCAAGGAAAGAGTAG	MVPIQTSLEDETYALFKLEEVLKPIGFVIGSSWEYDHGYLDIKLDDRGTYYFLRIPFKAIAGELDSPGVIVRLQQPFVLGHQYESGNDIDSRNGAIQGLVNQFQTPTDPDTDIPKEYIDMGKDYIQEVEALLIPRKE				NA	NA	NA	NA	NA
AK148_02802	366	yugI	COG1098	General stress protein 13	ATGACAAGCAATTTTGAGATTGGGCAAATTTTAGATGGTAAGGTTACTGGAATTCAACCATACGGTGCATTTGTTGCACTAGATGAAGAAACACAAGGACTCGTTCATATTTCCGAAGTTACTCATGGCTACGTTAAAGATATTAATGATCATTTAACAATTGGTGATGACGTAAAAGTAAAAGTATTGCAAATTGATGAAGAAAAAAACAAAGTTTCTTTATCCATTCGGGCTACACAAGACACACCACAAGCTAAACCAAAACAAGTTAAGCCAAAGCAAGTAGAAGTAGAACCTTCTGGATTTAATACGCTAAAAGATAAACTAGAAGAGTGGATGAAACAATCTAACTACAATAAGAAATAA	MTSNFEIGQILDGKVTGIQPYGAFVALDEETQGLVHISEVTHGYVKDINDHLTIGDDVKVKVLQIDEEKNKVSLSIRATQDTPQAKPKQVKPKQVEVEPSGFNTLKDKLEEWMKQSNYNKK	PGPT0014890_354	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014890-yugI-K07570	NA	NA
AK148_02803	240			hypothetical protein	ATGAATGGAATACAACGGACAGCTTTAGCATTAACAATTATTGGCGCAGTGAATTGGGGCTTAATTGGTTTATTTCAGTTTGACTTAGTGGCTGCAATATTTGGCGGTGAGCAGAGTGCAACTTTTGCTCGAATTATCTATACAGTAGTAGGGATTAGTGGGCTAGTATTAATCCCACTGTTGTTTAAAACCGATGAAGCTTTTGCAGATCAGCACGAACCAGAAGGTGTAGATCAATAA	MNGIQRTALALTIIGAVNWGLIGLFQFDLVAAIFGGEQSATFARIIYTVVGISGLVLIPLLFKTDEAFADQHEPEGVDQ				NA	NA	NA	NA	NA
AK148_02804	1347	pgi	COG0166	Glucose-6-phosphate isomerase	ATGACTCACGTAACATTCACGTATAAAAAAGCTCTTCCCTTTATGAATGAACAAGAATTAGATCATCTTGAAAATGCAGTAGAAACTGCCCATCACGCACTACACAATCGAACAGGCGCTGGTAGTGATTTTCTTGATTGGATTGACTTACCCGAAAATTATGATAAAGAGGAATTTAATCGCATAAAAAAAGCAGCAGAAAAAATTCGCGATCATTCGGATGTGCTATTAGTTATCGGTATAGGGGGTTCTTATTTAGGTGCTAGAGCTGCTTTGGAAATGCTTAACCATTCCTTCCAAGCTTATATAACAAAAGAAGAACGAAAAGCACCACATATTATTTTTGTTGGACACCATATGAGTTCAACCTATATGCATGATTTAATGGACGTGTTAAAGGATAAAGATTTTTCCATTAACGTGATTTCTAAAAGCGGTACAACAACTGAGCCAGCAATTGCGTTCCGTATTTTCAAGCAAATGTTAGAAGACAGATATGGAGTAGAAGGCGCAAAAGAACGTATTTTTGCAACAACTGATAAAGAAAAAGGAGCATTAAAATCTTCTGCCGATCAAGCTGGTTATGAAACATTTGTAATTCCTGACGGCGTTGGAGGACGTTATTCTGTTTTGACAGCTGTAGGGTTGCTCCCAATTGCAGTAAGTGGCGCTTCCATCGATGAAATGATGCAAGGTGCACGTGATGCTATGAACGATTTTTCTGAACCTAGCTTAAAAAACAACATAAGTTATCAATACGCTGCAGTTCGTAACATTCTTTACAATAAAGGGAAAACAACTGAACTGCTTATTAATTATGAACCAAGTTTACAGTATTTTGCAGAATGGTGGAAACAGTTATTTGGCGAAAGCGAAGGAAAAGATCATAAAGGCCTTTACCCATCTTCAGCTAATTTTTCGACTGATTTACACTCATTAGGGCAATATATTCAAGAAGGGCGCCGTAATATTTTCGAAACCGTGCTTCGCGTTCAAGAGCCAAAGCGTCAATTAACTGTAGAAAAAGACCCTGTTGATGCAGACGGGTTAAATTATTTGGCTGGCAAAACGATTCACGAAATAAACGATAAAGCCTTCCAAGGAACACTTTTAGCTCATACAGATGGTGGCGTACCAAATCTTGTAGTAGAAGTACCTAAACTGGATGCTTATACTTTTGGCTACCTTGTTTACTTTTTTGAGAAAGCTTGTGCGGTGAGCGGTTATTTATTAGGTGTTAACCCATTTGACCAACCAGGTGTGGAAGCATATAAAAAGAACATGTTTGCGCTTTTAGGTAAACCAGGCTTTGAAGATGCGAAAAAAGAATTAGAAGACAGGTTGTAA	MTHVTFTYKKALPFMNEQELDHLENAVETAHHALHNRTGAGSDFLDWIDLPENYDKEEFNRIKKAAEKIRDHSDVLLVIGIGGSYLGARAALEMLNHSFQAYITKEERKAPHIIFVGHHMSSTYMHDLMDVLKDKDFSINVISKSGTTTEPAIAFRIFKQMLEDRYGVEGAKERIFATTDKEKGALKSSADQAGYETFVIPDGVGGRYSVLTAVGLLPIAVSGASIDEMMQGARDAMNDFSEPSLKNNISYQYAAVRNILYNKGKTTELLINYEPSLQYFAEWWKQLFGESEGKDHKGLYPSSANFSTDLHSLGQYIQEGRRNIFETVLRVQEPKRQLTVEKDPVDADGLNYLAGKTIHEINDKAFQGTLLAHTDGGVPNLVVEVPKLDAYTFGYLVYFFEKACAVSGYLLGVNPFDQPGVEAYKKNMFALLGKPGFEDAKKELEDRL	PGPT0017735_5070	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
AK148_02805	1170	patB	COG1168	Cystathionine beta-lyase PatB	ATGAGTATATTTGAAGAGCAACATAGCAGAAAAAATACGCGATCTGTAAAATGGGATATGTTAAAGCCTGTATTTCAAACAGACGATGTTTTACCAATGTGGGTAGCAGATATGGACTTTAGAGCTCCTGAACAGGTAAACGAAGCACTTATCGAGCGCAGTAAACACGGTATTTACGGCTACACAATAGTGGATGATGCAGTTAAAGATTCGGTTGTAAAGTGGATTCATCGTAGGCATTATTGGCACATTGATCCTAATTGGTTATCATTTAGTCCTGGTGTTGTCACTAGTTTACATATGGCAGTGCAAGCTTTAACAGAGCCTAATGATAAAATACTTATTCAAACACCCGTATATACCCCTTTTTACAATGTGATCGAAAGCCACGATCGACAAATTGTAAAAAATCCATTGCGCTATGAAGATAACTACTATCAAATTGATTTTGACGATTTTGAAGCTAAATTAAAGCAAGGCGTAAAGGCGTTCATTCTTTGCTCTCCGCATAATCCAGTAGGACGTGTGTGGAAAAGGGAAGAACTAGAAAAAATGACCAAATTATGTTTGGATTATAATGTAACTATTATATCGGATGAAATTCATTGTGATTTAACGTTTCCCAATGAGCGACATATCCCTATCGCTTCTCTTTCTAAAGAAATAAATGACCAAACAGTAACATGTATGGCTCCATCAAAAACATTTAATTTAGCTGGTTTACAGGCTTCCTATATCATTACTCCTAACCAAGAACGAAGAAAAAAAATTGAAGCACAATTATCAAAACAAGGCGTACATGGTTTAAACATAATGGGGAACACCGCTTTAGAGGCAGCTTATTTGTATGGAGATAGTTGGCTTGACGAACTTCGCGAAGTTTTGCTAAGTCATAAACAGTATGTTGAAGAAATGTTAAAAACGCATATTCCAGAAATAACTGTAACACATTCAGAGGGGACTTACTTACTTTGGATTGACTGCAGTGCTTTAAATATGGATCCAAAAGAATTACGTGAATTTATGATTCACAAGGCAAAAGTAGGGTTAAATACAGGGAAAGATTACGGAAAAGAAGGATCAACCTTTATGCGGATGAATATAGCTTGTCCAAGAGCAACATTGGAAGAGGGCGTTAGAAGAATCATCCAAGCAATTCAAAACAGATAA	MSIFEEQHSRKNTRSVKWDMLKPVFQTDDVLPMWVADMDFRAPEQVNEALIERSKHGIYGYTIVDDAVKDSVVKWIHRRHYWHIDPNWLSFSPGVVTSLHMAVQALTEPNDKILIQTPVYTPFYNVIESHDRQIVKNPLRYEDNYYQIDFDDFEAKLKQGVKAFILCSPHNPVGRVWKREELEKMTKLCLDYNVTIISDEIHCDLTFPNERHIPIASLSKEINDQTVTCMAPSKTFNLAGLQASYIITPNQERRKKIEAQLSKQGVHGLNIMGNTALEAAYLYGDSWLDELREVLLSHKQYVEEMLKTHIPEITVTHSEGTYLLWIDCSALNMDPKELREFMIHKAKVGLNTGKDYGKEGSTFMRMNIACPRATLEEGVRRIIQAIQNR	PGPT0001990_1852	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
AK148_02806	570	yojM	COG2032	Superoxide dismutase-like protein YojM	ATGAGAATGGTGATGGTCATTTCTCTATTATTAATAGCTGTAGCTTGCCAGCCAAAAGATGAGAAAACAAAAGAAGTTGAAATGTACAATTCATCTGGTGATATGGTTGGTACAGCTAGTTTTCATGAACAATCTGATGGGGTAAAGGTGAAAGTGGAATTAGAAGGGCTGGAACCAGGGTTTCATGGAATACATGTACACGAATACGCCAAATGTGAAGCGCCTGATTTCACATCTGCTGGCAATCATTTTAACCCGACTGGTGCAGAACATGGTCTCATGCATCCAGAAGGAAACCATTTAGGGGACATGCCAAACATAGAAGCAGATGCTAACGGAGTTATTAACGCTGAATTAATGATGCCGGAGACGACGTTATTAGATGGAAAAAATTCGCTAACTGAAGGTAAAGGAACATCCATTATTGTTACTAAGAATAAAGATGACGGAGTAAGCCAACCTGGAGGAGATTCAGGAGAGAGAATAATTTGTGGTACGTTAACAAAAACAAATGGTGATAATGAAAAACGACCATCAGACCCAACACAAAATAATGAAGAGGAAGAGTAG	MRMVMVISLLLIAVACQPKDEKTKEVEMYNSSGDMVGTASFHEQSDGVKVKVELEGLEPGFHGIHVHEYAKCEAPDFTSAGNHFNPTGAEHGLMHPEGNHLGDMPNIEADANGVINAELMMPETTLLDGKNSLTEGKGTSIIVTKNKDDGVSQPGGDSGERIICGTLTKTNGDNEKRPSDPTQNNEEEE	PGPT0013181_1027	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0013181-sodC|sod1-K04565	NA	NA
AK148_02807	180			hypothetical protein	ATGATGCCTTTTCTTTATTTTCCAGAGGATAAATCGGAATATATCCCTGCCTTTATAACATTACTTATTTTTATGATTGCTGCAGGGGTGGCCATGTACTTTATTTATAAGAAATCGAAGAAGGATGAGCGAAAATTTAAGCAACAATACCACAAGGAATTGCATGAACCTCATGATTAG	MMPFLYFPEDKSEYIPAFITLLIFMIAAGVAMYFIYKKSKKDERKFKQQYHKELHEPHD				NA	NA	NA	NA	NA
AK148_02808	378	kapB		Kinase-associated lipoprotein B	ATGGCGGACGTAGCTATAGGGCAAATTGTAAAAGCGCATTATCGATCAGGTACCTATATTGGAAAAGTGGTCGGTGATAAGGGAGATCGTTACGTAGTTGAAGTGCTTGCAGTAAAAAAACACCCAATGCAAGGTGATTTACACAACCCACAGCAGACAGAAGGCGTTTTCTTTCATGAACGAAAAGCTTTAGCCTTTGGTGAAAAAACTAACGTTAAAAAAGCAGCTGTACACCCCTTTAATGAAACGGTTCCAAATTACAATAATTCATTAAAAGAAGCCGTAGAATTATACCGTAATAAACTGTTACAAAAACATTCAGATTACAACCAAGCTGCACTTCAATGCTTAGCTAATTTGGAAAAAAATTATTATTAA	MADVAIGQIVKAHYRSGTYIGKVVGDKGDRYVVEVLAVKKHPMQGDLHNPQQTEGVFFHERKALAFGEKTNVKKAAVHPFNETVPNYNNSLKEAVELYRNKLLQKHSDYNQAALQCLANLEKNYY	PGPT0025295_176	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORULATION_REGULATION,PGPT0025295-kapB-K06347	NA	NA
AK148_02809	264	ptsH	COG1925	Phosphocarrier protein HPr	ATGACAGAAAAAACTTTTACAATTACTGCAGAAACTGGAGTACACGCTCGTCCTGCTACACTTTTAGTAAACAAAGCAGGTCAGTTTGAATCTGAAGTGGAAATTGCTTACAATGACAAAACAGTAAACTTGAAATCCATTATGGGTGTTATGTCGTTAGGTATTCCTAAAGGAGCACAAATTAAAATTACTGCTAATGGCTCAGATGAGGTAGAAGCTATTAATGGTATTGAAGAAGTTATTAAAGAACATCTTGGTGAGTAA	MTEKTFTITAETGVHARPATLLVNKAGQFESEVEIAYNDKTVNLKSIMGVMSLGIPKGAQIKITANGSDEVEAINGIEEVIKEHLGE	PGPT0016875_2878	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
AK148_02810	711	deoD		Purine nucleoside phosphorylase DeoD-type	ATGATGAGTGTACATATTGGTGCAAAATATGGAGAAATTGCTGATAAAATCTTATTGCCTGGTGACCCTCTCCGCGCTAAATTTATCGCAGAAACATTTCTTGAAAATCCAAAACAGTATAATAAGGTAAGAGGCATGCTAGGATATACTGGAACATATAAAGGGGAAAAGATTTCTGTTCAAGGAACAGGTATGGGAGTCCCTTCTATTTCTATTTATATAAATGAGTTAATGCAAAGCTATGATGTTCAAAAATTAATTCGTGTAGGTACATGTGGTGCAATTCAAAAAGATGTTCAGGTAAGAGACGTTATTCTCGCTCAAGGATCAACTACGGATTCACAGATGAATCGAATGGTTTTCGGTGGTATTGATTATGCACCAATTGCAGACTTTGATTTATTAAAGAACGCATACGATGCCGGTGTTGCAAAAGGGCTAAATCTAAAAGTCGGTAATGTCTTTACAAGCGACACCTTCTACAGAGATAATGCAAAGGAAGTAAATGAAAAATTAGCTGCCTACAAAGTGCTAGCTGTAGAAATGGAAACAACTGCTCTTTATACATTAGCTGCAAAATTTGATCGTCAAGCATTATCCGTACTAACCGTATCCGACCACATCTTAACTGGAGAAGAAACATCAGCTGAAGAAAGACAAACCACTTTCCACGAAATGATGGAAGTGGCGCTAGAAGCGGCTATTAAGTAA	MMSVHIGAKYGEIADKILLPGDPLRAKFIAETFLENPKQYNKVRGMLGYTGTYKGEKISVQGTGMGVPSISIYINELMQSYDVQKLIRVGTCGAIQKDVQVRDVILAQGSTTDSQMNRMVFGGIDYAPIADFDLLKNAYDAGVAKGLNLKVGNVFTSDTFYRDNAKEVNEKLAAYKVLAVEMETTALYTLAAKFDRQALSVLTVSDHILTGEETSAEERQTTFHEMMEVALEAAIK	PGPT0013385_841	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013385-deoD-K03784	NA	NA
AK148_02811	600	bioY	COG1268	Biotin transporter BioY	ATGAATCAAATGAGAACAATAGACCTTACATATGGAGCGGTTTTTGTTGTACTAATGGCAATTGGAGCTAATATTACCGTATGGTTCCCGATGCTAACGATACCCATTGGCGGAGCTGATGTTCCACTTTCCTTGCAAACATTTTTTGCAGTTCTAGCAGGATTAATGTTAGGTCGTAAACTTGGAAGTTTTTCGATGCTCGCATATATGCTTGTAGGGATAGCTGGTGTTCCTGTATTTGCTGGACTATCAGCCGGGCCTCGAATGTTCATCAGTCCAACTGGCGGATTTATTATATCATTTATTTTTGTAGCTCTAGTTACTGGTTGGATTGTAAATAAACCTAAACAAAATTATTCCTTTGTTCGTTATTGTTCAGCAGCGCTCTTAGGAACGGCAATAAATTATATAATTGGCGTGACATATATGTATGCTGCTTCCAATATGTGGTTAGACGTCCCACTTAGCTACACACTAGCCTGGAGCGGAATGATACCGTTTCTAATTAAAGATATTGCTTTTGCCGGGTTAGCGGCTTTATTTATGGTCCGTGTCATTAAAAGAATTCCCGTCTTAAGTCGCGCTAAACTAAGTGGATAA	MNQMRTIDLTYGAVFVVLMAIGANITVWFPMLTIPIGGADVPLSLQTFFAVLAGLMLGRKLGSFSMLAYMLVGIAGVPVFAGLSAGPRMFISPTGGFIISFIFVALVTGWIVNKPKQNYSFVRYCSAALLGTAINYIIGVTYMYAASNMWLDVPLSYTLAWSGMIPFLIKDIAFAGLAALFMVRVIKRIPVLSRAKLSG	PGPT0022050_576	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_TRANSPORT,PGPT0022050-bioY-K03523	NA	NA
AK148_02812	477			hypothetical protein	ATGGAACTATTTTTAAATTATCCCTTGTGGGCAGCATTAACAGCTATTTTTTTCGCACAGATAATTAAAATACCAATTGGGCTAGTTGTTACAAAACAGCTGAACCTTAGTTTAGCATTTAGTACTGGGGGGATGCCAAGTAGCCATTCGGCGGCGGTGGCGGCATTAACTACTAGCGTAGGTATTATAGAAGGTGTAACGTCTACCATGTTCGCTATCTCTTGTGTATTCAGTGTCATCATTATGTTTGATGCTACTGGCGTTAGAAGACAAGCAGGGGAGCAAGCAATTGTGTTGAACAAACTAATTCGCGATTTTCAGCTTTTTATAGATGGAGCAAAAGGCTGGCAAAAAAAAGAAGAAGATGAAAAAAGACAGGAATTAAAAGAGTTGCTAGGTCACCAACCAATTGAAGTGTTTTTTGGCGGTTTAGCTGGAATTATCATCGCTATTACAGTGTACCATTTATTTTACTGA	MELFLNYPLWAALTAIFFAQIIKIPIGLVVTKQLNLSLAFSTGGMPSSHSAAVAALTTSVGIIEGVTSTMFAISCVFSVIIMFDATGVRRQAGEQAIVLNKLIRDFQLFIDGAKGWQKKEEDEKRQELKELLGHQPIEVFFGGLAGIIIAITVYHLFY	PGPT0024535_802	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	OTHER_INTEGRAL_MEMBRANE_REMODELLING__PROTEINS,PGPT0024535-yuiD-K09775	NA	NA
AK148_02813	699			hypothetical protein	ATGAAAATCAAAAAAATCATTGAAAAAACGGTTTTAAGTTTTATGTTTGTGACTATCATGCTCCTAGGGATAGTGGGTTTAAAGGAAGGAGTTTCTGCTAAACTCTGGCCATATACGCCTTCTTCTATAGACAGATTAGCGGACAATAGTGATACAATGAATGGCAAAGATGTTTATACGAGACAAACAAATTTGAAACAAAAAGAGCTTAATCATGTGAAAGAAGTAGACCGTCAAATATCAAGCAATCAAATGGGACGTGTGAAAACGTTGGAAGAAGCTGTGAATTATGAACAATATCCAAGCAAAAAAGTGATTGCTACTGGGTACACGGCAGGTGTAGAATCTACCGGTAAAACTCCAGATCACCCACAATATGGAATTACCTATTCGGGAGTCCAAGTGAAAAGAGACTTGTATTCTACTATTGCTGCAGATCTATCTGTTTATCCAATAGGAACCATTTTGTTTATACCAAATTATGGATTTGGTGTCGTTGCTGATAAAGGTAGTGCTATTACAGGAAATAAAATTGACTTGTATTATGAGACAGTAGAAGATGTTTACGATAAATGGGGTAAACAGCAAGTCGATGTGTATATGATTGAAAAGGGAAATGGAGAATTAACAGAAAAACAATTACAACAATTAAATGAGAATGAGGCATTACAAGTGTTCAGGCAGGACATAACAGGTTAA	MKIKKIIEKTVLSFMFVTIMLLGIVGLKEGVSAKLWPYTPSSIDRLADNSDTMNGKDVYTRQTNLKQKELNHVKEVDRQISSNQMGRVKTLEEAVNYEQYPSKKVIATGYTAGVESTGKTPDHPQYGITYSGVQVKRDLYSTIAADLSVYPIGTILFIPNYGFGVVADKGSAITGNKIDLYYETVEDVYDKWGKQQVDVYMIEKGNGELTEKQLQQLNENEALQVFRQDITG	PGPT0025263_54	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025263-spsC-NA	NA	NA
AK148_02814	312			hypothetical protein	TTGATTCAATTAGTAGTGTCTATCTTATTATATTTCGTTATATTCTTTGGTATCGCTTTTATTTTAAATATGCTTCTTCGAACGACTTGGTTAATGGCTTTTATTTATCCATTTGTCGTTATTATTATTGTGGATAATACTGCGACATGGAATTATTTCACAAATACGAGTGAGACGTTTACCAAGTTAACTACTCGACTTACAGAACTTACTGCAGTTGATATCTCTATTTTGGCTGCTGGTTTTGTAGGGACAATTGTATCCGGTCTTGTGATACGTTTACTTAGGAAGAGTGGATACCAAATGTTTTAA	MIQLVVSILLYFVIFFGIAFILNMLLRTTWLMAFIYPFVVIIIVDNTATWNYFTNTSETFTKLTTRLTELTAVDISILAAGFVGTIVSGLVIRLLRKSGYQMF				NA	NA	NA	NA	NA
AK148_02815	1236		COG1252	NADH dehydrogenase-like protein	GTGATGAATATGGAAAAAAAAAGCATAGTTATTCTAGGTGCTGGTTATGGTGGAATGATGACTGTGACCAAAATACAAAAATCTTTACGCACTGAAGAGGCAGAAATAACTTTAGTAAACATAAATGAATACCATTATCAAACAACATGGCTTCACCAGAATGCTGTAGGAACAGTGAGTGATGATCGAACGAAAATACCTATTAAAGATGTTATTAATCCTCAAAAGGTAACGTTTATTCAAGATAAGGTTTTATCGATTCAACCAAAAGATAAAAAAGTGATTCTAGAAAACAGAATACTTCATTACGATGTACTAGTTATTGCTCTTGGATTTGAAGTAGAAACTTTTGATGTACCTGGCTTAGAAACATATGCTTATACGATAAATAATATAGAGAAAGCTCGTGAACTTCGGCAGCACATTGAAGATAATTTTTCCTTATTTGTAAAGGAAGAAAAGAAAAATCTTTCACGATTAACCTTTGTTATTGGTGGCGGCGGTTTTACAGGCGTAGAGTTTTTAGGTGAGCTTGCAGATCGTGTATCCGAACTTTGTAAAAAATATAACGTTGACAAGCAATTGGTGCGGATCATTAATATTGAAGCTACTCCGACCATTTTACCTGAATTTGATGAACAGTTAGTAGAATATGCTATGAACTCTCTGGAAGCACGTGGTGTTGAATTTATTACTGGGGCAACCTTTAAAGAATGTACCCCAACGAGTGTGTTATTTGAGAAATATGGTATGCAAACAAAGATATCTACGCATACGATAGTATGGGCTGCTGGAGTAAAGGCGAATTCAATTATAAAAGAATCAGATTTCACAACAAATAAAGGTAAAATAGAAGTGAATAATGATATGCGATCGCCAGAATATGATAATGTATTTGTCATCGGAGATTGTGCATTAATTATGGATTTTGAAAAAGGCAAGCCATATCCACCTACTGCTCAAATCGCTATTCAAGAATCAGAAGCTGTAGCTTATAATATAAGAGCATATATACGAAATGAAGAAATGGAAGGCTTTAAACCGAATATTCTCGGTACCGTTGCTTCTTTAGGAAGTCGAGATGCAATTGGAATTATATTTAAGAACAAGAAGATTTTAGGTTGGAAAGCGACCATATTGAAAAAAATAATTGATAACCGTTATTTGTTTAAGCTTGGTGGGCTCCGTTTATTGGTGAAAAAAGGGAAATTCACTATATTTCCGCGTGCTAAATAA	MMNMEKKSIVILGAGYGGMMTVTKIQKSLRTEEAEITLVNINEYHYQTTWLHQNAVGTVSDDRTKIPIKDVINPQKVTFIQDKVLSIQPKDKKVILENRILHYDVLVIALGFEVETFDVPGLETYAYTINNIEKARELRQHIEDNFSLFVKEEKKNLSRLTFVIGGGGFTGVEFLGELADRVSELCKKYNVDKQLVRIINIEATPTILPEFDEQLVEYAMNSLEARGVEFITGATFKECTPTSVLFEKYGMQTKISTHTIVWAAGVKANSIIKESDFTTNKGKIEVNNDMRSPEYDNVFVIGDCALIMDFEKGKPYPPTAQIAIQESEAVAYNIRAYIRNEEMEGFKPNILGTVASLGSRDAIGIIFKNKKILGWKATILKKIIDNRYLFKLGGLRLLVKKGKFTIFPRAK	PGPT0004020_4103	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
AK148_02816	987	yumC_2	COG0492	Ferredoxin--NADP reductase 2	ATGACAAATGAGGTATACGATGTAACCATCATTGGTGCAGGGCCTGTCGGATTATTTACCGCTTTTTACGGCGGAATGCGCCAAGCAACTGTAAAAATCATTGAAAGTTTACCACATACTGGAGGACAGTTAACTGCTCTTTATCCAGAAAAATATATATATGATATTGCTGGTTTCCCCAAAATAAGAGCTCAGGAGCTTATTGATAACTTAGAAGAACAAGCTAACTTATTTCATCCTGAAATTGTATTGGAGCAAGCAATTGAACAAGTGGAAAGACTTGATGATGGGACATTAAAATTAACTTCACATAAAAATGATATTCATTACACAAAGACAATGATTATCACTGCTGGTAATGGTGCATTTCAACCGCGTAAACTTAATATAGATCATTGTGAACAATATGAGGGAATTAACTTACATTATCATGTCAAGGATATGAACCAATATAAAGACCAGCATGTGCTATTACTTGGCGGGGGAGATTCTGCTGTTGACTGGGCGTTAATGCTCGAACCGATCGCTAAGAAAGTCACCCTCGCTCATCGCCGTGAAAAATTTCGCGCCCATGAACATAGTGTTGAAAAATTACACGCTTCTAACGTTGATATTCTGACCCCTTTTGTTCCAAGTAGCATTGTTGCAGACGATCGAATTAACCAAGTTATTTTGGAAGAGGTTAAAGGAGAACGCAAGGTGGAATTAGAAGTGGATGCAGTGTTATGTAATTATGGCTTTATTTCTTCTCTTGGTCCCATTAAAAACTGGGGGCTTGAGATAGAGAAAAATAGTATTGTAGTAAACTCGAAAATGGAGACGAATATCCCTGGCATTTATGCAGCGGGAGATATTTGCACTTACGATGGGAAAGTGAACTTAATTGCCACTGGATTTGGAGAAGGACCAACTGCTATTAATAATGCTAAACACTACATTGATCCTAAAGCTAGAATTCAGCCAAAACATTCAACAAGCATGTTTTAA	MTNEVYDVTIIGAGPVGLFTAFYGGMRQATVKIIESLPHTGGQLTALYPEKYIYDIAGFPKIRAQELIDNLEEQANLFHPEIVLEQAIEQVERLDDGTLKLTSHKNDIHYTKTMIITAGNGAFQPRKLNIDHCEQYEGINLHYHVKDMNQYKDQHVLLLGGGDSAVDWALMLEPIAKKVTLAHRREKFRAHEHSVEKLHASNVDILTPFVPSSIVADDRINQVILEEVKGERKVELEVDAVLCNYGFISSLGPIKNWGLEIEKNSIVVNSKMETNIPGIYAAGDICTYDGKVNLIATGFGEGPTAINNAKHYIDPKARIQPKHSTSMF	PGPT0013060_2006	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384	NA	NA
AK148_02817	357		COG0316	Protein	ATGACATTGACGATTACAGACAATGCTAAACAGCAAATTGTAGAGATGATGAAAGAAGAATCAGAAGGAGTCTATCTTCGCTTTGGTGTGCAAGGCGGTGGCTGTAGCGGTCTATCTTATGCCCTTGGTTTTGAATATGATATTAATGATGAGTTAGATACAACAGAAGAAATAAATGGTATTTCCGTAGTAATTAATAATCAAGATATACCGATCATAGAAGGTACAACGATAGATTTTAAACAGAATATGATGGGTGGGGGATTCAGTATAGATAACCCAAATGCTATCGTATCTTGTGGTTGCGGTTCTTCATTTAGAACAAAAGATAAGGTTGGTACGCCTGGTGATTGTTAG	MTLTITDNAKQQIVEMMKEESEGVYLRFGVQGGGCSGLSYALGFEYDINDELDTTEEINGISVVINNQDIPIIEGTTIDFKQNMMGGGFSIDNPNAIVSCGCGSSFRTKDKVGTPGDC				NA	NA	NA	NA	NA
AK148_02818	870	dapF	COG0253	Diaminopimelate epimerase	ATGCAGATACCATTTATTAAAATGCATGGCTTAGGAAATAATTATATATACCTTGATTTTTTTCAACATACTATAGCGGAAGATAAATTATCAGAATTAGCAAAAACTATCTCCGATGTGCATACAGGAATTGGTTCGGATGGGCTAATTATTATTCATCCAAGTGAAGTAGCTGATGTTGGTATGCGTATATTTAATAAGGATGGTTCTGAAGGGCAAAGCTGTGGAAATGGTTTGAGATGTACAGCGAAGTATGCGTATGAACAAGGAATAGTTGCAGAAAAGCAATTTCAAATTGAAACGAAAGCAAATAAGGTTGTAGCTGAAGTGCAAGTGATAAATGGAAAAGTCGACCACGTTACGATAAATATGGGGAAGCCACATCTTAAGCGTGAACTAATTCCGATGCAAGGGGAACCAAAAACAAAAGTCATTGCGGAGCGGTTTGAAATTCAGGGAGAAGTGTTAGAGTTAACCGCACTTTCTATGGGGAACCCACATGCGGTATTTATAGTAGAGCAAGTCTCTAAGAAGCAAGTGTCTCAACTTGGCCCGTTAGTAGAAAAGGATCCACGCTTTCCGCAAGGAGTCAATGTAGAATTTATTGAAATCCTTTCTCCAAACGAAATAAATTTCAGTGTCTGGGAAAGAGGCTCTGGTATAACACAAGCTTGTGGCACAGGAGCTTGTGCTGCTGTTGTGGCAGGGATATTAAATGATCGTTTAGAACGAAATGAATCTGTGAAAGTGCATTTGCCAGGAGGAGATTTGGATATTACGTGGGATAATGATGGTGATGTTTGGATGACAGGAGGCGCAGAGTTAATTGCTACAGGCTTTTATGAAGCGGCACATTTATTTAAAGTATAG	MQIPFIKMHGLGNNYIYLDFFQHTIAEDKLSELAKTISDVHTGIGSDGLIIIHPSEVADVGMRIFNKDGSEGQSCGNGLRCTAKYAYEQGIVAEKQFQIETKANKVVAEVQVINGKVDHVTINMGKPHLKRELIPMQGEPKTKVIAERFEIQGEVLELTALSMGNPHAVFIVEQVSKKQVSQLGPLVEKDPRFPQGVNVEFIEILSPNEINFSVWERGSGITQACGTGACAAVVAGILNDRLERNESVKVHLPGGDLDITWDNDGDVWMTGGAELIATGFYEAAHLFKV	PGPT0007230_1377	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-CYTOKININ_METABOLISM	PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007230-dapF-K01778	NA	NA
AK148_02819	333			hypothetical protein	ATGAGTAAAATCCATATTACGGTTTACGGAGCAGAGCAGATTTGTGCTAGTTGTGTTGGTGCTCCCAGCTCGAAAGATACGTATGAATGGCTACAAGCAGCGTTAGGGCGTAAATATGATACAGAGGTTATCATATATGAGTATGTAGATATCAAAAACCCGCCGCCTGTAGAGAAACATCAACAATTTGCGGAACGTATTATAGAGAAAGATTTATTTTATCCTGTCGTTTTTATTAATGATGAATTGGTAGCTGAAGGAATTCCAAGGTTAAAAACAATTTACCGAGCGTTGGACCAATATGAATTGCCTTTACAACCAGCAAAGAAATGA	MSKIHITVYGAEQICASCVGAPSSKDTYEWLQAALGRKYDTEVIIYEYVDIKNPPPVEKHQQFAERIIEKDLFYPVVFINDELVAEGIPRLKTIYRALDQYELPLQPAKK				NA	NA	NA	NA	NA
AK148_02820	225	nfuA		Fe/S biogenesis protein NfuA	ATGCATGAACAAGTACAGGAAGTATTAAATAAATTACGTCCATTCTTGCTGCGTGATGGTGGCGATGTGGAACTAATTGATGTTGATGAAAATGGCATTGTGCTTCTTCGTCTCATGGGTGCTTGCGGAAATTGCCCTAGTTCAACCATTACTTTAAAAGCAGGAATTGAACGGGCACTTATGGCTGAAGTTCCCGGCGTCACTGAAATCGAACAAGTATTTTAA	MHEQVQEVLNKLRPFLLRDGGDVELIDVDENGIVLLRLMGACGNCPSSTITLKAGIERALMAEVPGVTEIEQVF	PGPT0012225_450	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-MOTILITY-MEDIATED_DEFENSE_SIGNALLING,PGPT0012225-lysS-K04567	NA	NA
AK148_02821	969	ghrB_1	COG1052	Glyoxylate/hydroxypyruvate reductase B	GTGAAAAAGCCATATGTATACGTAACCAGAAAAATTCCGGCTGCATTGTTAGCGCCATATAAGGATGATTTTACTTTTAACTATTGGGAAAGAGAAGAAACTTCCGTGCCTAGAGAAGAATTAACTAAACAAATAAAGAAAGCTGATGCTCTTATTTGTATGGTGGGCGATGCTATTGATAAATCTATATTAGAAGAAGCGAACCAACTAAAAATTATTGCTAATTTGGCTGTAGGGTATGATAACATTGATTTAGAAGCGGCTAAGTCAAAAGACATCGTTGTGACCAATACACCAGATGTTTTAACGGAGACAACTGCCGATTTAGGGTTTGCTTTACTTTTAGCTACCGCAAGACGGTTAATGGAGGCTAATGACTATATTAGGCAAGGTAAATGGAAAGAATGGTCCCCTTACTTATTAGCTGGTGCTGATGTACATCAAAAAACAATTGGTATTGTCGGAATGGGGAGAATTGGCAGAGCGTTAGTCAGAAGAGCGCAAGGTTTTGGAATGAAAATTATGTATCACAACCGTTCTAGAAATTTAGTAGCAGAAAGCGAGTTAGGGACCATATATGCTAGCTTTTCTGATTTATTAAAAACGGCCGATTTTGTTGTGTCTGTTGTACCATTGTCAAGTGAAACTGAAAATATGTTCGACAGTCAAGCTTTTCAATTAATGAAAAAAGATGCTCTGTTTATTAATATTTCTAGAGGGGGAGTAGTGAATGAAGAAGCACTATTGCAAGCCCTGCAAAATGGAGAGATTCAAGCGGCTGGCTTAGACGTTTTTAAAGAGGAACCAATTTCAAAAGATCATCCTCTGTTACAATTACCAAATGTTGTTGCATTGCCACATATCGGTTCAGCAAGTATGGAAACGAGAACAAGCATGTGGAACCTTAGCTTAGAAAATGTTGCTGCTGTACTGCGTGGGAGTGCACCAAAAACGCCTGTATCTCAGTAA	MKKPYVYVTRKIPAALLAPYKDDFTFNYWEREETSVPREELTKQIKKADALICMVGDAIDKSILEEANQLKIIANLAVGYDNIDLEAAKSKDIVVTNTPDVLTETTADLGFALLLATARRLMEANDYIRQGKWKEWSPYLLAGADVHQKTIGIVGMGRIGRALVRRAQGFGMKIMYHNRSRNLVAESELGTIYASFSDLLKTADFVVSVVPLSSETENMFDSQAFQLMKKDALFINISRGGVVNEEALLQALQNGEIQAAGLDVFKEEPISKDHPLLQLPNVVALPHIGSASMETRTSMWNLSLENVAAVLRGSAPKTPVSQ	PGPT0019780_1002	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
AK148_02822	972			hypothetical protein	GTGCAGGTTAGTGATTGGCTTTATGAAAACTATAAAATTCATCCAGAAACGAAACGATGGATTGCGGGTAAGGAATGTTATCAAGCGAGTCAATATGTATATTTTATCACTTCTATCGATAACAATGAAATTATACATATGGAACAAGCGGTAGTTGCTTACTATTTAGCAGAAAACGGCTATTCACATATGGCTATTCCAATCCCTAATCACCAAGGGGGTTGGCTAACGTCTTACGAAGATGTAAGCTATATGGTAGTTAAAGGGCTTGCTTCAAGAACTGAAACCCAAGCTACTAACGGTTCCCTATTAGCGCAATTTCATCAAATTGGTAGCCTATATCATTATGAACCACAAGCAATTTCCAGTTATGGACAGTGGAAGCAATTATGGATAGATAAATTAAGCTGGATAGAAAGCAATGTTGAAAAAGCAGCTCAAGCAGGAGCAACGAATTATTATCGTTTAGTTATGGATATCCTCCCATATCTTATTGGCCTTAGTGAAAATGCAATTCAATACATTGGTGAAAGTGAGCAAGAATTACGCTATCATGAATCAGATCAAGGTACGATATCCTTTCGTCGGTATATAAATCAATTGCAACAACCTCTAATGTGGCCGATGGAGTTAGTATATGACCATCCAGCACGGGATATTGCTGAGTTTTTACGACAACTATTTCTTCAACCTCATCCAGATGAAGCTGTTATCCACTTTTTGCAAGATTATCAAAAAAACCGGCCTGTTTCTATCTTTTTCTGGAGGTTAGTGTATGCAAGGCTGTTGTTTCCAATTCATTTATACGATTGTTTAGAGCAAAATTTATCCACAGTTCAGGATAAAGGGTACGAACAATTAAAAGATTTAGTACAGCTTCAAGATAGGTATGAAGCAAATGTTAGTCGGTTTTTTGAGTGGGCAGAACTTGACTGTGATTTTTTACAGGTACCTATGTTACACTGGTTGTGA	MQVSDWLYENYKIHPETKRWIAGKECYQASQYVYFITSIDNNEIIHMEQAVVAYYLAENGYSHMAIPIPNHQGGWLTSYEDVSYMVVKGLASRTETQATNGSLLAQFHQIGSLYHYEPQAISSYGQWKQLWIDKLSWIESNVEKAAQAGATNYYRLVMDILPYLIGLSENAIQYIGESEQELRYHESDQGTISFRRYINQLQQPLMWPMELVYDHPARDIAEFLRQLFLQPHPDEAVIHFLQDYQKNRPVSIFFWRLVYARLLFPIHLYDCLEQNLSTVQDKGYEQLKDLVQLQDRYEANVSRFFEWAELDCDFLQVPMLHWL	PGPT0025265_73	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025265-yutH-NA	NA	NA
AK148_02823	513	ypjQ	COG1267	putative protein YpjQ	ATGGATGCAAATACAGATCGAAGTGAGTTAGAAGAGAAAGCCAGACAATGGTTAACGGAACGAGGCGTATCTTTAGATGACATTGCAGAACTGGTATATTACTTGCAATCTAAATATCACGAGAATTTAACACTTGATGTATGCAGGCATAATGTTGACCGTGTACTTAAAAAACGAGAAGTGCAAAATGCCATTTTAACTGGAATTCAATTAGATGTTCTAGCAGAAAAAAAACAATTGGAGCAGCCTTTACAAAGAACAATTGATACAGATGAAAGTTTATATGGTGTTGACGAAGTAATTGCATTATCTATTGTCAATGTTTATGGTTCCATTGGATTTACTAATTATGGATATATTGACAAACAAAAGCCAGGTATCTTAAAAAAATTAAATGATAAATCTACTGGAGAATGCCATACTTTTTTAGATGATATTGTAGGGGCTATTGCAGCAGCGGCCTCCAGCCGTTTGGCGCATGGAACGGGTGAAGATATACTGCTTGATGATTAA	MDANTDRSELEEKARQWLTERGVSLDDIAELVYYLQSKYHENLTLDVCRHNVDRVLKKREVQNAILTGIQLDVLAEKKQLEQPLQRTIDTDESLYGVDEVIALSIVNVYGSIGFTNYGYIDKQKPGILKKLNDKSTGECHTFLDDIVGAIAAAASSRLAHGTGEDILLDD	PGPT0007710_785	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHATASE_ACTIVITY,PGPT0007710-pgpA-K01095	NA	NA
AK148_02824	783	yutF	COG0647	Acid sugar phosphatase	ATGACTAAAGCATATCAAGGCTATTTAATCGATTTAGACGGAACAATGTATCAAGGAGATGAAGCTATTCCGTTTGCGTCTGATTTTGTAAAAGCATTACAGGAAAAACAACTCCCTTATGTTTTTGTAACGAATAATTCTTCCAAAACACAGCAAGATGTAGCGATGAAACTTAAAAAGTTAGATATTCCAGCAGAACCTAAGCAAATTGTTACTACAAGTTTAGCCACTGCTTCTTATATTACAGAAAATTACGGACAATCTCGTTGTTACGTTATTGGTGAAGAAGGGATACATAAAGCATTACAGGAAGAAGGGCATACCATTACAGAAACGGAAAATTGCGACGTCGTTGTTATAGGAATTGACCGTAATATTACGTACGAAAAGCTGGCTAAAGCTAGCATAGCTGTTCGTAACGGTGCAACATTCATTTCGACAAATGGCGACAAGGCTATTCCTAACGAACGTGGTTTATTACCAGGAAATGGGTCTTTAACGGCTGTTATTTCTATTTGTACTGGTGTTGATCCTGTGTTCATCGGCAAGCCTGAGGCAGTTATTATGAAAGAAGCATTGCACGTGCTCGGTTTAAAAGCAGATGAGGCATTAATGGTTGGAGATAATTATGCAACAGACATTCAGGCGGGCATCCAAGCAGGTATAGATACCTTAATGGTTTTTACAGGGGTGACGCCATTTTTAGAGTATGAACAACTACCTGTTAAACCTACTCATTATGTACACAATCTCAAAGAATGGTTGGAAAAGCTATTATCGTAG	MTKAYQGYLIDLDGTMYQGDEAIPFASDFVKALQEKQLPYVFVTNNSSKTQQDVAMKLKKLDIPAEPKQIVTTSLATASYITENYGQSRCYVIGEEGIHKALQEEGHTITETENCDVVVIGIDRNITYEKLAKASIAVRNGATFISTNGDKAIPNERGLLPGNGSLTAVISICTGVDPVFIGKPEAVIMKEALHVLGLKADEALMVGDNYATDIQAGIQAGIDTLMVFTGVTPFLEYEQLPVKPTHYVHNLKEWLEKLLS	PGPT0005420_695	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION	PLANT_DERIVED_NITROPHENYLPHOSPHATE_DEGRADATION,PGPT0005420-nagD|yutF-K01101	NA	NA
AK148_02825	453			hypothetical protein	ATGTATTTTGTTGATCGAGAGAAGCTGGAGTCGATTTTACAGTATATGGATCAGTTAAATGGTATATTGGAAATGGACCGTCTACACTCTTTAGAAGAAAAGTTAAGCTTGGAACGAGCAGTACATGTTTACATTGAGTCTGTACTTGATGTAGGAAATATGATGATTGACGGATTTATTATGCGTGATCCAGGTAGTTACCACGATATTATTGACATTTTATTGGACGAAAAGGTACTGCCAACTGAACAGGAGCGTGCATATAAAGAATTAATTACGCTAAGGAGAATGTTGATTTCCGACTATGCGCAAGTGGATCATAAAAAAATGGTTCAAGTAATGCAAACCTATCTTAAAGATTACAAACAGTTTGCAACATATATTCGTAAATATATTAATGAAGAACATCAGCAAGTTACTCACGCGTTTTCAAATGATACTTCAAAACAATAA	MYFVDREKLESILQYMDQLNGILEMDRLHSLEEKLSLERAVHVYIESVLDVGNMMIDGFIMRDPGSYHDIIDILLDEKVLPTEQERAYKELITLRRMLISDYAQVDHKKMVQVMQTYLKDYKQFATYIRKYINEEHQQVTHAFSNDTSKQ				NA	NA	NA	NA	NA
AK148_02826	270			hypothetical protein	ATGGGCAAAAATTATGAAGTAATTAAGGATGAGACAGTAGGAAAAGATGTGCGGTATGTCAGCTTTATGGGGCAGTTACAACGTTATGATTTAGCTATTTTAGATGATCATGAAGACGTAAACAAAAAGCTGATTATAAACATGAGAAAAAACCGATGCTTATCGATTGATAAACAAGATTTGCACAATAAAGGTGTGATCGAACATACATTTAACGAAGCCAACATGGAGGCGGATGAGATTCGCCACTTTTTACAAGATATTCTGTGA	MGKNYEVIKDETVGKDVRYVSFMGQLQRYDLAILDDHEDVNKKLIINMRKNRCLSIDKQDLHNKGVIEHTFNEANMEADEIRHFLQDIL				NA	NA	NA	NA	NA
AK148_02827	255			hypothetical protein	ATGGTTAAGAAAAAAGACTATAGTGACTTTTCAAATGTAAAGCATTCCCATGATCGTTTAATACCCGAAGAATTTCCAGAAGGGGCTTTTGGCTCTCCTATCCATAGCGATACAGCTGTGGAAGGGAAATCAACTTCATGGGAAGAAGGACAGCATAGAGATAGCGCCTTTGTTTATCCAGATCGCAAACAGCATGAAAACGTCCCCAGAAAGGCGCCAGGCTCTCATATTATTCATGATGAAAAAGAGCAGTAG	MVKKKDYSDFSNVKHSHDRLIPEEFPEGAFGSPIHSDTAVEGKSTSWEEGQHRDSAFVYPDRKQHENVPRKAPGSHIIHDEKEQ				NA	NA	NA	NA	NA
AK148_02828	276	yutD	COG4470	putative protein YutD	ATGGTTGAACTATTTGGAAAAACATATGAGTTGATTGAAGATCATAAAGCTGGGTTTCAGGAAAGTGTTGTAAAGGAGAGGTATTCTGATATTTTAGCTAAATATGATTATATTGTTGGTGATTGGGGATATGATCAATTACGGCTAAAAGGTTTTTATGATAATAGGCACGTGAAAGTTCCAGTAGATACTAAAATTGATACATTGGATGATTACCTATATGAGTATTGTAATTTTGGTTGCGCTTATTTTGTATTAAAAAAAATGGAGCAGTAG	MVELFGKTYELIEDHKAGFQESVVKERYSDILAKYDYIVGDWGYDQLRLKGFYDNRHVKVPVDTKIDTLDDYLYEYCNFGCAYFVLKKMEQ				NA	NA	NA	NA	NA
AK148_02829	534			hypothetical protein	ATGAAAAGGATAATTCCCATTGGTCTATCCGTTCTCTTTTTAGCCACTGGTTGTATGGATAATGATACTGCTACAAATGAAAGAGAACGTATACAAAACCAACTTGACCCAAATAAAGAAGCTCCTGCGGATAATGATTCAAATAACAGACTGGGCTATGTTCGTTATTCAAAAGAACAAATTGATAATGATAAAGAAAAGCAGCACTCCATGCGTATAGACCGTACAAAGATGGCTGATATGATTACTCGTAGTATGTTAAGATCAGATGCTTTTAAGGAAGCTGCTACGTTAGTAACAGATGAAGAAGTACTCATTGCTTATGAAAAGGCAGATGATTTCGATAAAGAAAAAGCATCTCAAATGGCAGAGAAAACTGCTGCTTCCATATTGCCAAGATACTTTAATATCTATTCTACTGATAACACGAACTTAATTAATGACATTCAAAGTTTGCATAATTCAACGACTACTGAAGACGACTACGACAACACCATTAATAACATCATTAAAGAAATGAAAAATTCAAAATAA	MKRIIPIGLSVLFLATGCMDNDTATNERERIQNQLDPNKEAPADNDSNNRLGYVRYSKEQIDNDKEKQHSMRIDRTKMADMITRSMLRSDAFKEAATLVTDEEVLIAYEKADDFDKEKASQMAEKTAASILPRYFNIYSTDNTNLINDIQSLHNSTTTEDDYDNTINNIIKEMKNSK				NA	NA	NA	NA	NA
AK148_02830	972	lytH	COG0739	L-Ala--D-Glu endopeptidase	GTGAAAAAATTGTCTATCAACCGTATTGTTATAACGTTTTTATTATGTACACTTTCCATTATACTTATGCCTACACTTACAAAAGCAGATAGTAATTCTATTTATAAAAAAAGAATGGCATTATTTAAAAAAACAGAAGCAGTAACACAAATTCCATGGTATTATTTTGCTGCCATTGATAACTATGAACGAAACGCAAAAAAAGATGCTGATGATGAACAAGCGGTTTCTATTGAATTTCCTACAGAAGCTTGGTTTGGCCTTGGTAATGCAGCAATGATTAATGATGAACGACTCATACATTTTTTTAATGGTTATGGAAAAGATGGCAACGGCGATCAAATAGCTGACCCAACCAATCCTGAAGATGTTCTTTATACAATGGGAAACTATATTTTGCAGTACGGACAAACAAAAGATGATATTAAGATTGCTCTTTGGAATTACTATAACCGAGATTTAACTGTCCAAACCATTATGAATACAGCTAAAGTCTTTAAAAAATTTCAAGACATTCAGTTAATTGAACGAGATTTTCCCGTATCTACATCTTATAATTATAGCTATCGCAGTACATGGGGAGATAAAAGAGGCTTTGGTGGCTTAAGAATTCATGAAGGAACAGATATTTTTGCAGATTATGGTACTCCTGTGAAGTCAACCACTTATGGAGTCGTTGAAATGATGGGGTGGAACTTATACGGTGGCTGGCGCATTGGAATAAGAGATATATATAATATTTACCATTATTATGCTCACATGAGTGGTTATGAAGATGACATTAAAGTAGGGAAAGTTGTGAAGCCAGGTGATGTGCTTGGAGGAGTCGGTTCCACTGGTTATGGGCCACCTGGAACTTCAGGAAAATTCCCACCGCATTTACACTATGGTATGTATAAAGATAATGGGTATAGTGAATGGTCTTTTGATCCATATCCGTACTTAAAAAAATGGGAACGCATGACAAAATAA	MKKLSINRIVITFLLCTLSIILMPTLTKADSNSIYKKRMALFKKTEAVTQIPWYYFAAIDNYERNAKKDADDEQAVSIEFPTEAWFGLGNAAMINDERLIHFFNGYGKDGNGDQIADPTNPEDVLYTMGNYILQYGQTKDDIKIALWNYYNRDLTVQTIMNTAKVFKKFQDIQLIERDFPVSTSYNYSYRSTWGDKRGFGGLRIHEGTDIFADYGTPVKSTTYGVVEMMGWNLYGGWRIGIRDIYNIYHYYAHMSGYEDDIKVGKVVKPGDVLGGVGSTGYGPPGTSGKFPPHLHYGMYKDNGYSEWSFDPYPYLKKWERMTK	PGPT0024030_273	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_LD-ENDOPEPTIDASE_ACTIVITY,PGPT0024030-lytH-K21472	NA	NA
AK148_02831	105			hypothetical protein	ATGAGTACTAGTGCTATCTTTGTCATGATCTTAGGAATGGTAATTATTTGGGGAGGGCTTGCAGCAAGTATTACTTATGCTGTAAGAAAATCAAAACAAAAATAA	MSTSAIFVMILGMVIIWGGLAASITYAVRKSKQK				NA	NA	NA	NA	NA
AK148_02832	1530			hypothetical protein	ATGGAAACACGTTCGCAGTGGGGAACAAGAGCAGGGTTTATTATGGCGGCAATTGGATCAGCTGTGGGATTAGGAAACATTTGGCGTTTTCCTGCTGAAGCTTATGGCAATGGTGGAGGAGCCTTCTTTATTCCATATTTATTTGCGTTATTAACTGCTGGTATCCCTATCTTAATCATGGAATTTACGATGGGGCATAAATACCGCGGTTCTGCTCCATTAACGTTTCGGAAAATGAATAAGAAAACCGAATTTATTGGCTGGTGGGCAGTGTTGGTGGCGTTTGTAATTTCTACTTATTATTCTGTTATTATTGCCTGGGCAATATCATATGCCTATTTTTCTATCAATTTGTCCTGGGGGACGGATACAGAAGGGTTTTTATTTAATGATTATTTAAAAACGGTTGATCCGGGTCAAATGGGGAATTTAGTTCCAGGGGTATTTATTCCATTAATTTTAGTCTGGATTGTTGTTTTATTTATCTTGTTCCGCGGTGTGAAAAAAGGAATTGAAATTGCGAATCGGATTTTTATTCCAACATTAGCTATTATATTTTTAATTATTGTTATTCGCGCGGTGACATTGGATGGAGCACTCCAAGGTTTGCAAGCCTTTTTCGAACCAGATTTTACTAGTATTTTTTCAGGTGAAGTATGGGTCGCTGCCTACGGGCAAATATTCTTTAGTTTATCAATCGCATTTGCAATTATGATTACGTACTCAAGTTATTTGCCTAACAAATCAGATATAACAAACAATGCATTTATTACTGGGTTTGGAAACTCTAGTTTTGAATTACTTGCAGGAATAGGCGTCTTTTCGGTACTTGGATTTATGGCAAGTCAATCGGGGGTAGCTGTAGATGAAGTTGTTTCTAGTGGTGTCGGTCTTGCGTTTGTTGTTTTTCCAGCCATTATTAATGAGTTCCCAGGCTTAAATGGGTTGTTCGGTTTCTTGTTTTTTGCATCTTTGGTATTAGCTGGGTTAACATCGTTAATGTCCATTTCGGAAACATACATTGCTGGCATATCTGATAAGTTTAATATATCCCGTGGAAAAGCAGTCCTGTTTGGAGGGGGAATAGCTGCTCTTATTTCACTAGTTTATGCAACACAAGGTGGCTTGTTTTTCCTTGATACGGCAGACTATTTTATTAATCAATTCGGTGTAGCAATGCTTGGTTTAGTAGAAGTTGTATTAATTGCTTGGATACTTCGCCAGGTGAAAAATTTGAAAAACCATGCCGATGAATTATCTGATATTAAGTTAGGTTGGTGGTTCCCAGTTAGTTTAAATGTTATTACACCAATTGTATTAGGATATATGATGTTCGATCTATTACGGTTAAATATATTGAAGTTATTTGATACACAAACAGGTAATTATGAAGGTTATTCTGATACATTTATTTTATTTGGAGGTTGGTCGGTTGCTGCCGTTGCACTAATTATAGGTGTCTTTATGGCTGCTACAAAATGGCGTTCAAAAGAGGCTAAAGGTTATTCGGATCAAAGGGAGGCTAAATAA	METRSQWGTRAGFIMAAIGSAVGLGNIWRFPAEAYGNGGGAFFIPYLFALLTAGIPILIMEFTMGHKYRGSAPLTFRKMNKKTEFIGWWAVLVAFVISTYYSVIIAWAISYAYFSINLSWGTDTEGFLFNDYLKTVDPGQMGNLVPGVFIPLILVWIVVLFILFRGVKKGIEIANRIFIPTLAIIFLIIVIRAVTLDGALQGLQAFFEPDFTSIFSGEVWVAAYGQIFFSLSIAFAIMITYSSYLPNKSDITNNAFITGFGNSSFELLAGIGVFSVLGFMASQSGVAVDEVVSSGVGLAFVVFPAIINEFPGLNGLFGFLFFASLVLAGLTSLMSISETYIAGISDKFNISRGKAVLFGGGIAALISLVYATQGGLFFLDTADYFINQFGVAMLGLVEVVLIAWILRQVKNLKNHADELSDIKLGWWFPVSLNVITPIVLGYMMFDLLRLNILKLFDTQTGNYEGYSDTFILFGGWSVAAVALIIGVFMAATKWRSKEAKGYSDQREAK	PGPT0013950_355	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013950-TC_NSS-K03308	NA	NA
AK148_02833	1557			hypothetical protein	ATGGAAGGAACAATTTTTTCACTTATTCCAGCAGTCTTGATGCTGGTACTAGTTCTCTTGACGAGAAATGTTTTATTATCTTTAGGAACTGGAATTGTAGTAGGCGCTCTACTTATCCATAATTTTTCTGTTTTAGATTCATTCCACGAGATTTGGACACAGTTTTATACCATATTTGTCTCTGATGGAGGGTTAAATACTGGGAATATCCTATTGCTATCATTTTTAATATTATTAGGCATTATGACTGCTTTTTTACAAGCGTCTGGAGGAAGCAAAGCCTTTGGTGATTGGATGATAAAAAAAGTAAAAACTCGCTCTGGAGCTCAGGGAATGAGTGCATTCTTAGGGTTAATTATATTTATAGATGATTATTTTAACAGTTTGGCCGTTGGTCAAATTGCCCGCCCACTTACAGATCGACATAAAGTTTCTCGAGCTAAATTGGCCTATATTATTGACTCGACATCTGCGCCTGTCACAGTCATATCTCCTATTTCTAGCTGGGGAGCATATATCATTGGAATTATGGGTGGTTTATTTGCTGCCAATGGAATTACATCATTGGAGCCTTTGGAAGCTTTTGTTAAAATGATTCCCTATAATTTATATGCAATCGCAGCAGTTTTAGCGGTTTTTTTAGTTGCTTATTTAAAAGTAGATATTGGGCCAATGCGAAAGCATGAAAAACGTGCGATAGAAACAGGTGAATTAATTGATCCGAAACAGGATAATGTACCGGGAGATTTAAGTGACACGTTTACAGCGCATCAAAATGGGAGAATTTATCATCTTTTATTACCTATCGGTGTACTTATTATAGCAACAGTGTCTTCCATGATTATTACTGGTGCAATGGCTACAGAAGATAACATTAATTTACTGACTATATTTGCAAACACTAACGTAAACTTATCCTTGTTTACTGGTGGCGTAATCGCAGTATTAACATCCTTTTTGTTTCATCTTAGCCAGCAAAAACCGAGAAATTCAAGTTTAAAGATTGTTTTAGAAGGTGCCAAAACAATGATGCCGGCAATTTATATCCTACTCTTGGCTTGGATGATTGGCTCTATTATTGGTGTTTTGGAAACGGGTGAATATTTAGCTGGTATCGTAAATGATGCCTCGATAAACCCTGCTTTATTACCATTTTTGTTTTTCATAATTGCTGGTTTTATGGCACTTGCAACAGGAACATCTTGGGGAACGTTTGGAATCATGTTACCGATTGCTGCGGAAGTAACAAGTATTACAAATATGGAAATGCTATTACCATCTATGGCCGCGGTATTAGCTGGTGCTGTCTTTGGAGATCATTGTACACCGATATCGGATACAACTATTCTGTCAGCTACGGGAGCAGGAGCGAATCATATTGACCATGTGATGACACAACTCCCCTACGCTTTCATTTCTGCTTTAGCTGCATCTATTGGTTACATTTTAGTCGGACTTACAAATCAAGTGTTACTGCCACTAGTAGTGACACTATCCATTATTATTGCCTTTGCCACCATTATTCATTTTGTGAGAAAAACAAAAACCATACAATAA	MEGTIFSLIPAVLMLVLVLLTRNVLLSLGTGIVVGALLIHNFSVLDSFHEIWTQFYTIFVSDGGLNTGNILLLSFLILLGIMTAFLQASGGSKAFGDWMIKKVKTRSGAQGMSAFLGLIIFIDDYFNSLAVGQIARPLTDRHKVSRAKLAYIIDSTSAPVTVISPISSWGAYIIGIMGGLFAANGITSLEPLEAFVKMIPYNLYAIAAVLAVFLVAYLKVDIGPMRKHEKRAIETGELIDPKQDNVPGDLSDTFTAHQNGRIYHLLLPIGVLIIATVSSMIITGAMATEDNINLLTIFANTNVNLSLFTGGVIAVLTSFLFHLSQQKPRNSSLKIVLEGAKTMMPAIYILLLAWMIGSIIGVLETGEYLAGIVNDASINPALLPFLFFIIAGFMALATGTSWGTFGIMLPIAAEVTSITNMEMLLPSMAAVLAGAVFGDHCTPISDTTILSATGAGANHIDHVMTQLPYAFISALAASIGYILVGLTNQVLLPLVVTLSIIIAFATIIHFVRKTKTIQ	PGPT0027895_294	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0027895-tet35-K18218	NA	NA
AK148_02835	774	yunB		Sporulation protein YunB	ATGAAAAAGCGACCAAGAAGGAAATTACGAACAGACTCCCCTTTGAAAATAATATTATTGTTGACGACAATTGCTTTTGTTATTTTGACCTCCCTTAGTATTTTAATTGTTGATAAGGGGATAACTCCTCCTCTGATGGAGATTGCAAATCAAAAAACGAGAGAATTTGCTACGAGGACGATCAATGAAGCAGTCAAGTCGACGGAAAATATTAGCTTTGATGATTTAATGGAAGTTAATTCAGAAAACGATGTCTCTATTGTCGGATGGAAATCTGCTGCTGTAAATCGTGCGCTTCGAGCGGCTACCAAACGAGCAGAATACTTTTTGTACGGTATGAATAAAGGGCAAACATTGGATACAGAAGATCCTGACATGCCTCCACAAGATTATGGAGATACAGCAAATGAGTTAGCTGATAAAGACCCTACAGTTGTTGAGATTCCAATAGGTCAAGCTACTGGTAGCACGATCTTAGCAAATCTAGGGCCTAAAATACCTGTTCATTTTGAAATTGTTGGTAGTATTCAATCAGATGTGGAATATATTATGAAAGACTTTGGGATCAATGCTGCATTAATAGAAATATATATACCAGTGACAGTAAATGCACAAATTGTTGTACCGTTTAGTACGGAGTCAGCAGAAATTCGTACGAAGGTATATGTAGATTCTCGCGTAATTATGGGCGATGTTCCACAATTTTACGGAGGTGATGGTGAAAACGTACCTAACATTTCCGTTCCCAAAGATGACTTGAATCGAGACAATTAA	MKKRPRRKLRTDSPLKIILLLTTIAFVILTSLSILIVDKGITPPLMEIANQKTREFATRTINEAVKSTENISFDDLMEVNSENDVSIVGWKSAAVNRALRAATKRAEYFLYGMNKGQTLDTEDPDMPPQDYGDTANELADKDPTVVEIPIGQATGSTILANLGPKIPVHFEIVGSIQSDVEYIMKDFGINAALIEIYIPVTVNAQIVVPFSTESAEIRTKVYVDSRVIMGDVPQFYGGDGENVPNISVPKDDLNRDN	PGPT0025000_58	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0025000-yunB-NA	NA	NA
AK148_02836	1398			hypothetical protein	ATGGAAGAACAAATCTATTTTTATTATACGAACGATTTACATAGTAAGTTTGATCATTGGTCCCAAGTATCGTATTTTTTAAAGCAGTCGAAACGGCGTTGTGAAGTTACAGGGGAATCGTGCTGGACGGTAGATATTGGTGATCATATGGACAGAGTACATCCAATAGCAGAAGCATTTAAGGGGCAAGCAAATACTGCTTTATTAAATGAAGCTGGTTACGATATCGTTACACTTGGTAACAATGAGGGGATTACTATTTCTCATGATGAGCTCCATGCATTATATGATGAGGCGAAATTCACAGTGGTTTGTGGTAATTTGCATGATACGATTGGAAAATCACCAAGCTGGCTACAGTCTTATACAATAGTAACTTCAAAACAAGGAGTCAAAATTGCTGTGTTAGGACTTACTGCCCCTTTTAATGCGTATTATGAGTTGTTGGGGTGGCATGTTTCCCCGCCTTTAGAACAGTTGGAGCACTTATTAGATACTGTGAACCGTGAAGCGGACATCATTATCGTTTTATCTCACTTAGGATATAGTGAGGATTGTGAAATAGCACGTCGGTTTCCAAATATTGATGTAATTATAGGTGGACATACGCATCATTTGTTGAAAAGTGGGGAGTACGTTAATAATAGCCTTATCACTGCTGCCGGAAAAAACTGTTATTATGTTGGAGAAGTAATTTTAACATGGGATCATAAGCGAGGAAAATTAAAAAGTAAGCAGGCATATACGTCTAGTATTAGCCATTTCCCTAAAGATATAGACACTGAAAAATTGTTAGCAGCTTATGAAGAAAAAGCAGAAAATATTTTAGCTAAACCAGTTATTGAACTATCCAGCCGTTTAGAAGTAAACTGGCGCAAAGTGACTCCCGTTTTACAAGCTTTAACAGAAGCACTAAAGGAGCAGACAAATGCTGATTTTGCTATGCTGAATGCGGGTGTATTACTAGAAAGCTTGCCTAAAGGAGTTGTCACATACGGCGACGTTCACCGTATTTGTCCACATCCGATAAATACATGTGTCGTTGAATTAACTGGAAGTGAAATAGTAGAAGCTATCCGTTCTTCTTTAACAGAAGAATTTATGGAATTTCAGTTAAAAGGGTTTGGTTTTCGCGGGAAAATGATAGGAAGAATGGCTTTTTCAGGTTTAACACCACAATTAGAAAAATTAAAGGATGGAGCTGTATTTGTTAAACAAGTATGTCAAACAAGGGACGTTCCATTACAGCCGAATCAAATGTATACATTGGCTACCGCTGATACGTTTACGTTTGGAAGGTTAATACCGGAAATTGCACGTTCGAAAATGAAAAAATACTATTTGCCAGCATTTTTGCGGGATATATTGGCGCAAACTTTAAGACGTATGTATGGGTGA	MEEQIYFYYTNDLHSKFDHWSQVSYFLKQSKRRCEVTGESCWTVDIGDHMDRVHPIAEAFKGQANTALLNEAGYDIVTLGNNEGITISHDELHALYDEAKFTVVCGNLHDTIGKSPSWLQSYTIVTSKQGVKIAVLGLTAPFNAYYELLGWHVSPPLEQLEHLLDTVNREADIIIVLSHLGYSEDCEIARRFPNIDVIIGGHTHHLLKSGEYVNNSLITAAGKNCYYVGEVILTWDHKRGKLKSKQAYTSSISHFPKDIDTEKLLAAYEEKAENILAKPVIELSSRLEVNWRKVTPVLQALTEALKEQTNADFAMLNAGVLLESLPKGVVTYGDVHRICPHPINTCVVELTGSEIVEAIRSSLTEEFMEFQLKGFGFRGKMIGRMAFSGLTPQLEKLKDGAVFVKQVCQTRDVPLQPNQMYTLATADTFTFGRLIPEIARSKMKKYYLPAFLRDILAQTLRRMYG	PGPT0013395_1876	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
AK148_02837	816			hypothetical protein	ATGGTATTCATTCTTTGTTTAGCAATAGGGATAGTAACAGCGCTGGTTGGTGCTTTGATGGGATTAGGTGGAGGACTTATTCTTATTCCAAGCTTACTGGGGTTACATCAATTTGTAGATGCATTCGCGTGGGCAACGCCTCAAGCTGTAGTTGGAATCTCGCTTGTAGCAATGGTATTCACAGCATTATCTTCAACAGTTGCTTATGTAAAAACAAAACGAATTGATTATAAAGCAGGCTTGTGGCTTATTTCAGGGAGTATTCCTGGAAGTGTTTTTGGCTCTTGGCTCAACAAGTTTATGGATACAGAGCCGTTTTTATTTTACTTTGGAATCGTTATGATCGCAGTGTCCATGTTATTTTTTATGAAACGAAAGATAACCTCGCAAGTTGAACCCCAAAATAAAGGTTTACGGAGCTTTTATATAGACGGTAAAACGTATTATTATCATTTTTCGGCTTGGATAGCGTTTGTGTTGTCGCTAGTTGTAGGGATTCTTTCCGGCTTGTTTGGTATTGGTGGTGGATCAATCATGGTTCCCGCTATGATTCTTTTATTTGGTATACCTGCGCATGTAGCTACAGCGACATCTATGTTTATGATTTTATTTATTAGTCTAATTGGAGCTAGCACACATATTACGCTTGGTAATTTGGAATGGCAATATGCGCTATTCTTCATTCCAGGAGCATGGATTGGTGGAAAATTAGGAGCCATGATCAATCAACGCTTGACTGGAAAAGCGCTTGAATGGATTTTGCGCATTTTATTAATTATAATTGGAATTCGAATGATTTTTCAAGGGCTGTCATAA	MVFILCLAIGIVTALVGALMGLGGGLILIPSLLGLHQFVDAFAWATPQAVVGISLVAMVFTALSSTVAYVKTKRIDYKAGLWLISGSIPGSVFGSWLNKFMDTEPFLFYFGIVMIAVSMLFFMKRKITSQVEPQNKGLRSFYIDGKTYYYHFSAWIAFVLSLVVGILSGLFGIGGGSIMVPAMILLFGIPAHVATATSMFMILFISLIGASTHITLGNLEWQYALFFIPGAWIGGKLGAMINQRLTGKALEWILRILLIIIGIRMIFQGLS				NA	NA	NA	NA	NA
AK148_02838	927			hypothetical protein	ATGATGAGAAGTAGAATAAAATGGCTATTGTTCATGTCACTTGGAATGTTTTTAATTTTATTTACAGCGTGTAGTAATAGCGAGGCGGAAAACAATGAGAAAACAGGAGAACAAGAGGGAGAGTTAGCGTATAATCCTCCTTCTATGGAGGAGTTAGATGCGGATGATCCGATGACTTCTTACATTCAAAAAGGCGAAAAAATATTTAACGAGACGAACACTGTATTATCGGAAAGAGTAGGGAATGAATTATCCTGTGCAAGCTGTCACGCGGATGGTGGGGTAGCCCCTTCCTCTAGTATGGTAGGTGTGACGACACAATTTCCGCAGTATAGACCAAGAGAAGGCGTAGCGTTTACAATTGAAGACAGAATTAATGGATGTATGGTAAGAAGTATGAATGGGCAGAAAATGGATTATGATAGTGAAGAAATGCGTGCGCTTACAGCTTACTTAACGTATATTTCAGAAGGGATTGAAACCGGTGAAGAAATCCCGTGGCGGATGCAAAATACGATGGAGGAAATTCCTGAGCCTAATGTAACCAAGGGAGAAGAATTATACGAGCAAAAAAATTGTTTGAGTTGTCATGCCACTGATGGTTCTGGAACCGGAGCAACAACTGGACCAGCCTTGTGGGGAGATAATTCATTTAATGATGGAGCGGGTATGAGTAGACTGAGTAAAATGTCTGGATATTTAAAAAATAATATGCCTCCAAATAAAGACGACACGTTAACAGATCAAGAAGCAGCGGATATTGCAGCTTTTTTGTTATCAAAAGAACGACCGGAGTGGAAAGGACATGACTCAGATTGGCCAAATGGAGGTAGACCTTCTGATATTATAAATAAAGAACGCAGAGAAAAAATTCGTGAAGGCACATTTAATTGGGCTGATATTGAAAATGTTATTCCTGCTAAATAA	MMRSRIKWLLFMSLGMFLILFTACSNSEAENNEKTGEQEGELAYNPPSMEELDADDPMTSYIQKGEKIFNETNTVLSERVGNELSCASCHADGGVAPSSSMVGVTTQFPQYRPREGVAFTIEDRINGCMVRSMNGQKMDYDSEEMRALTAYLTYISEGIETGEEIPWRMQNTMEEIPEPNVTKGEELYEQKNCLSCHATDGSGTGATTGPALWGDNSFNDGAGMSRLSKMSGYLKNNMPPNKDDTLTDQEAADIAAFLLSKERPEWKGHDSDWPNGGRPSDIINKERREKIREGTFNWADIENVIPAK				NA	NA	NA	NA	NA
AK148_02839	2226			hypothetical protein	ATGATTAAGCCTAAATATCTTTTTGGTTTAATTGCCATAATTTTACTTTTCTTGGGCATGTTTTTTGTTAAAGGAGACTACTTTTCGGAAAAAGAGGAGTCCGTTATGTTTGAAAATGATAATGCTTTTAAAGTAATTGAGCCTGCGTCAATATCTTTAAAAAAAGATGGAAAATTAATTAAAGTTGGGGCTATATCTAAAGGAAGTACATTCAATTATTTAGAAGATTACGGTAATTGGTATAAAGTTAGATTTGGAGAGAGTATTGGTTATATATGGAAAGAAGCAACTGAGCCTATTGACAACCTGACAGTAAAAGATAATAAAATAAGTGGAAATTTGCTTACAGTAGTAAAAACACCAGTATATAATTCTACAACAAGTACGGATCCTATCGCAGAAATAAATGCTGCCCAGCATATTCAAATTGTTAGTAAATCAGAGAAGGGATGGTATGAAATAGAACTCCTGGGAAGGAATCTGTTTGTAAAAACAAAAAATGTTATAGAAGAAAATAATTTTAATGTTGTTAAAAACAACAAAAATATTAATGTCATAAAGAAAAGCCTAATTGGTTCCCCATTAAATAGGGACCTTGAAAATACTACAGAAAATGAGACAATTAATGCTGCAAATCTAATTTTAAAAGATAAAGTTAAATTTCCAAAATACAATCAAGGTGAACCTATGGATTTTTCTAAAGGAATTAATTGGAAAGAAGGTCAAGGGGTTTCTCAAGAGCACCAAAGATCTTATTTAAGACAATTGCATGGCTTATTCTTTATAAGTGATCTTACTAGTGCTTTTTACACTATTCAAGATGAAAATTTAAAGGAGAAGTATATTAATAAGGGTATGGAAATTATACAGGATTGGGAAAATAATAATCCATATCATGCCCCGCAACATAAAATGGCTTGGCACGATGAGTCAACTGCTAGAAGGCTTTCACAGCTTATTGATTTTTTTGAAACTGGAAAACATCATTTAAATAAACAGGAAAAGTTACAACTTTTTAAAACGATGGTGTTTCATGCAGATTTATTAACAAAAGAGGATTTTTATTCCTATAATACAAATCATGGCATGTTTCAGGACGAAGCTTTAATCATTTTTAGTAAATACTTTTATAATTTTAAAGCATTTAGTGAATACTACAAACTGGCAGTAAATAGGCTGGATAACTATTTTGATAGTTTGATTTCTGATGATGGAGTGCATTTAGAACATTCTCCTAGTTATCATCAAACTATTGCAGCTTCAATAAAATCCTATGGAAATACTTTAGAGGAATTTGGCGATCATGAAATTGCAAACAGTTTTGAAAAGAAATATCATGAAATGGTGAGTTATGCTACTCATGTTATAAAACCAGATGGAAACTGGCCTCTTATTGCTGATACGTATGCGAGTGATCAACCTATTTCATCTTTTTGGCCTAATAACAAGTATTATCAGTATGCTGTTTCTAATGGAAAACGAGGGGAAAAACCAAAGTCCACAAATATGGTTTTTCCAGATGCGAAGTATGCAATTTTTAGAAATAGTTGGAACTCCGATGAAAAGGAAAGCACCTATCTTTTTTTTACTGCAGCATATCACACTAACTACCATAAACATTCAGATGATTTAAGCATTTGGCTTTACAATGGTGAAGATATTATTACTGAAGCGGGTCCTCATAGTTATACGTTAAGCGATCCAATTACTGAGTATGCTTATTCATCTTTTGCTCATAATACTCTAATAGTTGATGATAAAGGATTGCCAAGAATAGATGGAAAAACTGACAGAACTTATATCGAAGATTACAATCTTAAAAATGAAGAAAAACCTGTAGTTAAAGGGGTAAATAAAAGGTTTGATGGAGTTACTCATGAAAGAAAAGTGACTTATGATAAAAAAAGAGAAGAGATTTCTGTTAATGATGATATATCTTCTAAGAAAAGACATAATTTTAAACTACTTTGGCATATAGCACCTAACATTGAACCCATTATTAATAATAATGAAATTATTTTAGCGAAAAACGATGAAAAAATAATGAAAATTGAATTAAGTAGCGATGTAAATTTGTCTCTTTCAAAGGTTTTTGGAGACGAGGACAAAATTTATAAAAGTTGGGCATTTGATAATACAAAACAAGATGTTAAATCTAACGTTTATACTCTGGTATTAGAATTTAACGGTACCAAAGGCAATATTAAAACCAAATTTAATTTATAG	MIKPKYLFGLIAIILLFLGMFFVKGDYFSEKEESVMFENDNAFKVIEPASISLKKDGKLIKVGAISKGSTFNYLEDYGNWYKVRFGESIGYIWKEATEPIDNLTVKDNKISGNLLTVVKTPVYNSTTSTDPIAEINAAQHIQIVSKSEKGWYEIELLGRNLFVKTKNVIEENNFNVVKNNKNINVIKKSLIGSPLNRDLENTTENETINAANLILKDKVKFPKYNQGEPMDFSKGINWKEGQGVSQEHQRSYLRQLHGLFFISDLTSAFYTIQDENLKEKYINKGMEIIQDWENNNPYHAPQHKMAWHDESTARRLSQLIDFFETGKHHLNKQEKLQLFKTMVFHADLLTKEDFYSYNTNHGMFQDEALIIFSKYFYNFKAFSEYYKLAVNRLDNYFDSLISDDGVHLEHSPSYHQTIAASIKSYGNTLEEFGDHEIANSFEKKYHEMVSYATHVIKPDGNWPLIADTYASDQPISSFWPNNKYYQYAVSNGKRGEKPKSTNMVFPDAKYAIFRNSWNSDEKESTYLFFTAAYHTNYHKHSDDLSIWLYNGEDIITEAGPHSYTLSDPITEYAYSSFAHNTLIVDDKGLPRIDGKTDRTYIEDYNLKNEEKPVVKGVNKRFDGVTHERKVTYDKKREEISVNDDISSKKRHNFKLLWHIAPNIEPIINNNEIILAKNDEKIMKIELSSDVNLSLSKVFGDEDKIYKSWAFDNTKQDVKSNVYTLVLEFNGTKGNIKTKFNL				NA	NA	NA	NA	NA
AK148_02840	189			hypothetical protein	GTGCCTCCTGACTCCAACGTGTTATCCGACCATATGGTTTATATCGGATCGACGCAAAAACGTTGTGAAAATGGGTTCCGTCTCCTTGAAGTAACCGATACGAAAGGAAATCTATTACGATTAATCATCAACCGTTTTGATTTAGAACCGGAGGAAATAAGCAACATTCTCGTTCACGCTGGGCGATAG	MPPDSNVLSDHMVYIGSTQKRCENGFRLLEVTDTKGNLLRLIINRFDLEPEEISNILVHAGR				NA	NA	NA	NA	NA
AK148_02841	2988			hypothetical protein	GTGAAAAAAGTATTATTTAAAACAGCTTTATTACTTACTGTTACGGTTCTTTTTACCCAATTATTATCACTGTCTAGCCCTTACAATATATATAAAGTGGAGGCAGAAACTGAGGTCAATTTTAGTGATCCTCAACTATATAAAGTAATTCAAAGGATACCAATAGATAACGAGATAATACTTGAGAAGAATACTTTATTATATGGTGAAAATGAAGGGAATAAAATAAAAGTACAATTTGCAGATACATATATATATATAAATCAAGATATGCTAGAGAAAACAGATATTAGTGATATTGGGGAAAAAAATGTACCGAAGTATATTGGGATGAATCAGTTTAAAGAAAAAAATATGCAAATGGTTTCACTTAGTGACTACGAATCATTGTATTCTTTATACTCTACTGATGACGAGAAGCGAGTTATCATAACAAATAGATTACAATATCCCGCTTATATGAACGAATTAGAAATTAAAGTAGTTTACTTAGGGAATGTAGAGTATTATTTGAATATTGAAGATCGTGATGAGATGAGAGATTTTAAAAGCAGTGAAATGAAACCAGAAAAAGAGGAAAATTTTTCGACTATTGAGATGGAGGGTAAAATAGGGGAAAAGAGAGAAAAACAGTCAGAAAGTCGAGATCTGGACAAAAAGGATAAAGAAGATAAGAATAGCAATAATCAAAAAGATGCAATGCAATCAACCTCTCAGGATAATGTGAAAGAAAGAAAAATAGACAAGCAGTCAATACCTAAAGAAGAGCCTGCTTCTAACTCTGCAAAAAGTTACTTATCCAGTGCAAATACGAATTCTTGGAACCAAACATCTTCAAAGTATTTTGAAGTAACTCAAGAAAGTCTTATTGTTTATACAAAAGGAAAGGCGAAAAAATTAGGTACACTAAAGAAAGGTCAAGTCTATCCTATAAATCAAAATTATGGAGCAAACTGGCATAGAATTCAATTTGGGGATAATTTTGGTTACGTATATAAACCTAGTACCCTTCCACATAGTGGAAGGGGATTAAAGAATGAAAATAAAAGTTTCGATAATTCCAAACAAACTTTTGTTGCAGTACAAAATGTACCTGTTTACGATAATTCTTCAGGTAGCCTAGTACAATTTGGAACAATCAATAATGGCGAAGAATATCCTCTTGTTTCTCAGTATGGAAAAAACTGGACTAGGATTATTTTTGCTGATAGAGTGGGATATGTTTTAACTTCAAAAATCAGGAAAGATTTTTCAGGTGAAGAAAATTATTTTCAAGTGCAGATTAGTAATCTTCCAGTCTATGACAATAGGTCTGGAAAACTAAAAAAAGTAGGAACTCTTACGAAAGGCCAAGTTTATCCACGTGTAAGTAGTTATGGTTCAAACTGGCATAAAATTCAATTTAATAATCACTACGGTTATGTATACAAACCATCGACTACTCCTGCTAGTGGATCATATCTCAAGAATGAAAATAAAACTTTTAAACATGGAAATAGTACGTTTACTACTTTAAAGAATACAATTGTTTATGATAGGAGTAGAGGAACTTTAAAACCATTTGGAACTATTGATAAAGGGCAAACTTATCATATTTCTGGTAATGACGGAGATTGGTTTCGAATTATTTTTTCTGACAGAGTAGGGTATGTTCATAAAAAAGATATCGAAGCAAATTTTAATGACAGTATAAAATATTTTAGGGTATTAATTGATGATTTGCCAGTATATGATAATAGCGGAAATAGCTTGAAGAAAATAGGGGAGTTAAAGAAAGGTGAAGTTTATCCCCGTGTAAGTAGTTATGGTCCAAATTGGCATAGAGTTAATTTTGGAGGAAAATACGGTTATGTTTACGCTAAAAGTACAGAACCAAGCAATAAGTCAAGTATAACAAATATTAATAACAAATATGAGCATTCAAAGAATAAATTTATAGCAAAAGAAAATGTGACTGTGTATGATAACAGCTCAGGGAAACTAGTACCCTTTGGAGAAATTTCAAAAGGTACTATCTATCCAATTGCTACTGATTACGGTAAAAACTGGTGGCGCATTGTTTATTTAGATCGCGTAGGTTATATTAAGAAAAGCCAAGTTAAAGCTTATGGTATAGATAAGACAAAATATGATTTATCTCTTTCTGAAGCAGTAAACATCCAAATGACTGCAGGTCCGCAGACGGATAAAAAGTATGATACCTATGTTTCAAAAAATTATATTAAAGATGGAAAGGTAACTGCTACTACCTTAAACGTTAGAGGTGGCCCGGGATCAAGTTACTGGATAGTAGGACAGCTTTCCAAAGGTACAAGTGTTGATATTATTGATGAGAAAAATGGTTGGTATCAAATCGACTTTAAGAAACGTTGGGTTAATGCAAGTCCAGAAGATGTAAGATATTATTTAGACCCAAATAATTTCATTAATGACGAGAAACAAAAGTTTCAATTTTTAGATTTGGCAAGGTCAAGCGATGTGACAGCAAGTGTATTAAATAATTACTTGCGAGGAAAAGGTTCATTAGCTGGACAAGGTCAAGCATTTGTTGATGCAAGTCGCGTTAATGGGGTAAACGATATTTATTTAGTTTCTCACGCTGTGCTAGAGACTGGAAACGGTAGTTCTACTTTAGCTCAAGGAGTTGAGTATAAAGGGGTCACCGTATATAATATGTTTGGTATTGGTGCTTATGATTCATGTCCAATTGAGTGTGGTGTTAAAAGAGCATATGATGAGGGGTGGACTACACCTTATAAAGCTATTGTTGGAGGAGCGAAGTTTATTGGTGATGGCTATATAAACAATGGTCAAAACACACTATATAAAATGAGATGGGATCCACAAGCAATGGATGATAACAATAGATTTGGTAAACAGTATGCTACAGATATTGGATGGGCATCAAAGCAAGTATACACAATGTATAACCTTTATCAGGAAATAGGTTCCTATAACTTATATCTTGACGTTCCTGACTACAAGTAA	MKKVLFKTALLLTVTVLFTQLLSLSSPYNIYKVEAETEVNFSDPQLYKVIQRIPIDNEIILEKNTLLYGENEGNKIKVQFADTYIYINQDMLEKTDISDIGEKNVPKYIGMNQFKEKNMQMVSLSDYESLYSLYSTDDEKRVIITNRLQYPAYMNELEIKVVYLGNVEYYLNIEDRDEMRDFKSSEMKPEKEENFSTIEMEGKIGEKREKQSESRDLDKKDKEDKNSNNQKDAMQSTSQDNVKERKIDKQSIPKEEPASNSAKSYLSSANTNSWNQTSSKYFEVTQESLIVYTKGKAKKLGTLKKGQVYPINQNYGANWHRIQFGDNFGYVYKPSTLPHSGRGLKNENKSFDNSKQTFVAVQNVPVYDNSSGSLVQFGTINNGEEYPLVSQYGKNWTRIIFADRVGYVLTSKIRKDFSGEENYFQVQISNLPVYDNRSGKLKKVGTLTKGQVYPRVSSYGSNWHKIQFNNHYGYVYKPSTTPASGSYLKNENKTFKHGNSTFTTLKNTIVYDRSRGTLKPFGTIDKGQTYHISGNDGDWFRIIFSDRVGYVHKKDIEANFNDSIKYFRVLIDDLPVYDNSGNSLKKIGELKKGEVYPRVSSYGPNWHRVNFGGKYGYVYAKSTEPSNKSSITNINNKYEHSKNKFIAKENVTVYDNSSGKLVPFGEISKGTIYPIATDYGKNWWRIVYLDRVGYIKKSQVKAYGIDKTKYDLSLSEAVNIQMTAGPQTDKKYDTYVSKNYIKDGKVTATTLNVRGGPGSSYWIVGQLSKGTSVDIIDEKNGWYQIDFKKRWVNASPEDVRYYLDPNNFINDEKQKFQFLDLARSSDVTASVLNNYLRGKGSLAGQGQAFVDASRVNGVNDIYLVSHAVLETGNGSSTLAQGVEYKGVTVYNMFGIGAYDSCPIECGVKRAYDEGWTTPYKAIVGGAKFIGDGYINNGQNTLYKMRWDPQAMDDNNRFGKQYATDIGWASKQVYTMYNLYQEIGSYNLYLDVPDYK	PGPT0018810_23	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSAMINIDASE,PGPT0018810-lytD|lytB-K23989	NA	NA
AK148_02842	1086	tagO_1	COG0472	putative undecaprenyl-phosphate N-acetylglucosaminyl 1-phosphate transferase	ATGTTCTACATCCAAGAATGGATAATCGCTTTTATTATTTCGATGTTAACAGCTCTTTTAGTGACACCAATAATAAAAAAACTAGCATTTTATTTAAAGGCTGTCGATAAACCTGATAACCATCGCAAGAATCATGAAGGAATCAAAGCGAGTTTAGGTGGGCTAGCAATCTTCATCGGAGCAGTTGCAGGTTTTTTATACTTACAACCAGAACATCCGCAAATGAGTGCAATCATAATAGGTGCTGTGATTATGTTGCTTACTGGTTTCGTTGACGATATTTTTGAATTGAAACCGTATTATAAACTATTTGGGCAAATAACAGCAGCGATCGTTGTCGTATCTTCTGGATTAATTATCGAAAAATTAACAGTTCCTTTTTTGGGTACTGTTTATTTGGATGGTTGGGCTTATGTCATAACAATACTTTGGATTGTAGGAGCGTCGAATGCGATTAACCTAATTGATGGATTAGATGGTCTAGCTGCTGGCGTTTCGGCAATTGGATTATCTAGCATTCTAGTAATGGCAATCATGGATTACCGAATTGTAGTTGCTTATCTATGTATTGTGTTAGTCGGTAGTTGTATAGGATTTCTTTACCATAATTTTTACCCTGCTAAAATATTTATGGGCGATACAGGAGCGCTCTTTCTGGGGTATGCAATAGCTATCGTATCGATGATGGGGTTGTTTAAAAATGTTGCGCTGTTTAGTTTTATTATCCCTATCATAGTAATTGCAATTCCTATCTTTGATACAACTTTAGCCATTATTAGAAGAATAATTAATCAACAAAGTATTGCAACAGCCGACAAACAGCATATTCACTATCAACTAATGAAAATGGGCTATAGCCATAAAACTACTGTGCTAATCATATATGCATTCAGTGCTTTTTTTGGATTGCTGGCAATTACTTTTAATAGTAGTACAATGCAAGCCTCTATTATTACACTCGTTATTGCTGTGATAGCAATGCAAGTAATAGCTGAATTGTCCGGGATGATATTACAAGGGAAACAGCCAATTTTAGGTAGTATGCGAAGAGTATTTGGGATGCATAAAACAAATCAAATAAAATGA	MFYIQEWIIAFIISMLTALLVTPIIKKLAFYLKAVDKPDNHRKNHEGIKASLGGLAIFIGAVAGFLYLQPEHPQMSAIIIGAVIMLLTGFVDDIFELKPYYKLFGQITAAIVVVSSGLIIEKLTVPFLGTVYLDGWAYVITILWIVGASNAINLIDGLDGLAAGVSAIGLSSILVMAIMDYRIVVAYLCIVLVGSCIGFLYHNFYPAKIFMGDTGALFLGYAIAIVSMMGLFKNVALFSFIIPIIVIAIPIFDTTLAIIRRIINQQSIATADKQHIHYQLMKMGYSHKTTVLIIYAFSAFFGLLAITFNSSTMQASIITLVIAVIAMQVIAELSGMILQGKQPILGSMRRVFGMHKTNQIK	PGPT0015240_1640	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
AK148_02843	969	tagV	COG1316	Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagV	ATGGGTGAACGAATATTAGTTCGTAAAAAAAAGAAGAAGAAGCGCACACGTAAACTTCTTTTAGTGATAATTCTATTGTTCCTTACATTAATAGGTTTTGGTGGTTACATGGCCATACAAACCCTTCAAGCTGCAAGCGATTCTTATGATGATTTAGGCAGAGATAAGTCTGATTTACGTGATCAGGCTGTATCTATTAGTAAAGACCCAGTCTCTATTCTCTTAATGGGAGTAGAAGATTACGCAACAGAAGGAGATCATGGTCGAACCGACACCTTGATGCTTGCTACTTTTAGTCCTAATGACGAACGGCTTAAACTTTTAAGCATTCCAAGAGACACATTAGTTGAAATTGTAGGCAAAGGTGTAGAAGATAAAATCACACATGCGCACGCTTTTGGTGGTAAAGGAATGACCATTGACACTGTAGAAAACTTTCTTGATGTGCCTATAGATTACTATGCCACCGTTAACTTTGATGCTTTTAAGAATGTTGTTGATATCCTTGGCGGAATAACTGTTAATGTACCATTTGATTTTCAGCAAAATAGCGATGATAGAATTGCTGAAAAGCTACAATTCTATGAGGGTGAAATGGAGCTCGATGGCCGCCATGCACTAGCTTATGCTAGAATGAGGAAAGAAGACCCTAAAGGGGACATAGGAAGAAACGAGAGGCAACAAGAGGTTATTAAAAGTATCATTGATAAAGCAATGTCTGTAAGCACTATTACAAAAATCGATGATTTGGTAAAAGAAATTGGAAAGAACGTAGAGACCAATATGAAAATCTCTGAAGGACTTGCGTTTTATAAAGAATATTCTGATTTTAGTGTTAGTAAAATAGATAAAATTCAACTAGAAACAACACCGGATAGAATTAACGGAATAAGCTACCAAATTGTTGATCAACAATCTTTAGAAGAAGTAAAACAAACTTTAAAAGATCACTTGGAAATTACAAATTAA	MGERILVRKKKKKKRTRKLLLVIILLFLTLIGFGGYMAIQTLQAASDSYDDLGRDKSDLRDQAVSISKDPVSILLMGVEDYATEGDHGRTDTLMLATFSPNDERLKLLSIPRDTLVEIVGKGVEDKITHAHAFGGKGMTIDTVENFLDVPIDYYATVNFDAFKNVVDILGGITVNVPFDFQQNSDDRIAEKLQFYEGEMELDGRHALAYARMRKEDPKGDIGRNERQQEVIKSIIDKAMSVSTITKIDDLVKEIGKNVETNMKISEGLAFYKEYSDFSVSKIDKIQLETTPDRINGISYQIVDQQSLEEVKQTLKDHLEITN	PGPT0023440_2791	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
AK148_02844	2340			hypothetical protein	ATGAACTATAATTTTTCAGATAGCTTTAGTTTTATAGTTAAGGAAAATAAAGTTTATTATACAGATTTATCAGATGGCCAAGAGAAAGAAAATGTTATTCCTCAAAACAGTAGTTTAATTTTATGTGTATGTAATTTGAACGACCAAGTTCTGTCTATAATAGATGATAGTACTATACTTTATGTCAAAAACAAAAATATTATTATAGATAATTCCAGAAATAATAATAAGCTTTTTGAAATTCAAATCGAAAATTTTGCGGATGAAAACTTAAAGTTTGATATTAAAGACAAAGCAATATTAACTGTAAGTTATAGGGAGTACAATTTATTTGAATTAGTAGATTTTTTTACTGAGAAACAGTTTGTAAAACGAATTGCATTAGAATACAACTTATTTTCGGAATGTGAATTTCCTAGAAGAGAAAGAATAGTAAAGTTAGCTAAAATAAAATTCGATCCATATATTGCTTATGTTTATTTAGATCGGTTTTTAAATGAGGTGATTTTTCGAAAGGTTAATTTTTTAGTCAAATTCTCACACCCAAATTTGAATATTGAACTAGAAGATACGAAAACGATTCGATTAGAAAGTAAAGCCAACTTAGAAGAGACCGAACTGAAACTTTCTAATTTCTCTTTAAAACCCAAACCTTTGAAAAACTTCCAAGCTATTCATGGAGTCAGAGATAAAAATATAATTTGTTTATTTAATTACAATGGCAAAAATTATTATATTTATAATAGATCAAATGGAATATATTATTTACGTTCAAATGCTAAAAAAGTTTCTTTATTTAAATCGTTTCTAATTCCTCTTAAATTTAAAAATTCCTTTTATTTAGTGGGTAGATTTAAACATAACGGTTATAAAGCTAAACATGAATATGACCAGATATACCTCCAAAACTTTGATAATCATATTGGTCGGTTTAAAAGGCCATTTAAGAATTTAAAGTTATTAAATCAATTAGCTTTTGCTAAAATACCAATGGCTGAAATAACCAAGTTAAATAGAATTCATACGAACTTATTATGTGGTAATAAGTCCTTTATTTTGCATAATATTAGTTTGAATTCTTTCTCAAAACCAATGAGAACTTTCTTGCTGAGCAAAACCAAAGATGAATTAATAGTACTGCGTAATAACAAAAAAAGGCAATTAGCTATCACGACTATCCCATTTACACCAGAGTACAGAAAGAAAAATATAATGAAAGCTAATTTTGCGAGGATTATAGCAAAGTTAATACCTAAAACCGGTAATATTAATTTGTATTTTGAAAAGAAAAGCGAACGGGCTGAAGAATCAGCAATTAGAGTTTTTGATAGGGTTCACCAAAGTAATAAACTGAAGTCCAAAAACTATTTTATATTAGATAAAGAGTCCGTAGACTATAAACAGTTAAAGAAAAGATATAGTAAAAGCTTAATAGCTAAATATAGCTTTAGTCATTTTTTAAAGATATTTCAATCTGACTTCTTTATCTCATCAGAGCTTCCTAATCACTTGTTAAATGATAGAGTTTATTTGGATTCGCTAAGGAAAAAATTAATGTCTACACCAAGCATTTTTTTGCAACATGGTATTATGTTTGCTAAACCGGTTGGCAACCCAATGGCCTTTGGTTTTCATAAAGGGATAAATCTATATAATAATATTAAGAATGTGATTTCATCAGACTTAGAAGCAGGCGAATTTTATAAAATGGGTTATGACCATAATGATTTAATTAAGACTGGGCTAGCAACATTTGATAATGCTAAATTAGATGTAGATGCAAATAAAATTTCTTTTATGCCAACTTATAGGTATTGGGAAGAAAGATTAATTTATTCTAATGATATAACTAAAACAAGTTACTATAAGACAATCATGAAAGTTATATCAACATTTGAAGAGTATAACCTTCTTGATAGATTACTTATTGTTCCGCACAATAAGTTCTCTGACTATATTTATAATAATTTAGAGAAATATAAACACATTGTAGAACCCAATCCTAGTATTGCTTTAAAAAAATCTAAAATATTTATAACTGATTACTCGTCTGCAATATATGATGCTATATATCGTGGCGCTTACCCAATTTTTTATTGGGAAGAAAAAGAATATTTAATAGAAAACTATAAAGCTATCCCACCAGTCAATGAATATAACGCTCCTGGACCTGTGGCAAAGAATGCTAAGGAATTACTGAAATATGTAGAAAAGGCTATTTCTATGGACTATAAATTGGAAGATCATTTTACGAGTAAGTATCTTAAAATTAATGAATTTAATGATAATAAAAACACAGATAGAATTATTAATTATTTACGCTCAGCTAAGATACTTTAA	MNYNFSDSFSFIVKENKVYYTDLSDGQEKENVIPQNSSLILCVCNLNDQVLSIIDDSTILYVKNKNIIIDNSRNNNKLFEIQIENFADENLKFDIKDKAILTVSYREYNLFELVDFFTEKQFVKRIALEYNLFSECEFPRRERIVKLAKIKFDPYIAYVYLDRFLNEVIFRKVNFLVKFSHPNLNIELEDTKTIRLESKANLEETELKLSNFSLKPKPLKNFQAIHGVRDKNIICLFNYNGKNYYIYNRSNGIYYLRSNAKKVSLFKSFLIPLKFKNSFYLVGRFKHNGYKAKHEYDQIYLQNFDNHIGRFKRPFKNLKLLNQLAFAKIPMAEITKLNRIHTNLLCGNKSFILHNISLNSFSKPMRTFLLSKTKDELIVLRNNKKRQLAITTIPFTPEYRKKNIMKANFARIIAKLIPKTGNINLYFEKKSERAEESAIRVFDRVHQSNKLKSKNYFILDKESVDYKQLKKRYSKSLIAKYSFSHFLKIFQSDFFISSELPNHLLNDRVYLDSLRKKLMSTPSIFLQHGIMFAKPVGNPMAFGFHKGINLYNNIKNVISSDLEAGEFYKMGYDHNDLIKTGLATFDNAKLDVDANKISFMPTYRYWEERLIYSNDITKTSYYKTIMKVISTFEEYNLLDRLLIVPHNKFSDYIYNNLEKYKHIVEPNPSIALKKSKIFITDYSSAIYDAIYRGAYPIFYWEEKEYLIENYKAIPPVNEYNAPGPVAKNAKELLKYVEKAISMDYKLEDHFTSKYLKINEFNDNKNTDRIINYLRSAKIL				NA	NA	NA	NA	NA
AK148_02845	1194	tagB	COG1887	Teichoic acid glycerol-phosphate primase	ATGGTTAGAGAATTCAGCATAGCTATATACCTTTTTATCTTTCGAATCATTTTCAGCTTATGCAGATTGTTTCCTCTACAAAAAAAGGTTGTAGCTGTTGCATCTTTTGGTGACAACATCCATTGCACAGTGCAAGCATTAAATAATCAAACCGAGGACAGTAAAATTGTTATATTAAAGGACAGAAGTTGTACGTATCCCTTTAAAGAAGGCACGTATAATGAACTCCTATTATTCAGTTTGTCGCGTCCACTTTTGTTTTTAAAATCTATTTATCATCTAGCAACAGCGAAAACCATTTTAGTAGATAACTATTTTGGTTTTTTAGCTGTTACGAATTTTAAAGCAGATACTACATGTATTCAGCTCTGGCATGCTGCTGGTGCTTTAAAGAATTTTGGCTTAAAAGACCCGTCCATCCATAATAGAAGTCAAAAAGCATATCGTCGCTTTCGTAAAGTATATAAGAAATTCCAATTTATTATTGTTGGCTCAGAAAAAATGGCAGCTACCTTTCGCGAAAGCTTTGATGTGACAAATGAAAGTATACTGAGAACAGGTGTCCCTCGGACAGATCTACTTTTTAATCGTTCAGAAAAGAAACAGGTATCTCTTTATTTCAAACAGAAATACCCAAATATCAAGGATCGAAAAATTATTCTATATGCTCCTACATACAGAGAGGGGCAGCTTAATGATTTTCAAATAAACATGGACTTAAAGAAAATGTACAAAGAATTATCAAGCGAATACGTTCTGTTTATAAAATTGCACCCTGCTATAAAAACCAAGTTACAAAGTACTTTTAAAACTTTCTTGTATGACGTGTCGGATTATCCAGATACAAATCAGTTACTTACTATAACAGATCTATTAATAACGGATTATTCTTCTATTCCTTTTGAGTATGCATTATTTGAAAAGCCAATGATTTTCTTTGCTTATGATCTAGAGACATATAAAAAGGAAAGAGGTTTAATTAAAGATTATGAAACAGACATGCCTGGCCCCGTAGTTCAGTCAACGGAAGAAATCATTACGGCAATAAACCAAGATGCATTTCATACAGAAAAGATAAAATCATTTGCCAATACATGGAATCAACACTCTAAAGGCAACTCTAGTGAGCGATTAGCAAAATTTATTATTGACTTACAGACTCCAAGAGATCAAAGAAGGAAAGCTTCAGTATGA	MVREFSIAIYLFIFRIIFSLCRLFPLQKKVVAVASFGDNIHCTVQALNNQTEDSKIVILKDRSCTYPFKEGTYNELLLFSLSRPLLFLKSIYHLATAKTILVDNYFGFLAVTNFKADTTCIQLWHAAGALKNFGLKDPSIHNRSQKAYRRFRKVYKKFQFIIVGSEKMAATFRESFDVTNESILRTGVPRTDLLFNRSEKKQVSLYFKQKYPNIKDRKIILYAPTYREGQLNDFQINMDLKKMYKELSSEYVLFIKLHPAIKTKLQSTFKTFLYDVSDYPDTNQLLTITDLLITDYSSIPFEYALFEKPMIFFAYDLETYKKERGLIKDYETDMPGPVVQSTEEIITAINQDAFHTEKIKSFANTWNQHSKGNSSERLAKFIIDLQTPRDQRRKASV	PGPT0023430_11	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023430-tagB|tarB-K21285	NA	NA
AK148_02846	399	tagD	COG0615	Glycerol-3-phosphate cytidylyltransferase	ATGAAAAAAATTATTACTTACGGAACATTTGATTTACTCCATGTTGGTCATATAAACTTGTTACGTAGAGCAAAAGAATACGGCGATTATCTTATTGTCGCTATATCTGCTGATGAATTTAATGCATTAAAAGGTAAAAAAGCTTATTATACATTTGAACAACGAAAGGCAATTCTTGAGGCGATACGCTACGTAGACAAAGTAATCCCTGAATATACATGGGAACAAAAAATCCATGATGTTCAAAACCATAAAGTAGATACTTTTGTAATGGGCGATGATTGGAAAGGGCAATTTGACTTTTTAAAAGATTATTGTGAAGTTGTCTATCTCCCTAGAACTGTCGGTATATCAACTACAAAAATAAAGACAGATTTAAATAAAGTTAATAATGGTTAG	MKKIITYGTFDLLHVGHINLLRRAKEYGDYLIVAISADEFNALKGKKAYYTFEQRKAILEAIRYVDKVIPEYTWEQKIHDVQNHKVDTFVMGDDWKGQFDFLKDYCEVVYLPRTVGISTTKIKTDLNKVNNG	PGPT0024325_552	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_CYTIDYLYLTRANSFERASE,PGPT0024325-tagD-K00980	NA	NA
AK148_02847	2109			hypothetical protein	GTGACAGCTTTATCAAATAGAAAAATTATGTCTTTATCCTTTAAGGACGATATGTATATATGTGATATTGCAATAAGAAAAAGTTACTTGGCTGAATGTAGTAATTACTTTTTTGTATTGCAACACCGAAATACCGAAGAAGAGGCTAAATTACCGTTTTTTATTAGAACAGAAACCGCAGATTTTTATATTGTTCATATAGAAATATCACTAATAAAATTTAAAGATTTTCTAACAGGGTCGGATATAACAGATTTTTCTATTATTAGAGTGATAGATAATGAAGAAAAGCGATCTAGAGTTAAAAGTAATTATGATTATATTGAATTTTTAAAAATCCCACTAACTGGTACGCATATTCTATATCCAGCTACTACAAGAAAAGGAAACCTTAGTTTTTATTTTCGAGAAGCATTTTTATATTCCAAATTTGAAGAAGTAGAAATAACAAATGATGGAATTCTAAATGTGTTTGGGATTTTTCAAAACATTGGGCTTACGGTTGGAAAGAATGCGAAATACATGCTTTTAATTACATCAAACATAAACAATGATGAAATATATGTGCCTATAAAACTAACCACTTTGGATGAAGATAAGTATGGAAATTATGTTTGGTATTCCATTTTAAAACAAAATGGCTACTATGCTCAAGTTAATTTAAAGCAATATTTTTCATTAGGTAAGATGCAATATTTGAAATTCCACCTTTTGTTGGAACATGAAGTGAATGAAGAAATTATGGCTGTGCAGAGTAACAGAATACAACTTAACCATTTAAATAAGGTTTATCCTTTAAAAAGAAAATTTAAGTGTGACAGATCTGTTGTCCAAGTAATTTGTAAACCCACAAAAAAATCGAAGTACTTTTCTTTAAGTATAGGGGAATATAGATTTATTATAAGTTTCTTAAAAAGAGTAAAACAAAAATGGATAAACATTAGAAGAAGTGGTAAATTGTTACAAATATACAAAAGTGCTTTCTATGTTTGCGGAAAGGTTTTACCTGTAGACAAAAACTTGGTTGTATTTGAAAGCTTTCACGGAAAACAGTTTAGTGATAATCCAAGAGCCATTTATGAGTATATGAGGAAACATAATAGGAGTTTAAATCTTGTATGGAGTGTGGACAGAAGACATATCAATAATTTTGAGAATAAAGATATTAATTATGTCAGGCGATTCTCTGTAAAATGGTTATTTCAAATGGCTAGAGCAAACTACTGGATAACAAATGCAAGGTTGCCATTATGGATACCTAAACCTAAGCATACAATTTATTTACAGACATGGCATGGTACGCCTTTAAAACGTTTAGCTGCTGATATGGAAGAAGTGCATATGCCTGGTACGAATACAAGTAAATATAAAGAGAATTTCGCTAGAGAGGCAGGTAAGTGGGATTATCTTATTTCTCCTAACGCATATTCAACGGAAATTTTTAAAAGAGCATTTTGTTATAATAAAGAAATAATAGAGTCTGGATACCCAAGAAATGATTATTTATATAACAATAATGATTTATCTGAAGTAGCTCGCTTGAAAAAGGGGTTAGAAATTGATGAGAATAAAAAGGTTATTTTATATGCTCCTACATGGAGAGATAATCAATTTTATAGAAAAGGAAAGTATAGATTTGATTTAGAGTTTGATTTAAAGAAGCTGAAGGAAGCGTTTGGTCATACGCATGTTATCGTGCTCAGACTACATTATTTAGTGTCAGAACAGATTGATATTAATGATTATAAAGGATTTGTTTACGATTTATCTAAACATGAAGATATAAGAGAGCTTTATTTAATTTCAGACCTATTAATAACGGATTATTCTTCCGTATTTTTTGATTACGCCAATTTGAAGCGACCTATGCTATTCTTTGTTTATGATATTGAAGAATATAGAGATACACTAAGGGGATTTTACTTTAACTTTGAAGAAAAGGCACCTGGACCATTAGTTAAGACAACGGATGAAATTATTTATGAAATTCAAAAACTAGAGCAAAATGGATTCAATCGAAATGAGAACTATCAAGAGTTTCTCCAAAGGTTTTGTTATTTGGAAGATGGTAACGCAACGAAAAGAGTGGTGCAAAAATTGTTTGAGTAG	MTALSNRKIMSLSFKDDMYICDIAIRKSYLAECSNYFFVLQHRNTEEEAKLPFFIRTETADFYIVHIEISLIKFKDFLTGSDITDFSIIRVIDNEEKRSRVKSNYDYIEFLKIPLTGTHILYPATTRKGNLSFYFREAFLYSKFEEVEITNDGILNVFGIFQNIGLTVGKNAKYMLLITSNINNDEIYVPIKLTTLDEDKYGNYVWYSILKQNGYYAQVNLKQYFSLGKMQYLKFHLLLEHEVNEEIMAVQSNRIQLNHLNKVYPLKRKFKCDRSVVQVICKPTKKSKYFSLSIGEYRFIISFLKRVKQKWINIRRSGKLLQIYKSAFYVCGKVLPVDKNLVVFESFHGKQFSDNPRAIYEYMRKHNRSLNLVWSVDRRHINNFENKDINYVRRFSVKWLFQMARANYWITNARLPLWIPKPKHTIYLQTWHGTPLKRLAADMEEVHMPGTNTSKYKENFAREAGKWDYLISPNAYSTEIFKRAFCYNKEIIESGYPRNDYLYNNNDLSEVARLKKGLEIDENKKVILYAPTWRDNQFYRKGKYRFDLEFDLKKLKEAFGHTHVIVLRLHYLVSEQIDINDYKGFVYDLSKHEDIRELYLISDLLITDYSSVFFDYANLKRPMLFFVYDIEEYRDTLRGFYFNFEEKAPGPLVKTTDEIIYEIQKLEQNGFNRNENYQEFLQRFCYLEDGNATKRVVQKLFE	PGPT0023450_640	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023450-tagF-K09809	NA	NA
AK148_02848	807	tagG_1	COG1682	Teichoic acid translocation permease protein TagG	ATGAAAGCAGTATGGGCTGTATTAATAGAGCAGGTTAAACATTTTTATTTATTAAGAAGGTTGTCTTTGTACGAAATTAAAAGTAAAAATAAGATGACATATCTAGGCTTAGCTTGGGAAGTCATTAATCCTGCTATTCAAATTGCAATATATTGGTTTATTTTTGGTTTTGGAATAAGAGAAAGAGAACCAATAGATGGCGTGTCCTTTATACATTGGATGCTTGCAGGGATAGTCATATGGTTCTTCTTTAATCCAGCAATTATTGAAGGTTCAAAATCAATTTACCAAAGAATTAAGATGTTATCTAAGATGAATTTTCCAATGAGCCTGATACCGAATATTATTATATTTTCTAAATTCTATTCACATATAGGCTTATTATTGATTGTTATAATTATTTTGAATTTGACAGGTTATCCAATAAGTATTTACTACTTACAGCTTCCAATATTTATATTAGGTGGCTACTTCTTTATTTTTGCATTATCATTAATTACTTCAACATTAAATACAATCATACGTGATTTACAAATGCTTTTACAAGCAATGCTTCGTATGGTATTGTATATGGCGCCAATATTATGGTCGCACGACAGTTTGCCAGAACAAATTGTGATATTACTAAAATTTAATCCGCTATATTATTTAGTGGAAGGGTATCGAGCTTCATTAATTGGAACAGAGTGGTATATAATTAACCATTGGGGCTATTCCTTATATTTCTTTGGTGTTTCGCTTGTTATATTTATAATAGGTGCCAAATTACATGTTACTTTTAGAAGAAGATTTATAGATTTTATATAA	MKAVWAVLIEQVKHFYLLRRLSLYEIKSKNKMTYLGLAWEVINPAIQIAIYWFIFGFGIREREPIDGVSFIHWMLAGIVIWFFFNPAIIEGSKSIYQRIKMLSKMNFPMSLIPNIIIFSKFYSHIGLLLIVIIILNLTGYPISIYYLQLPIFILGGYFFIFALSLITSTLNTIIRDLQMLLQAMLRMVLYMAPILWSHDSLPEQIVILLKFNPLYYLVEGYRASLIGTEWYIINHWGYSLYFFGVSLVIFIIGAKLHVTFRRRFIDFI	PGPT0023465_588	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_TRANSPORT,PGPT0023465-tagG-K09692	NA	NA
AK148_02849	792	tagH_1		Teichoic acids export ATP-binding protein TagH	ATGGAAAAATCAATAATTGTTTCCAATGTTTCAAAGAAGCATAAACTATATACGGCTACATCAGAAAAGCTAAAAGACATTTTCTTCAAGAAAAGTTATGGAGAAGATTTTTATGCGTTAAAAAATGTTAACTTTCATGCTTACAAAGGAGAAGTAGTTGGTTTTGTGGGCGTAAATGGAGCAGGGAAGTCTACGTTATCCAACATTATAGCAGGAATTCTTCCTGAATCTAGTGGAAAAGTAATAGTGAATGGAACAGTTTCCCTAATAGCTATATCGTCAGGTTTAAAAGGTAATTTAACAGGTAGAGAAAATATTGAATTAAAATGTCTCATGTTGGGTTATTCAAAAGAAGAGATTTTAAAGCTTGAACCCGAAATTATAGATTTTGCAGAACTTGGTAAATTCATTGACCAACCAGTAAAATCTTATTCCAGCGGAATGAAATCTCGGCTTGGTTTTGCTATTTCTGTTACCATTGACCCTGATATTATTATTATTGATGAAGCTTTATCTGTAGGTGATAAAGCATTTGGAGAAAAAAGCTTTCAAAAAATGATGGAATTCAAAAAGAAAGGAAAGACAATAGTTTTTGTTAGTCATTCTGTTCCTCAAATGAAAAGATTTGCTGATAAAATACTATGGCTTGAATATGGAAGAGTAAAAGCGTATGGATTAAAAGCAGATATCCTACCCAAATATGAAAGTTTTATTAAAGGGTATAAAAACATGTCCAAATTAGAAAAAGAAGACTATAGAAAAAAATCTATAACCAGTGCATTACTATCGTAG	MEKSIIVSNVSKKHKLYTATSEKLKDIFFKKSYGEDFYALKNVNFHAYKGEVVGFVGVNGAGKSTLSNIIAGILPESSGKVIVNGTVSLIAISSGLKGNLTGRENIELKCLMLGYSKEEILKLEPEIIDFAELGKFIDQPVKSYSSGMKSRLGFAISVTIDPDIIIIDEALSVGDKAFGEKSFQKMMEFKKKGKTIVFVSHSVPQMKRFADKILWLEYGRVKAYGLKADILPKYESFIKGYKNMSKLEKEDYRKKSITSALLS	PGPT0023470_670	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_TRANSPORT,PGPT0023470-tagH-K09693	NA	NA
AK148_02850	741	tarA		N-acetylglucosaminyldiphosphoundecaprenol N-acetyl-beta-D-mannosaminyltransferase	ATGGTAAGTAAGAACAAATCAAACATAGTAACTATAATGGATATTGATTTTGTCAATGAAACAAAAGAAAAGTTTTTAACGGAATACGTCTATCCAAAGCTGACCAATATAGAAAAGTGTTTTATTGTAACAGCTAATCCGGAAATCATCATGAGGACAAGGGAGAGCAAGGCGTTTAAAAAATTGGTTAAGCAAGCCAATTATGTTGTTCCAGATGGCGTAGGAATTGTGTATGCCTCAAAGTTTAAAAAGCAACTTATTAAGGAAAGAATCCCCGGCTATGATTTAATGTGTGATTTACTAGCAAAAGCCGATCAAGAATCCTACTCTTGCTATTTTCTGGGAGCTAAAGAACATGTTAATGAGAAAGTGGTTGAACAAATTAAACAAAAGTATCCAAATATAACTATTGCAGGTCACCATCATGGCTATATATCAATTGATGATAATTCCATCGCAGACAAGATAGCATCTTCTCATCCAGATTTAATATTTGTTGCATTAGGTTCTCCCCGCCAGGAAGAATGGATTACTAACCACATGGATAAGTTCAATAAAGGTTTATTTATGGGAGTAGGAGGAAGTTTTGATGTTATTGCGGGAGAGGTAAAACGTGCACCAGATGCTTGGATTAATTTGAACTTAGAATGGCTTTATCGCTTATTAAAGCAACCATTTCGCTGGAAGCGCATTTTAAAAGTATTGGAATTTATGGCGCGAATATATTTTAAGAAAGAGTAA	MVSKNKSNIVTIMDIDFVNETKEKFLTEYVYPKLTNIEKCFIVTANPEIIMRTRESKAFKKLVKQANYVVPDGVGIVYASKFKKQLIKERIPGYDLMCDLLAKADQESYSCYFLGAKEHVNEKVVEQIKQKYPNITIAGHHHGYISIDDNSIADKIASSHPDLIFVALGSPRQEEWITNHMDKFNKGLFMGVGGSFDVIAGEVKRAPDAWINLNLEWLYRLLKQPFRWKRILKVLEFMARIYFKKE	PGPT0023455_1388	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
AK148_02851	1059	tagT	COG1316	Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagT	ATGTCGAAAAATAGTGAAAATATATCTCGAGTTAAAAAAAGGAAACAGAAAAGTCGCAAAAAACTCATATTCTTTATCGTCATTCCCCTAAGTATCTTGCTAATAACAACCGTTTCCTACGGTGCTCATGTCTATAACACCGCACAAGAAGCAGCCAACGACTCATTTGAAAAAATTGGAAGAGATGGAGAAAAGTCTGCTTTAAGAGATGAATCTGTTACTCCAGTAGAAGACAACGTTTCTGTACTTATTATTGGGGTTGATGATAGCGAAGTTCGCAATGAAAACAATAGCAGATCCGATACACTAATGCTTGCAACCTTTAATAAAGACGAAAAAGATGTAAACATAGTAAGCATTCCAAGAGATTCTTATGTAAATATTCCTGGGTATGGATATACAAAAATTAATCACGCCCATGCATATGGAGGACATAGGAAAACCATTGAAACGGTAGAGAATTTTTTAAATGTACCCGTTGATTATTTTGTCAAACTAAATTTTGAAGCATTTATTGAAATGGTTGATACCATAGGTGGAATTGAATTTGATGTACCGTTTGAAATGAGTGAGCTTGATTCTGACGATAATCAAGACGCTATACATTTAATGCCAGGTTATCAAAGATTAAATGGTGAAGAAGCATTAGCCTTAGCGCGAACAAGAAAATATGATAGTGATCTGGAGAGAGGAAAACGGCAGCAAGCGATTATTAAAACAATTATTAAGGAAACCGCATCAGCTTCTTCCGTACTAAAGCTTGATGACCTTATTACTTCAGTAGGCGATAATATGAACACCAACCTAACCTTCAGTGAAATGAAAAGTTTTCTTAGCTATGGTTTGAACACAAATTTAGCGATAAACTCAATAACAATGGACGGTGAAGGCGGTAAAATGGAAGACGGTCTTTGGTATTATCAAGTAGATGAACAAAGTAGAAGTGAGGTTGAGAACGAGTTGCGCGAGCATTTAGATCTGCCTGTGTCTACTGAAAAAAACTATGATTTCACTCAAGAAAATAATAAAGAAGAAATACAAAATTCCAGTAGTTATTGA	MSKNSENISRVKKRKQKSRKKLIFFIVIPLSILLITTVSYGAHVYNTAQEAANDSFEKIGRDGEKSALRDESVTPVEDNVSVLIIGVDDSEVRNENNSRSDTLMLATFNKDEKDVNIVSIPRDSYVNIPGYGYTKINHAHAYGGHRKTIETVENFLNVPVDYFVKLNFEAFIEMVDTIGGIEFDVPFEMSELDSDDNQDAIHLMPGYQRLNGEEALALARTRKYDSDLERGKRQQAIIKTIIKETASASSVLKLDDLITSVGDNMNTNLTFSEMKSFLSYGLNTNLAINSITMDGEGGKMEDGLWYYQVDEQSRSEVENELREHLDLPVSTEKNYDFTQENNKEEIQNSSSY	PGPT0023440_1987	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
AK148_02852	225			hypothetical protein	ATGGCTATTGCAACTTTGATGGATTCGTCTCTTAGATTGGAATTTGACAATGGTATCGATGGAAATAGTGGGAAGCAACTCACAAAGGCTAAAAGCTTCAATAATGTGAAAACGACTGCCACGCCTGAGCAGCTATATACAGTTGCCCAAGCAATTGTTGGTTTACAACAGTTGTCATTGCTATCGATTGAGCGTAAGGATAGCTCAAACATTGTCGAGGAGTAA	MAIATLMDSSLRLEFDNGIDGNSGKQLTKAKSFNNVKTTATPEQLYTVAQAIVGLQQLSLLSIERKDSSNIVEE				NA	NA	NA	NA	NA
AK148_02853	216			hypothetical protein	ATGAAGAAGCTGGAATTAAAATTTACGAACCAAGATGGTAAAACAGTCAATTATTCCATTGATAAGCCAGTCGAGCCAGTTGATACTGCAACTGTTAACGCAGCTATGGACGAAATCTTGCAACAAAATGCTTTCACTTCTAGTGGAGGAGATTTAGTTGCCAAAAAAAGCGCAAGAATCGTGGAGAGAATTGTTGAAGAAGTAGAAATGCAATAA	MKKLELKFTNQDGKTVNYSIDKPVEPVDTATVNAAMDEILQQNAFTSSGGDLVAKKSARIVERIVEEVEMQ				NA	NA	NA	NA	NA
AK148_02854	138			hypothetical protein	ATGGATATGTGGATTGCATTTATAACCGAAGTTGGGTTTCCAGTGGCAGTGACCTTTTATCTGCTTCATCGTATTGAAGGCAAGCTGAATGTTTTAATTGCAACCATTTATGATTTACCTGAAAAAATGAACCAATAG	MDMWIAFITEVGFPVAVTFYLLHRIEGKLNVLIATIYDLPEKMNQ				NA	NA	NA	NA	NA
AK148_02855	624	nudL		putative Nudix hydrolase NudL	ATGAACACAGCGGAAGTTATTGAACGATTGCAACATCGAAAACCGACCATCTTAGGGAGGGAGCATTTTCGTGAATATGCAGTGCTTATCCCACTAATAGAAGTAAATAATGAAACCCATTTGCTTTTTGAGGTCCGGTCGAAGCATATGCGAAGCCAACCAGGAGATGTTTGTTTTCCAGGTGGGAGAGTAGAACCAAGTGACAAAGATGAGTTGCACTGTGCCTTACGGGAAACATCGGAAGAATTGGGGATAGAGCAGACGCAAATTCGTAATGTAATTCCATTAGACTATATTGTATCTGATTTTGGAAGGATTGTATTTCCTTTTACGGGAACGGTTGAGAATACAGAAAACATTCATCCTAACCCTGGAGAGGTAGAAGAACTATTTTCCGTACCTTTACGTTTTTTTCTTGATACGAAGCCAAAAGCTTATCAAGTGAGTTTTGAAGTGATACCGGAAGCGAATTTTCCCTATCATGATATTCAGGGGGGAAGAGATTATAATTGGAGCACACCGAAAATGGAGGAATTATTTTACTATTACGAGGATAGAGTGGTTTGGGGGCTAACCGCAAAAATTATTGCTCATTTTGTAGCATTATTACAAGGTGGCTCTTAA	MNTAEVIERLQHRKPTILGREHFREYAVLIPLIEVNNETHLLFEVRSKHMRSQPGDVCFPGGRVEPSDKDELHCALRETSEELGIEQTQIRNVIPLDYIVSDFGRIVFPFTGTVENTENIHPNPGEVEELFSVPLRFFLDTKPKAYQVSFEVIPEANFPYHDIQGGRDYNWSTPKMEELFYYYEDRVVWGLTAKIIAHFVALLQGGS				NA	NA	NA	NA	NA
AK148_02856	471			hypothetical protein	ATGAGCCAAGCTCTAAAACTATCCGAATTAATCGACGAGATGGATATGCAATTTGATGATTCAAATGTATTTGTGAATAAGGAAACAGGGGAAATCGTGTTCATCATGAGAGAGTTTTTAAGTATGGCAGAAGATGGCGAAAAGGGTGATCATTTACCATCGTGGGAACAAAAACAGTTGAAATTGGCAGAAGATATTGTTTTTTCTTTTGAGAAATATCAAACCATTCCAAGTAAATATGATTTGAATGAATATGACATTATGGAAGATTTTTGTCTAGCAGTGAAAAATGAGCGACATCAACAGCAATTGTTAACAGCGATACGAGGAAAGGGCGCTTTTCGTAGATTTAAAGATAAAATAATCGCATTAGACATAGAAGAAGATTGGTATGACTATCATCATAACCGTTTAAAGGAAATCGCGATTGATTTTTGTCATAGACATGAAATAAAATATGAAGATAAATAA	MSQALKLSELIDEMDMQFDDSNVFVNKETGEIVFIMREFLSMAEDGEKGDHLPSWEQKQLKLAEDIVFSFEKYQTIPSKYDLNEYDIMEDFCLAVKNERHQQQLLTAIRGKGAFRRFKDKIIALDIEEDWYDYHHNRLKEIAIDFCHRHEIKYEDK				NA	NA	NA	NA	NA
AK148_02857	264			hypothetical protein	GTGAAAGGAAAAAAGCACTTTGTTACTAAAAATGAGAGGCGTCATCATATACACGGTGGTATAAACAGCTTTAGCCATGTGCTCTGGCATGTTACTACAGAGCAAATAGAAAAAGGATATTCGTGCTATTCTGACAACCATAGACCTGATGGAGATAATGGTTATCCTGGCAATGTGGAAGTGACGATCAGCAATATTTTGACAAATGAAAATACATTTACGATTATACGACAACAACGGATCAAGCAACTCCTATCGCCTTAA	MKGKKHFVTKNERRHHIHGGINSFSHVLWHVTTEQIEKGYSCYSDNHRPDGDNGYPGNVEVTISNILTNENTFTIIRQQRIKQLLSP	PGPT0017825_2850	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
AK148_02858	942			hypothetical protein	GTGAATCGTGTTTTTGAGAAAAAATGGGTTGTGGTGGGCATTGCTATTTTTTGTTCCATCTTATGGGGCAGTGCTTTTCCTGTTTTGAAAGTAAGCTATGATGAATTACAAATGGCAGCAGATGATACCATTGCTAAGATTGTGTTTGCAGGAATGCGTTTTTTACTAGCAGGTTTAATCATATTAATTGGTCTCTTCCTTGTAGATCGAAAGCGATTAATGGTAATGAAAAGGCAAATGCTGTTTTTGACAATATTTGGTGTTATCCAAACAGGACTGCAATACTTCTTTTTTTATAACGGGTTAGCGAAAGTTTCTGGAATGCAAGGGGCGATCTTAGTTTCAAGCGGTACATTTTTTACCGTTATATTAGCTCACTTTTTCTATAGCAATGATCGGATGAATTGGAAAAAAGGGATTGGCTTAGCGGCTGGTTTTGCTGGAATTATTGTTGCTAATTGGGGGCAAGAGTTCCAACTTAGCTTCCATTTTACAGGAGAGGGCTATATGATTTTAGCGGCATTAACAGGGGCGATTGGTACAATAATGGCAAAAGAGTTAGCCGTTGGTATTCATCCCTTTGCCATAACAGGCTGGCAATTGTCAATTGGTGCTAGCCTGATGTTGATCTTTGGAGTACCACAGTTAGAAAGTGGAGCGATGACTTTCACGCCTTTAGGGTTTTGGTTGTTCGTATATTCTGCTGTATTGTCTGCGGCTGCCTTTGCTTTGTGGTACTCAATCTTAAAGTATAATAAAGCTGGCGAAATAAGCATGTTTAAATTTATTACTCCTGTATCTGGAGCCATTTTATCAGCTATCTTTATTCCAGCGGAGACATTAGATGTATATGTTATTGCAGCTTTAGGGTTAGTGGCAATAGGAATTGTTGCTGTCAATTATAAAGGGAAAAGTAGTGCTAAGCAAAGGTTATCCAAATGA	MNRVFEKKWVVVGIAIFCSILWGSAFPVLKVSYDELQMAADDTIAKIVFAGMRFLLAGLIILIGLFLVDRKRLMVMKRQMLFLTIFGVIQTGLQYFFFYNGLAKVSGMQGAILVSSGTFFTVILAHFFYSNDRMNWKKGIGLAAGFAGIIVANWGQEFQLSFHFTGEGYMILAALTGAIGTIMAKELAVGIHPFAITGWQLSIGASLMLIFGVPQLESGAMTFTPLGFWLFVYSAVLSAAAFALWYSILKYNKAGEISMFKFITPVSGAILSAIFIPAETLDVYVIAALGLVAIGIVAVNYKGKSSAKQRLSK				NA	NA	NA	NA	NA
AK148_02859	1185	nagC	COG1940	N-acetylglucosamine repressor	ATGCAACGAGGAACATTTCAGTTAATGAAATCAGTAAATAAATCAATTATTTTAAATAAAATTAGGACGTGCGAGCCTATTTCTAGGGCACAAATAGCTAAGGAAACAGAGCTGACTCCCCCTACAGTAAGCAGTATTGTTAAAGAATTACTAGAGCAAGGTATGGTTTATGAACAGAAAAAGGCTACCTCAATGGGTGGGAGAAGACCTACGATGCTTTATATTAATAAAACAGCCTATTATTTGGTGGGAGTGGATGCTGGTCCGGAGACGATGAATGCAATTGTTACTAATTTGGGTGGTACAATTTTAGGACGTATATCATATGTGTTAAACAATCCGATTACAGAGGCCTCCTTTCTAGATGTTATGAAACAGAGTATTAACGAGGTGGTACGTCATGCGAATGTGAAAATGGAAGAAATTATGGGTATTGGTGTAGCGATGCATGGTGTTGTCGAAGTAGCTACAGGGAAATCTTTATATGCCCCCAATTTAAAATTAACGGATATTCCGATAAAAGAAGCGTTAGAACAAGAGTTTCGTGTGACGGTAAAAGTGGAAAACGATGCGCGTGCAATGGCTCTAGGTGAAGCATGGTTTGGTGGTCATGGTAACTTAGGTAGTATGGTGACTGTTAACTTAGGGCGAGGCGTGGGCGCTGGGATTGTAACAGATGGAAAATTGTTTCATGGTGCAAAAGATATTGCTGGTGAAATAGGTCATATGACGATCGACATTAACGGAGAAATTTGCGAGTGTGGAAATCGCGGCTGCTTGCAAACTTTTGCTACGGGTCCAGCAATTGTAAGATGCGCACAGCGAAAATTAGCTGAACGAGAAGCGGAGCATTCTTTTAAGCTCACTGCAGAGAGTGTATTTGAGCTCGCAAAAGCTGGAAATACGCTGTATGTAGATGTATTAGAAGAAACAGGCTTTGCTATAGGTATTGGCTTAACGAATGTGATACATATTGTTAACCCAGAAAAGATTGTGTTAGGTGGAGGGGTTATGAAAAGTGAGGAATTCCTTTTACCTATTATTAAAAAGACAGTCAACAACAATGCTTTGACAGAAGGGGCAAAAAATACAGAAGTGAAGGTAACGAAACTTGGGAAAGATGCTACTGTGTTGGGTGCTGTAGCGTTGCTTTTGGTGGAAATATTTGATTCTGTTTTAGGCTAG	MQRGTFQLMKSVNKSIILNKIRTCEPISRAQIAKETELTPPTVSSIVKELLEQGMVYEQKKATSMGGRRPTMLYINKTAYYLVGVDAGPETMNAIVTNLGGTILGRISYVLNNPITEASFLDVMKQSINEVVRHANVKMEEIMGIGVAMHGVVEVATGKSLYAPNLKLTDIPIKEALEQEFRVTVKVENDARAMALGEAWFGGHGNLGSMVTVNLGRGVGAGIVTDGKLFHGAKDIAGEIGHMTIDINGEICECGNRGCLQTFATGPAIVRCAQRKLAEREAEHSFKLTAESVFELAKAGNTLYVDVLEETGFAIGIGLTNVIHIVNPEKIVLGGGVMKSEEFLLPIIKKTVNNNALTEGAKNTEVKVTKLGKDATVLGAVALLLVEIFDSVLG	PGPT0018870_446	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018870-nagC-K02565	NA	NA
AK148_02860	474			hypothetical protein	ATGCAAATGGAAGAAAAGATCATTACGATGCTGGAACAAATCTCTACAAGCATACAAGAACAAGGGGAACGAATTGGTTCTCTTGAAACACGCTTCGATAACCTCGAGAAGCGTTTTGATAACCTTGAACAACGTTTCGATAATCTGGAATCACGATTTACTGAGCAAGAACAAAGACTTGATGAACAAGGACAAAGAATTGCAACTATCGAACACAAACTTGATGAACAAGGACAAAGAATTACAACTATTGAACAAAGACTGGATGAACATAAAGACATCTTAACCGCACTACGCTCCGGGCAAGAATATTTAAAAGCAGAGATAGACGGAATGCGTATAGAAAATGCAAAAGAGTTTGGTTATGTGAAGAAAGAAATCAGCAACATGCATGTAAATTTTGCTGTACTGAGAGAAGATGTATGGACAAATAAAAAGGACATTTATATGCTAAAACAAGCAAGCTCGAATTAA	MQMEEKIITMLEQISTSIQEQGERIGSLETRFDNLEKRFDNLEQRFDNLESRFTEQEQRLDEQGQRIATIEHKLDEQGQRITTIEQRLDEHKDILTALRSGQEYLKAEIDGMRIENAKEFGYVKKEISNMHVNFAVLREDVWTNKKDIYMLKQASSN				NA	NA	NA	NA	NA
AK148_02861	357			hypothetical protein	ATGAGTAAACAAAAAATTGAAAAAAGCGTTCGCTATTATGCGGCACAATTAGTGCAAGAAAAAGGATACATTAGTCCGCTAGATTTATTAATAAAAATGGAAAGAATTACTCCGAAGCAAGTGGAAGATTGGAGGCGTAAAAGGGTTTCCTACTTAGAGCGAATGATACTTGGTAACCTATCCAAACTGCAATTTATCTTGCAAACGTTAAGAAAGTTTGCCCGAGAACAGGATTTAAAGCCTTCTGAAACGGTATATAAATCTTGGGGAAAAGGAGCAAAACAACAGTTACGATTTTCGAAGTCAGGAAGTCCTTATGTGGAAAAGCTGTATGCAACGCATTATGTGAAAAAATAG	MSKQKIEKSVRYYAAQLVQEKGYISPLDLLIKMERITPKQVEDWRRKRVSYLERMILGNLSKLQFILQTLRKFAREQDLKPSETVYKSWGKGAKQQLRFSKSGSPYVEKLYATHYVKK				NA	NA	NA	NA	NA
AK148_02862	717	gamR_1		HTH-type transcriptional repressor GamR	TTGGACAAAAGTAGTAAGGTGCCTTTATATTTACAACTGATGAACGAAATCATTGAGAAAATCGAACAAGAGACGTATGAAGAACATGATAAATTACCTTCTGAGCGTGAACTATGTGATATGTATAAATTAAGTAGGATTACGGTTAGGCAGGCGCTGCAAGAGTTAGAAAGAGAAGGTTATATTTATAAGTTACATGGAAAAGGAACATTTGTATCGGCTACCTCCATTGAACAAAATTTAGTTAAACTGTACAGCTTTACAGAAGAAATGAAAAAAGTGGGGAAGACGCCGATGACCAAGGTTTTATCTTTTAAAGAGATAGCCATTGATACTAGGATAGCAAATAAAATGGGGTTAGAACCATTGGATGAAGTATTTGAGGTCGTACGTTTACGACTTGCAGATGAACAACCACTTATGTATGAAACATCCTATCTACCAAAGAAGTGGTTTCCATATTTAACAAAAGAAAAATTGATGGAAAAGCCTATGTATGATATTTTTTCACATGATTATCAGGTCCACGTTACGAGAGCAATTGAACGTTTTTCAGCAACCCAATTACGGGAAACAGAAGCTGGTTATTTAAATGCTCCAACCCAGCAACCAGCTATGTTAATTAAACGATTTGCCTATCATCACGAGCAACTGATTGAGTATACCATTAGCGTAGCAAGAGGCGATAAATTTGATTATACAGTAGAACTAACGTAA	MDKSSKVPLYLQLMNEIIEKIEQETYEEHDKLPSERELCDMYKLSRITVRQALQELEREGYIYKLHGKGTFVSATSIEQNLVKLYSFTEEMKKVGKTPMTKVLSFKEIAIDTRIANKMGLEPLDEVFEVVRLRLADEQPLMYETSYLPKKWFPYLTKEKLMEKPMYDIFSHDYQVHVTRAIERFSATQLRETEAGYLNAPTQQPAMLIKRFAYHHEQLIEYTISVARGDKFDYTVELT				NA	NA	NA	NA	NA
AK148_02863	1179	agaS	COG2222	Putative D-galactosamine-6-phosphate deaminase AgaS	ATGTTTGGCTTAACTCAGAAAGAATTAGAAAAAGGCAAGGCAGGTCATACGGCTCAAGAAATTTATCAGCAGCCTAAAGTTTGGAATAAAGCATTACACATATTTGCAGAGAGAAAGGAGGAAATTCACAACTTTTTACATGCTATATATAGTAAGCATGAGAAAGTGCGAGTAATTTTAACTGGTGCTGGAACGTCAGCGTTTGCTGGTGACATATTAGTTCCTGAATTACAAAAACAAGATCAGGGAAAGGTGCAATTTGAAGCAATTGCAACAACAGATCTCGTTTCTAATCCGACTAACTATCTCTTCAAGAAAGTACCAACCATTTTGGTATCGTTCGCAAGATCAGGGAATAGTCCGGAGAGTTTGGCTGCGGTTAAGTTGGCAACAGATAGGATCGACCATTTTTATCAAGTAAATATTACATGTAATCCAGAAGGGAAGCTGGCAGTCAACACAAAAGATGATAAGAACAGCATAACGATTCTTACACCGGAAGAAGCGCATGATCAAGGGTTTGCTATGACAAGCAGCTTTACGAGTATGATGGTCATTTGTTATTTGGCTTTTTCTAAAGATACTAATGCAGGTGAGAAGCTACAGACGGTTATTACTAATGGAGAGAAATTTATTGAAAGCGTTGTGAATACGGTAGATGCGGTGTTAGAGCATAGTATGGACAGGATTGTTTATTTAGGCTCTGGTTCGCTTGGGAAATTTGCTCATGAAGCAGCTTTAAAAATGCTTGAGCTGTCAGCAGGTAAAGTGGTAGCTGTTCACGAGTCTTCGTTAGGATTCCGTCACGGACCGAAATCTATTTTGAATGACAAATCCATCGTCGTACTGTTTATGTCTCAAGATGCTTATACACAAAAATATGATTTGGATATATTAAAAGAGTTATCCGGAGAACCAAAGGACATTAAAACGGTTGCGCTTACTGAAATGGATAATGAAGAAGTAAGTCAATATGCAAACTGGACAGTGTCTGTTAATAATAGCAAGCAGTCACTAGAAAATGATTTCTACCTATCTTTACTATACGTCGTATTTGCACAAGTTTTAGCACTGAAAAAATCGATTCAATTAGGAATTACGCCAGATAACCCAAGCCCAGACGGATCCGTCAATCGCGTAGTGCAAGGCGTAACGATTTATCCTATGACATTCGCATAG	MFGLTQKELEKGKAGHTAQEIYQQPKVWNKALHIFAERKEEIHNFLHAIYSKHEKVRVILTGAGTSAFAGDILVPELQKQDQGKVQFEAIATTDLVSNPTNYLFKKVPTILVSFARSGNSPESLAAVKLATDRIDHFYQVNITCNPEGKLAVNTKDDKNSITILTPEEAHDQGFAMTSSFTSMMVICYLAFSKDTNAGEKLQTVITNGEKFIESVVNTVDAVLEHSMDRIVYLGSGSLGKFAHEAALKMLELSAGKVVAVHESSLGFRHGPKSILNDKSIVVLFMSQDAYTQKYDLDILKELSGEPKDIKTVALTEMDNEEVSQYANWTVSVNNSKQSLENDFYLSLLYVVFAQVLALKKSIQLGITPDNPSPDGSVNRVVQGVTIYPMTFA	PGPT0017925_106	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0017925-agaS-K02082	NA	NA
AK148_02864	486	levE_1	COG3444	PTS system fructose-specific EIIB component	ATGACTACAAAACCAAATATTTTGTTAACAAGAATTGACAATCGCTTAATACATGGCCAGGTGGGAGTTACTTGGGTTAACCATTTAGGAGCAAATCTAGTCGTAGTTGCCAATGATAAAGTTTCACAAGACGAAGTGCAACAGAGTTTGATGGATATGGTGTTGCCAGATGTTATTCAGGCAAGGTACTTTTCTATTCAAAAAACCATTGATGTGATCCATAAGGCTTCACCAAGGCAAAAGATATTTCTCGTCGTTAAAGATGTTCATGATGCACTAGCTTTAAAAGAAGGCGGTGTACCAATAGACCATATCAATATAGGTAATATGCATTATGCAGAAGGGAAAAAGCAAATTTCTTCTACTGTGTCTGTTGATGAAAAAGATATTGAAGCATTTAATAAGCTGCATGATATGGGGGTAACGCTTGATTTAAGAGGAGTTCCAAACGAAAAAGGGCAAGACATTATGGATCTTCTTAAATAA	MTTKPNILLTRIDNRLIHGQVGVTWVNHLGANLVVVANDKVSQDEVQQSLMDMVLPDVIQARYFSIQKTIDVIHKASPRQKIFLVVKDVHDALALKEGGVPIDHINIGNMHYAEGKKQISSTVSVDEKDIEAFNKLHDMGVTLDLRGVPNEKGQDIMDLLK	PGPT0017035_105	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_N_ACETYLGALACTOSAMINE_PTS_SYSTEM,PGPT0017035-agaV-K02745	NA	NA
AK148_02865	768	agaC_1	COG3715	N-acetylgalactosamine permease IIC component 1	ATGTTAATGGAAGCGGTTTTAATTGCTATTTGGGCAGGTATTATTGGAATTGATTTATATGTAGGTTTAACCCATATGCACCGCCCTGTTGTTACCGGTCTAGTTGTCGGTTTAATTTTAGGTGATGTAACTACTGGTTTAATTGTCGGGGGTACGTTGGAATTAATTTGGATGGGAATGGTTCCGCTTGCAGGAGCCCAACCTCCAAATGTAGTTATTGGAGGAGTTATTGGTACAGCCTTTGGTGTGATAGCTGGTCAAGATCCACAAGTGGCTGTGGGGGTAGCAATACCATTTGCTGTGGCGGTACAAGGATTAATTACATTATTTTTCACATTATTTGCCCCTGTCATGCATAAAGCAGATCAATTTGCTTTAGACGCAAATACAAAAGGAATAGAAAAGATAAATTATTTAGGTATTGCCATTCTATTTTCTTTTAATGCACTTATCGCATTTTTACCAATTTATTTCGGAGCAGAACAAGCTGCTGCCTTTGTTGAAACCGTCCCCCAATGGATTATTGATGGATTATCCATTGCAGGAGGAATTATGCCAGCTATTGGTTTTGCAATGCTACTGAGAATTATGATGAAAGTAGAGTATATTATGTTCTTTATCGTAGGATTTATTCTTGCGGCATATTTAGAATTACCAATATTAGCAATCGCTTTAATTGGTTTAGCGATAGCGCTATATGATTTTTATCAAAATAAAAATAAACAAGGTCCTGCGCCTAAAGAGGAGGAGATTACGGATGGCATCTAA	MLMEAVLIAIWAGIIGIDLYVGLTHMHRPVVTGLVVGLILGDVTTGLIVGGTLELIWMGMVPLAGAQPPNVVIGGVIGTAFGVIAGQDPQVAVGVAIPFAVAVQGLITLFFTLFAPVMHKADQFALDANTKGIEKINYLGIAILFSFNALIAFLPIYFGAEQAAAFVETVPQWIIDGLSIAGGIMPAIGFAMLLRIMMKVEYIMFFIVGFILAAYLELPILAIALIGLAIALYDFYQNKNKQGPAPKEEEITDGI	PGPT0017020_266	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_N_ACETYLGALACTOSAMINE_PTS_SYSTEM,PGPT0017020-agaW-K02746	NA	NA
AK148_02866	822	manZ_2	COG3716	PTS system mannose-specific EIID component	ATGGCATCTAATAGTTATCATTATGAAGATACAACTTCTGCTCCGGATTTACAACCGAAGGAACTTAGAAAATTAGCATGGAGATCTTTATTATTACAAGCTTCATTTAACTATGAGCGTATGCAAGCAGCAGGTTGGCTTTACTCTATATTACCAGGCTTAAAATCAATTCATAAAAACAAAAAAGATTTAAGTAAATCGATGAAAGACCATATGGAATTCTTTAATACGCATCCATTTCTTGTCACTTTTATTATGGGTATTATTTTAGCAATGGAGCAAAAGAAGGAAGATAGAGAAGCTATTCGTGGAATTAAAGTGGCAACGATGGGACCTTTAGGTGGTATAGGGGATGCGTTATTCTATCTTACATTATTACCTATTACAGCGAGTATCGGTGCTTCTCTGGCGGTAAATGGTAATATTTTTGGCCCCTTTGTGTTTCTAATCATGTTCAATATCATCCATTTTGGAGTTAGATTCGGTTTAATGAACTATGGCTACAAAACAGGAGTAAAAGCAATTGCAAAATTGAAAGAAGGAACACAGCATGTTTCACGTGCGGCCTCTATTGTCGGATTAACCGTTGTTGGAGGATTAATAGCTACGTACGTTTCATTTAAAATTGACTACACGTGGACACAAGGTGAATCTGAATTAAATGTTCAAACAGATATATTAGATCAAATCATGCCTGCTCTTTTACCTTTAGCCTATACACTACTCGTTTATTGGCTGCTTAAAAAAGGTCGTTCACCGCTTACTTTAATTGGATTAACCGTCGTTGTAGGGCTTATAGGATCTTATTTTGGAGTTATGTAG	MASNSYHYEDTTSAPDLQPKELRKLAWRSLLLQASFNYERMQAAGWLYSILPGLKSIHKNKKDLSKSMKDHMEFFNTHPFLVTFIMGIILAMEQKKEDREAIRGIKVATMGPLGGIGDALFYLTLLPITASIGASLAVNGNIFGPFVFLIMFNIIHFGVRFGLMNYGYKTGVKAIAKLKEGTQHVSRAASIVGLTVVGGLIATYVSFKIDYTWTQGESELNVQTDILDQIMPALLPLAYTLLVYWLLKKGRSPLTLIGLTVVVGLIGSYFGVM	PGPT0017025_217	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_N_ACETYLGALACTOSAMINE_PTS_SYSTEM,PGPT0017025-agaE-K02747	NA	NA
AK148_02867	417	manX_1	COG2893	PTS system mannose-specific EIIAB component	ATGATTGGGATTATAATAACTGGACATGGTTCGTATCCTGAGGGGATGTATGAATCTATTCGTTTGATTGCAGGAGATGTAGAAGGGTTAAAAACAGTCCCTTTTCATGAAAGTCAAGAACAATTGGAGCATGATTTAATAGCAGCAATGGCTGAGGTTGAATATGGAAGTGGTGTTGTTTGTTTTGCGGATTTAGCGGGAGGCACACCTTTTAACGTAAGTTCTAAAATTGCTGCATCAAAAGGTAATGTAAGGGTAATTGGCGGAACCAATTCACCAATGCTATTAAGCAGTTTATTCCAAAGGGAACAAAACCTAGATGATTTCGTACAACATGCTTTATATGAAGGACAAACAAACATTAAATCGTTTGAAATCGCGAAAAAGAACAAAGAAGAGGATTTGGACGGCATATAA	MIGIIITGHGSYPEGMYESIRLIAGDVEGLKTVPFHESQEQLEHDLIAAMAEVEYGSGVVCFADLAGGTPFNVSSKIAASKGNVRVIGGTNSPMLLSSLFQREQNLDDFVQHALYEGQTNIKSFEIAKKNKEEDLDGI	PGPT0017030_383	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GALACTOSAMINE_PTS_SYSTEM,PGPT0017030-agaF-K02744	NA	NA
AK148_02868	1158	agaA	COG1820	N-acetylgalactosamine-6-phosphate deacetylase	ATGCAATATTATATAAAGGCAGATCAATTTTTATTAGAAGATAGGTTGGAAGGTCCAGGTTATCTTGCTATTGATCATGGACGTTTTGGCGAATGGAAGAAAAGCCTTACTACACAAGCTAATATCGTGGATTGGAGCGGTTATACCATCGCCCCTGGGTTATTTGATACACATATTCATGGTGTCAATGGCTATGACATTATGGATGGGACCAAAGAAGCTGTGCAGCAAATTTCAGAAGCTTTGTTGCCGCTTGGGGTAACGCGGTTTCTACCAACGACATTAACGTCCTCTTCCGAAAACTTGGAACAATCTATAGCAGCGATTGTGGAGGCGACGGAGGAAGGGCTGTCTGGAGCGCAGTCAGAGGGGATTTATTTAGAAGGCCCTTTTTTTACAGAAAAGCATAAAGGGGCACAAAATCCTATCTATTTTCGTGATCCTGACTTAGAACTGTTTACAAAATGGCAACAGCTTGCGGGTGGTTCTATCGTGAAAATTGCGCTAGCACCAGAACGGAAAGGATCTAAAGAATTTATTACTGCATTAACGGAAGCAAATGTAAAAGTAAGCCTTGGCCACAGCAATGCAGATTATGACTGCTGTAAAACTGCTATTGAAGCAGGGGCAAATACATTTGTGCATCTATTTAACGGGATGGCTGGATTTCATCATCGGAATCCGGGAGTAGCTGGATCAGCCTTAATGGCTAAACAAGCTTTTGTTGAATTAATTTGTGATGGGCATCATGTACATCCTGATGTCGCAGCTTTTACGTGGCGAGTGAAAGGCGATCGTACTGTTCTAATTACGGACTGCATGCGTGCAGGGCTTATGCCAGATGGAAGTTATCAGTTAGGCGAATTCCCTGTTGTAATGCGAAATGGGATTGCGCGGACAGAAACCGGTTCTTTAGCTGGAAGTACGTTAATTTTAAAGGATGCGATTAAAAACTTGAGTCAATGGTCTGATCGCACATGGGATGAAGCTTGGCATTTAGCTAGTCTAAGTCCCGCTCATAGCTTAGGTCGTGAACAAGAACTAGGAAGCATACGTCCAGGAAAATATGCCGATTATGTAGTCATAGATGAGCAGTGCCATACTCAAGCTACTGTCATTAGTGGCGAAATTAAATATCAAAAAAACAACGAGAAGTGA	MQYYIKADQFLLEDRLEGPGYLAIDHGRFGEWKKSLTTQANIVDWSGYTIAPGLFDTHIHGVNGYDIMDGTKEAVQQISEALLPLGVTRFLPTTLTSSSENLEQSIAAIVEATEEGLSGAQSEGIYLEGPFFTEKHKGAQNPIYFRDPDLELFTKWQQLAGGSIVKIALAPERKGSKEFITALTEANVKVSLGHSNADYDCCKTAIEAGANTFVHLFNGMAGFHHRNPGVAGSALMAKQAFVELICDGHHVHPDVAAFTWRVKGDRTVLITDCMRAGLMPDGSYQLGEFPVVMRNGIARTETGSLAGSTLILKDAIKNLSQWSDRTWDEAWHLASLSPAHSLGREQELGSIRPGKYADYVVIDEQCHTQATVISGEIKYQKNNEK	PGPT0018860_1701	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
AK148_02869	858	gatY_2		D-tagatose-1,6-bisphosphate aldolase subunit GatY	ATGGGATATGTCCAAAACACAAAAGAAATGCTTATCAAAGCGAGAAATGAAGGGTATGCCGTACCAGCCTTTAATATTCATAATTTAGAAACGATCCAAACAGTTGTAGAAACAGCAGCAGAAATGAAGTCCCCTGTCATTTTGGCAGCGACACCTGGAACGATGAAATACGCTGGTAGAGCATATGTACAAGCTATCGCAGAAGTAGCAGCCAAGCTGTATGATATTCCAATTGCCTTACACCTTGATCATCATGAAACATATGAATCTATTGTTGAATCTCTTGAATTAGGAACCAAATCGGTGATGATTGATGGTTCGCATCATACATTTGAAGAAAATATTGCTATTACAAAAAAAGTAGTCGAAAAAGCACATGCTTATGGAGCAACAGTAGAAGGAGAATTAGGTAAATTAGTAGGGCAGGAAGATGATCTAGTAGTTGAAGCGAAAGATGCGGCATATACGGACCCAGATACCGTAGTGGAATTTATCGAAAGAACCGGTGTCGATTCTTTAGCAGTAGCAATTGGTACAGGGCATGGCTTGTATGAAACCGAACCGCAACTTGATTTTGAACGGCTTGAAAAAATTAACGATGTAGCGACAGTACCAATCGTTCTCCACGGGGCCTCTGGAATATCAAAAGCAGATGTACAAAAGTGTATTGCTTTAGGATGTGCGAAGGTCAATATTTCTACAGAACTGAAGATTCCGTTTTCAGAAGGACTTCGTGAGCATTTAATCGAGCACTCAAATGAAACAGATCCAAGGAAGTATATGACGCCAGCTAAAGAAAAAATGAAGGCAGCAGTAAAAGATAAAATAGAAATTTGTATGAGTGCAGGCAAAGCATAA	MGYVQNTKEMLIKARNEGYAVPAFNIHNLETIQTVVETAAEMKSPVILAATPGTMKYAGRAYVQAIAEVAAKLYDIPIALHLDHHETYESIVESLELGTKSVMIDGSHHTFEENIAITKKVVEKAHAYGATVEGELGKLVGQEDDLVVEAKDAAYTDPDTVVEFIERTGVDSLAVAIGTGHGLYETEPQLDFERLEKINDVATVPIVLHGASGISKADVQKCIALGCAKVNISTELKIPFSEGLREHLIEHSNETDPRKYMTPAKEKMKAAVKDKIEICMSAGKA	PGPT0017920_201	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
AK148_02870	933	lacC_2		Tagatose-6-phosphate kinase	TTGATTTTGACGATTACCTTAAATCCGTCCGTAGATATTCAATATCGCTTATCAGATTTTAATATAGATACAGTAAATCGCGTTACAGATGTTAGAAAAACAGCTGGTGGAAAAGGACTCAACGTAGCAAGGGTTATTCGTCAGCTTGATGAGAAGGTTAGTGCTACAGGTTTTCTTGGTGGTAGTTTAGGAGATTTTATTAACAGCGAACTAAAACGATTAAACATTGAAAATGGATTTATGCCAATTACAGGGGATACGAGAAATTGTATTGCAATAATTCATAATGGAGAACAAACAGAACTATTAGAGGATGGTCCAGTTATTCAGCAAGAAGAAGCTAGTCAATTTTTACGTCAATTTCGTGAGCAAGCGAAACAAGCAAATTGGATAACCATTTCTGGTAGTCTACCAAAAGGGTTACAGAAAAATTACTATGAGCAAATGTTGGCTATCGCAAATGAAGTTGGCATTCCGGTGTTATTAGATACCAAAGGTGATTTATTAGCACGTTCGTTGCAAGGGGATACAGTCCCTTATTTGATTAAGCCAAACCAAGATGAGCTAGCTGACCTGCTTGGAGAAGAAAAGCTAGATATAGAAGATGTGAGAGTAGCTATTCAGTCAGCATTATTTGATGGAGTTGACTGGGTTGTTATTACGATGGGAGAACAAGGAGCGGTTGTAAAACATAAAGATAAGGTATATCGCGTACATTCTCCGAATATTAATGCTGCTAATCCAGTTGGTTCCGGTGATTCTGTCATAGCCGGCTTTGCCACCGGATTAGCTAGACAACTTTCAGGTGAAAAACTGATCAAATTCGGTTTAGCTATGGGTGTATTAAACGCAATGGAAGAGCAGACAGGATATGTTGATATAACGAAAGTTTCTTGGTGCACAGAGCAGATGAAAGTAGAGGAATGGGTTTAA	MILTITLNPSVDIQYRLSDFNIDTVNRVTDVRKTAGGKGLNVARVIRQLDEKVSATGFLGGSLGDFINSELKRLNIENGFMPITGDTRNCIAIIHNGEQTELLEDGPVIQQEEASQFLRQFREQAKQANWITISGSLPKGLQKNYYEQMLAIANEVGIPVLLDTKGDLLARSLQGDTVPYLIKPNQDELADLLGEEKLDIEDVRVAIQSALFDGVDWVVITMGEQGAVVKHKDKVYRVHSPNINAANPVGSGDSVIAGFATGLARQLSGEKLIKFGLAMGVLNAMEEQTGYVDITKVSWCTEQMKVEEWV	PGPT0017940_220	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_TAGATOSE_DEGRADATION,PGPT0017940-lacC-K00917	NA	NA
AK148_02871	240			hypothetical protein	ATGAGCGTATTTACGACGGACGGGAGCGACTCCCACGCGGGGATGAACCAATTTACGACAGACGGGAGCGAGTTCCGCACTAGACGAGCGAATTTGCGACGGACAGGAGCGAGCTCCGTGCTAGATGAGCGTATTTACGACGAACAGGAGCGAGTTGCACGCGGGGATGAGCGTATTTACGACGGAGGCGAGCGAGCTTTCGACGAGCAAGAGCGACTCCCGCTCGGAAGCGGGAGTTGA	MSVFTTDGSDSHAGMNQFTTDGSEFRTRRANLRRTGASSVLDERIYDEQERVARGDERIYDGGERAFDEQERLPLGSGS				NA	NA	NA	NA	NA
AK148_02872	129			hypothetical protein	ATGAGCGAATTTGCGACGGACGGGAGCGAGCTCCACGCGGGGATGAGCGTATTTACGACGGACGGGAGCGAGTTCCGCGCGGGGATGAGCGAATTTACGACGGGCGGGAGCGAGTTCCGCACTAGATGA	MSEFATDGSELHAGMSVFTTDGSEFRAGMSEFTTGGSEFRTR				NA	NA	NA	NA	NA
AK148_02873	1491	opuD_3	COG1292	Glycine betaine transporter OpuD	TTGTGGAAACGTAATATTGTTTTATGGATTTCGTTAGCGTTAAGTAGTTTATTTGTAGTTGTAGGTGTTGTATTTAATCAATGGTTAGGAGAAAAAGCGGCAATCTTCTTAGATTTTGCAGTCACTTATTTTAATTGGTTTTATTTGCTCGTTGGATCTTCGTTTGTTTTCATATGCGGGTTTTTAATTTTTTCAAAATACGGAAATATCAAACTCGGAAAAGATACAGATAAACCAGACTTTAGTACTACCGCTTGGATTTCGATGCTTTTTAGTGCGGGAATGGGGGTAGGACTTGTATTTTGGGGAGTAGCAGAACCAGTAAAGCATTATTTATTTCCCCCGTATGGGGAAGGTGGAACGATAGAATCTGCAAATAATGCAATGACATATACATTTTTTCATTGGGGGTTGCACCCATGGGCTCTCTTTGGAATCGTAGCATTAAGCTTAGCTTATTTTCATTTTCGAAAAGGGTTACCTTCAGCAATCAGTTCTATTTTCCATCCTATTTTAGGCGACAAAATTCATACGAACTTAGGAAAAACAATTGATATACTGTCGGTTTTTATTACAGCAGTAGGCATTTCTAGTACGTTTGGTTTAAGTACATTACAAATAGCTAGTGGCATGGAAGCACGATGGGGCATTGAAAATACATTTAGTACGCAACTCATGATTATTAGTTTTGCAACCATTATTTTCTTAATTTCTTCCTCAACTGGCGTGAATCGCGGCATCAAATATATATCTAGTTTAAATGTCATTCTATTATTTACTTTGATGCTTTCCGTTCTTCTCATCGGTCCGACAAAACAAATTTTGGAAATTTTTATTAGTTCTACAGGAAATTATCTTGGTAACATCGTTCCAATGGGGCTAAAAATGGAGCCATTTGACCAAGAAGCAAATAATTGGATTGGCTCATGGACGGTATTTTATTGGGCATGGTGGACAACCTGGGCACCTTTTGTTGGTTCATTTATTGCTAGAATTTCTAAAGGAAGAACGATTAAAGAGTTCGTCATCGGTGTATTAGTCGTTCCCTCTTTAATTTCTTTCGTCTGGTTCTCGATACTCGGAGGAAGCGCCATTCACTTGATTCATGAGTTTCAAAATACTGCCTTAGCAGATAATATTAATGCTGACGTAAATGCGGCTCTATTTGCTTTTTTTAATGAAATTCCATTAGGTTCTATTTTAAGCGTGTTAGCACTTATACTTATTTTTTCATTTTTTATTACTTCTGCTGATTCAGCAACTTTTGTACTTGGCATGCTAAGTGATAAAGGAAATTTAAATCCATCTAATCGAATTAAAATGACATGGGGAATTATTTCTTCTGGATCTGCTATCGTATTTTTATTAGCTGGTGGATTAGATGCCGTAAAAACAATCTCCATTGTAGTAGCCTCTCCTTTTACCTTTATTATGTTGTTTATTTGTTACAGCATTATAAAATCATTAAAAAGTGAATTTAAAGTAAAGTAG	MWKRNIVLWISLALSSLFVVVGVVFNQWLGEKAAIFLDFAVTYFNWFYLLVGSSFVFICGFLIFSKYGNIKLGKDTDKPDFSTTAWISMLFSAGMGVGLVFWGVAEPVKHYLFPPYGEGGTIESANNAMTYTFFHWGLHPWALFGIVALSLAYFHFRKGLPSAISSIFHPILGDKIHTNLGKTIDILSVFITAVGISSTFGLSTLQIASGMEARWGIENTFSTQLMIISFATIIFLISSSTGVNRGIKYISSLNVILLFTLMLSVLLIGPTKQILEIFISSTGNYLGNIVPMGLKMEPFDQEANNWIGSWTVFYWAWWTTWAPFVGSFIARISKGRTIKEFVIGVLVVPSLISFVWFSILGGSAIHLIHEFQNTALADNINADVNAALFAFFNEIPLGSILSVLALILIFSFFITSADSATFVLGMLSDKGNLNPSNRIKMTWGIISSGSAIVFLLAGGLDAVKTISIVVASPFTFIMLFICYSIIKSLKSEFKVK	PGPT0013600_1310	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013600-opuD|ytfQ-K05020	NA	NA
AK148_02874	1044	sbnB	COG2423	N-((2S)-2-amino-2-carboxyethyl)-L-glutamate dehydrogenase	GTGAGTGGTTCAAACAAAGAGGTGAATGTTTTGTGGTTATCTCAAGAAGAGTGTATTCAAGGTGGAGCAAAAGATATGGATATGATTCTTGAATATGTGGAAAAAGTAAATCTTTGGCTAGCAGAAGGTAAAGTTGTCGAACCGGAATTGTTGCATTTGTTGTGGGAACAAGGCAATTATTCAGGGAAAAGGATAGGTGTTCATGCTGCTTTAATTCGCTCTGAAGAGATGCAGTTAGCAGCTGTGAAAGGAATTCCCAGTAACCCTATGAATCCAATGAAACGGAAAACACCAAGATCGAATGGTATTATTATTCTTTATCATGAAGAGACAGGATACCCTTTTGCCGTAATGGATGACACTATTGTAAGCGCTTTAAGAACGGGGGCATCTAGTGCTCTGGGGGCAAAGTTCTGTGCTAGGCCTGACTCAGAAACACTTGGTTTAGTAGGGTGTGGTGTAATACAAAATGCTCATATAGAAGCTACAAGTAAAGTGATGAAACACATAAAGCAAGTTCGATTATACGATGTTAACGAGGAACGGGCAGAAAAATTTGCAGCAAATTGGAGTCATTTAGGGTATTCTTTTCATATTTGTAAAGAAGTAGAAGAAACTGTTGCTCAATCAGATATTGTATATACGGCAACGAATGTAAATGTCGGAGAAGAGTATATTCCCAAAGAATGGATCAAAAAGGGGTCCTTTCATTCTGGTGTCTCTATGTGGGATCATACAGACGATGCTATTTTGGAAGGTTTTAATAAATATTGCATGGATTATAAATTGCGTTTACAGGACGAAAAATATCCATTGTCCGAACTTACTAAGGCTGGTAAGTTACATGCAGATGACATTAAAGAATTAGGAGGAGTCATCAAAGGGAGCACGCTTTGTAGAGAAAGTGATGATGATCGTATATTCTTTGTTACATTAGGCATTTGTGCAACAGATACTGCAAATAGTTATAAAATTTATCAAAATGCGTGTGCTCAAGGTATTGGCACGGAAGTGAAGCTATGGTCAGAACCTGCCATGTTTTAA	MSGSNKEVNVLWLSQEECIQGGAKDMDMILEYVEKVNLWLAEGKVVEPELLHLLWEQGNYSGKRIGVHAALIRSEEMQLAAVKGIPSNPMNPMKRKTPRSNGIIILYHEETGYPFAVMDDTIVSALRTGASSALGAKFCARPDSETLGLVGCGVIQNAHIEATSKVMKHIKQVRLYDVNEERAEKFAANWSHLGYSFHICKEVEETVAQSDIVYTATNVNVGEEYIPKEWIKKGSFHSGVSMWDHTDDAILEGFNKYCMDYKLRLQDEKYPLSELTKAGKLHADDIKELGGVIKGSTLCRESDDDRIFFVTLGICATDTANSYKIYQNACAQGIGTEVKLWSEPAMF	PGPT0003445_14	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-STAPHYLOFERRIN_B_BIOSYNTHESIS,PGPT0003445-sbnB-K21721	NA	NA
AK148_02875	1548	rocA1_2	COG1012	1-pyrroline-5-carboxylate dehydrogenase 1	ATGTCAATTTCGCTATTTTCCAATGAGTCACCTATCATTTGGAAGGATGAAGAAAAGCAGCAGGAGCTAAAAGAAGCATTATACGCTGTTAAACAAAAATTCGGGCAACAATATCCTTTGCGGATAGCCGGTGAGAAAATATTTACAGAAGATCAACTTATTTCTTATAATCCCGCATCTTTTAATGAAGTTATTGGGTTTGTAAGTAAGGCTGGTAAAAAGAATATAGATGAGGCAATGGATAATGCAAGAAGTACGTTTGCATATTGGAATTTATTAACCTCTCAAGAAAGAGCTCGTTACCTATTGAAAGCTGCTGCATTAATGAGAAGAAGAAAAATGGAGTGGATTGCTTGGCAAATATATGAAGCCGGGAAAAACTGGGAAGAAGCAGATGGAGAAATAATGGAAGCAATTGATTTTTTAGAAATGTATGCGAGAAAAGCTATGGAATTGGACCAAGGGGAAACGCTTTTTGCCGAACCAGGTATGGAAAATGTATTACAATATAAGCCACTTGGAGTAGGTGCTATTATATCTCCGTGGAATTTCCCATTAGCGATCGTAACAGGCATGACTGTAGCAGCAATTGTAACAGGTAATGTCGTGCTATTAAAGCCTTCTTCTTTAACACCTGTTATCGCTGCTAAATTTGTAGAGTTGATGGAGGAAGCTGGTGTCCCACAAGGCGTTATCCAGTTTGTTCCTGGAAATGCTGCAGAAATTGGTGATTATATGGTAGGGCATAAGGATGTGAATTTTATTTCTTTTACAGGGTCTAAGGAAGCCGGTTTGCAGATAGATGAAATAGCACATAGAGGATTATCAGAACAGCGGTGGATGAAACGGGTAGTAGCAGAAATGGGCGGTAAAAATGGAATTATTGTGGATGAATTTGCAGACTTACATGCTGCGGTAGATGGCGTCATTATTTCGGCATTCGGTTATCAAGGTCAAAAATGTTCTGCTTGTTCAAGGGTAATTGTACATGAAAAGGTATATGATCGTTTTATTGAACAGTTAGTTCGAAAAGCAAAGCGCTTACGTGTTGGATCAGGAGAACATAATAACGACATTGGCCCTGTTATTAATAATAAGGCATTTGATAAGGTAAGGAATTATATAGAAATTGGAAAGCAGGAAGGGCGCCTGGTTTTAGGAGGAGAGAGCGATCGGCAACAAGGGTATTACGTTCATCCAACGATATTTACAGAAGTTAACCCACAGGCGCGCATTATGCAAGAAGAAATTTTTGGCCCCGTTTTAGCCGTATGCCAAGTCAAAGATTTTTACGAAGGAATAAACGTTTATAATAATACTGCATATGGATTGACTGGTTCGGTTTATTCTAATAAAAGAGAACATTTAGCGTTTGCGCGTGAACATATGGAGTGTGGCAATTTGTTTTTTAATGGAAAATGCACAGGTGCTGTTGTTGGTATGCAGCCGTTTGGGGGGTATTATATGTCTGGAAGCGGATCTAAAACGGGAGTGAAGGAATATTTACTCAATTTTGTGTTAACGAAAACTATCTCTGAAAATTATTAA	MSISLFSNESPIIWKDEEKQQELKEALYAVKQKFGQQYPLRIAGEKIFTEDQLISYNPASFNEVIGFVSKAGKKNIDEAMDNARSTFAYWNLLTSQERARYLLKAAALMRRRKMEWIAWQIYEAGKNWEEADGEIMEAIDFLEMYARKAMELDQGETLFAEPGMENVLQYKPLGVGAIISPWNFPLAIVTGMTVAAIVTGNVVLLKPSSLTPVIAAKFVELMEEAGVPQGVIQFVPGNAAEIGDYMVGHKDVNFISFTGSKEAGLQIDEIAHRGLSEQRWMKRVVAEMGGKNGIIVDEFADLHAAVDGVIISAFGYQGQKCSACSRVIVHEKVYDRFIEQLVRKAKRLRVGSGEHNNDIGPVINNKAFDKVRNYIEIGKQEGRLVLGGESDRQQGYYVHPTIFTEVNPQARIMQEEIFGPVLAVCQVKDFYEGINVYNNTAYGLTGSVYSNKREHLAFAREHMECGNLFFNGKCTGAVVGMQPFGGYYMSGSGSKTGVKEYLLNFVLTKTISENY	PGPT0020210_2450	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0020210-putA-K13821	NA	NA
AK148_02876	1164			Carnitine monooxygenase oxygenase subunit	TTGAAAAGCATTGAAGGTGGGTGGCCAGTTGAGGCAAAGTATGAATCAACCATGCCTGGAAAAGAGTATTATGACTGGAATGTGTTTTATCATGAGCTAAATAAAATTTGGTTTAAAACATGGCTTTGTGTAGGAAGAGAAGAAGAGATTCCTAAAGTGGGAGATTATATAACGGTGCAAATTGCTCACGAGAATTTTATTATCACAAAAGGAAATAATGGCGTAATCAATGGATATTATAATGTTTGTCGCCATCGTGGTTCCCGACTATGTACGGCCTCATCAGGGCATTTCAGTCGTGGGAACATTATTTGTCCGTATCATAGTTGGATGTATAGTGCAGATACGGGAAAGTTGATTAAAGCGCCTAATGTACCTGAAAATGATGAGGGATTTCATAAGGAAGAGCACGGTTTAGTAGGTGTAAAAGTAGAAACGTGGGATGGCTTTATTTGGCTAAACGTAGATGAAAATGCGCCATCTTTAAAAGCATCTTTTCATTTACCAGCATCGTGGTCCATTTATGAGAAGTATGAAATGCATCGGTTGAAACTTGCTGAAAAACGGACTTATACAGTGAAGGCGAATTGGAAATTACTGATGGAAAATGCAGAGGAGTGTTATCACTGTCCGAATATTCACCCTGAATTAAGCCGTACTACACCACCAAATCAACCGAGAAATTGGATTGATAAAAATATCCCGGATACGAAAGTGGTGAAGCATGTAGGGGCAATGAAATTAAAAGATGGATACGATCGAGTAAATTTAGATGGTAATGCGTACCGACCGGCATTTCCAAAACTGAGTGAAGAAGATAAAAGATATATTTATTATTTGCATCTTTTTCCACACTCTTATATATGTCTTGCTTCTGATTATATATTTATTGCTGCGATGTTCCCGGTAGCTCCAGATGAAACAGTTGTAAATGGATACTGGTTGTTTGATCCTGATGTGTTGCAAAAGGAAGGTCATTATATACAAGATGCAGTAGATTTTTGGCATATTACAAGTGAACAAGACTGGGAAGCAAGTGAGTGGGTTCAACTAGGGAATCAATCTAAAGCCTATGAAAATGGCGGCATTTTAACTAAATTAGATTGGCGGGTTGCAAATTTCAAGAAATACGTGCAAATAGAATTAAGCGAAACAGACCATTAA	MKSIEGGWPVEAKYESTMPGKEYYDWNVFYHELNKIWFKTWLCVGREEEIPKVGDYITVQIAHENFIITKGNNGVINGYYNVCRHRGSRLCTASSGHFSRGNIICPYHSWMYSADTGKLIKAPNVPENDEGFHKEEHGLVGVKVETWDGFIWLNVDENAPSLKASFHLPASWSIYEKYEMHRLKLAEKRTYTVKANWKLLMENAEECYHCPNIHPELSRTTPPNQPRNWIDKNIPDTKVVKHVGAMKLKDGYDRVNLDGNAYRPAFPKLSEEDKRYIYYLHLFPHSYICLASDYIFIAAMFPVAPDETVVNGYWLFDPDVLQKEGHYIQDAVDFWHITSEQDWEASEWVQLGNQSKAYENGGILTKLDWRVANFKKYVQIELSETDH	PGPT0013680_616	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013680-gbcA-K00479	NA	NA
AK148_02877	342	nagAb		Naphthalene 1,2-dioxygenase/salicylate 5-hydroxylase systems, ferredoxin component	ATGCTAAGTTCCATGTATGAAAATAAATTACATGATAAAGGTTTTACTTTTATTGGAGATAGTTCTATTGTCCATGAAGGAGATATGATTGAAGTAACTGTTGGAAAAAGTGATGTACTGCTTGCTCGAGTGGAAGGGGTTATTTATGCGGTAGATGGAATATGCAGTCACGCGTACGCAAAATTAGTTGAAGGGGAATTGGATGATTACTGTGTAACTTGTCCTCTCCATTTTGCCTGTTTTGATATTCGGGATGGTGAAGTGTTAGAAGGACCAGCGGATAAGTCACTTCCTATTTTTGAAGTAGTAGAAAAGGATCAACAAATTTGGATTAAGTTATAG	MLSSMYENKLHDKGFTFIGDSSIVHEGDMIEVTVGKSDVLLARVEGVIYAVDGICSHAYAKLVEGELDDYCVTCPLHFACFDIRDGEVLEGPADKSLPIFEVVEKDQQIWIKL	PGPT0019745_267	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
AK148_02878	1212	thcD		Rhodocoxin reductase	ATGACGATTGTTATTATTGGCGCTGGTATTGCTGGTGTGTATGCAGCAGAAACAATGCGCCAATCAGGATTTTCCGGACGCATCATTCTTTTTGATCGAGATACAAATATACCGTATGATAGGCCGCCTTTAACGAAAGAATTCATGGTTGGAAACTTATCTGCATTAGATATGCATTTACGAGAGGCTGCTCACTTTGAAAAATTAAGTATCGAGCTCCGTTTAGGAACAGAGATTGTTTCGGTAAATACAGAGAGGCGTGTCGTGGTGGAAGCAAATGGGGAATTAACGCCATATGACAGGCTTCTATTAACGACAGGATCACAATTAAAAAAGCTTCCGGTGAAGGGAGTGGGTTTACAAGGTGTGTTTTATTTAAAGACGTTAACGGATGCAGAGAAAATGCAAAAATATATACAAGATGTAGAGCATGTTGCCATTATTGGAGCAGGATTTATAGGGGCAGAACTCGCTTCTTCATTCAGAAGTTTAGGAAAAGAAGTAACCATCATTGAAAGGTCTTCTCTTCCATTAGAGCATGTCTTCGGTAAGGAACTTGGTGAATATTTTTTGCATTTACATCAAACGCAAGGTGTCAAAGTTGTTACAGAAGATGAGGTTGTTCAGTTTAAAGGCGAATCTCAAGTGGAAGAGGTTGTAACTGCAAAAGGTAAACAGATTTCATGTCAAGCAGTAATCATTGGAATTGGGGTGGAACCAAATACAAGTTTGGCTCGTTCAGATGTCAATCACGATAGGGGGTATGTGGTTGATGAATGGGGGCAGACTTCCGTACCGACCATTTATGCAGCGGGAGATTGCACGATGTGGCCATATAAAAACAAGATGATCCATATTGAACATTGGGATCATGCGATGAATCATGGCAAGTGTGTGGCAAATAATATGCTCTCGAATAATAGGAAGCCTTACTCGGCGGTACCATACTTTTGGTCCGATCAGTATAAGTCTCAATTTCAATATTTTGGTCATGCAAGTAAACAAATGAAAACCCTTATTCGTGGTAGAATGGAGGAACATCAATTTACATACTTTTTCTTAAATGCTCAAAATAATATAGAAGCTGCGTTGTTAATAAACCAACAAAAAAATGCGCTACCAGTTCGTAGGTTAATCAAACAAGAGAAAATTATTCAGCCGGACTTATTAAAGAATGAAAGCATACCTATAAAAGAAACTGTTTTGAAATAG	MTIVIIGAGIAGVYAAETMRQSGFSGRIILFDRDTNIPYDRPPLTKEFMVGNLSALDMHLREAAHFEKLSIELRLGTEIVSVNTERRVVVEANGELTPYDRLLLTTGSQLKKLPVKGVGLQGVFYLKTLTDAEKMQKYIQDVEHVAIIGAGFIGAELASSFRSLGKEVTIIERSSLPLEHVFGKELGEYFLHLHQTQGVKVVTEDEVVQFKGESQVEEVVTAKGKQISCQAVIIGIGVEPNTSLARSDVNHDRGYVVDEWGQTSVPTIYAAGDCTMWPYKNKMIHIEHWDHAMNHGKCVANNMLSNNRKPYSAVPYFWSDQYKSQFQYFGHASKQMKTLIRGRMEEHQFTYFFLNAQNNIEAALLINQQKNALPVRRLIKQEKIIQPDLLKNESIPIKETVLK	PGPT0019730_466	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
AK148_02879	666			hypothetical protein	ATGACGTTGACAAAAAGAGAAAAACAGATGCAGCGGATGTGGCATTATTTTGTAGATGCAACATCGGAGATCATAGAAGAAGAAGGAATTGAACATGTAACGATTCGTAAGATTGCAGACAAGGCGAGCTATAATAGTGCAACCATATACAATTATTTTCAAGAATTATCTCACTTAATATTTTTTGCTTCGCTTGGTTACTTAAAAAAATATATTGAAGCACTCCCTGCATATATGGACAAAGGTAAGAATTCCTTAGAGAAATATATTTTAAGCTGGGAGTGTTTTTGTCATCATTCGTTTTTAGAACCTCAAGTATATAATGCGATATTTCTAGCTGATTTAGGAGATCGACCGGAAGAGATATTAGAGAATTATTATACAATTTATCAATCTATTGTTTTTGGTGATATGACAGAAGATATTAAAACATTACTACACCACCATAATTTATCAAAAAGAAGTCGGTATGAATTAAATAAATCGATAACAGACGGTTATTTAAATAAAGAAGATGCAAACGCTATAAATGAAAGAACAGTGTTAATTTGGCAAGGCATGCTCACAACCGTTTTGAATAACAGGTCGAGGCTGACAGCAGATGAAGCTGCGGATCGCACGATGCAGCATATCCGCGAAATAATTGAAAATTATCGACTGATGTAA	MTLTKREKQMQRMWHYFVDATSEIIEEEGIEHVTIRKIADKASYNSATIYNYFQELSHLIFFASLGYLKKYIEALPAYMDKGKNSLEKYILSWECFCHHSFLEPQVYNAIFLADLGDRPEEILENYYTIYQSIVFGDMTEDIKTLLHHHNLSKRSRYELNKSITDGYLNKEDANAINERTVLIWQGMLTTVLNNRSRLTADEAADRTMQHIREIIENYRLM				NA	NA	NA	NA	NA
AK148_02880	150			hypothetical protein	ATGACATTGTTTTCAGATATAATGTGGGGAAGTTTAGCAATAATACTTATCATTGCAATATATGTAACGATCAAAAAAAGAAAACGAGCAGGTGTGAAAGGCATCAAAAGTGCGCTGACACGATTTGTCTTTTCTGCATATCATTTGTGA	MTLFSDIMWGSLAIILIIAIYVTIKKRKRAGVKGIKSALTRFVFSAYHL				NA	NA	NA	NA	NA
AK148_02881	924			hypothetical protein	TTGGAAGCATTTTTAATAATAGTAAAGGATATTATTTTACCAGTTTTTATTATTATGGGATTAGGTTTTTTCTTACAAAAGAAATTTGACCTTGATTTACAGACGCTGGCAAAATTAAATATTTACTTTCTTGTTCCTGGGTTTATTTTTGTTAAACTGTACGATACAACATTTTCAGGGCAGCTCTTACTACAAATAGTCGTCTTTTTTATATTATTCATTGCCTTACTCTATATCGTAGCAACAATTACCGCACGCTTTATTGGGTTTGATAAAGGAAAGTCGACTACATTTTCCAATAGTATTCTTTTCTTTAATTCTGGTAATTATGGCGTTCCTGTTAACGATTTAGTGTTTAAAAGTGATCCTGTAGCGATGTCCATTCAAGTCATCATTTTAACCTTACAAAATATTCTCCTATTTTCTTATGGCATTTTTTCCTTACAATCAATCCAAATTGGTAAACTACGAGCGTTATTCAGTTATTTTAAAATGCCCGTATTATACGCCATGCTAGCAGGAATTTTATTAAATATTGCAAATGTTTCCATACCCACTTTCGTTTGGGTTCCAGCTAATTATGTAGCTGACGCAATGGTAGCTATGGCCTTACTTACTTTAGGTGCTCAAGTAGCTCAACTTCGTCTAATTTCCAGTTTGCCAACAGTTTATATCAGTTTAGCTATTCGCCTCATTCTCGGTCCAATCATTGCGCTTGGTATTATACGTATCTTACAACTAGATGGCATGATCGCTCAAGCTCTGTTCATTGCCTCAGCAATGCCCACAGCTGTAAACAGTTCCGTTATTGCTCAAGAATATAACAATCATCCAAATTTCGCAGCACAAATCGTTCTATTTTCCACCATGTTCAGTACGATTACGGTAACAGCAGTCATTTATTTATCAAGACTTTTATTTTAA	MEAFLIIVKDIILPVFIIMGLGFFLQKKFDLDLQTLAKLNIYFLVPGFIFVKLYDTTFSGQLLLQIVVFFILFIALLYIVATITARFIGFDKGKSTTFSNSILFFNSGNYGVPVNDLVFKSDPVAMSIQVIILTLQNILLFSYGIFSLQSIQIGKLRALFSYFKMPVLYAMLAGILLNIANVSIPTFVWVPANYVADAMVAMALLTLGAQVAQLRLISSLPTVYISLAIRLILGPIIALGIIRILQLDGMIAQALFIASAMPTAVNSSVIAQEYNNHPNFAAQIVLFSTMFSTITVTAVIYLSRLLF	PGPT0007208_3625	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-ABSCISIC_ACID_DEGRADATION	PHYTOHORMONE-AUXINE|INDOLE‐3‐ACETIC_ACID|IAA_METABOLISM	PHYTOHORMONE-IAA-AUXIN_TRANSPORT_PLANT_LIKE,PGPT0007208-auxin_symporter-NA	NA	NA
AK148_02882	678	cmoM		tRNA 5-carboxymethoxyuridine methyltransferase	ATGGGGTTTAATTGGAATGGAGAGGTTGCAAAGCAATGGGATGAGCGTGCCGTTACTTGGAATGAACGCAGTAAAAACATGTGGGAAACCGGAAGCAGACAGGCTGTTATCCCATTTTTGCGTCGTTTTCTGAGCACTAATCAGCATGTCTTAGATATTGGTTGTGGTGATGGGTATGGTGCGTATAAGTTATATGAGCAAGGTTATCAAGTAGCTGCAATTGACATTTCTTCGGTGATGGTACAATATGCGAAGAACAAACTTCCAAATAGCATCCATGTATTGGAAGGAGATGTACAAAAGATTCCTTTTTCCACAAATACATTCGATGCCATTATGGCAATGAATGTTTTGGAGTGGACGGAAAATCCAAAGCAAGCGTTGCAAGAGTTAAAGCGTGTAGTAAAAGAGGGTGGACATATCTGTGTAGGAATATTAGGACCGACTGCAGGGCCGCGTGCGAACAGTTATCCGCGCTTGCATGGGGAAACAGTCATTTGTAATACAATGATGCCTTGGGAATTTCAACAGCTTTGTACGGATATAGATTTGGAATATGTAGATGGATATGGTGTACCAAAGCAAGGTGTTAGCAAGGAGATGTATAACCATTTGCCGCTTGATTTACAACAATCGTTATCATTTTCTTGGATATTTATGTTAAGAAATGGTGGGTAA	MGFNWNGEVAKQWDERAVTWNERSKNMWETGSRQAVIPFLRRFLSTNQHVLDIGCGDGYGAYKLYEQGYQVAAIDISSVMVQYAKNKLPNSIHVLEGDVQKIPFSTNTFDAIMAMNVLEWTENPKQALQELKRVVKEGGHICVGILGPTAGPRANSYPRLHGETVICNTMMPWEFQQLCTDIDLEYVDGYGVPKQGVSKEMYNHLPLDLQQSLSFSWIFMLRNGG				NA	NA	NA	NA	NA
AK148_02883	306			hypothetical protein	ATGAACGAAACAGAAAAAACGGTCATTGCAAACTATGAGCAAAATGAAAGAATGATGATTTTAGTTTTTGCGCAGTGGTGTGTCAATTATGATGTAGATGCTTTAGAAGTGTATAAAAAGGCGTATCCTCATCAACAAGCTAATAAAGTGTTGGAAGAAATGTCGGAGGAGACAGTACCCAAAGAAGAAGCTGATTTCATCGCAACAGAAACGGTACTTCAAGCGCTTCAGTTATTTGGAAATGATGATTTAGCTTTTGCCGTTCAGCAAGAAGTAGATAACCAAAACATGAATAAAGGAAAATGA	MNETEKTVIANYEQNERMMILVFAQWCVNYDVDALEVYKKAYPHQQANKVLEEMSEETVPKEEADFIATETVLQALQLFGNDDLAFAVQQEVDNQNMNKGK	PGPT0014312_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014312-yxiS-NA	NA	NA
AK148_02884	453	sbmC		DNA gyrase inhibitor	ATGGAATCCAAAATAGAAATTATTCCAAAACAACGAATTGCTTTTATGCGACGAACCGGCCCCTATGGTCGCGAAAATAGGCAAGTAATGGAGCGTTTAAAAAAATGGGCTACGGAAAAGAGTCTCCTTCCATCTGCAACTATTTTTGCTATACCTCAGGATAACCCGAAAAAAACATCACCTAAAAATTGCCGATTTGATGTGGGTATCACCCTCTCTGAGGAATACCTTTTACAAGAGGATAGAGCCATTCGCGAAGGTTGGATTTCTGGAGGAAAATACGTTGTTTATAACATCAATCACACAGCTAAAGATATTGCCAAAGCGTACAAAGCTATTTTCCCAGACCTCAACAAACACGGTTATCAAATAACGAACAAACCTATAATGGAAAGATATACTGGCGATATGTATAACCATCCTTATTGTGACATTTGTGTGCCTGTAAAGTAA	MESKIEIIPKQRIAFMRRTGPYGRENRQVMERLKKWATEKSLLPSATIFAIPQDNPKKTSPKNCRFDVGITLSEEYLLQEDRAIREGWISGGKYVVYNINHTAKDIAKAYKAIFPDLNKHGYQITNKPIMERYTGDMYNHPYCDICVPVK				NA	NA	NA	NA	NA
AK148_02885	879	garR	COG2084	2-hydroxy-3-oxopropionate reductase	TTGCTTACATATGAGGATCGAATTGGTTTTATAGGTACTGGCGTCATGGGGGCGAGCATGGCAAAGCGAATTATGAACGCAGGATACCACGTTTCCATCTATACACGCACAAAGCAAAAAGCTACGAGCTTAATTAACGCTGGCGCGGATTGGGAAGATTCCATTGCCAATTTAACAAAGAACTGCAAGGTCATTATTACGATGGTAGGCTATCCAAGTGATGTGGAAGAAGTTTATTTTAGCGACCAAGGTATTTTAAAAAATGTAGCTCAAGGTACTTACTTAGTGGATATGACAACTTCTAAACCTAAACTAGCAGAGCAAATTGAAAGCGAAGCAGAAGAAAAAGGGTGCTATGCATTAGACGCGCCTGTATCTGGTGGTGATATCGGTGCCAAAAATGGCAAACTAACCATTATGGTCGGTGGAAAAGAAAAAGCATACAAAGATATACTCCCATTATTGCAAACAATGGGCGAAAACATCATTTTGCAAGGAGAAGCTGGAGCTGGACAACATACCAAATTAGCGAATCAAATAACGATTGCTTCTAATATGGTTGGCGTATGCGAAGCCATTGCTTATGCAAAAAAATCAGGACTTAGCCCTGAGTTAGTGCTTGATAGTATAACAGCTGGCGCGGCTGGAAGCTGGTCACTTTCTAATCTTGCACCACGCATGATCAAAGAAGATGATGCACCAGGATTTTATGTAAAGCACTTTATTAAAGATATGAAAATCGCACTAGAATCAGCAGAAGAGCTAGGACTGTCTACACCTGGATTAGCTCTATCGTTAAAGCTTTACGAGGAGCTTGAAGCAAAAGGAGAAGCAGATAGCGGCACACAAGCCTTAATCAAATTATTTTCCTCACCGTAA	MLTYEDRIGFIGTGVMGASMAKRIMNAGYHVSIYTRTKQKATSLINAGADWEDSIANLTKNCKVIITMVGYPSDVEEVYFSDQGILKNVAQGTYLVDMTTSKPKLAEQIESEAEEKGCYALDAPVSGGDIGAKNGKLTIMVGGKEKAYKDILPLLQTMGENIILQGEAGAGQHTKLANQITIASNMVGVCEAIAYAKKSGLSPELVLDSITAGAAGSWSLSNLAPRMIKEDDAPGFYVKHFIKDMKIALESAEELGLSTPGLALSLKLYEELEAKGEADSGTQALIKLFSSP	PGPT0018170_960	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTARATE|GLUCARATE_DEGRADATION,PGPT0018170-garR|glxR-K00042	NA	NA
AK148_02886	156			hypothetical protein	ATGAAATATACAGTGAATCATTTTAAAAACAATATTAAATTTCAAGCCCAACAGCATTTAAAGGCGTTTTATCAAGCATTTGGTTTTAAACAGGTATCCACTGCGTACTTAGATGATGGGATTTGGCATATTGACATGATTTGGGAACAGAAATAA	MKYTVNHFKNNIKFQAQQHLKAFYQAFGFKQVSTAYLDDGIWHIDMIWEQK				NA	NA	NA	NA	NA
AK148_02887	666	dksA		RNA polymerase-binding transcription factor DksA	ATGATTAATGAACAGCAATTAGCACATTGTAAACAAGCTTTACAAAATCGCCAATCCGAACTTATTTCCCATGTTCAAAAGCATATGGATTTAACTTTAGAATCCGTGCAACAATCAAGTGGTGAATTGTCCAATTATGATAATCATCCTGCAGATACAGCATCCGAATTATTTGAAAGAGGAAAGGATGTCGCGCTTAATGAGCATGCTGAAAAGGAATTAGAAGATATTAATAAAGCTTTACATGCAATTGCAGAAGGTACTTATGGAATTTGCAAAGAATGTGGCAATGATATCCCTTATGAACGGCTTGAAGCTCTCCCAACTGCAGACCGATGTATGGAGCATACCGTACAAGATTCATTTAACCAAACGCGCACCATGGAAGAGGAAGTGTATAGCCCTAATATAAATCCTGATAAAATAAGTGATGAGACACAAGTTGGCTATGACGCTGAGGATGCTTGGCAGGAAGTTAGCCGTTATGGTACATCGGAAACACCTTCTGATTTTTACGGTGATAAGGCTAGTTATAATAAAATGTATCCGAATAGTGACGAACAAGTCGGCTATGTAGAAGATGTGGAAGGATATTTAGGTGCATCTTCTGATGGGAAATATACGGAACCTGTTATGGACCAAACAGATGATGAGTATGAACGATAA	MINEQQLAHCKQALQNRQSELISHVQKHMDLTLESVQQSSGELSNYDNHPADTASELFERGKDVALNEHAEKELEDINKALHAIAEGTYGICKECGNDIPYERLEALPTADRCMEHTVQDSFNQTRTMEEEVYSPNINPDKISDETQVGYDAEDAWQEVSRYGTSETPSDFYGDKASYNKMYPNSDEQVGYVEDVEGYLGASSDGKYTEPVMDQTDDEYER	PGPT0014560_211	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
AK148_02888	204			hypothetical protein	TTGCAGCAAAAAGGTTGTTTAAAATGCGGAAGTACAAACGCTGATCAAAAGGAAGTGGCTATGACGGGAACCGGCTTGTCAAAGGTGTTCGACGTACAAAACAATCAATTTTTAGTCGTTTATTGTAAAGAATGTGGCTATTCGGAATTCTATAACAAGAAAAGCTCTAAAGGAAGCAATATTTTTGATTTGTTTTTTGGGTGA	MQQKGCLKCGSTNADQKEVAMTGTGLSKVFDVQNNQFLVVYCKECGYSEFYNKKSSKGSNIFDLFFG				NA	NA	NA	NA	NA
AK148_02889	771			hypothetical protein	ATGATCTGTCCGAATTGTGAGCACGAAACAAAAGAAGGAAAGTTTTGTACGAATTGTGGTGCACATCTTAATCTTGAAGAAGCAGCAGTAGCTGAAGAAGGGGAAAGTCAATCTGATACCACACTAAACAATAGGGATTTTTCTTCAACTGTAAGTACAGTAGGAAAACATTTTGCAAGTTTTTTCATGCACTACTTAAAATCTCCACATAAGGCGCGCTTTGCCACACAGCAAGATATCATTCCTGCCATCATAAGCATCGTTTTATTCGCACTTGCAGTAACCATAAGCTTCTATGTGGTAGTAACGAGTCAAGTAGGTAGTTATTTTTTGGATATTGGCTTTTTAGATGGATTTATCATCCCATTTATACAATATCTTCTACTATTTGCTTTTATAATTATATTAACTTTTATTTCTACAAAATTAACAGCACAACATATGACTTTGCAAGAAACAGTAACAAAAGTTGGAATTTATACAATCCCTTTTCTTCTTATTTTTTTAGCTGGAATTTTACTTACTTGGATTAGAATCCCTTTTTTCAGTGTGCTTATTCCGATTAGTTTACTTGGCCCAGTTATATTCATACCATCGTTTATTTTACTTGAGTCAAAAGAAAAAGAACACGGTTACGATAGAGTTTATGTTTTAATCACCTTTTATTTCATTTCTTTTGTAGTCATGTCTTTCCTTTTACAAGATATGATAGGAAGATTACTAGGGGGGTTATTTGGAGGATTAATGGGCGATTTTTTCCAAGGTTATTAA	MICPNCEHETKEGKFCTNCGAHLNLEEAAVAEEGESQSDTTLNNRDFSSTVSTVGKHFASFFMHYLKSPHKARFATQQDIIPAIISIVLFALAVTISFYVVVTSQVGSYFLDIGFLDGFIIPFIQYLLLFAFIIILTFISTKLTAQHMTLQETVTKVGIYTIPFLLIFLAGILLTWIRIPFFSVLIPISLLGPVIFIPSFILLESKEKEHGYDRVYVLITFYFISFVVMSFLLQDMIGRLLGGLFGGLMGDFFQGY				NA	NA	NA	NA	NA
AK148_02890	1356			hypothetical protein	ATGGATGATAGAAACAATGAACAAACGAATCAACATAACGGATTTACCGATAACGAAAACCTTCCATCTCAACAATTAAACCAGAATCAAAATTCTCACCAACTAACGGATGAACAATCTAATACGCAACAAAATATGAGCTATGATAGCACCACAGGAAATAAAAAAACAGCGAATAAGTCCTTGTTACATTTTATTTTAGGTGGTATTTCTGGTGGTGTTGTATCTGTTATTATCATAGCAGTGTTAATGTTTACAAATATTATTCCAATGACACAAGACAACGAAAATGGATCCGCTTCAACAGACGGAAATAACAAAGCTCAAGAAGTCGTCAAAACGCTCGCCTCTGAGGATTCAGAAGTGTCCACAAATATCGAAGAAACCTCTAAAGCAGTTGTTGGAGTTATTAATAAGCAACAGCAAAATATTTGGACAGAAAGCCAAGAAGCAGGTACAGGTTCAGGAATCATTTATAAAAAAGAAAACGGCAAAGCGTATGTAATTACAAATCAACATGTTGTAGCAGGAGCAGAAGAAGTAGAAGTCGCTTTAAATTATTCTGAAGAACGCTTAAATGCTAACGTGTTAGGTACAGACGAGTTAACAGATTTAGCCGTGTTAGAAATTGATGGTGATCCTATCACTACCGTTGCAAACATGGGATCTTCTAAAGATTTAAAAATAGGGGAAAATGTTTTAGCCATTGGAAATCCATTAGGTATGGAATTCGCTAACACCGTAACGAAAGGTGTGATAAGTGGACTTGATCGTTCTGTACCCATCGATACAAACGGAGACAGTCGAGCAGATTGGATTACCGAGGTTATCCAAACAGATGCTGCTATCAATCCAGGCAATAGTGGTGGTGCCCTCGTCAATGAAAAGGGTGCCGTCGTTGGAATTAACTCAATGAAAATTGCCAGACAGGAAGTGGAAGGCATTGGTTTTGCTATTCCTGTAGACGCAGCACTTCCAATTGTGGAACAGTTAGAAAAGAAAGGTCAAATTGAACGTCCACTAATCGGCATTAGTACGGCAGCCATTGAACAAGTACCACCTCAATATAGAACAGACATCCAATTACCTGAAGATGTAAAAGGTGGGATGGTTATTGCAAACGTGGAAAACGGATCTCCTGCTGACAAAGCTGGGCTACAACAATTTGATGTGATCACTAAAATTAATGGAAATGACGTGACATCCATCTTAGAATTACGGAAATTTTTATATTCTGATGCTTCTGTTGGTGAGAAAATAGATGTTGAATATTACCGAGATGGGCAAAAAGAAACAACCAAGCTAACTCTGGAAGCAAAACAGACAAAAAGTGAAAACACAACAGAAGAAGGATAG	MDDRNNEQTNQHNGFTDNENLPSQQLNQNQNSHQLTDEQSNTQQNMSYDSTTGNKKTANKSLLHFILGGISGGVVSVIIIAVLMFTNIIPMTQDNENGSASTDGNNKAQEVVKTLASEDSEVSTNIEETSKAVVGVINKQQQNIWTESQEAGTGSGIIYKKENGKAYVITNQHVVAGAEEVEVALNYSEERLNANVLGTDELTDLAVLEIDGDPITTVANMGSSKDLKIGENVLAIGNPLGMEFANTVTKGVISGLDRSVPIDTNGDSRADWITEVIQTDAAINPGNSGGALVNEKGAVVGINSMKIARQEVEGIGFAIPVDAALPIVEQLEKKGQIERPLIGISTAAIEQVPPQYRTDIQLPEDVKGGMVIANVENGSPADKAGLQQFDVITKINGNDVTSILELRKFLYSDASVGEKIDVEYYRDGQKETTKLTLEAKQTKSENTTEEG	PGPT0015105_4426	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
AK148_02891	693	cssR		Transcriptional regulatory protein CssR	ATGAATCATCATATCGGAATTGTTGAAGATGATCCTAATATACGTAATATTGTTGCGGCCTATTTAAAAAAAGAAGGTTTTACAGTTACATTGTTGGAATCAGCTGAAGCTGCCTGGGAGCTTTGGAAAACAGAGCCTCCGGGTATGTGGATATTAGACATTATGCTTCCAGGAATGGACGGCTATGAGTTTTGTAAAAAAATTCGCATGGAAAGTGAAGTTCCCATCATTATTATTTCCGCGAAGGACGAAGAAATTGATAAAATCCTTGGTTTGGAGCTTGGAGGGGATGATTATTTAACAAAACCTTTTAGCCCAAGGGAACTGGTCGCTAGAGTGAAACGATTATTTAAACGGTCGAATATTAGATTGGCTCATACAGAAGAAAACGATGCAAGAGTCACAGTTGACGAATTAACCATAGATAAAGAAGAACGGCGTATTTTCTTTCGGGATGAAGAATACGAGGTAACCACAAAGGAATTTGATATGCTACTTATTTTAGTAGAGAATGTGAACCGAGCTTTTTCGAGAGAAGAGCTGTTAATCAAGATTTGGGGCGATAATTACTTTGGAAGTGATCGTGCCGTAGATGACCTTGTAAAACGTATTCGGAAAAAGCTTCCTGATTTACCGTTAGAAACGGTATGGGGCTATGGATATCGTTTAAGAGATGAAGGAGAAACTTCATGA	MNHHIGIVEDDPNIRNIVAAYLKKEGFTVTLLESAEAAWELWKTEPPGMWILDIMLPGMDGYEFCKKIRMESEVPIIIISAKDEEIDKILGLELGGDDYLTKPFSPRELVARVKRLFKRSNIRLAHTEENDARVTVDELTIDKEERRIFFRDEEYEVTTKEFDMLLILVENVNRAFSREELLIKIWGDNYFGSDRAVDDLVKRIRKKLPDLPLETVWGYGYRLRDEGETS	PGPT0015125_42	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0015125-cssR-K07770	NA	NA
AK148_02892	1332	rcsC_5		Sensor histidine kinase RcsC	ATGAAGTTGCAATCGCAATTAAATGTAGCTTTTACAACTTTGCTTTTCGTTATTATGGCAATTACGGGGTATGTGATCTATTCTTTACTCTTAGATTTACTCATTCAAGATGAGCAGCGGCAGTTAAAGCAAAAAGGCGACTTAATTGTGGATGTGCTAAATGATCAATACGATAGCACGAGTGTAGAGAACTTAAATAGTTTGTTGGAAGATCAAGGTTTGCAAATGTTTATTTATGATAGGAATCAAGATGTGGCCGTTTCTCCTTCGCTTCCTGATAGTGTAGTTGCAGGTTTTTTTAAGAAAAACGACTTTTCTGATACTAATAAAGCATTATGGGAATATAAAGGTTCTAAGTTTGTCACGTCGCGCATTATTTTTAGACCAGAGAGTACAGGGGTTGAGCTGATTCTTTTGACTCCTTTAAGTGATTTAGAACTCGTTCAACAAAGTTTTTTCTTTCGTTTGCTCATTGTGTTTTTCATTGGCGGTGCTATTGCGATTATTCTGAGCTATTTTTTCACACGCAAATTAGTCACGCCGCTTTCACAATTAAAAAAGCAATTGAAAAAAATTGAAAAACGGCAATTCCATTCCATTAAACGAATTAAAGCAACAGGCGAAATTAAAGAAGTCGAACAGAGTGTTTATGATATGGCCCAAGAGCTGGAAAGATATATTAATTCACAACAAACATTCTTTCAAAATGCGAGTCATGAGTTAAAAACACCTCTGATGACAATTCAAGGGTATGCGGAAGGAATTCGAGATCATATTTTTGATGCAGAAGAGGAAGAAAAAGGTCTTGAGATGATGGTAACAGAAGTTAACCGTCTAAAAAAAATTATAAACGAGATGATATTATTAGCTAAATTAGATAGTGAACCAGACGTTTTTACTCCAGAACGATTCCAGTTAAAACAAATAATGGAACAAGTGGTTGATAGGGCACTTCCAATCGTTAATGAGCAAGGTATTGAATTGAAGCATACCGTTACAGGGTCTCCAGAAATCACAGCGGATGCGGAGAAAATGTTACGAGCATTGTTGAATTTGACATTCAATGCCATTCGTCATGCCAATCAACAAGTTCAGATCGAGATGAAGAAGGAAAATAAAAAAGTGCTTATTCGTATAGAAGATGACGGAGAAGGTGTGCCTGAAGATTTAATTCCTCATATTTTTCACCGTTTTGTGAAAGGAAAAGGTGGAGAAACGGGGCTTGGACTTGCTATTGCTAGAGCCATCATTGAACAATCCAATGGAAAAATATCGGTTGGTCGTTCAGAGTTAGGTGGAGCTAAATTTGAAATTGTATTTGGAACAAAGTAG	MKLQSQLNVAFTTLLFVIMAITGYVIYSLLLDLLIQDEQRQLKQKGDLIVDVLNDQYDSTSVENLNSLLEDQGLQMFIYDRNQDVAVSPSLPDSVVAGFFKKNDFSDTNKALWEYKGSKFVTSRIIFRPESTGVELILLTPLSDLELVQQSFFFRLLIVFFIGGAIAIILSYFFTRKLVTPLSQLKKQLKKIEKRQFHSIKRIKATGEIKEVEQSVYDMAQELERYINSQQTFFQNASHELKTPLMTIQGYAEGIRDHIFDAEEEEKGLEMMVTEVNRLKKIINEMILLAKLDSEPDVFTPERFQLKQIMEQVVDRALPIVNEQGIELKHTVTGSPEITADAEKMLRALLNLTFNAIRHANQQVQIEMKKENKKVLIRIEDDGEGVPEDLIPHIFHRFVKGKGGETGLGLAIARAIIEQSNGKISVGRSELGGAKFEIVFGTK				NA	NA	NA	NA	NA
AK148_02893	1386			hypothetical protein	ATGACCTTAAATCAACTATTCCAATCTTTGATATCGTATATTCCAGCGACAAACATGAACATGAGAAAAGCATACCAACCTGATGAAATTATTGCAGGCGTGCAATATGATATTTTCTCAAACACTACGAACAAAAACGTAGCAGTATTCTCCGTGGATAATCAAGGAAAGCTGCTTTACTATTCTGTAGAAGATGAAATTTTAAAACCATCAAATTACACATTAAAACGTGATGAATTAATCGAAAAAGCAAGTCATTTTGTAAAAACATTTTACCCTGAGATGTATAAAAATTGCAAACTAGCTTCTTTTTTAAAATTAGGAAATGCATACACGGTTCACTTCGCCTATCAGGATGAACAATTGCATTTATTTCTCCCTGAAACAGGAGTTACATTATTTTTAACGAAAAGCGGTAAAATCAGTACGATTATTTCTTTTCATGATAAGAATACGAACATACATTATTCTGATGTCATGATCTCTGCTGAAGCAGCAAAGAAACAATACTTGCACCATTTGGAACCAGAATTACTGATTGCTCCAATGGATACATATTATATAAACAATAATGGCAAATTTCGACTCGTTTACAGCATAATTGAACGTGCATTCTACATACCAGCTGACGGGGGAGAAATCTATGTGCAAAAAGATGCTATAAAACAAATTCCTTTTCATAAACCAGAAAAAGTTAAAACGAATTTACACGATATCATTGGTTTAAAGGGTTATAAGCTAATGAAGAAAAAACAAGCAAAGAACAAACGAATAGAGGTTTGGTCTACCCTACCAAATGTCATTCAGAATAAAACAGATTTTGATATGGAGGAAATAGATCCTTGTCTTATGAAATTATGCTTTGATAAGCAAGATCGATTGCTACAAATAACGAGTGAAGAACTGCCTCCAAAAGACATAAGTAAACCTATTGGTGTAGACCAAGCCGAAGAAATAGCGTATCAGTTATTATTCTACCTTTATCCTGAAGCGCACAAGCAATTGATTAGAATTGATGGTGAGGGGGAAATAGAGGATGTTTATTGCTTTGATTTCCGCTGGCAATATAACAACATCCGTATTTTACACGATATCATTTCTATAGATGTTGGGAAATATTCAGGTCGGATTTGTAGCTTTGATCATCAACCGTTATGTAAACAACGATATGAGCATGTCCATACGACACCGACACTTTCTAAGCAAACGGTCAAACAAATATACGCCGACGATGTACAAATGGAGTTACGTTGGTTTCAAGATGGAGAAAGCGATTATAAATTAGTGTATGCACCCACTTTTCCAAAATTAGCTGGCGTTATCCGAATGATTGATGCGCATACAGCGCAAATATTTCAAACTGAAAAGACAGAACTATTTTGTTAG	MTLNQLFQSLISYIPATNMNMRKAYQPDEIIAGVQYDIFSNTTNKNVAVFSVDNQGKLLYYSVEDEILKPSNYTLKRDELIEKASHFVKTFYPEMYKNCKLASFLKLGNAYTVHFAYQDEQLHLFLPETGVTLFLTKSGKISTIISFHDKNTNIHYSDVMISAEAAKKQYLHHLEPELLIAPMDTYYINNNGKFRLVYSIIERAFYIPADGGEIYVQKDAIKQIPFHKPEKVKTNLHDIIGLKGYKLMKKKQAKNKRIEVWSTLPNVIQNKTDFDMEEIDPCLMKLCFDKQDRLLQITSEELPPKDISKPIGVDQAEEIAYQLLFYLYPEAHKQLIRIDGEGEIEDVYCFDFRWQYNNIRILHDIISIDVGKYSGRICSFDHQPLCKQRYEHVHTTPTLSKQTVKQIYADDVQMELRWFQDGESDYKLVYAPTFPKLAGVIRMIDAHTAQIFQTEKTELFC				NA	NA	NA	NA	NA
AK148_02894	219			hypothetical protein	ATGAAAAACGAAAAGCTGTTAAAAGCAACAAAATATGTCGGAGCAAGTATATTGTTGACCGGTATCGCCATTTTTCTTTATGGTTTCTTTGTAAGCGATTACAGTTACATTACTGGAATTGGTATTGGAACCGTTATGGGAGCTGTATTTATTTTTCTTATGGGGGTATTTTTAGTAGCCACAGAAGAAATGAATTCGAACAGAAAAACTTGGCGATAG	MKNEKLLKATKYVGASILLTGIAIFLYGFFVSDYSYITGIGIGTVMGAVFIFLMGVFLVATEEMNSNRKTWR				NA	NA	NA	NA	NA
AK148_02895	384	cadC		Cadmium resistance transcriptional regulatory protein CadC	ATGGGCGCTTCTAAAGAAAAACCAATCGACGTTTGCGAGACGTTTTGTTATGACGAGGATACGGTAAGCCGAATTCGTCCTAAAATAGATAAGATGGATGGGGTTGAACAAATATTTAAAGCGTTGGCTGATGCGACAAGATTAAAAATTGCTTATGCGCTTACACTAGAAAGAGAGTTATGTGTATGTGATATAGCTACGATTATTGGTGCAACGAAGGCAACTGCATCGCATCATTTACGTTTGTTAAAGAATATGGGGCTGGCGAAACATCGAAAAGAAGGAAAACTTGTTTTTTATTCTTTAGAGGATGAGCATGTGCATCAGCTCGTAACGATAGCTACAGTTCATGCAAAAGAAGGTGTCGATCGTGGAAGAGAATAA	MGASKEKPIDVCETFCYDEDTVSRIRPKIDKMDGVEQIFKALADATRLKIAYALTLERELCVCDIATIIGATKATASHHLRLLKNMGLAKHRKEGKLVFYSLEDEHVHQLVTIATVHAKEGVDRGRE	PGPT0004290_338	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_BISMUTH_RESISTANCE	BISMUTH_RESISTANCE-BISMUTH_HOMEOSTASIS,PGPT0004290-cadC|smtB-K21903	NA	NA
AK148_02896	2112	cadA_1		Cadmium-transporting ATPase	GTGGAAGAGAATAAAAACGTTTATCGTCTGCAAGGGTTATCATGCACAAATTGTGCAGCAAAGTTTGAAAAAAATATTCGTGCCATTGAAACCGTTGACGACGTGCAACTAAATTTTGGTGCATCGAAAGTTATAGTGCAAGGCGAAGCTTCTGTGCAACAGTTGGAAGCGGCTGGAGCTTTTGATGATATTAAAGTCTTTCCAGAAAGAGAGCGATTAACGGAAGATAAGCAATCGTTTTGGAAAAAGAAAAGTAATTTGACGACGTTATTTTCCTTTTTATTCACTGCACTTGGATATGTGTTTTTCTTTCAAGTGGGCGAAAGTAATCTTGCAACAGTAAGTACATTTGCAGCTGCTATTCTAATCGGGGGTTGGAAGCTATTTCGTACTGGCTTTAAAAACTTAGCTAGATTTGAATTTGACATGAAAACGTTAATGACGATTGCAGTTATAGGTGCTGCTATTATTGGAGAATGGGCAGAAGGTGCTGTCGTTGTCTTTCTATTTGCTGTAAGTGAAGCGCTAGAAGGATATTCCATGGAGAAGGCTCGGCAATCCATTCGTTCATTAATGAATATTGCCCCAAATCGTGCAACAATTCGTAGGGGCGATGAGCTAATTGAAATGGATGTCAAGGATGTACAAGTGAATGATGTCATGGTGATTAAACCAGGTGAGAAAATTGCCATGGATGGCGAAGTTCTTAAAGGAGAATCGTCTATTAATCAAGCAACCATAACTGGTGAATCTATCCCTGTGTTTAAACAGGCTGGTGATGAAGTATTTGCTGGTACTTTGAATGAAGAGGGTTCCTTGGAAGTGCGTGTTACCAAATATGCGCAAGATACCACAATTGCTAAAATTATTCATTTAGTAGAGGAAGCACAGGCGGAAAAAGCGCCTTCTCAACAATTTGTCGATCGTTTTGCGAAATATTATACTCCAGCCATTATCGTTATTGCTATGTTGGTGGCTACGATTCCACCATTGTTGTTTAGTGCAACGTGGTCTGATTGGATCTATAACGGGCTAGCGGTATTAGTCGTAGGATGTCCGTGTGCGTTGGTTATTTCTACTCCTGTAGCTATTGTAACAGCAATTGGCAATGCTGCTCGACATGGTGTGTTAATTAAAGGTGGCATTCATTTAGAAGAAACAGGAAAAATAGATGTAGTTGCTTTTGATAAAACAGGCACGATAACCGAGGGAAAGCCTGTTGTTACAGAAGTTATTTCCTTTGGAGATATGTCAGAATCAGACGTGTTAGCGCATGCAGCAGCGATTGAAACTTACTCACAGCATCCACTTGCTTCATCTATATTACGAAAAGCTAAAGCAGATAATGTAAATAACTTACATGCAGAAAATTTTCAGTCTTTAACGGGGAAGGGCGCCCAAGCAACAGTGAATGACTCTATGTACAGAATTGGAAGTCCTTCCTTATTTCAAGGGAAAGCACCTCTTCCTAAAGAATTGCAAATGCAAATTCGCACATTACAAACGCAAGGTAAAACGGTGATGCTATTTGGAACGGATCATCGTATCGAAGGTTTAATTGCTGTGGCCGACCAAGTTCGTAAAGGAAGTCTGTCTATCATTGAAAAGCTGCACCAACTAGGTAAACGAACGGTGATACTTACAGGAGATAACCAAGCAACTGGCTCTGCGATTGGGCGCGAAGTAGGCATTAGAGAGACAAAGTCGGAGCTTATGCCGCAAGATAAATTAATAGCAATTAAAGAATTGAAGCAGCAATACGGCAAGGTTGCGATGATTGGAGATGGGATCAATGATGCCCCCGCTTTAGCAGCAGCAGATGTCGGTGTTGCTATGGGAGGTGCTGGTACGGATACCGCTATGGAAACAGCTGATATTGCGTTAATGGCTGATGATTTAAGCAAAGTTCCATATACAATGGAGCTAAGTCAACAAACGTTAACGATCATCAAACAAAATATAGGCTTTGCGCTACTTTTAAAAGTAATTGCCCTTTTATTAGTTATTCCAGGATGGCTCACCTTATGGCTAGCTATACTCGCTGACATGGGAGCTACGTTATTAGTTGTATTCAATTCCTTGCGCTTAATGCGTGCCAAAAAGCAACCATAA	MEENKNVYRLQGLSCTNCAAKFEKNIRAIETVDDVQLNFGASKVIVQGEASVQQLEAAGAFDDIKVFPERERLTEDKQSFWKKKSNLTTLFSFLFTALGYVFFFQVGESNLATVSTFAAAILIGGWKLFRTGFKNLARFEFDMKTLMTIAVIGAAIIGEWAEGAVVVFLFAVSEALEGYSMEKARQSIRSLMNIAPNRATIRRGDELIEMDVKDVQVNDVMVIKPGEKIAMDGEVLKGESSINQATITGESIPVFKQAGDEVFAGTLNEEGSLEVRVTKYAQDTTIAKIIHLVEEAQAEKAPSQQFVDRFAKYYTPAIIVIAMLVATIPPLLFSATWSDWIYNGLAVLVVGCPCALVISTPVAIVTAIGNAARHGVLIKGGIHLEETGKIDVVAFDKTGTITEGKPVVTEVISFGDMSESDVLAHAAAIETYSQHPLASSILRKAKADNVNNLHAENFQSLTGKGAQATVNDSMYRIGSPSLFQGKAPLPKELQMQIRTLQTQGKTVMLFGTDHRIEGLIAVADQVRKGSLSIIEKLHQLGKRTVILTGDNQATGSAIGREVGIRETKSELMPQDKLIAIKELKQQYGKVAMIGDGINDAPALAAADVGVAMGGAGTDTAMETADIALMADDLSKVPYTMELSQQTLTIIKQNIGFALLLKVIALLLVIPGWLTLWLAILADMGATLLVVFNSLRLMRAKKQP	PGPT0004200_2545	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_LEAD_RESISTANCE	LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004200-zntA|cadA-K01534	NA	NA
AK148_02898	1353	ktrB_2	COG0168	Ktr system potassium uptake protein B	ATGAAAAAAATTATCTCATTACATCCAATACGTGGAATTATTATTCATTGTAATCCGCCACAAATTTTAGCATTGACGTTTTTATTTTTTATTGTCGTAGGCGCATGCTTGCTAAAAATGCCTGTAGCTACGTATACGTCTATAACTTGGTTAGATGCTTGGTTTACGGCTACTTCTGCCATAACTGTCACAGGTTTAGTTGTTGTTGATACTGGCTCAACTTATACCTTGTTCGGAGAAATTGTCATTATGTTTTTAATGCAAATTGGCGGGCTAGGTCTCATGACTTTCTCTGTACTTATTTTAATGATGATGCGTAAAAAGATTGGGTTACGACAAAGGTTGTTAACACAGGAGTCCTTAAATTTAAATCAAACCTCGCTAGGTGGACTCCTTCGTCTTGTGAAATTATTATTTATTTTTTCGATTACGATAGAAGCAATTGCTTTTATATTCCTTGCTGTAAAATGGGTGCCCACGTACGGTTGGGCTGACGGGTTAAATTATAGTTTGTTTCATAGCATATCTGCTTTTAATAATGCAGGGTTTTCGCTTTGGTCTGACAGCCTCTCGCAATATGTAGGTGATCCGTTAGTAAATATTGTTATTACAGGATTATTTATTACAGGTGGTCTAGGATTTACGGTTTTGGTAGATATTTGGGATAAAAAAGGATTTCATCGATTGTCTTTGCATTCTAAATTAATGCTCGTTGGTACGTTAGTTATTAATGTTACTGCTCTATGCATATTATTTGTTTTAGAATATAGTAACCCAGAAACGATTGGTAACTTTTCATTCGTTGATAAACTATGGGGGTCGTATTTTCAAGCGGTAACACCAAGGACGGCTGGTTTTAATTCTTTGGATATTGCTGCAATGAACGAATCTTCTATACTTGTTACGATGCTACTGATGTTCATCGGGGCAGGAAGTGGGTCTACTGGTAGCGGAATTAAAGTGACAACATTTGTTGTTATGTTGCTAGCAACGATGTCGTTTTTACGTGGGAAAAATGAAACAACAGCGTTTAAGCGAACAATAAAATCTCACGTTATTGTTCGTGCCCTTTCGATCATGATGATTAGTATTAGTTGTATATTTATAGCTATTTTCATGTTGACAGTCACTGAAAATGCGCCATTTCTAACGATTGCATTTGAAGTGATTTCTGCTTTTGGTACTGTAGGGCTATCCATGGGACTGACGGGCGAGCTTACTACTCTTGGGAAAGAGGTCATTATGATTATGATGTTTATTGGACGAATAGGACCACTTACCATGGCGTTTGTGTTTGCTAAAAAAAGGGAGTCGTCAATTCGGTATCCAGAAGAAGATGTGTTTACTGGTTAA	MKKIISLHPIRGIIIHCNPPQILALTFLFFIVVGACLLKMPVATYTSITWLDAWFTATSAITVTGLVVVDTGSTYTLFGEIVIMFLMQIGGLGLMTFSVLILMMMRKKIGLRQRLLTQESLNLNQTSLGGLLRLVKLLFIFSITIEAIAFIFLAVKWVPTYGWADGLNYSLFHSISAFNNAGFSLWSDSLSQYVGDPLVNIVITGLFITGGLGFTVLVDIWDKKGFHRLSLHSKLMLVGTLVINVTALCILFVLEYSNPETIGNFSFVDKLWGSYFQAVTPRTAGFNSLDIAAMNESSILVTMLLMFIGAGSGSTGSGIKVTTFVVMLLATMSFLRGKNETTAFKRTIKSHVIVRALSIMMISISCIFIAIFMLTVTENAPFLTIAFEVISAFGTVGLSMGLTGELTTLGKEVIMIMMFIGRIGPLTMAFVFAKKRESSIRYPEEDVFTG	PGPT0002735_4183	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002735-trkG|trkH|ktrB-K03498	NA	NA
AK148_02899	324			hypothetical protein	ATGAATGTTCAATTTAAAAAAGGTGCTCTGGAACTATGTGTGCTTGCTTTATTAGATAAGCAAGATCATTACGGCTATGAGCTAGCAAATAAAATATCGAAAAGAATCGCTATTTCGGAAGGTTCTGTTTATCCATTATTAAGAAGGCTTGCAAAAGAGGAATATTTTACAACCTATCTACAAGAATCAAAAGAAGGGCCATCTCGGAAGTATTATTGTCTGACGGATAAAGGAAGAGACTATTTGCATCAATTGATTCATGAGTGGGTGCAGTTTACTAGTGGCGTAAATAAGTTGTTGCAGGAGAGTGATCATATTGAATAA	MNVQFKKGALELCVLALLDKQDHYGYELANKISKRIAISEGSVYPLLRRLAKEEYFTTYLQESKEGPSRKYYCLTDKGRDYLHQLIHEWVQFTSGVNKLLQESDHIE				NA	NA	NA	NA	NA
AK148_02900	561			hypothetical protein	TTGAATAAAGATGTATTTATGAAAAAGTTAGCTGCAGGTATTAAAAAACTTCCTAAAGAGGAGCAAAAGGAAATTCTTCAAGATTTTGCAGAGCATTTTTCCGTTGGTGTGGCAGAAGGTAAAACAGAAGTGGAAGTTGCCGCTGCTTTAGGGGCTCCGAATCAGGTTGCTAAAGAGCTTGTAGCAACCTACCATTTGGAAAAAGTGAATCATAGTTCTAATGCGGGGGATGTATTTCGTGCGGTTTGGGCTGTTATTGGTTTAGGTTTCTTCAATTTAGTCATTGTATTAGGGCCATTTATTGCTTTAGTTTCATTAATTGCTTCTGGGTGGGTAATCGGCGGATCGTTTATATTATCTCCGTTAGTTGTTTTAGTAAATGTCGTTTTATACCCTGAGACGTTGCTTTTATTTGATGTATTTGTCTCTATTGCCTTAACAGGTATTGGCATTCTTATTATTATCGGCATGTACTATGTTACCCGTTATATGTTTAAGGCTTTTATGAAGTATTTACACTTTAATGTTAAAATGGTCAAAGGTGGTCTGAACAATGAGTAA	MNKDVFMKKLAAGIKKLPKEEQKEILQDFAEHFSVGVAEGKTEVEVAAALGAPNQVAKELVATYHLEKVNHSSNAGDVFRAVWAVIGLGFFNLVIVLGPFIALVSLIASGWVIGGSFILSPLVVLVNVVLYPETLLLFDVFVSIALTGIGILIIIGMYYVTRYMFKAFMKYLHFNVKMVKGGLNNE				NA	NA	NA	NA	NA
AK148_02901	798			hypothetical protein	ATGAGTAAATTGAAAAAACTTACTTTAGTTGCTATTATATTCATTATTATAGGGGGTGTTGGATGTTTGTTTACATTTAAATCATTAGTTAGAGAAAATGTCGATATTACGGAAGAATTTTCTGCTGATGAAATAACAAATTTGGAACTTGATATGATTAATGAAGAAATAACTATTATCCCTACTGATGGTTCAGACATCGTTTTAGAACTGAAAGGGAAAAGTAACGAGCCAGATAAAAAAATTCTGGACATTGACAAAAAGGAAAATACGTTAAAAGTACGGAAAAAGTCGGAAAAATTCAAGTTTCGTTTTTTTAACCAAGGTGATTCACTGACACTTACGGTACATTTACCACAAAAAGCGTATGAAACGATCCAAGCTGATACGAAAAATGGAACAATTCACGGGAAAAAGTTCACTGTAAAAAGCTTACAAGCCTCAGGAGCAAATGGAGAAATTGTGCTGGATGAAGTCATAACAGACACGACAGAAGTTTCCACGCAAAATGGCGGCATTGAACTGAATGATGTAGCAGGAAGCCTGCATGGAGAAACAAGTAATGGATCAATTACTTTGACTGCTAAAACCTTGGATCAATCGATGGAAATGAATACCGAAAATGGAAGTATTGATATAAATGTAGAGGAAGAACCGACGAATGTGACGTACGACTTGCGCACCGGTAATGGTGGTGTCGAAGTGTTTGGTACGGATAATTGGAATGCTGTTGTTGGAGATGGAGAGCATGTTATTAAAGCGAGGACAGCTAATGGAAGTATTATCATAGCAAAATAA	MSKLKKLTLVAIIFIIIGGVGCLFTFKSLVRENVDITEEFSADEITNLELDMINEEITIIPTDGSDIVLELKGKSNEPDKKILDIDKKENTLKVRKKSEKFKFRFFNQGDSLTLTVHLPQKAYETIQADTKNGTIHGKKFTVKSLQASGANGEIVLDEVITDTTEVSTQNGGIELNDVAGSLHGETSNGSITLTAKTLDQSMEMNTENGSIDINVEEEPTNVTYDLRTGNGGVEVFGTDNWNAVVGDGEHVIKARTANGSIIIAK				NA	NA	NA	NA	NA
AK148_02902	612	ydhK		putative protein YdhK	ATGAACATGAAAAGATGGATCTTCAGTCTAATGGTAATTCTATTCGCAACTGTTTTCGCTGCTTGTGGAACGGATCAAGAAAACGAACAAGATAAGGAAAACACAGATACCAATCAACAACAAGAGGAAAAAAATCAAGAAAACGACTCCAATGATGCAGAAGATAAGGATATGATGCATTCTAGCTCAGGGGAGGTTCCTGACGGGTTAAAAGAAGCAGAAAACCCTAAATTCCCTGTTGATAGTAAAGCGATTATTGAAGCGAGTCATATGGAAGGAATGAAAGGTGCGGAGGCAACCATTAAAGGTGCATACGACACAACGGTATATTCCGTTACGTACACCCCGACAGACGGTGGTGAAAAAGTAAAAAACCACAAATGGGTGATTCATGAAGAATTAAAAGATGTGGGTAAAGAGCCTTTGAAGCCAGGGGATGAGGCAACAATTCATGCCTCCCATATGAAAGGTATGGACGGCGCTAAGGCTACGATTGATTCAGCAGAACAAACAACCGTTTATATGGTTGATTATACGTCAACAACAACCGATGAAGAGGTTACTAATCACAAATGGGTTACAGAAGATGAACTATCTTCTGTAGAACAATAA	MNMKRWIFSLMVILFATVFAACGTDQENEQDKENTDTNQQQEEKNQENDSNDAEDKDMMHSSSGEVPDGLKEAENPKFPVDSKAIIEASHMEGMKGAEATIKGAYDTTVYSVTYTPTDGGEKVKNHKWVIHEELKDVGKEPLKPGDEATIHASHMKGMDGAKATIDSAEQTTVYMVDYTSTTTDEEVTNHKWVTEDELSSVEQ	PGPT0015018_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015018-ydhK-NA	NA	NA
AK148_02903	324	yhjQ	COG1145	putative cysteine-rich protein YhjQ	ATGGCACATCAACAACACGAGGAATTAATTCAAGCTTTACATGAATGCATGACTGCTTGCAATCATTGCTATGATGCTTGCTTACGAGAGGACAACTTAAACATGATGGCGAATTGCGTTCGTCTAGATCGTGAATGCGCAGATATTTGCAGCTATGTCGAACAAGCACTTACGAAAGGGACGCCATTCGTGTCTGAATTGACTGCTTTATGCGCAACTATTTGCGAAGCTTGCGGCGAAGAATGCAAAAAGCACGAACACGACCATTGTCAAAAATGTGCAGAAGCCTGTTTTAAATGTGCAGAAGTTTGCCGTGCAGCCTAA	MAHQQHEELIQALHECMTACNHCYDACLREDNLNMMANCVRLDRECADICSYVEQALTKGTPFVSELTALCATICEACGEECKKHEHDHCQKCAEACFKCAEVCRAA				NA	NA	NA	NA	NA
AK148_02904	366	copB_1		Copper-exporting P-type ATPase B	ATGAAACAAAATGAGGATCATAAGCACAAACATTACGGTCATCAACATCAGAACGACCACTCTCATCATGATCACCAGACTCATGCGCATCATGAAAACACTGCGCACCAAGGTCATGGGGAGGGGCATCAGCATCATGGACATCACGGCGGTCATGACCATGGAGATATGGTAAATGACTTTAAAAAACGGTTTTTTATTTCACTTATCCTTACGATACCTATTTTAGCTTTGTCCCCAATGATTCAAGAATTTATTGGCGTTGATTGGCAATTTCCATTCGATCAATATATTTTATTTGCGTTATCGACCTTTGTTTTTTCTATGGTGGCTGGCCGTTTATTACTGGAGCCATTCGTGAATTAA	MKQNEDHKHKHYGHQHQNDHSHHDHQTHAHHENTAHQGHGEGHQHHGHHGGHDHGDMVNDFKKRFFISLILTIPILALSPMIQEFIGVDWQFPFDQYILFALSTFVFSMVAGRLLLEPFVN				NA	NA	NA	NA	NA
AK148_02905	1713	copB_2		Copper-exporting P-type ATPase B	ATGATGACTTTAATTGGTTTAGCGATTCTCGTTGCTTATGGGTATAGTTCTCTTACAGTGTTCGGTTGGGAAGGAAAAGATTTCTTCTGGGAACTAGCGACACTAATTGATATTATGCTACTTGGGCATTGGATAGAGATGCGTTCGGTAATGGGGGCATCTAATGCGTTAGAGCAGTTGGTAAAACTCATGCCGAATGAAGCGCACAAATTAGATGAGCAAGGAAATGTACAAGATGTACCATTATCTGAGTTAAAAAGTAAAGATTATGTGATCGTAAAACCGGGAGAAAAAGTTCCAGTTGATGGCATTATTAGGGATGGGAAATCTGCGGTAGATGAATCGTTATTAACTGGTGAATCTGTCCCCGTAGAAAAAGGGGTAGACGACGAAGTAATCGGTGGTTCAGTGAACAAGGAAGGTTCTCTTACCATTCAAGTAGAAAAAACCGGCGAAGAATCATTCTTGTCGCAAGTAGTCACGATGGTAAAAGAGGCACAAGAGTCGAAATCCAAAACACAAGATTTAACGAACCGCGCGGCAAAATGGCTGTTTTATATTGCCTTACTTTCTGGTTTTGTAACACTCATTATTTGGTTATTACTTGGGTATTCATTTGATGTGGCTATGGAACGGATGGTTACGGTTATGGTGATTACTTGTCCGCATGCATTGGGCTTAGCGGCGCCATTAGTCGTTGCTGTGTCGACATCCATTTCAGCAAAAAAAGGTTTGCTTATTCGTAACCGAGCTAATTTTGAAGGAGCGAGAAATTTAAATGCCATCGTTTTTGATAAAACAGGAACGTTAACAAAAGGTGAATTTGGTGTAACGGATATTGTGCCGGTAGAAGGACAAAGGGAAGTAGATGTACTTGCATATGCCGCCAGTGTAGAACAAAATTCTGAACATCCCATTGCAACAGGTATCGTTCAATCGGCGAAAGAGAAAGAAATACGTGTGGACAAAGTAACGGATTTCGAATCGATTACTGGTAAAGGGATTCAAGGGAAAGTGAATGGAAAGATAGTACATGTAGTTAGTCCGAAATATGTTCATAATAAGCAGCTCGAATATGATAAAGAACTATTTAACGAGATGTCGGAGCAAGGAAAAACGGTTGTGTTTGTGCTTGTAGATGAACAATTAATTGGGATGATTGCTTTAGCTGATATGGTGCGTGAAACAGCAAAAGAAGCAATATCTACGCTCAAAGAGCAAGACATTCATTCCATTATGCTAACAGGAGATAATAAAAAAGTGGCGAACTGGGTTGCAGATCAGCTTGGTATAGATGAAGTATATGCTGAAGTGTTACCTGATGATAAAGCGAGCCAAGTAAAAGAAATTCAGCAGCAAGGATGGAAGGTTGCTATGACAGGAGATGGCGTTAATGATGCACCGGCATTAGCAACTGCTGATTTAGGAATAGCGATTGGCGCAGGTACGGATGTCGCCATGGAAACGGCAGATGTTGTACTAGTGAAAAGTAATCCAAAAGATGTTGTTTCTCTAATGGATTTATCGAGAAAAACATATCGCAAAATGCTGCAAAACTTATGGTGGGCAACGGGATATAATATATTTGCCATTCCTTTAGCTGCAGGAGTACTTGCTCCAATAGGTATTGTACTTAGTCCGGCAGTTGGTGCTGTACTGATGAGTTTAAGCACGGTCATTGTTGCGATTAATGCGAAATTGTTAAAAGCGTAA	MMTLIGLAILVAYGYSSLTVFGWEGKDFFWELATLIDIMLLGHWIEMRSVMGASNALEQLVKLMPNEAHKLDEQGNVQDVPLSELKSKDYVIVKPGEKVPVDGIIRDGKSAVDESLLTGESVPVEKGVDDEVIGGSVNKEGSLTIQVEKTGEESFLSQVVTMVKEAQESKSKTQDLTNRAAKWLFYIALLSGFVTLIIWLLLGYSFDVAMERMVTVMVITCPHALGLAAPLVVAVSTSISAKKGLLIRNRANFEGARNLNAIVFDKTGTLTKGEFGVTDIVPVEGQREVDVLAYAASVEQNSEHPIATGIVQSAKEKEIRVDKVTDFESITGKGIQGKVNGKIVHVVSPKYVHNKQLEYDKELFNEMSEQGKTVVFVLVDEQLIGMIALADMVRETAKEAISTLKEQDIHSIMLTGDNKKVANWVADQLGIDEVYAEVLPDDKASQVKEIQQQGWKVAMTGDGVNDAPALATADLGIAIGAGTDVAMETADVVLVKSNPKDVVSLMDLSRKTYRKMLQNLWWATGYNIFAIPLAAGVLAPIGIVLSPAVGAVLMSLSTVIVAINAKLLKA	PGPT0004090_7825	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE-COPPER_TRANSPORT,PGPT0004090-copA|ctpA-K17686	NA	NA
AK148_02906	459			hypothetical protein	ATGCATACAAATCATTCACAACACCCTATTAAACATGTTAAAAACGAATTAGATAATGTGTTTCAATCTTTTTTTAACGACACTTCGCTTCTCAATCATTCTCCATGGAACAGATTTTTCAGCAGTCCGATTGCATGTAATATGAAGGAAAAGAAGCATGAATATGTCATAGAAGCACAAATTCCCGGAATGGATCCAGCTCATATTGACATTGAGGTAGACCATAATACAGTAACCATTAAAGGCGAGAAAAAAGAAGAATTAAAGACAGAAGACGACAATGATACAAAAATGCACTTTATCGAACATAGCTACGGAGCATTTCAACGTTCATTTTCTCTTCCAAACAATGTAGACAGTAATGCAATTCATGCCGACTATAAAAATGGAATTCTTTATATTCATGTACCCAAAACTGAAGACGACAAGAAGCGGAGCATCAAAATAAATACACATTGA	MHTNHSQHPIKHVKNELDNVFQSFFNDTSLLNHSPWNRFFSSPIACNMKEKKHEYVIEAQIPGMDPAHIDIEVDHNTVTIKGEKKEELKTEDDNDTKMHFIEHSYGAFQRSFSLPNNVDSNAIHADYKNGILYIHVPKTEDDKKRSIKINTH	PGPT0014635_3715	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014635-hsp20-K13993	NA	NA
AK148_02907	2343	helD	COG3973	DNA helicase IV	ATGTTTGAAAAAGAGGGTCAAGGAAAAAGGGAAGGGGTTGCGGAAATGCAAGAAATGCATAAAGATTTGCTCCAAGAACAACAACGTGTAGATCGTATTCGAGGAGAAATTAATCAGAAAGAAAACAAATTATTGGAGAAAACTGCACAATTAAAAGAAAATGTCATCGAGTTAAGAAAGACATTTTGGGACGATGTAACTGTCAATTTGGATGAGCCGGATGATGTCATTGAAACAGAGGCAAGTATAAAACAACAAGCAGAACTGTTAGCACAAAAAGAAACCGTTCATGGCAGTTTGGCTAAAGAATTAAAAACATTAAATAAGTTAAAAGATAATCCATATTTTGGACGCATTGATTTTAAAGAAGATGGAGAAGAAAAAGAAAAAATTTACATTGGCATTGCTTCTCTTATGAATAAAGAAGAGGAGGACTTCCTCATTTATGATTGGCGAGCGCCTATATCAAGCCTTTATTACGACTATGCATTAGGTGAAGCAAGTTATCAAACCTTAGCGGGCGAAATCGCTGGAGAAATTTCTTTGAAACGGCAATATATTATTCGCCAAGGAAAGATGAAGGCGATGTTTGACACGGGGCTTACCATTGGCGACCAATTGTTACAAGAGGCGTTAGGTAATAATGCAAGTACAACGATGCGTAATATTGTCGCCACCATTCAAAAAGAGCAAAATAAGATTATTCGTAATGAGAAGAGTAAATTATTGTTGGTGCAAGGTGTTGCTGGTAGTGGCAAAACTTCCGCAGCATTACAACGAATAGCTTATTTGATGTATCGTTACTGTAAACAGTTAAACCCAGAAAATGTGATGTTGTTTTCCCCTAATCCTTTGTTTACAAGTTATATTAATAATGTATTACCTGAGCTTGGGGAAGAGAACGTGAAACAAACTACCTTTTATCACTTTGTGCAAAAAAAAGTAGGAGATGATTTGTCTGTTGAATCTCCTTTTGATCAAATGGAGTACATGTTAACAAATAAACATACAATGACGGATCAAATACGTATGCGGGGAATTGAATATAAATCTTCTTTAGCATTTAAACAAATGGTGGATGCCTATTTGGCAACTTTACATGACAAGGGGATTTGTTTTCGCCCTGTTTTATTTCGTGGAGAAGTCCTCATTTCCAAAGAGGCGATCGCTGATTACTTTTATACTATGGAATCATCCATTTCTTTACCAAACCGAATGGAGCTAGTAGTGGATTGGCTGTTGAAGGAATTAATTAGCATTCAACAGGAGGAGGTTTCGAAGGATTGGGTAGGAGAAAAGATAGAGCTGTTGGATAAAGAAGCCTATGCTAAAGCGTATTATAAAGCGCAACAACAAGGTGCGGACAGTGTGGTAGATGAAGAGGCTATTTTAAGAAAGGCTGTCGTTCATCAAATGTTTGCTAGTATGAAAGCGGAAGTGCAGGACTTTGCGTTTGTAGATGTCGCAAAAACATTTGAACAGTTATTTAAACATTATCCAGAGCAAGCTGAGCTCCCTAAGTCATGGAAGGATATAGCTGCGCAAACAGTGAAACATATTCAAGCTAGCCATCTGCAATGGGAAGATGTAACGCCATATGTGTATTTTAAAGGGCAGTTATTAGGAGATATGAAGGATCGATCCGTACGTTATTTAGTCATAGATGAAGCGCAAGATTTTTCAGTTTTTCAATTCGCGTATATCTCGGAATTATTTCCACATACGAGAATGACATTATTAGGCGATATAAATCAAGCTATTTATGCCCCAATATCGAAACAAAATCCGTTGCTTCTAAAAGATGGAGAAGAGGTAGAGCGCATTACATTAACAAAAAGCTACCGCCCTACAAAGCAACTCGTCCAATTTACGAATCATTTTGCCCCGGTTGAACATGAAATTGAACCATTTGAACGGGAAGGAAACAAGCCTAAGCTTATCTATGTAAACGAAGAGACGCAACGTAAAGAAGTGCTAAAGCATCAGATAAAGGATCTAATGAATGAAGGCTATGAAACGATAGCTCTAGTTACAAAATCTTTACAGGAGAGTAATCATATCTATGATGCGTTAACAGGGGAGGTTCCATGTACCTTATTGGATGAAGAAACGTATACATTATCAAAAGGAGTTTTGATCATCCCTGTATATTTAGCAAAGGGGATTGAATTTGATGCCGTTATTATTCCAGATGCAACGAATAGTAACTATACAAAGGCAGATCAAACTTTGTTTTACACGGCTTGTACGCGAGCAATGCATGAGTTAGTCATGATTGTTAATAAGGAACCAAATATGTTTATCCCAAAAGCACCTGTAAGCACATATGAGACGGAAGAATAA	MFEKEGQGKREGVAEMQEMHKDLLQEQQRVDRIRGEINQKENKLLEKTAQLKENVIELRKTFWDDVTVNLDEPDDVIETEASIKQQAELLAQKETVHGSLAKELKTLNKLKDNPYFGRIDFKEDGEEKEKIYIGIASLMNKEEEDFLIYDWRAPISSLYYDYALGEASYQTLAGEIAGEISLKRQYIIRQGKMKAMFDTGLTIGDQLLQEALGNNASTTMRNIVATIQKEQNKIIRNEKSKLLLVQGVAGSGKTSAALQRIAYLMYRYCKQLNPENVMLFSPNPLFTSYINNVLPELGEENVKQTTFYHFVQKKVGDDLSVESPFDQMEYMLTNKHTMTDQIRMRGIEYKSSLAFKQMVDAYLATLHDKGICFRPVLFRGEVLISKEAIADYFYTMESSISLPNRMELVVDWLLKELISIQQEEVSKDWVGEKIELLDKEAYAKAYYKAQQQGADSVVDEEAILRKAVVHQMFASMKAEVQDFAFVDVAKTFEQLFKHYPEQAELPKSWKDIAAQTVKHIQASHLQWEDVTPYVYFKGQLLGDMKDRSVRYLVIDEAQDFSVFQFAYISELFPHTRMTLLGDINQAIYAPISKQNPLLLKDGEEVERITLTKSYRPTKQLVQFTNHFAPVEHEIEPFEREGNKPKLIYVNEETQRKEVLKHQIKDLMNEGYETIALVTKSLQESNHIYDALTGEVPCTLLDEETYTLSKGVLIIPVYLAKGIEFDAVIIPDATNSNYTKADQTLFYTACTRAMHELVMIVNKEPNMFIPKAPVSTYETEE				NA	NA	NA	NA	NA
AK148_02908	597			hypothetical protein	TTGTTCAAACTCATGCGGAAATCCTTACAATGGAGCAGTAGAATTAGTTTATTAACATTTGGAATGGCTTTTGTGTTTGCATGTATATCTACATTATTTCAGGAAGGTGCGGGGTTACTTTTAAGTTTGTTTATTGTATTTGTCTTTATACTAATCGGTATTACCGGAGATACGGTTGGACTTGCTGCAGCTACGTCAAACGAGAAACACTTTCATGCTATGGCAGCTAAGAAAATAACAGGGGCAAAAGAAGCAGCTTTCATCGCTAAAAAATCACCATTATTTTCCAGTTTATTTAATGATGTAGTTGGGGACATCGCAGGTATTGTTAGTGGTGCAGCTTCTACAGCTGTTGTATTTCAACTCGCTAAATTGATCCGTACTTCAGAAGGATCCATCATTTTCATACTGATTTCTGTTATTTTAACAAGTATCATTGCAGCCCTTACAGTCGGTGGAAAAGCAATTTGTAAAACGATTGCTATTTATCATTCAACAACTATTATTCTATTTACCGGAAGAATGATCTATTACACGAAAGCTATCGTACATATTTTTTCGTTACATCGTCCATACAGATTAAAAGATAAACATTAG	MFKLMRKSLQWSSRISLLTFGMAFVFACISTLFQEGAGLLLSLFIVFVFILIGITGDTVGLAAATSNEKHFHAMAAKKITGAKEAAFIAKKSPLFSSLFNDVVGDIAGIVSGAASTAVVFQLAKLIRTSEGSIIFILISVILTSIIAALTVGGKAICKTIAIYHSTTIILFTGRMIYYTKAIVHIFSLHRPYRLKDKH				NA	NA	NA	NA	NA
AK148_02909	285			hypothetical protein	ATGACGAACGGGAGCGATTTCTGCGCGGGGATGAGCGAAGTTACGACGAACATGAGCGATTTACACGCGAGTAGGAGCGAGGTTACGACGAACAGGAGCGATTTACACGCGAGTAGGAGCGAATTTACGACGAACATGAGCGAGTTCTGCGCGAGGATGAGCGAAGTTACGACGAACGGGAGCGGATTTACACGCAAGCAGGAGCGAGGTTACGACGAACAGGAGCGATTTCTGCGCGGGGATGAGCGAAGTTACGACGAACGGGAGCGATTTACACGCGAGTAG	MTNGSDFCAGMSEVTTNMSDLHASRSEVTTNRSDLHASRSEFTTNMSEFCARMSEVTTNGSGFTRKQERGYDEQERFLRGDERSYDERERFTRE				NA	NA	NA	NA	NA
AK148_02912	1119	metXA	COG2021	Homoserine O-acetyltransferase	ATGGATATGAATCATGTTGAAAAAAAGCAATTTTCGTTAGACAGTTATACATTGGAATGCGGGAAAGCGATCCCTGTAACTTTAGGGTATGAGACATACGGGGAATTAAACGAAGACAAATCAAATGTAGTGGTAGTGGCACATTATTTTAGCGCTTCTAGCCATGCGGCAGGAAAGTATTCTCCTGAGGATGAGACAAGCGGCTATTGGGACTCTTTGATCGGCCCAGGTAAAGCAGTTGATACGAATAAATTCTTTGTTATTAGTACAGATAATTTGGCGAATGTACAAGCTTATCATCCGAAGGTAATTACAACAGGCCCAAGAACAATTAACCCAGAGACAGGGCAAATATGGGGGATGGATTTTCCGCCATTTACATTTCGTGATATGGCGGGTATACAGCATGATTTTATTACGAAACAGCTAGGTATTAAGAAACTACATGCTGTCATGGGGGCTTCAGCTGGTGGGTTTATTTCATTAAATTGGGCAGTCCACTATCCAGACATGGTAGAACGTATAATTGGAGTAATAACCAATCCACAAAATCCAGTCATAACATCGTTTAATGTGCTACAACATGCCATGCGAGCAATTGAACTAGATTCGAATTGGAATAATGGTAATTATGTGGACGATCAAGGACCTGAAGAAGGCTTGCACTTAGCTATTCAAATGATGAATGCAGGTGCGTTTACACCAGAGCTGTATGAAGATACATATCAGCGAAATAGTGATGAACAAGCTCCTTACGAATATCTTCATATGAAAACAGGTTACGAGCAACAGTTGTATGATGCTGTGAAAGCGGGAATGCCAGTTATGGATGCTAGTCATTGGTATTATACTTGTCGAGCAACGATGATGCATGATATCGCCCACGGTATAGGTTCATTAGAAGAAGCGTTAGACAGAATACAGGCTAACGTGTTAATGATTTCTTGCACGCGTGATTTACTCCAGCCGACCATTTATAATCGTCGTATGGTTGATATGTTGTTGAAATTAGGCAAAGAAGCAGAATTAGTAGAAATTGAGAGCTTAAAAGGGCATATGGCAGGCGTATTAGATGGGCATTTGTTCAGTGATGATATCCGAAAGATGCTACAAAAATAG	MDMNHVEKKQFSLDSYTLECGKAIPVTLGYETYGELNEDKSNVVVVAHYFSASSHAAGKYSPEDETSGYWDSLIGPGKAVDTNKFFVISTDNLANVQAYHPKVITTGPRTINPETGQIWGMDFPPFTFRDMAGIQHDFITKQLGIKKLHAVMGASAGGFISLNWAVHYPDMVERIIGVITNPQNPVITSFNVLQHAMRAIELDSNWNNGNYVDDQGPEEGLHLAIQMMNAGAFTPELYEDTYQRNSDEQAPYEYLHMKTGYEQQLYDAVKAGMPVMDASHWYYTCRATMMHDIAHGIGSLEEALDRIQANVLMISCTRDLLQPTIYNRRMVDMLLKLGKEAELVEIESLKGHMAGVLDGHLFSDDIRKMLQK				NA	NA	NA	NA	NA
AK148_02913	1221			hypothetical protein	ATGAATGAAGCGATTCAGAAAAATGGCGTTAGGGCATATATCATGGAAACGATTATGTTTTTTACGTATGCATTTTTTGCGGTTAGCTGGATTGCGGGGACGACACTGACCCCGCAAATTATGGAGCATTTTAAGTTGACAGATTTTGCTTCCGCGACATTTATTTCAAATGCAATTACGGTTGCTAAAATTATAGGTAATCTACTAGCAGCATGGTTTTTGGTTAAACTACAACCGAAAAAAGCAATTGCTTTTGCTTCGTTGTTAATTGTACTCGGAAGTGGTTTAGGTGTGTTCGTAACGGAATATTGGATGTTTGTTGTAACAAGGTTTATTACTGGTTTTGGGGGAGCCCTATATATTGTATATTTTGCACCAATTGTTATTCGTTATTTTGATCCAAAACGACGCTCTACTATTAATGGGATTAATGCAGCAGCTTATAATGTGGGAAGTATTATTGCTATGGTTGTTGTAACACCTGTTTTTACGTGGCTAGTAACTTGGCAAAATAGTATCCTGTTTTTTACAGCCTGTAGCCTTGTGTTATTCGTATTATGGCTCATATTTGGGGAAGATTTTGAACTAAATCAAACCTCTAACGATCAAAAAACGGTGAAAGCATACACATTTAAAGATGGTTTAAAGGATAAGTTTAATTATGTCTTTCCGTTTACTTATGCTGGCTTGTTATTGTTATATATCGTTATTCTTACAATTTTCCCAGTTTCAGATAGTGCTGCAATCAATCCAAAAACGCTGAGTACAGTAGTAGCGATCGCCGGAGTAGTCGGAACGATATTTGGAATTATGGTAACGAAGCGATTTGCTCGCCGTTTGCCAGTACTTCGTTGGTCAGGGCTAGCGATGACGGTATCAGCTGTAATCATGGTCATGACAACATCGGGTGCATTGGCGTTAGCTATGGCAGCACTGGTCGGATTCTTCATGTTCTTGCCAATGACAGCATTGGTTACGATTCCACAAGAGCTTCCTGATATGACACCAAGCAAATTAACGTTAATCATGGGATTTTTCTGGTCGTTTGCTTATATGTTTGAAACGGTTGCCTATTATTTTGTGGGAGTGTTAATTGATGTATCTGGCTTCCAGGCTGGATTATATTGTGCGATTCTATTAAGCTTATCATTTTTTATTGGTTCCTTCTTACTACCAGAAACAGGAGGGAAGACAGAAGATCAAAAGCAAGCAATCAGCTAA	MNEAIQKNGVRAYIMETIMFFTYAFFAVSWIAGTTLTPQIMEHFKLTDFASATFISNAITVAKIIGNLLAAWFLVKLQPKKAIAFASLLIVLGSGLGVFVTEYWMFVVTRFITGFGGALYIVYFAPIVIRYFDPKRRSTINGINAAAYNVGSIIAMVVVTPVFTWLVTWQNSILFFTACSLVLFVLWLIFGEDFELNQTSNDQKTVKAYTFKDGLKDKFNYVFPFTYAGLLLLYIVILTIFPVSDSAAINPKTLSTVVAIAGVVGTIFGIMVTKRFARRLPVLRWSGLAMTVSAVIMVMTTSGALALAMAALVGFFMFLPMTALVTIPQELPDMTPSKLTLIMGFFWSFAYMFETVAYYFVGVLIDVSGFQAGLYCAILLSLSFFIGSFLLPETGGKTEDQKQAIS	PGPT0005211_1722	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_CYANATE_DETOXIFICATION	XENOBIOTIC_CYANATE_UPTAKE,PGPT0005211-cynX|yeaN-K03449	NA	NA
AK148_02914	1707	ydiF	COG4670	Acetate CoA-transferase YdiF	ATGAAAGCGCATTCTGTTTTGCTCTGGCGAATAGTTTCCGGACTTGAAATAGTTTCAAGTTATGTAAAGATCATGAAACATAAAGGTGTGAAAGAGATGAAAGATAACTTACAATTTATGTCTGCTCAAGAAGCAGTACATTTGATTAACACAGGTGATAGAGTTGGAATAGGGGGATTTATTGGTACCGGAGTTGCTGAGGAAATTCATATGGCAATTGAAAATAAATACATCGAAACGAATACACCACAGAACCTAACGTTAATCTATGCCGCTGGTATAGGGGATGGAAATGGTGCATCCAAGGGGCTTAATCACTACGCTCATGAAGGATTAATTAAACGAGTAATAGGAGGGCATTGGGGAATGGCTCCTCGTCTCGCTCCACTCGTCGCAGAGAATAAGTTAGAAGCATATAATTTGCCGCAAGGGGTTATTACACAGCTCATTCGTGAAAGTGCAGCAGGTCATCCGCGTTTAATCTCCCATGTCGGTTTAGGGACTTTTGTTGATCCTGATTTGGACGGCGGTAAGTTAAATGCAGTTACCTCGGAGGATATTGTTGAAAAAATTCAATTTGATGGTCAAGATTATTTAGCGTATAAAACACTGCCGATAGATGTTGCTATTTTAAAAGGTACAACTGCTGATGAAAAAGGAAATATAAGTTTAGAAGATGAACCACTAACTTTAAATGTTCTATCCTTTGCTATGAATGCCAGAAACAATGGCGGAAAAGTAATTGTTCAAGTTGAAAAGGTTGTACGGGAATCTTCACTAAATCCTAAAAATGTTCACATTCCTCATGTCTTAGTTGATGCTATCGTCGTTGTAGAAAATAAAGAAAACCATATGCAAACATTCGGCACACAATACAATGAAGCTTTTATACGTAGTGATTTGATTGTTGATGATAAAAAATCTATCTATCCATTAAATATACGCAAAGTAATCGCAAGACGCAGTGCGAAGACCTTAACCCAATCAATGAAAGTAATTAATTATGGGATTGGTGTTCCAGAAGTGGTAGCTAATGTATTAAGTGAAGAAGGACAGGAAGACCATTTTATCCCCACGATTGAACCAGGCATATTTGGGGGAACTCCAGTTGGCGGACTTGATTTTGGATGCTCCGTAAACCCGGACGCGATTATTGATGAATCGTATATGTTTGATTACTACGATGGAGGAGGACTAGATATAGCCTTTTTAGGATTAGCTCAATGTGATGATAAAGGTAATGTAAACGTTTCAAAATTCGGACCTAAAATTGCGGGCTGTGGTGGATTTATTAATATTACACAAAATGCCAAAAAGCTTGTCTTTTGTGGGACATTTACAGCTGGCGGGTTAAAAATGGAAGTATGTGATGGAAGGTTAGTAATCGTACAGGAAGGAAAAGTGAAAAAATTCACCAGCGATGTAGAGCAAATTACCTTCAGTGGAAAAGTAGCGAAACAAAATGAAAAACCTGTTTTGTATGTAACGGAGAGAGCTGTGTTTGAATTACGTAAAAATGGATTGACATTAATAGAAATAGCTCCAGGAATCGATTTAGAAAGAGATGTTTTGGCACAAATGGAATTTACACCACTGATTAGTAAGGACTTAACATTAATGGATAAAGCAATTTTTAAAGAAGGTCCTATGGGGCTCATATTTCATCAGAGTGAGCAGGATATGGGTAGTGATTTTCTCACAAAATAA	MKAHSVLLWRIVSGLEIVSSYVKIMKHKGVKEMKDNLQFMSAQEAVHLINTGDRVGIGGFIGTGVAEEIHMAIENKYIETNTPQNLTLIYAAGIGDGNGASKGLNHYAHEGLIKRVIGGHWGMAPRLAPLVAENKLEAYNLPQGVITQLIRESAAGHPRLISHVGLGTFVDPDLDGGKLNAVTSEDIVEKIQFDGQDYLAYKTLPIDVAILKGTTADEKGNISLEDEPLTLNVLSFAMNARNNGGKVIVQVEKVVRESSLNPKNVHIPHVLVDAIVVVENKENHMQTFGTQYNEAFIRSDLIVDDKKSIYPLNIRKVIARRSAKTLTQSMKVINYGIGVPEVVANVLSEEGQEDHFIPTIEPGIFGGTPVGGLDFGCSVNPDAIIDESYMFDYYDGGGLDIAFLGLAQCDDKGNVNVSKFGPKIAGCGGFINITQNAKKLVFCGTFTAGGLKMEVCDGRLVIVQEGKVKKFTSDVEQITFSGKVAKQNEKPVLYVTERAVFELRKNGLTLIEIAPGIDLERDVLAQMEFTPLISKDLTLMDKAIFKEGPMGLIFHQSEQDMGSDFLTK	PGPT0001790_115	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION	XENOBIOTIC_ACRYLONITRITE|ACRYLAMIDE_DEGRADATION,PGPT0001790-pct-K01026	NA	NA
AK148_02915	1212	thlA	COG0183	Acetyl-CoA acetyltransferase	ATGACAAAAGTATATGTAATAGATGCTAGACGAAGTGCGATTGGATCTTTTTTAGGTACAATTGCTTCTGTACCGCCCAGTGATTTAGCTGCTCAAGTAATAAAAAGTATCATTCAGCACCATCAACTAAATGGTAGTGAAATAGATGAGGTAGTTATTGGAAATGTGTTATCTGCGGGGCAGGGGCAAAACATTGCTAGACAAGCAAGTATAAAAGCTGGAATACCTGTATCCGTTCCGGCATATACAATGAATATGGTTTGTGGCAGTGGCATGAAATCTTTAATGACTGCTTATAGTAGCATTTTAGCTAATATGGCTGATCTTATGTTAGTTGGTGGCGTTGAAGTGATGTCACAGGCTCCTTTCGTAACAACGGCAGAAGTTAGAACTGGTAAGAAGCTTGGGAACCTTCAATTGCATGACAGTATGGTTCAAGATGGTTTAACCGATGCATTTCATCATTATCATATGGGGATAACTGCTGAGAATATTGCTGAAAGATATCATATAACCAGAGAAGAGCAGGACAGATTTGCTCTAACATCGCAGCAACGAGCTATCAAAGCAAAGGATAGTGGTCGTTTTGAAGCTGAAATTGTACCTGTGGAGTTTATGGATCGTAAAAAGCATCTTATGACATTTAAAGAAGATGAATATCTCAATTACTCTACTACTTTTGATAAGCTCGCCCGTTTAAGACCAGCGTTTAAGAAGGATGGGACGGTTACTGCTGGAAATGCTTCTGGCATTAATGATGGAGCAGCTATCCTCTTAGTAGCTTCTGAAGCTGCAGTAATGAAATATCAGCTTGAGCCAATTGCTGAGATTGTTGCGGTTGGACAAGGTGGAATAGACCCAGCTGTTATGGGGTTAGGTCCTGTAAAAGCAATACAACATCTATTTAGTAAAACAGATGTGCATCCAGAACAGGTGGAGCTAATAGAGTTAAATGAAGCATTTGCTTCTCAATCTATCGGAGTAATCAAGGAGCTTCAGGAAATGTATGGCTGGACGAAAGCATGGATCGAATCAACTGTAAATGTTAATGGTGGAGCTATCGCGCTAGGTCATCCTTTAGGGGCTTCCGGTGCGCGGATTATTACTACACTTGTACATGAAATGCAAAAGCGAACGATAACATATGGGCTCGCATCTCTTTGTATTGGTGGAGGAATGGGTACAGCTACACTATTAAAATCGATAGAGTAG	MTKVYVIDARRSAIGSFLGTIASVPPSDLAAQVIKSIIQHHQLNGSEIDEVVIGNVLSAGQGQNIARQASIKAGIPVSVPAYTMNMVCGSGMKSLMTAYSSILANMADLMLVGGVEVMSQAPFVTTAEVRTGKKLGNLQLHDSMVQDGLTDAFHHYHMGITAENIAERYHITREEQDRFALTSQQRAIKAKDSGRFEAEIVPVEFMDRKKHLMTFKEDEYLNYSTTFDKLARLRPAFKKDGTVTAGNASGINDGAAILLVASEAAVMKYQLEPIAEIVAVGQGGIDPAVMGLGPVKAIQHLFSKTDVHPEQVELIELNEAFASQSIGVIKELQEMYGWTKAWIESTVNVNGGAIALGHPLGASGARIITTLVHEMQKRTITYGLASLCIGGGMGTATLLKSIE	PGPT0008320_3702	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008320-atoB-K00626	NA	NA
AK148_02916	729	fabG_4		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGATGAAACAATTAAAAGACAAAGTCGTCGTGGTAACTGGGGGAGCACAAGGATTAGGTAAGGCGATGTGTGAGCGATTTGCTTATGAAGGAGCTGAAGTTGTTTATTCGTTAGATTTACAAAAAGGGAATCTCACAGCAGATAATGTAAAACATCAGGAGTTAGATGTTACAAACATAGCGGAGATTGACTCTTTTATTCAATCGGTCAAAGAAGCGTACGGTCGCATCGATGTTTTAGTCAATAATGCAGGGGTCACTCGTGATGCATTGACACAGAAAATGGATGATAATAAATGGGAATCAGTAATGGATATCAACTTAAAGGGTGTTTTTCATATGACGAGGGCGATTGCTCCTATTATGATGGAGAACGGGTCTGGTTCTATTATTAATATTTCGTCCATTGTAGGTCTTTATGGAAATATTGGCCAAGCAAACTATGCTGCTACGAAGGCGGGAGTCATAGGGATGAGCTATACATGGGCAAAAGAATTTACGCGTAAAGGTGCTGCTGTACGTACGAATGTGATTGCTCCCGGTTTTATTGAAACGGATATGATGAAAACGGTTCCGGAAAAGGTGTTGCAGCCGCTTCGTGATCAAACACCATTAAAAAGATTAGGACGTCCTGAGGAAGTGGCAAATGCGGCGTTATTCTTAGCGAGTGATGAGTCGAGTTATGTAAATGGTCATGTGCTTTCCGTAGATGGTGGATTAAGGCTGTAA	MMKQLKDKVVVVTGGAQGLGKAMCERFAYEGAEVVYSLDLQKGNLTADNVKHQELDVTNIAEIDSFIQSVKEAYGRIDVLVNNAGVTRDALTQKMDDNKWESVMDINLKGVFHMTRAIAPIMMENGSGSIINISSIVGLYGNIGQANYAATKAGVIGMSYTWAKEFTRKGAAVRTNVIAPGFIETDMMKTVPEKVLQPLRDQTPLKRLGRPEEVANAALFLASDESSYVNGHVLSVDGGLRL	PGPT0003180_20302	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
AK148_02917	891	cynR_3		HTH-type transcriptional regulator CynR	ATGGATATTCGTGAGTTGAAATATTTTATAGAAATTGTAAAAAAGAAGAACTTTACGTTAGCTGCAAAAAATCTTCATATATCCCAACCAGCCTTGAGCAAAACAATGAAAAACTTGGAGTCTGAATTAGAAGTACAGTTGTTAGATCGATCAGATAAAGAAATAAAACTAACTGAAATCGGCCAACTATTTTTTGTCCAGGCGGAAGCTGTTTTAAATGCTTTTGATTCATTGAAGGCATCTCTTTATGACCAAAGCAAGTTGAATAAAGGAGAAGTGATTGTCGGGCTACCACCCGTAATAGGATCTAGTATATTTGTCAAAGTGTTAACAACATTTAAAGAAAGTTTTCCTGATATCAAATTGCATATTATAGAAAATGGCGCGAAGATGGTCGAGCATAATTTATATAACGGCAAAATTGATCTAGGGGTAGTGATAGCCCCTGTGGACGAAAACCAGTTTGAATATATACCAATTATGGAGGATGAAAGTGTTTTAGTTGTCCATCATCATCATCCTTTGGCGCAGAGAGAAGCTGTTTCCATTGCAGACTTAAAAGATGAAGAATTCCTTCTTTTGGATAAAACGTTTATGCTCCATCACCATGTTGTTCAGTATTGTCAGGACGCAGGGTTTAAGCCTAATATTTTATTTGAAAGCTCTCAGTGGGATTTTCTTGTGGAACTTGTTGCGCAAAATCAAGGGGTTACTATCCTCCCTCGACCAATTTTGTCGCGGGTGGAAAACAGACAAATACACATTATACCTATCCGTCCTAATTGTTTAAAGTGGAAAGTGGGATTCCTCTTAAATAGAGAGCAATATGTTACACATGTAATGAAAGTTTTTATTAATCATACTGTTCGTACAGTTGCAACATGTGAATGA	MDIRELKYFIEIVKKKNFTLAAKNLHISQPALSKTMKNLESELEVQLLDRSDKEIKLTEIGQLFFVQAEAVLNAFDSLKASLYDQSKLNKGEVIVGLPPVIGSSIFVKVLTTFKESFPDIKLHIIENGAKMVEHNLYNGKIDLGVVIAPVDENQFEYIPIMEDESVLVVHHHHPLAQREAVSIADLKDEEFLLLDKTFMLHHHVVQYCQDAGFKPNILFESSQWDFLVELVAQNQGVTILPRPILSRVENRQIHIIPIRPNCLKWKVGFLLNREQYVTHVMKVFINHTVRTVATCE				NA	NA	NA	NA	NA
AK148_02918	420			hypothetical protein	ATGAAGAACAAAAAATATATCATTGCTTTAACGGTTTTATCGGCATTTTTATTTAGTGCGTTAATTATCGCAGGTTCGTTGTCGCCTTTATCGAAAATGGGGGACAATGCAAATCAATTTAACTCAGTAGGCATGTGGCTTTCTATTGCTATGATACTTTTTTTCTACCTTATTCCAGTAATACTATATGCAATCGGATTAAATTGGATCAAGATAATAATGGCTATATTTTGTGTCATCGGCATTGTTATATTGTTATCAACAATTGTTATCGTACTTATAATTGGATTAGTCAATCATAACATGTTGCAACTAAGTAGTGTTCTTATTGTGAGTATCCTAGGTGTTATCATAAACATTGTGTGGCTTATTGTTGCGTTTTGGAAAAATGCAGGTAAGGCTTCGGGCTTGTCTTCTTGA	MKNKKYIIALTVLSAFLFSALIIAGSLSPLSKMGDNANQFNSVGMWLSIAMILFFYLIPVILYAIGLNWIKIIMAIFCVIGIVILLSTIVIVLIIGLVNHNMLQLSSVLIVSILGVIINIVWLIVAFWKNAGKASGLSS				NA	NA	NA	NA	NA
AK148_02919	474	greA_2	COG0782	Transcription elongation factor GreA	ATGAAAAAAACAATACCTGTAACAAAAGCAGGTTATGAAGAACTACAAGAGAAATGGAATACGTTAAAGGAAGAAAAATTGGTTGAGGCAAATAAACAAGTGAAGGTAGGCCGGGCATTTTGCGATTTTCATGAAGATCCTGAATTCGATAGATCTTTAGATGAGTTAAACAAAATACAGGAGCAAATCTCAGAATTAGAATCTATTCTTGCTCGTGCAGAAATAATTGGAGAAGCAAATAGCGACGTGGTTCAACATGGGGCGTTGGTGACGTTTAAAGAATACCCAGATGGCGAAGAAGAAACTTTTCAGGTTGTTAGTGCTGCAGAAGTAGATGCGAAAAAATTACAGATCTCTGATAATTCCCCAATAGGGAGGGCATTACTTGGAAGGAAAATAAATGAGGAAGTGTCTGTAGAAATCCCTGCAGGAACGGTGAAGTTGCTTATAACCAAAGTGCAATACAAGGTGTAA	MKKTIPVTKAGYEELQEKWNTLKEEKLVEANKQVKVGRAFCDFHEDPEFDRSLDELNKIQEQISELESILARAEIIGEANSDVVQHGALVTFKEYPDGEEETFQVVSAAEVDAKKLQISDNSPIGRALLGRKINEEVSVEIPAGTVKLLITKVQYKV	PGPT0030495_3515	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-TRANSCRIPTIONAL_CONTROL	PUTATIVE-TRANSCRIPTIONAL_CONTROL-1,PGPT0030495-greA-K03624
AK148_02920	207			hypothetical protein	ATGATAAGAGGGCACGCTTTAACATTTATTTTTTATAGGGGGGTATGGATGGCTAAGCAATTCGTAGCGATGATGGGAGGGCTTATACTCACAATGGTCATTATTTCTATAATCGTTGATAAGTTATTATGGGGCAGTTTAATCGGTTTTGGAGTTGGTGTGGGTCTAATGTATCTCTTTTTAAAGATAATGAAAAGAAAATCGTAA	MIRGHALTFIFYRGVWMAKQFVAMMGGLILTMVIISIIVDKLLWGSLIGFGVGVGLMYLFLKIMKRKS				NA	NA	NA	NA	NA
AK148_02921	852	ku	COG1273	Non-homologous end joining protein Ku	ATGCATACGATGTGGAAAGGAACGATTAGCTTTGGGCTTGTAAATATTCCTGTGAAAATGCATGCGGCAACTGAAAATAAAGATATTAAATTAAGGCAATTGCATAAGGAGTGTCAATCACCGATTAAATATGAACGGTCATGTCCGGTATGTGACCGGCCAGTAGAGAATGAAGAAATTGTGAAAGCATATGAATATGCAAAGAATAAGTTCGTTGTGTTAGATGAGGAAGAGTTAGAAGCATTAAAGCAAGAACAGGCAGATAAAGCAGTCGAAATCATGGACTTTGTGCAGTTGGCTGAAGTGGATCCAATTTATTATGAGAAAAGTTATTTTTTATCGCCGAATGAAGGTGGAGCGAAAGCTTACGGGCTTTTACGAAAGGCTTTGAAAGAAACTGGAAAAATTGGCATTGCGAAAATGATGATTCGTTCTAAAGAACAGTTGGCCATTATTCGTGTCTATGAGGACACACTAGTTGTGGAAACCATACATTATCCAGATGAAGTGCGTCGTGTTGAAGATGTACCTAACATACCAAAGGAAGTGGAAACAGATCCTCAAGCATTAGATACAGCAAAGATGCTCATTGATCAGTTATCAACGACGTTTGAACCGACAAAATACAAAGACGAGTATCGTCATGCATTGTTAGACTTAATTGAACAAAAGAAAAATGATGAGCAAACAGCAACAGCACAAGATAAGCCTTCCCCTGATGCAGCTACAAACTTAATGGATGCTTTACAAGCTTCGTTAGAGCGTGCAAAACAAGAAAAGCCAAAACCAAAACAGCCGTCGCTAACCAAAGAAAAGGAAAAAAAGATAAAGAAGAAGAAAACAGGCACATAA	MHTMWKGTISFGLVNIPVKMHAATENKDIKLRQLHKECQSPIKYERSCPVCDRPVENEEIVKAYEYAKNKFVVLDEEELEALKQEQADKAVEIMDFVQLAEVDPIYYEKSYFLSPNEGGAKAYGLLRKALKETGKIGIAKMMIRSKEQLAIIRVYEDTLVVETIHYPDEVRRVEDVPNIPKEVETDPQALDTAKMLIDQLSTTFEPTKYKDEYRHALLDLIEQKKNDEQTATAQDKPSPDAATNLMDALQASLERAKQEKPKPKQPSLTKEKEKKIKKKKTGT				NA	NA	NA	NA	NA
AK148_02922	1800	ligd	COG1793	Bifunctional non-homologous end joining protein LigD	ATGGAAGTCATGAAACCTATACCTACAAGAGATATACCTCGAGGTAAAGGATGGTTATATGAGGTAAAGTATGACGGTTACCGTTGTACACTACAATGGCAGAAAGAAAGTATTCAATTGCGAAGTAAAAATCATAACGATTTAAGCAAGCAGTTTCCAGAAATTATAACAGCTTGTTTACAAGTCCAAGATCAAATGGAGTCTTATTTACCACTGATGTTAGATGGTGAACTTGTCATCTTAAACCAACCTTATCAAGCTAATTTTGATTGGATGCAAAAACGCGCACGAATGCAAACAGAAGCTAGTATTCGAAGCGCTTCCAAAGAACGCTCTGCTTGTTTAATGGCTTTTGATATTTTACAGGAACAGGGAAATGCTTTGTTATCCACTCCATTAGAGGAACGCAAAAATATTTTAAAAACGCGGCTATCACACCAACTATTCAAAGACAAAATAATGTATGTGCCTAGCTATAGTGATCCGGATCCGCTTTGGGAAAAAATTTTCACACACTTAGGAGAAGGAATGATTGCCAAACGCAAACATAGCACATATAAGCAAGGAAAGCAGCACCAGGACTGGTATAAAATTAAAAATTGGCGCTCAATAAGTGGGTTTTTAACTGCGTATGATGGGGATAATGATTATTTCCAAGTTGGCGTGTATAAAAATAATCACATTATTTCGATTGGTAAATGTAAGCATGGTTTATCGCAAAGAGATTTTTCGACCGTCAAACAACTGTTTCAAACAAAAGGAAAACTCGAAAACAAAACGTATACACTCCCACCTGCCATTTGTGCTACGATTCATAGCCTTGATTTATACAAACAAGAACTACGTGAACCAGCATTTCAGAAAATACTTGCCCATGCACGTCCAGAAGAAATGACGTGGAAGAAGCTTGAGTTTGCTCAAGCTATGTTTCCAAAGGAAATTGACATAACAAATGAGGACAAACTATTTTGGAAAGGGCTAGACTATACAAAAGCAGACTTATTACTTCATATACGCCAAATAGCACCATATATGTTGCCATTTTTACAGCAACGAGCGCTCACCATTATTCGTGCACCTGATGGGGTAGAAGGAGAACATTTCTTCCAAAAGCACTTACCAAGTTACGCGCCTCCATTCATGGCAAGACAAACACATCAAGGAAAAGAAATCATTACTTGCGAGACCTTAAAAGATCTTATTTGGTTAACCAATCACGGAACAATCGAATTCCATACACCATTTCAAAGCCTTACAGCACGTACACCAGAAGAAATCGTCTTTGATTTAGACCCGCCAAATAGAGACCGTTTTGATTTAGCTATCCATGCAGCTTTAAACATGAAGCATGTCTTTGATGAGTTACAGCTAACATCCTTTGTTAAAACGTCTGGTAATAAAGGGTTGCAAATCTACATCCCTATCCCCTCTGGTAGCATGACTTATAAACAGACTGCTTTGTTTACAGAAGCGATAGCACGTACGTTAGAAAATGCGTTTCCAGCACTGTTCACAACCGAGCGTCTTAAGGAAAAACGAAAAGGTAGGCTATATATTGACTATGTACAGCATGGCAAAGGGAAAACGATCATAGCACCGTATTCACCGAGAAAAACCGCAGAAGCTACCATCGCAATGCCTTTATACTGGGAGGAACTAACGAACGACCTTTCTCCAAAAAGCTTTACGATAAAAAATGCTGTGGAGCTTGTCAAACAACGCGGATGTCCATGGCGAAATTATAAGGCAGTTAAAAAAAGCCAAAATCTAACAGAAATTTTGACTTTTTTAGGAACTTAG	MEVMKPIPTRDIPRGKGWLYEVKYDGYRCTLQWQKESIQLRSKNHNDLSKQFPEIITACLQVQDQMESYLPLMLDGELVILNQPYQANFDWMQKRARMQTEASIRSASKERSACLMAFDILQEQGNALLSTPLEERKNILKTRLSHQLFKDKIMYVPSYSDPDPLWEKIFTHLGEGMIAKRKHSTYKQGKQHQDWYKIKNWRSISGFLTAYDGDNDYFQVGVYKNNHIISIGKCKHGLSQRDFSTVKQLFQTKGKLENKTYTLPPAICATIHSLDLYKQELREPAFQKILAHARPEEMTWKKLEFAQAMFPKEIDITNEDKLFWKGLDYTKADLLLHIRQIAPYMLPFLQQRALTIIRAPDGVEGEHFFQKHLPSYAPPFMARQTHQGKEIITCETLKDLIWLTNHGTIEFHTPFQSLTARTPEEIVFDLDPPNRDRFDLAIHAALNMKHVFDELQLTSFVKTSGNKGLQIYIPIPSGSMTYKQTALFTEAIARTLENAFPALFTTERLKEKRKGRLYIDYVQHGKGKTIIAPYSPRKTAEATIAMPLYWEELTNDLSPKSFTIKNAVELVKQRGCPWRNYKAVKKSQNLTEILTFLGT	PGPT0014910_1348	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014910-ligD-K01971	NA	NA
AK148_02923	1041			hypothetical protein	ATGATATTTTTTAGACAATTATTTGTTAAAGTTATCAAATTAAATAATTGGTTTTTGCTTTTTGCCACACTTACTTTAGTGTTTGCCAGCAGTTATTTTATCTATTACTTAGAACCTGATACATTTGCAAGTCCGTTTGAAGGGCTCTGGTGGACGATGACGACCGTTACTACAGTTGGATATGGAGATATCTCACCAACGACTGTAGGCGGGAAGCTTTTTGCTATGTTCCTATATATTGTGGGGATTGGTTTAATGACTATTTTTATTGGCAAAGCGATTGATTTTTTGAGCATTCGAAAGCGGTTGAAGGAGGAAGGTAAATTGACAATTACTACAGAGGAGCATATCATTCTCATTAATTGGACGAAGAAAGCAAGCATTACATTAGATGAAATTTTACATACATTTGATGATGTTCGTATAGTAATCATTGATGAGAAAATTGAAAAAACACCATTGATTCATGAACAGGTAGAGTTTGTTCACGGTAATCCAGCGAATCGAGATGTACTACTAAAGGCAAATTTGCTTAAAAGTAAATCTGTAATGGTTTTTGCTTCTGAAGATGGGGTAGCAACTTCTCAAGCTGATGGTCAAACATTACTCATTGCGACAACCTTAGAAAGTATTGGAGAGGAATATTCACAGAATATTTATACGATTTGTGAAGTGTTGGAATCGACACATATTCCAGCCTTTAAGCACGCAGCTGTTGAAGAATTTATTACGGCGAATGATACAGCAGCCCACTTGGCGGCCCGTTCTATTTTATTTAATGGATCAAGCGAGATTATTCGTCAACTAACGAGTCATCGAGGTTATGATCTTTATTCCATAGGTAAAAAGGCAGAATGGGATACATATGAGCATGCTCGGACAGAATTAGCATCACAAGGGGCTATTTTACTTTCTAACCGTAATGATTTATCAATTATTAACCAATTAAAAGATTCGATCCCCCAAGGCGCGAAATTGTTTATTATTTGTGATGAAGATGCATATGCTAATTTGCTTCATCAAGGTGTTCCAGCTAGGTAA	MIFFRQLFVKVIKLNNWFLLFATLTLVFASSYFIYYLEPDTFASPFEGLWWTMTTVTTVGYGDISPTTVGGKLFAMFLYIVGIGLMTIFIGKAIDFLSIRKRLKEEGKLTITTEEHIILINWTKKASITLDEILHTFDDVRIVIIDEKIEKTPLIHEQVEFVHGNPANRDVLLKANLLKSKSVMVFASEDGVATSQADGQTLLIATTLESIGEEYSQNIYTICEVLESTHIPAFKHAAVEEFITANDTAAHLAARSILFNGSSEIIRQLTSHRGYDLYSIGKKAEWDTYEHARTELASQGAILLSNRNDLSIINQLKDSIPQGAKLFIICDEDAYANLLHQGVPAR	PGPT0002715_1744	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002715-kch|trkA|mthK|pch-K10716	NA	NA
AK148_02924	159			hypothetical protein	GTGTATCCAATTTCAAAAAATGAAAAATGCAAGCAAGTAATAACAGATACATATCGATTTGTTCCATGGCTAGCCGATAAGGAAGCAAAACACAACAGAATGAAAGATTCACTATATATATATCACGGTGAGGAACGAACCGATGATGACTTAGCTTAG	MYPISKNEKCKQVITDTYRFVPWLADKEAKHNRMKDSLYIYHGEERTDDDLA				NA	NA	NA	NA	NA
AK148_02925	1392	tcyP	COG1823	L-cystine uptake protein TcyP	ATGGGCATGTATACGATACTGAATGTGGCAATATTAGCTGTACTTATAGGAATTCTTATTTGGATGCAAAAGAAACACTTTTCGTTTACAAAGCGTGTTTTTACAGGCTTAGGTGCTGGAATCATTTTAGGAGCCATTCTCCAATGGGCTTATGGGGCTGGGTCTGATGTATTAATAGAGACAACGGATTGGTACAGTATTGTTGGAAGTGGGTATATTCGCTTTCTAATGATGATTGTTATTCCGCTTGTGTTAGTTTCCATCATTCAATCCATTATTAACTTAGAAAAATCGGCCGAATTAGGGAAAATGGCTAGTTGGATCATTGGAATTTTAATCTCAACTACGATGATTGCTGCTTTAGTTGGCATCGTTACGGCTACGGTGTTTGATTTAAATGCAGAACAAATTGAAGCAGGGCAAGCAGAGAATGAACGAGGAACGATACTAGAGTCAACTTTAGAAGAGGTGGAAGAGCAAACAGCTGCACAAAAAATTGTTAGTTTTATTCCATCAAATATCTTCTTGGATATGACAGGGGATCGGTCTACGTCTGTTATCGCTGTCGTTATTTTCTCGGTTATTGTAGGTATCGCTGTTTTGGGAGTCCGAAGAAAAAACCCTGAACAGGCGGAAATGTTCACCAAAATGATTAATGCGCTGTATGCAGTCGTTATGCGGATAGTGACACTTATCCTTCGATTAACACCGTATGGAATTTTAGCTTTAATGGCAAACACAGTGGCGAGTACTGATTTCGCAGGTATATTAGAATTAGGGAAGTTTGTAGCTGCTTCTTATGTTGCGATAATAACGATGTTTGTAATTCATTTAATTCTTGTCGGTTTATTTGGTCTAAATCCGTTCATGTATTTACGTAAAGCTATTCCAGTGCTTGGCTTTGCATTTACGTCCCGTTCTAGCGCTGGAACAATTCCGTTGAACATCCAAGCTCAACAGCATGCTTTAGGTGTTGATCAAGGAGTAGCGAATATGTCAGCATCCTTTGGTGCAACAATGGGGCAAAATGGGTGTGCGGGTATTTATCCAGCGATGCTTGCGGTAATGATCGCTCCAACAATGGGAATTGTTCCACTATCACCAGGCTTCATTTTACAGCTTGTGTTAATTATCGGCGTCAGCTCATTTGGAATAGCAGGAGTAGGCGGTGGAGCCACTTTTGCAGCGTTAATCGTTTTATCTTCTATGAACATGCCGGTTGCTTTAGCTGGGTTATTAATTTCCATCGAAGCATTTATTGATATGGGTAGAACGGCATTGAATGTCAATGGTTCTATGGTAACTGGAACAATTACAGCAAGAATTTTAAATAAGCTCAACGTAAAAACGTTTCAAGATAAAACGGCAATACAAGAAGCAACGGACATCTAG	MGMYTILNVAILAVLIGILIWMQKKHFSFTKRVFTGLGAGIILGAILQWAYGAGSDVLIETTDWYSIVGSGYIRFLMMIVIPLVLVSIIQSIINLEKSAELGKMASWIIGILISTTMIAALVGIVTATVFDLNAEQIEAGQAENERGTILESTLEEVEEQTAAQKIVSFIPSNIFLDMTGDRSTSVIAVVIFSVIVGIAVLGVRRKNPEQAEMFTKMINALYAVVMRIVTLILRLTPYGILALMANTVASTDFAGILELGKFVAASYVAIITMFVIHLILVGLFGLNPFMYLRKAIPVLGFAFTSRSSAGTIPLNIQAQQHALGVDQGVANMSASFGATMGQNGCAGIYPAMLAVMIAPTMGIVPLSPGFILQLVLIIGVSSFGIAGVGGGATFAALIVLSSMNMPVALAGLLISIEAFIDMGRTALNVNGSMVTGTITARILNKLNVKTFQDKTAIQEATDI				NA	NA	NA	NA	NA
AK148_02926	1179	srpC	COG2059	putative chromate transport protein	ATGACTAAGAATCAATCCTTATTAGACATATTACGAACTTCATTAAAGTTGGGGTTAACATCGTTTGGTGGCCCAGTGGCTCATTTAGGGTATTTTAAAACGGAGTATGTTGATAAGCGTAAATGGTTAGATGATAAAACATATGCCGATATTATTGCTTTGTGCCAATTTTTACCGGGGCCTGCTAGTTCACAAGTAGGAATAGCTATTGGTATGTTACGAGGTGGATTTTTAGGTGGTGTTGTCTCCTGGTTTGGGTTCACATTACCTTCTGTGTTTGTGCTCGTGTTGTTTGCTCTATTCTATCAATCTTTCACACTTGGTGATGCGAATTGGATTGCTAGTTTAAAGATTGTCGCTGTTGCCGTAGTAGCTCATGCCGTACTTGGTTTGGGTAAAAAGCTGACACCAGATAAACCGCGGATTGCAATTGCTTTGGGAGCAGCATTGATGATGCTTCTTTTTCCATCTGCATTCGTGCAAATTATCATTATTTTCATTGGGGCAGGTATTGGTTACTTTTTGTATAAGAATAAAGCACAACCGAAGCTTTCTTCTTTTACTGTCTCGATTTCGAAAAAACAAGGAATGCTTGCACTATCCATATTAGTGGCAATGTTAATTGGACTTCCCATTTTGGCAAGTGCGTTTTCTCATATGTACATACAAATTGCAGATACGTTCTTTCGTGTCGGTTCGTTCGTGTTTGGAGGTGGACATGTTGTGCTACCGATGCTAGAGCAGGAAATTGTTCCGACAGGCTTCTTAACGAACGATGAGTTTTTAGCTGGTTATGGGATGGCACAAGCAGTTCCTGGGCCATTATTTACCTTTAGTTCTTATGTAGGAACAATGATGAGTGGAATAGTTGGTGCTGTCATTGCTACAATGGCTATTTTTTTACCTTCCTTTTTACTTATTGTAGGTACATTGCCATTTTTAAGTGAACTGCGTAAACGTTCTAGCTTTCAAGGTGTTTTAACGGGAGTAAATGCAAGCGTTGTTGGCTTATTAATTGCGGCTTTCTATGACCCTGTTTTTACAAGTTCTATTTTAAATGGAGCAGATTTTGGCTTGGCGGTTATTTTATTTGCGTTATTGCATTTTTGGAAGGTTCCAGCTTGGCTCATTGTTATTATCGGAGTTATTGGTGGAGAGATTGTCCATTTAATCGGGTGA	MTKNQSLLDILRTSLKLGLTSFGGPVAHLGYFKTEYVDKRKWLDDKTYADIIALCQFLPGPASSQVGIAIGMLRGGFLGGVVSWFGFTLPSVFVLVLFALFYQSFTLGDANWIASLKIVAVAVVAHAVLGLGKKLTPDKPRIAIALGAALMMLLFPSAFVQIIIIFIGAGIGYFLYKNKAQPKLSSFTVSISKKQGMLALSILVAMLIGLPILASAFSHMYIQIADTFFRVGSFVFGGGHVVLPMLEQEIVPTGFLTNDEFLAGYGMAQAVPGPLFTFSSYVGTMMSGIVGAVIATMAIFLPSFLLIVGTLPFLSELRKRSSFQGVLTGVNASVVGLLIAAFYDPVFTSSILNGADFGLAVILFALLHFWKVPAWLIVIIGVIGGEIVHLIG				NA	NA	NA	NA	NA
AK148_02927	699			hypothetical protein	GTGAAAGCGAAAGCCAAATCAACCGAAGCTTCCATTGCTAGTGCAACTGGTAAACTATTAAGAAGCTATTTTGGTAAAGGGCCTGGAGCATTATATGTATCTTTAGCCCATTCTTATTTAATCATCTATTTGAAAGACTTTATTACACCGATGGAAAGTGTCTTACTTAAGCAAAAACAAGCTTTGAAAATAGAAGAAACACGAGACATCGTCATGGAAAAATGTATGCCTGAACTAAAAGCAATGTGGCATAACGAGTTTGGAATACAGGCACAACATATTTATTATGATTGGAACTTAGCAAATAAGACAGGTGTTATATTTGCTGATTTAAAGGGAGCACAATTAACAAAGCATTTCAGCGCTCTTTCTAGCGAACAGGAAGCAAAGATTCATCAAGAAATAAAACGATTTACTGAAAAAGCACAAAAAGCCCCTCGTAATATAGCGTCTGTTCGATTAAATGAACGAACCATTATATCAAAGCGAGAGGACATTCTCGTTAGCATTGAAAAAGAACTTATTTCTTCTGGCTTTGAAGAGCAATTAAGGCTTTCTAAAAGAAAATTAGAGAAAAACATTATCAACAGGTCGTATTTAGAATCCATTTTAAAGCAAAGGATTGAAGATCTGTTCGTGGATTGGGATTTTCAACAAGACATCGGTTATGTCGTATTCATACTGCAAGCCGAAAAATAA	MKAKAKSTEASIASATGKLLRSYFGKGPGALYVSLAHSYLIIYLKDFITPMESVLLKQKQALKIEETRDIVMEKCMPELKAMWHNEFGIQAQHIYYDWNLANKTGVIFADLKGAQLTKHFSALSSEQEAKIHQEIKRFTEKAQKAPRNIASVRLNERTIISKREDILVSIEKELISSGFEEQLRLSKRKLEKNIINRSYLESILKQRIEDLFVDWDFQQDIGYVVFILQAEK				NA	NA	NA	NA	NA
AK148_02928	165			hypothetical protein	ATGTACCGAATCGTTGCAATTAGCAATAATGTACGGGCAATTATAGCCATGAATGAACAGGAGATGATTTTTGATACTTACCAAGAAGCAGAAAAATATCTTCTAGAAGCAAAAGATATATTGATTTTGCCTGACAACTACAATTTAAAGATTGAGAAACAATAA	MYRIVAISNNVRAIIAMNEQEMIFDTYQEAEKYLLEAKDILILPDNYNLKIEKQ				NA	NA	NA	NA	NA
AK148_02929	789			hypothetical protein	ATGGGCGTTGATTTACTCATCGAATATTTATGGGTTTTAGTTGTGCTTATTGGTTTAGAGGGATTGTTAGCGGCAGATAATGCACTTGTGCTAGCAATTATGGTCCGACATTTGCCAGAAAAACAACGTAAAAGAGCGTTGTTTTATGGATTAGCTGGTGCTTTTGTTCTGCGGTTTGGGTCCTTATTTGTTATCTCGTTTTTAGTAGATGTTTGGCAGGTACAAGCCCTTGGTGCGCTGTACTTACTATTTATATGTGGGAAACATTTATATGATCGATTTGAACCGAGAAAAGAAGTAGAAGAAGGAGCGAACGTAACAGAAAAAAAGGGAAGCGGCTTTTGGATGACTGTGTTAAAAGTAGAGTTTGCTGACCTTGCATTTGCGGTTGACTCTATTTTAGCTGCTGTAGCATTAGCAGTTGCATTGCCAGCAACTGGGTTAGGCCATATAGGAAGCCTCGATACGGGACAGTTTTTCGTCGTGTTTGCTGGTGGAATGATCGGTCTCATTGTTATGCGATTTGCTGCAAATATATTTGTAGAATTGTTAAATAAACGACCTGGGCTTGAAGTCGCGGCTTTCGTTATTGTTGGTTGGGTTGGCGTGAAGCTAAGTTTAATTGTACTTGCCCATGAGGATATCGCATTCATACCACATGATTTTCCACATTCTACGTTATGGAAGATTATCTTCTATGTAGTGCTTGTGGGAATTGCTGTCACTGGTTGGTTCTCATCCAGTAAGAATGAAATAGAGGACGTAAAAGTAAACAAATTAGAAGGTTAA	MGVDLLIEYLWVLVVLIGLEGLLAADNALVLAIMVRHLPEKQRKRALFYGLAGAFVLRFGSLFVISFLVDVWQVQALGALYLLFICGKHLYDRFEPRKEVEEGANVTEKKGSGFWMTVLKVEFADLAFAVDSILAAVALAVALPATGLGHIGSLDTGQFFVVFAGGMIGLIVMRFAANIFVELLNKRPGLEVAAFVIVGWVGVKLSLIVLAHEDIAFIPHDFPHSTLWKIIFYVVLVGIAVTGWFSSSKNEIEDVKVNKLEG	PGPT0003866_7	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_MANGANESE_RESISTANCE	MANGANESE_RESISTANCE-RELATED_PROTEIN,PGPT0003866-yceF-NA	NA	NA
AK148_02930	1734	pgcA		Phosphoglucomutase	ATGATGAGCTGGAAGCATATCTTTGAAAAGTGGGATTCGTTTGAAGACTTAGAACCTAATTTAATACAGGAATTGAAGGAATTAAAATCAGACCCTGTTGCATTGGAGGATGCTTTTTATAAAGAACTGACCTTTGGTACTGGTGGCATGCGTGGAGTTATTGGAGCAGGAATAAATCGAATGAACGTCTATACTATCCGAAAAGCTGTGAATGGCTTAGCGAATTATTTGCTCGACCATACAGTAAATGTGAAAGATCGTGGCGTTGTCATCGCTTATGATTCGAGACACATGTCGAAAGAATTTGCTTTAGAAACAGCTAAAGTATTAGGGTCGTTTGGGATAACATCCTATGTGTTTTCGTCTTTAAGACCTACGCCTTTACTTTCATTTGCTGTACGCTATTTAGGTACAGTTTCGGGTGTTATGATTACGGCTAGTCACAATCCGCCTGAATATAATGGTTTTAAAGTTTATAATGAAGATGGTGGGCAGATTACTCCAAACCAAGCTTCAGAAATTGTTACTTATATTAATAAGGTAGAGGATGAATTATCTGTTCCTTATTTGGAAAAAAAGGAACTAGAAGAAAAAGAACTCTTAAACTGGATAAAAGATGAAATCGATAATGCTTATTTAGATAAATTGCAAGGAATATCGAAAATGCCTGCAGATAAAATAGAGATAGAAAAGGAAATGCCAATTGTTTTCACTCCTTTGCACGGAACAGCCGCTGAGCTTGTACCTAAAGGGTTGAAACAATTGAATTTCACGCATGTTCATATGGTAAAGGAACAGGCTGTTGCTGATCCTGAATTTTCTACGGTTGCATCACCAAACCCAGAGGAACATCAAGCATTTACGATGGCCATAGAACAAGGGAAGCAAACCGATGCTACTCTACTACTTGCTACGGATCCTGATGCAGATCGTTTAGGTGTGGCGGTAAAAAATAGTGCGGGAAATTATCAGGTTTTGACCGGAAACCAGCTAGGTGCATTAATGTTAGATTATATTCTAGCCCATAGTGACGCAGCGTTATTAAGAAGCGGGCGAATGATTAAAACCGTTGTCACATCAGAGTTAGGCAGGGCTGTTGCCGATTATTACGGTATTCAGACATTGAATACATTAACAGGATTCAAGTTTATCGGTGAGAAAATTAGACAGTTTGATCGTACAGGTGAAACGTTTGTGTTTGGTTATGAAGAGAGCTATGGGTATTTAATTAGCAGTTTTGCTAGGGACAAAGACGCAGTGCAAGCTTCAGTAATGGCTTGTGAAATGGCGTATTATTGGCAACAACAAGGTAAAACATTATTAGATGCTTTATACGACCTATTTGCTCGTCATGGTTACTACTTTGAACACATGCAATCGATTACTCTAAAAGGAAAAGAAGGCTCAGAAAAAATTGGTTTTATTATGGATGATGTTCGCAGAGAGCCTGTAGAGCAAATCGGTGGGTTGAAAGTAGTGCAAATGGAGGATTATCTAGCTGGTAAAAGAACATGTAGAGACGGGAATGTTGAAACAATCGAGCTACCAAAAGAGAATATGGTGAAATATAAGTTGGAACAGGATTGTTGGATTTGTTTACGCCCTTCTGGAACGGAACCAAAAATTAAATGTTATTTTGGTGTTCGCGGTACGAGTGAAGAGGATAGTAAAAATAAATTAGCCACTCTACAGGAATCAATGAATCAAATTTTACAAGGAACGATTGAAGTATAG	MMSWKHIFEKWDSFEDLEPNLIQELKELKSDPVALEDAFYKELTFGTGGMRGVIGAGINRMNVYTIRKAVNGLANYLLDHTVNVKDRGVVIAYDSRHMSKEFALETAKVLGSFGITSYVFSSLRPTPLLSFAVRYLGTVSGVMITASHNPPEYNGFKVYNEDGGQITPNQASEIVTYINKVEDELSVPYLEKKELEEKELLNWIKDEIDNAYLDKLQGISKMPADKIEIEKEMPIVFTPLHGTAAELVPKGLKQLNFTHVHMVKEQAVADPEFSTVASPNPEEHQAFTMAIEQGKQTDATLLLATDPDADRLGVAVKNSAGNYQVLTGNQLGALMLDYILAHSDAALLRSGRMIKTVVTSELGRAVADYYGIQTLNTLTGFKFIGEKIRQFDRTGETFVFGYEESYGYLISSFARDKDAVQASVMACEMAYYWQQQGKTLLDALYDLFARHGYYFEHMQSITLKGKEGSEKIGFIMDDVRREPVEQIGGLKVVQMEDYLAGKRTCRDGNVETIELPKENMVKYKLEQDCWICLRPSGTEPKIKCYFGVRGTSEEDSKNKLATLQESMNQILQGTIEV	PGPT0017710_987	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0017710-pgm-K01835	NA	NA
AK148_02931	1083			hypothetical protein	GTGGTAAACAAACGCTGGTTTCAATTTTTTATGTTTTTTATTTTAGCTTTTACACTCATTCTATTAATCTCAGTAACAAAATTTATCTTCTTTCCCTTTGTAAAAATAGTTGGCGCTGTGGCAGTGCCTATTATCGGTGCGGGTATCCTTTACTATTTAACAAAACCGTTAATGTATTTTTTTGAGCGTTTGAAGATGAATCGGATTATTTCTATCGTTCTTGTCTTTGTTGTAATCATCCTTCTCGGTGTATTTGTATATATGTATATTGCGCCAATCGCCCAGCAGCAATTCCGTAATTTAATTGATAATGTTCCGAAGATGGTAAACTGGGCACAAGATATGATTTCCTTATGGCAAGCCAACCAAACGGCTATTCCAGAGCAAATAGATAAAGCCATTAATGATTTCACCAATAATTTACAATCACATATTGATAGTGTTATCAATTATTTATTTGGCTTTATTGGGCAAATTATCGGCTTTGTTACATCAATTGTGCTTGTTCCATTTTTTCTCTTCTTTATGCTTAAGGATGGGGAGAAATTAATACCATTTATAACGCAAATTTTTTCCAAGAAAAAAGCTGCCAACATTCGTGCATTGCTATCTAAACTAGATGCGACATTAACTGCTTTCATTCAAGGTCAATTAATTGTCAGCTTTTCTGTAGGAATTTTATTGTTAATTGGCTACTTAATTATTGGATTAAATTACTCATTAACACTCGCCTTATTTGCCATGGTCATGAACGTCATCCCATTTGCTGGTCCGTTTATTGCTGTTATCCCAGCATTGATCGTCGGTGCCTTTCAAGAGCCCATTTTAGTTGTTTGGGTATCGCTTGTGATGATCGCTGCACAGCAAATTGAAAGTAACTTAATATCGCCAAATGTGATGGGGCGGGCACTAGACTTACATCCGTTAACCGTTATTACTGTTATCCTAGCTGCTGGGAGCATAGCTGGCTTCTTAGGTATCCTATTCGCTGTTCCTTTCTATGCGCTCATTAAAACAATTTTTGTCCATTTCTACCAAACGTATGTGGACTCCAAAAAGAACAAAGACGATGCGCTCATTTAA	MVNKRWFQFFMFFILAFTLILLISVTKFIFFPFVKIVGAVAVPIIGAGILYYLTKPLMYFFERLKMNRIISIVLVFVVIILLGVFVYMYIAPIAQQQFRNLIDNVPKMVNWAQDMISLWQANQTAIPEQIDKAINDFTNNLQSHIDSVINYLFGFIGQIIGFVTSIVLVPFFLFFMLKDGEKLIPFITQIFSKKKAANIRALLSKLDATLTAFIQGQLIVSFSVGILLLIGYLIIGLNYSLTLALFAMVMNVIPFAGPFIAVIPALIVGAFQEPILVVWVSLVMIAAQQIESNLISPNVMGRALDLHPLTVITVILAAGSIAGFLGILFAVPFYALIKTIFVHFYQTYVDSKKNKDDALI				NA	NA	NA	NA	NA
AK148_02932	837			hypothetical protein	GTGAAAGTCCAGTTCGCAAAATCAGTAGAGGCTTATGTAGAATTAGTGGAGAAGAAACTTTTAAAAAAAGAAGCATGCAATAATTTAATCTTTGGTATATTAGAGCGTCTAAAACAGAATAATGAAGGTGCCTATTATTTAGGATGGGTAGAAAAGGATAAAGAGCTTCTTTTTCCTTTTGTGCAAACAGCCCCAAATAATTGGGTGCTCCCAGATTTGGGGCAATTTGTTGGAGAAGAGGTGATCCGTGCTGCTGTAAAGCAGATTTGGGATCAAGGTATGGAAGTGCCAGGGGTGATAGGACCAGAACAGTACGCTACTATTTTTGCAAAAGAATGGGAAGATATTACAGGTAATCAACCCGTAGTTCATATGCAAGAGTGGATTTACCAGTTAGATGCGGTTAATCAAGTGCAGCAGGATGGTGAATTGGTAATCGCTCAAGAGAAAGATTTGTCATTACTAATTCATTGGTTACAACAATTTGGAGAGGAAGCTGGTGAGAAAATTACAGAAAAACAGGCAGAAGCAATTGCACGACGTAATATAAATCAACATTCCGCTTTCTTATGGCAAGTCGGAAAACATTACGTATCCATGGCAAACCGATCAAGAACAACAAAGAACGGAGCCACAATTAATGCTGTGTTTACTCCAGATCAACATAAAGAAAAAGGGTATGCTACCAGTTTAGTTGCCGCATTGAGTCAACAATTACTTGATAGTGGCTATCAGTTTTGTAGCTTATACACCGATACATCCAACCCTATCTCCAATCATGTATATCAAAAAATTGGTTATTATAAAGTTGGCTCCGCAATCGTTTATAGTTTTTGA	MKVQFAKSVEAYVELVEKKLLKKEACNNLIFGILERLKQNNEGAYYLGWVEKDKELLFPFVQTAPNNWVLPDLGQFVGEEVIRAAVKQIWDQGMEVPGVIGPEQYATIFAKEWEDITGNQPVVHMQEWIYQLDAVNQVQQDGELVIAQEKDLSLLIHWLQQFGEEAGEKITEKQAEAIARRNINQHSAFLWQVGKHYVSMANRSRTTKNGATINAVFTPDQHKEKGYATSLVAALSQQLLDSGYQFCSLYTDTSNPISNHVYQKIGYYKVGSAIVYSF				NA	NA	NA	NA	NA
AK148_02933	183			hypothetical protein	ATGAATGAAAAACAATTACAAGATAAGCTGGATGAATTAAAATCGGACTATGTGCGAATTCAAGGGGATTTAGATAAACTGGAGTATGTGCGTGGCAGAGTATCTTCTGCCGAGGAACAATTAATTCGTTTAGAAGGAGAAATTGCCGAAGTACATCGACAGTTGGACGCATTTAATAGATAA	MNEKQLQDKLDELKSDYVRIQGDLDKLEYVRGRVSSAEEQLIRLEGEIAEVHRQLDAFNR				NA	NA	NA	NA	NA
AK148_02934	1860	nhaP2		K(+)/H(+) antiporter NhaP2	ATGGTACCATCTTTATTATTTGAAATCATGCTAATCGGTCTTTTAGGGATCGGATCACAATGGGTCGCTTGGCGTTATCGAATGCCTGCGATTGTCGTTATGTCCATAACAGGGTTGTTGGCAGGCCCTATTTTTGGTTTTTTGAATCCTGAAGAAGACTTTGGCAGTTTATATAGTCCGATTATTTCTGTAGCTGTAGCCATTATTTTATTTGAAGGAAGCTTAAATTTAAGTTTTAAAGAATTACGAGGGCTAGGTAAACCAGTCTTTCGTATTTCAACGGTCGGTGCATTTATCGCCTGGATTCTGGGCTCGTTAACAGCACACTATATTGCAGGACTCTCATGGGCAGTAGCTTTTGTAATTGGTGGTTTGTTTATCGTTACTGGTCCAACGGTTATTATGCCGCTTTTACGCCAATCGAAGTTAAAAGCACGACCTGCAAAAATTTTAAAATGGGAAGGGATTATTGTCGATCCAATCGGCGCTTTGCTTGCCGTATTCGCTTTTGAAATTATTACCTTCCTAACTGGATCAGAGCCTGATGTAGCTCAACTCCTTCTATTCTTTGCCGCCTCTATCTTTGCTGCGATTTTTGGTTGGGCTTGTGGAAGGGGTATTGGCTGGATGTTTGAAACCGGTCATATACCAGAATTTTTAAAGTCACCTGCTGTCGTCATTGTCGTTATTATGTGTTTTACAGTAGCTGATGAAATTGTCCATGAAACAGGGCTATTATCTGTTACCGCGATGGGGATAACACTGGCGAATATGGGGATTAGCTCGATTTCTGATATGCGTCACTTCAAGGAGAATATATCAATTCTGCTTATTTCAACGATCTTCATTATGTTAACAGCTTCTTTGCAATTAGAAACGCTGTTGCACATATTTAGCCCAAATATCATCGGCTATGTTCTGCTTATGATGTTTCTTGTCCGACCATTATCGATTTTTCTTTCTACAATAGGAACGAGCTTAACGTTTAATGAAAAAGCGCTCGTTGGTTGGATTGCTCCAAGAGGGATAGTAGCATTAACAGTGTCTGGTTATTTTGCTGGTGTTTTATCAGAACAAGGATATGAAGATGCGCAAATCTTAACGACGTTAACCTTTGGTCTTGTGTTCTTTACCGTTGTGGCGCACGGATTTTCTATTGGCTGGTTGTCGAAAAAACTACATTTGTCCATGGAAGGAAGACCAGGAGCAATGATTGTTGGGGCAAATCGATTTACGGTGGAACTAGCTAAATCTCTTTCAAAAGCAGATTTTCCAGTTATTATTGTAGACTCTTCATGGGAGAAGTTAAGACCTGTAAGAGAAGCAGGAATTAACTTTTATCATGGTAATATCCTATCTGAACAAACAGAATATAATTTAGATACGATTCCATATGAATATTTACTAGCAGCAACAGATGATCATGCTTTTAATTCATTAGTATGTACGACATTTATGCCAGAGTATGGAAGGACAAATGTGTTTAAAATTAGTCCATTCGACCAATTTAGTGGTGATTCTGTTAATGTTGTGTCAAGAGTGGGCGGAAGAATATTGTTTGATAAGAAATTTACAATGGAAGACCTGCTTGATAAATTAGATCATCATTATGTATTTAGACAGACAACGTTAACTAGTCAATATAATTACAAGCAATATTTAGCCAATAAAGATGATGCAACAGTGTTCCTATATCTAATCAAACCTTCTGGGCAACTAAAGTTCTATTCTGAAGAAATGAGGACGGTGCCTGCTGTAGGAGACCGGATTGTTAGCTTAACACCACCAAATAAAGAAAAAGCAAAAATACAAGCAAAGCTGGAAACACAGCGCAATGGTCAATCCAAAGAAAACAGGTAA	MVPSLLFEIMLIGLLGIGSQWVAWRYRMPAIVVMSITGLLAGPIFGFLNPEEDFGSLYSPIISVAVAIILFEGSLNLSFKELRGLGKPVFRISTVGAFIAWILGSLTAHYIAGLSWAVAFVIGGLFIVTGPTVIMPLLRQSKLKARPAKILKWEGIIVDPIGALLAVFAFEIITFLTGSEPDVAQLLLFFAASIFAAIFGWACGRGIGWMFETGHIPEFLKSPAVVIVVIMCFTVADEIVHETGLLSVTAMGITLANMGISSISDMRHFKENISILLISTIFIMLTASLQLETLLHIFSPNIIGYVLLMMFLVRPLSIFLSTIGTSLTFNEKALVGWIAPRGIVALTVSGYFAGVLSEQGYEDAQILTTLTFGLVFFTVVAHGFSIGWLSKKLHLSMEGRPGAMIVGANRFTVELAKSLSKADFPVIIVDSSWEKLRPVREAGINFYHGNILSEQTEYNLDTIPYEYLLAATDDHAFNSLVCTTFMPEYGRTNVFKISPFDQFSGDSVNVVSRVGGRILFDKKFTMEDLLDKLDHHYVFRQTTLTSQYNYKQYLANKDDATVFLYLIKPSGQLKFYSEEMRTVPAVGDRIVSLTPPNKEKAKIQAKLETQRNGQSKENR				NA	NA	NA	NA	NA
AK148_02935	1299	brnQ_2	COG1114	Branched-chain amino acid transport system 2 carrier protein	ATGAAACGTGATACATTTATTATTGGTTTTATGCTATTTGCTTTGTTTTTCGGCGCTGGTAACTTAATCTATCCTCCTATTTTAGGAGTTTCTTCAGGCTCGTCTTTTTTTCCAGCTATTATCGGATTTATCATTACTGGCATTGGCATACCAATTTTAGCAGTTACAGCAATTTCTTATGTAAAAAATGATGCTAGAGAACTTGGAAATCATGTTCATCCTTTGTTTGGACTTATTTTCACCTGTCTTGTTTATTTAGCAATCGGACCATTTTTTGGCATACCAAGAGCGGCGACTGTTGGTTATGAAATGAGCGTTGAACCGCTAATACAAAATACTTCTTCCGCAGCTTTATTGCTATTTACGAGCATATTCTTCTTAGCTGTTCTTTTCGTCAGCTTAAACCCGTCCAAAATGGTGGATCGCATCGGCCAGCTACTAACGCCAATCCTATTGCTTTCCATTGCAGCGCTAGTCATTGGAGGACTTATTTTATTTGATCAACCACTACCAACAGCTTCTGGTGATTATGCCCAAAATCCATTTTTTACAGGTTTTGTTGAAGGATATTTAACAATGGATGCGATCGCTGCATTAGCCTTTGGTATTATTGTTGTGCAAACTTTTAAAGAGCGTGGATTATCCACAAAAGCAGATATTATAAAAGCAACGTTAAAATCCGGAACAATAGCAGGAATTGGACTAGCTATTGTTTACACTTCTCTCGGTTGGATTAGTGCGAGAATGCCGAATGGTAGCTCGTTTGTAAATGGTGGCGAGATATTGTCAGAAGCAGCTACGCAAATATTTAACACGTCAGGTACCTTGTTACTAGGAATTATCGTAACATTAGCCTGTTTTACAACATCTGTAGGACTCGTTGTAGCCGCTTCGCAATTTTTCGCAAAAATCAGTCCAGTACCTTATAAGTGGCTTGCGGTCATTATTACATTCGCAAGTTATCTCATAGCCAACCAAGGACTAAATACAATCATTCGTTTTTCTGTACCAGTACTTGTTTTCTTATATCCAATTGCTATTGTGCTTATTCTACTTACCTTTTTGCAGCCACTGTTTAAAAATAAGCAAGCTGTTTATCGAGGAGCCATCCTCTTTACTGCTATCGTCAGCTTGTATGACGGAATACTAGAATTAGGAGTAAAAATGTCATTTTTCTCGGAATATATGGCTATGCTTCCGTTTTCTAATATCGGATTAGGTTGGTTGCTTCCTGCAATCATCGGCGGATTCATTGGTTGGGTTCTATCCAAAATACAAAAGCGTGAAGCGTCTGTTTGA	MKRDTFIIGFMLFALFFGAGNLIYPPILGVSSGSSFFPAIIGFIITGIGIPILAVTAISYVKNDARELGNHVHPLFGLIFTCLVYLAIGPFFGIPRAATVGYEMSVEPLIQNTSSAALLLFTSIFFLAVLFVSLNPSKMVDRIGQLLTPILLLSIAALVIGGLILFDQPLPTASGDYAQNPFFTGFVEGYLTMDAIAALAFGIIVVQTFKERGLSTKADIIKATLKSGTIAGIGLAIVYTSLGWISARMPNGSSFVNGGEILSEAATQIFNTSGTLLLGIIVTLACFTTSVGLVVAASQFFAKISPVPYKWLAVIITFASYLIANQGLNTIIRFSVPVLVFLYPIAIVLILLTFLQPLFKNKQAVYRGAILFTAIVSLYDGILELGVKMSFFSEYMAMLPFSNIGLGWLLPAIIGGFIGWVLSKIQKREASV	PGPT0014385_2015	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_BRANCHED-CHAIN_AMINO_ACID_TRANSPORT,PGPT0014385-TC_LIVCS|brnQ-K03311	NA	NA
AK148_02936	2136	recQ_3	COG0514	ATP-dependent DNA helicase RecQ	TTGGGTTTACGTGAAGAGAAACTATTACAAACCTATTTTGGTTACCAACAATTTCGACCAGGTCAAAAGGAAGCTATTGACTTTATCATAAATGGAAACAACATTCTTGCTGTTATGCCTACAGGAGGCGGAAAGTCGTTATGTTATCAAATACCTGGACTAGCCTTAGAGGGAACAGCAATTATTATCTCCCCACTTATTTCTTTAATGAAGGATCAAGTGGATGCTTTACAAGCTTTAGGGGTTGCGGCTACATATATCAATAGTTCCTTATCTGCAGAACAGCAGCAAACGCGTCTACAGGACATGTCGTTAGGAAGATACAAGTTTGTCTATGTAGCTCCAGAACGATTTGAATCTAGCTTTTTTATGCGTGTATTGCACCGCATACGCATATCCTTAATTGCTTTTGACGAAGCACACTGTATATCTCAATGGGGGCATGATTTTCGACCTAGCTATCGCTCCATTATTCCCCAATTACAACAGTTACCAAAAAGACCTGTGATGATGGCTCTAACAGCAACAGCCACTACAGAAGTAATTGAAGATATTCAGCAGCAACTACATATTAAAAATGTTGTTAACACAGGTTTTGAAAGAGAAAATCTAGCTTTTCATGTCATTAAAGGAAGAGATAAGCGCACTTACATTCAATCTTTCTTACAAGAACGGAAAGAAGAATCTGGGATTATTTATGCAGCTACAAGAAAACAAACGGATTCTCTCTATGATCAGCTTGAAGCTCAAGGGTATTCTGTGGCAAAGTATCATGCAGGATTATCAGAAATGGATAGAAAAAGAGCCCAAGCTGCCTTTATTCATGATGAAAAACAACTTATGGTAGCAACGAATGCGTTCGGTATGGGAATTGATAAATCTAATGTTCGCTTTGTGATTCATTACGCCATGCCAATGAATATTGAATCGTATTACCAAGAAGCTGGTAGAGCTGGCAGAGATGGGGAGAAAAGTGATTGTATCCTGTTATTTTCTCCGCAGGATATTCAACTACAAAAATTTTTAATTGAACAATCTAATATGGAAGACACTGTGAAGCAAGCAGAATACCGTAAGTTACAAGCAATGATTAATTACTGTCATACACATAGTTGCTTAACTGAATATATTTTAGGTTATTTTCACGCTTCATTGAAAAAAAGATGCGGACGCTGTAGCAATTGTGTAAAACGACAAGAAAAAGTGGATATGACAGAAGAGGCACAAAAAATCCTCTCCTGCGTAAAACGAATGGGCGAAAAATTTGGCGTAGGTATGACAGCTAAAGTGTTAAAAGGGTCTAAAGATAGGAAAATCAGGCAATTCCGCCTACATACTTTATCTACATACGGTATCCTGTCCGCCTATACCGAAAAAGAACTGACAGAATGGATCCAGTTTTTAATTGCTGAACAATTGCTAGCAACCGAAGAAGGGAAATTTCCAACACTAAAGTTGAACCAACAATCCGTTGATATATTAAAAGGGAAAGAAACCGTTTGGATGTTTACTGCTCCTATGCCAACAAATGACGTAGCAGATTATCATGAAGATTTATTCACTTCACTACGACAATTAAGAAAGCAGCTAGCGGAAGAACAAAACGTCCCACCTTACATTCTGTTTTCCGATGCAACACTAAAAGATTTAAGTAGGTATTTTCCAACTACTAAAGAAGAAATGTTACTGATTAAAGGAGTTGGCGAAAGAAAGTTTGACCAGTATGGAGAAGCGTTTCTAACCGTTATTCAAAAATGGCGCGAAGAACACCCTGATGTTCAAAAAGTAATTCCTATTCAAGAATCAAGACCTATAAAAAAATCGAATCCTAAACAGGAAGACAAGCCAAGTCACATCATAAGTTATCAGCTATTTCGGTCGGGAAAAGCAATTCAAGACATCGCTACTATGCGCGAGCTATCTGTACAAACCATCGAAAACCATTTGTTTAAAGCCTTTAAAGACGGATATCCCATCGCTTGGGAAATATTTTTCACCTCACAGGAAGAAGAAGCCGTTTTAGCTGCTCGCGAACAATTGGACGAACCAAAACTAAAACCATTAAAAGATTCTTTACCAGACACATTTGGGTATACAAAAATCAAGGCTGTTTTAACGAAGCACGGTCATTTATAA	MGLREEKLLQTYFGYQQFRPGQKEAIDFIINGNNILAVMPTGGGKSLCYQIPGLALEGTAIIISPLISLMKDQVDALQALGVAATYINSSLSAEQQQTRLQDMSLGRYKFVYVAPERFESSFFMRVLHRIRISLIAFDEAHCISQWGHDFRPSYRSIIPQLQQLPKRPVMMALTATATTEVIEDIQQQLHIKNVVNTGFERENLAFHVIKGRDKRTYIQSFLQERKEESGIIYAATRKQTDSLYDQLEAQGYSVAKYHAGLSEMDRKRAQAAFIHDEKQLMVATNAFGMGIDKSNVRFVIHYAMPMNIESYYQEAGRAGRDGEKSDCILLFSPQDIQLQKFLIEQSNMEDTVKQAEYRKLQAMINYCHTHSCLTEYILGYFHASLKKRCGRCSNCVKRQEKVDMTEEAQKILSCVKRMGEKFGVGMTAKVLKGSKDRKIRQFRLHTLSTYGILSAYTEKELTEWIQFLIAEQLLATEEGKFPTLKLNQQSVDILKGKETVWMFTAPMPTNDVADYHEDLFTSLRQLRKQLAEEQNVPPYILFSDATLKDLSRYFPTTKEEMLLIKGVGERKFDQYGEAFLTVIQKWREEHPDVQKVIPIQESRPIKKSNPKQEDKPSHIISYQLFRSGKAIQDIATMRELSVQTIENHLFKAFKDGYPIAWEIFFTSQEEEAVLAAREQLDEPKLKPLKDSLPDTFGYTKIKAVLTKHGHL				NA	NA	NA	NA	NA
AK148_02937	1239			Aminopeptidase 2	ATGGTTACTGAACAAGTACAAAAAAAATATGCTACATTAGCACTTCGTACAGGTGTTAATTTACAAAAAGGGCAAGCTTTAATGATTAATGCACCAATAGAAGGGGCGGACTTCACAAAAATTGTAGTCCGCAAAGCTTATGAAATGGGAGCGAAAAACGTACATATTAATTGGGTAGACGACGAACTAACACGGCTTAAGTTCGAATATGCTCCCGATGAAGTCATTGCCCATTTCCCAGAATGGAGAGTCATGCTTCATGAAAGTTTTGCTGAGGATGGAGCAGCAGTTTTAAACATTCGTTCAACGAATCCAGACTTATTGCAAGGAATTGACTCAGCTAAAGTGGCAAAAGCAAATAAAGCAGGCGCAGAAGCTATGAAAAATTTTCGCAAATATACAATGAATGATAAGATTGCGTGGTCCATTATTTCGATCCCTACAGGGGACTGGGCGCAAAAGATTTTTCCTAATAAATCAAGAGAAGCTGCTATAGAGAGCCTTTGGGAGGCGATTGTGAAAATTGTTCGTGTAGATATGGATGATCCTATAGCTGCTTGGGAGGAGCATAATGCTTCTTTACGTGTGGCAAGAGAGGTTTTAAACGATAAAAACTATAAGAAGCTTATTTTTAAAGCGCCAGGTACAAATTTGGAAATGGAGCTTCCAGAAGGGCATATCTGGAAAGGCGGCTCTGCCCAAACGGAGGGTGGTATAACGTTTAATCCGAATATGCCAACAGAAGAAGTGTTTAGCTTGCCGCATAAATATCGCGTGAACGGTACTGTTTCAAGTACGAAGCCGTTGAATTATGGCGGAAGCTTAATTGATCGATTCAAATTAACATTTAAAGATGGAGAAGTTGTTGATTTTACCGCTGAACAAGGTCAAGATACATTAGAGCATTTACTAAATATTGACGAAGGCTCTAAACGTCTTGGTGAAGTGGCTCTTGTTCCTCATGAATCACCAGTATCACAGTCTGGGCTCATTTTTTACAATACGTTATTTGATGAAAATGCTTCTTGTCATATTGCATTAGGAAAAGCTTATCCAACGAACTTGGAAGGCGGAGCGCAAATGAATGAGGAGGAATTAGATCAACATGGCGTTAACGATAGCTTAAGTCACGTTGACTTTATGATTGGTTCGGATCAACTTGATATTGATGGCGTATTTGCCGATGGCACAACTGAGCCGGTGTTTCGGAACGGGACATGGGCGTGGAAAAAGAAGTAA	MVTEQVQKKYATLALRTGVNLQKGQALMINAPIEGADFTKIVVRKAYEMGAKNVHINWVDDELTRLKFEYAPDEVIAHFPEWRVMLHESFAEDGAAVLNIRSTNPDLLQGIDSAKVAKANKAGAEAMKNFRKYTMNDKIAWSIISIPTGDWAQKIFPNKSREAAIESLWEAIVKIVRVDMDDPIAAWEEHNASLRVAREVLNDKNYKKLIFKAPGTNLEMELPEGHIWKGGSAQTEGGITFNPNMPTEEVFSLPHKYRVNGTVSSTKPLNYGGSLIDRFKLTFKDGEVVDFTAEQGQDTLEHLLNIDEGSKRLGEVALVPHESPVSQSGLIFYNTLFDENASCHIALGKAYPTNLEGGAQMNEEELDQHGVNDSLSHVDFMIGSDQLDIDGVFADGTTEPVFRNGTWAWKKK	PGPT0020940_423	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020940-pepS|ampP|ampT-K19689	NA	NA
AK148_02938	186			hypothetical protein	ATGACCCCGCAGCAGCGATCACTAGCTATGTATTTATCTTTTAAAACAGTAAAAGTGGACGTAAATGGGTTAGGTAGATATTTGGGCTATGCTTATGTAGAGAAAAACTTAACACAAACGTGCTTCTTAGCAAACTTTACGCAACACCTAAAATATGATACCCTAGAAACAAGTTACTTTTCGTAA	MTPQQRSLAMYLSFKTVKVDVNGLGRYLGYAYVEKNLTQTCFLANFTQHLKYDTLETSYFS				NA	NA	NA	NA	NA
AK148_02939	330	yodB	COG1733	HTH-type transcriptional regulator YodB	ATGGATACGAATCTATGCCCGCGTTTTGAAAAAGCAATGGGCTTATTAAGCACAAGATGGGTAGGACTCATTCTGTTTGATTTACTTAAAGGTACGAAGCGATTTTCGGAAATGGAAGCTGATTTACCAATAAGTGGGCGTTTACTTTCAGATCGACTAAAAATGTTGGAAAAAGAAGGTATTGTTACAAGAGATGTCTACTCAGAATTCCCTGTTCGCATTGAATATTCTTTATCGGAGAAAGGAAAAGCACTCGCACCAGTCATTAAAGAAATTCAAAAGTGGGCAGAAGAACATGTTTCCGATGATGAGACAAGTACGGAATGTTAA	MDTNLCPRFEKAMGLLSTRWVGLILFDLLKGTKRFSEMEADLPISGRLLSDRLKMLEKEGIVTRDVYSEFPVRIEYSLSEKGKALAPVIKEIQKWAEEHVSDDETSTEC	PGPT0028512_3	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-CATECHOL|CHROMANON|GANOMYCIN_RESISTANCE,PGPT0028512-yodB-NA	NA	NA
AK148_02940	1422	alsT_1	COG1115	Amino-acid carrier protein AlsT	GTGTTATTTTTGGAAAACTTGATTAGTGATGTAAACGACGTTTTATGGACTTACGTGTTAATTGTTGTATTACTTGGATTAGGCTTATGGTTTACAATAAAAACAGGCTTTGTGCAATTTAGATACTTACCTGAGATGTTCCGGGTGATTGCAGATAAACGAACCATTAGTGCTGCAGGTAAAAAAGGGACTTCTTCATTTCAGGCTTTTGCCATTAGCGCGGCATCTAGAGTGGGAACTGGGAACATGGCTGGTGTAGCAGCAGCTATAGCAGCTGGAGGTCCGGGAGCAGTTTTATGGATGTGGATTATCGCCTTACTTGGTTCAGCTTCTGGTTTTGTCGAAAGTACATTAGCGCAAGTATATAAAGTTCCTCATGAAAATCAATATCGCGGTGGACCTGCATACTATATGGAAAAAGGATTAAAAAGTCGCTGGCTTGCAGTATTATTTGCGATTACAATAACGTTTACGTACGGATTGGTGTTTAACTCTGTTCAATCCAATACAATTAGTTTGGCGTTTGAAAATCAATTTGCCATCGATAGTAAAGTTATTGCCATTATTTTATTTGTTTTTACTGCAGTAGTTATTTTTGGTGGATTAAAGAGCATTGCCAATGTAACGCAAATTATTGTACCTGTAATGGCTATTTTATATATTTTATTAGCTATGTATATTTTAATTACAAATATTACTGCAATCCCGGATATGATTACGTATATCGTTTCCAATGCTTTTGGAATTCGTGAAGTAGCTGGTGGTGGTTTTGGTGCAGCTATTATGATGGGGATTAAACGTGGTTTGTTCTCTAATGAAGCAGGTATGGGTAGCGCCCCAAATGCTGCAGCGACTGCTGAAGTTACTCACCCTGCTAAGCAAGGGCTTATTCAAGCATTAGGTGTATTTTTTGATACGATTTTAATTTGTAGTGCCACTGCGTTTGTTATTATTACAGCAGGTGGTTTTGAAGGAAGTAAGGCTGACGGTATACAGTTGACGCAAAATGCGTTCACCTTCCATATAGGAGATTGGGCTGGCGGTTTTATTGCCATAGCTATTCTATTGTTCGCTTATAGTTCCATTTTAGGGAATTATTACTATGGTGAAACAAATATAACGTACATCCGGGATAGTAAGGTAGGTTTATTTTTATATCGAATCGGAGCGCTATTAATGGTGGCTTTTGGTGCAATTGCTTCGTTTGACTTTGTTTGGTCATTAGCTGATTTAACAATGGCAATTATGGCTTTAATTAACTTGTATGCGATCGCCCGATTGTTTAAAATTGCTAACCAAGTGCTTCAAGATTATCGTAGACAACGGAAAGCAGGAAAAGATCCTGTCTTTTACCGCGATGTGTTAGATAATCAAGAAGGTATTGAATATTGGGATCGAGAGGAAGCCGAGCATTCTAAATAA	MLFLENLISDVNDVLWTYVLIVVLLGLGLWFTIKTGFVQFRYLPEMFRVIADKRTISAAGKKGTSSFQAFAISAASRVGTGNMAGVAAAIAAGGPGAVLWMWIIALLGSASGFVESTLAQVYKVPHENQYRGGPAYYMEKGLKSRWLAVLFAITITFTYGLVFNSVQSNTISLAFENQFAIDSKVIAIILFVFTAVVIFGGLKSIANVTQIIVPVMAILYILLAMYILITNITAIPDMITYIVSNAFGIREVAGGGFGAAIMMGIKRGLFSNEAGMGSAPNAAATAEVTHPAKQGLIQALGVFFDTILICSATAFVIITAGGFEGSKADGIQLTQNAFTFHIGDWAGGFIAIAILLFAYSSILGNYYYGETNITYIRDSKVGLFLYRIGALLMVAFGAIASFDFVWSLADLTMAIMALINLYAIARLFKIANQVLQDYRRQRKAGKDPVFYRDVLDNQEGIEYWDREEAEHSK	PGPT0014405_2777	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GLYCINE_TRANSPORT,PGPT0014405-yflA|TC_AGCS-K03310	NA	NA
AK148_02941	525			hypothetical protein	GTGGAAAAAAGAACTTGTACACATTCTTTGGCAGTCAAAACATCGTATGTGTTGCCACCAGATACGAATACGTATGGTACGTTATTTGGCGGTAAACTCATGGCTTATATGGATGATGTTGCTGCTATAGCTGCATCACGACATGCCCGTATGCCCGTTGTTACAGCTTCTACCGATTCGGTTGACTTTTTAGCGCCAGTAAAAGAAGGACATTCTATCTGTGTGGAAGCTTTCGTTACCTGGACGCACAACACGTCGATGGAAGTGTTTGTGAAAGCAGTAACGGAAGATTTACGAACGGGACAGCGGCAGGTTTGTTCAACTGCTTTTTTAACATTTGTAGCAATAGACGAAGCAGGAAAACCTAAACCTGTGCCAAGTGTTGTTCCAGAGTCGGAACATGAACAGAAATTGCATGCATCAGCAGCAGATCGGGCCAAACATAGAAAAGAGCGGAGAAAGCAGGCAAAGGAATTTGCTGAAATTTTTGGCACAGATTACCCATGGAATCGAACGAGAAATTAA	MEKRTCTHSLAVKTSYVLPPDTNTYGTLFGGKLMAYMDDVAAIAASRHARMPVVTASTDSVDFLAPVKEGHSICVEAFVTWTHNTSMEVFVKAVTEDLRTGQRQVCSTAFLTFVAIDEAGKPKPVPSVVPESEHEQKLHASAADRAKHRKERRKQAKEFAEIFGTDYPWNRTRN				NA	NA	NA	NA	NA
AK148_02942	1449	clsA	COG1502	Major cardiolipin synthase ClsA	ATGCAAATAGATCTATTTTCTTATCTGCTAAGCTTTATTTTAATATTAAATATTGCCTTAGGAATTTCTATTATCTTTCTTGAACGAAAAGATCCAACCTCAACTTGGGCTTGGCTAATGGTGTTATTGTTTATCCCAATTGTAGGGTTCATCCTGTATTTGATTTTTGGAAAACCAATTAGCAGAAGGCGTATTTTTACTTGGGATACAAAAAGTAGATTAGGCGTAAAAGCGGCGGTGCAATCGCAGTTGCGTGCGCTTGAAGAAGGAACTTTTGAATTTAAAAACAAAGACATTGCTCAATATGAAGACCTCTATTATTTACACTTACGCAACGACGATGCAATTTTTACCCATAATAATGAAGTGAAGATTTTTACAGATGGTAAGGAGAAATTTGAAGCCTTAATCAATGATTTAGAACAGGCTAGAGATCATATTCATTTGTTGTATTATATTGTTCGTAGTGACCAGCTCGGTCAAAGAATCGCTGATGTGTTAATAAAAAAAGCAAAAGAAGGTCTAGAAGTACGTATGTTGTTTGATGATATGGGGTCACGATCTTTAAGCCGAAAGTATATAAAGAAACTTCTTAATGCCGGTGTAGAAGTAGAAGCATTTTTTCCTCCTAAGATACCTAAAATTAATTTTAAAATAAATTATCGAAATCATCGTAAATTGGCCATTATTGACGGGAAAATAGGATATATTGGTGGCTTTAATATTGGTGATGAATATTTAGGGATGAATAAAAAATTTGGGTACTGGCGTGACACGCATTTGTGTATTTTCGGAGATGCTGTACGCCAAATGCAAACACGTTTTATATTAGATTGGAACCAAGCTTCTCGTAACGACATTTTATATGAAGACCGTTATTATAGTGCTAACCCAGTCGGTAATGTTGGTGTACAAATTGTCTCCAGTGGGCCTGATTCGGATTGGGAGCAAATAAAAAATGGCTACATTAAAATGATCATGACTGCAAAAGACTATGTTTATATTCAAACGCCGTATTTTATTCCTGATGAAAGCTTACGTGATGCACTGCGAATTGCTTCATTGTCTGGGGTCAATGTTCGAATTATGATTCCTAATAAACCAGATCATCCTTTCGTATATTGGGCAACATTATCACATATAGGAGACCTTTTAGAGGCAGGTGCAGAAATATTTATTTATCAAAATGGCTTTCTACATGCGAAAACCATCGTAGTAGATGGTAAAATCGCTTCAGTTGGCACAGCGAATATTGATGTTCGTAGCTTCCGCTTAAATTTTGAAGTGAACGCTTTTTTATATGATCATGATTTGACGCAACAATTAGTATCGAAATTTGAAGAAGACATGTTGCTATCGACACAAATGACAGAAGGTTTATACCGTCAACGGTCGTTAGGAATTCGATTTAAAGAGTCTGTGTCACGACTTCTTTCGCCAGTATTATAA	MQIDLFSYLLSFILILNIALGISIIFLERKDPTSTWAWLMVLLFIPIVGFILYLIFGKPISRRRIFTWDTKSRLGVKAAVQSQLRALEEGTFEFKNKDIAQYEDLYYLHLRNDDAIFTHNNEVKIFTDGKEKFEALINDLEQARDHIHLLYYIVRSDQLGQRIADVLIKKAKEGLEVRMLFDDMGSRSLSRKYIKKLLNAGVEVEAFFPPKIPKINFKINYRNHRKLAIIDGKIGYIGGFNIGDEYLGMNKKFGYWRDTHLCIFGDAVRQMQTRFILDWNQASRNDILYEDRYYSANPVGNVGVQIVSSGPDSDWEQIKNGYIKMIMTAKDYVYIQTPYFIPDESLRDALRIASLSGVNVRIMIPNKPDHPFVYWATLSHIGDLLEAGAEIFIYQNGFLHAKTIVVDGKIASVGTANIDVRSFRLNFEVNAFLYDHDLTQQLVSKFEEDMLLSTQMTEGLYRQRSLGIRFKESVSRLLSPVL	PGPT0007725_2377	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
AK148_02943	144			hypothetical protein	ATGAATAAACGAAATCATAAACTGGAAACAGAAGTCATTCATGCAGGTTATGAAGCAGGGGGGTTGTATTTATTAGGAAGGCCGACTGAAGACGGGCTTGCCAGATGGCGCCGGTATACTCCAGTTGCAGAGCATGATTCCTAA	MNKRNHKLETEVIHAGYEAGGLYLLGRPTEDGLARWRRYTPVAEHDS				NA	NA	NA	NA	NA
AK148_02944	912	rarD	COG2962	Protein RarD	ATGAACGTTACACAAGAGAAAACGGGTATCATACATACTTTAGGAGCTTATGCTTTATGGGGAGTTCTACCCATTTATTGGAAGTTACTAGAGACCGTTTCACCTGGCGAAACGCTGGCACATCGAATTATATGGTCGGCTATTTTTATGATTATTATTGTACTCAGTGTTGGGAAATGGCATGAATTGCTTCGCGAATGGAAGGCATTAATGCAAAACAGACGAAAATTCATAGGCGTTTTTATGGCAACTACTGTTATTAGTCTCAATTGGCTGACATTTATTTGGGCGGTGCACAATGATCATGTTATTCAAGCAAGTCTAGGATATTATATTAACCCTTTAATCAGTATTTTGCTCGGTATCCTTGTGCTGAAGGAATCTTTCACCTTTAGACAGACCATTTCCTTTATCATGGCAGCTATTGGCGTCCTTTATTTGACAATAAGTTATGGCGTATTTCCTTGGATATCTTTATTGCTAGCAACGAGCTTTGGATTGTACGGTTTGTTAAAGAAAAAGATAGATATTGGACCTATGATTGGACTGACAATCGAAACAATGTTAATCTCTCCAATTGCTCTTCTATTCTTATGCTTTCTTCCCCAAAGCACTTTTCAATGGGGCACCATTCTGTCAACGACGAACATGCTACTAATAGGTGCTGGCGTAGTTACAGCAATACCCTTATTACTATTTGCAAGCGGAGCAAAACGAATTTCTTTATCCTTAGTCGGCTTTTTGCAATACCTTGCACCAACACTTATGTTGTTAATAGGCGTTTTTTTATATAATGAACCATTCACTTCTGCTCACTTCATCGCATTTTTATTCATATGGTTAGCACTGATTAACTATCTGTTAGCTAGTTACCAAAAGCCTACAAAAAAGCAATTTCAAAAAGCGAACTAA	MNVTQEKTGIIHTLGAYALWGVLPIYWKLLETVSPGETLAHRIIWSAIFMIIIVLSVGKWHELLREWKALMQNRRKFIGVFMATTVISLNWLTFIWAVHNDHVIQASLGYYINPLISILLGILVLKESFTFRQTISFIMAAIGVLYLTISYGVFPWISLLLATSFGLYGLLKKKIDIGPMIGLTIETMLISPIALLFLCFLPQSTFQWGTILSTTNMLLIGAGVVTAIPLLLFASGAKRISLSLVGFLQYLAPTLMLLIGVFLYNEPFTSAHFIAFLFIWLALINYLLASYQKPTKKQFQKAN	PGPT0003906_1212	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0003906-rarD-K05786	NA	NA
AK148_02946	1752	metZ		O-succinylhomoserine sulfhydrylase	ATGAGTCATTTTTTTACGCAAGATCCAGAAACTGCATTACTTCACGGTGGGCAAATACCCGATTCAGCAACAGGAGCTAGAGCAGTACCTATTTACCAAACGACTTCTTATGTATTTAACGATACAGAACACGCACAGAACTTATTCGGATTAAAAGAACCTGGAAATATATACTCCCGAATTGGTAATCCAACTGTAGATACGTTTGAACAACGTATTGCCCAACTAGAAGATGGTGTCGCTGCAGTAGCTACATCTTCTGGAATGGCCGCAATCACTTTCGCTATTTTAAATGTAGCAAGTGCTGGGGACGAAATTATTACCGATAGCAATCTTTACGGTGGAACATACAATTTATTTGCTAATATACTTCCTCGTTATGGAATTCATGTAAAATTCGTAGATGGATCAAACCCAATTGAAGTAGAGGCTGCAATTACTGAGAAAACCAAAGCTATTTTTGGGGAAACAATCACAAATCCGAGCCTGCAAATTTTTGATATTGAAACGATTGCAGCAATTGCACATGCACACCATATCCCTTTAATTATAGATAATACATTTGCCCCTTACCTCGTTAAACCATTCGCATGGGGAGCGGATATTATTGTCCATTCTGCAACGAAATGGATTGGTGGTCACGGAACAACGATTGGCGGGGTAGTTGTAGACGGAGGAAGGTTTGATTGGAATCACGATAAATTCCCAGGTTTCACCCAACCTGATGCAAGTTACAACGGCTTGCGCTTTACTGATGTTGGGCCTGCCGCTTTTGCTACAAAACTACGTGTACAATTAATTCGTGATATTGGAGCTTGTTTAAGCCCTCATAGCGCATTTTTGTTGCTTCAAGGGTTAGAAACGTTACATTTACGCATGCAAAAACATACGAACAACGCACAAAAAATTGCTACTTTTTTAACAGATCATCCAGCAATTGAATGGGTTAATTATCCTGGTTTGTCCAATCATCCTTCCTATTCATTAACAAAAAAATACTTTCGTGACGGTACTGCTGGTTCCATTATTACGTTCGGTATTCAAGGTGGAAGGGAAGCTGGAAGACAATTAATTGATCAAATTGAATTATGGTCGCATGTAGCAAATGTAGGTGATGCTAAATCGCTCATTATTCACCCAGCATCTACCACACATCAACAGCTGACAACGGAAGAATTAGCCGCAAGTGGGACAACAGAAGAAACCATTCGCTTATCGGTTGGCTTAGAGTCTGTTCATGACCTGCTCATTACTTTGGACAACGCAATAGCAAAGGCTACAGGGGAACAAGCAACCATCGCTATAGATGAAAAACAGGCTATCCATTGGCTACTTCATTCTCCTTTTTTAAGAGACAGTGGAAACGCGCGTAAAAAATGCCTTGCCGTTTACGGTTTAGAAACAGCAAATGAAACAGACCGAAATAAAGTCTTCCAATTACAAGCGTTCGGATTCGATATAGCTGTTGTGGGAAGTACGAACCTAACCTTTCCCTTACCACAGTATAAAGAATTATCGGACATTCCAGTAGTGGACGCTACTTGGTCTCTACAAGCTACACTACCAGCTACCCTGTTAGAACAGCTCGTAAATAAAGACTGTAAGCTCTTATGGGTGGCAAAAACAAAGGAAACAGCTGCTACAATAGACCATGCCAATGCAGCTGGCATTACTGTTATTACACAAAAGAACCCTTATGAAGAAGCGTTATTGCTTCGAAACAACGCTACGGAGGCACCTGTATTTGCATAA	MSHFFTQDPETALLHGGQIPDSATGARAVPIYQTTSYVFNDTEHAQNLFGLKEPGNIYSRIGNPTVDTFEQRIAQLEDGVAAVATSSGMAAITFAILNVASAGDEIITDSNLYGGTYNLFANILPRYGIHVKFVDGSNPIEVEAAITEKTKAIFGETITNPSLQIFDIETIAAIAHAHHIPLIIDNTFAPYLVKPFAWGADIIVHSATKWIGGHGTTIGGVVVDGGRFDWNHDKFPGFTQPDASYNGLRFTDVGPAAFATKLRVQLIRDIGACLSPHSAFLLLQGLETLHLRMQKHTNNAQKIATFLTDHPAIEWVNYPGLSNHPSYSLTKKYFRDGTAGSIITFGIQGGREAGRQLIDQIELWSHVANVGDAKSLIIHPASTTHQQLTTEELAASGTTEETIRLSVGLESVHDLLITLDNAIAKATGEQATIAIDEKQAIHWLLHSPFLRDSGNARKKCLAVYGLETANETDRNKVFQLQAFGFDIAVVGSTNLTFPLPQYKELSDIPVVDATWSLQATLPATLLEQLVNKDCKLLWVAKTKETAATIDHANAAGITVITQKNPYEEALLLRNNATEAPVFA	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
AK148_02947	870			hypothetical protein	ATGCAAATAAAGAAATTAATAACCGGAGTAACCCTCCTATTACTCATCGTAGGAGTCCCACTCTATATTTTTAACCATGAAACAGATCAAACAAATCTTGCTGAAAAAGAAACAAAGCAACAGGATGCAGTAACAACAGAAAAAACGCCCAGCATCAAAAAGCATGAGCAAAAACCATCGCCAAAGCTATTTATTCATAAAGAGCAACAGGTTACGAAGCATTTTTATCAATCAAGACATATTACGGCAATTGGTGATTCGTTGACACAAGGTGTTGGCGATGAAACAAAACAAGGAGGCTATGTCGGAGCCCTTGAACAAATAATGACCCAAGCTAACACAGAAGCTTCTTTTGATAATTTTGGTGTACGAGGCAATCGCTCAGACCAACTACTTAAAAGACTGCAGCAAGACGATATGATTGCTTCCATAAAGCAAGCGGACATTGTATTTATAACCATTGGCGCGAATGATGTGATGCGCGTGTTAAAAGAAAATATTACGAATCTCCAAATGGAGGCATTTGAAAAAGCCCGAGTAGACTATGAAAAACGACTTCATAAAATCTTAACCAACATCCGAACGGTAAATGCAGATACGAAAATTTACTTGCTCGGTTTTTACAACCCCTTTGGGCAGTATTTTAAGGACATCAAAGAACTGAAGCTCATTGCGGACAATTGGAATAAAACTGGTAAAGAGATAGTAACTACGTATGAAAACAGCTCCTTTATACCAATTAGTGATTTATTTTCAAACACAGATGAAAACTTGTTTGCAGAAGATAATTTTCATCCAAATCAGGTAGGCTATGAGCGGATTGCTGAACGTATATTTGAGGTGTTAAAGAATGAACAAGAAAGAGGATGA	MQIKKLITGVTLLLLIVGVPLYIFNHETDQTNLAEKETKQQDAVTTEKTPSIKKHEQKPSPKLFIHKEQQVTKHFYQSRHITAIGDSLTQGVGDETKQGGYVGALEQIMTQANTEASFDNFGVRGNRSDQLLKRLQQDDMIASIKQADIVFITIGANDVMRVLKENITNLQMEAFEKARVDYEKRLHKILTNIRTVNADTKIYLLGFYNPFGQYFKDIKELKLIADNWNKTGKEIVTTYENSSFIPISDLFSNTDENLFAEDNFHPNQVGYERIAERIFEVLKNEQERG				NA	NA	NA	NA	NA
AK148_02948	621			hypothetical protein	ATGGGGAATAGAACGGAACATACCAAAAGTAAAAAGTGGAAAAGACTATTTATCGGGTTACTTTCCTTTAATATGATCTTGCTTTTTGTATTGCTCACACTTATTTTTTGGCCGGTTCCACAAGCCGAATACCCAGAAAAAGCTACGGAACAAATAGATGCAAATTCAGAATTTATTGTTCGTACGACTAAAAAGAATTTAAACGATTTGGCCAATACGTATATTGACCAATTACTTGCAGGCACCGATCATGAATATCATATTGAACTAGGAGATGACGTACACTTAATTGGTGAGTTACCTGTTTTTTCCTCAACCGTTCCATTATCTGTTCATTTAGAGCCTTTTGTACAAGAAAATGGAGATATTATTTTGAAACAGAAGTCCATTTCTATTGGCTTATTAAAACTACCGAACCAAAAAATTATGGAATACATGGATAAATACCTCCCGATGCCAGAATGGGTTACTGTTAATCCCAAAGAAGAAGAAATATACGTCGCCGTGACGGATATTGAGTTAAAAAGTAATTTTCAAATTGCCGTCGAACATATTGACTTGCAAGCAAATAATTTATCGTTTAAATTTCGTATACCATATCAAACATTAGGTATTAATTAA	MGNRTEHTKSKKWKRLFIGLLSFNMILLFVLLTLIFWPVPQAEYPEKATEQIDANSEFIVRTTKKNLNDLANTYIDQLLAGTDHEYHIELGDDVHLIGELPVFSSTVPLSVHLEPFVQENGDIILKQKSISIGLLKLPNQKIMEYMDKYLPMPEWVTVNPKEEEIYVAVTDIELKSNFQIAVEHIDLQANNLSFKFRIPYQTLGIN				NA	NA	NA	NA	NA
AK148_02949	609			hypothetical protein	TTGGGGGGAAAATTCATTTATCTTCTCTTCACAGATACGGGAACGAATTTAGCGAAAGCTATTCATTTCTTTACAAAACAGTCCTTGAATCACGTTTCCATTGGGTTTGATGAGGATTTGCAGAGACTGTATAGCTTTGGGCGAAAGCGACCGAAAAATCCTTTTATTGGGGGGTTTGTTCAAGAAGATATTCATAGTGATTTTTTAAAGAATGCAGCTTGTGCAGTCTATCGTTTTACCGTATCTGAAGAAGAGTGTGAGCAAATCTTGCAGCATATTAAGCGAATCGAATGTGACAAAGATCGCTACCGTTACAATTTTATCGGTTTAATTGGCATCTTGTTACAAATAGAAATTAATCGAAAGTGTGCATTCTTCTGCTCGCAATTCGTAGCAACTGTATTAAAAGATGTCGACCATTTTCAACTTAAAAAGCCTACTTGCTTTGTGACACCTGAAGATATAAGAAGTCATGAGGGGATGCAGTTAATCTACAAAGGAAGGCTCGGCGACTATCCATACCGTAATAAAACAGCAATGTGTGATTCAAAAGAAGAAGCGCAGGCTATGTCATCATATATTATTTATTCTCATATGAACGAACAATAA	MGGKFIYLLFTDTGTNLAKAIHFFTKQSLNHVSIGFDEDLQRLYSFGRKRPKNPFIGGFVQEDIHSDFLKNAACAVYRFTVSEEECEQILQHIKRIECDKDRYRYNFIGLIGILLQIEINRKCAFFCSQFVATVLKDVDHFQLKKPTCFVTPEDIRSHEGMQLIYKGRLGDYPYRNKTAMCDSKEEAQAMSSYIIYSHMNEQ				NA	NA	NA	NA	NA
AK148_02950	1623	ybiT_1	COG0488	putative ABC transporter ATP-binding protein YbiT	ATGATTAATGTATCGAATGTGAGTTTACGATATGGCGATAAAAAATTATTTGAAGATGTAAACTTAAAGTTTACTCCAGGTAATTGTTATGGATTAATTGGTGCAAATGGAGCTGGTAAGTCCACTTTCCTTAAAATATTGTCTGGTGAAATAGAGCCACAAACGGGCCATGTCTCCTTATCTCCAGGCGAACGCCTTGCTGTACTAAAGCAGGATCATTTCGCTTACGAGGACTATAACGTTATCGACACGGTGCTTATGGGGCATGAAAAGCTGTACGCTGTGAAGCAGGAAAAAGACGCTATTTATATGAAAGGCGATTTTACGGAAGAAGACGGCATGCGTGCTGCTGAACTAGAAGGCGAATTCGCTGAAATGAATGGCTGGGAAGCTGAATCGGATGCAGCTGTTCTATTAAAAGGACTTGGCATCGATGAGTCACACCATGATAAACAAATGGCTGAGCTACATGCAGACGAAAAAGTGAAAGTGTTACTTGCCCAAGCGCTATTTGGCAATCCGGATATTTTATTATTAGACGAGCCGACAAACGGGTTAGACATTCATGCCATTCAATGGCTAGAAGAATTTCTCATTCATTTTGAGAATACCGTCATTGTCGTTTCCCATGATCGCCACTTCTTAAATAAAGTATGTACACATATTGCAGATGTTGATTATGGAAAAATTGAAATTTATATCGGTAACTATGACTTTTGGTATGAATCTAGTCAGCTAGCAACGAAAATGGCACAGGAAGCAAACAAAAAGAAAGAAGAAAAGATTAAAGAGTTACAATCATTTATTGCACGCTTTAGCGCTAACGCTTCCAAATCCAAACAAGCAACATCAAGAAAGAAATTGTTAGACAGCATAACGCTGGATGATATAAAACCATCTTCAAGAAAATACCCATATATTGCCTTTACCCCAGAACGGGAAATTGGAAATGATTTACTAACTGTTCAAGGATTAACAAAAACCATTAATGGTGAAAAAGTATTAAATAATGTTAGTTTTACGATGAATAAAGATGACAAAATCGCGCTTGTTGGTGGCGATGATGTAGCAAAAACAACACTATTTAAGATTTTGGTGGGAGAAATGGAACCAGATGCAGGAACGTATAAATGGGGTGTCACTACTTCCCAATCTTACTTCCCAAAAGATAATAGTGCTTACTTCGAAAATAGTGACTTACCTTTAGTAGACTGGTTAAGACAATATTCACCAGAAGATGAAACAGAAACTTTCTTACGTGGCTTTTTAGGGAGAATGCTATTTTCCGGGGAACAAGCGTTGAAAAAAGCAAATGTTTTATCTGGAGGAGAAAAAGTACGCTGTATGCTATCCAAAATGATGTTGAGCAACGCCAACGTACTCCTTTTAGATGAGCCGACAAACCATCTTGATTTAGAATCCATCACTGCTTTAAATAATGGACTTATCAAATTTAAAGGTTCCATTTTATTTACATCTCATGACCATCAATTCATTCAAAGTATTGCCAATCGCCTCATTGAAATTACACCGAATGGTTTGATTGATAAAGAGATGAGCTATGATGAGTACGTACAAGATAAAGAATTGCAAGCGAAAATTGCTACTATGTACAACAAGTAG	MINVSNVSLRYGDKKLFEDVNLKFTPGNCYGLIGANGAGKSTFLKILSGEIEPQTGHVSLSPGERLAVLKQDHFAYEDYNVIDTVLMGHEKLYAVKQEKDAIYMKGDFTEEDGMRAAELEGEFAEMNGWEAESDAAVLLKGLGIDESHHDKQMAELHADEKVKVLLAQALFGNPDILLLDEPTNGLDIHAIQWLEEFLIHFENTVIVVSHDRHFLNKVCTHIADVDYGKIEIYIGNYDFWYESSQLATKMAQEANKKKEEKIKELQSFIARFSANASKSKQATSRKKLLDSITLDDIKPSSRKYPYIAFTPEREIGNDLLTVQGLTKTINGEKVLNNVSFTMNKDDKIALVGGDDVAKTTLFKILVGEMEPDAGTYKWGVTTSQSYFPKDNSAYFENSDLPLVDWLRQYSPEDETETFLRGFLGRMLFSGEQALKKANVLSGGEKVRCMLSKMMLSNANVLLLDEPTNHLDLESITALNNGLIKFKGSILFTSHDHQFIQSIANRLIEITPNGLIDKEMSYDEYVQDKELQAKIATMYNK				NA	NA	NA	NA	NA
AK148_02951	948			putative epimerase/dehydratase	ATGAAAAAAATATTAGTAACCGGAGCTTTGGGTCAAATAGGGTCAGAGCTTGTTATCAAGTTAAGAGACATTTACGGTACGGATCAAGTAATAGCGACTGATATTCGCAAGGCGGAAGGACGTGTTGCAGAAGGCCCGTTTGAAGTCGTTGATGTAACAAATGCAAAGCAGCTTTCTGACGTTACAAAGAAGTACCAAGTAGATACGATGATGCATTTGGCAGCTTTATTATCAGCTAAAGCGGAAGAAAATCCGAAGCTAGCTTGGGATATTAATATGGGCGGTTTAGTTAATGCGCTTGAAATAGCTCGGGAATTAGATTTGCAATTTTTCACCCCAAGTTCCATTGGAGCTTTTGGTCCAACAACACCGAAAGATAACACACCACAGGATACATTACAACGCCCGACGACAATGTATGGAGTGAATAAAGTATCTGGCGAGCTGTTAGCTGATTATTACCACACTCGTTTTGGAGTGGATACTCGTGGTGTACGTTTCCCTGGTTTAATTTCTCATGTTACATTACCAGGCGGTGGAACGACGGATTATGCTGTTGAAATGTATTATGAAGCTGTAGAGAAGGGGAGTTATACGTCCTATATAGGCAAGGGTACGTATATGGATATGATGTATATGCCAGATGCGATCCATGCCATTATCCAATTGATGGAATGTGATACAAATAAACTACAACATCGTAATGCCTTTAATATTTCAGCTTTCTCCGCGGCACCGGAGGACTTTGCTACATCGATCCAAAAGCATATTCCTTCTTTCTCATTAAAATACGATGTGGACCCGTTTCGACAAGCAATTGCAGACAGTTGGCCAAATAATTTAGATTCCACCTGTGCGATTGACGAATGGGGCTTTAAAGTAGAATATGATTTAGACAAGTTGACAACGGATATGTTAAGTAAAATTAAACAGAAACAAGCACATTAG	MKKILVTGALGQIGSELVIKLRDIYGTDQVIATDIRKAEGRVAEGPFEVVDVTNAKQLSDVTKKYQVDTMMHLAALLSAKAEENPKLAWDINMGGLVNALEIARELDLQFFTPSSIGAFGPTTPKDNTPQDTLQRPTTMYGVNKVSGELLADYYHTRFGVDTRGVRFPGLISHVTLPGGGTTDYAVEMYYEAVEKGSYTSYIGKGTYMDMMYMPDAIHAIIQLMECDTNKLQHRNAFNISAFSAAPEDFATSIQKHIPSFSLKYDVDPFRQAIADSWPNNLDSTCAIDEWGFKVEYDLDKLTTDMLSKIKQKQAH				NA	NA	NA	NA	NA
AK148_02952	1191			Putative pyridoxal phosphate-dependent acyltransferase	ATGACGAGTAAAGCGTTAAATTCTTTTTTAAATGACAATATTGCTGATTTGAAAGAACGGGGCTTGTATAATGAAATTGATCCTGTTCAAGGTCCTAATGGTCCAGAGATAAAAATTGGTGGCAGGACGTTAATTAACCTTTCGTCAAACAACTATTTAGGATTAGCGACAGATGATAGATTGAAGCAAGTTGCCAAGCAAGCGGTTGATTCACATGGTGTTGGTGCAGGTGCGGTACGTACGATCAATGGAACACTCGATCTTCATCTTGAATTAGAGAAAAAGCTTGCAGCATTTAAAGGCACGGAAGCGGTTATTTCCTATCAATCTGGGTTTAACTGTAATATGGCAGCTATATCTGCGGTAATGGATAAACATGATGCCATTTTATCGGATGAATTAAATCATGCTTCCATCATTGATGGATGTCGTTTGTCTAGAGCGAAAATTATTCGTTTTAATCATTCCGATATGGATGATTTGCGAAAAAAGGCGAAAGAAGCTGTCGAAACTGGTCAATACAATAAAATCATGGTCATTACCGATGGTGTGTTTTCGATGGATGGGGATATTGCAAAACTTCCAGAAATTGTTGACATTGCCGAGGAATTCGACCTGATTACGTATGTGGATGATGCCCACGGTTCTGGTGTTCTTGGTAAAGGAGCAGGCACAGTTAAACATTTTGGATTGCAGGATAAAGTAGACTTCCAAATGGGTACATTGTCGAAAGCAATCGGCGTGATTGGTGGGTATGTAGCAGGCAAAGCAAATCTTATTGATTGGTTAAAAGTTCGTTCTCGTCCGTTTTTGTTCTCCACAGCTGTTTCACCTGCGGATGCGGCAGCAAGTACGAAAGCTGTTGAAATCCTTATGGAAAGCACGGAGCTAAATGAAAAGTTATGGGAAAATGGAAATTATTTAAAAGCTGGCTTAAAGCAACTAGGCTTTGATATTGGTAATAGCGAAACTCCAATTACCCCTTGTATTATTGGTGATGAGAATGCGACACAAACATTTAGCAGGCGCTTAAATGAAGAAGGCGTCTACGCGAAGTCTATTGTTTTCCCAACTGTACCACGCGGAACAGGTCGTGTACGCAATATGCCAACAGCCGCACATACGAAAGAAATGCTAGATAAGGCTATTGCGATATATGAAAAAGTAGGTAAGGAACTTGGCGTTATTTAA	MTSKALNSFLNDNIADLKERGLYNEIDPVQGPNGPEIKIGGRTLINLSSNNYLGLATDDRLKQVAKQAVDSHGVGAGAVRTINGTLDLHLELEKKLAAFKGTEAVISYQSGFNCNMAAISAVMDKHDAILSDELNHASIIDGCRLSRAKIIRFNHSDMDDLRKKAKEAVETGQYNKIMVITDGVFSMDGDIAKLPEIVDIAEEFDLITYVDDAHGSGVLGKGAGTVKHFGLQDKVDFQMGTLSKAIGVIGGYVAGKANLIDWLKVRSRPFLFSTAVSPADAAASTKAVEILMESTELNEKLWENGNYLKAGLKQLGFDIGNSETPITPCIIGDENATQTFSRRLNEEGVYAKSIVFPTVPRGTGRVRNMPTAAHTKEMLDKAIAIYEKVGKELGVI	PGPT0020495_1866	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020495-kbl-K00639	NA	NA
AK148_02953	135			hypothetical protein	ATGAAGAAGTTATTGGTTGTTCTATGTGCCGTTCTTATTATTACTTTTGGAATAGTTGGATATATAGAAATAAACAGTAATTCGAATGAGATCATGAACGAAAACCCTAACAGCATAACAGTTCAAGAGAGCTGA	MKKLLVVLCAVLIITFGIVGYIEINSNSNEIMNENPNSITVQES				NA	NA	NA	NA	NA
AK148_02954	603	desR	COG2197	Transcriptional regulatory protein DesR	ATGCTTAAAATTGTAATAGCAGAAGATCAAAAAATGTTGTTAGGTGCAATCGGTTCTTTATTGAATTTAGAAGCGGATATGGAGGTAATCGGCCAAGCAGTGAATGGCGATGAGGTATGGACACTTATCCAAGAAAAGCAACCAGATGTTTGTTTGTTGGATATTGAAATGCCAGGGAAAAGTGGTTTAGAGGTAGCGAGGTTGTTAAATAAACGAAAGCAACGCCCACGGATCATTGTCTTAACAACATTTGCAAAACCAGGTTATTTTGAAAAAGCGGTCAAAGCTGGTGTAGATGGTTATTTATTAAAGGATCGTTCTATTGAAGAACTAACAGCAGCTATTCGTAAAGTAGTGCATGGTGAAAAAGTGTATAGTCAAGAACTCATGGTCGACTACATGTGCGATCCTAACCCTTTAAGTGATCGAGAACAAGAAATTTTGCGACTAGTAGCGGAAGGAAAAACGACCAAAGAGTTAACACATATTTTATATTTGTCTTATGGTACGGTTCGTAACTATTTGTCTGAAATCATGCAAAAATTAGGAGCGAAAAATCGTTTGGAAGCGGTTGATATCGCTCGAAATAAGGGGTGGATTTGA	MLKIVIAEDQKMLLGAIGSLLNLEADMEVIGQAVNGDEVWTLIQEKQPDVCLLDIEMPGKSGLEVARLLNKRKQRPRIIVLTTFAKPGYFEKAVKAGVDGYLLKDRSIEELTAAIRKVVHGEKVYSQELMVDYMCDPNPLSDREQEILRLVAEGKTTKELTHILYLSYGTVRNYLSEIMQKLGAKNRLEAVDIARNKGWI				NA	NA	NA	NA	NA
AK148_02955	1149	desK	COG4585	Sensor histidine kinase DesK	ATGTATATGACGGCACAAACCAAATGGGAACTATTTCCAAAAAGGTATGGATTTTTCCCTTATATATTTCTCATTTATTTATTCATACCTGCAACGTTACTTATGAAAGAAGACGGAATAAAGCAAGTAGTTGGTTACTTGCTTTTACTGCTGTTTTTAATTAGTTACCGTCAACTTTATCATGTAGAAGGGACGGGCCGATTTGCTTTTTGGCTTGGTCTGCAAATGATCATCATTGGTTACCAGAGCATGGTTTACGATTATAATTTCCTATATCTTGGGTTTTTCACGGCTAATTTTATTGGTTGGTATGCGGATAAAAAACAATTTCAAGCAGCTTGGTTTGCTTTAATGGGAACGTTGTCACTTCCTATTTTGTATCACGTGATATTTACAGGTGACTTTTCGAAGGAGCAGTTTTATATGATTCCATTTTTAATTGTTATTTTAGTTTCTCCTTTTGGAATTCGGTCTATGAATAAAAATATGGAATTGGAAAAAGAGTTAGATGAAGCAAATGCAAAAATCAAGGAGTTGGTTAAACGAGAAGAAAGAACACGAATTGCGCAAGACCTTCATGATACGCTTGGCCATACGCTGTCACTGATCACATTAAAAAGCCAATTAGTGGAACGATTAATTACGAAGGATGCTAAACGTGCCATAGAGGAAGTGAGCGAAATTGAAACCACATCTAGATCAGCGCTCGATCAAGTTCGAGAATTGGTAACGGATATGAAAACGAAAACGTTAGCCGAAGAAGTAGTGCAAGCGGAGCAGCTATTAAAAGCAGCAAATATGAACGTAAAGATAAATTTTCCATTTCAAATGCATGTTGATTCATCCCTCACAGAGCATATGCTTAGTCTTTGTTTGAAAGAAGCAGTAACAAACGTTGTTAAGCATAGTCGAGCGAGTAAATGTTGGTTGCTCTGTCGAGAAGAAGAGCAAGCGATCATTATACAAGTGAAAGATAACGGCATTGGTATAGATAATCAGAGCGTGGAAGGGAATGGGCTTGTAGGGATGAAAGAAAGACTAGCCTTAGTAGATGGCTCGCTATCTGTAAGTAAGAATAGCGGAACAACGGTAGAAATGAAAGTTCCCAAGGTGGAAAAACCAGAGAAAGAAGGGGAAATCCATGCTTAA	MYMTAQTKWELFPKRYGFFPYIFLIYLFIPATLLMKEDGIKQVVGYLLLLLFLISYRQLYHVEGTGRFAFWLGLQMIIIGYQSMVYDYNFLYLGFFTANFIGWYADKKQFQAAWFALMGTLSLPILYHVIFTGDFSKEQFYMIPFLIVILVSPFGIRSMNKNMELEKELDEANAKIKELVKREERTRIAQDLHDTLGHTLSLITLKSQLVERLITKDAKRAIEEVSEIETTSRSALDQVRELVTDMKTKTLAEEVVQAEQLLKAANMNVKINFPFQMHVDSSLTEHMLSLCLKEAVTNVVKHSRASKCWLLCREEEQAIIIQVKDNGIGIDNQSVEGNGLVGMKERLALVDGSLSVSKNSGTTVEMKVPKVEKPEKEGEIHA				NA	NA	NA	NA	NA
AK148_02956	744			hypothetical protein	ATGAATAAAATAATATATTCATGTATTGCGGAAGTAAAACGTGCCATTCGCAACCCATATTATGTACTTTGGTCGCTCCTTATACCAGTTTGTTTTTATATTATTTTTACGAAGGTGTTTACATTTAATGACAATGCTGCAGATCAAGCATTATGGGAAGCGCATTATTTAATGTCGATGGCTGCTTTTAGTGTGATGGGCTCTAGTGTGATGACCGTAGGCATTCGTCTTGTGCAAGATAAACAGCAAGGGTTTATCACGTTTCTAAGAGTAACCCCATTACCCGAATATGTCTATATCATTAGCCAAATGATAGGGCAAAGTGTTATTCATATTTTATCCATCGTGGTTATATTTTTTGCAGGTGCCCTCCTTAACGATGTGTCGCTAACGGCTATGCAATGGGTGCTTAGTGGTGTATGGATTTTATTCGGTTCTCTCGTTTTTTTAGCTTTAGGTACTCTTGTTGGGACAATGAATAAAGTGGAAACAGCAAGTGGCGTAAGCAATATTTTATTTTTAGGACTGGCATTACTGGGTGGCATGTGGATGCCCCTAAATGCAATGCCTACGCTTCTCCAAGATATTGCTACATGGTTACCTTCTTATCATTATGCGAATGGACCATGGGAAATTATTCGTGGAAATAGTCCAGCGTGGAATAATATATTTATGCTTATCGTGTTTTTATGTTTGTTTATGGTATTATCAGTTTATATAAGACGGAAGCAAGAAGGGCTGTAA	MNKIIYSCIAEVKRAIRNPYYVLWSLLIPVCFYIIFTKVFTFNDNAADQALWEAHYLMSMAAFSVMGSSVMTVGIRLVQDKQQGFITFLRVTPLPEYVYIISQMIGQSVIHILSIVVIFFAGALLNDVSLTAMQWVLSGVWILFGSLVFLALGTLVGTMNKVETASGVSNILFLGLALLGGMWMPLNAMPTLLQDIATWLPSYHYANGPWEIIRGNSPAWNNIFMLIVFLCLFMVLSVYIRRKQEGL	PGPT0006730_22397	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK148_02957	894	btuD_4		Vitamin B12 import ATP-binding protein BtuD	ATGGAAGACACGATTGTTTATGCACACAAGTTAAGTAAAACATTTAAGCAGAAAGAAGCGGTACGCAATGTATCGTTTTCTATCGCTAAAGGGGAAGTCGTTGCTATGCTAGGCCCAAACGGCGCGGGGAAGACGACAACACTTTCGCTTGTTTTAGGTTTATTAAAGCCGACAAAAGGAAAGGTGCAAGTTTTTCAGCAACCTCCACAAAGTATGCACGTTCGGGAGCGAATTGGTGTGATGTTACAAGAAGTAAGAATGATGGATGGCTTAAAAACGAAAGAAATGTTGCAATTATTTCGCTCCTATTATCCAAACCCTTTAGCACTTTCTGAGATGATTGCGCTAACTGGGTTAGCTGATGCAGATTTGACGGCAAAAGTAGAAAAGCTTTCTGGAGGGCAACGAAGAAGAGTGAACTTTGCTGTTTGTTTAGCAGGAGATCCAGACTTCATCGTTTTAGATGAACCGACAGCAGGGATGGATACGACTTCGAGAGCGAAATTTTGGAAAACGATTCATCAATTGGCGGAACGAGGAAAAACAATCCTATTCTCTACACATTATCTTCAGGAAGCAGATGATACGGCAAAGCGAATTATTTTGCTACATGAAGGACAGAAAATTGCTGATGGAGCTACCGAAGAGATAAAGCATCAATTATCGAGGCAATATGTCTCTTTTCGTTTAAATGGAAAATTAAATCGAGCAAAGCTTGATATGCCAGATGTGTTAGCAATAGAAGAACGAGAAGAACGAATTTATTTAGAAACAAAAAATACCGATGCGTTAATTTCCTATATTATGCAGCATTTTTCAAATGCCTATGATCTGCGAATAGATAAAGGCAGTATGGATGATGTATTTGAAACTTTAGTACAAGGGAGCAGATAA	MEDTIVYAHKLSKTFKQKEAVRNVSFSIAKGEVVAMLGPNGAGKTTTLSLVLGLLKPTKGKVQVFQQPPQSMHVRERIGVMLQEVRMMDGLKTKEMLQLFRSYYPNPLALSEMIALTGLADADLTAKVEKLSGGQRRRVNFAVCLAGDPDFIVLDEPTAGMDTTSRAKFWKTIHQLAERGKTILFSTHYLQEADDTAKRIILLHEGQKIADGATEEIKHQLSRQYVSFRLNGKLNRAKLDMPDVLAIEEREERIYLETKNTDALISYIMQHFSNAYDLRIDKGSMDDVFETLVQGSR	PGPT0006725_15181	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_02958	930			hypothetical protein	TTGAACAATAAGTATGTAGCTTACACGTATTTGTCAATAAAGACCCTAATTATTAATAAGTCGCTCGTATTTGGATTTTTGTTTTATCTTATTATAGCTTGTATTGCTGCATTGTATATTGTCATTTTTAAGCCCGATTTCCCTACTATCGATGTCACAAGCATAGCGAACGCCACGAAGGCATTAGGTGCGGTTCACGTTATTATTCTCATCGTCATCTTCTTCTTGTTTTCTACCGTGTCCATTATGATGCAAAGCGTCATTGATGACCGCGATAGTAAAGTAACAGAAATTATTAACACAAGTGTTAGTGAATCCCATTATCTAGTAGGTAAGTTGCTCACTTCTTTTACATTAATGTTTGTTACGATGTTAAGTGCTTTCACTGCTATATGTATCGCCATTGGTATTTTTTCTGTTTTTAATCCGTACGCAGTAAGTGTTTATGAAGCTTTGATTCAACCTATCATAGCGATACTTGATTGGGAAGTAGTCGGTTTTATTGTAGGTTGTATCTTCGTTGTTTTAGTTATGCTATTTACTTCCAGTTTATTAGCGCTTGGCATTTCCATTAAAGCAAAACAGGCGGTCGATGCATTTCCGGTTTCCTTAATGGTATTGACGCCTTACTTTTTGTTGTTTGGTTTGTTTGTTTTTCTCCCTAAAGACAACATGGAACTTTGGCAAACGATCGCTTCATGGATGAGTTTTATACCTATTGCATCGCCTATATTTATTTTACTTTATGTACTGTTAAACGGATTTTCACCATTTGCCTATATAGCAATACTTGTTTCGATTGGTTATTTCCTGGTTTTGTTTAAAGGAGTTGTAAATATATATCGTTATGCTTTTTACGTTAGAGAGAAATTATCGTTATTCGAATTAGTTCGTCTGTTTAGGAACAAGCATTCAAAGTATGGACATTAA	MNNKYVAYTYLSIKTLIINKSLVFGFLFYLIIACIAALYIVIFKPDFPTIDVTSIANATKALGAVHVIILIVIFFLFSTVSIMMQSVIDDRDSKVTEIINTSVSESHYLVGKLLTSFTLMFVTMLSAFTAICIAIGIFSVFNPYAVSVYEALIQPIIAILDWEVVGFIVGCIFVVLVMLFTSSLLALGISIKAKQAVDAFPVSLMVLTPYFLLFGLFVFLPKDNMELWQTIASWMSFIPIASPIFILLYVLLNGFSPFAYIAILVSIGYFLVLFKGVVNIYRYAFYVREKLSLFELVRLFRNKHSKYGH				NA	NA	NA	NA	NA
AK148_02959	894	btuD_5		Vitamin B12 import ATP-binding protein BtuD	ATGTTTCTAGAAGCAAATTCGATCTCTAAATCATTTGGAGACAAACGAGCATTGCAAGACGTCACGATGAATATCAAGGAAAATGAAGTGCTTGGCGTAATTGGTCATAACGGAGCTGGTAAAACAACCTTGTTTAAATTATTACTATCTATGTATCAACCAAATGAAGGAGAAATCGTCGTTCACGAATCGCCCTTCCATCTAAAAAATGATGTTGGCTATTTGCCAGAAGAAAGGGGTCTCTATGCTAAAACAGATGTATATTCCCAGTTACTCGCTTTTGGGTATCTAAAAGGAAAAAAGAAGCAAGTGCTCGTTCCTCAAATTCATTTTTGGCTCGATTACTTTGAATTACAACATGATAAGCACCAACTTGTAGCGAATTTATCAAAAGGCAACCAGCAAAAAGTGCAATTTATTACTGCAGTGCTTCATCAACCGAAGTTACTTATTTTGGATGAACCGTTTAGTGGATTAGACCCCCTGCATGTAGAGCGCTTCACCGATGCAATGACGTATATGAAACAGCAAGGGAGTACGATTTTGTACTCAAGCCATTTAATAAAAGGTATGGAGCAATTGACAGATCGCATTTTATTGTTAAAGCAAGGGGAGGTAGTTTTCCAAGAATGTATAGAAGCGATTCGCGGTCGCTACGGATATCTGTGCACGATTAAAAACCCATGCTTGCAAAAAGACATGCTTATAGAACTCGGTTATCCATTTACAGCAGATAACAGAACCTATGTTATTGAATTGAAGCAGAAAAGCGATGTAAATGCGATTGTTAATCAAATACCGCTAGAACAAAACGAATGGTTTACTATAGAACCGATGAGCCTGGAAGCTATTTTTAAACGGGTGAACAGAGAGGTGCAAAAGGTTGAACAATAA	MFLEANSISKSFGDKRALQDVTMNIKENEVLGVIGHNGAGKTTLFKLLLSMYQPNEGEIVVHESPFHLKNDVGYLPEERGLYAKTDVYSQLLAFGYLKGKKKQVLVPQIHFWLDYFELQHDKHQLVANLSKGNQQKVQFITAVLHQPKLLILDEPFSGLDPLHVERFTDAMTYMKQQGSTILYSSHLIKGMEQLTDRILLLKQGEVVFQECIEAIRGRYGYLCTIKNPCLQKDMLIELGYPFTADNRTYVIELKQKSDVNAIVNQIPLEQNEWFTIEPMSLEAIFKRVNREVQKVEQ	PGPT0006725_15309	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_02960	834	yocH	COG1388	Cell wall-binding protein YocH	ATGAAAAAGATTGTGGCTTCATTCGCTACTGGTATGATTATTGCTGGCACTGCTGCTACTACAGTATCAGCAGAAGAGTACGACGTGAAACAAGGAGATAACCTTTGGAATATTGCAAATGAATACAACACAACTGTAGAACAGTTAGTTGATGTAAATGAATTAAAAACGACTACCATTCAACCAAAACAAACACTTATTATAAATAAACAAGCAAAAATGAAATATAAAATTCAACAAGGAGATACACTAAGCGGGATCGGTCATAAGTACGGTGTATCTGTAGAAGATATTAAGGAATGGAATAATCTTGATTCCGATTTAATTGTCGTTGGTCAGAATTTAACGTTAGAAGGCGTAACAGTTTCCAATGACAAGCCAGCAAAAGAAGAACCTCAAGCACAACCAAAACAAACACAAAAAGAACAGCAACCAGTTACAAAAACGAAAGCACCTGCAAAAGAGGAGCAAGCAACACCAGCTTCCTCCAAACCAGCAACGAGCCAAAAGGCGCCTGAGCAAACAAAGCAGGAAAGGCCTCAAGGTCAATCATTTTCTGTAACAGCAACTGCTTATACAGCAAGTTGTGATGGATGCTCTGGTGTAACAGCAACAGGTGTTAATTTAAATAATAATCCAAATGCAAAAGTCATTGCCGTTGATCCTAATGTCATTCCATTAGGCTCCAAAGTGTATGTAGAAGGCTATGGCTATGCAACTGCTGCTGATACTGGTGGTGCTATTAAAGGAAATAAAATTGACGTACATGTTCCAAATAAAGGCGATGCTATGAATTGGGGCGTCAGAACAGTTAATGTAACAGTTGTAGAATAA	MKKIVASFATGMIIAGTAATTVSAEEYDVKQGDNLWNIANEYNTTVEQLVDVNELKTTTIQPKQTLIINKQAKMKYKIQQGDTLSGIGHKYGVSVEDIKEWNNLDSDLIVVGQNLTLEGVTVSNDKPAKEEPQAQPKQTQKEQQPVTKTKAPAKEEQATPASSKPATSQKAPEQTKQERPQGQSFSVTATAYTASCDGCSGVTATGVNLNNNPNAKVIAVDPNVIPLGSKVYVEGYGYATAADTGGAIKGNKIDVHVPNKGDAMNWGVRTVNVTVVE				NA	NA	NA	NA	NA
AK148_02961	930	ypuA	COG4086	putative protein YpuA	ATGATGACCAAAAAAATAAGTAAACTTCTCATCATTACACTAATCGCAGTGTTCATGCTTGGGACGAACCTATCTGTTTCTGCTGACAGTGGAGCAAGTGATACGAGTAGTATTAATGAAAAATTAGGTCCACCTATCGTCGTATATGGAGCGCAACTCTCTGACAACCAGCGAGCAGAAGTGAAGAATTTATTAAATGTTAAAGACCAAGATCAAGTGGATGAATATGATGTGTCTGGACAAGACGCAGTAAAATATATTAATGGCAGTCCGAATTCAAATATGTATTCTAGTGCAAAAATTACGCGTCAGGAAGCTGGAAACGGTCTAACCATTAATATTGTCACTCCTGATAATATTACAGAAGTAACCAAAGAAATGTATGCAAATGCATTGTTAACTGCAGGCGTCGAGAATGCGACAGTGGACGTTGCTTCTCCTGTAAAGGTGAGTGGGCACTCTGCTTTGACAGGAATTTACAAAGCGTATGACGTTGAAGGAGAACAGCTTGATAAAGAACGTATGGAGTTAGCGAATGATGAGCTTGACGTAGCCACACAGTTAGCGAATAAGGAAGGCATGAATCAGGAAAAAGTTAGTCAATTACTTACAGATATTAAAAAAACAATTGCTGAGCAAAACCCGGCAACGAAAGAAGAAGTGGAGCAAATTGTTCAAGAGCAAATGGATAAATTGGAAATAACGTTAAGTGATAAAGACCGTCAATTATTAATTGATTTAATTGATAAGATGCGTGACCTAAACATTAATTTTGACCAAGTAAAAAACCAATTAGACGATATTACATCTGCCATTAAAGATAAAGCAGATGAACTTGGGTTAGATGAAGGTTTTTGGGAAAAGGTCGGGAACTTCTTCCGTGAACTTTTCGAAGCAATTAGTAACTTCTTTAAAGGGTTATTTAGCTAG	MMTKKISKLLIITLIAVFMLGTNLSVSADSGASDTSSINEKLGPPIVVYGAQLSDNQRAEVKNLLNVKDQDQVDEYDVSGQDAVKYINGSPNSNMYSSAKITRQEAGNGLTINIVTPDNITEVTKEMYANALLTAGVENATVDVASPVKVSGHSALTGIYKAYDVEGEQLDKERMELANDELDVATQLANKEGMNQEKVSQLLTDIKKTIAEQNPATKEEVEQIVQEQMDKLEITLSDKDRQLLIDLIDKMRDLNINFDQVKNQLDDITSAIKDKADELGLDEGFWEKVGNFFRELFEAISNFFKGLFS				NA	NA	NA	NA	NA
AK148_02962	1212	sbnD		Staphyloferrin B transporter	ATGTGGTTTGCTAATTTTTTTGTGGCTGGAAGTATGACAATGGTAATCCCATTTATTTCTTTGTACATTGACTCCATGGGAAACTTCTCTGACGCTTATGTCCAGAATTGGTCAGGCTGGACCTTTGCGATCACCTTTGTCACCGCGTTTATCTTTTCGCCAATTTGGGGAAGGATTGGTGATAAATACGGACGGAAAAAGTTGCTTATCTTCTCTGCAACAGGAATGGGGCTATCTATATTTTTAATGGGTTTCGCTACTTCTGTATGGCAACTATTCTTACTCCGCCTATTGATGGGCGTCGCTACAGGTTTTATTCCTATGTCCCAAGCATTTATTTCCACGCAGACGCCAAAGCACATCGCTGGAAAAGTACTTGGAACACTACAAACTGGTAGCATTACAGGAACATTAATGGGTCCCCTTTTAGGAGGATCACTTGCTGATGCATTTGGCTATGCTAATACATTTAAATGGGTATCCATCACTATTTTCTTTTCGGCCGTCATTGTGTTCTTTGGCGTGAAAGAAATAAAAGCAAATCTCGCTGATGGGGAAAGAGACGAAAAATCATATACAAGAAAGCAAGTCCTTCAGCATATCGTTTCTCGCCCAGTCTTACTCATTGTCATGCTAATCTCAGCTTTAGTTCAAATCGCTCACTTTAGCGTACAACCAATCCTTTCCTTGTTTGTTCAAGAAATTCACGGACCAGCAAGTATTGCTTTTTTCTCTGGAGTAGCATTCTCTGCGGCTGGACTTGGTAACCTACTCATGTCAAGAAGGCTTGGCAGACTAGGGGACAAAATTGGTTATATTAAAGTGCTCATCGCATTATTATTTATGGCCGGAATTGTTTATCTACCTGGAGCTTGGGTAACCAATATATGGCAACTCGTAATTTTACGCTTTTTACTTGGTATTGCCATAGGTGGAATTATCCCTGTACGTATCGCCTATATTAGACAAACTGCCCCGCTATCCATGCAAGGAGAAGTGCTCGGCTACAATACGAGCCTACGCTTTTTAGGCAATATTATCGGTCCAGCGTTAGGCGGCGTAATTGCTGGATTTTTCGGGTTTTCTGCAGTATTTCTGTTCACGAGCATACTGCTATTAGTTAGCGGAGCTATCATGCTCTATTTTTGGTATAAACACGAATACGCTTCTAAACATCCACAAGCTCACTCCTTATTTGCGAAAAGAGGGTAA	MWFANFFVAGSMTMVIPFISLYIDSMGNFSDAYVQNWSGWTFAITFVTAFIFSPIWGRIGDKYGRKKLLIFSATGMGLSIFLMGFATSVWQLFLLRLLMGVATGFIPMSQAFISTQTPKHIAGKVLGTLQTGSITGTLMGPLLGGSLADAFGYANTFKWVSITIFFSAVIVFFGVKEIKANLADGERDEKSYTRKQVLQHIVSRPVLLIVMLISALVQIAHFSVQPILSLFVQEIHGPASIAFFSGVAFSAAGLGNLLMSRRLGRLGDKIGYIKVLIALLFMAGIVYLPGAWVTNIWQLVILRFLLGIAIGGIIPVRIAYIRQTAPLSMQGEVLGYNTSLRFLGNIIGPALGGVIAGFFGFSAVFLFTSILLLVSGAIMLYFWYKHEYASKHPQAHSLFAKRG	PGPT0029185_704	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029185-mdtG-K08161	NA	NA
AK148_02963	1362	yeeO	COG0534	putative FMN/FAD exporter YeeO	ATGGCTTCAGAAAAAGTGAAAAGGCTCACATTGTTTGGGTTAACATGGCCGATATTTATTGAAATTTTTCTACATATGTTAATGGGAAATGCAGATACATTAATGTTAAGTCAGTATTCCGACAAGGCCGTTGCAGCTGTTGGTGTCTCTAACCAAGTGCTGTCGGTAGTCATTGTCATGTTTGGCTTTGTAGCCCAAGGAGCAGCCATTCTAATTGCGCAAAATCTAGGGGCTAGTAATAACCAACAGGCTGGAGAGATTTCTGTTTTATCTATTAATCTAAACCTGTTATTCTCCCTATTTTTAAGCGTCGTGTTATTTTTCGGTGCACAATATATTCTTCACTTCATGGATCTCCCTCAAGAAATCATGAGCGAGGCATCCGGATACATGCAAATTGTGGGCGGGCTTATCTTTATACAAGCATTAATTATGACGCTAGGTGCTATTTTACGTAGCTACGGATATACGAAAGATACGATGAATGTCACCATCGGCATGAATATATTGAATGTCGTTGGAAATTATTTTGTCATTTTTGGACCATTCGGATTTCCTGTTTTAGGAGTAGAAGGGGTTGCCTACTCTACTGCGATTAGCCGTTTTTTAGGTGTTATTGTTCTATTTTACTTATTTTTAAAAAGAAACCAAGGGGAAATTCAAGTAGCATACTTTTTCCGTTTTCCGAAAAGCTATGTAAAACGATTATTACAAATTGGCATTCCATCTGCAGGTGAACAAATCTCTTATAACGCCAGCCAAATGGTAATTACTTATTTTGTAGCCCAGCTTGGCACAATTGCAATAACGACGAAGGTTTATGCGCAAAATATTATGATGTTTATTTTCTTATTTTCCATCGCTATTGGTCAAGGCACACAAATTTTAGTTGGACATTTAGTTGGCGCAGGAGACATAGAAGCAGCATATAAGCGTGTCATGAAAAGCCTAAAAATATCCATTGTTATTTCCTTATCAATGGCTACGGTTGTATATTTTTACTCCAGTCCGTTACTAGGGATTTTTACAGATGATACGACGATATTGGAAACAGGGGCAGGATTATTGCTAATGACAGTTGTACTGGAACCTGGAAGAGCATTTAATTTAATCATGATCAGCTCTTTACGAGCAGCTGGCGATGTAAAGTTTCCAGTTTATATTGGCGTTGCTGTGATGTGGGGCATTGGTGTTACTTTTGCATGGTTCTTCGCTATTTATTTAAATTTGGGTCTTATTGGTATTTGGATTTCCTTTATTGCTGATGAATGGATGCGAGGACTATTTATGTTAAGACGTTGGCGAAACCGTAATTGGGTATCCATGAGTTTTGTAAAATCAGAAACGAAATCACATCATTGA	MASEKVKRLTLFGLTWPIFIEIFLHMLMGNADTLMLSQYSDKAVAAVGVSNQVLSVVIVMFGFVAQGAAILIAQNLGASNNQQAGEISVLSINLNLLFSLFLSVVLFFGAQYILHFMDLPQEIMSEASGYMQIVGGLIFIQALIMTLGAILRSYGYTKDTMNVTIGMNILNVVGNYFVIFGPFGFPVLGVEGVAYSTAISRFLGVIVLFYLFLKRNQGEIQVAYFFRFPKSYVKRLLQIGIPSAGEQISYNASQMVITYFVAQLGTIAITTKVYAQNIMMFIFLFSIAIGQGTQILVGHLVGAGDIEAAYKRVMKSLKISIVISLSMATVVYFYSSPLLGIFTDDTTILETGAGLLLMTVVLEPGRAFNLIMISSLRAAGDVKFPVYIGVAVMWGIGVTFAWFFAIYLNLGLIGIWISFIADEWMRGLFMLRRWRNRNWVSMSFVKSETKSHH				NA	NA	NA	NA	NA
AK148_02964	246			hypothetical protein	ATGGGTATTGTCGTAGTCGAAGTCTGTGACGGAAATGCAATCACTTCTATCCATATAGAGGAAATCTTAGAAAAAGAATTTCCTGAAGTAGCTGTACTCATGAATGATTGTCTATCTTTTTGCGGATTATGCAGAGTAAAACCATATGCACTCGTTAACAATCGACGCATTTTCGGAAACACGCCAGAAGAATGCTTAGAGAAAATAAGAACGGCCATTAAAGAAGAGCTAGCTGTATATGAATAA	MGIVVVEVCDGNAITSIHIEEILEKEFPEVAVLMNDCLSFCGLCRVKPYALVNNRRIFGNTPEECLEKIRTAIKEELAVYE				NA	NA	NA	NA	NA
AK148_02965	381	yabJ	COG0251	2-iminobutanoate/2-iminopropanoate deaminase	ATGAATAAAGCAATTCATACAGAAAAGGCACCCGCTGCGTTAGGTCCATACTCACAGGCTATTGTAGCAGGTGATTTCCTTTATGTATCTGGACAAATTGGTATAAATCCAGAAACAGGGGAGATGGCAGAAGGGATTCATGAGCAGACAAAACAAGTTTTAGAAAATATTCAAGCTATTTTACAAGAGGCGGGAACAGATTTAGCTAAAGCAGTTAAATTTTGCATTTATTTACAATCAATGCAAAATTTTGCTACCGTCAATGAAATATATGGAGACTATTTACAAGAGCCATATCCGGCAAGATCAACAATGGAAGTGGGCAAATTACCAAAAGACGCGCTCGTTGAAATGGATGTTATTATCCATCTAAAAGCGTAA	MNKAIHTEKAPAALGPYSQAIVAGDFLYVSGQIGINPETGEMAEGIHEQTKQVLENIQAILQEAGTDLAKAVKFCIYLQSMQNFATVNEIYGDYLQEPYPARSTMEVGKLPKDALVEMDVIIHLKA	PGPT0020030_3444	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
AK148_02966	624			hypothetical protein	ATGAACAACAGGAGATTGTCAAAAGCAGTTAAACGAACGGTGTTTGTAGGAGTCGGCTTATTCCTTTTATTTATCGGTATATCATTGTTCTTTCAACGTTTTATGTTAACACAACCTGATTCACAGGTAGGTCCGATAATTAGTGAACAAGTTTTAGATTACCGCCCTTTAGTAGTAAAGTATGCTAAAAAGTATGAAGTGGAAGAGCATGTTGATACGCTTCTCGCTATGATGATGCAAGAGTCTAGCGGGCAAGGGGATGATCCAATGCAATCATCAGAAAGTTATTGCGGAGAACGTGGATGTATTCAAGATCCGGAAGTATCTATTAAGCAAGGAGTCTATTATTTTTCACAAACATTGAAAGCAGCAGGTGGCGATGTATTAACGGCTATCCAATCGTACAATTTTGGAAAAGGATTCGTCGATTATATTCGCGATCAAGGGGATGACTTTTCACAAGAAGCAGCCATTCAATTTTCGCAAAAAATGTATGCAGCAGATCCTGACAAAGAGAAATACCGCTGTTTACGTGACGGGGCGCAAGAACTTGATGCTTGCTATGGCGATATTTATTATGTTAAATCTGTGATGGCATATAAAGATAAATTAAAGCAAGAGTAA	MNNRRLSKAVKRTVFVGVGLFLLFIGISLFFQRFMLTQPDSQVGPIISEQVLDYRPLVVKYAKKYEVEEHVDTLLAMMMQESSGQGDDPMQSSESYCGERGCIQDPEVSIKQGVYYFSQTLKAAGGDVLTAIQSYNFGKGFVDYIRDQGDDFSQEAAIQFSQKMYAADPDKEKYRCLRDGAQELDACYGDIYYVKSVMAYKDKLKQE	PGPT0023995_1618	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_DL-ENDOPEPTIDASE_ACTIVITY,PGPT0023995-cwlO-K21471	NA	NA
AK148_02967	423			hypothetical protein	ATGAGACAAATAAAATTAATATGGATTGGGTGTATCTCTGGTGTCGTTCTAGGTGTTTTTTTAAAGCTAACGGAGCAGATGACATCCAAACGTGTGTACACTTTATTGCTCAACGTCGATTATATCCCAATACTAAAAGACTTGCCGTTAAATGAATTTGGTGAATTTATGCTGCATATGATTGTTTCGGTAATTCTAGTACCAGTGATCTATGTAGCCTTAACACAGATTGGGCACCAACAAAACCTGTTCACCTATATGTTGCTTAGTAGTTTCATAGGTGCTGTGATTTATGTAACGACAAGCTTTTCTGAACGTACACCAGACTTACTTGACGGAACCTCGTTTTTGCTTTGGGTTATCGGGCACGTAGTATTTGGATGGGTGACAGGCTTCCTAATAACAAAGATAGTAAAGGACTAG	MRQIKLIWIGCISGVVLGVFLKLTEQMTSKRVYTLLLNVDYIPILKDLPLNEFGEFMLHMIVSVILVPVIYVALTQIGHQQNLFTYMLLSSFIGAVIYVTTSFSERTPDLLDGTSFLLWVIGHVVFGWVTGFLITKIVKD				NA	NA	NA	NA	NA
AK148_02968	2001			hypothetical protein	ATGAGTGATAAAAAAGATCAGCTAACGAAACAAGAACAAGAAGCATTACTGAAAAAATACGATACAGAGGCGAATACGCGTAAGCTTGCAGGCGTAGCTGCAGGAATTGTTTTTTTTGGCTTGCTGGCGTTTTCCATTTTTCAATTATACACAGGGGCATTTGGGCAAAAAACAGCCTACATTCAACGAACTGTTCACTTAGGGTTTGCACTCTCCTTAATATTTCTATTATTTCCAGCTAGAAGAACAGGAATCAAGTCTCGGGTTGCTTGGTATGATTATATTTTGGTCGTATTATCTATTATTGTTTGTGGATACTGGCCTGTATATTATGAAACACTTGTACAGCAAATTGGCGGTATTACAGAAGTACAAATGATTGTTGGGGGAGCTGCGATTTTACTCGTAATGGAAGCAACAAGAAGGGCAGTAGGGCTACCCATTACTGTTATAGCTAGTCTGTTTTTAATTTATGCGCTATTTGGTAGGCAAATGCCTGGTATGTTGGCGCATCAGGGGTTAAGTTTGGAACAGCTTATCGACACTATGTTTTTTACAACAGAAGGGATTTTAGGTACACCATTGCAAGTTTCCTCTACTTATATTTTCCTCTTTTTATTGTTTGGTGCTTTTTTAGTCCAAACAGGGGTTGGTAATTATTTTAACGATTTAGCTATCTCGCTTGCCGGAAAACGGACTGGAGGGCCAGCGAAGGTAGCCATTTTTTCCAGTGCCTTAAATGGAACGATATCGGGAAGTTCTGTAGCAAATACGGTTACGACGGGTTCATATACTATACCAATGATGAAAAGATTAGGGTATAAACCAAATTTTGCTGGTGCTGTTGAAGCTGCTTCGTCCACAGGTGGACAAATTATGCCTCCAATTATGGGGGCCGCAGCGTTTTTAATGATTGAATTTGCTGGGGTAGGCTATTGGCAAATTGCCCAAGCAGCGTTAATTCCTGCTATTTTATATTTTTCGGGAATTTGGATTATGACTCATTTAGAAGCAAAACGAATGGGTTTGTACGGGTTACCAAAAGATCAAATCCCACCTAAGAAAGAAGTGCTTAAAAAAATTCACTTACTTCTACCGATCATAGCAATTGTTTGGCTACTATTTGAAGGAGTTAGCATTGAGCGAACAGCGCTCTATGGCATTGGGATTACGATTGCTGTTAGTTTATTTATGAAGGAAACGCGTATAACACCACGTAAATTCATTACCGCTCTAACGTCAGGTGCTCGTACCGCTTTAGGTGTAGCTGCAGCTACAGCGTGCGCCGGGATTATTGTAGGTGTTGTGACAAAGACAGGCCTAGGATTAAAGTTAGGAAATAGTTTGGTAGATATTGCTGGTGCAATAGCTACATCGGCGGATATGCAATTATTGTTAACGTTATTTTTCACCATGATTACGTCGATCATTCTAGGGATGGGTTCGCCTACGACAGCGAATTATATTATTACATCCACGATAGCTCTACCAGCTATTTTAGCCTTAAATGATCATTTAGATGTAGCTATTCCACTACTTGCGGGGCATATGTTTGTGTTTTATTTCGGTATTGTAGCTGATATTACCCCACCAGTTGCGCTCGCTGCTTTTGCAGCTACGGGTATCTCAGGTGGTGAACCAATTCGCACGGGGATAAATGCTGCTAAACTGGCTATTGCTGCTTTTATTATTCCCTATATGTTTGTATTACAGCCAGAACTCTTAATGATTGATACATCGATTGGTGAGGTCGGTTGGATATTATTTACAGCCATTACGGGTATGATCGCAATTGGCGCCGGTTTGATTGGTTTTTGGTATGTAAAGCTTCACTGGTCTGTACGTATTTTAACAATAGCAATCGGGCTGTTATTAATTTATCCAGAAGGAAATACGGATGTATATGGATTGGCTGCCTTTATCGTTATGTTAGCTATCCAGTTGTATATGAATCGTTCCAAAGGATTGGGAGAGAAGATGGAAAAAACGGCAAGTGGGTAA	MSDKKDQLTKQEQEALLKKYDTEANTRKLAGVAAGIVFFGLLAFSIFQLYTGAFGQKTAYIQRTVHLGFALSLIFLLFPARRTGIKSRVAWYDYILVVLSIIVCGYWPVYYETLVQQIGGITEVQMIVGGAAILLVMEATRRAVGLPITVIASLFLIYALFGRQMPGMLAHQGLSLEQLIDTMFFTTEGILGTPLQVSSTYIFLFLLFGAFLVQTGVGNYFNDLAISLAGKRTGGPAKVAIFSSALNGTISGSSVANTVTTGSYTIPMMKRLGYKPNFAGAVEAASSTGGQIMPPIMGAAAFLMIEFAGVGYWQIAQAALIPAILYFSGIWIMTHLEAKRMGLYGLPKDQIPPKKEVLKKIHLLLPIIAIVWLLFEGVSIERTALYGIGITIAVSLFMKETRITPRKFITALTSGARTALGVAAATACAGIIVGVVTKTGLGLKLGNSLVDIAGAIATSADMQLLLTLFFTMITSIILGMGSPTTANYIITSTIALPAILALNDHLDVAIPLLAGHMFVFYFGIVADITPPVALAAFAATGISGGEPIRTGINAAKLAIAAFIIPYMFVLQPELLMIDTSIGEVGWILFTAITGMIAIGAGLIGFWYVKLHWSVRILTIAIGLLLIYPEGNTDVYGLAAFIVMLAIQLYMNRSKGLGEKMEKTASG				NA	NA	NA	NA	NA
AK148_02969	537			hypothetical protein	ATGAGTGCTTTAAACCGAAAACAATGGTGTTTTATAACCATTATAATTCTTAGTTTGTCCTGCTTAATTGCCTTTTTTGCCCCTTTTAAAACGGCACTTATTTTTTATAAAGAAAATACAGAGCAAATAGCCATGTTTCTTCCTTTGGATGAGGGAGATACCTTTCAACATATTTTTACGCATTCTATTCATTTAACGGATGTCGTAGAAAAATATGAAGTTACACATAAGAACACCATACAGCAAACGGAAATAATCTATGAAGAATTCGCTATTGGTATGCCAGCTAATGCGCAGGAAGGGGAAGCATTTACGTATGAAGATGGCAAATATCATATAAAAAACATAAATCAAACGTTTGATCAAATTAAACTTCGGAATGGAAAGGTTGTGTCTGAAAATAGACTCGTTTGGGGAAACAACGCACAATATCAAGTTTATTTAAATGATTATGTGCAACCAGGAGCCTGGTTTACAGTGAAAATGGATAAAGTCACGCTATGGCAATACTTGAAAGGAGTGAGAGTACATGAGTGA	MSALNRKQWCFITIIILSLSCLIAFFAPFKTALIFYKENTEQIAMFLPLDEGDTFQHIFTHSIHLTDVVEKYEVTHKNTIQQTEIIYEEFAIGMPANAQEGEAFTYEDGKYHIKNINQTFDQIKLRNGKVVSENRLVWGNNAQYQVYLNDYVQPGAWFTVKMDKVTLWQYLKGVRVHE				NA	NA	NA	NA	NA
AK148_02970	1002			hypothetical protein	GTGAAACGTACAAAGTGGATTTTGTTAACGGTTACCTTATTTATCTTTGCATTATTACTAACTGCATGTGGAGGGGAAAGTGACAAAAATGATGCAAATGAAGGGGATAACGGAGGTGGAGAAAAACCAGAATTTTTAAGCTTGCTTACTGGAGGCACAAGTGGCACATATTATCCTTTAGGTGGAGAAATGGCAACAATGATAAAGGATGAGACGGGAATTCAAACAGATCCTCAATCATCCAATGCTTCTGCGGATAATGTAGCTGCTTTAAGAGACGGCGATGCTCAACTAGCATTTGTTCAGACAGATGTAATTTCAAATGCTATTGAAGGGATTAATTCATTTGAAGGCGAGCCTGTTGATAACGTGCAAGCAATCGGCTCTCTTTATCCAGAAACTATTCAAATTGTAACGACCAAGGATTCAGGGATTAATTCTGTCGAGGACTTAGCCGGAAAAGCAGTATCTGTTGGTGCACCTGGATCTGGAACATTTGTCAATGCGGAGCAGATTTTAGAAGTTCATGGTATGTCAATGGATGATATTGAAGAACAAAATCTTGATTTTGGAGAGTCTACAGGTGGCATTCAAGATGGAAATATTGATGCAGCTTTTATAACAGCAGGAACGCCGACTGGGGCTGTTGAAGGGTTAAAAGCTCAAGTAGATGTGAATATTGTTCCAGTAGCTCAAGATAAAATAGATGCCTTAGTAGAAAAATATCCATATTATGCAAGTGACACGGTCAAAGCAGGAACATATGGCTTAGAAGAAGATGTTCAGACGGTAGCCGTTTTAGCAATGCTTGCTGTAACAGATAGTCTTTCTGAAGATGTGGTTTACGATGTTACAAAAGCCATTTATGAAAATACAGACAAAATCGCTCATGACAAGGGTGAGTTTATAACTAAAGAATCAGCGCTTGATGGTATTGGAATTGATTTACATCCAGGAGCTAAAAAATACTTTGATGAAGCAGGAATATCTGCTTCTGAATAG	MKRTKWILLTVTLFIFALLLTACGGESDKNDANEGDNGGGEKPEFLSLLTGGTSGTYYPLGGEMATMIKDETGIQTDPQSSNASADNVAALRDGDAQLAFVQTDVISNAIEGINSFEGEPVDNVQAIGSLYPETIQIVTTKDSGINSVEDLAGKAVSVGAPGSGTFVNAEQILEVHGMSMDDIEEQNLDFGESTGGIQDGNIDAAFITAGTPTGAVEGLKAQVDVNIVPVAQDKIDALVEKYPYYASDTVKAGTYGLEEDVQTVAVLAMLAVTDSLSEDVVYDVTKAIYENTDKIAHDKGEFITKESALDGIGIDLHPGAKKYFDEAGISASE				NA	NA	NA	NA	NA
AK148_02971	1035	pnoA		Nitronate monooxygenase	GTGAATCGTTTTTTAGAAAAAACGAAAGTAAAGTTGCCGATCATACAAGCAGGAATGGCTGGCGGAATTACCACCCCTGAGCTTGTTGCAACCGTGGCTAACGAAGGGGGGCTGGGGACGATAGGGGCAGGCTATATGACTCCAGAGGCATTGCAAAGGTCGATTCAGCAAGTAAAACAATTAACGAAGCAACCGTTTGCTGTCAATTTATTTGCAACGAATTTACAAGCTACATCAAATGACTTAGAGCCAATGCAATCAGCTTTAGATGTGTTTCGAAAACGTTTAGGAATAGAATCTGGAAGCAGTCAAGTTCAAGTAGATGATTACTTAGAGGAACATATGGAGGTTTTGCTTAAAGAAAAAATTCCCATGATAAGTACTGCATTTGGTATGCTTTCAGACGAACAAGTTATGAAATTGAAAACGAATCGAGTTACGTTATTGGGAATGGCAACGAATGTGGAAGAAGCAAAACAGTTAGAAGAAGCTGGATACGATATTATTGTTGCCCAAGGAAGTGAAGCTGGTGGACATCGAGGCACATTTAAAATTACCGACTATCCAGAGGGGTGTAATATTGGCTTAGTCGCTTTGCTAAGCTCTATAAAACAACACGTAAAACTCCCGGTTGTTGCTACTGGTGGAATTGTTAGTAAAGAACAAGTAGAGGGACTATTTAAAATGGGAGCGGAAGCAGTGCAGATTGGCACCCGTTTTCTTCTAGCGAAAGAAGCTGGGACAGCGCCTTCCTATAAAGCAGCTCTTCTTGCTGCTAGTGGAGAGGACACGGTGATTACTACCTTTTTCTCTGGTAGACCAGCAAGAGGAGTTGCCAACACATTTACTAGAGAGTTAAAGAAAAAACAAATGAAAGCATTGCCGTTTCCGATTCAAAATGCGTGTACAAAGGATATACGAAAAGCGGCTAAAGAACAAAATAATGCCGCTTATCAGTCATTATGGGCTGGGCAAGGCGTTGGACAATTGAACCAAGAAGAAACCGTAAAAGATATTTTAGTTTCTTTGCTCTAA	MNRFLEKTKVKLPIIQAGMAGGITTPELVATVANEGGLGTIGAGYMTPEALQRSIQQVKQLTKQPFAVNLFATNLQATSNDLEPMQSALDVFRKRLGIESGSSQVQVDDYLEEHMEVLLKEKIPMISTAFGMLSDEQVMKLKTNRVTLLGMATNVEEAKQLEEAGYDIIVAQGSEAGGHRGTFKITDYPEGCNIGLVALLSSIKQHVKLPVVATGGIVSKEQVEGLFKMGAEAVQIGTRFLLAKEAGTAPSYKAALLAASGEDTVITTFFSGRPARGVANTFTRELKKKQMKALPFPIQNACTKDIRKAAKEQNNAAYQSLWAGQGVGQLNQEETVKDILVSLL	PGPT0006800_2706	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
AK148_02972	1281			hypothetical protein	ATGAAGATGAAAATAGCGGTATTTAGCCCAAGAGCAATGCTAGACCGAGTTAAAAAAGTAGTACCTGTCGATAAAGAACTTGATTTTATGTTCTTTCCTTATGTCAGTTTGAAAGAAATGATCCACTTAGTTGAAAAGGCGTATGTTTGTGATATTTTCTTTTTCACGGAACAAGTTTCCTATTTGTATGTAAAAAGTAAAGTTGAAAAGAAGGAACCTCCTTGTATCCATCTTCCTCTAGATGAATACATGCTCTTAACAACATTATGTTTGTTGAAAAAGAATAACGAACAAGTTTGGAAGCGCATTTCTATAGATGTTTGCAATGATAAACCCGTCTATAAAGTGTTTTCAGAATTACATTTGCAAGACAATGATATCTATTTATTACAAACGAAGGAATCCATGTTACATCATTTGCAACCCATTATTGATTATCACGAGAAGCTATGGGAAGAGGGAAAAATAGATTATGTCGTGACATCATTTGAAGAAGTAAAAGATACGTTAAAACAAAAAAATATCCCTGTTCAAAAGATGCACACACCTACATTAAATATGGAAATGGCTATGGAGGAAGTAAAACAAGTAGTAAAACTTCAAGATTATCAAGCGAATACGACCCAAGTTGTCATAGGGTATATTCAGTTAAAGTCAAAAGAAGCCAAAGTACAATCCTTTGACAGTAACGAACAATTAAAAAAAATTATTCATGAATTTGCCCAAGAAAATCATGCATGTGTCATTACAAATAAACATAATCATATGATGTTATTCGGAACAAATGCTTTGCTAGCGTACATAAGACAGCATTACCGTGACTTTCCTTTACTCCATGTCATTGAACGACGGTCACAACTCCCTGTCGCTATTGCGTTTGGTATCGGGCTGACAGCAAACACCGCAAAGGAGAATGCAAAAGCAGCTTTAAAAGCTTGTTTGGATACACAGGAGAGTAAATGTTTTTTAGTAAATGAAAACAAAGTGATGATTGGCCCTATAGGTGAGACGAAAACATTTGATACATCAAAACTATATCAAGCACTGATTCATAAAGCGCGATTAAACAATGAAATTTCTTATAATTTCATCCAATTCATAACATTACGCAATAACGAACCGTTCTCTTCCAATGATTTCGCTTCGCATTATCAAGTTACGAAACGAAGTGCTGAGCGTACAATTAATAAACTTTTATCAGGCAAAGTGATCAAAGTAGCCGGAGAGGAAAAACCGTATGTAAGAGGGAGACCAAGAAAACTTTTCAATTTGAACATATAA	MKMKIAVFSPRAMLDRVKKVVPVDKELDFMFFPYVSLKEMIHLVEKAYVCDIFFFTEQVSYLYVKSKVEKKEPPCIHLPLDEYMLLTTLCLLKKNNEQVWKRISIDVCNDKPVYKVFSELHLQDNDIYLLQTKESMLHHLQPIIDYHEKLWEEGKIDYVVTSFEEVKDTLKQKNIPVQKMHTPTLNMEMAMEEVKQVVKLQDYQANTTQVVIGYIQLKSKEAKVQSFDSNEQLKKIIHEFAQENHACVITNKHNHMMLFGTNALLAYIRQHYRDFPLLHVIERRSQLPVAIAFGIGLTANTAKENAKAALKACLDTQESKCFLVNENKVMIGPIGETKTFDTSKLYQALIHKARLNNEISYNFIQFITLRNNEPFSSNDFASHYQVTKRSAERTINKLLSGKVIKVAGEEKPYVRGRPRKLFNLNI				NA	NA	NA	NA	NA
AK148_02973	3165	rapA_2		RNA polymerase-associated protein RapA	TTGAAAACAATTCGTGATATTAATGTGGAAAGCTTATTTCCATCCGCCATATATAAACGAGGTTTGAAATATTACAAGCTAGGCCGTGTCAGTGATCCATTATTTGATAGGAATCATCAAGAATGGTCAGCGATCGTAGAAGGCACGGAGAAATATGCCGTTGAAATTCACGCGAAAAATTTTGCCAACGGCTCAATAGGTACGTATTGTAATTGTCCCGCATTTGATACGTATGGTACGTGTAAGCATATCGCTGCGGTATTAATTAAAATTGTTAATCAAAAGCATGATCCTGCAGATCAATTTTCAGCCTATAACTATCGTTTAACGCAAAACTTTATGGCTGCATTAAATAGTCTTCCGCCAACAGAGCAAATGAAAGCACCCGCACCGAGTCAAGTTGAACTCAAAGTGGAGTATATTTGCAAATTAGATAATCAGGACCAATTGCAATTGGAATTGAAAATTGGTGAAAAACGGTGTTATATCATTAAAGATGCTGCTTCTATGTTAGAACATATTATGGAAAAAAGGGAATACCCACTAACGAAGCGTTTTTCTTATGTTCCGGAACTGCATTGTTTTGCCCAAGCAGATATGGATATTCTTGTTCAGTTACATGCTATTTTGCAGAATGAGCGTATTTACCGTACGGATGATCGTTTTTTCTATAAAGATAGCAAACGGTATATCATTATCCCTCCACTAGAGGCGAAAATGTTGCTGGAGAAACTCGTATCACGATCTTTCTTTGTAGAGACAATGAAGGAAACGTACTCCACTGTAACTGTGGAAAAAGAGGTCATGCCGTTTGACTTTTCTTTGTCAGCGCATAATCGAGATGAATTATTATTGAAAATGGACCCACTACATGATGTATTCTTTCTTCCTTACTATGATCTGTTGTTTGCCGATGGCGTATTTTATATCCCTAGTGAATATCAAGCCCCTATCATGAATCAGCTTCAGCGCTTTCAAAATCATCATTGGCGGTTACCTGTTGCCAAAAATCAAGCGGATGAATTTGTGTCTACGGTTATTCCATCGTTGCAAAAGGTAGGTAACGTTTCGATAGCGGAGAATGTTGCTAAAGACATTGTGCAATATCCACTGGAAGCAAAACTTTATTTAGAAGTGAAGGAAGCTTTTATAGCCGGGAAATTGGAATACCATTATGGGTCTGAACAAATAGATCCTTTTGGCAAACGGGAAGCGAATGAAGTTATTATTATTCGTGATGTGGAAAAAGAACAGCAAATTATGCAACTCATTGAATATGCAGATTTTCACTATAACGGTAAAGAACTTTATATTCCTATAAATGATGAAGAAGCGATGTATGATTTCATTTATTATACCATTCCAAAGTTAGATGAGTATGTAGAATTGTTTTTAACATCGGATATTCGTAACTTGATCGTAGAACAGGAGCCTACAGCCTATGCGAATGTAGAAGTAGATCATGCTTCCAACTTATTAGATATTGGGTTTGATATTGAAGGTGTTGAAGAGTCGGAAATTAAGCAGATTCTATCCGCTGTTGTCGAAAAGAAACGGTATTACCGTCTAGATAGTGGAGCATTGGTCTCTTTGGAGAATGATACATTTTTATCTGTGCAACAGTTTTTTGAGGATATGGATATCGATAAAGCTGCTATCAAAGATGGAAATATGCAAGTACCCGTCTATCGTGGCGTACAAATTGATGAGCTTTTACAAACCGATAAAAATTATGATCGCTCATTCCGCAAGCTGTTGCATCATTTAAAATCACCGGAAGAGCAAGTGTATCCACTTCCCGATAAGCTTCAAGCAGAGCTGAGAAATTATCAAGAGGCTGGTTACCAATGGTTTAAGTCGTTAAGTGAATATCATCTAGGGGGAATCTTAGCAGATGATATGGGACTGGGAAAGACGCTACAAAGTATTGCATACATTGCATCAGAGCCAAGCAAACAGCCGCATCTAATTATTGCTCCATCTTCTGTCGTATATAACTGGAAAAATGAATTTGCTAAATTTGCTCCCGACTTGCAGGTGGCTATTTTAACAGGTACACCACAAGAACGGAAACAGAAGTTTGCTGATTCAAAGCAGATGGACGTTTGGATTACGTCTTATGCTACAGCTCGGCAGGATGTAGAGCTGTATAAAGAAATCCGTTTTCAAACACTCATTCTTGATGAAGCACAATATATTAAAAACTACGCAACAAAAACATCCAAGGCAATTCGCAGCCTGCAAGCAGGACGTCGTTTTGCTTTAAGTGGTACACCAATTGAAAATTCTATTGATGAATTATGGGCTATATTTCAAGTGATTCTACCGGGCTTAATGCCAAATCATAAAACGTTTAAACAGCTCCCTTATGAGAAAATCGCGCTAATGACAAGACCGTTTATTTTACGACGGTTGAAGGGGGATGTTCTGCATGAACTCCCGGAAAAAATTGAAACAGTGCATAGCTCGGAATTGACAAAGCAGCAAAAGGATTTATATATTGGCTACCATCGTCAGTTGCAACAAGAAGCGGTGCAATCCATGAGTGAAAATGGCTTTCAAAAAAGTCGGATGAAAATTTTAGCTGGTCTTACGCGCTTACGACAGATTTGCTGTCATCCATCGTTGTTTATTGAAAATTATGAAGGAGACTCAGGCAAGCTAGAGCAGTTAATGGAAACGGTCCGGAATGCAAAGGAAAGCGGCAAACGGATGTTGATCTTCTCTCAGTTTACATCCATGCATGAGATTATTAAGGATGAGTTAGAGAAAGAGCAAATTGGCTATTTTTATTTACATGGACAAACACCGTCACAGGAAAGAGTAGAAATGAGTGAACGGTTTAATAATGGGGAAAACGATGTGTTTTTAATTTCCTTAAAAGCTGGCGGTACTGGTTTGAATTTAACCGGTGCAGATACGGTTATTTTGTATGATTTATGGTGGAATCCGGCAGTAGAGGATCAGGCTACTGGTCGGGCGCATCGTTTTGGGCAAAAAAATGTCGTGCAGGTGATTCGTTTAATTACGGAAGGAACCATTGAAGAGAAAATATATGAGTTACAGCAGAAAAAACGCGAATTAATTGATCAAGTCATTCAGCCAGGTGATGCCATGTTCTCTAGCTTAAATGAAGATGATGTTCGTGATCTTTTAAATATATAA	MKTIRDINVESLFPSAIYKRGLKYYKLGRVSDPLFDRNHQEWSAIVEGTEKYAVEIHAKNFANGSIGTYCNCPAFDTYGTCKHIAAVLIKIVNQKHDPADQFSAYNYRLTQNFMAALNSLPPTEQMKAPAPSQVELKVEYICKLDNQDQLQLELKIGEKRCYIIKDAASMLEHIMEKREYPLTKRFSYVPELHCFAQADMDILVQLHAILQNERIYRTDDRFFYKDSKRYIIIPPLEAKMLLEKLVSRSFFVETMKETYSTVTVEKEVMPFDFSLSAHNRDELLLKMDPLHDVFFLPYYDLLFADGVFYIPSEYQAPIMNQLQRFQNHHWRLPVAKNQADEFVSTVIPSLQKVGNVSIAENVAKDIVQYPLEAKLYLEVKEAFIAGKLEYHYGSEQIDPFGKREANEVIIIRDVEKEQQIMQLIEYADFHYNGKELYIPINDEEAMYDFIYYTIPKLDEYVELFLTSDIRNLIVEQEPTAYANVEVDHASNLLDIGFDIEGVEESEIKQILSAVVEKKRYYRLDSGALVSLENDTFLSVQQFFEDMDIDKAAIKDGNMQVPVYRGVQIDELLQTDKNYDRSFRKLLHHLKSPEEQVYPLPDKLQAELRNYQEAGYQWFKSLSEYHLGGILADDMGLGKTLQSIAYIASEPSKQPHLIIAPSSVVYNWKNEFAKFAPDLQVAILTGTPQERKQKFADSKQMDVWITSYATARQDVELYKEIRFQTLILDEAQYIKNYATKTSKAIRSLQAGRRFALSGTPIENSIDELWAIFQVILPGLMPNHKTFKQLPYEKIALMTRPFILRRLKGDVLHELPEKIETVHSSELTKQQKDLYIGYHRQLQQEAVQSMSENGFQKSRMKILAGLTRLRQICCHPSLFIENYEGDSGKLEQLMETVRNAKESGKRMLIFSQFTSMHEIIKDELEKEQIGYFYLHGQTPSQERVEMSERFNNGENDVFLISLKAGGTGLNLTGADTVILYDLWWNPAVEDQATGRAHRFGQKNVVQVIRLITEGTIEEKIYELQQKKRELIDQVIQPGDAMFSSLNEDDVRDLLNI				NA	NA	NA	NA	NA
AK148_02974	765	yxdL_2	COG1136	ABC transporter ATP-binding protein YxdL	ATGGCACAATCTGTCTTACAAGTAAACCATTTAAATAAAGTATATGGAAAAAGGAAAGAAACACAATATCACGCCTTAAAAAATATTTCATTTGCCATGAAACAGGGTGAATTTGTTGGTATTATGGGGGCTTCTGGCGCCGGAAAAACGACACTGTTAAACGTAATCTCTACTTTGGATCAAGCATCTAGTGGCTCTGTAAAAATTGCCGGCACAGATATTACGAATATGAAACAGAATCAATTAGCCGATTTTCGTTCGCAACAGCTTGGCTTTATTTTTCAGGATTTTAATCTATTAGAAAATCTGACTGTTTATGAAAATATTGCTTTACCTTTATCTTTACAAGGCGTTGCGGTGAAAAACATTAAACCAAGCGTACTAAAAGTGGCCAAAAATCTCGGGATTGAGGAAATTCTCCCGAAATATCCTGTAACCATATCCGGAGGGCAAAAGCAAAGGGTCGCGGCAGCTCGCGCGCTTGTACATGAACCTGCCCTCATTCTTGCAGATGAGCCTACGGGCGCATTGGATTCGAAAAACGCAAAAAGCTTAATGGAAACATTCGTTCATATGAATGAAAATCTCGGTACATCCATTATGCTCGTAACGCATGATCCTTTAAGCGCAAGTTATTGTCAACGTATCTTATTCATTCAAGATGGTCAGCTATATAAAGAAATACATCGTACTCATAAACGGAATGAATTCCATCAAGCTATTCTTGATGTCCTTTCTGAAATTAACAAACCAAATGAATGGTAA	MAQSVLQVNHLNKVYGKRKETQYHALKNISFAMKQGEFVGIMGASGAGKTTLLNVISTLDQASSGSVKIAGTDITNMKQNQLADFRSQQLGFIFQDFNLLENLTVYENIALPLSLQGVAVKNIKPSVLKVAKNLGIEEILPKYPVTISGGQKQRVAAARALVHEPALILADEPTGALDSKNAKSLMETFVHMNENLGTSIMLVTHDPLSASYCQRILFIQDGQLYKEIHRTHKRNEFHQAILDVLSEINKPNEW	PGPT0013345_3130	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
AK148_02975	1869	bceB	COG0577	Bacitracin export permease protein BceB	ATGTTAGTTAAATTATCTCTATCCAGTATGCGAAAAATGTTTAAAGACTATTTAGTATTATTATTTGGATTAACGGTTTCCATTGCGATTTTTTATATGTTTCAAACATTAGCTCAAAATGAAGCTTTTGTGGAAGCAAATAAAATGATTAGTGCAACCATGTTTGTCTTCCATGTTGGAACATTTATTCTTGGGTTTATTACGATTTTTTATATTTTTTATGCCACCTCGTTTATTCAAACATTGCGTCAAAAGGAAATGGCGATGTATCTAACATTAGGGGCAAAGAAAAGTAAAATTACGCAACTCATGTTTATGGAGACACTGTTTATTGGAATCGTTTCGTTAGTCATTGGTATCATCATCGGCATGGGGTTAACAGCGGTTATTGCTGATGTACTTATGGATATGCTTGATTTCTCAGCAGAAGCCACGGGGTTTAAAGCGATTTATACTTCTTCGATCATTACAACTGTTATCTTTTATATCATTTTGTTTTTATTAACATCCATTGTCAATGCTTGGCAAATTGGCAAGAAAAAGGTGCTTGATTTATTACAAGCGAACAAACAAGAAGACGTTATTAAAACAAGCGGTTTGAAAACTTTTTTTGGTGTGTTAGTTTCGATTATTTTAATGGTGATTGGCTACTACACCATGATTCATATTGCTAAATTTCAACATTTCGGAGTTATCCTAGCTACCATCACGATCGTGCCAGGGACATACTTCATCTTTATTTCGTTTTTGCCATACTTTGTGAAAAAATTAAAACAAAACCGCATGTTAAATGAAACAGGCATTAACTCATTTACACTAGGGCAATTACGATTTCGAATGCTTAACTTAACCAAAGTGTTAGGAACAGTAGCCATGTTAATTGCACTTGGTTTAGGTGCGATGACAGCTGGACTTTCGTTCTATCATAATATAGAACTTCAAGCCTCTAGCTTTCAAGCAAATGATGCAGCAATCTATGAACCAACCAAGGAAGATATAGACACCATCGAGGCCATGGACGTCAGTGAAAAAAATACGTACGAATATAAATTGACGAATGACGGGGTGTTCTTTCTTAAAGACAGTCTGTTAGAGAAACCACCTCTAGTTCCTCATTTCGATAGATCAATGGAAGCTATATCTGATATTCAAATAAGACGCGTGGAAGAAAAACTACCTGCTTCTCTGTATACAATGGATGGCACAGAAGGGGAAGAACTTCCAGATAAATGGTTGAACGCTATCTCTCTAGAATTAAATGCAAGCTATACGATGTTTGGCGAGAGAACGGTTTATGTCGTTGATCAAAGTCATTATGAGAACGTAGATGCAAAAGAAAAACAGGTCATAGTAACGAAAACAGACGACTTTTCCAAGCATGTGTCTTCATTCAAGCAACTGGAAGAAAGACAACAAGAAGTAGCAGAAAGTTACGTAGGTAAACCTGTGGATAATGTGGGTGGAAAATATAATAATTACGTTAGTTTAAAAAGTTTTTCCAGCGGCACCGTCTTTATGGGAATTTTCCTCGGAATTGCCTTTTTAATGATGATGGCGAGTGTGCTTATGTTTAAACTGCTATCAAGTGCTGGAGCAGATATCGAGCGCTATCACATGTTACGTAAAATTGGTGTACGTCAGTCATTATTACAACGATCCATTTATCGAGAATTATTTCTACTATTTTTGTTCCCAGCCATTATTGGGCTTGTTCATGTCTTAATCGGTATGCAAATGTTCTCTTTTATCTTAGTAGAGCCATATACAAAAGTATGGCTACCAATTAGTATTTTCTTCGTTATCTATGGTTTATATTACGTGATTACAGTCCAATTATATAAACGGATTGTTTTACCAAAACATCATTAA	MLVKLSLSSMRKMFKDYLVLLFGLTVSIAIFYMFQTLAQNEAFVEANKMISATMFVFHVGTFILGFITIFYIFYATSFIQTLRQKEMAMYLTLGAKKSKITQLMFMETLFIGIVSLVIGIIIGMGLTAVIADVLMDMLDFSAEATGFKAIYTSSIITTVIFYIILFLLTSIVNAWQIGKKKVLDLLQANKQEDVIKTSGLKTFFGVLVSIILMVIGYYTMIHIAKFQHFGVILATITIVPGTYFIFISFLPYFVKKLKQNRMLNETGINSFTLGQLRFRMLNLTKVLGTVAMLIALGLGAMTAGLSFYHNIELQASSFQANDAAIYEPTKEDIDTIEAMDVSEKNTYEYKLTNDGVFFLKDSLLEKPPLVPHFDRSMEAISDIQIRRVEEKLPASLYTMDGTEGEELPDKWLNAISLELNASYTMFGERTVYVVDQSHYENVDAKEKQVIVTKTDDFSKHVSSFKQLEERQQEVAESYVGKPVDNVGGKYNNYVSLKSFSSGTVFMGIFLGIAFLMMMASVLMFKLLSSAGADIERYHMLRKIGVRQSLLQRSIYRELFLLFLFPAIIGLVHVLIGMQMFSFILVEPYTKVWLPISIFFVIYGLYYVITVQLYKRIVLPKHH	PGPT0013350_10833	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004	NA	NA
AK148_02976	1182	yhhS		putative MFS-type transporter YhhS	ATGCCAGCACAACCTATGGCAGAGACAAAACAGGAAAAAATATGGACACGTGACTTTATCCTTATTTGTCTCGCTAATTTTTGTATATTTTTAGGATTTCAGATGACGCTACCTACGTTACCTTTATTTGTAAAAGAACTTGGTGGTAGTGATCAATTGATCGGTATTATTGTTGGAATATTTACATTTTCAGCATTGGTAATGCGACCCTATGCAGGGCATGCATTGGAGTCAAAAGGTAGACAATTTGTATATATGTTCGGATTACTTATCTTTGTTGTATCTGTTGGTTCGTTTGCGCTTGTTTCCAGTATTGCCCTACTACTATTACTCCGCATCGTACAAGGGGTAGGATGGGGTTTTTCAACGACAGCTACTGGAACCATTGCAACAGATCTAATACCTCCCTCGCGTCGTGGAGAAGGGATGGGCTATTTCGGATTAGCTGGTAATTTAGCATTAGCTTTTGGCCCATCTTTAGGTCTAGCGCTTGTTGGTCAAATGAGCTTTTCTAGCTTTTTTCTCATATGTGCTTCAGCTGGACTTGTTGCATTAGTTCTATCTAGTAAAATTAAATATAAAAAAGTAGAGCAATCCCACAATAAAACAGTAGCTTTGAAGTTTGATATTTTTGAGAAAACGGCTATTCATCCGTCGTTATTACTGTTTTTTGTAACATTTACGTTTGGAGGAATTGCAACCTTCCTTCCTTTACATGCTGCAGAACAGGAAGTTGCTGGGATTGAAGGCTATTTTTTAATGTATGCTGTTTTCCTCATGATTTCCCGTACATTTGCCGGGAAAATTTATGATCAGAAAGGGCATTTATTTGTTTTTCTCCCTGGGACAGTGCTTATTTTTGGTGCTATGCTATTATTGGCTTGGCTTCCTAATACAACGATGATGCTTATTGCAGCTAGTTTATATGGGCTTGGCTTCGGAATGGTTCAACCTGCCTTACAAGCATGGGCGGTTGAAAAAGCTCCCGTAAATCGAAAAGGAATGGCGAATGCCACGTTTTTCTCCTTTTTTGATTTAGGTGTTGGTATGGGAGCCATTATCTTCGGGCAAATCGCCTTCTTATTTAACTATGGTGTTATTTATGTTGTAGCTGCAGGATCGGTATTACTATCCATGTTATTGTATTTGTATCTCGTATTCATTGCTGTACGTCATAAGTAA	MPAQPMAETKQEKIWTRDFILICLANFCIFLGFQMTLPTLPLFVKELGGSDQLIGIIVGIFTFSALVMRPYAGHALESKGRQFVYMFGLLIFVVSVGSFALVSSIALLLLLRIVQGVGWGFSTTATGTIATDLIPPSRRGEGMGYFGLAGNLALAFGPSLGLALVGQMSFSSFFLICASAGLVALVLSSKIKYKKVEQSHNKTVALKFDIFEKTAIHPSLLLFFVTFTFGGIATFLPLHAAEQEVAGIEGYFLMYAVFLMISRTFAGKIYDQKGHLFVFLPGTVLIFGAMLLLAWLPNTTMMLIAASLYGLGFGMVQPALQAWAVEKAPVNRKGMANATFFSFFDLGVGMGAIIFGQIAFLFNYGVIYVVAAGSVLLSMLLYLYLVFIAVRHK				NA	NA	NA	NA	NA
AK148_02977	243	ppaX_2		Pyrophosphatase PpaX	ATGATTGCGTTTTTTAATGTGAAAATTGCTGGAGATGGTGTAAGCCAACCAAAGCCACATCCAGAAGGAATTCATAAGGCATTAGAAAAGATGCAAATCCAACCTAATGTAGCAATGTTTGTCGTAGATAGTGAAGCAGATATTCAAGCTGGTTTAGAAGCGAATGTGTATACAGTCGGAGTTAAAGATACACAATGTCACTCTATTGCTGATTTTATGGCGTATATAAGCGAGATGCAATGA	MIAFFNVKIAGDGVSQPKPHPEGIHKALEKMQIQPNVAMFVVDSEADIQAGLEANVYTVGVKDTQCHSIADFMAYISEMQ	PGPT0001730_6762	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0001730-gph-K01091	NA	NA
AK148_02978	1326	malH_2	COG1486	Maltose-6'-phosphate glucosidase	ATGAAAGAATTTTCGATTGTAATAGCAGGTGGCGGAAGCACCTACACGCCAGGAATTGTAATGATGCTTTTGGATAATTTAGATCGCTTTCCTATTCGTACATTGAAACTATATGATAATGATGCAGAGAGACAGGCGGTATTAGGAGAAGCATTGGAAATTACGTTAAAGGAAAAGGCACCAGATATGGAGTATATTTATACTACCGATCCAGAAGAAGCATTTACAGACGTCGATTTTTGTTTTGCGCATATACGAACTGGCAAATATAAAATGCGTGAATTAGATGAGAAAATCCCGTTAAAGCACGGTGTGGTTGGGCAAGAAACGTGTGGACCAGGCGGAATTGCCTATGGGATGAGAAGTATTAAAGACATGATAGAACTTATTGATCTCATGGAGCAGTATTCGCCACACTGCTGGATGTTAAATTACTCTAACCCAGCAGCAATTGTTGCAGAAGCTTGCCGTGTTTTACGTCCAAATTCCCGCGTATTAAATATTTGTGATATGCCAGTAGGAACAGTACGAAGAATGTCACAAATTATTGGTAAAACACCAAAAGACCTTGACGTTCGTTATTTTGGCTTAAATCATTTTGGTTGGTGGACGAGTATCAAAGATAAAGAAGGAAATGAGTATTTACCACAAATTAGAGATTATGTAAAAGAACATGGGTACTTGACCCAAGTCGAAGTTGATACACAGCATATGGACCCAAGCTGGCAGGAGACGCATAAGAAGGCAAAAGATTTACTCGCAGTTGATCCGAGATTTCTACCAAATACGTATTTAAAATATTATTTCTACCCTGACTATGTTGTGAACCATTCTAACCCAGCATATACGAGAGCAAATGAAGTTATGGATGGCAGGGAAAAAGAAGTCTTTTCTACGGCAAGAGAAATTATTGCAAAAGGTACATCCTCAGGAAGTGAATTTTCCATAGGTAGTCATGCTTCATTTATTGTCGATCTTGCACGGGCTATCGCATTTAATACGTATGAAAGAATGGTAATGATTGTAGAAAACAATGGAGCAATTGCCAACTTCGATAACGATGCAATGGTTGAAGTCCCATGTCTCATTGGGTCAGATGGGGTGGAACCCTTAAATCAAGGAGAGATTCCAGAATTTGAACGAGCGTTAATGTATCAACAGGTAACAGTAGAAAAATTAGTTGTCCAAGCATATATAGAAGGTAGTTATCAAAAACTATGGCAAGCACTAACACTTTCTAAAACAGTACCAAGTGCAAAAGTAGCCAAAGAAATTTTAGACGATCTTATCGAAGCTAATCAAGAATTTTGGCCAGAGTTAAAATAA	MKEFSIVIAGGGSTYTPGIVMMLLDNLDRFPIRTLKLYDNDAERQAVLGEALEITLKEKAPDMEYIYTTDPEEAFTDVDFCFAHIRTGKYKMRELDEKIPLKHGVVGQETCGPGGIAYGMRSIKDMIELIDLMEQYSPHCWMLNYSNPAAIVAEACRVLRPNSRVLNICDMPVGTVRRMSQIIGKTPKDLDVRYFGLNHFGWWTSIKDKEGNEYLPQIRDYVKEHGYLTQVEVDTQHMDPSWQETHKKAKDLLAVDPRFLPNTYLKYYFYPDYVVNHSNPAYTRANEVMDGREKEVFSTAREIIAKGTSSGSEFSIGSHASFIVDLARAIAFNTYERMVMIVENNGAIANFDNDAMVEVPCLIGSDGVEPLNQGEIPEFERALMYQQVTVEKLVVQAYIEGSYQKLWQALTLSKTVPSAKVAKEILDDLIEANQEFWPELK	PGPT0014100_343	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0014100-glvA-K01232	NA	NA
AK148_02979	1602	malP_2	COG1263	PTS system maltose-specific EIICB component	TTGAAGCAGAAGATGATGGAAGCAATGCAACGTTTTTCCAAAGCAATGTTTATTCCAGTACTTATTTTACCCATTGCAGGTATTCTCATAGCTCTTGGTAATGTATTTACAAACCCACGATTACTTGAAATAATTCCGTTTTTAGATAATCCTGTCACAACTGGGTTTGGTTCCATTTTATCGGGTTCATTAGTTTCGATTTTAAGTAATTTAGGTTTAATTTTTGCTGTTGGTATAACTGTAGGCTTAGCAAAGAAAGAAAAGTCCGTAGCAGGATTTACCGCATTATTAGGATATTTAGTATTTGTGAATGCAATGAATAAATTTATGGAGCTAAGTGGTTTGCTTGTCGAAGCTGATTCCTTGCAAGGAACTGGACAAACATTAGTGTTAGGAGTCCAGATATTGGATATGGGAGTTTTCTTAGGAATCATGCTCGGTATTGTAACCGCATTTATTCATAATAAATTTATTGATACAGAATTTAACGGTGCTTTTCAAATATATGGTGGTTCCCGGTTTGTGTTTATCGTTTTAATTCCGGTTACCGTATTAATGGCAGTGCTTCTCACTTATATTTGGCCTATTTTTCAAAGTGGAATCAACAATCTTGGCACGTTGATTCAACACAGTGGGAATTTTGGTTTGTTTTTATACGGCATGTTGGAAAGGTTACTTATTCCAACTGGTTTACATCACTTAGTATATACGCCATTTCTGTACACCTCACTTGGTGGCGTAGCGGAAGTTGGCGGCCAGGTTTTAGAAGGGGCTCGTAATATTTACTACGCGGAAATTGCTGATCCAGCGGTCGCTCGTTTATCAGAAAGTGTTATCTGGGATGCACGTGGCATTGCGAAAATGTTTGGTTTAATTGGAGCATGTTTAGCGATGTATCATACAGCCAAACCAGAAAATAAAATAAAAGTAAAAGCAATTTTAATTCCAGCTGCATTTACTTCTTTTATTGCCGGAGTTACAGAGCCAATAGAGTTCTCCTTTATGTTTGTGGCACCAATTCTATTTGTTGTCCATGCTGCTTTAAGTGGTTTAAGCATGGTGGCTTTAAACTTATTAGATGTTCGTGCAATTGGACCAAATGGCATGATTGATTTTCTATTGTTTAATGTCCCACTTGGCTTTGAGAAAACAAGTTGGCCGATGTATATCTTCGTCGGAATCCTATTCTTTGTTATCTATTATGTAGTATTTCGTTTCTTAATTACAAAATTTAATTTCAAAACAGTAGGACGTGAAGATACAGGCAAAGAAGCGAAATTGTACTCGAAACAAGATTACAAAGAAAAGAAGCGTAAAGGTAAAGCAAAAGACGATACAAATACGGCGAACGCCGATATGGCAAGCTTGATTGTAGAGGCTCTTGGCGGGGCAGAAAATATTGATACCATAACAAATTGTTATACGAGATTGCGACTCACATTGCGCCAACCAAACTTAGTGGATGAAGAAACATTAAAAACAAAAACAGGAGCAAGTGGTGTCATTGTTAAAGATAAAAACGTTCAGGTGGTGTACGGTTTACAAGTAACGACTGTGCGTAAATCTGTGGATAATTATTTAGGTAGAGAACAAACAGAATAG	MKQKMMEAMQRFSKAMFIPVLILPIAGILIALGNVFTNPRLLEIIPFLDNPVTTGFGSILSGSLVSILSNLGLIFAVGITVGLAKKEKSVAGFTALLGYLVFVNAMNKFMELSGLLVEADSLQGTGQTLVLGVQILDMGVFLGIMLGIVTAFIHNKFIDTEFNGAFQIYGGSRFVFIVLIPVTVLMAVLLTYIWPIFQSGINNLGTLIQHSGNFGLFLYGMLERLLIPTGLHHLVYTPFLYTSLGGVAEVGGQVLEGARNIYYAEIADPAVARLSESVIWDARGIAKMFGLIGACLAMYHTAKPENKIKVKAILIPAAFTSFIAGVTEPIEFSFMFVAPILFVVHAALSGLSMVALNLLDVRAIGPNGMIDFLLFNVPLGFEKTSWPMYIFVGILFFVIYYVVFRFLITKFNFKTVGREDTGKEAKLYSKQDYKEKKRKGKAKDDTNTANADMASLIVEALGGAENIDTITNCYTRLRLTLRQPNLVDEETLKTKTGASGVIVKDKNVQVVYGLQVTTVRKSVDNYLGREQTE	PGPT0016905_177	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION	PLANT_DERIVED_MALTOSE_DEGRADATION,PGPT0016905-malX-K02791	NA	NA
AK148_02980	756			hypothetical protein	TTGATTGATATTAGTAAGTTAATTCAAGGGAAAAATGTAACAGATTTAGATATTCAATTGTTGAGCTATATTGTTGAAAATATGGATCATGTCTTGAAGCAAGGAGTTCGTCACATCGCCAAAGTGAATTATACTTCTCCAGCAACCATTATTCGTTTGTCCAAGAAGCTTGGATATACAGGATTTGTAGATATGTATTACCACCTTTTACCGCTAGTTAAAGAGGTGGATGAAAAGAAGGGAAATGTAGAAGATGATTTTCCAGAGATTACTACAAAGGAATTTATCGATTGCAACGGGGTGGAAACAATCCATCAATTTATCGATAAAGTCATGCAGATGGAGCAAACCTATATCTTTTTATACGCAACTGGTTTTTCGGCTATAGCTGCTGAATATTTATACAAAAAGTTATTAGTGCTAGGTAAGAAAACGATATTAGCTAGTGGTATGGATTCAATAGGTGTATTTGAAAATAATTTGGATCATATTGGTGCACTTGTTGTGATTTCTAAATCGGGTGAAACACAGCAAGTCATTGATAAACTAGTTGCTGCTAAAGAGCATAACATATTTACTGTTTCCTTCACCAAAGAAATAGACAACCGCATCGCCAACATATCGGATTTGAACTTTAAAATCATCGATAATAATAAGCTAGATGATCGAAATATGTTGCCTAATATTTTTTTCCCTAGATTATTAATGGCTTTTGAGCTTATTTTAAAGGAATACTTAAAAACAAATGCTAGATAG	MIDISKLIQGKNVTDLDIQLLSYIVENMDHVLKQGVRHIAKVNYTSPATIIRLSKKLGYTGFVDMYYHLLPLVKEVDEKKGNVEDDFPEITTKEFIDCNGVETIHQFIDKVMQMEQTYIFLYATGFSAIAAEYLYKKLLVLGKKTILASGMDSIGVFENNLDHIGALVVISKSGETQQVIDKLVAAKEHNIFTVSFTKEIDNRIANISDLNFKIIDNNKLDDRNMLPNIFFPRLLMAFELILKEYLKTNAR				NA	NA	NA	NA	NA
AK148_02981	855	ybbH_2	COG1737	putative HTH-type transcriptional regulator YbbH	ATGGATCAAGTCAACCAACACGGTTTAGCGCGTATTCGTAGCAATTATAGCCGGTTAAGTGAGAAAGAGAAGAAAATAGCTGATTATATTTTGCAACATCCGAAAGCAATTATTCATCATACTATTAATCAAATTGCAGATGAATTGGAGGTTGCGGATTCAACGGTGTTTCGTTTTTGTCAGCGCGTGGGTTTTAAAGGGTACCAAGCTTTAAAAATTGCACTTGCTGCTGAAATGGCGGCACCCGTCACAGATATTCACGAAAAAATCCGAGCTGGCGATGACGTAGGAACGGTTAGTGAAAAAGTTTTTCGTTCAAACATGAATACACTAGAGGATACGTTAAAAGTAATGGATCAAAAAGCTTTATATGATGCTGTTGCAGCATTAATTGTAGCTGAAAAAGTAGAATTTTTTGGGATAGGTGGGTCAGCCATTGTATCCATCGACGCTTATCATAAATTTCTTCGTAGCGGCATGCAAGTGCACGCAAATTTGGATGCGCATATGCAGCTAATGGCAGCATCACAATTAAGTGCTAAAGATGTGGCTGTTATTATTTCCCACTCTGGTTCTACCAAAGATATTATGGATATACTACATGTTTTAAGGGATAAAAATGTCACGATTATTGCAATAACAAACTTTGCTAAATCCACATTGAGCAAACAAGCAGATATTTTACTTTATACCGTCTCAGATGAGACAGAATTTCGACCTGAAGCATTATCGTCACGAATCGCAGAGCTGACAATAATTGACGCATTATATACAAATGTAATGCTTGCCAAAGGAGAATCCGCTCAACAGGCACTACAAGATATGCGAAAGGCAATTGCTTTAAAACGTTTATAA	MDQVNQHGLARIRSNYSRLSEKEKKIADYILQHPKAIIHHTINQIADELEVADSTVFRFCQRVGFKGYQALKIALAAEMAAPVTDIHEKIRAGDDVGTVSEKVFRSNMNTLEDTLKVMDQKALYDAVAALIVAEKVEFFGIGGSAIVSIDAYHKFLRSGMQVHANLDAHMQLMAASQLSAKDVAVIISHSGSTKDIMDILHVLRDKNVTIIAITNFAKSTLSKQADILLYTVSDETEFRPEALSSRIAELTIIDALYTNVMLAKGESAQQALQDMRKAIALKRL	PGPT0017985_943	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017985-hexR|yebK-K19337	NA	NA
AK148_02982	900		COG1023	6-phosphogluconate dehydrogenase, NAD(+)-dependent, decarboxylating	ATGAATATTGGTATGATTGGCTTAGGAAAAATGGGATATAATTTAGCACTTAATTTACTCGACCATCAACATAATGTACTTGGCTTTGACACGAACGAAGCACAAAGAACTTCCATCACACATGCAAATTACGAAGCTACATCCTCCATCGAACATCTTGTAGAACAATTACCTAGTCCGCGTATTATATGGTTAATGGTTCCAGCTGGAGAAGTGACAGAAAATGTCGTACAAAAAATGACAACATTACTTGATAAGGGTGATATTTTAATTGATGGCGGTAACTCCAACTATAAAGATACATATAAACGCAAAGAAATGTTAGACGATAAAGATATCTTCTTCTTTGATTGCGGTACGAGTGGAGGAACAGATGGCGCTAGAAACGGCGCTTGTACGATGATAGGTGGAGATGCTGAAGCATTTAAACAAATTGAACCACTATTTAAAGATATTTCCACAGAAAACGGCTACTTATACACTGGGGAAGCAGGCAGTGGTCATTTCTTAAAAATGGTTCACAATGGAATGGAATATGGTATGATGCAAGCCATCGCAGAAGGGTTTGATATTCTTCATAAAAGTGAATTTGACTATGACTACGAAAAAGTGGCTAAGGTATTTAACCATGGTTCGGTCATTCGTTCTTGGTTAATGGAACTAACACAACAAGCATTCTCCAAAGATGCTCAATTGGATCAAATACGTGGTATTATGCAATCTTCCGGTGAAGGAAAATGGACGGTGGAAACAGCTCTAGATTACCAAGTAGCGGCACCAGTTATTGCGCTTTCCTTAATGATGCGATATCGATCTCTTGAAGATGATACGTTTACAGGCAAAGTGGTAGCAGCACTACGGAATGAATTTGGCGGTCACGATGTGATTAAAAACGACTAG	MNIGMIGLGKMGYNLALNLLDHQHNVLGFDTNEAQRTSITHANYEATSSIEHLVEQLPSPRIIWLMVPAGEVTENVVQKMTTLLDKGDILIDGGNSNYKDTYKRKEMLDDKDIFFFDCGTSGGTDGARNGACTMIGGDAEAFKQIEPLFKDISTENGYLYTGEAGSGHFLKMVHNGMEYGMMQAIAEGFDILHKSEFDYDYEKVAKVFNHGSVIRSWLMELTQQAFSKDAQLDQIRGIMQSSGEGKWTVETALDYQVAAPVIALSLMMRYRSLEDDTFTGKVVAALRNEFGGHDVIKND	PGPT0017385_4437	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
AK148_02983	1554	xylB	COG1070	Xylulose kinase	ATGACTGCATCAGCTTATTATTTAGGCGTCGATATTGGAACTACAAGTACAAAAGCGGTTTTGTTTACAAAGAACGGAAAAGCAATTAGCAAAAGTGCCGTACATTACCCGTTACATACACCAAATCCTTTAGTAGCCGAACAAGACCCTAACGAGATTTTCCAAGCTGTGGTAACAACAATTAAAGAAGCCATGCAAACAAGTAAGATTCACCCAAAAGCTTTAAAATTTGTCGCTTTTAGTTCTGCCATGCATAGTTTGATAGCTGTAGATGAGGTAGGAAATTTATTAACAAATAGCATTACTTGGGCGGACACAAGAAGTGCTCCATATGCTAAAGAGATAAACGATAATAAAAATGGGCATGAAATCTATTTAAGAACAGGAACGCCGGTACATCCCATGTCGCCGTTAGCCAAACTATTATGGTTACGAACAGAAGAACCAGCACTGTTCCAACGAGCGCATAAATTCATCTCGATTAAAGAATATATATTTTCTCGTTTATTCCATTCCTATGTAATTGACTACTCCATTGCTTCGGCAACCGGTTTATTGAACCTAGAAGCATTAGATTGGGATGAGGAAGCATTACAAGTAGCAGGGATAACCCCAGAAAACCTGTCCACCCTCGTGCCTACTACCAAGACATTTACTGGTGTAGACGAAGTTATTTGTAAAGAAATAGGAATAGACGTAAACACGCCGTTTCTCATCGGAGCAAGTGATGGTGTGCTTTCCAATCTCGGTGTCAACGCAATTGAATCTGGCATTACTGCGGTTACGATTGGAACAAGCGGTGCGATACGTACAGTCACCGACAAACCAAAAACAGATCCATTGGGTAGAACTTTTTGCTATGCATTAACAGAAAAGCATTGGGTTATTGGCGGACCCGTTAATAATGGCGGAATGATTCTACGTTGGGTACGGGATGAACTTGCAGCTTCTGAAGTAGAAACAGGCAAACGATTAGGTATGGACCCCTATGATGTACTAACGAAAATGGCGGAAGGTGTAGCACCAGGTTCTGACGGGCTTTTATTTCACCCATTTATGACGGGAGAACGTGCACCACTTTGGGATGCTAATGCACGTGCTTCTTTCTTCGGGTTAAGCATTCATCATCAAAAGCAACATATGGTACGCGCCGTACTAGAGGGGGTTATGTTTAACTTACGTACCGTTTTACTTGCAGTCACTGCATTGACAGGAGAGCCAAAACAAATCCAAGCGACGGGTGGCTTTGCTCGATCAGCCATGTGGCGTCAACTAATGGCCGATGTCTTCCATAAACCTGTTGTCGTACCAGAAAGCTATGAAAGTTCTTGCCTCGGCGCAATCGTATTAGGCATGTACGCTACAGGTGAGATTGATGACTTTTCAGTTGTTTCCGAAATGATTGGCGCTACACATACCCATCAACCAAATAAAGCTGCAAGTGCTGTTTACGAAGAGCTACTTCCGCTTTTCACCCGTCTATCTCAAGTTTTGAAAGCAGAGTATGAAAATATTGCGAATTTCCAACGCAAGCATGTAAACAATGCAGAATAA	MTASAYYLGVDIGTTSTKAVLFTKNGKAISKSAVHYPLHTPNPLVAEQDPNEIFQAVVTTIKEAMQTSKIHPKALKFVAFSSAMHSLIAVDEVGNLLTNSITWADTRSAPYAKEINDNKNGHEIYLRTGTPVHPMSPLAKLLWLRTEEPALFQRAHKFISIKEYIFSRLFHSYVIDYSIASATGLLNLEALDWDEEALQVAGITPENLSTLVPTTKTFTGVDEVICKEIGIDVNTPFLIGASDGVLSNLGVNAIESGITAVTIGTSGAIRTVTDKPKTDPLGRTFCYALTEKHWVIGGPVNNGGMILRWVRDELAASEVETGKRLGMDPYDVLTKMAEGVAPGSDGLLFHPFMTGERAPLWDANARASFFGLSIHHQKQHMVRAVLEGVMFNLRTVLLAVTALTGEPKQIQATGGFARSAMWRQLMADVFHKPVVVPESYESSCLGAIVLGMYATGEIDDFSVVSEMIGATHTHQPNKAASAVYEELLPLFTRLSQVLKAEYENIANFQRKHVNNAE				NA	NA	NA	NA	NA
AK148_02984	603			hypothetical protein	ATGAATAAAAAGACCATTTTAATTTTGTTTACCATAATATGTATTATCAGTTTATCAGCTTGTAATACAACCGATGAAGACCAAACAAAAGAAAAACAACAGTCCAACGAATCAGTAGAAACGGCTGGCGATATGGAGGAAGATGCTTCAAAGCAAATTTTTGTTTCATTAAAGGATCGCAAACAACGGGAAGTAGCTACAGCAACATTAACGCAGGAAGAAGATGGCGTACGTATTCAATTATCAGGACAAAATTTCACACCTGGAAAGCACGGTTTTCATATCCATGAGACAGGTGCATGCGAAGGACCTGATTTTAGTTCTGCTGGTGGGCATTTCAATCCCACAAACGTGAGTCATGGAAATGTTGAGGATGGTCCGCACGCAGGTGATTTGCCTAACGTTGAAGTGAAGGAAGATGGTACTGTGCAAGCTGACACATTAGCTGAAATGGTTACGCTTGAAAAAGGAAAGCCAAATTCATTACTAAAAGAGGATGGAACAGCCCTTGTCATTCATTCGGATGAAGATGATTACAAGTCACAGCCTGCAGGGAATGCAGGAGAACGCATTGCTTGTGGTGTGATTCAAGAAGGGGAATGA	MNKKTILILFTIICIISLSACNTTDEDQTKEKQQSNESVETAGDMEEDASKQIFVSLKDRKQREVATATLTQEEDGVRIQLSGQNFTPGKHGFHIHETGACEGPDFSSAGGHFNPTNVSHGNVEDGPHAGDLPNVEVKEDGTVQADTLAEMVTLEKGKPNSLLKEDGTALVIHSDEDDYKSQPAGNAGERIACGVIQEGE	PGPT0013181_717	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0013181-sodC|sod1-K04565	NA	NA
AK148_02985	378			hypothetical protein	ATGGGATTGTTTGATGGTATGATGGGTAATGCATCGGAAATGGACACAAAAAAAGCAGAGGAAGAAATAAGTGATCTATTATCTACAGGAGAGAATGTGGAGCACGCATACAAACTGATCCGCGACATGATGTTATTTACCAATAAACGACTAATTCTTCTTGATAAGCAAGGCGTTACTGGAAAGAAAATGGAATACCATTCTATTCCTTACAAAAACATTACGCACTTCTCCATTGAAACAGCTGGAACATTTGATTTAGATGCAGAACTTAAGCTATGGGTTTCTGGTAGCTCTGAACCGATTCAAAAAACATTCAATAAGCAACTCAACATTTATAACGTACAGTCCGTTTTAGCTAATTATGTATGTAACTAA	MGLFDGMMGNASEMDTKKAEEEISDLLSTGENVEHAYKLIRDMMLFTNKRLILLDKQGVTGKKMEYHSIPYKNITHFSIETAGTFDLDAELKLWVSGSSEPIQKTFNKQLNIYNVQSVLANYVCN				NA	NA	NA	NA	NA
AK148_02986	330			hypothetical protein	ATGCCAAAATTTCATAAACTTGTTCGTGATAAAATTCCAGAAATAATTGAAAGTAAGGGGCAAAAGGCAATTACAACAACACTTCATACGGAAGAATACCTGGTTGCGTTAAAGAAAAAAATGCTAGAAGAATGGGATGAATATTTACAGGTTGCCGATGATGCTTCAGCGCTAGAGGAATTAGCTGATCTGTTAGAAGTCATTCACGCATTAGCAAAAACGCATGGAGCATCGTTACAAACAGTTGAAACTTTACGTAAGGAGAAGTGTGAAGAGAGGGGAGGTTTTGATAGGCGCGTGTTTTTACACTGTAGAAAAGATGATATTTAG	MPKFHKLVRDKIPEIIESKGQKAITTTLHTEEYLVALKKKMLEEWDEYLQVADDASALEELADLLEVIHALAKTHGASLQTVETLRKEKCEERGGFDRRVFLHCRKDDI				NA	NA	NA	NA	NA
AK148_02987	507			hypothetical protein	ATGATCATGAATTTTATCCGAAGAAGTAGTATAGCCGCAGGTATTTTAGCACTTATTCGTATTTATATTGGTTATGAATGGCTTGTTGCTGGCTATGGTAAAATTACGGGCGGTCAATTTGACGCTTCAGGATATTTGCAAGGGGCAATTGCAAGTGCTGGAGGAGAGCATCCGGCAGTACAAGGCTGGTGGGCAGTATTTTTAGAAAAAGTAGCCTTGCCAAATGCAGACATATTTACTTTCCTCGTTATGTGGGGGGAATTGTTAGTTGGTATCGCACTTATATTAGGCATATTCACCAACTTTTCCGCATTGATGGGTATTACAATGAACTTTGCTTTCTTGTTTAGCGGCACAGTTAGTACGAATGCGCAAATGGTATTACTTACGGTATTCTTGTTAGTTGCTGGTTACAATGCTGGCAAATTTGGTTTAGATAGATGGGTTATTCCATATGTAAAAGGTTTTTTTACTAAAAAAGAAAGAGAAACTCTAAAGGTTGCTTAA	MIMNFIRRSSIAAGILALIRIYIGYEWLVAGYGKITGGQFDASGYLQGAIASAGGEHPAVQGWWAVFLEKVALPNADIFTFLVMWGELLVGIALILGIFTNFSALMGITMNFAFLFSGTVSTNAQMVLLTVFLLVAGYNAGKFGLDRWVIPYVKGFFTKKERETLKVA	PGPT0004020_254	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
AK148_02988	705			hypothetical protein	ATGCAAAAATGGAAGCAAGCTTGGCACATTGCTAAGTTGGAATTAAGTGTTTCTACGAAGAAGATTGCATTTGGTTGTTTAATCATACTTGGTTTCTTTCCTTATGCCATATCCTATTTTCAGCATTATCTCGAAAATAGCGTTATAATTTATGACTTATTTTTTATTCTTTTCTTTATTTTAGGTATTAATGTTGGAAATCCAAATTATTGGCATTCAAAACAAGCCAATGTCCATTCTCTTTTGATGATGCAATTACCATTCCCAATTAAACAGGAAATCTTCATTAAAAGTCGCTTCATTATTCATTTTTGTTTCTCTTTTCCAGTACAAATTGCGTTTCTAATTATCTTTTATGTTGCATCACCTATTGCTCAATTATTATCCATTCCTGCTTACATCGCGTTTGCAATCATTTGGTTATCTGTCAATCTTTATATAGGGACACTTACACCAATCAATGAAGTATATCCAGCAAATTGGTTGTTCACAGCAGCTATGACTTTTATTTTGCTTTTCATTTTCCTATTTATATTATCTGTATCTCACCTCATCTTTGACTATGGTGTTGTGGAATTATCCATCATTATTGCTGAAAACTGGCCCGTACTCAGTTCCGCGGTGTCACTCATTATTGGCTTTACAGCTGTTAAAGCGCATCAGCTATATATGAAACAAATTATGAATAAGCGGGATTATTTCTAA	MQKWKQAWHIAKLELSVSTKKIAFGCLIILGFFPYAISYFQHYLENSVIIYDLFFILFFILGINVGNPNYWHSKQANVHSLLMMQLPFPIKQEIFIKSRFIIHFCFSFPVQIAFLIIFYVASPIAQLLSIPAYIAFAIIWLSVNLYIGTLTPINEVYPANWLFTAAMTFILLFIFLFILSVSHLIFDYGVVELSIIIAENWPVLSSAVSLIIGFTAVKAHQLYMKQIMNKRDYF				NA	NA	NA	NA	NA
AK148_02989	396			hypothetical protein	GTGGAATTACCTATTTATCTTTCCAAAACATCTCGAGAACCAATTTATCATCAAATCGAAAACCAAATGAAAACGCTCATTGCTAGCGGACACCTTACAAAAGGAATGCCACTTCCATCCATTCGCGCGCTGGCAAAGGACTTAGAAACGAGCGTTATTACAATTCGTCGTGCGTATCAAAATTTAGAATATCAAGGCTTTATTCAAACAACGCAAGGGAAAGGGACGTTTGTTGCTGACATAGACCATGATATGAAGCAGCAAATGAAAATTGCTGAAGTATACCAAGCAATGGAAGCAGCTGTTGAAATTGCCTTTAAATATGATTATACAGCCGAACAACTAAAAAAAATGTGCTTAGAAGTCATTCATAAAAAAGGAGGAAACCAAACATGA	MELPIYLSKTSREPIYHQIENQMKTLIASGHLTKGMPLPSIRALAKDLETSVITIRRAYQNLEYQGFIQTTQGKGTFVADIDHDMKQQMKIAEVYQAMEAAVEIAFKYDYTAEQLKKMCLEVIHKKGGNQT				NA	NA	NA	NA	NA
AK148_02990	855	ytrB	COG1131	ABC transporter ATP-binding protein YtrB	ATGACATCGCTTCTCAAGATAGTGGATGTAGAAAAAAACGTAGACACCTTACACCTAGGACCGATTCACTTAACGATAGAACCTGGAACGATAACAACAATGGTCGGAGCGAACGGGGCTGGAAAAAGCACACTGTTTAAACTCATTATGAATTTAGTGAAACGCGATACAGGTAGCATTCAACTATTGGATATAGAAACAAACGGTTCGGATGAAAGCTGGAAACAACATATTACGTACCAAGCACAAACTGTCATTGGATGGGAACCTTTTACTGGAACCAAATTAAAAGACTTTATTTCCTCTCTATATCCGCATTGGAATGAAGCGCTATTTCAGAAGATGGTAGACTTATTGCAAATTCCATTAGATGAACGATTTGCAAAACTATCCCAAGGAAACCAACAAAAACTCCAGCTAGCACTTGCTTTACCAAGAAATACACCATTGTTGCTTCTCGATGAACCCACTTCTTTCTTGGATATTCCGGCAAAGCAGAAGCTAATGAATTTACTAGTAGAATGGATGGAGCAAGGAGACCGCGCTATCTTCATGACAAGTCATCAATCCGCTGACATTATGAAACTTTCTGATTATATAGTCGTATTAAGGAATGGAAAGCTGATGAACAAATTTGAAAAAGAATCATTGATTCATAGACACCGCCGATATTGGATTAGCGAACAGCTTCCAGAGGAAGGTATTCCAGGGGAGATCGGTCGCTCAACACGCTATCTTGTCTCAAACGCTCCAGAACAAACGGAATCTTTCTTACAACAAGAGCAAATTACTTGGACACAACAGGAATCTCTAGATTTGGAAGAAATTCTTACACAGCTTATAGAAAGGAGATAA	MTSLLKIVDVEKNVDTLHLGPIHLTIEPGTITTMVGANGAGKSTLFKLIMNLVKRDTGSIQLLDIETNGSDESWKQHITYQAQTVIGWEPFTGTKLKDFISSLYPHWNEALFQKMVDLLQIPLDERFAKLSQGNQQKLQLALALPRNTPLLLLDEPTSFLDIPAKQKLMNLLVEWMEQGDRAIFMTSHQSADIMKLSDYIVVLRNGKLMNKFEKESLIHRHRRYWISEQLPEEGIPGEIGRSTRYLVSNAPEQTESFLQQEQITWTQQESLDLEEILTQLIERR	PGPT0006725_19481	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_02991	933	btuD_6		Vitamin B12 import ATP-binding protein BtuD	TTGAGCACAATCTTAACCGTTGAAAATTTAAACAAAGCTTTTAAAGACAAACAAGTCATTGACAATATTTCTTTTGACGTACACCAAGGTGAAATTATGGCAATTCTCGGCCCGAATGGTGCTGGGAAATCAACTACCATTCGTAACATTATGGGTATTTTATATCCTGATGCAGGAAAGATTACCTTTTCCAATTATACAGATAACTCGATACCACGACATAAAATCGGTTACTTACCAGAGGAGCGTGGGTTATATAAAAATGTCAAGGTAATGGATATTCTACTCTATTTAGCTGAATTAAAAGACTACCCGCTAGATCAAGCAAAACAACGAGCTTTAGATTATTTAAAGAAGTTTGACTTAGAAGGGAAGGAAAAAGTGAATGTCGATGAGCTATCGAAAGGGATGGGACAAAAGGTGCAATTTATTGCATCCATTCTTCACGAGCCCGAATTACTCATTCTTGATGAACCATTTTCTGGGTTAGATCCTGTAAGTCAAGAATTATTTAAACAGGAAATTCGCCAGCTTGCCGATAACGGCACAGCTATCCTACTATCCTCTCATCAAATGAATCTTGTCGAAGAAATGGCAGATCGCCTATTTTTGATACATCGGGGGAAAAAAGTAATTTACGGACATATGGATGAAGTAAAAAAAGAGTTTGCCAACTTTAAATGCACGATTCATGGTACAAATAAAAAAGAAGAACTTGAACAGTTACCACGTGTACAACGCGTAGAACAAGAAAATGCGCATAGTATTGTCTACTTATATAAAGATATTGATCCAGTGCAATGGCTCAAGCAGCTTCCTGATACATTAGATGTGCAAGAGCTACGGTTAGATCGCATTTCACTACATGAAATTTTTATCGATATTGCAACAGGTAAACAGCTCATGCAGGAAGTCGGTGAAGCATATGCGTAA	MSTILTVENLNKAFKDKQVIDNISFDVHQGEIMAILGPNGAGKSTTIRNIMGILYPDAGKITFSNYTDNSIPRHKIGYLPEERGLYKNVKVMDILLYLAELKDYPLDQAKQRALDYLKKFDLEGKEKVNVDELSKGMGQKVQFIASILHEPELLILDEPFSGLDPVSQELFKQEIRQLADNGTAILLSSHQMNLVEEMADRLFLIHRGKKVIYGHMDEVKKEFANFKCTIHGTNKKEELEQLPRVQRVEQENAHSIVYLYKDIDPVQWLKQLPDTLDVQELRLDRISLHEIFIDIATGKQLMQEVGEAYA	PGPT0006725_9293	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_02992	1251	yhaP_2	COG1668	putative protein YhaP	GTGAAGCATATGCGTAATTCATTGAAAGTGGCTAAATGGGAGATCAAACGAAACCTACGCAACAAGACTTTTATTATTGGAATGTTTTTAACGCCCCTCTTCATTATTGGATTTATGTTCTTAGGTGAACTGATTGGCGGTGACGATGAAGAAACAGAGATGACGACCGTATTTATTCATGATGAACTAGGAGTTTTTTCCGAAATAGAGCAGACGGTTGCAGCAAGTAATTTATCGTGGCAAGTCATGCAAACGGATGTAACGGAAGAAGAAGCCAATAAGGAAGTTAAAAATACAGAACAGACAGCCTACTTATTTATCGACGAGGAAAGTTTAACAAAAGGAACTATCCCTGCTTACACTTCGGAGGAAATGGATGCTTCTTTTATGAATCAAGCCCAAATATTATCCTCCCCTATTCAAGCGTGGCAACTAAAGGAACTTGGCTTGTCCAATGATCAATTAGCGGTTGTCTCCCGTGGTATTCAGATAGCAGACGTTTCAGCTAATGATGAAACCGATACAAAAGATGCCAAGGAAACAGCTGAAGAATCTGAAATAGCTTCATTAGAGCGCATTGTACCTGGGGCATTTGCTGGTTTTATTATGCTATCCATCGTATTTACTGGCATGGCAATTTTTCAAAGCGCTTCACAAGAGAAAAAAGATAAGATTGCGGAAATTATTCTATCTTCACTTACACCGAATGATCTCATGCAAGGAAAAATTATTGGCTATTTTGTTTTAGGCATTGTGCAGTCTATTGTCTCTTTAGTCATCGTCCTTCCTGTTTTATCATGGCGATTGGACATTGCGTTTTTAGATTATTTGTTCGTTCCAGAATTAGCTTTATACCTCATGATTGCCATTTCCGGCTATCTATTGTTTGCTTCTATTTTTGTCGGCGTCGGCGCAACGATGACCGATATGACGACAGCAGGGAATTTCCAAGGTATGGTGATGATGCTTCCGTTTTTGCCGTTTATCTTTATCGGACCTGTTCTTAGTGACCCAAGTGGCTTTATGGCTCAACTTGGTACGTACATTCCTTTCACGGCGCCAGGTGTTCTCTTACTTCGCTTAAGCAACTTAGAAGAATGGCCTTGGCTCGAAATTATCATTTCACTCGCTATTTTAATCATTAGTATTTGGATTTTCGTAAAACTTGCTGGAAAAATATTCAAAGTAGGCATATTAATGTACGGTAAAAATGCTACTCCAGGAGAAATTTGGAAATGGATCAGAATGTAA	MKHMRNSLKVAKWEIKRNLRNKTFIIGMFLTPLFIIGFMFLGELIGGDDEETEMTTVFIHDELGVFSEIEQTVAASNLSWQVMQTDVTEEEANKEVKNTEQTAYLFIDEESLTKGTIPAYTSEEMDASFMNQAQILSSPIQAWQLKELGLSNDQLAVVSRGIQIADVSANDETDTKDAKETAEESEIASLERIVPGAFAGFIMLSIVFTGMAIFQSASQEKKDKIAEIILSSLTPNDLMQGKIIGYFVLGIVQSIVSLVIVLPVLSWRLDIAFLDYLFVPELALYLMIAISGYLLFASIFVGVGATMTDMTTAGNFQGMVMMLPFLPFIFIGPVLSDPSGFMAQLGTYIPFTAPGVLLLRLSNLEEWPWLEIIISLAILIISIWIFVKLAGKIFKVGILMYGKNATPGEIWKWIRM	PGPT0006730_3374	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK148_02993	147			hypothetical protein	TTGAAGAAAAAACGTCGTACATCTAAACGCCAAGAGAACGAAGGTGGGTGGTGGTTCTGGATTATTGACTTTCTACTAAGTTTTGTTGAACTCATTATTTTACCACTTAAATGGTTAGGTAGATTATTTAAATCTTGGTGGTATTAA	MKKKRRTSKRQENEGGWWFWIIDFLLSFVELIILPLKWLGRLFKSWWY				NA	NA	NA	NA	NA
AK148_02994	306			hypothetical protein	ATGAAAAAGACGGTCATTCTTTTTTTAATAGTACTTTTTATATCTGTATATACTTGTTTCCTAACATATTGGTCTGGGTCTTATGTAGTTCTAGATCCAAATTGGCAGGAACAAACTGTTTTAACCCCAGAATCTGTACAAGACTCACGTGATATTTATGTTATTGATAAATGGATATATGCGTTTAAAATGTATCCAGTTAGAAGTATTACATTTTTGTTGTCTGCATCTGGTGTAATTGGTTTTTGTACGTATTTCGTTCGCAAAATGATACGTAAGCGTAAAAATGGAAATACGTTATTTTAA	MKKTVILFLIVLFISVYTCFLTYWSGSYVVLDPNWQEQTVLTPESVQDSRDIYVIDKWIYAFKMYPVRSITFLLSASGVIGFCTYFVRKMIRKRKNGNTLF				NA	NA	NA	NA	NA
AK148_02995	531	ywqN	COG0655	Putative NAD(P)H-dependent FMN-containing oxidoreductase YwqN	ATGAGTATAGTAGTCTATCATGGTTCAACAAGGACAAATGGGAATACAGAATTTTTAACCCATCACGCTATCCCTCAAGACACAGCAACACATATTTATTTGCGCGACTACAACATGGAACCGATTGTAGATAAGCGACACGCAACAGAAGGATTTCCCCACATACAGGATGACCATTTATTTTTAATTGACCAACTATTAAAACACGAGACCGTCGTTTTCGCTACCCCTATTTATTGGTATGGCATGTCCGGACCACTAAAAACATTCATTGATCGTTGGTCGCAAATTTTACGAGATCCCAATTATCCGCATTTTCGCCAAACATTAAAAGATAAAAAAGTATACCTTATTCTTGTTGGTGGCGATCAACCACATATAAAAGGATTGCCCCTCGTTCAACAATTTCAGTATATTTGCCAGTTTTTTGGCATGACTTTAGAAAACTATGTAATCGGTCAATCACGCAAACCAGGAGAAATGGTTAATAATAAGCAAGCCCTTCAAGCAGCCTCTCAATTATTCTATTAA	MSIVVYHGSTRTNGNTEFLTHHAIPQDTATHIYLRDYNMEPIVDKRHATEGFPHIQDDHLFLIDQLLKHETVVFATPIYWYGMSGPLKTFIDRWSQILRDPNYPHFRQTLKDKKVYLILVGGDQPHIKGLPLVQQFQYICQFFGMTLENYVIGQSRKPGEMVNNKQALQAASQLFY				NA	NA	NA	NA	NA
AK148_02996	915			hypothetical protein	TTGAAAAACTTCTATTATGCACTAACATCTTTAGCAATTGTGCTAACTTCTCTATTTTTGCTGCCTAACAATAGCCATGCAGCTAATGGGGATGTGTATGACGTTGGACAAGCTATATTAAATGTGCGAAGCAGCCCATCTATAGACTCGGAAATTGTTGGGCAATTACAAGCTGGGGACCAATTAGTCGAATTCGGTGAACAACACGGCTGGGTACAGACTTATTTTGGTGGGAAAGAAGCATGGGTTGCTAAACATTATTTGATTCCTGCTAAACAGGATAAACCTGTACAGGTACAAGTACAAGCAACGCCCAATGAAGGAAGCAGTTCCTCTCAAGCACAGCCACAAGTTCAAACCAGCAATACTAGTCATTCCTTAAATGGATACAATATCATGTTAGACCCTGGACACGGTGGTTACGATCCTGGTTCTATTGGAATAAACGGTGTACGAGAGAAATTTTTAACACTTGAAACTTCCAAGCAAATTGCAGAACAATTACGAGCAGCTGGTGCAAATGTGTTATTAACTCGGTCAAGTGACTCGTATGTTTCTTTAGGTGATCGTATTCGAATTAGTGATGCTTATACCACCCATGCATTTATTAGTGTTCATTATAATGCATTTCCGAACTCTAGTGCAGACGGCATAAATACATTCTATTATTCTTCCAAAGATCAAAAACTAGCAGAGCATGTGCACCAAGGTCTTGCTTCTGCTGTCACATTGCGTGATAGAGGAATGGTGCCAAATAACTATTATGTATTAAGGAATAATCATGCTCCTTCTATATTATTAGAGCTAGGATTTCTTACTAATTATAACGATTTTGCTACCATTCGTTCTAACAGTTTTCAACATCAAGTTGCCAACGGGATTACGAATGGGTTAAAAAATTATTTTGCCAACTAA	MKNFYYALTSLAIVLTSLFLLPNNSHAANGDVYDVGQAILNVRSSPSIDSEIVGQLQAGDQLVEFGEQHGWVQTYFGGKEAWVAKHYLIPAKQDKPVQVQVQATPNEGSSSSQAQPQVQTSNTSHSLNGYNIMLDPGHGGYDPGSIGINGVREKFLTLETSKQIAEQLRAAGANVLLTRSSDSYVSLGDRIRISDAYTTHAFISVHYNAFPNSSADGINTFYYSSKDQKLAEHVHQGLASAVTLRDRGMVPNNYYVLRNNHAPSILLELGFLTNYNDFATIRSNSFQHQVANGITNGLKNYFAN	PGPT0024160_5148	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448	NA	NA
AK148_02997	1035	COQ5_4		2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial	ATGTATATTCAAGAAGTTGCCAAGCGGCTAAACACAACTGCAAGAACCATTCGATTTTATGAGGAAAAGGGTCTCCTATCGCCTAGTAAGCAAGCGAATCAATACCGAACATTTACTGATGAGGAAGTAGTAAGGATTAGTACGATATTAGCATTACGTGAATTTGGCGTTGGTATTAAAGAAATAAAGCAGTTACTTGATGATCAAAAACAATATCGTATCCATGATTATTTGAATTTGCAACGTGCTGTGCTTTTTGAAAAATGGTTAGAAATGAAAGATATGATTCACACGCTAGATCAGTTGTTAGAAGGAAATAACGATCCGTCGATTTCTATTAAAGATTTAATTGCTCTATCAAAGCATTTAAGAAAGCTAAAACATTTGCGCCAATCTTGGCAGGACAAATGGGATTTTGATGCACAAGCTTCGGATTATGATCAAAGTCTAAAAATGAGTGGTTATCGATTTAATGTCCATCAAGACTATGAAACGGCCTTGGAGAAAGTGGTTGATACAATGCCTCTAGAAACAGGACAAACTTGTTTAGATATTGGCATTGGCACAGGAAATTTAGGGGCTAAATTTTTAGCAAATGGAGTTCATATTATTGGTGTAGACCAATCGGATAACATGTTGCAGGCATGTAAGCAAAAGCACCCAGAAATTGAAGTGCGTAAAGGCCATTTTTTGGCTTTGCCAATTGTAGATCAGCAAGTTGATGGAATTGTCTCCAGTTATGCGTTACATCATATTACAGATGAACAAAAACTGCTTGCATTAGCTGAAATGGATCGAGTTCTACGACCAAACGGTGCTATCTGTATTGTAGACTTAATGTTTCAAGATGACGCGCATCGCGGCGAAGTAATGCAATATTTAAAAGAAAGTGGGAATGCGGAGGCTATTCATGCGATTGAGGATGAGTTTTATGCAAATGGTGCTACCCTAGTAAATTGGCTACAGGAACATGATTACCATGTTAAAACGCATATTTTTAATCCGATATTAAGTATGGTTTACGCATTCAAATAG	MYIQEVAKRLNTTARTIRFYEEKGLLSPSKQANQYRTFTDEEVVRISTILALREFGVGIKEIKQLLDDQKQYRIHDYLNLQRAVLFEKWLEMKDMIHTLDQLLEGNNDPSISIKDLIALSKHLRKLKHLRQSWQDKWDFDAQASDYDQSLKMSGYRFNVHQDYETALEKVVDTMPLETGQTCLDIGIGTGNLGAKFLANGVHIIGVDQSDNMLQACKQKHPEIEVRKGHFLALPIVDQQVDGIVSSYALHHITDEQKLLALAEMDRVLRPNGAICIVDLMFQDDAHRGEVMQYLKESGNAEAIHAIEDEFYANGATLVNWLQEHDYHVKTHIFNPILSMVYAFK				NA	NA	NA	NA	NA
AK148_02998	1044	nrdB	COG0208	Ribonucleoside-diphosphate reductase subunit beta	ATGGCAAAAATCATGCTGGAAAAAGCAAAGACGTTAGAACCATTAAATCCAAATAAGTCCACAGGTGTATTTGGAGGGCAATCCAGTGGTATCTTAAATTGGAATGATATTGCTTATCCACACTGGTATAAAATGTATAAACGGTTAGTAGGAAATTATTGGCAAGCGGATGAAGTAAATATGCAAAGTGATATTAAGCAATTCCCTTCATTGACAGCAGAAGAACAGGACGCGTATTTAAAAATTATTGGTTTGTTATCTACGTTAGATGCACCGCAAACACGAACGGCTTTACTCATTTCTTTGTACGCAACAGATCCATCTGTGCAATCCATTATGGCGGTCATTGCACAGCAGGAAGCAGTGCATAATGAAAGCTATTCTTACGTGTTGTCTTCCGTTGTCTCGTTAGATGAGCAGAATAAGTCTTTTCAACTCGGAAGAACGGATGCAGTTTTGTTGAAGCGAAACGAGAATCTAACGAAGCAGTATAACGCTTTTGTGGAAGAGCCGACAATCGAAAATATTCTAAAGACATTAGTATATACAGCTCTTTTAGAAGGTATGTTCTTCTATTCTGGGTTTGCGTTTTTCTATAATTTGGCACGCCATAATAAAATGGTCGGCACGTCAACCATGATTAGTTATATTAATCGCGATGAGCTAGAGCACGGTCGCTTCATATCTGAACTATTTCGTGCTACGCTTGCGGAAAATCCAGCATACAATAATGAAACTTTTATCCAATGGGTATACGATCATTTTCAAGAATCGGTTGAATTGGAAATTGAATGGTCCAATTACGTGCTTGGCAGTGTAGAAGGAATTGACCTTGACGAAATGGCTGGATACATTAAATATCGTGCGAACAAGATGCTTCGTATGATGGGATTACATGATGTATATCCAGATTATACCGAAAATCCGATGAAGTGGATTCGCGCCTACGTAGATAACTTTGATGGCACGAAAACAGATTTCTTTGAACAGAAATCTAGACAATATACGAAAACAAGCGATTTGAATGGTTTTGATGATTTATAA	MAKIMLEKAKTLEPLNPNKSTGVFGGQSSGILNWNDIAYPHWYKMYKRLVGNYWQADEVNMQSDIKQFPSLTAEEQDAYLKIIGLLSTLDAPQTRTALLISLYATDPSVQSIMAVIAQQEAVHNESYSYVLSSVVSLDEQNKSFQLGRTDAVLLKRNENLTKQYNAFVEEPTIENILKTLVYTALLEGMFFYSGFAFFYNLARHNKMVGTSTMISYINRDELEHGRFISELFRATLAENPAYNNETFIQWVYDHFQESVELEIEWSNYVLGSVEGIDLDEMAGYIKYRANKMLRMMGLHDVYPDYTENPMKWIRAYVDNFDGTKTDFFEQKSRQYTKTSDLNGFDDL	PGPT0021345_1721	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021345-nrdB|nrdF-K00526	NA	NA
AK148_02999	471			hypothetical protein	TTGAGAACGTTGATTGCTTACTTGACCTACAGCGGTAATACTCAAGAAGTTGCAACACTTATCCAAGAAAACTTACAAATCAAAGGAGTGGAGACGGCGGTTCATCGTATTGGGATTGATCCGCCCGTCGACCCGGCTTCGTACGATATTATGTTCTTAGGTACATTTACTTGGGATCGGGGAAGCACACCGGATGAAGTAAAGGACTTTATTCTAGAAGTTGGATATAAGCCGGACAATGTTGCTATATTTGGTACAGGTGATACACAATTTGGGGGCGATGATTTATTTTGTCGCGCTGTTGATAAGTTGGTCAATTTTTATCATAGCCCTTGGCGTGGACTGAAAATAGAACAGTCGCCAAGAGGGAAGCAAGAACAATTTGTAAAGGACTGGGTGGAAGGAGTATTAGACCATGGCAAAAATCATGCTGGAAAAAGCAAAGACGTTAGAACCATTAAATCCAAATAA	MRTLIAYLTYSGNTQEVATLIQENLQIKGVETAVHRIGIDPPVDPASYDIMFLGTFTWDRGSTPDEVKDFILEVGYKPDNVAIFGTGDTQFGGDDLFCRAVDKLVNFYHSPWRGLKIEQSPRGKQEQFVKDWVEGVLDHGKNHAGKSKDVRTIKSK	PGPT0000020_1131	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION	N-FIX-NITROGENASE_BIOSYNTHESIS,PGPT0000020-nifF|fldA|isiB-K03839	NA	NA
AK148_03000	2232	nrdE2	COG0209	Ribonucleoside-diphosphate reductase subunit alpha 2	ATGATCATCGACATCGCTACTACAAGAGATAGACTTGTAGAAATCATTGATCTTGCGCAACAGGGGCTAGCTGTTGAAACGAAAGCTTATAAGGAGAAGGCGTTTAAAACGATTCAGGAAGATACTCCGATCGACAAAGCTTTAGATATTCTTGTTCAAATCGCATTGGAGAATATTGATGAATCAGCTCCTGATTGGACCTATGTAGCGAGCCGAATTTATTTACAGCAGCTTTACCATCAAGCCCGCCGCAATCGCCATTACGATGATGGTAAATATGGGGATTTTTATGAATTAATTACCATGCTGACGGATGAAAATATTTATGAAAATAATTTGTTAGAAAAGTATTCAAAAGCGGAAATTGATTACTTTGCTGAACAAATCGATCCTGCAAGAGACTTGTACTTCACCTACTTAGGGCTTCATACATTAGCGACACGTTATTTAGCAACAGATCACGATAAAAAGGTGTTTGAGCTACCGCAGGAACGTTGGATGGTTATTGCCATGACGCTTATGCAATATGAAGATAAAGCAAAGCGGACAGAGCATGTGTTAGAAGCTTATTGGGCACTAAGTAACTTATATATGACAGTCGCAACACCGACCCTTGCTAATGCTGGAAAAACGCATGGGCAGCTCTCTAGTTGTTTTATTGATACCGTCGATGATAGCCTTCAATCCATTTATGATAGCAATACCGATATTGCCAAGTTGTCTAAAAATGGTGGTGGAATCGGTGTGTATATGGGGAAAATCCGTAGCCGTGGAAGTTCCATTAAAGGATTTAAAGGGATGTCAAGTGGTGTTGTACCATGGATTAAACAATTGAATAATACAGCGGTAAATGTCGATCAATTAGGAACGAGAAAAGGTGCAATTGCTGTTTATTTAGATGTTTGGCACCGTGATATAGAGGCGTTTCTTGACTTGAAATTAAATAATGGTGATGAACGTATGCGGGCACACGATATTTTCACAGGTGTTACCTTACCTGATTTATTTATGGAACAAGTAGAAAAACGTGGTAATTGGTATCTATTTGACCCCCATGAAGTGCGACAAGTGATGGGGTATTCATTAGAAGATTTCTATGACGAAGAAAAAGGGAATGGAACTTTTCGACAAAAATATATGGAGTGCGTAAACTCCGAACAATTGTCAAAACGTGAAATTCCAGCCATTGATATTATGAAGCGCGTTATGAAATCACAATTAGAATCAGGTACACCATTTATGTTTTATCGTGATGAAGTGAATCGACAAAATAGTAATAGTCACCAAGGATTGATTTATTGCTCCAACCTTTGTACGGAAATTACGCAAAATCAATCGCCTTCTGAATTTGTAGAAGAATTTTTGGAAAACGAAAATACCATTGTAAAGAAATATAAATCTGGGGATTATGTCGTCTGTAATTTAAGTTCGATCAACCTTGGAAAAGCTGTACCAGATGAAATTCTAGATCGATTAATTAAAATTCAAGTACGCATGTTAGATAACGTTATTGATATTAACACATTGCCGATTATGCAAGCTCAACTAACGAATAAAAAGTACCGTGCTATTGGTTTAGGAACGTTTGGCTGGCATCATCTGCTAGCTCGTAACAATATGAAGTGGGAAACGGAAGAAGCGGTGGACTATGCAGACGAATTGTATGAACGCATTGCTTTTCTTACCATTCAGGCAAGTATGGAATTAAGTAAAGAAAAAGGCAGTTACCCAGCATTTGCAGGTAGTAAGTGGAGTTCAGGTGAATACTTTGAGCAAAAAGGCTATGACAAAACAGATTGGCTTGCTTTAAAAGAAGACGTTAAACAGCACGGTATTCGAAACGGTTATTTAATGGCAGTGGCACCGAACTCAACAACAGCAATGATCGCTGGGTCTACAGCTAGTATTGATCCGATTTTTAAAACATTTTATTACGAAGAAAAGAAAGACTTTAAAATTCCAGTTACAGCACCAGACTTAACGCACAAGACATATGATGTATATCGTCGCTCTGCATACATTGTAGATCAACGCTGGTCTGTGAAACAAAACGCTGCTAGACAGAAGCATATTGATCAAAGTCTCTCCTTCAACTTCTATGTACCAAATACGATTCGAGCATCTATTTTGCTTGATTTACATTTGCAAGCATGGCAGGAAGGGTTAAAAACAACGTATTATGTACGCTCTACGTCCAATGAAGTCGAAGAATGTGAATGGTGTCAAAGTTGA	MIIDIATTRDRLVEIIDLAQQGLAVETKAYKEKAFKTIQEDTPIDKALDILVQIALENIDESAPDWTYVASRIYLQQLYHQARRNRHYDDGKYGDFYELITMLTDENIYENNLLEKYSKAEIDYFAEQIDPARDLYFTYLGLHTLATRYLATDHDKKVFELPQERWMVIAMTLMQYEDKAKRTEHVLEAYWALSNLYMTVATPTLANAGKTHGQLSSCFIDTVDDSLQSIYDSNTDIAKLSKNGGGIGVYMGKIRSRGSSIKGFKGMSSGVVPWIKQLNNTAVNVDQLGTRKGAIAVYLDVWHRDIEAFLDLKLNNGDERMRAHDIFTGVTLPDLFMEQVEKRGNWYLFDPHEVRQVMGYSLEDFYDEEKGNGTFRQKYMECVNSEQLSKREIPAIDIMKRVMKSQLESGTPFMFYRDEVNRQNSNSHQGLIYCSNLCTEITQNQSPSEFVEEFLENENTIVKKYKSGDYVVCNLSSINLGKAVPDEILDRLIKIQVRMLDNVIDINTLPIMQAQLTNKKYRAIGLGTFGWHHLLARNNMKWETEEAVDYADELYERIAFLTIQASMELSKEKGSYPAFAGSKWSSGEYFEQKGYDKTDWLALKEDVKQHGIRNGYLMAVAPNSTTAMIAGSTASIDPIFKTFYYEEKKDFKIPVTAPDLTHKTYDVYRRSAYIVDQRWSVKQNAARQKHIDQSLSFNFYVPNTIRASILLDLHLQAWQEGLKTTYYVRSTSNEVEECEWCQS	PGPT0021340_4384	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021340-nrdA|nrdE-K00525	NA	NA
AK148_03001	633			hypothetical protein	ATGGAATGGTCATGGGTTTGGAAAGCTGTGCTGATTATCATTGGGGGAACCTTGCTGCTAAGGCTTGCTGGTAGAAAATCAATATCCCAAATGACATTGGCGCAAACGGTTATTATGATTGGTATAGGTTCTTTATTGATTCAGCCATTAGCTGGCAAAAATATATGGACAACACTTGGTGTAGGTACCGTTCTTGTATTGACATTAATTGTAATAGAGTTCGCACAAATTAAATCAGATTCCTTTGAAGGAATTATAACAGGGAAATCAAAAGTCCTCATTCACAATGGTGTCATTCAATATGACCAACTAAAAAAATTACGTCTAACAACAGATCAGCTAGAAATGAATTTACGACAGAAAAATATATCGCGAATAGATGATGTGGAATGGGCAACGTTAGAAGCAAACGGGCAAATTGGATTTGAACTAAAGCAGGAAGCACAACCAGCGACAAAAGGAGATGTACAACAACTTTATACAGAGATCAAAAACGTCCAACAGCAGTTAGCGCAACGCAGAACGCTGGGGGGTGGGGCTGGTGAAAAGTTTCAATCCCCGTCCAATTTATTTCAAGAAGTAGCTGATAAGCGGCATGATAGTAATGCAACTCCTCCTCATCAATTTGATTAA	MEWSWVWKAVLIIIGGTLLLRLAGRKSISQMTLAQTVIMIGIGSLLIQPLAGKNIWTTLGVGTVLVLTLIVIEFAQIKSDSFEGIITGKSKVLIHNGVIQYDQLKKLRLTTDQLEMNLRQKNISRIDDVEWATLEANGQIGFELKQEAQPATKGDVQQLYTEIKNVQQQLAQRRTLGGGAGEKFQSPSNLFQEVADKRHDSNATPPHQFD				NA	NA	NA	NA	NA
AK148_03002	2352	napA		Periplasmic nitrate reductase	ATGGGGAAAACAAAGCATACTGGCCCAATGAAGTTGTCCAAAAAGCCTGACCCATCGCTTTGGGTAAGCAAGGTTCCATTTGGTTTAGGAAAAGTAAAACCGCATCATATTCGCGACACAATGAAGGTTGCTTGGGAAAATAAAGACAGACTTCCTTATGCCACTCGCATTCTTACACAAGGAGTATGCGACGGTTGCGCACTTGGCGTACAAGGCCTCAAAGATCAAACGTTAACCGGACCACATCTTTGCACGACACGTTTAAACGTGCTTCGTTTAAATACGATGCCAGCTATAAACAAAGCTATCTTGCATGCTGATATAGATGAATTGCGAAAAATGAACAGCACAGAACTACGTCAGCTCGGCCGTATCCCTTACCCACTTATTCGCAAGCCAGATGATCAAAAGTTTCAACGTATTTCCTGGAGCGAAGCACTAGACTATATTGCTGAAAAAATGCGCGCCCTTCATCCAAAACAGTTTTCCTTTTACTCCACCTCACGTGGCATTACGAATGAAACCTATTATGTACTCGGAAAAGTCGCTCGGTTTCTTGGAACGAATAATATTGATAATGCATCTAGGATATGCCACTCGCCATCTAAAACAGCATTGACTCGTTCTGTAGGGGTTGGCGCCTCAACATGCAATTATAAAGATTGGATTGGTACAGATGTTTTACTGTTTTGGGGTTCTGTGGCAGCAAATAACCAACCCGTTTCTACCAAATATATGTATGCCGCTAAAAAGCACGGAACAAAGATCATTGTTATCAACCCTTATCACGAACCATCCATGGACGAATATTGGATCCCTTCTATTGGAGAGTCCGCTTTATTTGGAACGAAAATAGCCGATGATGTTTATCAAGTAAATATTGGTGGTGATATTGCCTTTATGCATGGCATGATGAAGCATTGGTTTGCAATGGAGAAGGAAAATCCCGGATCGGCGTTGGACCACGCTTTTATTCAGGCACATGTCAATGGGTTGGACGCTTTACAAAGAAAGGTAGAAGCTCATACGTGGGAACAATTAGAGCAATCGTCCGGCATCTCTAAACAAAGAATGATAGAATTAGCAACGCTCCTAGCAAATTCAAAATCAGCTGTGTTTGTCTGGTCTATGGGGCTGACCCAACATCGTTTTGGGACCGATAACATCTCACAAGTTGCCAATCTAGCTTTGTTACGCGGGTTTCTTGGACGTGAACATTGCGGCTTAATGCCTATAAGAGGACATTCTGGTGTGCAAGGCTCTGGTGAAATGGGAGCAGACCCCTTCTCTTTACCAGGAGGAAGCATGAATGATGAGCAACGGGAACGTGTAGAAAAAGTATGGAATTTTGATATTCCCACTTGGCAAGGAGACATTGTCGGTGAATCTCTAGAGCACGCTCACTTACCAAAGGAACATGAACGAAAATTAAAGCTCTACTATATGTCGGGAGGAAATTTTCTTGAAACAATGCCAAATCCTGATTATATTCAATCATGCTTAGAACAAGTTGAACTTCGAGTGCATCAAGATATTATCTTCAATACGTCTACACTTGTAGATGCAAAGGAAGCAGTCATCGTTTTGCCAGCGATGACACGCTATGAGCAACCTGGAGGTGGGACATCTACCTCTACGGAAAGAATGGTCTATTTCTCCCCAGAAATTAAGGGTCCACGTATAGAAGAGGCTCGTTCTGAATGGGAGGTTTATATGGATGTAGCAAAGCGAGTAAGACCTGAAGCAAAAGACATTATTCATTTTAAAGATGCACGTGCGATTCGTGAAGAAATTGCCAAAGCCGCCCCAAACTATGATGGCATCCAGCATTTAAATGACAAAGGCGACCTTTTCCAATGGGGAGGAGCTTGGCTCTGTGAAGATGGCGTTTGCCCAACTCCAGATGGCAAGGGAAACCTTATCGCCATGGATATTCCGGAATTAAGAAAACCAGAGGGACATTTTTATGTGACGACGCGTCGAGGAAAACAGTTCAACTCGATGATTTATAGTGAAACCGATCCATTTAACAATGCACACCGAGATGATATTTTAGTGAATAAACACGATGCAGATACACTTGATATTCAAAATGGAGAAAACGTAGTTGTTTATAACCAGTACGGCTTATATGCTGGCCGCGCTAAATTCGCCCCTGTCAAAACGGGCAATCTAGAAGTGCATTGGCCAGAAGGGAATGTTCTTATTCCCAAAGGAGTCTATGAACAATATGCAGGTATCCCCGAATATAATACGGCAGTCATTTTAGAAAAAGCAGTTACGTATTATGCACAAAAAGATGTAAAGTATGCAGAAAAGCGTGTAGAGGAGCTGGAAATAGATAGTCATTAG	MGKTKHTGPMKLSKKPDPSLWVSKVPFGLGKVKPHHIRDTMKVAWENKDRLPYATRILTQGVCDGCALGVQGLKDQTLTGPHLCTTRLNVLRLNTMPAINKAILHADIDELRKMNSTELRQLGRIPYPLIRKPDDQKFQRISWSEALDYIAEKMRALHPKQFSFYSTSRGITNETYYVLGKVARFLGTNNIDNASRICHSPSKTALTRSVGVGASTCNYKDWIGTDVLLFWGSVAANNQPVSTKYMYAAKKHGTKIIVINPYHEPSMDEYWIPSIGESALFGTKIADDVYQVNIGGDIAFMHGMMKHWFAMEKENPGSALDHAFIQAHVNGLDALQRKVEAHTWEQLEQSSGISKQRMIELATLLANSKSAVFVWSMGLTQHRFGTDNISQVANLALLRGFLGREHCGLMPIRGHSGVQGSGEMGADPFSLPGGSMNDEQRERVEKVWNFDIPTWQGDIVGESLEHAHLPKEHERKLKLYYMSGGNFLETMPNPDYIQSCLEQVELRVHQDIIFNTSTLVDAKEAVIVLPAMTRYEQPGGGTSTSTERMVYFSPEIKGPRIEEARSEWEVYMDVAKRVRPEAKDIIHFKDARAIREEIAKAAPNYDGIQHLNDKGDLFQWGGAWLCEDGVCPTPDGKGNLIAMDIPELRKPEGHFYVTTRRGKQFNSMIYSETDPFNNAHRDDILVNKHDADTLDIQNGENVVVYNQYGLYAGRAKFAPVKTGNLEVHWPEGNVLIPKGVYEQYAGIPEYNTAVILEKAVTYYAQKDVKYAEKRVEELEIDSH				NA	NA	NA	NA	NA
AK148_03003	804	fdhD	COG1526	Sulfur carrier protein FdhD	ATGTCTGATAATTTAGCAGATTGGGAGATTATTCGTGTTCATGACGGAGCCGCTACAGAAGAGTTAACATCCGTGGCGGAGGAATATCCGATCACGATTATGATTAACGGTGAAGAATTCGCTACCATGGTTTGCTCTCCAGAACACGTCGAGGAACTGATCGTCGGCTTTCTTGCTTCAGAAGGAGTGATTTTGCAATATCATGCCATCCAACGTATGAATGTAGATGTAAAAGCAGGATTTGCTTACTTGGAAATCGACAAACTTCCTGATATGTATCAATTCGATCATTCCAAACGTGTTATTGGCTCTTGTTGCGGGAAAAGTCGGCAATTTTATTTTAAAAATGATGTTAAAACAGCTAAAACGATAATGTCCAACCTACGCATCTCTTGTAAGCAATGTTTACAACTTATGGAACAATTACAACAAGCTTCCATGCAGTTTCACCAAACAGGTGGCGTGCATAATGCAGCTTTAGCTTCTGTTAACGGTGTCTTACTCGTTCGTACAGACATTGGTCGCCATAATGCGCTTGATAAGTTGTACGGTCATATGTTAATGAACCATTTGAACATAAACGATAAAGTTATTGTATTCAGTGGGCGCATCTCTTCTGAGGTGTTATTAAAAATTTCCAAAATGCGTGTGAGTATCCTTATATCTAAGTCCGCCCCTACTAAACTTGCTTTACAGTTAGCCGAAGACTTAGGGATTACGGTCATTGGCTTTGCTAGAAAAGGATCTATGAATGTGTATACACACAACAGCCGGGTAGAGGAACTCATCTACACGCAGAAATAA	MSDNLADWEIIRVHDGAATEELTSVAEEYPITIMINGEEFATMVCSPEHVEELIVGFLASEGVILQYHAIQRMNVDVKAGFAYLEIDKLPDMYQFDHSKRVIGSCCGKSRQFYFKNDVKTAKTIMSNLRISCKQCLQLMEQLQQASMQFHQTGGVHNAALASVNGVLLVRTDIGRHNALDKLYGHMLMNHLNINDKVIVFSGRISSEVLLKISKMRVSILISKSAPTKLALQLAEDLGITVIGFARKGSMNVYTHNSRVEELIYTQK				NA	NA	NA	NA	NA
AK148_03004	2046	katE	COG0753	Catalase HPII	ATGTCAGACCATAAACAAGGTCAAACAAAGCAAGAACAATTAGATGCTTACCGTGTTGATGATAAAGGGAAAAAGATGACCACGAATCAAGGATTAAACGTATCCGAGGATGAGTTCTCATTAAAAGCCGGAGTACGTGGACCGACCATTATGGAAGACTTTCATTTTCGGGAAAAAATGACCCATTTTGATCATGAGCGTATACCTGAACGGGTGGTACATGCAAGAGGATATGCAGCACATGGCGTTTTTGAAGTGTATGAATCAATGGAACAATACACAAAAGCCGATTTCTTAAAAGAAAAAGGGAAACAGACACCCGTATTTGTAAGATTTTCAACCGTTGCTGGATCAAAAGGGTCTGGAGAACTAGCTCGCGATGTAAGAGGATTTGCTACGAAATTTTATACGGAAGAAGGAAATTATGATTTAGTGGGAAATAATATGCCGGTTTTTTTTATTCAAGATGCTATTAAATTCCCTGATTTAATTCATGCTGTTAAACCCGAACCGCATAACGGCATCCCCCAAGCTGCATCCGCCCATGATACCTTCTGGGATTTTGTAGCCAATAATCAAGAAACAGCACATATGGTGATGTGGCAAATGTCAGATCGAGCCATTCCACGTAGTTTTCGCATGATGGAAGGGTTTGGTGTGCACACATTTCGGTTTGTAAATGAGATGGGAGAAGCTACGTTTGTGAAATTTCATTGGAAGCCAAAGCTAGGCGTTCATTCAACGGTTTGGGATGAAGCACAAAAAATAAATGGGAAAAATCCAGATTTTCATCGTCAAGATTTGTATGAGGCGATTGAAAGCGGAGCTTATCCTGAATTTGAGTTAGGTGTGCAACTAATTTCAGAAGAAGACGCCAATGCATTTGATTACGATATATTAGACCCAACTAAAATTTGGCCAGAAGAGGAAGTTCCAGTTAAAATCATTGGCAAAATGACCTTAAATCGAAATGTAGATAATGTTTTTGCAGAGACGGAGCAAGTAGCGTTTCACCCCGGTCATGTAGTACCTGGTATTGATTTTACGAATGATCCTTTATTACAAGGGCGATTATTCTCCTATACCGATACACAATTAATTCGACTCGGAGGACCTAATTTTCATGAGCTACCAATTAATCGCCCCGTTTGCCCGTTCCACAATAATCAACGGGATGGCTACGGTAGGCATACGATTAATGTAGGGCAAGTGAGTTATCATAAAAACGCGTTAGCGGAAAACACGCCATACCCTGTTTCCCCAGAAGAAGGCGGATATGAGCACTACCAAGAAAAAGTGGAAGGGAGAAAGATTCGTGCAAGAAGTGAAAGCTTCAAGGATCATTTTTCTCAAGCTGCTCTGTTTTGGAATAGTATGAGTGAGATAGAAAAACAACATATTATAGACGCTTTCAGCTTTGAATTAGGAAAGGTAGAAAGGAAAGAAGTGCAACAACAAGTAATAAATATGTTTGCCCATGTTAGTTTAGAGATGGTACAAGAAATTGCTGCAAACATTGGTGTTACCGCTCCAAAAGAAGGCGGTTCGCCGGTAAGTAAAGTTTCGCCTGCTCTCAGTCAAGAAAACACAACGAAAACAGCAGTAACACGAAATGTAGCTGTTCTTTTAGATAATGGCTTTCATACCGACAGTGTAATTTCGGTTATACATGGATTGAAAAAACAAGGAATTCGTCCTTTCGTAGTTGCGAATAAGCGTGGGGCGGTTGTTGGGGAAGATGGCAACACCGTTGAAGCAAATGCTAGCTTTTTAACCGTAGATTCTGTCCTTTTTGATGCGGTTTATGTAGCTGGAAGTAAACAAATGAGTGACCGCTTCTACCAACAAGCGACGCATTTTATTCAAGAAGCATTCCACCACTTTAAGCCAATAGGTGCAGGTAGTGACGGGGTTTCTTTAATAGAAGATTGTCGTATACATCAGGCAAAAGGTGTGATTACGGCGTCTGATGTGGACAACTTTGTGGATACATTTAGCAATGCAGTGGCACAACATCGGTTCTGGGATAGAGAGGTTCAAGTATAA	MSDHKQGQTKQEQLDAYRVDDKGKKMTTNQGLNVSEDEFSLKAGVRGPTIMEDFHFREKMTHFDHERIPERVVHARGYAAHGVFEVYESMEQYTKADFLKEKGKQTPVFVRFSTVAGSKGSGELARDVRGFATKFYTEEGNYDLVGNNMPVFFIQDAIKFPDLIHAVKPEPHNGIPQAASAHDTFWDFVANNQETAHMVMWQMSDRAIPRSFRMMEGFGVHTFRFVNEMGEATFVKFHWKPKLGVHSTVWDEAQKINGKNPDFHRQDLYEAIESGAYPEFELGVQLISEEDANAFDYDILDPTKIWPEEEVPVKIIGKMTLNRNVDNVFAETEQVAFHPGHVVPGIDFTNDPLLQGRLFSYTDTQLIRLGGPNFHELPINRPVCPFHNNQRDGYGRHTINVGQVSYHKNALAENTPYPVSPEEGGYEHYQEKVEGRKIRARSESFKDHFSQAALFWNSMSEIEKQHIIDAFSFELGKVERKEVQQQVINMFAHVSLEMVQEIAANIGVTAPKEGGSPVSKVSPALSQENTTKTAVTRNVAVLLDNGFHTDSVISVIHGLKKQGIRPFVVANKRGAVVGEDGNTVEANASFLTVDSVLFDAVYVAGSKQMSDRFYQQATHFIQEAFHHFKPIGAGSDGVSLIEDCRIHQAKGVITASDVDNFVDTFSNAVAQHRFWDREVQV	PGPT0014380_1532	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0014380-katE|CAT|catB|srpA-K03781	NA	NA
AK148_03005	393			hypothetical protein	ATGAGCAAAAAAATCATTCTCTTTGACGGTGTCTGTCATTTCTGTGATCAAAGCGTGCAATTTATTTTACAACGCGATAAACAAGAACAATTTTTATTCGCTTCCTTACAAGGCGATGCCGGTCAGAAATTGGTACAAAAATATAACATTCCTAATGATTTAAGCAGTTTAATATTGATTGATAACAATAAGTACTACAATAAATCAACAGCTGCACTACGTATTTGCAGAGAGTTATCAGGCGGTTGGAAATTCCTATATGCATTTATTGTTCTACCTAAGCCCATTCGCGACTTCTTTTACGACCGCATTGCTAATAACCGCTATCGTTGGTTTGGAAAAAAAGATAGCTGCGAACTTCCACCACCACATGTTAGAAAACGATTTCTGTAG	MSKKIILFDGVCHFCDQSVQFILQRDKQEQFLFASLQGDAGQKLVQKYNIPNDLSSLILIDNNKYYNKSTAALRICRELSGGWKFLYAFIVLPKPIRDFFYDRIANNRYRWFGKKDSCELPPPHVRKRFL				NA	NA	NA	NA	NA
AK148_03006	1026	pbpE	COG1680	Penicillin-binding protein 4*	ATGAATAAACAAAACAAAGGGTATCACTTAGAAAAAGTGCAAAAGGAACTGCAATTTTCAGGGTCCTTTTATGCTCGAAAAGGCAACGAAATCTTACAAGGAAGCAATGGCTTTCGAAATTATGCAGAAAAAATAAATAACCAATTAAACACTAGGTTTGCGATTGCTTCAGGCAGTAAACTATTCACATCTATTGCCATTTGCAAATTAGTGGAGACTGGTGAAATTTCCTTTACGTCTAGATTAAAGGACTGTCTTGATATTGATTTCCCACATGTAAATGACCAAGTGACGATTCATCATTTGCTAACGCATACATCAGGAGTTCCTGACTATTTTGATGAAGATACTATGGATGATTATGAAGCACTTTGGCATTCTCGACCGATGTACCGCATTCGTTCACCTAAAGATTTTTTACCTTTGTTTCAGCATGAACCAATGCAAGCAACTGTTAATAGTTCATTTCAATATAACAATTCTGGTTATATATTACTCGGTCTCATTGTTGAACAGATTGCTACATGTAGTTTTTCTACTTATATTGAGGAACAGATTTTTCATAAAGCTGGTATGAAAAAATCTGGATACTTTGAATTAAACCGCTTACCGGAAAACACGGCTCTTGGCTACATAGAGGAGCCAGTAGGAACTTGGAAAACAAATATTTATTCCTTACCAGCAAAAGGCGGCCCAGATGGGGGAGCTTATGTAACAGCAGAAGATATGGTTTTATGTTGGCAAGCTTTGACAGACTATCAACTTTTGTCGAAAGAGATGACGCAATTATTTTTAAAACCACGTGAGGTCGTTAGTGCGGAACAAAATATATACTATGGTTACTGTGGCTATATGGAATTAGATGATCAAAATGAAATAGTTAAGTATATTCAGATGGGATATGACCCAGGAGTAAATTTCCGTGCTGTTCATTATCCCACCACAAAAGCTTCTGTTGTAGTTTGCTCCAACACATCAGAAGGAGCCTATGAACTTCTGAAAGAAATAGAAAACATGTTAACGTAA	MNKQNKGYHLEKVQKELQFSGSFYARKGNEILQGSNGFRNYAEKINNQLNTRFAIASGSKLFTSIAICKLVETGEISFTSRLKDCLDIDFPHVNDQVTIHHLLTHTSGVPDYFDEDTMDDYEALWHSRPMYRIRSPKDFLPLFQHEPMQATVNSSFQYNNSGYILLGLIVEQIATCSFSTYIEEQIFHKAGMKKSGYFELNRLPENTALGYIEEPVGTWKTNIYSLPAKGGPDGGAYVTAEDMVLCWQALTDYQLLSKEMTQLFLKPREVVSAEQNIYYGYCGYMELDDQNEIVKYIQMGYDPGVNFRAVHYPTTKASVVVCSNTSEGAYELLKEIENMLT				NA	NA	NA	NA	NA
AK148_03007	1806			hypothetical protein	ATGAAAGACATCATGTATCAAGAATCATGGAATTTAGATACGATTTTCCCTGGTGAGAGCCAATCGAATCAGTTAAAAAAGCACCTTGATGATTTAGAAGACAACATCAAACAATTCGTGAACAAATTAAAGCATGTCACGATGCAAATAGATGTCCATGATGCAATCATATTGGAAGATGTATGTAAGGATATAAGTATCGTTCGTACGCATTTGTCGCACGCCCAATCTTTTATAACATGCCTACTAGCGCAAAATCCACAAGACAATAAAGCCACTTCTCTCCAAGTTAGAGTGGCCGCTATTAGTAGCAGTTATGAATTAGCTATTGAAATGACCCAACACATTCTGGTTACGATTAACGATGATTTATGGGAATCGTTCATGCACACGAAAGAATTAAGCAACTATAGCTTCCAATTAAATAAATGGAGAAATAAAGGGCAACTGGAGGACATGGACAACATCGGGGAACTACTAGCCAATTTAAAAGTAGACGGCTACCATGGTTGGGGACAAATGTATGACATGCTTATAAATGATATCAAAGTACCTATGACAATAAAAGGGGAAATGGTTCAAATGTCAGTAGGACAAGCAATCAATTTAAGGTCCCACTCCTGTGAAGAAGTGCGAAAAGAAGCACATAAAACACTACAACATATTTGGTCTTTAAAACAAGATCTGTTCGCCAAACTCCTTAATCATATCATCGGCTTTCGCATAAAAGTTGACAGGCATAAAGGCGTGAACAACTTTCTAGAGATTCCTTTACTGGATAACCACATGAAGGAAGAAACTCTAACTACGATGTGGGAGGCGGTGGAAAAACATAAGCAACCATTCAAAAAATACTTAAATAAAAAAGCAGTCATGTTTGGAGAGGAGAAGCTCCATTATTATAATTTTTGGGCTCCCCTGCCCCAAACACAAAGCCAATTGAACTATGAAGATGCCGTTATTTTTGTGATTCAGCACCTTGGAAAGTTTGGACCCGAGCTAGAAAATTTTTGCCGCAAATCATTTGAAAAGGGATGGGTCGAGTCACAAAATCGTCCCAATAAAAAACACGCTGCATTTTGTGCAAGCTTTCCTCTTACGAAAGAATCGAGAGTATTCCTAACTTATGATGGCACCATAGGAAGTGTATTAACAATGGCACATGAACTAGGTCACGCATTTCATAATGATGCAATGAAAAATATGAACGGGATAAATAAGCAATATCCATTAAGTATCGCGGAAACAGCATCCACCTTTGCAGAAATGATCATGCTAGATGCTGCCATTGAAAGCGCAAATTCCGATAAAGAACGACTCATCTTACTAGATGAAAAAATAAAGCGTAGTGTCATGAACTTTATGAATATCCATGCTAGATTTTTATTTGAAAAACGAATTCACTTGGAACGAGAAAATGGTTATATTTCCTCTGCACAGTTAAACGACTTTATGGAAGAAGCGATAAATGAAAGTTACCAAGGATCCATTACGGATATTCCTACACATATGTGGATTTGGGCACCTCACTTTTATAAAACAAAAGCTCCCTTTTATAACTTCCCATATACGTTTGGATATTTGCTCTCTCTTCATATATACGCTAAAGCAAAACATGAAGGGAAAGGTTTTGAAAAAAAATACCTCGCTTTACTTCGTGATTCGGGCAGCTTTACAGTAGAAGATTTAATAAAGAAGCATTTAGGTGAAGATGTTACATCCGAAAAGTTTTGGGAACAAGGACTGGAATTATGTATAAAAGATGTAGAACAATTTATCCGATTGTCTGAAATTTACAAGGAGTAA	MKDIMYQESWNLDTIFPGESQSNQLKKHLDDLEDNIKQFVNKLKHVTMQIDVHDAIILEDVCKDISIVRTHLSHAQSFITCLLAQNPQDNKATSLQVRVAAISSSYELAIEMTQHILVTINDDLWESFMHTKELSNYSFQLNKWRNKGQLEDMDNIGELLANLKVDGYHGWGQMYDMLINDIKVPMTIKGEMVQMSVGQAINLRSHSCEEVRKEAHKTLQHIWSLKQDLFAKLLNHIIGFRIKVDRHKGVNNFLEIPLLDNHMKEETLTTMWEAVEKHKQPFKKYLNKKAVMFGEEKLHYYNFWAPLPQTQSQLNYEDAVIFVIQHLGKFGPELENFCRKSFEKGWVESQNRPNKKHAAFCASFPLTKESRVFLTYDGTIGSVLTMAHELGHAFHNDAMKNMNGINKQYPLSIAETASTFAEMIMLDAAIESANSDKERLILLDEKIKRSVMNFMNIHARFLFEKRIHLERENGYISSAQLNDFMEEAINESYQGSITDIPTHMWIWAPHFYKTKAPFYNFPYTFGYLLSLHIYAKAKHEGKGFEKKYLALLRDSGSFTVEDLIKKHLGEDVTSEKFWEQGLELCIKDVEQFIRLSEIYKE	PGPT0020965_1725	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020965-pepF|pepB-K08602	NA	NA
AK148_03008	1068	rlmN		putative dual-specificity RNA methyltransferase RlmN	ATGAGTAAATCATCCATTTATGGATTAACATATGAACAGCTGAAGGATTGGCTAATGGAACATGGGCAGCAACGATTTCGTGTTGATCAGGTGTGGAACTGGCTGTATAAGAAACGTATTCATCAATTTTCGGACATGAAAAATGTGAACAAACAGACGATCGCGCTGTTGGAAGAGCATTTTGTACTAGGAACGTTAGAAGAAGAAATAAAGCAGGAATCAAAAGACGGCACGATTAAATTTTTGTTTCGTTTAGCAGATGGTAACTTAATTGAAACGGTGTTAATGCGGTTTAATTATGGTTTATCTGTTTGTGTAACTACGCAGGTAGGCTGTAATATTGGCTGTAGCTTCTGTGCAAGTGGGTTATTAAGCAAAAGCCGCGACTTAACAAGTGGAGAAATCGTCGAACAGATTATGATGGTGCAAAAGCATTTAGATACGCGGGAAAAAGATGAAAGAGTAAGCCATATTGTTGTTATGGGTATCGGTGAACCGTTGGATAATTTTACGCATTTGATGGATTTCATATATGTTGTCAATGATGATAAAGGTTTAAACATTGGAGCTAGACATATTACCGTATCGACAAGCGGGCTCGCTCATAAAATTTATCAATTTGCCGATACAGGTGTGCAAGTAAATTTAGCGATTTCCCTTCATGCACCAAACAATGAATTGCGCCGCAGTATTATGAAGATTAATAAGGCGTTTCCTATTGAAAAGCTGATGAAGTCTGTTGATTACTATTTGGAAAAGACGAATCGTCGTATTACGTATGAATATATTATGCTGAAAGATGTTAATGATCATAAGGAAGAAGCGATACAGTTGGCTAAGTTATTGAAGAATCACCGTAAATTAGCCTATGTGAATTTGATTCCTTACAATCCGGTAGACGAGCACAGTCATTATCAACGTAGTGATTCGGAAACCATTCAAGCGTTTTTTGAAACATTAAAGGATCAAGGTATTCATTGTGGCGTACGTTGGGAAAATGGAGCGGATATTGATGCGGCTTGTGGTCAATTAAGAAGTAAACAAATCAAAAAAGAAACAGCAAAATAA	MSKSSIYGLTYEQLKDWLMEHGQQRFRVDQVWNWLYKKRIHQFSDMKNVNKQTIALLEEHFVLGTLEEEIKQESKDGTIKFLFRLADGNLIETVLMRFNYGLSVCVTTQVGCNIGCSFCASGLLSKSRDLTSGEIVEQIMMVQKHLDTREKDERVSHIVVMGIGEPLDNFTHLMDFIYVVNDDKGLNIGARHITVSTSGLAHKIYQFADTGVQVNLAISLHAPNNELRRSIMKINKAFPIEKLMKSVDYYLEKTNRRITYEYIMLKDVNDHKEEAIQLAKLLKNHRKLAYVNLIPYNPVDEHSHYQRSDSETIQAFFETLKDQGIHCGVRWENGADIDAACGQLRSKQIKKETAK				NA	NA	NA	NA	NA
AK148_03009	1488	gltB	COG0493	Glutamate synthase [NADPH] small chain	ATGGGGAAACAGACTGGATTTATGGAATATGCAAGACAAACGAGACATGGGCGAGATGCAAAAGAACGGACGAAAGACTGGTTCGATTACACTATTCCTTTAAGTGAAACAGAAGTGCAAAAGCAAGGTGCGCGCTGTATGGACTGTGGCGTGCCAACATGCCATGTAGGTATGGAAATAGAGGGCGTTACTTCCGGTTGCCCTGTATATCATTTCATTCCCGAATGGAACGAATTGGTTTATGAAGGACGATGGCAGGAAGCGTTAGCGCGTGAACATGAGCAAAATAATTTTCCTGAATTCACTGGTATTGCTTGCCCCGCCCCTTGTGAAGGAGCTTGTGTGCTAGGAATTAATGAGCCACCTGTGGCAATTCGAACAATAGAGCTTTCCATTATTGAAAAAGGTTTTGCAGAAGGATGGGTAGTGCCAAATATACCAACGAAGCGAACAGGGAAAAAAGTTGCTGTTGTAGGTTCAGGCCCAGCAGGTTTAGCTGCTGCTGCACAGTTAAATAAAGCAGGGCATCTCGTGACGGTGTTTGAACGTGATGATCGAATTGGCGGCCTGCTCACATATGGAATTCCAGAAATGAAGCTCTCGTATGATATTGTCATGCGACGTGTAAATATTTTAAAACAAGAGGGGATCACCTTTGTTACCAATACGGAGATAGGTAAAGACTTGACATATGAGGAATTAAACAGTGCATTCGATGCCATCATCCTTTGTGGGGGCGCCACAGTGCACAGGAATATTCAAGTAGAGGGAAGTAAGCTGAAAGGTATTTATCGGGCGATGGACTTTCTTCATGCGAACACAAAAAGTTTATTAGATTCCAATTTACAGGATGAAAATTACATCTCTGCACGTGACAAAGATGTCATCGTTATTGGGGGTGGTGATACAGGAACCGATTGCTTGGCAACCGCAGTGCGTCATCATTGTAAAAGTCTTACACAATTTGATATTTATGATAAAAAAGGACTTACACGTGATAGTGCCACAAATCCATGGCCACAATATCCTAAAATACATCGTGTAGAATATGGACATAAAGAAGCCGCTAGTATGTTTGGTGATGATCCGAGAGCCTATGCGGTTATGACGAAAAGGTTTGTCGGCGATGACAAAGGTCATGTGAAAGAGATTCATACGGTTGGTGTGAAACTTCGCTATGATGCAGAAGGAAATAAAATTCGTGAAGAAATCCCAGGAACAGAAAAAGTTTGGCCGGCAGATTTAGTTCTTATCGCCATTGGTTTTAAAGGTCCAGAGCAAAGCTTACTTGAGCAAATAGGTGTACAAACAACAGAAAAAACCACTGTAGCCGCAGCGCATGATGATTATCGGACGAATATAGAAGGTGTGTTTGCCGCAGGAGATATGCGCCGCGGGCAGAGTCTCATTGTTTGGGCCATTAACGAAGGACGTGGTGTAGCAAGAGAATGTGATCGTTACTTAATGGGAGAAACGATGTTGCCTTAA	MGKQTGFMEYARQTRHGRDAKERTKDWFDYTIPLSETEVQKQGARCMDCGVPTCHVGMEIEGVTSGCPVYHFIPEWNELVYEGRWQEALAREHEQNNFPEFTGIACPAPCEGACVLGINEPPVAIRTIELSIIEKGFAEGWVVPNIPTKRTGKKVAVVGSGPAGLAAAAQLNKAGHLVTVFERDDRIGGLLTYGIPEMKLSYDIVMRRVNILKQEGITFVTNTEIGKDLTYEELNSAFDAIILCGGATVHRNIQVEGSKLKGIYRAMDFLHANTKSLLDSNLQDENYISARDKDVIVIGGGDTGTDCLATAVRHHCKSLTQFDIYDKKGLTRDSATNPWPQYPKIHRVEYGHKEAASMFGDDPRAYAVMTKRFVGDDKGHVKEIHTVGVKLRYDAEGNKIREEIPGTEKVWPADLVLIAIGFKGPEQSLLEQIGVQTTEKTTVAAAHDDYRTNIEGVFAAGDMRRGQSLIVWAINEGRGVARECDRYLMGETMLP	PGPT0000640_648	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0000640-gltD-K00266	NA	NA
AK148_03010	4602	gltA	COG0067	Glutamate synthase [NADPH] large chain	ATGACAAAAAAGGATTTCCCGAAAGCGCAAGGATTGTATCATCCTGACTTTGAACATGAAGCCTGTGGCATTGGAATGATTGCCAATATTAACGGAAAGAAAACACATAATATTGTGCAAAATGCCATCAATCTATTGTGTAATATGGAACACAGAGGCGGTCAATCTGCCGATACGAGTACTGGTGATGGGGCGGGAATTTTAACACAAATACCAGATCGCTTCTTTCAAAAACAATGTGCCAAAGAAGGGATAGAACTCCCTGCTCAAGGGGAGTACGGTGTAGGAATGCTCTTTCTTCCTCAGGATCATGAAATTCGTTTGCAAACAAAAGCCATGTTTGAACAGATTATACGTGAAGAAGGTCAGCATTTTCTTGGTTGGAGACCTGTACCGACGAATGAATCATTTATAGGTGAATTGGCAATGCAGAAAAAGCCGACCATACGGCAAATCTTCATTCAAAAAGCAACAGATATACAAGATCAACAAGCTTTTGAACGCAAATTATATGTGATTCGTAAACGAATGGAACAAGCCGTAACGATTCATGCTGAGCTTGACGATGTGTATATTTGTAGTCTCTCAACAACGACCATTGTTTATAAGGGGATGCTTATCCCTGAACAGTTAGATGCATTTTATATTGATTTAAACCACCCAGATTTTAAATCAGCACTTGCTTTAGTACATTCCAGATTTAGCACGAATACTTTCCCAAGCTGGAAAAGATCTCACCCAAATCGATACACGATTCATAATGGCGAATTTAATACATTACGCGGCAATGTCAATTGGATGCGAGCACGAGAAAAATTATGTTCTTCTCCTTATTTTTCCGAAGTAGATATGCAAAAGATACTTCCCGTTATTGATTACGATGGCAGTGATTCATCAATATTCGATAATACGTTTGAATTTTTGCATTTATCAGGAAGGTCTTTAGCACATACTGCCATGATGATGATACCTGAATCATGGGCAAATGATACGACGATGCGTGCGGAACGGCGCGATTTTTATGATTACCACAGTTCATTCATGGAGCCTTGGGATGGGCCAGCAGCGCTTGTCTTTTCCGATGGTAGACAAATAGGAGCTTGTTTAGATCGTAATGGTTTGCGCCCTGCTCGGTATTATGTTACGAAAGACGGCATGATTGTGCTTGGGTCTGAGGTAGGCGCATTAGATATTTTTGCCGATGATATTCTTTATAAACGGCGACTCGAGCCAGGTCGCATGTTATTAGTGGATTTGGAGAAAGGGATTATTGTTCCAGATGATGATATTAAGTTACAAGCTGCTACGGAACAGCCTTATAAAGCATGGTTACAAAATAAAGTAGCACTTGAAGATATCCCAGATGTTCCAGAACAATCAGGAAGAGAAGAAGCGGATTTGTTCATGCAACAGCAAGCTTTTGGTTACACAAGAGAGGATTTACAAAAAATAATAAAACCTTTGGTGAAGGACGGGAAAGACCCGATTGGCTCGATGGGATATGATTCGCCACTAGTCGTATTATCGAAAAAACCTCAATTATTATACAACTATTTTAAACAACTTTTTGCCCAAGTGACCAATCCACCAATCGACGCTATTCGAGAGAAATTAATTACTATGACAGAAACGAGTATTGGAGCTGAAGGGAATCTAGTGCGACCAACAGCAGATAGCTGTCGGCAAATACGATTACAAACCCCTATTCTAACGTGTAAGGAATTAGATAAAATACGTTATCAACAGTTAGAAGGGCTAAAGGCGACCACATTGTCTATTCATTTTCGTGTACATGCAACAGAAAATAAGCTAGAAACAGCACTACAGCAGCTGTTTGCAGTAGCTGACCAAGCAGTAGAAAACGGGGCGGTACTGATAATTTTGTCAGATCGTGGCATTAACCAGCATAAGGCAGCCATTCCTGCTCTATTAGCTGTGTCAGGATTGCATCATCATTTTATTCGCAAAGGGATGCGAACAAAGATTAGCTTATTAGTTGAAACAGGGGAAGCACGAGAAGTGCATCATTTTGCTACATTGCTTGGCTATGGTGCTGAAGCGATTACCCCTTATTTGGCCCACCAAACGATAGAAGCAATGGTTACAGCGGAGGAAATTACTGCATTTTCAGCGGAGAAGGCAATTCAAACATATAACCAATCCGTGACAAATGGAATTATTAAAGTGCTATCGAAAATGGGAATTTCAACGATTCAAAGTTATCGTGGGGCGCAAATTTTTGAAGCAATTGGCATAAATAAATCCGTTATTGACAACTATTTTACACACACAGCGTCCAGATTGGGTGGAATTGGGTTGGATATAATTGAACAAGAAACGTGTATGCGACATGAGCGAGCATTTAATCCGACGCGTGGGGGAAATAGCACTCTGGAATCAGGGGATGAATATCAATACCGCAAAGATGGGGAGGACCATCAATATAATCCTCAAACGATTCATACTTTGCAGCATGCTTGTCGTACTGGAAATTATGAATTGTTTCAGGAGTATTCAAAGCTATTGACCGACGAAAGAAAGAATTTGCAGTCGTTACGTGGGTTGTTAACCTTTAAAAAACGCAAGTCAATCCCAGTAGAAGAAGTAGAATCTGTTGCCTCCATATGTGCGAGATTTAAGACAGGCGCTATGTCATTTGGTTCGATTAGTAAAGAAGCGCATGAAACGTTAGCAATTGCTATGAACCGGATAGGAGGGCGGAGTAATAGTGGAGAAGGTGGCGAATCCCCTGATCGCTTTACCCGTGATGCCAACGGTGACTTACGACGCAGTGCAATTAAACAAGTTGCTTCAGGAAGGTTTGGTGTTAACAGCCATTATCTTGTCCATGCAGATGAAATTCAAATTAAGGTTGCACAAGGGGCAAAGCCTGGAGAAGGAGGACAACTGCCAGCAAATAAGGTATATCCATGGGTGGCTGAAGTTCGCGGATCTACTCCAGGGGTTGAACTTATTTCCCCGCCTCCACATCACGACATTTATTCCATTGAAGATTTGGCGGAACTTATTTACAATTTAAAAAATGCAAACCCAAACGCCCGTATTAGCGTGAAACTTGTTTCCGCGGTGGGGGTTGGAACAATTGCTGCTGGTGTTGCTAAAGGGCGTGCTGACCTTGTATTAATTAGTGGTTATGATGGTGGTACAGGTGCTGCTCCAAGAACGAGTGTGAAGCACACTGGACTACCATGGGAAATTGGTCTAGCAGAGACGCATCAAACATTATTATTAAACGGACTAAGAGACCGAATTGTTGTCGAAACAGATGGAAAGATGATGACAGGACGAGACGTTGTCATCGCTAGTCTGTTAGGAGCAGAAGAATTTGGGTTTTCCACAGCACCCTTAGTGGCGCTTGGTTGTGTGATGATGCGGGTTTGTCACTTAGATACTTGTCCAGTCGGTATAGCAACCCAAAATCCAGAGTTACGGAAGAAATTTACGGGAGATCCTGACCACGTCGTCAATTTCATGACGTTTATTGCCCAGGAAACACGTGAAATGATGGCATCTTTAGGCTTTCGAACCATTAATGAAATGATCGGTAGAACGGATGTTTTAGAAGTCAACGAAAGTATTGCGCATTGGAAGGCAAAAGGGATTGATTTATCAGCGCTTCTTTATCAGCCAGATGTACCAGACTCCGTAGGGCGCTATGCAACAATGGACCAACAGCATGGCATTGAAAAAACATTGGATTTCCAGGAGTTAATTCCAAATTGTCGCGAGGCTTTGGAACACAAGCAGCCCGTCGAATTCACAACAGCTATTCGGAATATAAACCGAGTGACGGGTACTTTATTAGGAAGCGAAGTGACGCGGCGTTACGGAGAAGAAGGTTTACCCGAGGATACCATTAAACTGAATTTTTGTGGATCTGCTGGACAAAGCTTTGGTGCTTTTATTCCACCAGGTATGACTTTGCGGTTAATTGGAGATGCCAATGATTTTGTTGGAAAAGGGTTATCTGGCGGTAAACTAGTTGTGCATCCTGACCCAATTGTTACCTTTGCTCCCGAAAAGAACACGATTATTGGAAACGTAGCGTTTTACGGCGCATCTCGTGGAGAAGCTTTTATTCGTGGTATTGCTGGTGAACGGTTTGCTGTTAGAAATAGCGGTGCTACTTTAGTTGTTGAAGGTGTCGGTGATCATGGTTGTGAATATATGACTGGTGGAACCGTAGTCGTTCTTGGTAAGACAGGACGAAATTTTGCAGCTGGTATGTCTGGTGGAACGGCTTATGTACTAGATGAAGAAGGAACATTTCGTTCTCATATAAATGGTGAGTTAGTTGCCATACAATCGTTAACGGACGAGCGAGAGATTGGTCAGCTCGCGCAATTAATAAAACAGCATGTCACAGCAACGAATAGTAGTCATGCGGAGCGTATTTTAAACTATTGGGATAAATATGTACATCAATTTGTGAAAGTTGTTCCCATTGCTTATGTGCAAATGCAAGAAAAAATTCAAGCTTTAAAAGATCAAGGATATAGCAAATTTGATGCAGAAATGGCTGCGTTTCAAGCAAGTAAGCAAGGAGAGAAAGTGGAAAAACCAGTAGGTGTGCTGCATTAA	MTKKDFPKAQGLYHPDFEHEACGIGMIANINGKKTHNIVQNAINLLCNMEHRGGQSADTSTGDGAGILTQIPDRFFQKQCAKEGIELPAQGEYGVGMLFLPQDHEIRLQTKAMFEQIIREEGQHFLGWRPVPTNESFIGELAMQKKPTIRQIFIQKATDIQDQQAFERKLYVIRKRMEQAVTIHAELDDVYICSLSTTTIVYKGMLIPEQLDAFYIDLNHPDFKSALALVHSRFSTNTFPSWKRSHPNRYTIHNGEFNTLRGNVNWMRAREKLCSSPYFSEVDMQKILPVIDYDGSDSSIFDNTFEFLHLSGRSLAHTAMMMIPESWANDTTMRAERRDFYDYHSSFMEPWDGPAALVFSDGRQIGACLDRNGLRPARYYVTKDGMIVLGSEVGALDIFADDILYKRRLEPGRMLLVDLEKGIIVPDDDIKLQAATEQPYKAWLQNKVALEDIPDVPEQSGREEADLFMQQQAFGYTREDLQKIIKPLVKDGKDPIGSMGYDSPLVVLSKKPQLLYNYFKQLFAQVTNPPIDAIREKLITMTETSIGAEGNLVRPTADSCRQIRLQTPILTCKELDKIRYQQLEGLKATTLSIHFRVHATENKLETALQQLFAVADQAVENGAVLIILSDRGINQHKAAIPALLAVSGLHHHFIRKGMRTKISLLVETGEAREVHHFATLLGYGAEAITPYLAHQTIEAMVTAEEITAFSAEKAIQTYNQSVTNGIIKVLSKMGISTIQSYRGAQIFEAIGINKSVIDNYFTHTASRLGGIGLDIIEQETCMRHERAFNPTRGGNSTLESGDEYQYRKDGEDHQYNPQTIHTLQHACRTGNYELFQEYSKLLTDERKNLQSLRGLLTFKKRKSIPVEEVESVASICARFKTGAMSFGSISKEAHETLAIAMNRIGGRSNSGEGGESPDRFTRDANGDLRRSAIKQVASGRFGVNSHYLVHADEIQIKVAQGAKPGEGGQLPANKVYPWVAEVRGSTPGVELISPPPHHDIYSIEDLAELIYNLKNANPNARISVKLVSAVGVGTIAAGVAKGRADLVLISGYDGGTGAAPRTSVKHTGLPWEIGLAETHQTLLLNGLRDRIVVETDGKMMTGRDVVIASLLGAEEFGFSTAPLVALGCVMMRVCHLDTCPVGIATQNPELRKKFTGDPDHVVNFMTFIAQETREMMASLGFRTINEMIGRTDVLEVNESIAHWKAKGIDLSALLYQPDVPDSVGRYATMDQQHGIEKTLDFQELIPNCREALEHKQPVEFTTAIRNINRVTGTLLGSEVTRRYGEEGLPEDTIKLNFCGSAGQSFGAFIPPGMTLRLIGDANDFVGKGLSGGKLVVHPDPIVTFAPEKNTIIGNVAFYGASRGEAFIRGIAGERFAVRNSGATLVVEGVGDHGCEYMTGGTVVVLGKTGRNFAAGMSGGTAYVLDEEGTFRSHINGELVAIQSLTDEREIGQLAQLIKQHVTATNSSHAERILNYWDKYVHQFVKVVPIAYVQMQEKIQALKDQGYSKFDAEMAAFQASKQGEKVEKPVGVLH	PGPT0000635_649	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0000635-gltB-K00265	NA	NA
AK148_03011	1023			hypothetical protein	TTGTCTAAACAAAAAACCTTTCACCGCATTCCACTATCGGTGTTAGATTTAGCTCCGGTAAATGAAGGTAGTAATCCAAGAGAATCTTTTCAACATAGTGTGGAATTAGCAAAGCACGTAGAAGCGCTCGGATTTAACCGCTATTGGTTAGCGGAGCATCATAATATGCCTGGTATCGCGAGTTCAGCAACCTCTGTCCTAATCGGACATATTGCCGAAAAAACGAACCATATTCGGGTGGGTGCAGGCGGGGTTATGTTGCCGAATCATGCGACACTCGTCATTGCTGAACAGTTTGGCACGTTAGAGTCGCTTTACCCAGGTAGAATCGATCTAGGTCTAGGGCGCGCCCCTGGAACAGACCAAGCAACGTCATATGCTTTGCGCAGAACGTTAAACATGCGGGTGGAAGATTTTCCGATGCAAGTAAATGAATTACAGGACTATTTTGCTAAAGAACCAATATCTAAAGTGAAAGCTGTGCCTGGTCAAGGTTTGAATATTCCCTTTTGGCTATTAGGCTCCAGTGACTTTAGCGCCAGATTAGCTGCACAAAAGGGGTTGCCTTTCTCGTTTGCTAGTCACTTTGCTCCTGCATATACCATACCAGCTTTACGACTATACAGGGAGCAATTCCAAGCATCGGAACAACTTCAAAAGCCTCATGCCATGGTAGGTGTAAACGTTATTGCGGCAGATACAGATGAAAAAGCAAATTATATTGCTACCTCGTTGCAACAACAGTTCTTGCATTTACGTCGTGGGCAACCGACGAAACTTAAAGCACCAATAGAAAACGTAGAAGCACATTTCTCTGCATTCGAATTGCAAGCTATTAAGCAAACGCTTGATCCAACAACAACCATTATTGGTAGCAAAGAAACCGTGAAGCAAGGATTAGAGCATTTCTTGGAAAAAACAGAAGCGGATGAAATGATTATTAGTTCACAAATCTATCATTTAGAGGATCGCTTGCGTTCCTTTGAAATAATTAGCGAATTAATGGACGAAGCAAATAACTAA	MSKQKTFHRIPLSVLDLAPVNEGSNPRESFQHSVELAKHVEALGFNRYWLAEHHNMPGIASSATSVLIGHIAEKTNHIRVGAGGVMLPNHATLVIAEQFGTLESLYPGRIDLGLGRAPGTDQATSYALRRTLNMRVEDFPMQVNELQDYFAKEPISKVKAVPGQGLNIPFWLLGSSDFSARLAAQKGLPFSFASHFAPAYTIPALRLYREQFQASEQLQKPHAMVGVNVIAADTDEKANYIATSLQQQFLHLRRGQPTKLKAPIENVEAHFSAFELQAIKQTLDPTTTIIGSKETVKQGLEHFLEKTEADEMIISSQIYHLEDRLRSFEIISELMDEANN	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
AK148_03012	354			hypothetical protein	ATGTTTACTAAGACGGAAAACTTTATTGGTATGACTGTTGCCGTTATTATGTTGCTTGTCATTCTTTCGTTTATTGTTTCTATGTTTATTTTTATTTCTTTTGGTATTATATATTTGCTTTCATATTTACCTTTTATTGAGTTTCATTATTTTTCTAGTTTTTGGCATAATGTATGGTACTTCTTTGGCTTTTTACTTCTAAATACATTGGTTTTAGCTTTTAGTGAAATTGTTGTTTTCATAGATAGAAAAAATAAATTCTTTAGAGGATATAAGTCCTTCAAATTTTATAGAATGGATAAAATTTATTATTATATTTGTTATTTATATGAACGTGTTTACCCTCGTTTCTGA	MFTKTENFIGMTVAVIMLLVILSFIVSMFIFISFGIIYLLSYLPFIEFHYFSSFWHNVWYFFGFLLLNTLVLAFSEIVVFIDRKNKFFRGYKSFKFYRMDKIYYYICYLYERVYPRF				NA	NA	NA	NA	NA
AK148_03013	786			hypothetical protein	ATGACAGCGATACAACAAAGATGCTCGGCTCTTTCAAACAGCCCAGTATTTATGAATATCATCATTAGCTTAATTATTATAAATGCTATATTAATAGGGCTAGAAACGTATCCGCAGATTGCGAATACATACGGGCATTGGCTTATGGTCATTGATGCAATCTTGCTGTGGATATTTACCGTGGAAATTGTTATACGTTTAATTGGAAGCACTTCTATCAAAGCTTTTTTTAAAGATCCTTGGAGTGTTTTTGATTTTGTCATTGTACTAAGTGGGCATCTACTAGTAGGCTCCTATGTAACAGTACTAAGGATTTTGCGGGTTCTTCGCGTGTTACGTGCGATTTCCATTATTCCTTCATTGCGCAAAATGGTTAACGCCTTGTTATTAACCATTCCATCAATGGGAACAATTTTACTGTTATTAGGATTATTTTTCTATGTGTATGGCGTAATCGGAACATTACTCTACCATTCTATCGCGCCAGAATATTTTGGCACCTTGCATCAATCGCTGTTAACTTTGTTTCAAGTTATTACTTTAGAATCTTGGGCAAGTGGGGTGATGCGACCTATTTTAGCAGAAGATCCATCTTCTTGGTGGTATTTTGTGACGTTCATTTTAATTGGTGCTTTCGTTATTGTAAACTTATTTGTCGGTGTTGTGGTAAACAATGTGGAAGAAGCAAATAGGGAAGAATCACCTTCCCCAACGGATATAAAGCTCGCAGAATTACAAAAAGAGCTGGCAGAAATTAAACAACTATTACGTAAGCAAAAGGATTAA	MTAIQQRCSALSNSPVFMNIIISLIIINAILIGLETYPQIANTYGHWLMVIDAILLWIFTVEIVIRLIGSTSIKAFFKDPWSVFDFVIVLSGHLLVGSYVTVLRILRVLRVLRAISIIPSLRKMVNALLLTIPSMGTILLLLGLFFYVYGVIGTLLYHSIAPEYFGTLHQSLLTLFQVITLESWASGVMRPILAEDPSSWWYFVTFILIGAFVIVNLFVGVVVNNVEEANREESPSPTDIKLAELQKELAEIKQLLRKQKD				NA	NA	NA	NA	NA
AK148_03014	189			hypothetical protein	TTGGAAGAAGGCTTATACCGAAAAAAGTCAATTTCTTATGGCAGGTTGTTGAAAGAAATACATAAAAAATTAAATCTTGATAATGCAGAAGATAGCAATTTGATTCATACAGATAACGATGAAGAAGCTGATGAAGATGATATTCTATTATTGCCATGTGGAATTGGGAACGGAAAAATTATTTTATAA	MEEGLYRKKSISYGRLLKEIHKKLNLDNAEDSNLIHTDNDEEADEDDILLLPCGIGNGKIIL				NA	NA	NA	NA	NA
AK148_03015	318			hypothetical protein	ATGTCTTCTTCTGGTACAGATCATTTGGGTATTTGTAATATATATGCTCAAGATTCTTGGCACATGGAGTCATTTATTATTGGGAATAAAGAAGGTTTACTCGAGTTAAAAAATGCAATTGATGAAGCTTTAAATAGTAAAATTGGAGAAGCAGAACTTTTCCCATCAGATTTTGAAGGATATACAACTTATGTTGCTTTAGTAGAAGATGAAGAAAAGTTTGCTAAACTATGTATGCCTTATACAAATGAACAAGATGTAGGTAAAGAGGAATATTCCATACATCCTATCGATGTAATAAAGGAATTAAAAAAATAA	MSSSGTDHLGICNIYAQDSWHMESFIIGNKEGLLELKNAIDEALNSKIGEAELFPSDFEGYTTYVALVEDEEKFAKLCMPYTNEQDVGKEEYSIHPIDVIKELKK				NA	NA	NA	NA	NA
AK148_03016	282			hypothetical protein	ATGCCTAAACATACTATACAAGGAGGGTATATGATGAAAAAAACATATATAGGTGGAATTTTAATTTTAGTTAGTGCTATTATTTATGGTTCAATGCTAATTTCGGCTTCTATTTATTCAGAAACCTTAACTACAGAGGGTGTTGGTTGGGATTCGGAATATGGTATTTTTGGAACTGCTTTAAAAGAAATTGGAAATACACCTATTATAATATCTATTTTATCGGGAATTTTAGGTGTTATATTTATTGTTCTATCGTTAAGAATAAAAGGGGAAAATTAA	MPKHTIQGGYMMKKTYIGGILILVSAIIYGSMLISASIYSETLTTEGVGWDSEYGIFGTALKEIGNTPIIISILSGILGVIFIVLSLRIKGEN				NA	NA	NA	NA	NA
AK148_03017	186			hypothetical protein	TTGGATTATGACCCTAACGTGAAAACACAGATTATAAAGCAAAAAAATGAACAAAATTCGGACATACAGTCTGGGATTAATGAAACTGCAAAGTATCCAGTAAAAGATACGGATTTCATGACTGATGATGAAGGAAAGAATTTAATAAGTTTATCTGATTTGGAAGAAGGAGATTTATACCGATAA	MDYDPNVKTQIIKQKNEQNSDIQSGINETAKYPVKDTDFMTDDEGKNLISLSDLEEGDLYR				NA	NA	NA	NA	NA
AK148_03018	273			hypothetical protein	ATGATACATTTTATAAAGTTGAATCTAGTCAGTATTATATATGCGTTTATAGCACTTATTCCCATTCAACTTATTGGAAACGTCTATCGAATAAATCGGCTTACAGGTTGGAAGATAGCGACAATAAATACAATTACTGCTGTCGTAATCATCATTGAATTTATAGTTGGTACAATTTTGATACTCACCAGCTTTTTCATCGTTATCGGTATAAATCTCCTTCTTCCAAATCAGATAAACTTATTAAATTCTTTCCTTCATCATCAGTCATGA	MIHFIKLNLVSIIYAFIALIPIQLIGNVYRINRLTGWKIATINTITAVVIIIEFIVGTILILTSFFIVIGINLLLPNQINLLNSFLHHQS				NA	NA	NA	NA	NA
AK148_03019	603		COG0655	NAD(P)H dehydrogenase (quinone)	ATGGAAAAAGTAAAATTAGCAGTCATTTATTACAGTTCTACAGGAATTAATTATCAACTAGCAAACTGGGCAAAAGAAGCAGCAAGTGAAGCAGGTGCAGAAGTAAGACTTGTAAAGGTTCCAGAGCTTGCACCAAAAGAGGCAATTGCAGCTAATCCGGCATGGCAATCTCATGTTGAGGAAACAAAAAATATACCTGAAGCTACTTCAGACGACATTGAATGGGCAGACGCCATTATTTTCTCTACACCAACGCGGTTTGGTAATGTCGCTTCACAGATGAAGCAATTTGTAGATATGCAAGGTGGCCTTTGGGCAGCTGGTAAAACAGCTAATAAAGTTGTAAGTGCAATGGCTTCTGCTTCTAACCCGCATGGTGGGCACGAAGCGACCGTTTTATCTTTATATACATCGATGATGCACTGGGGAGCAATCATTGTACCACCCGGATATACAAATGAAGTTGCTTTTACATCAGGCGGAAATCCGTATGGTGTTAGCGTAACACAAGGACAAGACGGAAAAATGGTAGAAGATGTTGAAGAAGCTGTGAAGCATCAAGCAAGACGTACCATTGATGTAGCTAAAAAAATGAAAGCATAA	MEKVKLAVIYYSSTGINYQLANWAKEAASEAGAEVRLVKVPELAPKEAIAANPAWQSHVEETKNIPEATSDDIEWADAIIFSTPTRFGNVASQMKQFVDMQGGLWAAGKTANKVVSAMASASNPHGGHEATVLSLYTSMMHWGAIIVPPGYTNEVAFTSGGNPYGVSVTQGQDGKMVEDVEEAVKHQARRTIDVAKKMKA	PGPT0009460_1919	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009460-wrbA-K03809	NA	NA
AK148_03020	876	htpX_2	COG0501	Protease HtpX	ATGGGAAAAAGAATTTTCTATTTTTTATTAACGAACGTTTTAGTGCTGTTAACGATTAGTATTATTTTTATGCTAATACCTGGAACATGGAATTATATTGGTGAGAATGGGCAATTACAACTTGGGACATTACTCATTTTCAGTGCCATTATTGGTTTCACAGGATCTTTTATCTCATTAGGGTTGTCTCGTTGGATGGCCAAAAAAATGATGGGTGTACAGGTACTAGATCCTAATGGCAATTTGAACACGCAAGAGCGACAAATTGTGGATAAAGTACATCGTCTATCGCGTGCTGCCGGATTAATGCACATGCCTGAAGTAGGGATTTATCAAGCAAAAGAAGTAAATGCGTTTGCTACAGGGCCTACTAAGAAACGGTCACTTGTTGCTGTATCGAGTGGTTTATTACAGGAAATGGATGAAGACGCTATTGAAGGGGTTATTGCCCATGAAGTTGCACACATTGCCAATGGCGATATGGTAACAATGACATTACTGCAAGGGGTTGTAAATACTTTTGTCGTCTTCCTTGCGCGCATCGCAGCTTTCATTGTGACTCGTTTTGTAAAAGAAGAAATAGCGCCTATTGTACATTTTCTAGCGATTATCTTCTTCCAGATCATCTTTTCTGCACTGGGTAGTCTCCTTGTATTTGCTTATTCCAGACACAGAGAATTTCATGCTGATAAAGGCGGAGCTGATTTAGCAGGAAAAGATAAAATGCGCCATTCATTAGAAGCATTAAAGCTATATTCCAACCGTGTACGTCAGGAAGAACAAGCAATTGCTACGTTAAAAATTAACGGTAATAAGAAAGCGTCTATATTTTCCACACACCCAAGCTTAGATGAACGAATTTCTCGTTTATCTTAA	MGKRIFYFLLTNVLVLLTISIIFMLIPGTWNYIGENGQLQLGTLLIFSAIIGFTGSFISLGLSRWMAKKMMGVQVLDPNGNLNTQERQIVDKVHRLSRAAGLMHMPEVGIYQAKEVNAFATGPTKKRSLVAVSSGLLQEMDEDAIEGVIAHEVAHIANGDMVTMTLLQGVVNTFVVFLARIAAFIVTRFVKEEIAPIVHFLAIIFFQIIFSALGSLLVFAYSRHREFHADKGGADLAGKDKMRHSLEALKLYSNRVRQEEQAIATLKINGNKKASIFSTHPSLDERISRLS	PGPT0014605_2721	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014605-htpX|ykrL-K03799	NA	NA
AK148_03021	585		COG0241	D-glycero-beta-D-manno-heptose-1,7-bisphosphate 7-phosphatase	ATGCAATCATCAGCAGTGTTTCTTGACCGTGACGGTGTTATTAATGACGTGTTGTCAGATCGTGTTACGTTTGTTAATCAGCCAAAAGATTTTTTCCTGTTGCCTGGTGTTGGAGAAGCAATAAAACAGTTTAACATGCTCGATTATGCTGTATTTGTTGTAACCAATCAGGGTGGTATTGGCTTAGGTTATATGACGGAGGAGGACTTAACGAACGTTCATCAAAGAATGACAGAAGAATTGGCAATTCACGATGCTGTAATTGACGCTGTTGCGTATTGTCCGCATAAGCCACATGCGGGATGTGCTTGCAGAAAGCCACATCCGACGATGATTGAACGATTAGCTAAGAAGTATCAGATTGATTTACCTACGAGTTATATGATTGGCGACCGCCATGTTGATATGGAAACGGGTAAAAAAGCTGGTGTAACTTCCATACTTGTCGGGGGAAGAGAAGAGGATATGCGAGATGCGGATATGGTTTTTCCCGATTTATCCTATGTTGCTACTTATTTAACTGGATTTCAGGTCAGATATAAAGGAAAAAAGGCAAGTTCTGCACGGAATGAATTGAAAAAGTAA	MQSSAVFLDRDGVINDVLSDRVTFVNQPKDFFLLPGVGEAIKQFNMLDYAVFVVTNQGGIGLGYMTEEDLTNVHQRMTEELAIHDAVIDAVAYCPHKPHAGCACRKPHPTMIERLAKKYQIDLPTSYMIGDRHVDMETGKKAGVTSILVGGREEDMRDADMVFPDLSYVATYLTGFQVRYKGKKASSARNELKK	PGPT0023035_393	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
AK148_03022	1515	cat1	COG0427	Succinyl-CoA:coenzyme A transferase	ATGGGGAGAAAATTGGATAGAATCGGCGATGCTCGTTTACATGATCGAGTAGTGACTGCGGAAGAAGCAGCATCTTGGATTCAAGATGGTATGACGCTAGGCTTAAGCGGCTTTACCCGGGCAGGGGATGTAAAAGCTGTGCCGACAGCGCTTATTCAACGAGCGGAAGCGGGTGAAAAACTGAAAGTCAATGTGTTTACAGGCGCCTCTTTAGGCTCTGATATTGACAAAATGATGGCAGATGCAGGTATTATTCATAAACGCTTGCCATTTCAGGCTGATCCGACGATGCGAAAAAAAATAAATGACGGGGAACATTTATTCGTTGATCATCATCTTTCACATACAGCGGAAATGGTAAGGGCAAATGTGTTAGAAAAGGTGGATTACGCCATTTTGGAAGCGATTTCTATAACGGATGACGGGCAGGTCATACCAACTACTTCGATTGGAAATTCGCTTGTCTTTGCGGAACATGCAAAGTCAATAATCATAGAAATCAATACGTCACAATCACCATTATTGGAAGGCGTGCATGATTTATATAGTCCGAATCAACAGGGGGAACGAGAGCCTATACCGCTCCAAAAAGTTGCAGATCGGATTGGAACAATCGGTATTCCGATTGATATAGAGAAGGTTCGAGGAATTGTATTTACAAACCAGCCAGATTCTCCATCGACGATTGTACAGCCAGATCATGAAACAGAAATAATGGCTAGTCATTTACTGGATTTTTTACGAAAAGAAATTGCCGAGGGGCGTTTAACAGAACAATTGGCACCTTTACAATCAGGAATTGGTTCCGTTGCAAATGCGGTGCTTCACGGTATGCTCCAGTCGGAATTTGAAGATTTAGAAGTGTATTCAGAAGTGTTGCAGGATGCTGTATTTGATTTAATAGATGCTGGAAAAGTAAGCGTTGCTTCTTGTTGCTCCATAACATTATCAGAGCAAAAAATGCAGGATGTTTTTAGCAGGTTTGAAGCCTACCGTGATAAAATCATTATGCGTCCGCAAGAAATTTCCAATCATCCGGAAATTATTCGTCGTCTAGGTATTATTGCAATTAATACGGCTTTGGAAGCTGATATATACGGAAATGTAAATTCAACACATGTATGTGGAACGAAGATGATGAACGGAATTGGTGGCTCTGGTGATTTTGCTAGAAATGCAAGGTTAGCCATTTTTGTAACCAAGTCCATTGCAAAAGCAGGCGATATTTCTAGTATTGTGCCATTTGTATCGCATGTGGATCATACAGAGCATGATGTGGATGTACTTGTTACGGAGCAAGGTTATGCAGATTTAAGAGGTTTAGCTCCGCGAGAGAGGGTTCCATTAATTATTGAACATTGCGCACATCCAATGTATAAAGAGCAATTATGGGAATACTACAGGGATGCTTTACAAGGTGGGGGGCAGACACCGCATAATTTGGAAAAAGCGTTTAGTTGGCATATTAATTTTGCGAAAAATGGGACGATGCGTGAACTCATTGAACAAAAATAA	MGRKLDRIGDARLHDRVVTAEEAASWIQDGMTLGLSGFTRAGDVKAVPTALIQRAEAGEKLKVNVFTGASLGSDIDKMMADAGIIHKRLPFQADPTMRKKINDGEHLFVDHHLSHTAEMVRANVLEKVDYAILEAISITDDGQVIPTTSIGNSLVFAEHAKSIIIEINTSQSPLLEGVHDLYSPNQQGEREPIPLQKVADRIGTIGIPIDIEKVRGIVFTNQPDSPSTIVQPDHETEIMASHLLDFLRKEIAEGRLTEQLAPLQSGIGSVANAVLHGMLQSEFEDLEVYSEVLQDAVFDLIDAGKVSVASCCSITLSEQKMQDVFSRFEAYRDKIIMRPQEISNHPEIIRRLGIIAINTALEADIYGNVNSTHVCGTKMMNGIGGSGDFARNARLAIFVTKSIAKAGDISSIVPFVSHVDHTEHDVDVLVTEQGYADLRGLAPRERVPLIIEHCAHPMYKEQLWEYYRDALQGGGQTPHNLEKAFSWHINFAKNGTMRELIEQK	PGPT0001545_318	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001545-aarC|cat1-K18118	NA	NA
AK148_03023	645			hypothetical protein	ATGCAACGACTTACGACGAGTTCTTTATTGGATGTAATTGGGGAGTTGTTTTCTGATGAAGTTTCTATCGCTGTTACTTCGACGACAGAGTACATCTACTATCGTCCAAGCTTACGAGTTGATTTGAAAATTCGTCCCGGTGATCCAATTAAGGAAGGAACGCTAGCAGATAAAGCAATTGTCTCCGAACAAAAGGTATCCGAGTTTATTGATCGGCAAATATACGGTGTTCCTTACCATGGAATGGCTGTGCCATTTCACTATAATAATGAACTAGAAGGTTGTGTAATGGCGATTTACCCAGCCCTAACAGAAGGTAAGTCCGTTATTACAGTGAAGACATCAGATGGTTGGAAGCCGCTTTCGTTTCATGATGTCCTTTATTTGGAAGTAAAGGAAAGGAAGACATGGGTGGTTACGAAACAATTTACAGGTATACATCGAAAAGCACTTCAGGAATTTGAATATATGTTACCGAGGGAATATTTTATCCGGTGTCATCGGTCATTTATTGTGAACGTAAACCATATTACACATATCTATCCTGATACACATTCTACTTTTTTGTTAGCTATGGATAACGGGGATCAACTTCCTGTTAGTCAATCGTATTCCAGTTATTTCCGAAAATTATTAGGCTTTTAG	MQRLTTSSLLDVIGELFSDEVSIAVTSTTEYIYYRPSLRVDLKIRPGDPIKEGTLADKAIVSEQKVSEFIDRQIYGVPYHGMAVPFHYNNELEGCVMAIYPALTEGKSVITVKTSDGWKPLSFHDVLYLEVKERKTWVVTKQFTGIHRKALQEFEYMLPREYFIRCHRSFIVNVNHITHIYPDTHSTFLLAMDNGDQLPVSQSYSSYFRKLLGF	PGPT0026304_3542	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
AK148_03024	468			hypothetical protein	ATGGAGGAACAGGCAATTCAAGATATTTATCCCGAAGATTATGCTTGGTGCTATGGGTGCGGAAGACTTAATGAATATGGGCTACAATTAAAAACAGTTTGGGATGGCGAACAAACGGTAACTACATATACTCCCCGTAAAGAACATACGGCGATTCCGGGGTTTGTATATGGGGGCTTACTTGCTTCATTAATTGACTGTCACGGTACTGGATCTGCTTCCATGGCGTTGCATAAAAAAAATGGGCATGTCATTGGGGATGGGGCAGAGCCACCTCGCTTTGTTACTGCTTCGTTGCATGTAGATTTTTTGAAACCAACGCCACATGGTACGCCACTGAAAGCAATTGGTATAGTAGAGGAAATCCATCCGAAAAAGTTTAAAGTTATGACAGAAGTTTATGCGGATAAAATTTGTTGTGCCAAGGCGGAAGTAGTCACAGTAGTCATGCCAGAAACATTTACATGA	MEEQAIQDIYPEDYAWCYGCGRLNEYGLQLKTVWDGEQTVTTYTPRKEHTAIPGFVYGGLLASLIDCHGTGSASMALHKKNGHVIGDGAEPPRFVTASLHVDFLKPTPHGTPLKAIGIVEEIHPKKFKVMTEVYADKICCAKAEVVTVVMPETFT				NA	NA	NA	NA	NA
AK148_03025	1110		COG1252	NADH dehydrogenase-like protein	ATGTTTCATAATCATTCAAAAGAAAATGTAGAGATGGGGTTTTGTGGCATGAAAAAACTAGTCATATTAGGCGGGGGATATGGCGGTCTGAAAGCGCTATTAGGTTTACTTGACCATCAGCTGCCAGAAGATGTAGAAATTACCCTTGTCGACAGGAATCCTTATCATTCTGTGAAAACAGAATTTTATACAATTGCAGCTGGGACGTCTGCAGATAAAGACGTGCGCCTCCATTTTCCTGACGATGAACGTGTTCGTTATGTGTATGGGGAAATAGAAAAAGTGGATACATCCAATGCAACAATTACTTTCTCCAATAAAAGTGAGGTTATCGATTATAATTACCTTATCATCGGATTAGGTTGCGAAGATAATTATCATGGTATTGAAGGCGCCAAACAGTTCACGCATAGTGTACAGACATTTTCTAATGCAAGAAAAACAGGGGTTGCTGTTTGTGATTTAAAAGCATATGGGAAGGTGTCTATTGTAGGTGCTGGATTAAGTGGTATCGAAGTAGCCTCAGAAATTAGAGAGAGCAGACCTGACTTAAATATTCGTTTACTTGATCGTGGTGCAACGGTATTAAAAGCATTCGATCCTAAAATTCAACAATATGTAGCGGAATGGTTTGTTGCAAATGACGTTGACGTACTACATCATGCAAATGTAGAGTATGTCGAAAAAGATGGCGTTTGCAATAATGGTGTTTGCTATGTAAATGACGTTACTATTTGGACAGCCGGCGTGAGACCAAATTATTTAGTACGCGAGCTTCCATTTGCTAAAGATGAGCAAGAAAAAATTATTGTCAATGAGTATTTCCAAGTTCCAGAGAATACAAATATTTACGTAGTAGGTGACTGCGCTTCTTCCGACTTTTCACCGAGCGGTCAGCTTGCTGGTCAACAAGGCGAACGCGTAGCGGAAGTGTTATTAGCTGTATTGCAAGGAAAACAACCGAAGAAACCAAAAGAAATTAGATTAAAAGGAACCTTAGGATCACTTGGAAAATCAGATGGCTTTGGCAATATGATGCAGAAACCATTGACTGGTCTATTACCGCGTATTGCAAAATCAGGTGTACTTTGGTTAAGTAAGCGGCACTAA	MFHNHSKENVEMGFCGMKKLVILGGGYGGLKALLGLLDHQLPEDVEITLVDRNPYHSVKTEFYTIAAGTSADKDVRLHFPDDERVRYVYGEIEKVDTSNATITFSNKSEVIDYNYLIIGLGCEDNYHGIEGAKQFTHSVQTFSNARKTGVAVCDLKAYGKVSIVGAGLSGIEVASEIRESRPDLNIRLLDRGATVLKAFDPKIQQYVAEWFVANDVDVLHHANVEYVEKDGVCNNGVCYVNDVTIWTAGVRPNYLVRELPFAKDEQEKIIVNEYFQVPENTNIYVVGDCASSDFSPSGQLAGQQGERVAEVLLAVLQGKQPKKPKEIRLKGTLGSLGKSDGFGNMMQKPLTGLLPRIAKSGVLWLSKRH	PGPT0004020_5663	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
AK148_03026	690	yohK	COG1346	Inner membrane protein YohK	ATGAGTGAGTTTGTAATTGCTATCTCAGCTATTATTGGAACGTTTTTCATTTATCATCTTGCTCTAAGGATACACAGAACTTGGAGGTATTCTTTAACTGCCCCTGTTTTGGTAGCCACTATTCTCATCATCAGTGTTCTAATCATTTTTCGTATCCCTTATGAGACGTATATGGTTGGAGGAAAATGGATTAATGAATTACTCGGACCTGCAGTAGTTGCGCTTGCTTATCCATTATATAAATATAAAGATACATTAAAGCAGGTAGCTGCTCCTATATTAGCAGGTACGCTACTAGGCGGAGTTGTTGGAATAACTACAGGTCTATTGCTTGCCCAGTGGGCAGGTTTTGAGTCCGCGATCGTATATTCGTTAACGCCAAAATCAGTAACAACACCTGTGGCTATGGCTGTAACGGATACGATTGGTGGAGTAATGCCACTTGCTGCTATATTTGTTATGATTGCTGGTATTGGAGGTGTACTTATGCACCATTATGTATTTCGCTTATTTCAAGTCAACCATTATTTAGGAAGAGGTGTAGGCATGGGGAGTGCTTCTCATGCCATTGGTACAGCTACTTCCATGGAAGTAAGCCAATTAGAAGGAGCAGTCAGTACCATCTCTATGGTGATTAGTGCTGTAGTAGTGTCTATTATCACACCAAGTCTCGTACAGCTCATGATGTAA	MSEFVIAISAIIGTFFIYHLALRIHRTWRYSLTAPVLVATILIISVLIIFRIPYETYMVGGKWINELLGPAVVALAYPLYKYKDTLKQVAAPILAGTLLGGVVGITTGLLLAQWAGFESAIVYSLTPKSVTTPVAMAVTDTIGGVMPLAAIFVMIAGIGGVLMHHYVFRLFQVNHYLGRGVGMGSASHAIGTATSMEVSQLEGAVSTISMVISAVVVSIITPSLVQLMM				NA	NA	NA	NA	NA
AK148_03027	372	cidA		Holin-like protein CidA	GTGGAAAAAGTAGGAAAAATGATCGTGCATATTGTTTTACTGTATATCATTTTTCAATTTGGTAACTGGATACAACGCACGTTACATTTATTTATCCCAGGAAGTGTGATTGGGATGATGGTATTGTTTATATTATTAAGTACGAAACTGATTCGAGTCTCGTGGATTGAAGAAGGTGCCAATTACATTGTTGCTAATTTAGCCTTTTTTTTTATTCCTGTTACAGTAGGAATTATAGATTACTATGATTTGTTTTTAGGAAAAGGTGCTTTATTAATCTTGATTGTCTTAGTGAGCACCATGTTAGTAATGGGCGGTTCAGGCTTTTTTAGTCAGTGGCTAATGCGTAGAAAGGGATGGGAACATGAGTGA	MEKVGKMIVHIVLLYIIFQFGNWIQRTLHLFIPGSVIGMMVLFILLSTKLIRVSWIEEGANYIVANLAFFFIPVTVGIIDYYDLFLGKGALLILIVLVSTMLVMGGSGFFSQWLMRRKGWEHE				NA	NA	NA	NA	NA
AK148_03028	1266	argG		Argininosuccinate synthase	TTGGGGAAAGAGAAGATTGTTTTAGCTTATTCTGGAGGGTTAGATACATCTGTAGCTGTCCGCTGGCTACAGGATAAATACAATTATGATGTAATAGCTGTTGCCCTTGATGTTGGGGAAGGGAAAGACCTTGAGTTTATTAAAAATAAAGCGTTACAAGTAGGCGCTGTGAAATCGTATGTCATTGATGCTAAAGCTTTGTTTGCAAATGAATTTGTCCTTCCAGCATTGCAGTCGAATTTATTATATGAAGGAAAATATCCGTTAATATCTGCTTTGTCACGCCCGCTTATTGCTAAGATTTTAGTTCATATTGCAAAAGAAGAAGGCGCTGTTGCAGTTGCGCATGGATGTACAGGAAAAGGAAATGATCAAGTACGGTTTGACGTTGCCTTTACGGCGTTAGATCCTAGTTTAGACATTGTCGCACCTGTAAGGGAATGGGCAATGTCAAGAGAAGAAGAAATTGCTTATGCGAAAGAACATCAAATCCCTGTACCCATTGATTTAGATAATCCGTTTAGTATTGACCAAAATCTTTGGGGGCGAAGTAATGAATGCGGTATTTTAGAAGACCCATGGGCGGAAGCGCCGAAAGAAGCGTATGATTTAACAACAGATCCAGAAGAAGCACCTGATAAGCCGCAGATTGTGGAAATTGCTTTTGAACAAGGAAAACCTGTCGCTATTGACGGAGAAAAATTATCATTAGAAGCACTTATTTTACAATTAAATCAAGTTGCAGGAAAGCATGGAGTTGGTAGAATTGATCATGTAGAGAACCGCCTTGTTGGTATTAAATCACGCGAGATATACGAAGCGCCAGCAGCAGTTACGTTAATTGCTGCACATCAAGAGTTGGAGGCGTTGACGCTAACGAGGGAGGTAGCTCAATTTAAACCGCTTATGGAGCAAAAACTAGCACAAGTGGTATATGATGGTCTTTGGTATTCACCTTTGACGAAAGCTTTAATAGCATTTATTACAGAAACACAGAAGGATGTTTCAGGCATCGTAAAGGTGAAGCTGTATAAGGGGCAGGCACAAGTAGTAGGTAGAAAATCGAAACAATCATTATATGATTTTGATTTGGCAACATATAATGCTGAAGATTCGTTTGATCATGAAGCAGCACTAGGGTTTATTAAATTATGGGGGCTTCCGACAAAAGTTCATGCAACCGTTAATCAAACGCATCGTTCTGTAGAAGAATCCGTTAAAGAAGCAATTTTAGACGTGAAAGAAAAAGAAAATTTACTGCTATAA	MGKEKIVLAYSGGLDTSVAVRWLQDKYNYDVIAVALDVGEGKDLEFIKNKALQVGAVKSYVIDAKALFANEFVLPALQSNLLYEGKYPLISALSRPLIAKILVHIAKEEGAVAVAHGCTGKGNDQVRFDVAFTALDPSLDIVAPVREWAMSREEEIAYAKEHQIPVPIDLDNPFSIDQNLWGRSNECGILEDPWAEAPKEAYDLTTDPEEAPDKPQIVEIAFEQGKPVAIDGEKLSLEALILQLNQVAGKHGVGRIDHVENRLVGIKSREIYEAPAAVTLIAAHQELEALTLTREVAQFKPLMEQKLAQVVYDGLWYSPLTKALIAFITETQKDVSGIVKVKLYKGQAQVVGRKSKQSLYDFDLATYNAEDSFDHEAALGFIKLWGLPTKVHATVNQTHRSVEESVKEAILDVKEKENLLL	PGPT0020130_1200	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0020130-argG-K01940	NA	NA
AK148_03029	1044			hypothetical protein	ATGGATGTTGTCAGTAGTGTAAACAAAGCTGTCGATGACTTTGAAAAAGGAATAGTAAACAGTATTGCGGGCATGGTTACGGGACTGCTAACCGTTGTTAAAGATGCAGGTGTTGTCGCCGTATCTGGCGTTGTTCCTGATCCTGTGGAGCCATCTTGGTTAAAAGATAGCGCAGATGAAACAGTTGATGCCTACACACAAGCTGCGATACAATTCTTACAAGACCCTATGCGTGCAGTGGAATCAACTGCCCAAGTCTTCACAGATAATGTGGAACAAGAGGGAGTTATGTACGTCACTGGTGCGACTATTCCAGCCTTAATACCAGGTAGTATGGCTGTCAAAGGAGCATCAGGCGTTGCCAAACTAGGCGCAGGCGCAGCAAGAAGAGCTCCGAAGTTATTGGATAGTAAGCCTTTTAGTGGTAATTATTATCGGAAAAAGATAGAGGCAGCTAAAGATGGAATGGCTAAAGTGACAGAGAAGTTCTCTTTTGGTAAAGACTATGCCCTTTCAACTGGTGGCGCAAACTTTATACTTAGAGATAAAGAATTTGCAGTTGATGCTAAGTCACAGACGTTTAACATGCAACATGGTGAGGGAGAAAAGTCAAAGACTAGGGGTACAGGTAACCTTAATGATCCATACGTTGGTGTAAAACAAGCATCTGAATATTTAAAATCGCTAGGAGTACCACGTCAATTTAGAAAGACTACATTAGAATCATTTGAAATCGGTACAATTAGGCTTGATGTGGCAGGATCAAATACTTATGGGTTAAGATTTTATGATAATCTTAACGCTTATGCAAAAGGAAGGTTTTTGTTTGAAACATTTTCTCCACAGGTTAATAGAAGTAACTTAGCACTTCCGCCAGATTGGAACAAAATGACGAGTATTCAACAATGGCAAGTTAAGCCAGGCACAATTATAATAAAAGGAAAAGCAGGTCCGCAGCTTCAAATGGGAAATCAATATATTGGAGGCGTAGAACAATGGTATATAACGAACCTAGACAGCTTAATAAAACCGTATACTTTATAA	MDVVSSVNKAVDDFEKGIVNSIAGMVTGLLTVVKDAGVVAVSGVVPDPVEPSWLKDSADETVDAYTQAAIQFLQDPMRAVESTAQVFTDNVEQEGVMYVTGATIPALIPGSMAVKGASGVAKLGAGAARRAPKLLDSKPFSGNYYRKKIEAAKDGMAKVTEKFSFGKDYALSTGGANFILRDKEFAVDAKSQTFNMQHGEGEKSKTRGTGNLNDPYVGVKQASEYLKSLGVPRQFRKTTLESFEIGTIRLDVAGSNTYGLRFYDNLNAYAKGRFLFETFSPQVNRSNLALPPDWNKMTSIQQWQVKPGTIIIKGKAGPQLQMGNQYIGGVEQWYITNLDSLIKPYTL				NA	NA	NA	NA	NA
AK148_03030	288			hypothetical protein	ATGGTATATAACGAACCTAGACAGCTTAATAAAACCGTATACTTTATAAAAGAAGCCGAAAAAATGAAGGAGAAGCTTGAGCATGAGATTAATGCTCATAAACTAGGTCAAGGTAAAGATGGAACGATAAGTCAACTCGAAAATTTCCATAAAGATATAGAACTAATGATTGAAAGCAAAAGGCACATACCATCATATCCAAGAGCTATTGCTGACTCGTGGGACTTCAATAGCGAACTTGGAAAACAACTACTTAATTTATACGAGGATTATAAAAAGTTAACCTAG	MVYNEPRQLNKTVYFIKEAEKMKEKLEHEINAHKLGQGKDGTISQLENFHKDIELMIESKRHIPSYPRAIADSWDFNSELGKQLLNLYEDYKKLT				NA	NA	NA	NA	NA
AK148_03031	288			hypothetical protein	ATGTTTGGTTTTGGTTTTTTTGATGCTTTTATTGCTGCTGGATTATTTGGTTTGCAATACTTTTTATCAAGCAGAAATAGTGTTTACTGGGGAGGAATAATTCCATTATTATTCGTGGTTTGGCGTACTTGGACATTCGTTAATGAAAATGAAAAGTTGCTCCATTATGTCTTAATTCTTTCAGTTGGTCTAGCCTTTCTTATTGGGGGATGGTATGAGGGAAGAAATGTTGTTCGTGAAAAGAGGAAACAGGAATTGAATAAAATGAAATCCTATGACATGAAGTAA	MFGFGFFDAFIAAGLFGLQYFLSSRNSVYWGGIIPLLFVVWRTWTFVNENEKLLHYVLILSVGLAFLIGGWYEGRNVVREKRKQELNKMKSYDMK				NA	NA	NA	NA	NA
AK148_03032	300			hypothetical protein	ATGGGTATAAAAGATGTTCCTGGTTGGATATTGTCATTGGATGAAGAAGATCTGGAATTCATTAAGAAATTTGTTATGCAATCAGGTTCCTTAAAAAAAATCGCGAAAATTTATGATGTATCTTATCCAACAGTGAGGATTAAGTTGGATAGGTTAATTGAGAAAATAAAATTAAATGATGATACGGATAATGAGGAATTTATTCAGTTTATTAAAAAACTATCAATAGATGACCGGATTAACTTAGAAGAAGCAAAACTAATTATTGAAAAATATAAACAGGAAAAAGGTGACAGATAA	MGIKDVPGWILSLDEEDLEFIKKFVMQSGSLKKIAKIYDVSYPTVRIKLDRLIEKIKLNDDTDNEEFIQFIKKLSIDDRINLEEAKLIIEKYKQEKGDR				NA	NA	NA	NA	NA
AK148_03033	945			hypothetical protein	TTGATTTGTTCTGGAGCTGCTGTATTTGTTATTCATAATGATGCCATTGTTTTAGAAGAATATATTGGGAAAAAATCAAACAAACCAAATGCAAGTGATGTTCAAGAAGATACTCAATTTCACGTAGCCTCTGTACGAAAAAGCTATATTGGTTTTGCTGTTGCATATGCCAATTATTACGGTTACATACAAAGTATAGATGATCCGGTATTAACATACCTGCCAGAATTGGAAGATGCCATTTGGAAAAATACTAAAATCAGACATTTATTAACACATACTCACGGTTTGAATCAAAAGGAAGAAACTGTTTTTCGCGAGTATCCTGTTGGGCGAAACTGGGCATATAGACAGGTTGGAGTTCATGCTTTAACTCAAATTGTTAAGAGGGCTACAGGGAAAACGGTGTCCGAAATAGTTAACGAAAATGTGTTTACGCCGTTAGCATTCTCTGAATCAAATTGGTATGCGCACAAACACGAAAAACTTGTTGATGTAATACTTCGTGATAAGAAAGATGCAAATTGGAAAACTCCTGAAAGCACAGATGGCGACAAGATGAATATGTATGTGTCGGCACGTGAATTGGCCTTTTGGGGTTATTTGCACCTTAAACAAGGAAATATAGACGGAAGACAAACTGTACCAAAAGAAATTATACAATTGGCTACATCTGTACAAAGCCCAAGAAGTATAGATAAAAGTCTACCGCAAAATGGTTTCTTATGGTTTGTAAAAGATTTACCTACAAAGAAATCAGAAATAGGTGAAAAAGTTCCAAAAGATTCATATCAAATACTGGGTTATACAGGTGTTAATTTATTAGTAATTCCCCGTGAAAACTTGGTTGCTGTTCGCATGTTTAATAGTTTTGGTTCACCAGAAGGATATGATTATTTATCTGATATCAGGTCTTTCGGTAATACTATAATGAGTTGTTTATAA	MICSGAAVFVIHNDAIVLEEYIGKKSNKPNASDVQEDTQFHVASVRKSYIGFAVAYANYYGYIQSIDDPVLTYLPELEDAIWKNTKIRHLLTHTHGLNQKEETVFREYPVGRNWAYRQVGVHALTQIVKRATGKTVSEIVNENVFTPLAFSESNWYAHKHEKLVDVILRDKKDANWKTPESTDGDKMNMYVSARELAFWGYLHLKQGNIDGRQTVPKEIIQLATSVQSPRSIDKSLPQNGFLWFVKDLPTKKSEIGEKVPKDSYQILGYTGVNLLVIPRENLVAVRMFNSFGSPEGYDYLSDIRSFGNTIMSCL				NA	NA	NA	NA	NA
AK148_03034	273			hypothetical protein	GTGTTAGGCTTTCAGCTTCCTAAAGATATGGATGCTAATAAAAGCTACATATCTGTTAGGAATGATGATGTAGTTTTAGGTTTGGAGAAAATGGGAAATTTGTCTCAAAATCATTCAATTAGTGACCTTCATGGTCAACAAGTTGGTTTAGGAATAGAAATATTTTTGGAAGTTGAAGATTTACAGGAAGCACATAACAACGTAGTCTCTAAAGAATATCCAATACAGAATGAAATAACCAAAAGACTTTGGGATTGGAGGGTTTCAGAATAA	MLGFQLPKDMDANKSYISVRNDDVVLGLEKMGNLSQNHSISDLHGQQVGLGIEIFLEVEDLQEAHNNVVSKEYPIQNEITKRLWDWRVSE				NA	NA	NA	NA	NA
AK148_03035	909			hypothetical protein	ATGAGCATCGATTATAAAATAGTTAACTCATTAGAACAATATGAAAGATTACTTCAAATTACCAATTCGGAAGAGAGGAAAGATTTCTTTCGCTATATGATGATGCAGCCACTTGAAAAAATGTGGAAATTAATTAATGTCCCTATAAAAGCGAAGAAAGAAAATGGTTATGACGTTTTAATGGCTACGAAAATGCTTGGTTATGCAGACATTTCTGATGATAAAACCATTAAAGAAGCACTCACTATTTTAAAAGGTAGTAATGCTTATGCAGTAGCAGAAAATACGATTAAAACATGTATAGATAAAGCGGTTCATGCAGGTTTGAAAATAAATGCTAAGGAAATAAAATTAGGACTGTATATTTCTGATCCTGAAAAATTAAAACTATCAAATGGCTATACAGGGTTTGGAGGAATACCTGGATTTATTACGGTAAATATATATCCAAATCATTATAATTTGCCGAGAATCCCAGCGGTAATAGCTCATGAATTTCATCATAATATACGTTTTTCTTATTTTGATTGGGATTACGGAAATGTTACAGTAGCTGATTATCTCGTTATAGAGGGGTTAGCTGAATCATTTGCAAGAGAGTTATATGGAGCAGAGCAATTAGGCCCTTGGGTTACAAGTATGAATAAAGAAGAAGTAGAGTATTCCACCAATGTTATTAGAGAAGCGCTTGAGTTAAAGGGGTTTGCAGAGGTAAGCAGCTATATGTTTGGCGATGAAATTGCTGCGCAAGAAGGGTATCAACCTGTTGGTCTTCCTTTCTGCGCTGGTTATGCAGTAGGATATAAAGCTGTTCAAGCTTATATGAAAAAGTATAACAAAACCATATACGAAGCAACCTTAGCTTCAACAGATGACATAATTAATGGTTGTGAATTGTTTGCCACATAA	MSIDYKIVNSLEQYERLLQITNSEERKDFFRYMMMQPLEKMWKLINVPIKAKKENGYDVLMATKMLGYADISDDKTIKEALTILKGSNAYAVAENTIKTCIDKAVHAGLKINAKEIKLGLYISDPEKLKLSNGYTGFGGIPGFITVNIYPNHYNLPRIPAVIAHEFHHNIRFSYFDWDYGNVTVADYLVIEGLAESFARELYGAEQLGPWVTSMNKEEVEYSTNVIREALELKGFAEVSSYMFGDEIAAQEGYQPVGLPFCAGYAVGYKAVQAYMKKYNKTIYEATLASTDDIINGCELFAT				NA	NA	NA	NA	NA
AK148_03036	420			hypothetical protein	TTGATAAAAAAGAAGCAAGGCTTAATAGAAAAAGGGTTTGATCATAAAAAAACTTTCTTTAGCTTTTTGGGGGTTTCCTATTATCTCACTAAAGAGAGTAACGAAAATTTGATAAAAGACTTATTTGCGGGCATCCCGGAAGGTAGTTCTATTGTTTTTGATTTTGCTGATGAAACACTTTTTCAAGAAAAGGGCGTGTCTAATCGAGTTGAAAACATGGTGAAAATGGCTTCGGCAAGCGGAGAGCCAATGAAATCAGCATTCACTTATAATGAAATAGAGCGTATGTTGGAAAAATCGGGCTTGCAAATTTATGAGCATTTGACACCAGATTCGATAAATGAGCTTTATTTTAAAAATAGAACGGATTATTTATCAGCTTTTGAGACCATTCATTTCGTTCATGCTGTAAAGAGATGA	MIKKKQGLIEKGFDHKKTFFSFLGVSYYLTKESNENLIKDLFAGIPEGSSIVFDFADETLFQEKGVSNRVENMVKMASASGEPMKSAFTYNEIERMLEKSGLQIYEHLTPDSINELYFKNRTDYLSAFETIHFVHAVKR				NA	NA	NA	NA	NA
AK148_03037	102			hypothetical protein	ATGATATTCATAAAGGAACAAGTGCTAAAACTAAATAAGGAAAGAACTCGTGGAAAAGGAGTTATTTTCAGTTTAGGAAAAGCACCAAATGATGATTTATAA	MIFIKEQVLKLNKERTRGKGVIFSLGKAPNDDL				NA	NA	NA	NA	NA
AK148_03039	243			hypothetical protein	TTGAAGATGCTAAGATTACCTTTTGTTCGTACACTTATATTTTGTATTTTAGTTCTCTTTTTACTATTTACAAATAAATTAACCGTTTTGACTTTTTTCGTTTTAGGGGGTTTATACTCTCTTATTGAATCACTTATGGCAAAAAAGGAACTTGATGTAGAGACAGGAAATAAATGGATGGATATTGGATGGGTATTTATTTTACTAACGACCATGATTTTAGTTATCATTCATACCTTTTAA	MKMLRLPFVRTLIFCILVLFLLFTNKLTVLTFFVLGGLYSLIESLMAKKELDVETGNKWMDIGWVFILLTTMILVIIHTF				NA	NA	NA	NA	NA
AK148_03040	168			hypothetical protein	ATGTACTCACCAGTATTACAATTTATTTTTGTAGTTGGAATATTGCATGGTCTTATTATGCTTTTTGTGGCAATGAAACAAAAACGAAATACAAGTAAGAGCCAAATAGGACGTTCAATAGCTTTAATGATTGCATGTGGAGCAGCGCTTCTAATAACTATTATTTAA	MYSPVLQFIFVVGILHGLIMLFVAMKQKRNTSKSQIGRSIALMIACGAALLITII				NA	NA	NA	NA	NA
AK148_03041	849			hypothetical protein	TTGAAAATTGTGGTGATAGTTATTTATTCTATTGGGAAGTTTTCTAATATTAGCAATGTGCCGATCAAAACACTCCGATATTATGATAGCATCGACTTGTTAAAGCCTTCTGTTGTTGATAAAACAACAGGGTATAGGTATTATGACTACCAAAAGTTTTCTCAGGTGGAGCGCATAAAAGCTTTAAAGAGTCTCGGTTTTTCTTTAAATGAAATAAAGGAAATAATAAATGGAAGCATAAAAAAGGATTTAAATCAAAAATTGATAGAGAAACGAAACGATGTCATTGTTAGAAAAAGTCAATTAGAAAGCATTATTAGTGAAATAGATGATATATTAAATTATTCTAAGCCTTATTTTGAAAAAAAATATCATATCAGTTCAGTTTATTTTGAATATCGTTCGTCTATAACAGTTATTAGTATAAAAGAGAAGATTGAAATACATCAAATGGATCAGTTAGTCGAGCGCTTATTTCAAAAAGTGTACGCATACAATTGTAAAATAAAAGGGAATTTGATGACTATATGGCACGAATGGGACAATCCATTATCACAAGAGACAGAAGTCATGTTTGAAATAGATGGAGATATATTAAATAATACTTTAGAGAATGAAGTAAAAATTATCCCTAATGGAGAATATGCATGTGTTGATTTTGTTGGTTTGTATTCTGATTTAACGGTAGCTTATGACCAATTGAAAGATTTAATTGTAACAGATTCTTTTTTTATTGAAGAATATATGGAGGGTTTGGTTCCTCAAGAAATGGATGATATGTTATGTGTAAAACCATTAAAAGATGCAGATCCTAATAATTTTAAGACCAAAGTTATGTTGAAATTATAA	MKIVVIVIYSIGKFSNISNVPIKTLRYYDSIDLLKPSVVDKTTGYRYYDYQKFSQVERIKALKSLGFSLNEIKEIINGSIKKDLNQKLIEKRNDVIVRKSQLESIISEIDDILNYSKPYFEKKYHISSVYFEYRSSITVISIKEKIEIHQMDQLVERLFQKVYAYNCKIKGNLMTIWHEWDNPLSQETEVMFEIDGDILNNTLENEVKIIPNGEYACVDFVGLYSDLTVAYDQLKDLIVTDSFFIEEYMEGLVPQEMDDMLCVKPLKDADPNNFKTKVMLKL	PGPT0003907_17	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0003907-bmrR-NA	NA	NA
AK148_03042	1098			hypothetical protein	ATGAAGGGAAAAGGAAGCTTTGTTTATCTAGAAGGAACTTCATATGAAATAGGATACAATCAAGGAAAAGATCTAAGTGTTATACCAAACATACAAAAAATGTTGTTTGAAGATCATAAGAAAAGTAAAGCTCGTGCGGAAGATACTTTAGAAAATTTTAATATGTATTGTCCAGAATTGATAGACGAATTACAAGGGGTTTCTGATTATTTCAATAGGGATGTAGAAGAATTAAGATTTATACAAGATAGTTATTTAATGGGTGGTGGTTGTAGCTTGGCGGCTATTACACCGAAAATGACAGTTGATGAAAAAATGTATGTTTTTAGAACGTATGATTTAAGCCCGAATATATCTGATATGAGGCTATGTTCTACGAATGCAGATAATAAGTACTCTCATACAGGTTTTTCTGTTTCAACATTCGGTAGAAGTGATGGTTTAAATGAGTATGGTCTATGTGTAACCTTTGCTTCGTGTGGTGTACCAGTTGGAAACCACCCAGGAATGTTAAAAGCTAAAGTAGATGGTTTAAATTTTATGGTGGTTGTCCGAATTATATTGGAAAATTGTCAAACCATTGAACAAGCTATTGATTTGTTTTATGAACTACCCATAGCATCTAATATGAATTTGTTGATAGCTGATAGATTTCAGAAAGTTGCAATTCTAGAAGCGTATAATGGAAGTAAGGGGCATACAATAGAAGAAAGTAGATACAGTTTAGCTACAAACCATGCATTGCTAGAAAAATTAAAAATTCAAGAAATGTCCATATTAAAACAATCTGTGGTTCGTTATGAAGCAATGGATCAATATTTTTCAAATAAACAATTGGTAACCAAAGGTGATATGAAGGCAATATTAAAAGCAGAGTATCCAAAAGGTGTGTCGTCTCTAAATTATGGAGAAGGTTTTGGAACCGTTCATGCAGCACTATTTTGTATTAGTGATAAAACAATGGAGTTTTCATTTGGTTCTCCCATGCGCAATGAAATATATCAAATCAAAGTCGGTGATAATATGCCAAACAAAAGCTTTGATATTGATTTAAAAAACAAAAGTTATGGACGAGATTTTTGGGATTTGATGGAATAG	MKGKGSFVYLEGTSYEIGYNQGKDLSVIPNIQKMLFEDHKKSKARAEDTLENFNMYCPELIDELQGVSDYFNRDVEELRFIQDSYLMGGGCSLAAITPKMTVDEKMYVFRTYDLSPNISDMRLCSTNADNKYSHTGFSVSTFGRSDGLNEYGLCVTFASCGVPVGNHPGMLKAKVDGLNFMVVVRIILENCQTIEQAIDLFYELPIASNMNLLIADRFQKVAILEAYNGSKGHTIEESRYSLATNHALLEKLKIQEMSILKQSVVRYEAMDQYFSNKQLVTKGDMKAILKAEYPKGVSSLNYGEGFGTVHAALFCISDKTMEFSFGSPMRNEIYQIKVGDNMPNKSFDIDLKNKSYGRDFWDLME				NA	NA	NA	NA	NA
AK148_03043	537			hypothetical protein	ATGAAACTATATAAAGAATTAAACATTCTAGAAGATAAAAAATTATACAATAAAATAAACCTATTTAGTATAGCAATCCTAATAGTTACAACGGTTGCTGTGTTGGTAGCTCACACCATTATAATCGGAGAAGTTCGTTTATTCTTTTCTCTATCTACATTGGTGTGGGTACTAGGAGTAACGTTAGTCTCCTTACCAATTCATGAGTTTATTCATGGAATATTTTTCAAAGCCTTTTCTACATCTGGAAAAGTGAAGTATGGGTTTACAAAAGGGATGCTTTATGCGACGAACCCTGGACAAGTTTATACAAAGCGACAGTTTATGATCATTATTTTAGCCCCGTTTGTTATAAATAGTATACTATTTTGTCTTCTATTTATTTTTGGAATGGATAGCACTGCTTTTTGGATTGTATTCATTCTCCATACAGCAGGATGTGCTGGTGACTTTTGGTATATTTATGAAATCATTAAAAATCCAAACATCACCCATTGTGAAGATACGCCAGTTGGCGCTAAATTTTTTGTAGCGTAA	MKLYKELNILEDKKLYNKINLFSIAILIVTTVAVLVAHTIIIGEVRLFFSLSTLVWVLGVTLVSLPIHEFIHGIFFKAFSTSGKVKYGFTKGMLYATNPGQVYTKRQFMIIILAPFVINSILFCLLFIFGMDSTAFWIVFILHTAGCAGDFWYIYEIIKNPNITHCEDTPVGAKFFVA				NA	NA	NA	NA	NA
AK148_03044	642			hypothetical protein	ATGAAGAATCAAACAAAGAAAATTTATGGAAGCATTGTACTTACCCTACTTATTTTCTTACTCGCAGGATGTACAAATAGCATGGAGGAAGAATCAGAAGCGGAGAATTCAGAGAAGGATGTCACTACAGTATCGGAAACAGATAATAAGGAAGACCCTAAAAATAACGACTTAGAAAAAACGCCATCTAGCAACACATCTAATAAAGGGAAAACAGGTGAATCCAAAGATGCTTCTTCAGAAGACAACGCGGAAAAAGATACCTTATCCAAATATTCTACAGAGGAAATTGAATATGCACGTATTTGGCTACAGCTTGGGGCAATCAAAGATGTAGAGGATTTGAATATCCGCCATATTTCCGCTGGGACACCACTTAACCCCGATGATGAAACGAGTGCGAGCTATCCCGAAGACGTCATTCAGTTGTCGGGTAGCCGTTTAGTAGCAGGTTCCGTAACATATAGTAGCAATGGAGACGGAACAATAAATGTATATAACATTCCCTTACGTTGGGACGGCAGCTACCCAGCAGGAGAAGATTTTTACAAAGATTTAATTGAAAATACGAAGTTAGTGCGTGTAGATAAAGGAGAAGATACTAAAATTATTGCACTCATTAAAAAAATGAATACTCTGTAA	MKNQTKKIYGSIVLTLLIFLLAGCTNSMEEESEAENSEKDVTTVSETDNKEDPKNNDLEKTPSSNTSNKGKTGESKDASSEDNAEKDTLSKYSTEEIEYARIWLQLGAIKDVEDLNIRHISAGTPLNPDDETSASYPEDVIQLSGSRLVAGSVTYSSNGDGTINVYNIPLRWDGSYPAGEDFYKDLIENTKLVRVDKGEDTKIIALIKKMNTL				NA	NA	NA	NA	NA
AK148_03045	1119	pdhA_2		Pyruvate dehydrogenase E1 component subunit alpha	ATGTCTAAAAAAAGTACAACAAAGTTAGATTTAGTTAGCCTTGTAAAAGGATATAAAGATTCGTTTCCTTTTTACCAAGTACTAGCTCCATCAGGAGAAATTGTGCATTCTGACCTAGAACCTAAGCTAAGTGATGAAGAACTGACTACATTAATGAAAAGACTTGTATGGGCCCGGACATATGATAAAAGAGTTACATTACTAAACCGTCAAGGAGCTTTAGGAAATTATGCTCCAGGTGGAGGACAAGAAGCTAGTCAAATTGCTACACAATATGCTTTAGGTGAGAAGGATTTTTTTGCAGGAACCTACCGAGATTTAGCACCGCTTATTTTACATGGCTTACCTTTAGAAAAAGCTTTCCTTTGGTATAAAGGGCATATGAAAGGAAATGAGTATCCAGAAGATCTCCAAGCTTATGCACCGCAAGTGATTGTTGGTGGGCACATTACACACGCAATGGGTGTTGCATTTGGAATGAAAAAGCGAAATAAAAAATCAATCGTATTGTCATTAAGTGGTGATGGGGCGACATCACAAGGAGACTTTTATGAGGGCATTAACTTTGCTGGTGCTTATCAGGTTCCTTATGTTGCCGTTGTTCAAAATAATGGATATGGTATCTCGGTACCAGTCGAACAACAAACGGCCGCTGAAACATTGGCACAGAAAGCTGTAGCGGCTGGAATTCCGGGTATTCGAGTAGATGGAATGGACCCACTTGCTATGTACGCAGCAGTCTCTACAGCTCGTGAACATGCCTTGGCAGGGCAAGGGCCTGTCGTTATAGAAGCGTTAACCTACCGATTTGGACCACATACGATGTCTGACGATCCAACTCGTTATCGTTTAGCTGAGGAGTTAGGAGAATGGGAGCAAAAAGATCCCCTAGTTAGAATGAGAACGTATTTAAGCAATAAAGGCTTATGGACGGAAGAACAAGAAAAAGAAGTTGCAGAATCTTGTAAGCAAGAGATTAAAGACGCCGTTGCAGCAATTGGTCAAGTTGACAAACAAAAAGTGTCTGATTTCTTGAAGAACATGTATGAAGTTTCTCCTCAAAATATTCAAGAACAAATTGCTGAATACGAAGCAAGGGAGATGAAGGAAGATGAGTAA	MSKKSTTKLDLVSLVKGYKDSFPFYQVLAPSGEIVHSDLEPKLSDEELTTLMKRLVWARTYDKRVTLLNRQGALGNYAPGGGQEASQIATQYALGEKDFFAGTYRDLAPLILHGLPLEKAFLWYKGHMKGNEYPEDLQAYAPQVIVGGHITHAMGVAFGMKKRNKKSIVLSLSGDGATSQGDFYEGINFAGAYQVPYVAVVQNNGYGISVPVEQQTAAETLAQKAVAAGIPGIRVDGMDPLAMYAAVSTAREHALAGQGPVVIEALTYRFGPHTMSDDPTRYRLAEELGEWEQKDPLVRMRTYLSNKGLWTEEQEKEVAESCKQEIKDAVAAIGQVDKQKVSDFLKNMYEVSPQNIQEQIAEYEAREMKEDE	PGPT0018025_1095	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0018025-pdhA-K00161	NA	NA
AK148_03046	975	pdhB_2		Pyruvate dehydrogenase E1 component subunit beta	ATGAGTAAAAAAACAATGGTACAGGCTATTAATGATGCACTGGACTATAAATTAAATAAAGATGAAAACGTTTTATTGTTTGGCGAAGATATTGGACCTAACGGTGGTGTTTTCAGGGTTACAGATGGGCTTCAAGCTAAACATGGAGAGGATCGTGTATTTGATACACCATTAGCAGAATCAGGAATTCTAGGTATGTCTGTAGGATTAGCTACAGAAGGATTTAGACCTGTCCCTGAAATACAGTTTCTAGGATTTATTCTAGAAGCAATGTCTCCAGTTGTAGCCCAATTTTCCCGAATGCGCTACCGGATGGCAAACACAAGAAGTATGCCAATTACAGTTAGAGCACCATATGGCGGTGGAGTGCATACACCAGAACTTCACTCCGATAGTTTAGAAGGTATATTAGCACAGGTGCCGGGGATGCGTATTGTTATTCCAAGTAACCCATATGATGCCAAAGGGCTACTTATTTCTGCGATTGAAAGTAATGATCCGGTTATTTTCTTAGAACATTTGAAGCTTTACCGCTCCATGAAACAGGACATTCCAGATGAAGATTATCGTGTACCTTTAGATAAAGCAGCAGTTACACGTGAAGGATCTGATGTAACCGTTATAGGGTATGGTCTTATGATTAGTGAAGCACTTAAAGCAGCTAAAGAATTAGAAGATGAAATTTCTGTAGAAGTTATTGATTTAAGAACGATTGCACCAATTGATATGGACACAGTGCTTGCATCCGTTAAGAAAACAGGTCGTGTTGTGGTGACACAAGAAGCACAACGTCAGGCAGGTGTCACGGGACAATTAATGTCAGAAATTGGGGAGCGTGCCTTTATGTATTTAGAAGCACCTATTTCAAGAGTTACCGCACCAGATTCCGTTTACCCGTTTGGTGCAGCTGAAGCAGACTGGCTCCCTAATGCGAAAGATATTATTAAAAAAGTGAAGGAAGTATATGATTTTTAG	MSKKTMVQAINDALDYKLNKDENVLLFGEDIGPNGGVFRVTDGLQAKHGEDRVFDTPLAESGILGMSVGLATEGFRPVPEIQFLGFILEAMSPVVAQFSRMRYRMANTRSMPITVRAPYGGGVHTPELHSDSLEGILAQVPGMRIVIPSNPYDAKGLLISAIESNDPVIFLEHLKLYRSMKQDIPDEDYRVPLDKAAVTREGSDVTVIGYGLMISEALKAAKELEDEISVEVIDLRTIAPIDMDTVLASVKKTGRVVVTQEAQRQAGVTGQLMSEIGERAFMYLEAPISRVTAPDSVYPFGAAEADWLPNAKDIIKKVKEVYDF	PGPT0019590_2901	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0019590-pdhB-K00162	NA	NA
AK148_03047	1332	pdhC_4	COG0508	Dihydrolipoyllysine-residue acetyltransferase component of pyruvate dehydrogenase complex	ATGATTTATTCATTTATATTACCTGATAGCGGTGAAGGGATACACGAAAGTGAAATTGTCTCGTGGGTTGTACAACCTGGGGATAAAGTAAAAGAAGACGATACGCTAGTAGAAATTCAAAGTGATAAGGCTGTTGTAGAACTTCCTTCTCCTGTTTCTGGTGTTGTAAAAAAATTATTATTTAAGGAAGGTGATGTTCCAAAGGTTGGAGACGCAATTATGGAAATTGAGATGTCTGATGAAGGTGCTGAAAAAGTAGCAAAGGAAGAGGAAGGCAATGTTACGAAAGAGCGTGGTACGGATACGGTAGCCATTGAACATGAAGCTGTTCGTCATTTGACTCCATCAGAAGAACTGCCTGAGAAAACACCGGATCAAAAATCAGTTGCTAAAAAGCCAGCTTCAGACGTGGACATTAGAATGTTAGCTATTCCGGCCGTTAGAAAATATGCACGTGAAAAAGATGTTGATATTACGCAAGTTCCAGCTACTGGTAAAAATAATCGTGTCACTATAGAAGATATTGATCAATTCTTAGCTTCAGGTGGACAAGCTGAACAAAAAGAAGTGGTTCAAAAAGAAATGGTTCAGGAACAAGCAGCACCCGAAACAACAGTCACTGAACTAGAGCGTAGAGTTAAAATGACTCCTACTCGTAAAGCGATTGCAAATGCCATGGTAAATAGTAAAGCGACATCACCTCATGTAACGGTGTTGGATCGTGTGAATGTCTCTAAACTCGTAGAACATCGGGATCGTTTTAAGGTTATTGCCAAAGAACGAGGCGTTAAATTAACGTATACTGCTTACTTTGTAAAAGCTTTGACAGCTATATTAGCTCGTTACCCTGACTTAAATGCATCCATAGATGAGAAAGCAGGAGAAATTATTTATAAAAATTACGTAAACGTAGGAATTGCAACAGATACAGATAAAGGTCTCTTTGTTCCGGTAATCCATGATACAGATCGTAAAAGTTTATTTAAGATTGCTGAAGACCTTGCCGAAAATACAGAAAGAGCAATGAATGGAACATTAACAAGTGCAGACATGAAAAATAGTTCAATGACAATTACGAATGTTGGAGCTCTTGCAACTAGTGGTGTATGGTCAACTCCAATTATTAATCAGCCAGAAGTTGCTATTCTTGGGGTAGGTAGGATAGAAGATGAAGTCATCCCTGATGAAAATAAACAACCAATAGTTGCACCGATGTTAAAAATATCATTTGGTTTTGATCATAGAATAATTGATGGTGGAACGGCACAAAGAGCAATTAATGATTTAAAAGATTATTTAGCTGATCCAGAATTACTTTTTGTAGAAGGGTGA	MIYSFILPDSGEGIHESEIVSWVVQPGDKVKEDDTLVEIQSDKAVVELPSPVSGVVKKLLFKEGDVPKVGDAIMEIEMSDEGAEKVAKEEEGNVTKERGTDTVAIEHEAVRHLTPSEELPEKTPDQKSVAKKPASDVDIRMLAIPAVRKYAREKDVDITQVPATGKNNRVTIEDIDQFLASGGQAEQKEVVQKEMVQEQAAPETTVTELERRVKMTPTRKAIANAMVNSKATSPHVTVLDRVNVSKLVEHRDRFKVIAKERGVKLTYTAYFVKALTAILARYPDLNASIDEKAGEIIYKNYVNVGIATDTDKGLFVPVIHDTDRKSLFKIAEDLAENTERAMNGTLTSADMKNSSMTITNVGALATSGVWSTPIINQPEVAILGVGRIEDEVIPDENKQPIVAPMLKISFGFDHRIIDGGTAQRAINDLKDYLADPELLFVEG	PGPT0001390_4435	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
AK148_03048	1413	pdhD_4		Dihydrolipoyl dehydrogenase	ATGGTAGTAGGGGATTTTGCTGAAGAATTAGAAACAGTAGTCATTGGTTCAGGACCAGGAGGATATGTTGCTGCCATTCGTGCTGCACAACTTGGTCAAAAGGTAGCTATTATAGAGCGTGGAGAAATTGGTGGCGCTTGTTTAAACGTTGGATGCATTCCATCTAAAGCGTTAATTCATGCTAGTCATAAATATCAAACTTCCTTGGATTCCAAAATTTTAGGCATTCATACGAAAGAAACGACCGTGAATTTTAAAGAAACACAAGCTTGGAAAGATAAAGAAGTCGTTGCTACGTTAACAAATGGTGTTGAAATGCTTCTTAAGAAAAATAAAGTCGAAATAATAAAGGGAGAAGCACACTTTATTGATAATGAAACGCTTCGTGTTATGTATGATGAAGATTCTGGACAGACGTATAACTTTAAGCATGCGATTATCGCTACGGGAAGTCGTCCAATTGAAATCGAATCATTTAAATTTGGTAAACGTGTTATAGATTCCACTGGCGCATTAAACTTAACGGAAATACCTAAGAAACTGACTGTCATAGGCGGAGGATATATTGGTGTTGAACTTGCTGGTGTTTACGCTAATTTCGGTACAGAAGTGACTATTTTAGAAGGATCAGAACAGATTTTACCTAGTTTTGAAAAAGACATGGTTAAACTTGTTGTTGATGCATTCAAAGCTAAAAATGTTTCCATTGTAACAAATGCGATGGCTAAATCTGTGAAGCAAACAGACAAAAAAGCAACGGTCACATATGACGCAGGTGGGCAAGAAGAGGCCATCGATGCTGACTATGTGTTAGTATCTGTAGGACGTAAGCCGAACACAGATGATATTGGTTTAGAACTAGCTGGCATTAAAACAAATGATAAAGGCCTTATTGAAGTCGATGAACAAGGTCGCACGAATAAAAAGAATATTTTTGCCATTGGTGACGTTGTCCCCGGAGCTGCACTTGCCCATAAAGCAAGCTATGAGGCAAAAGTAGCTGCTGAAGTAATTAGTGGAAGCAAAGGTGCAGCAGTAGATTACTTGGCAATGCCTGCTATATGTTTCACAGATCCAGAACTAGCAACAGTTGGTTATACGAAAAAAGAAGCGAAAGAACATGGATATGACGTCAAAGAGAGCAAATTCCCACTTGCAGGTAATGGGCGTGCATTATCCCTCAATCAAACAGAAGGATTTGTCCGTCTCATTACAGAGAAGGAAAGTGGTACGCTATTAGGTGCGCAACTAGCTGGAGTTAGCGCAAGTGATATGATTGCTGAAATAGGATTAGCAATCGAAAACGGATTAACTGCGGAAGATGTTACATTAACGATTCACAGTCACCCATCCATGGCAGAAAGTGTGATGGATGCTGCCGAGTTAGCATTAGGACAACCGATCCATATTTAA	MVVGDFAEELETVVIGSGPGGYVAAIRAAQLGQKVAIIERGEIGGACLNVGCIPSKALIHASHKYQTSLDSKILGIHTKETTVNFKETQAWKDKEVVATLTNGVEMLLKKNKVEIIKGEAHFIDNETLRVMYDEDSGQTYNFKHAIIATGSRPIEIESFKFGKRVIDSTGALNLTEIPKKLTVIGGGYIGVELAGVYANFGTEVTILEGSEQILPSFEKDMVKLVVDAFKAKNVSIVTNAMAKSVKQTDKKATVTYDAGGQEEAIDADYVLVSVGRKPNTDDIGLELAGIKTNDKGLIEVDEQGRTNKKNIFAIGDVVPGAALAHKASYEAKVAAEVISGSKGAAVDYLAMPAICFTDPELATVGYTKKEAKEHGYDVKESKFPLAGNGRALSLNQTEGFVRLITEKESGTLLGAQLAGVSASDMIAEIGLAIENGLTAEDVTLTIHSHPSMAESVMDAAELALGQPIHI	PGPT0001380_4419	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
AK148_03049	1056			hypothetical protein	ATGGGGACAGAAACAATGACAGCAAAGAAGTTTTCAATGAATGTACTAAATGGATTAGCAATAGGTACTGTTTTAGCATTAATACCAGGTGCATTACTAGGAGAATTATTTAAAGCATTATTACCTATTTTTCCTCAAGGTCAGTTTGTTTTAGATGTTACATCCATGTCCAACTCGATATTAGGATTAGTCGTTGGTGTTTTGATTGGTTATCAATTTAAATTCACTCCTATTCAATCAGCTTCCCTCGGTCTTGCAGTCATGGTAGGTGGAGGAGCAGTTGATTTTTCAGGTGACGCGCTAACTATGGCAGGAACGGGCGATGTCATTAATATGATGTTTACCGGTGCTATTGGTGCTGGGATTATTCAATTGTTAGGTTCACGTTTAAAAAGTTACAGTATTATTTTAATACCGCCAATTCTATTAATTGTTGGTGGAGGGTTAGGTTATGCGCTTTTACCATATGTTGGGCACATTACAACACTTATCGGCCATTTTGTATCTCAGTTACTTACGCTACAACCTATTATCATGAGTGTTTTACTTGCGATTTTATTCTCTATTCTTATCACAACGCCAATTACTACAGTCGGAATTGCCCTTGCTGTTTCCCTAGCGGGTATTGGGTCTGGCGCTGGAAATTTAGGGGTCGTTGCTGCAGGCTTCGGGCTTGCGATTGCAGGTTGGAGAGTAAACTCAGTGGGGACATCACTGGCTCACTTTATTGGTTCCCCAAAAATGTCAATGCCGAACGTCTTTGCTAAACCGAAAATATTGCTACCAGTTATTTGTAATGCTGCTGTATTAGGAATACTAGCGGCGATATTTAAAATACAAGGAACGCCTATGAGTGCGGGGTTTGGATTTAGTGGACTGGTTGGCCCGGTTAACCATCTCAACTTGGCAGCAGGTGGATGGTCCGTTGGAAACATATTCATTACGATATTAGTATTTGTTGTCGCTCCAATAGGTTTAGGGATATTTTTTAATTACCTGTTTACAAAAATCTGGCCAATTATTTCACCAGAAGATTACAAACTCGACGTAGAATAA	MGTETMTAKKFSMNVLNGLAIGTVLALIPGALLGELFKALLPIFPQGQFVLDVTSMSNSILGLVVGVLIGYQFKFTPIQSASLGLAVMVGGGAVDFSGDALTMAGTGDVINMMFTGAIGAGIIQLLGSRLKSYSIILIPPILLIVGGGLGYALLPYVGHITTLIGHFVSQLLTLQPIIMSVLLAILFSILITTPITTVGIALAVSLAGIGSGAGNLGVVAAGFGLAIAGWRVNSVGTSLAHFIGSPKMSMPNVFAKPKILLPVICNAAVLGILAAIFKIQGTPMSAGFGFSGLVGPVNHLNLAAGGWSVGNIFITILVFVVAPIGLGIFFNYLFTKIWPIISPEDYKLDVE				NA	NA	NA	NA	NA
AK148_03050	984	pta_3	COG0280	Phosphate acetyltransferase	ATGTTACATGATTTTCAAGAATTGGAACAAAAGATAGGCAACATAAAAGAACCTAAAAAAGTAGCTGTCGTTAAAGCGGCTAATGAACATGCGTTAGAAAGCATTTTTGAACTAGCTAATGAAGGAGTAGTTATACCATTTCTAATTGATAGTCAGTCAGAAATAGAAGATTTAATATCAAAAATGGATATGAAAAACACTACTTATCATATCGTTGACGTGTCATCTGATCAAGAGGCAGCGTATAAAGGTGTTGAATTAGTAAGGGAAAATAAGGTTCATTTTATTATGAAAGGAAATATTCAAACGGGGACATTATTAAAAGAAGTCGTTCATCGGGAAACAGGAATACGAGAGAAAGATGTCCTTTCTCATCTAGCGTTAATCGATGTTCCTGCTTATCCAAAACTGATTGGAGTTACAGATGGCGGTATGCTGTTAACGCCAAATGTCGATCAAAAACAGGCGATGATAGAAAATGCGCTAGAAGTCATGCGGGCATTAAACTATCATTATCCAAAATTTGCGGTATTATCTGCAACTGAAGTTGTTCAGCCTAAGCTTCCAGCTTCAACAGATGCAGATGAATTAACGAAACGATTTAAGGAAAGTGAAGATTGTGTTGTAGAAGGGCCTATTTCATTAGATGTTGCTCTTAGACCTTCCATTGCGACTGAAAAAGGATACCAAGGAGAAATTAACGGGGATGCAGATGTATTAGTTGCTTCTGATGTTGTAGCCGGTAATACACTATCCAAAAGTATGCTCCTACTTGCTAACGGCACAATGGCTGGCATTATTCTTGGGGCTCAAGTTCCAATTGTTTTAACATCTAGAAGTTCAAGTACACTGGAAAAACGATATTCTCTTCTGTTGGCATTACAAATTAGCCATGCACAAAAAGAGGAAGGAGTAAATGAAGATGGCGGATCGTATTCTATCTATAAATCCTGGAGCAACATCAACGAAACTTGCATATTTTGA	MLHDFQELEQKIGNIKEPKKVAVVKAANEHALESIFELANEGVVIPFLIDSQSEIEDLISKMDMKNTTYHIVDVSSDQEAAYKGVELVRENKVHFIMKGNIQTGTLLKEVVHRETGIREKDVLSHLALIDVPAYPKLIGVTDGGMLLTPNVDQKQAMIENALEVMRALNYHYPKFAVLSATEVVQPKLPASTDADELTKRFKESEDCVVEGPISLDVALRPSIATEKGYQGEINGDADVLVASDVVAGNTLSKSMLLLANGTMAGIILGAQVPIVLTSRSSSTLEKRYSLLLALQISHAQKEEGVNEDGGSYSIYKSWSNINETCIF	PGPT0001810_201	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001810-ptb-K00634	NA	NA
AK148_03051	1098	buk2_2	COG3426	Butyrate kinase 2	ATGGCGGATCGTATTCTATCTATAAATCCTGGAGCAACATCAACGAAACTTGCATATTTTGAACATGATGAATTGATTTTAAGTAAAGAATTAACCTATTCCTATGATGATATTGCTAAATACGATTTTATCATGGATCAATATGATTTTCGATTTAGAGAGATTACCATGTGGTTAACAGAACAAAACATGACGAAGGGTTCTTTCGATGCGGTTGTAGGTCGTGGAGGATTGTTACCTCCAGTTAATGCAGGTGCATATATTGTTGATGACGCAATGATAGATTGTTTAAAACATCGTCCTGTCTTACAACACGCTTCAAATCTGGGAGCTACGCTGGCAAAAGGGGTTGCTCAAACGTTTGGCACATTGGATTGTAAGGCCTATATATATGATCCTGTAACGGTTGATCAAATGGATGATGTTGCACGAATTTCAGGGGTTGCAGACATAGAGCGTAAAAGTATTGGTCATGTGTTAAATATGCGAGCTGTCTGTATGAAAATTGCAGAAGAAAAGTTACAGAAGCCTTATGAAGAAAGCAATCTTATTGTAGCACATGTTGGCGGAGGAAGTTCAGCTAGTGTGCATAAAAACGGCCGTATGATTGATCTTGTATCTGATGATGAAGGTTTATTTTCAACAGAACGTTCTGGAGGTCTCCCATTAAAAGAAGTTATTCCATTGTGTTTTGAACGTACGAAAAAAGAAATGACGGATTTGACACGGAAAAAAGGTGGACTTGTCTCTTATTTTGGTACAAATGACGCTCGTATTGTTGAGGAAAAAGCTAAAAATGGGGATGAAAAAGCAAAACTTGTTTTAGAGGCGATGGCTTACCAAATAGCAAAGACAATTGGTGAACTCGCTACGGTTCTTTACGGAAAAGTGGATGGAATTATTATGACTGGTGGACTTGCTTATTCGGAGTTTATTACCAGTCTGGTGAAAGATAGAACCTCTTTTATTGCCCCTGTTTTCTTTGTTCCGGGGGAAGCAGAAATGGTAGCACTTGCTAAAGGAGCGAGGCGTGTTTTAGTCGGTCAAGAAAAAGCGCAAGTTTTTAAAGAACACGACAGAAAGGCAATTGTTGTGTAA	MADRILSINPGATSTKLAYFEHDELILSKELTYSYDDIAKYDFIMDQYDFRFREITMWLTEQNMTKGSFDAVVGRGGLLPPVNAGAYIVDDAMIDCLKHRPVLQHASNLGATLAKGVAQTFGTLDCKAYIYDPVTVDQMDDVARISGVADIERKSIGHVLNMRAVCMKIAEEKLQKPYEESNLIVAHVGGGSSASVHKNGRMIDLVSDDEGLFSTERSGGLPLKEVIPLCFERTKKEMTDLTRKKGGLVSYFGTNDARIVEEKAKNGDEKAKLVLEAMAYQIAKTIGELATVLYGKVDGIIMTGGLAYSEFITSLVKDRTSFIAPVFFVPGEAEMVALAKGARRVLVGQEKAQVFKEHDRKAIVV	PGPT0001815_160	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001815-buk-K00929	NA	NA
AK148_03052	933	panE_2	COG1893	2-dehydropantoate 2-reductase	ATGAAAATAGCAATCGCAGGATCTGGAGCGTTGGGTAGTCGGTTTGGCTACATGCTTTACGAAGCAGGAAATGATGTTATCTTAATTGATAAATGGAAAGAACATATTGATTCCATTCGGGAAAATGGTCTCATCGTTCAAGATGGAAATAACAGAAAAATAGTTAACATTCCTATCTTTTATCCCCATGAAGTGGCTGAGGAAGTTGATCTTGTCTTCGTTTTCACAAAATCAATGGGTTTGCAGGATATGCTAGAGGACATAAAACCAATTTTAGGGGAAAATACAAGTGTGGTTAGTTTACTAAATGGAATTGGCCATGAAGATATATTAAAAGAATACCTTCCTGTTAAAAACATTTTTATGGGTGTGACCATTTATACTTCAGGATTGAAAGGTTCTGGTCACGTTATTTTTGAGGGATCTGGCACCATTGAAATTCAGAACTTTACACCAGGAGATTGTGAAGAGAAAAAGGCCTTACAACTTGTAGGTATGCTCAATCAAGCTGGTTTTAAAGCATACTATAGTGAGGATGTTACACATTCTATTTGGAGAAAAGCATGTGTTAATGGAGCGATGAATGCAATTTGTGCACTACTTGATTGTAACTTGGCAGAGTTCGTATCAACGAATCAAGCCGAAATGATTATTCGTCGTATCGCGAAGGAGTTTGTTAAAGTAGCCAGGGAAAAGGGAACAATACTAGATGAGGATGATATAGTTGAATATATTTTACAGTCTTCTAGAAAAGTTGGAAGTCACTATCCCTCCATGCACCAAGATCTCATTCAAAACCATCGTTTAACAGAAGTGGATTTTTTAAATGGTGCTGTGGCCCGAATGTCGAAAGAACTTGGCTTTGAGACTCCATATAATACATTCATTACGCAATTAATACACGCTAAGGAACAAATCATAATGGATGAATAG	MKIAIAGSGALGSRFGYMLYEAGNDVILIDKWKEHIDSIRENGLIVQDGNNRKIVNIPIFYPHEVAEEVDLVFVFTKSMGLQDMLEDIKPILGENTSVVSLLNGIGHEDILKEYLPVKNIFMGVTIYTSGLKGSGHVIFEGSGTIEIQNFTPGDCEEKKALQLVGMLNQAGFKAYYSEDVTHSIWRKACVNGAMNAICALLDCNLAEFVSTNQAEMIIRRIAKEFVKVAREKGTILDEDDIVEYILQSSRKVGSHYPSMHQDLIQNHRLTEVDFLNGAVARMSKELGFETPYNTFITQLIHAKEQIIMDE	PGPT0008745_3039	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
AK148_03053	885	gltC_3		HTH-type transcriptional regulator GltC	ATGGAGCTTCGACAAATTAGATACTTTGTAGCCATTGCAAACTCTAAAAGTTATTCAGAAGCAGCAAATAATTTATTTGTGACGCAACCAACCTTAAGTTGGAACATACAAAAGCTAGAAGAAGAATTAAACGTTCGTTTATTTTATCAAACAAATCAAGGGTTAAAACTAACCGAGGCAGGAAACATATTCTATGAAAAAGGAAAAGACATTCTTATTCATGTAGATGAATTAACAGAAACCATTCAGCAACTCCATCAAAAGGAAAACAAAACACTAAAAGTTGGCCTAACTGTTCTTTTTGCTATTCAATATATGAAAGAAATTGTTCATTTTACTTCTACCCATCCTGAAGTTGAAGTATCCCTTATTCAAACTGGATCTATTAAATTGCAAAAAATGCTTGCCAACAAGGAACTAGATATTGGATTATTATCTTTCCCTATTTATGAGCCTTCCATTACTATTGAAAACTTGAACACTTCTAATCCAGATTACTCAGTCGCTGTTGTCATGCCTTTTAACCATCCATTAGCTGAGAAAAAATCCATACAATTCTCCGATTTAAAGGGTGCTTCCATTTGTTCATTTTCTTCTAATTACGTATTGGGAAAAATACTTCATAAATCCTGTCAGGAAAATGGATTTCAACCAAATATTATTTTTATGAACGACAACTGGGAAGTTTTATTACAGAATACGCTTATTACAGGTGGTGTAACCTTAATGCCAAAAGCACTTGAACGCCTGAGTAACTATAACAATTTAAAATGGATACCGCTTAATGATAAAGCAAATTATTTTAAAATAGGAATTGCAAAAAGAAAAAATGAACACTTAAAAGATATTGCTATACGTTTCATTGATACGATAAAAAAGAATTAA	MELRQIRYFVAIANSKSYSEAANNLFVTQPTLSWNIQKLEEELNVRLFYQTNQGLKLTEAGNIFYEKGKDILIHVDELTETIQQLHQKENKTLKVGLTVLFAIQYMKEIVHFTSTHPEVEVSLIQTGSIKLQKMLANKELDIGLLSFPIYEPSITIENLNTSNPDYSVAVVMPFNHPLAEKKSIQFSDLKGASICSFSSNYVLGKILHKSCQENGFQPNIIFMNDNWEVLLQNTLITGGVTLMPKALERLSNYNNLKWIPLNDKANYFKIGIAKRKNEHLKDIAIRFIDTIKKN				NA	NA	NA	NA	NA
AK148_03054	516			hypothetical protein	TTGAAAAAAGTATTATTTTTAATTGTAATTAGTATTTTGAGCCTTTCATTGGCTGCTTGTTCTGGAGAAGCTGAGAGCGAAGCAAAGGCAGAAAATGAAAAAGAGACGGAGCAAGAAAATAAGGAACAAGAAGAGGCAGATAATCAAAAGACGATAGAGAAACAAGAACAAAACAAAGGTATGACTGTGGATAAAGCGACACAATTATTAGAGGATCATGTATTAGAAGAAAATGATGAAATACAAAAATTAACGATGAACGATGGAGAAATAAAAGCTTCCATTATAATTGGCGATAACGACACGATAAATGATAAAACTTTGTTAGCTCAAATTGCATATAGCAGTGCCGGTGATGAATTTTTGCAACATAAAGGATGGGAAGTACTAACCATAGATTTTGTTGATCTTGCTGAAATATTGATGCACCGAAATGAACAAGAAACCGATGAAAATGATTTTGTTTATTTTCCAATGGATAAAATAATTGATCAGTTTGAGTCAGAAGCAAACTAA	MKKVLFLIVISILSLSLAACSGEAESEAKAENEKETEQENKEQEEADNQKTIEKQEQNKGMTVDKATQLLEDHVLEENDEIQKLTMNDGEIKASIIIGDNDTINDKTLLAQIAYSSAGDEFLQHKGWEVLTIDFVDLAEILMHRNEQETDENDFVYFPMDKIIDQFESEAN				NA	NA	NA	NA	NA
AK148_03055	525			hypothetical protein	TTGAAAATAACAAACTATTTCTTGAAAAATAAAGTTTATAAGCTAAACGACCTCATCACAAATAGTGATGCCTATATTGGCGGTTTTGATAACCAGTCATTAATTAAACTCGTACAAAAAAATAAAGCAGCGTATGTGGAAAATGGTCTACTGATGTTAGAAGGAGGGCTTATATTTCGTACAAACGGTAAAGAAATTGGCGGTATATCCATGTATGATGATTTGCCTTCTTTATATGCTTATTATTTAAATGCAGTAGAAGAATATCTAGACAGTGGGGAAGCAGGTTTTTATTATCCAAGTCAACCAATAGAAGTGGTAATAACAAAAGATATTGGTCTAAAATCTAAAGTAACAAATGATGCGAATTCCTTGATCGTCATGGAAAAGGGATTATTGCAAGCTATCATTTACAGCTCCCAATGTTTCTTTGAGGTGTTGTTCTATGATTTAAAGCTTAGAGCATACAAACAAGAACTTTTGCAAATAGAAACAATGAAAAAGGAAATCGCTAAAAATATATAA	MKITNYFLKNKVYKLNDLITNSDAYIGGFDNQSLIKLVQKNKAAYVENGLLMLEGGLIFRTNGKEIGGISMYDDLPSLYAYYLNAVEEYLDSGEAGFYYPSQPIEVVITKDIGLKSKVTNDANSLIVMEKGLLQAIIYSSQCFFEVLFYDLKLRAYKQELLQIETMKKEIAKNI				NA	NA	NA	NA	NA
AK148_03056	1011	feuC	COG0609	Iron-uptake system permease protein FeuC	ATGATTCCATCCCAACTAATACGCAAACAACGCATCATTATATTCATTTTACTACTACTTATTATCATGACGTCCATCATAGCAATTGGCGTAGGCCCGTCTTCTGTGTCGATAGATCGTTTAATTCCGACTATTTTAGGAAACGGAACATTTAAAGAAGACTTCGTGTTTTTCTCTATTCGCTTACCACGACTTATTATTATCGTGTTAGCCGGCATGGCACTCGCACTTTCTGGGGCTATTTTACAGGCATTAACTAGAAACGACTTAGCTGATCCAGGAATCATCGGGATAAACTCGGGAGCTGGTCTAGCTATTGCCGTATTCTTTTTATTTATGCCAATAGAAGTAGAAAATTTTGTATATATGCTACCTGTTGTCGCTTTCATCGGTGCTATGGCTACTGCCATATTGATATATATATTTTCCCACCAAAGAAAAACCGGTCTAAATCCTATCCATCTTGTTCTTGTTGGGGTTGGATTTTCCATGGCATTATCTGGTCTTATGGTCATCCTCACATCTGGTGCTAAAAATGAGAAAGTCGACTTCATCGCTAACTGGTTGGCAGGAAATATTTGGGGAACAGACTGGCCATTTATCTTAGCTCTGCTCCCATGGATTTTGATTTTATTTCCATATACATACATAAAATCACACCAGTTAAACATTTTTGGGATGAGTGAACCAGTAGGTATTGGGCTTGGTATGCATGTAGAAAAAGAAAGAATCGTATTATTAATGGTAGCCGTTGCCTTAGCAGCTGCAACCGTATCTGTGACAGGTGGGATTGTCTTTATTGGATTAATGGCACCACATATCGCAAAAGGGCTCGTCGGGCCACGACATCAGCTATTCCTGCCAATCACTATTCTGATTGGTGCTTGGTTATTACTAGTAGCCGATACGATTGGCAGGAATATATTGCAGCCAGAAGGCATTCCCACAGGTATTGTCGTGGCAATTATCGGAGCACCGTATTTTATTTATCTACTATTAAGAAGCAAATAA	MIPSQLIRKQRIIIFILLLLIIMTSIIAIGVGPSSVSIDRLIPTILGNGTFKEDFVFFSIRLPRLIIIVLAGMALALSGAILQALTRNDLADPGIIGINSGAGLAIAVFFLFMPIEVENFVYMLPVVAFIGAMATAILIYIFSHQRKTGLNPIHLVLVGVGFSMALSGLMVILTSGAKNEKVDFIANWLAGNIWGTDWPFILALLPWILILFPYTYIKSHQLNIFGMSEPVGIGLGMHVEKERIVLLMVAVALAAATVSVTGGIVFIGLMAPHIAKGLVGPRHQLFLPITILIGAWLLLVADTIGRNILQPEGIPTGIVVAIIGAPYFIYLLLRSK	PGPT0003770_6935	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
AK148_03057	1017	feuB	COG0609	Iron-uptake system permease protein FeuB	GTGAAGAAAGTAAAAAGAGAAATCCAACATACTGCTTTTCCAATCAAATTAATCATCGCTATTATAGTATGCTTCTTCACATTCCTTGTAGCAACAAAAATGGGAGCAAAAGAAACGAGTTTTGCTGACGTTTTTAATGCGTTTTTCCAAAAAGGTAGTTCTCCAGGCTATTCCATTATTCGGGATATTCGTTTACCAAGAGAAGTTGCCGTGATGTTTGTTGGAGCAGCTCTTGCTGTTTCCGGTGCCATTATGCAAGGGATGACACGTAACCCCTTAGCTGATCCTGGGTTACTTGGTTTAACTTCCGGTGCCAATGCTGCATTAGCATTCGCACTGGCCATGTTACCGAGCGTAAGCACTTTTGGAATTATGGTGGCATGTTTTATTGGGGCTGCAGCAGGTGCAGGGCTCGTCTTTGGTATTGGCTCCATGCAAAAAGGTGGCTTTACCCCTGTCAAATTAGTATTAGCAGGTGCTGCCATTTCTATCTTTTTACAAGCAGTTGCGGATGCTATCGGTTTATATTTTAAAATCTCCAAAAACATCTCCCTTTGGACAGCAGGAGGTGCTATTGGTACGACATGGCAACAGCTGTCCATTGTTGTTCCATTTATTTTAATCGGGTTACTATTTGCATTGCTTCTATCTCGTCAAGTAACGATTCTCAGCTTAAAGGAAGATGTTGCCACTGGTTTAGGTCAAAATACAAGGCGAATTCGTTGGCTGTTATTTATTGTGATTGTTATATTAGCTGGAGCCGCCGTCTCGTTAGTCGGGAATATGGCATTTATCGGCTTAATGATCCCTCATATTGTACGAGCAATTGTTGGTGTTGATTATCGTCATATCATTCCGATGTCTATCTTTACTGGAGCCATCTTTATGTTGCTTGCAGATTTAGTCGGACGTATGATTCATGCACCAATGGAGACACCAGTTGTATCCATTGTTGCTGTTCTTGGACTCCCGTTCTTTCTATTTGTTGTGCGAAAAGGAGGAAGCGCATTTCAATGA	MKKVKREIQHTAFPIKLIIAIIVCFFTFLVATKMGAKETSFADVFNAFFQKGSSPGYSIIRDIRLPREVAVMFVGAALAVSGAIMQGMTRNPLADPGLLGLTSGANAALAFALAMLPSVSTFGIMVACFIGAAAGAGLVFGIGSMQKGGFTPVKLVLAGAAISIFLQAVADAIGLYFKISKNISLWTAGGAIGTTWQQLSIVVPFILIGLLFALLLSRQVTILSLKEDVATGLGQNTRRIRWLLFIVIVILAGAAVSLVGNMAFIGLMIPHIVRAIVGVDYRHIIPMSIFTGAIFMLLADLVGRMIHAPMETPVVSIVAVLGLPFFLFVVRKGGSAFQ	PGPT0003770_6627	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
AK148_03058	927	fhuD	COG0614	Iron(3+)-hydroxamate-binding protein FhuD	ATGAAAAAAAGATTCATTCTGCTATTTAGCATCCTCATTCTTGTACTTAGTGCTTGTAATACGAACGATGAAAAGCAAGAAGATAACGATAAAGCAGCTTCAGACAATGAAAAAGATACCATTACCTATGAATCTGAAGACGGTCCTGTAGAAGTTCCTGCAGACCCGCAACGTGTCGTTGTGCTTAGCCAATTTGCTGGAGATTTAATCAAACTTGGCGTCCATGTTGTTGGTGCTGACTCATGGGCGAAAGATAACCCGCGCTTTGAAGAATTAAAAGACGCTGCCACCGTTTCTGAAGTTAATATAGAACAAATCATCGAGCTAGAACCAGATCTAATCATCGGCTTATCTTCCACTAAAAATATAGACAAGTTAAAAGAAATTGCACCGACCGTTACATTTACTTACGGAAAAGCTGGTTACTTAGATCAACATATTGAAATTGGCAAGCTCGTAAACAAGGAAGAAGAAGCCCGCAAGTGGGTAGAAAGCTTTGAGAAAGAAGCAAAAGATATCGGTAAACAAATTAAAGATAAAATTGGCAAAGATGCTACCGTATCTGTCATCGAAAAGTTCGATAAACAATGGTATGTATTTGGTGATAATTGGGGACGCGGTACCGAAATTCTCTATCAAGCCATGGGCCTAAACATGCCTGAATCAGTGAAAGAACAAGCTTTAAAAGACGGTTATTACGCTCTTTCAGAAGAAGTGATCCCTGATTTTGCAGGTGATTATTTAATTGTTAGTGATCAATCCGGTGCAGAAGATACGTCTTATTTAGAGTCCGATACGTTCCAAAACATTCCTGCTGTACAAAATGATCATATATTTGTTGTTAATGGAAAAGAATTTTACTTTAACGATGCGTCAACACTTGAATATCAATTGGAGTTTTTCAAAGAAAAATTTTTAGGGGAATAA	MKKRFILLFSILILVLSACNTNDEKQEDNDKAASDNEKDTITYESEDGPVEVPADPQRVVVLSQFAGDLIKLGVHVVGADSWAKDNPRFEELKDAATVSEVNIEQIIELEPDLIIGLSSTKNIDKLKEIAPTVTFTYGKAGYLDQHIEIGKLVNKEEEARKWVESFEKEAKDIGKQIKDKIGKDATVSVIEKFDKQWYVFGDNWGRGTEILYQAMGLNMPESVKEQALKDGYYALSEEVIPDFAGDYLIVSDQSGAEDTSYLESDTFQNIPAVQNDHIFVVNGKEFYFNDASTLEYQLEFFKEKFLGE	PGPT0003765_9463	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
AK148_03059	831	yusV	COG1120	putative siderophore transport system ATP-binding protein YusV	ATGTTTCGTTTAACCGCAAATGACCTAACTGTTGGCTATGACAAAGTGCCCATTATACAAAATTTATCCGTTACTATTCCTGATAAGCAGATCACATCCATCATCGGTAGTAATGGCTGTGGTAAATCTACTTTATTAAAAGCGATAACAAGAATCATCCCTTATGAAGATGGTTCTGTCCTTTTAGATGGTTCCCAAATCGCCACGATGAAAACAAAGGACGTTGCTAAGAAAATGGCCATCCTCCCCCAATCACCAGATAGCGCAAGCGGATTAACAGTTGGTGAATTGGTATCTTACGGACGTTTTCCACATCAAAGTGGTTTAGGTCGATTAAAACAAGCAGATATCGATGTAATTCATTGGGCAATGGAGGTAACTGCTATATTAGGTTTTAAACACCGCACTGTAGATGAATTGTCTGGCGGTCAAAGACAGCGCGTGTGGATTGCAATGGCTTTAGCGCAAGAAACGGACATCATTCTACTTGATGAACCAACAACCTATCTCGATATGGCTCATCAACTAGACATTCTTCAACTGCTAGAGCAACTGAATAAGCAAGAAGGTCGAACCATTATAATGGTTTTACACGATATCAACCAAGCGGCTAGGTTCAGTGATCACTTGCTCGCCATGCGTTCAGGACAAATTATTCAAACAGGGAGTCCCGGAGAAGTACTTACCAAAGAAATGTTACGAAATGTATACGAAATAGACGGAGAAATAGGGACGGATCCACGCACAGGAAAACCGATCTGCATCACTTACGATCTAATTAAACAAAAGGAGCAACATAACAATGAAAAAAAGATTCATTCTGCTATTTAG	MFRLTANDLTVGYDKVPIIQNLSVTIPDKQITSIIGSNGCGKSTLLKAITRIIPYEDGSVLLDGSQIATMKTKDVAKKMAILPQSPDSASGLTVGELVSYGRFPHQSGLGRLKQADIDVIHWAMEVTAILGFKHRTVDELSGGQRQRVWIAMALAQETDIILLDEPTTYLDMAHQLDILQLLEQLNKQEGRTIIMVLHDINQAARFSDHLLAMRSGQIIQTGSPGEVLTKEMLRNVYEIDGEIGTDPRTGKPICITYDLIKQKEQHNNEKKIHSAI	PGPT0003760_1528	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
AK148_03060	1059		COG0492	Ferredoxin--NADP reductase	ATGATTCATATATCTGAGGCAGATGTGTATGATGTAACGATTGTTGGAGGAGGGCCAGCGGGGCTTTTTTCAGCATTTTACAGTGGTCTACGTGAATTGAAGACAAAAATTATTGAGTACCATCCTTTTCTTGGTGGGAAAGTGAATGTATATCCTGAAAAAATTGTCTGGGATATAGGTGCGATGCCACCTCTTCCAGGACAACAAGTTGTTGAAAACATGGTGCAGCAGGGACTTACCTTTGACCCTGAGGTAGTGCTCAATGAGGAAGTTGTATCCATTGACAAAAATGAGGCTGGTTTCTTTGTTGTGAAAGCGTCCTCAGGAAATGTGCACTATTCTAAGACCGTAATTGTAGCAGTTGGTGGGGGAATATTAAATCCAAAACGTTTACCAATTGCTAATGCGAGCGACTTTGAAAATAAAAATCTGCATTATACGATAAAGAATTTGAAAGATTTTAAGAATAAGCGTGTATTAATTTCTGGTGGAGGGAATTCTGCTACGGATTGGGCTAAAGAATTATCAGGTATTGCGAAAGAAGTATATATTGCATGTAGAAGCGATTTTTCTTGCCATGAATCCCAGATTACATATTTACAAAATCATTCTGTTGTTTGTTTCACGCAAACTGAAATTGCGGAATTAGTGGCAAATGCCTCTGGTGATCAAATAGAAAAAGTAGCACTGAAAAATCGAGAGTCAGGTGTAAAGCAGTATATTCCGATTGACGAGGTTATTGTGAACCATGGCTATGAGAGAGACAAATCATTATTAGAAGACAGCCCACTTGATATCCAAATCTTTGATCATTATTTTATAGCTGGATCAAGCAGCAGTGAAAGCTCTATCTCTGGCTTATTTGCTGCAGGAGATATTTTACATCATGACGGCAAGCTTCATCTTATTGCTGGTGCTTTTCAAGATGCAGCAAACGCAGTCAATCAAGCCAAGCTTTACCTTGAACCCGAAGCAACGAAAACAGCAATGGTATCCTCTCACAATGAAAAACTATATGGACGGAATGAAAAGATCGTAGCGGATTTATTGAGGGAATAG	MIHISEADVYDVTIVGGGPAGLFSAFYSGLRELKTKIIEYHPFLGGKVNVYPEKIVWDIGAMPPLPGQQVVENMVQQGLTFDPEVVLNEEVVSIDKNEAGFFVVKASSGNVHYSKTVIVAVGGGILNPKRLPIANASDFENKNLHYTIKNLKDFKNKRVLISGGGNSATDWAKELSGIAKEVYIACRSDFSCHESQITYLQNHSVVCFTQTEIAELVANASGDQIEKVALKNRESGVKQYIPIDEVIVNHGYERDKSLLEDSPLDIQIFDHYFIAGSSSSESSISGLFAAGDILHHDGKLHLIAGAFQDAANAVNQAKLYLEPEATKTAMVSSHNEKLYGRNEKIVADLLRE				NA	NA	NA	NA	NA
AK148_03061	1014	melR	COG1609	HTH-type transcriptional repressor MelR	ATGGTGAAGTTGGAGGACGTCGCCAGAAAAGCTGGTATTTCTAAAACAACTGTCTCACGCGTATTAAATAACGACAAAACCATTACAGTGACGGATGAAACGAGAGAGAAAATACTGGCGGCCGTTGAAGAATTAGGATATAAGCCCTTACGTAAAAAAAGGACAAAACCAAAGCAATACCATGTGGCAATGATTCATAACAATGAAGCATTTAAAAGCACTGTAGATAGAGCCTTCTACTTTTCCATTCGTAATGGACTAGAGCATATGGCGCTGAAGAAGAATGTGACCATTGTCAGTTTACCACTAGATCATTTAACAACGATCTCTACTACGCATACAACTTTTGATGGCGCCATTATTCTCGGAAACCTTTCCAAAGATGAACATGATTTTATTCGTGAGTATATTCATTCGCAACATGTAGTTGTTATTGGTCTTGCAAATCCTTATGCGGATCAATATGACCATATTTCATTTAATACAAGACAAGCTGTGTATAAAGTACTGAACTATTTAAGAGAACTTGGTCATGAACAAATTGGCTGCTTAGGTGCCGAAGAATCATCTGATCTATTAAACACTGATTCACGTAAATGGCATTTCACCAACTATATGAAAGCACTAGATCTATATCATGAAGATTGGGTTATTTTTGGAGACAAAGGAATAGAAGCGGGGCAAGAAATCGCTAAAAAATTACTAGAACTTGAGGAAATACCAACGGCTTTGTTTGTTGCTAACGATCCAACGGCAATTGGTGTAGTGCAAGCATTGCAAGATGCAGGGCTAAAGGTTCCAGAAGATATGTCAGTCATTGGATTTAATGGTGACTATACAACGGAATACATTTACCCCCCATTGTCTACATTAAAAGTAAATACAAATGAAATGGGACAAGAAGCAATTATCACTGTTCTAGAACGGATCAAAGGATACAGGAAACTAGCTAAAAAAGTAGAAATAGCAACTCATATTATTGAACGGAAAAGCTGTGCTGCAATGAAAAAATGA	MVKLEDVARKAGISKTTVSRVLNNDKTITVTDETREKILAAVEELGYKPLRKKRTKPKQYHVAMIHNNEAFKSTVDRAFYFSIRNGLEHMALKKNVTIVSLPLDHLTTISTTHTTFDGAIILGNLSKDEHDFIREYIHSQHVVVIGLANPYADQYDHISFNTRQAVYKVLNYLRELGHEQIGCLGAEESSDLLNTDSRKWHFTNYMKALDLYHEDWVIFGDKGIEAGQEIAKKLLELEEIPTALFVANDPTAIGVVQALQDAGLKVPEDMSVIGFNGDYTTEYIYPPLSTLKVNTNEMGQEAIITVLERIKGYRKLAKKVEIATHIIERKSCAAMKK	PGPT0017992_10155	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
AK148_03062	750	suhB_2	COG0483	Fructose-1,6-bisphosphatase/inositol-1-monophosphatase	ATGAGCCTTAAACCTATATCGCCACGATATGAATTTGCAATCAACTTAATCGACTCTTGCAAACTTCTATTAGAGCAACATTCCATTGAAAATATAGAAGAAAAAGAACACGATAAAGATTTAGTTACCAATCTAGATAAAATACTTAATGCGCATATTGTTCATGAAATTAGCAACAGATTTAAGGATAGCATAGTCGGTGAGGAACAATCAAAATCAGGAAACAAACAAAACAGCTGGTACATTGATCCTATTGATGGAACGACAAACTTCATTTATCGTCATCGTGAATTTGCTATATCCATCGCCTTTGAAGGAAATGAAGAAAAATTCGGACTTGTTTTTGATGTAAAGGAAGACACACTATATCACGCTCATTCCAACTCGGGAGCTTTTATTAATGGTCAACCTTTTACCCGACCAAAAACAGCAGCATATGGAATTATCCATATTACCCCAAGCTATCTAAAGGAAGCAAAATATGAAGCGTTTGCCAATCGCTTTAAAGGTGTTCGTTACCTAGAAGTTTGTGCTATCGAAATCATTCGAGTAGCAATTGGAGAAGCAAGCTGTTTTTATAGAAAAGATCAACAAGCATGGGATTATAAAGCTGCTGTTATCTTCGCAGAAATGGTCGGCTTACCTGTAGAAGTAACAGAAAATCAAACCGTTCTAATAGGTACAAAATGGAACGAGTTACTTGAAGAAATTAACAAACACGCAGGGAAAAGTGTTTCGGGGCGTTTATAA	MSLKPISPRYEFAINLIDSCKLLLEQHSIENIEEKEHDKDLVTNLDKILNAHIVHEISNRFKDSIVGEEQSKSGNKQNSWYIDPIDGTTNFIYRHREFAISIAFEGNEEKFGLVFDVKEDTLYHAHSNSGAFINGQPFTRPKTAAYGIIHITPSYLKEAKYEAFANRFKGVRYLEVCAIEIIRVAIGEASCFYRKDQQAWDYKAAVIFAEMVGLPVEVTENQTVLIGTKWNELLEEINKHAGKSVSGRL	PGPT0018535_7277	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
AK148_03063	867			hypothetical protein	ATGAAATACACTACTATCTTAAACAAACTATTGGAAAAAAATGATCGTTTAATTGCTTGTCACCAAGGGTCGGCAGGAGGGAATATTTCCTACAACACATATCGTTCCATGCTGAATGCCATTCGTCAAGGTGCTCATATTGTAGAATTTGATATTAGTCGATCAAAAGACGGTATCTTTTATATTTTTCACGAGCATGAAGAGCCCATTCGCTTGAATCAACAAGAAAAATTTCGCGAATTTACCTCTGAGGCATTAAGTCATATGCCTTTACTGAATATGAATATGCAGGCTGTCGATTCCCCACCAACAGTGAAACAATTTATGGCCGCTATGAAAAAGCATCCCCATACATTATTACATGTTGATCATGCCAAGAAATGGGGAAAAGAGCTTTTGGAGCATTTCGATCAATTTGAAGATCAGCGAGAATCGATTATAATTAAAACAGATGTTGAAGCAACCGATTATTTGGAAGTATTAGCACAGCACGATGTAAAATATATGACACTGCCAAAGGTCTGGAGCGAAACTGACTTTGAAACCATTATGTCGTATCGTGATCGCATTAATATCATTGGATTTGAAATGATCTTTGATGATCCGCAAGCAGCTTATGTATCAAAGGAAACTATACAGACGCTTCGAGAAATGGGCTATCACACTATGATAAACGCCATTGTTCTTTGGAATGATCGCCCATCACTTTGCGGTGGGTTTGACGACGATATTTCTTTGTTGGAAGACCCTGATTTAGGGTGGGGAAAGCTATTAGAAATGGGCTTTGATATTATTCAGACAGATTGGCCACTACCATTAAAAGTATATCTTGAGCAAAAAGGAGTTAATCTCGTCTATGAGCCTTAA	MKYTTILNKLLEKNDRLIACHQGSAGGNISYNTYRSMLNAIRQGAHIVEFDISRSKDGIFYIFHEHEEPIRLNQQEKFREFTSEALSHMPLLNMNMQAVDSPPTVKQFMAAMKKHPHTLLHVDHAKKWGKELLEHFDQFEDQRESIIIKTDVEATDYLEVLAQHDVKYMTLPKVWSETDFETIMSYRDRINIIGFEMIFDDPQAAYVSKETIQTLREMGYHTMINAIVLWNDRPSLCGGFDDDISLLEDPDLGWGKLLEMGFDIIQTDWPLPLKVYLEQKGVNLVYEP				NA	NA	NA	NA	NA
AK148_03064	1716			hypothetical protein	ATGAAACAACTTATAAACGTAAAACAATGGAAGAAAAATAGTATGCGTCTACTAATCGGCGCCTTTCTACTGTGGTTTGTCATTGCCTTTCTCATATATCCAAACTTCAACATCATTCTAGCAAGCTTTCGAACAGAATCAGGATTTTCCTTTACTATTGTTCGTAAGCTATTCGAGTCGCCCATTGCCATGGATGGGTTAAAAAACAGCTTCATCTTAGCTATATCCTTAGCAATTACCACGAATATTGTCGGGATCTTTATTGTACTTGTTTCTGAGTACTTTGAAATAAAAGGAGCTAAACTATTAAAAATTGGATATATGACAACATTTATTTATGGCGGAATCATATTGGTTTCAGGCTACTCGATGATTTACGGCGAAAACGGAATTGTGACAAAGACACTTGCTTCATTTTTCCCTAATTTTAATGTGCAATGGTTTGGAGGGTTTTGGGCTGTTCTGTTTGTAATGACAGTATCTACGACAACCTCACATTTGATGTTCTTAGGAAATGCGATTAAATCCATTGACAACTACACGATTGAAGCCGCTAAAAACATGGGTGCTTCGTCATTTTACATTATAAGAAGAATTGTTTTACCTGTCGTGTTGCCTACCATTTTTGCCATTACTATTTTGCAATTCTTGGGCGGGCTAAGTGCATTTGCCGCTCCCTTAATTATTGGCGGAAAAGACTTTCAAACCATTGCCCCATTAATTTTAGAATTAAATAAAATCCCTGGGTCACAAGGGTTGGCACTTATGCTTTCGTTAGTACTCGGACTGACAACAATTTTGCTATTAATCTTATTCACGAAACTCGAAAAAGGTGGAACTTTTTTCTCTATATCAAAAACAAAAGCAGTATATGTCAAACAGAAGATTAATCATAAATCACTTCATATCTTTGTTCATGCTATAGCTTACCTACTATTTATCATTTATGTCATGCCAGTGGTTTTAATCATTGCATTCTCTTTTACCAATTCTGCTGCCATCCATGAAGTAAAATTAAGCTTTTCCGCATTTACTCTAGATAACTATCTAACAGTATTTCATGATATAGAAAAGATTACCCCGTTTTTTAATAGTGCTAATTTTTCTATCCAAGCAGCAATTGCAGTTACAATAATTGTTTTGTTAGGTGTAGGCATAAGAAGAAAGCATGACAATCTTTTTACCCAGTTTATTGAATATGCATTTTTAATACCATGGATGCTACCATCTACGTTAATTGCAATTGGATTTTTAACCACTTATGATGAGCCGAAATTAATTATTGGAAACAAGGTGTTAATCGGTACAACCGAAATATTAGTGCTAGCGTATATCATTATTCTCATTCCGATTACTTCTAGACTATTACGAGCTTCCTATCAATCTGTGGATCAGGATTATGAGCGGGCTGCAAAATCACTCGGCGCGAGTTCATTTTACACGTTTCGTCGAATCGTATTACCTATGCTCCTGCCAACGGTTCTCGCATTAATTGTCTTAAATTTCAACTCACTACTATCGGACTATAACATCGCAGCATTTTTATCGCATCCTTTAAAGGAGCCGCTCGGGTTATTGATCCGGAGGTATACATCTGTGGAAGCGACTGGCGATACACAAGCATTAATTTATGTCTTCTCGACAATTTTGATGGCGATTGCCGCCATCACCGTTTCAATCGTTTATGGCTGGTTATTAAAAGAAAAGAAGAAATAA	MKQLINVKQWKKNSMRLLIGAFLLWFVIAFLIYPNFNIILASFRTESGFSFTIVRKLFESPIAMDGLKNSFILAISLAITTNIVGIFIVLVSEYFEIKGAKLLKIGYMTTFIYGGIILVSGYSMIYGENGIVTKTLASFFPNFNVQWFGGFWAVLFVMTVSTTTSHLMFLGNAIKSIDNYTIEAAKNMGASSFYIIRRIVLPVVLPTIFAITILQFLGGLSAFAAPLIIGGKDFQTIAPLILELNKIPGSQGLALMLSLVLGLTTILLLILFTKLEKGGTFFSISKTKAVYVKQKINHKSLHIFVHAIAYLLFIIYVMPVVLIIAFSFTNSAAIHEVKLSFSAFTLDNYLTVFHDIEKITPFFNSANFSIQAAIAVTIIVLLGVGIRRKHDNLFTQFIEYAFLIPWMLPSTLIAIGFLTTYDEPKLIIGNKVLIGTTEILVLAYIIILIPITSRLLRASYQSVDQDYERAAKSLGASSFYTFRRIVLPMLLPTVLALIVLNFNSLLSDYNIAAFLSHPLKEPLGLLIRRYTSVEATGDTQALIYVFSTILMAIAAITVSIVYGWLLKEKKK	PGPT0003730_1508	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003730-afuB|fbpB-K02011	NA	NA
AK148_03065	1002	potA	COG3842	Spermidine/putrescine import ATP-binding protein PotA	ATGATTGAATTACAAGGTATCGAAATTGCCTATGATGATTTTATTGCCATGAATGAACTTAACATCACGATCAATGAAGGCGAATTTTTTACGCTGTTAGGTCCTTCTGGATGTGGAAAAACCAGTTTACTTCGAACCATTACAGGGTTTGTTTCCCCGTCTAAAGGACGAATTATTATTGATGGTAAAGATGTGACGGACGAATCCGTAGAAAAAAGAGGCGTTGGCATCGTTTTTCAATCATACGCGATTTTTCCAACGATGAACGTATTTGAAAATATTGCTTTCGGGTTACGAGTAAAGCGATTATCAAAAAAAGCAATAAAAGAGAAAGTATTGGAAATTGCTCAGATGGTTGATTTAAGCGAAGAGCATTTACAACGAAATGCCTCCGAACTATCTGGCGGACAGCAACAGCGGGTTGCCATCGCCCGCGCATTAGTACTTCAACCAAAAATATTATGCTTAGATGAACCTCTCTCCAATTTGGATGCAAAACTACGAAACCAATTGAGAGTAGAGTTAAAAAGACTGCAAAAGCAATTTGGGATTACAACTGTCTATGTCACCCATGACCAGGAAGAAGCATTAACAATGTCTGATAAAATTGCTGTCTTCAACAATGGAAAACTGGAACAACTGGGCACGCCAAACGATGTATTTAACAACCCAACATCGGATTTTGTAGCAACATTTATAGGTGATAGCAACGTCTTTGAAACAAAAGAACTGGCTACTTTTTTAAACGCTAAGAACCTTTCTCGTCCAAGCGGCAAAAGCTACCTTCGTCTAAATCATGTGCACACAAAGCCTATCAAAGAAGCAATCGAACTGGAAGGTGTCGTAACAAACGTGGAATATTTTGGGCTTTATAGCAAATATACGTTCAAAACCGTTTCTGGACTGACACTTCGCAATGTCGAGGTAGAGCTTTCTAACCAAATGAATATTGGCGATAACGTAACATTATATCTAAAGCAACGTGATTTCATCCATTTGTAG	MIELQGIEIAYDDFIAMNELNITINEGEFFTLLGPSGCGKTSLLRTITGFVSPSKGRIIIDGKDVTDESVEKRGVGIVFQSYAIFPTMNVFENIAFGLRVKRLSKKAIKEKVLEIAQMVDLSEEHLQRNASELSGGQQQRVAIARALVLQPKILCLDEPLSNLDAKLRNQLRVELKRLQKQFGITTVYVTHDQEEALTMSDKIAVFNNGKLEQLGTPNDVFNNPTSDFVATFIGDSNVFETKELATFLNAKNLSRPSGKSYLRLNHVHTKPIKEAIELEGVVTNVEYFGLYSKYTFKTVSGLTLRNVEVELSNQMNIGDNVTLYLKQRDFIHL	PGPT0003735_3856	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003735-afuC|fbpC-K02010	NA	NA
AK148_03066	1068			hypothetical protein	ATGCGAAAATTATTGCTCATGCTTGGAATAGTTTCAACCCTTATATTCATTACCGCTTGCAGTGAAGCAGGAAAAGAAGCAACTGAAGCAAAATCAGATAAAAAATCGGAATTAGTCGTGTATACCAACCAAATTTCTGGTGATCGCGAGGAAGTAGCTAAAAGTTTAGTAGAAGAGCAAAATTTCAATTTTGAAGTTGTATTTGTGCAAGCTGGTGGAGGAGAAATGAAAGACAGACTTATCGCTGAAAAAAACAATCCACTCGCAGATGTTGTTTTGGGAGGCTCGCCATTAGAGCATTTAGCCTTAGCAGAAAATAATATATTAGCACCTTTTACTCCTACTTGGGCAGAAAATGTCGACCCCAGTTTAGTTGAATCAGAAAACAACTACTGGCCATGGGCAATCGATACGGTTCACTATACGTACAATAAAAATTTAGTTGGTGGGAATAATCAACCACCAGTACCGCAAGATTGGCCTGATTTAACAAAACCTGAATTTAAAGATCAATACTATATTTTCGAACCCTCTGGAACGACAGGTGCTGTTCTGTTCGCTTCCATGCTTGTAAGATATCAGGACAAAAATGGGGAGCATGGCGTATCAGAAGAAGGTTGGAAATTAGTAGAAGATATTTATGCAAATGCCGTAAATCCAGCTCCGCAAGATTGGCAAGAAGCACTGAAGGAAGACGTCACGGGAGGATTCATTTGGGGAGGCGGCGTGATTTCCGTAGCTCGTGACAAAAATATCGAACTAGATATTATGGAACCTTCTGTAGGTACACCGTTTTTACCTGCTCTTGTAGGAAAGATTCATACTGGTAACGAGGAGAAAATGGAAAACGCAGAAGAATTTATTAACTGGTGGGGTTCTGCCGATGTCCAAGCAACTTGGGGAGAAAAAACTGGACAAGCCCCAGCAAATAAAGAAGCACTAGAGAAAATTGGTGGAGAGATACAAGCATTGCTTGATCGTTTAGAAACACAAGAACTTGACTGGAATTATATCTATGAACATATGGATGCATGGCGTGAAAAAATGGCACTTGAATATGCACAGTAA	MRKLLLMLGIVSTLIFITACSEAGKEATEAKSDKKSELVVYTNQISGDREEVAKSLVEEQNFNFEVVFVQAGGGEMKDRLIAEKNNPLADVVLGGSPLEHLALAENNILAPFTPTWAENVDPSLVESENNYWPWAIDTVHYTYNKNLVGGNNQPPVPQDWPDLTKPEFKDQYYIFEPSGTTGAVLFASMLVRYQDKNGEHGVSEEGWKLVEDIYANAVNPAPQDWQEALKEDVTGGFIWGGGVISVARDKNIELDIMEPSVGTPFLPALVGKIHTGNEEKMENAEEFINWWGSADVQATWGEKTGQAPANKEALEKIGGEIQALLDRLETQELDWNYIYEHMDAWREKMALEYAQ	PGPT0003725_1280	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003725-afuA|fbpA-K02012	NA	NA
AK148_03067	195			hypothetical protein	ATGGGTAGAGTTAAAAACGTTTTGGCGCAATGGTTTAGGAATTTTGCCAAAAATGAAGGGGAAGGTTCTAGCCCGTTATATGCCTATTTGGCAAACAGAATCGCTGCTGATGATGATTTATTAGCTTTATGTATGCACGCAAAGTCAGGGCAGCCAGTACCCAATTTACTTTTTGCAGCTGTTTTTATTTATTAA	MGRVKNVLAQWFRNFAKNEGEGSSPLYAYLANRIAADDDLLALCMHAKSGQPVPNLLFAAVFIY				NA	NA	NA	NA	NA
AK148_03068	930	panS	COG0385	Pantothenate precursors transporter PanS	ATGCAAGCATTTATCAAATTCAGTCACTTTATCGGAAAAACATTTGCTATTTGGGTATTGTTGGTGGCGGTAATAGCTTTCTTGTTGCCAGAGCAATTTTTGTGGATTGGTAATTACATATCGATTTTGTTGGGAATTATCATGTTTGGGATGGGGATGACGTTATCGGTGCATGATTTTCGCGAAGTCGCTCGCCAACCGAAAAGTGTAGCTATTGGTGTTGTCTCGCAATTTTTGTTCATGCCGCTTATTGCTTATGGTTTAGCAAAAGGATTAAACTTACCACCAGAAATTTCCATTGGCATCATTTTAGTTGGAGCTTGTCCCGGAGGCACAGCCTCTAATGTCATGACATTTTTAGCAAAAGGGAATACAGCTCTTTCCGTTGCCATCACATCTGTGTCCACGTTGATTGCACCTTTGTTAACACCTGCCATTATCTATTTTCTAGCGCAAGAGTGGTTACAGGTATCCGCATCAAGTATGTTTATGTCGGTTGTAAAGATTGTCTTAATACCTATCGTTTTTGGGTTAATTGTCCAACTTTTCTTAAAAGAACAAGCAAAGAAAAGCGTTGATATTATGCCACTTGTTTCTGTAGTTGCTATCGTTTTAATCGTGGCTGCTGTTGTTGCAAGTAGTAAAGACAAGATCATTGAATCAGGCGTGCTCATACTTGCGGTTGTTATTTTGCATAATGGGTTTGGTTATTTAATTGGTTTTTTTATTGCGAAGTTATTTAGACTAACATACACGGATCGAAAAGCTGTTTCTATTGAAGTTGGCATGCAAAATTCAGGCTTAGGTGCGGCATTAGCTGCTGCTCATTTTAGTCCGCTTGCAGCAGTTCCTAGCGCCATCTTTAGTTTTTGGCATAATATATCCGGCCCCATACTGGCTACATATTGGGCGCAAAAAGCAAAGAAATAA	MQAFIKFSHFIGKTFAIWVLLVAVIAFLLPEQFLWIGNYISILLGIIMFGMGMTLSVHDFREVARQPKSVAIGVVSQFLFMPLIAYGLAKGLNLPPEISIGIILVGACPGGTASNVMTFLAKGNTALSVAITSVSTLIAPLLTPAIIYFLAQEWLQVSASSMFMSVVKIVLIPIVFGLIVQLFLKEQAKKSVDIMPLVSVVAIVLIVAAVVASSKDKIIESGVLILAVVILHNGFGYLIGFFIAKLFRLTYTDRKAVSIEVGMQNSGLGAALAAAHFSPLAAVPSAIFSFWHNISGPILATYWAQKAKK	PGPT0013890_1991	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013890-panS|yocS|ybaS-K03453	NA	NA
AK148_03069	690			hypothetical protein	ATGGTAAAAACATTACCAGAACCACATCGTTATGCCGTTTGTGCACCAGAAGATATACCCATTAAACGGTTTTATGATGGAGTATATGAGGAAGTTTTTATTTTTTTCCATCCTTTTATGAAGCAGAAGCATACAGAGCAAGAAACAGTGCGCACGACTTGGAATAAAAATAATTTAAGCGATCAATTTGAAGTGCGAACATGGAAAGAGCTTTTACACCTATCTAAAATAACTACTGTGCGCCAACTAGATATTGGCTTGCGAACTAGGATCCTCTCTTTAAGAAAAGAAAAAATGGATGAAGAAACTGCATTAGCAATTGATGAAACTTGTCAACAATATAATCTTATTGCGCCGGGGGAAGGTAGACTGTCAGAGATACTTATAAATCCCCTTTTAAAAAGTTTCCAGCAATTAGGGTATTTTTGGATATGGTGTGGTAATGAATTTGGGACGGAGCGTAAACTAGAAGCAGTATCTGATCTCATTAGCAAGAGCAAACTATCGGATGATTACAGTAATTTTTTTACGCACTACAATGAACTGCTAATAACGACGCATTGGGATAGCCATTTTTCTATGCTATGTGGTACCAAGGAAGTGCTTGAAGCAGTTCGGCTGAGCTGTCATTTAGAAGGGTTTTATTGCAATCATAAAACTGACATATATTGGAGTGTAACTACCTGTTGA	MVKTLPEPHRYAVCAPEDIPIKRFYDGVYEEVFIFFHPFMKQKHTEQETVRTTWNKNNLSDQFEVRTWKELLHLSKITTVRQLDIGLRTRILSLRKEKMDEETALAIDETCQQYNLIAPGEGRLSEILINPLLKSFQQLGYFWIWCGNEFGTERKLEAVSDLISKSKLSDDYSNFFTHYNELLITTHWDSHFSMLCGTKEVLEAVRLSCHLEGFYCNHKTDIYWSVTTC				NA	NA	NA	NA	NA
AK148_03070	378			hypothetical protein	GTGAATAGAAAACATAGCTTCATGCAAATCTTTTTCTTGTCTGTTTTATTTATGTTTGTCTTGTTTAGTCAAGCGGCGCAATTAGTAGAGCAAATCGGTAGTCTGCCATCGAATGAAACGATTAGCAAGTCGACTATCCATGCGCAAGATCATGATGCTGTACAACTCTCATTGCCTGCTATGCCAAAAGAGGATTTGCTACTACCTATTCCAATACCGCCAATCCAAAAGCAAGTGCTTTCTCCGCATTCCTTTATAGGTTTTGATAGCTGTAGCGTGCTTTATGCTACGGATACAAGTCGAACGATAGATGTAATGAAATATGGGTCTAATTACCTCGCTTCCTTTCATGCTGATTTTAGTCATAAACAAGCATGA	MNRKHSFMQIFFLSVLFMFVLFSQAAQLVEQIGSLPSNETISKSTIHAQDHDAVQLSLPAMPKEDLLLPIPIPPIQKQVLSPHSFIGFDSCSVLYATDTSRTIDVMKYGSNYLASFHADFSHKQA				NA	NA	NA	NA	NA
AK148_03071	195			hypothetical protein	ATGAAAGTAAATAAACAGTCAGAATGGAAAGAAGTATTGATTTGTTATTTGGTTATTTTTCTCATCTTAGGGCTGTATGTAGCAGTTTTTTTGATTAGTGGAAAACTCACAGGTATGGATTGGATTAGCTACGTATGCCACTTAGATATTGATGTGAATGTAGATTTGTTACGACAATTATTTTTACTGGACTAG	MKVNKQSEWKEVLICYLVIFLILGLYVAVFLISGKLTGMDWISYVCHLDIDVNVDLLRQLFLLD				NA	NA	NA	NA	NA
AK148_03072	1170	bdhA	COG1979	NADH-dependent butanol dehydrogenase A	ATGCAAAATTTTAACTACTATAACCCAGCAAATATTTACTTCGGGAAAGGTGAAGAACGTCGTATTGGCGAGCTTATTGACGCAGAAAGTCACTCTAAGCATGTTCTCGTACTCTATAGTGGCGACTATATTTTTGATTTAGGTATTTATGATACCATTGAAACAAAGCTTCATACCAAAAATATAAAGATTTTCAAAAATGGAGATGTCGTTCCTAATCCTGAAATTAGCTTAATACGCAAGTTGGTGACAATTGTAAAAGAGCAGGAAATTGACTTCATTTTAGCTGTCGGTGGCGGTAGCGTGATTGACACAGCAAAAGCTGTAGCCTTTGGTGCATTATACGACGGAGATGCCTGGGATTTCTTTATTAGTAAGGCTGAAGTAAAGCAAGCACTACCAATTGGCGTGATTTCTACTGTTGCCTCTTCTGGATCCGAAATGTCGAATGCAACCATTGTTTCTAACGCAGAACACAAGCTAGGTGTAGAAACAAACCTGATTATTCCCGCATTTTCTATTCTCAACCCAGAATTCACAGTAAAACTGCCAAGTTATCACACTGGTGTAGGTGTATCCGATATTTTAACACATCTTTTAGAACGTTATTTTACTAAAATAGAGCATGTACAATTAACTGATTTTCTTCTTGAAGGTGCAGTACAATCACTTTTAATTAGTGGTCAACAATTGATGGAACAACTAGAAGATTATGACTTAAGAGCAGAAGTCATGTGGACTGCCGTCATGGCGCATAACAATAGCTTAGAATTAGGTCGTGAACCTGACTGGGCCTCACATCGTATAGAGCATGAGCTTAGCGGGCAATATGGAATTGTTCATGGAGAAGGAATGGCCATCGTATTTCCTGCTTGGATGGAATATGTGAGTCAGTTCCATCCAAATATTTTTGTTAAGTACGGCGTTCGCGTATTTAACATTGATCCGTTTGCTCACTCGAAGGAAGAAATTATTCAATTAAGTATTGAAAAAACACGTAATTTCTTCACCCGTATGGGCATGAAGTCACACTTGAGTGAATTGGAAATTGACGATACACATTTTGAAGAAATGGCAAATCGTGCAACGAAAAATAACACCCAAGCCATTGGACACCTTAAGAAATTAAATGCTACAGATATAGTGGAGATATTGAAGTTAGCTTTGTAA	MQNFNYYNPANIYFGKGEERRIGELIDAESHSKHVLVLYSGDYIFDLGIYDTIETKLHTKNIKIFKNGDVVPNPEISLIRKLVTIVKEQEIDFILAVGGGSVIDTAKAVAFGALYDGDAWDFFISKAEVKQALPIGVISTVASSGSEMSNATIVSNAEHKLGVETNLIIPAFSILNPEFTVKLPSYHTGVGVSDILTHLLERYFTKIEHVQLTDFLLEGAVQSLLISGQQLMEQLEDYDLRAEVMWTAVMAHNNSLELGREPDWASHRIEHELSGQYGIVHGEGMAIVFPAWMEYVSQFHPNIFVKYGVRVFNIDPFAHSKEEIIQLSIEKTRNFFTRMGMKSHLSELEIDDTHFEEMANRATKNNTQAIGHLKKLNATDIVEILKLAL	PGPT0008295_211	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008295-adh2_2-K19955	NA	NA
AK148_03073	912	ydjF	COG1349	putative HTH-type transcriptional regulator YdjF	TTGTCAATACTTTTCAAAGAAAATCAAAATTATTTTGTTTTGATATTTTGGTTTTTGTTGGCAAAAAGCTTGCGATTACGTTTTGAAATATTTACTTTTCGGTTTTTTTATGATAAAGTGCAAGTAGCAAATCGTAAAGGAAAGATTGTTTTGATGAAATATGATCGATTACAAGAAATTTTAAAACAACTCAATAATACCGGCAGTGTAAAAGTGACGGATTTGAGCAAAATGTTAAATGTAACAGAAGAAACAATCCGTAAAGATTTAGCAACCTTAGAGAAGGAAAAGAAGTTAAAGCGCGTGCGTGGTGGTGCTTATCAGCCCAAAACACTTGATAAAGAAGTGCCTGTCTTATTAAGAGAAACGATGTTAAAAGAAGAAAAGACAAATATGGCTGGTAAATGCTTGCAATTCATTGAAGACGGAGAGTCTATTGCTTTAGACAGCTCCACAACATCATTATCTATAGCAACACTTTTAAGTATGACAACTTTAAAAATTACTGTGATATCTAATTCACTAGATATTGCCAACGTCTTAAAGGATCACAAGTCTATTAAACTAATTATTATTGGCGGCAACTTTAGGAATGTAACGCATTCCTTTATTGGTGTAAATGCCCAAAATGTTATTTCCCGATACTTAATTGATAAAGCGTTTATTAGTAGCTCTGGCATGAGCTTGCATATTGGTCCAACCGATTACAGCGAAGAAGAATCGCTAATTAGAAAACAATTCTTACAACAATCCGAGAAAAACTATTTAGTAGTGGATCATACAAAATTTGATTTTCGAACGATCCATTTAATTGATGACTTTTCCCACATTTCTACCATAATTACAGACCAAAAGCCATCGCCAGAGTGGGTGCATTTCTTTCAAAATAATAACATACAGTTGATTTATTAA	MSILFKENQNYFVLIFWFLLAKSLRLRFEIFTFRFFYDKVQVANRKGKIVLMKYDRLQEILKQLNNTGSVKVTDLSKMLNVTEETIRKDLATLEKEKKLKRVRGGAYQPKTLDKEVPVLLRETMLKEEKTNMAGKCLQFIEDGESIALDSSTTSLSIATLLSMTTLKITVISNSLDIANVLKDHKSIKLIIIGGNFRNVTHSFIGVNAQNVISRYLIDKAFISSSGMSLHIGPTDYSEEESLIRKQFLQQSEKNYLVVDHTKFDFRTIHLIDDFSHISTIITDQKPSPEWVHFFQNNNIQLIY				NA	NA	NA	NA	NA
AK148_03074	1329	mleN_2	COG1757	Malate-2H(+)/Na(+)-lactate antiporter	ATGCAGAAAACAGAAGAAAAAAACAAAACTTCCAATAAAGGGAGATTTATGGGGCTTGTCCCGTTAATTATCTTTTTGGCTTTATATATGTTAACCGGTTTGGTGTCAGGTAGCTTTGAAAACATGCCATTGATGATTGGTATATTAATTGCTTCAGGTGTTGCATTAATGATGTCAAATAAAGACAATCCGACAAAGTTTGAAGAGCGAGTGACAATGTTTTGTAAAGGTGGCGGCGACCACACACTGATGTTAATGGTTGTTATCTTTATTTTAGCTGGAGCATTTCATGGTGTAGCCAGTGGCATGCATGCTGTCGATTCCGTAACAAATTTAGGTCTTAGTGTTCTACCATCCAATTTAATTTTGCCAGGCTTGTTTATTATTGGTTGTGTACTTAGTTTCTCTATGGGAACGTCTATGGGGACAGTTGCGGCTTTGGCACCATTAGCCATTGATATTGCTGATAAAACAGGATGTAATGTAGCATTGGTATGTGGTGTTGTTGTTGGTGCTGCCATGTTTGGTGATAATTTATCGTTTATATCTGACACAACAATTGCAGCAACGCGTACACAAGAAATATCTATGAAAGATAAATTTAGAGCAAATATTTTAATGGTTTTACCAGCAGTAGTTATTAATATGATTTTATTGGCTTTTGTTCCGATTAATGCGGTTTCGATTTCAGGCTCTTATGATTATAACTTAATAAATATCATTCCATATGTGTTAGTTATCGTTTTGTCCTTAGTCGGTGTTCAAGTTATTACAGTAATGGTTACAGGAATATTTGCAGGTATGTTTATTGGTTTATTCCATGGAGATTTTACAATTATTGAGTTTATGAAGATTGCCCATGATGGTATGAGAGGCATGGAAGATATGGCTATTATTGCTATTTTAGTCGGTGGGCTTGTTGCATTAATGAAATATCTTGGAGGAATTGATTGGCTACTTCATACGCTTACTAGAAAAACGAAAACAGCACGAGGTGGGGAACTTTCCATTGCAGCCCTTGTTAGTTTAATGGATATTTCAACTACTAATAATACGATTTCCATCATCGCTGCAGGTCCACTAGCGAAAGATATTTCGGATGAATTCGGTATTTCACGTTCACGTACAGCGAGTTTGTTAGATATATTTTCTGCCGCATTTAATGGTTTATTACCATATGCAGGACAATTATTGGTGATTGGCGGTATGGCAGGAGTGTCGCCTGTTAGTATCATGCCTTATAACTGGTACTCCATTCTAATGATAGTGATCGGTTTACTATCTATTGCTATTGGCTTTCCAAAAGGGAAAGATGTAAAGGTTAATTAA	MQKTEEKNKTSNKGRFMGLVPLIIFLALYMLTGLVSGSFENMPLMIGILIASGVALMMSNKDNPTKFEERVTMFCKGGGDHTLMLMVVIFILAGAFHGVASGMHAVDSVTNLGLSVLPSNLILPGLFIIGCVLSFSMGTSMGTVAALAPLAIDIADKTGCNVALVCGVVVGAAMFGDNLSFISDTTIAATRTQEISMKDKFRANILMVLPAVVINMILLAFVPINAVSISGSYDYNLINIIPYVLVIVLSLVGVQVITVMVTGIFAGMFIGLFHGDFTIIEFMKIAHDGMRGMEDMAIIAILVGGLVALMKYLGGIDWLLHTLTRKTKTARGGELSIAALVSLMDISTTNNTISIIAAGPLAKDISDEFGISRSRTASLLDIFSAAFNGLLPYAGQLLVIGGMAGVSPVSIMPYNWYSILMIVIGLLSIAIGFPKGKDVKVN				NA	NA	NA	NA	NA
AK148_03075	1203	drdK		5-deoxyribose kinase	ATGTCCAAATTCACACAGCATTTTTTAATGGCACATGAAGACGTGAAACAGTTTGTGACGGATGAATTAAAGCTATTCCCAATGGATGCAGAGCTAGAGGTAAGTGAAATTGGTGATGGTAATATCAATTATGTGTTTAAGGTTGTCGATAATAAATCAGGTAAGCGTGTTGTTGTGAAGCAGGCGGATGTGCTACTTCGATCATCTGGTCGTCCGCTTGATATTTCAAGAAATAAGATTGAAGCAGATATATTAAAAATACAATATGAGCTTGTACCAGCATTTATTCCTGAAATTTACAATTATAATGAAGCGATGAGCACATTAACAATGGAAGATATATCTGCTTATAAAAATCTGCGCTATGAATTAATGAATGAACAAATTTTCCCGAATTTTGCCGAAGACATCAGTACATTTTTAGCAAATGTACTTTTACCTACTACGGATTTATGTTGGGATCGTCATGAGAAAAAGGATCTTGTTAAAAATTTCACCAATATAGATATGTGTGATATTAGTGAAGACCTTGTCTTTACGGAGCCTTATTATAACTACAAAGATCAAAATATTATTATTGAAGCGAATGAACAGTTTGTAAAAGATCATATTTATCAAAATGATGTGCTTATTAGCCATGTTGCCGAATTACGTAACAAGTATATGAATCAAGCCCAAGCGTTAGTGCATGGAGATTTGCATTCAGGCTCCATTTTTATTAATCAAGCAGGGGTTAAAGTGATTGATCCAGAGTTCGCTTTTTATGGCCCGATGGGCTACGATATTGGGAATGTTATCGGTAATTTATTCTTTCCTTTGGCAAGAGCTCACTATTACAATGGAGACGGAAAATTTCAAGTATGGTTAGCAAACACGATTTGTGATGTGTATGATAAAGTGAAGGAAAAAATGGCAACTGTTTATGACGAAAGAGTGACGCTTCCGCTTTATAAGAATACATCTTTTAAAACGACTTATCTAGCTGAAGTAATGGCTGATTCTTTAGGGTACGCAGGAACAGAAATCATCCGTCGTGTTATCGGTGATTCCAAAGTAAAAGAAGTATCCGAAGCGCCACTAGGTGAAGAACGTATTGCTATGGAACGTGCATTACTTAAAATGGGAATGGAATTAATTATACAACGGAATGAGATTACAACAGGGGAAGAGCTAGTTCGTCGATGTCACCAAATAATGGCTTAA	MSKFTQHFLMAHEDVKQFVTDELKLFPMDAELEVSEIGDGNINYVFKVVDNKSGKRVVVKQADVLLRSSGRPLDISRNKIEADILKIQYELVPAFIPEIYNYNEAMSTLTMEDISAYKNLRYELMNEQIFPNFAEDISTFLANVLLPTTDLCWDRHEKKDLVKNFTNIDMCDISEDLVFTEPYYNYKDQNIIIEANEQFVKDHIYQNDVLISHVAELRNKYMNQAQALVHGDLHSGSIFINQAGVKVIDPEFAFYGPMGYDIGNVIGNLFFPLARAHYYNGDGKFQVWLANTICDVYDKVKEKMATVYDERVTLPLYKNTSFKTTYLAEVMADSLGYAGTEIIRRVIGDSKVKEVSEAPLGEERIAMERALLKMGMELIIQRNEITTGEELVRRCHQIMA				NA	NA	NA	NA	NA
AK148_03076	1053	mtnA	COG0182	Methylthioribose-1-phosphate isomerase	ATGCAACGAGCGGATTATGATTTACCGTTTTTATTAACTTATGAAAATGTAGCTTGGTATGAGAATGGCAAAGTACGTATATTGGATCGGAGAATTTATCCGACAGAGATTCGTTTTGTTGAATGTGCGACACATCAAGAAGTCGCCCAAGCTATTACAGATATGGTCACACAAAGTGCTGGTCCCTATACAGCTGCTGGAATGGGTATGGCATTAGCTGCGTATGAAACACGCGGTAAAAAAGAAGCGGAGCAAGTAGCCTATTTAGAAAAAGCTGCTCATACGATTGCTTATGCTCGCCCAACTACGGCCAATCGGATGGGGAAAATTACGAGTAGTTGTTTAGAAGTAGGGAAAGCTGCGCTAGCAAAGGGGCAAGATCCTGTTGAAGCAATTTTTCTCTCCACGGTAGATTCTTTAAATCGTCGATATTCCATCATGGATAAAGTAGGCAAGCACTTAATTCGATTAATTCCACATAATGGAAAGATTCTGACGCAGTGTTTTGGGGAGACAATAGTGGGAACTTTCCTACGCGCTGCTAAAGCAGAAAATAAAGATTTAGAAATTTTTTGCGCGGAAACTCGACCATATTTGCAAGGTGCTCGTTTAACGTCTAGCTGTGCCATTGATTTGGGCTTTCCAACAACAGTAATTACGGATAATATGGTAGCTTATGCTATGGAATACAAACAGATTGATGTGTTTACGTCTGCTGCGGATTCCATTGCTAGAGATGGGCATATAGCGAATAAAATTGGTACCAATCAGATCGCTATTGTCGGACAGCATTATGAAGTTCCTTATTATGTGACAGGGATTCCCGATACCGATAAGCAAACAAAGGCGGATATTGTAATTGAAGAGCGTGACCCGAAGCAAGTATTAGAATATCGAGGAATTCCTAATACCTTGGCTGGAGTTCAAGCTATATACCCATCCTTTGATATTACAAGCCCATCTCGGATCAGCGGAATTGTGACAGATAAAGGCGTTTACGCTCCTAATGATTTGGATACATACTTCAAAGAGGAGCAAGTCCGGTTTTATTAA	MQRADYDLPFLLTYENVAWYENGKVRILDRRIYPTEIRFVECATHQEVAQAITDMVTQSAGPYTAAGMGMALAAYETRGKKEAEQVAYLEKAAHTIAYARPTTANRMGKITSSCLEVGKAALAKGQDPVEAIFLSTVDSLNRRYSIMDKVGKHLIRLIPHNGKILTQCFGETIVGTFLRAAKAENKDLEIFCAETRPYLQGARLTSSCAIDLGFPTTVITDNMVAYAMEYKQIDVFTSAADSIARDGHIANKIGTNQIAIVGQHYEVPYYVTGIPDTDKQTKADIVIEERDPKQVLEYRGIPNTLAGVQAIYPSFDITSPSRISGIVTDKGVYAPNDLDTYFKEEQVRFY				NA	NA	NA	NA	NA
AK148_03077	660	drdA_3		5-deoxy-D-ribulose 1-phosphate aldolase	ATGAAATATGCTGAAGAACGGAAACAGATTGTAGATTATGGCAAGAATTTATTAGAAGAGAATTTAACGACAGGTACTGGCGGTAATATAAGTATCTTTATAAGAGAAGATCAAGTGATGCTTATTTCACCAAGTGGTATTCCTTACCCAGATATAAAAGAAGAAGATATTGTATTATTGAATCTTGATGGAGATGTATTGGAGGGAGACCGTAAGCCTTCAAGTGAGTATGATATGCACCGCATTTTTTATCAACGTACAGAACATGTGAATTCTGTTGTGCACACACATTCGGAATATGCAACTGTTTTTGCATGCTTGCACGAAGAAATCTTGCCTCTCCATTATATTATTGGTTCAGTTGGCAATAAAGTTCGCTGTTGTGAATATAAAACGTTCGGTACGTATGAGCTAGCGGAAGAAGTTTTTCGAACGATTGGCAATGATAAAGGACTGTTGCTTGGTAACCATGGTGTGATTGCAGTTGGCGAAGATTTACCAGCGTCTTTTTCCGTTGCGAAGGACATCGAGTTTATTGCGAAACTGTATTATCGGGCGCGGAGTATTGGGGAACCAGTTCTGTTAAATGATGAACAGCTAGCTGAAGTTGTTGATAAATTTGGTACGTATGGACAATTAAGAACATACGGCCAAGATTAA	MKYAEERKQIVDYGKNLLEENLTTGTGGNISIFIREDQVMLISPSGIPYPDIKEEDIVLLNLDGDVLEGDRKPSSEYDMHRIFYQRTEHVNSVVHTHSEYATVFACLHEEILPLHYIIGSVGNKVRCCEYKTFGTYELAEEVFRTIGNDKGLLLGNHGVIAVGEDLPASFSVAKDIEFIAKLYYRARSIGEPVLLNDEQLAEVVDKFGTYGQLRTYGQD	PGPT0017430_988	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FUCOSE_DEGRADATION,PGPT0017430-fucA-K01628	NA	NA
AK148_03078	1014	yfmJ	COG2130	Putative NADP-dependent oxidoreductase YfmJ	ATGAAACAACAACAACTTATTTTTAATGAACGACCTAATGGGCTACCAAATGCAAGCACGTTTGCTATTAAGGAAGTGGAGGTGGGGAGTCCAAAGCAGGATCAATTACTATTAAAAACGCTTTATATTTCTGTTGATCCGTATATGCGTGGCAGAATGGCAGATGGTCCATCCTATATCTCCCCATTTCAAATTGGCGAGCCTCTTAATGGTGGAGTTGTCGGGCAAGTGATTACTTCAGAAAGTGATCAATTCCAGCAAGGAGATATTGTTACAGGAATGCTAGACTTTCAAGAATATCATATAGTGAATGCGGATCAAGTACGTAAGGTAAATACATTTGGTTTACGTCCTAGTGTTGCTCTTGGCCCTTTAGGAATGCCCGGACTGACGGCGTATTTCGGGATGATGCATATTGGTAAACCAAAACAAGGAGAAACGGTAGTTATTTCTGGAGCGGCAGGAGCTGTTGGACAAATAGCAGGTCAACTTGCTAAAAGGGCTGGTGCACGTGTAATAGGAATTGTTGGTTCTGAGGAAAAAGCAGCGTACGTTACGGAAACATTGGGGTATGACCACGCGATCCAATACAAGCATGGCGATGTCCATAAACAATTGAAGCAAGCTTGTCCAAATGGTATCGATGTTTATTTTGAAAATGTAGGTGGAGAAATAGGCGATGCGGTATGGCCGTTACTGAATGCATTTGCTCGTATACCTGTTTGTGGCGCTATTTCGTCGTATAACTTGAAAGAGGGAGAAAGGGACATTGGTGTACGGGTGCAGACGTATTTAATCAAAGCTAGGGCAAAAATGCAAGGTTTTTTAGTCGGTGACTATACAGAACATTTTAAGGAAGCGTATGAGGAATTAGGCAAAGCGATAGCGAGTGGAGAATTAAAATACGAGGAGACAATTCGCGAAGGATTCGAGTCGATCCCTGATGCTTTCATCGGTTTGTTTACAGGTGAGAACATTGGCAAGCAATTGGTGAAAGTCGCAGAACAGGAATAA	MKQQQLIFNERPNGLPNASTFAIKEVEVGSPKQDQLLLKTLYISVDPYMRGRMADGPSYISPFQIGEPLNGGVVGQVITSESDQFQQGDIVTGMLDFQEYHIVNADQVRKVNTFGLRPSVALGPLGMPGLTAYFGMMHIGKPKQGETVVISGAAGAVGQIAGQLAKRAGARVIGIVGSEEKAAYVTETLGYDHAIQYKHGDVHKQLKQACPNGIDVYFENVGGEIGDAVWPLLNAFARIPVCGAISSYNLKEGERDIGVRVQTYLIKARAKMQGFLVGDYTEHFKEAYEELGKAIASGELKYEETIREGFESIPDAFIGLFTGENIGKQLVKVAEQE	PGPT0023605_223	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
AK148_03079	876			hypothetical protein	ATGCAAATGAAAGAGGAATTACCAGCAAATATAAAAGAGCAATTGCAAAAGTTCCAAAGAAATACAACTGCTTATACAGAATTAATTCGTGAAGGTGGCTATATGGCTCCTAATAAGGAGATTATTATTGATGCCGTTACAGCACTGTTACTAGGGAAAAATATTTTATTAAAAGGTCCTACTGGTGCTGGGAAAACAAAATTTGCCGAAACGCTATCTTATTTATTTCAGCAGCCAATGTTTAGCATTAACTCTTCTGTAGATATAGACGCTGAAAGCTTACTAGGGTTTAAAACACTCACCTATGAGGATGAAAAGCAAGTGATTGAATTTATCTCAGGTCCTGTGATAAATGCCATGGAGCACGGAACCTTTTTATATATAGATGAAATTAATATGGCCAAGCCAGAGACACTTCCTATTATAAATGGCGTATTAGATTATCGACGTTCGATTACAAACCCTTTTACAAATGAAATTGTAACCGCGAGTAAAGGGTTTAATGTCATTGCTGCAATAAATGAAGGCTATGTAGGAACGGTGCCTTTAAACGAGGCGCTAAAAAATAGATTTATCGTGATTGAAATTCCTTACATTCAAGGTGAACAATTAAAACAGTTAATCGTCCAAAATACCAAGTTGGAAAATGAAAAGTTGGTGGGTTTATTTGTTAAATTATCGAGCGATCTGATTGAAGCAGTAGCTCAAGGTAAAATTAGTGAGGATGCAGCTTCTATTCGTGCTTTATTAGATGCATGTGATTTAAGTAAGCATATACCTGCTAAACGTGCGATTCAACGAGCAATTGCTGATAAATTAGAGGAAGATCGCGAACGAGAATTTATTATGAGCCTCGCCGAAACATTATTTAGTTAG	MQMKEELPANIKEQLQKFQRNTTAYTELIREGGYMAPNKEIIIDAVTALLLGKNILLKGPTGAGKTKFAETLSYLFQQPMFSINSSVDIDAESLLGFKTLTYEDEKQVIEFISGPVINAMEHGTFLYIDEINMAKPETLPIINGVLDYRRSITNPFTNEIVTASKGFNVIAAINEGYVGTVPLNEALKNRFIVIEIPYIQGEQLKQLIVQNTKLENEKLVGLFVKLSSDLIEAVAQGKISEDAASIRALLDACDLSKHIPAKRAIQRAIADKLEEDREREFIMSLAETLFS	PGPT0000370_254	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000370-norQ-K04748	NA	NA
AK148_03080	1914			hypothetical protein	ATGTATCGATTTCATCATAACATCGTAGACACGCAATTATTCCGACAGTTACAAGATTTGTCTACGGTTCTATCTGGAGTTTCTGACCTTACATTCACGTATCGTTTTGGTTCTTATATTGATATCGTTGATCGGGAAGTAACAGCAAGCAGAATGTGGGATAAAGCAAAATTTGAATACCGAGTAGCTGGTTTGAAAACAGACGTATATTTACGAACAATTGGAACGCTATCCTACACGGATATACGTGCTGTACAACAATATGTGCAAGCTTTACATCGCTTTTCGTTACCTAAATTCGGCAGAAATTTATTTGCTTTATTAGAAGATATTCGGCTGGAGGAACAGATTAAACAGGAGCGCCCGGGTACGAAAAATGTCTTTTTACAAAGAAAAGCGTATTTAAAACATCAATTCGACAAAGATCGAGCAGCTCATGTAACGAGAGGGCTTGCGCTTGATGAATTATTTTGTCTAATCTACTTACGCTTGCAATCAGACGTTGCCGAGCCGAGTTTCCCGAGGGCAAGCGAAGAGCAACTGGTTCAACTTAAAAGGTTAGCTGCCAATTTATACGAAGTGTTTGAAGCAAAAAGCACGTCTGATATTGCTCGCATATGTGAGCAAATGCTACATGTATTATCAGAAACCAGTCATTACGACATGATTCATGATTATTTTGTCCTCCCCATCCGCCACGTCCATACGTCTGCAAAAAATACGTTATTTGATGAATTAACGCGAACGGACCCACTGGAAAATGACGATAAGGAGGAATTGGACGAAGACAAAAATGAATATATTGACGAAACTTTTTCGACATGGCATAGGGAAAATGAAAACAGTGATCGTAAACAAACCTTTCTGCAGTTTGAGTTAGAAGTGGGGACAAAAACGAATATGAAAGGGAATGGTGCGCGTGAGACCGAAGATGGCGATCAAGCAATGGGGACAATACAAGGTGCTGCTGGGCAAACAAAAAATAAGGATTATTCTGACCTAGAATCACTAGATAAACAAGAAAATAAACAAGGCCAACGTGCAGAAAATGTCTATGGGGAAGAGAATAAGGATGCGGTTAAGCTTCTAAAACAAGCGGATGCGCCAACTAAATCGGAAGTGGCGCTTTATGAAGCGTATGTAAAAGATGTGGAGCCGTATAAGCGAAAATTAGAGAATATATTAAAAAAGACCATCGAACATAAACAAAATGCACCGAGGACGAATATAATGGCTGGCCGCTTATCGAGAAAGCTGTTACCAATTGTGCTTGATGAAAAGCCGCGCATTTTCTACAAAAAGAATGAGAAATCGAAGGAATTTGATGCCGTTTTTACGCTGCTCATTGATTGTTCAGCATCGATGCAAGGGAAAATGGAGGAAACGAAGCGAGGCGTAACACTGTTTCATGAGGTATTAAAAGCTTTTCAAATTCCTCATTCTATTATTGGCTTCTGGGAAGATGCAATGGAAGTTAAAGAGCATTATCAGCCAAACTATTTCCATGTTATTCATGCTTTTACTGATTCGTTTTATGAACGTAATGGTCCTAAAATTATGCAGCTTGAACCGCAAGAGGATAATCGAGATGGCTTTAGCATTCGTGTGGCGACAGAGGAGCTCGCAGTAAGACGGGAAAAGAATAAGTTTTTACTTGTCTTTTCAGATGGGGAGCCAGCTGCTGCGAATTATAATCAAAATGGTATTGTTGATACAAATTTAGCGGTCATGGAGGCTAGGAAGCAAGGAATTGAAGTAATTGGAACGTTTCTTGCTGATGGAGAAATAGGTGAACTAGAGGATCACTTTATGCAAAATATTTATGGAAGAGAAAGGATTCTTGTTCCCAATGTAGCTGAGCTGCCAGAACATTTTGCGCCACTTATGAAGAAGTTGTTGTTAAAAGCACTTTAA	MYRFHHNIVDTQLFRQLQDLSTVLSGVSDLTFTYRFGSYIDIVDREVTASRMWDKAKFEYRVAGLKTDVYLRTIGTLSYTDIRAVQQYVQALHRFSLPKFGRNLFALLEDIRLEEQIKQERPGTKNVFLQRKAYLKHQFDKDRAAHVTRGLALDELFCLIYLRLQSDVAEPSFPRASEEQLVQLKRLAANLYEVFEAKSTSDIARICEQMLHVLSETSHYDMIHDYFVLPIRHVHTSAKNTLFDELTRTDPLENDDKEELDEDKNEYIDETFSTWHRENENSDRKQTFLQFELEVGTKTNMKGNGARETEDGDQAMGTIQGAAGQTKNKDYSDLESLDKQENKQGQRAENVYGEENKDAVKLLKQADAPTKSEVALYEAYVKDVEPYKRKLENILKKTIEHKQNAPRTNIMAGRLSRKLLPIVLDEKPRIFYKKNEKSKEFDAVFTLLIDCSASMQGKMEETKRGVTLFHEVLKAFQIPHSIIGFWEDAMEVKEHYQPNYFHVIHAFTDSFYERNGPKIMQLEPQEDNRDGFSIRVATEELAVRREKNKFLLVFSDGEPAAANYNQNGIVDTNLAVMEARKQGIEVIGTFLADGEIGELEDHFMQNIYGRERILVPNVAELPEHFAPLMKKLLLKAL				NA	NA	NA	NA	NA
AK148_03081	675			hypothetical protein	ATGTCGTACCAGAACAATGTGTTTAAATTTTTCTTTTCGATGGAAAATCACTTCGAGCATATCAAACATGCGGAAAGAATTCGGAACTTTTGGCGTGGTCTTTCCTTATTATTTTTTTGTAGCATTCTTATATATGGATTCATGGCATATTTAGGCTTGGGAACGGATATCCTTTCATCAAATATAATAAAGGTAACGCCGTTAGAATATGAGCAACAGAAGTTTTGGTTTATGGTGGGAAGAATGGGATATGCTGCTTTACTTGCTGGATTTATTTTATTTGTACCATCCTTACTTTATTATGCAGTTACAGGAATACCTTATCGTAAAATAGTGGTTATGCAACAAGTCGTTTTAGTTGCCATGCTAATAGAACGATTAACATGGATTCCACTTGCTGTTTGGAACGGATTAGATTGGTATCTTTCCCCATTGTCGTTAGGTATTATTGCTTCTTATATTACCGAACAGGAGTATTTGATTTATTTTTTTGGCATGATTTCGTTATTCCAAGTTTGGATAATCGGCTTTCAAGTAAAATATTTGCGGTATTTCACTGACATGAGAAAGCTTTGGTTATGGTTTATGGTGATTGGCTTGCATGTTTTTTTCTGGTCAATGGCTTCCGTGCTCGTATTTGCAGACCAATACTTACTAAATAGGTGGTTTCATTAA	MSYQNNVFKFFFSMENHFEHIKHAERIRNFWRGLSLLFFCSILIYGFMAYLGLGTDILSSNIIKVTPLEYEQQKFWFMVGRMGYAALLAGFILFVPSLLYYAVTGIPYRKIVVMQQVVLVAMLIERLTWIPLAVWNGLDWYLSPLSLGIIASYITEQEYLIYFFGMISLFQVWIIGFQVKYLRYFTDMRKLWLWFMVIGLHVFFWSMASVLVFADQYLLNRWFH				NA	NA	NA	NA	NA
AK148_03082	1320			hypothetical protein	ATGTCAACGTTAAGAAGGCGATTACAATTAATTGGTGCAACTTTGTTCATCGGTGTGAATGTTTTATTAGTTTATACAGATGATGAGGAGAAGGTAGATCGTATAGCGTATGTTTCAGAGTGGACAGATGCTTCTCAAGCTAATCTGGAAAAAAAGCTACATACTACAGGAGTATTAACTTCTGCGGAGGAAAAGCCCGTGTATTTTGACTCGTCGACAGGCAGTTTTGAGGCTTTTAAAGTAAATGAAGGAGATGTGGTGAAGGCTGGTGATGCGCTATTCACCTATAAAGTTGACCACTATCAAACAGCTCTGGCAAAGTTGCTTGAGGAAAAAGTGCAATTGGAGGAAGAAGTAGCTGCTATTGAAAAAGCCATCTCGCAAATGTCCTCGTTGCAAATACCGGATATGGATACAGAGAGTGCGGGATTAGAATGGACGGAAGAAGAGTTGACGATTACAATTCCGCAAGACCCTGTTCAAGCTAAATTAATGAAGCAACAATTTTTATTGGAAAAAGAAACAGAAGTAGCCGAGAAGCAAATCACTTTAAAAAGTTTGGATAGTCAAATAACAGAACTGCAAGAAACTGGGGACACTATTACCGTCGATAGCCCGTATGAAGGAATCATAACGCAACTTTCAAAACAACTAACAGATCCCATTATTACAATTTCTAGTACACAGCTTCATGTAGAAGGCGAATTGACAGAATCAGAAAGAGTAGATGTGAAAAAAGATCTTTCTGCAAACCTAGAGGTAACAGAGTTAAAAGAATCTCTAACAGGAACCGTCGCCAAGGTGGGAGAGATGCCAAAGGAAAAAGCTACTGCAACAACATCCAGCCTCTATCCAATTATCATTAAATTAAACGAGTTCAATGAGGAACAAGGGGAGGCGGTAGAAAATGATGACGAGCGGAAAGGTGGGCAATCAGAAGGCAATCCATCCCTTCACCGTCATACAGAACAAAATCTGTTAGCAGGGTACCATGTGGATATAGATATTATAACGGAGACTTCAGAAGGAGCTACTGTATTGAAAGAAGATGCCATTATTCAACAACACGTGTGGAAAATGACAGAACTGGGTACTCTATTACGTCAAAAAATAAGTACTGGATTAAAAGAAGACGCCCGTGTGGAAATAACCTCTGATTTACAAGTAGGAGATAAAGTCGCTTTGCAACCAGAAAAGCCATTTCGTTCAAACGCATCGTTTATAACGCCTTTAAAATGGGAGGCTGGCCTTAAACCTACTGTTTCGCCCAAAGGTACGAATTGGTTGGAATTTTTCATGTCGGGGATAATAAATAGATAG	MSTLRRRLQLIGATLFIGVNVLLVYTDDEEKVDRIAYVSEWTDASQANLEKKLHTTGVLTSAEEKPVYFDSSTGSFEAFKVNEGDVVKAGDALFTYKVDHYQTALAKLLEEKVQLEEEVAAIEKAISQMSSLQIPDMDTESAGLEWTEEELTITIPQDPVQAKLMKQQFLLEKETEVAEKQITLKSLDSQITELQETGDTITVDSPYEGIITQLSKQLTDPIITISSTQLHVEGELTESERVDVKKDLSANLEVTELKESLTGTVAKVGEMPKEKATATTSSLYPIIIKLNEFNEEQGEAVENDDERKGGQSEGNPSLHRHTEQNLLAGYHVDIDIITETSEGATVLKEDAIIQQHVWKMTELGTLLRQKISTGLKEDARVEITSDLQVGDKVALQPEKPFRSNASFITPLKWEAGLKPTVSPKGTNWLEFFMSGIINR				NA	NA	NA	NA	NA
AK148_03083	453			hypothetical protein	GTGTTAGACGTGTTATATTTTACATTATTAATGATAGCTGTGGCATTTGCATTGACAGTCGTTTTTATTGTTATTGTGTTACATCGTTTTACGAAGTTATTAAAGACGACCGGGAGTACATTAGGACAAGTTGAAATAGATATGCAACAAACCATTCCAGAACTACATCATACATTAAAGCAAACACATGTAACAGTGGATGACATAGGGGAAAAATTGCAAGCGACAGATTCATTATTTACGACGGCTGATAATGTCGGGCGCTCCGTCCAAAATATGAATCAAACCGTGCAAAAAACAAAACCAATATGGAAAAAAGATCGGTTAGAAGAAGATATTGAACCTTATGTGGAAGGGATACGTTGGACAGCTGTAGCTTCTTATTTATATAAGCAATGGAAAGAAGAATATACGTCGAGAGGGTCTGACGATCAAACTAGAAAAGAGGGATAA	MLDVLYFTLLMIAVAFALTVVFIVIVLHRFTKLLKTTGSTLGQVEIDMQQTIPELHHTLKQTHVTVDDIGEKLQATDSLFTTADNVGRSVQNMNQTVQKTKPIWKKDRLEEDIEPYVEGIRWTAVASYLYKQWKEEYTSRGSDDQTRKEG				NA	NA	NA	NA	NA
AK148_03084	411			hypothetical protein	ATGTTACTAGAGATAGGTGTCTTATTAATCGGTATTGCGTTTTTTATCGTAGCTATATTTGTATCTTATGCATTAAATAATTTAGCAGGCGTTCTTCGTGGCGTGGAAAAAACAGTTGAACAAGTACCTGAGCAGATGAATGCCATGGTAACAGAAACAACCGGATTGATTAAAGAAAGCAATTATACCTTAGAGGATATTAATGATAAAATGAAGCAGCTTAGTCCTTTATTTTATGTAGTGGGAGATGTGGGGAACGTGACGCGCAAATTTTCCGCTTCTCTTGTCAAAGTTACAGAATCTGTCAATGAAAAATCTGAGAATACCACAGATGAGATGCAATCTAAAGGGTTATCCAGTTCGTTTGGGAAGGTGTATTCTTGGATAAAAAATCGTAAGCAACAAAAGTAA	MLLEIGVLLIGIAFFIVAIFVSYALNNLAGVLRGVEKTVEQVPEQMNAMVTETTGLIKESNYTLEDINDKMKQLSPLFYVVGDVGNVTRKFSASLVKVTESVNEKSENTTDEMQSKGLSSSFGKVYSWIKNRKQQK				NA	NA	NA	NA	NA
AK148_03085	441			hypothetical protein	ATGGATTGGTTAGGACTTGGAGTTACTATCTTAGGGATTGCTTTCTTAATCCTCGCAATTCTATTAATGAAACCTTTATTCCACTTAGCAGGTGTGCTTCGTAGCCTACAGACAACAACAGATAAATTACCAGAACAAGTAGAAGAAATTACAAACCAAGCTACCGACACGATAAGCACTGGACATGAGACACTTCATGAACTGAATCAACAAGCGAAGGAGCTAACACCTATTTTCCATCTAGTTGGAGATGCTTCAAGAGCTGCTAAGGCTGCTTCATCAACAGTAGTCGATGCTATCATGAAAGTACAAGGTTCATCAACAGAAGGAAACGGCTTTACAAAGAAGCATCATTTAGAAGGTATTTACGGCCTTGCTACGTTAACTTATTATGCGATAAAGCAAAGTAAACCACAGCAAGCTAGCAACAATTCGAAATAG	MDWLGLGVTILGIAFLILAILLMKPLFHLAGVLRSLQTTTDKLPEQVEEITNQATDTISTGHETLHELNQQAKELTPIFHLVGDASRAAKAASSTVVDAIMKVQGSSTEGNGFTKKHHLEGIYGLATLTYYAIKQSKPQQASNNSK				NA	NA	NA	NA	NA
AK148_03086	741	cwlD	COG0860	Germination-specific N-acetylmuramoyl-L-alanine amidase	TTGAAGCGGAGGTATAAAATCGTATTATGGCTGGTGGGTGTTTTTATATTAGGTTATCTTATTCAACTACCAATTAAAAATCAGCTATCACTTAATGTAGGATCTTCTTTTTCCTTACCCTTATCTGGAAAGACGATTGTAATTGATCCGGGACATGGAGGGCCTGATGGCGGAGCTGTTGGTAAGGATGATACACAGGAAAAGGATATTTCGCTAGAAGTCTCTAAGAAGTTGCAAAAGTATTTACAGCAAGTGGGAGCAATCGTGTATTTAACGCGAGAAACAGATAGGGATCTTGCTTCTGAGAATGTAAAAGGGTTATCGAAACGAAAATCAGAGGATATTCGAAATCGATTGTCGTTCATCAATGAACAAGAAGCAGATTTATTTATTTCTTTGCACTTAAATGCATTACCTTCAACCAAATGGAGAGGGGCGCAGACATTTTATAACCCCCAAAAGGATGAAAATAAGCATTTGGCAGAAATGATTCAGGCAGAGTTTATTCGTAATTTAGAAAATACCAATCGTGCAGCTCTAGCCATTAACAATGTCTATTTACTAAAGTACGCAGAGACGCCTGGTGCACTTGTAGAAATAGGCTTTTTATCTAACGTTGAAGAGCGAGAATTATTAAAAGATACGGATTACCAGCAGAAAGTAGCTGCGAGCATTTATAAAGGAATTTTGCGGTATGCTACGGAGGAAATAAAGGCAGAGGAAGGGGAGGATGAACTTTAA	MKRRYKIVLWLVGVFILGYLIQLPIKNQLSLNVGSSFSLPLSGKTIVIDPGHGGPDGGAVGKDDTQEKDISLEVSKKLQKYLQQVGAIVYLTRETDRDLASENVKGLSKRKSEDIRNRLSFINEQEADLFISLHLNALPSTKWRGAQTFYNPQKDENKHLAEMIQAEFIRNLENTNRAALAINNVYLLKYAETPGALVEIGFLSNVEERELLKDTDYQQKVAASIYKGILRYATEEIKAEEGEDEL	PGPT0024160_6593	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448	NA	NA
AK148_03087	1104	salA	COG0489	Iron-sulfur cluster carrier protein	ATGTTATACTGTCGATGTATGCATTTACAAAGGGATGGTGATTCAATGTTAACAAAGGAAGAAGTAATTCAACTGCTTAACTCTGTAAAAGATCCTTTTTTACATATATCGCTAGAAGAAACGGAAGGCGTAAAGGAAGTAAATATTAAAGAAGAAAAGAAACATGTAAGTGTAAAAATCGCTATCGCAAAAACAAACACTGCTGAACAGATGCAACTGCAACAAGAAATTGTTGGGGTTTTGAAGAAAAACGGAGCGACAACGGTTGGTTTACGATTTGAACAATTACCAGATGATGTGATTAAGAAATACCAACCTGCCGTTGAAAAGGAGCAAGAAGCTGCATTGATGGGTGGTAACAGCGGCACGAAATTTATCGCTGTTTCCAGTGGAAAAGGCGGTGTTGGTAAATCGACGGTAACGGTTAATTTAGCGATGTCGCTCATGCGTTTAGGGAAAAAAGTAGGCATTATTGATGCCGATATTTATGGATTTAGTGTTCCCGATATGATGGGCGTGGAGGAACGTCCAAAGGTTCGTGCTGAAAAAATTATTCCAGTGGAACGTTTTGGAGTAAAAGTTATTTCTATGGGATTTTTTGTAGAAGATAATTCACCAATTATTTGGCGTGGGCCGATGCTTGGAAAAATGTTAAATAGCTTCTTTAAGGAAGTGGAGTGGGGAGATCTCGATTATTTATTGCTTGATTTACCACCTGGAACGGGCGATATCGCAATGGACGTCCATGAATTACTCCCATCTTGTAAGGAAGTCGTCGTGACTACACCTCACCCTACAGCAGCATTTGTAGCCGCTCGTGCTGGCCAGATGGCGTTAAAAACGGAGCATGAAATTCTAGGTGTCATTGAGAATATGGCTTATTTTGAAAGTCAACTTACAGGCGAGAAAGAGTACGTGTTTGGACAAGGTGGTGGCAAGAAGTTGGCAGAAGTGTTAAAAACAAAAGTACTTGGCCAGTTGCCGTTGCAGCAGCCTTATGAAGAAGAGGACGTATTTGCTCCATCTATTTATCAGCAAGATCATCCAATTGGACAAGCTTATCATAAGATCGCTGCCAAAATAGTGGCGCAATTAGAAGCGTGA	MLYCRCMHLQRDGDSMLTKEEVIQLLNSVKDPFLHISLEETEGVKEVNIKEEKKHVSVKIAIAKTNTAEQMQLQQEIVGVLKKNGATTVGLRFEQLPDDVIKKYQPAVEKEQEAALMGGNSGTKFIAVSSGKGGVGKSTVTVNLAMSLMRLGKKVGIIDADIYGFSVPDMMGVEERPKVRAEKIIPVERFGVKVISMGFFVEDNSPIIWRGPMLGKMLNSFFKEVEWGDLDYLLLDLPPGTGDIAMDVHELLPSCKEVVVTTPHPTAAFVAARAGQMALKTEHEILGVIENMAYFESQLTGEKEYVFGQGGGKKLAEVLKTKVLGQLPLQQPYEEEDVFAPSIYQQDHPIGQAYHKIAAKIVAQLEA	PGPT0013215_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013215-fpr-K00528	NA	NA
AK148_03088	639	gerD		Spore germination protein GerD	TTGAAGACGAATCGATTCAAAATCCTTGGCATCGTTGCCATTGTTTCTTTCATAGTTATTAGTGGCTGTACCGATGGAAATACCTCGGACAAAGAAGGAGATTATGATACAACAAAGAAAATGGTTGTTGATATATTACAAACGGAAGAGGGTAAAAAGGCAATTCGTGAATTAATGACCGATGAAAAGTTGAAACAGGAGCTAGTTCTGGACTCTGACGTTGTTAAAAAATCAATTAATGAGGCACTCGTATCAGAAAAAGGAAAACAGATGTGGACGATCTTATTTCAAGATACCGACTTTGTAAAAGAATATACAAAATCAATGCAAGAAGAACATATGAAGCTTATGAAGCGGCTAATGAATGATGCAGATTACCAAAAACAGATGCTTGAATTATTACAAAACCCAGAAATGACAGACCAAATGCTTCAAGTAGTAAAAAGCCAACAATTTCGAGAGCATCTTGGAGAAACGATTCAACAAACGCTAGAAACACCACTTTTCCAAGAAAAAATGCAAGAGACATTATTAAAAGCAGCTGAGAAGCAAGGAAAGCAATTAAAGGAAGAGAGTAAAGACGAAGAAGGTGAAGGCGGTAGCGATGGAGGTACAGCTGAATCAGATGGTGGTGGCTGA	MKTNRFKILGIVAIVSFIVISGCTDGNTSDKEGDYDTTKKMVVDILQTEEGKKAIRELMTDEKLKQELVLDSDVVKKSINEALVSEKGKQMWTILFQDTDFVKEYTKSMQEEHMKLMKRLMNDADYQKQMLELLQNPEMTDQMLQVVKSQQFREHLGETIQQTLETPLFQEKMQETLLKAAEKQGKQLKEESKDEEGEGGSDGGTAESDGGG	PGPT0025045_84	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025045-gerD-K06294	NA	NA
AK148_03089	639			hypothetical protein	TTGAACACGAGAAAATTAGTCAATTTCTTTTTTAAAACATTGCTAATAGGTGGTTTAGCAGGGCTTATTACAAGCTTTTTTGTAAAAGCAGAAGACTACGCAGCTATTCTTAATCCAATGAATTGGATGGAGTTATTAGGGCTACTTATCTTTTTTATAGGGTTAGGCCTTGTATTTAGTGTAGTTAGTCAGACTGGTTTTTTTGCATACTTGTTTATTAATCGCTTTGGGCTAGGACTATTTCGTTCTTTTTGGCCAACCGTACAAGTACTTCTCATTGCATTTGTATTGTTTGATTTGATTTATTTTCCATATCAAGCTACAAAAGGGGAGGTGGCTATCTATTGGTATATGCTTATGGCTTTAGCTATATTAGTCTATGGCTGGATTGTTGCGACGATTAAAGCAAAGGAAACGAATAAGCAAGCATTTATTCCTGCTTTATTTCTAATGGTAGTGATAACAACGGTCGAATGGGTGCCAGGATTGCGGACGGAAGGTACGGATTATGCTTGGTTAATGATCATTCCGTTGTTAGCTTGTAACACATATCAATTGCTGGTACTTCATCGCATTAATCCGAGTAAGCCTCAAAAGCAGGATGTATCTAAAACAACTACGAAAAAAAAGAAGGCATAA	MNTRKLVNFFFKTLLIGGLAGLITSFFVKAEDYAAILNPMNWMELLGLLIFFIGLGLVFSVVSQTGFFAYLFINRFGLGLFRSFWPTVQVLLIAFVLFDLIYFPYQATKGEVAIYWYMLMALAILVYGWIVATIKAKETNKQAFIPALFLMVVITTVEWVPGLRTEGTDYAWLMIIPLLACNTYQLLVLHRINPSKPQKQDVSKTTTKKKKA				NA	NA	NA	NA	NA
AK148_03090	759			hypothetical protein	GTGGAACATTTTTATGTATGGCGTTTCAATAAGTGGAAGCGGTGGTTAACTGTAGCTGTTTTTGCTCTATTTACAGCAACATTTTTATGGTTAGAGTGGAACGGGGAATTTACGGTTTTCTCCAACAAGGAACCTTCAGCTATGTCAAAAGGAAACGCAAACGAAAATAATATTGCCCTAACCTTTAATATTAGCTGGGGAGAAGAACGCGTTCATGATATTCTAAAAGAACTAAAAGAAGAAGGTGTACAAGCAACTTTTTTTATAAGTGGAGAGTGGGCAGAAAGACATCCGTCTATTGTTGAAAAAATCACGGAAAACAAACATGAATTAGGAATGCTTGGTTATCGCTATAAAAGTTATTTGGATAGAGACTTGGACACGGTAAAAAAAGATTTGCAAAAAGCCCAAGAAGTTTTTGGTAAATTAGGGTATGAAGATGTACGTTTATTACGGCCCCCTAACGGTCATTTTAATAAAGAAATTATTGAAACAGCTGAGAATATGGGATATAACGTCATTCACTGGAACGTGAATCCAAACGATTGGAAAAACCCTGGCTCAGATACAATTGTAGATGATATCATGAAACAAACCACTAATGGAGATATTGTTTTGCTACATGCTTCTGATTCTGTCAAACATACAGCGAAAGCGCTAGAAACTATTCTACCTGGCTTGAAAAACAAAGGGTTTTCGTTTGTTTCTATGACTGAACTAATAAATCAAGCACACGCTAGCACTGAATTCGTTGACTAA	MEHFYVWRFNKWKRWLTVAVFALFTATFLWLEWNGEFTVFSNKEPSAMSKGNANENNIALTFNISWGEERVHDILKELKEEGVQATFFISGEWAERHPSIVEKITENKHELGMLGYRYKSYLDRDLDTVKKDLQKAQEVFGKLGYEDVRLLRPPNGHFNKEIIETAENMGYNVIHWNVNPNDWKNPGSDTIVDDIMKQTTNGDIVLLHASDSVKHTAKALETILPGLKNKGFSFVSMTELINQAHASTEFVD	PGPT0018645_3616	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278	NA	NA
AK148_03091	222			hypothetical protein	ATGTTAGGATTACTAATTAATAACATAGAGCAAAGGGAACTGGAATATTTAATCAGACGAGAGTTGGAAGAGCTATTAATGGATTTAGAGGATTCTCGAATAGATAAAATAGTAAAAGATTCTATGCGTGAAAGATACCAAATGTTATTTCAGTTATTTCGCAGAGTAGCTAATGAAAAAGAGTGTTTGAAATACATGCCAAAAAAAACTTTAAATAATTAA	MLGLLINNIEQRELEYLIRRELEELLMDLEDSRIDKIVKDSMRERYQMLFQLFRRVANEKECLKYMPKKTLNN				NA	NA	NA	NA	NA
AK148_03092	858			hypothetical protein	ATGGAAACAGTAGCGAACCCTACGTATATGAAGCGAAAGAGAAATGGACGTATTTCTATTAAAGCTGGAAGTAAATCGGAACGCGTTATCCGTCTGACAATGATGTTGCTTTTTGTTTTAACCGTTACTGCATTTCTGCTTTTTGATTACACAGGGTTGGAGTTATGGACCGCCATTGTAGAAACGGGACAAAACTTAAAAGTGATGTTTTTTGAACCAGCGCTAAATCATTTTACTTGGGCAGAAGCGTTTTATCAAGTTGGGGTTACCCTTGGTCTTGCTGTTTTGTCTACGATTATTGGTGCTGTTATTGCGTTCTTTTTAGCGCTTATGGCTGCAACTAATTTATCAAAGGAATGGGTGACGAAGGTTGTTCGTGTTATTGTCGCTTTTATTCGAGCGGTTCCAACTGTATTATGGGTACTTATTTTTGCCATTGCTGCTGGACTCGGAAGTGAAGCTGCCGTTTTAGGAATGTTGTTTCATTCCATTGCGTATCTTGTAAAAGCTTTTTCAGAGGCGTTTGAAGAAGTGGATAAAGGTATTCTAGAAGCATTAAGAGCGACAGGTTCAAGCTGGTGGCATGTTGTAATACACGGTATTATGCCTTCCACGTTTACATATATATTATCTTGGACTTTCCTCCGTTTTGAAATCAATTTTGCTGTCGCAGTTGCTATGGGAGCTGCTGCCGGAGCTGGCGGTATTGGCTTTGAATTATTTATGGCTTCAGGATTCTATTTTGATCTTAGCGAAGTTGGATTCATTACGTACGCTATCCTGATCATTGCGATTATTTTAGAAGTGTTTTCCACCCAATTAAAAAATCGCTATTTCCCATCTAGCGTACGGAATTAG	METVANPTYMKRKRNGRISIKAGSKSERVIRLTMMLLFVLTVTAFLLFDYTGLELWTAIVETGQNLKVMFFEPALNHFTWAEAFYQVGVTLGLAVLSTIIGAVIAFFLALMAATNLSKEWVTKVVRVIVAFIRAVPTVLWVLIFAIAAGLGSEAAVLGMLFHSIAYLVKAFSEAFEEVDKGILEALRATGSSWWHVVIHGIMPSTFTYILSWTFLRFEINFAVAVAMGAAAGAGGIGFELFMASGFYFDLSEVGFITYAILIIAIILEVFSTQLKNRYFPSSVRN	PGPT0002530_1263	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002530-phnE-K02042	NA	NA
AK148_03093	786			hypothetical protein	GTGAGTGAAAAGGTAATGCAAAAACGAAAATGGCAAATGACGATAGCATTAATCATTATTATTGCCATTACGTATTTATCTGCAGCAATAACGAAATTTAATTTCATAGGTGGGTTAGTAGCTTTTCCAGAAGCAATTGGTTGGATGTTTTCGAATCTACTTATAACGCAAGAATCGTTAGAGAAGCTACCGACTATTTTAGATAAGCTTGTGGAGACCATTTTCATGTCAATTGCAGCAACGACAACGGCTGCAGTTGTTTCCATTTTCCTTGGTATTATGGGATCAAAAACAACGAGCATCAATGGCTTTTTAAGTACATTTGCCCGGTTTATTGCTTCCGTATCTCGTAATATACCTGTTGTTGCTTGGGCGCTTATTTTATTACTTTCCTTTGGTCAAAATTCATTAACGGGGTATTTAGCGTTATTTGTAGGAACAGTTGGCTTTTTAACGAGAGCTTTTATTGAGTCCATTGATGAAGCAAGCCATAGTGCGGTGGAGGCTTTAACAGCTACAGGTGCCACTTATTTTCATATTGTAAATAAAGCCGTCATCCCACAAAGCTTACCGCAAATGATCAGTTGGATATTATTTATGATTGAAACGAATATTCGTAGCGCCACCTTAGTAGGTATTTTAACAGGGACAGGTATTGGCTATACATTTGATATGTATTATAAATCGATGAATTACAATGTCGTTGCTCTCGTTACCTTTAGCATTGTAATCGCCGTAATTATCATTGAGTTGATGTCAAACTATATACGGAAGGTGATTATGTAA	MSEKVMQKRKWQMTIALIIIIAITYLSAAITKFNFIGGLVAFPEAIGWMFSNLLITQESLEKLPTILDKLVETIFMSIAATTTAAVVSIFLGIMGSKTTSINGFLSTFARFIASVSRNIPVVAWALILLLSFGQNSLTGYLALFVGTVGFLTRAFIESIDEASHSAVEALTATGATYFHIVNKAVIPQSLPQMISWILFMIETNIRSATLVGILTGTGIGYTFDMYYKSMNYNVVALVTFSIVIAVIIIELMSNYIRKVIM	PGPT0002530_2901	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002530-phnE-K02042	NA	NA
AK148_03094	765	glnQ_1		Glutamine transport ATP-binding protein GlnQ	ATGGCACTTTTACAAATTGCAAGACTAAGTAAGTCGTACGATAACGAGACGAAGGTATTAAAAGATATTTCTTTTTCCGTAAAGGCTGGAGAATTTGTTTCTATTATCGGTCCATCTGGTGCAGGGAAATCTACTTTATTACGCTGTGTGAATCAGATGGTACCTATTAGTAGCGGGGAAGTGATCTTTGATAACGCCCCTGTGACACAATTGAAAAAACGTGCACTACGCCAATTGCGTACAAACATTGGCATGGTGTTTCAACATTATAATTTAGTTCCACGTTTAACAGTAATTGAAAATGTGCTGCATGGACGATTAGGCTATAAGACGACTTTGCAAGGCATCATGAGCCGTTTTACAGAAAAAGAAAAAGAGCAAGCTTTTTATCTACTTCGCAAGCTTGGCATTGAAGAACATGCTTATAAGCGTTGTGATCAGTTAAGTGGAGGACAGCAGCAAAGAGTTGGCATTGCCCGTGCATTGATTCAAGGTCCGAAACTTGTTCTTTGTGATGAGCCGATTGCGTCACTTGATCCAAACTCTTCGAAAATTATTATGGATCATTTAAAGTCCATTACTTCTGAGCTAGGCATCACTTGTCTTGTCAATTTGCATCAAGTGGAAGTCGCACAACAATATTCAGATCGCATTATCGGTTTAAATCAGGGAGAAGTTGTATTTGATGGAACCAATTATCAGCTGACCGAGGAGAAAACGAATCGTATTTATGGAACGGAAATGCGAGAATTAATAACAGTGTGA	MALLQIARLSKSYDNETKVLKDISFSVKAGEFVSIIGPSGAGKSTLLRCVNQMVPISSGEVIFDNAPVTQLKKRALRQLRTNIGMVFQHYNLVPRLTVIENVLHGRLGYKTTLQGIMSRFTEKEKEQAFYLLRKLGIEEHAYKRCDQLSGGQQQRVGIARALIQGPKLVLCDEPIASLDPNSSKIIMDHLKSITSELGITCLVNLHQVEVAQQYSDRIIGLNQGEVVFDGTNYQLTEEKTNRIYGTEMRELITV	PGPT0002520_1692	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002520-phnC-K02041	NA	NA
AK148_03095	1044	phnD	COG3221	Phosphate-import protein PhnD	ATGAAAAAGACGTTAACTAGATTTGGTGTTTTGCTTTTATTAGCTGTATTTGCTGTTGGTTGTTCGGAAGGAAACGCTAGTACGGAAGAGGAAAAAACAGAAGTAGATGATGTGATTGATGTTGTATGGTATCCAAATGAGTCGGGAGAAGATTTGAAATCATCTCGTGATGAAATTGGTAAAGTGATCGCTGATGCTACTGGAAAAGAAGTAGAGCACCACTTAACAACAGATTATGCGATTGCAATTGAGACGTTAGTGAATAATAACGCAGATATAGCATTCATGGGTGCACAAGGTTATATTGAAGCGAATGAAAATAACGATGCAGTGCAGCCTATCGTCGTTCCAACTGGTCCTTCTGGTACGTTAGACGATGCTGTTTATCATAGCTGGTTAGCTGTCAATGTGGATGATCAAGAAAATTATAAACAAGATGGTGAATATTCTCTAGATACGATAGCAGATAAGAAATTTTCTTTCGTTTCTAACAGCTCCACTTCTGGTTTTAAAGTACCATCAGCTGGTATTCTTTCCCACTTCACAGAGCAAGAGGAGTACAAAGATTTAACCGAAGAAGATTTAATGGAAGGTGGCCCTCTATTCTCACAAGTACTGTTTGGTAACTCCCACCAAGGTTCAGCGGTAAATTTATTAGATGGAAATGCCGATGTAGCAGCGTTTTGTGATACATGTGTAGAAAACTATGTAGAAGTAGCTGAAGGAGAAGAAAATGAAGTTGGCTCTATTTATAAAGTGAAAAACGACGCAGAACAACCTTTTAATAAAGTAGCAGGAAAAGAATTTACGTTAATGAGTGTAACGCCAGTGCTTAATGCGCCATTTGCCGCAAATATGGATACATTAGGTGAAGAAGATTTTAAAAAGATTCAAGAAGCTTTGACCTCCGATGAAGTTGCGAGTAATGAAGGTATTTTTGTTCCAGAAGACGCTGAGCAATCGGCATTATTCTTTAAAACAGATAAAGAACGCTTTGCACCAGCAGAAGATGATTGGTTTGACCCTATTCGTGAACTTCAATAA	MKKTLTRFGVLLLLAVFAVGCSEGNASTEEEKTEVDDVIDVVWYPNESGEDLKSSRDEIGKVIADATGKEVEHHLTTDYAIAIETLVNNNADIAFMGAQGYIEANENNDAVQPIVVPTGPSGTLDDAVYHSWLAVNVDDQENYKQDGEYSLDTIADKKFSFVSNSSTSGFKVPSAGILSHFTEQEEYKDLTEEDLMEGGPLFSQVLFGNSHQGSAVNLLDGNADVAAFCDTCVENYVEVAEGEENEVGSIYKVKNDAEQPFNKVAGKEFTLMSVTPVLNAPFAANMDTLGEEDFKKIQEALTSDEVASNEGIFVPEDAEQSALFFKTDKERFAPAEDDWFDPIRELQ	PGPT0002525_294	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002525-phnD-K02044	NA	NA
AK148_03096	816	phnPP	COG0613	Phosphoribosyl 1,2-cyclic phosphate 1,2-diphosphodiesterase	ATGAAAGCTGACCTGCATGTGCATAGCACGTATTCCGATGGTTCGGAACACGTAGCAAGGGTGTTAGAGCGGGCAGCGAAAAATGGCGTTTCGCAAATGAGCTTTGTGGATCACGATAGCATTGATGGTTTAAACGAAAAACAAGCTTTAGGGAAAGCATATGGCATTGAAGTCATTCCCGGAATTGAAATCTCAGCCTATGATTTTAAACGAGATCGTAAAGTGCATATCCTTGGCTATGATTATTACCGAGATGCCAAGAACATAGGGGCACTCTGTAAAACGGTTCGCAATAGAAGGCAGGCGCATACGCTTTGGCAAATCGAGCAAATAAATCAACAAGCTTATCCAATTGATTCACAAACCATCATCGAAATGGCACGGCCAAGTAGAACGATTTACAAGCAGCATGTGATGCAGCAAATTACATCAGCCGCATACGAATCGGATCTTTATCAAGCACTATACCGCAAACTTTTTAAAGGGGGAGGTCCAGCATCTGGTGATATCGAATATGTAGACGCATTTCTTGCTGTAGAAGCAGTTGTAGCTGATGGTGGTATCGCTGTTGTTGCCCACCCTGGACAACTCGATTCTTATGAGCTTATTCCCGAACTTGTTGAAGTTGGCTTGGGCGGTATTGAACGCAATCACCCTGATCACACAGCAGAAGACCATCAACGGGTTGAGGATTTAGCTCACACCTATGATTTGATTATGACTGGTGGGACGGACTACCATGGTAGTTTTGGCATGCCAATAGAAGTAGGGGAAATTACAAGTCCTTCTTTTCTGAGTCGTACGTTAATAGATTGA	MKADLHVHSTYSDGSEHVARVLERAAKNGVSQMSFVDHDSIDGLNEKQALGKAYGIEVIPGIEISAYDFKRDRKVHILGYDYYRDAKNIGALCKTVRNRRQAHTLWQIEQINQQAYPIDSQTIIEMARPSRTIYKQHVMQQITSAAYESDLYQALYRKLFKGGGPASGDIEYVDAFLAVEAVVADGGIAVVAHPGQLDSYELIPELVEVGLGGIERNHPDHTAEDHQRVEDLAHTYDLIMTGGTDYHGSFGMPIEVGEITSPSFLSRTLID				NA	NA	NA	NA	NA
AK148_03097	723	phnL	COG4778	Alpha-D-ribose 1-methylphosphonate 5-triphosphate synthase subunit PhnL	ATGACAATGCTGCAAGTAAAAGATTTTGGCAAACGATTTACAATTCATCACTTGGGAAAAACGAGGCAAGCAGTGGAGCATATTCAGTTTTCATTGGAGCAGGGAGAGTTTCTTGGGATTGTTGGTAAAAGTGGTAGTGGTAAATCAACGATCTTAAAAAGCATCTATCGTACTTACCGTCCCGATGAGGGAAGTATGATTTATCATTCGGCGCGCTATGGGTTCATTGATTTAACGGATGCAACAGAGCGAGAAATTCTTTACTTACGTAAGCATGAAATAGGCTATGTGTCGCAATTTTTAAATGTAATGCCACGGACAACATCGCGGGAGCTTGTGGAGAAAGCATTGTTGGAAATGGGAGCAACAGAACAGGCAGCTAAAATAGAAGCAGAAAAGGCGTTAACGCATTTTGAGCTAGATCCAAAACTTTGGGACCATTATCCAAATACATTTTCTGGGGGAGAAAAGCTACGGTTAAATATTGCCATGGCAACGGTGAAGAAGCCTCGCCTGTTATTACTTGATGAGCCAACAGCCAGTTTGGATCAGCAATCGAAAATAAAAGTACGTGAAATCATTGAAAAATTGAAAGCAAGTGGAACGACGTTAGTTGGTATTTTTCACGACATCGAATTTATGGATGGCTTATGTGATCATGTGTTTGATATGCAATTCAGCCAAGATAAATTTGTGAAAGAAGGCGTTATTGATGAAAGCTGA	MTMLQVKDFGKRFTIHHLGKTRQAVEHIQFSLEQGEFLGIVGKSGSGKSTILKSIYRTYRPDEGSMIYHSARYGFIDLTDATEREILYLRKHEIGYVSQFLNVMPRTTSRELVEKALLEMGATEQAAKIEAEKALTHFELDPKLWDHYPNTFSGGEKLRLNIAMATVKKPRLLLLDEPTASLDQQSKIKVREIIEKLKASGTTLVGIFHDIEFMDGLCDHVFDMQFSQDKFVKEGVIDES	PGPT0002455_175	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_DEGRADATION,PGPT0002455-phnK-K05780	NA	NA
AK148_03098	1182	phnM	COG3454	Alpha-D-ribose 1-methylphosphonate 5-triphosphate diphosphatase	GTGTATGTCATTCATAATGGAAACGTCATTACCGAAGAAACAATCTTGGGAAATTATGCCGTCGTGGTAGAAGGGGATACAATTCAAGCGATTGTTCCTGAAGCAGAAATTGATAACTACGCCCATGCTGAAAAAATAAATGCCAATGGGGGTTTTATTTCTCCAGGATTTATTGATATTCATTCGGATTATATTGAAACTCTTGCTTCGCCAAGGCCGACCAGTGTGATGGATTTTAATATTAGTTTAAGAGAAGCAGAGAAGATTTTGGTTGGGCATGGTATTACAACGATGTTCCACTCGCTATCGTTTTATCGAGAAGATGCGTTTGACCATAAACCTATCCGTCAGCCTGAAAATGTCCAACGTATGGTAGATGCCATTGCAAACACGCATCATGAGCTACATTTAATCCGTCATCGCCTACATGCGCGGTTTGAAATTGACAATATTTTGGAAGTCGATCGGTTAATCCGCAATATGGAAGCAGATAAGGTCCACTTGCTATCGTTTATGGATCATACACCTGGGCAAGGGCAATACCGTGATTTAGAAGTGTATAGGGAAACATTACAAGGCTACCGTAATTTATCTAACGAGGCTGTACAAACCATTATTCAAGAACGACAAAACGTCGAGTGTATGACCATTGAACGTATGCAGGAGGTTGCTGAGTTAGCTATATCCAAAGGGATAGCCGTGGCTTCACATGATGATGATAATGTGGATAAGCTGCACCTTGTGCAATCATTTGGCACAACGATTAGCGAATTTCCAATTACGATGGAAATTGCGAAAAAGGCGAAGGAACTGGGACTGAAGACAATAGCTGGTGCTCCTAACGTATTACTTGGCGGTTCACATTCCGGCAATTTGTCAGCTGCTGAAGCAATTAAAGAAGATTGTATTGATATTTTATGCAGCGATTATTACCCGGCGGCCTTACTGCACGCTATCTTTTCTTTAAGTGAAAACGACGGAAATGATTTGCATGACATGTTTATGAAAGTCACGTTGAATCCTGCTAAAGCTGTACGAATGGATGATGAAATTGGTTCCATTAAACCGGGTAAAAAAGCAGATATGTTAGTGATTGAACGAATGGATGATGGCTATCCTATGTTAACAGCGACGATGGTAAACGGCGCCTTAATCACGACGACAAATTATCGAATGAATTAA	MYVIHNGNVITEETILGNYAVVVEGDTIQAIVPEAEIDNYAHAEKINANGGFISPGFIDIHSDYIETLASPRPTSVMDFNISLREAEKILVGHGITTMFHSLSFYREDAFDHKPIRQPENVQRMVDAIANTHHELHLIRHRLHARFEIDNILEVDRLIRNMEADKVHLLSFMDHTPGQGQYRDLEVYRETLQGYRNLSNEAVQTIIQERQNVECMTIERMQEVAELAISKGIAVASHDDDNVDKLHLVQSFGTTISEFPITMEIAKKAKELGLKTIAGAPNVLLGGSHSGNLSAAEAIKEDCIDILCSDYYPAALLHAIFSLSENDGNDLHDMFMKVTLNPAKAVRMDDEIGSIKPGKKADMLVIERMDDGYPMLTATMVNGALITTTNYRMN	PGPT0002465_207	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_DEGRADATION,PGPT0002465-phnM-K06162	NA	NA
AK148_03099	840	phnK	COG4107	Putative phosphonates utilization ATP-binding protein PhnK	ATGCATGAAGAACCAATATTGCAAGTTCGGAACTTAAATAAACAGTTTGGTAACGGGTGTACCCATTGTCGTAATAAAGTAGATCGACAGTTGGAGAAAAATTATTGCCCTATTTGTGGAACAGTTTATGCATGTCAGGATGTATCTTTGGACTTGTTTCCAGGAGAAATACTTGGCATTGTTGGCGAAAGCGGTAGTGGAAAATCAACCATGATGCAATGCCTTTACTTTGATTCACCCGTTACTTCTGGGGAAGCTTTTATCTATAACGGCGAATTAAATGGACAAAATGTCTTTCAATTATCTCCACAGAAGCAACGATATATCCGTAATCATAAATACGGAATGGTTTATCAAAATCCAGTCAATGGGTTGAAGATGAACTTTTCCTCCATTGGAAATATTGCCGAAAAACTGATTGCAGCGGGAAATCGTCATGTCTCATCTATGGAAAGTACAGGAAATAAACTGCTTGAACATGTGCAAATTCCGTTGTTTCGCTCGAAGGAAGAGCCGCAAAACTTTTCTGGAGGAATGCAACAGCGGGTGCAAATAGCAAAAGCATTATCGAATAATCCGCCGATTCTATTTTTAGATGAAGTAACGACAGGGCTTGATTTGTCCGTACAGGCAAATGTGCTTGATTTGATTAAACAGATTCAGAGAGAGTGGGGAATTAGTATGATTGTCGTTTCCCATGATCTAGCTGTTATTCGGATGCTAGCAGATCGAACGATGGTGATGCTGAATGGTTCCGTCATCGAAGAAGGGTTAACGGATCAAATCTTAGAAGATCCACAACATGCTTATACGCAACGTTTAGTTTACTCGTTATTATAG	MHEEPILQVRNLNKQFGNGCTHCRNKVDRQLEKNYCPICGTVYACQDVSLDLFPGEILGIVGESGSGKSTMMQCLYFDSPVTSGEAFIYNGELNGQNVFQLSPQKQRYIRNHKYGMVYQNPVNGLKMNFSSIGNIAEKLIAAGNRHVSSMESTGNKLLEHVQIPLFRSKEEPQNFSGGMQQRVQIAKALSNNPPILFLDEVTTGLDLSVQANVLDLIKQIQREWGISMIVVSHDLAVIRMLADRTMVMLNGSVIEEGLTDQILEDPQHAYTQRLVYSLL	PGPT0002460_53	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_DEGRADATION,PGPT0002460-phnL-K05781	NA	NA
AK148_03100	867	phnJ	COG3627	Alpha-D-ribose 1-methylphosphonate 5-phosphate C-P lyase	ATGAAGAATAAAACACATTTTGCGTTTTTTGATGAAGGATCAAAGAAGGAAATTCGCCGCACGACGTTAAAAGCAGTCGCAATTCCTGGCTATCAAGTTCCATTTGCGTCAAGAGAAATGCCAATTGCAAGAGGTTGGGGAACAGGTGGATTACAGCTGACGTTATCGTTGATTGGTAAAGAAGATTGTTTAAAAGTAATTGACCAAGGTGCAGATGAGTCAGTGAATGCCGTTAGTATAAAAAAGTTAGTCCAGCAAACAACAGGTGTGGAGTTAACCGACCAGACAGAGGACGCTTCCTTAATCCAATCTAGACATCGGATTCCAGAAATTCCATTAACCGAAGAGCAAATTTTAGTATTACAAGTTCCAACGCCAGAACCATTACGTGATGTCGAAGCTAGTGAATATGTAACCAAACGATTGCATGCAGAAGAAGAATATAGCGGCGCGTGGCTCTTATTATTTGAGCAAATTATGAAATACGGTAAAACAGCAACAGGTGCCGATCATCCTGTCTATGTAAATGGACGCTACGTGATGGCGCCAAGTCCCATCCCAAGGTTCGATAATCCGAAAATGCATACATCGAAAGCATTGACTTTGCTCGGTGCAGGGCGGGAAAAGAAAATTTATGCCGTGCCACCATATACCGATGTAGCGTCGCTTGCTTTTGAAGATTATCCGTTTACCGTGGAAACATTTTCAGATCAGGCATGTCATTTATGCGGTGCAAATGATGTGTTCCTTGATGAATTGGTCGATGAAACAACAGGAAAAGCTTATTATCAGTGTAATGATACGAGCTACTGTATAGATAGATTGAACAGCCAAGAGCAAGTGGAGGTGGAACATCATCATGCATGA	MKNKTHFAFFDEGSKKEIRRTTLKAVAIPGYQVPFASREMPIARGWGTGGLQLTLSLIGKEDCLKVIDQGADESVNAVSIKKLVQQTTGVELTDQTEDASLIQSRHRIPEIPLTEEQILVLQVPTPEPLRDVEASEYVTKRLHAEEEYSGAWLLLFEQIMKYGKTATGADHPVYVNGRYVMAPSPIPRFDNPKMHTSKALTLLGAGREKKIYAVPPYTDVASLAFEDYPFTVETFSDQACHLCGANDVFLDELVDETTGKAYYQCNDTSYCIDRLNSQEQVEVEHHHA	PGPT0002450_473	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_DEGRADATION,PGPT0002450-phnJ-K06163	NA	NA
AK148_03101	1119	phnI	COG3626	Alpha-D-ribose 1-methylphosphonate 5-triphosphate synthase subunit PhnI	ATGGGTTATGTAGCGATCAAAGGTGGAACAAAGGCAATTGAAGCTTCTATTGAAAGGTTAACGTACGATCGTTTACAAGAAAGGGAAGTTATTGAAGTGAAAACGATCATGGCAACCATGCGTGCCCTTGTCGATCAGGTAATGTCGGAAAGTAGCTTGTATTCTCCGTTTCTTGCAGCGCTAGCTATTAAGCAAGCAGAAGGTAGTATGGAAGAGGCTGTATTCATTATGCGCGCACATCGTTCAACATTACCGAGGTTGCATTATAGTAATATTGTAGAATCTGAATCTATGTTGGTAGAACGCCGTATTTCTGCCAGTTTCAAAGATATTCCTGGCGGGCAAATTTTAGGCTCTACGACAGACTACACGCACCGTTTACTGGACTTTTCCTTAGCTTCAGAAACAAAGCTAGAGAATGATCAATGGATGAAAAACTATGTCGATAAACTGGAGCAAGCAGTATCTCCGCAGGACGAAGTATTGTTTTTTCCAAAAGTAGTTGATTATTTACGCCAAGAGGGGTTATTTGGCGGGCATGAATTAGATGATACACCTCCGACAGATATTACAAAAGAAAACTTATCTTTTCCAGCTTCACGTAGTGCTCGATTACAAACATTAACGCGTGGGCAAACAGGTGCCGTGACAGCTCTTGGTTATGCTTCCTTACGTGGGTACGGTCAGGTGCATCCAACGGTCGGTGAAGTTCGTGTTGGCATGCTTCCGATCTATGTCGGGCACCCGAATGAGCCTGAACAGACAGAGGAAGATAGCTATTATATTGGTGAAATCAAAGTTTCCGAAGTCGAATCGTTTGTCCCTGTCTCTGTCAAAAACGAACAAAATGAAGCGGAACTTGATTTTGAAATTGGTTATGGGGTTTGTTACGGACAAAATGAAACAAAAGCAATTGCGATGAGTATTCTTGACCAATGTTTAGAGCACCCTGAAGCGAGTTTCCCGACACATGATGAAGAGTTCGTTCTATTACATATCGATTCGGTAGAAGCAACAGGGTTCATATCGCATTTGAAACTCCCACATTATGTCACTTTCCAATCGAAGCTGGATAGTGTACGTGAGGTTAAAAGAAAGGGAGAGAGTAATGAAGAATAA	MGYVAIKGGTKAIEASIERLTYDRLQEREVIEVKTIMATMRALVDQVMSESSLYSPFLAALAIKQAEGSMEEAVFIMRAHRSTLPRLHYSNIVESESMLVERRISASFKDIPGGQILGSTTDYTHRLLDFSLASETKLENDQWMKNYVDKLEQAVSPQDEVLFFPKVVDYLRQEGLFGGHELDDTPPTDITKENLSFPASRSARLQTLTRGQTGAVTALGYASLRGYGQVHPTVGEVRVGMLPIYVGHPNEPEQTEEDSYYIGEIKVSEVESFVPVSVKNEQNEAELDFEIGYGVCYGQNETKAIAMSILDQCLEHPEASFPTHDEEFVLLHIDSVEATGFISHLKLPHYVTFQSKLDSVREVKRKGESNEE	PGPT0002445_178	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_DEGRADATION,PGPT0002445-phnI-K06164	NA	NA
AK148_03102	600			hypothetical protein	ATGCCGATAGATCAAGTTCATGACTTACAAAAGGTGTATCGCAAATTATTAGATCGTATGGCTCGTCCGGGAAAGCTAGCTAATTTACAAGCTTTTCAAGAGAAAGTGGACTATGAGGTAGCGTGTCACGATGCAACGTTACTCATTGCGATGACGTTATTGGATGGAGAAGTGTCATTTCATGTGATTTCTGAGAATAAGCAGCCCGTGGAAGAAAAAATCGCTGCCTATACTTTAGCCAGACATGCATCTATGGAAGAAGCTGATTTTATTATTGTGTTACAGGACGCTACCGAGGCTTCCATTATTGAAGGAATGGCTACTTGTAAAACAGGGAATTTAGTTGATCCGCAGTATTCTGCTACATGGGTGATGGAAAGTCAAACGCCGTTGTCTAATCAGCCGCAACTACTATTAACAGGTCCTGGAATTGAGAGGCAAACAGAGTTACATACAAGTTTCGTTCCAAGCATTTGGCAAGCTAGGAGTGAAGCGGTGCAAGAGTATCCTTTAGGAATCGATCTTATATTCACGGATGACATCATGCAGATTGCTTGTGTTCCTAGGACAACAACGGTTTCTGTACAGGAGGTGGAGTAG	MPIDQVHDLQKVYRKLLDRMARPGKLANLQAFQEKVDYEVACHDATLLIAMTLLDGEVSFHVISENKQPVEEKIAAYTLARHASMEEADFIIVLQDATEASIIEGMATCKTGNLVDPQYSATWVMESQTPLSNQPQLLLTGPGIERQTELHTSFVPSIWQARSEAVQEYPLGIDLIFTDDIMQIACVPRTTTVSVQEVE	PGPT0002440_334	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_DEGRADATION,PGPT0002440-phnH-K06165	NA	NA
AK148_03103	423			hypothetical protein	ATGAGAAGGCGAAGAAGAACAGAGATTCTTGTGCAAGCAAATCCTAATCTGGCAGCAAGTCTGGCGAACGAAATTAAGCAGACGTATACCTACAAGGAAATCGTTACCCCAAGACATGGATTAACCATGGTGAAAATGCGGGAGAGCGCACAGAAATCCTTATTTTATATAGGTGAGGTACTCGTTACGGAAGCAAAAGTAGAAATTCAAGGGGAGATCGGCATCGGCATAATACAAGGTATGCACGATGAGGTAGCAACGCAATTAGCTATTATTGATGCAGCTTACAATGCACAGTTACCTGAAACGCTGTCTTGGACAGACACTTTAAAAGCAGCTGAAGCAGAAATAAACCGTAAAAGAATAAGACAACAAGCAGAATTAATGGAAACTAAAGTTAACTTTGAAACGATGGATGTTTAA	MRRRRRTEILVQANPNLAASLANEIKQTYTYKEIVTPRHGLTMVKMRESAQKSLFYIGEVLVTEAKVEIQGEIGIGIIQGMHDEVATQLAIIDAAYNAQLPETLSWTDTLKAAEAEINRKRIRQQAELMETKVNFETMDV	PGPT0002435_664	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_DEGRADATION,PGPT0002435-phnG-K06166	NA	NA
AK148_03104	726	gamR_2		HTH-type transcriptional repressor GamR	ATGCCGATAGATAAAGAAACGCAAATTATTGACGATATAATGGAGAAAATTATTACGAAGGCGATGAAGCCTGGGGAAAAGCTCTTATCAGAAAATAAACTTGCAGATCAGTATAACGTGCCGCGCATTACTGCTAGAAATGCATTAACAACATTAGAGGCTCGTGGATATATTTACTCTATACAAGGTAAGGGGCGTTTTTTAAAAGAAACAGCCAAACCAATTCAATTACATTTGACAGGAAACAGCAGTTTTACCGAAAAGATGCAACGTGCTGGTTATCGATTGACAACGAAAAATATGTATTGCACAAAAATCAGCTACGATAGTAAAGTGTACGACGCGTTACGGGCTAGCAGTGAAGCAGAGATTTATAAAATTGGGCGCGTGCGATTCATTGATGACGAACCAATAGCTATTCATCAATCATATGTTAATCAGCAGCAATTTCCAAACATTGCTCAAGAAGGTCCGCTAATATTATCTATGTTTGCGTACTATCGACAATTGGGATATGAAGCATTTACAAGTAAGCAGTCTTTATTAAGTATTACGTTTCCAACTTCCTATGAACAAAAATTGTTTTCATGCGGTAGTATGGTTCCTCTTATTGTACTAGAAACGGATTGCATTGATGTACAAACACAAAAAGTATTGGAATATACGAAAATACTGTATCGTAGTGATAAATTTAAATATGATATTACAATGAATGAAAGTCGGTGA	MPIDKETQIIDDIMEKIITKAMKPGEKLLSENKLADQYNVPRITARNALTTLEARGYIYSIQGKGRFLKETAKPIQLHLTGNSSFTEKMQRAGYRLTTKNMYCTKISYDSKVYDALRASSEAEIYKIGRVRFIDDEPIAIHQSYVNQQQFPNIAQEGPLILSMFAYYRQLGYEAFTSKQSLLSITFPTSYEQKLFSCGSMVPLIVLETDCIDVQTQKVLEYTKILYRSDKFKYDITMNESR				NA	NA	NA	NA	NA
AK148_03105	1647	dcuS_2	COG3290	Sensor histidine kinase DcuS	ATGAAAAAACGATCTCCCATCAAACAAGGCAGAGCCATGAAGCTGCAAACCTCGATTACATTGTTAATTATTTTCATTGTTTCATTGTCTGTCATTATCATGAACGGGTTTTTTAGTAAGTATATCACAGAAAATACAAAAGATACGATTTCCCAAAGGTTATACACTATATCTCGCCTCGTTGCACAGTCTGACCTTGTGATAGAGGGTTTGCAAAACGAAAAGCAACGAGCTAATATTCAGGAATATGCGAATGAATTAAAAGCGTTATCAAATATCGGTTTTCTGGTCGTTCTAGATATGAATCTAATTCGCTTATCCCACCCTATCCCATCTGAAGTTGGAAAATCTTTTTACAACCGAGAAGACGCTAAACCTTCACTTGGAGGACAAGAATATACTTCCATTGAAAAAGGACCACTCGGGCTAGGTATGCGTGTGTTTACGCCAATTAAGAATGAACAAAACAAACAAATCGGCGTCGTTGTAGCCGGATTATCAATGGATAAAGTGGAAGATCAAATTGAAGAAGGGCAGCGCATGATTCTATTAGGAGCTATTTTCCAACTTCTACTCGGTGTAATTGGCGCCTACTTCATTAGTAAATACGTAAAAAAAATATTGTTCGGAATGGAGCCTGTAGAAATTGCTCAGTTAACGAAGGAACGTGACACGATGTTAGAGTCTGTCAAAGAAGGGATTTTAGTAGTCAATCAGTCTGGTGAAATTACACGCGTTAACCAACAAGCATTAAAACTTATGGCGTTAACAGAAGAATTGGAATTAATCGGTCGACCTGTAAGAAATTATATGCCTACATTACAACAGACCATTCAGACAGGAATAGCTTCCGAGAATGGAGAAGCCCTCTTTTACGGAAAAAAAATATTATTAAACTGTTCTCCCATTTATATTGACAACAAAATTGTAGGCGGCATCGCTACTTTTCGGGATAAAACAGAGGTGCAGAAACTATTGGATGAGATGGTAGGAATTAAAAACTATACAGAGGCTTTACGAGCGCAATCCCATGAATTCAAGAACAAGTTACATGTTATTTTAGGCATGCTTCATTTAAAAGAATATAAAGAATTAGAAACGATGATTCCGAGTATGGTAGATCAATTTGAGGAAGAAGTTGGCTATATTTTGCAACGATTGAAACATCCAGCATTAGCAGGGTTTTTAATCGGAAAAATGAGCAAAGCAAGAGAAAGTAATATCACCTTTGAATTAGAAGAAAGCAGCTTTCTAAAAGAGGAATTTACTGCACCAATCGTCCATGAATTAATTACTATTTTAGGAAGTTTAATCGAAAATGGTTTTGAAGCAGTTTTAGCAGCCAATAGCAAACATAAAACCGTTAAACTTTTCCTTTATTCCAAAGATCAAACCATTCATATTAAAATAGAAGATAATGGACCAGGAATAGCAAAGAATCATCTCAACAATCTTTTTGATAAACAATTTTCCACGAAAGGAGGGGATCGAGGCTATGGACTGTTTCTTACATATCAAACTGTGCAAAAACTTCAAGGCAAGATAAACGTTTCAACTAGGGCAGGAAACGGAACTGTATTTAACATTACACTAGCAATACCAATGGTGAGGGATGACAATGATCAACGTACTAATCGTAGAAGATGA	MKKRSPIKQGRAMKLQTSITLLIIFIVSLSVIIMNGFFSKYITENTKDTISQRLYTISRLVAQSDLVIEGLQNEKQRANIQEYANELKALSNIGFLVVLDMNLIRLSHPIPSEVGKSFYNREDAKPSLGGQEYTSIEKGPLGLGMRVFTPIKNEQNKQIGVVVAGLSMDKVEDQIEEGQRMILLGAIFQLLLGVIGAYFISKYVKKILFGMEPVEIAQLTKERDTMLESVKEGILVVNQSGEITRVNQQALKLMALTEELELIGRPVRNYMPTLQQTIQTGIASENGEALFYGKKILLNCSPIYIDNKIVGGIATFRDKTEVQKLLDEMVGIKNYTEALRAQSHEFKNKLHVILGMLHLKEYKELETMIPSMVDQFEEEVGYILQRLKHPALAGFLIGKMSKARESNITFELEESSFLKEEFTAPIVHELITILGSLIENGFEAVLAANSKHKTVKLFLYSKDQTIHIKIEDNGPGIAKNHLNNLFDKQFSTKGGDRGYGLFLTYQTVQKLQGKINVSTRAGNGTVFNITLAIPMVRDDNDQRTNRRR	PGPT0019555_14	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019555-malK|yufL-K11614	NA	NA
AK148_03106	717	dcuR_2	COG4565	Transcriptional regulatory protein DcuR	ATGATCAACGTACTAATCGTAGAAGATGATGCTATGGTATCTCATATTAACGCTATATACTTAAACCAAATAGAAGGTTTTCACCTTGAAGGGCAGGTCGCATCTGTAGCTGAAGCGAGGGACGTTATTAAACAGCAACCGATAGATCTCATTTTGCTCGATATTTATATGCCGCAACAAACAGGGCTTGAATTATTGAGCTATATTCGTAAATATGAAAAAGGCATTGATGTGATTATCATTTCAGCAGCATCGGATACGGATAGCATTCAGTATGCTTTACAAAATGGGGTGTCTGATTACATTATTAAACCTTTTCAATTTGAGCGATTTCAGCATGCGCTCTTAAGCTATCAAGAAAAACAACGAATCGTAAAAGAAAAAAAGCAACTGAGCCAATCGGAATTAGATCAATTACTTGGAGGGGATTTGCCTGAAAGAGATAATGAACAGCCTGCGTTACCAAAAGGGTTAGCTCCAGAAACGCTGTCGCAAATATGGGATTGTACGCAAAATTTTGGCGATAATGGATTTTCAACCGAACAATTAGCTAATGAAGTTGGCATGTCACGAATTTCTATTCGTAAATATCTATCTTTTTTGAAACAGCAACATGTTATTACATCATATATTGCCTATGGCAATGTCGGACGACCATTAACCATGTATAAATGCTTGCCACATCGACAAGCTTTGATTGCAACATACTTAGAATAA	MINVLIVEDDAMVSHINAIYLNQIEGFHLEGQVASVAEARDVIKQQPIDLILLDIYMPQQTGLELLSYIRKYEKGIDVIIISAASDTDSIQYALQNGVSDYIIKPFQFERFQHALLSYQEKQRIVKEKKQLSQSELDQLLGGDLPERDNEQPALPKGLAPETLSQIWDCTQNFGDNGFSTEQLANEVGMSRISIRKYLSFLKQQHVITSYIAYGNVGRPLTMYKCLPHRQALIATYLE	PGPT0019560_66	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019560-malR-K11615	NA	NA
AK148_03107	1455	ttdT	COG0471	L-tartrate/succinate antiporter	ATGAACCGGAAAAATTGGATTGGTATTGGTTTAGCTTTTCTTGTCTTATTCATTATTTTATTATTACCAAACCCTGATTCACTTCCGCTTGTCGGGCAAAGGGTGCTTGCAGTTTTGGCGTTTGCGGTCGTTTTGTGGGTGACAGAAGCAGTGCCTTATCCGGTAAGTGCAGTAATGATTATTAGTTGGTTAGCTGTCTTAGTTGGGTTATCTCCTACCATAGAAGATCCCACCATCATGTACGGGACAAAAGAAGCCTTAGGGATGGCAATTGGAGGTTTTAGCTCAACAGCTGTGGGGCTAGTTGCAGGAGCGCTATTTTTGGCGGCTGCTATGGAGATTACAGGACTACACAAGCGAATTGCGTTGTTTATTATGTCTAAAATAGGTACCAAACCAAGCCGTTTAGTAATAGGAACGATTACTGTAAGCTTTGTACTTGCACTATTTGTTCCAAGTGCGACAGCGCGAGCAGGTACTATTATTCCAATATTATTAGGAATCGTCGCCGCATTTGGTTTAACAAAGCAGAGTAAGCTTGCGGCATTATTAGTTATTACTGCTGTTCAGTCCATTTCCATCTGGAATGTTGGAATTAAAACAGCTGCTGCGCAAAATATGGTAGCGTTAGGATTTATGCAATCGGAATTTGGTATGGATGTAGCTTGGGGGAAATGGTTCATGTATGCTGCTCCATGGTCAATATTAATGTCTGTCATGTTGTTTTTCGTCATGACAAAGCTGATCAAACCAGAAGAAACGAACCTTGCTGGTGGCGATAGCATTCAATCTCAGCTTCAAGCGTTAGGGAAAATGAAGCCAAATGAGTGGCGATTAATATCTATTTCCGTTGCATTGTTGTTCTTATGGTCTACGGAAGGCATCTTTCATCCGCTAGATTCAACCACAGTTACCATTATTGCTGTTGCGATCATGCTACTTCCTAAAGTAGGTATCTTTACGTGGAAAGAAGTGCAAGCAAAGATTCCTTGGGGAACGTTGGTCGTATTCGCAACCGGAATATCACTCGGAATGGTGTTATTAAGCACAGAAGCAGCTACATGGTTATCTTCTAACACATTTGAAGCAATGGGGTTAGCTGGCATGTCAATTGTAGCTATTGTAGCTATCTTAGCATTATTTAATATTCTCATTCATTTAGGATTTGCGAGTGCAACCAGTTTGGCATCTGCGTTAATCCCGATTGTTATTGCGCTAGTAACAGGCATGGAATCGACATCATTCAATGGACCTGGACTTGTGCTCATCATGCAATTCGTAATTAGTTTCGGTTTCTTACTTCCTGTGAACGCACCACAAAATATGCTTGCATATGGAACAGAAACCTTTACAACAAAACAATTATTAAAATCTGGTATACCAATAACGGTAATCGGTTATCTTTTCATTATCTTATTTAGTGCAACGTATTGGCAATGGGTCGGATTATTGTAA	MNRKNWIGIGLAFLVLFIILLLPNPDSLPLVGQRVLAVLAFAVVLWVTEAVPYPVSAVMIISWLAVLVGLSPTIEDPTIMYGTKEALGMAIGGFSSTAVGLVAGALFLAAAMEITGLHKRIALFIMSKIGTKPSRLVIGTITVSFVLALFVPSATARAGTIIPILLGIVAAFGLTKQSKLAALLVITAVQSISIWNVGIKTAAAQNMVALGFMQSEFGMDVAWGKWFMYAAPWSILMSVMLFFVMTKLIKPEETNLAGGDSIQSQLQALGKMKPNEWRLISISVALLFLWSTEGIFHPLDSTTVTIIAVAIMLLPKVGIFTWKEVQAKIPWGTLVVFATGISLGMVLLSTEAATWLSSNTFEAMGLAGMSIVAIVAILALFNILIHLGFASATSLASALIPIVIALVTGMESTSFNGPGLVLIMQFVISFGFLLPVNAPQNMLAYGTETFTTKQLLKSGIPITVIGYLFIILFSATYWQWVGLL				NA	NA	NA	NA	NA
AK148_03108	1167			hypothetical protein	ATGACAGAGGACAATGTTACACGGATATATTTGAACGATAAGGAATATATTCTAATTGGAACGGCTCATGTTTCTAAACATAGTGCGGAACAAGTAAAAGAAGTAATTGAAGCCGAAAAACCAGATACAGTATGTGTAGAGCTTGATGAACAACGGTATCAATCCATCAAAGATGATAAAAAGTGGAAAAACATGGATATATTTAAAGTGATAAAAGAGAAGAAAGCTTCTTTATTGTTAATGAATTTAGCCATCTCATCTTTTCAAAAACGAATGGCAAAGCAGTTTGGTATTAACCCTGGCCAAGAAATGATTCAAGGGATTGATTCTGCACAAGAAGCAAATGCAGAACTTGTGTTAGCAGATCGTAATATACAAATCACCTTTGCAAGAATATGGAATAATATTGGATTAAAAGGAAAAGCGATGTTGTTAACGCAAGTGATTGCGAGCATTTTTAGTAAAGAGACAATTTCTGAGGAAGAATTAGAAAAAATGAAGCAACAAGACACGATTCATACGGTGTTGCAAGAGTTTACAGACACGTTCCCAAAGCTAAAGAAACCGCTTATCGATGAAAGAGATCAATATTTAGCGCAAAAAATTAAAGATGCACCCGGGGAAAAGGTCGTTGCTGTGCTTGGTGCCGCTCATGTACCGGGGATAAAGGAACAAATACAAAAGGATCATAATTTAAATAAACTACGAGAGTTGCCTCCTAAATCAAAACTGCCTAAAATTATCGGTTGGTCGATTCCGATCCTTATTTTGGCAATTATTGCGTATACGTTTTATGCTAATCCACAAGCTGGTTGGGAACAAACAGTAAGCTGGGTCATCTGGAATGGCGGATTATCAGCATTCGGTGCATTGATTGCGTTAGGGCATCCGCTTACTATTTTAACGGCATTACTCGTTGCTCCGATCACTTCTTTAAATCCTTTACTTGCAGCGGGCTGGTTTGCTGGCTTCGTGCAAGCATATGTAAAAAGACCGCATGTTCGTGATTTTGAGAATTTGTCTGAAGATGTATTTACGATTAAAGGGTTTTGGCGTAATAAAGTGACGAGGGTGTTACTGATTGTAGTACTAGCTAATCTCGGTAGCTCTTTAGGTACATTTATTGGCGGCGTTGACGTCATTCGTGTGTTTTTGGAAAATTTATAA	MTEDNVTRIYLNDKEYILIGTAHVSKHSAEQVKEVIEAEKPDTVCVELDEQRYQSIKDDKKWKNMDIFKVIKEKKASLLLMNLAISSFQKRMAKQFGINPGQEMIQGIDSAQEANAELVLADRNIQITFARIWNNIGLKGKAMLLTQVIASIFSKETISEEELEKMKQQDTIHTVLQEFTDTFPKLKKPLIDERDQYLAQKIKDAPGEKVVAVLGAAHVPGIKEQIQKDHNLNKLRELPPKSKLPKIIGWSIPILILAIIAYTFYANPQAGWEQTVSWVIWNGGLSAFGALIALGHPLTILTALLVAPITSLNPLLAAGWFAGFVQAYVKRPHVRDFENLSEDVFTIKGFWRNKVTRVLLIVVLANLGSSLGTFIGGVDVIRVFLENL				NA	NA	NA	NA	NA
AK148_03109	756	manZ_3	COG3716	PTS system mannose-specific EIID component	ATGTTCCATTTATCTTCTATGAGTTTTGAAAAATTAGAAGCAAATGGTTTTGCACATTCCATGATACCGATTTTAAAGAAATTATATAAAGATGATCCAGAAGCTTATAAACAAGCTTTGGAACGACATACGGCTTTTTACAATACCGAACCACAAGTAGGAAGTTTAGTGAATGGTGTTGTAGCATCAATTGAAGAAGAAAGGGCTAACGGCAAAGAAGTTAACGATGAGATGATTCATAGTGTCAAAACTGGATTAATGGGGCCAATTGCTGGAATGGGTGATTCGATTATTCAGGGTATTATCATTCCGATATTACTTTCTATAGGAATGGGAATTTCGGCTAATGGAAATCCGGTAGGGGTTTTTGTTTACATTCTAGGGTATCTATCTATCATTTTAACCGTATCGTATTTATTATATATGCGTGGTTATAAAATGGGAGTTCAAGCTGTTGATGAATTGTTAGGAGCCAACTCAGAAAGATTAAGAAGCGCATTCACTTTACTGGGTGTCATGGTGGTAGGTGGTTTAGCTGCCTCTTTTGTAAAATTAAATACCATTTTACAGATCCCAAATGGTGAGGAAGTATTAGAATTCCAAAAAACGCTCGATGGATTTTTCCCTAAGTTGTTACCTCTTATTGCCGTTTTGGTTTGCTGGTATTTGATCTCTAAGAGAAAATGGAGTGCAACTAAAGTACTGTTATTTTTAATCGTAGTATCCATTGCTGGTGTGTTATTGAATGTGTTTTAG	MFHLSSMSFEKLEANGFAHSMIPILKKLYKDDPEAYKQALERHTAFYNTEPQVGSLVNGVVASIEEERANGKEVNDEMIHSVKTGLMGPIAGMGDSIIQGIIIPILLSIGMGISANGNPVGVFVYILGYLSIILTVSYLLYMRGYKMGVQAVDELLGANSERLRSAFTLLGVMVVGGLAASFVKLNTILQIPNGEEVLEFQKTLDGFFPKLLPLIAVLVCWYLISKRKWSATKVLLFLIVVSIAGVLLNVF	PGPT0017070_169	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0017070-dgaD-K17467	NA	NA
AK148_03110	792	sorC	COG3715	PTS system sorbose-specific EIIC component	ATGGATCTACTATTATTAATACAAGGATTGTTGATAGGTATATTTTGTTATTTGGGATCTGTATCATCTCCTTGGTTAATGGGTGTTACCGGTGGTTATTATGTTGTAGGAAGACCATTAGTAGCAGGTTTGATCATTGGTCTGATTTTAGGAGATGTTACCACCGGAATAATTCTAGGTGTAGCTGTTCAGGCTGCTTTTATAGCAACCATTAGTACAGGAGGTACACAAAATTCAGAAATAACTTATGCGGCATATGGTGGGATAGCCCTTGGTCTTTTATCAAACGCAGATACTGGCGTTGCTGTTACGTTGTCTGTCGGTATTGGAACGCTAGGGTTAATCCTGCACAATTTAATGATGATTGTAAATTCAGTGTGGAATAAAAGAACGGAAAAAGCGGCCGCTGAAGGAAATGCAACCAAGATTATATATAACAACGCCGTATATCCACAATTGTTGAACTTTGTCCTTAGGGTAGTGCCTATAACACTTGCTGTTTATTTTGGACAAGGATTTATAACAAGAGTTTTAGATATTATCCCAAAAGATGTAACTCAAATTATGACCGTGTTGGGTGGACTACTTCCTGCTTTAGGAATAGCTTTATTAATGAATCTGCTTATAAAAGAAAACAAACAATTGATTTTCTTTCTCACAGGATTTGTCATTATCGTTTTCTTTACGGATAGTATGATTGCGCTAACAGTGTTTGGTGTATTAATAGCTTATATCGTTTTTCTTAGCTTAGGTCAATCACAAATTGAAACAGATGATGATGGGGTGATATAA	MDLLLLIQGLLIGIFCYLGSVSSPWLMGVTGGYYVVGRPLVAGLIIGLILGDVTTGIILGVAVQAAFIATISTGGTQNSEITYAAYGGIALGLLSNADTGVAVTLSVGIGTLGLILHNLMMIVNSVWNKRTEKAAAEGNATKIIYNNAVYPQLLNFVLRVVPITLAVYFGQGFITRVLDIIPKDVTQIMTVLGGLLPALGIALLMNLLIKENKQLIFFLTGFVIIVFFTDSMIALTVFGVLIAYIVFLSLGQSQIETDDDGVI	PGPT0016985_1006	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MANNOSE_PTS_SYSTEM,PGPT0016985-manY-K02795	NA	NA
AK148_03111	486	levE_2	COG3444	PTS system fructose-specific EIIB component	ATGGCAATTACATTAGTTAGGATTGATGATCGAGTTATACATGGGCAAATAGTAGCTAGATGGTCTAGATTTAAGCCTTGTAATGGAATTTTAATAGTTAATGATAGCATTGCTCAAGACCCGATCCAAAAAAAGATATTTACAAATGCGGCCCCAGCAGAAATTAAAGTTGGCGTATTTACCGTGAATAAAAGTATAGAGAAAATTAAAAAAGCTAGAGAATCAAAAAAGAATTATTTTTTAATTGTTAAAACACCTGTAACATTGCGAGAAATCGTAGAATCAGGTGGTGATTTTGGGACTGATATTAATGTTGGCCCAATTAGTGCATTATCTGGTGGAAAAACAGTAGCCAAAAATGTAACTATATCAGAAGAAGATAAATCGGCTTTTGATTTTTTAGAGAATCATGGAAAGACCATCCAATTTCAGTTAATTCCAGATGAAAAAGCTGTTAAATGGTCGAAAGTTAAACAGAACTTCTAA	MAITLVRIDDRVIHGQIVARWSRFKPCNGILIVNDSIAQDPIQKKIFTNAAPAEIKVGVFTVNKSIEKIKKARESKKNYFLIVKTPVTLREIVESGGDFGTDINVGPISALSGGKTVAKNVTISEEDKSAFDFLENHGKTIQFQLIPDEKAVKWSKVKQNF	PGPT0017140_5	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_FRUCTOSE_PTS_SYSTEM_II,PGPT0017140-levE-K11195	NA	NA
AK148_03112	396	levD	COG2893	PTS system fructose-specific EIIA component	GTGATAGGAATATTAGTAACTTCTCATGGGCCTTTTTGCGAGGCTTTAATTAAAACAGGTGAAATGATTACAGGACAACAGGATAATGTCAGTCACATCTCGCTAGATGATAAAGGTGTTAGTGATTTCGCTGCGAGGCTGGAAGAGAAATTAAATGTGATGACTGAAGAATATGATGAGGTCGTTATTTTATGTGATATAAAAGGCGGAACTCCTTGTAATGAAAGCATAAAATATGCGTTAACTTATAAAAATAATCTTGCTATTATAGCAGGAGTAAATTTACCAACCTATTTAGAAATTATAAATGGTACAGGCTTTATGAAAAGCATCTCTGAATTAACAGATTTTGTGAAACAAACTTGCTTCCAAACAATTGAAATTATTGAAATATAG	MIGILVTSHGPFCEALIKTGEMITGQQDNVSHISLDDKGVSDFAARLEEKLNVMTEEYDEVVILCDIKGGTPCNESIKYALTYKNNLAIIAGVNLPTYLEIINGTGFMKSISELTDFVKQTCFQTIEIIEI	PGPT0016995_1410	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MANNOSE_PTS_SYSTEM,PGPT0016995-manXa-K02793	NA	NA
AK148_03113	1731			hypothetical protein	ATGGCTTATGATTTATATCCTCAGATTGATATGAAGGGAGGCATTGATCTATACACTGGATATGATGAAATATGGAAAAAAGTAGATGATGCAATAAAACAAAGAAAAGCTAATGTTATTACAATAGAATGTTACCCAGGAACCTTGGAAGAAGAATTGGAGCAGTTAATAAATCAGCTCAAACCAGACCTAATCATTCATGCTGATGAAATCTTTTTGTCCAGTGAGGAAATTACTGTTAAAATACAAGATCATTTAACAGACGATCGTGTATTTGGGGTTATGAGCAATCATGCTTTAGCTGATTTTATAGACGGAGAAAAATTTAATAAAACATTGGATAAAATTAATAAAGCTAAAGATAAAAGAATTGTTATTTATGGAGTGGGCGCATCTTTAGTAGCTCCTTCTGATTTATTGCTTTATACAAACTTAGCAAGATGGGAAATTCAATTAAGATATAGAGCTAAGAAAGTTTGTAATTGGAGGGCGAATAACTGGGAGGAGGAAACGCTTCGTAAGGTAAAACGTGCTTACTATTTTGACTGGAGAATTGCGGACAAGTTAAAGAAGAGTCTATTTGATAAAGTTGATTTTATGTTAGATGTTAACGAAGAGAACCAGCCTAAAATGATAGCAGGACATGACTATCAGATGGCTTTGTCACAGGTGGTTCAAAGACCATTTCGCTTAGTTCCTTATTTTGATTCTGGGGTTTGGGGCGGCAAATGGATGCAAGAAAAATTTAATGTAGCAAAAGATAAAATAAATTTAGCTTGGTGCTTCGATTGTGTTCCTGAAGAGAACAGTATATATCTTGGCATAAACGGAGAAAAGTTTGAAATACCCGCTAATGATATCGTTTACCAACGACCAGTTTCGTTACTAGGGGAAAAAGTATATGGAAGGTATGGAACAAGCTTTCCAATTCGATTTGATTATTTGGACACAATGGGTGGCGACAATTTAAGTTTGCAAGTGCATCCAAAGGTGGAATATGCTCAAGAAACATTTGGGCTGCACTATACTCAAGATGAAAGCTATTACATTTTAGAGGCTGAAGATGATGCTGTTATTTATTTAGGTGTAAAAAACGGAGTTGAAAAGCAGTCTCTAGTAGATGCCTTAAAATCATCTCAGGAAGAAGGTAAGCGATTTCCGGATGAAGATTTTATTTATCGTAAAAAAATAAAGAAACATGACCATTACTCTATACCAGCTGGAACAATTCATTGTAGTGGTAAGAATAGTGTTGTTTTAGAAATTAGCTCTACCCCTAATCGTTTTACTTTTAAATTGTGGGATTGGGAGAGAGTGGATTTAGATGGCAAGCCGAGACCAATTCATTTAGAGCATGGTGAGAAAAATATTGATATTTCTAGAGATGAAGACTGGGTTGAGAAGGAAGTAAGTAACCAAGTAGTTAAAGTCGCAGAGGGCGACGGTTGGACAGAAGAAAAAACAGGGCTTCATATAAGAGAACCTATTGAGACAAGACGTCATTGGTTTTCATCAGAAGTGATGCATGAAACACAAGACAGTGTCAATGTCTTAACGCTTGTTGAGGGTGAGGAAATTATTGTTACAAGTGTTAATGCATCATTTGAACCTTTTGTTATTCATTACGGTGAGACATTTATTGTCCCTGAATGTGTGAAGCAGTATAAAATTGCTCCTCATGGTCCAAGTGTGGGAAGAACAGTAGGAACAATAAAAGCTTTTATTAGATGA	MAYDLYPQIDMKGGIDLYTGYDEIWKKVDDAIKQRKANVITIECYPGTLEEELEQLINQLKPDLIIHADEIFLSSEEITVKIQDHLTDDRVFGVMSNHALADFIDGEKFNKTLDKINKAKDKRIVIYGVGASLVAPSDLLLYTNLARWEIQLRYRAKKVCNWRANNWEEETLRKVKRAYYFDWRIADKLKKSLFDKVDFMLDVNEENQPKMIAGHDYQMALSQVVQRPFRLVPYFDSGVWGGKWMQEKFNVAKDKINLAWCFDCVPEENSIYLGINGEKFEIPANDIVYQRPVSLLGEKVYGRYGTSFPIRFDYLDTMGGDNLSLQVHPKVEYAQETFGLHYTQDESYYILEAEDDAVIYLGVKNGVEKQSLVDALKSSQEEGKRFPDEDFIYRKKIKKHDHYSIPAGTIHCSGKNSVVLEISSTPNRFTFKLWDWERVDLDGKPRPIHLEHGEKNIDISRDEDWVEKEVSNQVVKVAEGDGWTEEKTGLHIREPIETRRHWFSSEVMHETQDSVNVLTLVEGEEIIVTSVNASFEPFVIHYGETFIVPECVKQYKIAPHGPSVGRTVGTIKAFIR				NA	NA	NA	NA	NA
AK148_03114	714			hypothetical protein	TTGGCTAGTAATGCAATCCCCTTATACGTTCAAATTGCAGATCGTTTGCGAGATAATATTAAAATGGGGAAATGGAAAGAAGGGAATAAAATCCCAACCGAAGTGGAATTGTGTAAAATATATGATGTGAGTAGAATTACAATAAGAAAGGCAATCGATGAATTGGTGAAAGAAGATTTGCTCCGTCGTCAAAGGGCTAAGGGAACCTTTGTAACCGATTTCGTTGAACCTTCAGATAATTTCACCGTTGTAAAAAGCTTCACAGAAGAGATGAGAGAATTAGGGGAAAAAGCACGGACAATGGATGTCAAATTAGAGATAACCGATGCTGATAAAAAACTTGCGATGTACTTAAACATGAATATCGGTGATAAGGTAATGATTTTAAAAAGAATTCGAGGAGATTCGAAACAAGCCTTTGTTTATTCGGTATCATACTTTAAAAAGCATGAAAATTTCTCTTTAGATCCCAATGATTATTACGATTCTTTTTACTCATACCTTCACCAACACGGCATTCAAGTGAAAGATAATAGTGAAGTTGTAGAAGCTGTACTACCTAATTATGAAGTACGAACAGCTTTAAGTATCAACAAACATGAACCTGTTTTAAAACGAACACGCTTCACTTCATGTAAACCCCAAAATTTTTATGAATACACAATAAACTACTATATCGGGAAGTCCTATAAATATTACTTAGACTTCAATTAA	MASNAIPLYVQIADRLRDNIKMGKWKEGNKIPTEVELCKIYDVSRITIRKAIDELVKEDLLRRQRAKGTFVTDFVEPSDNFTVVKSFTEEMRELGEKARTMDVKLEITDADKKLAMYLNMNIGDKVMILKRIRGDSKQAFVYSVSYFKKHENFSLDPNDYYDSFYSYLHQHGIQVKDNSEVVEAVLPNYEVRTALSINKHEPVLKRTRFTSCKPQNFYEYTINYYIGKSYKYYLDFN				NA	NA	NA	NA	NA
AK148_03115	285			hypothetical protein	ATGCGGAGACAGCGTAAGGCAGCCTTCTGTTTTCCGGGCGGATACCGCTGGTGTGGTCCTGGATGCAGTGGTCCGGGTGAACCTATAAACGATGTAGATGCAATTTGCAAGGAACATGATTTGTGTTATAGACGTACTGGAGATCGTTGTAAATGTGATCAAGCATTTCTCGAGCAGATGCAGTTGAAAATAGATCCTACAACTGTAAAGGGAAGGCATGCACGTACCATGTATCATTACATGAGATACCAAAGCTTATTTACGTGTGGGTTTAGAAAAATGTAA	MRRQRKAAFCFPGGYRWCGPGCSGPGEPINDVDAICKEHDLCYRRTGDRCKCDQAFLEQMQLKIDPTTVKGRHARTMYHYMRYQSLFTCGFRKM				NA	NA	NA	NA	NA
AK148_03116	567	maa	COG0110	Maltose O-acetyltransferase	ATGACATCAGAAAAACAAAAAATGATTAAAGGTGAATTATACAATCCAGCTGATCCAATACTTGTTCATGATCGAGAAACTTGCCGAATGAAAACGCGGCTGTTTAATCAAACCATAGAAACGGAGCTATCAAAACGTAAGGAGTTGTTACAAGATTTATTTGGTTCTACGGGAAATGAACTGTACATCGAGCCAACATTGCGTTGTGATTACGGATATAACATTCATGTAGGCAATCATTTTTACGCTAATTTTGATTGTGTTATGTTAGATGTTTGTGAAATTAAGATCGGCGACAACTGTATGCTGGCTCCAGGAGTACATATTTATACAGCGACACATCCCTTAAAAGCGGATGAAAGAAATGCCGGGAAGGAGTATGGAAAGCCTGTAACAATTGACGACAATGTTTGGATTGGTGGGCGTGCGATTATTAATCCAGGCATACATATTGGCGATAATGCTGTCATTGCCTCAGGTTCGGTCGTAGTAAAAGATGTTCCAGCAAATACGGTCGTTGGTGGAAATCCAGCTATAGTGTTAAAGCAAATTGATAATCATTTATAA	MTSEKQKMIKGELYNPADPILVHDRETCRMKTRLFNQTIETELSKRKELLQDLFGSTGNELYIEPTLRCDYGYNIHVGNHFYANFDCVMLDVCEIKIGDNCMLAPGVHIYTATHPLKADERNAGKEYGKPVTIDDNVWIGGRAIINPGIHIGDNAVIASGSVVVKDVPANTVVGGNPAIVLKQIDNHL	PGPT0018611_1109	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_BY_NODULATION	ROOT_NODULATION_METABOLISM,PGPT0018611-maa|nodL-K00661	NA	NA
AK148_03117	1017			hypothetical protein	GTGGTGGAGAATAAAAAAAAGAGAACGGAACGTCTTGCATTTATTCAAGGAATAGGCATTACATTAATCATTGCTATTATAGCTAATTATGTTGCGAAACTGCCTTTTTTATCGATTATGGGTCAGCTTGTTATTGCTATTATTATAGGTATGCTGTGGAAGCAGGTAGTTGGTGTTCCAAGTCATCTCCAAAAAGGAGTTACATTTTCTAATAAAAAGCTACTTCGTTTCGGAATTATTTTATTAGGTATGCGACTCAACCTAGTAGATATCTATGAAGCGGGAATAAGTGTATTTATGATTGCTGCTATTTGTTTAGTATTTACTTTATTTGTTGTCTACGGATTAACAAGGTGGTTTGGAGTAGGCAAACGACTAGGGATTTTAACAGCATGTGGGACAGCGATTTGTGGTGCTGCAGCAGTGGTTGCGGTTGCACCACAAGTAAAAGCAAAAGATGATGAGACAGCTGTTGGAGCAGCTACAGTTGCAGTGTTAGGAACACTGTTTACGTTAATTTACAGTGTCATTTATACGATGTTACATTTATCACCGACTGGATATGGCATTTTTACAGGTGCTACACTGCATGAAATAGCACATGTAATAGCAGCGGCTGATGTTGCCGGAAGTGAAGCTGTAGATTTAGCTGTTATTGTTAAATTAACGAGAGTGGCATTATTAGTTCCGGTTGTGATTGTCGTCGGTTACTTGTTTCAGCGAGGCGGGGAAGAAACGGGTAAAAAAGTATCGATGTCCATTATTCCTTGGTTTATCTTAGGTTTTCTTGCAATGAGTGGATTTAATACACTTGGCATTGTATCACAATCTGTTGCGGATTTGATTGTTGCTACTGCCTATTTGCTTATTGCCATGGCGATGGCAGGTCTTGGCTTGAATGTTGATTTAAAGACGTTTAGAAGACTTGGAATGAAGTCTTTTGCAGCGGGTGTTGTTGGATCTGTTTTGCTTGTAGTATTAGGGTACTCACTCGTCATGCTATTTCAGCTAAATTAA	MVENKKKRTERLAFIQGIGITLIIAIIANYVAKLPFLSIMGQLVIAIIIGMLWKQVVGVPSHLQKGVTFSNKKLLRFGIILLGMRLNLVDIYEAGISVFMIAAICLVFTLFVVYGLTRWFGVGKRLGILTACGTAICGAAAVVAVAPQVKAKDDETAVGAATVAVLGTLFTLIYSVIYTMLHLSPTGYGIFTGATLHEIAHVIAAADVAGSEAVDLAVIVKLTRVALLVPVVIVVGYLFQRGGEETGKKVSMSIIPWFILGFLAMSGFNTLGIVSQSVADLIVATAYLLIAMAMAGLGLNVDLKTFRRLGMKSFAAGVVGSVLLVVLGYSLVMLFQLN				NA	NA	NA	NA	NA
AK148_03118	894	cysL_3	COG0583	HTH-type transcriptional regulator CysL	ATGTATTATGATGCATTACGTACTTTCATTACTTTGGCAGAAGTAAAGAATTTCACCAAAACAGCGGAAGTCTTGCACATATCGCAGCCAAGTGTCAGCTTACATATAAAGAATCTGGAACGTGAACTAGCAACAGAACTAGTAGTTCGTTCCCGAAAATCATTGCAACTATCACCAACAGGGGAAATCTTGTATGAACGCGCCAAGCAAATATTGAAGATTTATGAACAAACCAAACGTGATATATTAGAACAACAAGAAGTCGTAAAAGGTAGGTTAAAGATAGGTGCCAGCTTTACGATTGGGGAGTATATGTTGCCAGCTTTACTTGCAGATGTACATACAGCTTACCCCGGCCTTGAATTGGAAATAGTTATTGGCAATACAGAAGAAATTGTCCAGCAAACAAAACATTTTCAAGTGGATATTGGACTTATTGAAGGGCAAACGAGCGATAAAGAATTAGCCGTATGCCCGTTTATGGAAGATGAATTATGGATTGTTGCACCTCATCAGCATAAATTAGCAAATAAGGGGAAAGTAACTACTTCAGATTTACAAAGCCAAGCATGGATTTCTCGCGAGGAAGGGTCGGGGACACGGGAGTATTTAGAACATGTCATTCGCTCCAACGGGTTAAAAGTGGAATCCATTATCACCATTGGTAGTAATCAAGGGGTAAAGGAAAGTGTTATTAATGGGATGGGACTTTCTTTACTTTCTTACAGTGTGATTGAGAGAGATGTTCAATTAAAACAACTCGCCATTTTGCAGATGGAAGACATGCATTTCAAACGGACATTTTCCTATGTTTATTCACCTATTATGAAAAACAAGCGAAACGTAGCCACTTTTATCAAGATGTTGCAGCAGAAATGGCCTTATGATAAATAA	MYYDALRTFITLAEVKNFTKTAEVLHISQPSVSLHIKNLERELATELVVRSRKSLQLSPTGEILYERAKQILKIYEQTKRDILEQQEVVKGRLKIGASFTIGEYMLPALLADVHTAYPGLELEIVIGNTEEIVQQTKHFQVDIGLIEGQTSDKELAVCPFMEDELWIVAPHQHKLANKGKVTTSDLQSQAWISREEGSGTREYLEHVIRSNGLKVESIITIGSNQGVKESVINGMGLSLLSYSVIERDVQLKQLAILQMEDMHFKRTFSYVYSPIMKNKRNVATFIKMLQQKWPYDK				NA	NA	NA	NA	NA
AK148_03119	927			hypothetical protein	ATGTCAAACAAGGATCAAATGATCTGTGATTTAGAGACGGGCGTGTGCGGTGAGGTTGAAGACAAAGAAATGGAAATAATGGATTTCGGCCAACCGGATAATTCAATTGATTTGTACTATGTAACGGATCCTATCTGTTCACACTGTTGGGCATTCGAACCTGTTCTTCGCAGATTTGTGAAGCAATATGGTTCGTATGTTAATGTTCGAGTTGTAATGGGAGGGTTATTGGAGAAATGGGAAGGGTTTGGCGACCATAAGAATGGCATTTCTAAGCCAGAAGATGTAGCTTTACATTGGAAAGAAGTTGGTGAGCATAGTCGAATGCCAATTGACGGTACACTTTGGTACGATAACCCTGTTCAATCGTCCTACCCTCCTTCCCGTGTGTATAAAGTCATTCAAAAACAGAGTGAAGCATTAGCGGAAGTATATCTGCGTCGAGTTCGAGAAGCTGTATTTGCGTTGAATCAAACGGTTTCTGAACGCTCTGTGCTTGTTGACATTGTAAATAGAATGGGATTGGATGGAGAAACAATCGTTGATGAAGCTGGGTCTGCTCGTGCGCAACAGTTATTGAATGAAGATTTTCAGCTTGCGGCAAGTTTAGGTGTCAGAGGTTTCCCTACAATCATTATGATGAATGAAGAAAATAAAGGAGTTAAAATAGTAGGTGCTAGAGAGCTGAATAATTATATTGCTGGATTACAGAAAGTGATAGGTGTGGAGGATTTAAAAGCAGAGAGACGACCTTCCCTGCCCACTTTGTTACAGGAGGAAAAGCTCTTATTCGCGAAGGAAGTTGAGGAAATGTATGATTTATCTCCGACTGATTTCCCTGATTTTGTAAAAAAAGAGCTACCTACAAACCAATACCAGATGAAAGAAATTTTAGGAGAGACGTATTTATCCAGTGTAGAGTTATAA	MSNKDQMICDLETGVCGEVEDKEMEIMDFGQPDNSIDLYYVTDPICSHCWAFEPVLRRFVKQYGSYVNVRVVMGGLLEKWEGFGDHKNGISKPEDVALHWKEVGEHSRMPIDGTLWYDNPVQSSYPPSRVYKVIQKQSEALAEVYLRRVREAVFALNQTVSERSVLVDIVNRMGLDGETIVDEAGSARAQQLLNEDFQLAASLGVRGFPTIIMMNEENKGVKIVGARELNNYIAGLQKVIGVEDLKAERRPSLPTLLQEEKLLFAKEVEEMYDLSPTDFPDFVKKELPTNQYQMKEILGETYLSSVEL				NA	NA	NA	NA	NA
AK148_03120	561			hypothetical protein	ATGAGTAACCCAAACACAGATCCTCGAATGCGTCGGACACGAAAATTAATTATGGATTCTTTCATCACGCTTTCTAATAAAAAAGAATTTAAAAATATCACAGTTACGGATATTACGAATGAAGCAACTATTAATCGGGCGACTTTTTATTATCATTTTGAAGATAAGTTTGATCTGTTGGAGCAGGCTTTAGAAGAGGGGTTAATAACAAATATCACTTTTGATTTAAGTGATTATGAAGCAATTAATGAAGATATGATTATTAGTACTTTTATTGCTATTACTAACTTTTGGAAGTCATTGGCTCACCGCTGCCAATCAGGCTATGAGGATACCATATCTCGTATCATTATAGATAAATTAACGAACATATTTTATCCCATATTATTAAAGCAGCACTCCATTTCTGAAAGTTCCGCCTTAAAAAACACAGCCATCATGCTAAGCTGGGGGATGTATGGCGTTTCTGTTGAATGGCGAACAAACCGTCAACAATCGAGAAAAGCATTTATTCAGCCAATCATTCCTTACATTCTCCTTGGGGTTAACAAAAAGCAATAA	MSNPNTDPRMRRTRKLIMDSFITLSNKKEFKNITVTDITNEATINRATFYYHFEDKFDLLEQALEEGLITNITFDLSDYEAINEDMIISTFIAITNFWKSLAHRCQSGYEDTISRIIIDKLTNIFYPILLKQHSISESSALKNTAIMLSWGMYGVSVEWRTNRQQSRKAFIQPIIPYILLGVNKKQ				NA	NA	NA	NA	NA
AK148_03121	291	cas2	COG1343	CRISPR-associated endonuclease Cas2	ATGTTAGTATTAGTTACATACGATGTAAACACGTCAAGTGATGGTGGACAAAAGCGATTGCGGAAAGTAGCTAAAGTATGTCAAAATTATGGTCAGCGTGTTCAACATTCTGTTTTTGAATGTATTGTTGACGATATGCAATTTGCGACATTAAAAATTGAACTTAGAGAATTAATCGATGAGGAAAGAGATAGTTTGCGTTTTTATCGGTTAGGGAACAATTATAAAACGAAGGTAGAACATGTTGGGGAAAAGGAAACCATTCAATTAGAAGATCCATTAATTTTTTAG	MLVLVTYDVNTSSDGGQKRLRKVAKVCQNYGQRVQHSVFECIVDDMQFATLKIELRELIDEERDSLRFYRLGNNYKTKVEHVGEKETIQLEDPLIF	PGPT0026890_1284	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-CRISPR-CAS_SYSTEM	CE-BACTERIAL_FITNESS-UNIVERSAL_CAS_PROTEINS,PGPT0026890-cas2-K09951	NA	NA
AK148_03122	1032	cas1	COG1518	CRISPR-associated endonuclease Cas1	ATGAGGAAGCTTCTTAACACGCTTTTTATTACGCAAGCCGATGTTTATTTATCTCTGGATGGAGACAATATTGTCTTATTAAAGGAACAAGAAAAATTAGCGAGATTGCCACTTCATAATTTAGAATCCATTGTATCGTTTGGGTATACAGGTGCAAGTCCTGCATTAATGGGTTACTGTGCAAAACGTAACATATCAATCGTTTTCATGACCATGAATGGAAGTTTTCTTGCTAGAGTAATTGGGGAGAGTAAAGGAAATGTTGTTTTAAGAAAACGTCAATATCAGCTTTCTGAAGACGAAGACCAATCAGCTATGATAGCTCGCAATTTTATTGTAGGAAAAATTTTCAATCATAAGTGGATGATAGAACGAATGACTCGGGATTACCCTTTGCGAATCGATGTAGCTGCGTTTAAAGAAGTGTCAGCCCAATTATCAAATGTGATGCAAGAAGTAAGAGCTTGCCGTGATTTAGAAAGCTTAAGAGGATGGGAAGGGCAGGCTGCGTATAGTTATAATAAGGTTTTTGATCAAATGATACTGCAGCAGAAAGAAGTTTTTTTCTTTCATTCTCGTTCACGAAGACCGCCTTTAGATAAGGTGAATGCCATGCTGTCATTTGCATATACACTACTTGCGAATGATATGGCAGCAGCACTAGAATCCGTTGGTCTTGATGCATATGTTGGATTTTTACATCGTGATCGTCCGGGAAGAGCTTCATTAGCCTTGGATGTTATGGAAGAGTTAAGGGGGATTTATGCCGATCGGTTTGTTATTTCATTGGTGAATAAGAAAGCAATAAAACAGGAAGATTTTCTACATAAGGAGAATGGTGCGGTTATTATGACGGATGATGGAAGGAAAAAGTTTCTATCAGCTTGGCAAACGAAAAAGCAAGAGAAGATGACGCATCCTTATCTAGGTGAAAAAATAACGTGGGGGTTGGTTCCTTATGCGCAATCACTATTGTTAGCACGCTATCTACGGGGAGACTTAGACGAGTATCCACCATTTTTGTGGAAGTAG	MRKLLNTLFITQADVYLSLDGDNIVLLKEQEKLARLPLHNLESIVSFGYTGASPALMGYCAKRNISIVFMTMNGSFLARVIGESKGNVVLRKRQYQLSEDEDQSAMIARNFIVGKIFNHKWMIERMTRDYPLRIDVAAFKEVSAQLSNVMQEVRACRDLESLRGWEGQAAYSYNKVFDQMILQQKEVFFFHSRSRRPPLDKVNAMLSFAYTLLANDMAAALESVGLDAYVGFLHRDRPGRASLALDVMEELRGIYADRFVISLVNKKAIKQEDFLHKENGAVIMTDDGRKKFLSAWQTKKQEKMTHPYLGEKITWGLVPYAQSLLLARYLRGDLDEYPPFLWK	PGPT0026885_508	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-CRISPR-CAS_SYSTEM	CE-BACTERIAL_FITNESS-UNIVERSAL_CAS_PROTEINS,PGPT0026885-cas1-K15342	NA	NA
AK148_03123	657			hypothetical protein	ATGGCAAATAAAGAAGAAGACTTTTTAATGCTTTCTGGGATTCAACATTTCGAGTTTTGTCGTCGTCAATGGGCGCTAATCCATATTGAGCAACAATGGGAAGAAAACGTGAAAACAATTGAAGGACATTACTTACATCGCAAAGCGGACGAGCCGATGGTACGTGAAAAGAGGGGCAATAAATTAATTATCAGAGCTTTGCCAGTAAAGTCGAAAACGTTAAAAATAAACGGGATTTGCGATGTAGTTGAATTTATACAAGATGAAAGGGGTATTGACATTCACGGGGAAGAAGGAAGTTATCTTCCTTTCCCGGTGGAATACAAACGAGGGCGACCGAAAAGAGATGATGCGGACATCTTACAATTAACTGCTCAAGCGATATGTTTAGAAGAGATGCTACTCTGTCAAATAGAAAAAGGGTTTATGTATTATCATGAGATCAAGCACAGGGTGGAAGTTCCTTTTACCGATTATCTTAGACAAAGAGTAAAAGACATTACGGCTGAGATGCATGAATATTATCAGAGAAGGCATACGCCAAAAGTGAAGACAGGTTCCTTTTGCAAAAGCTGTTCACTGCAGCATATATGTTTGCCAAAGCTCATGAATAAACGATCGGTAAAAAGTTATATTGAAGGGAAAATAAATGAATGA	MANKEEDFLMLSGIQHFEFCRRQWALIHIEQQWEENVKTIEGHYLHRKADEPMVREKRGNKLIIRALPVKSKTLKINGICDVVEFIQDERGIDIHGEEGSYLPFPVEYKRGRPKRDDADILQLTAQAICLEEMLLCQIEKGFMYYHEIKHRVEVPFTDYLRQRVKDITAEMHEYYQRRHTPKVKTGSFCKSCSLQHICLPKLMNKRSVKSYIEGKINE	PGPT0026940_389	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-CRISPR-CAS_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_I_CRISPR-CAS_SYSTEM,PGPT0026940-cas4-K07464	NA	NA
AK148_03124	846			hypothetical protein	ATGACGACATTAGATCATAAAATAGATTTTGCGGTAGTTGTATCTGTGAACAATGCGAACCCAAATGGAGATCCATTAAATGGAAATAGACCTAGGCAAAACTACGATGGGCATGGAGAAATTTCTGACGTTGCCTTAAAGCGTAAAATTAGAAATCGCTTTTTAGATATGGGTGAGAAAGTATTTGTGCAATCGAATGATTATAAAGTAGATCAATATAAAAGTTTAAAAGAGCGAGCAGATGCTCATGAAGAACTTAATAAAGCTTCCAAAGCAAAAGATAATGAAACGTTTGCTAGATTAGCGTGTGAAGAATGGATTGATGTACGTAGTTTTGGGCAAGTATTTGCTTTTAAAGGTTCTGATGTATCTGTTGGTGTTCGAGGTCCAGTATCTGTTCATACTGCGACAAGTATCGATCCGGTTGATATAACAAGTATGCAAATTACAAAAAGTGTAAATTCCGTTACTGGGGATAAAAAAGGGTCAGATACGATGGGGATGAAGCATCGCGTGGATTTTGGATTATATGTTTTTTATGGGAGTATTAATACGCAATTAGCAGAAAACACAGGTTTTTCCACAAAAGATGCTGAGAAGTTGAAACAAGCTTTAATTAATTTGTTCGAAAATGATGCATCATCAGCAAGGCCAGATGGAAGTATGGAAGTTCACCACGTGTATTGGTGGGAACATAACTCTAAATTAGGGCAATACTCATCAGCTAAAGTACACAGAACAGTAAAAATTGAACCGAAAGTGGAATCTCCTAAGAGCTATGATGACTATTCCATCACTGTTGAAGAATTGGACGGGCTACCTGTAGAGGTATTGGATGGCAAATAA	MTTLDHKIDFAVVVSVNNANPNGDPLNGNRPRQNYDGHGEISDVALKRKIRNRFLDMGEKVFVQSNDYKVDQYKSLKERADAHEELNKASKAKDNETFARLACEEWIDVRSFGQVFAFKGSDVSVGVRGPVSVHTATSIDPVDITSMQITKSVNSVTGDKKGSDTMGMKHRVDFGLYVFYGSINTQLAENTGFSTKDAEKLKQALINLFENDASSARPDGSMEVHHVYWWEHNSKLGQYSSAKVHRTVKIEPKVESPKSYDDYSITVEELDGLPVEVLDGK	PGPT0026980_413	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-CRISPR-CAS_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_I_CRISPR-CAS_SYSTEM,PGPT0026980-csd2|cas7-K19118	NA	NA
AK148_03125	1884			hypothetical protein	ATGAGTTGGCTACACCAATTATATGAGACGTATGAAGCGAATTTGGATCGTGTCGGTGAAATTGAAAAAACAAGAGGCAATAAAAGTTATACATTACTACCGATTTCTCATACGACACAAAATGCGCATATTGAAGTCACTGTAACGGAAGATGGAGAGTTTCATTCAGCCACTGTTTTAGATAAAGTGAATACATTAATTCCTACTACGGAAAGCTCTGCAAGTAGGTCAGGCTCTAAAGTAGCACCCTATCCACTTCACGATAAATTAAGCTATGTTGCTGGTGATTTTGTAAAGTACGGTGGAAAAATAAAAAAAGAAGAGCCGTTTGCTAGTTACATAGAACAACTAGAAGATTGGGTGACATCACCGTACGGCCATCCAAAGGTAAAAAGCATTTTTACATACTTACAAAAGAAACAACTCATTAAAGATTTAGTGGGAGCAAACATCCTTTTTTTAGATGAACAAGATCAGTTAATCGGAAAGTGGAATAAAAAATATGAAGGCTTACATGGTGAAAAACCAACTATTTTCTCTGCTATTACTGGCGGACAAGAGAGCGCTTTTGTTCGGTTTAATGTATACTCGCCAAGCAAACACTTAACCAATGTGTGGGATGATAAAGAAATCTATGAATCGTTTATTCATTATTATAATAATTTAGTTGTTGAAAAGGATATTTGTTTTGTAACCGGAACATGGCAAGCAAGTACGGAAAGACACGCAAATAAAATAAGGCATGCTGCAGATAAGGCGAAACTAATATCTGCAAACGATACTAGTGGATTTACGTTTAGAGGTAGATTTAATAAAAGTTATGAAGCAGCAAGTATTAGCTATGACGTTTCGCAAAAAGCGCATAATGCTTTGAAGTGGTTAATTTTACGCCAAGGCTACATGATCGATGAACGTGTTTTTCTTGTATGGGGAAACGACCAATTGCAAACCGTCACGCCAATTGATGATACGTTTTCGATTCATCCAACTGCAGCGGTTGTAGAGGAAAGCAAAACAAATACATTAGATCACTTTGCCAATGAAGTTGCTAAAGCATTTGCAGGCTACAAACATGATGTATCGATTACATCTAATGTAACGATCTTAATTGTTGATTCGGCTACTACTGGGAGACTAGGAGTCTTATACTATCGAAATATGAATAAAGAATTGTATTTACAGAGACTAGAACATTGGCATGCTACGTGTGTTTGGGAACATCGCTATCGCAAAAATGAGGATGGCAAGTTTGTGAAATTTTTTGGAGCGCCAGCAACGAAAGACATTGCATTCGCCGCTTATGGTTCACGAGCAAGTGATAAATTCGTGAAGGATTTAATGTCAAGAATGCTACCGTGTATTGTTGATAACAGGAAAATACCGACAGATATAGTAAATAGTACATTTTACCGGGCGTCTAACCCAGTCGCGATGGAAAAATGGGAGTGGGAAAAAACGTTAAGTATCGCATGTGCATTAATTAATAAAAGGGAGGGAATGGATGTGGCTTTAGATCGTGAATTGGATGATCGTGATTATTTATTTGGCCGATTATTAGCGTTAGCGGATGTATTAGAAAGAAGGGCACTGGATCAAGATGAGACACGTGCTACGAATGCGATTCGTTATATGAATGCTTTTTCAAAACATCCTGCTCGTACTTGGAAGACGCTTCAGGAAAGTATACAGCCATATCAAGCGAGACTTGGAAAACGAGGTAATTATCTAGCTAGTTTAATTGATGAGGTTGGTTCGAAATTAACGATAGAAGATTTCAACGACAAACCGTTGTCAGGGAAATATTTACTTGGGTTTTATAGTCAGCGTAGGGATTTATACCAAAAAAAGACAGTAGAAAATAATAGCGAGGAGAATGGGAAATGA	MSWLHQLYETYEANLDRVGEIEKTRGNKSYTLLPISHTTQNAHIEVTVTEDGEFHSATVLDKVNTLIPTTESSASRSGSKVAPYPLHDKLSYVAGDFVKYGGKIKKEEPFASYIEQLEDWVTSPYGHPKVKSIFTYLQKKQLIKDLVGANILFLDEQDQLIGKWNKKYEGLHGEKPTIFSAITGGQESAFVRFNVYSPSKHLTNVWDDKEIYESFIHYYNNLVVEKDICFVTGTWQASTERHANKIRHAADKAKLISANDTSGFTFRGRFNKSYEAASISYDVSQKAHNALKWLILRQGYMIDERVFLVWGNDQLQTVTPIDDTFSIHPTAAVVEESKTNTLDHFANEVAKAFAGYKHDVSITSNVTILIVDSATTGRLGVLYYRNMNKELYLQRLEHWHATCVWEHRYRKNEDGKFVKFFGAPATKDIAFAAYGSRASDKFVKDLMSRMLPCIVDNRKIPTDIVNSTFYRASNPVAMEKWEWEKTLSIACALINKREGMDVALDRELDDRDYLFGRLLALADVLERRALDQDETRATNAIRYMNAFSKHPARTWKTLQESIQPYQARLGKRGNYLASLIDEVGSKLTIEDFNDKPLSGKYLLGFYSQRRDLYQKKTVENNSEENGK	PGPT0026975_118	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-CRISPR-CAS_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_I_CRISPR-CAS_SYSTEM,PGPT0026975-csd1|cas8c-K19117	NA	NA
AK148_03126	711	cas5d		CRISPR pre-crRNA endoribonuclease Cas5d	ATGCGAAATGCAATGGAATTTGAAGTGTGGGGAGACTATGCCCTGTTTACCGACCCGCTTACGAAGATAGGTGGGGAAAAATTGACGTATCAAGTGCCTACATACCAAGCGTTAAAAGGCATTGTGGAGTCCGTCTACTGGAAGCCGACAATCGTTATGGTCGTAGATGCTGTACGAATTATGAACCCAATTCAAATGGAATCAAAAGGCATTCGCCCAATTGAATATAAAGGTGGGAATACGTTAGCTAACTATACGTACTTAAAACAGCCAAGATATCAAGTAAGGGCGCATTTTGAGTTTAACCTTCATCGTCCTGATATGGCTTTTGATCGAAATGAGAACAAGCATTATAGCATTATGAAACGTGCTTTAAAAGCTGGCGGAAGAAGAGATGTATTCCTTGGTGCTAGAGAATGCCAAGCGTATGTTGAACCGTGCGTGTTTGGTGAAGGAGAAGGATTTTACGACAATTATGAGGAAATTCATTTTGGGACCATGGTGCATGGAATGAATTACCCAGATGAGACAGGGGATAACCAAATGGAAGTTCGCCTTTGGAATGCTGTGATGAAGCATGGCGTCATCACATTTCCACGACCTGAGGAATGTAGTCTCACTCGTCCAATAAAAAAGATGAAAGCAAAGCAATTCAATGAAACCAATGTACAGTCGGCTAATGCATTACTTGATGAGATAGGAGGTGAGTAA	MRNAMEFEVWGDYALFTDPLTKIGGEKLTYQVPTYQALKGIVESVYWKPTIVMVVDAVRIMNPIQMESKGIRPIEYKGGNTLANYTYLKQPRYQVRAHFEFNLHRPDMAFDRNENKHYSIMKRALKAGGRRDVFLGARECQAYVEPCVFGEGEGFYDNYEEIHFGTMVHGMNYPDETGDNQMEVRLWNAVMKHGVITFPRPEECSLTRPIKKMKAKQFNETNVQSANALLDEIGGE	PGPT0026985_182	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-CRISPR-CAS_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_I_CRISPR-CAS_SYSTEM,PGPT0026985-cas5d-K19119	NA	NA
AK148_03127	2430			hypothetical protein	ATGAGTTTTATTGCGCATATTCGACAAAGTGACAACGAAGTTCAAACTGTAAAGGATCACTTGTTAGAAGTCCAAGCATTGGCAGAAAAGTATGGTGAGCCGATAGGGATGAAACATTTGTGTGGGCTTGCAGGGTTGCTTCATGACTTTGGCAAGTATAGCCAGGAATTTCTTCATTATATTCATGCTGCTGTATATCATTCGGAAGATGCCCCTAAACGAGGCAGTGTTGACCATTCCACGGCTGGTGCAAAACTACTATATACATTATTACACACAAAAGATATGACACCTAGTAAGGCGCTAGTGGCTGAGGTTGTCGGTAATGCTATTATATCCCATCACTCTTATCTACATGATTTTTTAACCCCTGAACTAGAGTCAAAATATTTAACTCGTGTTCGTGATAAGCCTTTGCATGAGTTTGATCAAATGAAAGAGAACTTTTTCGTAAATGTTATGAAGAAGAACGAACTTGACCAATACATAGAAAAAGCTACCCAAGAATTACTTCCGTTCATTCAAAACGTTCCTAAGGAAGACACTGAAAAGCAGTTAATGTTTGTTACGAAGTTTGTATTTAGTGCGCTTATTGATGCAGATCGTACGAATACGAGGTTATTTGAAGAAGATGAAACACCATTGAATCCTGATCATAAGGCATTGTTTGAAACGTATTACGAACGATTACATGAAAAAATAATGGCATTTCAAAACCACCCAAATGCAAATACACCCATTAATCGCTTGCGTTCGAAAATGTCAGAGCAATGTGAAGCGGCTGCAGTAAAAGAGTCTGGTATTTATACGCTGTCTATTCCTACGGGTGGAGGGAAAACATTAGCTAGTTTGCGATATGCATTAAAGCATGCTTTATTACACCATAAAAAGCGAATTATCTATGTCGTACCATATACCACCATTATTGAACAAAATGCGGAAGAAGTGCGAAGTATATTAAAAGATACAGAAAACATTTTAGAGCATCATTCTAATGTTATCTTAGATGATGATGATAATGATGAGCATCTAGACGGTACGATGACAGAAAAACAGAAGTTGAAACTAGCTAAAGATAATTGGGATGCGCCAATTATTTTTACAACGATGGTACAGTTTTTAAATGTATTTTACGCAAAAGGCAGTCGTAATATCCGTCGCTTACATCATTTGAGTGAAGCAATTTTCGTCTTTGATGAAGTGCAAAAAGTGCCTGTCAAATGTATTTCGTTATTTAATGAAGCGCTTAATTTCTTGAAAAATAATTGTAAATCAAGTATCTTGCTTTGCACAGCAACGCAACCAGCGTTAGATTTTGTACAAAACAAACTAGAAATGAAGACAGATGCGGAAATCGTTGAAAATTTAACGGATGTGGTTGACGCTTTTAAACGAGTGGAAATTATAGACAAAGCAACCGATAGAGCGGTATTAACGAGTGATTTAGTCTCATTTATTGATCAACAGTTAGAACGTGTGCAAAGTGTACTCGTTGTGTTAAACACGAAAAAAGTTGTGAAAACGCTTTATGAAGAATTGCAACAAAATAGAGGTGATGACACCAAGATTTATCATTTAAGTACGTCCATGTGTGCGGCACATCGAAATGATATTTTAAGCAAATTAAGACAGGACTTGGAGAATAATATTCCGGTTATTTGTATTAGCACCCAGCTAATTGAGGCTGGCGTAGATATTAGTTTTGATTGTGTTATCCGATCTTTAGCTGGTTTAGATTCGATTGCTCAAGCTGCAGGACGTTGTAATCGACATGGGGAAAAGGATATGCAGGAAGTATACGTGATAGATCATCAAGAAGAACAGCTAAAGCATTTAAAAGAGATTGAAATTGGGAAACAAATTACGAGGCGCATTTTAATTGATATGAAGCGAAACCAAAATGAGCATGGGGGCAATATACTTTCGCCGCAAGCGATGGAACGCTATTTTCAAGAGCTTTACTTAGCTTTTGCTAATGATTTGAATTATTTCATCCCCGCTTTAAAGAAAGACATGATGGAATTATTAATTGCTCCAAAAAATGAATGTAGTTATGTACAGGCATACCGAAGTAAGTATAGTGCTGAGGTGCCGTTATTTATTACAAATAGCTACCGAACAGCTGCCGAACATTTCCATGTTATCGATAACGTGACAACTTCTGTTATTGTTCCTTATGAGCATGGGGGGAAAGAATTGATAACAGAATTGAGTGGCAATATATCAATGGAAGATTTAGGACGCATTATGCGATATGCCCAGCATTATACAATTAACCTTTACAAATATGAGCTTGATTTAGTCATGAAAAATAATGGCTTGGTATCATTCTTTGATGGGAAAATCTATGCATTGGCAGATGGTGCATATAGTAATGAATTTGGATTCGATGTAGAAGGGGATAGCACGGATGAGGTGTATATGATATAA	MSFIAHIRQSDNEVQTVKDHLLEVQALAEKYGEPIGMKHLCGLAGLLHDFGKYSQEFLHYIHAAVYHSEDAPKRGSVDHSTAGAKLLYTLLHTKDMTPSKALVAEVVGNAIISHHSYLHDFLTPELESKYLTRVRDKPLHEFDQMKENFFVNVMKKNELDQYIEKATQELLPFIQNVPKEDTEKQLMFVTKFVFSALIDADRTNTRLFEEDETPLNPDHKALFETYYERLHEKIMAFQNHPNANTPINRLRSKMSEQCEAAAVKESGIYTLSIPTGGGKTLASLRYALKHALLHHKKRIIYVVPYTTIIEQNAEEVRSILKDTENILEHHSNVILDDDDNDEHLDGTMTEKQKLKLAKDNWDAPIIFTTMVQFLNVFYAKGSRNIRRLHHLSEAIFVFDEVQKVPVKCISLFNEALNFLKNNCKSSILLCTATQPALDFVQNKLEMKTDAEIVENLTDVVDAFKRVEIIDKATDRAVLTSDLVSFIDQQLERVQSVLVVLNTKKVVKTLYEELQQNRGDDTKIYHLSTSMCAAHRNDILSKLRQDLENNIPVICISTQLIEAGVDISFDCVIRSLAGLDSIAQAAGRCNRHGEKDMQEVYVIDHQEEQLKHLKEIEIGKQITRRILIDMKRNQNEHGGNILSPQAMERYFQELYLAFANDLNYFIPALKKDMMELLIAPKNECSYVQAYRSKYSAEVPLFITNSYRTAAEHFHVIDNVTTSVIVPYEHGGKELITELSGNISMEDLGRIMRYAQHYTINLYKYELDLVMKNNGLVSFFDGKIYALADGAYSNEFGFDVEGDSTDEVYMI	PGPT0026895_1159	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-CRISPR-CAS_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_I_CRISPR-CAS_SYSTEM,PGPT0026895-cas3-K07012	NA	NA
AK148_03128	498			hypothetical protein	TTGTACAAAAACATAGAAGAACCGAAACGAAAAATTTCACCATACGCTATTAATGTATGGCGGATTACAAACACAATCGGACATACTATATTTCTCCTTATTTTAGTCGTTTTACTTATCATGGACTCCCACTTTGCTTGGTACAGCTGGATTAGTTATGTATTATGGGGCTTATTAGGTTTTACGATTATCTCTGCTGTTTGGAGTATAGTTTTTGAACCGACATTACTACAAAAATATTGGCGGTATGGTTTGAATAAGGAATTTGTCCAATTAAAGCACGGAAGATGGAATTTGGCACACCAAGTTATCCCTATGACAAAAATTCAATATGTTAGTCTACAACAAGGACCCATTTTACGAAAATACGGACTATCAAGTATCTCCATTGGTACCATGGCTTCCACTCATGAAATACCTGCTATACAAGAGGACGAAGCAAAGGCTATTCGAAATGAAATTGCTGAACTCGCCAAAGTGAAGGAAGTGGAGAACTAA	MYKNIEEPKRKISPYAINVWRITNTIGHTIFLLILVVLLIMDSHFAWYSWISYVLWGLLGFTIISAVWSIVFEPTLLQKYWRYGLNKEFVQLKHGRWNLAHQVIPMTKIQYVSLQQGPILRKYGLSSISIGTMASTHEIPAIQEDEAKAIRNEIAELAKVKEVEN				NA	NA	NA	NA	NA
AK148_03129	1488			hypothetical protein	ATGGATCAAAAAAAGCGCATGCACCCCATGATGATGCCCGTATCATTTTTTACATCATTAAAGGATATCTTTTTTGTATTTATTATTTTATTTGTAATTAACTACTCCTCGGAAGCAACGTGGGTAGAAATTGGTAGAATCTTATTTTTTGTCTACCTAATTTATAAATTTGTTTCCGTTATTGTAACGTGGTGGCGTACTACATATACCATCAACGAAAGTTTCATTGAAATCGAGCAAGGCCTTTTCACACGTAAACATCATCAAATTCCGTATGATCGGATTCAAAATGTCCAAACAAATACCCCGTTTTATTTACGACCATTTCATTTAACAACGCTGACGTTAGAAACGGGGGCGGAAGATGAGGATTCATCCTTCACTTTTACAGCCATTACGAAGGACGAAGCTAAACAAATTGAATATGTTTTAGACCATTACACGAAACAGAAAACTGCAGATACGATAGACACAAATATAATAGGAACAGACGAAGCCCAAACCATGACAAAAGAAGAAAAAATTGTCCACTTTAATCCAACAAAAAAAGACATTTTAAAAGCTTCTGTCTTATCATTTAGCTATTTATTGCTTATCCCTGTATTAGCATCATTGTTTAGTAATATTGACGAAGTATATGATCTATCTGCAACGGGAAATAAGATTATTCAATTTGTAAAGGACTCCTGGTTTTGGATTGGTACTCTAATCACCCTATTTATTATCGTTGCAATTAGTTTTGGAATAATTCGTACTTACTTAAAATATGGTCGTTATGAAATCTCATCTGATCATGAGCGAGTTTATATTCGTAAAGGTGTATTAAACGAGCAACACTTTTCCATTCGAAAGCAAAATGTGCAAGCCGTTCATATTGAACAATCATTGTTAAAACGCATGCTTAAAATAGCTGAAGTAAAGCTAATTAGTGCCGGTGGGGTTGACCTTTCAGGGGAAGAAGTAAATTCCCTTTATCCATTTTTACCAATTCATCGCGCATATACGATCATTGAAGAAATACTACCTGAATTCCAAGTACAAACAAATATGGAATCACTCCCGAAGAAATCGTTAGTAGCAAGAATGTGTCAAATACCTGTACTTTGGATCATTGGCACCATTATTATTGTTATTTTCTTTCCAAAATGGTGGCCTATATCAATCATTTTGTTCCTATTCACGATCATGTCACGCTTACTAGATTATTATTTCACTCGCTTTTTAATTCATGGAGAAACACTGCAAGTCCGTACAGGAGGAATCTTCATGACAACAAGCATTACAACCCGAGAAAAAATCATTGAATTGAAGCTCGAACAAAATTTTATTCAAAAACGTTTTGACCTAGCAAATATAGAAACAGCAAATCGAAGTAAACCTGTTCATACCACTCCCTTATATAACATTCCTATGCATATGACACAACGTGCATTTATCTGGTATACAGGTCGAAACCCAAGAATAGAAGGAGGATTGGATGGAGAATAA	MDQKKRMHPMMMPVSFFTSLKDIFFVFIILFVINYSSEATWVEIGRILFFVYLIYKFVSVIVTWWRTTYTINESFIEIEQGLFTRKHHQIPYDRIQNVQTNTPFYLRPFHLTTLTLETGAEDEDSSFTFTAITKDEAKQIEYVLDHYTKQKTADTIDTNIIGTDEAQTMTKEEKIVHFNPTKKDILKASVLSFSYLLLIPVLASLFSNIDEVYDLSATGNKIIQFVKDSWFWIGTLITLFIIVAISFGIIRTYLKYGRYEISSDHERVYIRKGVLNEQHFSIRKQNVQAVHIEQSLLKRMLKIAEVKLISAGGVDLSGEEVNSLYPFLPIHRAYTIIEEILPEFQVQTNMESLPKKSLVARMCQIPVLWIIGTIIIVIFFPKWWPISIILFLFTIMSRLLDYYFTRFLIHGETLQVRTGGIFMTTSITTREKIIELKLEQNFIQKRFDLANIETANRSKPVHTTPLYNIPMHMTQRAFIWYTGRNPRIEGGLDGE				NA	NA	NA	NA	NA
AK148_03130	504			hypothetical protein	ATGGAGAATAAAATTTATATTGAAGATAATTTTTTTTCGTCTGGAAAAACGATCATTAAAAACAGTCGTAACGAAAGGATTGGCGATCTAGATTTAAAAACCGCTTTTTCAACTAGTATTACGGTGTATGATATCCACAACCGAGAGCTTGCAGCAGGGAAGTTTAAACATTTCTTTTCGAGTAACTGGTTAGTAAGTAGCTCTGGAGAAATACGAGGAACATTAAAGGCAAACTGGTTTTCATTTGCAAAAAAGTATACGTATACGACACATAATAGGGAACATCAATACACCATTACTTCCCCTGTTCTGTCGAAATCATTTACGATTATGGATGAAAGATATCAAGATGTGGCAACCTTCACACGTGTTAACAGTTTTTTCTCTTCTCCCGCTTATGAACTGACCAACTTAACGGATCAATTATCAGCAGAAGAATTCATTGTCGTCGTCATGGGTATTAATGCAATGGAAAAAAATCAAACGGCGGCTACTAGCAGTTAG	MENKIYIEDNFFSSGKTIIKNSRNERIGDLDLKTAFSTSITVYDIHNRELAAGKFKHFFSSNWLVSSSGEIRGTLKANWFSFAKKYTYTTHNREHQYTITSPVLSKSFTIMDERYQDVATFTRVNSFFSSPAYELTNLTDQLSAEEFIVVVMGINAMEKNQTAATSS				NA	NA	NA	NA	NA
AK148_03131	819	nirC	COG2116	Nitrite transporter NirC	ATGGAGCGACAGCCAATCGAGCAAGCGGTGAATCTTGCTATAAAAAAGAAGGAATTATTAAATACATCATTCATAAGATATATGTTGCGAGCGGGTTTGTCAGGAATTTATGTGGGTATAGGGTTAATATTATCGTTTAAGCTAGCAGAAGGATATTTTGATATTCAATCTCCGACTGCAACGATTATGGCATCGATCTTTTTTGGTGTTGCCCTCGTGTTAATTATTTATGGTGGTGCCGAATTATTTACTGGTAACACGATGTACTTTACGATGAGTACGTTGAGGAAGCAAACGACAGTCAAGGATACGGTGCAAAATTGGCTTGCCTGTTATAGTGGAAATTTGATTGGCGGAGTATTGTTTGCCTTGTTAATTGTTGGAACAGGATTGTATGCTTCCACAGAAAGTAGTCATTATTTAATGAAAACAGCTGCCGCTAAAATGGATTTAGGCATATGGGAACTATTTTTTCGAGGCATATTATGTAATTTGATTGTCTGTTTAGCTGTATGGATTCCTATGCATATTAAAGGCGATGGCGCTAAAATATTTGTTATGCTGTTGTTAGTGTTCGGTTTTGTTGCGTCAGGATTTGAGCATAGTGTTGCCAATATGGTTACTTTTTCATTAGCGTTAACAGCACCTCACCCAGAATCTATTACCTTATTAGGAGCGATTTATAATCTAATTCCTGTTACGATTGGTAATATTGTCGGAGGTGGTTTCTTTTTAGGAGGCATCTACGCTTATTTAGCTTCGCCTAGTAAGCAGTATAAACAAACCGTAGAGATAGCACAGGAAAAAAAGCTCGGATAA	MERQPIEQAVNLAIKKKELLNTSFIRYMLRAGLSGIYVGIGLILSFKLAEGYFDIQSPTATIMASIFFGVALVLIIYGGAELFTGNTMYFTMSTLRKQTTVKDTVQNWLACYSGNLIGGVLFALLIVGTGLYASTESSHYLMKTAAAKMDLGIWELFFRGILCNLIVCLAVWIPMHIKGDGAKIFVMLLLVFGFVASGFEHSVANMVTFSLALTAPHPESITLLGAIYNLIPVTIGNIVGGGFFLGGIYAYLASPSKQYKQTVEIAQEKKLG	PGPT0000565_111	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRTATE|NITRITE_TRANSPORT,PGPT0000565-nirC-K02598	NA	NA
AK148_03132	564	ppaX_3		Pyrophosphatase PpaX	ATGCACTTATTATGGGACTTTGACGGGACACTGATAAATACGTACCCGATGTATACGAAATGTTTTCAGCAAGTTTTAGGAAAAGGAGTAACAGAGGAGGAAATATATGGGGAACTGAAAAGATCTTTTTCTCATGCCGTTGCACATTTTCATATGACGAAAGAGCAGGAATTAGAGGTGCGCCGTCTTATTAATCAAATTCAACCAGAGGAAGTGAAACCTTTTGACGGTTTGGAGCGCGTATTACAGGCAGCAGATATCAATGTCATTATGACACATAAGGATTATAAAAACGTGAAACGCATCTTGGACTACCATGGTTTGACTTCTTATTTTAATGATATGGTTACAAGTGATGATGGATTTCCACGTAAGCCGGATAGCGCTTCCTATGCTTATTTACATCATAAGCACCGTATTGATATGGCGATAGGAGACAGAGAACTTGATTTGTTACCTGCAAAAGAACTAGGGATTAAGACGTGCAGTTTTCAAAATGAGCATGCAGAAGCAGATTTTCATCTTTCTTACTATCATGATTTTTTTTACACGATAGGGAAGTAG	MHLLWDFDGTLINTYPMYTKCFQQVLGKGVTEEEIYGELKRSFSHAVAHFHMTKEQELEVRRLINQIQPEEVKPFDGLERVLQAADINVIMTHKDYKNVKRILDYHGLTSYFNDMVTSDDGFPRKPDSASYAYLHHKHRIDMAIGDRELDLLPAKELGIKTCSFQNEHAEADFHLSYYHDFFYTIGK				NA	NA	NA	NA	NA
AK148_03133	963	ghrB_2	COG1052	Glyoxylate/hydroxypyruvate reductase B	ATGACTAAGCGGACATTAGTAATGAATGTAGATGTAAAAGAAGCACATGTGCAAAGAATTCAGCAGGCATTGCCAGATTGGAAAATTGTTGCAAATAAAGCGTTGGATGACGTGCAGGACGATATAAAAGAAGCTGAAATCATGTTGCATTGGAAAAAAGATATGGAATCCATTGTATTTGAAGAAAACAAGAATTTGCAGTGGGTGCAAACATGGAGTGCGGGCATTGATAACCTACCATTATCAGAGCTTGAGCAAAGAGGGGTTCACGTCACAAGTGCTAATGGTGTGCATGCTTATCCAATTTCGGAAACCATTTTTGCGCTTATATTGGGACTTACCCGAAAGATTCATACGTATGTGAAGCAGCAACAAGATAAAGTTTGGTATCATGCACGTTTGAATCAGGAAATACACCACAAGACGATCGGTATTATCGGTGCTGGAGCAATTGGTCAGGAAACAGCTAAAATTGCTAAAGCATTTGGCATGAAAGTGCTGGGAGTGCGTCATTCTGGAAGGCCTACTGCGTATGTGGATAATATGTACAAGCCTGAACAACTAGATCACGTACTTGCAGAGAGCGATATTATTGTTATTACACTGCCATTAACAGAAGAAACGAGACATATGTTTGCAAGAAAGCAGTTTGAACAGATGAAAGATTCTGCTCTTCTGATAAATATTGGGCGTGGTGCTATTGTTCATGAGGAGGATTTGATTAAAGCATTGCAAGCAAATGAAATAGCTGGAGCTGGTTTAGATGTTTTTGCTAAAGAGCCTTTGCCAGAAGATAGCCCACTTTGGGAAATGGAAAATGTGATTATAACTCCTCATACTGCTGGATCAACGGAGTATTATGATGAACGAGTTATAGACGATATTTTTCTCCCTAACTTACAGCAATATCTTCAAGGAAAAACACCTAAAGTGAATGCCGTTCATTTTGATAAAGGCTATTAA	MTKRTLVMNVDVKEAHVQRIQQALPDWKIVANKALDDVQDDIKEAEIMLHWKKDMESIVFEENKNLQWVQTWSAGIDNLPLSELEQRGVHVTSANGVHAYPISETIFALILGLTRKIHTYVKQQQDKVWYHARLNQEIHHKTIGIIGAGAIGQETAKIAKAFGMKVLGVRHSGRPTAYVDNMYKPEQLDHVLAESDIIVITLPLTEETRHMFARKQFEQMKDSALLINIGRGAIVHEEDLIKALQANEIAGAGLDVFAKEPLPEDSPLWEMENVIITPHTAGSTEYYDERVIDDIFLPNLQQYLQGKTPKVNAVHFDKGY	PGPT0001310_944	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-METHYLGLYOXAL_DETOXIFICATION,PGPT0001310-ghrB-K00090	NA	NA
AK148_03134	384			hypothetical protein	ATGCAACGTTTACTTTTAGAGGCTGCATGGGAAAAGACAATCGATGCTAGAGATCGGGAAGAAATAGAAAAAATTTTTGAACAAGTAAAGGAAATGAAAGAATCGCAATCGTTTTTTATATTAAGCCAAGCGCGTAATCATCGTAACGATTTGCTTGTAACGGTGCTCATTCAAAATGGTTTGGAAACGGACTGGGTTCTTTGTGGGGAGCAGTTGTCGTATTACGAAGCAAATAAGCTTATTGCAACGGAAGTTTTTTCTGATAAGCGATTAATCGTTCCTGCCAAGTGTAGCATGCCGTGGACATTGATTTTTTCTGAAAGCTCCGTACAACAGGAACCGAATTTTAAAAAAGGGGCATTACAGATGTTTTCTGAACGATAA	MQRLLLEAAWEKTIDARDREEIEKIFEQVKEMKESQSFFILSQARNHRNDLLVTVLIQNGLETDWVLCGEQLSYYEANKLIATEVFSDKRLIVPAKCSMPWTLIFSESSVQQEPNFKKGALQMFSER				NA	NA	NA	NA	NA
AK148_03135	627			hypothetical protein	ATGAATTTCTTTAGCTATATCTTATTAGGAATTTCTCTCTCTGCCCCCGTTGGACCGATAAACGCGGCACAATTAAATAAAGGGATGAATCACGGTTTTATCCATGCTTGGTTAGTTGGGCTCGGTGGAATGATTGGCGATCTGGTTTTTATGTTGCTCATTTACTTTGGCGTGGCGCAATTTTTAACGACGCCACTTATGAAAACTTTCCTCTGGCTATTTGGTTTTTTCATTCTTGTTTATACCGGAATAGAAAGTATCGTCAGCGCAAAAAAATCATTACACATTCATCGTTCTTCTCGACAAACATCAAAATTCAAATCATTTCGCGCAGGTTTTCTACTTGCTATTTCAAATCCGTTAAACATTATTTTCTGGCTAGGTATTTACGGTGCTGTATTGGCAAAAACAAGTGATTTATATAGTAATTTCCAGCTAATTATATATAGTAGTGGTATTTTTCTTGGTATTCTTATTTGGGATTTGGTGATGGCGAGTGTAGCTACTTCTTTTCGCAAATTTTTTCATGCAAAAGTGCAGTATATCATTACCGTTGGAGCTGGGATCATGCTTATCGGCTTTGGCGTCTATTTCGGATACGAGGCTTTCCTGCTGTTAACAAAGTGA	MNFFSYILLGISLSAPVGPINAAQLNKGMNHGFIHAWLVGLGGMIGDLVFMLLIYFGVAQFLTTPLMKTFLWLFGFFILVYTGIESIVSAKKSLHIHRSSRQTSKFKSFRAGFLLAISNPLNIIFWLGIYGAVLAKTSDLYSNFQLIIYSSGIFLGILIWDLVMASVATSFRKFFHAKVQYIITVGAGIMLIGFGVYFGYEAFLLLTK	PGPT0020651_847	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
AK148_03136	759			hypothetical protein	ATGGGTGCATTATATGAGAAACACTCACTTGATGAGGGAATAACCAATTTGCCACAATGGAAACAGCAAGCCTATCAGACTTTCACTAGTATGCTTATAGATACGAATACGTACCCTTGCGTTCCTGCAAGACAAGGTTTTTTAGACAATCAGCTTCGTTTCTGCTTCGTATCCGATCCACGTGAAACGAACGCTTCAGAAGAGCTAGCAACTGCATTAAAAACATATGGCAATCATGCTAGAAGCTTTGGCAATTACACGTCATTGGCCGTGTTCTTTGAGACACCAGAGGATATGATTCGCAATTATTCCGTAGAAGATTATCGCAATTTGTTTTGGAATGCTTTGAATCAAGTTACTGCTTATGATGAACAACCGTGGCCAGAAGCAATTCCACAAGAACCTGAACACCATGAGTGGGAGTTTTGTTTTGCGGGTGAGCCTTACTTTGCTTTTTGTGCTACTCCTGCACATCGAAAAAGGAAAAGCCGCTATTTTCCTTATTTTATGATAGCATTTCAGCCACGCTGGGTATTCGAAGACCTGAATGGAAACACCACATTTGGGCGCAAAATGAAAAATATTATTCGCAAGCGGCTATTGCAGTATGATGGGGTACCTGGCCACCCCGATTTAAAATGGTATGGCGAAGAGGATAATCATGAATGGAAACAATACTTCTTAAGTGACGATGATGAGAGTCCTAGCAAGTGTCCGTTTATGCGTATGAAAGAAAAAATGAGCTCGTTCTTACAATAG	MGALYEKHSLDEGITNLPQWKQQAYQTFTSMLIDTNTYPCVPARQGFLDNQLRFCFVSDPRETNASEELATALKTYGNHARSFGNYTSLAVFFETPEDMIRNYSVEDYRNLFWNALNQVTAYDEQPWPEAIPQEPEHHEWEFCFAGEPYFAFCATPAHRKRKSRYFPYFMIAFQPRWVFEDLNGNTTFGRKMKNIIRKRLLQYDGVPGHPDLKWYGEEDNHEWKQYFLSDDDESPSKCPFMRMKEKMSSFLQ				NA	NA	NA	NA	NA
AK148_03137	1209	rocC	COG0833	Amino-acid permease RocC	ATGGCGATTAAAAACAGTGGTCCTCTGGTTATAGTGGCATTTGTTTTAGCGGCAGCAGGAACGTTTATCGTCTACGATTCTTTGGCGAGTATGTCAGTGGATGACCCAAATAAAGGGTCATTTCGCTACTATTCTCAAAAAGCATTTGGCAGTTGGGCAGGTTTTAGCAATGGATGGGTGTATGCTTTTTCAGAAATTCTAATTATGGGTAGCCAACTTATCGCCTTAGGGATATTTACACAATTCTGGTTTCCAAATGTTTCTTTATGGCTGCTTTGTGCCATATATGGCGTATTAGGGCTACTGGTCATTTTAACTGGTATGAAAGGGTTTGAAAAAATAGAAGGCTTATTTGGCGTAATGAAAACAGCTGCCATCCTTATGTTTATTTTCGTAGCGGTATTTCTATTAGTGAACTTTGCAGGAGGAGAAAGTTTATCACCTTCCTTCAACAAAACAAACCTATTTTCAGAAGGACCAATCGGTGTTTGGCATGCATTGATTTATGCTTTTTATGCGTTCGGTGGTGTGGAGGTAATGGGGTTACTAGTTATTGATTTAAAAAACACGAAAGAGGCTCCTAAAGCTGGAAGGGTAATGATGATTGTCCTTACTGCTATTTATATTATATCTATTAGTCTCATTCTCGTTCTTATATCATGGCAAACGATCCATGCTGATGAAAGTCCGTTTATTACAGCGCTTAACCCGTTCTCCATTCCTTATGTCACAGATATTTTTACCGGGGTCTTCATTATTGCAGGCTTTTCTACGATGGTTGCAGCACTATTTGCAGTCCTCACGATTTTAGTTTCGTTAGCAGAAGACCACCATGCTCCTTCTATTTTTCAGCATCATGGGAAATGGAATGTGCCTTGGCCAGCATTTTTATGCACGACAGGTGGGTTGGCGGTATCCGTTATTATTGCGCTTGTGTTACCAGAGCGCTTATTTGAATATGTGACGACTGCTGCTGGGTTAATGCTACTCTACAATTGGATGTTTATATTAGCTACGTTCTTAAAACAAAAGCAACAAACAGGGTGGCAAAAAATAAAGCCGCTCATCGGAATGCTACTTATTGCCATAGCTGTATCTGGTACATGGGTGGAGAAAACGAGTAGAATTGGCTTTTTCGTCAGTTTTATTTTTATTTGTTTCATTGCTTTAGCTACTTTCTTGTCTCGTTCCACAAGACAACATGGATAG	MAIKNSGPLVIVAFVLAAAGTFIVYDSLASMSVDDPNKGSFRYYSQKAFGSWAGFSNGWVYAFSEILIMGSQLIALGIFTQFWFPNVSLWLLCAIYGVLGLLVILTGMKGFEKIEGLFGVMKTAAILMFIFVAVFLLVNFAGGESLSPSFNKTNLFSEGPIGVWHALIYAFYAFGGVEVMGLLVIDLKNTKEAPKAGRVMMIVLTAIYIISISLILVLISWQTIHADESPFITALNPFSIPYVTDIFTGVFIIAGFSTMVAALFAVLTILVSLAEDHHAPSIFQHHGKWNVPWPAFLCTTGGLAVSVIIALVLPERLFEYVTTAAGLMLLYNWMFILATFLKQKQQTGWQKIKPLIGMLLIAIAVSGTWVEKTSRIGFFVSFIFICFIALATFLSRSTRQHG	PGPT0014230_256	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0014230-proY-K11736	NA	NA
AK148_03138	942	arcA_2		Arginine deiminase	GTGCGATTAGAGCAACCAAACTGCTGGTCAGAGCATGGTGCATTACAAACAGTGCTCGTTTGTTCTCCCTCCGTACAAAGTATTCCAAGTCTACAAGTGGCAGAGAATGTACAATGGAATGCTCCAGTTCAACAGGATGTAGCAATGGAAAATCATCATTCACTTATATCTGTTTTGAAACAGGAAGGTGTTCAAGTGATTGATTATGCTTTGTACTTGGATCTGGTCACGAGGCAATTAAATGAGCAATTAATTAATCGTTTTTTTGTACGTGATTTGGCTTGTGTATTTGGCAACACGATACTCCCGGGGATCGCAGGGACGTTTATGCGGCGAGCAGAATATGATCACGTTCATAAACTTTTGGAAAACTGGTTTCCAGAAACTTTTATTAAAGGCGTCACGGAAGGTGTAAAGGCATTAGAATATGGAGATGTCCTCATTCTAAATGCAAATGCTGTTTTTATTAATATTGGTATGCGTACAAGCTTGGAGAGTGTGGAACAAATGATGGGGCATATTTTTCAAGCAGGATTTACAGAAATTGGACTGATTAGTTTGCCAAGGCGGGCAGACACGCTTCATTTAGATATGAATTGTAATGTGGCAGCAGAGGATGTCGTCATTGCTAAAAGCTATATGTATTATTTGCCAGTGCAAGTTGTCAATAAAGAAGGAATAAAGGGCTATGACATGACAGAGAAGTTTTTGCATCGTCATGGGTTTGACATATATTGGTTGGACCATTATGAGACAATACCTGATATTAACTTTCTTAATATAAACCCAGATACATTATTAATTAGTAAACAAGCACATAAGCAAATGTTAAAATCCCATCCCAAATTAAAGAACAAACGCTTTATAGAAATAGACGTTTCCGAATTAGAAAAAGCTGGCGGAGGTATCCGTTGTATGACGTTGCCTCTGGTTCGTAAATAG	MRLEQPNCWSEHGALQTVLVCSPSVQSIPSLQVAENVQWNAPVQQDVAMENHHSLISVLKQEGVQVIDYALYLDLVTRQLNEQLINRFFVRDLACVFGNTILPGIAGTFMRRAEYDHVHKLLENWFPETFIKGVTEGVKALEYGDVLILNANAVFINIGMRTSLESVEQMMGHIFQAGFTEIGLISLPRRADTLHLDMNCNVAAEDVVIAKSYMYYLPVQVVNKEGIKGYDMTEKFLHRHGFDIYWLDHYETIPDINFLNINPDTLLISKQAHKQMLKSHPKLKNKRFIEIDVSELEKAGGGIRCMTLPLVRK	PGPT0020075_1520	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020075-arcA-K01478	NA	NA
AK148_03139	624			hypothetical protein	ATGCACAACATGAATCAGCAAGGTAACCAGCAACAACCTAGATCGATGCCAAATCAGCAAAACACCAATCATGGAGGTCATGAATTATTTGATGCACATGAAATCATTGCGGGGATAATTAGTATGCTTGACCAATACCAAATGTATGATCAGCATATACAAGACCCCGAGTTAAAGGATATTTTACAACGACAAACCGCTTTCGTCACGCAAGCTTACAACACAATTGTGCAAACATTTCAAACCGGACAAGACCCCGCTGTGCCAACACAACAATATGAGATGCAGCAAGATAACAATGTCGTTTATGGCATAACCCCGGGTCAGCCCAAAAAACCAAACGCATCCATTAACGACTTATCTGATCAAGGGCTGTCTGCTTACATGCTCGGAAACACAAAATCTTTAAGTTCACTACTAGCGATGACAGCTACGGAAATGACAAACCCTGTACTGCGTCGCGTCATTGCAGATACCGTTCCAAACTTTATCGAAATGAGCTATGAAATCTTTCTATATCAAAACAAACATGGCTACTATCAAGTCCCACAGCTAGCACCACAAGACATGCAACATATGTTAAACAGCTATACAATCGTGCAGCAAGGTAATCAATTACATTAG	MHNMNQQGNQQQPRSMPNQQNTNHGGHELFDAHEIIAGIISMLDQYQMYDQHIQDPELKDILQRQTAFVTQAYNTIVQTFQTGQDPAVPTQQYEMQQDNNVVYGITPGQPKKPNASINDLSDQGLSAYMLGNTKSLSSLLAMTATEMTNPVLRRVIADTVPNFIEMSYEIFLYQNKHGYYQVPQLAPQDMQHMLNSYTIVQQGNQLH				NA	NA	NA	NA	NA
AK148_03140	390			hypothetical protein	GTGTGTGCTAGAAAAAGCACACACGCTTTTTTAAGTCGCTCGAGTTCGTCGTCAATTCGCCCGCTCCCGCGCGTATTTCGCTCAAGCAAGTCGGTAATTCGCCCGCCCCCGCGCGTATTCCGCTCAAGCAAGTCGGTAATTCGCCCGTCCCCGCGCGTATTTCGCTCAAGCAAGTCGGTAATTCGCCCGCCCCCGCGCGTATTTCGCTCCTGCAAGTCGTCAATTCGCCCGTCCCCGCGCGTATTCGCTCATGCAAGCGAGCAATTCGCCCGTCCCCGCGCGTATTTCGCTCCTGCAAGTCGTCAATTCGCCCGCCCCCGCGCGTATTACGCTCATTCAAGTTTGCAATTCGCCCGCCCCCGCGCGTATTTCGCTCAAGCAAGTCGGTAA	MCARKSTHAFLSRSSSSSIRPLPRVFRSSKSVIRPPPRVFRSSKSVIRPSPRVFRSSKSVIRPPPRVFRSCKSSIRPSPRVFAHASEQFARPRAYFAPASRQFARPRAYYAHSSLQFARPRAYFAQASR				NA	NA	NA	NA	NA
AK148_03141	1170	pbuE	COG2814	Purine efflux pump PbuE	ATGGATAAACGTGTATATTTACTCACTATCGTATCATTTGTAGTTGGAATGGTAGAATTAATCATCGGGGGCATATTAGATTTAGTGGCAGCAGATTTGAATGTCAGTCTTGGTAAAACGGGGTTGTTAATTACGATATTTTCACTTGTATTTGCCATTACAGCACCAATTCTAATGATTGTCACCGCAAAATTTGAGCGAAAGCGACTTATGTTATTTTTCTTACTGCTTTTTTCTTTAAGTAACTTAGTTGTTGCGTTTAGCTCTGTATATAGCATGTTATTTGTTGGTCGAATGCTTTCAGCAGCAAGTGGATCGCTATTAATTATTCTCTGTTTAACGATCGCTGCTAACATTGGTAGTGAGAAGCACCGTGGACGTGCCATTGGTTTTGTATCAATGGGAATTAGCGGTTCAATCGTTCTAGGTGTACCAATCGGGTTGGTACTGGGCAATACATTCGGTTGGCGTGCTCCATTTTTATTCATTGTCTTATTAACGTTGCTGTCCATGGTCGGTGTTTATTTCTTCATGGACAAAGTACAGCCTAAACCGCAAGTACCAATAAAAGAACAAATTAACTCATTAAAAGAAAGTAAAATATTTTTAGCGCACTCGACTACTTTCTTATTTATGGCTGGACATACAATACTCTATGCTTATTTCACTCCATTTGTAAAAGAAACAATGGGGATTAGTGGTAGTTGGCTTAGCGTAATTTATTTTGTGTTTGGCATTGCAGCTGTTAGTGGTGGAGGCATAGGTGGAACGATATCTGACCGTTTTGGTACAAAGCGAACCATGCTTACAACATTAATTCTTTTTGCTGCATCTATATTTATCCTTCCATTTACAACGTCTATATGGCCGATATTCATTATTGTGATGATTATATGGGGGATGATGAGTTGGGCGATTACCCCAGCATTGCAAAGTTATTTAATTGAATCGGCTCCTGCAACAGCAGATATTCAGCAGAGCTTAAATAATTCTGCCTTACATTTTGGAATTGCGTTTGGTTCTTTTATCGGCAGTATTGTCATTGAACAAGCTCACGTGGAACAAAATGCCTTTGCAGGCGGAGTGCTAATTAGCTTTTCTATCATTACAATATTAATTTCAATGTCCAAGACTGCAGTCACAAGAAAACATAAAGCAATATATAAATAA	MDKRVYLLTIVSFVVGMVELIIGGILDLVAADLNVSLGKTGLLITIFSLVFAITAPILMIVTAKFERKRLMLFFLLLFSLSNLVVAFSSVYSMLFVGRMLSAASGSLLIILCLTIAANIGSEKHRGRAIGFVSMGISGSIVLGVPIGLVLGNTFGWRAPFLFIVLLTLLSMVGVYFFMDKVQPKPQVPIKEQINSLKESKIFLAHSTTFLFMAGHTILYAYFTPFVKETMGISGSWLSVIYFVFGIAAVSGGGIGGTISDRFGTKRTMLTTLILFAASIFILPFTTSIWPIFIIVMIIWGMMSWAITPALQSYLIESAPATADIQQSLNNSALHFGIAFGSFIGSIVIEQAHVEQNAFAGGVLISFSIITILISMSKTAVTRKHKAIYK	PGPT0021080_245	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021080-pbuE-K18567	NA	NA
AK148_03142	1332	malH_3	COG1486	Maltose-6'-phosphate glucosidase MalH	ATGAAAAACAAATTATCTGTCGTTATTGCAGGTGGAGGGAGTACGTATACGCCAGAAATTATTCTAATGCTGTTGGACAACCTAGATCGCCTTCCTTTACGCAAAATTAAGCTATATGATAATGATGAAGCAAGGCAAAATAAGGTTGCTAAAGCATGCGAGATTTTAATTAAAGAAAAAGACCCAACGATTGAATATGTGGCGACAACAGATCCTGAAGAAGCGTATACCGATGTGGATTTTTGTTTAGCGCACATACGTGTAGGTCAATTACCTATGCGTGAATTGGATGAGAAAATACCATTAAAATACGGTTGTGTAGGACAGGAAACATGCGGACCAGGTGGAATAGCATATGGCATGCGTTCTATTGGCGGGGTAATTGAAAACATTGATTATATGGAAAAATATTCTCCGCATTGTTGGATGTTAAACTATTCGAATCCAGCTTCTATTGTGGCAGAAGCGACTCGGAGACTACGACCAAATTCAAGGGTCATTAATATTTGTGATATGCCAATCGGAATGGAACATGGCATTGCTGATATTGTTGGTGTTCCTTCTCGTAAAGATTTAGATATTCGCTATTACGGTCTTAATCATTTCGGGTGGTATACTTCTATAAAAGATAAAACCGGAAAAGAATTACTTCCAGCGTTAATTGAACATATGAAGCAATATGGTTTTATTAATGGGGAAGAAGGAATGGCAACGGAAAATAAAGATAGTTGGTTTGAGACGAATCTATTTGCGAAGCATTTAGTTGCTGTCGAACCTACGACCATTCCAAATACGTATTTAAAATATTACCTCTACCCGGATTATGTGGTAGAACATACAGATCCAGGCTATACACGAGCCAATGAAGTAATCGACGGCAGAGAGACGGAAGTGTTCACAGCTTGTGCGGAAATTGAAAAAAATGGTCATTCCAAAGGCACGAGTCTTGAAATTGGCATACATGCTGAGTTTATTGTTGATTTAGCAACGGCGTTAGCATTTAATACACAAGAACGTATGTTAATTATTGTTGAAAATAAAGGCGCTATTAAAAATTTCCCTGATGATGCTATGGTGGAAATACCTTGTATTGTCGGCAAAGATGGTTATGAGCCGTTAGCAATGGGAGAAATACCTACCTTCCAAAAAGGACTTATGGAGCAGCAGGTAGCTGTTGAAAAGTTAGTAGTAGAAGCATGGATCGATCAGTCATACCAAAAGCTATGGCAAGCTTTAACTTTGTCACAAACCGTTCCAAGTGCAACAGTAGCAAAGCAATTGCTTGATGATTTAATGGAAGCAAATAAGCAATATTGGCCTGAACTTCATTAA	MKNKLSVVIAGGGSTYTPEIILMLLDNLDRLPLRKIKLYDNDEARQNKVAKACEILIKEKDPTIEYVATTDPEEAYTDVDFCLAHIRVGQLPMRELDEKIPLKYGCVGQETCGPGGIAYGMRSIGGVIENIDYMEKYSPHCWMLNYSNPASIVAEATRRLRPNSRVINICDMPIGMEHGIADIVGVPSRKDLDIRYYGLNHFGWYTSIKDKTGKELLPALIEHMKQYGFINGEEGMATENKDSWFETNLFAKHLVAVEPTTIPNTYLKYYLYPDYVVEHTDPGYTRANEVIDGRETEVFTACAEIEKNGHSKGTSLEIGIHAEFIVDLATALAFNTQERMLIIVENKGAIKNFPDDAMVEIPCIVGKDGYEPLAMGEIPTFQKGLMEQQVAVEKLVVEAWIDQSYQKLWQALTLSQTVPSATVAKQLLDDLMEANKQYWPELH	PGPT0014100_238	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0014100-glvA-K01232	NA	NA
AK148_03143	1329	sdaC	COG0814	Serine transporter	ATGGGTCAAACTGTGGCTAAAGTACAGGAAGTTGAAAAAACTACAGAAGATGTTAAACAATATAAAAATCCTAATAAATGGCATATGCAAGATACCACTTGGGCAATGAGTCTTTTTGGAACAGCAATTGGGGCAGGGGTACTCTTCTTACCAATTAATGCTGGGGCAGGGGGGATATTATCTTTACTTTTAATTACGGTACTTGCATTTCCTGTCATGTACTTTTCACATCGGGCAATGGCTAAAATGATCTACTCTTCCGAATCTGCTGCTGGCGGGATTACTGCTACAGTGAGGGAATATTTCGGAAAAAAAGCTAGTACGGTTTTTGATATCATCTATTTCTTTTCGATCTATGCCATCTTACTTATGTATGCAGTTTCGTTAACGAATACTGCAGGAAGTTTCATGGAGCACCAATTGAATATGCAGGCGCCATCAAGAATTATCCTATCGCTTATTTTGGTTCTTGGTCTAATTTTTATGGTGAACTTTGGTCATGATGTCACTGTAAAAGTAATGAGCTGGATTGTATATCCATTTATAGCAGCCTTGGTGTTTTTATCTTTATACTTAATTCCCCAATGGGATTTATCAAATTTAAGTTTAGCTGGTAATTTTGCATCTGCAAATGGAGGTGTAGGTTTTACAGATGTTTTAGGAATGACTTGGTTTATCCTACCAATTATCGTATTTTCGTTTAACCATTCTCCTATGATATCTACTTTTGTTATTAAGCAACGGGAAAGCTATGGAATAGAAAATGTAGACCAGAAGTGTGCTAAAATACAAAAAGTTTGTTATATCATAACGATTTCAGTTGTGTTGTTCTTTGTATTCAGTTCTGTTTTAAGTGTCACTACTAGTGAATTGGAAATTGCCAAAGAACAAAACTTACCAATACTTTCGTTTCTTGCTAATAAATACAGTATGCCGTTATTTGCCTATGCAGCTCCTATCATTGCTTTTATTGCTATTACAAAATCGTTTCTTGGCCATTACGTAGGTGCATATGAAGGGCTAGAGGACATTATTGTGCAAGCCTTTAAATCCCGTGGAAAAGATATAAATAGTAAAAGAGTAAAGAATATCATTGTTGGTTTTATGATTGTGACATGCTGGCTAGTTGCTTATGCGAACCCAAGTATTCTTGATCTTATCGATATGATTAATGCACCACTAATTGCGTTGATATTATTCTTATTACCAATGTATGCAATTTATAAAGTGCCTGCACTAGCTAAATACAGAAAACATTATATTACCAACGCATTTGTCATTATTGTGGGTATACTAGTAGTTCTATCAAGTATTAAAGCATTCTTTTAA	MGQTVAKVQEVEKTTEDVKQYKNPNKWHMQDTTWAMSLFGTAIGAGVLFLPINAGAGGILSLLLITVLAFPVMYFSHRAMAKMIYSSESAAGGITATVREYFGKKASTVFDIIYFFSIYAILLMYAVSLTNTAGSFMEHQLNMQAPSRIILSLILVLGLIFMVNFGHDVTVKVMSWIVYPFIAALVFLSLYLIPQWDLSNLSLAGNFASANGGVGFTDVLGMTWFILPIIVFSFNHSPMISTFVIKQRESYGIENVDQKCAKIQKVCYIITISVVLFFVFSSVLSVTTSELEIAKEQNLPILSFLANKYSMPLFAYAAPIIAFIAITKSFLGHYVGAYEGLEDIIVQAFKSRGKDINSKRVKNIIVGFMIVTCWLVAYANPSILDLIDMINAPLIALILFLLPMYAIYKVPALAKYRKHYITNAFVIIVGILVVLSSIKAFF	PGPT0011650_55	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|COLICINS,PGPT0011650-sadC|dcrA-K03837	NA	NA
AK148_03144	882	sdhA_1		L-serine dehydratase, alpha chain	ATGTATATGTCCATTAAAGAAATAGTAGATACTGCAAATGAAAGACAAGTACCCATTTATACATTAGCAATAGAGCAGGAAATGGAAGTAATGAGATCTACTTTTGATGAAACTTGGAGTAAGATGGAAAAGAATTTAAAAACGATGGAAAATGCTGTGAATAAAAGCACTGAAGGCGATGGCGTATTTTCCCTGACAGGGTTAACTGGAGGAGAAGCGGTAAAAATAAAAAAATATCGTGCTAACGGGAAAACGCTTTCTGGTGATATAATGATGAACGGTGTCCAGAATGCTATAGGTACAAATGAAGTGAACGCAGCTATGGGGGTTATTTGCGCTACGCCAACCGCTGGGGCAAGTGGTACCACACCAGGTGTGCTATTTACTATTAAAGAAACATTACAGTTAAGTCGTGAAGAACAGATTCATTTTCTGTTTACTTCATCATTATTTGGCATGATTGTAGCAAATAATGCGTGCATTGCAGGAGCTTTAGGAGGGTGTCAAGCAGAAGTAGGTAGTGCCTCCGCAATGGCGGCTGCAGCGGCAGTAGAAGCTGCAGGAGGGACACCAGAGCAATCAGCGCACGCTTTCTCGACCGCTCTACAAAATTTACTTGGTTTAGTTTGTGATCCAGTCGCAGGTTTAGTAGAGGTTCCTTGTGTAAAAAGGAATGCCGTTGGAACGGCTAATGCATTAGTGGCAGCAGATTTAGCATTGGCTGGTGTAGAAAATCTAATAAATGCTGATGAAGCAGTTGAGGCAATGTATAAAGTGGGTAGACAGATGCCACGGGAATTAAGGGAAACTGGATTAGGTGGGGTTGCAGACACGCCGACAGGAATTGCTATTAGAAATAAAGTTCTTGGAAAAGAAGAATAA	MYMSIKEIVDTANERQVPIYTLAIEQEMEVMRSTFDETWSKMEKNLKTMENAVNKSTEGDGVFSLTGLTGGEAVKIKKYRANGKTLSGDIMMNGVQNAIGTNEVNAAMGVICATPTAGASGTTPGVLFTIKETLQLSREEQIHFLFTSSLFGMIVANNACIAGALGGCQAEVGSASAMAAAAAVEAAGGTPEQSAHAFSTALQNLLGLVCDPVAGLVEVPCVKRNAVGTANALVAADLALAGVENLINADEAVEAMYKVGRQMPRELRETGLGGVADTPTGIAIRNKVLGKEE	PGPT0001975_3926	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001975-sdaA|sdaB|tdcG-K01752	NA	NA
AK148_03145	693			hypothetical protein	ATGAGCGTAGTAACGATGAGAGAAAAAAAGAATGTCAGTTACAAAAGTTGTTTTGATGTGATTGGACCAGTTATGATAGGACCCTCAAGTTCACATACGGCAGGCGCTTTAGCAATGGGATTGATTGCAAATAAATTATTTAAAAAACTTCCAAAAAAAGTGGTAGTAAAGTATTACGAATCTTTTGCAGAAACGCACAAAGGACACGGAACAGATTTAGCGATTATTTCTGGTATATTAGGTTTTGAGGCTGATGATAGCAGGGTGCTAGAGGCTATTAAAATAGCAGAATCTAAAGGTATTGATATTACTTTTTTAGAAAAGTCAGGAGATAGCCCTGCTGGACATCCCAATACTGCTGATATTTACCTCGAGGATGATAGCCGATATATTCGAACAATGGGCATTTCAGTTGGTGGCGGATTGATTAAAGTGAAACATATTGAAATCGATGGATTTACCTTACAACTCGAAGGTTCATTACCGATCATGATAGCAATTTCGGGAAGCGACAATCTGGAACTTGAATTGCACAGAATATTTAAAAAACACGACGTGGACATTAATAACTCTACCAGTTTGGAGAAAGACGGAAAATACTTATACCAATTCGATTTGGATTCACAATTAAGTAGTGATGCTCGGAAAGAATTAGAAAAACTCAGTGAGACAGCTAATGTCATTATACTTTAA	MSVVTMREKKNVSYKSCFDVIGPVMIGPSSSHTAGALAMGLIANKLFKKLPKKVVVKYYESFAETHKGHGTDLAIISGILGFEADDSRVLEAIKIAESKGIDITFLEKSGDSPAGHPNTADIYLEDDSRYIRTMGISVGGGLIKVKHIEIDGFTLQLEGSLPIMIAISGSDNLELELHRIFKKHDVDINNSTSLEKDGKYLYQFDLDSQLSSDARKELEKLSETANVIIL	PGPT0001975_4289	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001975-sdaA|sdaB|tdcG-K01752	NA	NA
AK148_03146	675			hypothetical protein	TTGGATGATCAACTTTTTCGACACTATAAAAATATAATGAATTATTTTGGTGAAATTTGTGGTTCTAATTATGAATTCGTATTACATGTTTTAGATTCTGATGGAGGTTCTCACATTGGTCACATCATCCATGGCGAATTAAGTGGAAGATCATTAAATAGCCCCTTAACGAACTATGCAAAAAAATTAATTGAGGACAAAGTATATTTAAAGAAAGATTTTGTTGTAAATTATGTTGGAGAAGGGCCAAAGGGTAAGAAATTTCGTTCGTCTACCATGTTTATCAAAGACCATAACGGTCAATTACAAGGTCTTTTATGTATAAACTTTGATGCAGATGCCTATCGGAAAGTCGCAAAGGATTTATTACATTTAGCTAACCTAAGCTGGGATATAGAGTATATAGACAAACAAACCGAACAGGAACAATCCGTTGAAAAACTGACCGAAAATATTCACAACATTATTTATACACAAGTAGACAAAGATATATTAGAATCGGGTGCCCAATTATCAACTGAACAAAAAAAACTCGTTATTTCCAAATTAAAGGAACATGGTGTATTTGATATTAAAGGTACGGTAATGGACGTTGCTAAAGTCATGGGAATGTCTGAATCAAGTGTTTACCGTTATCTACGAATCGTATCGCTTAACGAAAATAACAATAATTGA	MDDQLFRHYKNIMNYFGEICGSNYEFVLHVLDSDGGSHIGHIIHGELSGRSLNSPLTNYAKKLIEDKVYLKKDFVVNYVGEGPKGKKFRSSTMFIKDHNGQLQGLLCINFDADAYRKVAKDLLHLANLSWDIEYIDKQTEQEQSVEKLTENIHNIIYTQVDKDILESGAQLSTEQKKLVISKLKEHGVFDIKGTVMDVAKVMGMSESSVYRYLRIVSLNENNNN				NA	NA	NA	NA	NA
AK148_03147	663	sdhB_2		L-serine dehydratase, beta chain	ATGAAATACAATTCTGTGTTCGATATTATTGGTCCTGTTATGATAGGACCATCCAGTTCCCATACTGCTGGTGCAGCGCGAATTGGTAAAGCAGCTAGAAATTTATTAGGGTCTGAACCGAACTGGGCCAAAATACATTTATATGAATCATTTGCTAAAACGCATAAAGGGCATGGCACAGATTTCGCTTTAGTGGGAGGGTTGCTTGGCTTTGAAACAGATGACCCACGTATGAATCAATCATTAGAAATAGCAAAAGAACGCAATTTTTCCATTGATTTTATTGAAGATACAGCAGCTGTAGACCACCCTAATACAGCCCGATTAATCGTTGGTAATGATCAAAACCAAGTCGAGTTAGTCGGCATATCCATTGGTGGTGGCAAAGTCGAAATTACGGAATTAAATGGTTTTAAGCTACGTTTATCTGGCAACCATCCTGCACTGTTAATCATGCATAATGACCGCTTTGGCGCGATCGCTTCCGTAACAACCATTTTAGCCAAACATGAAATAAACATTGGTCACATGGAAGTAAATCGAAAGGATGTTGGTGATGCTGCGTTAATGGTTATTGAAGTCGATCAAAATATCAAAGATACGCTTTTGAATGAATTACGCCAAGCACCACATATTACAACTGTTTGTACGATTATTAGTTGA	MKYNSVFDIIGPVMIGPSSSHTAGAARIGKAARNLLGSEPNWAKIHLYESFAKTHKGHGTDFALVGGLLGFETDDPRMNQSLEIAKERNFSIDFIEDTAAVDHPNTARLIVGNDQNQVELVGISIGGGKVEITELNGFKLRLSGNHPALLIMHNDRFGAIASVTTILAKHEINIGHMEVNRKDVGDAALMVIEVDQNIKDTLLNELRQAPHITTVCTIIS	PGPT0001975_4810	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001975-sdaA|sdaB|tdcG-K01752	NA	NA
AK148_03148	867	sdhA_2		L-serine dehydratase, alpha chain	ATGTTTCGAACAGTAGCCGAACTGGTGGAAATCGCCGAAAAAGAAAATATATTACTATCAGAAGTGATGATCCAACAAGAAATGGATGTTAAAGAACAAACGCGTGAAGAAGTAATCGCAGGTATGGAAAAAAATCTTGAAGTCATGGAAAAAGCTATTGAAGAAAGTTTACAAGGCGTGACATCTGTTACTGGATTAACAGGAGGAGACGCCGTCCTGATTCAAAATTATATGCAAGAGAAAACACCACTATCTGGTCATCTCCTTTTAGATGCGGTGAGTAAAGCAATGGGAACAAACGAAGTAAATGCTGCCATGGGAACGATTTGTGCAACCCCAACTGCAGGGAGCGCCGGGTGTGTTCCAGGAACGTTATTTGCAGTTAAAAACCAATTACACCCTACTCGCGAGCAAATGATTCGCTATTTATTCACTGCCGGTGCATTTGGCTTTGTCGTAGCAAATAATGCATTTATCTCAGGAGCAGCTGGTGGTTGCCAAGCAGAAGTAGGGTCAGCTGGCGCTATGGCTTCAGCAGCTATTGTGGAAATGGCTGGGGGAACACCTCAGCAATCTGCAGAAGCATTTGCCATGACTTTAAAAAACATGCTCGGGCTTGTCTGTGATCCTGTAGCAGGCCTTGTTGAAGTTCCTTGTGTAAAACGAAATGCTGGCGGCTCCGCACTTGCAATTGTATCTGCAGACATGGCATTAGCAGGTGTTACAAGTAGAATTCCTTGTGATGAAGTGATTGGAGCTATGTATCGAATTGGAAAAACAATGCCTTCTGCGTTACGAGAAACAGGAGAAGGCGGACTTGCCGATACTCCAACAGGACGCTGGTTGAAGGAAAGAATATTTGGTTAG	MFRTVAELVEIAEKENILLSEVMIQQEMDVKEQTREEVIAGMEKNLEVMEKAIEESLQGVTSVTGLTGGDAVLIQNYMQEKTPLSGHLLLDAVSKAMGTNEVNAAMGTICATPTAGSAGCVPGTLFAVKNQLHPTREQMIRYLFTAGAFGFVVANNAFISGAAGGCQAEVGSAGAMASAAIVEMAGGTPQQSAEAFAMTLKNMLGLVCDPVAGLVEVPCVKRNAGGSALAIVSADMALAGVTSRIPCDEVIGAMYRIGKTMPSALRETGEGGLADTPTGRWLKERIFG	PGPT0001975_4171	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001975-sdaA|sdaB|tdcG-K01752	NA	NA
AK148_03149	996	fabH	COG0332	3-oxoacyl-[acyl-carrier-protein] synthase 3	TTGCTTAACACTAAAATTATTGGAATTGGTAAAAAATTAGGTTCAATCGTAAAAACAAGTGAAGCTTTAAGTCAAGAAATGGGTGTAGATGGAGATTGGATAGAAAGGGCCTCTGGAGTAAATTCAAGGTATTATGTAGATTTTAATAACGGAGAAAATGCCCTTTCACTTGGAACTCAAGCAGCTAATTTAGCAGTTAAAGACTCTAATATTAAACTTGAAGATATTGATTGTATTATTGGTGCATGTGGCAGTCCACTGCAAGCTATACCATGTAACGCCTCTTTGTTCCAAAGAGAATTAGGCTTAGAAAACTCTGGTGTTTCATGCTTTGATGTTGATACAACTTGTTACAGTTTTCCTTTAGCTGTTTTTATTGCTTCAACACTAATTCAATTAAATGTATACAACAAAATACTTATTATTAGTTCTGACGCACCAAGTCCAACTCTTGAGGCAGCTGAACGTGAGGTTCGGGCTTTATTTGGGGACGGAGCAGCAGCAGTTGTCGTTTCAAAAACTCCAGAGGGCGAAAAAAGTAAAGTTCATCACTTCAAATTAAATACATACAGCAATGGAGCAGACCTTACTTCCATAAAAGGCGCAGGAACTTTAAGACACCCAAACCATCCAGAGACAAAACCAGAAGATAATATTTTTCAAATGGATGGTAAAAAAGTTTATAAATTAGCTTTAAAACATTTGAAACCCTTTTTGAAAGAGTTAGAACATGAAAGCAAAATCATCAATTCTAATTATAAATACATTGTGCCCCATCAAACAAGTAAGAATGGAATGAAAATATTTTATAAACATGGATTTGCAATTGATAGAGTAGCAAATCATTTAACTAATCACGGAAATTGCATTGCCGCATCTATTCCTATGGTACTACATGATTACATTAAAGGAGATAAAATTAAAAGAGGTGACAAAATTTTATTATTTGGAACTTCAGCAGGTCTTTCCCTTGGTGCTTTAAGTTTAACTTATTAA	MLNTKIIGIGKKLGSIVKTSEALSQEMGVDGDWIERASGVNSRYYVDFNNGENALSLGTQAANLAVKDSNIKLEDIDCIIGACGSPLQAIPCNASLFQRELGLENSGVSCFDVDTTCYSFPLAVFIASTLIQLNVYNKILIISSDAPSPTLEAAEREVRALFGDGAAAVVVSKTPEGEKSKVHHFKLNTYSNGADLTSIKGAGTLRHPNHPETKPEDNIFQMDGKKVYKLALKHLKPFLKELEHESKIINSNYKYIVPHQTSKNGMKIFYKHGFAIDRVANHLTNHGNCIAASIPMVLHDYIKGDKIKRGDKILLFGTSAGLSLGALSLTY	PGPT0008355_2947	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008355-fabH-K00648	NA	NA
AK148_03150	210	acpP_1	COG0236	Acyl carrier protein	ATGTCAAATATGTTAGATATTCCTAAAGATAAAATAACAGAATTAACAGAATTCAAAAAGGATCTCGGACTAGATTCTTTAGATTTAGTAGAATTAATTATGGAATTAGAAGATGAATTTGACATAACAATAGAAGATGAAGAAGCAAGCAAGTTCACAACCGTAAACGATGCTCTATCACATATATATGATTTACTTAACAATAACTAA	MSNMLDIPKDKITELTEFKKDLGLDSLDLVELIMELEDEFDITIEDEEASKFTTVNDALSHIYDLLNNN	PGPT0011375_8007	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0011375-acpP-K02078	NA	NA
AK148_03151	312			hypothetical protein	GTGGTATCTGGACAACAAATTAAAGTGAACTTTATAGCACTGCAAAAAATTATTGATGAGTTACGAGTAGCGATTGATGATTTTGAAGGGTATACAACAGACTTTCGCTCTAATACGAGGGACAGGCTTAAAACCTTTAATTCGGATTTTATCTCCAAAGTGGATGGTTTATTAGATAACATGAATAACGATCTCAATCAAGACTTGGTCAAACAGATGGAAGAAATTCATCAAGCAGGTGTAGCACTACTTAAAGGCATGAAAGAAGTTGACGAGGAGCTGGGAGCAGCCATTGGCGGTGAAGGTTCGTGA	MVSGQQIKVNFIALQKIIDELRVAIDDFEGYTTDFRSNTRDRLKTFNSDFISKVDGLLDNMNNDLNQDLVKQMEEIHQAGVALLKGMKEVDEELGAAIGGEGS				NA	NA	NA	NA	NA
AK148_03152	225			hypothetical protein	ATGGCATTATATGATCGCGATTTTTGCCGTGGCTTGTTGTACGCGGGATGGGATGCAGGGATTATTAACAATTTGCAAGATGCACGGAAGGAAATTAAACAAAACTTTGCTGATATGGATTTAGAAAATGCATCTGTAGAGGAGCATATGGAAGCGATTGTGAACGAGATGGTGCATGAACTTCAACAATTAATTTCGGAAATCGAATCTATTCATTTTCGCTAG	MALYDRDFCRGLLYAGWDAGIINNLQDARKEIKQNFADMDLENASVEEHMEAIVNEMVHELQQLISEIESIHFR				NA	NA	NA	NA	NA
AK148_03153	708			hypothetical protein	ATGACGGAAAGGATGCAAAAACAATTAACCACACTTGTTTTAAAGAAAGTAAATCAAATATTGGAAACATCGCGCACCGGTTTGGGTTTGGACCTAAAACAAAACGTTCAGGAATTTTTTCAATTATGTTTGCGTGAGGAGAAGGTGTTATACGATTTATTTTTAGCTGTTAAGAAAAGGGAGCCTAACATTGATGTAGCATGGAGCCATGGCATCATTTCATGTAAGCAAGAAGAAGGTTACTGCACAGTTATGTTTATAAATAAGCAGTTTACTTTGCATCATGATAGGTTATTTCAACTTTTAACAAATGCAATAGAAATAATGAGGGAAGTACTGCCACTTGGAACGGTTGTGGAGCTCGATCCTACTTTTTTTAAGCCGGATAAAAATAAGACATCTCCTTCTAAAGTAGTAATTACGGAGCGGTTTGTAAGTCCAAAAAATTACCAAAGTTATTTTCCCTATGTCGGAATATTGTATCCAGTTGGTGAGATCAAAGCGGGTGCGAAAATCAATTTTACCGCACCACTGATAAAAAGAATCATTCACCGTGGGTATCAGGATGAGATGGAAGAAGCGTATGTATTCTTAATGAAAAAAGAATTTATTGTTGAAAAAGGTATGAACTCGATTGAGTTTTCCAATCATGATATGGCTCAGTTAGAGCAGGAGATGGATTTGAAACAAAAAGTAGGTGATGTGTGA	MTERMQKQLTTLVLKKVNQILETSRTGLGLDLKQNVQEFFQLCLREEKVLYDLFLAVKKREPNIDVAWSHGIISCKQEEGYCTVMFINKQFTLHHDRLFQLLTNAIEIMREVLPLGTVVELDPTFFKPDKNKTSPSKVVITERFVSPKNYQSYFPYVGILYPVGEIKAGAKINFTAPLIKRIIHRGYQDEMEEAYVFLMKKEFIVEKGMNSIEFSNHDMAQLEQEMDLKQKVGDV				NA	NA	NA	NA	NA
AK148_03154	378			hypothetical protein	ATGTACAGCTTTAGTGAACGATTAACAGATGTACGAGTAGAAAACGGATACGGTCAAAAAGATATAGCTGAAAAACTAAATATAACTACAAGTGCGTACGGCTATTACGAACAAGGAAAGAATGAGCCTTCCATTGAAACAATGAGAACACTAGCAAAGCTGTTTGACGTATCTACCGATTATTTATTGGGTTTAATTGATCAACCTAAACATCCCGTGAATTTTACTATAGAAGATGACTTCACATTAACTGAATTGGAATTGCAAATCGTAAAAGAAATGAAAGAAAAAGAATTACTAAAACAATTGAGCGATAATCCTACTGAAAACGTGGAAAAACTAGTGAAATTTTGGCGATTTATTAATGAGGAGTTGTAA	MYSFSERLTDVRVENGYGQKDIAEKLNITTSAYGYYEQGKNEPSIETMRTLAKLFDVSTDYLLGLIDQPKHPVNFTIEDDFTLTELELQIVKEMKEKELLKQLSDNPTENVEKLVKFWRFINEEL				NA	NA	NA	NA	NA
AK148_03155	258			hypothetical protein	ATGATCATAGAAACAGTAGAACATAAACTAGTAAAAAACTGGACTCTTGTAGCACATCCAGATTACCAGTTATACTCAAATGACAGCAATAATTATATCGTAGTTGATCCAGATAATTCTATAGCTCTACATTTCACAATTGATAACATAGAAGTCGATATCAAACATATTACTTGGGAAGTAGCTTTTAAAATAAAAATCAATACAAAAACGATTATAATCACTTCTGAACCTGAAATTTTTGATGAAGATTTATAA	MIIETVEHKLVKNWTLVAHPDYQLYSNDSNNYIVVDPDNSIALHFTIDNIEVDIKHITWEVAFKIKINTKTIIITSEPEIFDEDL				NA	NA	NA	NA	NA
AK148_03156	1599			hypothetical protein	TTGAGTTTCCAGAAATTAAAGTATTATGATCCGGTTAAGAAAAATGAGCCTGAGATTGTTGAAAGAGATTTAATCATTTATGGTGCCACACCAGCTGGTATTACATCAGCCATTCAAGCTAAGAAGATGGGATTAAGTGTAGCTATAGCTGAGTTTGGTAGAAATATAGGAGGAATAACTGCTAGTGGATTAGGAGCTACAGATATTGGGGCAAAAGAAGCTATTGGCGGGCTTTCAAGAGAGTTTTATAAAAGACTAGGTACGTACTATGGAGTTGAAGAACAGTGGACTTTTGAACCAAAAGCTGCTAAAGCTATATTTGAACAATGGCTAAACGAATATGACGTTAAAGTTTATTTCCAACAGCATCTTGATAAAGTGTTTTCAGAAGATGGAGCAATTAAAGAAATTACCATGGAAAATGGTAATGTGTTTAAAGGAAGTTATTATATTGATACAAGCTATGAAGGGGATTTATTGGCGAAAGCTGGAGTATCCTATTTTGTAGGCAGGGAATCGAATGTGACATATAAAGAAAAATATAATGGAATTCATTTTGGTACACCATACCATATGTTTGAAAGGTGGGTTGATCCTTACATGATAGAAGGGGACTCAGAAAGTGGAGTTTTACCTGGAATTACAGAAACATCTCATGAAACATTAGGTTATCAAGGACAAGGGGATAAACGAATCCAAGCATATAATTTTAGGGTTTGTTTGACGAAGGATGAGAACAATAAAGTACCATTCCCGAAGCCACCTCATTATGATTCAGATAGATATATTTTATTATTACGCTATATTTATGCAGGCGTTTGGGATGCGATGAACTTGCATATCATGCTGCCAAATGGAAAAACAGATTTAAATAATTTTGGTGCTTTTTCAAGCGATAATATTGGAATGAATTATGAATGGCCAGAAGGAAGTTATGAAGTAAGGGAACGAATCTTTCAAGATCATGTTACGTATAATCTTGGAATGCTGTACTTTTTAGCAAATGATAAGCGAGTTCCGAAATATGTAAGGGAGGAAGTTTCAGGATGGGGGCTAGCCAAAGATGAATTTCAAGAAACGGGTCATTGGCCACATCAGTTATATATCCGAGAAGGAAGAAGAATGATATCAGATTATGTAATGACAGATAATAATAGCCTCGGTTATATAACGATAGACGACTCTATTGGTTTAGCTTCTTATCAAATGGATTCACATCACTGTAGAAGGGTCGTTATTGATGGACGTTGTTATAATGAAGGTGATGTAGAAATTCCAATTTCCCCATATCCAATCTCTTATCAATCGATTAGACCTAAGAGTGAAGAATGTACCAATTTATTAGTACCTTTATGTCTTTCCAGTTCGCATATTGCTTATGGTTCAATTAGAATGGAACCTGTTTTCATGATACTTGGTCAATCTGCCGGTGCTGCAGCAGCCTTAGCATCTAAAAATAATACTTCTGTTCAAGATGTGGATTATAAGGAATTGAAAGGGGTATTGTTAGGAGAGAACCAAGTGTTGGAATGGGATGATGGGATCAAAGATGACCCAGTTGCACGAATGAAATCAACGTTTGGAAAAGGGGCGGAGTGA	MSFQKLKYYDPVKKNEPEIVERDLIIYGATPAGITSAIQAKKMGLSVAIAEFGRNIGGITASGLGATDIGAKEAIGGLSREFYKRLGTYYGVEEQWTFEPKAAKAIFEQWLNEYDVKVYFQQHLDKVFSEDGAIKEITMENGNVFKGSYYIDTSYEGDLLAKAGVSYFVGRESNVTYKEKYNGIHFGTPYHMFERWVDPYMIEGDSESGVLPGITETSHETLGYQGQGDKRIQAYNFRVCLTKDENNKVPFPKPPHYDSDRYILLLRYIYAGVWDAMNLHIMLPNGKTDLNNFGAFSSDNIGMNYEWPEGSYEVRERIFQDHVTYNLGMLYFLANDKRVPKYVREEVSGWGLAKDEFQETGHWPHQLYIREGRRMISDYVMTDNNSLGYITIDDSIGLASYQMDSHHCRRVVIDGRCYNEGDVEIPISPYPISYQSIRPKSEECTNLLVPLCLSSSHIAYGSIRMEPVFMILGQSAGAAAALASKNNTSVQDVDYKELKGVLLGENQVLEWDDGIKDDPVARMKSTFGKGAE				NA	NA	NA	NA	NA
AK148_03157	1311			hypothetical protein	ATGTTTAAAAAAATTTTTTGTTTAACAGTTATTATTTTGTTGTTGACGACAACAACGGTAGCTGCTTCAAATTTTTTGCATTCCCATATACCAGATGAAGTGAAATCGGAAAATAAGCAGGCAAATTATGAGTTACAGTACAGCATTGTCATCGAGAACTTTAAAGGTGGTAATATTTTTCAAGTTAATTTTAATGGAGATGAAGAGAAATTAGGAAATGTACTTGTTCCAACAGATACAACATATACCGCTTCAGATGGATTTTGGGCTGCCCAGTATTCTAGATCCATATACAATTCTTCTGCAAATGTAACGGCGACAGGTGTTAACGCTATGCATCTGAGAGTTGCGCCAGATGATATGTATAACCCTAAGCAGGCGCAAAAAGGTCATAATGAGGTCTGGAAGCCGCAACTAATTTCATTGCTCCCTGATAGAGAATATGACAAAATTGGTGCCGGCCCTCATTATGGACGTATTGCTACAGATATCCCAGGCGGGAAAAAATTGTTTGGAGGAACATCTTCTGCTTATGTAGGATCTCCAATATATTATTTAGATGAAAATGGTAAATGGGAGGATGTAGAGAACTACTATTATGAAAATGATATAGATTCTGCTCCAAAAAACTTAAAAATTGATGTGTACAAGCCATCTACTAAATATGGAACTCCTACTTCAATTATTTTTGAAAATAAAGTGAGAGGCGATGTAGTTTTGAATTACAGTTCATCTTATTCTAAAAGTATAGCAACTGTTCTACAGCGTGTAGAGGGGACTGGAAGGTTTGGTGGTTCAGAGTATGCTGACACCGGTTTTGTACGGGCAAATCATGGTGGTGTAATTGACTTATCGACTTCTCCATATGTGGGATTTACTTGGGATGCAGAGTTAAGGGGAGGATTTCAAATTGTTCCTTCTAACCATGCAGTATATTCGCGTTATTTTCTTAATCTTAATTACATTGACCGTCCACAATATATGATTGTTGCTCATAAAGGTGCTGAACCTTATAAACTTTATGACCCTGTATATTTTGATGAGGAAGATGGGCTTTCATATGATCCCCATTTTGAGGCAGTAGCTCCTCTTTTTGCCAATTATATTAAACCTAAGCATGTTACAAATCAAAATATACTTCCGCCACAAGAAAATCAGGGCCTAGCAGAACGAACAATAAAAGGACAGTCAACACGATTTGAAATATCCTACGATAAGGGAAAAACGTGGCTGGAGCCAGAACCAGCTGTAGGTGTACATGATGACAATTTAATAGATGTCACGCATCTTAAGGTATATCTTGAATATTAA	MFKKIFCLTVIILLLTTTTVAASNFLHSHIPDEVKSENKQANYELQYSIVIENFKGGNIFQVNFNGDEEKLGNVLVPTDTTYTASDGFWAAQYSRSIYNSSANVTATGVNAMHLRVAPDDMYNPKQAQKGHNEVWKPQLISLLPDREYDKIGAGPHYGRIATDIPGGKKLFGGTSSAYVGSPIYYLDENGKWEDVENYYYENDIDSAPKNLKIDVYKPSTKYGTPTSIIFENKVRGDVVLNYSSSYSKSIATVLQRVEGTGRFGGSEYADTGFVRANHGGVIDLSTSPYVGFTWDAELRGGFQIVPSNHAVYSRYFLNLNYIDRPQYMIVAHKGAEPYKLYDPVYFDEEDGLSYDPHFEAVAPLFANYIKPKHVTNQNILPPQENQGLAERTIKGQSTRFEISYDKGKTWLEPEPAVGVHDDNLIDVTHLKVYLEY				NA	NA	NA	NA	NA
AK148_03158	1506			hypothetical protein	ATGAGAATAGGAGTCTTACCAGTTGATAGTCGACCATGTAATCAAAGGTTTGTAGCTGATTTAGGCAACATATATGGACAAATTGAGATAGATACACTGCCAAAAAAAGATTGTGGTTATTTTATGGAAGGAGCTAATTCAGAAGCAGTTAGAAATTTTTTAATTAATGGAGCACCCCGTTGGGATTACCTTATTTTATCCATTGATATGTTATGTTACGGCGGGTTAATACAAGCTAGAAGCATTTCCTTAGAAAACAGAACCAAAAATTATGAAGAAAATAGATTACTAATTTTAAAAGAGCTTAAAACAATTAATCCACAGTTGAAAATTCTTGGGTTTAGCGTTATTATGCGTCTTTCCATAACAGCATCATCATCAGATTATCTAGAGCACTGGAAAAGTATAGCTTCATATAGTAAGTATGCATATTTAGCTAAATTAAATTGCAAAAAATATGCAGACATTCTTCAAGAATACAAACAAAAGATTCCCAAAGATTTGCTAGAAAATTATTTGGCTGCTCGCGAAAGAAACCATCATATTAATCAAACTTGTATTGATTACGTGAATGAAAGCATAATTGATTATTTAGATTTTTGTCAAGAGGATTCGGAAGCTGGAGGGTTGCAAACAATCGAACAGACAGCGTTAAGAGAAAAAATAACGAAACTAGGCCTTGGAAATAGAGTACTAATAAAAAATGGAACCGATGAGGAAGTTAGCTTGCTATTTGCGAGATGCATTAATGAAATTGCCAACACGAAACCCAAAATATATGTGCACTATATGCGAAAAAAGAAAGATTTTGTAGCGCTTTATGAAGATCGACCATTCATTGATAATCTAGAGAAAAGTATGGTTAGCAGTAATGTTCAAATTGTAGCCGACATTGCTACATGTGATTTTGTTTTACTCGTATCTCCATTTCCAGACAAACAAATAGATTTGATGTTTGATAAAGTGGAAAGATTGAATTTGTGCAAGGAAATGCTTTATGAATTAGAAAAGATAAAAGGCTATCCATATGCATTTGTTGATATAACTCATGTTAATGGTGGAAGTTTAACCTTACTAAATAAAATAATATCTATTTTAGGGATAGAAAAGTTATCTGCCTATTCAGCTTGGAACACAGCTTCAAACTCAATCGGAACGGTTCTTGGTCAACTTTCTGCTTTATATCAATCAGGAGAAGATGCTAATTCAACAGTAAATCTATCATTTTTAATAGAAAGAATCATAGATGACTGCTTATACCAAGGAGTTGTTAGAAGTATATTAAACCAGCAATTGAAAAAAGAAGGTGTGGATGTTTGGAATTTTTCGCTTCCAAAGCGCACTGTGCAACAAAAGTTAAATCCTTTGTTAAACGAAAGGGTTTACACTTTCTTGTTAAAATACTTTCCAGAGCTACATGTAGATTTAACTTATTCTTTTCCTTGGAATCGTACATTTGAATTAGATGTAAATACTCAACTAACCTATAAGAAGTCACCATATTAG	MRIGVLPVDSRPCNQRFVADLGNIYGQIEIDTLPKKDCGYFMEGANSEAVRNFLINGAPRWDYLILSIDMLCYGGLIQARSISLENRTKNYEENRLLILKELKTINPQLKILGFSVIMRLSITASSSDYLEHWKSIASYSKYAYLAKLNCKKYADILQEYKQKIPKDLLENYLAARERNHHINQTCIDYVNESIIDYLDFCQEDSEAGGLQTIEQTALREKITKLGLGNRVLIKNGTDEEVSLLFARCINEIANTKPKIYVHYMRKKKDFVALYEDRPFIDNLEKSMVSSNVQIVADIATCDFVLLVSPFPDKQIDLMFDKVERLNLCKEMLYELEKIKGYPYAFVDITHVNGGSLTLLNKIISILGIEKLSAYSAWNTASNSIGTVLGQLSALYQSGEDANSTVNLSFLIERIIDDCLYQGVVRSILNQQLKKEGVDVWNFSLPKRTVQQKLNPLLNERVYTFLLKYFPELHVDLTYSFPWNRTFELDVNTQLTYKKSPY				NA	NA	NA	NA	NA
AK148_03159	690			hypothetical protein	ATGATTTCTTTATACGATAAAATTATAAAACAAAAAATGACTTTAATTAGTAGCTTACCGAAAAATGATTATAAATTAGCAAAAGCTACTTGGGAAAACGGTGCTGATGCTATCAAAGTACACATTAATGTTTCTCATAGAGCAAGTGGGACGATGTTTCATTCTTTCGATGAAGAAAAGGAAACATTATTGCAAATTGTTGATGAATCACCTGTACCAGTTGGAATCGTACTTGGTGCAGATACTCATTCTGCATTAAAGGATTACTCTAAAATAATGAATCATCCATTTGATTTTATATCTCTTTATATACACCATACGCCACCTTGTCTTTTAAACCGTAAGGATATTAATACTATGCTTGCATGTGACTATTCTTACCATATCAGTGAATTGGATTGTATAAAAGATTTACATCCTCAATTGCTGGAGGCGTCTATTGTTTCACCTGAGTTATATGGCGAGCCTTTAAATAGTAGAGATTTATTACAGTATAGGAGACTTGTCAAAACGACTGAACTACCCGTGGTCGTACCCTCGCAAAAAAAAATTCAAGTTGGTGATATTGCAAGTCTATCTGCTGTTGGAGTAAGAGGAATAATGTTAGGTGCTGTAGTTACCGGAGATACAGAGGAAATGATCAAGGAAAGCATGACATTATTTAGAGAGGAAATAAGCAAGCTTAATTGA	MISLYDKIIKQKMTLISSLPKNDYKLAKATWENGADAIKVHINVSHRASGTMFHSFDEEKETLLQIVDESPVPVGIVLGADTHSALKDYSKIMNHPFDFISLYIHHTPPCLLNRKDINTMLACDYSYHISELDCIKDLHPQLLEASIVSPELYGEPLNSRDLLQYRRLVKTTELPVVVPSQKKIQVGDIASLSAVGVRGIMLGAVVTGDTEEMIKESMTLFREEISKLN				NA	NA	NA	NA	NA
AK148_03160	642			hypothetical protein	TTGTCAAGAAGTGATCTAAAAGAATTTTATAAATGGATAAACCGAATAGATAATCATCTTTTATTTAATTTTTTGGAATTATATAACGGTTTTAAAGTGAAACACCTACCTTATGAGGCTGTGATAGAGCAAATTCGTATTCTAAAGAAGGAAGTTAGAAATCTTCCTATGGATCTACTTACTGTTATTAAAGATTACGGTGTAGAAATTGAAATCGACAATAATATTAAAATGGCTGAATTGTATCATTCATTATATGTCAATAATCACTTAAGTAAAAAAATCATCATATATAGTGAATGGATTCAACCACTACAGATTACAGAATTGAATTTACGTTTGTCCGAGGAAACCATATATTATATGCATCTTGCCCATGAATATTATCACCTGTTAGAGGATTGTAATTTAATCTTCAATACGCAATATTATAAAAAAAATAGAAAAACATGTAGTGAGATCGGCGCACATATTTTTGTTACTGAATATTTAAAATTACCCATACATCCTAGACTAATAGGATATTTAATTGCTATAGAGAAAGAATGGATAAGTAGTAATGAGTTTATAATAATGATGGAACGAAACATTTCAAAACTATCAGAAAAGGGCGTGGCGATCAATGATTTCTTTATACGATAA	MSRSDLKEFYKWINRIDNHLLFNFLELYNGFKVKHLPYEAVIEQIRILKKEVRNLPMDLLTVIKDYGVEIEIDNNIKMAELYHSLYVNNHLSKKIIIYSEWIQPLQITELNLRLSEETIYYMHLAHEYYHLLEDCNLIFNTQYYKKNRKTCSEIGAHIFVTEYLKLPIHPRLIGYLIAIEKEWISSNEFIIMMERNISKLSEKGVAINDFFIR				NA	NA	NA	NA	NA
AK148_03161	2136			hypothetical protein	ATGAATAAGCAAGTACGGATTGGAATTGATGTAGGAGGAACCTATACAGACGGAATTGTGATTGATAATGAGTCAGGAAACATTATTGCAAAGGAGAAAATTTTAACTACGCACTACAGCGAAGACGGGGTTGCTTCGGGTATTACACGGGTTTTAAAGAAAATTATGAGTGAAAACAAAATATCGCCGCAGGATGTGGTATTTATTGCACACGGGACAACACAAGCAACTAACGCTTTGTTGGAAGGCGATGTGGCTTCTGTTGGAATTATTGGGTTAGGAGATAGTAAGCGAGCTGAAGAAGAAACAAGCATAGAAAATATTGAATTAGCGCAAGGCAAGTATTTACAAGTAAATCATGAGTTTATATATTTGAAAAATTTAAACGAAAAAACAATTCATGATGCGATTAATAGATTGATTGAATCTGGTTCTCAAGTAATCGTTGCATCTGCTGCTTATTCTGTGGAAAATCCGGAAAACGAGTTAAAAGTTATCGAGTGTGCAAAAGAGCGTAATTTATACGCAACTGGAGGTCATGAAATTAGTGAATTATATGGGCTGAGAGTTAGAACAAGAACTTCTGTCATCAATGCTTCACTTATACCGAAAATGATGGAAACAGCGCATATGACAGAAAAGGTGATTAAAGCGGTTGGAATACAGTCAGAATTAATGATCATGCGTGCAGATGGCGGAGTTATGTCACTTAAAGAAGTACAAAAACGTCCAATACTTACAATGTTATCAGGATTGGCAGCGGGAGTAGCAGGAGCGCTTATGTATGGAAAGATTACAGAGGGTATATTTTTAGAAATTGGTGGCACATCCATAGATATTTCGGTCATTAAAGATGGTAAAGTTATGGTGAAAAATGCTTCTGTAGGTAACTATAAAACGTATATAAAGTCCCTTGATATTCGTACTTTAGCGATAGCGGGGGGAACCATGGTTAGGGCAGATGAAAAAGGAATAATAGACGTTGGTCCTAGATCAGCACATTTAGCTAAAAAAGATTATGAGAGCTTTGTTACAAAGACGCCATCTAAAATAAAATTGAACCATATTTCACCAATGCAAGGTGATCCTGTGGATTATGTAGTAGCTGAAACAGAGAATGGTAAAGCATACGCTCTCACGCTTGCAGGTGCAGCGAACGCTTTAGAGACTATTCCTAAGAATGATTATGCCTATGCTTCGGATCAAATTGCAAAGTTATTTTGGGATGAGTTAGGAAAAAAATTTGGAAAAGCAGGTACAGAAATAGCAGATGAAGTATTGCTTAGAGCAAGTGATAAAGTGTGGGCCACGATTGAGGAGCTTATAGAGGAATATGAATTAGATAAAGACTTTTTAACTTTGATAGGAGGTGGAGGGTCAGCAGCGGTAATAACACCTTTTTTAGCAAAAGAAAAAAAGGTTAAGTATGAGATCATAGAAAACGCTCCATATATTTCAACGATTGGTGTTGCCATGGCAATGGTTCGTGAGCGAATAGAAAGGTCAGTTATAAACCCGAATACAGAAGATATTAAGAAAATCCGACACGATATTTTAAACAAAATTATTAGTATGGGAGCGTTAGAGGAAACGGTGGAAATATCAGTAGAGATAGATACACAAAAGCATATTTTGATTGCTACTGCCATGGGAGCAACAGAATTTAGGCAACAAGACCTCTTTAAAGTTATTTTAGATGAAGAGGAGATTCAAACAAAAGTAGCTGAAGCTATGGGCGTGAGCAATCATTCTGTAGCTAAGACTGGGAAGGCAGGTAACTTTCATGCTTACAGTGTAGAAATGAAAACAAAGGGCTGGCTTCATATATTTAATAAAAAGAAAAAAATAACTGTTATTGTCAATCATGAGGGGGTTATTGTTCAACGTAAAAATAATGGATTTATTTCAGTAACTAAAAAAGGAGATTTAAGTGAAACTATGAAAGATTTAATAGAGGAGTTCTCATCCTACTCTGTTTCAGGACAAAACATCCCGAGTACCTATTTGTATTGTAAAGGACGAACATTTGATTATAGCGGTTTGGTATCTGTTGAACAAATTTTATCTATTATTGATATCGATTTTAATTTTATCGAAAATAATGAGAAAGTGATGATTCTACTTGTCAAGAAGTGA	MNKQVRIGIDVGGTYTDGIVIDNESGNIIAKEKILTTHYSEDGVASGITRVLKKIMSENKISPQDVVFIAHGTTQATNALLEGDVASVGIIGLGDSKRAEEETSIENIELAQGKYLQVNHEFIYLKNLNEKTIHDAINRLIESGSQVIVASAAYSVENPENELKVIECAKERNLYATGGHEISELYGLRVRTRTSVINASLIPKMMETAHMTEKVIKAVGIQSELMIMRADGGVMSLKEVQKRPILTMLSGLAAGVAGALMYGKITEGIFLEIGGTSIDISVIKDGKVMVKNASVGNYKTYIKSLDIRTLAIAGGTMVRADEKGIIDVGPRSAHLAKKDYESFVTKTPSKIKLNHISPMQGDPVDYVVAETENGKAYALTLAGAANALETIPKNDYAYASDQIAKLFWDELGKKFGKAGTEIADEVLLRASDKVWATIEELIEEYELDKDFLTLIGGGGSAAVITPFLAKEKKVKYEIIENAPYISTIGVAMAMVRERIERSVINPNTEDIKKIRHDILNKIISMGALEETVEISVEIDTQKHILIATAMGATEFRQQDLFKVILDEEEIQTKVAEAMGVSNHSVAKTGKAGNFHAYSVEMKTKGWLHIFNKKKKITVIVNHEGVIVQRKNNGFISVTKKGDLSETMKDLIEEFSSYSVSGQNIPSTYLYCKGRTFDYSGLVSVEQILSIIDIDFNFIENNEKVMILLVKK				NA	NA	NA	NA	NA
AK148_03162	1392			hypothetical protein	ATGGAAGCATTTAAGTTGATTTTAATTTTTCTTATTATTATACTGTTTGTTTTTTTTATGATGACAAAACGACTGTCAACTATCGTTGCTTTACCTTCGATGGGAATAATTGTTGCTCTAATTGGAGCTGTTGGTGAATATCCGTTATTAGGGTTGTTTGATTTTAATACTGGAAAGCTTGATGAAAGTGGGCAAGCAATTGTACAGGAAGGTATTTTTAATAGTGTTATTTTGAGTGGAGTAACAATGTTAGGAGGTGCTATCTCTGCTATAGTTTTTGCGGCGGGATTTGCAAAAATACTAATGAAAACAGGAGTTATTGATACGATTATCAAAAGAGCAGCTGAATTAGCTGGAGACAAGCCAAGGGTTTTAGCAATTGTTTTTTATATTGCTTGCACAATCGTTTTTACAGCGATTGGAGGCATTGGGTCCGTTGTATTAATTGGAACAATTGTTTTACCCATTCTGTTAACAGCAGGCATTAAACCAATCAACGCAGGAATTATTTTTCTATTTGGTTTATCTACAGGCGGGATTTTAAATCCAATGAACTACGCTACATTTATAGCTTTACTTTCCCCAATATATGATGGTGATTCTAGCAGAGCTTTACAAGAAATTATTCAATTATCAGTCCCAGTATTTATTATCGTTTTTATAATCTCGATTATTTATATATTAATGAATGTACCAAATAACCAAGTAGTTAGAAAAGCTTGGCCTTCTGAAACAGCCAACAAATCCAATGGAAAACAAGTTGGTGTTTGGGCAATGTTGGCTACTATTATTCCAGTAGTGCTTATATTAGGTGGAACATTTTTGGATTATCCTGTACCTGTTGAAGTAGCGCTTGTTATTGCAATTATTTATACGGTATTTGTTACCAAGTTGAAAAAACCATTTCAAGCTACAACTCAAGCTTTTGTTGAAGGTACGAAAGATATTGCAGGGGTCATTGTATTATTAATAGGATTAGGCGTTTTAATTAGAGGATTTCAATACCCGCCAGTCCTTGATATTATTTCCCAGTTTGTCACTCAAGGAGTGCAATTTTTACAAAATCCGGTTAGTTATGTTGTTGGATTTACGTTGCTAACTGTTTTTACATTATATAGAGGTCCATTAAATACTTTTGGTATTGGAGGTTCTTTGCCAGCTTTATTTGCAGCTTCTGGTTTTAGCCCTTTAGCTATTATATGGGTTTTAAGAGCTGCCGGTAATTTACAAGGTTTCGGTGACCCAACTAATTCCCATAATATTTGGGTAGCAGATCATGTGAAAGTTGATGTGAATGATATAACAAAAAAGGTTATTCCTTGGGGACTGTTAATGAGTTTTATCATTTTATTGTATGCGGTGTTATTTGAAAGATCTACTTTAGGCTTTTAG	MEAFKLILIFLIIILFVFFMMTKRLSTIVALPSMGIIVALIGAVGEYPLLGLFDFNTGKLDESGQAIVQEGIFNSVILSGVTMLGGAISAIVFAAGFAKILMKTGVIDTIIKRAAELAGDKPRVLAIVFYIACTIVFTAIGGIGSVVLIGTIVLPILLTAGIKPINAGIIFLFGLSTGGILNPMNYATFIALLSPIYDGDSSRALQEIIQLSVPVFIIVFIISIIYILMNVPNNQVVRKAWPSETANKSNGKQVGVWAMLATIIPVVLILGGTFLDYPVPVEVALVIAIIYTVFVTKLKKPFQATTQAFVEGTKDIAGVIVLLIGLGVLIRGFQYPPVLDIISQFVTQGVQFLQNPVSYVVGFTLLTVFTLYRGPLNTFGIGGSLPALFAASGFSPLAIIWVLRAAGNLQGFGDPTNSHNIWVADHVKVDVNDITKKVIPWGLLMSFIILLYAVLFERSTLGF				NA	NA	NA	NA	NA
AK148_03163	411	immR	COG1396	HTH-type transcriptional regulator ImmR	GTGATTAAAATATTTCCATATAAATTAAAATTATTAAGAAAGAAAAACAAGAAAACACAACATGAATTGGCTAGAGAGTTAAATATTGGGCAAAGTACGATTGCTATGTATGAAAAAGGTAAACGCGAGCCTGATGCTAAAACATTAAAAAAAATTGCTGATTATTTTAATGTGACGATTGATTATCTATTAGGGAACGGGGATAATACACAATTTACAGAGGAAGAAGAATTAGATATAGCAAGAGAATTAGAAAGAACTATTGAACAATTAAAAGCAAATAAAGGTTTGAAATTTGATGGAGAACCTATGGATGAAGAAACAATACAATATATTCGATTTTCTTTAGAAAAATCAATTCGTCTCGCAAAAGAGATCACCAACAACAAATTTACCAACAACAAGAAATAA	MIKIFPYKLKLLRKKNKKTQHELARELNIGQSTIAMYEKGKREPDAKTLKKIADYFNVTIDYLLGNGDNTQFTEEEELDIARELERTIEQLKANKGLKFDGEPMDEETIQYIRFSLEKSIRLAKEITNNKFTNNKK				NA	NA	NA	NA	NA
AK148_03164	336			hypothetical protein	ATGAATAATGAAAGCCTATTCGGTTCTTCCTTACCAGAACATAATTTTGGACCGGTAGCAAAAGGAACTTCTTTACAAGGAGTAGCAAAAATGCCTTGGGGAAAAATAAAGGGTGAGGAAGTTAAAATAACAGCAGATACTAATAGCTACGACTTAACTCCCAAAATATTGCTGGATAAACAAGAACAAAAAAAAGTAACAAAACTAATAAATAATTATCATAAAGATAAAATGACAGTATTGGTTAATTTAGATGATAAACAATTAAAAAATCTATCTAATTCATTTAAAAAGTCAATTTCTAAAGAAATTACACAGGCAGCTTCTATCAACTAG	MNNESLFGSSLPEHNFGPVAKGTSLQGVAKMPWGKIKGEEVKITADTNSYDLTPKILLDKQEQKKVTKLINNYHKDKMTVLVNLDDKQLKNLSNSFKKSISKEITQAASIN				NA	NA	NA	NA	NA
AK148_03165	852	panC	COG0414	Pantothenate synthetase	GTGAGAACCATCACTCTAAAACAAGAAATGTATTTGTGGGCGAAACAAGTAAAAACAGCTGGTCATTCCATTGGTTTTGTTCCGACTATGGGGTTTTTGCATGAGGGGCATTTAGCATTAGTGGAAGAAGCAAAACGAGATAATGATTACGTTATTATGAGTATTTTTGTTAATCCGCTGCAATTTGGACAAGGTGAGGACTATACTACATATCCTCGAGATGAAAAGCGGGATAAGAAACTAGCTGAAGAAGCTGGTGTTGATATATTATTTATGCCTAGTGTTGATGACATGTACAAGCATAAGAAGTCTATAAAATTGATGGTGACTGAAAAGACAGATAAGTTGTGTGGTGCAACACGTCCAGGACATTTTGATGGCGTGGTTACTGTACTAACAAAACTGTTTCATCTTACGATGCCTAACCGCGCTTATTTTGGATTAAAGGATGTGCAGCAGTTTGCAATTGTAACTGCTTTGGTCGAGGAATTTGATTTTCCTGTAGAAATTGTTCCAGTGGATACAGTGCGTGAACCTTCTGGACTAGCAATAAGCTCAAGGAATGTCAAGCTGACAAGAGAGGATAAACAAAAAGCGCCTGCTTTATTTAATAGTTTGCTATTAGGGAAAAAGCTAATTATCGAAGGAGAGACAGACGCAAACGTTATTATCAAAACAGTTCGTCATTATTTAAATCAGCAGTTAGGTGAAAATGCAGAAGTTGATTATGTGGAAATGCTGACTTTTCCTTATTTAGAAGATATATCTGAAGTAAATGAAAAGGTGGTTATTGCGGTTGCAGTGCGATTTTTAACGGCAAGACTAATTGATAATATTATAGTTGACCGTTAA	MRTITLKQEMYLWAKQVKTAGHSIGFVPTMGFLHEGHLALVEEAKRDNDYVIMSIFVNPLQFGQGEDYTTYPRDEKRDKKLAEEAGVDILFMPSVDDMYKHKKSIKLMVTEKTDKLCGATRPGHFDGVVTVLTKLFHLTMPNRAYFGLKDVQQFAIVTALVEEFDFPVEIVPVDTVREPSGLAISSRNVKLTREDKQKAPALFNSLLLGKKLIIEGETDANVIIKTVRHYLNQQLGENAEVDYVEMLTFPYLEDISEVNEKVVIAVAVRFLTARLIDNIIVDR	PGPT0008750_2251	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
AK148_03166	837	panB		3-methyl-2-oxobutanoate hydroxymethyltransferase	ATGAAGTCTACCATTGAATTTTTGAAAATGAAACAAGTTGGAGAAAAAATAGCAATGGTAACTGCTTATGATTACCCACAAGCAAAGCTAGCAGAAAAAGCAGGTATCGATATGATTTTGGTTGGTGATTCATTAGGAATGGTCGTGCTTGGTTATGATTCGACTGTACCTGTTACGACAAGTGATATGATTCATCATACAAAGGCGGTTAAGCGTGGAGCGCAAGACACGTTTATTGTAACGGACTTGCCTTTTATGTCTTATCATATTAGTAAAGAGGAAGCGCTTCGAACAGCTGGGAAAATGATGCAAGAAGGTGGTGCTCATGCAGTCAAATTAGAAGGAGGGGGAGAAGTAATAGACATTATTCAAGCGTTAACGAAGGCAGGGGTTCCAGTAATGGGGCATCTTGGATTAACACCGCAGTCCGCCGGAGTACTAGGAGGATACAAAGTACAAGCAAAGACTGCTGAACAAGCGACAGAATTAATGAAAGATGCGCAGCAATGTGAAGCAGCAGGTGCATTTGCTCTTGTATTAGAGTGCATTCCGCACGAGCTTGCGCAAAAAGTTACTTCTCAATTACGTATACCTGTAATTGGAATCGGAGCTGGTTTGAAAACAGATGGACAAGTGCTTGTTTTTCATGATGTGGTAACATTTGGTGTCGACCGTGTACCGAAATTTGTTAAAAGTTTTGCAGATGTAAATCGTGAAGTATTGCATGGATTAAATGATTATGTACGAGAGGTAAAGGCAGGTCACTTTCCTAAAGGAAGTAAGCATACATTTAGTATGGAACAGGAAGAATTAACTTCCTTAAAGAGGGGGGGATAA	MKSTIEFLKMKQVGEKIAMVTAYDYPQAKLAEKAGIDMILVGDSLGMVVLGYDSTVPVTTSDMIHHTKAVKRGAQDTFIVTDLPFMSYHISKEEALRTAGKMMQEGGAHAVKLEGGGEVIDIIQALTKAGVPVMGHLGLTPQSAGVLGGYKVQAKTAEQATELMKDAQQCEAAGAFALVLECIPHELAQKVTSQLRIPVIGIGAGLKTDGQVLVFHDVVTFGVDRVPKFVKSFADVNREVLHGLNDYVREVKAGHFPKGSKHTFSMEQEELTSLKRGG	PGPT0008740_1333	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
AK148_03167	1371	norR_4		Anaerobic nitric oxide reductase transcription regulator NorR	ATGAATAAGAATTACATATTAAATACAATTCTTGCAACAGAAGATGATGCTATAGTAGTTATTGCACCTGATTGTAAAGTTTTATTTTGGAATGATGCTGCAGTTCAAACGTATACGATTCACCAAGATGAAATCATTGGCAAGCCAATAACAGATTTTTTTAAAGACGAAGATTTATTGCTTTTATATGTTTTAAAAACGAAACAACCTGTTAAAAATGCGTATCATCGTCCTAGAGAGGATAAGCATGTTGTAATAAATTCCGCTCCGATTTACAACGATAACAACGAATTGATCGGTGTAGTGTCCATTGATCGTGATGTTTCTAACATTGTAAGATTAAATGAAAATTTGTTATCAACTTCTACAGAGTTAAATGAACTTAAGAGAAAAATATATATGAATAAAGAAGAAACCCCTTTTTCAAAAATGAAAGGGAGAAGTCCAGCTTTACAAAAAACCATACGTATTGCTAGAAAAGTCGCTAGTACAGATGCCACAACGCTTATCCTTGGGGAAAGTGGAACAGGAAAAGAAATATGTGCGCAAGCTATTCACGATGCAAGCGCTCGAAGGGACGGATCTTTTATACCTGTAAATTGTGGGGCTATTCCAGAAGCGCTGTTTGAAAGTGAGTTATTTGGATATGAAAGAGGGACATTCACAGGGGCGGAAAAACAAGGGAGAGCAGGAAAAATAGAAATGGCTGATGGAGGTACTTTATTTCTGGATGAAATTGGTGAGCTTCCTAAAAAAATGCAAGTGAAGCTTCTTCGAGTATTGCAAGAAAACCGGGTTTTTAGAATTGGTGATTCAAAGGGAAGAAGGTTAAATGTGCGGTTCATTGCAGCAACAAATCAAGATCTTGAGAAACTTATGAATGAAAATAAGTTCCGTTCGGATCTATATTATCGACTCGATGTTATTCAAGTGAAAATGCCATCATTGAGAGAGAGAACGGAGGATATCCCAGAGCTTGCTAACTATTATTTGAAACAATTTGCAGCCCAATACCAAATGCCTGTCCCTTTATTGAAAGAAGAAGTTATAACGCAACTTGTAGCTTACAAATGGCCAGGAAATATACGAGAACTTCGTAATCTTATGGAGAGAATTACGGTATTGGCTGAAAATGGATATATCAACTGGGAAGAGCTGACGCAACATTTTAATTTGCTGAGAAAAAAAGTGGAACAGAAAAGAATAACTGATATGTCTTTATTGCAGGAAAAGGAAGAACTAGAAAAAGAAAGAATTATACAGTTGCTAGAAAAATATAATGGCAATAAATCAGTTGCTGCTAAAAAACTAGGTATTTCACGTGTGACTTTATATAAAAAGATACAGCAATTTAAAATTAATACATGTTAA	MNKNYILNTILATEDDAIVVIAPDCKVLFWNDAAVQTYTIHQDEIIGKPITDFFKDEDLLLLYVLKTKQPVKNAYHRPREDKHVVINSAPIYNDNNELIGVVSIDRDVSNIVRLNENLLSTSTELNELKRKIYMNKEETPFSKMKGRSPALQKTIRIARKVASTDATTLILGESGTGKEICAQAIHDASARRDGSFIPVNCGAIPEALFESELFGYERGTFTGAEKQGRAGKIEMADGGTLFLDEIGELPKKMQVKLLRVLQENRVFRIGDSKGRRLNVRFIAATNQDLEKLMNENKFRSDLYYRLDVIQVKMPSLRERTEDIPELANYYLKQFAAQYQMPVPLLKEEVITQLVAYKWPGNIRELRNLMERITVLAENGYINWEELTQHFNLLRKKVEQKRITDMSLLQEKEELEKERIIQLLEKYNGNKSVAAKKLGISRVTLYKKIQQFKINTC	PGPT0001030_2511	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,PGPT0001030-acoR-K21405	NA	NA
AK148_03168	981		COG3938	Proline racemase	TTGATTAATATCTCAAGCCTCATACAAGCAGTCGATACACATACAGTGGGTGAGCCTACTAGAATTATTTTAAAAGGGATACCTAATTTAGAAACAAATACGATGTGGGAGAAGAAACAAGAGCTAGAAGAGAAATTTGACCATTTAAGAGCAGTTTTAATGAATGAGCCAAGAGGACACTCCAATATGTTTGGCGCATTTATTACCGAACCCTGTAATAAGAATTGTGATCTCGGTGTTGTTTTTGCTAATACGAAAGGCTACTTGAATATGTGTGGTCACGGTACTATCGCTGTAGTTACTGCGGGAATTTCACTTGGTATGATTGAAAGAAAAGAAAAAGTTCTTCTTGATACACCTGCTGGTATTATTTCATGCCATGTAACATTTGAAAACGAAAAAGTAAAACGAGTCTCATTTCAAAACGCCCCTGCTTTTGTGTACAAACGAAACCTTACTGTGAAAATAGAGGAAAACCTAGAATTGAAGCTGGATATTTCCTACGGTGGTAATTTTTTTGCCATATTAGATACTACCCAAATTTCTTTAAACATATCACTAAATAATGCAGAAAAATTTATTGATTTAGGGATGAAAATAAAAGATGCGGTTAATAAACAGATAACGATTTCACACCCAGATTATCCGCATATAAATACAGTAGATTTAGTAGAATTCAGTGAAAAAGTTGAGGACAATTATTATCGCAATGTCGTTGTATTCGGAAATGGTCAAATCGACCGTTCACCTTGCGGAACTGGCACCTCGGCAAAACTTGCTTTACTTGATTTCCCAGTTGGCGGGCAAATGAAACACGAAAGTATAATTGGTACTTCCTTTACTGCGAGCGTTATAAAACAAACAAAAGTCGGTCATTTTAATGCTATTATTCCACAGGTATCTGGTTCTGCATGGATAACAGGATTCCATCAATTTGTAATTGACCAAGATGACCCCTTTAAGCACGGATTTTCGGTATAG	MINISSLIQAVDTHTVGEPTRIILKGIPNLETNTMWEKKQELEEKFDHLRAVLMNEPRGHSNMFGAFITEPCNKNCDLGVVFANTKGYLNMCGHGTIAVVTAGISLGMIERKEKVLLDTPAGIISCHVTFENEKVKRVSFQNAPAFVYKRNLTVKIEENLELKLDISYGGNFFAILDTTQISLNISLNNAEKFIDLGMKIKDAVNKQITISHPDYPHINTVDLVEFSEKVEDNYYRNVVVFGNGQIDRSPCGTGTSAKLALLDFPVGGQMKHESIIGTSFTASVIKQTKVGHFNAIIPQVSGSAWITGFHQFVIDQDDPFKHGFSV	PGPT0014240_661	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0014240-prdF-K01777	NA	NA
AK148_03169	1356	brnQ_3	COG1114	Branched-chain amino acid transport system 2 carrier protein	ATGAACACAAAATTGACAGCGCTTCAATTATTAGCAGTTAGCTTTATGCTGTTTGCAATGTTTCTTGGTGCGGGAAATATTATTTTTTCCCCTATAGTTGGGCAACAAGCTGGCAGTAATGCATGGGTTCCCATGTTTGGATTTTTAATAACAGGAGTAGGACTTGTTCTCTTAGCGATTATTGCGCTAGCAATGGCTGGTGGGAGAGTGGAAACTCTAGCCGAACGAGTCCACCCGAGGTTCAGCTTCTACTTTTGTATTTTATTATTTTTAACCTTGGGACCATTTTATGTTATACCGCGTACCACATCCGTAGTATACGAGATTTCTATACGTCCTAATTTATCAATGGTTAATATGGAAGCAAACGTTATTTTATTTGGTTTTTCGTTTCTATTTATAACAATAACAGCTATTCTCTCTCTTAATCCTAATAAGTTTGTTGACCGACTAGGAAAAGTCATTACTCCTATATTCTCCATTCTACTTCTTATTATTGTAATAAAATCGATTATTACACCAATGGGAGTAATACAACAACCACAACAGGTCTATATAGAGGGTGCATTTCTTAAAGGATTTACAGAAGGTTATCTTACAATGGACGTGCTAGCAGCGTTTGTTTTTGGAGGCGTTTTCATGAAAACGCTAAAGGGTTTAGGTGTATTAAATCCAAAACAAACTGCGCGTATCTTTATTAAGTCTGGTTTCATTACTGTTGTTGGCTTATCCCTTTTACATATTTCACTTGCATGGCTTGGAGCGACAAGTATTGAAGCAATTGGAATCTTAGATAATGGTGGAGTCGTTCTTGCTGAAGCTTCCCGATACTTACTTGGTAACACTGGTCTATTGATGATTGGGACAATCGTTATTCTGACTGGGTTAACGACAAATATCGCATGCTTATCGGCCGCTGCTGAATTTTTTGAACGCGTATGCCCAAAGATCCGTTATAAGAATTGGATATGCATGCATGCTTGCTTGGGTTTAATAGTTACAAATTTTGGATTAAACCAAATCTTAAACATGGCAACGCCTGTACTATTCTTTCTATACCCTATGGCCATAACACTTATTGTATTAGCGCTAATGAATAACTGGTTTAAAGGATATCAACCTGTATATATTGGTTCAATGATAGGCGCAGGTAGCATTGCTATCATGGATGCCATTAAACAAACGGGACTTGTCACGGAACATATTTTAAATGACTTTTTTTCATTCCTTCCTTTATTTTCAAACGGAGGAGGCTGGATACTACCAGCATTTATTGGAGGAGTCGTTGGTTATCTATTTTCTATATATAGCCGAACAGACAAACGTAAATATAATCTCAAGGGAAAAGCTATCTAA	MNTKLTALQLLAVSFMLFAMFLGAGNIIFSPIVGQQAGSNAWVPMFGFLITGVGLVLLAIIALAMAGGRVETLAERVHPRFSFYFCILLFLTLGPFYVIPRTTSVVYEISIRPNLSMVNMEANVILFGFSFLFITITAILSLNPNKFVDRLGKVITPIFSILLLIIVIKSIITPMGVIQQPQQVYIEGAFLKGFTEGYLTMDVLAAFVFGGVFMKTLKGLGVLNPKQTARIFIKSGFITVVGLSLLHISLAWLGATSIEAIGILDNGGVVLAEASRYLLGNTGLLMIGTIVILTGLTTNIACLSAAAEFFERVCPKIRYKNWICMHACLGLIVTNFGLNQILNMATPVLFFLYPMAITLIVLALMNNWFKGYQPVYIGSMIGAGSIAIMDAIKQTGLVTEHILNDFFSFLPLFSNGGGWILPAFIGGVVGYLFSIYSRTDKRKYNLKGKAI	PGPT0014385_757	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_BRANCHED-CHAIN_AMINO_ACID_TRANSPORT,PGPT0014385-TC_LIVCS|brnQ-K03311	NA	NA
AK148_03170	1008	fadM_2		Proline dehydrogenase 1	ATGGTAAACATGGTGCGAAATTTTTTCATCCATCTCTCTAATAACGTATTCTTAAATAAGCAAGCGAAAAAGTGGGGCTTTTTCCTTGGAGCAGATAAATTTATAGCCGGAACTACTATACAAAATGTTTCAAAAGCGGTTAAACAGCTGAATACAACTGGAATAAGTTGTACACTAGATAATTTAGGGGAATTTGTATTAGATAAGACAGAAGCTAACAAAGCAAAGGAGAAAATTTTATCATTGCTGGAAGCCATTGAACAAGAAAACATGGATTGCCATTTATCCGTTAAATTAACACAACTTGGGTTAGATATTGACCAAGACTACTGTATTTCAAATATGATAGAAATTCTTGATCTCGCAAAAAAATATAACATTTTTGTCAATATTGATATGGAAGATTACGCCCATTATGAGCAGACATTAACGATTCTGAAATATCTACGTAAAAATTATACAAATGTAGGTACGGTTCTCCAAGCTTATTTATATCGGTCAGAAGATGATTTAATGGACCTTAAAGATGTACGTATACGTTTGGTAAAAGGCGCTTACAAGGAGGATGCAAAAGTAGCTTTTCAAAACCAACAAGAAATAGACGATAACTTTTTGCGACTTTGCAAAAAAAGACTTTTAGATGGGGCGTTTACCTCATTCGCTACACATGATCATCACATTATTGATGAATTAAAAAATTTTGTTAAAGAGAATAATTTGGATCAAGACCGTTTTGAGTTTCAAATGCTTTATGGATTTCGAAACGATTTACAGTCTAAACTCGCTAAAGAAGGCTATCATTTTTGTACTTACATTCCATTTGGTGATGACTGGTTTGGGTATTTTATGCGCCGCCTAGCAGAACGTCCGCAAAACTTGAATTTGGTTATAAAAGATGCCTTTTACACAGACAATAACCGATTAAAAAAAAGGCCCGTGATTACAAGTCTTTTCATTGTATGCTTTGCGACGATTTGCTGTATAAAGGCAAGAAGGAGAAAATCATAA	MVNMVRNFFIHLSNNVFLNKQAKKWGFFLGADKFIAGTTIQNVSKAVKQLNTTGISCTLDNLGEFVLDKTEANKAKEKILSLLEAIEQENMDCHLSVKLTQLGLDIDQDYCISNMIEILDLAKKYNIFVNIDMEDYAHYEQTLTILKYLRKNYTNVGTVLQAYLYRSEDDLMDLKDVRIRLVKGAYKEDAKVAFQNQQEIDDNFLRLCKKRLLDGAFTSFATHDHHIIDELKNFVKENNLDQDRFEFQMLYGFRNDLQSKLAKEGYHFCTYIPFGDDWFGYFMRRLAERPQNLNLVIKDAFYTDNNRLKKRPVITSLFIVCFATICCIKARRRKS				NA	NA	NA	NA	NA
AK148_03171	1245	nudC		NADH pyrophosphatase	ATGGCGATAGTTGATGAGTTTAATAGATTTTTGTTTGATTTGGATGGGGTTGTTTATATTGGGGATGAACCTCTTTACGGGGCAGTGGAATCACTTCACCGACTTCGGCAGGCGAATAAGGAGATTCGGTTTTTAACGAATGATCCATGTACAACAAGAGAAAAAACGGTGGAGAAATTATCGCGTCTTGGCATAGAAGTAACTAAAGAGGAAGTGATTACCTCCTCTTGGTTAACCGCACAATATTTACAAAGGGAAAGCATTCATACTGCATTTATTTTAGGCGATGAACATTTAAAATGGGAATGCAAGCAAGTTGGCATGGATACAGAAGCAGAAACAGATGTAGACGCTGTCGTTGTCGGATGGAGCAATGACCTCTCTTTTTATGATCTTCAACATGCTGCAGCATGTATTCATCAAGGAGCAAAATTTGTGGCAACGAACCCAGATAAAACATTCCCTACACCAAATGGACCTTTGCCAGCCGTTGGAGCAATTGTAGAAGCGCTTTATGCATCAACAGATCAAAGACCAGTTATTGTCGGGAAACCTTACCCGTATATGTTTGAAAAAGCGCTTGAGAATGTGGTTGCTACTGCAAAAGCAGTGATGATTGGTGATAACCCATCTACAGATATATTGGGTGCACATCAAGCCGGAATTCCAGCTGTTTTAGTATCTGATAAGCAGGTGAAGGCATTTCCATCAGCAAGGGATTTTCGTAATCCAGATGTTACGGTACCGAACTTAAAAGCGCTTTTTGACCAAAGTATCGTCATGAAAAACTGGACGCAGCCAGCTTTTGCATGGCCTGAAGCAATTAAAGCTGGCGTAGCAGGAATCATATTTGATCGTGATCAGCGTGTGTTATTAATGAAACGAGCAGATAATGGATTATGGGGGATACCGTCTGGACATGTTGAGCCGGGAGAAACAGTGGAGGAAGCGATTATTAGAGAGATTCGTGAAGAAACAGGCTTGGATGTCAAAGTAAACCGATTAATAGGCGTTTATTCTGATCCAGAGTCGCAAGTTTTTTCTTATCCGAATGGAAACGTAAGTCATTTCGTAACCAATTGTTTTGCATGTGAAGTAATTGGGGGAAATGTCGTTGGGAAAAATGATGAAACATTAGATGTGCGTTACTTTGATATAAACCAGCTACCAGATGACCTCCTTCGTATGCATCCAAAGTGGCTCAAAGATGCGATCGTAAAGCAAAATGTTTCTTATATTCGGTAG	MAIVDEFNRFLFDLDGVVYIGDEPLYGAVESLHRLRQANKEIRFLTNDPCTTREKTVEKLSRLGIEVTKEEVITSSWLTAQYLQRESIHTAFILGDEHLKWECKQVGMDTEAETDVDAVVVGWSNDLSFYDLQHAAACIHQGAKFVATNPDKTFPTPNGPLPAVGAIVEALYASTDQRPVIVGKPYPYMFEKALENVVATAKAVMIGDNPSTDILGAHQAGIPAVLVSDKQVKAFPSARDFRNPDVTVPNLKALFDQSIVMKNWTQPAFAWPEAIKAGVAGIIFDRDQRVLLMKRADNGLWGIPSGHVEPGETVEEAIIREIREETGLDVKVNRLIGVYSDPESQVFSYPNGNVSHFVTNCFACEVIGGNVVGKNDETLDVRYFDINQLPDDLLRMHPKWLKDAIVKQNVSYIR	PGPT0024450_39	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_PHOSPHATASE_ACTIVITY,PGPT0024450-yutF|nagD-K06117	NA	NA
AK148_03172	765	ind7		N-demethylindolmycin N-methyltransferase	ATGAAAACGTCATTTAAGAAAAGTGATATCGCGAATAAGTTTGAAGCTTATAATGACATATTGGAACAAATATTAGGTTTTCGGTTTGTTTTTGAAATATTACAATTAAATCCCAAGGTAGCAAGTGTACTTGATTATGGTTGCGGTCCGGGAAAGGTGTCGTATCGATTAGCGGAAAAAATGGGAGTAAATGTTTACGCTGTAGATGAGTCCAAAGAGATGATGAACATTGCATCGGAAAAACGGAGCCATCCAAATATAAAATATCATTTAATAAATAATGATCATCTTTCTTTTCTGCAAGATAATTCAGTAGATGCAGCTATGGCATGTTATGTATTTATTAATACGGAGAAAAAAGAACAAATTTTAACAATTATGAAGGAGGTTTATCGCGTTTTAACTCCTCAAGCTTCTTTTGTTATCTTAGATACGAACCCGGATTCTACGGGGGTTGAGTTTTCTACGTTTCAAAATGGAAGGAAGGGAAAAACATATAGGAGCGGTGAAGCGCGGCAAGAATGGTTACATTTAGAGCAGCAAGATGATCTGGTATTGCATGATTTTCACTGGCCGAAGTCTGTCTATGAGGAGCTTTTAACAGAAGCCGGTTTTCAAGAAATAGAAGTTATAGAGCCAACGTTAAAAGATATTCCTGAAGCAGAATTAAAAATGATCCAAGAAAAGCATCCTTTTCACCATTTTAAACAAGAATGGGAATATCCTCCGTTTGTTATATATAAATCGATGAAACCAGCGAAATAG	MKTSFKKSDIANKFEAYNDILEQILGFRFVFEILQLNPKVASVLDYGCGPGKVSYRLAEKMGVNVYAVDESKEMMNIASEKRSHPNIKYHLINNDHLSFLQDNSVDAAMACYVFINTEKKEQILTIMKEVYRVLTPQASFVILDTNPDSTGVEFSTFQNGRKGKTYRSGEARQEWLHLEQQDDLVLHDFHWPKSVYEELLTEAGFQEIEVIEPTLKDIPEAELKMIQEKHPFHHFKQEWEYPPFVIYKSMKPAK				NA	NA	NA	NA	NA
AK148_03173	996	thyA_1		Thymidylate synthase	ATGCGATTTAACAACTTCCATGAGGCGTATATTGAAACGCTTGACACGGTATATAATGAGCCACAGTTTTATAATGCGCCGCGTGGAAATAAAAGCCGTGAGAAACTAAGTTATCACTTGACTATTGAAAATCCGATAGAAAGAATCTGCTACTTGTCTAGCAGAAAAACAAATATAGTATTTAATTTTGCTGAAGCTTTATGGTACGCATCAGGTGATAACAGCTTGGCGTTTATCGGTTATTATAACAAGAAAATGCGTGCGTATTCTATGAATGGAAAATCATTGACAGGAACAGCATATGGTCCAAAAATTTTTGAGTTTGGCAATGCGAAAATAAATCAATGGAACCAAATTAAAGATTTATTAATGAATAACGACCCTGATTCCAAACGAGCATTTATTCAGATATTTGATGCAACAGAACTAGTAATAGCCAATAATTTGGACATCTCTTGTACTTTAGGATTGCAGTTTTTCGTAAGAGAGGGCAAATTGTATATGGCTTCGTTTATGCGCGCAAATGATGCATTTCGCGGCATGGTTAGTGATGTTTTTTCCTTTACTTGGATGCAAGAATTAATGGCAAGAGAACTTGATTTAGAAATAGGAGAATTCTTTCATCATGTTGGATCTATTCATATTTATCAGCCAGATAATCATTGGACGGAGAGGGTGCTTGCTGAAGCAAGTTCTGTATCCAAGCATAAAAAGGCGATGTTTGAATTTCCGCGTATGCCAAGCGGTAATAACTGGCCTTTCATAGAAATGGTGTTAAAATATGAAGCCTTGTTAAGAAATGACCAAATAAGCATGACTGCCATTGAAATTGAACAGCTTGATTTACCAGAATATTGGAAGCAAGTTGTGTTACTTTTTAGTTTGTATCAATATATAGCTTATCAAAGGCCAATGGATGATTCCCTTTATCATCAGTTGTGGCCAGTATACCAGCATTTAGTAGTTAACAAATGGCCTATACTACAAAGCAAGTAA	MRFNNFHEAYIETLDTVYNEPQFYNAPRGNKSREKLSYHLTIENPIERICYLSSRKTNIVFNFAEALWYASGDNSLAFIGYYNKKMRAYSMNGKSLTGTAYGPKIFEFGNAKINQWNQIKDLLMNNDPDSKRAFIQIFDATELVIANNLDISCTLGLQFFVREGKLYMASFMRANDAFRGMVSDVFSFTWMQELMARELDLEIGEFFHHVGSIHIYQPDNHWTERVLAEASSVSKHKKAMFEFPRMPSGNNWPFIEMVLKYEALLRNDQISMTAIEIEQLDLPEYWKQVVLLFSLYQYIAYQRPMDDSLYHQLWPVYQHLVVNKWPILQSK	PGPT0008145_267	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0008145-thyA-K00560	NA	NA
AK148_03174	447			hypothetical protein	ATGAGTCAACACAAAAAACTATTTCTTGCAGGTCCATTTAAAAGTCTTGTAAACCGAAAAACGGGAGTAATGGATCATTATGAAAAGCAAAAGCTAATGCAGCTTATCTCTTATTTTGAGGATAAAGGCTTTGCTGTTCATAATGCGCACAAACGTGAGGGGTGGGGAAAAGATTTTATGACGCCTCATGAATGTACAGCAATTGATTTTGCAGAAATAAGCGCTTGTGATCTATTTGTCGCCTTTCCTGGATCTCCACCTTCTCCAGGTACCCATATTGAAATTGGCTGGGCATCCGCATTACAAAAACCAATTATTTTGTTATTAGAAGAAGGTAAAGACTATGCGTTTTTAATTCAAGGTTTAGAATCTATGGCTCCTGTTACTTATATGTATTATCAAGAAGAAGCAGACTATTTAACCAAACTAGAAGAAATGAACTTATAA	MSQHKKLFLAGPFKSLVNRKTGVMDHYEKQKLMQLISYFEDKGFAVHNAHKREGWGKDFMTPHECTAIDFAEISACDLFVAFPGSPPSPGTHIEIGWASALQKPIILLLEEGKDYAFLIQGLESMAPVTYMYYQEEADYLTKLEEMNL				NA	NA	NA	NA	NA
AK148_03175	1716			hypothetical protein	ATGCAAAAAAAACTCAGCCTAGTATTTGGTATTATCCTATTCTTATGTTTGATTCCCAACACCGTTTTTGCTGTTGATTTTTCCATTAATCAAAGCAACGTGGATGCCTATTTACAGAAAGATGGGGAAGTTCATGTAAACGAGCAGCATACATATCAGTTTGACGGCGAATTTAATGGCATGACTCGCACCCTAATTCCTTCAGAGAATGCATCTATTCATAACGTAACTGCAACAGAAGCTGGAGAAGATTTAAAGGTAAAGCAAGAAGAGAATGTTTATAAGATTTATCGAAGTGGTAAGAACGAAACCGTTACGATTCAACTGTCCTATATCATTAAAAATAGCTTACAAGCCTATTCTGATCTGGTTGTATTTTCTTGGTCATTTTTTGATAGTGAAAGTGATATTGATTATGAGCAGTTCGATGCATTTATCCACCCACCGCAAAAAACAGAAAATAGCGTTGCCTACGGTGAAGACGAAGCTTTTAAAACAGAAAAACAAAAAGAGGATGGTACGATTCATTTTGCCATGGGGTATGTGGATTCTTATGAAGATGGAGCTATTACTGTTGGTTATGATCGGTCTCTTTTTCCAAAGGTTCCCCTTACGAAAGAAAAGCCTATACGCGAGGAATTGCTTGCAACGAAACAAGCATTGCTCGATAAAGAACAAGCATTTCTAAACAGAAAATCAACGTTAAAAGAAATATCACCTTATGCGATAAGTATTTTTAGCCTTCTTAGCTTGTTCCTATTGTTTGTTGCCTGGAGGAAAAAGCAAGTACGAGAATTAGAATTAGCGCGTTTGTCAGAATCTGTACACTTTTTACCAAAACAAGAAATGAGTTTACCAGCAACGGTCGCTTATATGAAGCATGGCAAAGTCGGTTCTACAGTAATGACTGCTGCTTTACTTGATTTAGAACGAAAAGGATTCATTCAACGAGATAACGATGATTTGCATAAGTTTACTGTGATCCATGAACAAACAGATCATGAGCATGAGAAAATACTGATTGACTTGTTGTTTTATACAGTTGGAAATAATGGGGTATTTTGCACAAACGATGTAAAGGCATTTACGGAAAATACAGCAAATCAAGACATATATCAAAAAGAACTTTACCGCTATTATTATACTGTAAAGAAGGAAATCAAAGAGCATCATCTCGTTGATAAAAAAACGGACACTCGTATAACGGCAGGTGTATTAAGCTTTCTGATCGCACCATTCATTATCGTCTTTGCCATTCACGAACTATACGCTAGTACAGCGATGACGGGCTTCCTATTTGTTTTTCTTGCTTTATTTGCTATCCTTTATCGACCACGAACGTTAAAGGGAGCACGAATTTATAAACAGTGGAAAGAATTTGAAGAAAAAACCTTACAGCCTGAAAGTACTTTTGTAGAGCATCTTACTGACGATGAGCAGAAACGTGGTTTGATTTATGGGGTAGGAGTTAACCGCACACCAATCCATACTAAGTGGACGACTTCTAACAAGCAGCTATTGCATCATTCCACATCAGGTGAAGGCAGCTCGGATGATTATACGGATATCATGATGCTTATACTCGCTACCACTGCTATTAACACACAATTTCACAACGCACAGGCAACTGTAACTGCAGACACCACGAGTGCTTCCATCGGTGCAGGAAGCGGTACTGGAGCTGGCGGAAGTGGCGGCGGATCAGGCGCATTTTAA	MQKKLSLVFGIILFLCLIPNTVFAVDFSINQSNVDAYLQKDGEVHVNEQHTYQFDGEFNGMTRTLIPSENASIHNVTATEAGEDLKVKQEENVYKIYRSGKNETVTIQLSYIIKNSLQAYSDLVVFSWSFFDSESDIDYEQFDAFIHPPQKTENSVAYGEDEAFKTEKQKEDGTIHFAMGYVDSYEDGAITVGYDRSLFPKVPLTKEKPIREELLATKQALLDKEQAFLNRKSTLKEISPYAISIFSLLSLFLLFVAWRKKQVRELELARLSESVHFLPKQEMSLPATVAYMKHGKVGSTVMTAALLDLERKGFIQRDNDDLHKFTVIHEQTDHEHEKILIDLLFYTVGNNGVFCTNDVKAFTENTANQDIYQKELYRYYYTVKKEIKEHHLVDKKTDTRITAGVLSFLIAPFIIVFAIHELYASTAMTGFLFVFLALFAILYRPRTLKGARIYKQWKEFEEKTLQPESTFVEHLTDDEQKRGLIYGVGVNRTPIHTKWTTSNKQLLHHSTSGEGSSDDYTDIMMLILATTAINTQFHNAQATVTADTTSASIGAGSGTGAGGSGGGSGAF				NA	NA	NA	NA	NA
AK148_03176	981			hypothetical protein	ATGAAAACAGTAGCTTGGGACGAAGTGTATGTTGAAAGGTTGGTAAATCTGTGGAATCGGGAGTTAGGGCTTGCATTCCCGATGCGTGATTCCCTTTTTAAACAAAATAGCGTTCTAGATAAAAATGTGTGTCGTGATAGTTCATTGATTGTTTTAAATAATGACAATGATGTTATCGGTTTCCTTATTGTGAAAGTGTGGCAGGAAAAGCTCCCCGTACAAATGTCTAAAATAACAGGTTGGATTCAAGTGCTTCTCGTAGATCATCGATATAGAAATAAAGGGATTGGGACAAAGTTGCTAGCACATGGAGAAGGAGTTTTACGCCAGCAAGGGAAACAACAAATTTTGCTAGGGCGTGACCCTTGGCATTATTTTCCGGGTATTCCAATCCATAATGAACAAACAAAACGGTGGTTTTTGGCAAGAGGGTATGAAGCATATGGGACGGAGCATGATCTATTAAAAACGTACAATCAGACCACTGCAGTTACAAAGCCTAACTTTCCAGAGATTGATTTTTCTGTACTTCATAGAGAGGAAAAGGAGGACTTTTTAGCTTTTTTACATCGTTGTTTTCCAGGCAGATGGGAATATGAAGCAATAAAGTATTTTGAACTTGGCGGTACAGGTCGTGAATTTGTCGTCATGAGAAAACGTGGACGACTCATTGGATTTTGTCGAATTAACGATGCCAATTCACCCATTATTGCTCAAAACGTCTATTGGGCTCCGTTATTTGAAACAGCACTTGGTGGCGTAGGGCCATTAGGTATCGATGCTTTAGAACGTGGGCAAGGCTATGGTTTGGCAGTAGTGGAAGCGGGAATTGCTGAACTGCGAAAACGGGGCATACAAAAGATTGTTATTGATTGGACGGGACTAGTAAATTTTTATAAAAAGCTAGGTTATGAGGTTTGGAAAAGCTATACCTCATTTAAAAAATCATTGGAATCAGGAAGCGATTCATCAGATAAATAG	MKTVAWDEVYVERLVNLWNRELGLAFPMRDSLFKQNSVLDKNVCRDSSLIVLNNDNDVIGFLIVKVWQEKLPVQMSKITGWIQVLLVDHRYRNKGIGTKLLAHGEGVLRQQGKQQILLGRDPWHYFPGIPIHNEQTKRWFLARGYEAYGTEHDLLKTYNQTTAVTKPNFPEIDFSVLHREEKEDFLAFLHRCFPGRWEYEAIKYFELGGTGREFVVMRKRGRLIGFCRINDANSPIIAQNVYWAPLFETALGGVGPLGIDALERGQGYGLAVVEAGIAELRKRGIQKIVIDWTGLVNFYKKLGYEVWKSYTSFKKSLESGSDSSDK				NA	NA	NA	NA	NA
AK148_03177	858	ybbH_3	COG1737	putative HTH-type transcriptional regulator YbbH	ATGACAAATGGTGGTTTAATTATACTAACGGAGATGTTGGAGAAATTACCTCCTTCTGAAAAAAAGATTGCAGCTTATATTTTAGATCATCCGCATGAATCGATTTCGCTAACTGCAAATGAATTAGGAAAGCGGAGTTCTACGAGTGGGGCAGCAGTCATACGTTTATGCAAATCGCTTCATTTGAAAGGATTTCAGGATTTGAAATTAAGAATTGCTGGTGATTTACAAAAGCCGGATGATCATGTAGGCTACCAAGATATCCAACCGAATGAATCAACAAGTTCTATTATTAAAAAAATGACCGATAACTCCATTCAAACGATTAGGGAAACAGCTGATTTACTGAATACAGAGGAGCTCAAAAAGGCAGTCGATGCATTGAGAGAAGCTAGGCAGATCCATTTTATCGGGGTAGGTGCTTCCAGCATTGCTGCAGAAGATGCCCAGCATAAATTTTTACGCATTGATAAAACAGTATATGCTTTTAAAGATATGCATATGGCTGCAACGCTCGTGGCAAATACTTCAGCGGACGATGTGGTGGTAGGTATTTCTTTTTCAGGGGAAACGCAAGAGATCACGAAAATATTACAATTAGCAAACGAAAATCAAGCTACGACGATTAGTTTAACCAAGTATGGAAGTTCGAATGTAGGCGATCAAGCGAAAATCAATTTATATACGTCAGCGACAAATGAACCGACATTTCGAAGCGGAGCTACATCTTCCAGGGTTGCCCAATTGCAAGTTATTGACATACTCTTTATGTGTGTTGCTTCGTTACAATATGAGGATAGTGTCAAGCATTTAGGGGCAACGAGGGATGCGGTTGATTTCCTTAAATGGCAATGGTGA	MTNGGLIILTEMLEKLPPSEKKIAAYILDHPHESISLTANELGKRSSTSGAAVIRLCKSLHLKGFQDLKLRIAGDLQKPDDHVGYQDIQPNESTSSIIKKMTDNSIQTIRETADLLNTEELKKAVDALREARQIHFIGVGASSIAAEDAQHKFLRIDKTVYAFKDMHMAATLVANTSADDVVVGISFSGETQEITKILQLANENQATTISLTKYGSSNVGDQAKINLYTSATNEPTFRSGATSSRVAQLQVIDILFMCVASLQYEDSVKHLGATRDAVDFLKWQW	PGPT0017985_484	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017985-hexR|yebK-K19337	NA	NA
AK148_03178	1164			hypothetical protein	GTGGGGGCACTTTATATGAAGCTCGGGTTGGAAGTGTTTTTAGAAACAGCATACAAGCAGTTTAAACATCAAAAAATTGGCCTAGTAACGAATATGACGGGGGTGAATCAACGGTTAATTCCTGCTATTGATTTATTTTACCATCACCCACATATTAAACTTACTGCACTCTATGCTCCTGAACATGGTATACGAGGGGACGCTAAAGAAGGGGAAAAGGTTACATCAACTGTTGATCCTTATACGGGGCTACCAGTGTATAGTCTTTATGGAACGACTAGAAAACCGACAAAAGAGATGCTTGAACCTGTAGATGTCATTGTTTTTGATTTACAAGATATTGGTTCGCGGTATTATACATTTATTTATACGATGGCATACGTGATGGAAGCGTGTATGGAAGAAGGGAAGCATGTTGTCGTATTGGATCGACCTAACCCAATTGGCGGTATAAAAATGGAAGGTAATGTAGTAGAAGAAGATGTTCGTTCTTTTGTTGGGCTCTTGCCCATTCCGAATAGGCATGGCATGACAGTTGGAGAACTTGCTGTTTTATTTAAACATGTATTTGGTTATTATTGTGAATTGACGGTGATTCATATGGTTGGCTGGAGGAGAACGATGTACTTTGATCAGACTGGTCTATTCTGGGTGCCACCTTCTCCCAACACGCCGACGCTCGATATGAGTATGCTGTATCCGGGGACTTGTCTCGTTGAAGGGACGAATGTATCAGAAGGTAGAGGTACAACGAAGCCATTTGAAGTTATTGGTGCTCCTTTTATAGATGGACAAATATTAGCTAGCGCCTTTAATCAAAGAAACATCCCTGGCGTGCTAGCTAGACCGACATCGTTTACACCTTTTTATCAAAAATATAAGAATCAATTATGTGGAGGCGTTCAACTTCATATAGAAGATCGTCATCTGTTAAACTCTGTAGTAACAGGTATCCTATTACTTGAAACTGTCGCTTCTCTTTACCCAGATGCATTTTCATTTATAACGAATGAAAACAATAAATACTTTTTCGATTTATTAGCTGGAACCAAATCGCTCAGACAATTTATTTTAGAAGAAAAGACAAATGTGTTTGTAAATGCTTGTGAAGAAGCATTGGAATCTTTTCGACAAGTAAGAGAACCGTATCTTTTATACCAATAA	MGALYMKLGLEVFLETAYKQFKHQKIGLVTNMTGVNQRLIPAIDLFYHHPHIKLTALYAPEHGIRGDAKEGEKVTSTVDPYTGLPVYSLYGTTRKPTKEMLEPVDVIVFDLQDIGSRYYTFIYTMAYVMEACMEEGKHVVVLDRPNPIGGIKMEGNVVEEDVRSFVGLLPIPNRHGMTVGELAVLFKHVFGYYCELTVIHMVGWRRTMYFDQTGLFWVPPSPNTPTLDMSMLYPGTCLVEGTNVSEGRGTTKPFEVIGAPFIDGQILASAFNQRNIPGVLARPTSFTPFYQKYKNQLCGGVQLHIEDRHLLNSVVTGILLLETVASLYPDAFSFITNENNKYFFDLLAGTKSLRQFILEEKTNVFVNACEEALESFRQVREPYLLYQ	PGPT0012175_5	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSAMINIDASE,PGPT0012175-nagZ-K01207	NA	NA
AK148_03179	1587	nagZ	COG1472	Beta-hexosaminidase	ATGAAGTTAAGCCTTGCGAAAGAAGTAGGGAAATTATTGGTTATTGGTTTTCCTGGGAAGGAAGTTCCTGACTATATTAGGAGAATGATGCATCAATACCATATTGGCGGTATAATCCTTTTTAGTAGAAACATCGGTACACCGGAAGAGGTGCTTCGCCTTACGACAGATTTGCAAAAAGAAGCAAAAAAAGCAGGCTATCCCCATCCGTTACTTATATGTGTAGATCAAGAAAATGGGGTCGTTCGTCGTTTAGGTGAAGGAACCACCATTTTTCCGGGAGCAATGGCGTTAGGTGCCACGAATAATCCTAAGAATGCCTATCGCATCGGGCTAGCAACTGCCAAGGAACTAAAAGCACTGGGGATTAATTGGAATCTTGCACCTGTTTTGGATGTGAATAATAATCCAGATAACCCCGTTATTGGTGTCCGCTCTTTTGGAGAGTCAGCTGAAATGGTCGCAGATTTTGGTAGGCAAATGATGCAAGGAATGCAAGATGGTGGCGTGATAACGACATTAAAACATTTCCCTGGTCATGGCGATACAAATGTGGACTCCCATCTTGATTTACCCGTTATTTCTCATCGTAAGGAACGATTAAAAAGTGTTGAGCTTCTCCCATTTCAAGCAAGTATAGACGCTGGCGCTGATACGGTGATGTCCGCACATGTGTATTTTCCAGCTATTGAATCAAAGCAAGGTGTTCCAGCTACATTATCTAAAAAGGTCATTACTGAATTATTAAGAACGGAATTAGCATTTGACGGCGTTGTAACGACAGACTGTTTGGAGATGCGTGCAATTGCAAATGGAGTTGGGACAGAACAGAGTGCCGTGGAGGCTATCAAAGCTGGTGTTAATTTACTTATGATTTCTCATACAGCTAGTAAACAACAAGATGCGATTCAAAAAATCATCCAGTTAATAGAAACAAATGAGTTAGATCGAAGTTTTATTACGCAATCCATTAGACGAATAGACTCCCTAAAGGAAAGATACTTACATTGGGATGACATCCAGCTCGTGGGTAATGAGGCGATTCCGAAAGTTGTAAACTGTAAACGACATGAGGAGATAGCTTATCAAATGTATAAGGAAAGTATAACGGTTGTAAAAAATGAAAACGTTATCCCGGTTTCCTTGAAGGAAAAGGATCGTGTGCTTGTCCTTTGTCCTAACGATGGAGCGAAGGTGGAAGTGGAAGATAAACGGCATACAACACTTGCATTAGATGAAGCAGTAAAGAGCTATCATAAAAATGTTGATAAGATAGATGTCACGGAGGATTTGACAGAACTTGATATAGAAGAAATCGTTGCTAAAGCACATCATTATGACTTTATTTTTGTTGGTACGTTGACCATTACGAAAGGCAGTAAGCAGGTAACGCTAGTGGAGAAGTTAGCACAAACTCCGTTGCCATTTGTCGTTATTGCGATGCGAAGCCCCTATGACTTGCGGTATATCCCGCAAGTGAAAGCATATATCAACACATATGAATTTACTTATCCTGCTTTACATGTAGCAGCAGGAGCAGTTTTGGGTAAGGAGAAAGTAAGTGGTACATCTCCTGTAACGATATAA	MKLSLAKEVGKLLVIGFPGKEVPDYIRRMMHQYHIGGIILFSRNIGTPEEVLRLTTDLQKEAKKAGYPHPLLICVDQENGVVRRLGEGTTIFPGAMALGATNNPKNAYRIGLATAKELKALGINWNLAPVLDVNNNPDNPVIGVRSFGESAEMVADFGRQMMQGMQDGGVITTLKHFPGHGDTNVDSHLDLPVISHRKERLKSVELLPFQASIDAGADTVMSAHVYFPAIESKQGVPATLSKKVITELLRTELAFDGVVTTDCLEMRAIANGVGTEQSAVEAIKAGVNLLMISHTASKQQDAIQKIIQLIETNELDRSFITQSIRRIDSLKERYLHWDDIQLVGNEAIPKVVNCKRHEEIAYQMYKESITVVKNENVIPVSLKEKDRVLVLCPNDGAKVEVEDKRHTTLALDEAVKSYHKNVDKIDVTEDLTELDIEEIVAKAHHYDFIFVGTLTITKGSKQVTLVEKLAQTPLPFVVIAMRSPYDLRYIPQVKAYINTYEFTYPALHVAAGAVLGKEKVSGTSPVTI	PGPT0012175_1411	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSAMINIDASE,PGPT0012175-nagZ-K01207	NA	NA
AK148_03180	1878			hypothetical protein	ATGAAGATAAAGTTTGTTGGTGACGTAAGCGTTGTACATGATGGATTAAAAATACTTGCCACAGAATTAGGGTTTGTAATAGATGATATCAATGGTTTCCCAATTCACGTTCAACAGAGGAAAGGTTCTATTTATATTTCCAAAAACCAGTATATCGGGCAAATCTGTTTTGAAAAGCCAATTCATTTTTTTAGAGCGTTAGGTTTGTGGCTGGAGCAATACCAATTAAAGCATGAATTTGAATTGGAGGAGGAGCCACAATTCGATAACAGCGGAGCTATGCTAGACGCTTCACGAAATGCAGTAATGCGTGTATCAGAAATGAAAAACATGCTACGAAAAATGGCAGTAATGGGTTTAAATGTGCTGATGATTTATACAGAAGATACGTATGAAGTAGAAGAATACCCCTATTTTGGTTATATGCGTGGGAGGTATACAGAACAAGAGTTGAGAGCATGCGATCAATATGCTGCTGCCCTTGGGATAGAGATGATTCCATGTATTCAGACGCTAGCTCACTTAACAGAAGCGTTAAAGTGGAACTATGCTACAGAGATGAAAGATACAGCCGATATTTTACTTGTAGGGGAGGAGAAAACGTATGCCTTTATTGAGGCGATGATAAAGGCTGCTTCTAAGCCATTCAAATCGAATCGAATTCATATTGGAATGGATGAAGCACATCAATTAGGGCTCGGAAAATACTTAGAAAGAAATGGTTACGAACAGCGATTTGCCATTATGAATAAACATTTGCAAGCGGTCGTTGCAATAACCGAAAAACTTGGCTTAAAACCAATGCTTTGGAGTGATATGTATTTTCGACTTGGATCTAAAACTGGTGGATACTACGACCTCGAAGCCGATATACCGGATGATATAGTAGCTGCTATTCCTGATGTCCAGCTCGTTTATTGGGATTACTATCATACCGAACAAGCATTCTATCAAACGTTTATAAAAAAACATCAAGTTTTGAAACCAAATTCAGTATTTGCAGGTGGGGTTTGGACTTGGAATGGTATTGCTCCAAACTATGGCAAAGCTATACAAACGACAGAAGCAGCCTTAACAGCATGTAAAAAAGAAGGAGTAAAGGAAGTTTTTGCAACAATGTGGGGAGATAACGGGGCTGAAACGCCAATGACAACCGCATTGCCAATGTTACAACTTTTTGCAGAGCATACGTATCATCAAGTCGTTCATGCTAAAACATGGCAAGCGAGATTCGCGTGCTGTGTAGGTGCTAATTATAACGATTTTATGGTTTTACATCAATTTGATGAAACGCCTGGTGTTTCGGAAAATAATTTACATGCGTCAAATCCTTCTAAATTTTTGTTGTGGCAAGATATTTTGCTCGGCTTATATGATGAAAATATTAAAGGGCTATCTTTAGGCAAACATTATGAACAAATGATCCCGCAATTAACACAAGCAAAAGAACGCAATCCAACGTTTTTTTCTCTATTTGCCTTTTATGAGCAGTTGGCGAGAGTGTTAAGTACGAAGGCAGAACTCGGGATACATATCAAACAGGCATACGACACCGTTCATAAAGAGAATATGCAAATTTATTTAGAGCAAATAAAAGTGTTACAGCAGGAACTCATTGATTTAAGAAATACACATAGAGATTTATGGTTTTCTATGAATAAGCCGTTTGGATGGGAAATCATTGAAATACGATATGGTGGAGTGATTACACGTTTGGATACAGTTCAATATCGTATCAAACAGTGGGTGGAAGGAAAAATGGTTGTAATAGAAGAGTTAGCAGAAGAGCGTCTTTATTTCGACGGGCCTTACCAAATGCCTGCAGAATCTTTAGGAAGGAACCTCTATCATAGAATTGTTAGCGCTAGTCCACTATAG	MKIKFVGDVSVVHDGLKILATELGFVIDDINGFPIHVQQRKGSIYISKNQYIGQICFEKPIHFFRALGLWLEQYQLKHEFELEEEPQFDNSGAMLDASRNAVMRVSEMKNMLRKMAVMGLNVLMIYTEDTYEVEEYPYFGYMRGRYTEQELRACDQYAAALGIEMIPCIQTLAHLTEALKWNYATEMKDTADILLVGEEKTYAFIEAMIKAASKPFKSNRIHIGMDEAHQLGLGKYLERNGYEQRFAIMNKHLQAVVAITEKLGLKPMLWSDMYFRLGSKTGGYYDLEADIPDDIVAAIPDVQLVYWDYYHTEQAFYQTFIKKHQVLKPNSVFAGGVWTWNGIAPNYGKAIQTTEAALTACKKEGVKEVFATMWGDNGAETPMTTALPMLQLFAEHTYHQVVHAKTWQARFACCVGANYNDFMVLHQFDETPGVSENNLHASNPSKFLLWQDILLGLYDENIKGLSLGKHYEQMIPQLTQAKERNPTFFSLFAFYEQLARVLSTKAELGIHIKQAYDTVHKENMQIYLEQIKVLQQELIDLRNTHRDLWFSMNKPFGWEIIEIRYGGVITRLDTVQYRIKQWVEGKMVVIEELAEERLYFDGPYQMPAESLGRNLYHRIVSASPL	PGPT0012150_2075	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
AK148_03181	225			hypothetical protein	ATGAAAGAACAAATTAATTATTTGATTTTCTCAATACTGACATTCGTTGGTTTTACGTTGATGACTCCTGAGATGGGTAATGTAACTAAAACCATATATTTTGCATTCATTATATGGACCTTCATACTCATCATAATTTCAATAAGAATAATAATGAAGAATAAAAAACATCTTAGCTATTTTAATTACTTAATTGGTTTCCAAAATATAAGTCACATGAAATAA	MKEQINYLIFSILTFVGFTLMTPEMGNVTKTIYFAFIIWTFILIIISIRIIMKNKKHLSYFNYLIGFQNISHMK				NA	NA	NA	NA	NA
AK148_03182	732			hypothetical protein	ATGCATGGCTATGTAGAGGGAGTAATGAATAAGCTACATAGAGCAATTAGTAAGCAAACGAATCAATTGGAACAAGCTTCAAGTTTAATTGCGGATTGTGTGAAGCAGGGTGGCGTTTTACATGTGCTGGGGACAGGGCATTCACATATGATAGCGGAGGAAATCTTTTATCGGGCAGGTGGAGCGTTATTCGTTAATCCTATTCTTGATTCTGGATTTATGCTACATGAGGGAGCTACAAAAAGCACTCGAATGGAAAGGCTATCTGGTTATGCGGAAGTGTTATTAGAAGGTGTAGATATTCGTGGTTACGATGTGTTTTTGGTTGTTTCTAATTCAGGGAGGAATGTTTTTCCTATTGAAGCTACTTTTTATATGAAACAAAAAAATGTATATACCATATCAATATCTTCATTTGAACATAGCAAATCAGTAAAATCACGCCATGAAAGTGGTAAGCGGTTATTTGAATTAACAGATTTAGCTTTCGATAATTATGGCGAAGTAGGAGACGCATTTTTAAAATCTCCAGGTTTAGAATCACGGTATGGACCATCTTCATCTGTTGTAGGGATAGTGCTTGTCCAAACGCTTATTAGTATGACGATAGAAGAACTTTTACGCCGCGATGAAAGACCTCCATTACTTGTAAGTGCGAATATGGATGGTTCGGATGATAAAAATCTAAAGCAAATGGAGCTATATAGAGACCGTATTCCTTTGTTAAGATGA	MHGYVEGVMNKLHRAISKQTNQLEQASSLIADCVKQGGVLHVLGTGHSHMIAEEIFYRAGGALFVNPILDSGFMLHEGATKSTRMERLSGYAEVLLEGVDIRGYDVFLVVSNSGRNVFPIEATFYMKQKNVYTISISSFEHSKSVKSRHESGKRLFELTDLAFDNYGEVGDAFLKSPGLESRYGPSSSVVGIVLVQTLISMTIEELLRRDERPPLLVSANMDGSDDKNLKQMELYRDRIPLLR				NA	NA	NA	NA	NA
AK148_03183	396	manX_2	COG2893	PTS system mannose-specific EIIAB component	ATGACAGGAGTGGTCATTACTGGTCATGGGTTTTATGCTAGCGGTGTGAAATCAACCATTCAATTAATTGCTGGTGAGCAGCATGAAGTTAAGTATGTTGATTTTTTGGAGAGCGATGAACCTAGTGATTTAAGAGAGAAATTAGAGCATTATCTTGATAGCATGAATAATGTCACTAATATTTTGTTTCTAACGGATATTGTGGGAGGAACTCCATTTAAAATAAGTGCACAAATTTTGCAAGAAAGAAAAATTGCAGGTGCTGTAGTGGCTGGTGCTAATATTTCTATGGTGTTGGAAGTTTTATTTACTAGGGAGAACGCTACATTAAGTGAATTAAAGCAAACTGCTATTCAAGCTGGTATAAGTGGAATTAAAATTTTGCCTAAAGATTGA	MTGVVITGHGFYASGVKSTIQLIAGEQHEVKYVDFLESDEPSDLREKLEHYLDSMNNVTNILFLTDIVGGTPFKISAQILQERKIAGAVVAGANISMVLEVLFTRENATLSELKQTAIQAGISGIKILPKD	PGPT0017030_335	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GALACTOSAMINE_PTS_SYSTEM,PGPT0017030-agaF-K02744	NA	NA
AK148_03184	828	manZ_4	COG3716	PTS system mannose-specific EIID component	ATGGTATCTGATGTAAAAAAGGAGCAAGTGGAAGAAAATAGGATGCAAAAAGTAATCACTAAATATGATTTATTTAAAATGGCCTTCCGTTCTTTCTTTTTGCAAAGTTCATTTAACTACGAAAGAATGCAGGCAGGGGGATGGCTTTACAGTATACTTCCAGCTTTGGAGCGTGTATCGAAGAGCAAAAAAGAACTTTCAGAGAAAATGCAACGGCATTTAGATTTCTTTAATAGCCATACATTTATTTCTACCATTATTCTTGGGATGATTGCTGCTATGGAAGAAAAGAAACAAGATGGAAACTCTATCCGTGCAGTAAAAGTAGCAATGATGGGGCCTTTCGGAGGAATCGGTGATGCGCTAATCTGGCTTACATTACTTCCAATTTGTGCGGGGATTGGCGTGTCATTAGCAATGGAAGGGAATGTGGCTGGTCCAATTATTTTCTTGCTTAGTTTTAATGCGGTGCATTTTCTTATCCGTTTCGGAGGCATCTATTTTGGCTACCGATCAGGAATAAATGCCATGCAAAAACTAAAATCCGGTACGAAAGATATTGCACATGCAGCTACGATTGTCGGTATTACGGTGGTAGGAGCTTTAATTGCTTCTTACGTTAGTATTCAAACTCCTTTAAAAGCAACAGCAGGTGAAGCGGAGATAAAGATACAAGAAGATTTATTAGACCAAATTATGCCTAATTTATTGCCCTTTGGTTTTACGTTGTTACTATATATGTTGTTACGAAAGGGTTTTTCTCCAATTAAACTTATAGGTATTATTGTACTTTTGGGATTAGTAGGTAAGTATTTTGGATTTTTATAA	MVSDVKKEQVEENRMQKVITKYDLFKMAFRSFFLQSSFNYERMQAGGWLYSILPALERVSKSKKELSEKMQRHLDFFNSHTFISTIILGMIAAMEEKKQDGNSIRAVKVAMMGPFGGIGDALIWLTLLPICAGIGVSLAMEGNVAGPIIFLLSFNAVHFLIRFGGIYFGYRSGINAMQKLKSGTKDIAHAATIVGITVVGALIASYVSIQTPLKATAGEAEIKIQEDLLDQIMPNLLPFGFTLLLYMLLRKGFSPIKLIGIIVLLGLVGKYFGFL	PGPT0017025_267	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_N_ACETYLGALACTOSAMINE_PTS_SYSTEM,PGPT0017025-agaE-K02747	NA	NA
AK148_03185	753	agaC_2	COG3715	N-acetylgalactosamine permease IIC component 1	ATGTTAATAAAAGCTATCCTTATTTCTATATGGGCTGGAATAGCTGGAATTGATCAATTTAATTTTCAAACCCATTTACACAGACCGATTGTTACCGGGGTTGTTGTTGGAATTATTCTAGGAGATATGGAGACAGGGTTAATTACAGGAGCAACGCTAGAATTAATATGGATGGGACTTGTATCAATTGGAGGAGCGCAGCCGCCAAATGTTGTAATTGGCGGTATAATCGGGACTGCATTCGCTATTTTATTAGATCAAGATCCAAAGGTAGCGGTGAGTGTAGCTGTACCGTTTGCGGTTGCTGTTCAAGGTGCGATCACTTTGTTGTTTACGGTATATTCTCCAATTATGCATAAATTTGATCAGCTTGCAGTAGCAGGTAATGTAAGAAAAATAAAATGGCTTAGTCTTTCGCAGTTGCCTGTATTATTTTTATTTAATTTCATCGTGGCTTTTTTACCAATTTATTTAGGTGTTGATTCCGCTAGAACTGCTTTAGAAAGTTTGCCTTCTTGGATACTTGATGGTTTAAGTGTGGCTGGGGGAATGATGCCCGCAGTTGGATTTGCTATGTTACTTCATATTATGCTGAAGCAGCAATATATTCCGTTTCTTTTGATAGGTTTTGTTTTAGTGACATATTTTGAATTGTCGTTAATAGGTATTGCCATTATTGCTATTGCAATTGCAATGTACGATTATTTCCGAAAGAGTACAGAGCGAAAGGAGACGACAACGAATGGTATCTGA	MLIKAILISIWAGIAGIDQFNFQTHLHRPIVTGVVVGIILGDMETGLITGATLELIWMGLVSIGGAQPPNVVIGGIIGTAFAILLDQDPKVAVSVAVPFAVAVQGAITLLFTVYSPIMHKFDQLAVAGNVRKIKWLSLSQLPVLFLFNFIVAFLPIYLGVDSARTALESLPSWILDGLSVAGGMMPAVGFAMLLHIMLKQQYIPFLLIGFVLVTYFELSLIGIAIIAIAIAMYDYFRKSTERKETTTNGI	PGPT0017020_234	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_N_ACETYLGALACTOSAMINE_PTS_SYSTEM,PGPT0017020-agaW-K02746	NA	NA
AK148_03186	474	levE_3	COG3444	PTS system fructose-specific EIIB component	ATGGCTAATATATTGTTAACAAGAGTTGATTATAGATTAATTCATGGACAAGTTGCTGTTGGTTGGGTGAATTATTTACGAGCAAATATGATTGTTGTAGTTAATGATGAAGTTGCTAATGATACGTTTCAGCAAAGCTTAATGGATATGGCGGTATCGTCAGGAATTGAAACCCGCTATTTTTCTATAGAAGAAGCCATTCTTAAATTACCACAAGCATCCGCGCAGCAAAAGTTACTAGTTGTTGTCAGATATATTCAGGATGCATTGAAATTAATTGAAGGAGGCCTAGAAATTAAAGAGATTAACATTGGCAATCTTCACTACGAAGATGGGAAGAAGCAAATTGCTAAATCCGTTGCCATTAATGAAGCAGACAGAGCGTGTATAAGAAAAATAGCAGAAATGGGTGTTAAACAAACGATTCAGCGTGTACCAGAAGAACGGGGATATGACATTGTTGGCTTATTATAA	MANILLTRVDYRLIHGQVAVGWVNYLRANMIVVVNDEVANDTFQQSLMDMAVSSGIETRYFSIEEAILKLPQASAQQKLLVVVRYIQDALKLIEGGLEIKEINIGNLHYEDGKKQIAKSVAINEADRACIRKIAEMGVKQTIQRVPEERGYDIVGLL	PGPT0017035_200	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_N_ACETYLGALACTOSAMINE_PTS_SYSTEM,PGPT0017035-agaV-K02745	NA	NA
AK148_03187	1317			Neutral ceramidase	ATGCCGCTTCACTGTGGAACAGCAAAGAAAGAAATTACCCCTCAAATAGGCACAAACTTAGCAGGTTATATGAAGGAAAGAAAAGCAGCAGGAATTCATGATCCTCTTTACACGCGAGTATTTGTATTTTCGAATGAAATTGACTTATTTATTATGATAAATCTTGATTTAGTAGGCATTGATTCTCGTTATGTGAAATTATTAACAAATAGGATTTGGGAGAACTTTTCCATACCTAAACATCATGTGTTTGTCCATGCAACCCATACCCACTCAGGCCCCGGAGGCATATTTGATGAGAGTTCTTTACTTGCAACTGCTCATCCGTATCTGAATGGCTATTTACCATATACAAAATCAATTGTAGACCATCAACATAACCAAATATTAGCAGCTATTGATTATGCATTAAAAAATTTAGAGATATGTGAGGTTAAGTTTGGGGAGGGGTTTGCAGAAGGAATAGCTACCAATCGTAACAATTTAGAAGCTAGCTATGATCATAAAGTAAGCGTTATTACGTTTACGAATAAACAAGGAGAAAAGGCAATAATGTATCATTTTGCATGCCACCCAACCATTTTAAACGCTAATAACGTATATATTAGCGCTGATTTCCCCGGTGAAGTGAGCAAAGTTTTAGAGGAGCGTTCGGATGTAAACTGTGCCATGTTTATAAATGGTCCATCAGCAGATATTAGTACACGCTTTACGCGAAAAGGATCCACTTTTCAAGAAGTAGAGCGTATAGGTGGGAAATTAGCACAAAAGGTAATTCAAACTTCAGAAAGTGCAACAGCTATAGAGCGGCCAATTGTAAGAGCAGCGTTATATCCAATTACTTTACAAATGCGAGATATACCTGATGAAAAAACGATTAAACAGGAGTTAAAAAATTTACAGGCTATATATAGCCAGAAACAAGATAAAGTTTCTGTGGGAGAATTACGCAGAATAGCGTCACAAATAGAAGGGGCTAATTGTTTACTGCAAATAGTCAAAAATGTAAAAAAAGTAAATGATATTACGACAGTGATTCAACTGTTTCGGATTAAACATATTGTGTTTGTTGGTATACCAGGCGAATTCTATTTCGAATCGGGAGAGGAGATTGCTAACTATTTTGATTTCCCACTATTATTTGCAGGAAATACAAACGATCAAATCGGATACATTGTTCCAAAAAAATACTGGGAGAAAAGAGACTATGAAGCATATACGACGTTGTTAGCCCCTGAATCGGAAGATAAGATAAAGCAAGCTGTAAGAGAATATTTGTACTTATTTGCGAATGAAGGAGAGTGTAAGGATGGCTAA	MPLHCGTAKKEITPQIGTNLAGYMKERKAAGIHDPLYTRVFVFSNEIDLFIMINLDLVGIDSRYVKLLTNRIWENFSIPKHHVFVHATHTHSGPGGIFDESSLLATAHPYLNGYLPYTKSIVDHQHNQILAAIDYALKNLEICEVKFGEGFAEGIATNRNNLEASYDHKVSVITFTNKQGEKAIMYHFACHPTILNANNVYISADFPGEVSKVLEERSDVNCAMFINGPSADISTRFTRKGSTFQEVERIGGKLAQKVIQTSESATAIERPIVRAALYPITLQMRDIPDEKTIKQELKNLQAIYSQKQDKVSVGELRRIASQIEGANCLLQIVKNVKKVNDITTVIQLFRIKHIVFVGIPGEFYFESGEEIANYFDFPLLFAGNTNDQIGYIVPKKYWEKRDYEAYTTLLAPESEDKIKQAVREYLYLFANEGECKDG				NA	NA	NA	NA	NA
AK148_03188	345			hypothetical protein	GTGAAAAAGAACTCCCCTGTATTTGGAAATAGATTGAAATTTCTACGGAAGCAGAGGGGCTTAAAACAGGAAGAAGTTGCAAAGTCTCTTAACATTTCCCGTGCTAGGTATTCCCATTACGAGAACAATCATGTAGAGCCAGATATAGAAATGCTTAAAAACTTATCTCGTTTTTATAATGTAACCATTGATTACCTAGTAGGAAATGGTAATCAAAACAATGATAAAGATGAAGTTTTAGATATTGATCCAGAATTAAAACTTTGGTATAGGGATTTGCCAAGCAATGGAGAGAAAGATATGCTTCGGCTTAAAAAAATTTGGGATGTATTTAAAGAAGAATAA	MKKNSPVFGNRLKFLRKQRGLKQEEVAKSLNISRARYSHYENNHVEPDIEMLKNLSRFYNVTIDYLVGNGNQNNDKDEVLDIDPELKLWYRDLPSNGEKDMLRLKKIWDVFKEE				NA	NA	NA	NA	NA
AK148_03189	276			hypothetical protein	ATGCTTGTTTTATATCCTTTAGTACAAGGAGTTTTTATAGGGGGCATTGTTGTAGCCTTAACCATCTTATTTGTCAAGACCATTAAATATAAAAATGTTATTTATGCACCTAGCTCTCTAGCAATTGTTATTTCTCTTATAATGTTGGTGGAAGCGCATACTGCTGCATGTGCTGCTCCTAATTGTTATACTTCAATGATAAATATTATTACTTCTATTACTGTATTAATCTTTTCAATCCCCTCTTTCATTTGCGCCTATTTAAAAGTTGGTTAA	MLVLYPLVQGVFIGGIVVALTILFVKTIKYKNVIYAPSSLAIVISLIMLVEAHTAACAAPNCYTSMINIITSITVLIFSIPSFICAYLKVG				NA	NA	NA	NA	NA
AK148_03190	1371		COG0277	putative FAD-linked oxidoreductase	ATGATATTTATGAATGCATTAGAACAGATACTTCCATCAGATCGTATAAGTGATAATGAAACGATATTAGAGCAGCACAGTGCAGATGAATCTTACCATACACCTGCTTTACCAAATGTAGTTGTTTTTCCAAAAACAACAATAGAAGTAAGTCGTGTGGTGAAGCTGGCTTCGGAGTTTAATGTGCCGATAGTGCCTTTTGGTTTAGGTACGAGCCTGGAAGGGAGTGTTATTCCATATCAAGGAGGGATTACGATTGATTTCTCCCTAATGAATCAAATTTTGGAAGTACGACCAGATGATTTTTTAGTTAAGGTGCAACCAGGTGTGACGCGAAAACAATTGGAAAAAGAGTTGAAAAAGTACGGTTTATTTTTCTCTGTTGATCCGGGTGCCGATGCAACTCTAGGAGGGATGGCAGCGACAAATGCAAGTGGCACAACATCTGTTAAATATGGTGTAATGCGAGATCAGGTTAGGAATTTGCAAGTTGTCTTAGCAGACGGTAGCGTTGTTCATACGGGGAATATGGCAGCGAAATCTTCTTCTGGATTACATCTTAATGGATTATTTATTGGTTCAGAAGGAACGCTTGGTTGTTTTACAGAACTTACGTTAAAAGTACATGGTATACCAGAAAAAATGGTGGCAGGAAGATCGGCATTTACTACGTTAGATAATGCGGTGGAGGCAGTTATTGCTATATTACAAGCTGGCATTCCTGTTGCTAGGGTGGAACTCGTAGATGCATCATCGATGAAACACATCAATCTATTTAGTAATACGGATTATTTAGAAATGCCGACAATTTTTATAGAATTTCATGGAAATGAAGCGGGCCTCCAAGAGGATATGAATTTTACTACGGAAATTTTAGAGGAACATCAATGTCAAGATCTCGCATTTGAAGCGGATACGTTAGGGAGAAATCGTTTGTGGGAAGCACGACATCAAACTGCGTACGCTTTTTTACATCATTATCCTGGGAAAAAGCAGATGGTAACCGATGTTTGTGTGCCAATCTCTAATTTGGCAAATGCTATTAAACAAGGTAGAGCTGCTGTGGAGGCTTCAGGGTTCCCCGGAGGAATTGTGGGGCATGTCGGCGATGGTAATTATCATATATTAATGATGATTGATGCACAGAATCCAGAAGATATAGCAAAAGCAAATAAGGTGAATGAGCAAATTGTTTCCTATGCTTTGTCATGTGGTGGAACATGTACTGGTGAACATGGCGTTGGGGTTGGTAAAGCAAAATATCAACTGGCAGAGCATGGCGCAGCTCTTCAAGTGATGAAAAGTATTAAAGACAGTCTAGATCCACATCATATTTTTAACCCTGGTAAAATTTTCACGGATTTGAATTGA	MIFMNALEQILPSDRISDNETILEQHSADESYHTPALPNVVVFPKTTIEVSRVVKLASEFNVPIVPFGLGTSLEGSVIPYQGGITIDFSLMNQILEVRPDDFLVKVQPGVTRKQLEKELKKYGLFFSVDPGADATLGGMAATNASGTTSVKYGVMRDQVRNLQVVLADGSVVHTGNMAAKSSSGLHLNGLFIGSEGTLGCFTELTLKVHGIPEKMVAGRSAFTTLDNAVEAVIAILQAGIPVARVELVDASSMKHINLFSNTDYLEMPTIFIEFHGNEAGLQEDMNFTTEILEEHQCQDLAFEADTLGRNRLWEARHQTAYAFLHHYPGKKQMVTDVCVPISNLANAIKQGRAAVEASGFPGGIVGHVGDGNYHILMMIDAQNPEDIAKANKVNEQIVSYALSCGGTCTGEHGVGVGKAKYQLAEHGAALQVMKSIKDSLDPHHIFNPGKIFTDLN	PGPT0001890_1570	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001890-dld-K00102	NA	NA
AK148_03191	993	ansA	COG0252	putative L-asparaginase	ATGAAAAGAATAAAATTAATTGCAAGCGGGGGAACTATTTCAGGTAAAGGTGCGAACCGACTTGACCTAAAAGACTATCGGACTGGTTATTATAAGGGGGAAGATTTATTGCAACAAGTTCCAGAAGTTTTGAATATAGCTCAAGTAGATGCGTACGAGTTAGCTAACAAGAGTAGTACAAAAATGCAAAGTTCTGATTGGCTAAAGTTAAAAAGACTTGTTAATGAATTGCTTAATCAAGAGCATTATGATGGGATTGTCATTACGCATGGAACAAACACGTTAGAAGAAACGGCTTACTTTTTGCATTTAACGGTTCAAAGTGGAAAACCAGTAGTAATTGTGGGGGCGCAAAGACCTTTTACCGCCCTTGCTTCTGATGCGTTACACAATTTGTGGATAGCCTTTAAAGTAGCAATAGATGAACAATCGTATGATAAAGGAGTTCTTGTTGTTGCTAACAATGAAATTCATTCTGCACGAGAAGTATCCAAAACAGATACGTATAGTTTGGGAACATTTCAATCAGGAAAAGCGGGGGCTCTAGGGTATGTAAGTGCGGAACACACCGTGCTATATGATAGATATCCAACTAGAAGGCATACTTTTCAATCTGTGTTTAATGATAATAGTAACGTTAGAAACTTACCTGAGGTGGCCATTGTGTATTCATACGCTGGTGTAAACGAAGATATTATTAATTTTATTGTTGATAGTGGGAAGTATTCTGGAATTGTGTTAGCTGGGACGGGGGCGGGAAGGTGTTCTCCAAAAGAGGAGAAGGCGCTAAAAAAGGCCTGTCAAAAAGGAATGGTAGTGGTTAGAAGTAGTCGATGCTTTGAAGGACGGGTTGTCCCTATTGAAAGTTTTGATACTTTTCCTTTTATAACCGCAGATAACTTGTCACCGCAAAAAGCTAGAATATTGTTAATGTTAGCACTTACTCTGACGGATGACCTATCAGAAATACAAGCGATGTTTCATGATTATTGA	MKRIKLIASGGTISGKGANRLDLKDYRTGYYKGEDLLQQVPEVLNIAQVDAYELANKSSTKMQSSDWLKLKRLVNELLNQEHYDGIVITHGTNTLEETAYFLHLTVQSGKPVVIVGAQRPFTALASDALHNLWIAFKVAIDEQSYDKGVLVVANNEIHSAREVSKTDTYSLGTFQSGKAGALGYVSAEHTVLYDRYPTRRHTFQSVFNDNSNVRNLPEVAIVYSYAGVNEDIINFIVDSGKYSGIVLAGTGAGRCSPKEEKALKKACQKGMVVVRSSRCFEGRVVPIESFDTFPFITADNLSPQKARILLMLALTLTDDLSEIQAMFHDY	PGPT0020180_2913	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARAGINE_DEGRADATION,PGPT0020180-EC_3_5_1_1|ansA|ansB-K01424	NA	NA
AK148_03192	1482			hypothetical protein	ATGGGAGGTTTGGAAGGAGTACTATCAGGTTTTCAGGTTGCTTTTAGTGTAGAAGGGATTATTTTTGTTTTTATCGGTGTGTTGGCAGGTACTTTTATTGGTATGTTACCGGGATTAGGTCCAATTTCGGCAATTGCGGTCATGATTCCTATATCTTATGGGTTTGATCCTACTATTGCTCTTGTTATGATGGCGGGAGTTTATTACGGCGCTGTATTTGGAGGTTCTACATCATCGATTTTGTTAAATGCTCCAGGTATATCTGGAACAGTAGCCACTGCTTTTGATGGTCATCCATTAGCGAAACAAGGAAAAGCGGGAAAAGCACTTGCCATTGCAGCTATTTCTTCTTTTATTGGTGGAACGGTAGGAATTGTATTACTCATGTTATTTGCTCCAATGCTTGCCTCAGTGGCGATTGCATTTGGACCGCCTGAGTACTTTGCTTTAATGTTAGTAGCGCTAACGGCTATTGCTAGTTTATCAGAAGGTTCTCTTGTGAAAGCGTTTATTTCGGGAGTGATTGGTTTTATGTTTGCCACAGTAGGGATTGATGCGCAAACAGGAACCCCTCGTTTTACGTTTGGGATGACAAATTTATTAAGTGGTATTGAATTTTTAGTTATAGCTCTAGGTTTGTTTGCTTTGGCTGAAATTTGCTTTTTAATCATTAACTCTTTTAAAGAGAAGAACGATATACACCAAAATATTGGTAGTCTCAAGCTGACGAAATCGGATCTTAAAGAAATGAAAGGGCCAGCAACAAGGCAATCTTTTCTTGGATTTATCATTGGTGTGTTACCGGGCGCTGGCGCAACGATTGCTTCTTTTATTGGTTATATTGTTGAGAAAAAATTATCGAAAAGACCTGAGCAATTTGGGAAAGGTTCCATAAAAGGATTAACAGCTCCAGAAACTGCTAACAATGCAGCTACCAGTGGTGCGTTTGTTCCGTTATTAAGTCTTGGAATTCCAGGATCAGGTACGACAGCTGTGTTATTAGGAGCGTTACTTGTGCTAGGAGTGCAACCTGGCCCTCTGTTATTTGAGGATGAACCGACCTTGTTTTGGGGCGTTATTGCTAGTATGTATATCGGAAATGTCTTCTTATTAATATTAAATTTGCCGCTTATCCCATATATTTCCAAGCTGTTACTTATTCCTAGACCACTTCTTATATCACTAGTAATTACTTTTTGTATGCTTGGCGTCTATGCTATTAGTTTTAACACATTTGACATTTACTTATTACTTATATTTGGGGTTATTGGGTTTTTAATGCGATTAGCGCATTTCCCAGCACCACCATTTATTTTAAGTTTTATTTTGGGAGGAATGATGGAGCAATCTTTGAGGCAGTCACTGACAATTTCTGAAGGGGGTTTGGGCATTTTTTTAGAAAGTCCTATAGCAATGGCTCTCTTTATAGTAGCTTTGTTGTCTATTGTTATTCCAGCTTTTAAAAAGAAGACGATTACTTGA	MGGLEGVLSGFQVAFSVEGIIFVFIGVLAGTFIGMLPGLGPISAIAVMIPISYGFDPTIALVMMAGVYYGAVFGGSTSSILLNAPGISGTVATAFDGHPLAKQGKAGKALAIAAISSFIGGTVGIVLLMLFAPMLASVAIAFGPPEYFALMLVALTAIASLSEGSLVKAFISGVIGFMFATVGIDAQTGTPRFTFGMTNLLSGIEFLVIALGLFALAEICFLIINSFKEKNDIHQNIGSLKLTKSDLKEMKGPATRQSFLGFIIGVLPGAGATIASFIGYIVEKKLSKRPEQFGKGSIKGLTAPETANNAATSGAFVPLLSLGIPGSGTTAVLLGALLVLGVQPGPLLFEDEPTLFWGVIASMYIGNVFLLILNLPLIPYISKLLLIPRPLLISLVITFCMLGVYAISFNTFDIYLLLIFGVIGFLMRLAHFPAPPFILSFILGGMMEQSLRQSLTISEGGLGIFLESPIAMALFIVALLSIVIPAFKKKTIT	PGPT0017350_3406	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017350-tctA-K07793	NA	NA
AK148_03193	450			hypothetical protein	ATGTTAAAAACATTAAATAGAAAAATTGCAGTGCTTCTTTGGTGCATAGCTATTTTATATCTCTTCTTTGCCTATAGATTGCCGTCCTATGCTTATGTACCAATAGATTCGAATGCTTTGCCAATAATTTTAGGAATATTATTACTAGTTCTTTCCACTATCTTATTTTTCGGAAAAGGGGACGCTGAAAATGACAAATTAAATATAAATAAGACTGATTTGCTGAAATTACTTGGTGTGTTTTTGCTTATCGTTCTTTATGCTAGTTTTTTAGAGAGTTTAGGGTTTTTAATTGTAAGCATTTTCTTCATATTCTTTTGCTCGTACTTATTAGGTTATAGAAAACATGTAATTAATGCTGTTATAGCTATTCTCGTACCATTAACATTTTATCTTTTATTTACGAGCGCATTACAAATTCGGTTGCCGCAAGGGGTTATGCCTTTTTAG	MLKTLNRKIAVLLWCIAILYLFFAYRLPSYAYVPIDSNALPIILGILLLVLSTILFFGKGDAENDKLNINKTDLLKLLGVFLLIVLYASFLESLGFLIVSIFFIFFCSYLLGYRKHVINAVIAILVPLTFYLLFTSALQIRLPQGVMPF	PGPT0017355_2276	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017355-tctB-K07794	NA	NA
AK148_03194	1032			hypothetical protein	TTGTTATACAAAAATGAAAGGGTGATTACGTTGGGAAAAAAATGGGGTTTGATTTTAGTGTTTGTAAGCATGGTTACTTTAATCGCTTGTTCTAATAATAATAAAGCGGTTAGTGGGGAATGGTCTCCAAAAGAATCGATTGAGGTTGTCGCTCCTGCTGGTGCTGGGAGTGGCTGGGATACAACTGCGAGAATGGCTGCCAAAATATTTGAGGAAGAAGGGATGATAGAGCAAGATATTGGCGTAGTAAATAAACCCGGTGGAGGGGGTGCTGTTGGTTGGGCTTATGTAGCTGAGAAAGCAGGAAATCCGCATCACATGTTTATCGCTTCCCCTCCAATTATTGATGTGCCATTAAATGGTCAATCTCAGTATGATCATAATGATTTTACGCCAATTGCCAATGTAATTGCTGATTATGGTGCTTTTGCAGTAAGGGCAGATTCAAAATGGGAGAATTTAAACGATTTATTTGAAGATATGAAGAAAGACCCTTCATCCGTTACAATCATTGGCGCATCTTCTCCTGGGAGTATGGATCATATTCAATTTGTGAAAATTGCCAAGGAAGCTGGAGTAGATATTAAAAAAATTAAATATGTATCTGAGCAAGATGGAGGAACATTAACAGCTTTATTGAACGGAAGTGCTGATGTTTATTCAACTGGTGTTGCGGAAACCATTGAACAAGCAAAGGCTGGGAAAATCAAGGTGCTTGGAGTCACTTCAGAAGAGCGATTAGAGGGAGAAGTTATTTCTGAATTTCCAACGGTTCAAGAACAGGGGATTGACTCCTATTTTGTGAATTGGCGAGGTTTTTTTGCACCACCTGATACTGACGAAAACGCCATAGATTTTTATGTTTCTAAGTTTAAAGAATTAAATGAGTCAGAAGCATGGAAAGAAATTCGAAAGCAGTATGGTTGGGATGAAATGTTCATGTATGGAGAAGAGTACAAAGATTTTTTAGATGAACAGAAAGAAGAGTCTGAACAATTACTGGATGAGCTAGGAATATTAAAAAATGAATGA	MLYKNERVITLGKKWGLILVFVSMVTLIACSNNNKAVSGEWSPKESIEVVAPAGAGSGWDTTARMAAKIFEEEGMIEQDIGVVNKPGGGGAVGWAYVAEKAGNPHHMFIASPPIIDVPLNGQSQYDHNDFTPIANVIADYGAFAVRADSKWENLNDLFEDMKKDPSSVTIIGASSPGSMDHIQFVKIAKEAGVDIKKIKYVSEQDGGTLTALLNGSADVYSTGVAETIEQAKAGKIKVLGVTSEERLEGEVISEFPTVQEQGIDSYFVNWRGFFAPPDTDENAIDFYVSKFKELNESEAWKEIRKQYGWDEMFMYGEEYKDFLDEQKEESEQLLDELGILKNE	PGPT0017360_229	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017360-tctC-K07795	NA	NA
AK148_03195	240			hypothetical protein	ATGGAACGAAAAGCACTTACACAGCTCAGAAAAAAGCATCAATTGACTCAACAAGAATTAGCAAAAGAATTGGGTATTTCAACTATCTATGTTAGAAAAATAGAAAAAGGAGATGCTGATCCTGGTCGAGATACAATGGTGAAGTATGAATTATTTTTCAACGAAGATATAAAAAAACTTTTTCCAGATATTTTTTATGCTATTGATAAGGAAAAACAAAATGATAAAGAAGTGATCTAA	MERKALTQLRKKHQLTQQELAKELGISTIYVRKIEKGDADPGRDTMVKYELFFNEDIKKLFPDIFYAIDKEKQNDKEVI				NA	NA	NA	NA	NA
AK148_03196	345			hypothetical protein	GTGAAAAAGAACTCTCCTGTATTTGGAAATAGATTGAAATTTCTACGGAAGCAAAGAGATTTAAAACAGGAAGATGTTGCAAAATCTCTGGGTATTTCTCGTGCTAGATATTCCCATTACGAGAACAATCATGTAGAGCCAGATATAGAAATGCTTAAAAATTTATCACAATTTTATAATGTAAGTATTGATTACTTGGTAGGAAATAGCATTAAAAACAAGAATAAAGATGAAGTTTTAAATATTGATCCAGAATTAGAACTCTGGTACAAAGAATTACCAAGCAATGGAGAGGAGGATATGCGTCGTCTTAAAAAAATTTGGGATGTTTTTAAAGAGGAATAA	MKKNSPVFGNRLKFLRKQRDLKQEDVAKSLGISRARYSHYENNHVEPDIEMLKNLSQFYNVSIDYLVGNSIKNKNKDEVLNIDPELELWYKELPSNGEEDMRRLKKIWDVFKEE				NA	NA	NA	NA	NA
AK148_03197	291			hypothetical protein	GTGTCTAAAGGAGAGCCAGAAATACAGTCTGTAGATACTCCCTCCGTATTGGAACTTTCCGAAGAATTTGAAACACTTACGGTCAATAAGAATAGTAGTATAGAAATTATCATTAAAGAAAATCCATCACTTACTGTTTTTCAGTGGAACGAAGATGAACAAACAAAAGAAGTTGCTCTTAAAGACAATAAACTAAATGTCCCACAAAAAGAAGGAACTTATATTTATGAAGTGAAAGCCAAGTGGGAAAACGGGGAGGCATCGTTTATATTTGATGTAGAAGTTAAATAA	MSKGEPEIQSVDTPSVLELSEEFETLTVNKNSSIEIIIKENPSLTVFQWNEDEQTKEVALKDNKLNVPQKEGTYIYEVKAKWENGEASFIFDVEVK				NA	NA	NA	NA	NA
AK148_03198	1335	citN	COG2851	Citrate transporter	ATGGGAGTTTTAAGTATCATTGGATTTTTGACGATTATTATTATTGTACTATTATTAATTAGCGGACGTGTGGCGCCAATTATAGCATTAGTGTTGACACCTATCATAGCTGCAGTCATTGCTGGATTTGGTCTAGAAGACATCGGAACATTTTTTAATGATGGGATTGCCGATGTTGTACATGTTGCGATTATGTTTATTTTTGCAATTCTTTTTTTCGGTATTATGCAAGACGTTGGATTATTTGATCCATTAATTCGAGGGATGATTACTGTATCGCAGGGGAATGTCATCGCAATTAGTGTTGGTAGTGTTTTTATTGCTGCCATTGCTCAATTAGATGGGTCTGGGGCATCTACATTTCTTATTACCATACCAGCATTGTTGCCGCTTTATAAAAAGTTAAAGATGAATCCATATTTACTTCTGCTATTGATTGCAGGAAGCGCAAGCATTATGAATATGTTACCATGGGCAGGGCCGTTGGGCAGGTCGGCTTCTGTGTTAAATATGGATGTCACGGAATTATGGAGACCGTTAATACCTGTTCAAGCCATTGGACTTGTACTTATGATTGCTTTAGCGATTGTTCTTGGATATCGGGAAAAAAGGCGGATTACGAAAGCATACGGATCCGTAGAAGCGGCGGCAGCTATGGAGCCTGATGTAACCAACGTAGACGGTACGTCAGAAACTATAAACAAAGCGTCAGAAACTGTTGCTTGGAAATTTTGGCTTAACATTTTATTAGCCATTGCCGTTGTAGGGACATTAGTATGGGGCATTATCCCAGCAGGGCTTGTATTTATGATTGGGGTAAGCTTAGCGCTACCGCTAAATTATCCAAACATGGAAGATCAAATGGATCGCATGCGCGCTCATGCTCCAAATGCCTTAATGATGGCGACAATTATACTAGCAGCTGGAACCTTCTTAGGGATTTTAACTGGTACGGGAATGTTGAATGCGATTGCAGAAGATGTGGTCAAAGTAATCCCAGCATTCATTGCGCCGTATATTCATTTAATTATCGGCTTCTTTGGTGTTCCATTTGATTTGTTGTTAAGCACGGATGCGTATTATTTCGCATTAATGCCAGTAGTCGAACAAATTGCAACTGGCTTTGGGATTGATTCTCTATCTACTGGTTATGCGATGATTGTTGGCAATATTGTTGGAACGTTTATTAGTCCATTTTCACCAGCAGTCTGGTTGGCTCTGGGATTGGCAGGCTTGGAAATGGGACGTCATATTCGCTATTCCCTGTTTTGGCTATGGGGGCTTAGTATTGTTCTCTTAGCAAGCACCGTAGCTATTGGATTAATTACTGTTTAA	MGVLSIIGFLTIIIIVLLLISGRVAPIIALVLTPIIAAVIAGFGLEDIGTFFNDGIADVVHVAIMFIFAILFFGIMQDVGLFDPLIRGMITVSQGNVIAISVGSVFIAAIAQLDGSGASTFLITIPALLPLYKKLKMNPYLLLLLIAGSASIMNMLPWAGPLGRSASVLNMDVTELWRPLIPVQAIGLVLMIALAIVLGYREKRRITKAYGSVEAAAAMEPDVTNVDGTSETINKASETVAWKFWLNILLAIAVVGTLVWGIIPAGLVFMIGVSLALPLNYPNMEDQMDRMRAHAPNALMMATIILAAGTFLGILTGTGMLNAIAEDVVKVIPAFIAPYIHLIIGFFGVPFDLLLSTDAYYFALMPVVEQIATGFGIDSLSTGYAMIVGNIVGTFISPFSPAVWLALGLAGLEMGRHIRYSLFWLWGLSIVLLASTVAIGLITV	PGPT0001500_433	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
AK148_03199	741	citT	COG4565	Transcriptional regulatory protein CitT	ATGGAGAAACAGGGGATACAGGTACTAATTATTGAAGACGATTTTCGCGTTGCAGCGATCAATCAACAATTTGTGGAACAAGTAGAAGGTTATCAGGTTGTAAAAAGTGTCAAAACAGCTGAAGAAGCGTATCATTATTTGCGAGAGCCAGGGGCAGAAATAGATCTCATATTATTGGATATTTATATCCCCGATGTAGAAGGGTTGGAACTTTTTTGGCAATTGCGTACCCACTGTAAACGAGTAGATATTGTGGTGATCTCCGCTGCGATAGAAAAAAATGTCATTGAGGAAGTGCTACGTGGTGGCGTGATTGATTATATCATTAAGCCTGTGGATGCAGAGCGGTTTACAAAGATGCTGAAGCAGTATCAACAAAGGCGTCGTTTTCTGATGTCGAAAGAAGTTTTAGAACAGCATGAAATCGATGGTCTGATGGAAAGACAGATCGGGGGTTTTTCTCCTACCAAAAAAACGCATGGCCAGTTGCCTAAAGGAATTGATTCAATTACGTTAGATGAAGTTACCAATCTATTTCAAACTAAAAAGGTAAAAGGAATTACAGCTATGGAGTTAAGTGAACAAATTGGGACGAGCCGATCAACTGCCAGGAGATACTTGGAGTATCTCGTTTCCTTAAAAAAGATTAAGACAACACTACTGTATGGAAATGTAGGCAGACCAGAAAGGCGTTATGTCCTTTGTGAAACTTATGAACAAAATGAAACAAATAATAGTTAA	MEKQGIQVLIIEDDFRVAAINQQFVEQVEGYQVVKSVKTAEEAYHYLREPGAEIDLILLDIYIPDVEGLELFWQLRTHCKRVDIVVISAAIEKNVIEEVLRGGVIDYIIKPVDAERFTKMLKQYQQRRRFLMSKEVLEQHEIDGLMERQIGGFSPTKKTHGQLPKGIDSITLDEVTNLFQTKKVKGITAMELSEQIGTSRSTARRYLEYLVSLKKIKTTLLYGNVGRPERRYVLCETYEQNETNNS	PGPT0001490_4	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
AK148_03200	1803	dcuS_3	COG3290	Sensor histidine kinase DcuS	TTGCTCACAGTAGCAGCCATTTTTCTTTTTATCCTGTCTACAATCGGTTCGTTAAAGCAAATTCTTTCTTCCTATCATAAACATGTCATTATACTAGTAAGAGAGAGGATGAAAAGGGGCGTAAAGATGTTTATTCTACATAAGAAGAAAGATATTATTGCTAATAAACGATATTTCAGTTTAAAGGTGAAAATGATCATGCTTATAAGTATCTTGCTTATAGGGATGTTTGTTATTTTTGGATTGTTTCTTCGCTCATTTATAGCAACAACGATGGAAGATCAAATAGCAAAGCGGGCGTTAAGCGTATCTAAAAGTGTCGCGAATATGCCAAGTGTACGCGATGCTTTTGAGTTAGAGCGTCCGGAAACGGTCATGGAAAATATTGTCGGACCCCTTCAACAAAATATTGGTGCAGAGTTTATAGTTATAGGAAATAAGGAAGGCATTCGTTATGCACATCCAGACCCGAAAAAAATTGGAAAGCCAATGGTTGGTGGGGATAATGCTCGTGCTTTAGAAGAAGGGGAGTCATATTTCTCGAAGCGTGAAGGGTCATTGGGATTATCCATTCGCGGAAAAACACCTATTAGAGATAAGGATGGAGAAATTATTGGTGTGGTATCGGTTGGATTTTTAAATGAAAAAGTGCAACATATTATTGAGGATCAAAGTAGATCTGTTTGGTTAATGCTATTTGGTATTCTTTTCATAGGGGTTATAGGTGCTGTCCTGATTGCAACGTATTTAAAAAAATTGCTATCGGGAATGGAACCAGAGGAAATCACTCAACTATTATTGCAAAAAGAGGCCATTTTACAGTCTACACATGAAGGCATTATTGCTGTGGATAACCAAGGAAGAATGATGATGATGAACGATGCTGCGCAAACTATTTTATTTGATCAAGAAATAGATAAGCGGTCGTATGTAGGGAAAACCGTTGATCAATTTTTACCTCATACGGGGTTATTTGATGTTTTGAAAACAGGTGAGAAGCATTTTAATAAAGAGATGGTCCTTGGCGATGTCGTTGTTTTGACAAACCGAACACCTATCTTTCATCAACATACTATCATTGGTGCGGTTACTACCTTTCGTAAAAAAACGGAGCTGGAAAGCATTACAAAAGAGTTATCGCAAATGAAACAGTATGCCAATGCCCAACGTGCACAAACCCATGAATTTTCCAATAAATTGCATACTATTCTAGGTTTGTTACAGCTAGATAAGCAGGAAGAAGCGATTACTTATATAAAGCAAGAAAACAAAACCCAAGCGACACTTTCGCGATTTTTACTGGAACAGGTAGCTGATCCAATGGTTCAAGGGTTGCTTCAAGGGAAATGGGATCAAGCCAGTGAACTTGGCATTACGATGGCGATTGATCCAGAGAGCCAGCTTTCTACTAGTTTTGTTGGAGAAAAGCAGCGGGCGTTTTTAACAGCGGTCGGTAATTTGCTTGAGAATGCTATCGAGTCTGTGAAAAAGGAGGAAAAATCGAATCGTAACATGACGGTTCTCTTTACAGATATTGGAGAAGATGTCATTGTAGAGGTGGATGATTCGGGAAGCGGGCTTTCACATCAGAATATCGATCCTATTTTTGAACAAGGTTATACGACCAAAGATGGGGCTCATCGTGGTGTTGGTTTAGCGTTAAGTAAACATCTTGTAGAACGTGTTGGAGGAGAAATTTTAGTGGAAGAAGGCGAATTAGGAGGGGCTCGTTTTATCATCATTATGCCGAAAGGGGAAGCGGAAAGGCATGGAGAAACAGGGGATACAGGTACTAATTATTGA	MLTVAAIFLFILSTIGSLKQILSSYHKHVIILVRERMKRGVKMFILHKKKDIIANKRYFSLKVKMIMLISILLIGMFVIFGLFLRSFIATTMEDQIAKRALSVSKSVANMPSVRDAFELERPETVMENIVGPLQQNIGAEFIVIGNKEGIRYAHPDPKKIGKPMVGGDNARALEEGESYFSKREGSLGLSIRGKTPIRDKDGEIIGVVSVGFLNEKVQHIIEDQSRSVWLMLFGILFIGVIGAVLIATYLKKLLSGMEPEEITQLLLQKEAILQSTHEGIIAVDNQGRMMMMNDAAQTILFDQEIDKRSYVGKTVDQFLPHTGLFDVLKTGEKHFNKEMVLGDVVVLTNRTPIFHQHTIIGAVTTFRKKTELESITKELSQMKQYANAQRAQTHEFSNKLHTILGLLQLDKQEEAITYIKQENKTQATLSRFLLEQVADPMVQGLLQGKWDQASELGITMAIDPESQLSTSFVGEKQRAFLTAVGNLLENAIESVKKEEKSNRNMTVLFTDIGEDVIVEVDDSGSGLSHQNIDPIFEQGYTTKDGAHRGVGLALSKHLVERVGGEILVEEGELGGARFIIIMPKGEAERHGETGDTGTNY				NA	NA	NA	NA	NA
AK148_03201	612	yvcA_1		Putative lipoprotein YvcA	ATGGCAAGCGAGAAAACAAAGAAGCCTTCAGAAATGAACCCCGAAGACCTGCCTGATGTAAGAGCATTTCAAGATGAATTTACTCGCGGTTTCTTACAATCGACAGAAGAAACAAAGCCTGGCTATTATCCATTTTTGTCTGGAACGGGGAAATATGAAATGGATTTTCCTGAAGGTGGAATGATTAGCGAAAGAGCATATGCACGAAAAGAAAAGGTACATGAAGGATACTCTGTTCATATTCTAAGTGATGTTGTTGGAGGCGCTGACACTACAATTTTTTATTATTCTGATGATACGACAGATGAATTAGATATGAATTTAGAAAGCTTCAGTAGTAGGATTGGAAAAGATATAAACTATAAAGAAATAGCTGGAGATGGTCAGTCACTTTATTACGGAAACTTTGAGCGAAATGGATTTCATACTTACGTTGGGTATGTACAAAATGAAACAGCTGATGGAGCACTTGAAATAGTTTACCAAATTGATTGTAGGCAAGAGCTAAAAGAAAAATGCAATAAAAACAAAACAAAAAATGAAAAATACGTTTTGGATTGGCTGAAAACGATTCGCTTTATAGATGAGAATAAGGAAGTGAATATTTCATAA	MASEKTKKPSEMNPEDLPDVRAFQDEFTRGFLQSTEETKPGYYPFLSGTGKYEMDFPEGGMISERAYARKEKVHEGYSVHILSDVVGGADTTIFYYSDDTTDELDMNLESFSSRIGKDINYKEIAGDGQSLYYGNFERNGFHTYVGYVQNETADGALEIVYQIDCRQELKEKCNKNKTKNEKYVLDWLKTIRFIDENKEVNIS				NA	NA	NA	NA	NA
AK148_03202	570	yvcA_2		Putative lipoprotein YvcA	ATGGCAAGCGAGAAAACAAAAAAGCCTTCAGAAATGAACCCCGAAGACCTGCCTGATGTAAGAGCATTTCAAGATGAATTTACTCGAGGTTTTTTACAATCGACAGAAGAAACAAAACCTGGCTATTATCCATTTTTGTCTGGAACGGGGAAATATGAAATGGATTTTCCTGAAGGTGGGATGATTGATAAAAGGGCTTATTCCCTAGAAGAGAAACGATTCGAAGCAATTGCTATTTCTGATAAGATAAATAGTTCATTACTCAGAGTAAGTTACTATTCATTTATTGATAGTCCGTCAGCTGCTATGAAAACCTTGGAAAAACGCCTAAATATGGAATTGAATTTTGCAAAGACGGAAATGGAATATCACGATATTTATACAGCACCATTCCAATATGATGACGGAACATATGGGTATGTAGCTAGTTTGATAGGTAAAGAAAAAAATGGAGAAATTCAAATTGTATATAGCGCTGAATGTAACAAAAGTAAAACACCTTGTATTGAAACTAAAAAAAAGAACCAAAAAATCATGATGGATTGGATAAAGTCAGTAAAATTTAATTAA	MASEKTKKPSEMNPEDLPDVRAFQDEFTRGFLQSTEETKPGYYPFLSGTGKYEMDFPEGGMIDKRAYSLEEKRFEAIAISDKINSSLLRVSYYSFIDSPSAAMKTLEKRLNMELNFAKTEMEYHDIYTAPFQYDDGTYGYVASLIGKEKNGEIQIVYSAECNKSKTPCIETKKKNQKIMMDWIKSVKFN				NA	NA	NA	NA	NA
AK148_03203	321			hypothetical protein	ATGATGTCTAAGAAATTAGCAACTTCAAAGGAATTTAAATTAAGATTAATCGACCTGCAATATAAGGAGTTATCTAAAGAAAAGATGATTCAGAAAATAAAACAAATCTACTTGGAAGAGCATGGCGAGGAATTAGACGCAAAAATCGATGTATATAATTCGAACCAGTCATCACACGAATTTATTAATATTTCTGGTTATGATGGAACTGCCATTCACTTTAACTCTGAAAAAAGTAATGTAAATGAAGTGTATATTATTTCTCAAGGATCAAAAGATACCCTTGATTGGGAATATAACGTAAAAGATGTTTGCTGGTAA	MMSKKLATSKEFKLRLIDLQYKELSKEKMIQKIKQIYLEEHGEELDAKIDVYNSNQSSHEFINISGYDGTAIHFNSEKSNVNEVYIISQGSKDTLDWEYNVKDVCW				NA	NA	NA	NA	NA
AK148_03204	357			hypothetical protein	ATGTTTGCTGGTAAAGATGGCTCACAAGCAATAGCAACAAATAAATTTGTGAACGAAACAAAAAAGGAATTTGGCGTAGCAGACACTATTCCAACAACTGGTTTGCCGCATTCATTAGCACATAATAACAACACTACGGCTCACCTCGTTTTTGATATATTTGATGAAGTATATAGTGTAAATGGAGTCCAAACTAACTATTATCAGCTTTACTTTACTGATATAGGGTTCGCAAATGCTGTAAGAAGCCATTTTTCACTCTCTCTTTCAGAAAAAGACCATTCTGCCATCTACGACATAGACCCAAACCAACTTCGACAATTCGCAGAAAACCACTATAAAGACAAAAGGAAGTGA	MFAGKDGSQAIATNKFVNETKKEFGVADTIPTTGLPHSLAHNNNTTAHLVFDIFDEVYSVNGVQTNYYQLYFTDIGFANAVRSHFSLSLSEKDHSAIYDIDPNQLRQFAENHYKDKRK				NA	NA	NA	NA	NA
AK148_03205	1917	thrZ	COG0441	Threonine--tRNA ligase 2	ATGAAATCCCCTATTCAAGTACAATTAAAAGATGGGAAAGTAAAAGCATGTACACAAGGTATTACTGTGAAGGAGGTTGCTACATCGATTGGTTCCAGTTTAGGTAAAAGGATAATTGGAGCTAAAGTAAATGGAATGATGGTAGATGTTAGCTATGAATTGATGAACGTTGCTACCGTTGAATTTTATACGTTGGAAACAAAAGAGGGTGTTGACATATTACGACACACTACAGCACATGTGTTAGCACAAGCGGTGAAAAGATTGTATCCAAACGTAAAGCTCGGTATTGGACCGGTGATCGAGCACGGTTTTTATTATGATTTCAAGTTAGAAGAGACGTGGAACGAAAATGATTTACAACGGATAGAAGCGGAAATGCGCTCGATTATACATGAAAATTTGCCAATAGAAAAAGAAATTATAACCTATGAGGAGGCAGTGGATCTATTTACAAAGCGAAATGAACCATTAAAGTTGGAGCTTTTAGAAGATATCCCTGAACATGAAGCGCTCACCATTTATCGTCAGGGGGAGTTTGTTGATCTTTGCCGTGGTCCTCATCTGCCAAGTACAGGATATATAAAGGCATTTCAACTATCACATGTTTCTGGAGCATACTGGCGTGGCGATAATAATCAAAAGATGCTTCAGCGAATATATGGTTATGCATTTCCGAAGCAAAGTCAATTAAAAGCACATCTTGCCTTTTTAGAGGAGGCTAGGAAACGGGATCATCGTAAATTAGGCAAACAATTACAGTTGTTTATGTTTTCCGATGAAGCGCCTGGAATGCCATTTTATTTACCTAAGGGACAAATCATTCGCAATGAATTAGAAAATTTCTCTCGAGAGGTGCAGTCACAAGCGAATTATGATGAGGTACGGACACCATTAATGATGAACCAGCGTTTGTGGGAACAGTCTGGACACTGGGATCATTATCATGAAAATATGTATTTTACGGAAGTGGATAAGACGAAGTTTGCGATGAAGCCAATGAATTGTCCTGGCCATATGTTACTGTACAAGAATAATCTATATTCCTATCGAGACTTACCAATACGGATTTCAGAATTTGGTCAAGTACATCGTCATGAATACAGTGGAGCTTTAAATGGGATGCTTCGGGTTCGTACTTTCTGTCAAGATGATGCGCATATTTTTGTTAGAAAAGACCAAATAGAAGCGGAAATTGCGCAAGTGTTTCAGTTGATTGATCAGGTTTATCAAACATTTGGTTTCACATATGATGTCGAGCTTTCTACCCGTCCAGAAAAGTCAATGGGGGAGGATCATCTATGGCAGTCCTCTGAACAAGCATTGCAAAATGTATTACAAGAATTAGAGGCTCCTTATCAGTTAAATGAAGGAGATGGCGCATTTTACGGACCTAAAATTGATTTTCATATTAAAGATGCACTTGGTCGCAGTCACCAATGTGCGACAATCCAACTCGATTTTCAAATGCCTGAGAACTTTGATCTATCCTATATTGATGAACGTAACGAAAAAGTACGTCCTGTCGTGATTCATCGTGCTATTTATGGTTCCCTCGATCGCTTTTTTGGCATTTTAGTGGAACATTTTGCGGGAGCGTTTCCAGTCTGGTTAGCGCCAGTTCAAGTGCAAATTATTCCTGTTTCCAAAGTGCATGAAGCCTATTGCAAGTCCGTAGCCTTCAAATTGAAGCAACAGGGTATTAGAGTAGAGATAGATAATCGGGATGAAAAGTTAGGATATAAAATAAGAGAAGCGCAAATGCAAAAGGTGCCATATACGCTTGTGTTAGGCGATGATGAAGTAGAAAAAGGAAGTGTAAACGTTCGAAAGTATGGAAGTAAAGCTTCCGAAAGTGAACCGTTAGATAGCTTTTTAGCTCGGATCAAACAACAGGTGGAGAAGCGATCGTTATAA	MKSPIQVQLKDGKVKACTQGITVKEVATSIGSSLGKRIIGAKVNGMMVDVSYELMNVATVEFYTLETKEGVDILRHTTAHVLAQAVKRLYPNVKLGIGPVIEHGFYYDFKLEETWNENDLQRIEAEMRSIIHENLPIEKEIITYEEAVDLFTKRNEPLKLELLEDIPEHEALTIYRQGEFVDLCRGPHLPSTGYIKAFQLSHVSGAYWRGDNNQKMLQRIYGYAFPKQSQLKAHLAFLEEARKRDHRKLGKQLQLFMFSDEAPGMPFYLPKGQIIRNELENFSREVQSQANYDEVRTPLMMNQRLWEQSGHWDHYHENMYFTEVDKTKFAMKPMNCPGHMLLYKNNLYSYRDLPIRISEFGQVHRHEYSGALNGMLRVRTFCQDDAHIFVRKDQIEAEIAQVFQLIDQVYQTFGFTYDVELSTRPEKSMGEDHLWQSSEQALQNVLQELEAPYQLNEGDGAFYGPKIDFHIKDALGRSHQCATIQLDFQMPENFDLSYIDERNEKVRPVVIHRAIYGSLDRFFGILVEHFAGAFPVWLAPVQVQIIPVSKVHEAYCKSVAFKLKQQGIRVEIDNRDEKLGYKIREAQMQKVPYTLVLGDDEVEKGSVNVRKYGSKASESEPLDSFLARIKQQVEKRSL				NA	NA	NA	NA	NA
AK148_03206	1551	speE		Polyamine aminopropyltransferase	GTGAATCAGTTAAGCATAAAACAAAGCAAAGCAATCTATTGGGCATCTGGTATCGTATCCATATGCGGCATTATTTTTGAAGTTTTATTCGGGGCGGCAGGTTCCTATCTTTTAGGTGATGGCGTAAAACAATATACGCTAACCATTTCCTTGTTCTTAACTGGAATGGGTATTGGTGCCTCCCTTAGTGAACGTGTCACCAAAAACTTAGTCCTCTCGTTTGTATGGATTGAATATACCATTGGCATTATCGGTGGGTTCTCCACTTTTATCTTATTTGGCGTTACTGCATTCTTAAGCTCAGGAATGGACGCTTTCTTTCTCTACTTTATAACATTAGTCGTTGGTGCATTAACGGGAGTCGAACTTCCTATTTTAATTCGCAAAGCAAACGACATTGGCGTTACACTACAAAAGAGTACGGCACGTGTCCTTTTCTCTGACTATGCTGGTGGTTTAATCGGAGGCTTATTGTTTGTCTACTTATTTAGACCGCAATTTGGACTTGTGAAAACAGCCTTTATTGTAGCGCTCATTAATGTCATCGTTGCTTTATGGATTTTAGTCTATTTTAAAGCAGAAATAAAAACATTTAAGCGTCATTTTATTGCGGGAATATGCATTTTCCTCGTTTTAGTTATGGGCGTATTATTTGGCGAAAAAACAGCTTTCTTATTTGAACAAAAACTATACAATGATCCTATTATATATAACGAGCAAAGTAGCTACCAGCAAGTTATTTTAACGAAAGAACAAGGAGATTTGCGATTATTTCTTGATGGACAATTGCAATTCAGCTCAGAAGACGAATATCGTTACCATGAAGTACTTGTGCATCCAACGATGGCAACAGCTTCATCGAATGACAATGTCCTCGTTTTAGGCGGAGGAGATGGACTTGCTTTACGCGAGATTCAAAAATACGACGCTGTCAAATCGATGACACTTGTCGACCTCGATCCGAGTGTAACAAAGCTTGGCAAAGAGAACCATGAAATAACCGAACTGAACGATAACGCGTTTGCCGACGATCGTGTGCAAACCGTTAACGCTGATGCTTTTAAATACTTGCAAGAGCATAAGGATTTGTACGATGTCATTCTTGTCGATATGCCTGATCCAAACAATGAATCGCTCAATAAGTTGTACACCCTTGAATTTTATCAGCTGCTTCGCAATCATTTACGGCCAGGTGGAGCGATCATGGTGCAAGCTACTAGCCCAACCTTTGCAACGGAAGTGTATTGGTCGATTGACAAAACGATCCAAGCAGCTGATCTATACACAGACAATCTCCATGTCGACGTTCCTAGCTTCGGTGATTGGGGGTTTGTCCTAGCAAAAAGAGAAAAATTCACAATTGATGAAGTAGAAATTCCTGTTGATACGAATTTTCTAACTCCTGATGTTCTCGCTGGTTTAACTACATTTGGGAAGGATATTGATGCACAGATCGTTGATGAAAAAGGAAATAACATTTCGTTAGACGTTAATACATTAATCCGCCCTACCCTCATCGAAAAATATGAAAAAGCATGGCAAAATTATTAA	MNQLSIKQSKAIYWASGIVSICGIIFEVLFGAAGSYLLGDGVKQYTLTISLFLTGMGIGASLSERVTKNLVLSFVWIEYTIGIIGGFSTFILFGVTAFLSSGMDAFFLYFITLVVGALTGVELPILIRKANDIGVTLQKSTARVLFSDYAGGLIGGLLFVYLFRPQFGLVKTAFIVALINVIVALWILVYFKAEIKTFKRHFIAGICIFLVLVMGVLFGEKTAFLFEQKLYNDPIIYNEQSSYQQVILTKEQGDLRLFLDGQLQFSSEDEYRYHEVLVHPTMATASSNDNVLVLGGGDGLALREIQKYDAVKSMTLVDLDPSVTKLGKENHEITELNDNAFADDRVQTVNADAFKYLQEHKDLYDVILVDMPDPNNESLNKLYTLEFYQLLRNHLRPGGAIMVQATSPTFATEVYWSIDKTIQAADLYTDNLHVDVPSFGDWGFVLAKREKFTIDEVEIPVDTNFLTPDVLAGLTTFGKDIDAQIVDEKGNNISLDVNTLIRPTLIEKYEKAWQNY	PGPT0007750_634	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007750-speE|SRM|SPEC_3|SPSD-K00797	NA	NA
AK148_03207	396			hypothetical protein	ATGGAGCCATTTGTATCTACGTTAATATACTTTTTCGTTTCCATTGCCATTGTTCTTGTTGGCTTAGTTATTTTTGAATTACTTACACAAAAATATAAAGACTGGGATGAGGTTCTAAAAGGAAATCATGCCGTTGCATTATCCATCGGTGGTAAGATTGTCGGGATTTGTATTGTGCTAGCATTCTCCATTTATAACAGCGCCGATGTTGTTGAAACATTGATTTGGGGCGGCGTTGGGATCGTTCTACAAATGATTGCGTACTTATTATTTCAATTATTTACACGTACATTCTCTGTGGAAGAACAGCTACAAAAGGGAAATATTGCGGTAGGAATTATTAGCATGTCTGTTTCCATCGGTCTTGGATTTGTAATTGGCGCATCGATTACATAA	MEPFVSTLIYFFVSIAIVLVGLVIFELLTQKYKDWDEVLKGNHAVALSIGGKIVGICIVLAFSIYNSADVVETLIWGGVGIVLQMIAYLLFQLFTRTFSVEEQLQKGNIAVGIISMSVSIGLGFVIGASIT				NA	NA	NA	NA	NA
AK148_03208	600			hypothetical protein	ATGAAACGATCACTTTTCTTTATCTTGCTATCTTTACTGCTCTTCTTAGCTGCATGTGGCAGCCAAGCTAGTACTTCCGAGGGAACGTTATTTGAACATGATATTGCAGCATTTATTGATGAAAATTATACCTTTCAAGATGTCATAGCAAGCCAGGAGGACTCCTCTGACATTTCGGAAATATACATAGCTGAAAACAAAGACATTGATGATGTCGTTGACGAACTACGGGAGCATGAAGAACCTGAAAAGCTAAGTGAAAGAAGCGATAATAAACAAGCACTTATATACGATAACTTGTTTGTCATCGTCACAGAAGACGAAGAAGACCCAGATAATTCTACTGTTGAAATTGCAGAACAGCAATTTGTGCGGGATAATTACAACCCAAGCTTTTTTCATGGACTATTTGCCCTTTGGTTATTGGATGAAGTTTTGGACGTTGATGATTGGGGAAAGAAACGCCAAAGCAAATGTAAAAATTCTGGAGACTGTTATGGAGGCTACCATTCCTCTGGCGGCTCCTACAAGAAATCAAGTGATTCTAAATCCATCCGTTCTTCATCTGTTCGCGGCGGAGGTCCAGGTGCTGGTAAATAA	MKRSLFFILLSLLLFLAACGSQASTSEGTLFEHDIAAFIDENYTFQDVIASQEDSSDISEIYIAENKDIDDVVDELREHEEPEKLSERSDNKQALIYDNLFVIVTEDEEDPDNSTVEIAEQQFVRDNYNPSFFHGLFALWLLDEVLDVDDWGKKRQSKCKNSGDCYGGYHSSGGSYKKSSDSKSIRSSSVRGGGPGAGK				NA	NA	NA	NA	NA
AK148_03209	669	liaH_2	COG1842	Protein LiaH	ATGTTTAAATTTTTTAAACGTATGAAAACTGTTGTAGAATCTGAATTGAATGCAGCTTTGGATAAAGCCGAAGATCCTGTTAAGATGCTAGATCAATTTATGCGCGATATGGAAGAAGACATTCGCGAGGCTGAATCAGCCGTTGCGAAACAAATTGCGAATGAAAAAATGATGCAGCGAAAATATGAAGATGCGAAGAAAATGGTAGAAAAACGTGAAGACCAAGCGATGAAAGCTGTTGAAGCAGGAAATGACGACCTTGCTAAACGCGCGCTAGAAGATAAAAAACTGCATCAACAAACAGCTGATTCCTTAAAAGAATCATACGAACGTGCGAAACAAGATTCTACTACATTACGCCAGAAGCTAGATGAAATGAAAGCTGAATATCAAGAAATGAAATTGAAAAAAGATTCCTTGAAAGCTCGTGCTGAATCGGCAAAAACAAGAACAAAAATGAATCGTACGTTATCAGGTATTGGTAGTGACGAATCCAAACAAGGCTTTGAGCGTATGGAAGAGAAAGTTCTAAAATTCGAAGCGGAAGCAGAAACAAGCGAAGATATGCAAAGCTCCAGTCGTAGCCTTGACGACGAGTTTGAAGAGTTAGAGAAAAGCGACGTTGATGATGAACTAGCTGCCCTTAAGAAAAAGCTTAACAAAGAATAA	MFKFFKRMKTVVESELNAALDKAEDPVKMLDQFMRDMEEDIREAESAVAKQIANEKMMQRKYEDAKKMVEKREDQAMKAVEAGNDDLAKRALEDKKLHQQTADSLKESYERAKQDSTTLRQKLDEMKAEYQEMKLKKDSLKARAESAKTRTKMNRTLSGIGSDESKQGFERMEEKVLKFEAEAETSEDMQSSSRSLDDEFEELEKSDVDDELAALKKKLNKE	PGPT0014646_1662	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
AK148_03210	510			hypothetical protein	ATGAGTATATTTGGGCGTTTATTCGGCAATAAAAAAGAAACAGATAAACCTGTTGAGCAAAGAACAATGTTTAATTTGCAAATAAATGATATTGTTACATTTGATCTGGAAGACTATACAGTTGTAGGAAAAATCAGCTACGACGACCATGGTTTCAAGTGGTATGCCTATCAATTACAAGGTACGGATAAAACATTGTGGTTAAGTGTAGAAATGGATGACGAATTGAATCTTGGTATATACGAAAAAATTAAACTCCCCGTTCAAGAACCAATCCCTAAAGAAATATCCTACGAAGGGACTACGTTTTACTTGGATGAATCAGGAAAAGCTCGCGTAGTAGGAACTGGTCGTAGTGAGAACTTAACTGGATTAACTTGTGAATATTACGATTTCTATGATGACTCCGACGAAAAGTCACTTTCTTTAGAAAAATGGGGCAATGAAATTGAGGCGAGCATTGGGTATGAAATTGAAGAGTATGAGTTAAAAATTATTGCTAGTAGTTAA	MSIFGRLFGNKKETDKPVEQRTMFNLQINDIVTFDLEDYTVVGKISYDDHGFKWYAYQLQGTDKTLWLSVEMDDELNLGIYEKIKLPVQEPIPKEISYEGTTFYLDESGKARVVGTGRSENLTGLTCEYYDFYDDSDEKSLSLEKWGNEIEASIGYEIEEYELKIIASS				NA	NA	NA	NA	NA
AK148_03211	645			hypothetical protein	TTGAAACCCAAACAACGCCTTATTCAAAAGCCAGACTTACCAGAAGAACTATTAATAAGGAACTTGAACGAACTTACTGACAATAGCTTTATTGAAATGGCTAAATATGATCATACTTCTAGCTCATTTACTGCATCACATGTGGGATTTGAGGATGTTTTTTTTACAAATGTAAACATGCCTCAATCGAAATTCCCTTTTTCATCTTGGACGAATGTGCTTTTTGATACATGTGATTTGTCGCAAATAGATTTTCAAGGGGCTCGTTTTCGTCGTGTTGAATTTCGCAATTGCAAATTAGCTGGTGTGAATTTTAGTCAAACAGATATGCAAGATGTACGATTTATAGCATGTGAAGCACCTTATACGTTGTTTGAAAATGCTATTTTACGTGATGGTGAACTAGTAGACTGCCTTTTAAAAGGCAGTCAGTTTATCGATACGAAACTTGACTATGTACAGTTAGACAATGTCGTGTTGGATGATGTGTCTTTTAATTTTACTTCTTTAAAAGGAGTGGATCTTAGTAAATGCTCTTATACAAATATTCATCTATCGGAAAAGGAATTACGTGGTGCAATTATATCTCCAAAGCAAGCGATCTCTTTCATTCAATTATTTGGCGTGTCTGTTAAGCAAAAATAA	MKPKQRLIQKPDLPEELLIRNLNELTDNSFIEMAKYDHTSSSFTASHVGFEDVFFTNVNMPQSKFPFSSWTNVLFDTCDLSQIDFQGARFRRVEFRNCKLAGVNFSQTDMQDVRFIACEAPYTLFENAILRDGELVDCLLKGSQFIDTKLDYVQLDNVVLDDVSFNFTSLKGVDLSKCSYTNIHLSEKELRGAIISPKQAISFIQLFGVSVKQK				NA	NA	NA	NA	NA
AK148_03212	312			hypothetical protein	ATGTTACATGTTTTTGGACAATTCGTGGATGGAGAAACGCGATGTGTGCATTATCATTCAAACAAAGATATTATTGCGATTAAATTTAAGTGCTGTCAAAAATATTATTCTTGCTATAAATGCCATCTAGAAGCGGAAAACCATGAAATAAAAGTATGGCCCAAACATCAATTTGATCAGAAAGCTATCTTATGTGGCGTTTGCAAAACAGAATTTACTATAGAGCAATACTTGCAGATGAAACAATGCAAAAACTGTGGCTCGCTATTTAATGAAGGTTGCAGCTTACATCACCATTTATATTTTGCTTAG	MLHVFGQFVDGETRCVHYHSNKDIIAIKFKCCQKYYSCYKCHLEAENHEIKVWPKHQFDQKAILCGVCKTEFTIEQYLQMKQCKNCGSLFNEGCSLHHHLYFA				NA	NA	NA	NA	NA
AK148_03213	786	ykoC		Putative HMP/thiamine permease protein YkoC	ATGTCTGCATTACTAAATAATTTAAACCCTAGTATAAAAGCAATTGCCGTGGTAATCGCTGTTTGTCTTTTAACCTTTGTATTTGATCCATTCACGCCACTTATTTATGGTATCGTAGTTATTCTGTTCACCTTTTTGTTTGGAAAAGTGAATTGGAAGCTATATATCGGTTATTATCTTATCATTTGCCTTTTATCCATTGGGATGCTTTGGACATCGATCGCCTTTGCAGATGAGCCAACGAACCCTGAGGTGACGACACAGTTTCTCTTTTGGGAATTGCCAAAAGAAAATGTCACCGTCGCCTTATCTTTAACTTTACGTATGCTAACATTTGCCGCCTTATCATTTATGTTCATTTTCACTACAAATATGGTTCATTTTATTCTTAGCTTAATGCAACAATGTAAATTACCACCTAAACTTGCTTACGGCATACTAGCAGGATACCGATTCCTTCCTTTAATGCGTGAAGAGTTGCAGCAAATACGCGCAGCTCATCAAGTAAGAGGTGTCCGTCGAGCATCGGGGATAAAGGAGTCCATACAGCAATACAAACGGTATGCAATACCATTACTTGCCGGAGCCATTCGTAAAGCAGAACGAACCGCTGTTGCAATGGAATCAAAGGGGTTCAGCGGAGAAAAGGCGCGTATTTTTTACCGCCAGTTCCGCGTTACTTTTATCGATTGGCTATTTTTAAGTAGTATGATTATGCTACTCATCATTATTGTAGCTATTTCAATAAAATTAGGGTATTTCAGTTGGTACAAAGGGCAATTTTGA	MSALLNNLNPSIKAIAVVIAVCLLTFVFDPFTPLIYGIVVILFTFLFGKVNWKLYIGYYLIICLLSIGMLWTSIAFADEPTNPEVTTQFLFWELPKENVTVALSLTLRMLTFAALSFMFIFTTNMVHFILSLMQQCKLPPKLAYGILAGYRFLPLMREELQQIRAAHQVRGVRRASGIKESIQQYKRYAIPLLAGAIRKAERTAVAMESKGFSGEKARIFYRQFRVTFIDWLFLSSMIMLLIIIVAISIKLGYFSWYKGQF	PGPT0004015_2585	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
AK148_03214	1656	ykoD	COG1122	Putative HMP/thiamine import ATP-binding protein YkoD	ATGATTCAAGTGCGCGAACTCACACTTTGGTTTAACGAGCATGAACACCCTACTATCAACAAGCTATCCTTTGATTTGCGTTCTGGCGAAACGATGCTTCTACTCGGACCAAGTGGCAGTGGAAAAAGCACACTAACTTGTTGCTTAAACGGGATTTACCCTCGCGAACTTGATGGGGAAATAGCAGGAGATATCCATATCTTTGGGACTTCGATTCAAGATACGAAACCTGGAGAAATGAGTAAACATGTCGGTGTTGTCTTCCAAGATCCTGAAAGTCAATTTTGTATGTTGACGGTAGAAGATGAGATCGCTTTTGGATTGGAGAACATCGACACACCGAGAGATAAAATTGCCACAAAGATAGACGAAGTATTGCAGATGGTAGGCTTAACCGCTTATAAAGAAGCAAACATTCATTCTCTATCTGGAGGACAAAAGCAAAAGCTCGCGCTAGCGTGTATCCTAGCACTTGAACCCGACTTTGTAATTTTAGACGAGCCAACTGCTAATTTAGATCCACTAGCAAAACAGGCATTCATTCAAACGATGAAACATATTCAGGAAGATAAAAAAATTGGGCTCATTGTTATTGAACATCAATTGGACGGGTGGGTCTCTTTTTTTATAGAGAGAGCCTTTATTTTATCCAAAGCAGGACATGGTGTATTTGATGGTTCTTTAACAGAAGCGATTACAAAACATGCGGATCTTTTTCAATTAGAAGGCATTGCACTTCCGTCTATTACGGAACTCGCGTTACAAGCCTGTGACAATAATCAAGCAGCTTTTTCAAAAATCCCTTTCACTTACGAAGATTTTACAACGCATATGTCCTATTTGGATAAAACGTTTTTAGAAACAACTGCCAAAAAAAGCTGCGCATTGGAACCTATCATAGAAGTTCACAACGTAAAGCTTTCGAAAAAGAAACAAAAAATTCTACGTGACATTACTTTCTCTTGGGCAGGCCCATCCTTTATTGCGGTTACAGGGGCAAATGGAAGCGGGAAAACATCACTCACTCGTTTGTTAGCAGGGATAGAGTTCCCTTCAGCAGGAAATATATATGTAAACAATCGGTCCATTGATCAATGGAAGCAAAAAGAATTACGGCAACAAATTGGCTACGTATTTCAAAATCCCGAACACCAATTTATCACTGACCGTGTTTTTGATGAAATTGCATATACGTTACGTTTAAGAGCATATCCTGAAGCAACAGTTCAAGAAAAAGTGCATCAAACATTAGCAAGTTGTCAGCTACAAGGGATGGAAAATAGACATCCCTATACACTAAGCCAAGGCCAAAAACGTCGTCTAAGTGTTGCTACCATGATCGTAGATGAGCAAAACATTTTATTTTTAGATGAGCCAACATTTGGACAAGATGCTGCATCTACACGTGAACTGATGCATTTATTAGCAGCCCGCTATAAAAATGGGACGACCATTATCATGGTTACGCATGATATGGACCTTGTCGACAAATATGCCAATCGGGTTGTCGTATTAAAAAACGGGGAAATCGTAGCAGATGAAACGCCTACGCAACTGTGGGAGCGGCCACACTTAAGTAAATGGAATTTAGATTACCCTACACGAATCAAATTAAAACGGCATATGGAGGGTTCTCATGTCTGCATTACTAAATAA	MIQVRELTLWFNEHEHPTINKLSFDLRSGETMLLLGPSGSGKSTLTCCLNGIYPRELDGEIAGDIHIFGTSIQDTKPGEMSKHVGVVFQDPESQFCMLTVEDEIAFGLENIDTPRDKIATKIDEVLQMVGLTAYKEANIHSLSGGQKQKLALACILALEPDFVILDEPTANLDPLAKQAFIQTMKHIQEDKKIGLIVIEHQLDGWVSFFIERAFILSKAGHGVFDGSLTEAITKHADLFQLEGIALPSITELALQACDNNQAAFSKIPFTYEDFTTHMSYLDKTFLETTAKKSCALEPIIEVHNVKLSKKKQKILRDITFSWAGPSFIAVTGANGSGKTSLTRLLAGIEFPSAGNIYVNNRSIDQWKQKELRQQIGYVFQNPEHQFITDRVFDEIAYTLRLRAYPEATVQEKVHQTLASCQLQGMENRHPYTLSQGQKRRLSVATMIVDEQNILFLDEPTFGQDAASTRELMHLLAARYKNGTTIIMVTHDMDLVDKYANRVVVLKNGEIVADETPTQLWERPHLSKWNLDYPTRIKLKRHMEGSHVCITK				NA	NA	NA	NA	NA
AK148_03215	525	ykoE	COG4721	Putative HMP/thiamine permease protein YkoE	TTGGGATTGTATTTAGCTTTCCTCCCAGTAGGAAAGCTACTTGTATCATTTATGGGCCCCATTGGTTATGACTTTATTTTTGGAATTTGGTTTATCGTATCCATTATTGCGGCCTATATATTACGTAAACCAGGAGCGGCTTTTCTATCCGAAACAATTGCCGCTACGGTGGAAATGCTCTTAGGCAATGCGATGGGGCCAATCATTATTATTACTGGAATGATCCAAGGGCTTGGTGCAGAGACTGCTTTTGCTGCGACAAGATATAAACGCTATTCCTTATGGGTATTAATGCTTGCAGGAGTTGGAGCAGCGATTTTTAGTTTTGTTTGGGGCTATTTTCGTGGCGGATATGCTGCTTTAAGCACACCTTATGTAATTAGCATGCTCATCGTTAGAATGATCAGTGGCGCATTTATTTCCGGTGTACTTGGAAAAGCAATTAGTGACTCACTAGCTAAGACAGGTGTATTATCTAGTTTTGCCCTTGGAAAGCAAATAGATAAAGCGAGGTCTGTATCATGA	MGLYLAFLPVGKLLVSFMGPIGYDFIFGIWFIVSIIAAYILRKPGAAFLSETIAATVEMLLGNAMGPIIIITGMIQGLGAETAFAATRYKRYSLWVLMLAGVGAAIFSFVWGYFRGGYAALSTPYVISMLIVRMISGAFISGVLGKAISDSLAKTGVLSSFALGKQIDKARSVS				NA	NA	NA	NA	NA
AK148_03216	618	ykoF		Putative HMP/thiamine-binding protein YkoF	TTGAATAATCCATTTCATACTTGCCACAACAGTAGAATAGCTGGCTGTGATTTTGCCATTTATCCGATGACAGATCAATTTGTGGATGTTATTACAACAGCATTAAAAGAAGTAGACACATCTAAAGTTTGGGTGAAAACAACGGACGTCGGTACATGTGTGAGAGGAAAAATCACCCATGTATTTGATGTCACAAAAGCTTTATTTCTTCATGCCGCACAAACAGGTTACCATGTCGTATTTAGTGGTACCTATTCTATCGGTTGTCCAGGAGATTCTGATGGGGATGTATTTTTAGCTGAAGATGACCGACGATTAAACGAGGCAGAGAGCAAGAAGATCAAACAAGAGGTAGCTGGAAAGTTTTCTCTCTATCCATTAGGTGGCGGCGACTATATGAATCTCATTTACGACCAAATTGAAGCCATGAAAAAGCAAAACATCCACGTATCCTCCATTCATTACGCCACACGATTAGATGGGGATGGGAAGGATGTATTTAATGGCTTGGAACAAGTCTTTGTCAACATGGAACATAGTGGATCTTCTCACACCGTTATGACGACGACAATATCAGCTAACAGTCCTTCTAAAAAGGATGTGAACAGTGATGACTAA	MNNPFHTCHNSRIAGCDFAIYPMTDQFVDVITTALKEVDTSKVWVKTTDVGTCVRGKITHVFDVTKALFLHAAQTGYHVVFSGTYSIGCPGDSDGDVFLAEDDRRLNEAESKKIKQEVAGKFSLYPLGGGDYMNLIYDQIEAMKKQNIHVSSIHYATRLDGDGKDVFNGLEQVFVNMEHSGSSHTVMTTTISANSPSKKDVNSDD				NA	NA	NA	NA	NA
AK148_03218	1188	lhgD	COG0579	L-2-hydroxyglutarate dehydrogenase	ATGTATGATTACATTATTATTGGTGGAGGTATTGTAGGTTTAGCAACGGCATGGCAGCTGAAAACAAAGCATCCGCATTCATCCATTGCCGTATTGGAGAAAGAAGCAGCCTGGGCAGCTCATCAAACAGGGAGGAACAGTGGGGTCATTCATAGTGGCATTTATTATAAACCTGGTAGCTTAAAGGCCCAATTAGCGGTGAGGGGTAGAAATTCTATGATTGCATTTTGTCAAAAATATGAGGTGAAACATGAAGTTTGTGGCAAAATCATTGTAGCTACAAGAAAGCGAGAACTACCGTTTATGGATCAACTGTATCACCAAGGTTGTAAAAATGGTTTACAAATAACAAAATTACAAAGAGAGGAAGTTATTGATCATGAGCCATATGTTCAAGCAGAAGGAGGCTTGTATATACCGACAACAGGTATTGTGGATTATCAACAGGTGGCTTATAAATTAGTAGAGTTACTCGCAAACCAAGGAGTTGATTTGTTTTTAAATACACAAGCGCATCAAATAAATGAGAAAGGATTTGAAGTAACGATAGATACGAATCATCAATCTTTGATCGCTAGAAAGGTTATCAATTGTGCGGGCTTGCATAGCGACCAATTGGTTAAACAGTCGGGTATTTTAACGGATGTAAAGATTATCCCTTTTCGTGGGGAGTATTTTACATTAAAAGCAACGAAACATTATGTAGTAAAAAATTTGGTCTATCCAGTACCAGACCCAAAGTATCCATTTTTAGGCGTACATTTGACGAGAGGAATTCATGGTGAAGTGCATGCAGGCCCTAATGCAGTATGGAGTCTTAAAAAAGAAGGATACAATAAGTGGGACATAGATAGGAAAGAAGTACTAGCTACGTTGTTATTTCCAGGATTTTGGCGATTAGCAAAGGCAAATATAAAGGTGGGCGCAATGGAAATGTCGCGTTCTTTGTATAAAGCATTATTTGTAAAAAGTTTACAGCGTTTTATTCCAGAAATCCAAACAGAAGATATGATAAAAGCTCCATCTGGTGTACGCGCACAAGCTATGCTTCGAGATGGAACACTCCTTGATGACTTTTTTATTATACCCGGAAAAAATGTGCTCCACGTTTGCAATGCACCTTCGCCCGCTGCAACAGCTTCGCTAGAGATTGGTAGGATGATAGCTGAACGGGCATCATTATCATAA	MYDYIIIGGGIVGLATAWQLKTKHPHSSIAVLEKEAAWAAHQTGRNSGVIHSGIYYKPGSLKAQLAVRGRNSMIAFCQKYEVKHEVCGKIIVATRKRELPFMDQLYHQGCKNGLQITKLQREEVIDHEPYVQAEGGLYIPTTGIVDYQQVAYKLVELLANQGVDLFLNTQAHQINEKGFEVTIDTNHQSLIARKVINCAGLHSDQLVKQSGILTDVKIIPFRGEYFTLKATKHYVVKNLVYPVPDPKYPFLGVHLTRGIHGEVHAGPNAVWSLKKEGYNKWDIDRKEVLATLLFPGFWRLAKANIKVGAMEMSRSLYKALFVKSLQRFIPEIQTEDMIKAPSGVRAQAMLRDGTLLDDFFIIPGKNVLHVCNAPSPAATASLEIGRMIAERASLS	PGPT0013225_842	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
AK148_03219	714	dcuR_3	COG4565	Transcriptional regulatory protein DcuR	ATGTGTAAAAATACAGAGGTAAAAGTTGTTATCATTGAAGATGATCCCATGGTGCAGGAAGTAAACAAAAAGATGGTAGAAAAAGTAAACGGTTTCATTGTTGTCGCTACTGCAAGAGATGGAAAAACAGGTGTCGAGCATTGTCAAATCTATCAGCCCAATCTCGTATTACTCGATATTTATATGCCTGAACAAGATGGAATTCAGACGATAAAGGCGCTTCGACATCACAATATAAATGTGGAAGTAATTGTCATCTCTGCTGCAGAAGATAGGGAAATGGTTCGCAATATGATGCAGCATGGGGCGTTTGATTATCTTATAAAGCCATTTAAGTATAGTCGTTTAGTAGAGGCATTAAACAAGTATCGAGATTATCATCTTCATTTCTATGGCAACGATAGCGTTGACCAAGAAATGATTGACATGTGGATCAATAAGCGGTCAGAAGCAAACTATAAAGCGAATGCGCTTCCAAAAGGATTGAATAAGCAAACATTACAGCAAATTACCAACTTATTAGAACGCAAAAATAGTTCTATTTCAGCTGATGAAGCAGCTTCCTGTATAGGAATTTCCCGAGTTACCGCAAGAAGGTATTTAGATTATTTAGAAAAAAGGGGTGCAGTTGAAATTGTCTTACAGTATGGAACTGTAGGCAGACCTGTAAATCGTTATCAGCTCATGCGTAAAGTGAATAAAAACAGCTCTTAA	MCKNTEVKVVIIEDDPMVQEVNKKMVEKVNGFIVVATARDGKTGVEHCQIYQPNLVLLDIYMPEQDGIQTIKALRHHNINVEVIVISAAEDREMVRNMMQHGAFDYLIKPFKYSRLVEALNKYRDYHLHFYGNDSVDQEMIDMWINKRSEANYKANALPKGLNKQTLQQITNLLERKNSSISADEAASCIGISRVTARRYLDYLEKRGAVEIVLQYGTVGRPVNRYQLMRKVNKNSS	PGPT0019560_114	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019560-malR-K11615	NA	NA
AK148_03220	996			hypothetical protein	ATGCAGAAATATATATTCCTTATTATGGTCGTTATAGGGCTGTTTTATTTAGCAGCTTGTAGTGGGGATGATAAAGCAAATAATTATTCAACGGCTAGCAATGGAGAGGCACAAGCAATTGTTTTTGGAACAGGTGGCACATCCGGAACCTATTATCCGATAGGAGGTGCTTTGAAGCCAGTTTTTGAAGAAAGTGAATTTGTAAATAATGTAACTGTTGAATCTACAGGTGCATCTGTTGCTAACGTTCAAAATATGCAGAATGGATTGAATCAAATGAGCATTATCATGAGCGATATTGGGTTTGATGCAATAGAGGGAACAGGTCAATTTGATGGAAACTCTGTAGATGTGCAAGCACTGGCGGGTATGTATCAAAATGTTGTTCAAATTGTTGCTACTACTGATAGCGGGATTGAGAATGTGGAAGATTTGGAAGGGAAACGTGTTGGTGTTGGTAAAGTAGGATCTGGTGTGGAACAAAGCGCACAGAAGGTACTAGAAGTACTGGGGTTATCCTATGATAATCTTTCTAAAGTTACACATACAGGTTACGCTGATAGTGTACAGGAAATGAAAAATGGCAATCTAGATGCAGCGTTTTTCACTTCTGGTATCCCGAATAGTAATATTACAGATTTAATGCAACAAAATGATGTGGTGTTTGTAGAAATAAAAGCAGATATAGCAAATACTTTGATGGAAAAGTATCCGTTTTATAAATCGTTTACGATCCCAGCGAATGATGAGACGATGTACAATCTAGCGGAGGAAGTGACAACGGTTGGTATTCAGAACTTAATCGCAGTATCTCCTGACTTAAATGAAGATATTGTATATGATTTAACGAAACGCTATTATGATTATTTAGGGAGTGAAGAGATCTCTATTAACGCTTTGAAATCTTTAGAGAGAGATCAAATAGCAACGGATTTAGTAGTACCATTGCACCCCGGAGCGAAAAAGTTTTATCAAGAGCAGGGATTGGTAGACTAA	MQKYIFLIMVVIGLFYLAACSGDDKANNYSTASNGEAQAIVFGTGGTSGTYYPIGGALKPVFEESEFVNNVTVESTGASVANVQNMQNGLNQMSIIMSDIGFDAIEGTGQFDGNSVDVQALAGMYQNVVQIVATTDSGIENVEDLEGKRVGVGKVGSGVEQSAQKVLEVLGLSYDNLSKVTHTGYADSVQEMKNGNLDAAFFTSGIPNSNITDLMQQNDVVFVEIKADIANTLMEKYPFYKSFTIPANDETMYNLAEEVTTVGIQNLIAVSPDLNEDIVYDLTKRYYDYLGSEEISINALKSLERDQIATDLVVPLHPGAKKFYQEQGLVD				NA	NA	NA	NA	NA
AK148_03221	468			hypothetical protein	GTGAGGATACGTTATGTCCGCCGTGTTTTGCTTGTTTTATGTTTCTTGATTGTCAGTTTTATTGGGATGCTCTTTTTTCCAACGAGAGCCATTGTTGTTTTACAAAATGACACTATTATTTATGCATTTCCTGAAAGTGAGGGTACGTTTGCGTTGGAATGGGTGCATTCTGTTGAAAAAGAAAAATGGATAGAAAAATTCGAAGTGAATGATCGTCAAATTTTTTTACAATCTACAAAGTTTAAAACGTTTGGAGCAGGGGTGCCTGCAACAACAGAACAAGTAATCAAACAGAAAAACGGCTGGTTAGTTGTAGATGTACATCGAGAAATTGGGAGTGAGCTAGTGGTTCGCGCTACAGAAATAAACCATTATAAGTTTATCTTTAAAGGGAAGTATTATCCAATGGCAGCTAGTGATGCTCCTTATGTTATTAAAACGGAACGTGTTCCTTTTTTTGCACTATAG	MRIRYVRRVLLVLCFLIVSFIGMLFFPTRAIVVLQNDTIIYAFPESEGTFALEWVHSVEKEKWIEKFEVNDRQIFLQSTKFKTFGAGVPATTEQVIKQKNGWLVVDVHREIGSELVVRATEINHYKFIFKGKYYPMAASDAPYVIKTERVPFFAL				NA	NA	NA	NA	NA
AK148_03222	2151			hypothetical protein	ATGAGCAGTGGAGATAAGTTACAGGATTACGAGAGAGAAAGTAATGTACGTACGCATTTGCCTAGAGGTGTTCGGATGCTATTTGTTGGAATAGCTGTAGCCTTAGGGCTTTTTCATCTTTACACATCCTATGGAGGTGCGCTTGTTGATATAAAACAACGTAGTATTCATCTATACACCCTAATGATGCTAGCATTTTTATTGTATCCTATAACAAAGAAGAAAAAACGCAACAAAATACCAATTTACGATTATATGTTAGCAGGTGCATCGCTCGTTTTAGGAATCTATATGTTAGTGTCAGCAACTAGAATTATTGAGTCAGGCGGGCAAATTAATCATATAGACGTGTATGTAGGAATGGTCGTTATTATTGTATTATTTGAAATAACGAGGAGAGTAACCGGATGGGGACTAACATTATTAGCTTTCGGTTTTCTCGTTTATGGATTCTATGTCAAACTCTCTATCTACCCTCAATTGACGTGGGACATTATAATAAATGCTTCAAGTGGGATTATAGCTCATCTTGTTTACATTACTGAAGGAGTGTTAGGCACTGCGATAGGTGTATCCGCTAGCTATATTATATTATTTATTCTGTTTGGCGCCTTTTTAAGCAAATCAGGCATGGGGCAATTATTTAATGATATAGCCATGGCTGTAGCGGGTCATACCAAAGGTGGGCCAGCTAAAGTTGCTGTTTTAGCTAGTGGTTTTCTAGGCTCGATTAATGGATCAGCTATTGCAAATGTTGTAACAACAGGTGCCTTTACCATCCCACTGATGAAAAAAGTTGGCTATCATAAAAATTTTGCTGGAGCTGTAGAGTCTGCTTCTAGTGTAGGTGGACAAATTTTGCCGCCAATTATGGGGGCTGCAGCTTTTATTATGGCCGAAAACCTAGGAATTCCGTACACTACTGTCATTCTCGCGGGAATTATTCCAGCATTGCTATTTTATTTTGGGATTTTATTACAAGTTCATATTAGAGCATCAAAGCTTAAGCTAAAAGGGCTAGACAAAAATGAGTTACCCACTGTGAAGACAGTTTTAATGAAGCGCGGACATCTTTTAATTCCAATGATCATTCTTTTGTATTTATTATTTAGTGGGAAGACGCCTTTCTATGCAGCTTTTTGGTCAATTATAGCTACAGTTCTCATTACCGGGACTGGGAAAATGTTATTTATTAGCGGCGCTGTTTCACTTTTTCTCTTGTTTGAACCGCAAATTGGCGCAGTTTTGGCAGGTGCGAGTATACCAGAATTACGCGACAATTGGTTCGAGTTAGGAAGCATTATTACCATTCCATTGGTGATCAATTTCGTACGTAAGCAGGCACAAGTAAAAGCGGAAGAAATTCATGTGAAAGATTTTGTAGATGCATTAGAAAATGGTGTAAGAACAACGATTCCAGTAGCCGTAGCTTGTGGAGCTGTTGGTATAATTGTAGGTGTAAGCTCTTTAACAGGTGTGGCTTTGGAAATTGCAAGTTCTATTGTTAGCATTGGGGATTTGATCCAATACCCATTTTTTCAACTGCTTATTACATTATTTTTAACCATGATAGCTTCTATTATATTAGGAATGGGTCTTCCAAGTATACCAACGTATATTATTACGAGTACTATGGCCGCTCCTATTCTGTTACAATTACCATATTTCCGTGAATTGACTGGCGCAGGTGAATCAGCCGTTTTTGTTGCCCACATGTTTGTTTTTTATTTTGGAATATTTGCAAATATCACCCCTCCAGTGGCATTGGCTGCATTTGCAGGTGCAGGTATAAGTGGTGGAGAGCCGATGAGAACAGGATTTCAAGCAATGAAATTAGCTATAGCGGGTTTTATCGTACCGTTTATGTTTGTTTTTTCTAATCAAATGTTAATGATGGATGCAACTATTGGGAATATACTCGTTATAATGGCGACCTCATTAACGGGGGTATTCTTACTATCTGTAGCCGTAGAAGGTTATTTGAAGCGCCCGTTTGCTTGGTATATCCGAATTATTGCTACGATAGGAGCTTTATTATTAATATATCCAGGAGTGTGGACAGATATGGCGGGGCTTGTTGCTTTGCTTTTTGTACTAGTAACAAGTTTAAAGAGAAAAAATGGACAACCGGCGTCAGAAAATGTGAATTAG	MSSGDKLQDYERESNVRTHLPRGVRMLFVGIAVALGLFHLYTSYGGALVDIKQRSIHLYTLMMLAFLLYPITKKKKRNKIPIYDYMLAGASLVLGIYMLVSATRIIESGGQINHIDVYVGMVVIIVLFEITRRVTGWGLTLLAFGFLVYGFYVKLSIYPQLTWDIIINASSGIIAHLVYITEGVLGTAIGVSASYIILFILFGAFLSKSGMGQLFNDIAMAVAGHTKGGPAKVAVLASGFLGSINGSAIANVVTTGAFTIPLMKKVGYHKNFAGAVESASSVGGQILPPIMGAAAFIMAENLGIPYTTVILAGIIPALLFYFGILLQVHIRASKLKLKGLDKNELPTVKTVLMKRGHLLIPMIILLYLLFSGKTPFYAAFWSIIATVLITGTGKMLFISGAVSLFLLFEPQIGAVLAGASIPELRDNWFELGSIITIPLVINFVRKQAQVKAEEIHVKDFVDALENGVRTTIPVAVACGAVGIIVGVSSLTGVALEIASSIVSIGDLIQYPFFQLLITLFLTMIASIILGMGLPSIPTYIITSTMAAPILLQLPYFRELTGAGESAVFVAHMFVFYFGIFANITPPVALAAFAGAGISGGEPMRTGFQAMKLAIAGFIVPFMFVFSNQMLMMDATIGNILVIMATSLTGVFLLSVAVEGYLKRPFAWYIRIIATIGALLLIYPGVWTDMAGLVALLFVLVTSLKRKNGQPASENVN				NA	NA	NA	NA	NA
AK148_03223	375			hypothetical protein	ATGATTGATTTGCTAAATGAACTGATGAATGATGCCTCTCCCGTTTATTTTTATTTGAGCATTCTTTTTACGTTGTCATCAGCCTATTCGTTTACAGCTATTCAGCCTAGACATATAATGGAGTCTCGCTATCTACAAATAAGAGAATACCATAATGAACGCTATCGTTTATTACCAATCCAAGAGTTATTTGGTATGTGTGATGAAATTTTCCAATGGGTTGTTAAAAAAGCAAACCGAATTACTGCCCCAGATGATGATGCAGATCACTCTTTCTTCTCGTTTAAAGGTCAAAATGTAATACAACGAGGAGGAAAAGAATGCACAATCATTTTATATTCACATTTTTCAAGAGGTACGGCGTTATTAGTTTAG	MIDLLNELMNDASPVYFYLSILFTLSSAYSFTAIQPRHIMESRYLQIREYHNERYRLLPIQELFGMCDEIFQWVVKKANRITAPDDDADHSFFSFKGQNVIQRGGKECTIILYSHFSRGTALLV				NA	NA	NA	NA	NA
AK148_03224	801	misCB	COG0706	Membrane protein insertase MisCB	ATGCACAATCATTTTATATTCACATTTTTCAAGAGGTACGGCGTTATTAGTTTAGGTTTTCTATTTTTGCTGACGGGGTGTCAGGCAGACGGTGGGATGATGGGTTTTCAAAATCCATTTCCGCACATGATAAAATATGTTGCGAGTTTGCTTAGGGATGATTATGGCTTATCCATTGTGTTAATAACTATACTCATTCGCTTGTTGCTCATGCCACTTGCATTTAGTCAAATGAAAAAAGGGGCAAAAATGAAAACGAAGATGAAAGAAATGAAACCAGAAATGGACGCTCTTTCACAAAAATATAAAAATAAAAAGGATGCTAGCGCAAAAGCAGCTATGCAAAAAGAAATGATGCAGTTGTACCAAAAGCACGAATTTAACCCAATTAGTTCGATGGGATGTTTGCCAATAATGCTCCAATTCCCTGTCGTCATTGCGTTTTATCATGCTATTCGAAACTCGCAAGAAATAGCGACACACTCCTTTTTGTGGTTTAATTTGGGAGAAGTGGACATTATTTTGCCATTTATCGCAGCAGCTGTATATTTCTTGCAATCCCGTTTTTCATTAATTGGTATGGATGAGAAACAAAAGAAACAAATGGCGATCATGGGTTTGATTTCCCCGATTATGATTGGCTTTATTTCCTTTAGTACAGCAGCGGCATTGCCTTTGTATTGGACAGTTAGTGGTACGGTTCTTGTTATACAAACTTTAGTTGCTAAAAAACTATATTATCGTGAACATTTAAGCAATAAAGGCAATGCAATGGAGAAGTTAGAAACGACATCATCGTAA	MHNHFIFTFFKRYGVISLGFLFLLTGCQADGGMMGFQNPFPHMIKYVASLLRDDYGLSIVLITILIRLLLMPLAFSQMKKGAKMKTKMKEMKPEMDALSQKYKNKKDASAKAAMQKEMMQLYQKHEFNPISSMGCLPIMLQFPVVIAFYHAIRNSQEIATHSFLWFNLGEVDIILPFIAAAVYFLQSRFSLIGMDEKQKKQMAIMGLISPIMIGFISFSTAAALPLYWTVSGTVLVIQTLVAKKLYYREHLSNKGNAMEKLETTSS	PGPT0024530_5954	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
AK148_03225	498			hypothetical protein	TTGGGATTATCAGTAAGAAAGGCGAATACAACAGATATAGACGATATAAAACAAATCTTAATGGAAGCTGCACGTTGGATTAAAAGACAAGGAATTAATCAGTGGGAATTCCTGTTAACAGACAATCAAGATGAAGAAATAAAAACAAATATAGAGGAAGGGACAATGTATGTAGCTGAAATGAATCATAGAATTGTTGCTACATTTTACCTTGGTTCTACTCAAACCGAATTTGATATAAAGATATGGGGGGAAAGAAAGGATACCGCCTGTTATTTACATCGGTTGGCTGTTCATCAAGATTATCGCGGAAAACAGATCGGAAAACAAGTTATAGATTGGATAGTGTCCCATTTAGACAAAGAGACTGTGCTTAGATTGGATTGCGTTGCTGAGAATCCGGGGTTAAATTCGTTCTATCAACAATACGGGTTCAACTTTGTGGGAAAAGAAAAAGAAGGGGAAAAAGAGTTCTCTTTATATGAAAAATGGATATAA	MGLSVRKANTTDIDDIKQILMEAARWIKRQGINQWEFLLTDNQDEEIKTNIEEGTMYVAEMNHRIVATFYLGSTQTEFDIKIWGERKDTACYLHRLAVHQDYRGKQIGKQVIDWIVSHLDKETVLRLDCVAENPGLNSFYQQYGFNFVGKEKEGEKEFSLYEKWI				NA	NA	NA	NA	NA
AK148_03226	372			hypothetical protein	ATGAACATAAATACTGTAAATAGGTCATTAATGGTTTGGGATGATGGAATAAAAAATAAAGAAGCGACATTGTATTCAAACGATGGAAATAACGAAAAAGACAAAAGGGATGGAAAGGTAGAAGTTGTAACAGTTAACGGACGCACAAAAACGTATTTGGTGTTAGCTGACGGTAAGAGGATTTTAATTGCAGATGAAGTAAGTAAAGATCAATTGCAACAAAATGTTAGTTCGCAAGAGCAAAAGGAAAGCAACGCTTCTGAAACAATGGAATTTTTAAACCACCTATTGGGGGTTGGATCTTCAAGTTTCATAGGCTTTCAGGTCAGTAATCTTCAAGAAGAAAAAAGTTATGGACGAGAAGAGAATTGA	MNINTVNRSLMVWDDGIKNKEATLYSNDGNNEKDKRDGKVEVVTVNGRTKTYLVLADGKRILIADEVSKDQLQQNVSSQEQKESNASETMEFLNHLLGVGSSSFIGFQVSNLQEEKSYGREEN				NA	NA	NA	NA	NA
AK148_03227	1347	spuC	COG0161	Putrescine--pyruvate aminotransferase	ATGCGTAGTTTGACCGAGTTGGATAAGAAGCATTTCATCCATCCAACATCATCGATACAAGAGCAACAACAGAAGGGTGCGAAGGTAATCATGGAAGAGGGGGACGGTATTTATTTAACAGATATTACTGGTAAAACATATATCGATGCTGTTTCTTCTCTATGGAATGTAAATATCGGACATGGAAGAGTAGAATTGGCAGAAGCTGCTGCTCAACAAATGAAAAAAATGGCATTTAGTTCTGCTTTCTCCACGTTTAGTCATGAGCCAGCAATCAGACTTGCTGAGAAAATTGCGTCTATTACTCCAGAAGGATTGAATGCGGTGTTTTTCACATCAGGAGGCTCTGAATCAAATGACTCAGCGGTGAAGCTTGTGCGTCATTATTGGAAAATACAAGGAAAACCAAACAAGCGAAAAATTATTTCTCTGAAACGCGGTTATCATGGTGTGGCTGCTGCTTCTACAAGCGTAACGGGAATTCCAGAATTTTGGGGAATGGCTGGTCATATGATGACAGACTTTCTTCATGTCGACACCCATTATAATCATACGACAGAACAAGCCGTTCAGTCACTTTGTCAAGCGATTGAGGAAGCAGGTCCAGAAACAGTTGCAGCTTTTTTTGCCGAACCTGTTCAAGGAGCAGGAGGAGTTATTATACCGCCTGAGGACTACTTCACTAGAATAAGAGAAGTTTGTGATGCTTATGGCATTCTATTTGTGGCAGATGAAGTGATTACGGGTTTTGGAAGAACAGGGAAGATGTTTGGAATCGAGAATTGGGATGTTATTCCGGATGTCATGACTTTTGCTAAAGGAGTGACAAGTGGTTATTTTCCTCTTGGAGGGGTTGTTGTCTCTGATCCCATACATGAAGTGTTAAAGGAAAAATCTGTCGGTACGCTATTTCACGGTTTTACTTATAGTGGACACCCAACTGCTGCCGCGGTCGCATTAAAAAATATAGCAATAATAGAAGAAGAACGTTTGGTAGAGAATTCAAAACAGATGGGAGACGCGCTTTTACATGGATTAAAAAAGGTAAAAAAACGTCTGGAAATTGTAGGGAATATCCGATTTGTTGGATTGCTAGGTGCAGTCGAGCTGATGCAAAATCCGGCTACGAATAAACCCTTTTCCTCCAATTTACAGGTAGCTCCTAAAGTAATAGAAGTGCTACATGAACTCGGGGTTGTTTGTCGCAGTGTTACGTACGATCATACGAATATTATTTGCTTTGCCCCTCCGTTAATTATTAATCAGATGCAGGTGGATACTTTAGTGGAAGCTATCTATGAAGCCATTTTGCAAGTACAGCAACAGCTTGGAATAAAAGCGGAGTAA	MRSLTELDKKHFIHPTSSIQEQQQKGAKVIMEEGDGIYLTDITGKTYIDAVSSLWNVNIGHGRVELAEAAAQQMKKMAFSSAFSTFSHEPAIRLAEKIASITPEGLNAVFFTSGGSESNDSAVKLVRHYWKIQGKPNKRKIISLKRGYHGVAAASTSVTGIPEFWGMAGHMMTDFLHVDTHYNHTTEQAVQSLCQAIEEAGPETVAAFFAEPVQGAGGVIIPPEDYFTRIREVCDAYGILFVADEVITGFGRTGKMFGIENWDVIPDVMTFAKGVTSGYFPLGGVVVSDPIHEVLKEKSVGTLFHGFTYSGHPTAAAVALKNIAIIEEERLVENSKQMGDALLHGLKKVKKRLEIVGNIRFVGLLGAVELMQNPATNKPFSSNLQVAPKVIEVLHELGVVCRSVTYDHTNIICFAPPLIINQMQVDTLVEAIYEAILQVQQQLGIKAE	PGPT0007865_859	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
AK148_03228	1410	yhdG_2	COG0531	putative amino acid permease YhdG	TTGAATGATTCGGATAAGCTTTTAAAGATACTTAGTAATAAAGATGTGCTGGCACTTGCTTTTGGAGCAATGATTGGCTGGGGATGGGTTGTTACCTCGGGACTATGGATTACAGAAGCGGGCTCTTTAGGGGCTATTCTGGCATTTGCAATTGGTGGTTTACTTGTAGTGTTTGTAGGTTTAACATACGCTGAATTAGCTTCCGCTCTTCCGCTTGTTGGTGGGGAGCATGTATACACATTTAAAGCAATGGGGAGAGGGGCTTCCTTCGTAGCGACATGGTCAATTATTCTTGGCTATGTATCTGTGGTAGCTTTTGAAGCTGTTGCGTTGCCAACTGTATTTGAATACATGGTGCCTAATTATAGTCAAGGATATTTATATACCATAGCAGGATGGGATGTTACAGTGACCTGGGCGGGGGTCGGCATGATTGGTTCTCTAACAATAGCTTGGATTAACTACCGTGGTATTAAGTTAACAACTGTTATTTCTGTAATTTTAACCGCTTTCATTCTTGCGGCAGGAATCATGTTAATTACCGGAAGTACATTTGGTGGAAATATGGACAATATGCAACCACTCATTAAAGCAGGTACAACGGGTATATTTACTGTAATTATTATGACGCCTTTTATGTTTGTAGGCTTCGATGTAATACCTCAAGCAGCGGAAGAGATTAATTTGCCACAGCGGAAAATTGGTCAACTTCTTATTGTATCGGTTATTTTAGCAGTTATCTGGTATATTGCCATTATTTTTGGAGTATCACGTATTTTAAATCCAGCAGAACTTGCTGCGTCAAATTTAGTAACAGCTGACGCTATGGCAAAAGCGTTTGGAGATAGTAATTTAATGGGCAATGTTCTCGTACTCGGTGGCATTGGAGGTATTATGACAAGCTGGCTTGGCTTTTATGTTGGCGGGAGTCGAGCCATTTATGCGTTAGCAAATGCTGGAATGCTACCAAAGGCTTTGGGGAAATTACACCCGAAATACAAAACACCTTATCGAGCCATTATATTAATTGCACTACTTTCAACAGCAGCACCATTACTTGGCAGACCCTCCCTTGTCTGGTTAGTTAACTCAGGTGGGTTAGGGCTTGTGGTTGCATGGCTCATGGTGTCCATTTCATTTATTTTGCTAAGAAAAAGAGAGCCACATATGAATCGGCCTTTTAAACTACCTGGTGGAACTTTTATTGGCTGGATTGCTGTATTTATGTCTATTGGAGTGATTATACTTTATATGCCTGGCATGCCATCTTCTTTAGCATGGCCGTATGAGTGGTTTATTATTGGGGCATGGACCATTTTAGGATGTATTCTGTATACTTATTCAATAAAGAAGTATGGGAAATCTTATGCTAACGAATATATGAAGAAAGAGTTAGATCGGATAGCTTAG	MNDSDKLLKILSNKDVLALAFGAMIGWGWVVTSGLWITEAGSLGAILAFAIGGLLVVFVGLTYAELASALPLVGGEHVYTFKAMGRGASFVATWSIILGYVSVVAFEAVALPTVFEYMVPNYSQGYLYTIAGWDVTVTWAGVGMIGSLTIAWINYRGIKLTTVISVILTAFILAAGIMLITGSTFGGNMDNMQPLIKAGTTGIFTVIIMTPFMFVGFDVIPQAAEEINLPQRKIGQLLIVSVILAVIWYIAIIFGVSRILNPAELAASNLVTADAMAKAFGDSNLMGNVLVLGGIGGIMTSWLGFYVGGSRAIYALANAGMLPKALGKLHPKYKTPYRAIILIALLSTAAPLLGRPSLVWLVNSGGLGLVVAWLMVSISFILLRKREPHMNRPFKLPGGTFIGWIAVFMSIGVIILYMPGMPSSLAWPYEWFIIGAWTILGCILYTYSIKKYGKSYANEYMKKELDRIA	PGPT0020810_3630	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
AK148_03229	114			hypothetical protein	ATGCGTATTGTCAAACAAGAATCAATTCATCTACAAACGTATGCTATTTTGAAAATAGAAATATTAGAAGGAGCGTATCGACAAGAAGAGCGTGTTGTGGAAGCCCTACGCTAA	MRIVKQESIHLQTYAILKIEILEGAYRQEERVVEALR				NA	NA	NA	NA	NA
AK148_03230	396			hypothetical protein	GTGAAAGAAGGTTTATATGTTGGCCAATCGAAGCAGATGACGGTAGAAGTAACAGAGGAAATGGTAGCCCAATTCAATGGAGAAGTAATTCATCCTGTGTATTCAACAGCCTCTATGGTTTATCACATGGAATGGGTGTCAAGGCAATTACTCATTCCTTATTTAAAGCAGGATGAAGAAGGAATGGGTGCCGCAGTAAGCGTTGAGCATATTGCTCCTTCGGGTGTAGGTACTACCATTCATTTGGAGGCTACTGTTATAGAGGTGAGTAATAGCGAGCTACTGACAAAGATTTACGTAACAAATGAGCATGGGAGAATTGGCAAAGGAAAGGTAAAACAAGTAGTCTTACCGAAAGAAGTTATTCAAGAAAAAGTGCGTATCGCAACGAAGTGA	MKEGLYVGQSKQMTVEVTEEMVAQFNGEVIHPVYSTASMVYHMEWVSRQLLIPYLKQDEEGMGAAVSVEHIAPSGVGTTIHLEATVIEVSNSELLTKIYVTNEHGRIGKGKVKQVVLPKEVIQEKVRIATK	PGPT0015215_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-LIPO-|TEICHURONIC_ACID_METABOLISM	CE-EPS-TEICHURONIC_ACID_METABOLIC_PATHWAY,PGPT0015215-tuaE-K16705	NA	NA
AK148_03231	1131	pdh		Phenylalanine dehydrogenase	TTGAAGCAAGTAGAACAATTGCAAGAGGTAGACCTGTTTCAAAAGATAGCTAATCACGAGCAAGTTGTTTTTTGTAATGATCGTCAGTCCGGGTTGAAAGCAATTATAGCTATACATAATACGACCCTAGGACCTGCTCTAGGCGGAACACGTATGTATCCTTATTCAAATGTTCAAGAAGCTTTGGAAGATGCCCTTCGTTTATCGGAAGGGATGACAGCGAAATGTGCAATAAGTGACGTAGATTTCGGAGGAGGTAAGGCGGTCATCATTGGTGATCCGAATAAAGAGAAATCCCCTGCTATGTTTCGAGCGCTCGGTCAGTTTGTAGATTCATTAAATGGCAGATTTATCACCGGAACGGATATGGGAACAACGATGAACGATTTTATTCATGCAGCCAAGGAGACGAAATTTATTAATGGCATTCCAGAATCATTTGGAGGAAGTGGTGATTCATCTATACCAACTGCCAAAGGCATCCTATATGCTTTAAAAGCGACGAACCAGTTTTTGTTTCACAACAATTCTCTTCATGGTAGGGTGTATGCCATACAAGGTTTGGGAAAGGTTGGAAGAAAAATTGCTGTACATTTGTTAGAAGCGGGTGCATTTGTCTATGTTACGGATACGAATGAAAGCGTTATCAAAAGTTTTTTAAATGAAGTGAGAGATAAGCAACAATGTATTCAAGTTGTTAGTGGAGAAGAAATTTATCGAGTACATGCTGATATTTTTATGCCGTGTGCAATAGGGGGAATTATTAATGAAAAAACAATTCCATTGCTCAACGTAAAGGCTGTGGTTGGGTCGGCTAACAATCAGTTAGCATGTGATAAATATGCAGGGTCTTTGACTGAAAAAGAGATTCTTTATGCGCCAGATTATATTGTTAATGCAGGGGGTCTTATTCAAATTGCTGATGAGCTGTATGGGGTGAATAGAGAACGTGTACTAGAAAAGGTAGCTTCTATATATGATATAATACTTCAATTATTTAAGGATGCCCAAGATGCTAATATTACCACGGTAGAAGCGGCACGTAGAGAATGCCAGAGAAAGTTAGATGAACAGCAGCACCGAAATAATTTTTATAGTCGTAGCCGAAGACCTAAATGGGATGTAAAGTGA	MKQVEQLQEVDLFQKIANHEQVVFCNDRQSGLKAIIAIHNTTLGPALGGTRMYPYSNVQEALEDALRLSEGMTAKCAISDVDFGGGKAVIIGDPNKEKSPAMFRALGQFVDSLNGRFITGTDMGTTMNDFIHAAKETKFINGIPESFGGSGDSSIPTAKGILYALKATNQFLFHNNSLHGRVYAIQGLGKVGRKIAVHLLEAGAFVYVTDTNESVIKSFLNEVRDKQQCIQVVSGEEIYRVHADIFMPCAIGGIINEKTIPLLNVKAVVGSANNQLACDKYAGSLTEKEILYAPDYIVNAGGLIQIADELYGVNRERVLEKVASIYDIILQLFKDAQDANITTVEAARRECQRKLDEQQHRNNFYSRSRRPKWDVK	PGPT0020440_41	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020440-pdh-K00270	NA	NA
AK148_03232	1422	nhaC_3	COG1757	Na(+)/H(+) antiporter NhaC	ATGTACCGTATAAAAGCTGTCCAATCGCCTTCGCTTCAAGAATCTCTATTTGTAACAGTGCTTATTATATGTATCATTAGTTTGAGTATCATTTTTGTAGAAGCAGCACCACATGTTCCGCTAATTATTTCTTTACTAGTTCTTTGCGTTTATGGGATATTTAAGCGGATTCCATACAGGCTTTTGGAGCGAGGGATTGCAGAAGGAGCCAAATCTGGAATGGGAGCAGTTTTTATTTTTTTCTTTATCGGGATATTAATTGCTGCCTGGATGGCAGGTGGGACGATTCCGACTATGATGTACGCAGGATTCCAGTTGGTGACACCAAATTTTTACTTTGTCATTGTCTTTATTGTCACTGCTCTTATTGGGCTTGTCGTCGGTAGTTCTTTAACAACGATTGCTACAGTAGGTGTTGCCTTTATTGGTATTTCCGGAGCAGTTGATGCTTCTTTAGCTATTACTGCGGGCGCCATTGTTTCTGGGGCATTTTTTGGAGATAAAATGTCGCCATTATCAGATACAACGAATATGGCATCATCCACATTGCAAGTAGACTTATTTGAACATATAAAGAATATGATGGGAACAACGATTCCCGCATTTATCATTACGTCACTTATTTTTTTCTTTATTTCGCCTAAACTAACAGATGCCAACTTCGATAAAATGGCTGCATTCCAAACAGGGTTATTAAAGACTGGTTTAATTCATTGGGAAAACGCTGTTATTCCACTTCTCGTGTTACTTATTTTTTCAATTAAAAAGGTGCCAGCTATTTTAACGTTGGCAGCTGGGTCCATAACCGCTATAGGCATTATGTATCTTCATCAATCTCTATCTATAGCTGATCTTTTTAGTACACTTATGGATGGATTTCATTCCAGTACAGGGAGTGAGGCTATTGATGCTTTGTTAACGCGCGGTGGAATCAATGGCATGTTATTTACTATTAGTCTTGTGTTACTTGCCCTAAGTATGGGGGGGTTACTGTTTACACTCGGAATAATTCCTCGCTTACTTGTATCCATTGATCATCTTTTAAACAGAGTGTTTTCCGTTGTCTTGGCTTCTGCTACTACGGCAATTGGAATTAATGTTTTAATTGGTGAACAGTATTTATCTATTTTGTTAACGGGTGAGACATACCAACCTCGCTATGCTAAGGTAGGCTTGGAAAACAAAAATTTATCTAGAGTTTCTGAAGATGCTGGAACAGTGATTAACCCTCTCGTACCATGGAGCGTGTGTGGCGTTTTTATTACGTCCGTGTTGGGCGTATCTACTTTGACTTACTTACCATTTGCATTTTTCTGTATACTTTCTCCACTATTAACGATTTTATATGGATTTACCGGTTGGACATTAACCTATACGAAGCAAAATGAAAGTTTTACCAATGAAGCTATAGTAGGAGAGTAG	MYRIKAVQSPSLQESLFVTVLIICIISLSIIFVEAAPHVPLIISLLVLCVYGIFKRIPYRLLERGIAEGAKSGMGAVFIFFFIGILIAAWMAGGTIPTMMYAGFQLVTPNFYFVIVFIVTALIGLVVGSSLTTIATVGVAFIGISGAVDASLAITAGAIVSGAFFGDKMSPLSDTTNMASSTLQVDLFEHIKNMMGTTIPAFIITSLIFFFISPKLTDANFDKMAAFQTGLLKTGLIHWENAVIPLLVLLIFSIKKVPAILTLAAGSITAIGIMYLHQSLSIADLFSTLMDGFHSSTGSEAIDALLTRGGINGMLFTISLVLLALSMGGLLFTLGIIPRLLVSIDHLLNRVFSVVLASATTAIGINVLIGEQYLSILLTGETYQPRYAKVGLENKNLSRVSEDAGTVINPLVPWSVCGVFITSVLGVSTLTYLPFAFFCILSPLLTILYGFTGWTLTYTKQNESFTNEAIVGE	PGPT0013945_815	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013945-nhaC-K03315	NA	NA
AK148_03233	1551	ybiT_2	COG0488	putative ABC transporter ATP-binding protein YbiT	ATGATCATGAGTTTATTAGACGTGCAAAACTTAACCCATAGTTATGGTGATAAAACCGTATTAAAAGATATATCTTTTCGATTACTAAAGGGAGAGCATATTGGGCTTGTTGGACCTAACGGAGCTGGGAAATCAACCCTGTTTCACATTCTTACTACACATATAATCCCAGATGAAGGAACTGTACAATGGCACCCTAAAGCCCATGTTGGAAGCTTAGAACAGCATATTCACCTAAATAGCGGTCAATCAATCAGACAGTTTTTACAAACAGCTTTTCAAGATTTATTTTTAGCTGAAGAAGAAATGCTAGCTATTACAGGGAAGATGGCTTCTGCCAAACCAGAATACCTAGATGAATTATTGCATCACTATAGCAAACTTCAAGCAAAATTAGATCAACATGACTTCTATCAAATTCCCGCTAAAATAGAAGAAGTAGCGGCAGGACTTGGAATTTCACAACTTGGGCTGGAAACAGACGTAAGTCAATTAAGTGGCGGACAACGAACAAAACTATTGCTGGGCAAGTTACTGCTAGAAGAGCCTGATATTTTATTATTAGATGAGCCGACAAACTACTTAGATACTGCTCATATTGCATGGCTCACATCCTATTTACAAACGTATCCGCATGCTTTTATTCTCATTACACATGACACAGGTTTTATGAACAAAGTCGTGCAATGTATTTACCACCTTGAGCACAAGCAATTGACAAGGTACCCGGGAAATTATGAGCACTTTCTTCAAGCATATGAACTACGAAGAAGACAAATTTACCTTGCATATCAAAAACAACAAGAAGAAATTAGCAAATTAGAAACCTATATTCAAAAAAATAAAGCACGTGCCTCTACCGCCAAACAAGCGAAAAGTAGAGAAAAGAAGCTAAACAAAATGGAACGTGTGGAAAAGCTAAGCCATAACCCAAAACCTGTTTTCAACTTTTCCGTTTCAGCACAACCGGCAAACGTCTTACTAGAAACAAAAGACTTAACTATCGGTTATGAAACAGCCTTGTTTTCTGGTGTAAATGTAAAATTACAGCGTGGTGAAAAAATCGCCTTAACAGGTCATAACGGAATAGGGAAAACGACCACTTTAAAGACATTACTAGGAAAGCTACCGCCCCTAAATGGAATTGTAAGCATTGGCGATCGCGTGCGACCCGCTTATTTTGAACAAGAGATGCCAGCGGTCGGAAAACATACGGCCTTAGAAGAAGTCTGGAACGCGTATCCTGATTTGACTCAAAAAGAAATAAGAAAAACGTTAGCGCGTTGCGGACTTCGCTCAGAACATATCTTTCAAAAGCTGCACTCTCTTAGCGGTGGAGAGCAATCAAAAGTAAGGTTATGCAAGCTAATGCTTGCTAAAAGCAATGTGCTAATTTTAGATGAACCGACCAATCACTTAGATGTTGCGACAAAAGACGCTCTTATGGAAGCCTTACAACAATATACCGGAACATTAATACTTGTTTCCCATGAACGGGGCTTTTATGAAAATTGGATCACTACCATTTGGAACATGGAAGATTGGAAATAA	MIMSLLDVQNLTHSYGDKTVLKDISFRLLKGEHIGLVGPNGAGKSTLFHILTTHIIPDEGTVQWHPKAHVGSLEQHIHLNSGQSIRQFLQTAFQDLFLAEEEMLAITGKMASAKPEYLDELLHHYSKLQAKLDQHDFYQIPAKIEEVAAGLGISQLGLETDVSQLSGGQRTKLLLGKLLLEEPDILLLDEPTNYLDTAHIAWLTSYLQTYPHAFILITHDTGFMNKVVQCIYHLEHKQLTRYPGNYEHFLQAYELRRRQIYLAYQKQQEEISKLETYIQKNKARASTAKQAKSREKKLNKMERVEKLSHNPKPVFNFSVSAQPANVLLETKDLTIGYETALFSGVNVKLQRGEKIALTGHNGIGKTTTLKTLLGKLPPLNGIVSIGDRVRPAYFEQEMPAVGKHTALEEVWNAYPDLTQKEIRKTLARCGLRSEHIFQKLHSLSGGEQSKVRLCKLMLAKSNVLILDEPTNHLDVATKDALMEALQQYTGTLILVSHERGFYENWITTIWNMEDWK				NA	NA	NA	NA	NA
AK148_03234	507			hypothetical protein	ATGAAAAAATCTTCCAAGCGACCACAAATGAAGATTCCTAAGACATGGGGAGAGCGAATTTGGAACGCTATTGGTTATACGATTTTTTTAGGAACAATCATTTTTGTTATGTGGGTATGGAAATATGTACCAAATGAAGTGCCGGCTCATTTTAATAGTGCCGGTGAAATCACGCGTTGGGGTTCAAAATGGGAATTGCTTATCATACTTATACCCGGTATTTTTACTGCGACATTTATGGGGGTGATGGAAAGGTACCCTGAATTACATAATTATCCAAAGCGCTTTAATGAAACAAATGCCAAAGCTTTTTATTTGCATAGTAGAAAAATGATGAATCAATTAAAGAACATTTGTCTGATTATTTTTTCAATAATTACATTGGAAAGTATTTTTATAGCAATGAACTGGTGGGGAGGTTTAGGTGCTTGGATGTTACCACTTCTTATTACATTCACTTTTTTCCCGCTAATTTTAAGCTTCATGAAACGAAGGAAAATTAAATAG	MKKSSKRPQMKIPKTWGERIWNAIGYTIFLGTIIFVMWVWKYVPNEVPAHFNSAGEITRWGSKWELLIILIPGIFTATFMGVMERYPELHNYPKRFNETNAKAFYLHSRKMMNQLKNICLIIFSIITLESIFIAMNWWGGLGAWMLPLLITFTFFPLILSFMKRRKIK				NA	NA	NA	NA	NA
AK148_03235	966			hypothetical protein	ATGAAATTGAAATGGGCCATATTAGGAGCTCTATTCACATTAACAGCAGTACTAACTGGCTGTGAACCGTTAACGGTGCTTGATCCAAAAGGTCCACAAGCACAAACGCAAGCAGATGTGATTTGGATCTCTATTGCGATTATGGCATTTATCGTTATTACTGTATTTGTAATGCTAGTATATATACTTATCAAATATCGAGGTTCGAAACAAGCCGATTCCTATGAGCCTCCACATATTGAAGGAAATAAAATAGTAGAAAGTATTGTAGTAGGAATACCAATTATTATTGTGGCTGTGCTTTCTATTATTTCTGTACAAAGCACGTATGAGGTAGAGGCTAAGCCAGAAGGATATGGAGATAAAGAACCATTGGTTGTTTATGCGTCTTCTTCTGACTGGAAATGGCATTTCAGCTACCCAGAACAAGATATTGAAACAGTCAACTATCTTTATGTGCCAACAGATAGACCGCTAGAATTTAAGTTATATTCTTATGGACCAATAACAAGTTTTTGGATTCCACAGCTAGGCGGGCAAAAATATGCGATGTCAGATATGATTACGACATTACATTTAGCAGCTGATGTTCCAGGTGAATTTATGGGACGTAACTCCAATTTTAGTGGGGAAGGGTTTGCTGAGAACACGTTTAATGTAACGGCAATGCCACAGCAAGAGTTTGATGATTGGGTAAAAGAAGTAAAGCAAACGGCTAAACCATTAACAGAAGAAAAATTTGATGAGTTACTGGAACCTGGTCATTTAGGACAATTAACCTTTACGGGAACTCATTTGGGCTTTATGCCTCCACCAAAAGGACACCATGAGGGTCATGGGGCAGGTGGAAAGGATCATAGCGAGCATTCTTCGCATGAAAGTGAAAGCTCAGAGCATTCCGAACATGATAACAATAACAATGAGCATAATCATGAATCAGATGAAGCGGCAAGTCACAACGAGTAA	MKLKWAILGALFTLTAVLTGCEPLTVLDPKGPQAQTQADVIWISIAIMAFIVITVFVMLVYILIKYRGSKQADSYEPPHIEGNKIVESIVVGIPIIIVAVLSIISVQSTYEVEAKPEGYGDKEPLVVYASSSDWKWHFSYPEQDIETVNYLYVPTDRPLEFKLYSYGPITSFWIPQLGGQKYAMSDMITTLHLAADVPGEFMGRNSNFSGEGFAENTFNVTAMPQQEFDDWVKEVKQTAKPLTEEKFDELLEPGHLGQLTFTGTHLGFMPPPKGHHEGHGAGGKDHSEHSSHESESSEHSEHDNNNNEHNHESDEAASHNE				NA	NA	NA	NA	NA
AK148_03236	1947	qoxB_2		Quinol oxidase subunit 1	ATGGAGTTTTTTGAACGATTTGCCATACCGCATCCCAGTCCTGCCATATATGCATCTATGGTTGCTATCGCTCTAACGACCATTGCGGTCGTTGTAGGGTTAACCTATTTTAAAAAATGGGGTTATTTATGGCGCGAGTGGTTGACAACGGTGGACCATAAGAAAATAGGTATTATGTATATGATTTCTGCATTATTAATGCTATTTCGGGGTGGAGCAGATGCGTTAATGATGCGCGCACAAACGGCTGTACCTGAGAATACATTACTTGATGCACAGCACTATAATGAAATTTTTACAACACATGGTGTCGTGATGATTATTTTCATGGCGATGGCGTTTATTATTGCATTAATGAACTTTGTCATTCCGTTGCAAATTGGTGCACGTGATGTAGCATTTCCACGCTTAAATGCACTTAGTTTTTGGCTTTATTTTATGGGGGCAATGCTCCTTAATATATCATTCGTTATTGGTGGGTCACCAAGTTCTGGTTGGACATCGTATTTTCCGCTTGCAGGAAATGAGCTCAGTCCATCTGTAGGAACGAATTATTACATGCTTGCACTGCAAATTTCGGGATTAGGTACGCTAATAACGGGGATTAATTTTATCGTAACGATTTTAAAAATGCGTGCTCCAGGTATGACATTAATGAAAATGCCAATGTTTACATGGGCTGGTTTAATTACAAACGTTATTATCGTATTTGCGTTCCCAGTATTAACGGTTGCTTTAGCAATGGGTACGATGGACCGTTTATTTGCAACTAATTTCTTCACTACGACAGACGGTGGTATGGATATGCTTTGGGCCAACCTGTTTTGGGTTTGGGGCCATCCAGAAGTATACATCTTAATACTTCCTGCATTTGGTATATACAGTGAAATTATTCCAACGTTCGCTCGCAGGAATTTATATGGCTACACAACGATGGTTGTTTCCATGGTCGTTATATCTTTATTGTCCTTTGTCGTTTGGGTACACCACTTTTTTACGATGGGGCAAGGTGCGCTTGTAAATAGTATCTTCTCTATTACAACAATGGCGATTGCCGTACCGACAGGAATAAAAATATTTAACTGGCTGTTTACGATGTGGAAAGGGAAGATCCAGTTTACTGTTCCGATGCTGTATTCGTTAGGGTTTATTCCAATCTTTACGATTGGAGGCGTGACAGGAGTTATGCTAGGTATGGCTTCTGCGGATTATCAATATCATAATACGATGTTCTTAGTAGCCCACTTCCACTTAGTTATTATTCCAGGTGTCGTATTTGCTATGATCGCTGGTTTAACGTACTGGTGGCCGAAAATGTTTGGCTTTATGCTAAATGAACGAATTGGTAAATGGGGCTTCTGGTTTATTGCTGGAGGTACAGTTCTAGCATTCTTCCCAATGTTTATCTCTGGTTTAGATGGGCAAGCACGTCGTATGTATACCTACTCAGAAGGAACAGGCTTTGGAATTTGGAATATGCTTTCCTTTGTCGGCGCCATCGGTTTAGCGATCGGTTTTGCGCTGCTTGTATACAATATCTACTATAGTACGAGATATGCGTCTAGAGACATTGGAGACGATCCGTGGAATGCGCGTTCTTTAGAATGGGCAACACATAATCCAGTACCTGAATATAACTTTGCGATTACACCGCAAGTGAACTCTAGTGAGGCTTTCTGGGATGCGAAAAAACGTGGACATAAACTATTTAAAGCTGGTTACAAAGATATTCATATGCCAAACAATAGTGGAATTCCATTTATTATGAGTGTGTTTTTCTTCATCTTCGGTTTTGCGTTTATCTTTAGTATGTGGATTACGGTTATCGTTTCATTAATTGCTATTTTAGCTTGTATGACATACCGATCCTTTGAAAAGGATGATGGTTATCATATTACTGCTGAAGAACTAAAGAAAGCAGAGTCGGAATTGCGAGGTGCTAAATAA	MEFFERFAIPHPSPAIYASMVAIALTTIAVVVGLTYFKKWGYLWREWLTTVDHKKIGIMYMISALLMLFRGGADALMMRAQTAVPENTLLDAQHYNEIFTTHGVVMIIFMAMAFIIALMNFVIPLQIGARDVAFPRLNALSFWLYFMGAMLLNISFVIGGSPSSGWTSYFPLAGNELSPSVGTNYYMLALQISGLGTLITGINFIVTILKMRAPGMTLMKMPMFTWAGLITNVIIVFAFPVLTVALAMGTMDRLFATNFFTTTDGGMDMLWANLFWVWGHPEVYILILPAFGIYSEIIPTFARRNLYGYTTMVVSMVVISLLSFVVWVHHFFTMGQGALVNSIFSITTMAIAVPTGIKIFNWLFTMWKGKIQFTVPMLYSLGFIPIFTIGGVTGVMLGMASADYQYHNTMFLVAHFHLVIIPGVVFAMIAGLTYWWPKMFGFMLNERIGKWGFWFIAGGTVLAFFPMFISGLDGQARRMYTYSEGTGFGIWNMLSFVGAIGLAIGFALLVYNIYYSTRYASRDIGDDPWNARSLEWATHNPVPEYNFAITPQVNSSEAFWDAKKRGHKLFKAGYKDIHMPNNSGIPFIMSVFFFIFGFAFIFSMWITVIVSLIAILACMTYRSFEKDDGYHITAEELKKAESELRGAK	PGPT0004025_108	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004025-foxA|coxA|ctaD-K02274	NA	NA
AK148_03237	597	qoxC		Quinol oxidase subunit 3	ATGCAAATAGATAAAACAAAACCACTAGAGTATAGCACAGAGCAAGGACGTTTAAATATTTTAGGATTTTGGATATTTATTGGTGCTGAAGTGATGTTATTTGCTACCCTGTTTGCCTCTTACTTTACATTAGTGGATCGAACTGGAAGTGGTCCTTCAGGATCGGAAATTTTTGAACTAACCCCTGTTTTAATCGAGACGTTACTTTTATTGACAAGTAGTTTTACAATCGGTCTTGGCGTGCATGCAATGCGATTAGGTCGTACAAAGGCAATGCTAACCTTTTTCATCATCACGTTAGTATTAGGTCTAGCTTTTCTAGGTGTCGAGATTTATGAATTTATGCATTACGTACATGTTGGAGCAGGTTTACAAACGAGTGCGTTTACGTCTATTTTATTAACGACACTAGGAACACATGGATTACACGTAACCTTTGGATTATTCTGGGGTACTATGATCGTCATGCAAGTGATGAAACGTGGGTTAACACCAGCAACAGCGAATAAATCATTCATTTTCTCCCTTTATTGGCACTTTTTAGATGTCGTTTGGATTTTCATCTTCAGCTTCATCTACTTGAAAGGAATGATGTAA	MQIDKTKPLEYSTEQGRLNILGFWIFIGAEVMLFATLFASYFTLVDRTGSGPSGSEIFELTPVLIETLLLLTSSFTIGLGVHAMRLGRTKAMLTFFIITLVLGLAFLGVEIYEFMHYVHVGAGLQTSAFTSILLTTLGTHGLHVTFGLFWGTMIVMQVMKRGLTPATANKSFIFSLYWHFLDVVWIFIFSFIYLKGMM	PGPT0004035_2642	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004035-coxC|ctaE-K02276	NA	NA
AK148_03238	285			hypothetical protein	ATGAAGGAATTATTTCCAGCTAAACACGTATCGGGTTTTGTGTTCTCGCTCACTCTTACAGGTGTCGCCTTACTTGTTTATTTCATGGATATGTCATTTGCTGTAGGTATGACTATCCTTGTCATTACCGCATTTGCCCAAGCAACGTTGCAGTTAGTCGTCTTTATGCACGCTGGCGAATCATCTGATAAAAGATCGATTTATATTAGTGTCATATATGGAATTGTTATAGCTATCCTCACTGTTTTAGGTACGCTATTAGCAATGATTTGGGGTTATGTGTAA	MKELFPAKHVSGFVFSLTLTGVALLVYFMDMSFAVGMTILVITAFAQATLQLVVFMHAGESSDKRSIYISVIYGIVIAILTVLGTLLAMIWGYV				NA	NA	NA	NA	NA
AK148_03239	606	sdpI	COG5658	Immunity protein SdpI	ATGCTAAAAATAACATCTGTTGTATTAGTTGTTATGATGGTAATTAGTTTTATTTCTCTACCCAGTCTCCCTAATCAAATTATATTGAATTGGGGAAAGGCAATCCCTAATGTATTTACTAACAAATATATTGGTATTTTTATAATTCCCTTGCTTTTTTTGTTAATTAGTTTAATCCATATAATTATTGTTAAGTCTACAAAAAGGTTTAACAATTTTAATAACAGGCTAATACTATTTGGCTTAGGCATTTTCTTTTTAGTTTTACAATTATTTATCATCCTAGCAAGCTTAGGCATAGAAATGAGTTTTGAGTTTCCCGTTTTCATATTGGGTATTGCTGCTGTAATTATGTCTATACCAATGAGAAAAGTAAAAATGAATGCATTGTTTGGTGTAAGAACAATTTGGTCTATGAAAAATGAAGAGACATGGCGTAAATCTAATAAGTTGGGGTCTATTTTATTATTTATTTGGGGAATTATGTGTGTATTGTTTTCTTTCGTTATGGATAGTCAATATATATATAAATTAGTAATTGTACTATTATTGTTGTTGCTTCTTATTGTTATTTATTTTAGTTATAGATTTTACAAATCGAATTAA	MLKITSVVLVVMMVISFISLPSLPNQIILNWGKAIPNVFTNKYIGIFIIPLLFLLISLIHIIIVKSTKRFNNFNNRLILFGLGIFFLVLQLFIILASLGIEMSFEFPVFILGIAAVIMSIPMRKVKMNALFGVRTIWSMKNEETWRKSNKLGSILLFIWGIMCVLFSFVMDSQYIYKLVIVLLLLLLLIVIYFSYRFYKSN				NA	NA	NA	NA	NA
AK148_03240	426			hypothetical protein	ATGTGGTCATTTATGTACATGATCCCTTCTTTTAAGGCAGCTGCCCAAAAGGCGCTGGGGAAACCGGTTATTGTAGCCGATCGTTTTCATTTTTGTCGTTATATCTATTGGGCTCTTGACGGAGTCAAAAGAAGAATCCAATCTGAATGGAACGATTATGACCGTAAAAAATGTAAAAGGATGGCGCTATGTGTTTTACAAAGACAGTGCAAAGCTAACCGAAAAGGAACGCTGGTATTTGGACAGGTACCTTGGGATGGGCGAAGAACTTCGCAGGGATTACGAGTTGAAAGAGTCCTACTGCCTTTGGTGAACGTGTGCCTTAACTCGAACAAGTCCAAACCACGTATGACTCCAGTACGGCTTATAAATGCTACTCTAAGAATTTTTATCATTGACATTTATATAGTTCTTGTAAAAACATGA	MWSFMYMIPSFKAAAQKALGKPVIVADRFHFCRYIYWALDGVKRRIQSEWNDYDRKKCKRMALCVLQRQCKANRKGTLVFGQVPWDGRRTSQGLRVERVLLPLVNVCLNSNKSKPRMTPVRLINATLRIFIIDIYIVLVKT				NA	NA	NA	NA	NA
AK148_03241	231			hypothetical protein	GTGCAAGAATTTTACCATAAAGATGCCTGCTCTTGCGGGAAACGATTTGCGGAGGAGAATCCTTTTGTTCATCGATACCAACGACTTTCTATCGAATGGAATCGGCTAGTATCCGTTCGGTTAGTGCAAGCGAAGACATTTAAGGAAACAGCCAAGCAGTTTGGCGTCTCCGTATTGACCGTCATACGCAGGTTTGACGGTTTGCCCGTAAAGGAAATGACAGAGGTTTAA	MQEFYHKDACSCGKRFAEENPFVHRYQRLSIEWNRLVSVRLVQAKTFKETAKQFGVSVLTVIRRFDGLPVKEMTEV	PGPT0030630_1548	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030630-tnpA-K07485	NA	NA
AK148_03242	582			hypothetical protein	ATGAAGTTCGTAAATAAACCTTTTTTATTTATTTCAATTGTTGCTATAATAATAGCGTCAATATCTATTCCTAAGTCGAACGCTCAAAATGTTGCACAATATAGTGGAAAAGAAATTTTTATGGGAATTAACTTCGGTTTAGGTCCTGTTGGTGAGTTGTTTGAAGATGAATGGACTGAAAATCAATTAGAGCAAAATAATAGTTCAGAAGTTGTAGAATTAGTGAAAAATGCAATGGATAAAATGGAATCTGATAATGAAAATTATTTCGATGATCTACAAACAGCTGTTTACGATAAGGATTATTTAAAAACTAGAGAGCTTCTAACAGACGGAGGTAAAAGAATAGTTGAAATATTAGAGATCGAAATAGAGGAGTCCGATCTAATAGCACCTAATGCTGGTTTAATCTGGGGACTTTACGTTGTAGCTATAGGAACTACTGTTGTAGGAGTTAGTCATGCGGTTGTATTGACATTTTATATAGAAACTGCAGGTGCAGGTCCTGGCATTAATAGTAATACCGGTTCAGCTCTTGAGGCAGACAAGGTTGTGGATAAAATAATCACAACACTTAACTAA	MKFVNKPFLFISIVAIIIASISIPKSNAQNVAQYSGKEIFMGINFGLGPVGELFEDEWTENQLEQNNSSEVVELVKNAMDKMESDNENYFDDLQTAVYDKDYLKTRELLTDGGKRIVEILEIEIEESDLIAPNAGLIWGLYVVAIGTTVVGVSHAVVLTFYIETAGAGPGINSNTGSALEADKVVDKIITTLN				NA	NA	NA	NA	NA
AK148_03243	933	sdpB		Sporulation-delaying protein SdpB	ATGCTAAATGAGATAGAAGCAAAGATAGACAAATTTAACCCGTTCACCAATGTATATGGTTTATCTAGATCAATATTGGCTTTATCAACACTTTTAACTTTATTATTGAACGACACTAGTATTTTTTTTAGGCCGTTCGCAGGTTCTAATGAATATCCTCTATGCTCTGAAAATTCTATTAGCTTATATTGTTTAGTTCCAAATAATACTATCTACTTAGAAGTCATAAGATGGGCTTCTATCGTTATATTAACTTTAGTTATATCTGGGTGGAGACCAAGAATAACTGGTGTTTTACATTGGTGGGTAACATACAGTCTTTGGGGAGCAGCGATAGGATTAGATGGCGGAGATCAAGTTACTGCAGTTTTCACATTACTTCTAATCCCAATTACTCTAGCTGATCCTCGAAAGAATCATTGGGAACAAATAACTATTCAAAAAGGTCATTACATAGGAAATAAAATTATAACATTAGTGACACATAAACTTATAAGAATTCAAGTTGCAATAATTTATTTTCATTCTACTATAGCTAAACTGTCATCTGAAGAATGGATAAATGGAACGGCTGTATGGTATTATCTTCAATCACCAATGCTAGGTGTACCACATTTAATTGAAGGACCGATAATGAAACTGTTATCAACATCTTTTGTTGTTTTCCCAACTTGGGGAACCTTAATAATGCAGTCTATACTTGTATTAGCTCTGTTTGCACCTAAGAAATACTGGAAAATTATTTTTGTATTTGCAGTATTAATGCATGAGATATTTGCTTTATTTTTAGGGTTAGTTTCTTTTTCTTTAGCTATGTTAGCTATATTAATACTCTACTTATTTCCATTAGAAAAAAATATAATTTTCAAAAACAATCCATTTTTAAAAATTAAGTTGTGTCAAAATATTTCGAAAGGAGGTGAGTACAGATGA	MLNEIEAKIDKFNPFTNVYGLSRSILALSTLLTLLLNDTSIFFRPFAGSNEYPLCSENSISLYCLVPNNTIYLEVIRWASIVILTLVISGWRPRITGVLHWWVTYSLWGAAIGLDGGDQVTAVFTLLLIPITLADPRKNHWEQITIQKGHYIGNKIITLVTHKLIRIQVAIIYFHSTIAKLSSEEWINGTAVWYYLQSPMLGVPHLIEGPIMKLLSTSFVVFPTWGTLIMQSILVLALFAPKKYWKIIFVFAVLMHEIFALFLGLVSFSLAMLAILILYLFPLEKNIIFKNNPFLKIKLCQNISKGGEYR				NA	NA	NA	NA	NA
AK148_03244	519	sdpA		Sporulation-delaying protein SdpA	TTGAAGCATATTAGTTATCTGATAATATACTCCCTTCTCTGTTTCGGAGTTTTATTCTACTCAATTCATTCAGCACTTCCTTCTACCCCTATTTATTCAAACAAAGCTATTGAAAAAGCTATCACCAAGATTTTTCCTCAAGGATGGGGATTTTTTAGTAAAGACCCTAGGGAACCAACAATAGATGCAATACATATTGATGGAGATGAAACTTTAGCATGGCCTAACATGTCTATACAAAATATATTCGGATTAGATCGATTCGGGAGAGGGCAGGGCATTGAGGCTGGAAGAATTCATTCAAAAATACCTAAGGAAGAATCCACTAAATGTGAACCATTGTCTGAAGAATGCATAGAAAAAATCGAATTTACCGAGGTTACTAATGATGATAATAATCATACTATGTGTGGTAAGTGGGTTATCTTAGAGACCGAACCTTTACCGTGGGCTTGGGGGGAACAGTATGGAAAAATGAATATGAACTCGACAGTTACTGGGGTTGATATAGAATGCTAA	MKHISYLIIYSLLCFGVLFYSIHSALPSTPIYSNKAIEKAITKIFPQGWGFFSKDPREPTIDAIHIDGDETLAWPNMSIQNIFGLDRFGRGQGIEAGRIHSKIPKEESTKCEPLSEECIEKIEFTEVTNDDNNHTMCGKWVILETEPLPWAWGEQYGKMNMNSTVTGVDIEC				NA	NA	NA	NA	NA
AK148_03245	147			hypothetical protein	ATGAAAAAATTGATTGTCTCATTTACTTGTGGAGCACTTCTAATTGGTGGAATCTTGTTTACTAACTATGGTGGAAACGAGAACAAACTAGCAGTACATGCAAATGTTCCTAAAGCTACATCTATTGACAACTCAAGTGAGATCTAG	MKKLIVSFTCGALLIGGILFTNYGGNENKLAVHANVPKATSIDNSSEI				NA	NA	NA	NA	NA
AK148_03246	1269	nprA_6		Transcriptional activator NprA	TTGTTAGACATAGGTTCTATTATTAAATTGCAGCGAACGAAACGTAATATGACACAAGAAGAATTATCAGCAGGTATTGTTTCTTTATCCTATTTATCAAAAATAGAAAATCAAAAAGCAAAAGCCAATCCAGAAATCATTCAATCGCTCTGTAATCGCCTAGACATTGAGCTTGTAGAAACGCCAGATATACAATTAGAAGAAAAATGTAAGCAATGGTATGACATCCTCTATGACCGTTTTGATAAAGAAGAAATGATAGCTAAATTTGAAGAGTTGCAAGAAGTAATGAATCGTAGTATCAACGACCAAACTATCATGTTTGAAATTCATCAAATTCGTTATTATGTAGTCTTACGCGACTTAAAACGTGCTTTACATAAGATGAATGAACTGCACGAAATGGCCGACGCATTTAATGCTACGCATAAATATTACTGGAATAAATTCAAAGGGAATTACTATTCTTTTAAAGAAAAATTTCAACAATCTTTACATTGCTATCAACAAGCAGAGAAAGCGATTCAATTAGCTGATATTAAAGAAAGTGAAGTTGCTGATTTGCATTATGCGATATCTATTGAATATTGCAAATTATCCAATGGATTAGAAACGATTAATTATGCTAACAAAGCTATGGTCGTGTTTCAACAAGAGTACAACTTTGTACGCTGTGCGCAATGTCATATCTTGCTAGGGATTTCATACCAACGAATTAAAATGAATGAACTTGCATTAACAAATTATAATCAGGCGTTGTATCTAGGTAAAATAAGCAACAATAAAGAAGTGATCCAGTTAGCCTATCTTAATCTAGGTATGTTTTATTTTAGCATTGGAGATTCAAAACAATCTATTGAGTATTATTTGCTTACTTTAAATACTAAAGACTTAAAATATGAAATTAAACTAGATGTTTTTACCAACTTAATACAAAATTTTTATCAAAATAAGAAATACGGACAAACAAAAAAATATTTGCAACTTGGAAAAGAAGCTCTAAGTCTTGCTCAAGACGAGGAGTACTATAAGTTTTATCATTACACACTTCAAGTATATACATACTTGTTAAATGAAGATTTCAACAAACTTATCCCAGTATTAGAAGAAGCATTCTTACCGTATTTAAAGAAAAAAAAGGACTATCGACATTTAGTATTTTATGCAGAAATGATAGCATCACATTTTGAAAAAATCGGAAAGTATAAAAAGTCTACACAATATTATAAGTTAGCTAATAGTAGTTACGACCAATTAATAAAATTGTAA	MLDIGSIIKLQRTKRNMTQEELSAGIVSLSYLSKIENQKAKANPEIIQSLCNRLDIELVETPDIQLEEKCKQWYDILYDRFDKEEMIAKFEELQEVMNRSINDQTIMFEIHQIRYYVVLRDLKRALHKMNELHEMADAFNATHKYYWNKFKGNYYSFKEKFQQSLHCYQQAEKAIQLADIKESEVADLHYAISIEYCKLSNGLETINYANKAMVVFQQEYNFVRCAQCHILLGISYQRIKMNELALTNYNQALYLGKISNNKEVIQLAYLNLGMFYFSIGDSKQSIEYYLLTLNTKDLKYEIKLDVFTNLIQNFYQNKKYGQTKKYLQLGKEALSLAQDEEYYKFYHYTLQVYTYLLNEDFNKLIPVLEEAFLPYLKKKKDYRHLVFYAEMIASHFEKIGKYKKSTQYYKLANSSYDQLIKL	PGPT0011700_164	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_REGULATORS	CE-QSR-OTHER_QUORUM_SENSING_REGULATED_GENES,PGPT0011700-nprR|nprA-K20480	NA	NA
AK148_03247	1821	typA	COG1217	GTP-binding protein TypA/BipA	ATGCAATTAAGAGAAGATATTCGTAACATAGCGATCATAGCTCATGTGGATCATGGTAAAACGACGTTAGTAGACCAGTTATTAAAGTATTCTGGTACTTTCCGAGATAATGAGCATGTGGATGAACGAGCGATGGATTCTGGAGACATTGAACGAGAACGAGGAATAACGATACTGGCTAAAAATACAGCCATTAAATATAAAGATACGGCAATTAATATTTTAGACACGCCAGGTCACGCTGATTTTGGTGGTGAAGTGGAACGGATCATGAAAATGGTGGACGGGGTAGCATTAGTGGTTGATGCTTATGAAGGTACGATGCCACAAACACGCTTTGTACTAAAGAAAGCACTGGAACAGAAGTTGACCCCGATGGTTGTGTTAAATAAAATTGACCGTCCAAATGCGAGACCAACGGAAGTAGTAGACGAAGTATTAGATTTATTTATTGAATTAGGAGCAGATGATGAGCAGCTTGAGTTCCCGGTTGTCTATGCTTCCGCGTTAAATGGTACCTCAGGGTATGAAGCTGATGAGCAGGAAGAAACAATGGATCCGGTTTTTGAAACGATACTCGACCATATTCCCGCACCAATTGATAATCGTGATGAGCCATTACAATTCCAAATTACATTGCTTGATTACAATGACTATGTAGGTAGAATAGGAATTGGTAGAGTTGTACGAGGAACGATAAAAGTTGGTCAACAAGTTGTAATTCTGAAAAAAGATGGCACGCAAAAATCGTTTCGAATTACGAAATTGTTTGGATTTATCGGCTTAAAACGGATTGAGATTCAAGAAGCCTTATCCGGAGACGTTGTAGCAGTTGCTGGGCTAGAAGATATTAATGTAGGAGAAACGGTTTGCCCGCAAGATCATCCAGAAAGTTTGCCATGGTTGCGCATTGACGAACCAACCTTGCAAATGACGTTTCTTGTAAACAATAGTCCATTTGCTGGCAAAGAAGGGAAATACGTTACTGCAAGAAAAATTGAAGAACGCTTGTTAAAACAATTAGAAACGGATGTAAGTCTGCGTGTTGATCCAACGGATACCCCAGATGCATGGACTGTATCGGGACGTGGGGAACTGCATTTGTCTATTTTAATCGAGAATATGCGCCGTGAAGGTTTTGAACTGCAGCTATCTAAACCAAAAGTAATTATAAAAGAAGTAGATGGCGTGCAATGTGAACCGGTTGAACGTGTACAAGTGGATGTGCCTGAAGAATATACAGGTCCAATTATGGAGTCACTTGGTTCTAGAAAAGGCGAAATGCTCGATATGGCAAACCAAGGAAATGGACAAGTGCGCTTGGAATTTAAAGTGCCTTCTCGTGGACTGTTGGGCTATGCGACGGAGTTTATGTCACAAACACGTGGTTATGGTATTTTGAACCATACGTTTGAAGGTTATGAGCCTGTTATTAAAGGGCAAGTAGGTGGAAGAAGAGAAGGTGTTCTTGTTGCTTTAGAAAATGGAAAAGCCTCCACTTATGGGATTATGCAGTTAGAAGATCGGGGTGTTATTTTCGTCACACCTGGAACAGAAGTATATGCAGGTATGATTGTAGGGGAACACAATCGTGACAATGATTTAACTGTAAATATTACAAAAGAAAAGCATTTAACCAATGTCCGTTCTGCGACGAAAGATCAGACTGCGACAATTCGTAAATCGCGTAATATGTCATTGGAAGAAGCCTTGCAATATTTAAATGAAGATGAGTATTGTGAAGTAACGCCTGAATCCATTCGACTACGGAAAAAGATTCTTAATAAAAATGAACGTGAAAAAGCAGCAAGAAGAAAATAA	MQLREDIRNIAIIAHVDHGKTTLVDQLLKYSGTFRDNEHVDERAMDSGDIERERGITILAKNTAIKYKDTAINILDTPGHADFGGEVERIMKMVDGVALVVDAYEGTMPQTRFVLKKALEQKLTPMVVLNKIDRPNARPTEVVDEVLDLFIELGADDEQLEFPVVYASALNGTSGYEADEQEETMDPVFETILDHIPAPIDNRDEPLQFQITLLDYNDYVGRIGIGRVVRGTIKVGQQVVILKKDGTQKSFRITKLFGFIGLKRIEIQEALSGDVVAVAGLEDINVGETVCPQDHPESLPWLRIDEPTLQMTFLVNNSPFAGKEGKYVTARKIEERLLKQLETDVSLRVDPTDTPDAWTVSGRGELHLSILIENMRREGFELQLSKPKVIIKEVDGVQCEPVERVQVDVPEEYTGPIMESLGSRKGEMLDMANQGNGQVRLEFKVPSRGLLGYATEFMSQTRGYGILNHTFEGYEPVIKGQVGGRREGVLVALENGKASTYGIMQLEDRGVIFVTPGTEVYAGMIVGEHNRDNDLTVNITKEKHLTNVRSATKDQTATIRKSRNMSLEEALQYLNEDEYCEVTPESIRLRKKILNKNEREKAARRK	PGPT0023720_3403	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0023720-typA|bipA-K06207	NA	NA
AK148_03248	273			hypothetical protein	ATGCAAAAATTATGGAAGCGCGTTCGTTTTTTATTTACATTTCACCGGTCCATTCCTTTCTTTAAGGATTTTTTTGCGTCGAAAGAGGTAAGTTTGACTAAAAAAATTTTCTTTGTATTGCTGATCTTAGGATATTTTATTTTCCCTTTTGATATTATCCCTGACTTTATCCTAGCATTCGGAATTATTGATGATGTGTCCATTGCTATATTTTTATTGCAATGGATGGTAAAAATGGCACCAGAAGCAATAAAGGAAAAATATTCTTTTTAA	MQKLWKRVRFLFTFHRSIPFFKDFFASKEVSLTKKIFFVLLILGYFIFPFDIIPDFILAFGIIDDVSIAIFLLQWMVKMAPEAIKEKYSF				NA	NA	NA	NA	NA
AK148_03249	180			hypothetical protein	GTGAAACGTTACTTAACAGTTTTTTTTGTTGGTTTAAGTGCAGTTATCTTAGTAGTTGGATTAAGAATAAATACCCAATGGAGTGGTGTTGTTTCCTGGGGGCTTACTTTTGTCTTCCTTATTTGTGCTGCTTATTTTACTAAATACATTCCTGACGATGATGAAGAAAGCAACGAATAA	MKRYLTVFFVGLSAVILVVGLRINTQWSGVVSWGLTFVFLICAAYFTKYIPDDDEESNE				NA	NA	NA	NA	NA
AK148_03250	954			hypothetical protein	TTGAGTAGAATGTTAAAACTAATTCAAAATGAACAAGGGAAAATTTTTATTCGTAAATCAACTTGGGTTATGTATATTATTTTAGCCGTTCTTATACTTGGTTCAGCTCTATTAACCAATAGTTTAGATGGGCTAAAAAGCGAGTATGACGATGACAATTGGCGTGAAGAGTTAAAGCAAGAAAATGCACAATTGCAGAAAGAAACGGAAGAATATGAAGATTTTGAGGAATACAATAATTCTGTCATTGCTAAAAATAATTATTACTTAGAAAATGATATCCAGCCCGCCCCATATACAGCTTGGACATTTGTTGATGAAAATATATCCTTGCTATCGATTGTCAGTTTATTAACGATTATCATTGCTGCAGGGATTGTTGCTAACGAATTTCGTTGGGGCACGATTAAATTATTATTAATTCGTCCAATTAGCAGAAGTGGCATCCTATTATCCAAATATATTACCGTCTTACTATTCGCCCTTTATACAGCCCTATTCGCACTCGTACTCATGTGGATTTTTGGAGCAATCTTCTTTGGAATTGGCGACTGGAACCCTTCTATTGTGGTGGAAGGAGAAGATGGTTTTAAAACCATATCACTAATAGCTAATATATTTACTAGCTTTGGTTTCAAACTTGTGAACTTGGTAATGATGGCTACGTTTGCTTTTATGATCTCTGCTGTCTTCCGTAATAGTTCATTGGCAATAGGTATTGCTATCTTCCTTATGATGGGGGCAAGCTCCATTGTCTCTTTCTTTGCTGATAAAGAATGGGCAAAATATATTTTGTTCGCGCACACGGACTTAAGCCAATATATGGATGGAAACTTCCTCATGCTTGAAGATAATACAATGGGCTTTTCTATAGCAGTATTAGTCGTATACTATGCCATTTTCATGTTACTGTCATGGATTGTTTTCACAAAGCGCGACGTTGCTGGTCAATAA	MSRMLKLIQNEQGKIFIRKSTWVMYIILAVLILGSALLTNSLDGLKSEYDDDNWREELKQENAQLQKETEEYEDFEEYNNSVIAKNNYYLENDIQPAPYTAWTFVDENISLLSIVSLLTIIIAAGIVANEFRWGTIKLLLIRPISRSGILLSKYITVLLFALYTALFALVLMWIFGAIFFGIGDWNPSIVVEGEDGFKTISLIANIFTSFGFKLVNLVMMATFAFMISAVFRNSSLAIGIAIFLMMGASSIVSFFADKEWAKYILFAHTDLSQYMDGNFLMLEDNTMGFSIAVLVVYYAIFMLLSWIVFTKRDVAGQ	PGPT0006730_8959	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK148_03251	918	bcrA_5		Bacitracin transport ATP-binding protein BcrA	ATGTCTTCAGCTGCAATGGAATTAGTCAATTTAAAAAAGACAATTGGCAAAAAAGAAATTATTAAAGGCTTATCCTTTTCCATTCCAAAAGGGGAAGTATTTGGCTTCATCGGGCCAAATGGAGCTGGTAAAACGACCACAATCCGCATGATGGTTGGATTAATGAGTATTACAGAGGGCGACGTCCTCATCCAAGGAAACAGCATAAAATCCAATTTTAAAGATGCCGTACGAGAAGTCGGTGCCATCGTTGAAAATCCGGAAATGTACCCGTTTTTAACTGGTTGGCAAAACTTAAAACACTATGCTCGGATGATGCCAGGCGTAACAAAAGAACGGATACATGAAGTAGTCAAATTTATCGGTCTTGAAAAAGCAATTCATGAAAAGGTCGGTAGATATTCTTTAGGAATGCGCCAACGACTGGGAATAGCGCAAGCGCTTTTACATAATCCGTCTGTACTCATATTGGATGAGCCAACAAACGGATTAGATCCAGCCGGCATCAGAGAAATACGCGATCATATACGTAAACTTGCTCAAGAAGAGAACGTGGCAATTATTATCTCTAGTCACTTGCTTTCTGAGATTGAACAAATGTGTGATCGTATCGGTGTCATAAAAAACGGAGAAATCATTAAAATTCAAAACGTCGGTGAGGAAACAGATAATGAAGAAGTCATTCACCATATTGAGGTTACACCAATGGATAAGGCGATGAAAATTTTAAATGAAAATTTCCAACTGGAATCCATCGAGCTTGATGGTAATTTATCTTTCCGCTGTAAAAAAGAGCAAGTTCCAGAAGTTATTAAAAGCTTAGTAGAAAATGATTGTGCCATTTATCAAGTCAATGTTGCAAAAGGCACGCTAGAAGATCAATTCTTTGAACTGATTGGAGAGAATACGATTGAGTAG	MSSAAMELVNLKKTIGKKEIIKGLSFSIPKGEVFGFIGPNGAGKTTTIRMMVGLMSITEGDVLIQGNSIKSNFKDAVREVGAIVENPEMYPFLTGWQNLKHYARMMPGVTKERIHEVVKFIGLEKAIHEKVGRYSLGMRQRLGIAQALLHNPSVLILDEPTNGLDPAGIREIRDHIRKLAQEENVAIIISSHLLSEIEQMCDRIGVIKNGEIIKIQNVGEETDNEEVIHHIEVTPMDKAMKILNENFQLESIELDGNLSFRCKKEQVPEVIKSLVENDCAIYQVNVAKGTLEDQFFELIGENTIE	PGPT0006725_12856	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_03252	159			hypothetical protein	ATGCGAAAAACGCAATATCAACCAACTAAAAATAAGCAGCTAACAGATGCGCAAGAAATTCATTACAGCAAAGATTTCAAACAAGCTGATATCGCTGGTGGGTATCGTCAGACGCGCGTAAAAGAAGCGAAGTACAATAATCCCGAACTAAAAGGTTAA	MRKTQYQPTKNKQLTDAQEIHYSKDFKQADIAGGYRQTRVKEAKYNNPELKG	PGPT0014725_7	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	LOW_TEMPERATURE_TOLERANCE	LOW_TEMPERATURE-RELATED_ENZYMES,PGPT0014725-yfhE-NA	NA	NA
AK148_03253	1152			hypothetical protein	ATGAAACGAAATGGTGTTATTGTCTTAGCTATTTTTCTAATTGCGTTTAGTTTACTTGCAGGATGTAATGATACTACGGCTAGTGAATCGAAAGGTGAGTCTAAAGAGCATGAAGAAAAGGCGGTAAAAGTAGATAAAAGACAGCCCCCGAAACAAGAAATTTCTATTGCTGCAATTGGAGATATGCTAATTCATAGTCAAGTGTATGAAGATGCAAAAACGGAGACGGGATATGATTTTACACCAATGCTGAAAGAAGTAAAACCGTACCTTGAGGATGCTACGATAACCATTGCAAACCAAGAAACGATGATTGGCGGAGAAGCGATTGGTTTATCCTCGTATCCAACATTTAATAGTCCATTTGAGATAGGGGATGCTTTAAAAGATGCTGGTGTTGATGTTGTAACATTAGCGAACAACCATACCCTTGACAAAGGGGAAGAAGCTATTCAACGTGCTATCGAGCATTGGAAAAAAATTGATTTGATGTATACAGGTGCTTATAAAAATGAAGCGGATCAATCTAAACTGCGAATCCTCGAAACTGCAGAAGGCATCGATGTAGCTTTTCTTGCTTACACGTATGGAACGAATGGAATACCTGTTCCTGAAGGGAAAGACTATCTAGTAAATGTAATAAATAAAGAGCAGATGGCAAAGGAAATAGAAAAAGCGAAGCAACAAGCTGATGCCGTCATATTAAATTTACACTTTGGAACGGAATATCAAATGCTACCAAATGAAAACCAAAAGGATCTAGCACAATTTGCTGCTGACCAAGGAGTGCATGCCGTCATTGGTCACCACCCGCATGTGTTGCAGCCTGTTGAATGGGTTGAAGGTAAAAACGGCAATAAAACGTTTGTTGCATATTCATTAAGTAATTTTCTATCTGGACAGGACGAGCTGTATCGTCGATTTGGCGGAATTTTGAAGTTTACGTTAACGAAAAGTGAGAATGAAGAAATAGAGCTTCATACACCTGCATTTTTACCGACATTTGTTCATTACAAGGATGAAGCCAACTATCAAGTGGTACCAATGAAACAAGTGACAGATAAAGAATTAGAAGGCGCGAAACACTATTATAAAGAGATAACGGATCATATGCGGAAGTGGTTGCCAGAGTTAGAGATTATTGAGCCGTAA	MKRNGVIVLAIFLIAFSLLAGCNDTTASESKGESKEHEEKAVKVDKRQPPKQEISIAAIGDMLIHSQVYEDAKTETGYDFTPMLKEVKPYLEDATITIANQETMIGGEAIGLSSYPTFNSPFEIGDALKDAGVDVVTLANNHTLDKGEEAIQRAIEHWKKIDLMYTGAYKNEADQSKLRILETAEGIDVAFLAYTYGTNGIPVPEGKDYLVNVINKEQMAKEIEKAKQQADAVILNLHFGTEYQMLPNENQKDLAQFAADQGVHAVIGHHPHVLQPVEWVEGKNGNKTFVAYSLSNFLSGQDELYRRFGGILKFTLTKSENEEIELHTPAFLPTFVHYKDEANYQVVPMKQVTDKELEGAKHYYKEITDHMRKWLPELEIIEP				NA	NA	NA	NA	NA
AK148_03254	462			hypothetical protein	GTGGATATAAGATTTGCTGAAAAAAAAAATATAAAGCAACTAATAAAAATGAGGTGGGATTTTACAATCGAGTACGATGAAAGTAAGAGGAACGCATCGTATTATAGCTTTGAAAAGCAGTGTCAAATTTTTTTAGAAAATGCAATGAATAGTAGTCAATGGTTTATTTGGGTTGCTGAGGAGAATGAAAAAGTTATTTCACATATTTACGTAGAATTAATACAAAAAGTACCACGTCCAGGTCGAGTAACCCATCCGTTTGCTTATATGACGAATGTATTTACAATTCCAGAATATCGAAATAAGGGTGTTGGAAGTAAAATGCTCAAAACAATAAATAATTGGACGAAAGAAAATAACTATGAGTTTGTTATTGTGTGGCCAAATGATGAATCTATTAATTATTATAAAAAAAATGGTTATGTCCATTGTAAAGAACCTATGGGATATTTCCCTTCCTAA	MDIRFAEKKNIKQLIKMRWDFTIEYDESKRNASYYSFEKQCQIFLENAMNSSQWFIWVAEENEKVISHIYVELIQKVPRPGRVTHPFAYMTNVFTIPEYRNKGVGSKMLKTINNWTKENNYEFVIVWPNDESINYYKKNGYVHCKEPMGYFPS				NA	NA	NA	NA	NA
AK148_03255	153			hypothetical protein	ATGGAAAATAAACAATCGCCCGTTCGTCTAAATGAAGGAGCTTACTATCCGTCGAAGAACTTACTCGCGGAAATGGCGAAACAATTCCAGGCTCCGGTCACCCGCCGAGCAATCCGTAAGGGCTCATTGCAAGAACATACGGCTACGATGTAG	MENKQSPVRLNEGAYYPSKNLLAEMAKQFQAPVTRRAIRKGSLQEHTATM				NA	NA	NA	NA	NA
AK148_03256	270	mazE	COG2336	Antitoxin MazE	ATGACAAAGAATAGTAAAGGAGGGGTTCGTGTGACGACAAAAGTTCAAAAGTGGGGAAATAGTCTTGCCGTTAGAATACCTTCCAATATGGCAGACGAAATAAAAATAGTCCAAGGCACCGAAGTAGAGCTTAGGGTTGAAAATAGAGAACTTAAAATTGTACCAGCAAAGAAGAAACAAACACTGGAAGAATTGATGGCGAAGATAACGTCTGAAAATCGTCACGATGAGATTGATTGGGGGAAAACCGAAGGAGCTGAGATTTGGTAA	MTKNSKGGVRVTTKVQKWGNSLAVRIPSNMADEIKIVQGTEVELRVENRELKIVPAKKKQTLEELMAKITSENRHDEIDWGKTEGAEIW	PGPT0027395_83	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-MazF-MazE_TOXIN-ANTITOXIN_SYSTEM,PGPT0027395-antitoxin_mazE|chpAI-K07172	NA	NA
AK148_03257	336			hypothetical protein	TTGGTAATGGAAATACCAGACAAAGGAGATTTGATTTTACTAAATTTCAGTCCGCAATCAGGTCACGAACAGGCAGGGTATCGACCAGCTTTGGTTCTGTCACCAAAAATATTTAATGGAGCATCTTTTTTAATGGCTTGCCCCATCACATCCAAAGAAAAAGGGTATCCATTTGAAGTTAAAATTCCGGATGGGTTGAACATAAATGGCGTGATTCTGACGGATCAGCTCAGAAGTTTGGATTGGCGTGCCATGGGTTTAAAAATAGTAGATAGAGCACCCACTGAAACGGTCGAAGAATGTATAGATTTGATTTCAACAATTATAGTCAATTAG	MVMEIPDKGDLILLNFSPQSGHEQAGYRPALVLSPKIFNGASFLMACPITSKEKGYPFEVKIPDGLNINGVILTDQLRSLDWRAMGLKIVDRAPTETVEECIDLISTIIVN	PGPT0027390_1944	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-MazF-MazE_TOXIN-ANTITOXIN_SYSTEM,PGPT0027390-toxin_mazF|ndoA|chpApemK-K07171	NA	NA
AK148_03258	690			hypothetical protein	ATGAATGCAAAAGAACTAATTGAATTAAATAACGAAAAACGTACGCATTTAAATGAAGCAAATTTGGCTTATTATGAAAACATGCTCATTTATATCCGTTCAGCTAGTAATAAATCAGAACAACAGACAGAAGAATTACTCCTGGAACTACTTGAACATTTACTACAAGCACAGTCAGAAGGAAAAAACGCAGCAGATATTTTCGGTTATAACCCAGAAGCTTACTGTAAAGAGCTAATTCAAGAGCTTCCTAGAGAAAATTATAAAGAGCAGATACCATTTGCTATCAGAATCATTTTTCAAACCCTAGGTATGTTCAGTCTTTTATATGGACTCATTAACTTAGCTATGTATTATTTGTTTGGTATAGGTTCAGTAGCAACTTCATTTTATCCACTATCCGTATTCACAATACTGGTATGCTATCTGGTTATCCTCTATCTATTTATTAAAACGGTATTCTGGTGGTTAAAACGTTCGACGTTTGGGGGAAAACAAACGAATAAGTGGATCGAATTGATTCAAGCTTGGCTAGGAGCAACAGCATTTATTACGTTATTTGTCATTGTTATGCGATTCGTGCCACATTTCGGACCATCAATGCAACTACCAACAGCCAGTTTTATCGTCTTGTCCCTTATTTTCTATTTTATTGCGTCTATGATAAAAAGAAAAGAGCAACAAGGGTAA	MNAKELIELNNEKRTHLNEANLAYYENMLIYIRSASNKSEQQTEELLLELLEHLLQAQSEGKNAADIFGYNPEAYCKELIQELPRENYKEQIPFAIRIIFQTLGMFSLLYGLINLAMYYLFGIGSVATSFYPLSVFTILVCYLVILYLFIKTVFWWLKRSTFGGKQTNKWIELIQAWLGATAFITLFVIVMRFVPHFGPSMQLPTASFIVLSLIFYFIASMIKRKEQQG				NA	NA	NA	NA	NA
AK148_03259	327			hypothetical protein	ATGTCTTTGCGTAGTCAAATGTTAAAAGGAATATTAGAAGGTTGTATTTTATCAATTATTCACCAACAGCCTACATATGGGTATGAAATTTCCGTTATATTACAAGAATATGGTCTGGAAAACATTAGTGAAGGTTCTATTTATCCTATTCTGTTGCGATTACAAAAGGAAAAATTAATTATCGGAGAAATGAGGAAATCAGAATCTGGGCCAAAAAGAAAATATTACCAATTAACTGAAGACGGAAACGAAGCGCTAAAGGAATTTTATTTACAATGGGAGGCAATCAAAAATCCCGTTGACAACATTGTCCACCAAGGAGGTTAA	MSLRSQMLKGILEGCILSIIHQQPTYGYEISVILQEYGLENISEGSIYPILLRLQKEKLIIGEMRKSESGPKRKYYQLTEDGNEALKEFYLQWEAIKNPVDNIVHQGG				NA	NA	NA	NA	NA
AK148_03260	780			hypothetical protein	ATGGGAGCCAGTGATGTCATCCCAGGCGTAAGCGGGGGGACCATTGCTGTTTTATTAGGTATTTATGATCGACTCATTGCAGCAATTAATGGATTTTTAAGTAAGAATTGGAAACAACAATTAGGGTTTTTAGTTCCACTAGGAATGGGTGTTGCCATTTCAATATTGACATTAAGCCATGCGATTAATTGGTTGTTTAAACATTACGCCGGACCGACACAGTTCTTCTTTTTAGGGCTAATTATTGGTATACTGCCTTACTTGTTTTATAAAGCAAATGCTAAAGAAACATTTAAAGGAAACCATATCTTGTTGCTAATAATTGGTTTAGTGCTCGTAGGCTCGATGATGTTTTTAAATGAAGGGGAGCTAGAAGAGATTACCAACATGAATATGTCCACTTATTTATTGCTTTTTGGATCTGGATTTATTGCTAGCGCTGCTATGATTTTGCCCGGTATTAGTGGCTCGTTTATACTGTTGATTATTGGTGTGTATCCGACTATTAATAGTGCGATTGTGGAATTTAAACTCGACGTGTTGGCTGTTACTGGTATTGGGATTTTAATAGGACTAGTTTTCATGAGTAAAATTGTCAATTACTTTTTCAAAAGATATACGATCGCTACATATGCTATCATCATTGGTATGGTAATTGGTTCCATTTTTGTCGTATTCCCAGGTTGGCCTGCATCAATAAATTTAGGTTTGCTTAGTATTGGTGCTTTTGCAGCAGGTCTTACTGCCGCTTATGTATTAGGAAGAGTCGAGTATGTGTAA	MGASDVIPGVSGGTIAVLLGIYDRLIAAINGFLSKNWKQQLGFLVPLGMGVAISILTLSHAINWLFKHYAGPTQFFFLGLIIGILPYLFYKANAKETFKGNHILLLIIGLVLVGSMMFLNEGELEEITNMNMSTYLLLFGSGFIASAAMILPGISGSFILLIIGVYPTINSAIVEFKLDVLAVTGIGILIGLVFMSKIVNYFFKRYTIATYAIIIGMVIGSIFVVFPGWPASINLGLLSIGAFAAGLTAAYVLGRVEYV				NA	NA	NA	NA	NA
AK148_03261	321	ydbP	COG0526	Thioredoxin-like protein YdbP	ATGAAACGTTTAACAACGGAAGCTGCTTTTCAAGAAACAATTAAAAGTGACAAGCCGGTCATTATTAAATTTTACGCGGATTGGTGTCCAGACTGTAAACGATTGGACATGTTTATTGGTGATATTATGGACGAATTTAATCAATATGCATGGTATGAAATAAACAGTGATGAAGTGGAAGGTATTGCACAAAAATACGATGTGATGGGCATTCCAAGCATCCTTATTTTTCAAAATGGCGAGAAAAAGGCTCATCAGCATAGCGCCTATACGAAAACGCCGGAATCAGTTAGAGAATTTCTTGAGCAACAATTAGGTTAA	MKRLTTEAAFQETIKSDKPVIIKFYADWCPDCKRLDMFIGDIMDEFNQYAWYEINSDEVEGIAQKYDVMGIPSILIFQNGEKKAHQHSAYTKTPESVREFLEQQLG	PGPT0013055_9127	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013055-trxA-K03671	NA	NA
AK148_03262	627			hypothetical protein	ATGCTAGCATTAGATCATATTGTTATTGGTGCAAAGAATCCCGAACAAGCAGCAATGGATTTTTCTAGCAAATATCATGTAGAAATCGTTCCAGGAGGAGAGCATAAAAATTGGGGGACACATAATTACTTAGCTTATTTTGCCAATGATTGCTACATAGAATGGCTTGGCGTTTTTGATAAAAAATTAGCTGAAAAAGCGAATAACCCGTTAATCGTACAACTTGTCCATGAGCTAGAACAAGATAAAGAAGGAGTGGTCCAAATCGCATTCAGAACGAATGACATGGAAGATTTCCACGCCTATTTTCAACAAGCATCTATTCCTGCAATTGGGCCTATACTAGGAAGGCGAGAGAAACCGGATGGCACACCTTTAGCTTGGAAAATGTTATTCCCTCAAGCAGATGATCCAATGCCCTTTCTTATTGAATGGGAAAAAGGATATGAGAAATCACATCCTACTTCTTTTATAAACGAACAAATTATTGAACAGGTAAACATAAATTTAACGAATCAGCTTCTTTCTACGTACTATAAACTTCCCGCCAAATCGAAACTATCATTAGCCAATACAACATTATATATAGAAGAATCGCACAGCACGTGGTCTTTTACGTTACATTAA	MLALDHIVIGAKNPEQAAMDFSSKYHVEIVPGGEHKNWGTHNYLAYFANDCYIEWLGVFDKKLAEKANNPLIVQLVHELEQDKEGVVQIAFRTNDMEDFHAYFQQASIPAIGPILGRREKPDGTPLAWKMLFPQADDPMPFLIEWEKGYEKSHPTSFINEQIIEQVNINLTNQLLSTYYKLPAKSKLSLANTTLYIEESHSTWSFTLH				NA	NA	NA	NA	NA
AK148_03263	564	ydaF_1	COG1670	Putative ribosomal N-acetyltransferase YdaF	ATGAGTAACCCACTATTAAAGGAATTTACGCATGAAATTCATACAGAGAGACTACTTCTTCGCTTGCCTCTTCCAGGAGATGGAAAAGCTGTTTATGAAGCCGTTCAATATAGTAGACGAGAATTAAAGCAATGGCTTCCTTTTGCTCAAAAAGAGCAAACATTAGAAGAAACCGAGGTAAATGTACGGGAAGCACAAATTCAATTTTTACAACGAGAAGATTTACGTTTTCATATTTTCGATAAACATTCGAAAGTGTTTTTAGGTTGTACGGGGTTACATCGAATAGATTGGAGCATTCCTAAATTTGAAATTGGCTATTGGGTTGACACTAGACATCAAGGGAAGGGGATTATTTCAGAGGCGGTGAAAGCTTTAACGACATTTGCTTTTGAAGAATTAGGTGCAAATCGAGTGGAAATACGTTGTGATGAAAAAAACGAGCGTAGTCGGGCAGTTCCTGAAAAGCTAGGTTTCTCATTAGAAGGAATTCATTATCATGATGCAAAAAGTGTGGATGGCATAAACTTACGTAATACTTGTGTGTATGCTAAATTAGAATAG	MSNPLLKEFTHEIHTERLLLRLPLPGDGKAVYEAVQYSRRELKQWLPFAQKEQTLEETEVNVREAQIQFLQREDLRFHIFDKHSKVFLGCTGLHRIDWSIPKFEIGYWVDTRHQGKGIISEAVKALTTFAFEELGANRVEIRCDEKNERSRAVPEKLGFSLEGIHYHDAKSVDGINLRNTCVYAKLE				NA	NA	NA	NA	NA
AK148_03264	693	arlR	COG0745	Response regulator ArlR	ATGGAACAACCACGTATATTAATTGTAGAAGATGAACAGAAATTAAGTAGAGTGTTGCAATTGGAATTAGAATATGAAAATTACAAAACAGAAGTGGTATTTGATGGAAAAGAAGCGTTAGCAAAGATGGAACAGCAGAAGTGGGATTTAGTGTTGTTGGATATTATGCTTCCAGAATGGAGTGGGCTAGAAGTATTGCGTAGAGTGAGAAAATTTGACCAAACAACACCAATCCTTTTGTTAACGGCTCGCGATCAAGTACATGATAAAGTGAGTGGTCTAGATTTGGGGGCAAATGACTATATTACGAAACCTTTTCAAATTGAAGAACTATTAGCAAGAATTCGTGTACATTTACGAAATCCGATAAAAAAACAAACGGATGATGAACAGGTTGGAGTTGGAGATTTACTTGTACATGTTAAGAGCAGAGAAGTCACTCGGGCAGAGAAACAAATTGAATTAACACCACGCGAGTTTGATTTATTAGTCTGCTTATTAAAGAATAAAAATATTGTCCTAACGCGTGAGCAGCTGATCGAACAAGTTTGGGGCTTTGATTACTATGGAGATACGAATGTCGTCGATGTTTATATTCGCTATTTACGGCAAAAAATAGATAAAGGCTTTGACCAAGCTTATATTCAAACCGTTCGCGGAGTTGGCTATACGATAAAGGATATGGAAACATGA	MEQPRILIVEDEQKLSRVLQLELEYENYKTEVVFDGKEALAKMEQQKWDLVLLDIMLPEWSGLEVLRRVRKFDQTTPILLLTARDQVHDKVSGLDLGANDYITKPFQIEELLARIRVHLRNPIKKQTDDEQVGVGDLLVHVKSREVTRAEKQIELTPREFDLLVCLLKNKNIVLTREQLIEQVWGFDYYGDTNVVDVYIRYLRQKIDKGFDQAYIQTVRGVGYTIKDMET	PGPT0004105_770	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
AK148_03265	1353	sasA_4		Adaptive-response sensory-kinase SasA	ATGACATTAAAAACAAAGATTCAACTATTCACAGGCATTTTTATGCTTATTCTTACTCTGATTATAAACACTGCTATTTATATGTTGTTTTATAAAGTTTCTGCAGAGGCTGACTTACAAAATTTAGCTGATCAGACGGAGCAATTAGTAATAGCCATGAAAGAACAGCCAGATGTCATTTCTAACGAGTTATTTCGCTCGTTTGCACCGGCTGAAGGAATGATTCGGGTAGTCGATCAAGATAGAACTATATTTATTTCTGCTCAACAATCAGTACAATATGATATTCCACTTGACTTTAGCTCCAATGAGTCACAGGCTATCGTGAAGCAAGGGAGTGAGCCTGATATTGCTGTTATCTCCAAACCAATTATTTGGGGAGTAGGGGAACGCGCAGGGGAAGTAGTAACACTTCAGGTTTCCACGCAGTTGACGCATTTGCATAGTACGATGCGGACGTTATTTACGGTTCTTTTAATTGCAACGGTCTTCATGTTAGTGCCTATCATTATCGGTGGGAATGTACTCAGTCGATTTTTATTAAATCCGATTAAATCTTTAATTCAAACGATGCGGGAGAACATGCAAGAAGCTACTTGGAAGAAGATTGATGTTCAAAATCGCTCCAAAGATGAATTGTATGAAATGGGGAAAACATTTAATGCAATGATTGACCATTTAAAAGATAACTTTGAGAAACAGGAGACATTTGTATCGGATGCTTCTCATGAGCTAAAAACACCTATTTCCATTGTGAAAAGCTATGCACAGTTAGTGAAAAGAAGGGGAACGGACAATCAACAGCTCGTTCAAGAATCGATGGAGGCAATCGATTCTGAAGCTGATCGAATGGGAAAGCTAGTTGAACAAATGCTAGCATTAGCAAAAAACAAACATCATGCAGCTAAGGAACAAGTGCATATAGTTGCGTTATTAGAAGAGACAGTAACTACTTTCCAAACAGCATATAAGAGGGAAATTACTTTTAAGAAGGATGTAAGTGATGAAGTGGTGCTAACAGGAAACAGGGATCAATTGGAGCAAGTATTTTATATCTTGATTGATAATGCGTTGAAATATAGTGAAGATAAGGTTGAGATAGGTATAGAAATGGAACATAAACAGGTGCTTATTCAAGTTCGTGACTATGGTTCAGGTATCTCAGAGGCAGAACAAGCACGCATTTTTGATCGGTTTTATCGTGTGGATAAAGCGAGAAGCAGAGATACTGGCGGGACGGGGCTTGGTTTATCTATAGCTGCTGCCATTGTAAAAGAGCATCAAGGCGAAATTACGGTGCAAAGTAAGGTTGGGGAAGGTGCTACGTTTGTTGTCACTTTTCCCATTGTCTAA	MTLKTKIQLFTGIFMLILTLIINTAIYMLFYKVSAEADLQNLADQTEQLVIAMKEQPDVISNELFRSFAPAEGMIRVVDQDRTIFISAQQSVQYDIPLDFSSNESQAIVKQGSEPDIAVISKPIIWGVGERAGEVVTLQVSTQLTHLHSTMRTLFTVLLIATVFMLVPIIIGGNVLSRFLLNPIKSLIQTMRENMQEATWKKIDVQNRSKDELYEMGKTFNAMIDHLKDNFEKQETFVSDASHELKTPISIVKSYAQLVKRRGTDNQQLVQESMEAIDSEADRMGKLVEQMLALAKNKHHAAKEQVHIVALLEETVTTFQTAYKREITFKKDVSDEVVLTGNRDQLEQVFYILIDNALKYSEDKVEIGIEMEHKQVLIQVRDYGSGISEAEQARIFDRFYRVDKARSRDTGGTGLGLSIAAAIVKEHQGEITVQSKVGEGATFVVTFPIV				NA	NA	NA	NA	NA
AK148_03266	222			hypothetical protein	ATGGATAAAATAAATAGACCGGACTTTAATCGGAATATGTCAGTTGAGGAGTTTTCTCAACATTATTGGTATAAAGAAGAGTTAAAGAGAATTTGTGCTGATTGTAAAATACCATCCTATGGAACGAAAGCGGAATTGGAAACAAAAATTAAAAACTATCTATCTGGAAAAAAAGTAGTTGATCACCGTCAACAAATGTCTAATATCACTAGCATTGCATAA	MDKINRPDFNRNMSVEEFSQHYWYKEELKRICADCKIPSYGTKAELETKIKNYLSGKKVVDHRQQMSNITSIA				NA	NA	NA	NA	NA
AK148_03267	456	marR	COG1846	Multiple antibiotic resistance protein MarR	ATGAATCAGCTTAAAAATTACATGTTACCTGCATATATTAATAGGCTTTCCCATTTTTTATCCCAGTTAATTCAAATAAAAGCCGAACCGTACGGAATAACAAACGCACAATTAAATGTGTTGTTTTGTCTCCTAGGTGGTGATCCCATTACACAAAAGCAATTACTCCACTATCTTGATGTCAAATCCTCAACTTTAACTGTTTTACTTGAACGTTTGGAACGTAAAGGATTAGTTTTTCGAAAACAACACCCTGACGATTCAAGAGCTAAAATTTTATCACTAAGTGAAAAAGGAAAGCATTTTATTCACCAGACAGTAGAACCGATGGGTTACGAATTGGAAAAGAATTTGCTAAGAGGATTTAATCAAAACGAAAAAGAGCAACTATTCGAGCTCTTTGACCGTTTACTTTCGAATATGGATCAGCTTAAAAAGGAATTGCGCCAAGAGTAA	MNQLKNYMLPAYINRLSHFLSQLIQIKAEPYGITNAQLNVLFCLLGGDPITQKQLLHYLDVKSSTLTVLLERLERKGLVFRKQHPDDSRAKILSLSEKGKHFIHQTVEPMGYELEKNLLRGFNQNEKEQLFELFDRLLSNMDQLKKELRQE				NA	NA	NA	NA	NA
AK148_03268	333			hypothetical protein	ATGGCGTCCACAGGTGTTGAAAAGAACAAGCGGACGATATCGTTGTTAAATATTCAAAAAGTAGATAACGTCTTAGAAATTGGTTTCGGTCCAGGGATTGCGATTGAAATGGTTTCCAATATTAACCGGGATGGTTATGTTGTAGGGATTGATTACTCCGATGTCATGTTACAGCAAGCCAAAAAAGTATGGGGCTTGCAGATAAAGATATCACCGACAAAGTCTATACACATAAAGATATCAAGCAGCTTCTTATGGCAATTGACAAGCTATAAGAAAGCTGCTTTTTCTTTAAATTATTTGTCTGCTACTTGTATGTTACGTGTATATTAG	MASTGVEKNKRTISLLNIQKVDNVLEIGFGPGIAIEMVSNINRDGYVVGIDYSDVMLQQAKKVWGLQIKISPTKSIHIKISSSFLWQLTSYKKAAFSLNYLSATCMLRVY				NA	NA	NA	NA	NA
AK148_03269	393	rpsI		30S ribosomal protein S9	TTGGCACAAGTACAATACTATGGCACAGGTCGTCGTAAAAAATCAACTGCGCGCGTACGTTTAGTACCTGGTACGGGCAACATTACAATTAACGGTCGTAATGCAGCTGATTATTTCCCATATGAAACACAGTTGTTAATTTTAAACCAACCACTTGTAGCAACAGAAACACAAGGAACATATGACATTATTGTCAACGTTCATGGTGGTGGCTTCACTGGTCAAGCAGGAGCTATCCGTCACGGAGTTGCACGTGCATTGCTAGAAGCTGATCCTGAGTACCGTAGCGCTCTAAAATCAGAGGGTTACCTAACTCGTGATGCTCGTATGAAAGAACGTTATAAATACGGTCTTAAAAAAGCTCGTCGTGCACCACAGTTCTCAAAACGTTAA	MAQVQYYGTGRRKKSTARVRLVPGTGNITINGRNAADYFPYETQLLILNQPLVATETQGTYDIIVNVHGGGFTGQAGAIRHGVARALLEADPEYRSALKSEGYLTRDARMKERYKYGLKKARRAPQFSKR				NA	NA	NA	NA	NA
AK148_03270	438	rplM	COG0102	50S ribosomal protein L13	ATGCGCACAACTTTCATGGCAAATGAAAATAATATTGAACGCAAATGGCTAGTTGTTGATGCAGAAGGCAAACGATTAGGTCGTTTAGCAAGTGAAGTTGCTGCGATCCTTCGTGGAAAGCATAAACCAACTTACACGCCACATGCAGATACAGGTGACCATGTCATCATCATTAACGCAGAGAAAATTGAATTAACTGGTAATAAACTAACAGATAAAAAATACTACCGTCATACAAACCACCCTGGTGGTTTAAAAGAACGTAATGCAGAGGAAATGCGTACAAAATATCCTGAGCGTATGCTAGAGTTGGCAGTTAAAGGCATGCTTCCAAACGGTCCTCTAGGTCGCAGAATGGCTAAGAAGCTTCATGTATTCAGAGGCGCTGAACACAATCATCAAGCACAAAAACCAGAAGTTTATGAGCTTCGTGGGTAA	MRTTFMANENNIERKWLVVDAEGKRLGRLASEVAAILRGKHKPTYTPHADTGDHVIIINAEKIELTGNKLTDKKYYRHTNHPGGLKERNAEEMRTKYPERMLELAVKGMLPNGPLGRRMAKKLHVFRGAEHNHQAQKPEVYELRG				NA	NA	NA	NA	NA
AK148_03272	741	truA	COG0101	tRNA pseudouridine synthase A	ATGGAACGACTAAAATGTACACTTCAATATGACGGCTCTCATTTCTCGGGCTTTCAAATCCAACCTGGAAAAAGAACCGTACAAGGAATACTAGAAAAAGCATTACAAAAAATGCATAAAGGTGAACCTGTACGCATTCATCCTTCAGGGAGAACCGATACAGGCGTTCATGCGAAAGGACAGACGATTCACTTTGATTCTCCATACAACATCCCTATGTACAATTGGAAGCAAGCATTAAACACCTTGCTCCCTGATGACATTTATGTTAAGCAGGTAGAAGTGGTTCCTAATACGTTCCACGCTAGGTATGATGTAGTAGAGAAGGAATATCGCTATTATGTATATCATGCAAAGGAACCGGATGTATTTAGACGCCATTATGCTTATTTTTTCCCGTATGCATTAGACGTTGCTTCCATGCAAGTAGCATGCCGTTATTTGGAAGGAACGCATGATTTTACAACCTTTTCCTCTGCTAAAGCAACAACAAGAGGGAGCAAACAGCGTACGCTTTATCAAGTAACCTGTGAAAAAAGAGGCGCCGAAATCGAATTTATTTTTCGCGGCAGCGGATTTTTATATAATATGGTGCGCATCATCGTTGGTGTAATATTAGACATAGGTCAAGGAAGGCGAGAAGCGTCTGATATAGCTGTTTTACTGTCAAAAAGGGATAGACGTGCAGTAGGAGAAACAGTGCCCGCACAAGGCCTCTATTTGTGTCGTGTGAAGTATTAA	MERLKCTLQYDGSHFSGFQIQPGKRTVQGILEKALQKMHKGEPVRIHPSGRTDTGVHAKGQTIHFDSPYNIPMYNWKQALNTLLPDDIYVKQVEVVPNTFHARYDVVEKEYRYYVYHAKEPDVFRRHYAYFFPYALDVASMQVACRYLEGTHDFTTFSSAKATTRGSKQRTLYQVTCEKRGAEIEFIFRGSGFLYNMVRIIVGVILDIGQGRREASDIAVLLSKRDRRAVGETVPAQGLYLCRVKY				NA	NA	NA	NA	NA
AK148_03273	798	ecfT	COG0619	Energy-coupling factor transporter transmembrane protein EcfT	ATGAATAATGCCATGGTTATTGGTCAGTACGTACCAGGGAACTCCGTTGTTCACCGATTAGACCCACGAACGAAGATTACAATTATATTTATCTTTGTGTTTGTCGTCTTTTTAGCGAACAATGTGTGGAGCTATACAATATTAACTGTTTTCGCACTTTTAAGTATGATAACATCTCGTGTACCATTACGATTTGTTTTAAAGGGTTTAATGCCTGTATGGTTTTTAATTATTTTTACCTTTCTACTCCATGTAATTATTACAAAAGAAGGTGATGTCGTATTCGAGATTTTTACCTTTCAAGTATACTCTGGTGGGTTAATTCAAGGTTTTGCTATTTCCATGCGATTCTTTCTACTTATTTTAGTCACGTCGCTACTAACATTGACAACAACACCGATAGAAATAACGGATGCGATTGAAAGCATGTTGCAACCATTAAAAAAAGTGAAATTTCCGGTTCATGAATTGGCGTTAATGATGTCGATATCGCTCCGTTTCATTCCAACGTTGTTACAAGAAACAGATAAAATTTCAAAAGCGCAAGCGTCACGTGGCGTTGACTTTCGAACAGGGAAGCTCAAAGATCGCATACAAGCCGTCGTGCCATTGCTCGTTCCATTATTCGTCAGTGCTTTCAAACGAGCAGAAGAGCTAGCTATGGCGATGGAAGCGAGAGGCTATCAAGGTGGCGAAGGTCGTACCAAGTTACGAGAATTAAAATTTACGAAGCTAGACGTAGGAATATACATTTTATTTATATTCGTCATCTTAGGACTATTTTTTACAAGGAACTAG	MNNAMVIGQYVPGNSVVHRLDPRTKITIIFIFVFVVFLANNVWSYTILTVFALLSMITSRVPLRFVLKGLMPVWFLIIFTFLLHVIITKEGDVVFEIFTFQVYSGGLIQGFAISMRFFLLILVTSLLTLTTTPIEITDAIESMLQPLKKVKFPVHELALMMSISLRFIPTLLQETDKISKAQASRGVDFRTGKLKDRIQAVVPLLVPLFVSAFKRAEELAMAMEARGYQGGEGRTKLRELKFTKLDVGIYILFIFVILGLFFTRN	PGPT0004015_2000	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
AK148_03274	873	ecfA2	COG1122	Energy-coupling factor transporter ATP-binding protein EcfA2	ATGGACATTACATTCGAGAACGTAAGCTATATCTATCAACAGCACTCCCCATTTGCTCATAAAGCGATTGACCAATTAAGTTTTCATATCCCTTCTGGAACATTTGTAGCCATTGTAGGTCATACGGGTTCAGGAAAATCAACTTTAATTCAGCATTTAAATGGTCTTGTTCAGCCGACAGCAGGAAAAGTAAAGATAGGAGACTTTGAGCTCACGGCAGAAAAAAAGCCGAAACATTTGAAACAGCTAAGAAGCAAGGTCGGTGTCGTATTTCAATATCCGGAGCATCAACTATTTGAAGAGACGGTTGCGAAGGATATTAGCTTTGGACCTAAAAATTTTGGTGTTGGGGATAGCGAAATACAACGGCGAGTGACAGAAGCATTACAAGCTGTTGGTTTATCAGCAGATTATGTAGAGCGCTCCCCCTTTGATTTAAGTGGTGGGCAAATGCGCAGGGTCGCTATTGCTGGTGTTTTAGCTACAAAACCAAACGTCCTTGTCTTAGATGAACCGACTGCAGGGCTTGATCCAAGAGGGCAAAAAGAAATGATGGAGATGTTTTATGAACGCCATCGGTCTGAACAGCTTACAACGATACTCGTCACACATAGCATGGAGGATGCCGTTACGTATGCGGATCATGTCATTATTTTAAATAAAGGTAGTAAATATATGGAAGGAAAACCAGAGGAAGTGTTTGTGCAAAAGGAAGCATTGCAACAAGTTCAACTGGATGTTCCCGAAATGGTAGCCTTTATTAATCGTTGGAATGAAAAATTTCACACCAAACTTCCTTTTACGAAGCAGTCTGAGCGCGAATTAGCAACCGCTATTACCGCCGTGCTTAAAGGAGGGAAAAGCCATGAATAA	MDITFENVSYIYQQHSPFAHKAIDQLSFHIPSGTFVAIVGHTGSGKSTLIQHLNGLVQPTAGKVKIGDFELTAEKKPKHLKQLRSKVGVVFQYPEHQLFEETVAKDISFGPKNFGVGDSEIQRRVTEALQAVGLSADYVERSPFDLSGGQMRRVAIAGVLATKPNVLVLDEPTAGLDPRGQKEMMEMFYERHRSEQLTTILVTHSMEDAVTYADHVIILNKGSKYMEGKPEEVFVQKEALQQVQLDVPEMVAFINRWNEKFHTKLPFTKQSERELATAITAVLKGGKSHE	PGPT0004455_95	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COBALT_RESISTANCE	COBALT_RESISTANCE-CBI_TRANSPORT_SYSTEM,PGPT0004455-cbiO-K02006	NA	NA
AK148_03275	846	ecfA1	COG1122	Energy-coupling factor transporter ATP-binding protein EcfA1	ATGAGTAGCAATGAAAAATTGGTAGAGTTTAGAAATGTATCATTTCGATATGGAGCAGAGCAGCCATGGGTACTGAAAAACTGTAGCTTTGAGATCGATCGCGAAGAATGGGTTGCCATTATTGGTCATAATGGTTCGGGGAAATCTACCATAGCTAAATTAATGAATGGACTTTTATTTCCGCAAGAAGGGGAAATTTATGTAGCTGGGAAAAAAGTGCAGGAAGATACCATTTGGGATGTACGTAAAGATGTTGGCATGGTGTTTCAAAATCCAGATAATCAATTTGTAGGTACAACGGTACAAGACGATGTTGCATTTGGCATGGAGAATAGAGGTTTTCCAAGAGAGGAAATGCTACAGCGACTTGATGATGTGTTACATGCAGTTGGCATGGTGGATTATCGCTTAACGGAGCCTCATCGTCTATCTGGTGGACAAAAGCAACGTATAGCTATTGCAAGCGTGCTAGCTGTATCTCCCAAAGTGCTTATTTTAGATGAAGCAACGGCGATGTTAGACCCAAGAGGAAGAAGAGATATTATGCAAACCGTCGCTCATTTGCAAGCAAATAAGGATGTATCCTTACTAACGATTACACACGACCTGCAAGAAATTGTCCAAGCAGATCGGGTTATTGTAATGAATGAAGGTCAAGTTTGGGACGAGTCTCATCCGAGAGAGCTTTTTTCTAAGCAAGATGATCTACTTGCAATTGGATTAGATGTTCCGTTTATTGCTTCCTTAGCAAAAGCTTTAAAACAGACGGGCATTCCCATCACAAAAGAACCATTAAATCATGAAGAACTGTTGGAGGAACTATGGACATTACATTCGAGAACGTAA	MSSNEKLVEFRNVSFRYGAEQPWVLKNCSFEIDREEWVAIIGHNGSGKSTIAKLMNGLLFPQEGEIYVAGKKVQEDTIWDVRKDVGMVFQNPDNQFVGTTVQDDVAFGMENRGFPREEMLQRLDDVLHAVGMVDYRLTEPHRLSGGQKQRIAIASVLAVSPKVLILDEATAMLDPRGRRDIMQTVAHLQANKDVSLLTITHDLQEIVQADRVIVMNEGQVWDESHPRELFSKQDDLLAIGLDVPFIASLAKALKQTGIPITKEPLNHEELLEELWTLHSRT	PGPT0004455_107	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COBALT_RESISTANCE	COBALT_RESISTANCE-CBI_TRANSPORT_SYSTEM,PGPT0004455-cbiO-K02006	NA	NA
AK148_03276	354	rplQ		50S ribosomal protein L17	ATGGCTAGAAAATTAGGTCGTACATCGGATCAACGCATGGCGCTACTTCGTAATCTTGCTTCTGATTTAATTATTCATGAGCGGATTGAAACAACAGAAGCAAAAGCGAAGGAGTTAAAATCCGTTGTTGATAAAATGATTACATTAGGCAAACGTGGGGATCTGCACGCACGCCGTCAAGCAGCCTCATTTCTATATAATCAAGAAGCTAATGAAGATCAAAACGTTATTCAGAAGCTTTTCAATGATGTGGCTCCGCGTTACGAAGACCGTCAAGGTGGGTACACACGTGTTCTTAAACTGGGCGCTCGTCAAGGTGATGGTGCGAAAATGGCAATCATTGAACTAGTTTAA	MARKLGRTSDQRMALLRNLASDLIIHERIETTEAKAKELKSVVDKMITLGKRGDLHARRQAASFLYNQEANEDQNVIQKLFNDVAPRYEDRQGGYTRVLKLGARQGDGAKMAIIELV				NA	NA	NA	NA	NA
AK148_03277	945	rpoA	COG0202	DNA-directed RNA polymerase subunit alpha	ATGATCGAAATTGAAAAACCAAAAATTGAGACGGTAGAAATCAGCGATGATGCTACATTTGGAAAATTCGTAGTCGAACCGCTTGAACGTGGATATGGTACCACTCTAGGAAACTCCTTGCGTCGTATCCTACTATCCTCACTTCCAGGTGCTGCTGTGACTTCAGTTCAAATTGATGGAGCGCTACATGAATTTTCAACGATTGATGGTGTTGTTGAAGATGTAACAACAATTATTTTGAACTTGAAAAAATTAGCGCTAAAAATCTACTCAGATGAAGAAAAAACATTGGAGATTGATGTGCAGGGAGAAGGAAAAGTTACGGCTGCAGATCTAACCTATGATAGTGATGTAGAGGTCCTAAATCCGGATTTGTTAATTGCTACATTGAATAACAAAGGCAGCTTGTTTATGAAAATTACTGCAGAACGTGGACGTGGGTATCGACCTGCTGAAGCAAACAAACGTGATGATCAGCCAATCGGGATAATTCCAGTTGACTCCATTTTTACTCCAGTATCACGTGTAACCTACCAAGTAGAGAATACACGTGTTGGTCAAGTAGCTAACTTTGATAAATTGACATTAGATGTACGTACAGATGGCAGTATTCGTCCAGAAGAAGCTGTTTCTTTAGGTGCGAAAGTCTTTACAGAGCATCTTAATATTTTTGTAGGTTTAACAGATGAAGCGAAAAACGCTGAAGTGATGGTCGAGAAGGAAGAAGACCAAAAAGAAAAAGTGATGGAAATGACGATTGAAGAACTTGATCTTTCTGTCAGGTCCTATAACTGTCTAAAGCGTGCTGGGATTAACACCGTACAAGAACTAGCAAATAAATCTGAAGAAGATATGATGAAGGTACGCAATCTTGGACGTAAGTCGTTAGAAGAAGTAAAAGTGAAGCTTAACGATTTAGGTCTTGGCTTGCGAGACGATGACTAA	MIEIEKPKIETVEISDDATFGKFVVEPLERGYGTTLGNSLRRILLSSLPGAAVTSVQIDGALHEFSTIDGVVEDVTTIILNLKKLALKIYSDEEKTLEIDVQGEGKVTAADLTYDSDVEVLNPDLLIATLNNKGSLFMKITAERGRGYRPAEANKRDDQPIGIIPVDSIFTPVSRVTYQVENTRVGQVANFDKLTLDVRTDGSIRPEEAVSLGAKVFTEHLNIFVGLTDEAKNAEVMVEKEEDQKEKVMEMTIEELDLSVRSYNCLKRAGINTVQELANKSEEDMMKVRNLGRKSLEEVKVKLNDLGLGLRDDD				NA	NA	NA	NA	NA
AK148_03278	390	rpsK		30S ribosomal protein S11	ATGGCACAAAAGTCAAGCGCACGTAAACGTCGTGTGAAAAAAAATATTGAGTCAGGTATATCCCATATCCGTTCAACATTTAATAACACCATCGTTACGATTACAGATACGCAAGGAAATGTTCTTGGATGGAGTTCTGCTGGTGCATTGGGCTTTAAAGGTTCAAAGAAATCTACTCCATTTGCTGCCCAAATGGCAGCTGAAACTGCTGCTAAATCTGCAATTGACCATGGTATGAAAACTCTTGAAGTAACCGTTAAAGGACCAGGAGCCGGCCGTGAAGCAGCTATTCGTTCTCTTCAGGCAGCAGGTTTGGAAGTTACAGCTATTCGTGATGTAACGCCAGTACCACATAACGGTTGCCGCCCACCAAAACGTCGTCGTGTATAA	MAQKSSARKRRVKKNIESGISHIRSTFNNTIVTITDTQGNVLGWSSAGALGFKGSKKSTPFAAQMAAETAAKSAIDHGMKTLEVTVKGPGAGREAAIRSLQAAGLEVTAIRDVTPVPHNGCRPPKRRRV				NA	NA	NA	NA	NA
AK148_03279	366	rpsM	COG0099	30S ribosomal protein S13	ATGGCACGTATTGCAGGTATTGATGTCCCACGTGATAAACGCGTAGTCATTTCCCTAACGTATATTTACGGTATTGGAAAAACTACTGCTCAAAAAATCCTTAAAGAAGCAGGCGTTTCTGAAGACACTCGTGTACGCGACCTTACTGAGGACGAATTAGGAAGAATTCGTAAAGCTACAGACGAGTATACCATTGAAGGAGACCTTCGTCGTGAAGTATCTCTAAATATTAAACGTCTTATCGAGATCGGCTCATATCGCGGAATCCGCCATCGTCGTGGACTTCCTCTTCGTGGACAAAAAACAAAAAATAATTCACGTACTCGTAAAGGGCCGCGTCGCGCGATCGCTGGAAAGAAAAAATAA	MARIAGIDVPRDKRVVISLTYIYGIGKTTAQKILKEAGVSEDTRVRDLTEDELGRIRKATDEYTIEGDLRREVSLNIKRLIEIGSYRGIRHRRGLPLRGQKTKNNSRTRKGPRRAIAGKKK				NA	NA	NA	NA	NA
AK148_03280	117	rpmJ	COG0257	50S ribosomal protein L36	ATGATGAAAGTAAGAGCATCTGTAAAACCCATTTGCGAAAAATGTAAAGTCATTAAACGAAATGGTAAAGTAATGGTTATTTGTGAAAATCCAAAGCATAAACAAAAACAAGGATAA	MMKVRASVKPICEKCKVIKRNGKVMVICENPKHKQKQG				NA	NA	NA	NA	NA
AK148_03281	219	infA	COG0361	Translation initiation factor IF-1	ATGGCGAAAGACGATGTAATTGAAGTGGAAGGAACCGTAACGGAAACATTGCCGAATGCGATGTTTAAAGTCGAATTGGAAAACGGTCATACTGTATTAGCCCACGTATCCGGGAAAATTCGTATGCACTTTATTCGCATTCTTCCTGGCGACAAAGTAACGGTTGAACTTTCTCCGTATGATTTAACTAGAGGACGAATTACGTACCGTTATAAATAA	MAKDDVIEVEGTVTETLPNAMFKVELENGHTVLAHVSGKIRMHFIRILPGDKVTVELSPYDLTRGRITYRYK				NA	NA	NA	NA	NA
AK148_03282	336			hypothetical protein	TTGAACGAAGATGATTCGATACCGCGGATAGGTCAAGTTGTTCGAATTATGCAAGGTCGTGAAGCGGGTCAATATGCAGTCGTTATTAAATCTGTCGATGATAAGTATGTCTTGCTTGCAGATGGGGAAAAACGTAAATATGATCGACCAAAGAAAAAGAATCTTCATCATATCGAGTTAATGGATTATATTTCTCCAGAAGTCCAAAACAGCCTTCTAGAAACTGGTCGTGTCACAAATGGTAAACTGCGGTTTGCCATAGCTAAATTTATCAATGAAGTTGTGACTGATTTGAAGAAGGGAGATCAACACGATGGCGAAAGACGATGTAATTGA	MNEDDSIPRIGQVVRIMQGREAGQYAVVIKSVDDKYVLLADGEKRKYDRPKKKNLHHIELMDYISPEVQNSLLETGRVTNGKLRFAIAKFINEVVTDLKKGDQHDGERRCN				NA	NA	NA	NA	NA
AK148_03283	645	adk		Adenylate kinase	TTGAACTTAATTTTAATGGGCCTGCCCGGTGCTGGAAAAGGCACACAGGCAGAGAAAATAAACGAAAAATATGATATCCCTCATATTTCAACAGGAGATATGTTCCGTTTAGCTATTAAAGAGGGAACAGACTTAGGTAAAAAAGCAAAAGCGTACATGGACCGAGGAGAACTTGTTCCAGATGAAGTTACGAATGGTATTGTTAAAGAACGCTTGAGTAAAAATGATTGTAAACATGGATTTTTATTGGATGGTTTCCCAAGGACAATTGCTCAAGCAGAAGCATTACAAAGTCTATTGCAGGATATCAATCAATCCATTGATTACGTCATTCATGTAGATGTACCAGAAGAAAAATTAGTGGAGCGTCTAACTGGTCGTAGAATTTGTCCAACATGCGGAACAACGTACCATGTAGTTTATAATCCGCCAAAAGAAGATGGGGTCTGTGATAAAGATGGCTCAACCTTGATCCAACGTGATGACGATAAGCCAGCTACGGTGAAAAAGCGTCTATCTGTAAATATAGAACAGACGAAGCCGTTATTAGACTTTTATAATGAAAAAGGATATCTAGTAACAGTTAATGGCGATCAGGATATTGATCAAGTGTTTCAAGATATTCAAGCTAAAGTAGAAAAATAG	MNLILMGLPGAGKGTQAEKINEKYDIPHISTGDMFRLAIKEGTDLGKKAKAYMDRGELVPDEVTNGIVKERLSKNDCKHGFLLDGFPRTIAQAEALQSLLQDINQSIDYVIHVDVPEEKLVERLTGRRICPTCGTTYHVVYNPPKEDGVCDKDGSTLIQRDDDKPATVKKRLSVNIEQTKPLLDFYNEKGYLVTVNGDQDIDQVFQDIQAKVEK	PGPT0009040_5231	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0009040-adk|AK-K00939	NA	NA
AK148_03284	1293	secY		Protein translocase subunit SecY	ATGTTCCGTACAATCTCCAATTTTATGCGCGTAGGTGATATAAGACGGAAAATAATTTTCACGCTATTAATGTTGGTTGTCTTCCGTCTTGGCACGTTTATACCTGTGCCATTTACTGATAAGCAGGCAATTGACTTTATGAATTCCCAAAATGTGTTTGGCTTTTTAAACACATTCGGTGGTGGCGCATTGCAAAATTTCTCCATCTTTGCGATGGGGATTATGCCTTATATTACGGCGTCTATTATTATGCAATTGCTACAAATGGATGTCGTACCTAAATTTGCTGAGTGGAAAAAACAAGGTGATGCAGGCAGAAAAAAGCTTGCCCAAGTCACGCGTTACGGTACCATTGTGCTTGCTTTTATCCAAGCGATTGCTATGTCAGTAGGATTTAATGCTATGGCTGGTGGTATGTTAATTGCTGATCCTGGTCCCATGAAATTTATTGTGATTGCCATTGTTTTAACGAGTGGGACAGCATTTTTAATGTGGCTTGGAGAACAAATTACTGCTAATGGAGTCGGTAATGGAATTTCGATTATCATTTTTGCAGGTATTGTTGCAGCAGTACCAAATGGCGTACAACAGCTATACAGCCAGTATTTTATTAACCCTGGCGATGAACTGTTCATTAATATTGTTATTGTTGCGTTGATTGCTTTGGTTGTGGTTGCCGTAACCGTTGGAGTTATTTTTATTCAACAAGCGTTACGTAAAATACCCGTTCAATATGCAAAAAAACTTGTCAATCGTTCTCCAGTAGGCGGTCAGTCAACACACTTACCTTTAAAAGTGAACGCTGCTGGTGTTATTCCAGTTATCTTTGCCATTGCGTTTATTATGGCGCCAAGTACAATTGCGACCTTCTTTGAAGGAAACGATATTGCTGCAACCATCCAACGTATCTTTGATTATACACAGCCGATAGGTATGGTTATCTATGTTGCGTTAATTATCGCCTTTACGTATTTCTATACGTTTGTTCAAGTAAACCCAGAGCAAATGGCTGAGAATTTACAAAAACAAGGTGGTTATGTACCTGGGATTCGTCCAGGTAAAAACACAGAGGCCTATTTGACTAGAGTACTGTACCGTCTCACATTCGTAGGTGCACTATTCTTAGCTGCTGTATCTGTCTTACCGCTTGCTTTAAGCGGAGTTGCTAACTTGCCGCAGTCCATACAAATTGGCGGAACTAGTTTACTGATTGTTGTAGGAGTAGCGCTTCAGACGATGAAGCAATTGGAAAGTCAATTGGTGAAACGTCACTATAAAGGTTTTATTAAGTAA	MFRTISNFMRVGDIRRKIIFTLLMLVVFRLGTFIPVPFTDKQAIDFMNSQNVFGFLNTFGGGALQNFSIFAMGIMPYITASIIMQLLQMDVVPKFAEWKKQGDAGRKKLAQVTRYGTIVLAFIQAIAMSVGFNAMAGGMLIADPGPMKFIVIAIVLTSGTAFLMWLGEQITANGVGNGISIIIFAGIVAAVPNGVQQLYSQYFINPGDELFINIVIVALIALVVVAVTVGVIFIQQALRKIPVQYAKKLVNRSPVGGQSTHLPLKVNAAGVIPVIFAIAFIMAPSTIATFFEGNDIAATIQRIFDYTQPIGMVIYVALIIAFTYFYTFVQVNPEQMAENLQKQGGYVPGIRPGKNTEAYLTRVLYRLTFVGALFLAAVSVLPLALSGVANLPQSIQIGGTSLLIVVGVALQTMKQLESQLVKRHYKGFIK	PGPT0025725_4146	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025725-secY-K03076	NA	NA
AK148_03285	441	rplO	COG0200	50S ribosomal protein L15	ATGAAACTTCATGAATTGAAGGCTGCAGAAGGTACACGTAAAAACCGCAATCGTGTAGGTCGTGGAATGTCATCTGGCAACGGGAAAACATCAGGACGTGGACATAAAGGTCAAAAAGCGCGCTCTGGTGGCGGTACTCGTCCAGGGTTTGAAGGTGGTCAATTACCACTATTCCAACGCTTGCCAAAACGTGGCTTTACAAACATTCATCGTAAAGAGTTTGCTATTGTAAATGTAGAAACGTTAAATCGGTTTGAAGAAGGCACAGAAATAACACCTGAGCTATTACTGGAAGAAGGCGTAGTTAGCAAGTTGAAAGCAGGTATTAAAGTACTTGGCAACGGCTCGATCGAGAAAAAACTAACAGTAAAAGCTCACAAGTTCTCTGCTTCCGCTAAAGAAGCAATTGAGGCAGCGGGCGGTCAAACAGAGGTGATTTAA	MKLHELKAAEGTRKNRNRVGRGMSSGNGKTSGRGHKGQKARSGGGTRPGFEGGQLPLFQRLPKRGFTNIHRKEFAIVNVETLNRFEEGTEITPELLLEEGVVSKLKAGIKVLGNGSIEKKLTVKAHKFSASAKEAIEAAGGQTEVI				NA	NA	NA	NA	NA
AK148_03286	183	rpmD		50S ribosomal protein L30	ATGTCTAAAAAACTAGAAATAACCCTCACGCGCAGTGTTATTGGTGGAACAGAAGTACAAAGAAAAACTGTTCAAGCATTAGGATTAAAGAAAATTCGTCAATCGGTTGTTCATGAAGATACACCAGCTCTTCGCGGCATGGTCAATAAAGTATCTCATTTACTAACGGTTAAAGAGGTTTAA	MSKKLEITLTRSVIGGTEVQRKTVQALGLKKIRQSVVHEDTPALRGMVNKVSHLLTVKEV				NA	NA	NA	NA	NA
AK148_03287	504	rpsE	COG0098	30S ribosomal protein S5	ATGAATAAAAACATTGATCCGAACAAATTAGATCTTGAAGAGCGTGTTGTTGCGGTAAACCGTGTTGCAAAAGTTGTTAAAGGTGGTCGTAATTTCCGCTTTGCAGCTCTAGTCGTTGTCGGAGACAAGAATGGTCATGTAGGTTTTGGTACAGGAAAAGCACAAGAAGTACCAGAAGCAATTAAAAAAGCAGTAGATGATGCGAAGAAAAATTTAATTACAGTACCTATTGTTGGAACTACCATTCCACATGCAATTCATGGCCGATTTGGCTCAGGTAATGTATTGTTGAAACCAGCTGCAGAAGGTACAGGAGTTATCTCTGGCGGCCCGGTACGTGCGATTTTAGAGCTTGCTGGTGTTGGTGATATACTAACAAAATCATTAGGTTCTAATACGCCGATTAATATGATTCGTGCAACAATCAATGGTTTAACAAACTTAAAGCGCGCAGAAGATGTAGCAAAACTACGTGGAAAGTCTGTAGAAGAACTGTTAGGATAA	MNKNIDPNKLDLEERVVAVNRVAKVVKGGRNFRFAALVVVGDKNGHVGFGTGKAQEVPEAIKKAVDDAKKNLITVPIVGTTIPHAIHGRFGSGNVLLKPAAEGTGVISGGPVRAILELAGVGDILTKSLGSNTPINMIRATINGLTNLKRAEDVAKLRGKSVEELLG				NA	NA	NA	NA	NA
AK148_03288	366	rplR		50S ribosomal protein L18	GTGATTACAAAACCTGATAAAAATATGGTGCGTAAGAGAAGGCACGCTCGTGTACGTAAAACCGTTCACGGAACAGCACAGCGTCCTCGTCTAAACGTCTACCGTTCAAATAAACACATCTATGTACAGCTTATTGATGATACAAGCGGTAACACAGTTGTTAGTGCCTCTACAAAAGATAACGAGTTGAACTTAACAGGTGCAACTGGTAATGTAGAAGCAGCAAGACAAGTCGGAGAAGCAATAGCTAAACGTGCTCAGGATAAAGGTTACAAATCGGTTGTCTTTGACCGCGGTGGCTACCTTTATCATGGACGTGTGAAAGCTTTAGCAGAGGCTGCAAGAGAAGCAGGTCTTGAATTTTAA	MITKPDKNMVRKRRHARVRKTVHGTAQRPRLNVYRSNKHIYVQLIDDTSGNTVVSASTKDNELNLTGATGNVEAARQVGEAIAKRAQDKGYKSVVFDRGGYLYHGRVKALAEAAREAGLEF				NA	NA	NA	NA	NA
AK148_03289	537	rplF		50S ribosomal protein L6	ATGTCTCGTATAGGACTGAAGCCAATCGAAGTTCCTGAAGGAGTAGAAGTGAAATTCGATGGAACTGTCGTTACAGTTAAAGGACCTAAAGGTGAATTAACAAGAAATCTACATCAAGATATTAAAGTTAACATGGAAGGCAACGTGATTAAGCTAGAGCGCCCAAGCGATCATAAGGATCATCGCGCATTACACGGTACGACACGTAGCCTCATTAACAATATGGTTGAAGGTGTAAGTAAAGGGTTTGAAAAATCGCTCGAAATCATCGGTGTTGGTTACCGTGCGCAAAAGCAGGGAAATAAAGTAATCGTCAACGCTGGTTACTCACACCCTGTAGAAATCGATCCAATTGACGGGATTGAAATTGACGTACCAAAAAACACACAACTTATTGTTAAAGGTATTGATAAGGAGCTTGTTGGAGCTGTTGCTTCTAAAATTAGAGCAATTCGCCCACCAGAGCCTTATAAAGGTAAAGGAATCCGTTACGAAGGTGAATATGTACGTCGTAAAGAAGGTAAAACTGCCAAGTAA	MSRIGLKPIEVPEGVEVKFDGTVVTVKGPKGELTRNLHQDIKVNMEGNVIKLERPSDHKDHRALHGTTRSLINNMVEGVSKGFEKSLEIIGVGYRAQKQGNKVIVNAGYSHPVEIDPIDGIEIDVPKNTQLIVKGIDKELVGAVASKIRAIRPPEPYKGKGIRYEGEYVRRKEGKTAK				NA	NA	NA	NA	NA
AK148_03290	399	rpsH	COG0096	30S ribosomal protein S8	ATGGTTATGACAGATCCAATTGCAGATATGCTTACTCGCATTCGTAATGCGAATATGGTAAGACATGAAAAGTTAGAGCTTCCAGCATCAAAGATGAAAAAAGAGATCGCTGATATTCTTAAACGAGAAGGTTTCGTTACAGATTATGAGCTTGTAGAAGATAACAAGCAAGGTGTTCTTCGCATCTTCCTTAAATATGGAGCAAACGAAGAGCGTGTAATTACAGGTATTAAACGTATAAGTAAACCAGGATTACGTGTTTATGCGAAAGCTGATGAAGTACCACGTGTACTTAACGGTTTAGGAATTGCTATCGTTTCAACTTCAAAAGGTGTGCTTTCTGACAAAGAAGCGCGTTCTCAAGCTGTTGGCGGCGAAGTATTAGCATACGTGTGGTAA	MVMTDPIADMLTRIRNANMVRHEKLELPASKMKKEIADILKREGFVTDYELVEDNKQGVLRIFLKYGANEERVITGIKRISKPGLRVYAKADEVPRVLNGLGIAIVSTSKGVLSDKEARSQAVGGEVLAYVW				NA	NA	NA	NA	NA
AK148_03291	186	rpsN1	COG0199	30S ribosomal protein S14	GTGGCTAAAAAATCAATGATTGCAAAGCAAAAACGTCCGCAAAAATACCAAGTACGTGAATATACACGCTGTGAGCGCTGTGGACGTCCGCATTCTGTAATCCGTAAATTTAAACTTTGCCGTATTTGTTTCCGTGAACTTGCCTATAAAGGTCAAATTCCTGGTGTCAAAAAAGCAAGCTGGTAA	MAKKSMIAKQKRPQKYQVREYTRCERCGRPHSVIRKFKLCRICFRELAYKGQIPGVKKASW				NA	NA	NA	NA	NA
AK148_03292	540	rplE	COG0094	50S ribosomal protein L5	ATGAATCAATTAAAGAAAAAATATCAAGATGAAGTACTACCATCTTTAATGAATAAATTTAACTATGAGTCTGTAATGCAAGTACCAGCTATTGAAAAAATAGTAGTGAACATGGGTGTTGGTGATGCTGTTCAGAACTCAAAAGCTTTAGATAATGCTGTCGAAGAGTTGGCGTTAATTTCTGGACAAAAGCCAATGATTACTCGTGCAAAAAAATCAATTGCTGGATTCCGCCTACGTGAAGGAATGCCGATTGGTGCTAAAGTAACCCTTCGCGGTGAGCGTATGTACGAATTTTTACAAAAACTAGTAGCTGTATCACTTCCACGTGTACGTGACTTCCGTGGTGTGTCTAAAAAGGCATTTGATGGCCGTGGAAACTACACTTTAGGAGTGAAAGAACAGCTTATTTTCCCAGAAATTAACTATGATAAAGTGAGTAAGATTCGTGGAATGGACATTGTTATCGTAACAACATCTAACACGGATGAAGAAGCTCGTGAACTTCTTACTCAGTTAGGCATGCCTTTCCAAAAGTAA	MNQLKKKYQDEVLPSLMNKFNYESVMQVPAIEKIVVNMGVGDAVQNSKALDNAVEELALISGQKPMITRAKKSIAGFRLREGMPIGAKVTLRGERMYEFLQKLVAVSLPRVRDFRGVSKKAFDGRGNYTLGVKEQLIFPEINYDKVSKIRGMDIVIVTTSNTDEEARELLTQLGMPFQK				NA	NA	NA	NA	NA
AK148_03293	312	rplX	COG0198	50S ribosomal protein L24	ATGCATGTAAAAAAAGGTGATAAAGTAAAAGTTATTTCCGGCAAAGACCGCGGAAAAGAAGGCACTATCTTAGAAGCATACCCGAAAAAAGAGCGTGTGCTTGTAGAAGGAATTAACATGATTAAAAAACATGCCAAACCTTCCCAAGAAAATCCACAAGGTGGAATTCTTAATCAGGAGGCACCAATTCATGTTTCTAACGTGATGCCAATAGATCGTAAAACCGGAGAGCCAACCCGTGTTGGTTACGAAGTACGTGATGGAAAGAAAGTCCGTATCGCTAAGAAATCCGGAGAAGCGTTAGATAAATAG	MHVKKGDKVKVISGKDRGKEGTILEAYPKKERVLVEGINMIKKHAKPSQENPQGGILNQEAPIHVSNVMPIDRKTGEPTRVGYEVRDGKKVRIAKKSGEALDK				NA	NA	NA	NA	NA
AK148_03294	369	rplN	COG0093	50S ribosomal protein L14	ATGATTCAACAGGAAACACGTTTAAAAGTTGCAGATAACTCTGGTGCACGTGAACTATTAACTATTAAAGTATTGGGCGGATCCGGACGAAAAACCGCTAATATTGGCGACGTTGTTGTTTGTACGGTAAAAGAAGCAACACCAGGCGGCGTTGTCAAAAAAGGTGATGTTGTAAGAGCTGTTATTGTACGTTCGAAATCTGGTGCACGTCGTAAAGATGGTTCATATATTCGTTTTGATGAAAATGCAGCGGTAATTGTTCGTGATGATAAGAGTCCAAGAGGAACTCGTATTTTTGGACCAGTTGCACGTGAATTGCGTGATGCAAAATTCATGAAAATCGTATCTCTTGCTCCAGAAGTATTATAA	MIQQETRLKVADNSGARELLTIKVLGGSGRKTANIGDVVVCTVKEATPGGVVKKGDVVRAVIVRSKSGARRKDGSYIRFDENAAVIVRDDKSPRGTRIFGPVARELRDAKFMKIVSLAPEVL				NA	NA	NA	NA	NA
AK148_03295	264	rpsQ	COG0186	30S ribosomal protein S17	ATGACAGAACGTAATGATCGTAAAGTTTACACTGGACGTGTTGTCTCTGACAAAATGGATAAAACCATTTCTGTTCTAGTGGAAACATATAAATTCCACAAGCTATACGGCAAGCGTGTTAAATATTCAAAAAAATTCAAAGCACATGATGAGAATAACCAAGCAAAAGTTGGCGATATCGTAAGCATCATGGAAACTCGTCCGCTATCAGCTACAAAACATTTTCGCCTCGTTGAGATTGTTGAAGAAGCGGTAATTATATAA	MTERNDRKVYTGRVVSDKMDKTISVLVETYKFHKLYGKRVKYSKKFKAHDENNQAKVGDIVSIMETRPLSATKHFRLVEIVEEAVII				NA	NA	NA	NA	NA
AK148_03296	201	rpmC	COG0255	50S ribosomal protein L29	ATGAAGGCTAATGAGATTAGAGAACTAACCACTGCCGAAATTGAACAAAAAGTAAAAGACTTAAAAGAAGAGCTATTCAACTTACGCTTCCAGCTTGCAACTGGCCAACTAGAAAACACTGCACGTATTCGTCAGGTAAGAAAGTCAATTGCTCGCATGAAAACTGTTGTTCGTCAACGTGAATTAAGCGTAAATAACTAG	MKANEIRELTTAEIEQKVKDLKEELFNLRFQLATGQLENTARIRQVRKSIARMKTVVRQRELSVNN				NA	NA	NA	NA	NA
AK148_03297	435	rplP	COG0197	50S ribosomal protein L16	ATGTTAATGCCTAAACGTGTGAAATATCGTAGACAACATCGTGGTAAAATGAGAGGCCAAGCCAAAGGTGGCACAAGTGTTGCTTTCGGTGAATATGGTCTACAAGCAGTAGAAGCGTCGTGGATTACTAGCCGTCAAATCGAGGCTGCTCGTATTGCAATGACTCGTTACATGAAACGTGGCGGTAAAGTTTGGATAAAAATCTTTCCTGACAAACCATATACTGCAAAACCCCTAGAGGTTCGTATGGGTTCTGGTAAAGGTGCTCCAGAAGGATGGGTAGCAGTAGTAAAACCAGGAAAAATTATGTTTGAAATCGCTGGTGTACCAGAAGAAGTTGCTCGTGAAGCGTTACGTCTTGCTTCTCACAAACTTCCGATTAAAACAAAATTTGTAAAACGTGAAGAAATTGGTGGTGAAAGCAATGAAGGCTAA	MLMPKRVKYRRQHRGKMRGQAKGGTSVAFGEYGLQAVEASWITSRQIEAARIAMTRYMKRGGKVWIKIFPDKPYTAKPLEVRMGSGKGAPEGWVAVVKPGKIMFEIAGVPEEVAREALRLASHKLPIKTKFVKREEIGGESNEG				NA	NA	NA	NA	NA
AK148_03298	642	rpsC	COG0092	30S ribosomal protein S3	GTGGGTCAAAAAGTAAATCCAACTGGTCTTCGCGTTGGCATCATTAAAGACTGGGAGTCAAAATGGTATGCCGGCAAGGACTATGCAGACTTATTACATGAAGACATTAAGATTAGAGAATACTTGGAAAACCGCTTGAAAATAGCTGCTGTTTCATCTATTGATATTGAGCGTGCAGCAAACCGAGTGAATATTACGATTCACACTGGTAAACCAGGTATGGTTATCGGTAAAGGCGGTTCTGAAGTGGAATCTTTGCGTAAAGCTTTAAATAGCTTAACTGGCAAGCGAGTTCACATCAATATTGTAGAAATTAAAAAAGTAGATCTTGATGCAAAATTAGTTGCTGAAAATATTGCTCGTCAATTAGAAAATCGTATTTCTTTCCGTCGTGCACAAAAGCAATCCATTCAACGTGCGATGCGTGCTGGCGCAAAAGGAATTAAAACACAAGTATCCGGACGTCTAGGTGGCGCAGACATCGCTCGTGCGGAACATTATAGTGAAGGGACAGTACCACTACACACATTAAGAGCTGATATCGATTATGGTACAGCAGAAGCAGACACTACGTATGGTAAGTTAGGTGTCAAAGTGTGGGTATACCGTGGAGAAGTCCTTCCAACGAAAACTGACAAATAA	MGQKVNPTGLRVGIIKDWESKWYAGKDYADLLHEDIKIREYLENRLKIAAVSSIDIERAANRVNITIHTGKPGMVIGKGGSEVESLRKALNSLTGKRVHINIVEIKKVDLDAKLVAENIARQLENRISFRRAQKQSIQRAMRAGAKGIKTQVSGRLGGADIARAEHYSEGTVPLHTLRADIDYGTAEADTTYGKLGVKVWVYRGEVLPTKTDK				NA	NA	NA	NA	NA
AK148_03299	342	rplV	COG0091	50S ribosomal protein L22	ATGCAAGCTAAAGCCGTTGCAAAATCGGTTCGTATTGCTCCTCGTAAAGTACGATTAGTCGTTGATCTTATTCGAGGAAAAAATGTAGGTGAAGCAATTGCGATTTTACGCCATACACAACGCGGTGCTTCTCCAGTCGTAGAAAAAGTATTAAACTCTGCGATTGCTAATGCAGAGCACAATTATGAAATGGATACAGATAACCTGGTCATTTCAGAAGCATATGTAAACGAAGGCGCTACTTTGAAACGTTTCCGTCCACGTGCACAAGGTCGTGCAAGTAGAATTAATAAACGCACAAGCCACATTACAGTAGTGGTAACAGAAAAAAAGGAGGGTTAG	MQAKAVAKSVRIAPRKVRLVVDLIRGKNVGEAIAILRHTQRGASPVVEKVLNSAIANAEHNYEMDTDNLVISEAYVNEGATLKRFRPRAQGRASRINKRTSHITVVVTEKKEG				NA	NA	NA	NA	NA
AK148_03300	279	rpsS		30S ribosomal protein S19	ATGGGTCGTAGTTTGAAAAAAGGACCTTTTGCAGATGACCATCTTATGTCAAAAATCGAAGCATTAAACGAAAGTGATAAAAAACAAGTAATTAAAACTTGGTCACGTCGTTCAACTATATTTCCTAATTTTGTAGGACATACAATAGCGGTATATGACGGACGTAAGCATGTACCAGTCTACGTTACAGAAGACATGGTCGGACATAAATTAGGTGAATTCGCGCCAACACGTACCTTTAAAGGGCACGGTGGCGATGATAAGAAAACAAAACGCTAA	MGRSLKKGPFADDHLMSKIEALNESDKKQVIKTWSRRSTIFPNFVGHTIAVYDGRKHVPVYVTEDMVGHKLGEFAPTRTFKGHGGDDKKTKR				NA	NA	NA	NA	NA
AK148_03301	831	rplB	COG0090	50S ribosomal protein L2	ATGGCGATTAAAAAATTCAGACCAACGTCCAACGGTAGACGTAATATGTCCGTATCTGATTTTGCAGAAATCACTACAGATACGCCTGAGAAATCCCTTTTAGCTCCACTACACAAACGTGGTGGTCGTAACCATCAAGGGAAGTTAACCGTTCGTCATCAAGGTGGCGGTCACAAGCGTCAATACCGTATCATCGATTTCAAGCGTGATAAAGATGGTATACCAGGACGCGTTGCTACTATTGAATATGATCCAAACCGTTCAGCAAACATCGCATTAATTCATTATGTTGATGGTGAAAAACGTTATATATTAGCTCCAAAAGGTATAAAAGTGGGGCAAGAAATTATTTCTGGTGAAGATGCGGATATTAAAATGGGAAATGCATTACCATTAGTAAATATCCCAGTAGGTACAGTTATTCATAATGTTGAGTTGAAGCCAGGACGTGGCGGACAGCTTGTTCGTTCAGCCGGTGCAGAAGCACAAGTCCTTGGTCGTGACGGTAAATATACGTTAGTTCGTTTATCTTCAGGAGAAGTTCGTTTGATTCTTTCTTCTTGCCGTGCAACTGTCGGTCAAGTCGGTAATATCGAACATGAGCTTATCCGTGTAGGTAAAGCAGGTCGTTCTCGTTGGTTAGGCATTCGCCCAACTGTTCGCGGGTCTGTTATGAACCCGAATGATCACCCACACGGTGGTGGTGAAGGACGCGCACCAATCGGTCGTAAATCACCAATGTCACCTTGGGGTAAGCCAACTCTTGGTTACAAGACACGTCAACGCAACAAGCCATCTGATAAGTATATCGTTCGTAAACGTAAAAAATAA	MAIKKFRPTSNGRRNMSVSDFAEITTDTPEKSLLAPLHKRGGRNHQGKLTVRHQGGGHKRQYRIIDFKRDKDGIPGRVATIEYDPNRSANIALIHYVDGEKRYILAPKGIKVGQEIISGEDADIKMGNALPLVNIPVGTVIHNVELKPGRGGQLVRSAGAEAQVLGRDGKYTLVRLSSGEVRLILSSCRATVGQVGNIEHELIRVGKAGRSRWLGIRPTVRGSVMNPNDHPHGGGEGRAPIGRKSPMSPWGKPTLGYKTRQRNKPSDKYIVRKRKK				NA	NA	NA	NA	NA
AK148_03302	288	rplW	COG0089	50S ribosomal protein L23	ATGAAAGATCCACGTGATATTATAAAGCGCCCTGTCATTACAGAACACTCAGCTGATTTAATGGCAGAAAAAAAGTACACGTTTGAAGTAACTCCTCAAGCGAATAAAACAGAGATAAAAAACGCTGTAGAACAAGTTTTTGGAGTGAAAGTAATCAAAGTGAACACGTTAAACGTAAAAGGTAAGTTCAAGCGTATGGGTCGTTACGGTGGCTACCGTTCAGATCGTAAAAAAGCTGTTGTTCAGCTTTCTGAAGACAGTAAAGAATTAGATTTCTTTGAAGCATAA	MKDPRDIIKRPVITEHSADLMAEKKYTFEVTPQANKTEIKNAVEQVFGVKVIKVNTLNVKGKFKRMGRYGGYRSDRKKAVVQLSEDSKELDFFEA				NA	NA	NA	NA	NA
AK148_03303	624	rplD		50S ribosomal protein L4	ATGCCTAAAGTAGCACTACTAAAACAAGATGGAGCTCAAGCTGGTGAGTTGGAATTAAACGAAGCTGTATTTGGAATTGAACCAAATGAGCATGTATTACATGAAGCAGTAGTTATGCAACGTGCGTCTTTACGTCAAGGTACGCATGCGGTGAAAAACCGTTCTGAAGTACGCGGTGGTGGTCGTAAACCATGGCGTCAGAAAGGAACTGGTCGTGCACGTCAAGGTTCTATTCGTTCCCCACAGTGGGTTGGCGGAGGTACTGTATTTGGACCAACACCACGCAGCTATAGCTATAAATTGCCAAAGAAAGTCCGTCGCTTAGCACTTAAATCTGCGCTTTCTTCCAAAACAAAAGAAAATAATCTTGTTGTCTTGGAAAGTCTTACTTTTGCTGAACCAAAAACAAAAGAAGCAGTAAAAATGCTAGCAGCATTAAATGTAGATGCAAAAGCTTTAATTGTTGTAACTGAAAAAGAAGAGAACGTTGTTCGTTCCGTAAATAATCTTCCGGCTGTCTCTATTTTAACAGTGGAAGAAATGAATGTATTAGACTTGCTTGGCCATGACAAGCTGATCTTAACAAAAGAGGCAGCTGAAAAAGCAGGGGAGGTGCTTGCATAA	MPKVALLKQDGAQAGELELNEAVFGIEPNEHVLHEAVVMQRASLRQGTHAVKNRSEVRGGGRKPWRQKGTGRARQGSIRSPQWVGGGTVFGPTPRSYSYKLPKKVRRLALKSALSSKTKENNLVVLESLTFAEPKTKEAVKMLAALNVDAKALIVVTEKEENVVRSVNNLPAVSILTVEEMNVLDLLGHDKLILTKEAAEKAGEVLA				NA	NA	NA	NA	NA
AK148_03304	630	rplC	COG0087	50S ribosomal protein L3	ATGACGAAAGGAATCTTAGGTCGTAAAATCGGCATGACTCAGCTATTCTCTGAAACAGGCGAACTAATGCCTGTAACTGTAATTGAAGCTGAGCCAAACGTCGTATTACAAAAGAGAACATTAGAAAATGATGGTTATGAAGCAATCCAACTAGGTGTTGCTGACGTAAAGGAATCACGTACGAATAAAGCGGAAAAAGGTCATGCTGAAAAAGCAAACACAAACCCTAAGCGCTACGTTCGTGAAATCCGTAACGCGAAGCTTGACGAATATGAAGTTGGTCAGGAAGTGAGCGTAAACGTATTTGCTTCTGGTGATAAAATTGATGTGACAGGAACTACAAAAGGTAAAGGATTCCAAGGTTCGATTAAGCGTCACAATCAACAACGTGGACCAGAAACTCATGGTTCTCACTATCATAGAGCACCAGGTTCGTTAGGTGCGGTTGACCCAATGCGTGTATTTAAAGGAAGACCACTTCCAGGACGTATGGGTGGAGAACAAGTAACGATCCAAAACCTTGAAGTAGTAAAAGTAGACGAAGAACGTAATCTACTACTAGTAAAAGGCAATGTGCCAGGTGCAAAGAAATCATTCGTAAAAATAACGAGTGCAATCAAGGCTAACTAA	MTKGILGRKIGMTQLFSETGELMPVTVIEAEPNVVLQKRTLENDGYEAIQLGVADVKESRTNKAEKGHAEKANTNPKRYVREIRNAKLDEYEVGQEVSVNVFASGDKIDVTGTTKGKGFQGSIKRHNQQRGPETHGSHYHRAPGSLGAVDPMRVFKGRPLPGRMGGEQVTIQNLEVVKVDEERNLLLVKGNVPGAKKSFVKITSAIKAN				NA	NA	NA	NA	NA
AK148_03305	309	rpsJ	COG0051	30S ribosomal protein S10	ATGGCAAAAGAAAAGATTAGAATCCGTTTGAAAGCTTATGATCACCGTATTTTAGATCAATCAGCTGAAAAAATTGTAGATACAGCGAAACGTTCTGGTGCTAATGTATCTGGACCAATCCCACTACCTACGGAAAAATCAGTCTACACGGTTTTACGTGCGGTTCATAAATATAAGGATTCACGTGAGCAGTTTGAGATGCGTACACATAAACGTCTCATCGACATTGTTAACCCTACACCGCAAACTGTTGATTCACTAATGCGTTTAGACTTACCGTCTGGTGTAGACATTGAAATTAAACTATAA	MAKEKIRIRLKAYDHRILDQSAEKIVDTAKRSGANVSGPIPLPTEKSVYTVLRAVHKYKDSREQFEMRTHKRLIDIVNPTPQTVDSLMRLDLPSGVDIEIKL	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
AK148_03306	1191	tuf	COG0050	Elongation factor Tu	ATGGCTAAAGAAAAGTTCGACCGCTCGAAAAGTCACGTTAACATTGGAACAATTGGACACGTTGACCATGGTAAAACAACGTTAACTGCTGCAATTACAATTGTAATGCATAAGAAATCTGGTAAAGGTACGCAAATGGCGTATGACCAAATTGATAATGCACCAGAAGAAAAAGAGCGTGGAATTACTATCGCTACTTCACACGTAGAATATGAAACAGATACGCGTCACTATGCACACGTTGACTGCCCAGGTCACGCTGACTATGTTAAAAACATGATCACAGGTGCTGCACAAATGGACGGAGCTATCCTAGTAGTATCTGCTGCTGATGGCCCAATGCCACAAACTCGTGAGCACATCCTATTATCTCGTAACGTTGGTGTACCTTCTATTGTAGTATTCCTTAACAAAGTAGATATGGTAGACGACGAAGAGCTATTAGAATTAGTAGAAATGGAAGTTCGCGATCTATTAACTGAGTACGACTTCCCAGGTGATGATGTTCCTGTAATTGCTGGTTCTGCATTGAAAGCAATTGAAGGAGTAGAAGAATACGAAGAAAAAATTGTTGAATTAATGAACGCTGTTGATGAGTACATTCCAACTCCAGACCGCGATAAAGACAAACCATTCATGATGCCTGTAGAGGACGTATTCTCTATTACAGGTCGTGGTACTGTTGCAACTGGTCGTGTTGAGCGTGGAGAAGTACGTGTTGGTGATGAAGTAGAAATCATCGGCTTAAACGAAGCAGCACAAAAAACTACAGTTACTGGTGTAGAAATGTTCCGTAAGCTTCTTGACTATGCAGAAGCTGGCGACAACATCGGTGCACTACTTCGTGGTGTAGCACGTGAAGACATTAACCGTGGTCAAGTACTAGCAAAACCAGGTTCAATCACACCACACACAAAGTTTAAAGCTGAAGTTTATGTTCTATCTAAAGAAGAAGGTGGACGTCATACTCCATTCTTTGCTAACTATCGTCCACAGTTTTACTTCCGTACAACGGATGTAACTGGTGTTATCCAACTTCCAGAAGGAACAGAAATGGTAATGCCTGGCGATAACATTGAAATGACAGTTGAGCTTATTTCACCAATTGCAATTGAAGACGGTACTCGCTTCTCTATCCGTGAAGGTGGCCGTACAGTTGGATCTGGTGTTGTATCAGAAATTATTGAGTAA	MAKEKFDRSKSHVNIGTIGHVDHGKTTLTAAITIVMHKKSGKGTQMAYDQIDNAPEEKERGITIATSHVEYETDTRHYAHVDCPGHADYVKNMITGAAQMDGAILVVSAADGPMPQTREHILLSRNVGVPSIVVFLNKVDMVDDEELLELVEMEVRDLLTEYDFPGDDVPVIAGSALKAIEGVEEYEEKIVELMNAVDEYIPTPDRDKDKPFMMPVEDVFSITGRGTVATGRVERGEVRVGDEVEIIGLNEAAQKTTVTGVEMFRKLLDYAEAGDNIGALLRGVAREDINRGQVLAKPGSITPHTKFKAEVYVLSKEEGGRHTPFFANYRPQFYFRTTDVTGVIQLPEGTEMVMPGDNIEMTVELISPIAIEDGTRFSIREGGRTVGSGVVSEIIE	PGPT0015245_2494	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	TRIGGERED_IMMUNITY	PAMP|EFFECTOR_TRIGGERED_IMMUNITY|PTI	PTI-BACTERIAL_EF-TU,PGPT0015245-elf18|tuf|tufA-K02358	NA	NA
AK148_03307	2079	fusA	COG0480	Elongation factor G	ATGGCTAGAGAGTTCTCCTTGGAAAAGACGCGAAATATTGGTATTATGGCACACATTGATGCAGGTAAAACTACTACTACGGAGCGTATTCTTTTCTATACAGGACGCATTCATAAAATTGGTGAAACGCATGAAGGTGCTTCACAGATGGACTGGATGGAGCAAGAGCAGGAAAGAGGTATTACTATTACTTCAGCTGCAACAACTGCTCAATGGAAAAACCATCGAATTAACATTATTGACACACCAGGACACGTAGATTTCACTGTTGAAGTTGAACGTTCATTACGTGTGTTAGACGGCGCCGTAACCGTTCTTGATGCGCAGTCAGGTGTGGAACCACAAACGGAAACAGTATGGCGCCAAGCTACAACATACGGTGTACCACGTATTGTTTTCATTAACAAAATGGATAAAATTGGTGCTGATTTTCTTTATGCGACAAAAACGTTAAAAGATCGTCTAGGCGCTAATGCACATCCGGTTCAACTTCCGGTAGGTGCAGAAGATAACTTTGAAGGAATTATCGACCTCATTGACATGCAAGCATTCTTCTATGAAGATGATCTTGGAACTCGTGCAGAGACTCGTGAAATTCCGGCTGATTTAAAGGATAAAGCTCAAGAGTGGCGTAATAGCTTAATTGAAGCTGTTGCTGAACTTGACGAAGACTTAATGATGAAATACTTAGAGGGTGAAGAAATCTCTAAGGATGAGTTAAGAGTCGCTATCCGTAAAGCTACCCTAGATGTTGAATTCTACCCAGTATATTGTGGGTCAGCATTCAAAAATAAAGGTGTACAATTAATGCTTGATGGTGTGATTGATTATCTTCCAGCACCTACGGATGTTGCAGATATTGAAGGGATTGTCCCTGGTACAGAGGAAAAAGTAACTCGTCCATCTACAGACAATGCACCATTCTCAGCATTGGCGTTTAAAGTAATGACAGATCCATATGTTGGTAAGCTTACTTTCTTCCGAGTATATTCAGGAACATTAGATGCTGGTTCTTATGTGAAAAACTCTGTAAAAGATAAGCGTGAGCGTGTTGGACGTATCCTACAAATGCATGCAAATTCAAGACAAGAGATTTCCACTGTATATGCTGGTGAAATTGCAGCTGCTGTTGGTTTAAAAGATACATCTACTGGTGATACGCTTTGTGATGAAAAGAATTTAGTTATTCTTGAATCTATGGATTTCCCAGAGCCGGTAATCGGAGTAGCTATTGAACCAAAAACAAAAGCCGATCAAGATAAGATGGGTATTGCTTTAGGGAAACTAGCTGAAGAAGATCCAACCTTTAAAACAGAAACAAATGAAGAAACAGGCCAAACGATTATTTCAGGTATGGGTGAACTTCATCTTGACGTTATCGTTGACCGCTTGAAGCGTGAATTCAAAGTAGAAGCAAACGTTGGAGCGCCACAGGTTGCTTATCGTGAGACATTCCGCTCTGCTGCTGAAGTAGAAGGTAAATTTGTTCGCCAATCTGGTGGTCGTGGACAATACGGACACGTTTGGATTAAATTTGAACCTAACGAAGAAGGCGCTGGCTTTGAATTTGTGAACAAGATTGTCGGTGGGGTTGTGCCACGTGAATACATTCCATCTGTTCAAGCTGGTATTGAAGAATCAATGGAAAATGGTGTATTAGCTGGTTATCCATTAATTGATATTAAAGCAACATTGTATGATGGAAGCTATCATGATGTAGACTCTAACGAAATGGCATTTAAAGTAGCGGCTTCTATGGCACTAAAAGCTGCTAAAAATAAGTGTAACCCAGTTATTCTTGAGCCGATTGCTAAAGTAGAAATTGTTATCCCAGAAGAATATATGGGAGACATTATGGGTGATATTACTTCTCGTCGCGGACGTGTAGAAGGTATGGAAGCTAGAGGCCCTGCTCAAGTGGTAAAAGGCTTCGTTCCACTTTCTGAAATGTTCGGTTACGCTACAGCATTGCGTTCTAACACACAAGGTCGTGGTACATTTACGATGTACTTTGATCACTACGAAGAAGTACCAAAGAGTATTTCTGAAGAAATTATTAAGAAAAATGCTGGTCAATAA	MAREFSLEKTRNIGIMAHIDAGKTTTTERILFYTGRIHKIGETHEGASQMDWMEQEQERGITITSAATTAQWKNHRINIIDTPGHVDFTVEVERSLRVLDGAVTVLDAQSGVEPQTETVWRQATTYGVPRIVFINKMDKIGADFLYATKTLKDRLGANAHPVQLPVGAEDNFEGIIDLIDMQAFFYEDDLGTRAETREIPADLKDKAQEWRNSLIEAVAELDEDLMMKYLEGEEISKDELRVAIRKATLDVEFYPVYCGSAFKNKGVQLMLDGVIDYLPAPTDVADIEGIVPGTEEKVTRPSTDNAPFSALAFKVMTDPYVGKLTFFRVYSGTLDAGSYVKNSVKDKRERVGRILQMHANSRQEISTVYAGEIAAAVGLKDTSTGDTLCDEKNLVILESMDFPEPVIGVAIEPKTKADQDKMGIALGKLAEEDPTFKTETNEETGQTIISGMGELHLDVIVDRLKREFKVEANVGAPQVAYRETFRSAAEVEGKFVRQSGGRGQYGHVWIKFEPNEEGAGFEFVNKIVGGVVPREYIPSVQAGIEESMENGVLAGYPLIDIKATLYDGSYHDVDSNEMAFKVAASMALKAAKNKCNPVILEPIAKVEIVIPEEYMGDIMGDITSRRGRVEGMEARGPAQVVKGFVPLSEMFGYATALRSNTQGRGTFTMYFDHYEEVPKSISEEIIKKNAGQ				NA	NA	NA	NA	NA
AK148_03308	471	rpsG	COG0049	30S ribosomal protein S7	ATGCCACGTAAAGGCCCAGTACCTAAACGGGATGTCTTACCAGATCCGCTTTACAACTCAAAACTTGTGACTCGTTTAATCAATCAAATTATGGTTGATGGAAAAAGAGGAAAAGCACAAAAAATTCTTTATAAAGCATTTGAATTGGTTGCTGAGAGAAGCGGCCAAAATGCAATGGAAGTATTTGAACAAGCGATGAAAAATGTTATGCCTGTTCTTGAAGTACGTGCACGTCGTGTTGGTGGATCAAACTACCAAGTACCAATGGAAGTACGTCCAGAACGTCGTCAAGCGCTAGGACTACGTTATATTGTTAATTACTCTCGTTTACGCGGAGAAAAAACAATGGAAGAACGTCTTGCTAATGAAATTTTAGATGCTTCTAACAATACAGGTGCTTCTGTGAAGAAACGCGAAGAACTGCATAAAATGGCAGAAGCTAACAAAGCATTTGCTCATTACCGCTGGTAA	MPRKGPVPKRDVLPDPLYNSKLVTRLINQIMVDGKRGKAQKILYKAFELVAERSGQNAMEVFEQAMKNVMPVLEVRARRVGGSNYQVPMEVRPERRQALGLRYIVNYSRLRGEKTMEERLANEILDASNNTGASVKKREELHKMAEANKAFAHYRW				NA	NA	NA	NA	NA
AK148_03309	414	rpsL	COG0048	30S ribosomal protein S12	ATGCCAACAATTAACCAATTAGTGCGTAAAGGTCGCGTGAGCAAACCAAAAAAGTCTGACTCTCCAGCTCTAAACAAGGGGTATAACAGCTTTAAGAAGACATTTACAGACCAAAATTCTCCACAAAAGCGTGGTGTATGTACACGTGTTGGAACATTAACACCGAAGAAACCAAACTCAGCACTTCGTAAATACGCTCGTGTACGTTTGTCTAACAACATGGAAGTAACAGCATACATTCCTGGAATTGGTCACAATCTTCAGGAACACAGCGTTGTACTTCTTCGCGGTGGTCGTGTAAAAGACTTACCTGGTGTTCGTTATCACATTGTTCGTGGTGCGTTGGATACAGCAGGTGTAGAAGGTAGAATGCAAGGTCGTTCTAAGTACGGTACGAAAAGACCGAAGAAATAA	MPTINQLVRKGRVSKPKKSDSPALNKGYNSFKKTFTDQNSPQKRGVCTRVGTLTPKKPNSALRKYARVRLSNNMEVTAYIPGIGHNLQEHSVVLLRGGRVKDLPGVRYHIVRGALDTAGVEGRMQGRSKYGTKRPKK				NA	NA	NA	NA	NA
AK148_03310	255	rplGB	COG1358	Ribosome-associated protein L7Ae-like protein	ATGTCTTATGAAAAAGTAATGCAAGTGAAATCTAGTGTAATTATCGGAACGAAACAAACGCTCAAAGCCATGAAAAATGGGCATATTAGCGAAGTGTTTGTTGCTGTTGATGCAGATCAACATATGGTACAAAAGGTTACACATTTAGCTGAGGAATTGGGCATTCCTTGTCATCATGTTGATTCTAAAAAGAAATTAGGAGTAGCATGTGGTATCGAGGTCGGTGCAGCCGCTGTTGGTATAAAACAGGACTAG	MSYEKVMQVKSSVIIGTKQTLKAMKNGHISEVFVAVDADQHMVQKVTHLAEELGIPCHHVDSKKKLGVACGIEVGAAAVGIKQD				NA	NA	NA	NA	NA
AK148_03311	3609	rpoC	COG0086	DNA-directed RNA polymerase subunit beta'	TTGCTAGATGTAAATAACTTTGAGTATATGAAAATTGGTTTAGCTTCACCAGAGAAAATTCGCTCTTGGTCACATGGTGAGGTAAAAAAACCAGAAACGATTAATTATCGAACATTGAAGCCTGAAAAAGACGGATTGTTCTGTGAGCGGATTTTTGGTCCACAAAAAGATTGGGAATGTCACTGTGGAAAATATAAGCGCGTGCGCTATAAAGGCGTGGTTTGTGATCGCTGTGGTGTTGAAGTGACAAAAGCAAAAGTTCGTCGTGAGCGGATGGGGCATATTGAACTTGCTGCACCTGTATCTCACATATGGTACTTTAAAGGTATTCCAAGTCGTATGGGGCTTGTCTTAGATATGTCACCTCGTGCGTTAGAGGAAGTCATTTACTTCGCTGCTTATATCGTTACGGAAGCAGGTGACACACCGTTAGAGAAAAAACAACTCCTATCAGAAAAAGAATACCGTGCATACTACGATAAATATGGTAAGTCTTTTAAAGCACAAATGGGAGCTGAAGCAATCCGTAAATTACTTCAGGATATAGACTTAGAAAAAGAAGCAGGTATTTTAAAAGAAGAACTAAAAACAGCACAAGGACAACGTAGAACACGTGCGATCAAGCGTTTAGAAGTATTAGAATCGTTCCGTCATTCCGGAAACGAAACATCTTGGATGGTTTTAGACGTGTTACCAGTCATCCCACCTGAAATTCGCCCAATGGTGCAGCTCGATGGGGGTCGTTTTGCTACTTCTGACTTAAATGATTTATACCGTCGTGTAATTAATCGAAACAATCGGTTAAAACGTTTATTAGATCTTGGAGCACCAAGCATTATCGTGCAAAACGAAAAGCGTATGCTTCAGGAAGCTGTAGATGCCCTAATTGACAATGGTCGTCGTGGCCGTCCAGTAACTGGACCAGGTAACCGTCCATTGAAATCCTTGTCTCATATGTTGAAAGGGAAGCAAGGACGTTTCCGTCAAAACCTACTAGGTAAACGTGTGGATTACTCCGGTCGTTCTGTTATCGTAGTTGGGCCGCATTTGAAAATGTACCAATGTGGACTACCAAAAGAAATGGCCTTAGAGCTATTTAAGCCATTTGTGATGAGAGAGCTAGTGGAAAAAGGAATTGCACATAATATCAAGTCTGCCAAGCGGAAAATTGAGCGTGTGCACCCTGAAGTGTGGGATGTCTTAGAAGAAGTTATTAAAGAGCATCCTGTATTGCTTAACCGCGCACCAACATTACACAGACTTGGAATCCAAGCTTTTGAGCCGACACTTGTAGAAGGTCGTGCAATTCGTTTGCACCCATTAGTTTGTACGGCGTATAATGCCGACTTTGATGGGGACCAAATGGCTGTGCACGTACCGTTGTCTGGAGAAGCTCAAGCGGAAGCAAGAATTTTAATGCTTGCAGCTCAAAATATTTTAAATCCTAAAGATGGAAAACCAGTTGTAACACCATCTCAGGATATGGTATTAGGAAACTATTATCTTACTTTAGAACGAGAAAATGCTATCGGAGAAGGATCTGTCTTTAACGATACGAATGAAGCGGTGTTGGCTTATCGGAATGGGTATGTACATCTACACACCCGTGTTGCTGTACACGCATCAGGTTTAAATAACCAAACATTTACGGAAAAGCAAAAATCACAATTGCTTATTACAACAGTTGGGAAGCTGATTTTCAACGAAATCTTATCAGACTCCTTCCCTTATATAAATGAGCCAACAAAAGAGAACTTAGAGTATCATACACCAGAAAAGTATTTTGTGGAAAAGGGTGCGAATATCCCTGAGCTTATTAAGTCATTTGAGTTGGTAAAACCATTTAAGAAAGGCTTCTTAGGAGATATTATCGCTGAAGTCTTTAAACGGTTTAAAATTAGTGAAACATCTAAAATGCTTGATAGAATGAAGGATCTTGGCTTTAGCTATTCCACAAAAGCAGGTATGACAGTCGGTGTTTCTGATATTGTTGTACTTAAAGAAAAAGAAACGATCCTTGAAGAAGCACAAAATAAAGTAGATAAAGTACTAAAACAATTCCGTAGAGGATTAATTACGGATGATGAAAGGTACGACCGCGTTATTGCAATTTGGTCACAAGCCAAAGATACGATACAGGATAAGTTGATGTTATCCCTTAGCGAAAGAAACCCGATTTATATGATGAGTGATTCTGGTGCTCGTGGTAACGCCTCAAACTTTACGCAGCTTGCAGGTATGCGTGGTTTAATGGCTAACCCGGCTGGTAAGATTATTGAATTACCGATTAAATCAAGCTTCCGTGAAGGTTTAACCGTATTAGAGTACTTTATATCTACGCACGGTGCTCGTAAAGGTCTTGCGGATACAGCATTGAAAACAGCTGACTCAGGATACCTAACACGTCGTCTTGTTGATGTGGCGCAAGACGTTATCATACGAGAAGATGATTGTGGGACAGATCGTGGCTTGACTGTAACTGCCTTACAAGATGGTACGGAAATGATCGAACCATTAGTTGATCGCTTAATCGGGCGTACGGCATTCTATGATATTAAGCATCCAGAAACGAATGAAGTCATTGTTGAAGCAAATGAAATTATTAGCGAGGATCAAGCAAAAGAAATTACCAATGCTGGTATTGAAAAAGTAACCATACGTAGTGCATTCACTTGTAATACGAAGCATGGTGTATGTCAAAAATGTTATGGAAGAAACTTGGCAACTGGTGCTGATGTAGAAGTTGGGGAAGCAGTAGGAATTATTGCAGCTCAATCCATTGGTGAGCCAGGAACACAGCTAACGATGCGTACTTTCCATACTGGTGGGGTAGCCGGGGACGATATTACACAAGGTTTGCCACGTATTCAAGAGTTGTTTGAAGCTCGTAATCCGAAAGGGCAAGCAGTTATTAGTGAAATATACGGAACCGTACAAGAAATTAAAGAAGTGAAAGATAAACAAGAGATTGTCGTTCAAGGCGATGTTGAGCAACGCTCTTACGCAGTGCCTTACAATGCTCGCATGAAGGTGACCGTTGGTGACAAGGTTATTGCTGGTCAAGAACTAACGGAAGGTTCTATTGATCCTAAGGATTTATTACGCGTTCAAGGTGTAGAAGGTGTACAAAACTACCTGTTGCGTGAAGTTCAACGTGTATACCGTATGCAAGGTGTTGAAATTGGCGATAAACACGTAGAAGTTATGGTTCGCCAAATGCTTCGTAAGATTCGCGTAATTGACTCTGGAGATACAGATGTTCTGCCAGGTTCTTTATTAGAGTTGCACCAGTTCCGTGATGCAAACCGTAAAGTACTACAAGATGGACAGCAACCAGCTATAGGTAAACCTGTGTTACTCGGTATTACAAAAGCATCACTTGAGACAGATTCCTTCTTATCTGCTGCATCTTTCCAAGAAACAACGAGAGTATTAACGGATGCAGCTATTAAAGGAAAACGGGATGAGCTTCTTGGTTTGAAAGAAAATGTTATCATTGGTAAACTTGTACCTGCTGGAACAGGTATGCAGCGTTACCGTCGTATCAAACCTGCTACATCTGAGCCAATTACGACAGAACCAATTGAAGAAACAGAAACAGTTCAGTAA	MLDVNNFEYMKIGLASPEKIRSWSHGEVKKPETINYRTLKPEKDGLFCERIFGPQKDWECHCGKYKRVRYKGVVCDRCGVEVTKAKVRRERMGHIELAAPVSHIWYFKGIPSRMGLVLDMSPRALEEVIYFAAYIVTEAGDTPLEKKQLLSEKEYRAYYDKYGKSFKAQMGAEAIRKLLQDIDLEKEAGILKEELKTAQGQRRTRAIKRLEVLESFRHSGNETSWMVLDVLPVIPPEIRPMVQLDGGRFATSDLNDLYRRVINRNNRLKRLLDLGAPSIIVQNEKRMLQEAVDALIDNGRRGRPVTGPGNRPLKSLSHMLKGKQGRFRQNLLGKRVDYSGRSVIVVGPHLKMYQCGLPKEMALELFKPFVMRELVEKGIAHNIKSAKRKIERVHPEVWDVLEEVIKEHPVLLNRAPTLHRLGIQAFEPTLVEGRAIRLHPLVCTAYNADFDGDQMAVHVPLSGEAQAEARILMLAAQNILNPKDGKPVVTPSQDMVLGNYYLTLERENAIGEGSVFNDTNEAVLAYRNGYVHLHTRVAVHASGLNNQTFTEKQKSQLLITTVGKLIFNEILSDSFPYINEPTKENLEYHTPEKYFVEKGANIPELIKSFELVKPFKKGFLGDIIAEVFKRFKISETSKMLDRMKDLGFSYSTKAGMTVGVSDIVVLKEKETILEEAQNKVDKVLKQFRRGLITDDERYDRVIAIWSQAKDTIQDKLMLSLSERNPIYMMSDSGARGNASNFTQLAGMRGLMANPAGKIIELPIKSSFREGLTVLEYFISTHGARKGLADTALKTADSGYLTRRLVDVAQDVIIREDDCGTDRGLTVTALQDGTEMIEPLVDRLIGRTAFYDIKHPETNEVIVEANEIISEDQAKEITNAGIEKVTIRSAFTCNTKHGVCQKCYGRNLATGADVEVGEAVGIIAAQSIGEPGTQLTMRTFHTGGVAGDDITQGLPRIQELFEARNPKGQAVISEIYGTVQEIKEVKDKQEIVVQGDVEQRSYAVPYNARMKVTVGDKVIAGQELTEGSIDPKDLLRVQGVEGVQNYLLREVQRVYRMQGVEIGDKHVEVMVRQMLRKIRVIDSGDTDVLPGSLLELHQFRDANRKVLQDGQQPAIGKPVLLGITKASLETDSFLSAASFQETTRVLTDAAIKGKRDELLGLKENVIIGKLVPAGTGMQRYRRIKPATSEPITTEPIEETETVQ				NA	NA	NA	NA	NA
AK148_03312	3537	rpoB	COG0085	DNA-directed RNA polymerase subunit beta	TTGACAGGACAACTAGTTCAATATGGGCGGCACCGCCAGCGCAGAAGCTACGCACGAATCAGCGAAGTGCTAGAATTGCCGAATTTAATTGAAATCCAAACAGCTTCTTATGATTGGTTTTTAGAGGAAGGACTTCGAGAAATGTTTAAAGATATTTCTCCAATCGAAGACTTTACAGGCAATTTATCACTAGAGTTTGTTGACTACAGTTTAGGAGAGCCCAAGTATCCTGTGGATGAATCGAAAGAGCGAGATGTTACGTATAATGCTCCGCTTCGTGTGAAGGTTCGCTTAATTAATAATGAAACCGGCGAAGTGAAAGAACAGGAAGTATTTATGGGCGATTTTCCTTTAATGACAGATACAGGAACGTTTGTTATTAATGGAGCAGAACGTGTCATTGTATCTCAGCTCGTAAGGTCGCCAAGCGTGTATTACAATGAAAAAATTGATAAAAATGGTAAACGAGGCGTAGCTGCAACCGTTATTCCAAACCGTGGCGCATGGTTGGAATTTGAAACGGACGCAAAGGATGTTGTCCATGTCCGAATTGATCGTACACGTAAATTGCCAATCACCGTATTATTACGAGCGCTTGGTTTTGGTGATGATCAGGAAATCATTGAACTCATTGGTGAGAATGAATACCTGAAAAACACGCTCGAAAAGGATAATACGGAAACAACAGAAAAGGCATTATTGGAAATTTATGAGCGTTTACGTCCTGGTGAGCCACCTACCGTTGAAAATGCAAAAAGCTTGCTCGTATCTCGCTTTTTTGACCCAAAGCGTTATGACTTAGCGCATGTAGGTCGTTATAAAATGAATAAAAAGCTGCATATAAAAAACCGCTTGTTTAACCAAGTATTAGCTGAAACTATTGTCGATCCTGAAACTGGGGAAGTGTTAGCTGAAAAAGGTGATAAGCTGGAAAGAAAGCTATTAGATAAATTAATTCCTTATCTAGAACGCGAAGAAGATAAGTTAGGTTATAAGGAATTACAACCAAAAGAAGGCGTGTTGGATGAGTCTATTCATTTGCAGACTGTGAAAATTGTTGACCCTACAGACCCAAGTGGAGAAAGAGTGTTAAATATAATCGGAAATGCTGGTGTTGATGCAAGTGTGAAAAATATTACGCCTGCTGACATATTAGCATCCATCAGTTATTTCTTTAACTTGTTGCATCAAGTAGGAGGGACAGATGATATTGATCATCTAGGTAACCGTAGACTTCGTTCTGTAGGAGAACTTTTACAGAACCAATTTCGTATCGGGTTATCGCGAATGGAGCGTGTGGTACGTGAAAGAATGTCCATTCAAGACACGTCTAGCATAACGCCACAGCAATTAATTAATATTCGTCCCGTCATTGCGTCGATCAAGGAGTTCTTTGGTAGCTCCCAATTGTCACAGTTTATGGATCAAACGAATCCGCTCGCTGAATTAACGCATAAACGACGTTTATCCGCATTAGGCCCGGGTGGTTTAACAAGAGAGCGTGCAGGGTTTGAAGTTCGTGACGTTCACTACTCTCACTATGGCCGTATGTGCCCAATTGAGACACCAGAAGGACCGAACATCGGATTAATCAACTCACTTTCCAGCTATGCGAAAGTGAATAAATTCGGATTTATTGAAACGCCTTACCGACGTGTGGACCCAGAGACAGGCAAAGTAACTGCCCACATTGATTATTTAACTGCTGACGAAGAGGATAACTATATCGTTGCGCAAGCTAACGCAAAATTGGATGATGATGGCACGTTTGCTGAAGACGAGGTAATCGCGCGTTTCCGTGGAGAAAACACGATTGTCGCTAGAGAAAAAATCGATTATATGGATGTATCACCGAAGCAGGTCGTATCTGCCGCAACAGCATGTATTCCTTTCCTTGAGAATGATGACTCTAACCGTGCATTGATGGGTGCGAACATGCAACGTCAAGCTGTTCCATTAATGCAACCAGAAGCGCCAATTGTTGGAACAGGAATGGAATATGTGAACGGGAAGGACTCTGGGGCTGCTGTTATTTGTCGCCATGAAGGTGTTGTAGAGCGTGTAGAAGCCAAACAGGTACTTGTACGCCGAACGTCCGTTGTTGATGGGCGCGAAGTAAAAGGTGACCTCGATCAGTATAAGTTACAAAAATATATACGTTCTAACCAAGGAACTTGCTATAACCAACGCCCGATTGTAAGCGAAGGCGACCGCGTTATGAAAGGAGAAATCCTTGCTGATGGCCCTTCTATGGAAGACGGAGAATTAGCACTTGGCCGAAACGTACTCGTCGGTTTTATGACGTGGGAAGGTTATAACTACGAGGATGCTATTATCATGAGCGAACGCCTTGTGAAAGATGATGTGTATACATCGATCCATATTGAAGAATATGAATCGGAGGCGCGTGATACGAAATTAGGTCCAGAAGAAATTACAAGAGATATTCCTAATGTTGGTGAAGATGCATTAAAGAACCTCAATGAGTATGGAATTATTCGCGTTGGTGCTGAAGTAACAGATGGAGACATCTTGGTTGGGAAAGTAACGCCAAAAGGTGTAACGGAGCTATCCGCTGAAGAGCGTTTGTTGCATGCTATCTTTGGTGAAAAAGCACGAGAAGTTCGTGATACTTCCCTGCGTGTGCCGCATGGTGCTGGAGGTATTGTGCTTGATGTGAAAATCTTTAACCGCGAGGATGGCGATGAACTTCCACCAGGAGTTAATGAGCTTGTACGTGTATATATCGTACAGAAACGGAAGATTCACGAAGGCGATAAGATGGCAGGACGTCACGGAAATAAGGGTGTTATCTCTAAAATTCTTCCTGAAGAAGATATGCCTTTCTTGCCTGATGGAACGCCAATTGACATTATGTTAAACCCATTAGGGGTACCATCTCGTATGAATATCGGACAGGTGTTTGAGCTCCATTTAGGAATGGCGGCACGTGCACTAGGCATCCATGTTGCCACACCAGTATTTGATGGAGCGACAGAAGACGATGTTTGGGAAACATTAGAAGAAGCTGGTATGCCTCGTGATGCGAAAACGATTCTTTATGACGGAAGATCTGGAGAGCCATTTGACAATCGAGTATCTGTTGGTGTTATGTATATGATTAAGCTTGCTCATATGGTAGACGATAAATTACATGCTCGTTCTACTGGACCATACTCCCTTGTAACGCAACAGCCATTGGGTGGTAAAGCGCAATTTGGTGGTCAGCGTTTTGGAGAGATGGAAGTGTGGGCTTTAGAAGCTTACGGTGCAGCATATACCCTACAGGAAATTCTAACGGTTAAATCAGATGATGTAGTGGGACGTGTGAAAGCATACGAATCCATTGTCAAAGGGGATAATGTACCTGAACCAGGAGTCCCTGAATCCTTCAAGGTACTTATCAAAGAGCTGCAAAGTCTAGGTATGGATGTAAAAATGTTATCCAGTGATGAAAAAGAGATTGACATGATGGAACTAGAAGAAGAAGATACACAACAAGCTAGTAAGCTAAATATAGAAGTGGAAGAAAGCTAA	MTGQLVQYGRHRQRRSYARISEVLELPNLIEIQTASYDWFLEEGLREMFKDISPIEDFTGNLSLEFVDYSLGEPKYPVDESKERDVTYNAPLRVKVRLINNETGEVKEQEVFMGDFPLMTDTGTFVINGAERVIVSQLVRSPSVYYNEKIDKNGKRGVAATVIPNRGAWLEFETDAKDVVHVRIDRTRKLPITVLLRALGFGDDQEIIELIGENEYLKNTLEKDNTETTEKALLEIYERLRPGEPPTVENAKSLLVSRFFDPKRYDLAHVGRYKMNKKLHIKNRLFNQVLAETIVDPETGEVLAEKGDKLERKLLDKLIPYLEREEDKLGYKELQPKEGVLDESIHLQTVKIVDPTDPSGERVLNIIGNAGVDASVKNITPADILASISYFFNLLHQVGGTDDIDHLGNRRLRSVGELLQNQFRIGLSRMERVVRERMSIQDTSSITPQQLINIRPVIASIKEFFGSSQLSQFMDQTNPLAELTHKRRLSALGPGGLTRERAGFEVRDVHYSHYGRMCPIETPEGPNIGLINSLSSYAKVNKFGFIETPYRRVDPETGKVTAHIDYLTADEEDNYIVAQANAKLDDDGTFAEDEVIARFRGENTIVAREKIDYMDVSPKQVVSAATACIPFLENDDSNRALMGANMQRQAVPLMQPEAPIVGTGMEYVNGKDSGAAVICRHEGVVERVEAKQVLVRRTSVVDGREVKGDLDQYKLQKYIRSNQGTCYNQRPIVSEGDRVMKGEILADGPSMEDGELALGRNVLVGFMTWEGYNYEDAIIMSERLVKDDVYTSIHIEEYESEARDTKLGPEEITRDIPNVGEDALKNLNEYGIIRVGAEVTDGDILVGKVTPKGVTELSAEERLLHAIFGEKAREVRDTSLRVPHGAGGIVLDVKIFNREDGDELPPGVNELVRVYIVQKRKIHEGDKMAGRHGNKGVISKILPEEDMPFLPDGTPIDIMLNPLGVPSRMNIGQVFELHLGMAARALGIHVATPVFDGATEDDVWETLEEAGMPRDAKTILYDGRSGEPFDNRVSVGVMYMIKLAHMVDDKLHARSTGPYSLVTQQPLGGKAQFGGQRFGEMEVWALEAYGAAYTLQEILTVKSDDVVGRVKAYESIVKGDNVPEPGVPESFKVLIKELQSLGMDVKMLSSDEKEIDMMELEEEDTQQASKLNIEVEES				NA	NA	NA	NA	NA
AK148_03313	603	rlmG	COG2813	Ribosomal RNA large subunit methyltransferase G	ATGAGTGAGCATTACTTTTCACAAAAACCCCAAACGACAAGTTCACCAAAAACATGGCTATACAATGCGAATGGAAAAAAATACACCTTTACAAGTGATGTAGGTGTGTTCTCGAAAAATGAAGTCGATTTCGGAAGTCGCTTTTTATTGGAACAGTTTACTCCTCCTGATATAGTAGGAGATTTCTTGGATCTTGGTTGCGGTTATGGACCGATCGGTATAACGGTAGCAGATCAATATAAAGATCGACATATTGTAATGATTGATATTAATGAGCGAGCATTGGAACTAGCGAAAAAAAACGCAGCGCAAAATACAGTGGAAAATATTACGTGTTTGCAAAGTGATAAATTATCAGCTGTTATGGATCGAATGTTTGCAGCTATAATTACAAACCCGCCAATTCGAGCTGGTAAGTTGGTTGTGCATGAGATGTTTGAGCAAGCAGAGCAAGTATTAGTTCGAGGTGGGGCTTTATGGGTGGTAATCCAAAAAAAGCAAGGAGCGCCTTCAGCGAAGAAAAAATTGGAGCAATTGTTCGCGGAAGTAGATACTGTCGCCAAGCGTAAAGGTTATTATATATTTCGAGCAGTTAAGGTTTGA	MSEHYFSQKPQTTSSPKTWLYNANGKKYTFTSDVGVFSKNEVDFGSRFLLEQFTPPDIVGDFLDLGCGYGPIGITVADQYKDRHIVMIDINERALELAKKNAAQNTVENITCLQSDKLSAVMDRMFAAIITNPPIRAGKLVVHEMFEQAEQVLVRGGALWVVIQKKQGAPSAKKKLEQLFAEVDTVAKRKGYYIFRAVKV				NA	NA	NA	NA	NA
AK148_03314	366	rplL		50S ribosomal protein L7/L12	ATGACGAAAGAACAAATCATTGAAGCAGTAAAAGAAATGACTGTATTAGAACTAAATGATTTAGTAAAAGCAATTGAAGAAGAATTTGGAGTAACAGCTGCAGCACCTGTAGCGGTAGCTGGTGCTGCTGGTGGCGCTGAAGCTGCTGAAGAGCAAACAGAATTTGATGTTGTTCTTAACGACGCTGGTGCATCAAAAATCAAAGTTGTTAAAGCAGTACGTGAAATCACTGGTCTAGGACTAAAAGATGCGAAAGAATTAGTTGATAATGCTCCAAAACCTGTAAAAGAAGGCGTATCTAAAGAGGACGCTGAAGAAGTTAAAGGTAAGTTAGAAGAAGCAGGCGCAACTGTAGAAGTGAAGTAA	MTKEQIIEAVKEMTVLELNDLVKAIEEEFGVTAAAPVAVAGAAGGAEAAEEQTEFDVVLNDAGASKIKVVKAVREITGLGLKDAKELVDNAPKPVKEGVSKEDAEEVKGKLEEAGATVEVK				NA	NA	NA	NA	NA
AK148_03315	501	rplJ	COG0244	50S ribosomal protein L10	ATGTCTAGTATTATTGAGCAAAAGAAACAATTAGTGGAAGAAATTAAAGATAAGCTTGTTTCTAGTGAAACTGTCGTAGTAGTGGATTATCGTGGTTTAGATGTTGCTGCAGTAACCGAACTACGTAAACAACTACGTGAAGAAGGCGTTGATTTCAAAGTCTACAAAAACACCATGACTCGTCGTGCAGTAGAAGCTGCTGAACTAAACGAACTAAGTGATGTTTTGGTTGGTCCTTCTGCGCTTGCATTTAGTAAAGATGATGCTGTAGCTCCAGCTCGCATTATTAAAAAATTTGCTAAAGAAAATGAGGCGCTTGAAATCAAAGGTGGCGTTATTCAAGGTAGTGTTGCTACAATCGACCAATTGCAAGAGCTTGCCGATCTTCCAAATTACGAAGGTATGGTCTCTATGCTTCTTAGCGTGCTTCAAGCACCGATCCGTAATCTTGCGTATGCAGCAAAAGCGGTGGCGGAACAAAAAGAAGAACAAGGCGCATAA	MSSIIEQKKQLVEEIKDKLVSSETVVVVDYRGLDVAAVTELRKQLREEGVDFKVYKNTMTRRAVEAAELNELSDVLVGPSALAFSKDDAVAPARIIKKFAKENEALEIKGGVIQGSVATIDQLQELADLPNYEGMVSMLLSVLQAPIRNLAYAAKAVAEQKEEQGA				NA	NA	NA	NA	NA
AK148_03317	696	rplA		50S ribosomal protein L1	ATGGCTAAAAAAGGAAAAAAACATCAAGAAGCATTAAAGCTTGTTGATCGTTCAAAAGCGTATGAAGTATCTGAAGCAATTGCGCTTGTAAAAGAAGCTGCCAAAGCTAATTTCGATGAGACGGTTGAAGCTGCTTTTCGTTTAGGTGTTGATCCTAAGAAAGCAGATCAGCAAATCAGAGGAGCGATGGTTTTACCACATGGTACAGGTAAAACACAACGTGTGCTTGTTTTCGCAAAAGGCGAGAAAGCGAAAGAAGCAGAAGCTGCTGGAGCTGACTATGTAGGAGATGCAGATTACATTAACAAAATCAACCAAGGTTGGTTCGACTTCGATGTTGTTGTTGCAACTCCAGACATGATGGCAGAGGTTGGTAAACTAGGAAGAGTGTTAGGTCCAAAAGGTCTTATGCCAAACCCTAAGACTGGAACAGTTACATTTGATGTAGAAAAAGCTATCAACGATGTAAAAGCTGGTAAAGTAGAATATCGTGTCGATAAGTCTTCCAATGTGCATGTTCCAATTGGTAAAGTGTCATTCGATAACGAGAAGTTAATTGAAAACTTTGTTGCTATTACAGAAACACTTGTAAAAGTGAAACCGCAAGCTGCTAAAGGAACTTATATGAAGAATGCGTCTGTGTCTTCTACAATGGGACCAGGAATTCGCGTTGATGTTTCTAGCATGGCGCGCTAA	MAKKGKKHQEALKLVDRSKAYEVSEAIALVKEAAKANFDETVEAAFRLGVDPKKADQQIRGAMVLPHGTGKTQRVLVFAKGEKAKEAEAAGADYVGDADYINKINQGWFDFDVVVATPDMMAEVGKLGRVLGPKGLMPNPKTGTVTFDVEKAINDVKAGKVEYRVDKSSNVHVPIGKVSFDNEKLIENFVAITETLVKVKPQAAKGTYMKNASVSSTMGPGIRVDVSSMAR				NA	NA	NA	NA	NA
AK148_03318	426	rplK	COG0080	50S ribosomal protein L11	GTGGCTAAAAAAGTGATTAAACTTGTGAAACTACAAATCCCAGCTGGAAAAGCAAATCCGGCACCACCAGTAGGACCGGCACTTGGTCAAGCAGGTGTTAATATCATGGGCTTTTGTAAAGAATTTAACGCACGTACGCAAGATCAAGCGGGTATGATTATTCCTGTTGAGATAACAGTGTTTGAAGACCGTTCGTTTACGTTTATTACAAAAACTCCACCAGCAGCTGTTTTGCTTAAAAAAGCAGCAGGCATTGAAACTGCTTCTGGTGAACCAAATCGTAATAAAGTAGCAACAGTTAAGCGCGATAAAGTAAAAGAAATTGCAGAAACAAAAATGCCTGACTTAAATGCTGCTGATGTAGAAGCAGCGATGCGCATGGTTGAAGGAACAGCGCGTAGTATGGGTATTACGATCGAAGACTAA	MAKKVIKLVKLQIPAGKANPAPPVGPALGQAGVNIMGFCKEFNARTQDQAGMIIPVEITVFEDRSFTFITKTPPAAVLLKKAAGIETASGEPNRNKVATVKRDKVKEIAETKMPDLNAADVEAAMRMVEGTARSMGITIED				NA	NA	NA	NA	NA
AK148_03319	537	nusG	COG0250	Transcription termination/antitermination protein NusG	ATGGAAAAAAATTGGTATGTCGTACATACGTATTCTGGTTATGAAAATAAAGTGAAAACGAACTTAGAAAAGCGTGTGGAGTCCATGGGGATGGAAGATAAAATTTTTCGCGTTATTGTTCCGGAGGATGAAGAGACAGAAATAAAAAATGGCAAGAAAAAGGTAACGAAGAAGAAATTCTTTCCAGGATACGTACTCACAGAGATGATTATGACAGATGATTCATGGTATGTCGTTCGAAATACTCCTGGAGTAACAGGGTTTATCGGTTCAAGTGGTGGTGGAACGAAGCCAACGCCGCTATTGCCAGAAGAAGTAGAAACAGTATTAAAACGTATGGGTGTTGCGGAAAATCCTGTACAATTTAATTTTGAAATTAAAGAGAATGTTCGTGTGACGGATGGTCCGTTTACTGATTTCACGGGTACTGTTGAAAATATAGACACAGATAAGCAAAAGGTAAAAGTTCACGTAAACATGTTCGGAAGAGAAACACCTGTAGAATTAGATTTCTCACAAATAGAAAAGCTCGATTAG	MEKNWYVVHTYSGYENKVKTNLEKRVESMGMEDKIFRVIVPEDEETEIKNGKKKVTKKKFFPGYVLTEMIMTDDSWYVVRNTPGVTGFIGSSGGGTKPTPLLPEEVETVLKRMGVAENPVQFNFEIKENVRVTDGPFTDFTGTVENIDTDKQKVKVHVNMFGRETPVELDFSQIEKLD				NA	NA	NA	NA	NA
AK148_03320	168	secE		Protein translocase subunit SecE	ATGTTTCGTTTTTTAAAAAACGTTTCAAGAGAAATGAAGAAAGTTAGCTGGCCAAATCGCAAAGAGTTAACTAGCTATACCATAACGGTTATTACAACGGTTGCTTTTATAGCGTTATTCTTCTTTTTAATTGACCTTGGAATCACGCAAATTTTAAACTTACTTTGA	MFRFLKNVSREMKKVSWPNRKELTSYTITVITTVAFIALFFFLIDLGITQILNLL	PGPT0025715_4030	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025715-secE-K03073	NA	NA
AK148_03321	150	rpmG2_2	COG0267	50S ribosomal protein L33 2	ATGAATAAGAAAATCACTTTAGCGTGTGCAGTTTGTGCTAGTAGAAATTATACAACGAATAAAAATGTATCCACACAACCTGTACGGCTTGAAGTAAATAAGTATTGTAAACATTGTGGTAAACATACATTGCATCGGGAAACAAAATAA	MNKKITLACAVCASRNYTTNKNVSTQPVRLEVNKYCKHCGKHTLHRETK				NA	NA	NA	NA	NA
AK148_03322	651	sigH	COG1595	RNA polymerase sigma-H factor	GTGAATGTCAATCAAATAGAGATGGGCGATCAACGCTTAAATAAGCTGGACGATGAGAGTATTGTGCAGCTTATTCATCAGGGGAACAGTCACGCTTTAAATTATTTGATACACAAGTATCGTAATTTTGTACGTGCAAAAGCACGGACGTATTTTTTAATTGGCGCGGATAAAGAGGACATTGTCCAAGAAGGAATGATCGGTTTATATAAGGCTATTCGCGATTATGATGGAAAAAAGCTATCCTCATTTAAAGCTTTTGCTGAATTATGTGTAACAAGGCAAATCATTACAGCGATTAAGACAGCGACAAGACAAAAACACATTCCGCTAAATTCGTATGTGTCTTTGGACAAGCCGATTTATGATGAAGAGACAGATCGCACTTTATTAGATGTCATCGCAGGATCAAAAGATATTGATCCACAAGAACTGCTTGTGAACCAGGAAAAATATGGAGACGTAGAAGCGAAATTATCAGAATTGTTGAGCGGATTAGAGAAGAAAGTACTGCAACTTTATTTAGATGGAAGGACGTACCATGAAATATCAGTTGCACTTAATCGTCATGTTAAGTCGATCGATAATGCACTACAACGAGTAAAGCGTAAATTGGAGCAGTTAATTGCGGAGGCGGAAATTACTTCATAG	MNVNQIEMGDQRLNKLDDESIVQLIHQGNSHALNYLIHKYRNFVRAKARTYFLIGADKEDIVQEGMIGLYKAIRDYDGKKLSSFKAFAELCVTRQIITAIKTATRQKHIPLNSYVSLDKPIYDEETDRTLLDVIAGSKDIDPQELLVNQEKYGDVEAKLSELLSGLEKKVLQLYLDGRTYHEISVALNRHVKSIDNALQRVKRKLEQLIAEAEITS	PGPT0014795_1704	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014795-sigH|sigG|sigF|sigE-K03091	NA	NA
AK148_03323	510	yacP	COG3688	putative protein YacP	ATGATTGTTGTCATTGTAGATGGATATAACATCATTGGAGCATGGGATGAACTTCAGCGGTTAAAAGAAAAAGATATTGGGCAAGCCCGAGATCGTTTAATCGAATGGATGGCTGAATACCAAGCGTATTCAGGTTTTCGTGTCATTGTTGTATTTGATGCTTATTATGTACACGGGGTAGAGACAAAAACAACTGCGTATAATGTAGAAGTTATTTATACAAAAGAAAAAGAAACAGCCGATGAATGTATTGAAAAATTAGTAAAAGAGGTAAAAGATATCCGTACGCAAGTATACGTAGCAACATCTGATTTTGCAGAGCAACGAACAATTTTTGGAAGTGGAGCTTTAAGGAAATCTGCTCGAGAGCTATGGATAGAAACGAATAATATACAACAGAACATTGAAAAGACGATAGAAAAGCATTATAAGAAACAAGCAAATTCAAAAATTACATTAGATCCGAAAACGTTAGAGACTTTTGAAAAATGGAGAAGAGGGAAGATGTAG	MIVVIVDGYNIIGAWDELQRLKEKDIGQARDRLIEWMAEYQAYSGFRVIVVFDAYYVHGVETKTTAYNVEVIYTKEKETADECIEKLVKEVKDIRTQVYVATSDFAEQRTIFGSGALRKSARELWIETNNIQQNIEKTIEKHYKKQANSKITLDPKTLETFEKWRRGKM	PGPT0010355_5	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0010355-otrA|tetM|tetO-K18220	NA	NA
AK148_03324	747			Putative TrmH family tRNA/rRNA methyltransferase	ATGGATCAGGAGCTGATAATTGGTAAAAATCCTGTTATAGAAGCGATGAAGTCGGGGAGGTCGATAAATAAAGTGTTTGTATCCGAACAGTTAAACTCTTCCGTACAAGCAAAGTTTTTTCAATTAGGGAAAACGGCACATACTGTCGTTCAAAAAGTTCCCAAACATAAATTAGATCAGTTAGCTAAAGGAGGAAGCCATCAAGGGGTGGTCGCATATGTCGCATCGTATACATATGCAACGCTAGATGATCTATTTCACCAAGCTGAAAAACGAAATGAAGCAGCATTCTTTTTGATTTTAGATGAATTAGAAGACCCGCATAATTTAGGTTCTATTTTACGGACGGCAGATGCTGTAGGGGCACACGGCGTCATTATTCCAAAGCGTCGTTCCGTAGGTTTAACTGCAACTGTAGCCAAAACAGCAGCTGGGGCAATAGAGCATGTACCGGTTGTTCGCGTAACGAATATTGCTAATACTATTGAAGCATTGAAGGAACGCAATATTTGGGTGGTTGGTACAGAAGCGGATGCATCAGAGGATTATCGGCAATTAGAAGGTACGCTGCCGCTCGCTATTGTAGTGGGAAACGAAGGGAAAGGGATGAGCCGTCTAGTAAAGAAAAAATGTGATTGGACAGTAAGCTTACCCATGAAGGGGAAGGTATCCTCTCTTAACGCTTCCGTTGCTTGTAGCCTTTTATTATATGAGGTGTATCGGAAAAGGAATCCTTATGGTGAATAA	MDQELIIGKNPVIEAMKSGRSINKVFVSEQLNSSVQAKFFQLGKTAHTVVQKVPKHKLDQLAKGGSHQGVVAYVASYTYATLDDLFHQAEKRNEAAFFLILDELEDPHNLGSILRTADAVGAHGVIIPKRRSVGLTATVAKTAAGAIEHVPVVRVTNIANTIEALKERNIWVVGTEADASEDYRQLEGTLPLAIVVGNEGKGMSRLVKKKCDWTVSLPMKGKVSSLNASVACSLLLYEVYRKRNPYGE				NA	NA	NA	NA	NA
AK148_03325	426	mrnC	COG1939	Mini-ribonuclease 3	ATGGAGCAAGATGTAAAACAATTGAAAAGCCTTGCCCTTGCCTATATGGGAGATGCTGTCTATGAATTGTATGTAAGAGAGCACCTCCTTCAACAAGGTCAAGTAAAACCACAGCAATTACATCAACAAGCAATCCGTTATGTGTCAGGAAAAGCGCAAGCAACTGTTGTTCGCCACTGGCTAAAGGTGGACAAGTTAACCGCAGAAGAAGTACGGGTAGTGACAAGAGGAAGAAATGCAAAGTCAGGCTCTATTCCCAAAAACATACGCGTTCAAACATATCGCTACAGTACAGCCTTCGAAGCATTAATCGGTTATCTTTATTTAGGAAATGATAAAGAACGGTTAGAACAACTTATTGAAGAAGCGATTCAGTTAACAGAAAGGAGTGGAACCGAATATGGATCAGGAGCTGATAATTGGTAA	MEQDVKQLKSLALAYMGDAVYELYVREHLLQQGQVKPQQLHQQAIRYVSGKAQATVVRHWLKVDKLTAEEVRVVTRGRNAKSGSIPKNIRVQTYRYSTAFEALIGYLYLGNDKERLEQLIEEAIQLTERSGTEYGSGADNW				NA	NA	NA	NA	NA
AK148_03326	1401	cysS	COG0215	Cysteine--tRNA ligase	ATGTCCATTAAAATATACAATACGTTAACACGTAAAAAAGAAGTGTTTAAACCAATAGAACAGGGCAAAGTGAGCATGTATGTTTGCGGACCGACTGTATATAACTATATTCATATTGGTAATGCAAGACCTGCAATTGTCTTTGATACAGTGAGACGTTATTTAGAGTACAAGGGTTTTGAAGTAGATTATGTGCTCAATTTTACGGATGTGGACGATAAGTTAATTAAAGTTGCCAATGAGCTCGGTAAGGAAGTGCCAGAGGTAGCTAACCGGTTTATTTCCGCTTATTTAGAAGATGTTGGTGCTTTAGGGGTAAAAGAAGCTACACATAACCCTCGAGTAACAGAAACAATGGCTGATATTATCGCCTTTATTGAGAAGCTTATTGAAACAGGTGTTGCTTATGAAGTGCAAGGTGATGTCTATTTTAAACCTCGGGAGTTTAAAGGATATGGAAAGTTATCTCATCAATCTGTCGATGAGCTAAGGTCTGGAGCTCGAATTCAAGTTGGTGAGAAGAAAACAGATCCACTTGACTTTGCTTTATGGAAAAAGGCAAAGGATGGAGAGATTGCTTGGGATTCGCCGTGGGGAAAAGGGCGCCCCGGATGGCATATTGAGTGCTCTGCCATGGTAAAAAAATACCTTGGCGAGACAATTGATATTCATGCAGGAGGGCAAGACCTTGCTTTTCCACACCATGAGAACGAAATAGCGCAATCGGAAGCTCTGACGGGAAAAACATTTGCTAACTATTGGATGCATAATGGTTATATCAACATTGATAATGAAAAAATGTCCAAATCACTAGGAAACTTTTTATTAGCTCGCGATTTAATCCAACAGTATGATCCACAAATCATTCGTTTCTTTATGCTTAGTGTCCATTATCGTCACCCGATTAACTTTTCTGAGGAGTTATTACAGAGTGCAGAAAACAGTTTAGAGCGAATAAAAACAGCTTATTTTAATTTAGAGCACCGCAAACCTTCTAGCATGGATCTTGTAGATCATAAAGAGGATTGGTTGCAAAAGCTAGCGCAATGGAAGCAGCAATTTGAGGCGGAGATGGATGATGACTTTCATACTGCCAATGCAATTTCAGTTCTTTTTGAAGTAGCGAAAGAAGCGAATGTCTACTTGCAACAAAAACAGACATCAAGCGAGGTAATTGCAGCTTTCCAACAAGTCATACGCTCTTTCTTAAAGGTTCTTGGAATTGAATTAGAGGTGGAACAGGAGCTACTAGATGCAGAGATTGAGGCATTAATTGAAGAACGTAATACCGCAAGAAAAGCTCGTGATTTCGCTCGTGCTGATGAAATTAGAGATATGCTAAAAGAAAAAAATATCATTTTAGAAGATACGCCTCAAGGAGTACGATGGAAAAGAGGATAA	MSIKIYNTLTRKKEVFKPIEQGKVSMYVCGPTVYNYIHIGNARPAIVFDTVRRYLEYKGFEVDYVLNFTDVDDKLIKVANELGKEVPEVANRFISAYLEDVGALGVKEATHNPRVTETMADIIAFIEKLIETGVAYEVQGDVYFKPREFKGYGKLSHQSVDELRSGARIQVGEKKTDPLDFALWKKAKDGEIAWDSPWGKGRPGWHIECSAMVKKYLGETIDIHAGGQDLAFPHHENEIAQSEALTGKTFANYWMHNGYINIDNEKMSKSLGNFLLARDLIQQYDPQIIRFFMLSVHYRHPINFSEELLQSAENSLERIKTAYFNLEHRKPSSMDLVDHKEDWLQKLAQWKQQFEAEMDDDFHTANAISVLFEVAKEANVYLQQKQTSSEVIAAFQQVIRSFLKVLGIELEVEQELLDAEIEALIEERNTARKARDFARADEIRDMLKEKNIILEDTPQGVRWKRG	PGPT0002985_3951	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002985-cysS-K01883	NA	NA
AK148_03327	663	cysE	COG1045	Serine acetyltransferase	ATGGGCATTTGGAAACGAATGAAAGATGATATGGATGCTGTATTCGAGCAGGACCCAGCTGCACGCTCTTATTTTGAAGTTTTTTTAACGTATTCAGGTCTTCATGCTGTTTGGTCGCACCGTATTGCCCACGCGTTATATAAGCGTAAAATGTTTTTTATTGCCCGTGTCATCTCACAAATGAACCGTTTCTTTACTGGAATTGAAATTCACCCAGGTGCGATAATTGGTAGACGTTTATTTATTGACCATGGAATGGGAGTTGTTATTGGTGAAACATGCGAAATTGGCAATAATGTAACGATTTTTCAAGGGGTAACGTTAGGTGGTACTGGAAAAGAAAAGGGAAAGCGGCATCCGACGATAAAAGATAATGCGCTGATTGCAACAGGAGCCAAAGTGCTTGGATCCATAACAATTGGGGAAAGCGCAAAAGTAGGTGGCGGGTCTGTTGTTTTAAAGGATGTGCCCGATAATGCTACCGTAGTCGGTATCCCGGGCAAAATTGTAAAGCACCGCGGAGAAAAGGTTACTAAAGACTTAAATCATCACAAACTACCTGATCCAGTAGCAAATCGATGTGAATATTTACAGCAGGAAATTGATGCATTAAAGGAAGAAATAGCTAAATTAAAGGAAGGGAAAAAACACGATGTCCATTAA	MGIWKRMKDDMDAVFEQDPAARSYFEVFLTYSGLHAVWSHRIAHALYKRKMFFIARVISQMNRFFTGIEIHPGAIIGRRLFIDHGMGVVIGETCEIGNNVTIFQGVTLGGTGKEKGKRHPTIKDNALIATGAKVLGSITIGESAKVGGGSVVLKDVPDNATVVGIPGKIVKHRGEKVTKDLNHHKLPDPVANRCEYLQQEIDALKEEIAKLKEGKKHDVH	PGPT0020265_4195	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
AK148_03329	1470	gltX		Glutamate--tRNA ligase	ATGACGAATCAGGTTCGAGTACGTTATGCACCAAGTCCAACAGGTCATTTGCATATCGGAAACGCACGTACAGCATTATTTAATTACTTATATGCGAAACATTTTAATGGAAAGATGATTATTCGCATTGAAGACACAGATGATAAACGAAACGTAGAAGGCGGCGAAGAAAGTCAGCTAAAGTTTTTAAATTGGTTAGGGGTTGAATGGGATGAAGGCGCTGATGTAGGTGGGGATTACGGTCCTTACCGTCAGATGGAACGTCTTGATATTTATCAAAAATATGTGGACGAGCTGTTAGAAAGAGGCTTAGCATACAAGTGCTATATGACAGAGGAGGAGCTTGAAGCGGAAAGAGAGCAACAGCGCGCTAACGGCCAAGTTCCAAAATATTCCGGAGCCCATCGTGATTTAACGGAAGCACAAATCGCAGCCTTTGAACAGGAAGGTCGTTTACCAAGTATCCGTATGCGAGTTCCTGAAAATAAAACATATACATTTAATGATATTGTAAGAGGCGATATTACTTTTGAATCTAGTGATTTTGGTGATTGGGTTATTGTAAAGAAAAACGGTATTCCCACGTACAACTTTGCTGTAGCTATTGATGACCATCTAATGGAAATTACACACGTATTGCGGGGAGAAGAACATATTTCCAATACTCCAAAACAATTGATGATATATGATGCATTTGGTTGGCAGCCGCCAAAATTTGGCCATATGACACTGATTCTTAATGAAGAACGGAAAAAATTAAGCAAGCGTGACCAGCATATTATTCAATTTATTGAACAGTACCATGACTTAGGCTATTTGCCAGAAGCTTTGTTTAATTTTATTACGTTACTAGGTTGGTCTCCGGTTGGGGAAGAGGAAATTTTTGATAAGCCAACTTTAATTGATATCTTTGATCCAAATCGATTATCTACGTCTGCGGCCATCTTTGACCGTCATAAATTGAAATGGATGAATAATGCGTATATAAAATCTGCAGATCTTTCAGAAGTGATTGACTTGGCGCTACCACATTTAGTAAAGGCTGAAAAGCTGCCGACCGATATGGACGAAGAGACAAGAGTTTGGGTTGAGAAGGTCATTGCGTTATACAAAGAGCAATTGCGTTATGGTGCAGAAATTGTAGAATTAACGGAGATGTTTTTCTCTAAAGAGCTCAGCTTTGATGACGCTGCTTGGGAAGTTCTTGAAGGAGAGCAAGTTCCAGAGGTATTACAAGTCTTCACAGATAAGCTTCTTCATTTGGATGATTTTACAGCCGATTCAATTAAAGCTCAGATTAAAGCAACACAAAAAGAAACGGGGCATCGAGGTAAGAAACTATTTATGCCGATCCGTGTAGCTACTACGGGACAAACTCATGGTCCAGAATTACCGATGGCAATTGAACTACTCGGAAAAGATACCGTCATTAGCCATTTAGACGCTGTATTAAAGAAACTTAAAGCGTAA	MTNQVRVRYAPSPTGHLHIGNARTALFNYLYAKHFNGKMIIRIEDTDDKRNVEGGEESQLKFLNWLGVEWDEGADVGGDYGPYRQMERLDIYQKYVDELLERGLAYKCYMTEEELEAEREQQRANGQVPKYSGAHRDLTEAQIAAFEQEGRLPSIRMRVPENKTYTFNDIVRGDITFESSDFGDWVIVKKNGIPTYNFAVAIDDHLMEITHVLRGEEHISNTPKQLMIYDAFGWQPPKFGHMTLILNEERKKLSKRDQHIIQFIEQYHDLGYLPEALFNFITLLGWSPVGEEEIFDKPTLIDIFDPNRLSTSAAIFDRHKLKWMNNAYIKSADLSEVIDLALPHLVKAEKLPTDMDEETRVWVEKVIALYKEQLRYGAEIVELTEMFFSKELSFDDAAWEVLEGEQVPEVLQVFTDKLLHLDDFTADSIKAQIKATQKETGHRGKKLFMPIRVATTGQTHGPELPMAIELLGKDTVISHLDAVLKKLKA	PGPT0008460_5259	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_TOXIN-ANTITOXIN_SYSTEM_REALATED_FACTORS,PGPT0008460-gltX-K01885	NA	NA
AK148_03330	1095	yacL	COG4956	putative PIN and TRAM-domain containing protein YacL	ATGAAAAAGATTGTGCATTTGTTTTTCATTATTTTAGGAGGAACTATAGGTTATCTTTATGTTCCTTTGTTTTTAGCTTTATTAAATATTGCCGATGCTAATTGGATGTTCTCTCCCTATATAGGAATGGCGATCGGTGCTATTATTTTCTTTCTCATATCATATTGGCTTGTCGATTATATTGTAGGGTTTTTAAAATGGATAGAGGAAGCACTTATTCGTCTACCTGCTGGTGATTTATTTTCAGGGACGTTAGGTTTGATGGCTGGTTTAATTATCGCGTATTTAATCACCATACCTTTGGGAGATCTTAATGTATTAGTTTCACAAGTTCTTCCATTATTTATAACGATTATATTAGGGTATCTAGGTTTTCAAGTCGGTTTTCGCCGTCGTGAAGATATTGTCAATTTATTTAATATGAATCGTAAGGAAAAAGAAAAGCGAAAAATCCCAGAAAGTGATGTAACAAATACAACCATACAACCTAAAGCAAAGATATTGGATACAAGTGTCATTATTGATGGACGGATCGCTGACATTTGCCAGACGAACTTCTTGGAAGGAACGGTTGTTATTCCGCAATTCGTACTTGGCGAGCTGCAACATATTGCTGATTCCTCTGATGTATTAAAGAGAAACCGTGGACGTAGAGGTTTAGACGTGTTAAATCGGATTCAGAAAGATTTGCCTGTAAAAGTGGAAATCTATGAAGGCGACTTCGAAGATATTCATGAGGTGGATAGCAAATTAATCAAATTGGCTAAAGTAATTGACGGGATCGTTGTAACCAATGACTTTAACTTGAATAAAGTTTGTGACTTGCAAAGTGTGTCTGTATTAAACATTAATGATTTGGCGAATGCTGTGAAGCCTGTTGTCTTGCCTGGGGAAGAATTAACCGTACATGTTATAAAAGATGGGAAAGAACATAATCAAGGGGTCGCTTACCTTGATGATGGAACCATGATTGTTGTGGAAGAAGGTAGAGACTATATTGGCAAAACAATCGAAGTGTTAATTACGAGTGTCTTGCAAACGTCTGCTGGACGAATGATATTTGCAAAACCAAAATTACTTGAAAAAGCTCTATAA	MKKIVHLFFIILGGTIGYLYVPLFLALLNIADANWMFSPYIGMAIGAIIFFLISYWLVDYIVGFLKWIEEALIRLPAGDLFSGTLGLMAGLIIAYLITIPLGDLNVLVSQVLPLFITIILGYLGFQVGFRRREDIVNLFNMNRKEKEKRKIPESDVTNTTIQPKAKILDTSVIIDGRIADICQTNFLEGTVVIPQFVLGELQHIADSSDVLKRNRGRRGLDVLNRIQKDLPVKVEIYEGDFEDIHEVDSKLIKLAKVIDGIVVTNDFNLNKVCDLQSVSVLNINDLANAVKPVVLPGEELTVHVIKDGKEHNQGVAYLDDGTMIVVEEGRDYIGKTIEVLITSVLQTSAGRMIFAKPKLLEKAL				NA	NA	NA	NA	NA
AK148_03331	1374	radA	COG1066	DNA repair protein RadA	TTGGCGAAGCGTAAAACGAAATTTGTTTGTCAGGAATGTGGGTATGAAGTAGCAAAATGGCTTGGGAAGTGTCCCGGTTGTAACAATTGGAATACGTTTGTAGAAGAGATTGAAATTACTGGTGGGAGACAAAAGCAGTCCTTTCAAACAGGTAATAGGTCAGTAGGAAAGCCTGAAAAAATTACAGCAATTAAATCACAACAAGAACCGAGAGTGACAACAGATATGAAAGAGTTTAACCGTGTGCTCGGCGGCGGCATTGTACCAGGCTCTCTCGTTCTAGTTGGTGGGGATCCAGGTATTGGAAAGTCTACCCTATTATTGCAAATATCATCTCAATTGGCAGATAAAAGTTTGTCTGTTTTATACATTTCCGGAGAAGAATCAACGAGACAGACGAAGTTGCGTGCTGATCGTTTAGGTGTAACTTCCGACGAGTTATATGTGTTGGCAGAAACAAATTTACTTGATATAGCAAATCAAATTGAAGCAATAAAACCATCATTTGTCGTTATTGATTCTATTCAAACGGTCTATCGTGAAGAGATTACGAGTGCACCGGGCAGTGTTTCTCAAGTAAGAGAATGTACATCTGAATTAATGAAAATCGCTAAAACGAATGGAATACCCATCTTTATTGTGGGACACGTGACGAAAGAGGGGACGATTGCTGGCCCAAGACTCTTAGAGCATATGGTGGACGCTGTGCTATATTTTGAAGGGGAGCGTCATCATACGTACCGCATTTTAAGAGGTGTGAAAAATCGGTTTGGTAGTACGAATGAAATGGGCATCTTTGAGATGAAGGAGGCAGGGCTACGCGAAGTTTTAAATCCTTCAGAAATATTTTTGGAAGAACGTTCACAAGGAGCTTCGGGGTCTACCGTCGTAGCTTCTATGGAGGGAACAAGACCAGTATTGGTAGAGATACAGGCATTAATCTCTCCTACAGCGTTTGGTAACCCTCGTAGAATGGCGACAGGAGTAGATCAGAACCGTGTTCCACTACTGATGGCAGTGTTAGAAAAGCGTGTCGGTTTAATGCTGCAAAACCAAGATGCATATATTAAAGTTGCTGGTGGTGTTAGACTTGATGAACCTGCCATTGACTTAGCAATTGCTGTTAGTATTGCTTCTAGCTTCCGTGATCAACCAACAAAGCCGGAAGATATTTTTATTGGGGAAGTTGGACTGACGGGAGAGATAAGACGGGTATCTCGCATTGAACAACGTGTTCAAGAAGCTGCCAAACTAGGATTTAAACGCGTTATCTGTCCTAAAAATAATTTAGGAGGTTGGACAACGCCAAATAACATCGAAATTATCGGTGTAAACACGGTACAAGAAGCATTACAAATCGGGGTAAGTAGATAA	MAKRKTKFVCQECGYEVAKWLGKCPGCNNWNTFVEEIEITGGRQKQSFQTGNRSVGKPEKITAIKSQQEPRVTTDMKEFNRVLGGGIVPGSLVLVGGDPGIGKSTLLLQISSQLADKSLSVLYISGEESTRQTKLRADRLGVTSDELYVLAETNLLDIANQIEAIKPSFVVIDSIQTVYREEITSAPGSVSQVRECTSELMKIAKTNGIPIFIVGHVTKEGTIAGPRLLEHMVDAVLYFEGERHHTYRILRGVKNRFGSTNEMGIFEMKEAGLREVLNPSEIFLEERSQGASGSTVVASMEGTRPVLVEIQALISPTAFGNPRRMATGVDQNRVPLLMAVLEKRVGLMLQNQDAYIKVAGGVRLDEPAIDLAIAVSIASSFRDQPTKPEDIFIGEVGLTGEIRRVSRIEQRVQEAAKLGFKRVICPKNNLGGWTTPNNIEIIGVNTVQEALQIGVSR	PGPT0014905_2569	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014905-radA-K04485	NA	NA
AK148_03332	2427	clpC	COG0542	Negative regulator of genetic competence ClpC/MecB	ATGATGTCTGGACGTTTTACCGAAAGAGCACAAAAAGTTCTCGCACTCTCCCAAGAGGAGGCTGTAAGGTTAGGGCATAATAATATCGGGACAGAACATATTTTACTAGGGCTTGTCCGTGAAGGAGAAGGTATTGCTGCAAAAGCATTACAATCACTTGGGTTAGAAATATCAAAAATTCAAGAAGAAGTGGAAAAGCTGATTGGCGTAGGGAAACAGCCAATGCAGACAATTCACTATACACCACGTGCAAAAAAAGTGGTAGAACTTTGCCAAGATGAAGCACGTAAGCTTGGACATTCGTATGTTGGTACAGAGCACATACTATTAGGGCTTATCCGCGAGGGAGAGGGCGTTGCTGCTAGGGTTTTAAATAATTTAGGGGTTAGCCTAAACAAGGCTCGACAGCAAGTTTTACAGCTTTTAGGTAGTAATGAATCGCAAACAAATCGTCAGGGACGTGCGCAACAATCCAATGCGAATACCCCAACACTCGATTCCTTAGCACGTGATTTAACGGTGAGTGCAAAAGAAGGGAATATTGACCCCGTGATTGGACGTAGTAAGGAAATCGAACGGGTTATTCAAGTGTTAAGTCGCCGTACGAAAAACAACCCTGTTTTAATTGGTGAGCCGGGTGTAGGAAAAACAGCGGTTGCAGAAGGGCTTGCACAACAAATTATTCAAAATGAAGTACCAGAAACATTACGAGATAAACGCGTGATGACGCTAGATATGGGAACGGTTGTGGCAGGAACAAAATATCGTGGTGAGTTTGAAGATCGTCTGAAAAAGGTAATGGAAGAAATTCGTCAAGCTGGTAACATTATCTTATTTATTGATGAATTGCACACTTTAATTGGCGCCGGTGGGGCAGAAGGTGCAATTGATGCGTCAAATATTTTGAAGCCATCACTTGCCCGTGGTGAGTTACAGTGTATTGGTGCTACGACATTAGATGAGTATCGTAAATATATTGAAAAAGATGCAGCGCTTGAGCGCAGATTCCAGCCTATTCAAGTTGATGAACCAACGTTGGAAGAAACGATCCAAATTTTAAAAGGCTTACGTGATCGTTACGAAGCACATCATCGTGTTACGATAACAGATGAAGCAATTGAAGCAGCTGCTAATCTATCGGATCGCTATATAACTGACCGGTTCTTACCAGATAAGGCGATTGATTTAATTGATGAAGCAGGATCGAAGGTGCGTTTAAAATCCTATACTGTACCACCAAACCTGAAGAAATTAGAACATAAGTTAGAAGAGGTTCGTAAGGAAAAGGATGCAGCTGTACAAAGTCAAGAGTTTGAAAAAGCCGCATCGCTTCGTGATTCCGAGCAACGGTTACGTGAAGAAGTAGCGGAGACGAAGACAAAATGGAAAGAAAAGCAAGGACAAACCGATACGGAGGTTACAGTAGAAGACATTGCAAGTGTTGTATCTATCTGGACAGGTGTCCCTGTAGCGAAGCTAACGAAGGATGAGAGCGATCGTTTGCTTAACATGGAGGAGACCCTTCACAATCGAGTAATCGGCCAAGAAGAAGCTGTAAATGCCGTTTCTAAAGCAATCCGTAGAGCTCGAGCAGGGTTGAAAGATCCGAAACGCCCAATTGGTTCGTTTATATTTTTAGGACCAACAGGGGTCGGGAAAACGGAATTAGCTCGTGCCTTAGCGGAAGCTATGTTTGCAGATGAAGATGCCATGATTCGAATTGATATGTCGGAGTATATGGAAAAGCATGCTACTTCTCGTTTAGTCGGCTCACCTCCTGGCTATGTCGGATATGAAGAAGGCGGTCAACTAACTGAAAAAGTCCGCAGAAAGCCGTATTCCGTTGTGCTTTTGGATGAAGTAGAAAAGGCTCACCCGGAAGTGTTTAATATCTTATTACAAGTTCTTGAAGATGGTCGTTTAACCGACTCCAAAGGTCGCGTGGTAGATTTTCGTAATACGGTATTAATTATGACATCGAATGTTGGTGCGAGCGAATTAAAGCGAAATAAATATGTTGGCTTTAATTTAGGGGAAGAAGATCATGATTATAAAAATATGAAATCAAAAGTAACGGAAGAGCTAAAAAAAGCATTTCGACCAGAATTTTTAAACCGAATCGATGAAACAATCGTTTTCCATTCCTTAGAGAAAAAACATATGAAGCAGATTGTAACGCTAATGATTCAACAACTGCAAAAACGTTTAAAAGATCAAGATATCGAGTTCTCACTAACAGATAAGGCAATTGAAAAGATTGCCAATGAAGGTTTCGATCCTGAATATGGAGCAAGACCCCTTCGTCGTTCGATTCAAAAGAATGTAGAGGATTTATTGTCTGAAGAGCTTTTAAAAGGAACAATTGAAAAAGGCCAAAAAGTAAAAATTGGTTTAAACAATAAGGGAGAATTTATTATACTTCCTTAG	MMSGRFTERAQKVLALSQEEAVRLGHNNIGTEHILLGLVREGEGIAAKALQSLGLEISKIQEEVEKLIGVGKQPMQTIHYTPRAKKVVELCQDEARKLGHSYVGTEHILLGLIREGEGVAARVLNNLGVSLNKARQQVLQLLGSNESQTNRQGRAQQSNANTPTLDSLARDLTVSAKEGNIDPVIGRSKEIERVIQVLSRRTKNNPVLIGEPGVGKTAVAEGLAQQIIQNEVPETLRDKRVMTLDMGTVVAGTKYRGEFEDRLKKVMEEIRQAGNIILFIDELHTLIGAGGAEGAIDASNILKPSLARGELQCIGATTLDEYRKYIEKDAALERRFQPIQVDEPTLEETIQILKGLRDRYEAHHRVTITDEAIEAAANLSDRYITDRFLPDKAIDLIDEAGSKVRLKSYTVPPNLKKLEHKLEEVRKEKDAAVQSQEFEKAASLRDSEQRLREEVAETKTKWKEKQGQTDTEVTVEDIASVVSIWTGVPVAKLTKDESDRLLNMEETLHNRVIGQEEAVNAVSKAIRRARAGLKDPKRPIGSFIFLGPTGVGKTELARALAEAMFADEDAMIRIDMSEYMEKHATSRLVGSPPGYVGYEEGGQLTEKVRRKPYSVVLLDEVEKAHPEVFNILLQVLEDGRLTDSKGRVVDFRNTVLIMTSNVGASELKRNKYVGFNLGEEDHDYKNMKSKVTEELKKAFRPEFLNRIDETIVFHSLEKKHMKQIVTLMIQQLQKRLKDQDIEFSLTDKAIEKIANEGFDPEYGARPLRRSIQKNVEDLLSEELLKGTIEKGQKVKIGLNNKGEFIILP	PGPT0014585_3099	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014585-clpC-K03696	NA	NA
AK148_03333	1065	mcsB		Protein-arginine kinase	ATGACTTTGCGGCAATTTATGAATGAAGCGATTAGCCCGTGGATGCGGAAAGACGGTCCAGATAGCGATATTGTTTTAAGTAGCCGCATTCGCCTTGCTCGAAATTTTGCTAATATACCTTATCCAATAGCTGCTGATCCAAAAGATTTAGAGGAAATAAGGAGTTTTTTTCAAGAAAAGTATGAAGGGCAAACTTATGGAGTGTATAAAGATTTAGCATTTGTATCCATTCGTGATCTATCCGCTATTGAAAAACGAGTATTAGTCGAAAAACATTTAATTAGTCCGTTGTTAGCAAAGCAATCTGAAGCTGCAGCTGTGCTTATTTCAGAAAATGAGCAAGTATCTCTTATGATCAATGAAGAAGATCATATTCGCTTGCAACTTTATTTCCCAGGCTTTCAAATAACGGAGGCTCTGCAACAAGCATTCGAATTTGATGATTGGCTAGAAGAAAAAATCAATTACGCTTTTGATGAAAAACGAGGTTACTTGACGAGTTGCCCGACGAATGTAGGAACTGGAATGCGTGCTTCTGTTATGATGCATTTGCCCGCGTTAGTTTTAACAAAACAAATCAATCGCATGATACCAGCAATTAACCAGTTAGGTCTCGTTGTACGAGGTATTTATGGCGAAGGTAGTGAAGCGCAAGGAAACATTTTTCAAATATCTAACCAGATTACGCTTGGAAAATCAGAAGAGGATATCGTTGCTGATTTGCAAAGTGTTGTAAAGCAATTAATTGAACAGGAACGTTATGCGAGACAGCGGATAATAGAGCAATCGAAAGACCAGTTGGAAGATCGAATTTTTCGTTCTTATGGTGTATTGGCATATGCAAGAATTTTAGAATCAAAAGAGGCTGCAACGTGCTTATCCAATGTAAGGTTAGGTATTGACGTAGGTTTATTGAAAAATGTATCAAGAAATATTTTAAATGAACTAATGATTTTGACTCAACCAGGATTTTTACAGCACTATGCCAAAAAAACATTAGCAGCTAGCGAACGTGACCAATTGCGAGCTTCTCTTATTCGTCAACGGTTGCAATTAGAGGAATAG	MTLRQFMNEAISPWMRKDGPDSDIVLSSRIRLARNFANIPYPIAADPKDLEEIRSFFQEKYEGQTYGVYKDLAFVSIRDLSAIEKRVLVEKHLISPLLAKQSEAAAVLISENEQVSLMINEEDHIRLQLYFPGFQITEALQQAFEFDDWLEEKINYAFDEKRGYLTSCPTNVGTGMRASVMMHLPALVLTKQINRMIPAINQLGLVVRGIYGEGSEAQGNIFQISNQITLGKSEEDIVADLQSVVKQLIEQERYARQRIIEQSKDQLEDRIFRSYGVLAYARILESKEAATCLSNVRLGIDVGLLKNVSRNILNELMILTQPGFLQHYAKKTLAASERDQLRASLIRQRLQLEE	PGPT0014660_331	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014660-mcsB-K19405	NA	NA
AK148_03334	549	mcsA	COG3880	Protein-arginine kinase activator protein	ATGCAATGCCAAGAATGTCACAAACGTCCTGCAACCCTTCATTTCACACAAGTGATTCAAGGGCAAAAAATGGAGGTTCATGTTTGTAATGTATGTGCAAAGGAAAAAGGGTATATGAACTATTCAGAAGATGGATATTCGTTACATCATTTACTTTCTGGGTTATTTAATTTTGACACCTCGAACTTGTCAAATCCACATACGGAAAGTTATCATCAGACAAAAGACTTACAATGCCCAAAATGCGAAATGACTTTTTCACAATTTAAGCAAGTAGGAAAATTCGGTTGTGCTATATGTTATGAAACTTTTAACGATCGTTTAGATTCAATATTTCGAAGAGTTCATGCGGGGAATGTAAAGCATAATGGGAAAATTCCTAAACGACAAGGTGGAGATTTGCATAAGAAAAAACAGCTAGAAGATTTAAAACTGCATTTGAAAAAATTAATTGAGAATGAAGAATTTGAAGAAGCAGCAAAAGTTAGAGATCAAATTAAAGCTTTAAATCAAGAAGACGGTCAGGCAGAGGCAGGTGATCAATCATGA	MQCQECHKRPATLHFTQVIQGQKMEVHVCNVCAKEKGYMNYSEDGYSLHHLLSGLFNFDTSNLSNPHTESYHQTKDLQCPKCEMTFSQFKQVGKFGCAICYETFNDRLDSIFRRVHAGNVKHNGKIPKRQGGDLHKKKQLEDLKLHLKKLIENEEFEEAAKVRDQIKALNQEDGQAEAGDQS	PGPT0014655_162	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014655-mcsA-K19411	NA	NA
AK148_03335	468	ctsr		Transcriptional regulator CtsR	ATGAGTAATATATCAGATATAATTGAGAGTTATTTGAAGCAAATCCTTCAATCAAAAGGGAAGAATGTAATCGAAATTAAACGAAGTGAGATAGCTGACCAATTTCAATGTGTCCCCTCACAAATTAATTATGTAATTAATACGCGCTTTACTGCTGAAAAAGGTTATATTGTGGAAAGTAAGCGTGGTGGCGGTGGTTTTATTCGAATTATGCGGGTTATTCACCAAGAAGAGTCCAAGTTAATTGATGAAATTATTGAAATGATTAATCCATCTGTATCTCAGCAAAAAGCAGTCGGTATATTAGAAAGATTACTTGAAGAAGAGTTAATTACGGAACGCGAGGCTAAGATTATGTTAAGCGCTATTGAAAGAACGACGCTTCCATTCCAATTGCCTTTACGAGATGAAATTCGTGCACGCGTATTAACATCCATGCTTACAACGCTTAAGTATCTAAATAAATAA	MSNISDIIESYLKQILQSKGKNVIEIKRSEIADQFQCVPSQINYVINTRFTAEKGYIVESKRGGGGFIRIMRVIHQEESKLIDEIIEMINPSVSQQKAVGILERLLEEELITEREAKIMLSAIERTTLPFQLPLRDEIRARVLTSMLTTLKYLNK	PGPT0014610_217	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014610-ctsR-K03708	NA	NA
AK148_03336	699			hypothetical protein	ATGAAAGAACTAATCAATGAACTATTGGGAGATCATTTTTATGTTATTTTAACTCGTTTACTTATTGCATTATGCCTTTCTGGATTAATCGGGTTTGAAAGGGAGTTGAAAAATCATTCAGCTGGATTTCGCACCCATATTTTAGTAGGTGTTGGCTCTTGTCTAATGATGTTACTTTCTTTATTTGGATTTGAATTTTTTCTAGAGCATTACGAGAATATCCGTTTTGATCCCGCAAGAATACCTTCGTATGTGATAAGCGGAATTGGGTTTTTAGGTGCTGGTACCATCATTGTTTATGGTGGCACGATAAGAGGTTTAACGACAGCTGCATCTATTTGGACAGTTGCAGGTTTAGGGCTGGTAGTAGGTGTTGGTATGTATGGGGCAGCAGTAGTAACAACGGTAATAATATTACTGAGCCTTATATTCCTTAATAATTTTGAACGTCTATTTAAAAAAGGAAAAGTTTCCCATGTTATTCAAATAGTTACGCTCCCAGACTTGCCTGTAAATGAAGTGGTTGCAGTGTTTGACAACCATTACGTTTCTATTAAAAAAGTAGAAATATCAAAATCAGATAATAATTACCGTAATATTTTTATTAATACGGAAGGAATAACGGATGCAAAACGTTTAACTTTATTTGATGATATTTCTCGTATTAACCAGGTTAAAAATGTTACTGAATTAAAATAA	MKELINELLGDHFYVILTRLLIALCLSGLIGFERELKNHSAGFRTHILVGVGSCLMMLLSLFGFEFFLEHYENIRFDPARIPSYVISGIGFLGAGTIIVYGGTIRGLTTAASIWTVAGLGLVVGVGMYGAAVVTTVIILLSLIFLNNFERLFKKGKVSHVIQIVTLPDLPVNEVVAVFDNHYVSIKKVEISKSDNNYRNIFINTEGITDAKRLTLFDDISRINQVKNVTELK	PGPT0014005_1327	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014005-mgtC-K07507	NA	NA
AK148_03338	345			hypothetical protein	TTGAAAAATAGGTCGAACTTATTAATTTTTATTATTATGATTATTATACTATTAGGAGGTTGTAATTTGAACCAAAATAATGATAAGTACGATGAAGAAACAATCTCTAAAGCTAAAGAAACAGCCAAAAGTTACATCAAAAACAACTATAAAGACGTTCAATCTATTGAAGTTGAAGAACCTTACCAGGCACCAATGGGAAGTATGACAGTGGATGGAATTGTGAATGGTGAATTTGGATTCTCGATAAGTTTAAATGAAGATTTTACAGTATCAAGAATTGGAGAAAATGAAGGGTTTCCAGAGGAAAAAGAAGAGTGCAAAAAAGAGGTTTGTGATTATTAA	MKNRSNLLIFIIMIIILLGGCNLNQNNDKYDEETISKAKETAKSYIKNNYKDVQSIEVEEPYQAPMGSMTVDGIVNGEFGFSISLNEDFTVSRIGENEGFPEEKEECKKEVCDY				NA	NA	NA	NA	NA
AK148_03339	390			hypothetical protein	ATGAAGGAAGAACAAAGTTACGTGGGAACTGAGAGAGTTACAGGGAGATACGTAATTCCATTTGTAATCCCACTAATAATGTCTCTATGGACTAAGCTACAAGGGTCAGTGGAAACATCAAATGCTTTCTTTTTTTATGGTGTAATTGCATTTTTCTTAGGTCTAACGAGCATAATATATCAAATTAACCAATGGAGTTTTACAAAACAAATTATTGCTCATTATGGGGCGATGCTGATTACGGTTTTTCCAACTCTACTTTTTAGCGGTTTTTATCCTCTTAATTATTTTGTGGATTTATTAATTTATCTAAACTTTAATCTAACAGGAATTATGTTGTTTTTCTTAACTTATTTCCTTTTTAAGCTAGTTAGTGTCAGAGCGGAATGA	MKEEQSYVGTERVTGRYVIPFVIPLIMSLWTKLQGSVETSNAFFFYGVIAFFLGLTSIIYQINQWSFTKQIIAHYGAMLITVFPTLLFSGFYPLNYFVDLLIYLNFNLTGIMLFFLTYFLFKLVSVRAE				NA	NA	NA	NA	NA
AK148_03340	963			hypothetical protein	ATGAAAAAGAAAATGAACTATTTAGTCTTGCTTTTAACGACCATTTTTATCGTTGCTTGTGCCGACGTAGAAAATACATCTACTACCGATAAAGAAACAGATACAAAAGTAGCAGTCACAGAGAATACAGATATAAAAAGTGAAAAGGAAGAAGCTACTGCGGAGATTGTGGATGGACCAGAAGCAGATGAACCAGAAGTTGAGGAAAACTCAACCGGAGCGAAAGAAGAAGCATTCCCGGAATACGATATCCTAGAAGTTGACGGCGGTGATTTATCAGGAAATCGTGAACCTAGCATTGTAGTTGACATTGGTTATGGGGATCGTAAATATTGGGCATTTACAAATGAATACGGGCAACTGGTACGTGTCATTGCTGACGAAATCATTATACAAGATGACCAAAACGAACCTGTATTATCATCTGGCAGATACTATTCTGATGAGGCAAAGGTCCCTGGAGTAGAAAGTGACGTTTTAGATGAAGGACATGTCATTGCTGATTCTCTCGGAGGGGTATCGAATGCTTATAATATCACGCCTCAAGACAGTACACTTAACCGACACGGTGATCAAGCATATATGGAAAAAAGTATCCGTGACGCAGGTGGAGCTACTAATTTTGAAGCCATTATCACCTATCCGTATAAGGAAACACAAATTCCTTCCAGTTATCAGTATACCTATACAATAAACGGAAATGTCATTAAGGATTCGTTTGATAATGTGAACCCTGATGAAGTAAATGAATCACTTGGACTAACCGGAAAGAATGACTCCGAGTCGGGATCAGCAAGTTCTTCCACAACTAAAAGTGACCTTTCTAGTGTTGATTCAAACGGTAATGGACAAGTGACAATTGCAGAAGCAAAAGCAGCAGGCTTCAGTATGCCAATAACGAGTGATCATTGGCTATACCCCTACATGGACGACCGTGATAATGACGGCATGGTAGGTGAGTAG	MKKKMNYLVLLLTTIFIVACADVENTSTTDKETDTKVAVTENTDIKSEKEEATAEIVDGPEADEPEVEENSTGAKEEAFPEYDILEVDGGDLSGNREPSIVVDIGYGDRKYWAFTNEYGQLVRVIADEIIIQDDQNEPVLSSGRYYSDEAKVPGVESDVLDEGHVIADSLGGVSNAYNITPQDSTLNRHGDQAYMEKSIRDAGGATNFEAIITYPYKETQIPSSYQYTYTINGNVIKDSFDNVNPDEVNESLGLTGKNDSESGSASSSTTKSDLSSVDSNGNGQVTIAEAKAAGFSMPITSDHWLYPYMDDRDNDGMVGE				NA	NA	NA	NA	NA
AK148_03341	675			hypothetical protein	ATGAAGAAAGTTAAAGATATGGATGGCACTTGGAAAATAGCGTACCCTAAACGAAATATCTACATAATGCGTGATCATAATTGGGCTTTTTCAGCTTGGGAAATAAGTAGACTTAATAAAAAAATAGAACCAAAAGCGAGATTATTACATGTTGATTTTCACGATGATTATTTTGAGTCTATTGAGGAAATAACAGAGTTGAAAACTGAACAAGATGCTCTCAATATTGGGGAAAAACTTGATATTTTTGAATTTATAAGAGCGAGCCAAGGAACGGGAACTATTAAAGATGTGTATATGATAGGAGACTATGTTAGACCTCCAGGTGAAGTTTTTCACTCTTATACTCTAAATCAGTTTGAACATGAGCATCGGATGGAATTCTTTAGTCCAGAAAATCAAAGTTTTATTTTGGATTTAGACCTGGATTTTTTCAACTTACATGCCTATCAATCTATTGAGAATAATTATAATAGCAATCCCTTTCGTTATAGTGACGAGTTCATCAAAAAGCATTTGGAGCGATTTAAGCAGTATGATGATGAAGGATGTTGGGATTTAATAACTGTAAGTATTTCACCTGAACACTGTGGCGGAGATCAAACTGCACAACAAATACTTGAAATTTTCCTTAAATCTTTCGAGTTAAATGATGAGGAATATATTCATTGGTAG	MKKVKDMDGTWKIAYPKRNIYIMRDHNWAFSAWEISRLNKKIEPKARLLHVDFHDDYFESIEEITELKTEQDALNIGEKLDIFEFIRASQGTGTIKDVYMIGDYVRPPGEVFHSYTLNQFEHEHRMEFFSPENQSFILDLDLDFFNLHAYQSIENNYNSNPFRYSDEFIKKHLERFKQYDDEGCWDLITVSISPEHCGGDQTAQQILEIFLKSFELNDEEYIHW				NA	NA	NA	NA	NA
AK148_03342	1803	glmS	COG0449	Glutamine--fructose-6-phosphate aminotransferase [isomerizing]	ATGTGTGGAATTGTAGGATATATCGGACAGGATGATACGAAAGAAGTTTTACTAAATGGTCTTGAAAAGCTTGAATACAGAGGTTATGATTCAGCAGGTATTGCAACTTTAAATGACACAGGTGTTCAAGTTGTGAAAGTAAAAGGTCGAATTGCAAAATTAAGAGAAAGCATAGATAGCTCATTACGTGCAACGATGGGAATCGGTCATACGCGCTGGGCGACTCATGGTGTGCCAAGCGAAGAGAATGCACACCCGCATCAAAGCGCGTCTGGCAGATTTACCCTTGTTCATAATGGCGTTATTGAAAATTACCAAGAATTAAAAGAGAACTATCTTGGGAACGTGCATTTTGTTAGTGAAACAGATACAGAAGTCATTGTGCAACTGATTGAAAAGCTGTTCGCAGAAACAAGCAATACAGCAGCAGCTTTTCGTAAAGCAATGCGTCTATTAAAGGGGTCCTATGCGATCGGTATGATCGATCATGAAAACAAAGATACGCTGTATGTTGCTAAAAATAAAAGTCCTTTACTAGTTGGATTAGGTAACGGATTTAATGTTGTTGCAAGTGACGCCATGGCAACATTAAAAGCAACGGATCAGTATGTCGAAATTCATGATCAGGAAGTAGTGCTCGTTCACCGTGAATATATTGAAATTCATGATCTTGATGGAAATTCCATTATGCGTGAACCATATACAGCTCAAATCGATGCCAATGATATTGAAAAAGGGACGTACCCTCACTTCATGTTAAAGGAAATCGATGAGCAGCCGTTTGTTATGCGTAAAATTATTCGCGAATATCAAACAGAAAATAATGAACTTAAACTAGATCAGAACATTCGCCAAGCTATGAACAGCTGTGATCGTATTTATATTATTGCAGCAGGAACAAGTTATCATGCTGGGTTAGTTGGAAAGGAATTTATCGAAAAACTTGCCAACGTTCCAGTCGAAGTTCATATCGCCAGTGAATTTTCATATAACATGCCATTATTGTCAGAAAAACCGTTGTTTATTTTTATCTCCCAAAGTGGAGAAACAGCAGACAGTCGTGCTGTATTAGTAAAAATTAAAGAAATGGGACATCCAGCATTAACGATTACGAATGTGCCTGGATCCACCCTTTCTCGTGAAGCAGATTATACGTTAAACTTATATGCAGGCCCAGAAATTGCGGTTGCTTCTACCAAAGCATATACAGCGCAAATTGCTGTATTAGCTATATTAGCAGTCGACACTGCAAAAACAAAGGGATTACCGTTGGATTTTGATCCAATGCAGGAGCTAGCGATCGTTGCTAACGCGATGGAAGTGCTAACCGATCAAAAAGAAGCGATAGAAGATTTGGCAAGAAAGTATTTGCATACAGCTCGCAACGCATTTTTTATCGGTCGAAGCGTGGATTACCACGTGTGCTTAGAAGCAGCTCTTAAGCTAAAAGAAATCTCCTATATCCAGGCTGAAGGCTTTGCTGGTGGAGAATTAAAGCATGGAACGATTGCTTTAATTGAAGAAGGAACTCCAGTTATTGCATTGGCCACTCAGGAAAATGTGAATTACTCCATTCGTGGCAATGTGCAGGAAGTAGTAGCACGTGGAGCGAATGATATGGTTATTAGTATGAAGGGGCTAGAGCGAGATACGGATGCATTTGTCATCCCGCATGTTCATGAATTGCTCACACCACTTGTTAGTGTTGTGCCATTACAACTATTGTCTTATTACGCTGCATTACATCGTGATTGCGATGTTGATAAGCCGCGTAACTTGGCGAAAAGTGTGACTGTGGAGTAG	MCGIVGYIGQDDTKEVLLNGLEKLEYRGYDSAGIATLNDTGVQVVKVKGRIAKLRESIDSSLRATMGIGHTRWATHGVPSEENAHPHQSASGRFTLVHNGVIENYQELKENYLGNVHFVSETDTEVIVQLIEKLFAETSNTAAAFRKAMRLLKGSYAIGMIDHENKDTLYVAKNKSPLLVGLGNGFNVVASDAMATLKATDQYVEIHDQEVVLVHREYIEIHDLDGNSIMREPYTAQIDANDIEKGTYPHFMLKEIDEQPFVMRKIIREYQTENNELKLDQNIRQAMNSCDRIYIIAAGTSYHAGLVGKEFIEKLANVPVEVHIASEFSYNMPLLSEKPLFIFISQSGETADSRAVLVKIKEMGHPALTITNVPGSTLSREADYTLNLYAGPEIAVASTKAYTAQIAVLAILAVDTAKTKGLPLDFDPMQELAIVANAMEVLTDQKEAIEDLARKYLHTARNAFFIGRSVDYHVCLEAALKLKEISYIQAEGFAGGELKHGTIALIEEGTPVIALATQENVNYSIRGNVQEVVARGANDMVISMKGLERDTDAFVIPHVHELLTPLVSVVPLQLLSYYAALHRDCDVDKPRNLAKSVTVE	PGPT0017630_5866	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_BY_NODULATION	ROOT_NODULATION_METABOLISM,PGPT0017630-glmS|nodM-K00820	NA	NA
AK148_03344	546			hypothetical protein	GTGAAAACAGTGTGGAAGCCATTTTGGAGTTATAATGTAAAAAAGACAGAAAAATGGCTTCAGGCAAAAGCTTTGCAAGGAGAGCAATTGGTGGGAATAAAGCCTCTTTACCGTTTGTTTATCTTCGAAGCAGGCAACCAACCTCAAGCGATTCAATATCATATTGCTTATCACAAACAGCAACACCATAAGCTGCCTCTAATATTACAGCGAAGTGGGTGGGGAGAATGTTGTCAACGAGGGCGGTGGTACATTTTTACCAATCAACAGAAAACAAAAGATATCTATAATTATCCTGTCCGTCAAGAAATTATTAAGCGCAATCGCAATTTATTCTATTTTTTTACTGCATTAACCATATACGTGCTTCTTACCTTGCTACTGTTTGTTATTATGAGTGGAATTATTGTATTTCACCATGGGAACACACTTACTTTTTGCCCTGTTTTTGTATGGCACACACTCCTTGCAATTAGTATTGGTTTAACTATTATTGGCATATTTTCCACTATATGCCTCTATCAATCCAATAAACATTTTTGGTAA	MKTVWKPFWSYNVKKTEKWLQAKALQGEQLVGIKPLYRLFIFEAGNQPQAIQYHIAYHKQQHHKLPLILQRSGWGECCQRGRWYIFTNQQKTKDIYNYPVRQEIIKRNRNLFYFFTALTIYVLLTLLLFVIMSGIIVFHHGNTLTFCPVFVWHTLLAISIGLTIIGIFSTICLYQSNKHFW				NA	NA	NA	NA	NA
AK148_03345	1134			hypothetical protein	ATGATAGGATTTTTTCGTCCGTTTTGGAGCTACAATATACTGGCAACGGAAAGCTGGTTAAAGTCCATGAGTGAACAAGGGTTTCAGCTCGCCGATTTCAACCCACGAACACGACGGTTTTATTTTGTAAAAGCATTTTATAGCCAACCCTCTATTTATCGCATTTCTTACGCTAAACAAAACGTCCTGCCACCTGCCTTAATAAAAGATGGTTGGCAAAAGGTAGTCCACAAAGGAAAATGGCATATTTTACAACATGAACAAAGTAATGAAATTGCCACATATCCTGAGCGAGAAGGTGTAATACGACGAAATAAACGGTTGATGTATCTGTTTACTACCCTACTAATCTATTTTAGTTTTGCTTTGTTACCGCTTGTTTTTATGTTTATACTATTTATCGCTACGGGTGAATTGAATGTTTCGATAGTAGGAAATCCATTTGCAGTGATAATCGGTATGATGGTGCCTGTATTACTTTCGGTATACGCTTGTTATTCCATCGTTAAGTTAAATAAAGCAAATAAGCAATTACTGTTTGGAAAAGAGAAATGCATTTATAAATGGAGACGGAAATCATATAAAAAGCAAGCAAACTTCTCCAGAGGAAAATTGGCGTGGAAGTATGCGCCTGATAGATTAGAAGCGTGGTTAGAAAATATGGCGTTAGCCGGAAACGAGCTTATTGCTGTAAGTAGATTTGGGGCAAGGTTTTACTTTCGACGAACCAAGCCGAAACATATTCGCTATTGTGTTGATTATCAAAATCATTTAGATGATGCTTATTTTGATTTACATCGCCAGGCAGGGTGGACGTTGTTATATTCTCAAACAGGGTTTTTGGATAAATGGTCCATCTGGGCAAAAGTATACGAACAAGGGGAAGCTGTTCCGCAATTGTATGACGATGTAGGTCATAAATTAAAACACGCAAGAAGAGTTACAATCACACATGTAGCATTTTTAATACCTGCTATTTTGGTATACGTCTATATATTTAGGGATTTTGCTTTATATAATGGGGTTACATGTAAATTACTAGTTTTTGGAATTATTATTATTCAGTTTGCGGCTTTTTTTATACAATCTAGCTTGTATTACAAACGAATGAAGAAAAAAGTGGAAAGATATTAA	MIGFFRPFWSYNILATESWLKSMSEQGFQLADFNPRTRRFYFVKAFYSQPSIYRISYAKQNVLPPALIKDGWQKVVHKGKWHILQHEQSNEIATYPEREGVIRRNKRLMYLFTTLLIYFSFALLPLVFMFILFIATGELNVSIVGNPFAVIIGMMVPVLLSVYACYSIVKLNKANKQLLFGKEKCIYKWRRKSYKKQANFSRGKLAWKYAPDRLEAWLENMALAGNELIAVSRFGARFYFRRTKPKHIRYCVDYQNHLDDAYFDLHRQAGWTLLYSQTGFLDKWSIWAKVYEQGEAVPQLYDDVGHKLKHARRVTITHVAFLIPAILVYVYIFRDFALYNGVTCKLLVFGIIIIQFAAFFIQSSLYYKRMKKKVERY				NA	NA	NA	NA	NA
AK148_03346	330			hypothetical protein	GTGAAACGTGATAAATTAAGAAAAGCTTATGCCCCGATGACAGAAACGGCTTTTTATATACTGTTATCATTGCTTGAACCAAGGCATGGATATGGAATTATGAAGCATGTGGAGGAACTGACAAAGGGAAGAATTCAACTCGGTTCTGGTACGGTCTACGGTACGCTGACAAAAATGCAGCGAGATGGGTTAATTCATGTATATTCGACGAAAGAGCGAAAAAAGATGTACCAAATTACAGTGGATGGTCAGCACATTCTAAAAATAGAAATGCATCGGTTGAGCGAACTACATAGTAATGCGATGAAGTATGGAGGTGATTTGCTATGA	MKRDKLRKAYAPMTETAFYILLSLLEPRHGYGIMKHVEELTKGRIQLGSGTVYGTLTKMQRDGLIHVYSTKERKKMYQITVDGQHILKIEMHRLSELHSNAMKYGGDLL				NA	NA	NA	NA	NA
AK148_03347	1797	dapb3		Dipeptidyl aminopeptidase BIII	ATGATACCATTTCCGAAGCCTACTGTGGAACAGTTCTTTCGCACGTTTGCCATCACTAATTTTACTGTAACTCCTAATGAAAAAAGGGTCCTATTCAGCTCCAATTTAAATGGAAAAATGAACGTATGGGCGATGGACTTGCCAAGTACGTTCCCATATTTATTTGCTCATCGTGAAGAATCGTGTAGCTTTCTAAAATGTGATCCGGAAAATCGTTATGTGTTAGCAGGGTTTGATCAGGATGGTGATGAAAATCATCACATTTATGCTATACCATCAGAAGGAGGGCTGCCACAGCCGCTTGTTACTGGAGACTCGGAAGAAAAGTACTTTTTTGCGCACTTGAGTGATGACGGTGAGCGTATTTATTATATGACATCGGAAGGAAATGCATCATTTTTAAATACGCGTGTTCGCCATTTGCAGGAGGGAAAAGATACCTTGCTTCATGTGGGCGAAGTAGGCCCAACTTTTTTAGAAGCTGTTTCTGAAGAAGAAAAGGCGTTTGTTTTTACACAGACGTATGCCAACACATATGTTATAGGATTTGTAAAAGTGGGCACAGAACAGATCCCGTTAACTCCTGACACGGAGAAAGTGCATGTTGTCATGGATCCAGTATTTGTAGACGAAACGACGATTTTCTTTTTAACGGATTATGAGGATGAATATACGTATTTAGCCAAGTTCGATGTGAATAGCAGAACATTTGCTAAAGTTATAGCCGTTGAAGAAGAAAGTATTAATTTCCTAAAATGGAACAAGGAAAAACAATGCTTTTATTTCGTAACAGAAAAAGGGGTGACGGATAAGCTATATCAATATGATCTTACAGAAAAAGAGCTGCTTACGATAGATGCGCCAACGGACACGATCGATCAATTGGTAGTAGCGAAGTCAGGCAATCTTTATGTGTTAGGTAGAACGGCGACATCACCGGCGAATATTTATCGGTACATATACGAAGGTGGAAATTGGACGATGCTAACGAATAATCGTGTTTTCGGTGTTGCCAGTGAAGAAATGGTTGTGCCTGAGGTTGTGACGTACCCGTCCTATGATGGAATGGAAATCGAAGCATTATTATTTAAAGCTCACGCCCACTATGATAATGGCTATACTATTTTTTGGCCGCATGGTGGACCGCAAGCGGCAGAACGAAAAGAATTCCGTTCCATGTTTCAAGCATTGCTAAATCGTGGTTATTCGATATTTGCCCCTAATTTCCGAGGAAGTACTGGATACGGAGCGTCATTTGTAAAAATGGTCGAACAAGACTGGGGAGAAGGACCGCGTCTTGATTGTTTGGAAGGAATAAAGTGGTTATTTGATAACGACATTACTACGAAAGAAAAATTATTTTTAGTTGGTGGAAGCTACGGTGGTTATATGGCGCTACTATTGCATGGTCGCCATCCTGAGTACTTTAAAGCTGTTGTAGATATTTTTGGACCGTCTGACTTATTTACGTTTGTAAACTCGGTGCCTCCGCATTGGAAACCAATAATGGATCGTTGGCTTGGCGATCCAGAACGAGATAAAGAACGATTCATTACGGATTCCCCTGTTACGTACTTAGAAGGTATGACAAAGCCAATGCTCGTCATCCAAGGTGCGAAAGATCCTCGAGTCGTAAAAGCAGAATCGGACCAAATTGTCGCTAAATTGAAGGAAAAAGGTCGTGATGTTGACTATCTTGTACTTGAAGATGAAGGACATGGCTTTTCTAAAAAAGAGAACGAAATGAAAGTGTATCAACGTATGCTTGACTTTTTAGATCAGCACAGAGATAGCTAG	MIPFPKPTVEQFFRTFAITNFTVTPNEKRVLFSSNLNGKMNVWAMDLPSTFPYLFAHREESCSFLKCDPENRYVLAGFDQDGDENHHIYAIPSEGGLPQPLVTGDSEEKYFFAHLSDDGERIYYMTSEGNASFLNTRVRHLQEGKDTLLHVGEVGPTFLEAVSEEEKAFVFTQTYANTYVIGFVKVGTEQIPLTPDTEKVHVVMDPVFVDETTIFFLTDYEDEYTYLAKFDVNSRTFAKVIAVEEESINFLKWNKEKQCFYFVTEKGVTDKLYQYDLTEKELLTIDAPTDTIDQLVVAKSGNLYVLGRTATSPANIYRYIYEGGNWTMLTNNRVFGVASEEMVVPEVVTYPSYDGMEIEALLFKAHAHYDNGYTIFWPHGGPQAAERKEFRSMFQALLNRGYSIFAPNFRGSTGYGASFVKMVEQDWGEGPRLDCLEGIKWLFDNDITTKEKLFLVGGSYGGYMALLLHGRHPEYFKAVVDIFGPSDLFTFVNSVPPHWKPIMDRWLGDPERDKERFITDSPVTYLEGMTKPMLVIQGAKDPRVVKAESDQIVAKLKEKGRDVDYLVLEDEGHGFSKKENEMKVYQRMLDFLDQHRDS				NA	NA	NA	NA	NA
AK148_03348	660	hrtA		Putative hemin import ATP-binding protein HrtA	ATGACGTTAGTATTAGAACATGTCCATAAAGTATATCAAGACGGACCAAAAGAGTATGTTGCTTTAAATGATGCTTCTTTACAGGTGCAGGCTGGAGAATTTGTAGCAGTCGTTGGTCCTTCAGGATCAGGAAAAAGTACGCTGTTATCTATTGCAGGCGCATTATTATCACCTACTAGCGGTAAGGTTTTACTGGATGGGGAAAATATTGCAACGCTATCTAAGAAAGAAGTAACGAAGCGCAGGTTGGAAAAAATCGGGTTTGTTTTTCAAGCCGCTCATTTACTTCCATATTTAAAAGTGAAGGATCAATTAAATGTTATATCTGTTCTTGCTCATAAACCGAAGCAGCAAAAAACAGACATACTTGCTCATCTTGGTTTAGAGCACCGTATTCATCATTATCCGAATGATCTTTCTGGTGGGGAAAGGCAGCGAGTAGCTATTGCTAGAGCATTAGTGAATGACCCGAAGCTTATATTGGCGGACGAGCCGACAGCAAGCCTCGACTCTAGTCGCGGGCAGGAAGTAGTCAAGCTACTCGCTAATGAGGTGAAAGAGGGCAATAAAGCGGGTGTAATGGTAACGCATGATGAGCGCGTTTTAGGCTATGCTGACAGAATCATTACTATTCGCGATGGAAAAGTGGAATTGGGTTAA	MTLVLEHVHKVYQDGPKEYVALNDASLQVQAGEFVAVVGPSGSGKSTLLSIAGALLSPTSGKVLLDGENIATLSKKEVTKRRLEKIGFVFQAAHLLPYLKVKDQLNVISVLAHKPKQQKTDILAHLGLEHRIHHYPNDLSGGERQRVAIARALVNDPKLILADEPTASLDSSRGQEVVKLLANEVKEGNKAGVMVTHDERVLGYADRIITIRDGKVELG	PGPT0013345_15519	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
AK148_03349	1038		COG0577	putative ABC transporter permease	ATGTTTCTGGCCATTAGAGAACTCTTTTTTGCCAAAACAAAATATATTTTAATCGGCTTAATTATAACGTTAACGGTAAGTCTTATTTTTATTGTATCTGGTTTAGCTGAAGGCTTATCTGCAGATAATGCATCTTCTATTCAAGGTTTAAAAGCCGACTCCCTTGTCTTAGAAGCGGAAGCAGAAGGCGAGTTAGGCAGCTCATTTATTCCAATGCAACAAGCAAAGGAAATAATAAATGATCAAGAACAGGAGGCTAACACGCTTTCTATCCAAATGATGAATGCAACAGTCGGTGGTGGAGACAAGCAAATTAGCCTAGCTTTATTTGCGACAGAACGTGATGGTATATTAATTCCGGAAGTAACGGAAGGGAGGTCTCCTAAGCAAGAAAATGAAGTGCTAGCGGATGAAAGTCTAAAGCAGGATGGCATTCAATTAGGTGATGAATTACAGTTGGGTGAGGAAACGACCTATGTCGTAGCTGGTTTTACAACAGAGCAACGTTATAGCCATACACCAGTTGTGTTTGTTAAAAGCGATGATTTGGAACAAGTGAATGCGGTAGCGGTAAAAGGGGAATCAGCAGCAGAGGGTGCTTATTCCACTATTCCTAAAAACGATGCTTTAGCTGGTATTCCAAGTTATTCACAAGAACAAGCTTCCCTTAACATGATGATTATTTTTTTGTATGTTATTACTGCATTTGTTCTAGCCGTGTTTTTCTATGTAATGACGTTACAAAAACGAGACCAATTCGGTGTTTTAAAAGCGCTTGGTGCGAATAATACATATTTAATTTCAGGATTAATCACCCAGGTTATTCTTCTTTCTATCGTTAGTGTAGGGTTTGCTACAGCGATTAGCTTTGGAATCGGCGCATTATTCCCAGCTGATATGCCATTTATTTTAAACATGGCAACAATTGTGCAACCAGCGATCGTTATTATCGTGGTATCTGTGTTAGGGGCAGTCGTATCGCTTTATCAAGTGATCCAAATTGATCCACTAGAAGCGATTGAAGGGGTGGCAACATGA	MFLAIRELFFAKTKYILIGLIITLTVSLIFIVSGLAEGLSADNASSIQGLKADSLVLEAEAEGELGSSFIPMQQAKEIINDQEQEANTLSIQMMNATVGGGDKQISLALFATERDGILIPEVTEGRSPKQENEVLADESLKQDGIQLGDELQLGEETTYVVAGFTTEQRYSHTPVVFVKSDDLEQVNAVAVKGESAAEGAYSTIPKNDALAGIPSYSQEQASLNMMIIFLYVITAFVLAVFFYVMTLQKRDQFGVLKALGANNTYLISGLITQVILLSIVSVGFATAISFGIGALFPADMPFILNMATIVQPAIVIIVVSVLGAVVSLYQVIQIDPLEAIEGVAT				NA	NA	NA	NA	NA
AK148_03350	1380	hssS		Heme sensor protein HssS	ATGCGAACATTATATTTTCGTATTATAGTAACCACTTTCATTATTATGATTGCCAGTTCCATTATTGCTTTTATTGTGAGTAATGGCTATTACCAATATGTTTTAAAGCCAAAAAACGACGCCAAAGTTACGGAAATTGCGCATAATATTGTGGATTTATATAGAAATAGTGAGCAGCCACTAGATGATTATTTGTCCGAAATAACGGATTTAGGTTATTCATTTTATGTAACTGATTCGCATGGAAATGATCGATCCTTTGGGAAGCCATTCGATGAAGAGCAAACCTCTAGGGAAGTGGTAGATCGCGTATTAGCTGGCGAAATCTATCATGGTATAAAAAACTATCCGTGGCGTTTATTTGTAACAGGTTTTTTTGATCATACGCTGGCAAATACAATTGGTATTTCTATTGAAAGCAATGAGGGATCGGAACATGCACTATTTGTGCGCCCTAATTCCGCGCAGCAATTTGGAGAAATGCGGCTTTTCTTTGCTGTGCTTATTGTTTTAATCTTATTGCTTAGTTTTCTCTTTATTTTGTTTAGTACACGATGGATAGTGAAACCAATTCAATTACTAAAGGCAGCAACAAGAAAAATAGCCGCCGGAAATTATCATATTAAGCTATCTGTTCATCGAAAAGATGAAATTGGTCGTTTAGCCAAAGACTTTTCCATCATGAGTCAGAGTCTACAGCAAACGGAAGAAAAAAGACAAGCGTTTGTGTCCAGTGTGTCTCATGAAATTCAATCTCCACTTACCTCGATTCAAGGATTTTCTCAAGCGCTGCAAGAAGAAGCATTAACGGAGGATGCGAGACGTTATTACTTATCCATTATAGAGAAAGAAAGTAAACGGCTATCTGCTTTAAGTAGGCAATTGTTAACGCTATCCCAGCTAGACCAAACGGAGGGGAAGTTGGAATTTACAACGTTTCATGTTAATGAACAATGGAAAGATATTATATCCACATTGGAATGGCAATGGAGACAAAAACATATCACGATACAATTTGATAACCAAGATACATGGATGAAAGGTGAGCCAAAGCTCCTTTATCAAGTATGGATGAATGTGCTGACGAATGCGATTCGTTACACGCCAGATGGCGGAGATGTTTTCATCCATGTACAAAAGCGAAAAGCGGACGTGCAAGTGGTGGTGTCGGATACTGGGATTGGTATTGCTGAGGAAGATCTGCGTCAAATCTTTGACCGTTTTTATAAAGTGGATAAGGCTCGAACGAGGAAAGAAGGAGGTACGGGTCTCGGATTAGCGATTGCCAAGAAGATTGTGGAGTTGCACAAGGGGACAATTATGGTGGATAGCAAACTCGGTCAAGGGACGAAGGTAGTCGTCATCCTACCACAAGTGTAA	MRTLYFRIIVTTFIIMIASSIIAFIVSNGYYQYVLKPKNDAKVTEIAHNIVDLYRNSEQPLDDYLSEITDLGYSFYVTDSHGNDRSFGKPFDEEQTSREVVDRVLAGEIYHGIKNYPWRLFVTGFFDHTLANTIGISIESNEGSEHALFVRPNSAQQFGEMRLFFAVLIVLILLLSFLFILFSTRWIVKPIQLLKAATRKIAAGNYHIKLSVHRKDEIGRLAKDFSIMSQSLQQTEEKRQAFVSSVSHEIQSPLTSIQGFSQALQEEALTEDARRYYLSIIEKESKRLSALSRQLLTLSQLDQTEGKLEFTTFHVNEQWKDIISTLEWQWRQKHITIQFDNQDTWMKGEPKLLYQVWMNVLTNAIRYTPDGGDVFIHVQKRKADVQVVVSDTGIGIAEEDLRQIFDRFYKVDKARTRKEGGTGLGLAIAKKIVELHKGTIMVDSKLGQGTKVVVILPQV				NA	NA	NA	NA	NA
AK148_03351	834	hssR		Heme response regulator HssR	ATGTTTATTACCGTGAAATTTAGCGAAAAACTAAGACTTCATCATTGGCTGAGGTCTTCGCTTATTTATACTATAATTAAATGGTTCAATTTACTTATAGATGGAGAAGTAGATGCAAAATATTTGTTAGTAGGAGTGAAAAACTTGATTACAGTAATAGTTGTAGATGATGATGCGCATATTAGAGAACTATTACGATTGTATTTACAAAAGGAAGGTTATCAAATGGTGGAAGCGGAGGATGGGGAAGAAGCATTATCCATCATGGAACAAACAGATGTACAAGCAGCTATTGTCGACATTATGATGCCTAAGCTGGACGGATTTGATCTATGTAAACATATGCGTACATTTTATAATATTCCAGTACTTATGTTGACGGCAAAAGGAGAGCTTGCAGATAAGGAAAAAGCTTATCGTGCTGGAACAGATGATTATATTGTGAAACCGTTTGAGCCGAAAGAAGTGCTTTTTCGTTTAAAGGCATTGCTCAGGAGATTTCAAATGATCCATGATGAAAAGATTCAAATTGGCACGATGTGTATAAATCGTAAAAATTATGAAGTACAAGTAAGTGGAAAAACGATTATTCTGCCTTTAAAAGAGTTTGAGCTGTTAGCACAATTAGCTAGTTATCCTAATCAAATATTTACGAGAGAGCAATTAATTGAGCATGTGTGGGGGTTAGGATATGAAGGAAATGATCGTACAGTAGATGTACATATTAAACGGTTAAGGAAACGGTTTTCCCATTGTCAAAGCGATTTTACGATCCAAACGGTGCGAGGGGTTGGATATAAGCTAGAAACGCTAAAGGCGGGAGGACAGTCTTAA	MFITVKFSEKLRLHHWLRSSLIYTIIKWFNLLIDGEVDAKYLLVGVKNLITVIVVDDDAHIRELLRLYLQKEGYQMVEAEDGEEALSIMEQTDVQAAIVDIMMPKLDGFDLCKHMRTFYNIPVLMLTAKGELADKEKAYRAGTDDYIVKPFEPKEVLFRLKALLRRFQMIHDEKIQIGTMCINRKNYEVQVSGKTIILPLKEFELLAQLASYPNQIFTREQLIEHVWGLGYEGNDRTVDVHIKRLRKRFSHCQSDFTIQTVRGVGYKLETLKAGGQS	PGPT0028965_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_AbcA,PGPT0028965-abcA|bmrA-K18104	NA	NA
AK148_03352	1347	glmM	COG1109	Phosphoglucosamine mutase	ATGGGAAAATATTTTGGAACAGATGGTGTACGAGGAGTGGCAAATAAAGATCTTACACCAGAGTTAGCTTTTAAGCTTGGACGAGCTGGAGGTTACGTGTTAACGAAAGAAACACCACGTGCCAAAATCGTAATAGGACGCGATACCCGTGTATCTGGTCATATGCTTGAAGGAGCACTTGTAGCTGGATTGCTATCTATTGGAGCAGAAGTAATGCGTTTAGGTGTTATTTCCACGCCAGGAGTTGCTTATTTGACAAAAGCAACTAGTTCACAAGCAGGTGTTATGATTTCGGCATCTCATAATCCTGTAGAAGATAATGGGATTAAATTCTTTGGACCAGATGGATTTAAATTGACGGATGAGCAGGAATTAGAAATTGAAGCCATTTTGGATGGTGAGGATGAACTTCCTAGACCAATTGGTGCAGAAGTAGGTACGGTTAATGATTATTTTGAAGGCGGACAAAAGTATCTTTCTTATTTGAAAGATACGGTTGATAATGAATTTGATGGTTTAAAAATTGCTTTTGACTGTGCACATGGTGCTACTTCAGCCCTTGCTACGCACTTATTCGCTGATTTAGAAGCAGATATCTATTCTATCGGTTCTTCCCCAGATGGACTAAATATTAATGATGGAGTAGGATCGACTCATCCAGAAAAGTTGCAGGAATTTGTCCTTGAAAAAGGTGCAGATGTTGGTTTAGCTTTTGACGGTGACGGTGATCGTTTAATTGCTGTAGATGAACGAGGGAAACTTGTTGATGGCGATCAAATCATGTTTATTTGTGGGAAGTACATGAATGAAAAGGGCGTGCTTCGTCATAGTACCGTTGTGTCTACAGTAATGAGCAATATTGGTTTTTATAAAGCACTAGAGGCAAATGGAATGCGTAGCGACAAAACAAAAGTTGGTGACCGTTACGTGATGGCTGAAATGCGCCAAGGCGGTTACAACCTTGGTGGAGAACAGTCAGGGCATATTATTTTCCTAGACTATAATACAACCGGAGATGGAATGTTATCCGCACTACAATTGGTCAATGTTATGAAAGAGACAGGCAAGCCTTTGTCAGAACTTGCCGATGAAATGAAAATTTATCCACAAGTACTAAAAAATGTTCGTGTAACAGATAAGGATAAAGCAATGCATCATCCAGACATAAAGCAAGCAATTGATGCGGTGGAGCAGGAGCTAGGTACACAAGGTCGCGTGCTCGTTCGTCCTTCAGGTACAGAACCACTTGTTCGTGTCATGGTTGAATCCCCAACTAAAGAAGAATGTGATTTATATGTGAAGCGAATTGTCGATGTGATTGAAAAGCTACTTGGAAGAGATGAATAA	MGKYFGTDGVRGVANKDLTPELAFKLGRAGGYVLTKETPRAKIVIGRDTRVSGHMLEGALVAGLLSIGAEVMRLGVISTPGVAYLTKATSSQAGVMISASHNPVEDNGIKFFGPDGFKLTDEQELEIEAILDGEDELPRPIGAEVGTVNDYFEGGQKYLSYLKDTVDNEFDGLKIAFDCAHGATSALATHLFADLEADIYSIGSSPDGLNINDGVGSTHPEKLQEFVLEKGADVGLAFDGDGDRLIAVDERGKLVDGDQIMFICGKYMNEKGVLRHSTVVSTVMSNIGFYKALEANGMRSDKTKVGDRYVMAEMRQGGYNLGGEQSGHIIFLDYNTTGDGMLSALQLVNVMKETGKPLSELADEMKIYPQVLKNVRVTDKDKAMHHPDIKQAIDAVEQELGTQGRVLVRPSGTEPLVRVMVESPTKEECDLYVKRIVDVIEKLLGRDE	PGPT0018950_2289	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
AK148_03353	1242	cdaR_2	COG4856	CdaA regulatory protein CdaR	ATGGATAGTTGGTTTCGAAGTAAGTGGTTTGTCCGTGTCGTTTCATTAGCGTTTGCCGTTTTCTTTTATATCTTTGTAACGGTTGATCAAAATAGCGTACCAAATAATGGTGAATCCACATTTCCTGCTGGAGATGAGACGCAAAATTTAGAAACTCTGGATGAAGTTCCGGTTAATATAGATATTGATAGTGAAAAGTATGTAGTTAGTGGTGTTCCAGAGTTTGTTTCTGTCACGTTAGAAGGATCAGCGGCTGTTTTACAACCAACCCTACGTAATCGGAATTTTGATGTGTGGGTAGATTTACAAGGGTTAGAGGCTGGTGAACATACCGTAGAGCTTCAACATGATATTTCTGATAAACTAGATGTATTTATTGAGCCAAAGCGAGTAGATGTGGTGATTGAAGAGAAATCAACTCAAGAATTTCAAGTGAAAGTTGACTTTATAAATACAGATTCAATGGCAGATGGGTATGAGCTTGGTGATTTTGAAGTAAGTCCGCAGAAGGTAACGATTACGAGTGCCAAAAGCGTCATTGAAAAAATTGGTATTGTCAAAGCTTATGTCGATGTAAGTGGCTTAGATGAAGCGATTGATAATCGAGAAGTTCCAGTCAATGTATACGATAGTCAAGGTAATGAATTGAGTGTGAATGTAGAGCCAGAAAATGTCGTGATTTCGGCGAACATTACTAATCCAAGTAAAAAAGTACCGGTTAGCGTCCAGACAACTGGTGAGCCTCCTAAGGGGTATGCATTATCCACGATTTCTGCTAATGTAGAGGAAGTGGAAGTGTTTGCGAGAAGCAGTATACTAAAAGATTTAGAAAAGGTTTCTACGGAGGAAATTGATTTAGCGGACATTAAGAAATCAGGTACAATAGAAACAAACTTAGCATTACCTGATGGTGCAACTGTTTCTAATGGAAAGAAGGTTGAAGTTACTGTTGAATTGGAACAGACAAAGGTGTTAGAGGGAGTACCAATTGAAATAGAAGGATTACAAGATGATCTGGAAGTGGCATTTAAAGATCCAGCTAATCCAGAGATGAAATTAACCGTTACAGGAAAACAATCAGATATAGCAGAGTTAAATCGGGAAGACTTTCGAGTGTTTATTGATGTTAAAGATTTAGAACCAGGTACACATGACGTTTCTATTAATGTGGAATCACCAGATGGCTTGTCGGTTGAACCAGAATTTGAGCAAGCATCCATAGAAATTAATGAAACTTCGTGA	MDSWFRSKWFVRVVSLAFAVFFYIFVTVDQNSVPNNGESTFPAGDETQNLETLDEVPVNIDIDSEKYVVSGVPEFVSVTLEGSAAVLQPTLRNRNFDVWVDLQGLEAGEHTVELQHDISDKLDVFIEPKRVDVVIEEKSTQEFQVKVDFINTDSMADGYELGDFEVSPQKVTITSAKSVIEKIGIVKAYVDVSGLDEAIDNREVPVNVYDSQGNELSVNVEPENVVISANITNPSKKVPVSVQTTGEPPKGYALSTISANVEEVEVFARSSILKDLEKVSTEEIDLADIKKSGTIETNLALPDGATVSNGKKVEVTVELEQTKVLEGVPIEIEGLQDDLEVAFKDPANPEMKLTVTGKQSDIAELNREDFRVFIDVKDLEPGTHDVSINVESPDGLSVEPEFEQASIEINETS				NA	NA	NA	NA	NA
AK148_03354	822	cdaA	COG1624	Cyclic di-AMP synthase CdaA	ATGCTTGATGGGGGATTTGACCTAATACAGCTCCTTAGGATAGGCGTAGATATCGCTCTCGTCTGGTATGTTTTATATAAATTAATCATGCTGATAAGAGGTACGAAGGCTATTCAACTTCTTAAAGGGATTGCAGTGGTACTAGCAGTGTGGTTGTTAAGCATTGTCTTGGACTTACAAACAGTGCGCTGGATTACAAGCCAGGCGATTGACTGGGGTCTTATCGTGATTATTATTTTATTCCAACCAGAGTTGCGTAGGGCATTGGAACAATTAGGGCGCGGTAATATTTTTGGACGAAGTGCCCGATCGGAAGAAGAAATTATTGAAAAGAATATTGATGCCATTATCCAATCCTGTAATTACATGGCTAAACGTCGGATTGGTGCGTTGATCACCATTGAGCGTGAAACAGGAATCGGAGACTATGCAGAAACAGGTATTCCCATTAATGGAAAACTAACACATCAACTGTTAACAAATATATTTACACCAAACACGCCATTGCATGATGGTGCTGTTATTTTAAAAGGTGACGAAATCATTGCTGCAGCATGCTACTTGCCTTTGTCGGAAAGTCCTTTTATTTCCAAAGAGTTAGGAACAAGGCACCGTGCTGCAATGGGCATTAGTGAGGTTACAGATGCGCTAACCATTGTAGTATCCGAAGAAACGGGTGATATATCTTGCACGAAAAATGGCGAGCTACATAGAGAGCTAAGTCAGGAAAGCCTAAGAGATTTATTACACAAGAACCTATCATTAAGTTTGAAAGCCCCTGAAAAAAAGTCAAAAAAAGGGAGGGCAAACAAAAATGGATAG	MLDGGFDLIQLLRIGVDIALVWYVLYKLIMLIRGTKAIQLLKGIAVVLAVWLLSIVLDLQTVRWITSQAIDWGLIVIIILFQPELRRALEQLGRGNIFGRSARSEEEIIEKNIDAIIQSCNYMAKRRIGALITIERETGIGDYAETGIPINGKLTHQLLTNIFTPNTPLHDGAVILKGDEIIAAACYLPLSESPFISKELGTRHRAAMGISEVTDALTIVVSEETGDISCTKNGELHRELSQESLRDLLHKNLSLSLKAPEKKSKKGRANKNG				NA	NA	NA	NA	NA
AK148_03355	633	rsiW	COG5662	Anti-sigma-W factor RsiW	TTGAATTGTAATAAAGAAGCAGTAGAATTGATGCATTGTTATTTAGATGGAGATATTACAAAAGAGCAGGAGCAGGCGCTCAGTGCGCATTTGGAGAATTGCGAGGCGTGTCAAAAACATTTTCACGAATTGAAACGTACGATTACACTTTTGCAAAGCACAGAACAAATAAAAGCCCCTGCTAATTTCACTGCAAATGTGATGAATAACCTTCCGACAGAGCGGAAGCGATTTAAATATAGAAGATGGTTTAAATCCCATCCAATTTTAACTGCGGCAGCGATATTTTTTATTTTTATGATTAGCGGTATGTTTTCAGTATGGAATCAAGATAATCAGTTAAGTGTCTCTAAACAGGATAATTTAGTTATTCAAGGGGATACGGTAATTGTACCTGCTGATGTGACGGTTGAAGGGGACTTAGTCGTAAAAAATGGCGACCTCATTATTAACGGGACGATTGATGGAAATGTTACGTTAATTAATGGTGAACTCATTGAAGAACCGATAGAAGGTGATGGCTTGATGGCTTCTGTTGGTGAAATCAATGGAGAGATAGAACATGTAGATCAAATGTTTGAGTGGGTGTGGTATTCCATTAAGGAATTGTTCGAAAATATCTTCTCATTTTAA	MNCNKEAVELMHCYLDGDITKEQEQALSAHLENCEACQKHFHELKRTITLLQSTEQIKAPANFTANVMNNLPTERKRFKYRRWFKSHPILTAAAIFFIFMISGMFSVWNQDNQLSVSKQDNLVIQGDTVIVPADVTVEGDLVVKNGDLIINGTIDGNVTLINGELIEEPIEGDGLMASVGEINGEIEHVDQMFEWVWYSIKELFENIFSF				NA	NA	NA	NA	NA
AK148_03356	564	sigW	COG1595	ECF RNA polymerase sigma factor SigW	ATGGATGAAATGATTAAAGATAGAATTAAACAAGTGAAAAAAGGAGATCAATCCGCTTTTGAAGATGTGGTCTCATTCTTTCAAAATAGGATCTACCAGCACTGTTTTCGCATGCTTGGTAATGCACACGAGGCGGAAGATATAGCGCAAGAGGCTTTTATTCGTGCATATGTCAATATCCATTCTTTTGATGATCAAAGGAAATTTTCGACGTGGTTATATCGAATTGCAACGAATTTAACGATAGACCGTATTCGTAAACGAAAACCAGATCATTATCTAGATGCAGAGGTAAAAGGAACGGAAGGATTGAATATGTATTCCCAGATAGCCGATAAGGGGAGACTACCAGAAGAAGAAGTCGAAGGAATTGAGCTTAAACGCTATATTCATTACGAAATTTCACAGCTTCCTCCGAAGTATCGCAGTATCATAATGTTGCGGTATATTGAAGAATTTTCCCTCCAGGAAATTAGTGAAATTCTGGATATTCCACTTGGGACTGTAAAAACCCGTATTCATCGTGGAAGGGAAACCTTAAGGAAAAAGCTTCGTCACGTGTAA	MDEMIKDRIKQVKKGDQSAFEDVVSFFQNRIYQHCFRMLGNAHEAEDIAQEAFIRAYVNIHSFDDQRKFSTWLYRIATNLTIDRIRKRKPDHYLDAEVKGTEGLNMYSQIADKGRLPEEEVEGIELKRYIHYEISQLPPKYRSIIMLRYIEEFSLQEISEILDIPLGTVKTRIHRGRETLRKKLRHV	PGPT0014960_8289	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
AK148_03357	168			hypothetical protein	GTGAGTAATTCTAAATTATTGGAAAGAATTGAAATGAAAAGAGAAAAAATGCTCTCTCTCAGTAACTCGCATGCATTGACCTCTGAAGCAGTAATTAACTCAAGTATTGAATTAGATGCATTAATCTTGGAATATGTAACAACAACGAACTACAACAGGAAAAATTAA	MSNSKLLERIEMKREKMLSLSNSHALTSEAVINSSIELDALILEYVTTTNYNRKN				NA	NA	NA	NA	NA
AK148_03358	903	rocF		Arginase	ATGAAATCAACGATATCAATTATTGGGGTTCCGATGGATTTGGGGCAGAGCAGACGTGGGGTAGATATGGGGCCGAGTGCAATGCGTTATGCTGGAGCGGTGCAAAGGTTAGAAGCATTGGGGTATACGTTACATGATTATGGTGACATTGGTATTACTCGACCTGACAAACAAGCAGCCGGACAAAGTTATCAACTAAAGAATTTACCTCAAGTAGTTGAAGCAAATGAAAAATTAGCAACGATGGTTGATCAAACAATAGAAAAAGGGCATTTTCCGTTAGTTTTTGGGGGTGACCATAGCATTGCTATTGGAAGTTTAGCTGGGATTGCTAAACATTATGAACAGCTTGGAGTTATTTGGTATGATGCGCATGGGGATTTGAATACGACGGAGACATCTCCATCAGGTAACATTCATGGAATGCCACTTGCTGTAAGCTTAGGCTTCGGTCATGAACAATTAACGTCGATTGCGGGGTACTCACCTAAGGTAAAGCCGGAAAACATTGTTATTATTGGAGCTCGTTCCCTTGATCCTGGAGAGAGAGAGTTAATACACGAGAAGGGAATACAAGTTTATACTATGCATGAAGTAGATCGAATAGGCATGTCGAACGTCATTGAGAAAGCGGTTGGTTATTTAAGTCCTCGTACTGATGGGGTGCATGTAAGTGTAGACTTAGATGGTCTTGATCCGTCTGAGGCGCCAGGAGTAGGTACACCAGTTATCGGTGGCATGACTTATCGCGAAAGCCATTTAGCTATGGAAATGTTAGCGGAGGCAGGCATCATTACGTCCGCCGAATTTGTGGAAGTCAACCCAATTCTAGATGAGAAAAATAAAACGGCAGCGCTTGCTGTCGGTTTAATGGGATCATTATTTGGTGAAAAATTAAAGTGA	MKSTISIIGVPMDLGQSRRGVDMGPSAMRYAGAVQRLEALGYTLHDYGDIGITRPDKQAAGQSYQLKNLPQVVEANEKLATMVDQTIEKGHFPLVFGGDHSIAIGSLAGIAKHYEQLGVIWYDAHGDLNTTETSPSGNIHGMPLAVSLGFGHEQLTSIAGYSPKVKPENIVIIGARSLDPGERELIHEKGIQVYTMHEVDRIGMSNVIEKAVGYLSPRTDGVHVSVDLDGLDPSEAPGVGTPVIGGMTYRESHLAMEMLAEAGIITSAEFVEVNPILDEKNKTAALAVGLMGSLFGEKLK	PGPT0020100_1740	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020100-rocF-K01476	NA	NA
AK148_03359	771	surE	COG0496	5'-nucleotidase SurE	TTGAACATTTTAATTACAAATGATGATGGCATTTTTGCACCAGGTGTGAAGGCGTTAGCTGAGTTGCTTTCCCATTTCGGTAAGGTAATCGTAATTTGTCCAGAAACGGAAAAGAGTGCCTATAGTCATAAAATCACATTACGTCAACCATTAAATTTAAAAAAAGTAGACTTGTCCTCTACGGCAGAAACCTATGCCGTCAATGGATCGCCCGCAGATTGTGTAAAAATTGGGATGAATGTGTTAGAAGGTGAGCCAGATATCGTATTTTCTGGTATTAATATTGGTCCTAACGTCGGTAGGGATTTATATTACTCAGGAACAATTGCTGCTGCACAAGAAGCGATGTTATATCAATCGCCTTTAATATCTGTATCGTTAGAGACATTTGATAGCAGAAAAATAAAATTCGACATCGTTAAACAATTATTTTATCAAGTCCTAGAAGTGATTATTCAAAATAAACTTCCAAAAAATTTGATGTTAAATGTCAATCTTCCTTATACATCGAAAGAGTTGTGTAAAGGAGTGCGCGTTGTTCCCATGGATTTAACCGTCTCTCGATATAACTTTACGGGGTTAAATGACTCACATGGTCAAATTTATTACTGGTTAAAAGACAATTACCATGAATTAGAGCTTAATGAAGGTACCGATTATGATCTGCTGCGGCAAGGGTTTATTACCATTTCTCCTATAGAGTTAGTACATACAAAGAAAAGAAGAATTGATCAACTTACTCGGTGGTTTCAGTATTTTAAGGAAAGGTAA	MNILITNDDGIFAPGVKALAELLSHFGKVIVICPETEKSAYSHKITLRQPLNLKKVDLSSTAETYAVNGSPADCVKIGMNVLEGEPDIVFSGINIGPNVGRDLYYSGTIAAAQEAMLYQSPLISVSLETFDSRKIKFDIVKQLFYQVLEVIIQNKLPKNLMLNVNLPYTSKELCKGVRVVPMDLTVSRYNFTGLNDSHGQIYYWLKDNYHELELNEGTDYDLLRQGFITISPIELVHTKKRRIDQLTRWFQYFKER	PGPT0013405_2020	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013405-surE-K03787	NA	NA
AK148_03360	1083			Phosphomevalonate kinase	ATGGTAGCGGGGGAGTTTGCTGTACTACAGCCGTATCAACAATTAGTTGTAATGGCTGTAGATCGTTTTGTTTATGCAACGATAAAAGATAGTGCAACAAACGGTTTACATTTAATGGATTTCCAATTACAACATGTAGGTTGGGAATATAATGGGGATAAAGTTGAACTTTATTCTAAAGATAAAAGAACGACATTTGTTCAAGCATCTATGACAACAGCATGTAACTATTTAAAAGAACGGCATATCGCGATAACCCCTTTTGAATTAACGATTAAAAGCGAACTTGATGATGAATCAGGGGTGAAATATGGCTTAGGATCAAGCGCTGCTGTATCTACATCTGTTATTTCCGCTATTTTAAATAAGTTTATGCCTAAGAAACCAGAAGCAAAGCTCATTTATCAATTAGCAGCGATCGCTCATGTTGTAACGCAAGGTAACGGTTCGGGAGCCGATGTCGCTGCTTCCTCTTATGGAGGTTTCCTAAACTATTCCTCATTTCAAGCGGAATGGCTTCGTCAAGCCTACGAGGAATCACAAACATTAACGGAACTCATTCATAAAGACTGGATTTATGCTTCTTTGGAGCCTATTTCATTGCCGGACTCTGTTCATGTTTGTATCGGTTGGACAGGAAAACCAGCTTCTACCAAAAAGCTGGTGGAGCAAATTTTAAAGTTAAAGACAACCAATTCTAAACAATTTACTAGCTTTATTAGGCATAGTGAGCAGGCGATTGCGAATGTATTGGCAGGAATGAAGCAAAACAACCCGCAGTTACTGCTTCAAGGGATAAAAGAAAATCGTCACGCGCTAGCGACTGTTGGAAGGGATGCAAATGTTGCTATTGAAACGCCGTTATTAACGACACTCTGTGATATAGCGGAACAATTTGGAGGTTCAGGGAAGCCTTCTGGAGCTGGTGGAGGCGATTGTGGCATTGCTTTTATGCCTTCTAAACAAGCTGCGGAGGCTGTATTAGTAGCTTGGGAAAAAGCAGGGATAAAGCCACTCGCGTTACATCCCTATCCGCATGGAGCAATGGTTAGTGACACCGAACATATAAATGAAATGAAATGA	MVAGEFAVLQPYQQLVVMAVDRFVYATIKDSATNGLHLMDFQLQHVGWEYNGDKVELYSKDKRTTFVQASMTTACNYLKERHIAITPFELTIKSELDDESGVKYGLGSSAAVSTSVISAILNKFMPKKPEAKLIYQLAAIAHVVTQGNGSGADVAASSYGGFLNYSSFQAEWLRQAYEESQTLTELIHKDWIYASLEPISLPDSVHVCIGWTGKPASTKKLVEQILKLKTTNSKQFTSFIRHSEQAIANVLAGMKQNNPQLLLQGIKENRHALATVGRDANVAIETPLLTTLCDIAEQFGGSGKPSGAGGGDCGIAFMPSKQAAEAVLVAWEKAGIKPLALHPYPHGAMVSDTEHINEMK	PGPT0007565_436	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007565-mvaK2-K00938	NA	NA
AK148_03361	975			hypothetical protein	ATGAAAGCAACTGCAAAGGCGCATACAAATATTGCCCTTATTAAATATTGGGGAAAGCGAAATGAAGCGATTATCTTACCTACGAATAATAGCTTGTCACTTACTTTAGATGGCTATTATACGACAACGACAGTGGAATTTGATGAATCGCTTTCCCAAGATCAATTCATGTTAGATGAGCAAATCGCATCCGGAGAGCAGTACAAACGGGTAACGGCATTTCTTGATATTATAAGACAAATAGCAGGTAAACAGCTATTTGCTAATGTAACATCGGTGAATGAGGTACCGACTGCCGCCGGTTTTGCCTCCTCTGCTTCTGGTTTTGCCGCGTTAGCAGCCGCCGGATCGAAAGCCATAGGTTTACATTTATCCGAGAAAGAGCTCTCTAGATTAACTCGTCGAGGCTCCGGGTCAGCTTGTAGATCCATTTATGGTGGTTTTGCAGAGTGGGAAATGGGGATGCGTGAAGACGGAGAAGATTCTTACGCTGTACCGATTGCTCCAGCAAATTATTGGGATATTCGTGTAGCGGCTGTGGTGTTATCTGCGTCGAAAAAAAGTGTTTCGAGTCGTACAGGAATGCGAAGAACAGTTGAAACATCGCCATTTTTTCAAGGCTGGCTGGATAGTATTTCCTATGATTTAACGGAAATAAAACAAGGAATTAAAGCGCGTGATTTTCAAAAAGTCGGTGAAATTGCTGAGGCAAACTGTATGAAGATGCATGCGACGACGTTAGGTGCAAAACCTCCATTTACATATTGGCATGACACGACGCTAGTAGTGATGCAAAAAGTTTGGGAAATGCGCTCACAAGGTACACCTGTTTATTTTACGATTGATGCTGGCCCGAACGTAAAGGTGCTTTATTTACCGGAGCATGAAGCATATATTGAAAAAACATTCCGACAATTACAAGGTGTCACTGATATTCGTTTGAGTAAACCAGGTCAAGGAATTACGTATATATAG	MKATAKAHTNIALIKYWGKRNEAIILPTNNSLSLTLDGYYTTTTVEFDESLSQDQFMLDEQIASGEQYKRVTAFLDIIRQIAGKQLFANVTSVNEVPTAAGFASSASGFAALAAAGSKAIGLHLSEKELSRLTRRGSGSACRSIYGGFAEWEMGMREDGEDSYAVPIAPANYWDIRVAAVVLSASKKSVSSRTGMRRTVETSPFFQGWLDSISYDLTEIKQGIKARDFQKVGEIAEANCMKMHATTLGAKPPFTYWHDTTLVVMQKVWEMRSQGTPVYFTIDAGPNVKVLYLPEHEAYIEKTFRQLQGVTDIRLSKPGQGITYI	PGPT0007575_1103	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007575-mvaD-K01597	NA	NA
AK148_03362	969	galK		Galactokinase	ATGAGTGCAGAAAAAGTAACAACCACAGAAAAAACAGCTATCGGTGTAGCTTATAGTAAACTAATTTTAATTGGAGAGCATGCAGTTGTACACGGACAACCGGCTATTGCTATTCCATTTCCATTGGTAGGTGTAGAGACTGCCGTTGAACATTTTCCAGGACCGGTCAAGATTGATACAACTTTCTATCATGGCTCTATTGCTGATGCTCCAGAATCATTAGAAGGTATTGTAAAATGCATTGAAGGTACAATGGAGTATTTAAATATAGCTTGTGAGGATATGATTATACGCATTACATCAACGATCCCACCTGGTAAGGGGTTAGGTTCCAGTGCTTCTGTGGCGATATCCGTAGTCCGCTCCTTATTTGCTTATTTTGATGAGGATTATACAGATGAAGAATTACTGCAACTGGCGAATATAGCGGAGACGTTTGCACATGGAGCTCCGTCAGGGATTGATACATTGACGATCACATCACAGTCTCCTGTCTGGTATGAAAAGGAACACCCGATTGATTTTATTCACTTAAGTGAGGACTTTCATTTTGTTGTAGCGGATTCTGGTCGTGTAGGAGATACACGTCTAGCAGTAGAGTCCGTAGCAAATTTATTAAAAACCGCGCCAAAACGAATTCAGCGTAAACTAGAACGAATCGGAAAACTGACTCATGATGCAAAACAGGCTTTGGAGAAAAAAGGAAAGCATATTTTAGGACATATGCTAAATGAAGCGCAAAAAGAATTGGAAGCTTTAGGTGTTAGCGACACTGGGTTGAATCGTTTAATCGATTTTGCCAGACAAGAAGGCGCGCTCGGAGCTAAGTTAACCGGCGGAGGTAATGGCGGCTGCATCATTGCCCTTGCCCAAAATGAAGTTCATTCCAGACAATTAGCGGAGAAATTGAGAAAATTCGGCGCACATGCAGTATGGCCATTTGTGTTGAAAGAGAGCCAAGATCATTAA	MSAEKVTTTEKTAIGVAYSKLILIGEHAVVHGQPAIAIPFPLVGVETAVEHFPGPVKIDTTFYHGSIADAPESLEGIVKCIEGTMEYLNIACEDMIIRITSTIPPGKGLGSSASVAISVVRSLFAYFDEDYTDEELLQLANIAETFAHGAPSGIDTLTITSQSPVWYEKEHPIDFIHLSEDFHFVVADSGRVGDTRLAVESVANLLKTAPKRIQRKLERIGKLTHDAKQALEKKGKHILGHMLNEAQKELEALGVSDTGLNRLIDFARQEGALGAKLTGGGNGGCIIALAQNEVHSRQLAEKLRKFGAHAVWPFVLKESQDH	PGPT0007570_839	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007570-mvaK1-K00869	NA	NA
AK148_03363	1290	mvaA		3-hydroxy-3-methylglutaryl-coenzyme A reductase	ATGCAGACTTCCAGAATTCCTGGTTTTTATAAGCAAACAGTTACAAAGCGAAGAGAATTGCTAAAAAACGTGGAGGCGTTTACGGAAGAAGCTTTTCATGTCCTTTCTTCACCAGAACCGCTTCCGCTTGATACAGCTGATAACATGATCGAAAATGTTATTGGAACTTTTCCCCTTCCTTTAGGAACAGGATTGAACTTTCTTATAAATGGGAAAGAATATATAGTGCCGATGGTTATTGAGGAACCATCTGTTGTAGCATCTGCTAGTCATATTGCTAAGATTGTACGTGAAGCAGGAGGCTTTACTACGGAAGCTACGGAAAGAGTAATGATTGGACAAATTCAAGTAATTGGATGTACAGATTTTCATAAAGCAAAAGCTGCTCTCCTTCACGCGGAAGACGCATTAATTGAACAGGCTAATGCGTCTTATCCAAGCATTGTGAAACGTGGTGGTGGCGCAAAAGAAATCGGTGTACGGATACTTAATGAAGACAGTATGTCAAATTACCAGCAAATGCTCGTTCTTCACTTGTACATTAATACATGTGATGCTATGGGAGCGAATATTATTAATACAATGGTTGAATCGCTTGCTCCGACTGTAGAAGAATTGACTGGTGGGAAGGTGTATTTGCGTATATTGTCGAATTTAGCCGATCGATGCTTAGCTCGTGCTACTTGTACAATCCCGCCTCATTTGTTGAAAACAGGTGACTTCTCTGGCGAAGAAGTAAGAGACGGCGTCATTCACGCATACGAATTTGCTGCTTCGGATCCGTATCGAGCAGTTACGCATAACAAAGGAATTATGAACGGGATTGATCCGGTTGTTATTGCAACCGGAAATGACTGGCGTGCGGTGGAAGCAGGTGCGCATGCATATGCAGCTCGTGATGGACAGTATACTTCAATGACAACATGGTCTGTTGATGCAGAGGGAAATCTTGTAGGCGAATTGGAGTTACCGATGTCTGTTGGGATCGTTGGGGGTTCTATCAATGTTCACCCAATGGCACAGGCTGCGTTAGGTATATTACATGTATCGTCTGCCCAAGAGCTATCACAGGTAATTGTTGCAGTCGGTCTCGCACAGAATTTAGGCGCATTAAAGGCGTTAGCTACCGATGGTATACAAAAAGGCCACATGGCTTTACATTCTCGTTCTGTTGCCATAGCAGCAGGAGCTACTGGGGAGTTGATTGATATCGTGTCGAAAAAATTAGTAGAAATAAACGAAATCCGTGTTGGAAAAGCTAAAGAACTGGTGGAAGAGTATATAAAATGA	MQTSRIPGFYKQTVTKRRELLKNVEAFTEEAFHVLSSPEPLPLDTADNMIENVIGTFPLPLGTGLNFLINGKEYIVPMVIEEPSVVASASHIAKIVREAGGFTTEATERVMIGQIQVIGCTDFHKAKAALLHAEDALIEQANASYPSIVKRGGGAKEIGVRILNEDSMSNYQQMLVLHLYINTCDAMGANIINTMVESLAPTVEELTGGKVYLRILSNLADRCLARATCTIPPHLLKTGDFSGEEVRDGVIHAYEFAASDPYRAVTHNKGIMNGIDPVVIATGNDWRAVEAGAHAYAARDGQYTSMTTWSVDAEGNLVGELELPMSVGIVGGSINVHPMAQAALGILHVSSAQELSQVIVAVGLAQNLGALKALATDGIQKGHMALHSRSVAIAAGATGELIDIVSKKLVEINEIRVGKAKELVEEYIK	PGPT0008340_3	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008340-hydroxymethylglutaryl_CoA_synthase-K01641	NA	NA
AK148_03364	822			hypothetical protein	ATGCGTGGTGATAGAGTGGGTACATACCTTCATAGAATGCAGGATTTTTTGGATATAGATACGTATCATTTCTCAGATGATCAATTAGATTCTTTACTAGAAGAAATGCTTGAAAACATCGGACATACTGATCCTGAAATACGAGACGATCTTATTTACAATAGTTTCGTTAAACTGATATTAAAAGATTACGTAACGAAAGAGCAAACAATATATATTTTACAAAAGTGCATGAGTGAACAGTATCTGTTTTTTAATATAGAAGATAAAACGATAGGAGATAGCGTGTTTACGCGCTCATTCTCAGCGCTTGTAATAGCTACAATTTTATATAAGGATGCAACAACTAGAAACTTATCTAGTGAGCTCGTATTGTACGCCATTCATGTAGGTATAGAATACTTGTTATTAGAACAGGACTATCGTGGTTATGTTGAAGAAAAGGGGTGGGCACATAGCATTGCGCATGGTAGTGATCTGCTGGCTAATTGTGTATTACATCCTGAATTTGATGCGAGCCAAACGAAAGCATGTCTTCACGCAATAAGGAAATGTGTTTTGGTTGAGTATCCTTATATTGATGAAGAAGACGAACGTCTTATTCAAGTTATGGAAGCTTTAATTAAAAAAGGTATGAAAGATATAGAATTACGTAATTGGATTGCAGATTTAGAAGTAGAACTCCATCTCCCTCATGAAAGATACCGTATTGAATGGAATGTAAAACGTTTTTGTTATTCCTTATACATAACTCTGTTACAACATAGAGAATTTTCAGCATCTAGGCAAGCCATTTTAGATAAGTACCAGCAAAATAATTAA	MRGDRVGTYLHRMQDFLDIDTYHFSDDQLDSLLEEMLENIGHTDPEIRDDLIYNSFVKLILKDYVTKEQTIYILQKCMSEQYLFFNIEDKTIGDSVFTRSFSALVIATILYKDATTRNLSSELVLYAIHVGIEYLLLEQDYRGYVEEKGWAHSIAHGSDLLANCVLHPEFDASQTKACLHAIRKCVLVEYPYIDEEDERLIQVMEALIKKGMKDIELRNWIADLEVELHLPHERYRIEWNVKRFCYSLYITLLQHREFSASRQAILDKYQQNN				NA	NA	NA	NA	NA
AK148_03371	777	fabI	COG0623	Enoyl-[acyl-carrier-protein] reductase [NADH] FabI	ATGAGTAACTTAGTAGAAGGTAAAAATATTGTCATCATGGGCGTTGCCAGCGAACGAAGTATCGCTTGGGGTGTAACGACTTCATTACATAAAGCCGGTGCAAATTTAATTTTCACATACCGTCAAGATAGATCTTACGGTAAGCTAACAAAATTGCTCGACAAACATAACATTGAAGCTAAAGGTATTGTCGAATGTGATGTTGCAAGTGATGAAAGTATTACAAATGCATTTGCTTCTATTAAAGACAAGGTAGGAGTCATTCACGGTGTTGTGCACTCTGTAGCTTTTGCCAATCGTGATGAGTTAAAGGGAGAATACGCAAATACGTCCAGAGAAGGATTTCTATTAGCACATGAAATTAGCGCTTTTTCATTAGTTGCTGTTACAAAAGCTGCTAAAGAGCTTATGACAGAAGGTGGCAGCATCGTCACACAAACCTATCTCGGTGCAGAAAAAGTCATTCAAAATTACAATATTATGGGCGTTGCCAAAGCTTCCCTTGAAGCAAGCGTCCGTTATCTTGCTGAAGATATGGGCAAATATGATATTCGTGTCAACGCAGTTTCTGCTGGTCCTATCCGCACATTATCCGCTAAAGGGGTCTCCGGATTTAATGAAAAACTAGGGCTTATTGAAGAAAAAGCACCTTTACGAAGAAATGTAGACCAAGATCAAGTGGGCGACGCAACATTATTTTTTATGAGCGAGCTATCACGCGGCGTAACTGGAGAAGTCCTCCATGTAGATTCTGGATATCATATTATTGGTGGCTAA	MSNLVEGKNIVIMGVASERSIAWGVTTSLHKAGANLIFTYRQDRSYGKLTKLLDKHNIEAKGIVECDVASDESITNAFASIKDKVGVIHGVVHSVAFANRDELKGEYANTSREGFLLAHEISAFSLVAVTKAAKELMTEGGSIVTQTYLGAEKVIQNYNIMGVAKASLEASVRYLAEDMGKYDIRVNAVSAGPIRTLSAKGVSGFNEKLGLIEEKAPLRRNVDQDQVGDATLFFMSELSRGVTGEVLHVDSGYHIIGG	PGPT0008370_3024	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008370-fabI-K00208	NA	NA
AK148_03372	921			hypothetical protein	ATGGCAAAAATCGCTATTGGTGCTGGGCATGGAATGCATACGCCGGGCAAACGAAGCCCTGCTGGAGAAAGGGAGTGGACATTTAATAATAAAGTTGTGTCTGCGGCTATCAAGTATTTAAATAGGTATGCGAATACCACTGTTATACGGATGGACGATCCTACAGGAGATACAGATGTGCCGTTAACGACAAGAACGAATGTGGCAAATAATGCTAATGCGGATATTTTAATATCCTATCATCACAATGCGAATACCGGGCAATGGGGTTCTTGGACAGGAACAGAGACGTATTACTATCCGGGGTCATCTAGTGGGTTAGCTTTAGCAAGAGCTATTCATCCAAGTATTGTCGGGGCGATGGGATTACGTGATCGAGGTATTAAATCAGCGAATTTTCATATGCTTCGGGAGTCCAGCATGCCTGCTATTCTCATTGAAGGTGGATTTATGGATTCTACCATTGATATTGTTAAAATGCGCAATAATACGACGATGGACCTTACTGGAAAAGCTTTAGCAAATGCTATTGGCGCGTATTTGGGATTACAGCCAGAGGGAGGCGGGACTACGTATACGGTTAAAGCTGGAGACACATTATGGGGGATTGCACAGGCACATAGTATGACTGTTAGCGAATTAAAGGCGTTAAACAACCTTACCGATGACAACATTTATCCTGGACAAGTACTAGTCATTAGTGGATCTCCTTCAGGAAGTGCAAGTTTTGTAGAAGTAATTACTGCAAGTTTATGGGTGTATGATGTTCCTGACTGGGACGCAAAATACGAAATAGTGCACCAAGGAGAGGTATTTACGGTAAATGATGCATTATATGTAAATGGATCTAAAATGTATAAGTTAAAGTCTGGGTTATATATTACCGGAAATTCAAACTATGTACGTTATTTTTCTAAGTAG	MAKIAIGAGHGMHTPGKRSPAGEREWTFNNKVVSAAIKYLNRYANTTVIRMDDPTGDTDVPLTTRTNVANNANADILISYHHNANTGQWGSWTGTETYYYPGSSSGLALARAIHPSIVGAMGLRDRGIKSANFHMLRESSMPAILIEGGFMDSTIDIVKMRNNTTMDLTGKALANAIGAYLGLQPEGGGTTYTVKAGDTLWGIAQAHSMTVSELKALNNLTDDNIYPGQVLVISGSPSGSASFVEVITASLWVYDVPDWDAKYEIVHQGEVFTVNDALYVNGSKMYKLKSGLYITGNSNYVRYFSK	PGPT0024160_5115	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448	NA	NA
AK148_03373	225			hypothetical protein	ATGGATAAAGGTACGGTGGTTAGAACAATAGCGTTAGCGATAGTTTGGATCAATGCCGTTTTAGTGAATTACAACTTACAGCCTATACCGCTGTTGGAAGAGGAAGTTATTGCATATGGAGTTACATTTATAGTCTCTGTGTGGACATGGTTTAAAAATAATTATATTACGCTTAGGGGAAGGCAACAAAAAGAAGTGCTACAAAGGTCAAACCTTACCAAATAG	MDKGTVVRTIALAIVWINAVLVNYNLQPIPLLEEEVIAYGVTFIVSVWTWFKNNYITLRGRQQKEVLQRSNLTK				NA	NA	NA	NA	NA
AK148_03374	273			hypothetical protein	ATGTCTCAATGGTACACAAATAAAGAATTATTTGAACAAATTGCGGCTATTCAAGGTGAGTTTAAAGATTTGCGACATGAGATGCAAGAGACGCGAAATATGATTAAAAAATATAATGGTCTACGCGAAGAGCTAGGGGTTGTGAAAGAAAAGGTAGAGAGAATAGAAGCAAAAACAGAAGGAAAATTTACGGTGTTGGAAGCTATCCGCCTTTGGGGTGGGTGGCTTTTTGCTTTTATTACACTGCTAATTTTGATTGGACAATATATTTAA	MSQWYTNKELFEQIAAIQGEFKDLRHEMQETRNMIKKYNGLREELGVVKEKVERIEAKTEGKFTVLEAIRLWGGWLFAFITLLILIGQYI				NA	NA	NA	NA	NA
AK148_03375	330			hypothetical protein	ATGCAACCAATTGAGAGAAGATATAGAAACATTGAAGATTTAACATTTAATAATGCAAAAGAGATTTTAGAGAGTGCAGATTATAAAACTTATAATAATGTATACGATATGGGAGATGAGTTGGAGATTGATGATAAAACATCATATGGTGTTTTGATTCCTGAAACCGCCCCAGAAGAACTATTGGAAGTGATAAAAGAAGAGGAAAGTGAATTTTACTATTTTGATACAGGGTCTATGAATGCAATTGTAGCTAAAGTTACCCAGGTATTATTAAATAGAGTTGAAACATTAGAAAAAGAAGTTACAGAACTTAAAGCCAATAAATAA	MQPIERRYRNIEDLTFNNAKEILESADYKTYNNVYDMGDELEIDDKTSYGVLIPETAPEELLEVIKEEESEFYYFDTGSMNAIVAKVTQVLLNRVETLEKEVTELKANK				NA	NA	NA	NA	NA
AK148_03376	162			hypothetical protein	ATGAAAGAAGTTAATTTACAATATGTAGTGAATGCATTAAGTAATCAAGTAGCACAGTTGTCACAAGAAAAAGCCTATCACGAGGCGATAATTACTACACAGCAAGAAGAAATCAATGAGTTAAAGGCAAATACACAGCAGGATAAGGAAAACGCTGAATAG	MKEVNLQYVVNALSNQVAQLSQEKAYHEAIITTQQEEINELKANTQQDKENAE				NA	NA	NA	NA	NA
AK148_03377	4158			hypothetical protein	ATGAAAGAAAGGATTTTCATTTTTAATAAGCATGATGAGCTATTAGCCATCACTAACCACTATGTGGAAGCCATTTTTGAAGAGACGGTTGAAAAGCCCGTCTCTTTTTCGATTACTTTTCCTATGTCCGATAAGGATGCTTCCTATTTCGTAGGTGGAAACCAAGTTGCGTTTAAGGATTTAAAAGGAAACCTTCGTTTATTTACCATCCGTGAAGTGGATGATATCGACGGAGAAGCTCCGGAAAAGGTCATCCAATGTATGCCGGCGATGCAAGAATTAACAGATGTTATTGTGACGGATGGTGAAACGGTAAATGAAACCGCTGAAGCTGTGCTAGGTATTATTTTACAGTATTCCCGCTGGAAAGTCGGTCATGTAGCTGATTTAGGGTTATATGACATCAACTTTTCCTATCAAAATGCCTACGATTGTTTAGGAAAGCTAACATCACGTTGGGGCGGTGAAATTGTAGATCGCATCGAGGTAGCGGGAAACAAAATAACCGGTCGCTATATTGATATTGTTCAGCGTAAAGGCTCAGATACCGGAAAACGGTTTGAAATGGATAAGGATATAAAGAATTTGACGAGAACGGTTCTATATTATCCGAAAACAGCTTTATATGGTCAAGGGAAATCATTACAATCCGGTGAGGAAGGCGCTGGGAAAGTGACTTTTCGTGACGTAGAGTGGGTAAAAGAAAAGGGCGATCCCACGGATAAACCAAAGGGGCAAGCGTGGGTTGGCGATCCGGTAGCACTGGAAACCCATGGGGTGTTCAATCATGAAACAGGTGAGCTTATGCATCGATTTGGCTTATTTGAAGATAATGACGAGGAAGACCCCGAGAAGTTACTCATAAAGACATGGGAGGCAGTTCAAACTGAAAAAGCTCCAAAGGTTCAATACGAAATGGATATCATTACATTTTATGGTATAGCAGATTACGAACATGAACACGTATTCTTAGGTGATACAGGCATTGCTAGGGACAAAGATATGAAGCCGATGGTGTTAGTGGAAGCAAGAATTATGTCTTGGAAATATGATATTGGCAACCCGATAGACGGGAGCCTTGTCTTAGGAAATATATTAGACTTACATCCAGATGAGCGTGATATGGATTGGGTCATTGATAAAGTAAAAGAGGATAGCGCAAGTTGGGATGCTGGTGGTGGACCAATTACAGATGGAAGATTTCCTGATATTGTTCCTGATACGCCACAAGATGTTTCCGCAACAGGGTTATTTAAAAAGATTATGCTGTCATGGACATTTGAATCGACCTATGCGATAGCAGCTTACGAGATTTATGCAAGTCAAATAAACGGGTTTGTCCCAGATTCTACAAATCTTGTTTTCCGTGGCAAAGTAGGCGCATATAACTTTGATGCTGATACAGACGAAAAATGGTATTTTCGAGTAAGAGCCGTGAACACACATGGAACAGCAAGCGAGTACTCCGAACAGGTTAGTGCTTCAACGGTACAATTACATTTGTCAGATTTAGAGGAAATTGTCCCAGACTTTATCGAATACGGGATTTATAAAGGGGAAGCGTCTCCTAGTCCAAGTGAATATAAGTACTGGTTAAACACAAGTGAAAACCCTAATATTCTCCATCATTGGGATGAAGAAAGCGAATCATGGAAGCCATTAGCACCTAAAAATGCAGCAGATGTTGGGGCGATTTCCTTATCAGATTATCAAGAACAAGTCGGTCAATTGGTTACGGATTTGGCGAATAAAGTAGATGCTGAATGGGTTGATGGTCGGCTAGTTGCCAAAGCGAATAAAGCGGATGTTTATACGGTAGAGCAATTAGATAACAAGTTTGATAATGTGGTATCCAAAACGGTTTACGAATCTGATCAGCAAGGGATTATTACCGACTTGCAAGATCAAGAATCTCGCATTAGCCAAACGGAGACAGATATTCAATCAAAAGTTTCCAATCACCAATATACACAGGATAAGGAGAGTTTGCGTACTTCCATCAACGAAAATCAATCCAGCATTGAACAAAACGCGGAATTGATTGCTTCCAAGGTGTCCAATGAGGAATATCGAACGGACAAAGAAGGCATTATTAATGACATTAAGGCAAATAAGTCGAGCATTGAGCAGAACGCCGAAAGTATTAGAAGTAAGGTTGATGCGACATATGTTAAAGGCGAGCTGGGGAAGATTGAGGTCGGTGGGAGAAATTTAATTCAAGACAGTGAAGAGAGAACGATGGAGGCGGCATCCGATAACAATTTCATGCATGTAACTTTGTACAATAGGTTGGAAAAAGATACGATCTACACATTGAGTTTTCAAGCTGAATTTCTTGAAGGGGCATCTGATGTTATATCCATTTACCCGTATATAAAATCAGGACAAAGTATGGCGGTTATTGATATGCCTTATCAAACCAATCGTATGTCTGCCACCTTTCAAACGGATAATCGCTTTTACTATAATTTGCTCGTGTATGCCGGTGAGAATGGAAATACGGCTGGAAATAAACTGAAACTAACAAGGATAAAACTAGAAAAAGGTAATAAGGCTACGGATTGGACTCCTGCACCCGAGGATACACAAGCTGAAATTCAATCCGTTGAACAATATGCTTCCGAAATTGAACAAACGGCTAAAGGTATTAAGCAAAATGTTAACTCACTAGAAACCGATTACTCAACTTTCAAAAAAGAAGCCAATTCTACATTCGATCAACAAGCTACCCAAATAGCTTTAAGGGTAACGGAAACCACTTATAACAATGATATGGAAGATATGACCATGCGTGTCAGCGAGGCTGAATCGAGCATCGAACAAAATGCAGATGAAATCGTCTCTAAAGTAAGCAAAAATGGTGTTTTGTCCAGTATTAATCAATCCCCTGAGCAAATTAAAATTAATGCGCAACGCGTGTCAATCGATGGCGATTTAGCCGTTAGAAATGGAAAAGTCTATGTCAAAGATGGCGTTATTACCGATAATTTAATTTCAAGAAATGCAAAAATTGACGGTGCTAAAATAGCTGATGCTTCCATAACAAATGCAAAGATAGGCAATATGAATGCTGATAAGATACGAGCAGGGGTTTTGAGATCAAAAAACAATAATTCTTATTGGGATTTGAATAATGGGCAATTTTACATGAAAGATGCAAATTTCACTCTAGGCGGAGGTGCAGACATTGAACTTATAGATAAGGGTAACAAATTGTTTTATGAAAGAAAGGATCCGGAATCCAAGTGGAGAAGGTTTTCAGGAATAGGGGTTGGAAACAATATAAATGATCGCTTTCCATTTGTTTATATGGGGACATCTGCAGGAAGTTCTTTAACTGCTAGAGATAAAGATTATTTTACAGGGTTTATTGCGAATACCAACGCTAGAATGAATATCGATAATATTGGTAATTCAGTGGTGGGTAAGCTATTTCATGTAAGGGATAAATCTGTTGATTTTAATAAAGGATTCTTGTTTGATCTATCTTCTAATACCTGTGTTATGAGGCCTATGAATACGGGATCATATAAATATCACCTAGGTTCCATAAATAATCAATTTGATAGAGCTTATATTCAAGATATTAGAACTGGTACAGGATACCTTAGAATTAGGAATTCAAGCCCAGATTACACTGGACAGGGTTTTACGTTTGAAACCACTTATAGTGGTGATCGGCAATTAACATTTCGCGGCACTCATTCAAGCGACTATCATAATCTTGGAAAACCGGGTTGGAGATTTAGCTACATTTATTTAAGATATCAGCCTGATGTGAGTTCTGATATTAGAGTAAAAGAGAATATTTTAAATAATAATTTAGGGTTAGAGTTTATTGATGATGTCGAAACAAAATCATTTAAACTAAAATCAAGTTTTAATGAACCTGTACAATATGGAGTCGTTGCTCAACAATTAAAAACAGCTCTTATAAAACATGGTGTAAATATTGAAAATATTAATATGTTATCTTTAGGGAAAGACAACATGTATGGAGTCCAATACAACCAATTAATTGCACCTATAATTAAATCTATACAAGAATTATATGTGAAATTAAAAAAAATCACTATAGAAAAACAAAAATTGGAAGAATGTATTCTAGAGATGAAAAAAAGTTTTAAAAAGAGGGAGTCTATCAATGAAAGAAGTTAA	MKERIFIFNKHDELLAITNHYVEAIFEETVEKPVSFSITFPMSDKDASYFVGGNQVAFKDLKGNLRLFTIREVDDIDGEAPEKVIQCMPAMQELTDVIVTDGETVNETAEAVLGIILQYSRWKVGHVADLGLYDINFSYQNAYDCLGKLTSRWGGEIVDRIEVAGNKITGRYIDIVQRKGSDTGKRFEMDKDIKNLTRTVLYYPKTALYGQGKSLQSGEEGAGKVTFRDVEWVKEKGDPTDKPKGQAWVGDPVALETHGVFNHETGELMHRFGLFEDNDEEDPEKLLIKTWEAVQTEKAPKVQYEMDIITFYGIADYEHEHVFLGDTGIARDKDMKPMVLVEARIMSWKYDIGNPIDGSLVLGNILDLHPDERDMDWVIDKVKEDSASWDAGGGPITDGRFPDIVPDTPQDVSATGLFKKIMLSWTFESTYAIAAYEIYASQINGFVPDSTNLVFRGKVGAYNFDADTDEKWYFRVRAVNTHGTASEYSEQVSASTVQLHLSDLEEIVPDFIEYGIYKGEASPSPSEYKYWLNTSENPNILHHWDEESESWKPLAPKNAADVGAISLSDYQEQVGQLVTDLANKVDAEWVDGRLVAKANKADVYTVEQLDNKFDNVVSKTVYESDQQGIITDLQDQESRISQTETDIQSKVSNHQYTQDKESLRTSINENQSSIEQNAELIASKVSNEEYRTDKEGIINDIKANKSSIEQNAESIRSKVDATYVKGELGKIEVGGRNLIQDSEERTMEAASDNNFMHVTLYNRLEKDTIYTLSFQAEFLEGASDVISIYPYIKSGQSMAVIDMPYQTNRMSATFQTDNRFYYNLLVYAGENGNTAGNKLKLTRIKLEKGNKATDWTPAPEDTQAEIQSVEQYASEIEQTAKGIKQNVNSLETDYSTFKKEANSTFDQQATQIALRVTETTYNNDMEDMTMRVSEAESSIEQNADEIVSKVSKNGVLSSINQSPEQIKINAQRVSIDGDLAVRNGKVYVKDGVITDNLISRNAKIDGAKIADASITNAKIGNMNADKIRAGVLRSKNNNSYWDLNNGQFYMKDANFTLGGGADIELIDKGNKLFYERKDPESKWRRFSGIGVGNNINDRFPFVYMGTSAGSSLTARDKDYFTGFIANTNARMNIDNIGNSVVGKLFHVRDKSVDFNKGFLFDLSSNTCVMRPMNTGSYKYHLGSINNQFDRAYIQDIRTGTGYLRIRNSSPDYTGQGFTFETTYSGDRQLTFRGTHSSDYHNLGKPGWRFSYIYLRYQPDVSSDIRVKENILNNNLGLEFIDDVETKSFKLKSSFNEPVQYGVVAQQLKTALIKHGVNIENINMLSLGKDNMYGVQYNQLIAPIIKSIQELYVKLKKITIEKQKLEECILEMKKSFKKRESINERS				NA	NA	NA	NA	NA
AK148_03378	333			hypothetical protein	ATGCGTTGGATCGAGATGGCACAAAAAAATGAAGTATATGTGAATGGAACCGTTCCCGCGTCGCCCATAATTACTTCTGTTTTAAAAGAAGGGATACCGTATGTAGAATACAGCTTAGCTGATGAAAAATTACGCCTGCACCATCCATTTAAAGTGAATGATGTGGTGACGGTAGATTTTTCAAAAAGAAAGGTATGGATTAATGGGCAGTTACAAATCGAGGCTATTGATCTTGTATATGCAGATTTCTTTCAATTAAGACCAGGGAAAAATGAAATAAAAACAATTCCCGCCATGCAATTAGAAGTTACGTATACGGAAAGGTGGTTGTAG	MRWIEMAQKNEVYVNGTVPASPIITSVLKEGIPYVEYSLADEKLRLHHPFKVNDVVTVDFSKRKVWINGQLQIEAIDLVYADFFQLRPGKNEIKTIPAMQLEVTYTERWL				NA	NA	NA	NA	NA
AK148_03379	483			hypothetical protein	GTGATTTTATTGGCAACTAGTACACCAAATTTGCAATTGGTAAAGCCAGAAATAACAGATAAAATAGATGTTTCTATTGCTAACTTTGCGCAAAATGCAGATAAAATTGATGCAGAAGTAGAACGGCTACAAAATAAGGATGAAGCTTTACAAACGAGTTTAAATGATGTGCATGAACATGTGACAACATTACAAAACAATGTAACAGCGATGGATGCAAAAGTAACAAACCATCAAAAATTGTTAGAGAAACACGGAGAAAGCATTGAACTGAACACGGGAAGTATAACGGAAAATAAAGCAGATATCACAGCGTTAAGCGAAGATATTTTATCGATTCACGAAAGTATTGGCAATAATGCAACGGTTGGACAAGAAAATCAAGCGAATATTTCAGCAATTTTAGATGAAATAGAAGTGATTAAAGAGAGGATCACAGCGCTAGAAGCTCAGCAAGGAACACCGCCTGAGGGTGAAGCATAA	MILLATSTPNLQLVKPEITDKIDVSIANFAQNADKIDAEVERLQNKDEALQTSLNDVHEHVTTLQNNVTAMDAKVTNHQKLLEKHGESIELNTGSITENKADITALSEDILSIHESIGNNATVGQENQANISAILDEIEVIKERITALEAQQGTPPEGEA				NA	NA	NA	NA	NA
AK148_03380	546			hypothetical protein	ATGTATACGTTTGTAGATACAGTAACGAAGGAAGCGGATGATAACAGCGAACGAGCCCCGGGATTGCAGACGATATTTAATGGAGTTAATTTAGATCATGATTTATCTGATCCATCAGGGAGTTTTACCACATTGGTCATATCTGGGAGAAGCAATCTGGAACAACGAATTTCCACAGTAGATGTACCAGGAATGCACGGGGTGTTAGAAGCAAATGAACCGACATGGAATGCGAAAGAAATTACGGTGAAATATAAGCTAACCGATCAAACAAAAGAAGGGTTTAGAAGGCGGTACAACCAACTAAATAATTTATTGCAAGAATCACAAAAGAAGTTAGCTTTTACCGATGAAGCGGCTTTTTTTTATGCGACTTTATCGGCAAATGATGTTCCAGAAGAAACGGCGAATAGCATAGTAGCTGAGCTCGTGTTTTTATGCTCCGATCCTTTTAAATACGGGGAAACATACAAATCGATTGCGTTGAAAAAATATACGTGGGAAGCATACAAAAATAACAAGTGGGGTGATTTTATTGGCAACTAG	MYTFVDTVTKEADDNSERAPGLQTIFNGVNLDHDLSDPSGSFTTLVISGRSNLEQRISTVDVPGMHGVLEANEPTWNAKEITVKYKLTDQTKEGFRRRYNQLNNLLQESQKKLAFTDEAAFFYATLSANDVPEETANSIVAELVFLCSDPFKYGETYKSIALKKYTWEAYKNNKWGDFIGN				NA	NA	NA	NA	NA
AK148_03381	1590			hypothetical protein	ATGGCGGAAGGATCGAATGAACCGGGTCGGTTTATGCAAAGCTTTATAACACAAGCAGAAGGGTTAAATGAAGCCGGAGATGCGTTTAAAACATTGCAAGGGAATGTGGACCCTGTCGTTACGAAGCTGGGAGAAATGCAGGAATCATTAGGGTTTATCCCTGGAATGACAGAAGGAATTGCTCAAGTGCAGGCTGTTCTGAATCCGTTTATGGGGATATTAAGCGGTATGCCTGTCTTGTTTGAGACCATTAATTCCGTGATGACGAACTTTTTACCAACTATGTTGGCATTGAAGGAAGGGGTAATGAGCTTATTTTCTATTTTAGCTGCCAATCCTCTCGCGTTAATTATAACGTTAGTGACTTTACTGGCAGTAGGGTTTGCTTATTTATGGACGAATAGTCAAACGTTTCGAGATATTGTCATGAGTGTGTGGGAATCGATCCGTGCATTTATGATGCCGGTGGTTCAGGAAATTGTCACGTTTGTTATGACACTTTGGGGATCATTGACAACGTGGTGGACGGAAAACCAGGCATTGCTTTTACAAATCTTTCAATCTGTCTGGGGAGCAATTAAGACGGTTATTATGACAGTGATGAATATCATAAAGCCATTTTTAATCGCAGCTTGGACACTCATTTCAACACATATTAAATTAGTTTGGAACATCATAAAGACAACGATAAAAATAGCTATGGAATTAGTAATGGGTATTATTCGAACAGTGATGCAACTAATTACTGGAGATTGGTCTGGGGCGTGGGAAACAATTAAGTCCACGTTTATGAACATCTGGAATATTATGAAGGAATTTGTTTCCACGATGACTAGTACCATTTGGCAAACGATAAAAACAAAATTTACGCAAGTGAAAGAAACCATTTCTTCCTTAATTGGTAGTGCGAAAGATGCTGTCGTACAAGGGTTTTTAACGATGGTATCGAGCGCAGTACAGAAAGCACAGGCGATTGTAACGGCAGTGCGACAAAAATTCCAGGAAGTGTTCCAAGCGATACGATCCAAGCTTACCGAAGCTGTAACAGAAGTAGGGACGCAAATTGGTAAAATGCCTGGAAAGGTAATGGAGTTTGCTAGCAACATGGTGTCAGCAGGAAAAGATTTAATTATGGGCTTGATACAAGGTATTGCAGATAATGCTTCTAAGGTAGGCGATGCTGTGTTAAATGCTGCCAAAGATGCTGTCGGTGGTGTGTTGAAATTTTTAGGCATTAAATCACCATCCCGTTTATTTCGAGATATTGGCGATGACACGATGGCGGGATTTGCTATGGGGATTCAGCAAATGGCAAAAAATGTTGTTACTGCAGCGAGTGCGGTATCGGATCAAGTACAGGATTCCTTTAACCCGCAGTTTACATTACCGCGTATAGCTGGAGAGGTTCGTAGTCTTCATCAAGCTGTGAATGTTCAACCAACGCAACCGTTTTTAAATGAATGGGGTGCACAAAAGCAGCCTGCAGTAGTCCATGTTTCTATTGGCAAGCAGCAATTTAGTGCGTTTGTAGAAGATATTACGAATGCACAATCAAGAAAATCCAATCTAACAAGACAGCAGAGTTGGTAG	MAEGSNEPGRFMQSFITQAEGLNEAGDAFKTLQGNVDPVVTKLGEMQESLGFIPGMTEGIAQVQAVLNPFMGILSGMPVLFETINSVMTNFLPTMLALKEGVMSLFSILAANPLALIITLVTLLAVGFAYLWTNSQTFRDIVMSVWESIRAFMMPVVQEIVTFVMTLWGSLTTWWTENQALLLQIFQSVWGAIKTVIMTVMNIIKPFLIAAWTLISTHIKLVWNIIKTTIKIAMELVMGIIRTVMQLITGDWSGAWETIKSTFMNIWNIMKEFVSTMTSTIWQTIKTKFTQVKETISSLIGSAKDAVVQGFLTMVSSAVQKAQAIVTAVRQKFQEVFQAIRSKLTEAVTEVGTQIGKMPGKVMEFASNMVSAGKDLIMGLIQGIADNASKVGDAVLNAAKDAVGGVLKFLGIKSPSRLFRDIGDDTMAGFAMGIQQMAKNVVTAASAVSDQVQDSFNPQFTLPRIAGEVRSLHQAVNVQPTQPFLNEWGAQKQPAVVHVSIGKQQFSAFVEDITNAQSRKSNLTRQQSW				NA	NA	NA	NA	NA
AK148_03382	225			hypothetical protein	ATGTATAAACAAGCATGGATTAATCACCAAGTCACACTAACAAAAGAACAAGGTAAAAAGCAAGTACCTATTTACAAGCGATTTAAAGATTTCTTTGATTATGAAAAACATTTGAAGGAAGTAACCAAACCTAAGCGGGTGAGTGATAAAATGAAACGTTTAGCAGCGATTGCTAAACAGGTGAATATGGAAAAGGAGGTGCCTTATGGCGGAAGGATCGAATGA	MYKQAWINHQVTLTKEQGKKQVPIYKRFKDFFDYEKHLKEVTKPKRVSDKMKRLAAIAKQVNMEKEVPYGGRIE				NA	NA	NA	NA	NA
AK148_03383	366			hypothetical protein	ATGGAATTTACTATTAATGAAAAAGTGTATGAATTGAAATTTGGTATAAAATTTATTCGTGAACTGGACAAAGTGTATGAAGTGGATTATCAAGGGATGAAATTTGGAATGGGTGTGAACATGGCGTTTATGAATTTGCAGCAATGGAATCCAGTTGCTATCCATGCGGTTATTAAAGCAGCTATTTCTTATTTGGATACAACCCCAAGTAACAGTCAAATTGAAAAAGCGATTGAACAGTACGCTTTAGAAAATGACGGGCTTGAGGAATTATTTACAGCGTTAAAGGATGCATTGGGGAAGTCACCAGTCATGAAGGACACGATCAAACAAATGCAAGCAACAACCAATCACAAGAAAGGATAA	MEFTINEKVYELKFGIKFIRELDKVYEVDYQGMKFGMGVNMAFMNLQQWNPVAIHAVIKAAISYLDTTPSNSQIEKAIEQYALENDGLEELFTALKDALGKSPVMKDTIKQMQATTNHKKG				NA	NA	NA	NA	NA
AK148_03384	522			hypothetical protein	ATGACAGATACACAAAAGAAAATGCAAGCAGGTAAAAACAAGATTTTATTATTCCGTTTATTGGAGAATCAAGGAGAAGAAGCAGCTAAATTAGTATTTCAAACCGAGCATACGTTTAGTTATTCTCGTGAATTAGAAAGAATTATTACGAAAGACGGTTCTCTCATTAATGTCGGAGGATTGGAATCAGAAGTAGCTATTGAAGCTATTCAAGCAATGGATGATCCAGTTGCTAACATGCTTCGACAGTCAGTCATTCATGGACAAAAGCTGGAGTTATGGGAAGTAACTGTAGATGAAGAACTAAAAACAGCTGACAATAAATTTCCAGCTATTTATGCTCAAGGCTATTTAGATTCATGGGAAGATCCAGCTAGTGCAGAAGAAAATGCTGCCATTTCAGCTAACTTCACCGTAGAACTGGAGCCACAATTTGGTGAAGCAACACTCACAGAGGAGCAGCAAGCAGCAGTTCAATATACATTCCAAGATACAAAAGCGGAAGCTCCTGTTGAGGGTTAA	MTDTQKKMQAGKNKILLFRLLENQGEEAAKLVFQTEHTFSYSRELERIITKDGSLINVGGLESEVAIEAIQAMDDPVANMLRQSVIHGQKLELWEVTVDEELKTADNKFPAIYAQGYLDSWEDPASAEENAAISANFTVELEPQFGEATLTEEQQAAVQYTFQDTKAEAPVEG				NA	NA	NA	NA	NA
AK148_03385	417			hypothetical protein	ATGAACAAGGAACAGTTAGAGAGAGCAATAAAAGATTATAGCTGGATGATTAGAGAAATAAATCGTCAACGAATGATGTTGGAAGAAGATATCGGCTCGAAACTTGTTGCAGCATCAGGAGTGGAAGCTACGTTACCGAGAGTAAAGGGAGCCATCAATGACCCTGTTGGCAAAGAAGTTATACGACGAGATAAAAAAAGCAGTTGGTTAGCTAAATTAGAGAAAAAGGTATTGTTTATTCAAGGAAGATTATCAGCAATAGAGGAACCGAGAGAAATTGCTGTTTTAGAATGTATGTTGGATGGTATGACAATAAGTGCAATTAGTAAACATATGGGCCTTTCCAGAAAACATATCTATAAGATAAAAGAGACGATTGTAGATAGGATGTTACAGTTTACACAGTCTTCCCAGTAG	MNKEQLERAIKDYSWMIREINRQRMMLEEDIGSKLVAASGVEATLPRVKGAINDPVGKEVIRRDKKSSWLAKLEKKVLFIQGRLSAIEEPREIAVLECMLDGMTISAISKHMGLSRKHIYKIKETIVDRMLQFTQSSQ				NA	NA	NA	NA	NA
AK148_03386	189			hypothetical protein	ATGAAACAGAAAAACATGTCATTTGATGAACAAAATTGTATTCGATGGGTGATAAGTGAATATCGAAAAGACCAAAGGGCTGGTGTTTTAGCTCCAATAATAAGAAGTAGATACGTAGAGGAATTATTTAGCAAGGGAGCTGGTTTTCATGAACAAGGAACAGTTAGAGAGAGCAATAAAAGATTATAG	MKQKNMSFDEQNCIRWVISEYRKDQRAGVLAPIIRSRYVEELFSKGAGFHEQGTVRESNKRL				NA	NA	NA	NA	NA
AK148_03387	408			hypothetical protein	ATGAATCGTTCGATGCGAGTGATGATTGTTTCCTATCGTGTAAAAATGAAAGTGGTGTTGGCATTGAATGTAGGCAAGAGAATTGTGCAATTAAGAGAGAGACAAGGTTGGAGTCAGCGTGAGCTTGCGAAACAATTAGACATAAACGTTAGTGTGATGAATCGGATTGAATCGGGTGAAAGACCGATAAAAGACCACGAGTTAGATAAGCTTGCTACTGCTTTACAAGTTACTTCTGATTACTTACTAGGAAGATCTAATAATCCGAATTTAACAGAAGAGGAAGCGTTTGTAGCTTTTCGTAATGACCCTTCCCTAGAAAGATGGTATAAAGAATTACCAAACAATAAAGAAGAAGATCTTAAACGTTTGAAGCGGATTTGGGAAGCTTTTAAAGAAGAAGAATAA	MNRSMRVMIVSYRVKMKVVLALNVGKRIVQLRERQGWSQRELAKQLDINVSVMNRIESGERPIKDHELDKLATALQVTSDYLLGRSNNPNLTEEEAFVAFRNDPSLERWYKELPNNKEEDLKRLKRIWEAFKEEE				NA	NA	NA	NA	NA
AK148_03388	459			hypothetical protein	ATGTATCTTTCTCGAACAGAAGATTATATTCAGCAATTTCTTCTGGAACGTCATATTCGTAAACCAAAAGATTTAACAATCGAAAATATTGCCTCTTCGCTCGATGTATCTGTCTATTATTGGGAATATAGCAGTGAATGTGTGTATGTAAATGAGAAATGCCTGATTTTTATAAATTATAACCGTACTCCACAGGAGCAATGGCAGGAATTTGGGCATGAAATTGCTCATTATCTTTGGCATGCTGGTCGCCAAGAATTTCTACCCACACTTTTTACAGAATTACAAGAATGGCAAGCCAATTATTTTAGTTACCATTTATGTGTTCCTACATTTATGTTACAACGCTTAAAACCAAAAATAACACCTAACATGATCGTAAATACTTTTCAAGTAGAATACCATTTTGCTTGTAAACGCTTAGAGATGTATCAAAGCAAACAGCTTGCTTCTATTTAA	MYLSRTEDYIQQFLLERHIRKPKDLTIENIASSLDVSVYYWEYSSECVYVNEKCLIFINYNRTPQEQWQEFGHEIAHYLWHAGRQEFLPTLFTELQEWQANYFSYHLCVPTFMLQRLKPKITPNMIVNTFQVEYHFACKRLEMYQSKQLASI				NA	NA	NA	NA	NA
AK148_03389	795	natA	COG4555	ABC transporter ATP-binding protein NatA	ATGTGTCAAGAAAAGGTTTTATCATTACAAAATTTATCCATGAGTTATGGAAGTAAAAGCGTATTAAATAACATTAATCTCGATGTATATGCTGGACAAATCATTGGGTACATTGGGCCTAACGGTGCGGGAAAGAGTACTACACTTAAAATCATGCTCGGGTTAATAGAAGAATATAGTGGGACGGTAGAACTTTTTGGAGTAGATATTGCTACAAGTGGTTACTCCTACAAACGTAAAATTGGTTATGTCCCAGAAAATGCAGAGCTCTATGATAATTTAACAGCTAATGAATATTTGACATTTATCGGTGAGCTTTATGGCATGGATAAAAGTAAAGCAGCTGCTAAAGCTAAAAACCTTATGCAACAATTTGACATGGAAGATGTTTTACATACGCGTATTTCTTCTTTTTCTAAAGGAATGCGGCAAAAAGTATTACTTATTTCAAGCCTATTGCATAACCCTGATCTAATCTTTCTAGACGAACCACTAAATGGGCTTGATGCTAATAGTGTCATCATCATTAAAGACATCTTGGAACAGCTTGTTGCAGAAGGAAAAACCATTTTTTACTCTTCGCATATTATGGAGGTTGTAGAAAAGATTAGCAATCGCATTGTTCTACTGAAGGATGGAGAAATTGCCGCAGATGGTACATTTGAACAATTGCGCAAACAAAATAAGCAAGGCTCTTTAGAAAGCATTTTCAATCAAATAACAGGATTTGATGAACATAAACAAACCGCAGAGAAGTTTGTTCAAATCGTAACAGACGGTGATTATGATGAGTAA	MCQEKVLSLQNLSMSYGSKSVLNNINLDVYAGQIIGYIGPNGAGKSTTLKIMLGLIEEYSGTVELFGVDIATSGYSYKRKIGYVPENAELYDNLTANEYLTFIGELYGMDKSKAAAKAKNLMQQFDMEDVLHTRISSFSKGMRQKVLLISSLLHNPDLIFLDEPLNGLDANSVIIIKDILEQLVAEGKTIFYSSHIMEVVEKISNRIVLLKDGEIAADGTFEQLRKQNKQGSLESIFNQITGFDEHKQTAEKFVQIVTDGDYDE	PGPT0006725_21562	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_03390	1644			hypothetical protein	ATGATGAGTAAATTCGCTTTAAAATCCCTTGATCTGCTCCAACCATTTTTTCGTATACTGCGAATTGATTATGCTATGATGCGTAAAATTCTTGAGACAAAGCTTACAATGGATGAGCGCAGAACACCAACAATATTCGCTTCAGATGCTTCTAATAAAAAAAAGGATAGCAATCAGTTTGTAAAATCGCTACTTATTTATGTGTTATATGGTTTAATACTCGTTCCTTTTCTATTTTTTGGAAATAATTATATTTTCCAAATCAGTCTTATCTTCGGCATTTCCATGTTCATCTTAATGACATCCATGGTATCAGATTTCTCAGCAGTACTTTTAGATGTTCGCGACAAAACCATTCTCCATACGAAACCAATTGATTCAAGAACCATTAGTGCTGCAAAAATTACTCATGTTGCCATTTACATGAGTATGTTAACAGGTGCGTTTATTAGCATTCCAGCCGTGGTTATGTTACGCGTTCATGGAATTGCTTACTTCATGCTTTTTTTAGTAGCAATTATATTGTTAATCCTGTTCATTATGACTATCACAGCACTCCTATACATTTTTATTTTACGTTATTTTAGTGGGGAGAAATTAAAGGATATTATTAACTATGTGCAAATCCTATTGTCTGTAGGTATTGTTATCGGTTATCAAATTGTCGCGCGAGCTTTTGAAATAGTTGATTTTAATTATATCTATAATTTCAGTTGGTGGAATGTTTTTATTCCTCCTATGTGGTTCGGTGCACCTTTTGAACTTATACTAAATCGCGATACGTCCTTGGGAATGGTGATCCTTTCTTCTTTAGCAGTCATCGGGCCGATTGTTTCGGTTATGTTCTATTATAAATTAATGCCGGCATTTGAGCGTAATTTGCAGAAACTAATGGGAAGTACAGAAAAAACGAAGCCGAAACGATGGAATATGAACGCTATGTGGGAGCATCTATTTTGTAGAAACAAAGATGAACGACAATTTTTCCGGTTTTCATCGCTTATTATGGCAAGAGAACGTGATTTTAAGCTAAAGGTGTATCCAACCTTAGGATTTTCTCTTGTTTTTCCGTTTATTTTCCAATTTAACTATTTAAATCTTCATACGTTTGAGGAACTTTCTCATAGTAATATGTATTTCACCATTTATTTTTGTATGATGTTTATTGGGCTTGTAGTGATGATGTTACAGTTTTCCAGCAAGTATAAGGCTGCTTGGGTTTTTCAAGTTACGCCAATCGTTCATCCTTCAGCTGTATACAGTGGTGCTCTAAAAGCTTTTATTATAAAATTGTTTTTGCCTCTTTATTTAATATTATCGATCATATTTTTATTTATATTCTCTATACGAATTCTCCCTGACCTTGTTGTTGTCTTTATAACCGCTATTCTACACACGTTATTCAGTTATAAAGTACTAAACAATCAGAAGTATCCATTTTCAAAACTATTTGAATCTACAAAACAAGGCGGGACGACAATGCTATCGTTCCTACTCATGCTTGTAGTTGGTTTGTTCTTTTTAGTACATTTATTTTTCAGCCAAATGCATTACGGTGTTTATATATATCTCGTAATTTTAATCATTACCACTATAATACTTTGGAGGTTCGTATTTAAAATGAAATCATTGTCTAATGAATAA	MMSKFALKSLDLLQPFFRILRIDYAMMRKILETKLTMDERRTPTIFASDASNKKKDSNQFVKSLLIYVLYGLILVPFLFFGNNYIFQISLIFGISMFILMTSMVSDFSAVLLDVRDKTILHTKPIDSRTISAAKITHVAIYMSMLTGAFISIPAVVMLRVHGIAYFMLFLVAIILLILFIMTITALLYIFILRYFSGEKLKDIINYVQILLSVGIVIGYQIVARAFEIVDFNYIYNFSWWNVFIPPMWFGAPFELILNRDTSLGMVILSSLAVIGPIVSVMFYYKLMPAFERNLQKLMGSTEKTKPKRWNMNAMWEHLFCRNKDERQFFRFSSLIMARERDFKLKVYPTLGFSLVFPFIFQFNYLNLHTFEELSHSNMYFTIYFCMMFIGLVVMMLQFSSKYKAAWVFQVTPIVHPSAVYSGALKAFIIKLFLPLYLILSIIFLFIFSIRILPDLVVVFITAILHTLFSYKVLNNQKYPFSKLFESTKQGGTTMLSFLLMLVVGLFFLVHLFFSQMHYGVYIYLVILIITTIILWRFVFKMKSLSNE	PGPT0006730_1086	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK148_03391	144			hypothetical protein	ATGTTTCATTTTTTCATCATAGATGGTGGCTCGCGAATAGTGCGAGCCATGGTCATTTCTTATTTTCTAGAAATTCCTAAGCTCAAAGCATTAATAAAGCATCTACATTTAATATATCAATTCGCTGATGACTTTCTTTTCTAA	MFHFFIIDGGSRIVRAMVISYFLEIPKLKALIKHLHLIYQFADDFLF				NA	NA	NA	NA	NA
AK148_03392	702	fixK	COG0664	Nitrogen fixation regulation protein FixK	ATGGGTTCTAAAGGTAAAGCTTGTAAAGTAGATACTTGTAAAAAACATTCTGCTAATTGTGTAACGATGGTCCCAATTTTTAACCATTTAGACCGACAGCAAATGGAGGATGTCATGCATCATGTGCATGCTGTCACGTTTAATCAAGGGGACACTATTTACCGCGCAGGTGATCAAGCTACATCGTTGTATATTACGCAAACGGGTAAGATAAAAATTTATCGACTGTCTGATGAAGGGAAAGAGCAGATTGTTCGTATTTTATTGCCTGGTGATTTCACAGGCGAATTAGCCGTTTTTAAGGATTCGGTTCACGAAGCTTATGCTGAAGCCATGGTACAAACAAAAGTATGTATGATTAGCCGAACTACCATGCAAAAATTGATTATGAACTATCCCTCTGTTTCTTTGAAAATATTAGAGGAATTTGCTAATAGATTGGAACAATCAGAAACACAGACCACTCGTTTTGCCACAGAACCCGTTGATTCAAGGCTAATTCTGTTTCTTGTTGAAAATATGGACGTTCATAATCAGCGCGTAGAGCTACCAATGAGTTATAAAGACTTGGCCTCTTATTTAGGAACCACGCCGGAAACAGTTAGCAGAGTATTAAAGGAACTACAAGTGAAGGGTTATATTAGAAAAGAAAGTCATCAGCGAATTGATATATTAAATGTAGATGCTTTATTAATGCTTTGA	MGSKGKACKVDTCKKHSANCVTMVPIFNHLDRQQMEDVMHHVHAVTFNQGDTIYRAGDQATSLYITQTGKIKIYRLSDEGKEQIVRILLPGDFTGELAVFKDSVHEAYAEAMVQTKVCMISRTTMQKLIMNYPSVSLKILEEFANRLEQSETQTTRFATEPVDSRLILFLVENMDVHNQRVELPMSYKDLASYLGTTPETVSRVLKELQVKGYIRKESHQRIDILNVDALLML				NA	NA	NA	NA	NA
AK148_03393	1905	cadA_2		Cadmium-transporting ATPase	GTGACTGCTTTTGTTCAAAGGTATACAAGACATATAACGGGAATAGCTTTTATATCGATCATCTTAGGAGTACTTTTAGGTATAATTAGTGGAAAAGACGTTCAAAATGGCTTTTTAATCTTTGCAACAGTGATTGCAGGAATTCCGATTTTTATAAAAGCCTATCAAGCTTTACGTTTGAAAGTGTTTAGCATTGAATTACTCGTTATCATTGCCATTATTGGTGCAGTACTTATTCAGGAATACATTGAATCGTCTGTGGTGGCATTTTTATTTTTATTCGGCGATTATCTGGAAGCACGTACGTTAGAAAGAACAAGATCCTCTTTAAGTGAACTAATGGATATGGCGCCTCAAGAGGCTAATGTTATTCGAGATGGGAAGACTGTTAAAATTCCAGTGGGAGAGGTGGAGATTGGAGAACGAGTCACTGTGCATTCAGGTGGAAAAATTCCAGTAGATGGAAAAATAGTCAAGGGCAGAGCTCACATAAATGAGTCTACAGTGACAGGGGAATCTATACCCGTTTCCAAACAAAGGAATGATGATATCTTTTGTGGATCCATTATTGATCAGGGATACATCGAATTGATTGCAGAAAGAGTTGGAGATGACACAACGTTTGCAAAAATTATGGAATTAGTAGAAGAAGCGCAGGAAGCCAAGTCAAAAACAGAAAAATTTTTAAATAAATTTTCTCAAATCTATACACCATCTATTGTTGTTCTGTCCATACTGGTTTTTATTATCATGAAGGATCTCCATATGGCAATCACATTCTTAGTTATTGCCTGCCCAGGTGCGCTTGTCATCGGTGCTCTCGTCTCCAATGTAGCAGGAATCGGGAATGGAGCAAAAAACGGGGTGCTTGTTAAAGGTGGCGAAGTAATGGAGCGCTTAGCCAAAGTAGATACGATTGTTTTTGACAAGACAGGAACATTAACTAAAGGGAAACCAGAGATAACTGCAATTAAAGTGTGGGATTACCATTTAAAAGAAAATGAGTTGCTACAAATTATAGCTGAGGCAGAAGTGATTTCTGAACACCATCTAGGAAGAACCATCGTTAAAGAAGCAAATGAACGAAATTTATTGCTTTATGAAAATGTAAAAAATGGACAGATTATAAAAGGAATGGGGATCAAGGCAGAAGTAGGGGAAAAGAAGCTAGTTATAGGTAATGAAAATCTTATGAAACAGGAAGCTATTCCTTTGCTTCAAGAAATGCATCAGTATAAGGACATGCAAGAGAAAAGAGGCAATACCGTTATTTTGGCAGCTATCGATCAAAAAATAGTAGGAGCTGTATCGATTGCTGATCAAATTAGGGAAGACGCTTTTGTTGCTTTACAAAATATGAAAGAAAACGGTATTCGTAAAGTGATTATGCTTACGGGGGATAATGCCTATACTGCATCTCTAGTGGCAAGAAACTTACATTTAGATAATTATCATGCGGAATTGTTGCCGGAAGCTAAGGTAGACTATATAAAACGATTAAAGCAGTCTGGAGATTATGTTGCGATGGCTGGAGATGGGATTAATGATGCACCAGCGATAGCAACAGCTGATATCGGCTTAGCTATGGGAGATGGCGGAACAGATATATCTATGGAAACTGCGGATGTTGTGCTTATGGCAGATAAGTTGGCTCAATTTTCTCATGCTTATGCCCTAGCAAAAGCGACGGTTCGTAATATGAAGCAGAACACGTGGATTGCGTTAGGGACGGTTGCCTTTCTACTATTTGGCGTATTAAATGGTTCAATTCATCTAGCTTCTGGTATGTTTATTCACGAGGCTAGTGTATTATTAGTTATATTAAATGGTATGCGTCTTATGAAGTTTCGTACAGGTATGGAGCAAAAACAAGCCGGAAAAAATCTCAACAATAGGAGCTTATGA	MTAFVQRYTRHITGIAFISIILGVLLGIISGKDVQNGFLIFATVIAGIPIFIKAYQALRLKVFSIELLVIIAIIGAVLIQEYIESSVVAFLFLFGDYLEARTLERTRSSLSELMDMAPQEANVIRDGKTVKIPVGEVEIGERVTVHSGGKIPVDGKIVKGRAHINESTVTGESIPVSKQRNDDIFCGSIIDQGYIELIAERVGDDTTFAKIMELVEEAQEAKSKTEKFLNKFSQIYTPSIVVLSILVFIIMKDLHMAITFLVIACPGALVIGALVSNVAGIGNGAKNGVLVKGGEVMERLAKVDTIVFDKTGTLTKGKPEITAIKVWDYHLKENELLQIIAEAEVISEHHLGRTIVKEANERNLLLYENVKNGQIIKGMGIKAEVGEKKLVIGNENLMKQEAIPLLQEMHQYKDMQEKRGNTVILAAIDQKIVGAVSIADQIREDAFVALQNMKENGIRKVIMLTGDNAYTASLVARNLHLDNYHAELLPEAKVDYIKRLKQSGDYVAMAGDGINDAPAIATADIGLAMGDGGTDISMETADVVLMADKLAQFSHAYALAKATVRNMKQNTWIALGTVAFLLFGVLNGSIHLASGMFIHEASVLLVILNGMRLMKFRTGMEQKQAGKNLNNRSL	PGPT0004200_4207	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_LEAD_RESISTANCE	LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004200-zntA|cadA-K01534	NA	NA
AK148_03394	222	copZ_2		Copper chaperone CopZ	ATGGCAAAAGCAATTTTACAATTAGAGCCTTTAACGTGCCCGTCATGTATTAAAAAGATTGAAACAGCGCTAGGAAAAGAATCAGGCGTTCAAAGTGTAAGAGTTCTATTTAATGCAAGCAAGGTAAAGATGGAATTTGATGATCAAAAGATTGATGGGGAACAATTAGCTGAGAAAATTAGTAAATTAGGGTACGTTATTTTAAACCACAAACTAACTTAG	MAKAILQLEPLTCPSCIKKIETALGKESGVQSVRVLFNASKVKMEFDDQKIDGEQLAEKISKLGYVILNHKLT	PGPT0004125_1283	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE_MEDIATION,PGPT0004125-ATOX1|ATX1|copZ|golB-K07213	NA	NA
AK148_03398	618	thiE		Thiamine-phosphate synthase	TTGCATTTACAAACAGCTTTACGTAAATATTTCATCATGGGAAGCCAAAATTGTGATCGAGACCCGAAGCAAGTTTTAAGAGAAGCGATTCAGGCAGGTATTACAGCTTTTCAATATCGCGAAAAAGGATCTGATGCTTTATCTGGCAACCAAAAAATACAATTAGGAAAAGAATTGCGCGCTATCTGTCGTCAACATAACATTCCGTTTTTTATCAATGATGATGTAGAGTTAACAGAAGTTTTAGAGACTGATGGCATACATGTCGGTCAAGATGATAAAGACGCAAAAGAATTGCGCCAACAGTTTCCAAATAAATGGATTGGACTTTCTGTTTCTAACCTAGAAGAACTGCATGCCAGCCCGCTGGATTACGTTGACTATCTTGGCGTCGGCCCCATTTTCCCGACTTCGACAAAAGAAGATGCAAAGATGGCAGTAGGTACAGGCTTTATAACAGAAATAAAACGGCTGTACCCCAACATGCCAATTGTTGGGATAGGCGGAATTAACACGGAAAATGCGGCAGCTGTTATGGAAGCGGGCGCTGATGGCGTTTCTGTTATATCGGCAATTACTAAAGCTCCCGATATAGAAGAAGCAATCGCAAAACTATAA	MHLQTALRKYFIMGSQNCDRDPKQVLREAIQAGITAFQYREKGSDALSGNQKIQLGKELRAICRQHNIPFFINDDVELTEVLETDGIHVGQDDKDAKELRQQFPNKWIGLSVSNLEELHASPLDYVDYLGVGPIFPTSTKEDAKMAVGTGFITEIKRLYPNMPIVGIGGINTENAAAVMEAGADGVSVISAITKAPDIEEAIAKL	PGPT0008995_4303	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
AK148_03399	774	thiM	COG2145	Hydroxyethylthiazole kinase	ATGAATACATCAATTATAGAGCAAGTTAGGGAGGCCAATCCGTTAATTCACAATTTGACAAATGAAGTCGTGATGAATTTTACTGCTAATGGTTTACTAGCTTTTGGGGCTTCACCGATTATGGCAAAAGCAACAGAAGAAGCAGAAGAAATGGCGTCCATTTCTAATGGTGTGCTTATAAATATTGGTACATCAACATTGACAGAGCTACCTGCAATGAAGCTTGCTGGTAAAGCCGCCAACAAAAAAGACATCCCAGTAGTACTAGACCCTGTTGGCATTGGCGCCACATCATTTCGTAAAGATGTCGTTAAACAATTATTACAAGAAGTACAATTTACTGTTATTAAAGGAAATGCAGGCGAAATGGCTAAGCTAGTTGATATGCCATGGGAAGTAAAGGGGGTAGAATCTGTCGGAGATGGTGATGGAAAAGAGATTGCTAAAAAAGTAGCCAACATGTATCATACGACTGCTGTAGTAACAGGAGAGACGGACTATATTTGTAGTAACAATGAAACAGTAATAGAAAACAGAAGCGGGCATGTCTATTTGGAAAAAATTACAGGTGCTGGTTGTTTGCTAGGCTCTATTATAGCTGCTTGTCTAACTACAGATGCGAAAGTAGAAGAACAAGCATTTGCAGCCGTACAATTTTATGGATTAGCAGCCGAGTATGCTGCTAAACAAGAGCATGTTCAAGGTTCTGGCAGCTTTCTTCCGGCCTTTATTGACGCATTGTCCAATGAAATAGATCAACTTAACACCAAATAA	MNTSIIEQVREANPLIHNLTNEVVMNFTANGLLAFGASPIMAKATEEAEEMASISNGVLINIGTSTLTELPAMKLAGKAANKKDIPVVLDPVGIGATSFRKDVVKQLLQEVQFTVIKGNAGEMAKLVDMPWEVKGVESVGDGDGKEIAKKVANMYHTTAVVTGETDYICSNNETVIENRSGHVYLEKITGAGCLLGSIIAACLTTDAKVEEQAFAAVQFYGLAAEYAAKQEHVQGSGSFLPAFIDALSNEIDQLNTK	PGPT0008990_1941	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008990-thiM-K00878	NA	NA
AK148_03400	807	thiD		Hydroxymethylpyrimidine/phosphomethylpyrimidine kinase	TTGAAACCAATTCCATGTGCATTAACGATTGCAGGAACTGACCCAAGTGGAGGTGCAGGTATTCAGGCAGATCTGAAAACATTTCAAGAGTTAACTGTTTATGGTATGTCCGTCATCACATCGATTGTTGCACAAAATACAACTGGTGTACAAAATGTCCACCATATCCCTATTGATATGATAGATGAGCAATTGCAATCTGTTTTTTCTGACATGCCTGTACACAGTCTAAAAACAGGCATGATTGCCAATGAATCGATGATGCGCGTCATCCAAAAACAACTTACTAGTACAGACGCATACTACGTCATGGACCCTGTTATGGTTGCTACTAGCGGCGATCCTTTAATTGCCGAAGAAGCAAGAGATTATTTAAAAGAACAGCTTCTACCTTTAGCAACTGTTGTTACGCCAAATATTCCAGAAGCAGAATTTATTACTGGCAACAAAATCCATGATGTTAACGATTTACAAGAAGCAGCCAAAGAAATGGTGGATAAACATGGTGCTCGGGCTGCCCTAGTAAAAGGTGGACATATGCATGGAGATGCCATTGACTATTTATATGATGGACATAAGATGCATACCTTTCACTCCAAACGCTTTGACACAACAAGTACGCATGGCACTGGTTGTACGTACTCGGCAGCCATTACCGCTCATTTAGCTAAAGGCCTGCCGTTATATGAAGCGGTAAAAGAGGCTAAACAATTTGTTACAGCAGCTATTAAGCATTCTTTCCCATTAGGCGCTGGGAACGGCCCTACCAACCATTGGGGAATTCGTGAAGAAAGGGTGAAACAATGA	MKPIPCALTIAGTDPSGGAGIQADLKTFQELTVYGMSVITSIVAQNTTGVQNVHHIPIDMIDEQLQSVFSDMPVHSLKTGMIANESMMRVIQKQLTSTDAYYVMDPVMVATSGDPLIAEEARDYLKEQLLPLATVVTPNIPEAEFITGNKIHDVNDLQEAAKEMVDKHGARAALVKGGHMHGDAIDYLYDGHKMHTFHSKRFDTTSTHGTGCTYSAAITAHLAKGLPLYEAVKEAKQFVTAAIKHSFPLGAGNGPTNHWGIREERVKQ	PGPT0008915_2646	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
AK148_03401	495			hypothetical protein	ATGAAAAAAACATACACATTAACATTAATGGCTGTCTTTGTTGCTATTGGCACACTAGCAGCACAATTTCTTTGGTTTCCTGCTGGATTTGCCAAAGCGTACCCCGTGCAACATGCTGTTAATGTGATGGCAGCTATTACGTTAGGACCTGGACCTGCTGTAATAATAGCTTTTATGATTGGTCTGTTACGAAATATGCTAGGACTTGGAACTTTATTAGCATTTCCAGGAGCCATGGTAGGAGCATGGTTTGCAGGTTTACTGTATCGTAGATTTGAGAAGAAACGATGGGCTGTCATTGGAGAAAGTATAGGGACTGGAATTGTAGGATCCTTGCTTGCCGTACCCATTGCTCGCTTATTCATGGACAGTAGTGCCGGAGCTCTATTCTTTGTCCCGTCATTTTTAGCAAGTAGCATTTCTGGAGCTTTTTTAGGGTGGTTTATTGTTTCACGCGTGAATACAGATAAGCTGATTCGTATACAAAGGCAGTAA	MKKTYTLTLMAVFVAIGTLAAQFLWFPAGFAKAYPVQHAVNVMAAITLGPGPAVIIAFMIGLLRNMLGLGTLLAFPGAMVGAWFAGLLYRRFEKKRWAVIGESIGTGIVGSLLAVPIARLFMDSSAGALFFVPSFLASSISGAFLGWFIVSRVNTDKLIRIQRQ				NA	NA	NA	NA	NA
AK148_03403	981	oppD_4	COG0444	Oligopeptide transport ATP-binding protein OppD	ATGTCCAAAGAAGTCATACTGGAACTAAAAGATGTCCATACGCATTTTTTTACGGAAAAAGGGGAGGTTCCCGCTGTGAATGGGGTTCGTTTATCGGTATGTAAAGGAGAGGTCGTTGGTATTGTTGGAGAATCGGGCTGTGGAAAAAGCGTCACATCCTTATCCATCATGCAATTAATACCTAGCCCGCCTGGCAAAATTGTAAGTGGTGACATTTATTTTAAAGGGGAAAATATCGTATCAGCTTCTCCTAAAAGAATGAAACAGATACGGGGAAATGAAATTGCTATGATTTTTCAGGAACCAATGACATCTTTAGATCCTTTATTTACCATTGGTAATCAAATGATAGAAGCGATTCGACTACACGAAAAAACAAGCAAAAAAGAAGCGCGTAACAAAGCGATTACATTATTAGAACTTGTTGGAATTCCTAGGGCAAATGCTATTGTCGCTAGTTATCCGCATCAATTATCAGGTGGAATGCGACAGCGGGTCATGATTGCAATGGCGATGGCTTGCGAACCAGATTTGTTAATAGCGGATGAACCAACAACAGCACTTGATGTAACGATACAGGCACAAATACTCGATTTAATGCGACAGTTAAATCAAGAAAAGCAGACAGCTATTCTGTTCATCACACATGATTTAGGTGTCGTTGCAGAGATTTGTGATCGCGTCGCAGTGATGTATGCTGGGCAAATCATCGAAGAAGGGACGACGAGAGAAATATTAAAATATCCTAACCACCCCTATACAAAAGGATTAATTCGTTCATTACCAAATGTGAAGAAAACAGAACAACAATTATATTCTATTCCAGGTACGGTTCCTAAGCCACAGAAGGAAAAGATAGGTTGTCGTTTTGCACCTCGTTGTGAATGGGCATTTGCACCATGTTTTCAAGCAAACCCTCCATTATATGAACTAGAAAATAACCGCACAAGTAGATGCTTTTTACATGAAAAGGAAGCATGA	MSKEVILELKDVHTHFFTEKGEVPAVNGVRLSVCKGEVVGIVGESGCGKSVTSLSIMQLIPSPPGKIVSGDIYFKGENIVSASPKRMKQIRGNEIAMIFQEPMTSLDPLFTIGNQMIEAIRLHEKTSKKEARNKAITLLELVGIPRANAIVASYPHQLSGGMRQRVMIAMAMACEPDLLIADEPTTALDVTIQAQILDLMRQLNQEKQTAILFITHDLGVVAEICDRVAVMYAGQIIEEGTTREILKYPNHPYTKGLIRSLPNVKKTEQQLYSIPGTVPKPQKEKIGCRFAPRCEWAFAPCFQANPPLYELENNRTSRCFLHEKEA	PGPT0004435_11148	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
AK148_03404	1011	oppF_4	COG4608	Oligopeptide transport ATP-binding protein OppF	ATGATTGTTTTTAAAGCAAGCAGGAAGGAGGTAGAGGAGAAAGTGGTCCAACCATTGTTAGAAGTGAAAGGATTACAGAAACATTTCGCAGTTAAAGGCGGGGTATTTGGAAGGAAAAAGCGTGTTATCAAAGCTGTCGATGATGTCTCATTCAGTGTAAGAGAAGGAGAGATACTTGGTATTGTTGGAGAGTCAGGATGCGGAAAATCAACAACTGGAAAAGCCATTTTACGATTATTGGAGCCTTCGAGTGGGGAAGTGATGTTTGCTGGAAAAAGGATAAAGGATCTTGAAGCAAAAGAGTTGCGAAAGCTCCGCAAAGATATGCAAATTATTTTTCAAGATCCTTACGCTTCGTTAAATCCAAGACATACGGTTGAAAAAATCATTGCAGAACCGCTACTTGTTCATGGGGTGACAGCCAAAACAGCACGTAAACAGCGTGTGAAAGAACTGTTAGAAATAGTTGGTTTAAATAGCTACCATGCTTCCAGATACCCACATCAATTTAGTGGTGGACAACGGCAACGAATTGGTATTGCTAGAGCGTTAGCAAATCATCCTAAATTAATTATTTGCGATGAGGCTGTTTCTGCATTGGATGTATCTGTTCAGGCGCAAATTTTGAATTTAATGCAAAAATTACGTGAAGAATTTCAATTGACTTATTTGTTTATTGCGCATGACTTAAGTGTTGTAAAGTATATTAGTGATCGTGTAGGGGTCATGTACTTGGGACGAATGATGGAATTAGCGGACAAGGATACATTGTATGAAAATCCACAGCACCCATACACCCAAGCATTATTATCAGCTGTACCGACCCCAGATCCAGATGGCATTCGAGAACGAATTATTTTAAAAGGGGATGTACCTAGCCCTGCAAACCCCCCACCAGGTTGTGTCTTTCATACACGATGCCCGCAAGCAATGGATATTTGTAAAACAGCTAAACCTGCTTTCCAAGAGATGGAAGCGAATCATTTTATTGCTTGTCATTTATACACGTGA	MIVFKASRKEVEEKVVQPLLEVKGLQKHFAVKGGVFGRKKRVIKAVDDVSFSVREGEILGIVGESGCGKSTTGKAILRLLEPSSGEVMFAGKRIKDLEAKELRKLRKDMQIIFQDPYASLNPRHTVEKIIAEPLLVHGVTAKTARKQRVKELLEIVGLNSYHASRYPHQFSGGQRQRIGIARALANHPKLIICDEAVSALDVSVQAQILNLMQKLREEFQLTYLFIAHDLSVVKYISDRVGVMYLGRMMELADKDTLYENPQHPYTQALLSAVPTPDPDGIRERIILKGDVPSPANPPPGCVFHTRCPQAMDICKTAKPAFQEMEANHFIACHLYT	PGPT0021035_1034	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0021035-oppF-K10823	NA	NA
AK148_03405	1683	hbpA_1	COG0747	Heme-binding protein A	ATGAAGGGGAAATGCGCGATTTGGTTTATTTTCATGCTGCTATGTATGTTATTTCTAGCAGCGTGTAGTGGTGATGGTGGAGCAAAAACGGACAAAGCAGAGGAGGAAAGTGGTGGTGCAAGTGAAGAGGGTACTAAGGGCGAAAAAAAGGCAACGGCTAACGAAGAGCAGGTATTAGTATTTGGCCGTGGTGGTGATTCAGTTAGTTTAGATTTTGCGAGTGTTTCTGATGGGGAATCCTTGCGTGTTACAGAGAATATTTATGAAAGTTTACTCGATTATGATAAAGAATCGTTTGAGGTAGTTCCAGGCTTAGCGCATGACTGGGAAGTATCTGATGATGGTTTACGGTACACATTTTTTCTAGAAGAAGGCGTTACTTTCCATGATGGCACACCATTTAATGCGGAAGCTGTAAAGGTGAATTTCGAACGTTGGGCCGACCCTGAACATACGTATGCATTTGCGGATGAGGGATACGCTTATCCATTGTATGGCAGTATGTTTGGCGGGTATAAAGGGGATGACGCACATAATATTAAAGAAATAAATATAATGAATGATTATGAAGTGGAATTTGTTTTAAACGCACCTCAAGGACCTTTTTTACAAAATATGGCTATGTCCTATTTTGCAATGACTTCACCAACTGCTTTAGAAAAATATGGTTCTACTATTAATGAAAATCCTGTAGGGACAGGCCCGTTCAAATTTGTTAGCTGGAGTAAGAATGATCAGATCGTGCTAGAGAAAAATGCTAATTACCATAAAGAAGGATTACCCAAATTAGATCAAATTATTTTTGAAGTTATTCCAGAAAACTCAGCTAGGTTAATCGCGTTGCGTTCTGGAGAAGTGGATATTATTGATGGAATTAATCCAGATGATGCAGCTAGTATTGAGTCAGAAGAAGGGCTTGATTTATATGTGCGGGGTGAAAATAACATTGGGTTTTTAGGGATGAATGTAGAAAAAGAGCCGTTAAATGACAAATTAGTTCGCCAAGCGATCAATTATGCGGTAGATACAGATGCGATTGTCGAGGCGCTTTATGCAGGTTATGCAACGACAGCAGCGAATCTAATTCCACCAAATTATTTGGGGTATAATGATGAATTAGAGCCTTACGCGCATGATGTAGAGCAAGCGAAGGAATTATTAGCTGAAGCAGGCTATGGGGATGGATTTGAAATGGACTTATGGGTGATGCCTGTATCGCGACCATACATGCCAGATCCTGAAACAGTTGCTGAAATAGTCCAAAGCAATTTACAAGAGATTGGTATTACAACAAATATTGTCCGTGAAGAATGGGCTCCATATTTAGAAAAAACAGGTAAAGGGGAGCAGGATTTATATTTGCTTGGTTGGTCAGGCTCAAATGGTGATCCAGATTATTTCTTTGACAGTTTGCTACATGGAGATAGCATCGGCGGAGAAAATCGTTCTTTCTTTCAAAATGATGAAGTGGATAAATTAATTGATCAAGCTGGTGCAGAAATCGATCAAGATAAGCGGGCAGCATTGTATAAACAAGTGCAAACCATTCTTCATGAAGAAGTTCCAGGGGTAAATATTGTTCACTCAACACCGCTAGTTGCCGCTAAAAATAAAGTGAAAAACTTTATACCACATCCATCTACAAGTGACCCGCTAGAAGAAGTGGAAATAGCAACGGAATAA	MKGKCAIWFIFMLLCMLFLAACSGDGGAKTDKAEEESGGASEEGTKGEKKATANEEQVLVFGRGGDSVSLDFASVSDGESLRVTENIYESLLDYDKESFEVVPGLAHDWEVSDDGLRYTFFLEEGVTFHDGTPFNAEAVKVNFERWADPEHTYAFADEGYAYPLYGSMFGGYKGDDAHNIKEINIMNDYEVEFVLNAPQGPFLQNMAMSYFAMTSPTALEKYGSTINENPVGTGPFKFVSWSKNDQIVLEKNANYHKEGLPKLDQIIFEVIPENSARLIALRSGEVDIIDGINPDDAASIESEEGLDLYVRGENNIGFLGMNVEKEPLNDKLVRQAINYAVDTDAIVEALYAGYATTAANLIPPNYLGYNDELEPYAHDVEQAKELLAEAGYGDGFEMDLWVMPVSRPYMPDPETVAEIVQSNLQEIGITTNIVREEWAPYLEKTGKGEQDLYLLGWSGSNGDPDYFFDSLLHGDSIGGENRSFFQNDEVDKLIDQAGAEIDQDKRAALYKQVQTILHEEVPGVNIVHSTPLVAAKNKVKNFIPHPSTSDPLEEVEIATE	PGPT0004430_4807	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
AK148_03406	1002	dppB_1	COG0601	Dipeptide transport system permease protein DppB	GTGACTGCATATATCATGCGCCGTTTACTGCATGTCATTCCAGTATTACTTGGAATGACAGTTATAACGTTTTCCATTGTACATTTAATACCTGGTAATCCAGCGCAAACAATTTTAGGGGAAGCAGCTACACAAGAAGCTGTAGAGAATTTAGAAGAAAATATGGGTTTAAATGAACCATATCTAACTCAGTATGGAATTTATGTTACCGATTTACTGAAAGGTGATTTAGGAACGTCTTTACGATCGAAAGCTGCAATTACGGAAGAAATTTGGCCGCATATTGCAGCGACATTTGAACTAACTTTCTTTGCCATGTTATTTGCTGTATGTATTGGTGTGAACGCAGGAATTATTAGTGCGTGGAAGCAAAATTCGTGGTTTGACTTATTAGCGATGCTTTTTGCGCTTGTCGGTGTCTCCATCCCTGTATTCTGGTTAGCGCTGATGGAGCAATGGGTGTTTGCCCAAGAACTTGGGTGGTTCCCTGCCTATGGGCGAGAAGATAGCAGAGATCCAATTGCAGCCATTACGCATTTTTACGTACTTGATGCCCTGATTCATTTAGACTTTTCAAGGGCATTAACGATCCTAAAGCATCTCGTACTACCGAGCATTGCATTAGGAACGATTCCAATGGCAATTATTGCGAGGATGACCCGCTCTAGTATGTTGGAAGTGATGCAATCTGATTATATTCGTACAGTCCGTGCTAAAGGATCAGGGCAGTTCCTTGTTATTTATAAACACGCTTTAAAAAATGCTACAATCCCCGTCCTGACAGTTATTGGTTTACAAACAGGCGTCCTTTTGGGGGGAGCTATATTAACGGAGACAATCTTCAGTTGGCCAGGAATTGGCAGGTATGTATACGAAGCAATCAATTATCGTGATTATCCCGTCATTCAATCGGGCATTTTAGTCATTGCCTTCCTCTTTGTCATTATTAATTTAATTGTCGACATTTTATACACGTTCATTGACCCGAGAGTCAAATATTAG	MTAYIMRRLLHVIPVLLGMTVITFSIVHLIPGNPAQTILGEAATQEAVENLEENMGLNEPYLTQYGIYVTDLLKGDLGTSLRSKAAITEEIWPHIAATFELTFFAMLFAVCIGVNAGIISAWKQNSWFDLLAMLFALVGVSIPVFWLALMEQWVFAQELGWFPAYGREDSRDPIAAITHFYVLDALIHLDFSRALTILKHLVLPSIALGTIPMAIIARMTRSSMLEVMQSDYIRTVRAKGSGQFLVIYKHALKNATIPVLTVIGLQTGVLLGGAILTETIFSWPGIGRYVYEAINYRDYPVIQSGILVIAFLFVIINLIVDILYTFIDPRVKY	PGPT0004445_4100	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
AK148_03407	936	gsiD_2	COG1173	Glutathione transport system permease protein GsiD	ATGGGTCCAGAAAGTGATAAAAAGCAAGATCAGCTACCGTTAACCAACCCTGTTACACTTTCTCCGCAATTCGAAGCTGATGATATGGAAGAAACGTCCCCGTGGAAAGATACAATGAAGCAATTGAGAAAGAATCGTTTTGCGATGGTTGGTTTTTCCATTATACTATTTTTTATTTTATTTGGGCTAGTAGCGCCGTTATTGACATCGTATTCTTATGAAGAACAAGCATTGGGCAACCGTCTGCAACCTCCGTCAAAAGAGCATTGGTTTGGTACGGATGATGTTGGAAGAGATATATTCACCCGGATTGCTTATGGTGCTCGGGTTTCGTTACAGGTGGTTTTTTTTGCTGTTACAGGAGCGCTTGTGTTTGGAACGTTATTAGGTATGGTCGCCGGCTATTTTGGACGGTGGGTCGATACAATTATTTCGCGCGTATTTGATATATTATTAGCCTTCCCTAGTATTTTATTAGCAATTGCCATCGTGGCTATTTTAGGAGCTTCTTTGCAAAATGCCTTAATTGCTATTGCCATTATTAACATCCCCATTTTCGGTAGAATTGTTCGATCAAAAGTAATTAGTTTGCGAGAAGAGGAATTTATTATGGCTGCAAGAGCGCAAGGAATGAAGAGTGGGCGCATTATTTTCCATCATATTTTACCAAATAGTGCTGCACCAATTATTGTACAAGCTACATTAGGGTTTGGAACAGCTATATTAGACGCAGCGGCATTAGGATTCTTAGGATTAGGGGCGCAACCACCAACTCCGGAATGGGGAGCAATGTTGGCAGGGTCGCGGGATTTCATTCAACTTGCACCTTGGACATTAATTTTTCCCGGTGTTTCCATTATGTTGGTAGTGTTAGGCTTTAACCTTATCGGTGATGGGTTACGCGATGCGTTAGACCCTAAAATGAAAAGTATGTAA	MGPESDKKQDQLPLTNPVTLSPQFEADDMEETSPWKDTMKQLRKNRFAMVGFSIILFFILFGLVAPLLTSYSYEEQALGNRLQPPSKEHWFGTDDVGRDIFTRIAYGARVSLQVVFFAVTGALVFGTLLGMVAGYFGRWVDTIISRVFDILLAFPSILLAIAIVAILGASLQNALIAIAIINIPIFGRIVRSKVISLREEEFIMAARAQGMKSGRIIFHHILPNSAAPIIVQATLGFGTAILDAAALGFLGLGAQPPTPEWGAMLAGSRDFIQLAPWTLIFPGVSIMLVVLGFNLIGDGLRDALDPKMKSM	PGPT0004450_4974	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
AK148_03408	1005			hypothetical protein	ATGGTAGCAGATATCGCAATTCATCGGGATGATGATAAGAATCCTCATGCGCATGTGATGTTAACGATGCGTCCGTCTTTAGAAGGGGGAGCCAAGTTGAAAAAAGAATATATCTTAGATGAAGATGGAGAGTCTTTGTATACTGCGAGTGGTGCCAAGAAATCTCGGAAAATTGATATGAATGACTGGAATAAAAGAGAGAAAATACAGGAGTGGCGTCAGGCATGGGCACTCTATGCGAATCAGCATTTGGCACTTGCGGGTGTTGCTGTTGAAATTACAGAGAAGTCCCATGCAGCGTTAGGTTTGGAACAAGAGGGGCGTTCTTCAGATCGTGTGGAAATAAATCGGCAAGTGAAAGCACGTAATGATAAAGTTGTTTCTTTACTTGAAGTTGATGAGAAGCTGACGAATCTAGAAAATCATCAGCTGATTTTACAGGCGTTATCTCCAGCGGAAAAAAAGGAACTTGGCCAACTATCAAAAGTGTTAAAAATGTATGTGAAGCCGGAGTCATTGGCTGATAAAAGAAGGATGCTTTATTTATGGGATGTTAAGCTGCAGGCCCAAGTAGATCTCGGATTATTCAATGAGTCAAGTTATAAAGGATGTCAGGCGCAAGAGGAAGCTTTCCAACTTGCTGAGGAGCTTTTTAATCGTGAGGCAGACCGATTGACTGTGAAGTATTATCCAACCCTAGATACGAGTCAGTGGACGTCTTATGAGAAGCGAGAGCTAGTCAATGAAACGGCTCGCCTGGGTCGAACTTTAAATGAGTTGGAAATTAAGGAAACATTGTTACAGGCGCGTGAGGAAGAAGTGGTGGAACAAGTCCAGTCGATTTTAAAACAACCGATTCCAACTGTTATCGAAGCACAGGAGCGCTTACAAGCTGTGCAAACGCGAGCGGCAACCTTTAGCAACAGCAGAGGGTATCGCTTCAGCAGAAAGCATCTATGGACCGTCTATTTCCTGCTGAAAAAGACAACTTTGAAAGTATGTTGA	MVADIAIHRDDDKNPHAHVMLTMRPSLEGGAKLKKEYILDEDGESLYTASGAKKSRKIDMNDWNKREKIQEWRQAWALYANQHLALAGVAVEITEKSHAALGLEQEGRSSDRVEINRQVKARNDKVVSLLEVDEKLTNLENHQLILQALSPAEKKELGQLSKVLKMYVKPESLADKRRMLYLWDVKLQAQVDLGLFNESSYKGCQAQEEAFQLAEELFNREADRLTVKYYPTLDTSQWTSYEKRELVNETARLGRTLNELEIKETLLQAREEEVVEQVQSILKQPIPTVIEAQERLQAVQTRAATFSNSRGYRFSRKHLWTVYFLLKKTTLKVC				NA	NA	NA	NA	NA
AK148_03409	249			hypothetical protein	TTGCAGCTGGCGTTGCGTTTATTTGGAGCTTATTATGACGAACGTATTCATTTACGGATGCCAATTTTAGATCTATCGGATAAATCTCTAGTTCAGCGTGAGTGGTTGATGACGGCAATGGATTATTACGGAGAATCTTTCATAAAAGAACGATTAGCCAATTTTCCAAGTGAGCCACCGAAGAAATACAAGAAAGAGCAATTAGTAGCTGTGCCCGATTATGTACGAGCCAACAAGCATATGAACTAG	MQLALRLFGAYYDERIHLRMPILDLSDKSLVQREWLMTAMDYYGESFIKERLANFPSEPPKKYKKEQLVAVPDYVRANKHMN				NA	NA	NA	NA	NA
AK148_03410	330			hypothetical protein	ATGGGTATTGGCTTTGTTATAGCAGGAATAGCAGGAATAACTTTAGTATTCAAACAAGTAGACCATATATTACAGCTTTTTCAGTTTGTTATTATGGCCATGACTTTCATACCTATTACCATAGCACCTTTTCTAAAATATGTACCTTTTATGTTTGGTTTACAATTAATAAGAGATATAGGAATCTCTAATGTTTCAATTATAGATATTCCATTAAGTGATTTGATTTTTTTGATACTCAATTCTGCTATTTATTTAATGATAGGATTATATTTGTTTAAAAAATGTGAAAAAAATGCAAAACAAAAAGGATTATTTGGACACTATTAA	MGIGFVIAGIAGITLVFKQVDHILQLFQFVIMAMTFIPITIAPFLKYVPFMFGLQLIRDIGISNVSIIDIPLSDLIFLILNSAIYLMIGLYLFKKCEKNAKQKGLFGHY	PGPT0006730_17917	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK148_03411	885	mshD		Mycothiol acetyltransferase	ATGAAAATTAAAATTATTCCACCAAAAGATATAAAAGAAGTCTCTATTTATCTTGAAAAAATGAATAGAAAAAGTAGAAGTCACATTGGATTTTGTGGAGAACAAAATAAAGAAATATATGATACTTTAATGAATGATTTCTCTGACTTAAAATTAGAAGATTCTTTTTTAGTTGCATATGATCAAAAAAATATAGTTGGTGCGATTGGAATGGATGCTGATTTAGCCGGAGGGGAAGCTGATATATGGGGGCCATTTGTCACCGATGAGAATTTGGAAGTTGGTCAAGAATTATGGAACAAACTTCTTCTTAAAATACCTCAAGAGATAAACTCCTGTTCGTTTTTTATTAACAAAAATAACTTGTTTGCGAAAAAAATTGCAATGCAAAATAAAGCTCATTACTCTGGAACAGATTTGGTTCTTAATATTAAAAGAAGTATATTTAGCGAAGAAATCATTACAACTTCAAAGAAAATAGAAAAAGAATACTATGATTCATTCGTTAATTTGCATGATGAGATCTTTCCAAAGACATACTTCAATTCAGATTCTATATTAAATAGGCTGAATAGCAACAATAACCTATTGGTTATAAAAGGAAATGAATCTGATATTAAAGGTTATGTGTATATAGAAGCAACTCCAGAGCATAAAGAAGGGAATATTGAGTACATTGCTGTATCTCCGGAATTTAGAGGTCAAGGGGTTGGGAAAACACTCATAATAGATGCTTTGAAGAAACTTTTCTCATATCCTAGTATAGATGAAATAACTATATGCGTTTCATGTAAGAATACAGCAGCAATAAGTTTATATAAATCCGTTGGGTTTCAAGAAAAATATGTTTTGGATAGTTATGATATATCGGAAATCAATAAATAA	MKIKIIPPKDIKEVSIYLEKMNRKSRSHIGFCGEQNKEIYDTLMNDFSDLKLEDSFLVAYDQKNIVGAIGMDADLAGGEADIWGPFVTDENLEVGQELWNKLLLKIPQEINSCSFFINKNNLFAKKIAMQNKAHYSGTDLVLNIKRSIFSEEIITTSKKIEKEYYDSFVNLHDEIFPKTYFNSDSILNRLNSNNNLLVIKGNESDIKGYVYIEATPEHKEGNIEYIAVSPEFRGQGVGKTLIIDALKKLFSYPSIDEITICVSCKNTAAISLYKSVGFQEKYVLDSYDISEINK				NA	NA	NA	NA	NA
AK148_03412	696	walR_5	COG0745	Transcriptional regulatory protein WalR	ATGTCACAAACAACGATACTCGTAGCTGATGATGAAAAGGAAATAGCTGATCTAATATCTATTCATTTGAAAAAAGAAGAATATAATGTCGTTACTGCAGCTGATGGTGTTGAAGCGCTACAAACGATACATGAGAAAGTCATTCACTTAGTTGTTTTAGATATTATGATGCCAAATATGGATGGATATGAAGTGACAAAAAAGATACGCGAGCATTACCGCATGCCAATTATTTTTGTTAGCGCAAAAACGTCTGATTTTGATAAAGTCCAAGGGCTTGTAATTGGTGCAGATGATTATATGACAAAACCATTTACACCGATGGAATTAGTAGCCCGCGTAAAGGCGCAATTAAGACGATATACCGTGTTAAACGGGGCAAAAGAAGAAAGAAACAACGTATTAGAATTCGGTGCGTTGCGCATAGATAAAGATAAACGAATGGTAACTTTGTACGACAAAGAAGTTGATTTAACGCCGAAAGAATTCGATATTTTATTTCTTTTAGCTAGCCATCCAAAAAAAGTATTTGATGTGGAAACGATCTTTCAACAAGTATGGGATGATTTGTACTTTGAAGGCGCAAATACGGTCATGGTACACATACGAACGTTAAGAAAAAAGCTACAGGAAGACGATCGAAAGGATAAATGGATTAAAACCGTCTGGGGAGTGGGGTACAGCTTTAATGGATAA	MSQTTILVADDEKEIADLISIHLKKEEYNVVTAADGVEALQTIHEKVIHLVVLDIMMPNMDGYEVTKKIREHYRMPIIFVSAKTSDFDKVQGLVIGADDYMTKPFTPMELVARVKAQLRRYTVLNGAKEERNNVLEFGALRIDKDKRMVTLYDKEVDLTPKEFDILFLLASHPKKVFDVETIFQQVWDDLYFEGANTVMVHIRTLRKKLQEDDRKDKWIKTVWGVGYSFNG	PGPT0028485_191	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-VANCOMYCIN_RESISTANCE,PGPT0028485-vanRC|vanRE|vanRG-K18349	NA	NA
AK148_03413	1035	sasA_5		Adaptive-response sensory-kinase SasA	ATGTTGTTTGCGGGTCTAATAACATTTCTGTTCTTTTTAGGACTTCGTTTTTACTATCGTAACTATGTAGTTGCAGGCGATCCATTAGCAGATGTACGAAATGTAATAAGAGAGGTAGGCGACTTTAATTTTTTTCTTTTGTTATTTATCCCGCTTTCAATTATGTTTTTCTTTTTGCTTACGAAACGGTATTCGCTTTATTTTAAAGAAATATCCTATGGTATTCATGAACTTGCGAACGGAAATTTTAGTCATCATGTACAAATTAACACGAAGGATGAATTTCATAAAATAGCGACAGATATTAATGCGGCAACTAAAAAGTTGCAGCAAGCTGTTGAACGTGGTGATTTTGCAGAAAGTAGTAAGGATCAGTTAATTGTTAATTTAGCCCATGATTTACGCACGCCGTTAACATCTGTACTTGGGTATTTGGATTTGGTGCTCAAAAATGAGCATTTAACAGATGTGCAAAAAAGGCATTATTTGTCCATTGCCTTGAAGAAATCACAGCGTTTGGAAGGGCTAATTAATGAGTTATTCGATATAACGAAGATGAATTATGGCATGCTACAATTAAATAAAACAAAAATTAATCTTGGGGGACTAATTCAACAGTTGAACGAAGAATTTTATCCAATGTTTGAAAAGCATCACGTGCAGACACGGCTGGATATACAACCAGATTTAATCATGACAGCAGATGGTGAAAAACTTGCTAGAGTGTTTGAAAATCTGTTTACCAATGCGGTTCGTTACGGTACGGATGGCAAATATATTGATGTTGTAGCTTTTAAAGAGGAGAGAAACATCGTGGTTCAAGTTACCAATTATGGCGATCGTATTCCAGAAGACGTACTGCCACATATTTTTGAAATGTTTTTCAAGCAAGATCCATCAAGAGTTCATAAAGCCGGTAGTACAGGACTAGGCTTGTTTATTGCGAAAAACATTGTTGAACAACATGGTGGAAGTATTAGTGTAGATAGTACCGTTATTCGAACCGTATTTGAAGTTCGCTTACCGAGAGAGTAA	MLFAGLITFLFFLGLRFYYRNYVVAGDPLADVRNVIREVGDFNFFLLLFIPLSIMFFFLLTKRYSLYFKEISYGIHELANGNFSHHVQINTKDEFHKIATDINAATKKLQQAVERGDFAESSKDQLIVNLAHDLRTPLTSVLGYLDLVLKNEHLTDVQKRHYLSIALKKSQRLEGLINELFDITKMNYGMLQLNKTKINLGGLIQQLNEEFYPMFEKHHVQTRLDIQPDLIMTADGEKLARVFENLFTNAVRYGTDGKYIDVVAFKEERNIVVQVTNYGDRIPEDVLPHIFEMFFKQDPSRVHKAGSTGLGLFIAKNIVEQHGGSISVDSTVIRTVFEVRLPRE	PGPT0028480_214	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-VANCOMYCIN_RESISTANCE,PGPT0028480-vanSC|vanSE|vanSG-K18350	NA	NA
AK148_03414	855	vanY		D-alanyl-D-alanine carboxypeptidase	ATGAAAAAAAGCATAAAGTTGTTATTTGTTATTGCAATAGCTATTATTCTTGCTATTTTATGGTTTAACCGAAATGATGATCCGGTTATTTATAAAAGTCCTGTAAATGAAGAAAAACAAGTAGAAAATGTGAAATCGTTAAAGATAGATGTAGCAGATGTTCATAAAGGAGAACTATTATTAGTGAATAAGGAGCACGGAATCAAGGAGAGTATTAAAACAGATATTAAAAACTTATTTGATAATCAAGATTTAATGGGTGATTATGGTTTACTTTCGACAGATATAGAGCTGTCTAAAGAAATTACGAATTATTTTAATGAAATGATTGCGGGTGCAAAAAAAGACGGTGTAGATGATTTTTTAATTAGTAGTGGGTTTCGGTCATTTGAAGAGCAAACAAAACTATATAAAGAAAAAGGAGAAGATTATGCCCTACCAGGAGGTTTTAGCGAACATCAACTAGGCTTAGCGCTTGATGTAGGTTCGGCGGAAGGGTCAATGGCTGAATCGGAAGAAGGAAAGTGGATTGCAGAAAATGCATGGCGTTATGGTTTTGTGTTGCGGTATCCGCAAGATAAAACGGACATTACTGGCATTCAATATGAACCGTGGCATATTCGTTATGTTGGGAAACCGCACAGTGTCATTATGCAAGATAAGAACTTTGTGTTAGAAGAATATTTAGATTATCTAAGAAAAAAAGAACAAATTATAGGGGTGGTAGATGGAAAAGAATATGATATTCGATACTATAAAGTAGACAAAACAAGAACGGTAAAGATCCCAAAAGATTATAACTATACCATTTCTGGGGATAACATAGGTGGCGTTATTATTACGTTGTATAAATAA	MKKSIKLLFVIAIAIILAILWFNRNDDPVIYKSPVNEEKQVENVKSLKIDVADVHKGELLLVNKEHGIKESIKTDIKNLFDNQDLMGDYGLLSTDIELSKEITNYFNEMIAGAKKDGVDDFLISSGFRSFEEQTKLYKEKGEDYALPGGFSEHQLGLALDVGSAEGSMAESEEGKWIAENAWRYGFVLRYPQDKTDITGIQYEPWHIRYVGKPHSVIMQDKNFVLEEYLDYLRKKEQIIGVVDGKEYDIRYYKVDKTRTVKIPKDYNYTISGDNIGGVIITLYK	PGPT0024055_576	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
AK148_03415	3798	yhcR	COG0737	Endonuclease YhcR	ATGGGGAACCAATTAAGAAAGAAATTATGTTACGTGGTGTTCATTATTGCTTTGGTATTTTCAAATCTAGTTCCAACATCGACTGCGATTGCAGCAGAGAAAGGTGATGTGGAAGCAGAAGATTTGTTTATAACTGAGTATGTAGAAGGGAGCTCTTTTAATAAAGCCATTGAAATTTATAATGGTACAGGAGCTGACGTGAATCTAGCAAACTATCAGTTGCATTTGTACAGTAATGGCAAAACAGAACCTACAAATACGGAAACCTTAAAAGGGATACTTAAAAATGGCGATGTGTTCGTACTCTCGCATAGAGATGCAGATGCTGCTGTTCAACAAGTAACGGATCTTACATCAGCAGTGGTTAACTTTAATGGAAACGACGCGATTGCGTTAGAAAAGAATGGCGAAATCATCGATGTTTTTGGTGAAATAGGGGATGATTCTGATTTTGCTAAAGACAAGACGTTCGTCAGAAATGCTAATGTGTCCTCACCAACTGCTACTTTTCGTATAGACCAATGGACGGATTATGGGAAAGATATATTTACTTATTTAGGAAGCCATACGATGGACGGGGAAGGCGAACAAGATCCAGGTGAACCAACGGACCCAGACCCTGATCCAGATCCAGAAGTGAGCACGATTGCGGAAGCAAGACAGTTAGCGAATGGTTCCGAAGTTGTTGTGGAAGGGATTGTGACAGCTAATTCCGAAGCATTGAGCAATGGCAACCAGTTTAGTACATACATGCAGGATGAAACCGCTGGGGTTAATCTGTTTAACTTTGAACAAGGAGACTTACCTGAGGTACAAAAAGGAGATCGTGTGAAGGTAATCGGAACTACAGCCTCCTATAAGGGGCTAAAGGAAGTTGTTCCAGCTTCGATTGAAGTACTTGAACAAGGGCAAGCTTTACCAGAAGTACAGCATATAACGTTGGAAGATTTACAAAATAAAGAGGTAGCCGAATCCTATGAAGGCGAGCTCGTACGTGTCAATGGATATATTTCTTCTATTCCTAGCTCTCCAGCGGGTGGCGGCTATAATGTGTCATTTGTTGATCAAGACTATAATGCGATGTTATTACGAATCATGGAAAATGCGATAGATATTCGTCAAGTTGCTGAGAAACAGTGGTATGATGTTACGGGAATTGTTAGTCAATACAACGATTATCAGATTTTTCCAACGGAGCAAGCTGACGTACAAGTAGCGCAGCAACAGCCCGAGCCACCTTCAGCAGCTGGCGAATATGAAACAACGGTGGAAAAAATTACAGATGGCGATACGATTCGCATTGCTGATCCTGTCTTCGGTAGTGACCGTGTTCGGTTTGTTAATATGGATACGCCAGAGACCTATGCAGCAAAAAATAAAGCTCCAGAACGTCAGGAAATAAATGAAAATCAAAAATATCATGGTGATGAAGCGACAAAGCATATTCAAACCTATATTCAACCTGGGGACAAAATTACCGTCAAAGTCGGAGAACAGCCGACAGATGATTACGGTCGTCTCCTTGCAGAAGTCATTACTGCTGATGGGGAAAATGTAAACTTGGAAATGGTTCGTGATGGCTATGCTGTCTCTTACTTTATTGCACCAATGGATGAAAAAGCATATCCAAAATATCAACAAGCGGTGAAAGAAGCAAAAGATCAAGGCTTAGGTATTTGGGATGAAGCCAATCCATTATTGGAATTACCGTTTGCTTTCCGCGCAAATGATGATCGAAAAGGCTTTTTACGTTATGTCGGTAATTCAGCTACAAAAGAATATGTAGTACCAGATGATTGGGAAGATGTGCCGGTAGAAAAGCGTGTGTTCTTCTCCAGTCCGGAAGAAGCAGAATCTTATGGGTATCAACCTATTAATACAGAAAATCCATCCGAAGATAATCTGCTTGTACAATTTTTAAGCATGAATGATCTACATGGGAAAATTGATCAGCAATACAATTTAGATCCTGATGGGGACGGTGTTTTTGATACGTATGGGCGCATGGATTTTGTGGCATCAGCTTTAAAGGAAAGAGAGCAGGATAATCCGAATACGTTCATGGTACATGCTGGTGACATGATTGGTGGAAGTTCACCTGTTTCAGGACTACTACAAGATGAGCCAACGGTGGAAATTTTAGAAGAAATTGGCTTTAATGTCGGTACAGTTGGAAATCATGAGTTTGACGAAGGTACGAAAGAATTTATGCGCATGGTAAACGGTGGCGAACACCCAGAAGAGAAAGGTACAGAAGGCTATGATGGAATGAATTTCCCACAGCTTTGTGCGAATTGTGTGGATAAGGAGAGTGGAGAGACGATTTTACCACCATTTCATATTGAAGAAGTGGATGGTGAAAAAATCGGTTTTATCGGTGTGAACACACAAGCATCAGCTAGTATGGTCATGCCTGATGGAATTGCTGATATCCAATTTACGGATGAAGTGGCGGCTGTCAATGAAGCAGTAGCTACATTACAGCAGCAAGGTGTCGAAGCAATTGCGGTATTAGCACATATTCCAGCTGATCAAGCAGGTGACGGGGCAACTGGTGAAGCTGCTAATCTAGCAAGAGAAGTAAATGATGCTGTGGATATTATCTTTGCTGCGCATAATCATCAAGTTGTAGATGGTGTCGTGGATAATAAGCTTATTGTTCAAGCTTCCGAATATGGAAAAGCTTTTGCTGATGTAGATGTGGAAATTGATCGCACGACTGGTGATATTGTGAAAAAAGATGCAGAAGTAGTATTTGTAAAGCAAAGCGACTACGAAGCAGATCCGAATGTCAGTAAAATTTTAACAAAATATGAACATCAAATTGCGCCGATGATGAATGAAGTGATTGGCTATAATGCAACAGATTTAACGGGTGATTACAGCAATGATGGTGATCACGGGTTGGGGAATCTGCTAGCAGATGGAATGAAGTCGGTTATGAATAGTGATTTTGCAATGATGAATGGTGGCGGCATTCGCGACGATTTATTAGCTGGAAAAGTAACGTGGGGAGACTTGTACAATATTCAGCCATTCGGTAATACACTAATGAAATTTGAAATTAAAGGAAAAGATTTAGTACCAATTATTAATGCACAACTGTCGAAAGAATACGGACCGGATTATAGCATTAGCGGTTTTCATTATACGTGGGACCCCGAGGCGAGCAAAGTAGTAAATGTTACGTATCCAGATGGAACGCCAATTGAGGAAGACAAAACGTTTACTTTAACGGTGAATAATTTTATGGGAACTTCAAAAGGGTCGAAATATCGTCCGATTAGTGACCTTGGTAAAAACCCTGTCATGGGTCCGACTGATCTTGATGCAACAGTTGAATTTGTTAAAAGTTTAAACTCCACAGAGGATGACCCGTTTTTATATGCAGCGGAAGGAAGAATTTCCGTTGCAAAAGATGAAAAAGAACCGACAAAAAATCCAGGAACAGACAATGGCGATAACGGTGATGGAACAAATGTTGATGTTGGAAATGACGGTAACAACGCCAATAAGCAAGAGAAGCATGATGGTGGGAACACGCTAGGGAAAGATAACTATGATGATAATGGAGATAATGACGGCAACAGCTCGATGAGTGACAACGGTAATGGCACGTTGACAGGAGGTACGAAACATACTGCATTAGGAACAGCAGGAAGTCAACATGATGATGGAAGTAAATTACCAAACACAGCAACTAATCTTTATAATCTGATATTCATTGGACTAGCGCTTTTGGGTGGCGGTGTAGCGTTGTATCTAAGAAAAAGATATATAGCAAACAAAGTAAGTTGA	MGNQLRKKLCYVVFIIALVFSNLVPTSTAIAAEKGDVEAEDLFITEYVEGSSFNKAIEIYNGTGADVNLANYQLHLYSNGKTEPTNTETLKGILKNGDVFVLSHRDADAAVQQVTDLTSAVVNFNGNDAIALEKNGEIIDVFGEIGDDSDFAKDKTFVRNANVSSPTATFRIDQWTDYGKDIFTYLGSHTMDGEGEQDPGEPTDPDPDPDPEVSTIAEARQLANGSEVVVEGIVTANSEALSNGNQFSTYMQDETAGVNLFNFEQGDLPEVQKGDRVKVIGTTASYKGLKEVVPASIEVLEQGQALPEVQHITLEDLQNKEVAESYEGELVRVNGYISSIPSSPAGGGYNVSFVDQDYNAMLLRIMENAIDIRQVAEKQWYDVTGIVSQYNDYQIFPTEQADVQVAQQQPEPPSAAGEYETTVEKITDGDTIRIADPVFGSDRVRFVNMDTPETYAAKNKAPERQEINENQKYHGDEATKHIQTYIQPGDKITVKVGEQPTDDYGRLLAEVITADGENVNLEMVRDGYAVSYFIAPMDEKAYPKYQQAVKEAKDQGLGIWDEANPLLELPFAFRANDDRKGFLRYVGNSATKEYVVPDDWEDVPVEKRVFFSSPEEAESYGYQPINTENPSEDNLLVQFLSMNDLHGKIDQQYNLDPDGDGVFDTYGRMDFVASALKEREQDNPNTFMVHAGDMIGGSSPVSGLLQDEPTVEILEEIGFNVGTVGNHEFDEGTKEFMRMVNGGEHPEEKGTEGYDGMNFPQLCANCVDKESGETILPPFHIEEVDGEKIGFIGVNTQASASMVMPDGIADIQFTDEVAAVNEAVATLQQQGVEAIAVLAHIPADQAGDGATGEAANLAREVNDAVDIIFAAHNHQVVDGVVDNKLIVQASEYGKAFADVDVEIDRTTGDIVKKDAEVVFVKQSDYEADPNVSKILTKYEHQIAPMMNEVIGYNATDLTGDYSNDGDHGLGNLLADGMKSVMNSDFAMMNGGGIRDDLLAGKVTWGDLYNIQPFGNTLMKFEIKGKDLVPIINAQLSKEYGPDYSISGFHYTWDPEASKVVNVTYPDGTPIEEDKTFTLTVNNFMGTSKGSKYRPISDLGKNPVMGPTDLDATVEFVKSLNSTEDDPFLYAAEGRISVAKDEKEPTKNPGTDNGDNGDGTNVDVGNDGNNANKQEKHDGGNTLGKDNYDDNGDNDGNSSMSDNGNGTLTGGTKHTALGTAGSQHDDGSKLPNTATNLYNLIFIGLALLGGGVALYLRKRYIANKVS	PGPT0013420_139	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013420-yfkN-K08693	NA	NA
AK148_03416	1194	nadA	COG0379	Quinolinate synthase A	ATGGAAGAAAAAAATGCCGTTCTACTTATGCTATTAACCAAAAATGTATACATTTTATATCGTGTAAACGAAAGGGGTTTTTTATACATGGATCTACTTCAAGAACTGATTTCATCGACCAACTCTATTCCAGAAGAATATTTGCATGTATCACAACAAGAAATGGAGGAACGGGTGAAACAAATAAAGAATGATTTAGGAGAAGCCTTATTCATCCCCGGTCATCATTATCAAAAAGACGAGGTTATCCAATTCGCCGATGCTGTTGGAGATTCTCTTCAACTTGCCCAAGTCGCGGCACAAAATAAATCTGCCTCTTATATTGTATTTTGTGGGGTGCATTTTATGGCAGAGACGGCTGATATGTTAACCACTGATGAGCAGATCGTGCTCTTACCAGATAGAAGAGCAGGCTGTTCTTTAGCAGATATGGCTGATATTTTCCAAACGGAACGTGCTTGGGAGAAACTGATGCAACAATTTGGCGAATCCATCTTCCCGCTAACCTATGTCAATTCAACAGCAGCAATTAAAGCCTTTGTCGGTCAACATGGAGGAGCTACGGTTACATCTTCCAATGCCCATCAAATGGTGAACTGGGCATTTACAAAAAAAGAACGGATTTTATTTTTGCCTGACCAACATTTAGGTAGAAATACGGCTTCTGATCTCGGGATTGCTGAAGCAGAAATGGCAGTATGGGATCCAATCCAAGAGGAACTTCTTTTTTCTGGGAATGTGAAAGATGTTAAAGTAATTTTATGGAAGGGACATTGCTCTGTACACGAAAATTTCACGTTAACCAATGTAGAATATATAAGAAAAGAACATCCCAGCATGCATATCATCGTTCACCCCGAATGCAAAAAGGAAGTGGTTGATGCCGCTGATTATAATGGTAGCACGAAATATATTATTGAAACGATAAAACAGGCAAAAACAGGATCTGCCTGGGCAATTGGAACAGAGATGAATCTTGTCCAACGAATCATTCACAACCATCCAGATAAACATATCATTTCACTAAATCCGTATATGTGTCCATGCTTGACTATGAATCGAATTGATTTACCACACCTCCTTTGGTCTTTAGAAAGTATAAAGAAAGGAAAGCCTGTCAATCAAATTACAGTCGATAAACAGACAGCTTGCCAAGCTCGTTTAGCACTTAATCGTATGTTGGAAAGGGGATAA	MEEKNAVLLMLLTKNVYILYRVNERGFLYMDLLQELISSTNSIPEEYLHVSQQEMEERVKQIKNDLGEALFIPGHHYQKDEVIQFADAVGDSLQLAQVAAQNKSASYIVFCGVHFMAETADMLTTDEQIVLLPDRRAGCSLADMADIFQTERAWEKLMQQFGESIFPLTYVNSTAAIKAFVGQHGGATVTSSNAHQMVNWAFTKKERILFLPDQHLGRNTASDLGIAEAEMAVWDPIQEELLFSGNVKDVKVILWKGHCSVHENFTLTNVEYIRKEHPSMHIIVHPECKKEVVDAADYNGSTKYIIETIKQAKTGSAWAIGTEMNLVQRIIHNHPDKHIISLNPYMCPCLTMNRIDLPHLLWSLESIKKGKPVNQITVDKQTACQARLALNRMLERG	PGPT0013365_965	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013365-nadA-K03517	NA	NA
AK148_03417	837	nadC	COG0157	putative nicotinate-nucleotide pyrophosphorylase [carboxylating]	ATGATACCCCTGATACAATTAAAAGCCATGCTTAATTCATTTTTTCTAGAAGATATTGGACATGGTGATATCACAAGTCAACATTTATTCGATTATCATACGCAGGGGACACTTACATTGCTTGCGAAAGAAGAAGGCATTTTTTGTGGGGCAGAAATAATCGACGTTGGCTTTCCGATAGTGCATCCGCTTGTGCAAATAGATCGCAAAAAGAATAACGGTGATCAACTAGTGGCTGGTGATGTAATTGCAACTGCAACAGGACCCATGATCCATCTATTACAAGCAGAAAGGGTTATACTGAACCTCATTCAGCGAATGAGCGGTATTGCTACACGCACATACAAAGCAGTAGAAATGGTCAAAAACACAGATGTGAAAATTTGCGATACAAGAAAAACCACACCTGGATTACGTATGTTAGAAAAACAAGCGGTGCGCTCTGGTGGTGGATATAATCATCGCTACGGTTTATATGACGCCGTGATGATTAAAGATAATCATATTGCCTTTTCGGGCTCTATAACCAATGCCGTACAACGAATAAAGTCCAAGCTCGGTCACACCGTCAACATTGAAGTTGAAATTGAAACAAAGGATCAATTGCTAGAGGCAATCTCTAATAAAGTCGATATCATTATGTTTGATAATTGTTCTCCAGAAACTATTAAACGTTGGATACACCATGTTCCAAAAACAATCATTACAGAAGCATCTGGTGGAATTTGGTTTGATCGATTACTTGCATACGCGAATAGCGGTGTAAATTATATTTCATTAGGTAGCTTAACCCATTCAGCACCTTCACTGGATATTAGTGCGTCTGTATATCGTTAA	MIPLIQLKAMLNSFFLEDIGHGDITSQHLFDYHTQGTLTLLAKEEGIFCGAEIIDVGFPIVHPLVQIDRKKNNGDQLVAGDVIATATGPMIHLLQAERVILNLIQRMSGIATRTYKAVEMVKNTDVKICDTRKTTPGLRMLEKQAVRSGGGYNHRYGLYDAVMIKDNHIAFSGSITNAVQRIKSKLGHTVNIEVEIETKDQLLEAISNKVDIIMFDNCSPETIKRWIHHVPKTIITEASGGIWFDRLLAYANSGVNYISLGSLTHSAPSLDISASVYR	PGPT0013370_4447	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013370-nadC-K00767	NA	NA
AK148_03418	1584	nadB	COG0029	L-aspartate oxidase	GTGAAAAAGACAGACATCATTATTATTGGTAGCGGAATTGCTGCATTACAACTTGCCAACCAACTTCAAGAGCAATTAAATGTGACAATAATCACAAAGAAAGCTATAACAAGTAGTAATTCCTATCGTGCGCAAGGTGGTATAGCTGCTGCTATTTGTCCAGACGATGACACCTTCAACCATTATCAAGATACGATCATTGCTGGCGATCAGCACGGGAATGCCACAGCGATTTATGATTTAGTTACAGAAGGCAGGCTATTCATGCAAAACTGGGAGAAACTTGTCCCATTTGATACACATGCCAACGGAAAAATTTCTTTAGGCTTAGAAGGTGCCCATAGTAAAGCTAGAATTGTTCATTGTGGCGGGGACCAAACGGGTAAATATGTCATCCGTTTTTTGCTTGACTCATTGCGTTCCTCTACACGTGTTCACTGGATAGAAAACGAGATGGTCATCGATTTATTACAAAATGAATCAGGTCGATGTATTGGCGTTACAACAAAAGACACAAATGAAGTCTCTCATATGTATATGGCTAACCATGTCGTGTTAGCAACAGGCGGTGCTGGTGAACTGTATACAAATACATCTAATGCTTCCTCTGTTACAGGCGATGGAATAGCGCTTGCTTACCGAGCAGGGGCAAAAATTTGTGATATGGAATTTTTTCAATTTCACCCAACACTGCTCTATATAAATGGGAAAAGTGTTGGACTTATTTCTGAAGCTGTTCGCGGCGCAGGTGCTAGATTAATCAATGATGCAGGCGAACAAGTTATGAAAGATGTTCATCCACTAATGGACTTAGCACCAAGGCATATCGTTGCTCAGCAACTATTTCAACAAATAAATAGTCGCAGAAACATATATTTAGATATTCGACAGGTAAAAGATTTCTCTACCAAATTCCCAGCTATAACAAAGATGTTGCAACAGCACGGAATATCTATAAAAACAGGTAAGATTCCTGTTGCCCCAGGTGCCCATTTTATGATTGGAGGTGTCCTAATTAATGAATATGGAGCTACCTCCGTAAAAGGTTTGTACGCCATTGGTGAAGTAGCCGCTAGTGGCGTGCATGGTGCCAATCGCCTTGCTAGCAATTCTTTATTAGAAGGACTTGTTTATGGAAAGCGCCTTGCATCCTATTTACAACAGGTGGGCAGTTCGCAGACGATGGATTTTACACCAAAGAAACAACATCGTGAGCAACTAACCGACATCCCTTTTACCAAAAGAGAAATCCAACAATCCATGATGCAAGCTGTTGGAATTATTCGTGATCATGATCGTTTATCCAAACAATTAAGCTGGCTAAATAAGCATCCCATTGACACTTTTAGACAGATAGAACAATGTAGTCTTTCCACCATTCAAAATTATTTTATGTGGATTGTCGCACGTCTCATGACAGAATCTGCCTTACTTCGGACAGAAACAAGAGGCTGTCATATTCGCGCTGATTTCCCGAATAAAGATAACGAACATTGGCTACAAAAACGAATCATTCATTACCAAAGTAATGACAGAATGGAGGTCACTTATGATACCCCTGATACAATTAAAAGCCATGCTTAA	MKKTDIIIIGSGIAALQLANQLQEQLNVTIITKKAITSSNSYRAQGGIAAAICPDDDTFNHYQDTIIAGDQHGNATAIYDLVTEGRLFMQNWEKLVPFDTHANGKISLGLEGAHSKARIVHCGGDQTGKYVIRFLLDSLRSSTRVHWIENEMVIDLLQNESGRCIGVTTKDTNEVSHMYMANHVVLATGGAGELYTNTSNASSVTGDGIALAYRAGAKICDMEFFQFHPTLLYINGKSVGLISEAVRGAGARLINDAGEQVMKDVHPLMDLAPRHIVAQQLFQQINSRRNIYLDIRQVKDFSTKFPAITKMLQQHGISIKTGKIPVAPGAHFMIGGVLINEYGATSVKGLYAIGEVAASGVHGANRLASNSLLEGLVYGKRLASYLQQVGSSQTMDFTPKKQHREQLTDIPFTKREIQQSMMQAVGIIRDHDRLSKQLSWLNKHPIDTFRQIEQCSLSTIQNYFMWIVARLMTESALLRTETRGCHIRADFPNKDNEHWLQKRIIHYQSNDRMEVTYDTPDTIKSHA	PGPT0013355_2317	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013355-nadB-K00278	NA	NA
AK148_03419	1113	nifS	COG1104	Putative cysteine desulfurase NifS	ATGCTATATTTTGACTACGCTGCGACAACGCCGATGGATGAGGAAGCGTTAGCTATTTATCAGCAAGTTGCTGCAAACTTTTGGGGAAACACAAGTAGCTTACACCATATTGGGGGAGAAGCAAAAGAAATACTAGAAAACAGCCGGGAAAAGTTAGCGAGGTTATTACATGTTCCGACAAGAGGGCTTTATTTTACATCAGGCGGTACAGAATCCAATCAGTTAGCAATTGTGTCCCTTGCCTTAAGTCAGTCGAACAACGGAAAGCACATTATCACATCGCAAGCAGAACATGCTTCGGTTTTTTCAGCATTAGCTTATTTGGAGAATAAGGGATTTGAAATAACAAAGATTCCATATACAAAAGAAGGACAAGTAGATGTACAGCAACTAGAAAAAGCAATTCGATCGGATACGATTATGGTAACCATTAGCTATGTCAATGCAGAGATTGGCGCTATTCAACCACTTCAGAAAATTCGTGAGCTGCTACCTCCAGAAATTGTTTTCCATACCGATGCTGTCCAAGCCTTTGGTAAAGTGGATTTTTCCAAGCTGCATCAGGTTGTTGACAGTTTTTCCATTTCTTCACATAAATTGTATGGTCCAAAAGGTGTGGGGGCAGTTTACATACAACCGAGGTTGGCGATTAAAGGGATTTTTCCTTTACAAACACATGAGCACGGTGTTCGTGGTGGAACCGTCAACACCCCAGGTATTGCAGCTTTTGTTGCTGCAGCAGTAAAGTATACGAGAGCAGAAGTAGATCATGCAGATGCTTTACGTCGACTGTTTTTAATACAGTTAAAGCGTGAGTTGAAGGATTGCTATCAAGTGATTGAATCGTCTGTATCGCAACTTCCTCATATTGTTGGTTTGGCAATGCATCATTATGAAGGACAATTCATTATGTTACAATGTAATCGCAAAGGTGTTTGTATATCAACTGGTTCTGCATGTGGTCAAGCGTTACCGACAGCTGGGAAAACAATGCTAGCAATGGGTTATACACAGGAAAGGCAGAAGGAATTTATCCGTATTTCTTTTGGAAAAGATACGAAAGAAAAAGATGTTATGCAATTGGTAAAAATATTAAAGGAAATTGTAACTTGA	MLYFDYAATTPMDEEALAIYQQVAANFWGNTSSLHHIGGEAKEILENSREKLARLLHVPTRGLYFTSGGTESNQLAIVSLALSQSNNGKHIITSQAEHASVFSALAYLENKGFEITKIPYTKEGQVDVQQLEKAIRSDTIMVTISYVNAEIGAIQPLQKIRELLPPEIVFHTDAVQAFGKVDFSKLHQVVDSFSISSHKLYGPKGVGAVYIQPRLAIKGIFPLQTHEHGVRGGTVNTPGIAAFVAAAVKYTRAEVDHADALRRLFLIQLKRELKDCYQVIESSVSQLPHIVGLAMHHYEGQFIMLQCNRKGVCISTGSACGQALPTAGKTMLAMGYTQERQKEFIRISFGKDTKEKDVMQLVKILKEIVT	PGPT0000065_7719	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
AK148_03420	552	nadR	COG1827	Transcription repressor NadR	TTGCAAAAACAGAAAAAAGTACTTGGTGAAGAACGCAGGCAGTTCATTTTAAGCGTATTAAAGGATGCGAGCAAACCGATTACTGGTAGTGAATTAGCTAAAAGAACAAATGTCAGCCGGCAAGTTATTGTTAATGATGTGACTTTGTTAAAAGCGAGAAGCGAACCAATTATTGCAACAAGTCAAGGGTATATGTATTTACAAGCGTCAGCTACCGAGAGTGTAGAAAAGACCATCGCTTGTGAGCATACCCCTGATGAGGCAGAGGCGGAATTACATATTATTGTTGACCATGGTGTGACAGTAAAGGATGTAACGATTGAACATCTCGTATATGGCGATCTAACAGCTTCGATTATGGTATCCAATCGTAAGGAAGTAGAGCAATTTATTAAAAAAATTACTTCTACTGGTGCAGCATATCTGTCTCAGCTTACAGAAGGGGTGCATCTGCATACATTAGTTGCTACTAAAGAAGAACAAATTAACGAAGCAGAAATGGCTTTAAAGCAAGCAGGATTCTTGTTGGATCATTACGATATAAGAGAGTGA	MQKQKKVLGEERRQFILSVLKDASKPITGSELAKRTNVSRQVIVNDVTLLKARSEPIIATSQGYMYLQASATESVEKTIACEHTPDEAEAELHIIVDHGVTVKDVTIEHLVYGDLTASIMVSNRKEVEQFIKKITSTGAAYLSQLTEGVHLHTLVATKEEQINEAEMALKQAGFLLDHYDIRE				NA	NA	NA	NA	NA
AK148_03421	732			hypothetical protein	ATGGAACACGGATTAGAAATTTTAAAAATTTTAGGTCGAATAGTCACCATTTTACCACTAGCACTATTTGCGACTATTTTTATGGGAAAACGCTCCATTGGAGAGTTGCCAGTGTTTGATTTTTTAGTTATTTTAACTTTAGGTGCTGTAGTTGGTGCTGATATTGCAGATCCAGAGGTAAATCATATTTATACAGCCATTGCAATTATAGCAATTGCTTTACTTCAGAAGTTAGTGGCAATGTGGAAAATTAACAATCGCAAAATAGGCCGTTTGTTAACATTTGAACCTACAATGGTCATTTATCAAGGACAATTTTTAGTGAAGGAAATGAAAAAAATACAGTACCCCATTGATACTATTTTACAGATGTTACGAGCCCAACAAATTTTCAATGTAAAGGATGTTGAAATAGCGATCATTGAAGCAAATGGATATTTATCTATTAAATTATATCCTGAAAAGGAAGCTGCACGTGCCGAACATATTATAACGCAACCAAGAAGTCCCGCTAAGGGGATTGATGTACCAGTTGTTATTGATGGAACAATTTATGAACACGTTCTTTCTTCGAGAAATTTAAATACAACTTGGCTTTATCAAGAATTGGAAAGAAAAAATATTTTTGATGTAAAAAAAGTGTTTTATGCAGCTGTTAACGATCTGAATGAACTCCATGTTAGCATAAAAAACACAAATAATCCGCCAAATCTTCCACCTATTCTACATTAG	MEHGLEILKILGRIVTILPLALFATIFMGKRSIGELPVFDFLVILTLGAVVGADIADPEVNHIYTAIAIIAIALLQKLVAMWKINNRKIGRLLTFEPTMVIYQGQFLVKEMKKIQYPIDTILQMLRAQQIFNVKDVEIAIIEANGYLSIKLYPEKEAARAEHIITQPRSPAKGIDVPVVIDGTIYEHVLSSRNLNTTWLYQELERKNIFDVKKVFYAAVNDLNELHVSIKNTNNPPNLPPILH				NA	NA	NA	NA	NA
AK148_03422	399			Tn3 family transposase ISAau4	TTGTCAAAAGGGCTTATTCACCATATAGAGTTATACGTTTCTAACTTAAAAACTTCCACACATTTTTGGGGATGGTTTCTGGAGGAATTGGGATACAGTGCTTTTCAAAAATGGGAAAGTGGACAAAGTTGGAAAAAAGGTGAGACATACATTGTTTTTGTACAAGCAGAAGAACGATTTCTGGATGTGACTTATCATAGATGTCGAGTTGGTTTAAATCATCTTGCCTTTTATGCTGACTCACGTCAACACGTAGATGATATGACGGAGAAATTAAAAAATAAAGGAATTGCTATACTGTATAAAAAGCAGCATCCATTTGCTGGTGGAGATGACCACTATGCTGTATACTTTGAGGACCCAGATCGAATAAAAGTGGAGCTAGTAGCTCCTGAATAG	MSKGLIHHIELYVSNLKTSTHFWGWFLEELGYSAFQKWESGQSWKKGETYIVFVQAEERFLDVTYHRCRVGLNHLAFYADSRQHVDDMTEKLKNKGIAILYKKQHPFAGGDDHYAVYFEDPDRIKVELVAPE				NA	NA	NA	NA	NA
AK148_03423	873			hypothetical protein	ATGAACAATAAAACTCAACAGCATTGTATTAATGCGCTGACACTATTTGATTGGATAAGTAAGCCTGGCAACATACGACTAAGTAAATATTTAGGAGACCAACTATGTGTAAATGATCAAGTTTGCGGTCATATAGATATACCGTGCGGAGAAGTGGCACTTCTTTGGATGGTTAGGGGAAGGCTAAATGTTTCAGGATGGGTCACAATATGTCATCAAGCAGGATGCGAATATATGGAAGTCATTGTGAATGGAGGAACTGTACTAATCTTAAAACAAGAAGAAGAACGAACGCTCTATTTCCATGATTTAAAATCTATTGAAGTACAGTGCAATGGCGATAAAGAGGAGGAATGTATTGGAAGATACTGTTTTACGCTCTGCTATAAAATAAATAAGTGTAGTTATATTTCAGAAGATTATCAACTAATCTGTTTTTTATCCGACAAATTTGGAAACCGTACAAATACTTTAGAATGTCACGAGGTTACATCACCAAGAGAAAGAGAGAATACTCAAGTTATGCTCCCTAACGGGGAGATGGTCATGCTCCAAAAAGTAAAAGTAATAAAAGAAGGATTTATTACGCTACAACTTGTAAACAATGGGGAAATTTACAGCCTTGGTACCGTCTATTTTCAAAGTATGGATATATTTATTCTCTGTGCTCCTAAAGGCACATTTATTACATGTGATATAACGAATATAACATGTACAGCTACAATAACAGATGCTTGTGAACGTATTGATATTAAAATAAGTTTTTGCCAGCATATTAAAGTAATGACAGAGATGAAAATGGAGGTAAGAGCTAACATTTGTTTACCTCGGGTTGACATGGACATTCAATCGTATGTTAATTGTCCAGATTAA	MNNKTQQHCINALTLFDWISKPGNIRLSKYLGDQLCVNDQVCGHIDIPCGEVALLWMVRGRLNVSGWVTICHQAGCEYMEVIVNGGTVLILKQEEERTLYFHDLKSIEVQCNGDKEEECIGRYCFTLCYKINKCSYISEDYQLICFLSDKFGNRTNTLECHEVTSPRERENTQVMLPNGEMVMLQKVKVIKEGFITLQLVNNGEIYSLGTVYFQSMDIFILCAPKGTFITCDITNITCTATITDACERIDIKISFCQHIKVMTEMKMEVRANICLPRVDMDIQSYVNCPD				NA	NA	NA	NA	NA
AK148_03424	363			hypothetical protein	ATGGAAAATCATTGTTACATGAATTGTAATGAATTTGTAGCAACAGACAATGTTTGTGGTAGTTTTCATTTTTCATGTGATAACACACATTTTACCGTTTGGGATAGCAAAGAAATCATTCCATTAGGAACGGTGAGTGTTTTTCATCTTGGCAATTACGAAAATAGTCTGATTGTAACCGTTACAGATTCCGAAGGAAATATAGATACATTTGACGTTCCTCCTAAAAACACTCGTTCTCGAACATATGCTAATCTTTCTTCCGTTCATGTAACATGTCCAGGGGTCGGAATACAATTTTGTGAAGGAAGATATTGTCTAAACCTTCACTATCTCGTACAAATTGGGAAACGTCTTAATTGA	MENHCYMNCNEFVATDNVCGSFHFSCDNTHFTVWDSKEIIPLGTVSVFHLGNYENSLIVTVTDSEGNIDTFDVPPKNTRSRTYANLSSVHVTCPGVGIQFCEGRYCLNLHYLVQIGKRLN				NA	NA	NA	NA	NA
AK148_03425	336			hypothetical protein	ATGTGTGGATCAAATGGAATTAGCGGAGCCTGTTGCCCGCCTGCTCAAATTTTAAAAGAGGAAATTTGTGGTAATTTTAATGGTGCATTAACGGAACCAGTGTGGAGCGCACCTGCTGGTAGCTATATAGCAGGGACTTTTCAAGTATTTAATTCAGCTTCTAGCCCAGCTACAGTAACTGCAACGGGAACGGCAACACAAGCAATTGCTTTAAGTGCAGCCCCGGGAAATACAGATTCCCAATCGGTTAATAATCCAACTGATTTTTCGATAACAGCAGCTGATGGAGACAATGGTACGTATTGTATTACGTTATATAAACGAGTACTTGCGTAA	MCGSNGISGACCPPAQILKEEICGNFNGALTEPVWSAPAGSYIAGTFQVFNSASSPATVTATGTATQAIALSAAPGNTDSQSVNNPTDFSITAADGDNGTYCITLYKRVLA				NA	NA	NA	NA	NA
AK148_03426	453			hypothetical protein	TTGGGTGGCTACTGTTGCCCTCCCAATGGTGGAGGATCATTTTCCCCAATTATGTTTTTTGCTACTTCTAGTGAAACGCCAACAGGAAATCTAGTAGGAGCAGGTTCCGTTAACGTTCTTACTTTAGGAGTAAGTCCTACAAGCCCAGGACAACATCAAGTTAAATTAGATTCTACAGTTGCGTTAACGCTAAATAAACCTGCAGGTGCCCCGCTTCGTTATACTATAGCGTTTCGTTTAAAAAAAGATGGTGTGCCAATAGCGAATTTAACAGAAGCTAGCAGGTACAGTGTTGGACCCGCTTCTGATTACACAGTAATGCCCAATCTCACATGGAATGATACTATTATTAGTTCAGCCACTTATACAGTAGAAATCGAAGTTCTAACGATTGTACCAGCCACTACTACTGTACTGGCAGAAACACGGGCGCTTAATGCAATTGTGTTTTAA	MGGYCCPPNGGGSFSPIMFFATSSETPTGNLVGAGSVNVLTLGVSPTSPGQHQVKLDSTVALTLNKPAGAPLRYTIAFRLKKDGVPIANLTEASRYSVGPASDYTVMPNLTWNDTIISSATYTVEIEVLTIVPATTTVLAETRALNAIVF				NA	NA	NA	NA	NA
AK148_03428	1494	dtpT	COG3104	Di-/tripeptide transporter	ATGTCAGCACATAGTAAAGAAGAAATTGTAAATAGCGTCCCCCAGACGGGGTTTTTTGGTCATCCAAAAGGTTTGTTTACACTTTTCTTCACCGAATTTTGGGAACGTTTTTCCTATTATGGAATGCGCGCGCTGTTACTTTATTATATGTATACCGAGATTGCAAGTGGTGGATTAGGTATCGCTGATGATACTGCTAAATCTATTATGGCAATTTACGGATCACTTGTGTATATGTCAGGAATTATCGGAGGATGGATTGCTGATAGGCTATTAGGAACACAGCAAACGGTGTTTTATGGTGGCGTATTAATTATGGTTGGTCACATTGTATTAGCGTTACCTGCTGGAGTAACAGGATTATTCTTATCTATGTTTTTAATTATTATGGGTACAGGCTTGTTGAAGCCGAACGTCTCTAGTGTAGTTGGTGATCTTTATCGCTTATCGGATGTAAGACGCGACTCAGCATTTAGTATTTTTTATATGGGTATAAATATGGGGGCGTTAATTGCACCTTTAATTGTTGGTACATTAGGCCAAGAATACAATTTTCATTTAGGCTTCGGTGTAGCAGCAATAGGTATGTTATTAGGTCTCATTGTTTTTGTAATTACAAAAAAGAAATACCTCGGTTTAGCCGGCACGTATGTACCTAATCCACTCGCTAAAAATGAAAAGAAAAAAGTATTTGGCCAAATGACGATTGGAATTATCTTTATTATTATATTAGGCTTTGTTACTATATCGACAGGCATATTAACAATTAACCGATTTACTTACCTTGTGAGCATACTCGGAATTCTTATTCCTACCATATATTTTATTGTCATGTATCGTAGCCCTAAAACAAATGAAGATGAAAAATCACGTCTGCTTGCTTATATTCCTTTATTCATTGCCGCGATCATGTTTTGGGCAATACAGGAGCAAGGATCTATCATTCTAGCTGAATATGCAGACAAACGGACACAATTAGAATTTTTAGGTATAGAGCTACACTCATCGTGGTTTCAATCGTTAAACCCATTATTTATTGTTGTTTTAGCGCCTGTATTTGCTGGAATATGGATGAAGATGGGTGAACGACAACCATCAACGTCCAAAAAATTTTCTCTCGGTCTGTTTTTTGCTGGGCTATCATTCTTAGTCATGATTATTCCAGCAGCTATTAATGGAACGGAAACGTTAGTGAATCCTATCTGGCTAGTGCTTAGCTTTTTACTCGTTGTTATTGGTGAACTATGTTTATCGCCTGTCGGTTTATCGGCAACTACCAAGCTTGCACCAGTTGCATTTTCAGCCCAAACAATGAGTCTGTGGTTTCTATCAAACGCTTCTGCCCAAGCAATTAATGCGCAAATTGTGAAACTTTATCAGCCAACTACGGAAATTATTTATTTTGGTGTTATTGGCGGGGCTGCCATTTTACTAGGAATAATTTTACTATTAATGTCACCAAAAATTCAACAGTTTATGAGAGGGATTCGTTAA	MSAHSKEEIVNSVPQTGFFGHPKGLFTLFFTEFWERFSYYGMRALLLYYMYTEIASGGLGIADDTAKSIMAIYGSLVYMSGIIGGWIADRLLGTQQTVFYGGVLIMVGHIVLALPAGVTGLFLSMFLIIMGTGLLKPNVSSVVGDLYRLSDVRRDSAFSIFYMGINMGALIAPLIVGTLGQEYNFHLGFGVAAIGMLLGLIVFVITKKKYLGLAGTYVPNPLAKNEKKKVFGQMTIGIIFIIILGFVTISTGILTINRFTYLVSILGILIPTIYFIVMYRSPKTNEDEKSRLLAYIPLFIAAIMFWAIQEQGSIILAEYADKRTQLEFLGIELHSSWFQSLNPLFIVVLAPVFAGIWMKMGERQPSTSKKFSLGLFFAGLSFLVMIIPAAINGTETLVNPIWLVLSFLLVVIGELCLSPVGLSATTKLAPVAFSAQTMSLWFLSNASAQAINAQIVKLYQPTTEIIYFGVIGGAAILLGIILLLMSPKIQQFMRGIR	PGPT0021010_2439	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
AK148_03429	504	ftnA		Bacterial non-heme ferritin	ATGGTAAAAGAAGAAGTTCAGCAACTATTGAATCAACTCATTCAAATTGAGCATATATCAACAACTTTGTATTTAGCTATGTCAGCCTACTTAGATCGTAAAAACTACACTGGTATTGCAAAGTGGTTAAGGTTGCAATCGGAAGAAGAGAGAACACATATGCTAACTTTAATTGATTATTTAACTGGAAAAGACGGCATTGTTAAGCTAAGTGATGTTCCTCAACAACCAAGTGATTTCGGAACGCCACTTGAAACTTTTAAAAGAGTTCTTGAACATGAACAATATGTAACAAACGCTTATCGACAGGCTTATGATTATATAACACAAGTGGATCCACAAACAACTGTTATCGTTCTAGAGTTTTTAAGGGAACAAATTGATGAAGAAGCGCAAGCATTAACGATTGTAGAACGATTGAAATTGGCAAACAATAATCCATCAGCATTATTACTTATGGATCAAGAATTAGGTCAAAGACAAAATGCAGGAGGTACTGCATAA	MVKEEVQQLLNQLIQIEHISTTLYLAMSAYLDRKNYTGIAKWLRLQSEEERTHMLTLIDYLTGKDGIVKLSDVPQQPSDFGTPLETFKRVLEHEQYVTNAYRQAYDYITQVDPQTTVIVLEFLREQIDEEAQALTIVERLKLANNNPSALLLMDQELGQRQNAGGTA	PGPT0003970_1019	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-RELATED_PROTEINS_FERRITIN,PGPT0003970-ftnA|ftn-K02217	NA	NA
AK148_03430	306			hypothetical protein	ATGAAATCCGAACATATCTTATCTTCACTTTGTTATTTTAGCGTATTTTTTGCTCCGTTTATTTTTCCCATTGTTGTTTATTTCTTATCAGATAATGGTATTAAAAACCATGCTAAAAGTGCTTTATTTATACATTTAATTCCTGCGATAACGGTTATTGGAGCATTCATTGCTCTTTTGATAAGTAACTTAAATGAAAATGTGACAACCTTAGCGATAGCAACAGTAGTGGTTATAAATGCATATTATTTTATTCTCAATTTAGTTAAAGGGGTTAAAGTTTTGCAAGGAAGTTCTACAGTTTAG	MKSEHILSSLCYFSVFFAPFIFPIVVYFLSDNGIKNHAKSALFIHLIPAITVIGAFIALLISNLNENVTTLAIATVVVINAYYFILNLVKGVKVLQGSSTV				NA	NA	NA	NA	NA
AK148_03431	1416	stp_2		Multidrug resistance protein Stp	ATGAATGAACAATTGAATCATAATCAAAGCGCGCAAAAATACGGAAAAAATGTTTTGTTAATCCTGACTTTAGCATTCTCTGTGTTATTATCTGGAGTTACTGTCGATATGGTTACGCCTGTATTAGGTTTGATTGGCAATGACTTAGGGGCATCTGAAGCTCAAACGAGTTGGATAGTTGGTGGTGTTGCACTTGTTTTGGCAATAGCCATTCCTTTTTATGGACGTATTGCCGATTTTGTAGAGGCAAGAAAGTTGTTTACTATTGGTGTTTTAATTTTAACATTAGGTAATCTTATTGCTGCTCTTGCGACGGAGCTAAACATGTTAGTAATTGGAAGAATGATTCAAGGTGCTGGAATGGCTTCTGTGTCCGTTGTTTCTATTATCGTTATTTCTAGAGTGTACCCACCAGGTCAACGTGGTATCGTTTTAGGAATTGTTGCTGGCAGCATTGGCATCGGAACTGCCGATGGTCCGATTTTTGGAGGACTCGTCGGACAATGGCTAGGTTGGAAAGCTTTATTTTGGATAACATTTACTTTGGGGATACTTATTGCAATAAGTGCACAAATTTCCATGCAAAAAATCCATCCTTTAGAGAGTGAAAAAAACAAAACATTTGATGTCATAGGTGGTATTTCTCTAGGTCTAATGATAGGTTTCTTTTTGCTAGGGATTACTTTATCTGAAAATCAAGGTTTAACTTCCTATTTAACGATGATATGTTTAGGTGTATCGTTCGTTGCTCTAGTTATTTTAATCATTCGAATACGAACCGCTAGTCAACCATTTATTCCACCGATCTTGTTAAAAAATTATGCGTATGTTCGTTCTGTGCTCATCATTTTTTTGTCTATGTTTGCTTATTTCCCTATTCTTGTATTTATTCCACTGTTAGTTGTGGAAGTGAATGGACTTTCACCCGGTGAGGCTGGAATGCTCCTGTTACCAGGAGGAGCGGCTGTTGCCATTTTATCACCAATTATAGGAAGATTATCTGACCGTATAAAACATGAACTTCTGTTAATAGCTGGTCTGCTATGTATGGGTGCCTCTACGTTCTTTCTCTCCCTTTTTGCAGGAGGATCCCCCATTATGTTATCGATAGGCGTGTTAGGAAGCGGGATTGCTTATTCGCTCATAAATTCTCCTGCGAATAACTTTGCTGTATCTACATTGAACAAAGAACTGGTAGGAGTAGGAATGGGATTATTCCAAGGCGCTTTATTCTTAGGTACAGGTGTAGGTTCAGCGTTGATGGGGACTTTCTTAGCCATACGTCGTAAAGGGGAGAATGCCATTAACCCTATTTATGAGTTAGATGCGCCGTTTTATTCAGATGTTTTTTTAGCACTAACATTGATTACAATCATTGCTCTCGTTATTACGCTTCGTATATTAAAGAAAGTGTAG	MNEQLNHNQSAQKYGKNVLLILTLAFSVLLSGVTVDMVTPVLGLIGNDLGASEAQTSWIVGGVALVLAIAIPFYGRIADFVEARKLFTIGVLILTLGNLIAALATELNMLVIGRMIQGAGMASVSVVSIIVISRVYPPGQRGIVLGIVAGSIGIGTADGPIFGGLVGQWLGWKALFWITFTLGILIAISAQISMQKIHPLESEKNKTFDVIGGISLGLMIGFFLLGITLSENQGLTSYLTMICLGVSFVALVILIIRIRTASQPFIPPILLKNYAYVRSVLIIFLSMFAYFPILVFIPLLVVEVNGLSPGEAGMLLLPGGAAVAILSPIIGRLSDRIKHELLLIAGLLCMGASTFFLSLFAGGSPIMLSIGVLGSGIAYSLINSPANNFAVSTLNKELVGVGMGLFQGALFLGTGVGSALMGTFLAIRRKGENAINPIYELDAPFYSDVFLALTLITIIALVITLRILKKV	PGPT0027880_259	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0027880-tetB-K08168	NA	NA
AK148_03432	366			hypothetical protein	ATGGCTGACTGTTATAAGGCACTGGGTGAAATAGATGAGGAGACAACAGCTTTACTGCATACGTTTAAATTTGACCTCCCTCGGCCAGAAGTGCTTTGTAGACTTGGTGACCATTTTATGAATAAAAATAGTTTTCAAAAAGCAATTAGATGGTATATGTTAGCTCTTACAATTGAAGTAGAGAACGATGCAGGATTTACTAATACCACTTATACTACCTGGTACCCACATTTACAAATGTGTGTATGTTATTGGCAATTGGGAAATAAACAGAAATCATATGAGCATCATCTAAAAGTAAAAGAGCATGATCCATATTCTGAATTCGCTATTAAAAATGAAGAATTCTTTAAAGACATTCATTAA	MADCYKALGEIDEETTALLHTFKFDLPRPEVLCRLGDHFMNKNSFQKAIRWYMLALTIEVENDAGFTNTTYTTWYPHLQMCVCYWQLGNKQKSYEHHLKVKEHDPYSEFAIKNEEFFKDIH				NA	NA	NA	NA	NA
AK148_03433	669	sunS	COG0463	SPbeta prophage-derived glycosyltransferase SunS	ATGCATTCTATAAGTTTGTGTATGATTGTTAAAAATGAAGAAGAAGTCTTGGAGCAATGTTTGCGCAGTGTAGAATCTATTTGCGACGAGATTATTATATTAGATACTGGTTCAACTGATCGTACAAAAGAAATCGCATTACAATTTACAAATAAAGTATTTGATTTTGAATGGGTAGATGATTTTTCTAAAGCTAGAAATAAATCATTTAGTTATGCAACAAAAGATTACATTTTATATCTAGATGCAGACGATGTCGTTCTTCCAGAAGACCTTGATAAACTAAAAAACCTAAAAGAAACAGAATTAAATGACACTATTGATGCCGTATCCATGTACTACCACACTTCATTTGATCAACAAGGAAATCCTACTTTTAAGTTTAGAAGAAATCGTCTTTTAAAAAGAAGTAATCATTTCAAATGGTTTGGAGCTGTCCATGAATACATTTTAGTATATGGTAATATATACCATTCTGATATAGCTATTACTCATCGTAAAGAGGATAAAGAAATAGACCTTTCTACAAGAGATCGCAACTTAAAAATTTACGAAAAACAATTGGAAAAAGGGGTTGAATTTACTCCCCGAGAATTATTTTATTATGCGAATGAATTAAAAGATCATCAACGCTTTCTAGAAGCCATTAATTATTATAAAAATTCTTAA	MHSISLCMIVKNEEEVLEQCLRSVESICDEIIILDTGSTDRTKEIALQFTNKVFDFEWVDDFSKARNKSFSYATKDYILYLDADDVVLPEDLDKLKNLKETELNDTIDAVSMYYHTSFDQQGNPTFKFRRNRLLKRSNHFKWFGAVHEYILVYGNIYHSDIAITHRKEDKEIDLSTRDRNLKIYEKQLEKGVEFTPRELFYYANELKDHQRFLEAINYYKNS				NA	NA	NA	NA	NA
AK148_03434	1116	fdtB		dTDP-3-amino-3,6-dideoxy-alpha-D-galactopyranose transaminase	ATGGTGGAAAATAAGTTCAGACCCATTCCAATGGTTGATATAAAAAAAGAAATACAGCTAATGAAAGCTCACTTAAACCAATCTATCATGGATGTCATGGAAAGTGGCATGTTCATATTAGGAGAAAAAGGAAAAGAATTAGAAAAAAAATTGGCTTATTATCTAAAATCCAACTATGGTATTGGGGTAGCAAACGGAACAGATGCTTTACAGCTAGCCTTGCTTGCCTTAGGTGTTGGTAAAGGAGACGAAGTTATTACAACACCTTTTACGTTCTTTGCTACTGCAGAAGCCATTGTCCAGGTAGGAGCCAAACCTGTATTTGTTGACATAGATGAAAAAACTTATAACATTAATTCTGCAAAAATTGAGGACGCTATAAATAAAAACACGAAAGCTATTATAGTAGTTCATTTATTTGGAAAAGCAGCAAATATGGACGAAATCATGGCGATTGCAAAAAAAAATCATTTAAAAGTGATTGAGGACGCCTGCCAAGCAATTGGAGCGGAATATGGGAGGAAAAAAGTAGGAACAATTGGGGATATTGGTTGCTTTTCTTTTTTTCCATCGAAAAATTTGGGAGCTTTTGGAGATGCAGGCTTCATTACAACGAATGAAAGCAGTATATATACGATTATTCACAAATTGAGAAACCATGGAAGTGAAGGAAAATACGATCATAAATATATTGGAATGAATAGTAGGTTGGACGAAATTCAAGCCGCAATTTTATTAACGAAATTAAATTATTTAGACAAATTCTTGCGTCAAAGAAAAGAAATTGCTATGAATTATACAAAAAATTTAAATTTTTTTGTAAAAGCACCAGAAATACCTAAACATAATGAACATGTTTTTCATCAGTATTGCCTTGAATTAGATAATAGAGATGACCTCAAAATTACATTAGAAAATAACGGGATAGCAAGCGCTATATATTATCCTATTCCCTTACATTTACAAACATCCCTTCACTATCTAAATTATAAAACAGGTGATTTTCCAATTACAGAACATGTGTCAAAAAAAATATTAGCACTTCCTATATCTCCTATGCTTTCTAACAAAGATCAAAATTATATCATACAAACAATACGTGCATTTTTGAATTAA	MVENKFRPIPMVDIKKEIQLMKAHLNQSIMDVMESGMFILGEKGKELEKKLAYYLKSNYGIGVANGTDALQLALLALGVGKGDEVITTPFTFFATAEAIVQVGAKPVFVDIDEKTYNINSAKIEDAINKNTKAIIVVHLFGKAANMDEIMAIAKKNHLKVIEDACQAIGAEYGRKKVGTIGDIGCFSFFPSKNLGAFGDAGFITTNESSIYTIIHKLRNHGSEGKYDHKYIGMNSRLDEIQAAILLTKLNYLDKFLRQRKEIAMNYTKNLNFFVKAPEIPKHNEHVFHQYCLELDNRDDLKITLENNGIASAIYYPIPLHLQTSLHYLNYKTGDFPITEHVSKKILALPISPMLSNKDQNYIIQTIRAFLN	PGPT0022700_339	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_D_MANNURONIC_ACID_MODIFICATION,PGPT0022700-wbpE|wlbC-K13017	NA	NA
AK148_03435	690	lpxD_2		UDP-3-O-(3-hydroxymyristoyl)glucosamine N-acyltransferase	TTGAATAATATCCATGACAGCGTGCGATTAGGTGAATACGTGGTTATTGAGGATGGAGTAACAATAGGTGAAAATGTAGTTATCGGCCATCAAACAACTGTTCTAAAAGGAACTATTATTAAAGACAACGTCATGGTCGGCTGTAATTGCATTCTTGGCATTAAACCTCATGTCAATAAGCGCATTCGAAAAAGTACTGTGGAAAATGTGCTTGTAATTAGAGAAGGGGCAAGGTTAGGTAACTTAGTAACCATTTATGCTGGAGCTTATATTAGCAAAGATGTTTTCATAGGTGACCATGCCAGTATACGGGAAAACACTTCTATTGGAGAAAAAACTATTATAGGAAGATGCGCTACGGTGGAGTTAAACACAATGATTGGCAGTAATTGCACTATTCAAACTCAGGCTTATATAACTGGAGACACATTTTTAGAAGATAATGTTTTTATTGGCCCTTGTGTTTCAATGGCTAATGATAAATATATGGGAGCTGCACAATACGCATTAAAAGGACCATATATAAAAGCGGGTGCCAAAATTGGAAATAATGCTTCCTTATTACCTGGTATAACTATAGGTGAACAATCTATTATTGGTGCAGGTTCCGTAGTAACTAAAAACATACCTAATAAAATTACTGCAGTTGGTAATCCAGCAAAAAGGCTTAATCGCGGTGAAGTTGAATAA	MNNIHDSVRLGEYVVIEDGVTIGENVVIGHQTTVLKGTIIKDNVMVGCNCILGIKPHVNKRIRKSTVENVLVIREGARLGNLVTIYAGAYISKDVFIGDHASIRENTSIGEKTIIGRCATVELNTMIGSNCTIQTQAYITGDTFLEDNVFIGPCVSMANDKYMGAAQYALKGPYIKAGAKIGNNASLLPGITIGEQSIIGAGSVVTKNIPNKITAVGNPAKRLNRGEVE				NA	NA	NA	NA	NA
AK148_03436	918	iolG_3		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	ATGATTAAAGTTGGTGTCGTTGGCACAGGTAAAATGGGTGAAAATCATGTACGAACATATTTAAAGCTTGACCAATATTGTAAGTTCATTGGTATTTATGACAATAATGAGGAAAAAGCAAAAGAAATTTCCAACAAATATGGAGTACAATCATTTCAAACCTTGCAATCTCTATTAAGTGAGGTGGACGCAATAAGCATTGCAGTTCCAACTAAATATCATTATGTTATTAGTTCTGTTTGTGTAGAGTATAATGTACACATGCTGTTGGAAAAGCCAATTACTGAGACTATTTATCAAGCAGAACAACTGATTAGTAAAGTTAAAGGAACGAATTTATGTCTTCAGATAGGACATATTGAACTATTTAATCCTTTAATTCAATTTTTAATGATGCATTTAAAAAATGAATCTGTTATTGGAATGGAGTTTCATAGAATGCATCCTTATAGTGAAAGAACTGAACAAGCAAATGTAGTCAAAGATTTAATGATGCACGATATTTATATTGTACAAGAAATTTTTAAAAACAAATGCTTCGAATTTGAATCAATGGGGAGAATGGACAATAATAATTTAACGCATGCTGTAGCTATCGCATCTATTCCTGATGATATTATTATTCAATTGTCAGCAAGTTTTCAATCAAAAAAGAAAGTAAGATCTATTCATGTTTTTACAGAAAATACGTTTATTCAAGCTGATCTTTTGGCTAATAAATTGGAAATTACAGATTCTCTATCATCTAAGACAATATCATTTAAAAAACAAAAATCATTACAGTTACAGCTACAAGACTTTATAAATTCAATCAAGCTACAAAAATCCCCAACCGTTACTGCCCTTCATGGATTACAAACTTTAAAGCTAGCCGATGACATAAGTAAACAAATAAAAGCTTTCCACGCATGTATATAA	MIKVGVVGTGKMGENHVRTYLKLDQYCKFIGIYDNNEEKAKEISNKYGVQSFQTLQSLLSEVDAISIAVPTKYHYVISSVCVEYNVHMLLEKPITETIYQAEQLISKVKGTNLCLQIGHIELFNPLIQFLMMHLKNESVIGMEFHRMHPYSERTEQANVVKDLMMHDIYIVQEIFKNKCFEFESMGRMDNNNLTHAVAIASIPDDIIIQLSASFQSKKKVRSIHVFTENTFIQADLLANKLEITDSLSSKTISFKKQKSLQLQLQDFINSIKLQKSPTVTALHGLQTLKLADDISKQIKAFHACI				NA	NA	NA	NA	NA
AK148_03437	309			hypothetical protein	TTGAAGAGTGAAGGAATAGAAAAATTGTTTCAACAATCCTTTAACCATTTTATTGAAAAACAATTAGAAACTTTACACAAACAATCACATGCTGATAATAGAAGTTTTGTCTATTTAGAAGAGAACATGTTACAAATGATTATGACTTATTTATTTATGACTTTAAATAATAAATTTGATACAAATTATGCTCACTCAATAAATACAGATCAATTAGATCAATTAGAGAAGAACTTAGATGAGTTAATAATTCAAAATGAACATGAATTCAAAGAAATTTTAAATATTTTAAATAGTAATGGTAAATAA	MKSEGIEKLFQQSFNHFIEKQLETLHKQSHADNRSFVYLEENMLQMIMTYLFMTLNNKFDTNYAHSINTDQLDQLEKNLDELIIQNEHEFKEILNILNSNGK				NA	NA	NA	NA	NA
AK148_03438	573			hypothetical protein	TTGAAAAATAAATGGATTGGTCTCCAACAAAAAATGGAACATTTGCAGAAAATGAATGAAACGTATTTAAATAAGATGAAATCCATCGTACAAAAAAACGAAATACAACATGTTCACGTTATTAGTTATTTTACATTTTCACTAAATTTGAATCATACATTAAATGGTGAAAATATACTAATCGGCTCCTACCATATAACGAATTTAGGGTTAAAACCGCTTCATCAACCGTTTATTTGTATTAAACTAAATACAGAAGATACATTCGATTTTTCAGGTAAATATTTTTTTGATGATACAAAACAAAAGCTAAAACTGACAAATGCTTGGATAAGATTTCAGGAAACAGAAGATCGCCAGAAATACTGGCTTAAACCAAACCATCATAACTTAATAAACCCTCAAGAAACAATCACATTTCAAAATTTCCAACTAAAATGGCGACCAAACCGACCATATAACGCAAATGTAATGGGATTTACATACGGGGAGGAATTAAAGGATGGATTGAGCGCACTTAATCAAATTAACATAAAAGGAAATGTAAAGGAGCGTGACAACATTGAAGAGTGA	MKNKWIGLQQKMEHLQKMNETYLNKMKSIVQKNEIQHVHVISYFTFSLNLNHTLNGENILIGSYHITNLGLKPLHQPFICIKLNTEDTFDFSGKYFFDDTKQKLKLTNAWIRFQETEDRQKYWLKPNHHNLINPQETITFQNFQLKWRPNRPYNANVMGFTYGEELKDGLSALNQINIKGNVKERDNIEE				NA	NA	NA	NA	NA
AK148_03439	669			hypothetical protein	ATGCAGGCAAATAATGTATCTGGAGGCCAGGAACTCCTATGTATTAATACAGAGAAGGTGTACGATTGGGTATTGAATGAATCTTTATTTGATTTAAACTTAGTGGATTTAGAGTTACCTTTAAATCCAAATACTGGTGAACAGTTAACATGCGGAGATATCGATGTGGACACCGTTACATGTAAAATCACACCAAATTGTATGGAACCGATTTGTATCTTAAGCCGTGAAGATCAAGATTTTATTATTGATGGGACAGAGGTAACGTTACAACTAGTAAATATTCGGAAAAATTTTGAGGTAACCGTTTTTGTAGATTTAATTCCGGAACTAGGCGGAGGATCCATTGAAGTATGCGAAGCAGAGTTTACCCGTTGTGAACAAGTAGTTTTATGTGCACCTGAAGGAACTGATATTGATGTAAGCTATACGGACTTAGATTGCTTTGTATGCACCGCAACTTGTGAACAAATGACAAATCCAAACCAACTTGATGTAACACTTTCAGTACGTCTCTGCCAAAGCATTCAATCTACCTTTGGTGTAACACTTGAAGTTATAGCAGAATTCTGTGAACCACGAGATACGTTTCCAATTGCTCCATGCCCAACACCAACTATGCCACCACAATGCCCCGTTATCTTCCCTTACAATTGTGATAATGGGTAA	MQANNVSGGQELLCINTEKVYDWVLNESLFDLNLVDLELPLNPNTGEQLTCGDIDVDTVTCKITPNCMEPICILSREDQDFIIDGTEVTLQLVNIRKNFEVTVFVDLIPELGGGSIEVCEAEFTRCEQVVLCAPEGTDIDVSYTDLDCFVCTATCEQMTNPNQLDVTLSVRLCQSIQSTFGVTLEVIAEFCEPRDTFPIAPCPTPTMPPQCPVIFPYNCDNG				NA	NA	NA	NA	NA
AK148_03440	1386			hypothetical protein	ATGAAACGATTTGAATTGTATAATGTGAACGATATTGAGAAGTTAAAACAAGAACTCTACGCCTACAAAGAAAAAAATGCCTACTCAGCAGATGCTAAATTTTGGGAAGATTATCTGAAAACAAAAAACGAATTTAGCAATTTAAAGCTAAAAATTATTCAATTAGAAGGAGATATGAAGATAATGGAAAAGAATTACCAAGAGGAAGTTTTAAATTATGGGTTAGAAGTACAAAATTTTATGGTTCAATTAACATCTATAACAGATTCTATAAGAGAATTGAGGCAAGAGACAGAAAAAATGAAAAAACAATTAGAGGATCTGCCGGAACTGTCAGAAAAAACAAATCAATTAATAAGTAGTCAGTATATTAATGCAAAAGAACAAAGGGAAGAGTTTGAAAAGTTAAATGAAGAAATTTCACAAATGAAAGAATGGTTGGAACCAAATAATACAGTTAATAACGATGCAAGAAAGCAATCCGAGTATAGACAATTACAGGGGATTTTGCAGTCGCCAATAAATATAGAGCAATCTCTATCACAAAAAAAAAACAAGCCAATAAATAGACAGCCGTTTACTCAACATAAGTTCACAAGTGGATCCTACACAAACTCTGTTGATTCTAGAGAACTTGAATTTAATGACAAGGCTAGAAAGCCTTTACTAAAAGCAAAAAACGAATTAAATAAAAATATAATTACTCGAACTGTCTCTGCTAAGAAGAACCAAAAAAAGGAACAGGATGAAGGGAAAATCAATAAAGATAACACGATACATGGTAATGAAGACACAGCAGCTGAAACAGAAATTACTTTTAATAAAAACAGTAACACCTACAAAGATAGTTTACAGCGCTCAGCAAATGCTTCACAATCTCAAACAAAGAATACGAGTACGCAAATTCCAGAAGTGCAACAAAGCGTTGAAACAAATGCATCCATGAATGAAGCACAATCTCAAACAAAGAATACGAGTACGCAAATTCCAGAAGTGCAACAGAACGCTGAAACAAATGCATCCATGAATGAAGCACAACCTCAAACAAAGAATACAAGTACGCAAATTCCAGAAGTGCAACAAAGCGTTGAAACAAATGCATCCATGAATGAAGCACAACCTCAAACAAAGAATACGAGTACGCAAATTCCAGAAGTGCAACAATCGGCTAATACAAACGTATCAACAAGTGCCCGCATGTCAGGAGGTCATGCAGAAAAAACCATGATTGAGCATAACTATGAAGATGACCAGGTGAATGCTAACTTAACATTAGAAGATGAAGAAGAGGATGATTACTCATCTATAAAACGTAGAAGTAGGTCTAGAAACGCAGAAGAATTGAATAAAAAAGTTTCACTCTTTTCTATTTTCAAAAGAGGGTAA	MKRFELYNVNDIEKLKQELYAYKEKNAYSADAKFWEDYLKTKNEFSNLKLKIIQLEGDMKIMEKNYQEEVLNYGLEVQNFMVQLTSITDSIRELRQETEKMKKQLEDLPELSEKTNQLISSQYINAKEQREEFEKLNEEISQMKEWLEPNNTVNNDARKQSEYRQLQGILQSPINIEQSLSQKKNKPINRQPFTQHKFTSGSYTNSVDSRELEFNDKARKPLLKAKNELNKNIITRTVSAKKNQKKEQDEGKINKDNTIHGNEDTAAETEITFNKNSNTYKDSLQRSANASQSQTKNTSTQIPEVQQSVETNASMNEAQSQTKNTSTQIPEVQQNAETNASMNEAQPQTKNTSTQIPEVQQSVETNASMNEAQPQTKNTSTQIPEVQQSANTNVSTSARMSGGHAEKTMIEHNYEDDQVNANLTLEDEEEDDYSSIKRRSRSRNAEELNKKVSLFSIFKRG				NA	NA	NA	NA	NA
AK148_03441	417			hypothetical protein	ATGAATAATAAGCAAATAATAACCCCTCTTTCTCTATATAATCAAATGGTGAAACACTGTTTTTTAGCATTACCATATGAAACATGCGGTCTATTAGCTGGAAATATAATCCATGTACAATCGATTTTGCAATTAGAAAATGAACAGAGATCGAAAAGGCGTTTCTTTGTAAGTAAGAACAGGGTTCAAAAAGCTCTAAATGAAATAGAGAGAAATAATCAAAAAGTTTTAGCTATTTATCATTCACACCCAAAAACAGCAACAATTCCTTCTACATTAGATATGAAGAAACATCCTGTATCTAGTGTGAAAATGATTATAATTTCCTTTAAAGGAGGTATCATTTCAGTGAAATGCTATCAAATATGTGATAAAGGTTATGATGAATGCCCTTTTTATATACAATACACACAATAG	MNNKQIITPLSLYNQMVKHCFLALPYETCGLLAGNIIHVQSILQLENEQRSKRRFFVSKNRVQKALNEIERNNQKVLAIYHSHPKTATIPSTLDMKKHPVSSVKMIIISFKGGIISVKCYQICDKGYDECPFYIQYTQ				NA	NA	NA	NA	NA
AK148_03442	348			hypothetical protein	ATGGTGGCGCAATTAGGACTTTGTAATAATGATTCACTTTGCTGTATTAATGATGCGGTTTGTTGCACGATTTCTTTAGAGGATACTGCAGCTACACCGATTTCAGTTTGGGAAAATGTCTCTACTTTTATAATAAATGGAACGATTGTGATTGAGAATAATGGGATGGTAGTTGGTTCACCATCAGCAGAATTATTTGTAAATGGTACAGCTGTTGCAGGGTTTGTGGTGGAACCCGGCAATTGTCGCTCTATTACTTTAGAGGGCGTTAATTCTATTGGAATTGCTGGAACTGGAACAGGTAGCTCGAATGTAAAAATATCCTTCTCTATTAATTATAAATTTTAA	MVAQLGLCNNDSLCCINDAVCCTISLEDTAATPISVWENVSTFIINGTIVIENNGMVVGSPSAELFVNGTAVAGFVVEPGNCRSITLEGVNSIGIAGTGTGSSNVKISFSINYKF				NA	NA	NA	NA	NA
AK148_03443	462			hypothetical protein	ATGAGCGCTCAAATGCCTTTTTGCAATGATGACTGTAATTTTACAGATAACGATGTTACTAATAATTCTATGTATGCTTCTAATACAGTTGGAAGTACAATCTTAGTGGTATTAGGAGGGACTACTGTGCAATTACCGAACCATCAAGATCTTGATGGTTTTGCAGTAAATGGAGCAAATAATACTTTTACAGTGCCGGTAAGTGGGAGATATTATCTAACTTATCGAGTGAATACTACGGTAGCCCTTCTATTGAATACGAGATTATTAAGAAATGGTAGCTCAATACCAGGTTCGATAATTTCACCTGTTCTGTCTACTGCCAGTTTCAACAATGATGTCATATTATTTTTAAATCAAAATGATAACATTTCATTACAACTTTTTGGACTTTTAGGAATTGCTACCTTAATAGGGGGAGGTGCAACGGGCGCCTCGCTTTCAATTATTCGGTTATCATAG	MSAQMPFCNDDCNFTDNDVTNNSMYASNTVGSTILVVLGGTTVQLPNHQDLDGFAVNGANNTFTVPVSGRYYLTYRVNTTVALLLNTRLLRNGSSIPGSIISPVLSTASFNNDVILFLNQNDNISLQLFGLLGIATLIGGGATGASLSIIRLS				NA	NA	NA	NA	NA
AK148_03444	384			hypothetical protein	ATGGAAATGTCTTGCTTTTGTAACAACTTTTGTTGTTCATGTCAGTGGAATAAAAAAGCTTGTACATTTGTGACAGATCGTATTTGTACTAGTTGGAGCGTACCAGAATCAACTAGTCAAGATGTTTATGTCTCTCCAAATGTATTGATTTTTGCTTCGGGTTTTTTGGCTTATGACGAAGGAGATGCGGACTTTGTGATATTTAGCTTTTTTGATAATAATGTACAGATCGGTAACTCGTTAACAGTGTATAAAGGAAGCAGTGTAGGGTTTACCAGTACTAATTTTACACGTATAGAAGTTACTGTTCCACCAGGAAATCCAGGGAATATTTCATCTGGTCAAATTTGCATTACTCCACGTTATGAAATAGGTTGTATGTAA	MEMSCFCNNFCCSCQWNKKACTFVTDRICTSWSVPESTSQDVYVSPNVLIFASGFLAYDEGDADFVIFSFFDNNVQIGNSLTVYKGSSVGFTSTNFTRIEVTVPPGNPGNISSGQICITPRYEIGCM				NA	NA	NA	NA	NA
AK148_03445	336			hypothetical protein	TTGCCTAATGCTCAAAATTTAAATGGCATTACAGTAAATGGTGCAAACACTGTATTTACAGTTTCATCCACGGGTCGTTACTATATATCTTACAATGTAAATTTTACTGCAACTTTAATACTAGGTGCGCGAATTCTAGTTAATAACGTCCCCTTGCTTAGCTCACAAAGAAGCCCTGTTTTATTAGTGAGTAGTTTAAGTGCAGACCTTATTACAAATTTAAATGCAGGAGATACTATTACCCTACAGCTGTTTGGTTTGTTAGGTGCAGTAACATTGCAAAGTGGTCAAGGTGCAGCGTTAACGATAATTAGGATTGATGACAATTTTGCTTAA	MPNAQNLNGITVNGANTVFTVSSTGRYYISYNVNFTATLILGARILVNNVPLLSSQRSPVLLVSSLSADLITNLNAGDTITLQLFGLLGAVTLQSGQGAALTIIRIDDNFA				NA	NA	NA	NA	NA
AK148_03446	321			hypothetical protein	ATGGACAAGAATACACTAAAATCATCATTTGGTAAATGGGTTTCACCTATAAATACAAAAAAACTATTTGAACAAGTAGAAGAAAATAAACAAGATTACTACACAAAAAAGCTAACAACTGCAGCGTATATAAAGCTCATGTTACTTGCCCAATTGCAAGGATTCGAGAGCTTGGAAGAAATGAGCGATGCCCTAATAGTTGATGGACTTCAGAAAGCACTGGGGTTTAAATCGATTAGTACATCTCAGCTATCAAGGAAGAATAATGAAATGAATCCAATGATCCTTTCCCATTTATTCTGGACCTTGTTTACAAAATAA	MDKNTLKSSFGKWVSPINTKKLFEQVEENKQDYYTKKLTTAAYIKLMLLAQLQGFESLEEMSDALIVDGLQKALGFKSISTSQLSRKNNEMNPMILSHLFWTLFTK				NA	NA	NA	NA	NA
AK148_03447	2202			hypothetical protein	ATGCGTGTACGAATAATGATTATTAGTATGATAGTCGTGATAATGACACTTATTTCTATAGGTGTTACTAGCTCAGGAGAACAGTTGAAAGAGAAGCAAAAAATGAATGAGAAATCCATTATTATTGAAGTGAAAGGTAATCCAAAAGATCATCAATTGTTTTTGGAGAATCATTATCCCTCTATTCAAGTAGTGGCAGTGTATACAGAATTGCTTAACGGTCTTGCTTTAAAAGGAGATAAAAGACAACTGGAGCGAATGGGGTCGCTAGAGTTTGTGAAAAACGTTCACCCCGTCCATAAGTATGAAACAACAACGAGCCAATTTAATCAACCGAACGATAAAAACGCCATTTTTCCTTTTGATTTGAATAATACAACATATACAGGTAAAGGTGTTAAAGTGGGCGTGATAGATACTGGAATAGATTATAACCATCCAGATTTACAGACGAATTATAAATCAGGGTATGATGTGGTTGATTTAGATAATGATCCGATGGAAACAAAGCCGCAACAAGGAGAACCGACATTACACGGTACGCATGTTGCTGGCATTATTGCTGCCAACGGAAATTTAAAAGGCGTAGCCCCTGATGCGGAGTTATACGGTTATCGCGCGTTAGGTCCAGGAGGAAGTGGTACTTCGGTACAGGTAATTGCTGCTATGGAGCAGGCGATAAAAGATGATGTGGATATCATTAATTTGTCTTTAGGTAACCAAGTGAATGGACCAGATTATCCGACAAGTGTAGCTGTAAATAAAGCTGCTGAATTAGGTGTTGCTGTTGTTATAGCGAATGGGAATGCGGGTCCTGGAGGATGGACTGTTGGCTCACCTGCAACAGCAAATCACGCATTATCCGTTGGTGCTGCCAGTCATCCACAACAAGTCCCATATTTATATGCTCGATGGGAGAATAAGCGTATTTCGATTCAAGAAATGGCGGGTGCACCGCCGTGGCTGCTCGATACATTTTATCCCATTATGCGTGCAAACAAAGGCGCAAATGTAAAAGGGAAAATAGCTCTCTTTCAACGAGATGAAACTCCTTTTGTTGAAAAAGTGGAACAAGCCCAAGCTGCCGGTGCTAAAGCTGTAATCATTGCAAACAATGAAGAAGGAACTCTACAAGGAGATGTATCTACTGCTAAAGATGCTGTTCAGATTCCGGTTGCTTCGATATCGAAGCAGGATGGTGCATGGCTGGAGGAATACTTACAGTCAGATCATCTTCATTTAGATACGAAATACGAAGACAAAGCTTCTTCTATTGCCCCATTTAGTTCAAGAGGGCCAGTCACTGTTAATTGGAATATTAAGCCAGATGTTGTCGCGCCTGGGACGAATATTGTAAGTACAGTTCCTGGTGGTTATCAAGCTTTACAAGGAACAAGCATGGCCGCTCCTCATGTAAGTGGTGTCATTGCATTAATAAAAGAAGCTAGACCTGAGTGGACGAATCAACAAATATATGGAGCGATTAAAACGACAGCGTTACGAATGGAAGTAAATCAAAAACCGTTACATCCTACTATTCAAGGAATGGGCCTCATTCAGCCTAAAGAAGCTATAGAAACGAGGACGATTATAGATGATCCACAAATAACGTTTGGTAAAGTTCAGGGGAACAGTGAAGTGAAAAACGAACAAATTACCATAGAAAATAGGACAAATGAAGAACAAACGTATTATTTCGACATGCCATATAAGCAACGCGGGATAAGTTGGAACTTACCACAAGCTGTAACAATACCACCGAATGAAACAAAACAACTTTCTATTGGAGCAAGAATAACATCTCAACAGTTAGAAGAAGGCGTTCATCAAGGTTGGCTCACGTTAAAGCAAAGCAATACAGTACATCATTTACCGTATTTATTTGTTAATCAGAATGCGGATAACCCAAAGGCGATGGGGTTTGAATTTGCATTAGAGCCTTTATCGAATGATGCATTTTCCTATCGTTATTATATGACAGAACCAGCCACAAAAGTACAAGTAAATTTGTATGATCCAGATACGCTTGTATTTGATAGACAGCTTATAGAGAATACGAATGTGGAAGCAGGGATGAATGAAGGTGAATTAAAAGCGCAAAAAGTCGGGAAGGCAGGTTTCTACTATGCAGTCGTTACTGCAGAACTTAACACAGGGGAAAATGCAAGCTATGAAACAATGATATATGTCCCTCCGAAGTAG	MRVRIMIISMIVVIMTLISIGVTSSGEQLKEKQKMNEKSIIIEVKGNPKDHQLFLENHYPSIQVVAVYTELLNGLALKGDKRQLERMGSLEFVKNVHPVHKYETTTSQFNQPNDKNAIFPFDLNNTTYTGKGVKVGVIDTGIDYNHPDLQTNYKSGYDVVDLDNDPMETKPQQGEPTLHGTHVAGIIAANGNLKGVAPDAELYGYRALGPGGSGTSVQVIAAMEQAIKDDVDIINLSLGNQVNGPDYPTSVAVNKAAELGVAVVIANGNAGPGGWTVGSPATANHALSVGAASHPQQVPYLYARWENKRISIQEMAGAPPWLLDTFYPIMRANKGANVKGKIALFQRDETPFVEKVEQAQAAGAKAVIIANNEEGTLQGDVSTAKDAVQIPVASISKQDGAWLEEYLQSDHLHLDTKYEDKASSIAPFSSRGPVTVNWNIKPDVVAPGTNIVSTVPGGYQALQGTSMAAPHVSGVIALIKEARPEWTNQQIYGAIKTTALRMEVNQKPLHPTIQGMGLIQPKEAIETRTIIDDPQITFGKVQGNSEVKNEQITIENRTNEEQTYYFDMPYKQRGISWNLPQAVTIPPNETKQLSIGARITSQQLEEGVHQGWLTLKQSNTVHHLPYLFVNQNADNPKAMGFEFALEPLSNDAFSYRYYMTEPATKVQVNLYDPDTLVFDRQLIENTNVEAGMNEGELKAQKVGKAGFYYAVVTAELNTGENASYETMIYVPPK	PGPT0020990_333	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020990-vpr-K14647	NA	NA
AK148_03448	387			hypothetical protein	ATGTCGGAATATAAAATAATGGTTGCGCGACAGCGGAAATGGATGCTCTATCTGCTTGCGATTTTTGTTATAGGAGCTGGCTTTACACCGTATGTACGGATCTTTCTTGGTTTGTTACTAGGCACATCTATCAGCTTTTATAACTTGTACTTACTCCAGAAGAAAGTAGATCTGTTTGGCGAGGCTGTGACGAGTAATCAAAAAGTAAAAACGTTAGGTACCCTATCGCGTATGACTGCCGCAATTCTTGCCATCTTAATTACCATTCGGTTTGATGCCTACTTTCATATGATCGCTGTAATTATTGGATTAATGACATCTTATCCTGTCATTATGATAGATTTTGCTCTAAGTAACTTTAAACAATCGCACAAGAAGGAGGGGTGA	MSEYKIMVARQRKWMLYLLAIFVIGAGFTPYVRIFLGLLLGTSISFYNLYLLQKKVDLFGEAVTSNQKVKTLGTLSRMTAAILAILITIRFDAYFHMIAVIIGLMTSYPVIMIDFALSNFKQSHKKEG	PGPT0030480_1164	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-ATP_SYNTHASE_ACITIVTY,PGPT0030480-atpI-K02116
AK148_03449	726	atpB		ATP synthase subunit a	GTGAATCATACTGCGCCAATAGCACATGACCTATTTGGTATTTCCTGGTTGGACGTCAACTTGGCGAATCTTTTCATGGTAGCTGTTTCTTCAGCCATCGTGTTTATACTTAGTGTCATTGCAAGTCGAAAGTTGCAAATGAGGCCAACTGGTTTGCAAAATTTTATGGAATGGATCGTTGAATTCGTGAAAGGGATTATTAGCGATACCATGGATTGGAAAACCGGTAAAATATTCCTCCCGCTTGGTTTAACATTAATAACCTATATCTTAGTTAGTAATTTGCTAGGAGTAGCCACAGTAGGGGTAATTGGTCATGATTTATGGTGGAAATCGCCGACGGCTGATGCAACATTAACATTAACATTATCAGGTATGGTTATTTTATTAACCCATTTTTATGGAATCAAGATTCAAGGTATGAAGCATTATTTGAAAGGCTATGTTAGTCCTTCACCAATTATGCTCCCTTTCAAAATCATTGAAGAGTTTACCAATACGTTAACGTTAGGTTTACGTCTATTCGGTAATATTTATGCAGGGGAAGTGTTGTTAGGCTTACTTGTGATGCTCGCAACAGCGAATATACCATTCGGTTTTATTTTCGCAGCAGTACCAATGCTTGCATGGCAAGGATTCAGTGTCTTTATTGGTGGAATTCAAGCCTTTGTCTTTACAATGTTAACAATGGTGTATTTGTCTCATAAGGTGAGCAGTGACCATTAA	MNHTAPIAHDLFGISWLDVNLANLFMVAVSSAIVFILSVIASRKLQMRPTGLQNFMEWIVEFVKGIISDTMDWKTGKIFLPLGLTLITYILVSNLLGVATVGVIGHDLWWKSPTADATLTLTLSGMVILLTHFYGIKIQGMKHYLKGYVSPSPIMLPFKIIEEFTNTLTLGLRLFGNIYAGEVLLGLLVMLATANIPFGFIFAAVPMLAWQGFSVFIGGIQAFVFTMLTMVYLSHKVSSDH	PGPT0014303_3587	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014303-atpB-K02108	NA	NA
AK148_03450	213	atpE		ATP synthase subunit c	ATGGAAGCTTTAGCAGCAGCAATAGCAATTGGATTGGCAGCGTTAGGCGCTGGTCTTGGTAACGGGATGATCGTTAGTAAAACAGTAGAAGGGATTGCTCGTCAACCAGAATTAAAAGGTTCATTACAAGGTACAATGTTTGTTGGTGTAGCACTAGTTGAGGCGATTCCTATTATCGCAGCGGTAATCGCATTTATGGCTATTTTTATGTAA	MEALAAAIAIGLAALGAGLGNGMIVSKTVEGIARQPELKGSLQGTMFVGVALVEAIPIIAAVIAFMAIFM	PGPT0014302_3041	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014302-atpE-K02110	NA	NA
AK148_03451	528	atpF		ATP synthase subunit b	GTGTATTCATACATCGATGTTTTATCTGTAGGTGCCAGCGTTGGAGGCTTAAGAGTAGGTGATATGCTTGTTCAATTATTCTTCTTCCTTCTTCTACTATACTTAGTAAAGAAATTCGCTTGGGGTCCAATTATTAATATGATGCAAAAGCGTGAAGAATATGTAGCTAATGAAATAGATGCAGCTGAAAAAAGCCGTGCTGATGCTGAAAAAGCTTCTCAAGAAGCACAGGAACGCTTAAAGCAAATGAAACAGGAAGCACAAAAGATCGTGGACGATGCAAAAGAGGCTGGTCAAAAGCAAGAGCAAGAAATTATTCGAGCAGCTCGCGAAGAGGCTAACCGCCTTAAAGAGTCTGCCCAAGCAGACATCCAAAATGAAAAAGAAAAAGCATTACAAGCTTTACAAGATAAAGTTGCATCATTATCCGTTTTAATTGCAACGAAAGTCATTGAAAAAGAAATCGATGAGAAAGATCAAGAGAAGCTAATTAATGAGTACATTAAAGAGGTAGGAGAAGAGCTATGA	MYSYIDVLSVGASVGGLRVGDMLVQLFFFLLLLYLVKKFAWGPIINMMQKREEYVANEIDAAEKSRADAEKASQEAQERLKQMKQEAQKIVDDAKEAGQKQEQEIIRAAREEANRLKESAQADIQNEKEKALQALQDKVASLSVLIATKVIEKEIDEKDQEKLINEYIKEVGEEL	PGPT0014301_2284	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014301-atpF-K02109	NA	NA
AK148_03452	546	atpH	COG0712	ATP synthase subunit delta	ATGAGTAATGAAACAATAGCGAAGCGTTACGCGGATGCTCTTTTCCAACTTGGTCAAGAAAAGTCTCTACTTGAAGCGTTGACTCAAGAGTTGAAAGTAGTCAAAAAAGCTTTTCAAGACAATAAAGATCTTTATACATTCCTCATGCATCCACGTATTAGCAATGCGAAGAAACAACAATTTTTGCGAGATGTATTTCAACAGGCGCATAAAGAAGTGGTGAATATATTAAATCTGCTTGTGCAGCGTCATCGAATTGAATTACTTCCGGCAATTATTGATCATTTTATCCGGCTAGTAAATGATGCAAAAGGGATTGCAGCTGCAACCGTCTATTCTGTAAGAGCATTATCGGAGGAAGAATGTCGGCAATTGGAGTCAAGCTTTGCCAAGCGTTTTAATAAACAGGCAATCGAGCTAACAAATATTGTTGAACCTTCTTTAATCGGTGGTATGAAAATACGTGTTGGCAATACGATTTATGATGGCTCCGTTAGCGGTAAGCTGAAAAGAATTGAGCGAAATATTGTAACTGCAAACAAATGA	MSNETIAKRYADALFQLGQEKSLLEALTQELKVVKKAFQDNKDLYTFLMHPRISNAKKQQFLRDVFQQAHKEVVNILNLLVQRHRIELLPAIIDHFIRLVNDAKGIAAATVYSVRALSEEECRQLESSFAKRFNKQAIELTNIVEPSLIGGMKIRVGNTIYDGSVSGKLKRIERNIVTANK	PGPT0014299_2352	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014299-atpH-K02113	NA	NA
AK148_03453	1512	atpA	COG0056	ATP synthase subunit alpha	ATGAGCATCAAAGCTGAAGAGATTAGCAGTCTGATTAAACAGCAAATTGAAACTTTTGATACAGATATTGAAGTTAGCGATGTCGGCACAGTAATCGAAATCGGTGACGGTATTGCTCGTGCTCATGGTCTAGATAACGCGATGGCCGGGGAATTACTGGAATTCTCTAATGGCGTGATGGGCTTAGCGCAGAACTTAGAAGAAAGTAATGTGGGGATTGTTATTTTAGGTCCTTACAGTGAAATAAAAGAAGGCGATGAAGTACGTCGTACAGGACGTATTATGCAAGTACCTGTTGGAGATGAATTAATTGGTCGTGTGGTTAACCCACTAGGACAACCATTGGACGGTAAAGGTGCGATCGAAGCAACAAAAACACGTCCGATTGAATCTCCTGCACCAGGGGTAATGGATCGTAAATCTGTTGACGAACCATTACAAACAGGTATAAAAGCGATTGATGCGCTCGTACCAATTGGTAGAGGGCAACGTGAATTAATTATCGGTGACCGACAAACAGGTAAAACAACGGTTGCGGTAGACACCATTTTGAACCAAGCAGATCAAGACATGATTTGTATTTATGTGGCGATTGGTCAGAAAGACTCTACTGTACGAGGCACCGTGGAAACATTCCGCCGTTATGGTGCTTTAGATTATACGATCGTTGTATCAGCTGGTGCTTCTGATCCTGCTCCATTATTATACTTAGCTCCTTATGCAGGTGTTGCTATGGGAGAAGAATTTATGTATAACGGTAAGCACGTACTTGTAGTTTATGATGATTTGTCCAAACAGGCTGTAGCTTATCGTGAGCTTTCATTACTTTTACGTCGCCCGCCTGGACGTGAAGCATTTCCTGGTGACGTATTCTACATTCACTCCCGTTTATTAGAGCGTGCGGCGAAGTTAAGTGATGCAAAGGGTGGCGGTTCTTTAACGGCATTACCATTTGTTGAAACACAAGCTGGTGATATTGCTGCCTATATACCAACAAACGTTATTTCTATTACAGACGGACAAATTTTCTTACAATCGGATCTATTTTTCTCTGGCGTTCGCCCAGCAATTAATGCTGGTTTATCCGTATCACGTGTTGGGGGTTCCGCACAAATCAAGGCGATGAAAAAAGTTGCAGGTACTTTGCGCTTGGACTTAGCTTCTTATCGTGAATTACAAGCATTTGCGCAATTTGGTTCCGATCTGGATAAAGCGACACAGGCAAAACTAAACCGTGGGGAACGAACCGTAGAGATATTAAAACAAGGGCTGCATAAACCAATGGCTGTAGAAAAACAAGTTATGAGTATCTATGCACTCACCAAAGGGTTCCTTGATGATATTAAAGTAGAAGACATTCTTCGTTTCGAAGAGGAAATGAATACTTGGTTAGAGAATAATCGCAAAGAGCTTCTAACTTCCATTCGTGAGACTGGAAAATTACCTGATGAATCAGAAATGAACGAAGCTATCGAAGCTTTCAAGAAAACATTTTTGCCATCTGAAGGTTAA	MSIKAEEISSLIKQQIETFDTDIEVSDVGTVIEIGDGIARAHGLDNAMAGELLEFSNGVMGLAQNLEESNVGIVILGPYSEIKEGDEVRRTGRIMQVPVGDELIGRVVNPLGQPLDGKGAIEATKTRPIESPAPGVMDRKSVDEPLQTGIKAIDALVPIGRGQRELIIGDRQTGKTTVAVDTILNQADQDMICIYVAIGQKDSTVRGTVETFRRYGALDYTIVVSAGASDPAPLLYLAPYAGVAMGEEFMYNGKHVLVVYDDLSKQAVAYRELSLLLRRPPGREAFPGDVFYIHSRLLERAAKLSDAKGGGSLTALPFVETQAGDIAAYIPTNVISITDGQIFLQSDLFFSGVRPAINAGLSVSRVGGSAQIKAMKKVAGTLRLDLASYRELQAFAQFGSDLDKATQAKLNRGERTVEILKQGLHKPMAVEKQVMSIYALTKGFLDDIKVEDILRFEEEMNTWLENNRKELLTSIRETGKLPDESEMNEAIEAFKKTFLPSEG	PGPT0014298_4149	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014298-atpA-K02111	NA	NA
AK148_03454	870	atpG	COG0224	ATP synthase gamma chain	TTGGCATCACTTAGAGAGATTAAAGGTAGAATAACTTCTACCCAAAAAACGAAAAAAATCACCTCTGCCATGCAGATGGTTTCAGCTTCTAAAATGGCAAAAGCAGAGCAAAATACAAAAGCTTTTGAACCTTACAGTAAAAAAATTCAAGAAGTGATGGCACATATTGCAAACTCTGCTACAGAGACCACACATCCTATGTTGGAAAAACGAGCAGTAAAACGAACGGGATATATGGTCATCACAGCAGATAAAGGACTTGTCGGAGCGTACAACAGTCATATTTTAAAAGCGTTGTATCAACGAATACAACAGAATCATCAATCCAAAGATGAGTATACTGTGATAACCATTGGTCGAATGGGCTATGAGTTCTGTAAAAAAATGGATCTTCCAATTACCCAAAGCATCATTGGTATTGGCGATCAGCCTGACTTTGCAGATATTAAAGAAATTGCTTCGGAAACAGTGCAATTATATGTGGATGAAGAAATTGATGAGCTACACATCATTTATAATCATTATGTAAGTGCGATCTCGCAAAAGGTAACGACAACGCAACTGTTGCCGATTACAGATTTAGGGGTGCAGACTACTGATTCTGCCTTTCATGATGAGTATGAGTATGAGCCAAATGAGCAACAAATTCTCGAAGTACTTTTACCACAATATGCAGAGAGTCTCATTTATGGAGCATTATTGGATGGAAAAGCAAGTGAACATGCGGCAAGTATGACTGCAATGAAAAGTGCAACAGATAATGCTAATGAGCTTATTGATGATTTAACATTGACCTACAACCGCGTGCGTCAAGCTGCAATTACACAAGAAATAACAGAAATTAGCGGAGGGGTCGCAGCGCTTGAATAG	MASLREIKGRITSTQKTKKITSAMQMVSASKMAKAEQNTKAFEPYSKKIQEVMAHIANSATETTHPMLEKRAVKRTGYMVITADKGLVGAYNSHILKALYQRIQQNHQSKDEYTVITIGRMGYEFCKKMDLPITQSIIGIGDQPDFADIKEIASETVQLYVDEEIDELHIIYNHYVSAISQKVTTTQLLPITDLGVQTTDSAFHDEYEYEPNEQQILEVLLPQYAESLIYGALLDGKASEHAASMTAMKSATDNANELIDDLTLTYNRVRQAAITQEITEISGGVAALE	PGPT0014297_3178	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014297-atpG-K02115	NA	NA
AK148_03455	1410	atpD	COG0055	ATP synthase subunit beta	ATGAGCAAAGGACGTATTACACAAGTAATGGGACCTGTCGTTGACGTTAAATTCGCTGATGGACAGCTTCCCGACATTAACAATGCGATTATTGTTAAAATACCTGATGAATCATCTAATGAAACGAAAGAGCTCACTTTGGAGGTTGCGCTTCATTTAGGTGATAACAGTGTCCGTACCATTGCGATGTCATCAACAGATGGTTTAAGACGTGGTTTGGAGGTTGTTGACCAAGGAAGCCCGATTTCGGTTCCTGTTGGCGATGTAACATTAGGTAGAGTATTTAACGTACTCGGAGACAATATTGACTTGGATGAACCGTTGGACTCAGGTGTGCGTCGTGATCCAATTCATCGTCAATCACCACAATTTGAAGATTTAACAACGGAAACAGAAATCTTGGAAACAGGAATAAAAGTAGTCGACCTACTTGCACCTTATGTAAAAGGTGGAAAAATCGGTTTGTTTGGTGGAGCCGGTGTTGGTAAGACAGTACTTATTCAAGAGCTTATTAATAACATAGCACAAGAGCATGGTGGTATTTCTGTGTTTGCCGGTGTTGGTGAACGTACCCGTGAAGGTAATGATCTGTACTATGAAATGAAGGATTCTGGTGTTATTTCTAAAACAGCGATGGTGTTTGGTCAAATGAACGAACCACCTGGTGCGCGTATGCGTGTAGCCCTAACTGGACTAACAATGGCAGAATATTTCCGTGATGAGCAAGGGCAGGATGTATTGTTATTTATCGACAACATCTTCCGTTTTACACAGGCAGGAACAGAAGTATCTGCACTATTAGGACGGATGCCTTCTGCGGTTGGTTACCAACCAACGTTAGCAACAGAAATGGGACAATTACAGGAACGTATTACATCTACGAAAAAAGGTTCTGTTACATCCATCCAGGCTATTTATGTACCTGCTGATGACTATACGGACCCTGCACCAGCAACAACGTTTGCGCACTTAGATGCAACAACAAACCTTGATCGTGGTTTATCAGAACAAGGTATCTATCCTGCGGTGGATCCGTTAGCTTCCACTTCACGTGCGTTAGACCCAGAAGTTGTTGGACAAGAGCATTATGACGTAGCTGTGGAAGTACAGCAAACATTACAACGTTATCGAGAACTACAAGATATTATTGCGATCTTAGGTATGGATGAGTTAAGTGATGAGGATAAACTCGTTGTGTCTCGTGCACGTCGTATTCAATTCTTCCTTTCACAAAACTTCCACGTTGCAGAACAATTTACAGGTCAACCAGGTTCCTATGTTCCTGTAGAAGAAACAGTAAAAGGGTTTAAAGAAATATTAGCTGGAAAATACGATGATCTACCAGAAGATGCCTTCCGTTTAGTAGGGCGTATTGAAGAAGTAGTTGAAAAAGCAAAAAGCATGGAATAA	MSKGRITQVMGPVVDVKFADGQLPDINNAIIVKIPDESSNETKELTLEVALHLGDNSVRTIAMSSTDGLRRGLEVVDQGSPISVPVGDVTLGRVFNVLGDNIDLDEPLDSGVRRDPIHRQSPQFEDLTTETEILETGIKVVDLLAPYVKGGKIGLFGGAGVGKTVLIQELINNIAQEHGGISVFAGVGERTREGNDLYYEMKDSGVISKTAMVFGQMNEPPGARMRVALTGLTMAEYFRDEQGQDVLLFIDNIFRFTQAGTEVSALLGRMPSAVGYQPTLATEMGQLQERITSTKKGSVTSIQAIYVPADDYTDPAPATTFAHLDATTNLDRGLSEQGIYPAVDPLASTSRALDPEVVGQEHYDVAVEVQQTLQRYRELQDIIAILGMDELSDEDKLVVSRARRIQFFLSQNFHVAEQFTGQPGSYVPVEETVKGFKEILAGKYDDLPEDAFRLVGRIEEVVEKAKSME	PGPT0014296_2786	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014296-atpD-K02112	NA	NA
AK148_03456	396	atpC	COG0355	ATP synthase epsilon chain	TTGAAAACACTAACGGTGAGTGTTGTTACTCCTGACGGTCCAGTACTAGAAGATAGCTACGAAATGGTGAGTTGTAAAGCAGAAAGTGGAGAATTGGGTATTTTACCTGGTCACATTCCTTTAGTTGCACCATTGTCCATTAATGTAGTTCGTTTGAAACGTGAAAATCATGTAGATAAATTAGCGGTGAATGGTGGTTTTATGGAAGTGCGTCCCGACAAAGTGACAATTTTAGCGCAGTCTGCAGAAAAACCATCTGACATTGATATCGATCGTGCCGAGCGTGCAAAAGAGCGTGCGGAACGCCGTCTCCAATCAAAACAAGATGATATTGATACGTTAAGAGCAGAACTAGCTCTCAAAAGAGCTATCAATCGCTTAAGGGTAATAAGATAA	MKTLTVSVVTPDGPVLEDSYEMVSCKAESGELGILPGHIPLVAPLSINVVRLKRENHVDKLAVNGGFMEVRPDKVTILAQSAEKPSDIDIDRAERAKERAERRLQSKQDDIDTLRAELALKRAINRLRVIR	PGPT0014295_3109	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014295-atpC-K02114	NA	NA
AK148_03457	231			hypothetical protein	ATGTTTTCACTAGGACAACAGGCATTAGTTAGTTTAATTTCACATATTCTCTTTATATATGTAACATGGAGATTGATGATGGCAATTAATTTTGAGCCAATGATTAAAAAAGGAAGAGCCAAAGAGGCGCAAATATTAATTCTGTTTTTAACCATCGTGATTGGATCAGGTGTCAGCCGTTTCTTTCTAGAAGTACTCCAATGGTCAAGAGATTTAAACCATTTATTTTAA	MFSLGQQALVSLISHILFIYVTWRLMMAINFEPMIKKGRAKEAQILILFLTIVIGSGVSRFFLEVLQWSRDLNHLF				NA	NA	NA	NA	NA
AK148_03458	720			hypothetical protein	GTGAAAAAGTCTATTATTCTAGCAATTTTATGTTTGTTCGTCGCAAATACAGTAGCAGCGCAAACGCATGATAGAAGTGACAACGAATTATTGGATTTAGTTTATTTTATGATTGCTGAAGATGCTTCTATTCTGGAATGGGAAACAACTTGGAAAGAATCCATTTCCCAAGCAAGAACAGATGAATTAGTAGAAACGCTAAGTCGTAAATATCATCAGCATGTAACAAAAGATGAGCAGAAAATAAAATATTCCTTTGAAGACAGCAGTATATATAAAGGGTTCAACGTGGTATTTCATGTGATTGTCCCGCGTCAAGAACATGCTGATGCAGAATTGATCGTAGTTATAAAAGGACATGGATGGTATTCAGATATGGAAAAAAACTATTTTAATACCGTTTTACACCTTCAAAAAGAATATTTCACAAGTTCTGTAAAGAAATTTGCTTGTCTGACGACTAAAGGAAATGGTATAATAAGTAGTGATTATTTTTTAAACAAATTAACAAATTATTTTCAAATACAACAAAAACAGACGCAATTCGATACAGTAGAACAATCGACACATAAAAAAATTATTTACGGTTATACACCAGTTTGGGAACGAAAAATTTCCGTAAATGATACACCTATGAACATACAAATCGCAGTTGAAGAAAATGGATCGGACAATCCTACATACGTAATAGGAACACCTATCCTAATAAATGAATATTAA	MKKSIILAILCLFVANTVAAQTHDRSDNELLDLVYFMIAEDASILEWETTWKESISQARTDELVETLSRKYHQHVTKDEQKIKYSFEDSSIYKGFNVVFHVIVPRQEHADAELIVVIKGHGWYSDMEKNYFNTVLHLQKEYFTSSVKKFACLTTKGNGIISSDYFLNKLTNYFQIQQKQTQFDTVEQSTHKKIIYGYTPVWERKISVNDTPMNIQIAVEENGSDNPTYVIGTPILINEY				NA	NA	NA	NA	NA
AK148_03459	1329	murAA	COG0766	UDP-N-acetylglucosamine 1-carboxyvinyltransferase 1	ATGGAAAAAATCATCGTAAGAGGTGGACACCAATTGCAAGGCACTGTAAAAGTGGAAGGTGCTAAAAATGCTGTTCTCCCTGTCATTGCTGCTAGTCTTATTGCAAGTGAAGGAAAAAGTGTCATTAAGGATGTTCCTGAACTAGCTGATGTATATACAATTAATCAAGTGTTAGAAAATATGAATGCAAGTGTACATTTTGACAATAACACAGTTACGGTTGATGCTTCAAATCGTTTAACAACAGAAGCTCCGTTTGAATATGTAAGAAAAATGCGTGCTTCTGTTCTTGTAATCGGACCATTATTAGCACGTTACGGTCATGCAAAAGTAGCTATGCCTGGCGGGTGTGCAATTGGCTCTAGACCCATTGATTTGCATTTGAAGGGCTTTGAGGCGATGGGTGCGAAAACACATGTTGGAAATGGGTTTGTCGAGCTTCATGTCGACAAGCGTCTTAAAGGTGCGAAAATTTATTTAGATATGCCAAGTGTTGGTGCAACCGAAAATATTATGATGGCTGCTGCGCTAGCAGAAGGAAAGACAGTTTTAGAAAACTGTGCCAAAGAGCCAGAAATTGTAGATTTAGCGAATTATTTAAATAAGATGGGGGCCAAAATTGTTGGTGCAGGAACAGAAACCATTCGTATTGAAGGCGTAGATAAATTGTATGGTACAGAGCATTCGATTATACCTGATCGTATTGAAGCAGGTACGTTTATGGTGGCTGCGGCAATAACAGAAGGAAATGTGTTCATTGAAAATGCTGTTCCTGAGCATTTACGTTCCGTTATCTCCAAATTAGAAGAAATGAATGTTATCGTACAAGAAGAAAAAAATGGCCTAAGGGTAATTGGTCCTAAGCAATTGAAGGCAACGGATATAAAAACGTTACCTCATCCTGGATTCCCTACAGATATGCAATCTCAAATGATGGCCTTAATGCTAGTTGCTCAAGGCACTAGTGTTATTACGGAGACGGTGTTTGAAAATCGATTTATGCATGTGGAAGAATTCCGTCGTATGAATGCAAAAATGAAAATAGAAGGACACAGTGTTATCATCGAGGGGCCTTGTAATCCACAAGGAGCTGAAGTAGCGGCTACGGATTTACGAGCAGCTGCAGCACTTATTTTAGCTGGTTTAATCGCTGATGGTGTGACTAGAGTTACGGAATTAAAGCATCTAGATCGTGGTTACGTGGATTTTGCTGGGAAATTAGCAGGATTAGGAGCAGATGTGGAAAGAGTGGATGAGCATGGTAATTCAGTTTTGCCTTATGTGCATGTAGAACCAATCAATCGTTCTATAGCTGCAAAACTGTCATAA	MEKIIVRGGHQLQGTVKVEGAKNAVLPVIAASLIASEGKSVIKDVPELADVYTINQVLENMNASVHFDNNTVTVDASNRLTTEAPFEYVRKMRASVLVIGPLLARYGHAKVAMPGGCAIGSRPIDLHLKGFEAMGAKTHVGNGFVELHVDKRLKGAKIYLDMPSVGATENIMMAAALAEGKTVLENCAKEPEIVDLANYLNKMGAKIVGAGTETIRIEGVDKLYGTEHSIIPDRIEAGTFMVAAAITEGNVFIENAVPEHLRSVISKLEEMNVIVQEEKNGLRVIGPKQLKATDIKTLPHPGFPTDMQSQMMALMLVAQGTSVITETVFENRFMHVEEFRRMNAKMKIEGHSVIIEGPCNPQGAEVAATDLRAAAALILAGLIADGVTRVTELKHLDRGYVDFAGKLAGLGADVERVDEHGNSVLPYVHVEPINRSIAAKLS	PGPT0024090_777	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLGLUCOSAMINE_MODIFICATION,PGPT0024090-murA-K00790	NA	NA
AK148_03460	825	dppA_1	COG2362	D-aminopeptidase	ATGAAACTGTATGTTTCTGTGGATATGGAAGGAATTACGGGATTGCCAGATGAAACTTTCGTCGCCTCATCGATGCATAATTATGAACGCTCCAGAAAGATGATGACGGAAGAAGCCAACGTGGTTATCCGTGCGGCTCTTGCTCAAGGTTGTTTGGAAATTATTGTCAATGATAGCCATTCTAAGATGAATAACTTATTGATTGAGGATTTACATGAAGATGCGCAGCTTATTACTGGTGACGTAAAGCCATTTTCCATGATGCATGGGCTAGATGCCTCATATGATGCCGCTATATTTGTCGGTTATCATGCACGAGCAGGAATGTTTGGAGTTATGTCTCATACGATGATTCATGCTGTAAGGACGATGTATATCAATGATCACGAAATTGGTGAAATGGGTTTAAATGCTTATCTGGCAGGATTTTATGGCGTACCCATTATAGCTGTTGCGGGCGATGATCAAGCAGCAAAGGAAGCAAGCGAACTTATTCCAAATGTTACAGCTATAGCTGTGAAAGAGACGATTTCTCGGTCATCTGTTAAAAGCTTAACACCTAAAAAGTCGGCGCAGTTATTAACGCAAAAGATAACAGAAGCTGTACGAAATCGCCATCTTGTTTTACCGCTTGTACCTCCCGATGAACCTGTTTTACGAATAGAATTTGCTAATTTCGGACAGGCGGAATGGGCGAATTTAATGCCTGGTACAAAGATAGAACCAGGAACAACAGTCGTTCGCTTTCACGCAAAAGACATACTGGAAGCATATCAGGCAATGCTTGTTATGACAGAGCTTGCGATGATGACAAAATTCTCATAA	MKLYVSVDMEGITGLPDETFVASSMHNYERSRKMMTEEANVVIRAALAQGCLEIIVNDSHSKMNNLLIEDLHEDAQLITGDVKPFSMMHGLDASYDAAIFVGYHARAGMFGVMSHTMIHAVRTMYINDHEIGEMGLNAYLAGFYGVPIIAVAGDDQAAKEASELIPNVTAIAVKETISRSSVKSLTPKKSAQLLTQKITEAVRNRHLVLPLVPPDEPVLRIEFANFGQAEWANLMPGTKIEPGTTVVRFHAKDILEAYQAMLVMTELAMMTKFS	PGPT0020935_474	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020935-dppA1-K16203	NA	NA
AK148_03461	936	dppB_2	COG0601	Dipeptide transport system permease protein DppB	ATGCTGCGTTATATAGGAAAGCGCTTACTTATGATGACAGTGACTTTATGGGTTATTGTTACACTAACGTTTATTTTAATGGTGACGATACCAGGTTCTCCATTTAACAGTGAACGGGGAACAAATGAAGCCGTTCAAGCGAACTTAGAAGCACATTATAATTTGGATGAGCCATACATAGTTCAATATGTCCTGTACTTAAAATCGATTGTAACGTTTGATTTTGGCCCATCGATTAAACAGCCATCACAAACGGTTAATGAAATGCTTGGCCGCGGCTTCCCCATATCTTTCGAGCTAGGAATAATTACTATTATTGTAGCCGTATTATCCGGCGTAACGTTAGGTGTGTTTGCAGCGTTAAAGCATAATCAAATCATTGATTACGTAGCAATGGGTTTTGCTGTGTTAGGAATATCCATTCCAAATTTTGTATTAGCTACCTTGCTTATTCAGCAATTAGCAGTGAATATAGAATGGTTTCCAGTTGCAAGATGGTTAAGTCCCGCACATATGATTTTACCCGTTACAGCACTTGCGACAGGGCCCATGGCGATAATCGCAAGACTTACAAGGTCAACGATGCTTGAGGTGTTAACACAAGACTATATTAAAATGGCTAGAGCTAAGGGGTTAGCACCTTGGAAGATTATTTGCAAGCACGCTTTAAGAAACGCGTTAATGCCTGTGGTTACTATTATGGGAACCTTACTGGCAGGAATATTAACAGGCACGTTTGTTATTGAGAAAATATTTGCTGTTCCTGGAATGGGGAAGTATTTTGTAGAAAGCATTAATCAGCGTGATTATCCTGTTATTATGGGAACAACTGTATTTTACAGCGCTTTTTTAATAGTAATGCTATTTCTCGTTGATATTGCATATGGCATATTAGACCCGCGTATTAAGCTGCATAAGAAAGGCGGGAGAGAATGA	MLRYIGKRLLMMTVTLWVIVTLTFILMVTIPGSPFNSERGTNEAVQANLEAHYNLDEPYIVQYVLYLKSIVTFDFGPSIKQPSQTVNEMLGRGFPISFELGIITIIVAVLSGVTLGVFAALKHNQIIDYVAMGFAVLGISIPNFVLATLLIQQLAVNIEWFPVARWLSPAHMILPVTALATGPMAIIARLTRSTMLEVLTQDYIKMARAKGLAPWKIICKHALRNALMPVVTIMGTLLAGILTGTFVIEKIFAVPGMGKYFVESINQRDYPVIMGTTVFYSAFLIVMLFLVDIAYGILDPRIKLHKKGGRE	PGPT0004530_17	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004530-dppB1-K16200	NA	NA
AK148_03462	966	dppC_2	COG1173	Dipeptide transport system permease protein DppC	ATGAAAATAAATGTGACAGACCAAACAGGAAAGAAGCCAACTTCTCATACGGAAATACCAGATGAATGGTTTTCTTGGAAAGAGCGAGATACAAAAGCACTAGAAACGGTATCAAGACCATCTTTATCGTATTGGAAAGATGCTTGGCGAAGATTATTGAAAAATAAGTTAGCAATGACGGGGTTGGTGTTCTTGATTTTACTAACTATTTTCGCCATATTAGCGCCTATATTATCGCCTTATGAAGTAAACAAACAAAATTTACCGGATCAGTATCAGCCACCTTCTTCACAACATTGGTTTGGAACGGATAATGGTGGGAGGGATGTGTTTACTCGTACATGGTATGGAGCACGTATTTCATTATTTGTCGGGCTAATGGCAGCGCTCATTGATTTTACTATTGGAATTATTTATGGTGGATTGTCTGGATATAAAGGCGGACGTACGGATAGTATGATGATGCGAATTATTGAAGTGTTATATGGTCTTCCTTATTTGTTAGTCGTTATTTTATTGCTCGTCGTTTTAGGACCTAGCTTAGGTACGATTATTCTCGCTTTAACCGTTACAGGCTGGGTAGGAATGGCGAGAATTGTACGTGGGCAAGTATTGCAAATCAAAAATTATGAATTTGTGCTTGCTTCTAGGTCATTTGGTGCGAAGACAGCACGAATTATTCGTAAAAACTTATTACCAAATACAATGGGGCCAATTATTGTGCAAATGACGTTAACAGTTCCAAGTGCGATTTTTGCAGAAGCATTTTTAAGTTTTCTTGGACTTGGGATTCAAGCCCCATTTGCAAGTTGGGGAGTGATGGCAAATGATTCGTTAGGGGCAATCTTATCTGGACATTGGTGGACATTATTTTTTCCAGCATTCTTCATTTCTTTTACGATGTTTGCATTTAATGTATTAGGGGATGGGCTTCAGGATGCACTTGATCCAAAGCTGAGAAAGTAG	MKINVTDQTGKKPTSHTEIPDEWFSWKERDTKALETVSRPSLSYWKDAWRRLLKNKLAMTGLVFLILLTIFAILAPILSPYEVNKQNLPDQYQPPSSQHWFGTDNGGRDVFTRTWYGARISLFVGLMAALIDFTIGIIYGGLSGYKGGRTDSMMMRIIEVLYGLPYLLVVILLLVVLGPSLGTIILALTVTGWVGMARIVRGQVLQIKNYEFVLASRSFGAKTARIIRKNLLPNTMGPIIVQMTLTVPSAIFAEAFLSFLGLGIQAPFASWGVMANDSLGAILSGHWWTLFFPAFFISFTMFAFNVLGDGLQDALDPKLRK	PGPT0004535_5	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004535-dppC1-K16201	NA	NA
AK148_03463	1005	oppD_5	COG0444	Oligopeptide transport ATP-binding protein OppD	ATGGAGAAACTACTTGAGGTACACGATTTACATGTAGCTTTTTCGACGTATGGTGGGACAATCAAAGCCGTTCGAGGTGTGAATTTTTATTTGCGTAAAGGGGAAACACTAGCAATTGTTGGAGAGTCAGGTTGCGGGAAGAGCGTCACGTCACAAGCGATTATGCGACTGATTCCGGAACCGCCAGGAAAAATTGTTAGAGGTAAGGTGATGTTTAAGGGGAAAGAGATAACGCGTTATACCGAAAAACAGATGCGATCGATTCGTGGCGTGGAAATATCGATGATTTTCCAAGATCCAATGACAGCATTAAATCCAACGCTAACTATAGGCACGCAGCTTATGGAAGGATTGCAGGAGCATCAATCCATTCGCGGAGAAACAGCTACCTCCAAAGCTTTAGAAATGATGCATTTAGTTGGCATACCAAATCCTAAGGAACGTTTAAAGCAATACCCGCACCAATTTAGTGGAGGGATGCGGCAAAGAATTGTGATCGCTATGGCTTTAATTTGTGAGCCAGAGTTATTAATTGCTGATGAGCCTACAACGGCTTTGGATGTAACCATTCAAGCGCAAATTTTAGAATTATTTACGACGATTCAAGCAAAAACAGGTGTATCTATTATTCTAATTACGCATGACTTAGGGGTTGTGGCTAAAATAGCCGATCGAATTGCAGTTATGTATGCAGGAAAAATAATTGAAACAGGCACAAAGCGTGACATATTTTACAATCAGCAGCATCCTTATACGAAAGGTTTGCTAAAATCAGTTCCGAGGCTTGACTTAAAAGAAGAGCAATTATCACCAATTGATGGGACACCGCCGGATTTATTTGCACCACCACAAGGATGTCCGTTTACAGCGAGATGCCCTTACGCCATGGAGGTGTGTGATAACGTATATCCCGTAACGACGGAACGAAGCAGTTCACATCGAGTGGATTGCTGGCTGCAGGACAAACGGGCGCAACAACTTCTAGCTCGCACAGCCAATCAATAA	MEKLLEVHDLHVAFSTYGGTIKAVRGVNFYLRKGETLAIVGESGCGKSVTSQAIMRLIPEPPGKIVRGKVMFKGKEITRYTEKQMRSIRGVEISMIFQDPMTALNPTLTIGTQLMEGLQEHQSIRGETATSKALEMMHLVGIPNPKERLKQYPHQFSGGMRQRIVIAMALICEPELLIADEPTTALDVTIQAQILELFTTIQAKTGVSIILITHDLGVVAKIADRIAVMYAGKIIETGTKRDIFYNQQHPYTKGLLKSVPRLDLKEEQLSPIDGTPPDLFAPPQGCPFTARCPYAMEVCDNVYPVTTERSSSHRVDCWLQDKRAQQLLARTANQ	PGPT0004540_64	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004540-dppD1-K16202	NA	NA
AK148_03464	1632	dppE	COG4166	Dipeptide-binding protein DppE	ATGAAGAAAGGGTTGCTTTACTTAATGGGAGTTTTAGTGTTTCTTGTTTTAGCTGCTTGTACGGCAAATGAGAGTACTGGTACAGAAGATGAGAATGGAGAAGGAGAGGGAGAAAAGGCAGGAGAAGAAAAAATTCTTCAACTTAATAACGGAGAGGAGCCAACATCATTTGACCCAGCAATAGGTTTTGATAATGTTTCTTGGAATGCGTTAAATAACTTGATGGAAGGGCTCACGCGACTTGATGAAGATCATACACCACAACCTGCAGTTGCGGAAGAATGGGATGTTTCAGAAGATGGAACCACATACACATTTTATTTACGAGAGGATGCGAATTGGTCTAATGGCGATCCAGTTGTGGCAGAAGATTTCATCTATGCGTGGGAGCGTTTATTAAATCCAAAAACAGGCTCATCTGCTGGATTTCTCGGTTACTTTATCAAAGGGGGAGAAGCATTTAATAGTGGGGAGGGTTCTACAGACGATTTAGGAATCACCGCAGTCGATGAAAAAACGTTAGAAGTTGAATTGGAAAACCCGACTGGATTTTTCTTACATGTACTAACCAATCCTGCCTTTTTCCCAGTGAACCATCAAGTAGCTGCTGATAATTCAGAATGGCATGCGGAAGCAGAATCATTTGTAGGTAATGGGCCATTTCAGCTGGAATCTTGGGAACATGATAATGAAATGATGTTTACGAAAAATGATGCATATTGGGATGCAGACAGTGTTAACTTAGACGGCGTGCATTGGGCGATGGTCAATGATACGAATACAGAATATCAAATGTTTGAACGAGGAGAGTTAGATTCAGCCGAAATACCTGCAGAATTATCCGATCAGTTAATTGATGGAGATAATGTGCAGGTTGTTGACCAAGGAGGATTAGAGTTTTTCCGCTTTAATGTTACGGAGGAGCCTTTTCAAAATAAAAACATTAGAAAAGCTTTTGCGCTAGCAGTAGATCAAGAAAACATTACAGAATATGTGGTGAAAAATAAAGTGAAGCCTGCTTATGGTTATATATCTCCTGGGTTTACCAACCCTAGCGGCGAAGACTTCCGAGATGTAAATGGCGATCTCGTCTCATTTGATCCTGAAGAAGCAAAGCAGCTTTTAGAAAAAGGGATGGAAGAAGAGGGCTATGATGAACTGCCTACGGTTAATTTATCCTATAATACAAGCGATTTAAATAAAGAAGTAGCTGAAGCAATTCAAGGCATGTTTAGTGAGAATATTGGTGTCGATGTAGAGCTTGAAAATACAGAATGGAATGTTTTCTTAGAAGATCAAAAGGCTTTAAATCATCAATTATCAAGAAGCTCCTTTTTATACGATTATGCCGATCCTGTCAATTTCCTTGAAAGCTTTATTACTGGATCATATATGAATCGCACAGGTTGGTCCAATGAACAGTATGATCAATTAATTGCCAATGCAAAATCAGAAGCGGATGAAGGGAAACGTTGGGAATATATGTATGAGGCAGAAAAGCTATTAGCAGAAGAAATGCCGTTATTTCCAGTCCGCTATTATAATCAAGTAGAAGTATTACAAGAAGGTGTAACGAAAATACTTCGCCATCCAGTAGGGTATCTGGATTTAAAGTATGCCGATAAACAATAG	MKKGLLYLMGVLVFLVLAACTANESTGTEDENGEGEGEKAGEEKILQLNNGEEPTSFDPAIGFDNVSWNALNNLMEGLTRLDEDHTPQPAVAEEWDVSEDGTTYTFYLREDANWSNGDPVVAEDFIYAWERLLNPKTGSSAGFLGYFIKGGEAFNSGEGSTDDLGITAVDEKTLEVELENPTGFFLHVLTNPAFFPVNHQVAADNSEWHAEAESFVGNGPFQLESWEHDNEMMFTKNDAYWDADSVNLDGVHWAMVNDTNTEYQMFERGELDSAEIPAELSDQLIDGDNVQVVDQGGLEFFRFNVTEEPFQNKNIRKAFALAVDQENITEYVVKNKVKPAYGYISPGFTNPSGEDFRDVNGDLVSFDPEEAKQLLEKGMEEEGYDELPTVNLSYNTSDLNKEVAEAIQGMFSENIGVDVELENTEWNVFLEDQKALNHQLSRSSFLYDYADPVNFLESFITGSYMNRTGWSNEQYDQLIANAKSEADEGKRWEYMYEAEKLLAEEMPLFPVRYYNQVEVLQEGVTKILRHPVGYLDLKYADKQ	PGPT0004525_58	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004525-dppE-K16199	NA	NA
AK148_03465	999	ykfC	COG0791	Gamma-D-glutamyl-L-lysine dipeptidyl-peptidase	GTGAGTCAGCAAACGTATGAGCAAACAACAAATGAACGGTATGTAACCTGTGTCTCTGTTGCTACGGTTTGGACAGAACCATTGTCTGCTAGAAGAATAGATGCATTAGCGCTTCATAACCCGGCACATGTAGACCAGTGGGTGAAGCAATTAGATGATACTGAAAAACTGGCATTATGTGTGGAAAATCGTATTCAAACACAATTGTTATATGGCGAACAAGTGCTAGTAACGGAATGGGCTGGTGATTGGGCGCATGTTATTATACCTACTCAGCCATCACATAAAGATAGAAGAGGTTATCCAGGTTGGGTGCCTGCTTGTCAACTCAAACAAATTTCTAATCAAGACTGGCTTCAGCCTATAGGTGCTATCGTTCGATCTCCTTTTGCTTCGTTAACTATTCATAATGAATCCTCTATACACTTAAGTTATTTAACCATTTTACCAGTAAAAAGACATCATGGTTCTACAACATCTGTAGTAACACCGCATGGTATTGGATATGTTCATACGCAAGATATCGAGTTATTTTCAAAAGCGGACGGTATAGTCCGTAGTAATGGGGAGTCCATTGTAGCTATTGCTAAATCTTACATAGGGCTTGATTATTTATGGGGAGGAATGAGCGCATACGGTTATGATTGTTCAGGTTTAGCCTACGCGGCGCATAAAGCGAATGGATATCAGATTGCTAGAGATGCAGGCGATCAAGTAAAAGGTGGAGTCAAAGTTCCGCTAGATAGGATACTACCTGGTGATTTACTTTTCTTTGCATATCAAAATGGGAAAGGAAGGATACATCATGTAGGTATTTATTCTGGTAACGGAGATATGTTACATGCCCCACAAACGGGAAAGGGAATTGAACAGATCAGTCTTGCAAATACGATGTATGAAACAGAGTTATGTGCGGCTAGGCGCTACTGGCAGGAGGAGGAAACGATAGAAAATGGCAAAAGTAATTCTCGAAGTAAACCGTCTGAAGAAATTTTTTGA	MSQQTYEQTTNERYVTCVSVATVWTEPLSARRIDALALHNPAHVDQWVKQLDDTEKLALCVENRIQTQLLYGEQVLVTEWAGDWAHVIIPTQPSHKDRRGYPGWVPACQLKQISNQDWLQPIGAIVRSPFASLTIHNESSIHLSYLTILPVKRHHGSTTSVVTPHGIGYVHTQDIELFSKADGIVRSNGESIVAIAKSYIGLDYLWGGMSAYGYDCSGLAYAAHKANGYQIARDAGDQVKGGVKVPLDRILPGDLLFFAYQNGKGRIHHVGIYSGNGDMLHAPQTGKGIEQISLANTMYETELCAARRYWQEEETIENGKSNSRSKPSEEIF	PGPT0020945_195	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-DIPEPTIDYL-PEPTIDASE_ACTIVITY,PGPT0020945-ykfC-K20742	NA	NA
AK148_03466	960	oppF_5	COG4608	Oligopeptide transport ATP-binding protein OppF	ATGGCAAAAGTAATTCTCGAAGTAAACCGTCTGAAGAAATTTTTTGACGTGAACAGAAATCAGACGCTACAGGCTGTCAATGATGTATCGTTTCAAATAAACGAAGGAGAGACATTTGGCTTAGTAGGGGAGTCCGGTTGTGGCAAATCTACAATAGGGCGAACCATTCTCGGTTTATACCATAAGACAGCTGGAGAAGTTTTGTACGATGGGGAGAATATTCATGGTTTAAAAGAAAATAATAGATTCAAGTTGCATAAAAAGATGCAAATGATTTTTCAAGATCCATATGCTTCATTAAATCCTAGGTCGACTGTACAGGAAATTATCTCTGAGCCAATGGAAATACATCGTTTGTATCGACATAAGAAGGAAATAAAAGAACGGGTATACCAATTATTAGCAGAGGTAGGTTTACAGCGGGATCATGCGAATCGTTATCCTCATGAATTCAGTGGCGGTCAAAGACAGCGTATAGGTATTGCAAGAGCGCTCGCTTTAAACCCAGAGTTCATTATTGCAGATGAACCAATTTCGGCGTTGGATGTTTCCATACAGGCCCAAGTCGTTAATTTATTAAAGGAAATTCAACATGAAAAAGGATTAACGTTTTTATTTATTGCCCATGATTTATCAATGGTGAAGCAGATTTCTGATCGAATTGGCGTCATGTACTTAGGCAATTTAATCGAACTTACAAAATCAGAACAGCTATATGACCATCCATATCACCCGTATACGAAGGCGCTATTATCTGCGATCCCAATTCCAGATCCAGAAGTCGAAGAAAAGAGAGAACGAATTATATTGCAAGGTGAACTCCCAAGTCCAATTAATCCGCCGAGTGGATGTGTATTTCGTACGCGATGCCCAATGGCTATGCTTATTTGTGAGCAACAAAAACCGCCGTTTAGAGAAATAGCACCAGAGCACTTTGTTGCCTGTCATCTTTATTCATAA	MAKVILEVNRLKKFFDVNRNQTLQAVNDVSFQINEGETFGLVGESGCGKSTIGRTILGLYHKTAGEVLYDGENIHGLKENNRFKLHKKMQMIFQDPYASLNPRSTVQEIISEPMEIHRLYRHKKEIKERVYQLLAEVGLQRDHANRYPHEFSGGQRQRIGIARALALNPEFIIADEPISALDVSIQAQVVNLLKEIQHEKGLTFLFIAHDLSMVKQISDRIGVMYLGNLIELTKSEQLYDHPYHPYTKALLSAIPIPDPEVEEKRERIILQGELPSPINPPSGCVFRTRCPMAMLICEQQKPPFREIAPEHFVACHLYS	PGPT0004440_7036	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
AK148_03467	1200			hypothetical protein	ATGAAGCCTAGCAAATATTCAAAAAAACATGGATCTAACTACACGAAAAAACGAAATGCCTTATTACTGAAAAAAGTAAAAGCAAAGCAGCAAACATTTATGAAAAAGTCACTAACACGTAATAAACAATGGTTTGTACCCAAAAAGCCATACTATTTACAAAAAAGACCAAAGCAACATGTATGGAAAATTCCTTCTACCATTTTGTTAGCTTGTTTACTGATGATTATCTTAGTAGTACCTACATTAATTGTCATTCCTTATAGCAAGGGGGATGAAAAAGAGGCGAAAGCCCCCCCAATCGCAAGTAGTGAAGAAACAACCAACCAAGATATGGATTCAGATAGCTCATCTTTCTCGGTGTCAGTAATGCGTTCGAATGTAAATAAAGTAGAGGGAGTACCTTTGGAAGAATATGTAGCTGGTGTAGTGGCTTCTGAAATGCCCGCAGAATTTGAAAAAGAAGCGTTAAAAGCGCAGTCTCTTGCAGCGAGAACGTATATTGTGAATCAAAAGCTTCACGGTGAAGGAGCTAAACAAGAATCAGACGTCACAGATACAGTACAACATCAAGTGTATAAAGACGAAGGTCAGCTGCAAAATTTATGGGGGAGCGACTTTGATTGGAAAATGAAAAAAGTAAAAGAAGCGGTGGCAGAAACAAAGGGAGAAATAGTAACCTATAAAGATGCACCAATCACGCCTGCTTTTTTCTCTACGAGTAATGGCTATACGGAGAATTCAGAAGACTACTGGGAAAATAAACTTCCATATTTACGTAGTGTGGAGAGTCATTGGGATGAGGAGTCTCCGAAATATTTAGATCAAAAAACGTTTTCGATACAGCAGTTAGAAAAAGCGTTAGAAGTAGATTTACCGAATCAATTTCCTTTAGCTGTTGAAACTACGCGTACAGATAGTAATCGGGTAGAGCAGTTGCAATTAGGAAAACAAACTTTTTCGGGAAGGGAAATTAGAGAAAAGCTAGAATTGCGTTCAAGTGATTTTACCATTGAACAAAAAAATAACCATTTTATTTTTACAACCAAAGGGTTCGGTCATGGAGTTGGTATGAGTCAATATGGTGCAAATGGCATGGCTAAAGAAGGGAAAAATTATCAAGATATTGTCCGTTATTATTATCAGGATGTAAAAATAAGTACGATTAATGATACAGCTCCAACTCTTGTCGCAAAATAG	MKPSKYSKKHGSNYTKKRNALLLKKVKAKQQTFMKKSLTRNKQWFVPKKPYYLQKRPKQHVWKIPSTILLACLLMIILVVPTLIVIPYSKGDEKEAKAPPIASSEETTNQDMDSDSSSFSVSVMRSNVNKVEGVPLEEYVAGVVASEMPAEFEKEALKAQSLAARTYIVNQKLHGEGAKQESDVTDTVQHQVYKDEGQLQNLWGSDFDWKMKKVKEAVAETKGEIVTYKDAPITPAFFSTSNGYTENSEDYWENKLPYLRSVESHWDEESPKYLDQKTFSIQQLEKALEVDLPNQFPLAVETTRTDSNRVEQLQLGKQTFSGREIREKLELRSSDFTIEQKNNHFIFTTKGFGHGVGMSQYGANGMAKEGKNYQDIVRYYYQDVKISTINDTAPTLVAK	PGPT0024670_481	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024670-spoIID-K06381	NA	NA
AK148_03468	879	spoIIQ	COG0739	Stage II sporulation protein Q	ATGAAAGAGGAAAACAAAGGGGCTTCAAAAAACAAGTGGAGTCGAATTTTTCGTAAAAAATGGTTCTTCCCAGCTGTCTATTTAACTATTGCCGCTGTATTATTATCTGTTGTCGTTTGGTATCAAAATGTGGACAATCAAGTGCCTGATGCCCAAGAAGGAACAGATGAGTTCTTTCCATCTGAGCATGGAGAAAGAGCTGAACCTGTGTTGGAGCAACAAGAAATGATCCAAATGCCTGTGACAAACCCAGAAGAAGCAGAAATCGTAACTAAATTTTATGATTACAATGCAGATCAAGAAGAGCAAGAGCAGGCCTTGGTTTTGTACAACAATAAGTACTATGAGAGTGATGGTGTAAATATTGCTTCTGCAAGTGGTGAATCATTTGAGGTTGTAGCAGCTTTAAGTGGTGAAGTTACAGAAGTAAAAGAAGATCCGCTATTAGGAAATGTTGTTGTGCTTACCCATGGAGATGATGTCCAAACCTATTATGCTAGTCTTGAAGAAGTTGATGTAAAGGCGGGCTCTGAAGTGAAGCAAGGCGACACTTTAGGTAAAGCAGGTAAGAGCGTATTTGGCAAAGACAGCGGAACGCATGTTTATTTTGAGCTACGTAAAGAGGATCAAGAAGTTAATCCAGAAGAGTACTTCAATCAACCAGTAAGTAGCTTAAACAGTGCAGTAGAGGAAGAAACAGAAGACGTGGATGCGCAAGATGAAGCAGATCAACAAGGAACGGAAGATGCAGAAGGAGATCAAGAAAACGAAACCCCTTCTGATGAGAGCGAAACTACAGATGAAGAATCAGATGAAGCTTCAGATGAAGCAGGTAATGTGGATGAAACGGAAGAAATGGACCCTGAGTTGAATAATTAA	MKEENKGASKNKWSRIFRKKWFFPAVYLTIAAVLLSVVVWYQNVDNQVPDAQEGTDEFFPSEHGERAEPVLEQQEMIQMPVTNPEEAEIVTKFYDYNADQEEQEQALVLYNNKYYESDGVNIASASGESFEVVAALSGEVTEVKEDPLLGNVVVLTHGDDVQTYYASLEEVDVKAGSEVKQGDTLGKAGKSVFGKDSGTHVYFELRKEDQEVNPEEYFNQPVSSLNSAVEEETEDVDAQDEADQQGTEDAEGDQENETPSDESETTDEESDEASDEAGNVDETEEMDPELNN	PGPT0024695_84	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024695-spoIIQ-K06386	NA	NA
AK148_03469	288	spoIIID		Stage III sporulation protein D	GTGCACGATTACATCAAAGAACGAACGATCAAGATAGGGAATTATGTGGTGGAAACAAAAAAAACAGTTCGCGTTATAGCAAAGGAGTTTGGTGTTTCTAAAAGTACAGTCCATAAAGATTTAACGGAAAGATTACCCGAGATTAATCCAGAATTAGCAAAGCGCGTTAAAAAAATTTTAGAGCATCATAAAGCAATTAGACATTTGCGAGGTGGAGAAGCAACGAAAAAGAAATACATGGTAGATGCAGATGCAACCACTAAAAAAGAAGTAAAACCTGTAGGATAA	MHDYIKERTIKIGNYVVETKKTVRVIAKEFGVSKSTVHKDLTERLPEINPELAKRVKKILEHHKAIRHLRGGEATKKKYMVDADATTKKEVKPVG	PGPT0024715_68	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024715-spoIIID-K06283	NA	NA
AK148_03470	1002	mbl	COG1077	Cell shape-determining protein Mbl	ATGTTTTCAAGGGATATAGGAATTGATCTTGGAACAGCAAACGTCTTAATTCATCTCAAAGGAAAAGGGATTGTTTTGAATGAGCCGTCTGTTGTTGCCATGGATCGAAATACAGGAAAAGTTTTGGAAGTTGGCGAGGCAGCTAGGAAAATGGTTGGTCGAACACCAGGAAATATTGAGGCAATTCGTCCATTGAAGGATGGAGTAATTGCTGATTTTGATGTTACTGAAGCTATGTTAAAGCATTTCATCAATAAGATTAATGTCAAAGGATTTTTAGCGAAACCAAGAATTTTAATATGCTGTCCTACCAATATTACAAAGGTGGAACAAAAAGCGATTAAAGAGGCAGCAGAAAAATCAGGTGGTAAAAAGATTTATTTAGAAGAAGAACCAAAAGTAGCTGCAATCGGTGCAGGTATGGAGATATTTCAACCGAGTGGGAATATGGTCGTTGATATTGGTGGCGGTACGACGGATGTAGCTGTTCTTTCAATGGGAGATATTGTTACATCTGAGTCCATTAAAATGGCTGGTGATAATTTCGATAGCGAAATTCTTCAATACATAAAGAAACAGTATAAATTGTTGATCGGTGAGCGAACGGCAGAAGAAATTAAAATTAACGTCGCTACTGTTTTCCAAGGTTCGCGTAATGAAGAAATGGAAATTAGAGGACGTGACATGGTCTCTGGTTTACCACGAACAATTACAGTGAACTCCAAAGAAATTGAAGAAGCATTGCGTGAATCTGTTTATCTCATTGTACAAGCTGCAAAATCTGTCTTAGAACGTACACCTCCAGAACTTTCTGCCGATATTATAGATAGAGGCGTTATTTTAACAGGTGGCGGTGCCTTGATTCATGGTATCGATGAATTACTGGCTGAGGAATTAAAGGTGCCTGTTTTTATTGCTGAAGAGCCAATGAATTGTGTCGCAAAAGGTACTGGTATGATGTTAGAAAACATTGACAAAGTAAACCAAAAAAATGTGATATAA	MFSRDIGIDLGTANVLIHLKGKGIVLNEPSVVAMDRNTGKVLEVGEAARKMVGRTPGNIEAIRPLKDGVIADFDVTEAMLKHFINKINVKGFLAKPRILICCPTNITKVEQKAIKEAAEKSGGKKIYLEEEPKVAAIGAGMEIFQPSGNMVVDIGGGTTDVAVLSMGDIVTSESIKMAGDNFDSEILQYIKKQYKLLIGERTAEEIKINVATVFQGSRNEEMEIRGRDMVSGLPRTITVNSKEIEEALRESVYLIVQAAKSVLERTPPELSADIIDRGVILTGGGALIHGIDELLAEELKVPVFIAEEPMNCVAKGTGMMLENIDKVNQKNVI	PGPT0027700_3720	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_TOXIN-ANTITOXIN_SYSTEM_REALATED_FACTORS,PGPT0027700-mreB-K03569	NA	NA
AK148_03471	804	flgG_2	COG4786	Flagellar basal-body rod protein FlgG	GTGTTAAGAGGCTTTTATACAGCTGCTAATGGCATGATCGCACAACAACGACAGCAAGAAGCTTTTGCAAATAATATTTCTAATACGAATACTCCGGGCTATAAAGCAGATCAAACAACGTTGCGTGCTTTTCCTGAAATGCTATTACATCAAATGTCAGGAAAAAAACTTCCAGTACAAAATAAACCAAATGTTCCATTTCAGCAACCAATAGGTTCGCTAAATACGGGAGTATATGTTCAAGAAATGATTCCAAATTTTGAACAAGGAGATGTCCAAGAGACGGGGATATCTACTGATCTTGCATTAACTCAAAGAGATTTACCTGATGAAACCGGAGCGCTCTTTTTTACCGTGCAAAATGAATCAGGAGATGTACGTTATACTAGAAATGGGAACTTTACCGTAGATGGCGCCGGATTTTTAGTTACTAACGAAGGATACTATGTGTTAGATGAAAATGGGGAGCCTATTGAAACAAATGATATGGACTTTACAGTAACCTCTGATGGTCTATTACAAACTGCTGATGGCGCAACGGCTTTAGGAATTGCTTATAGTACGGATGCAAACACAATGGTTAAAGAAGGAAATAATGTGTACACAGGAGATGTGGAAGCAGTTCCCGCAGAAGCTATTTATTCCGTAAAACAAGGCTTTCTGGAAAGGTCGAATGTGGACGCTTTACAGGCAATGACACAAATGATGGAATCTTATCGGTTATTTGAAACGAACCAGCGTGTACTAAAAGCGTACGATCAAAGTATGGAAAAAGCAGTTAGCGAAATCGGACGTTTAGTATAG	MLRGFYTAANGMIAQQRQQEAFANNISNTNTPGYKADQTTLRAFPEMLLHQMSGKKLPVQNKPNVPFQQPIGSLNTGVYVQEMIPNFEQGDVQETGISTDLALTQRDLPDETGALFFTVQNESGDVRYTRNGNFTVDGAGFLVTNEGYYVLDENGEPIETNDMDFTVTSDGLLQTADGATALGIAYSTDANTMVKEGNNVYTGDVEAVPAEAIYSVKQGFLERSNVDALQAMTQMMESYRLFETNQRVLKAYDQSMEKAVSEIGRLV	PGPT0015490_416	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015490-flgF-K02391	NA	NA
AK148_03472	828	flgG_3	COG4786	Flagellar basal-body rod protein FlgG	ATGTCAAGAACGATGATTCAGGCTGCGGTAACGATGAATCAACTGCAAAATAAAATGGACGTTATTGGTAATAACATGGCTAATAGTCAAACAACTGGTTATAAAAGTAGACAAGCAAACTTTTCTTCACTGCTTTTTCAACAAATGGATAATCTTTCAGATCCGGCAAATGCGGAAGGGAGATTGACTCCAGACGGGTTGCGAATTGGCTCTGGAGCAAAATTGGGCTCCATTAACGCAGATTTCCAAGTTGGCTCTTTGCGTAAGACGGATCGCAGTTTGGATACGGCATTGTTAGCACCAAATCTTTTCTTTCAAGTAGAAGCAACAGAAAATGGAGTAACAGAAACACGTTATACAAGGGATGGCGCATTTTATCTAAGTCCGATAAACGGAAATCAAGAAGTGATGCTTGTGGATAAGAACGGACATGCTATTTTAGGTGCTGATGGTCCGATTACTACAGCTGCTGGATTTGACGACATTTCTGTACAGCCAAATGGACAGATCGTTGTGAAACGTGGCGATGACAGTGAAGTTGTGGGAACACTTGCTGTTGTTGAAGCTTTGCGACCTCATTTACTTGAAGCTGCAGGAGAAAATGCATTTCGTTTATCTGAGGAAGCAAATGCGCAAGTAGCATTTGCTGATGCTATTCAACCAGTAGCTGGTGGTAAAATGCTTGAAAGTGGAAAATTAGAAGCTTCTAACGTAAACATGTCCAAGGAAATGTCTGATTTAATTATGACACAGCGAGCTTATCAATTTAATGCTAGGACGATTTCTACGGGCGATCAAATGTCTGGGTTAATTAATCAGCTACGTTAA	MSRTMIQAAVTMNQLQNKMDVIGNNMANSQTTGYKSRQANFSSLLFQQMDNLSDPANAEGRLTPDGLRIGSGAKLGSINADFQVGSLRKTDRSLDTALLAPNLFFQVEATENGVTETRYTRDGAFYLSPINGNQEVMLVDKNGHAILGADGPITTAAGFDDISVQPNGQIVVKRGDDSEVVGTLAVVEALRPHLLEAAGENAFRLSEEANAQVAFADAIQPVAGGKMLESGKLEASNVNMSKEMSDLIMTQRAYQFNARTISTGDQMSGLINQLR	PGPT0015495_148	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015495-flgG-K02392	NA	NA
AK148_03473	351			hypothetical protein	ATGTCCATGCAAAAGAATCCAACTTTCAAAGGCAAATATAATTCGTTTATGAAAGCATGGAAACAACTTTGGCAAAGCAAACAACAAGAAACGGAAGCTCATAATGAGCCAAGCCACCATAATCAAGACAAGGAGAATGGTAAGCAAACACCAAATAAAAAGAGTGTTCGGCTAAGGGTGCGTATTTTTCCGATTTGGTTACGTATCATCGTTACTTTATTATTTTGTATGATTGCCTTGGTTGTTGGATTAATGGTTGGCTATGGAGTCATTGGTGATGGATCACCACTAGACGTGTTAAAAATAGAAACGTGGCAGCATATTATTGATATTGTTACAAAATCAAAGTAG	MSMQKNPTFKGKYNSFMKAWKQLWQSKQQETEAHNEPSHHNQDKENGKQTPNKKSVRLRVRIFPIWLRIIVTLLFCMIALVVGLMVGYGVIGDGSPLDVLKIETWQHIIDIVTKSK				NA	NA	NA	NA	NA
AK148_03474	420	fabZ_1		3-hydroxyacyl-[acyl-carrier-protein] dehydratase FabZ	ATGGATGTAGAACAAATTAAAGAGATTATTCCTCATCGTTATCCGTTTTTACTAGTAGATCGAGTAACAGAGATAGAGGAAGGAAAGCGTGTTGCTGGATTGAAAAATGTTACAGCGAATGAACCTTTTTTTCAAGGGCATTTTCCTGAATATGCGGTGATGCCAGGAGTGCTTATTATCGAAGCTTTAGCTCAGCTTGGTGCCATTTCTATTCTAGGAAAAGAAGAGAATCGTGGAAAAATTGGCTTTTTAGCAGGAATTGATAACTGTCGTTTTAAACGTCAAGTTCGTCCGGGAGATCAATTACAAATGGAAGTGGAAATTTTGCGCTTAAAAGGCCCGATCGGTAAAGGAAAAGCAGTTGCCAAAGTAGATGGAGAGGTAGCTTGCGAGGCGGAAATCATGTTTGCTATTAAATAA	MDVEQIKEIIPHRYPFLLVDRVTEIEEGKRVAGLKNVTANEPFFQGHFPEYAVMPGVLIIEALAQLGAISILGKEENRGKIGFLAGIDNCRFKRQVRPGDQLQMEVEILRLKGPIGKGKAVAKVDGEVACEAEIMFAIK	PGPT0008365_3874	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008365-fabZ-K02372	NA	NA
AK148_03475	261			hypothetical protein	ATGAAATCAAAGCTTATGATGAAGTTTGGTGCTTCTGTTTTAGTATTATCACTAATTACTGCTTGTAATATGGGTAATGACGAAGATCCTGCTGATGAGGCTCCAATGGAGGAGCAGGATAACAACAATCCTGCTGATGATAATGGTGGGATGGATAAAAACGATCAAGAATTACAGGATGAAGATAACGGTAACACGAACGACAATGGCAATGACAATATGATGGAAGATGAAGAAAAGAAAAACGAGAAAAATCAATAA	MKSKLMMKFGASVLVLSLITACNMGNDEDPADEAPMEEQDNNNPADDNGGMDKNDQELQDEDNGNTNDNGNDNMMEDEEKKNEKNQ				NA	NA	NA	NA	NA
AK148_03476	516			hypothetical protein	TTGAAACAGAGGATTACATCGTTGTATGTCATATCACCGCATACAAAAGCAATATACAGGAATGAACATAGCTATTATCGTTCGCGAATTATGGAAAGTGGAAGGGCTGAGAAAATGTCTATTCATAAACCAGAACAAATTTTAGATAATAGTTGTTTAATATACGGATCTTCATTAGAGGGGAGAAGGCTAGCTGTAAAAGATATACTCGATTCATCAAGTAAGCTTCCTGTACCTGTGATACCAGATAAAGGTGTATTTATGATGCCAACAGCTTCTGTAAAAAATAAAAATAATGTTTGGCTTACGTATCATCATATATACGGTTTTGAGGAAAATAAAAGTGGTACATATGTTACTTTTTTCGATGGTTCAGGGATTCAATTGGATATATCGATGAATACTTTCGATTTACAGTATAAGCGGACAAGTCAGGTAATCGTCCATTTGAATCGAACATTTCTCTTTGGACAATCAAAATTCCCTATACCGAGATCACGCCTAAAACGATTGTGA	MKQRITSLYVISPHTKAIYRNEHSYYRSRIMESGRAEKMSIHKPEQILDNSCLIYGSSLEGRRLAVKDILDSSSKLPVPVIPDKGVFMMPTASVKNKNNVWLTYHHIYGFEENKSGTYVTFFDGSGIQLDISMNTFDLQYKRTSQVIVHLNRTFLFGQSKFPIPRSRLKRL	PGPT0025815_201	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0025815-comK-K02250	NA	NA
AK148_03477	876			hypothetical protein	ATGCTTGAAAAGAAAAAGAATTTAATGGAAATTGGCATGAAATTAATTGCTGAAAAAGGCTATCATAATACGTCTGTTCAAGAAATTGCCAATAAAGCAGGTATTTCAAAGGGTTCTTTTTACAGTTATTTTCCATCTAAAAAAGCATTTACGATAACAACTGTAAAAGCATTTCACATACAGGTTATGGAAGAACTGAACCAGGTAGATGTGAAAGGTGACGATAAAGAACGCTTTGCCAAACAAATAGCCATATTAATAAAATATATGGAACAACATAAGGATCATATTATGATGTATTTTAGAAGTAATATCCTTATTATTGAAGAGTTGGATCAACAATTAACGAATGTAAGGGTAGATCATTTTCATTGGTTAAAGGACCACTTAGAAAAGATATACGGGGAGCAATTGCAGCCATTTTTAATCGATGCGATTATTCAAACAGCAGGCTTATTACATAGTTATTTCCATTGGTTTGTGTTGGAAAATGTTGATCTTGATAAAGAGCAAGCGGGGGAATTTATTGTTCGGCGTTTGCATGATTTAATAACGGGTATGTTAAAGCGAGAATCTTCCGGACTGATCGATATGGCACAAATCCCGGAAATCTACAAATCAACGAGAAGATCTACCTTGGAGAAGCAAACATTGCAAAAGGTTTTAAACGCTTTAAAAGAAAAGATAGTATTGTTAGATGTGCAACAAAGCAAAAAAGAGCGATTATATGAAGTTGTACGCCTATTGGAAAAAGAAGGGCTTGAAGATTGTAATATCGTTGTTATTCAAGGTTTACTGGCCCATTTTTATGCCTATGATATATTAATAGAAGATGTCAGTAAAATCGCTACTATATTGAATATTGAATTATTATAA	MLEKKKNLMEIGMKLIAEKGYHNTSVQEIANKAGISKGSFYSYFPSKKAFTITTVKAFHIQVMEELNQVDVKGDDKERFAKQIAILIKYMEQHKDHIMMYFRSNILIIEELDQQLTNVRVDHFHWLKDHLEKIYGEQLQPFLIDAIIQTAGLLHSYFHWFVLENVDLDKEQAGEFIVRRLHDLITGMLKRESSGLIDMAQIPEIYKSTRRSTLEKQTLQKVLNALKEKIVLLDVQQSKKERLYEVVRLLEKEGLEDCNIVVIQGLLAHFYAYDILIEDVSKIATILNIELL				NA	NA	NA	NA	NA
AK148_03478	855	mdtA		Multidrug resistance protein MdtA	GTGAAGAAGATTATAATTGTTGGAACGGTTGTATGGATGATTTTTTTATTAGCTGCATGTAATCAAGAAGAAACAAAAGAGGAAAAGGAAAAGCGCGTAGTACCTGTGGAAACAGAAGAGGTAAAGGAAGGTTCTATTGAAATTGAAAAAAGTATTTATGGCAGAACGCGTCCCTCTGTTTCCAGTCCCGTGATGTTGCAAGCCTCAGGAAAAATTGATGAGTTAAAGGTTAACAATGGAGACCAGGTGGAGGAAAATGATGTTATTGCCACGATCATTTCACAAGCTGGAAGCCAAAGTATTCGTGCACCTAAAGATGGCAAGCTTGTTCAACTAACCGCAAATGAGGGAGAAATGGTGTCTCAAGAAGAACCTCTAGCGATTGTTGCAGATTTTCATCCTTTAACAGTGGAATTGTCTGTAACAGCAAGTGATCGTAAACTATTGGAAGAAGATGATGAGCTACCTATCCATATAGAAGGAAAAGAATGGACAGCAACGATTACTTCTGTTGGTTCCGTTCCAAATGATACAGGGCTTTATCCTATAGAAGCGGAGATCGATAATGAAGATTCGGAGCTATTACCAGGCATGACCGCTCAGTTAATTGTAAAGGAAACGACAATAAAAGATGCTATCGTAGTTCCAACCACTGCTGTGGAAGAACAAGGAGGCGAATCGTTTGTCTATATTGTAAAAGATAAGCAAGCAAAACGTGTGGACGTTTCTGTGGAAGAATCACAAACAGAAGAAACGGCAATTGAAGGCGACGTAAAATCTGGCGATCAAGTTATCGTAAAAGGACAACTATCGTTAAAGGATGGAAGCCAGGTTAAAGTTGCGAAAGGGGAGTAA	MKKIIIVGTVVWMIFLLAACNQEETKEEKEKRVVPVETEEVKEGSIEIEKSIYGRTRPSVSSPVMLQASGKIDELKVNNGDQVEENDVIATIISQAGSQSIRAPKDGKLVQLTANEGEMVSQEEPLAIVADFHPLTVELSVTASDRKLLEEDDELPIHIEGKEWTATITSVGSVPNDTGLYPIEAEIDNEDSELLPGMTAQLIVKETTIKDAIVVPTTAVEEQGGESFVYIVKDKQAKRVDVSVEESQTEETAIEGDVKSGDQVIVKGQLSLKDGSQVKVAKGE	PGPT0003275_6569	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexAB-OprM,PGPT0003275-acrA|lir|mtcA|mexA|adeI|smeD|mtrC|cmeA-K03585	NA	NA
AK148_03479	3069	swrC	COG0841	Swarming motility protein SwrC	TTGAAGTTAATTAAAACATCTGTTAAACGTCCCGTTGGCGTTATTATGATTGTTGTTGCTCTGCTAGCTCTGGGAGCTGTTTCTTTACGGAGCTTGACTGTAGATCTTTTCCCAAAAATTGATCTCCCAGTAGCAGTTGTAGCGACATCTTATCAAGATGCAGCGCCACAAGAAGTAGAGAATTTAATTAGTAGACCAATTGAATCAGCGGTAAGCACTGTAGAAGGAATTGAAACCGTACAATCGCAATCGCAAGCCGGTTCTTCGCTTGTCTTACTTATGTTTAAAAATGGCACAGATTTAGATCAAGCTTTATTGGATGTAAGAGAAAGTGTTGACCAAGTGAAAGGGGTTCTTCCTAGTCAAGCAGGGGACCCAAGTATCATGCGTTTTAATCCAGACCAACTGCCTGTTATGTGGGTTGGTTTAACTGGAGAAAATGTAGCATCGTTAACGGAAACCGCTGATGAACAAGTCGCCCCATTTTTGGAGCGACAAGGTGGTGTAGGTTCTGTTAATGTAGAAGGTGGAAAAGAACGAGAGATTCAATTAATTCTTGATGAAGCTAAACTACAACAGTATGGAACTACTTCCCAAGCTATTATGCAGGCGTTGTCGAGTACGAATCAATCAGCGTCAGTAGGTACAGTGGAGAAAGGTGACAAAGATTTACAAATTCGAGTAACCGGGGATTTTAAATCATTAGAGGATATCAAACAAACGATCGTTCAAACGGAATCTGGCGCAACGGTGCATGTTGATGATTTAGCTGAAGTGAAAGACGATTTTAAAACAGATGCTGGGTTAACCCTAGTTAACGGTAAGCCTTCTGTAGTGTTATCTATTTTAAAAAAGACAGATAGTAATACAGTGGAAGTAGCTACCAATATAGAAGATAGTTTAAAAGAAATAAAACAAGATTTACCTTCAGATGCCAATTTAGATGTTATTATTGACACATCTGATTTCATTCAAATGTCGATTGATTCTGTTGTGCAAAACATTTTAATTGGTGGGGTTATCTCCATATTTATTCTGCTTCTCTTTTTAAAAAGTGTACGCGCAACGATTGTTATTGGTTTATCGATACCAATTGCGATTATAACAACGTTTATTTTGATGTACTTTACAGGTGAAACATTAAATATATTAACTTTAGGTGGTCTAGCACTTGGGCTAGGCATGATGGTAGATAGCTCTATTGTTATCTTGGAACATATTTATTCATATAGACAACGTGGCTATAATTTGAAAGATGCGGCTATACAAGGAGCGACGGAGTTAGCTCCTGCGGTAATTGCTTCAACGACGACAACATTAGTTGTATTTCTACCAATTATTTATGTAGAAGGAATTGCGTCAGACATGTTTACACCTTTGGCACTAGCAGTTTCGTTTTCGCTAATCACTTCTTTAGTGGTAGCAATCACTTTAGTGCCAATGCTCTCATCTAAGCTGTTACAAAAAGCGTTGCAAGATGGTGGGAAACGTTATTGGTTCGATCGCTTTTTAGGCTGGGTAAATGCCAAATATCAAAAGATTCTTAAATGGGTGCTTGGTCATCGGAAAACAACCGTTTTTGTTACCATTTTAGGCATTGTCGGAAGCCTTGCGTTGACACCGTTTATTGGAGCTGAATTTATACCTTCCGCAGATCAAGGGCAATTAGAAATCCGTGTAGAAACAACGCCTGGGAGCTCTTTAGAGCATACAGAAGACATTGTAGATCAAGTTAATAAAGAAATAACGCCATTTGAATCTGTGATTGAAACAAATTACGTCAGTGTCGGCGGAGGAGGCATGACTGCTGGAGGCGGAAGCAGTAGTGGAAATCAGGCGATTTATACAATGCAGCTGATTCCTTCGGGTGAACGAGAAAAAACAACGGTACAAATCGTTCAAGAGATAGATGATAAGTTGCAGGAAATAGCAGGTGCAGAAATTACTGTTCATTCCATGGATTCTGGTATGAATATGGGCGATCCGATTCAAATCCAGTTAAATGGACCAGAACACGATATGTTAAGAGATATTTCTGAACAAGTTGTACAAGAGATTGAACAAGTAGAAGGAATTTATAATCCTGAGTCGTCGGCTTCTGAAGGTGTACCGCAAATGAATATTGAAGTAGATCAAGAAAAAGCTGCGCTGTATGGACTGAATCACGAACAAGTCTTAGGGCAAATTCAAATGCAATTTACTGGTCAAGTAGCAACAAAATATAGAGAAGAAGGCCAGGAGATGGATGTTACATTAATGTATCCTGAAGAGAAGCGGAGTAAAATAGAGGATCTGCATGATATGAAAATTCAAACGCCGCAAGGTGCAACCATTTCCCTGGATGAGGTAGCTACATTTAAACAGATGAGTGGACCTGTAAGTTTGCAAAGAGAAAATCAGCAACCACAAATGAATGTGACCAGTCAAATCGTTGATCGTGATTTAGGGAGTATAACCCAAGATGTTGAGCAGACGTTGAATAACATGGATCTCCCTGAAGGTTACAATTATGAAATTGGTGGCCAATCACAGGATATGACAGAATCATTTACTGATTTAGCAATTGCATTAGTATTCTCGATTTTCCTTGTATATGCAGTAATGGCTATTCAGTTTGAAAACTTTCTATTTCCGCTCATCATTATGTTTGCTATGCCAACAACAGTAATTGGAGTAATGCTTGGACTCTTTATTGTGGGAATTCCATTAAGTATCCCAGCGTTTATTGGAATTATTATGTTGGCAGGGATTGTCGTCAATAACTCTATTGTGCTAGTAGATTATATTAATCTTTTGCGCCGCAAAGGAATGGAACGATATGCTGCTATACTAGAAGCGGGACCAAGTAGATTGCGTCCAATCTTAATGACGACACTAACCACTATTTTAGCAATGGTACCATTAGCAATGGCTTTAGGAGAAGGTGCGGAAACACAACAACCATTAGCTGTTACAATCATATTTGGTCTCGGGATATCCAGTATCTTCACCCTGCTTTTAATCCCAGTTATTTACACATTATTTGATGATCTAACTGCAAAAATTACAAAACGCCACAAAAAGAAATAA	MKLIKTSVKRPVGVIMIVVALLALGAVSLRSLTVDLFPKIDLPVAVVATSYQDAAPQEVENLISRPIESAVSTVEGIETVQSQSQAGSSLVLLMFKNGTDLDQALLDVRESVDQVKGVLPSQAGDPSIMRFNPDQLPVMWVGLTGENVASLTETADEQVAPFLERQGGVGSVNVEGGKEREIQLILDEAKLQQYGTTSQAIMQALSSTNQSASVGTVEKGDKDLQIRVTGDFKSLEDIKQTIVQTESGATVHVDDLAEVKDDFKTDAGLTLVNGKPSVVLSILKKTDSNTVEVATNIEDSLKEIKQDLPSDANLDVIIDTSDFIQMSIDSVVQNILIGGVISIFILLLFLKSVRATIVIGLSIPIAIITTFILMYFTGETLNILTLGGLALGLGMMVDSSIVILEHIYSYRQRGYNLKDAAIQGATELAPAVIASTTTTLVVFLPIIYVEGIASDMFTPLALAVSFSLITSLVVAITLVPMLSSKLLQKALQDGGKRYWFDRFLGWVNAKYQKILKWVLGHRKTTVFVTILGIVGSLALTPFIGAEFIPSADQGQLEIRVETTPGSSLEHTEDIVDQVNKEITPFESVIETNYVSVGGGGMTAGGGSSSGNQAIYTMQLIPSGEREKTTVQIVQEIDDKLQEIAGAEITVHSMDSGMNMGDPIQIQLNGPEHDMLRDISEQVVQEIEQVEGIYNPESSASEGVPQMNIEVDQEKAALYGLNHEQVLGQIQMQFTGQVATKYREEGQEMDVTLMYPEEKRSKIEDLHDMKIQTPQGATISLDEVATFKQMSGPVSLQRENQQPQMNVTSQIVDRDLGSITQDVEQTLNNMDLPEGYNYEIGGQSQDMTESFTDLAIALVFSIFLVYAVMAIQFENFLFPLIIMFAMPTTVIGVMLGLFIVGIPLSIPAFIGIIMLAGIVVNNSIVLVDYINLLRRKGMERYAAILEAGPSRLRPILMTTLTTILAMVPLAMALGEGAETQQPLAVTIIFGLGISSIFTLLLIPVIYTLFDDLTAKITKRHKKK	PGPT0016195_1668	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
AK148_03480	798			hypothetical protein	ATGAGCGGAATTCTAACCGACGCGAGCGATTTTTCCGATGGCATGAGCGAAATCCTAGCTGACGCGAGCGGTCTTTCGACTGATATGAGCGAATTTCTGGCCGACGCGAGCGATTTTTCCGATGGCATGAGCGGAATTCTAACCGACGTGAGCGATTTTTCCGATGGCATGAGCGGTATCCTAGCCGACGTGAGCGATCTTTCCAATGGTATGAGCGAAATTCTGGCCGACGTGAGCGATCTTTCCAATGATATGAGCGAAATCCTAGCTGACGGGAGCGGTCTTTCCGATGGCATGAGCGAAATTCTGGCCGACGTGAGCTATCTTTCCAATGATATGAGCGAATTTCTGGCCGACGTGAGCGAGCTTTCGACTGATATGAGCGAATTTCTGGCCGACGTGAGCGATTTTTCCGATGGCATGAGCGGTATCCTAGCCGACGTGAGCGAGCTTTCCAATGGCATGAGCGAAATCCTAGCCGGCGTGAGCGATCTTTCCAATGATATGAGCGAAATCCTAGCTGACGTGAGCGATCTTACCGCTGGCATGAGCGAAATTCTAGCCGACGCGAGCGGTCTTTCCGCTGGCATGAGCGATCTTACCGCTGGCGTGAGCGAATTTCTGGCCGGCGTGAGCGATCTTTCGACTGATATGAGCGAGACCTTGGCCGATGCGAGCTATTTTTCGACTGACGCGAGTGATTTCCACGCAGGAGCTATCGAAGTGTCGACACAGAACAAAGGCTCGGGGCGCCCGGTTAGCAACGTAGCGAGTGGAGCGAATCAACGAAAGTTTTAG	MSGILTDASDFSDGMSEILADASGLSTDMSEFLADASDFSDGMSGILTDVSDFSDGMSGILADVSDLSNGMSEILADVSDLSNDMSEILADGSGLSDGMSEILADVSYLSNDMSEFLADVSELSTDMSEFLADVSDFSDGMSGILADVSELSNGMSEILAGVSDLSNDMSEILADVSDLTAGMSEILADASGLSAGMSDLTAGVSEFLAGVSDLSTDMSETLADASYFSTDASDFHAGAIEVSTQNKGSGRPVSNVASGANQRKF				NA	NA	NA	NA	NA
AK148_03481	246			hypothetical protein	TTGTTTACTACGATGATGCACGAAATTCTGGCATCCGCGAGCGGTCTTTCGACTCATATGAGCGATTTACTAGCCGACGCGAGCGATTTTTCCGATGGCATGAGCGGTATCATAGCCGACGTGAGCTATCTTTCCAATGATATGAGCGAAATCCTAGCTGACGCGAGCGGTCTTTCCGCTGGCGTGAGCGAATTCCGATGGCATGAGCGAAATTCTGGCCGACGTGAGCGAATTCCGATGGCATGA	MFTTMMHEILASASGLSTHMSDLLADASDFSDGMSGIIADVSYLSNDMSEILADASGLSAGVSEFRWHERNSGRRERIPMA				NA	NA	NA	NA	NA
AK148_03482	1473	zwf	COG0364	Glucose-6-phosphate 1-dehydrogenase	TTGAAAACGGTAGATAAACCAAACGTCGTGATTGTCATCTTTGGAGCAACAGGGGATTTATCAAAAAGAAAGTTATTCCCTTCCATTTATCGTCTTTATCAAAACGGAAAAATTGGTGAGGATTTTGCAGTTGTTGGACTTGCTCGCCGTCCGTGGACGAATGATTTCTTTCGCGAAAAAGTATGTGAATCAATAAACGAATCAGAATCAAACAATCAAATAGACCTAGAAGCATTTGCTTCTCATTTTTATTATCAGTCTTTTGATGTTACAGATAGCTCATCTTATACCCATTTAGATGGATTGTTAAATGATCTAGAAGGTCAATACCAAACAGATGGAAATCGAATTTTTTACTTAGCCATGGCTCCGGAATATTTTGGAACGATTGCGAATCAAATTGAACAAAACGGTTTAAAAGAAAGTGTAGGCTGGACGAGGTTGGTCATTGAAAAACCATTCGGGCATGACCATGCCTCGGCAAAAGCGTTGAACAATCAAATTCGATTAGCATTTAATGAAGATCAAATATACCGTATTGACCATTATTTAGGAAAAGAAATGGTGCAAAATATTGAAGTTATTCGCTTTGCAAACGGAATATTTGAGCATTTATGGAACAACCGATTTATATCCAATATCCAAGTTACGTCCAGTGAAAAACTCGGTGTCGAAGAACGCGCGCGATATTATGATCGCTCAGGAGCAACAAGAGATATGGTGCAAAACCATATGCTTCAAATGGTCGCCTTACTTGCAATGGAGCCTCCCATTAAGCTAACGCCGGAAGAAATACGTTCAGAAAAAGTGAAAGTCCTACGAGCTCTACGGCTTGTTGAACCAACAGAGGTTGAAAATTATTTCGTCCGTGGTCAATACGGTCCAGGTCCTGTAGGAAAAGGATATCGCGAGGAAGCGCCGGAATTGACAGACTCCATAACAGAAACGTACGTTGCTGGGAAGGTAATGATTGATAACTATCGTTGGGCAGGCGTCCCTTTCTACATTCGGACAGGTAAGAAAATGAAAGAAAAATCAATTAAGATCGTTGTTGAATTTAAAGATATTCCAATGAATCTATATTATAAGGATGAAGCAAAGAGACATCCTAATCTGCTCGTCATCAATATTCAGCCAGACGAAGGCATTACACTTCATTTAAATGCCAAAAAAGCAGGTATAGGTTCCATTGCCCAGCCAATTGAATTATCTTATACAAACAATGGTGTCGATGGAATCAACACACCAGAAGCCTATGAAAAATTAATTTACGATTGTATTATCGGTGATACGACTAACTTTACCCATTGGGATGAAGTAGCCTACTCATGGAAATATGTAGATGCTGTTTTAGACGCATGGTCAAAAACCGAGCCTCTCTTTCCAAATTACGCTGCCGGATCAATGGGACCAGAAGCGGCAGACCGCCTACTTGAAAAAGACGGGTTCCATTGGTGGCCAATAACCGATTAA	MKTVDKPNVVIVIFGATGDLSKRKLFPSIYRLYQNGKIGEDFAVVGLARRPWTNDFFREKVCESINESESNNQIDLEAFASHFYYQSFDVTDSSSYTHLDGLLNDLEGQYQTDGNRIFYLAMAPEYFGTIANQIEQNGLKESVGWTRLVIEKPFGHDHASAKALNNQIRLAFNEDQIYRIDHYLGKEMVQNIEVIRFANGIFEHLWNNRFISNIQVTSSEKLGVEERARYYDRSGATRDMVQNHMLQMVALLAMEPPIKLTPEEIRSEKVKVLRALRLVEPTEVENYFVRGQYGPGPVGKGYREEAPELTDSITETYVAGKVMIDNYRWAGVPFYIRTGKKMKEKSIKIVVEFKDIPMNLYYKDEAKRHPNLLVINIQPDEGITLHLNAKKAGIGSIAQPIELSYTNNGVDGINTPEAYEKLIYDCIIGDTTNFTHWDEVAYSWKYVDAVLDAWSKTEPLFPNYAAGSMGPEAADRLLEKDGFHWWPITD	PGPT0017380_3867	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0017380-zwf-K00036	NA	NA
AK148_03483	444			hypothetical protein	ATGTTACTTGCTCAGCTTATTACAAGTTATGTTGCGGCGGCTGGTTTTGGCATTCTTTTTAATGCACCGAAGCACTCTCTTTTTCAATGCGGTATGGTTGGAATGTTCGGTTGGATGGTTTATTATATTTTAGTTGAACAAGGATTAGATGCTGTTCCTGCTAGTCTTTTTGGTTCTATGCTTGTAGGAATACTTAGTCAACTATGTGCAAAAATATTTAAAATGCCCATTATTATTTTTAATGTTTCAGGCATCATTCCGCTTGTACCTGGTGGTTTAGCCTACGATGCGATGCGAAAATTTGTAGAAAATGACTACTATACTGCGGTACAGCTTTCAGCAAAAGTTATGTTACTTGCTGGAGCAATCGCTATCGGATTAATGTTTTCCGAAGTAATTCATCAATTGATGAAAAAAACTTCAGGCTGGCTTCATATAGAATAG	MLLAQLITSYVAAAGFGILFNAPKHSLFQCGMVGMFGWMVYYILVEQGLDAVPASLFGSMLVGILSQLCAKIFKMPIIIFNVSGIIPLVPGGLAYDAMRKFVENDYYTAVQLSAKVMLLAGAIAIGLMFSEVIHQLMKKTSGWLHIE				NA	NA	NA	NA	NA
AK148_03484	747	yjjP	COG2966	Inner membrane protein YjjP	ATGAACGCTCAACCTGGTTCCATTGCAAAAGTTTGTTTGCTTGCAGGCAAAATCATGCTGGAAAGCGGTGCTGAAACGTATCGTGTAGAGGACACGATGAACCGGATTGCTGCATCATTTGGGCTTGAAAACGCTGAAAGTTATGCTACACCTACAGGGGTTCAGTTTTCTACGGAAGGAGAAGTTTCCTATTTTCGGAGAATTTCCAATCGTTCCAATGATCTTCAAAGAATTACAGATGTCAATAGTATATCTAGGCAAATTACAGCCCAATCTTTAGATGCCAAAGAAGCTTTATTGCTTTTAAAAGGAATCGAACATCAAAGTGAAACTTTTCCGCTTTGGTTACAGTTTATAGCTGCTGCCCTTGCTAGCGGAAGTTTTGCCATTATGTTTGGAGGTTCTTGGTCTGATTTTTTACCTGCCTGTATTGCTGGTGCTCTCGGATATGCTGCTATGATTTGGATTGAAAAATTAATTGAAATACGATTCTTTGCTGAATTCATAGCCTCATTTTTCATTGCTGTTATCGCAGCTTTCAGTATTCATGCTGGATTTGGGCAACATTTAGATAAAATTATTATTGGTGCTGTGATGCCGCTTGTCCCTGGTTTACATATTACAAATGCCGTGCGTGATTTAGTTGCTGGTCATTTAGTAGCTGGCATCTCAAAAGGCGTAGAAGCTATATTAACAGCATTTGCGATTGGTGCAGGCGTTGCTGTTCTGTTTGCATTTTTTCCGTAG	MNAQPGSIAKVCLLAGKIMLESGAETYRVEDTMNRIAASFGLENAESYATPTGVQFSTEGEVSYFRRISNRSNDLQRITDVNSISRQITAQSLDAKEALLLLKGIEHQSETFPLWLQFIAAALASGSFAIMFGGSWSDFLPACIAGALGYAAMIWIEKLIEIRFFAEFIASFFIAVIAAFSIHAGFGQHLDKIIIGAVMPLVPGLHITNAVRDLVAGHLVAGISKGVEAILTAFAIGAGVAVLFAFFP				NA	NA	NA	NA	NA
AK148_03485	699		COG3394	Carbohydrate deacetylase	ATGAAGATTTTAATCAATGCAGACGATTTTGGCTTAACAAAAGGTGTCACAGAAGGAATTATAAAAGCACATACAGATGGTATTGTTCAATCTACAACACTTATGATGAACGGAAAAGCTACACAATACGCTATTGCAAAAGCAAAAAAACAGCCTTCCTTACAGGTAGGAATTCACCTCGTTTTAACTTGGGGAAAGCCGTTGAATAACGATTTAACCATATTAACTAATAAAGACGGTTTTTTCAAATTTTCAAAATCGGAAAAAGAGCTTCATACAGAAGAATTAACAGCCATTAAAAAAGAGTGGCAAACACAAATAGACGCTTTTCTATCTTCTGGATTACCTCTTCACCATATTGATAGCCACCACCATGTACATGGATGGAAAGTGCTAAAGTCTGTTATTATAGAATTAGCTACAATGTACCAAGTTCCCATTCGTTACACAGAATCGTTACGAAATGAAAGCGATTTGCTATTAACAGAACAGATTTGGACACATTTTTATGATTCTGGGGTGAACAATAATCTCTTTTCTCATTTGAAAAATTTACCAGATAAGCATGTTGAAGTGATTACTCATCCAGGATTTGTTGATGATGATCTACGACAACAAAGTTCTTATACATTGAAGCGAGAAGAAGAATTAGAGTTACTTTGCTCCCTACAATTGCCGAATTGGGCAGAAAAGCTTTAA	MKILINADDFGLTKGVTEGIIKAHTDGIVQSTTLMMNGKATQYAIAKAKKQPSLQVGIHLVLTWGKPLNNDLTILTNKDGFFKFSKSEKELHTEELTAIKKEWQTQIDAFLSSGLPLHHIDSHHHVHGWKVLKSVIIELATMYQVPIRYTESLRNESDLLLTEQIWTHFYDSGVNNNLFSHLKNLPDKHVEVITHPGFVDDDLRQQSSYTLKREEELELLCSLQLPNWAEKL	PGPT0012160_1216	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-CHITINOLYTIC_ACTIVITIES,PGPT0012160-chbG-K03478	NA	NA
AK148_03486	708	gamR_3		HTH-type transcriptional repressor GamR	TTGCATGCCTATATTAAAGAAGAACTACTGAACCAAATTAAAGCGAACAAATATAAACCAGGGGACAAAATTCCAACAGAGCTAGAATTGTGTAAAGATTTTAATGTAAGTCGTACTACAGTTAGAACTGCCCTAAACCAATTAACGCTCGAAGGCTACTTAGTACGTCATCAAGGGAGGGGTACCTTTGTAGCTGATCAAAAGCTAAAGCAAACGTTAACCCAAACAGTGAAACGCTATAGCGATCAGGTAGCCATTCAAGGAAAAGAGGCAAAAATCTTTGTTCTATCGATCACTGTTATTCCAGCAAATGAATATTTAAGTCAGCAGCTAGAGGTCGCGCACAACGATCCCATTCAATGTATTGAAAGAATTCGTAAAGCCAATGATGAACCTACACAATATGAAATCGCTTATATCCCTTGGAATGTAGCACCAGGAATTACGGAAACACAAGCGGCTTCATCGCTATACACTTCCTTAAAAAATGATTTTCAAGAGCATGTTGCAAAAACAATTGAGCATATAGAAATAACGCTGGCGGACGAGATTTGTTCCAAACATCTAGACTGTGAGTTGCATGCACCTTGTTTTTATATTGAAACCCTTGCTGAAAATGAAAACCAAGAAAAAGTAGAATATTCACGTGCTTATTTTAGAGGAGATAAAACTAATTTTGTCATTGAGCGAAATTATCCTAGTTCTTAG	MHAYIKEELLNQIKANKYKPGDKIPTELELCKDFNVSRTTVRTALNQLTLEGYLVRHQGRGTFVADQKLKQTLTQTVKRYSDQVAIQGKEAKIFVLSITVIPANEYLSQQLEVAHNDPIQCIERIRKANDEPTQYEIAYIPWNVAPGITETQAASSLYTSLKNDFQEHVAKTIEHIEITLADEICSKHLDCELHAPCFYIETLAENENQEKVEYSRAYFRGDKTNFVIERNYPSS				NA	NA	NA	NA	NA
AK148_03487	1539	ptsG_3	COG1263	PTS system glucose-specific EIICBA component	ATGAAAAAGGCATTATTTGAGCAAGCGCAAAGGTTTGGGAAATCGTTTATGCTTCCAATTGCAGTGCTACCTGCAGCAGGTTTGTTGCTTGGGATTGGAGGAGCTTTTAGTAATCCAGCAACAATAGAGGCATACACCTTCCTTGATCAGAAATGGTTACAAGCTATTTTTACCATTATGGGTTCAGCTGGTAGTATTGTTTTTGCAAATCTTGCATTGATTTTTGCCGTAGGTGTCGCAATAGGGCTGGCAAGAAATGATAAAGGTACAGCAGGTCTAGCAGCTGTATTGGGGTATTTAGTTATGAATGCGACAATTAACGCAATGCTGACTATTACTGGTAAATTAGCTGAAAATAATTTGGCTGAAGTTGGTCAAGGAACGATACTAGGTATTCAATCTTTAGAGACAGGCGTATTTGGTGGTGTTATTTTAGGGCTTTTAACTTATTTCCTTCATCAACGATATAATAATGTAGAACTTCCTAAATTTTTAGGTTTCTTTGGTGGGTCAAGATTCATACCAATTATTACAGCATTCATGTCCATTCTATTAGGTGTCATTTTATACTACATTTGGCCAATCATCCAAACGGGGATTTTCTCGCTTGGTGGGCTAGTAGAGGCAACCGGTTATTTAGGAACGTTCTTATATGGATTTATTTTGCGGTTACTTGGTCCATTCGGTTTACATCATATTTTTTACATTCCATTTTGGACAACAAGTCTTGGTGGATCGATGATCGTTGACGGTACTTTGATTGAAGGGACGCAAAGAATCTTTTTTGCTCAGTTAGCACAGCCCGATGTAGAGCAATTTTATATTGGAACTGCTCGATTTATGGCTGGCAGACATATTACGATGATGTTTGGTCTCATTGGAGCTTGTCTGGCTATTTATCAAACGGCTAAGCCGAAAAACAAAAAAATCGTACTCGGATTAATGTTATCAGCTGGATTAACCTCTTTTTTAACAGGGATAACAGAACCAATTGAATTTTCTTTCTTATTTGTTGCTCCGATTCTGTACGTTATTCATGCTTTTTTTGACGGGCTAGCGTTTATGTTCGCACATATGTTTGAAGTAACCATTGGGCAAACTTTTTCAGGTGGTTTTATTGATTTTATGCTCTTTGGTGTCTTGCAAGGCGTTGAAAAAACAAACTGGATATGGGTTCCAATTATTGGTGTGTTCTGGTTTTTCTTATACTATTTTACATTCCGCTTTGCGATAACAAAATTCAATTTAAAAACACCTGGTCGTCAAGAAGAAGAGATGGATATGCAAATATATACTCCAGAAGAACAAGCACGCGCTATTATCGACGGGCTTGGTGGTGAATCCAATATTAAAGATGTAGATAATTGTGCCACACGATTAAGGGTGAGCGTATTCGAGCAAGATCAAGTACAAAAAGAAGCGCTCATGAAAACTGGTGCCAAAGGTGTTGTAGCTAAAGGAAATGGAATTCAAGTAATCTATGGCCCAGAAGTAACGACGATTAAAAACAATATTGAGAAGACAATGGGAGATTTGTAA	MKKALFEQAQRFGKSFMLPIAVLPAAGLLLGIGGAFSNPATIEAYTFLDQKWLQAIFTIMGSAGSIVFANLALIFAVGVAIGLARNDKGTAGLAAVLGYLVMNATINAMLTITGKLAENNLAEVGQGTILGIQSLETGVFGGVILGLLTYFLHQRYNNVELPKFLGFFGGSRFIPIITAFMSILLGVILYYIWPIIQTGIFSLGGLVEATGYLGTFLYGFILRLLGPFGLHHIFYIPFWTTSLGGSMIVDGTLIEGTQRIFFAQLAQPDVEQFYIGTARFMAGRHITMMFGLIGACLAIYQTAKPKNKKIVLGLMLSAGLTSFLTGITEPIEFSFLFVAPILYVIHAFFDGLAFMFAHMFEVTIGQTFSGGFIDFMLFGVLQGVEKTNWIWVPIIGVFWFFLYYFTFRFAITKFNLKTPGRQEEEMDMQIYTPEEQARAIIDGLGGESNIKDVDNCATRLRVSVFEQDQVQKEALMKTGAKGVVAKGNGIQVIYGPEVTTIKNNIEKTMGDL	PGPT0016905_691	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION	PLANT_DERIVED_MALTOSE_DEGRADATION,PGPT0016905-malX-K02791	NA	NA
AK148_03488	699	nanE		Putative N-acetylmannosamine-6-phosphate 2-epimerase	ATGTATGTTAAACAACTAGAGAATCAGCTAATTGTATCTTGTCAGGCGTTAGAAGATGAACCACTGCATTCTTCAGAAATAATGGCAAAAATGGCCTTAGCAGCTGTACAAGGTGGTGCTAAAGGTATTCGAGCCAACTCAGTAGCTGATATAGAAGCAATAAAGCAACAAGTAAACGTTCCAATTATTGGTTTAATTAAACAAGATTACAAGGATAGCAATGTTTATATTACACCAACAAAAAAAGAAGCGTCCGCTTTGCTAGATGCAGGTGCAAATATTATTGCAATGGATGCAACGATGCGAAAGCGTCCAGAAAACGAAAACTTAGAAGAAATGATATTCTTTATCAAGGAGCAATCTGATGATACCGAGCTAATGGCGGATATATCTACAGTAGAGGAGGCAAAACGAGCGGAATCGCTAGGTTTTGATTGTGTATCGACGACCTTAGTAGGATACACACAAGAAACGGCAGACCAACATATCGCAGCCAACGGTTTTCAATTATTGCGTGAGATGCAATCAGTAATATCCATTCCAGTTATTGCTGAAGGAAAAGTTAGTACACCAGAAACAGCTCTAGCAGCTCTTAGGAATGGCGCTTTTTTTGTTGTAGTTGGTAGTGCCATTACTAGACCGCAATTAATTACGGAAACCTTTGTAGATGAAATTCAAAAATATAGTAGTAACCATTAA	MYVKQLENQLIVSCQALEDEPLHSSEIMAKMALAAVQGGAKGIRANSVADIEAIKQQVNVPIIGLIKQDYKDSNVYITPTKKEASALLDAGANIIAMDATMRKRPENENLEEMIFFIKEQSDDTELMADISTVEEAKRAESLGFDCVSTTLVGYTQETADQHIAANGFQLLREMQSVISIPVIAEGKVSTPETALAALRNGAFFVVVGSAITRPQLITETFVDEIQKYSSNH	PGPT0018900_402	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
AK148_03489	807	hexR	COG1737	HTH-type transcriptional regulator HexR	ATGAACTCGATTCTCGATGAAGTTCTGTTAAAATATCAAACCTTAAGTAAAACGGAAAAAAAAGTAGCTGATTATGTCATTAATAATAGTCAACATATGTTAAATATACATATTAAAGATTTAGCAAGTCGTATCGAAGTTTCCGTAGCTACGATTACGCGTTTTTGTAAAAAAGTAGGCGTAAGTAACTTTGTAGAATTTAAAATATTATTACGAGACGCGGTCGAACAGACAGTGGAGTCGGATGAAGTAATAGACATAGTGGCTCAAGTTTATCATTCTGTCATTAAATCCACACATTCGATAGCAACCATGAATGATTATGAACGTGTCTCCAACTGGATACAGGAGGCAAATCGAATTCATATTTACGGTATTGGCAGTTCAGGCTTATCTGCTGAGGAACTAAAAATAAGATTAACTCGAATGGGGTATAGTGTAGATACACATACAGACTCGCACGCAATGGTTATTAATGCCTCGATTCTTACCAAAAGTGATGTCGTTATTGCGATATCTTCTTCTGGTCAAACGAAAGAAGTGATCGATAGTGTGCACATCGCCAAATCAAAAGGAGCAAAAATTGTCTCTATTACAAATTTTTCCGAAACAAATTTAGCACATCAATCTGATGCGATTCTATACACTACAAGTATTCAGCACTATCAAGCAAAAGGTTTTATGAACAGTCAATTATCTATTCTAATTTGTTTAGACATTCTTAGTATGATGCTTTTAACAGATGAACAGGCACATGCTACTTATAATCAGACCCTAGCTAAATTAGAAGAATACAAAAAAATATAG	MNSILDEVLLKYQTLSKTEKKVADYVINNSQHMLNIHIKDLASRIEVSVATITRFCKKVGVSNFVEFKILLRDAVEQTVESDEVIDIVAQVYHSVIKSTHSIATMNDYERVSNWIQEANRIHIYGIGSSGLSAEELKIRLTRMGYSVDTHTDSHAMVINASILTKSDVVIAISSSGQTKEVIDSVHIAKSKGAKIVSITNFSETNLAHQSDAILYTTSIQHYQAKGFMNSQLSILICLDILSMMLLTDEQAHATYNQTLAKLEEYKKI				NA	NA	NA	NA	NA
AK148_03491	819	lipM	COG0095	Octanoyltransferase LipM	ATGAAAGAGCAATGGGGATTTTTAGAAAATGTACCTCATGATGCTGCGATCAATATGGCATTAGATGAGGCACTATTGCATTGGCATAAAGAAGGGAAAATACCTCCAACATTACGCTTTTATCAATGGAGGAAACCAACGCTTTCTGTTGGGCACTTCCAAAAGATAGCAGGAAAAATTAATTTAGATGGCATAAAGAAACATCAATGCCAATTGGTTCGCAGAATGACTGGAGGAAGTGCTGTGCTTCATGACGATGAATTGACATACAGCATTGTTATTTCAGAGTCACATCCAGCAATTGCTTCCTCTATTCGTCAAGCCTATTATGATTTATCAAAAGGGATTTTGGAAGGGTATAAAAACTTGGGCATTGAAGCGGGGTATGCGGAATTAGCTTCAAAAGAAAGAAGCAATATTTGTTTTGAACGCCCAGCATTTTATGAAATGGTTGCAGATGGTAAAAAACTGTCAGGGAATGCGCAAACGAGAAAAAAAGGCGTACTTCTTCAGCATGGCTCTATTCCTATTTCCATGGATATAGACATGTTGTTTGATATGTTTGTTTTTCCAAGTGAAAAATTAAAAGCGCGAAAGAAACAAGCTTTTTGGAATAAAGCGACAACAATAAATCGAATCTTGCAAAAAGATGTATCCTATGATACTGTAAAAGCCGCATTTAAAAAAGGTTTTTCAGATGGGCTAGGTATTGAACTTACCAAATTTTCATTAACAAAAAGTCAGTGGAATGAAGTGTATCAGTTAGCTGAAAAAGAGTACGCCAATTTACCATTAGAAGGAGTGGTTTCACATGTCTAA	MKEQWGFLENVPHDAAINMALDEALLHWHKEGKIPPTLRFYQWRKPTLSVGHFQKIAGKINLDGIKKHQCQLVRRMTGGSAVLHDDELTYSIVISESHPAIASSIRQAYYDLSKGILEGYKNLGIEAGYAELASKERSNICFERPAFYEMVADGKKLSGNAQTRKKGVLLQHGSIPISMDIDMLFDMFVFPSEKLKARKKQAFWNKATTINRILQKDVSYDTVKAAFKKGFSDGLGIELTKFSLTKSQWNEVYQLAEKEYANLPLEGVVSHV	PGPT0003930_250	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM	ADAPTION_TO_PIS-PLANT_LIPOIC_ACID_INTERFERRENCE	PLANT_LIPOIC_ACID_BIOSYNTHESIS,PGPT0003930-lipM-K23734	NA	NA
AK148_03492	945	lipA	COG0320	Lipoyl synthase	ATGTCTAAAAACAGTACAACTTTAAGAAAGCCCGAATGGTTAAAAACGAAAATTAATACGAACCAATCTTATCGTGGTTTGAAAAAGCTTATGCGTGAAAATCGCTTAAATACCGTTTGTGAAGAAGCTCGTTGCCCGAATATTCATGAATGTTGGAGCGAGAGAAAGACAGCAACTTTCATGATTTTAGGAGACACGTGTACGAGGGGATGTCGTTTTTGTGCTGTTAAAACAGGGCTACCGAATGAATTGGATTGGGGAGAGCCAGAGCGTGTAGCAGATTCCGTTGAAATCATGGGGTTAAAGCATGTTGTAGTTACAGCTGTTGCTCGAGATGATTTAAATGATGGTGGGGCAGCTGTTTTTGCAGAAACGGTGCGAGCAATTAGACGGAAAAATCCTGGTTGTACGATTGAAATTCTTCCTTCTGATATGAAAGGCGACTATGAAAGTTTACATACACTTATGGATGGTGAACCAGATATTTTTAACCATAATATTGAAACGGTGCGAAGGTTAACAAAACGAGTACGTGCGCGCGCAATGTATGATCGGTCACTCCAACTTTTACAGCGAGTAAAAGAAATTCGACCAAACACGCCAACAAAATCAAGTATCATGGTTGGTTTAGGTGAGGAAAAAGAAGAAATCATTCAAGCGATGGATGATTTGCGCGCACATCACGTAGATATTATGACAATTGGACAATATTTACAGCCGACAAAGAAGCATTTAGCAGTTGAACGTTATTATCATCCAGATGAATTTGAAGAATTAAAGAAAATTGCTTTGGAAAAAGGGTTTAAGCATTGTGAAGCAGGTCCTTTAGTGCGTTCTTCTTATCATGCCGATGAACAAGTAAGCAAGACCTCAGCACAACGAAGAATTGATTATATGAAAGGGTATGAAAATCAAGAAAACAAGCAAGTTGATTTTCAGTTTTAA	MSKNSTTLRKPEWLKTKINTNQSYRGLKKLMRENRLNTVCEEARCPNIHECWSERKTATFMILGDTCTRGCRFCAVKTGLPNELDWGEPERVADSVEIMGLKHVVVTAVARDDLNDGGAAVFAETVRAIRRKNPGCTIEILPSDMKGDYESLHTLMDGEPDIFNHNIETVRRLTKRVRARAMYDRSLQLLQRVKEIRPNTPTKSSIMVGLGEEKEEIIQAMDDLRAHHVDIMTIGQYLQPTKKHLAVERYYHPDEFEELKKIALEKGFKHCEAGPLVRSSYHADEQVSKTSAQRRIDYMKGYENQENKQVDFQF	PGPT0003935_3283	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
AK148_03493	780	lnrL_6	COG1131	Linearmycin resistance ATP-binding protein LnrL	ATGGAAGCGATAAAGTTAATGAACTTAGCAAAGACTTACCGCAAGCATAAGGCTGTTCAGGATATTTCATTAGAAGTGAGAAAGGGAGAGCTATTTGGATTCCTTGGTCCAAATGGTGCTGGGAAAACGACAACGATTAAGATGCTAACTGGATTGTTAGAGCCCTCAAGCGGTATAGCGCGAATTGTTGGAATTGATATTTGGAAAAATCCGCTTGAAGCAAAGAAACATATCGCTTATGTGCCTGATCAGCCTAATATTTATCCGAAGTTGACGGGGTGGGATTATCTTGAATTTATTGCCTCGGTATACCGCATGCCAAAAAGCGATTTCCAAGTTGAAGCGAAGAAGCTATTAGAGATGTTTGGTCTAACGGAACGTGCAAATGATTTAATTGAAAGCTACTCTCACGGAATGAAGCAAAAGATTGCTATGTGTGGTGCCTTCGTACACCGCCCTGACGTGTTGTTTTTGGATGAACCGACAGTTGGTTTAGACCCGAAAAGTGCTAGAGCGTTGAAAAATCTATTACGCCAACGATGCGATCAAGGCATGACGGCATTTTTATCCACACATATATTGGAGATCGCTGAGCAAATGTGTGATCGTATCGGTATAATATTTGAAGGTAATATAATAGCTTTAGGAACGATGGAAGAATTGAGAAGCAGAGGCGAATATGCCAATAAGAGTTTAGAGGATATTTTCCTAGAGTTAACAGGTGGGGAGGATCATCAGAAAGTTATTCAAGGATTAACAAATCAAGGTGACAGCCAATGA	MEAIKLMNLAKTYRKHKAVQDISLEVRKGELFGFLGPNGAGKTTTIKMLTGLLEPSSGIARIVGIDIWKNPLEAKKHIAYVPDQPNIYPKLTGWDYLEFIASVYRMPKSDFQVEAKKLLEMFGLTERANDLIESYSHGMKQKIAMCGAFVHRPDVLFLDEPTVGLDPKSARALKNLLRQRCDQGMTAFLSTHILEIAEQMCDRIGIIFEGNIIALGTMEELRSRGEYANKSLEDIFLELTGGEDHQKVIQGLTNQGDSQ	PGPT0006725_22011	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_03494	1734			hypothetical protein	ATGATGAGCGTCTTACTAGCTAATCAATGGAAAATATTTATGAATACGATGAAATCACAACCGACTAAAACATACGCTGTTTATGTTATTAGCTTCTTAGTAATTGGTTTTTTCATCGCTTGGATAACGCAGGGTGTTATTCAAATTAGTGGTTCATTAACGGGGGCTGTTTTTGAAGGAGTACTTGCATATGGCATGTTAGCAATGATTGGTTTTCTTATACTGTTTGGCTTACCGCAAGTATTTAAGCAATTATATGCAGCAACAGACTTAAATTTATTGTTCACAATGCCGATTCCAACAACCTATATTTTTTGGACCAAATATTTGCAAAGCCTTGCAGGTACACCACTTATGTTATGTATCTGCGTTATCGTTCCGTTGTTTACTTATGGAGCAACAGTTGGGGTAAGTCTATTATTTTATCCAGTTACGCTTCTTGTCTTGCTCGCAGTGATGATGATCGGGTTATCCGTTGCTTATTTAATCAATTTGCTATTAATTCAAATTATCCCGGGTAGTCGAGCGAATGAGTTTATGACTGTGATGAGTATGTTTTCTGGTTTATTTGTCTATTTGCTTATTATGTTGCCAGACATGTTGTCAGAGCGTTCGCTGTCGGAATTAATGTTAGCTGGGCTGCCATTATTTCCGGATTGGGTTCCGCTTACATGGGCAAGCAGAGCTGTATCGGAAGCAAGCATAGGGTCGTTTTCTTTTGTATTACCTTTAGGTTTGACTCTAGCATTGGCTATCATTTCGGTTTTAATCGCTTCTGTTTTTGTTGAAAAAGGATTTCGTACAGGTTGGATTAAATTAAGTGAAGGTGGAGGAAAAAGGAAGAAGAAAGAGACGTTTAAAACATCTGCGGCTGAACCCCACCATCCAATCATTGCCGTCGGTAAAAAAGAATGGTATGTAATGAAGCGTGATTTGAGGGAATGGCTCGTGTTTATGCCGCTACTTTTCTTCTTTGTTGGTTATCTATTTGCTGTTATAGCTGGGGGTGGAAGTTTAAGCGAATTTCGCGGATCTGCGGAAATAACATGGCCAATTGCGCAAGTTTTACTTTTGCTTCTTTATGCGATGTTGAATGGTCAAATAGCCAGTTCTTCTATAGCTAGAGAAGGGAAAAATCTTTGGAACTTGCAAATCCTTCCTTTGTCAGGTCGAGAAATAGCAATAGGGAAATTATGGATTAGTTGGCTTATACCATTTGTTGTATTGACCGTGGTGGAGATTATACTCGGTGTGTTACTAGGATGGTCTTTGTTGCCATTTGTTGGAGGTATTGCTTTAAAAGCTGTATTATCCATTGGTATTAGCGGCATCGGCTTATGGTTTGGTGCAATTGGAGCAAAATATAATCCAGAAAATCCACAGAATCGTTTAAAGTTTGGCACCGCGCTCATTTTATTTGTCGCTTCCTATATGTATCTATTTTTAGCGCTTATACCATACGTTCTATTATTACTTCCTATAGAAGCAAAAGCATTTATTCAGGAAATAGCAAACGACAATACCGGTGTCGTAAACGTGGTAGCAAACTTTGTTCATACGGTGTTAATATGGAAAGAGGCGAGTCCGGTGCTAGTCATTATCGCAGGTATTGTAGTAATGGTCGTTGTTTCTGGAGGAGTTGGAGCAATTTTTACATCTCTTAGCGCTCGTAGGATGGAGCGAGGAATAGAAATTGAGATGGTTCAACAGTCAAAATCCATACCAAAGCTATAA	MMSVLLANQWKIFMNTMKSQPTKTYAVYVISFLVIGFFIAWITQGVIQISGSLTGAVFEGVLAYGMLAMIGFLILFGLPQVFKQLYAATDLNLLFTMPIPTTYIFWTKYLQSLAGTPLMLCICVIVPLFTYGATVGVSLLFYPVTLLVLLAVMMIGLSVAYLINLLLIQIIPGSRANEFMTVMSMFSGLFVYLLIMLPDMLSERSLSELMLAGLPLFPDWVPLTWASRAVSEASIGSFSFVLPLGLTLALAIISVLIASVFVEKGFRTGWIKLSEGGGKRKKKETFKTSAAEPHHPIIAVGKKEWYVMKRDLREWLVFMPLLFFFVGYLFAVIAGGGSLSEFRGSAEITWPIAQVLLLLLYAMLNGQIASSSIAREGKNLWNLQILPLSGREIAIGKLWISWLIPFVVLTVVEIILGVLLGWSLLPFVGGIALKAVLSIGISGIGLWFGAIGAKYNPENPQNRLKFGTALILFVASYMYLFLALIPYVLLLLPIEAKAFIQEIANDNTGVVNVVANFVHTVLIWKEASPVLVIIAGIVVMVVVSGGVGAIFTSLSARRMERGIEIEMVQQSKSIPKL	PGPT0006730_568	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK148_03495	360	yybR	COG1733	putative HTH-type transcriptional regulator YybR	ATGAGAAACAGAAAAAGTGGATACGGGTGTCCTGAAGGCTGTCCAGTAGAAGCCACGTTAGATGTTATTGGCGGAAAATGGAAAGGTGTCATCTTATATCATTTGCTAGATGGTAAAAAGCGTTTCAACGAATTACGTCGCTTCATTCCAGGTATAACCCAACGGATGCTATCCTTGCAATTAAGTGAGTTAGAACAAGACGGTGTCATCAGTCGTACAGTGTTTCCAGAAGTGCCTCCACGTGTCGAATACGCTATGACAGAATTTGGTACAACATTAGAACCCATTATTACGCAAATGAAAAAATGGGGAGATCAATATAAAGCAAACATGTTAGAAAAGAAGCAAAAAAGGCAGTGA	MRNRKSGYGCPEGCPVEATLDVIGGKWKGVILYHLLDGKKRFNELRRFIPGITQRMLSLQLSELEQDGVISRTVFPEVPPRVEYAMTEFGTTLEPIITQMKKWGDQYKANMLEKKQKRQ				NA	NA	NA	NA	NA
AK148_03496	1026			Zinc-type alcohol dehydrogenase-like protein	ATGAAAGCAGTGGGCTTGCTAGAGTATTTACCAATTGAGCGAGAAGATAGTTTATTTGATTTTAAAGCAACGAAACCGACAGCAACAGGAAAAGATTTGTTAGTTAAAATAAACGCTATTTCCATTAATCCAGTAGACGTGAAGGTGCGTGCGCCCAAAGAAAAGAAAGAAGAGACACCGAAAGTATTAGGCTGGGATGCTAGTGGCGTCGTTGTCGAAGTTGGGGAAGATTGTGAACTATTCCAACCTGGCGATGAAGTGTTTTATGCTGGTGCAATTAATAGACCCGGTACGTATAGCGAGTATCATCTTGTGGACGAGCGAATTGTTGGGAAGAAGCCGACATCATTATCTTTTGCTGAAGCTGCTGCAATGCCGTTAACGACGATAACTGCTTGGGAAGCATTATTCGAACGACTAGCTATTCATCCAGAAAATAAACAGGAAAATAATGCTATGAGCATTTTAATCATTGGCGGAGCTGGTGGCGTAGGATCAATAGCAATTCAACTTGCAAAATGGGCGGGGTTAGAAGTCATTGCTACTGCTTCCAGATCAGAAACAGAAAATTGGGTAAAGCAGCTCGGTGCAGATCATATCATAAACCATTATGAACCGTTAAAAGAACAATTAGCCACGAAGCAGTTACTTGAAGTAGATTATATCCTATGTCTAAATAATACAGATCAACATTGGGAAGCGATGGGCGAAGTGATTAAACCTCAAGGCAAGATATGTTCCATTGTGGAAAATGAACAGCCGCTTGATTTAAATGTGCTTAAAAGTAAAAGTGCTACTTTTGTATGGGAGTTTATGTTCACCAAATCGTTATACACAACGCCAGATATAATGAACCAACATGTTTTATTAAATAAAGCGAGTGAAATGATGGACCAAAATGTGATTAAAACAACGTTGCAAGAAAAATTATCCCCAATTTGTGCAGAGACGTTGCGAAAAGCACATGCGAAAGTAGAATCAGGAAAAATGATTGGGAAATTAGTCGTTGAAGGGTTTGCAGACTAA	MKAVGLLEYLPIEREDSLFDFKATKPTATGKDLLVKINAISINPVDVKVRAPKEKKEETPKVLGWDASGVVVEVGEDCELFQPGDEVFYAGAINRPGTYSEYHLVDERIVGKKPTSLSFAEAAAMPLTTITAWEALFERLAIHPENKQENNAMSILIIGGAGGVGSIAIQLAKWAGLEVIATASRSETENWVKQLGADHIINHYEPLKEQLATKQLLEVDYILCLNNTDQHWEAMGEVIKPQGKICSIVENEQPLDLNVLKSKSATFVWEFMFTKSLYTTPDIMNQHVLLNKASEMMDQNVIKTTLQEKLSPICAETLRKAHAKVESGKMIGKLVVEGFAD	PGPT0013255_798	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344	NA	NA
AK148_03497	720			hypothetical protein	TTGAACGGTATGCCATTACGGTTCTTTTTAGTACTACTATCGGTTATCTTGCTTTCCATGGTTGGATGCGAGAACAATCATGCACCAAATGCAGATAACAAACAAATGAATAGTAAGGAGGAGAGCGCTTTGAATCAAGAGCTAATTCAAGCTGCGGAACGAGGAGAAAAAGCAAAAGTAAAGCAATTGCTTCATGAAGGCGCAAGTATAAATGCAACCGACGATCAAGGAACAACAGCTGTACTTGCTGCCACATATAGCAATGAAGTAGAAACAGTCAGATTGCTCATTGAGAAAGGGGCAGACATAAACAAGCAGGACAATCGGTTGGATAATGTACTACTTTATGCAGGTGCAGAAGGCTTATTAGATATTGTAAAATTAGCGTTAGAAGCAAACGCGGACACATCACTTACAAACCGCTTTGGTGGAACAGCGCTGATTCCTGCAGCAGAACGGGGGCATGTGGATGTAGTAAAAGAATTGCTCACCAACTCAGATACGGATGTTAACCATATTAACAATCTACATTGGACGGCATTAATGGAAGCAGTTGTACTTAGTGACGGCGGTAAAGCCCACCAAGAAATTATTCAATTACTTATTAAATACGGTGCAGATGTAACCATTGCAGACAAAGATGGCGTAACTCCGTTAGAGCACGCGAAAAATAAGGGATTCCATAACATTGTAAAGCTATTAGAAGCAGCGGAGGCGTAA	MNGMPLRFFLVLLSVILLSMVGCENNHAPNADNKQMNSKEESALNQELIQAAERGEKAKVKQLLHEGASINATDDQGTTAVLAATYSNEVETVRLLIEKGADINKQDNRLDNVLLYAGAEGLLDIVKLALEANADTSLTNRFGGTALIPAAERGHVDVVKELLTNSDTDVNHINNLHWTALMEAVVLSDGGKAHQEIIQLLIKYGADVTIADKDGVTPLEHAKNKGFHNIVKLLEAAEA				NA	NA	NA	NA	NA
AK148_03498	456	yvbK		putative N-acetyltransferase YvbK	ATGAAGGTTCGACCATTACGAGTGAATGAAGCGCCACCGTTCGATTTATTATTAGAAGCAGATCCGGAAATAGATCTGGTAAAAGCATATCTTCCTAGGGGGGATTGTTATATTGCAGAAGTTCAAGAAAAAAGAATCGGTGTATATGTTTTACTTCCAACTAGACCGAGTACCGCTGAGTTGGTGAATATATCTGTAGCGAAATCTGAGCAGGGAAAAGGATATGGTAAGAAACTTGTTGCGGATGCTATTCAAAAAGCGAAAGAAAAGCGATATAAAACATTGGAAATTGGTACAGGTAATTCGAGTATCAATCAGTTAGCTCTGTACCAAAAATGTGGTTTTCGAATAACTGGCGTAGACAAAGATTTTTTTGTACGTCATTATTCTGAACCTATTTTTGAAAATGGCATTCCGTGTGTTGATATGGTACGTTTATCTATGGATCTTGTATAA	MKVRPLRVNEAPPFDLLLEADPEIDLVKAYLPRGDCYIAEVQEKRIGVYVLLPTRPSTAELVNISVAKSEQGKGYGKKLVADAIQKAKEKRYKTLEIGTGNSSINQLALYQKCGFRITGVDKDFFVRHYSEPIFENGIPCVDMVRLSMDLV	PGPT0028630_46	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028630-aac6_I-K18815	NA	NA
AK148_03499	456	guaD	COG0590	Guanine deaminase	ATGGATGTGTTTATGGAACGCGCGGTAGAGTTAGCACTGTCAAATGTAAAGCATGGTGGACAGCCGTTTGGTGCGGTATTGGTCAAAGATGGGGAAGTGGTTGCTGAGGGGGTAAATGAGCTTCACCACACCTATGATATTAGTGCTCATGCGGAACTCGTAGCGATTCGACAAGCGCAGCAAAAATTACAAACGAATGACTTGTCGGGTTACACGATGTATGCAAGTGGTGAGCCTTGTCCTATGTGTTTAACAGCAATGTATTTTGCATCCATTGACAAGGTGTATTACTGTGCATCGGTTGAAGAGGCGGCGGAAGTAGGCTTAACAACTTCGGAAAAAATATATGAAGACTTGCAAAAACCGAAGGCAGAACGTTCATTACCTACCGTTCAAATGCCGCTACGTGAAGGGCAAGAGGATCCGATGAAGCTTTGGGAAGCGGGGAACAGATAA	MDVFMERAVELALSNVKHGGQPFGAVLVKDGEVVAEGVNELHHTYDISAHAELVAIRQAQQKLQTNDLSGYTMYASGEPCPMCLTAMYFASIDKVYYCASVEEAAEVGLTTSEKIYEDLQKPKAERSLPTVQMPLREGQEDPMKLWEAGNR	PGPT0021515_2780	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021515-guaD-K01487	NA	NA
AK148_03500	852	fbaA_2	COG0191	putative fructose-bisphosphate aldolase	ATGTTAGTTACGTTAAAAGAAGTCATGGAGGTAGCAGAAAAAAGAAACTGTGGTATTGCCGCAATAAACACACCAACATTTGAAAGTTTAGTTGCTGCAATAAGCGCAGCAGAGAAAAATACTACTCCTATTATCATACAGCATGCCCAAAGCCATGAGTACATTAATCAGATAGAAACAATTGGACCTGCTATGATCACACTGGCCAAACATGCAAGCATACCAATTTGTGCGCATATTGATCATGGTGAATCTATAGATTATTTAGAAAAAGGCTTGCAGCTCGGCTTTTCATCCATCATGTATGATGGCTCAAGATTACCTTATGAAGAAAACGTACAAAAAACGAGAGAGGCAGTGAGGTTAGCAAATGAATTTGGAGCAAGTGTAGAAGGTGAATTAGGAATTATGATAGGCAATGAAATTGGCGAACACACACAAGAAGTTAACGAAGAAGATAATTATACAGACCCACAGTTAGCATATAAATTTGTGAAAGAAACAAACATAGACGCACTTGCAGCTTCATTTGGCACAGTTCATGGATTCTATAGACATAAACCAAATTTAGATTATAAAAGAATCAAAGAAATTGCAACATTAACTAACTTACCGTTAGTAATGCATGGTGGATCTGGTCTAAGTTCAAAAGAATATAAACTATCTATTAAAAATGGCGTAAAAAAGATTAATTATTATACTTATGGAGCTAAAGTAGGCGCGGATGCAACTAAAAATTGTATCAATAATAATGATGCCGTTTTATTTTCCGAGATATCACGCTATGCTCAAGATGCTATGGAAAAGGACTTTCAACAAATAATAGATGTTTTTAAAAGTATAACAGAGTGA	MLVTLKEVMEVAEKRNCGIAAINTPTFESLVAAISAAEKNTTPIIIQHAQSHEYINQIETIGPAMITLAKHASIPICAHIDHGESIDYLEKGLQLGFSSIMYDGSRLPYEENVQKTREAVRLANEFGASVEGELGIMIGNEIGEHTQEVNEEDNYTDPQLAYKFVKETNIDALAASFGTVHGFYRHKPNLDYKRIKEIATLTNLPLVMHGGSGLSSKEYKLSIKNGVKKINYYTYGAKVGADATKNCINNNDAVLFSEISRYAQDAMEKDFQQIIDVFKSITE	PGPT0017615_4965	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
AK148_03501	534			hypothetical protein	ATGATTATTTATAACCAAACGTTAACCATTACTTCAGCAGGAAATCGGGTATCTTATCATGATATTACGGAAAGAATCAGAGAAATTGTTGAACAAAGTGCAGTGAAAGATGGTTTATGCGTAGTGGCTTCACCGCATACAACTTGTTCTGTTTTCTTTGAAGAATATTCGCATGATAAAAACTACGCAGGTGATGAATACCTTCAAGTTGATTTAAATAATGTTTTAGAAAAAGTGGTACCTAGATGCCTATCTGAGGGACAGTATTACCACCCTGGACCTGAACATACCAAATTCGGCGTAGAACTCCCAAAAGAAAAAATGCGTACAGAAGGAACAGATTTAGTACCAGATAAAAGATCTCTATTAAATACGGAGGCACATATTAAAGGGACCTTCATCGGCTCCAGTGAGACCTTTATCATCGAAAACAAGGAGCTGCAAATTGGTAAAGTAGGTTACATTTATTTTGTAGACTGGGACCAAAATAGAGTGAGAAATAGGCAATGTAAGGTTCAAATTATTGGTCAATGA	MIIYNQTLTITSAGNRVSYHDITERIREIVEQSAVKDGLCVVASPHTTCSVFFEEYSHDKNYAGDEYLQVDLNNVLEKVVPRCLSEGQYYHPGPEHTKFGVELPKEKMRTEGTDLVPDKRSLLNTEAHIKGTFIGSSETFIIENKELQIGKVGYIYFVDWDQNRVRNRQCKVQIIGQ				NA	NA	NA	NA	NA
AK148_03502	675	tpiA_2		Triosephosphate isomerase	ATGTTTACCTATCAATATAAAAAACCCGTTTTTATTGTAAATCCTAAATCCTATCTTTACGGAAGTGATTTGTTAAAACTGGCAAAAATTACAGATAGCTTAGCAGAAAAATATGCTGTCGACGTTTTTTTTACAGGTCAATTAATAGATTTGCAACAGGTAATCGAAGAAACCAAACATGTAATCGTTACCGCTCAACACATGGACCATTTAGTTCCAGGAAGAGGCATGGGACATGTTCTACCTGATGCTTTAAAAAACAAGGGAGTAAAAGCGGTTGTCTTAAATCATGCAGAGAATCCTCTCACGTTATCCGAACTGGATAAAACGATTCGAAGAGCTAACGAATTAGGCATAATAACAATTGCTTGTGCTGACACCGTAAAACAATGTAAAGCAGTTGCAGAATTAGAACCTCATATGATTATTTGTGAGCCAACGGAATTAATTGGAAGTGGGGCAACGAGTGCATCATCTTATCGAAAGGAAACTACAACTGCAATTAAAGAGATTCATTCAGAGATATTAGTTTTACAAGCAGCAGGTGTAAGTACGGGAGAAGACGTAAGAAAGGTTCTGCAAGAAGGAGCAGACGGCACTGGTGGAACAAGCGGCATTATTAATGCACCCAACTGGGAAACTAAATTAGAAGAAATGATAAGTTGCTTTATTTGA	MFTYQYKKPVFIVNPKSYLYGSDLLKLAKITDSLAEKYAVDVFFTGQLIDLQQVIEETKHVIVTAQHMDHLVPGRGMGHVLPDALKNKGVKAVVLNHAENPLTLSELDKTIRRANELGIITIACADTVKQCKAVAELEPHMIICEPTELIGSGATSASSYRKETTTAIKEIHSEILVLQAAGVSTGEDVRKVLQEGADGTGGTSGIINAPNWETKLEEMISCFI	PGPT0017995_6004	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
AK148_03503	288			hypothetical protein	ATGAAAAAGAAACTACTAATTATATGTGGAACTGGTGTTGCTACATCAACTGTTGTTACAGGGAAAATAAAAGAATGGCTTCAGGATAACCAATTAGATAATCAAGTAACTTTATTCCAAAGTAAAATCTCAGACGAAGTAAATAACCTAGATAATTATGATGTAGTAATAAGCACAACCATTGTTCCTGATAATCTAAAAGAGAAGGTAATTAATGGAGTACCTTTATTGACTGGTGTAAGGAAAGAGGAAGTGTTTCTTCAATTAAAAGAAAAACTAACCAAATAA	MKKKLLIICGTGVATSTVVTGKIKEWLQDNQLDNQVTLFQSKISDEVNNLDNYDVVISTTIVPDNLKEKVINGVPLLTGVRKEEVFLQLKEKLTK	PGPT0016947_264	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GALACTITOL_PTS_SYSTEM,PGPT0016947-gatB|sgcB-K02774	NA	NA
AK148_03504	1338	gatC_4	COG3775	PTS system galactitol-specific EIIC component	ATGCAAGTCTTTCAAGAGGTCATGCAATGGTTTGTTGATTTAGGAGCCAGTGTCATGCTCCCCGTTATTTTCTTTGTATTTGGTTTGATTTTAGGAATAAAGCCAGGGAAGGCGTTTAAATCTGCTTTAACCATTGGAATTGGCTTTATCGGATTAAACTTAGTAATTGGTCTTTTAACGAATAATTTAGGTCCAGCTGCTGAAGCAATGGTTGATAATTACAATCTATCCCTCCAAACAATTGATGTAGGATGGCCCGCAGCATCGGCAATTGCATATGGCACCCTTTTGGGTAGTATGGCAATCGTTGTAGGGATCTTAGTAAATGTTATTTTACTCGTATTTGGATTAACAAGAACATTAAATGTAGATATTTGGAACTTTTGGCACATCGCATTTTCAGGATCTATCGTGTATGCAGCAACAGCAAACTTTGCTTTAGGTGTTTTTACGATGATTACACATTCCATGCTTCTCTACTTCTTGGCAGATAAAAGCGCAAAGTATGTTGAAGAATACTATCAGCTACCAAATATGTCATTCCCACATGGGGCTTCTACACCAGGTTTTCTTTTAGCTCTACCATTAAACTGGATTTTTGATCGAATACCTGGTTTAAATAAGATAAATATTAGCGCTGAATCCGTACAGAAAAGATTTGGAGTTTTCGGAGATACAACAGTTTTAGGATTTATCATTGGAGTAATTATCGGATTATTAGCTAGTTATGATTTGAATAACACTTTAAACCTAGGTGTTGCAACAGGTGCTGTGATGTTGTTAATGCCAAGAATGGTTTCTTTATTAATGGAAGGGCTTACCCCTATCTCTGAAGCCGCAAGTAGTTGGGTTCAGAAAAGGTTTCCTGGTAAAGAATTATTTATTGGAATGGATAGTGCATTAGCTGTGGGACAATCATCTGTTTTATCTGCTTCTCTATTACTAGTGCCAATCGCACTTCTACTAGCAGTTATTTTACCAGGAAATACGGTACTACCTTTAGGAGATTTAGCTACCGTTCCTTTTATGATTTGTTTAATGGCTGCTGTATTTCGAGGAGACATACTTCGTACCGTAATAGGAGGAGCAATATACATCGCCACAGCACTTTATGTTGCATCTTGGGCAGCTCATTTAATAACCAAGTCTGCAATAGCATCCAATTTCGACTTAGGAGGAAATTCCTCTATTAGCGTATTAAGTGATGGTGGTGCATGGACAACTATTTTATTTGGTGGTCTAGCAGAAAATTTAGCTTGGTTAGGAATAGGCTTCGTTTTTATTGTTGTATTGTGCGCATTGATTTACCAAGGTAAGAGGCAAGCCAGAAAGAAATAA	MQVFQEVMQWFVDLGASVMLPVIFFVFGLILGIKPGKAFKSALTIGIGFIGLNLVIGLLTNNLGPAAEAMVDNYNLSLQTIDVGWPAASAIAYGTLLGSMAIVVGILVNVILLVFGLTRTLNVDIWNFWHIAFSGSIVYAATANFALGVFTMITHSMLLYFLADKSAKYVEEYYQLPNMSFPHGASTPGFLLALPLNWIFDRIPGLNKINISAESVQKRFGVFGDTTVLGFIIGVIIGLLASYDLNNTLNLGVATGAVMLLMPRMVSLLMEGLTPISEAASSWVQKRFPGKELFIGMDSALAVGQSSVLSASLLLVPIALLLAVILPGNTVLPLGDLATVPFMICLMAAVFRGDILRTVIGGAIYIATALYVASWAAHLITKSAIASNFDLGGNSSISVLSDGGAWTTILFGGLAENLAWLGIGFVFIVVLCALIYQGKRQARKK	PGPT0016948_443	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GALACTITOL_PTS_SYSTEM,PGPT0016948-gatC|sgcc-K02775	NA	NA
AK148_03505	459			hypothetical protein	ATGATGTTTTTTAATAAAGAGATAATTACGTTTAATTTTGAAGGACATTCCAAAGAACAAGTTCTAAGCCATTTGTCAGCAGAATTTATTGAAAACGATCTCGTTACGCAAGACTTTTATGCATCCATTATCTCTAGAGAATTAAGCTTTCCAACAGGTTTATGGATGAATGATACAGGGATTGCAATACCTCATACTGATTCTGAAAAAGTAAAACAAGCACAAATCGGATTTATGTCTTTAAAACAACCTGTAACATTCAAAGAAATGGCAAACAAAGATAATGAAATAGAAGTATCACTCATTTTTATGCTAGCGTTAAAACAATCTGATCAGCAATTGTCTATGCTACAAAAGCTTGTGAATCTTTTCCAAAATGAAAGTATGGTAAAACAATTAAAAGAATGCACATCACTTATTGAATTTAAAAGCATAATGAAAAACGCCGGCATTGAATAA	MMFFNKEIITFNFEGHSKEQVLSHLSAEFIENDLVTQDFYASIISRELSFPTGLWMNDTGIAIPHTDSEKVKQAQIGFMSLKQPVTFKEMANKDNEIEVSLIFMLALKQSDQQLSMLQKLVNLFQNESMVKQLKECTSLIEFKSIMKNAGIE	PGPT0016946_234	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GALACTITOL_PTS_SYSTEM,PGPT0016946-gatA|sgcA-K02773	NA	NA
AK148_03506	441	manR_2	COG1762	Transcriptional regulator ManR	GTGATTTACATGCTTACATTAAACAAGGATTTAATCATTTTTTGTGAAAATATGAACAATAAGGAACGGATAATAACAAAAATAGCTTCATTATTATATAAAAAAAATTATATCCATCATAAAAAGGATTTTATTAAAAAAGTTATGGAAAGAGAAAAGGCAGGTTCAACATATATAGGAAATAATGTAGCAATCCCACACGGGGAATCAAAAAGTGTGAAGACAAATTGCTTGGTTATCTTAAAAAGTAGACTACCAATCCATTGGGATGGATATGCCGTACATGTTATAGCATTATTTGCCATCCATCCAAACATAAATCAAATAGAAAAAGTAAATTACAAAAGATATATACAAGCAATTGGAGATGAAAATTTCGTAAACAAGTTAAAAAATACTAACGATAAGGAGAAGATCGTTATGCTATTTGAGAACGATTAA	MIYMLTLNKDLIIFCENMNNKERIITKIASLLYKKNYIHHKKDFIKKVMEREKAGSTYIGNNVAIPHGESKSVKTNCLVILKSRLPIHWDGYAVHVIALFAIHPNINQIEKVNYKRYIQAIGDENFVNKLKNTNDKEKIVMLFEND	PGPT0017130_653	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
AK148_03507	1479	manR_3	COG1762	Transcriptional regulator ManR	ATGCATTTCAATGAGAGAGAACAAAGTATTATTGATATATTACTGCAATATAAATTCTATGTTCCTGCTTCAAAAATTGCCAAACAATTAGACATTTCTAAAAAGACCGTTTATCGAACGATCAATAAACTAAATGAAAATCCTGCTACTAAACCATTAATTGAATCCAAGCTTGGCGAAGGATTTAGACTTAACTATGAGGAATATATAAGGAAAAAATCAGCTAAGGAAAGTTTTCTGAAGAATTATACTCCTGTAGAGCGAAGGAATCAAATTCTCATCGATTTACTGTTCAAAGCACCAAACCCAATTAGAACAACAGATATTTATGATAAATATTTCATCAGTGAAACCGTTATATATACCGATATAACAATACTCAATAAGAGGTTAAAAAACCACAACTTAAACATTGACAGAAATGGAAAATTTATTTCTATAATTGGAAATGAAGTAGATATTAGGAAAGTATTAATTAACACGATTAATATTTTTAACTTAGATAATCTATTATCTAAAGAAGAGCTTAATCATAATGACACGGAATTTATTATTGATCATATGAATAGATTGGAAAGTCAACTAAATATCACCATTCCTTATCCATATAATATTAATATCTTTTCTCATCTATACATATTAATCAATAGATTTAGAAGTGGGAAAGTAGACGTAAGCAAAGTAGTTGATAAACTTAAACAGCCATACACCAATTTGATTCAAGAAAACAAGGACATTTTTCAGCAAGCCAAAAATATCATTAATCACTTTTCCAATTACTTAAATAAAAACTTACCAGATACGGAAGTGTGGTACCTGTTCCAATATTTATTATCATCACGATTAGTAAACAATAGCAAAAAAGAAGTTGAACAGGTTAAACACGGCATAGAGAAAGAAATAACCGAATTTTATATAAAAGAAAGCGGTAAAGTGTTAGGCAAGAACTTTAATAAAGAAATGGTCTGGGAAGAATTAATCAATCACATACGACCAATGATTAATCGCATAAACAATAATATTCATATAAAGAACAACTTGTTAGAAGAAATTAAGGTAGAGTACGAAGAACTATTTCATATTATTACAATGATATCAAAAAATGCAGAACATACTTTTAATTTGGGGAAAATTACCGAACATGAGAACGGCTATTTAACGATATACTTTGCAAAATATTTAGAGCAAATGTTTGATACAAAGAGGATAATAATTATTTGCTCTAGCGGCATCGGCACTTCTGAATTACTTAAAGTAAAGGTCAAAAAAGCATTTCCAAATATAGAAATAGTGGATGTTCTTTCAACTACAGATTTTATGAATCAATTTCATAAATATAATGCTATTGATTTTGTTCTTACCACCGTAATTTTGGAATCGTTCACAAAAGAAGTGCCTATATTATTAGTAAGCCCTGTTTTCGGTGATAGAGATAAAGAGATAGTAAATACGTTCATAAAAAAAGAAAGGCAAACGTGA	MHFNEREQSIIDILLQYKFYVPASKIAKQLDISKKTVYRTINKLNENPATKPLIESKLGEGFRLNYEEYIRKKSAKESFLKNYTPVERRNQILIDLLFKAPNPIRTTDIYDKYFISETVIYTDITILNKRLKNHNLNIDRNGKFISIIGNEVDIRKVLINTINIFNLDNLLSKEELNHNDTEFIIDHMNRLESQLNITIPYPYNINIFSHLYILINRFRSGKVDVSKVVDKLKQPYTNLIQENKDIFQQAKNIINHFSNYLNKNLPDTEVWYLFQYLLSSRLVNNSKKEVEQVKHGIEKEITEFYIKESGKVLGKNFNKEMVWEELINHIRPMINRINNNIHIKNNLLEEIKVEYEELFHIITMISKNAEHTFNLGKITEHENGYLTIYFAKYLEQMFDTKRIIIICSSGIGTSELLKVKVKKAFPNIEIVDVLSTTDFMNQFHKYNAIDFVLTTVILESFTKEVPILLVSPVFGDRDKEIVNTFIKKERQT				NA	NA	NA	NA	NA
AK148_03508	1596	lcfB_3	COG0318	Long-chain-fatty-acid--CoA ligase	ATGAACGTAGAAGCAAATCGTGATTTCATTAAAGTGTTGCAACGCGCCAGAAGAAATACATTAGGAGATATACTCTCCCGAACAAGCGAACGGAAGCCTAACCAAATTGCAATCGCTTACAAAAATAATGAAGTAACGTATAAGGACTTGGATCATTGCGTAAATCAAACTGCACATGCTTTCTTAGCAGACGGAATGAAAAAAGGAGATCGGATTTCTGTTATGTCCAAAAACAGCTTAGAGTTTGTCATTGTAAACTTTGCTCTAGCTCGAATAGGGGCTGTCATGATTCCAATCAATTATATGTTGCATATAGAAGACATCACCTATATTGTGGATCATGCTGCAGTTACAGGGCTCATCGTTGCTGAAGAGTATATACATTTACTGGATGAAGCAGTATTAAATATGGATATTTTATATTGGTATGTCATGGAGGCAAATAGCAAAGCGACCAATGAGAAATGGAAACGATTAGATGTTGTGAGACAAGATCAACCTACATCTCTCGTTGATGTTGATGTGGAAGAAGATGATCTATGTCATGTTTTATATACGAGTGGCACAGAATCACGACCCAAAGGCGTTATGCTCACTCACAAAAGCATTATCAGTGAATATGTAAGTTGTATTGTAGATGGCGACATGCAGCCAGAAGATATTATAATTCATGCGCTGCCGCTATATCACAGCGCTCAACTTCATGTGTTTTTAGGCCCTAGCATTTATGTTGGTGCTAGTGGAATCATTCTTGATGGGGCTAATCCAGAAACGATGCTAAAAACAGTCGAAGAGAAAAAAGTTACGCAACTTTTCTGTCCGCCAACCATATGGATTGCTTTATTGCGTCACCCCGATTTTGCAAAGAGAGATTTATCCAGTTTACAGAAATGCTATTATGGCGCAGCAATTATGCCTAGAGAAATACTTAAAGAGTTAACAGAACGCCTACCCAATGCAGGTTTTTGGAACTTTTACGGGCAAACAGAAGTTGCTCCACTTGCTACCGTTCTAAAACCGGAGGATCAGCTACGAAAGCTCGGCTCTGCAGGAATCCCATCGTTAAATGTACAAACAAAAATTGTGGATGAAAATGATGTTGAGCTAGCTCGTGGAAAAGTAGGTGAAATCGTACATCGCACTCCACATGCCATGAAAGGTTACCTTCATGATCCAGACAAAACAGCAGAAGCGTTTCGCAATGGTTGGTTCCATAGCGGAGATTTAGGTGTGATGGATGAGGACGGCTATATAATGGTGGTTGATCGTAAAAAGGATATGATTAATACTGGAGGAGTAAACGTATCTAGTCGTGAAGTAGAGGAAGTCATTTATCAGCTAGCAGGCGTGTCGGAGGTTGCTGTCATTAGTATACCAGACCCTTATTGGATTGAAGCTGTTGCAGCTATTATTGTCCCTAAACAAGACACACCATTAATAGCGGAAGAAGTGAAAGCATTTTGTAAAGATAGACTATCCAAATTCAAAGTTCCTAAATATATTATTTTTTCAAATACGTTGCCGAAAAATCCTAGCGGTAAAGTACTCAAGCGAGTTTTACGTGAGCAATATGAGGATAAGATAGGGGGAATGTGA	MNVEANRDFIKVLQRARRNTLGDILSRTSERKPNQIAIAYKNNEVTYKDLDHCVNQTAHAFLADGMKKGDRISVMSKNSLEFVIVNFALARIGAVMIPINYMLHIEDITYIVDHAAVTGLIVAEEYIHLLDEAVLNMDILYWYVMEANSKATNEKWKRLDVVRQDQPTSLVDVDVEEDDLCHVLYTSGTESRPKGVMLTHKSIISEYVSCIVDGDMQPEDIIIHALPLYHSAQLHVFLGPSIYVGASGIILDGANPETMLKTVEEKKVTQLFCPPTIWIALLRHPDFAKRDLSSLQKCYYGAAIMPREILKELTERLPNAGFWNFYGQTEVAPLATVLKPEDQLRKLGSAGIPSLNVQTKIVDENDVELARGKVGEIVHRTPHAMKGYLHDPDKTAEAFRNGWFHSGDLGVMDEDGYIMVVDRKKDMINTGGVNVSSREVEEVIYQLAGVSEVAVISIPDPYWIEAVAAIIVPKQDTPLIAEEVKAFCKDRLSKFKVPKYIIFSNTLPKNPSGKVLKRVLREQYEDKIGGM				NA	NA	NA	NA	NA
AK148_03509	396			hypothetical protein	TTGTTACTAGTAGTCATTGGTACAAGCTTGCAAGTGAATAGGATTGCAGCAGATAAACAAAGTTGGAGCCTACAGCAAGTCCACAAGATAGAATCGGTTTCCAACTGGATGAACACGTATATGAATCAAATAGAAAAAGATGCATTAGAGCATCAAGAACTGCAACGGATAGAACAGAAAAAGAAATTAAAACAGACAGGAGAGCAAGCTCGTAGAAAAGGAAAATCGAAAATAGAAGACTATCAGAATAGTTATTCGGAGCGCTTCGTAAAGGCGAAGGAAACGTTTCGCATAGTAGATAAATTTCAGCATTATTCTAATGAAAAGAAAGCAGACATTCACGAGCAACTGAATGAAGGGGTAAAAGCAGAAATTTTATCATGGGTAGATGAATAG	MLLVVIGTSLQVNRIAADKQSWSLQQVHKIESVSNWMNTYMNQIEKDALEHQELQRIEQKKKLKQTGEQARRKGKSKIEDYQNSYSERFVKAKETFRIVDKFQHYSNEKKADIHEQLNEGVKAEILSWVDE				NA	NA	NA	NA	NA
AK148_03510	783			hypothetical protein	ATGAAGTGGGGATTAAAAACAATGAAAGGGAAAGTGGTTGCTGGAATGGTAGGAGTAGGTATTTTGACGGGATCAGGTGTTGTATTAGCCGGTTCAGGGGCAGGGGATCATTTACGTGAATGGTATGAAGGTATGTTTGGGGATTCTGTTGCTACCATAGAAGATGACGTTACGACATATGGGGAAAGTAAACTGCCAGAGTTAGAGGCGGAATATGAACAGTTAAAAAACGATGCGTCGCTGGATATTGATTTAATGAGAGAAAGGCTAACAAGCGAATCATTAGAAGAAATTGTTGCAGCGAAAATAGAGCATCTTGAGTCTCTTGATGGTGAATCTAGGGAAATTTTAGATCAAATGGGTTTGGAATTTTATAATGTGTTTTTGGATGGCTATGGAGAAATTCAACGTTTAAGTGACGAAGGGTTAAATTATGCTTCCGAAGACTTAACGAATTATACTGGTGAATTAGGGCAAGAGGCGAGAAATCAAATAACGAGTGATTTGACTGCTGCCAAACAGGAAGCGGTAACAGATTTGGAAACGGCGATTCAAAATGCTCAAGACCAAATAGAGGCAGAACTTCGTAATCAGGAAGAAATAACGACACGTAACTTAAAAAATCAAATTGATTGGGCAGTAGAAGATGTAAGGCAGGTAGTAACGGCATTGCTTGCAAATTTAATGGAAGAGCAACAGATGATTATAACCCAAACTGCGCAAATATTAGAAGATGAAGCAAAAGAAGCGCTTGATGATGTTGTTTCCGGTATCAATGAATAG	MKWGLKTMKGKVVAGMVGVGILTGSGVVLAGSGAGDHLREWYEGMFGDSVATIEDDVTTYGESKLPELEAEYEQLKNDASLDIDLMRERLTSESLEEIVAAKIEHLESLDGESREILDQMGLEFYNVFLDGYGEIQRLSDEGLNYASEDLTNYTGELGQEARNQITSDLTAAKQEAVTDLETAIQNAQDQIEAELRNQEEITTRNLKNQIDWAVEDVRQVVTALLANLMEEQQMIITQTAQILEDEAKEALDDVVSGINE				NA	NA	NA	NA	NA
AK148_03511	501			hypothetical protein	TTGGGCAACAGAAAAGAAACCTACAGGCGAAGAAGGTGCTCCAATCTTAAAAAAATAATTATTGTTTCTTTGCTATGTATGTTAATAGTAGTTGGAAGTTTCTATCCTGTTTTTGCTGATGAAGATATAGGTGGTATGGTAACAGATTGGTTACAGCAGAAAACAGATGAAGCGATACAAAAAGTGGATGAGGCTATTTTAGAAGAAGAGAAGGAACAAACAGAACGTTTGCGAAAAGCGTTACGAGTGAAAAAGCAGGAAGCAGAACAAAAACTAAATCACACAGCAGATCAAGAGATCACAGCCCGAACGGAGGAGCTAGAGCATTATGCTGATGAACTAATAAAATCACTGAATAAGAAACAAACAGAGGAAAATCAGGTAGCAATAAAGAAAGAGTTCGAAGCAATTGTAAAAGAAGCAAAAGGGAAGATGGAAGATGCCTCTGTCTTACATGACGAACACGAGGAGTTCGGTAATCAAGAAAATAATGAGAGATAA	MGNRKETYRRRRCSNLKKIIIVSLLCMLIVVGSFYPVFADEDIGGMVTDWLQQKTDEAIQKVDEAILEEEKEQTERLRKALRVKKQEAEQKLNHTADQEITARTEELEHYADELIKSLNKKQTEENQVAIKKEFEAIVKEAKGKMEDASVLHDEHEEFGNQENNER				NA	NA	NA	NA	NA
AK148_03512	894			hypothetical protein	ATGGTTAATAATGAGTGTAATTTTTATCCAATGGCAGATGCAGTAGATCTTATTGAAGTGTACTCAAACTATGCTAATTGTTGGACAAAACGCTATCAAGGAGGAGACTATACGATTTTTTCACTCCCAAACGTTGATGATCAACAAGGAGTGCGTATTTCTTCTACTTTTAGAACAAGTTATTCAGACCCTGAGTTGACAGAAGGGGCGTTAGAAACTGCAGGAACAACACAGCTAGAAAACAATTCGGATGCACCTGTAATGAAACCGGTACAGTTTAATGTGGCAACACCCGTAGAAGAGTCGTGGCGATTAACAGAAGCAGTAGCTCCAGGAGGGAATAATTTTTATTTGATAAATAAGCCACTTGACTTAGGGGCCCAATCAACTACTTTACCTGAACCGCAGCCAATTATTCGAAATATAGCACCTAGTGTTGAACCGGAACAAGTTAATCCACAATTGCAAATAAACCTTAGTGAAACAGTAACGTTATCAGATGTTCAAAATTGGAATATAGCACAGGAGTTACGTTTACCACCACAATCGAGAACAACGGTAAGCTTACGCACAAAGCCAATGGATGTAAAGCGGACATTTGAATTTAAGTTTCTTGTTACGGGGACGTTAGGGATTACGACATCTCAACCAATTTTTGGAAAGACAGAGCACTATATCCCGGTTACGGATATCGATTGGTATGATTATCCGCAAATCGAAGTAGATAAAACATTTAATTTACTTCGTTGTACGAATCTCGGTGAATATACAGCGAGTTATCATATGGATCCTTCCTTGCTAATTGAAACAGTAAGTATGACGGATGGTACGCCTATTTCGACTGTAGTCATTTATCTTGCCACGGGAGAAATGGAAACATTATTAGGTTGCTAG	MVNNECNFYPMADAVDLIEVYSNYANCWTKRYQGGDYTIFSLPNVDDQQGVRISSTFRTSYSDPELTEGALETAGTTQLENNSDAPVMKPVQFNVATPVEESWRLTEAVAPGGNNFYLINKPLDLGAQSTTLPEPQPIIRNIAPSVEPEQVNPQLQINLSETVTLSDVQNWNIAQELRLPPQSRTTVSLRTKPMDVKRTFEFKFLVTGTLGITTSQPIFGKTEHYIPVTDIDWYDYPQIEVDKTFNLLRCTNLGEYTASYHMDPSLLIETVSMTDGTPISTVVIYLATGEMETLLGC				NA	NA	NA	NA	NA
AK148_03513	813			hypothetical protein	GTGGCTATTTTAGATTTACGGCAAGCTATCACGGAAGCATCAAAGGTTTATGCAGAAGCAAATGATCTTGAATTTCAGAAAATAAACCAACTTGATTTTGAAGATAGTCGCCTCGAATTACCAGACGATGTCTTAATTGTCGACACACCTGGAAGGTCCATTGTAGCTAGGAAGGAAATTATTAATCGAACATCTAAACCTACTCAAACACAAACCATTCACTTTGAAAGAAAAACAGAAGATACGGTTAGCACCAAAACAACAGAAGGTTTTGAGTTTGGTGTCGAAACGGAAGTGTCTACGAATATTGATGTGTTTTTTGGGAGTGTTGATGTCTCTGTTTCAACTAGCTTTAAGTATAGCTCGTCTACAGAGAGGACGTATGAATCTAAAGAGACAATTAGTTGGTCAGAGGATATACCTGTTATTGTTCCGCCAAAAACGAAAACGATTGTTGACTATATTATTACTATTGGCGAATTTAATGCTCCAGTGTCTTTTTTTGCTACTGTTCGGGGGGTAGTTCTGGTTGACTATAAAAATACTCCTTATTATACGTTGGTTCCATTAACGTACAGAGGGGTAACTGGAGAGTCTATTGCAAGCATTATGGCGCGGCTTTACAATATAACGGCGCAAACGAACCCAAATGATGCGTATTTGCTGGATTTAGAAGGGGAATTGACTCTGCAGGGAGCGTTAGGCATTCAATCTAGTACGGAAATTAGGAATGAACCGTTACCAGGTAATCCTTCATCCGGTAGTGTACAAACATTACCAGGAGAGACGAGGAATCAAGCAGTGTTTTTTTAA	MAILDLRQAITEASKVYAEANDLEFQKINQLDFEDSRLELPDDVLIVDTPGRSIVARKEIINRTSKPTQTQTIHFERKTEDTVSTKTTEGFEFGVETEVSTNIDVFFGSVDVSVSTSFKYSSSTERTYESKETISWSEDIPVIVPPKTKTIVDYIITIGEFNAPVSFFATVRGVVLVDYKNTPYYTLVPLTYRGVTGESIASIMARLYNITAQTNPNDAYLLDLEGELTLQGALGIQSSTEIRNEPLPGNPSSGSVQTLPGETRNQAVFF				NA	NA	NA	NA	NA
AK148_03514	315			hypothetical protein	ATGGATGTAAAGCGGACATTTGAATTTAAGTTTCTTGTTACGGAAACGTTAGGGATTACGACATCCCAACCAATTTTTGGAAAGACAGAACACTATATCCCAGTTACGGATATCAATTGGTATGATTATCTGGAAATCGAACTAGATAAAACATTTAATTTACTTCGTTGTACGAATCTCGGTGAATATACAGCGAGTTATCATATGGATCCGTCCTTGCTAATTGAAACAGTAAGTATGACGGATGGTACGCCTATTTCGACTGTAGTCATTTATCTTGCCACGGGAGAAATGGAAACATTATTAGGTTGCTAG	MDVKRTFEFKFLVTETLGITTSQPIFGKTEHYIPVTDINWYDYLEIELDKTFNLLRCTNLGEYTASYHMDPSLLIETVSMTDGTPISTVVIYLATGEMETLLGC				NA	NA	NA	NA	NA
AK148_03515	819			hypothetical protein	GTGGCTATTTTAGATTTACGGCAAGCTATCACGGAAGCGTCAAAAGTATTTGCCCAGCAAAATAATCTTACTTTTGAAAGAATTGCTCCAAATTTGCAATTTGTTAGTTCCCATCTTGATTTGCCAAGTGATATATTAACAGTTAAATCACCAGGAAATAGCATTGTAGTACGAAGAATTTTAATTAATGAAACAGATACACCGACAGAGCCACAGACTGTTAGCTTTGAAAGGAAAACTGTAAATAATCTTACTGCTAGAACGATAGATGGGTTTAGATATGGTATTCAACCAGATATGGTTACTGATGTTCATTTCTTTTTTGAGGTGCCGAATATTAATTTAATTACAAGCTTTAAGTATAATATTTCTACGCAAACAAGTTACCAAGCAACAGATACAGTTAGTTGGTTAAATCAAGTTAGAGTTGTTGTCCCGCCAAAAACAAAGACAATCATTGATTTTATTATTACTATTGGTAATTTTAATGAGCTTGTTTCTTATATCGCTAGCCTTTCTGGAAGGGTTGTTTTTAGTTATAACACAAACCCTGAGCGAATAACGTATCTTCCATTAACGTATGATGGAGCAACTGGGCAATCGATCGGCGACATTATGGCGAATTTATATAAGGTTAACGCACAGGATAATCCATCAGATGTAAACCTACTTGATTTAGAAGGAACAATGAGGTTACAAGGTGGAATTGGTCTACAATCTCGAATAGATATTACAAATCAACCTTTACCAGGGAATCCTTTGCCAGAAAATGTACAGACCATTCCTGGGCAAACAGCAGCGCAAGCCGTGTTTTTTTAA	MAILDLRQAITEASKVFAQQNNLTFERIAPNLQFVSSHLDLPSDILTVKSPGNSIVVRRILINETDTPTEPQTVSFERKTVNNLTARTIDGFRYGIQPDMVTDVHFFFEVPNINLITSFKYNISTQTSYQATDTVSWLNQVRVVVPPKTKTIIDFIITIGNFNELVSYIASLSGRVVFSYNTNPERITYLPLTYDGATGQSIGDIMANLYKVNAQDNPSDVNLLDLEGTMRLQGGIGLQSRIDITNQPLPGNPLPENVQTIPGQTAAQAVFF				NA	NA	NA	NA	NA
AK148_03516	564	sigI_2		RNA polymerase sigma factor SigI	ATGGAGAAGCAGAAAAAAGCTGTGTCAATGACATTTAATGAAATTGTAAAACAAAACGAGCGCAGAATATATTACCATTTGCATAAATTAAACATCCGTGATCCGCATCATGAATTTTACCAAGAGGGGTTGGTGGCGATGTGGAATGCGTATGAAAAATATCAGCCAGATAAAGGTCCGCTTGCTACGTATTTTAATTATACGATTCGTAATCGGTTAATTGACGTCGTACGAAAGGAAGCAAGGGAAAAGGAAAAAGTAATGGCGTATAAACAATATCAAGGAGTAAAAGAAAAGACTGGTAATTATTACAAATCTGGCGGGAATGCCTATCCGATAAAATATGCAGAAGGCCCTAATCTGGAAGCCGAAGAACTTCTACAGGTTGCAAAGGCGATTTTAAGTAAGAATCAATGGACATGGTTGAAACTTTTCGTTATAGAAGATTTGACGACAAAGACCATCGCTGAAAGAGAGGGCGTATCTGTAGATGCAGTAAAAAGTTGGGGGAAAGAGGCGAGGAAGAAGTTACAAAAGCTGTATGCTTACGGAGAGGGGATATGA	MEKQKKAVSMTFNEIVKQNERRIYYHLHKLNIRDPHHEFYQEGLVAMWNAYEKYQPDKGPLATYFNYTIRNRLIDVVRKEAREKEKVMAYKQYQGVKEKTGNYYKSGGNAYPIKYAEGPNLEAEELLQVAKAILSKNQWTWLKLFVIEDLTTKTIAEREGVSVDAVKSWGKEARKKLQKLYAYGEGI				NA	NA	NA	NA	NA
AK148_03517	420	bcrR		HTH-type transcriptional activator BcrR	ATGGAAGAACAAGCAAACACTTTTGGAGAGCAGCTAAAACAATGTAGGATGGAACGAGATTGGTCACAAGAAAAGTTGGCTACAGAGTTACATGTTTCTCGCCAAGCCGTCTATAAATGGGAAACAAATAAAAGCTACCCCGACATCCAGAATTTAATACGTATTAGTGATCTGTTTAACATAACAATTGATGAGTTGATTCGTGGAGATAAACAAATGCAAAAAACGATTAGCATTGACGATGATGAACTATTTGATGAATTGTCTGACCCTGGTTTTTACATAGGAATGATTCTAATACTAGTAGGCGTGTTAATTTTTGATGGTCCTTTAACAAATACCTTCTTGTTTATTGGTCTTATTACGATAGTTTTTTTTACTGATACTATACAATCGTTGAAAAATCTGTTTAAAAGCTAG	MEEQANTFGEQLKQCRMERDWSQEKLATELHVSRQAVYKWETNKSYPDIQNLIRISDLFNITIDELIRGDKQMQKTISIDDDELFDELSDPGFYIGMILILVGVLIFDGPLTNTFLFIGLITIVFFTDTIQSLKNLFKS				NA	NA	NA	NA	NA
AK148_03518	336			hypothetical protein	ATGTTGGAATGTTGTTGTAAAGCTGGAGAGACAAGAGAGTTATTATTAGAAGCGGATATGGCAGACCCTATTTGGTGTAAGGGTTGTCGCTGTAATTTAGATATGGAGGATTTACCTCTTTCTAAGGAGCTACAAAACGAATTAGAAACATGGGCTTCCAATTATGGAACGTGGATAAATTGGGAAAAAGATACATTACTTTCAAATGCTAAAAAACAAGTAATGATGTATAATGAAACAGGATATCGCTTATTGTGTAAACTACAATCTGAGCTACCTTCTCATTATTCCATTCAATTTATCCCTTCGACGGTAGAAGAATATGAAACCCTATAA	MLECCCKAGETRELLLEADMADPIWCKGCRCNLDMEDLPLSKELQNELETWASNYGTWINWEKDTLLSNAKKQVMMYNETGYRLLCKLQSELPSHYSIQFIPSTVEEYETL				NA	NA	NA	NA	NA
AK148_03519	609			hypothetical protein	ATGGAAACATTATTCATGATTTTCGTATTATTAGCGCTTGTCTATTATATTTTTCGGATCATCCAAGTGATCGTGAAATTAAAACAAGCGCATGTTTTTCCATTAACGAATGAAGAAAGAAGAACGATTCGGAAGCATCCGCAAAAAATAACTGCTCCACCAACTGTTGAAGGACAGAAATTAGGTTTATTAGCTAATGTGGCGTTCTTGTTTTTTATCGCTTCCATGTTTAGCATTGTTTATATTACAGATGTATTCTCCTGGCATCAATATTTGTTTATGTTATTTTTTTTAATATATGCTTATTTCATGTTGCCATTAAATCTAGTTGCGGTGAAACAGGATGGCATATTAATTGGTACACGTTTTCTTTCATGGAAGCATATTCATTTTATAAAAGTCGTAGCAATATATAAAAATCACAAGTTTTATGGCTATTCTTCAGATGTTAATATAGGTTTTGTGGTGAAAATAAAATACAAATTTGGTTTTACTTCCTTTGTCGTTACATCGGAAAAAACATTGAAACAATTATTAAAAATTTGCCAAGAGCACGTTACAGTAGAAGATGAGATACATACATCTGAAAGTGAATTTAAAATAAAGTGA	METLFMIFVLLALVYYIFRIIQVIVKLKQAHVFPLTNEERRTIRKHPQKITAPPTVEGQKLGLLANVAFLFFIASMFSIVYITDVFSWHQYLFMLFFLIYAYFMLPLNLVAVKQDGILIGTRFLSWKHIHFIKVVAIYKNHKFYGYSSDVNIGFVVKIKYKFGFTSFVVTSEKTLKQLLKICQEHVTVEDEIHTSESEFKIK				NA	NA	NA	NA	NA
AK148_03520	513			hypothetical protein	ATGAACATAGCTATCTCCATAGTTGGAGCTATATTTATACTGTCTTTTCTGCTTTTTTCTGTTTGGATATTTATTGCTGAGAGAAAAGACGAAAGTTCTGAAAAAAAGAATGTTTTTATCATTTCTCTCGTTTCCTTTTGTTTAGCTCTCATAGTAACGCTCGTCTTTGGAGCTGGTATATTTTTATTACTTGGCTCCATTAAAATGACAAATACATTGTTTGATTTGGATTTAACTATAAAGCAAATAGGTTTTATATTTATCGGATACCTTATCTTTCTATTTACAATTGATAATGTAATCGAGTTAGTAGTTAAAGCGATCGTTGGGAAAAATTTAGCTAATCCTGTACTTCTTCTACTCATTCGTATTTTCGCTTTGCATATAATTGGTCTTTTTATTGGCATTCATCAAACGAGTAGTTTCCTTATTGCTACTGTAGTCGCTCTGTTTATTTTCTTAATTGAAATTTATGTTTTTTTACGCGAACAGGATAAGAATGAAGCTACTTAA	MNIAISIVGAIFILSFLLFSVWIFIAERKDESSEKKNVFIISLVSFCLALIVTLVFGAGIFLLLGSIKMTNTLFDLDLTIKQIGFIFIGYLIFLFTIDNVIELVVKAIVGKNLANPVLLLLIRIFALHIIGLFIGIHQTSSFLIATVVALFIFLIEIYVFLREQDKNEAT				NA	NA	NA	NA	NA
AK148_03521	792	ucpA_2		Oxidoreductase UcpA	TTGAAGAAAATGGAAAATAAAATAGCAATTGTTACAGGTGCAGCAATGGGGAATGGAAAAGGTATTGCTGAAGTTCTAGCCAAACATGGTGCTACTACTATTTTGTTAGATGTCTCCAAGCAAGTGCATGATACTGCGAAAGAATTAGCAGAACGTGGCTTTGAAACGATGGCTTTAGAAGTGGATGTTACAAATAACGAAGATGTAAAAGCTGGAATTGATAAAGTTATAGAAAAATATGAGCGTATAGATGCTCTCATTAACAATGCAGGTGTTGTTCGATTAGCAAACTTTGAAGATATGGACGATGAAACAAGAGATTTTCATTTTAACATTAATATTAACGGCGTTTGGAATGTAACGAAAGCTACTTTGCCGCATATGAAAAAAGCAAAGCAAGGTAGAATTGTCAATTTATCCTCTGTAACAGGAACGATGGTAGCTGATCCTGGTGAAACCGCATATGCAACAACAAAGGCAGCCATTCTTGGTTTTACAAAATCGCTAGCTCGAGAGGTAGCTCCTGATAATATTACTGTGAATGCTATTTTACCAGGCTATGTGTTAACTCCTATGGCAGAACAAATGGCAAAAGAAACGAATCCAGATAATCCGCAAGAAGTCATTGACGGCATAGCAAGCGGAGTGCCTTTAGGACGTCTTGGTAAAATTGAAGAAGTCGGTGAACTTGCAGCATTCTTAGCTTCTGACGAATCCAGCTATATTACAGGTACACAAATTGTTATTGATGGTGGTAGCACATTACCAGAAACCATTTCGGTTGGGAGCTAA	MKKMENKIAIVTGAAMGNGKGIAEVLAKHGATTILLDVSKQVHDTAKELAERGFETMALEVDVTNNEDVKAGIDKVIEKYERIDALINNAGVVRLANFEDMDDETRDFHFNININGVWNVTKATLPHMKKAKQGRIVNLSSVTGTMVADPGETAYATTKAAILGFTKSLAREVAPDNITVNAILPGYVLTPMAEQMAKETNPDNPQEVIDGIASGVPLGRLGKIEEVGELAAFLASDESSYITGTQIVIDGGSTLPETISVGS	PGPT0003180_17144	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
AK148_03522	921	ctaB2_2	COG0109	Protoheme IX farnesyltransferase 2	ATGATTTTGGAAAATAAGCAGGAAAGATCAAGGCAAAATTGGGCAAGCATTTTGTCAAAAACGATTAAAACTGGGATTATTCGTTCCAATCTGATCCCGATGTTTGCTGGTTTTACTTTGGCTTTATATACGTATCAAATTAGTTTTATGGAAAAGTTGCCGGAAGTTATTTTTGCTTTACTTGGTGCAGCCTTAGTTATTGGAGCTGCGGGTGCTTTTAACAATTTATATGATCGAGATATTGATGCAATTATGGAAAGAACCAAGCGAAGACCTACTGTAACAGGGGAAATAAAACCAGCTATTGTACTGTTGCTGAGCGTGGTTATGGCGATCAGCGGAATTGCATTATTGGCGTTAACAACGTGGTTAGCTGCACTATTAGCTTTCTTGGGGCTGTTTTTTTATGTCGTTCCATATACGATGTGGAGCAAACGAAAAACGGTATATAATACAGAAATAGGCAGTATTTCCGGTGGGATGCCTCCACTCATTGGATGGGCCGCTGTCTATCCAGATATTACACACCCCGCCATCATCGGTTTATTTATTGTAATGATTATTTGGCAAATGCCGCATTTTTATGCAATTGCCATTCGGAATCATAAACAATATAAAGCTGCAAAAATTCCAATGCTTCCTGTTGTTAAGGGTGTGCAACGCACCTACATTCAAACGAACGTTTATTTAATTATTATGATTGTAATTAGTTTTCTATTTGGTACATTGAGTATTGGGTTAATGTTAGTAGCACTTTTGTTAAGTGTAGGTTGGTTGGCGCTTAGTGTGTATCGATATAACAAAGTGGATTCAGAGAAGTGGGCAACTTCCATGTTCCTGTATTCCTTAATCCATATGACAGTGCTTTTTTCTACCATTATTATTTATTCGTTAATGGGGATTGTGTTTGAACTTTATTAA	MILENKQERSRQNWASILSKTIKTGIIRSNLIPMFAGFTLALYTYQISFMEKLPEVIFALLGAALVIGAAGAFNNLYDRDIDAIMERTKRRPTVTGEIKPAIVLLLSVVMAISGIALLALTTWLAALLAFLGLFFYVVPYTMWSKRKTVYNTEIGSISGGMPPLIGWAAVYPDITHPAIIGLFIVMIIWQMPHFYAIAIRNHKQYKAAKIPMLPVVKGVQRTYIQTNVYLIIMIVISFLFGTLSIGLMLVALLLSVGWLALSVYRYNKVDSEKWATSMFLYSLIHMTVLFSTIIIYSLMGIVFELY	PGPT0008520_2167	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
AK148_03523	231			hypothetical protein	ATGAAGGAAAAAGGGCGGTTCATATCTATTATAAATGATGTGGTTTCTAGTATAAAAGCAATGATGTATAAAGACATGATTAAAAATCGACTGATTATAAAAGGTCAGTTGTTTATACTTTTGTTGTACAGTCACGTGTTAGTAAGCAGACGACAAGTCACTGTATCACTATTTCCAAGCGATTATAATCTTCAGCTTGGATTTTTTGTACGATCGGAAACTATTGAATGA	MKEKGRFISIINDVVSSIKAMMYKDMIKNRLIIKGQLFILLLYSHVLVSRRQVTVSLFPSDYNLQLGFFVRSETIE				NA	NA	NA	NA	NA
AK148_03524	1338			hypothetical protein	ATGGATAATTTGGCTGTATCGATCATTATTCTTCTCGTTTTAATTATTGCAAATGGTATCTTTGCAATGACGGAAATTGGAGTTGTTACATCAAGGAAAATAAGATTAGAACAAAAAGTGAAGGAGGGGAATAGCAAAGCTAAAACAGCCCTTTATTTAGCGGAAAACTCTAGTGAGCTTCTATCTACCATTCAGATAGGGATTACATTGATTGGAATTATATCTGGTGCCTTTGGTGGTGCCGCCATTGCGGATGATGTGAGTGTTTACTTGAGCGAAATTCCTTTTTTAGCTCCTTGGAGCACGGAGATTAGTATGGTACTTGTCGTTACATTGACAACTTTTTTAACGCTCGTTATCGGTGAACTAACACCAAAGCAAATTGGCTTAACAAATCCGGAGAAAGTAGCACTTGCAGTGGCAAAACCGATGTATTTCTTTTCAAAAGTTGCCAAACCGTTAATCTGGATACTAGACCAGTCCACAAAACTCGCCCTCAAAACACTTGGAATTAAAACAACCAATGAACCAGATGTAACAGAAGAAGAAATTCAACAAATGATTGAGCAAGGTGTTCATAGTGGGAGTATTGAGGAAATTGAGCACGAGATGGTCGATCAAATTTTTTATATGGGCGATCAGCGTCTGAGTGATATATTAACACCGCGAACGCAATTAACGTGGATAGATATAGAAAGTAGTTTTGAAGAAAATATGGAAATCATTAGTCAAAGTGAGTTTTCACGCTTTCCTGTTGGGAAAGGGAGCTTAGATCACTTTTTAGGTATTATACATACAAAAAAAGTGTTTTCAAAATTACAATCCGGAGAAGCATTCTCGATTGATGACTGTATTGAAAAAGCGTTGATTCTACCGGAACATGTAAAAGTCTTTAAGGCTTTGGAAACATTAAAAGAATCAGGATACCATCAGGCTGTCGTTGTAGATGAGTATGGCGGTGTCGAAGGTTTTGTAACGTTAAATGATATTATGCAAGTTATTGTTGGTGAAATACAGACAGAAGGCAGTAGGGAAAGGGCTACAATTATGCAGCGTGATAATGATTCATGGCTTGCAGACGGTCAAGTGCCATTTGATACATTTTTGCGTTATTTCGATTTAGAAGATGAAATTGATGATGATGTTATGAAAGATACATCCTTCCAAACACTAGGTGGTTTTATCACGAGCGAAATAGGTAATACTCCAATAGAAGGGGATAGTGTTTTTATCGTTAATTTGAAATTAGAAGTAGTCGATATGGATAGTGTGCTTGTCGATAAACTCTTAATTACTCGACTAGAAGAAATAGAAGTAAAAGAAGAAGATAACGTATAA	MDNLAVSIIILLVLIIANGIFAMTEIGVVTSRKIRLEQKVKEGNSKAKTALYLAENSSELLSTIQIGITLIGIISGAFGGAAIADDVSVYLSEIPFLAPWSTEISMVLVVTLTTFLTLVIGELTPKQIGLTNPEKVALAVAKPMYFFSKVAKPLIWILDQSTKLALKTLGIKTTNEPDVTEEEIQQMIEQGVHSGSIEEIEHEMVDQIFYMGDQRLSDILTPRTQLTWIDIESSFEENMEIISQSEFSRFPVGKGSLDHFLGIIHTKKVFSKLQSGEAFSIDDCIEKALILPEHVKVFKALETLKESGYHQAVVVDEYGGVEGFVTLNDIMQVIVGEIQTEGSRERATIMQRDNDSWLADGQVPFDTFLRYFDLEDEIDDDVMKDTSFQTLGGFITSEIGNTPIEGDSVFIVNLKLEVVDMDSVLVDKLLITRLEEIEVKEEDNV				NA	NA	NA	NA	NA
AK148_03525	2637		COG0474	Calcium-transporting ATPase	ATGGAATTTTACCAAAGGCAAGCAGAAGATGTTCTAAAAGCAGTAGCGTCCACGGAACAAGGTTTATCTCAACAAGAAGCGAATGCACGCCTGAAACGGGACGGATATAATGAAATAGAAGATAAAGAAAAAGTTCCTACGTGGAAATTATTTTTAGAAACCTTTAAGGATCCAATGGTTATTGTATTATTAGCGGCAGCTGGTGTGCAAATGTTACTGGGAGAATGGGTGGAGTCACTCATTATTTTCCTTGTATTATTAATCAATTCTGTCATTAGTGTTGTGCAAACACGTAAGGCGGAAAGCTCCTTAGAAGCGCTTCGAGATATGTCTGCGCCTGAAGCAAAAGTCATACGAGATGGTACGAAGCAGACGATTGCTGCTAAAGAACTCGTCCAGGGAGATATTGTTTATTTAGAAGCGGGGGATTACGTTCCTGCTGATGGTCGGGTATTGGAAAGTGGCTCTTTGAAAGTAAATGAAGGAATGCTCACCGGCGAATCAGAGGCTGTTGATAAATCGATCGAAGCAATTGAAGAAGAAGCTGCGCTTGGTGATCGTCGAAACATGGTGTTTAGTAGTTCTTTAGTTGTATATGGTCGGGGTACGTTTGTCGTAACTGGTACGGGAACGAAAACCGAGGTTGGAAAAATTGCCGATATGCTTTCGACAGCAGAGCAAAAAGAAACCCCACTACAACAGAAATTAAATAGTTTTAGCAAAAAGTTAGGTATCGGTATTTTAATTCTTTGTATTGTTATTTTTGCGGTTCAAGCTGCGCGTATTTGGTTTGGTGATAGTAATGTAGATACAACAACTGCATTATTAAATGCTTTAATGTTTTCTGTAGCAATTGCTGTGGCTGCGATTCCAGAAGCACTCCAATCGATTGTTACCATTGTCTTGTCAGTTGGAACAAATAAAATGGCAAAACAGCATGCGATCATTCGTAAACTTCCTGCTGTTGAAACATTAGGCTCCACCAGTATTATTTGTACGGACAAAACAGGGACATTGACACAAAATAAAATGACGGTTACCGATCATTATTTACCTTTTAATAAGCATGAACGTTTGCCTGAAGATCCAAGTAATTGGCATGAGGCAGAGCGTTTACTAGTTTATATTGCGGCGCTTTGTAATGATTCGTACATCAATCAGGACAAGCAGGAGGTTGGTGATCCAACTGAAATAGCTTTAATTAACTTTGCGAACAAACATGCACACAATTATGAAGCGCTACGAGAAAGATTTCCACGAGAAGCCGAGTTGCCATTTGATTCAGACCGGAAATTAATGTCAACCGTAAACACGATTGATGGGACAAAGCTGCTGTTGGCAAAGGGCGGCCCTGATGTCATGTTTCAGCGGGCTGGCTATGTGTTCGTAAATGGCGAAGAACAGCCGATAACAGATGATTTACGCGAACGATTTGAAGGGGCAAATGAAGAGTTTTCTAATCAGGCGTTACGTGTGCTAGCCTATGGGTATAAACGTTTACCTGATACAAAAACCGAAGTCACTCATGATGATGAGTATGATTTTGTGCTTGTCGGTTTAACGGCAATGATGGACCCACCTCGAGAAGCTGTATATAGTTCCATTGAAGAATCCAAAGCTGCAGGTATTCGAACAATAATGATTACTGGTGACCATAAAACTACAGCACAAGCAATTGGACGAGATATCGGTTTAATGGGTGACGATGATATAGCCATTACGGGCAAAGAGCTCGACAACATGTCGGATGACGAGCTAGAAGGAAAAATTGAACACATTTCTGTATATGCTCGCGTGTCGCCAGAGAATAAGATTAGAATTGTACGTGCATGGCAGCGGAAAGGTGCTGTTACTGCAATGACAGGTGACGGTGTCAATGATGCGCCAGCTTTAAAACAAGCCGATATTGGCGTAGCTATGGGAAGTGGTACGGATGTTTCAAAAGATGCTGCGGCAATGATTTTAACGGATGATAATTTCGTATCTATTGTTAATGCTGTACAGGTGGGAAGAACGGTGTTTGATAACATTAAAAAGGCAATTGGTTATTTGTTTGCTGGTAATTTAGGAGCGATTATTGCCATTTTGTATGCCGTCATTTTTAACTTACCAAACCCATTTACAGCTTTACAATTGTTATTTATCAATTTAGTAAACGACTCCTTGCCAGCAATCGCTTTAGGTGTGGAAAAATCAGAACCAAATGTAATGAAACGTAAGCCACGACCGACAGATGAAGGTATATTTGCTGGAGGAACATTGCAAACTGTAATAACGAGAGGAATATTGATTGCTGTCGCAGTTGTTATTTCCTTCTATATAGGATTAGATCATTCGAATGAAATGGGCGTTGCTATGGCGTTTACTACATTAATCATTTCTCGTACGTTGCAAACTTTTCCAGCTCGTTCCAATACGGAGACGTCAATAAAAATGGGATTTTTTTCCAATAAATATGTAATTGGCGCTGTATTGTTAGGTTTTGTTTTGTATGGAATAACAGTGCTTCCTTTTGCAAGAGATGTATTTAACATCCCTGATGCATTTGGCTTTAGTGATTGGGCCATCGCTACAGGATTAGCAGCCGCTGCAGTAATTTGTATGGAAATAGCGAAAAAAATGTTTAGAAGAGCTTAA	MEFYQRQAEDVLKAVASTEQGLSQQEANARLKRDGYNEIEDKEKVPTWKLFLETFKDPMVIVLLAAAGVQMLLGEWVESLIIFLVLLINSVISVVQTRKAESSLEALRDMSAPEAKVIRDGTKQTIAAKELVQGDIVYLEAGDYVPADGRVLESGSLKVNEGMLTGESEAVDKSIEAIEEEAALGDRRNMVFSSSLVVYGRGTFVVTGTGTKTEVGKIADMLSTAEQKETPLQQKLNSFSKKLGIGILILCIVIFAVQAARIWFGDSNVDTTTALLNALMFSVAIAVAAIPEALQSIVTIVLSVGTNKMAKQHAIIRKLPAVETLGSTSIICTDKTGTLTQNKMTVTDHYLPFNKHERLPEDPSNWHEAERLLVYIAALCNDSYINQDKQEVGDPTEIALINFANKHAHNYEALRERFPREAELPFDSDRKLMSTVNTIDGTKLLLAKGGPDVMFQRAGYVFVNGEEQPITDDLRERFEGANEEFSNQALRVLAYGYKRLPDTKTEVTHDDEYDFVLVGLTAMMDPPREAVYSSIEESKAAGIRTIMITGDHKTTAQAIGRDIGLMGDDDIAITGKELDNMSDDELEGKIEHISVYARVSPENKIRIVRAWQRKGAVTAMTGDGVNDAPALKQADIGVAMGSGTDVSKDAAAMILTDDNFVSIVNAVQVGRTVFDNIKKAIGYLFAGNLGAIIAILYAVIFNLPNPFTALQLLFINLVNDSLPAIALGVEKSEPNVMKRKPRPTDEGIFAGGTLQTVITRGILIAVAVVISFYIGLDHSNEMGVAMAFTTLIISRTLQTFPARSNTETSIKMGFFSNKYVIGAVLLGFVLYGITVLPFARDVFNIPDAFGFSDWAIATGLAAAAVICMEIAKKMFRRA	PGPT0013990_4579	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CALCIUM_TRANSPORT,PGPT0013990-yloB|ctpA-K01537	NA	NA
AK148_03526	783	gloB_6		Hydroxyacylglutathione hydrolase	TTGATACAGGATGCTTGGTTTACCGTACAAAAAATAGCTGACAATACATTTGCCATTAGTGAATACGGTCATTGGGAAAAAGTTCACTCTTTTTTAGTCATAGGTGAGCATAAGGCTGCTTTAATCGACACGGGTTTAGGAATTGATAATATAAAAAGAATGACGGATCAATTAACAAGTAAACCGATTGAAGTAGTTACAACGCATGTTCATGCAGATCATATTGGGAGCCATGGAGAATATGATACCATTCACGTTCATGAAGCAGATCAAGACTGGCTCATACATGGAATGGAGGGGGTGACATTAGCACAAATAAGAATAGATATAGCAAGGGATATAAGCCTTCCAACCCCGGCAACGTTTCATCCAGATACGTATACACCATTTCAAGGCTATCCTACCAATGTTCTGAAGGACGGAGACAGGATAGAATTGGGGAATAGACAATTAATTATCTATCATACGCCTGGCCATTCGCCTGGTCATATCGTCTTATATGATACAACACAGGGGTATTTATTTACGGGAGATTTACTTTATGATCAAACACCAATCTACGCTTTTTATCCATCCACTAACCCAGTTGATTTAGTTATGTCTTTAGAAAAAATATCGAACATAGATGGAGTAAAGAAAGTCTTTGGCTCACATAATACACTCGGGCTAGACGCATCCATTTTACAAGAAGTGAAGCAAGCAGTTACGTATTTGCGAGAGAACAGCCTTGCAAAGTTTGGAACTGGTATACATGAGTTCAACGGTTTCCGCATACAATTTTAA	MIQDAWFTVQKIADNTFAISEYGHWEKVHSFLVIGEHKAALIDTGLGIDNIKRMTDQLTSKPIEVVTTHVHADHIGSHGEYDTIHVHEADQDWLIHGMEGVTLAQIRIDIARDISLPTPATFHPDTYTPFQGYPTNVLKDGDRIELGNRQLIIYHTPGHSPGHIVLYDTTQGYLFTGDLLYDQTPIYAFYPSTNPVDLVMSLEKISNIDGVKKVFGSHNTLGLDASILQEVKQAVTYLRENSLAKFGTGIHEFNGFRIQF				NA	NA	NA	NA	NA
AK148_03528	780			hypothetical protein	GTGGATATTGGGGAGCAAAATCGTCTTGCGTGGGACAAGAAAGTGGAAGACAGGGCAGTTTATACGCAGGAAGCATCTAGCGATGTAATTAAAAAAAGTAAAGCGGGAAATTGGGAAATAACCGTCACGACGAATAGACCTGTTCCGAGAAGCTGGTTTCCTGCATCTCTTACAGGGAAGAAAATCTTGTGCTTAGCTTCTGGTGGGGGACAGCAAGGGCCTATTTTAGCTACAACTGGAGCTGACGTTACAGTATTTGATATATCTAATCGACAACTGGAAAAAGATTCGCTCGTCGCTGAACGTGAAGGATTAAATCTAAAAACTGTACAAGGTGACATGACGGATTTATCTTGTTTTCAGGATGAAACGTTTGATATCATTGTTCATCCTGTTGCAAATTTGTTTGTGAAAGATATTTCCCATGTTTGGCATGAAGCGGCTCGGGTGTTAAAAACGAACGGTACACTTATTTCTGGTTTTACGAATCCTGTGTTATTTATTTTTGATGATGAAGAAGATCGAAAAGGAAATTTAGTTGTAAAGCATACAATTCCTTTTCATTCTTTACAAGACCTTTGTGAAGAAGAAGTAGAGACGTATTTAAAAGCAAATCACACGATTGAATTTGGTCATACTTTAGAAGATCAAATTCAAGGGCAGGTGGATGCAGGCTTTGTGATTGCAGGTTTTTTTGAAGACAATTTTGGGGGCAAAAGACCGATAGATCAACATTTAAAATGCTTTATCGCAACAAAAGCAATAAAGGCATCTATTTAG	MDIGEQNRLAWDKKVEDRAVYTQEASSDVIKKSKAGNWEITVTTNRPVPRSWFPASLTGKKILCLASGGGQQGPILATTGADVTVFDISNRQLEKDSLVAEREGLNLKTVQGDMTDLSCFQDETFDIIVHPVANLFVKDISHVWHEAARVLKTNGTLISGFTNPVLFIFDDEEDRKGNLVVKHTIPFHSLQDLCEEEVETYLKANHTIEFGHTLEDQIQGQVDAGFVIAGFFEDNFGGKRPIDQHLKCFIATKAIKASI				NA	NA	NA	NA	NA
AK148_03529	1878	nrdD	COG1328	Anaerobic ribonucleoside-triphosphate reductase	ATGATTGAAACAAAAAACACTCCCAAAAACATAGGTGAAGACTTGATGCTGGCTTTTCAAGACATTGTGTCAAGCTCTAATCAAGATTTAATTCAAGAAAATGCCAATGTTGATGGCAGATCGCCATGTGGACAGATGAATAAATTTGCCAATGAAAGTGCGAAGTTCTATGCAAAGCAACAAATGTTAAGCGAAGAAGCTAACCAAGCTGTAGCAGAAAACTATATTCATATTCATGATTTAGACTATATGCCGACAGGAACGGCTACTTGTTGCCAAGTTCCTTTAGGAAAATTATTGGAAAAAGGATTCAACACGGGACATGGTCATATGCGCTCCCCACAAACGATTTTAAGTGCGATGGCGTTAGCGGCGATTATTTTTCAAAGCAATCAAAACCAACAACACGGAGGCCAAAGTTTTCCAGCATTTGATTATGATTTAGCACCGTTTGTTAAACGTTCCTATGAAAAACGTTTACGGAAATTAAAACAGTACCCGCTTGCGCTTTCTAAGCAGGAATTGGAGGAATTAGCGTGGTCGGAGACAGATCATGAATGCTATCAAGCATGCGAGGCGTTTATTCATAATTTAAACAGCCTTCATTCTCGAAGTGGTGGTCAAGTTCCGTTTACGTCCATTAATTATGGTACAGATACAAGCAGAGAAGGTAGAATGATTGTAAAAAATTTATTGTTAGCTACGCAAGCAGGTTTAGGTAAGGGAGAAACGCCAATCTTTCCTATTCAAATTTTTAAAATGAAAAAAGGCGTTAATTTCTATAAAGGAGATCCAAACCATGATTTGTATCAACTAGCGCTTAAAACGACAGCAAAACGACTGTTCCCTAATTTTAGCTTTATTGATGCACCTTTTAATTTACACTATTATGAACCTGATAACCCATACTCAGAAGTAGCTTATATGGGATGTCGCACACGAATAATGGCTAATCGTCACGGAAAAGAAAATAGTCTTGGCAGAGGCAACTTGTCATTTACAAGTATCAACTTAGTGAAATTAGCACTTACTACACAATCTTTTGAAGCTTTTATACAAAAATTAGATGAATACGCAGATATTGTTATACGTCAATTGTATGATCGTTATTTATTTCAGGCGCGTAAACTTGTGAAAGATTTCACCTTTTTGCATGGGCAAGGAGTATGGGAAGGAAGTTCACAATTAGGCCCTGAGGATAGATTAGAAAAAGTGTTAAAACAAGGAAGCTTAAGCGTTGGTTTTATCGGCTTAGCAGAATGCTTAGTAGCCTTAACAGGCAAGCACCACGGCGAATCTGATGAAGCACAGAGTACTGGGGAAGAAATTGTTGCGTTTTTACGTAGCAAATGTGATCAGGCTTGTGACCAATATGATTTAAATTATTCCTTAATAGCAACTCCTGCTGAAGGTTTAAGCGGTCGGTTTACCAAGCAAGATCAAAAGGAATTTGGCAGAATACCAGGCGTTACTGACAGAGATTATTATACAAATTCGTTTCATATCCCAGTATACTATCCAATTTGTGCTATGGAAAAAATAAAACGAGAAGCAATATATCATCCATATACGAATGCTGGCCATATTACGTACATTGAAGTAGACGGCGATGTAAGTAAAAATTTAAAGGCGATGGATACACTTGTGAAAACAATGGCAGAAAGTGGTATTGGTTATGGAAGTGTGAATCATCCAGTAGATCGATGTAAAAACTGTGGTTATACAGGGATGATAGATAATGAATGCCCTAAATGCCAAATAACGGATGAAAAACAAATCGACCGCATTCGCCGGATTACAGGTTATCTTGTAGGAACGATGGATAAATGGAATACGGCAAAAGCCTCGGAAGAACATGATCGGGTGCGGCATGTGTAA	MIETKNTPKNIGEDLMLAFQDIVSSSNQDLIQENANVDGRSPCGQMNKFANESAKFYAKQQMLSEEANQAVAENYIHIHDLDYMPTGTATCCQVPLGKLLEKGFNTGHGHMRSPQTILSAMALAAIIFQSNQNQQHGGQSFPAFDYDLAPFVKRSYEKRLRKLKQYPLALSKQELEELAWSETDHECYQACEAFIHNLNSLHSRSGGQVPFTSINYGTDTSREGRMIVKNLLLATQAGLGKGETPIFPIQIFKMKKGVNFYKGDPNHDLYQLALKTTAKRLFPNFSFIDAPFNLHYYEPDNPYSEVAYMGCRTRIMANRHGKENSLGRGNLSFTSINLVKLALTTQSFEAFIQKLDEYADIVIRQLYDRYLFQARKLVKDFTFLHGQGVWEGSSQLGPEDRLEKVLKQGSLSVGFIGLAECLVALTGKHHGESDEAQSTGEEIVAFLRSKCDQACDQYDLNYSLIATPAEGLSGRFTKQDQKEFGRIPGVTDRDYYTNSFHIPVYYPICAMEKIKREAIYHPYTNAGHITYIEVDGDVSKNLKAMDTLVKTMAESGIGYGSVNHPVDRCKNCGYTGMIDNECPKCQITDEKQIDRIRRITGYLVGTMDKWNTAKASEEHDRVRHV	PGPT0021330_1969	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-ANAEROBIC_SIGNALLING,PGPT0021330-nrdD-K21636	NA	NA
AK148_03530	486	nrdG	COG0602	Anaerobic ribonucleoside-triphosphate reductase-activating protein	ATGGATACAGCAAGCGTGTTATCTATTTATCATGATTCGGTTGTCGATGGAGAAGGATTACGTGCTGTTATCTTTTTTGCAGGTTGCCCTCATTTCTGCAAAGGATGCCATAACCCGAAGTCATGGAATTTGCGAAATGGCAAAGCAATGCATGTAAATCAAATTGTAGAAGAAGCGCTGAACCCATTAAATGATATTACATTAAGTGGTGGCGATCCGTTTTACCAAGCAGAGGCTGTAGCTAAAGTAGCTAAACAACTTAAAGAGCATGGTAAAAACATATGGGCTTATACGGGATGGACATTAGAACAATTATTAGAGAATAAAGATCCGCACCAGTTAGAGTTACTGCAATATGTGGACGTACTTGTAGATGGTCCATTTATTCTAGCAGAACGTGATTTAACGTTAACGTTTCGTGGAAGTAAAAATCAACGTATCATTGATATGAAAACAATGCAGAATCATTCCATTATGGATGACTAA	MDTASVLSIYHDSVVDGEGLRAVIFFAGCPHFCKGCHNPKSWNLRNGKAMHVNQIVEEALNPLNDITLSGGDPFYQAEAVAKVAKQLKEHGKNIWAYTGWTLEQLLENKDPHQLELLQYVDVLVDGPFILAERDLTLTFRGSKNQRIIDMKTMQNHSIMDD				NA	NA	NA	NA	NA
AK148_03531	186			hypothetical protein	ATGAATCAGTTAACGCAAACCGAATTAGAGAACTTGCGTAAGATTATTGGAGGTCATGGGATGATCGCTAATAAATTGGAAACTTACGCACAATCCGCCACAGATCAAGAGCTGAAATCTATTTTGCTTCAAGATGCACAAGCTGCTAGACAAGCGCAGCAACAGTTATTACCATTTTTACAATAG	MNQLTQTELENLRKIIGGHGMIANKLETYAQSATDQELKSILLQDAQAARQAQQQLLPFLQ				NA	NA	NA	NA	NA
AK148_03532	255			hypothetical protein	ATGTTACAAGATAAAGACATTGTGAATGATTATCTAAATGGATTAAATTCGAGTTTAAAGAACTATGCCGATTATATAGCTCAAGCCAATAATGCACAGCTAAGACAAACGCTCATAAATTTGCGTAATGGGGATGAATCTCGCCAACGATCGCTTTATAGTTATGCCTCGCAAAAGGGATTTTATAAGCCAGCCATGCCCGCATCGCAACAAGAAGTACAACAAGTGAAAACGGAATTGTCTTCCGGTCAATAA	MLQDKDIVNDYLNGLNSSLKNYADYIAQANNAQLRQTLINLRNGDESRQRSLYSYASQKGFYKPAMPASQQEVQQVKTELSSGQ				NA	NA	NA	NA	NA
AK148_03533	861			hypothetical protein	TTGATCTATATTGGATTGACAGGGTGGGGAGATCATTACTCCTTATATGCTGAGCAAATTAAAGCAAAAGATAAACTAGCAGAATATAGTAGCCATTTTCTTGTTGTTGAAGTGGATGCATCATTTTACGCAATTCAGCCAGTGAAGAATGCAGAAAAATGGGTAAGAGAAACACCTGCTAATTTCCAATTTGTCGTAAAAGCGTACCAAGGGATGACGGGACATAAACGGAAAGAAGAGGAGGATTCGCCTTTTGAGACGAAAAAAGAAATGTTTAACTCATTTATAGCATCGTTACAACCGTATCAAGAGGCGAATAAGTTAGCAATGGTTTTATTTCAATTTCCACCTTGGTTTGATTGTACGAAACAAAATGTGACCTACTTGCGCTACTGCAAGCAAATGATGGGAGATATTCCCGTTGCTTTAGAATTTAGAAATCAAACTTGGTTCAGCGATCGTTTTCGCCAAAGCACATTGTCATTCATGAAACAAGAAGGCTGGATTCATTCGATTGTAGATGAACCACAGGCAGGAGAAGGTTCTATCCCGACGGTTCCAGTAGTAACCAATGAAGCGCAGACGCTTATCCGTTTTCATGGTAGAAATGCTGTTGGTTGGAATAAACCGACGAGCATTGATACAAATTGGCGTGATGTACGTTATTTATATAAGTATAATCAAGAAGAGCTTATAGAATGGAAAAAAGTGATACAGAGATTAGAAAAAGAAACGAAGGACATTGTTGTGTTATTTAACAACAACTCAGGTGGGGATGCTGCCGAAAACGCCAAGCAATTTCAAAAGCTTTTAGGCATTGAATATGAAGGACTCGCTCCGAAGCAGTTGGGATTGTTTTGA	MIYIGLTGWGDHYSLYAEQIKAKDKLAEYSSHFLVVEVDASFYAIQPVKNAEKWVRETPANFQFVVKAYQGMTGHKRKEEEDSPFETKKEMFNSFIASLQPYQEANKLAMVLFQFPPWFDCTKQNVTYLRYCKQMMGDIPVALEFRNQTWFSDRFRQSTLSFMKQEGWIHSIVDEPQAGEGSIPTVPVVTNEAQTLIRFHGRNAVGWNKPTSIDTNWRDVRYLYKYNQEELIEWKKVIQRLEKETKDIVVLFNNNSGGDAAENAKQFQKLLGIEYEGLAPKQLGLF				NA	NA	NA	NA	NA
AK148_03534	105			hypothetical protein	ATGACAAATAGGCTACTAGAAGAATCGAACAGTTTAATACAAACTGCCAAAAGAAAAGCTAGAGGATATCGTACGGCAATCACTTTATTGCAACGATCTATGTAA	MTNRLLEESNSLIQTAKRKARGYRTAITLLQRSM				NA	NA	NA	NA	NA
AK148_03535	585			hypothetical protein	TTGGTAATTGGTAGGATAAATTATTTTATTTTTGCAACCGTAAATGCAAAGGCTACTGAGTCACAGGAACAAAATTACACTGGTCAAGAACTTTTTGAAGGAGTGTTTTTCGGAATTGGCGAAGTAGGTAATGCACTTTCAGATTTTTGGGAACCAGCACTAGATGGTTATACTTATTCTGAAGAAGAGAGCAAAAAAATTCAATACATTGAAAAACAATTAGAAGATTACGACTCTCAATTTTTTATTGAATTTAAAGAAGGAATTGAAAGTGGGGATCAGATTGTAATTGAGGAAACAATTATTGAAACTGAAAAAGCTTTAGCAGATATATTTCATAAAGAAATTGAACAAGCCATTTCCAGACAGCCTATATCAGATGAAGAAGCTCAGTCCTTTTCACTTAAACACGGATTTGCACTTTCTATAGCGTATTCCTATGCGGGTGTAACGCATATTGCAGGTGCGTTTGTTTTAACTTATGTTACGGTTGGACATAAATTTATTGGTCCTAGTTCTGTAGAAAAGAAAAACCTTTTAACTAGAGAAATGTATGTAGACAGTATTGCAAAAGATTTGAACTAA	MVIGRINYFIFATVNAKATESQEQNYTGQELFEGVFFGIGEVGNALSDFWEPALDGYTYSEEESKKIQYIEKQLEDYDSQFFIEFKEGIESGDQIVIEETIIETEKALADIFHKEIEQAISRQPISDEEAQSFSLKHGFALSIAYSYAGVTHIAGAFVLTYVTVGHKFIGPSSVEKKNLLTREMYVDSIAKDLN				NA	NA	NA	NA	NA
AK148_03536	321			hypothetical protein	TTGTCTTTAAATACCGACTTAAAAACCGCAATAATAATTTCTATTTTCATTGGGGTCTACTTTATTATAAGTGGATTATTAATTTGGAGAAAGCAAAAAAGAAATTTAATAGCTGGATACAAAGAAACTGAATTTAGTGGTAACAAAAAAAAACTATCAAAAGACGTAGGGATATTTTCTATAGTGATAGGCCTAATTATTTTGATATTACCAATAACTATTAAGTATTTATTCGAATGGACTGTATGGGTGTTAGTAAGTTTAATTGTTATACTTACAACATTCATTTTAATAAAGATTAATTTTCAAAATACAGATTGA	MSLNTDLKTAIIISIFIGVYFIISGLLIWRKQKRNLIAGYKETEFSGNKKKLSKDVGIFSIVIGLIILILPITIKYLFEWTVWVLVSLIVILTTFILIKINFQNTD				NA	NA	NA	NA	NA
AK148_03537	168			hypothetical protein	ATGACCATTTTTTCTTCTGTGTTAGGTTCCTTTTTTATACCAGATGATGGCGCATGGTTTAAGCCTTTTGGTAGAGATGTAGCAATTATAATAACAGCAATTACTTATTTATTTGGGCAGTTTGTCGTTAGGTGGATAAGGAGAGGGAGCCCTTCTGAAAAAAAGTAG	MTIFSSVLGSFFIPDDGAWFKPFGRDVAIIITAITYLFGQFVVRWIRRGSPSEKK				NA	NA	NA	NA	NA
AK148_03538	732			hypothetical protein	ATGAAAACTTCGAAATATATTATAATGATGTATCTTATTTTCTTTGCTATGATGGTTGGGATTAATTATTTCGCTGGGAGCAATGTAGGACAAATAGCCAATCAGTATGAAACGCTTATTCAGCCAGCTGGATATGCCTTTGCTATTTGGGGTGTTATCTACTTATTTTTGTTTATTTGGATCATTCGAGGATTCTTTATTCAAGGGGACAAAGCTACTTTATACAAAGAGTTTCAATTTGTTCTTCCCATTAATTTTGTTTTAAATAGTTTGTGGATTTTAACATTCACTCGTGACAACATACTACTTTCAACGATTATTATCCTCTTATTATTAGGTACGCTTATTTGGATGTACCGTGTCGTATGGACAATTTCTTTCAGTCGCTTACTTGACCGCATTCCATTTTCGATTTATTTTGGATGGGTATCCTTAGCTAGTGTAGTTAACCTATTCACTTATGCAAAAAGTGAAGGAATAACTTCATTTTTAGGGTTAAGTGAGTTCATTTGGACGGTCATTGTCATCTTGTTAGTGACAGGAATAGCGGCTCGAATTACCCTTCGTAATCAAGACCTTTTCTTACCACTTGTTTATATATGGACATTTATCGCCATTTACGTAAAAGATCAACAACAACTATTACAGTTTACTTTACTTCTATGTTGCCTTGTGCTTGTTGTTTGCTTCGTGTTCATTGCTATTAGGAAAATGAAAAAAATCGTTAAATGA	MKTSKYIIMMYLIFFAMMVGINYFAGSNVGQIANQYETLIQPAGYAFAIWGVIYLFLFIWIIRGFFIQGDKATLYKEFQFVLPINFVLNSLWILTFTRDNILLSTIIILLLLGTLIWMYRVVWTISFSRLLDRIPFSIYFGWVSLASVVNLFTYAKSEGITSFLGLSEFIWTVIVILLVTGIAARITLRNQDLFLPLVYIWTFIAIYVKDQQQLLQFTLLLCCLVLVVCFVFIAIRKMKKIVK	PGPT0014330_71	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014330-ytaB-K05770	NA	NA
AK148_03539	189			hypothetical protein	ATGAGAATGATCACTTCTCTAGCCATCTCACTCGCTGCAGCCCTTTTACTCGTCGGCTGTAGCGAATTTAGTACAAACTATAACTTAGCATTTGCTTCTTATTTACTTGCCTTATTGCCAATAATCATCGTTTATCTCATCGCTCAAAAATGGATCATTGGTAACGTAACACGTGGTGCGGTAAAATAG	MRMITSLAISLAAALLLVGCSEFSTNYNLAFASYLLALLPIIIVYLIAQKWIIGNVTRGAVK				NA	NA	NA	NA	NA
AK148_03540	1680	malL_2	COG0366	Oligo-1,6-glucosidase	ATGACACAAAATAATTGGTGGAAAGAAAGCGTCGTTTATCAAATCTATCCACGTAGCTTTCATGATAGCAACGGTGATGGAATTGGAGATATACAAGGAATTATTCAAAAACTTGACTACTTAAAAAAACTTGGAATCGATGTCATTTGGCTATCCCCTGTGTACGATTCCCCAAATGATGATAATGGTTATGATATTCGTGATTACCAAAAAATCATGGATGAATTCGGAACGATGGAAGACTTTGATACATTGCTTGAAGAAGCACATCAACGCGGTCTTAAAATCGTAATGGATCTTGTAGTGAATCACACATCCGATGAACATGCTTGGTTTGTCGAGTCAAGATCAAGTAAAAACCATCCAAAAAGAGATTATTATATTTGGAAAAAAGGAAAAGAAAATGGGCAACCACCGACGAATTGGGAATCCGCATTTAGCGGCTCTGCATGGAAATATGATGAGGCAACGGATGAATATTTTCTGCATATGTTTAGCGAAAAGCAACCTGATTTAAATTGGGAAAACCCAGATGTCCGTAATGACGTGTACCAAATGATGCGCTGGTGGTTAGATAAAGGAATAGATGGTTTTCGTATGGATGTGATCAACTTAATATCGAAAGATCAAACCATGCCTGAACGCGAACCAGATCCAGGTAAAGAACTTGTTTCCGCATTTGAATTTCATATGAATGGACCGCGTATTCATGAATTTTTACATGAAATGAATCAAAAAGTGCTCGCTGATTATGATATTTTAACAGTTGGAGAAATGCCAGGTGTAACCGTCGAGGATGCGAAGCTTTACACTGGGGAAGAACGTGAAGAACTGAATATGGTATTTCATTTTGAACATATGGGACTTTGGAATGGACCAGATGGGAAATGGTCCAACATGCCTTGGAAGCTTACCGATTTAAAAAAAATTCTAAGTAAATGGCAGTACGGTCTAGAACATGAAGGCTGGAATAGTTTGTACTGGAATAACCATGACCAACCGAGAGTCGTTTCTCGTTTTGGCAATGATAAAGAATACCGTGAGAAATCAGCTAAAATGCTCGCCACTCTCCTTCACGGCATGAAAGGAACACCTTATATCTATCAGGGAGAAGAAATTGGTATGACGAACGTCCAATTCCCTTCCATTGATGATTATGAAGATATCGAACTGATTAATTGGTATCATGAACGCTTGGCACAAGGGCATCATAAAGAGGACTTAATGCAAGCTATTTATGCTATTGGTCGTGATAACGCTAGAACACCAATGCAATGGAGTGACAAGCCACATGCAGGGTTTACAACAGGACAACCTTGGTTAAACGTAAATCCAAATTACACGACAATAAATACAGAGGCAGCTCTTGCTGATCCTAACTCTATATTCTATTATTATCAGCAATTAATTGCCTTGCGGAAACAAGAACCGACCATCATCCACGGAAAATTTGATTTATTACTTGAAGATAACGAAGAAATATTTGCTTACACGAGAACACATCAAGAAGACGCTTTGCTCGTCGTATGTAACTTTACAGATCAGCAACAGACATGTGAACTACCAAACGTGCCAGAAGGCCAAGAAATCTTAATTACGAACGAGCCAACAAAAACGATGCATTCCGTTCGCCAATTTACTCTTAAACCATATGAAGCCTTTATATACAGGCTTGCTTAG	MTQNNWWKESVVYQIYPRSFHDSNGDGIGDIQGIIQKLDYLKKLGIDVIWLSPVYDSPNDDNGYDIRDYQKIMDEFGTMEDFDTLLEEAHQRGLKIVMDLVVNHTSDEHAWFVESRSSKNHPKRDYYIWKKGKENGQPPTNWESAFSGSAWKYDEATDEYFLHMFSEKQPDLNWENPDVRNDVYQMMRWWLDKGIDGFRMDVINLISKDQTMPEREPDPGKELVSAFEFHMNGPRIHEFLHEMNQKVLADYDILTVGEMPGVTVEDAKLYTGEEREELNMVFHFEHMGLWNGPDGKWSNMPWKLTDLKKILSKWQYGLEHEGWNSLYWNNHDQPRVVSRFGNDKEYREKSAKMLATLLHGMKGTPYIYQGEEIGMTNVQFPSIDDYEDIELINWYHERLAQGHHKEDLMQAIYAIGRDNARTPMQWSDKPHAGFTTGQPWLNVNPNYTTINTEAALADPNSIFYYYQQLIALRKQEPTIIHGKFDLLLEDNEEIFAYTRTHQEDALLVVCNFTDQQQTCELPNVPEGQEILITNEPTKTMHSVRQFTLKPYEAFIYRLA	PGPT0019145_801	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019145-malL-K01182	NA	NA
AK148_03541	1026	ccpA_2	COG1609	Catabolite control protein A	ATGAAAAAATCAACGATAAAAGATGTTGCTAGAGAAGCAAATGTGTCTATTGCGACAGTATCTCGGATTTTAAATAATACGGGAAAGGGCTACTCTGACAAAACAAAGCAGCATGTAATGCAAACGATTGAACAGATGGGGTACTTCCCTAATGCTATTGCCCGTAGTTTAATTAATAATGAAAGTGGAACAATTGGAGTGCTGTTTCCTGCGGTGTCTGGAATGGTCAGTGCAGAAATGCTACATGGTATAGAAGCGGCTGCGCAAGTTTACGGAAAGAGTGTATTTGTTTGTAATACATTGTCCGATCCTGATAAAACAAAGCACTATTTACAATTACTTTATGAAAAACAGGTGGAGGGCGTTATATTCGCAAGTGGAAGGCTGACGAGAAATTTTCAAAAAATTGTTAAGCAAATGAATGTTCCTTTTGTCACTTTATCAGGAATATCTGATTTAAAGAACATACCGGAAATAAAAGTCGATGATCTAAAAGCTACCTATGATGCTACGAATTATTTAATCAAGCATGGGCACACAAAACTCGCTATGGTTAGTGGACCGCCTTATGACTTAATTGCAGGTACGCCTCGGATGGAGGGCTTTAAGCAAGCATTATCCGATGCAAACCTTCCTTGTAAATCATCACAGATTAGTTGGAGTAGCGCCTTCTATTTTGAAGATGGCAAACATGCATTTCGTTCCATTATGAAAAGCCACCCAGAGGTTACTGCAATTGTTGCAGCAAGCGATGAAATGGCGGCTGGTGTTATTTCTGAAGCAAATGCACAAGGAATACGTGTCCCTGAAGATGTATCCGTAATTGGCTATGATAATACGAAGTTAGCTACGATGACTGTTCCTTCATTAACTACTGTATCTCAAGAGTTCGACGTGATGGGGTATCGTGCTGGCGAGTTGCTATGCCAGTGTATTATGGGGGAAGATATGGATTCGATTATCATGGAACACAAAATAATTGAAAGAGAATCGGTGAAAAAGACAAAGGCTCGGGGCATAGTTTAG	MKKSTIKDVAREANVSIATVSRILNNTGKGYSDKTKQHVMQTIEQMGYFPNAIARSLINNESGTIGVLFPAVSGMVSAEMLHGIEAAAQVYGKSVFVCNTLSDPDKTKHYLQLLYEKQVEGVIFASGRLTRNFQKIVKQMNVPFVTLSGISDLKNIPEIKVDDLKATYDATNYLIKHGHTKLAMVSGPPYDLIAGTPRMEGFKQALSDANLPCKSSQISWSSAFYFEDGKHAFRSIMKSHPEVTAIVAASDEMAAGVISEANAQGIRVPEDVSVIGYDNTKLATMTVPSLTTVSQEFDVMGYRAGELLCQCIMGEDMDSIIMEHKIIERESVKKTKARGIV	PGPT0014791_120	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_FACILITATING_PROTEIN	SESSILE_ROOT_COLONIZATION,PGPT0014791-ccpA-NA	NA	NA
AK148_03542	729			hypothetical protein	ATGTCCTCTAAAAAACGTTTCGGTAGCGTTGTAATGACTGGTAACCAATGCAAAAAACAAAATCTTAATAAAAAGCATGATTGCTATAAAAATGATTTTAAACAGGATTGTTGCAAACAAGCAAGTTGTAATTGTAATTTTAAAAAGCAAGAACTTAAAGCAACAAAGCTAGATAGCGATTGTTTTCTAGTCAATTCTTTGGTCGGTACGAAAACGGTTCAAAAAGTAGCGGAAACATCTCTACCACTCACCTTGTTTGAAGGAGTAAGTACGACAAATATTCTTTCTATAAATGTTGTACCTAATTTAAATGCAATCACACAAAATGTTACAGTAATCAAAGATAAAGTCGTTAATATAGGCATAGTACCTGCAGATATTAGTATAACAACGACAGACGGGGATGTAGTTGGTATTATTGGCGGCGTAGTAAACATTCCATTTCAAGCGCATACCGATTTTCCAGGCGCTTGTCCGGAAGATATGGTACAGGAAACGCCATTAGAAATTGAAGGAATTTTCATTCAAGAAGGTATATCATTGGTTGCTTCAACTGGTGAGGCACTCGTAGCTGGCATTTTAGTGAAAATTATATTACGCACTACTATTACAGTTACCCGCCCAGTGATTAAGGATGCTGAAGGGAATTTTTGTGATGTAAATCAGAATCGTTGTAAAGCAATAGGTACTCCACCATCATTTACTTTTCCGCCACCAGGTAATGGGTAA	MSSKKRFGSVVMTGNQCKKQNLNKKHDCYKNDFKQDCCKQASCNCNFKKQELKATKLDSDCFLVNSLVGTKTVQKVAETSLPLTLFEGVSTTNILSINVVPNLNAITQNVTVIKDKVVNIGIVPADISITTTDGDVVGIIGGVVNIPFQAHTDFPGACPEDMVQETPLEIEGIFIQEGISLVASTGEALVAGILVKIILRTTITVTRPVIKDAEGNFCDVNQNRCKAIGTPPSFTFPPPGNG				NA	NA	NA	NA	NA
AK148_03544	966	arcB_2		Delta(1)-pyrroline-2-carboxylate reductase	ATGTTGTTTCTAAGTGAAAAGGATATAAAACAGGCTGTGTCGATGAAAGAGGTAATAGATGGTATTGATCATGCGTATCATATCTATGAATCTGGTGAGTTTTTAGCTCCAGAACGTATGCATATAGAAGACAATGCTAATACACTTTTGTTCATGCCATGTTTCACAAGTGATGTAATCGCTACCAAACTTGTTACGGTATTCCCAAATAACCAAACATGTCCAACCATTCACGGGTTGGTTGTGCTGCATTGTAAGGAGACAGGAGAAATAAAAGCAGTTTTAAATGGTTCTTATCTAACGGGCATGCGTACCGGCGCCATAGGAGGTTCTGCGGTTAGACATCTTGCGCGTAAAGGAGACACATCGTTGGCAATTATCGGTACTGGAACACAAGGTTTCTATCAAGCCGTTGCTGCATGTACAGAACGGGAGATAAAACACATATATCTCTATAATCGATCCCACGAAAAAATAGCGTCATTTCGCCATTCTCTCATAGAGTGGATTGGAGAAGAAGTGCAAATTCACCCGGTGTCTTCAGCAGAGGAAGCTATTGCTAAAGCGGGTATTGTTATAACGGCAACGACATCTAAAGAACCAGTTCTCCCAGACGATCCACACTTGTTGAAAAATAAATTATTTATTGGTATTGGCTCGTTCCAACCAACTATGAGAGAGTTCCCCACATCATTGTATCGTTTAGCGGATAAAGTATTTGTTGATACAGAGCATGCCATAACGGAATCTGGTGATTTAGCTATGCCAATGGATCAGGGGTTGATAAAACACGAGTCCATTACTTTCATGTCGCAGCATACTACAAGCGGAGTTCAGCTAAATCGAGAAAAAGCGAAAACGGTCTTATTTAAATCAACCGGAATGGCTTTGTTTGATGTAGTTGTTGCTCATTTCATGTATCAAAAGTCAATAGAAAACAATATTGGAACAAAACTGGATATGTAA	MLFLSEKDIKQAVSMKEVIDGIDHAYHIYESGEFLAPERMHIEDNANTLLFMPCFTSDVIATKLVTVFPNNQTCPTIHGLVVLHCKETGEIKAVLNGSYLTGMRTGAIGGSAVRHLARKGDTSLAIIGTGTQGFYQAVAACTEREIKHIYLYNRSHEKIASFRHSLIEWIGEEVQIHPVSSAEEAIAKAGIVITATTSKEPVLPDDPHLLKNKLFIGIGSFQPTMREFPTSLYRLADKVFVDTEHAITESGDLAMPMDQGLIKHESITFMSQHTTSGVQLNREKAKTVLFKSTGMALFDVVVAHFMYQKSIENNIGTKLDM				NA	NA	NA	NA	NA
AK148_03545	237			hypothetical protein	ATGCAGGCTAAATCGCGATGGTTAGATCCAGGAATTATTTTAGTAGCAATATTACTTTGCTGTGTAGCGGTCGTTTTAATATGGTGGCCGACAGATACGTACTTTATGGGAATTTCCTTAGCGGGTTGGCTCATGTTTTTAAGCTATATCATGTGGTTTATATTAGCGGTCATTTATGTGGTCTGGATAGAGAAAAAAGAACGTAAGGAAAATGACGATGAAAGGAGGAAGAAGTAA	MQAKSRWLDPGIILVAILLCCVAVVLIWWPTDTYFMGISLAGWLMFLSYIMWFILAVIYVVWIEKKERKENDDERRKK				NA	NA	NA	NA	NA
AK148_03546	1452	opuE	COG0591	Osmoregulated proline transporter OpuE	ATGCAAATTCTTGAAGCTGTTATATTGGCTGTATATCTCATTTTAATGACGTTCATGGGCATCTATTTTGCTAAACGTGCTCACTCGTCCGAAAATGATTACTGGACAGCAGGCAAAAGTATTAATACTTTTGTTGGTGCTTTTGCCTTGTTTGCAGCATTAGCTAGCTCCAGTTCATTAATGGGCGCTGTTGGTTCAGGTGTTGCCCTTGGCGTTCCTTTCCTGTTTGCCTATGGATTTGGAGCCGTTGCTATTTTACCATTTACGCTCTTTTTAGTGTCTGGACAAATTAGACGTTCAGGAGTGAATACATTACCGGAATTTTTTAAACAACGGTACGGAAGAGCAGTGCAGATTGTAGCAGTGTTTATCGTTGTGATTGGGATGACGTTTTACATGGTTCCACAGCTTACAGCATCAGGCTTAATTGGATCTTACGTATTAGGAGTGGATTATAAAACAGCTGTCATTCTTCTAGGAATTGGCTTTACCATTTATGCCGCATTAGGAGGCATGTGGGCAATAACATATACCGATCTTATCCAAGGTTCTGTGATGCTGATCGGAATGCTTGTACTGTCATGCATTATTCTTTTCCAACATAATGGCTTTTCAACGTTAATACAAGATGCCTTAGCCGTTACACCAAATTTTGGGGATATTACACAACCATGGATGTCCTATTTTGGTTTATTTTTAGCCTTCCTATGGTTTGGCATTGTTTCACCATCAGCGGTAATGCGCAATTTTTCTTCACGTGATGCAAAAACAGCACGAAGATCGGCTATGTGGGCTTGTCTTTTATATCTATTCATTTTTATATTTGGATTTATAGTTGCTGCAGGTGGTGCTAGTCTTGGTATAGCGGATTCTCTGGACAATCAAGATATGATCTTTGTCTCTGTCATTGAGAATTATATGTCCCCTATTTTAGCTGGTATGATGCTTGCAGGTTTGCTTGCTGCTATTATGTCTTCAGCGGATGCAATGCTTTTAGCCATTTCAGCTGGTGTTGCGCACGATATTTATAAGGAGTATATCAATAAAGAAGCGTCTGAAAAAACGGTCACTAAAATCGGGTTCGTCGTTATGATTGTTGCGAGTATTATCGGTATTGTCATAGCGATAAATCCACCCCAATTAATTGCGATCATGGTGGGCTGGGTTGGCGGTTTCTTGTTATCAGCATTTGGTTTCCCGCTCGTTTTAGGTATTTGGTGGAACAGAGCAAACAAAGCAGGTGCACTGGCTGGTATGCTTGGTGGTGCAGTCACATTTCTTATACTTGTCCTAACAAAACCTTTCGCATTGGTATCAGAACCAATCATTGCAGCCCCTGTATCACTCATTCTTTTAATCGTAGTTAGTTTCGTTACTCAAACACCATCCGCCGAAATTCAAAATCAAGTGAATCAATACCATGCAGAAAATGATAGTAAAAAGACTGTTTGA	MQILEAVILAVYLILMTFMGIYFAKRAHSSENDYWTAGKSINTFVGAFALFAALASSSSLMGAVGSGVALGVPFLFAYGFGAVAILPFTLFLVSGQIRRSGVNTLPEFFKQRYGRAVQIVAVFIVVIGMTFYMVPQLTASGLIGSYVLGVDYKTAVILLGIGFTIYAALGGMWAITYTDLIQGSVMLIGMLVLSCIILFQHNGFSTLIQDALAVTPNFGDITQPWMSYFGLFLAFLWFGIVSPSAVMRNFSSRDAKTARRSAMWACLLYLFIFIFGFIVAAGGASLGIADSLDNQDMIFVSVIENYMSPILAGMMLAGLLAAIMSSADAMLLAISAGVAHDIYKEYINKEASEKTVTKIGFVVMIVASIIGIVIAINPPQLIAIMVGWVGGFLLSAFGFPLVLGIWWNRANKAGALAGMLGGAVTFLILVLTKPFALVSEPIIAAPVSLILLIVVSFVTQTPSAEIQNQVNQYHAENDSKKTV	PGPT0013970_1519	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013970-putP|ycgO-K11928	NA	NA
AK148_03547	591			hypothetical protein	ATGAATCTGAGTAAAAAAGAAATACATGTTATTGGTGATAACGAATTCATTGATAATAAGCAGCTGTATTCCTATATTTATAAATCAATCCATGTAGCTACTAAGTTAAAGAAGGATGTCACCATCGCATTTTTGCAAGCGAATACAAATAATAAAGGCTTAATTTTCCACCCTATGTGGCTAGCGAAAATGTTAGTCATTGCAGATAGAAAGCCGTTTCCCCCTAAACAATCTTCCGTAAACTGCTTTATTGATGCTGTATCAGGCTATAGAGGGTTATTAACTAGCGATATGTGCATATCGAGACGTTTTGTAGATGAAAGTAAAGTAATAAGACCAAAAATTAAAGCAGCATATGAAGTGGAAAAATATATAAAGGATGTACAAAGGACGCAAATTAACCGTTCTTATATTTTGAAAAAACCTAAACATAAAATTATTCATTATTCATTGGTGTATTTACCTTTATGGAAAATTGATATAGATAGCGACTGTGTCTCTAATCCCTTGTTTTTAAATGCAAATACTGGAGAATCTGAAAAGTATTTAAGCAGTCAATGGGAAACAAATAGGTGGTTAAAAGTAAAATAG	MNLSKKEIHVIGDNEFIDNKQLYSYIYKSIHVATKLKKDVTIAFLQANTNNKGLIFHPMWLAKMLVIADRKPFPPKQSSVNCFIDAVSGYRGLLTSDMCISRRFVDESKVIRPKIKAAYEVEKYIKDVQRTQINRSYILKKPKHKIIHYSLVYLPLWKIDIDSDCVSNPLFLNANTGESEKYLSSQWETNRWLKVK				NA	NA	NA	NA	NA
AK148_03548	1356	alsT_2	COG1115	Amino-acid carrier protein AlsT	ATGGCGCAAATTGAAGAATTTTTAAGTCAAATGAGCAGTATTATATGGGGAATACCATTACTTGTACTGCTAGTAGGTACTGGAATTTATTTAACAATTAGACTTGGTGCTTTGCAAGTGCGTTCGTTACCTTATGCGCTAAAGCTTGCATTTTCCAGAAGTCAGGATAAAGATTCAGAGGGAGATATTTCCCACTTTCAGGCATTAATGACTGCTTCGGCTGCAACGGTTGGTACAGGAAATATTGTTGGGGTAGCCACGGCGGTTGTGATGGGTGGACCTGGTGCTATCTTTTGGATGTGGTTAGCTGGATTTTTTGGCATGGCGACGAAGTATGGTGAGGCAATTTTATCTGTGAAGTATCGCGTGAAAGATGCGAATGGAAATATGGCTGGTGGTCCAATGTATTATTTGGAGCACGGATTAAAACAGAAATGGCTCGGTGTTCTGTTTGCAGTATTTGGTTCTCTTGCAGCTTTTGGGATTGGTAATGGAACACAGTCTAAAGCTATTGCAGATTTAATGCATGATACATTTTCTGTTCCTTTTTGGGTCACTGGTATTGTGCTAGTTATCTTTGCTGGTATGGTTATTTTAGGTGGAATTAAATGGATTGGACGGGTAACTGCATTTTTTGTGCCAATTATGGCATTATTTTATATTCTGGCTGGAATTATAGTTATGATAATGAATATTAATCTTGTACCAGAAGCACTTGGAACGATTTTTACATTTGCGTTTACAGGGGAGGCTGCAACGGGTGGAGCTATTGGTGCAGCAATACGATTTGGAATTGCCCGCGGTTTATTTTCCAATGAAGCAGGTTTAGGATCTGCTCCTATAGCTGCTGCAGCAGCTAAAACGGACTTACCTGGCAGACAAGCGCTCGTTTCCATGACGCAAGTTCTGATTGATACATTTATCGTTTGTTCCATTACGGGAATCACTATTGTCATGTCTGGTGATTGGCGAAATGGTTCCATTGAAGCAGGTGTGTTGACGTCTACAGCTTTTGAGACTTTACTTGGCGGAGCAGGCCCGTATATTATTACAATTGGATTATTGTTTTTTGCTACCTCGACAATTTTGGGATGGGGATATTATGGAGAAAAATGCTTCCAATACTTATTCAAAAATCCTATGGCAGTAAGAGCCTATCGTACAGTTTTCGTTCTTTTCATTTTTGTTGGTGCCACCGCTACCCTTGATGTAGTCTGGATGCTCGCCGATGTGTTGAATGGCTTAATGGCTGCACCGAACTTAATTGGTTTACTCGGTTTATCAGGGGTAATTATTTACGAAACCAAACGTTTCCAGAAAAAGGCCAAAGAAGAAAAGCAGAAAGTAGCTTCGTAG	MAQIEEFLSQMSSIIWGIPLLVLLVGTGIYLTIRLGALQVRSLPYALKLAFSRSQDKDSEGDISHFQALMTASAATVGTGNIVGVATAVVMGGPGAIFWMWLAGFFGMATKYGEAILSVKYRVKDANGNMAGGPMYYLEHGLKQKWLGVLFAVFGSLAAFGIGNGTQSKAIADLMHDTFSVPFWVTGIVLVIFAGMVILGGIKWIGRVTAFFVPIMALFYILAGIIVMIMNINLVPEALGTIFTFAFTGEAATGGAIGAAIRFGIARGLFSNEAGLGSAPIAAAAAKTDLPGRQALVSMTQVLIDTFIVCSITGITIVMSGDWRNGSIEAGVLTSTAFETLLGGAGPYIITIGLLFFATSTILGWGYYGEKCFQYLFKNPMAVRAYRTVFVLFIFVGATATLDVVWMLADVLNGLMAAPNLIGLLGLSGVIIYETKRFQKKAKEEKQKVAS	PGPT0014405_4272	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GLYCINE_TRANSPORT,PGPT0014405-yflA|TC_AGCS-K03310	NA	NA
AK148_03549	261			hypothetical protein	ATGAGCGGATTTCCGCGCAAGGACGAGCGAGTTACTGACGAGCATGAGCGAATTTCGCACGAGGGCGAGCAAGTTTTTAATGAACATGAGCGATTTCCGCGCAAGGACGAGCGAGTTTCCGATGAACATGAGCGATTTCCGCGCAAGGGCGAGCGCATTTTTGACGAGCATGAGCGATTTTTGCGCGAGGGCGAGCGATTTACTGATGAACATGAGCGAATTTCGCGCGAAGGCGAGCGAGTTTCAGATGAACTAGTGTAA	MSGFPRKDERVTDEHERISHEGEQVFNEHERFPRKDERVSDEHERFPRKGERIFDEHERFLREGERFTDEHERISREGERVSDELV				NA	NA	NA	NA	NA
AK148_03550	285			hypothetical protein	GTGGCCGGAGTGGAGGGTGAGCGCATTTTTGACGAACATGAGCGATTTCCGCGCGAGGACGAGCGAGTTTCCGATGAACATGAGCGATTTCCGCGCAAGGACGAGCGAGTTACTGATGAACATGAGCGAATTTCGCACGAGGGCGAGCGAGTTTTTGACGAGCATGAGCGATTTCCGCGCGAGGACGAGCGAGTTTCCGATAAACATGAGCGATTTCCGCGCAAGGACGAGCGAGTTTTTGACGAGCATGAGCGGATTTCCGCGCAAGGACGAGCGAGTTACTGA	MAGVEGERIFDEHERFPREDERVSDEHERFPRKDERVTDEHERISHEGERVFDEHERFPREDERVSDKHERFPRKDERVFDEHERISAQGRASY				NA	NA	NA	NA	NA
AK148_03551	1482	opuD_4	COG1292	Glycine betaine transporter OpuD	ATGAAAAAAGTAACGCTTGTTTTTTGGGTTACATTAGCGATTACTGCTGCGTTGTCTGTATTGGGAGCAGTCCTGCCAGATAAGTTTGAACAAATTTCAAGCATGGTTATGCGCTTTATATCGAATCATTTTGGGTGGTACTATTTATTAATTGTAACACTGTTTGTGGTGTTTTGCGTTTACCTTGTGTTTAGTAAATATGGAAAAATAACGCTTGGTAAAGTTGGTGAAAAACCGGAATTCAGTTATCTGTCTTGGTTCGCCATGCTTTTTAGTGCGGGAATGGGGATTGGGCTTGTGTTTTATGGTGTTGCCTCACCTGTTTCTCATTATATGAAAACTCCCCCGATGGCAGAGCCTGGTACTAGAGAGGCTTTTGAAGATGCGCTTCGTGTTACTTTTTTTCACTATGGTATTCATGCATGGGCAATTTATGCATTAATTGGTTTAGTGCTCGCTTACTTTATGTTTCGTCATGAAAAGCCAGGGTTAGTAAGTTCGTCGCTGGAATCGTTGTTTGGTGATAAAATGACAGGGGCTTTAGGAAAAGCGGTGGATATAATTGCTGTTTTTGCTACGGTTGTGGGAGTAGCTACGACACTTGGGTTTGGTGCTACGCAAATCAATGGTGGTATTGCTTATTTATTCAATATCCCAATTTCATTTTCGGTGCAATTTATAATTATTTTGATTGTGACTGTTTTATTTATGATATCCACGTATACTGGCTTAAGTAAAGGGATACGTTACTTAAGTAATGCGAATATGGGATTGGGAGCAGTACTGTTTTTGGCAACTTTAATTCTTGGACCGACATTATATATTTTTAATTCGTTTACAGACACGATTGGCTTATATATACAGCAATTGCCTTCTGAAAGTTTTCGTCTATCTCCGCATAATGAAGAAGAGCGGGCATGGGTTATGAACTGGACGGTATTTTTTTGGGCATGGTGGATTGCATGGGCACCATTTGTTGGAATCTTTATTGCTAGAGTATCTAGAGGGCGAACCATTAGAGAGTTTGTGTCAGGTGTGTTAATTGTACCTTCAGTAGTCGGTTTTCTTTGGTTTTCAGCATTCGGTGTCTCAGGGATGGATGCACAGAATAAGGGTGCTAATATAGCAGCACTTCCGGATGAACAAGCTTTATTTGGGTTGTTTGACCAAATGCCTTTAAGTATGATTTTGTCATTACTCGGCATTTTGCTTATTAGCACCTTTTTTATTACGTCTGCTGATTCCGCAACCTTTGTTTTAGCGATGCAGACAACGAATGGATCGATGACACCACCGACAGCAGTAAAGTTTGCTTGGGGAATTGCGCAATCTTCTATAGCTGCTGTATTGTTATATACGGGTGGTTTACAAGCATTGCAGAATGCACTTATTTCCGCCGCCTTGCCATTTTCGTTTATTATGCTATTGATGATTGTTTCTTTTTATAAAGCACTAAGGGAAGACAAAGGAAGAAATCAGTAG	MKKVTLVFWVTLAITAALSVLGAVLPDKFEQISSMVMRFISNHFGWYYLLIVTLFVVFCVYLVFSKYGKITLGKVGEKPEFSYLSWFAMLFSAGMGIGLVFYGVASPVSHYMKTPPMAEPGTREAFEDALRVTFFHYGIHAWAIYALIGLVLAYFMFRHEKPGLVSSSLESLFGDKMTGALGKAVDIIAVFATVVGVATTLGFGATQINGGIAYLFNIPISFSVQFIIILIVTVLFMISTYTGLSKGIRYLSNANMGLGAVLFLATLILGPTLYIFNSFTDTIGLYIQQLPSESFRLSPHNEEERAWVMNWTVFFWAWWIAWAPFVGIFIARVSRGRTIREFVSGVLIVPSVVGFLWFSAFGVSGMDAQNKGANIAALPDEQALFGLFDQMPLSMILSLLGILLISTFFITSADSATFVLAMQTTNGSMTPPTAVKFAWGIAQSSIAAVLLYTGGLQALQNALISAALPFSFIMLLMIVSFYKALREDKGRNQ	PGPT0013600_1324	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013600-opuD|ytfQ-K05020	NA	NA
AK148_03552	1899			hypothetical protein	ATGCGCCTATTAAAAAAAGCTGGTTTATCGCCGAAGACTGATGGTAAAACCCATGACTTGACTTCTACCTTTCCGATCGTGAAGAAAATAAGTCTACTGCTGTTCATTTTTATGCTCGTAGTGGCGTTTCTTCCTTCTGCCGTTTTAGCAAATGATAATCCAGCAGAAAAAGAATCAAAAAGTTCTACAGACAAAGGCGAATACGAGACAAAAGATGAAGTCATTTACGGTAATATGCGAGCCAATGGGCAACTGGAAGAAATGTATGTTGTCAATACATTTCAAGTAACGAAGCCCGGCAAAATAATTGATTATGGAGCGTACAATTCTGTCCGAAACTTGACAAACTTACTAGATATAGATAAAAACGGCAACAAAATCCAATTTCAAGCCGAGGAAGAGAAGGAATTTTATTACCAAGGAAATATGCCAAACAAACCACTCCCTTGGGATATTTCGATCACCTATTTCCTGGATGGTAAGGAAATACAAGCCGAGGAATTAGCTGGTAAAAGTGGTACGCTAGAATTACAAATTTCCACTTCCAGGAATGAGAACGTAGACCCAGAGTTTTTTAACAATTATTTATTACAAATCGCCGTAACGCTAGATCCAACAAAGTTTGATAATATTCAAGCTCCAGAAGGAACAAAAGCAAATGCAGGTGAAAATAAACAAGTCAATTTTACCGTCATGCCAGAACAGGAAGAAGATTTTATTATTTCAACCGACGTGTCTGAGTTTGAAATGGATCCCATCGAAATAAATGCAGCACCCTATTCCATGTCCATCGAGAGCCCTGATACAAGTGGTGTCACTGGGGAAATGCAGGAACTAGCACATGCAATACGTGACATACATGCAGGTGTTGGTGATTTAAAAACAGGCGTTTCGGAGCTAAATAAAGGTGCACAAGGAATTCGTGATGGGTCCACAGATTACAAAAACGGCATAAATGAATTAAACCAGTCATCTGATGAATTAGTAAGCGGATCTGCATCTATTAAAGAGGCATTACACACCATGAACCAAACGGTACAACAAAGTACGAGTAATATAGATCTCAGCGCTATTCAAGCGTTACCAGCCCATTTACGAGAAATTGCAAATGGATTGGAAGAATCGACAAAAGCTACGGATAATCTGAAACAGAATTATCATCAAGCAAAAGGTCAATTAGATAAAGCAATGCATGCCATTCCGTCCGATGGAATTACTGAAGCGCAAATAAACGAATTAAAAAATAGCAACGCCGACCAAGAGGTTATTGACCAATTAGTAAATACGTATCGGGCAGCAAACGTCGCTAAAGAAACCTATAACCAAGTAACAAGTGCATTCGACGGCGTGACTGTAGCATTGGAACAATCCTCTAGCGCAACAACGGAGATGGCAAAAAACTTAAAGCAAATAGCTACGGAGATGGAGCAAACATTGAAGTCCATGAATCAACTGGACATGATGGAGCAAATTCAAGAAGGGGTTGTAACATTTAATGATGAATACGAAACATTTCATAATGGATTAGTGGACTACACAAATGGTGTAGAGGAATTAGCTACTTCCTATCAAGATTTGGATACCGGTATACAAGAGTTAGCAAAAGGAACGAGAAGCACAAGTAATGGCATCGGTGATTTATATGCCGGTACAAAAGAGCTACGAGAAGCTACGAGTAATTTACCAGGTCAAATCGAACAAGAAACCGAGGAAATGATGGAAGAATATGATAACTCCGACTACAAACCAAGCTCTTTCATTTCCGACAAAAATGAACAGGTAGAAGTCGTACAGTTTGTCCTGCAAACAGAAAGCATTGAAATCCCAGAGCAAGAAGCACCTGAAAAAACAGAAGAAGAAAAAGGCATCTGGGAACGCTTTTTAGATTTGTTCCGATAA	MRLLKKAGLSPKTDGKTHDLTSTFPIVKKISLLLFIFMLVVAFLPSAVLANDNPAEKESKSSTDKGEYETKDEVIYGNMRANGQLEEMYVVNTFQVTKPGKIIDYGAYNSVRNLTNLLDIDKNGNKIQFQAEEEKEFYYQGNMPNKPLPWDISITYFLDGKEIQAEELAGKSGTLELQISTSRNENVDPEFFNNYLLQIAVTLDPTKFDNIQAPEGTKANAGENKQVNFTVMPEQEEDFIISTDVSEFEMDPIEINAAPYSMSIESPDTSGVTGEMQELAHAIRDIHAGVGDLKTGVSELNKGAQGIRDGSTDYKNGINELNQSSDELVSGSASIKEALHTMNQTVQQSTSNIDLSAIQALPAHLREIANGLEESTKATDNLKQNYHQAKGQLDKAMHAIPSDGITEAQINELKNSNADQEVIDQLVNTYRAANVAKETYNQVTSAFDGVTVALEQSSSATTEMAKNLKQIATEMEQTLKSMNQLDMMEQIQEGVVTFNDEYETFHNGLVDYTNGVEELATSYQDLDTGIQELAKGTRSTSNGIGDLYAGTKELREATSNLPGQIEQETEEMMEEYDNSDYKPSSFISDKNEQVEVVQFVLQTESIEIPEQEAPEKTEEEKGIWERFLDLFR				NA	NA	NA	NA	NA
AK148_03553	1986			hypothetical protein	ATGAGTGCACTTGCACAATTTACAGTTTCCATAAATTATAGCATGGTTGATTATCTGCCAAAAGACTCTCCTTCAACCATTGCCATGGAAACAATGGAAGAAGAATTTGATGGTGCTGTAGCTAATACACGCGTCATGATGAAGGATATAGAAATTCAAGAAGCCTTCGAATTCAAGCAAGATTTAAAAGCAATAGATGGTGTTTCCGAAGTTACGTGGCTAGATGATGCAATTGATACGAAAACACCGATTGAAATGTCGGATAAAGATACGGTTGATTCCTATTATACAGATGGAAATGCGTTATTTTCTTTCCATATTGAAGAAGGAAAAGAAGTGGAAACGACCGATGAAATTTATGAATTAATTGGGAAAGAGAATGCTATGGCTGGAGAAGCCTTGGATACAGCAACCTCACAAAAAATGACGGGGAAAGAAACAATGTATGCGGCCGCATTACTCATACCAATTATTATCATTATTCTTATTCTATCGACAAGCTCCTGGGCAGAACCCGTTTTTTTCCTAACCGCAATCGGCGTTTCTGTCATTATTAACTTAGGAACCAATATATTTATTGGGGAAATATCTTTTATCACCCAATCCGTTGCCCCTATATTGCAGTTAGCGGTTTCGCTTGATTATGCGATATTTTTACTGCATAGCTTTGGGGATTATCGTAAGCAAACAGACACACCGGCTCAAGCTATGAAACTGGCGATGAAACGCTCGTTCCCAGCAATTGCAGCGAGTGCTTCCACTACATTTTTTGGCTTTATCGCCTTAACCTTTATGGACTTCGAAATTGGAGCAGATCTAGGTCTTAATTTGGTGAAAGGAATTGCCCTTAGCTTTATTAGTGTTATGGTATTTCTCCCTGCTTTAACGTTGATGTTCTACCATTGGATTGATAAAACCGAGCACAAACAATTACTACCAAGTATACGAAATGTGGGAAAAACATTAACCAAATTTCGTGTACCAGCACTAATTGTTTTATTAATCTTCATTGTGCCAGCCTTCTTAGGTCAAAGCCAAACCAATTTTTTATATGGCATTGGCGAACAACCCGAAGCGTCAAGGGCATATAACGACGAAGCAGCTATTGAAGAAGTGTTTGGAAAACATACACCGATGGTTTTACTACTTCCAAAAGGCGATATCGCAAAAGAAGAGCTTTTCGTGCAGGAACTGAAAAAGTTTCCAGAGGTAAAAAGCACTGTATCTTATGTGGATGCGATTGGTCCGGCAATACCTCCTGACTACTTAGATGAATCCGTAACAGAACCATTCTTTTCTGAGAATTACAGTCGAATCATCGTTAATACGACCGTAGATACAGAAGGGGAGGCAACGTTTAGTTTTATTGATGAAATTCAATCACTTACCTCAGATTACTATGAAGACAATTACCACATATTAGGGGAAAGCGTCACCTTATATGATATGAAGCACGTAGTTAAAAAGGATAATACAGTGGTTAACCTGTTAACTGTAATAGCCATTGCTATTGTGCTACTCATTACTTTCCGGTCACTCTCGTTTCCGGTTGTTTTATTAGTCACAATTCAATCAGCTGTCTGGATCAATTTATCAATTCCCTATTTTACAAATACGCCACTCGTTTATGTGGGATATTTGATTATCAGTACCGTACAACTCGCAGCAACAGTAGACTATGCTATTCTTTTAACAGAAGCGTATAAAGAAAATCGCAAAGAAATGCATACATTACCAGCTATGAAGAAAACAATAGATAAGAAAATATTTTCCATCGGTGTATCTGCTTCGATTTTATCTAGTGTAGGATTTATTCTATGGCTGACCTCGTCCAACCAAATTGTTGCTTCTATCGGACTTTTATTAGGAAGAGGTGCGCTGCTCGCATTTATCATGGTCGTGTTAGTATTACCTGCACTGCTAAGCTTACTAGACCGCGTTATTGAAAAAACAACATGGAAAGCAAACTTTTACAAAGGGGAGTGA	MSALAQFTVSINYSMVDYLPKDSPSTIAMETMEEEFDGAVANTRVMMKDIEIQEAFEFKQDLKAIDGVSEVTWLDDAIDTKTPIEMSDKDTVDSYYTDGNALFSFHIEEGKEVETTDEIYELIGKENAMAGEALDTATSQKMTGKETMYAAALLIPIIIIILILSTSSWAEPVFFLTAIGVSVIINLGTNIFIGEISFITQSVAPILQLAVSLDYAIFLLHSFGDYRKQTDTPAQAMKLAMKRSFPAIAASASTTFFGFIALTFMDFEIGADLGLNLVKGIALSFISVMVFLPALTLMFYHWIDKTEHKQLLPSIRNVGKTLTKFRVPALIVLLIFIVPAFLGQSQTNFLYGIGEQPEASRAYNDEAAIEEVFGKHTPMVLLLPKGDIAKEELFVQELKKFPEVKSTVSYVDAIGPAIPPDYLDESVTEPFFSENYSRIIVNTTVDTEGEATFSFIDEIQSLTSDYYEDNYHILGESVTLYDMKHVVKKDNTVVNLLTVIAIAIVLLITFRSLSFPVVLLVTIQSAVWINLSIPYFTNTPLVYVGYLIISTVQLAATVDYAILLTEAYKENRKEMHTLPAMKKTIDKKIFSIGVSASILSSVGFILWLTSSNQIVASIGLLLGRGALLAFIMVVLVLPALLSLLDRVIEKTTWKANFYKGE				NA	NA	NA	NA	NA
AK148_03554	576			hypothetical protein	ATGATTGAAAAAGTGGACCGTCGAATAAAGTATACAAGAATGGTGTTGAAGGATAGCTTAATTACATTGTTAAAAACAAAGCATCTTTCAGCAATTACAGTAAAGGAACTTTGTAAGCATGCAGATGTAAATCGTTCTACGTTTTATGCGCATTACAAAGATCCATATGATTTATTGATGAATCTAGAAGAAGAAATTATAAAAGGTTTGAATACGTATTTGAACGAGCAAAATTTTGCTGAAAGACAGAAGGCCTTACAAACAACGGAGAAGTTGTTAGAGTATGTCGCGACAAATTATAAGATTTGTCATACACTTCTGAATGAAAGTGAGAATACATCGTTTGAAAGCAAATTAATGAATGTGGCAAGAAACTTCCTAATAAAAAATTGGTTGACCGAAAATAAAATGGGGAAATCCAAATCAGAATATATTAGCACCTTCATCGTTAGTGGTAGTATTCATGTAATAAAACATTGGTTAGTGAATAACATGGATAAGCCGCCCCAGCAGATTGCTGAAATTATTAATAACATTGCTAATAATGGAACCAGAGGGATAGAAAGAAGTGGATGA	MIEKVDRRIKYTRMVLKDSLITLLKTKHLSAITVKELCKHADVNRSTFYAHYKDPYDLLMNLEEEIIKGLNTYLNEQNFAERQKALQTTEKLLEYVATNYKICHTLLNESENTSFESKLMNVARNFLIKNWLTENKMGKSKSEYISTFIVSGSIHVIKHWLVNNMDKPPQQIAEIINNIANNGTRGIERSG				NA	NA	NA	NA	NA
AK148_03555	801			hypothetical protein	GTGGCTATTTATAGTTTAAATGATGCGATAACAGGAGCTGCAACGGAGTGGGGATTCGTTGATCTGTATATCTTATTGGAGAACAATGTCATATTAACAGAGGCACAGCTTGATTTACCAGATAATCGAATTATTTCAACTAAACCAGGAAGAACTATCATTGCCAAGAAAGAAATAACCAATACAACGGATCGCCCTACACAGCAACAAATTGTTGTATTTGAAAGGAAAACAGAAAATACTTTTAGTACGAAGACAACGGAAGGATTTGAGTATGGTGTACAGATTGATGTAAAAGCAAATATAGACGTTGTATTTACGCAACTAGATACCACGATTTCTACAAGTTTTAAATATAATACTTCAACCGAAAAGACACAAGAATTGACAGAAACAATTACTTGGAGAGAGGAAATACCAGTAATTGTTCCACCACGAACAAGAACTATTATTGAATTTGATATCACTCTCGGCGATTTTGATCAAGTAGTTACTTTTGCACAATCTTTAGAAGGCACATTGAGATTTATCAAGCTTTTTTCAGGCCAGAGAATAACAGCAACGTTAACTCAACAGAATAGCAACGGAGATACCATTGCTAACATCATGAAGCAAAGATATGGTATACCGATTACAATCATAGATGATAAAGTAATGTTGGATGGGGATGTGCGGTTAAGTGGTTCATTAGGTATTTTATCCAACACTACGATTACCAACCAACCGTTACCTGGAAATCCACTACCAAAAACCGTTGAAACAATTCCTGGGCAGCAAGCATCACGAGCAGTGTTTTTTTAA	MAIYSLNDAITGAATEWGFVDLYILLENNVILTEAQLDLPDNRIISTKPGRTIIAKKEITNTTDRPTQQQIVVFERKTENTFSTKTTEGFEYGVQIDVKANIDVVFTQLDTTISTSFKYNTSTEKTQELTETITWREEIPVIVPPRTRTIIEFDITLGDFDQVVTFAQSLEGTLRFIKLFSGQRITATLTQQNSNGDTIANIMKQRYGIPITIIDDKVMLDGDVRLSGSLGILSNTTITNQPLPGNPLPKTVETIPGQQASRAVFF				NA	NA	NA	NA	NA
AK148_03556	375	ytrA_5	COG1725	HTH-type transcriptional repressor YtrA	ATGCAAATTTTAATTTCAAACAGTTCAAAAGAACCTATTTACCAGCAGATTAAACATCAAGTGAAAGAAAAAATATTATCAAGCGAATTAAGGGAGGGTGATGCTCTTCCATCAATGCGCCAGCTTGCGAAGGATTTGCATATTAGTGTTATTACTACAAAGCGAGCCTATGAAGAATTAGAAAAAGAAGGGTTTATTTATTCAATTACAGGCAAAGGTTCCTTTATTGCGGAGCAAAACCCAGACATTATCAAAGAAAAGAAATTAGCAACGATTGAAGATAAATTGGTAGAAGTGATTGCCAATAGTAAAGAGCTAGGTTTGTCGCTGAAAGATATTAAAGAATGGTTGACGATCTTATATGAGGAGAGATAA	MQILISNSSKEPIYQQIKHQVKEKILSSELREGDALPSMRQLAKDLHISVITTKRAYEELEKEGFIYSITGKGSFIAEQNPDIIKEKKLATIEDKLVEVIANSKELGLSLKDIKEWLTILYEER				NA	NA	NA	NA	NA
AK148_03557	876	btuD_7		Vitamin B12 import ATP-binding protein BtuD	ATGGAACATGCAATTGAATTACAGAATGTACATAAGTCTTTAGGTGCGTTTCAACTCAAAGATTTGTCCATGCAGGTGAAGAAAGGATTTGTTACAGGTTTTGTCGGTGGAAATGGTGCTGGAAAATCGACGATTATGAAGATGATTTTAAATTTAATCCAACCAGATGCTGGAGTTGTTCGGGTGTTTGGATTGGAACATCAACAGAACGAAAAAGCGATTAAAGAAAGAATTGGCTTTGTGTTTAATGATAGCCTCTTTTATGAAGATTTGACTTTACGGGACATGAAAAATCTGATAGCGCCTTCTTATCAAAATTGGGATGACGGTTTATTTCAGCAATATTGCGATCGCTTTTCCCTCCCCCTTAAGCAACCGATAAAGTCGTTCTCAGATGGGATGAAGATGAAAGCATCACTTGCTATCGCGTTGTCGCATCATGCTGAACTCATCATCATGGATGAACCGACAACGAATTTGGATCCTGTTTTTCGTCGCGAATTTATCGAGCACTTACATGACGTCATGTTGGATGAGAACAAGACGATCTTTATGGCTACACATATAATGAGTGATTTATCTTCGCTTGCAGATTACATCACATTTATTGACAAAGGGGAGATCGTCTTTTCTAAAGATGTACATCAATTGGAAGAAAAATTTGCTATTGTGCGCGGGGGGATAGAACTGTTGGACCGTGATACAGAACAATATTTTCTATCTATTAAACGATCAAATAGTGGGTTTGAAGCTTTAACCTCAGATTACGAAACAGTGGTGAAGTTATTTGGTAGGGAAGCGGTAATTGAAAAGGCAAAGTTAGAAGAAATTATGTATTATTCGCGAGGGGGAAAATCAAGTGGTTCAACTCATTAA	MEHAIELQNVHKSLGAFQLKDLSMQVKKGFVTGFVGGNGAGKSTIMKMILNLIQPDAGVVRVFGLEHQQNEKAIKERIGFVFNDSLFYEDLTLRDMKNLIAPSYQNWDDGLFQQYCDRFSLPLKQPIKSFSDGMKMKASLAIALSHHAELIIMDEPTTNLDPVFRREFIEHLHDVMLDENKTIFMATHIMSDLSSLADYITFIDKGEIVFSKDVHQLEEKFAIVRGGIELLDRDTEQYFLSIKRSNSGFEALTSDYETVVKLFGREAVIEKAKLEEIMYYSRGGKSSGSTH	PGPT0006725_17938	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_03558	618			hypothetical protein	GTGGTTCAACTCATTAAAAAAGACCTTATCGTCCATAAATTTGGTTGGTTCATCTATTTTGCAATGCTCGCTTTTTTTATCGTTGTAGATAGACAAGATCCAGAATTCATTATCGCATTATTAAGTGCTATTGTAACGGTATATGTTTTTTATTTTGATGAACATGCGAATGGACATAAATTATGGAACGCTTTGCCGTTTACGCGTAACGAATTGGTCAGTGCCCGCTATATCGTTCTTCTTATTAATACGATGATAACGAGTGGTGTATTTATATTCATAAATGTGATTATAAAAGGGGGGGGGGAGCAGCTTGCCTGGCAGCACATCGTTGGAGGCTTTGCTCTAGTAATTATTTGCAGTGCTTTATTTTTCCCATGTTTATATGGGTTTGCCCAGAGTAATAGAATTTTTCTTTGGTTTATTTTATATGTTGGCTCTGTAGTAATAGGGATATATGTGCTAAGTGATATAGCTAGCAAAATGACGGATTCCACAACGAAAATGCCTTTATGGAGTGATGGAATGCTGTTTGGGTTAAGTTTATTCGCCATATGTTTATATTTACTATCATGGCTTCTATCGCTCATGATTTATAAGAAAAAGGAGATTATATAA	MVQLIKKDLIVHKFGWFIYFAMLAFFIVVDRQDPEFIIALLSAIVTVYVFYFDEHANGHKLWNALPFTRNELVSARYIVLLINTMITSGVFIFINVIIKGGGEQLAWQHIVGGFALVIICSALFFPCLYGFAQSNRIFLWFILYVGSVVIGIYVLSDIASKMTDSTTKMPLWSDGMLFGLSLFAICLYLLSWLLSLMIYKKKEII	PGPT0006730_25273	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK148_03559	351			hypothetical protein	ATGGATGGAAGAAAGTGGGGAAAAGAAAAAATAATCCAATTTCTTAAACGATTCGGTTGGTACATTCATTTTTTAATCTTTCTCCTTTTTCAAGTATTATTCCAATTATTTGCTGAATCTAACGTTTGGGTAATTTTCAATTTAAATGATTATGGAAAATGGGCTGTTTCGGAATTTTATTGGCTAGTTGAAACATTCCATATACATCAAAGAGAGGAATTGAATTATGTTACAGTTGTATGGGGAATAGCTTTCATTTTGCATGGTGGGACATGTCTTATGAACAAGTATGTTCGCAAAAACCATACCATTCATGCAACGTATTCTCCTCCTGTTGAAGACGATTGGTGA	MDGRKWGKEKIIQFLKRFGWYIHFLIFLLFQVLFQLFAESNVWVIFNLNDYGKWAVSEFYWLVETFHIHQREELNYVTVVWGIAFILHGGTCLMNKYVRKNHTIHATYSPPVEDDW				NA	NA	NA	NA	NA
AK148_03560	453			hypothetical protein	ATGGATTACACAAATGAAGTTAGCCATTATATAAATAATGTAGAAGATAAATGGAAAGATGCCTTTGTAGAATTGAAAAAAACGATCGACCAAAAGATCCCTGATGGATTTGAGTTAGTTATGCAGTATGGTATGCCATCCTATGTAGTACCTCTATCTATTTACCCTGACGGCTATCATTGCAAAAAAGACACACCACTACCATTTATTAGTATTGCAGCACAAAAAAATCATTTGGCCGTATACCATATGGGAATTTATGCAGATCAAGAATGGTTAACCTGGTTTAAAGGCGAGTATCCAAATCATATGGATACGAAATTAAATATGGGTAAAAGCTGTATTCGATTTACCAATCCTAAAAAAATTCCCTATCAGTTAATTGGAGAGCTTGTTTCGAAAATGTCCGTAGCGGATTGGATTCATTTGTATGAAGGGAATAGTCAGATGTAA	MDYTNEVSHYINNVEDKWKDAFVELKKTIDQKIPDGFELVMQYGMPSYVVPLSIYPDGYHCKKDTPLPFISIAAQKNHLAVYHMGIYADQEWLTWFKGEYPNHMDTKLNMGKSCIRFTNPKKIPYQLIGELVSKMSVADWIHLYEGNSQM				NA	NA	NA	NA	NA
AK148_03561	1422	cstA_3	COG1966	Peptide transporter CstA	ATGATTACATTTATTGTATCTATTATTTTACTAATTGTAGCTTATTTTACGTATGGCAAATTTATTGATAAGTTATTTGGGCCGAATAATGAAAAGAGTACACCTGCCTACGCTAAGCAAGATGGGGTAGACTACGTCCCAATGAATAAGCATAAAAATGCAATGATTCAATTGCTTAATATTGCTGGTACTGGGCCCATCTTCGGGCCTATTATGGGTGCTTTATTCGGACCGGTTGCTTTTCTCTGGATTGTACTTGGATCGATTTTTGCTGGAGCCGTTCATGATTATTTAACAGGGATGATTTCTATACGAAACAAAGGGGCACATATTCCTGAATTAGCGGGGAGATTTTTAGGCAAAGCGTCCAGACATATTGTAAACGCCTTCTCTCTATTATTGTTAATTTTAGTTGGAACTGTTTTCGTTACGACACCAGCGTCACTAATTGATATATTACTAGATGAAAAGATTGCCTTTTCTATTATTTTAGGAGCCATCTTCCTTTATTTCTTTCTATCAACGATATTACCAATTGATAAAATAATTGGTCGAATTTATCCGGTACTAGGTGCTATTCTCTTATTTGGAACAATAGCGATTGGTATTTCGTTATTATTCTCAGATTACAAGATACCAGAGTTACACCTTACCAATATGCATCCGGATAACTTACCGGTAATTCCATTGTTATTCTTTACGATTACTTGTGGTGCACTATCCGGATTTCACGCGACACAATCACCGATTATCTCGAGAACAACACAAAAGGAATCGCAAGGACGTTATATTTTTTATGGCATGATGATTGCTGAAGCTATCATTGCCATGATCTGGGCTGCTGCTGCTATGAGCCTTTTTGATGGACAAACCTTAAGCGGTATTATTGCAGAAGGTACTGCATCTGCGGCAGTAAATGAAATCGCGATCACATTGTTAGGTGCGGTTGCGGGAACAATTGCTGTACTTGGAGCAATTGTTTTACCAATCACCTCTGGAGACACTGCATTTCGAGCCGCACGTTCCATTATTGCAGATTATTTAAATATTGGGCAGAAAAAAGTGTTTAACCGGTTGTCCATCGCTATTCCTTTATTCGTTATTTCATATATTTTAACGAAAATCGATTTTAATATTTTATGGCGTTATTTTTCATGGGCTAACCAAGCAACAGCAGTTATTGCTTTATGGATAGCTACGATGTATTTATTTATGAAAGGAAAAAATTACTTCGTATCGATGGTGCCAGCTATTTTCATGAGTTATATGGTATTTGTGTATATTTTAAATGCGCAAATCGGTTTCCGACTTGATTTGAATGTTTCCTTTATTGTCGGTGCTGTGTTAACCGTTATGCTTACGTTCCTATTCGTTAAAAAAGCACAAACAAACAAAGCAAACCAATTAAAAGTAGATATGTAA	MITFIVSIILLIVAYFTYGKFIDKLFGPNNEKSTPAYAKQDGVDYVPMNKHKNAMIQLLNIAGTGPIFGPIMGALFGPVAFLWIVLGSIFAGAVHDYLTGMISIRNKGAHIPELAGRFLGKASRHIVNAFSLLLLILVGTVFVTTPASLIDILLDEKIAFSIILGAIFLYFFLSTILPIDKIIGRIYPVLGAILLFGTIAIGISLLFSDYKIPELHLTNMHPDNLPVIPLLFFTITCGALSGFHATQSPIISRTTQKESQGRYIFYGMMIAEAIIAMIWAAAAMSLFDGQTLSGIIAEGTASAAVNEIAITLLGAVAGTIAVLGAIVLPITSGDTAFRAARSIIADYLNIGQKKVFNRLSIAIPLFVISYILTKIDFNILWRYFSWANQATAVIALWIATMYLFMKGKNYFVSMVPAIFMSYMVFVYILNAQIGFRLDLNVSFIVGAVLTVMLTFLFVKKAQTNKANQLKVDM	PGPT0015060_1996	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CARBON_STARVATION_RESPONSE,PGPT0015060-cstA-K06200	NA	NA
AK148_03562	633			hypothetical protein	GTGACTTTGGAAAAGCCATTTAATCAAGGAACAGTTTTAGTTGTAGGAACTATATTCATTGGTGTATGTTATCAGTTAATCCCTGTGTTTTTTACAATGAACCCAACACTTGAAGTCGTATCAACTATTTTCAATGCTTTTCTAGGTGGTATATTAGCATATGTTGTTTTAAGAGGAGAATTTATAGACTGGTTTAAACATTTTAGTTTGAAATGGGTGATTTTGGGTTCTATTTTAATGATAATTACTGGAGTAGTTCTCGGTAACTTATATACATTTCTAGTAAACGATTCAATCGAACAAAATACTGTCACAAGTGTTTTATCTTGGAATTACTTCATCACCCACGTCCCATTCTTATTAATGGGGGAAGAACTACTTTCTATTCCACTATTATATGGTATATGGAAAAAATGGGGGTGGAAGTTTTGGCAAGCTTCGCTATTAAGTGCGCTTCTATTTTCCGTTTGGCACCTTGCTGCTTATAACTTCAATCTTTTACAAATTTTAATTCTCATTACTCCGAGCCGCTTAATTTTAAACTATCTATTTAAAAAGACAAATTCTATTCTTGTGGCTTGGATAGTCCATATTCTCTTTGATCTATTTGCTTTCCTACCTTTTCTCCTGTGA	MTLEKPFNQGTVLVVGTIFIGVCYQLIPVFFTMNPTLEVVSTIFNAFLGGILAYVVLRGEFIDWFKHFSLKWVILGSILMIITGVVLGNLYTFLVNDSIEQNTVTSVLSWNYFITHVPFLLMGEELLSIPLLYGIWKKWGWKFWQASLLSALLFSVWHLAAYNFNLLQILILITPSRLILNYLFKKTNSILVAWIVHILFDLFAFLPFLL				NA	NA	NA	NA	NA
AK148_03563	732	gsiB	COG0747	Glutathione-binding protein GsiB	ATGAAAAGAACATTATTTGCTTTTTTAGCTGTAATTATTCTATTTTCTTTAGTAGCATGTGCAGGAGGAGAAAGTGGTGAACAAGAAGGAACATCCGAGCAAAATGAAAGCAAGAAGCGTTTAACCGTCGACCTGTCCGCAGATCCTGTTTCACTTGACCCGCATGCAGCTAATGATGGTACATCGCTATATGTGATGAATGCTATGTATGATACACTTGTTGCTATGAATAAAGAGTTGGAAATAGAACCTGCCTTAGCTGAAAGTTTGGAACAGGTAGATGAACTAGTTTGGGAAGCTAAGCTTAGAAAAGATGTTACATTTCATGATGGTAGTGAATTCAATGCAGAAGTTGTAAAGGCGAATTTGGATAGGGTTCGGGACCCAGATGTAGGTTCACCATTAGCGTTTTTATTTGATATGATTGATTCTGTGAGTGTAGTGGATGATTATACCGTGCAAATTAAAACGAAATTCCCTTTTGCTGCGTTACCATCACACTTAGCTCATCCAGGTGGACATATTATCAGTTTAGAAGCAATAAAAAAAGATTATCAACAAATGGAAGATGGAGGAGATCCATTTACGTATATTAATGAGCATCCAGTGGGTACAGGGTACTTTAAGTATGATGAGCGAGTGAATGGGGAGTATGTATCCCTTGTGAAAAATGATGCTTACTGGGGAAAAAGAGCAAAAGTTGATCAAGTGACCTTTAAGACAGTTCCATAA	MKRTLFAFLAVIILFSLVACAGGESGEQEGTSEQNESKKRLTVDLSADPVSLDPHAANDGTSLYVMNAMYDTLVAMNKELEIEPALAESLEQVDELVWEAKLRKDVTFHDGSEFNAEVVKANLDRVRDPDVGSPLAFLFDMIDSVSVVDDYTVQIKTKFPFAALPSHLAHPGGHIISLEAIKKDYQQMEDGGDPFTYINEHPVGTGYFKYDERVNGEYVSLVKNDAYWGKRAKVDQVTFKTVP	PGPT0004430_13097	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
AK148_03564	774	hbpA_2	COG0747	Heme-binding protein A	GTGGAACAAATTAATAATAATGAAGAAACAGTTGTTCATGAGACAGAAAGTGCAAGTATGTCTTATCTAGGTATGAATAATAATAAAGAACCTTTTCAAGATAGTAACGTTAGACAAGCGATAGCAATGGCAATTGATAAACAAGAGCTGATAGACGGTGTGTTTTCAGGCGTACCATTAGTGGCAAACGGCCCTTTGGCACCAACAGTTGTTGGCTATAGTGATAGCTTGGAAGCAATCGATTATAATCTTAATAAGGCAAGAGAGTTATTGAAGGAAGCCGGCTATGAAGAGGGGTTTAGCGCAACCATTTTAGCATATGACCGTACGACTTCTGATGTAGCAGAATATATTCAAGTGCAGCTAGAGAAAATAGGTATTGATGTGAATATTGAAATGGCTGAGGTGGGAGCATATTTGGAAGTAACAGCAAATGGAAGCTTCGATATGTTTATCGGCAGCTGGGGTACAGTGACTCTTGATGCAGATTATGGTTTATATCCAATGTTTCATTCTCAAAATGCAGGTGCCGCTGGAAATAGGTCTTTTTTTAACAACGAACGAGTAGATGAATTATTAGAAAAGGCAAGACAAACATCTAATGAACAGGATCGCTTGCAACTTTATAAAGAAGCGCAGCAAATAATCATGGACGAAGCTACAATTGTTCCTTTATACCATTCGGTTCTCTTGGCTGGTTTACGTGAAGAAGTAGCGGGATTTTATCAATATCCAAGCAGTTTTCCATTTTTACGAGATGTGGAAAAAGAGTAG	MEQINNNEETVVHETESASMSYLGMNNNKEPFQDSNVRQAIAMAIDKQELIDGVFSGVPLVANGPLAPTVVGYSDSLEAIDYNLNKARELLKEAGYEEGFSATILAYDRTTSDVAEYIQVQLEKIGIDVNIEMAEVGAYLEVTANGSFDMFIGSWGTVTLDADYGLYPMFHSQNAGAAGNRSFFNNERVDELLEKARQTSNEQDRLQLYKEAQQIIMDEATIVPLYHSVLLAGLREEVAGFYQYPSSFPFLRDVEKE	PGPT0004430_13097	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
AK148_03565	435			hypothetical protein	ATGCTTTTCATATTTTTTGCAACTGCCATTCTAGTAAATGTACTTTTCGGTAAAAAAGGTACTTTCCAATATCCAGTTTTAATAGAGAATAATGGAGACATTGAATTTATATCTATTGCTGATTATCTATTTCAAGGCATCATAGTTACAAGTGCAACAGTAGTCATGGTAATAATTTTAAGTATGTTTCTTGGGCTAATCCTAAAACATACTTTGAAGACAGTTATTGTATTAACGATAATTTTGTTTATAGGCTATTCACTCACTTGGGTTTCATCAAATTTTCTTCTTTGGTTTCATCCATTTCAATATGTATTAGCGAATGAACGTATTGTATATCAAAATGACACAGTTTGGTATCAAGGTATTTTCAGCATATTTTTAAGTACAGCACTTCTATTTTGGATAACGAAGCGAAAAATTAGCTCAAAATAG	MLFIFFATAILVNVLFGKKGTFQYPVLIENNGDIEFISIADYLFQGIIVTSATVVMVIILSMFLGLILKHTLKTVIVLTIILFIGYSLTWVSSNFLLWFHPFQYVLANERIVYQNDTVWYQGIFSIFLSTALLFWITKRKISSK				NA	NA	NA	NA	NA
AK148_03566	183			hypothetical protein	TTGGAAAGTACATTCGATATTTTAAATGAAGAAATACCTATTTTGGATATTATTACCATCCTTTTCATTGAAGATGACCCAATCACAGGCATAGCACTTGTGTTACTTTTAAAAATGGTCACCGACGATAAAATGATTAAAATATCCCTCATCTTATTAATTATCGTTTTATCTCATGTGTAA	MESTFDILNEEIPILDIITILFIEDDPITGIALVLLLKMVTDDKMIKISLILLIIVLSHV				NA	NA	NA	NA	NA
AK148_03567	1011	oppF_6	COG4608	Oligopeptide transport ATP-binding protein OppF	ATGGCCCAAAAAGAGTTGCTCAAAGTAACTAATTTAAAACAATATTTCCCGATTAAAGGTGGTTTTCTAGGAAGAACTGTTAACCACGTTAAAGCAGTAGACGATGTTACATTTGAAATTTTCGAAGGGGAAACATTAAGTGTTGTCGGTGAATCAGGTTGTGGTAAATCTACAACTGGTCGTGCCATTCTACGCTTAGATGAACCTACAGCTGGAGAAATCGAATTTGATGGCGGAGACTTATTAGCGTTGAGCAAAAGCGACATGCGTAAAAAACGAAAAGACTTACAAGTAATTTTCCAGGATCCATACGCTTCATTAAACCCACGCCAAACCGTCGCGCAAATTTTAACAGAAGCAATGGCCATTCAAAATGTAATACCAAAAAAAGAGCGCAGAAAACGTGCGATTGAACTATTGGAAACAGTTGGGTTAAATGCGGGACAAATTGACCGATACCCACATGAGTTTTCTGGTGGGCAGCGTCAAAGAGTCGGGATTGCCCGTGCTCTATCAGTTAATCCGAAATTAATTATTTGTGATGAAGCTGTTTCTGCTTTAGATGTTTCCGTACAAGCACAAGTATTGAATCTATTAGAGAATTTACAACGTGAATTTAAATTAACCTTTTTATTTATTGCGCACGATCTCGGTGTAGTTCGACATATTTCGGATCGAATTATTGTCATGTATTTAGGGAAAATTGTAGAGATTGCTGACAAAAAGTCGTTATTTGATAATCCACAGCACCCTTATACGAAGTCATTATTATCAGCTATACCTACGCCTGATCCAGAAGCTAAAAAAGAACGCATCATTCTAAAAGGGGATGTTCCGTCTCCAATAGATCCGCCAACTGGATGTCGCTTCCATACAAGATGTCCATTTGCTACCGATTTATGTAAAACAGAAGTTCCTGATTTACGCAACTTGGATCATATGAAAGAAGGGCACCGAGCTGCATGTCATCACATTGAAAAAATTGTAACTGGTGACATGCAACCGACATAA	MAQKELLKVTNLKQYFPIKGGFLGRTVNHVKAVDDVTFEIFEGETLSVVGESGCGKSTTGRAILRLDEPTAGEIEFDGGDLLALSKSDMRKKRKDLQVIFQDPYASLNPRQTVAQILTEAMAIQNVIPKKERRKRAIELLETVGLNAGQIDRYPHEFSGGQRQRVGIARALSVNPKLIICDEAVSALDVSVQAQVLNLLENLQREFKLTFLFIAHDLGVVRHISDRIIVMYLGKIVEIADKKSLFDNPQHPYTKSLLSAIPTPDPEAKKERIILKGDVPSPIDPPTGCRFHTRCPFATDLCKTEVPDLRNLDHMKEGHRAACHHIEKIVTGDMQPT	PGPT0021035_1048	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0021035-oppF-K10823	NA	NA
AK148_03568	1032	oppD_6	COG0444	Oligopeptide transport ATP-binding protein OppD	ATGAGTGAAGATATTATTTTAGATATAAAAGATTTGCAAACATCTTTCTACCTAGATGATTTTGAAGTAAAAGCAGTGGATGGTGTTTCCTTTAAATTACCTAAAGGGAAAACAATAGGTATTGTCGGAGAATCAGGCTCTGGTAAAAGTATTACAGCACTATCGATATTAAGATTGCTTGATCATCCTGGTAAAGTAAAAGGTGGAGAGATTAACTTTAAAGGTAGAGATTTAACTACATTAACAGACAAGGAAATTCGTCAAATTCGCGGTAACGAAATTTCCATGATATTCCAAGAGCCGATGACTTCCTTAAATCCTGTTTATACCATTGGACAACAAATTCGTGAAACATTAAAGGTTCATCAAGGCTTAGACAAAGAAAATGGAACAAAGAAAGCGATTGAATTATTAAAACTAGTTGGTATTCCTTCCCCAGATAAACGAGTGAAACAATATCCACACGAACTATCTGGTGGGATGCGACAACGAGTTATGATCGCCATGGCACTGGCTTGTAATCCAGATTTACTTATTGCAGATGAACCAACTACAGCATTAGATGTAACGATTCAAGCACAAATTTTGGATCTTATTAATGACTTACAGGATCGCCTTGGTATGTCTGTCATTATGATTACCCACGACTTAGGTGTAGTAGCAGAGACGTGTGATTATGTAGCCGTTATGTACGGTGGTAAAGTAGTCGAATACCAAGATGTGAAGTCCTTGTTTAAAAATCCTAAACATCCCTATACAGTAGGTTTATTGAAGTCCATCCCTCGTCATGATACAGATGTGGATGAATTGGAGCCGATTAGAGGTAGCGTGCCAAGTCCAAAGGATATGCCAAAAGGCTGCCGTTTTGCACCAAGATGTCCGTTTGCCACTGAACTTTGTATGGAAGAACTCCCTTCCCTTGATCATGTAGAAGGAGAAAGTGAAGTTCGTTGTTGGATATATACTGATCATTGGGATGGAGATGCGGAGGTGAAGGCACATGGCCCAAAAAGAGTTGCTCAAAGTAACTAA	MSEDIILDIKDLQTSFYLDDFEVKAVDGVSFKLPKGKTIGIVGESGSGKSITALSILRLLDHPGKVKGGEINFKGRDLTTLTDKEIRQIRGNEISMIFQEPMTSLNPVYTIGQQIRETLKVHQGLDKENGTKKAIELLKLVGIPSPDKRVKQYPHELSGGMRQRVMIAMALACNPDLLIADEPTTALDVTIQAQILDLINDLQDRLGMSVIMITHDLGVVAETCDYVAVMYGGKVVEYQDVKSLFKNPKHPYTVGLLKSIPRHDTDVDELEPIRGSVPSPKDMPKGCRFAPRCPFATELCMEELPSLDHVEGESEVRCWIYTDHWDGDAEVKAHGPKRVAQSN	PGPT0004435_7898	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
AK148_03569	921	gsiC_3	COG0601	Glutathione transport system permease protein GsiC	ATGTTTCAATTTATTGTACGGCGTTTATTACAGCTGATCCCTGTTTTAATAGGTGTAACTATTTTAGTATTTTCCCTTATGCACCTATCTCCAGGAAATCCAGCACATATTATTGCTGGGGAAAGCGCGCCTCCAGATACAGTTGAACAAATTGAAGAACGGTTAGGATTAAATGATCCGATACCTGTTCAATATTTTAATTTCGTCAAAGATGCTGCTATGTTAGATTTCGGAAATTCTTGGAGAACAAGCTTACCAGTTAGTGAGGAACTATGGCCAAAATTTTGGGTTACTTTTGAATTAGCTGTTTACAGTACGCTGTTTAGTATCTTTTTAGGACTAATTGCAGGTATTATTTCAGCCGTTAGAAAATATTCATTTGCGGATGTTTCCATTATGTTAATAGCATTATTCGGGTTATCGATGCCAAACTTCTGGTTCGGTCTTATGTTAATGCAATGGTTCTCTATTAAACTCGGTTGGTTGCCGCCAACAGGGTGGGGGACGCCAGCGCAAATCGTTATGCCAGTCATTACACTTGGAACGATGGGAGCTGCCGTTATTGCTAGGATGACGCGTTCCAGCATGTTGGATGTTATTTCTCAAGATTATATTCGAACAGCGCGTGCCAAAGGCTTAAGTGAAAGAATTGTTATCTATCGTCACGCTTTAAAAAATGCATTAATACCAGTAGTAACCGTTGTAGGATTACAATTTGGTAGTTTACTAGCGGGAGCTGTTTTGACTGAATCTGTATTTGCTATTAATGGGATGGGGAAATTAATCATTGATCGTATATTGGCAAGGGATTTCCCTGTAGTACAGGCCGCCGTTTTAGTAATCGCTATCGTATTCGTATTTGTAAATTTAATTGTCGATATTTCTTACAAGTTCTTAAATAAACGAATTGACTTAGAATAG	MFQFIVRRLLQLIPVLIGVTILVFSLMHLSPGNPAHIIAGESAPPDTVEQIEERLGLNDPIPVQYFNFVKDAAMLDFGNSWRTSLPVSEELWPKFWVTFELAVYSTLFSIFLGLIAGIISAVRKYSFADVSIMLIALFGLSMPNFWFGLMLMQWFSIKLGWLPPTGWGTPAQIVMPVITLGTMGAAVIARMTRSSMLDVISQDYIRTARAKGLSERIVIYRHALKNALIPVVTVVGLQFGSLLAGAVLTESVFAINGMGKLIIDRILARDFPVVQAAVLVIAIVFVFVNLIVDISYKFLNKRIDLE	PGPT0004445_14098	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
AK148_03570	894	gsiD_3	COG1173	Glutathione transport system permease protein GsiD	ATGAGCGCTGAACAAGCAAACAATGTATTGACACAAAAAATGGATCATCCTTTCAAACGATCATTGAAGGACTTCTACAGTAAATTACGAAAAAATAAGAGTGCCTTAGTTGGAGGGTATTTAATTATTATTTTAGTCCTCATCGCTCTTATAGGACCGTATTTAACTTCCCAAACTCCAGATGCAGTTGATTATGGTGTGAAGCTTCAAGGTCCTTCTGCTGAGCACTGGTTTGGAACCGATCATCATGGCAGAGATATTTTCACAAGAGTTATTCATGGATTAGGAATTACGATGGGGATAGGTATTTCAGCAACTATTTTAGGTGGAATTGTTGGTATTTTTCTTGGATTAATTTCAGGTTACTACGGAGGAAAGTCAGATGCAATTATCATGCGAATGATGGACGTGCTACTAGCTTTCCCAGGAATTTTATTAGCTCTAGCATTAATTAGTATTCTAGGAGCAAATCTGCGAAATGTGATTTTTGCTGTTGCCATTTTTGCGATTCCGACGTTTGCTCGAATTGTGAGAGGGTCAACATTAGCTACAAAAAAATTAGAGTATATCGATGCGATGAAGGCACTTGGCGCATCGGATACGAGAATTATATTCAAACATATCTTACCAAATATTTTGTCGCCAATTATTGTACAAGCAAGTCTATTTATTGCTACAGCAGTACTATCTGCTAGTGGTCTGTCATTTTTAGGGATGGGGGCACAGCCACCATCACCAGAATTAGGTGCACTTTTAAGTGACGGTCGTGACTTTATGTGGGATGCAGGACATATCGCATTGTTCCCAGGCTTGGTAATCATGTTAATCGTATTAGCCTTCAACATCTTTGGTGATGGCTTACGAGATGCGTTAGATCCAAAAATGAAAAAATAG	MSAEQANNVLTQKMDHPFKRSLKDFYSKLRKNKSALVGGYLIIILVLIALIGPYLTSQTPDAVDYGVKLQGPSAEHWFGTDHHGRDIFTRVIHGLGITMGIGISATILGGIVGIFLGLISGYYGGKSDAIIMRMMDVLLAFPGILLALALISILGANLRNVIFAVAIFAIPTFARIVRGSTLATKKLEYIDAMKALGASDTRIIFKHILPNILSPIIVQASLFIATAVLSASGLSFLGMGAQPPSPELGALLSDGRDFMWDAGHIALFPGLVIMLIVLAFNIFGDGLRDALDPKMKK	PGPT0004450_8408	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
AK148_03571	1656	dppA_2	COG0747	Periplasmic dipeptide transport protein	ATGTTAACAACTTTTTACTTAAAATTAGAGACAGGGGGTATCTTCATAATTATGAAGAACAAAAAATTATTATGGCTTGTTTCCTTGTTAGCTATGCTTACATTTGTCTTAGCAGCATGTGCTGGTGATGGGGAGTCTAAAAGTAAATCAGAAGGTGAAGGTTCAGGAGAAGAAGGGTCAGGTAGCGGTGGCGATCTAGTAATTGCTCTTCCATCTGATGTTGTTTCATTATCTCCACATGGTACAACTGATATTCCATCTGGCCAAGTTGCAGATAATATTTATGAAACATTAACTGTCCTAGATGAAAATCAGGAACCGCAACCAAGCTTAGCGAAAGAATGGAAAGAAGTAGATGAGACCACTTGGGAATTTCAATTGCAAGAAGGTGTGAAATTCCATGATGGGGAAGCGTTGACGGCAGAGGTTGTAAAGAAGAACTTTGATCGACTTGTTGATGAAAAGATTGCCTCACCGAGAGCTTTTTTACTTGAAGCTGTGGAAAGTGTCGAAGCAAAAGATGATCTTACATTAGTGATTAAGCTAAAATTTCCATATGCGCCGCTGTTAGCCAATTTAGCACATAGTGGTACAGCAATTATGAGTCCGAAAATAATTGATGAAGATTATGCGCAGATGGAAGGTGGGGGGGATGTTGATGCATATATCAACAAAAACCCTATGGGTACTGGTCCATTTAAATTAGATGAGTGGAAAGCAGGAGAAGAGGTTGTTATCTCACGTAATGATGATTATTGGGGTGACAAGGCAAAACTTGATACTGCTAAATTTAAAGTAGTCAAAGAACAGAGTTCCCGAGTAGCTGAACTTGAAACAGGTGTGTCTCATGTAGCTGATCAAATAGGGCCTAATAATATATCACGTGTAGATAATGCTGAAGGTATGAGCGCACTTCAGGAGCCAAGTACATCGTTAGCTTATGTAGGTTTTAACTTGAAAAAAGAACCGTTTGATGATAAAAAAGTTCGTCAAGCTGTTTCCATGGCAATTAATAAAGAAGAAATCGTTAGTGGTGTATACAACAATGTAGGCATTCCAGCTAAAGGCCCATTAGCTCCACCAGTATTTGGCTATGATGAAAATGTATCTGGTTTAGAGTTTGATGTGGAAAAAGCAAAAGAGCTATTAGCGGAAGCTGGCTATGAAGATGGTTTTAAAACAACAATTTGGACAAATGATAACGAACAGCGTGTAGATACAGCTGTTACGATTCAAAACCAACTAAAAGAAATTGGTGTTGAGGTTGAAATTGAAGAATTAGAGTGGGGAGCATTTTTAGATAGAACGTCTAACGGGGAACATGATATGTTTGTTCTTGGTTGGTCAACAAGTACCGGAGATGCAGACTATGGTATGTATCCATTATTCCATTCATCTGCAGTTGGCGAAACTGGTAATCGCTCTTTCTTAGAAAATGAAGAATTAGATAAGATTTTGGACGAAGCTCGTCGCTCTACTGATCGTGAAGAGCGTCAAAAATTATATACAGAAGCACAAGAAATGCTTGTTGATTTAGCGCCGATGATTTATACACATCACCAAGAGTACTTACTCGGTGTAAGTGATAAGGTAAAAGAATTTGGTGTTAATACTCAAGGTATTTACCAAATTAAGCAAGCCTATATTGAAGAGTAA	MLTTFYLKLETGGIFIIMKNKKLLWLVSLLAMLTFVLAACAGDGESKSKSEGEGSGEEGSGSGGDLVIALPSDVVSLSPHGTTDIPSGQVADNIYETLTVLDENQEPQPSLAKEWKEVDETTWEFQLQEGVKFHDGEALTAEVVKKNFDRLVDEKIASPRAFLLEAVESVEAKDDLTLVIKLKFPYAPLLANLAHSGTAIMSPKIIDEDYAQMEGGGDVDAYINKNPMGTGPFKLDEWKAGEEVVISRNDDYWGDKAKLDTAKFKVVKEQSSRVAELETGVSHVADQIGPNNISRVDNAEGMSALQEPSTSLAYVGFNLKKEPFDDKKVRQAVSMAINKEEIVSGVYNNVGIPAKGPLAPPVFGYDENVSGLEFDVEKAKELLAEAGYEDGFKTTIWTNDNEQRVDTAVTIQNQLKEIGVEVEIEELEWGAFLDRTSNGEHDMFVLGWSTSTGDADYGMYPLFHSSAVGETGNRSFLENEELDKILDEARRSTDREERQKLYTEAQEMLVDLAPMIYTHHQEYLLGVSDKVKEFGVNTQGIYQIKQAYIEE	PGPT0004430_5969	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
AK148_03572	222			hypothetical protein	ATGTGGTACTTACTAGCTCTTGGAGGATTGTTCGTTGCAATCGCACTATTTTATACCATTAAGGTCGGTAAAGATGTAGAAACACAAAATGACGAATTTGATACGGAATTTAAAGCAACAAAAGAACACCTTGCGTTATTTAATCCCGTTTTCTTAGCATATATTATTGGTTTTGGCGGGATTATTCTACTTATATTGTATTTTGCTTTAACCTGGAAATAA	MWYLLALGGLFVAIALFYTIKVGKDVETQNDEFDTEFKATKEHLALFNPVFLAYIIGFGGIILLILYFALTWK				NA	NA	NA	NA	NA
AK148_03573	993	ccpA_3	COG1609	Catabolite control protein A	ATGGCGACCATTCGAGATGTTGCGAAACTTGCTAACGTATCAACAGCAACAGTATCTAGGGTGCTAAATGACAATGGGTATGTTAATAGTGAAACGAAAAATCGTGTCAATGAAGCGATTGAACAGCTACGCTACCGACCGAATGACGTTGCTAGAAGTTTATTTAAAGGCAGCTCTAAGATGATTGCGCTTTTTGTTCCAGACATTAAAAACCCTTTTTTTCCAGAGCTTGCCCGTGCCGTAGAAGATGTAACGAATCAGTACGGTTATACCTTTGTATTATGTAATACCGATGATAATCATGAAAAAGAAATTACGTACTTAAATGCGTTAACACAAAAATCCGTGGATGGTTTTATTATGGTGTCAAGTACAATATGTGAGAGACATCTTGAACATGTGACAAGCCCGATTATTTCTTTAGACAGGAGATTTAGTTCGAATATCTCGTCTGTTACAGTAAATAACCGAAAAGGTGCAAGAGAAGCAACAGCATATTTACAATCCATTGGTTGTAAAAAAATTGCCCATATTTGCGGTCCACAAACAGCGAGCAATTCAAAGGATCGCTTAAGAGGCTATCTCGATGTAGTCAAATATGAAGCATGGTTTCATTCGGATTTTATCGTGGCAGGCGATTATCGATTTAAAAGTTCCTATGAAGTGACCAAAGAGCTGTTAACGAAGCATAAAGATATTGACGGTCTCTTTGTAGCAAATGATTTATCGGCTGTTGGTGTATTAAAAGCAGCTGAATCATTGAATATGAACATTCCCGAACAGCTATCTGTAATCGGTTTTGATGGCATCCCTCTCGGACTAACAACAACACCTTCATTAACCACCATACAGCAGCCTATATACGAAATTGGAAGTAGAGCAGCACAAATTTTATTAGAGTTGATTGATCATCCAGAGCAACAAGTCATTCATGAAGAATTAGAAGTTACATTAATAGAGCGTGGTTCGACAAAACGAAGGGAGGAAGCATGA	MATIRDVAKLANVSTATVSRVLNDNGYVNSETKNRVNEAIEQLRYRPNDVARSLFKGSSKMIALFVPDIKNPFFPELARAVEDVTNQYGYTFVLCNTDDNHEKEITYLNALTQKSVDGFIMVSSTICERHLEHVTSPIISLDRRFSSNISSVTVNNRKGAREATAYLQSIGCKKIAHICGPQTASNSKDRLRGYLDVVKYEAWFHSDFIVAGDYRFKSSYEVTKELLTKHKDIDGLFVANDLSAVGVLKAAESLNMNIPEQLSVIGFDGIPLGLTTTPSLTTIQQPIYEIGSRAAQILLELIDHPEQQVIHEELEVTLIERGSTKRREEA	PGPT0014791_434	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_FACILITATING_PROTEIN	SESSILE_ROOT_COLONIZATION,PGPT0014791-ccpA-NA	NA	NA
AK148_03574	891	rbsK_2	COG0524	Ribokinase	ATGATACATGCTCCGAAAATCTGTGTAGTCGGAAGCATTAATATGGACATGACGATTCAAACAAGACTAATGCCACGTCAAGGAGAAACGGTACTAGGTCAGTCCTTTGCCTTATATCCAGGAGGAAAAGGTGCGAACCAAGCAGTTGCAGCGACTAGACTAGGAGCAAAAGTTACGATGATTGGCGCTGTCGGTGAGGATGAATTTGGCGTAACATTACGAAAACATTTGCAAGTTGAAGGCATTCACACAGATGGCGTTATCAAAAATAGCGAACAGTCTACAGGCGTAGCAAACATCATTTTGTCTGAAGGTGACAATCGAATTATTGTTGCCCCAGGGGCTAACGCAGCTATAACCGAAGAAGTGATTGATCGACATGAAAACATTATTCAACAAAGCGACATCATTTTATTGCAACTAGAAATACCACTTACTACGGTAGCCTACACGGTGAAAAAAGCGAAGCAATACCATATTCCAATTGTAGTAAACCCTGCTCCATATCAGCATTTACCGAAAGAAATAATGCAAGATACTACTTATTTTACTCCGAATGAAATGGAAGCAGAAGCAATGAAAAAAGAAGCTGCTTCTAGCTCTATAAAAGATAAAATGGTGGTAACGCTAGGGAGTGAGGGGGTACATTTTTATGAAAACAACACGAAAAAAAAGGTGCACAGCTACTCCGTTCCTGTAAAAGATACAACAGGTGCAGGTGATACATTTAATGGCGCTTTTGTTACACAATTAGCACAAGGCGAAACACTGTCGCGAGCTATACATTTTGCCAATGCAGCAGCTGCATTATCAATCACGAAAGTGGGGGCACAAGCAGGCATGCCAACAGTAGAAATGGTTCATCAATTTATGACAGAAAGGGAGGGTTAA	MIHAPKICVVGSINMDMTIQTRLMPRQGETVLGQSFALYPGGKGANQAVAATRLGAKVTMIGAVGEDEFGVTLRKHLQVEGIHTDGVIKNSEQSTGVANIILSEGDNRIIVAPGANAAITEEVIDRHENIIQQSDIILLQLEIPLTTVAYTVKKAKQYHIPIVVNPAPYQHLPKEIMQDTTYFTPNEMEAEAMKKEAASSSIKDKMVVTLGSEGVHFYENNTKKKVHSYSVPVKDTTGAGDTFNGAFVTQLAQGETLSRAIHFANAAAALSITKVGAQAGMPTVEMVHQFMTEREG	PGPT0017405_3996	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
AK148_03575	396	rbsD	COG1869	D-ribose pyranase	GTGAAAAAGACAGGCATTTTGAATCGCGACATCGCCACTGTTCTTTCTCAACTAGGGCATACCGATACAATTGTTGTAGGAGATTGTGGTTTACCAATACCCCAGCATATAAAATGTATTGACCTCTCTATTGACCTTGGAACGCCTTCATTAGTAGATGTTGTCCGTTTAATCATGAAGCATATGGAAGTTGAAAAGATAACGATGGCTAGTGAAATCAAGTTGCGGAATACGCGTCTGGATCATGAAATAACATCAACTTATGGAAACATTCCATTAGATTATGTTTTCCATGAAGATTTTAAAAAAGCAATGAGCGATACGAAGGCAGTAATTCGAACTGGTGAAGCAACGCCATTTGCTAATGTCATGTTACGTTCGGGAGTTATATTTTAG	MKKTGILNRDIATVLSQLGHTDTIVVGDCGLPIPQHIKCIDLSIDLGTPSLVDVVRLIMKHMEVEKITMASEIKLRNTRLDHEITSTYGNIPLDYVFHEDFKKAMSDTKAVIRTGEATPFANVMLRSGVIF	PGPT0016595_719	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_RIBOSE_METABOLISM|DEGRADATION,PGPT0016595-rbsD-K06726	NA	NA
AK148_03576	1500	rbsA_2	COG1129	Ribose import ATP-binding protein RbsA	ATGACGAGTGACCCTTTTGTACAGATGAACAACATCAGTAAAGCATTTTCGGGAAATAAAGTATTACAACAGGTTGATTTTACTGTAAACCGTGGGGAAATTCATGCATTAATGGGAGAAAACGGAGCGGGAAAGTCTACTCTAGTGAAGATTTTAACAGGCATTTATACAAAAGATCAAGGTAATATATATGTGCAAGGTAAACAGATGACATTTTCGGGTCCTAAACATGCTGAAGCGTATGGAATTAGTGTTATTCATCAAGAATTAAATATTATTCCACATTTAACAGTAGCGGAGAATATGTTTTTAGGGAAAGAGCTGACATATGGAAAAACGGGTATTCTGAATAGGCGGGAAATAAGACGTAGAACGGCTGAGGCCTTAACTAACTTAGGTGTACATGATATAAAAGCCGAACAATTGGCTGGTGAACTATCGATTGGAAAGCAACAAATGGTTGAAATAGCAAAAGCTTTGACAACCAATGCAGAATTAATCATTATGGACGAGCCTACAGCGGCATTGACAGAACATGAAATTGAAAACTTCTTTCACGTTATTAAAAAGTTGCAAGCAAATGGGGTAAGCATTGTTTATATATCTCATCGCATGGAAGAGATATTTGAAATTTGTGATCGGATCACGGTTCTACGTGATGGTCAATATATTGGCACCAAAGCTACACCGAATACATCATTTGAAGAGATTGTGAAAATGATGGTAGGTAGAGAGATTGGCGAACGATACCCTGCGAGAAATCATGCTATCGGAGAAGTCGTCTTTCAAGTTAAAAACCTACAATTGGCTAATTATTTTCGTAATATCAGCTTTTCTGTCAGAGAAGGAGAGATTCTCGGTGTGGCTGGTTTGATGGGAGCAGGTCGGTCTGAGGTGATGGAAGCTATATTTGGATACCGTAAATTAGATAGAGGAACAATTGAACTAAATGGAAGACAAGTTGTTATTAAACATCCGCGTGATGCTGTTAACGCAGGGATTGGGTTTATCACAGAGGATCGTAAGTCGAAAGGACTAGTTATTCATGCTTCTATTAAAGAAAATATCGCCTTACCTAATTTGAGAGCGTTATCACGATATGGGATCATCCATAAAAGGAAAGAAAAACAGCGCATTAGCGAGTTAATGCTCAAGCTACAGGTTAGAGCTACAAACGAAGCTCAGGAAGTAAAATCTTTAAGTGGTGGGAATCAGCAGAAAGTAGTCATCGCCAAATGGTTGGCAATTCAGCCACGAGTGCTTATTTTAGATGAACCAACTCGAGGTGTAGATATTGGTGCAAAAAAAGAAATTTATACGATGATGAATGAACTTTCTAAAGAAGGGGTAGCCATTATTATGATTTCTTCGGAATTACCTGAAGTGCTTGGGATAAGTGATCGGGTAATGGTCATGCATGAAGGCGAAATAACGGCGTTTATCGACCGTGAAGAAGCGGATCAAGAATCGATTATGACTGCAGCCACAGGAGGTGCTTAA	MTSDPFVQMNNISKAFSGNKVLQQVDFTVNRGEIHALMGENGAGKSTLVKILTGIYTKDQGNIYVQGKQMTFSGPKHAEAYGISVIHQELNIIPHLTVAENMFLGKELTYGKTGILNRREIRRRTAEALTNLGVHDIKAEQLAGELSIGKQQMVEIAKALTTNAELIIMDEPTAALTEHEIENFFHVIKKLQANGVSIVYISHRMEEIFEICDRITVLRDGQYIGTKATPNTSFEEIVKMMVGREIGERYPARNHAIGEVVFQVKNLQLANYFRNISFSVREGEILGVAGLMGAGRSEVMEAIFGYRKLDRGTIELNGRQVVIKHPRDAVNAGIGFITEDRKSKGLVIHASIKENIALPNLRALSRYGIIHKRKEKQRISELMLKLQVRATNEAQEVKSLSGGNQQKVVIAKWLAIQPRVLILDEPTRGVDIGAKKEIYTMMNELSKEGVAIIMISSELPEVLGISDRVMVMHEGEITAFIDREEADQESIMTAATGGA	PGPT0016600_3854	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
AK148_03577	936	rbsC	COG1172	Ribose import permease protein RbsC	ATGGTGAAGTGGAATAAGGTAAGCATAGCCCAATTAGGACCGCTGCTTGGTTTACTCCTAATAACCATTGTATTAGGGGTAATGAGTGAGAGCTTTTTCACTTTAAATAATATCTTAAATTTATTGCGGCAAGTATCCGTTAATGCCCTCATTGCTTTTGGAATGACATTTGTTATTTTAACGGCGGGAATTGATCTTTCAGTCGGTTCTACACTGGCTTTAGGAAGCGCGTTAACAGCGGGGTTATTAGCTAGTGGGATGGATCCAATTTTAGCCATTTGCATTGGTTTATTAATCGGTTTTCTACTTGGTGCAGTCAACGGTTTGATTATCGCTAAAGGAAAAGTTGCTCCATTTATAGCAACTTTGGCAACCATGACAATTTTTCGTGGTGCAACATTAGTTTATACAGATGGAAAACCAATTACTGGGCTATCCGATTCCTTTTCTTTTGAAATGATTGGAAAAGGCTATGTATTTGGAATTCCATTTCCTGCAATTATTATGGTCATTGTCTTTCTTATTTTATTTTTTATTTTGCATAATACGGTATTCGGACGCCAAGTGTATGCAATTGGTGGGAATGAAGAAGCTTCTAAATTATCTGGGATCAAAGCAGATCGAGTTAAGATTGGTGTTTATTCACTGACAGGTATGCTATCTGTACTTGCAGGCATTATCATTACAAGTCGTTTAGATTCTGCTCAGCCAACAGCAGGAACAATGTATGAACTTGATGCCATAGCCGCTGTTGTCATTGGGGGGACAAGTCTTTCTGGAGGAAAAGGAAGAATAGTTGGCACGTTAATAGGAGCTTTAATCATTGGGGTTATTGATAACGGGTTAAACCTATTAAATGTATCTTCTTTTTATCAGCAAATAGTCAAAGGTCTCGTTATTTTATTAGCAGTGCTTTTAGATAGAAAAGCAAAATAA	MVKWNKVSIAQLGPLLGLLLITIVLGVMSESFFTLNNILNLLRQVSVNALIAFGMTFVILTAGIDLSVGSTLALGSALTAGLLASGMDPILAICIGLLIGFLLGAVNGLIIAKGKVAPFIATLATMTIFRGATLVYTDGKPITGLSDSFSFEMIGKGYVFGIPFPAIIMVIVFLILFFILHNTVFGRQVYAIGGNEEASKLSGIKADRVKIGVYSLTGMLSVLAGIIITSRLDSAQPTAGTMYELDAIAAVVIGGTSLSGGKGRIVGTLIGALIIGVIDNGLNLLNVSSFYQQIVKGLVILLAVLLDRKAK	PGPT0016590_6100	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
AK148_03578	942	rbsB	COG1879	Ribose import binding protein RbsB	ATGGCTAAATGGTCAAAGGTACTTATGTTTGTAGTAGTTATAGTTTTTATTTTAGGGGCTTGCTCTACAAATGCTCCTGGTAGTGAAGAGGATAATGACAAAGAAGCCAACAATGATAAAGTGAAGGTCGGCTTATCTATTTCTACTTTAAACAATCCTTTTTTCGTTACCTTGCGTGATGGGGCGGAAAGCGCTGCAGAAGAAGCAGGCTTTGAGATCGTTACATCTGATGCACAAAACGACCCGTCTACACAGTTAAGTGATATTGAAGATCTTATACAGCAAGATATTGATGTCTTACTAGTAAATCCAGTTGATTCTGAGGCCGTTGTTACTGCAGTAGAATCTGCCAATCAAGCAGATATCCCAGTTATTACCGTAGATCGAAGTTCTGAAGGTGGCGAAATAGTCACCCATATTGCTTCTGATAATGTAGCTGGCGGAGAAATAGCAGGTGAATTTATTGCTGAACAACTTGGGGAAGAGGGGAAAATTGTTGAATTAGAAGGGATTTCTGGATCGTCGGCAGCTAGGGAAAGAGGAGAAGGATTTCACAATATAATGGATGAATTAGACGGAATGGAAATTGTGGCTAAGCAAACCGCGGATTTTGACCGTACAAAAGGCTTATCGGTAATGGAAAATATTATCCAAGGTACAAAAGATATTGATGCATTATTTGCGCATAATGATGAAATGGCATTGGGGGCTATTGAGGCATTAGAGTCACAAAATATGCTAGAAGATGTCATTGTCGTTGGCTTTGATGCAACGGAGGATGCCGTAGCCGCTGTCAACGAGGGAAGAATGCTTGCAACAGTCGCTCAGCAACCAAAGTTGATTGGAGAGAAAGCCATTGATGCAGCGGGGAAGATAGTTGAGGATGAAGCGTTAGAGGAATTTATACCTGTAGAACTTGAATTAGTGACAGAGCAAAAATAA	MAKWSKVLMFVVVIVFILGACSTNAPGSEEDNDKEANNDKVKVGLSISTLNNPFFVTLRDGAESAAEEAGFEIVTSDAQNDPSTQLSDIEDLIQQDIDVLLVNPVDSEAVVTAVESANQADIPVITVDRSSEGGEIVTHIASDNVAGGEIAGEFIAEQLGEEGKIVELEGISGSSAARERGEGFHNIMDELDGMEIVAKQTADFDRTKGLSVMENIIQGTKDIDALFAHNDEMALGAIEALESQNMLEDVIVVGFDATEDAVAAVNEGRMLATVAQQPKLIGEKAIDAAGKIVEDEALEEFIPVELELVTEQK	PGPT0015740_5239	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
AK148_03579	312			hypothetical protein	ATGGAATTCCCAGTTATTCATACTAATTTTTGGGATGGTATTATTGCTGTTCCGTTAATTGTAATTATTACGCAAATATTTAAACTTTTCCCTATTCCGAGACAGTACTTTCCTAGTATCGCAAGTGTCATCGGGTTTATGATGTCTATTTTTATTAGCCATCGTGGTGATTTATGGGCAGGTATTTTTATGGGGGGTTTTTACAGTGCAGCCGCTGTCGGAACGTATGCATCTTTAAAAACATCGTGGATTGCATTTAAAGCACGCCAGAAAAGAAAGCGGCTGGATGAGGTTGCTAGTGAGGATATGTAA	MEFPVIHTNFWDGIIAVPLIVIITQIFKLFPIPRQYFPSIASVIGFMMSIFISHRGDLWAGIFMGGFYSAAAVGTYASLKTSWIAFKARQKRKRLDEVASEDM				NA	NA	NA	NA	NA
AK148_03580	1428	abgB_2	COG1473	p-aminobenzoyl-glutamate hydrolase subunit B	ATGGAAGATTTCATCAGAGATTATTTGCGTGAAAAAAAGGCTTTTTTTGAACAGATAAGCCAGTTTATTTTTTCTCATCCAGAAACAAGATTTGAGGAGTATGAATCAGCTTCTTTTTTGGCAGAAGCATGTGAGAAGCAAGGGTTTGAGGTTGAAAAAGGAGTGGGAAATATTGCTACTGCATTTGTAGCAACATATGGAAAAGGCGCCCCTATTATTGGTTTTTTAGGAGAGTATGATGCATTGTCTGGCCTAAGTCAAACCCCAAACCAAACGACTTACCAGCCGTTGGAAACAGATATCGGTCATGGATGTGGTCATAATCTGCTCGGTACAGGAGCATTTGCTGCAGCTTGTGCTGTAAAGGAATATCTTGACAAGCATAGCCTTCCAGGAACGGTGAAATTTTTTGGGTGTCCTGGAGAAGAAGGAGGATCTGGAAAAACGTTTATGGTAAGGGAAGGTGTATTTACAGATGTTGATGCTGCATTAACTTGGCACCCATCTCCAGTGAATGCAATTATGAGTGCCTCGAGCCTGGCTAATTATCAGATATCTTTCGCTTTTAAAGGGACAACTTCCCATGCTGCCAATTCCCCTCATTTGGGAAGGAGTGCATTGGACGCTGTTGAACTGATGAATGTAGGCGTGAATTATTTACGAGAGCATGTTGTACCAGAAGCGAGGTTGCACTATGCAACAACCAATACAGGTGGGATTTCTCCTAATGTAGTGCAGGCAAACGCGGAGGTATTATATTTAATCCGGGCTCCAAAAGTAAAACAAGTAGAGGATATGTATCAGCGTGTTTGCAAAATTGCACAAGGTGCTGCATTAATGACAGAAACAGAGCTTACGATCAGATTCGATAAAGCTTGTTCGAATTATATTCCGAACAGAAGCATGGAGAACATGCTGCACGACCAATTGTCCAAATCAGATGTAGAAAAGCCGACAGAAGAAGAGAAATTATTCGCAGAAGACATCTGGCATTCGCTTACCGACTCGGAACGAGAAGGGTACTTGGAAATTATTGAAGGGTTTGGCTATGTAGGTAATGGAGAGGAGTTTACTAATAAATATCTTGCAGAGACGATATCTCCATATGAAGCATCTGACAAGATATTATCCGGATCTACGGATGTCGCAGATGTTAGCTGGGTAGTACCGACAGCTCAATTAACTGCTGCAACTTCTACACTAGGAACACCACTACATTCATGGCAAATGACAGCACAAGGAATTTCAAGCTTTGCTCATAAAGGCATGCTACGAGCGGCCCAAGCAATGGCAATGACAGGAATTCAATTAATGACAGATTCTGTTGCTTTAAAAGAAGTGAAAGAAGAATTTCAACAATTCACAGAAAAAAACCCATACACATGCCCTATTCCTAAAGAAGTACAGCCTTCTGTATTAAAAACCTAG	MEDFIRDYLREKKAFFEQISQFIFSHPETRFEEYESASFLAEACEKQGFEVEKGVGNIATAFVATYGKGAPIIGFLGEYDALSGLSQTPNQTTYQPLETDIGHGCGHNLLGTGAFAAACAVKEYLDKHSLPGTVKFFGCPGEEGGSGKTFMVREGVFTDVDAALTWHPSPVNAIMSASSLANYQISFAFKGTTSHAANSPHLGRSALDAVELMNVGVNYLREHVVPEARLHYATTNTGGISPNVVQANAEVLYLIRAPKVKQVEDMYQRVCKIAQGAALMTETELTIRFDKACSNYIPNRSMENMLHDQLSKSDVEKPTEEEKLFAEDIWHSLTDSEREGYLEIIEGFGYVGNGEEFTNKYLAETISPYEASDKILSGSTDVADVSWVVPTAQLTAATSTLGTPLHSWQMTAQGISSFAHKGMLRAAQAMAMTGIQLMTDSVALKEVKEEFQQFTEKNPYTCPIPKEVQPSVLKT				NA	NA	NA	NA	NA
AK148_03581	138			hypothetical protein	ATGAAAGAAAAAACAAATAAAAGTTTATTTCAGAAATTTTTAAATGGTATTGAAAAGGTTGGTAATAAACTTCCTGACCCATTTATCTTATTTATAGCGTTAAGCTATTATCATCATTATTGCTTCTTCTATTTTTAG	MKEKTNKSLFQKFLNGIEKVGNKLPDPFILFIALSYYHHYCFFYF				NA	NA	NA	NA	NA
AK148_03582	1380	abgT_1	COG2978	p-aminobenzoyl-glutamate transport protein	ATGTTTCATGCCTCAGTAACCCATCCTGGTTCTAGAGAAGAGCTTCCAATTAAAAACTTGGCCTCGGGTGAAGGAATTCAATTTATTTTAAGTTCCATGCTAGATAATTTTACTGGATTTGCTCCTCTAGGATTAGTGCTTGCGATGATGCTTGGTATTGGCTTGGCAGAAAAAGTAGGCTTACTAGATTATGCCATTCGAAAAACCATCTTAAAATCTCCTCCAGCACTAATTACGTATACGGTTGTATTTGTAGGTATTCTAGGTAATTTGGCTTCTGATGCAGCAATGGTACTTATACCACCACTAGCAGCAATGGTATTTTATAAAATTGGACGCCACCCGTTAGCTGGATTAGTGGCAGGTTACGCGGCTACAGGTGCAGGTTTTACAGCTAATCTGTTTATTGCTGGAACAGATGTATTATTGGCGGGAATTTCTACTGAAGCAGCATCTATTATTGATGACTCAATTGTAGTTACTCCTTTAGATAACTGGTATTTTAATGTTGTATCTGTGTTTGTTATTACGATTGTGGGCGGACTTATTACGGATAAATTTATTGAACCGCGTTTAGGTAAGTACAAAGGAGGAGCCATTGATGCAGGATTGGAAGAAGATCATCCGAAAGCCGGAAAAGCATTTCGTAATTCGATTATAGCTGCTTTAGCTTATATCATTTTAATTGTCATTACTATTTTTATGCCGAACAGTCCGCTAAGAGGAGAAGGTGGTAGCATTGTTCCTTCGCCATTTTTAGATGGAATTGTACCAATTATTTTAATTTTCTTTGTTATTATTGGAGTCACTTACGGTATAACAGTAGAAAAAATAAAATCTAGCAGAGATGTTAGTGGCTATATGGCTGAGTCTATGAAAGACATGGCTGGATACATTGTTTTGATATTCGCAATCGCTCAATTTATAAACTATTTTAGCTGGTCTAATATCGGCACTTGGGTGGCAGTAAATGGGGCAGATTTACTCAAAGAAATTAACTTTACTGGGATTTGGCTAATTATCGGATATATCTTGTTCACAGCTTCCTTAAACTTTTTGATTACTTCTGGGTCGGCTAAATGGGCCCTAGAAGCGCCAGTATTTATCCCAATGTTTATGCAACTAGGCTACAGTCCAGCATTTACACAGGTTGCCTACCGTGTTGCGGACTCGTCTACAAATATTGTTACGCCACTCATGCCTTATATGGTTATTATCTTAGCATTTATGCAAAAATATGATAAAAAAGCTGGTATCGGTACATTTATTTCATTGATGATTCCTTATTCAGCCGCATTCTTATTAACATGGATTATTCTTATTTTAATATTCTTCTATGCAGGTATTCCATTCGGTCCAGGTGTAACACCGTTTTTATAA	MFHASVTHPGSREELPIKNLASGEGIQFILSSMLDNFTGFAPLGLVLAMMLGIGLAEKVGLLDYAIRKTILKSPPALITYTVVFVGILGNLASDAAMVLIPPLAAMVFYKIGRHPLAGLVAGYAATGAGFTANLFIAGTDVLLAGISTEAASIIDDSIVVTPLDNWYFNVVSVFVITIVGGLITDKFIEPRLGKYKGGAIDAGLEEDHPKAGKAFRNSIIAALAYIILIVITIFMPNSPLRGEGGSIVPSPFLDGIVPIILIFFVIIGVTYGITVEKIKSSRDVSGYMAESMKDMAGYIVLIFAIAQFINYFSWSNIGTWVAVNGADLLKEINFTGIWLIIGYILFTASLNFLITSGSAKWALEAPVFIPMFMQLGYSPAFTQVAYRVADSSTNIVTPLMPYMVIILAFMQKYDKKAGIGTFISLMIPYSAAFLLTWIILILIFFYAGIPFGPGVTPFL				NA	NA	NA	NA	NA
AK148_03583	1296	iaaH		Indole-3-acetyl-aspartic acid hydrolase	ATGGCAATAGAGCTAAAGGAGAAATTAATAAAATGGCGAAGGGACCTGCATCAACACCCTGAAACAGGGTTTTTAGAAATGAGAACCGCGTCCATCGTTGCTGGTGTTTTGTCTGAATTAGGATTTACCTTACAAATGGGAAAAGAAGTAATGTCAGAAGCACACTGTATGGGAAAACCTGACGCAAAAGAGACAGCTCTGCACTATACTTGGGCTTGTGATCATGGAGCGAATGACTCATTTGTAGCATTTTTTAAAGAAGGGTTCACAGGGATTGTTGCTACCATGAAAACAAATCGACCTGGGCCGACAATTGCTTACCGTTTTGATATGGATGCGCTTGATATTCATGAGTCGGAAGCTTCTGATCACGTTCCCGCTAAACTTGATTTCCGCTCACAAGTTGATGGGAAAATGCATGCATGTGGACATGATGCGCATACCGCAATTGGTCTAGGCTTAGCAACATATCTTGCTGCTGAAAAGGAAAAGCTCTCGGGAACGATTAAACTCATTTTTCAGCCAGCAGAAGAAGGAACGCGTGGTGCAAAATCAATGGTTGAAGCGAATGTCGTTCGTGATGTAGACTATTTTATTGCTTCGCATATTGGAACAGGAGTGCCATACGGGCATTTTCTAGCAGCTAATAACGGTTTTTTAGCTACGTCAAAATTGGATGTAACGTTTAAAGGAATTGCTGCACATGCTGGCGGAAATCCTGAACAAGGAAGAAATGCTTTATTAGCTGCAGCGGCTGCGACCTTGAATATGCACGCCATTTCTCGTCATTCAGAAGGAACCTCAAGAATAAATGTAGGGGAACTCCATGCTGGAAGTGGCAGGAATATTATTGCGCATCACGCAACAATGAAAGTGGAAACTAGGGGAGAGCATGCTGGAATAAATCATTATATCAAAGAGCAAGTCGAATCGATTGTAGCTGGTGCTGCTACGATGTATCAAGTCGATTATGACATAGAAACAGTAGGTGAGGCGATTCATTGTAAGTGTTCTGAGGAATTAGCGCATATCCTTTATAGATGTGCTAATACATCATCGGACATAGAGCATGTAGAGTTACAAAAGGATGCTGGAGCAGGGTCTGAGGATGCCACGTACTTTATGGAGGCTGTTCAGAAAAATGGTGGATTAGCGTCATATTGTATTTTTGGAACGGAATTAGCTGCAGGGCATCATAACGAGAAGTTTGATATTGATGAAGAAACATTGCTTCCCGCTGTTAAAATTTTATACCAATCTGTATATGAAATTTTAAAAAAAGAACACGGGGTGTAA	MAIELKEKLIKWRRDLHQHPETGFLEMRTASIVAGVLSELGFTLQMGKEVMSEAHCMGKPDAKETALHYTWACDHGANDSFVAFFKEGFTGIVATMKTNRPGPTIAYRFDMDALDIHESEASDHVPAKLDFRSQVDGKMHACGHDAHTAIGLGLATYLAAEKEKLSGTIKLIFQPAEEGTRGAKSMVEANVVRDVDYFIASHIGTGVPYGHFLAANNGFLATSKLDVTFKGIAAHAGGNPEQGRNALLAAAAATLNMHAISRHSEGTSRINVGELHAGSGRNIIAHHATMKVETRGEHAGINHYIKEQVESIVAGAATMYQVDYDIETVGEAIHCKCSEELAHILYRCANTSSDIEHVELQKDAGAGSEDATYFMEAVQKNGGLASYCIFGTELAAGHHNEKFDIDEETLLPAVKILYQSVYEILKKEHGV				NA	NA	NA	NA	NA
AK148_03584	675	ung	COG0692	Uracil-DNA glycosylase	ATGACACATCAAATTCTATCTAATGATTGGGAAGGATTGCTAAAAGAAGAATTCCAGAAAGCGTATTATTTGCAGTTGAGAGAGTTTTTAAAGCAAGAGTATACTTCATACACGATCTATCCAGATATGAAAGCTATATTTAATGCTTTACACTATACGCCATTTGCCGACGTAAAAGTAGTTATTTTAGGTCAAGACCCTTATCACGGTCCAAACCAAGCGCATGGGCTAAGCTTTTCAGTGAAAAAGGGAGTTGCCCTGCCCCCTTCATTAAAAAATATCTTCACTGAAATGAAGCACGATTTGGGGCATGCTATTCCTGCTCATGGTTGTTTAAAATCATGGGCCAAACAAGGCGTATTATTATTAAATAATGTGCTCACTGTCCGCAAAGGTCAAGCACATTCGCATCGTGGTAAGGGATGGGAGCAATTCACTGATCGTGTTATTCAGTTGCTTAATCATAAGGAAGACCCTGTTGTGTATATTTTATGGGGAGGGGCTGCACAAAAAAAACAGTCTCTCATTGATACAGATAAACATTATATTATAAAATCTCCGCACCCAAGTCCCTTGTCTGCGTACCGAGGGTTTTTTGGCAGTAAACCTTTTTCGCAAACAAATCAACGATTAGAGCAGCTAGGTAAACAAACAATTGATTGGAAGATTGAATAA	MTHQILSNDWEGLLKEEFQKAYYLQLREFLKQEYTSYTIYPDMKAIFNALHYTPFADVKVVILGQDPYHGPNQAHGLSFSVKKGVALPPSLKNIFTEMKHDLGHAIPAHGCLKSWAKQGVLLLNNVLTVRKGQAHSHRGKGWEQFTDRVIQLLNHKEDPVVYILWGGAAQKKQSLIDTDKHYIIKSPHPSPLSAYRGFFGSKPFSQTNQRLEQLGKQTIDWKIE	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
AK148_03585	1524			hypothetical protein	ATGGAACACATAGGGATTGTTTCTTTAATTCCACCAATAATAGCAATTGTATTAGCCATTATCTTTCGTAATGTTATTGTATCTTTATTCACGGGGTTATTTGTAGGAATTGTTATTCTTGCTAACGGAAATCCAATTACTGCAACAACGAGCACAATAAGAGAGTATTTGTTTCCGCAATTAACAGATAGCTATAATGCAGCCGTCATCGTCTTATTATGTTTTATAGGAGGCTTTGTTGCCTTAGTAGAACGTTCAGGAGGAGGAGCCGCTTTAGCGAAAAGAACAGCTAAATGGATTAATACGAACACAAAGACGCAGTTATCTGCCTGGTTTGGAGGGATTATTATCTTTTTTTCCGATATGGGAACGCCTTTAATTGTCGGTCCTGTATTTGAAAAACTGTTTGATAAAGTGAAGGTGTCTAGAGAAAAATTAGCTTGGATTCTCGATTCGACATCATCACCTGTTGCCATTCTCATCCCTTTTATTGGCTGGGGAATATATGTGATGGGGATTATAAAAGAAGAATTTGCACGGTTAAATATAACAGCGTCTGAATTTACAACGTTTGTAGAAGCAATTCCCTTTCAGTTTTATGCCATTCTATCCGTGTTCATCGTGCCAATTGTAGCTATAACGAAAATGGATTTTGGAGCAATGGCTAAAGCGGAAAAACGTATGGAGCAGACGGGGAAAATTTACTGGCAACAATCTAATCCGCTACGTAAAACGGATGTAGATGCTGAAACAGTCCAGGAAAGTCATCCGATGTTAATTTGGCTCCCACTTGCTGTTTTATTTATTACTTTATTCAGTTTATTGGTGTCGTATGGTTTTCCAGCAAAAGCTGTACCGGGAAGTGATTTCCGAGTTGCATTAAGCACAGCTTACTTATTTGCTGCCATACTTTTAATGGCGCTCATGGTACTATATAAAGTGAAGAAAATGAATGAGATATTTACTATATATCTACAAGGAATGCAACGAATGATGCAAGTCATTCTGATTTTGGTCTTAGCGTGGGCATTAGGATCTTTGTTAGGTGAAATGGGAACGGCAGCGTATATTGTTGAACAATTAGAAGGGAATGTACCTGCCTTTATAGTGCCGGCAATTATTTTCTTAGCTGCAGCAAGTATGTCTTTTGCAACTGGTAGCTCATGGGGAACTTTTGCCATCATGCTTCCGCTCGCCATTCCAATGGCATCTGGTCTTGAAGCTCCGATGCTTGTCAGCATTGGTGCGGTATTATCAGGGGGGCTATTTGGTGATCATTGTTCGCCAATATCTGATTCAACAATCCTAGCTTCAACGGGGGCAGGTTGTGACCATATTGATCATGTGAAAACACAATTACCATATGCGCTAACCAATGGATTCATTGCACTCGTATCGTTTATCATAGCTGGTTTTACGGGAAGTAATTTGACAATTGTAGGAAGTATTGTATTCATGGTTGTACTGTTTATCGTTTTATCGAAACGAAAAAATAAACCACAAGGAGTGGAAAATGTAGCATGA	MEHIGIVSLIPPIIAIVLAIIFRNVIVSLFTGLFVGIVILANGNPITATTSTIREYLFPQLTDSYNAAVIVLLCFIGGFVALVERSGGGAALAKRTAKWINTNTKTQLSAWFGGIIIFFSDMGTPLIVGPVFEKLFDKVKVSREKLAWILDSTSSPVAILIPFIGWGIYVMGIIKEEFARLNITASEFTTFVEAIPFQFYAILSVFIVPIVAITKMDFGAMAKAEKRMEQTGKIYWQQSNPLRKTDVDAETVQESHPMLIWLPLAVLFITLFSLLVSYGFPAKAVPGSDFRVALSTAYLFAAILLMALMVLYKVKKMNEIFTIYLQGMQRMMQVILILVLAWALGSLLGEMGTAAYIVEQLEGNVPAFIVPAIIFLAAASMSFATGSSWGTFAIMLPLAIPMASGLEAPMLVSIGAVLSGGLFGDHCSPISDSTILASTGAGCDHIDHVKTQLPYALTNGFIALVSFIIAGFTGSNLTIVGSIVFMVVLFIVLSKRKNKPQGVENVA				NA	NA	NA	NA	NA
AK148_03586	1323	argH	COG0165	Argininosuccinate lyase	ATGAAGCTTTGGGGCGGACGGTTCACAAAAGAAGAAGATACGTTAATGGAAGTGTTCAATTCATCGTTAGAGGAAGACCTAGCTCTTGTAGAAGAGGATCTAGATGGGAGCATTGCGCATGCAGAGATGCTCGTGCATTGTCATATTATTGCGCAGGAAGAAGGGGAGAAAATAGTTCAAGGGCTTCACAAGATAAAACAAGATATAGCAACTGGTAATCTAGTCGTGGAAGGAGACCATGAAGATATTCATAGCTTTGTAGAAGCAACATTGACAGAAATGATTGGCGAAGCAGGAAAGAAGCTTCATACATCACGAAGCAGAAATGATCAAGTGGCGACGGATTTAAAATTATATACGAAGAAACGAGCGAAAGAAACAATAAATAAACTACAGTTATTAATTCATAGCTTGGAAAAAACAGCAGTAGCAAATCAACATGTTATTATGCCAGGTTACACGCATTTACAACGCGCTCAAGTCGTTACCTTTGGGTATCATTTGCGGGCTTATATCGAAATGTTTAGGAGAGATACCAAGCGTTTGGAGCAAACTGTCGCTAATTTAAATGAGAGTCCGCTTGGATCTGGGGCATTAGCAGGAACGACACACGACATTGATCGCGAAATTACTGCGGAAAAACTAGGCTTTTCTAAACCGACAGCTAATTTTATGGATGGTATTAGTGACCGTGATTTTATTATTGAATTATTATCTGATCTTTCCATTATTATGATGCATGTAAGTCGATTAAGTGAAGAGCTAATTTTATGGAGCAGTCAAGAGTTTTCTTTTATTAAAATCGATGATGCCTATGCAACTGGAAGCAGCATTATGCCGCAGAAAAAGAATCCTGATGCAGCTGAATTAATTAGAGGTAAAACGGGAAAAGTATATGGGGCGCTAGTTAGTGTATTAACAACGATGAAAGGTTTACCACTTGCTTATAATAAAGATATGCAAGAAGTAAAATCCCCTATGTTTCAGGCGGTAGATGAAGTATTGCTTTCTATAAAAATGATGGATAAGATGGTTGCCACCGTGCAAGTGAATGGGGAGCAAATGAAGCAAGCCATTAAAGCGGGCTTTTTAAACGCGACAGAGGTAGCGGATTATCTTGTCCAAAAAGGTGTGCCTTTCCGTGATGCGCATGGTGTAGTAGGTGCGATTGTTTTATATGGGGAAAAAGTAGGGAAGAGTATTGAACAATTAACGTTGGAAGAACTACAGCAATTTAGTGATTCGATAGAACAAGATATATTTGCTTATGTAGATTATACGAATCTATTAAAAAGAGGAAATAAAAAAGAAATGCTTGACTAA	MKLWGGRFTKEEDTLMEVFNSSLEEDLALVEEDLDGSIAHAEMLVHCHIIAQEEGEKIVQGLHKIKQDIATGNLVVEGDHEDIHSFVEATLTEMIGEAGKKLHTSRSRNDQVATDLKLYTKKRAKETINKLQLLIHSLEKTAVANQHVIMPGYTHLQRAQVVTFGYHLRAYIEMFRRDTKRLEQTVANLNESPLGSGALAGTTHDIDREITAEKLGFSKPTANFMDGISDRDFIIELLSDLSIIMMHVSRLSEELILWSSQEFSFIKIDDAYATGSSIMPQKKNPDAAELIRGKTGKVYGALVSVLTTMKGLPLAYNKDMQEVKSPMFQAVDEVLLSIKMMDKMVATVQVNGEQMKQAIKAGFLNATEVADYLVQKGVPFRDAHGVVGAIVLYGEKVGKSIEQLTLEELQQFSDSIEQDIFAYVDYTNLLKRGNKKEMLD	PGPT0014242_86	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014242-argHA-K14681	NA	NA
AK148_03587	534			IS256 family transposase ISDgi1	TTGCATGTAAAGACGGGCTTTTCAGGCTTTTCAGAGGCAATTCGTTCTGCGTTTCCTAAAACAGAAATACAGCTATGCGTCATCCATCAGATACGCAATTCCATGAAATATGTCTCCTATAAGGAACAAAAAGAGGTAATGAAGGATTTAAAGAAAGTCTATCAAGCATTAACCTTAGAAGAAGCCGAATTGGCCTTCACTGCTTTCAAAGAAAAGTGGGAAAAGAAGCATCCTATTATTATTCGATCCTGGGAACAAAACTGGTTAGAATTAACCGCCTATTTCAGTTACCCTAGGGAAATTAGAAGAATGATATACACGACCAACATTATTGAAGGGTATCATAGACAACTTAGAAAAGTCACAAAAACAAAATCTGCTTTCCCGTCTGATGATGCATTAAGAAAAATGATATATTTGGCAACCATGGATATTACTAAAAAATGGACTATGCCAGTACAAGGATGGAAAAAATGTATATCACAGCTAGCCATTCATTTTGGAGAACGTCTAGAAACCGAACTTGCATTATAA	MHVKTGFSGFSEAIRSAFPKTEIQLCVIHQIRNSMKYVSYKEQKEVMKDLKKVYQALTLEEAELAFTAFKEKWEKKHPIIIRSWEQNWLELTAYFSYPREIRRMIYTTNIIEGYHRQLRKVTKTKSAFPSDDALRKMIYLATMDITKKWTMPVQGWKKCISQLAIHFGERLETELAL	PGPT0030665_1698	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030665-putative_transposase-K07493	NA	NA
AK148_03588	399			IS256 family transposase ISPeth4	ATGTCAACAAGAGATATTGAAAGCCAAATGCAGGATTTATATGGGCTTGATATTTCTCCGACCATGGTTAGTAAAGTAACCGATAAGATTATGCCTCTCGTCAAAGAGTGGCAATCACGCCCTCTTCATCGGGTTTATCCAATTGTTTATTTGGACGCAATCCACTTTAAAGTACGAGATAGAAATAGGATCGTAAATAAAGCTGCATACAGTGTTTTAGGAATTAATATGGATGGTAAAAAAGAGATACTCGGCATTTGGATAGGAGAAAATGAAAGTGCTAGTTTTTGGTTGGGCGTATGCACAGATCTTAAAAATAGAGGTGTAGAGGATATTTTAATTGCATGTAAAGACGGGCTTTTCAGGCTTTTCAGAGGCAATTCGTTCTGCGTTTCCTAA	MSTRDIESQMQDLYGLDISPTMVSKVTDKIMPLVKEWQSRPLHRVYPIVYLDAIHFKVRDRNRIVNKAAYSVLGINMDGKKEILGIWIGENESASFWLGVCTDLKNRGVEDILIACKDGLFRLFRGNSFCVS	PGPT0030665_3081	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030665-putative_transposase-K07493	NA	NA
AK148_03591	1956	metG_2		Methionine--tRNA ligase	ATGGTAAATAATGAAAACACATTTTATATAACTACCCCAATTTATTATCCTAGTGGTAATTTGCATATTGGGCATGCATATTCGACAGTTGCCGGAGATGCAATGGCTCGATATAAACGATTACGTGGCTTCGATGTGATGTATTTAACCGGGACAGATGAGCACGGACAAAAAATACAGAAGAAAGCGACTGAAAATGGCGTCTCACCACAGGAATATGTTGATCACATTGTGGATGGAATTCAAAAATTATGGAAAAAACTAAAAATATCTAATGATGATTTTATCCGTACGACAGAAGAACGTCATAAAAAAATTGTCGCTCAAATTTTTGATCAACTTGTTAAACAAGGTGACATTTATCTAGATGAATATGAAGGCTGGTACTGTACTTCTTGTGAATCCTTTTTTACGGAACGTCAACTAGCTGCTGGCCGTTGTCCGGATTGCGGTGGTCCAGTTGAGAAAGTGAAGGAGGAATCCTATTTCTTTAAAATGAGCAAGTATGTCGGCCGTCTTGTTCAGTTCTATGAAGACAATCCAGCTTTTATTCAACCTGAAAGTCGTAAAAATGAAATGCTAAATAATTTCATTAAACCAGGACTAGAGGATTTAGCTGTTTCTCGCACGACCTTTGATTGGGGAATTAAAGTTCCTGGTGATCCGAAACATGTTATTTATGTATGGATTGATGCCTTAACGAATTACATAACGGCATTAGGATATGGAACAGAGGATGACACAAAATATCAAAAATATTGGCCGGCAGATGTGCATTTAATGAGTAAAGAAATTGTACGTTTCCATACTATTTATTGGCCAATTATGTTAATGGCGCTAGATCTTCCGTTACCGAAAAAGGTGTTTGCACATGGTTGGATTTTAATGAAGGATGGAAAAATGTCGAAATCAAAAGGCAATGTGATTGACCCAGTTCAATTAATTGATCGTTATGGTTTAGATGCGCTTCGTTATTATTTGTTACGGGAAGTTCCTTTTGGGTCAGATGGTGTATTTACACCAGAAGGATTCGTAGAACGGACGAATTATGACCTTGCAAATGATTTAGGTAACTTGTTAAATCGTACCGTTGCCATGATTAATAAATATTTTGCCGGTAAAATGCCAGCATATCGAGCGTCAGAAACAGAATTCGATAGCGACTTAGAAGCGTTTGGCAAACAAACGATAGAAAAAGTGGAAGCAGCAATGGAGGAGATGCAGTTTTCTGTAGCATTAGGAGCTATATGGCAACTAATTAGTCGTACGAATAAATATATTGATGAGACAGAGCCGTGGATGTTGGCGAAGGATGATGCTAACAAAGAACGACTAGGAAATGTTATGGCGCATTTGGCTGAGTATTTACGTAAGGCAGCTGTTATGCTACAGCCATTTCTAACAGAGGCTCCAGCGGAGATTTTCCGTCAGCTTGGCATAACAGAGGACAAGCTAAAAGAATGGGATAGTCTTTATGAAGAAGGGCATATTACAGCAGAACGTATGATTGTAAGTAAAGGCAAGCCAATTTTTCCACGTTTAGATGCAAAAGATGAAATACAAGCTATTAAAGCAATGATGAATCCGCCTAAAGCGAAGGAAGAAAAGGTGGAAGATAAGGTAGAAAAAGAACAAATTGTGTATGATGATTTTATGAAAATTGATATGCGTGTCGCAGAAATATTACAAGCTGAGCCCGTAAAGAAAGCAGATAAATTATTGAAACTACAGTTAGATTTAGGGACAGAGAAGCGCCAAGTTATCTCAGGCATTGCTGAACATTACAAATCTGAAGAATTAATTGGCAAAAAGGTCATCTGTGTAACGAATTTGAAACCTGTTACATTACGTGGGGAAAAATCAGAAGGAATGATTCTTTCTGGAGAGGATGAGACAGGGAAGCTATCTTTAGCTTCTGTGGAGAGCTCCCTTCCGAATGGTTCCATTGTAAAATAG	MVNNENTFYITTPIYYPSGNLHIGHAYSTVAGDAMARYKRLRGFDVMYLTGTDEHGQKIQKKATENGVSPQEYVDHIVDGIQKLWKKLKISNDDFIRTTEERHKKIVAQIFDQLVKQGDIYLDEYEGWYCTSCESFFTERQLAAGRCPDCGGPVEKVKEESYFFKMSKYVGRLVQFYEDNPAFIQPESRKNEMLNNFIKPGLEDLAVSRTTFDWGIKVPGDPKHVIYVWIDALTNYITALGYGTEDDTKYQKYWPADVHLMSKEIVRFHTIYWPIMLMALDLPLPKKVFAHGWILMKDGKMSKSKGNVIDPVQLIDRYGLDALRYYLLREVPFGSDGVFTPEGFVERTNYDLANDLGNLLNRTVAMINKYFAGKMPAYRASETEFDSDLEAFGKQTIEKVEAAMEEMQFSVALGAIWQLISRTNKYIDETEPWMLAKDDANKERLGNVMAHLAEYLRKAAVMLQPFLTEAPAEIFRQLGITEDKLKEWDSLYEEGHITAERMIVSKGKPIFPRLDAKDEIQAIKAMMNPPKAKEEKVEDKVEKEQIVYDDFMKIDMRVAEILQAEPVKKADKLLKLQLDLGTEKRQVISGIAEHYKSEELIGKKVICVTNLKPVTLRGEKSEGMILSGEDETGKLSLASVESSLPNGSIVK				NA	NA	NA	NA	NA
AK148_03592	768	dtd3		D-aminoacyl-tRNA deacylase	TTGTTGTTTGACACCCATGTTCATTTAAATGCAAGAAATTTTTTTGAAGATCGTGATGAAACCATTCAACGAGCTTTTGATGCTGGGGTAACACATATGGTGGTTGTCGGTTTTGATCGCGCTACTATTCCACTAGCAATCGAAATCGCAGAACAGTATGAAACCCTATATGCAGCTGTAGGCTGGCATCCTGTAGATGCGGTCGATATGACAGAGCAGGAGTTGGAATGGATAAAAGAGTTATCATCTCATCCGAAAGTAGTAGCACTTGGAGAAATGGGATTGGATTATCATTGGGATAAGTCACCGAAAGATGTGCAAAAAGAAGTATTCCGTAAACAAATTCGGCTAGCAAAGAAACTCCAAATGCCGATTATTATTCATAATCGTGAAGCAACGGAAGATATTATTGCGATTTTACAGGAAGAGCAGGCGGCATCAGTAGGCGGGATCATGCATTGCTACAATGATTCGGTAAATTATATACAGGATTGCCTGGATATGAATTTTTACATTTCTTTAGGTGGACCTGTAACATTTAAAAATGCGACCTTACCAAAAGAAGTTGCCGTTCAAGTTCCGTTAGATCGATTATTAATTGAAACCGATGCGCCGTTTTTGGCTCCGCATCCATATCGAGGTAAAAGGAATGAACCAGCATATGTTACATTAGTTGCTGAAAAAATAGCAGCGTTACGTGGGATGAGTATAGAAGAAGTCGGGGAAATAACTACAAAAAATGCACATACTCTCTTCCGTTTATCATAA	MLFDTHVHLNARNFFEDRDETIQRAFDAGVTHMVVVGFDRATIPLAIEIAEQYETLYAAVGWHPVDAVDMTEQELEWIKELSSHPKVVALGEMGLDYHWDKSPKDVQKEVFRKQIRLAKKLQMPIIIHNREATEDIIAILQEEQAASVGGIMHCYNDSVNYIQDCLDMNFYISLGGPVTFKNATLPKEVAVQVPLDRLLIETDAPFLAPHPYRGKRNEPAYVTLVAEKIAALRGMSIEEVGEITTKNAHTLFRLS				NA	NA	NA	NA	NA
AK148_03593	1257			hypothetical protein	ATGCGAAAGGTATCAAAGTTAATGCCTGCATCGACAATGAAACTGGTTTTATCTTTTATTGGGATTTTAGCACTTATTACTTTTTCCGGATTCATTGTATTTGATGCGACAAAGGCAGAAATCGTCATTCATAAAGATGGCGAAGAACAAACGGTAAAGACACATCAAAACACCGTAGAAGAAGCGCTAGCGGAAGCAGACATTCAGGTTGGCGAGCATGATTACTTGTCCCATAGCATGAATGATTCCATTAAAGACGGAATGGAAATTAGCTATAAGCAAGCGAAGCAAGTGTTTTTGACAGTAAATGGGGAACAGACCAACTATTATACAACAGCAAATACGATAGATAAATTTTTGCAAGAGAATGACCTGTCATACCATGAGCGTGATAATGTATCTTTTGCTAAAGGTGATAAAATTACAGATGGATTACACTTAGAAATCGACCAAGCATATGAGATTACAATAAACGACGGTACAGATGAAAAGCGCGTGTGGACGACTGGTGGAACAGTAGCAGAAGTGCTTAAAGAATCCAATGTAAAAGTGAATAAAGACAGCGATGATAAAGTGAAGCCTAGTTTAAATAAACAAGTCACAAAAGATACTGTTATTTCAGTTGTTCGTGTTGGTAAAGAAAGAGACGAGGTAACGGAAGCGCTCGCATTTGACACAGAAGAAAGAGAAGACAGTGATCTCGCAAAAGGCGAGGAAAAGATTGTAACTGAAGGTAAAGCTGGTAAGGTAAAGAAGATTTATGAAATAGTAACAGAAAACGGAAAAGAAAAAGATAGAAAATTAATTAGTAAAGAGATTATTGAAGAAAGTGAAAATCAAATTGTTGCAATTGGAACGAAAGAGCCGCAACAGAACAAAAATTTAGTTACATTATCGAACAAACAACCAAAATCAAAACATCAAACAAACAGTTCGCCTGCTTCTAATAAAAAGCAAAAAGGTTCAGGGAAAACGTTTACCATGTCAGCAAGCGCGTATACTGCTAGTTGTAACGGATGTTCTGGATTCACTACCACGGGGATTGATTTAAACGCTAATCCAAATCGAAAAGTTATTGCTGTTGATCCAAGCGTTATTCCTTTAGGCTCAAGAGTTTGGGTACAAGGATACGGAGAAGCAATTGCTGGAGATACAGGTGGTCATATTGTTGGAAATCGAATTGATGTACACGTTCCTTCCAAAAAAGCTGCTTACCGTTGGGGTGTGAAAACGGTAACTGTGAAAGTACTCAATTAG	MRKVSKLMPASTMKLVLSFIGILALITFSGFIVFDATKAEIVIHKDGEEQTVKTHQNTVEEALAEADIQVGEHDYLSHSMNDSIKDGMEISYKQAKQVFLTVNGEQTNYYTTANTIDKFLQENDLSYHERDNVSFAKGDKITDGLHLEIDQAYEITINDGTDEKRVWTTGGTVAEVLKESNVKVNKDSDDKVKPSLNKQVTKDTVISVVRVGKERDEVTEALAFDTEEREDSDLAKGEEKIVTEGKAGKVKKIYEIVTENGKEKDRKLISKEIIEESENQIVAIGTKEPQQNKNLVTLSNKQPKSKHQTNSSPASNKKQKGSGKTFTMSASAYTASCNGCSGFTTTGIDLNANPNRKVIAVDPSVIPLGSRVWVQGYGEAIAGDTGGHIVGNRIDVHVPSKKAAYRWGVKTVTVKVLN				NA	NA	NA	NA	NA
AK148_03594	579	rnmV_2	COG1658	Ribonuclease M5	GTGAAGGTGAAGGAAGTAATTGTAGTGGAAGGAAAAGATGATACGGCTAAAATTAACCAGGCTGTTGATGCAGATACAATTGAGACGAATGGATCAGCCATTCATACATCTATTATAAAACAGATTCAGCATGCAAAAGATAAACGAGGAGTTATTATTTTTACAGATCCTGACTATCCTGGTGAGCGCATTCGTCATATTGTTGATCAAGCTGTACCAGGTTGTAAGCATGCTTTTTTAACACGTAATGAAGCTCGTGCTAAAAATTCGACAACAAAAAATTTAGGGGTGGAGCATGCGTCTATCGAGGATATAAAAAAGGCATTAGAATCTGTTTATGAGCTGCAACCCGTACGAGAGAGTGAGATAACGAAAGCAGAGTTAATGCATTACGGATTCATTGGAGGTCAGGAAGCGAATAAAAGGCGAGAGCAGCTTGGTGAGTTATTGCAAATTGGGCATACGAATGGCAAGCAGTTATTAAAACGATTAACGATGTTTGGTATTGGAAAAGCTGAATTTGAAAGAGCAGTATTGCAAATGGATCAAGAGAGGAAAGAGAAAAATGACCAATCATAA	MKVKEVIVVEGKDDTAKINQAVDADTIETNGSAIHTSIIKQIQHAKDKRGVIIFTDPDYPGERIRHIVDQAVPGCKHAFLTRNEARAKNSTTKNLGVEHASIEDIKKALESVYELQPVRESEITKAELMHYGFIGGQEANKRREQLGELLQIGHTNGKQLLKRLTMFGIGKAEFERAVLQMDQERKEKNDQS				NA	NA	NA	NA	NA
AK148_03595	885	rsmA	COG0030	Ribosomal RNA small subunit methyltransferase A	ATGACCAATCATAAATTTATTGCTACGCCATCACGAACGAAAGAAATCTTAAAGAAATATCATTTTTCTTTTAAAAAAAGCTTAGGGCAGAACTTTTTAATTGACAGTAATATTTTAAATAATATTATTCGCCAAGCAGGGATCGATAAGGAGTCTGGTGTAATCGAAATAGGTCCTGGTATTGGAGCGTTGACAGAACATTTAGCTATTCATAGTCAAAAGACACTCGCATTTGAAATTGACCAACGTCTGATACCAGTATTAGAGGATACGCTTGCATCCTATGATAATGTCGAGGTTGTACATGAGGATATTTTAAAAGCAAACGTTCGTGACATGATAAGGACGCATTTTCATCCAGAGCAGCCTGTTCATCTTGTAGCTAACTTGCCTTATTATATAACTACTCCTATCTTAATGAAATTATTGCGAGATCACTTGCCCATTGATAGCTTCACGGTAATGATTCAAAAGGAAGTTGCAGAACGAATGGCAGCCAAACCGAATACCAAAAGTTATGGATCACTAACATTAGCTGTCCAATATTACACAGAAGCAGAAGTTGTTATGCAAGTTCCAAAACGTGCATTTATGCCCCAACCTAATGTCGATTCCAGTATATTGCGTTTAGTTAGACGGACGAAAGCCCCTGTAAATGTTGTGGATGAACACTTCTTTTTCTCACTGATACAAGCAAGTTTTGCCCAACGTCGGAAAACATTACGTAATAATCTAACCAACTATTTTAAAGATAAGTTGACGAAAGAAGAAGTTGGTCTTATTTTACAACAAATCGGTATTGATGGAGGAAGGCGTGGGGAGTCTCTAACGATGGAGGAGTTTGCGTTATTGGCTAACACGTTTATCGCTTCTTCTAAGGCGTGA	MTNHKFIATPSRTKEILKKYHFSFKKSLGQNFLIDSNILNNIIRQAGIDKESGVIEIGPGIGALTEHLAIHSQKTLAFEIDQRLIPVLEDTLASYDNVEVVHEDILKANVRDMIRTHFHPEQPVHLVANLPYYITTPILMKLLRDHLPIDSFTVMIQKEVAERMAAKPNTKSYGSLTLAVQYYTEAEVVMQVPKRAFMPQPNVDSSILRLVRRTKAPVNVVDEHFFFSLIQASFAQRRKTLRNNLTNYFKDKLTKEEVGLILQQIGIDGGRRGESLTMEEFALLANTFIASSKA				NA	NA	NA	NA	NA
AK148_03596	861	yabG		Sporulation-specific protease YabG	ATGAGTTATTCGAAGGGTGATTTAGTCACAAGGTACTCTTATCAGCATGATATATTATTTCGGGTTTCTTCTGTGAAAAAAGAGCTTGTCGATTTAGTAGGAGAGGAAGTCCGTTTGAAAGCCGATGCTCCAATAGATGATTTGAAATTGGTGGAAGAAAGGGAGCTACAAAAACGGAGGCAACAAGGGAAAGAAAGTGAAGAATTTTCCTATCGACTATTTCGTCAAGATTATCAATTGTTAAAAGAAAAAAGGCAATACCAAGCTACGGACGGTTTTATACACGAAGCTTCCTATTTTCAATTGCCTGCAAAAGTGCTGCACATTGATGGGGATGCAATGTATTTAAAAAAATGTATCGAATTATATCAGCGAATCGGATTGCAAGTACATGGAGTACATTTATATGAACGCGATATGCCTGTAAGGATTACAGAACTCATAGAAAAAATTCAACCAGATATCATTGTTATTACTGGGCATGACGCTTTTTCTAAAAACAAAGGAGAAAAGCAAGATTTACGTGCTTATCGCAATTCAAGGTATTTTATTGAAGCTGTACGAGAAGCCAGGCGGGCCAATCCCAATTTGGATCAGCTCATCATTTTTGCAGGAGCGTGTCAATCGCATTTTGAGCTGTTAGTTCGGGCAGGGGCTAATTTTGCTAGTTCACCATTTCGAGTCAATATTCATGCGTTAGACCCTGTCTATATTGCTGCTAAAGTTGCCTATACACCCTTTATGGAAAAGGTGAGCGTATGGGATGCTATTCGAACTACGCTCACAGGAGACAAAGGGATGGGCGGTGTTGAAACAAGAGGATTATTACGTACAGGTTTACCATATATGAAAGAGACTTAA	MSYSKGDLVTRYSYQHDILFRVSSVKKELVDLVGEEVRLKADAPIDDLKLVEERELQKRRQQGKESEEFSYRLFRQDYQLLKEKRQYQATDGFIHEASYFQLPAKVLHIDGDAMYLKKCIELYQRIGLQVHGVHLYERDMPVRITELIEKIQPDIIVITGHDAFSKNKGEKQDLRAYRNSRYFIEAVREARRANPNLDQLIIFAGACQSHFELLVRAGANFASSPFRVNIHALDPVYIAAKVAYTPFMEKVSVWDAIRTTLTGDKGMGGVETRGLLRTGLPYMKET	PGPT0025240_244	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025240-yabG-K06436	NA	NA
AK148_03597	267	veg	COG4466	Protein Veg	GTGGCGAAAACATTAATCGAAATAAAGCAAGGTCTTGAAGGTCATGTTGGAAAACGGTTAAAGCTTACAGCAAATGGTGGAAGAAGAAAGACCATTGAGCGTTCCGGCATCTTAGCAGAAACATATCCTTCTGTATTTATTGTTGAGCTTGACCAAGAAGAAAATGCATTCGAACGTGTTTCATACAGCTATGCAGATGTTTTAACAGAAACAGTAGAGCTTCGCTTTGCAGATGATAAAAACATTGCGTCAGTGCTTGAGCAGTAG	MAKTLIEIKQGLEGHVGKRLKLTANGGRRKTIERSGILAETYPSVFIVELDQEENAFERVSYSYADVLTETVELRFADDKNIASVLEQ				NA	NA	NA	NA	NA
AK148_03598	180			hypothetical protein	GTGGCTAGAAGACGTGGAATGATGTCGGATCATTTAAAAGAAGAAATTGCGAAAGAGTTAGGGTTTTACGACACGGTGCAAAGGGAAGGATGGGGCGGCATTAAAGCGCGCGATGCTGGGAATATGGTGAAACGTGCCATTGAAAGAGCGGAAGCTAGTATGAGACAAGGCAAATCCTAA	MARRRGMMSDHLKEEIAKELGFYDTVQREGWGGIKARDAGNMVKRAIERAEASMRQGKS	PGPT0024885_147	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024885-sspF-K06423	NA	NA
AK148_03601	852	ispE	COG1947	4-diphosphocytidyl-2-C-methyl-D-erythritol kinase	ATGGTAATTTTTGAAAAAGCACCTGCAAAAATAAATTTATCATTGGACGTACGAAGTAAAAGGAGCGACGGGTACCATAACATTGAAATGATTATGACAACCATTGATTTAGCGGATCGCATTTGTTTATATGAATTACCTGAGGACCGGATCGAAATATCATTGGAAAGTAGATTTGTTCCAAGTGATAAACGCAATTTAGCTTACCAAGCTGCCTTAGCTTTGAAGCAAGCGTATGGTATTCATAGAGGTGTACATATAACAATTGAAAAAAACATCCCCGTCTCTGCAGGATTAGCAGGTGGTAGTGCCGACGCGGCTGCCGTATTAAAAGGTTTAAATCGTTTGTGGTCACTTCACCTTTCAGATACTGAATTAGCAAGTGTAGGTGCGTTATTAGGTACAGATGTGCCGTTCTGTATATATGGAAAAACGGCAATAGCTAAAGGTAGGGGAGAAATTGTCCAACGGCTTCTCTCGCCGCCGCCATGTTGGGTCGTTTTAGCTAAGCCGGATATTGGTATTTCTTCAGGAACTATTTTTCAACGCATAGTGGTGGAAGATATTGTTCATCCTAACACAAAAGCTGTTATGGAAGCATTAGAAGAAGGGAATTTTAATAAGCTATGTTTAAGCTTAGGGAATGCATTAGAACCGATAACGATAAAACAACACCCAGAAGTACAGCGTATTAAAACGGCTTTACAACAAGCAGGTGCGTCTGGTGTACTTATGAGTGGAAGTGGCCCGACAGTGTATGGCCTCGTCGAGCACGAAAGTAAAGCGAGAAAAATCTATAATGGAATGAGAGGCTTTTGTGAAGAAGTTTATTATGTACGATTATTAGGTTGA	MVIFEKAPAKINLSLDVRSKRSDGYHNIEMIMTTIDLADRICLYELPEDRIEISLESRFVPSDKRNLAYQAALALKQAYGIHRGVHITIEKNIPVSAGLAGGSADAAAVLKGLNRLWSLHLSDTELASVGALLGTDVPFCIYGKTAIAKGRGEIVQRLLSPPPCWVVLAKPDIGISSGTIFQRIVVEDIVHPNTKAVMEALEEGNFNKLCLSLGNALEPITIKQHPEVQRIKTALQQAGASGVLMSGSGPTVYGLVEHESKARKIYNGMRGFCEEVYYVRLLG	PGPT0007605_3359	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007605-ispE-K00919	NA	NA
AK148_03602	813	purR	COG0503	Pur operon repressor	ATGAAAAGAAGTAACCGTTTAGTTGCTCTAACCAATTTTTTTCTTGAAAATCCTCGGACGCACACACAATTTCCGTATTTTGTTTCACAATTAGCTACTACGAAAGCTTCTATTAGTGAAGATATGGATATTATCGATGCGGTGCTTCGAAGTGAAGGAATTGGCTATTTGCAACGGACGACAGGTGCAGGGGGCGGGGTGAAGTTTATACCTGCATGCGTTGATGAAAAAAATAAACGCTTTGTTGAAGCATTACGACAAAAGTTGCAAGATCCTGTTCGTATCCTTCCCGGCGGGTATCTATATATGAGCGATCTATTAGGCGATCCGAAGACGGTACGAGAAATTGGGCGTGTATTTGCTTCGGCATTTGCTAAAAAAGATATAGATGTTGTTGTTACCGTTGCTACAAAAGGGATTCCATTGGCATACGCTGTTGCCTCTTTTTTGAATGTACCGGTAGTGATTGTACGCAGAGATCCCAAGGTAACAGAAGGGTCCTCTGTAAGCATTAATTATGTATCTGGATCATCTAGAAAAATCCAGACCATGGTGTTGCCGAAACGCAGTTTATCGGAAGGAGCAAAAGTCTGTATTATTGATGATTTTATGAAAGCAGGTGGAACCATTACTGGCATGATAAATTTACTAGAAGAATTTCATGCAACGGTACAAGCAATAGGTGTCTTAGCTGAAGCAGATGATGAGGAAGAAGAGCGCGTCATTAATGATTATACATCTTTAATAAAAATATCAAATGTGGATATGAAAAAGAAGGCAATTGATGTCCACTTTGGTAATTTTATCAAATAG	MKRSNRLVALTNFFLENPRTHTQFPYFVSQLATTKASISEDMDIIDAVLRSEGIGYLQRTTGAGGGVKFIPACVDEKNKRFVEALRQKLQDPVRILPGGYLYMSDLLGDPKTVREIGRVFASAFAKKDIDVVVTVATKGIPLAYAVASFLNVPVVIVRRDPKVTEGSSVSINYVSGSSRKIQTMVLPKRSLSEGAKVCIIDDFMKAGGTITGMINLLEEFHATVQAIGVLAEADDEEEERVINDYTSLIKISNVDMKKKAIDVHFGNFIK				NA	NA	NA	NA	NA
AK148_03603	291	spoVG	COG2088	Putative septation protein SpoVG	ATGGAAGTAACTGACGTTAGGTTACGCCGCGTTAATACGGAAGGCAGAATGAGAGCGATTGCATCTATTACGTTGGATCAGGAATTTGTTGTCCATGATATCCGAGTAATTGACGGTAATAATGGACTATTTGTTGCGATGCCATCCAAGCGAACACCGGATGGAGAATTTAGGGATATCGCTCATCCTATTAATTCTGGTACAAGAGGGAAAATTCAGGACGCTGTATTAGAAGAGTATCGCAAAGCGGGAGATGAGGAAGTAAAATATGAAGAAGCTGGGGCTTCCTAA	MEVTDVRLRRVNTEGRMRAIASITLDQEFVVHDIRVIDGNNGLFVAMPSKRTPDGEFRDIAHPINSGTRGKIQDAVLEEYRKAGDEEVKYEEAGAS	PGPT0024830_306	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024830-spoVG-K06412	NA	NA
AK148_03604	1380	glmU		Bifunctional protein GlmU	ATGACAAATCGATATGCTGTCATACTGGCAGCAGGGCAAGGTACCAGGATGAAATCGAAGCTTTACAAAGTACTCCATCCTGTAGCGGGTCGCCCCATGGTTCAACACGTCGTCGAACAAGTTGGTGGCGTAAATGTCGATAAAATCATTACTATTGTCGGTTTTGGTGCGGAAGATGTAAAGAAACAACTCGGACCAAAAAGTGAGTACGTTCTTCAAGAAGAGCAGTTGGGGACTGGGCATGCAGTTGTTCAAGCTAAAGCGCTTTTAGAAGGTAAGGAAGGTACAACGATAGTGGTGTGTGGTGATACACCTTTAATAACTAGGGAGACGTATCAAGCGTTGATTGAACATCATGAACAAACAGAGGCAAAAGCTACGATACTAACAGCAAAAGCTCCTAATCCGTATGGATATGGTCGCATACTTAGGAATAAGCAAAATGATGTGGAACGGATTGTGGAACATAAAGATGCGAATGAAGCCGAGCTACTTGTAGATGAAATAAATACGGGTACATACTGTTTTGATAATCAAGCTTTGTTTCAGGCGCTAGCACATGTTTCCAATGATAACGCACAAGGGGAGTATTACTTGCCGGATGTGATTGAAATTCTCCAAACAAAAGGGGAGACGGTGAGCGCGTATCAAACAGCAGACTTTGAAGAAACGTTAGGGATAAATGATCGTGTTGCTTTAGCGCAAGCAGAGAAAATCATGAAACAACGTGTGAATGAAAGACATATGCGTAATGGTGTAGCTATTATTGATCCGGATCAAACTTATATTGAACCGAGTGTAACAATTGGTGCTGACACAATTATTCATCCTGGTACAATGATTAAAGGCGATACGGTCATTGAGGAAAATGCAGAAATTGGCCCGTATTCCGAGCTAACCAATTGTCATGTTGGAAATGGCACGATAATTAAGCAAAGTGTGGTAAATGATAGCAAGATAGGTAATGATGTGAAAATTGGTCCGTATGCACATATAAGGCCTGATAGTGCAATTGGTAACCACGTGAAGATTGGAAACTTTGTAGAAATAAAAAAGACAAGCTTAGGTGAAAATAGTAAAGTTTCTCATTTAAGTTATATTGGTGATGCACAAGTCGGAAGCAATGTAAACGTAGGTTGTGGTACAATAACAGTGAACTATGATGGCAAGCACAAATATGTAACAACCATTGAAGATGAATCATTTATAGGCTGCAATTCAAATTTAGTTGCACCTGTGAAAATTGGAAAAGGTTCTTATATTGCTGCTGGTTCTACAATTAATAAGGACGTGCCAGAGGATTCTTTATCGATTGCTCGCGCAAGGCAAACGAATAAAGAAGGATATGCGGAAAAAATTAAAAATCGGAAAAAAGACTAA	MTNRYAVILAAGQGTRMKSKLYKVLHPVAGRPMVQHVVEQVGGVNVDKIITIVGFGAEDVKKQLGPKSEYVLQEEQLGTGHAVVQAKALLEGKEGTTIVVCGDTPLITRETYQALIEHHEQTEAKATILTAKAPNPYGYGRILRNKQNDVERIVEHKDANEAELLVDEINTGTYCFDNQALFQALAHVSNDNAQGEYYLPDVIEILQTKGETVSAYQTADFEETLGINDRVALAQAEKIMKQRVNERHMRNGVAIIDPDQTYIEPSVTIGADTIIHPGTMIKGDTVIEENAEIGPYSELTNCHVGNGTIIKQSVVNDSKIGNDVKIGPYAHIRPDSAIGNHVKIGNFVEIKKTSLGENSKVSHLSYIGDAQVGSNVNVGCGTITVNYDGKHKYVTTIEDESFIGCNSNLVAPVKIGKGSYIAAGSTINKDVPEDSLSIARARQTNKEGYAEKIKNRKKD	PGPT0018955_1402	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-GLUCOSAMINE_MODIFICATION,PGPT0018955-glmU-K04042	NA	NA
AK148_03605	954	prs	COG0462	Ribose-phosphate pyrophosphokinase	ATGGCAGCTAGTTACAAGGATTCATCCTTGAAAGTTTTTACATTAAATTCCAACCCACAATTGGCCGAGGAGATTGCTAATCATATTGGTACGACACTAGGGAAATGTGCTGTATCTCGCTTTAGCGATGGAGAAATTCAAATTAATATTGAAGAAAGCATCCGTGGCTGTGATGTCTATGTCGTTCAGTCAACATGTTCACCGGTGAATGAGCATTTGATGGAATTATTAATTATGATTGATGCATTGAAACGAGCATCTGCAAAGTCAATTAATATTGTTATGCCTTATTATGGGTACGCTAGACAAGATCGAAAAGCAAGATCAAGAGAACCGATTGCAGCAAAACTAGTAGCCGATCTATTAGAAACAGCAGGATCTGATCGGGTGATTACACTTGATTTACACGCACCGCAAATTCAAGGCTTTTTTAATAGCCCGATCGATCATTTACAAGGAGTGCCAATTCTTTCCGATTATTTTGAAGCAAAGAACTTGGAAGATATTATTATTATGTCACCAGACCATGGCGGTGTGACACGCGCCAGAAAGATGGCTGATCGTTTGAAGGCGCCAATTGGAATAATTGATAAGCGTAGACCACGACCTAATGTGGCTGAAGTGATGAATATTGTTGGGAATATTGAAGGGAAGACAGCCATTTTAATTGATGATATCATTGATACTGCAGGTACAATTACTTTAGCAGCAAATGCTTTAATTGAAAATGGTGCCAAGGAAGTATATGCTTGTTGTACACATCCCGTATTATCTGGCCCGGCAATGCAACGAATAAATGATTCAAAAATTAAAGAATTGGTTGTAACTAATTCGATCCCTTTACCAGATGACAAACGAATTGATAAAATTACACCACTTTCTGTCGCTCCTTTAATTGGTGAAGCGATTGTTCGTGTGCATGAATTGCAATCCGTTAGTATTTTGTTTGATTAA	MAASYKDSSLKVFTLNSNPQLAEEIANHIGTTLGKCAVSRFSDGEIQINIEESIRGCDVYVVQSTCSPVNEHLMELLIMIDALKRASAKSINIVMPYYGYARQDRKARSREPIAAKLVADLLETAGSDRVITLDLHAPQIQGFFNSPIDHLQGVPILSDYFEAKNLEDIIIMSPDHGGVTRARKMADRLKAPIGIIDKRRPRPNVAEVMNIVGNIEGKTAILIDDIIDTAGTITLAANALIENGAKEVYACCTHPVLSGPAMQRINDSKIKELVVTNSIPLPDDKRIDKITPLSVAPLIGEAIVRVHELQSVSILFD	PGPT0021480_3966	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021480-prsA-K00948	NA	NA
AK148_03606	624	ctc	COG1825	General stress protein CTC	GTGGCAGTAAAACTAGCAGCGCAACGAAGAGAAGATCATACGAAATCAGCAACAAAAGAAATTAGAAATAGCGGACGTGTTCCAGCTGTAATCTATGGAAAAGCAAAAGAATCGAAGTCGATTGCTGTAGATAGTGTTGAATTGATCAAAACAGTTCGTGACGAGGGTAGAAATGCGATTATCTCACTTCACATTGAAGATGAAAAACCTGTAGATGTGATGCTACATGAATATCAAATTGATCCATTGAAAGATGAGCTTATCCATGCTGACTTTTATATTGTAGATATGGCTGAAGAGATGGATGTGGAAGTGAATATCCACTTAGAGGGAGAAGCAAAAGGTACGAAAGATGGCGGTGTCTTGCAGCAACCATTATATGCGTTGCAAGTGCGTGCGAAACCAGCTGACATTCCTGAAGAAATCGTTGTTGATGTTTCTGATTTAGATATTGGAGATAGTATTGCTGTGTCTGATATTGACATTCAAGGGAAATACGAACTCTTAGATGATCCAGTTACTACGGTTGTAACGGTATCAGCGCCAGATACGTTAGAGGACATTGAAGCGGCTCCGGCTGAGAATGCAGAGCCAGAATTAGTAGATGGAGAAAAGGAAGCATAA	MAVKLAAQRREDHTKSATKEIRNSGRVPAVIYGKAKESKSIAVDSVELIKTVRDEGRNAIISLHIEDEKPVDVMLHEYQIDPLKDELIHADFYIVDMAEEMDVEVNIHLEGEAKGTKDGGVLQQPLYALQVRAKPADIPEEIVVDVSDLDIGDSIAVSDIDIQGKYELLDDPVTTVVTVSAPDTLEDIEAAPAENAEPELVDGEKEA				NA	NA	NA	NA	NA
AK148_03607	561	pth	COG0193	Peptidyl-tRNA hydrolase	ATGAAATGTATTATAGGTTTAGGAAACCCAGGAAAAAAATATCATCAGACGAGACATAACATTGGTTTTATGGTAATTGATGAATTATTGCGACGTCATCAGCTAACATTGGATAAATCAAAATTTAAAGCAGATTACACGATGGTACAGATGGGACAGGAAAAGGTGATGTTTGTAAAACCACAAACGTTTATGAACCTTTCTGGGGATGCTATAAGGCCATTAATTGACTATTACAACATTGATTTATCGAATATTTTGATTATTTTTGATGATTTGGATTTGCCAGTCGGTAAAATTAGGCTTCGTCAAAAAGGTGGTCATGGAGGCCATAATGGCATTAGATCCATTATCGACCATGTTGGGACGAAGGATTTTAAACGAATTCGAATTGGTATCGGTAGGCCTGATGTTTCACAATCCATTATTCATTATGTGCTACAAAGGTTTCCAAAACATGAAACCTCTGAGGTAACGCTTAGTGTGCAAAAAGCAGCCGATGCATGTGACGAGTGGATAGAACGTCCATTTCCTGAAGTTATGAATGAATATAATCAATAA	MKCIIGLGNPGKKYHQTRHNIGFMVIDELLRRHQLTLDKSKFKADYTMVQMGQEKVMFVKPQTFMNLSGDAIRPLIDYYNIDLSNILIIFDDLDLPVGKIRLRQKGGHGGHNGIRSIIDHVGTKDFKRIRIGIGRPDVSQSIIHYVLQRFPKHETSEVTLSVQKAADACDEWIERPFPEVMNEYNQ	PGPT0023420_61	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023420-tarL-K18704	NA	NA
AK148_03608	225	fin		Anti-sigma-F factor Fin	ATGATATATTTGTGTAAGCATTGTGGACAAAAACTAGGAAGTATACAACAACACATGATTGATTTATCCATATTAGGATTTGACCAATTATCCGTGAAGGATAAAGAAGAAATGATTGTTTATAAACCAAATGGGGATATGCATATCAAGGTGATTTGCGAAGACTGTCAAGAAACACTAGGTCAACATCCTCACTACCATGAATTAGATTTCTTTATACAATAG	MIYLCKHCGQKLGSIQQHMIDLSILGFDQLSVKDKEEMIVYKPNGDMHIKVICEDCQETLGQHPHYHELDFFIQ				NA	NA	NA	NA	NA
AK148_03609	3525	mfd		Transcription-repair-coupling factor	ATGAAAGGAATACAAAAATATTTATACAATAAAGAAGATATACAATCCATTATTAATGGCGTGCTAGCAGGAATGGATGAACAACTTGTAGCAGGATTATCTGGTTCAGCTAGAGGCTTACTTGTATCTGTTATTCGAGGTGAGATGAAGAAGCCGATTTTGTTAGTCACCCACCAACTTGTGCAAGCACAGCAACTATATGATGATTTGGTTGGTATTGTGGGAGAGGAAGATGTTCACCTATATCCTGTAAATGAATTGATTGCTTCAGAAATAGCTATTGCAAGTCCAGAGTTACGCAGCCAGCGAATTGATTCATTAACTGCTTGGTCACAAAATAAATCAGGGATTTTAATAGCTCCAGTATCTGCTCTAAAACGAATACTTCCTCCTCCAGCGTATTGGCAAACATATCAACTAGCATTTAAATATGGAGAAGAAATTGATGTGAATCATTATTTAACAAATTTAATAGATATGGGATATGATCGCGCTTCCATGGTTACAACACCAGGTGAGTTTAGTAAACGTGGTGGAATTATTGATATATATCCTATTACCGAAAAGCATCCGATTCGAATTGAGCTATTTGATGAGGAAATTGACTCTATTCGCTATTTTGATGCTGAAACCCAACGTTCATTAGATAAGCTGGAGGAAGTTACGATTGGGCCAGCAACTGAATTGCTATTAACAGAGTCCGATCTTCATATGGCTGGGGAGCGTTTGGAGGAAGCGCTTGCCGATACGTTGAAAACGTTAAAGACACAAGAAGCAAAAGCAACATTGACAGAGGTAGTGCAACGAGACATAGATCGCTTAAAAAACCTCGAGCGCTTTCCTGAGATGTATAAATACATTGGTTATTTATATTCAAATCCTGTTAGTTTACTAGATTACTTGCCAGGTGATGGCCAAATAATTATTGATGAAATGAGCCGAATACAAGAGACTGCATTACATTTGGATATAGAAGAGGGCGATTGGTACAGTAATTTGCTAGCCAATAACCAAATGGTTAGAAATAGTTCTTTTTCATTTGATTGGCATGCTATATGGGAGCGTATGAAACAGCCGCGTATCTATATGTCTGTATTTTTACGCCATATTCCTAATACACAACCACAAAATATTGTTAATTTATCTTCAAGACCGATGCAAGAATTCCATGGTCAAATGCACTTATTTAAAAATGAATTACTCCGCTGGGAAAAGGGGGACTATTCTGTTATTGTTTTAGCTCCAGATAAAGAGCGAGCGGAAAGAATTCACTCTATATTTATGGATTATGATATCGATTTTGGCATTACAGAAGATATACAGCTTCCTGTTGATAAACCAACGATTGCGGTAGGGAATATTTCAAGTGGCATAGAGTTGCCGATGCACAGGCTTGTGTTAGTGACTGAGCAAGAACTATTTAAAAAACGTACAAAACGATCGAGAAAGCAACAAAAAATCTCGAATGCCGAACGAATTAAGGATTATCAAGAATTAAAAGTAGGCGATTATGTTGTACATACAAATCATGGGGTCGGAAAATACCTCGGTATAGAAACTTTAAAAGTGAATGATCTGCATAAGGATTATTTGCTAATTAAATATTCCGGCGATGATAAGCTATTTGTACCTATTGACCAAATTGACCAAGTGCAGAAATTTGTAGGGTCAGAAGGAAAAGAACCGAAGCTCTATAAGCTAGGTGGAAGTGAATGGAAAAAAGTAAAACGGAAAGTGCAATCATCTGTAGAGGATATTGCAGATGATCTCATTAAGCTCTATGCTGAAAGGGAAGCAAGAAAAGGGTACGCATTTTCTGAAGATACAGAAATGCAACGCGAATTTGAAGCATTGTTTCCTTATCAAGAAACAGAGGATCAATTACGTTGTATTCAAGAAATTAAACAAGATATGGAAAGAGAACGTCCAATGGATCGTCTTCTTTGTGGGGATGTTGGCTACGGAAAAACAGAGGTAGCTATTCGCGCAGCGTTTAAGGCAATTGCCGATGGAAAACAAGTTGCGTTATTAGTTCCGACGACGATTCTAGCACAGCAACATTTTGAAACAATACGAGAAAGGTTCCAAGATTATCCAATTACCATCGGTTTATTAAGTAGATTTCGAACGAGAAAGCAGCAAAAGGAAACGCTAGATGGATTAAGAAAAGGAACTGTTGATATCGTTATTGGTACACATCGTATTTTATCTAAAGATGTTCAGTACCATGATTTAGGTTTATTAATTGTTGACGAAGAGCAACGCTTTGGAGTAAAGCATAAGGAAAAAATTAAGCAGCTAAAATCGAATGTAGATGTACTCACGTTAACGGCAACACCTATTCCACGAACATTGCATATGTCTATGCTTGGTGTGCGGGATCTTTCTGTAATTGAAACGCCACCAGAAAATCGTTTTCCAATTCAAACCTATGTGATGGAGTATAACCCAATATTTGTTCGAGAGGCTATAGAGCGTGAAATGGCTCGAGGAGGCCAAGTGTTTTTTCTACATAACCGTGTAGAAAATATTGAAGAGATAGCCAGAGAGCTAAGTTCTCATATTGATGCTAGGATAGCGGTTGCGCATGGTCAAATGAATGAATCGGAGTTGGAGAATGTTATTTTTTCCTTTTTAGAAGGAGAATTTGATGTCCTTGTAAGTACGACGATTATTGAAACGGGCGTTGATATTCCAAATGTAAATACCTTAATTGTAAACAATGCGGACCGTATGGGACTAAGTCAATTGTATCAATTGCGTGGCCGTGTAGGGCGTTCCAATCGCGTTGCTTATGCGTACTTTACGTATCGAAAAGATAAAGTGCTTACCGAAGTTGCTGAAAAACGTCTACAAGCAATTAAAGAATTTACAGAATTAGGTTCTGGATTTAAAATCGCTATGCGTGATTTATCCATTCGAGGAGCGGGTAATCTGCTTGGTGCTCAACAGCATGGATTTATCGATTCAGTCGGTTTTGACATGTATTCACAAATGCTCAAAGAGGCGATTGATGCTCGCAAAGAAGGCAAAGATATAAGTGATGTAAAGCCATTTGATCCAGAATTGACACTAGTAATCGATGCGTATATTCCAGATGAATATATCCCAGATGAAAAGCAAAAAGTAGACATTTATAAACAATTCCAATCCATGGAGACGACCGAAGATAAACAAGATTTACATGACGAATTAATTGATCGATTTGGTGACTATCCAGAAGAGGTAACTAATTTATTTACCGTATCTACGTTGAAAATGCTAGCAAAGCGGGAGCGAGTCCGTTCTATAAGTGAGAGTGAGAAAAACAAAAAAATTGAAGTGCTCGTTGATGAAGAGCGTAGTCAACAAATTGATGGCGCAAAAGTATTCGAAATGGCAAATGCATATGGACGAGATATCCAACTGGGAACCGAAAGCAGTAAATTAAAAATTGTATTTAAATATACCAATACGACGAAGCAGCAATGCTATAAAAATGTGGAAACGTTTATCGATAATTTAAAATATGCCAATCGGAGTTAG	MKGIQKYLYNKEDIQSIINGVLAGMDEQLVAGLSGSARGLLVSVIRGEMKKPILLVTHQLVQAQQLYDDLVGIVGEEDVHLYPVNELIASEIAIASPELRSQRIDSLTAWSQNKSGILIAPVSALKRILPPPAYWQTYQLAFKYGEEIDVNHYLTNLIDMGYDRASMVTTPGEFSKRGGIIDIYPITEKHPIRIELFDEEIDSIRYFDAETQRSLDKLEEVTIGPATELLLTESDLHMAGERLEEALADTLKTLKTQEAKATLTEVVQRDIDRLKNLERFPEMYKYIGYLYSNPVSLLDYLPGDGQIIIDEMSRIQETALHLDIEEGDWYSNLLANNQMVRNSSFSFDWHAIWERMKQPRIYMSVFLRHIPNTQPQNIVNLSSRPMQEFHGQMHLFKNELLRWEKGDYSVIVLAPDKERAERIHSIFMDYDIDFGITEDIQLPVDKPTIAVGNISSGIELPMHRLVLVTEQELFKKRTKRSRKQQKISNAERIKDYQELKVGDYVVHTNHGVGKYLGIETLKVNDLHKDYLLIKYSGDDKLFVPIDQIDQVQKFVGSEGKEPKLYKLGGSEWKKVKRKVQSSVEDIADDLIKLYAEREARKGYAFSEDTEMQREFEALFPYQETEDQLRCIQEIKQDMERERPMDRLLCGDVGYGKTEVAIRAAFKAIADGKQVALLVPTTILAQQHFETIRERFQDYPITIGLLSRFRTRKQQKETLDGLRKGTVDIVIGTHRILSKDVQYHDLGLLIVDEEQRFGVKHKEKIKQLKSNVDVLTLTATPIPRTLHMSMLGVRDLSVIETPPENRFPIQTYVMEYNPIFVREAIEREMARGGQVFFLHNRVENIEEIARELSSHIDARIAVAHGQMNESELENVIFSFLEGEFDVLVSTTIIETGVDIPNVNTLIVNNADRMGLSQLYQLRGRVGRSNRVAYAYFTYRKDKVLTEVAEKRLQAIKEFTELGSGFKIAMRDLSIRGAGNLLGAQQHGFIDSVGFDMYSQMLKEAIDARKEGKDISDVKPFDPELTLVIDAYIPDEYIPDEKQKVDIYKQFQSMETTEDKQDLHDELIDRFGDYPEEVTNLFTVSTLKMLAKRERVRSISESEKNKKIEVLVDEERSQQIDGAKVFEMANAYGRDIQLGTESSKLKIVFKYTNTTKQQCYKNVETFIDNLKYANRS				NA	NA	NA	NA	NA
AK148_03610	537	spoVT	COG2002	Stage V sporulation protein T	ATGAAAGCAACAGGAATTGTGCGACGTATTGATGATCTTGGGAGAGTTGTTATACCTAAAGAAATAAGGAGAACGTTACGCATTAGAGAGGGCGATCCGCTAGAAATATACGTGGACCGTGAAGGAGAAGTAATTTTAAAAAAATATTCTCCAATTAGTGAGCTAGGTCAATTTGCTAAAGAATATGCAGAAGCGTTGTTTGATTCTTTGCATACCCCTGTTATCATATCCGATCGAGATGAGGTTATTGCAGTAGCAGGAGAATCAAAAAAAGAGTACTTAAACAAAAACATCGGATCCCCTCTAACTAGTATCATTGAAGGTAGACAACAAGTCATGGAAAAAGAAGCAAAATCATTAGAAATTGTTGATGGGCATGAAGAAGACTTGATATCCTATTGTATTAGCCCAATTATTGCAAATGGCGATGCAATTGGATCCGTAGTGATTTTTGCTAAAGAAGGTGAAAGCTTTTCAGCTGTTCAACAAAAATCAGCAGAGACAGCGGCAAGCTTTCTAGCCAAGCAAATGGAATAA	MKATGIVRRIDDLGRVVIPKEIRRTLRIREGDPLEIYVDREGEVILKKYSPISELGQFAKEYAEALFDSLHTPVIISDRDEVIAVAGESKKEYLNKNIGSPLTSIIEGRQQVMEKEAKSLEIVDGHEEDLISYCISPIIANGDAIGSVVIFAKEGESFSAVQQKSAETAASFLAKQME	PGPT0024790_276	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0024790-spoVT-K04769	NA	NA
AK148_03611	1587			hypothetical protein	ATGAATAGAAATGAAACTAATAAGCTTGTAAAAGGGGCGTTATTGTTAACAATGGTTGGCGTAATTAGTAAGCTATTAAGTGCCGGCTATCGTATCCCTTTGCAAAATGTAACTGGAGACATGGGCATCTATGTCTATCAACAGATCTACCCTGTCCTAGGAATTGGATTAATGTTAGCTTTATACGGATTTCCATCGGCGATAGCAAAGCTAGCAGCGGAAGAACAATCCCATACTCAAAAATTGTCTTTAACAAGCTTTTATTTCCCCATTTTCCTGATACTCTGTATGCTTAACGGAAGTTTAGCGCTATTTATTTATATGAATGCACCATATATTACAGGGTGGATTGGTGATGAACGTCTTACAGAGATATATTATTTAGGTGCGTTAACATTTTTATTTATACCAGTAACGGCATTGTTACGTGGTACTTTTCAAGGGAATTTCGTGATGAAACCTACTGCTTTTTCTCAACTAGCTGAACAGCTGTTTCGAGTAACGATTATCATTACTTCAGCAATCGTCATTGCCGAAAGTGGAAAGCCTATTTATACAATAGGAAGGGCTGCTGTTTTTGCCTCCATAATCGGATTAATTGTTGCGACTATTGTTTTAGCTGGTTTTTTTTGGCGTGATAAGCCATTTCATATAGAAAAGCGACCTTATTCCATGCGTCATTATGTACATACGATTATTACTATTGGTATTGTTGCTACGTTAAACCATATGGTGTTACTTTTATTACAGTTTGCTGATACATTTACGTTATTTCCGAGTCTTTTAAATGGTGGTTATTCTCAGCTCATGGCAATGGAGGCTAAAGGTGTGTTTGATCGAGGGCAACCGCTTATTCAGATTGGTACGGTCCTTGGATCATCGTTTGCATTGGCTCTAATGCCATCTGTTTCGAAGAGAAAATTAACGGAACAGCCGCAAATCTTTTACCCTTATATTCGTGGGGCGATGCTATTTAGCATTTATTTAGCAACAGGTGCGACGGTCGGGCTAATAGCTATTTTTCCTGAAGTAAATCAAGCTCTGTTTCAAGATCAACAAGGCAATGCTGCGCTACGTCTGTTAATGGTTGCGGTTTTATTGAGCTCACTTGCAATTACGGCTGCAGCTATTTTACAAGGATTAGGATATATAAAACGTGTTGCTTTACTTATATTACTAGCATGTTTCATGAAATGGATTGGCAATCAATGGTTTGTCCCATCAATGGGCATATTTGGCAGTTCCTTTGCTACAGTGCTCGCTTTACTCGTGTTTAGTGTAATTGCTTTAACAGAATTACGGCGAAAATTACCATTATTACAACTTTTCAGAAACGTACAATGGAAGGCGTTGCTACTTGCTACTTTCGTTATGGTTAGTTATTTATGGATAGTAAAATGGGTAGTGCATCCTTGGCTTCTGCCCACAAGAGTGGCATCGTTTCTATTTGTCGGTTTTCTATCTATTACAGGCGCTACTGTATATGGGTATTGCTTAATAAGACTGAAAGCTTTTACGGAACAACAATTGCAAATGCTCCCATCGCGACTTTCTTTACGGTTCATTCGCAAGCAGCGTTATCGATAA	MNRNETNKLVKGALLLTMVGVISKLLSAGYRIPLQNVTGDMGIYVYQQIYPVLGIGLMLALYGFPSAIAKLAAEEQSHTQKLSLTSFYFPIFLILCMLNGSLALFIYMNAPYITGWIGDERLTEIYYLGALTFLFIPVTALLRGTFQGNFVMKPTAFSQLAEQLFRVTIIITSAIVIAESGKPIYTIGRAAVFASIIGLIVATIVLAGFFWRDKPFHIEKRPYSMRHYVHTIITIGIVATLNHMVLLLLQFADTFTLFPSLLNGGYSQLMAMEAKGVFDRGQPLIQIGTVLGSSFALALMPSVSKRKLTEQPQIFYPYIRGAMLFSIYLATGATVGLIAIFPEVNQALFQDQQGNAALRLLMVAVLLSSLAITAAAILQGLGYIKRVALLILLACFMKWIGNQWFVPSMGIFGSSFATVLALLVFSVIALTELRRKLPLLQLFRNVQWKALLLATFVMVSYLWIVKWVVHPWLLPTRVASFLFVGFLSITGATVYGYCLIRLKAFTEQQLQMLPSRLSLRFIRKQRYR	PGPT0017190_29	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_OTHER_SUGAR_TRANSPORT_RELATED_PROTEINS,PGPT0017190-TC_PST-K03328	NA	NA
AK148_03612	1443			hypothetical protein	ATGAACAAAATCGAAATTATTGGTCTTGGTGCAGGAGACTTGGATCAGTTACCTTTAGGTATTTATAAAAAGCTTTGTGATTTAAACAAGTCCGTACACGTCCGCACGCTGGATCATCCTGTTGTTCAAGCATTGCAGGCAGAAGGTGTGAGCTTCCATTCTTTTGATACAATTTATGAGGAAGAAGAACAGTTTACTCATGTATACCATCGTATTGCTGCAATTATTTTAGAAAAAGCGAAAATTGAACAGGTTATCTATGCTGTGCCTGGACATCCCATGCTTGCGGAAAAGACCGTACAAATTTTGCTGGATTCCGAATGTGAGGTAGAAATCATTGGCGGAAGCAGTTATTTAGATGATCTATTTACCGCATTAAAAATAGACCCTATTGACGGATTTCAATTTCTTGATGCAACATCTTTCAAGCGTCAAGATGTAAACTACCACAATCACCTCGTGTTTTCGCAAGTGTATGACCAAATGATCGCTTCTGAAGTAAAATTGATATTGTTAGAGGACTTACCTGCAGACTATCCAATTACCATTATTGATGCAGTAGGAAGCGTTCGGGAAAAAATAGTAGAAGTTCCTTTAGAAGAATTAGATCGCACGGTTGATGTTAGTAATTTAACAAGTGTCTATGTCCCACCCGCACCGGAACATTTATTACATCATACGTTTACAAGTTTACGCCAAGTGATTCATACGTTAAGAGGGCCTGGTGGATGCCCGTGGGATCAGAAGCAGACACATGAGAGCCTGCGAGAATATGCTATTGAAGAAGTGTATGAACTTATTGACGCGATTGATCAACAAGATGATGAAGGGATTATTGAAGAATTAGGAGACGTACTGCTACAAGTTATGCTACACAGTCAAATTGGGGAAGATGAAGGTTATTTTACGATAGATGATGTCATTCAAAACCTCACGGAAAAAATGATTCATCGTCATCCACATGTCTTTCAAAATGAATCTGTTTCCAATGCAGATGAAGTCGTAAAGAATTGGGAGCAATTAAAAAAGGCTGAAAAAGGAGAGACAAGAGTGTCTGCATTAGATGGTATTGCAAAGCATTTACCATCACTTGCACGGGCGTATCAATTACAAAAAAGAGCAGCAAAAGTAGGGTTTGATTGGCACTCTTTACAAGGTGTCTATGATAAATTACAAGAGGAACTAGAAGAATTTAAGGTAGCTATACAAAAAGGGAGAGCACATGAACAAGAAAAGGAGTTTGGCGATATTTTATTTGTCCTAGCGAATATAGCAAGGTATTATAAAATAAACCCAGAAGTAGCCTTACATCATACGAATGAAAAATTTATTTTGCGTTTTTCCTATATGGAACAAGCATTGAAAAAGCGTCAGCGTTCCATTCAAGAAGTAACTTTAGAAGAGATGAATGGATTATGGGAAGAGGCGAAAGAAAAGGAGTAG	MNKIEIIGLGAGDLDQLPLGIYKKLCDLNKSVHVRTLDHPVVQALQAEGVSFHSFDTIYEEEEQFTHVYHRIAAIILEKAKIEQVIYAVPGHPMLAEKTVQILLDSECEVEIIGGSSYLDDLFTALKIDPIDGFQFLDATSFKRQDVNYHNHLVFSQVYDQMIASEVKLILLEDLPADYPITIIDAVGSVREKIVEVPLEELDRTVDVSNLTSVYVPPAPEHLLHHTFTSLRQVIHTLRGPGGCPWDQKQTHESLREYAIEEVYELIDAIDQQDDEGIIEELGDVLLQVMLHSQIGEDEGYFTIDDVIQNLTEKMIHRHPHVFQNESVSNADEVVKNWEQLKKAEKGETRVSALDGIAKHLPSLARAYQLQKRAAKVGFDWHSLQGVYDKLQEELEEFKVAIQKGRAHEQEKEFGDILFVLANIARYYKINPEVALHHTNEKFILRFSYMEQALKKRQRSIQEVTLEEMNGLWEEAKEKE				NA	NA	NA	NA	NA
AK148_03613	261			hypothetical protein	ATGCGTCTAGACAAATTTTTAAAAGTATCTCGTTTAATTAAGCGTCGTACGTTAGCCAAGGAAGTAGCTGATCAAGGTAGGATTACGGTAAATGGTAATCAATCTAAAGCGGCTACGACATTAACGGTAGGCGATGAGCTTGTTATTCGCTTTGGGCAAAAGGTAGTTACACTGCGTATCGATAATTTACGAGAAACAGTGAAAAAAGAGGAAGCCCAATCCATGTATACTATTATAAAAGAAGAAAAAATAACGAATTAA	MRLDKFLKVSRLIKRRTLAKEVADQGRITVNGNQSKAATTLTVGDELVIRFGQKVVTLRIDNLRETVKKEEAQSMYTIIKEEKITN	PGPT0012225_994	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-MOTILITY-MEDIATED_DEFENSE_SIGNALLING,PGPT0012225-lysS-K04567	NA	NA
AK148_03614	300	yabP		Spore protein YabP	ATGAACTATTATGAGAATAAAGAGCATATACCACGTGTTACTACAGATCATACGGTAAAAATGAATAATCGTAAAAATTTGGAAATTACAGGTGTAAAAGAAGTAGATAGCTTTGATAATGAAGAATTTTTACTGGAAACAGTAATGGGTTATTTAATTATACGTGGGCAAAATTTACAACTGAAAAATTTAGATGTGAATGACGGTTCTGTTGTTATCAAAGGGAAAATTTACGAGCTTTCTTATATTGATGAACAGCAGGAGAAGGCTAAAGGCTTCTTTAGCAAGTTATTTAAATGA	MNYYENKEHIPRVTTDHTVKMNNRKNLEITGVKEVDSFDNEEFLLETVMGYLIIRGQNLQLKNLDVNDGSVVIKGKIYELSYIDEQQEKAKGFFSKLFK	PGPT0024990_105	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024990-yabP-NA	NA	NA
AK148_03615	600	yabQ		Spore protein YabQ	ATGAGTTTAAGTACGCAGCTTGTAACAATGCTATCTATGATTGCAGGCGGTTTGTCTACGGGCTTCATGCTAGACACATTTCGTAGGTTCTCTCCTTATTGGAGAAATAGGAAGATCATGATTTATGTAATGGAAGTAGGGTTCTGGACTTCACAAACATTATTACTTTTTTATATTTTATTTTTGGTTAATGGTGGAGAGATAAGGTTATATATTGTACTAGCATGTCTACTAGGCTTTTCGATGTATCAAGCGATACTCTCCTATTATTATAAAAAGTTACTAGAGCATTTCATACGAATTGCGCTCTCTATCTATCGCTTTTTTTCACGACTTATACAAGTCTTCATTATTTCGCCGATAAAAGGAATTGTAATGGTTATTTATACAATATTTATATGGGTTTTAAAACTGCTTCTCTCTCTGCTACTTTTCGTTTTAACGGTGATTGTAACGCCAATCCAATGGTTGCTACGAGGATTCTACCAGTTGCTACCTAAAAAAGTTCAAGGAATTCTATTACAAATAGCAGGATTTTATAGTACAATAAAGAATAACTTAAGTAAGGTTTGGGAGAACATTCGCTGGAAGAGGAGGTAA	MSLSTQLVTMLSMIAGGLSTGFMLDTFRRFSPYWRNRKIMIYVMEVGFWTSQTLLLFYILFLVNGGEIRLYIVLACLLGFSMYQAILSYYYKKLLEHFIRIALSIYRFFSRLIQVFIISPIKGIVMVIYTIFIWVLKLLLSLLLFVLTVIVTPIQWLLRGFYQLLPKKVQGILLQIAGFYSTIKNNLSKVWENIRWKRR				NA	NA	NA	NA	NA
AK148_03616	381	divIC	COG2919	Cell division protein DivIC	TTGACTACAGGTAAACAAAGCGTAAGAAAACTGGATTCGAATTACATGCAACAATACGATGCCTACGTAGAAAGGCAAAATCGAAAAAAGCGACGTTTAATTCGACGTTTGGTGTTATTTGGAGTTATTACTCTCGTTATTCTTGGCGGTATGACTACATATCATATCCAGCAGCGCTCTCTTCATGCGGAAAAGACAGACGAATATGAAAATCTACAAGCAGAATTGGCGGATTTGAAAAAAGAACAAAAAAATCTGAAACAAGAAACAGAGCGTTTAAAAAATGAGGATTATGTACTAGAAATAGCGAGAACTAACTATTTCCTATCTAAAGAGGGCGAATTAATTTTTAAAGTTCCTGATAAAGAACCATCTTATTGA	MTTGKQSVRKLDSNYMQQYDAYVERQNRKKRRLIRRLVLFGVITLVILGGMTTYHIQQRSLHAEKTDEYENLQAELADLKKEQKNLKQETERLKNEDYVLEIARTNYFLSKEGELIFKVPDKEPSY				NA	NA	NA	NA	NA
AK148_03617	390	pnp_2		Polyribonucleotide nucleotidyltransferase	ATGTCAATTGAAGTAGGCAGCAAGCTGCAGGGTAAGGTAACTGGTATCACTAATTTTGGAGCCTTTGTAGAAATCGAAAAAGGAACAACCGGACTTGTTCATATTAGTGAGGTTGCCGACAACTATGTGAAAGACATTAATGAACATCTTTCTGTTGGCGATGAAGTAAAGGTGAAAGTCATTAACGTAGAGAAAGACGGAAAAATTGGTCTATCGATTAAAAAAGCGGTAGATAAGCCAAAACCAAAACGTCAACGAGATAACCGTGAACGGGTTGAATCTTTTGAGTCAAAAATGAATCGTTTTTTAAAAGACTCTGAAGATCGCCTTGCCTCTTTGAAGAAGCACACGGAATCCAAACGCGGGGGTCGAGGTGCTAAAAGGGGATAG	MSIEVGSKLQGKVTGITNFGAFVEIEKGTTGLVHISEVADNYVKDINEHLSVGDEVKVKVINVEKDGKIGLSIKKAVDKPKPKRQRDNRERVESFESKMNRFLKDSEDRLASLKKHTESKRGGRGAKRG				NA	NA	NA	NA	NA
AK148_03619	2451	spoIIE	COG2208	Stage II sporulation protein E	ATGATGGAGTCAATGTCAAGGTTACAGCCCAAAGCACTAATAGCTCAACATGCAAGTCAGTGGGACAAGCTGAGAAGTCTCCTTTACGCAAAGTTGAAAATGGTTTTAGTGGATAGAGGCTGGTTATTTTACATGATTGGATTTTTATTAGGCCGGGCAGTCATTTTATCAGCTGTTTCGCCATTTGCGGTAGCTTTCTTAGCGACGATGTGGCTTGTCTATAAGGAAAAAGCGGCTAAAGCTATGATAGCGGTCCTAATAGGTGCTTTGAGCTATTCTGTAGACCATGGTATTTTTACCGCTTTAGGGTTATTTGTTTTTCTATTTTTAGCAGGACTATTTAAACAAGCAAAAAATCAACGGTTACTCATACCGTTTTTTGTATTTCTTGCTTCAGTAAGCACACGAATTTTTCAATATTCAATAGAACAGCAGTTGGCAGCATATGAATGGATGCTTGTGTTAGTAGAAGGGGTGTTAGGGACGGTTCTCGTTTTAATATTTATGCAGAGTATGCCGTTATTATCACCAAAAAGGTATAATCCAGCGTTAAAAAACGAAGAAATTGTTTGTATGATTATTCTCCTGGCTTCCATTCTTACAGGAACGATTGGTTGGACGCTGTATGGAGCAGCTGTGGAGCAGGTACTTGCTCGTTATTTTGTACTTATTCTTGCTTTTGTTGGTGGAGCAGCTGTAGGATCGACGGTTGGAGTGGTAACAGGATTGATTTTGTCGCTTGCCAATGTTGCGAATTTATATCAAATGAGTTTATTAGCATTCTCAGGACTTTTAGGAGGATTATTAAAAGAGGGTAAAAAACCTGGTGTAGCCATTGGGTTATTTGTTGGAACGTTCTTAATTGGTATTTATGGGAATATGACAGCGCTTGTCCCTTCCATTATAGAGACGTCGATGGCAGTTGCCCTCTTTTTACTTACACCAGCAGGCTGGTTTAAAAAGCTGTCTCGGCTTATTCCAGGGACAGAGGAGTATACAAATGAACAGGAACAATATTTACAAAAAGTTCGCAACGTAACAGCTCAACGGGTGGAGCAGTTTTCTAGCGTTTTTCAAGCGTTATCGAATAGTTTTGCAAGTGCTGATTCGCATTTAGAAGATGAGCAGGAGATACGGAGAGAAACGGACTATTTTCTAAGTCAAGTTACGGAAAAATCATGTCAAAATTGTTTTATGAAAGAAAGGTGTTGGCAAAAGGAGTTTGATAAAACGTACAGCTTAATGGAATTGCTAAAGGAAGGGTTACAAGAAGGAGGGAAACCGCCAAAAACAACCATGAGGGAATTTGAAAATTTTTGCGTAAAGCCACAAAAAGTATTGGATGCTATGAAGGAAGAAGTATCGTATTTTGAAGCAAACCAAAAGTTAAAACAACAAGTATTAGAAAGCAAGAAGTTAGTCGCTGATCAATTGCAAGGGGTATCGGAGGTGATGGAAGATTTTGCGAAAGAAATTCTAAAAGAACGCGAGCACCATGAGCAACAGGAAATGCAAATTATACATGCATTAAAGCAATTAGGAATGGAATTAGAAAAACTAGAGATTTACAGTTTGGAAAAAGGCAATGTGGACATTGAAATGACATTAACATTTTACGAATATCGAGGGGAAGGTGCCAAACTAATAGCACCTGTTTTATCGGATATTCTATCGGAAGTAATCGTTGTGAAGCAAGAAGAAATTGCGCCATTTCCAAATGGTTATAGTTACTTGGCGTTTGGAACAGCGCGTGAGTTTGTAGTAGAAACAGGTGCTGCTAATGCGGCAAAAGGTGGCGGACTTATATCTGGGGATAGTTACACTACGATAGAATTAGGCGCTGGAAAGTATGCGATGGCAATTAGTGATGGCATGGGAAATGGTGCTCGTGCGCAGGAAGAAAGTGTGGAAACGTTAAGGCTTTTGCAACAAATATTGCAGACAGGTATACCTGAGAAAGTAGCCATTAAATCCATTAATTCAATTTTATCTTTACGTTCGACGGAAGAAATGTTTGCAACGCTGGATTTAGCCGTCATAGATTTGCACAATGCGTATGTACAATTTTTAAAAATTGGTTCTTCACCAAGCTTCGTGAAGCGAGGAAATGAATTATTAAAAATTGAAGCAAGCAATTTACCGATGGGAATTATCCAAGAATTCGATGTTGATATTGTTAGTGAGCAGTTGCTTCCTAATGATTTGTTAATTATGATGAGTGACGGTATTTTTGAAGGTCCTAAACATATTGAAAATACGGATGTTTGGCTAAAGCGTAAAATTCGTGATATGCGCACAAATGATCCACAGGAAATAGCTGACTTGATTTTAGAAGAGGTGATTCGTACAAGAGGTGGAGAAATTGAGGATGATATGACGGTCGTTGTTGCTAAGGTAAAGAAGAATACACCTAGGTGGGCTGGAGCACCTCTTTATTCTGTATCTTCCTAG	MMESMSRLQPKALIAQHASQWDKLRSLLYAKLKMVLVDRGWLFYMIGFLLGRAVILSAVSPFAVAFLATMWLVYKEKAAKAMIAVLIGALSYSVDHGIFTALGLFVFLFLAGLFKQAKNQRLLIPFFVFLASVSTRIFQYSIEQQLAAYEWMLVLVEGVLGTVLVLIFMQSMPLLSPKRYNPALKNEEIVCMIILLASILTGTIGWTLYGAAVEQVLARYFVLILAFVGGAAVGSTVGVVTGLILSLANVANLYQMSLLAFSGLLGGLLKEGKKPGVAIGLFVGTFLIGIYGNMTALVPSIIETSMAVALFLLTPAGWFKKLSRLIPGTEEYTNEQEQYLQKVRNVTAQRVEQFSSVFQALSNSFASADSHLEDEQEIRRETDYFLSQVTEKSCQNCFMKERCWQKEFDKTYSLMELLKEGLQEGGKPPKTTMREFENFCVKPQKVLDAMKEEVSYFEANQKLKQQVLESKKLVADQLQGVSEVMEDFAKEILKEREHHEQQEMQIIHALKQLGMELEKLEIYSLEKGNVDIEMTLTFYEYRGEGAKLIAPVLSDILSEVIVVKQEEIAPFPNGYSYLAFGTAREFVVETGAANAAKGGGLISGDSYTTIELGAGKYAMAISDGMGNGARAQEESVETLRLLQQILQTGIPEKVAIKSINSILSLRSTEEMFATLDLAVIDLHNAYVQFLKIGSSPSFVKRGNELLKIEASNLPMGIIQEFDVDIVSEQLLPNDLLIMMSDGIFEGPKHIENTDVWLKRKIRDMRTNDPQEIADLILEEVIRTRGGEIEDDMTVVVAKVKKNTPRWAGAPLYSVSS	PGPT0024675_215	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024675-spoIIE-K06382	NA	NA
AK148_03620	777			hypothetical protein	ATGGCGATGATGGTACTGAAAAGTTGGGAGGTAGTTGGATTGAAAAAAGGTACTTTAAAACAAATATTACTTATTACAGATGGTTGTTCCAACAAAGGGGAGGATCCTGTTGCAGTAGCTTCAATCGCGCAACAACAAGGGATTACTGTTAATGTAATTGGCATATTAGATGATGGACATGCAGAACAAGATGAAAGTTTGCAAGAAGTAGAAGATATAGCTTTGTCTGGTGGCGGGGTTAGTCAGCTTGTTTACAAGCAATCTCTGTCGCAAACTGTTCAATCCGTTACCAAGCAAGCCATGACGCAAACAATGCAGGGATTTGTTAATAAAGAATTGGAGCAAATATTAGGTAAGGGCCAATCCATGGAAGATCTTGAACCAGAAAAACGTGGAGAAATTATGGAAGTGGTAGAGGATATGGGTGAAACATGTGATTTAGAGGTGCTTGTTTTAGTAGATACAAGTGCAAGTATGTATGATAAGCTTCCTACTGTAAAAGAAGCATTAATGGATTTATCCATCAGTTTAAATGCACGAATAGGGCGAAATCGGTTCGCCATTTACCGCTTCCCTGGAAAACGAAAACAAATGGATAGGATATTAGAATGGTCTCCAGCATTAGATAGCATTTCTTCTATCTTTCCTAAATTAACAAGTGGCGGGGTTACTCCGACTGGGCCTGCTATTCGAGAAGCGATGTATCAATTTGGTAAGAAGAGCTTACGGAGGGGCTTTAAGTATGAAGATGAACAGCCAGGAATGGAAGAAGCTTGA	MAMMVLKSWEVVGLKKGTLKQILLITDGCSNKGEDPVAVASIAQQQGITVNVIGILDDGHAEQDESLQEVEDIALSGGGVSQLVYKQSLSQTVQSVTKQAMTQTMQGFVNKELEQILGKGQSMEDLEPEKRGEIMEVVEDMGETCDLEVLVLVDTSASMYDKLPTVKEALMDLSISLNARIGRNRFAIYRFPGKRKQMDRILEWSPALDSISSIFPKLTSGGVTPTGPAIREAMYQFGKKSLRRGFKYEDEQPGMEEA	PGPT0014015_7082	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0014015-yfbK-K07114	NA	NA
AK148_03621	945	yabT	COG0515	putative serine/threonine-protein kinase YabT	ATGAAGATGAACAGCCAGGAATGGAAGAAGCTTGATATTGACGTTCGTCCAGGGATAAAGCTGCGCGGCAAATGGCATGGAAAAACATATCTTATTCAAAGAAAGCTTGGAGCTGGGGCCATTGGCGTTGTATATCTTTGTGTTTGTAATGGGAAGCAGGCTGCATTAAAAATTAGTGATAAACGTTCATCTATGACGGTAGAAGTAAATGTACTTAAGTCATTGGCAAAGGTCCAAGGAAATCGGCTTGGGCCTTCTTTATTAGATGTAGATGATTGGGTGTCACCACAAGGAATATGCTATTCTTTTTATGTAATGGAATATTTGCACGGAGAGCCGTTAATTAGTTACGTTCAACGAAGAGGACAAGCATGGGTTGGTGTTTTTATGCTACAACTTTTAGATGCTTTACAAGAATTGCATCAAAACGGTTGGGTGTTTGGGGATTTAAAAGCAGATAACTTGCTTGTTGTCTCCTCTCCTCCAAAAGTTCGCTGGGTTGATGTTGGTGGAACAACGCAAATAGGGAGATCCATTAAGGAGTACACGGAATTTTATGATCGTGGTTATTGGGGCTTAGGGACTAGGAAAGCGGAGGCAAGCTATGACTTATTTGCGTTTACAATGGTTTTTTTACATGTATATTATCCAAATCAATTTGCAAAAGAATCTTCTCCACAAAAACAGTTGTTTCGCAAAATTGATAGTGTAAAAGAGCTAGCGCCATATCGTATGGTTTTAAAGAAAGCGCTTGTCGGAAACTATCTTACGAGTAAGCAGATGAAAAATGACTTATTAAAAATAATTTATACTACAGAACGAAAAAATATAGGTGCTCATCAACAACATGGGCAGCAAACAAATTTGTCCTCCCTATATATCGATATAGGAGGCATATCCGCACTGGCAATCATTTATTATGCAGTTTCTTTGCTTTTTCAGTGA	MKMNSQEWKKLDIDVRPGIKLRGKWHGKTYLIQRKLGAGAIGVVYLCVCNGKQAALKISDKRSSMTVEVNVLKSLAKVQGNRLGPSLLDVDDWVSPQGICYSFYVMEYLHGEPLISYVQRRGQAWVGVFMLQLLDALQELHQNGWVFGDLKADNLLVVSSPPKVRWVDVGGTTQIGRSIKEYTEFYDRGYWGLGTRKAEASYDLFAFTMVFLHVYYPNQFAKESSPQKQLFRKIDSVKELAPYRMVLKKALVGNYLTSKQMKNDLLKIIYTTERKNIGAHQQHGQQTNLSSLYIDIGGISALAIIYYAVSLLFQ				NA	NA	NA	NA	NA
AK148_03622	1464	tilS	COG0037	tRNA(Ile)-lysidine synthase	GTGACAAGTATTGTGATAGGATTACATTATAAGTTAAAAAAAGAATTCGCGTTTGTTGGAGATGGACAAATGGAAGAAAAAGTACGACAGTTTATGAAGCGACATCAGTTATTCACGAAAGGAGCAACGATTTTAGTCGGTGTCTCTGGAGGGCCAGACTCTATGGCGTTATTGCATTGTCTAAACACGATGAAGGAAAGTTGGGGCTTCCGCGTTGTTGCCGTGACCGTCGATCATCAGCTTCGTGGGGAAGAATCATTAGCAGATGTATCCTATGTCAAACATATCTGTGAACAATGGCAAATTGAATGTGTTTCTTCGTCTGTCAATGTTCCTGCTTGGAAACAAGAAAATAAACAAGGTACACAAATAGCCGCAAGAACGTTACGCTATACTGTATTCAAGGAGCAAATGGAGAAGTTTAAGGCTGATTATTTAGCATTAGGCCACCACGGTGATGATCAAATTGAAACGATGGTGATGCGCCTTGTTCGTTCGGCTGATGTTCAAAGCTTTAAAGGGATACCTGTTAAACGTTCCTTTTCTAATGGTTGGATTGTGCGACCGCTTCTTTGTGTAACAAAAGATGATATATGGGACTATTGTCAAGCACATCACATTGTACCGCGCCTAGATCCTTCTAACGAAGAAACGGTATACACACGTAATTATGTCAGGCATCATATTGTACCAATGTTAAAACAAAAAAATAGTAACTTACATACAACTGTGCAACATTTAAGTGAAACATTAGCTATTGATGGCGCTTATGTTTTGCAAGAAGCAAAAAAAATGGTCGATGCTGTTGTATGTTTTGATTCAGCAAGGCGACAATTATCATTTGAAATTCATGCTTTTAAAACGTATGCATTTGCTTTACAAAGGCGTGCCTATCATCTAATATTAAACTATCTGTATGTGGATGTTCCTGACAGTTTGTCTTATGTACATGAAGAGCAATTTTTGGCATTGATTTTCCACCAAACGGGCAATGCACAGATCGATTTCCCCGCTGGACTAAAAGTAGAGAAGTCCTACGATCAAATAAGGTGTTACTTTTGTGATGACCTTTCTAGCTCATCATCATATCATAAGTTAATAATTATCCCAGGGCAAACAATTTTACCTGATGGCTCCGTGATGTATGCTGAATATGGTGAAGCGGTAACGGAACAAACGAAGTATAGCCTTACCATTCCCGTTAATCAGGTAGCACTTCCATTACATATAAGAACCCGAAAACAAGGCGATATAATGCATGTCGCGGGGTTAAACGGAAGGAAGAAAATAAAGGATATTTTCATTGATGCAAAAGTGCCTCGTCATCAACGAGCAACTTGGCCGTTAGTGACAGATAATGACGGGGAGATTCTATGGTTAGTCGGTTTGCGAAAAGCAGCCGTTGCGAAACCTCAGATGAATACCTCACAAATACAATTATATTTTCAAGATGGCAACAGGTAG	MTSIVIGLHYKLKKEFAFVGDGQMEEKVRQFMKRHQLFTKGATILVGVSGGPDSMALLHCLNTMKESWGFRVVAVTVDHQLRGEESLADVSYVKHICEQWQIECVSSSVNVPAWKQENKQGTQIAARTLRYTVFKEQMEKFKADYLALGHHGDDQIETMVMRLVRSADVQSFKGIPVKRSFSNGWIVRPLLCVTKDDIWDYCQAHHIVPRLDPSNEETVYTRNYVRHHIVPMLKQKNSNLHTTVQHLSETLAIDGAYVLQEAKKMVDAVVCFDSARRQLSFEIHAFKTYAFALQRRAYHLILNYLYVDVPDSLSYVHEEQFLALIFHQTGNAQIDFPAGLKVEKSYDQIRCYFCDDLSSSSSYHKLIIIPGQTILPDGSVMYAEYGEAVTEQTKYSLTIPVNQVALPLHIRTRKQGDIMHVAGLNGRKKIKDIFIDAKVPRHQRATWPLVTDNDGEILWLVGLRKAAVAKPQMNTSQIQLYFQDGNR				NA	NA	NA	NA	NA
AK148_03623	543	hpt		Hypoxanthine-guanine phosphoribosyltransferase	ATGCATAATGATATTAAAGAAGTGTTAATATCACAGGAGGAAATTGCAAATAAGTGTAAAGAATTAGGGGAACAATTAACGAGGGAGTATGATGGCAAGTTTCCGTTAGCTATCGGTGTATTAAAAGGTGCTATGCCTTTTATGTCCGATATTTTACGCTATACAGAGACGTATTTAGAGATGGATTTTATGGATGTTTCTAGCTATGGCAAAGAAATGCGTTCTTCTGGAGAAGTAAAGATTGTTAAAGACCTTGATACAAAGGTGGAAGGACGGGATTTGCTAATTATTGAGGACATTATCGATAGCGGTTTAACTTTACGTTATTTAGTAGATTTATTTAAATATCGCAAGGCTAATTCTGTTAAAATTGTTACATTATTAGATAAGCCGACGGGAAGAACTGCGGACATCAAAGCGGATATGATTGGTTTTGAAGTGCCTAATGAATTTGTTGTAGGCTATGGGTTAGACTACCAAGAGAAATATAGAAACTTACCTTATATTGGTGTGTTAAAGCCGGAAGTATATGGTGGGGAATAA	MHNDIKEVLISQEEIANKCKELGEQLTREYDGKFPLAIGVLKGAMPFMSDILRYTETYLEMDFMDVSSYGKEMRSSGEVKIVKDLDTKVEGRDLLIIEDIIDSGLTLRYLVDLFKYRKANSVKIVTLLDKPTGRTADIKADMIGFEVPNEFVVGYGLDYQEKYRNLPYIGVLKPEVYGGE	PGPT0007295_2330	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0007295-hprT|hpt-K00760	NA	NA
AK148_03624	2064	ftsH	COG0465	ATP-dependent zinc metalloprotease FtsH	ATGAGCCGGATATTTCGGAATGCAGTTTTCTGGATAGTGATTGTCCTTGTGATTATTTCGGTTATTTCACTGTTCAGTGGGCAAAATGAAGAAGCAAAAGAATATAATGTTAAGCAATTTATGGATGCTTTAAATAATGGTGAAATTAAAGAAATGACCATGCAACCAGCTAACGGTATTATTCGTTACGAAGGTGTATTAGAAGACGAAGAAAAGCCGTTTGTTGCGCAAGTTCCAGATAATACAGATATTATTTCTTCCATTACGGAACAAGCAAATGAACAAAGTGACCTTTTTGTAGAAGAAGAAGAGCAACCGAGTATGTGGGTAACGCTTTTAACTACAATGATTCCGTTTTTAATCATTGGACTTCTCTTTTTCTTTATACTTAGTCAAGCCCAAGGTGGGGGCGGCGGCGGTCGCGTCATGAACTTTGGGAAGAGTAAGGCAAAAATGTATAGTGAAGATAAAAAGAAAGTTCGCTTTAAAGATGTAGCGGGTGCTGATGAAGAGAAACAAGAACTAGTAGAGGTAGTGGACTTTCTAAAAGATCCAAGAAAATTCTCTGCTGTTGGTGCTAGAATTCCGAAAGGTGTACTTTTAGTGGGACCCCCAGGAACTGGTAAAACATTATTAGCACGTGCCGTAGCAGGAGAAGCTGGTACACCATTCTTCTCTATAAGTGGTTCAGACTTTGTGGAGATGTTTGTTGGTGTTGGTGCTTCGCGTGTACGTGATTTGTTTGAAAACGCGAAAAAGAATGCTCCTTGTATCATTTTTATAGACGAAATCGACGCAGTTGGTAGACAGCGTGGAGCGGGCCTTGGCGGTGGTCATGATGAGCGTGAACAAACATTAAACCAATTGCTTGTAGAGATGGATGGTTTTGGTGCTAACGAAGGGATTATAATTATGGCAGCAACGAACCGTGCTGACATTTTAGACCCTGCTTTATTACGACCAGGCCGTTTTGACCGACAAATTATGGTAGATCGTCCAGATGTGAAGGGACGTAAAGAGGTTTTAGAAGTACATGCTAGAAACAAGCCGCTAGCCGAGGATGTTGATTTAAAAACAATTGCTATGCGTACGCCTGGTTTTTCAGGTGCTGATTTGGAGAACTTACTAAACGAAGCAGCATTAGTAGCAGCAAGACGAGACAGTAATAAAATTGAAATGCTTGATGTGGATGAAGCAATAGACCGCGTTATTGCGGGACCTGCTAAGAAAAGCAGAGTGATCTCTGAAAAAGAGCGAGACATTGTAGCGTATCATGAAAGTGGGCATACCGTTATCGGAATGGTTTTAGATGATGCGGATATCGTTCATAAGGTTACCATTGTACCACGTGGCCAAGCGGGCGGTTATGCCGTCATGTTACCTAAGGAAGACCGTTACTTTATGACGAAACCAGAGCTTTTTGACAAAATAACAGGTCTTTTAGGTGGTCGTGTAGCGGAAGAAGTTATCTTCGGAGAAGTAAGTACTGGAGCTCATAATGATTTTCAGCGAGCAACAGCTATTGCTCGTAAGATGATTACCGAGTACGGTATGAGTGATCGGATTGGACCTTTACAGTTTACTTCTGGCGGTGGTCAAGTATTTTTAGGTCGCGATCTTAGCAATGATCAACAGTATAGTGATGCAATAGCGCACGAAATTGATCAAGAAATGCAAAACTTTATTAATTACTGTTATGATCGTGCGAAAGCAATTCTTACCGAGCATAAAGATAAGCTTGAATTAATTGCTAAAACTTTACTTGAAGTGGAAACACTAGATGCAAAACAAATAAAATCATTATTTGAAAAAGGCGTCCTTCCTGAACCGGAAGAAGATGATATGAAAGTGAATATCAAATCAAAAGATGAAGCGCCAGAGACGTATGAACAGGCAAAGAAAAAAGCGCTAAATAAACAACAAGAGAAAAAAGAAGATATCACAACGGATAATAAGCCACCTACTCATCCTAATGATGATACAACATCAAAAGAGCAAAAACCTTCATCTTTGGATGAAATAACAACGGACAATAAACCATCATCAGAAGATGGTGAAAAGTAA	MSRIFRNAVFWIVIVLVIISVISLFSGQNEEAKEYNVKQFMDALNNGEIKEMTMQPANGIIRYEGVLEDEEKPFVAQVPDNTDIISSITEQANEQSDLFVEEEEQPSMWVTLLTTMIPFLIIGLLFFFILSQAQGGGGGGRVMNFGKSKAKMYSEDKKKVRFKDVAGADEEKQELVEVVDFLKDPRKFSAVGARIPKGVLLVGPPGTGKTLLARAVAGEAGTPFFSISGSDFVEMFVGVGASRVRDLFENAKKNAPCIIFIDEIDAVGRQRGAGLGGGHDEREQTLNQLLVEMDGFGANEGIIIMAATNRADILDPALLRPGRFDRQIMVDRPDVKGRKEVLEVHARNKPLAEDVDLKTIAMRTPGFSGADLENLLNEAALVAARRDSNKIEMLDVDEAIDRVIAGPAKKSRVISEKERDIVAYHESGHTVIGMVLDDADIVHKVTIVPRGQAGGYAVMLPKEDRYFMTKPELFDKITGLLGGRVAEEVIFGEVSTGAHNDFQRATAIARKMITEYGMSDRIGPLQFTSGGGQVFLGRDLSNDQQYSDAIAHEIDQEMQNFINYCYDRAKAILTEHKDKLELIAKTLLEVETLDAKQIKSLFEKGVLPEPEEDDMKVNIKSKDEAPETYEQAKKKALNKQQEKKEDITTDNKPPTHPNDDTTSKEQKPSSLDEITTDNKPSSEDGEK				NA	NA	NA	NA	NA
AK148_03625	786	coaX	COG1521	Type III pantothenate kinase	ATGTTACTTGTACTAGATGTTGGGAATACAAATACTGTATTAGGGGTTTTTGAAGGAGAGAATTTAAAGCACCAATGGAGAATTAAAACGGATCGACATAAAACAGAGGATGAATACGGCATGTTAATGCAATCCCTGTTTGCTTACAAAGGCATTTCTAATTCCGATATATCAGGAGTCATTATCTCTTCTGTCGTACCTCCAATTATGTACGCGTTAGAAAAGATGTGCAAGGACTATTTTCAAATAGAACCGATGATTATTGGGAAGGAACCTGTACATAATTACTTAAAAATGCAGTATCCTAATCCGAAAGAAATTGGTGCTGATCGAATTGTTAATGCAGTAGGCGCTATAGAAGAATATGGAGCACCACTTATCATTATTGATTTTGGTACAGCAACTACTTATTGCTATATAAATGAGCAAAAAGAATATTATGGTGGTGTCATTACTCCTGGCTTAAATGTGGCAATGGAAGCCTTGTACAATAGAGCATCCAAATTACCCAAAATTGAAATACAAGCACCGGCTCATGTTATTGGAACATCTACTGTTGAAGCTATGCAATCTGGCGTTGTTTATGGATATGTAGGACAAGTAGATGGAATTGTTCGCCGTATGGAAAGAGAAATGAATACGAGTACAACAGTTATTGCAACTGGCGGTTTAGCAGCTTTGATAGCTAATGAATCAGAAGTCATTCATCAGGTTGATCCATATTTAACCTTAAAAGGTTTGCGAATAATTTATGATAGGAATAAAGATTCTAATAATAATTTCTAA	MLLVLDVGNTNTVLGVFEGENLKHQWRIKTDRHKTEDEYGMLMQSLFAYKGISNSDISGVIISSVVPPIMYALEKMCKDYFQIEPMIIGKEPVHNYLKMQYPNPKEIGADRIVNAVGAIEEYGAPLIIIDFGTATTYCYINEQKEYYGGVITPGLNVAMEALYNRASKLPKIEIQAPAHVIGTSTVEAMQSGVVYGYVGQVDGIVRRMEREMNTSTTVIATGGLAALIANESEVIHQVDPYLTLKGLRIIYDRNKDSNNNF	PGPT0008780_921	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0008780-coaX-K03525	NA	NA
AK148_03626	885	hslO		33 kDa chaperonin	GTGAAAGACTTTATTATAAAAGCAACGGCTTATAATGGAATGGTGCGTGCTTATGCAGCGCTTTCTACAAATACAGTGGAAGAGGCGCGTCAACGGCATGATACATGGGCAACTGCCTCGGCTGCTCTAGGAAGAACACTTACAATTACTGGTATGATGGGTGCTATGTTAAAAGGAGAGGACTCTATTACTACAAAGGTGATGGGAACGGGTCCTTTAGGAGCAATCATTGCTGATGCAGATGCAAAAGGACATGTTCGTGGCTATGTAATGAATCCGCATGTGGATTTTGAACTAAATGAAAAAGGGAAATTAGATGTTGCTAGAGCAGTTGGGAAAGAAGGGAGCATTAGTGTTATAAAAGATTTAGGCTTAAAAGATTATTTTACAGGAGAAGTTCCAATTATTTCCGGGGAAATAAGCGAGGATTTCACCTATTATTTTGCAAATTCCGAGCAAATTCCTTCAGCCGTTGGTGCTGGTGTTTTAGTTAATCCTGATCATAGCATTTTAGCAGCTGGAGGATTTATTGTACAGCTTATGCCTGGGGCTAGTGATGAAGTTATTCAACAGCTAGAAGAGCAAATTCAATCTTTTCCACCGATTTCTTCCCTTATCCGCGAAGGAAATACACCAGAGCAAATTTTGCAACGTTTATTTAGAGGTCAGGAAATTAAAATACATGAATCATTACCGATGGAATTTCACTGTAGATGTTCTAAAGAACGTGTTGAGCGAGCTATTCAAGGTCTTGGGGAAGCGGAAATCCAAAGTATGATAGAAGAAGATCATGGAGCTGAAGCAAGCTGCCATTTTTGCAATAAGACGTATCAGTTTGCAGAAGAAGATTTGCGTCTTTTAAAGCAAAGCTTGAGTGAAAATTAA	MKDFIIKATAYNGMVRAYAALSTNTVEEARQRHDTWATASAALGRTLTITGMMGAMLKGEDSITTKVMGTGPLGAIIADADAKGHVRGYVMNPHVDFELNEKGKLDVARAVGKEGSISVIKDLGLKDYFTGEVPIISGEISEDFTYYFANSEQIPSAVGAGVLVNPDHSILAAGGFIVQLMPGASDEVIQQLEEQIQSFPPISSLIREGNTPEQILQRLFRGQEIKIHESLPMEFHCRCSKERVERAIQGLGEAEIQSMIEEDHGAEASCHFCNKTYQFAEEDLRLLKQSLSEN	PGPT0014645_1861	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014645-hsp33|hslO-K04083	NA	NA
AK148_03627	900	prsA_3		Foldase protein PrsA	ATGTCAAAGAAGTTAATGTTAGGTATAATTGTCCTATTGTTAGTAACAAATATCGCCACTTTGTTCGTATGGAACCAAGAAGAAGTAGATATTGAAACAGGTAATGGCAAGAAGTATAAAAATAACGAAGCTGCAGCCACCGTTAATGGAGAAGAAATAAGCATTGAGGAGTGGCGAAAGGCTTTACGTGATACATATGGTGAAGAACATTTAAAAGCGATGATTGATCGGGAAATTGTAAACCAATTAGCGAACGAAAGAGACATTTCCATAAGTGATAAAGTGATTGAAAGAGAGATATCTCTGTTGCTTGCTATGCAAGGTGTTCTAACCGAATCAGAATATGAAGATTTGGAAGCGAAGTGGGAAAAGGATATTCGACATCGCTATCAGCTGGAGAGGTTATTAACAGAAGATGTTTCGGTAACGGATGATACGATGAAAGAGCATTATGAAACATATGGCGAGCAATATAATTTTACAGCTTCGATGCAACTGTCCCATATTATTGTAAAAGAAATGGAAACTGCTGAGAAGGTATACAATGAATTAGAACAGGGGGCGTCTTTTAATTTACTAGCCCAAGAGTATTCTGTCGATGAAGAAACGCGTGGGGTTGGAGGATATTTAGGGTATCTATCTACAGAAAGCCAATACTTTCCAGATAGTTACGAAGTGATTGTCAATAATTTGCAGGAGTTCTCTTATAGTGAACCTTTTGAGGTGGGAGGAGAGGTTGCGCTCATCTACCTTCATCGAAAACTGCCTTCAATAACCTTTACGTATGAAGAAATGAAACCGTATATAATGAGTGAATTAGCTTTACAGGAGAAGAAACAAACCTTAGAAGCTGATCCGCTGTGGGAAAGTCAGGATATTGAATGGATTTATTCTGAATAG	MSKKLMLGIIVLLLVTNIATLFVWNQEEVDIETGNGKKYKNNEAAATVNGEEISIEEWRKALRDTYGEEHLKAMIDREIVNQLANERDISISDKVIEREISLLLAMQGVLTESEYEDLEAKWEKDIRHRYQLERLLTEDVSVTDDTMKEHYETYGEQYNFTASMQLSHIIVKEMETAEKVYNELEQGASFNLLAQEYSVDEETRGVGGYLGYLSTESQYFPDSYEVIVNNLQEFSYSEPFEVGGEVALIYLHRKLPSITFTYEEMKPYIMSELALQEKKQTLEADPLWESQDIEWIYSE				NA	NA	NA	NA	NA
AK148_03628	930	cysK_2		Cysteine synthase	ATGAAAGTTGCTCAAAGTGTAGCAGAATTAATTGGTGAGACTCCGATTGTGAAATTAAAAGGTATTGTAGATGAAAATAGTGCAGATATTTATGTGAAGTTGGAATTTATGAATCCAGGTAGCTCCGTAAAGGATCGAATTGCTTTAGCCATGGTGGAAGCTGCGGAACGAGAGGGCAAGTTAAAGCCAGGAGATACGATTATAGAGCCAACAAGTGGTAATACAGGGATAGGCTTAGCGATGGTTGCAGCTGCAAAAGATTATAAAGCAATCCTAGTTATGCCTGATACGATGAGTTTAGAACGTCGTAATCTTTTACGAGCTTATGGAGCAGAGCTTGTGCTAACTCCAGGAGCAGAAGGAATGAAGGGTGCTATTCATAAAGCAGAAGAGTTACAAAAAGCACATGGCTACTTTATGCCACAGCAATTTAATAATTTTGCAAACCCTGATATTCATGAAAAAACAACGGGTAAAGAGATCATCGCCCAAATGAGTGATGGATTAGATGCTTTTATTGCTGGTATTGGCACAGGGGGAACCATTACTGGAGCAGGAAAAGTTTTAAAGGACCATTTCGATCATCTGCAAGTATTTGCTGTTGAACCAGCGTCTTCAGCAGTACTGTCTGGGGAAAAGCCTGGTCCCCATAAGATACAAGGAATAGGAGCAGGTTTTGTGCCAAGTATTTTAAATACGGAAATATATGATGATATATACCAAATTGAAAATGATGAAGCATATGAAGTTGCCCGCGAAGTTGCCACGAATAACGGCATTCTTGGAGGCGTTTCTGCAGGTGCAGCTATAGCCGCAGCAAAGAAAGTAGCCAAAAAGCTAGGAAAAGGAAAAAAAGTATTGGCCATTTTTCCAGATAATGGGGAAAGGTATTTATCAACACCACTTTATCAATTTGGAGATGAAGATTAA	MKVAQSVAELIGETPIVKLKGIVDENSADIYVKLEFMNPGSSVKDRIALAMVEAAEREGKLKPGDTIIEPTSGNTGIGLAMVAAAKDYKAILVMPDTMSLERRNLLRAYGAELVLTPGAEGMKGAIHKAEELQKAHGYFMPQQFNNFANPDIHEKTTGKEIIAQMSDGLDAFIAGIGTGGTITGAGKVLKDHFDHLQVFAVEPASSAVLSGEKPGPHKIQGIGAGFVPSILNTEIYDDIYQIENDEAYEVAREVATNNGILGGVSAGAAIAAAKKVAKKLGKGKKVLAIFPDNGERYLSTPLYQFGDED	PGPT0002810_6156	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
AK148_03629	825	folP		Dihydropteroate synthase	ATGATGCGATTAATAACGAAAAAACAATCGTATGATTTAACGGATCGCACACTCATTATGGGTATAATAAACGTCACGCCGGATTCTTTTTCAGATGGCGGAAATTATAATACGGTTAAAAGTGCTATTGAACAAGCCGTAAAGCTGGAGAAAGATGGTGCACATATACTTGATATTGGCGGCGAATCTACACGACCTAATCACGAGCCGGTTTCTCAGGAAGAAGAAATTGCACGTGTGGTTCCTATTATTCGTGAAGTAAAGAAGCATGTCAGCATACCAATTTCGATTGATACATATAAAGCGGAGACTGCCAAAGCGGCATTAGATGCAGGTGCTGATATGATTAACGATGTGTGGGGTGCTAAACGAGAGCCAGACATTGCGAAAGTAGCTAAAATGTATAACGTTCCGATTATATTAATGCATAATCGAACGAACATGAATTATCAAGATTTAATTCCTGATATGCTCACGGATTTGGAAGAAAGCATAAATATTGCGCTAGATGCAGGCGTTTTACATGAACAAATTATTATCGATCCTGGTATTGGTTTTGCGAAGACGGCAGAACATAATCTACTCGTCATGAATCAATTAGAGCGTTTTTCCGAGCTAGGATATCCACTACTTTTAGGAACCTCTAGGAAACGATTCATAGGGCATATCTTAGATGAACCTCCACAAAATCGTGATATTGGTACAGGAGCAACAACTTGCATGGGAATTATGAAAGGTGCTCAAATCATTCGGGTACATGATGTAAAAACAAATGGACAGCTTGCTAAAATGATGGATGCAATGCTTCATGTAAAAAGAGGGTGA	MMRLITKKQSYDLTDRTLIMGIINVTPDSFSDGGNYNTVKSAIEQAVKLEKDGAHILDIGGESTRPNHEPVSQEEEIARVVPIIREVKKHVSIPISIDTYKAETAKAALDAGADMINDVWGAKREPDIAKVAKMYNVPIILMHNRTNMNYQDLIPDMLTDLEESINIALDAGVLHEQIIIDPGIGFAKTAEHNLLVMNQLERFSELGYPLLLGTSRKRFIGHILDEPPQNRDIGTGATTCMGIMKGAQIIRVHDVKTNGQLAKMMDAMLHVKRG	PGPT0007915_4160	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007915-folP-K00796	NA	NA
AK148_03630	366	folB	COG1539	Dihydroneopterin aldolase	TTGGACAAAATACTTTTACAACAACTGCAATTTTATGGTTTTCATGGATTGTTGCCAGAAGAAAATAAATTAGGGCAACGTTTTCAAGTGGACGCTACGCTCTATCTAGATTTAAGCAAGCCAGGAAACAGTGACGATATGAATGATTCCATTCACTACGGGCAAGCCTATGAATATATTAAGGAAATTGTGGAAGGGGAAGCGAAACAACTAATCGAAGCGGTGGCTGAAAGTATTGCAGAAAAGTTATTAACGTCGTTTGATATGCTTGAAGCATGTAACATAAAGCTTATTAAGCCTGACCCACCGATTCCAGGTCAATACCATTCCGTAGCGGTAGAGATATATAGGGAGAAGGTAAAATGA	MDKILLQQLQFYGFHGLLPEENKLGQRFQVDATLYLDLSKPGNSDDMNDSIHYGQAYEYIKEIVEGEAKQLIEAVAESIAEKLLTSFDMLEACNIKLIKPDPPIPGQYHSVAVEIYREKVK	PGPT0007905_1953	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007905-folB-K01633	NA	NA
AK148_03631	519	folK	COG0801	2-amino-4-hydroxy-6-hydroxymethyldihydropteridine pyrophosphokinase	ATGAATCACGTATATATAGCATTAGGAACCAATATCGAACCAAGAGAAAGATTTTTAAAAGAAGGCTTACGCCTATTACAGGAACATGCACAAATTCATGTTACAAAAACATCATCTATCTATCAGACAGCACCTGTAGGCTATACGGAACAAAGTGATTTTTTAAATATGGTCATAGAAGTGGAGACCAGTTGCTTACCATTGGAACTATTAGCATACTGTCAACAAATAGAAAACGAATTAGGCAGGAAACGAATCATTCGCTTTGGTCCTCGTACAATAGACCTTGACATTTTATTATATAATCAAGAAAATATAGAAATGGAGCGTTTAACAATTCCGCATCCGCGCATGCATGAACGTGCATTTGTACTTGTACCTTTAAACGAAATTGCACCACAAGCTATATTGCCATTACCTAATGGAGAAAAAGAAGTAAGTATGGTTGTAACGGAACTGCCAGGAAATGACTTAAAGGATGTAGTGAAATGGACCAAAAAAGATTCGGTAGACGAATAA	MNHVYIALGTNIEPRERFLKEGLRLLQEHAQIHVTKTSSIYQTAPVGYTEQSDFLNMVIEVETSCLPLELLAYCQQIENELGRKRIIRFGPRTIDLDILLYNQENIEMERLTIPHPRMHERAFVLVPLNEIAPQAILPLPNGEKEVSMVVTELPGNDLKDVVKWTKKDSVDE	PGPT0007910_1451	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007910-folK-K00950	NA	NA
AK148_03632	222			hypothetical protein	ATGGACCAAAAAAGATTCGGTAGACGAATAAAAGCTTTTCGTAAATTAAAAGGGTATACCCAGGTGGAATTTGCCAAAAAGCTTTGTGTTCCACTGTCTGTTATTGGCAGTATAGAGCGAGGTGTTAAGCCGATTTCTGATGATCTTTTAGACATAGTAGTGCATACACTTGATATCTCTAAAGAAGAGCTTATGCTTTACGATGAGGATAATACAGGTTAA	MDQKRFGRRIKAFRKLKGYTQVEFAKKLCVPLSVIGSIERGVKPISDDLLDIVVHTLDISKEELMLYDEDNTG				NA	NA	NA	NA	NA
AK148_03633	1485	lysS		Lysine--tRNA ligase	GTGTCTGAAGAAATAAATGAGCATATGCGAGTACGTAAAGAAAAAATGGAACAATTCAAAGAACAGGGAATAAACCCTTTCGGAGAGCGATTCCCCCGTTCTCATGTTGCAAGTGAATTAAAGGATTTATATGATCGCTATTCTAAGGAAGAATTGGAAAGTAAGGAAGAGCAAGTGACGATCGCAGGAAGAATGATGACGAAGCGAGGGAAAGGAAAAGCAGGCTTTGCTCATATTCAAGATATTAGTGGCCAAATACAGCTTTATGTTCGTAAAGATTCTGTCGGAGAAGCTGCATATGAGGTTTTTAAAACAAGTGATATTGGTGACATTGTCGGTGTAACTGGGGTTATGTTTAAAACGAAGGTAGGAGAGTTGTCTGTTAAAGCGACGGATTTCCAACTACTTACTAAATCTTTACGACCTTTACCGGAGAAATATCATGGTTTGAAAGATATTGAGCAGCGATACCGTCAACGTTATCTGGATTTAATTACGAACATGGATAGTAAAGAGACATTTGTATTGCGCAGTAAAATTATTCAAGCAATGCGCCGTTACTTAGATGGTCAAGGTTTTTTAGAGGTGGAAACGCCTATGTTACATGGCATACCAGGAGGTGCTACAGCAAGACCTTTTATTACCCATCATAATGCATTAGATGTAGAACTCTACATGCGTATTGCTATAGAATTGCATTTAAAAAGGTTAATCGTTGGTGGTTTGGAAAAAGTTTACGAAATTGGTCGTGTGTTTCGTAATGAAGGAATTTCCACAAGACATAATCCAGAATTTACGATGATAGAATTGTATGAGGCTTATGCTGATTATCATGACATCATGGATTTAACAGAGCGACTTGTTGCGCATATCTCTAAGGAAGTTTTAGGTACGACAACAGTAACTTATGGCGAGCATGAAGTGAACTTAGCTCCAAAATGGACGAGAAAACATATGGTTGATGCGATTAAAGAAAAGACGGGCGTTAATTTCTGGCCACAGATGAGCGATGATGAAGCTCGAGCTTTAGCGAAGGAGTATGGCGTAGAAATCACTGAAACGATGATATATGGTCACATTGTAAATGAGTTTTTTGAACAAACAGTCGAAGAAGATTTAATTCAGCCAACGTTTATCTACGGTCATCCTGTAGAAGTTTCCCCTTTAGCTAAGAAAAATAAACAAGATGAACGATTTACCGATCGATTTGAATTGTTTATTGTTGGACGAGAACATGCGAATGCATTTAGTGAGTTAAATGACCCAATTGATCAGCGTGAACGATTTGAAGCGCAAGTGAAAGAAAGGGCAGCTGGAAATGATGAAGCTCATTATATGGATACAGATTTCTTAGAAGCACTAGAATATGGGCTTCCGCCAACTGGTGGACTAGGTATAGGTGTGGATCGTCTCGTCATGCTGTTAACAAATTCAGCTTCAATCCGGGATGTATTATTATTTCCACAGATGAAAAATAAAGAATAG	MSEEINEHMRVRKEKMEQFKEQGINPFGERFPRSHVASELKDLYDRYSKEELESKEEQVTIAGRMMTKRGKGKAGFAHIQDISGQIQLYVRKDSVGEAAYEVFKTSDIGDIVGVTGVMFKTKVGELSVKATDFQLLTKSLRPLPEKYHGLKDIEQRYRQRYLDLITNMDSKETFVLRSKIIQAMRRYLDGQGFLEVETPMLHGIPGGATARPFITHHNALDVELYMRIAIELHLKRLIVGGLEKVYEIGRVFRNEGISTRHNPEFTMIELYEAYADYHDIMDLTERLVAHISKEVLGTTTVTYGEHEVNLAPKWTRKHMVDAIKEKTGVNFWPQMSDDEARALAKEYGVEITETMIYGHIVNEFFEQTVEEDLIQPTFIYGHPVEVSPLAKKNKQDERFTDRFELFIVGREHANAFSELNDPIDQRERFEAQVKERAAGNDEAHYMDTDFLEALEYGLPPTGGLGIGVDRLVMLLTNSASIRDVLLFPQMKNKE	PGPT0012225_5183	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-MOTILITY-MEDIATED_DEFENSE_SIGNALLING,PGPT0012225-lysS-K04567	NA	NA
AK148_03634	345	ypjD	COG1694	putative protein YpjD	ATGGAAAATACTATATACACGACAAAAGAAATTCAAGAGCGAGTTGATCAATATATCGGACAATTTAAAGAAGGTTATTTTTCTCCTTTAAGTTTAATGGCTCGCTTAACAGAGGAAACAGGTGAATTAGCCAGAGAGGTTAATCATTATTATGGAGAAAAACCTAAAAAGAAAACAGAAAAGGAAAAAAGTATGGAAGAAGAGCTCGGGGATATCATTTTTGTGCTTACATGCTTTGCTAATTCATTAAATATGGACCTATCTGATTGTTTTCATAGAGCTATAACAAAAATTGAAACTAGGGACAAAGATCGTTGGACGAAGAAAGACGACTTACATCAATAG	MENTIYTTKEIQERVDQYIGQFKEGYFSPLSLMARLTEETGELAREVNHYYGEKPKKKTEKEKSMEEELGDIIFVLTCFANSLNMDLSDCFHRAITKIETRDKDRWTKKDDLHQ				NA	NA	NA	NA	NA
AK148_03635	798	dapB	COG0289	4-hydroxy-tetrahydrodipicolinate reductase	ATGGCAATTAATGTTGTAATTGCAGGCCCAAGAGGTAAAATGGGGTCAGAAGCAGTGAAAATGGTAGAAAACGAAACAAATTTCCGTTTAGTTGCGTGTATTGACCATAAAAATAATGGCAGAACATTAGATACGATTTTTCCAGACGTGGAACGTTCTATTCCAATCTATGATGATGCTACAAAATGTTTCGAAAACCATAAAGATGCAGATGTTTTAATTGAGTTATCTGTTCCCCAAGCAGGCTACAAACACACAAAATCTGCACTAGAACATCATGTTCGTCCAGTGGTAGGAACAACAGGTTTTACGGAAGTACAATTAAAGGAATTAGACGAATTTGCACAACGAAATAATATGGGATGTATGATCATTCCCAATTTTGCCCTTGGAGCAGTTTTAATGATGAAATTTGCTAAAATGGCCGCTACTTACTTTCCAGATGTGGATATCATAGAAAAGCACCATGATCAAAAATTAGACGCACCATCTGGAACAGCTATTAAAACGGCTGAATTAATTAGCGAAAATCGCAAGGCGAAAACACAAGGCCATCCAAAGGAAGAAGAGACTATTCCAGGAGCAAGAGGTGCTGATTTAGATGGAATAAAGCTTCATAGCGTTCGGCTACCGGGATTAGTGGCACATCAAGAAGTTATCTTTGGAAGTCCTGGACAAACATTAACGATAAAACATGATTCCATGGATCGCTCTTCCTTTATGGATGGTGTGAAACTTTGTGTGAATAAAGTGATGGAAGTAAAAGGATTGATCTATGGGTTAGATACTATCTTGTAA	MAINVVIAGPRGKMGSEAVKMVENETNFRLVACIDHKNNGRTLDTIFPDVERSIPIYDDATKCFENHKDADVLIELSVPQAGYKHTKSALEHHVRPVVGTTGFTEVQLKELDEFAQRNNMGCMIIPNFALGAVLMMKFAKMAATYFPDVDIIEKHHDQKLDAPSGTAIKTAELISENRKAKTQGHPKEEETIPGARGADLDGIKLHSVRLPGLVAHQEVIFGSPGQTLTIKHDSMDRSSFMDGVKLCVNKVMEVKGLIYGLDTIL				NA	NA	NA	NA	NA
AK148_03636	420	mgsA	COG1803	Methylglyoxal synthase	ATGAATATTGCTTTAATAGCACATGATAAAATGAAACAAGATATGGTGAATTTTACTACAGCATACCAATATGTTTTATCGGAACATCATTTATATGCAACAGGAACTACAGGCAGTAAGATTCGTAAGGCAACAGGAATGGATGTACATTTGTTTCAATCGGGTCCATTGGGTGGCGACCAGCAAATTGGTGCAATGATTGCAAATAATGAAATGGATATGGTGATCTTTTTCCGTGACCCTTTAACTGCACAGCCTCATGAACCAGATATTAGTGCTTTAATGCGCTTATGTGACGTTTATCATATACCGCTCGCTACAAATATAGCAGCTTCTGAGATTTTTATCCGTGGGCTGGAAAACGGTGACTTTCAATGGCGTGACATTGTCAAACAGAAAAAGGAAAAAGAAAAAGCATGA	MNIALIAHDKMKQDMVNFTTAYQYVLSEHHLYATGTTGSKIRKATGMDVHLFQSGPLGGDQQIGAMIANNEMDMVIFFRDPLTAQPHEPDISALMRLCDVYHIPLATNIAASEIFIRGLENGDFQWRDIVKQKKEKEKA	PGPT0001780_887	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001780-mgsA-K01734	NA	NA
AK148_03637	1128	bshA	COG0438	N-acetyl-alpha-D-glucosaminyl L-malate synthase	ATGAAAAAAATTGGAATAACGTGCTATCCTAGTGTAGGAGGATCTGGAATTATTGCAACGGAGTTAGGAATGTTACTCGCTGAAAAGGGGAATGAAGTTCACTTCATAACTTCCAGTTTACCTTTTCGCCTAAATCATATTAATCCAAGAATTTATTTTCATGAAGTTGAATTAAGTCACTACCCTGTTTTTCAATATCCACCGTATGATTTAGCATTAGCTGCTAAAATGGCAGAAGTAATCAATCGGGAAAAGTTGGATATACTACATGTCCACTATGCAATGCCACATGCTATTAGCGCTCTTTTAGCACGAGATATTGCAGAACATAAAGTAAAGATTGTAACAACCTTACATGGAACAGATATTACTGTTTTAGCGATTGATGATATTTTTAAAAACATGATTACTCATGCAATCAATCAATCAGATGCTGTAACAGCAGTTTCAAACCATTTAGCTAGTCATACGAAACAACTTCTTAAAATAAAACAAGATATACAAGTCATTTATAATTTTATAAATGAACAAGAGTACTATCCAAAACGGTTAGACTTTATCAAGCAGCAATATGACATTAAGTCAAACGAAAAAGTGATTGTTCATATTTCTAATTTTCGTAAGGTAAAACGATTGCCAGATATTATACGTACATTTTACCTTATACATCAACAAGTGGATAGTAAATTATTACTTATTGGTGATGGTCCAGAGTGTGGAACAGCTATGAATTTAGTAAAGGAATTAAAATTAGAGCAGAAAGTTCTATTTTTAGGTAAGCAAAAAAATATAAGTGAGCTTTTACGTATCAGTGATTTAAAGTTATTGCTGTCAGAAAAGGAAAGCTTTGGCCTTGTTTTGTTGGAAGCGATGGCTTGCGGTGTACCGTGCGTTGGCACAAATGTTGGCGGTATACCCGAAGTAATTGATCATAATCAGACAGGGTTTATTGCCGAATTAGGGGACACTGATCAAGCAGCAACATATGCTATTGAAATATTAACGAATCAGACATTGTGGAATAGCTTTTCAAACAATGCTGTTAAAAGAGTAGAAACTCATTTTCATTCGAAGCAAATTGTAAAGCAGTATGAGCAATTATATGACTGTTTACTTACAAGCTTATAG	MKKIGITCYPSVGGSGIIATELGMLLAEKGNEVHFITSSLPFRLNHINPRIYFHEVELSHYPVFQYPPYDLALAAKMAEVINREKLDILHVHYAMPHAISALLARDIAEHKVKIVTTLHGTDITVLAIDDIFKNMITHAINQSDAVTAVSNHLASHTKQLLKIKQDIQVIYNFINEQEYYPKRLDFIKQQYDIKSNEKVIVHISNFRKVKRLPDIIRTFYLIHQQVDSKLLLIGDGPECGTAMNLVKELKLEQKVLFLGKQKNISELLRISDLKLLLSEKESFGLVLLEAMACGVPCVGTNVGGIPEVIDHNQTGFIAELGDTDQAATYAIEILTNQTLWNSFSNNAVKRVETHFHSKQIVKQYEQLYDCLLTSL	PGPT0019565_1200	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
AK148_03638	1203	cca		CCA-adding enzyme	ATGTTAGCAGAACCTTTCCAAAAAGCTAAGCCAGTAGTAGAGAAAATCAAGGCTCATGGATATAATGTTTATTTTGTAGGAGGATGTGTCAGAGATTTTCTGCTTCATCGTCCTATTGGGGATATTGATATAGCTACATCAGCAAAACCAATTGAGCTACAAAATTTGTTTTCTTCCGTGATACCAGTCGGAATAGAACATGGAACAGTTATTATTCGCCATCAAAATGAGTCTTATGAAGTAACCACTTTTCGAGTTGACGGAACATATACGGATCAACGTCATCCAGATGATGTTACATATGTAGATAGCATTGATAAAGATTTAGAAAGAAGAGACTTTACGATAAATGCATTGGCAATGGATTTAAAAGGGAACATTATTGATCTGTTTGCTGGTAGGTCTGACTTAGATAATCATGTGATTCGTACAGTAGGAAACGGGGAAGAAAGATTTAGAGAAGACCCGTTACGAATCATTCGTGCACTTCGTTTCAGCAGTCAATTAGGGTTTACTATTCATCCGGATACGATCGAACACATTCGAAAAGTAAGGCATGAAATGAAAGGGTTAGCAGTAGAACGAATTACAAGAGAGTTTACCAAGCTATTCGCTGGTGATTATGTACAACATGGATTAACATATGTAAATGATTTGGAGATTTATAAATACTTACCTGTATTTGAACAGCACCACTCATTAATTTACCGGATTCCAAAAAATATAAAACCTTTACCGTTTTTTCACGAAGTATTGGTGCTTTTTCATTTTTTGGATCGCACAATACCGCTTTTAACATGGGCAAAAGCATGGAAATGCTCAAATAAACAAAAAAATGCTGCCATGAATCTAACTAAACAATTAGAAGAATTACAAGCAAATGACTTAACTCCTTGGCTTGTTTATCAATTACCACGAGCTTTGTATAATAGCTTTATTCGGCTAACAAATTGTTTATATTCTAAAAAAAATATTACAATAGAACAGTTATTACAAATAGAACAAACATTACCGATTACATCTAGATCAGACATAAAATTAAGTGGCCAGGATATTATCGATCTTTTTCCGGCCTTTAAACAAGGCCCGTGGATACAACAACTATTGAATAAACTGGAGCGAAAAGTTGTTGCAGGACAGTTGCCAAATGATTACTATAAGTTAAAGGAATGGATAAAATGGAATCCACCCGCAATCAATTAA	MLAEPFQKAKPVVEKIKAHGYNVYFVGGCVRDFLLHRPIGDIDIATSAKPIELQNLFSSVIPVGIEHGTVIIRHQNESYEVTTFRVDGTYTDQRHPDDVTYVDSIDKDLERRDFTINALAMDLKGNIIDLFAGRSDLDNHVIRTVGNGEERFREDPLRIIRALRFSSQLGFTIHPDTIEHIRKVRHEMKGLAVERITREFTKLFAGDYVQHGLTYVNDLEIYKYLPVFEQHHSLIYRIPKNIKPLPFFHEVLVLFHFLDRTIPLLTWAKAWKCSNKQKNAAMNLTKQLEELQANDLTPWLVYQLPRALYNSFIRLTNCLYSKKNITIEQLLQIEQTLPITSRSDIKLSGQDIIDLFPAFKQGPWIQQLLNKLERKVVAGQLPNDYYKLKEWIKWNPPAIN				NA	NA	NA	NA	NA
AK148_03639	1005	birA	COG0340	Bifunctional ligase/repressor BirA	ATGGAATCCACCCGCAATCAATTAATCCAATTACTTGCTAAGAATAACGAAGAATATATATCTGGACAGGTTCTTTCAGAAAAATTAAACATATCTCGCAGCGCCGTTTGGAAGCATATGAAGGAATTGGAGAAAGATGGTTACGTCATAGAAGCAAAGTCGAAGCGAGGCTACCGATTTGTAAGCTATCCAGAAAAAATATCTGAAAACACCGTACAGTGGGGTTTACAAACGAATTGGCTCGGCCAGAAAGTGATTCATCGTGAAGTGACTAGCTCTACTCAAATTATTGCCCATAAAGTTGCAAAAGAACAGAAAGGACATGGCACTATAGTTATTGCAGATGAGCAGGTTTCTGGTAGAGGAAGAATGAATCGAAATTGGCATTCTAAAAAAGGCGATGGCATGTGGATGAGCATGATCTTACAGCCACCCTTACCACCATATCTTGCTCCACAGTTAACATTATTAACTGCTGTTGCATTAACGGAAACTATTGAAAAGTTAACGGGATTAACGCCACGTATTAAGTGGCCTAACGACATTCTCTTTGATAATGAAAAAAAATGTGCAGGAATTTTAACAGAACTACAAGCTGAGCAGGACAAAATCCAGTATGTTATCATTGGTGTTGGATTAAATATTAACCAACAAAAGAATGATTGGCCAGAAGACGTACAAAAAAGAGCAACCTCATTGCAAATAGAAACTGGGAAACAATGGCCGATTAGGGAAATTATACAATATTTCTTGAGCAGTTTCGAAAGTCTTTATGATGAATATATGAAGCAAGGATTTTTAGCTGTGAAAACGAAATGGGAGTCATATGGATTTAAAATAGGGGATTGGATCACCATCCGTCAATTGGATAAGACTCGACAGGCTGTATTTTATGGTTTGGCTGACGATGGTGCGCTGTTAATAAAAAATGAAACTGGTGATGTAGAGCGGTTGTATTCAGGGGAAATTGACTGGTTTCATGAAGCTAAATCTAATAATGAATAA	MESTRNQLIQLLAKNNEEYISGQVLSEKLNISRSAVWKHMKELEKDGYVIEAKSKRGYRFVSYPEKISENTVQWGLQTNWLGQKVIHREVTSSTQIIAHKVAKEQKGHGTIVIADEQVSGRGRMNRNWHSKKGDGMWMSMILQPPLPPYLAPQLTLLTAVALTETIEKLTGLTPRIKWPNDILFDNEKKCAGILTELQAEQDKIQYVIIGVGLNINQQKNDWPEDVQKRATSLQIETGKQWPIREIIQYFLSSFESLYDEYMKQGFLAVKTKWESYGFKIGDWITIRQLDKTRQAVFYGLADDGALLIKNETGDVERLYSGEIDWFHEAKSNNE	PGPT0022055_189	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
AK148_03640	2796	dinG		3'-5' exonuclease DinG	GTGCAACGCTATGTTGTGATCGATTTAGAAACAACTGGTAATAATCCAGCTAAAACAGACAAAATTATTGAGATAGGTATCGTAGTTATTGAGCAAGATACAATTGTAGATAGCTATTCTACCTTACTACATCCAAACAAAGAAATTCCAGCATTTATAACAAATTTAACAGGTATTTCAAATGAAGATGTAGCCGATGCACCATTATTTGAAAATATAGCAGATGAAGTAACTGCTATGTTTGAAAATAGTTACTTGATCGCACATAATGTCCCATTTGACCTCGGCTTTTTAAATGGAGAATTGACTAAAAGTGATCGAAAAAAGCTCAAGAACCCAGTGCTTGATACAGTAGAATTAGCAAGAATACTATTTCCAAGTGCGCCAAGTTATAAATTAAATCAGCTAACTGATTATTTACAAATCAACCATGAAAACCCGCATCGCGCACTTTCCGATGCATTTGTTACCGCGAAGTTATTTTTAAAGCTAAAAGAAAAACTAGCTTCTTTACCTTATGAGACCCTAGAGCAATTGCTACGTTTGGAAAAGTGGTTAAAGTCAGATGCATATGCTTTATTTAACTATTATAAAGAGCAAAACGTGTTTGTAGAAAAAAATGATGAAATTGCTATATATCAAGGTCTTGCCTATCGCCGTATGAATCATCTAGAAAAGGAAGATAACGTTATGGATCTTTCTTTTGGGGATTATTTAGATTCCATTTATGAATCAAATGGTAGTTTAGAAAAAAATTTGTCTTTTTATGAAAAACGTGCAGGACAACGAGAAATGTCGGAAATGATCTTTGATGCATTCCAAACGAGACAGCATGCGTTGATTGAAGCTGAAACAGGAACAGGAAAATCACTGGCATACCTGCTTCCAGCAATATATGATGCTGTTTCTACACATAAACGAGTAGTCATTAGTACATACACTACGCAGTTACAAACTCAATTATTAGAGGAAGAAATCCCCTTAATTCGTCGGTTAATTCCTTTCCCTTTCCGCGTAGCACTGCTTAAAGGGAAAGGGCATTATATCAGTTTGGAAAAATTGCACCAAGAGTTGGTAGAGCCTCTCCAGAGTAACTACGACATCGCTCTTACCGTAGCGATGCTTTTGGTTTGGTTAACAGAAACGAAAACGGGTGACGTTGACGAAATCCAGTTGCCTTCTAGTGGATATTTGTTTTTTCGACGCATATCTGCAGACATGGAAGAAGGTGTTGACCCATCCTCGCAATGGTTTTATAGATCACACTATCAGTACGCAAAAAAACGAGCCCAGCAAGCTCATATTGTTATTACTAATCATGCATTATTATGTACAGATATTTTTCATCCTTCTTCTTTACTACCAGTATACGAAAGAGCAATTATTGATGAAGCACATCATTTTGACGCAACCGTATCGAAGCATTATGGACTAAAACTTGATTATATGCATATGCATTATACATTGAATCAATTAGGGAGAACAGATGAACAGAAACTGGTTCATACCATTTTATCTCATTACCCATCAGCACTTTCAGAAGAAACTAAGGTTTTGTGGAATAAACTGCTTGATGATACTCGTTATGAAACGGATGATTTATTTCGTTACTTGTTTCAATATGTTTCCAAGGTACGTAAAGGAGACAAATCGTTTAGTGATATAGGTAGAACGCAATATCGCTTTGAAGCGAATAAAGAAGATCAAAACAAATGGACAGTAATTAAGGAAATGGTATCAAGGGTTTGCTTACATTTACGCGACTTAGTACATGGATTAGTAATGATTGAAGCAGAGTTACGAGTGAATCAACTTCATCAGGAAGATAAAGAGAAACTTTTGGCTAGTGCCGAACGGCTGCAAATATTTATTGACCAATTAGAGCAGTTTTTCCTTGTAGAAGATAGCGCACAGGAAGTAAAATGGATGGAGATAGAGGCATACGGCGCAAAAAATGCAGTTTACTTATACAGTGAACCAACAGATATTGCTAATTTACTAACAGACGTTTTTTTTTCAGTTAAAGAAAGTATTGTTTTAACAAGCGCTACATTAACAATAGAGAATTCATTTCAATATATTGTGGAGCGTCTAGGCTTACAAACAGAGAACCCTTTAACGAAGAAAATTGCTTCTCCATTTTCGTATGCCGATCAAGTACAATTAATGGTGCCAAATGATTTTCCAACAATCACTTCAGGACACAACGATGAATTTATTCATGCAACCTGTGAGGCAGTATTATCTTTGGCAGAAATAACCAACGGTAGGATGCTGGTGTTATTTACATCATATGATATGCTACGACGTTCACATTCTTTGCTTAAAGAGTTAATGGAGAATGACACGTATGCACTTTTTGCCCAAGGAATCTCCAGTGGTAGTAGAGAGCGTTTAAAAAAGAACTTTCAAACGTTTGATAAAGCGATTCTTCTAGGAACCAGTTCATTTTGGGAAGGTGTAGATATTCCTGGCGAAGATTTATCGTGTCTTGTAATAGTGCGTTTACCGTTTCAACCACCTGATCATCCAGTGCTTGAAGCAAAATCAAAGTTTTTAAAAGAGCAAGGCAAAAATCCATTTATGCAATATGCCTTACCTAATGCTGTTATCCGGTTTAAGCAAGGATTTGGGAGATTAATCCGATCTAGCAGTGATCGAGGAATTGTGTTTGTTTGTGATTCCCGAATTATAACAGCTCGCTATGGGAAATATTTTATCCGCTCTATTCCTAAAGTACCATTATTTTTTGATACAACACATGAATTAATGAATAGAGCTGAAAAATGGTTTTAA	MQRYVVIDLETTGNNPAKTDKIIEIGIVVIEQDTIVDSYSTLLHPNKEIPAFITNLTGISNEDVADAPLFENIADEVTAMFENSYLIAHNVPFDLGFLNGELTKSDRKKLKNPVLDTVELARILFPSAPSYKLNQLTDYLQINHENPHRALSDAFVTAKLFLKLKEKLASLPYETLEQLLRLEKWLKSDAYALFNYYKEQNVFVEKNDEIAIYQGLAYRRMNHLEKEDNVMDLSFGDYLDSIYESNGSLEKNLSFYEKRAGQREMSEMIFDAFQTRQHALIEAETGTGKSLAYLLPAIYDAVSTHKRVVISTYTTQLQTQLLEEEIPLIRRLIPFPFRVALLKGKGHYISLEKLHQELVEPLQSNYDIALTVAMLLVWLTETKTGDVDEIQLPSSGYLFFRRISADMEEGVDPSSQWFYRSHYQYAKKRAQQAHIVITNHALLCTDIFHPSSLLPVYERAIIDEAHHFDATVSKHYGLKLDYMHMHYTLNQLGRTDEQKLVHTILSHYPSALSEETKVLWNKLLDDTRYETDDLFRYLFQYVSKVRKGDKSFSDIGRTQYRFEANKEDQNKWTVIKEMVSRVCLHLRDLVHGLVMIEAELRVNQLHQEDKEKLLASAERLQIFIDQLEQFFLVEDSAQEVKWMEIEAYGAKNAVYLYSEPTDIANLLTDVFFSVKESIVLTSATLTIENSFQYIVERLGLQTENPLTKKIASPFSYADQVQLMVPNDFPTITSGHNDEFIHATCEAVLSLAEITNGRMLVLFTSYDMLRRSHSLLKELMENDTYALFAQGISSGSRERLKKNFQTFDKAILLGTSSFWEGVDIPGEDLSCLVIVRLPFQPPDHPVLEAKSKFLKEQGKNPFMQYALPNAVIRFKQGFGRLIRSSSDRGIVFVCDSRIITARYGKYFIRSIPKVPLFFDTTHELMNRAEKWF				NA	NA	NA	NA	NA
AK148_03641	168			hypothetical protein	ATGGATGAATTAACCACTTTAGCGACTGTACAAATCGGATATTCTTCCGAGTTATACAAAATAGTAGACCTATGTAATAAAACTTTAAAAGAACAAAACCTAATATTTGGTTTAGCATTGGATGATAAAGATGAAGAACAAGCGATCTTTACTATATATCGGTCCTAA	MDELTTLATVQIGYSSELYKIVDLCNKTLKEQNLIFGLALDDKDEEQAIFTIYRS				NA	NA	NA	NA	NA
AK148_03642	534			hypothetical protein	ATGAAGAACAAGCGATCTTTACTATATATCGGTCCTAAATGGATAAGATGGACATTATCCATTCTCTTTTTATTGACGATGGCTTGCGGTATCTATTTTATTTATTTATACAATGGTTTGCTTGAAAGTAAAACAGCAGGATATGAAGAAACAAAGCAACAGCTACTGAAGGCTGAAACTTTAGCTGAGATTGATAAAATAGAAACATTTCATGGAAAAGAAGCCTACCATGTTGCGTATGGAAAAGACCAAAATGAACAAAGTAAACTTGTTTTTTATCCCTTAAAAGGGAAAGAAAAACAGCTTTTAACTGTAAACCAAGCTGATATTGTAAGTAAATCAGAAATGAAAGAGCAGTGGAGACAGGAATGTGATCAATGTGAGTTTATCCGTATTACCCCCGCACTCGTAGATGGCAAAGAATTGTGGGAACTGACTTATATAGATGACTCAAATCGATACGTTTTTGATTATTTAGATATGCATGATGGTTCGCGATATGAACAAATGCGCTTTAAAAGTATGTTTAAATAG	MKNKRSLLYIGPKWIRWTLSILFLLTMACGIYFIYLYNGLLESKTAGYEETKQQLLKAETLAEIDKIETFHGKEAYHVAYGKDQNEQSKLVFYPLKGKEKQLLTVNQADIVSKSEMKEQWRQECDQCEFIRITPALVDGKELWELTYIDDSNRYVFDYLDMHDGSRYEQMRFKSMFK				NA	NA	NA	NA	NA
AK148_03643	1188			Aspartate aminotransferase	GTGGAATTAGCAAACAGAGTAAAAACATTAACCCCCTCATCTACATTAGCCATTACAGCGAAAGCAAAAGAATTAAAGCAGCAAGGTCATGACGTTATCGCTTTAGGGGCTGGTGAACCTGACTTTAATACACCTGGGCCTATATTGGTTGCGGCTGAAAAAGCAATGAATGAAGGCAAAACAAAATATACGCCTTCTGGAGGGATTGTGGAATTAAAGCAAGCCATTGTAAACAAATTTCAAAAAGATAATCAACTTAACTATACTAAAGAACAAATTATCGTAACTACTGGAGCCAAGCATGCATTATACACACTTTTTCAAGTGCTGCTAAATGAAGGGGATGAGGTTATTATCCCAGCCCCGTATTGGGTTAGTTACCCAGAGCAAGTAAAGCTTGCTGGTGGAACTCCTGTTTTTATTCCTGCTAAAGAAGAAAACCAATTTAAATTAACGCCACAGGAATTAGAAGCGGCTATTACGAGGGAAACGAAAGCCATCATTATTAATTCACCTAGTAACCCGACTGGTATGATGTATAATAAAGATGAATTAAAGCAGTTAGGAGACATTTGTTTAAAGCACGATTTGTTAATTGTATCCGATGAAATTTATGAGAAGCTAATTTATTCTGGCGAAGACCATGTATCTATAGCACAATTATCACCAGAATTAAAAGCTCAAACAGTTATTATTAATGGTGTATCTAAATCCCATTCCATGACTGGTTGGAGAATTGGTTATGCTGTTGGACCAAATGAAATTATTAAAGCAATGACAAGTCTTGCTTCACATTCTACATCAAACCCAACGTCAATTGCTCAGTACGCAGCATTAGCCGCTTATCAAATGGACGATTCCTTTAATGAAGAAATGAAGGGTGTTTTTTCACATCGTTTGGAAAGTTTATATCAACTGCTAACGGAGATACCTGGAGTGAGCTGTGTAAAGCCTGAAGGGGCATTTTATTTATTTCCAAATGTGCAAGAGGCAGTACGTAAAAGTGGCTTTAGTAATGTAGATGATTGGGCAAAGGCACTATTGGAAGAAGAAAAAGTAGCTCTTATTCCCGGGTCTGGATTTGGTGCGCCTAATAATGTACGTTTATCGTATGCCACATCTATGGAAGCACTAGAAGAAGCTGCAAAAAGAATTAAACATTTTATTTTACACTATAAGAGAGCATAA	MELANRVKTLTPSSTLAITAKAKELKQQGHDVIALGAGEPDFNTPGPILVAAEKAMNEGKTKYTPSGGIVELKQAIVNKFQKDNQLNYTKEQIIVTTGAKHALYTLFQVLLNEGDEVIIPAPYWVSYPEQVKLAGGTPVFIPAKEENQFKLTPQELEAAITRETKAIIINSPSNPTGMMYNKDELKQLGDICLKHDLLIVSDEIYEKLIYSGEDHVSIAQLSPELKAQTVIINGVSKSHSMTGWRIGYAVGPNEIIKAMTSLASHSTSNPTSIAQYAALAAYQMDDSFNEEMKGVFSHRLESLYQLLTEIPGVSCVKPEGAFYLFPNVQEAVRKSGFSNVDDWAKALLEEEKVALIPGSGFGAPNNVRLSYATSMEALEEAAKRIKHFILHYKRA	PGPT0020110_3229	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020110-aspB-K00812	NA	NA
AK148_03644	1293	asnS		Asparagine--tRNA ligase	TTGAAAACGACAATTTCGCAGGCACCAAGATATAATGAAGAGACAATTACGGTTGGAGCTTGGCTCACAAATAAACGTTCAAGTGGAAAAATTGCATTTCTACAATTACGTGATGGCACTGGATTTATGCAAGGTGTTGTTGTAAAAAATGATGTGAGCGAAGAAACATTCCAATTAGCTAAAAACATCACACAAGAATCATCGATGTATATTACTGGTAAAATTGTCGAGGATACACGCTCACCATTTGGATACGAAATGCAAGTAAGTGATATTGAATTAATTCATGAAGCTCATGATTACCCGATTACACCGAAAGAGCATGGTACAGAGTTTCTAATGGATCATCGCCATTTGTGGTTACGATCTAAACGTCAACATGCTGTTATGAAAATACGCAATGAAATTATACGTGCGACTTATCAATTTTTTAATGATAACGGCTATGTTAAAATTGATCCGCCTATTTTAACAGGATCCTCGGCAGAAGGAACAACTGAATTATTCCATACAAAATACTTCGATGAAGAAGCTTATTTATCACAAAGCGGGCAATTATATATGGAAGCAGCGGCAATGGCATTCGGAAAAGTATTTTCTTTCGGACCGACCTTCCGAGCAGAAAAATCAAAAACACGCCGACATTTAATTGAATTTTGGATGATTGAACCAGAAATGGCTTTCGTAGAGCATGAAGAAAGTCTTGAAATCCAAGAAAATTATGTTAGCTTTATCGTTCAAAATGTGCTTGGAAATTGTAAATTGGAATTGCAAACATTAGATCGTGATATTTCAAGCTTAGAAAAAGTACAAACACCGTTTCCTCGGATAACTTATGATGAAGCAATTGCGCTATTAAAAGAAAAAGGTTTTGCCGACATAGAATGGGGTGAAGATTTTGGGGCTCCTCATGAAACAGCTATCGCTGAAAGCTTTGATAAACCAGTATTTATTACCAATTATCCTACGGGAATAAAAGCATTCTATATGAAGCCACATCCAGAGAGAGATGATGTCGTATTATGTGCAGATCTCATTGCACCAGAAGGGTATGGAGAAATTATTGGTGGTTCTCAACGAATTGATGATTTGCAGTTAATGGAAGAGCGTTATAAAGAACATGGATTAACAGATGAAGCATATCAATGGTATTTAGAACTAAGAAAATATGGTAGTGTACCGCATTCTGGCTTCGGCCTAGGATTGGAAAGAACGGTAGCTTGGCTTGCGGGTGTTGATCATGTTCGTGAGACTATACCGTTTCCACGTCTACTAAATCGGCTTTATCCATAA	MKTTISQAPRYNEETITVGAWLTNKRSSGKIAFLQLRDGTGFMQGVVVKNDVSEETFQLAKNITQESSMYITGKIVEDTRSPFGYEMQVSDIELIHEAHDYPITPKEHGTEFLMDHRHLWLRSKRQHAVMKIRNEIIRATYQFFNDNGYVKIDPPILTGSSAEGTTELFHTKYFDEEAYLSQSGQLYMEAAAMAFGKVFSFGPTFRAEKSKTRRHLIEFWMIEPEMAFVEHEESLEIQENYVSFIVQNVLGNCKLELQTLDRDISSLEKVQTPFPRITYDEAIALLKEKGFADIEWGEDFGAPHETAIAESFDKPVFITNYPTGIKAFYMKPHPERDDVVLCADLIAPEGYGEIIGGSQRIDDLQLMEERYKEHGLTDEAYQWYLELRKYGSVPHSGFGLGLERTVAWLAGVDHVRETIPFPRLLNRLYP				NA	NA	NA	NA	NA
AK148_03645	708	dnaD	COG3935	DNA replication protein DnaD	ATGTTCGTCATTAAAAAGCAATCATTCTCCATTCAGCACCTTTTAAACAATCAAGTGCCTATTCCAAAGGAACTATTAACTTCCTATGTTTCTATAGGGCTAGATGAAAAAGAAGTTATGTTGCTAATACAATTACAACGATTTATGGTAGAAAGAATTGATTTTCCTACTCCAGATCAATTAACTACTTTTGTAACGATGAAAGAACAAGAATGTGCACATTTATTACGTGGTCTTGTTCAAAAAGGGATGCTGGCTATTGTACAGCAAGAAGAAAACGATGGAAAGATTAAAGAAGCTTACGATTTAAATCCTCTATGGGATAAATTATTTCAGACGGAAGAAGATACGAAACAGGATTCAGATACATCTGAAGGGACTATTTTTATCTTGTTTGAACAAGAATTCGGTAGACCATTATCGCCATTTGAAATTGAAATGATTAATGCGTGGCTAGATGAGGATCAAATTGCTCCATCATTAGTTAAAGCAGCTTTACGTGAATCCGTGTTAATGGGAAAGTTAAATTTTAAATATATTGATCGTATTTTACGCGAATGGAAGAAAAAAGGGATCCATAGTGTAGAACAAGCTAGAATGTCCAGTAAACAATTTCATGCCAGACAGAATGCTCCAAGATCAGAAGGTAGTTCACAAAGTACTCGTAACAGTTCTTTTTACTATAATTGGCTGGAAGGGGAGGATTAG	MFVIKKQSFSIQHLLNNQVPIPKELLTSYVSIGLDEKEVMLLIQLQRFMVERIDFPTPDQLTTFVTMKEQECAHLLRGLVQKGMLAIVQQEENDGKIKEAYDLNPLWDKLFQTEEDTKQDSDTSEGTIFILFEQEFGRPLSPFEIEMINAWLDEDQIAPSLVKAALRESVLMGKLNFKYIDRILREWKKKGIHSVEQARMSSKQFHARQNAPRSEGSSQSTRNSSFYYNWLEGED				NA	NA	NA	NA	NA
AK148_03646	663	nth_2	COG0177	Endonuclease III	ATGCTGACGCAAAAACAAATTCGCTTTTGCTTGGATGAAATGAAAAAAATGTTTCCTCACGCCCAATGTGAATTAACACATAAAAACCCATTTGAATTAGTAATTGCAGTGCTGTTATCTGCCCAGTGTACAGATAACTTAGTTAATAAGGTTACAAGAACGCTGTTTCAAAAATATAAAACGCCTGAAGATTATTTAGCCGTACCTTTAGAAGAGCTTCAAGAAGATATTAAATCAATTGGTTTATACCGAAATAAAGCAAAAAATATTCGTAAGCTTTGTGCGATGTTGATAGAAGATTATGGAGGAATCGTTCCAAAATCAAAAACAGAATTAATGAAATTAGCAGGGGTAGGTAGAAAAACAGCTAATGTCGTTGCCTCTGTAGCGTTTGGTGAGCCGGCAATTGCGGTTGATACACATGTAGAACGCGTCTCAAAGCGACTTGGTATATGTAGGTGGAAAGATTCGGTCCCGGAAGTGGAAGAAACTTTAATGCGAAAAATTCCAAAGTCAGAATGGAGTGAAACGCATCATCGCATGATTTTTTTTGGTCGATATCATTGTAAAGCAAGAAATCCGAACTGTATGGAATGTCCATTATTAGAAGTGTGCCGTGAGGGACAAAAACGAATGAAGAAAAGAAAAGAGGTAAACGCGTAA	MLTQKQIRFCLDEMKKMFPHAQCELTHKNPFELVIAVLLSAQCTDNLVNKVTRTLFQKYKTPEDYLAVPLEELQEDIKSIGLYRNKAKNIRKLCAMLIEDYGGIVPKSKTELMKLAGVGRKTANVVASVAFGEPAIAVDTHVERVSKRLGICRWKDSVPEVEETLMRKIPKSEWSETHHRMIFFGRYHCKARNPNCMECPLLEVCREGQKRMKKRKEVNA	PGPT0013735_2958	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013735-nth-K10773	NA	NA
AK148_03647	2787	ponA	COG0744	Penicillin-binding protein 1A/1B	ATGGCAAATAATAGCCAGTCTCGTACAGCGAGAAGAAAACAAAAGAAAACAAAGAAAAAACCATTATGGAAAAAAATATTACTTTCAATCATAATTATTTTTATAATTATGGGACTTGGCGCTGGAGCTACAGCAGCTTATTGGGTAGCCACAGCACCTGATCTGAATGAGTCGAAATTATCCGACTCTCTTGCCTCAAAATTCCTAGATATTGACGGGAAATCTTTTGCGGTTATGGGCGAGAAAAATCGAACGAAAATTAACTACGATGATTTACCACAAGTGTTAATTGATGCTGTTACAGCAACCGAAGATGCGAGGTTTTTTGAGCATTCTGGTATTGACTTAAGGAGAATTGGCGGTGCGGTTATTGCCAATATAAAAAATGGTTTCGGTTCAGAGGGGGCAAGTACGATCACGCAACAAGTAGTTGAGAAATCTTTCTTGTCTGCTGAAAAAAAGATTAGTTTAAAAGTTCAAGAGCAATGGTTAGCATTGCAATTAGAAAGAGACTACTCAAAAGAAGAAATTATGGAAATGTATCTGAACAAAATCTTTTACGGTAGTAATGCTTATGGAGTAGCGACTGCTGCTGAAACTTATTTCGGAAAAGAAGATTTAAACGAATTAACGTTACCTGAAGCGGCCATTTTAGCTGGTTTGCCACAGCGACCAACAGCATACAATCCGTTTGAAAATCCTAAATTGACGAAAGAGCGAATGAATACTGTTTTAGATTTAATGGTACGTCATGATAAAATTTCTGAAAAAGAAGCCGAAGAAGCTAGAAATGTTGATATTCCTTCTTTATTAGTTGAAGATAAGCCAGAAACAACACCTTATGAAGGTTTCTTACAACAGGTGGAAAAAGAAGTGAAAGAAAAAGTAGACGGTGCAGATATTTATACAGATGGTTTAACCATCCATACGACAATTGACCAAGATGTGCAGAAACATGTGGAATCCTTACTAACGGATAGTGATTCCAATCCGATTCAATATCCTGACGATGAGATGCAAGCAGCAATGACAGTTCTTGATACGAAGACAGGAGCCATACGTGCTATTGGTGGTAGAAGGAATAGTGAAGGGAAAAGAGAACTAAATTACGCTATTCAAAACAAAACGCAGCCAGGTTCAACTTTTAAACCAATTGTAGCTTACGGACCAGCGATTGAATATAATAAAATGTCAACGTATCATCAAATAAACGATGATAAACCATACGAAATCGGTGGTACAGATTCAGTAATTGGTAATTGGAATGGGCAATATGCTGGCTGGATGACAGCACGTCATGCACTTAAACAATCGCTAAACGTACCTGCTGTGAAAGTTTTAGAAGAAGTTGGTTATGAAAAAGCAAAAGAATTTGCAGAAGGTTTAGGAATCAAATTTAAAGACGATAAAATTTTAGTTGGTGATGCTATCGGTGGTACAGGGACAGAGGTTACACCTTTACAGCTGGCTGGAGCCTTCCGAGCCTTTGGTAACGAAGGGTTGTATAATGAACCTTATTCGGTTACAAAAGTCGAATTTCCAGATGGGAAAACAGTTGAATTAACACCACAAGCAGAACCCGCTATGTCAGACTATACAGCATATATGATGACAGATATGATGAAAACAGTTCTAACTGAGGGTACAGGTAAGAATGCAAATATTCCAGGCCTTCCCGTAGCTGGTAAAACCGGAACCACAAACTTAAAAGATCGTGAAGGAAGCCCTGATGCTTGGTTTAGTGGTTATACAACGAATTACACGATTTCTGCATGGGTTGGTGGTTATGAAGATGAAGAAGGAGGTCGAGATGTTATTCCTCCTGGAAATGGAAATACGCAAATTCCATTACAAATGTTTAAAAATACGATGACAGAAATATCGAAGGACATAGAGACAAAGGATTTTGTCAAACCAGATAACGTAATTGAAGCGGAAGTTGAAAAAGGATCTAATCCACCTGCAAAACCAAGCGAACATACACCTAGCGACAAGATTATTACAGAGTTGTTTGTTAAAGGTACAGAGCCGAAAGAGACTTCCGAGAAGTTTGATCAATTAGATCCGGTTAGCGGATTAACGGCAAGCTTTAACGAAGAAAAAAGTGCGATCGACGTTTCTTGGGAATATGATGCTGATGCAGATGTTTCCTTTGAAGTCAGTGCGCAAGTGGATGGCGGTGAGATGCAAACATTATCAACTACCGAAGATACATCTATGGAAATATCAGCGGTGGAACCAAATAAAGAATACACGATTCAAGTTGTGGTAGTTAGTAATGAAGACGATTCTAAAAGTGAATCGAAAACGACTACAGTAGCAACAGGTGAAGAAGAACTAGAGGAGTTACTTGAAGTAACAGGGCTAACAGCTACCTATAATGAAGCAAACAAACTCATTGATGTCAGTTGGAATTACAATGGCCCGCCCGCTACCTTTGAAGTATCTGTTAATGGTGAGGTACAAACCGTCCAGTCAAATGGGTTAGAAATAAGTGGAGCTGCACCTGGAGAAACGTACAACATATCTGTTACACCTATTGGTAAGAAAGGTAAAAACGAAGGTGTAAGAGGACCCTCTCAACAAACATCTGTAACCATACCAGCAGAACAAGAAGAACCTCCTGCTGATGATGGAGGGGACGGTGAAGCTGATACTGGTGATAATGGTCAAGATAACGGGGAAGCTCGTCCACCAGAAGAGGAGGAGGAAGACCCCCCCTCTGATGAAAATGGTCAAACCGATGATGGATCAGATGAAGAACAAGGGGCTAGTGACGAAAGCTAA	MANNSQSRTARRKQKKTKKKPLWKKILLSIIIIFIIMGLGAGATAAYWVATAPDLNESKLSDSLASKFLDIDGKSFAVMGEKNRTKINYDDLPQVLIDAVTATEDARFFEHSGIDLRRIGGAVIANIKNGFGSEGASTITQQVVEKSFLSAEKKISLKVQEQWLALQLERDYSKEEIMEMYLNKIFYGSNAYGVATAAETYFGKEDLNELTLPEAAILAGLPQRPTAYNPFENPKLTKERMNTVLDLMVRHDKISEKEAEEARNVDIPSLLVEDKPETTPYEGFLQQVEKEVKEKVDGADIYTDGLTIHTTIDQDVQKHVESLLTDSDSNPIQYPDDEMQAAMTVLDTKTGAIRAIGGRRNSEGKRELNYAIQNKTQPGSTFKPIVAYGPAIEYNKMSTYHQINDDKPYEIGGTDSVIGNWNGQYAGWMTARHALKQSLNVPAVKVLEEVGYEKAKEFAEGLGIKFKDDKILVGDAIGGTGTEVTPLQLAGAFRAFGNEGLYNEPYSVTKVEFPDGKTVELTPQAEPAMSDYTAYMMTDMMKTVLTEGTGKNANIPGLPVAGKTGTTNLKDREGSPDAWFSGYTTNYTISAWVGGYEDEEGGRDVIPPGNGNTQIPLQMFKNTMTEISKDIETKDFVKPDNVIEAEVEKGSNPPAKPSEHTPSDKIITELFVKGTEPKETSEKFDQLDPVSGLTASFNEEKSAIDVSWEYDADADVSFEVSAQVDGGEMQTLSTTEDTSMEISAVEPNKEYTIQVVVVSNEDDSKSESKTTTVATGEEELEELLEVTGLTATYNEANKLIDVSWNYNGPPATFEVSVNGEVQTVQSNGLEISGAAPGETYNISVTPIGKKGKNEGVRGPSQQTSVTIPAEQEEPPADDGGDGEADTGDNGQDNGEARPPEEEEEDPPSDENGQTDDGSDEEQGASDES	PGPT0023875_130	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023875-mrcA-K05366	NA	NA
AK148_03648	588	recU_2	COG3331	Holliday junction resolvase RecU	ATGAATTACCCAAATGGAAGAAAAAATGGGGACCTATACAAGCAAAAAAAATTATATTCTCATCAATTTGGTAATCGTGGGATGTCATTAGAAAAGGATATTAATGATACAAATGCATACTATTTAGAGGCAAAAAAAGCTGTGATTCACAAAAAACCGACACCTGTTCAAATTGTCAAGGTTAATTATCCAAAAAGAAGTGCAGCAGTAATTACAGAAGCGTATTTCAAACAAGCTTCAACAACGGATTACAATGGAGTGTATCGCGAAAAATATATTGATTTTGAAGCAAAGGAAACAAAAAATAAAACGCTATTTCCGTTAGCAAATATACATGATCATCAAGTCGATCATATGCAGGCTGTTGTTGCTCAAGGCGGTATTACATTTCTGCTCATACGCTTTTCTGTACTTGATGAAACATATTTATTTCCTGCTGAAAGACTTTTTACGCATTGGGATGCTCACCTAAAAGGAGATAAAAAATCCATTGCGTATAAAACAATAAAACAGCAGGGTTATTTTATCCCTTTTCAATATAAAGCTAGAGTTGACTATTTAACAATTATTGATAAGCTTTATTTTTAG	MNYPNGRKNGDLYKQKKLYSHQFGNRGMSLEKDINDTNAYYLEAKKAVIHKKPTPVQIVKVNYPKRSAAVITEAYFKQASTTDYNGVYREKYIDFEAKETKNKTLFPLANIHDHQVDHMQAVVAQGGITFLLIRFSVLDETYLFPAERLFTHWDAHLKGDKKSIAYKTIKQQGYFIPFQYKARVDYLTIIDKLYF				NA	NA	NA	NA	NA
AK148_03649	990			hypothetical protein	ATGTATATAGATGCAAACCTCAAAGCCTATCTTCATTATATAACAAATAAAACAATAGCACATAACCAAGATAATATAACACGTACAAACGCTTATTTTAAGTTTTATCTGAAATTCCCGGAAATAAAATGGGCTTTTTTAGCAAGTATCGTATCAAGAAATGCTGGATGGAACATGACTGATTTGCAAATGACTCCATTTCAATATTTATTAGGGAAACAAGAAAGAGAGCGGCTGTTTATGACGTATGAGCGTGCTAATTGGCTCATTTTTTCAGATGCCTATCCCCAACTCTTAGTATACCAATTATCCAAGCAAAACAACAAACCAATGTTCGACCTTCTTTCTCTGTTTCATGTTTCTAGTTATATGATAAAAGAATGGCACTATTTTTGGAAGTATTGTGATAAAAATCGTCTTGTACAAGCACTTATTATAAACGAACAGAATGTTATTCAAGAACCTGTTATTAAACAGCATTATTTTCAACGTCGTGTATTTCATCAATTGCCTTATCAAATGCAAAACTTTTTTATGATGAATGCTGTTCTTTTGCCTTCTATGTCCAATGATTTATATGGTGCCTATGTCCATAACTTCACAAATAGAACGAACCGAATTCAGTTAGGGAAAAAACTAGCTTCTCTTATTTTTTCCCCAACTGTCTATAAGCAAACGTTTTTATTTGTTAAATATTGTACACACACTGGATCTAGACGTGATTATGAACGTTTTTTGAAGCTTCCCAAACAACCGGTTACCCCAATCTTGCGAATGGTATATCCCATTATTACACATCAAGATACTATTCGAAAGGATTGGTATCAATCAGGGGGTGTAAAGAAAAAATGGATTCGCGACGCACATCAATGTAACAAACAACAAATCGGAAAAACTTTTTACCAAAAACGACAAATGTTATTTGCTTATTTCTATACTAAACAAGTGTTTACCGCAAAAAAATATTTTTCCACCAATAAAAGGGGTTAG	MYIDANLKAYLHYITNKTIAHNQDNITRTNAYFKFYLKFPEIKWAFLASIVSRNAGWNMTDLQMTPFQYLLGKQERERLFMTYERANWLIFSDAYPQLLVYQLSKQNNKPMFDLLSLFHVSSYMIKEWHYFWKYCDKNRLVQALIINEQNVIQEPVIKQHYFQRRVFHQLPYQMQNFFMMNAVLLPSMSNDLYGAYVHNFTNRTNRIQLGKKLASLIFSPTVYKQTFLFVKYCTHTGSRRDYERFLKLPKQPVTPILRMVYPIITHQDTIRKDWYQSGGVKKKWIRDAHQCNKQQIGKTFYQKRQMLFAYFYTKQVFTAKKYFSTNKRG				NA	NA	NA	NA	NA
AK148_03650	105			hypothetical protein	ATGAAAGATAAAAAGAAGAAACAAGCCAAAACAGAAAGCATCCGTTCTAACTCTTTGAAAAAAGGAGATAAAAAATTGAACGGACCCAATTTCCCAGCAACTTAA	MKDKKKKQAKTESIRSNSLKKGDKKLNGPNFPAT				NA	NA	NA	NA	NA
AK148_03651	228			hypothetical protein	ATGCTTGCGTATCAATCACAAAAAAAAGGAAAGCGCGGTGTGGACCGTAAAAAAGTAGAAGCAGCTTTATACGAATTATCAAATCAAATTCGCCGATTGGATCAAAAGTTGACAATGAAAGTAGAAAATAATATATCAAGTCAATATTATGAAAAACTAAATGAAATTGCGCTAGTGAAGAATCAATGTATGCAATTAGAAAAAAATACAAGAGAACAAAGTAAGTAA	MLAYQSQKKGKRGVDRKKVEAALYELSNQIRRLDQKLTMKVENNISSQYYEKLNEIALVKNQCMQLEKNTREQSK				NA	NA	NA	NA	NA
AK148_03652	360			hypothetical protein	ATGGATATAAAACAACAAACAAATAAATTACAACAAAATTTATATCAGTTGAAAGAAAAATTTGAGCATACGAATCCTCCAGAGGACCGAAAAGATAGAGCGTTGTTTCTGAAAGTTAAAGAGGAAACAACGCCTATTTATCAGTTGCTTGAACGTTGGGAAAAAGAAGCTTTACAGTTGGTACAAGAGCGCAAAGTGAATGTACATCCTCATCAAATTGTTTCTACAAGAGAAAATATGGAACTATTACTGTTGCATAGTTATTATATTGATGTAAAGAGAAAACGATATTTCGAATTATACAAATCAATACAATACATTTTCGATCAGTTAATGCGCGAGTTGGATACGCTGTCGTAA	MDIKQQTNKLQQNLYQLKEKFEHTNPPEDRKDRALFLKVKEETTPIYQLLERWEKEALQLVQERKVNVHPHQIVSTRENMELLLLHSYYIDVKRKRYFELYKSIQYIFDQLMRELDTLS				NA	NA	NA	NA	NA
AK148_03653	408	cdd	COG0295	Cytidine deaminase	ATGAAAACAAAACAAGCATTAATAGAAGCTGCGAAAACGATTAGAGAAAAAGCATATGTACCGTATTCTCGTTTTCAAGTTGGAGCAGCGTTACAAACGGTTTCTGGAAACATTTATACAGGCTGTAATATCGAAAATGCTGCTTATCCTGTCACATGCTGTGCAGAGCGAGTTGCTATTTTTCAAGCAATTGCCAATGGCGAAAAATCATTTACGGAGATGGCTGTTGTTGCTGATACAGAAAGACCTGTACCTCCATGTGGATCTTGTAGACAGGTAATGAGTGAATTTTTTCCATCTGATATGCTTATTCACCTAACTAATCTAAAAGAAGATGTAAAAACGGTTAAAGTGGAAGAATTATTGCCTTTTTCATTTCAACCTTCTGATTTAGAACAAGAAGTGTAG	MKTKQALIEAAKTIREKAYVPYSRFQVGAALQTVSGNIYTGCNIENAAYPVTCCAERVAIFQAIANGEKSFTEMAVVADTERPVPPCGSCRQVMSEFFPSDMLIHLTNLKEDVKTVKVEELLPFSFQPSDLEQEV	PGPT0021360_2592	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021360-cdd-K01489	NA	NA
AK148_03654	315	gpsB	COG3599	Cell cycle protein GpsB	ATGAGTATGAACCAAGTGCATTTAACAAGTAAAGATATTTTGGATAAAGATTTTAAGACCGCAATGCGAGGATATAACCAAGAAGAGGTGGATGAATTTCTTGACTTAATTATTCAAGATTATGATTTGTTTAAACAGGAGATCAATCGTTTACAACAAGAAAATGAGCAATTGCGAAAAACAAGTTCTGAGAAACCAAAAGCAAGGTCTGTGCAAACTGCACCTAATCATCAAGTTAATTATGATGTGTTAAAACGTCTCTCAAATTTAGAAAAAGCAGTGTTTGGTAAAAAGTTTGCTGATTCAGAAGGGTGA	MSMNQVHLTSKDILDKDFKTAMRGYNQEEVDEFLDLIIQDYDLFKQEINRLQQENEQLRKTSSEKPKARSVQTAPNHQVNYDVLKRLSNLEKAVFGKKFADSEG	PGPT0014806_187	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014806-gpsB-NA	NA	NA
AK148_03656	1152	rlmL	COG0116	Ribosomal RNA large subunit methyltransferase K/L	ATGCAGACAGTTACATTAATAGCTACCGCAGCGATGGGATTAGAGTCTGTTGTTGCAAAAGAAGTTAAAAATTTAGGTTATGAAGTACAAGTTGATAATGGAAAAGTAGAATTTGAGGCACCTATAAGCGCAATTCCTCGCTGTAATTTATGGCTTCGTTCTGCGGATCGAGTAAAATTATTAGTTGGTAAATTTAAAGCTACTTCCTTTGATGATTTATTTGAGGGAACAAAGGCTTTACCCTGGGAGATTTACATTGATGAAGATGGCGAAATTCCTGTAATAGGAAAATCTGTTCAATCAACATTACATAGTGTTCCTGATTGTCAAAAAATAGTCAAAAAAGCGCTCGTTGAACGGATGAAATTAAAATACGGCATGGTTTCTAAACTACCAGAAACAGGAGCAATGTATCGTGTCGAAATCGCCCTATTAAAAGATGAAGCAACACTTACGATCGATACTTCAGGCGTAGGTTTACATAAGCGAGGCTATCGAGTTGGGCAAGGTGACGCTCCGCTTAAAGAGACCCTTGCTGCTTCATTAGTATTATTAACTAATTGGCATCCAAATGAGCCTTTCGTTGATCCATTTTGTGGTTCAGGTACTATACCTATTGAAGCTGCAATGATTGGACAGAATATTGCTCCAGGTTTTAATCGTGAATTTTCATCCGAAAATTGGTCATTTGTTAAACAAAAGCATTGGGACAAAGCTTTTGAAGAAGCGGAGGACGTCGCTAATTATGATCAACCTTTAAATATTACTGGGACGGATATCGATCATAAAATGATTAACGTTGCCAATAGAAATGCACTTGAAGCAGGGCTAGGGGAACTTATTCAATGGAAGCAAATGCAAGTTAGTGACCTTCACTTTAAACAGCCTAACGGTTATATTGTAAGCAATCCGCCTTATGGGCAGCGTCTCGGAGATCAAAAACAAGCAATGAAAACAGCAAAACAACTTGGTGAAATCATAAGTAACTACCCCAGTTGGAGTGTTTATATAATAACAGCATACGATCAATTTGAAGCCGCTTTTGGTAAAAAAGCAACGAAGAAGCGAAAGTTGTTTAATGGCTATATTCGAACAGATTATTATCAGTACTTCGGTCAGAAAGAGAGGGGATATTCTGATGAAATTAAGTGA	MQTVTLIATAAMGLESVVAKEVKNLGYEVQVDNGKVEFEAPISAIPRCNLWLRSADRVKLLVGKFKATSFDDLFEGTKALPWEIYIDEDGEIPVIGKSVQSTLHSVPDCQKIVKKALVERMKLKYGMVSKLPETGAMYRVEIALLKDEATLTIDTSGVGLHKRGYRVGQGDAPLKETLAASLVLLTNWHPNEPFVDPFCGSGTIPIEAAMIGQNIAPGFNREFSSENWSFVKQKHWDKAFEEAEDVANYDQPLNITGTDIDHKMINVANRNALEAGLGELIQWKQMQVSDLHFKQPNGYIVSNPPYGQRLGDQKQAMKTAKQLGEIISNYPSWSVYIITAYDQFEAAFGKKATKKRKLFNGYIRTDYYQYFGQKERGYSDEIK				NA	NA	NA	NA	NA
AK148_03657	1497	ypwA	COG2317	Carboxypeptidase 1	ATGAAATTAAGTGATCAAAAACAGCAATTTAAAAATTATTTAAAAGAAATTGATTATTATCGAGAGGCACTTTCCCTTATACATTGGGATATGCGTACGAAAATTCCAACTAAAGGCGTTGAGCAGCGGTCAGAAGTGGCAGGTTTTTTGGGTGAAAAAATTCACCAATTGCAGACATCGAAGCAAATGGAAGCATATATTAAAGAACTTAAACCTAACACGGATGATTCTATTCTTTTAAGAACAATTGAAGTTTGTGAAGAAGAATATGAAAGGAATAAAAAAATCCCTCACAAGCTGTATAAAGATTTTATGATTACGCAGACTAAATCTGAAGCGATTTGGCAACAAGCTAAAGAGAATGATGATTTTCATCTATTTCGACCATACCTTAAAAAGTTAGTGGATTTCAACCGTGAATTCGCTTCTTATTGGGGATATGAAAACAATATTTATGATGCTTTGCTACACAAATTTGAGCCAGGTATCACAGTAAACGAACTAGATCATGTATTCCCTAAATTACGCAGTTCGTTACGCTCCACGTTAGAAAAAGTGCAAACAAGTGCTGTAAAGCCTGACCCTAGTATAATACAGGTTCATTTCCCTAAACAACAGCAAGTAGCTTTTACAGAGCAACTGCTTAAACAGATGGGCTATGACTTTACATCTGGACGTTTAGATGAGACTGTTCATCCATTTGCTATTCCATTAAATCAAAATGATGTAAGATTAACTACCCGTTATGACGAAAATGATTTCCGAATGGCTGTATTTGGAACGATTCATGAAGGGGGACACGGCTTATACGAGCAAAATATTGATCCTCGTTTAGCTCGAACACCATTAGCGACTGGAGCTTCTATGGGTATACATGAATCACAATCATTATTTTGGGAAAATTTTATTGCCAGAAGTTATCCATTTTGGGAAAAGAATTACGATTTATTCTTGCAGTATGCTCCACATTCATTTCAAAATGTAGATCTAGAGCAATTTTATCAAACAATCAACGAAGTGAAGCCATCTTTTATTCGAATTGAAGCAGATGAATTAACCTATCCGCTACATATTATGATTCGATATGAGTTAGAAAAAGCACTTATAAAAGAAGAAATCATAGTAGATGATTTACCCCATTTATGGAATGAAAAAATGAATGATTATTTAGGGATCACGCCGCCAACAGATAGAGAAGGTGTACTACAAGATATTCATTGGGCAGGCGGTGATTTCGGGTACTTCCCGTCTTACGCTTTAGGGTATATGTATGCAGCACAAATTTATCATACATTATCTAAAGACCTTCCTGTAGAGAGCCTTATACGAACTGGTGACCTTACTCCTATTAAAAGTTGGCTCGCCAAGTCGATTCACCAATATGGTAAATTAAAAGAACCGCTGGAAATTCTAACTGATGTAACGAACGAAACATTAAATCCTGATTATTTAGTTCAACATTTAGAGAAAAAATTCAAGGCGATTTATCATTTTTAA	MKLSDQKQQFKNYLKEIDYYREALSLIHWDMRTKIPTKGVEQRSEVAGFLGEKIHQLQTSKQMEAYIKELKPNTDDSILLRTIEVCEEEYERNKKIPHKLYKDFMITQTKSEAIWQQAKENDDFHLFRPYLKKLVDFNREFASYWGYENNIYDALLHKFEPGITVNELDHVFPKLRSSLRSTLEKVQTSAVKPDPSIIQVHFPKQQQVAFTEQLLKQMGYDFTSGRLDETVHPFAIPLNQNDVRLTTRYDENDFRMAVFGTIHEGGHGLYEQNIDPRLARTPLATGASMGIHESQSLFWENFIARSYPFWEKNYDLFLQYAPHSFQNVDLEQFYQTINEVKPSFIRIEADELTYPLHIMIRYELEKALIKEEIIVDDLPHLWNEKMNDYLGITPPTDREGVLQDIHWAGGDFGYFPSYALGYMYAAQIYHTLSKDLPVESLIRTGDLTPIKSWLAKSIHQYGKLKEPLEILTDVTNETLNPDYLVQHLEKKFKAIYHF				NA	NA	NA	NA	NA
AK148_03658	1086		COG3424	Alpha-pyrone synthesis polyketide synthase-like Pks11	ATGTCATATATTTGTTCGATTGGCCTGGGGATTCCAGAGTATCGTCTAAGTCAACAACGTATAAAAGAAATCGTTCAGGAAATTTTTCCTTTTTCCAAGCGAGAAATTAACCGGCTACTCCCTGTTTTTGATCATGCACAAGTGGACGAAAGGCAGTTTGTAGTGGAAGCTAATTGGTTTACAGAAAATCATTCCTTCCAAGAGCGCAACAATTTATTTATTGAACTTGCTAAAGCGTATGCGTTAAAAGCTATTGATGATTGTTTACATCAGACGGCGTTTTTATCCAATCCTATTGATTACGAAGATATTGATATGATTATCTTTGTGTCAAGTACTGGCGTAGCAACACCTTCATTAGATATACATGTAATGAATGAACGCCCATTTCGACAAGATGTAAAGCGCATGCCTTTATGGGGGTTAGGGTGCGCTGGAGGAGCTATTGGCTTAGCAAGAGCACACGATTGGTTGACAGCAAACCCAGATAAATCTGCATTAGTCATTTGTTGTGAATTATGTAGTTTAACGTTTCAAAAAGGGGATTTGAAAAAAAGTAACCTGATAGGAACTGCTTTATTTGGTGACGGTATAGGGGCCGCAGTTATTGTTGGAGAAACATCTCCATTAATTCAACATAATAAAAATAAAGTACCACGTTTGTTGCAATCCCATTCTTATACTAAAAAGGACAGCATTTCGGTAATGGGATGGCAAATTACCGATACAGGGTTTGAAGTGATTTTTTCCAAAAGCATTCCTGCGCTCGTGCAAAGTTTTTGGAGGGAGCATGTACAGTTATTTTTTACTCAACACCAATTAAACGAAAATGCTATTGCTACTTTTATTGCCCATCCAGGAGGCAAGAAAGTTATCGAAGCAATGCAACATGTGTTGCAAGCAAATGTTGATAAATTTCGGCACTCCATTTCTGTATTAAGAAAACACGGTAATATGTCATCAGCAACCGTTCTATATGTACTTTATTCATGGATGAAGGAAGCACGATATACAAATGAAAAAAGTGTGCTCTCTGCACTTGGCCCAGGGTTCAGTTCAGAATTAATTTTAATGGAGTGGATGTAG	MSYICSIGLGIPEYRLSQQRIKEIVQEIFPFSKREINRLLPVFDHAQVDERQFVVEANWFTENHSFQERNNLFIELAKAYALKAIDDCLHQTAFLSNPIDYEDIDMIIFVSSTGVATPSLDIHVMNERPFRQDVKRMPLWGLGCAGGAIGLARAHDWLTANPDKSALVICCELCSLTFQKGDLKKSNLIGTALFGDGIGAAVIVGETSPLIQHNKNKVPRLLQSHSYTKKDSISVMGWQITDTGFEVIFSKSIPALVQSFWREHVQLFFTQHQLNENAIATFIAHPGGKKVIEAMQHVLQANVDKFRHSISVLRKHGNMSSATVLYVLYSWMKEARYTNEKSVLSALGPGFSSELILMEWM	PGPT0011290_168	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	ANTIPROTOZOAN|ANTIPROTISTAL_ACTIVITY	ANTIPROTISTAL-ALKYLRESORCINOL|ALKYLPYRONE_BIOSYNTHESIS,PGPT0011290-bpsA|srsA|-K16167	NA	NA
AK148_03659	507			hypothetical protein	ATGCCAATTTTTATGTGGGTTATTTTGTCGGTGATTATAATACAGCGACTAGTCGAGCTGGTTATTGCACGTAGTAATGAGCAATGGATGAAACAAAGAGGAGCCATTGAAAAAGGGAAGCAACACTATAAATGGTTTATTATTATCCATACATTGTTTTTCCTGTCCCTCATTGCGGAAATTATTTTTCGTAATCAACAAAGCTTTTCCTTTAACTATGTTCTATTTACTGCTTTTATAATTACCCAATTTGGCCGTATTTGGTGTATTGCAACATTGGGTAGATTTTGGAACACCAAAATAATCATTGCACCGCAATTTGACGTTATTAAGCGAGGCCCATATAAATACGTAAAACATCCTAACTACATTATTGTTGGTATAGAATTGTTTGTCATTCCTTCACTGTTTGGTGCGTGGTTTACAGCGATAGTATTTCCAATTCTACATGCGTTATTATTATATGTCCGCATTCCCGTAGAAGAAAAAGCTGTTTATGGGCATTAG	MPIFMWVILSVIIIQRLVELVIARSNEQWMKQRGAIEKGKQHYKWFIIIHTLFFLSLIAEIIFRNQQSFSFNYVLFTAFIITQFGRIWCIATLGRFWNTKIIIAPQFDVIKRGPYKYVKHPNYIIVGIELFVIPSLFGAWFTAIVFPILHALLLYVRIPVEEKAVYGH	PGPT0011295_336	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	ANTIPROTOZOAN|ANTIPROTISTAL_ACTIVITY	ANTIPROTISTAL-ALKYLRESORCINOL|ALKYLPYRONE_BIOSYNTHESIS,PGPT0011295-bpsB|srsB-K16168	NA	NA
AK148_03660	675			queuosine precursor transporter	GTGACAAACGAAATAATTTGGATTATCTTCGCTATCGTAAATTTTTCCATGCTATTATTGTTTTATCGTCTGTTTGGAAAAACAGGTCTTTATGTTTGGATTGGAATGGCTACAATTATTGCAAACATCCAAGTTTTAAAGACTGTCGAGCTTTTTGGGCTGACTGCTACACTTGGTAACATTCTATATGGGACAGCTTATTTAGCAACAGATATTATTAACGAAAAGCATGGAAAAGATGAAGCGAAAAAAGCGGTTTGGATGGGGTTTGCTACGCTATTAGCGATGACCATCTTTATGCAAATAGCCCTGACGTTTCAACCTGGTGCAGACGACATCGCTCATGAATCATTAACAACTATATTTGATTTAATTCCTAGGGTGGTTGCTGGAAGTCTAGCAGCTTATATCATCAGCCAGTCATTCGACGTTTGGATTTATGATAAATTTAGGAAGATGTTTCCTGCTGACAAGCATCTATGGATCCGTAACAATGGAAGTACAGGTGTTAGCCAATTATTGGACACGGTCGTATTTTGCAGTATCGCTTTTTATGGAAGCTATCCAACAGAAATATTTTTTGAAATTTTCATTACTACTTATGTCATTAAGTTTATTGTAGCCATTATGGATACGCCATTTATGTATATAGCTAAAAAAATGAATCATGTTTAA	MTNEIIWIIFAIVNFSMLLLFYRLFGKTGLYVWIGMATIIANIQVLKTVELFGLTATLGNILYGTAYLATDIINEKHGKDEAKKAVWMGFATLLAMTIFMQIALTFQPGADDIAHESLTTIFDLIPRVVAGSLAAYIISQSFDVWIYDKFRKMFPADKHLWIRNNGSTGVSQLLDTVVFCSIAFYGSYPTEIFFEIFITTYVIKFIVAIMDTPFMYIAKKMNHV				NA	NA	NA	NA	NA
AK148_03661	1737	dauA	COG0659	C4-dicarboxylic acid transporter DauA	TTGTTTACAGACAATCGTTTCAACAGTTTTTCATTAGCCGATATAAAGCGTGACATGATTGCAGGTTTAACAGTAGGGATTGTGGCTATTCCACTTGGGATGGCGTTTGCTATTGCCTCTGGTGTTAAGCCTGAGTACGGTTTATATACAACCATTTTTGCAGGTCTTCTTGTAGCTTTGTTTGGGGGTTCCAGATTTCAAATTGCTGGTCCAACGGGAGCATTTATTCCGATATTACTGGCTATTGTATTAGAGTATGGATATGAAAAATTATTGGTAGCCGGGTTTTTATCAGGATTTATACTCTTGTTGATGGGGATATTTAAATTTGGGAAATTGATTCAATTCATTCCTAGATCAGTAACTATCGGATTTACATCAGGAATTGCTGTTATTATATTTAGCGGTCAAATTGGTAATTTTCTTGGTCTTGAAGAACTTGAGAAAAAGCAATATTTTCATGAAAATATGATGCAAATTATAGAGAATATATCTTTTATTAATTGGTATAGCGTTTGTACAGCACTAATAGGTCTATTCGTTATCATCTTTATCCCAAAGGTGCTTCCAAAGGTTCCTATTCTACTTGTTGCATTGATTTTACCAACAGCTGTCGCCATGCTGTTATATCCTTCTGAAGTGGCAACCATCGGTACATCCTTTGGTGGTATTCCTCAATCTTTACCTAGTTTTCGAATGCCAGAAGTAACTTGGGGAACTATTGCTGAGCTTTGGCAACCTGCTTTTGTAATTGCAATGCTTGGAGGAATAGAATCATTATTATCCGCTGTCGTATCCGATGGAATGACAGGGACAAAGCATAACTCCAATCGAGAATTAGTTGGGCAAGGGATTGCTAATATGGTTACACCCATGTTTGGTGGAATCCCTGCTACAGGTGCTATAGCGAGAACAGCTACGAATATTAAGAGTGGAGCAATTAGCCCTTTCTCAGGTATATTTCAAAGTGTTTTTGTTTTATTGATTCTATTGTTATTTGCACCATTTGCATCGAATATACCTCTAGCAAGTATGGCTCCTATTTTAATGATTGTCGCCTATAATATGAGCGAATATAAATCGTTTATTCATATACTAAAATTAAAAACAGGCGATTCACTTGTACTAGTAGTCACTTTTTTATTGACTGTATTCGTTAATCTTACAACAGCTGTACAAATTGGTCTATTACTTGCAATGGTTTCGTTCATAAAGCGGATGAGTGAAGTGTTACAAGTAGAAAAAGTTATTCCTGATAAAATCAAAGACACCATACATGGTAATCATTTGGACACGTTAAGCTCCACTTGTCCCAAGCTTTCATTTTATACTGTTGGCGGAGCGCTATTTTTTGGAGCTGCAGACAAATTCGAGTCTATTATTACAAGGTCCATTAACCAGCGTCCAAAGGTATTAATTTTAAAAATGAAGCATGTTTCTATTTTAGATGCTACAGGCGCAGCTAATTTAGACTCTCTAGTTACTGATTTTAAAAATATGGGTGGAATAATTATTATCTCAGAAGCAAATTCAGATGTAATGGCTATGCTAAAGGCAAGTGGTCTTTTGTATAAAATTGGAGGACATCATATCTTTCGTCGTTCAGAAGAAGCAGTTAATTATGGACTGCAACTCATTGAAGTTAGCAAGTGTTCTGTATGCTCTAAAGAAAATAGAACCTCATGTAAAGCTTTTAAACAAAATAACAATGTATCTCTTTCATCATCAGATCAATAA	MFTDNRFNSFSLADIKRDMIAGLTVGIVAIPLGMAFAIASGVKPEYGLYTTIFAGLLVALFGGSRFQIAGPTGAFIPILLAIVLEYGYEKLLVAGFLSGFILLLMGIFKFGKLIQFIPRSVTIGFTSGIAVIIFSGQIGNFLGLEELEKKQYFHENMMQIIENISFINWYSVCTALIGLFVIIFIPKVLPKVPILLVALILPTAVAMLLYPSEVATIGTSFGGIPQSLPSFRMPEVTWGTIAELWQPAFVIAMLGGIESLLSAVVSDGMTGTKHNSNRELVGQGIANMVTPMFGGIPATGAIARTATNIKSGAISPFSGIFQSVFVLLILLLFAPFASNIPLASMAPILMIVAYNMSEYKSFIHILKLKTGDSLVLVVTFLLTVFVNLTTAVQIGLLLAMVSFIKRMSEVLQVEKVIPDKIKDTIHGNHLDTLSSTCPKLSFYTVGGALFFGAADKFESIITRSINQRPKVLILKMKHVSILDATGAANLDSLVTDFKNMGGIIIISEANSDVMAMLKASGLLYKIGGHHIFRRSEEAVNYGLQLIEVSKCSVCSKENRTSCKAFKQNNNVSLSSSDQ	PGPT0003020_1260	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003020-TC_SULP-K03321	NA	NA
AK148_03662	201	cspB		Cold shock protein CspB	ATGGAAAACGGAGTAGTAAAATGGTTTAACGCTGAAAAAGGATATGGATTTATTCAGCAAGAAGAAGGAAACGATGTCTTTGTACATTACTCAGCAATTCAAGAAGAAGGTTTTAAAACACTTGAAGAAGGCCAAGAAGTTTCTTTTGATATCGTTGAAGGTGAACGCGGACCACAAGCAGCTAATGTTGTAAAAAAATAA	MENGVVKWFNAEKGYGFIQQEEGNDVFVHYSAIQEEGFKTLEEGQEVSFDIVEGERGPQAANVVKK	PGPT0014675_8499	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	LOW_TEMPERATURE_TOLERANCE	COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704	NA	NA
AK148_03663	1671	fhs		Formate--tetrahydrofolate ligase	ATGAATAAGGATATTGAAATTGCCCAACAAACACCGTTAGAGCCAATACATAACATTGCAGAGCAACTTCAACTAACTTCAGAGGATTGGGAACCATATGGACATTCAAAAGCTAAGCTGTCAGCAACCTTATTTGAGAAATTGAAACAAAAGAAAAGTGGAAAGATTATTTTAGTCACATCAATTAATCCAACACCCGCAGGAGAAGGGAAATCAACAGTTACGGTTGGACTTGGACAAGCATTAAACCAAATGGGAAAGAATGCCATTATTGCACTTCGCGAGCCTTCGCTAGGTCCAGTAATGGGAATTAAAGGTGGGGCAGCAGGAGGGGGTTATTCCCAAGTTTTACCGATGGAAGATATTAATTTGCATTTTACTGGGGATATTCATGCTATAACTACAGCAAATAACGCTTTAGCTGCATTGATTGACAATCATATTCATCAAGGCAATGAATTACAAATTGACCCAAGAAAGATTGAATGGAAACGAGTAGTAGATATGAATGATCGCGCTCTAAGGCAGATCGTTGTTGGGCTAGGTGGAGCAAACCAAGGAGTTCCTCGAGAAGATGGTTTCAATATTACTGTAGCATCTGAAATTATGGCTATACTTTGCTTAGCCACCGATGTACAAGATTTAAAAGAAAGGCTTCGTTCCATCGTTATCGGCTATACATTCGATCATCATCCTATCACAGTTAGCGATTTGAAAGTAGAAGGCGCATTAACCCTGTTATTAAAAGACGCAATAAAACCAAACCTTGTACAAACAACAGAAAACACACCTGCTATTATTCATGGAGGTCCATTCGCTAATATCGCTCATGGCTGTAATAGCATTATTGCGACAAAAATGGCAGCTAAGTTGGCAGATTATACAGTAACAGAAGCTGGGTTTGGAGCGGATTTAGGAGCTGAAAAGTATTTTCATATTAAATCTCATGCAGGTAATATTGATACCTCAGCTGTTGTTATCGTCGCTACTGTACGTGCGCTAAAAATGCACGGCGGCGTTACAAAAGATAGGTTGATGGAGGAAAACATCACAGCTTTAGAGGCTGGCATGGATAATTTACAAAAACATATTGAAACCATTCAGGCTTTTAACGTACCTTTTGTTGTGGCAATTAATCAATTTCCAACCGATACAAAGCAGGAAACATCCTTTATTCAGCAATGGTGTCAAGCGCGAGGTTATGATGTTGCGTTAACTACCGTATGGGCTCATGGGGGAAAAGGAGGAATAGAGTTAGCTGAAAAAGTAATCGCTAAAACAAATAATTTTCCTTCTTCTTTTCAACCTTTATATGACATAAACGAGTCCTTGGAAAACAAGTTAAGAATAGTAGCTCAGAAAGTATATGGGGCAGATGATATTGAAATGACAAAAGAGGCTCGTAAACAATTACGTTTTTTCCAAGAACAAGGTTGGGGGAATTTGCCTGTTTGTATGGCTAAAACCCAATATTCATTATCAGATGACCCAACGTTATTAGGAAGACCAACAGGGTTTACTATTACAATTAGAGAGCTTCGAGCATCTATTGGGGCCGGATTTATTGTCGCTTTAACTGGTGACGTAATGACAATGCCAGGGCTTCCTGCCAAACCGGCTGCTTTACAAATGGATGTAGGAGAAGATGGACGAGCAAAAGGATTATTCTAA	MNKDIEIAQQTPLEPIHNIAEQLQLTSEDWEPYGHSKAKLSATLFEKLKQKKSGKIILVTSINPTPAGEGKSTVTVGLGQALNQMGKNAIIALREPSLGPVMGIKGGAAGGGYSQVLPMEDINLHFTGDIHAITTANNALAALIDNHIHQGNELQIDPRKIEWKRVVDMNDRALRQIVVGLGGANQGVPREDGFNITVASEIMAILCLATDVQDLKERLRSIVIGYTFDHHPITVSDLKVEGALTLLLKDAIKPNLVQTTENTPAIIHGGPFANIAHGCNSIIATKMAAKLADYTVTEAGFGADLGAEKYFHIKSHAGNIDTSAVVIVATVRALKMHGGVTKDRLMEENITALEAGMDNLQKHIETIQAFNVPFVVAINQFPTDTKQETSFIQQWCQARGYDVALTTVWAHGGKGGIELAEKVIAKTNNFPSSFQPLYDINESLENKLRIVAQKVYGADDIEMTKEARKQLRFFQEQGWGNLPVCMAKTQYSLSDDPTLLGRPTGFTITIRELRASIGAGFIVALTGDVMTMPGLPAKPAALQMDVGEDGRAKGLF	PGPT0008065_1381	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008065-fhs-K01938	NA	NA
AK148_03664	621	yedJ	COG1418	putative protein YedJ	ATGCAAACAGCAGAACAACTATCTGAGATAGAGTATTTTGTATACAGGTTATTTTCTAATGACATTACCGGTCACGATTATTATCATATGAGGCGAGTGGCTCGTTTGGCAAAATATATAGCGGAAAAAGAAGGCGCTAACCCGTTTATTTGTGAAACAGCTGCTTGGCTGCATGACGTTGGGGATGAAAAATTGTTTATAGATCCTCGTGTTGTCATTCAAGAAATGGAAGATTTGCTTGATCGCCTTTCTTTAACAAAACAACAAATAAAGAAAATAAAGCAAGCAATGCAAGATGTTTCTTTTCGTAAAGGGAAAACACCTGTAAACCTAGAGGGGAAAATCGTTCAAGATGCTGATCGGTTGGATGCTATTGGGGCAATTGGCATCGCTCGTGCTTTTAGCTATGGTGGGGCAAAAGAACGCCATCTTTATCATGAGGAATTAGACAATCATACAATCCAACATTTTTACGAAAAGCTATTACGTATTCCAGATAAGTTGCACACAGCATCCGCTAAAACCATTGCAAAAGAACGACATCACATCATGCAGCAATTTCTAGAACAGTTTTATCAGGATTGGAATTTCCCTGATATAGAAAATAGGGGTGAAAAATGA	MQTAEQLSEIEYFVYRLFSNDITGHDYYHMRRVARLAKYIAEKEGANPFICETAAWLHDVGDEKLFIDPRVVIQEMEDLLDRLSLTKQQIKKIKQAMQDVSFRKGKTPVNLEGKIVQDADRLDAIGAIGIARAFSYGGAKERHLYHEELDNHTIQHFYEKLLRIPDKLHTASAKTIAKERHHIMQQFLEQFYQDWNFPDIENRGEK				NA	NA	NA	NA	NA
AK148_03665	522			hypothetical protein	ATGAATATTCGTTTAACTAGATTAAAAGCTAGTGATGCAGAAGCTTTACTAGTGTTTGAAGCGGAAAATCGTTACTTCTTTGAGACAATGGTGCCCAGCCGTGGGGATGCGTACTATATGTCTGAAAATTTCCAAACAAGACATAAACAACTATTAAAGGAACAAAGCCGAGGAATTTCACATTTTTATTTAATAAAAGACGATCATGATTCCATATTAGGTAGAATTAATGTGGTTGATTTAAATAAACAACGCCGAGGAAAGCTAGGCTACCGAATTGGCAAGATGTATACTGGAAAAGGATTAGCAACAAAAGGTTTGCAGCTTTTCATGAAAGAAGTAATAAAATTGGACATAAGAAAGATACACGCGAAAACAACCAGTAATAATTTCCCATCTCAAAGGGTGTTACAGAAAAACGGCTTTCATTACGAAAAAACAGATACGGATTCATTTAATATGAATGGTGAGGAAGTAAAGTTTGTGTACTATTCATGGGAGAATGGTAGAGAATTAGTATGA	MNIRLTRLKASDAEALLVFEAENRYFFETMVPSRGDAYYMSENFQTRHKQLLKEQSRGISHFYLIKDDHDSILGRINVVDLNKQRRGKLGYRIGKMYTGKGLATKGLQLFMKEVIKLDIRKIHAKTTSNNFPSQRVLQKNGFHYEKTDTDSFNMNGEEVKFVYYSWENGRELV				NA	NA	NA	NA	NA
AK148_03666	1008			hypothetical protein	ATGAATAGAAATGTGGAAAAAATCATGAAAACATCTTTACTCTATGGCTTTGTAATGACGCAGCCTTTTGTAAATTATGTCGACGCATATCCTGAATTGCAAAATAAAATCTTATTTAAATCAAATCAGTTAGAAATTGATGAGCACGGTAAGAGTGTTCGTTTGTTACAAAAAAAATTACATACATTATCGTATTTTGACCAACCAGTTGATGGAATGTTTGGATATTATACGAAGCATGCGATTAAAAATTTTCAAGCAGATCATAAGCTATCTATAAACGGAAATGCAAATAAAGAGACATTAACAGCTATCGTAAAAAATGAGCAAAAACAATATAAACAACAGTTAAAAACTTTTGCTAAAGAAATTCAGCCTGGTATGCATAACGAAAAAGTGAAACTTGTACAAAAATCCTTACAATATTTCGGGTACTATGAAGGTAAATTAGATGGCATATATGGCCCGCTAACCAAGCAAGCGTTAGAAGTTGCTGAAAATAAGCATGACTTGAAATTGATAATAGACCCTCCACCTACACCAACAGAAAAACAACCAACATTACCTGCTACCAATAAAGAAACAAATACGGAACGAAAAGAAAAAACAAAACAAAAGGCTGTTCAAAAGGCTACTTATACAGGTATTAATGGTTCAGGTATTGTAGAAAAAGCCCAATCCCAAATGGGAACACCTTATGTTTGGGGTGGAACATCTCCAGGTGGATTTGATTGCAGTGGTTTTATTCAGTATGTTTTTCAACAAGAAGGTATCACCATTCCACGTACAGTTAGTGAAATCTATAATTTTTCACAACCAATATCTGAGCCATCTGTTGGAGATCTCGTTTTTTTTGAAACTTATAAGCCTGGCCCCTCTCATATGGGGATCTACGTCGGTAATGGTAGCTTTATTCATGCAGGAGAATCGAGAGGTGTTGAAGTAAGCAAAATGAATAATTCTTATTGGCAAGAACGGTATTTAGGTGCTACACGTGTAAAACAATGA	MNRNVEKIMKTSLLYGFVMTQPFVNYVDAYPELQNKILFKSNQLEIDEHGKSVRLLQKKLHTLSYFDQPVDGMFGYYTKHAIKNFQADHKLSINGNANKETLTAIVKNEQKQYKQQLKTFAKEIQPGMHNEKVKLVQKSLQYFGYYEGKLDGIYGPLTKQALEVAENKHDLKLIIDPPPTPTEKQPTLPATNKETNTERKEKTKQKAVQKATYTGINGSGIVEKAQSQMGTPYVWGGTSPGGFDCSGFIQYVFQQEGITIPRTVSEIYNFSQPISEPSVGDLVFFETYKPGPSHMGIYVGNGSFIHAGESRGVEVSKMNNSYWQERYLGATRVKQ	PGPT0024005_188	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
AK148_03667	957	thyA_2	COG0207	Thymidylate synthase	ATGATTATTGGTGAAGAAGCTTATCTAAACCTATGCCAACATATTTTGGCGAATGGCACGAAAAAAGGGGACAGAACCAATACAGGAACCTATTCTGTATTTGGTCATCAAATGCGCTTTAATTTAGAGGAAGGATTTCCTTTACTAACGACAAAACGGGTTCCTTTTCGCTTAGTGGCTAGTGAACTTCTGTGGTTTATTAAGGGAGATACTAATATTCGTTACCTGTTAGAGCATAATAACAATATATGGAACGAATGGGCTTTTGAGAAATGGGTTACTAGCAGTAATTATTCTGGTCCTGATATGAGTAATTTCGGTAATCGTTCTCAGGAAGATACTAATTTCAAAAAACAATATCAAGAGCAGATGGGAATTTTTAAAGATAAAATTTTAACCGACAATGCTTTTGCGAAGAAATATGGAGATTTAGGAAATGTGTACGGCAAACAATGGCGTAAGTGGAAAACATCGCAAAATGAAACCATTGACCAGTTAAAAGATGTGATAGATAATATTAAAGACAATCCAAACTCCAGAAGACATATTGTCTCTGCTTGGAATCCGGAAGATTTACCATCCATGGCGCTTCCGCCATGTCATACGTTGTTTCAATTTTATGTAGCGGATGGTAAACTTTCGTGTCAATTGTATCAACGAAGTGCCGATGTATTCTTAGGAGTTCCGTTTAATATTGCTAGTTATGCGTTACTAACCTATCTAATTGCACATCAATGTAATTTAAAACCAGGGGAGTTTGTGCATACACTTGGAGATGCGCATATTTACCTAAACCATGTGGAGCAAGTAAAAACACAACTGGCGCGAGATATAAAGCAAATGCCACAGCTTGAAATTAATCAACAAAAAACATCTATTTTTGATTTTGAATTAGATGACTTTAAAATTGTTGGATATGATCCTCACCCTACAATTAAAGCGCCTATCGCTGTATAA	MIIGEEAYLNLCQHILANGTKKGDRTNTGTYSVFGHQMRFNLEEGFPLLTTKRVPFRLVASELLWFIKGDTNIRYLLEHNNNIWNEWAFEKWVTSSNYSGPDMSNFGNRSQEDTNFKKQYQEQMGIFKDKILTDNAFAKKYGDLGNVYGKQWRKWKTSQNETIDQLKDVIDNIKDNPNSRRHIVSAWNPEDLPSMALPPCHTLFQFYVADGKLSCQLYQRSADVFLGVPFNIASYALLTYLIAHQCNLKPGEFVHTLGDAHIYLNHVEQVKTQLARDIKQMPQLEINQQKTSIFDFELDDFKIVGYDPHPTIKAPIAV	PGPT0008145_634	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0008145-thyA-K00560	NA	NA
AK148_03668	489			IS1595 family transposase ISSsu9	ATGATATCATTACTTTTAGCGATGGATAAAAACCGTGTAATTGGTGTAAACAATGGCCTTCCTTGGCATTTGCCTAAGGATTTACGTTTTTTTAAAGAAAAAACGATAAATCAAACAGTTATTATGGGTAGGAAAACATATGAATCAATAGGAAAGCCACTTCCTAACCGTAGAAATGTAATATTGACCAAAACGAAGCGAGACTTTCCAAAAGATATTGAAGTTATCCATAATTTACAAACTGTTTTACAGTGGAATGAAAAGCATCCAGAACAAGAATATTTCATTATTGGTGGCGCACATGTTTTTGAACAAATATTACCGAATGCAGATCGTATGTATATTACGTGGATAGATCATTCCTTTAAAGGTGATACATATTTTCCTTCTTTTTCTGAACAAAATTGGAAGTTAACTTCCAAGGTAAAAGGAGAAAAAGACGATAAAAATCCTTATGAATACTATTTCTTACAATATGATAGAAAATAA	MISLLLAMDKNRVIGVNNGLPWHLPKDLRFFKEKTINQTVIMGRKTYESIGKPLPNRRNVILTKTKRDFPKDIEVIHNLQTVLQWNEKHPEQEYFIIGGAHVFEQILPNADRMYITWIDHSFKGDTYFPSFSEQNWKLTSKVKGEKDDKNPYEYYFLQYDRK	PGPT0007945_3178	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007945-folA-K00287	NA	NA
AK148_03669	207	tatAd_4		Sec-independent protein translocase protein TatAd	ATGTTATCTAACATCGGTTTCCCTGGACTTATTTTAATATTGGTCATTGCTTTAGTTATTTTTGGGCCAAAAAAATTACCTGAGATCGGTAAAGCAGCTGGACAAACCTTAAAAGAGTTTAAAAACTCGACCAATGACTTAACGAGTGATGTGAGAGATGAGTTTAAAGAGACAAAAGAATTAATTACAAATAATAACGATCGGTAA	MLSNIGFPGLILILVIALVIFGPKKLPEIGKAAGQTLKEFKNSTNDLTSDVRDEFKETKELITNNNDR	PGPT0029290_3912	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
AK148_03670	198	tatAd_5		Sec-independent protein translocase protein TatAd	ATGTTTCAAAGTATAGGTATTCCAGGGCTTATTCTAATTTTAATTATTGCATTAGTAATTTTTGGGCCATCGAAGCTACCTGAAATTGGTAAAGCATTCGGAAACTCATTAAAAGAGTTTAAAAATGCGACAAAAGATATTGCTTCAGACGATAACGCATCAGATAAGAAGGAAAACCCTACATCAAGTAAAAACTAA	MFQSIGIPGLILILIIALVIFGPSKLPEIGKAFGNSLKEFKNATKDIASDDNASDKKENPTSSKN	PGPT0029290_4334	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
AK148_03671	762	tatC1_2	COG0805	Sec-independent protein translocase protein TatCd	ATGATGTCTGACAATCAATCAACAGAAGAAAAAGAAATGAATTTAACAGGCCATCTCTCTGAGTTAAGAAATCGAATTATTGTAACGGCAGTTTTTTTTATTTTGTTTTTTATCGTTGGTTTTGTTTTCGCAACGGATATATATGATTTTTTCCAGCAAGATTTATCTTTTAAACTTACTGTTATTAGTCCTGGTGAAATTATCTGGATCTATTTTACTTTAGCATCTGTGGTTGCTATTGCATTTACATTACCCATTCTAATTTTGCAAATATGGTTATTTGTAAAGCCGGGATTAACAAAAGGGGAACAAAAAGCAACAATCGCTTATATACCAGCTGTGTTTATCTTGTTTATCGGTGGGCTAGTTTTTGGCTATTTTATGTTTATTAAACTTATTCTACCATTTTTGCTTTCACTAAATGACGGTATGTTTAATGAAATGTTTACAGTAGATAAATATTTTCGCTTTTTATTGCGAATAACGCTTCCATTTGCTGTGTTGTTTGAAATTCCAGTAATCGCTATGTTTTTAACAGCATTGGGCATTTTAACGCCACAATTTATGAGAAAAACGAGAAAATATGCCTATTTTATTCTGATTATTATTGGCACTATCGTTACACCACCAGATTTCGTTTTACAACTTGTTGTTGCTGTCCCATTAATTCTACTTTATGAACTAAGCATTAATTTAGCTGCCATCGTCTATCGAAAAAAGCAACGAAAACACGAAGCATTTATGAACGACGCTGATTTATAG	MMSDNQSTEEKEMNLTGHLSELRNRIIVTAVFFILFFIVGFVFATDIYDFFQQDLSFKLTVISPGEIIWIYFTLASVVAIAFTLPILILQIWLFVKPGLTKGEQKATIAYIPAVFILFIGGLVFGYFMFIKLILPFLLSLNDGMFNEMFTVDKYFRFLLRITLPFAVLFEIPVIAMFLTALGILTPQFMRKTRKYAYFILIIIGTIVTPPDFVLQLVVAVPLILLYELSINLAAIVYRKKQRKHEAFMNDADL	PGPT0029295_3389	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
AK148_03672	216			hypothetical protein	TTGCGCTCCTTTTATCATTATTTAATGACTTACAGAGGAAAAAAACAACCAGATGATCCATCACGTTTAGCAGATTGGGCATTCCAAGATCATCATTTCCCTAAACACGCTACAAGCTACAATGAAATAAGCAATTACTTGGAATGGAATAGTCCTTTTCCAACAGCTTTAACGGTTTTTGATGAATTGTGGGAAGCATACATTCTGGATAATTAA	MRSFYHYLMTYRGKKQPDDPSRLADWAFQDHHFPKHATSYNEISNYLEWNSPFPTALTVFDELWEAYILDN				NA	NA	NA	NA	NA
AK148_03673	321			hypothetical protein	ATGGAAAATAACACAGAAATGATGAAGGGGGTGCTCGAGGGTTGTGTGCTGGAGATTATCAGCCGCGGTGAAACTTACAGCTATGAAATCACGCAAAAACTGCGAGAACTTGGCTTCACAAATATTGTTGAAGGCACAGTTTACACGATTACTATGCGACTCGAGAAACAATACCTGGTTGACATTGTTAGAAAGAAATCGACGGTCGGACCACCAAGGAAATTTTACACGCTAAACGCAGCAGGTCAAGAGCACCTTGAAACTTTTTGGAAAAAATGGGACTTCATTTCAAGCAAAATGAACGAACTGAAAACTAAATAA	MENNTEMMKGVLEGCVLEIISRGETYSYEITQKLRELGFTNIVEGTVYTITMRLEKQYLVDIVRKKSTVGPPRKFYTLNAAGQEHLETFWKKWDFISSKMNELKTK				NA	NA	NA	NA	NA
AK148_03674	339			hypothetical protein	ATGAGTTATATTGAAAAAATAATCGGTAGCTTGGATGACAAACGGGAATGGAAGGCTATGGAGGGGCGTGCGAAGACACTTTCAAAAGAGTACCTTAGTGCTTACAAAGCTATTCAAAAATACATGTGGACTGCTAGTGGAATTACTGACTGGAAGGACACTGTTCGTATTTTTGATACCATTCTCGATCTCTTTGAAGAAGGTGCATCGGATGGCAAGAAGGTCGCTGACCTTACAGGTGAGAACGTGGCCACATTTTGTGACGAACTAGTGAAGGACTCGAAAACTTGGAAAGACAAACACCGAGAGAAATTAAATGTTACGATTAGGCGTGACTAA	MSYIEKIIGSLDDKREWKAMEGRAKTLSKEYLSAYKAIQKYMWTASGITDWKDTVRIFDTILDLFEEGASDGKKVADLTGENVATFCDELVKDSKTWKDKHREKLNVTIRRD				NA	NA	NA	NA	NA
AK148_03675	573	yxaF		putative HTH-type transcriptional regulator YxaF	TTGAAATCTAAAAAAACGAATGCAAGAGAGAAATTGATTCAAACAGCTTCTCGCCTTTTTCAATTACAAGGTTATCACGGAACTGGAGTTAAGCAGATTGTAGAAGAAAGTCAGTCCCCTAAAGGTTCCTTATATTATTATTTTCCAGGTGGAAAAGAGCAATTGGCAATCGAATCTGTTTATGCAACGGCGAAATTCATACGTACCAATATTCAAGAAATTTTGAATAAAGAAGACGATCCAATAAAAGCAATTCAATCATTCATTTATAAAATAGCTGAATTCTTTCAGAAACAATTCAGGCTTGAAGGAATTCCTATTGCATCTGTAGCCCTGGAGACTTCTTTAATTAGTGAGCCTTTGAGAAAAGCGTGCCAAGAAGCATATATAAGCTTTCAACACCTATTTACTGAAAAATTGATACAAGCAAAAGTAGCACAAAATAGGGCACATGAATTAGGAATTGTTATTAATTCAATGATTGAAGGAGCTTTTTTACTATCCTTTACAATGGATAGTAAGGAACCATTATTGTTAGTAGCTGAACAAATTCCATTACTTTTGCAGCAATGA	MKSKKTNAREKLIQTASRLFQLQGYHGTGVKQIVEESQSPKGSLYYYFPGGKEQLAIESVYATAKFIRTNIQEILNKEDDPIKAIQSFIYKIAEFFQKQFRLEGIPIASVALETSLISEPLRKACQEAYISFQHLFTEKLIQAKVAQNRAHELGIVINSMIEGAFLLSFTMDSKEPLLLVAEQIPLLLQQ				NA	NA	NA	NA	NA
AK148_03676	855	azoB		NAD(P)H azoreductase	ATGAAAGTTTTAGTAACAGGAGCTTCTGGTAATGTAGGAAAATATGTGGTTCATGAACTTCTTCAAATGGGAGAGCATGTTGTGGCTGCTGGAACCAATTTAGAAAAGCTTAACCATTTGTTTGGAGGAGATATTGAAAAAGTAATTTTAGATTTTCAAGATTTGAAGACGTATCAACACGCACTTTACGGTGTAAATCGCGTGTTTTTAATGCGTCCACCACATCTAGGTAAAGCAGATGACTTGTTTCCATTCATCGATGCAATGAAACATTATGATATTGAATTTGTATCTTTTTTATCGCTTATGGGAATTGAAAAAAACACCTTCCCACCACATTATAAAATTGAGAAATATATAGAGTCAGTAGGTATACCATATGGACATATTCGCCCTGGGTTCTTTATGCAGAATATTTCAGGTATTCACGCAGCTGAAATAAAAGAAAAAAAGCAAATTTTTATACCGGCAGGAAAAAGCAAGACAAGTTTTATTGATGCAGAAGATATCGGCCTTTCTATAGCAACTATTTTGCACGATGCTGGTAAGTATGAGAATACAGCTCATACCATTACCGGCCCAGAAGCACTTGATTATTACCAAATAGCCGAGATTCTTACAAAGGTTACTGGAAGCAAAATCACTTATGCAAAACCAGGTTTTTTACGATACAGAAATTATTATGTAAAAAAAAGAGGGCTGAATAAATCTTATGTAAATGTTACAGTTGCTCTATATTCCATGACTCGATTAGGTACAGCAAAACATATCACCACCGATTTTACCAAATTAACTGGGAAACAACCGTGTACGTTTGAAGATTTTGCAAAAAAACATATCGAGTGCTTTAAATAA	MKVLVTGASGNVGKYVVHELLQMGEHVVAAGTNLEKLNHLFGGDIEKVILDFQDLKTYQHALYGVNRVFLMRPPHLGKADDLFPFIDAMKHYDIEFVSFLSLMGIEKNTFPPHYKIEKYIESVGIPYGHIRPGFFMQNISGIHAAEIKEKKQIFIPAGKSKTSFIDAEDIGLSIATILHDAGKYENTAHTITGPEALDYYQIAEILTKVTGSKITYAKPGFLRYRNYYVKKRGLNKSYVNVTVALYSMTRLGTAKHITTDFTKLTGKQPCTFEDFAKKHIECFK				NA	NA	NA	NA	NA
AK148_03677	561			hypothetical protein	ATGATTTTTCCGCCAAATCGAACGGCTAATTTCCCATTTCATATGCAACGCGGACCTATGCCCCCGAATATACGAGCTTTTAATCCTCAACAAGGTTTTCCTCGCGCACCAATTCCATCTGGACCTTTATCTGGCGGTTCTCTGCCAGGAGGGCAATCATTATCTAAAGGAGGGAAATTGCAAAATTTATTGAGTCTCTTTCAGCCTCAAGCCGGTGCAGGAGTAAATAGCGTTGGTAGTGGATTTCTAAGCAAAGGAGTTGGTGGCTTAAGTGGCGCATTGGATAATGTTCAGCAAGTACTAAATGTTGTACAAAACGCAGCTCCTATTGTGCAAGAATACGGACCAATGGTAAAGAATCTGCCTAGAATGTATCGGATGATGAAAGCATTTAATTCACTAAATGATGAAGATATAGAAGATAAAGAGAAAAACAATACGGAAGCAATATCTAATGATGATTTATTAAATACAAGTACGGTTCAAGCAGAATATTCAACAGGGAAGCAAGAAGAGAATAATAAACAAATTGGAAAGTCTGTACCAAAGTTATTTATTTAA	MIFPPNRTANFPFHMQRGPMPPNIRAFNPQQGFPRAPIPSGPLSGGSLPGGQSLSKGGKLQNLLSLFQPQAGAGVNSVGSGFLSKGVGGLSGALDNVQQVLNVVQNAAPIVQEYGPMVKNLPRMYRMMKAFNSLNDEDIEDKEKNNTEAISNDDLLNTSTVQAEYSTGKQEENNKQIGKSVPKLFI				NA	NA	NA	NA	NA
AK148_03678	969	msrAB	COG0225	Peptide methionine sulfoxide reductase MsrA/MsrB	ATGATGAATGCTACAGCAAAAGAGTATGCAACCTTTGCTGGAGGGTGTTTTTGGTGTATGGTAGAGCCGTTTGATCAGCGTCCTGGAATTATCCGAATTACATCTGGATATACAGGAGGATCTGTGGAAAACCCAACGTATGAAGAGGTATGTTCTAATACAACAGGGCATGTCGAGGCAGTTCAAATTGAATTTAATCCCAATATTATGAGCTATAAAAAGTTATTAGATACATTTTGGAAACAGATCGATCCAACAGACCCACATGGTCAATTTAATGATCGTGGTGAGTCTTATACAACTGCAATATTCTATCATACAGATCAGCAAAAACGAGAAGCAGAAGCTTCCAAAAAGGAACTGGAAGCTAGTAGAAAATTTGCTAAACCAATTGTAACTAAAATTGTCCCTGCCAAAACCTTTTATCCTGCAGAAAAACACCATCAAGATTATTATAAAAAGCAAGGCTTTCATTATCGTCTATACAAAAAAGGGTCAGGTAGGGAAAATTTTATTAAGAAGCATTGGAAAAACACATACGATCAAAATGAACTGAAACAAAAGCTTACACCGATACAATATCATGTGACCCAAGAAAATGGTACAGAACCGCCATTTCAAAATGAATATTGGGATAAACAAGAAGAAGGGATTTATGTAGATATCGTCTCTGGTGAGGCATTATTCTCATCTAAAGATAAGTATGATGCTGGTTGTGGTTGGCCAAGTTTCACTAAACCTATAGACCGTTACCAAATTGCAGAAAAAACGGACATGTCGCACGGCATGATGCGTACAGAAATCCGCAGTAAGGAGGCAGATTCACATTTAGGGCATGTATTTGAAGATGGCCCTAAGGATAAAGGAGGTCTTCGTTATTGTATGAATTCTGCTGCTATGCGATTTATTCCAAAGGATAAATTGGTCGAAGAAGGCTACGGAGAGTATATAAACTTATTCACTGATTGA	MMNATAKEYATFAGGCFWCMVEPFDQRPGIIRITSGYTGGSVENPTYEEVCSNTTGHVEAVQIEFNPNIMSYKKLLDTFWKQIDPTDPHGQFNDRGESYTTAIFYHTDQQKREAEASKKELEASRKFAKPIVTKIVPAKTFYPAEKHHQDYYKKQGFHYRLYKKGSGRENFIKKHWKNTYDQNELKQKLTPIQYHVTQENGTEPPFQNEYWDKQEEGIYVDIVSGEALFSSKDKYDAGCGWPSFTKPIDRYQIAEKTDMSHGMMRTEIRSKEADSHLGHVFEDGPKDKGGLRYCMNSAAMRFIPKDKLVEEGYGEYINLFTD				NA	NA	NA	NA	NA
AK148_03679	207			hypothetical protein	ATGATTCATTTAAATTGGGAAAACCGAAAAACGATGAAGCAATTAAAATGCGTTCATGCAGATGCAAAAAAGTTTGTAGTGAATAACAAATTAACACCTGGTAAGATATATGATGTAAAAAATGAAACAAATGAGTTTTATTTTATTATTGATAACAGTAAACGTATAGGCGGATTTCGAAAAGAATATTTTGATGAAATAAATTAA	MIHLNWENRKTMKQLKCVHADAKKFVVNNKLTPGKIYDVKNETNEFYFIIDNSKRIGGFRKEYFDEIN				NA	NA	NA	NA	NA
AK148_03680	240	fdxA		Ferredoxin 7Fe	TTGGCTTTTGTAATTACGTCACCATGTAAAGAAGAAAAGTCGGGAGAATGTGTGGAAGTATGCCCTGTTGATTGTATAGAAGAAGGAAAAGATATGTTTTATATTGACCCTGATATATGTATTGATTGCGGTGCATGTGAAGCTGTATGCCCTGTAGAAGCAATTTATATGGAGGATGAAGTTCCCGAAGAGGAAACAGAATATATTGCTTTAAATCGCAAGTTTTTTGAAGAACAATAA	MAFVITSPCKEEKSGECVEVCPVDCIEEGKDMFYIDPDICIDCGACEAVCPVEAIYMEDEVPEEETEYIALNRKFFEEQ	PGPT0030810_1607	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-FE-S_CLUSTER_BIOGENESIS,PGPT0030810-fdxA-K05524
AK148_03681	270	acyP	COG1254	Acylphosphatase	ATGCGTATACATGTGGTTTTTCATGGAAGAGTGCAAGGCGTGGGGTTTCGCTATTCTGCTAAACAGAAAGCTCTTGAATTAGATGTTCACGGATGGGTGAAGAATAAGGAGGATGGCACGGTTGAATTAGAAGCTGAAGGCAATGAAGCTCATTTAAGAAAGTTTATGGGTGCTTTAAAAAACGGATTGAATCCCTTTATTAAAGTAACTCATATTGATCAAAAATTACTTGATAATGAAGCTGGTTATTCAACCTTTTCTGTCAAATAA	MRIHVVFHGRVQGVGFRYSAKQKALELDVHGWVKNKEDGTVELEAEGNEAHLRKFMGALKNGLNPFIKVTHIDQKLLDNEAGYSTFSVK	PGPT0001372_3299	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-ACETIC_ACID_BIOSYNTHESIS,PGPT0001372-acyP|yccX-K01512	NA	NA
AK148_03682	1545	petC_1		Cytochrome b6-f complex iron-sulfur subunit	TTGGTTGAAAACCACTTGCCGAATCACTCACAATCATTTTGGCGTGAAACATCTACAATACCTAAATATCCATCCTTAGATACCTCCATTCAAACAGGAGTTGGGATCGTTGGAGGGGGAATAACCGGAATTACAACAGCGTATTTATTATCTAAAAAAAATATAAAAGTTACATTAATTGATGCGAATCCAATTTTAAAAGGAACAACGGGTCATACAACAGCTAAAATTACTGCACAACATGGTCTAATTTATGATGAGCTTATACAGCACTTCGGTATAGAACAAGCTATTCTTTATTATAAAGCTATGGATGAGGCTAGGCAATTAATTGAAAACAATATAAATAATCTACAAATAGATTGCGATTTTTGCCATGAAGATGCTTTTCTTTACACCAATCTAGATTCTTGGCAGCGTGATTTAGAAAAAGAAAAGGATGCCTATGACCATATTGGTATTGAGAGCGAAATAACAAAGGATACCCCCCTAAAAATTCCGATGAAATTAGCTTTACAAATGAAAAATCAGGCTCTATTTCATCCGTTAAAGTACTTAAGCTCATTATTAGAAGAAAGTATAAGGAATGGGTTAACGGTCTATGAAAATACAGTAGCTGTAGATATTGAAAGTGATCGCTCAAACCCCTCCATTATAACGAAAGATGGTCATCGAATAAAGTGTGATTATATTATTGCTGCATCTCATTTTCCTTTTTATGATCGAGACAGCTTTTATTTTACTAGAATGTACGCAGAACGTGCTTATGTGCTGGCGATGCAATCTAAGGAAAAGTATCCTGGTGGAATGTACATTAATGCAGAATCACCTACAAGATCTGTTCGCACTACAACATGGAAGGGAAGAGATTTATGGTTAATAAGTGGGGAAAATCATAAAACTGGCCAGGGTAAACCTATGCACGAACATTTTAAAGCATTACAATCTTTTACAAATGAAAACTTTGCAGTAGCGTCATATGATTTTCGCTGGTCGGCGCAGGATTTAACAACATTGGATAAAGTACCTTATATTGGTTGTATGAAAAAATCAACACCTAACATACTCGTTGCGACAGGCTACCGTAAATGGGGGATGACAAACGGCACTGCTGCTGCAAACATGCTAACAAACATCATTGTTAACAAAGCAAGTGAATATACGAAACTTTTTGATCCGGCCCGATTTAAAGCAGATCCCACGATAAAAAAGTTTGTGAAAACGAATACAGATACAGCTAAACACATGGTGAAAGGAAAATTGGATAATACGAATAACCATTTGGATATAAATCAATTGCAAGCAGATCAAGCAACCGTTACACGAATTAATGGAAACCGAGCTGGTGTTTATAAAGATAAGAAAAACCAAATATATATTGTTGATACAACGTGTACACACTTAAAATGTGAAGTCGAATGGAATTCCGGAGAACGAAGTTGGGATTGTCCGTGTCATGGTTCAAGATTTTCATATACAGGCGAAGTTTTGAATGGACCTGCGAACAAACCCTTAAAACATATTGATCCAAATAAATTAAAGTGA	MVENHLPNHSQSFWRETSTIPKYPSLDTSIQTGVGIVGGGITGITTAYLLSKKNIKVTLIDANPILKGTTGHTTAKITAQHGLIYDELIQHFGIEQAILYYKAMDEARQLIENNINNLQIDCDFCHEDAFLYTNLDSWQRDLEKEKDAYDHIGIESEITKDTPLKIPMKLALQMKNQALFHPLKYLSSLLEESIRNGLTVYENTVAVDIESDRSNPSIITKDGHRIKCDYIIAASHFPFYDRDSFYFTRMYAERAYVLAMQSKEKYPGGMYINAESPTRSVRTTTWKGRDLWLISGENHKTGQGKPMHEHFKALQSFTNENFAVASYDFRWSAQDLTTLDKVPYIGCMKKSTPNILVATGYRKWGMTNGTAAANMLTNIIVNKASEYTKLFDPARFKADPTIKKFVKTNTDTAKHMVKGKLDNTNNHLDINQLQADQATVTRINGNRAGVYKDKKNQIYIVDTTCTHLKCEVEWNSGERSWDCPCHGSRFSYTGEVLNGPANKPLKHIDPNKLK				NA	NA	NA	NA	NA
AK148_03683	417			IS66 family transposase ISCde1	GTGCTGGATGCTTTTTCAGCATGGCTAAAACAGCAAACGCCGCGTGTTCTTCCGAAGAGTAAACTAGGCAAAGCTGTTACCTATTGCCGTAAACAATGGGATCGCTTAGAAGGATTTTTAAAGGATGGAAGATTGGAGATAGACAACAACTGCGCAGAGCGGTCGATCAAGCCTTTTGTGATCGGAAGAAAAGCTTGGCTGTTTAGTAATACCGCCAAAGGAGCTACATCCAGTGCCATTGTTTATAGCATAGTGGAAACAGCCAAGGAAAACGGATTAAATCCATTCCATTATCTTAGCTACTTATTTGAACGACTTCCCAATATAGATACAACAGATAGGGAACAACTAACCCAACTCTTACCGTGGTCAACCACGCTGCCTCAAGAGTGTCGTGTTCCTACGAAATCTAAGTAA	MLDAFSAWLKQQTPRVLPKSKLGKAVTYCRKQWDRLEGFLKDGRLEIDNNCAERSIKPFVIGRKAWLFSNTAKGATSSAIVYSIVETAKENGLNPFHYLSYLFERLPNIDTTDREQLTQLLPWSTTLPQECRVPTKSK	PGPT0030625_958	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030625-tnpB-K07484	NA	NA
AK148_03684	1809			hypothetical protein	ATGGAACTAGATTATCATAAATTTAATGAATTAGATGATCTAGAAAAAACAACTTTTTTGGAAGAATGGATTGATTCACAAACTGATTTGGAATCTATTTCCGAAAAGAATACCCGATATTTTTTTAGAGATATCATTGAAAGGGAAACTGATAGCTATTTACAAAAATTAAGTGTTGATATTCTATCCTTTTTAACGGCTGCAAATATTATGAAGAAGTCTTCCATAACATCTATTCTTTTAGATATAGATGATGACTCCTTTGTAGAGGTAAATGCGTTAAAATATTTATACTATTTTTATGATGATAACGTTGAAATAAAAGCAAAGTTTGAAAGATGTACATCTTCGGATAATGGTGATGTTTGTTCAGAAGCCTACTATAGACTTGGTCTTATAGAGTTTTTAAATAATATATCCTTAGATAATAAAAAAGATTTTTTTATTTGTATAGAAAATAGTTCGATTCTTTTTAGAAATGCTTATGAAATAGTGGAAAATAGAGAAGATGCCCACTATTTTTATGAAGTTACTAATTTTATTAAGGCAATTTTAAATAATGATGTGGCAAGTAGCGAAGAAGCATTTAAAAATTTGTATAATCTTTCTTATAAAAGGAGAATTTTCACTTATAATTCTAAATTTATTATATTAGAAGATAAAATACAGTCGGTTTTGCATAATATTTATTGGATTTTTAAGACTTCTACATGTCATCAAGATTGGATAGACTATAAAAAGCAATTTGGAGAATTAGCCCAATATTATTTTGAAATGCTAAATACCTCTTTAGAGACAGAAAATACCCAGTATAAATTAATACAACACTTTAAAGATGCAATCAATTCTAACATCCTAGAGCAACTTTTTATTCAGAATTTTAGTTTTTATACAAGGAAAATTGAAGCTATACAAAACAATTATAAAGATGATGAAGTATTAAATGACTTCTTGGCCGTAATATTAAATACAATACAAAAAAGTAAAAAAAAAGAACCTACTGCTGACATTATAAGTATATGTATAAAATTGAAAGAAGTTTTAGGTGATGATGTTTCTATAGAAATGTTAATGAAAAAATTAAAAAATCTAGATGATATATATAATGTACAAGATGTTTTAAATATAGCGAAAGAATATGTTCAAAAGAGACATGAAGAAACATTCGATGTTATTACTGGAGATCATACAGGACAAGAGGTATATTTAAATATTAAAAAGGAAATTGAGGAAAAATTACCCGACTATAGCGAAAGGAAATTAAACGTATTCTTAAGGATTCTTGAGGAAACTATTAGATTTCTAGTATTGTCTATTAAAAGTAAGAGAAATGATAGGTTTAATTATTTGTACACTCTTAAGAATAAAGGTTTAGATGATACTGTTTCTGAAAAAGAATTTCAAGATAGTCTATATGAACATTTCATGTTTTCAAATATAGCCCATGGAGCACAAGAGGAAGTTATAAATTTTGCTGATGGTGGTAGAATTGACATTGTATTTAATATAAAAGATAATACATTTCCAATTGAATTAAAAAAAACAAAAGATGTTATTACCAAAGAGGCGATACGAGAAAAGTATTTAGAACAGATACATTCCTATGTTTATGGTTATGATCAACTTGGAATATTTGCAGTATTAGATTTAACAGAGAAAGATGCACCAGTTAACGATGTAAGAGATTTAGTGTATTTAGATAATTTAACTCCATTGTATGATTTAAAAAATAAGTATCCAGATTATATAGTTGTAATTGTCGTTCCAGGAAACAAACAATTACCTAGTGAAAAATCTACTTATAGATAA	MELDYHKFNELDDLEKTTFLEEWIDSQTDLESISEKNTRYFFRDIIERETDSYLQKLSVDILSFLTAANIMKKSSITSILLDIDDDSFVEVNALKYLYYFYDDNVEIKAKFERCTSSDNGDVCSEAYYRLGLIEFLNNISLDNKKDFFICIENSSILFRNAYEIVENREDAHYFYEVTNFIKAILNNDVASSEEAFKNLYNLSYKRRIFTYNSKFIILEDKIQSVLHNIYWIFKTSTCHQDWIDYKKQFGELAQYYFEMLNTSLETENTQYKLIQHFKDAINSNILEQLFIQNFSFYTRKIEAIQNNYKDDEVLNDFLAVILNTIQKSKKKEPTADIISICIKLKEVLGDDVSIEMLMKKLKNLDDIYNVQDVLNIAKEYVQKRHEETFDVITGDHTGQEVYLNIKKEIEEKLPDYSERKLNVFLRILEETIRFLVLSIKSKRNDRFNYLYTLKNKGLDDTVSEKEFQDSLYEHFMFSNIAHGAQEEVINFADGGRIDIVFNIKDNTFPIELKKTKDVITKEAIREKYLEQIHSYVYGYDQLGIFAVLDLTEKDAPVNDVRDLVYLDNLTPLYDLKNKYPDYIVVIVVPGNKQLPSEKSTYR				NA	NA	NA	NA	NA
AK148_03685	1986			hypothetical protein	ATGAATTTGGATAACTTCATTACAGAATTAAAGAGTAAATATTCCATTAAATACTCTGATGATAATGATATTAAAAATTTAATAGATCTTACTTTGTTAGAAAAAGATAATCCTATTTCACAAGGAAAAAGGCTGAAAATTAACAGGTTATGCATTGACGGTAAAAAGAACAATGGTGAAATTATTAACTATGATAAAAAATTCTTTCAGGGGATTAATATTTTATACGCACAAAATGGTAAGGGTAAATCTTCAATTTTTAAAATAATAAAGTTTGCACTTACTGGAGATAAATCTTCGATAAAAAGAGACGTATTGGGATGGCTCCAAAAAATACTATTGGAATTTTCTGTCGGAGATACTATTTATACTGTTTATATTAATTTAATGAGCCCCCGTGTTAAAAGTGGGCTTTATAGATGTAATATAGATAATTTATCATTTAACTCTGACGGGAAAGTTTCGCTAGAAAATTTATTAATCCATTTTGAGGAAAATACTGAAGCGGCATTTACGAGAAATATGCAACAGTTTTTCTTTGATCAGTTTTCATACTATTTATTATTATGGACTAGTAGTTCGAAAAATAGTTTTGGCTTAACAGATAATAGAACAACCTGGAAAACATATTATAAATCAATTTATTTAGAATCAAAAGATTATAATGCCTTATTTTTAGGTGTAGATATGGGTTCTCAAAACAAGAAGATTTTAGAAATGCTACTCGGACTAAAATACACAGCCTCAATTAATACTTGGTCAAACAAAAAAGATCATCTAGAGAATCATTTAAGACAATTAGATTATATCTCTCCAAATGAAGAATTAGTAAAAGATGATTTCTCTGAATTAAACAATGAACTGAATAATATAAAAGATGAAATAAACAAGGTGAAAAATCTGAATAAGGAAATGTTTAAAAAAACGTTAAATATACAGTTTTATAATCAGAGTAGTAAGGATTTGTTTATGTTAGAAAAACAGTCCTCAGAAATTAAAATGGAAATAAATAATTTAGAAGAAGAATTAAAGAAAGCTAACAGACGTTTAAATTCATTAAAGGAAGAAAAAGAATTTGGATATTACTTTAGTAACTTAAGTATAAAACAATGCCCAAGATGTGAGCATGAAATTAAAAATGAGCGTAAAGAAATTGAAAAAGCAACTCATAAATGTATGTTATGCGAAGAGGAATTGGATATCTTAGAAGACAATCAATATCTAGAGGGGAAAATCCAAGAGCTTGAAAGATATATAAAAAATCTTGATGAAGTAATTCCCGAAATGGAAAGGAAAAGTCAAGAGATTAATCAAAAGCAGGAAACACTAAATCAACAACTCTTAGAACATGAGGGAAAAATAGCTAGTTTTGAATTTGAGGAAAAGTTAATTGAAAGTTTACCAAGTTTGATAGAGAGGAGAATAGAAATTGAATCTTTGATTAATCAGAAAGGTGTGTCTGATGTAGACAAAAAGAAAGAAAGATATGAAGAAGAAGTCAAAATATATGATTTTGCAATCACTTATTTCCAAAAATTAAGAGTGAAGGAAAGTAGGGATATTCTAGATAGTCTATGTAAAATTATTAAAAAAAGAGTAAATGATTTTGGTCTTAAAAATATTAATGATGTTACTATTAACAAGAATTTGGATATTCTTTTCCTTCAAAATAATATTAATAATAAATTTAATGATCTCAATGAAGGTGAACAATTAAGAGCAAAGTTAGCTGTTGTATTAAGTTTAATAGTTTTAGATATTGAATTTAATGTTGGAAGACATCCCAGATTACTAATAATTGATTCCCCAGGAAAAGAAGAGGTAATTAGTGAAGATCTAATTAGCCTTGCTAGTATTTTTAGAGAAATTGAAAAGGAGTTTGCAAATGAGTTACAAATTATAATTGGAACTGCTTTAGAGGAATTTAAAAATGCAAGTGTTAATTCTAAAGTTGATGTTAGAGAGTTTGACGAAAATTTCTTTTAA	MNLDNFITELKSKYSIKYSDDNDIKNLIDLTLLEKDNPISQGKRLKINRLCIDGKKNNGEIINYDKKFFQGINILYAQNGKGKSSIFKIIKFALTGDKSSIKRDVLGWLQKILLEFSVGDTIYTVYINLMSPRVKSGLYRCNIDNLSFNSDGKVSLENLLIHFEENTEAAFTRNMQQFFFDQFSYYLLLWTSSSKNSFGLTDNRTTWKTYYKSIYLESKDYNALFLGVDMGSQNKKILEMLLGLKYTASINTWSNKKDHLENHLRQLDYISPNEELVKDDFSELNNELNNIKDEINKVKNLNKEMFKKTLNIQFYNQSSKDLFMLEKQSSEIKMEINNLEEELKKANRRLNSLKEEKEFGYYFSNLSIKQCPRCEHEIKNERKEIEKATHKCMLCEEELDILEDNQYLEGKIQELERYIKNLDEVIPEMERKSQEINQKQETLNQQLLEHEGKIASFEFEEKLIESLPSLIERRIEIESLINQKGVSDVDKKKERYEEEVKIYDFAITYFQKLRVKESRDILDSLCKIIKKRVNDFGLKNINDVTINKNLDILFLQNNINNKFNDLNEGEQLRAKLAVVLSLIVLDIEFNVGRHPRLLIIDSPGKEEVISEDLISLASIFREIEKEFANELQIIIGTALEEFKNASVNSKVDVREFDENFF				NA	NA	NA	NA	NA
AK148_03686	666			hypothetical protein	TTGTATCAGGTAAATTCATATAGAAGCAGACTGAGGATTTTACTAATATTATATTTTTTTTCGGAGGATATAGAATTAGATTCTGATTTAAGACCTGAATTTATTAAGGTATTTAAAAGTGAAGTGAAAATACAAAAAATAGACTTTTTAATTCGCTACCCAGATTATTTAGCATCTGAACTCTTATTTTTATTAGAAACTTCTAATTCTCAAGTCGTTAAAAATGAAATAAAAAGAATAGTTAGGGATATTTTCAGGAGTAGGGAACCTGAACTTAGAAAAGAGGAAATGTCTCGTTTTTTCTTTGGTGCTTATGAAGATATAGATGACATAATTTCATTTTTAGTATCTAGAGACTTTATTAGATTTGAAAGTAAAAGAAGTATTGATGGAAGAGTTTTTGATAAGGCGTATTATTTAACTGGTTTTGGTATTAATAAAATTGAAAATGAAATACTGACAAGCTTAATTAATGCTAATTGGTATACAGAAAGATGTAAATTGATAAAAAGATTTTTTGGTGACTTATCAGGTTCTGAATTGAAGTTTAGGCAATACCAACATGAAGAATACAAAAATACTCCTTTAAATCAATATATTAATGGAGTTGAAGAAGAAGTTAAAAATAAATTTTTAGAGATATATGGAGAGGAACTAGAGATATGA	MYQVNSYRSRLRILLILYFFSEDIELDSDLRPEFIKVFKSEVKIQKIDFLIRYPDYLASELLFLLETSNSQVVKNEIKRIVRDIFRSREPELRKEEMSRFFFGAYEDIDDIISFLVSRDFIRFESKRSIDGRVFDKAYYLTGFGINKIENEILTSLINANWYTERCKLIKRFFGDLSGSELKFRQYQHEEYKNTPLNQYINGVEEEVKNKFLEIYGEELEI				NA	NA	NA	NA	NA
AK148_03688	1536	guaA		GMP synthase [glutamine-hydrolyzing]	ATGAAGACAAATGAAATGATTTTAGTATTGGATTTTGGTAGCCAATACAATCAATTAATTACACGACGCATCAGAGAATTTGGCGTGTATAGTGAGTTGCACACTCATAAGTTAACAGCTCAAGAAATTAAGGAAATAAACCCGACAGGTATTATTCTTTCTGGAGGGCCACATAGCGTATATGATGAAAATAGTTTCCGCTGTGATCCCGCAATTTTTGATTTAGGTATCCCAGTATTAGGAATTTGCTACGGCATGCAATTAATGGCTTTACATTTTGACGGCAAAGTAGAAAAGGCTAAAAACCGTGAATACGGAAAAGCGGAAATGGACGTTCAAGGAGAACCAACGCTCTTTGCAGGTACACCGAAGCAGCAAACTGTATGGATGAGCCATGGGGATAAAGTGGTAGAAGCACCGGCATCATTCCAAGTGGATGCAACCAGTCCTTCGACACCTATTGCAGCTATTAGTAATCAGGAACAAGGGCTGTATGGTGTACAGTACCATCCGGAGGTACGTCATTCCGAATATGGAAATGATGTGTTAAAGCAGTTTGTTTTTGCGGTGTGTGGCAGTAAGGGTGACTGGACGATTGAGAATTTCATTGATATGGAAGTGAAGAAAATTCAAGAAAAAGTCGGCGACCGAAACGTATTATGTGCTTTAAGTGGTGGCGTTGATTCTTCTGTTGTTGCAGCACTTATTCATAAAGCAATTGGTGATCAGTTAACTTGTATTTTTGTCGATCACGGGTTGCTTCGTAAAAATGAAGCTGATGATGTGATGAAAGTATTTGCGGATGATTTTCATATGAATATTATTAAGATTGATGCTAAGGATCGTTTCTTAACGAAATTAAAAGGTGTCGACGATCCAGAGAAGAAACGTAAGATTATCGGAAATGAATTTATTTACGTGTTCGATGATGAAGCGGCGAAGCTTAAAAATATGGACTTTCTAGCGCAGGGAACGCTCTACACAGATATTATTGAAAGTGGTACAGAAACTGCTCAGACGATAAAATCACATCATAATGTTGGTGGACTTCCTGAAAATATGCAGTTTGAATTAATCGAGCCGTTAAACACATTGTTTAAAGATGAAGTTCGTGAATTAGGAACGCAGCTAGGTATACCTGAGCGTATCGTTTGGCGCCAGCCTTTCCCTGGTCCGGGACTTGCTATTCGTGTACTAGGGGAAGTAACGGAAGAAAAATTAGAGATCGTTCGTGAATCCGATGCTATTCTACGTGAGGAAATTGCGAAAGCTGGACTAGATAGAGATATTTGGCAATACTTTACAGTGCTACCGAACATTCGCAGTGTCGGTGTCATGGGAGATGCCCGCACGTATGATTATACGATTGGTATTCGTGCGGTAACGTCCATTGATGGTATGACTTCCGATTGGGCGCGTATCCCTTGGGACGTCTTGGAGAAAATCTCAACCCGTCTCGTGAACGATGTAGCTCATATTAACCGTGTAGTGTATGACGTAACGAGCAAGCCACCTGCTACGATTGAGTGGGAGTAG	MKTNEMILVLDFGSQYNQLITRRIREFGVYSELHTHKLTAQEIKEINPTGIILSGGPHSVYDENSFRCDPAIFDLGIPVLGICYGMQLMALHFDGKVEKAKNREYGKAEMDVQGEPTLFAGTPKQQTVWMSHGDKVVEAPASFQVDATSPSTPIAAISNQEQGLYGVQYHPEVRHSEYGNDVLKQFVFAVCGSKGDWTIENFIDMEVKKIQEKVGDRNVLCALSGGVDSSVVAALIHKAIGDQLTCIFVDHGLLRKNEADDVMKVFADDFHMNIIKIDAKDRFLTKLKGVDDPEKKRKIIGNEFIYVFDDEAAKLKNMDFLAQGTLYTDIIESGTETAQTIKSHHNVGGLPENMQFELIEPLNTLFKDEVRELGTQLGIPERIVWRQPFPGPGLAIRVLGEVTEEKLEIVRESDAILREEIAKAGLDRDIWQYFTVLPNIRSVGVMGDARTYDYTIGIRAVTSIDGMTSDWARIPWDVLEKISTRLVNDVAHINRVVYDVTSKPPATIEWE	PGPT0021580_4610	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021580-guaA-K01951	NA	NA
AK148_03690	2196			hypothetical protein	ATGAGTACGCAAAAGTCGAGTCCTGCTACTTTTTATACGTTGATTCTTTATATATGCGGGTTCATTTTATTTCTAGAATGGTTCTACCCTTTACAGGAAGTGACGGATACGACAAATATTAGTATGTTTATGCTTTACGGCGTTCTATGCTTTCTTCTTTCTTTTATGCAGGTTAGATGGTGGCTGTCGTTTATCTTGAAGGGGGTAGCATTACTATTCGTGGTAAATAGTCTTTTTTTTACGACGAGTTTTTTAAACCCGTTATGGATCGGAGAGTTATTGCAAGATAGTATCGTAAACATGCAAGCATTGTTTAACAAGACATGGTTTGAGTTCACGCCATTGTTTCGTAGTACGTTGTTTCTTATTTTAATCTGGTTAATGAGCTATTTACTCCATTATTGGTTTGTTATCAGAAAACGTGTCCTTATGTTCGTATTTCTGACGATTGCTTATTTGGCAGTGTTAGACACATTCACCGTTTATGATGGCACTGCTGCAATCATTAGATCCTTCATCATATCTTTGCTTGCTTTAGGGTTAGCCCATTTTATGAGAGAGATGGACCGAGAAGCGCTTCGGTTTACATTAGCTAAGAAATCTGCGGTTTGGTTGCTGCCATTAGTTGCGATTGTTTTATTTTCTTCAGCTGTTGGATTAGCTGCACCAAAATTTTCCCCACAATGGCCTGATCCCGTACCGTTTATTCAAAGTAGTGCAGAAAATGCAGGCTTCTCTGGAGAAGGAAATGGCGGAATTCAAAAGGTTGGCTACGGAGAAGATGACAGTAGATTAGGAGGTTCTTTCGTACAAGATTATACACCAGTTTTTGAAGCGGAGGCGGATGAAGAACATTACTGGCGTGTAGAGACAAAAGATGTGTATACAGGAAAAGGGTGGGAAAAGAGCCGTGATTCTTCCTATACAGAATTAAGTAAAATACCTCCAATGTTTCAAGAAAATGTTAATTTAGAAACAAAGCAAGCTACGATCGAATTTCAAGGTGATGAAGCACTTGATAAGCTCGTTTATCCGTACGGTTTCGATCATGTAGAGGCACCAGAAGGGGAGCCATATTTTGATATGTCATCGGAAGCAATTCGGTTAATGGATGATGCCAGCGATCCGATTACATTAGAAAATTATACGGTTGATTATGGATATCCTACGTTTCATATCGAAGCTTTGCAACAAGCTTCCAGTTCAGATAACTCTATGGAAGCATATACGCAAATTCCAGAGACGCTTCCAGATCGAGTAATTGAATTGGCAAAAGATATTACTGCTGAAGAAGAGACGCCGTACGATAAAGCAAAGGCAATTGAAAGCTACTTCTCCAGCACCGATTTTACGTATCAGACGACAGATGTTCCTGTGCCCGAAGCAAATGAAGATTATGTGGATCAATTTTTATTCGATTCTAAGGTAGGATATTGTGATAATTTTTCCACCTCGATGGTTGTCATGTTACGTTCGCTGGATATTCCTGCAAGATGGGCGAAAGGATTTACTGGTGGTGAATTAGTGGATGCGGGAAGTGAAAAAAACACCTATGAAATAACTAATTCCAATGCACATTCATGGGTAGAAGTCTATTTTTCTGGTTCAGGATGGGTTCCATTTGAACCAACAAAGGGATTCTCGAATTTATCCGACTTTCAGAATGAGCCTATAAGTGGGGAAACGCAGCAACAAGATTCCTTGCAACAGTCGGAACAGGAGACAGAGGATGAGGAGCAGTCGGAAGAAACAACGCCTGAGGAGGAAAAAGAAGAGGAGTCTGAAGTCGCATCAGCTGCTGCATCTAACTCGAGGCCAACTGCCATGGAATGGATGTTGCCAACTGTTATCGGTATCGCGCTTTTACTCATTGTCTTCATTCTTGTTTACAGAAGTAGGCTTCGCATACAATCTAAATGGGTACGTCGTAAATTTACAGCGGATAATAATGTTGAAAATCAACAGGAAGCGTATCACTTTTTGATGAAAGTGTTACAAAAACAAGGGGAAGCAAAACGCCCTGGGGAAACGTTACGAGAGTATGCAATGAAAATTGATAAAAAGTATGAAACGACGGATATGCAGAAGCTTACGGAGCATTATGAACGGCTCATTTACAGAGATGACGATAAGCTTGCTTCTAAAACAGAGGTGGCGCAATTATGGAAAAATTTAATAAAACGAATATTGTCTTGA	MSTQKSSPATFYTLILYICGFILFLEWFYPLQEVTDTTNISMFMLYGVLCFLLSFMQVRWWLSFILKGVALLFVVNSLFFTTSFLNPLWIGELLQDSIVNMQALFNKTWFEFTPLFRSTLFLILIWLMSYLLHYWFVIRKRVLMFVFLTIAYLAVLDTFTVYDGTAAIIRSFIISLLALGLAHFMREMDREALRFTLAKKSAVWLLPLVAIVLFSSAVGLAAPKFSPQWPDPVPFIQSSAENAGFSGEGNGGIQKVGYGEDDSRLGGSFVQDYTPVFEAEADEEHYWRVETKDVYTGKGWEKSRDSSYTELSKIPPMFQENVNLETKQATIEFQGDEALDKLVYPYGFDHVEAPEGEPYFDMSSEAIRLMDDASDPITLENYTVDYGYPTFHIEALQQASSSDNSMEAYTQIPETLPDRVIELAKDITAEEETPYDKAKAIESYFSSTDFTYQTTDVPVPEANEDYVDQFLFDSKVGYCDNFSTSMVVMLRSLDIPARWAKGFTGGELVDAGSEKNTYEITNSNAHSWVEVYFSGSGWVPFEPTKGFSNLSDFQNEPISGETQQQDSLQQSEQETEDEEQSEETTPEEEKEEESEVASAAASNSRPTAMEWMLPTVIGIALLLIVFILVYRSRLRIQSKWVRRKFTADNNVENQQEAYHFLMKVLQKQGEAKRPGETLREYAMKIDKKYETTDMQKLTEHYERLIYRDDDKLASKTEVAQLWKNLIKRILS				NA	NA	NA	NA	NA
AK148_03691	1260			hypothetical protein	ATGAAATACCGCTTTCGAATGATTGTAAGCAGTCTGTTTCTGATTACTATCCTCCTGCTGTTATTTTCGTATGCTATGTTTCAAGGTGGCTTTGTCAGTTGGTTTTTATTTTTTAGTTTTCTTCCTATATTGTTATACGAAGCAGTTGTTTTACTATATCCAATTCGCAAATGGCAGGTTAGTAGAAAGCTTTCCCATTATATAACCAACGCTGGTGGAGCGATTACGGTAAAGGTTAAAATAAAGCGTCGTTTTCCATTTCCTTTATATTACTGCATCATAGAAGATATGTTAGCAGATTCATTGAAAAAGGTGGACAACGGTAAAGAAAAATATCAGTATATGGGACAAGCTGATCAACTGTTTATTGAACGGAGAATGAAGCGGGTTCTGTTTCCAGGTTTTAAGCGTACATTTTCTTTTTCTTATCAGCTAGAACAAATTCCAAGAGGTGTACATTCCTTTCCAAAGGTACGGATACGGACAGGCGATTTTTTTGGGCTTGTGAAAAAAGATCATATATATGCTGTAAATGACTCGCTCGTTGCGTCTCCAATTGCTCGACCATTCCTATTAGAAGAACAAATTCGTAATCAGCAAGAAGGAAATGTGCTCAGCTCATCGTTACGACTTAACAATGTCAATCTAGCGACAGGGATAAGGGAGTATTTACCTGGCGATCGTGTGTCTTGGATTGACTGGAAGCAAACAGCAAGAAAAAATACGATGATGACAAAGGAGTTTGAGCAAGAAAGAGGAACGAGCAGAATCATTGTCCTAGAAGCTTGTAATATATCAAATCCGATTGTTTTTGAAGGAATGGTGGAAGTAACGTATGCTTTGCTTACTCATTTTAAGAAACAATCGTTAGAATCTGGATTACTTACCGTCGGAAAAGACACAAGTTTTTTTGCATCTATTCATGCGCAAGGAGACTTTGATCGATTAAAAGAACATATAACAAAACTACAGCCAAGTAAAAATGATATGTTTTCAATGGGCGTTCAGCACCAATGGTCTAAGCTCGTGAGCGGGGATACCCTTTTATTCATTGTAGGAAATATGGATAAACCGTTCGTAGAGATGATAAAAAAGGTGAGGCAAAGAGCGAAACATATATGCATTTTGTTTATTCGACCTGCACAACAACATACCTATTCGACTCCGTTTGTTCGTCAGTTACAAGCTTTTGGCGTAGATGTATTTGAAATGACAGAGCGCGAACTAATGAAAACCCCGTTAGAGGTGAAAAGAATATGA	MKYRFRMIVSSLFLITILLLLFSYAMFQGGFVSWFLFFSFLPILLYEAVVLLYPIRKWQVSRKLSHYITNAGGAITVKVKIKRRFPFPLYYCIIEDMLADSLKKVDNGKEKYQYMGQADQLFIERRMKRVLFPGFKRTFSFSYQLEQIPRGVHSFPKVRIRTGDFFGLVKKDHIYAVNDSLVASPIARPFLLEEQIRNQQEGNVLSSSLRLNNVNLATGIREYLPGDRVSWIDWKQTARKNTMMTKEFEQERGTSRIIVLEACNISNPIVFEGMVEVTYALLTHFKKQSLESGLLTVGKDTSFFASIHAQGDFDRLKEHITKLQPSKNDMFSMGVQHQWSKLVSGDTLLFIVGNMDKPFVEMIKKVRQRAKHICILFIRPAQQHTYSTPFVRQLQAFGVDVFEMTERELMKTPLEVKRI				NA	NA	NA	NA	NA
AK148_03692	948			hypothetical protein	ATGTCATATAATGTAAAAGTAGAAAATGTTTTACAAAATATAAAAAAAGTAATGATCGGCAAAGAAGAACCTGCTGTTTTAAGCCTTGTTGCTTTATTAGCACAAGGGCATGTGCTATTAGAGGATGTACCAGGTGTTGGGAAAACCATGCTTGTAAAAACGTTGGCGAAGTCTTTAGATTGTGACTTTAGAAGAATTCAATTTACCCCTGATTTATTACCTTCCGATGTTACAGGTGTATCGATTTTTAATCCAAAAACACTAGAGTTCGAATTCCGTGGTGGGCCAATTCTCGGTAATATCATATTAGCTGATGAGATCAATCGAACTTCTCCCAAAACACAATCCGCCTTGCTAGAAGCAATGGAGGAAAAACACGTTACTGTCGATGGTAATACGATGCCTCTAGCTCGTCCTTTTTTTGTCATGGCTACTCAAAATCCAATTGAATATGAAGGTACGTATCCATTGCCAGAAGCACAATTAGATCGATTTATTTTAAAATTAAACATGGGATATCCGACGTTTGTGGAGGAAATGGAAATGCTCACACGTAATTCGCAGGCGCATCCTATTGATTCTATAGAAGCTGTGTTAACAAAACAAGAATTAGAACATATCCAAGATGAAGTAAAGCATGTGTATATCGATAAAAATGTACAACATTATATTATTGATTTAGCAACAAGTACGAGAACAGACCCGCAAATCTATTTAGGCGTCAGCCCAAGAGGGTCGATTGCTTTGATGAAAGCGGCAAAGGCATATGCTTATATTTTAGGGCGTGACTATGTTTTACCAGATGATGTGAAATATTTGGCTCCTTACGTTTTAGCACATCGAATCATCCTGCGTTCGGAAGCAAAATATAGTGGAGAAACTGCTAGTGACGTTATTGCAATGATTATCGAACAAACGGAAATACCAATACGAAAGGAATTGCTTTAA	MSYNVKVENVLQNIKKVMIGKEEPAVLSLVALLAQGHVLLEDVPGVGKTMLVKTLAKSLDCDFRRIQFTPDLLPSDVTGVSIFNPKTLEFEFRGGPILGNIILADEINRTSPKTQSALLEAMEEKHVTVDGNTMPLARPFFVMATQNPIEYEGTYPLPEAQLDRFILKLNMGYPTFVEEMEMLTRNSQAHPIDSIEAVLTKQELEHIQDEVKHVYIDKNVQHYIIDLATSTRTDPQIYLGVSPRGSIALMKAAKAYAYILGRDYVLPDDVKYLAPYVLAHRIILRSEAKYSGETASDVIAMIIEQTEIPIRKELL				NA	NA	NA	NA	NA
AK148_03693	1521	abgT_2	COG2978	p-aminobenzoyl-glutamate transport protein	ATGGGGAAGAAAAAGGGAATATTCCAACGCTCGTTGGATGGGGTAGAAGTAGTAGGTAATAAATTGCCTCACCCTGTCACATTATTCGCAATATTGGCTTTAATGGTTTTGCTTTTGTCAGCAGCCTTGTCTCCGCTGGGTATTAGTGTTGAGCACCCAGGTGAAGAAGGAGAAATGGTTGAGATAAAAAATTTATTAAATGGCGAAGGAGTCAAATATATATTTTCCAGTATGACGGATAACTTTATTGGCTTTGCCCCACTTGGCGTAGTCCTATTGACGATGCTTGGAATTGGAATTGCCGAAAGAGCGGGATTAATTAGCGCTATCTTGCGTGGGTTCGTGTTAGCGGTTCCCAATCGATTTATTACATTAGGTTTAGTATTTGCAGGAATCATGTCAAGTGTCGCTTCTGATGCAGGTTACGTGGTACTGCCACCGCTTGGAGCATTATTGTTTGCCGCTGTTGGTCGCCATCCATTAGCCGGGCTAGCTGCTGCTTTTGCAGGGGTCTCTGGAGGCTTTAGTGCGAACCTAGCGTTATCAGGTACAGATGCATTGTTAGGTGAACTTACCATTGCAGCAGCTGCCATCATTGATCCTGCTTACGCTGAGGGTATGAGTATTGCGATGAACTGGTGGTTTATTGGTGCATCTGTATTTGTATTAACACTTATTGGCGCATGGGTAACAGAACGAATTGTTGAACCGAGGTTAGGTACATACAAAGGAGAATATGAAGAAACCGTTGAAAAGTTAACCAGCCTAGAAAAGAAAGGTCTTGTATGGGCGACGGTTTCTGTAGTGGTGTCTCTTATATTAGCAGCGCTACTCGTTGTTCCAGAAGGAGCTCCAATGCGTGGAACAGGAGAGCGACCAATTATCGAGTCGCCATTTATGGATTCTCTTGTACCAATTATTGCGATTTTATTCTTTATTCCGGGTCTTGTTTACGGTATTGTAACGAAGACAGTGAAAAATGATAAGGATGTCGCTTATCAACTTTCCGATACAATGGCTTCTATGGGGATGTTCATTGTACTAGCATTTACTGCTGGTCAATTTGTCGCGTACTTTAACGAGTCTAATATGGGATTAGTGTTAGGAGTTTATGGTGCGGACTTCTTGCAAAGTATTGATTTAACAGGGATACCTTTAGTAATCGTGTTTATTATATTAGCAGGGTTTATTAATATCTTTATAGGAAGTGCCTCTGCAAAATGGGCGATGATGGCACCAATTTTTGTGCCAATCATGATGCAATTAGGTTATTCACCAGAATTAACGCAGATGGCCTACCGTATTGCCGATTCATCAACAAATATTATTTCACCACTTATGACCTATTTTGCGATCATTATCGCTTTTGCACAAAAATACGATAAGAAAATGGGGATAGGTACACTTGTTTCAACGATGATTCCTTATTCTATTTTCTTCCTTATTGGATGGACAATTATGCTTGTTATTTGGATGTTAATCGGAGTTGAACTAGGACCTGGTGCGCCAATTTCTTATTAA	MGKKKGIFQRSLDGVEVVGNKLPHPVTLFAILALMVLLLSAALSPLGISVEHPGEEGEMVEIKNLLNGEGVKYIFSSMTDNFIGFAPLGVVLLTMLGIGIAERAGLISAILRGFVLAVPNRFITLGLVFAGIMSSVASDAGYVVLPPLGALLFAAVGRHPLAGLAAAFAGVSGGFSANLALSGTDALLGELTIAAAAIIDPAYAEGMSIAMNWWFIGASVFVLTLIGAWVTERIVEPRLGTYKGEYEETVEKLTSLEKKGLVWATVSVVVSLILAALLVVPEGAPMRGTGERPIIESPFMDSLVPIIAILFFIPGLVYGIVTKTVKNDKDVAYQLSDTMASMGMFIVLAFTAGQFVAYFNESNMGLVLGVYGADFLQSIDLTGIPLVIVFIILAGFINIFIGSASAKWAMMAPIFVPIMMQLGYSPELTQMAYRIADSSTNIISPLMTYFAIIIAFAQKYDKKMGIGTLVSTMIPYSIFFLIGWTIMLVIWMLIGVELGPGAPISY				NA	NA	NA	NA	NA
AK148_03694	1509	nylA		6-aminohexanoate-cyclic-dimer hydrolase	GTGAAAACGAGCGAATTTAGAAACTATGATGCAGTGGATTTAGCTGATTTAGTAAAGAAAGGCGAGACGACAGAAGAAGAACTTTTGCTAGCTTCATTAGAACAACTTGCACAAGTAAATCCTACTTTGAATGCAGTTATTTCCGAACGTAAGGAAAAAGCGCTTCAAGAATGGAAAGATATGACGCAAAAAAGGCCGTTTCGCGGTGTGCCTGTTTTGCTAAAGAATACGGGGCAACAATTAAAAGGGGAGCGGACGACCTCAGGCTCCAAGTTATTGAAACAGTATGTTTCCGTAGCAAAACAAGATTCTCATTTTGTGCGTGCTTTTCGTGATGCTGGTTTTCAATTTATTGGTCATACGAACACACCAGAGTTTGGCTTGAAAAATATTACCGAACCTGAAACAGATGGCCCAACTCGAAACCCTTGGAATGTGGCCTATTCACCAGGTGGGTCAAGTGGCGGTTCGGCAGCCGCGGTTGCAGCTGGCATTGTTCCGTTGGCAGGAGCTAGTGACGGTGGGGGATCGATTCGCATTCCTGCTTCTTTTACAGGGCTGTTCGGTTTAAAGCCAACGAGAGGGAGGACACCAGTAGGTCCGGGAGCAGGTCGCCAGTGGCATGGTGCTGCGATTGATTTTGTCGTAACAAGAAGTGTGCGAGATAGCGCGGCAATGTTAGATGTACTACAGACAAGTCAGCCTGAAGCTGCCTTTCAAGCACCGCTCTATTTGGAAAGCTACTTGGAAACGATGAAGCAGCCGCCAAAAGAAGAGCTTCGCATCGCTTATTCTGTTACATCGCCTGTCGGTACGCCTGTATCCAATGAAGCCAAAGAAGCGGTCATGAAAACTGTTCAATGGTTGGAGCGGCTAGGCTACCAAATCGAGGAAAATGACCCTCCTATTGATGGAAAGGAACTTATGCGAAACTATTATTTAATGAATAGTGGAGAAATCGCTACTGTCGGTATGCAGTTAGAGAAAATGATTGGAAGAAAGATTACTAGTGATGATGTGGAATTGGAAACATGGCTGTTGCATTGTGCTGGGCAGTCTGTATCAGCAGCTGCGTTTTCCTCCAGTATTGCTTCATGGGATGTGGCAGCAGCTGCAATGGCTGATTTTCATAAAAGCTATGATTTCTATATTACCCCTGCTACTGCTTTCACAGCACCTAAAGTCGGAGAATTATCGTGGGATACTATAGAGAAAAAACGGTGGATAACAAAAATGGAGAATGCCAAAGCAAATGAGAAACAAGAGATTATTTATGATATGTTTTTACCGAGTCTAACCTATACGCCATTTACGCAATTGGCTAATTTAACCGGACAGCCTGCTATGTCTCTACCACTTCATGTAACAAGTGAAAATATGCCTTTAGGTGTACAAGTAATGGCTAATAAGGGAGAAGAACACAGGTTATTACAATTAGCTTATCAATTGGAAGAAACCGACCTATGGCAAGGAATGAAAGGAAATCCATATTACAATCCTATGCAATAG	MKTSEFRNYDAVDLADLVKKGETTEEELLLASLEQLAQVNPTLNAVISERKEKALQEWKDMTQKRPFRGVPVLLKNTGQQLKGERTTSGSKLLKQYVSVAKQDSHFVRAFRDAGFQFIGHTNTPEFGLKNITEPETDGPTRNPWNVAYSPGGSSGGSAAAVAAGIVPLAGASDGGGSIRIPASFTGLFGLKPTRGRTPVGPGAGRQWHGAAIDFVVTRSVRDSAAMLDVLQTSQPEAAFQAPLYLESYLETMKQPPKEELRIAYSVTSPVGTPVSNEAKEAVMKTVQWLERLGYQIEENDPPIDGKELMRNYYLMNSGEIATVGMQLEKMIGRKITSDDVELETWLLHCAGQSVSAAAFSSSIASWDVAAAAMADFHKSYDFYITPATAFTAPKVGELSWDTIEKKRWITKMENAKANEKQEIIYDMFLPSLTYTPFTQLANLTGQPAMSLPLHVTSENMPLGVQVMANKGEEHRLLQLAYQLEETDLWQGMKGNPYYNPMQ	PGPT0006115_2642	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
AK148_03695	168			hypothetical protein	ATGAATTATTGGACAGATTATCTTCCTGATTGGAGACAAATATACTATACAGCGATTGCCTTTGTAATTCCATTTTTGTTGTATCAAATAAATAAGAGATTACACCACTACGGTGATCCATCTTGGAAAAAAGATAATGCAGATGAAACGCCACAAGAAGATGAGTAG	MNYWTDYLPDWRQIYYTAIAFVIPFLLYQINKRLHHYGDPSWKKDNADETPQEDE				NA	NA	NA	NA	NA
AK148_03696	1140	yndE		Spore germination protein YndE	ATGATGCATCAGTTTAAATATGCCGATGATAAAATTAGCGACAATGAGTTAATGATTACCATTCCTTCTGTAACCATTGGTGTAGGTGTACTCAGTTTACCAAGTTTAATTGCTGAGGATACAATAGGGTCTGACGGATGGATTCCTCTTCTTGGTGCTGGAAGCTTGTTTGTTGCATTAGCTTGGTTAATTGTTAAAGTTGCTTCGATGTATCCGAACCAACCCTTTATTAGTTTTGCATCCCTTTTAGTATCGAAGCCAATAGCTACTATAATAACCATTTTACTTGCTTTACAAGGCATTTTTATTACAGCATTTGTTTTACGAATTATTGCTGATCTTGCGAAAGAATATTTATTTGATCGTACTCCAGTGGAGGTGATTTCCCTTAGCTTTCTCTTGGTAGTAAGTTACGCAGTTTCTGGGTCAAGAGCAGGTTTGTTTCGGTTAAATATGATGTTTTTTCCGATCATTATTTTTATTATTGTTTTTGTTAGCGTTTTTTCTATTAATTGGTACGATGCTAGCAATTTTCTTCCAGTATTTCAAACTGACTTCCAAGGATATCTAAAGTCTACAAGAAACAGCCTATTCTCCCTAACTGGATTATTTGTTTTATTTTTTTACACGTCGCTAGTACGTAAACCAGATAAAGCGCCTAGAAAGGCGGCTTATGGTATGACAATGGTTTCTATATTCTATATATTTATTTATTTTATGTGTGTCGGTGTGTTTGGCTATGCCGGAACAGCTAATGCCAATTACCCCATTGTTGAAATCGCCAAAGAAGTTGAAATACCCGGAGGTGTCTTTGAAAGGTTCGATTCCATTTTCTTTGTGATTTGGATGATGGCCGTTTTTAATACGGTTACAATGGCTTTAGATTCATCTTTATATGCTTTGAAGTCTGTTTTTAATCTAAAGAAAATGCACTATATATTAGTTTTAACACCGATGTTGTTTTTTGTGGCAATGATTCCTAAGGATGTAATAGATGTTAGAGAATTCGGTGATTTTGTAAGTTTGTATGGTCTAGTAATTACAACACTAACAGCAATTGTGTTATTTATTATTGCATCTGTGAAAAAAAAGGTCAGTTCCGAAGCTAGCACTTCTAAAAGGGGGAACTCTAAATCATGA	MMHQFKYADDKISDNELMITIPSVTIGVGVLSLPSLIAEDTIGSDGWIPLLGAGSLFVALAWLIVKVASMYPNQPFISFASLLVSKPIATIITILLALQGIFITAFVLRIIADLAKEYLFDRTPVEVISLSFLLVVSYAVSGSRAGLFRLNMMFFPIIIFIIVFVSVFSINWYDASNFLPVFQTDFQGYLKSTRNSLFSLTGLFVLFFYTSLVRKPDKAPRKAAYGMTMVSIFYIFIYFMCVGVFGYAGTANANYPIVEIAKEVEIPGGVFERFDSIFFVIWMMAVFNTVTMALDSSLYALKSVFNLKKMHYILVLTPMLFFVAMIPKDVIDVREFGDFVSLYGLVITTLTAIVLFIIASVKKKVSSEASTSKRGNSKS	PGPT0025120_40	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025120-yndE-K06311	NA	NA
AK148_03697	1542	gerBA_2		Spore germination protein B1	ATGGGAAGACGTGTAATAAAAAGAAACAATCAAAACGCACAAACAGATGATAATCATTTCAATACATATTTGACATCTTCTTTAAAGGAAAATCTCGACAGTATTCAAAAAATGCTCGGAAACCCTGTTGATTTAGTCGTAAGGAACTTCTATTTGGCAAAGCACGCCTGTGCCATTATCTATATTGATGGATTGAGTAACAAACAGCAAATTGAAGAAAATGTTCTAAGGGAATTGGAGAGATTGGAGCAAAGTGATCAAACAGCAGAATTAAATACATCGAATTTATTAGCTATTATTCATGAACAATTAATTAGTATTTCTGGCATAAAAAATGTAGATACCATGGATAAATTATCACTTGGACTATTGTCAGGAAGTTCTGTACTTTTGCTTGACGGTGTGGAACGTGTTTTGTTATTAGAAACCAAGGAATGGGAAAGTCGTGCGATACAGGAACCTGTATCCGAAGCACTTATTCGTGGCCCAAGAGAAGGGTTTGTAGAAAACTTAAACACCAATATCGTTTTAATCAGAAGACAAATACGCGATCCTAATCTACATTTTAAAGAATATGATATAGGAAGAAGGTCAAAGAAAAAGCTTGTACTAGCTTATATATCTGGGATTATTCACCCAAAGCTATTAAAGGAAGTTGAAAAAAGAATATCCTCCATTGACACAGATGATGCAATGGAATCGGGATATATTGAGCAATGGATTGAAGATAGTTTTTTGTCTCCTTTTCCACAAATATTTAATAGTGAACGACCTGATAAAGCAGCTTCTGCCCTCATAAAAGGTAAATTTATTATCTTGCTTGATGGAACCCCTTTTGTTCTCATCGCACCTACAGAAATAGGTGGAGCATTTAAATCACCAGAAGATTATTACGAGCGTTGGTTAATTAGTTCATTGATAAGGGTGTTACGTTATTTAGCAGCTTTTATAACCATGTTCCTACCTGCTTTGTATATTGCTTTAGTTTCGTATCATCAAGGGATGATTCCATCCAAGTTAGCTTTTTCGATTGCGGCAACAAGGCAAGGTGTGCCATTTCCTGCTTTTGTTGAAGCTGTACTAATGGGAATTACCATGGAACTGCTAAGAGAAGCCGGTGCGCGTTTACCGAAAACAATTGGCCAAACCATTGGTATTGTTGGAGGATTAGTTATTGGAGAAGCAGCCGTTTCAGCAGGTGTTGTAAGTCCAATTATGGTTATTGTGGTCGCTTTAACAGCAGTGGCATCATTTACAATCCCCATGTATAGTGTCGCTATTTCCTTTCGAATGGTTCGCTTCGGATTTATGGTAGCAGCGGCTTTTTTAGGCTTGTATGGTATTATCCTCGCCTATATTATGGTCAATATTCACATTGTCAATTTAAAAAGCTTTGGCGTTCCTTATTCTACTCCTTATGCACCGACATTTATTAGTGATTGGAAGGACTTAGTCTTACGTATGCCAGCACCAATGTTAGGGAGAAGACCGGAATATTTACAAACAAAAGACAAAATTTCTGCAAAAAACACGGAGGGATAA	MGRRVIKRNNQNAQTDDNHFNTYLTSSLKENLDSIQKMLGNPVDLVVRNFYLAKHACAIIYIDGLSNKQQIEENVLRELERLEQSDQTAELNTSNLLAIIHEQLISISGIKNVDTMDKLSLGLLSGSSVLLLDGVERVLLLETKEWESRAIQEPVSEALIRGPREGFVENLNTNIVLIRRQIRDPNLHFKEYDIGRRSKKKLVLAYISGIIHPKLLKEVEKRISSIDTDDAMESGYIEQWIEDSFLSPFPQIFNSERPDKAASALIKGKFIILLDGTPFVLIAPTEIGGAFKSPEDYYERWLISSLIRVLRYLAAFITMFLPALYIALVSYHQGMIPSKLAFSIAATRQGVPFPAFVEAVLMGITMELLREAGARLPKTIGQTIGIVGGLVIGEAAVSAGVVSPIMVIVVALTAVASFTIPMYSVAISFRMVRFGFMVAAAFLGLYGIILAYIMVNIHIVNLKSFGVPYSTPYAPTFISDWKDLVLRMPAPMLGRRPEYLQTKDKISAKNTEG	PGPT0025115_148	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025115-yndD-K06310	NA	NA
AK148_03698	1005			hypothetical protein	ATGAATAATTTATACACGAACTATTTTACGGCTTCAGATATTTCGACGTTATGGGACACTTACGAAAGTGATACAATCATAAAATACGGCATGAAACATTTTCTTCAACATGTAGAGGATCCTGATATTCAAAACATATTACAAGAAACATTACAGTTAATCGAAAGAAATATTCATCATATGGAAGAGCTATTTAAAAAAGCAAATTTTCATATACCTAAAGGATTTACAGACGAAGATATCAATGTAAATGCACCTCGTCTATTCTCGGACACCCTTTATTTAGAATATATTTTTAATATGACATTTTTTATGTTAGACACATACAGTTTAGCTCTTTCCGTCGCAGATCATAAAGATGTCAACGATTACTACGCTAAAAATTTAAAAGCTGCTATTTCTTTAAATAAACAAGCAAAAGAACTGGAAAAAGAAAAAGCCATTTACATTCGTTCTCCCAGATTACCCCATCCAAAAACCATCACATTTGTTGAAAATAAAAACTACATGACTGGGTGGCTCGGTGAGCGCAGACCTTTATTAGGTATAGAAGTAACTAACTTAGTCTTTCATTCTAAGCGTAATGCTTTAGGCCATGCTATAATTACAGGATTTAGTCAAGTAGCTCAATCCAATGAAGTGAAGAAATTCTTCCAAAAAGGAAGAGATATTTCTGGTAAACATTTAGAAGTGTTTACATCTATTCTTCATGAAGATTTCTTATCCGATGGTGCGCTTTTAAGAACTTCAGAGGTAACGGATTCTACAACTGCTCCATTTTCCGATCGCCTCATGGTGACCTTCGTTGCGAACCTCATTGCTTCCAGTATTGGACAATATAGTGTCTCTATGTCTAGAAGCCCCAGACATGATTTAAGTGTGCAATATGCACGTTTAATGGCAGAAGTAGGAAAATACGCCAACGAAGGTATGAAAATCCTTATCCGTCATGGATGGCTGGAACAACCTCCCATGGCCGCTAATCGAAATGATTTAGTGGAATAG	MNNLYTNYFTASDISTLWDTYESDTIIKYGMKHFLQHVEDPDIQNILQETLQLIERNIHHMEELFKKANFHIPKGFTDEDINVNAPRLFSDTLYLEYIFNMTFFMLDTYSLALSVADHKDVNDYYAKNLKAAISLNKQAKELEKEKAIYIRSPRLPHPKTITFVENKNYMTGWLGERRPLLGIEVTNLVFHSKRNALGHAIITGFSQVAQSNEVKKFFQKGRDISGKHLEVFTSILHEDFLSDGALLRTSEVTDSTTAPFSDRLMVTFVANLIASSIGQYSVSMSRSPRHDLSVQYARLMAEVGKYANEGMKILIRHGWLEQPPMAANRNDLVE				NA	NA	NA	NA	NA
AK148_03699	483			hypothetical protein	ATGGATACAAACCTAAGCAAAAAAAGTAAAAAACTAGCAGCTATACTATGGAGTATTGCCTTGCCGGGATTTGGCCAATTATTAAATCAAAAGTATGTAAAGGGGCTATTACTAATTGGCTTGGAATTTATCATTAATGTTATGGGTAATTTTAATAAAATCATCATTTATAGTTTTCAATTTAAAATTGAAGAAGCAATCGAAGCGACTAATTATTTATGGCTGATGTTTTATCCATGTTTATACTTTTTTGCCATCTGGGACGCCTACAAAGATGCTGGCGGAGGGGAAAGACCTTTTGCTTACCTGCCACTCGTTTTTTCTGCATACTTTGTCACGATTGGGCTAATTTTTTCATCCAAACTTCGTGTGTTTGGATATTTAATTGGTCCCATGTGGCTACCAATGCTATTCTTGCCTATCGGACTTAGCATAGGGGCTTTCATTCAATGGATTTTACTTAAAGTTTATACTAAAAAATAA	MDTNLSKKSKKLAAILWSIALPGFGQLLNQKYVKGLLLIGLEFIINVMGNFNKIIIYSFQFKIEEAIEATNYLWLMFYPCLYFFAIWDAYKDAGGGERPFAYLPLVFSAYFVTIGLIFSSKLRVFGYLIGPMWLPMLFLPIGLSIGAFIQWILLKVYTKK				NA	NA	NA	NA	NA
AK148_03700	1029	dppD	COG0444	Dipeptide transport ATP-binding protein DppD	ATGAAGGAAAATCCAGTATTGGAAGTAAGCAATTTAAAAACGTATTTTTACTTAGAAAATAATTTTGTCGCTCGCGCAGTAGATGGTGTAGATTTCACAATACATCAAGGTGAAACGTTGGCTATTGTTGGCGAATCAGGAAGTGGAAAAAGTATCACTTCCCTCTCGATTATGCAATTGATAAATAAGCCTGGAAAAATTGTAGATGGAACCATTTGCCTAGAAGGAGATAATTTATTAACAAAATCCAGTAAACAGATGACTAAAATACGTGGCAATGATATTGCAATGATTTTTCAAGAACCGATGACAGCACTAAATCCAGTCTATACTATTGGTAGCCAAATTGTTGAAACGATTCGAAAACATAAAAACCTCTCCAAGCATGCTGCACGGGAAAGAGCTATTGAATTACTGAATTTAGTTGGATTTCCACGAGCAAAAGAAGTTATGAACGAGTATCCACATCAATTATCGGGTGGAATGAGACAACGGGCAATGATTGCTATGGCCATATCTTGTGATCCAAAACTCCTCATAGCTGATGAACCTTCTACAGCCTTAGATGTAACCATTCAAGCGCAGATTTTAGACCTGCTCATGGAAATGAAAGAACGTTTAAATATGTCCATCCTTTTAGTCACGCATGATCTTGGCGTAGTAGCCGAATACGCAGATCGCGTACTGGTAATGTACGGTGGTCAAATCGTTGAGGAAACAACTGTCGAAGCTATTTTTGAAGAAACGAAACACCCTTATACCATTGGGCTATTAGAAAGTTTACCAAGTTTAGAAAAAGAAGTAAAACGGCTCGGTGCCATTAAAGGTTCTGTCCCTCCAGCCTATCTATTTCCTAAAGGTTGTCGTTTTGCCGACCGCTGCCCGCATGTAATGGATCAATGCAGAGAATCAAATCCTGAACTATTATCCATAGCACCAACACATAAAGCACGCTGTTATCTTTATGAATTAGGAGGAGGCCATTCTCATGACAATCGAGCAAAAACAACTGCAGAACAAAAAATTTGA	MKENPVLEVSNLKTYFYLENNFVARAVDGVDFTIHQGETLAIVGESGSGKSITSLSIMQLINKPGKIVDGTICLEGDNLLTKSSKQMTKIRGNDIAMIFQEPMTALNPVYTIGSQIVETIRKHKNLSKHAARERAIELLNLVGFPRAKEVMNEYPHQLSGGMRQRAMIAMAISCDPKLLIADEPSTALDVTIQAQILDLLMEMKERLNMSILLVTHDLGVVAEYADRVLVMYGGQIVEETTVEAIFEETKHPYTIGLLESLPSLEKEVKRLGAIKGSVPPAYLFPKGCRFADRCPHVMDQCRESNPELLSIAPTHKARCYLYELGGGHSHDNRAKTTAEQKI	PGPT0004435_8003	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
AK148_03701	1020	oppF_7	COG4608	Oligopeptide transport ATP-binding protein OppF	ATGACAATCGAGCAAAAACAACTGCAGAACAAAAAATTTGAACAAGAACAAAATAACGAAACCATTATGCAAGCAAGTCATATAAAAAAATACTTCCCCATCAAAGGTGGTATTTTCAAACATACAATAGGTCATGTAAAAGCTGTCGACGATGTTTCTTTATCCATAAAAAAAGGAGAAACACTTGGTCTTGTTGGAGAATCTGGTTCTGGTAAATCAACACTTGGGCGTGTGTTACTTCGTCTTTTAGAGCCTACAGAAGGTGAAGTCATATTTGAGGGCAAAGACATTTCCCATTTAAACAATCGAAAATTACGTGCATATCGAAAACATATGCAAATTGTTTTTCAGGATCCATTTGCTTCACTTAATTCTAAAATGAGTGTCGGAGAGCTAATTGAAGAGCCTTTACTCGTGCAAACTTCCGTTTCTAAACCAGAACGTAAGCAAATGAGTGTTGAATTGCTAGAGAAAGTCGGTCTACGAGCGAATGATCGTGCAAAATATCCGCATGAATTTTCTGGAGGACAGCGACAACGAATTAGTATTGCACGGGCGCTTGCACTTAACCCAAAATTCATTATCTGTGATGAACCAGTGTCAGCACTCGATGTTTCCATTCAAGCTCAAGTGCTAAATTTAATGGCGGACTTACAGGAAGAATATCATCTTACCTACTTATTTATAGCGCATGACCTCAGCGTTGTTAAACATATTAGTGATCGTGTAGCTGTCATGTATTTAGGACGTATTGCAGAACTTGCACCTAAAGAACAACTCTACCAAAACCCACTTCACCCATATACAAAAGCTTTACTATCATCTGTGCCATCGACAAATGTAAGAGAAAAGAGAGAGAAAATTAAACTTAGTGGTGATTTACCAAGTCCAGCGAATCCACCATCTGGTTGTGTTTTCCGTACACGCTGCCCTATGGCACACGACCGTTGCATAAGCGAAATACCAGCATTAAGCGAGATGGAGAAGGGGCATTTTGTTGCATGCCATTTGTACGAATAA	MTIEQKQLQNKKFEQEQNNETIMQASHIKKYFPIKGGIFKHTIGHVKAVDDVSLSIKKGETLGLVGESGSGKSTLGRVLLRLLEPTEGEVIFEGKDISHLNNRKLRAYRKHMQIVFQDPFASLNSKMSVGELIEEPLLVQTSVSKPERKQMSVELLEKVGLRANDRAKYPHEFSGGQRQRISIARALALNPKFIICDEPVSALDVSIQAQVLNLMADLQEEYHLTYLFIAHDLSVVKHISDRVAVMYLGRIAELAPKEQLYQNPLHPYTKALLSSVPSTNVREKREKIKLSGDLPSPANPPSGCVFRTRCPMAHDRCISEIPALSEMEKGHFVACHLYE	PGPT0004440_6885	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
AK148_03702	1779	appA_4		Oligopeptide-binding protein AppA	GTGTTTAACAAAAAATGGGTATTACTTTTCGTACTTATGTTATTCTTTGGATTTGTATTAGTAGCTTGTAATGGGGATGACACCTCCGAAAAGGAAGGAAATGAAAGCCAAGCAAAAGATGATGATGAAGCAAGTGGCGAGCCTCAAAAAGGCGGCACCTTGACTGGAGCAATGGATACAGCCCCAGCAGGAGTCTTTAATCCGATCTTTTACGAGGAATCCTATGAAGCAAATATTCTTGACTTTACGCACGAATCGTTAGTCGGGCAAACAAAAGAATTAGAATTTGAAGCCGAATTAGCTAAAGAGTGGGAAATTAATGAAGACCAAACGGAAATTACCTTACAACTGGAGGAAGGCGTAAAATGGCATGATGGAGAAGAATTCACTGCCGATGATGTCGTTTATACGTACAAAGCGATAGCTAGTCCTGGCTATATAGAAGCTGGCGGAGTTCGTACAGAATACGTTGTAAGATTGCTTGGGTATGAAGCGTTCAACAGTGGAGAAACGGATGAATTTGAAGGGGTAGTAGCTGAAGATGATTACACCGTAACTTTTAAATTCGCCGAGCCTAATGTAACGATTTTAAAAGACGTCTCTTTCGCCATTATTCCTGAGCATATTTTTGCAGATGTACCAATAGCTGAAATACCTGAACACGCTGCAACTTTAAACGCTGGCGAGGTAATCGGTACTGGACCATTTAAATTTACAGAAATGCTAGAACGTGAGCAATACGTTCTGGAAAAGAATGCAGATTACTGGAAAACCGAGCCATATTTAGATCAGATTGTATGGCGTGTGGTTGACCAGTCTGTCATGCTAGGTCTGCTAGAAAGTGAGGAAATTGACTTCATTGCTGATCCTTCTGGCGTACCAGCACCTGACTTCGAAACAGTTGACGCACTGGAACATATTGAAATTATGGAACAACCCGACTTCGGGTATCAATTAATGGGCTTTAAAGTTAATCACCGTACGGATGCCGATGTAGAAGCCGGTGCCATTGAGCCGGACAACTGGGTACCAAATGAAGATATGGGTGAACTAAAGGTTCGCCAAGCAATGGCACATGCTATTGATCGCAACGCGCTTGTTGATAACTTACTTTATGGCCATGGTTCTGTAATTAATGCTCCAATAGCACAACAATTTTGGGCTTACGATGAAGAAGCAACAACAAATTTTGAATTTGATCCTGAAAAAGCAAAATCACTATTAGATGAAGCTGGCTATGAAGATACAAACGATGACGGCTTCAGAGAAACGCCAGATGGAGAAGAATGGGTGGTCAACTTAAACTATCCAACTGGAAATAAGCTCCGTGAAGACTCTGCGCCAATTATAGAACAGTTCTTAGAAGATGTAGGAATAAACATTGACCTACGCCAACCAAAGGAAATGACCGCATACGTCGAAGAGCTAACTAATGATAATTCCGATTGGGATCTATTCCTTCTAGGCTGGAGTTTAGCCAGTGCTGATCCAGATCCTTCAGGGCTTTGGGGAGCAGACGCTGCTTATAATTATCAGCGTTGGAACAATGAACAGTCAGAAACATTATTGGAAGAAGCGATGCAAGCACCTGAAGCATTTGAACAAGATTACCGTGCTAAAAAGTATAGTGAATGGCAAGCAGTATTCTCAGAAGATTTGCCAGCTATTTTACTCTATGCTCAAAATAAAATTTATGCCTTTAACGAACGGTTAAATGGTGTAAATCCAATGCCATATTCCTTTATTAATGAACCAGAAAACTGGTGGTTAGCCGAGTAA	MFNKKWVLLFVLMLFFGFVLVACNGDDTSEKEGNESQAKDDDEASGEPQKGGTLTGAMDTAPAGVFNPIFYEESYEANILDFTHESLVGQTKELEFEAELAKEWEINEDQTEITLQLEEGVKWHDGEEFTADDVVYTYKAIASPGYIEAGGVRTEYVVRLLGYEAFNSGETDEFEGVVAEDDYTVTFKFAEPNVTILKDVSFAIIPEHIFADVPIAEIPEHAATLNAGEVIGTGPFKFTEMLEREQYVLEKNADYWKTEPYLDQIVWRVVDQSVMLGLLESEEIDFIADPSGVPAPDFETVDALEHIEIMEQPDFGYQLMGFKVNHRTDADVEAGAIEPDNWVPNEDMGELKVRQAMAHAIDRNALVDNLLYGHGSVINAPIAQQFWAYDEEATTNFEFDPEKAKSLLDEAGYEDTNDDGFRETPDGEEWVVNLNYPTGNKLREDSAPIIEQFLEDVGINIDLRQPKEMTAYVEELTNDNSDWDLFLLGWSLASADPDPSGLWGADAAYNYQRWNNEQSETLLEEAMQAPEAFEQDYRAKKYSEWQAVFSEDLPAILLYAQNKIYAFNERLNGVNPMPYSFINEPENWWLAE	PGPT0004430_2702	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
AK148_03703	969	gsiC_4	COG0601	Glutathione transport system permease protein GsiC	ATGTACAAATATATTATCCGTAGAATATTAATATTCATCCCGATGCTGTTTGCCCTTACAGTGATTGTATTTGGTATTTCACAGTTAGCTCCTGGAGACGCTTTGTCAAGTAAAATGCTTAATGATCCAAATGTTGACCCGGAAGTTTTTGAAGAGCGTCGTCAAGCACTAGGTTTAAATGATCCTATCTATGTACAGTACTGGAACTGGATAAGTGATGCAGCACAAGGCGACTTTGGAAATTCCCTCTTCTTTAATGGTCGTTCTGTTGCTGAATTAATTGAAGCTCGATTTGCTAACACATTGTATTTAGGTCTTTTCTCCTTAGCTATTACGGTAATTGTTGCTATTCCTATTGGCATTTATTCTGCAAGAAAGCCATACTCATTACTGGACTATGGGGCTACTGGTTTTGGTTTTTTAGGATTAGCTATTCCTAATTTTTTCTTTGGATTAATAGCCATTTACGTCCTATCGATTAACTTAGGTTGGTTCCCTTCGCAAGGGACATTATCCACTCCTGGACTTACGGGATATGAAGCATTTATGAATCGTATTCATCACATGGTTCTCCCTGGTATTACACTTGGGTTAGCAGGCACTGCAACTTATATGCGCTATATGCGTTCCGAAGTGCTAGACGTATTAGGAAGCGATTATATACGTACAGCAAAGGCAAAAGGTATGTCGGAAAGTAATGTCCTCTATAAACATACGCTACGAAACGCGCTTATTCCTATTATCACCTTAATGGGATTTGAAATTGGCGTGTTATTAAGTGGTGCTGTAATCACGGAACAAGTTTTTCAATACCCTGGATTAGGCACTTTATTTTTAAGCTCTGTTATGAACCGCGATTTTCCAGTTGTAATGGCGATTGCTCTCATACTAGGTATTCTCATTTTAATTGGTAATTTAATAGCTGATATTCTTTACAGCATTATTGATCCAAGAATACGTTACGATTGA	MYKYIIRRILIFIPMLFALTVIVFGISQLAPGDALSSKMLNDPNVDPEVFEERRQALGLNDPIYVQYWNWISDAAQGDFGNSLFFNGRSVAELIEARFANTLYLGLFSLAITVIVAIPIGIYSARKPYSLLDYGATGFGFLGLAIPNFFFGLIAIYVLSINLGWFPSQGTLSTPGLTGYEAFMNRIHHMVLPGITLGLAGTATYMRYMRSEVLDVLGSDYIRTAKAKGMSESNVLYKHTLRNALIPIITLMGFEIGVLLSGAVITEQVFQYPGLGTLFLSSVMNRDFPVVMAIALILGILILIGNLIADILYSIIDPRIRYD	PGPT0004445_7691	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
AK148_03704	924	oppC_2	COG1173	Oligopeptide transport system permease protein OppC	ATGCAAACAAATACGGAAAGCACATTACCAACAGGACCGGAAAATGAGCCTATTGATCAACAACATCAACATAAGACACCATTTCAGTTAGCATTTAACCGTTTTAAAAAGAATAAGTTAGCTGTTATTAGCATTTTTGTACTTTTAGCTATTGTTATTATCTGTATTGCTGCCCCATTACTTACGAGTCAAGACCCAATAAAAACAGACGTAACAAATATTGAAAAAAGGCCTACCGATGAGCATATTTTAGGAACGAACGGACAAGGACAAGACAATTTCGCCCGCTTACTATATGGCGGAAGAATCTCTTTAATTGTCGGTTTTAGTGCCATGTTTTTTACGTTAGTCATTGGCGTTGTGCTTGGATCCGTCGCTGGTTACTATGGCGGCAAAGTAGACAGTATCATTATGCGTGGAGCAGATATTATGCTTATGCTACCATTTCTTGTACTTGTGCTAACGATTATCGCAGTTATTGATAAGATAACAATCGGAATATTTGTTACCATTATCGCTTTAACATCATGGCCTAATTTAACACGTATTATCCGAGCTACATATTTATCCCTCCGAGAGCAGGAGTTTGTCTTGGGCGCTAAGGCTATCGGCGCAAGTGATATGCGAATTATTCGTAAACATTTTATTCCCAATGCGATTGGTCCGATTATTGTAAATGCTACGCTCATGATGGCAACATACATTATTGTAGAATCGGGGCTTAGCTTTATCGGTTTTGGTATCCCACAACCAACACCAACTTGGGGCAATATGATTTCAGAGGCGCAAAACATTCGCATATTGCGAAATAATCCAGAAGCATGGATCCCTCCAGGGTTAGCTATTTTAGTAACCGTTCTAGCAATTAATTTTATCGGTGACGGATTGCGAGATGCCTTTGATCCGAAAAGTAAGCAACGATAA	MQTNTESTLPTGPENEPIDQQHQHKTPFQLAFNRFKKNKLAVISIFVLLAIVIICIAAPLLTSQDPIKTDVTNIEKRPTDEHILGTNGQGQDNFARLLYGGRISLIVGFSAMFFTLVIGVVLGSVAGYYGGKVDSIIMRGADIMLMLPFLVLVLTIIAVIDKITIGIFVTIIALTSWPNLTRIIRATYLSLREQEFVLGAKAIGASDMRIIRKHFIPNAIGPIIVNATLMMATYIIVESGLSFIGFGIPQPTPTWGNMISEAQNIRILRNNPEAWIPPGLAILVTVLAINFIGDGLRDAFDPKSKQR	PGPT0004450_5605	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
AK148_03705	1701			hypothetical protein	ATGAAAAGATTCCTACGCTTTAACTATGTTAAAAATAAATTAATTATTGGTTACGTTTCTATTATAGTTGCACTTATAATAACAGCCGTTTATCATTTTTATACAGCGAAGCAAGTTCATGAGGAAGTAGAATCCGTTATAAGTACGGAAGTAGTGGCTGTTCAAAAAGTTGAACGTCTTCATGCAAATCTATTAGAGCAACAGGCATTAGCTATGGGGTTTCTATTAAAGGAAGATGATACGATCCGTAAAAACTACGAACAAAGGCAAGCGGAAGGGAAGCATTTAATAGAAGAAATACAGACGATGGCATCAGCTAAACAATGGCACGAACTAAGCAATAAACAAAAAGAATGGCAGCAAGAAGTCAAAAAGCGATTGAATAAAATAGGTGATGGAGAACCGACAAGTAACTTAGCAAACGTTCAAACGTTAGGTTCTGAAGTTAGTTCCATCATGCAAGAGATGGTAGATAACCAAACGAAAAAACTGGAAAATAAACAAGCGCAGGCTGTTTCTAATGCAAAAGAAACACAAACTTGGTTTGTCATACTTACTGCTAGTATCATTTTATTCATAGTTGCCATTAGTGTACTAACTGTCCGATCCATTGCCATACCAATCCATCAATTGCGGGCGAGGATAAAAGGTATTGCGGAGGGGAACGTGCAACCAGAGCCATTGCCAATAAATACAGGTGGTGAGCTTGGACAAATGATGGAAGCGACTAGTACTATAAGTGAAAACATTAACAATTTTTTGGGTAAAGTTAATCACGTATCAAATACGATAAGTAATTATGGTCAATCTTTTACTCGTTCGGCTCAAGAAGTGATGGAGGGAGCAGAGCAAATAGCTACAACCATGCAAGAATTAGCCGTTGGTTCAGAGACACAAGCAAATCGAGCAAGTGATTTAGCGATGAATATGGAAACATTCAGTACGAAAGTGAGTGATACAAACGACCAAGGAAAGTTAATCGATCAAGCGTCTCAAGAAATTTTGACGATGACCGAGGAAGGGCAGCAGATGATGAAATCTTCCTCAGAGCAAATGGACCAAATTGATAAAATAGTGAAAGAAGCAGTAGATAAAGTGAGGCAATTGGATGAACAATCGCAAGAAATTAATCATTTAGTCGAAACAATTCAAGATATTGCGGAACAAACGAATTTACTTGCATTAAATGCTGCGATTGAAGCTGCAAGAGCGGGAGAGCATGGAAAAGGCTTTGCGGTTGTAGCAGCTGAGGTAAGAAAACTCGCTGAACAAGTAAGCGATTCTGTAACAAATATAACTGGAATTGTTACCCATATTAAGCATAACTCCAATTTAGTTACGAATACACTAGAAAATAGTTATGAGGAAGTGGGAACGGGTACCAAGCAAATTCACGCAACACAACAAACATTTGATGGTATAACCATGTTTGTCAATGAAATGGTTCAGGTTATAAAGACAATTTCTTCGCACTTAGAAGAAATGAAAGATAATAGCAGCAAAATGAATACAGCTATTCATGAGATAGCTTCTGTTACAGAGGAGTCATCAGCTGGAATTGAACAAACGGCAGCTTCGTCCCAACAGTCCAGTGCAGCAATGGGAGAAGTTGTTGATCAGTCCAAAGATTTGGACAATCTCCGGCATGAATTACATGAAATGGTTCACATTTTCAATAAAGGTAACATACATGAAGAGTAG	MKRFLRFNYVKNKLIIGYVSIIVALIITAVYHFYTAKQVHEEVESVISTEVVAVQKVERLHANLLEQQALAMGFLLKEDDTIRKNYEQRQAEGKHLIEEIQTMASAKQWHELSNKQKEWQQEVKKRLNKIGDGEPTSNLANVQTLGSEVSSIMQEMVDNQTKKLENKQAQAVSNAKETQTWFVILTASIILFIVAISVLTVRSIAIPIHQLRARIKGIAEGNVQPEPLPINTGGELGQMMEATSTISENINNFLGKVNHVSNTISNYGQSFTRSAQEVMEGAEQIATTMQELAVGSETQANRASDLAMNMETFSTKVSDTNDQGKLIDQASQEILTMTEEGQQMMKSSSEQMDQIDKIVKEAVDKVRQLDEQSQEINHLVETIQDIAEQTNLLALNAAIEAARAGEHGKGFAVVAAEVRKLAEQVSDSVTNITGIVTHIKHNSNLVTNTLENSYEEVGTGTKQIHATQQTFDGITMFVNEMVQVIKTISSHLEEMKDNSSKMNTAIHEIASVTEESSAGIEQTAASSQQSSAAMGEVVDQSKDLDNLRHELHEMVHIFNKGNIHEE	PGPT0015710_16293	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
AK148_03706	582		COG1611	Putative cytokinin riboside 5'-monophosphate phosphoribohydrolase	ATGGATAAACTCGCTGTGTTTTGTGGTTCCAGACCAGGCATCTCACCGACATACTTAGAAGCAGCTACAAAGCTCGGGAAAGAACTCGCTAATCAACATATTACGCTCGTCTACGGTGGTGCAAGTGTTGGTCTCATGGGGGCTGTCGCTGATGCCGTGCTAAATGAAGGAGGCAAAGCAATTGGGGTTATACCAGAATTTCTAAAAAGCAAGGAAGTCTATCATAAAAATCTAACGGAACTAATCATCGTCGACTCCATGCATGAAAGAAAAATGACAATGGCAAATCTAGCGGACGGTTTTATTGCTTTACCGGGAGGCCCAGGCACCCTCGAGGAATATTTCGAAGTATTTACGTGGGCACAATTAGGTTTGCATCAAAAACCATGTGGACTCTTAAACATAAACAGCTATTACAACCAACTACTTCATTTTTTCCAGCATATGCAGGAACAACAATTTATGGAGCAAAAGCACCTCGATGTTGTATTATCTGATACCAATGCAATAGCGTTAATTGAAAAGTTTCGTCAATATGAGCCACCAGCTATTAAATCGTTTTTAAGAGCTCACCAAACCTAA	MDKLAVFCGSRPGISPTYLEAATKLGKELANQHITLVYGGASVGLMGAVADAVLNEGGKAIGVIPEFLKSKEVYHKNLTELIIVDSMHERKMTMANLADGFIALPGGPGTLEEYFEVFTWAQLGLHQKPCGLLNINSYYNQLLHFFQHMQEQQFMEQKHLDVVLSDTNAIALIEKFRQYEPPAIKSFLRAHQT	PGPT0007225_516	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-CYTOKININ_METABOLISM	PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007225-log|yvdD-K22522	NA	NA
AK148_03707	1221	ykuI	COG2200	putative EAL-domain containing protein YkuI	ATGGACCCACTAGATATCATGATGAAGCTTGATCAGATCGTTCCATACTTCGATCCGATTATAAGTGCAGAGAATCAATTCATTATTGGGTATGAAACGATTCCCTATTTTCAAGACGAGGAAAAGGAATTACATAATCTCCTTTGGTTTTTCAAAGACAAAAGCATTCCGAGTGACTTTAGGCTAGAGCTTACGCATACAGTATTACAAAAAGTGTTAGATAAATATATGGCAACAGATCACACACAACTGCTATTTATTCATTACGATGCAAAACTGTTACTAAAAGATAACGGGGACAGTATGCTATCTATTTTACAAGCCTATGAAGAGCAAGGATTAGATTTAAATAAACTTGTGCTACAATTTTCGGAAGCCTTTGTTAGTGATCATATTGCTTCCCTTAAGCACTTATTTGCATACATTCAAACATTTGGCATTCAAATCGCTATTGATGATGTAGGAGAAAAAAACGGGAACTTAGATAAATTAGCTTTAATTAAGCCTAACATTGTCAAAGTCGATGTCTCATTTTTACGAGAAGACGATTTGCCTCAATTGTATCAGGATGTCCATCACTTACTTTCTATGCTTTCGCGCAAAATTGGTGCTGCGCTATTATTTAAAGGGATTACTTCTTTTCACCAGCTAAACTACGCATGGAGAAACGGTAGTCGCTATTATCAAGGAGAGTATCTAGAAAAAACACAGTCAAGTTTTATTCCAATTGACAGTTGTAAAGAAAAGGTCAAAAAAGACTTTCATCATTTCATCAATTACGAACGAAAGAAAATGAAAGCACAACTAGCATTAACGGAAAAAATAAATACGCAAATAGCTAAAACATTAAAGACAATTGATCCTCATGCCCCTTATGATGAAACGATTCTTGCTGTTGCGAGCGATTGTAATGATTACAGTTTCCGCGTTTATATTTGTAATGAGGCTGGATTTCAGCTATCTGCAAATGCGGAAAAAGGCGCAGATGGTATATGGTGTCTACAACCAGAAGGAAGACAAAAAAATTGGAGTTGGCGACCTTATTTCTTTGAAAATATTGCCCGCATGAGTATGGAAAAGAAAGGAATATTATCTGATTTATATACAGATATTGAACGAGATGAACGTATTCGGACATACTCTTACCCTATTACTTCAGATCGTTTTATTTTCATTGACATCCCTTATGATTTTCTCTTTGAACAGGAAGGACTTTTATAA	MDPLDIMMKLDQIVPYFDPIISAENQFIIGYETIPYFQDEEKELHNLLWFFKDKSIPSDFRLELTHTVLQKVLDKYMATDHTQLLFIHYDAKLLLKDNGDSMLSILQAYEEQGLDLNKLVLQFSEAFVSDHIASLKHLFAYIQTFGIQIAIDDVGEKNGNLDKLALIKPNIVKVDVSFLREDDLPQLYQDVHHLLSMLSRKIGAALLFKGITSFHQLNYAWRNGSRYYQGEYLEKTQSSFIPIDSCKEKVKKDFHHFINYERKKMKAQLALTEKINTQIAKTLKTIDPHAPYDETILAVASDCNDYSFRVYICNEAGFQLSANAEKGADGIWCLQPEGRQKNWSWRPYFFENIARMSMEKKGILSDLYTDIERDERIRTYSYPITSDRFIFIDIPYDFLFEQEGLL				NA	NA	NA	NA	NA
AK148_03708	903			hypothetical protein	ATGAACTTTATAAAGAGCAAGTTAGTCATTTTTAGTTTTATGATGTTATGTACTGTTTTATTGGTAGCATGTGGGGAAGAAGAATCTAACTCGAAAAATGAAACGAGCCAGGCTACAGGAGAAAAGGGCACAATTGAAATGGCGCAGATTAGCTGGGCAGAAAATATTGCTGTTTCAAATATGTGGAAAGTTATTTTAGAAGAACAAGGCTATAAAGTAAATTTAAATTTACTAGACATGGGAACGATTATGAAGGCACTTGCTGAAAACGAACTGGATGTTAATTTAGAAGTATGGCTCCCAGTGCAAGATCAAGCCTACTTACAAGAATATAAAGATGATGTATTCTTTTCTGAAGAGCCGTGGTATGATAACGCGAAAGTTGGATTAGTTGTGCCTGAATACTTAGAAGAAATTAATAGTGTGGAAGATTTACATGCGCATAAAGAGATGTTCGAGGGGGAAATAACTGGTTTTGATGCTGGTGCAGGAACAATGGAAGTGACGGAGAAACTAATAAAAGAATATGATTTGGATTATGAATTAGTTCCTAGCTCAGAACCAGCTATGATTACCGAAATCGCACAAGCTATAAAAAATGAGGAGCCAATCGTTGCTCCACTTTGGAATCCACATCGCGTATTCTCCCAATATGATTTGAAGTATCTTAAAGATCCGAAGAAGGTATATGGGGAAGTAGAAAAAATACATCATGCAACAAGGAAAGACTTTAAAGAAGATTTCCCAAGTGTAGATAATTGGTTCAAAAATTGGAAAATGGACGATGCATCCATTGGAGAACTAATGACGTATGTGAATGAAGCGGAAGAGCCGATTGATGGAGCGAAAAAATGGGTTGCAGATAACCAGGAATTAGTTAATACGTGGGTGGAATCGGAGTAA	MNFIKSKLVIFSFMMLCTVLLVACGEEESNSKNETSQATGEKGTIEMAQISWAENIAVSNMWKVILEEQGYKVNLNLLDMGTIMKALAENELDVNLEVWLPVQDQAYLQEYKDDVFFSEEPWYDNAKVGLVVPEYLEEINSVEDLHAHKEMFEGEITGFDAGAGTMEVTEKLIKEYDLDYELVPSSEPAMITEIAQAIKNEEPIVAPLWNPHRVFSQYDLKYLKDPKKVYGEVEKIHHATRKDFKEDFPSVDNWFKNWKMDDASIGELMTYVNEAEEPIDGAKKWVADNQELVNTWVESE	PGPT0013640_3217	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013640-gbuC|proX-K02002	NA	NA
AK148_03709	549	opcR_2	COG1510	HTH-type transcriptional repressor OpcR	ATGGCGAATTCACATGATGAAATGGCGAAAGAAAAGCTTGAAGAAGCAAAAGGCTACGTTATTGAAACCATCGCAGAAACAATGGACGTATACGGTGTAACTCCGGCTGCGGGTAAGCTTTATGCAACGATGTATTTTAAAGAGCAAATGAATCTTGATGAAATGCGAGAAGAATTGGGAATGAGCAAACCCAGTATGAGTACGAGTGTTAGGAAATTACAAGAAAACGAGATGGTAAAGAAAAAGTTTCAAAAAGGCTCACGTAAACATACGTATGCAGCTGAAAAAGATTTTTTCCATTCTTTTATGTCCTATTATTGTCAACTATGGGATCGTGAAGCAAAGATGAATATGGAAGCGATTAAGCAGGCCGAATTTACTTTAGATCAAATTTTTGAAGATGAGAATGTGGCGAGTGAATTGATGGAGGAAGCGCGAGAAATTTATGATCAGCTTGAGCAATCTAAAATATATTATCGTTGGCTTGAGCGTTTAGTTGCTAGTATACGGTCAGAAGAGATATACGAGTTCTTGCCAAAAAAGCCATAA	MANSHDEMAKEKLEEAKGYVIETIAETMDVYGVTPAAGKLYATMYFKEQMNLDEMREELGMSKPSMSTSVRKLQENEMVKKKFQKGSRKHTYAAEKDFFHSFMSYYCQLWDREAKMNMEAIKQAEFTLDQIFEDENVASELMEEAREIYDQLEQSKIYYRWLERLVASIRSEEIYEFLPKKP	PGPT0013690_197	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013690-gbsR-K22109	NA	NA
AK148_03710	1473	gbsA	COG1012	Betaine aldehyde dehydrogenase	ATGTTGAATTTGAAGCAAAACTTTATTAACGGAAAGTGGGTACCTTCTCATACAGGCAACACGCGAGAGATTATAAACCCGTTTAACCAAGAGGTCATTGCTCAAGCGACAGAAAGTGATGAAACAGATACAATATCTGCGATTGCTGCTGCAAGAGAAGCATTTGATGAAGGTGAATGGTCAAGAACATCTGCAACAGAACGCGCTAAAAAATTACATACCATTACAGCGCTCATCGAACGGGATAAAGAAGAGTTAGCTAAACTAGAAACGCTTGATACAGGTAAGACCGTCGAAGAAAGCCGTGGAGATATGGAAGATATTGCTGGAGTATTCCGTTTTTATGCAGAATTAGCTGATAAACATGGTGGCGAATTGATTGACTCCCCCGTCCCAAACACCATTAGCAAAGTAGTCTATGAACCTGTAGGTGTGTGTGGTCAAATCACTCCATGGAATTATCCATTATTACAAGCATCTTGGAAGTTAGCGCCAGCATTAGCTGCTGGAAATACATTAATCATGAAACCAAGCGAAATTACACCATTAACAACCGTAAAACTTTTTACATTAATGGATGAAGCTAAGCTACCAAAAGGTGTGGTCAACCTCGTATTAGGAACAGGAGATACGGTTGGGGCAGAACTTTCTGCTAATCCCGATATTGACTTGATTTCATTTACCGGAGGCTTAAATACCGGGAAAAAAATTATGCAATCAGCCAGCTCTAACGTAAAAAAACTAGCACTTGAGCTAGGCGGAAAAAACCCGAATATTATTTTTGCCGATGCTGATTTCGATATAGCGGTTGACCAAGCTCTACATGCCGTCTTCTTTCATGCTGGGCAAATTTGTTCAGCTGGTACACGACTGATTATTGAAGAAAAGATACATGATGCATTTGTTCAAGCTTTAGTTGAACGAGTGAAAAACATTACGTTGGGGAATGGCTTTGACGCCTCTACGCAAATGGGACCGCTTATTTCTAAAACGCATTTGAATAAAGTCATTCAGTACGTTGAAGACGGAAAAAAAGAAGGAGCTACCGTAGCAGTAGGAGGACAACAACCTGACAATCCAAATTTACAAGATGGATTCTTTTACTTACCTACTGTGCTTACCAACTGCACATCAAATATGCGTGTTGTTCAAAATGAAGGTTTCGGCCCTGTCATTACAGTAGAAACATTTACCACGGAACAAGAAGCCATGCAATTAGCAAATGATTCTATTTATGGGCTATCTGGTGGTGTTTGGACAAAAGATATCGCCAAAGCAGAACGTTGTGTTTCTAGAATGCGCATGGGTACAGTTTGGATCAATGACTACAATGTTTATTTTCCACATGCCCCGTGGGGTGGTTTCAAACAATCTGGCATTGGCAGAGAACTTGGCAAAGCAGGACTAGAAGAGTATCAAGAAGTGAAGCATGTCTATCATAATTTACAGCCTGATGCGTTGAACTGGTTTTAA	MLNLKQNFINGKWVPSHTGNTREIINPFNQEVIAQATESDETDTISAIAAAREAFDEGEWSRTSATERAKKLHTITALIERDKEELAKLETLDTGKTVEESRGDMEDIAGVFRFYAELADKHGGELIDSPVPNTISKVVYEPVGVCGQITPWNYPLLQASWKLAPALAAGNTLIMKPSEITPLTTVKLFTLMDEAKLPKGVVNLVLGTGDTVGAELSANPDIDLISFTGGLNTGKKIMQSASSNVKKLALELGGKNPNIIFADADFDIAVDQALHAVFFHAGQICSAGTRLIIEEKIHDAFVQALVERVKNITLGNGFDASTQMGPLISKTHLNKVIQYVEDGKKEGATVAVGGQQPDNPNLQDGFFYLPTVLTNCTSNMRVVQNEGFGPVITVETFTTEQEAMQLANDSIYGLSGGVWTKDIAKAERCVSRMRMGTVWINDYNVYFPHAPWGGFKQSGIGRELGKAGLEEYQEVKHVYHNLQPDALNWF	PGPT0007165_1385	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0007165-betB_homologous-K00130	NA	NA
AK148_03711	1209	gbsB	COG1454	Choline dehydrogenase	ATGAGCTTAAATATGAAGTTAGAGCATATGTATAAATTACATACATTTGAAATACCAACGACGATAAAGCATGGCATTGATTCCATTCAATCGATTGGAAATGAAGTAAAACAGCTCGGTGTATCAAAAGCCCTTTTAGTAACTGACCCAGGTATCTATGAAGCTGGTGTAACACAGCCGGTAGAAACACACTTAAAAAAAGCGGGGATAGAAGTTGTTGTCTTTAATAAAGTTGAGCCAAACCCACCCGTTCGTTTGATTGCAGAAGGCTCTAAGTTATATAAAGAAAAAGGTTGTGATGGACTTGTTGCTGTTGGTGGAGGGAGTTCTATGGACACGGCAAAAGGCATTGGTGTGGAAGCAACACATCAAGGCAGTGTCTTAGAATATGAAGCTGCGGAAGGAAAAAAGCCCTTAGAAAATCGCATTCCGCCTTTAACAACTATTCCGACTACAGCAGGGACTGGTTCTGAAGTAACACAATGGGCCGTTATTACAGATGAAAAACGTGCATTTAAATTTAATACGGGTGGTCCATTAATTGCTGCACATTTAACAATCATTGACCCAAAACTGCATGTATCCATGCCTCCACACGTTACGGCAATGACTGGTGTGGATGCTTTAGCCCATGCGATAGAATGCTTTACCATGCATTTTGCCCAGCCTATTACAGATGCGGTTGCATTATTGGCAATGGAATACGTTGGAAAATACATACGTGGCGCTTATGCTGACGGAGGTGACCTTGAGGCACGCTATGGTATGGCTCAAGCTGCTATGCTTGCTGGTTTATCTTACGGTAGTGAATCAGCTGGAGCCGCTCATGCCATGTCCCAGACATTAGGTGGTATCCTTCCAGTTGCCCATGGTCAATGTGTTGCCGCTATGCTCGGCCCAGTAATGGAATACAATTGGAAAGGTCATCCTCATAAATTTGCAAGAATAGCCCAAGCATTAGGTATTAACACATTTCATATGACGACAGAGGAGGCTGCCAAAGCAGCTGTAAACGAAATTTATCAGCTTGTAAAAGACTTGGATATCCCGTCATTGGAAGAACAGGGCGTTTCTTCCGATATGATTGAGCGGTTAGCAAAAGAAGCGATGAAAGATCCACAAACAATAGGTAACCCACGTGACCTAACAGAAAAAGACTACCAATGGATTTATAAACGTTGCTTCAATTTAGTAGCAAAAACAGTGTGA	MSLNMKLEHMYKLHTFEIPTTIKHGIDSIQSIGNEVKQLGVSKALLVTDPGIYEAGVTQPVETHLKKAGIEVVVFNKVEPNPPVRLIAEGSKLYKEKGCDGLVAVGGGSSMDTAKGIGVEATHQGSVLEYEAAEGKKPLENRIPPLTTIPTTAGTGSEVTQWAVITDEKRAFKFNTGGPLIAAHLTIIDPKLHVSMPPHVTAMTGVDALAHAIECFTMHFAQPITDAVALLAMEYVGKYIRGAYADGGDLEARYGMAQAAMLAGLSYGSESAGAAHAMSQTLGGILPVAHGQCVAAMLGPVMEYNWKGHPHKFARIAQALGINTFHMTTEEAAKAAVNEIYQLVKDLDIPSLEEQGVSSDMIERLAKEAMKDPQTIGNPRDLTEKDYQWIYKRCFNLVAKTV	PGPT0008300_16	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0008300-gbsB-K11440	NA	NA
AK148_03712	672	lnrK_3	COG2197	Transcriptional regulatory protein LnrK	ATGATAAAAGTATTACTCGTAGATCGAGAAGGAATATCTAGTGAAGGATTACGTTTAATTATTGAAAGAGAAAGGGAGATGAAGTGGGTAGGAACATATTTTCAAAAAGAAGAAGTTATTCATGCTGTCCAAGAAAAACAACCAGACATTGTTGTCTTCCATATCCATCAATCGCATCATACAGTGATAGAATTAACGAAAGAAATAAAAAGTATATCGAAGCAAATTAAAATTATTTACATTTTGTCATTTATTGAGCCCACCTTTATTACAAACAGTATAAAAGCCGGGGTAGAAGGCTATTTCTTAAGCCACTCTGATCATACCAACTTCGTATCTATGATAAAAAATATTTACCATAATCACTACGTTATTACGGAAGACATTGCAGTAACCATTTTACAACAATTTCAAAAAGGAGATGAAAAACAACGTCTACACGCCAAGCTTTTAGAAAAAGAAATTGATTTAACATGGAGGGAACTCGACATCGCCTTCCTTATCTATCAACGTAAAAAAAATAAAGAAATTGCCCAATCACTACATTTGAAAGAGAAAACAGTTCGCGATTACGTCAGCATCATTTATAAAAAATTAGGGGTAAATAAACGATTACTCGTCATTAACCTTTTAGAAAAATTAATAGCAGAAGAACCAGGGGACAATTTCTAA	MIKVLLVDREGISSEGLRLIIEREREMKWVGTYFQKEEVIHAVQEKQPDIVVFHIHQSHHTVIELTKEIKSISKQIKIIYILSFIEPTFITNSIKAGVEGYFLSHSDHTNFVSMIKNIYHNHYVITEDIAVTILQQFQKGDEKQRLHAKLLEKEIDLTWRELDIAFLIYQRKKNKEIAQSLHLKEKTVRDYVSIIYKKLGVNKRLLVINLLEKLIAEEPGDNF				NA	NA	NA	NA	NA
AK148_03713	468			hypothetical protein	ATGAAACCAATAAAGCGATGGAACAGAGATGACCAACCATTACGCAAATTCAAAAGTGAACTTGATGGAATGTTTGAACGTTTCTTTGATGATCCATTTTTCTCCAACAACAGTTTATGGAATAGACAACAAGGTGGATCACTCGCTTGCAATATTCGTGAAAAGAAAGATAAATATATTGTAGAAGCTGAAATCCCTGGCATAGATCCATCCGAAATAGAGGTTGAGATTGAAGACAACATCGTTACGATAAAAGGGGAGAAAAAGCAACAAATAGAAACAGAAGACAATGATACAGAAATGCGAGTTGTGGAGCATAGTTATGGATCATTTCAACGTTCTTTCACACTTCCAGATAACGTGAATACGGATAAAATCAACGCCGATCATAAAAACGGCATGCTATACCTTCACATTCCAAAGACGAAAGAAAGCAAAAAACGTCGTATTAAAATTAATGGGCAATAA	MKPIKRWNRDDQPLRKFKSELDGMFERFFDDPFFSNNSLWNRQQGGSLACNIREKKDKYIVEAEIPGIDPSEIEVEIEDNIVTIKGEKKQQIETEDNDTEMRVVEHSYGSFQRSFTLPDNVNTDKINADHKNGMLYLHIPKTKESKKRRIKINGQ	PGPT0014635_3736	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014635-hsp20-K13993	NA	NA
AK148_03714	825	gspA	COG1442	General stress protein A	ATGAATATATTAGTTACCATTGACGCCAACTACATGCACCCATTAAAAGTAATGCTCCATTCCTTATTTTCACATCATCCTAAGGATTCCTTTTGCATTTATCTCATGCATTCTTCTTTAACAAATGACGAAACGAATACACTATCTGATTATATAGAAAGTCACGGGCATGAACTACAGGTTATTACCTTAGAAAACCATCATTTTGCTGACGCTCCTGTTATTAAACATTTTTCAAAAGAAATGTATTATCGTTTATTGGCGTATAAATTTCTACCAAATTCACTGGATAGAGTGCTTTATCTCGATCCAGATATTTTAATTATTAATTCCGTCCATGATCTGTACCAGATGGACATGGCTAATTATTTGTACGCTGCTGCATATCACGATCGCACCCCCATTACAAATATTAATAAACTTAGGTTACGACCATATGATGTAGAAGCTTACTATAACTCTGGCGTATTACTACTTAACTTAACAGAACAGCGAAAGCATATTTCTGAACAAGCTATTTATGAATTTGTAGAAGTAAACAAGAAAAAATTAATTCTCCCAGACCAAGACATTCTAAACGGCTTATATGCAAAGCAAATTAAAGATATCGATGAAGTTCGTTATAATTTTGATGCACGGTTTTATTATTACTATAAAATTACGAGCAAAAATAAAATAGATATGGATTTTGTTATCAACAATACATCGATTATTCATTTCTGTGGTAAAAAGAAACCATGGTACAAAACATATTATGGGAGCTTTCATTCTTTATATAAACATTATGAACGGTTTGCCATGCATGAGGATGGATTTATTGAGTAA	MNILVTIDANYMHPLKVMLHSLFSHHPKDSFCIYLMHSSLTNDETNTLSDYIESHGHELQVITLENHHFADAPVIKHFSKEMYYRLLAYKFLPNSLDRVLYLDPDILIINSVHDLYQMDMANYLYAAAYHDRTPITNINKLRLRPYDVEAYYNSGVLLLNLTEQRKHISEQAIYEFVEVNKKKLILPDQDILNGLYAKQIKDIDEVRYNFDARFYYYYKITSKNKIDMDFVINNTSIIHFCGKKKPWYKTYYGSFHSLYKHYERFAMHEDGFIE				NA	NA	NA	NA	NA
AK148_03715	516			hypothetical protein	TTGAGTAAAAAAATTGTTTTCATTGATATCGATGGAACATTAACCACACCTGATGGTAAAGTACCTTCGTCAGCTAAACAAGCTATTCGTACTGCCCAACAAAATGGGCATCTTATGTATTTGTGTACAGGACGATCAAAGCCTGAAATTATTTCCAGCATTTTAGAAATTGGTTTTGACGGAATTATTGGAGCTGGCGGTGGCTATATTGAAGTAAATAACGAGCTTGTTCATCATCAAACCATGCCAGAACAGTCCGTCAGAAAGATTGTTGATTACTTCCATCAGCATGAAATTGGCTATTATTTAGAATCCAATGATGGCTTATTTGGCAGCGATAACTGTGAAGAAGTAATACGTCAACGTGTTACGAATGGAATAGATAAAAATAGTGAAGCATATAAGCATGCTGATGCAGAATTCCACTGGTTTTATCAATTACTCAATACGTATCGAGGTAAAGCTATTGACTATGGAAATGTGAATAAGATATCTTTCATCAGTAATAAACATTAG	MSKKIVFIDIDGTLTTPDGKVPSSAKQAIRTAQQNGHLMYLCTGRSKPEIISSILEIGFDGIIGAGGGYIEVNNELVHHQTMPEQSVRKIVDYFHQHEIGYYLESNDGLFGSDNCEEVIRQRVTNGIDKNSEAYKHADAEFHWFYQLLNTYRGKAIDYGNVNKISFISNKH				NA	NA	NA	NA	NA
AK148_03716	291			Putative phosphatase	ATGTATCGAACCACCGTTGCACAATTTGGTCCCGAAAGTGGTGAGATTGCTGTTAAAGGTGTTGACAAATACAAAGCAGTGAAATACGTTTTAAACGTTTTACAAATTCCCAGAGAACAAAGCATGGCCTATGGAGACGGCAATAATGATATCAAAATGTTTGAAGCTGTCCATTACGGTGTTGCTATGGAAAATGCTACCGATGACTTGAAGAAAGGTGCCCGAGAAATAACAACCAAAGCAGAAGATGATGGGATAATGCATAGCTTTAAGCGACATCATTTACTTTAG	MYRTTVAQFGPESGEIAVKGVDKYKAVKYVLNVLQIPREQSMAYGDGNNDIKMFEAVHYGVAMENATDDLKKGAREITTKAEDDGIMHSFKRHHLL	PGPT0008595_412	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
AK148_03717	321			IS256 family transposase ISDku1	ATGCAAGACTTTTTTCATGATAAAACCATTAAAGATTTGGTAAAAGAATGTCGTACTGTAGAAGATGTACAAGAGATGATGAAGCTTTTATTTAAGGATACCATTCAACGGGTATTTGAAGCTGAATTAGAGGATGAACTGGGTTATCAGAAACATAGTACCACTGGCAATAACACTGGAAATAGCCGAAATGGGTATAGTAAGAAAACGGTAAAATCTAAATACGGAGATACCGAATTGAATATTCCAAGAGACCGAAATGGTGACTATGAACCAAAGATTATTAAGAAGTATGAAACGACTATCAATGGAATCGAGTAG	MQDFFHDKTIKDLVKECRTVEDVQEMMKLLFKDTIQRVFEAELEDELGYQKHSTTGNNTGNSRNGYSKKTVKSKYGDTELNIPRDRNGDYEPKIIKKYETTINGIE	PGPT0030665_4089	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030665-putative_transposase-K07493	NA	NA
AK148_03719	525			hypothetical protein	ATGATTCCTATGGATGATTCGGTCCGGCTCCACTGCCTCTTATGTGAAAGGATGGATTATAGAGAACTACTGCAGGCATACGCTTCCAAAGGGAGAAAACCAGCAGTCGATCCAGTCATTCTATTTAAGGTCATTACCTACGCATCCTCGCAAAAAATCTACTCTTCCCGAGGGATAGAAAAAGCATGTCGTCGGGATATCAATTTCCGTTGGCTTCTTCAAGGGTATGCAGCTCCTGATCATTCTACTATCAGTCGTTTTAAGCAAAAATATCTGACCGATACGGTGATGGAACAGCTCTTCTTTCAACAAGTCGCGTGGCTTTATCAACAAGAAGCAATTACCGGTGAAAACATCTATATCGATGGCACCAAAATCGAAGCGTATGCCAACCGGTATTCTTTCGTATGGAAAAGGCAATCACCAAACATGAAGCCAAGATGTATACCAAATGGCAAGCCCTGTTGGAACAGATCAATACAACATACTGTCAGATTTTCACCAGTCCTTACGAGACTTTTTTAG	MIPMDDSVRLHCLLCERMDYRELLQAYASKGRKPAVDPVILFKVITYASSQKIYSSRGIEKACRRDINFRWLLQGYAAPDHSTISRFKQKYLTDTVMEQLFFQQVAWLYQQEAITGENIYIDGTKIEAYANRYSFVWKRQSPNMKPRCIPNGKPCWNRSIQHTVRFSPVLTRLF	PGPT0030640_43	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030640-truncated_tnp-K07487	NA	NA
AK148_03720	372			hypothetical protein	GTGCTTTCCCTACAGGACAAGGAAAGCTACGACAGTCAAACATCGTACAAAGTTCGAGGAGTTTCCGTTCTTAAATTCCGCATCCACGGCAGCTTGGACATTATAAGCTGGTTTGAGTTGACCATTCCTCATATGATCATCTTTCATTCGCATAAACGTGGCATTACGGTCTGTTTTAGAATAACTGTTTCGTTTCTCTCCCATAATCTGATTGGAAGTATCGTAGTGTTCTTTACGTTGAAGCATTTCCTTTACTTGTTCATGATAACGTTGAAGGACCGTTTTTCTTTTCCCTTTTCCATAAACGAACGTGATGTTTTCTTTCGCTTTTACTTTCTCCAGGAAAACAAGCACTTTTTTCAAATCTTCTAA	MLSLQDKESYDSQTSYKVRGVSVLKFRIHGSLDIISWFELTIPHMIIFHSHKRGITVCFRITVSFLSHNLIGSIVVFFTLKHFLYLFMITLKDRFSFPFSINERDVFFRFYFLQENKHFFQIF				NA	NA	NA	NA	NA
AK148_03721	432			hypothetical protein	ATGAAGCGTACAGTTGAAATGATTTTCACTAGTATTGGATTAGTGATTTTCTTGTTAATGACAGTTAGTGTTGGCGTCGTTGCGTTTACGGATAATGATACGATGAAATCAATGGTTGAAGAGTTTATGCAACTCCAAGAAGAAACTTCGCAACATGGAGTTGAAGAATTAAATGAACAAGAGTTTAAAACCGTGCTTGAAACAGGAACAAACTATCTATTCTTTGTGTTTTTAGTTCAAGTAGCGTTGGGTGCCCTTGCATTTTTCTTCTTAATAGGAGACAAAAAACCGAAAGCTGCAGGAATATTACTCATTGTTACCGCTATTGTAGGTACCGTTGCCAGCCTTTTCTTTGGTATTTTCGGAGGCGCCGCTTACCTAATCGCAGGTATTATTGCCCTCGTTCGTAGACCTAAAAAAATGATCGAATAA	MKRTVEMIFTSIGLVIFLLMTVSVGVVAFTDNDTMKSMVEEFMQLQEETSQHGVEELNEQEFKTVLETGTNYLFFVFLVQVALGALAFFFLIGDKKPKAAGILLIVTAIVGTVASLFFGIFGGAAYLIAGIIALVRRPKKMIE				NA	NA	NA	NA	NA
AK148_03722	3057	mtgA		Biosynthetic peptidoglycan transglycosylase	ATGAATTTTAAAGAAAAATGTCAAGCTTTATTCGATAAATGGAAATCTAAATTAAGCCAAACAAGTACATCTTCCCGACCATTACTTCAAGAATGGAAGGAATTATGGAGAACAGGCAAAATCCAGCGAACCTCACGCATTTCCTATCATGTTGTTTGGAATGTTATTCTATTTTTTCTTATCATAGGTTTAATTGGTGTGTTTTTTGCTGGTGGCGTAGGTGCTGGGTATTTCGCTTCGCTGGTCAAGGACGAACCTGTCCTACCTTATCAGGTGATGAAGCAAGACATATACAATTACGATGAAACGTCTAAATTGTATTTTGCGAATGAAACTTACTTGGGTGAATTGCAATCGGATCTTTACAGGGAAGAAACAACTCTGAAAAACATATCCCCGCATTTAATTGATGCGGTTATCGCAACAGAAGATGAGTATTTTCAAGAGCATAAAGGTATTGTCCCAAAGGCGATTGTTCGGGCTATTTTTCAAGAAGTAACCAACGCCGAGACAAAAACAGGTGGAAGCACACTAACACAACAGCTTATTAAAAACCAAATTTTAACCAATGAAGTTTCTTTTGAGCGGAAAGCAAAAGAGATGTTACTCGCTTTACGTCTAGAACGGTTCTTTGAGAAAGAAGAAATATTAGAAGCGTATCTCAACGTCGTGCCGTACGGGAGAAACGCGTCAGGCGATAATATTGCAGGAATAGAAACCGCTGCTCAAGGAGTTTTTGGTGTTTCAGCAAAAGAATTAAACCTTGCTCAATCAGCTTATTTAGCTGGGTTACCGCAAAGCCCGTCCATGTATACACCGTTTCAAAATGATGGTACTCTAAAAGACAAAGACATGCTACAATATGGCATTGACCGCATGAAATCTGTCCTAAAAAGGATGTATGAATCTGAGTATATTACGGAGAAAGAATATAAAGAAGCCTCAGCTTATGATGTTGCGAAAGATTTTACAGAAGGTTCGCCTTCTTCAATTGATAAATATCCCTATTTAACTTTTACCATAGAAGATAGAGCGGAAAAAATCTTAGCAAAGCAGTTGGCCAAAAAAGATGGGCATAGCGAGAAAGACTTGGAAACGGACAAAGATTTGCAAGCTGATTATTTAGAGCGTGCTAAACGCGATTTACGGGTTAATGGTTATGAAATCCATACTACAATTGACAAAAAAATGTATGATGCTATGCAAAAAACTGCCAAAGAATTTGCTTACTATGGACCAGACCGTACTTACACGAAAAAAAATCCAAATACTGGTGAAGTAGAAAAAATTACAGAAAAAGTGCAAACAGCTAGTGTTTTAATTGAAAATAGTTCTGGAAAGATTCTCAGCTTCGTTGGTGGTCGTGGCTATGAAGACGATAATTGGAACCATGCATTTCAAGGCAAAAGATCTAATGGAAGTACAATGAAACCCTTATTAGCATACGCTCCCGCTATGGAAGAAGGGGTTATTCAACCAGGTAGCGTTATTGCTGACTACCCAAAACAGATACCAGGTTGGGAGTTTGGTAAGCCAGGAAACTACAGTGGAGGACATTACGGACTTATTTCAGCCAGAGAAGCCTTAGCAAAATCGCATAACTTTCCTGTAGCTGAAATTTACTCAAAAATAATTAACAACGACCCTGCTTCCAAATATTTGGAAAAAATGGGTTTCACATCACTAACCAAAGGAGATCATGTGCATCCTTCCTTATCCATCGGAGGTATGGAGCATGGTGTATCTGTGGAGGAAAATGTGAACGCATTTACAACGTTTGGTAATAACGGAAAATTTGTTGATGCCTATATGATTGAGAAAATAACAACAAAAAGTGGAGATGTAGTTTATGAGCATAAAGCAGATGCTGTTGATGTTTTCTCTCCACAAACAACTTATTTAACTGTAGATATGATGCGAGATGTACTCACAAATGGTACCGGAGTATACGCTAATTCACAATTGAAACATCGCGGTGTTGATTGGGCAGGTAAAACTGGGACATCTCAAGAGTATAAGGATTCTTGGTTCGTAGCAACAAACCCTAATGTTACATTTGGAACATGGATTGGATATAAAACCGCGTATTCCTTAAATGATGCAGGAATGGGCCTAAGCTATGGACAGCGAAATATTAAGTTATGGGCGGAATTAATTAACAGCGCAACAGATGTAGACCCAAAGTTGTTGGCACCATCTAAAAACTTTCAACGACCTAATGGGATTGTTTCAAGAAGTTATTGTGCTATATCAGGTTTACTACCTTCAGAGCTTTGTGAACAAGCTGGTTTAGTGAAAAGCGATATTTATAACAGTAAATACGTTCCAACTAAAGTAGATGATAGCCTCGTATCTGGTGGAAGTATGGTTGTAGTCAATGGAAAAACAATTGCGGCAGGTCCAAATACGCCTAGTGAATTTACCATTGGAGATGGTTTAGCATTTAACTCGGCATTTTTAAAACGAAAAGGCTACGATAAATTAAGTGACCTCAGTATCTTGTTCCCACGAACAGAGCGGGAAAAATGGGAGAAGATTAGTGGTGTTGGAAGCAGTTCTGGAGGTGCGATTAAAAATGATGGCAAAGCACCAAATACGCCGAGTTCATTAAGAAAAAGCGGCGGAAAACTTACTTGGGGCAAGTCATCAAGCAAAGACGTGGTCGGGTACCGCATTTACCAAGCTACTGGGCCAGGTAACAGCTTCTCCCAAATTGGTCATACAACTTCTACTTCTTACAATATTAACAGCGGGAACGCGCGCTATTATGTGAAGGCAGTCGACTATTTCGGGAAGGAATCTACACCTTCTGCAGAGTTAATCGTTGGCGATACAAAAAAAGAAGAACCAGAAAAACCAGATAAAGGAAACAATAAAGAAAGCCATAAAGAAGCTGAAAAACCATCCAATGCTGTCCAAGAAGAACAGCAAGCTGAAACAACAACGGATGAGACAGATAAGCAACCCGAAAATACAGAAGATGATGATAAAGACAGTACAGAAGAAAATCAAGACGCAGAAGGAGACGATACACCAGAAGCAACAACCGAAGAATAA	MNFKEKCQALFDKWKSKLSQTSTSSRPLLQEWKELWRTGKIQRTSRISYHVVWNVILFFLIIGLIGVFFAGGVGAGYFASLVKDEPVLPYQVMKQDIYNYDETSKLYFANETYLGELQSDLYREETTLKNISPHLIDAVIATEDEYFQEHKGIVPKAIVRAIFQEVTNAETKTGGSTLTQQLIKNQILTNEVSFERKAKEMLLALRLERFFEKEEILEAYLNVVPYGRNASGDNIAGIETAAQGVFGVSAKELNLAQSAYLAGLPQSPSMYTPFQNDGTLKDKDMLQYGIDRMKSVLKRMYESEYITEKEYKEASAYDVAKDFTEGSPSSIDKYPYLTFTIEDRAEKILAKQLAKKDGHSEKDLETDKDLQADYLERAKRDLRVNGYEIHTTIDKKMYDAMQKTAKEFAYYGPDRTYTKKNPNTGEVEKITEKVQTASVLIENSSGKILSFVGGRGYEDDNWNHAFQGKRSNGSTMKPLLAYAPAMEEGVIQPGSVIADYPKQIPGWEFGKPGNYSGGHYGLISAREALAKSHNFPVAEIYSKIINNDPASKYLEKMGFTSLTKGDHVHPSLSIGGMEHGVSVEENVNAFTTFGNNGKFVDAYMIEKITTKSGDVVYEHKADAVDVFSPQTTYLTVDMMRDVLTNGTGVYANSQLKHRGVDWAGKTGTSQEYKDSWFVATNPNVTFGTWIGYKTAYSLNDAGMGLSYGQRNIKLWAELINSATDVDPKLLAPSKNFQRPNGIVSRSYCAISGLLPSELCEQAGLVKSDIYNSKYVPTKVDDSLVSGGSMVVVNGKTIAAGPNTPSEFTIGDGLAFNSAFLKRKGYDKLSDLSILFPRTEREKWEKISGVGSSSGGAIKNDGKAPNTPSSLRKSGGKLTWGKSSSKDVVGYRIYQATGPGNSFSQIGHTTSTSYNINSGNARYYVKAVDYFGKESTPSAELIVGDTKKEEPEKPDKGNNKESHKEAEKPSNAVQEEQQAETTTDETDKQPENTEDDDKDSTEENQDAEGDDTPEATTEE	PGPT0023890_48	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023890-pbp1b-K03693	NA	NA
AK148_03723	654	acuA		Acetoin utilization protein AcuA	ATGAAACATGAAAAAAAGCACTATAAGCTAACAAGAGAAACACAAACAGAAACAATCACCATTGAAGGACCATTAGAGAAAGAAGAATTACAGCAATATAAATTCCATGAAGATTTAATTGCATTTCGACCGCCTTCAAAACAATTTGAAGCTATTTTGAATATCTCTACTTTTCCTGAAGGGCGCATTATCGTAGCAAGGACAAATGACACAATTATTGGATATGTTACTTATTTACATCCAGACCCTTTAGAACGTTGGTCAGAATTTAAGATGGATGAATTAATTGAGCTAGGCGCTATTGAAGTTATTCCTGCTTTTCGTGGTGCAAGAATTGCATCTGGGTTACTTGAAGTATCTATGATGGATGCATTCATGGAAAACTATATTATTATTTCGACAGAATACTATTGGCATTGGGACTTAAATGGTACAAAGCTTAGTATCTGGGATTATCGAAAAGTAATGGAGAAAATGATGGCTGCTGGTGGTTTAGTCCCTGCTTCAACAGATGACCCAGAAATCATCTCCCACCCAGCCAATTGTTTGATGGTTCGAATTGGTAAAAATGTTTCCGAGGACTCCATCAAGCGTTTCAATACGTTACGTTTTCTACAAAGGCATAAATACCGAAATATGCAGGGGGGATTATAA	MKHEKKHYKLTRETQTETITIEGPLEKEELQQYKFHEDLIAFRPPSKQFEAILNISTFPEGRIIVARTNDTIIGYVTYLHPDPLERWSEFKMDELIELGAIEVIPAFRGARIASGLLEVSMMDAFMENYIIISTEYYWHWDLNGTKLSIWDYRKVMEKMMAAGGLVPASTDDPEIISHPANCLMVRIGKNVSEDSIKRFNTLRFLQRHKYRNMQGGL	PGPT0008215_11	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0008215-acuA-K04766	NA	NA
AK148_03724	654	IMPDH_2		Inosine-5'-monophosphate dehydrogenase	ATGCTAGTCGAAGAAATTATGAAAACAGAGGTTATCACACTGACTCCTACAGCGACTATACAAGAAGCACTGGATCTATTAAATCAACATAAGATACGTCACATTCCAATTATTGGAAATGATAATCACGTCATAGGCATCGTTTCTGACCGAGATGTTCGGGATGCCAGTCCTTCCATTTTTGAATCCGCTATAGATAAACATAATTTACAACACGAAATACAATCCATTATGAGTCAACCAGTAATTACGATCCATCCATTAGATTTCGTGGAGGAAATAGCAAAAATATTTTACGATAAAGAAATAGCATGCTTGCCAGTTGTTAGAGAAGGAAATAGGCTAGTTGGCATTGTTACAGAAAAAGACATGCTATACACGATGATTCAATTAACTGGCACTCATGTACAAAGCTCTCATATTGAAATAAAAGTACCTCATCGGCCTGGTATCTTACCTGAAGTGACGGCTATCTTAGGTAAACGCAAAACAAATATCGTCTCTGTACTCGTTTATCCTTCTAAAGATGATCCAAATTATAAAATTTTGGTCTTTCGTATACAAACTATGAATCCACTCCCTGTTATTGAAGATCTTCGTGAAGCTGGTTACGAACTACTTGCTCCAAACCATATCGCGGGGCCAAACCGATGA	MLVEEIMKTEVITLTPTATIQEALDLLNQHKIRHIPIIGNDNHVIGIVSDRDVRDASPSIFESAIDKHNLQHEIQSIMSQPVITIHPLDFVEEIAKIFYDKEIACLPVVREGNRLVGIVTEKDMLYTMIQLTGTHVQSSHIEIKVPHRPGILPEVTAILGKRKTNIVSVLVYPSKDDPNYKILVFRIQTMNPLPVIEDLREAGYELLAPNHIAGPNR	PGPT0008220_290	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,PGPT0008220-acuB-K04767	NA	NA
AK148_03725	1176	acuC		Acetoin utilization protein AcuC	ATGACGTGTACGGCTAAATTTGTGTTCTCTGATAACTTATTGCAATACCACTTTCACGAAGACCACCCTTTCAACCAAAAACGAGTACTGTTGGCAACGGAATTGCTAAAAGCAGCAGGCACTTTACCGGAAGACCGAATCATCTCACCCAGAATGGCAACGGAAGAAGAATTAAAATTATTTCACGATCATGCATACGTTGAAGCAGTTAAACAAGCAAGTCAACGTATGCTTCCAGAACCAAGAGCTACCGAATATGGTCTTGGAACAGAAGATACACCTATATTTCCAGGAATGCATGAAGCCTCTTCCTATCTTGTAGGAGGTTCCCTAACAGCTGTTGATGAAGTGCTATTAGGCAGAGCGACTCACGCATTGAATCTTGGTGGTGGTCTGCACCATGGATTTAAGCGAAAAGCATCGGGATTTTGCATTTATAATGACGGTGCAATTGCGATTCGTTATATAAGGGAAGTTTATAATTTACGTGTGCTTTATGTCGATACGGATGCGCATCATGGTGACGGTGTGCAATGGGCATTTTATGATGACCCCAATGTGTGCACCTTTTCCATTCATGAAACAGGTAGATATTTATTTCCCGGTACAGGGAATGTTAATGAGCGTGGTATAAAGGAGGGGCATGGGTATAGCTTCAATCTGCCTATTGATGCATTCACAGAAGATGAATCGTTTTTGAATGCGTATACAACAGCGTTAACTCAAATTACAGCCTTTTTTAAACCAGATATAATTATAACGCAAAACGGCGCAGATGCGCACTGTTACGATCCATTAACCCATTTATGTAGTACAATGGCTATTTACGAGCGAATACCTTTATTAGCCCATCAATTAGCACATGAGTATTGTAACGGTAGATGGGTAGCATTAGGCGGAGGAGGTTATGATATGTGGCGAGTTGTTCCCCGTGCTTGGGCACAAGTTTGGAATGTCATGCACAATATGAAGCCTGCGAAAGGGGAACTGCCGACATCCTGGTTAGATAAATGGCAAAAAGAGAGCCCTGTTACACTTCCAACTCATTGGGAAGATGACCCTTCTATTGTTCCTGTCATTCCTAGAAAAGAAGAAATTTCTGAGAAAAACAAGCTTGCTTTACAACAGTTATTGAAATATACTGCTAAACCTTCAGACCAGCTGAAGCTATACTGA	MTCTAKFVFSDNLLQYHFHEDHPFNQKRVLLATELLKAAGTLPEDRIISPRMATEEELKLFHDHAYVEAVKQASQRMLPEPRATEYGLGTEDTPIFPGMHEASSYLVGGSLTAVDEVLLGRATHALNLGGGLHHGFKRKASGFCIYNDGAIAIRYIREVYNLRVLYVDTDAHHGDGVQWAFYDDPNVCTFSIHETGRYLFPGTGNVNERGIKEGHGYSFNLPIDAFTEDESFLNAYTTALTQITAFFKPDIIITQNGADAHCYDPLTHLCSTMAIYERIPLLAHQLAHEYCNGRWVALGGGGYDMWRVVPRAWAQVWNVMHNMKPAKGELPTSWLDKWQKESPVTLPTHWEDDPSIVPVIPRKEEISEKNKLALQQLLKYTAKPSDQLKLY	PGPT0008225_310	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
AK148_03726	807	motB	COG1360	Motility protein B	ATGAAGCGTAGGCAAATCAAGAAAACAGCCAACAAGGGTGCACCGAAATGGATGGTTACGTACTCAGATATGGTAACACTGATTTTAGTGTTTTTTGTGTTGCTTTTTTCCATGTCACAAATTGATTTGGTTAAGTTTGAAGCTATTTCAGAATCATTTCGTAATCGCATGATTTTTGATTCTTATCCTTCTGCTGTTCCAATGGAAAACCCAACTGAACAATCAAGCAATAAAGAGAATGGCGAGCAGTCTAATGAGTTTGACTCACCAACACAGCTACCTGACACAACAGACAGAGACGCTAGTCAAGATGATGGAGAGTCTTCTTTAGATCAACTGTTGCAAGAAGTAGAAACGTACTTGGATAAAAATGATTTAAATAATGTGATAACTGCCACACGAACAGATCGAGGCGTAGAACTTGTTTTGCAGGACAGTCTTCTGTTTAATACAGGAGAAGCAGTTATTTTAGAATCAGGAAAGCCATTTTTAAATAAGGTGAGTTCTTTACTACATAATATTCCTAATCCTGTACTTGTTGAAGGTCATACAGATAGTAGGCCGATCTCTAATTTTAGATACCCTTCGAATTGGGAATTATCAGGAGCAAGGGCTGGAAGTGTTATCCGATATCTACTAAATGAAAACCATTTTGACAAATCACGGTTTTCTTCTGTTGGCTATGCAGATACGAAGCCAGTAGCGCCAAATAATTCATCAGCTAATTGGAGTAAGAACCGTCGGGTAGAAATTGTTATTCTGGAAGAAAATAATTTGCCAAAAATGCAAGAAGGAGAAACTGACTAA	MKRRQIKKTANKGAPKWMVTYSDMVTLILVFFVLLFSMSQIDLVKFEAISESFRNRMIFDSYPSAVPMENPTEQSSNKENGEQSNEFDSPTQLPDTTDRDASQDDGESSLDQLLQEVETYLDKNDLNNVITATRTDRGVELVLQDSLLFNTGEAVILESGKPFLNKVSSLLHNIPNPVLVEGHTDSRPISNFRYPSNWELSGARAGSVIRYLLNENHFDKSRFSSVGYADTKPVAPNNSSANWSKNRRVEIVILEENNLPKMQEGETD	PGPT0015375_3613	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015375-motB-K02557	NA	NA
AK148_03727	831	pomA	COG1291	Chemotaxis protein PomA	ATGAGAAAACGCGATATATTAACTCCTTTTGGCATTACTATGGGTTTCATCATGATTATGTTAGCGATTGTTTCCAAAAGTGGATCGTCTGAAGGAGCAGGTTTGTTTTTGGATATTTCTTCTATTTTCATTGTAATTGGTGGTTTAGTTGCTTCGATGCTCATTACGTTTAAATTTGAACAAATTAAGCTGACAAAAAAAGTATTGAGTGAAGCTTTTCATAAACATGATCAGCGACTACCAGAATTAATTACATTATTTGTCCATTTATCTGAGAGGGCTAGACGAGAAGGGCTTCTAGCTTTAGAAAATGAACTAGAGGAAGTAGAAGACCCGTTTATAAAAAAAGGCATCTTGCTTGCTGTGGATGGAATCGAACCTGAAGTTATTAAGGACATCCTAGAGGCGGAAATTATTGCTGTAGAAGATAGGCATTTCCGAGGGAGAGCTTTAATTGAAAAAGCAGGTGAATATGCACCTTCCTGGGGAATGATTGGGACACTTGTAGGTCTTGTATTGATGCTTAATAATCTTCAGGATCCAGCTGCACTTGGACCAAGTATGGCTGTAGCACTACTTACAACACTTTACGGAACGGTACTTGCAAATTTAGTCTTTATTCCAATGGCAGCTAAATTAGAGAGTAAGACAGAAGAAGAAGTGTTTATGAAGCAAATTACGATCGAGGGTGTTATTGGTGTTCAATCTGGTCAAAACCCGCGAATTTTAGAAGAAAAACTAAGCGCTTTTTTATCTAATGAGGATCGGAAAAAGCAACAACAACTTGATGAGCAACCTGGTTTCATGGAGGAAAGTATTCATGAAGCGTAG	MRKRDILTPFGITMGFIMIMLAIVSKSGSSEGAGLFLDISSIFIVIGGLVASMLITFKFEQIKLTKKVLSEAFHKHDQRLPELITLFVHLSERARREGLLALENELEEVEDPFIKKGILLAVDGIEPEVIKDILEAEIIAVEDRHFRGRALIEKAGEYAPSWGMIGTLVGLVLMLNNLQDPAALGPSMAVALLTTLYGTVLANLVFIPMAAKLESKTEEEVFMKQITIEGVIGVQSGQNPRILEEKLSAFLSNEDRKKQQQLDEQPGFMEESIHEA	PGPT0015370_1531	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015370-motA-K02556	NA	NA
AK148_03728	999	ccpA_4	COG1609	Catabolite control protein A	TTGAATAACATTACTATATATGATGTGGCAAGAGAAGCAAATGTGTCAATGGCTACGGTTTCTCGTGTCGTTAATGGAAACCCAAATGTGAAACCTACAACAAGAAAGAAAGTACTAGCTACGATTGAGCGTTTAGGATACCGACCAAATGCTGTGGCGAGAGGCTTAGCAAGCAAGAAGACAACAACTGTTGGAGCGATTATTCCTGATATATCAAGTATTTTCTTTGCGGAACTCGCAAGAGGAATTGAAGATATCGCTACGATGTATAAGTACAATATGATTTTAAGTAACTCGGACCAAAATGAAGAAAAAGAAATTCAATTAATAAATACGATGTTGGAAAAACAAGTTGACGGCATTATTTTTATGGGAGGAAATATTTCTGATCAGCATGTACAGCAATTCAAAAGTTCTTCTGTACCTGTTGTGTTGGCGGCAACATACGATGAGAATAATGAAATTCCTTCTGTAAACATTGATTATGAACAAGCGGCGTATGAAGCTACGCAATTTCTTATTGAGCAAAATAAATCAGCGCCTGCGTTTGTATCAGGGTTAGAAGAAACACATATCAATCAGCTGAAATATAAGGGTTATGCTCGTGCTATAAATGAAGCAGGTTTATCTGTAAACGAGTCACTCATTGTAAAAGGAGATTACTCTTATAATTCAGGTATCGAAGCAATAAATCAATTATTAGATGAGAATGAAAAACCAGCAGCTGTTTTTGTTGCTTCTGATGAAATGGCTCTAGGCGTCATTCATGGAATTCAGGATAAAGGATATCGTGTTCCAGAAGATATTGAGGTGTTTGGCTTTGATAATACTCGATTAGCAACGATGGTTCGCCCAACACTATCCACTATTGTACAGCCTATGTATGATATTGGAGCAGTTGCAATGCGCTTACTAACAAAGTATATGAACAAAGAAGAAGTTCAGGAACAACGGGTAGTTTTACCTCATCGAATTGAAAAAAGAAATTCAACAAACTAA	MNNITIYDVAREANVSMATVSRVVNGNPNVKPTTRKKVLATIERLGYRPNAVARGLASKKTTTVGAIIPDISSIFFAELARGIEDIATMYKYNMILSNSDQNEEKEIQLINTMLEKQVDGIIFMGGNISDQHVQQFKSSSVPVVLAATYDENNEIPSVNIDYEQAAYEATQFLIEQNKSAPAFVSGLEETHINQLKYKGYARAINEAGLSVNESLIVKGDYSYNSGIEAINQLLDENEKPAAVFVASDEMALGVIHGIQDKGYRVPEDIEVFGFDNTRLATMVRPTLSTIVQPMYDIGAVAMRLLTKYMNKEEVQEQRVVLPHRIEKRNSTN	PGPT0014791_354	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_FACILITATING_PROTEIN	SESSILE_ROOT_COLONIZATION,PGPT0014791-ccpA-NA	NA	NA
AK148_03729	1071	aroA	COG1605	Protein AroA(G)	ATGAGCGAATTAGATCAAGTAAGAGATAGGTTAGATAACGTAAACCTAGAAATCTTGCAATTAATCAATGAAAGAGCAAAACTAGTTCAGCAAATCGGGGACATCAAAGCAAAGCAAAGTATGAAGCGGTTTGACCCTGTGCGGGAAAGAGATATGTTAGATCAAATTACTTCTAGTAATGACGGACCGTTTGAAAATGCGACGATTGAGCATATTTTTAAAGAAATATTCAAGGCCAGTTTAGAACTGCAAGAAGATGATCATCGTAAAGCATTGCTTGTATCACGAAAGAAAAAGCCTGAAAATACCATTATTGATATAAATGGTGCAACAATTGGAGATGGTAATGTTCATTTTGTTATGGGCCCTTGTGCTGTCGAAGGGTATGAACAAGTTGCGACAGTTGCCAAAGCAATTAAACAGCATGGCGTAAAGCTTTTGCGAGGAGGAGCGTTTAAACCAAGGACTTCTCCTTACGATTTTCAAGGTTTAGGTGTCGAAGGGTTAGAAATCTTAAAAAAAGCTGCTAAAGAGCATGATTTAGCAGTAGTTAGTGAAATTGTAAATCCAGCACATATTGAAGAGGCACTTGATTACTTGGATGTGATTCAAATTGGAGCAAGAAACATGCAGAACTTTGAATTGCTCAAGGCTGCTGGCGATGTCGATAAACCAGTTCTATTGAAACGTGGTTTATCAGCAACGATATCTGAATTTATTAATGCTGCTGAATATATTATATCCCGGGGTAACAAAAACATTATCTTATGTGAACGGGGAATCCGGACATATGAGAAAGCAACTCGAAATACATTAGACATTTCTGCTGTTCCTATTTTAAAACAGGAAACACATTTACCAGTTATGGTTGATGTTACACATTCTACTGGTCGAAGAGACTTACTATTACCTGCAGCCAAAGCGGCTATTGCTATCGGAGCTGATGGTGTAATGGCTGAAGTACATCCAGACCCTGCAGTTGCACTGTCAGATTCCGCGCAACAGATGGACATTCCGACATTTCACCGTTTTATGGAAGAAATGAAAGATATGACAGAAAGAATGAAGTAA	MSELDQVRDRLDNVNLEILQLINERAKLVQQIGDIKAKQSMKRFDPVRERDMLDQITSSNDGPFENATIEHIFKEIFKASLELQEDDHRKALLVSRKKKPENTIIDINGATIGDGNVHFVMGPCAVEGYEQVATVAKAIKQHGVKLLRGGAFKPRTSPYDFQGLGVEGLEILKKAAKEHDLAVVSEIVNPAHIEEALDYLDVIQIGARNMQNFELLKAAGDVDKPVLLKRGLSATISEFINAAEYIISRGNKNIILCERGIRTYEKATRNTLDISAVPILKQETHLPVMVDVTHSTGRRDLLLPAAKAAIAIGADGVMAEVHPDPAVALSDSAQQMDIPTFHRFMEEMKDMTERMK	PGPT0012915_300	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-PHENAZINE_DERIVATES	BIOTIC_STRESS_RESISTANCE-PHENAZINE-1-CARBOXYLIC_ACID_BIOSYNTHESIS,PGPT0012915-aroG-K13853	NA	NA
AK148_03730	2130	ftsA_2		Cell division protein FtsA	ATGAAAGAACAGATTTTTGCTTTGGATATTGGTACACGTTCCGTTACTGGAATTATTTTAAATCAAGACAAGGAAGGCTTTGAAGTTATCGACTTCTGCATGATCGAGCACGATCACCGTTCTATGTGTGACGGTCAGATACATGATGTTGTCGCTGTCGCTAACACAATTAACCAAGTGAAAAAAAAGCTGGAACAATCATATGGGACATTAACTAAAGTCTGCGTTGCAGCTGCAGGACGCTCACTAATTACCATGAATGGCACAGCCACGTTATCCCTGCAAAATCAGCCTATTAAAGATTCTGAAATCATTCAGCATTTAGAACTAAGCGCCGTGCAAGATGCTCTAGAAAAAGTAAGCCAACAAGAACAGGTTGCGAATACCTATCCATATTATTGCGTCGGTTATTCTGTTCTCCACTATTATATCGACGAACAGCAAATTGGTTCCCTCATTGATCAGCGTGGTGAAGTAGCAAGCACTAAAATTATTGCTACATTTTTACCTAAGGTAGTTGTTGAGTCCCTCTTAGCTGCCCTTTCCAGAGCTGAACTAGAAATGGAAGCTTTAACACTTGAACCAATTGCAGCAATGGATGTACTCATACCTGAATCAATGCGAAGATTAAATGTTGCTTTGGTTGATATAGGTGCGGGCACTAGTGACATCGCAATTACAAACCACGGAACGGTTGCGGCTTATGGAATGGTCGCAGTCGCAGGTGATGAAATTACGGAAGCTATCAGTGATACATATTTATTAGACTTCCCCGACGCTGAAACGTTTAAAAGGGCTATTGTGCAACATAAAGAAGCAAAAGCGCAAGATATTCTTGGCTTTGAAACGACCATATCTTATAAGCAATTAACCAAAGATATCACTTCAGCTATTAACTTTTTGGCTGCAAATATCACGGAAGAAATTTTAAAATTAAATAGCAAGCCTCCAAAGGCTGTTATGTTAATTGGTGGAGGAAGCCTCACACCGAAGATAACAAAAATGATTGCCAAACAACTTGAACTCCCCGAAAATAGAGTTGCTGTAAGAGATATTAGTGCCATTAAACAACTTACTCTTAATGAGAATTTACCTATCCGACCTGATTTTGTCACACCTATTGGTATAGCCATTGCTGCAAAACGGAATCCTGTTCATTATATTAGCATCTACCTAAATGAACTTACACTAAGACTATTTGAAATGCGTACATTAACAGTTGGAGATTGCTTTATCCAAGCAGGGATAGATGTGCATAAGTGGTATGGAAGACCAGGTGCTGCTTCGATTATTACTGTAAACGGAAAAAAAATCACTTTACCTGGGGAGTTAGGAGAGCCACCACAAATAATGTTAAACGGAGCTGTGACTACCGTCGATAAACCAGTAAAAAATGGTGACTTTATTCAAATTGAAAGAGGGAAAGATGGACAATCTGCTACCATTACCCTCTATGAATTGATTGGTGAAGTAAAACCAATGACCGTTTGGTTTGAAAATCATCAGCATACAATTTCTCCTACGTTTTTCGTTAATCAGCAACCAGCGAAAAAAGATGATGTAATTCAAGATAATGACATGATCGATTGGTTTCAGCCCAAGCGACTTCAAGACGTAATCAAACAATTGTCTAGTATCGAATATGATAGAATCAAGCCTTTTTCCATCTTTGTGAATGGAAAGGAAGTTCAACTTTCTATTGGAAAGACGCAATTTTTCATTAATCAACAAAAAGTAGATCCCTCACAACTTCTTAATGACGGTGATCATATTCAAATTATCCAAGGCAAGCAACCAAACGTGCAGGATTTATTAGATCAAGAAGGAAAAAATTATTGGCGTTCTATAACTATATTCTTTAACGGAAAAAAAATCCAATTAAACCAACCAGCATATATAGTAAAAAGAAACGACGAGCGATTAAAGGGAGATAGTTTACTTGATCGTGGAGATAAGTTGCAAATATCTACTCAGAGTAATGGCTTTATTTATCAAGATGTATTTCAACATGTAGATTTAGACCTATCTTCAGCAAGCGGGAAATTCCAAGTTTACAAAAACAAGCAACCAGCTCAATTTCACGAAAGTATACAACCTGGTGATGAGTTAGAAATTATTTGGTCAGAATAA	MKEQIFALDIGTRSVTGIILNQDKEGFEVIDFCMIEHDHRSMCDGQIHDVVAVANTINQVKKKLEQSYGTLTKVCVAAAGRSLITMNGTATLSLQNQPIKDSEIIQHLELSAVQDALEKVSQQEQVANTYPYYCVGYSVLHYYIDEQQIGSLIDQRGEVASTKIIATFLPKVVVESLLAALSRAELEMEALTLEPIAAMDVLIPESMRRLNVALVDIGAGTSDIAITNHGTVAAYGMVAVAGDEITEAISDTYLLDFPDAETFKRAIVQHKEAKAQDILGFETTISYKQLTKDITSAINFLAANITEEILKLNSKPPKAVMLIGGGSLTPKITKMIAKQLELPENRVAVRDISAIKQLTLNENLPIRPDFVTPIGIAIAAKRNPVHYISIYLNELTLRLFEMRTLTVGDCFIQAGIDVHKWYGRPGAASIITVNGKKITLPGELGEPPQIMLNGAVTTVDKPVKNGDFIQIERGKDGQSATITLYELIGEVKPMTVWFENHQHTISPTFFVNQQPAKKDDVIQDNDMIDWFQPKRLQDVIKQLSSIEYDRIKPFSIFVNGKEVQLSIGKTQFFINQQKVDPSQLLNDGDHIQIIQGKQPNVQDLLDQEGKNYWRSITIFFNGKKIQLNQPAYIVKRNDERLKGDSLLDRGDKLQISTQSNGFIYQDVFQHVDLDLSSASGKFQVYKNKQPAQFHESIQPGDELEIIWSE				NA	NA	NA	NA	NA
AK148_03731	420			hypothetical protein	ATGGCAGATAATCAGTTCAATAGTAAAGATTTTATTTTAGGTACATTTATAGGTGCAGCTGTTGGTGCGTTGACTGCTCTATTAATGACACCTAAAACCGGAAAAGAATTCCGTGATGACATTAATACGGGGGCTAGCCAAGTAAAGAAGAAAGCATATGATTGGAAAGAAGTAGCTCAAGAAAAAGGAACCAATTGGAAAGACAAAGCTTATACCACTGGTTCTGATTTAAAGAAAAAAGCAATGGAATCTACATCACAGGTAACAAAAACAGCAGCAGAAAAAACAAAAGATGTAACACAAGGTGTACAGTCCAAACTAAAAGAAAAGCGTAAAAAAGAAGATGAAGCATTAGAAAAAGCAGAGGACGTTGCAGAAGCAATGGAGGAAGCAGCCGAAGAATTAGAAAAGAAAAATTAA	MADNQFNSKDFILGTFIGAAVGALTALLMTPKTGKEFRDDINTGASQVKKKAYDWKEVAQEKGTNWKDKAYTTGSDLKKKAMESTSQVTKTAAEKTKDVTQGVQSKLKEKRKKEDEALEKAEDVAEAMEEAAEELEKKN	PGPT0015027_115	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015027-ytxH-NA	NA	NA
AK148_03732	405			hypothetical protein	ATGGAAATTTTAGCATATATTGCCGCTGTTATTGCAGCTATCGCATTTGTGGTTTTAGTTGTATACATGGTTATTACGTTAAAAGCAGCAAGGGAAACTTTACATAATGTATCTGAAACATTATCCAGCCTTGAACAACAAGTGCAAGGAGTCACGGAAGAAACAACACAATTATTAACAAAAACAAATCAATTAGCAGATGATATGAATCAAAAATCAAGTAAATTAAATAGTCTATTTGATGGTTTTAAAGGTGTTGGTAATACAATAACAGAATTTAATCATTCGTTAAGAGAGTTAACAAATAGTGTTTCAAGAGCAGCAAATAAGAACCCTGAGAAAACGTCACAAGCAATTAAATGGGGAACTACTTTAATGGAACTATGGAAGAAAAAAAATAAATAA	MEILAYIAAVIAAIAFVVLVVYMVITLKAARETLHNVSETLSSLEQQVQGVTEETTQLLTKTNQLADDMNQKSSKLNSLFDGFKGVGNTITEFNHSLRELTNSVSRAANKNPEKTSQAIKWGTTLMELWKKKNK				NA	NA	NA	NA	NA
AK148_03733	120			hypothetical protein	ATGAAAAAGCAGACTCTTTCATTTTATTGTCTAGGAAATTATGAAATTCAGAAAAATTTAGCAGCTGTGGATAAACTAACTAAGTATTTAGCCACGTTCGGCTCCAGCGCAAGTGACTAG	MKKQTLSFYCLGNYEIQKNLAAVDKLTKYLATFGSSASD				NA	NA	NA	NA	NA
AK148_03734	1299	murC		UDP-N-acetylmuramate--L-alanine ligase	ATGACAACTTACCATTTTATTGGTATAAAGGGAACAGGAATGAGTGCTCTTGCTCAGATCCTGCATGATTCTGGAGAGAATGTGCAAGGGTCAGATGTGGAGAAACGATTTTTTACGCAAGAAGCATTGGAAGAAAAAAAAATTCCCATTTTTCCTTTTGCAGAAAGTAACATAAAAGAGAATTATACGGTTATCGCTGGGAATGCATTTTCCGATAACCATCTAGAAATAAAAGAAGCAAGAAGGTTAGGCGTAACCTTCTATCGTTATCATGAATTTCTTGGAGAATGGCTAAAGCAATATACAAGCATTGCAGTTACTGGCGCACATGGTAAAACATCAACGACTGGTCTGCTCAGTCATGTCTTGAGCAGTTCTTTTCCCATTTCTTATTTAATTGGAGATGGCACAGGTAAGGGGCATGTGGATAGCAAGTATTTTGTGTTTGAGGCTTGTGAGTATCGCCGTCATTTTTTAAGTTATGAACCCGATTATGCGATTATGACAAATATTGATTTTGATCACCCAGATTATTTTACAAGTATTGATGACGTTTTTAGCGCTTTTCAATCTATGGTAGAACGTGTAAAAAAAGGTATTATTGCTTGTGGTGATGATGAACAATTACAACGGATACAAGCAAAAGTTCCTGTTGTTTATTATGGGTTTACTGATACGAACGATTTTCAAGCTCAAAATGTAATGGAAACGGAGAACGGAACAACGTTTGATGTATTTGTCAGGAATACGTTTTATGAAACTTTCTCTATTCCAATGTATGGAAATCATAACGTATTGAATGCATTAGCAGTAATTGCTATATGCCATTATGAAGGAATAAACGCTGAGTGCATGAAGCATTTGGCTAGTTTTGGCGGTGTTAAGCGGAGATTCACTGAAAAACGAATAGGAAATCAGGTACTTATTGATGACTATGCGCATCATCCGAAGGAAATAAACGCTACTATTGATTCAGCCCGAAAGAAATATCCAAATAAATCTATTGTAGCGATTTTTCAACCACATACATTTACAAGAACAAAAACATTTTTGCAAGAATTTGCTGATAGCTTATCGCAAGCAGACCATGTTTATTTATGTGATATATTTGGTTCAGCAAGGGAAGAAAGTGGTCAATTAACCATTCATGATTTACAAAAACTAGTGGATAGTAGTTCACTATTAGAATTAACAGATACCAAAGGTTTACAGAAATTTGCCGATAGCGTACTTATTTTTATGGGGGCAGGCGACATTCAAAAATTTCAAGAGGCATATGAAAAAATATTGACCACATAA	MTTYHFIGIKGTGMSALAQILHDSGENVQGSDVEKRFFTQEALEEKKIPIFPFAESNIKENYTVIAGNAFSDNHLEIKEARRLGVTFYRYHEFLGEWLKQYTSIAVTGAHGKTSTTGLLSHVLSSSFPISYLIGDGTGKGHVDSKYFVFEACEYRRHFLSYEPDYAIMTNIDFDHPDYFTSIDDVFSAFQSMVERVKKGIIACGDDEQLQRIQAKVPVVYYGFTDTNDFQAQNVMETENGTTFDVFVRNTFYETFSIPMYGNHNVLNALAVIAICHYEGINAECMKHLASFGGVKRRFTEKRIGNQVLIDDYAHHPKEINATIDSARKKYPNKSIVAIFQPHTFTRTKTFLQEFADSLSQADHVYLCDIFGSAREESGQLTIHDLQKLVDSSSLLELTDTKGLQKFADSVLIFMGAGDIQKFQEAYEKILTT	PGPT0024120_4846	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024120-murC-K01924	NA	NA
AK148_03735	1113			hypothetical protein	ATGAAGGAAATTGAACAAAAGCTAAATGGGAAAATAGAACGTTTGACAAACAAAACCTTCAAATTTGATGAGCGCATTAAGGAAGGCTGGTTTTCGGCAGTATATTTTTTGAAAACAAGAGAGATAGCTGCAAAAAAATTACCAAACAACCAAGTGACAATGCAGTTCTTTCAAAAAAACGATGCAGTATTGTGTGGGTCGGATGAAGCAATAGCTTTATTACATAAATTTGCGGATAATGCGGAGACACTGGAAATCCATTCATTAAAAGATGGAGACAAGATTAGACCGTATGAATCTGTGTTAACTGTATCTGGAGCTTATCATCAATTTGGCTTTTTAGAGGGCATTATTGATGGGATTTTATCGAGAAGAACATCTGTCGCAACCAATGTATATAATGTGGTAAAAGCGGCCCGGACGTCAGGGAAACAAAAACCAGTCATTTTTATGGGAGACCGTGATGATCATTATACACAACAAGCTGGAGATGGTTATGCAGCATTCATTGGTGGATCAACAGCGCAAGCTACACACGCGATGAATGAATGGTGGGGCAAAGAAGGAATGGGAACCATGCCTCATGCGTTAATTCAGATGTTCCGCGGGGATATTGTCGCAGCTTGTAAAGCTTATCATGAATTATTCCCTGAAGATGATCTAGCAGCACTTGTTGACTATAATAATGATGTAATCACAGATTCTCTGAAAGTTGCACATGCATTTGGCGATGAATTAAAGTCTGTTCGTCTAGATACGTCACGTACATTAGTTGATAAATACTTCTTACGCAACCACCATTTAATGGGTACATTTGATCCAAGGGGAGTAAACCCAGAGCTCATTTTTGCGCTAAGAAACGCATTGGATGAAGAAGGATTCTCACACGTAAAAATTATGGTTAGTGGTGGATTTACAGAAGCTCGTATTGTAGAGTTTGAAAAGCTAGGTGTTCCTGTGGATATGTATGGTGTAGGTAGAAGCTTACTTAAATTGAATATTGGCTTTACAGGCGACAATGTACTTTTGAATGGTACACAAGAAGCAAAAGAAGGAAGACGATATAGACCAAATCCACGGTTAGAAAAAGTTCCTTATACTGAACAAACGTAA	MKEIEQKLNGKIERLTNKTFKFDERIKEGWFSAVYFLKTREIAAKKLPNNQVTMQFFQKNDAVLCGSDEAIALLHKFADNAETLEIHSLKDGDKIRPYESVLTVSGAYHQFGFLEGIIDGILSRRTSVATNVYNVVKAARTSGKQKPVIFMGDRDDHYTQQAGDGYAAFIGGSTAQATHAMNEWWGKEGMGTMPHALIQMFRGDIVAACKAYHELFPEDDLAALVDYNNDVITDSLKVAHAFGDELKSVRLDTSRTLVDKYFLRNHHLMGTFDPRGVNPELIFALRNALDEEGFSHVKIMVSGGFTEARIVEFEKLGVPVDMYGVGRSLLKLNIGFTGDNVLLNGTQEAKEGRRYRPNPRLEKVPYTEQT	PGPT0013375_4683	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013375-pncB-K00763	NA	NA
AK148_03736	2577			hypothetical protein	ATGTGGGATAATTGGAAGAAAAAAATAAAGCGCCTTTTTATAAGTGATGAAGAAAACCATCGAGATGAATATATGCAGCAACCAGATAGACATCATCCTGAGGCCAAAATGATGTATCAATATCCTGCAAAAAAATCATTTCGCTTTCCTGTAGTTCCGGATAAAGGAAATGAAACGAATCAGCATCGTAGCTATTCTGACAAAAATGAAGTATTCGAAAATAGAGGTAATCCAAAAACTCAAAAACCAAGCATACAAGAACATACATATTCCAAATCAACAGAAGATGACGTATCTAAATATGATACACCAGCATTTCGAAGAAGGAATCACAATCATTCTAAACCAAGACATACAACGATGCAAGGCTATAAAGATGAACATTCGAAGCATAAAGTATATAAAAAAAATCCGGACCAACCATTTCGGCCAACAGAAGTTCCTTCACCTATATATGGTTTCCGCCCACGAAATGAAAACAAGGCGAAAGTAATAGAGGAAGTTCCTGCCTATAAGCGTAAGCAGGAGACTGATCCATTTAAAGATTTGGAGGTATTGAAGGAAGGGCCATCTAGAACGGAAATCAATGCTGTAGATGTTGAAGTTCCTGCTTATCAACGTAAACAAGCAATAGAAGATGTAAAGCAATTGGCAAACAGTGAAATACAAAATGAGGGTTATTTCAAGCGAAACAAAAAAGAAACAAACGTTGAACAGAAGGAAACAATAAATGATCTAAAAGAAGAAGAAACGTACCAAAGTGCAAGTATGGAAAAGCACGAAAAGCACACAGATGCAAGTACAGCTAATGAACAAAACCATATTCCATCTGAGTCTTTTAATCAGAAAGATACAGAAGAACAAGTAGAAACGAAGCAAGAATCAGCTGCAACGGTAGTGAAAGAAGAACGGAGCGATGATGACCAACAGAAAGAAGATGAACAAACGAATCAAACAAAAACAGAACCAAAACGGGAAAGTCGTTTATCCCAAAGACGGAGACAACAGCAGATGGGGCAAAATAATGTTCCATTTAATGTGATGATGACACCGAGAGATAAGAAAAACTTATGGGATCGAACAAAGCAAAAACACAATAAAAATGCTGAAGAAACACGGCCTAGTCAATGGACAAATGAGGCGACTGATATGATAACGGAGCACAACGCTGTGCAGGAAATACCTTTGCATTTATTAAATGATATAGAGGACCATTCTTCAGATGATAAAGCATGGTTGGATGAACAACAGCAGCTCCTTGAACAAACGCTAAAGTATTTTAATGTCCAAGCAAAAGTAGTAAATGTTACCCAAGGCCCTTCCGTTACAAGATTTGAGGTTCAACCGCAGCTTGGGGTTAAAGTTAGCAAAGTGAGAAACTTAAGTGATGACTTAAAACTAAATATGGCTGCAAAAGATATTCGAATTGAAGCGCCGATTCCGGGGAAGAATACTATTGGGATAGAAATACCGAATAGAAAACCGCAAATGGTAGGGTTACAAGGCGTGTTTGCAACAGAAGCCTTTAAAAAAAGCAATTCACCGTTAACCATTGCTTTAGGCCTAAGTATAGAAGGTGAACCTTTAATTACCAATATTCAAAAAATGCCCCATGGTTTAATCGCGGGTGCCACGGGGTCTGGGAAAAGTGTCTGTATTAACACCATTTTAATTAGTTTATTGTATAAAGCCCATCATGAAGAAGTGAAATTTTTACTTATTGACCCTAAAATGGTGGAATTGGCTCCGTATAACGGAATCCCTCATCTTGTTTCACCGGTTATAACAGATGTAAAAGCTGCTACCGCTGCTTTAAAATGGGCTGTTGCAGAAATGGAAGAACGCTATGAAAAATTCGTTCACGAAGGCGTCCGTGATATAGAGAGATATAATGAAAAAATGGTCAAACAGCAACAAATGAAGAATAAGCTTCCTTTTATTGTTATTGTCATTGACGAACTGGCAGACTTAATGATGGTCTCCCCACAAGATGTAGAAGACGCGATAAGTAGAATTGCGCAAAAAGCAAGGGCTTGTGGAATTCACCTAATATTAGCAACACAGAGGCCCTCTGTGGACGTGATCACTGGATTAATAAAGGCTAACATACCTACAAGAATTGCTTTTAGCGTGTCTTCACAAGTTGATTCTAGAACTATACTTGATACAAGCGGGGCAGAGAAGCTACTAGGAAAAGGGGATATGTTATTTATAGAGAATGGTTCTGGAAAAACGGTTCGTCTACAAGGACCATTTGTATCTGATGATGAAATCGACAGAGTGGCAAGTTACACAAGAAGTATTGCCCCTGCTAATTATTTATTTGAACAAGAGCAGTTACTAGAACAAATCCATACAGAAGAGGAAGAGGATGAACTTTTAAAAGATGCTATTTTATTCGTACTAGAGCAAAATGGAGCCAGCACATCTTTGTTGCAACGTCATTTTAAAATAGGTTACAATCGAGCTGCTAGATTAATTGATACGCTCGAACAGCGGGGGATTATATCGGGGCAAAATGGTAGTAAGCCGAGAGAAGTTTTAGTTACGTCAACTCAAGTGGAGGACATGATATAA	MWDNWKKKIKRLFISDEENHRDEYMQQPDRHHPEAKMMYQYPAKKSFRFPVVPDKGNETNQHRSYSDKNEVFENRGNPKTQKPSIQEHTYSKSTEDDVSKYDTPAFRRRNHNHSKPRHTTMQGYKDEHSKHKVYKKNPDQPFRPTEVPSPIYGFRPRNENKAKVIEEVPAYKRKQETDPFKDLEVLKEGPSRTEINAVDVEVPAYQRKQAIEDVKQLANSEIQNEGYFKRNKKETNVEQKETINDLKEEETYQSASMEKHEKHTDASTANEQNHIPSESFNQKDTEEQVETKQESAATVVKEERSDDDQQKEDEQTNQTKTEPKRESRLSQRRRQQQMGQNNVPFNVMMTPRDKKNLWDRTKQKHNKNAEETRPSQWTNEATDMITEHNAVQEIPLHLLNDIEDHSSDDKAWLDEQQQLLEQTLKYFNVQAKVVNVTQGPSVTRFEVQPQLGVKVSKVRNLSDDLKLNMAAKDIRIEAPIPGKNTIGIEIPNRKPQMVGLQGVFATEAFKKSNSPLTIALGLSIEGEPLITNIQKMPHGLIAGATGSGKSVCINTILISLLYKAHHEEVKFLLIDPKMVELAPYNGIPHLVSPVITDVKAATAALKWAVAEMEERYEKFVHEGVRDIERYNEKMVKQQQMKNKLPFIVIVIDELADLMMVSPQDVEDAISRIAQKARACGIHLILATQRPSVDVITGLIKANIPTRIAFSVSSQVDSRTILDTSGAEKLLGKGDMLFIENGSGKTVRLQGPFVSDDEIDRVASYTRSIAPANYLFEQEQLLEQIHTEEEEDELLKDAILFVLEQNGASTSLLQRHFKIGYNRAARLIDTLEQRGIISGQNGSKPREVLVTSTQVEDMI	PGPT0030468_4048	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
AK148_03737	603			hypothetical protein	ATGGACATATTTTATAACGTTGATGGTATTGGTGATGTATTGATTATACCGTTGAAAGAAGGAGATCGCTACCAGATTCAGCATGATAGAATAGGTGATATTGTACGAATAAAGAATGAGCATAATGAAGTTATAGGCTATAATATTTTTCAAGCTTCTAAGCATTTTTCCTTTTTACAAGTAGGAAAAATGACGTTAACAGAAGATATGCTAAGAAAAATACAAAAGCTTTTTACAACGCACCAATTAAATGATGACCTTGATTTTGACTTAAGTGCTAAATTTGTGGTTGGCTATGTTCAAGAAAAAAAACAACATGAAAACGCAGATAAGTTGAGCGTTTGCCAAGTGGATGTAGGTGAGGAAGTATTACAAATTGTTTGCGGGGCGCCAAATGTAGAAGCTGGTCAACATGTTGTCGTGGCAAAAGTAGGGGCAACGATGCCAAGTGGGTTAAAAATTAAGCCAACTGAATTAAGAGGGGTGCCTTCTCATGGTATGATCTGCTCGCAAAAGGAATTAGGCTTACCAAATGCACCAAAGGAAAAAGGTATATATGTTTTAAATAATTCCTATGAAGTTGGATCAGCATTTAACATTTAA	MDIFYNVDGIGDVLIIPLKEGDRYQIQHDRIGDIVRIKNEHNEVIGYNIFQASKHFSFLQVGKMTLTEDMLRKIQKLFTTHQLNDDLDFDLSAKFVVGYVQEKKQHENADKLSVCQVDVGEEVLQIVCGAPNVEAGQHVVVAKVGATMPSGLKIKPTELRGVPSHGMICSQKELGLPNAPKEKGIYVLNNSYEVGSAFNI				NA	NA	NA	NA	NA
AK148_03738	810			hypothetical protein	ATGCAAATGACAAGTATCAAATTAAAAAAGCTATTAGACGAACGGTTTCAAAATGACAATTGGCAAACGACGTATAATCGCGATAAAGATACTTTTCGGGTAGAATGGAAAGCATCAAAACAAGGAATTACTATTACTTTACCTAATGTTGTAGCGAAATATAATCAAAAAGGCGAATCAGTCATTGATGATTTAGAGGATCATGTAAAAGAAGCATTGCGAATTATGAACGAAGAACAACAGTTGGAAGGTATGGAAAAACAGATCTTTCCAGTTATCCGGTCTACCTCATTTCCAATTAAAACGAATGCCAATAATAAGCTTATTTATAAAGAACATACGGCTGAAACACGTATTTTCTATGCCATTGATCTAGGAAAATCGTACCGTTTAATTGACCAACCGCTAATTGAAAAAGAAGGTTGGTCAGAGGAGCGAATTGATGAGATTGCATCATTTAATTTACGTTCCTTGCCAATAGATTATAAGCATGATCAAGTAGCAGATAATGATTTTTATTTTCTTGCTTCCCAAGATGGCTATGACGCCAGTAGAATTTTGAACGAAGCGTTTTTGGAGGAAATGAAAGCAAATAGTAAGGGGGAAATGGCAGTTGCCGTCCCACACCAAGATGTATTTATTATTGCAGATGTGCAAAATAAAATGGGGTACGATGTTTTAGCGCAAATGACGATGAAGTTTTTCGCTGAAGGTAGAATCCCCATTACTTCTTTGCCAATGATTTACGAAGATAAACATCTTGAACCAATATTTATACTTGCTAAGAATAGACCAGAAAAAGATAATTAA	MQMTSIKLKKLLDERFQNDNWQTTYNRDKDTFRVEWKASKQGITITLPNVVAKYNQKGESVIDDLEDHVKEALRIMNEEQQLEGMEKQIFPVIRSTSFPIKTNANNKLIYKEHTAETRIFYAIDLGKSYRLIDQPLIEKEGWSEERIDEIASFNLRSLPIDYKHDQVADNDFYFLASQDGYDASRILNEAFLEEMKANSKGEMAVAVPHQDVFIIADVQNKMGYDVLAQMTMKFFAEGRIPITSLPMIYEDKHLEPIFILAKNRPEKDN				NA	NA	NA	NA	NA
AK148_03739	318	ytpP		Thioredoxin-like protein YtpP	GTGAAAACATTGACGAAACAAAAATCATTTACAGAAGTAATAAATCAAGGGAAGGTGGTGCTTTATTTTACAGCAGGGTGGTGCCCAGATTGTACGGTAATTGAGCCCATATTGCCAGAAATTGAAGTAGCTTATCCTGATTATTCGTTTATAAAAGTAGATAGAGATGAATTTATGGATATTTGTCAAGATTATTCTATTTTTGGCATTCCTAGTTTTCTTGCGTTTCAAGACGGAGAAGAAGTAGGGAGATTTGTAAGTAAAGATCGAAAAACAAAAGAAGAGATTATCCAATTTATGGATGGTCTTCCGAGCTAA	MKTLTKQKSFTEVINQGKVVLYFTAGWCPDCTVIEPILPEIEVAYPDYSFIKVDRDEFMDICQDYSIFGIPSFLAFQDGEEVGRFVSKDRKTKEEIIQFMDGLPS				NA	NA	NA	NA	NA
AK148_03740	441			hypothetical protein	ATGGAACTTACTGTCTATTTAGCTGGTCAAATACATGATAGCTGGCGCGATGACGTAAAAAAGTTGGCAGAAACAAAAGAACTGCCGTTACAATTCGTTTCCCCGCAAACCAATCATGAAAGATCCGACAATATCGGGGAAGCTATTTTAGGAAAACAACCTGATTCTCTCTACAAAGATGAGGCTGCCTCACGTATTAATAATTTTCGTACGCAAGTATTAATGGAAAAGGCTGATATTGTTATCGCACTCTTTGGGGAAAGCTATAAACAATGGAATACAGCAATGGATGCAAGTCAGGCAATTACGTTAAATAAACCTACAATAATTATTCGACCGAAATCTTTAATTCATCCGCTCAAGGAACTGTCGGAAAAAGCAAATGTGACCGTTGAAACTGTGGAGCAGGCGTTAGACGTTATTGCATACATTTTTGAATAA	MELTVYLAGQIHDSWRDDVKKLAETKELPLQFVSPQTNHERSDNIGEAILGKQPDSLYKDEAASRINNFRTQVLMEKADIVIALFGESYKQWNTAMDASQAITLNKPTIIIRPKSLIHPLKELSEKANVTVETVEQALDVIAYIFE				NA	NA	NA	NA	NA
AK148_03741	525		COG1986	Inosine/xanthosine triphosphatase	ATGGATATAAAGGTAAGAAAGCAAATGAGGATTATAATTGGTTCAAAAAATAAAGCAAAAATTCAAGCTGTCGAAAAAGTTTTTCCAAATGCTTCTGTTACATCTAAAGGCGCTTCATCAGGAGTGTCAGCACAACCATTCTCTGATGAAGAGACGAAGCAGGGTGCAATTCATCGTGCCCTTAATTGTATTCAAGGGGAAACAAATACATTTGGGATCGGACTAGAAGGTGGCGTCATGTTTATTGGTAATAAATTATACCTTTGTAATTGGGGAGCGCTAGCGTTACCGGGTCACCTCTATACAGCTAGTGGTGCTCGCATTCTTTTGCCGCAAGAAATTACCAAGGAACTTCTAAAAGGCAGAGAACTTGGTGAAGTTATGGATACATTCGCACATCGAAAGCAAGTTAGACAGAAAGAAGGAGCAATTGGTATTTTTACAGCAGAGCGAATATCTAGGATAGACATGTTTTCTCATGTGATAGAATTATTGCGTGGACAATGGGAATATAATCAGCTCTAG	MDIKVRKQMRIIIGSKNKAKIQAVEKVFPNASVTSKGASSGVSAQPFSDEETKQGAIHRALNCIQGETNTFGIGLEGGVMFIGNKLYLCNWGALALPGHLYTASGARILLPQEITKELLKGRELGEVMDTFAHRKQVRQKEGAIGIFTAERISRIDMFSHVIELLRGQWEYNQL	PGPT0021540_483	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BACIMETHRIN|CF3-HMP_DETOXIFICATION,PGPT0021540-yjjX-K01529	NA	NA
AK148_03742	1068	ysdC_3	COG1363	Putative aminopeptidase YsdC	ATGAATCAAGAAACATTGTCCTTATTTAAACAATTGACAGAGCTTCAAGGTGCGTCAGGCAATGAACATGCTGTGCGTTCATTTATGAAACAAGAGTTATCCAAATATGCCGATGAAATCATGCAAGATAATTTAGGTGGCATATTTGGTGTAAAAAAAGGATCAGGACCTAAAGTTATGGTAGCAGGTCATATGGATGAAGTTGGTTTTATGGTGACACAAATAACAGATAATGGCATGTTGCGTTTTCAGCCATTAGGTGGTTGGTGGAATCAAGTATTACTTGCTCAGCGAGTGCAAGTTATAACAGATAATGGGCCAGTTGTTGGTGTAATTGGTTCAATTCCACCTCATAATTTAACAGATGAACAACGCAAAAAGCCAATGGAAATAAAACATATGCTCATCGATATTGGTGCAGATGATAGAGCGGATGTTGAAAAAATAGGTGTTAAACCAGGGCAACAGATTGTCCCTTTAACGCCATTTACGCCGATGGCAAATAGTAACAAAATTTTAGCTAAGGCATGGGATAACCGTTATGGTTGTGGATTAGCGATTGAATTGTTAAAAGAAGTGCAAAAAGATGCCTTACCGAATGAATTGTATGCAGGTGCGACAGTACAAGAGGAAGTTGGCTTGCGTGGTGCACAAGTTGCAGCTAATAAAATTCAACCGGACATATTTTTTGCATTGGATGCGTCTCCTGCTAATGATATGTCAGGGAAAAAAGATGAATTTGGGCAATTAGGTAAGGGTGCATTATTGCGTATTTTTGACCGAACAATGATTACACATCAAGGCATGAAAAATTTTGTTCTCGATACAGCAGAGAGCAACGATATACCTTATCAATATTTTATCTCGCAAGGTGGAACAGATGCAGGTAGAGTTCATGTAGCAAACAAAGGCGTTCCTTCTGCAGTCATCGGTATATGCTCGCGCTACATTCATACATCATCATCTATTATACATGTGGATGATTATGCAGCTGCTAAAGAATTACTAATCAAGCTTGTCAAATCCACAGATCAAACAACGCTGGATCATATCCACCGTTCCGTTTAA	MNQETLSLFKQLTELQGASGNEHAVRSFMKQELSKYADEIMQDNLGGIFGVKKGSGPKVMVAGHMDEVGFMVTQITDNGMLRFQPLGGWWNQVLLAQRVQVITDNGPVVGVIGSIPPHNLTDEQRKKPMEIKHMLIDIGADDRADVEKIGVKPGQQIVPLTPFTPMANSNKILAKAWDNRYGCGLAIELLKEVQKDALPNELYAGATVQEEVGLRGAQVAANKIQPDIFFALDASPANDMSGKKDEFGQLGKGALLRIFDRTMITHQGMKNFVLDTAESNDIPYQYFISQGGTDAGRVHVANKGVPSAVIGICSRYIHTSSSIIHVDDYAAAKELLIKLVKSTDQTTLDHIHRSV				NA	NA	NA	NA	NA
AK148_03743	315			hypothetical protein	ATGGGTGTAAAAAAAGCAGTTATTGCTGCAGGGCTTGGCGTTGCTGTAGGCTACCTTGCAAAGCAACAACTGGATCAAATGCAAAAAGTTACTCCTGAGAAAGCATTAAACCATGCAAAAGAAACATTTAAGAAGCAAGGGCCAATTAGCGGTTCTTGGATTTATATGCAACCACAAGAAGTAGAGAAAAACGGGCTTCTCTACGATGCTTACCGTGGTGGAGTTACACGGAATTTAGACGGGGAAAACAAGCAGTATGAATTTTATGTAGATGTTGAAACTGGTGCGGTGATTGACGCCGTACAAACAACATAA	MGVKKAVIAAGLGVAVGYLAKQQLDQMQKVTPEKALNHAKETFKKQGPISGSWIYMQPQEVEKNGLLYDAYRGGVTRNLDGENKQYEFYVDVETGAVIDAVQTT				NA	NA	NA	NA	NA
AK148_03744	843	ytnP	COG0491	putative quorum-quenching lactonase YtnP	ATGGAGAAGTTAAAGGTAGGAAGAGCAACTTTGACATGGCTTCAAGGAGGAGTAATCCATTTAGATGGAGGGGCGATGTTTGGAGTAGTGCCTAAAGTGCTATGGCAGTCAAAGTACCCGACAAACGAGTGGAATCAAATTGAGTTACGAACAGATCCGATACTATTACAACTGGATGGAAGAAATTATTTAATTGATAGCGGAATTGGGCAAAATAAATTGACAGAGAAGCAACAGCGAAACTTTGGGGTTACAGAGCAGTCAAAGGTTGTTTATGATTTGGCCGTTCTTGGATTAGCACCAAATGATATCCATGGTATTTTAATGACGCATATGCACTTTGATCATGCATCGGGTTTAACCTATCCTGTGGCGGCGGATGCATATGAATCTGTATTTAAGAATGCCGTCATTTATGTAACAGATATAGAATGGAAAGAAATGAGAAACCCAAATATTCGATCTAAAAATACTTATTGGAAGAGTAATTGGGAAGCAATAAAAAAACAAGTTCAACCATTTTCACACGAAATTGAGATTACAGATGGGTTAAAAATGATTCATAGTGGCGGTCATAGTGATGGTCATAGCGTTATTGTTTTTGAAGAAGGAGATACGTGTTGGATACATATGGCGGACATTATGCCAACACATGCACATCAAAATAAATTATGGGTACTAGCTTATGATGATTACCCCGTAACTTCTGTTTACCAAAAGGAAAAATGGATGGCTTATGGATATCAAAGGCAGGCATGGTATACATTTTATCACGATGTGTATTATCGAGCTATAAAATTTAATGGATTGGGAATTTGTATGGATCAATTAGTACGTAAGTAG	MEKLKVGRATLTWLQGGVIHLDGGAMFGVVPKVLWQSKYPTNEWNQIELRTDPILLQLDGRNYLIDSGIGQNKLTEKQQRNFGVTEQSKVVYDLAVLGLAPNDIHGILMTHMHFDHASGLTYPVAADAYESVFKNAVIYVTDIEWKEMRNPNIRSKNTYWKSNWEAIKKQVQPFSHEIEITDGLKMIHSGGHSDGHSVIVFEEGDTCWIHMADIMPTHAHQNKLWVLAYDDYPVTSVYQKEKWMAYGYQRQAWYTFYHDVYYRAIKFNGLGICMDQLVRK				NA	NA	NA	NA	NA
AK148_03745	657	trmB	COG0220	tRNA (guanine-N(7)-)-methyltransferase	ATGCGTCAGCGACATAAGCCGTGGGCAGATGATTTTTTACAAAAGCATGCAGACACGGTTATTTCCAATCCTTACAACTATCGCGGTAGATGGCAGGAAGTGTTTACGAATCATGATGCTCCTATTCACCTTGAAATAGGATCAGGTAAAGGGCAATTTATCGTTGAAATGGCTAGACAATACCCAGATGTTAATTTTATCGGCATTGAAGTAGCAAAAAGTATTATTGTAACTGCTGCTCAAAAAGTTGTTGATGCAGAAATGCCAAATATTCGCTTAATCCATGTTAACGCTGAAAACTTAACGGATTTGTTTGCAAGAGAGGAATTATCCTTGATTTATTTAAATTTTTCAGACCCTTGGCCAAAAAATCGGCACGAAAAACGAAGGTTAACTTATTATACTTTCTTAGAAAAATATCGAGAAATTTTAAAACCAAACGGTGAAATTGTTTTAAAAACCGATAATATGGGATTGTTTGAATATTCATTAGAGAGTTTTTCGCAAAATGGACTGCAAATTGAAGAAGTGAACTTAGATTTGCATGGAATAGATGACCCTACAAATCGGATGACGGAATATGAAGAAAAATTTACAGCAAAAGGACAACCCATATATCGTTGCCGCGTTAAAAATACGGAGTCTGTAAACCTGTAA	MRQRHKPWADDFLQKHADTVISNPYNYRGRWQEVFTNHDAPIHLEIGSGKGQFIVEMARQYPDVNFIGIEVAKSIIVTAAQKVVDAEMPNIRLIHVNAENLTDLFAREELSLIYLNFSDPWPKNRHEKRRLTYYTFLEKYREILKPNGEIVLKTDNMGLFEYSLESFSQNGLQIEEVNLDLHGIDDPTNRMTEYEEKFTAKGQPIYRCRVKNTESVNL	PGPT0020310_1	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020310-tyrB-K00832	NA	NA
AK148_03746	288			hypothetical protein	ATGGAATTAAATACAAATAATCAACTAACTTTGCTTATAGATTTATTAGATGAACATCGAACCGACCTTTGTGGTAGCGTCTCTGAATATCAACAAATAACCAGACTTGTGAACTCCCTTATGCAAAATAGTGCTATTTCCGATCAAGAGATACAGGAGTTACTTCCTGAAATTTACGACTACGGGAAGAACGGTGAATCATCACAAAATATGGAAGCACATATTACGGCCAACAATACACAGTTAGCTACATGGATTGATGCGCTTCACCAAACAAATTTACATTAA	MELNTNNQLTLLIDLLDEHRTDLCGSVSEYQQITRLVNSLMQNSAISDQEIQELLPEIYDYGKNGESSQNMEAHITANNTQLATWIDALHQTNLH				NA	NA	NA	NA	NA
AK148_03747	813			hypothetical protein	ATGGTGAACTGGCTGAAGCGAGTTCTAGGTAGTGAATGGGAAATAGCTCCAGCAGGTGGGCTTACAGGAGACGCTTATCTGGCAACGAAAGGTAACCAGCGATTATTTTTAAAACGTAACTCATCTCCGTTTTTAGCCGTCTTATCGGCGGAGGGAATTGTTCCAAAATTAATTTGGACAAAAAGAATGGAAAATGGCGATGTTATTACAGCTCAGGAGTGGCTAGAGGGAAGAGAATTAAAACCAGTTGAAATGCAACATTTACGCGTTGCTGATTTATTACGAAAAATCCACCAGTCTTCTGAATTGTTGCATATGCTCATGCGTTTAGGGAAAAAACCTATTACATCAGACGAAAGCTATGCTATTATAAAGGAACGTTTGCAACGCACGAATTTACATCATACACACGGACAAGTGGTTATTGCGTTACAATACTTAGAAAAACTGCTTCCTATTACAAGGAAGCGGAAACTCGTTGTCTGTCATGGAGATTTGAATCATAATAATTTACTACTGACAGAAGAAGGGCATTTATATCTTATTGATTGGGACAGTGCTTTGATTGCTGATCCAGTTGTAGATTATGGAATGATACTCAATTGGTATATTCCCCAAGAAAATTGGAATGAGTGGTTGCGACAATATGGTATTGCAACAGATTATCATTTATTTGGGCGTATGCATTGGTATTTATTACTGGATTCTCTGCATTACTTATGCTGGCATAAAGAACGTGATGAAGATGCTAAGTTTGTAGACCGATTAAACGAGTTAGATGTTTTGAATAAACAAATAGGAAAATTAATGTAA	MVNWLKRVLGSEWEIAPAGGLTGDAYLATKGNQRLFLKRNSSPFLAVLSAEGIVPKLIWTKRMENGDVITAQEWLEGRELKPVEMQHLRVADLLRKIHQSSELLHMLMRLGKKPITSDESYAIIKERLQRTNLHHTHGQVVIALQYLEKLLPITRKRKLVVCHGDLNHNNLLLTEEGHLYLIDWDSALIADPVVDYGMILNWYIPQENWNEWLRQYGIATDYHLFGRMHWYLLLDSLHYLCWHKERDEDAKFVDRLNELDVLNKQIGKLM				NA	NA	NA	NA	NA
AK148_03748	936			hypothetical protein	GTGGAAACACTGGCACAATTAATTAAATTACAAGATTATATTTCTAGATACGAATGGAATCCTTATCGTTACCCAAGTCAATTTATTCGCTTAAAGAAAGAGAACTGGCTTCATTTGAAAGAGGCGTGGGAAAAAGAAAAAAATTCGCTACCATTACATGAGACAGAAATAGTAGACCAAGCCGAGCAACATTCAAGATGGAAAATGTGGAAGCGCAAAGAAAAAAAAGAGGAAGTTCCTCATGAAGAAGATGCAAAGTTGGTTCTCCCGGAAACGGAACAAGGCTTAAAGCAGTATTATTTAAATAAATTATTACATTTACAAATGAAATGGGCGACGTCTACGGTAACAGAGGTTTCTTTTGTTGATAAAAACTGGCACAATGACATGGAAATCAAGTATTTCTTACAACGGTTCCCTGATACTTATTTAATTTTGTATTATCCAATATTCGAGATTAAAAAAGCGCCGGTGGAATGTGAGATAATTTTAATAACACCAATAGGAATTGAAATAATTAGTCAGATAAAAGAAGAAATTGGTTCGACATTTATAGCGCAAGATGCACGAACATGGATAGTAGAAAAGGGCGGTCATAGGGGAAAATTGTTAAATCCGCATATCGCTTTAAAGCGGACGGAAAATATTATAAAAGGAGTTCTTTCTCACTATGATTTAAACTTTCCAATTACAAAAGTTATTCTAGCTAAATCAAACCCTGTCCAGTTTGTAACGGAACCATTCCAAACTAAAATTATCGGTAGTCACCAATATCAAGATTGGTTTGCGCAAAAAAGAAAGATTACTTCTCCATTAAAAAATGAGCAGTTAAAGGTAGCAGAATGTTTATTAAAGCATGTGCAAACTACCGCGGTTAAAAGGCCAGAATGGGAAGAAGAGCGGGATTCGTTTGAGTTTGTTGATGAAGAATTTTAA	METLAQLIKLQDYISRYEWNPYRYPSQFIRLKKENWLHLKEAWEKEKNSLPLHETEIVDQAEQHSRWKMWKRKEKKEEVPHEEDAKLVLPETEQGLKQYYLNKLLHLQMKWATSTVTEVSFVDKNWHNDMEIKYFLQRFPDTYLILYYPIFEIKKAPVECEIILITPIGIEIISQIKEEIGSTFIAQDARTWIVEKGGHRGKLLNPHIALKRTENIIKGVLSHYDLNFPITKVILAKSNPVQFVTEPFQTKIIGSHQYQDWFAQKRKITSPLKNEQLKVAECLLKHVQTTAVKRPEWEEERDSFEFVDEEF				NA	NA	NA	NA	NA
AK148_03749	558	ytlP		RNA 2',3'-cyclic phosphodiesterase	ATGGCAAGGTTACCACATTATTTTATCGCCATTCCGTTAACTAAAGAAGTTCAAGTGATGTGTAGCGAAACGCAGACATTTTTAAAACAGAAGCTACCTTATAGGGAGTGGACAATTAAGCATGACTTTCATATTACCTTAAAGTTTTTAGGACCTGTATCCGATAGTAAAGTATGCCACCTGATTGACAGACTACAACGAGTTCATTTTTCACCTTTTTATTTAAAAGTAGGTGGAGTAGATACTTTTGGCTCTTTTGAAAGACCAAGGGTAATTTATTCGAAAGTACAATTAAATGATACGTTAACAAAGCTAGTAAATCAGATTGAGTTTGAAGCAAAGGCAGAAGGGTTTTTAGCGGAAAAAAGGCCGTATATTCCTCACATTACATTAGCTAAAAAATGGGATGGATCTGCTCATATAGGCAATGAGGTATTAACCGAAGTGAAAAATAAGGATTACTCAGAAAAGTTATTGTATGTGGATTATTTCGTATTATATCAAATATTTCCAGATCAACAGCCGAAGTATAAAGTCAAAGCTTATTTTACACTATAA	MARLPHYFIAIPLTKEVQVMCSETQTFLKQKLPYREWTIKHDFHITLKFLGPVSDSKVCHLIDRLQRVHFSPFYLKVGGVDTFGSFERPRVIYSKVQLNDTLTKLVNQIEFEAKAEGFLAEKRPYIPHITLAKKWDGSAHIGNEVLTEVKNKDYSEKLLYVDYFVLYQIFPDQQPKYKVKAYFTL				NA	NA	NA	NA	NA
AK148_03750	711	rluB_2	COG1187	Ribosomal large subunit pseudouridine synthase B	ATGCGCCTTGACAAATTTTTGGCCAATGCTGGAGTGGGAAGTAGGAAAGAAGTAAAAGCTCTGTTGAAAAAACGATGCGTTACGGTAAATGGTCAACTAGCCAAAGATAGTTCCGTTCATGTTGATGAAATGAATGATAGTATTACAGTAAATGGAAATCCGATTTATTACCAAAAATACACATATATTATGTTGCATAAACCTTCTGGTGTGATTTCTGCTACAGAAGATAAGCAAGATAAAACGGTTATTGAATTACTGTCTCACGATCTACAAAAGTTTAAGCCGTTTCCAGTAGGGCGACTGGATAAGGATACAGAAGGCCTGCTTATATTAACGAATGATGGTCAATTAGCACACGAGTTATTGTCTCCCAAAAAGCATGTAACGAAAACGTATTTTGCGAAAATTAAAGGGGAGGTAACAGAAGCTGATTGCATGGCTTTTGCCAACGGTGTGACATTGGAGGATGGCTATAGAACAAAACCTGCAACATTACGTATTTTGAAGCAAGGCGCACAATCAGAAGTTGAAATTATGATTACTGAAGGGAAATATCATCAGATTAAGCGAATGTTTCGAGCTGTTGATAAACAGGTAGCATATTTAAAACGGACCACAATGGGGAAATTACATCTTGATAAGGCTCTTAAAAAAGGAGAGTATAGGCAGTTGCGCGTTGAAGAAGTGAAGTTATTACAGGATTCATAA	MRLDKFLANAGVGSRKEVKALLKKRCVTVNGQLAKDSSVHVDEMNDSITVNGNPIYYQKYTYIMLHKPSGVISATEDKQDKTVIELLSHDLQKFKPFPVGRLDKDTEGLLILTNDGQLAHELLSPKKHVTKTYFAKIKGEVTEADCMAFANGVTLEDGYRTKPATLRILKQGAQSEVEIMITEGKYHQIKRMFRAVDKQVAYLKRTTMGKLHLDKALKKGEYRQLRVEEVKLLQDS				NA	NA	NA	NA	NA
AK148_03751	1614	murJ	COG2244	Lipid II flippase MurJ	ATGTCGAATATTGTACGTGGAACGATGTTGCTAACGGGAGCGACATTTATCTCTAAACTAATAGGAATGATTTATGTTATTCCATTTAATGCTTTAGTTGGAGCAACAGGGGGTACGCTGTTTTCACTAGCTTACACTCCTTACAACATATTTATTAGTCTCTCAACTGTTGGAGTACCATTAGCTGTATCAAAATTTGTTTCCAAATATAATGCAGTCGGAGATTATGAAACAGGAATGCGTATGTTCCGTACTGGAATGACGTTAATGGTTACAACTGGAATCATAGCCTTTTTGGTACTCTTTTTTAGTGCGGATTTATTAGCAACGGGAATGATTACGAATGAAAATGCAGATGAACTCTCGAGGTCTGATGTCGCTTTTGTTATTAAAATGGTAAGTTTTGCTTTAATTTTAATTCCTGCTATGAGCATTGTGAGAGGCTTTTTCCAAGGGTACAATTCCATGGGACCTACAGCTATATCTCAAGTCATCGAACAAATTGTACGGATCTTTTTTATTTTGGCAGGATCATTCGTTATTGTAAATATCTTAAATGGATCAGTTATTGCTGCTGTCGGTTTTTCTACTTTCGCGGCGTTTCTTGGGGCAGTAGCTTCTTGTCTTGTCCTATACATTTACTGGCAAAAAAGAAAGCCGTATATTGATAAACAACGCAAGCAACAAATATATATGTACGATATTAGCACAAGCGATATGTTTAAAGAATTATTTCGTTACGCCGGACCCTTTGTGTTAGTCGGATTAGCTACGCCGTTATATCAATTAATTGATCAGTTCACGTTTGAAAGAGCAATGGTTGCTAATGGGGAAGGAGCTATTTGGTCTTTTTCCTATTCCGTCGTGAATTTCTACGGACATAAGCTAGTTATTATCCCTGTAACGATAGCAATAGGTTTATCATTAGCTATTCTCCCTGCAATGACCAAAGCATATACACAAAATAATAAGCAATTGCTAAAAAATCAAATAAGCCAAGCGCTACAAATTGTTATGTTTTTAATTTTGCCTGCAGTTAGTGGGCTATCATTATTATCTACGGAAGCGTATGGAGCGTTATTTGGATTAGAAAAAATTGCTATTTCTGGTGAGTTATTAGCTTGGTACGCACCTGTTGGTCTGTTTTTCGGGTTATTCACCGTTACCTCTTCCATTTTACAAGGGGTTAACCAACAGAGATTTGCTGTAGTTAGCTTATCTGCGGGTGTACTCGTAAAAGTGTTATTAAACATACAGCTTATTTATATGTTTGGTGCTAAAGGAGCAATCTTTGGGACAGCATTAGCAGCAGGTATTGCTACCATCCTCAATCTATGGCGCATTCGTTTAGCTACTCATTTTTCTTATAAATCATTACTAAAACAAACGACATTAATTATCATTTTTATTGCAATTATGAGTGGGGCTATTATTTTAGGAAAATATTTATTAGGTATGGTCGTTCCAAATAATCGAGTAGGTATGATAATTACATTAATTGCCTGCGTGAGTTTGGGTGGGCTCGTTTACTTGTGGTTAGCTTATGCATCTACATTATTAGAGCGAGTGCTTGGAAATCGGGTTCGGTTTTTAGATAAAATCTTTAAGCGATAG	MSNIVRGTMLLTGATFISKLIGMIYVIPFNALVGATGGTLFSLAYTPYNIFISLSTVGVPLAVSKFVSKYNAVGDYETGMRMFRTGMTLMVTTGIIAFLVLFFSADLLATGMITNENADELSRSDVAFVIKMVSFALILIPAMSIVRGFFQGYNSMGPTAISQVIEQIVRIFFILAGSFVIVNILNGSVIAAVGFSTFAAFLGAVASCLVLYIYWQKRKPYIDKQRKQQIYMYDISTSDMFKELFRYAGPFVLVGLATPLYQLIDQFTFERAMVANGEGAIWSFSYSVVNFYGHKLVIIPVTIAIGLSLAILPAMTKAYTQNNKQLLKNQISQALQIVMFLILPAVSGLSLLSTEAYGALFGLEKIAISGELLAWYAPVGLFFGLFTVTSSILQGVNQQRFAVVSLSAGVLVKVLLNIQLIYMFGAKGAIFGTALAAGIATILNLWRIRLATHFSYKSLLKQTTLIIIFIAIMSGAIILGKYLLGMVVPNNRVGMIITLIACVSLGGLVYLWLAYASTLLERVLGNRVRFLDKIFKR	PGPT0017190_11	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_OTHER_SUGAR_TRANSPORT_RELATED_PROTEINS,PGPT0017190-TC_PST-K03328	NA	NA
AK148_03752	1266	baiN	COG2081	3-dehydro-bile acid delta(4,6)-reductase	ATGACCTATGACGTAACAATTATAGGTGGAGGGCCTTCAGGATTGATGGCAGCAATAGCTGCTGCTGAGCATGGTGCCAACACATTATTGATTGAAAAAGGAAAGAAGTTAGGAAAAAAACTGGCGATTTCTGGTGGCGGGAGATGTAATGTCACAAATCGGCTTCCACAGGAAGAAGTTATAAAAAATATTCCAGGTAATGGAAAATTTCTATATAGTGCTTTTTCTGTTTTCAACAATTACGACATTATTGATTTTTTTACTACATTACAAGTACCTCTAAAAGAAGAGGATCATGGAAGAATGTTTCCAGTATCCAATCAGTCTAAAACCGTTGTGAACGCGTTGTTAAAACGCTTAGACGAGTTAAATGTTAATGTGAAATTGGAAACTGCTGTAGAAGCAATCCATTATGAGGCAAAACACCATACTGTTATCCTTCCACATGGTGAAAAAATACAATCGAAAGCTATTATTGTCGCAGTAGGAGGCAAAGCGGTCCCTTACACTGGGTCTACTGGCGATGGCTATGCATGGGCAAAAAAAGCAGGTCATACAATTACTGAGCTATACCCTACAGAAGTTGCATTAGTATCTGAAGAAGCATTTATTCGAGATAAAGCTTTACAAGGTATTTCATTACGTAATATTTGTTTATCTGTTCTTAACCAAAAAGGAAAAACGATTATTTCCCATCAAATGGATATGATTTTCACTCATTTTGGAATATCAGGACCAGCTGTCTTAAGGTGCTCGCAATTTGTAGTAAAAGAACTAAGAAAAGGGATAAGCGAAGTGCCTATGGTATTAGATATTTTTCCAAACTCTACGGAAAAAGAACTTATGGATAAACTCTTGGATATGATTGACCAAACTCCTAAAAAAACAGTCAAAAACTTATTAAAAGGATTCGCCCCCGAAAAATTTATTATCTTTTTATTGAACCGCCACAACATGTGCGAAGAACAAAAAGCTGGAAATCTATCGAAGCAATGGGTAATGCAATTTATCCATGAATGCAAGCATTTTACATTTTACGTACATGATTCTCTTCCTTTAGAAAAAGCTTTTGTTACTGGAGGTGGTGTTTCCATTAAAGAAATAGTTCCAAACACCATGCAATCAAAAATAACAGAACGATTATATTTCTGTGGAGAGATTTTAGATATTCATGGTTATACTGGTGGTTATAATATTACATCAGCACTTGTTACTGGTAGGTTAGCTGGAATAAACGCAGCTTTGGAACTACAATCTGGCAATTGA	MTYDVTIIGGGPSGLMAAIAAAEHGANTLLIEKGKKLGKKLAISGGGRCNVTNRLPQEEVIKNIPGNGKFLYSAFSVFNNYDIIDFFTTLQVPLKEEDHGRMFPVSNQSKTVVNALLKRLDELNVNVKLETAVEAIHYEAKHHTVILPHGEKIQSKAIIVAVGGKAVPYTGSTGDGYAWAKKAGHTITELYPTEVALVSEEAFIRDKALQGISLRNICLSVLNQKGKTIISHQMDMIFTHFGISGPAVLRCSQFVVKELRKGISEVPMVLDIFPNSTEKELMDKLLDMIDQTPKKTVKNLLKGFAPEKFIIFLLNRHNMCEEQKAGNLSKQWVMQFIHECKHFTFYVHDSLPLEKAFVTGGGVSIKEIVPNTMQSKITERLYFCGEILDIHGYTGGYNITSALVTGRLAGINAALELQSGN				NA	NA	NA	NA	NA
AK148_03753	201			hypothetical protein	ATGGTGCAAAAAAATGGAATGTGGATACCAATTATCGCTTCTGTAGGTGTAGGTGCTGCAACATTTTATACAATGACAAAAAACAATCAAAATTTTGGTCAAACCATGCAAAAAATGATTCCTTTTGTATCACAAATGTCTAATTCCAATGCTGGAAACAGTGGAGGATCACAACAAATGGGTCCTTATGGAATGAGCTAA	MVQKNGMWIPIIASVGVGAATFYTMTKNNQNFGQTMQKMIPFVSQMSNSNAGNSGGSQQMGPYGMS				NA	NA	NA	NA	NA
AK148_03754	1188	sstT		Serine/threonine transporter SstT	TTGAAAGGTTTTGGATTACTAATACGTATTGTTATCGCTATTGCGTTAGGTATTACAATTGGCTCATTTGCAAATGACTGGTTTATCCGTATTTTCGCAACATTCAATGATCTATTCGGAAACTTTTTAGGTTTTATTATCCCGTTAATTATTCTCGGTTTCATTATTCCTGGTATAGGATCATTAGGTAAGGGCGCAGGGAAACTATTAAGTCTAACAGCATTTATTGCATATTCTTCTACAGTTATTGCTGGTATTGTTGCTTTTTTCTCTGCAAAAATCATTTACCCTAACTTATTAAGTCAGCAATCATTACAATCATTTTCTGATCCAACTAAAGCTTTAAGTAGTGGATTTATAGAGATTGAAATGCCACCTCCTATGGGAGTTATGACTGCTTTATTGCTAGCTTTTGTTCTTGGTCTAGGAATTGCCGCTATTAAAGGAGACGCGCTTTACCAATTGTCGCTAGATGTTAGAGACATTATTCATTTAGTAATTGAAAAAGTTATTATTCCACTATTACCATTTCATATTTTTGGTATCTTTGCTAATATGACTGCTGCTGGACAGGTGAGTACTATATTATCCGTTTTTGCTAAAGTCTTTGTAATGATCATTATTTTGCACTTACTTTACTTACTAGTACAATATACACTTGCGGGAACTTTAAGCAAGCAAAATCCTGTATCTATGTTAAAAACAATGACTCCAGCCTATTTTACTGCGCTAGGAACTCAATCATCAGCGGCTACCATCCCTGTCACGTTAAAACACTCTAAAAAACTAAAAGTGCGGGAAGGTATTGCGGATTTTACGGTGCCTTTGCTAGCTAATATTCATTTATCTGGAAGTACTATTACACTTGTAAGCTGTGCATTAGCTGTATTATTCTTACAAGGTGAAGTTGCTACTTTTGGAAGTATATTTCCGTTTATTTTAATGCTAGGTGTAACAATGATTGCAGCTCCTGGTGTGCCAGGAGGTGCCGTAATGGCAGCAATTGGCCTTTTAGAAAGTATGTTAGGCTTTGATTCCGTAATGGTTTCACTTATGATTGCCCTATATTTAGCTCAGGATAGTTTAGGGACGGCTTGTAATGTTACGGGAGATGGAGCAATAACATCTATAACGGACAGTCTAAGCAAAAATAGTAAGGCATTAAACAATAAAGAAGGCGTAGTTTAA	MKGFGLLIRIVIAIALGITIGSFANDWFIRIFATFNDLFGNFLGFIIPLIILGFIIPGIGSLGKGAGKLLSLTAFIAYSSTVIAGIVAFFSAKIIYPNLLSQQSLQSFSDPTKALSSGFIEIEMPPPMGVMTALLLAFVLGLGIAAIKGDALYQLSLDVRDIIHLVIEKVIIPLLPFHIFGIFANMTAAGQVSTILSVFAKVFVMIIILHLLYLLVQYTLAGTLSKQNPVSMLKTMTPAYFTALGTQSSAATIPVTLKHSKKLKVREGIADFTVPLLANIHLSGSTITLVSCALAVLFLQGEVATFGSIFPFILMLGVTMIAAPGVPGGAVMAAIGLLESMLGFDSVMVSLMIALYLAQDSLGTACNVTGDGAITSITDSLSKNSKALNNKEGVV				NA	NA	NA	NA	NA
AK148_03756	603			hypothetical protein	ATGAAAAGAAAAAAGATGTGGGTTAGTATAGCCAGTGCAATAGCAGTAGTTGGCATTGGTTTTACTGTTGTTTATTTTGGAGGTACTGCTTCCAAAGCGGCTATTACGAAGGTGGAAGCAGAGAAAATTATTTCAAGCCAATACCCTGGATCGCTAGAAGGAGATATTCAAAAAGAAGAAAATAACGACTACTATGTTGCAAGTATAGAGCATAAAGGAAAACAGTATGAAATAAAGATTCATGAAAAAACTGGAGAAGTTATCCAATTAAACGAAGTATCTACGGGGAACAAAGACGACCGAAAAGCCTCTGAGCAAAAAGAAAATAACGATACAAATGGAGCCGAAAATAGTGAGCAGGCGAGTGAACCCGACAAAAAGCAAGATAATAATGCTGGACAAAATGTTGTCATAAGTGAAGAAAAGGCGAAAGAATTAGCTTTGGAGGAATTTGCTGGTACGTTTGATGAACTAGAACTAGATGAAGAAGATGGACGCTTTGTCTATGAAGTAAAAATTGTTCATGGGGAAGATGAAGCGGAAATCACGATTGATGCATTTACAGGCGAAATCTTGTTTACCGAAATAGAAAGAGAAGATTAA	MKRKKMWVSIASAIAVVGIGFTVVYFGGTASKAAITKVEAEKIISSQYPGSLEGDIQKEENNDYYVASIEHKGKQYEIKIHEKTGEVIQLNEVSTGNKDDRKASEQKENNDTNGAENSEQASEPDKKQDNNAGQNVVISEEKAKELALEEFAGTFDELELDEEDGRFVYEVKIVHGEDEAEITIDAFTGEILFTEIERED				NA	NA	NA	NA	NA
AK148_03757	549	ykoJ	COG3212	putative protein YkoJ	ATGAAAAAGAAATTAGGAATCATTATCGGAACAATAGCTGGTGCTGGGATTTTGGGTACTGGAGTATATTATTCTAATGCAGATGAAGCAACCCCAAAGTTGGATGGAGATAAAATTAAGAGTATGGTGCAAGAGCAATACGATGGTCAAATCACTGAATTTGAATTAGAGACGGATCGCCATAAAGCAGTATACGAAGTCGAAGTAATAAATAAAAATACGGAATATGATTTAAAGCTTGATGGGGACAGCGGAGAAGTGTTGAAAGAAAACAAAAAGGAAATCAACCAAACGAAAAATGGGAATAGCGAACAAGCGCAAATAAATGCTGCTAAAGAAAAGTTGATATCCATGGAAGAAGCGAAAAGCATTGCCAAGAAACAATTTGATGGCAAAGTAATGAGCATGGAACTAGATGGAGATGATAATCAATTTATTTATGAAATAGAGCTTAGAAATGGAAAGAAAGAAGCGGAATTTGAGATTCATGCTGAAAATGGAGAAATTCTGAAGCAAGAAATTGAAATAGAAGATGATCATGACTTTTAG	MKKKLGIIIGTIAGAGILGTGVYYSNADEATPKLDGDKIKSMVQEQYDGQITEFELETDRHKAVYEVEVINKNTEYDLKLDGDSGEVLKENKKEINQTKNGNSEQAQINAAKEKLISMEEAKSIAKKQFDGKVMSMELDGDDNQFIYEIELRNGKKEAEFEIHAENGEILKQEIEIEDDHDF				NA	NA	NA	NA	NA
AK148_03758	1581	yfkN	COG0737	Trifunctional nucleotide phosphoesterase protein YfkN	TTGAACAATACGTCTGTCAACGTAAGCCTTATTTATACAAGTGATATTCACGGCCATATTATGCCGATTAATTATGGCACAAATGAAGATTCTGCAAATGGACTAGCAAGATATGCAACTGCAGTTAAACAAATTCGTAGTACGCATGATAACGTCATCGTCCTTGATAATGGAGACCTTATTCAAGGCACTCCTTTAATGACGCATTATGTGAAAGAACACGCTCATGAAATAAACCCGATCATTCAGGTCATGAACAAAATTAACATTAACGTTTCTGTGATTGGTAATCATGAATTTAATTTTGGTCAATCTATCTTACAAGCTGCAATGAAGCAATCCGATTTTCCTTGGCTCGCTGCAAATGTGTTAGATGAAGAAACAAACGAGCCAAAATACGGGCCTCCATATATAATAAAGACGCTAAAGGACGGAATTAAAGTTGCCATTTTAGGGGTTACAACGCATTACATACTAAATTGGGAATCTCCAGAACATATTGCTGGCATTCACTTTAGAGATGCATACGAGACAGTAAAAACATGGGTCCCTTATATCCATAAAAAGGAGCAGCCTGATTTACTCGTTGTTTCTTACCATGGCGGATTTGAACGTGATATCCATACCGGAGAGGCTACAGAAACGCTAACTGGAGAAAATCAGGGCTATGCCATATGTCAATTGAAGGGGATTGATGTTCTGTTAACAGGCCATCAACATCGCCAGCTTACAGACACCGTTCATGATGTATTAGTTATTCAGCCTGGAAATAACGCCTCTCTCTATGGTAAAGTGGATATTCAATTTACAAAATCTGCTGCAGGGTGGCAAATTATTGATAAGAAAGCAAGCTTGCATCATTTAGCTCAAACCCCTCCTGATCAAGAGATTGTCCATTTAACGAAAGAAATAGAAGCCTCCACCCAACAATGGCTTGATCTGCCTGTTGGCTATATTAAAGGGGATATGACCATTGATGATCCATTACGAGCTCGAACTCGTAAACATCCGTTTATTGAATTTATTCAAAAAGTACAAATGGAAGTAAGTGGTGTAGATATTTCTGTAACCGCCTTGTTAAATAATAACTCAAAAGGTTTTAATCAAACCGTTACCATGCGTAATATTGTCGCCAATTATATGTATCCGAATACGTTAGTCGTTTTGGAATTACAGGGTGCGGATATTCGAGCCGCATTGGAAAAAAGTGCTGCTTATTTCACGCTGAATGAAAATGGTGCCATTGTGGTGAATCCTGCTTTTGAAAAACCAAAACCGCAGCATTATAACTATGATATGTGGGAGGGGATTACTTACACGATAAATGTAGCCAAACCTATTGGAAATAGAGTGGAGGAATTATGCTATCACGGTAAGCCCATTACCAAAAAAGAGAACTATCATGTCGTATTAAATAACTACAGAGCAAGTGGTGGCGGTGATTACTCCATGTTTAAAAATAAACCTGTAGTGAAAGAAATTCAAAAAGATACCGTTGAATTGATTCAAGCGTATTTTGAGAAACACCCCACGGTCAAGGCAACTGTAACAGATAATTTCAAGGTAATAGCCGAAGCTTAG	MNNTSVNVSLIYTSDIHGHIMPINYGTNEDSANGLARYATAVKQIRSTHDNVIVLDNGDLIQGTPLMTHYVKEHAHEINPIIQVMNKININVSVIGNHEFNFGQSILQAAMKQSDFPWLAANVLDEETNEPKYGPPYIIKTLKDGIKVAILGVTTHYILNWESPEHIAGIHFRDAYETVKTWVPYIHKKEQPDLLVVSYHGGFERDIHTGEATETLTGENQGYAICQLKGIDVLLTGHQHRQLTDTVHDVLVIQPGNNASLYGKVDIQFTKSAAGWQIIDKKASLHHLAQTPPDQEIVHLTKEIEASTQQWLDLPVGYIKGDMTIDDPLRARTRKHPFIEFIQKVQMEVSGVDISVTALLNNNSKGFNQTVTMRNIVANYMYPNTLVVLELQGADIRAALEKSAAYFTLNENGAIVVNPAFEKPKPQHYNYDMWEGITYTINVAKPIGNRVEELCYHGKPITKKENYHVVLNNYRASGGGDYSMFKNKPVVKEIQKDTVELIQAYFEKHPTVKATVTDNFKVIAEA	PGPT0021400_1653	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021400-cpdB-K01119	NA	NA
AK148_03759	801	phnE	COG3639	Phosphate-import permease protein PhnE	ATGGCTTCGTATTCTTTACCTCCTAAACAACCAAAATCAACCTTTAAAATAGTAAGACGAATCGTTATTTTCTTAGCTATCGTAGCGCTATATGTTTGGACTTTTCTTGGCATCGATATCGATTGGGGAAGAGCTTTTGAGCGGATGGTAAATAACTTCTCACGGGTTATCCCAAAACTGTTTCAACCTGATTGGTCTGCAACAAGCGAAGTGGCTGCAAAAATATGGGAGACCATATTGATTGCTTTTGCCGGCTCCTTGATGGCCGCAGTGTTAGCTATTCCATTAGGATTTTTAGCAGCTCAAAATATGACCAGAAGTAAAATCTTAACTGCTATTGGCAAATGGATATTGTCAGCCGTGCGTGCATTTCCTGATATTATTCTGGCAATATTGTTCGTTGTTGCGGTCGGTCCTAACGCTTTTGCTGGTGTATTAGCTATTGCAATTGGTTCAACAGGTATGCTCGGTAAGCTTTACTCTGAAGTAATTGAATCCATTGATATGCAAGTCATTGAAGCAATGGAGGCAAATGGGGCAAATAAAATTCAAATTTTATTTTACGGAGTTATACCACAAATTGTTCCGGAATTTTTATCCTATGCCATTTATCGATTTGAAGTCGATATTAGAGCTTCATCCATTTTAGGTATTGTTGGCGCTGGAGGTATCGGAACAATGATCATATTTGCTTCTAGCAACAGAAATTGGAATGAAATGGGATTAATCTTACTAGCCATTATTATCGTTGTTACAGTGATTGACTTTCTTTCCGCGCGAATTCGTCGGAAAATAGTATAG	MASYSLPPKQPKSTFKIVRRIVIFLAIVALYVWTFLGIDIDWGRAFERMVNNFSRVIPKLFQPDWSATSEVAAKIWETILIAFAGSLMAAVLAIPLGFLAAQNMTRSKILTAIGKWILSAVRAFPDIILAILFVVAVGPNAFAGVLAIAIGSTGMLGKLYSEVIESIDMQVIEAMEANGANKIQILFYGVIPQIVPEFLSYAIYRFEVDIRASSILGIVGAGGIGTMIIFASSNRNWNEMGLILLAIIIVVTVIDFLSARIRRKIV	PGPT0002530_2552	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002530-phnE-K02042	NA	NA
AK148_03760	816			hypothetical protein	GTGACCAAACAATCAAGACAAGAGATGACAGAGAAAACACCTTCCATTTATCCTGTGAAAACAAAACTACAAATCACGATCATCTTTTTTATCGTCATTGGTTTTTATTTGTTTAGTATGTTTTGGACGCAACGGGAAATGGTCGGTGGTTTCGGCAATGCCTTAGGCAATATGTACGTCGTTATTGAAAAGTTTTTTCCACCTAATCTAGAAGTTATTCCAAAGGTTTGGGGAGAAATGGCGCAAACCATCCAAATGGCAATTATAGCTACCACATTAGCAGCAATCCTGACTGTACCTTTAGCACTTTTGTCTGCCCAAAATATAACGACTTTTAAACCATTATATCTCATTACAAGAACATTTTTAAATATTCTGCGCACGATCCCAGACTTAGTGCTAGCCGTTATTTTTGTTGGTTTATTCGGTGTCGGCCTGTTACCAGGAATTTTAGCATTATTTATCTTTTCTTTAGGCATACTAGCTAAATTGATTAGTGAAACGATCGAATCTGTTGATATGAATCCACTAGAAGCCATGCGTGCTTCAGGCGGGAATGTTTTTCAAGTTATTTATTTTGGGCTTGTTCCACAAGTTTTACCACAATTCACTTCCTTCGTACTCTATGTATTCGAAATTAACATCCGCGCTTCTGTCGTTTTAGGATTAGTAGGTGCAGGAGGAATTGGCTTAGTACTGGATCAACAACTCGGTTTTTATAATTATCCTAATGCCATGGCGATTATTATTTTAATTTTTATTGTCGTTATTGTCATTGAATTTATTAGCAATAAACTAAGGGAGGCTTTGATCTAA	MTKQSRQEMTEKTPSIYPVKTKLQITIIFFIVIGFYLFSMFWTQREMVGGFGNALGNMYVVIEKFFPPNLEVIPKVWGEMAQTIQMAIIATTLAAILTVPLALLSAQNITTFKPLYLITRTFLNILRTIPDLVLAVIFVGLFGVGLLPGILALFIFSLGILAKLISETIESVDMNPLEAMRASGGNVFQVIYFGLVPQVLPQFTSFVLYVFEINIRASVVLGLVGAGGIGLVLDQQLGFYNYPNAMAIIILIFIVVIVIEFISNKLREALI	PGPT0002530_1897	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002530-phnE-K02042	NA	NA
AK148_03761	777	glnQ_2		Glutamine transport ATP-binding protein GlnQ	ATGATAGAATTTAAAGACGTTGGGCTTGTGTACCCAAATGGAACCGTGGGTTTAAAGAATATTAATGCAACCATTAAAGACGGAGAATTTGTCGTCATCGTAGGCCTATCTGGTGCTGGAAAGTCAACATTCATTCGGAGTATAAATCGTCTCGTCACACCTACTAGTGGCGTTTTATCGATAGACAATGAAAATATATTAGGTTATAAAGGTAGCGACCTAAGAAAGCTGCGCACTAAAATCGGCATGATTTTTCAAAATTATAACCTCGTAAAACGAACTAACGTTCTCAAGAATGTTCTAGCTGGGCGCTTAGGTCATACTGGAACGTTAAGATCCATTTTAAGCTTATATCAAAAAGAGGATATAAGCTTAGCATATGAAAGTTTGCAACGTGTTAATATTGGCGAAAAAATTTATAATCGCGCAGACGAATTAAGTGGTGGACAACAACAACGAGTAAGTATTGCACGTGTACTTACACAACAGCCAAAGTATATTTTAGCGGACGAGCCTGTTGCTTCTTTAGACCCGCCCACTTCCCATCAAGTCATGACATATTTAAAGAAAATCAATAAAGAAGATAATATTACAACGATTGTGAACCTCCACTTTATCGATATGGCCATGGAGTATGCCGATCGAATTATTGGTATGCGTGCTGGTGAAATCGTTTTTGACGGACCTGCATCGGAAGTTACGGAAAAAACATTTGAAGAGATTTATGGACGTTCGATACGTGAGGATGACTTACGTGGGGGGGCGAACAAATCGTGA	MIEFKDVGLVYPNGTVGLKNINATIKDGEFVVIVGLSGAGKSTFIRSINRLVTPTSGVLSIDNENILGYKGSDLRKLRTKIGMIFQNYNLVKRTNVLKNVLAGRLGHTGTLRSILSLYQKEDISLAYESLQRVNIGEKIYNRADELSGGQQQRVSIARVLTQQPKYILADEPVASLDPPTSHQVMTYLKKINKEDNITTIVNLHFIDMAMEYADRIIGMRAGEIVFDGPASEVTEKTFEEIYGRSIREDDLRGGANKS	PGPT0002520_1475	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002520-phnC-K02041	NA	NA
AK148_03762	954	ptxB		putative phosphite transport system-binding protein PtxB	ATGAAAAAGTGGTATAGTTTATTTATCGTCCTTGCCTTAGCGTTCGTACTTGCTGCCTGTGGCGGGTCAGATGATTCAGATGGAGAAGATAACGCAAGCGGAGAAAGCAACGATAATGCGAAAGAAGAAAAAGGAGAAACACCAGATAAACTAGTTATGGGATTTGTTCCTTCTCAAGATTCTGATACAATCGCAGATACAGTAAAGCCTCTAGCTGATCGTTTAGGGGAAGAATTAGGAATTGATGTTGAAGGGAAAGTAATGACCAACTATAACGCCCTTGTAGAAGCAATGGGGTCTAACCAAGTACAGATTGGCTTTATTCCTGCTTTCGGTTACGTACTTGCTAATGAGCAATACGATGTAAATGTTATTCTTAAATCTGTTCGTAATGGTTCTGGTACATACAAAGCACAATACGTCGTACGAGCAGATTCTGACATGGAGTCTTTAGCAGACTTAGAAGGTAAAGTATGGACATATGCAGATAAAGGCTCTACTTCTGGTTACCTTTTCCCAGCATACCAAATGATGCAAGAATTTGACTATGCGTCTGGAACAGAATTAGAAAGTGATTTCTTCGGTAACACGATTGCTGCTGGAGCACACGATAATGCAGCTATCTCTGTTTACGAAGGAGATGCTGATGTAGCTACTACATTTGACGATGTTCGCACGGAATTAGAAGAAGAATACCCTGATGTCATGGATAAATTAAAAGTCATCGAATATACGGACGAAATCCCAAATGACACTATCTCTGTAACGAAAGAATTAGACGAAGAATTAGTGACAAAAATTAAAGAAGCATTTCTATCTTTCAATGAAGATGAAGAAATGATTAAAATCATGGATGAAGTATACAATTGGGATGCGATTGACGAAGCTTCCGACGAAGAATACGAGATCGTTAAAGAAACATATCAAAAATTCAAAGATGATATCGAGCTATAA	MKKWYSLFIVLALAFVLAACGGSDDSDGEDNASGESNDNAKEEKGETPDKLVMGFVPSQDSDTIADTVKPLADRLGEELGIDVEGKVMTNYNALVEAMGSNQVQIGFIPAFGYVLANEQYDVNVILKSVRNGSGTYKAQYVVRADSDMESLADLEGKVWTYADKGSTSGYLFPAYQMMQEFDYASGTELESDFFGNTIAAGAHDNAAISVYEGDADVATTFDDVRTELEEEYPDVMDKLKVIEYTDEIPNDTISVTKELDEELVTKIKEAFLSFNEDEEMIKIMDEVYNWDAIDEASDEEYEIVKETYQKFKDDIEL	PGPT0002525_1024	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002525-phnD-K02044	NA	NA
AK148_03763	894	bmrU	COG1597	Putative lipid kinase BmrU	ATGAGAAAATATGAAACGGCGTTACTTTTATATAATGGAAATGCAGATGAAGAAGACATGAGAACAAAGTTAACACAAATCGTTGCAAATTTATCTTTAGCAATTAAACAGTTGCATTTGTTACAGACAGATTCTATTGAAGATGTGAGACAGGCGTGCGTACGGTATGCTGATCAAGTAGAGATATTATTTGTTTTAGGAGGAGATGGCACAGTACATACATGTATTAACGCTATCTCTCCTTTAAAGAAGCGCCCTATTATTGGTATATTGCCTGGGGGGACGTGTAATGATTTTAGTCGTGTACTTCGTATGCCACAACGATTAGGGGATGCTGCCTCCGCCATTGTGGGCGGAGAGGTTGTGGAGATCGATGTAGGAAAGGCTGATGACAGATACTTTCTTAATTTTTGGGGGATTGGCTTAATTGCTGAAACATCGCAAAATATTGACCCTAATCAAAAGAAAAACTTCGGTGTACTTAGTTATTTTATGAGCACATTAAAAAGCCTTTCGCAAGCAGAAAGTTTTTCCTATCAAATAACTACAGATGAGCAGAATTTCGTAGGGGAAGCTGTCATGATTGTTGCTTTAAACGGAAGGTTTTTGGGTACGCAAGAAGTCCCCATTTCAAGTTTACAACCTGACGATGGAAAACTAGATGTTCTCATTGTGAAAAATTCCAATCTTGCTTTTTTTCGTGATTTATTGGCTATGAACGATCCGAGCAAAAAATTAAAGGAATTGAATGAAATGATGTATGTGCAAACGACTTATTTGCAAGTAACTACTGAAAACAAGAAAGAAATCGATATGGATGGGGAAATCATAGCTACTACACCGTCAGAACTGGAAATTATTCCAAAACATTTACAAATGATACGAGCAAAATGA	MRKYETALLLYNGNADEEDMRTKLTQIVANLSLAIKQLHLLQTDSIEDVRQACVRYADQVEILFVLGGDGTVHTCINAISPLKKRPIIGILPGGTCNDFSRVLRMPQRLGDAASAIVGGEVVEIDVGKADDRYFLNFWGIGLIAETSQNIDPNQKKNFGVLSYFMSTLKSLSQAESFSYQITTDEQNFVGEAVMIVALNGRFLGTQEVPISSLQPDDGKLDVLIVKNSNLAFFRDLLAMNDPSKKLKELNEMMYVQTTYLQVTTENKKEIDMDGEIIATTPSELEIIPKHLQMIRAK	PGPT0024345_1516	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0024345-dagK-K07029	NA	NA
AK148_03764	696	ecsA_2	COG1131	ABC-type transporter ATP-binding protein EcsA	TTGAAAAAGTTAGAGGTTGTTGAACTTTCGGTAGAAATAGATCAGAATTTGCTGATTGATCATGCGTCATTTACATTAGAGGAAGGGACGATCACAGCGCTTGTAGGTCATAATGGGGCAGGGAAATCAACGCTTTTAAAAGCTATTGTCGGGATGCTTTCTAAAAGCCAAGGGAAAATTATATTTAATGAAACGTACCATCAAGATGAAGATTTTTTAACATGTAAGCTATTACTTGCTTATTTGCCGGAGGAACCGATGTTGTTGACGGAATTAACTGTGATGCAACACTTTCAACTTTACGGCATGAGTTATGAACTGGCTAAAAATGAAATGAACCAACGAATAGAAGAAATGGTAAAAGGATTTGAATTATCCGATAAACTAAACGAATATCCTGAGTCATTGTCTAAAGGAATGAGACAGAAGGTGCAAACCATTTGTGTGCTACTTCCTGATACACCGTTGTTACTTATTGATGAACCTTTTATGGGTTTAGATATTTATGCAATTGATTATTTTGAGCAGCTAATGAAAGAGAAGGTGGCAAAAGGAACGACAATTCTTGTTACAACACACCAATTAGACCGCATGAAAGGAATGGCGGATAATTATATTATGTTGCAACAGGGTAAAATACATAGCCAAGGACCAATTGATCAATTTGTTACGATTGATAGGAGAATGGATGAATGA	MKKLEVVELSVEIDQNLLIDHASFTLEEGTITALVGHNGAGKSTLLKAIVGMLSKSQGKIIFNETYHQDEDFLTCKLLLAYLPEEPMLLTELTVMQHFQLYGMSYELAKNEMNQRIEEMVKGFELSDKLNEYPESLSKGMRQKVQTICVLLPDTPLLLIDEPFMGLDIYAIDYFEQLMKEKVAKGTTILVTTHQLDRMKGMADNYIMLQQGKIHSQGPIDQFVTIDRRMDE	PGPT0006725_27440	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_03765	1401			hypothetical protein	ATGATACGTCAACCATCCCTATTAAAAAGCTTCTTTTTCATAAGAGTTCACCGTTTTAAGAAAAAGCGAAAGTTAAACAAGCAAGCGTCCCAATTACTTTTTGATAAGACAACGACGGTATATCTTGTTTTATTACTTGCCTATACGTTTGCAAGTATGTTTATCTTTAGCGATACTACGGCTATGTATAAGGACTATTTTATTTTTTTAGAGCAGCAGGCGGAAGATGTCATATGGGTATTGACTATTGTTTTACCAGTTCGTTCAATGTTTCATGCATTCCGAGAACCAGGAGTTCTATATTCCAGTGCAGAATATCAATTAGCTTTATTACCATATCCAAGAGGGAATATTTGGTTTTTAACGTTGCTAGAAAGATGGCTAAAGAGGCTACTTATATATAGCTTAATAGCGGGTGTTGCTCTACTATTAACGCCACTTAGCCTATCATTCATTCTTACGTTTGTGGCAACTTTCGTCATGTTTGATATTATCATGGCTATTCCACAATGGAAATTATTTCAGCAGCACTTTGCTAAAAAAATGATGCTGTTTTTATTAGCTGTTGTATTGGTAGGTATAGCGAGTCTTTTAAATCCATTGCTAGAGCCAAAATTAATTGCTTCCCTGCTCATTAGTTGCATTGTATTGGTGAATTTATTCTTATTGCCGCATGTATTTTCACATATTAATTGGTCGAAAGTAACGGAAATTAATGATTATACTATTTGGCGTATGCCGTTATTAGCTTTTGCTTCCAAGACGAAATTTAAACGACCGAAACGATATACTTTGTTTCAAAATAGCAGCAAGAACAAGTTGCCATTTACTACGGAGGGACAGATTTATAATCGGCTATGGAAAATATATTTCATAAAACAACAAGCGATCATTTTTCGTGCCTTAGGAACATTATTTGTACTTATTGCGGTCCTCTTTTTCGTGCCAATATGGTTGTTCTATATTGGTATTGCAGTCATGTTGTATGTTTATATTTCAATTGCAGTTAGTTTTTATGCAGATCGATTTAGCAATGATGTCATTGAAGTATTACCATGGTCCACGAAAAATTATGCAAATTATTTTTCGCAATGGATGCGATTAGGCGCTATGCTCTTATTTATTCCCGTATTATTTTTTTATTTTATGCACCTTAGTTGGTGGACCCCTCTGCATATTTTGCTGTTTTGGACGACGTATCGTTGTGTGAAAGAAGTAAAGCTAATGAAAATGGCACATTCACTGACCAGGAAAAAATCTGTTTTACAAGTAGAAGAAACGATAGGAACAGTCGCTATGGTATGTTTAAGTTTAAGTGGAATTTATCCTTTTCTGACGATAAGTTCACTTGTGCTTTTGTTTCTGCTTTATAAAAGAAGCAGCAAGCCCATCTTTTCATGA	MIRQPSLLKSFFFIRVHRFKKKRKLNKQASQLLFDKTTTVYLVLLLAYTFASMFIFSDTTAMYKDYFIFLEQQAEDVIWVLTIVLPVRSMFHAFREPGVLYSSAEYQLALLPYPRGNIWFLTLLERWLKRLLIYSLIAGVALLLTPLSLSFILTFVATFVMFDIIMAIPQWKLFQQHFAKKMMLFLLAVVLVGIASLLNPLLEPKLIASLLISCIVLVNLFLLPHVFSHINWSKVTEINDYTIWRMPLLAFASKTKFKRPKRYTLFQNSSKNKLPFTTEGQIYNRLWKIYFIKQQAIIFRALGTLFVLIAVLFFVPIWLFYIGIAVMLYVYISIAVSFYADRFSNDVIEVLPWSTKNYANYFSQWMRLGAMLLFIPVLFFYFMHLSWWTPLHILLFWTTYRCVKEVKLMKMAHSLTRKKSVLQVEETIGTVAMVCLSLSGIYPFLTISSLVLLFLLYKRSSKPIFS				NA	NA	NA	NA	NA
AK148_03766	459	mhqR_2	COG1846	HTH-type transcriptional regulator MhqR	TTGACGAACAGTAATGCTTTAAAAGAAAAACAGAACAATAGCTCGCTTAAATTATTGGTTGTATTATCAAAAGCATATCGAAGTTTAATGGAACAAGTAGAGGATGATATTCACCAAAGAGGTTTAAATTTGACCGATTTTGCAGTAATGGAGCTGCTTTATCATAAAGGACCACATACTTTGAAAGCGATAGGGGAAAAAATATTATTAACAAGTGGAAGTATTACGTATGTTGTCAATAAATTAGAAAATAGGCGTTATATCGTACGAATACCAAATGAAAATGACCGACGTGTCACATTTGCTGCCATTACGGAAAAAGGAGAAAGGTTAATGGAGGAAATTTTTCCCGGTCATTGGGCAAGAATTGAAGAAATTACAAGTGGACTAGATGAGACAGAGAAGCAACTGGCCATTGACTTGTTACGTAAGCTCGGTACTGCAAATAAGGTGAAATAA	MTNSNALKEKQNNSSLKLLVVLSKAYRSLMEQVEDDIHQRGLNLTDFAVMELLYHKGPHTLKAIGEKILLTSGSITYVVNKLENRRYIVRIPNENDRRVTFAAITEKGERLMEEIFPGHWARIEEITSGLDETEKQLAIDLLRKLGTANKVK				NA	NA	NA	NA	NA
AK148_03767	318			hypothetical protein	ATGAAAAAACCTAATGTAATTGTATATATTAGTACGAACTGTAAAGCATGTGAAGAAGTAATAGAATTCTTACAAGAATGGACGATCATGTATCAAACGAAAAATGTAAATGAAAACCCATCGAATATGAAAGAATTACAGAGTTTTGGAGTATTTGGTACCCCCGCAATATTTATCGACGGTAAAGAAGAACCAATTTTAGGATTTCAAAAAAATAAATTAAAGTATTCTTTAGGTATCATAAATAAAGAAATAACGCATTATAGTTCTTTGTTTGATGGGTATATAGAAGAAAAAAACAACGATCACAGATTTTAG	MKKPNVIVYISTNCKACEEVIEFLQEWTIMYQTKNVNENPSNMKELQSFGVFGTPAIFIDGKEEPILGFQKNKLKYSLGIINKEITHYSSLFDGYIEEKNNDHRF				NA	NA	NA	NA	NA
AK148_03768	474			hypothetical protein	ATGTATTATCGGCCTTATTTTAATTATAGACAAATGTATGATGAACGTCCTGCTCCTTTTGATACAGCGAATATGGGAGCGTCCATCCATTCTCAACCGTATATGCCTCCACCATACCAGTCTCCCTACGAATACTTTGCTAAACCTCAACAGCCAATGAGCTGGCCAGAAAGTAATTTTCAAACTTCCCAACAACATATGTACCAAGGATGGAATGGGCAACCTGCACCACAAGGTATGCACCAAGGTTTAAACGGGCAACCTTCGCTACAGAGTATGCAACAAATGGATATGCAAAGTTCACAAAATATGGAGCAAGAGGCGAATATGTTACAAACACAACAACCAACTGCTCCTGGGCAATCTTTTGATTTGGATAAAATGTTATCAACAGTAGGTCAGTTGGCTAATACGTATCATCAAGTCTCTCCTATCGTTAAGCAATTTGGATCACTTATCAAAACCTTTAGATGA	MYYRPYFNYRQMYDERPAPFDTANMGASIHSQPYMPPPYQSPYEYFAKPQQPMSWPESNFQTSQQHMYQGWNGQPAPQGMHQGLNGQPSLQSMQQMDMQSSQNMEQEANMLQTQQPTAPGQSFDLDKMLSTVGQLANTYHQVSPIVKQFGSLIKTFR				NA	NA	NA	NA	NA
AK148_03769	711			Thermostable monoacylglycerol lipase	ATGGTAGCCTGTTTAATTATTCACGGATACACTGGAGGTCCTTATGAAGTAGAACCACTTGCAGATTATTTAACAAAACAAACCGATTGGCATATTGCTGTCCCTACGTTACCAGGACATGGTCGAAACTTGAACTTACAGCATGTATCTCATGACGAATGGCTTGAAGCTGCAGAACAAGCACTGCTGCAATTACAAAAAAGATATGATACCGTTTATCTCATCGGTTTTTCCATGGGAGGGATGATTGCAGCTTACTTAGCAGCGAAGTATCAAATTGAGAAGCTAGTGCTTCTAGCTACTTCTGGGAAATATTTGTCATTAAAGCAGATTGGAAAAGACATAGGTGGTTTTCTTACAGATGCTGTGACAGGGAAATTAGGAGAAAACAAACTGTTTCTGCACTATAAAAGAAAACTAGGGACAGTACCATTTCGCGCTAATATCGAATTTTTAAGATTAGTTCGGTTTACTAGAAGGTACTTAAATAAAATAAAATCGCCAGTATTAATTGCTCAAGGGCAGCAAGACGGAATGGTACCATATAAAACAGCCTATTACTTAAATAAAGAAATTACATCGGAGCAAAAGGAAGTGGTGTTTTTCGAGCGTTCTAAGCACTTAATCTGTTTAGGAGATGACAAAGATACATTAAACAAAATCGTACATGCCTTTCTGCAGTCATCAAAATCACCTACATTTACTTACTAG	MVACLIIHGYTGGPYEVEPLADYLTKQTDWHIAVPTLPGHGRNLNLQHVSHDEWLEAAEQALLQLQKRYDTVYLIGFSMGGMIAAYLAAKYQIEKLVLLATSGKYLSLKQIGKDIGGFLTDAVTGKLGENKLFLHYKRKLGTVPFRANIEFLRLVRFTRRYLNKIKSPVLIAQGQQDGMVPYKTAYYLNKEITSEQKEVVFFERSKHLICLGDDKDTLNKIVHAFLQSSKSPTFTY				NA	NA	NA	NA	NA
AK148_03770	855		COG1307	DegV domain-containing protein	ATGAACATTCAATTAATGACTGATGGTGGAGCGGATATACCTGAGCGTTTATTAACCAAGACAAACATAATTCAAGTGCCACTCTATTTACATTTTAGTGATGGACAATATAAAAGCGGAGTAGATTTAGACATTCCATCCTTTTATCGAAAAATGGCTGAAACCAATGAGTTACCTAGATCTTCAGCACCAAGCCCACATGATTTTTACACAGCATACAAACAAATTGCACAAGATGTCCCTATTCTCATGCTTAGTTTGACGAAAGGGTTAAGCAGCACCTATGAGAACGCAGTAGCTGGCATGAAATTATTACTTGATGAAGAACCTGAACGCAAGATTGCCGTTATTAACACAAAAACTGCTTCTTGCGGAATCGCTTTGTTGCTTCATGAAGCAATCACCAAAATAGAAGCAGGTTATTCCTTTGAGCCGTTAGTAGAACATCTGGAAGAACGAGCAGAACAAACTGCTACTTTATTTGTATTAAAAACGTTGGAAAACCTTATTCAAGGCGGACGTCTTGATAAAGTAAAAGGGAAGATTGCAAAAACCTTAAATATTAAGCTGCTGATGCGTGCAAGTGAAGACGGAGCTATTGAAGTGACCGAGAAAGTGAGAGGGGACAAAAAGTCCATACGCCGATTTATCGATCAAATTGGGGAATATACTAAAAATGTGGAGGATAAAGTGATTTCCTTATCGCATTGTAATGCAGAAGGACGTGCGAAGAAAGTGCTAAATGAAATAAGAGAGGCTTATCCATTTAAAGATGCACTCATTATGGAAACAGGTCCGTTAATATCCACTTATGGTGGAGAAGGTGCTCTCGTTATTTCTTTTTTCAAGCATTAG	MNIQLMTDGGADIPERLLTKTNIIQVPLYLHFSDGQYKSGVDLDIPSFYRKMAETNELPRSSAPSPHDFYTAYKQIAQDVPILMLSLTKGLSSTYENAVAGMKLLLDEEPERKIAVINTKTASCGIALLLHEAITKIEAGYSFEPLVEHLEERAEQTATLFVLKTLENLIQGGRLDKVKGKIAKTLNIKLLMRASEDGAIEVTEKVRGDKKSIRRFIDQIGEYTKNVEDKVISLSHCNAEGRAKKVLNEIREAYPFKDALIMETGPLISTYGGEGALVISFFKH				NA	NA	NA	NA	NA
AK148_03771	918			hypothetical protein	ATGCGACTTCCTCCATTTAACCCATATATCGCTGTAGGAATTGGTGTATTATCTGTTTCTACTTCAGCAGTATTCGTTAAATTAGCCGATCAAGCGCCTGCTGCTATGATAGCAAATTATCGTTTATTGATTGCAGTACTTCTTATGGCTCCGATTATATTGGCAAAATACCGCCATGAAATAAAGCATATTGAGCGTAAAGATTGGCTTTTATCCGCTCTTGCCGGGGTGTTTTTAGCCTTTCATTTTATATTATGGTTCGAATCTTTGAACTACACATCTGTAGCTAGTTCTGTTGTTTTAGTAACGCTCCAACCTATTTTTGCTTTCTTGGGAACGTATATTTTTTTTAAAGAGCGTTTTTCTTACGGAGCAATTATCAGTATGCTAATCGCTCTAATTGGTAGTATTATTATTAGCTGGGGTGATTTCCAAATAAGTGGAATGGCGCTGTTTGGTGATATATTGGCATTATTAGGAGCGATCACTGTAACAGGATATTTTTTACTTGGACAGCGTGTACGCAGAAATCTTTCTTTAATGACCTATACATTTGTTGTGTATGGTGTAAGTTCTATTACTTTGATTATTTATAACTTATTAGTTGGAAACGCATTTACGGGTTACCCAATGGATCATTGGTGGATTTTTATCGCTCTAGCGATTATACCAACCTTTTTTGGACATACGTTATTTAATTGGGCATTAAAATGGCTAAGCACCTCTACAATCTCGATGGGCATTGTCTTTGAGCCAATAGGCGCTTCCATTTTAGCATATATTATTTTAGACGAAAAAGTTACCGCTTCCCAACTATTAGGGGGAACCATTGTCCTATTTGGATTATTTTTATTTATATTGAGCACGAACAGAAAAACAACTTTAACTATCTCTAAAAAGAAGCAACAAGATGATTAA	MRLPPFNPYIAVGIGVLSVSTSAVFVKLADQAPAAMIANYRLLIAVLLMAPIILAKYRHEIKHIERKDWLLSALAGVFLAFHFILWFESLNYTSVASSVVLVTLQPIFAFLGTYIFFKERFSYGAIISMLIALIGSIIISWGDFQISGMALFGDILALLGAITVTGYFLLGQRVRRNLSLMTYTFVVYGVSSITLIIYNLLVGNAFTGYPMDHWWIFIALAIIPTFFGHTLFNWALKWLSTSTISMGIVFEPIGASILAYIILDEKVTASQLLGGTIVLFGLFLFILSTNRKTTLTISKKKQQDD				NA	NA	NA	NA	NA
AK148_03772	1464	cshA	COG0513	DEAD-box ATP-dependent RNA helicase CshA	GTGACAACATTTAAAGAGCTGGGTGTGTCTAGCCCGATTATGAAAGCATTAGAAAGAATGGGATTTGAAGAAGCAACGCCGATTCAAGCAGAGACTATCCCATTAGCTTTAGAAGGCAATGATGTAATTGGACAAGCGCAAACAGGTACAGGAAAAACAGCTGCTTTTGGTATTCCTATGATTGAAAAATTAGATGCAAGAGCACGTAAAATACAAGGTCTCGTTGTTGCTCCAACGAGAGAATTAGCGATTCAAGTAGCCGAGGAATTAAATCGTCTTGGCAAGGTTAAAAAAGTTCGTGCTTTCGCCGTTTATGGTGGGCAACAAATGGAGAGACAAATTCGTTCTCTTAAAGATGGCCCACAAATTGTAGTTGCAACCCCTGGTAGACTATTGGATCATATGCGTCGCAAAACAATTCGGACGGAACATATTCACACAACGGTTTTAGATGAAGCCGATGAAATGTTAAATATGGGCTTTATCGACGATATTCGTGAGATTCTTAAAGCAATTCCAGAGGAAAGACAGACATTGTTATTTTCCGCAACAATGCCTAAAGAAATTCGCGATATTGCGACGAATTTGATGAAAAGTCCAAAAGAAATTAAAGTAAAATCAAAAGAAATGACGGTCGAAAATATTGATCAGTATTTCATTGAAGTACCTGAAAGATATAAATTCGATACGTTAAATAACCATTTGGACATTCATTCTCCCGATTTAGCCATTGTCTTTAGCCGCACGAAAAAGCGTGTAGATGAAATAACGGAAGGCTTGCAAGCTAGAGGTTACCGTGCTGAAGGTATCCATGGTGATTTAACACAAGGAAAAAGGATGTCCGTATTAAATAAATTTAAAAATGGTCGCGTAGATGTGCTTGTTGCAACCGATGTAGCCGCAAGAGGACTTGATATTTCAGGTGTTACGCATGTTTATAATTTTGACATCCCTCAGGATCCAGAAAGCTATGTGCATCGTATTGGTCGAACAGGGCGTGCTGGTCGAACAGGCGAAGCTATCTCTTTCATTACGCCAAGGGAAATGGCACATTTGAAATTAATTGAAAAAGTAACAAAGAGTAAAATGAAGCGTCTTACACCGCCAACGAACCATGATGCACGAAAAGGACAACAGCAAGTTACGATAAGCAAAATTGTTGAAACGATTGAAACAAAAGATCTAAACGATTATCATCAAGCAGCTAATCAATTATTGGAAGATCAGGACGCTGTCTCTGTCATTGCTGCAGCGCTTAAGTTAATGACAAAAGAGCGAAAGGATACGCCGGTGAAGATTTCTTCTGTTGCGCCAATAAGTGTGAAGAAAGCAAATCACCAGAATGACAATCGCCGTTCCAATAATAAACGATTCCAGGGTAAACGTGGACAAAATAATCGTGGTGGACAAGGTAGTCGTAATCGAAAAGGTAATTTTCAAAAACGTAGAAACCGTGATAAGTAA	MTTFKELGVSSPIMKALERMGFEEATPIQAETIPLALEGNDVIGQAQTGTGKTAAFGIPMIEKLDARARKIQGLVVAPTRELAIQVAEELNRLGKVKKVRAFAVYGGQQMERQIRSLKDGPQIVVATPGRLLDHMRRKTIRTEHIHTTVLDEADEMLNMGFIDDIREILKAIPEERQTLLFSATMPKEIRDIATNLMKSPKEIKVKSKEMTVENIDQYFIEVPERYKFDTLNNHLDIHSPDLAIVFSRTKKRVDEITEGLQARGYRAEGIHGDLTQGKRMSVLNKFKNGRVDVLVATDVAARGLDISGVTHVYNFDIPQDPESYVHRIGRTGRAGRTGEAISFITPREMAHLKLIEKVTKSKMKRLTPPTNHDARKGQQQVTISKIVETIETKDLNDYHQAANQLLEDQDAVSVIAAALKLMTKERKDTPVKISSVAPISVKKANHQNDNRRSNNKRFQGKRGQNNRGGQGSRNRKGNFQKRRNRDK	PGPT0013740_1601	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927	NA	NA
AK148_03773	480			hypothetical protein	ATGCGACACCCCCCAAAACAACAAATAGAGAAAGAAGCCATCAAAGTATGGCGGATAACAGCAGCTATTTATAATGGTATACTTTGTTTATTGGCAATTGCAGCTTTGGTTGTTAGTATTATTTTTGAATGGCCAGTTTGGTATAGTATGGTAGCTGTAGCTGTAACCATTATTTTAGCGTATGTATTTATTTTTATATTACCAAAGCTTCGCTGGAGACGATGGCGTTATGAATTATTTGAACAGGAAATCTATATTCAATACGGTATTTTAATTATGTCAAGAACGCTTGTACCAATGGTGCGTGTACAGCATGTAGATACACAGCAGGGTCCAATTTTAAAGCGGTATGATCTGGCAACTGTAACGATCTCCACGGCAGCAACGACACATGAAATTCCTGCGTTAAATGAAGAGGATGCTTCTTTGTTGCGTGATCGTATTTCTGAGCTTGCAAGGGTGGATGAAGAAGATGTCTAA	MRHPPKQQIEKEAIKVWRITAAIYNGILCLLAIAALVVSIIFEWPVWYSMVAVAVTIILAYVFIFILPKLRWRRWRYELFEQEIYIQYGILIMSRTLVPMVRVQHVDTQQGPILKRYDLATVTISTAATTHEIPALNEEDASLLRDRISELARVDEEDV				NA	NA	NA	NA	NA
AK148_03774	1470			hypothetical protein	ATGTCTAAGCCAAAACGAATGCATCTAGCATTTATCTTATTTCATGTTATTCGATCACTGAGAGAAACGATTTTACCGTTTATTGCAGCAATCATTGCCATTCCTAAAGAGCATTTCTTTTTTGTGATTATAGGTCTTATAGCGCTTGCGTTATTGTTTACCATTTTTAGTACGCTCTCATGGTGGCGTTTTACTTATGAGGTTACGAATGACGAACTACGGATTGAATCAGGAATATTCATTCGTAAAAAAAGATACATTTCAAAAGGGCGTATTCAGTCGATTGATATATCCGCAAATGTTTTGCATCGAATTTTTAAATTAGCAAAGGTGCAAATTGAAACAGCTGGTTCTGGCGCTGAAGGTACATTGACAGCTATCAAGTTATCGGAAGCAGAAGATCTACGAACAGAATTGAAAGGTTACCAAACAAACGATGCCGACTTAGAAAAGACAGAAGAAACTATGAAAACACCGGATGTGCCTTTTTTCCAAATATCTAATAAACGATTGTTCTTGGCAGGTAGTACATCTGGAAGTATCGGAGTATTAGCAGGTTTATTTGCTTTTGCCGTTTCAGAAATGGAACAATTTATTCCTGATAATTTTTATGATAATACGGTAGAGTGGGTAGTGGGATTAAGTATTGCATTTTTAATAATTGTTATTGTAGGTATTTTATTATTATTATGGTTATTAGGTATTGCAGGTACAATGATTAAGTTTTGGAATTTTCGAATCGAAAGACATGAAAAAGAATTATTTATAACTAGGGGGCTACTTGAAAAAAAGCAAACAACCATTCCGCTAAATCGCATACAAGCTATCGGTATAGAGGAGAGTATTATTCGGCAACCGATCGGCTATGCAAAAGTTTTTGCAGAAGTAGCAGCTGGTAGTGCAGAGGAAGCCAATGAGTTTTCTTCCGTTTTATTCCCAATGTTAAAGGAATCCGAAGTAGAAGAATTTCTAAAAACAATCTTGCCAACGCATGCCCATGTAGATGGAGCTTGGCATGCGATTCCAAAAAGAGGCTTAACCTATTATTTGCTCCGATCCCTTATTCCCGTCTGCTTAATTAGTGTTCCAGTATATATATTCTTCCCTGGATTTATGTGGGCTGTAGCAATTGTGCTACTTTTAGCCTTTACATTAGGTTATCTTAGCTTTCGGGATACTGGATTTCAACTAGAAAAAAAGAGGATGCTACTTCAATATCGACAAATAAGTAAAAAAACGATGATTATTTTTCATAGACGTATTCAATCTATAGAAAAAAAACAACACGCCCTTCATCGAAAACAGGATGTAGCTACACTAAGTGTTTCAATACTTGGTACGAATAGCGTCGGGGCGCATTATTATTTAAAAGAATTGGCAGAAGCTGATGCGGATAAATTAGCAAATTGGTATTCGCACAGAAAGCGTGTAGAAGACATGCCTTATAGCAAGGATGAAAAGGAAAAGTGA	MSKPKRMHLAFILFHVIRSLRETILPFIAAIIAIPKEHFFFVIIGLIALALLFTIFSTLSWWRFTYEVTNDELRIESGIFIRKKRYISKGRIQSIDISANVLHRIFKLAKVQIETAGSGAEGTLTAIKLSEAEDLRTELKGYQTNDADLEKTEETMKTPDVPFFQISNKRLFLAGSTSGSIGVLAGLFAFAVSEMEQFIPDNFYDNTVEWVVGLSIAFLIIVIVGILLLLWLLGIAGTMIKFWNFRIERHEKELFITRGLLEKKQTTIPLNRIQAIGIEESIIRQPIGYAKVFAEVAAGSAEEANEFSSVLFPMLKESEVEEFLKTILPTHAHVDGAWHAIPKRGLTYYLLRSLIPVCLISVPVYIFFPGFMWAVAIVLLLAFTLGYLSFRDTGFQLEKKRMLLQYRQISKKTMIIFHRRIQSIEKKQHALHRKQDVATLSVSILGTNSVGAHYYLKELAEADADKLANWYSHRKRVEDMPYSKDEKEK				NA	NA	NA	NA	NA
AK148_03775	900	blaZ		Beta-lactamase 3	ATGCTAAAGTACATGAAAATATTCAGCGTTTTACTGGTTACTTTTTTGGCACTTGTTGGCTGTGAAGAAAAAGAAGAGCAATCCTCTAGTAATAAGTCGACTGGAGAAACGGAAACAATGAATGACGAGAGTGAATTCCGCCTATTAGAAAAAGCATATAATGCAAAACTAGGGATATATGCGGTAGATACTAGTAATGGTAAAACTGTGTCGTATCAAGCTGAAGATCGATTCGCTTATGCTTCTACTCATAAAGCACTAGCTGTAGGCGTGCTATTGCAAAAATTAACTTTAAAACAATTAAAAGAAACGGTATTAATTAAAGAAGGAGATTTGGTGAATTATAATCCCATTACTGAAAACCATGTAAATAAACATATGTCATGGAAAGAACTTGGTGATGCTTCTATAAGATATAGTGATAATACTGCTGCTAATCACATCTTAAATCGAATAGGTGGTCCAAATGGGTTTAAAAAAGCACTTCGAGACATTGGAGATGATGTGACAAACCCGGAAAGAATGGAACCAGAATTAAACCTGGTAAATCCAGGAGAAATAAAGGACACAAGTACACCAAAAGCGCTCGCCACAAGCCTGAAAGCTTTCACAATTGGAAATGTACTACCGAAAGAAAAACAAGATTTGTTAGTGGATTGGCTGAAACGCAATACAACTGGGAATCATTTAATCCGAGCAGGGTCCCCCAGAGGGTGGGAAGTTGGCGATAAATCAGGAGCCGCACCCTATGGAGTTCGTAATGACATAGCTATTATTTGGCCGCCAAATAAAGCACCTATAATACTTGCTATTCTGTCTAGCAAAGAGGAAAAAAATGCTAAAGCAGATGATAAGCTTATTGCCGAAGCGACTAAAAAAGTAATCAGCATGATAAAGTAA	MLKYMKIFSVLLVTFLALVGCEEKEEQSSSNKSTGETETMNDESEFRLLEKAYNAKLGIYAVDTSNGKTVSYQAEDRFAYASTHKALAVGVLLQKLTLKQLKETVLIKEGDLVNYNPITENHVNKHMSWKELGDASIRYSDNTAANHILNRIGGPNGFKKALRDIGDDVTNPERMEPELNLVNPGEIKDTSTPKALATSLKAFTIGNVLPKEKQDLLVDWLKRNTTGNHLIRAGSPRGWEVGDKSGAAPYGVRNDIAIIWPPNKAPIILAILSSKEEKNAKADDKLIAEATKKVISMIK	PGPT0028070_1618	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
AK148_03776	771			hypothetical protein	ATGTTTATAAGACATGAAAGAAGCATAAAAGAATTTATACAATCGTACCCCATCGTTTCCACCCTTGTAATCATTCACTTAGCTTTATGGCTCGTAATTAATTTCTTACAATTACCATTTGGCATTTGGCTGTATCAATTAGGTGAAGGGAGTAATTATGGTATTGAGCAAGGGGAATATTGGAGGCTTATCACGCCAATATTTCTTCATGCCGATTTAATGCATGCCTTGTTTAATTCCTTCTCCCTTGTGCTATTTGGACCTGCTTTAGAGCAAATGCTTGGGAGGACAAAATTTATTATTGGCTACCTTTTTGCAGGTATCTTTGGGAACCTTGGAACGTATTTAGTCGAAGATTTATTTTACTTCCATATAGGAGCTTCAGGGGCAATTTTTGGCTTGTTTGGGATATATATATTTATGGTTCTGTTTCGCAAACATCTCATCGATCAGATAAGCTCTCAAATCGTAACAACGATTTTCGTTATTGGTTTGATTATGACCTTCTTCAATCCAGGCATCAATGTTTCAGGGCATATTTTCGGATTCCTTGGTGGGGTTATTATTGCACCGATTGTTTTAGCGGGGGCAAATAGTTATAATCCATGGGCAGCCGTGGCAAGACGTAACCGTTACAGAAATGATGATGATATTCAGTTTGACCCTAATCGTTGGAATAAAAAGCGCCTTCCACGGTCTTTTTCGAAAAATATTGGTTGGTTTATTTTCGGCGTTCTCGTGTTACTTGGCTTATTAAGTCGTTTATTCTAA	MFIRHERSIKEFIQSYPIVSTLVIIHLALWLVINFLQLPFGIWLYQLGEGSNYGIEQGEYWRLITPIFLHADLMHALFNSFSLVLFGPALEQMLGRTKFIIGYLFAGIFGNLGTYLVEDLFYFHIGASGAIFGLFGIYIFMVLFRKHLIDQISSQIVTTIFVIGLIMTFFNPGINVSGHIFGFLGGVIIAPIVLAGANSYNPWAAVARRNRYRNDDDIQFDPNRWNKKRLPRSFSKNIGWFIFGVLVLLGLLSRLF				NA	NA	NA	NA	NA
AK148_03777	363	acpS	COG0736	Holo-[acyl-carrier-protein] synthase	ATGATTAAAGGAATTGGAATAGATATTATTGAATTGGAGCGCATTCGACAGAGCTTAGAGAACAACGTTCGCTTTGTGGAGCGGATTTTAACGTCTCAAGAAAGAGAAAGTTACAGACAATTAACGAATGAAAAACGGAAGGTAGAATACGTTGCTGGAAGATTTGCAGCAAAGGAGGCATTTGCTAAAGCGGCAGGTACTGGTATTGGTAAACTCGCTTTTCAAGATATGGAAGTAAGCCAAACGGAAGCTGGAGCTCCTGTATTACATGTAGCAGGATATGAAGAAGAAAACATATTTCTATCGATCTCTCATGCAGAGCGTTATGCCGTAGCACAAGTTATTTTGGAAGCACGATTTTAA	MIKGIGIDIIELERIRQSLENNVRFVERILTSQERESYRQLTNEKRKVEYVAGRFAAKEAFAKAAGTGIGKLAFQDMEVSQTEAGAPVLHVAGYEEENIFLSISHAERYAVAQVILEARF	PGPT0008840_2958	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0008840-acpS-K00997	NA	NA
AK148_03778	1521	nnr	COG0062	Bifunctional NAD(P)H-hydrate repair enzyme Nnr	TTGTTTATTGTCACCGCGAAAGAAATGTACGATATGGATCGCTTAGCTATGCAGGAATTTGGTTTAGAAGGAAAATTGCTGATGGAAAATGCCGGACGAGCTGTTGCTTTTAAAGTAATGGAGCAAACTTCACGAAATGAACAAATTGGTATCTTGGCGGGTGCAGGTAATAATGGTGGGGACGGTTTTGTCATTGCACGTACGTTACTTGATCATGGATATCAAGTAGAAGTATTACAAGTAGTTGCAAATGAAAAAATAACTGGTGATGCGTATGATCATAAGGTGATTTATGAAAAGTGTGGAGGAAAGGTTACTCTCTACAGTGGGAAATCTATCCAAATGTTGAAAGAGGCAGATGTTCTTATTGATGCCATGATTGGTATTGGGATGAATGGGGAGGTGCGTGAACCGTTTGCTACCCTTATATCTCTTATTAATGAACAGGAAGCCTATGTCATTTCTGTAGATATTCCTTCTGGCGTCCCTGCGGATGAAGGCGAGGATTCTATTAACGCTGTACAAGCTGATTACACGGTTATCATTGGCGCTCCGAAGCAAAGCGCCTTTCTCCCAAATACTGCTTCGTTCTACGGAGAATGGGACGTTGTCTCTATCGGCCTGCCGACGTTTATGTTCCATAGACTTACAAACAAAACAGTGTGGCAGCTAGACAATGTGGAAAAGACGTTACCAAAGCGCGAATTATTTGACCACAAAGGCAATCATGGAAAAGGTCTGATTATTGGTGGGTGTAAGGAAATGCCAGGTGCCTTATCGATGTCAGTACAAGCCGCATTAAAATCAGGAGCAGGTTTAATAACGGGTGCTAGTTCTTCACCTGTGATTCAAATGATTGCTGGAAACAGTGTGGAAGCTATGTATATACCTTTAATGGATACAGATGGCTATCTTAATAATCATTCAGAAGTCTCATTTGCCATATATGATGCCGCAGCAATCGGTATGGGATTAGGGAGGAAAAAAATAACACAGGATTTTGTCGCCCATGTTATGAATACAGCGACTTGCCCTATTATTATTGATGGGGACGGACTTTACCATTTGTCACATTTATTGCCTGATCTAAATGCCAGAGCTTATTCAACCGTTATTACCCCACACCCTGGAGAAATGGCTATGCTATTGGGGGTCACAATTCGTGAAGTATTACAAAAGCCATTTCAATATGCCAAAGATTTTGCGCAAACATATAGTGTGTATGTTGTTTTAAAAGGAAGATATACCATTATTACCGCTCCAGATGGTGTGCAAAGGCTAAACCCAACAGGTAATGCAGGTCTTAGCAAAGGTGGTAGTGGCGATGTATTAACAGGGATCATGTTAGCAATGGTGATGCAAAAGCAAAGTTTGTTAGATGCTTTATGCAATGCTTGTTTCATTCATGGTATGTCAGCCGATTTACTTGTCCAAGATCAGCATTCTGAACATGATTTGCTTGCTAGTGATGTAATTAATGGAATAACACGTGTATATCGTGCGATTTTAAGTAGTGGTTGA	MFIVTAKEMYDMDRLAMQEFGLEGKLLMENAGRAVAFKVMEQTSRNEQIGILAGAGNNGGDGFVIARTLLDHGYQVEVLQVVANEKITGDAYDHKVIYEKCGGKVTLYSGKSIQMLKEADVLIDAMIGIGMNGEVREPFATLISLINEQEAYVISVDIPSGVPADEGEDSINAVQADYTVIIGAPKQSAFLPNTASFYGEWDVVSIGLPTFMFHRLTNKTVWQLDNVEKTLPKRELFDHKGNHGKGLIIGGCKEMPGALSMSVQAALKSGAGLITGASSSPVIQMIAGNSVEAMYIPLMDTDGYLNNHSEVSFAIYDAAAIGMGLGRKKITQDFVAHVMNTATCPIIIDGDGLYHLSHLLPDLNARAYSTVITPHPGEMAMLLGVTIREVLQKPFQYAKDFAQTYSVYVVLKGRYTIITAPDGVQRLNPTGNAGLSKGGSGDVLTGIMLAMVMQKQSLLDALCNACFIHGMSADLLVQDQHSEHDLLASDVINGITRVYRAILSSG				NA	NA	NA	NA	NA
AK148_03779	1011	ydcC	COG2834	Sporulation protein YdcC	ATGAAGATGAAAATTATTGGGGTGCTCTTGTTTGCCGGCCTCATAATCGTATTAGCTGCTTGTGGTGAAAAATCCCAAGAAGATGTTGTAGCCGATTTGCAAGAAAAGGCTGAGAAGATGGACGGGTATAAAGCAAAAGCGGAAATGAATATGAATACAGGTAAGGAACAGCAAACGTTTCAAATTGATATTTGGCACAAAAAAGAAGATATGTATCGTGTCGGATTATCCAACAAGTCTGATGAAAAGGGCAATCAAATCATTTTAAAAAATGAAGATGGGGTTTTTGTACTCACCCCAGCTTTAAATAAGAGTTTTAAATTTCAGTCCGAATGGCCACAAAATAGCAGCCAGCCTTATTTATATCAATCTTTGGTTCAGGATATTGAAAAAGATAAGGAAGCGGAATTTGAAATCACTGATGCCCATTACGTGTTTAAGACAAAAACAAATTATCAGAGCAATAACAATTTACCGTATCAAGAAATTTATTTAGATAAAAAATCGTTGCAACCTGTACAAGTAAAGGTGTTGGATAAAGATAAAAATGCATTAGTTGAAGTGAGCTTTTCCAACTTTGATAGTAAGGCAAGCTTCCAAGAAGATGATTTTTCTATGAAGAAGAATATGGGTGGAGAAGAAGCAAAAGAAACAACCGCTGTAAATGAAGAAGAAGCATTAACGGTGTTTTATCCATCTTACATGGCAGGAGCGGAACTAACGGAAAAGAAAGAAGTATCTACTAAAACAGGAGAACGGGTCATCTTAACCTTTGAAGGGGAAAAGAATTTTACCTTGGTACAAGAAAAAGCAAATGCGCAAACAACCATGGCTAACCCGAAGGAAGCAGACGGAGAGATTGTAAATTTAGGTTTTACGGTTGGAGCTATGTCGGATAATACGATGGAATGGACGCATAATGGCGTTGATTTTATGTTGGCTAGTGAAGAGTTAACAAAGGAGGAACTCATTGAAGTTGCGAAATCTGTCCAAAGCAAAGAAGTGAAGTGA	MKMKIIGVLLFAGLIIVLAACGEKSQEDVVADLQEKAEKMDGYKAKAEMNMNTGKEQQTFQIDIWHKKEDMYRVGLSNKSDEKGNQIILKNEDGVFVLTPALNKSFKFQSEWPQNSSQPYLYQSLVQDIEKDKEAEFEITDAHYVFKTKTNYQSNNNLPYQEIYLDKKSLQPVQVKVLDKDKNALVEVSFSNFDSKASFQEDDFSMKKNMGGEEAKETTAVNEEEALTVFYPSYMAGAELTEKKEVSTKTGERVILTFEGEKNFTLVQEKANAQTTMANPKEADGEIVNLGFTVGAMSDNTMEWTHNGVDFMLASEELTKEELIEVAKSVQSKEVK				NA	NA	NA	NA	NA
AK148_03780	1119	alr		Alanine racemase	TTGGACATACATCGAAATACATGGATAGAAATAGAATTGGATGCAATTGCATATAATATAAAGCAAATACAGAAAAAGCTACCAAAAGAAACAAAAGTAATGGCCGTAGTAAAAGCGAATGGGTATGGACATGGAAGCGTACAAATTGCTAGGCAAGCGTTGCAAGCAGGGGCAGATTATTTAGCTGTAGCACTATTAGAAGAAGCGATCAAGTTACGTGAAGCATCAATAAAAGCACCGATTCTCGTGTTAGGTTGGGTTCCACCTGAATCAGCAATCGTTGCAGCAAGGTATGGGGTTACACTAACCGTTTTTCAACAGGAGTGGTTAGAACAAATAAAAGGCTATACTTTCTCTCCACCTCTGCATTTGCATTTAAAAGTGGATACGGGAATGGGACGAATAGGAATAAGAACAGAGCAAGAATTGAAAGACATTTCACAAGCATTAAATGAAAATAACAGCATATATTTAACTGGGGTGTTTACACACTTTTCTACAGCGGATGAACGAGAGTCAACGTATTTTGATGAGCAACGAATGCGCTTCAAAAATACCCTTTCGCAACTGAAAGAGCTACGGATGGAGAAACTTAACGTTCACATTGGTAACAGTGCTAGTGCTATACGACTTCCAGAAGCCATGTATGATTTTGTTCGTTTTGGAATTTCCATGTATGGGTTATATCCTTCACAAGAAATAAAAGCAAAGGGGGAGATAGAATTAAAACAAGCTTTTTCTTTGCATAGTAGGCTTGTTCATGTCAAAAAAATAAACCCAGGCGACTGTGTTAGCTATGGGTGTACGTATCAGGCAGAAGCAGAAGAGTGGATTGGTACGCTTCCTATTGGATATGGAGACGGTTGGCTAAGAAAGATGCAAGGTTTTTCCGTTCTTGTAGATGGAAAGCGAATGCCTATTGTTGGGAGAATTTGTATGGACCAAACGATGATCAAATTAGATCAAGCGTATCCAATAGGGACGAAGGTGACGCTGATTGGTTGTCAAAATAATGCTTGTATTTCCATGGATGAAGTGTCTAATTATGCTGAGACCATTAATTATGAGATTCCTTGTATATTGAATGGTCGTATTCCTCGTATTTATAAAAAACAATGA	MDIHRNTWIEIELDAIAYNIKQIQKKLPKETKVMAVVKANGYGHGSVQIARQALQAGADYLAVALLEEAIKLREASIKAPILVLGWVPPESAIVAARYGVTLTVFQQEWLEQIKGYTFSPPLHLHLKVDTGMGRIGIRTEQELKDISQALNENNSIYLTGVFTHFSTADERESTYFDEQRMRFKNTLSQLKELRMEKLNVHIGNSASAIRLPEAMYDFVRFGISMYGLYPSQEIKAKGEIELKQAFSLHSRLVHVKKINPGDCVSYGCTYQAEAEEWIGTLPIGYGDGWLRKMQGFSVLVDGKRMPIVGRICMDQTMIKLDQAYPIGTKVTLIGCQNNACISMDEVSNYAETINYEIPCILNGRIPRIYKKQ	PGPT0020040_2824	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_RELATED_RACEMASES,PGPT0020040-alr-K01775	NA	NA
AK148_03781	291	ndoAI	COG0864	Antitoxin EndoAI	ATGGTTTTGTCAGAAAGTTTGCAAGAAGTATTAGTGAAAATACCGAAAAACCTGTTAAATGAGGTGGATGGTCTGATGAAATATGAGAATAGTGATCTAAGTGATTTCATATGTCAGGCAACTAGAAACTATCTTCAGCATAAAAGAGATGAGCATTTTCAACAATTTCGCGAAACCATGGAAAAGGGCTATGCAGAAATGGGTCGCATTAATTTGACAATTGCTTCCGAAGCTTTTCAAGCGGAAGAAGAAGCAAAAATCACCTTGGAACGCTCTGTGATCGGGGTGTAA	MVLSESLQEVLVKIPKNLLNEVDGLMKYENSDLSDFICQATRNYLQHKRDEHFQQFRETMEKGYAEMGRINLTIASEAFQAEEEAKITLERSVIGV	PGPT0027400_67	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-MazF-MazE_TOXIN-ANTITOXIN_SYSTEM,PGPT0027400-REGULATION|antitoxin_ndoAI-K07723	NA	NA
AK148_03782	339	ndoA	COG2337	Endoribonuclease EndoA	GTGTATTTCGCTGACCTTTCCCCTGTTGTTGGATCAGAGCAGGGAGGCGTCCGCCCGGTATTGATCCTGCAAAATGATATCGGGAATCGTTTCAGTCCTACCGTTATTGTGGCTGCAATTACAGCACAAATTCAAAAAGCCAAACTCCCTACACATGTGGAGATTGATGCAAAACAATATGGGTTTGACCGTGATTCCGTTATTTTGCTAGAGCAGATACGAACACTTGATAAACAAAGGCTAACAGATAAAATTACAAAGTTAGATAAAGAAAAGATGAAAATGATTAATCAAGCATTAGAAATCAGTTTAGGGCTGAAGGATATGTATGATCAATAA	MYFADLSPVVGSEQGGVRPVLILQNDIGNRFSPTVIVAAITAQIQKAKLPTHVEIDAKQYGFDRDSVILLEQIRTLDKQRLTDKITKLDKEKMKMINQALEISLGLKDMYDQ	PGPT0027390_731	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-MazF-MazE_TOXIN-ANTITOXIN_SYSTEM,PGPT0027390-toxin_mazF|ndoA|chpApemK-K07171	NA	NA
AK148_03783	870	rsbRA	COG1366	RsbT co-antagonist protein RsbRA	ATGGATGAGAAGTTAAAAAATATGGCTATTGAAAACAGCGATTCGATTGTGCAACTTTGGATGGAAGAAATCAATTCCTTAAAGTTAGACAATTATACAGCAAGTATTTCTGATGAACTCTTTGAAAGTACGAATCGACAATTCGTGAATGTTATCTTTCAAAGTATAAAAGACGGGGGTTCATCAAAAGCGGTTAAAGATTTTTCGGAAAGAATTATTAACCTTGGCTGGCCTTTGGGATATATTACCGATGGTTTACAGGTGTTTCGAAGAGTTACGGTGGATTACATTTTAAGCCAATATGAACAACTTAACTCTGAATTTATTTCCAATGTGCTAAAAAGTGTAGATGCTTGGGTAGAGCCTATTATCCGTCAACTTGTAAATGAATATTCAGGAAGCTGGGAAAATACCGTTTCCTTACAACGAGTCGCTTTACAAGAATTATCTGCTCCATTAATACCTGTTATGGACGGAATTACGATTATGCCATTAATTGGAACGGTTGATACAGATCGTGCGAAATTAATTATGGAGAATCTATTAGATGGTGCGATTAAACATAACTCAGAAGTTGTTTTAATTGATATTACAGGCGTTCCTGTTGTCGATACGATGGTTGCTCATCACATTATCCAAGCAGCAGAAGCCGTCCGTTTGATTGGCGCAACATGTATTCTTGTTGGCATTAGACCAGAAATTGCCCAAACGATTGTTAATTTAGGCATTGATTTAAGTAAGTTCCCTACAAAGAGTTCCTTGAAGAAAGGGTTTCGTACAGCATTGGAAATTACAGACCGCCAAGTTGTTGATTTGGAAAATAGAGCGGATAGCATAGAACATATGATTCAATCGTTAAAAGGAGAGTGA	MDEKLKNMAIENSDSIVQLWMEEINSLKLDNYTASISDELFESTNRQFVNVIFQSIKDGGSSKAVKDFSERIINLGWPLGYITDGLQVFRRVTVDYILSQYEQLNSEFISNVLKSVDAWVEPIIRQLVNEYSGSWENTVSLQRVALQELSAPLIPVMDGITIMPLIGTVDTDRAKLIMENLLDGAIKHNSEVVLIDITGVPVVDTMVAHHIIQAAEAVRLIGATCILVGIRPEIAQTIVNLGIDLSKFPTKSSLKKGFRTALEITDRQVVDLENRADSIEHMIQSLKGE	PGPT0014945_573	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014945-rsbRD|yqhA-K17763	NA	NA
AK148_03784	357	rsbS	COG1366	RsbT antagonist protein RsbS	GTGCGGATTCCTATTTTGAAACTTCACAACTATTTACTTATCTCCATACAAACAGAAATTGATGACCAAACAGCCATCCAATTTCAAGAGGATTTATTGGATAAAATTCATAAAAATGGTTCGACAGGAGTCGTCATTGATTTAACTTCTGTCGATATCATTGATTCATTTATAGCCAAAGTTTTAGGTGATGTTGTAACAATGTCAGATTTAATGGGGGCAAAGGTAGTTTTAACAGGAATTCAACCAGCTGTAGCGGTGACATTAATTGATCTAGGTATTCACCTGAAGAATGTACCTACAGCATTAAATTTAGAACAAGGCCTTATTAAACTCTACCAGGAATTGGGGGAATAG	MRIPILKLHNYLLISIQTEIDDQTAIQFQEDLLDKIHKNGSTGVVIDLTSVDIIDSFIAKVLGDVVTMSDLMGAKVVLTGIQPAVAVTLIDLGIHLKNVPTALNLEQGLIKLYQELGE				NA	NA	NA	NA	NA
AK148_03785	402	rsbT	COG2172	Serine/threonine-protein kinase RsbT	ATGAAGCCTCAATCTTGCGTGAATATAAAAAAAGAATGGGATATAGTGGCAGCAAGACAGTTAGGTAGAGATATTGCAAGGAAGATTGGCTTTGGCACTGTGGATCAAGCTCGTATAGCGACAACGATATCGGAATTATCCAGAAATATTTATTTGTATGCTGATCATGGACAAATCTGTTTTGAGGTAATTGATACATTTGATAATAAAGGGTTATGCATTATTGCTATTGATGTTGGTCCAGGGATTGAAGATATTGGACAAGTATTAGAAGATGGCTATTCTACATCTGGAGGGCTTGGAGCTGGTTTGCCTGGTGTGAAGAGGCTGATGGATGAGTTTGATATTCATTCAGAAGTTGGCAAAGGAACACGAATAAAGACGATTAAATGGCTAAGGTAA	MKPQSCVNIKKEWDIVAARQLGRDIARKIGFGTVDQARIATTISELSRNIYLYADHGQICFEVIDTFDNKGLCIIAIDVGPGIEDIGQVLEDGYSTSGGLGAGLPGVKRLMDEFDIHSEVGKGTRIKTIKWLR				NA	NA	NA	NA	NA
AK148_03786	1014	rsbU	COG2208	Phosphoserine phosphatase RsbU	ATGAGCAGTTTATTGAAATTAGACACAGAAGGATATAAAGCGTTAATGAAACGATATATTGAAACGAGAGATGAACAATCTTTATATGAAATTGAACAGGCGAGTAAGTTATTTATTAAAAATAGTATTCTTCCTGATGAAATTGTCAATATGCATATTCAGTCGCTTAAAGATTTGTATCCTAATTTAAGTGAAGACATTCAATATTCTATGAATTTTTTGTTAGAGGCAATGATTGCATACGGAATTGCTCATCAAGAATACCAGCAGCTTAGGGAAAAGCAATCTGAATTGAAGTCAGAGATATCAGTTGCAGCGAGCATGCAAGAAACCCTTTTAGAAACAAAAAAACCAACGATTGATGGCTTGGATATAGGAGTTATAAGCGTCCCTGCGCATCAAATGAATGGAGATTATCATCATTTTGTGAAGGGTAGAGATGGATCTTTAGGGATTGCTATAGCAGATGTAATTGGTAAAGGAATTCCTGCAGCTCTTTGTATGTCGATGATTAAGTATGCAATGGATAGTTATCCTGAGGACGCGATGACCCCCAAAGCAATATTGGCGAATATGAACCGAGTGGTAGAAAGAAATGTAGATCCGAGTATGTTTATTACCATGTTTTATGCGCAATACCTTCCTTCTGATCATACACTTCGCTACGCTTCAGCAGGTCATGAACCAGGTTTTTATTACAATTCCAGCCAAGACACCTTTGAGGAATTAACCACGAAAGGTCTGGTTTTAGGTGTTACACCAGACACTACTTATCCACAATATGAATTAAAAATTGAGTCTAATGATATGGTTATTCTTTTAACCGACGGTGTAACGGAATGCAGAGATGGCGAACGCTTTATTGAGCGTCAGGAAGTACTGGACATTATTAAGCGATATGCCCATTTACCAGTACAAAAAATCGTTGACCAAACGTTCAAATATTTTGAGCGATTACAGGATTTTGAACTTAGAGATGATTTTACATTACTTATTTTACGTAGGGAAGTTTAG	MSSLLKLDTEGYKALMKRYIETRDEQSLYEIEQASKLFIKNSILPDEIVNMHIQSLKDLYPNLSEDIQYSMNFLLEAMIAYGIAHQEYQQLREKQSELKSEISVAASMQETLLETKKPTIDGLDIGVISVPAHQMNGDYHHFVKGRDGSLGIAIADVIGKGIPAALCMSMIKYAMDSYPEDAMTPKAILANMNRVVERNVDPSMFITMFYAQYLPSDHTLRYASAGHEPGFYYNSSQDTFEELTTKGLVLGVTPDTTYPQYELKIESNDMVILLTDGVTECRDGERFIERQEVLDIIKRYAHLPVQKIVDQTFKYFERLQDFELRDDFTLLILRREV				NA	NA	NA	NA	NA
AK148_03787	336	rsbV	COG1366	Anti-sigma-B factor antagonist	ATGAACTTAACAATTAACGTGGTGAACGAACAACCAAGTAAATCTATTGTTTACTTAGCTGGTGAGATTGACGCTTATACTGCTCCAGATTTAAAAGAAGCTTTAATACCGCTTATGAGACAAGAGGACCAAGTTGTTGCAGTGGATTTAGCGGAAGTGAACTATATGGACAGTACTGGTTTAGGAACTTTTGTTAGCGCGTTAAAATCATCGAAAGAGCATAATAGCAAGCTTACATTGGTGAATATCCAAGACCGTGTACTACGGTTGTTTCAAATTACCGGATTAGACGAAATCATGGATATACGTGCTTCGATTCGAGGTGGAAGTGAATAA	MNLTINVVNEQPSKSIVYLAGEIDAYTAPDLKEALIPLMRQEDQVVAVDLAEVNYMDSTGLGTFVSALKSSKEHNSKLTLVNIQDRVLRLFQITGLDEIMDIRASIRGGSE	PGPT0014350_2109	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014350-rsbV-K04749	NA	NA
AK148_03788	483	rsbW	COG2172	Serine-protein kinase RsbW	ATGAAGAATTTCGATTTTATTGAATTGAAAGTGCCGGCTAAAGCAGAGTATGTGGGTGTAGTAAGGTTAAGCATGTCGGGAATTGCTAATCGAATGGGCTTTAGTTATGAAGATATTGAAGATTTGAAAATAGCAATATCGGAAGCCATTACAAATACGGTAACACATGCCTATAACGAAGAAGATGAAGGTGAGGTAACCATTGGTTTCGGTGTATATGAAGATCGATTAGAAGTGATGGTTGCTGATCATGGTGGCAGTTTTGACTTAAATGAAATAAAAGACGACATTGGGCCATGTAAAGAGAACGAATCAATTGAAGAATTGAGAGAAGGGGGTTTTGGTCTGTTTTTAATTAATGCATTAATGGATAAAGTTCAAATCAAAAATGAATATGGAGTCATTGTTTTAATGACAAAGTATATTCATGAACATGAAGCTGAGGTGGGCTTTGATGACGACCAAATCTCAACCACACAATAG	MKNFDFIELKVPAKAEYVGVVRLSMSGIANRMGFSYEDIEDLKIAISEAITNTVTHAYNEEDEGEVTIGFGVYEDRLEVMVADHGGSFDLNEIKDDIGPCKENESIEELREGGFGLFLINALMDKVQIKNEYGVIVLMTKYIHEHEAEVGFDDDQISTTQ	PGPT0014950_369	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014950-rsbW-K04757	NA	NA
AK148_03789	792	sigB	COG1191	RNA polymerase sigma-B factor	ATGACGACCAAATCTCAACCACACAATAGCGGAAGAGATGAGGTTTACCAGTTAATTGAATCATTACAAAAAGAGCCTACGGATGAGTATTTACAGGAACAGCTTGTACTTAAATATAAGGATCTCGTGGAATCTGTTGCACGTAAATATTCCAAAAATAGCGCCATTCATGAGGATCTTGTTCAAGTAGGTATGATCGGTTTGCTTGCTGCAGTACGTCGATATGATTCAACATTCGGTAAATCTTTTGAATCTTTTGCGATACCTACCATTATTGGGGAAATTAAGCGATTTATAAGAGACAAAACATGGAGTGTACACGTCCCTAGGCGGATTAAAGAATTAGGCCCTAAAATAAAAAAAGCGGTTGATACGTTAACAATGGAAAATCAATCTTCCCCTTCCGTAAAGGAAATAGCTGACTTTCTACAAGTCTCTGAGGAAGATATTTTGGAAACAATGGAAATGGGAAAAAGCTATAAAGCTCTATCTGTAGACAGAAAGGTAGAAGCTGATTCGGACGGCAGTACAGTTGCTATATTAGATTTGGTTGGAAACGAGGAAGTTGGCTACGAACAGACAGATCAGAGGATGTTATTAGAGAAGATGCTTCCCATCTTGTCAGAACGTGAGCAAAAAATCTTACAATATACGTATTTCGAAAATAAGAGTCAAAAAGAAACTGGTGAATTGTTAGGTATATCGCAAATGCATGTTTCAAGGTTGCAGAGACGTTCGTTACGCAAATTACGAGAAGCTATTCAATCCGAGGATACGGAGGTCTTTGATTAA	MTTKSQPHNSGRDEVYQLIESLQKEPTDEYLQEQLVLKYKDLVESVARKYSKNSAIHEDLVQVGMIGLLAAVRRYDSTFGKSFESFAIPTIIGEIKRFIRDKTWSVHVPRRIKELGPKIKKAVDTLTMENQSSPSVKEIADFLQVSEEDILETMEMGKSYKALSVDRKVEADSDGSTVAILDLVGNEEVGYEQTDQRMLLEKMLPILSEREQKILQYTYFENKSQKETGELLGISQMHVSRLQRRSLRKLREAIQSEDTEVFD	PGPT0015025_1128	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	OTHER_MOTILITY_REGULATING_FUNCTIONS	OTHER_MOTILITY_REGULATION,PGPT0015025-sigM|rpoE-K03090	NA	NA
AK148_03790	594	rsbX		Phosphoserine phosphatase RsbX	ATGGGACAAGTAAAGGTGTCTGTATTTCAACAAGCGAAAACAGGCAATTACTACTGTGGTGATAGTTTTTTTTATGAAGAGACAAATCGTGAATTTGTTTGCGCTATTGCGGATGGGTTAGGCAGTGGAGAAGTAGCAAAGGAATCATCTCAAGTTGTTATTGATATTATTCAAAATAATATTCATGCAAGTATTGAATCCATTATTAAAGAATGTAATCAACAATTGCAGGGAAAGCGCGGTGTAGTCATTGGCATTCTCAAACTGGATTTTCAAGCAGAGATGTATTCTTTTTCTTCTATTGGCAACATTGGCGTGCTAACAATAACGGACCATCAGCATAAAAAACGTAATATACCCAATGCTGGCTATTTAGCTGGTTTCCATCGTCCGTTTAAGATTGTTCGGGAAAGGCTCCAACCGGATATGGTGTTTATTATGTTTTCGGATGGGGTGACCGATCGCGATTTATCGCAAAAATATTTGCTGACGAAAAATGTCCAAGAAATTACCGAGACGTTTAAATGTTTAGCTAGTGAAAATAGAAGTGATGATACAACATTAATAGCGATGCACTATAGAGGGGCTGATTGA	MGQVKVSVFQQAKTGNYYCGDSFFYEETNREFVCAIADGLGSGEVAKESSQVVIDIIQNNIHASIESIIKECNQQLQGKRGVVIGILKLDFQAEMYSFSSIGNIGVLTITDHQHKKRNIPNAGYLAGFHRPFKIVRERLQPDMVFIMFSDGVTDRDLSQKYLLTKNVQEITETFKCLASENRSDDTTLIAMHYRGAD	PGPT0014955_151	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014955-rsbX-K05518	NA	NA
AK148_03791	2169	yhgF	COG2183	Protein YhgF	GTGGCAAATGAAATGAATCAAGAATTAAGTTCGTGGGTTGCGAATGAGACGAAAATAAATGTACCCATTGTAAATAAAGTCATTGCTTTACTAGAAGATGGTAACACGGTTCCATTTATTGCTCGTTACCGAAAAGAAGCTACTGGTGGATTAGATGAAGTACAAATTAAATCTGTTCAAGATAAATGGAATTACGCCGTTCACTTAGCGGAAAGAAAGCAGGAAGTATTACGTAGCATTGCTGATCAAGGGAAGTTAACAGATGAGTTGCAGCAGGAAATAATAGCAGCAACGCAATTGCAACGGGTGGAAGATTTATATCGTCCTTACAAACAAAAACGCCGGACAAGAGCCACGATTGCTAAAGAAAAAGGATTGGAACCATTAGCTGAGCTTGTTTGGAAGCAAGAAATGACAACGCTAGCTGATGAAGCAACGAACTATCTTTCAGAGGAACATGAATTACATACCGTAGAAGATGTCTTAGCTGGCGTAAATGATATTATTGCCGAGTGGATAGCTGATGACCCTGGGTATAGAGAATATATGCGTGATGAGACGATGAAACGAGGTACGGTCGCATCAGAAGTAAAAGATCGGGAAAAAGACGAGAAACAAGTATATGAAATGTATTATGATTTCCATGAGGCAGTTCGCTCTCTCGTATCACATCGCGTCCTCGCTCTTAATCGCGGGGAAAAAGAAGAAGTGCTTAAAGTCACCATTCAACCCCCGTCAGAACGGATTCTTGACTTTTTACAACAAAAAATAGTAACAACCTCTGCTCATGCGGATGTTCTGGAATTATTACAACATGCGATTGAAGACAGTTATAAACGTTTAATTCAGCCTTCTTTAGAGCGTGAAATTCGAAGCAACTTAACGGAAAAAGCAGAACAGCAGGCAATTGAAGTGTTTTCCAAAAACTTAAAAAGCCTTTTACTCCAACCACCATTAAAAGGACGAACAATACTGGGGGTAGATCCTGCATTTCGTACAGGTTGTAAGCTAGCCGTTGTGGATGAAACAGGCAAGGTACACCATGTTGGTGTCATATATCCGACGGCACCAAGAAAGGATACGGCTGGTGCAGAAAAGATTGTTCTGGATTTAATGAAGCAGTATTCAATTGAATTGATAGCGATTGGAAATGGTACAGCTTCTCGAGAGACGGAACAATTCATTGCCGATGTCATTCAAAAGCAAAACCTAGCCATTCCGTATATTATCGTGAATGAAGCTGGAGCAAGTGTGTATTCTGCATCGAAACTTGCAAGAGAGGAATTTCCTGAATTACAAGTAGAAGAGAGAAGTGCTGTATCCATTGCGCGTCGTGTGCAAGATCCATTAGCAGAATTAGTAAAAATTGATCCTAAATCGATTGGTGTTGGACAGTACCAGCATGATGTTAGTCAAAAAGCATTAAATGAATCGTTGACTTTTGTTGTGGAAACAGCAGTTAACCAAGTTGGTGTCAATGTCAATACAGCTTCTTCATCTTTATTACAATATGTATCTGGATTAAGTAAGACTGTTGCTAATAACATCGTTAAGCGAAGAGAAGAAGAAGGGAAGTTTACGAACCGAAAACAATTAAAGAAAATCCCTCGGCTAGGAGCAAAAACATATGAACAAGGAATTGGTTTTTTACGAATCATGGATGGAGAACATGCTTTAGATCGAACGCCCATCCACCCAGAGAGTTATGTAGTAACGGAAAGGTTATTACATTTACTCGGTTGTTCCCTAGAAGATATTGGTACAAATAAATTGAAAGAAGCTATTCATTCCATTAACACGAAAGAAGTTGCTAAACAATTAGAAGTAGGGGAACCGACGCTTCATGATATTGTCCAAGCATTGACAAAGCCGGGGCGAGATCCGCGGGATGATTTTCCACAACCCATTTTAAAGAAAAACGTCTTATCGCTAGAAGACATTGAACGTGGCATGGAATTACAAGGTACGGTACGAAATGTCGTCGATTTCGGCGTGTTTGTAGATATTGGCGTAAAGCAGGATGGGCTTGTTCATATTTCTAAAATGTCACATTCATTTGTAAAACATCCCATGGACATCGCCTCCGTAGGGGATGTTGTTACAGTGTGGGTAGAAGACATTGATGTGAATAAAGGAAGAATTGCATTATCCATGATTCAAGAGAAGTAA	MANEMNQELSSWVANETKINVPIVNKVIALLEDGNTVPFIARYRKEATGGLDEVQIKSVQDKWNYAVHLAERKQEVLRSIADQGKLTDELQQEIIAATQLQRVEDLYRPYKQKRRTRATIAKEKGLEPLAELVWKQEMTTLADEATNYLSEEHELHTVEDVLAGVNDIIAEWIADDPGYREYMRDETMKRGTVASEVKDREKDEKQVYEMYYDFHEAVRSLVSHRVLALNRGEKEEVLKVTIQPPSERILDFLQQKIVTTSAHADVLELLQHAIEDSYKRLIQPSLEREIRSNLTEKAEQQAIEVFSKNLKSLLLQPPLKGRTILGVDPAFRTGCKLAVVDETGKVHHVGVIYPTAPRKDTAGAEKIVLDLMKQYSIELIAIGNGTASRETEQFIADVIQKQNLAIPYIIVNEAGASVYSASKLAREEFPELQVEERSAVSIARRVQDPLAELVKIDPKSIGVGQYQHDVSQKALNESLTFVVETAVNQVGVNVNTASSSLLQYVSGLSKTVANNIVKRREEEGKFTNRKQLKKIPRLGAKTYEQGIGFLRIMDGEHALDRTPIHPESYVVTERLLHLLGCSLEDIGTNKLKEAIHSINTKEVAKQLEVGEPTLHDIVQALTKPGRDPRDDFPQPILKKNVLSLEDIERGMELQGTVRNVVDFGVFVDIGVKQDGLVHISKMSHSFVKHPMDIASVGDVVTVWVEDIDVNKGRIALSMIQEK				NA	NA	NA	NA	NA
AK148_03792	1464	katA	COG0753	Vegetative catalase	ATGGATACAAGAAACCGAATGACAACAGCAGCAGGTGCGCCAGTAGCTGATAACCAAAATTCTATTACAGCAGGACAACGTGGTCCTACTCTTATACAAGACTTTCATTTGCTAGAAAAGCTAGCTCATTTTAATAGAGAAAGAATACCTGAACGTATTGTCCATGCTAAAGGTGCAGGTGCTTATGGCTACTTCGAAGTAACGAACGATGAAATTTCCAAATACACCAAAGCTGATTTTTTAAGCGAAGCAGGTAAACGTACAGATTTATTTATTCGTTTTTCTACAGTAGCAGGTGAATTAGGGTCTGCCGACACAGTTCGTGACCCACGTGGTTTTTCTGTTAAATTTTATACAAATGAAGGAAATTATGATTTAGTTGGCAATAATACACCTATATTTTTCATTAGAGATGCAATTAAGTTCCCTGACTTTATTCATACACAAAAACGGAATCCACAAACACATTTAAAAGACAAAGATATGGTTTGGGATTTCTGGTCACTTTCTCCTGAGTCACTTCACCAAATCACTTACTTGCATGGCGATCGTGGAATCCCTGCAACATTCAGACATATGAATGGCTACGGTAGTCATACATTTAAATGGGTTAATAAAGACGGAGAAGCTTTTTGGATAAAATATCATTTCATTAGTGAACAAGGTGTAAAAGGGCTTGAGGCTTCTTTAGCAGAGAAGATTGCTGGAGAAAATCCAGATTATCATATAGAAGATTTACACAACGCTATTGCAAACGAAGATTTTCCAGCATGGAAGTTATATGTACAAATCATGCCTTATGAAGATGCGAAGACGTATAAATGGGATCCTTTCGACGTAACTAAAGTATGGTCGAAAAAAGATTATCCACGTATTGAGGTTGGTAGAATGGTTTTGAATCGCAATCCAGAAAACTATTTTGCCGAGGTGGAACAAGCAGCTTTCTCACCAGGGCAATTTGTACCAGGAATTGAAGCTTCTCCAGATAAAATGCTACAAGGACGTCTATTTGCATATTCTGATGCACACCGTTATCGCCTTGGTGTAAACCATCACCAAATTCCAGTTAACCGTCCAAAAGCAGAAGTCAATCATTACCAAAGAGATGGTTTCATGACGGTTAATGGTAATGGCGGATCTAAGCCAAACTATGAACCGAATAGTGTAAATGGTCCAGTAGAGGATCCAACAGCAAAAATAACACCATTTGACGTCTATGGTGAAGCTGATAGCGTACCGTATGACAGTGATGACCATTATACACAGGCTGGAGATTTATATCGTTTAATGTCTGCTGATGAAAAAGATCGTTTAATTCAAGCATTCGTTGATCATATGAAACCCGTAACGAGAGATGAAATAAAGCTTCGCCAAATTGAACATTTCTATAAAGCTGACGCTGAATGGGGCGAGCGTATTGCACAAGGGCTTGGACTTCAAGTTCCAGAAAGCGTAAAATCTTAA	MDTRNRMTTAAGAPVADNQNSITAGQRGPTLIQDFHLLEKLAHFNRERIPERIVHAKGAGAYGYFEVTNDEISKYTKADFLSEAGKRTDLFIRFSTVAGELGSADTVRDPRGFSVKFYTNEGNYDLVGNNTPIFFIRDAIKFPDFIHTQKRNPQTHLKDKDMVWDFWSLSPESLHQITYLHGDRGIPATFRHMNGYGSHTFKWVNKDGEAFWIKYHFISEQGVKGLEASLAEKIAGENPDYHIEDLHNAIANEDFPAWKLYVQIMPYEDAKTYKWDPFDVTKVWSKKDYPRIEVGRMVLNRNPENYFAEVEQAAFSPGQFVPGIEASPDKMLQGRLFAYSDAHRYRLGVNHHQIPVNRPKAEVNHYQRDGFMTVNGNGGSKPNYEPNSVNGPVEDPTAKITPFDVYGEADSVPYDSDDHYTQAGDLYRLMSADEKDRLIQAFVDHMKPVTRDEIKLRQIEHFYKADAEWGERIAQGLGLQVPESVKS	PGPT0014380_4362	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0014380-katE|CAT|catB|srpA-K03781	NA	NA
AK148_03793	465			Protein SprT-like protein	ATGACAATAGTAAATGATAAAGAACTATATCGCTTCGTAAATAATGTATCCCTTAACTGGTTCAATAAACCATTCCTTCATAAGGTTAAATTCAATCACCGTTTAAGAACGACAGGTGGGAGATATATTCCTGCTAAAAAAATGATTGAATTAAACCCAAAATACTTGGAAGAGGCAGGAGAACAAGCGTTTATAGGGATTATTAAACATGAACTTTGCCATTATCACTTACATATAGAAGGAAAAGGTTATAAGCATAGCGATCGTGATTTTAAAGAATTAATGTCTGCGACAAATTCTCCAAGGTTTTGTCAGCCATTACCTTCGCAGAGAGAATATAAATATATATATGCTTGTAAAACTTGTCATCAAACGTTTAAACGTCAGCGGAAAATGAATACAAATAAGTATAGATGCGGCAAATGTAAGGGGGAAATAGCTTTAGTAATGGAGAAAGGTATATGA	MTIVNDKELYRFVNNVSLNWFNKPFLHKVKFNHRLRTTGGRYIPAKKMIELNPKYLEEAGEQAFIGIIKHELCHYHLHIEGKGYKHSDRDFKELMSATNSPRFCQPLPSQREYKYIYACKTCHQTFKRQRKMNTNKYRCGKCKGEIALVMEKGI				NA	NA	NA	NA	NA
AK148_03806	780	araC		Arabinose operon regulatory protein	ATGGGTGATATCATGATACAAATTGGATATTGTGGCTATGCCTATCATACAAACGGTTACTTTGCCACGCATAAAAATGGTTATGACTCGTATTTATTTCGCCTACAAACAGAAGGTGTCAGCCAGGCTGTCATTAAAGATAAAAAGATCCATTTAGAAAAAGGAGATATTATTTTTGTTGCTCCAGGTGAGTATTACCAATTACAGATTGAAGGTGGTCAAGCAAGTGGTGATTATCACATATTTTTTTCTGGGGAATGGGTAGATCAATGGTGGAATCGTTTTAATAAACCAACTACTATAAAAATTGACTTAACAGATAAAATTGTTTCTTTGTGGAGATATTTAATAGCAGAAAAACGCAGACCCCTTTCTGATAAAAATGATGAACTAATGGGGTACTTATTCCGCAGCCTATGTTTATTAATCGAAAGAGCTATTAAAGATCAGGCAGCTCACTGCAGACCGTTTGTCGTCACAAAAATGATGCGCTATATTGAAGAAAACGCTACAACTGGTTTTACTGTTGATGATGTCGCTAACCATGCTATGTTAAGCGTCTCTCGCTCTGTGCATTTATTTAAGCAGTACACTAATAAGACGATAATTGAATATGCACAAGAAATACGGCTAGCTGCTGCTATAGATCAAATGAAGTATACAAATATGACATTGGAACATATAGCTGAAAACTGTGGATTCGGAGCATATCCGTATTTCCACCGTGTTTTTAAAAAAGTGTATGGCGTATCTCCTGGTATTTATCGAAAAACGAGTTGA	MGDIMIQIGYCGYAYHTNGYFATHKNGYDSYLFRLQTEGVSQAVIKDKKIHLEKGDIIFVAPGEYYQLQIEGGQASGDYHIFFSGEWVDQWWNRFNKPTTIKIDLTDKIVSLWRYLIAEKRRPLSDKNDELMGYLFRSLCLLIERAIKDQAAHCRPFVVTKMMRYIEENATTGFTVDDVANHAMLSVSRSVHLFKQYTNKTIIEYAQEIRLAAAIDQMKYTNMTLEHIAENCGFGAYPYFHRVFKKVYGVSPGIYRKTS	PGPT0017485_893	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
AK148_03807	363			hypothetical protein	GTGGTTTTTAAGTCGAAGATGGATGTATGGATGGCAATTCCCATATGGGCTTTAATTGTTATGTTTTGCCGAATGTTATACGTAGCAATCGTCCAAGTAAGTATAATTGGCATGATTTTAGCACTCATCGTTATTTGTTTTATTGGAGCAATTTGGTTTCACACGCGATATATCATAAAACACGAACTATTAATTATACGATGTGGATGGATGAAACAAACAATAAATATAAAAGATATTAGATCAATTAGAAAAACTACGAACCCTTTTGTAGCTCCATCACTTTCTATCCGCAGAATTGAAATTACTTATGATTATATAAAACAGTACAAATTTCACCGAAAGAGGAAAGTGCATTTATAA	MVFKSKMDVWMAIPIWALIVMFCRMLYVAIVQVSIIGMILALIVICFIGAIWFHTRYIIKHELLIIRCGWMKQTINIKDIRSIRKTTNPFVAPSLSIRRIEITYDYIKQYKFHRKRKVHL				NA	NA	NA	NA	NA
AK148_03808	414			hypothetical protein	ATGAATAAAGTATCAAAGTTAAACAAGTATTGGACAGACATTTATTATCATTTACATTTTTCTCATAAAGATAAAATAACTCACCAAGTTATAAGGATACTACAGCATATTGAAAAAAATAAAGGGATTGGAATTGGGGAAGTAGCTACCTTTCTAAATGTTTCTCATAACACAGCCTCGGAAAATGTTAAAAGAATAATTCAAAAAGGTTATCTTAAAAAGCAAAGGGATTTATTAGATGAAAGGAAAGTAACACTTTGCTTAACAGAAACTGGGGAAGAAGTTCTTTATCGCAACACTAGTCTGGATGAATTGAAATTAAAAAAAGTGTTAAATTGTCTTAGTTCAAAAGAAAGAGCAATAATAGAGTTGGGGTTTAAAACATTAAGTGAGGGTGTTAAAAAGTGTACGTAA	MNKVSKLNKYWTDIYYHLHFSHKDKITHQVIRILQHIEKNKGIGIGEVATFLNVSHNTASENVKRIIQKGYLKKQRDLLDERKVTLCLTETGEEVLYRNTSLDELKLKKVLNCLSSKERAIIELGFKTLSEGVKKCT	PGPT0013155_5181	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775	NA	NA
AK148_03809	354			hypothetical protein	GTGTACGTAATCATGAAGGTGATAATTTCTGCAATAGTTATAGGAATAGTAACTGAAGTAGCTAGAAGGTTTCCAACATACGGCGGTGTAGTAGCTGCGTTACCATTAGTAAGTTTGTTAAGTATAATCTGGCTATATTTTCAAGGAGAACAAAATCACACATTAAGTAAATTTGCATTAGGCGTGTTGTGGGGATTCCCTGCAACAGCCGTATTACTATTAATTGTATACTTTTTACTTAAGAACTCAACTCCGCTGTTTATATCAATTGGGGTGGGCATGTTTGTTTGGTTAATATGTTTATTCTTGCAAGATTATTTATTAAAGACATTAAAATTATCGTTTTTCAGCTAA	MYVIMKVIISAIVIGIVTEVARRFPTYGGVVAALPLVSLLSIIWLYFQGEQNHTLSKFALGVLWGFPATAVLLLIVYFLLKNSTPLFISIGVGMFVWLICLFLQDYLLKTLKLSFFS				NA	NA	NA	NA	NA
AK148_03810	1545		COG4799	Methylmalonyl-CoA carboxyltransferase 12S subunit	ATGAGTATTATCGATAAAATTAATGAATTATACGATAAACGTCACCAAGTGGAGCTTGGTGGTGGTGAAGAACGAATAGACAAACAACATATTAAAGGAAAGATGACGGCTCGTGAGAGAATTGATTATTTACTAGATAAAGAGACGTTTGTAGAATTGAATCCTTTTATGAAAAGCAGATCTTTTTCTTACGATGAAGATATGTACAATGGTGAAGGGGTAGTGACTGGATTTGGAAAAATAAATGGGAAAAAAGTATATTTATTTGCGCAGGATTTCACTGTTTATGGTGGAACGTTGGGCGAAGTGCATGGTCTGAAAATTGCTAAAGTAATGGACTTGGCAGCTAAGAATAAAGTTCCTTTTATTGGTTTAAATGATTCTGGTGGTGCACGTATCCAAGAAGGTGTTTCTTCATTGGATGGATACGGACAAGTATTTTACCGAAACGTTATATATTCTGGTGTCATTCCGCAAATTTCTGTCATTATGGGCCCTAGTGCTGGTGGAGCTGTCTATTCACCAGCACTCACAGATTTTGTCGTCATGGTGGAGAAAAGCTCTCAAATGTTTATTACCGGTCCAAAGGTGATAGAAGCTGTAACTGGAGAGAATATATCAGTAGAAGAATTAGGAGGAGCACATGTCCACAATTCGAAAAGTGGTAGTGCTCATATGCAGGCTAAGACAGAAGAAGAAGCACTAGATATGGTCAAAGAATTATTAAATTATTTACCCTCAAATTATACTGAATTTCCAACGACATATGCTTATGAAATGATGATCAATGAAGAGAGACCTGCTTTAGCAGATATTGTACCATTTGATTCTATAAGACCCTATGATGTCAAAAAAGTGATTAAAGAGGTAGTCGATGAAAGTAGTTTTTTTGAAATTCATGCTGGATTTGCTAAAAATATAGTAGTTGGGTTTGCTCGTATAGGAGGTAGAAGTATTGGTCTTGTATGTAATCAGCCCAAATATATGGCAGGTGGATTAGATATTGATTCTTCAGACAAAGCTAGTCGCTTTATTCGCTTTTGTGATTGTTTTAATATTCCGGTTATTACTTTAGAAGATGTTACAGGTTTCCTTCCTGGAATCAAGCAAGAATATGGCGGTATCATTAGACATGGGGCTAAAATTCTATACGCGTATTCAGAAGCTACGGTTCCAAAAATTACTGTCATTATGAGAAAAGCATATGGAGGTGCATATGTAGCTTTAAACAGCAAATCAATTGGTGCAGATTTAGTATATGCATGGCCTAATGCTGAAATTGCTGTCATGGGACCTGAAGGAGCAGCGAATATCATTTATCAAAAGGAAATTAGCATGAGCGAGCACCCGTCTCAAACGAGAAGAGAGAAAATTGATATGTTTCGTAAAAAGTTTACAAATCCTTATATTGCTGCTGGTCTTGGAATGGTTGATACAGTTATCGACCCGAGAGAAACACGTATAAAGTTATTACAGTCTTTAGAGATGCTAGAAAATAAGCAGGAAGAAAGACCTAAAAAGAAACATGGGAATATTTCTTTATGA	MSIIDKINELYDKRHQVELGGGEERIDKQHIKGKMTARERIDYLLDKETFVELNPFMKSRSFSYDEDMYNGEGVVTGFGKINGKKVYLFAQDFTVYGGTLGEVHGLKIAKVMDLAAKNKVPFIGLNDSGGARIQEGVSSLDGYGQVFYRNVIYSGVIPQISVIMGPSAGGAVYSPALTDFVVMVEKSSQMFITGPKVIEAVTGENISVEELGGAHVHNSKSGSAHMQAKTEEEALDMVKELLNYLPSNYTEFPTTYAYEMMINEERPALADIVPFDSIRPYDVKKVIKEVVDESSFFEIHAGFAKNIVVGFARIGGRSIGLVCNQPKYMAGGLDIDSSDKASRFIRFCDCFNIPVITLEDVTGFLPGIKQEYGGIIRHGAKILYAYSEATVPKITVIMRKAYGGAYVALNSKSIGADLVYAWPNAEIAVMGPEGAANIIYQKEISMSEHPSQTRREKIDMFRKKFTNPYIAAGLGMVDTVIDPRETRIKLLQSLEMLENKQEERPKKKHGNISL	PGPT0001712_1193	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
AK148_03811	840			hypothetical protein	TTGTGGACGAATGACATCAAATTACTAGTGGTAAATTTACAGTTAATTAAATTTTTTGAGTACGGTGAAGGAGTGGATATAAGAATGAATAGTATATACGGAAAATTATCCTCGGAGGTTTATGAAATTGATAAGTACATTGGTAAATCTTTCGGTGATTTGGAGTACTACCAAGATCGATTAAAAGGAATAGAAGGGAAAGTATTAGAGCCTGCGGTTGGAAATGGGCGTATATTAATTCCTTTACTAGAAAACGGTTTAGATATAGAGGGGATAGATTCTTCAAATAATATGTTGGAATTATTCAACAAAAATTGCAATGAAAGAGGTATTCATACTAGCTGTTATAAACAAGATATGTCCAATTTCACTATTAATCAAAAGTATGAGGCTATTATTGTACCAACGGGTTCATTTTTACTTTTGCATCAATTAGAAGAGGCAATTAGCTCTTTGAAATGTTTTTATGAACACTTAGAGAAAAATGGAAGATTAATTTTAGATATTTTTCTACCCGAAAACACCAAAGAAGGTTTTGTATCAAAACGAGGATTTACCAATCCACAAGGAGATACAATTATGTTAGAGGAAACATTGGTTAAAATTGACCAAATCAATCAATTTGCTGTCTATCATAATCGCTATGAAAAATGGAGACAAGGAAAGTTAATAGATTCTGAACTTGAAATATTTCCATTAAAGTGGTATGGAGTGGAAGAATTTCGATTGATATTAGAAAAAATAGGATTTACATCGATAGTGATTTCTTCAGACTATAAATATAATCAATATCCAACGAAAGCCTCGCAAATTATTACGTTTGAAGCTACAAAATACTAA	MWTNDIKLLVVNLQLIKFFEYGEGVDIRMNSIYGKLSSEVYEIDKYIGKSFGDLEYYQDRLKGIEGKVLEPAVGNGRILIPLLENGLDIEGIDSSNNMLELFNKNCNERGIHTSCYKQDMSNFTINQKYEAIIVPTGSFLLLHQLEEAISSLKCFYEHLEKNGRLILDIFLPENTKEGFVSKRGFTNPQGDTIMLEETLVKIDQINQFAVYHNRYEKWRQGKLIDSELEIFPLKWYGVEEFRLILEKIGFTSIVISSDYKYNQYPTKASQIITFEATKY				NA	NA	NA	NA	NA
AK148_03812	1401	kamA	COG1509	L-lysine 2,3-aminomutase	ATGTTTAATAACGCAGATTTATACAAGCCGGCTAGAAATTGGAAAGATATTGAACTATGGAAAGATGTTACAGAGGAACAATGGAATGATTGGCTGTGGCAGTTAAGAAATACAATTAAAACCTTGGAGGATCTCAAAAAAGTAATTAATTTAACCCCAGAAGAAGAAGCGGGGGTTAAGATTTCAATTAAGACTATACCACTTAATATTACACCATATTTTGCATCTTTAATGAATCCAGATAATCCACGATGTCCGATTCGTATGCAATCTGTTCCAATTTCTGAAGAGATTTATAAAACAAAATACGATTTAGAAGACCCTTTAGATGAAGACGAAGATTCTCCAGTTCCCGGTATAACACACCGATATCCTGACCGAGTATTATTCTTAGTAACTAATCAATGCTCTATGTATTGTAGGTATTGTACAAGACGGCGTTTTTCAGGTCAAATTGGAATGGGGATTGCCAAAAACTTGCTTGATAATGCAATAGAATATATTAGACAAACACCTGAAGTTCGCGATGTGCTCATATCTGGAGGAGACGGGTTACTAATTAATGATACTGTATTGGAATATATAATAAAAAATCTCAGAGCTATCAAACATGTAGAAATTATACGTATTGGTACCAGAGCACCAGTAGTATTCCCGCAACGAATTACGAATGAATTATGTGAGATTTTAAAGAAGTACCATCCAATCTGGCTCAATACTCATTTTAATAGTTCAATAGAAATAACGGAGGAATCTAAGCGCGCATGTGAAATGCTTGTTAACGCGGGTGTTCCAGTAGGAAACCAAGCGGTAATTTTGGCGGGTATTAATGACAGTGTTCCGATTATGAAAAAGTTGAATCACGATCTGGTTAAAATGCGAGTACGTCCATACTATATTTATCAATGTGATTTATCCGAAGGAATTGGGCATTTTAGAGCGCCTATCTCAAAAGGATTAGAGATAATAGAAGGGTTGCAAGGACATACGTCAGGTTATGCAGTACCTAAATTTGTCGTTGATGCTCCAGGTGGTGGTGGTAAAATTGTTGTCCAACCTAATTATATTATTTCCCAAAGCGCTGATAAGGTAGTACTTCGAAATTTTGAAGGTGTTATTACCACATATCCAGAGCCGAATAATTATGTATCCGGGCAAGCAGATGATTATTTTAAAACAATTTATCCTGATATGGAAGCATATCAATCGAAAATAGGAATATCATCATTGATTAATGAATCAGAATTTAATCTCGTTCCAAAAGATTTAAAACGTACCAATCGTCGTCTAGAATATAATCAAGATCAAAAACATTCTACTATAAAGGATAGAAGAGAAAAAAGAGATCAATTAAAAGAAAAGAAATATCAAAAACAACAAGCTATATCGTCTAAAAATTAA	MFNNADLYKPARNWKDIELWKDVTEEQWNDWLWQLRNTIKTLEDLKKVINLTPEEEAGVKISIKTIPLNITPYFASLMNPDNPRCPIRMQSVPISEEIYKTKYDLEDPLDEDEDSPVPGITHRYPDRVLFLVTNQCSMYCRYCTRRRFSGQIGMGIAKNLLDNAIEYIRQTPEVRDVLISGGDGLLINDTVLEYIIKNLRAIKHVEIIRIGTRAPVVFPQRITNELCEILKKYHPIWLNTHFNSSIEITEESKRACEMLVNAGVPVGNQAVILAGINDSVPIMKKLNHDLVKMRVRPYYIYQCDLSEGIGHFRAPISKGLEIIEGLQGHTSGYAVPKFVVDAPGGGGKIVVQPNYIISQSADKVVLRNFEGVITTYPEPNNYVSGQADDYFKTIYPDMEAYQSKIGISSLINESEFNLVPKDLKRTNRRLEYNQDQKHSTIKDRREKRDQLKEKKYQKQQAISSKN	PGPT0014370_267	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_LYSINE_DEGRADATION,PGPT0014370-ablA-K01843	NA	NA
AK148_03813	780	pikAV		Thioesterase PikA5	GTGAAGATGGAACAACGTGAAGGCTATATCATATTTAATCCAAACAAAAAAGCAAAAGTAAAATTAATGTGTTTTCATCACGCTGGGGGTTCCGCTTTATCATTTATACCTTTAGTGAGAACTTTACCTAAAGATGTTGAGGCCTACCTATTTGAGTTACCTGGGAGAGGAATATCGGCGAATCAAAAATTTGTTGCTAATTTTTCAGAGGCTATGGCATATTTTCTTCCTAAAGTAATAGATTGTATGGACAGGCCAACCGTATTTCTTGGGCATAGTTTAGGAGGACTTTTTTCATATGCTATATCTGGTAGTTTAAGTAAGAAACAGAATTATATTGAAAAAGTTATCATCTCAGCAGCTAAATCTCCTCAAACAGTTCTTGAATATGCGATACATCCTGAAAAACCATTTATTGTAAGATCAAGAGATAGTGTGAAAATGGATATAGAAGCTTTAGGAGGAATACCAGTAGATGTGGATGATTCTTTATTGCATTCCATTATTAATATTACTGGAAATGACTTTCACTTATTGGATACATTTACTTTAGATGGCGTAGTAAAATCATCTTTTCCATTCGAATTATGGTTAGGAAAATATGATACGGCTGTTCATGAACGAGAGATCTATAAGTGGCGCGAGGAGATTCAAGGAGAATTTTGTTATCGATATTTTAATGGAGGCCATTTTTTTATAAGTGAAAGTACTGAGCCGGCTGATCTATTAAAGGAAACTTTGTTAAATATTATGATAAATATTGAAAATAAAATAGTTTAG	MKMEQREGYIIFNPNKKAKVKLMCFHHAGGSALSFIPLVRTLPKDVEAYLFELPGRGISANQKFVANFSEAMAYFLPKVIDCMDRPTVFLGHSLGGLFSYAISGSLSKKQNYIEKVIISAAKSPQTVLEYAIHPEKPFIVRSRDSVKMDIEALGGIPVDVDDSLLHSIINITGNDFHLLDTFTLDGVVKSSFPFELWLGKYDTAVHEREIYKWREEIQGEFCYRYFNGGHFFISESTEPADLLKETLLNIMINIENKIV				NA	NA	NA	NA	NA
AK148_03814	3186	lgrD_1		Linear gramicidin synthase subunit D	ATGAATCAGAACATAAAGAAGCTTCCACTTACTCCTTTACAGACTGTTATGTTAATGGAAAACTTAAAGAATCCTTCTTCTGAGGCCTATTGGCAAGTTGTTTCCTATGAGATTCCAAGTTATCATACGGAAGATGATGTAACTAATTCATGGACAAAAGTAATAAAGGCAAATCCTGCTTTAAGAACGAAGATAGATTGGAATAATGGTTCTGAACCTATGCAAGTTATTGATAGCACTTGTGTGGCATCTATTACTACAATTCATTATGAACAGTTAATTAGAGCATGTGGAAGCTTTGAAAATTGGTTGAATCATGAATTACAAACTTTTCAACAATCATCCTTAGATACATTACAAAAATTGTATATGGTTGAACATTGGAAGGATGGCAAGCACTTATTAGTTTGGCTACATCACCATATTCTTGTTGATGGATGGTCTATGTCGCAAATTTTAGATGACTTTTTTAATGTTCTAAATCACGACTACTACATGTTAAAGGAACGACCTGATGTTGAAGCATATATAGAATTTATGCAGCAATCGGATTATAAAGAACAGAGTGAAGCCTATTGGTTGAATGTATTACGTGAAGCAAAAGCGGCAGAGCGGCTATCTTTTGAATGTTCCTCTTCTGAAAGTAAGGAAGAAAAATTCGAAATATTTGATAGAAAATTAAGTCAAAAGGCTTGCAGAAATATTCATTCGTACAGTGTTCAAAATAAAGTTACTGTATCGAGTATTGTGATGTCTTTTTGGGGCTTATTACTAAATAGATATCAACTAACGAACCAACTTTTTGTTGGTTCTACATTTGCTTTAAGGCCGTATCAATTAAGAGAGTCGCATGAAATGAACGGAATGCTAATTAATACGTTACCAGTAAAGCTAGATTTGAAACCTGATATCTCTATTAAAGAGTATTTCTTAAATACCATGGATACGATTCAAGATGTATCGGAGTATAGCGGGGTTCCGTATTCTAAGCTTTTGCAACTAAGCAATTTACCGGGAGACACCGAACTGTTTAAGTCTTCTGTTATATTCCAAAATTATCAAGGTGGCTTACACTTTGAAGACGCTGAACTAGTTCATCAAAAAGGAACGAGTTCTGATCCTTTGTCTTTAACCATCAGCTTAAACCGTGATAACGGTGAATGGAGATTAGGTTGGGATGCTAGTAAATATCAGAAACAAGATTTACTAGAGCTTATGGAATCATTAGAACATATATTTGAAGAAATAGAAGTTTATGGAGATAAATTGATAAAAGAATTTAATTTAACTACCTTGGAAAATGAAAAATTGAAAATCTGCTTAGAAAATGAATTACCGATAAATCAAATTAACTATTCAATTGATTCTATGGTCGATTGGTCGAGTGATAAATTAGCACTGTCCGATGGAAAAACGGAGTTATCTTATAAGCAAGTAAGAACCTATATAGAACAGGTGTCGAATTATTTATCACAACAAGATGTTAAAAGTGGGGACACAGTTGCCCTGAATGGAGAAAAAAGTATTGAAGTTGCAATTGGTATGTTCGCTTGCTGGAGAATTGGTGCTAGGTGGTGCAACTTAGATAGACGCGTACCAAAAACAAGAAATGATCAAATAATAAAAGTATTAAATCCCAAAATTATTTTAAACCTAGAGGAAATGAAAGGGCTTTTAAAAGACAATGTATGTCAGAATGAATTGGAATTAAATTCCTATGCATTTAAGGAAGAGGACTTAGCATATTTTATCTCCACTTCTGGGAGTACAGGCAAACCAAAACTTGTCTCCTTAGGAATAAAAGGTGTTTTTCAAATTATCGAAAGTTGGAAAAAATTCTATTGTTTTAAAGAGAACCAACATATTCTACAACTCGGAAGCTGGACTTCCGATGTTTATTTGGGTGATTTACTTAAGGCATGGTCCACTGGAGGTTCACTAATCGTATGTGATGAGAATAGAAGAGTGGATATGGATTATTTATATGTTCTTTCTAAAGAATATAAAATATCTTTTGTTGAGTCAACACCTCACTTAATCAGGGAATTCATAAAGTATTTGTATGATAAAAATCTGATACTAGAACATTTGAAAACGATAGTAGTAGGATCTGATGTTTTTCGTCTTGAAGAGAAAAATGAGATTTGTAACATGCTTTGGAAAGGTGTGGATTTTTATAATGGATATGGATTGAGTGAATGTACAATTGAATCTGTTGTCTACCACTGCAATGATAATATGGACCAATTGTCCGTTTCAGGTATGTGTCCAATTGGTCAGCCTTTGCCAGGGACATTATTACGAATTGTAGATGAAACAGGAAATTCAGTAGCACCAGGGATGATAGGGGAGTTACATATTGGTGGTGATCAAGTTATGAATGGATATGTAACTATGGATAGTATGGATACGTCAAAGATTTATGAACATAACCATATAAAGTATTTTATGACCGGAGATAACGTGCGTTTAAATACAAATGGAATGATCGAATTCTATGGAAGGGAAGATCAACAAGTTAAGATACGTGGATTTAGAGTGGAATTAGGAGAAATAGAAAATGCTTTCCTAAGTTTGGAGACAGGTATGGAATGTTTTGTCACATATTCATCAATGGAGGGGGAGAAGGAATTAGTAGTTTTTCTAAGTGGGACAGAGGATTCTGAAGATGTTATTCGAGAAAAGATTAGTAATAGAATCCCTTATTATGCGATTCCTCGTTTTATTGTGCTACTTAATTGTCTCCCACGCAATTCCAATGGGAAAATTGACCGTCCACTACTCATGGAGGAATCAGAAAAAATAGTTAATCAATCACAAAAGGTTGTTTCGGTTGTATCTAATGAGATAGAAGACATTGTAAGGAATGAGTGGGAAGTGGTATTAGGTAGAAAAGTATTTACGAATAAAACATTTTTTGATCAAGGAGGTCATTCTCTCATTGTATTAAAACTATTTAACCAGCTGCGGCAGAGATTACCTGATTATGAATTTGTAATTGGAGATTTGTTTCGATACCCAACCATAGATAGGTTTGTTGAGCAATTATCGTATCGAATTGATAATAATTCTTCAACCAATGGTCAAACAGAGTCTGTCAATAAGATCGACTTATTGGAAAAAGTTAAACAGGGTGATGTATCAATAGATGAAGCTATGTATATATTAGGTGGTAATAACACGTGA	MNQNIKKLPLTPLQTVMLMENLKNPSSEAYWQVVSYEIPSYHTEDDVTNSWTKVIKANPALRTKIDWNNGSEPMQVIDSTCVASITTIHYEQLIRACGSFENWLNHELQTFQQSSLDTLQKLYMVEHWKDGKHLLVWLHHHILVDGWSMSQILDDFFNVLNHDYYMLKERPDVEAYIEFMQQSDYKEQSEAYWLNVLREAKAAERLSFECSSSESKEEKFEIFDRKLSQKACRNIHSYSVQNKVTVSSIVMSFWGLLLNRYQLTNQLFVGSTFALRPYQLRESHEMNGMLINTLPVKLDLKPDISIKEYFLNTMDTIQDVSEYSGVPYSKLLQLSNLPGDTELFKSSVIFQNYQGGLHFEDAELVHQKGTSSDPLSLTISLNRDNGEWRLGWDASKYQKQDLLELMESLEHIFEEIEVYGDKLIKEFNLTTLENEKLKICLENELPINQINYSIDSMVDWSSDKLALSDGKTELSYKQVRTYIEQVSNYLSQQDVKSGDTVALNGEKSIEVAIGMFACWRIGARWCNLDRRVPKTRNDQIIKVLNPKIILNLEEMKGLLKDNVCQNELELNSYAFKEEDLAYFISTSGSTGKPKLVSLGIKGVFQIIESWKKFYCFKENQHILQLGSWTSDVYLGDLLKAWSTGGSLIVCDENRRVDMDYLYVLSKEYKISFVESTPHLIREFIKYLYDKNLILEHLKTIVVGSDVFRLEEKNEICNMLWKGVDFYNGYGLSECTIESVVYHCNDNMDQLSVSGMCPIGQPLPGTLLRIVDETGNSVAPGMIGELHIGGDQVMNGYVTMDSMDTSKIYEHNHIKYFMTGDNVRLNTNGMIEFYGREDQQVKIRGFRVELGEIENAFLSLETGMECFVTYSSMEGEKELVVFLSGTEDSEDVIREKISNRIPYYAIPRFIVLLNCLPRNSNGKIDRPLLMEESEKIVNQSQKVVSVVSNEIEDIVRNEWEVVLGRKVFTNKTFFDQGGHSLIVLKLFNQLRQRLPDYEFVIGDLFRYPTIDRFVEQLSYRIDNNSSTNGQTESVNKIDLLEKVKQGDVSIDEAMYILGGNNT				NA	NA	NA	NA	NA
AK148_03815	4836	lgrD_2		Linear gramicidin synthase subunit D	ATGTTTTGTGAAGAAATGGTAAAAGTGGAGCAAAATTATTATGAGAAACAATGCTTATGGTTTAATAAAACGAAATATTTATTAAAAGATTTAGAGAAAAAAGCATTTCAGCTTGCAATACTTTTTAGAGAGCAAGGAATAGAACATAAAAAAGAGCAAAAGGTGCTAATCATGTTGAGGAGATCACCTGCGCTGTTTGTTGCACACTATGCGACATTTTTAGCAGGAGGAGTAATTGTATCCATCGATCCAGATACACCTGAGGATCGGCTACATACAATTATTGAAGAAACGAATCCTAATGTGATCTTGGTCCATACCAATCAATCCTTGAATGATAAGAGCAGAATTATTTATTTGGACGATGAATTAGAAATGTTAGATGGATCGGCTGCATTTCAATTAAGTGGGAATGAAAATTTTTCATTAAATGCAGCTGCATATATTGTCTTTACTTCAGGGACAACGGGTAAACCTAAGGGTGTAATTGTAGAATGGAAGTCCTTAATGAAACTAATTGAATGGCATACTAAAACCTTCCATGTAGGCTCCGATTCAATTGTGTCATTAACAGCTTCCCCGGGATTTGATGCGTCTATATGGGAAATATGGAGTGCTATTGGTGCAAAAGCTTCCATTCATATTACATCAGATGCACAAAGATTACTTCCAAATGAATTACAAAAAGAATGGGCAATACATAAGGTAACACATTCTTTTGTTTCTACTCCTATTGCTGAAAGATTGTTAGATTTGCCTTGGAAAAATCACGAAACTACATTGAAATACATGCTAGTAGGGGGAGATAAATTAACAAAATTTCCATTAGATAGTGTTCCGTTTAATTTAGTTAATAATTATGGGCCAAGTGAAGCAACTGTTGTCAGCACATCTGGTACCATTCAACCAAAGAGAGACGGAGGTAATGAATTTCCTCATATTGGAAAGCCACTACCTTATATGGATTGTTTTATTCTAGATGAACACGGGAATGAAATTTCAGAAGTTGGAGAACAAGGAACACTTTGGCTTTCTGGCGTTGCATTAGCAAGGGGATACTTGAACACTAAAATAGAAACTGATAAAAAGTTCAGAAAAATAAAGGTTAGAGGGGAATTAATCAGAGCCTATAATACAGGCGACATTGTCAGTAAAGGTAAAGATGGAAATTTTTATTTTCATGGAAGGAAAGATTTTCAGGTAAATATTAATGGGGTCAGAATTGAGTTAGGTGAGATTGAAAAAGTATTACAAACACATGCAAAAGTTTTACATGCTATTGTGTTACCAATAGAATTTCATTCAAAGACATTGATTGTAGCTTCTGTTGTACTAGAGAAGAATTCGATATTTGTAGAAGAAGAAATAAAAGCATACATAAGGAGAAAGCTTACAAAAAGTTTAGTCCCAATACAAATACTATATCATGATCAAGTCTCGTTAACGGATAACGGGAAAATAGACAGAAGAATTTTAACTGTTTTACATGAAGAACATTTACAAAACAAGCAAAAATCGAAAAACAACACTTATTTGGAAGATGTTAATGATAGCATGATGACTCAAATTACAAAGGTTTACTCTGATGTCCTACAAATTCAATGTTATCCTAATACAGATATATTTGAAATGGGCGGAAATTCGATGGACGCTGCTCGAATAGCTGCAACCTTGTCAAATTTGTTTAGGGTGAAATGTTCCCCTCATTTTATTCAAAAGGTTAGAACACCAATAAATGTATATCATCAAATTAGGAAACCTTTGCAAAATACAATAGGTGGACAACGTAAGGAATCTCCAGTCATAAATAGAGATGAATGGATTCGAGTAACAAGCATGAAAAAAGGATTATGGTATTTATGGAAAACAAATGAGAATAACACTTTTTATAATATTGGAGCCACTTTTCATCTGAAAGATACGATAGATATTCCTTTATTGTCGGAAATAATTGTTACTATTATCGAACGTGAACCAACGTTCTCTACTATATTTCGGGAAAATGCAAGAGGCGAAATTGAGAGAAAATATCAAAGAAAATTTGATACTACGGAATGGTTCTATCAAATGAAGGTTGATTCCAAAGAAGAGGCACTAATTCATGCTAATTCCATTTACAATACGAACTTTGATTTGGAGAAAGATTTGCTCATTAGAGGTGCATTAATTCAAACGAATAATGATGGGACTGTTTTTGTACTAGCTACGCATCATATTGTATGCGATGGATTGTCTTTACAAAAAATATTACGTGACATTTCTACTGCATACAACAATAGAAGCTTGAATACTAGTACAAAAGAGAACATATATAGTACCGAGTATATAGCTTCTAGTGAAGAACAACTGTCAACATATTGGAAGGAAAAGGCAGGCCAATTTCATTTAGCGCAGGTATCAATGAAGGAAAATGCCGAATCTTTATTAGCTAAAGGGGAAATATACGAATGTAAAAGTAGATTAAGTGTCGGCAAATCAATAGATCAATTGGCGAAAAAGCATAAAATAAGTAAGTTTATTATTTTATTAACGGTTTGGGCTATTAATCTAACAAAATACTTTAGACAAGAAACTATCACAATTGGAATTCCTTATCATGGTAGGGGGGATATTGATTTTTCCAAGGTAGGGATGTTTGTTAATTTAATACCGGTTACAATTACTATCTCAAAAGAAAAAACATTCATCGATTTATTAACTGAGGTAAATGAATTGATGCAGGAACATATGGAACATGGGGATTTTTCCATTGTTGATATTGCTTCACTAACAGAAAATAGGAAGCAATTTGATATCGTTAATAATACATTTAGTGAAAAAATCCATTTAGATGTAGAGTTAGGAAATAAACGAGCAGAGTTCATTGAGCAAGATACAGGTGGAGCTAGATTCCCAATTAGCGGTTTTTTTCATGTGCAAGATGAAGAAATAGAGGGGCATGTTGAGTTCTCATATGCCAACTTTGACACATCAGAAATTAAATTACTAACGGATAGCTATTTTAATCTAATGGATTCTCTTGTGCGTTACCCTGATCAACAGTGGCAGAGTGCTTTTAAGAAGACATCTGTCATAGAGGCACAGGAATATTACAATTTGATGAAAGAAAGTAAACCACTACACCAATTATTCGAGGATTCTGTCGCAAAGCATAAAGACTTTATTGCTGTTGAAGATCATACAAGTGCATTTACGTATGGAGAATTAAATCAACATGCAAACCGATTTGCTTCATTACTGCATTCCAAAGGTATCAGAAAGGGGGATTATGTTCCTGTTTTCATGGTGCGAAATAAGGAACTGCTTGTTGTTATTTTAGGGATTTTAAAAATAGGTGCAATCTATGTTCCTTTAGATGTGGAGCATCCAAAAGAAAGAATAAAAAATATATTAAACAGAATAGAACCTCGAGTTTTAATATCTAACAAAAAAGTTAATTATATAAGCACGGGAAGATGGGAACTAATCTATACAAATGATATGGAAACATGTCAGCAACTGCCTATATTCAAAATGGAACACATTAAAACAGAAGATCCAGCTTATTTGATGTTCACATCAGGCTCGACTGGAAACCCAAAAGGGGTGTTATGTCCTCACCTAGGGACAAGTCTTCGAGTGTTATGGCAAAAAAATCAACAACACTTGAAGCCGAATAATCGAATTTTATTTAAAACGCCTTATACATTTGACGTATCAATATGGGAAATATTTTATACACTCTCTGTTGGTGCTACTTTAGTTATCGGAGCAAATGATTTGCATAAGGATCCTGAGAAAATATATGAGTTTATTAAAAATAAATCCATAAATTATTGTCATTTTGTCCCATCTGTTTTTCAACGAGTGTTAGATTATTTTGAAGAACTAAGTACGAATACACTCTCATTAAAATACTTGCATTTAAGCGGTGAAGCATTGTCAAAACAACTAGCCAAAAAGATACAAGAAATCTTGCCCAATACAAACATTTTAAATTTATACGGACCTACTGAAACAGGTATTGAAGTAACTGTACAGGAAGTCAGTAATGGAAACTACAATATTGGAAAACCTCTTCCATATGTTTCTTTACAAGTTATCGATGAGGATGAAAATCCAGTACCAATAGGTTATCCTGGAGAATTATTAATTGGTGGGCCATCTTTGGCGTTAGGGTATTTTAAAGATGAGAATGAAACACAGAAGTCTTTCATTATAAAAGATTCACAACGCTTTTATAAAACAGGTGATTTAGTAAGGATTACGAGTAATGGAAGTATCGACTTTCTTGGAAGAAAAGATGATCAAGTGAAGGTGAATGGAATTCGCATCGAAACGGAAGAAATTGAAAGATGTGTAATGAATTTAGCAAACGTGAAAGATGCCACAGTCGTTTTAGCTGAAGGGATGAGGGAAAAACAATTAGTTTGCTTCTACACCTCTGTAAATGAACATGAAGCTAACGATATTGAAGTGAAAAAGCAGGTATCGAATAATCTCCCTGTATCGTACATTCCATCAGTATTTATTGAATTATCTGATCTACCTATTACACAAAACGGGAAAAGAGATAGAAAACGATTAGGTGAAATGGCGTATGAATATCTAAATAAGAAAGTGGAATCTAATTTTATTGAAGCCAAGACAGAACTTCAGAAATCCATTGTAAAGGTATGGAGTGATGTTTTAAAAATAAATAGAGTTGGTTTGGGTGATAACTTCTTTGAGCTAGGAGGAGATTCTATTAAATCTTTACAAATTGTTTCGAAATTACGTGCAGAAGGAGTTAACCTTACTCCAAGGGATTTTCTTAAATATCCGACTATATTAGAGTTAACTGCTATTTTAAAATAA	MFCEEMVKVEQNYYEKQCLWFNKTKYLLKDLEKKAFQLAILFREQGIEHKKEQKVLIMLRRSPALFVAHYATFLAGGVIVSIDPDTPEDRLHTIIEETNPNVILVHTNQSLNDKSRIIYLDDELEMLDGSAAFQLSGNENFSLNAAAYIVFTSGTTGKPKGVIVEWKSLMKLIEWHTKTFHVGSDSIVSLTASPGFDASIWEIWSAIGAKASIHITSDAQRLLPNELQKEWAIHKVTHSFVSTPIAERLLDLPWKNHETTLKYMLVGGDKLTKFPLDSVPFNLVNNYGPSEATVVSTSGTIQPKRDGGNEFPHIGKPLPYMDCFILDEHGNEISEVGEQGTLWLSGVALARGYLNTKIETDKKFRKIKVRGELIRAYNTGDIVSKGKDGNFYFHGRKDFQVNINGVRIELGEIEKVLQTHAKVLHAIVLPIEFHSKTLIVASVVLEKNSIFVEEEIKAYIRRKLTKSLVPIQILYHDQVSLTDNGKIDRRILTVLHEEHLQNKQKSKNNTYLEDVNDSMMTQITKVYSDVLQIQCYPNTDIFEMGGNSMDAARIAATLSNLFRVKCSPHFIQKVRTPINVYHQIRKPLQNTIGGQRKESPVINRDEWIRVTSMKKGLWYLWKTNENNTFYNIGATFHLKDTIDIPLLSEIIVTIIEREPTFSTIFRENARGEIERKYQRKFDTTEWFYQMKVDSKEEALIHANSIYNTNFDLEKDLLIRGALIQTNNDGTVFVLATHHIVCDGLSLQKILRDISTAYNNRSLNTSTKENIYSTEYIASSEEQLSTYWKEKAGQFHLAQVSMKENAESLLAKGEIYECKSRLSVGKSIDQLAKKHKISKFIILLTVWAINLTKYFRQETITIGIPYHGRGDIDFSKVGMFVNLIPVTITISKEKTFIDLLTEVNELMQEHMEHGDFSIVDIASLTENRKQFDIVNNTFSEKIHLDVELGNKRAEFIEQDTGGARFPISGFFHVQDEEIEGHVEFSYANFDTSEIKLLTDSYFNLMDSLVRYPDQQWQSAFKKTSVIEAQEYYNLMKESKPLHQLFEDSVAKHKDFIAVEDHTSAFTYGELNQHANRFASLLHSKGIRKGDYVPVFMVRNKELLVVILGILKIGAIYVPLDVEHPKERIKNILNRIEPRVLISNKKVNYISTGRWELIYTNDMETCQQLPIFKMEHIKTEDPAYLMFTSGSTGNPKGVLCPHLGTSLRVLWQKNQQHLKPNNRILFKTPYTFDVSIWEIFYTLSVGATLVIGANDLHKDPEKIYEFIKNKSINYCHFVPSVFQRVLDYFEELSTNTLSLKYLHLSGEALSKQLAKKIQEILPNTNILNLYGPTETGIEVTVQEVSNGNYNIGKPLPYVSLQVIDEDENPVPIGYPGELLIGGPSLALGYFKDENETQKSFIIKDSQRFYKTGDLVRITSNGSIDFLGRKDDQVKVNGIRIETEEIERCVMNLANVKDATVVLAEGMREKQLVCFYTSVNEHEANDIEVKKQVSNNLPVSYIPSVFIELSDLPITQNGKRDRKRLGEMAYEYLNKKVESNFIEAKTELQKSIVKVWSDVLKINRVGLGDNFFELGGDSIKSLQIVSKLRAEGVNLTPRDFLKYPTILELTAILK				NA	NA	NA	NA	NA
AK148_03816	1245			hypothetical protein	TTGAAAACAGCAATCGTATTTCCTGGACAAGGTTCTCAATACACTAACATGGGAAGGTTTTTATATGAAAATCATAAGATCGCTAGAAGATTATATGACGAAGCTAGTGAGATACTTGGTTATAATCTTTTAGTAGCATGTGAAAATAAATCTGGGGAGTTAAATGATACTAATATTACCCAACCTGCAATACTAGTTTATAGTATTGCAAGTTGGGAGATATTTAAAGAGTTAAATCAAGTTGAAGAAATTTATTTTTCTGGCCATAGTTTGGGAGAATTAACTGCTGCTGTTTGCGGTGAGGCTATTTCATTCTCAGAAGCGGTTCAATTAGTTCAATTAAGAGCAAAATTAATGAGCCAATGTGGAGCAGATGGAGGAATGATGGTTTGTTTTGGTCTTAATTACACGGAAGTGGAGTCTATATGTAAAGAAGTAAGTACAAATAACAACCATGTAACTATCGCAAATTATAATATGAAAGACCAGCTGGTGCTAAGTGGGCATCAAGATGCATTGCATAGAGTGGCTGAAATACTTAATGGGCAAGGTGCTGTTACCAAGAAATTGGATGTTAGTGTACCTGCGCATAGTCAATTAATGCAACCTGCAAAGGATGGTTTTCGTGAAGCATTAAGAAAAATTCAGAAGAAAGATAGTAAGTACCCCATATACTCATGTATTACTGGCGAACCTTACTTACATTCAAACGACATTGTTAATCAATTAAGCGAGCAACTAACAGAAGGTGTGCAATGGCCTGTAGTTATGGATAAATTGATTCGTGAAGGTATTAGCCATTTTATAGAAATTGGCCCAAAAACTGTATTAACCAAGATCATTGAAGCTGAATATCCAAATGTGTTTGTTTCCCCTTACAACGAAATAAATGGGTATCATACCTTATTTCATTCAGAAGCGCAATCCTACTCTATGAACGATATTATTTCGTTCTTACAAGCTAGTTTAAGAATCATAGTTGGGACCCCTATTAAAATAAAGATAGAGCAGTCGAAATTTGAAAAAGAAATACATGCCCCATTCATAGAATTGAGGCAGGAGTTAGGGAAATTAAAGAAAAATAATCGACCTCAAATTGATTCTATTTATTCGAAAAAATTATCTAACCAGTTCTTTTCTATTCTATTTAATAAGGGCTTTAATAGGGAAGAAACAGTGAACCTATTAAAATCATCTATTAGGGATAAAAATATCCTTGTAAGAATTCATAAACTATATATTTAA	MKTAIVFPGQGSQYTNMGRFLYENHKIARRLYDEASEILGYNLLVACENKSGELNDTNITQPAILVYSIASWEIFKELNQVEEIYFSGHSLGELTAAVCGEAISFSEAVQLVQLRAKLMSQCGADGGMMVCFGLNYTEVESICKEVSTNNNHVTIANYNMKDQLVLSGHQDALHRVAEILNGQGAVTKKLDVSVPAHSQLMQPAKDGFREALRKIQKKDSKYPIYSCITGEPYLHSNDIVNQLSEQLTEGVQWPVVMDKLIREGISHFIEIGPKTVLTKIIEAEYPNVFVSPYNEINGYHTLFHSEAQSYSMNDIISFLQASLRIIVGTPIKIKIEQSKFEKEIHAPFIELRQELGKLKKNNRPQIDSIYSKKLSNQFFSILFNKGFNREETVNLLKSSIRDKNILVRIHKLYI	PGPT0008350_195	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
AK148_03817	3852	pksM		Polyketide synthase PksM	TTGAAACAAAGCAATATATCACGGAAAATACTGAGTCTAGTGGGTGACGAAAAACTGGATACCCAAATAGCACATGACTTATTAAATGAAGTCGAACAATTTCAATCTGAACCAATTGCAATAGTTGGAATGTCGTTAAAATTCCCCAATACTAACAATGTTGATGAACTATGGGACGGTCTTACTGAAAAGCGAGATTATATAACAAAATTTCCTCGAGAACGCTTTGATCTTGTTATGAACTCAAACAAAAAGCTTAGAAATAAGTATAGTCATATAGCTGGTGATATAGAGGGAGACAGCAGGTCATATGGATCCTGGTTAACGGATATAGAGCAGTTTGATCCTGACTATTTTGATTTGAGTGAGCACGAGGCTAAATTTATGGGACCATCCGAGCGGTTATTTTTACAAACTGCAATAGAGTCCCTTAAAAGAGCAGGTTATGGAGAAGAGGATTTAAAAGGTTCCAATACAGGAGTATACGTTGCACATACCCCGCACCCTGCTTTTGACTATTTACGACTGTTCGACGATGTTGATGAACGTGCATTTTTATCCAATATTCCAGCAAATCTTGGTTATCATCTGTCATATTCCCTAGATTTAAGGGGGCCAGTGATGGCAGTCAATACAACATGCTCGTCTTCTTTAACGGCAATTCACACGGCCAAAAATGCTTTGCGACAAGGAGATTGTGATTTAGCGGTAGTAAGTGGCGTTAATTTAGACTTATTTCCTTATTGGGAAAAGAACGCCCCTGATTATGTGGTCAGAAGTAATAACTATCGCTGTAAACCTTTCGATAAGGACGCGGATGGAATTATTGGGGGCGAGGGCATTGCTGTTGTTGTAGTAAAGAGGTTATCTGATGCGATTCGTGAAGGAAACCATATTCATAGTGTAATAAAAGGCTCTAGTGTTAGTAGTGATGGCATGTCAAACGGTATGCAAGTACCTAATCCAGATGCGCAGTCAAAAGCCATAGTTGCTGCTTTGGATGAAGCAGGATTAACATTTGACCAAATTAACTTTGTGGAAGCACATGGAGCTGGTACACAAGTTGGGGATTTAATAGAAGTTGAGGGGTTAAATAAAGCATATACAAAGAGGGCGAAAAAGAAGAAAGATTGCTACTTAGGTTCTATAAAATCTAATTTCGGTCATATGGGCGATGCAGCCGGAATTTCTGGACTAATTAAAGCTACACTTTCTATTGAAAAACGGATGATACCAGGGGTGAATCATTTTAAAGAAGTGAATCCAAAGATTGACTTAAATAACACAGCTTTTAAAGTGAGTGCTGATAATCAAGCTATTTCAGAGGCAGGTATATTAAGAGCGGGTGTTAATTCGATTGGAATAAGTGGAACGAATGTTCATGTTGTAATAGAAGAGTATAGGGATGACGACCTTCGTCAGGATATTCAAGTTGAACAAGAATTACCTTTATTAATCTCTAGTAAAACAAGACGTGCACTTTGGGAGCAATTAGGAGTTCTTTCCAAACACCTTCAACATAATAAGCACTACGCCATAGGAAGTTTAGCTTATACGCTCAATAATTGTAGAAATCATGAGAAATCAAGGGTATGTATTTTTGCAAAAGGGATTGAAGATCTAATAGAGAAAATTGGAAGGGTACTACATGTTAGAACCTTTGAGAAAGTCCCTCTTAACTTTTATCAACAGGGAATCTTCTTAGCTGACGAAGAAGAGACCCAGTTAGAAAGCATCAGGAACCTGGATCACTTTCTTCAGCAAGAAGATTCGTATACAGGATTAGTGAAGAAATACCTTGATGGAGATTGTGTGGATGATATATGTAAAAAACTTTTTACGCACCAAAAAATAGCTCCATTACCAGTAAGTATTTTCAATACAAAACGGATTTGGCCAGCAGATAAAGAGGTTTTGCAGGAACAGACGAAAGAATTATTTTATGAGAAGAAGTGGATTCACCATTACCTTGATTCAGGAAAAGATAATGTAAACATAAATGGAAAATGGTTAATTTTAATGAATGAAAATGATCCAATTCTTCTTGAATTAAAGAATATCCTTATAGAAAATGGGGCAGAAGTTATCGAAATTAATAAAGATAATAATTTCAGGAAAAAATCATCTGCTCAATATGGTATTAATATTCAATCAGAGGACGACTTTCAGCATCTATTTGAGGATATAGGTGCAGACGCACTCAAAGAATTAAAGGGAATAGTTCATGGTTTTACTTTAAAACCCTTTGATAAAACAATGACTAATAAAGAAGATATAGAGTTAACGCAAGAGGAGGGAGTATTTTCTCTTTTTAATCTAACAAAGATTTTATTTAGGTTTGATGTTACGCATCCAATTCAAATTAATACACTTTCTTCCCTAACTGAACAAGTGAATGAAAATGAAGAAGTTATTCCAGCAAGGGTTACATTATTTGGTTTAGCGAAAGTAATTTCACAGGAACAGCCAACGATTAGTTCCTTCTTAATTGATCATGATTTAAAAGGAGATCCTATAGAAATCGCTAAACAGTTAGTAGAGGAATTACGTACACCAAAAGAAGTAAGACCAGAGTTAATAGCTTATCGAACAAATCAAAGATATACGAAAGTAATTGAAAGACAACGTGAGGATATAAAGGCTAATTCAATTACATTGAGAGAAAACGGGAACTATGTCATTGCAGGAGGTACTGGTTATTTAGGAGTACAGCTAGGAAGCTTTTTGAGTGAAAAAAATAAAGTGAATATTATTTTGTTAGCTAGAAATTTACTGCCTAACCGTTCTGAATGGGATGAAATTATTAATAGAAATAATGCGGATGATGAAATGCTCATTTATAAAATAAAGATGATCCGATCGATTGAGCAAAATGGTTCCAAAGTAACTATAATGAAATGTGATGTTACAGACGAATTTGCCGTTAAGAATACATTTACAATAATTAAAAATAAATACGGAGATATTAACGGAGCTTTTATGTTAGCGAAGCAGCTGTACCATTTATGGATAAAGGAGCTAAATATTAATCAGTTCAAAAAAGGGATTTACAATAGAGTTTTGAGCACTCATTTTATTGAAAGAGAGTTAGATACGAATACATTGGATTTCTTTATTTTATTCTCATCCATTTCTTCTTTAATGGGTACTAAATCGGCGAGTGAATGTTGTGCTGTAAATCAATATTTGGACTCTATGGCAGGTTATTTAAACCATAAAGGGATTAACGGTAATACAATTAATCTTACATTGATTTTAGATGATAAGAAAGATTTTGGAAATGATACAGCAATTCCTCCAATAGATTTTGTTGAATTCCAGAATGCACTAAAGTGTTTTTTTCAGAATGGTTACCAATGGAGTTTGGTTTCAAAATTTGATTTAGAGCAAGTTCATTATTTGAAACCAGTGTTAAAGATACCTTTTGGAGAAACGTTTTGGAAAGAAGTCGATGATTATTATTACGCCAAGCAAAAGGTGAATATGGATGTTCAAATAGAGGACGAAAGTATACAGAAAGAATTAAATAAGGAAGAGATCGAATTAATATTATATGATATTTGGGATAAAGTTTTGGGAGTAGTTGATGTTGGAGAAAGTGACAATTTCTTTAGTAGCGGAGGGAGTTCACTGAGTGCATTAAGATTTGTGCAACTGATGAATCAGCATTTCAAAGGAATAAATTTTGAGGTGCCTGATTTGTATAGTAACCCTACTTTTGAAAATCAGCTTTCCTATTGTGACCGTTTCTACAACGGTGCTGAGAAAGATGAATTAGACGATATACTTGAAGCTCTAACAAATGATGACATTTCCTCAGAGGAAGCACTTCATTTATTAAATAGGAAATGA	MKQSNISRKILSLVGDEKLDTQIAHDLLNEVEQFQSEPIAIVGMSLKFPNTNNVDELWDGLTEKRDYITKFPRERFDLVMNSNKKLRNKYSHIAGDIEGDSRSYGSWLTDIEQFDPDYFDLSEHEAKFMGPSERLFLQTAIESLKRAGYGEEDLKGSNTGVYVAHTPHPAFDYLRLFDDVDERAFLSNIPANLGYHLSYSLDLRGPVMAVNTTCSSSLTAIHTAKNALRQGDCDLAVVSGVNLDLFPYWEKNAPDYVVRSNNYRCKPFDKDADGIIGGEGIAVVVVKRLSDAIREGNHIHSVIKGSSVSSDGMSNGMQVPNPDAQSKAIVAALDEAGLTFDQINFVEAHGAGTQVGDLIEVEGLNKAYTKRAKKKKDCYLGSIKSNFGHMGDAAGISGLIKATLSIEKRMIPGVNHFKEVNPKIDLNNTAFKVSADNQAISEAGILRAGVNSIGISGTNVHVVIEEYRDDDLRQDIQVEQELPLLISSKTRRALWEQLGVLSKHLQHNKHYAIGSLAYTLNNCRNHEKSRVCIFAKGIEDLIEKIGRVLHVRTFEKVPLNFYQQGIFLADEEETQLESIRNLDHFLQQEDSYTGLVKKYLDGDCVDDICKKLFTHQKIAPLPVSIFNTKRIWPADKEVLQEQTKELFYEKKWIHHYLDSGKDNVNINGKWLILMNENDPILLELKNILIENGAEVIEINKDNNFRKKSSAQYGINIQSEDDFQHLFEDIGADALKELKGIVHGFTLKPFDKTMTNKEDIELTQEEGVFSLFNLTKILFRFDVTHPIQINTLSSLTEQVNENEEVIPARVTLFGLAKVISQEQPTISSFLIDHDLKGDPIEIAKQLVEELRTPKEVRPELIAYRTNQRYTKVIERQREDIKANSITLRENGNYVIAGGTGYLGVQLGSFLSEKNKVNIILLARNLLPNRSEWDEIINRNNADDEMLIYKIKMIRSIEQNGSKVTIMKCDVTDEFAVKNTFTIIKNKYGDINGAFMLAKQLYHLWIKELNINQFKKGIYNRVLSTHFIERELDTNTLDFFILFSSISSLMGTKSASECCAVNQYLDSMAGYLNHKGINGNTINLTLILDDKKDFGNDTAIPPIDFVEFQNALKCFFQNGYQWSLVSKFDLEQVHYLKPVLKIPFGETFWKEVDDYYYAKQKVNMDVQIEDESIQKELNKEEIELILYDIWDKVLGVVDVGESDNFFSSGGSSLSALRFVQLMNQHFKGINFEVPDLYSNPTFENQLSYCDRFYNGAEKDELDDILEALTNDDISSEEALHLLNRK				NA	NA	NA	NA	NA
AK148_03818	7401	dltA		D-alanine--D-alanyl carrier protein ligase	ATGAGCAAATTAAAACCGTTAATCTTAAATCTGCTGAAAGAGAAAGAAATTTCAAAGAATGCTGCTAAAGAAATTATTCAATCTGTAAATGAAATATCGGAAACAACCGTTCAAAATGTAGACAGGAAGGTTGCAATTATTGGAATCTCGTCTGAGTTACCAGGAGCGAAAACATTTGATGATTTTTGGGAAGTTTTAATGAATCAGGACGATAAAATAACGGAATTAAACGACTCGAGAAAGTCGCTATGTAATAATTTTATTAAGAATAATCAGGAAAGATTAGAAATCTCTTCGGAAAAACCTTTTTGGGATGCAGCATGGTTAGATGATATAGAAAAATTTGAACCTGAATTTTTTGGTATCACGGAAGCTGAGGCAAAAGTTATGGACCCTCAACAAAGAAGGTTTCTTCAAATTGCTTACAACTGTTTTGAAGATGCAGGGTATGCTGGTGATAGAATGAAGGGGTCTAATACGGGAGTGTATTTGTCTGCTGCAATGACGAATTACGCTGAATCCTTTCTAGAATATACTCCACTGAGTGTTCCTGGAAATGTTCCTGCATTTATTGCATCTCGATTATCCTATATTTTTGATTTAAAAGGCCCTTCTTATGTTGTAAATTCTACATGCGCTTCTTCTATGTTGGCAATTCACGAAGCATGCGTTGGATTGATGAATAGTGATTGTGACACAGCTTTAGTTGGAGGGGTGAATATATTTCCTTTTCCAATTAATAGTAACAAACTATTTATGAATGCAGCGGGTATTATGTCCGAACAACAAAAGAGCAAGCCTTTTGATAATTCAGCTAATGGAATCGGGAGAGGGGAAGGAGTTATATCACTTCTGTTAAAGCCTTTAGATAAAGCGTTAGAAGATCGGGATCATATTCATGCTGTTATCTCTGCATCGAAAGTAAACAATGATGGAACTTCAGCTGGGATTACAGCACCTAACCCAAAAGCACATGCTGATTTGTTGCAAGGAGCTTGGAAATTAGCAGGTATAACTCCAGAACAACTTGACTATATTGAAACACATGGTACTGGTACATATCTTGGAGACCCAATTGAAATAAAAGGTATCGAAGAAGTAATTGAGCGGTATACAAATCGTAAACAATTTATTCCTATTGGATCAGTTAAAGGTAATATTGGGCACTTATTAGATGGTGCGGCTGGCCTATCCGGAATTATAAAAGCTATTCACGTTATGAAAAGAGGCGTGGTTCCACCTACAGTTAATATGCTGGAACCAAATGAACATATTGATTTTGTTGATTCCCCAGTTTTTATTCCTACGACACCCTACTATTTGAGAGAAAACAAATATGATGAAGCTCCGATTAGAACCGGAATAAGTTGTTTTGGTTTTAATGGTACAAATGTTCACATTGTTTTAGAGGAGCCACCTAACATAGATTATAACATCCAACAAATAACAGACGGGCATAAAAAATATGTATTACCTATTTCCGCAAAAACGACCGAGTCATTAGAAAAGATTATTAATCGTTACGCATTCATAGATGAATCTGAGTATCATTTACAGAACATTGCTTTTACATTATGTACAGGTAGAGAACACCATGTTCATCGATTAGCTATTATTGCAAGCAATACAAAAGAATTTGTGGAAATTTGTAAAGATTTATCAACTACCGACTTTGAAAATTGGACAAAAATTATATGTGAGGTAAACGTAGAAGATGATTTACTTCAACTAGCAAAGTCCTATGTAGACGGAGGTAAATGTAGTTGGCATAAACAATTTGGTAATACGACAATAAATAAGGTTTCATTACCGACCTATTCTTTTTATGAAAAATCTTATTGGACCAATAGTTTAATAAATCATAAACATGATCATGATACTTACCAACGGTCTAATCTGGAAGAAATTATTCATGTAGCTGAAAATATTTTGGAAATGAAAGATATCAAAAAAGAAGATAGTTTCATATCTGTAGGAGGCAACTCCCTATCAGGGTTACAATTTATTTCCCGATTAAAATCTAAATTTAAGAGTGAAATAGAAATGGAAGATTTATTTACTTCTTTTGCAGAAATAGAGCAGAAAATCTTTAAAACAGATGTTACGTCCATGAAAGATGTTCCCAGAGTGATGGTGAATGAGGATAAATTATTCCCTGTGTCCTATGGTCAAAAAAGGTTAAGTATTATTGATCAAATAACAGAACAGAAAATGGTGTATAATACGCCTTTTGTCTTTAAAGTAGCTGGTCTTATTAACAATAATAAGTTCAAGAAAACTTTCGATTTATTATCAATACGGCACGAAATGCTAAGAACTATTTTTGTAAGAAGTGAATCGGAAACAAAACAGAAGGTATTGGACAAACCTAATTATTTATATGAGTTTAAAGACTTTGCATTATATAACAATGCGGAAGCAAATGCTTTTGCTCAAATTGATAAGTGGAAAGAAACTCCTTATGATTTGGAAAAGGGTCCACTGATTAGAGTATTAGTTTATAAAATTTCAGATAATGAAAGCATTTTCTCACTTATGATGCACCATATCATTATGGATGGCTGGTCGCTAGCTATACTATCAGATGAATTATTCACTTTATATAATAGTGATAATAAGGTAATGGATGAACTACAAAAAATAGAAAACACATATATCGATTATACGATATGGCAACATCAACTTATAGCAAGTGAAACCTTTGAAGAGCATGAAAAATATTGGTTAAATAAATTTACTGATGACCTTCCTGTTACAGAGATTGTAGGGGATAAAATTAGACCAAATATTTTTGAATTTACTGGAAAGCTAAAAAAGTTTTCTTTTAGTTCTAGTCAGGCAAGAAGATTACGCGAGTATGCTAGTAAAGAAGAAAGCACACTCTATATGTTATTGGTTTCTAGTATATTTAAGTTAATTAATAGTATGACAGGACAAGAGGATATGGTGATTGGTTCTCCAATTTCTGGTAGATTTAATGAAGCTTTGGAGAAAATAGTTGGTCTATTTACAAATACCATTCCGGTAAGGGTTAACTATAATTCTAAAGATGATTTTTGTACGCTTTTATCAAGCGTAAAAGAAGTTTTACTAGAGGATTTTCAGCATCAGGATTATCCATTTAATTTATTAGTTGAAAAACTACAGTTACCACGAGATGCAAGTCGATCGCCAATTTTTAATATAAATGTCGCACTACAGAACTTTAAATTCAAGAATACGGAAACCCATCTTGATAGTTATGAATTAACACCGATACTGACAGCACACAAAACAACGAAATGGGATTTAGAATTTGAATTTGTTGAAATGCCAGATGGTGAATTGATTTGTAATATAGAATATTACGATAAAATATATTCTGATGAATTTATCGATACATTAATTAACAATTATCATACTATATTGGATGATATTCTAAATGGAGAACAAATAATAGACTATAACATCGTGGATCATGGAAACAGTATAAAGGGAGAAACGGTTCACACAAAATATTCCTTTATTGAAATGATTCAAGAGAGTGCTAACAAATATCCAAATCATGTTGCAATTGAAGATGAGAATGGCACCGTATCTTATCAAGAACTCTTACATATAAGTATGGGAATAGCTAGCGAACTTCAAAACATGGATTATCCTATTACTAGTACTTTGATCATTACTGAGAATAATCGTTACACAATAATGAGTATTTTAGCAAGTTTGTTAGCTAATGTTACCTTTGTACCTATTTCTCCTGATACACCTAAATCTAAAATTGAATCGATTGTTAAGCAAACAAATGCAGAATGTATTTTAACAGTGAAAAATTTCTACTCTCTAACTAACAAAATTTTATATGAAAGTAAAGATATAAGAGTAGTGAAGATCCTTGACTCGGATAAGCTAGAAGAATCCGCTATAGGTGAAAAAAGTGAATTGATGGACGAATCACTATGGAACTTTTTTGCCGAAGAACAAAAGACCGATATAGGGGCGAGTGGCTGGAATAGTAGTTATACAGGGGAGCCATTTAGTGATGTAGAAATGGATGAATACGTGACTAACGCAGTAAGTAAGATACTTGATCTCTTACCAAATCATTCAAAGGTACTTGAAATTGGCTGTGGTTCAGGATTGACAACATTTTCGTTAGCTGCACATGTAGATTCATATATAGCAACAGACTTATCCCCTTCTATTATTAATAGAAATAGGAATAAAGCAAAAGAAGAGGATATTAATCATATAGATTTTCGAGTAGCTAAAGCACACGAAATTAATTATAAAGGCAAGGATGTAGACGCTGTTATTATCAATAGTGTTGTACATTGTTTTCCAAATTATGATTACTTGAAAATAGTATTAAAAAATGCAGTAGAGTCCTTAAAAGAAGGTGGGTTTGTTTTTTTAGGAGATTTGCTACATTTAGATAAAAATAAGGATTTCCTAAGTTCATTAAGAACATATAAAGAAAATCATCCAAATAGGAACACAAAACTAGATTGGGAAACAGATTTATTTGTAAATGATTTTATATTAGAAAATATCGTAAAAGATATTGACGCAGATGTGGAATTGATAAGTTCAAATAAAACTTACACAATCCCAAATGAACTTAATCAGTATAGATTTGATGTGATCATAAAGATTAAAAAGAAAAATACTGGCGTAAAGGGAAAATCCTTAAATAGAATGTTAGGAAAAACCTCTGTACTAGAAAGTAAAGCTGGTAGTTTGGATAAGACAGTAAGTGACAAACCAGCGTATGTATTATTTACATCCGGAAGCACTGGGATACCTAAAGGGGTAGTAATCTCAAGGGGAAATCTTAATAACTACCTCACTTGGGCAAAACATTATTATTCTAATGAAAGACTATTAAATATGCCACTCTTTACATCTATTTCGGTGGATTTAACGATAACATCGATGTTTTTACCGTTACTTACTGGCGGAAAAATATTATCTTGTGAAGGTGAGATTGACCAAAAGTTTGAAAATCTCACGAATATTAGGGAAAAGATATCGATTAAAGGAACGCCTAAGCAAATAAAACTTCTAATAGAGAATAAAAAGGAATTACCAGATATACAGAACTTTATTCTTGGAGGAGAAGCATTAGATGTATCCTTATGCAGAGAGATATATTCTAGATTTCCCAATTCCAGAATATTTAATGAATATGGCCCCACTGAAGCCACGGTGGGTACGATTATTCATGAAGTAACTAAAGAGGATTTCGTCTCTAGTTACATTCCAATCGGGATTCCAATCCAAAATACATCTATTTATATTGTTGATAATCAGGGTAATCTAGCTCCTCCTCATGCAATTGGAGAGATCGTGTTATCTGGGGAAAGTGTAGCGTTAGGTTACTTAGGTAACAAAAAGTTAACTAGAGAAAAATTTGTTCCAAATACAATAGAGTACTTGCAACCTGGTTATATCTATAAAACAGGCGATATAGGTCAAATACTGCCAAATGGTGAAGTGGTTTGTTTTGGGCGAAAAGATAATATGGTCAAGCTACGCGGACATCGAGTGGAATTAGAGGAAATAGAGAGGTACTTACGTGATTTACCAACGGTTCAAGATGCTGCTGTTCGTCTTCATACGAATAGCAATCAAGACGAAAGGTTATGTGCTTATCTTGTAACGAATAGAGAGATCAATCAAACAGAGATTGATAAACTACTTCTACAAAATATACCAGAGACCTTGTTGCCATCTCATTATGAAAAATTGGATTCGATTCCAGTTACTACAAGCGGAAAAGTTGACAGAGCTTCGTTACCTAAACCTAAAATAAAGAAGTTTTCCGATGATACTGAACATGATTTAGAGTTAACGAATTTGGAAAAAGAATTGTTAGAAATTATGAAAAGTATTTTGGGAGATGAAGAGGTTGGTGTTAATTCCGATTTCTTTAGAGTTGGTGGGGACTCCATAAAAGCACTAAGACTAATATCAAGGGCTAAAGAAAGAAATATCCCTATTCGAATTAACCAAATCTTTAACTTAAGGACTGTTCGAAAAATTGCGAAGGAGTCTAGCAAGCAGTATCTTCAATCCGAGAACAGACATATAGAAGCTAAAGAGATTCATCTAGCGCCAATGCAGAAATGGTTCTTTGAACAATCCTTTACACACCCACATTATTGGAACTTACTAATGACAGTAGAATTACCAAAGGATGTTAATCTAGAAACTTTACAAAACGCTTTTAGATGGATCATTTCTAAAAATGAAAGTTTAGTTACGTGGTTCGATCTGACTGATCATGAACCTAGAGCATTTGTAGAACCTGATCTTGCTAACAATTTTCAATTAGTTTCGAAGGATTTTAGAACAATATCCAAGGAGAAGTTGAAGAAAGAGTTGGAAAAGGTGCAATTCACTTTACAACATGAATTCAAATTTGGAAAGGAATTACCTATAAAAGGGCTCGTTTCATTAACAAATTCTCAGCCATTATTAACTTTATTCGTACATCACTTAGTTGTAGATGGTATTTCTTGGAGGGTATTAATGGACGAATTAGAGAGAACATACTTCGATATGCTTGCTGGAAAAGATATCAATCGTGTATTCGTAGAGCCTTTTTCTAGTTGGGTTAATCGCCTAAGGAATATAAACGTAAGCAAAGAAGATACGGCCTATTGGGATAACCTGAACATTGATCATGTGCACCCTCTATGCGTTACTCCAGTGAGAGAGGATTATATTTTTAGTGAGAGATATCATACTATTAGTAAAATAGATCGTGATAAAACGACATTAATTCTGGGAGCGAAAAATATAAATGAGGATTTCCGTACAGATGCCATGATAGTAACTGCATTCTCAAAAGCATTTATGAAAGTCTTCGGGGAAAGAGATATATTATTTAATTTTGAAGGACATGGTCGTAATGATACAAAAATAGATTTAGATTTAAGTAACACGATCGGATGGTTTACAACGATGTATCCACTTCTTGTATCATCTAATTCTGGGTCTATATCGTTACTAAAATCTGTTAATGAGTCAATAGCGAATACCGGAAGCGGTATAAGTTATATGGTCGCTAGATGGTTTCAAGAAAGGAAAAGTTTGAAAAAAATAAATTCTAATATTTTGGTGAACTACTTGGGTGAGTTTGATAATGATATTAGCACACATACCAATATATCGAACGAAAAAGAAAGACTGTTTAAATATGCGGAAGATCTTCCACAAGCACCTGCAATTCATCCAGATAATAAATTAAATTACTTATTGGAGATAAACATTTATGTGTTAAATGGACAATTCACTATAAGTCTAGAGACGGACCAAGAGAAAATTAGTAAAAGTGAAGCTGATTTGCTAATTGCAAATTTGAGGGAATATATGGATGAACTTGTAGATGAAGTAAAGAATGTTCAGAGAGTATGA	MSKLKPLILNLLKEKEISKNAAKEIIQSVNEISETTVQNVDRKVAIIGISSELPGAKTFDDFWEVLMNQDDKITELNDSRKSLCNNFIKNNQERLEISSEKPFWDAAWLDDIEKFEPEFFGITEAEAKVMDPQQRRFLQIAYNCFEDAGYAGDRMKGSNTGVYLSAAMTNYAESFLEYTPLSVPGNVPAFIASRLSYIFDLKGPSYVVNSTCASSMLAIHEACVGLMNSDCDTALVGGVNIFPFPINSNKLFMNAAGIMSEQQKSKPFDNSANGIGRGEGVISLLLKPLDKALEDRDHIHAVISASKVNNDGTSAGITAPNPKAHADLLQGAWKLAGITPEQLDYIETHGTGTYLGDPIEIKGIEEVIERYTNRKQFIPIGSVKGNIGHLLDGAAGLSGIIKAIHVMKRGVVPPTVNMLEPNEHIDFVDSPVFIPTTPYYLRENKYDEAPIRTGISCFGFNGTNVHIVLEEPPNIDYNIQQITDGHKKYVLPISAKTTESLEKIINRYAFIDESEYHLQNIAFTLCTGREHHVHRLAIIASNTKEFVEICKDLSTTDFENWTKIICEVNVEDDLLQLAKSYVDGGKCSWHKQFGNTTINKVSLPTYSFYEKSYWTNSLINHKHDHDTYQRSNLEEIIHVAENILEMKDIKKEDSFISVGGNSLSGLQFISRLKSKFKSEIEMEDLFTSFAEIEQKIFKTDVTSMKDVPRVMVNEDKLFPVSYGQKRLSIIDQITEQKMVYNTPFVFKVAGLINNNKFKKTFDLLSIRHEMLRTIFVRSESETKQKVLDKPNYLYEFKDFALYNNAEANAFAQIDKWKETPYDLEKGPLIRVLVYKISDNESIFSLMMHHIIMDGWSLAILSDELFTLYNSDNKVMDELQKIENTYIDYTIWQHQLIASETFEEHEKYWLNKFTDDLPVTEIVGDKIRPNIFEFTGKLKKFSFSSSQARRLREYASKEESTLYMLLVSSIFKLINSMTGQEDMVIGSPISGRFNEALEKIVGLFTNTIPVRVNYNSKDDFCTLLSSVKEVLLEDFQHQDYPFNLLVEKLQLPRDASRSPIFNINVALQNFKFKNTETHLDSYELTPILTAHKTTKWDLEFEFVEMPDGELICNIEYYDKIYSDEFIDTLINNYHTILDDILNGEQIIDYNIVDHGNSIKGETVHTKYSFIEMIQESANKYPNHVAIEDENGTVSYQELLHISMGIASELQNMDYPITSTLIITENNRYTIMSILASLLANVTFVPISPDTPKSKIESIVKQTNAECILTVKNFYSLTNKILYESKDIRVVKILDSDKLEESAIGEKSELMDESLWNFFAEEQKTDIGASGWNSSYTGEPFSDVEMDEYVTNAVSKILDLLPNHSKVLEIGCGSGLTTFSLAAHVDSYIATDLSPSIINRNRNKAKEEDINHIDFRVAKAHEINYKGKDVDAVIINSVVHCFPNYDYLKIVLKNAVESLKEGGFVFLGDLLHLDKNKDFLSSLRTYKENHPNRNTKLDWETDLFVNDFILENIVKDIDADVELISSNKTYTIPNELNQYRFDVIIKIKKKNTGVKGKSLNRMLGKTSVLESKAGSLDKTVSDKPAYVLFTSGSTGIPKGVVISRGNLNNYLTWAKHYYSNERLLNMPLFTSISVDLTITSMFLPLLTGGKILSCEGEIDQKFENLTNIREKISIKGTPKQIKLLIENKKELPDIQNFILGGEALDVSLCREIYSRFPNSRIFNEYGPTEATVGTIIHEVTKEDFVSSYIPIGIPIQNTSIYIVDNQGNLAPPHAIGEIVLSGESVALGYLGNKKLTREKFVPNTIEYLQPGYIYKTGDIGQILPNGEVVCFGRKDNMVKLRGHRVELEEIERYLRDLPTVQDAAVRLHTNSNQDERLCAYLVTNREINQTEIDKLLLQNIPETLLPSHYEKLDSIPVTTSGKVDRASLPKPKIKKFSDDTEHDLELTNLEKELLEIMKSILGDEEVGVNSDFFRVGGDSIKALRLISRAKERNIPIRINQIFNLRTVRKIAKESSKQYLQSENRHIEAKEIHLAPMQKWFFEQSFTHPHYWNLLMTVELPKDVNLETLQNAFRWIISKNESLVTWFDLTDHEPRAFVEPDLANNFQLVSKDFRTISKEKLKKELEKVQFTLQHEFKFGKELPIKGLVSLTNSQPLLTLFVHHLVVDGISWRVLMDELERTYFDMLAGKDINRVFVEPFSSWVNRLRNINVSKEDTAYWDNLNIDHVHPLCVTPVREDYIFSERYHTISKIDRDKTTLILGAKNINEDFRTDAMIVTAFSKAFMKVFGERDILFNFEGHGRNDTKIDLDLSNTIGWFTTMYPLLVSSNSGSISLLKSVNESIANTGSGISYMVARWFQERKSLKKINSNILVNYLGEFDNDISTHTNISNEKERLFKYAEDLPQAPAIHPDNKLNYLLEINIYVLNGQFTISLETDQEKISKSEADLLIANLREYMDELVDEVKNVQRV				NA	NA	NA	NA	NA
AK148_03819	687	sfp_1	COG2091	4'-phosphopantetheinyl transferase Sfp	ATGTTAGATATTTATCTAATCAAGTTGCCAACAAAAATACATAATTTTTCTCGTTTATTAAATGTTGTTGATTTAGAAAAAAAAGAAAAAATTAGATCTTTTGTTAGAATATCCGATTCTTATAGAACGTTGATTTCTGATTTGTTAGTTAGATATATATTGTCAAAAAGATTACATGTCAGCTACAATGATTTAACGTTTGGGTTAGGGGAATTTGGTAAACCTTTTTGTTCTTCTCATCATGTTCATTACAATATTTCACACTCCGGTGATTGGATAGTTATGGCAGTTGGAGAATTCGGGATAGGAGTTGATATAGAAAAAGTGAATAGATGGGATTTTGACGATATAGTACTAACATTTTTTTCAAGTATGGATATACAACATTATCTTCGAACTCCTGCTGCAGAGAGGAAAGAAACTTTTTTTGAAATATGGACATTGAAGGAGTCTTTTGTGAAAAATATGGGACTAGGATTAAATGTGCCTTTAGATCGGTTTTCGATATGGAAGTACAAGGAAGAAATATATATTAAACAAGACTTTGATGATAATGAGTACTATTTTAAACAATATGATGCTGTAGCTAACTATAAATTATCGGTTTGTTATAGAGATGATTCTTTTCCAAAAGAGTGCCAACTAAACGAAGTTAATATGGACTTGTTAGAAAATTTTTTTGTTTGA	MLDIYLIKLPTKIHNFSRLLNVVDLEKKEKIRSFVRISDSYRTLISDLLVRYILSKRLHVSYNDLTFGLGEFGKPFCSSHHVHYNISHSGDWIVMAVGEFGIGVDIEKVNRWDFDDIVLTFFSSMDIQHYLRTPAAERKETFFEIWTLKESFVKNMGLGLNVPLDRFSIWKYKEEIYIKQDFDDNEYYFKQYDAVANYKLSVCYRDDSFPKECQLNEVNMDLLENFFV	PGPT0008845_2077	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
AK148_03820	1755	sgrR		HTH-type transcriptional regulator SgrR	ATGGAGGTTTTAGAGTACTATATTGATTTAAAATTTAAATATCAACAGGCGGACAAAATACTTATATCCAAACAAGAAATAGCAGCTATTCTTTTCTGTTCTTCTAGAAATGCTCACTATATATTGCAAAAATGGATTGAAAAAGGGTATGTTGCTTGGAAAGGTCAACGTGGTCGTGGCAAAAAATCAACCTTAACATTTTTAAAGCCTTTGGACGAAGCAGCACTTCTTCATGTTGGAAATTTGGTTAAAAAGGAGAAAGTGAAAGAAGCAGTAAACTTTGTAAAACAAAGTAATTTTTCCTCTAGCCTAAAAGAGAATCTTTTATCTACGATTAAAAATGCATTTGGTATTCAACATATAGAGAATCAAGAGGAAACGAATGATATTTTACATATGCCATGTCAACACAGTATGTATAATATGAACCCTTTTTTTGTAACAATTGCTACAGAGGCTCATATCCTAAATGAGGTCTTTGACACACTAGTTCGTTATAATCCTGTTAGCAAAACGATCGAACCCCATCTTGCACATGGATGGGAAGTTAACGAGGACTACTCCATTTGGACCTTTTATATTCGCAAAGGGGTTCGATTTCATGATGGAAAAACTTTAACTAGTAATGACGTTCAATGGACATTTCAATCACTTATAAATGGTGGAATAGATATTCCAAATAAATGGTTGTTGGAGGGGATAGAAGATATTACGATTCAAAACAAGTACATCATATCCTTTCACTTAAAAGATGGGAATCGTGTATTTTCCAATTTTTTAAGTGCTATTTTCACATCTATTATCCCTATAGGATATGATATTAATAGCTCCATTCTTATAGGAACGGGACCTTTCAAAATTGACTTTGTGAATGATAAAAAAATTGTTTTAAAGGCTTTTGAATATCATTTTCAAGGAAGACCTTTTTTAGACCAAATTCAAATGTGGAAACTACCTGAAACTAACCTTAATCCATTGAATTTTTTTACCCATGATAATCTAGGAAAAGATAAAACGAAAGGATTAACTTATACCATTTATGATAATGGAAGTAATTACTTAATATTTAACATGAAAAAGTCAGGTGCCCACCAAAGCTGTTTCTTTAAACAGGCAGTGAGTGAAATGATTGATTCGCGAAAAATGGTACAGGACTTGGGGGGAGCAAGAGAAGCACCTTCCACAAGTTTTATTCCAAGTAAGAGCGATTACAAGAACATGAAGCATTCGACTATGAAGGCAAAACAACTTCTTAATAAATCGAAATACAAAGGTGAAATTATCCATTTAGCTGCATTACGTTTTGAAGATTTTTTAGAGGATGCCAATTGGATGGCACACAAACTAAAGGAGATCGGCATTAAGGTTAAAGTTCACCCAATTGAGTTAGCGGATATTTACAATGAAGATTTCATGTTATCCTTTGATGCCGTTTACACAGGAGAAGGGTTTGAAGATAATATAGAGTTAGCAATTCTAATACTGCTTCGCAATGAATATGGAATTCGTAGATTTCTTAGTCCTTCTCAACTTGACGAATTAGACAAAGGGTTCAATGCTATAATAAAACAGCCTAATTTTGAGGGATTTCTTCAAGTATTTCAAGCAGTTGAAGAAAAGTTAAAAGAAGATGGCACCATTATTTTTACCGTTCATGCATCTGAACAGGACACCTTCCAATCAAATTTACAAGGAATTCATATAAGCGGATACGGTTGGCCAATATTCCAGAAGTTATGGATAAAAAAAGAATGA	MEVLEYYIDLKFKYQQADKILISKQEIAAILFCSSRNAHYILQKWIEKGYVAWKGQRGRGKKSTLTFLKPLDEAALLHVGNLVKKEKVKEAVNFVKQSNFSSSLKENLLSTIKNAFGIQHIENQEETNDILHMPCQHSMYNMNPFFVTIATEAHILNEVFDTLVRYNPVSKTIEPHLAHGWEVNEDYSIWTFYIRKGVRFHDGKTLTSNDVQWTFQSLINGGIDIPNKWLLEGIEDITIQNKYIISFHLKDGNRVFSNFLSAIFTSIIPIGYDINSSILIGTGPFKIDFVNDKKIVLKAFEYHFQGRPFLDQIQMWKLPETNLNPLNFFTHDNLGKDKTKGLTYTIYDNGSNYLIFNMKKSGAHQSCFFKQAVSEMIDSRKMVQDLGGAREAPSTSFIPSKSDYKNMKHSTMKAKQLLNKSKYKGEIIHLAALRFEDFLEDANWMAHKLKEIGIKVKVHPIELADIYNEDFMLSFDAVYTGEGFEDNIELAILILLRNEYGIRRFLSPSQLDELDKGFNAIIKQPNFEGFLQVFQAVEEKLKEDGTIIFTVHASEQDTFQSNLQGIHISGYGWPIFQKLWIKKE				NA	NA	NA	NA	NA
AK148_03821	1242	mdrP_3		Na(+), Li(+), K(+)/H(+) antiporter	ATGAATTTATCTGATTTTAAACAATTTCATTTGAATATTAAAATCCGCATGGTTGTTTCATTTGTTTCGGATATAGCGGAAATGAGTATATTTCCCTTTATGGCCATTTATTTTTCCAGTAATCTAGGAATAGCTTGGGCTGGAGCAATTTTAACATTGACAACCGTTGTATCGATCATCTTTGGTATGTATGGGGGTTCTTTTGCAGATCGGTTTGGAAGAAAAAAAGTCATGGTAGCAGGAAGTATGATTCAAACAATTTCATTTGTCATTATTGCTCTTGCTAATTCTCCATGGTTTGAATCTGTCTGGCTTACTTTTTTTATGTTTTTTCTATTAAGTATTACCAGCAGATTTATCGACCCTGCCTCAGAAGCACTCCTAATAGACGTTAGTTCAGAGGAAGAACAGCCCTTGATGTATCGATTTGTCTATTGGTCTAGCAATCTTGCATTCTCCATTGGGATCATCCTCGGTGGTTTATTCTTCCAAACTCATAAATTTGAGCTGTTTTTAGGATTTGCCATCCTCTCAATCTTTACATTCTTGTTAACAGTGGGATGGATTCAAGATGATTATGTGCCAAAAAATGATAAAAAGCATGGTGTTATTTTAGGCTTTATTTCCGATTATATAAAAGTATTAAAAGACGTTCGTTTTATGGTCCTTTGCGTATCAACTCTACTCATTCTATCGTTAGAATTTCAGCTATATGGCTTTATCGCTGTTCGTCTAAATGAAGATATTCATACTTCGATTTTCGGACTCATCATTGATGGTCCCAAAATGTTAAGCATTCTAATTGTTACTAATACGATGATTGTAATTTTAGCATCGGGTATAGTTGGAAACATAGCTCAGAAAATAAATATGAATACTACTTTGTTCGTAGGCTTGTTTATGTACGTATTGGGTTATAGCTTCTTAGCATGGAATAACGTGATAGTCCTGTTAACAGTGGCAATCGCAGTAGCTACTGTAGGAGAAATTCTTTTCCAGCCTATTCGTTCAACCTATGTAGCTAAATTGGCAAATAAAGATGCAAGAGGCTCTTATATAGCAGTGAGCGGTTTATCCATGGATGCAGGACAAATATTAGGTAGTTTAGGCCTAATGGTTAGTGCTTTATTATCGAATGCTATGATGACAGTTCTGTTTTTGTTAATAGGCGGCCTTGGGATACTGGGTTTCTTATGGACAGTTCAGGATTATAGATTAAAAACAAAAAAAGATATTGCATAG	MNLSDFKQFHLNIKIRMVVSFVSDIAEMSIFPFMAIYFSSNLGIAWAGAILTLTTVVSIIFGMYGGSFADRFGRKKVMVAGSMIQTISFVIIALANSPWFESVWLTFFMFFLLSITSRFIDPASEALLIDVSSEEEQPLMYRFVYWSSNLAFSIGIILGGLFFQTHKFELFLGFAILSIFTFLLTVGWIQDDYVPKNDKKHGVILGFISDYIKVLKDVRFMVLCVSTLLILSLEFQLYGFIAVRLNEDIHTSIFGLIIDGPKMLSILIVTNTMIVILASGIVGNIAQKINMNTTLFVGLFMYVLGYSFLAWNNVIVLLTVAIAVATVGEILFQPIRSTYVAKLANKDARGSYIAVSGLSMDAGQILGSLGLMVSALLSNAMMTVLFLLIGGLGILGFLWTVQDYRLKTKKDIA	PGPT0028575_198	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028575-lmrP-K08152	NA	NA
AK148_03822	540	putP_2	COG0591	High-affinity proline transporter PutP	ATGGAAAATTCAGCGTTAATTTATTATGAAGTTATTACAAACGTTTTTCATTTCCCAATAATTATAATCATGATTACCGCGTTAATGGCAACCGTTATTTCAACTGCTGATTCCTTTTTTATGGCAAGTTCTTCTTCCGTTATCAATGATTTAATTAAACCTAGAATGAAGAATAGGGATGATACAAAGTTATTGAAATACAGTCGCTTATCCGTAATTTTAGTTTCAGTCTTTGCATTATTGCTTTCCCTGTATATTCCACAATTAGTAAATCTATGGGTAACTGGTACAGCCATGTTGGTATCGGGCTTATTGGCACCTGTTGTTTTTGGGCTATTTTGGAAAGGTGCAACCAAACAAGCAGGTATTTCATCCATGTGGTTAGGACTCGTTGTTGCGGTTACATGGCAAATTGCAGGTCATCCTTTTGGAGTACATCCGGTATTTCTCGGATTGCCTATTTCTATTCTAACGTTGCTTATTGTTTCATTCCTGACAAAGGACAAGGAGCAAGATAACTCTATAGATATAGCAAATTAA	MENSALIYYEVITNVFHFPIIIIMITALMATVISTADSFFMASSSSVINDLIKPRMKNRDDTKLLKYSRLSVILVSVFALLLSLYIPQLVNLWVTGTAMLVSGLLAPVVFGLFWKGATKQAGISSMWLGLVVAVTWQIAGHPFGVHPVFLGLPISILTLLIVSFLTKDKEQDNSIDIAN	PGPT0013955_3818	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
AK148_03823	648	panF_2	COG4145	Sodium/pantothenate symporter	ATGTTCCCGGAAGAACAAAAAATGGTATTAGGTTCCATAGTGATTCTTTATTTCTTCTTTTTATTCGCCCTTTCTGTTTACATTAATAAAAGTTCGATTAAAACATATGATGATTACAATTTGGCAAGCAGAAATGTATCATTATTTCCTATTATCCTAACTTTTGTTGGGACTGCTGTTGGGGGATCGACATTACTCGGTTTTATGGAAAATGGATATGTTTTAGGGATGGGACAGCAATGGTTGAACATTAGCTTATTAGTAGTGGGAATACTTATGGCCTTCTTTCTAGTAAAAAAGATTAGAAAGATAGGAAGTAAACATAGAATGGTTACCATTGGTGACTTTACAGCACTTCGATACGGTGAATCCGCACGTATTCCTACTGTTATAAGTATATTGATTGCCTATTGCGCAATTACAGGTATGCAATTTACTGCTATTGTCACTATATTAAATTTGACGATTGGCCTTAGCATGACCACAGGGGTTGTAATTAGTTGGGTTCTATTAACCATCAAGACATATTACGGGGGATTAAAATCTGTTATATGGCAGGATGCTGTTCATGGGACTATACAGACAGTTGGTGTATTCTTACTATTCTTTGCCACTTTAATTGTTGCAGGAGATTTTAGTACTATTTAA	MFPEEQKMVLGSIVILYFFFLFALSVYINKSSIKTYDDYNLASRNVSLFPIILTFVGTAVGGSTLLGFMENGYVLGMGQQWLNISLLVVGILMAFFLVKKIRKIGSKHRMVTIGDFTALRYGESARIPTVISILIAYCAITGMQFTAIVTILNLTIGLSMTTGVVISWVLLTIKTYYGGLKSVIWQDAVHGTIQTVGVFLLFFATLIVAGDFSTI	PGPT0013955_3818	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
AK148_03824	1617	nfdA		N-substituted formamide deformylase	ATGAGATATTATTTGGAAGCGGATACAATTATTATGAATGCGAGAGTTTTTACCATGGATGACCTGCAACCGAGAGCTGAGGCAATAGCAATTAAAGATGGAAACATTGCCTACGTTGGATCTGAGGAAGAGGCTTTTTCTTGGAAAGGTGAGAATACTCAAATTGTAGATGTGAATGGAAAAACGGTATTACCAGGATTTATTGAAAGTCATACACATCCGGTTGAATACGGATTAAATTTACTTAAATTAGACTGTCGCCCTAACGAAACTCCATCCATAGGAGCTATCCTAAAAAAAGTTAAAGAAAAAGCGGATCGATTGCCAGAAGGTGAATGGATTAGAGGGTGGGGGTGGGATGACAGTAGAATGAAAGAAAAGCGAAATCCAACACGATGGGATTTAGATAAAGTTGCTCCAAACCATCCGGTTATTTTAGAGAGAACCTGTAAACATATGGCTGTATGTAATTCAAAAGCGCTAGAAATTAGTGGTGTTTCTGAAAATACTTCAAGTCCTGATGGTGGGCATATAGAACGTGAAAAAGATACTGGGAAATTAACAGGCCTGGTTCAAGAAAAAGCTCAAGGAATGATAGCTGTCCCTCAATACAAAGTGAAAGATATCATAAAAGGAATGAAATTAGCGCAAAAAGATTTTGCTAAATGGGGAATAACAACCGCCCATGAAATGGGTACACAGGCTAACTACTTTAGGGCTTATCAGGAAATGGATATGAATAAAGACTTACAAGTAAGAATTAGGCCATGGTTTTGGGCGATCGATCAAAATGGATTTCAAGGTTATTTTGATGAAGTTTTAGCCTTGGGTATTCAAAGTGGTTTGGGTGACGATATGATAAAAGTTCAAGGCATGAAGTTCATGCTTGATGGTAGTGTAGGGGGGAAAACGGCAGCAGTAGAAATGCCCTATGAAAATGAAGAGAACCGCGGCATCCTGTATGATAATGCAGATCACTTTTCCCCTTTTGTGAAACAAGCCTTAGAAGCTGGATTAAGAGTGGCGATACATGGAATTGGAGAAAGAGCAATAGAAGTAGCTATTACTGCGTTTGAACGAGCAAGTACATCTGTTGATATCAAGAAAATGAGAAATCGTATTGAACATTGTGGTCTTCCAACTCATGATCATTTAAGGAGGATGAAGAATCTTGAATTAATAGCTGCTTCCTCCATAGGTTTTGTTTATTATTTGGGTGATAGTTATTTGAAAAACCTTGGAGAAGAAAGAGTAAAACGGGTTTATCCTCATCGTTACTTTAAGGAGTATAACATTGTTGCACCAGGAAATTCAGACTTGCCTGTTACTGGTGGCAATCCATGGACGGGGATTTATGCAGCGGTAAACAGAAAAACAATATCTGGTCAAGTACTTGATGAAACGCAAAACATTACTATACACGATGCGATTAAAGCATACACAGCCGATGCAGCATATAGTTCAGGGGAAGAACATTTAATTGGTGTAATTAGACCTTCCGCAAAAGCAGATATTATTGTTGTTTCTGAGAATCCGTACGAAATAGATGTAGAGAACCTAATAGATATCAATGTGGAATATACGTTTTTAAATGGAAAATTAATCTACAATCAATAA	MRYYLEADTIIMNARVFTMDDLQPRAEAIAIKDGNIAYVGSEEEAFSWKGENTQIVDVNGKTVLPGFIESHTHPVEYGLNLLKLDCRPNETPSIGAILKKVKEKADRLPEGEWIRGWGWDDSRMKEKRNPTRWDLDKVAPNHPVILERTCKHMAVCNSKALEISGVSENTSSPDGGHIEREKDTGKLTGLVQEKAQGMIAVPQYKVKDIIKGMKLAQKDFAKWGITTAHEMGTQANYFRAYQEMDMNKDLQVRIRPWFWAIDQNGFQGYFDEVLALGIQSGLGDDMIKVQGMKFMLDGSVGGKTAAVEMPYENEENRGILYDNADHFSPFVKQALEAGLRVAIHGIGERAIEVAITAFERASTSVDIKKMRNRIEHCGLPTHDHLRRMKNLELIAASSIGFVYYLGDSYLKNLGEERVKRVYPHRYFKEYNIVAPGNSDLPVTGGNPWTGIYAAVNRKTISGQVLDETQNITIHDAIKAYTADAAYSSGEEHLIGVIRPSAKADIIVVSENPYEIDVENLIDINVEYTFLNGKLIYNQ				NA	NA	NA	NA	NA
AK148_03825	336			hypothetical protein	ATGACCCTAAAAGACAAGCGAATAGAATGGAAAGCGCGGTATGATGCCTGGAAGGAAAGCGGCCAAAGTATATCTGAATGGTGCCGGGGGAAAGAAATTAAAACGCATCAGATGTATTATTGGGTGCAACAATTTCGTGAGCACGGAAAAACTTCCATCAAGAGAAGCGCATCCAGGGAAACACAATGGCTAACCGTTCAAATGGGTGATTCTCCACTTGTACCACCTCACGAGAAAGAACCAATCTTTATTCACGTTGGTTCCACCTCGATTGAAGTGCGATCAGGAACGGATATGAACTTACTCTCGGATATTATTCATGTTTTAGGGAAGTAA	MTLKDKRIEWKARYDAWKESGQSISEWCRGKEIKTHQMYYWVQQFREHGKTSIKRSASRETQWLTVQMGDSPLVPPHEKEPIFIHVGSTSIEVRSGTDMNLLSDIIHVLGK				NA	NA	NA	NA	NA
AK148_03826	351			IS66 family transposase ISBaps1	ATGAATATGCCATTTGAAAAAGTGTATTTAGCTTGCGGTAGCACAGATATGCGTAAATCGATTGATGGACTTGCTGCCATTGTGATAGAATGCTTCGATTTAGACCCTTTTTCTCCTTGCCTGTTTGTATTTTGTAACCGAAAGCGTGATAAGTTAAAAATACTGCAATGGGAAGTCAACGGATTTTGGCTGTATTATCGTCGGCTTGAAAAAGGAACATTTCAATGGCCATCCGATAAAGACACAACGCCTATATCTATTAGCCCACGTCAATTTCGCTGGTTGTTGGATGGTATGTCGATGAACCAGCACCAAGCACACAGAGAAGTACTAGCGCGCACGATTCTATAA	MNMPFEKVYLACGSTDMRKSIDGLAAIVIECFDLDPFSPCLFVFCNRKRDKLKILQWEVNGFWLYYRRLEKGTFQWPSDKDTTPISISPRQFRWLLDGMSMNQHQAHREVLARTIL	PGPT0030625_4110	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030625-tnpB-K07484	NA	NA
AK148_03827	1032	iolG_4	COG0673	Myo-inositol 2-dehydrogenase	TTGAAACATTTACGTGTAGGCATCATCGGCTGTGGAAATATTTTTCCCATGCATGCGCAATCCGTATTGGGTAGAGACGATGCAAAAATAGTTGCTGTTTGTGATATAAAAGAAGACAAAGTGGAAGCGAAAGCTGCAAAACACGATTGTGCAGCTTATGCCAATTACTTAGAAATGTTCCAATTAGAAGATTTGGATGTCATTCATATATGTTTGCCTCATCATTTACATGCCCCTGTGGCAATAGAAGCTGCTAAGCGGAAAATTCATATTTTAACAGAAAAACCGATGTCGATTAGCTATGCAGATGCTGTTGCCATGGTTGAGGCTGCAGAAGATAACAATGTAACTCTAGGTGTAATTTTTCAAAACCGTTATAATCCAGGTTCGCGTTTAATTAAAGAAATGTTAATGAATGGAGAATTAGGAGCTATTAAGTCTGGTAAACTATCTGTTACTTGGGATCGCTCTGATGCTTACTATCAGAATAGTGATTGGAAAGGGACGTGGGAAATGGAAGGCGGAGGCGTTATTATTGATCAAGCCATCCATACGATGGATCTTATGCGTTGGTTTGTAAATAGTGAAATAAAGTACGTAGACGCCAATATTAGTAATCGAGCACATGAGATAATTGAAGTGGAAGATGCTGCAGAAGGGGTTATTGCTTATCAAAATGGAGTAGTTACTGCTTTTCATGCTATAAACTATTACTCCTACGATGCTCCGGTTGAAATTGAACTGCATTGTGAAAATGGGTTTGCGAAAATGATAGCTGATAAAGCAAATGTTCAACTCAATGATGGTAGAGGATTTATTGCCGATCATAATCCACTTGAGACATTTCATTATGATTCTGGAGCGAAGGGCTATTGGGGCGTTAGTCATGTAAAGCAAATTAATAATTTCTATGATTCTATTCGCGATGATCAAACACCAGATATTACTGGCAAAGAAGCATTAAAAACACAAAAAATGATTGCTGCTATTTATGAGTCAGGAAAAAAGAAAGAGCGCGTAGTTTTCGAATAA	MKHLRVGIIGCGNIFPMHAQSVLGRDDAKIVAVCDIKEDKVEAKAAKHDCAAYANYLEMFQLEDLDVIHICLPHHLHAPVAIEAAKRKIHILTEKPMSISYADAVAMVEAAEDNNVTLGVIFQNRYNPGSRLIKEMLMNGELGAIKSGKLSVTWDRSDAYYQNSDWKGTWEMEGGGVIIDQAIHTMDLMRWFVNSEIKYVDANISNRAHEIIEVEDAAEGVIAYQNGVVTAFHAINYYSYDAPVEIELHCENGFAKMIADKANVQLNDGRGFIADHNPLETFHYDSGAKGYWGVSHVKQINNFYDSIRDDQTPDITGKEALKTQKMIAAIYESGKKKERVVFE	PGPT0022715_580	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
AK148_03828	720			hypothetical protein	ATGCAAGTTGTAGTTTGGAACGAAAATCGTCACGAAAAGACAAATTCAGTTGTAGCTAATATTTATCCAGAAGGTATTCACGGCGCAATTGCTACCTTCTTAAAAGAAGACGGGCTTGCAGTAAAGACAGCTACCTTAGATGAGCCGGAGCATGGACTGACAGAAGAAGTTTTAAAGCAAACCGATGTTCTTATCTGGTGGGGGCATCAAGCACATGATGAAGTGGAAGATCGTATTGTTGAGAGCGTTCATCAACGAGTGCTGGATGGAATGGGATTAGTTGTCTTACACTCTGCGCATTTTTCTAAAATCTTTAGAAAGTTAATGGGGACAACATGTGATTTGAAGTGGCGTGAAGCTGATGATAAAGAGCGCTTATGGATTGTGGATCCAAGCCATCCAATTACGGCAGGGTTAGGTGAGTATATTGAATTAGAAAGGGAAGAAATGTACGGAGAGCATTTTGATATTCCTGCACCTGATGAATTAATTTTTTTAAGTTGGTTCGAAGGTGGCGAAGTATTTCGAAGTGGAGCAACGTATCAGCGTGGAAAAGGGAAAATTTTTTATTTCCAACCTGGCCATGAAACATACCCGACCTACTATAATAAAGAAATTCAAACCGTAATTAAAAATGGAGTGAAGTGGGTTGGCCCCACTAACACGCCAACATCGACGTATGGAAATGCTGCAGCGCTTGAAAAAATTACAAAAAAATAA	MQVVVWNENRHEKTNSVVANIYPEGIHGAIATFLKEDGLAVKTATLDEPEHGLTEEVLKQTDVLIWWGHQAHDEVEDRIVESVHQRVLDGMGLVVLHSAHFSKIFRKLMGTTCDLKWREADDKERLWIVDPSHPITAGLGEYIELEREEMYGEHFDIPAPDELIFLSWFEGGEVFRSGATYQRGKGKIFYFQPGHETYPTYYNKEIQTVIKNGVKWVGPTNTPTSTYGNAAALEKITKK				NA	NA	NA	NA	NA
AK148_03829	1029	gfo		Glucose--fructose oxidoreductase	ATGGAAAAAATACGTGTAGCCGTTATAGGCTGTGGGAGCATTGCTAAGCATAGACATTTGGTAGAATATGATGCACACAATCAGGTTCATATTGTCGCAGTTTGCGATATTGTTGAAACGAGAGCAAAAGAAATGGCAGCAAAATATGGTGCTACGGCATATACCGATTATCTTGATTTGTTAAAAAATGAGCAAATAGATGCAGTTAGTGTTTGCTTGCCAAACTATTTACATGCACCAGTGAGTATTGACGCAATACAAGCTGATTGTCATGTCCTTTGTGAGAAACCAATGGCAACATCCCAACAAGAAGCAGAAAATATGATTCAAGCTGCTAAAACGAAACAAAAAAAATTAATGATCGCGCATAATCAGCGCTTTGTTGCCTCGCATGTAAAAGCGAAAGAGCTGATTGAAAGGGGAGAACTAGGTGAAATTTATAGTTTTCGTACGACATTTGGGCATGGTGGACCAGAAGGATGGAGCGTAGACGGAGCAGAAAGCTGGTTTTTCAAAAAAGAGGAAGCATTTATCGGTGCGATGGGAGATCTAGGCGTGCATAAAGCAGACTTGCTTCGCTATCTATTAGGTGAGGAATTTACCGAAGTGTCAGCGATGGTCGAAACGAATGCGAAAGAAAATGCAACTGTCGATGACAATGCTGTCTGTATTTTGAAATCAGCTAGTGGAGTAATTGGAACATTAACCGCAAGTTGGGCGTACAACGCAACGGAAGATAATTCTACGGTTATTTATGGAAAGAAAGCTGTATTACGAATAGAAGATGATCCGAGCTATGGACTAATTGTACAGTATTCGAACGGGGATACAGTGAACTATCAGCTTGGTATGATTCAGTCAAATGATGCTGGTGGACAAACAACGACACATGTTATTGATCATTTCATCACTTCCATTGTGGAAAATAAAGAACCGCTCATTAATGGAGAAGAAGGTATGAAATCACTTCATATTATTCTCGCTGCGCTTGCATCGAGTGAAACGAAGCAATGGACGCAAATACAATAA	MEKIRVAVIGCGSIAKHRHLVEYDAHNQVHIVAVCDIVETRAKEMAAKYGATAYTDYLDLLKNEQIDAVSVCLPNYLHAPVSIDAIQADCHVLCEKPMATSQQEAENMIQAAKTKQKKLMIAHNQRFVASHVKAKELIERGELGEIYSFRTTFGHGGPEGWSVDGAESWFFKKEEAFIGAMGDLGVHKADLLRYLLGEEFTEVSAMVETNAKENATVDDNAVCILKSASGVIGTLTASWAYNATEDNSTVIYGKKAVLRIEDDPSYGLIVQYSNGDTVNYQLGMIQSNDAGGQTTTHVIDHFITSIVENKEPLINGEEGMKSLHIILAALASSETKQWTQIQ	PGPT0022715_483	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_D_MANNURONIC_ACID_MODIFICATION,PGPT0022715-wlbA|bplA-K13020	NA	NA
AK148_03830	969			hypothetical protein	GTGAAACTCGGCGTATTTACGGTACTACTATCGAATAAATCGTTTGAAGAAATGTTACGATATGTGCAAGAGGCAGGGTTGAAAGCTGTGGAAATCGGTACAGGTGGTTATCCTGGTAATGCGCATTGTAATTTAGATAAGCTGTTGGAAAGTGAAACAAAGCGTAAAGAATACTTGGACAAAGTACACGAACATGGACTTACGATTAGTGCTTTTAGTTGCCATGGTAATCCACTATCACCTGATGAGGCTTTTGCTACAGAATCGCATGACACGTTTGTTAAAACAGTCAAATTAGCGAGTTTAATGGGTGTACCTGTGGTAAATACCTTTTCTGGGACGCCGGGGGATTCGGATGGAGCAAAATATCCGAATTGGCCCGTTACACCATGGCCGAATGAATATAGTGACGTACTTCAATGGCAGTGGAAAGAAAAGTTGATTCCATATTGGAAAGCGCAAGGGGAGTTTGCTAAACAACACGGTGTGAAAATTGGTTTGGAGCTTCATGCAGGTTTTTTGGTGCATACGCCATATACGATGTTGAAATTGCGCGAAGCAACGAATGATGCTATTGGTGCTAATTTAGACCCAAGTCATTTGTGGTGGCAAGGTATTGACCCAGTAGCTGCTATAAAAATTCTAGGAAAAGCAAATGCCATTCATCATTTCCACGCCAAAGATACGTATATTGACCAAGACAATGTGAACATGTACGGTTTAACGGATATGCAACCGTATTCTAACGTACAAACGAGAGCATGGACGTTTCGCTCTGTCGGGTTTGGTCATAGCGTGCAGGAGTGGTCCAATATTATTAGTGCACTAAGGACTTATCAATATGATTATGTGGTTAGTATCGAACATGAAGATCCAATGATGTCGTTGAAGGAAGGATTACAAAAAGCGATTCAAAATCTAAACAGCGTCATGATAGAAGAAGCACCTGTCGATATGTGGTGGGCATAA	MKLGVFTVLLSNKSFEEMLRYVQEAGLKAVEIGTGGYPGNAHCNLDKLLESETKRKEYLDKVHEHGLTISAFSCHGNPLSPDEAFATESHDTFVKTVKLASLMGVPVVNTFSGTPGDSDGAKYPNWPVTPWPNEYSDVLQWQWKEKLIPYWKAQGEFAKQHGVKIGLELHAGFLVHTPYTMLKLREATNDAIGANLDPSHLWWQGIDPVAAIKILGKANAIHHFHAKDTYIDQDNVNMYGLTDMQPYSNVQTRAWTFRSVGFGHSVQEWSNIISALRTYQYDYVVSIEHEDPMMSLKEGLQKAIQNLNSVMIEEAPVDMWWA				NA	NA	NA	NA	NA
AK148_03831	1224			hypothetical protein	ATGAACAAAGATGATAAGAATGTAGAGCAGATAATAGAAGAATTAACGAAAGAAGAAATGGCGAGAATGCAAAAACAAGCACAGAAACAATGGCGAAAAATCCCATTTCCTTTGTCATTGCATGACGCTTTAAACAGATATACAAAGGCTGATTTAGACGGTATTAGAAAATATTTAGAGATCAAAAATGCAAGCAAATTAAAGAAAGCTGAAATCGTTCATCTCTTAGAGAAAAATATCCCTGATCATCTATATCCGTCGGTTCTTTTATGGGATAGGGAACGTTTTAATATGCTATTAAAAATCGCCGAAAATAACGGGAAAATAATGGCTCCAGATCTAGAAATGGATGAAATGGAGTATCTACGTCATACCGGGTTCATTTATACTGGAACTTGGGAAGGAAATAAGGTTTTTGCCTTGCCAAATGAACTGTACGACCCTATTCTAGCTTTGAAACATGATTTACATGTACGAGCTACGATAAAACGAAATACAAAATGGATAAAGCTAACGCGTGGCTTATTATATTATTACGGCGTATTAGACCCGGTGCGGTTAATCCAGATGGTAGAAAAATATATGAAAGAACCTATTGACGTTACAATGTATTTCAAAGTTATTGCAGATTCGACACATTATTGTCCGGAAATAACTGTTGACACAGATTCATTTTCACATATAGATGTGTTGGAACCGAAAGAGGTGAAGCGAGAACAGCAACTGAAAGAAAGCATTCCTTACTATGATTTTACAGAAAAACAACTCCTTGAAGCTGGAGCACCAGGTTTTGTGGAAAGAAATGCTAGTTACCAGCAATTCGTTCATTTTCTAACGAAAAACTTTGACATGGATATAGAAGATGCAGATATGATCGTAGAAGAGTGTACGTATACGATAAAATCTGGCGACAGTCCCAATCAAGTTATTTCCTATTTATCCCAGATGTTAGAGTTCGATAGCGAACAATTAGTGAAAGCTGTAATGGATAAAGTAATCCACTTAATGAATAACACAAGGGGATGGGTACTAAAAGGACATACTCCTGATGAAGCTTTTGGATTGGAGAAAAAACATCTTCAACCGATGCCAGAAACGAAATCTAATTCCAAGATAAGTGGAAAGACTCATTCTAACCCTAGTCAAAAGGTTGTCAAAATTGGTAGAAATCAGCCTTGTCCATGCGGTAGCGGAAAAAAACATAAAAAATGCTGTGGAAAATAA	MNKDDKNVEQIIEELTKEEMARMQKQAQKQWRKIPFPLSLHDALNRYTKADLDGIRKYLEIKNASKLKKAEIVHLLEKNIPDHLYPSVLLWDRERFNMLLKIAENNGKIMAPDLEMDEMEYLRHTGFIYTGTWEGNKVFALPNELYDPILALKHDLHVRATIKRNTKWIKLTRGLLYYYGVLDPVRLIQMVEKYMKEPIDVTMYFKVIADSTHYCPEITVDTDSFSHIDVLEPKEVKREQQLKESIPYYDFTEKQLLEAGAPGFVERNASYQQFVHFLTKNFDMDIEDADMIVEECTYTIKSGDSPNQVISYLSQMLEFDSEQLVKAVMDKVIHLMNNTRGWVLKGHTPDEAFGLEKKHLQPMPETKSNSKISGKTHSNPSQKVVKIGRNQPCPCGSGKKHKKCCGK				NA	NA	NA	NA	NA
AK148_03832	1194			hypothetical protein	TTGAACAAGAAAGACATCGCAAATATTCGTAAGCAATTCAAACTAAACAATGATCTTTTAAAAATCCATGAGATTTTCAATGTATACATCATGAAAGAATCAAGTGAAGTATATCATCATCAGAGTACACCATTTGAGTTATTAGAGGACGAACAGAAAGAGCTATTTATGGCCAATTTTAAAAAAGTATTAACTGGCCAGCTTGATCAGAAATTATTTGAGTTAAAATTTAAACGCGAAGCAGAAGATAATAGTCAGCTTATCCTGCATCAAGGATTACTGAGTAGTGACACCGAAGAATGGAAAGCGCATATGCTTCGACTCGTAGAAAAAATGCTAAAAGATAAGCAATATGAAATGGACATTGTTGTTAGTTTTATTCGTGGGGAATACTTGAAACCAATGAAACCCCAGCGTGAAGAAGCCGAAGAAAGTGAACGGGACACGGTACATTCTCACTCATTTATCTTATGCAGTATGAATAAAACACAAGATCCTAAAAAAGAGCTATTATTTGATTATGTGGAAAAGGAATTTAAATATAATATTGTCGTCGATCCAATTATTAACTTGAAAGCACCGATATCTGGATTTCTGTTTCCTTGCTTTACTGACAATGCTGCAGATGTGAATCATGTTCTTTACTCAGCAGGAAAAGCAAATGAATTAAATTACCATTTTATCGAGGAAGTATTGAATGCAGAAGAAATTATGACGGCTGAAGAAGATAAAATAGTCTTTGAAGAAATTGTAAAGAAAGTAGCGGGCGAGCGTATAAATACGTCGACTCTTTCCAATGTGTATGATGAAATCTACCATGTTATTGAAGAAAGTGAGGAAGAGCAAGAAGTACCAAAACTAGACTATAAAGACGTAGAAAGAGTTCTAAAGAGCAGTGGTGTAAAAGATGTGGATACGGAAAAGGTAGAAGAGGCATTCAAGACAGTCATTGATGATGAAAAGTTCGAATTAAAAGCGAATAATATTGTGCCGAAACCAACGTCAAAGTCGATCAAAATAAAGACAAAAGTAGCGGATATTTCCATTAGCCCACAAGACCTAAGATATGTGCGTCAAATTCATTTCGGAGGGAAATTAAGCCTTATGATTGAAGTAGAAGAAAATACGATGATTGAAGGTTTTGAATTGATCCCAGAAGTGTTGTTTGAAAAAGTGGAAGGAGAAGAGGAATAA	MNKKDIANIRKQFKLNNDLLKIHEIFNVYIMKESSEVYHHQSTPFELLEDEQKELFMANFKKVLTGQLDQKLFELKFKREAEDNSQLILHQGLLSSDTEEWKAHMLRLVEKMLKDKQYEMDIVVSFIRGEYLKPMKPQREEAEESERDTVHSHSFILCSMNKTQDPKKELLFDYVEKEFKYNIVVDPIINLKAPISGFLFPCFTDNAADVNHVLYSAGKANELNYHFIEEVLNAEEIMTAEEDKIVFEEIVKKVAGERINTSTLSNVYDEIYHVIEESEEEQEVPKLDYKDVERVLKSSGVKDVDTEKVEEAFKTVIDDEKFELKANNIVPKPTSKSIKIKTKVADISISPQDLRYVRQIHFGGKLSLMIEVEENTMIEGFELIPEVLFEKVEGEEE				NA	NA	NA	NA	NA
AK148_03833	633	ydaF_2	COG1670	Putative ribosomal N-acetyltransferase YdaF	TTGTCATGTTTGTATTATCATGTTAACTGGGACAATGGAAGAAAAGGATTGGTATTACTCCATCAATATACAATGGGAGGGGTTTTTTTGTATTATGATGAACAGACAAAAACGATTACTACGAATAGGTTATTATTAAGACTATTTCAAAAAGAAGATGCAGCCGAAGTTGCTAAACTTTGTAATAACTACAATATTTATAAGCATACATTGAATTTACCGTATCCTTATCAAATAGACGATGCTGTATCATGGATAAAGAACCATCATGATAATTTTTGTGAGGATAAATTATATGAATTTGCAATAACGGATAAGACGAACGGTAGATTGTACGGTTCCATAGCATTATCGAACAATCAAAGATTTCTTCATGGTGAAATAGCTTATTTCATTGGGGAAGTATTTTGGGGAAAAGGTTTTGCGACAGAAGCAGCAAAAGCTATCTTACAATTTGCGTTTACTGAAAAACATTATCATAAAGTGTTTGCTCGCTGTTTTTTGTCAAATGCAGCATCCAGTAAAGTTTTGCAAAAAATCGGCATGGAAAAAGAAGGAGAATTGAAGGAGCATGTAAAGAAAGAAGATCGATTTGAAGATCTTGTATACTATGGCGTAATTAACAAGCAATAG	MSCLYYHVNWDNGRKGLVLLHQYTMGGVFLYYDEQTKTITTNRLLLRLFQKEDAAEVAKLCNNYNIYKHTLNLPYPYQIDDAVSWIKNHHDNFCEDKLYEFAITDKTNGRLYGSIALSNNQRFLHGEIAYFIGEVFWGKGFATEAAKAILQFAFTEKHYHKVFARCFLSNAASSKVLQKIGMEKEGELKEHVKKEDRFEDLVYYGVINKQ				NA	NA	NA	NA	NA
AK148_03835	1227			hypothetical protein	GTGAATGTAAAAAAAGAAATAACACGCTGGAAATATGCATGCATATTATTATTTGGCATTGGTATTTCCAATATAGGCGAATGGGTTTATTTTATTGCGTTAAATTTAATTGTTTTGGATATGACAGATTCTCCTTTAGCTGTATCTGTATTGTATATTATCAAGCCTTTAGCAACTTTATTTACCAGTTTTTGGGCGGGGAGTTTTATTGATCGCTTAAACAAACGAAGCCTAATGATTTCTCTTGATATAATAAGGGCACTTTTTATTGTTTTATTACCACTGTTATCGTCTGTTCCTTCTATTTATTTGTTTGTGTTTATCATAAACATGGCAAGTGCGATGTTCAGTCCAGTTTCCCTCATCTATATAACGAAACTAATACTACAGGGAGATAGAAAAAAATTCAATGCACTATATAGCTTAGTAACGTCAGGAGCTTTTTTCATTGGTCCAGCAGTTGCAGGATTATTGTTCTATATTGGCACGCCAACATTAGCAATCTATATAAATGCAGTCGCTCTCTTTTCCTCTGGGTTAATTACTTATTTTATGCCTAATTTAGAGAATAATTATGGAACAATGCAAGAAAAAATATCTTTTAAAATATTACGGAAAGATTGGAACGTAGTAATGGATTTTAGCCGTGAACATAAGTATACGATGTGGATCTATGTATTATTTAGTTGTGTGATGGTTGTCATGGCTAGTGCGGTTGATTCATTGGAAGCGGCTTTTGCGAAGGAAGTCTTGCTTTTATCCAATAGCGAATACGGCATTTTAGTATCGATTGCAGGTGCTGGAATCGTACTAGGAGCTTGCATCAACACTTTATTTATAAAGAAGATAGCTGTTTCGTTGCTCATTGGTTTAGGCTCTGTGCTTGTTTCATTTGGCTATGTTATTTATGCTATTTCTACCACATTTTTATTTGCTGGAATTGGATTTTTTATACTCGCTTTCTTTATTTCTTATGCCAATGCTGGGTTTCTTACCTTTTATCAAAACAATATACCTACAGATGTTATGGGAAGGGTTGGTAGTATATATCGTTTATTTGAGGCGATGTTAATTATTTTCACAACAACGATAATAGGTACGCTTGCGCAAATGATTTCTATTCGCATAGCAGTCATAGCTGGGGTTTTTGTCATGCTATTACTCGCTTTCACTTTGCTGATAGCTAGTCGATTACCTTCTAAAAAGCGTTGTTTTAATGTCTTATAA	MNVKKEITRWKYACILLFGIGISNIGEWVYFIALNLIVLDMTDSPLAVSVLYIIKPLATLFTSFWAGSFIDRLNKRSLMISLDIIRALFIVLLPLLSSVPSIYLFVFIINMASAMFSPVSLIYITKLILQGDRKKFNALYSLVTSGAFFIGPAVAGLLFYIGTPTLAIYINAVALFSSGLITYFMPNLENNYGTMQEKISFKILRKDWNVVMDFSREHKYTMWIYVLFSCVMVVMASAVDSLEAAFAKEVLLLSNSEYGILVSIAGAGIVLGACINTLFIKKIAVSLLIGLGSVLVSFGYVIYAISTTFLFAGIGFFILAFFISYANAGFLTFYQNNIPTDVMGRVGSIYRLFEAMLIIFTTTIIGTLAQMISIRIAVIAGVFVMLLLAFTLLIASRLPSKKRCFNVL	PGPT0027965_1040	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027965-mef|ykuC-K08217	NA	NA
AK148_03836	207			hypothetical protein	GTGGTTCGATCCGTCAAAGGGCAATTTATATGTTGGATATTAATTTCAATAGCTTTTATCTATGTTGTCTCAACCTATACGGAATTTACTGGGAATGATGTAACGAACCTATTATTTTACATTGCTATGATTTCTTCCATTTTTAATGCTGGAATGGCTACACAAAAATTTTTAGATAACAGAAAAAAAGATCACAGTAACCATTAG	MVRSVKGQFICWILISIAFIYVVSTYTEFTGNDVTNLLFYIAMISSIFNAGMATQKFLDNRKKDHSNH				NA	NA	NA	NA	NA
AK148_03837	873	ypbG	COG1408	putative protein YpbG	TTGTTGCAGCAACAAGCCGAAATGAATAAGCGACCTAGGAAAAAATTTGTAACGAAGAGGAAAGTATTGCTGTTTACCATGGTAACGGCTGTTCTCCTTATTATTGTAAAAGTATACCTTGATACAAACACGTTTAAAGTGAATAAGCTCCAATTTTATAGCAATAAAATCCCCGTTGATAAAGCCGTTCATATTTTGCAAATTACGGATGTGCATAACAAAGTGTTTGGGGAAAACAACGAAGCCCTCATTCAAACGGTAAAAGATTTAAATCCTGATATGATTGTTCTTACAGGAGATTTAATAGATAGAAAGACTACGGAGTTTCATCCTATGTTTACGTTGGTTGAAGAGCTAATATCTTTGCAGGAACAGGTCTTTTTTGTAACTGGTAATCATGAATGGGAAAATCCAAATAAGGAGGGATTTTTACAAGGGCTTAAAGCGCGTGGCGTGAAAGTGTTAAACAATGAAAATAGTGAACTGACCATCAACCAAGTTAAGTTAAATCTTGTTGGGATTGATGATAGTTCTACAAATCATGACAACGTCACGCAAGCTTTTGCTGGTTTAAATAATGACCGTTATACGATATTGCTTTCTCACTCACCTACTATTGTAGAAAAAGAGCGTAATCTTGCTGCTGACTTAATTTTAAGCGGTCATACGCATGGTGGGCAAGTAAGACTTCCTTTACTTGGAGCACTCGTATCTCCTGATGAAGGGTTATTCCCAACATATGATAAAGGCACTTATTCCATGCATCCAAAACAGTTTCTATATATCGATAGTGGTTTAGGAACAAGCGTTGCTCCAATACGATTTTTAAATCAGAGCCAAATGAGTATGATCAGGGTTTCTTATGGTAAGTAA	MLQQQAEMNKRPRKKFVTKRKVLLFTMVTAVLLIIVKVYLDTNTFKVNKLQFYSNKIPVDKAVHILQITDVHNKVFGENNEALIQTVKDLNPDMIVLTGDLIDRKTTEFHPMFTLVEELISLQEQVFFVTGNHEWENPNKEGFLQGLKARGVKVLNNENSELTINQVKLNLVGIDDSSTNHDNVTQAFAGLNNDRYTILLSHSPTIVEKERNLAADLILSGHTHGGQVRLPLLGALVSPDEGLFPTYDKGTYSMHPKQFLYIDSGLGTSVAPIRFLNQSQMSMIRVSYGK	PGPT0022365_3101	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022365-lpxG-K07098	NA	NA
AK148_03838	192			hypothetical protein	ATGCATAGGAAAATGAATGTTACGCAAGCTTTGTTCACAGGTGGTTTTGTCGGTTTTATTTTATGTATTTATTATTTTCTTGTGCCGGATTTTTCTTATAAAGGGATTGTTGGCATTATAATAAGCGCATTGGCAGCTTTCGTTGGAGCTCTTATTGCTTTTCAATGGATCTCTGGTAATGAGAATGAATGA	MHRKMNVTQALFTGGFVGFILCIYYFLVPDFSYKGIVGIIISALAAFVGALIAFQWISGNENE				NA	NA	NA	NA	NA
AK148_03839	1335			hypothetical protein	ATGATATTTTATACTTTATTATATATGGAGGGATTTTCAATCGAAAATACAAAAAATCAAACTATGATTACAACAGCTGATTATCCTATAAAATTAAGTAAAGATTTTATAACATTTTTGAACTATATAGCTAGTAAAGATGTAAAATTAACAAAAACGCGTGGATATATTACTAGAAAAGACTTACAAGCTATTTATGTACAACTCTCGCCACATAAACCAGCTATCTTGGAAAAAGCAAACCAAGATGATGTTCCATATGTTCATCTGTTATATTATATTGCTATGGAATTGCGCCTAATAAGGAAAGTGGCAAGTAAAAGTATAAGTCGGTTAATGATAGATGAAGAAAGAGTTACTGCTTTTAAAGAACTAAAAGAAGCGGAAAAATATGTGACATTATTGGAAGCTTTTTGGACGAAAGTAGATTGGAACGAGTTGACTAAGGGCTACAGCAGAAGATATGTAAGCATGGTGGACTTTTGGTTGGAAGAACTTATAGAAAAAGATATTCCTTATGGAACATGGTTATATACTGCGGAAAATCATTCGTGTTCATTAATTACATACGGTGAAACCTTTGAACAGTTGCTGGACTATGGTTATTTCTTATATTATTTCGAGTATTTCGGTCTTTGGGAAGTGCAAGTAACAGTTCAAGAAAGTACAACTATACATGAATTGCAACGAGTGAAATTTAACCCACTGTTAAAAAAGCTACGATTACCTTTATTGTATACATGGTGCCCTGGTGAAGATGAGGGTTTAACAGGTTTAGATTCTTTCTTTATGGAAATGTTGATTCCTGAATACCATAACGAAATAAACGTGAAAAAGGAAGCAATAGAACAAGAGGAAAGGACGCCGTCATTTATCGAGGCGGTAAAGCCATTATTTCCGAAAGATGAATTAGAAAATACGCTTCCGTCCTATGAATATAAGCTGGGAATCACTGGAAATTGTATTTTTAAAGTCATGTTACATAATAATTGCTGGAGAAAGTTACGTTTGCCATTATCCGCTTCGTTAGAAAACTTGCATGACTTTATTCAGTATGCTTTTGATTTTGATGACGATCATCTTTATAGTTTTTTTATGGATGGCAAAAAATTTAGTAAACATGCTTATAATTCCCGAATGGATTTTACCGGACCTTATGCGCATCAGACTAGTTTGAATCAGTTAGATTTATTTGAAGGTCAGAAGTTTTTATACCTATTTGATTTTGGAGATGAGTGGGAGTTTTATATTACAGTAGAAGCTATACAAGAGGGAAATGAAGAAAAGGAATTTATTATAGAAGAGAAAGGCGAATCTCCTGATCAATATGATTAA	MIFYTLLYMEGFSIENTKNQTMITTADYPIKLSKDFITFLNYIASKDVKLTKTRGYITRKDLQAIYVQLSPHKPAILEKANQDDVPYVHLLYYIAMELRLIRKVASKSISRLMIDEERVTAFKELKEAEKYVTLLEAFWTKVDWNELTKGYSRRYVSMVDFWLEELIEKDIPYGTWLYTAENHSCSLITYGETFEQLLDYGYFLYYFEYFGLWEVQVTVQESTTIHELQRVKFNPLLKKLRLPLLYTWCPGEDEGLTGLDSFFMEMLIPEYHNEINVKKEAIEQEERTPSFIEAVKPLFPKDELENTLPSYEYKLGITGNCIFKVMLHNNCWRKLRLPLSASLENLHDFIQYAFDFDDDHLYSFFMDGKKFSKHAYNSRMDFTGPYAHQTSLNQLDLFEGQKFLYLFDFGDEWEFYITVEAIQEGNEEKEFIIEEKGESPDQYD				NA	NA	NA	NA	NA
AK148_03840	741			hypothetical protein	ATGATTAATATGCATAAAGTATTGATATGGGATCGTCGTCGGATAATATCTGTGAATTTGGCAAAAACCAATTGTATGATGGTAGCTCACATACCTTTATTTCCGATGGTGAGGAGCAATTTACTAAGCCAACTTGAACAAAATCCATTAAATTCCTTCATTTGGAATCGCCTTGGTAATTTGTATGATAAGGGAGGTCGTCCAGAATTAGCTGTAAGTGCATTTGAGCATTCTCTTGCCCTGGATTTTTTTCAAGTAGAATCTTATTATTCCCTAGGAGTTCTACTTTTTCAGATAGGCGAACTTGAGGAAGCTGCCCTTCATTTTCGTAAAGCGCTTGTCGCAGCAGCTAAATATGACAAATTAAGCGCTGTTGTTTTAAGGGATTGTTTAAGTGACAGTTTAGATAAATTATTTTATATTCATTTTCATTCAGATAAGGAAATACCCTTTGTTCCTACTAAGAAGGAAACAGCATCTATAAGAGATCAAGAAATTTTAAATTATATTGATCAGCAGCTAGATTTGGATGTTGAAATAATTCCCGAAAATTTACAATCTTTTTATCCAATTGCAGAAATTTTTATGGGGAAAATGGCACATCGGATTCCCAAAAGAGAACGAACTTGGGAAAAGCCCAATGTATCTAAGAGTAGAAAAGTTAAAAACGGCATAAACGAACGAAGAAAAAGTAAAAATTTTACTGTATATAATTACATTAACGTTGATGAAAGGCTTTAA	MINMHKVLIWDRRRIISVNLAKTNCMMVAHIPLFPMVRSNLLSQLEQNPLNSFIWNRLGNLYDKGGRPELAVSAFEHSLALDFFQVESYYSLGVLLFQIGELEEAALHFRKALVAAAKYDKLSAVVLRDCLSDSLDKLFYIHFHSDKEIPFVPTKKETASIRDQEILNYIDQQLDLDVEIIPENLQSFYPIAEIFMGKMAHRIPKRERTWEKPNVSKSRKVKNGINERRKSKNFTVYNYINVDERL				NA	NA	NA	NA	NA
AK148_03841	906	yddE	COG0384	putative isomerase YddE	ATGCAAAGAAAATATAAACTATATCAAATTGACTCGTTTACACAGCAAAAGTTTACAGGAAACCCAGCCGGTGTTATAACAAATGCGAGTGGATTGACAACAGATCAAATGCAAAAGATAGCTAAAGAACTTAACAATTCAGAGACTGCGTTTATCTTTCCTGCAAATAATTCTAATTATGATGTACATGTCCGCTTTTTCACACCAACACATGAGGTCCCCATCTGTGGCCATGCTACAATTGCAGCTCATTATGCGAGAGCTAATGAAAAACATTTAAGGAGTTCAACAGTGTATCATAAAACAGGCGCTGGAATACTCCCTGTCGATATAATAAAAGAAAAAGAAGACTATAAAATTGTTATGACCCAAGGTGAAATTGAATTTGGGGATATAATAGAAGGTATAATTAAAAATGATTTATTAACAGCACTAAACTTACATTCCGATGATTTATTAGAGGGGTGTGATATACAAATCGTATCAACAGGACACTCCAAAGTTATGATTGGCGTAAAAAATATGATCACTTTAAATCGTATCAAACCAGACTATACAGCCCTTTCCAAACTAAGTAAAGCTATTCATTGTAATGGATATTATGTTTTTACAACATCTACAGATGGCAGTGATACTTTCATACATGGGCGCATGTTCGCTCCTGCAATAGGCATAAAAGAAGACCCTGTAACTGGTAACGCTAACGGGCCTTTAGGGGCGTACCTTGTTCATCATAATTTAGTACAACATAATAATTCACTATTTACGTTCAAAGCTAAACAAGGAGAAGCTATGGGGAGACCAGGTATTATTGAAGTACAAGTTTATATAGAAGATAATAACCCCATAAAGGTAAAAATTGCTGGAAATGCCGTAGAAGTATTTAAGACCGAACTCTTGTTATAA	MQRKYKLYQIDSFTQQKFTGNPAGVITNASGLTTDQMQKIAKELNNSETAFIFPANNSNYDVHVRFFTPTHEVPICGHATIAAHYARANEKHLRSSTVYHKTGAGILPVDIIKEKEDYKIVMTQGEIEFGDIIEGIIKNDLLTALNLHSDDLLEGCDIQIVSTGHSKVMIGVKNMITLNRIKPDYTALSKLSKAIHCNGYYVFTTSTDGSDTFIHGRMFAPAIGIKEDPVTGNANGPLGAYLVHHNLVQHNNSLFTFKAKQGEAMGRPGIIEVQVYIEDNNPIKVKIAGNAVEVFKTELLL				NA	NA	NA	NA	NA
AK148_03842	588	tasA		Major biofilm matrix component	ATGGGAATTAAAAAACAAATTGGTATTGGAGTATTATCAGCAACTCTTGGTTTAACGTTGATTACAGGAGGGACTTATGCATATTTTAGTGATGAAGAAGTGAGCCAAAATACTTTTGCAGCAGGAACACTCGATCTAAACGCTGAGCCAACCGAAATCATTGATCTTCATAATTTAAAACCTGGTGATTCCATGGTTCGAACATTTGAATTACAAAACAATGGCACGTTAGATATTGAAAAAGTGTTGTTAGAAACTGATTATTCCGTTGTTGATGCCAAAGGAGATAATACAGATGATTTTGGTAAGCATATTGAAGTTGAATTCCTTTACAATGCCGATAAGTTGGATGAAGTAATTTACCAAACAACATTAGCTAACTTAAAAAATATGGAACCAGAAGCAGTTAATGAGCATGTCTTTTACCCTAATTTTGGTGAGAAAGGACTTCCGGCAGGCACTCTAGATGATATTTCGGTAAAATTTAACTTCGTAGATAATGGACAGAACCAAAATGAATTCCAAGGTGACGCTTTAAATCTAGAATGGACATTTAAAGCTTTACAAGGAGAAGGGAAAACGAAGTAA	MGIKKQIGIGVLSATLGLTLITGGTYAYFSDEEVSQNTFAAGTLDLNAEPTEIIDLHNLKPGDSMVRTFELQNNGTLDIEKVLLETDYSVVDAKGDNTDDFGKHIEVEFLYNADKLDEVIYQTTLANLKNMEPEAVNEHVFYPNFGEKGLPAGTLDDISVKFNFVDNGQNQNEFQGDALNLEWTFKALQGEGKTK	PGPT0025195_185	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
AK148_03843	1098			hypothetical protein	TTGAAAAAACATGCTAAAAAGGTATTTGCTATTACATTGTTTGTTGCTAGCATCTCCCTTCTACTGCCAACAATGGCTACAGCAGCAAAAGCAACAAACCCAACCTCTTTTTCTATTGCCCATCGAGGTGCATCAGGACAAGCACCAGAGAATACGATGGCAGCATTTGAAAAATCACTTGCATATCAGGCTGATTACTTTGAAGTGGATGTACAAATGACCAAAGACGGCGAATTAATTCTTATGCATGATACAACTGTTGATCGTACAACAAACGGTACTGGACGCGTCAAGGACTTCACATTTGAGGAAATTAGAGCACTTGATGCTGGTAGCTGGTTTCATGAATCCTTTGCCGGTGAAAAAGTCCCAACACTTGGGGAAGTATTGGATCGTTACACTGGAAGTAATATAGGGGTTCTTGTTGAATTAAAAAACCCAGAGCTTTATCCAGGAATTGAACAAAAAATAGCAGAGGAACTCATCCAACGTAACATCACGACCAAAGACAGTAATATTGTCGTTCAATCCTTTCATTGGAATGCGGTAAAGAAAATTCACCAGCTGCTTCCAGACATCGCCACTGGTGTATTAATTGGTTATGGACAAACAGTCGCTGGAAAAATAACGAACGAACAGTTAGCATCCTTTCAAACCTACGCCAGTTATGTAAACCCTAACAAAGGGCTATTAAATAATGATACGGTTCATCGGATTCACCAACATCGCTTAAAAACATGGCCTTACACCGTCAATGATCGAAAGACAATCACACAGTTATTACATTTCGGAGTAGATGGAATCATTACAGATTACCCTTTACTTGTCAACATGCCTGCTAATGCAACTACGATGAAAACGCTCGTTGAACGGTTTGAAGGAAAAGAATTATCTAGCAAAACCGCACATGCCCTAAAGGTTCACTTAACAGCAATCCATCAATATGAAAAACAAGGTTTACAAGACAAGGTAATAAAGCACTTGAATGGTCTTATTACGTTACTAAACCACCAGGAAGAAAATGGATTCATTTCTAATCGCGCGTATCAAATACTTCTAGGCGAAGCAAATTTTTTAGTAGAAGATAACACGAACTAA	MKKHAKKVFAITLFVASISLLLPTMATAAKATNPTSFSIAHRGASGQAPENTMAAFEKSLAYQADYFEVDVQMTKDGELILMHDTTVDRTTNGTGRVKDFTFEEIRALDAGSWFHESFAGEKVPTLGEVLDRYTGSNIGVLVELKNPELYPGIEQKIAEELIQRNITTKDSNIVVQSFHWNAVKKIHQLLPDIATGVLIGYGQTVAGKITNEQLASFQTYASYVNPNKGLLNNDTVHRIHQHRLKTWPYTVNDRKTITQLLHFGVDGIITDYPLLVNMPANATTMKTLVERFEGKELSSKTAHALKVHLTAIHQYEKQGLQDKVIKHLNGLITLLNHQEENGFISNRAYQILLGEANFLVEDNTN	PGPT0018470_1902	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126	NA	NA
AK148_03844	1647	phoB_2	COG1785	Alkaline phosphatase 3	GTGAAACAGCGGGCGAAAAATTTAGCTGGTATTACAATAGGTACATTGTTAGCTGCTTCTGTCGTTACTTTTAGTATGGTTAGTTCTGCTAGCGACAACATGAGTGACGAAACACAACAAACGACAAACGCAGCCAAAAATGTCATTCTATTAATTGGTGATGGAATGGCAGAAAGTCAAATATCTGCAGCAGCGTATTTAAATGGCGCTGGATATGGTGCCGAGGACTTAACCATGGATCAATTTAAAAACGTAGGTTATGCAAGAACTTTTTCTCATGACAACACGGTTACAGATTCAGCCGCAGCAGCAACAGCTTTTTCTTCCACACATAAAACAGACAATGGAGTAGTTGGAAAAGCCCCGAAAAACAAAGAACATCATGAAAATGAACAACATTTTGATGTTCAAACAGTACTTGAAGCTGCTGAAGAAAGCAATATGTCTACAGGACTTGTTTCCACCGCTAGAATTACTCATGCAACCCCAGCCGCCTTTGCCTCACATATTGATGACCGAAATAAAGAAAATAACATCGCTGAACAAATGCTTTTAGACCATGATGTTGACGTTCTACTCGGTGGTGGGAAGAGACAATTTATTCCTAAAGAAACAGGAGGAAAACGAAAAGACGGAAAAAACCTCTTGGAGCTTGCAGAAGATCATGGTTATCAATTAATAGAAAACAAAGCTGATATGAAAAAGACAGACGCGAGTAAACTCTTAGGCTTATTTAATGACAGCCATATGACCTATGAACTGGACCGTGACTTAACAGATGAGCCCAGTATTGATGAAATGACCAACAAAGCATTGGATGTATTACAACAGGATGACGACGGCTTCTTTTTAATGGTAGAAGGTGGACGTATTGACCATGCAGGGCATAGTAATTATCCTGCAACAAATATCCAAGAAACACTTGCATTTGATAAAGCAGTAAAAGAAGCATTAGATTTTGCGAAAAAAGATAAAAATACGCTCGTAATTGTGTCCTCTGACCACGAGACTGGCGGAATGTCTATAGGTGCAAATGGAGAGTATGGTTATAACAAAGAAGTTATTCGCAATGTTAAAAGATCACCAGAATATATTAGCAAGCAATTAGATAAAAATGACGCCAATCTGGAAGAAGTCATAAAAAAGTATACTGGAATTACCAATTTAACCAAAAAGGAAATGAAGTTCATTACGTCTTCCCAAAATAAAGCAAGTGCTATCGCCAATATCATAAGTGAGCGTGCATTAATCGGCTGGACAACAACAGGGCACACGGCTGTTAACGTCCCAGTCTATGCATATGGGCCACAAGCAGAGAAACTAACTGGAACCATTGATAACACTGAAATTGCTGAAGTCATTAACTTTACTACATCCAAATCATTTTCTTCACAAAACTTGATTGACCAAGTAAAGCAATTCTCCAAAAATGGAGAATTGACAGATGAAAAAGCGACACGTCTACTTTTAACTCACTTAGAAACCGTGCGTCAATTTGAAGATCAAAATAAAGCTGATAAAGTTGTAAAGCAACTAGAGCATTTTCATATTCTTATAGATAAACAAAAAGAACGAAACTCTCTTTCTAACAAAGCCTATCAAACGCTGAAAGATGGTACAGACGCCCTAATAGCAAAGTGGGAATAA	MKQRAKNLAGITIGTLLAASVVTFSMVSSASDNMSDETQQTTNAAKNVILLIGDGMAESQISAAAYLNGAGYGAEDLTMDQFKNVGYARTFSHDNTVTDSAAAATAFSSTHKTDNGVVGKAPKNKEHHENEQHFDVQTVLEAAEESNMSTGLVSTARITHATPAAFASHIDDRNKENNIAEQMLLDHDVDVLLGGGKRQFIPKETGGKRKDGKNLLELAEDHGYQLIENKADMKKTDASKLLGLFNDSHMTYELDRDLTDEPSIDEMTNKALDVLQQDDDGFFLMVEGGRIDHAGHSNYPATNIQETLAFDKAVKEALDFAKKDKNTLVIVSSDHETGGMSIGANGEYGYNKEVIRNVKRSPEYISKQLDKNDANLEEVIKKYTGITNLTKKEMKFITSSQNKASAIANIISERALIGWTTTGHTAVNVPVYAYGPQAEKLTGTIDNTEIAEVINFTTSKSFSSQNLIDQVKQFSKNGELTDEKATRLLLTHLETVRQFEDQNKADKVVKQLEHFHILIDKQKERNSLSNKAYQTLKDGTDALIAKWE	PGPT0002570_919	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0002570-phoA-K01077	NA	NA
AK148_03845	378			hypothetical protein	ATGTATAGGGAAAAATATTTCTTTCTTTTCATCGTTATTGGTTACTTGTTATTTGTAACTATTTCGCAATGTATTACACCAACAACTGCTTATTTTACAGACAGTAGGGAAGTTAGTGGTAATATAACTATTTCAACACAATTCAGTAAAGAAGTAGATAAAGAGACTAGAAGTGAGCAAGAAAACGATGTGGAGCAACCTTTGCCATCAAAAAATGGGGAGGAGAAAGGTAATTCCAAAGAAAAAGTAGAAGACGATGAACAAGGTGTGATAGATAATCATAATTTGAATGCTAATGAGGAAGAAAAGGAAAAACAGCGAGCAATGAAAGAAAAGCAGCAAGTTACGAAGGAACAGAAAGCATTGCAATCAAAATAA	MYREKYFFLFIVIGYLLFVTISQCITPTTAYFTDSREVSGNITISTQFSKEVDKETRSEQENDVEQPLPSKNGEEKGNSKEKVEDDEQGVIDNHNLNANEEEKEKQRAMKEKQQVTKEQKALQSK				NA	NA	NA	NA	NA
AK148_03846	564	sipW	COG0681	Signal peptidase I W	GTGCGTGGAAAACGGATTGGCAGACTATTTGGCAATGGTGTTATGGGATTACTATGTATTCTCTTACTTATCACGTTATTTGTTGTCGTGTTTATGCGGGCTTCTGGTGGAGAAACTAGTCTATTTGGTTATCAACTGAAGACGGTTCTTTCAGGATCTATGGAGCCGGATATGCAAACAGGTTCCATTATTGCGATTGAATCGCCGACGAATAAAGAAGATTTTCAAGAAGGGGATATCATTACGTTTCAAACCAAAGAAGGTTTAATTGTTACCCACCGTATTGATGAAGTGAAAAATAGTGGAAAGCAGTATGTTACAAAGGGGGATGCGAATAACGCTCCTGATTCTGAGCCTGTTTTAGCAGAAAATATTGTTGGAGTGTACACAGGTTTTTCCATTCCATATGTAGGATATGCGGTGAATTTTGCTAATAGCAGTACAGGAGTAGCATTGTTGCTTATTGCGCCAGGATTTTGTTTGCTTATTACATCTATTATTATCATTTGGCGTGCATTAAGGAAGTTAGAAGGGGGGAAGGGTGGAAAGCAAGTAGAATTATAA	MRGKRIGRLFGNGVMGLLCILLLITLFVVVFMRASGGETSLFGYQLKTVLSGSMEPDMQTGSIIAIESPTNKEDFQEGDIITFQTKEGLIVTHRIDEVKNSGKQYVTKGDANNAPDSEPVLAENIVGVYTGFSIPYVGYAVNFANSSTGVALLLIAPGFCLLITSIIIIWRALRKLEGGKGGKQVEL	PGPT0026405_988	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
AK148_03847	816			hypothetical protein	ATGGCAATTATAGATTTGCTTCGGTTAACAGGAGAAGCTGGTTTAAGATGGTTATCTGACGATGGGATAGAATATCCAAGAGATTATGATCGTGTGGAATTACTTTGGGGAAATGATACGCCTAGAATAGATCCTCCCGGTGGTCGAATTATATCTAATACACCACCTAGAACGATTGTGGCAAGAAAAGAAATAACAAATAATACAGATCGCCCCTCTGAGCCCCAAACGATTACATTTGAACGAACAACAGAAAATGTATTTCGTACGGAAACAACAGAAGGATATGAAGTTGGCACTTCTTTGCAGGCCAAAGCTAGTACGGATGTATTTTTTGGTAGTCTAGATATTACTGTATCTACAAACTTCAAATTTAATGTTTCTACAACCCAAGCGGAAGAAAGCAAAGAGTCCATAACATGGCGGGAGGAAATACCTATTGTCGTACCACCTAGAACGAAAACCCGTGTGGACTTCATTATTGAAATAGGAGAATTTGATCAACTCGTTCCCTTTATTCTTCCTTTTGCTGGTTTTTTTAGAGCTATAAAAGGTACAACTGTCGTTAAAGGTGGAAGGTTAACGGAACCAAATTCTCAAGGAAGAACCATTGCACAATATATGGAGCAATTAGGTGATATAAAAGTCACAAAAGGAGGGCTTGGTGTTTTTGTCTTTGGAGAGACTTCATTAAGCGGGGCTCTTGGTATTGAATCAAATACCGTAATTACCAATTTTCCTCTTCCTCCAAGTAATGCAGAAGTAACGATTGATACGATAGAAGGGCAATCTGGACCTCGCTCTGTTTATTTTTAA	MAIIDLLRLTGEAGLRWLSDDGIEYPRDYDRVELLWGNDTPRIDPPGGRIISNTPPRTIVARKEITNNTDRPSEPQTITFERTTENVFRTETTEGYEVGTSLQAKASTDVFFGSLDITVSTNFKFNVSTTQAEESKESITWREEIPIVVPPRTKTRVDFIIEIGEFDQLVPFILPFAGFFRAIKGTTVVKGGRLTEPNSQGRTIAQYMEQLGDIKVTKGGLGVFVFGETSLSGALGIESNTVITNFPLPPSNAEVTIDTIEGQSGPRSVYF				NA	NA	NA	NA	NA
AK148_03848	1551			hypothetical protein	ATGACTAATTTAAATTTTGTTGAAAACAGTGGGTTTGAATCTTCAACCATAGAACCATGGAGAGCAGCAAACACATCCGTAACGAATCAGCATTCACATTCTGGCTCATGCGCAGCCATTTTCGCGGGAAATAATACTTCCTCCTATTTAGCCCAATACGTCTCTGTTCATTCTAAAGAACAATTTGAATTTCAAATTCACTTAGGGAAAATAGGAAATGAGCCTTCCAATTCGATTCTTTTACAAATAACTTTCCATGATAACTCCTATAAATATCTAGGTAGCGGACTATTTGTTAATATTCCTGCTGACAAAATACCAAATATAGAAAAAGAAAATTGGTTGTCCATATGCCAAAAAACGACCACAGCTCCTCAAGGAACAGCAACAGCATTCATTTTAATTAACGAATTAGGAAATACAGGAGAGGCTCCAATACTACTGGATGATATCTCTTTATCATCCACATACGTACATGGTATTAATAAGCAACCGAATCATATGGAGACAGAAGAAGCTAAATCATCGAAAAATTTGCCAACTGCAAATGAATTATTAACTAGTAATTCGTTATTCACCTACTTTGCTGATAATCCATCTAGCGATAATTTGGAAAATACGATGAATACAACATCATCTCGCTTTATAAATCTTTGTCTTTTAAATTCAGAAGCAGAAACAGTAGACCTTATTGAACTTTTTTCAGCTTTTGCTAGTTTTTGGACCGAAGAGAACAGGGGAGGGGATTACACTATCTTCACGTTACCTCACTCCAGCAATAGTATTGCACAAGGCATTAAAGTATCATCTACTTCACCCACTTTTTATGAAGATCCAGAAGTTATACTACTCAGTAACCCCCAAACATTGGATACATTGACCTTTGAAAATACATCCAATAAAGTGATTACAGATACGATTCAATTTAATCAACATACACAAACGTCAGAGTCTTGGCGCTTATTAGAGGCCGTTTCTATTGGTGGAGATAATTTTTATAATATGAATACTCCTTTTGACCTAAATAATTTTTCTGATACGCTAACAGAATCAACGTTACCAGGCAATATCCCTTTTACAACGATATTTTCTGATACAGCTCAATCCCTAGACATTGACCTCAACCAAACAAACTCCCAATTTGGAAGACAATTTTGGAATATAGAACAACCAATTCGTTTACTCCCTGACACCATTACAAGAGTTAGTTTACAAACAAGACTCACTCAAGAAAGGAGTGTTTTTCAATTCAACTTCGACATTACAGGATTTTTAGGAGTTACAACGACTCGACCTGTCAATGGTGTAACAGAACATTACTTTCCTATAACAGAAATTATACAGGAGTCTGTATATCCACAAATTGAGGTTCGCCCTGAATTCAATGGACTCCGTTGCACAAATATTGGGGAGTACATCACCGAATATCGTATTGAGCCAACTCTTTTAATAGAAATACAAAGCATAACCGATCCATTTAGAAATAGGGAAATCATTATACCTGTTGAAAATCTAGGTAATACTGTTATTTCCTTTGATGAATTTGAATAA	MTNLNFVENSGFESSTIEPWRAANTSVTNQHSHSGSCAAIFAGNNTSSYLAQYVSVHSKEQFEFQIHLGKIGNEPSNSILLQITFHDNSYKYLGSGLFVNIPADKIPNIEKENWLSICQKTTTAPQGTATAFILINELGNTGEAPILLDDISLSSTYVHGINKQPNHMETEEAKSSKNLPTANELLTSNSLFTYFADNPSSDNLENTMNTTSSRFINLCLLNSEAETVDLIELFSAFASFWTEENRGGDYTIFTLPHSSNSIAQGIKVSSTSPTFYEDPEVILLSNPQTLDTLTFENTSNKVITDTIQFNQHTQTSESWRLLEAVSIGGDNFYNMNTPFDLNNFSDTLTESTLPGNIPFTTIFSDTAQSLDIDLNQTNSQFGRQFWNIEQPIRLLPDTITRVSLQTRLTQERSVFQFNFDITGFLGVTTTRPVNGVTEHYFPITEIIQESVYPQIEVRPEFNGLRCTNIGEYITEYRIEPTLLIEIQSITDPFRNREIIIPVENLGNTVISFDEFE				NA	NA	NA	NA	NA
AK148_03849	882	benM		HTH-type transcriptional regulator BenM	ATGATAGAACTACACCATCTACGCTATTTTATAGTTGTAGCTGAAGAACTACATTTTGGAAAAGCAGCACTTCGATTGCAAATGACGCAGCCCCCCCTTAGTCAGCAAATAAAGCACCTAGAAAGGGAAATTGGTGTAACTTTGTTGAAGAGGTCAAAGAGGACAGTTACGCTAACAGCAGCAGGAACAGTTTTTTTAAAACATATAAGGCAAGGGCTTGCACAAATTGATTACGCAGTGGAGATGGCCAAACAGACAGAAAGAGGGGAAAGCGGAGAATTAAAAATCGGGTTTGTGGGTTCTGCTACATTTGAAATTCTACCACCTTTAATTAGACGATATCAAAAGCGATTCCCTTCCGTTAAAATTGGGCTACAAGAGATCTCTACTGCAAATCAAGTAAAAGGACTGTTAAACGGAAGTATTGACATCGGCATCCTTCATCCACCAATAAAAAATGATGACCTTATACTACATACAGTAAAGAAAGACAATTGTGTACTTGTAGTTCCAAAGGGGCACTCGCTCGCTTTAAAAGAACCAGTCCATTTGAAAGATCTTCATAGCGAATCAATGATTTTTATTTCTAAAGAAACCTGGCCTTACTTATATAGTAAGTTTAATCTCTTGTGTAAAAAAGCAGGGTTCACTCCTAATATTCATCACGAGTCTACGGAATACCATATGATAATTAGCTTAGTGTCTGCTGGGTTGGGAGTTTCAATCGTTCCTTCAACCGCTAAAAAATCATTGAATTTCGATGTGGTATATAAAGAAATTGAAAATTTTTCATTGAATGCTGAATGGGTTACTGCACATAAAAAAGATAACCAAAATCCTGCTTTGTTAAATTTCACAGAGGCTTTACATTCGTATTTATAG	MIELHHLRYFIVVAEELHFGKAALRLQMTQPPLSQQIKHLEREIGVTLLKRSKRTVTLTAAGTVFLKHIRQGLAQIDYAVEMAKQTERGESGELKIGFVGSATFEILPPLIRRYQKRFPSVKIGLQEISTANQVKGLLNGSIDIGILHPPIKNDDLILHTVKKDNCVLVVPKGHSLALKEPVHLKDLHSESMIFISKETWPYLYSKFNLLCKKAGFTPNIHHESTEYHMIISLVSAGLGVSIVPSTAKKSLNFDVVYKEIENFSLNAEWVTAHKKDNQNPALLNFTEALHSYL				NA	NA	NA	NA	NA
AK148_03850	1722	alsS	COG0028	Acetolactate synthase	TTGGATAATGTAGACGTTGAAAGCGAAACACTAACAGTAAGAGGGGCAGAACTTGTCGTTGATAGTCTTATTCAGCAAGGTGTCACTCATGTTTTTGCTATTCCAGGAGCAAAAATTGATGCAGTATTTGATGCATTAAAAGATAGGGGGCCTGAATTAATCGTTTGCCGTCATGAACAAAATGCAGTTTTTATGGCAGCAGCAATTGGTAGATTAACGGGGAAGCCAGGGGTATGTTTAGTGACTTCAGGGCCTGGAGCATCTAATTTGGCTACTGGTCTATTAACCGCCAATAAAGAAGGGGATCCAGTAGTTGCTCTAGCCGGAGCTGTAAAAAGGTCGGACCTTCTAAAAAATACACATCAATCAATGGATAACGTAGCATTGTTTCAATCGATTACAAAATACAGTGCAGAGGTGGAAGATTCTCATAATATCCCTGAAGCCATAACCAATGCGTTTAGAGTGGCAACATCTGGGGTGAAAGGGGCAACTTTTCTTAGTTTCCCACAGGATGTGGTATTAGAACAGGTAAAGGTTAACACGCTAAAATCTTTATCCGTTCCAAAACTCGGAAGTGCTCCGGAAAAAGATATTCGTAGAGCAATAGCTACTATTCGCAAAGCGCATTTCCCTGTTGTTTTAGTGGGGATGAGAGGTGGAAGGCCTGAAACAGTAGGAGCTGTACGTCAACTATTAAGGAAATGGAAGTTACCGTTTGTTGAAACGTATCAAGCAGCAGGGACGCTTTCTCATGATTTAGAAGATCAATATTTTGGTAGAATTGGGTTATTTCACAATCAACCTGGGGATGTGTTGTTAGAAAAATCCGATGTCGTATTGACAATTGGTTACAACCCAATTGAATACGACCCGGTATTATGGAATCAGGGTAAGCGTACCATTTTACATCTTGATGTCATTCAAGCAGACGTTGATTTTGACTATCAGCCTGAAATTGAACTTGTGGGAGATATTACTGAAACGTTGGAGCATTTGGCTCAAGTTTCCCTTCCAGTCTTTCATGATGAGTCATTTAAGCCTACGCTTCGACAATTACAAAAAGCATTAGAATTTCAAAGTAAGCTTCCTAGAGAAAGGAAAACGGATCGCGTACATCCGCTACAAATTATATATGAATTACGCAAACTGGTGGATGATGATACAACGATAACTTGTGATGTTGGTTCTCATGCCATTTGGATGGCAAGATATTTTCGATGCTATCGCCCTTTAGGGCTTCTATTCTCAAATGGTATGCAGACGCTTGGTGTTGCCCTCCCTTGGGCAATTGCTTCAACGCTTGTCCATCCGGGCAAGAAAGTTATCTCTGTGTCTGGAGATGGAGGTTTCTTGTTCTCATCCATGGAATTAGAAACGGCGGTCAGACTGAAAGCGCCAATTGTTCATCTTGTTTGGAATGATAGCTCTTATGATATGGTGGCGTTCCAACAGCAAATGAAATATAATCGTACATCAGGAATAGAGTTCGGTAGTATTGATGTTGTAAAATATGCGGAGAGTTTTGGAGCGAAGGGGTTTAGAGTAAATTCCTCCAATGATCTTTCCGTTGTACTTCGAAAAGCTATTCATACAGATGGTCCTGTGTTAATTGATATTCCGGTTGATTACAGTGATAATATTCATTTAGCTGACGGGAAGTTTCCTAGGGTATCTGATGAGGCATATGTTAATTCAAATTTTAATTCATTAAGGAAGTGA	MDNVDVESETLTVRGAELVVDSLIQQGVTHVFAIPGAKIDAVFDALKDRGPELIVCRHEQNAVFMAAAIGRLTGKPGVCLVTSGPGASNLATGLLTANKEGDPVVALAGAVKRSDLLKNTHQSMDNVALFQSITKYSAEVEDSHNIPEAITNAFRVATSGVKGATFLSFPQDVVLEQVKVNTLKSLSVPKLGSAPEKDIRRAIATIRKAHFPVVLVGMRGGRPETVGAVRQLLRKWKLPFVETYQAAGTLSHDLEDQYFGRIGLFHNQPGDVLLEKSDVVLTIGYNPIEYDPVLWNQGKRTILHLDVIQADVDFDYQPEIELVGDITETLEHLAQVSLPVFHDESFKPTLRQLQKALEFQSKLPRERKTDRVHPLQIIYELRKLVDDDTTITCDVGSHAIWMARYFRCYRPLGLLFSNGMQTLGVALPWAIASTLVHPGKKVISVSGDGGFLFSSMELETAVRLKAPIVHLVWNDSSYDMVAFQQQMKYNRTSGIEFGSIDVVKYAESFGAKGFRVNSSNDLSVVLRKAIHTDGPVLIDIPVDYSDNIHLADGKFPRVSDEAYVNSNFNSLRK	PGPT0008185_4834	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
AK148_03851	750	alsD	COG3527	Alpha-acetolactate decarboxylase	ATGAAGCAAAACTGTTTTCCAAACACCAATGAAAAATGGGATCAAGTTTTTCAGTTTTCGACAATGGTATCATTGTTGGACGGCATCTATGATGGGAACTTTTATATGTCTGAAGCAAAAAAAGTTGGCGATTTTGGTATTGGTACATTTAATCAATTGGACGGAGAATTAATTGGTTTTGATGGTGCATTTTACCGTCTCCGTTCTGATGGACAAGCTTACCCAGTTAAAGGAAGTGACTGTTCGCCATTTTGTTCGCTAACGTATTTTACTTCAGATATTTATAAAGAAATTAATCAACCGATGTCTAGTGAAGACTTTGAAAACAAGATGCAGTTGATTTTTCCTAGTAAAAATCTTTTTTATGCTATACGTATGGAAGGTGTATTTAAAAAAATAAAAACAAGAACGGTTGAAATTCAGCAAAAACCGTATGTGCCAATGACAGAAGCTGTGAAATCACAGCCTATATTCGAGTTTAACGATATCAAGGGAACGATCGTAGGGTTTTGGACCCCACATTATGTTAATGGGGTGGCAGTATCTGGCTTTCACCTTCATTTTATTGATGAACATCGTCGTTCTGGTGGACATGTATTTAATTATGAAATTGAAAAATGCACGGTTCAAATGTCACAAAAATCAAGTATGCACCTTAGACTTCCCAATACGAAGGATTTTTTTAAAGCTAATTTAGATAAGCATGATCTTGTAACTGGAATTGAAGCTACAGAAGGAGACCCAGAATAG	MKQNCFPNTNEKWDQVFQFSTMVSLLDGIYDGNFYMSEAKKVGDFGIGTFNQLDGELIGFDGAFYRLRSDGQAYPVKGSDCSPFCSLTYFTSDIYKEINQPMSSEDFENKMQLIFPSKNLFYAIRMEGVFKKIKTRTVEIQQKPYVPMTEAVKSQPIFEFNDIKGTIVGFWTPHYVNGVAVSGFHLHFIDEHRRSGGHVFNYEIEKCTVQMSQKSSMHLRLPNTKDFFKANLDKHDLVTGIEATEGDPE	PGPT0008180_370	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,PGPT0008180-budA|aldC|aldB|alsD-K01575	NA	NA
AK148_03852	1149	garK	COG1929	Glycerate 2-kinase	ATGAAGAAACCCAAAATTGTGATTGCTCCAGATTCATTTAAAGAAAGCATGACAGCAAAACAAGCTGCTAAGGCTATAGAGCGTGGATTTCGTTCTGTATATGCAGACGCTTTAGAGATAGATATTATTCCAATGGCTGATGGTGGTGAAGGAACAACCCAATCCTTAGCAGACGGATTACAAGGAACACTATATGAAAAAGAAGTTACAGGACCGTTAGGAGAGAGCGTAGTTGCAACCTATGCGATCTCGAGAGATAGATCAACTGCAATCATTGAAATGGCAGAGGCATCAGGTCTTCACCTCGTTCCAAAAGAAAAACGAAATCCATTGATAACTACTACTTTTGGTACAGGTGAATTAATCAAAGCAGCCTTAGATAAAGGCGTTACGAAAATTATCCTAGGGATTGGTGGTAGCGCTACAAATGACGGTGGTGCAGGGATGATTGAGGCACTTGGCGGTATTTTTTACGACAATTATGGCTATCAACTAGAGCGAGGTGGCGGGGCTTTATCTCATCTAGCTCAAATAGATTTGTCACATCTAGACGTCCGCTTAAAATCTATAGAAGTAGAAGTTGCTTGTGATGTGGCTAATTTGCTTCTTGGCCCTAATGGAGCAAGTGCCATTTACGGTCCACAAAAGGGAGCGACGGAAGAGATGGTTCAACAATTAGACGATGCATTATATACTTTTCATGAAGTCATGGTAAAAGCTACTGGTACCAGTGTTAAAAATGTACCTGGTTCAGGTGCTGCAGGTGGCTTAGGAGCTAGTCTATTAGCTGTACTTCAAGCCAAGTTGAGACCCGGAATTGAAATTGTGCTAAAAGAAAGCCAATTTTTTAACCGAGTGAAGCACGCTGATCTCGTCATTACAGGAGAAGGAAAGATAGATAGCCAAACGATTAACGGCAAAACTCCTATTGGTGTTGCAAGAGCTGCCAAAAAATGTGGTGTTCCTAAGGTCATCGCGTTTTGCGGCACGCTAGGAAAAGGATATGAAGCGATATATGCTTATGGGATTGATGCAGCATTTAGTATCACACCTGGTCCATGTCAACTAGAAGAAGCAATGATACATGCAGAAGCATATTTAGAAGGAGTGGCAAGGAATGTAGCAAAGATTTATTGTCATGATATGTAA	MKKPKIVIAPDSFKESMTAKQAAKAIERGFRSVYADALEIDIIPMADGGEGTTQSLADGLQGTLYEKEVTGPLGESVVATYAISRDRSTAIIEMAEASGLHLVPKEKRNPLITTTFGTGELIKAALDKGVTKIILGIGGSATNDGGAGMIEALGGIFYDNYGYQLERGGGALSHLAQIDLSHLDVRLKSIEVEVACDVANLLLGPNGASAIYGPQKGATEEMVQQLDDALYTFHEVMVKATGTSVKNVPGSGAAGGLGASLLAVLQAKLRPGIEIVLKESQFFNRVKHADLVITGEGKIDSQTINGKTPIGVARAAKKCGVPKVIAFCGTLGKGYEAIYAYGIDAAFSITPGPCQLEEAMIHAEAYLEGVARNVAKIYCHDM	PGPT0018175_998	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0018175-garK|glxK-K00865	NA	NA
AK148_03853	1269	gntP	COG2610	High-affinity gluconate transporter	ATGGAGATTGAAGTAAGTGCATGGGGCGCAATTATCGGTTTATTCTTAGCTATTTTTATGATTTTAAAGAAAATCCCAGCTGCTTACAGTTTAATTACTGGCGCCATTGTAGGTGGTCTTGTCGGTGGTGCGAGCCTAGTAGATACCGTGCAATTAATGGTTACGGGCGCGCAAAATATTTTGCCCGCTATACTAAGAATTTTAGCTGCTGGTGTATTAGCAGGCGTACTAATCGAATCAGGCGCAGCCTCAAAACTAGCACAATCAATTGTTTTCAAATTCGGGCATACGAGAGCATTGCTTGCTTTAGCTATAGCCACTATGTTGTTAACGGCAGTAGGTGTATTTGTTGATGTTGCCGTTATTACGGTAGCACCAATTGCTTTAGTCATAGCTTCAGAAGCTAGGCTATCAAGATTTGCCATCCTCATTGCCATGGTAGGTGGAGGTAAAGCAGGGAACATCATGTCACCAAACCCGAATACGATTGCTGTATCGGAAGCTTTTGATGTGTCGTTAACATCGGTTATGGCAGCAGGAATGATTCCAGCGCTTTTTGGACTCATGGTAACTTATATGATCGCAAAACGAGTTTCGGCAAAAGGTACGGCTATTCAAGCAAGTGAAATTGAACAAACCAATATGGAATCGCTACCTTCTTTGTTCACAGCTGCATTAGCTCCTATTGTAGCCATTCTTTTACTTATAATGCGTCCACTGTTTCAGATAAATATTGATCCAATGATTGCATTACCTGTTGGTGGATTAGTCGGCGTTATAGCAATGGGGAAATGGAAGAACACAAATACTTATATTAAAAGTGGATTAGCAAAAATGGCACCGGTTGCAATTTTACTCATTGGAACAGGAACAGTAGCTGGAATTATTACGAATTCTAAATTAGATACCGTCCTTATCCATGTATTAGAAGGATTTGGTTTACCTGCTTTTGCGCTAGCGCCAATATCAGGAATGTTTATGTCAGCAGCAACCGCATCGACTACAGCAGGATCTGTTGTAGCAAGCAGTGTGTTTAGCGGAGCTATTTTAGAATCCGGGGTTGCTGGTTTAGCAGGAGCTGCTATGATTCATGCAGGTGCTACCGTACTTGATCATATGCCACACGGTAGTTTCTTTCATGCCACAGCAGGCAGTGTTGGCATGCAAGTGCAAGAACGGTTGAAATTAATTCCATATGAATCGTTCGTAGGTATTACAATGGCTATCGTCTCTACCCTTATCTACGGTGTATTTCAATGGTTTTTATAA	MEIEVSAWGAIIGLFLAIFMILKKIPAAYSLITGAIVGGLVGGASLVDTVQLMVTGAQNILPAILRILAAGVLAGVLIESGAASKLAQSIVFKFGHTRALLALAIATMLLTAVGVFVDVAVITVAPIALVIASEARLSRFAILIAMVGGGKAGNIMSPNPNTIAVSEAFDVSLTSVMAAGMIPALFGLMVTYMIAKRVSAKGTAIQASEIEQTNMESLPSLFTAALAPIVAILLLIMRPLFQINIDPMIALPVGGLVGVIAMGKWKNTNTYIKSGLAKMAPVAILLIGTGTVAGIITNSKLDTVLIHVLEGFGLPAFALAPISGMFMSAATASTTAGSVVASSVFSGAILESGVAGLAGAAMIHAGATVLDHMPHGSFFHATAGSVGMQVQERLKLIPYESFVGITMAIVSTLIYGVFQWFL	PGPT0001340_2701	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
AK148_03854	1137	cdaR_3	COG3835	Carbohydrate diacid regulator	ATGTTAACAGAACAACTTGCTTCAGAAATTGTAAAACGTACCATGTCTATTTTGGAGTTAAATGTCAATGTAATGGATAAAACAGGAACGATCCTTGCTTCAGGTGACACAAATCGTGTTGGGCAGCTTCACCATGGGGCCTGTAAGGCAATTGAACAAAAACGAACCATCGATATTCATTCAGTAGAAGAAAGTTGGCAAGGTAAAGCAAAACCTGGTATTAATTTACCAATTCGATTTCATGATGATATTGCTGGAGTTATTGGTATTACCGGTGAACCTGAAAAAATTAGAGGATTTTCTAAATTAGTGCAAATGGGAGCAGAACTAACGTTAGAGCAAGCTTTTTTGACTCGAGAGATCGATCGAAATGCTAGGATGCGTGATGATGTTATTTCTCATTTATTATTAGGTTCCGATAAAGAACAAGCATACATACTAGATAGAGCGCGGTCGCTTAAAATTAATATAGAAGAAACATTTGCCACTATTCTTCTTTCTATACCTTATCATACCGCCACTACCCAACCTGTAAACCAAATTGAAGCTTGGGCAAATACGTTGGTTACAGAAGAAGATGAAATCGTTCGTTTTTATACAAACCAATTTGTTATTTTAAAAAAACAACAGAAGCCATATCTAAATACAAATGATTCCTTAAACAAATGGTTAACAAACAAATTACCCTCTGCACCTATTTCGGATTTAACGGTTGCCTTAGGCCCATTTGCAAGTGGATTTATTGGCTGGAGACGTTCCTTTGAAACGGCACAAATTGTTAAAGATACAGCAGAAGCTTTATATCCAGAAGGCGGAGTTTGGGACCAACAAACACTAGGGCTATCTATCTTATGTTATCGTTTTTTACAGGCCGCAAATGAAGAAGCACAAGCGATTAGCTCTATTTATAAAAAAATACTTCATGCAAATGACGGTAAAACACTAGATGAAACATTTACAACCTACGTTAAAGCGAATGGAGAAATGACAAAAACAGCAAATATCCTCTTCATTCATCGTAATACATTAGCATACCGGTTGGACAAAATTCATGCAATAACTGGGAAAAACCCAAGACATCTACAGGATCTTATCGAGCTAAAAGTGGGAGAAATTCTTTATAAGTTAGCAACATAA	MLTEQLASEIVKRTMSILELNVNVMDKTGTILASGDTNRVGQLHHGACKAIEQKRTIDIHSVEESWQGKAKPGINLPIRFHDDIAGVIGITGEPEKIRGFSKLVQMGAELTLEQAFLTREIDRNARMRDDVISHLLLGSDKEQAYILDRARSLKINIEETFATILLSIPYHTATTQPVNQIEAWANTLVTEEDEIVRFYTNQFVILKKQQKPYLNTNDSLNKWLTNKLPSAPISDLTVALGPFASGFIGWRRSFETAQIVKDTAEALYPEGGVWDQQTLGLSILCYRFLQAANEEAQAISSIYKKILHANDGKTLDETFTTYVKANGEMTKTANILFIHRNTLAYRLDKIHAITGKNPRHLQDLIELKVGEILYKLAT				NA	NA	NA	NA	NA
AK148_03855	435	uspF	COG0589	Universal stress protein F	ATGAGTGCAAATATTCTAGTAGCTTATGACGGTTCAGAATTAAGTAGAAAAGCAGTAGAGGAAGCAAAAAAGCAGGCTAAGCTTGTTGATGATGCAACAGTGCATGCAGTAACTGTCATTACTCACGCTGGGCCAACAGCTAATGCGGCACTTGCTCGCAGTTTTATGGGTGATATGGCAGAAGAAATTCGTCCATCAATGGAAAGGATACGAGAAGAATTTGAAGAAGAAGGCATTCATTGTAAATCGGAAGTGTTGTTAGATTATTCTTTTCGTAATCCAAGCTCTCAAATTGTAGAGTATGCAAAAGAAAATAATATAGAATTGATTATTTTAGGTAGTAGAGGACTGGGTGGAGTAGGTCGACTTCTGTTAGGAAGTGTCAGTAGTCAAATTGTTCAACATGCAGCGTGTAAAGTACTTATTGTAAAATAG	MSANILVAYDGSELSRKAVEEAKKQAKLVDDATVHAVTVITHAGPTANAALARSFMGDMAEEIRPSMERIREEFEEEGIHCKSEVLLDYSFRNPSSQIVEYAKENNIELIILGSRGLGGVGRLLLGSVSSQIVQHAACKVLIVK				NA	NA	NA	NA	NA
AK148_03856	696	trpA_2	COG0159	Tryptophan synthase alpha chain	ATGAAACAACTTGCATTGTATCTGCCGTGCTGTTTTCCAAATGAAACAAAATTTTTTGATGTTTTAGATCTTATGGAGAAATATAAGGTCGACATTTTAGAATTGGGTGTTCCAGTCACCAATCCTCACATGGATGGGGCGGTTATTAAGGAAAGCCATCAACAAGTGTTAAATCAAGGGTTTAATAAAGCCGATTTTAAACAAATACTAGCTAGAATAAAGGAGCAATATTCTTTTAAAGTAGTGGTTATGACTTATGCGGAAGGTCTTATGGAGTACGATTTATTAACTTCCTGTAAAAATACAATGGACGGTTTACTATGCGTTGATAGAACTGTTACTATTGAAGATTTTCATTCACCTATACAGATTTATAATGAGGAAATGACTGACGAAGTACTAAAAGAACAGTTGGAACATAATCGTTTATTCGCTTATTGTATGAGTGGCATTGGTAAAACGGGTAGCTTTCATCATGTGCCAAATAATTATATGGATACAATGAAGCGTATAAAGACGTTTAGCTCGATTCCTGTTTATATTGGATTTGGCATCAAAGATCAAAGAGACGTAGCTAGTGTGTTTGCAAACGGTGCAGATGGAGCAATTATTGGTTCTTATTTTGTGAACTTGGTAGCAACTTCTACAATGGAGCATATTGAAAACTATCTCAACGAACTAAAGTATATTCGATAA	MKQLALYLPCCFPNETKFFDVLDLMEKYKVDILELGVPVTNPHMDGAVIKESHQQVLNQGFNKADFKQILARIKEQYSFKVVVMTYAEGLMEYDLLTSCKNTMDGLLCVDRTVTIEDFHSPIQIYNEEMTDEVLKEQLEHNRLFAYCMSGIGKTGSFHHVPNNYMDTMKRIKTFSSIPVYIGFGIKDQRDVASVFANGADGAIIGSYFVNLVATSTMEHIENYLNELKYIR	PGPT0007070_4859	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
AK148_03857	1278	ulaA_3	COG3037	Ascorbate-specific PTS system EIIC component	ATGGATTTCATTATGTATCTAATTGACAATATATTCAGTCAAGCAGTGTTTGTAATTGGAATTGTTGTTTTAATCGGCTTATTGGTACAAAAGAAAAGCTTTGATAACATTGTTTCCAGCACAGCTAAAACAATGATCGGCTTTTTGCTTATTAACACCGGAGCACAATCTCTAGGAATATCTTTATTACCTTTACAGCCAATGCTTAGTAAAGTATTTCATTTGAATGCAGAAGTACCAACACTTGCTGAAGCTCAGATGGAAAGCTTTGTTGCAATTGGTACTGAAATGGCACTTATTTTTGCTTTAGGCTTCATTATTCATATTTTATTTGCAAGAATGACCCCATTTAAATATGTACACTTGTCTGCTCATGTGTCTTTTTTCTATGCTGGTTTAATCGCAGCATTGTTAAAGTTCGGTACGAATATGGGATTTGTCCCACTTGTATTAACTGGTTCACTTATACTCGGATTTTATTTAACGTTTACTTGTTCTTATGTAGCGCCGCTTATGAAAAATATTAAAGGTGGAGAAGGCTTCACGTTAGGGCATTCTAGTTCTAGTGGTGTTTGGATTGCAGCAAAGCTAGGCGGGGTGTTTGGTAATAAAAAACGCGATTTAGAAGATATTAAGATTCCGAAAATGTTAAATTTCTTGCGTGAAATGACGATAGCGCTAACAGTTATTATGTTTTTATTATTCCTTGTTGTATCCATTATCTCTGGTCCAACTTGGGTTATGAAAAATATAAGTGAGGGAAGAGATGTTTTTTCTTTCTCTTTATTAAATGGCTTGCAATTTGGATTGTGGATTACTGTTATTTTAGCTGGTGTAAGGATGTTATTAGCTGAAATCATCCCTGCATTTCACGGAATTGCTGATAAAGTTATCCCAAATGCAAAACCTGGCTTAGATGTACCGCTTTTATTCCCAAATTACCCGACCTCAGTTATTGTAGGCTTTTTAACGAGCTTAGTTGCGGGATTTGTTGGGATGATCATCTTGGCTTTCATTGATTATCCAATTGCTGTTTTTCCAGCACTAATACCAACATTCTTTACTGGTGCTGCTACAGCAATATTTGGGAATTCAACAGGGGGAGTTAGAGGTGCATTGATTGGTTCGTTTGCCAATGGTTTAATTTTAATTCTTGGTCAAGCATTTCTTCTTCCGCAAGTAGGGTCCTATGCTTCTATTATGCGCATACTTAGTGAAACTGACTATGCTTTGTATGGGCCATTACTAGGTTTGTTACTTAAGTTGATTGGAGGCTAA	MDFIMYLIDNIFSQAVFVIGIVVLIGLLVQKKSFDNIVSSTAKTMIGFLLINTGAQSLGISLLPLQPMLSKVFHLNAEVPTLAEAQMESFVAIGTEMALIFALGFIIHILFARMTPFKYVHLSAHVSFFYAGLIAALLKFGTNMGFVPLVLTGSLILGFYLTFTCSYVAPLMKNIKGGEGFTLGHSSSSGVWIAAKLGGVFGNKKRDLEDIKIPKMLNFLREMTIALTVIMFLLFLVVSIISGPTWVMKNISEGRDVFSFSLLNGLQFGLWITVILAGVRMLLAEIIPAFHGIADKVIPNAKPGLDVPLLFPNYPTSVIVGFLTSLVAGFVGMIILAFIDYPIAVFPALIPTFFTGAATAIFGNSTGGVRGALIGSFANGLILILGQAFLLPQVGSYASIMRILSETDYALYGPLLGLLLKLIGG	PGPT0017105_1138	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_TRANSPORT,PGPT0017105-ulaA|sgaT-K03475	NA	NA
AK148_03858	267	ulaB_2		Ascorbate-specific PTS system EIIB component	ATGATTAAAATTGTTACAGTTTGTGGTGCTGGTGTAGGGAGTAGTATGATGTTACGGGTATATGCACAGCAAGTGCTGTCTGAAGAAGGAATTCAAGCTACTGTGGAGGCATCAGATATCAGCTCAGTAAGTGCGGATGAATATGATATTGTTATAACAACGTCTGATTTTGCAGATATTTTACGCAATTCAAAAGCGAAGGTTGTAAGAATTGATAACATGATGGATAAAGAGTTGCTTAGAACAGAATTGATGAAAGTAATTTAG	MIKIVTVCGAGVGSSMMLRVYAQQVLSEEGIQATVEASDISSVSADEYDIVITTSDFADILRNSKAKVVRIDNMMDKELLRTELMKVI	PGPT0017110_1076	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_TRANSPORT,PGPT0017110-ulaB|sgaB-K02822	NA	NA
AK148_03859	2079	manR_4	COG1762	Transcriptional regulator ManR	ATGAATAATCGCGCGCGAGATATTGTTTTATTATTTATTGAAAATGATCATTTTTTTACGGTCCATGCACTTACGCAACACTTTTCTGTAAGTCAACGTACTATTTACAATGACTTAATGGACATTGATGCATTTTTGGCAGCATATGATCTTCCCTCTTTACTACGTCAAAAAAGAAACGGCATAAAATTACAGCTTCGGAAATCGGATCAAAAAAAACTAAAAGATCTATTGGATCAAGAAGAACTAGGGGTCTATTCACCTGAAGAACGAAGAAATGCTGCTTTACATTATATGTTAACTCGCCATGAATATGTAACTATTGATCAAGTTTCTAACTTTTTAAAGGTATCGAGAAATACGGTAATTAACGATATGAAGCAATGGAAGCTTTGGTTACAGGATCAATCATTATCGTTAACATCCTATCCTTATAAAGGCTTGAAAATAGAGGGTACAGAATTAGCAATGAGAAAAGCACTCTTAACAATTTATAAAAATGAAAAAAGAGAGCGTGTACAAATTACAAGCGTAGAACAGTCTATTCTAAATGAGTTTCTTTCTGTTGAAGAGATCAACCACCTTACTCGTATGGTTAGAAAGGCTGAAGATGATCTGCAAATAATTATTTCAGATCATTCCTACTTTAGAGTTATTCTTCACCTTGGATTGGCTATTACTCGCGTAAAGATGCGACGTACACTTAACGATGAAGCGATTTCTGCAAGTATTCTAGAAACTCGTGAGTATGAAGTAGCTTGTATCATCCAAAAAGAAATAGAACGAGCTTTTAGCATCGTGTTTCCAGAAAACGAAGTAATGTATTTTGCTTCACAACTTGTTAGTAGTAGTCTGCAGGGGGCGAAACAATACGGAAATACGAACGACCAATGGCTTCCATTACAAATGGTAACTCGTACTTTTGTTGAAAAGCTAGAAACGGTATTTCATATGTCGTTTATGGAGGATGCGCAACTATTTAACGGTTTAATGGCTCATTTACGGCCAGCCATTTACCGGCTTAAAAATGATACGCACATTGAAAATCCTGTTTTAAATGCTATAAAGGAAAACTACCAATATGTGCATCATCAAGTAATGCAGACAATCCCTGTTGTTGAAACGCAGTTGGACGTTAACTTTAATGAACATGAAGCTTCTTTTATTACGATGTATGTTACTGCAGCTATAGAAAGACAAAAGAAAAAAATCCGTAGAAAGCCTGTTGTCATTATTGTTTGCGATACAGGAATGAGCACATCACAAATGTTAGCAACACAATTAAAAAATTTGTTTCATATCCGTGTACTAGGTGCATTTCCAGCCAGACAGGCTGCTGAAATTGTTCAACAAGAGTTCATTGATTTAGTCATAACGACTGTTTCAATAGAGATTAAAGGGACAGAAGTTATTAATGTGAATCCTGTATTATCAAAAGAAGATATTCAGAAATTAGCTTTGTTATTAGAAAAGTTTGAGGGACAAGAGTTGCTTGTGTTGGATATTTTGCAAATTATAGAGCCTTACTGTACTGTTCTTAATTCATTGGAGCTTAGAAATAAGCTACAGCAGTATTTTCAGCATGATGCAACAAAAACGCGTCAACTAGAGAGGAGAGCAAATCCTGTGTTAATTGAAGTATTGAATGAAAATCTGATTATTACACAATCAGATGTACAAGATAGAGATAGTGCTGTAAAACTAAGTGGTGAATTGCTCTTGAAAAATGACTTAATTAAACGAGATTACATTGAAGCAATGGTTAACAATGTTCATGAAAATGGTACTTATATCGTCATTGCACCTGGGATAGCCATGCCCCATGCAAGACCAGAGTATGGAGCAAAAGAAATTGGTTTTAGCATTGTTACATTGAAAGATCCAATTGCTTTTGGGCATAGAACGAATGATCCTGTGAGAATTGTTATTGGTTTTTGTGCAATAGATCACGAAACACATTTGACTGCATTGTCAGAATTAGTGGGTGTTTTAAACCAAGAAGAAAAGCTAACGGCGATTTTAAACGCTGAATCATCAAAAGAAATTATGGATATTTTTCAAAAGGAGGAAAAACAATGA	MNNRARDIVLLFIENDHFFTVHALTQHFSVSQRTIYNDLMDIDAFLAAYDLPSLLRQKRNGIKLQLRKSDQKKLKDLLDQEELGVYSPEERRNAALHYMLTRHEYVTIDQVSNFLKVSRNTVINDMKQWKLWLQDQSLSLTSYPYKGLKIEGTELAMRKALLTIYKNEKRERVQITSVEQSILNEFLSVEEINHLTRMVRKAEDDLQIIISDHSYFRVILHLGLAITRVKMRRTLNDEAISASILETREYEVACIIQKEIERAFSIVFPENEVMYFASQLVSSSLQGAKQYGNTNDQWLPLQMVTRTFVEKLETVFHMSFMEDAQLFNGLMAHLRPAIYRLKNDTHIENPVLNAIKENYQYVHHQVMQTIPVVETQLDVNFNEHEASFITMYVTAAIERQKKKIRRKPVVIIVCDTGMSTSQMLATQLKNLFHIRVLGAFPARQAAEIVQQEFIDLVITTVSIEIKGTEVINVNPVLSKEDIQKLALLLEKFEGQELLVLDILQIIEPYCTVLNSLELRNKLQQYFQHDATKTRQLERRANPVLIEVLNENLIITQSDVQDRDSAVKLSGELLLKNDLIKRDYIEAMVNNVHENGTYIVIAPGIAMPHARPEYGAKEIGFSIVTLKDPIAFGHRTNDPVRIVIGFCAIDHETHLTALSELVGVLNQEEKLTAILNAESSKEIMDIFQKEEKQ				NA	NA	NA	NA	NA
AK148_03860	1563	caiT	COG1292	L-carnitine/gamma-butyrobetaine antiporter	TTGAGTACAAAGCGTAAAGGAAGGCAGCAAAAAAAATTAATTGATTATCAAATTTTCTTACCGGCACTTTTCATTATTATTGCTATTAGCATTCCCTTATCATTGTATGAAGATGAATCGCTGAAAATTTTAAATACGATATTTAATAAATTAGTAGATGTGTTTAGTTGGGGCTATCTATGGTATGCAATTATCTTAGTAGGCGTAGCGTTTTATTTATCTTTTTCAAAATACGGTAAAGTGGTGTTAGGAAATCCTGCTGATAAGCCACGGTTTACATTATTTGAATATGCGTCTATTTTAATTGCTATGGGTTTAGGCTCAACGATTATGCGTACAGGCATGACGGAGTGGGCGAATGTTGCGGTTAACCCACCATTTGGAGTCGCTCCTCAGTCAGCGGAAGCTATACTGTGGGGGAATTCATATAGTATGTTTTTATGGAGCTTTCAAACATTTGCTATCTTTGTGATGGCTGCTCCAGCAATGGGGTATATTTTACATGTGAGAAAGAGTCCAGTCATGCGGATATCTGAAGCTTGTCGTGTTATTTTCGGGGACCAATTTACAGATGGTGTCGGGGGCAAAATTTTAGATGTTATCTTTCTAATAAGCATTCTAGCAGGAGCCGCTGTAACATTAGGACTGGGCGCGCCGATTGTTACTTATAATCTTGCTGAACTATTAAACATAGAAATAAACTTTACCCTAACGTTTATTGTTACAGTTGTATGGGTGCTTTTATTTTCGGTGAGTGCTTATTTAGGGATAGAGAGAGGAATAAAAAAGTTAAGTACATTTAATATGTATCTTGCTGGTGCATTTGCTTTAATTATTATGCTAATAGGACCTGGTGTTTTTATCCTTAATTACTTTACGGACACTGTTGGATTTTTAGTGTCTAATTATGTCGATATGTCTTTTCATACAAATGCTTTAAGTATCGGTGGGACTTCGCATATAGAAAGTCAGACTATATTTTGGTTTGCTTATAATGCTACTTGGGCCATGTTGCACAGCGTATTTGCGGTGAAGATTTCTTATGGTCGTACGATTAAAGAAATGATATTAACGTATTTAATGGCTCCAACTTTTATTTCTTGGGTAGCAACAGGTGTACTTGGTGGTTTAGGTGTAAACAGTTATTTGTCAGGTGATGTTTCCGTCTTAGATACGGTAGCAAATAATGACGCTATGCAAGCTATTCCAGATATATTATCGTCGTTACCATTTTCAACGATCGTGCTTATCATGTTTATTACGATTGCAATGATTTTCTTAACGACTACATTAGATTCTACTACGTATACTATCGCGTCTTATACGAGTACCGAAAATATGAGCAAAGTGGAACCGTCCAAATATTTACGCATCATTGTCGCTGCTGTTATTACAGTGCTGGCGTTAATTTTAATGCGAATAGGTGGTTTGCCGCCGTTAGAAGTTGTTTCAGGATTATTGGGGCTCCCAATAATTGTTGTTCAATTTCTAACGATATATGCTATTAAAAAAATGATCGATGAAGATAAAGCTTGGAAAACAAATGTACGTGATGAAGAATAA	MSTKRKGRQQKKLIDYQIFLPALFIIIAISIPLSLYEDESLKILNTIFNKLVDVFSWGYLWYAIILVGVAFYLSFSKYGKVVLGNPADKPRFTLFEYASILIAMGLGSTIMRTGMTEWANVAVNPPFGVAPQSAEAILWGNSYSMFLWSFQTFAIFVMAAPAMGYILHVRKSPVMRISEACRVIFGDQFTDGVGGKILDVIFLISILAGAAVTLGLGAPIVTYNLAELLNIEINFTLTFIVTVVWVLLFSVSAYLGIERGIKKLSTFNMYLAGAFALIIMLIGPGVFILNYFTDTVGFLVSNYVDMSFHTNALSIGGTSHIESQTIFWFAYNATWAMLHSVFAVKISYGRTIKEMILTYLMAPTFISWVATGVLGGLGVNSYLSGDVSVLDTVANNDAMQAIPDILSSLPFSTIVLIMFITIAMIFLTTTLDSTTYTIASYTSTENMSKVEPSKYLRIIVAAVITVLALILMRIGGLPPLEVVSGLLGLPIIVVQFLTIYAIKKMIDEDKAWKTNVRDEE	PGPT0021960_793	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARNITHINE_USAGE	PLANT_DERIVED_CARNITHINE_DEGRADATION,PGPT0021960-TC_BCT-K03451	NA	NA
AK148_03861	1233			hypothetical protein	ATGCAAGTTTTAAAGAAAAAGCCAGAAGTTTTAGCGCCAGCTGGAACATTAGAAAAATTAAAAACAGCTATATACTACGGTGCAGATGCTGTTTACATTGGTGGAAATGCATACGGATTACGAAGCCGTGCAGGTAATTTTTCGTATGAAGAAATGCAGGAAGGGGTTGCCTTTGCCAAAAGACATGAAGCGAATGTGTATGTTGCTGCAAATATGGTAGCTCATGAAGGAGATATGAAAGGAGCTGGGGATTTCTTTCGAACGATAAGGGATATTGGGGTCCGTGCAGTTATTGTCTCAGATCCAGCTTTAATTGAAACGTGTATGATAGAAGCGCCGGGGCTTCCGATTCACTTATCGACACAATCTTCTGCAACGAACTATGAGACGTTGAACTTTTGGAAACAAGAGGGTTTGGAGCGTGTTGTATTAGCAAGAGAAGTTGGAATGGATGAGATTAAAGAAATACGAAATCATACAGATGTAGAGATTGAAGCATTTATCCACGGTGCAATGTGTATTTCATATTCTGGGCGTTGTACGTTATCTAACCATATGTCTGCTAGAGATGCAAATCGAGGCGGTTGTTCCCAATCCTGTCGTTGGAAATATGATTTGTTCGAGTTGGAGCATCAAGGCGTTTGCCAAGCTTATACAGATGAGGAAACGGATGAACCATTCTCCATGAGTGCGGTAGATATGTCTATGATTCACCACATTCCCGACTTTATTGAAAATGGCGTAGATAGTTTGAAAATTGAAGGAAGAATGAAATCAATCCATTATGTTTCTACGGTAGCAAATGTGTACCGCAAAGCTGTTGACAGTTATTGTGAAGATCCTGCTCATTTTACATTCCAGCAAGCTTGGGAAGATGAACTTTGGAAAGTGGCACAACGTGAATTATCAACTGGTTTTTATTACGGAACGCCGAGTGAACAGCAGCAATTATTTGGACGTCGTAGAAAAATTCCGGTATATAAATTTGTTGGTCAAGTATTGGAATATAATGATGCTTCCAAAATAGCTACTGTACAACAACGAAATAGTTTTTCTGTCGGAGATAAAGTAGAGTTTTACGGCCCTGGCTTTACACATGTTTATCAAACAATAAATCAGATGTGGAACGATGAGGGTGAGCCTATAGAGCGAGCTGCTCACCCAATGATGAAAGTCCGTGTGCAAATGGATGCACCTGTGAAGCCATTCGATATGATGAGAAAAGCAAAATAG	MQVLKKKPEVLAPAGTLEKLKTAIYYGADAVYIGGNAYGLRSRAGNFSYEEMQEGVAFAKRHEANVYVAANMVAHEGDMKGAGDFFRTIRDIGVRAVIVSDPALIETCMIEAPGLPIHLSTQSSATNYETLNFWKQEGLERVVLAREVGMDEIKEIRNHTDVEIEAFIHGAMCISYSGRCTLSNHMSARDANRGGCSQSCRWKYDLFELEHQGVCQAYTDEETDEPFSMSAVDMSMIHHIPDFIENGVDSLKIEGRMKSIHYVSTVANVYRKAVDSYCEDPAHFTFQQAWEDELWKVAQRELSTGFYYGTPSEQQQLFGRRRKIPVYKFVGQVLEYNDASKIATVQQRNSFSVGDKVEFYGPGFTHVYQTINQMWNDEGEPIERAAHPMMKVRVQMDAPVKPFDMMRKAK	PGPT0021005_2792	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0021005-PUTATIVE_PROTEASE-K08303	NA	NA
AK148_03862	915	rlhA	COG0826	23S rRNA 5-hydroxycytidine synthase	ATGATCGAACTTATAGCGACAGCAGAATCAGTGAACCAAGCAAAGTCATTATTAAATGCTGGTGTTGATACATTATATGTTGGAGAGGATACATTTGGTCTCCGTTTACCAGCAAGTCTATCGCGAGAAGAAGTGAAGGAAATATGTTATATAGCCCATGAAAATAATAAAAAAGTATGTGTCGCAATGAATGCTATTATTCATAACGATCGAATTAAGTTAATTCCTGGCTATTTTGAGTTTTTACAAGAACTAATGGTTGATTCGGTAACTATTGGTGATCCGGGAGTTATCCATTTACTACGCAAGTATCAAGTGCAATTACCATATGTGTATGACCCTCATACGATGGTTACGAGTGCAAAACAAGTGAATTTCTGGGCGCAGCGTGGAGCCAAAGGTGCAGTACTTGCAAGGGAGTTAACGTATCAAGAATTACATTCTATAGCTACCAATGCGATAATTCCTGTGGAAGTACTTGTTTATGGAGCAACTTGTATTCACCATTCAAAGCGGCCCCTCCTTACGAATTATTTTAGTTATACAAAACAGCAAAACGTGAATAACAAAAATTTATTTATGGCAGAAGCGAAAAAACCAACAACACATTATTCAATTTATGAAGACATCAATGGTACACATATATTTGACACAAATGATATTAACTTATTACCTTATTTAGAAAAATTAGCGCATGCACGGATTTTAAAATGGAAACTAGATGGGATCTACACACGAGGACAAGCATTTGTAGAGATTGCAAAGCTTTTTGTTCAAGCAAAACAGGCGTTTGTAGATAATGGTTGGAGCGATCAGTTGCAGGAAAATTTAACAACAAAATTAATAGAAAATCATCCATATGAACGAACGCTGGATGCTGGATTCTTTTTAAAAAATCCAGAAGATGTGCAGTAA	MIELIATAESVNQAKSLLNAGVDTLYVGEDTFGLRLPASLSREEVKEICYIAHENNKKVCVAMNAIIHNDRIKLIPGYFEFLQELMVDSVTIGDPGVIHLLRKYQVQLPYVYDPHTMVTSAKQVNFWAQRGAKGAVLARELTYQELHSIATNAIIPVEVLVYGATCIHHSKRPLLTNYFSYTKQQNVNNKNLFMAEAKKPTTHYSIYEDINGTHIFDTNDINLLPYLEKLAHARILKWKLDGIYTRGQAFVEIAKLFVQAKQAFVDNGWSDQLQENLTTKLIENHPYERTLDAGFFLKNPEDVQ	PGPT0021005_3240	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0021005-PUTATIVE_PROTEASE-K08303	NA	NA
AK148_03863	354			hypothetical protein	ATGATTAAAATAACCCCAGCAAAGGTGGATAATGCAATTGAAATTGAGGTGCAAGGAAAAGTAGAAAAAGAGGATTTGAATCATTTTGAAGAATTTTTTATGCTGAAAAGACAAGAATATAATAAAGTTAATATACTTCTTCTACTTGATAAAATGGAAGGAATGACTTTGAAAGGTGTTTTGGAAGATTTGAAAATGATACAACATTTAAAATATATACAAAAATTGGCAATTGTGAGTGATAAGAAGTGGATAGAAATAGGAGTTAAACTGGAGAACCTGCTTCCAGAAACAAAAGTAGAGCATTTTACACCAGACAATAAGGCTCAAGCGCAACAATGGTTAGGTAAATAA	MIKITPAKVDNAIEIEVQGKVEKEDLNHFEEFFMLKRQEYNKVNILLLLDKMEGMTLKGVLEDLKMIQHLKYIQKLAIVSDKKWIEIGVKLENLLPETKVEHFTPDNKAQAQQWLGK				NA	NA	NA	NA	NA
AK148_03864	948			hypothetical protein	ATGAATAATTGGAAAAATCCGATATTATTATTGTTATCCATTAGCATTTCAAGCATTGGTAATTTTATCCATTTAGTAGCTATTAACATCATTGTTTATCAGCTTACTGGTTCAGCAGCCGCAGTTGCAGGCCTTTGGATTATCGGACCATTAACAAATATACTCACAAAGTTCTGGACAGGAAGTTTTATTGATTATCGGAGTAAGCGTTATGTAATGAGCGTAACATATATAATCCGAGCTGTTTTTATCAGCCTCATCCCCTTTGCACCAAACATGATTGTCATTTATATTATCCTTGTCGTTCTGAGTATAGCGAACGCTTTTTTCCATCCTGCATCAACTACTTACATTACGATTCTCGTTCCAAACGAAAAAAGAAAACGCTTCAACTCTTTTCATTCATTTGCTAGTTCTGGCGCCTTTATCATTGGCCCAGCCATCGGTGGTACACTTATTTTATCAACAAGTGTAGAGATAACGCTCTGGCTCAACGCCATATCCTTTTTATTAGCATCCATTTTATTGTTATTTATCTCCCAGACAGAATACATTGTAAAAGAAGCAATCCCTAATTTGACCTTTTCGCAAATTATAAAAGATTTTACTGTGGTACAACGCTTTCTAAAAGAAAACAAATATGTAAGCTATATCTATCTGGGCTTTATTTTTATTATGCTGTTTACCTTTGCTATGGATGCACAAGAAGTCGTTTTCACACAGCAAATTATAGGTCTATCTGAAATTGAATATAGTCTGTTAATTAGCTTAACGGGGCTTGGTTCTGTTTTAGGTGCTATTTTATTATCTGTATTTTCAAATCAATTCTCCATAAGAAACATGATAAGCATTGGCATTATTATGACTGCAGTTGGGTATGTCATTTACGCTTTCTCTTGGTCTTTCACATCCATTGTTATTGGTTTTTTAATCTTAGGATTTTTTTAG	MNNWKNPILLLLSISISSIGNFIHLVAINIIVYQLTGSAAAVAGLWIIGPLTNILTKFWTGSFIDYRSKRYVMSVTYIIRAVFISLIPFAPNMIVIYIILVVLSIANAFFHPASTTYITILVPNEKRKRFNSFHSFASSGAFIIGPAIGGTLILSTSVEITLWLNAISFLLASILLLFISQTEYIVKEAIPNLTFSQIIKDFTVVQRFLKENKYVSYIYLGFIFIMLFTFAMDAQEVVFTQQIIGLSEIEYSLLISLTGLGSVLGAILLSVFSNQFSIRNMISIGIIMTAVGYVIYAFSWSFTSIVIGFLILGFF				NA	NA	NA	NA	NA
AK148_03865	312	puuC	COG1012	NADP/NAD-dependent aldehyde dehydrogenase PuuC	ATGCAGATAGCAAGAGAAGAAATATTTGGTCCTGTTGTTGCTGTTTTCCCATTTGATACGACAGAAGCAGTTAAAAGAGCAAATGATAGTCAATATGGGCTAGCAGCTGCCGTTTGGACTGAAAATATCCGAACAGGACATCAAATTGCAAGAAGGTTAAAAGCGGGTACCGTATGGATGAATGATTGTAATCAGGAAAATCCTGCTGCTGCATTTGGGGGATATAAGCAATCAGGTATAGGCCGTGAGATGGGAAAGTATGCACTCGACAATTATACAGAAGTAAAAAGCGTTTGGGTTAATTTACAATAA	MQIAREEIFGPVVAVFPFDTTEAVKRANDSQYGLAAAVWTENIRTGHQIARRLKAGTVWMNDCNQENPAAAFGGYKQSGIGREMGKYALDNYTEVKSVWVNLQ	PGPT0006875_4189	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128	NA	NA
AK148_03866	861	cntI		Pseudopaline exporter CntI	ATGAGTAACCGTAATAAAGGTATTATTTTATTACTATTGTCCGCGTTTGGCTTTTCTATGATGGGAGCTTTTATTAAGCTTTCAGGCGATGTTCCAACAGTCCAAAAAACACTTTTTCGAAATGCAATATCTATGGTCATTGCATTTGGATTCGTAAAATATTATGGTGCAAGCTTATTTGGAAAAAAAGACAGCCAAAAATTTTTACTGCTTCGGTCAAGTTTAGGAGCTGTAGGGATATTGCTTAACTTTTACGCCATTGACCATTTAGTTCTGTCGGATGCAGATATGCTTAATAAAATGAGTCCTTTTCTCACCATCATCTTTGCAGCTCTCTTTTTAAAAGAGAAAACACGATTATTTCAAGTAATATCGATTATCATTGCTTTTGCTGGAACACTGTTCATTATTAAACCGACATTTTCATCAGAAATTATCCCCTATATTGCAGGTTTTCTCTCAGCAGTATTTGCTGCAGGAGCTTATACCGTTTTACGTGTGTTAGGTAGAAAAGAACAATTTTACACTGTTGTTTTTTACTTTTCATTTTTTACAACTGTGATTTTATTACCGTTTGTCATCGCATTTTATGAACCTATGTCTTGGCAACAATGGGTTTACCTTTTATTAGCGGGTATTTTTGCTACTGTAGGGCAATTCGGCATAACAATTGCTTACAAATACGCACCAGCGAAGGAAATATCTATCTTTTTCTATTCCACAGTTGTCTATTCTGCATTAATCAGTATAGCCCTCTTTGGACAAATACCAGATGTACTAAGTATCATCGGTTATCTCACCATTTTCAGCGCTTCTTTGTATATGTTTATGAAGAACAATCAACAAAGTCGACTAGAATAA	MSNRNKGIILLLLSAFGFSMMGAFIKLSGDVPTVQKTLFRNAISMVIAFGFVKYYGASLFGKKDSQKFLLLRSSLGAVGILLNFYAIDHLVLSDADMLNKMSPFLTIIFAALFLKEKTRLFQVISIIIAFAGTLFIIKPTFSSEIIPYIAGFLSAVFAAGAYTVLRVLGRKEQFYTVVFYFSFFTTVILLPFVIAFYEPMSWQQWVYLLLAGIFATVGQFGITIAYKYAPAKEISIFFYSTVVYSALISIALFGQIPDVLSIIGYLTIFSASLYMFMKNNQQSRLE				NA	NA	NA	NA	NA
AK148_03867	675	lnrK_4	COG2197	Transcriptional regulatory protein LnrK	ATGATAAATGTACTTATGATGAATACAAGCGACATTTTTACACAGGGATTAAAAATTTTATTAGAAGGCGAAGACGATCTGGAAGTTTTAGAAGTCTCCGATCGAGAATCCAATTTTATTGAACAGATAAGTGATTTTGAACCAGATATATTGCTAGTTCATTTAGTTCATGGAGTAAGTGATACATTAAAAAAACAAATAAATGAAATAAGAGAAAAGTATAAACAAATCAGGGTTATATGTATTTTTGTATCCTATGATAAGAAGTTGATCAAGGAAGCTTTAACTTTAGGGGTAAAAGGCTTTTTACTAAGTCACAGTAGTGGAGAGGGGCTTATTCATTCCATTCGAAGCGTGTGGCAGCATCAATATGTGTTTGCGGATGAAATTGTTACGGAAATGATTGACTTTTTAGGAACAGAGTGTATGAACAAAAAAGAAAAACTTAGCCGTTTTTTTTCTTCGCAAAATATGGATATGAATGATAGAGATATTGATATATTATTTTTAATTTATAAAGGGTATAAAAATTTAGAAATAGCTAATGAATTGAATTTGTCAGAAAAAACAGTTCGAGACTATGTGAGCAAGGTGTATAAAAAATTACAAATAAATCATCGTCATAAAGTTAAAGCATATTTGACATCCATTATACACGAAAAAATGAAAGAATAA	MINVLMMNTSDIFTQGLKILLEGEDDLEVLEVSDRESNFIEQISDFEPDILLVHLVHGVSDTLKKQINEIREKYKQIRVICIFVSYDKKLIKEALTLGVKGFLLSHSSGEGLIHSIRSVWQHQYVFADEIVTEMIDFLGTECMNKKEKLSRFFSSQNMDMNDRDIDILFLIYKGYKNLEIANELNLSEKTVRDYVSKVYKKLQINHRHKVKAYLTSIIHEKMKE				NA	NA	NA	NA	NA
AK148_03868	597	srtA		Sortase A	ATGAAAATTACTAAACGTAGCATAGGTATTTGCTTCATGATTGCTGGAGTAATATTCGTGTCAATCCCGTTTTATTATGAATGGAAACAAGCAAAACAAGTTGCAGCATTAGAAGAAGCTTTAGCGATGGTGACGGAATCGGATGAGAATGCTGTTGATTTATCGTCGATAGAAGATCTCCCGTTTTCAGAAGAAGAGCTAAAGGGCGTAATTGAATTAGAGATCCCTTCCATTGACCTCAAACAAAAAATCCTAACCCAAACTACGGAAGAAAATTTAAGCATTGCTTTAACACAAATTAAATCAAATCAAACACCGGGAGAGGGTAATTTTACCGTTGCTGGTCATAGAGGGTATCGAGGAGATCGGCATTTTAGACAACTACCTAATGTAAAGCCAGGCTCTAAAGCTTTTTTACACACAGCGAAACAAACTTTTATTTATGAAATTAAAACATCAGAAGTAATTGAACCAACAGCTGTGGAAGTTTTGGATGATCGGGCAGGTGAAGATGAGCTTACTCTTATCACATGCACCCTCGATGGTAAGGAGCGAATTGCAATTAAAGGAACGCTAGTAGGAAAAAATGATTTATGA	MKITKRSIGICFMIAGVIFVSIPFYYEWKQAKQVAALEEALAMVTESDENAVDLSSIEDLPFSEEELKGVIELEIPSIDLKQKILTQTTEENLSIALTQIKSNQTPGEGNFTVAGHRGYRGDRHFRQLPNVKPGSKAFLHTAKQTFIYEIKTSEVIEPTAVEVLDDRAGEDELTLITCTLDGKERIAIKGTLVGKNDL	PGPT0024075_2756	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_RELATED_SORTASE,PGPT0024075-srtA-K07284	NA	NA
AK148_03869	1131	cheB_3		Protein-glutamate methylesterase/protein-glutamine glutaminase	TTGAAAGCCATTCTTGTAGATGATGAACAAATGGCATTGGATTTTTTAGAACATTTATTAAAGGAACTTGATGGAATAGAAATTGTCGATAAACTTACGAATCCTTTTTTTGTAAAAACGAGTATAAGTAAAAATAATCCAGAGGTTGTATTTTTAGATATTAATATGCCACAAGTAAATGGACTGGAATTAGCTGAGCAAATTTTGGAACTAGATTCTAGCATCCATATTGTATTTGTGACGGCGTATGACGAATTTGCTATTAAAGCATTTGAAATTAATGCATTAGATTATTTGTTAAAGCCTATTCAAAAAGACCGTTTAAAGAAAACGATTCAACGCTTGGAGGGGGATATTTTATTTCATAATGAAAAGAGTATGTTGCAGCAGGATCGTTTACGCCTGAATGTTTGTGGTAGTTTTTCCATCACAAAAGCAAATAGAGAAGTGGACTTGATCTCTTGGCGAACTTCAAAAGTTAGAGAGTTGTTTCATTATTTGCTTCATAACAGAGGGAAACTAGTAAGGAAATCATTATTAATTGAATTGTTATGGGGGGAGTTGGATCCAGAAAAAGCTTATGCACAACTTTATACAGCTATCTATCATGTTAGAAAAACATTAAAGCAATACCCAGATAATTTTCAACTGGAAAATATGACAGAAGGATATATTTTATCTACTCAAGCCATCGATATCGATATTGAATTATGGCAAAAAAAACTGGCAGGTTATGCATCTGTTGAAAAGAATAATATTGACCATTATGTTAAAGCAATGGAATATTACACAGCGCCTTATTTTGATGACTATGATTATTGGTGGGCAGAAAATGAAAAGATTAGATTCGAAAGAGTATGGTATAGAACAGCGATGCAGATAGCTAAAGTTTTTACATCTATTTCGTCCTATGATAGAGCAATAGAATGGTATAAACGCATTTATGAACGCTACCCAGAACAAGAAGAAGTACATTTTGCAATAATGAAGCTGTATTCTTTTAGGAACGAAACAGAAAAAGTGGAAAGGCAATATGCTTATTTAAAAACATTACTACAAACGGAATTAGGGACTAGCCCAAATATAGAAATTACAAGTTGGTACCGTCAGTGGAAAAAATATCATATGTAA	MKAILVDDEQMALDFLEHLLKELDGIEIVDKLTNPFFVKTSISKNNPEVVFLDINMPQVNGLELAEQILELDSSIHIVFVTAYDEFAIKAFEINALDYLLKPIQKDRLKKTIQRLEGDILFHNEKSMLQQDRLRLNVCGSFSITKANREVDLISWRTSKVRELFHYLLHNRGKLVRKSLLIELLWGELDPEKAYAQLYTAIYHVRKTLKQYPDNFQLENMTEGYILSTQAIDIDIELWQKKLAGYASVEKNNIDHYVKAMEYYTAPYFDDYDYWWAENEKIRFERVWYRTAMQIAKVFTSISSYDRAIEWYKRIYERYPEQEEVHFAIMKLYSFRNETEKVERQYAYLKTLLQTELGTSPNIEITSWYRQWKKYHM	PGPT0026304_87	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
AK148_03870	3054	rcsC_6		Sensor histidine kinase RcsC	TTGTTACAAAAGACGGAACAAATATCCAAAACCCGATTATTTTTAATCATGAGTTTATTCGCTTTACTATTAATGTTATTTCGTATTAGTTGGATATATGTCCATCAAGCGCCCAAAGAACCAGTTGCAAAAAATGGCGTCATTAATTTTCAAGATGTTAACTTAACAGCTGAGGAAACATATCTATTAGATGGTACATGGAATTTTTCTCCTCATTTATTCATCCAAGCGCCTTCCATAAATAGTGAAACAACAAAAGCCGTTCAACTCCCTCATAACTGGATCAATGATGTAAATAGCGACGAACAAAGCGGAGCATACGGTTTCGGTACATACCAATTAAAAATATTGTTACCTAAAAATCGGCCAGAGCTCCTTTCCTTTCGTTTTTCAGAAGTTCTTTCATCAGTTGCTGTATATATAGATGGAAAACTTGTTTCTCAAATGAATCAGCCACACGTGAAAAATAGTATGACAGAAAAGTACGGAACTTTTTCTGTACCTTTTTCCCCAGATCAAGATGAAGTAGAGTTGACGCTACATGTATCCAACCACGAATTACCTTTTATAGGAGGTATAACTGATTCTGTATGGTTTGGTTCAACAAACGCTATACAAAAAGAAACTTCTTTGTTTTCAGTATTACAAATGATAGTAAGTGTCATCTACTTTTTACATGTCATATATGTATTTAGTCTTGTTTATTTCGGTAAAGGGCAGCATAAAAAAACGCTTTTATATTTTGGTTTTATGCTTGCTACCGTAGGATTTACAAATTTGATTGACGATAATGTCATCATACACTTACCTATCCCAATTGAATGGTATTATCGCTTACTCTATTTATTTTTTCTAACTACATTAATTTGTATGTTGTATTTTATCAAGTCTCTGTATATTTTACGTGATCGTTTCTTTGCTTATTTCTTACTTATATACGGTCTTTTTAGTATAGCTTTTATCATTGTTCCAATCTCCCTATTTCATACTTTAGCTTGGTTAGCAAATATTTTTGTGATTATAGCTGTTATTTTTATGTTAAAACTAATGGCTCCTATTACACAAAGAAGAGATCAGGGTTCTATCATTATCCTTCTTTTCATTGTTAGTTATGGAATTAATGTAGTATGGGGAATGTTATTAAATGACAACCTTATAGAAATGCCCTATTACCCATTTGATTTTCTATTAATGAATATTCTAATTGCCTTCGTTTTATTGCAACGTTATGCTCATTTGCTAAATTTAAATAAACAACAAACGAAAGCTTTACAAACAGCAAATAAACAAAAAGATGTCTTTTTAATGAATACATCTCATGAATTACGAAACCCATTGCACGCAATGATGAATATCGGTCAATCTATCCTTGATAAAGACAGTGCAACTTTATCTTCAAATAATAAAAATCACCTAAAACTACTTGTACGTGTTGGACAACAAATGTCTTATATGCTTCATGACCTTGTTGACTTAACAAGATTAAAAGATGAACGGATCACATTAAAACGAAAAGAAATCGATTTACATGCAATTATTTCTGGTTTAATTGACATGATTGCATTCCTAATAGAAGGGAAAAAAATACAGATTAACGTTTATATTTCTCCTTCTTTTCCAAAGCTTTATGCCGATGAAAATCGTCTTTTGCAAATATTGTTTAATCTCCTGCATAATGCTGTTAAATTTACTAATGAAGGAGAAATAACAATTGAAGCTAAACAAAAAGGAAAAATGGCGATGATCCAAGTAAAAGACACTGGCATAGGTATGAGTGAACAAACAACGGAAAAGGTTTTTCAACCCTATGTACAAGAAAATAGACCTGAAACTAATAACGGTGGAATTGGCATTGGCTTAAGCATATGTAAGAAATTAATAGAATTACACGGAGGAACCATTCGTGTAACTTCCAAACTTTATAAAGGATCTACTTTCTTTTTCACCATCCCCATTGCCCACACATTTGATAAAGATGATCATGAGACTGTTGGAGAAACCTTATATCCTGCTCCGTCCGTGATCCAAAGCGATTGTGGATCAGCTATAGCAAGCTCCATTGATAATGAACGTCAAAGAATTCTTCTTATTGACGATGACTCTGTAAACCTTAAAGTATTATATAATATCTTATCTACCGATTACGAAGTGGCGACAGCTTATAGTGGAGAAACAGCATTACAATGCATCGAAATTGGCAAGTTTGATCTTATCATTTGTGATGTGATGATGCCGAACATGTCTGGGTATGAATTAACGCAAACAGTAAGACAACGATACAGCCTATCAGAACTACCTATCCTGTTATTAACTGCACGGCAACAGTTTGAGGATATTTATGCAGGATTTTTAGCAGGAGCAAATGATTATATAGCTAAACCGGCACAGATTTTAGAGTTACGTGCTAGAGTTCGCGCTTTAACGGAATTAAAAAAATCAATTAATGACCAATTAAAAACGGAAGCTGCTTGGCTTCAAGCTCAAATACAACCACATTTTTTGTTTAATACTTTAAATACGATTGCTTCCTTAGGTTCCATTGATACATCAAGAATGGTTACTTTGCTTCATGAATTTGGAAACTATTTACGTCTAAGCTTTGGCATTCATAATACTCAGACACTTATTCATGTTGAAGATGAGCTAAAACTTACCCGTTCTTATCTTTATATCGAACAAGAGCGATTCGGTGATAGGTTAAAAATTGAATGGGAAATTACAGAAGATAGCAATTTTCACATTTTACCTCTTTCGATTCAACCAATTGTTGAGAACGCTGTAAAACATGGCGTTTTACAACGAATTGATGGTGGGAAGGTTACTATTCGAATCACCAAACTTGAAACCTATTATGAAATAGCTATTATTGATGACGGTGTGGGCATGAAAGAGGATAAGGTCGAAAGCTTGCTAGAAGATTCAAGTAGTAAAAGTAAAGGGATTGGGTTAGCAAATACAAATCGCCGTTTCAAACAAATGTTTGGAAAAGGATTAATCATCATTAGCGAGCCAGACGAAGGCACTACAGTCATCATGGAAATACCTTTCTCCTAA	MLQKTEQISKTRLFLIMSLFALLLMLFRISWIYVHQAPKEPVAKNGVINFQDVNLTAEETYLLDGTWNFSPHLFIQAPSINSETTKAVQLPHNWINDVNSDEQSGAYGFGTYQLKILLPKNRPELLSFRFSEVLSSVAVYIDGKLVSQMNQPHVKNSMTEKYGTFSVPFSPDQDEVELTLHVSNHELPFIGGITDSVWFGSTNAIQKETSLFSVLQMIVSVIYFLHVIYVFSLVYFGKGQHKKTLLYFGFMLATVGFTNLIDDNVIIHLPIPIEWYYRLLYLFFLTTLICMLYFIKSLYILRDRFFAYFLLIYGLFSIAFIIVPISLFHTLAWLANIFVIIAVIFMLKLMAPITQRRDQGSIIILLFIVSYGINVVWGMLLNDNLIEMPYYPFDFLLMNILIAFVLLQRYAHLLNLNKQQTKALQTANKQKDVFLMNTSHELRNPLHAMMNIGQSILDKDSATLSSNNKNHLKLLVRVGQQMSYMLHDLVDLTRLKDERITLKRKEIDLHAIISGLIDMIAFLIEGKKIQINVYISPSFPKLYADENRLLQILFNLLHNAVKFTNEGEITIEAKQKGKMAMIQVKDTGIGMSEQTTEKVFQPYVQENRPETNNGGIGIGLSICKKLIELHGGTIRVTSKLYKGSTFFFTIPIAHTFDKDDHETVGETLYPAPSVIQSDCGSAIASSIDNERQRILLIDDDSVNLKVLYNILSTDYEVATAYSGETALQCIEIGKFDLIICDVMMPNMSGYELTQTVRQRYSLSELPILLLTARQQFEDIYAGFLAGANDYIAKPAQILELRARVRALTELKKSINDQLKTEAAWLQAQIQPHFLFNTLNTIASLGSIDTSRMVTLLHEFGNYLRLSFGIHNTQTLIHVEDELKLTRSYLYIEQERFGDRLKIEWEITEDSNFHILPLSIQPIVENAVKHGVLQRIDGGKVTIRITKLETYYEIAIIDDGVGMKEDKVESLLEDSSSKSKGIGLANTNRRFKQMFGKGLIIISEPDEGTTVIMEIPFS				NA	NA	NA	NA	NA
AK148_03871	612			hypothetical protein	ATGAAGAAATATGGGAGGGAATTTATTACGTTTCCAGACGTGACAGTAATGGTTATTATTTTTGCTATCATGTTAGGGTTTACTATTCCGAATTTATACGATTGGAGGGTTTGGGCTGCGATTGGTGTAGGTATGATGACATATGCAATTAGTGAATACATGATACACCGGTTTTTATTTCATATTAAAAAACCGAAGAAGCCATTCTTATTAAAACTAATTAAGCGCTTACATTATGATCACCACGTTGATCCTGATGATGTAAAATTGCTTTTCTTGCCACTCTGGTTTAGTTTACCTAACTTTATCATTTTAGTAGTGATTTGCTATGCTATTACTAGCAATTTGAATTTGACAATGGGCTTTGCAACAGGTGTCATCGGGTATTTTTTGTTTTACGAATGGAAGCATTTTGTAGCTCACAAGCCAATTCAACCGGTAACAAAAATGGGGAAGCAAATTAAAAAATCACATCTTTGGCACCATTATAAAAACGAAAATTACTGGTTTGGTGTGACACATCGTGCGGTAGATAAAACGATGGGAACATACCGTGACCATAAAGAAGTAGAAAAAAGTGATACAGCGAGGGATTTAGAAAAGCGCGCATAA	MKKYGREFITFPDVTVMVIIFAIMLGFTIPNLYDWRVWAAIGVGMMTYAISEYMIHRFLFHIKKPKKPFLLKLIKRLHYDHHVDPDDVKLLFLPLWFSLPNFIILVVICYAITSNLNLTMGFATGVIGYFLFYEWKHFVAHKPIQPVTKMGKQIKKSHLWHHYKNENYWFGVTHRAVDKTMGTYRDHKEVEKSDTARDLEKRA				NA	NA	NA	NA	NA
AK148_03872	342	ldh1_2	COG0039	L-lactate dehydrogenase 1	ATGAACAAACTACTGCGTAAAGTTGCTATTTTAGGAACTGGCTTTGTCGGTTCAAGTACGGCATATGCCCTTATAAACCAAGGGATTTGCGACGAATTGCTATTGATCGATATGAAACAAGAAAAAGCGGTTGGTGAATCACTAGACCTCATTCATTGTATGGATTTTCTTCCTTCACGGACGAAAGTTTATACAGGTTCTATTCAAGATACAGCTGATGTGGACATTATTATTGTTAGTGCTGGTCCTCCACCAAATGAGAACCAAACTCGACTCGATACATTGGAAACTCCCAATTTGCTGTTTGGTCACATTGCACAATTGGTGGTAAACCGTTATTAG	MNKLLRKVAILGTGFVGSSTAYALINQGICDELLLIDMKQEKAVGESLDLIHCMDFLPSRTKVYTGSIQDTADVDIIIVSAGPPPNENQTRLDTLETPNLLFGHIAQLVVNRY	PGPT0001760_2110	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001760-ldh-K00016	NA	NA
AK148_03873	354	ldh1_3		L-lactate dehydrogenase 1	TTGGATGAGAAGCCACATCTAGCTACCAAACTTGATTTAGATGATACGGTAGAAAAAGTGAAACGCGTTGGCTTTGAAATTTTAAAACGAAAAGGGACAACATATTATGGAATAGGCAATGCGTTAGCGTACTTTACAACCCAAATATTAAATGATAGCCAACAAATTTTACCTGCTTCTTGCATATTAGACGGTGAGTATGGAGAAAAAAGTATAGCTACTGGCGTGCCTGGAAAAATTAGTCGAAACGGTATCCAAGGCATTGTTGAGCTAAATTTATCAGAACAAGAAAAGCAATTATTTAGGCACTCTAACACCGTTTTAAGAGATTATATGCGAAGAATAGGTTATTAA	MDEKPHLATKLDLDDTVEKVKRVGFEILKRKGTTYYGIGNALAYFTTQILNDSQQILPASCILDGEYGEKSIATGVPGKISRNGIQGIVELNLSEQEKQLFRHSNTVLRDYMRRIGY	PGPT0001760_2110	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001760-ldh-K00016	NA	NA
AK148_03874	1614	ppx	COG0248	Exopolyphosphatase	ATGTTTCATGTAAAACCAAAATGGGAAAGCTTGTGCTATAATGAACGAAATAAACCATTAACGACAAAAGGTGTGTTCCCATTGAATGAAGAAAAGTATGCAATTATTGATATTGGTTCGAATACCATTCGTCTCGTAATCTATCTTAAAGAAAAGAGCGGTCGCTTTCAGGAAATTGAGAATGTAAAGGCAGTCGCCAGACTTAGAAATTACTTAGAAGAAAATCATTATCTTAACCAAGAAGGAATGGGAATACTAGCTAACATTTTACGTAGCTTTAAAGAAGTAACGGATACATATGAATTAAATGAAATAATATGTGTCGCTACTGCAACAATTAGGCAAGCTGAAAATAAAGCAGAAATCATACAAAGAATTGTACAAGAAAGCGGTTATGATACACGAATTCTCTCAGAAGAAGAAGAAGCTTATTACGGATATTTAGCCGTTGTCAATTCAACAACCGTCTCCGAAGGTATCACCATTGATATTGGTGGCGGAAGTACAGAACTTACTTATTTTAAAGATAGACAATTAGTTTACTCTAAAAGCATGCCTTTTGGTGCTTTGACTCTGAAACAAAAGTTTGTACAACACGACGTACCAACAGAAAGAGAAATGGAACAAATTAAAACCTATTTACAGCAGCAATTCACCTCCATTTCATGGTTATATAATAAACAAGTCCATTTAATCGGTATTGGCGGTAGTGCCCGAAATATGATTCAAATTGACCAAGCATTAAAAAAATATCCATTAGCTGGCGTACATCAGTATCGGATTCAAGAAAATGACATAGGCTATGTTAAAAATCACCTACGTAAGTTCCCTTTCAAAGAATTACAAAAAGTAGAAGGGTTAAGTAAAGATAGAGCAGACATTATTTTGCCTGCTATTGAAGTATTTCATACTTTATACGAGCATATAGAGGCTACAAGTTTCATGCTAAGTAGAAAAGGGTTACGTGATGGAATATTTTATGAGCAAATTATGCGTGATTTTGGCATCACCAAATTTCCAAATGTACGTGAAGAGAGTTTTAATGAATTAATTGTTGATTTTAATATAAATTATAAGCAAGTTCACCAAGTTATTACCATTGCAACAAAAATTTTTGACGCCTTACGCAATAGCGGGCTTGGTTATATAGGAAAGATCGATTATGAATTATTAAAGCGTGGTGCCTATGTATTCAACCTTGGCAAGTACATTGATTCAGAGTCTTCTTCCCAGCACACCTTTTACCTTCTAGCAAATCGCACCGTAGATGGACTTATGCATATAGAACGATTAAAAATTGCACTTGTCGCATCTTTTAAAAGCAAGCATAAATTTAAACAATATTTAGAACCGTTTAAAGAATGGTTTGTCAAGAAAGAAAAGAAAAAATTACAGACCATAGGTGCTCTATTAAAACTGGCGTACTGCTTTGACTCGACGAAGAGAAATATTGTAAAAGACATAGATATCCTTGTTGATGAAGAAGTGATTACTTTTCATGTTTACTGTGACAAAGATTGGATGCCAGAAGCATATCAAGTTGAAAAGCAAAAAAAACACTTGGAAAAAGCACTTCACAGAAATATTAACGTTTGCTTTTGCTATCAGCAATAA	MFHVKPKWESLCYNERNKPLTTKGVFPLNEEKYAIIDIGSNTIRLVIYLKEKSGRFQEIENVKAVARLRNYLEENHYLNQEGMGILANILRSFKEVTDTYELNEIICVATATIRQAENKAEIIQRIVQESGYDTRILSEEEEAYYGYLAVVNSTTVSEGITIDIGGGSTELTYFKDRQLVYSKSMPFGALTLKQKFVQHDVPTEREMEQIKTYLQQQFTSISWLYNKQVHLIGIGGSARNMIQIDQALKKYPLAGVHQYRIQENDIGYVKNHLRKFPFKELQKVEGLSKDRADIILPAIEVFHTLYEHIEATSFMLSRKGLRDGIFYEQIMRDFGITKFPNVREESFNELIVDFNINYKQVHQVITIATKIFDALRNSGLGYIGKIDYELLKRGAYVFNLGKYIDSESSSQHTFYLLANRTVDGLMHIERLKIALVASFKSKHKFKQYLEPFKEWFVKKEKKKLQTIGALLKLAYCFDSTKRNIVKDIDILVDEEVITFHVYCDKDWMPEAYQVEKQKKHLEKALHRNINVCFCYQQ	PGPT0002595_157	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
AK148_03875	2121	ppk	COG0855	Polyphosphate kinase	TTGAACGAAAACAGAAAACGCCTAGGAGATCCTAAATATTATAACAACCGCGAACTTAGTTGGCTAGCATTTAATGAACGTGTGTTACAAGAAGCGTTGGATCAGCGTAACCCCTTGCTAGAACGATGTAAATTTTTAGCTATATTCAGTTCCAATTTAGATGAGTTTTTTATGGTTCGTGTTGCAGGACTTAAAGATCAAGTAGAGGCTGGATTTAACAAACCTGAAAATAAAGCAGGCTTAACACCAAAAGAACAGCTTGCAGCTATTTCCAAGAAGAACCACCAGCTAATTGACATGCAATCCTCTACTTTCAAGCATGTGCTAGTGCCAATGTTAGCCCAAGAAAACATTACATTCCTAACTATGGATGACCTCGATCAACAAATGAAGTTAAACATGGAACGATACTTTGATGATCAAGTCTTCCCTGTGTTAACCCCTATGGCAGTGGATGCCTATCGCCCATTCCCTATGTTGGCAAATAAAAGCATTAATCTTGCCGTATTATTAGAAGATGAACGTGCTAAAAATGATATTGTGGAACTTGAAGAAGTTGTTAAAACTGCTATTGTTCAAGTGCCTTCCGTATTAAAACGTTTTATTAAGGTAGATATTCCATATTCTAACATCACCTATTTTATTATGCTTGAAGACATTATTAGCCATTTCATTTACAAATTATTTGCCGGTTATAAAGTTATCTCTGTAACAGAATTTCGAATTACCCGGAACGCTGATATGACAATTCATGAAGAAGGAGCTCGAGATTTATTAAAAGAAATTGAAAAAGAATTGAAAAAGCGAAAATGGGGAGCCGCTGTTCGACTTGAAGTGAAACGAAAACAATATGACCCTAACATGTTAAATTTTCTGTTGTCCGTATTGGAGATTCATTATAAAGATGTGTACGAAATAGATGGTCCCATCGATTTGACCTTTTTATTCAGTTTTCACAAGTCCCTTGAACCTACGCATGAGCATTTAGTGTATGAAACATTAATCCCCCAACCACCGCAGGATATGGGAGATTCTGAAGATTTGTTTGAGTTAGCAAAAGAACGAGATTTATTTTTTCACCATCCTTATGAATCCTTCGAACCAATCGTTGATTTTGTATCCGATGCAGCTGATGACCCTGACGTATTAGCAATTAAACAAACATTGTATAGAGTAAGCGGAGATTCACCTGTTATAGAAGGTTTAAAAAGAGCTGCAGAACAAGGAAAGCAAGTTACCGTGCTCGTTGAATTAAAAGCGCGCTTTGATGAAGAAAATAACGTCCAGTGGGCAAAGGAATTGGAAAAAGCCGGATGTCATGTTATTTACGGTATGACTTATTTAAAAACACATAGTAAAATTACACTCGTGGTGAGAAGAAGAAATAATCAAATTGAACAATTTGTTCATTTGGGCACAGGAAATTATAATGATCAAACCGCTAAAATTTATACAGATATGGGGATTATTACGTCCAAGCGCGAATTTGGTATTGATGCAACTAACTTCTTCAATTACTTAAGTGGCTATGCAGAAAAACCATTGTTTCATCAATTATCCATGGCCCCATTTGATATGAAAACAGATTTTTTGTCCGATATAGATATAGAAATGGAGAACCATAAGAAATACGGGGATGGATATATTATTTTTAAAATGAATTCTTTAACGGATAAAGATTTGATTATGAAAATGTATGAAGCTTCCTGTGCTGGAGTTAACATTGATCTAATCGTTCGTGGTATTTGTTGCTTACGCCCACAAATACCAGGTGTCAGCGAAAATATACGCGTCATTAGTATTGTAGGTCGTTTCCTGGAACATACTCGCATATATTATTTTCATCATCATCAAAATAGCAAAATGTATCTTTCTTCTGCCGATTTGATGACGAGAAATATGGAGAAACGTGTGGAGCTGCTTTTTCCAATTATTGATGGCAACATAAAACAGAGATTATACGAAATATTGCAAATTATAAGTAATGACAATGTAAAAGCTCGCATGCAAGATCAAAATGGCATATATCATTATGTAGAAAAGGCAGACGAAGACCCGAAAATAGATAGTCAAATGGAGCTATTCAAAAGAGCTTACATGGTTAAAGAAGACGAGGAATAA	MNENRKRLGDPKYYNNRELSWLAFNERVLQEALDQRNPLLERCKFLAIFSSNLDEFFMVRVAGLKDQVEAGFNKPENKAGLTPKEQLAAISKKNHQLIDMQSSTFKHVLVPMLAQENITFLTMDDLDQQMKLNMERYFDDQVFPVLTPMAVDAYRPFPMLANKSINLAVLLEDERAKNDIVELEEVVKTAIVQVPSVLKRFIKVDIPYSNITYFIMLEDIISHFIYKLFAGYKVISVTEFRITRNADMTIHEEGARDLLKEIEKELKKRKWGAAVRLEVKRKQYDPNMLNFLLSVLEIHYKDVYEIDGPIDLTFLFSFHKSLEPTHEHLVYETLIPQPPQDMGDSEDLFELAKERDLFFHHPYESFEPIVDFVSDAADDPDVLAIKQTLYRVSGDSPVIEGLKRAAEQGKQVTVLVELKARFDEENNVQWAKELEKAGCHVIYGMTYLKTHSKITLVVRRRNNQIEQFVHLGTGNYNDQTAKIYTDMGIITSKREFGIDATNFFNYLSGYAEKPLFHQLSMAPFDMKTDFLSDIDIEMENHKKYGDGYIIFKMNSLTDKDLIMKMYEASCAGVNIDLIVRGICCLRPQIPGVSENIRVISIVGRFLEHTRIYYFHHHQNSKMYLSSADLMTRNMEKRVELLFPIIDGNIKQRLYEILQIISNDNVKARMQDQNGIYHYVEKADEDPKIDSQMELFKRAYMVKEDEE	PGPT0002685_2043	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002685-ppk-K00937	NA	NA
AK148_03876	492			hypothetical protein	ATGGAGAAATCAATAAAATTAACTAATACTTTACTGTCGTGTATGGGAGAGCATGAAATTACATCCATAACGGAGGAAAAACAGAATTCTGAATATAAAGGGTTTAGTTTTAGTGTGTTTGAACATACATATCGGAGTTGTTTGGCTAAATTAACCGCAAAGAAAAAGGGGTATTTTGTAGCGTTTTGGGAAAAAGATATAAATAATTACAATCAAGCTTATTCTTATGATGAAAGTCCTAACAAGATCGTTATTTCGGTAATAGATGGTGAACGGAAGGGTCAATTCATTTTTCCAAAATTAGTATTACTTCAACAAGGTGTGTTGCGTAGTGAAACGTCCAAAGGAAAAATGGCAATGCGAGTTTACCCCTCTTGGGAGCAGGAGCTAAATAACGCTGCGGAAAAATCTCAAAAATGGCAAATGAAATATTTTATTGATGTTACAAAAGCAGTGGATATTGCAAGACTAACAGATTTGTATTTCTCTTAA	MEKSIKLTNTLLSCMGEHEITSITEEKQNSEYKGFSFSVFEHTYRSCLAKLTAKKKGYFVAFWEKDINNYNQAYSYDESPNKIVISVIDGERKGQFIFPKLVLLQQGVLRSETSKGKMAMRVYPSWEQELNNAAEKSQKWQMKYFIDVTKAVDIARLTDLYFS				NA	NA	NA	NA	NA
AK148_03877	450	yobK		Antitoxin YobK	ATGAATAAAGAGGAATTGATCAATTTTATTAATGAGCATAAGGAATCAGATGACTTTACAGGGGGAGTAGATGAAAGTCAAATTAATTCTATCCAAAATGAGCTAGGGGTGGAATTACCAAAAAGTTATAAGTGGTTTTTAAGTAATTATGGGTCTGGTGGTTTATATGGTGTAGATATTTTAGGAGTGGCTAAGTCTAATATTTCTACTGTTATTATTGAAACGGAGAGTTATAGGGAATTAGGAATGAGTGAGAATTTAGTAGTTATTGAGGATATAGATGAGTATGCCTACTGTTTAGATACAAGCAATATGGAGAATGATGAGTGTCCAGTAATAGCGTGGAATAGGCAAGGAGGGCTTGATGCCTACAATACGGCGGAAAATTTTTATGAGTTTTTATCACAAAGGTTACTGGATGCAAAAGAAGCATTGGAAGAAGATTTTTAA	MNKEELINFINEHKESDDFTGGVDESQINSIQNELGVELPKSYKWFLSNYGSGGLYGVDILGVAKSNISTVIIETESYRELGMSENLVVIEDIDEYAYCLDTSNMENDECPVIAWNRQGGLDAYNTAENFYEFLSQRLLDAKEALEEDF	PGPT0027635_118	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-YobL-YobK_TOXIN-ANTITOXIN_SYSTEM,PGPT0027635-antitoxin_yobK-K21488	NA	NA
AK148_03878	960			hypothetical protein	ATGGTTACGGGACTGCTAACCGTTGTTAAAGATGCAGGTGTTGTCGCCGTATCTGGCGTTGTTCCTGATCCTGTGGAGCCATCTTGGTTAAAAGATAGTGCAGATGAAACAGTTGATGCCTATACACAAGCTGCGATACAATTTTTACAAGACCCTATACGTGCAGTTGAATCAACTGCCCAAGCCTTCACAGATACTGTGGAAAGTGGAGGAGTTGTGTACGTTACTGGTGCTGCACTGCCTGCCTTGATACCAGGTAGTTTGGCTGTCAAAGGAGCATTAGGCGTTGCCAAGCTAGGTGCAGGTGCAGCAAGAAGAGCGCCGAAATTATTGGATATTAAGCCTTTTAGTGGTAATTATTACCGGGAAAAGATAGAGGCAGCTAAAGCTGGAATGGCTAAAGTGACAGAGAAGATCACTTTTGGTAAAGACTATGCCTTTTCAACTGGTGGGGCAAACTTTATACTAAGAGATAAAGCTCTTGAGAACCACGTCAATCCGCAGATGGTTAATATGGAGAATAGCAGAGGGAAAAGGGTAGAAACTAAAGGTACGGGCAAAGAATATAAAAACTATAAGGCTGTAGAGTATAATGGGATTACTACAATTAATGGAAAAGTTAGAGATACTAGTAGACGCATCTATCAAAGGATAGATATTGATTACAAGAGAAGAGATCCAAAAACTGGGAAGACAAATTATCAATTAATGAAAAAAGGAAGACCTCCAATTTGGAAAGATGGAACTAAAATAGAACTTCATCATTTAATTCAAAGAGAACCTGGGTCAATGGTGGAGCTCCCGAATAGTATGCATAAAGAATATGATAGGATATTACATGGTTTAGTGGAGAATGGAGGAAGCTTTAGAAATGACCCTGTTTTGAAAAAACAATATGAAAACTTTAGATCGAAATATTGGAGATGGAGAGCTAAACAAATAGATAAAGGTGATTTATAA	MVTGLLTVVKDAGVVAVSGVVPDPVEPSWLKDSADETVDAYTQAAIQFLQDPIRAVESTAQAFTDTVESGGVVYVTGAALPALIPGSLAVKGALGVAKLGAGAARRAPKLLDIKPFSGNYYREKIEAAKAGMAKVTEKITFGKDYAFSTGGANFILRDKALENHVNPQMVNMENSRGKRVETKGTGKEYKNYKAVEYNGITTINGKVRDTSRRIYQRIDIDYKRRDPKTGKTNYQLMKKGRPPIWKDGTKIELHHLIQREPGSMVELPNSMHKEYDRILHGLVENGGSFRNDPVLKKQYENFRSKYWRWRAKQIDKGDL				NA	NA	NA	NA	NA
AK148_03879	819	nprA_7		Transcriptional activator NprA	ATGGAAATAAAACTACCGGATTTAGATTATGGGAAATTGATTTTCCACCACAGGAAGAAAAATAATCTTACCCAACATGATTTGTGTCTTGGAATATGCTCGATTACTTATTTAAGTAAAATTGAGAATGGGAAAATTCAACCTAACATTGAAACAATATCACTTTTGTTAGTTAAAATGAATGTTAAACTTAACTTAATAAATGAAGACATGCAAATACTGAAAACATGTCTTGTAAATTTATATAAATCTATTGTTGATAAGGATTTGTCGCTCATAGAACTATATAAAAAACAATTAGATGAGTATAAGGGAGATATTTTATCTCCTATCATGATTTATTATAAACAATTAGTTGAATTAAGGTATTATTTGCATTTTAAAAAAACTAACCTTGCAATTAAACATATTGAATCGATAGAAAGAATATATAGCAATTTATTACCTATTCAACAAGCATATTATAAATACTTTTTGGGGATCTATTATTGTCTTTTATCTGAATTTAAAAACGGGGTATTGTTATTAGAAGAAGCAGAAGGTTTATTTAAAAAAGTGAACTTTGAAATACCAGAATTACACTATCACCTTTCGTTAACCTATTTAAATAACTTTAACACATCAATGGCTATTATCTATGCGAAAAAAGCATTTGTGGAATTTAATAATGCTCTTAACTTTTCAAGATCACTGGAATGTCAACTTATTTGTGGAGTTATATATATTAGAATGAAAGACTATATAAAGGCTTCTGAACATTTTAATAAGATTATAGATAAATCCAAAGTAAGCGTAAAACAGCCCACACCTATTATGTAG	MEIKLPDLDYGKLIFHHRKKNNLTQHDLCLGICSITYLSKIENGKIQPNIETISLLLVKMNVKLNLINEDMQILKTCLVNLYKSIVDKDLSLIELYKKQLDEYKGDILSPIMIYYKQLVELRYYLHFKKTNLAIKHIESIERIYSNLLPIQQAYYKYFLGIYYCLLSEFKNGVLLLEEAEGLFKKVNFEIPELHYHLSLTYLNNFNTSMAIIYAKKAFVEFNNALNFSRSLECQLICGVIYIRMKDYIKASEHFNKIIDKSKVSVKQPTPIM	PGPT0011700_121	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_REGULATORS	CE-QSR-OTHER_QUORUM_SENSING_REGULATED_GENES,PGPT0011700-nprR|nprA-K20480	NA	NA
AK148_03880	570			hypothetical protein	ATGATCAATGCTTGCGACAGCCCATATGATTTACCTTTGTATCCACGTCTAAATCCAGCATCCATGCATGATTCCGTGGGATTAGTACTCAGCTGGGCAACGTTTTCGCAGCGATTCAACTTGGGCGCGGTAGAAAAGGTACTCTTAGACGCTGCACATGATGCGTATTCCATTTATGAACTGATTGAACACAATCAATCCGAGCCTATTATTGATTTAAATAAACGCGCCAAAAGGGATGTGCTCATTGATGGAGATATTAAAATCTCTCCACAGGACGTTCCGATTTGTCCGATTGATAAGAAAATGAAGCCAAACGGATATGATTACACGCAACACCGTCAAAAATGGAGATGTCCGCTGGCATGCGGGACAAAAAACACATGTAAAACGCCTTGTTCGTCCGCCAAATACGGACGAACGTATCATACCTATACCAAAGCGAATAAGCGTCTGTTTCCAAAGTTATCGAGAGAAACCTCGCAATGGAAAGCGATTTATAAACGTCGTACCTCGGTGGAACGTTCAAATAAACGCGAAAAAGGTCGATTATCATCTCGAAGCCGGTAA	MINACDSPYDLPLYPRLNPASMHDSVGLVLSWATFSQRFNLGAVEKVLLDAAHDAYSIYELIEHNQSEPIIDLNKRAKRDVLIDGDIKISPQDVPICPIDKKMKPNGYDYTQHRQKWRCPLACGTKNTCKTPCSSAKYGRTYHTYTKANKRLFPKLSRETSQWKAIYKRRTSVERSNKREKGRLSSRSR				NA	NA	NA	NA	NA
AK148_03881	291			hypothetical protein	ATGAACGGAAAAAGATACGATAAAGACTTTAAAACCTATGCTGTTAAAATGGTTGTGGAAGATGGAAGAAAGGTAGCTGAAGTTGCACGAGAGCTAGATTTAGTTCATCAAACCTTGCATAAGTGGGTGGATAAGTATAAGGAAGATCAGGAGGATGCCTTTGTAGGAAGTGGGAATCTTAATCCCAAGGATCAAGCTGATTATGAAAAGGATAAACGTATTCGTGACTTGGAAGAGGAAGTTGCCATTTTAAAAAAGGCTATGGGCATCTTCGCAAAAAACCAGAAGTAA	MNGKRYDKDFKTYAVKMVVEDGRKVAEVARELDLVHQTLHKWVDKYKEDQEDAFVGSGNLNPKDQADYEKDKRIRDLEEEVAILKKAMGIFAKNQK				NA	NA	NA	NA	NA
AK148_03882	840			IS3 family transposase ISCce3	ATGTGCGAAGTATTAGGTGTTTGGAAAAGTGGTTACTATGACTGGAGGAATCGAGATAAAAGTGAGCAGAAAAAGCGTAGAGAAAAACTAACAGCCGAAGTGAAGCGAGTTTATATGGAGTCCAAGAGAAGGTATGGCAGCCCTAAAATCACTGAACAATTAAAACAGGAGGGTTGGGATATATCACAAAAGACTGTGACTCGTATCATGAGCGATATAGGCTTGCGGTCTAAAACGGTAAAAAAGTACAAGGCGACGACGAATTCTAAGCATTCTTATCCTATTTATCCGAATCTATTGAAGCAAAACTTTTACGTAGACAAACCTGGAGCTGTTTGGGTTCGTGATATAACCTATGTATGGACAAGAGAAGGTTGGTTGTATTTGGCTACTATTATGGACTTATTTACAAGGAGAATCATCGGCTGGGAAATGAGTAGACGTATGACAAAGGAATTGACCATTACAGCTTTAAAAAGAGCAATAAACCAGCAGCCACCGCAGAAAGGGCTTATTCACCATTCAGATCGTGGTAGTCAATATGCAGCGTATGACTATCAAGCAATTTTGCGAGACCATAAGATTACTACAAGTATGAGCAGAAAAGGAAACTGTTACGATAATGCGTGTATTGAATCTTTTCATAGTTTGATCAAGAAGGAGCTCATATTCCATCAGAAGTATCAAACAAGAGAAGAAGCAAAAAGAAGCATATTTACCTATATCATGACCTTTTACAACTACAAACGTATTCATTCATCTATTGGTTATTTATCACCGATAGCTTACGAGAAAAAGTATGCGCAACAAGTGAATGCAACTGATAGAGTAGAAGTTTAG	MCEVLGVWKSGYYDWRNRDKSEQKKRREKLTAEVKRVYMESKRRYGSPKITEQLKQEGWDISQKTVTRIMSDIGLRSKTVKKYKATTNSKHSYPIYPNLLKQNFYVDKPGAVWVRDITYVWTREGWLYLATIMDLFTRRIIGWEMSRRMTKELTITALKRAINQQPPQKGLIHHSDRGSQYAAYDYQAILRDHKITTSMSRKGNCYDNACIESFHSLIKKELIFHQKYQTREEAKRSIFTYIMTFYNYKRIHSSIGYLSPIAYEKKYAQQVNATDRVEV	PGPT0021996_14	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
AK148_03883	501			hypothetical protein	ATGGACAAGAATACACTAAAATCATCATTTGGTAAATGGGTTTCACCTATAAATACGAAAAAACTATATGAACAAGTAGAAGAAAATAAACAAGATTACTACACAAAAAAACTGACAACGGAAGCGTATATAAAGTTGCTGTTGCTTGCTCAATTACAAGGATTTGAGAGCTTGGAAGAGATGAGCGATGCACAAATAGATGATGAACTTCAGAAAGTATTGGGGGTTGAATCGATTAGTCCATCGCAACTTTCAAGGAAAAACAATGAAATGAACCCAGCCATCCTTTCCCATTTATTCTTTGATCTTGCATACAAAATCAAAGGTCTCCAATTTAAAAATGGGAAATACATGCCATTAAAAATCATTGATTCTAGCACGCTTCCATTAAACTTAACGAATCATAAGTGGGTGAAATTCCGTAAAACAAAAGCAGGAGTAAGCTACATTTACGACTTGTATTTATTAATAGGGAAACCGTCTATCCTGAAAAAGTTGTGA	MDKNTLKSSFGKWVSPINTKKLYEQVEENKQDYYTKKLTTEAYIKLLLLAQLQGFESLEEMSDAQIDDELQKVLGVESISPSQLSRKNNEMNPAILSHLFFDLAYKIKGLQFKNGKYMPLKIIDSSTLPLNLTNHKWVKFRKTKAGVSYIYDLYLLIGKPSILKKL	PGPT0030675_236	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030675-putative_transposase-K07495	NA	NA
AK148_03884	225			hypothetical protein	ATGTATGTGTTTGACCGTGGATATGTTGACTATGTACGGTTTGACTTAATGACGGATGAAGGCTACTTTTTCGTGTCCAGACTAAAGAAAAACGGGGTCATTCGTGAAGTAGAATCATTTTCTGTACCTAAAGATGCTACAGCTTTATCCGACAAGATGGTTTACATCGGTTCGACGCAAAATCGCACAGAGAATGTATTAATGTATTCCGTCTACTTGAAGTAG	MYVFDRGYVDYVRFDLMTDEGYFFVSRLKKNGVIREVESFSVPKDATALSDKMVYIGSTQNRTENVLMYSVYLK	PGPT0030675_365	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030675-putative_transposase-K07495	NA	NA
AK148_03885	1236	entS_3		Enterobactin exporter EntS	ATGAGAAATTTACTACTAAAATATAATGTGCTCAAGGAAAGAAACTTTTTGTTTTTATTAATAGGACAAACAATTGCGTCTATTGGAGTACCATTTACTATGATTGCAATCTCCTGGTTTGTTTATGATATTACAGGATCTACACTAGCTTTAGGTGGGGTACTTTTAGCCTATAATATTCCATTAGCAATATTACACTTGTTTTCAGGAACATTTATAGATCGCTGGGATAGAAAACAAACAATGATAGTTGTTGAATTTATCCGAGTCCTAGCCTTATTTATGCCAATTGTATTATATTCGTTTAATAGTTTAGAGATTTGGCATTTATATGTGGTTAATGCAATCCTAGGAATAAGCGAAGCCTTCTTTAAGCCGGCGGTATTTGCAATAATACCAAAAATAATAAAAACTGAACAAACAGTACAAGCAAACGGTATCTTAAGTGCAGGTATGACTAGTTCAAATCTTATTGGTCCTGTTTTAGCTGGAATAATAGTAGGATTATTTGGCGCACCTTTAGCTATCTTAGTAAATGCCATTACATTTTTTGTATCTGGAGTTTTTCTCCTGTTCTTGCCTAGGAATAAACCTGTAGCAAAAAAGGAGAAAAAATTCTTCAAAGAAGTTTCTGAAGGATTTATATTTTTTAAAAATTACATTGGTCTATTATGGTTGCTAGTATTAGCATCAGTAACCAATTTTGCACTTGGGGTTATGATTGTTTTAATGCTACCTTACGCTCTTGATATATTAAGAATCGGCACCGAAGGATATGGTTTAATGCAAAGTTTTCTAGGAGTAGGTCTACTAGTAGGAAGTTTAATTGCCACAATGCTAGTTAAGTATAGTAAGCGTAACATATTATTAATCTCGCATATTGCTGCTGGTTTATTTATTTTTTCCCTTGGGTATTCTTCTTTTTACCTTACACTATTTTTTATAGCAGGTTACGGGTTGTCAGTGGCAATATGGAATACCTACTCAAACTCTGTTTACCATCAGCTAGTGCCAAATGAAGTTATGGGCCGAGTACAGAGTGTGCGATTGCTTTTATCCCAAGGCACAAACCCATTAGGGATGGCTGTAGGGGCTGTTGTTGGAGAGGCTATTGGTTTTCTAAATACTTTTATGCTTTTAGGAAGCTTAGTGATTCTTGTAGGTGTAATTGCTTTGCTTATTAAATCTATAAGAATAGTTGATAAAGAAAACAATGAGCCAGTTCAGGCTAGCTAA	MRNLLLKYNVLKERNFLFLLIGQTIASIGVPFTMIAISWFVYDITGSTLALGGVLLAYNIPLAILHLFSGTFIDRWDRKQTMIVVEFIRVLALFMPIVLYSFNSLEIWHLYVVNAILGISEAFFKPAVFAIIPKIIKTEQTVQANGILSAGMTSSNLIGPVLAGIIVGLFGAPLAILVNAITFFVSGVFLLFLPRNKPVAKKEKKFFKEVSEGFIFFKNYIGLLWLLVLASVTNFALGVMIVLMLPYALDILRIGTEGYGLMQSFLGVGLLVGSLIATMLVKYSKRNILLISHIAAGLFIFSLGYSSFYLTLFFIAGYGLSVAIWNTYSNSVYHQLVPNEVMGRVQSVRLLLSQGTNPLGMAVGAVVGEAIGFLNTFMLLGSLVILVGVIALLIKSIRIVDKENNEPVQAS				NA	NA	NA	NA	NA
AK148_03886	1056			hypothetical protein	ATGATTGATATGGAACCATTATCGCACAGCTTACCTGGTGATAATTGCTTAACAACTGCAATCTCAAATGTATTAAAGTTTAAAAACTATAATAGTTATAGAGAAGTATGGAAGCAATGTGGATTAAACTATTATTCTACAAATAGAGGTCATGGATATTTAACCTCTAGATACATGCCTTTTTTAGAAGAATTAAAAATTTCCCATAACATAGGAATGGACCTTCTAGAGGAAGACGACCCAGAGGTTTATGTGAATTTAATAAAGAAGAATGTTAGGGCAGGTGAACCTTGCATTGTCTTTGTTAATACTTACGACTTACCTTTTAGCATGTATTATAAAGAAAAAGCATTGTCTCATTGTATCACTGTGATAGGCTACTCAGCAGAATATGCCACTGTAATTGATGATTTTTATACATATAAAGGTCAAATAGAATGGAAAGATTTATTAAAAGCTACTAAATACGAAATGGGTTGGCCATTAAAGAATGGGTATAAACGAAGCTTCTGTACAATCTCTACTAAGAACTCTACAGATAAACTTGAGCTTAGTGAAATCTATGAAATTATTTCACGAAACTTTATAGCGCTCTGTGGAATTATATCTCCAAAGAAACTGAGGGAAACTAATAAGATTCCTACGGTATACTCTGATATTTCAACAGGTATGTCTGCTCTTGAAAAATTTATTGATGAATATAGACGGTATGTATATATTGAAAAAGGACCACTAACTGAAGACCTTTTCTATTCTATATACAGTATGTTTACTCAGATGTCAAACAGTCGTTACCTCTATTCTAATATCTTAAAAAAAGGTGTAACATTTGAAAAAGGATTAGATACATTAGCAAATAATTACTTTAAAATTGCCCAGGATTGGAAAGTAGCTTCAAATATTATGCTAAAAGGTTGTATGGGAGATATAGATAAGAAAAAAAATCTTATAGAAAGAATGTTTAAAAAAGTAGAATATATACTGTTAGAGGAAATTGATTGTTTAAATCAAACTCAAGAAATCTTAAATGAAATTGAATTTAGCTCTCTAAAGTAG	MIDMEPLSHSLPGDNCLTTAISNVLKFKNYNSYREVWKQCGLNYYSTNRGHGYLTSRYMPFLEELKISHNIGMDLLEEDDPEVYVNLIKKNVRAGEPCIVFVNTYDLPFSMYYKEKALSHCITVIGYSAEYATVIDDFYTYKGQIEWKDLLKATKYEMGWPLKNGYKRSFCTISTKNSTDKLELSEIYEIISRNFIALCGIISPKKLRETNKIPTVYSDISTGMSALEKFIDEYRRYVYIEKGPLTEDLFYSIYSMFTQMSNSRYLYSNILKKGVTFEKGLDTLANNYFKIAQDWKVASNIMLKGCMGDIDKKKNLIERMFKKVEYILLEEIDCLNQTQEILNEIEFSSLK				NA	NA	NA	NA	NA
AK148_03887	564			hypothetical protein	ATGATGTTTGTGGGTTATAGAACAGTCAATATGAGTAGTTATTTTAATAACATTGGTATCTTTTATAAAGGAAGAGCTACTATTAGTGATTTTACTGGGTTTGGTTCCTCTTATCCATCTGATGAATTACAATCTCATTTAGGTAAGGTAGAAATAGAAGATATACCTTTCTTATTTCCGCATAAAGGTCTCAATGATGTTGATAATATGGAGTTCTGTAATCAAGAGATAAAGATACCTATGGATAAATATAAGTTTATATTTATTTTAGGTGCTTCAGAAAATGGTTCTTTTAAAGAAGAAATAAGACTCATTGGTGATGAAATAGTAAATGTTATAAAGCTAGGATTAACAGACTGGGTAGAAAGATATCCATTATTTGGTGAGTCTATAGCATTTCGGTGTAATAAGCTTATACGTGGAAACGGAGAACAAATTCCAAATATGAACCCAACTATATGGCTACAAAAAATTAAATTATCAGAGGAAGGGTACAAATTTAACCGTATCGAATTCAATGACAACCCATCAATGCATATTTTTGCACTTACATTACTTTCTTAG	MMFVGYRTVNMSSYFNNIGIFYKGRATISDFTGFGSSYPSDELQSHLGKVEIEDIPFLFPHKGLNDVDNMEFCNQEIKIPMDKYKFIFILGASENGSFKEEIRLIGDEIVNVIKLGLTDWVERYPLFGESIAFRCNKLIRGNGEQIPNMNPTIWLQKIKLSEEGYKFNRIEFNDNPSMHIFALTLLS				NA	NA	NA	NA	NA
AK148_03888	861			hypothetical protein	ATGGGTTATCAGGTACAAAAATTAAGTTCAAACCTAAAGACTAAATATGGTACCTTTGATTGTTTTCATAACGCATTAATCTGTCTCTTACATAAAGAAAAAAGACAGATTAGTAAATTAATAAAGTATAACTGGAGTATTGAATCTATTGGAAGACATAAGATATTTACCGGTGGAGTTTATCCAGATATTTTGCTTGAATTTTCAAGTAATAATCTAGGATTTAGTATGACAAGATTTCCTATAGAAGATATAACGAATCTACATAATAGATGGGCAATCATTCCTATAGATATATATGATTTACCTTATTTAAAAAAGTATTATCACCAGGTTCATCAAATCCATTTTGTTGCTGTTAATATCTATGGTAATACGGCAAAAGTATATGACCATAATTTTGATGCAATGATGGATATGCCAATCAAAGAGGTAATTCTATCCTGGTCGTTTTTTAAAGAACAATCATATCTATTAAAAAGTTCTATGATACCCTTAGACAGTAAAGAAGAAATCCTACCTTATTTAGCCAACCAAGATTTTCAAAAAAAATATAAGGAAACATTTAATACCTTTTTAAAGGTATCCAACGAAATTTTGGATCAACCAGAATCTAGACTTATTAATAAATGTTATGGATCAATTATAAGCATCATTCAAAATAGGAAATTACATTTTAATCAATCTCCATCTAAATATGAGGATAATGTAATCAAGTATTGGAATATAACTCAGAAAGAATTAATACGTTTTACAACAAAATCTACCCTAAGTAATACTTTATTAGAGTCTGCACTAAATAATACTTTTGAGTCAGAAATGGAGTACTTAAGTAGACTTAAACAATCAACAAGCTATTAA	MGYQVQKLSSNLKTKYGTFDCFHNALICLLHKEKRQISKLIKYNWSIESIGRHKIFTGGVYPDILLEFSSNNLGFSMTRFPIEDITNLHNRWAIIPIDIYDLPYLKKYYHQVHQIHFVAVNIYGNTAKVYDHNFDAMMDMPIKEVILSWSFFKEQSYLLKSSMIPLDSKEEILPYLANQDFQKKYKETFNTFLKVSNEILDQPESRLINKCYGSIISIIQNRKLHFNQSPSKYEDNVIKYWNITQKELIRFTTKSTLSNTLLESALNNTFESEMEYLSRLKQSTSY				NA	NA	NA	NA	NA
AK148_03889	339			hypothetical protein	GTGGATGACGAAAAAGTATATAAAGGAAATAGATATATGATTTGTTATGTAATAGACTATCGGGCTGGAGAAAACTGGATTCCCGGAATTCCTTATTTTAAACAAGATTTATCCAAGCATGTAGACTACATGGCTTATTTGCATCAAGCGGGTTTAATGTTAATTGGTGGGCCATATACTAATGAAACTTCTGGTGGAATGACAATTCTTATGGTTAATAGTATGAAGGAAGCAGAAGAAATACTGAGAAATGATCCCGCTATAATAAATGGAGTTTATTCTGCAACGATAAAGGAGTGGAGTATTGTTAGGGAAAACACTGCTAAAGCAGGATTCTGA	MDDEKVYKGNRYMICYVIDYRAGENWIPGIPYFKQDLSKHVDYMAYLHQAGLMLIGGPYTNETSGGMTILMVNSMKEAEEILRNDPAIINGVYSATIKEWSIVRENTAKAGF				NA	NA	NA	NA	NA
AK148_03890	693			hypothetical protein	ATGAATAAACCTAAAAAAGAGTTTTATTTCTCGTTTCGTAGTCCATATTCATGGTTAGCATTTAATTACCTGAAAAATAATAATAAGAATTTACTTAAAGAGATTGAACTCATTCCATTTTGGGAGCCTGATAATAAAACTAGTAAGATTATAGAAGAAAAAGGCGGTAAGTTTATATATACTCCAATGACTAAAGAAAAACATTTATATATCTTAAGTGATATTAAAAGATTTACAAACATGTTTAATATTGATATGAAATGGCCTGTTGATAGGGAGCCAAGGTGGGAAATCTCCCACTTACCTTTTATATTTATTGAAGAAGTAGGTAATAAGATAGATTATATGAATGAGATTTACTCTCTTAGATGGGAAAAGGGATTAGATATATCTTCCCCAGAAATAGTTTCTATCGCTTTAGAGTCTGTAGGATATGATCCGGAAATTGTAGATTTGATTGATACCCCAAAGGTTAGAGAACAAGGAGCAAATATCCTAATGAAAATCTATCACTCTAGTGTTTTCGGAGTCCCCTTTTTTATTAATGGTAATGAAAAATTTTGGGGAATAGATAGATTAAGGTTATTTATAGATTCTTTTAGTGACGACCATAAGAACTATATTGAAGACAGGAAAAGCGATTTTCTATCTGCACAATTGTTTGAATTTGACGTAGTAGGTGGTTGTGGATGA	MNKPKKEFYFSFRSPYSWLAFNYLKNNNKNLLKEIELIPFWEPDNKTSKIIEEKGGKFIYTPMTKEKHLYILSDIKRFTNMFNIDMKWPVDREPRWEISHLPFIFIEEVGNKIDYMNEIYSLRWEKGLDISSPEIVSIALESVGYDPEIVDLIDTPKVREQGANILMKIYHSSVFGVPFFINGNEKFWGIDRLRLFIDSFSDDHKNYIEDRKSDFLSAQLFEFDVVGGCG				NA	NA	NA	NA	NA
AK148_03891	963			hypothetical protein	ATGAATATTGATTTATTTCAAAAACAGAAGGTTTCATTAGATATTAGGCCAAGATTTGAAGGTACAAATATCGAGACATTTATAGGTTTTAAACACCAAATGTATCTAATGGAAGAGGGTGTTTTGGAGTTTTTTAGAGAAAATAACATTCAACCTAGTCACTTACTACATGAAGAAAGACTTTGTTTAGAGATTGTAGATTCACAAATAGAAATTTTAGATGCAATCCATACCGATGATGAAGTTAGAGTGGACGTTACTAATTTATCAAAAGATATGGATAAACAGATAAACCTGGAAGTTCAAATGTTTATAAAAAATAAAAAACTAACTAAAGCTTCTAAGGGGTTGGTAACAGTTATCTTTAGAAATATTAAGGGCAATAAAGGCAGTACTTTGTCAAAGCCTTATTTCTATGATGCAATAAAAAGTGAAGGTGATACTTTCTCCTTAGATATGAAATCTATTGATGATAAATTTAATCATGTAACTAACCTTGGTAAGAATGTTATTAACCTTGAAGACAATTTGATAGTGTGGAGAAGATATATACCATACTTTTACTGCCATTACTCTAAACACTTACAACACTCTGGTTATTTAAGACTGATGGAAGAAGTTGTTGATTTATTTTTGAGAGAAAGAGGAATATCCATAAATCATATGCTACAAACAAGGAAATGGATTCCAGTTGTACCTAAAGCTCAGCTTGAGATACTAAATGAAGCATACATGGAAGAAGAGATTTTTGTTGCCTATAAAGTTAAAAATATTTATAAAGATTTCCTTTATACTTCGGATTTTGAATGCTTCGTTAAAAGGGATTGTCTGTATATTCCGGTAGCAAAAGGAAATATTGTCCATGGGTACGTAGAAATAAAAAACCCACAAACTTGGAAACTAGTTCCCTTTGATGAGGAGACAAAAGCAGCACTTAATAACGAGGTGCTCCAATATGAATAA	MNIDLFQKQKVSLDIRPRFEGTNIETFIGFKHQMYLMEEGVLEFFRENNIQPSHLLHEERLCLEIVDSQIEILDAIHTDDEVRVDVTNLSKDMDKQINLEVQMFIKNKKLTKASKGLVTVIFRNIKGNKGSTLSKPYFYDAIKSEGDTFSLDMKSIDDKFNHVTNLGKNVINLEDNLIVWRRYIPYFYCHYSKHLQHSGYLRLMEEVVDLFLRERGISINHMLQTRKWIPVVPKAQLEILNEAYMEEEIFVAYKVKNIYKDFLYTSDFECFVKRDCLYIPVAKGNIVHGYVEIKNPQTWKLVPFDEETKAALNNEVLQYE				NA	NA	NA	NA	NA
AK148_03892	1029			hypothetical protein	ATGCAGTTGCAATTCTTGAGGAACGAGGTTTTGGGGGTGAATAAAATAGAAAACAGTAGTCGTATTATTAGTGGAGCCACTGTCTCTGAAAATGAGAGTCTAATTAAAGAATTTCCAGAGTTAGATAAAATCTCACATAAATTTACTCCAAAAGAAACCTTAGGGAAAAGAGGGCTTGTTTTTAAGGATAAAGCAACATTATTGGCTTTATGTGCTGTTCAATATGCTATAGAAGATAGTGGATTAGACTTTTCTAATGAGGAGATTAAAAATACTACAGGAGTTGTTGTGAGTTCTAACCTAGGAAATGTTGATACTATTTGTGAAACAATAGAAATTATTAACAGAGAAGATTCTAATTCACTTAGTGCACTAAATACCCCAAGGGCCTCAAGCAATGTTATTACTAGCAACATCGCTATAAAGTATCAATTACGTGGACCAAATATTACGTTATGTAATGGAAGTAGTTCGGGTACAGATGCTATTCGTATCTCAAATAATCTGTTAAACACAAATAGGGCTAAGAGAGTAATTGTAGTTGGAGTCGAAGCTGTTAATCAATTCGTCCAATCATTATGGAATGGTAGTTTTCGGGACGATGATTCATATTGTGAACTAGTAGAGTGTGCAGCATGCGTAATCCTAGAGAGTGTTGAGAATAAACCATCGTTAATAGAGGGAGATCTTCCTATTGTTGCTACTGTCCAAACTGGAATACTAGAAAATATAGAAAGCCATTTAGGCGATTTAGAAGTATCTCCACCAGTACAATGGTTTGTTCCAAATACATCTCTAGATGGAATTAATAAAATTAGGAAAGTAAAAAATATATTAAATGATAGAAAAATAAACATGGTGTTCCATGATTTATGCCAAGTAGTAGGGGATTCTTATGGAGCCCAGGGTGTGCTCCAATGTGTAATAGGTACAGAAATTCTTAAACATAATCAGGAAAGTATTATTATTGCTTCTTCAGGGGGGAACAGGGGAGACTATCTCTCAACACTAACATTGAGAAAGGAATGA	MQLQFLRNEVLGVNKIENSSRIISGATVSENESLIKEFPELDKISHKFTPKETLGKRGLVFKDKATLLALCAVQYAIEDSGLDFSNEEIKNTTGVVVSSNLGNVDTICETIEIINREDSNSLSALNTPRASSNVITSNIAIKYQLRGPNITLCNGSSSGTDAIRISNNLLNTNRAKRVIVVGVEAVNQFVQSLWNGSFRDDDSYCELVECAACVILESVENKPSLIEGDLPIVATVQTGILENIESHLGDLEVSPPVQWFVPNTSLDGINKIRKVKNILNDRKINMVFHDLCQVVGDSYGAQGVLQCVIGTEILKHNQESIIIASSGGNRGDYLSTLTLRKE				NA	NA	NA	NA	NA
AK148_03893	1152	fabF_2	COG0304	3-oxoacyl-[acyl-carrier-protein] synthase 2	GTGAGTGTATTAGTAACGGATACCCATATGATAACAAGTATTGGTAATAACACAGAAGATTGTTTTTCATTTATGTGCGACGGGAAAGTAGGATTATCTCCCGTACAAAGTATTAGAAGTTCCAAATTTAATGTGCAATCCCTATACGAAATTGATGATTACTTTAACGAAGAACTTCGTGTAACGGCCTTACTGAAGCAAGTACTAAATGAGATATTGGGTAAAAATGGTCCTTTTATTGACAAAAGAGTTACCTTAATTGTAGGTACTGGATTAAAAGAAACTAGAGGATTAGAGAAATGGTTTAACGGAGAAGTTACATTAAAAGCACAAGATTATAATTTTGGAAGTTTGAGAGAGAGTTTACCTGATTATATAAATGAAATCCATGTACTATCAGGAGCTTGTTCGGCCTCTTTATATGCTCTTGGCTTAGGAGAAGATTTACTTCGTCTTCATCAAACAGATGTTGTTATTGTAGCTGGTTGTGACGTAATAGTAGAATCGATGCACGGTTACTTGGATAAGGCTTTTTATAAACATCCTAAAAATCTTAGGCCTTTTAATAAGGATAGAGCTGGTACTATGTTGGGTGAAGGTGCAGCAGCCATTATCTTAGAGAGAGAAGAGGATATTAATAGCCATAATGGTGAAGGACAATTTGTTAGACTCAAGGGTGTAGCCCTAAATTGCGATGCTTATCATGAAACAGCGCCAAGCTTAGAGAGTATAACTAACTGTATTAATAATGCCCTTCTGAGAGCTAATGTAACTACTGAGGATATTGACTTAATTATGGCACATGCGACAGGAACGGATTTAAATGATCTTGTAGAGATAGAATCTATTAGAAATGTATACGCTAGAGAAATACTAACACAACTTCCAATTACAGGGATTAAGGCGATGACTGGACATACTTCTGGTGCTTCAGGATTAATTGGGTTAATTATTGGAATTGAAGCAATTAAACAATCTAAGATACCGCCTACTCTATTTTTGGATAATCCAATGGATGAAGTAACTGGCTTAAATATACCAAACTCTTGTATAGAAAACGTTAATGTAAAGAGAGTTCAGATTAATGCCTTTGGATTTGGGGGAGTAAATGCAGTTGCAATTCTTGAGGAACGAGGTTTTGGGGGTGAATAA	MSVLVTDTHMITSIGNNTEDCFSFMCDGKVGLSPVQSIRSSKFNVQSLYEIDDYFNEELRVTALLKQVLNEILGKNGPFIDKRVTLIVGTGLKETRGLEKWFNGEVTLKAQDYNFGSLRESLPDYINEIHVLSGACSASLYALGLGEDLLRLHQTDVVIVAGCDVIVESMHGYLDKAFYKHPKNLRPFNKDRAGTMLGEGAAAIILEREEDINSHNGEGQFVRLKGVALNCDAYHETAPSLESITNCINNALLRANVTTEDIDLIMAHATGTDLNDLVEIESIRNVYAREILTQLPITGIKAMTGHTSGASGLIGLIIGIEAIKQSKIPPTLFLDNPMDEVTGLNIPNSCIENVNVKRVQINAFGFGGVNAVAILEERGFGGE	PGPT0008360_8456	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458	NA	NA
AK148_03894	1041			hypothetical protein	ATGTCTCTAAATAATAAATCAATCATTATTAAAGATTGGAACGTCATATCTAAAATTGGTATTGGAAAAGAAGAGTTTAGAGCTAACCTATTTACAAGAAGTAAGGATGATCTTCAAGATTTTAATGTGACTGAATTTTTAGGTAAAAAAGGAACAAGATTATATGATCTATCTACTAGCTTGGTAACAGTTGCAAGTAAATTTATACTTGATAGCAATAATATTGATTGCAATGAAACTGGATTTGTATTAGGTACCTCTTATGGGAGTCTCGAAAGTATACTTGAATTCATAAAAGATATCTACACTAGTGAAAAGCCTTACTTTGTTGATCCGTCTAGATTTCCAAATACAGTTATGAATAGTCAAGCAAGTCAGACTGCTATTCGATATGGGTTTAAAGGATTAAACTCAACTATTTCTGGTGGTGTGTTATGTGGAGTTAAGGCAGTAAATTATGCGAAGAATATGATGCAAAATGAATATGTAAAGTCAATAATAGTTGGTTCAGTAGAGGAAAATAGCAAAAATATATATAAATATTTGCAAAATATTAACTCTACTAATGAACTGAATGATTATCTAGAAAAAGAAGAGGGCTGTGCCTTATTCTTACTAGACCGATATAATGAATTGGATTTTGAGTCTAATGGTCCAGTCATAGAACTTGTGAGCTCCGAATTTATATTTTCGGGGGGAACAACTGCTGTAGATTATAAAAAAGGTTTATCTATTTGTTTAGAAAAAGTTCAAAGAGAATTAGGTATTTGTTTAAAAGAAATAAATTTAACTGTAATTTCTAACCAACCAGATGATAGTAAAATAACTGAAATAGAACAAGAAGTATATATTGAGCACCTTGATAACTACACCTATTTCAATGCCAATAGAATAATAGGTAATAGTATAAGTGCGTCAGGGTCATTACAATTAGCTATTTTTCTAACCGGGATCGAAGGATTTTCTGAGTATGGATTAATTACGTCTTTTGATAAAAGTGGTTTAGTAGGTTGTCTGTTAGTAAGGAGGTGGAGTAAGTGA	MSLNNKSIIIKDWNVISKIGIGKEEFRANLFTRSKDDLQDFNVTEFLGKKGTRLYDLSTSLVTVASKFILDSNNIDCNETGFVLGTSYGSLESILEFIKDIYTSEKPYFVDPSRFPNTVMNSQASQTAIRYGFKGLNSTISGGVLCGVKAVNYAKNMMQNEYVKSIIVGSVEENSKNIYKYLQNINSTNELNDYLEKEEGCALFLLDRYNELDFESNGPVIELVSSEFIFSGGTTAVDYKKGLSICLEKVQRELGICLKEINLTVISNQPDDSKITEIEQEVYIEHLDNYTYFNANRIIGNSISASGSLQLAIFLTGIEGFSEYGLITSFDKSGLVGCLLVRRWSK				NA	NA	NA	NA	NA
AK148_03895	1218	fabF_3	COG0304	3-oxoacyl-[acyl-carrier-protein] synthase 2	ATGAAAAATCGAGTTGTAATAACTGGGATTGGTGTAATTTCTAGCGTAGGAATAGGTATCGTTGAATTTACAAAATCACTAATTAATGGTAAGAGCGGAGTTTCTCGAATTGAATCATTTGATACTGAGGGGTTTCCAAGCTATTATGGCGCCGAAGTGAACTACCCGAATTTAGAAAGCTTTGTTGAAGTAAACGATTATCGAAATTTGGCAAGGACCTCTATGTTAGCTATTGGAGCTGCAAGACTAGCATTAAAGGATGCGGATCTGTCCAATTTAGATTTATATAATAATCAGTGTGGGGTATGTACAGGTACAACAGATGGGGAAATTCAAACACTTGAGAAAATAGTTCAAAACTATTATGAGCCTATGGATACTGATTTCAATAATAACTTATTTGACAACTCTAATCCACATGAAATATCCTTATCCGTTTCACGAGAACTAGGATTAATAGGGGAGAGTTTGACTGTAACAACTGCGTGTGCAGCCGGGAATTATGCTGTTGGCTATGGATACGACCTGATAAAAAGTGGTAAATCCAATATTATGCTTTGCGGAGGTTCTGAATCTATTTCCAAGAAGACCTTCGCGGGCTTCTCTAGGTTAGGAAGTATAGCACCTTTAGCCTGTCAACCTTTTGATAAGAGTAGAAAGGGTCTAATCTTAGGTGAAGGATCATGTTATTTAGTGCTTGAAAATCTTGAATCAGCCGTTACCCGGGGTGCCGAAATCTACGCTGAAATATTAGGTTATGGATTAAGCTGTGATGCACACCATATGACGGCTTCAAGTGCAGAAGGAATTGCAGAAGCAGTTGTACAGGCGCATACGAATTCAGGTATTCAATCAAAAGATATCGATTATATTTCGGCACATGGAACTGGTACGAGACATAATGACATAACTGAAGTGGTTGCAATGAAACAAATATTTGGGAAAGTTCTTCCGCCGATAAGTTCAATAAAGTCAATGATAGGGCATACATTAGGGGCTGCTAGTGCTTTATCTTTAGCGGCTTGTTCTACAGCAATAAAAAATCAATTTATTCCACCAACAATTAATTTCTTTGAAAAGGATCCAAAAATAGATATAGATTGTGTTCCTAACTTTTCTAGAAAATCGAAACTAAATATAGTACAAAACAACGCTTTTGCATTTGGAGGAAATAATGCAATTGTAATACTAGGGAGTTATAAGAATGTCTCTAAATAA	MKNRVVITGIGVISSVGIGIVEFTKSLINGKSGVSRIESFDTEGFPSYYGAEVNYPNLESFVEVNDYRNLARTSMLAIGAARLALKDADLSNLDLYNNQCGVCTGTTDGEIQTLEKIVQNYYEPMDTDFNNNLFDNSNPHEISLSVSRELGLIGESLTVTTACAAGNYAVGYGYDLIKSGKSNIMLCGGSESISKKTFAGFSRLGSIAPLACQPFDKSRKGLILGEGSCYLVLENLESAVTRGAEIYAEILGYGLSCDAHHMTASSAEGIAEAVVQAHTNSGIQSKDIDYISAHGTGTRHNDITEVVAMKQIFGKVLPPISSIKSMIGHTLGAASALSLAACSTAIKNQFIPPTINFFEKDPKIDIDCVPNFSRKSKLNIVQNNAFAFGGNNAIVILGSYKNVSK	PGPT0008360_6711	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458	NA	NA
AK148_03896	252	acpP_2		Acyl carrier protein	ATGAATGAACTGATTAAAGATCAAGTTTTAGAAATTGTGAATGATGTATTGGAGTTAGAAGAAGGAGAAATAAGAGGGGACGCTGATTTTGAAGAAGAATATGAGGCAGATTCCTTAAGAAAGATTGAAATCTTGGCAAGAATTGAAAAGGAAATAAAAATTCAAATCCCACAATCTGAACTAGAAAACTTTAATTCTTTAAATAGTGTATATGAAACAGTTAAAAAGCATAGCGGGGTTAACATTTCGTAA	MNELIKDQVLEIVNDVLELEEGEIRGDADFEEEYEADSLRKIEILARIEKEIKIQIPQSELENFNSLNSVYETVKKHSGVNIS	PGPT0011375_3199	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0011375-acpP-K02078	NA	NA
AK148_03897	870			IS110 family transposase ISCsa3	ATGCTGAAAATCGTTTATCCGAATTGCTGCGGAATTGACGTTCACAAAACCTTTGTTGTTGCTGTCATCGCAATTACGGATGATCAAGGAATTACTCAGTACCATCGCCGTCGGTTTTCCACTTTCACCAATCAATTGAAAGAGCTCAGAAAATGGCTGGATTACTATTCCTGTTTTCACGTTTGTATGGAATCTACCGGAAAATACTGGATCCCTGTCTACAATATACTTGAACCAGACCATGACATTTGCCTGGCCCACCTCAAATATATCAAGGCGATTCGTGGAAAAAACAGACAAAAAGGATGCCCAATGGATTGCCAATTTATACAAACACGATTTAGTTGCTGGAAGTTTTATCCCGCCAGTGAAATACGTCAACTACGTGATCTGTTTCGTTATTATAATAAGCTAACATCTATTCAAACGAGTAAAAAGAATCGGTTTCAAAATTCGTTGAATTGGTCAGATATCCAAATTGCTAGTGTTGTTTCCGATGTCTTCGGAAACAGCGCTCAAAAGATGATCCAGAGCGTCCTAGATGACCCGAGTCAGATACCAGATATCGAGACCCTTGTTCACAAAAGTATGATCCAAAAAGTTGATCGTTTAAAACTTTCTATAGAAGGTGAAATTAGTGACGAACAAGCTGAGAAAATCCGTGTAATCAAAGCCCATTATGACTCCATTGTTCTTTGTAAAAATGATCTAGAACAGCTTATTACAGAACTGGCGCAAGAATATCAACCCCAAATCAAATTGATTCAAACAGTTCCCGGATTTAAAAAGGAATTAACATCTATCCGACTGATTTCAGAAATTGGCGTTGATATGTCAAAGTTTCCTACATCAGGTCACCTTTGTTCCTGA	MLKIVYPNCCGIDVHKTFVVAVIAITDDQGITQYHRRRFSTFTNQLKELRKWLDYYSCFHVCMESTGKYWIPVYNILEPDHDICLAHLKYIKAIRGKNRQKGCPMDCQFIQTRFSCWKFYPASEIRQLRDLFRYYNKLTSIQTSKKNRFQNSLNWSDIQIASVVSDVFGNSAQKMIQSVLDDPSQIPDIETLVHKSMIQKVDRLKLSIEGEISDEQAEKIRVIKAHYDSIVLCKNDLEQLITELAQEYQPQIKLIQTVPGFKKELTSIRLISEIGVDMSKFPTSGHLCS	PGPT0030635_4079	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030635-tnp-K07486	NA	NA
AK148_03898	1020			hypothetical protein	ATGGATTCAAATATCGTTATTACAGGTATAGGAATTGTTTCTTCAAAGGCAAATTCCAAGAATGAATTGATAAATAAACATTTTATTGGGGAGACAATAAAAGAAAAGGAATTTGATCCATCGGAAGAATTAGGTAAGAGAGGTCATAAGTATTTCATTTCTTCTACGAAATATCTATTAGTTTCAATTAAAAGATTACTTATTGATAACTCATATGATGCCGATTATGAATCGCATGAGGTTGGCGTTATTATTGGAACAAATTTTTCAAACCGAAAGTATATAGAAAATAATTATATAAAGCTTCAAACAGAGGGATTAGCTTCTATTGAACCGATGTTTGCACCCAATTTGTCGGTAAATTTATCTGGTAGTATAGCTTCTATAAAATATAACTTTAAAGGGAGTAATATTACGTTAACTAATAATCTACTAGCCGGAATTCAATCTATAGAAGTAGGTATGCAGCAATTAAATAATAATCGAATAAAAATGGCGATTTGTGGCGCAACTGAGGGTATTGCTCCAAGTTCAATAACAAAATATATAAAGAAACCATTGTTAGAAGAGAGCTCATGTGTAATTTCATTAGAAAAATTGAATGATGCTACTAAAAGAAAGTCACCAATTTATGGTGTTATTAATGGTATGACTAACAGTTACTTTCCATATACTGAGGAAATTCCTAAAAATCTATCTCGATTACAAACTTTGCTAGAGCGGGATATAGATAGTGTTATTGAAGATAAAACAAGAGAAATTAACTTATATCTTACAAATTGTTTAAGCCCATTTTCAGAGATTGTTAATAAGACCATAATGAGATTATTACAAAAAGCAGGGATTACTTACTATGAGATAGATAGTTTAGGTAATAATTATGAAAATATTAGTGTCTCACCAATTCTATTAACTGCACATAGTGTTATCAATAAATCTAAACAAATTGATAGCTTAATTGTATGTAGTAATCCACAAGGAAATATTAATATGTTATCAATCTCTAAGATGCATTTTTAA	MDSNIVITGIGIVSSKANSKNELINKHFIGETIKEKEFDPSEELGKRGHKYFISSTKYLLVSIKRLLIDNSYDADYESHEVGVIIGTNFSNRKYIENNYIKLQTEGLASIEPMFAPNLSVNLSGSIASIKYNFKGSNITLTNNLLAGIQSIEVGMQQLNNNRIKMAICGATEGIAPSSITKYIKKPLLEESSCVISLEKLNDATKRKSPIYGVINGMTNSYFPYTEEIPKNLSRLQTLLERDIDSVIEDKTREINLYLTNCLSPFSEIVNKTIMRLLQKAGITYYEIDSLGNNYENISVSPILLTAHSVINKSKQIDSLIVCSNPQGNINMLSISKMHF				NA	NA	NA	NA	NA
AK148_03899	1176	fabF_4	COG0304	3-oxoacyl-[acyl-carrier-protein] synthase 2	TTGGTGAGTAAAATGTCAAAAGAAATAGCGATTACAGGTCTAGGATTAATTAGTCCAATAGGAAGTAATATAGAAGAATACTGGAATAATTTAATAAATAAGGATAACAAAGTGGACCCTCAAAAGTATCCATATGACCCAAATAATTCACTTAATGGAAGTAAATATTATCCAAATCCAATTAAAGATTTGGACTTGCTGAATCATACTAGAATAGAAAAGTGGAGTATCGACGGAGTAGAGCAAACATTAGAGGATTCTAACATAACTATTGATCATAGAAAGAAGCTGAAGATAGGTTTAGTGTTAGCAAATAATATTGGTGATACTGATGTACTTGAATCTGAATTAAAAGAACGAAGAAATGAGACTACATTTTTATTTAACACAACTTATAGTTTACTTAGGCGTTTTAGATTTGAAGGGCCTGCACTAACTGTGTCAAATGCATGTTCTGCCAGTTTATATGCACTGTGTATTGCCTGCGATTATATTAGAAGTGGAGTGGCAGATGCAATTATAGTTGGTGGGGTTGAATCAATCGGAATAGTAAACCAGGCTTGTTTTGAGAAATTACAAGCTACAACAAGTGATTTGTGTAGGCCCTTTGACAAAAGTAGGTCGGGGACAATAACTAGTGATGGAGCAGCATTTGTTGTAATAGAGTCTACCGAAAGTGCCAAAAAACGTGGAAAATATGATTGGCACTCTATAGTTAAGGGCTATTCTATGAATTGTGATGGGTATCATGTAACATCACCAGACCCATCTGGTGAAATGGCGAAGATGGCAATCTTAGAATGTATGGAAAGTGCTAAAATAACTCCTTCTGATATACAAGCTATTATTCCACATGGGACTGGTACAAAACTGAATGATCTAGTGGAAAGTAAAGTAATACATAATATCTTTAAAGATTTTAATCAACCAATTGTAACTGGAATAAAGTCCAAACTAGGACATTCAGTTGCTGCAGCAGGAGCGTTTTCTCTTATTACTGCTTGCCTAATGTTAAAATACGAAGCCTGTCCCCCCACCATCAATGTCAATGAATTAGATGTAGAATGTGAAATTAATTTATGTAAGGAATTAAAAGTAATTGAAAATCTTAGGAATATACTAATAAATGCATATGCGTTTGGTGGTAATAATGCATCAGTAATTCTAGGAAGGTGA	MVSKMSKEIAITGLGLISPIGSNIEEYWNNLINKDNKVDPQKYPYDPNNSLNGSKYYPNPIKDLDLLNHTRIEKWSIDGVEQTLEDSNITIDHRKKLKIGLVLANNIGDTDVLESELKERRNETTFLFNTTYSLLRRFRFEGPALTVSNACSASLYALCIACDYIRSGVADAIIVGGVESIGIVNQACFEKLQATTSDLCRPFDKSRSGTITSDGAAFVVIESTESAKKRGKYDWHSIVKGYSMNCDGYHVTSPDPSGEMAKMAILECMESAKITPSDIQAIIPHGTGTKLNDLVESKVIHNIFKDFNQPIVTGIKSKLGHSVAAAGAFSLITACLMLKYEACPPTINVNELDVECEINLCKELKVIENLRNILINAYAFGGNNASVILGR				NA	NA	NA	NA	NA
AK148_03900	261			hypothetical protein	ATGGACAATAAATATATTAAAGAGAAAATTTTTTTGAAATTAAGTGAATATAAAGTAATTGATACAATTTTTGATACGAGTACTTCCTTAAAGGAAATGGGATTAGACTCAATGGATATAATGAAGCTTATTGTTGAATTAGAGGAGCTTTTTAATATTACCTTTGATGATGATGAATTAATCATGGACAACTTTAAGACTGTAGATAACATTACAACTAGAATTAGTAATCATTTGTTTCACTCAAAGGAAGTTAATTAA	MDNKYIKEKIFLKLSEYKVIDTIFDTSTSLKEMGLDSMDIMKLIVELEELFNITFDDDELIMDNFKTVDNITTRISNHLFHSKEVN	PGPT0020060_92	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0020060-dltC-K14188	NA	NA
AK148_03901	1146			hypothetical protein	TTGGAGTTAGAGTTACCACCTGTAAATGAAGAAAATGTAGATGAATTAATACGATCTTTATATTTCATATCCCAAGATATTATTGAAATCTATAACGAAGAAAATAAGCTAATTATCGTTCACGACTTAGAAAAAGATAAGGAACTAAAGAAAAAAATAGAATCACAAATAGAAGCATTTCTTAGAGGTGCTAGGAAAGAAGAAGTGATTTATAAATTCGACTACAAGAACAATTATTATTTTGAATCTACTCCTTCTAATGTAATGAATAACAATAAAAGTGGACTAATAACTTTACAAGGCGCAGCAATCGATTTATTTAATTATTTTGATAATGTATTCCGCGGGTTTGCATTACAATTACTCGCAAATGAACGCTTGTATCCAACTTTGTTACCAATAGAAGCATTTAGCAAAACGAGTTATTTAAAGACATCTCCTCAGTATTCGACTTTTATTAGCTATCCAAAAGAGGATTTAAATTGTTTGGAATCACTTCATTATCTTGTTAATAGTGAAAAGATAAAAGAGGATTTATCTTCTCCTAAATATGTTCTATCACCGTCGGCATGTTTTCACAGCTATTTAGATCTAGAGAATAGTCAATTAACCAACAATAAGATTTTTACATTTAACCAAAACGTATTTAGAAATGAAGGAAGAAATAATTGGGGGAATATAGGTAGACTTAGGGATTACCATGTAAGGGAGATCGTATTTTTTGGAGATGTTGATTTTGTCAGAAATACTAGGGTAGCGATCCTTAATAAATCAATAGATTTTATAGAGGACCTAAAATTAGATGGAAAGTTATGTGTTGCTCATGATTCATTTGTTGTACCTGATATGCAAAAATTTAAAGTGGTTCAAGAGAAGGAACGTGTAAAGTATGAGCTTAAACTTAATGTCACGGAGAATTCAAATATTTCTGCGGCTTCATTTAATCTTCATGGTACTACATTTACTGAACCTTTTAACATAACGATTGATAATGTATCTACTGTAGTTAGTGGATGTGTTGGTTTTGGTATTGAACGGTGGGTAATATCGTTTCTAAGTCAATATGGCCAGAATCCCAATGCTTGGCCAGAAGAGGTTAAAAAAGGCATAGAAAAAATTAATAGTAATAGCCCACAGTTTTTATGA	MELELPPVNEENVDELIRSLYFISQDIIEIYNEENKLIIVHDLEKDKELKKKIESQIEAFLRGARKEEVIYKFDYKNNYYFESTPSNVMNNNKSGLITLQGAAIDLFNYFDNVFRGFALQLLANERLYPTLLPIEAFSKTSYLKTSPQYSTFISYPKEDLNCLESLHYLVNSEKIKEDLSSPKYVLSPSACFHSYLDLENSQLTNNKIFTFNQNVFRNEGRNNWGNIGRLRDYHVREIVFFGDVDFVRNTRVAILNKSIDFIEDLKLDGKLCVAHDSFVVPDMQKFKVVQEKERVKYELKLNVTENSNISAASFNLHGTTFTEPFNITIDNVSTVVSGCVGFGIERWVISFLSQYGQNPNAWPEEVKKGIEKINSNSPQFL				NA	NA	NA	NA	NA
AK148_03902	486			hypothetical protein	ATGGATGGATTATTACAGTCTGTAACCCGTTCCCACAAGGATATTGATTTATTTGTCAATATAGACGATAAGGAATTTTTTATCGACATATTAAGAGATAATAAGTTTATTACGAGACGTATCTTTAAAAATTCAATCTTAGCTCTAGGTGAAGGTTTTAAAATTGATATTCACTTCTTGGAGGAATTCAATGAAGAATTTTATACGTTGGACTTAGGAAACAGAAATAACCCTATACCATTACCAAAAAGAGGTTTCAGTAAAAGCTTCAATGCAACTATCGATAGTGTTAATGTACGTGCTGTTTCGTGGGAAGTGTTATATCTAAATAAAACTTTATATAAATTAATATTTCCCAAAGAAGAGTTAAGAAAAAAAGATCGTCAAGATATTGAAATAATAAAGCAAAACCTTACTTCAGATCAGATAAAAACAATCAAAGAAATTAATTTACCATTAGGAAAGGGGTATGTATCTTGGAGTTAG	MDGLLQSVTRSHKDIDLFVNIDDKEFFIDILRDNKFITRRIFKNSILALGEGFKIDIHFLEEFNEEFYTLDLGNRNNPIPLPKRGFSKSFNATIDSVNVRAVSWEVLYLNKTLYKLIFPKEELRKKDRQDIEIIKQNLTSDQIKTIKEINLPLGKGYVSWS				NA	NA	NA	NA	NA
AK148_03903	507	fabZ_2		3-hydroxyacyl-[acyl-carrier-protein] dehydratase FabZ	ATGAATCATAGTCAAATAAAAGGACTGTTACCTCATAGACACCCGATTTTATTAGTAGATCAAGTTATAGAGATCGAAACTGAGAAAATGATAGTTGCTGAAAAAAATATAACTGCTACAGTGCCTTGTTTTCAATCAATTGATGATGAGTGTTATAAGGAGGATGCTTATAACTATCCTAATTCGTTGATTATAGAATCCTTCTGTCAAGCTGCATGTATTCTAGCACTAGAATCCAAGCAAATTAATATTAAGAAATCAGAATTAGTACCGTTATTCGGATCTCTTAACAATGTAGAGTTTATTAGTATAGCTAAACCTGGAGATAAATTAATACATAATGTTAATTGGATAACAAGTATGGAGGATACTGTTGTTGTTAATGGAAACATTTTAAACGGTGATGAAGTACTAGCTACAGTGGATATGGCAATATTAGCCTTTAAACCAATGCATAGATTTACAACTGGAGCAGTGGTGGAGGTGGAGAACCATAACGGATCATAA	MNHSQIKGLLPHRHPILLVDQVIEIETEKMIVAEKNITATVPCFQSIDDECYKEDAYNYPNSLIIESFCQAACILALESKQINIKKSELVPLFGSLNNVEFISIAKPGDKLIHNVNWITSMEDTVVVNGNILNGDEVLATVDMAILAFKPMHRFTTGAVVEVENHNGS				NA	NA	NA	NA	NA
AK148_03904	408			hypothetical protein	ATGGAAAAGGCTCAACCTTATAAAGCTATAGATACCATATTATTACTAGAAGAGGGGAAAATAGAAATATCGCTAAATTTAGACGATAATGACTTGTTTAAGGGTCATTTTCCCTTTTTATCTATCTTTCCTGGAGTATTTATTATTGAAATGGTAGAACAAACTGCACTTCACTATTTTAACAGTATTTCAATTCACAATGGTCATATATTCAAACTAAATAAAATAATTTCTACACGTTTTTATGCCCCGATTAAACCAGGAGACACATTGAGATGCAGTTGTTGCATTGAAACCTTAGTTGAGGACAAGTTTAAAGTATTGGCAGTTTGCTCAGTATTTGGTAAAGAGGTTGCAAAATTAAACTTAGAATTTTATAAGAAAGGATATTCCTATAATGAATCATAG	MEKAQPYKAIDTILLLEEGKIEISLNLDDNDLFKGHFPFLSIFPGVFIIEMVEQTALHYFNSISIHNGHIFKLNKIISTRFYAPIKPGDTLRCSCCIETLVEDKFKVLAVCSVFGKEVAKLNLEFYKKGYSYNES				NA	NA	NA	NA	NA
AK148_03905	753	fabG_5		3-oxoacyl-[acyl-carrier-protein] reductase FabG	TTGAATGATAATAAAAAAGGAGTAGCAATAATAACAGGGGCTAGCAGAGGTATTGGTCGTGAGATTGCCATCCAACTTGCAAAAGAAGGTTATGATATATCGTTTTGTTATTTGAATAATGATGAGCTGGCGAATGAATTATCCAATCAAATTCAAATTCTAGGTCAAAATTGCTATTTTGCAAGATGTAATATAAAAGAATATAGCGAAGTAGAAAATTTTATTAAAGATACAGAGAATAGTCTAGGCAAAATTTCTGTTCTAGTAAATAATGCAGGGATAATTAAAGATAAACCCCTAGTATTAATGGACATTGAAGAGTGGCAAGATGTAATCGATATAAACTTAACAGGGACCTTTAATTTTTGTAAGTGTGTCATATTTAGTTTTATTAAAGAAAAAAGTGGTTCGATAGTTAATATTTCATCATATTCAGGGATACACGGAAATAAAGGACAAACAAATTATTCTGCATCTAAAGCAGGAATTATTGGATTTACTAAGTCACTTGCAAAAGAAGTTGGTCAATATGGGATCAGGGTTAATGTAATTGCACCGGGTTACGTTGAAACTGATATGACTTGGTATATTGATTCCAATTCTAAAATGAGAAAGAGGTTACTTTCTTCTATACCAATAGGAAGGCTAGGTAAATCAGAAGAAGTAGCTAATACTGTATCTTTCTTAGTATCACCACAGTCTAGCTATATTACAGGACAAATAATACAAGTTGATGGAGGTCTCCTATTTTAA	MNDNKKGVAIITGASRGIGREIAIQLAKEGYDISFCYLNNDELANELSNQIQILGQNCYFARCNIKEYSEVENFIKDTENSLGKISVLVNNAGIIKDKPLVLMDIEEWQDVIDINLTGTFNFCKCVIFSFIKEKSGSIVNISSYSGIHGNKGQTNYSASKAGIIGFTKSLAKEVGQYGIRVNVIAPGYVETDMTWYIDSNSKMRKRLLSSIPIGRLGKSEEVANTVSFLVSPQSSYITGQIIQVDGGLLF	PGPT0003180_20558	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
AK148_03906	711	sfp_2	COG2091	4'-phosphopantetheinyl transferase Sfp	ATGGCTATTGTAAAGGTTTGGGTGATTAGAATTGATGATTTTCAAGCTAGCGAAGTAGAAAACTTATTGAAATATGTCTCAGTAACTAAACAAAAGAGATTTTCAAAAAGAAAACTCTTCAAAAATAATTTGTTATCGATTATCGGGGAAATCGGCTTGAGATTAATCGTTCAAGAAGAGTATGGAATACGATATGACAATATATCTCTGATTTATAACAAAAATGGTAAACCTAAAATTGACAATTATAATCATATTAAGTTTAATATCTCGCACTCAAATGATGTTGTTGCGATAGCTTTATCTTCGGAATGTAATATTGGAATTGACATAGAAAAAATTAAATCATTCTCAAAGAACGTAGTGGGTAAGTTTTTTTCTCATGATGAAAAAAGAATGTTTGATCGTCTTTCAATTGAAGAAAAAAATTACGCATTTTATAGATTATGGACGAAGAAAGAAAGTTTTATAAAAGCTAATGGTGAAGGAATATTTAATACAAACTTATCTAATGTCTCAATGGTGAAGGTATTTAGAGATGATTTTGTCTATAAGGAAAGATTCAGCAATAATTACTTTAAAGTGAATTCTATTTATGAAGATTATATATCGACTCTATGCAGTGATGTCCCAATTAGAAGAATAGATACAATACATAGTGACTTAAATGAGATTACAAAAAATGAATCACTAATAAGAATATTTACATAG	MAIVKVWVIRIDDFQASEVENLLKYVSVTKQKRFSKRKLFKNNLLSIIGEIGLRLIVQEEYGIRYDNISLIYNKNGKPKIDNYNHIKFNISHSNDVVAIALSSECNIGIDIEKIKSFSKNVVGKFFSHDEKRMFDRLSIEEKNYAFYRLWTKKESFIKANGEGIFNTNLSNVSMVKVFRDDFVYKERFSNNYFKVNSIYEDYISTLCSDVPIRRIDTIHSDLNEITKNESLIRIFT				NA	NA	NA	NA	NA
AK148_03907	1317	lpdA	COG1249	NAD(P)H dehydrogenase (quinone)	ATGCCAAACTCTTCGAAAGTCCTAATTATTGGTGGGGGACCAGCCGCTATAGAAGCTGCCATAACCTCGAAATTATTCGTTGAAAATGTCACTATTATATCTAAAAACAAAATAGGGGATTGGAAAAAACTGGGTATAAGTAACGGTTTACTTGAATATTATGATAAAAAAAGAAAATGTGGTGATGTACTTGGTGTTGTTAAAAAGAAATTGAATAAGTGGTCTAGTAACATTACGGATACTGCATCAAACAGAGGTATAGATTTATTATTTGGTGAGGTAATAAGTATTTATCCTGATCACGTCAAATATTTGGATAGCAATAATCATGAAAAAGAGTCTTATTATGATAAATTATTTATTGCAATTGGATCTTCAAATTATTTTCCGGAAGAGATGATGCCAGATGGCAAATACATATTTAGTCCAAATAATATTGATCAATTAGATAAATGGCCAAACTCTATCATAGTTATTGGGAACGGTCCAATTAGTTATGAGTACGTAAATATTTTTCAAAATAAAGGAACAAAAGTAAAATGGTTAGCACCAGAGTTAGGACCATCAACTCCATTTGATCCATGTATTTCTATTTATCTAAATGAAGTATATAAAAACCGAGGGATTGAAATTATTAATGGAAAATTTGTAAGGAAAATAACAAAGAAAAAAAATGAAGTAGTGGTCTTTAGAGAAGATGGTACCCATTATACTGCGGAAAAGGCATTTATTAGTATTGGCTTAAAATCTAATATAAGAAAACTTGATATAGAACATCTTGGATTTGAATACTCCGAAAAGGGAGAGGTGATGACAAACGAAGTTGGTTGTACCAATCATGAGAATATTTACATAATTGGTGATGCTAGAAGGGCAAACAGTGCAAGTCTTTCTATGAAACAAGGGAGACTAGCAGCTTTAGATGCATTAAGTGATAGGAAAGTTGATAATAATCTTCTACTAAATACACCAATTATTTTCAACCAAAATCCCCAAATAGCAATTATTGGACATTCATCAAACCAAAGTAATAATTCTTTAAAGATTAATTTTAAAGATAGGAACTTTAAATCATTAATGGGCACAACTTCAGATGGATTTATAAAAGTTACTTGGGATAATGACCAAAGATTAACTAGCGCCATTATTGTTGGAAATTGTGCATCAGAAATTATTACACCTCTTTCTCTTGCAATACAATTAAAAACTAATCTAGAGGAACTAGCTAATTTCTATCCTCCCCATCCATCTCAAAGTGAAATAGCTTTTACTCTATTAAGAGAAATAGAGTATCAAATTACAACTGAAAATGGATAG	MPNSSKVLIIGGGPAAIEAAITSKLFVENVTIISKNKIGDWKKLGISNGLLEYYDKKRKCGDVLGVVKKKLNKWSSNITDTASNRGIDLLFGEVISIYPDHVKYLDSNNHEKESYYDKLFIAIGSSNYFPEEMMPDGKYIFSPNNIDQLDKWPNSIIVIGNGPISYEYVNIFQNKGTKVKWLAPELGPSTPFDPCISIYLNEVYKNRGIEIINGKFVRKITKKKNEVVVFREDGTHYTAEKAFISIGLKSNIRKLDIEHLGFEYSEKGEVMTNEVGCTNHENIYIIGDARRANSASLSMKQGRLAALDALSDRKVDNNLLLNTPIIFNQNPQIAIIGHSSNQSNNSLKINFKDRNFKSLMGTTSDGFIKVTWDNDQRLTSAIIVGNCASEIITPLSLAIQLKTNLEELANFYPPHPSQSEIAFTLLREIEYQITTENG				NA	NA	NA	NA	NA
AK148_03908	1029			IS256 family transposase ISSne1	ATGAACCATCTTACTACAGATTTAATTGAAGTACTAGCAAAAAAACAAGATATTGAAGAAGTTTTTCGTCGTCATTTAGAAGAAGCTATTAACCAACTACTAAAACATGAATTAACTGTATTCCTGGATTACGAACCGTATGAACGCAAAGGAGTTCATTCAGGTAACTCTCGTAATAGATTTTATAACCGTACTTTTAAGACGGAGTACGGTGAGCTACAACTTCGTATACCAAGGGATAGGAACTGCGAATTTCAACAACAAACAGTGGCTCCATATAAGCGTTCCAACGACACGCTGGAACAGTTTGTTATTTATCTTTATGAAAAGGGAATTACAACAGATGAAATCGCACATCTAATCGAACAAATGTACGGACATCATTACACCAAACAGACCGTGTCTAACTTAACAAAATTGGTAGCAGAAGATGTACAAGCATTTCATGAACGTAAATTAGAAAAGCGTTACGCATGCATTTACTTAGATGCTACTCAAATCCCTATTCGTCGTAACACTGTAGAGAAAGAGTCTGTATATATTGCAATTGGGATCACGGAAGACGGCATAAAAGAAGTATTAGATTTTACTATTGCACCAACAGAATCCGCACATATATGGGAAGAATTGATGCAGGAACTATATCAGCGCGGTGTTGAAGACGTTCTACTCTTCGTCTCAGACGGTTTAACTGGCATGACAGATGCCATTCACCGTGTCTATCCCAAAGCAAAGCATCAGATGTGCTGTGTCCATGTTGCCCGTAATATTGCTAAGAAGGTTCGTATCAAAAACCGTTCAGAGATACTTGGTGACTTTAAAACTGTTTATCATGCCATAGACAAAAAAGAAACCCAGCAAGCGTTAGAACAGTTTCAAAGCAAATGGGAAAAGACATATCCACGTGTCATTGACGCAGTTGTAAAAAATGAACAATTATTAACATTTTATGAGTTCCCTGCCTCTATTCGACGGAGTATCTATTCGACAAATTTAATTGAAGCCTTCAATAAAGAAATAAAGAGATAA	MNHLTTDLIEVLAKKQDIEEVFRRHLEEAINQLLKHELTVFLDYEPYERKGVHSGNSRNRFYNRTFKTEYGELQLRIPRDRNCEFQQQTVAPYKRSNDTLEQFVIYLYEKGITTDEIAHLIEQMYGHHYTKQTVSNLTKLVAEDVQAFHERKLEKRYACIYLDATQIPIRRNTVEKESVYIAIGITEDGIKEVLDFTIAPTESAHIWEELMQELYQRGVEDVLLFVSDGLTGMTDAIHRVYPKAKHQMCCVHVARNIAKKVRIKNRSEILGDFKTVYHAIDKKETQQALEQFQSKWEKTYPRVIDAVVKNEQLLTFYEFPASIRRSIYSTNLIEAFNKEIKR	PGPT0030665_2595	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030665-putative_transposase-K07493	NA	NA
AK148_03909	507			hypothetical protein	ATGAATAAAGAAGAAGCAATAAAAATCTATGATTTGATTAATAAAGGGCAAATACAACAAGCGAAAGAAATTCTTAATAGTAATAGAAGTTTGCTTGATTTTGTGACACCTTTTGGAACATGGTTACACGTAGCTGTTAGAGCTGGAGAACTAGATATGGTAAAGTTTCTAGTTGAATCTGGTATGGATCTAAACAAGAACGAGGGTGTACCAAAATCAGCACCTATCGCACAAGCATCTAGTAAAGGTGACCTTAGCATTGTAGAGTATTTATTTAATAATGGAGCGGTATTTGATGTAAGTGAACCAAATAGAAATCCTTTATTTTCAGCAATTTACGGTGGGAACTTAGATGTTGTAAAATATCTTGTTCAGAATGGTATTGATATTACTGTTAAATATACAGGTAATACTATGAAAGATATGGATGCATACGCGTTTGCGGTTGAGAGAGGCCAAACAGAAATTGCTGAATATCTAAAACAGAAGTTGGATGAAAGATTATAA	MNKEEAIKIYDLINKGQIQQAKEILNSNRSLLDFVTPFGTWLHVAVRAGELDMVKFLVESGMDLNKNEGVPKSAPIAQASSKGDLSIVEYLFNNGAVFDVSEPNRNPLFSAIYGGNLDVVKYLVQNGIDITVKYTGNTMKDMDAYAFAVERGQTEIAEYLKQKLDERL				NA	NA	NA	NA	NA
AK148_03910	921			hypothetical protein	ATGCGTGCAGTGGAATCAACTGCCCAATCCTTCACAGATAATGTGGAACAAGAGGGAGTTATGTACGTCACTGGTGCGACTATTCCAGCCTTAATACCAAGTAGTATGGCTGTCAAGGGAGTATCAGGCGTTGCCAAACTAGGCGCAGGGGCAGCAAGAAGAGCTCCGAAGTTATTGGATAGTAAGCCTTTTAGTGGTAATTATTATCTGGAAAAGGTAGATGCAGCTAAAGCTGGAATGGCTAAAGTGAAAATGCCTGTTTTCTATCGAGAGCAATTGTCGACTGGAGATTCTACAATTCCGACAGCTGGCATGAGATGGAAACCCCTTGGTGATATTCGTCCGCAGATGTTTGCTGTGAAGAATGGCGGAGGGGGAAAGATAGAGGCTAAGGGAACGGGGAATACAGTAAATGATTATCTAGATGATATAATTGTTAATGGTGATGTAGACGCTGTTAAAATGAATAAGCTTAAGAATGAAATTCAAAATAATACATTTAATGTAGATGAGCTGTCAGAGATCAGAAAAAGAATGTCTGAATTAGGTATTAGTAAAGAATATGATGAAGCATTAATAAAGATTGATTTTGGAAAGTATTTAAGAGAGCTAATAGGGGAACCCCCTTCAGCTATGATAGATCCGCATGCGCACCATATTCTATTTAAAAAAGGGCTTGGTCAGAAGCAACAAGAACTTGTTCAAGAAGGTCAGGAAATATTAAAAAAATATGGGATAGAACCAGTAATAGGAAAAGAAAATCTTGTTTGGGCTCCAAATAGAATAGCAGGACAACACGGTATAGAACGTCTTCAACATATTGTCAATAAATTGAAAGAAGTGGATAGCTTTGGCGGTAATCGGGAAAAAATAGTTGAGATGCTTAAATTACTAGGTGAAGAAGCGGCATTAATGAAATAA	MRAVESTAQSFTDNVEQEGVMYVTGATIPALIPSSMAVKGVSGVAKLGAGAARRAPKLLDSKPFSGNYYLEKVDAAKAGMAKVKMPVFYREQLSTGDSTIPTAGMRWKPLGDIRPQMFAVKNGGGGKIEAKGTGNTVNDYLDDIIVNGDVDAVKMNKLKNEIQNNTFNVDELSEIRKRMSELGISKEYDEALIKIDFGKYLRELIGEPPSAMIDPHAHHILFKKGLGQKQQELVQEGQEILKKYGIEPVIGKENLVWAPNRIAGQHGIERLQHIVNKLKEVDSFGGNREKIVEMLKLLGEEAALMK				NA	NA	NA	NA	NA
AK148_03911	489			hypothetical protein	ATGTCTATTGCAAGCCACCATAATATTCCAAAAGAAAAAATAATTTCTTGTGGTTCTAGTAAGGGCGGTACGGCGGCTCTATATTACGGAATTAAGTATAATTTTGGTTATGTTATAGCTGGTGGGTTTCAGATAAAGGTAGGAGATTACCTATACTCTACTAGTGAATATACTCGAGAAACTGTGTTGAATTTTATTACAGGTGGCACAGACAAAAAGCATAAAGACTATCTAAATAAATTTTTCTTAGGCTTTGTAAATCATTCCAAAGTTACATCTAATATGTATATACATGGTGGTAAAGGAGACTCTCATTACAGACAACATGTAACTACATTTATTGAAATTATGAAAAGGCGTAATATGCCTTATCATTTGGATTTACAAAATTATTCTTCACATAGTCAAGTAGGATCATATTTTTCTAGTTTTATTAGTGAAGTGTTCTCTAAAATAACTAATTCAATAACTATCACTAGCATTGCATAA	MSIASHHNIPKEKIISCGSSKGGTAALYYGIKYNFGYVIAGGFQIKVGDYLYSTSEYTRETVLNFITGGTDKKHKDYLNKFFLGFVNHSKVTSNMYIHGGKGDSHYRQHVTTFIEIMKRRNMPYHLDLQNYSSHSQVGSYFSSFISEVFSKITNSITITSIA				NA	NA	NA	NA	NA
AK148_03912	915		COG1088	UDP-glucose 4-epimerase	ATGTCTAAAATTCTAGTCACTGGTGGTTGTGGATTTATTGGTGCAAGGATCGTTGCTAAGTTAGTTGAAGAAAATTATACTGTTCATGTTATTGATGATTTGTCTACTGGTAATAAAGATAATGTTGACTTAGAAAAGGTTTATCTGCATGTGCAAGACATAAATGATAGTGAAATTGAAGATATTTTTAGGGAAAATAAATTCAAATATGTAATTCACCAAGCAGCGCAAACTAGTGTTCCAATTTCAATCACTAATATAACAATGGATGCTAGGATAAACATTCAAGGATCAATAAAATTAATAGATTTATCAAAAAAATATGAAGTAGAAAAAATAGTGTTTGCTTCTTCTGCTGCAGTTTACGGAGATCCTCAAGCTCTCCCAATTACAGAATCTGCCATAGTTAACCCAACTTCACCATATGGCTTGTCAAAATACACAGTAGAAAAATATTTACAATTAGCATATGATCTGTACGGCTTAGACTATACTGTATTGCGCTATTCAAACGTTTATGGACCAAAACAAACTTCGTTGGGAGAAGGAGGTGTAGTTTCAATTTTTAATAATTGCTTAAGTCAAAATGAGGTCCCTATTATTTATGGAGACGGATTACAAACTCGTGATTTTATATATGTAGATGATGTAGCCGAAGCAAATTTAAAATCTTTAGACTGTACAAGAGGTATCTATAATATCTCATTTAATAACCAAACTACTATTATGGAAGTACTCAAAGTTTTGAATAAATTGCACAGCAAGGACATAGCTCCTCTTTTTAAAGAACTGAGAAAAGGCGATATTAAGAATAGTGAACTCTCTAACGATTTAGCAAAAAAAGAACTCGATTGGAAACCACAAGTCTCTCTAGAAAAGGGTTTAAAGAAAGTTGTAGGGACTAATCATCTTTAA	MSKILVTGGCGFIGARIVAKLVEENYTVHVIDDLSTGNKDNVDLEKVYLHVQDINDSEIEDIFRENKFKYVIHQAAQTSVPISITNITMDARINIQGSIKLIDLSKKYEVEKIVFASSAAVYGDPQALPITESAIVNPTSPYGLSKYTVEKYLQLAYDLYGLDYTVLRYSNVYGPKQTSLGEGGVVSIFNNCLSQNEVPIIYGDGLQTRDFIYVDDVAEANLKSLDCTRGIYNISFNNQTTIMEVLKVLNKLHSKDIAPLFKELRKGDIKNSELSNDLAKKELDWKPQVSLEKGLKKVVGTNHL	PGPT0019015_6	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_UDP-GALACTOSE-XYLOSE_POOL,PGPT0019015-uxs-K08678	NA	NA
AK148_03913	2127			hypothetical protein	TTGAAACGTTTAAAAATATTATTATATGGCGATCAGGACCTCAATATAATGGACGGTTCTGCAATTTGGTTAACGTCTATAGCCAACATGTTAACTTTAGATGAAAAAGTAGATCTTACAATATTATTAAAAGCTTCCATTCGCAGAAGTCACGTTGTATCAAATATTGAAAAGATAGAAGATATTAATATCGTTGACCCGTTCAGGCTTTTTTCTAATAAAAATTTTGAAGATGATACAAGGTTGACGGTAAAAGATGCTTCTGAAATAATTCAAATGCTTGATAGAAAAGATGATTATCATTTAATAATTACAAGAGGAAAACTAATAACGGAGGCGTCGCTAGAAAAGACATACAGGAATAAACAAATCCCCTATATAACTGATTTCAATCATAATGAAACAGAATTAGAAGTTGAGGAATTGTCATTTTTTAAAAAAGTATATACTACTTTTCCAAACACGTTTGTTCAGACGACTGAAATGAAAGAATTTTTAATGAATATATTAGACGTTGAAGGCGAAAAATTTATTTTATTACCTCCTACAGTTAAAGACATTGAGTGGGATCCTGAAATCGGATTGAAGAATTACTCTGTTGTTTATACAGGAAAATTTGCTAAGCAGTGGAAGACGGAAGAAATGATAGAAACGCAAAAAAAGATAAACGATATTAATAATGTTATCACTTTAAATGTTGCTGGTGATAAGTTTCAAGGTGAATTAATAGAAAAGAAAGAAGAAATTTTGTTACAGTTGAAATCTACCAAAGGTATAAATTGGGTAGGATCTGTAAGTCGTGAAGAATCTATAGATTTAATTAAATCCTCTGATCTCGGCTTTGCTTATAGATCAGAGGAAATCGATAATGATTATAGTTTAGAATTGTCCACTAAGTTTTTAGAGTATGGAATAAATGGAAAACCTATTGTTCTTAGAAGGACAAAGCAATACGAAAATCTACTAGGTTCAGACTATCCTTTATTCGCAAATAGTGAAGCAGAATTGCTTGATAAAATATTATTAGCTTTTAACGATAACTGTATTTATAATTCTGCTGCATTAAAATGCTATAATGCTAGCAAAAAGTACCAATTGTCAATAGTAAGCAAGCAAGTTTTAAAACAATTATGGCTATATAATAACAAAAAGAAGACAGTTTTATTTGCTGGGCATGATTTTAAGTTTTTAAATTGGTATATAGAGGCGTGTAAGAACAACGATGAAATTAATGTACTTATTGATCATTGGAGCAACCACGAAACGCACAATATAGATGAGAGCGAAAAGCTTTTACAAGAAGCAGATATTATTTTTTGCGAGTGGGGTTTAGGAAATGCAGTGTGGTACTCTCATAATAAATTAAAAGGCCAACAATTATTTATCCGACTACATCGACAAGAAATTGATACCTTACATTTAGAATCAGTTAATTACGATAATGTGAGTAAAGTTGTTGTAATTGCCCCCCACCTATTTGAAGAATTTAATAGAGTAAAAAAGGTTCCTAGAGATAAAATGGTAATAATTGAAAACATGATAGACTACGAACGCTTTAATAAGCCTAAATTTGATGATATACAGTATAATTTGGGGATTATAGGTGTTTTGCCAAAATTAAAACGTTTAGATAGAGCTTTAGACATTTTAGAACAGTTGTGGAGAAAAAATAACAAATATAAACTCTTTATTAAGGGCAAACTACCTCAAGATTTACCGTGGTTGATGGGAAGAAAAGAAGAGCGTGTATATTATGAAAATGTATTTAGTAGAATTGAAGAAGCAGAATGGAAGGATAATGTAATTTTTGATCAACATGGTAATGATGTAGATGAATGGCTACGAAAAATTAATTTTGTTTTATCTACAAGTGATATAGAGGGATCACACGTTGCTCCAATGGAAGGTATGGCTAGTGGTGCATTACCTATTGTATATCATTGGCCAGGTGCGGAAACAGTTTATCCAATGGAATTTGTAGTTGAATCTGTTGAAGAAGCAGTACAAAAAATTGAAGATCCTACTATTTACAAAAGATTAAATGTTAAAGAATATCCAAAAAAATTTAATCTTGAATCAAGAGTGGAGTTGTTTAATCAGTTACTTTTAAAGAGTGATAAATTATAG	MKRLKILLYGDQDLNIMDGSAIWLTSIANMLTLDEKVDLTILLKASIRRSHVVSNIEKIEDINIVDPFRLFSNKNFEDDTRLTVKDASEIIQMLDRKDDYHLIITRGKLITEASLEKTYRNKQIPYITDFNHNETELEVEELSFFKKVYTTFPNTFVQTTEMKEFLMNILDVEGEKFILLPPTVKDIEWDPEIGLKNYSVVYTGKFAKQWKTEEMIETQKKINDINNVITLNVAGDKFQGELIEKKEEILLQLKSTKGINWVGSVSREESIDLIKSSDLGFAYRSEEIDNDYSLELSTKFLEYGINGKPIVLRRTKQYENLLGSDYPLFANSEAELLDKILLAFNDNCIYNSAALKCYNASKKYQLSIVSKQVLKQLWLYNNKKKTVLFAGHDFKFLNWYIEACKNNDEINVLIDHWSNHETHNIDESEKLLQEADIIFCEWGLGNAVWYSHNKLKGQQLFIRLHRQEIDTLHLESVNYDNVSKVVVIAPHLFEEFNRVKKVPRDKMVIIENMIDYERFNKPKFDDIQYNLGIIGVLPKLKRLDRALDILEQLWRKNNKYKLFIKGKLPQDLPWLMGRKEERVYYENVFSRIEEAEWKDNVIFDQHGNDVDEWLRKINFVLSTSDIEGSHVAPMEGMASGALPIVYHWPGAETVYPMEFVVESVEEAVQKIEDPTIYKRLNVKEYPKKFNLESRVELFNQLLLKSDKL				NA	NA	NA	NA	NA
AK148_03914	2049			hypothetical protein	ATGGGGGTAAAAACTAAAAGCATTGAAAAAAGTTATGCGGATGTTATAAGCAATGACTTTTTTTCTAAGAAGAATTGGAATTTTAAAAAGAAGGATCTTGAGCTATATGATGAAGGAAATAAATTAATTATTGAATCTAAAAAGGAAAAAGTAAGTTATTTAACATTATATGAAAAAAACACCAATTTCAGAAAAGCACCTAAGAACGAAAAAAAAATAATAATAACTAAGGACACTTTAATTAGGGTGTCTGGTAATTGTTCAAAGAATATAAAGGTTACTATTTATATTATAGAATATGATGAAAAAAATAAAATAAAATCTAATCGTATTTTTATGAATAGAGAATCTGAAATATATATTCACCCTGAAACTAAAACTTTACGTCTAGCAATTCGTATAGAGGGTAAAGGTGAAGTTTGCATTACAAGCTTTAAACTAAATCAGGATTTTATTTCGAAGCAAAAAGCAAACTATAAGCAGCATTTAAAAGGAAAAGAAATACGAAATATTAAAATGGCATGCATATTTGATGAATTTTCATTGGAAAGTTTTGGCGATGAAGTTTCTCTAACAACATTTACTCCTGAAAATTGGAAAAGAATTCTTTCTCAGGATAAGCCAGATTTATTAATGGTGGAGTCGGCTTGGAGAGGAAATTTTGGTAGCTGGGAATACCAAGTGGGGAAATATAACAATAATAATCAAAATAGACATTTGAAAGAGCTAGTTAGTTGGTGCAATCGGCATAGGATACCAACGGTATTTTGGAACAAAGAAGATCCAATACATTTTCAGAAATTTATAGAAGCAGCTTCATTATTTGACTATATTTTTACTACGGATGCAAATAGTATATATAAATATAAGGAATATATAGGTCACGAAAGGGTCTTTTCATTGCAATTTGCAGCTAATCCAAAGGAACATAATCCCACTTCACTTATGAATAGCAAAAAAAATAAAATTTCCTTTGCTGGTTCTTATTATGCTAATCGACATCCTGATAGAAGAAAAGACATGGATGAAATGTTAGAAGTTGCTAAGAAGTTTGGTTTAGATATTTTTGATAGAAATTATGAAAGAAATCAAACTGGTAACTCTCATTTTATGTTCCCTAAATATCTACAAGAAAATATTGTAGGGACGTTAAAGTATAATCAAATAAATAAAGCTTATAAAGATTATCGTCTCATTTTAAATGTTAATAGTGTTAAAGATTCACCTACAATGTTTTCAAGAAGAGTTTTTGAAGGGTTAGCCTGTGGAACCCCAATTATTAGTAGTTTTTCAACAGGGATAAAGAAAACATTTAATCAAATTGTTGTGATGTCGGAAAATCACAAAGTATTAGAAGATAGAATAAATGAGCTTATTAGCGACAATAAACAATATAGACAATTAGCGTTAAAGGGGTTAAGGGAAGTTTATAGACATCACACATACTCTCATCGCGTGCAATATATATTAGATAAATTAAGAATTAAATATAGAACTACTGATAGAAGTGTATCATTGTTATTCTTAATTAATAATATTGAACAGCTTCAAATGGCTATAGACATTGTTAACAATCAATCATATAAAAATGTAAAAGTAGTATTTTTAGTTTCACTCTTCGAAGGGTATTCAGAGGTAATAAATAAATATAATAATAAAAGATTTTCTGCTTATATTAGAGACTATGCTTTTAAGTATAATGATGTTACGGAAATGGTGGAAACGAACTATTTAACAATTATGGATATAAAGAATGGTTACGGAAAGTACTATATAGAAGACCTAATACATGCCACAAAGTATTCAGAAGCAGATATAATAGGGAAAAAGTCTACTTTTAAAGGTAATTACGAGTATGGCGGATATGAGTACCAATTTGTTGAAAGTGTATTACCAACTACATGTTTATACAAAGTGAATTTCTTGAAAAAAGTATCCTTAAAAGATTTATTATATAATGAAGAAAAAATAATTGAAAAACTATTTAAAGAGTGCGGAGCTAAAATATATAGTGCAGACCAATTTAACATTGATATCAATGCTAAATAA	MGVKTKSIEKSYADVISNDFFSKKNWNFKKKDLELYDEGNKLIIESKKEKVSYLTLYEKNTNFRKAPKNEKKIIITKDTLIRVSGNCSKNIKVTIYIIEYDEKNKIKSNRIFMNRESEIYIHPETKTLRLAIRIEGKGEVCITSFKLNQDFISKQKANYKQHLKGKEIRNIKMACIFDEFSLESFGDEVSLTTFTPENWKRILSQDKPDLLMVESAWRGNFGSWEYQVGKYNNNNQNRHLKELVSWCNRHRIPTVFWNKEDPIHFQKFIEAASLFDYIFTTDANSIYKYKEYIGHERVFSLQFAANPKEHNPTSLMNSKKNKISFAGSYYANRHPDRRKDMDEMLEVAKKFGLDIFDRNYERNQTGNSHFMFPKYLQENIVGTLKYNQINKAYKDYRLILNVNSVKDSPTMFSRRVFEGLACGTPIISSFSTGIKKTFNQIVVMSENHKVLEDRINELISDNKQYRQLALKGLREVYRHHTYSHRVQYILDKLRIKYRTTDRSVSLLFLINNIEQLQMAIDIVNNQSYKNVKVVFLVSLFEGYSEVINKYNNKRFSAYIRDYAFKYNDVTEMVETNYLTIMDIKNGYGKYYIEDLIHATKYSEADIIGKKSTFKGNYEYGGYEYQFVESVLPTTCLYKVNFLKKVSLKDLLYNEEKIIEKLFKECGAKIYSADQFNIDINAK				NA	NA	NA	NA	NA
AK148_03915	918	tagH_2	COG1134	Teichoic acids export ATP-binding protein TagH	ATGAAAGCAAAAAAAGTGGAGTTTGAAAATGTATCTAAAAAATTCAGTCTCCATGCTAAAAAGTCCCAAAAAGTATTGAATTTATTTTCAGTTAGAACAAAACAAACCAAAGAGTTCATAGCTTTAAATAATATTTCTTTTGAGGTTTATGAGGGAGAAACTATTGGGCTAGTAGGTTTAAATGGTTCTGGGAAATCAACACTTTCAAATATACTTGGAGGAGTAATTCAACCAAGTGAAGGTAAGTTAGAAATAAATGGGGAAACATCATTAATTGCGATTTCTGCTGGATTGAACGGGAGTTTATCAGGGGTGGAAAATATTGAACTAAAGTGTTTGATGCATGGTTTGACTAAAGCAAAGATTAAAGAAATAACACCCTCAATAATAGATTTTGCTGATATTGGGGATTATATATTCCAACCAGTCAAAGATTATTCAAGTGGTATGAAATCTAGGCTGGGTTTTGCGATATCCGTCCATACTAACCCAGATATTTTAATTATTGATGAAGCTTTATCAGTAGGTGATTCCACTTTTGCACAAAAATGTTTAAACAAAATGAATGAATTTAAAGAAGAAGGGAAAACAATTTTCTTTATCAGCCACTCTGCGGGACAGATGAAAAAATTTTGTGACAGAGTAATCTGGCTACATTATGGAGCAGTTAAAGAGATTGGAGATGCTACAGAGGTTATTGATAATTACCAAAAATTCACTAAATGGTTCAACAACCTATCAAATGAGAATAAAAAAAAGCATAAGCAAGAAATGTTAGCTAAACAATTAAGTTTAGTTGATCATAAAAAAAGTCATGTAACAGAGGATAGAACTAGTAGATTAGAAATATTGTTAAAGAACGGAATAGTCATATTACCTGTATTAATATTTACTACTTTTATGTTACTGGGATTTTAA	MKAKKVEFENVSKKFSLHAKKSQKVLNLFSVRTKQTKEFIALNNISFEVYEGETIGLVGLNGSGKSTLSNILGGVIQPSEGKLEINGETSLIAISAGLNGSLSGVENIELKCLMHGLTKAKIKEITPSIIDFADIGDYIFQPVKDYSSGMKSRLGFAISVHTNPDILIIDEALSVGDSTFAQKCLNKMNEFKEEGKTIFFISHSAGQMKKFCDRVIWLHYGAVKEIGDATEVIDNYQKFTKWFNNLSNENKKKHKQEMLAKQLSLVDHKKSHVTEDRTSRLEILLKNGIVILPVLIFTTFMLLGF	PGPT0023470_373	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_TRANSPORT,PGPT0023470-tagH-K09693	NA	NA
AK148_03916	825	tagG_2	COG1682	Teichoic acid translocation permease protein TagG	ATGTTTAAAGAAGTATGGAAGGTATTAAAAGAACAGTATCAATATAGAGATTTAATAATTAGAATGGCTTTGTTTGAAAATAAAGGAATGTACCAAATCCATTATTTAGGTTCATTGTGGCAATTTTTAAGCCCAGCTATACAAGTAGCAATTTATTGGTTTGTATTTGGAACAATTAGAGAAGGGGCCCCCGTAGACGGAACACCCTTCTTTCTATGGCTAATAATTGGCTTAATTCCTTGGTTTTTTATAAGCCCTTCAATAATACAAGGATCAAATAGTGTATATCAAAAAGTAGGATTAGTATCCAAAATGAATTTTCCAGTTAGTTTATTACCAACCATTAGAATATTAAGTAATAGTTTTCAATTTTTTATAATGATGACAATTTTATTTGTAATAGTTTTTAGCTATGGTGTAGAACCTACATTATACATGTTTCAAATTATTTATTATTTAATATGTTTATTTGTTTTTTTGTTTTCATTTTCATTATTGAGTTCAACTATTTCTACACTGATCAGAGATTATCAAACTGCTCTTCAATCTTTAATGAGAATGTTATTATATCTATCTCCTATATTATGGAATACAAGTAAAATTACCAGTTTTTTGCCCGAAAAAGGACCTTTTATAGAAAGTATTCTAAAACTAAATCCTTTATTCTATATTTTGGAGGGCTTTAGAGATTCCATTCTAGGAAGAGCTTGGTTTTTTGAAGATTTAGTATATATGGGTTATTTTTGGTCTTTGATTCTCTGTCTGCTATACTTTGGAGCTAAAATTCATATTAAGTTTAGAAGAAATTTTATGGATTATTTGTAA	MFKEVWKVLKEQYQYRDLIIRMALFENKGMYQIHYLGSLWQFLSPAIQVAIYWFVFGTIREGAPVDGTPFFLWLIIGLIPWFFISPSIIQGSNSVYQKVGLVSKMNFPVSLLPTIRILSNSFQFFIMMTILFVIVFSYGVEPTLYMFQIIYYLICLFVFLFSFSLLSSTISTLIRDYQTALQSLMRMLLYLSPILWNTSKITSFLPEKGPFIESILKLNPLFYILEGFRDSILGRAWFFEDLVYMGYFWSLILCLLYFGAKIHIKFRRNFMDYL	PGPT0023465_438	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_TRANSPORT,PGPT0023465-tagG-K09692	NA	NA
AK148_03917	1257	wecC	COG0677	UDP-N-acetyl-D-mannosamine dehydrogenase	ATGAAGATATGTACTGTAGGACTTGGATATATAGGGTTACCAACATCGATTATGTTTGCGAACTATGGAGTTGACGTGTTAGGTGTAGATGTAAAGCGTGAAGCTGTAGAAATGTTAAACAACGGTCAAATTCATATTGAGGAGCCTGGTTTACAAGAGGCGTTAGACAACGCAATTGGATCAGGAAAGTTTAAAGCTTCTTTAGAACCGCAACCTGCTGATGTTTTTATTATCGCAGTTCCTACTCCGAATAATGATGATCAATTTAAATCAGCAGACCTTAGCTATGTGATGCAAGCTACAGAAAACATTATTCCATTTCTGGAAAAAGGAAATGTTGTTATTGTAGAATCGACTATTGCTCCTCGAACAATGGATGATTACGTGAAACCTAAATTAGAAGAAGCTGGTTTTGTTATTGGAGAGGACATTTATTTAGTTCATTGTCCAGAACGTGTACTTCCAGGTCAAATTTTAAATGAATTAATTTATAATAATCGAATCGTCGGCGGAATTACGCCAGCATGTACAGATGAAGGTGCAAAAGTATATGAAACTTTTGTTAAAGGGGATATTATTAAGACCAATGCAAAAACGGCAGAAATGTCGAAGTTGATGGAAAATACATTTCGTGATGTAAATATTGCTCTAGCCAATGAATTAGCCAAAGTGTGTAACGAGTTAGATATCAATGCTCTAGATGTTATTGAAATGGCGAATAAACATCCTCGTGTTAATTTGCATACTCCAGGACCAGGAGTAGGTGGGCATTGCTTAGCAGTAGATCCTTATTTCATAATTGCGAAAGCACCAAATGAGGCAAAACTAATTAACCTATCTCGTCAAATCAACAAATCTATGCCTCAATATGTAATCGACGCTGCAGATAAGTTATTAGCAAAATACAATGGTAAAAAAATCACAGTGTTCGGTTTAACTTATAAAGGAAATGTAGATGATATAAGAGAGAGTCCGGCAATGGAAATATATGAAGCGCTGAACTCCCGCCCGGAATATGAAGTGGTGGCTTATGATCCACATGTTAAATTAGGCTTCGTAGAACAAGATTTAGACAAAGCATTGACAGATGCTGATTTAGTGCTTGTACTAAGCGATCATAATGAATTTAAAGAACTAAACAGCCCAAGTTTCAAAAAAATGAATGTACCGCAAGTATTTGATACAAAAAACATCGTGAAGTCTCATGCTGATCAAATGCAGTATATCAACTATGGTAACTTATATAAATATCTTTAA	MKICTVGLGYIGLPTSIMFANYGVDVLGVDVKREAVEMLNNGQIHIEEPGLQEALDNAIGSGKFKASLEPQPADVFIIAVPTPNNDDQFKSADLSYVMQATENIIPFLEKGNVVIVESTIAPRTMDDYVKPKLEEAGFVIGEDIYLVHCPERVLPGQILNELIYNNRIVGGITPACTDEGAKVYETFVKGDIIKTNAKTAEMSKLMENTFRDVNIALANELAKVCNELDINALDVIEMANKHPRVNLHTPGPGVGGHCLAVDPYFIIAKAPNEAKLINLSRQINKSMPQYVIDAADKLLAKYNGKKITVFGLTYKGNVDDIRESPAMEIYEALNSRPEYEVVAYDPHVKLGFVEQDLDKALTDADLVLVLSDHNEFKELNSPSFKKMNVPQVFDTKNIVKSHADQMQYINYGNLYKYL	PGPT0022670_930	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-UDP-N-ACETYL-D-MANNOSAMINE_METABOLISM	CE-EPS-UDP-N_ACETYL_D_MANNOSAMINE_MODIFICATION,PGPT0022670-wecC-K02472	NA	NA
AK148_03918	1281	mshA		D-inositol-3-phosphate glycosyltransferase	ATGAAGCGTGTAGGTATGTTTGTTTGGAATCATTTTACAAATGACGCAAGAGTATTGAGAGAATGTACCAGTCTCTCTAAAAATGGATATGATGTAGAACTCATTTGTATTGACGACCCAAACGATCCTAATGTTAAAAGATATGAAGAAGTAAATGAAAACTTTCGAGTATATCGAATGAAGCGCTACCCCCCGACTTTGCTTTTGTTGCAAAAAATGTATCGATTTGCAGTCGGTAAAAGGTGGCCGTTGATTCCTTTAGTCATAATGTGGGGCTTTCTCGTTTATTTATTGCCATGGATTGTTGTTCCGTTGACTATCCTTGTAGGCTTATTATTAAAGACAAAGGTTCGAGTTGTGTGGATACGAGCTGCTTTAATCTTAAGAATGATGATGAAGGGGCACCGTGGTAAATATGACATTTACCATGCAAATGATTTAAACACGATGCCTCAAGCCTATGTGAGCGCAAAATGGAGGTTGAATAAGAAACCGCTAATATATGATTCCCATGAAGTGCAAACAAGCCGAACTGGTTATGATAGCCCATGGTATAAACGATTTGAATTGTTTTTCATTAAAAGAATAGATAGTATGATGGTGGAGAACGATACAAGGGCAAAGTATAATGAAGACTTATATGGGTTTTATCCGCATGTATTGCATAATTATCCTTCTTTAGAAATACAGCAAGTAGATGACAAAATTAATCTTCATGAAATGTTGCAGCTACCACCAGATGAAAAGATTTTGTTGTATCAAGGTGGGATTCAAGCGGGAAGAGGACTTGAAAAATTAATTAAGGCGTATCCGTTATTTAACGAAGGCACCCTTGTATTTATAGGTGATGGGAAAATTAAAGAAAAGCTTGTAGATATGGTAAAGGAAAAAGGGTTAGAGGAACATATCCGTTTTATTCCAAAAGTTCCTGTGAGAGATTTACCTAAATATACAAAAAATGCCTATCTTGGTTTTCAAGTGCTAAATAATATTAACTTTAATCATTGGTCTGCATCATCAAATAAATTATTTGAGTATATGATGAATGAGGTACCTGTAGTTGCTTGTAATTTTCCAGAAATTAAACGGGCTGTGGAAGAAAGCGAAGTAGGTATCACTATTGACCCACATGATCCTGAAGAAATAGCAAAAGGTGTTAACTATTTATTAGAAAATCCAGACAAGCGTGATTATTTTAGTGCTAATTGCAAAAATGCTCGAAAAAAGTATAATTGGGAAATAGAGCAACAGTATTTACTTGAAGTTTACAATAAATTTTAA	MKRVGMFVWNHFTNDARVLRECTSLSKNGYDVELICIDDPNDPNVKRYEEVNENFRVYRMKRYPPTLLLLQKMYRFAVGKRWPLIPLVIMWGFLVYLLPWIVVPLTILVGLLLKTKVRVVWIRAALILRMMMKGHRGKYDIYHANDLNTMPQAYVSAKWRLNKKPLIYDSHEVQTSRTGYDSPWYKRFELFFIKRIDSMMVENDTRAKYNEDLYGFYPHVLHNYPSLEIQQVDDKINLHEMLQLPPDEKILLYQGGIQAGRGLEKLIKAYPLFNEGTLVFIGDGKIKEKLVDMVKEKGLEEHIRFIPKVPVRDLPKYTKNAYLGFQVLNNINFNHWSASSNKLFEYMMNEVPVVACNFPEIKRAVEESEVGITIDPHDPEEIAKGVNYLLENPDKRDYFSANCKNARKKYNWEIEQQYLLEVYNKF				NA	NA	NA	NA	NA
AK148_03919	1200			hypothetical protein	ATGACAAGAAAAGTATTAATTATGACACAAAATTTTTATCCTGTTATTGGTAGTGCGGGAAACCGTATGAAAAATATTTTTCAATTATTAAATGATAAAAATATTGAAACACATGTCTTGACTACCGAGCCAGCTTATCCAAATAAGAATTTATATAAGGATGATCAGTTTTGGGATGATGACAATATCGCAAAAGATGAAAAAAAAATAGTAAGAGTCCCCATTAAAAACAATCATTTCTCTAATCATATATTAAGTAGATTGTTTTTCTATGTAGAAATTATGTGGCGCTTTTTATTGAAGTTATGGAAGTTAAGAAAAGAAAAGTATGATTACATATATGTATCTACCCCTCCTATTTTTATTGTGTTTGCTGCTTTTGTAGGAGCATTTTTTATGAAAGCAAAAGTAGTTTTAGAAGTTAGGGATTTGTGGCCGGACAGCTTGATAGGGGTTAAAACATTTGATTACCCAATTATCATCAAATGTTTTCGTGTTTTGGAGAAGCGTATGTATAATAAGTCTGATTACATAGTTATAAATAGTTTGGGGTTTGAAGAACATATATTATCAAAGCTAAAAAACAAAGCCAAGAAAATAATCTATTTACCAAATGGACCAAGAAAACAAGAAATCGTTTGCGAAAAAGAGCGGCAAAGTCAATTTCGCGTTGTTTATACTGGTAACTTAGGATTGGCACAGGATGTAGATCACCTAAAGAAAATGGCTTCTTTATTTCACATCCATGATATTCGTTTTGATGTACTAGGTTATGGGATGAAAACGAAAGAGTTTAAAGAACATGTTGAAAATAATGACTTGTCTAATGTCTATATGCACAATCCAACGACTAGAAAAAAAAGTCTGCAACTTATTAAGCAATCCAATTTGTCTATTGCTTTTTTAAATGATAATCAAGTATTTGAAACGGTATTACCGGGAAAAGTAATTGATTATATGACTTGTCAAACACCAATAATAGCAGGAATTAAGGGAACCGCAGCAAAGATAATTGAGACAAATAAAGCTGGCTTTGTGTTCGATCAAGATAATATTAGTGAAATGATTAAAAAGGTTCTCGAATTAAGAGAAAATCCTAATCAACTGCAACACCTAGCTGAAAATTGCACAAAAACTGTTAGGGAAAACTTTCTATGGGAAGAGAACATTGAGAAATTAACGGAGATTATTGACAGATAA	MTRKVLIMTQNFYPVIGSAGNRMKNIFQLLNDKNIETHVLTTEPAYPNKNLYKDDQFWDDDNIAKDEKKIVRVPIKNNHFSNHILSRLFFYVEIMWRFLLKLWKLRKEKYDYIYVSTPPIFIVFAAFVGAFFMKAKVVLEVRDLWPDSLIGVKTFDYPIIIKCFRVLEKRMYNKSDYIVINSLGFEEHILSKLKNKAKKIIYLPNGPRKQEIVCEKERQSQFRVVYTGNLGLAQDVDHLKKMASLFHIHDIRFDVLGYGMKTKEFKEHVENNDLSNVYMHNPTTRKKSLQLIKQSNLSIAFLNDNQVFETVLPGKVIDYMTCQTPIIAGIKGTAAKIIETNKAGFVFDQDNISEMIKKVLELRENPNQLQHLAENCTKTVRENFLWEENIEKLTEIIDR				NA	NA	NA	NA	NA
AK148_03920	735	glpQ_4	COG0584	Glycerophosphodiester phosphodiesterase	ATGCGTATACGTGGTGTTGCTCATAGAGGCTATCCAGCTAAATACCCGGAAAACACAATGGCTTCATTTAAAGCTGCCGTTCATTTGAATTTCACCCATATTGAATTAGATGTACATTTAAGTAAGGATGGCGTACCAGTTGTTATGCATGACCATACCATTGATCGTATGACAAATGGGCAAGGAGAGATTAGATCCTTTACCTTAGCAGAATTACGTAAATTCAAAGTAAATCATATGGAGAACATTCCTACATTAGAAGAGGTGTTGTTATTTGTAAGAAATCGTGTTACTGTTTCTATTGAAATGAAGGATACGAAATTATACCCTAATTTTGAAGAACGTGTTCTATCTGTAATTAAAAAAACAAATATGATGGAACAAGTTTATATTATATCTTTTCATCAACAATCATTAAAACGCCTGCGAAAACTTTCAGATAAAATAGAATTAGGACTGTTAGTCAATAAACTTAAACGGTCGCATTTTCGGTTGGTAGAAAAGCTACATGCAAATTATATAGCAGTGAACCATAAAGGCGTGAAAGAATCTTACATTAAAAAATGTCAAGCAATCGGTGTTCAGCTCGTCGTTTGGACAGTCAACACGAATGAACACATGAACTATTTTCAACAATTTCCATCTGTACTTGTTACAACAGATAACTTAGAGAAGTTCATGACCGTTACTAATCGTCCAAATGAAACACCCTGCTTAAAGACAGTTCACGCATAA	MRIRGVAHRGYPAKYPENTMASFKAAVHLNFTHIELDVHLSKDGVPVVMHDHTIDRMTNGQGEIRSFTLAELRKFKVNHMENIPTLEEVLLFVRNRVTVSIEMKDTKLYPNFEERVLSVIKKTNMMEQVYIISFHQQSLKRLRKLSDKIELGLLVNKLKRSHFRLVEKLHANYIAVNHKGVKESYIKKCQAIGVQLVVWTVNTNEHMNYFQQFPSVLVTTDNLEKFMTVTNRPNETPCLKTVHA	PGPT0018470_7422	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126	NA	NA
AK148_03921	1461			hypothetical protein	ATGGAAGAAAGAACGACGCTGAAGAAATCTTTAAAGGCTCACTGGGTATGGGCGATCGCTTTAGGTTCATCAATTGGTTGGGGTGCATTCGTTCAACCGACCACATGGATGGCAACAGCAGGTCCACTAGGGGTCATTATCGGTTTGAGTATTGGAGCAATATTAATGATGCTCATTGCAGTAAGTTATGGTTTCTTAATTAAAAGCTTCCCGGTAACAGGCGGGGAATTTGCCTATGCTTTTATAAGTTTAGGTCGGACACATGCATTTATTAGTGGATGGTTTTTAACGTTAGGATATATTTGCATTGTAGCGTTAAATGCATCTGCCTTTGCTTTAATGTTTAAATTTGTGTTTCCCACATTGATTGAAAACTTTCCACTTTATCAAATAGCTGGTTGGGACGTTTATGGAATGGAAATTATTATTGCTTCCGTTGCTTTAGGGACATTTGGTTATTTTAATATTCGAGGGACAGGCATTTCTGGTCGCATGCAATTTTTATTTTGCAGTGTGATGATTGCTAGTATCTTAATGATTACATGGATGGTTGGGGCACAGCCGGGAACAGGTCTTTCCAGTGTACAACCTTACTTTCCTTCTGACACAACTGCTTGGGCTGCTATTATATCTATCGTAGCCATTGCTCCTTGGGCGTATGTTGGCTTTGACAATGTACCACAAGCAGCCGAAGAATTTCATTTCTCATCTAAAAAAGCATTTTCCTTAATTATTATGGCGATCTTTTTTGCAGCTGTCTTGTACAGTTTAATGATTTTAGCCACTGCTATGACACAGCCATGGGAAGGCTTAGTCGCAGAGGATCATGTATGGGGAACAGGAGCAGCCATTCAAGAATTGCTTGGCACCATTGGCTTAGTGCTCTTAGTAACGGCATTAACGATGGGAGTATTTACGGGGTTGAACGGGTTTATTATTTCGTCAAGCCGTCTACTATTTGCGATGTCACGAGCGAAAATAATACCTGCCAGCTTTTCAAAACTGCATCCGAAATATAAAACCCCCTACATTGGGATCATCTTTACTGTCGTCGTTTCTGCATTTGCTCCATGGTTTGGAAGAGAAGCACTATTATGGGTTGTCGACATGTCTTCTATAGGTGTAACCATTGCTTATTTTTATACTTGTTACACGGCGTTTACATTATTTAAAACAAAGAAAACAGTCGCGTTCAATCCGAAGAAACATATCGTTTCTCCATTTAAGAAAACTATTTCAGGTGTTGGGATGCTAGCTAGCTTAACGTTTTTAGCATTATTATTAATACCCGGATCACCGGCTTTTCTCGGTATAGAATCTCAAATTGCCTTGGTCGTGTGGATTGTGCTAGGTATTGGCTTTTATTTGGTGAAACGTGGAGAGTTTAATAAGATTCCAAAAGAGGAGTTAAATTACTTAATATTAGGATCGAAAGAGATTGAGGCGGAGAATCGATCGTGA	MEERTTLKKSLKAHWVWAIALGSSIGWGAFVQPTTWMATAGPLGVIIGLSIGAILMMLIAVSYGFLIKSFPVTGGEFAYAFISLGRTHAFISGWFLTLGYICIVALNASAFALMFKFVFPTLIENFPLYQIAGWDVYGMEIIIASVALGTFGYFNIRGTGISGRMQFLFCSVMIASILMITWMVGAQPGTGLSSVQPYFPSDTTAWAAIISIVAIAPWAYVGFDNVPQAAEEFHFSSKKAFSLIIMAIFFAAVLYSLMILATAMTQPWEGLVAEDHVWGTGAAIQELLGTIGLVLLVTALTMGVFTGLNGFIISSSRLLFAMSRAKIIPASFSKLHPKYKTPYIGIIFTVVVSAFAPWFGREALLWVVDMSSIGVTIAYFYTCYTAFTLFKTKKTVAFNPKKHIVSPFKKTISGVGMLASLTFLALLLIPGSPAFLGIESQIALVVWIVLGIGFYLVKRGEFNKIPKEELNYLILGSKEIEAENRS				NA	NA	NA	NA	NA
AK148_03922	537			hypothetical protein	ATGACTTTAGGGGATGAATATATACGTATTATTAAACAAAGGTTTGTACAAATCAAGGAGCAAGGGGAGGGCGCTTTTCAACAGTTAAATGAATCAGATATACATTGGACATTGAATGAGGCTTCCAATAGTATTGCTGTCATTGTAAAACATTTACGAGGCAATATGCTGTCAAGATGGACGGATTTTCTAACAACTGACGGAGAGAAAAGTAATCGACATCGAGATCAGGAATTTATTAACACTGTCGATTCAAAACAGCATATGCTTACTTTGTGGAATGAGGGCTGGTCTGTCTTATTTGCAGCATTAGAACAGTTAACGGCTGCGGATTTGCAAAAAAATGTAAGGATTCGCGAACAGCCCATTTTAGTTTTAGATGCGATTGAAAGACAGCTTGCTCATTATGCTTCCCATGTTGGACAAATTATGTTAATTGGCAAGCAGCGAAAGGGAAATGAATGGAAAAGTTTAAGCATTCCTAAAGGAAAATCTGAAGAGCATTTAAAAGAAATGAAGCAAAAATATAATAAATAG	MTLGDEYIRIIKQRFVQIKEQGEGAFQQLNESDIHWTLNEASNSIAVIVKHLRGNMLSRWTDFLTTDGEKSNRHRDQEFINTVDSKQHMLTLWNEGWSVLFAALEQLTAADLQKNVRIREQPILVLDAIERQLAHYASHVGQIMLIGKQRKGNEWKSLSIPKGKSEEHLKEMKQKYNK				NA	NA	NA	NA	NA
AK148_03923	3801	prtP		PII-type proteinase	ATGAGGTTTACACCAGCAATGAAACGTTCTTTTATGATTTTATTAATATTTTTACTCACTTTTAGTAGTTTTTCAACTATCCACGCCGTCGAGCAATTGCCAGAAATGAAGAACAAGCCTGATGTTTCGTCTGAACCATTAAAACAAACAGAAAATCCAGATGAGAAAACGCGTGTTATTGTAGAGGTAGAGGATGAACCGGCGATTGAAAAGGCAACGAAAAAAGGTATTATGTTTAATCAAATGCCGAAAAATGAAAAAGAAAAACTGGAAAACGATGCCAAGAAAAAGCAAAAGTCGGTAAAAGAAGAAATGAAACAGAAAAAAGTCGATGTAACGTATCATGAAGAATTTACAACAGTTGTAAATGGCTTTAGTGCTGAAGTAAAACAAGGCGATCTCGATAAAATAAAAGAGATTAAAAATGTTAAAAAGGTGCATACGGTAAATGAATATGAGCGCCCAATTGCTAAGCCAGATATGAAGTATAGTAAAGAACTAGTAGAAGCACAGCAGGCTTGGAGGGAATATGATTTTAAAGGTGAGGGCATGGTTATCGGTATTATTGATACTGGTATTGATCCAACTCACCAGGATATGGCTATATCTAACGAGCAAACGGCGGATTTATCTGAAGAAGAGGTCGAACAAGTCGTAAATGACGAATCGCTTCCAGGTAAATTTTATAACGAAAAAGTTCCATATGGCTATAACTATATGGATAAAAATGATGAAATAAGAGAAATACATGCAAATGCAAGTTATCACGGCATGCATGTAGCAGGTACGGTTGGAGCTAATGGGGATGAAGAAAATAGTGGTGTCATCGGGGTGGCACCAGAAGCGCAGCTACTTGCACTAAAAGTGTTTGGAAATGACCCTGAAATGCGATCTACTTTTGGTGATATTTATGTAAAAGCGATTGATGATGCGATTAAGCTTGGCGTAGATGCATTAAATTTGAGTTTAGGATCACCCGCAGGTTATGTAAATAATGATTCTCCTGAACAACAGGCTGTTTCTCGTGCCGTAGAAAATGGCGTTCTTATGTCTATTTCTGCAGGAAATTCTGCTTTATTTGGAGATGGGTTTGCTTATCCAGATGTAAATAACCCAGATTACGGTGTAGCAGGCTCGCCTGGTGTTTCTGATGATTCGCTTCAGGTTGCTTCGTTTGAAAATACGTTTATGCAAGTAGATCAGTTAGCGTATACGATAGATGATCAACAAGGTACAGCAGCCTTTCTGTCGGCAGGTAACACGGAGCCTAAGCCAGATGGTACTTCTTATTCTCTCTTTCATGCTGGGCTTGGACAGCCAGAAGATTTTGAAGGCAAAGATGTAGAAGGGAAATTTGCCCTGATGCAACGTGGAGAATTGGCGTTTACAGATAAAGTAATTAACGCGCAAAATGCGGGAGCTGCTGGCGCAATTATTTATAATAACACAGATGGTATTGTTAATATGGCAACTGAAGCTGAAATTACCATCCCACAGTTATTTATGTTAAAGAGTGATGGAGATAAGCTCGCACAGGCTATTGCAGAAGAAAAGCAAGTAAATATTGCTTTTACAGGCGATAGTGCAACGATAGACAACCCAGATGCTGGAAAAATGAGCGCATTTACTTCTTGGGGACTTACTCCAAATCTAGACTTTAAACCAGAAATTACAGCCCCAGGTGGACAAATTTATTCTACATTAAATGATAATAAATATGGTTTAATGAGCGGAACATCGATGGCTGCACCACATGTAGCAGGAGGAGGGGCTCTTGTTTTACAGCGTGTGGATGAGGAATTTGGATATGAGAAGGCTGATCGGATTGCATTAGCCAAAAATATGATGATGAATACGGCAAAGCAAGTACAGTTTGAAGAAGAACCAGTACCTCCCCGCCGACAAGGTTCTGGTATGATGCAACTTCACGCGGCACTTACTACCCCTATAGTCGTGACAGAATCTAACACGAAAGAAGCCAAGGTCGCTTTAAAACAAATAACAGAAGATCGCGTGTCTTTTGAACTAACAGCTGAAAATTTCCAAGATACAGCTGTATCCTATGAAGTGAATGCAAATGCGCAAACAGATACGTCTGCAAACAGTGGGGATGATCTCGTTACAGCTCCAAATCTATTACCGTCTAATGATTTAGGAGACGCTGTGACCATTAATGGGAAAAAACAAGCTACGATTGAAGTACCTGCAAACGGAAAGACAACTTTTACGGTAACCGTTGATGTAAGTTCTGTCAACAACGAGTTAGCAAAAGTATTTACAAATGGTTACTGGTTAGAAGGATTTGTTACATTAACCGATCCGACAGACACATATCCAGAACTAACGGTTCCATATGTCGGTTTTAAAGGTGATTGGGATGCAGCTTCGATTTTTGATGCGCCAGTATGGGAAGAAGATTCATTTTATGGTATGACAGGGGTTGTAACTTCAACTGGCGAAGATAAAAATGGTGATATGCAATATAATTTTTTAGGAGAAGATTTAAATACAGGTGACATTAACCCTGAGAAGATCGCCTTTTCTCCAAATGATGATGGTGTAAAAGATGATGCGCTTCCGATATTGTCCTTTTTAAGAAATGCAAAGGATGCCAAGTTTACTGTACTGGATGAACAAGGAAAGAAAGTTCGTACCATTCGTTTAGAGTCTCATATTAGTAAAAACTATTATGACTCTGGAAAAGGAGCCTATTATTCTATTTCGTCAGATCGTGCTTGGGATGGAAAAGTGAAGGGGAAGATGGCCCCAGAAGGAAAATACTATTTACAAGCAGAAGCAAAGGTTGATTATGAAGGTGCCGAATGGCAGAAGCTAAAGCTTCCAGTAATTTTAGATACAACTGCTCCAGAAGTAGAAGCAACGTATAATTTTGATAATGAAATGCTTACTGTAACAGCAAAAGATGCTAAAAAAGGGAGTGGCGTCGCTTCTTGGGAGATTTTCGTAAATGATGAACCTGTGTTAGAAGAACCGTATGTAAATGGAGAAAAGGAACATCCTTTATCAGAAATTGATGAAGATGCAAACATAACAGTAAAAGTGACAGACTATGCAGGAAATGAAACGGAAGTAGAAGCAGAAATGCAAGAGCCTGATAAAACCGCACCGGACTTACGTTTGCATGCTCCAGAAAATCTAGGGGCTCATGCTAAGCGAGAAGTTGTTTTCTCTGGTTATGTAACAGATGAAACGGATGTAAAGGAAGTAACAGTCGATGGAAAAAAAGCAAAGCTTGATTTTAATGAAGAAAAAGACCGTTATGAATTTTCCTTACCTGTGAAACATAAAAAGGACGGGTATTATTTTAAACGGGTGAAAGCAGTGGACACACTTGGCAACGAAACAGAAATAGGCCGACGCTATTTTGTCGATACGAAGGAAGCTAAATTAAATGTAAAAGGAAAAAAGAAAACAAAGCAAGATACAATTACTGTAAAAGCAAGAGTTCGCGACAACTTTGACGATATTAATGTATTTGTTGATGGCGACCATGTCTATACACATGAGCTTTCCCAACCTTATGGTGATAACCGTTTTGATGAGCTTGTTGAAGTAGAACTAGACTTAGAGGATGGGAAAAACGAATTTGAGTTTAAAGTCGTCGATGTAGCCGGAAATGAAGCCGTTAAAACGTACGAAGTAACAAAACAAAAAGAGAGCAAAGAAGACGAAGAGGATAAAGATGATGATAAAGACGGAGGCATAGAGGACAACTTCTTTTCCTATCTATTTTCCCAATTATGGATCATGTTCGGTAAATTATGGTCGATTTTTGGTTAA	MRFTPAMKRSFMILLIFLLTFSSFSTIHAVEQLPEMKNKPDVSSEPLKQTENPDEKTRVIVEVEDEPAIEKATKKGIMFNQMPKNEKEKLENDAKKKQKSVKEEMKQKKVDVTYHEEFTTVVNGFSAEVKQGDLDKIKEIKNVKKVHTVNEYERPIAKPDMKYSKELVEAQQAWREYDFKGEGMVIGIIDTGIDPTHQDMAISNEQTADLSEEEVEQVVNDESLPGKFYNEKVPYGYNYMDKNDEIREIHANASYHGMHVAGTVGANGDEENSGVIGVAPEAQLLALKVFGNDPEMRSTFGDIYVKAIDDAIKLGVDALNLSLGSPAGYVNNDSPEQQAVSRAVENGVLMSISAGNSALFGDGFAYPDVNNPDYGVAGSPGVSDDSLQVASFENTFMQVDQLAYTIDDQQGTAAFLSAGNTEPKPDGTSYSLFHAGLGQPEDFEGKDVEGKFALMQRGELAFTDKVINAQNAGAAGAIIYNNTDGIVNMATEAEITIPQLFMLKSDGDKLAQAIAEEKQVNIAFTGDSATIDNPDAGKMSAFTSWGLTPNLDFKPEITAPGGQIYSTLNDNKYGLMSGTSMAAPHVAGGGALVLQRVDEEFGYEKADRIALAKNMMMNTAKQVQFEEEPVPPRRQGSGMMQLHAALTTPIVVTESNTKEAKVALKQITEDRVSFELTAENFQDTAVSYEVNANAQTDTSANSGDDLVTAPNLLPSNDLGDAVTINGKKQATIEVPANGKTTFTVTVDVSSVNNELAKVFTNGYWLEGFVTLTDPTDTYPELTVPYVGFKGDWDAASIFDAPVWEEDSFYGMTGVVTSTGEDKNGDMQYNFLGEDLNTGDINPEKIAFSPNDDGVKDDALPILSFLRNAKDAKFTVLDEQGKKVRTIRLESHISKNYYDSGKGAYYSISSDRAWDGKVKGKMAPEGKYYLQAEAKVDYEGAEWQKLKLPVILDTTAPEVEATYNFDNEMLTVTAKDAKKGSGVASWEIFVNDEPVLEEPYVNGEKEHPLSEIDEDANITVKVTDYAGNETEVEAEMQEPDKTAPDLRLHAPENLGAHAKREVVFSGYVTDETDVKEVTVDGKKAKLDFNEEKDRYEFSLPVKHKKDGYYFKRVKAVDTLGNETEIGRRYFVDTKEAKLNVKGKKKTKQDTITVKARVRDNFDDINVFVDGDHVYTHELSQPYGDNRFDELVEVELDLEDGKNEFEFKVVDVAGNEAVKTYEVTKQKESKEDEEDKDDDKDGGIEDNFFSYLFSQLWIMFGKLWSIFG				NA	NA	NA	NA	NA
AK148_03924	1410	gndA	COG0362	6-phosphogluconate dehydrogenase, NADP(+)-dependent, decarboxylating	ATGGAAAAACAACAAATCGGTGTAATTGGCCTAGCAGTAATGGGTAAGAACTTAGCGTTAAATATTGAAAGTCGTGGGTATTCGGTTGCTGTTTATAACCGTTCAAGTGATAAAACAGATGCTTTCTTAGCCAATGAGGCAAAAGGAAAACAATTTAAAGGTGCAAAATCAATTGACGAATTTGTTGCATCATTAGAAAAGCCTAGAAAAATTTTATTAATGGTGAAAGCAGGAGCTGCTACGGATGCTACGATTGAGTCACTTCTTCCTCATTTGGATAAAGGCGATATTTTAATTGATGGTGGAAATACGCTTTATGAAGACACGATTCGTCGTAATAAAGAACTAGAAAAATCAGGCATCCATTTTATTGGTACAGGTGTCTCCGGCGGGGAAGAAGGAGCATTAAAAGGTCCTTCCATAATGCCAGGTGGTCAAAAAGAAGCGCATGAATTAGTGGCTCCCATCTTTGAAGCTATTGCAGCTAAAGTAGATGGAGCAGCATGTACCACATATATTGGTCCTAATGGTGCTGGGCACTATGTAAAAATGGTGCACAACGGTATCGAGTATGGCGATATGCAGCTAATAGCTGAAGCTTATTTTATTTTAAAACATGTTCTTGGTATGGAAGCAGACGAGTTGCATGAAGTGTTTGCTGATTGGAATAAAGGCGAATTAGATAGCTATCTTATCGAAATTACGGCAGATATTTTTACGAAGAAAGACGAAGACACAAATCAGCCACTAGTAGATGTCATTTTAGATACAGCAGGACAGAAGGGAACTGGAAAGTGGACAAGTAAAAATGCGTTAGACTTAGGGGTACCTCTTCCTTTAATCACGGAGTCTGTATTTGCGCGGTTTATTTCTGCGATGAAGGATGAGCGTGTACATGCAAGTGAGCAGTTACATGGTCCTGAGAAAAAGCCATTCAATGGTGATCGAAAAGCGCTTATTGAAGCAGTTAGAAAAGCCTTGTATATGAGTAAAATTTGTTCCTATGCTCAAGGGTTTGCGCAAATGCGTGCGCAATCGGAAGAAAATAACTGGGATCTAAATTATGGCGAGATTGCTATGATTTGGCGTGGTGGCTGTATTATTCGTGCGCAATTCCTACAAAAAATTAAAGATGCGTACGACAGAACACCAGACTTAGCGAATTTATTACTGGACCCATATTTTAAAGAGATTGTAGAAAATTATCAAGATGCTCTACGAGAAGTTGTCGCAGTTGCAATTAAGCAAGGTATTGCTGTTCCTGCTTTTGCAAGCGCGATTGCTTATTACGACAGTTATCGTTCTGCGGATTTACCAGCTAATTTAGTACAAGCCCAACGTGATTACTTCGGTGCTCATACGTATCAACGAAAAGATAAACCGGGCGTGTTCCACACCAACTGGTTCTAA	MEKQQIGVIGLAVMGKNLALNIESRGYSVAVYNRSSDKTDAFLANEAKGKQFKGAKSIDEFVASLEKPRKILLMVKAGAATDATIESLLPHLDKGDILIDGGNTLYEDTIRRNKELEKSGIHFIGTGVSGGEEGALKGPSIMPGGQKEAHELVAPIFEAIAAKVDGAACTTYIGPNGAGHYVKMVHNGIEYGDMQLIAEAYFILKHVLGMEADELHEVFADWNKGELDSYLIEITADIFTKKDEDTNQPLVDVILDTAGQKGTGKWTSKNALDLGVPLPLITESVFARFISAMKDERVHASEQLHGPEKKPFNGDRKALIEAVRKALYMSKICSYAQGFAQMRAQSEENNWDLNYGEIAMIWRGGCIIRAQFLQKIKDAYDRTPDLANLLLDPYFKEIVENYQDALREVVAVAIKQGIAVPAFASAIAYYDSYRSADLPANLVQAQRDYFGAHTYQRKDKPGVFHTNWF	PGPT0017385_2844	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
AK148_03925	1077	tagO_2	COG0472	putative undecaprenyl-phosphate N-acetylglucosaminyl 1-phosphate transferase	ATGATAAATTATGTAGACTTTATGATAGCTTTTGTCATTGCAGCTGCCACTTCCTTTCTATTGACCTATCCGGTGAAAAAATTTGCCGTTTTTGTGGGTGCTGTAGATTTCCCGAACTATCGGAAAATACATACGAAGGTTACGCCTCGTTTAGGTGGTTTAGCTATATTTTTAGGAATGGGAGCAGGGTTATTATATTTACAGCCGAGTCACCCACACTTAGCTGAAATAGCTGCTGGAGCAGTAGTTATTATAGTAACTGGTGCATTAGATGACCGATTTGGCATCCAACCAGTTGTGAAGTTAACCGGACAATTAATTGCAGCTTCCTTTTTAGTTTCTTCAGGACTAATTATTGAAAAATTAACGCTTCCACTTTTTGGAACAGTAGAATTGGGATTTGCTAGTGTATTAATTACAGTACTCTGGGTGGTAGGAATTACAAATGCTATAAATTTAATTGATGGGTTAGATGGTTTAGCAACAGGGGTAACAACGATTGCTTTAATTAGTATTAGCGTCATGGCATTTATTGATATGCAAATGATGGTTGCGTATTTATGTGTTACCTTAATAGGGAGTAACCTTGGATTTTTATACCATAATTTTTACCCTGCTAAAATTTATATGGGAGATACGGGATCTAATTTTTTAGGTTATATGATCGCTGTCATTTCTATGCTCGGTTTATTTAAAAACGTGGCATTATTTAGTTTTGTAATTCCGATTATTGTGCTAGCTGTACCTATATTTGATACGTTGTTTGCAATTGCAAGAAGAGCATATAATAAGGAAAATATTATGATGCCTGATAATAAGCATATTCATTATCAACTATTGCAGGCTGGGTATAGTCATCGCAAAACAGTGTTAATTATTTATGGTTTTAGTGCATTGTTCGGCACTTTGGCTGTGCTGTTTTCCAATGCAAGTATTACGGTTTCCTTTATTATTACCGTTATTGTGCTTATTTTATTGCATTTATTTGCTGAAATGGCAGGTATCGTAATGGGAGGAAAGCGACCTGTATTGCGTATGCTTCGTCTATTGGTTACAAGAAAGAAAAGAAATCGTTAA	MINYVDFMIAFVIAAATSFLLTYPVKKFAVFVGAVDFPNYRKIHTKVTPRLGGLAIFLGMGAGLLYLQPSHPHLAEIAAGAVVIIVTGALDDRFGIQPVVKLTGQLIAASFLVSSGLIIEKLTLPLFGTVELGFASVLITVLWVVGITNAINLIDGLDGLATGVTTIALISISVMAFIDMQMMVAYLCVTLIGSNLGFLYHNFYPAKIYMGDTGSNFLGYMIAVISMLGLFKNVALFSFVIPIIVLAVPIFDTLFAIARRAYNKENIMMPDNKHIHYQLLQAGYSHRKTVLIIYGFSALFGTLAVLFSNASITVSFIITVIVLILLHLFAEMAGIVMGGKRPVLRMLRLLVTRKKRNR	PGPT0015240_1867	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
AK148_03926	405			hypothetical protein	TTGCTACCGTACATATTTGTTACAGCAGCTACATTAGCTGTGTTTCCCATTTTAATCCTTTATAAAATGAATGTAGAAAAGCTAAAACAAGATCCAAGTCAGCATGCGAGAGTACAAAATAATTTAATGATTGGTGTCGCTCTAAGTGAAGTTATTCCTATACTACTCATTATTTATGGCTATGCCCAGATGGAAAGCGTATCTAACATATCCGACTTGTATTTACCAGGAATTATTCTATTGTTTTTGGTCATTTTTGCTGTTATATTTATTTTTATGCAAGCCAAAGTGGGCGTCCCCGAAGAAGCAAAATCCATGATTACGCAATTTTCCATCATTAGTATGATACTCGCACTTGCTATTCCTATTATTTCTATTGTGTCTTTAATTATGATGATGCCTTAG	MLPYIFVTAATLAVFPILILYKMNVEKLKQDPSQHARVQNNLMIGVALSEVIPILLIIYGYAQMESVSNISDLYLPGIILLFLVIFAVIFIFMQAKVGVPEEAKSMITQFSIISMILALAIPIISIVSLIMMMP				NA	NA	NA	NA	NA
AK148_03927	933	hprK_2	COG1493	HPr kinase/phosphorylase	ATGATGAAATCCGTCACTGTAAAACAATTAGCAGAACAGTTTAGTTTAGAAATATTGGCCGGAGAAGTTGAATTGAACCGACCAATCACCAAGCCGAGAACGCATCGGCCGGGGCTTGAATTTATTGGGTACTTTGATTTTTTTCCTATGGAGCACGTGCAAGTATTAGGGAAAAAAGAAATTACTTATTTACATCAATTGACACATGAGCAGAGAAGATCACGAATTGGCAATATCGTAAAGTACCATCCACCCTGTTTTATTGTAACTTCAGAACAGGAGGGGTTGATGTATTTAACCCAATTTTGTAATCAGGAAGGCATCCCTCTACTTCGAACAAAAGAGCCTACATCAACATTTATTGAAAAATATGATGCTTACATGATTAAAGCATTGGCTCCAGAAACAGCCATTCATGCTGTTTGTGTAAATATTTTTGGACTTGGAATTCTCATTCGCGGCAAATCAGGAATTGGCAAAAGTGAAATTGCCCATACACTGATTGGTAGAGGTCATCGGTTAGTCGCAGATGATATCGTTGTGTTAAAGAAGCTAGGTCCGGATACGTTGTTAGGTACACATAACCAAACAAATAAAGAGTTCCTTGCTTTGCGTAGCGTTGGACTTCTTAATGTTGTTCGCATATATGGTCAAAAGGCCTTTCAAGAAGAAACGCGTATCGCGCTTGATATACATTTAACAGAATGGGAAAAGGATGCTTTAAACAACGAATTGGAACTTGAAACAAAGACGAACGATTATATGGGTGTTGCTATACCAGCAATAGAAATTCAATTACAGCCTGGACGTGATGTCGTAGGATTAATTGAAGCTGCGGCAAATAATTGGTACTTACATCAACAAGGCTATAGCGCTGCAGAAGAATTTATTCAACGATTGGAAACAGATATAGAAAATAAAGAAACGGAGTAG	MMKSVTVKQLAEQFSLEILAGEVELNRPITKPRTHRPGLEFIGYFDFFPMEHVQVLGKKEITYLHQLTHEQRRSRIGNIVKYHPPCFIVTSEQEGLMYLTQFCNQEGIPLLRTKEPTSTFIEKYDAYMIKALAPETAIHAVCVNIFGLGILIRGKSGIGKSEIAHTLIGRGHRLVADDIVVLKKLGPDTLLGTHNQTNKEFLALRSVGLLNVVRIYGQKAFQEETRIALDIHLTEWEKDALNNELELETKTNDYMGVAIPAIEIQLQPGRDVVGLIEAAANNWYLHQQGYSAAEEFIQRLETDIENKETE				NA	NA	NA	NA	NA
AK148_03928	441	yxxD		Antitoxin YxxD	ATGGGATACGAAGCTATGAGGGCAAATAAAGAAAATAGTTTTTATCCAGTAACTGAAAATGAAATAAAAGAGGTTGAGAAGGAACTTGGTTTAAAATTTCCTAAGGAGTTAGTTAATTTTTATACAGAGGTTGGCTACGGATTTATTAAAGGCTCAGAGTTTAATATAAATCGTATTATGGATCCTTATTCCGTAAGAGATTTTCGATTAAGAGACAATGATTTTGAGTTTTATCCTGACATAGAAATCTATGATGAATTTGAAAATAACAAACTGATATTTTTTGAAGGTAGTGAATCAGCTTTAATGTCCATTGAATTGAATGAAAAGAATAGCAGTCCGGTTTACTATTATGATATTCAAATTGCGACTTCTCTTGAAGAATTTTTAAGAAAAATAGAAGAAAATGACAAATATTACTTGGAGTTACTAGTTGATTAA	MGYEAMRANKENSFYPVTENEIKEVEKELGLKFPKELVNFYTEVGYGFIKGSEFNINRIMDPYSVRDFRLRDNDFEFYPDIEIYDEFENNKLIFFEGSESALMSIELNEKNSSPVYYYDIQIATSLEEFLRKIEENDKYYLELLVD	PGPT0027665_26	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-YxiD-YxxD_TOXIN-ANTITOXIN_SYSTEM,PGPT0027665-antitoxin_yxxD-K21494	NA	NA
AK148_03929	750			hypothetical protein	TTGATACCAGGTAGTTTGGCTGTCAAAGGAGCATTAGGCGTTGCCAAGCTAGGTGCAGGTGCAGCAAGAAGAGCGCCGAAATTATTGGATAGTAAGCCTTTTAGTGGTAATTATTACCGGGAAAAGATAGAGGCAGCTAAAGCTGGAATGGCTAAAGTGACAGAGAAGATCACTTTTGGTAAAGACTATGCACTTTCAACTGATGGCGCAACTTTTATACTTAGAGATAAAGAATTTGAGAGTCACGTCAATCCGCAAATGGTTAATGTGAAGAATGACATAGGGGAAAGGATAGAGACTAAGGGTGCCGGTAATAAGGTAAATTCTGATACAATAAAAAAATATATTAGAGATATAGAAGGGAGAACCGGTAGAGAGTTACCTAACAACCAAATAGAGAAGTTGAAGGAAGCCTTAAGAAATAAAAAATATAAAAAAATGACACCGATAGAAACAGCTAAGCATAGGGCAGAATTTGATAAAGTAAAAAATAAAGTAATTAAAGAGTGGGAAGAAAATATTGGGCAAAAGTGGCCTGTGTATAATGAAAATGTTATTTCAGAAAAAACAGGTAAAATAATTAGGAAACAAGGAGATAAGTATGATGCTCATCATATAATTGAAAATACTTTTGGCGGAGAACATGAATGGTGGAATATGCACCCTGCAAAGTTTCCAAAGGAGCATCAAGCTGGTATACATGGAGCAGGTTCACCAGCAAATACACTATTTAAAGGAGGTAAAAAATAA	MIPGSLAVKGALGVAKLGAGAARRAPKLLDSKPFSGNYYREKIEAAKAGMAKVTEKITFGKDYALSTDGATFILRDKEFESHVNPQMVNVKNDIGERIETKGAGNKVNSDTIKKYIRDIEGRTGRELPNNQIEKLKEALRNKKYKKMTPIETAKHRAEFDKVKNKVIKEWEENIGQKWPVYNENVISEKTGKIIRKQGDKYDAHHIIENTFGGEHEWWNMHPAKFPKEHQAGIHGAGSPANTLFKGGKK				NA	NA	NA	NA	NA
AK148_03930	117			hypothetical protein	ATGCATAATATGCATTTTGCGACAGCTCCTTTTTTATACATATTAGATTTGCACAACAATCCCGAAGGATATAAATTTATTCGCTATTGTGGTAAACGAAAAGGTAAATCTGTTTGA	MHNMHFATAPFLYILDLHNNPEGYKFIRYCGKRKGKSV				NA	NA	NA	NA	NA
AK148_03931	546			hypothetical protein	ATGAATGAACTTACACTTGTTAAAAAGGCGATAAAGGGAAACAGGGAATGTCTAGAGGAATTACTTGTTTTTCACGGCGATCAACTGTATCGCACTGCTTACTTATATGTTCGGAATCGCGAAGATGCTTTAGATGTTGTTCAGGAGACATCTTACAAAGCTTTTTTATCAATTGGTCAATTAAAAAATGAAAAATACTTTTTAACTTGGTTAACAAAAATACTTATAAATTGTTCGTATGATGTATTGAAAAAGGGCAAGAAAGAATTACCTCAGAGTAATATGATCGAACTTACTACGGATGAACGGGAAAAAAGAGAGGAGAATCTGGACTTATTAGAGGCAATTAATAGGTTGAACGAAAAGCATAAAAATGCGATTATTCTTTTTTACTTTCAAGATCTCTCTATAAGTGAGGTAGCTAAGGTAATGAAAATACCTGAGAATACGGTAAAAACCTTTTTGAGCAGGGGGAAAGCTCGATTAAAAAAATTGTTAGGAGGAATGAACTGTAATGGAGAAAAAATCACTTCAAAAAGTATATAA	MNELTLVKKAIKGNRECLEELLVFHGDQLYRTAYLYVRNREDALDVVQETSYKAFLSIGQLKNEKYFLTWLTKILINCSYDVLKKGKKELPQSNMIELTTDEREKREENLDLLEAINRLNEKHKNAIILFYFQDLSISEVAKVMKIPENTVKTFLSRGKARLKKLLGGMNCNGEKITSKSI	PGPT0014960_9785	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
AK148_03932	1011			hypothetical protein	ATGGAGAAAAAATCACTTCAAAAAGTATATAAAGAGATTGAAGTACCTAGAGATAGTGTTTTAGATGCAATAAGGGCTGGGAAGGAGCGTGCTAATCATAATGTACCTAAAAATAATACAAGGAAAATTATATGGTCTATAGTTGCGGCTGCAACTTTATTTATTTCTTCCAGTTTTGTTTCTCCCTTTCTATCACACGTAATGGCAGAGGTACCATTGGTTGGGAATGTGTATAATGCCTTCAATGACGCTGTAGGTCGAAATTTACAAACTCAAGATTTGATAACAGAATTGAATCAAACATCCAGTTATAAAGGTATAGATGTATCTGTTACAAGAGCCTATTATGATGGAGCAGTCATAGGAGTTACTTTTTCTGTTAAAGGTAGTCTGAAAAAAGAAGAAGATGGTCAAGTTCAAGGGCTTTATGAAATATATGATGGTAAGGATGGTATTTCCGATAGTAAGGAACTAGTGTATTTGCAGCCAACTGAGCATGGCTACACAGGACATATACAATTTAGCTACCCAAAAAATGAATTACCTTCAGAAACTACTTTTCCATTAGAATTTAAGAGGATAGGTGATACGGAGGGAAGTTGGCGGTTTGACGTTCCGATAAACCAGTTACCATATGAGATAGTAAATGTTGATAAAGGAACTAAAAAAGAGAATTCAGAAATAAATGTTCATTTCGATTCAATTATAGAAGGCAAAGCATCTACTGCTATTAATTATATCGCTGATTTTCCAATTCAAGGAAAACATAATCAGGTGCGTCTAGAGGTTTATGATGATCAAGGTAAAGAACTCTTTATCTCCACGGACGGAATTGATCTAGAAACTACCAAAAAAGACGATAGGATTATTGTTAAAGGCAGAAGTATTATTCCACAGTCAATAAAGGGGAAAACTAATTATATTAAAATTCATCCAAAAGTGGCTTTGACTGGTGAAGATCCAAATGAGCCGTTAGAATTAGACTCAATAATAATCGACTTTGATAAATAA	MEKKSLQKVYKEIEVPRDSVLDAIRAGKERANHNVPKNNTRKIIWSIVAAATLFISSSFVSPFLSHVMAEVPLVGNVYNAFNDAVGRNLQTQDLITELNQTSSYKGIDVSVTRAYYDGAVIGVTFSVKGSLKKEEDGQVQGLYEIYDGKDGISDSKELVYLQPTEHGYTGHIQFSYPKNELPSETTFPLEFKRIGDTEGSWRFDVPINQLPYEIVNVDKGTKKENSEINVHFDSIIEGKASTAINYIADFPIQGKHNQVRLEVYDDQGKELFISTDGIDLETTKKDDRIIVKGRSIIPQSIKGKTNYIKIHPKVALTGEDPNEPLELDSIIIDFDK				NA	NA	NA	NA	NA
AK148_03933	1011	moaA	COG2896	GTP 3',8-cyclase	TTGTCTGAAATGAAAGATAAATTTGGACGTCCTTTACATGACTTGCGGATTTCTGTGACAGATCGTTGTAATTTTCGTTGTAGATATTGTATGCCAAAGGAAATGTTTGGAAACGATTTTTCGTTTATGAAAAGAGAGCAGTTGCTTTCATTTGAAGAGATAGAGCGAGTGGCGAAAATTTTTGTTTCATTAGGAATAAGGAAAATTCGCTTAACGGGCGGAGAGCCTTTGTTGCGTAAAGATTTACCAGTGTTAATTGATAAGCTAGTGTCTATTCATGGATTAGAAGATGTTGCATTGACAACGAACGCCTCATTATTGGAGCGTATGGCTCCTCGTTTGAAGGAGGCAGGTTTGCATAGGGTGAATGTGAGCTTAGATGCCATAAACGACGATGTTTTTATGACAATTAATGATGTCGCTTACAAATCAGAAATGATTTTAAGGGGGATTGATAAGGCTAAAGAAGTCGGGTTAGGCGTTAAAGTCAATATGGTAGTAAAAAAAGGAATGAATGATCATCAAGTAATTCCAATGGCTACTTATTTTAAGAAACGTGGAATTACGTTGAGATTTATTGAATTTATGGACGTTGGTACAGCGAACGGTTGGAACTTTCGTCAAGTGATGACAAAAAAAGAACTTTATGATGAATTATTCAAGCATTTTGCTTTAGAAGCCGCAAACCCTGCTTATGTTGGTGAAGTTGCGAAAAGGTATCGTTATGTCGGAACGAATACAGAAGTTGGCTTTATTACCTCTGTTTCCGAGTCTTTTTGTTCTACTTGCACAAGAGCAAGAGTTGCGGCTGATGGGAAGCTATATACATGCCTCTTTGCATCTAATGGGTTAGATTTAAAACGTATACTACGTTCTAATTCTGGTGATGAAGCTGTGCGTGCAGCGATTGTATCGACGTGGAAGAACAGAATGGATCGGTACTCGGATGAACGAACAGAAGAGTCGGCAAAGAATAAGACAAAAATTGAAATGTCTTATATAGGTGGCTAA	MSEMKDKFGRPLHDLRISVTDRCNFRCRYCMPKEMFGNDFSFMKREQLLSFEEIERVAKIFVSLGIRKIRLTGGEPLLRKDLPVLIDKLVSIHGLEDVALTTNASLLERMAPRLKEAGLHRVNVSLDAINDDVFMTINDVAYKSEMILRGIDKAKEVGLGVKVNMVVKKGMNDHQVIPMATYFKKRGITLRFIEFMDVGTANGWNFRQVMTKKELYDELFKHFALEAANPAYVGEVAKRYRYVGTNTEVGFITSVSESFCSTCTRARVAADGKLYTCLFASNGLDLKRILRSNSGDEAVRAAIVSTWKNRMDRYSDERTEESAKNKTKIEMSYIGG	PGPT0008410_2224	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008410-moaA-K03639	NA	NA
AK148_03934	234	moaD	COG1977	Molybdopterin synthase sulfur carrier subunit	ATGGTAGAGGTTTTATTATTTGCACAGCTTCGAGAAGACATAGGAACAGACCGTTTACAAGTAGAGGCTGAAGAAATGACTATTCATGAATTGAAAAAGCAACTTCAGGAAAGCTATTCGTTATCGCAAATGGAAACAATAATGACAGCAATTAATGAGGAATATGTAATGGATTCAGAAGTTATAAAAGCTGGGGATACAATTGCTTTTATTCCTCCTGTAAGCGGAGGGTAA	MVEVLLFAQLREDIGTDRLQVEAEEMTIHELKKQLQESYSLSQMETIMTAINEEYVMDSEVIKAGDTIAFIPPVSGG				NA	NA	NA	NA	NA
AK148_03935	594	mobA		putative molybdenum cofactor guanylyltransferase	ATGGAGCAGGATATAACTGGAGCCGTCATTGCGGGAGGGGCGTCAAGAAGATTTGGCTCCCCAAAAGCATTTGCTAAAAAAGACGGAAAAGCTTTTTATCAAATTTCCATCGCTGTATTGCGTCCGTTGGTTAACAAGATTTTTTTGGTAACTAGTCCAGCTTTAGCGGCTTGCTTTAGGCATGATGATACGGATGTGAAAATCATAGAGGATGTCCCGCATTATCAAGGGGATGGTCCGCTTGCAGGAATTTATTCCGCAATGACGTCTTGTGAAACAGAGTGGTTGCTCACCTTGCCTGTCGATGTGCCGTTTATGAAGTCAGACGTACTAGAGGTTTTGTTGCGGGAGATGGGAGATGAGATAGACGCCGTTATTCCCATAGTAGATGAAAAAATGCAAGTCCTTGTGGGGTTATTTCGTTGTACTATAAAAGACAAGATTAAAACGCAGCTTGATCAAGAAGAACGGAAGGTTGATCACTTATTGAAAAAAATAGCTACACGTTATGTGAAAATAGATGATACCAAAGCATTTTTTAATATAAATCGACAGTCCGAATATCACAAATATGTGGCTAATATAGAACATTAA	MEQDITGAVIAGGASRRFGSPKAFAKKDGKAFYQISIAVLRPLVNKIFLVTSPALAACFRHDDTDVKIIEDVPHYQGDGPLAGIYSAMTSCETEWLLTLPVDVPFMKSDVLEVLLREMGDEIDAVIPIVDEKMQVLVGLFRCTIKDKIKTQLDQEERKVDHLLKKIATRYVKIDDTKAFFNINRQSEYHKYVANIEH				NA	NA	NA	NA	NA
AK148_03936	513	moaB	COG0521	Molybdenum cofactor biosynthesis protein B	TTGTTACAAGACCATCGAAAGACATCACCAAAGGCTGTAACATGTGCTATTTTAACCATCAGTGATACAAGAAATAAGGAAACCGATAAAAGTGGAAGATTCATTCAATCCTTTTTGGGAGAGGAAGGTCATACTGTTTCTGCTTACGATGTAATCCCAGATGAAAAAGGTATGATTGAAATGCATATAAACAGCTATGAAACAGACATAGAAGCTGTGATTATAAATGGAGGTACAGGCATTTCCAAACGCGATGTCACCATTGAAGCTGTCAAGCCATTATTAGATAAAGAATTACCTGGCTTTGGTGAGTTATTTCGTATGCTTAGTTACCAATTGGACATCGGTTCAGCAAGCATGTTATCAAGAGCAGTCGCCGGCGTTTCGCAAAATCGTGTTATTTTTGCCATACCAGGTTCTAGTGGGGCGGTAAAACTAGCGATGGAAAAGTTAATCTTGCCTGAATTGGGACATCTTGTCATGGAAGTTAGCAAAGATTTAGAGCAAGGTTAA	MLQDHRKTSPKAVTCAILTISDTRNKETDKSGRFIQSFLGEEGHTVSAYDVIPDEKGMIEMHINSYETDIEAVIINGGTGISKRDVTIEAVKPLLDKELPGFGELFRMLSYQLDIGSASMLSRAVAGVSQNRVIFAIPGSSGAVKLAMEKLILPELGHLVMEVSKDLEQG	PGPT0008420_1452	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008420-moaB-K03638	NA	NA
AK148_03937	807	modA_2	COG0725	Molybdate-binding protein ModA	GTGAAAAAACAAACCATACTCATACTTGTAGCTGTGCTCATCATTATAACTGCTTGTGGAAATGCATCTAACTCTAACTCAAATGCCAAAGGCTCCATAGAACTTACGATTTCTGCGGCTTCCAGCATGATGGACGTATTAACAGAAATAAAAGAAAACTTCGAGAAGGAAAACCCAAATATGGAAGTAACATTTAATTTTGGAGGGACAGGGGCGCTACGGAAGCAAGTAGAACAAGGGGCACCTATTGATGTCTTTTTTTCTGCTTCTAAAAAAGATTACGATCTGTTATTAGAGGGAGGGTATATTGAACAGGGCGAGGAATTGTTACATAATCAATTAGTTGCTATCCAGCCACAAGGTGGTCCTGTTTCAACGCTACAAAATGTTGTTAACACGAATCAAAAATTTGCTCTTGGTACACCGGAATCCGTACCAGCAGGCTTCTATGCACAAGAAGCATTACAAAAAATGGGTTTTTGGGATGAGTTGCAAGGGCGAATGGTATTTGCTAAAGACGTATCTCATGTCTTGCAATTAGTAAAAGATAAAGCGGTGTCTGCTGGTATAGTCTATAGCAGTGATCTCCATCGTGTGAACGAAGTAGATATTATAGAGAAAATAGATGGCGCATTACATACCCCAATATCCTATTATGTAGCGGTCATTGAAAATGGTAATGAACGTTCTCAAGAAAAGCAAGCAGCGGCAGAACAATTTTATAACTATGCGCAAAATGAAACGAGTAAAGCGCTATTTGAAGTTTACGGATTTGTCATTCGTGATAAGCTGGTGGAGGATACATGA	MKKQTILILVAVLIIITACGNASNSNSNAKGSIELTISAASSMMDVLTEIKENFEKENPNMEVTFNFGGTGALRKQVEQGAPIDVFFSASKKDYDLLLEGGYIEQGEELLHNQLVAIQPQGGPVSTLQNVVNTNQKFALGTPESVPAGFYAQEALQKMGFWDELQGRMVFAKDVSHVLQLVKDKAVSAGIVYSSDLHRVNEVDIIEKIDGALHTPISYYVAVIENGNERSQEKQAAAEQFYNYAQNETSKALFEVYGFVIRDKLVEDT	PGPT0008435_970	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008435-modA-K02020	NA	NA
AK148_03938	666	modB	COG4149	Molybdenum transport system permease protein ModB	ATGTGGTCTTGGCACCCTGTTCAACTTTCGTTAGTCGTAGCCAGTATCGCAACAGGGATTGTATTTGTATTTGCTATGATTGTGGCGTATTGGATGACCGAAAAAAATGTGAAAGGACGCGCCATTTTAGAGACGGTTGTCTTCCTTCCTCTTGTTTTGCCGCCAACCGTCATTGGTTTTTTATTAATTATTATTTTTGGTAATAACAGCTTTGTTGGGCAAGCTATCTCCTGGCTAACCGGACAACCCCTGTTATTTACCGTCACTGCAGCAGTTATAGCTGCAAGTGTAGTTGCTTTCCCGCTTATGTATCAATCACTGAAAACCGGTTTTCAAATGGTTGATGATACTATTCGTGGTGCGGCCAAAGTAGATGGAGCATCTAATTGGAAGCTGCTATTTCTAATTACCATTCCGTTATCCTATCGGTCAATTGCCACGGGATTTATTTTAAGTTTTACACGGGCGTTTGGTGAATTTGGAGCAACCTTAATGTTTGCCGGGAATATTCCAGGAAAGACGCAAACCATTCCAACAGCTATTTATCTTGCTATTGAATCTGGGCAAACAAAAATTGCTACCTATTATGCGCTCATTAGCATTGGTTTTTCGTTTGTGTTGTTGTTTATGATGAACAGATTGACGAGGGGGGAAGTTGAAAAATAG	MWSWHPVQLSLVVASIATGIVFVFAMIVAYWMTEKNVKGRAILETVVFLPLVLPPTVIGFLLIIIFGNNSFVGQAISWLTGQPLLFTVTAAVIAASVVAFPLMYQSLKTGFQMVDDTIRGAAKVDGASNWKLLFLITIPLSYRSIATGFILSFTRAFGEFGATLMFAGNIPGKTQTIPTAIYLAIESGQTKIATYYALISIGFSFVLLFMMNRLTRGEVEK	PGPT0008440_3416	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008440-modB-K02018	NA	NA
AK148_03939	1068			hypothetical protein	TTGATAGCAAAAAATAGGCTCGCTTTAGCAGAAAGAGAGTTAGGAAGATCTGTGGTAGCTATTAATTATGACTGGAACACAGAGCGAATAAGTAAAGGTCAAGGTGCTTTGTTTTTTGGAGTGAAAGACACGAATCAGATACCGAATCATGTATTAGACAAGCTAGATAGTGATCAAAATATGATTTGGCTAACAGTGGATAAAGCGGCAAGCAAGGGAAGAGCGATAGATACGGATTTGCATAACCCAATAACTTACCGATTAATGACAGGTTCTTCTAGCGGCGGACCAATTAACATTTTAAAAGGAATAAATGATTTCGCAATTGGAACAGATGGTGGAGGTTCCACCCTTGGTCCCGCAATGAGTTGTCAACTTCCCTCTGTGATAGGTTCAGGGATCGGGTTACATGTACAGCAAAAAAAGACATCAACTGATGGAATAGATTTTACTGGAAGTGTTGGCGTAATTGCCAAAGACATGTGGACATTAGCTTCAATTATAGAAACTTTAATTAACGAGGAACTTGAGCTAGTGGAAGAACCGAAGTTGAAAATCGCCATTCCAAAAAAAGGAACGATTACATGCCCAGATCAAATGGATATGCATGAAAAAGTTATATATTACTTATCAAAAATGGATTGTTCGCATATTTCCTTCTTAGAAGTAGACATGGCAGGGATTGATAATCGAGCTAGAGGTATAAACATTATTCAAGAAAGTTTAGGTGAAAACGAAGCCGATTTAATTTTAACCTGTGAAGGACCGATTGATGTGTATGGTTATGGTGAAACAATTCCGCAACAGTTTGGGCAAGTTGGTCAAGAATTAACGAAGCATCATGGGAAATATCTTCTACGTTCAGCAAACATGTGCAACACAACAGCTATTACGGTTCCAACTGAAAACCTTGCAACTGGATTAGTCATTGTTGCTAAAGAGGGGGTTGGAAACTGCAAAAATGCATTTAATTTAGCCAAGAAGTTAGAAAAGGGAATCAATCTTCCGGATGTTTGGAAACGTTACTTTCTTGATAATGAACAAGAATTTAATGGTTTTCAGTTATAA	MIAKNRLALAERELGRSVVAINYDWNTERISKGQGALFFGVKDTNQIPNHVLDKLDSDQNMIWLTVDKAASKGRAIDTDLHNPITYRLMTGSSSGGPINILKGINDFAIGTDGGGSTLGPAMSCQLPSVIGSGIGLHVQQKKTSTDGIDFTGSVGVIAKDMWTLASIIETLINEELELVEEPKLKIAIPKKGTITCPDQMDMHEKVIYYLSKMDCSHISFLEVDMAGIDNRARGINIIQESLGENEADLILTCEGPIDVYGYGETIPQQFGQVGQELTKHHGKYLLRSANMCNTTAITVPTENLATGLVIVAKEGVGNCKNAFNLAKKLEKGINLPDVWKRYFLDNEQEFNGFQL				NA	NA	NA	NA	NA
AK148_03940	933			hypothetical protein	ATGAGTAGAATATGGGAAAGTTTATTTTCGAAAAATGGTTTGGCAGCAAAAGGCATTGCTAAAGAGCTCATTGATGTCAATGAGGGAGACAGAATTCCTAGAGTAGAAGATTTTGTTCAGAAATTATCTTTTGGACGGGGAACTATTCAAGGTGGATTAAATGTATTGGAGAGATTGCATGCAATTACGTTGGAATCTAGAGGGCATTTAGGAACCTTTTTAATGAATAAAGATATTCACATATTAAAAGAAATTGCAGGAATAGGTTCTTTAATGGGCGCAATGCCATTACCTTATTCCACACGTTATGAAGGCTTAGCAACAGGATTAATTGAGGTATCAGATGTGATGCATAAACGTTTGGATTTGGCATACATGAGAGGATCTAAGCAGCGTTTGGAAGGGTTAAAGTCACGTAGATATGACTTCGTTGTCATGTCAAAGTTAGCTGCTGAAGAAGAAATGAAGCATAATGATAACCTACAAGTAGCTATTAATTTTGGCCCCAAAACATACGTAACGGCACATGAAATTTTTTTAGCAGACCCTTCCAACAATCAAATCAAAGATGGCATGCGGGTTGGAATAGACTTTTCATCTATTGATCAATCCAAGATTACTCTATTGGAATGTGACAAGATTAATGTGGAATTAGTACCAACCAATTACATGCAACTATTTGAGAATCTGCAAAATGGGAGTTTGGATGCGGCAGTATGGAATGCAGATGAAAGGAGAACAAACAAAACGTTCAAAAAAGTAGGCTTTCGAACAAAAGAAGCAAATATGCTTTCGGAAAAAGCTTCCACATCCGTTATTTTAATTGAAAAAGATCGAACTGACGTACATGATTTTCTCTTAGGATTGGAAACAAGAAAAATTATTGAAATACAAGAGCTAGTAGTTAATAAGAAAAAACTACCACATTACTAA	MSRIWESLFSKNGLAAKGIAKELIDVNEGDRIPRVEDFVQKLSFGRGTIQGGLNVLERLHAITLESRGHLGTFLMNKDIHILKEIAGIGSLMGAMPLPYSTRYEGLATGLIEVSDVMHKRLDLAYMRGSKQRLEGLKSRRYDFVVMSKLAAEEEMKHNDNLQVAINFGPKTYVTAHEIFLADPSNNQIKDGMRVGIDFSSIDQSKITLLECDKINVELVPTNYMQLFENLQNGSLDAAVWNADERRTNKTFKKVGFRTKEANMLSEKASTSVILIEKDRTDVHDFLLGLETRKIIEIQELVVNKKKLPHY				NA	NA	NA	NA	NA
AK148_03941	378			hypothetical protein	ATGAACGTACAAGATCTCAAAGACAGATTAAACTTGTTGTTGGAAAAATGCTTAATAAAACAAAAGGAATATGATATTGCTACTATTGCATTTGAAAGGTTATTAAAAATGCTTAACAAGCATGATATCGAGCAAGCAGAGATGCTTTTTACTCATTTACCGATGGCTTTAAGTCGTATTGAAAAAGGAGAAGAAGTAGAAAAACCTGCAGTTGAGTTAATGAAAGAAGTAAAAAATTCCAATTACTTTCCGTTGGCAAAGGAGCACGTTTTCTTTATTGAAAACAGATGGGGGGCGCCTTTGCCAGAAGGAGAGAAGGAGTTTTTATATATGCATTACACAAATGTAATCAATTTAAATTCACAAGGAGGACAATAA	MNVQDLKDRLNLLLEKCLIKQKEYDIATIAFERLLKMLNKHDIEQAEMLFTHLPMALSRIEKGEEVEKPAVELMKEVKNSNYFPLAKEHVFFIENRWGAPLPEGEKEFLYMHYTNVINLNSQGGQ				NA	NA	NA	NA	NA
AK148_03942	357			hypothetical protein	ATGAAAATTGTTATCGGTGGTCAAGTAGAAAAAAAGACAATAGAGTCACTAATAAAGGAAATGGATTCATCCATTGAAACGGTAATTAAATCAGATTTAGATGCTGCAATGGCTATAAAGTCAAACCAAGCAGATTATTATGTGGGTGCTTGTCATACTGGTGGTGGCGGTGCATTGGCTATGGCTATCGCCTTACTTGGAAGAGATCAATGTGAAACAGTTTCCATGCCTGGTAGGAAGCCAAATAATGATAATATTATCGAAGCGGTTAACAGCGGTAGAAAAGCATTTGGTTTTACTGCAGATCATGTCGATGCTGCGGTACCAATGATTATTAATGCATTAAGAAATAAATAG	MKIVIGGQVEKKTIESLIKEMDSSIETVIKSDLDAAMAIKSNQADYYVGACHTGGGGALAMAIALLGRDQCETVSMPGRKPNNDNIIEAVNSGRKAFGFTADHVDAAVPMIINALRNK				NA	NA	NA	NA	NA
AK148_03943	1293			hypothetical protein	ATGGAGACTTTATTTATTGTGTTAATTGGAGCGATGGCGGCCATTTTAGCAAACCAAAATATTGCAGTGTTTAACGATGGTTTAAGACCAGTCGTCGGAGAACATATTGAAGGAAGGCTAAAGCGTAGAGAATTAGGAGTAACGGCTTTTGCAATGAGCTTTGGATTAGTCATTGGGTTTGGTATCCCTTTTACATTATCAGCTAGTATTATTTTGATTCATAGCATTTTACTAGGTACAGATATTATCGGTTTAATCACACCAAAGAATAAATGGGGAACCCCTCTAGCAGCTGCCGTTGGAGGATTATACGGATGGGCATTATTAGCAGGTTTAGAAAGCTTTGTGAAGCTCTTTGATTATTTACCTGTTAATTTTTTAGAACCATTAGGAGAAGTGGGAACTCCTGTTGTAGTAACGTTCATGGCTTTTCCAGCTTTAGCAGTTGCTATGCAATTTAGTATTAAAAAAGGTATTCTAACATTTGTTTTAGCAGCTTTGGTACGGCAGCTTACCGTATTTGTTAATGAAAGCGGATTCCTTTCCATTGGTGAAAATGTTATTCAATTAAATCAAGAAGGTATGGCACTCATTGTTGGAATGATCTTTCTATTTTTCTATGCAATGAAAGAAAAAGGGGATGAAGGATCTTCTGTTGATTTGGCTGCCATGTTTAGTGAAAAGGTTAAATCTATTAAAAATAATGTCATATATTTTGTCATTATAGGGGCTCTCATTGCAGGAGCGACAAATTTATTAATCATGGCTGGTGATCCAATTTCTCTCAATCTAATTGCAGAAGGAAAAATTACAGATGCTGGGATTGCAGCTGCAGCTAGAGCAATTGGATTTATTCCACTAGTAGCTAGTACTGCGATTGCGACAGGTGTTTATAGTCCGGTTGGGTTTACATTAATTTTTGTTGTCGGCTTATTTTCGCCAAATGTTTGGGTTGCTGTAATTGTTGGTGGAATAATCAGTTTTCTAGAAGTTATGTTACTAAGTTCAATTGCAAGATTTTTAGACAAATATCCTGGTGTGAGAAACTCTGGTGAAAATATTCGTAGTGCTATGACAAAACTATTAGAAGTCGCTTTATTAATTGGTGGTGCGAATGCATCTAATATGATTGCACCTGGGTTCGGCTTCTTCTTTATTGCTGGTTTTTATCTATTAAATGAAGTAGCTGGTCGTCCGATTGTCCGTATGGCAGTAGGTCCTGTTGGCGCAATTGCAGTCGGTATTATCGCTAACATCCTAGTCGCTTTAGGCCTAATGAGTATTCCGCAATAA	METLFIVLIGAMAAILANQNIAVFNDGLRPVVGEHIEGRLKRRELGVTAFAMSFGLVIGFGIPFTLSASIILIHSILLGTDIIGLITPKNKWGTPLAAAVGGLYGWALLAGLESFVKLFDYLPVNFLEPLGEVGTPVVVTFMAFPALAVAMQFSIKKGILTFVLAALVRQLTVFVNESGFLSIGENVIQLNQEGMALIVGMIFLFFYAMKEKGDEGSSVDLAAMFSEKVKSIKNNVIYFVIIGALIAGATNLLIMAGDPISLNLIAEGKITDAGIAAAARAIGFIPLVASTAIATGVYSPVGFTLIFVVGLFSPNVWVAVIVGGIISFLEVMLLSSIARFLDKYPGVRNSGENIRSAMTKLLEVALLIGGANASNMIAPGFGFFFIAGFYLLNEVAGRPIVRMAVGPVGAIAVGIIANILVALGLMSIPQ				NA	NA	NA	NA	NA
AK148_03944	918	php	COG1735	Phosphotriesterase homology protein	ATGATACAAACTGTAAGAGGTAGGATTACTACAGATGACTTTGGGGTATGCGCAGCGCATGAACATTTATCCATTGATCTATCAAAAGTGAAAAATGATCCAGACACTATATTAGATGATGAAGAAGGTATGATTTCTGAGTTGAATCATTTTTATCGTGCGGGTGGTAGATCGCTAATAGAATTAACAAATGATGGAATGGGTAGAAATGTTTCACGTTTAAAAACGTTAAGTGAGAAATCAAATGTTCACATTGTAACTTGTACAGGATTTTATAAAAATCCCTTTATTCCTGATTTTGCTAACAGCTGGGACCGTCATCAGTTTGCAGCACATTTTATTCGTGAAATAGAAGAGGGAATAGGAGATAGCGGAATATTTCCGGGGATAATAGGTGAAGTTGGAACAAGCTTAAATGAGATGAAGCCAGTAGAAAAAGAACTAATTATCGGTGCTGGAAAAGCAGCTTTAGCAACGGGATTAACGGTTAGTACACATACGACGTTAGGAACAATGGGTCGTGAGCAAGTAGAAATGCTTTTTAACGTTGGCTTGGATAAAGATCAAATTATTATTGGTCACCAAGACCTCAATCCGAATAAAAATGAAGTGCTAGAGGTGCTTCGTTCTGGAGTTTATATTGGATTTGATACAATTGGAAAAAATAACTATAGGCCAGATGAAGAACGTTTATCGTATTTGATCGATTTTATTGAACGAGGTTTTCAAAAGCAAATTTTACTTTCCGCTGATTTAACTAGGAAATCTCATTGGAAAAAGCATGGTGGTCCTGGATATGATTTAGTACTTAATAAGTTTGTACCAATTCTACGGGAGCAGGGCGTCTCTAATCATGTTATAGATGATTTGCTGATTCATAATCCTGCGAACGCCTTATCGATAAAGGAGCGTTTATAG	MIQTVRGRITTDDFGVCAAHEHLSIDLSKVKNDPDTILDDEEGMISELNHFYRAGGRSLIELTNDGMGRNVSRLKTLSEKSNVHIVTCTGFYKNPFIPDFANSWDRHQFAAHFIREIEEGIGDSGIFPGIIGEVGTSLNEMKPVEKELIIGAGKAALATGLTVSTHTTLGTMGREQVEMLFNVGLDKDQIIIGHQDLNPNKNEVLEVLRSGVYIGFDTIGKNNYRPDEERLSYLIDFIERGFQKQILLSADLTRKSHWKKHGGPGYDLVLNKFVPILREQGVSNHVIDDLLIHNPANALSIKERL	PGPT0006755_719	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_HERBICIDIAL_STRESS	HERBICIDIAL_STRESS-ORGANOPHOSPHATE_DEGRADTION,PGPT0006755-php|opd|adpB-K07048	NA	NA
AK148_03945	1125	yhfS		putative protein YhfS	GTGGCTTATGATAAATCAAAATTAAAGTACGCCGATTCTGTTATTCCAACTTTAACCGTTAAAGAAGCGCAACAATTACAGTTTAAATTAGTTGATTGTATGAGTGAGCATTTTTCTGGCGATCAGTTTTTATCAATGGGAGATTTAGGAGTTGCTCCACAATATAAAAAGCCAGAACAAACAAAAAGGGTTGAACGAACACTTGCTACATTTTTTGGTGTAGAGGATGCTTCACTAGTGCGAGGGGCTGGCACTGGCGCAATTCGTACTATACTAAGTACATTGATGTCAGCAGGAGATCAAATGTTCATTCACGATGCCCCAGTATATACAACGACTCAGGATACCATTCAAATGCTGGGAATTAAAACAAAGAAAGTAAATTATAATGATGTGGAAGCTGTTAAAAGAGCAGTAACAGCAGAGGATACTTGTAAAGTTTTTTATGTTCAACATGCACGCCAAACACCTACTGATATCTATGATTTAAAGACAGTTATTCAAATGGTTAAACAGGAACGACCAGATATCGCCATTGTTGTTGATGATAATTATTGCGCTATGAAGGCGTATGGGATTGGTGTTGAGTTTGGGGCGGATTATTCCACTTTTTCTGGATTTAAAGTACTTGGACCAGAAGGAATTGGGATAATTGTTGGTAAGAGTGAAGCGATCAACTTGCTTCAAGAAAGAAATTATTCAGGCGGTGGCCAGATTCAAGGATATGAAGCAATGGAACTGTTGCGCATGATGACCTTTGCGCCTGTAGCTCTTGCTACGCAAAATGAACAGGTGGAAGAAGTTTGTAAGCACTTAAATGAAGGTATAATTGAAGGAATTGATCATGCATATATGGTAAATGCACAATCAAAAGTGATTATTGTAGAACTGCGACAGCCAATTGCTCAAGCAGTTATTAAAGTGAGCAATCAATTGGGGGCAGCAACACACCCGGTGGGGGCAGAGTCTAAGTATGAAATTATACCAATGATCTATCGTGTTTCAGGCAGTTTTATTGCCGCCGAGCCAAAGTTAAAAGAGTATGGCTTACGAATTAACCCAATGAAATCTGGATCTTCAACGGTTTTAAGCATTTTAGATAAAGCAATAAAATCAGTACAATAA	MAYDKSKLKYADSVIPTLTVKEAQQLQFKLVDCMSEHFSGDQFLSMGDLGVAPQYKKPEQTKRVERTLATFFGVEDASLVRGAGTGAIRTILSTLMSAGDQMFIHDAPVYTTTQDTIQMLGIKTKKVNYNDVEAVKRAVTAEDTCKVFYVQHARQTPTDIYDLKTVIQMVKQERPDIAIVVDDNYCAMKAYGIGVEFGADYSTFSGFKVLGPEGIGIIVGKSEAINLLQERNYSGGGQIQGYEAMELLRMMTFAPVALATQNEQVEEVCKHLNEGIIEGIDHAYMVNAQSKVIIVELRQPIAQAVIKVSNQLGAATHPVGAESKYEIIPMIYRVSGSFIAAEPKLKEYGLRINPMKSGSSTVLSILDKAIKSVQ				NA	NA	NA	NA	NA
AK148_03946	1161	yhfX	COG3457	putative protein YhfX	ATGTTTTTGGACGTAACCAAACGTAGAAATCCACAACTAATAAAGACTGGTGTTACTTTTCATCAATCTGGGGAAATCCCGCCGAACACATATATAATAGATGTGGACATACTAAAAGAGAATACACGAATGATGGCAAAAACGGCTAATGATCATCATTTTAATCTTTATTTTATGACAAAACAACTTGGGCGAATTCCCGAGTTGGCGAAAATTTTTACAGACAATGGTATTGAAAAAGCTGTTGCCGTAGATTTTGATGAAGGTAAAGTTTTGGCTGAAAATGGAGTAGCTATTGGAAATATTGGTCATCTAGTTCAACCAGGGAAAATGCAGTGGAATGAAGTATTAAGCTGGGAGCCAGAGGTAGTTACGATATTTTCCTATGAAAGAGCCAAGCAATTATCAGAAAGTGCAGTGAAGCTTGGAACGAAGCAAAATATCTTACTCAAGGTCTATGGTTTAAATGATAAAATGTATAGTTCCCAGGAAGGCGGAATCCCCTTAGAGCATCTTTCTAAGACAGTTGCCGAAATTCGAAAATTATCAGGTGTAAATATTGTTGGCGTTACTACGTTTCCCAACTTGGAAATAAACCAAACAGAGACGAAAATGATTCCTACAACTAATATGCATACGTTAATGCAGGCGAGAGCCATTTTAGGGAATGAAGGAATTGAAATAAAGCAAGTCAATGGCCCAGGGGGAACTAGCTGTCAAACAATACCTCATCTAGCCTTACAAGGTGTTACACACGGTGAGCCGGGGCATGGGTTAACAGGTACAACCCCATTACATGCATATTGTGATTTACCTGAAAAGCCAGCTATTATTTATGTTTCTGAGGTATCGCACAGGTTCAAAGAGCAATATCAAGTAATAGCGGGAGGGTATTATGGACGTTCTAATATGGAAGGCTGTTTTGTAGGACATGAGGAACAAAGTATATTGAAACGATACGTTCGTGCTTATAACAACAGCCCAGAATCTATCGACTACTATGGTTCTATAGATAAATCGGATAACTTTCAAATAGAAATTGGAGATACAGCTATTTTTGCCTTTCGCACCCAAATATTTGTAACACGAGCGCATGTAGCACTGATAGAAGGAATACAAACTGGTAATCCGAGACTTATTCATTTAGAAAGGAAGTGGTGA	MFLDVTKRRNPQLIKTGVTFHQSGEIPPNTYIIDVDILKENTRMMAKTANDHHFNLYFMTKQLGRIPELAKIFTDNGIEKAVAVDFDEGKVLAENGVAIGNIGHLVQPGKMQWNEVLSWEPEVVTIFSYERAKQLSESAVKLGTKQNILLKVYGLNDKMYSSQEGGIPLEHLSKTVAEIRKLSGVNIVGVTTFPNLEINQTETKMIPTTNMHTLMQARAILGNEGIEIKQVNGPGGTSCQTIPHLALQGVTHGEPGHGLTGTTPLHAYCDLPEKPAIIYVSEVSHRFKEQYQVIAGGYYGRSNMEGCFVGHEEQSILKRYVRAYNNSPESIDYYGSIDKSDNFQIEIGDTAIFAFRTQIFVTRAHVALIEGIQTGNPRLIHLERKW				NA	NA	NA	NA	NA
AK148_03947	1200	deoB_2	COG1015	Phosphopentomutase	ATGCCTAAAATGATGTTACTTGTCATTGATAGTTTTGGTATAGGGGCGATGGATGATTGTGCTGCATATATACCTTCTGATTGTAATGCAAACACTTATAAACATATTCGAGAGGAAAAACAATCCGAGCTGGATATACCGAAGATGTACGAGATGGGCTTAGGAACACTTGTAGATGGTAGACCTGTGCCAGAAAATGCGTATGGCTACTCCAAATTGGCGCACCATGGAGCAGATACCTATCTAGGGCATCAAGAGATTGCTGGAAGCTGTCCGAAAAAGTCTTATAAAAGATTAATGAAAGATATTCATGCTCAACTAAAGCAAGCTCTGGAAGAAAAAGGATATAAGGTCACATATCCGATTGATTCTTGTCCTATTCTTCTAGTTGACAACGCCGTAGTTGTTGGGGATAACTTAGAGTCTGAGGTTGGTAACATTATTAATGTGACAGCAGATTTTAAAAAAATGCCGTTCAACAAAGTAAAAAAACTAGGAGAAGTCATTCGTGCCAATGTAGATACAACGAGAGTTATTGCATTCGGTGGTCCATACACTTCCATTGACCATATATTGTCTTGTGTGAAGGAAAAAAATAAAGGGCAGTGGGGTGTGGACACACCTAAGGCGAAAGTTTATGGAGAAGGGTACGATGTTTATCATATGGGGTATGGTGTAGAAATTAACAAACAATTCCCTATGATTGCTGCAAAACATGGGCTAAAAGTTTATCGCTTAGGAAAAACGGCGGATGTCTTGCATGGTGAAGGCCCCGCTGAGCCTATTGTGAATACAACCCAATTATTAAAAAAAGTTGACGAAGCGTACCAAAAAGAAAAAAATGATGCTGCATTTTTGGTGAATGTGCAAGAAACGGATTTAGCAGGGCATGCCGAGAATGTAGATTGGTATTGTGAATTGTTAAATGAAACGGATCAGTGGTTACAAAAGTTCATTCCTAAACTGGCTGAAGATGATATTTTAATTATTATGGCTGACCATGGGAACGATCCAACCATCGGACATTCTAATCATACACGAGAGTATGTTCCAATTATGGTGGTAGGAAAAAAGGTGAAAAAAGTGAGTATTGGTATGAGGGAAACTATGTCTGATGTTGGTGCAACCTTCTGTGATTTTTTTCATTTACCTGCTACAGCAGAAGGTGTAAGCTTTCTTCATGAGATTATAGAAGAGTAA	MPKMMLLVIDSFGIGAMDDCAAYIPSDCNANTYKHIREEKQSELDIPKMYEMGLGTLVDGRPVPENAYGYSKLAHHGADTYLGHQEIAGSCPKKSYKRLMKDIHAQLKQALEEKGYKVTYPIDSCPILLVDNAVVVGDNLESEVGNIINVTADFKKMPFNKVKKLGEVIRANVDTTRVIAFGGPYTSIDHILSCVKEKNKGQWGVDTPKAKVYGEGYDVYHMGYGVEINKQFPMIAAKHGLKVYRLGKTADVLHGEGPAEPIVNTTQLLKKVDEAYQKEKNDAAFLVNVQETDLAGHAENVDWYCELLNETDQWLQKFIPKLAEDDILIIMADHGNDPTIGHSNHTREYVPIMVVGKKVKKVSIGMRETMSDVGATFCDFFHLPATAEGVSFLHEIIEE	PGPT0017440_1051	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0017440-deoB-K01839	NA	NA
AK148_03948	495	moaC	COG0315	Cyclic pyranopterin monophosphate synthase	ATGGCAGATTTCTCCCATTTTAATGAACATGGCAGGGCTAAAATGGTTGATATATCCGACAAACATGAAAGTGAGCGAAAAGCCATTGCCCGATCAAGTGTCAACATGAATAAATTAGTTTATGAAAATATTGTTGAACAAAAAAACAAAAAGGGCGATGTGCTAGGTGTTGCTCAAATAGCTGGTATTATGGGCGCGAAGCAAACATCATCCATTATTCCGATGTGCCATCCGATTCCCATTAGCAGTGTAGATCTTTCCTTTACTTGGGTGGAACTAGAGGCGTACGATATGTATCAGTTAGTGATTGAAGCTGAAGTGAAAACAGTCGGGTCTACTGGAGTAGAAATGGAAGCATTGACTGCAGCTGCCACAGCAGCTTTGACGGTATATGACATGTGTAAGGCAATCGACAAAGGAATGACGATTGGACCAACTTTTTTACAAGAGAAAAGCGGAGGAAAAAACGGTGATTACCATCGGGAGACAAACTAG	MADFSHFNEHGRAKMVDISDKHESERKAIARSSVNMNKLVYENIVEQKNKKGDVLGVAQIAGIMGAKQTSSIIPMCHPIPISSVDLSFTWVELEAYDMYQLVIEAEVKTVGSTGVEMEALTAAATAALTVYDMCKAIDKGMTIGPTFLQEKSGGKNGDYHRETN	PGPT0008405_1349	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008405-moaC_-K03637	NA	NA
AK148_03949	765	mta_3	COG0789	HTH-type transcriptional activator mta	ATGACTGAAACATATTTTACAGTGAAACAGTTCGCAAATATGATTGGTATAACGGAGCGTACGTTACAATACTATGATCGAAAAGGAGTATTAAAGCCAACCAGTTACACGGATCACGGCCATCGTTTGTATACGCATGAGGATATATTTACCGCACAAAAAATCATTACATTCAAATATTTAGGGTTTTCGTTAAAAGAGATTAAAGCACACCTTTATGAGAGCGCTGCGAAAAACATGCAGGAAACGTTAAAAGAGCAAAAAAAATTACTTGAAGAAAAACGAGATCACCTTATTCATGTCATTCGCACTATTTCAAGAGTAGAGAAGATGGCAGACATGAGCGAAATAAATAAAGATTTGTTATTAGCAATTATTCATGCAACGCAGGCAGAAGAAAATGTGGAGCAATGGCTAGCGAATCATTTGTCTCCATCTGCCATGGAGAAAATTTTCATGCGCCATTTGTCTGAAGAAGAAAGGCTGGAAATAGAACGCAAGACGATGGTATATGTACATCATTTACAACAACTATATCATCAAGGTCTCTCTCCAGAGCATGCTGACGTGCAAATGGAAGTAGCACAATTGCTAGAATACATTGGGAATTTATGGGGAGAGGATATTTTTGAACAAATAAATGCGTTAGAAATAGAAGGTGATGCTCTATATCACTTTACTTTCCTACCAAAAGAAGTAGAATCGTTTATTAGTCAAGCTATTGACGTCTATATGGAACAGATGGAGTTCGAGGAGGAATGTTAA	MTETYFTVKQFANMIGITERTLQYYDRKGVLKPTSYTDHGHRLYTHEDIFTAQKIITFKYLGFSLKEIKAHLYESAAKNMQETLKEQKKLLEEKRDHLIHVIRTISRVEKMADMSEINKDLLLAIIHATQAEENVEQWLANHLSPSAMEKIFMRHLSEEERLEIERKTMVYVHHLQQLYHQGLSPEHADVQMEVAQLLEYIGNLWGEDIFEQINALEIEGDALYHFTFLPKEVESFISQAIDVYMEQMEFEEEC				NA	NA	NA	NA	NA
AK148_03950	660			hypothetical protein	ATGTTAAAGCAGATAGGCTTGATGTATATGCGTTTGTGGTATTATGGCGTAGTCGTTTGGTTGAAAAAACATCCAGCACCTGCTAGGGATGAAAATGTGTATACGTATCATCAAACGTCACAAATGAAGGTAATTACAATAGTTTTCAGTATGCTAACGATTTTAGAAGGAGGTCTGTTGCATTTCCTTCTGCATTTTTGGAATGAAACCATTGCTTGGATTACCACCATCATACATGTACATGCGCTCGTTTATTGCATGGCGCTGTTTCAATCAGCAAAACATAAGCCTCATGTAATAGAAGGGAATAAGGTTAACATACAATTTGGCTTTCAAAGTAATCTAGAATTAGATATTCGTAATATAAGCGAGATTGTAGCTGCACAACCCATTTCCTTTGAAACGAAAATACCAAAGCATACTTATGTTTCGCTCATGCAGTGGGATGATCCACATTATGCGTTCATACTTAAACAAGCTGTACCATTGAAAAAGATCTTTGGCAAAACAAGATCTATCACATCTGTTGTGTTAAGGGCTGATGATATGGAAGGGATGATTGCTAGAATAAAAGATTTTCCATATAATATAGACGAGCAGTTGCTCAAGGAAGATGAAAAGGTGAGAAAACATGAACATAAGGAAGTATCATCCAGATGA	MLKQIGLMYMRLWYYGVVVWLKKHPAPARDENVYTYHQTSQMKVITIVFSMLTILEGGLLHFLLHFWNETIAWITTIIHVHALVYCMALFQSAKHKPHVIEGNKVNIQFGFQSNLELDIRNISEIVAAQPISFETKIPKHTYVSLMQWDDPHYAFILKQAVPLKKIFGKTRSITSVVLRADDMEGMIARIKDFPYNIDEQLLKEDEKVRKHEHKEVSSR				NA	NA	NA	NA	NA
AK148_03951	243			hypothetical protein	ATGAACATAAGGAAGTATCATCCAGATGAACTGGATCAATTAGTGGATATTTGGTATCAAGGCTCTCTGTATGCGCACAACTTTATCGAGCAAGCGTACTGGGAGTCACAACGAAAAGCGATGAAGGAAACGTATTTGCCAATGGCGGAAACGCATGTTATTTTGGCGGACAGCGAGATAGTAGGTTTTATTGCAATGGTTGACAATTATTTAGCAGCTGTATTTGTGAAAGTTGCTTGGTAA	MNIRKYHPDELDQLVDIWYQGSLYAHNFIEQAYWESQRKAMKETYLPMAETHVILADSEIVGFIAMVDNYLAAVFVKVAW				NA	NA	NA	NA	NA
AK148_03952	192			hypothetical protein	GTGTTAGAAGGAAGAGGAAGCTATTCTGGAGAGAAAAGAGATGTATTGTACTGTGTTGTAGCTAGAAATGAAATTGTGCGTTTAAAAAACATCATCGAGTCTATTGATCCCCATGCATTTGTAGCTGTTAGTACTGTCCATGATGTAGCAGGTGAAGGCTTTACATTGGATGAAAATAAAAACCCTATTTAA	MLEGRGSYSGEKRDVLYCVVARNEIVRLKNIIESIDPHAFVAVSTVHDVAGEGFTLDENKNPI				NA	NA	NA	NA	NA
AK148_03953	687			hypothetical protein	ATGTTTGGTGGTTTTGGAGGTTACTTAATTTATGTAGCTTTATTGCTTCTTATTCCACTGTGGGCAAGCTCAAGAGTAAAAAGCACGTATAAAAAATATATGAAAGTGCCAACATCCTCGTATATGACTGGTGCACAAGTAGCACGTCGCATTCTTGATGAAAACGGATTATACGATGTAACGATAGAAGAAACAAAAGGTATGCTCTCTGATCATTACGATCCAAGAAAAAAAGTTGTACGTCTTTCTAGCGATAACTACCATGGGCATTCTATGGCGGCTTCTGCTGTGGCAGCTCATGAAGTCGGACATGCTATTCAAGATGCAGAAAATTATGCTTTTCTTCGCTTTCGTAGCGCACTTGTTCCAGCAGCCAACTTCGGTTCCAATTTTGGAATGGTTTTTATACTAATTGGATTTGTGATCGGAATGAGCCAGCTGTATTTGTTAGGTATCGTTCTATTTGCCGCAGCTGTTTTATTCCAATTGGTTACATTACCAGTAGAGTTCGATGCGTCTAATCGGGCGATGGCTCAACTAGTATCTTCAGGAGTAATTCGAAATAATGAAGAGCGAGATACGAAAAAAGTTCTGAATGCAGCTGCGATGACTTATGTAGCAGCAGCGTTAGTCGCGTTAGCAGAACTACTACGATTTATTTTGATGTTTGTTGCTAGCGATGAATAA	MFGGFGGYLIYVALLLLIPLWASSRVKSTYKKYMKVPTSSYMTGAQVARRILDENGLYDVTIEETKGMLSDHYDPRKKVVRLSSDNYHGHSMAASAVAAHEVGHAIQDAENYAFLRFRSALVPAANFGSNFGMVFILIGFVIGMSQLYLLGIVLFAAAVLFQLVTLPVEFDASNRAMAQLVSSGVIRNNEERDTKKVLNAAAMTYVAAALVALAELLRFILMFVASDE				NA	NA	NA	NA	NA
AK148_03954	264			hypothetical protein	ATGAATAAGAATAGGCATCAATTCGTGTTTACTTTTGGGATGACCATAGGGATATACATATATGTTAATATTTTTATGTCTAAAGCAGTACACGCCAATGCCTCTAACTGGGTACAACCAGTCACGGAACAGAAAGGTCAATTATTTCCGTTTATTTGGATTTTGCTTATTGTAGGAGGTTGTATCGGCATTACATTAACTTATGTAAGTTGGAGAAAATATAAAGGTGAGAAGAAAAGTAAACAAGACAAAACAGTTGACTAA	MNKNRHQFVFTFGMTIGIYIYVNIFMSKAVHANASNWVQPVTEQKGQLFPFIWILLIVGGCIGITLTYVSWRKYKGEKKSKQDKTVD				NA	NA	NA	NA	NA
AK148_03955	591			hypothetical protein	TTGTTTAAATACTTATTGATAGATAAACGGTTTTTATGCTTGTTATTTATTATTAATTTAGCAGGCACTATATATGGTTATATATGGTATGGTTCACAATTATCACAAACAGCATCCATTTTTTTAATTTTTGTTCCTGATAGTCCAACGGCCAGTTTATTTTTCTCTATATTTTTATTGCTTTTTATTTTTGGTAAACATCTTCCTTACATAGAAGCATTAGCAGTAATTACTTTATTTAAGTATGGTATATGGGCTGTTGTCATGAATTTTCTTACTCTACTAGTGGAGGGAACGTTAAATTGGCAAGGATATATGTTAATGGCCTCGCACGGTGCTATGGCCGTTCAAGGGCTGCTCTATATGCCTTATTATCAATTACGCTTACGTCATATTGTGTTTGCAGCTATTTGGACGTTACATAATGATGTGATTGATTACGTTTTTGAGCAAATGCCAGTTTATTCCTCGCTATCCTCTTATATGAACGAAATAGGCTATTTTACATTCTGGTTAAGTCTTTTATCCATCGGCATTACATATTATTTTGCTATTCGATTTAAGAGAACCCCATTTATTACCAATTGTTAA	MFKYLLIDKRFLCLLFIINLAGTIYGYIWYGSQLSQTASIFLIFVPDSPTASLFFSIFLLLFIFGKHLPYIEALAVITLFKYGIWAVVMNFLTLLVEGTLNWQGYMLMASHGAMAVQGLLYMPYYQLRLRHIVFAAIWTLHNDVIDYVFEQMPVYSSLSSYMNEIGYFTFWLSLLSIGITYYFAIRFKRTPFITNC				NA	NA	NA	NA	NA
AK148_03956	783	petD		Cytochrome b6-f complex subunit 4	ATGCATAAGGGAAAAGGTATGAAATTTGTTGGCGATTCACGTATTACTGCTGATAGAAAACCAAATGTACCAAAGGATTATTCCGAATATCCTGGAAGAACAGAAGCTTTCTGGCCCAACTTTTTATTAAAAGAATGGTTAGTAGGTGCTGTGTTTTTAGTTGGATTTTTATGTCTGACATTAGCTCATCCTTCTCCATTAGAAGGTATGGCTGATCCAACAAATGCATCTTATATTCCGTTGCCGGATTGGTATTTCTTGTTCTTGTATGAACTGTTAAAATATGAATTTGCTAGTGGAGATTATACACTGATGGGGATTCTTGTTTTACCTGGAATTGCATTCGGTGCATTATTATTAGCTCCATTTTTAGACAAAGGTCCCGGAAGAAGACCACATCAACGTCCTATTTCTGTTGGAATGATGCTACTTGCTTTAGCTTCTGTAATTTGGCTAACGTACGAATCTGCAGCCAATGTAGATTGGGAATCAAGAGCAGAAACTAACAAACCAGTACCTCCTGGTGAGCAGGCAGCGATTGATACAGAAGACCCTGGTTACGCCGTTTATGAGAACAGTTGCTTATCTTGTCATGGCGATAATTTGCAAGGGGGGGCGGCTGGTCCGTCACTCATCGGTATCGATAAATCTGCTGAAGAAATTGCTACAATTGCTACAGAGGGAATTAACTCCATGCCACCGGATCAGTTCTCAGGTACAGATGAAGAACTACAACAATTGGTTGATTTTATCGTATCCGTGAATGAGGAGTCTGGTGAATAG	MHKGKGMKFVGDSRITADRKPNVPKDYSEYPGRTEAFWPNFLLKEWLVGAVFLVGFLCLTLAHPSPLEGMADPTNASYIPLPDWYFLFLYELLKYEFASGDYTLMGILVLPGIAFGALLLAPFLDKGPGRRPHQRPISVGMMLLALASVIWLTYESAANVDWESRAETNKPVPPGEQAAIDTEDPGYAVYENSCLSCHGDNLQGGAAGPSLIGIDKSAEEIATIATEGINSMPPDQFSGTDEELQQLVDFIVSVNEESGE				NA	NA	NA	NA	NA
AK148_03957	675	qcrB	COG1290	Menaquinol-cytochrome c reductase cytochrome b subunit	ATGCTACAAAAAATTTATGACTGGATTGATGAGCGTGCTGATATTACGCCTATCTGGCGGGATATTGCAGACCATGAAGTTCCAGAGCATGTAAATCCAGCACATCATTTTTCCGCATTTGTTTATTGTTTTGGTGGTTTAACCTTTTTTGTGGTTGTTATTCAAATCCTATCTGGAATGTTTTTAACGATGTATTATGTTCCAGATATCGAAAATGCATGGAGATCCGTTTATTACTTGCAAACGGAAGTAGCACATGGGCAGATTGTTCGTGGTATGCACCATTGGGGCGCTAGTGTTGTTATTGTCATGCTGTTATTACATACACTACGAGTGTTTTTCCAAGGAGCTTATAAAAAGCCACGTGAACTGAATTGGATTGTTGGTGTTTTGATTTTCTTTATCATGCTTGGATTAGGGTTTACCGGGTATTTATTACCATGGGATAACAAAGCCTTTTTTGCTACGCAAGTTGGATTGGAAATTGCGCAACAAGTTCCATTTGTTGGCGAAGAGTTGAAAACGCTATTAGCGGGTGACGAAAAAATTGTAGGAGCCCAAACACTAACCAGATTCTTTGCAATTCATGTGTTCTTCTTGCCTGGAGCACTCTTTGCATTATTAGCAGTACACTTTATTCTAATCCGTAGACAAGGGATTTCTGGACCATTATAA	MLQKIYDWIDERADITPIWRDIADHEVPEHVNPAHHFSAFVYCFGGLTFFVVVIQILSGMFLTMYYVPDIENAWRSVYYLQTEVAHGQIVRGMHHWGASVVIVMLLLHTLRVFFQGAYKKPRELNWIVGVLIFFIMLGLGFTGYLLPWDNKAFFATQVGLEIAQQVPFVGEELKTLLAGDEKIVGAQTLTRFFAIHVFFLPGALFALLAVHFILIRRQGISGPL	PGPT0030840_498	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-PHOTOSYNTHESIS_ELECTRON_TRANSFER,PGPT0030840-petB-K00412
AK148_03958	513	petC_2		Cytochrome b6-f complex iron-sulfur subunit	ATGAGCGATAAAAAGCAACAAGTATCCCGTAGACAGTTCTTGAACTATACGTTAACTGGGGTTGGTGGTTTTATGGCAGCAGGAATGCTGGCGCCAATGTTGCGAATGGCAGTTGATCCAGTGTTAAAAGAATCGGGGCAGGGGGACATGGCAAATGTCGGCTTGTCTGTTGATGACATTACTACTGAGCCACAAAAAGTAGATTGGAAGATCACACAAGTTGATGGCTGGTACGAGTCGGAAGTAAACCGTTCCGCTTGGGTTTTTAAGGATGAAAATGGCGATATTCAAGCCTTTTCCCCAGTTTGTAAACACTTGGGTTGTGTCGTATCCTGGGGAGGAAGTGATGAATATCCTGAACAGTTTTTTTGCCCGTGTCATGATGGACGTTACTACAAAGATGGAACAAACGTACCAGGAACACCGCCTTTACAGCCGTTGGATGTTTATGAATTAGAAGTAAGAGATGGAATCTTATTTTTAGGTGATGCAGTACCAAGAGAGGGGGCGTAA	MSDKKQQVSRRQFLNYTLTGVGGFMAAGMLAPMLRMAVDPVLKESGQGDMANVGLSVDDITTEPQKVDWKITQVDGWYESEVNRSAWVFKDENGDIQAFSPVCKHLGCVVSWGGSDEYPEQFFCPCHDGRYYKDGTNVPGTPPLQPLDVYELEVRDGILFLGDAVPREGA				NA	NA	NA	NA	NA
AK148_03959	459			hypothetical protein	ATGAAATGGAAAAAAACAGACATAACGCAGTATACAGAAGCAAAAGAATACATTGATACGGTTCTAATTCCATTAATGCCTTTTGAAATGGAAAGTGATACGCATTTAGACGTAAACGCGTTTCAATACGAATGGACGATGTTACTTGTAAATGAGTTAGAAAAAGAACTTACAGGACGGATGATGTTATTACCACCTTATGTTTATAGAAAACCTATCATCCAAGAACAGGAACTTAAAAGGATTGATTCCTGGGCTAAAGAAATAAAAAAGCAACCGTTTAATCATGTGTTTTTTCTAACTTTAGATGGTGGATGGAAAAAGCATGAAGAAGTTCTTCCTGGAACACTACTCTGGTTGCCTGGAATGAAGTCAGGTGATTTACATTCTGCAGACATGTACAGATTTATTCGTGATCAAGTGGAGCAAATGAGCGAGTTAATTCAATCTTATTGGTAA	MKWKKTDITQYTEAKEYIDTVLIPLMPFEMESDTHLDVNAFQYEWTMLLVNELEKELTGRMMLLPPYVYRKPIIQEQELKRIDSWAKEIKKQPFNHVFFLTLDGGWKKHEEVLPGTLLWLPGMKSGDLHSADMYRFIRDQVEQMSELIQSYW				NA	NA	NA	NA	NA
AK148_03960	579			hypothetical protein	ATGGTGCATACTCCAGTATCTGTAGAAGATAAAAAAAGTTTTATTCGATGGTTTTTAAATCATTACCAGCTAAAAAAGCGAGAGAGCGTATGGATTTTAAATTATTTAATGAATCACGATGAAATACTTCACCATCTTCATTTTGTTAGAGAGGCGAAATTCTGTCCGCGGGGAATTATTATGACAAGTCAATGCTCAAGTGAAACAGCCTTTCGTTTTTATAAAAATCAACTCGTAACAACAGATGCAGAGAAATCGTTTCATGACATTCGCTTGAATAAAACAGAAGCTCTGTACCTTCAGTTAAATTTTAAAAAATCATACCGAAGTGCATTATATATTGCGGTATTAGAGGAAAACCCATTTATACCAAATGACTATTTTATAACTGCTCAGGACAAAGAAGTTGCACAGCAGCTGCTTGATCAATCTCGATACGAATTTCAAAAAAGTTTTTTAAATGAGCAAATTGATCAAGCCTTGGACTCTATGAATGAAGAAGCTTTCTTAAAATTAACGAAAGAACTTCAAATGTTGGAAGAGAACTTTCTAAATCAACCAAAATTGCTAAAGCGATAG	MVHTPVSVEDKKSFIRWFLNHYQLKKRESVWILNYLMNHDEILHHLHFVREAKFCPRGIIMTSQCSSETAFRFYKNQLVTTDAEKSFHDIRLNKTEALYLQLNFKKSYRSALYIAVLEENPFIPNDYFITAQDKEVAQQLLDQSRYEFQKSFLNEQIDQALDSMNEEAFLKLTKELQMLEENFLNQPKLLKR				NA	NA	NA	NA	NA
AK148_03961	1257	lapB		Lipopolysaccharide assembly protein B	ATGGAAGCTGTTCGTTTAATGGAAGCCCAGCACGCAGAAAAAGCGGTAGAATTATTGGATAACTATTTACCAATGGCTGATGATGAAGAGCGATATACAATAGCAGAATTGTATTTACAATGGGGCTACTTACATGAAGCAAAAGCTATTTTTCAAGATTTAATGCATCAATTTCCTGCTGAAGGAGAACTAAAAGTGGCTCTTGCAAATATTTATACGGAATTGGAAGATGACGAAGCTGCTATCCAACTGTTAAATGATATTGATGAAGAAGATCCTGCTTACCTACAAACATTGATTCAATTAGCAGATCTTTATCAAGCGCAAGGGCTTTTTGAAGTATCTGAACAAAAGTTATTAATGGCTAAACGATTTGATCCTAATGAACCAATTATTGATTTTGCTTTAGGAGAATTATATTTTTCAACAGCAGATTATGTAAAAGCCACTACTTATTATGAAAATATTTTGCCTAATATGAAAGAAATTGCTCATGTATCGATAACAGATCGCCTAGCTGAAGCGTATGCCGAAACTGGAGAGTTTGAATTAGCTTTAACTTACTATCAAGATGAAGATAGTAAAAATCCCGATACGTTGTTTAAATATGGTTTTACTGCTTACCAAACTGGAAGAAAAGACATCGCTAGAAAAGCGTGGGAACATGTCATGGAAATTGATATGTATTACCATACAGTGTATTATCATCTTGCTTCTCTTTATGAGGAAGAGGGGGTATATGAGAAAGCGTATGAAATTAGTCAAAAAGGACTTCATGTAGATGCTTTTAATAAAGATTTATTTTTGTTAGCTGGGAAAATTGCTCATCAACTTGGAGAAGATGAAAAAAGTGAACAGCATGTTCGAGAAGCTATAGCAATGGATCCTGATTTTAAAGAAGCAGTGCTATTTTTAATTGAATTACTAAAAAATAATGCTGATTTTAAAGGAATTGTTGACTTGGTTAGCGAAATAATGAATACAGGTGCAGAGGATGCTTTGTATAATTGGGAACTAGCCCGCGCTTATAATGAATTGGAAGTATATAATGATGCATTAAAACACTATCAAACTGCATATAATAATCTCAAAGACGATAGTGACTTTTTAAAAGAATATGGCTATTTTTTAACAGAAGAGGGGAGGATCAAAGAGGCGATACCTGTATTTACTGCATACCTTGAGCAACAACCAATAGATGATGAAGTAAATGAATTTCTATTTCGCTTAAAGCAATCTGATCGTGAAGAGCCGTAA	MEAVRLMEAQHAEKAVELLDNYLPMADDEERYTIAELYLQWGYLHEAKAIFQDLMHQFPAEGELKVALANIYTELEDDEAAIQLLNDIDEEDPAYLQTLIQLADLYQAQGLFEVSEQKLLMAKRFDPNEPIIDFALGELYFSTADYVKATTYYENILPNMKEIAHVSITDRLAEAYAETGEFELALTYYQDEDSKNPDTLFKYGFTAYQTGRKDIARKAWEHVMEIDMYYHTVYYHLASLYEEEGVYEKAYEISQKGLHVDAFNKDLFLLAGKIAHQLGEDEKSEQHVREAIAMDPDFKEAVLFLIELLKNNADFKGIVDLVSEIMNTGAEDALYNWELARAYNELEVYNDALKHYQTAYNNLKDDSDFLKEYGYFLTEEGRIKEAIPVFTAYLEQQPIDDEVNEFLFRLKQSDREEP				NA	NA	NA	NA	NA
AK148_03962	1290	aroA1	COG0128	3-phosphoshikimate 1-carboxyvinyltransferase 1	TTGAAAGAACGAATATTACAACCGATAGGCAACCCTTTACATGGGGAGATAGAAGTACCAGGAGATAAATCGATCTCACACCGATCCATTATGTTTGGCTCACTAGCTCATGGGACTACAATTGTGGAACATTTTTTAAACAGTGAAGATTGTTTACGTACAGTAAATATTTTTCGGTCTATGGGTGTTTCTATTGAACAGAAAGAATCCACTTTAACTATTTATGGAGAAGGTCCACAATCATTTACTGAGCCAGTTGAGCCTCTTTATCTAGGTAATTCTGGTACGACGGCAAGGCTAATACTAGGTATCTTAGCAGGCTTACCTCTTTTTACTACTTTTTATGGAGATCGTTCGTTAACGAAACGGCCTATGAATCGCGTTGTTGAACCACTTCGTCTAATGGGAGCAAGCATTACAGGGCGCTCACAAGGAAACTATCTCCCTTTATCTGTAGAAGGGAAAACATTGCAAGCCATTCATTATCATTTACCTGTAAAAAGCGCGCAAGTTAAATCAGCTGTTCTTTTAGCTGGTTTATTTGCAAACGGAACTACTACTGTTACTGAAATATCACCTACAAGAAATCATACAGAATCAATGTTACAAGCTTTTGGTGTGGAATTGTTAAATAACGGTTTAGATATTTCCGTTCGTGGACAACAAACATTAACAGCTACAGATATTTACGTTCCCGGTGATATTTCATCTGCAGCGTTCTTTCTCGTTGCAGCTGCTATCGTTCCAGGTAGTCAATTAAAACTATTACATGTTGGGTTGAATGAAACTCGTACAGGAATCATTGACGTTTTACAAGCAATGGGAGCTGACATAACCATTGAGAGGGAAGAAACAAAAGGTGGCGAACGTATTGGTGACATTCATATTCGTTACAAGGAGCTAACAGCAACAATTATTGAAGGAGATATGATTCCAAGACTCATAGATGAGATACCAATTATCGCTTTATTAGCTACTCAAGCTGAAGGAACGACAGTAATTAAGGATGCTGCAGAACTTCGTGTCAAAGAAACGGATCGCATTCAAGCTGTGACAGAAACACTTACTAATTTAGGGGCAAAAGTCGAAGAAAAAGAGGACGGGCTACTAATTCATGGACGATCCAAACTGCACGGCAATAGAATTCAATCCTACCATGATCATCGAATGGTTATGATGGCCTCTATTGCATCTTTGATCACCACAAGCGAAGTCGTAATCAATGACATATCTCCAATTGCAACATCTTACCCAACGTTTTATGCAGATTTAAAATCGGTAAGCGAGTAA	MKERILQPIGNPLHGEIEVPGDKSISHRSIMFGSLAHGTTIVEHFLNSEDCLRTVNIFRSMGVSIEQKESTLTIYGEGPQSFTEPVEPLYLGNSGTTARLILGILAGLPLFTTFYGDRSLTKRPMNRVVEPLRLMGASITGRSQGNYLPLSVEGKTLQAIHYHLPVKSAQVKSAVLLAGLFANGTTTVTEISPTRNHTESMLQAFGVELLNNGLDISVRGQQTLTATDIYVPGDISSAAFFLVAAAIVPGSQLKLLHVGLNETRTGIIDVLQAMGADITIEREETKGGERIGDIHIRYKELTATIIEGDMIPRLIDEIPIIALLATQAEGTTVIKDAAELRVKETDRIQAVTETLTNLGAKVEEKEDGLLIHGRSKLHGNRIQSYHDHRMVMMASIASLITTSEVVINDISPIATSYPTFYADLKSVSE	PGPT0012850_3094	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_SHIKIMATE_DEGRADATION,PGPT0012850-yddE-K00800	NA	NA
AK148_03963	1101			hypothetical protein	GTGAAGCGAAAAATAGCTATAGCAGGTCTTGGTCTTATCGGCGCGTCGATAGCAAAAGCATTAAAAACAATAGCTGATAATTATGTAATCGGTTATGATATTGACTTAGAAACATTACAATACGCCAAGGCTCATGGTATCATTGACGAAGCAAAAACAGACTTTACAGCCGCAGTATGTCAAGTTGACTATCTTATTTTGGCAGCTCCAATATCTAAGTCAATTGAATTACTAGCAGCTTTAGATGAAATACAATTATCCCAAAAGTTAATCGTTTCTGATGTTTCTTCCGTGAAACAGTCCATGATAACAGCGGCTAATCAGTTACAAAACATGGATATATCTTTTGTTGGCGGACACCCAATGGCAGGTTCTCATAAAAAAGGGGTGCAGGCTGCAAAAGCGCATCTATTTGAAAACGCAATTTATGTATTGACTCCCACGAAGCATAGTAAAGAGTGTGATGTTCAATCATTAAAAAAGCTTCTTGAACCGACACGTAGCAAATTTCTCATACTAGATGCGAAGGAACATGATGAAATGACTGGTGTGATTTCTCATTTCCCGCATTTAATTGCATCTTCACTCGTTCATCAGGCAAAGCATTGGGAACAGACGCACGCTTATTTACCCAGCCTTGCTGCTGGTGGATTTCGTGATATTACAAGGATTGCATCTAGCAATCCAACACTTTGGCAGGATATCTTTTATCATAATCGAAAGAAAATGTCGCTGTTTTTAGAAGAATGGATTACAGAAATGAAACATGTAAAAAATTTAGTTGAAGAAAATAATAAGCAAGAGATGATTACGTATTTAGAAACAGCTAAACGGTACCGTGATGGTTTAGGTACAAAAGATAAAGGAGCCATTCCTTCATATTACGATTTGTATGTAGATATTCAAGATCAAACAGGGGCTTTAGCCCATGTAACAAAACTGTTGGCAGATAATAACATTAGCATAAATAATATTCAAATATTAGAAATTAGGGAAGGAATAATGGGAGCTCTTAGGTTAAGTTTTGCAACTGAAAAACTCCAAAAAATAAGTGCACACACCTTAAATGAATCGGGTTATGAAACGACGATCGAAAAATAA	MKRKIAIAGLGLIGASIAKALKTIADNYVIGYDIDLETLQYAKAHGIIDEAKTDFTAAVCQVDYLILAAPISKSIELLAALDEIQLSQKLIVSDVSSVKQSMITAANQLQNMDISFVGGHPMAGSHKKGVQAAKAHLFENAIYVLTPTKHSKECDVQSLKKLLEPTRSKFLILDAKEHDEMTGVISHFPHLIASSLVHQAKHWEQTHAYLPSLAAGGFRDITRIASSNPTLWQDIFYHNRKKMSLFLEEWITEMKHVKNLVEENNKQEMITYLETAKRYRDGLGTKDKGAIPSYYDLYVDIQDQTGALAHVTKLLADNNISINNIQILEIREGIMGALRLSFATEKLQKISAHTLNESGYETTIEK				NA	NA	NA	NA	NA
AK148_03964	1092	hisC_2	COG0079	Histidinol-phosphate aminotransferase	ATGAAAACAAAATCTTCGTTAAAGCAAATTGCACCATATCAACAAGGAAAGCAGATCCAAGATATTAAGAGGCAATACCAAATAGATAGAATTGTGAAATTATCTTCAAATGAAAATCCATATGGTTATGCAGATACAGTTAGACAGTTTTTAGCTTCTTACGAGCCTGCTTTTGATATTTATCCAGATGGCCATACAGCACAACTCCGCAAAGATCTAGCTTATAAAATAAAAGTAAGTGAGTCAGAAATAATTTTTGGGAGTGGCTCTGAAGAAATTGTTCAAATGATTTGCCGAGCTTATTTATTTCAAGGAGTTAACACAGTGATGGCTACACCAACTTTTCCTCAATATAAGCATAACGCAATCATTGAAGGAGCAAAAATAAAAGAGATACCAACTATAGAAGGACACCATGATTTAAATGGTATGCTTGAAGCTATCGATCAAGATACAAATGTCATCTGGCTTTGTTCTCCTAATAACCCAACTGGCACTCCAATAACGAAGCAGGATTTTATTGCTTTTATGGATACGTGTCCACAACATGTTTTAGTCGTATTAGATGAGGCATATTATGAGTATTTAGACAAAACGAAAGACCTTCATGCAATGGAACAGATTCAAAAATACAACAATCTTATCATTTTACGAACTTTTTCAAAGGCATACGGACTTGCAGGATTGCGTATTGGGTATGGGGTAGCAAATAAACAAATTATTAATCAATTAAACGTTGTACGTGGACCTTTCAATACAACTTCCATCGCTCAGCAAATCGCACAAATTGCACTTGCTAATGAAGCTTTTATTGAAAAAACCAGGCAGCAAAACCTAAAAGTAAAGCTTGATTTCCAAGCATTTTTGGATAGGATCGGCTGGCATTATTACACTTCTGAAACAAATTTCATGCTTGTTTCTACACCTACTAGCGGAACAAAAGTGTTTGATTATTTAATTCAACATGGTTTTATCGTTCGCCCTGGTGAGCTGTTGGGAATACCAAATACGATACGATTTACGTTAGGGTTACAGGATGATATGTATCGCATGCAGGAATTACTCTCGCTCTATCAGCACCAAAACAGCTAA	MKTKSSLKQIAPYQQGKQIQDIKRQYQIDRIVKLSSNENPYGYADTVRQFLASYEPAFDIYPDGHTAQLRKDLAYKIKVSESEIIFGSGSEEIVQMICRAYLFQGVNTVMATPTFPQYKHNAIIEGAKIKEIPTIEGHHDLNGMLEAIDQDTNVIWLCSPNNPTGTPITKQDFIAFMDTCPQHVLVVLDEAYYEYLDKTKDLHAMEQIQKYNNLIILRTFSKAYGLAGLRIGYGVANKQIINQLNVVRGPFNTTSIAQQIAQIALANEAFIEKTRQQNLKVKLDFQAFLDRIGWHYYTSETNFMLVSTPTSGTKVFDYLIQHGFIVRPGELLGIPNTIRFTLGLQDDMYRMQELLSLYQHQNS	PGPT0020305_4359	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020305-hisC-K00817	NA	NA
AK148_03965	387	aroH	COG4401	Chorismate mutase AroH	TTGACTAGAGGGATACGAGGTGCAACAACGGTAGTTGTTAATGCAGCCGATGTAATTATAAACACTACAAAAAACTTAATTGAAGAAATGATCAAGAAAAATAATGTATTACCAAAAGATGTTTCTCATGTTTTTATATCTGTAACAAAAGACATTACTGCAACCTTCCCAGCTAAAGGTTTGCGTGAATTACCGGGTTGGACATACGTTCCAGTAATGTGTATGACGGAAATAGATGTGCCGAATAGTTTAGAACGTTGTATACGTGTAATGATGGTTGTGAATACAGAACTAGAACAATCAAATATTCACCATGTCTTTCAAAATGAAGCTATTCATTTGCGCCCTGATTTAGCAAAATGGAATAAGGAGGACAAACAAAAATGA	MTRGIRGATTVVVNAADVIINTTKNLIEEMIKKNNVLPKDVSHVFISVTKDITATFPAKGLRELPGWTYVPVMCMTEIDVPNSLERCIRVMMVVNTELEQSNIHHVFQNEAIHLRPDLAKWNKEDKQK				NA	NA	NA	NA	NA
AK148_03966	1074	aroB		3-dehydroquinate synthase	ATGGAAGAACTAAATGTTCAAGCAAGTTCACACGCTTACTCTATCCTTATTGGAGAAGGCATCCGAAATCAAATTACGGATTATTTCACTAATAGTTATTCCTCTATTTGGATAATAACAGATGAGAATGTAGCTAAATTATATTTGGGAGACGTGTTAGAAACACTCTCAGATTTTCATGTCCACCACACTATATTACCTGCTGGAGAACAGACGAAAAGTATAGATTACTATAATCAATTAATGACAGAAGCAATTGCGTATGGATTAGACCGTTATTCTTTGTTAATTGCTTTAGGTGGGGGGGTTATTGGTGATTTAGCAGGTTTTGTAGCAGCTACTTATATGCGTGGCATTGACTATATCCAAATGCCGACAACAATATTAGCGCATGATAGTAGTGTTGGTGGAAAAGTAGCTATTAACCATCCGTTGGGGAAAAACTTGATTGGTAGCTTCTATGCACCGCAAGGAGTTTTTTATGATATGGAGACGCTAATTACGTTAAATGATCGAGAAATCCGCTCTGGATACGCAGAATTAGTAAAAGAAGCGCTCATATCTGATGAAGCTATATTTCGTTCCATTTTAACTACAAAATTACAAAATTTATCAACATCTATAATGCAAGAGCATATTCGTTCAGGGATTCAAATTAAAGCACAAGTGGTAGAACAAGATGAGAAAGAAAATGCAATGCGAAAGTATTTGAACCTTGGCCATACGTTGGGCCATGCTTTGGAAGCTCATTTAGGATATGGATCTATTACACATGGTGAGGCGGTTGCTATAGGTTTGTTATTTGCACTCCATGTTAGCGAATCAGTTTTTGATACGACATTGCCTTTTTTACAACTAAAGCAATGGTTAGAAACAAATCACTACCCACTTCATTTCCTAACTGGAGATCAACAAACTATATTAGCTAAAATGAAAAACGATAAGAAAAATAAACAACATCATATTCAAATGGTGTTGCTAGAACAAGTTGGTAAACCATTTATAAAACAAATGACGGATGAAGATATGCTTTCCTACTTATCTTCTTTTACAAGAAAGTTGGTGAATAATTGA	MEELNVQASSHAYSILIGEGIRNQITDYFTNSYSSIWIITDENVAKLYLGDVLETLSDFHVHHTILPAGEQTKSIDYYNQLMTEAIAYGLDRYSLLIALGGGVIGDLAGFVAATYMRGIDYIQMPTTILAHDSSVGGKVAINHPLGKNLIGSFYAPQGVFYDMETLITLNDREIRSGYAELVKEALISDEAIFRSILTTKLQNLSTSIMQEHIRSGIQIKAQVVEQDEKENAMRKYLNLGHTLGHALEAHLGYGSITHGEAVAIGLLFALHVSESVFDTTLPFLQLKQWLETNHYPLHFLTGDQQTILAKMKNDKKNKQHHIQMVLLEQVGKPFIKQMTDEDMLSYLSSFTRKLVNN	PGPT0012865_3541	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
AK148_03967	1170	aroC	COG0082	Chorismate synthase	GTGCGCTATTTAACAGCAGGCGAATCACATGGGAAACAATTAACCACGATTGTTGAAGGGGTTCCTGCCCAAATGCCATTATCAAAGGAAGATATTAATCAGTCCCTTTCTCGTAGACAAAAAGGGCACGGGCGGGGAAAGCGAATGCAAATTGAGAAAGACGTTGTAGACATTACAGGTGGTGTAAGGCATGGCAAAACTTTAGGATCACCCATTTCTTTGGTTGTACATAATGATGACTTCAAACATTGGGAAGACATTATGGGCGCCGATCCGATAGAAGCAGATCAAAAAATTCGTAGAACGATAACAAGGCCAAGACCTGGGCATGCTGATCTAAATGGTGCTCTTAAATATGGACATCGAGACATAAGGAATATATTAGAACGTTCATCAGCCCGAGAAACAGCCGCACGAGTAGCTGCAGGGGCTATCGCAAAAACGTTGCTTAAGCATTTAGATATTGAAATCGTTGGTTATGTGAAGGAAATAGCAGGTATTGTTGCAGAAGACCCGGAACAACTTTCTGTACGAGGAAGACAGCAAATAGCTAATGAGTCACCCGTTCGCGTTTTGGATAAACAAGTGGAAGAGCCTATGATACAGGCAATTGATTATGCAAAACAAGTTGGAGATTCTATCGGAGGAGTTTGTGAAGTTTATGTGGAAGGAATGCCAGCAGGTGTTGGTTCTTATGTCCATTATGATCGCAAATTAGATAGTAGAATAGCTGGAAGTGTAGTAAGCATAAATGCTTTTAAAGGGGTCGAATTTGGGATTGGTTTTGAAGCGGCAAAACGGAATGGTAGTCAAGTCCATGATGAGATTGCTTGGAATGAAGAGAAGGGTTATTACCGAACTACGAACCGCCTTGGGGGGTTTGAAGGAGGGATGACAACAGGAATGCCGATCGTGGTCAAAGGAGTAATGAAACCTATACCTACATTAATGAAACGACCACTTACGAGCGTAGATATCGATACAAAAGAACCGTTTAAAGCGACGGTTGAAAGATCTGATGCTTGTGCAGTTCCTGCCGCCTCAGTTGTTATGGAGCATGTTGTTGCATTTGAACTAGCAAAAGCTTTAACAGAACAATTTACAAATGATCAATTTTCAAAGTTAAAAGAAGCGATTGAAGCATATCGTGAAGAAATCAGGTGTTTTTAA	MRYLTAGESHGKQLTTIVEGVPAQMPLSKEDINQSLSRRQKGHGRGKRMQIEKDVVDITGGVRHGKTLGSPISLVVHNDDFKHWEDIMGADPIEADQKIRRTITRPRPGHADLNGALKYGHRDIRNILERSSARETAARVAAGAIAKTLLKHLDIEIVGYVKEIAGIVAEDPEQLSVRGRQQIANESPVRVLDKQVEEPMIQAIDYAKQVGDSIGGVCEVYVEGMPAGVGSYVHYDRKLDSRIAGSVVSINAFKGVEFGIGFEAAKRNGSQVHDEIAWNEEKGYYRTTNRLGGFEGGMTTGMPIVVKGVMKPIPTLMKRPLTSVDIDTKEPFKATVERSDACAVPAASVVMEHVVAFELAKALTEQFTNDQFSKLKEAIEAYREEIRCF	PGPT0012875_1442	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_SHIKIMATE_DEGRADATION,PGPT0012875-aroB-K01736	NA	NA
AK148_03968	774	cheR		Chemotaxis protein methyltransferase	TTGGAGAAGGATTATAACCAGTTTATAAATAAAATAAAAATAAAATTAGGCATTGATTTACACCTTTACAAAGAAACACAAATGAAACGAAGACTCACATCTCTTAGAAATAAACGAGGATATAAAGACTTTTCAAGTTATTATCGTGCACTAGATCAAGAGCAAGCATTACTGAACGAATTTGTGGATCGGTTAACAATAAATGTATCTGAATTTTATCGTAATCCTAAGCGTTGGGAAGTTTTACAAACTACAGTTATGCCAGCATTGGTGAAAAAACCATCGTTTACAATTTGGAGTGCAGCATGCTCTACAGGAGAAGAGCCGTACAGTCTTGCTATATTGCTATCAGAGCATTTTCCTAGAGCTTCCTATCGAATTATGGCAACAGATATAGATGAAGCTGCTTTAAGCAAGGCCAAGCAAGGCATTTATCCAAAACAGGCTTTAAAAGAATTACCGGCGAAAGCTATTCAAAAGTATTTTACGAATCAACATGGGCTCTATCATCTATCTCCTAACATAAAAGAAAAAGTTACGTTTCGTAAGCATAATTTACTAGCAGATACATATCCAAATAATGTTGACTTAATCATATGTCGAAATGTTCTCATCTATTTCACTGATGAAGCAAAAGAAAGCGTTTATCAACATTTTAGCGAATCCTTAAACACAAATGGTGTTTTATTTGTCGGTAGCACGGAACAAATATTTCACCCAGAAAAATATCAATTACGTTTATTAGACACATTCTTTTATCAAAAAATAGAATGA	MEKDYNQFINKIKIKLGIDLHLYKETQMKRRLTSLRNKRGYKDFSSYYRALDQEQALLNEFVDRLTINVSEFYRNPKRWEVLQTTVMPALVKKPSFTIWSAACSTGEEPYSLAILLSEHFPRASYRIMATDIDEAALSKAKQGIYPKQALKELPAKAIQKYFTNQHGLYHLSPNIKEKVTFRKHNLLADTYPNNVDLIICRNVLIYFTDEAKESVYQHFSESLNTNGVLFVGSTEQIFHPEKYQLRLLDTFFYQKIE	PGPT0015670_4270	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015670-cheR|pilK-K00575	NA	NA
AK148_03969	447	ndk	COG0105	Nucleoside diphosphate kinase	ATGGAAAAGACTTTTTTGATGGTGAAACCGGATGGTGTTCAGCGTAATTTAATTGGCGATATTATAAGCCGATTTGAAGCGAAAGGTTTCAAACTAGTTGGTGCAAAGTTGATGACCATTTCAACGCAATTAGCTGAGCAGCATTATGCAGAGCATAAAGAACGTCCTTTTTTTGGAGAACTGGTTGATTTCATTACATCTGGTCCAGTTTTTGCTATGGCTTGGGAAGGAGAAAATGTAATCGCAACCGCAAGAGAAATGATGGGCAAAACTAACCCTACAGAAGCATCGCCTGGAACAATCCGTGGAGACTATGGTATGACTGTTGGAAAGAATATTATACACGGCTCTGATTCTGTTGGAAGTGCTAAACGGGAGCTTTCTTTATTCTTTAAAGTTGAAGAACTCATCGATTATTCCAAGCAAGATGCAACTTGGATCTACTAA	MEKTFLMVKPDGVQRNLIGDIISRFEAKGFKLVGAKLMTISTQLAEQHYAEHKERPFFGELVDFITSGPVFAMAWEGENVIATAREMMGKTNPTEASPGTIRGDYGMTVGKNIIHGSDSVGSAKRELSLFFKVEELIDYSKQDATWIY	PGPT0021210_2418	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021210-ndk-K00940	NA	NA
AK148_03970	972	hepT	COG0142	Heptaprenyl diphosphate synthase component 2	ATGAAATTAGCTAAAGCTTATGGATATTTAAAAAAAGACCTAAATGAAATTGAACAAACGATTAATGAAGTTGTACAGGCTAAACATCCTGTTTTAAGAAAAGCTTCAACCCAGTTACTTCAAGCAGGTGGAAAACGGATTCGTCCGGTATTTGTGTTACTATCAGGACAGATGGGGACCTATGACTTAGAACGACTAAAAATTGTCGCTGTGTCATTAGAACTTATTCATACTGCTACATTGGTGCACGATGATGTAATTGATGATGCTGATATTAGAAGAGGCATGCCAACAATTAGACAAACATATGGTAATCGTGTTGCCATGTATGCAGGCGACTATATTTTAGCACGAGCGTTAGAAGAAATTACACTCTTGCAAGATGCGAAAATACATCATCTACTTTCTAAAACGATCGTTGAAGTGTGTAAAGGTGAAATTGAACAAATTAAAGATAAATTTGATTCGAGTCAGGGGTTTCGCAATTATTTGCGACGAATTAAGCGTAAAACAGCTTTACTAATAGCTACGAGTTGTAAGCTAGGCGCCATTGCTTCAGGGTTACCAGAAACAGAAGCCCATAGATTATATCTTTATGGATACAATATCGGTATGTCCTATCAAATCATCGATGATATTTTGGATTTTACGGGTTCTGAAAAAGAGCTAGGAAAGCCTGCAGGAAATGATTTATTACAAGGAAACTTAACATTGCCTGTATTTTTAGCGATGAGAAAACCCGCTTTAAAAGAGAAAGTCATTCAAGGATTACAGGCTCCTTCTGAAATCCGTGAGAAGCATATGAAAGAAATTATTGAAGATATAAAAAGCACAAACGCTATTGACGAGTCTTATCAAATTAGTAATCGGTATTTAGAAAAAGCACTGCAACAATTAGAAGGCTTTTCTGATAGTCGTGCAAAACAAACTTTACTTCAAATTGGAAAATATATTGGCAAGCGTCGTACTTAA	MKLAKAYGYLKKDLNEIEQTINEVVQAKHPVLRKASTQLLQAGGKRIRPVFVLLSGQMGTYDLERLKIVAVSLELIHTATLVHDDVIDDADIRRGMPTIRQTYGNRVAMYAGDYILARALEEITLLQDAKIHHLLSKTIVEVCKGEIEQIKDKFDSSQGFRNYLRRIKRKTALLIATSCKLGAIASGLPETEAHRLYLYGYNIGMSYQIIDDILDFTGSEKELGKPAGNDLLQGNLTLPVFLAMRKPALKEKVIQGLQAPSEIREKHMKEIIEDIKSTNAIDESYQISNRYLEKALQQLEGFSDSRAKQTLLQIGKYIGKRRT	PGPT0025040_177	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025040-gerC-NA	NA	NA
AK148_03971	717	menG		Demethylmenaquinone methyltransferase	ATGGCATATCCATCTAAAGAGGAACGTGTTCATCACGTTTTTGAAAAAATATATTCAAAATACGATTCGATGAATTCCATTATTTCATTCCAACGCCATAAAACATGGAGAAAAGATGTTATGAAGCGTATGGACGTAAAGGTAGGTTCAAGTGCATTAGATGTATGTTGTGGAACGGGAGATTGGGCGTTGGTAATGGCAGAAGAGATTGGAGCTAAAGGTGAAGTTACAGGCCTTGATTTTAGTGAAAATATGCTTTCCATTGCGAAACAGAAACAGCGAAAATTAGAATTAGAACATGTAGATTTCATACAAGGTAATGCAATGCAACTACCTTTTCAAGATAATAGCTTTGATTATGTAACTATCGGTTTTGGCTTACGAAATGTTCAAGATTATATGACAGCATTAAAAGAAATGTACCGTGTTGTAAAACCAGGTGGGAAAGTAGTTTGTTTAGAAACATCACAACCTACTATACCCATTTATCGACAATTATACCGTTTTTATTTCCAATACATTATGCCGCTACTGGGGAAATTAATTGCCAAAAGTAAACAAGAGTATGCATGGTTGAACGAATCTGCTAAAGATTTTCCTAATAAAAACCGTTTAAAACAAATGTTTATAGAAGCTGGATTTACTAATGTTCAAGTGAAGAGCTATACTGGCGGGGTTGCAGCCATGCATATGGGCGAGAAAGAACCGAATAGTTAA	MAYPSKEERVHHVFEKIYSKYDSMNSIISFQRHKTWRKDVMKRMDVKVGSSALDVCCGTGDWALVMAEEIGAKGEVTGLDFSENMLSIAKQKQRKLELEHVDFIQGNAMQLPFQDNSFDYVTIGFGLRNVQDYMTALKEMYRVVKPGGKVVCLETSQPTIPIYRQLYRFYFQYIMPLLGKLIAKSKQEYAWLNESAKDFPNKNRLKQMFIEAGFTNVQVKSYTGGVAAMHMGEKEPNS	PGPT0009535_2885	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009535-ubiE-K03183	NA	NA
AK148_03972	777			hypothetical protein	TTGAATAGGTCAGCAAAGGACATATACTATGTAAAAGCAGAGATAGAAAAGAAAATAAAGCATTCCTATTTGGAAAAATATATTGACAAGCCCGCTATCGATGAGGAAAAATTGTTTTTATTAATGGAAATGATGAATCATAGTTCCTTACCTGAGTCCCATAAACAAAGATATATTGTTACAACTATGCTTGTACAGATGGCTTTAGATACACATGACAAGGTTCCGAGTTTAACTTCACCCAATGAAAATGAAGACGTCAAGTTACAGAAACAATTGCATGTACTTGCTGGAGATTATTATAGTGGTCTTTATTATTTAGTGCTAGCCGAGATCAGTGATTTTGAGTTTATTCAACTACTTGCCTCCACAATTAAAGAAATTAACGAGTATAAAATGAAACTCTATTATAATGAAATAGATTCTTTGCAGGATTATATGCTTATTCGTAATATTATTGATACACATTTGCTCGTACAAGTGGCCTCGTTTTTGAATATTTCTATGATGGGAAAGATTGTGGAAAAATGGCTTTTGGTTATTAAGCTGATAAATGATATCGAACATTTTAACGCAAGAAAAATGCAAGTACATTCTTGGGTGAAAAGTTTTTTCGATAAAAATGAATTAAGCAAGCAGCTGACAGCATTATTGCAACAATTAGAAGATGAAGTGCACAAGCTCTCGTCTATTTATTCTAGCTTATCAAACTACTTAGAAACAGAAATTACTTCTATAAAAAAAGCTTACATATCTACTATGGGGGAAGAAGGTTAA	MNRSAKDIYYVKAEIEKKIKHSYLEKYIDKPAIDEEKLFLLMEMMNHSSLPESHKQRYIVTTMLVQMALDTHDKVPSLTSPNENEDVKLQKQLHVLAGDYYSGLYYLVLAEISDFEFIQLLASTIKEINEYKMKLYYNEIDSLQDYMLIRNIIDTHLLVQVASFLNISMMGKIVEKWLLVIKLINDIEHFNARKMQVHSWVKSFFDKNELSKQLTALLQQLEDEVHKLSSIYSSLSNYLETEITSIKKAYISTMGEEG	PGPT0007531_158	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007531-hepST-K00805	NA	NA
AK148_03973	699	lgrE		Linear gramicidin dehydrogenase LgrE	ATGGGTGATATAAATTTGTTTACTTTTCCCTCTGCAGGTTCTTCAAAATTAATGTATAGAGGTTTTGAAAAATATTTAAATGATAGCATTGAATTTCATCCAGTTGAACTTGCAGGTCGAGGGGAAAGGATAAGAGATAGTATTTATAAAAATATGGAAGAAGTGGTTAACGATTTATTTTCAATAATTGAGCTTAAAACTAAAAATAAACCATTTGCTTTTTGGGGTCATAGTCTAGGGGCGTTAATCTCTTATTATTTAGCCCTTAAACTCCAAGAAAATAATTTACCAGGTCCTAAGCATCTTTTCCTTTCTGGAAGAAATTGTCCGGAGGTTTCAAGAAAAGAATCATCATACTATATGTTGAATTTAAGTGAAATGAAAAGCTTGTTAATTGATCTTGGAGGGACACCTAAAGAACTTATACATGATGAGAATTTTTTAGATTTTATTCTCCCTATAATCAGGGCGGATTTTAAGTTGCTTTCACAATTTAATATATCTCATTTTACAAATAATAGGATAGACTGCGACATCACAATTTTAAATGGAAAGTATGATAATAGTACTAAAGCAAAAGTAGATTGGAATTACACAACAAATGGTGAATGCGATTACTTTTTGTTCGATGGAGGTCATTTTTTTATAAACGATTTTAAAAAAGAAGTGGTTAATATAATTAACCTTAAACTTCTGTAA	MGDINLFTFPSAGSSKLMYRGFEKYLNDSIEFHPVELAGRGERIRDSIYKNMEEVVNDLFSIIELKTKNKPFAFWGHSLGALISYYLALKLQENNLPGPKHLFLSGRNCPEVSRKESSYYMLNLSEMKSLLIDLGGTPKELIHDENFLDFILPIIRADFKLLSQFNISHFTNNRIDCDITILNGKYDNSTKAKVDWNYTTNGECDYFLFDGGHFFINDFKKEVVNIINLKLL				NA	NA	NA	NA	NA
AK148_03974	645	sfp_3	COG2091	4'-phosphopantetheinyl transferase Sfp	ATGATGAAGTTGAATGATTGGAAAAAAATAGCTAACTTAGATAAGTACACTGCACTAATTACAATAGAAAAATTCATAAGAATATCTAAATATAAACGTAAAGAAGATTTTTTTAGGAGCTTATTAGGTGAGCTATTGCTGAGGTCGATTCTATGCGCAGAGTATAATTTAAAAAATTCAGATTTAATTTTTGAAAGGGACAATTATGGCAAACCGTATCTAAAGGATACTGAGGGGATTTTTTTTAACATATCACATTCTGGAGAATGGATAGCTTGTGCAGTCTCGGATTATCAAGTTGGTGTAGATGTTGAAATTATTAAGGAGATTCTGTATGAAAACATAGCTGAAAAGTTTTTTACAGAAGATGAATATCATTATCTTATCTCCCATCAATTAAATAATAGATTGGAGTCTTTCTATAAAATTTGGACTCTTAAAGAAAGCTATCTTAAAGCAATTGGAACTGGCCTTGCAATAGCAACAAATAGTTTTTCTGTTTTAAAAAATAATAAATTTAAATTGTCACATGTAAAGGTTGATAAACATCACATATTATCAGTATGTTCAGTTCATACTTTGAATAAAAATGAACTTAAAATTTATGAGCTGTCAGATATAGAATCAATACTAATTGAGAGGTAG	MMKLNDWKKIANLDKYTALITIEKFIRISKYKRKEDFFRSLLGELLLRSILCAEYNLKNSDLIFERDNYGKPYLKDTEGIFFNISHSGEWIACAVSDYQVGVDVEIIKEILYENIAEKFFTEDEYHYLISHQLNNRLESFYKIWTLKESYLKAIGTGLAIATNSFSVLKNNKFKLSHVKVDKHHILSVCSVHTLNKNELKIYELSDIESILIER	PGPT0008845_1588	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
AK148_03975	3066	yfeW		Putative D-alanyl-D-alanine carboxypeptidase	ATGTATAAAAAAACATTTATATTTCTATTAATGATAATTTTATTTGTTTCATTAACGGGCATGTTAGAAGTACATGCTTTAAGCTATGATGAAAAGATAGAAAGAATTGATGAACTAGTTAGGGATGCTATGGACGAAGCAAAAATTCCTGGCTTATCATTGGTAATTGTTAATAAAGATGAAGAAGTGGTATATAAAAATTATGGGTATCGTGATATGGAAAATAAAAAGAAAGTTACAAATACTACTCTTTTTGAGATCGGCTCAAATACGAAAGCCTTTACTGGTCTTGCGATTTATGAATTGATTGAAAAAGGCGCTATAAATATTAACGATCCCATTTCTAAGTATATACCTTGGTTTGATTCATACTTTGAAGAAAAAGAGGAAACCATTCACATTAGAGATTTGATTTTTCATACGAGTGGGATACCTTTTAATACAATTAGCTTAATTCCACAAAGCAATTCAAAGAGTACGCTAAAGGAAACAGTTATGGAAATAGATGGTGTTTATTTAGATAATAAACCTGGTGAAAAGTTCCTTTATGCAACTGTAAACTATGTATTACTTGGTTATATAATTCAAGAGGTGACTGGAGAGTCTTATGAAAGTTATATGGCCACACTAATAAATAATAAATTAGAATTGAAGAACACTTTTGTTGGAAGAAGCAATAATATTAGAGATGAAATGGCGCGGGGATATAAAATTAACTTTCTTTGTCCTGAAAAGTATGAAGCTCCAATATTTAGGGGCAATAATCCGGCGGCCTATATAATCTCGAACACAAAAGATATAGGAAAATGGATTCAAATCCAACTTGGTTTAATAGAAACCAAGTTGGACTATGATTTAATTTCATTTACGCAAACCCCAAACAGACAGGTTGCACCAGATTATGATGGTTCATCTTATGCTTATGGATGGCGAGTAGTTCAAAGTGGAGAAGGAGAAATTTTTCACAGTGGTAATAACCCTAATTACTCTTCTTTTATTGGTTTTAGATCAGGTGAGGATATAGGCGTAGGAATATTAGCAAATATCAATTCAGAATACACAACTAGTATTGGTCAAAACACTTTAAAGATTCTTTCGGGCGATGATGATATCCAAACCCTAAAATCTGACTATTTAATGAAAATAGGCAATTTTTCTACTATAGTTATTTTTTCGCTACTTATTTTAGCATTAGGATTAATTTATGGGTTTGCGAAACTATTCAGGGGAAGTAGGTTATTTGTAAAAAAAGAGAAGGTAAAAAATCTAGTACTGATTTTAACATCATCAGTATTGTTATTAGCTTTCATTATTTCAATTTACTATATACCTAACGTATTTTTGGATGGGTTGAATTGGAGTTTCATTATTATTTGGGGGCCAAAAAGCATTTCTTATACTGTGATTGCTATTATTATTTTTAGTGTTGTTATATATACTTATATTGTATTAACCTGTTTGTTAAATAGTAACATGATAAATTCAATTATATTAGCAATATACATGGCTATTATCAGTGGTATTGGCAACGCAACTCTTGTGTTTGTAATACTATATAAGCTTAGTACGGTTGAAGACTTTGATCTTAATTTACTACTTTTCTTTGTGTTAGCGCTTGTCATATATTTGATGAGTCAAAGATTTGTAAGAACACAGCTAATACGAACTATAAATCAGCTTCTCTTTAAAATAAGAAGTGATTTAATACTCAACATACTTAGGGCGAACTACGAAGATATAGAACAACTTGATAAAGAGAATATAATTACAGTATTAAATAATGATACTGACAGAATTAGTGCAGCAATTAATCCAATAATTTCTATTTTAACAAATGTATTTATGATAATAAGTTGTCTTATCTATTTATCGTTTATTTTTCAGGAAGGATTATTAGTATTAGCATTTGTATTATGCTTTGCTGCGGTTTGTTATTACATTACAAGTAAAAAAGCAAATAAAAGTTGGGAAAAAAATAGAGATAGTCAAAATAGGTTTATCCAATTGTCCTATGATTTAATTAATGGTTTTAAAGAACTCGCCTTACATAGTAGTAAAAAACGTTTGTTTTATAATGAAGTCTTAAACAATTTGGATGATTATAAAAAGACAAAATCCAAGGGAGAGATTAATTTTTCGAATGTATTTGTTTTGGGAGAGTTTCTTTTTATTGGAGTAATTGGAAGTTTAGTATTTTTGCTACCTTTGATTTTTACTGAGATTAAAAATTATCAATTGCAAAGTTTTATAGTTGTTCTATTATATATCACAGGTCCTGTAAATGTCATGATTTCATCAATCCCACAACTAATTCAATGTAAAATAAGTTGGAACAGAACAAATAAACTCAGAAAAAAATTAAAAGGTAATGAGACTGAAAATTCAAATAATGGTAATGATGATATTTATAATTTAAAAGATCGAAATTTACGACTTGAATTGAAGGATGTTAAGTATAGTTATTCTTCAGATAATGATGATTTTAGCATAGGTCCTATTAATTTAGATGTTATGTCTGGTGAAATATTATTTATCATAGGGGGGAATGGAAGTGGTAAGTCTACAGTCGGTAAGGTTATTTGTGGATTATATGAAAATAATGAAGGGGAAATTAGTATAAATGGAAACAGAATTTCCAAGAGTGCATTGAGCGAGATGTTTTCAGTTATTTTTAGTGATTATTATTTGTTTAATAAAATATATGACCAAAACTTAGATCAAAAATTGCACAAAATGGATAAATATTTAAAATCATTTCAACTTTATGATAAACTTGAAATAAATAACAATTCTTTTTCTACTTTAAAACTATCATCAGGTCAGAAAAAACGTCTAGCTTTGATTCTAAGGCTATTAGAAGATAAGCCATTTTATTTATTTGATGAATGGGCAGCAGAACAAGACCCTGAATTTAGAGAAACATTTTATAAGGTTATACTTCCAGAATTAAAACGAAAAAATAAAGGTGTTATTGTAATAACTCATGATGATGCATATTTCGATGTTGCAGATAAGATTATAAAAATGAATTTAGGAGAAATAGAATTGGAGAATATTACTCAATAG	MYKKTFIFLLMIILFVSLTGMLEVHALSYDEKIERIDELVRDAMDEAKIPGLSLVIVNKDEEVVYKNYGYRDMENKKKVTNTTLFEIGSNTKAFTGLAIYELIEKGAININDPISKYIPWFDSYFEEKEETIHIRDLIFHTSGIPFNTISLIPQSNSKSTLKETVMEIDGVYLDNKPGEKFLYATVNYVLLGYIIQEVTGESYESYMATLINNKLELKNTFVGRSNNIRDEMARGYKINFLCPEKYEAPIFRGNNPAAYIISNTKDIGKWIQIQLGLIETKLDYDLISFTQTPNRQVAPDYDGSSYAYGWRVVQSGEGEIFHSGNNPNYSSFIGFRSGEDIGVGILANINSEYTTSIGQNTLKILSGDDDIQTLKSDYLMKIGNFSTIVIFSLLILALGLIYGFAKLFRGSRLFVKKEKVKNLVLILTSSVLLLAFIISIYYIPNVFLDGLNWSFIIIWGPKSISYTVIAIIIFSVVIYTYIVLTCLLNSNMINSIILAIYMAIISGIGNATLVFVILYKLSTVEDFDLNLLLFFVLALVIYLMSQRFVRTQLIRTINQLLFKIRSDLILNILRANYEDIEQLDKENIITVLNNDTDRISAAINPIISILTNVFMIISCLIYLSFIFQEGLLVLAFVLCFAAVCYYITSKKANKSWEKNRDSQNRFIQLSYDLINGFKELALHSSKKRLFYNEVLNNLDDYKKTKSKGEINFSNVFVLGEFLFIGVIGSLVFLLPLIFTEIKNYQLQSFIVVLLYITGPVNVMISSIPQLIQCKISWNRTNKLRKKLKGNETENSNNGNDDIYNLKDRNLRLELKDVKYSYSSDNDDFSIGPINLDVMSGEILFIIGGNGSGKSTVGKVICGLYENNEGEISINGNRISKSALSEMFSVIFSDYYLFNKIYDQNLDQKLHKMDKYLKSFQLYDKLEINNNSFSTLKLSSGQKKRLALILRLLEDKPFYLFDEWAAEQDPEFRETFYKVILPELKRKNKGVIVITHDDAYFDVADKIIKMNLGEIELENITQ				NA	NA	NA	NA	NA
AK148_03976	4404	ppsC_2	COG1020	Plipastatin synthase subunit C	ATGAGAAAGTCTGATTTAACTTATCCGCAAAAAAGAGTTTGGTATATGGAAAAAATAGAACCTAATACTCCTGTGAATAATTTAGGTGGTTTTGTAGAGTTTAAGGGTGAATTTGATTCAAAGATACTAAAAAGGGCAATTGAACAATTAATTAACAATTGTAATACATTTAAGATGCGAATATTTGAAGAGGAAGGTTTGCCATACTGCTACGATGGAGAGGATTTATTTAGAGTAGGAACATTAAAATTCAATTCTAGAAGTGAGTCTATAGATTGGATGAAAATGGATTTTAAGAAACCTTTCAATATTGAAGAGGGTTTTCTATTTAATTTCAAGGTAGTTAAGATTAATGAATCTTTGGGTGGATACTATATAAAACTACATCATTTAATAGCAGATGGTTGGTCTTTTCAAGTTATTACTGATACTATAGCTCTCTTATATAAAAAGCTTGTTAAGGGAGAAAAAGTAAGCAAGCAATATCTTAATAGTTTAAGTTACGACTATAAACAAAGGGAATTATCATATTTTTCTTCACATAGATTTAAGAAGGATGAGCAATATTGGTGTAATACTCTTAAAGGGAGTCGTTGCTTAGACAGAAATAATAATTTTTTATCTTATTCAATAAATAAGGGGAATAGGTTAACGTTTAAAGTTCAAAATGATAGAAGTAGAAAGATTGATGACTTTATATCTAGCCTTGGTATTTCCGGGAATTCATTTTTTGTGGGATTAATTAATATTTATTTATATAAATTAAAGAACCTTAATGATATTACAATAGGTAATCCTATATTAAATAGAATTGGGAAAAAAGAAAAAAATTCTATAGGGATGTATACCAGCACAATGCCTTTTAGATACATTGTTGATGGTAATTTACATTTTGAAAGTTTTATAAAAGATGTTAATAAAAGTTTTTTATCTTCTATTAAACATCAGCAATATCCATATCAATTATTAAAAAATAAACATGAAACTAGTAAAGAATTATTTGATATAGCAGTGAACTTTTATAATACGAGCTTAACAAATGAACTTGGTGGACTTAAAATCATCAATCATGAATTTTATAATGGGGTTCAGTGGTTACCTTTAGAGATTATAATAAAAAATTGGTCTAGTGAATCTTACGAATTATTGTTTGATTACGACACGGCAATATATACAGAAAATCAAATAACCTCCATGTATACGCAGATAACAAATATGATTGATCAAATTATTGCAGCTCCAAATAAGCGCATTAAAGAAATAATTCTTCCGCAATTGCCTGTTGAGGAGTGTAATTGTTGGAAAGATAATATACCGTATCGTTCTATAATTAATATGTTTGAAGAACAAGTGTTTTTAAAACCTTCTAATATTGCATTAAAAGATGGGAGGACTTGTTTAACATATTTTGATTTATTTGAAAAAGTTGAGATTTTTTCTTCATATTTAAAGTATCTAGGGGTTCGGGAAGGGGAAAAAGTAGCTATAAAGGTAAACAATTCAATAGAAACGATAGTAGGAATTCTTGCTGTTCTTAAAATAGGAGCTGTTTTTATTCCGATTGGAAATAATATTCCTATTAGTAGGTTAAAGTTTATAATACAGGAGAGTGATTGTGGCTATTTAATTGTTAAAGATTCTCATAGACTTTATCATGAATTTAAAAACATGGCAGCTCTAATCGATATGAATCAAGTGGATTTTGAAAGTAAAGTGGAAACTAACAATGAAATTCATTTAAGTAATCATGCTCCAGATACATTGGCTTATATTATATATACTTCTGGATCTACAGGAAAGCCTAAGGGAGTAATGATTAATCACAAGAGTATAAGCAATTATGTTCAGTGGGCTAGTTTATATTATTTAAACCAAAGCGGAGTTGAAACATTTGCATTTTATTCAAATATTGCCTTTGATTTAACTTTAACATCTATTCTTGTTCCTCTAGTAACTGGTAATAGAATTACAATTTATAATAGTAAAAGTGCTGTTGAGTCACTTAAAAAGGTTTTTACAGATGACAGTACTACTATAGTAAAACTGACACCAACACATTTAAGGTACATAGATGAGAAAAGCTTGATTAATTGTAAAGTAAAATTATTAATAGTTGGAGGAGAAAATCTCTACACTTCTTTAGCTAGAAAAATAAGTGAGATTTCAAAAGGTGAAATTAAAATAGTAAATGAATATGGTCCAACAGAGGCAACAATAGGTTGCATAGCTCATACATATGACTTTTCCTTAGATATTGATATAACTGTTCCAATTGGTCGTCCGATCCCTAATACAAAAGCATATCTTTTAGATGAAGAATTATGTGAGGTTTCTAAGGGTGATGTTGGGAACTTGTTCATTGGAGGGGAAGCATTGTCTGGGGGATACATTAATAACATGGCCCAAAACAAGGAAAAATTTATTGAAAATCCATTTTCAGAAAATGAAATTCTTTATAAAACAGATGATTTGTGCAGGTTAGATTCTAATAATAATTTTGTTTATATTGGTCGAAATGATAAACAAATAAAGATTCAAGGTAATAGAGTTGAGTTGAATGAAATTGAAATATCAATATCTAAATATATAGGAAATAAAGAAGTGTCTGTACAAGTCCTTGAAGAGGATGGTACTAAATTTTTACTAGCCTTTATAGAGACAGATAGCTTAATTGATAGGAATTCAATTATCCGTAATTTAAAATCAAAATTACCTAATTATATGATTCCGAGTGATATTATATTAGTTAACGAATTTCCAGTTACAGTTAATGGAAAAATAGATAATAAAAAATTAATAGAAAATTATCAGAAGTCTTCAAGTATCCCTGAGGAAAAAACTGAAATGCATGACAAGGATATTATAGATGTTTTTAAAAGTGTTCTTAAAGAAGATGATATAAGCCTTAATGATAACTTTTTTCATTTAGGTGGAGATTCAATAAAGGCAATTCAAATATCATCTAAACTAAAAAATTTTGGAGTTAATCTTAAGGTAAAAGATATATTGAATAATTCGGTTATAAAAAATACTCTACAAAATGCTACTTACGTTGGTAATTTCAGTAATGATGGAAATAAAATCGAAAGTGGTGAAATCCCTTTAACGCCAATTGCTAACTGGTTTTTAAATAATAACTTTAATAATATTCATTATTGGAATCAATCGATTTCAGTAAAGTTTAATAAAAATATCTCAGTTGACAAGTTAATACAAGCTGTACAGAAAATATATGAATATCATGATGGTTTGAGAATTAACTATAATATAACGAGAAATAATCTATTCTATAATAACAAAACAGTTAATGAAATTATTAGTATTTATTATGATTTTACTAATAGACCTTTTTATCTTTCGAAAGATATTATTAAAGCTGAAACTGAAGACCAAAAGCGGAATTTTAATATATATACTAACCGTCTTTTTAAAGTATTAATTTTTGAATTTAGTGATTCGATTTTTATGGTAATGGTTGGACATCATTTAGTAGTAGACATAGTGTCGTGGAAAGTCATTTTAGAAGACTTATATGAGTTAGTAGAAAACCAAAACTCACTTCCACCTAAATCAGTGTCTATAAAAGATTGGTCGAAGCTTGTTGCAGCTGGAAAAAAAGGAAATGATCTGAAAGACAACTTAACTAGCTATTATCATCCGTTGAAAGTTGATTTTAATAAAGGTCAGGATATATTAGCTACTAGTGAATTGATTTATTCATCTTTAGGCAAAAGTGAAACTCAATTAATTTTAAAAGAAGCTAATAAATCTTATAATACCAATGCTTATCACCTACTATTATCAGCTTTGTTTCTAGCTGTATTTAAAAATGGCTTAGGAAATGATATCACAATACTAGTAGAAGATCATGGAAGAACACTAGTAACCGATGTTGATATTTCTAGAACAGTAGGTTGGTTTACTTCAATATATCCAGTTACCTATCAACTAGATAATAGGAAATCTAAAGGAACTCTAATAAAAGAAGTGAAAGAAATTGTAGGAAATTCAAAAAATAACTTTTATATACCTGATAGCATGAATAATCAAGATGGAATTTCTTTTATTCTATTTAATTATTTAGGAGTAATAGATGATAATGAGATGAATAGTCTTTTTGAAATAGTAGATATGGATACAGGAGAAGATATAAGCATTGAGAACCAAATGATTAGCCCGCTTGAAATAAATGTGTTTATTATCAAAAATGAACTGAAATTCAATATAAGATATTCAAGAAACAAATTTAAAAGCGAAACAATTCTGAATCTTTCATATAGTTTAAAAACCTTTCTTTTGGAAATAGCAAATCATTGTATAAGTAAAACAAGTGTCAATTACACACCTTCTGATTTTGAAACTATCAATATAAGTCAAGAAGAATTAGACTCAATATTTGAATGA	MRKSDLTYPQKRVWYMEKIEPNTPVNNLGGFVEFKGEFDSKILKRAIEQLINNCNTFKMRIFEEEGLPYCYDGEDLFRVGTLKFNSRSESIDWMKMDFKKPFNIEEGFLFNFKVVKINESLGGYYIKLHHLIADGWSFQVITDTIALLYKKLVKGEKVSKQYLNSLSYDYKQRELSYFSSHRFKKDEQYWCNTLKGSRCLDRNNNFLSYSINKGNRLTFKVQNDRSRKIDDFISSLGISGNSFFVGLINIYLYKLKNLNDITIGNPILNRIGKKEKNSIGMYTSTMPFRYIVDGNLHFESFIKDVNKSFLSSIKHQQYPYQLLKNKHETSKELFDIAVNFYNTSLTNELGGLKIINHEFYNGVQWLPLEIIIKNWSSESYELLFDYDTAIYTENQITSMYTQITNMIDQIIAAPNKRIKEIILPQLPVEECNCWKDNIPYRSIINMFEEQVFLKPSNIALKDGRTCLTYFDLFEKVEIFSSYLKYLGVREGEKVAIKVNNSIETIVGILAVLKIGAVFIPIGNNIPISRLKFIIQESDCGYLIVKDSHRLYHEFKNMAALIDMNQVDFESKVETNNEIHLSNHAPDTLAYIIYTSGSTGKPKGVMINHKSISNYVQWASLYYLNQSGVETFAFYSNIAFDLTLTSILVPLVTGNRITIYNSKSAVESLKKVFTDDSTTIVKLTPTHLRYIDEKSLINCKVKLLIVGGENLYTSLARKISEISKGEIKIVNEYGPTEATIGCIAHTYDFSLDIDITVPIGRPIPNTKAYLLDEELCEVSKGDVGNLFIGGEALSGGYINNMAQNKEKFIENPFSENEILYKTDDLCRLDSNNNFVYIGRNDKQIKIQGNRVELNEIEISISKYIGNKEVSVQVLEEDGTKFLLAFIETDSLIDRNSIIRNLKSKLPNYMIPSDIILVNEFPVTVNGKIDNKKLIENYQKSSSIPEEKTEMHDKDIIDVFKSVLKEDDISLNDNFFHLGGDSIKAIQISSKLKNFGVNLKVKDILNNSVIKNTLQNATYVGNFSNDGNKIESGEIPLTPIANWFLNNNFNNIHYWNQSISVKFNKNISVDKLIQAVQKIYEYHDGLRINYNITRNNLFYNNKTVNEIISIYYDFTNRPFYLSKDIIKAETEDQKRNFNIYTNRLFKVLIFEFSDSIFMVMVGHHLVVDIVSWKVILEDLYELVENQNSLPPKSVSIKDWSKLVAAGKKGNDLKDNLTSYYHPLKVDFNKGQDILATSELIYSSLGKSETQLILKEANKSYNTNAYHLLLSALFLAVFKNGLGNDITILVEDHGRTLVTDVDISRTVGWFTSIYPVTYQLDNRKSKGTLIKEVKEIVGNSKNNFYIPDSMNNQDGISFILFNYLGVIDDNEMNSLFEIVDMDTGEDISIENQMISPLEINVFIIKNELKFNIRYSRNKFKSETILNLSYSLKTFLLEIANHCISKTSVNYTPSDFETINISQEELDSIFE				NA	NA	NA	NA	NA
AK148_03977	765			hypothetical protein	ATGAGTACTTCTGAAAACTATACGATTCTAGAAGTTAATGAGAGGAATATTGACAAATTTGGTTTTTTTTGTATGAGAAGTAAAAAGGGCACTAAAGGTCACTCTAATAAATATAATTGGTTAATGAATAGATTTAAAGAAGGTATGAAACTAAAAATTCTAACTATTAGGAAAAGGCAAGTCGGTTTTATTGAATATATCCCAATTGAATATGCGTGGAGGGGGATCAAAGGAAATAACTATCTTTTTATTCATTGCCTATGGATAGTTGGAAAGGGAAAAGGTAATGGCTATGGAGAAGTTTTACTTAATGAGTGTATAAATGATGCCAAAAAACTTAACAAATCAGGGGTTGCAATTTTAACAAGTGAGGGTAATTTTTTAGCAGACAAATCCTTTTTTTTAAGCCAGGGTTTTGCTTTCATTGAATCTAGAGACAATTTTGAATTGTTAATAAAAAAACTTGATAATAATACTCCACCAAAATTAACTGATTTAGATGAAACTTACATTATAAATCAAAATGATTTCGTAATTTTTAAATCTGATCAGTGTCCATATATCGAAAATACCGTACAGATGGTTAAAGATGTAGCAGAAGAGATTGGAGCCAATTGTGATGTGGTTGATGTTAGTACAGCTGAAGAGGCACAGAAAAATCCTTCTCCATATGGTGTTTTTTCCATATATTATAGAGGGGACTTAATATCATATCACCCTATAACAAAAAGAGAATTATCGAAAAGACTAAAAAGTATTATGTGA	MSTSENYTILEVNERNIDKFGFFCMRSKKGTKGHSNKYNWLMNRFKEGMKLKILTIRKRQVGFIEYIPIEYAWRGIKGNNYLFIHCLWIVGKGKGNGYGEVLLNECINDAKKLNKSGVAILTSEGNFLADKSFFLSQGFAFIESRDNFELLIKKLDNNTPPKLTDLDETYIINQNDFVIFKSDQCPYIENTVQMVKDVAEEIGANCDVVDVSTAEEAQKNPSPYGVFSIYYRGDLISYHPITKRELSKRLKSIM				NA	NA	NA	NA	NA
AK148_03978	204			hypothetical protein	ATGAACAAAGACAATTTCACCACAATAAATAGCAAACAACGTGTAAAAATCGTAAACGACCTACTTCAAAAGGAAGGTAATGATTTACGTAAGGTTGTAGATATACTTGGAATCAAATACTCGACCTTTATATGCAGGAAGATGATTACGTATATATTAAGAGATTGGGACTGTATTGCAGTTTTGTTCAAGATGAAAGTCTAA	MNKDNFTTINSKQRVKIVNDLLQKEGNDLRKVVDILGIKYSTFICRKMITYILRDWDCIAVLFKMKV				NA	NA	NA	NA	NA
AK148_03979	987	yfhP	COG1988	putative protein YfhP	ATGGATACTGGTACCCATATTGTAATGGGAGTTGCGCTTGGGGGATTAGCTACCATTGATCCTGTTATAAGCAATGACCCCGCTTTATTCAATGCTGTCCTAGTAGGAACAATTGTAGGTTCCCATGCACCAGATTTTGATACCGTTTTAAAATTAAAAAATAATGCTACCTATATACGCCATCACCGTGGAATTACACATTCTATTCCAGCAGTTCTTATGTGGGGAATTTTAATTGCAAGTATAATCCACTTGTTTATACCAGAAAAGAGTTTCTTTCATATTTGGCTATGGACTGCTATAGCAGTAATCATCCATGTGTTAGTGGATATTTTTAATGCCTATGGAACACAAGCATATCGACCCTTCTCTAATCGATGGGTAGCTTATGGATTTATTAATACGTTCGATCCATATATATTTTTCTTGCATATTGCCGGCATTGCCGCTTGGGCGTTAGGGGCAAATCCTGCATTTATATGGGCTGTTATCTATAGCGTTATTGTACTTTATTACATTAAACGTTATATGGATAAACGATTCATCGTAAAGAAAATTAACAGCTATTTTTCCGACTTAGAGCAGATTGCTACATCACCAACGATTAAACAAAATTATTGGCGTGTCGCTATAACGACTAAAGATAGGTTCTATGTTGGTGTCGTCGATAACAATCACATTGAAATTATTGATGAGTTCACAAGAGTACCGCTCCCAGATACAGAGCTGATGAAAATGGCCAAGACGGATAAAAATATTGCTGCGTTTCTTTCATTTTCTCCCGTATACCGATGGGAAATTAACGAATATAAAGATTATACGGAAGTGCGATTCATCGACTTACGCTATCGCTCCAAAGGGCATTATCCTTTTGTTGCCGTTGTGCAAATAGATGATTCGATGCACATTACAAGTTCTTACACAGGATGGATCTTTTCAGAAAAGAAACTTCAGCATAAACTATATGTAGAAGAAAGTCCCATTTAA	MDTGTHIVMGVALGGLATIDPVISNDPALFNAVLVGTIVGSHAPDFDTVLKLKNNATYIRHHRGITHSIPAVLMWGILIASIIHLFIPEKSFFHIWLWTAIAVIIHVLVDIFNAYGTQAYRPFSNRWVAYGFINTFDPYIFFLHIAGIAAWALGANPAFIWAVIYSVIVLYYIKRYMDKRFIVKKINSYFSDLEQIATSPTIKQNYWRVAITTKDRFYVGVVDNNHIEIIDEFTRVPLPDTELMKMAKTDKNIAAFLSFSPVYRWEINEYKDYTEVRFIDLRYRSKGHYPFVAVVQIDDSMHITSSYTGWIFSEKKLQHKLYVEESPI				NA	NA	NA	NA	NA
AK148_03980	1125	mutY	COG1194	Adenine DNA glycosylase	ATGATGTTTTTATTGTACCATATAGGAAGTGAATTTATGAATGATGAAAAACTACAATCTATTGACATTTTAACATTTCGACGTGATTTACTAAGCTGGTATAAGGAAAATAAACGCGATTTACCTTGGCGCCAAGATCAGGATCCTTACCGAGTATGGGTCTCTGAAGTAATGCTACAACAAACAAAAGTAGATACGGTTATTCCATATTTTAATCGTTTTATGTCTAAGTTCCCAACTGTAGAAGCATTAGCACAAGCGGATGAGCAAGTAGTGTTAAAGGAATGGGAAGGGCTTGGCTATTACTCTAGAGCGAGAAATTTGCAAAATGCAGTGAAAGAGGTAGCAACGAAGTACAATGGAAAGGTGCCAGATGATGCAGAGCAACTAGGTGCATTAAAAGGGGTAGGCCCGTATACAAAGGGAGCGATTTTATCCATTGCTTACAATCAGCCAGAGCCAGCTGTTGATGGAAATGTCATGCGTGTTTTATCCCGAGTATTAAAAATTGAAAGTGATATTACGCAACAGCGGACGAAAAAACTATTTGAAGTCTATGCACGCAAGCTCATTGATCCACAAGACCCCTCATCGTTTAATCAAGCTGTCATGGAATTAGGGGCTTTAATATGTACACCTAAATCTCCAGCTTGTTTATTATGTCCGGTTCAAGCGCATTGCCAAGCTTTTGTAGCAGGTACGGAAGAACAGTTGCCTGTAAAAAAGAAAGCAAAAAAACAAAAGAATATTGCTTATGTTGTGTTGTTAGCAGTTGATGACCAAGATAATTATGTAATTGAAAAGCGAAAAGAAGATGGTTTGTTAGCTAATTTGTGGCAATTTCCTATGGTTCCTATAAAAGAAGTAGAGTGGGTTCATTTAGAAAATTGGGTTTATAATGAGTATGGATTAGAAATAACGTTAGGAGAAAAACAAGGTAAGCTAAAGCATGTTTTTTCCCATTTAATATGGCATTTAGAAGTATATGAAGCAAAACTAATTAAAAAGTTAAGCAAAAGTAACAGGTTACAGGTAGTTAGTAAACAGGAATTAACAAATTACCCTTTTCCTGTACCACATCAAAAAATTAGAAATAGTTTATATGAAAAGGAACAAAATATGTAA	MMFLLYHIGSEFMNDEKLQSIDILTFRRDLLSWYKENKRDLPWRQDQDPYRVWVSEVMLQQTKVDTVIPYFNRFMSKFPTVEALAQADEQVVLKEWEGLGYYSRARNLQNAVKEVATKYNGKVPDDAEQLGALKGVGPYTKGAILSIAYNQPEPAVDGNVMRVLSRVLKIESDITQQRTKKLFEVYARKLIDPQDPSSFNQAVMELGALICTPKSPACLLCPVQAHCQAFVAGTEEQLPVKKKAKKQKNIAYVVLLAVDDQDNYVIEKRKEDGLLANLWQFPMVPIKEVEWVHLENWVYNEYGLEITLGEKQGKLKHVFSHLIWHLEVYEAKLIKKLSKSNRLQVVSKQELTNYPFPVPHQKIRNSLYEKEQNM				NA	NA	NA	NA	NA
AK148_03981	177	yfhS		putative protein YfhS	ATGGAAGAAAACAGACGTGATTTCACAGAACTTTCCATGATCAGTAAACAAGATTGGGATAAGAATGAATTAGATTATTTTCAACACGCTTTGTCACAGCTTTTGCCATATATAAACCCAGAAGGACTAAGCATCCTGCATGAAATTAATAAAGAGATGCAAGCAAGAAAAAAATAA	MEENRRDFTELSMISKQDWDKNELDYFQHALSQLLPYINPEGLSILHEINKEMQARKK				NA	NA	NA	NA	NA
AK148_03982	180			hypothetical protein	ATGGCTAAAAAGCAACAACCAAACCAAACTTCTACTGGTACAAACATTCAAAAGGTTAAGCAACAGAATCAACAAGCCGCTCAAGGGCAAGGTCAGTACGGTACAGAATATGGTGCTGAACAAACAAATGCTCAAGAAGTAAGAAAGCAAAACCAAAAATCTCAACAAAACAAAAAGTAA	MAKKQQPNQTSTGTNIQKVKQQNQQAAQGQGQYGTEYGAEQTNAQEVRKQNQKSQQNKK	PGPT0024880_136	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024880-sspE-K06422	NA	NA
AK148_03983	528			hypothetical protein	ATGGTTGCTCCGATCCCAGGAACTAATATACAAATACAAAGTTATAAACATAATGGACGGTTGCATCGTATGTGGACAAACAGTCTTGTTTTAAAAGGGACAGAGACCGTTGTTATCGGAGCAAATGACCGAACAGAGGTAAAAGAAAGCGATGGTAGGTCATGGTTTACGAGAGAACCAGCTATTTGTTATTTTCATGCAGCGCATTGGTTTAACGTCATCGGTATGCTTCGAACAGACGGTATTTATTACTATTGTAATATCAGCTCTCCATTTCTATATGAGCATCGTGCAATTAAATATATTGATTATGACTTAGATGTAAAAGTTTATCCAGATATGACATATACTTTATTAGATGAAGACGAGTATGAGCTACATCGACAACAAATGAAATACCCAAGTAAACTTGATTATATCTTACATCACCAATTGAATATTCTTGTAAGATGGGTGAGACAAAGGTATGGTCCTTTTTCACCAGGGTTTGTCGATGAATGGTATGAGCGATACTTAACATATCGATAA	MVAPIPGTNIQIQSYKHNGRLHRMWTNSLVLKGTETVVIGANDRTEVKESDGRSWFTREPAICYFHAAHWFNVIGMLRTDGIYYYCNISSPFLYEHRAIKYIDYDLDVKVYPDMTYTLLDEDEYELHRQQMKYPSKLDYILHHQLNILVRWVRQRYGPFSPGFVDEWYERYLTYR				NA	NA	NA	NA	NA
AK148_03984	1764		COG1132	Putative multidrug export ATP-binding/permease protein	ATGAATTCAATGAAGCAATATATGTATTTTGTAAAACCTTATAAATGGAAGATATTTTGGACAGTTATAGTCGGGATTGTTAAATTTGGCATTCCGTTATTAATGCCTTTGATCCTAAAATTTGTAATTGATAACATTATTGGTAATGAAGCACTGAGTCAAACGGAAAAGACAACCCAACTTATTTGGTTGATGGGAACTGCTTTTATCATTTTCTTTGTTTTACGACCACCTATTGAATATATTCGACAATATTTAGCTCAGTGGGTTGGAAATAAGGTGCTTTTTGATATTCGGGACCGTTTATTTGACCATTTACAGCGTTTAAGTTTGAGATTCTATTCCAAAACAAAAACAGGCGAAATTATTTCCCGGGTAATACATGATGTCGAACAAACAAAAACGTTTGTCATTACAGGACTAATGAATATTTGGTTGGACCTGATAACGATACTGATTGCTATCGGAATTATGTTGTCGATGGATATTGAATTAACCATTGTAGCTATTATTCTATTTCCTTTGTTTGGTTTTTCCATTAAATATTTTTATGGAAGACTGCGGCAACTCACTCGTAAACGCTCACAAGCGCTTGCAGAAGTTCAAGGTCATCTACATGAACGCGTGCAAGGCATGCCGGTAACGAGAAGCTTTGCATTGGAAGATTATGAACAAGAACAATTCGCTAAAAGGAATAATAATTTTTTGAACAGAGCACTGGAGCATACAAATTGGAATGCTAAAACTTTTGCAGTAACGAATACAATTACAGATGTAGCACCTCTGTTAGTAATCGCTTATGCGAGCTATCAAGTTATTCATGGTCATTTAACAATGGGAACAATGGTCGCTTTTGTCGGATATATGGAACGGGTGTATAGCCCGTTAAGAAGATTAATTAATTCTTCGACAACACTTGTGCAATCGATCGCTTCCATCGACCGCGTTTTTGAGTTAATAAATGAGAAATATGATATTACAGATCGACCTCATGCGGCGGAATTAGATAACCTACGTGGTGAAGTAACTTTTGAGCATGTTTATTTTCAATATGAGGATGAAGAACAGGCTGTGTTAAGGGATGTTTCCCTTCATGTGAAAGAAGGAGAAACCATTGCTCTTGTCGGTATGAGTGGCGGAGGGAAGTCAACGTTTGTAAGTCTCATACCACGTTTTTATGATGCTACGAGTGGAGCAATAAAAGTAGATGGAATTGATGTTAGAGATGTGAAGGTGCGTTCACTACGAGATCAAATTGGAATGGTACTACAAGACAACACCCTGTTTAGCGAATCAATCGCAATGAATATTCGCATGGGCAACCCTCATGCTACGGATGAAGAAGTGATGAAAGCAGCTAAAGCGGCAAATGCTCATGAATTTATTCAGCAGTTACCATATGGCTATGATACGCTTGTTGGTGAACGAGGTGTGAAATTATCAGGGGGACAGAAACAACGAATTGCCATTGCACGTGTTTTTTTAAAGAATCCACCAATGCTTATTTTTGATGAAGCAACATCCGCTCTTGATTTAGAAAGTGAGCATACGATTCAAGAGGCAATGGAAAAATTGGCATCTAACCGAACAACGTTTATTGTTGCGCATCGATTAGCCACAATCACGCATGCGGATCGTATTGTCGTAATGGAAGATGGAAAAATTAAAGAAATTGGAACGCATCATGAACTGATGCATAAACAAGGAATATATTATAATTTGTACCAAGTGCAACACCTAGACACTACTGTTGAACAAGGTTAA	MNSMKQYMYFVKPYKWKIFWTVIVGIVKFGIPLLMPLILKFVIDNIIGNEALSQTEKTTQLIWLMGTAFIIFFVLRPPIEYIRQYLAQWVGNKVLFDIRDRLFDHLQRLSLRFYSKTKTGEIISRVIHDVEQTKTFVITGLMNIWLDLITILIAIGIMLSMDIELTIVAIILFPLFGFSIKYFYGRLRQLTRKRSQALAEVQGHLHERVQGMPVTRSFALEDYEQEQFAKRNNNFLNRALEHTNWNAKTFAVTNTITDVAPLLVIAYASYQVIHGHLTMGTMVAFVGYMERVYSPLRRLINSSTTLVQSIASIDRVFELINEKYDITDRPHAAELDNLRGEVTFEHVYFQYEDEEQAVLRDVSLHVKEGETIALVGMSGGGKSTFVSLIPRFYDATSGAIKVDGIDVRDVKVRSLRDQIGMVLQDNTLFSESIAMNIRMGNPHATDEEVMKAAKAANAHEFIQQLPYGYDTLVGERGVKLSGGQKQRIAIARVFLKNPPMLIFDEATSALDLESEHTIQEAMEKLASNRTTFIVAHRLATITHADRIVVMEDGKIKEIGTHHELMHKQGIYYNLYQVQHLDTTVEQG	PGPT0029045_979	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029045-mdlB|smdB-K18890	NA	NA
AK148_03985	246			hypothetical protein	ATGCAAGCGCCATATTGTTGTCCCAATTGCAAAACAAATAAGACGAGATTTAACAAAATTGATCAAGTAGCAAACCCGATGAAGATGGATGCACAAACGGGAGAAATAGTCGAGACATATGAAACAAATCAAGTGGAAACCTTTCATATCATGTATCAAGGGCCTAAATTTAAAATCCAGTGTGCAGCTTGTGGCGTCATTGAAGATGAAACAACTTTCATTCAATTCGCGCAATACAAGTCTTGA	MQAPYCCPNCKTNKTRFNKIDQVANPMKMDAQTGEIVETYETNQVETFHIMYQGPKFKIQCAACGVIEDETTFIQFAQYKS				NA	NA	NA	NA	NA
AK148_03986	1296	hemL1	COG0001	Glutamate-1-semialdehyde 2,1-aminomutase 1	ATGAATTTTTCAACATCAGAAGCACTTCATCAGGAAGCATTGAAGCATATTGTGGGAGGTGTTAATTCACCATCACGTGCTTATAAAGCAGTTGGAGGCGGCGCACCCGTTTACATGGAAAAAGGGGAAGGCGCTTATTTTTGGGATGTCGACGGTAATAAATATATTGATTATTTAGGGGCTTACGGGCCAATTATTACAGGGCATGCGCACCCACATATTGCCAAAGCGATTACACACGCTGCTACGAATGGTGTGTTATATGGTACACCAACAAAATTAGAGAACCAGTTTGCTAAAATGCTGAAGCAAGCCATTCCTTCGTTGGAAAAAGTGCGTTTTGTCAACTCAGGTACAGAAGCCGTAATGACCACTGTTCGTGTTGCAAGAGCTTATACTAACCGAACAAAAATTATTAAGTTTGCTGGCTGTTACCATGGACATTTTGATTCTGTCCTCGTAGAAGCGGGCTCTGGTCCAGCAACGCTCGGTACACCTGATTCAGCAGGTATCCCGGAATCCGTAGCCCAAGATGTTATTACGGTTCCTTTTAATAACATAGAAGCGTTGAAACATGCTTTAGATATTTGGAAAGGCCAAATAGCAGCTGTGCTTGTTGAACCTATCGTTGGAAATTTTGGGATTGTAGAGCCTAAGGAAGGCTTTCTCCAAGCTGTCAACGACCTTACACACAATGCTGGAGCCCTCGTTATTTATGACGAAGTAATTACTGCATTTCGCTTTACATATGGAAGCTCTCAGCAAATATATGGTATTGAACCTGATATGACAGCTATGGGTAAAATCATTGGTGGTGGTCTACCAATTGGTGCATATGGCGGTAAAAAACAGATCATGGAACAAGTAGCTCCGCTTGGCCCTGCTTACCAAGCGGGAACGATGGCTGGAAATCCAGCTTCCATGGCAGCTGGAATAGCATGCCTAGAAGTACTACAAGAAGATGGCCTTTACGAAAAGCTTGATCAGCTTGGTGAAAAGTTGGAAACGGGAATTTTAGAGAAAGCTGACAAATACAATATTTCCATTTCCGTCAATCGACTTTGCGGAGCCCTTACCGTATATTTTGGTGATGGCGAGATTACCAATTATGAGCAAGCTGAGGCTAGCGATGGAGAAAGCTTTGCAACATTTTTCCGCCTCATGCTTCGCCAAGGAATTAACCTAGCCCCATCAAAATATGAAGCTTGGTTCTTAACCATTGCACATACGGAAAAAGATATTGAAGAAACCATCGCGGCTGTAGAGAAAACATTTCAACACATGCAAACGAAGTAA	MNFSTSEALHQEALKHIVGGVNSPSRAYKAVGGGAPVYMEKGEGAYFWDVDGNKYIDYLGAYGPIITGHAHPHIAKAITHAATNGVLYGTPTKLENQFAKMLKQAIPSLEKVRFVNSGTEAVMTTVRVARAYTNRTKIIKFAGCYHGHFDSVLVEAGSGPATLGTPDSAGIPESVAQDVITVPFNNIEALKHALDIWKGQIAAVLVEPIVGNFGIVEPKEGFLQAVNDLTHNAGALVIYDEVITAFRFTYGSSQQIYGIEPDMTAMGKIIGGGLPIGAYGGKKQIMEQVAPLGPAYQAGTMAGNPASMAAGIACLEVLQEDGLYEKLDQLGEKLETGILEKADKYNISISVNRLCGALTVYFGDGEITNYEQAEASDGESFATFFRLMLRQGINLAPSKYEAWFLTIAHTEKDIEETIAAVEKTFQHMQTK	PGPT0003680_2737	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003680-hemL-K01845	NA	NA
AK148_03987	1923	yxdM		ABC transporter permease protein YxdM	ATGACCTTCAGACAGTTCACTTTTAATAATGTCAAACGTAATACACGTGCATATTTAAGTTATTTTCTAAGTTGTATATTTGCTGTCATCGTCTTTTTTATGTATGCCGTAGTTATCTTCCACCCTGAAATAGCAACATACGACTTTATTGATGCCGTAAAAACGGGCATCGTTGCTTCTGAAGTCATTATTTATTTGTTTTCTTTTTTATTTGTACTATATTCAACGTCTGCCTTTATTAAATCACGCAAGAAAGAATATGGTATTTTAACAACGTTAGGAATTAGTAAATTCCAATTAAATCGAATGCTCATTTTGGAAAATACAATTATCGGTGTAGCCTCTATTGTTGCAGGAATATTAGTAGGAGCTTTATTCACGAAGCTTTTCTTAATGATATTTTCTGTCATTTTAGGAACAGGGGAAGTGTTTTCCTTTTATTTATCCTGGAAGGCAATTGCTATCACCGTGATACTGTTCTTTTTTATGTTTGAAATCAATTCGCTGCTTGTTGTACTTACATTGCGAACAAAATCGATTATGGAAGTATTTCGTGGCGCTCAAGCACCAAGGAAAAAACCGCGTTTTTCTTGGATTATAAGCGTACTAGCGTTAGCTGCTGTAACTTATTCCTATTATTTAGCATATACTTCTGACCTTATATCTATGATGTATCGAATGTTTATTATTTTAGCATTAATTATTCCAGGGACATATTTTTTATTTACGCAATTTAGTATCGCTTTAACTAGTTTTTTACAACGCAGAAAAAACATTTTTTACAAGCGACTAAACTTATTAATTATTTCCGACTTAACATATAAATTAAAAGATAACGCTAAGTTACTCTCTATGGTAACTATATTAAGCGCCGTTGCTTTTACATCTTCCGGTGTATTGTACGGGCTATTCCAAGCAGCGGAAGAAGAAAGCGAACGTTTCGTACCGCATGATTACTCTCTGCTTACAGAAGGGGAAGAAAATAAAGCGGAATTGGATGAAACTATAAAAGAAGTGGAATCTTTTTTTCATGAATCAGAAATACCCTTTCAATCCTTAGCCATCCCTGCTGTAAAAACGTCGTCTGTCTCGAATAAATCTGAGTGGGACGATGTGGAAGTATTCGTGTTTGGTTTTTCCGATTACAATAAAATGATGGATACAAATAAGCAGAAACAACTCGAAGCATTAAAAAATAATGAAGCCATATTACTTACCCAAGAAGTAATTAGTCCATATATTCCACCTATACCAAATAAATTACAATTTTTTACTGGTAAAAAAGAGATAGAACTGGAAATCGAGCTAAAGGAAAACACAATAAACTCCACGGTATTTTGGAGTAGCAGTCTAGTTGTATCAGATGCTACATTTAATAAATTTCAAAAACACGGAGAAGAAGCCTATTATTATACGGCAAATATACCTAATTGGGTACATTACGTCGAGGAAATGGAACAAGCAGAAGTCGCCGCTTCAAGTGATGCGATCTCTACAAGCTCCAGGGCAGGCTTCTATACAGATTTCAAAGAAGCAGTGTCGTATTTGTTCTTTTTTGGGATTTTTATTAGCGTGCTATTTTTTCTAGCCGCTGGATCGATTCTTTATTTCCGTATGTATCAAGGTATTGATAAGGACATTGCTCATTACTATTCCCTTTATCGTATTGGCTTAACAAATAAAGAAATGAAGAAAATTGCAACGAGGCAAATTGCCTTTCTATTTTTTCTACCATTTTTCGTAGCCGTTATTCATGCTGCTTTTGCCTATAAAGCATTACAAAATATGCTTGCATCATCTGTGCTCATACCTAGTATGTATATTATTTCATTTTATTTTATTGTGCACTTTATCAATTTTATTTTTATTCGTAATTTCTACCTTTCTAGACTTAAAAAAGCGGCACGCTCTTCTGCTTTATAA	MTFRQFTFNNVKRNTRAYLSYFLSCIFAVIVFFMYAVVIFHPEIATYDFIDAVKTGIVASEVIIYLFSFLFVLYSTSAFIKSRKKEYGILTTLGISKFQLNRMLILENTIIGVASIVAGILVGALFTKLFLMIFSVILGTGEVFSFYLSWKAIAITVILFFFMFEINSLLVVLTLRTKSIMEVFRGAQAPRKKPRFSWIISVLALAAVTYSYYLAYTSDLISMMYRMFIILALIIPGTYFLFTQFSIALTSFLQRRKNIFYKRLNLLIISDLTYKLKDNAKLLSMVTILSAVAFTSSGVLYGLFQAAEEESERFVPHDYSLLTEGEENKAELDETIKEVESFFHESEIPFQSLAIPAVKTSSVSNKSEWDDVEVFVFGFSDYNKMMDTNKQKQLEALKNNEAILLTQEVISPYIPPIPNKLQFFTGKKEIELEIELKENTINSTVFWSSSLVVSDATFNKFQKHGEEAYYYTANIPNWVHYVEEMEQAEVAASSDAISTSSRAGFYTDFKEAVSYLFFFGIFISVLFFLAAGSILYFRMYQGIDKDIAHYYSLYRIGLTNKEMKKIATRQIAFLFFLPFFVAVIHAAFAYKALQNMLASSVLIPSMYIISFYFIVHFINFIFIRNFYLSRLKKAARSSAL	PGPT0013350_10618	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004	NA	NA
AK148_03988	777	yxdL_3	COG1136	ABC transporter ATP-binding protein YxdL	ATGCCGTTACTACAAGCAGAAAATCTATCCAAAACGTACGGTAGCAAACGTGGAATTTCGTACGAAGCTTTGCACCAATTTACGCTTACTGTACAACAAGGAGAATTCATAGGTATTATGGGACCTTCAGGAAGTGGCAAGACGACCTTGCTAAACTTACTGTCGACCATTGATAAACCGAGTTCGGGAAAAATTATTATTCATGGAGAAGATGTCACTTCTTTCTCTCATCACAAATTGGCGAAATTTAGAAGAAAAGAAATGGGGTTTGTTTTTCAAGACTTTAATTTATTGGAAACATTAACTATTGGAGAAAATATTTTGCTCCCTTTAACATTAAATAAAGTAAAAGTGAAAGAGATGACACCAAAATTACATATCATTTCTAAACAATTAGGCATTGAAAATATTTTAGAAAAACGCATTATGGAAGTATCTGGTGGTCAAATGCAACGAGCGGCCATCGCTAGAGCGCTTATTCATAATCCTTCCATTATATTTGCTGATGAACCAACTGGTAATTTAGATTCTAAAGCGTCACTACAAGTAATGAATACGCTAAGTCACTTGCAAAAGCATTATGAAACAGCAACACTAATGGTAACGCATGACCCGTTTGCTGCAAGTTTTTGCCAAAAAGTCATTTTCATTAAAGATGGAAAATTGTATAACGAAATACATCAAGGTGACAATCGGCAAACTTTTTTTGAAGCAATCTTAAACATGCAGTCATTATTGGGAGGAAACATCCATGACCTTCAGACAGTTCACTTTTAA	MPLLQAENLSKTYGSKRGISYEALHQFTLTVQQGEFIGIMGPSGSGKTTLLNLLSTIDKPSSGKIIIHGEDVTSFSHHKLAKFRRKEMGFVFQDFNLLETLTIGENILLPLTLNKVKVKEMTPKLHIISKQLGIENILEKRIMEVSGGQMQRAAIARALIHNPSIIFADEPTGNLDSKASLQVMNTLSHLQKHYETATLMVTHDPFAASFCQKVIFIKDGKLYNEIHQGDNRQTFFEAILNMQSLLGGNIHDLQTVHF	PGPT0013345_2393	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
AK148_03989	1005	rcsD		Phosphotransferase RcsD	ATGAAAGATTTTCTCAAAGATAGTGTCCCAACCATACTTTTCTTTTACACACAGTTAATTGTTTTCATCCTCATCGTTCAGCTATTTTATGGTATTAGAGCTGTACCAATGGACTGGGATTTGATTATCTATTTATTTATTTTATTAACATTTGGATTACTCCTATTTCTGGCCTATCGTTATTACCGATTACGTGATTATTACGTGACAATCCATCATGATAAGGATAATGCAACGTGGCTACCAGATCCGCCAACACAATTACTTTTAAATATTAAGCAGCAACATGATGCACAAACAAACCGCTACGCCGAAGAAATCGAGCAGTTGAAAGAACAAAAACAAATGGAGTTTCATTTCATTCAACAATGGGTGCATCAAATGAAGACACCTGTTTCTGTCATGCATCTAACTTTGCAAAAAGAAAAATTACAGTTGTCCCAAAATTTCTTGCACAGTATGCACGAAGAATTAGAGCGTATGCAACAAGGTTTAGATTTAGCCTTATACCAATCTCGATTGCAAAAGTTTGATCGTGATTTTCAAGTACAACAAATTGTATTAAGAGATTTAGTTAAAGATATTATTCAAGAATTTAAATCTAGCTTTATTCGTAACCAAGTGTATCCTGAACTTACCATTGAAGAAAAATACGTGGTAACAACCGATTCTAAATGGCTCCGTTTTGTAATTAGTCAAGCTGTTTCCAATGCCATCAAATATTCGAAAGACGAAGTAGCCAAAATATATTTTTGTACAAGTTTATCCGACGATCATAAACTGGTATTGCAAATCACCGATACTGGCTACGGAATTCCGCGTGAAGACATCAACAGAGTTTTTGATCCCTTTTTCACCGGGAAAAATGGGAGGAAATTTAGAGAATCAACAGGAATGGGTCTATATTTATCTAAACAAATTTGTACAGAACTTGGACACGAGTTAACCATTGCATCTGAAGAAGGAAAAGAAACTACCGTGTCCATCCATTTTAGTCATCGTTAG	MKDFLKDSVPTILFFYTQLIVFILIVQLFYGIRAVPMDWDLIIYLFILLTFGLLLFLAYRYYRLRDYYVTIHHDKDNATWLPDPPTQLLLNIKQQHDAQTNRYAEEIEQLKEQKQMEFHFIQQWVHQMKTPVSVMHLTLQKEKLQLSQNFLHSMHEELERMQQGLDLALYQSRLQKFDRDFQVQQIVLRDLVKDIIQEFKSSFIRNQVYPELTIEEKYVVTTDSKWLRFVISQAVSNAIKYSKDEVAKIYFCTSLSDDHKLVLQITDTGYGIPREDINRVFDPFFTGKNGRKFRESTGMGLYLSKQICTELGHELTIASEEGKETTVSIHFSHR	PGPT0027855_83	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027855-yxdK-K11633	NA	NA
AK148_03990	699	graR	COG0745	Response regulator protein GraR	ATGAAGAAAATTTATCTTATAGAAGATGACAAAAAAATTGCTGACTTATTAAAAGATTATCTAGAAAAATACGAATACGACATACAGCTTGTTCAAGAATTCGACCGTATTGTAGAAGAGTTTCAAGTCTTTGAACCACATTTAATATTACTTGATATTAATCTTCCTAGCTATGATGGGTTTTATTGGTGCCGAAAAATCCGCAGTATATCTAATTGTCCAATTATATTTATTTCCGCACGTGATTCAGGTATGGATCAGGTGATGGCAATAGAAAACGGTGGAGATGACTATATTACCAAGCCATTTAACTTTGATGTGGTTCAGGCAAAAATAAAAGGAATTATGCGTAGAATCTATGGAGAATACGCCTCAAGTACACCTATAGACTTGTTAGAGATTCGTGATTTATGCTTACATTTAACTGCAATGGAAGTTAGTCTTAACGGGCTTAAAGCTATTTTAACAAAAAATGAATTTATTCTACTTAAAGCATTTATGGAGAATGTAAATCACGTATTATCACGAACCTTCTTATTGGAAATGCTATGGGATGACGAACATTTTGTGGATGACAACACGTTATCCGTTAATATTACGCGCGTACGTAAAAAGCTTGAAGATATTGGTGTGCACCAAAGTATTCAAACCGTTCGTGGTGCCGGATACAAAATGATCGATACGTGGAGTGAACAATAA	MKKIYLIEDDKKIADLLKDYLEKYEYDIQLVQEFDRIVEEFQVFEPHLILLDINLPSYDGFYWCRKIRSISNCPIIFISARDSGMDQVMAIENGGDDYITKPFNFDVVQAKIKGIMRRIYGEYASSTPIDLLEIRDLCLHLTAMEVSLNGLKAILTKNEFILLKAFMENVNHVLSRTFLLEMLWDDEHFVDDNTLSVNITRVRKKLEDIGVHQSIQTVRGAGYKMIDTWSEQ	PGPT0027850_87	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027850-yxdJ-K11634	NA	NA
AK148_03991	426			hypothetical protein	ATGTTAGCGTGGTTACTAATCATTGCTGTCACTTTTGTTATGGGTAGGAGCTTCATTGATTTTATCCATGTAGGGAAAATGCAGACGTATATACGACGCAGTGGCTTTTCATTAGAGTTCTTTTATATGTTATTAATTATTTATGCAGTAGTTATCGTTGGATTCGGACTCATTTATTTTGTGCTGTCCATGCAAGATATCGTACTTGTAGAAAATGGAGCATTGAGACAAGTGAGTATACTTGACGCCCTTGGACAAGCTGTTTATTTTAGTGGAGTAACAATGCTAACAATCGGATATGGTGATATAACGCCTGTTGGTATTGGGAAAATTATCGCCCTCATGCAGGCCTTAATTGGTTATATATTACCTACTGCTTTTGTGTTAAGATTAGTGCAATACCAAGATCAGAGCAGGAATCAGTGA	MLAWLLIIAVTFVMGRSFIDFIHVGKMQTYIRRSGFSLEFFYMLLIIYAVVIVGFGLIYFVLSMQDIVLVENGALRQVSILDALGQAVYFSGVTMLTIGYGDITPVGIGKIIALMQALIGYILPTAFVLRLVQYQDQSRNQ	PGPT0013815_19	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0013815-lctB-K08713	NA	NA
AK148_03992	471	bcp	COG1225	Putative peroxiredoxin bcp	ATGACTGTACAAGTAGGAGAAAAAGTAGCGGATTTTTCTCTACCAAATCAAGCTGGAGAATTAGTTCGTTTATCTGATTATAAAGGAAAATATATCGTTTTATATTTTTATCCAAAAGATATGACACCAGGCTGTACAACAGAAGCTTGTGATTTTAGAGATGCGCATGAGAGCTTTGAAGATCTTGATGCGGTGATTATTGGTATTAGTCCTGATCCTGTTGCATCGCATCAGAAGTTTATTGATAAGCATGACTTGCCATTTATGTTATTGGCTGATGAAGAAAAACAAGTGGCAGAACAATTTGGTGTTTGGAAACTAAAGAAAAACTTTGGCCGAGAATATTATGGTATAGAACGCTCCACGTTTATTATAGATAAAGAAGGCGTGTTACAGAAGGAATTCCGTAAAGTAAAAGTGAAGGGGCATGTAGAAGAGGCGCTGTCATTTATTCGCGAGCAATTGCAGTAA	MTVQVGEKVADFSLPNQAGELVRLSDYKGKYIVLYFYPKDMTPGCTTEACDFRDAHESFEDLDAVIIGISPDPVASHQKFIDKHDLPFMLLADEEKQVAEQFGVWKLKKNFGREYYGIERSTFIIDKEGVLQKEFRKVKVKGHVEEALSFIREQLQ	PGPT0013120_2933	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013120-bcp|PRXQ|DOT5-K03564	NA	NA
AK148_03993	552	yvqK	COG2096	Corrinoid adenosyltransferase	ATGCGAATATATACACGTTCTGGAGATAAAGGAAAAACATCGCTTATATATGGTGAGCGCGTGAATAAAAATGATCTTCGCGTTGAAGCTTATGGAACTTGTGACGAGGCAAATTCGATGATTGGTTTAGCTATTAGTTATTTGCAACAAGAGAGTACGTTTAAAGAAAAAGAATTTGTTATCGAAGAACTTTCCCGTGTGCAAACATTGTTGTTTCATGTTGGTTCAGAGCTAGCTACACCATTAGATAAAGAAGTCCCTTGGAAATTAACCGAGAAGCATATTGAAACATTGGAAAAGCAAATTGATAATTGGGATAAGCAGTTAGAGCCGTTAAAAAATTTTATTTTGCCATCTGGAGTACCAGCCTCTTCGGCCTTGCATGTCGCTAGAACAGTATCGCGAAGAGCAGAACGTCTAGCTGTAGGGATAGAAAACGTCAATCCATTAAGCCTTACTTTTCTGAATCGCTTATCGGATTATTTATTTGTTGCAGCGAGATACATGAACCAATTGCTTGAAGGAGAAGAAAGAACTTTGCACACTACATGA	MRIYTRSGDKGKTSLIYGERVNKNDLRVEAYGTCDEANSMIGLAISYLQQESTFKEKEFVIEELSRVQTLLFHVGSELATPLDKEVPWKLTEKHIETLEKQIDNWDKQLEPLKNFILPSGVPASSALHVARTVSRRAERLAVGIENVNPLSLTFLNRLSDYLFVAARYMNQLLEGEERTLHTT				NA	NA	NA	NA	NA
AK148_03994	339			hypothetical protein	ATGAGAAAATTAATTTTTTTAATTGTAATAATTATACTATTAGGAGGTTGTAATGTGAACTCATCCAGCAATAATAATTACGATAAAAAGATTATTACAAAAGCAAAAAACACTGTGGAAAGCTATTTGGTAAACAATTATCAACATATAAACGAAATCAAGTTCAGTGACGACACAAATGATCCAATGGGAGGTCTAATGATTAATGGAACTATAAATAATGAAGTGAGTTTTTCTGCTAGTGTTGATCCTGAAAAATTTGTTGTTAAAAGTTTAGGAACTGATGACGGTTTCCCTCCTAAAAAAGAAGAGTGTGAAGGAAAGGTCTGCGACTATTAA	MRKLIFLIVIIILLGGCNVNSSSNNNYDKKIITKAKNTVESYLVNNYQHINEIKFSDDTNDPMGGLMINGTINNEVSFSASVDPEKFVVKSLGTDDGFPPKKEECEGKVCDY				NA	NA	NA	NA	NA
AK148_03995	357			hypothetical protein	ATGAAAAAACTGTTCATTTCAACAATTTTTATTATTACAATTATACTATTAGGAGGTTGCATTGTGAACTCAAATAATGAAGATTTTGATGATGAAACAATTCGTAAAGCTGAAGAATCAGTTGAAAAGTTTTTAAAGAATAACTATAAAGATATCCGTACAGTAGATTTTGAAAAAGGTGATTATAGTACTCCTATGGGAGGAATGGTAATTAGCGGAATAGTTAATAATAATAAAGAAGCGACTTTCTCTATCGACATTGATTATCAAAGTAACTTTAGAGTTGGTTCGATATCCGAAGGAAATGAATTTCCTGAAATAAAAGAGGAATGCAAAGAAAGAACATGTGATTATTAA	MKKLFISTIFIITIILLGGCIVNSNNEDFDDETIRKAEESVEKFLKNNYKDIRTVDFEKGDYSTPMGGMVISGIVNNNKEATFSIDIDYQSNFRVGSISEGNEFPEIKEECKERTCDY				NA	NA	NA	NA	NA
AK148_03996	105			hypothetical protein	ATGAACACAGAAAAAAATTTAAGAAGAAAGTATAGCGGGCTTCTATTTGCCAAGCAAAATGAACAGAGGTATCCAGAACAAAAAGGCTATGTTAAAAGAGCGTGA	MNTEKNLRRKYSGLLFAKQNEQRYPEQKGYVKRA				NA	NA	NA	NA	NA
AK148_03997	228			hypothetical protein	ATGAACAGAGGTATCCAGAACAAAAAGGCTATGTTAAAAGAGCGTGAGAAGATAGAAAGGCATGAAGAAGTACAGGAAGTATCTGTGAAAAACATCCAACAAGCTTTTAAAACGATCGAAAAAAAGGATCAGGATTTATACCATGCTTTAAAGGTAATCATTGATTATATAACAGTAAATATAGATGGCAGCGTGGATATCAAATATAATTTTGATTTGAATAAGTAG	MNRGIQNKKAMLKEREKIERHEEVQEVSVKNIQQAFKTIEKKDQDLYHALKVIIDYITVNIDGSVDIKYNFDLNK				NA	NA	NA	NA	NA
AK148_03998	174			hypothetical protein	ATGAATAAAAATTTATATTTGATTGTTTTAGTGATAGTTGCAGGTTCATTTTTTATAAATATTTTCGTAGACAATGAGTTTATTTCAACAATAATAAATACTATTGCATTAATTGTACTAATTGCTGTGGCTATTTATTTATGGTTTACGCTTGGTCGTAAATCCAGCAAGTAA	MNKNLYLIVLVIVAGSFFINIFVDNEFISTIINTIALIVLIAVAIYLWFTLGRKSSK				NA	NA	NA	NA	NA
AK148_03999	267			hypothetical protein	TTGAAATATGCTTGTCCTTGTTGTGGCTACAAAACACTAAACGAAGAACCAACCGGTACTTTTGAGATAGGTAAAATATGCTTTTGGGAAGATGATTATACTCAATTTGCTGACCCTGATTATGAAGGAGGCGCTAATGTCCCTTCATTAAAGCAAGCGCAAAGGAATTTTATCTTAGTGGGAGCTTGTGAAGAAGAGTTTGTTGAGCACGTGAGGAAACCTAATGAAAAAGACCGCAAAGATCCTCGTTGGAAACGTATTGTATAA	MKYACPCCGYKTLNEEPTGTFEIGKICFWEDDYTQFADPDYEGGANVPSLKQAQRNFILVGACEEEFVEHVRKPNEKDRKDPRWKRIV				NA	NA	NA	NA	NA
AK148_04000	360			hypothetical protein	ATGTATTTACTTTTATTTACCATAATTTATTGTGTTATAACACAGACTTTGAATATTTCTTATGAATATGCTATGGGAATTTATATAATAGGTTTAAGCCTTGTAAAAGGATTTTTTAGCGAGGAAATAAGGGATATTTTTAATTTCCAAAAAGCAAAGAAATTATACGAAAAGAATGGGTTTAATAATTCTTTAATGGAACTTTTATCTTTAATATTAATATTTGTTAATTCTTATTTAATTGATTATAAGCCCTTCCATCTTTTCGAATTTATTTATATATTTTTTCTTATTGCAATTTTATATCGTTTTTTATTTTGGGGTACAACACAAACACTTAAGAAGTTAACTTATAAGTGA	MYLLLFTIIYCVITQTLNISYEYAMGIYIIGLSLVKGFFSEEIRDIFNFQKAKKLYEKNGFNNSLMELLSLILIFVNSYLIDYKPFHLFEFIYIFFLIAILYRFLFWGTTQTLKKLTYK				NA	NA	NA	NA	NA
AK148_04001	276			hypothetical protein	GTGCTTGAAAAATTTTTTCCTGTATTATGCGTTGTTGCTGTTGTTTTAGGTCTTTCTTTTCCAATAAGTAGTCATGCTAGCGAAGTTAATTATGGTGAAAATGAAAAACCAATTGATTGGAAATATGGCACAGATGTTACTGTAGATAAGAATCAGGTCCAAATGGCAGAAAGACTGTCTACTTATTTTGAAGAAAATACAGATGGCACTGTTGATTTTAATGCCGATAAAGAAACTCTTATGGATATTGGAATTTCAGAAAATGATGCTGAATGA	MLEKFFPVLCVVAVVLGLSFPISSHASEVNYGENEKPIDWKYGTDVTVDKNQVQMAERLSTYFEENTDGTVDFNADKETLMDIGISENDAE				NA	NA	NA	NA	NA
AK148_04002	537			hypothetical protein	ATGGCTTCAATTAATTCAGATGATTTATCTTTTAACGAAGAAAAACAAGAACAACAAATTCAAGGCTTTGTAGGCTTGCACTTGAAATTAGGGCCAAAAGTTAGAGCAATGAATGCTATAGTAGCTGGCGCATTTGCTACAGGGCCTTGGGGCGCAGGTGCGGCTGCAGCCATCACCGCTTCAACAGCCGGGGTAGTTGGATGGGTAGTCAGTACGTCAGGAGATCCTACTTATTCAAAAGATAACTTTCAGTATCAAAAAGAAACAGATACTTATCGTTGCCCTCAAGGAAAAGAACTTCCTTATAAGGAAAATACGTCTAAAAATGGTATGAAGTACAAGAGATATAAAGGGGGAGATATTTGTTTATCTTGCCCTGTATATAATTTATGTACAAAAGCTAAAACAGGAAGGAATATTCAACGCTGGGAACATGAAGAACTTCTTGAAAAATTGAAAGAAGATACGGAAGCCAATAACGAAACCTATAAGAAAAGATCGCAAATTGTAGAACATCCTTTTGGAACCATTAAGTGA	MASINSDDLSFNEEKQEQQIQGFVGLHLKLGPKVRAMNAIVAGAFATGPWGAGAAAAITASTAGVVGWVVSTSGDPTYSKDNFQYQKETDTYRCPQGKELPYKENTSKNGMKYKRYKGGDICLSCPVYNLCTKAKTGRNIQRWEHEELLEKLKEDTEANNETYKKRSQIVEHPFGTIK				NA	NA	NA	NA	NA
AK148_04003	420			hypothetical protein	ATGAAAAAAAGCTTTATGATACTAATAGCAGTTCTATCCATACTCATTATCACAGCTTGTAGCAACAGCGACAATTTATCGGGAAAAACGTTCGATGTTAGTGTGGTTTCATCACCAAACAATCCTAATAAATATGACTCTATAATGACATTAGAATTTACAGATGGAAAGGTAATCACTATTGATGGAGAAGAAGGAACATATGAGCTGAAAGATGATGAACTTGTGATTCAGTTTGAAAATGAGAATGAATCTTTAGAAATAGAATTTACACTTAAAGAAAGTGATAAAGACTTTAGCGAGTATTCAGCAGAAATCAGTGATACAGACTTCCAAATTGAAGATTCTGAGCAAGTAAGTAAATATAAAAATTTCTACACGAATTTATCACATTCTCACGTTGAATTTATAGAAAAATAA	MKKSFMILIAVLSILIITACSNSDNLSGKTFDVSVVSSPNNPNKYDSIMTLEFTDGKVITIDGEEGTYELKDDELVIQFENENESLEIEFTLKESDKDFSEYSAEISDTDFQIEDSEQVSKYKNFYTNLSHSHVEFIEK				NA	NA	NA	NA	NA
AK148_04004	174			hypothetical protein	ATGAAGAAACTTGAGGACCCCACTATCCAGTCCTCGATTGGATGGTTAAGAAATTCTAAGAAAACAAGAGCATTTGGAAGATATTTTAATTATATAGAGGGAGGAATTTTACATGAAAAAAAGCTTTATGATACTAATAGCAGTTCTATCCATACTCATTATCACAGCTTGTAG	MKKLEDPTIQSSIGWLRNSKKTRAFGRYFNYIEGGILHEKKLYDTNSSSIHTHYHSL				NA	NA	NA	NA	NA
AK148_04005	261			hypothetical protein	ATGAACAAAAAAATTATAGGGTCCATTTTCATTCTAATTTCTACAATTCTATATTGTACTCGATACATTAGCGCAGCAATTTCAGGAGCAAACGCTAAAAGTTGGTCTAAAGAAGAGTTTATGGCGCATTTATCATATGTACCAAGTAGTTTAATGATACTAAGTATTATTGCTATGATTATAGGGTTAATTTACTTTATTACGGGGCTAATAGATTTAAAGAAACCGTATAATGCAACTAATAAGAATGTAGAAAGCTAG	MNKKIIGSIFILISTILYCTRYISAAISGANAKSWSKEEFMAHLSYVPSSLMILSIIAMIIGLIYFITGLIDLKKPYNATNKNVES				NA	NA	NA	NA	NA
AK148_04006	552			hypothetical protein	TTGGAAGAAAAATTATTTTTTGTCCTTTTTTTATTTTTATTGCTGAGTATTTTTAACGTAACCGTCTATGCTGATGAAATTGGTAGTGAAGAAGAAAAAGATTTCCTTTACGAGGGTTTAAAACCCGGTGAAACAGTTGTGAATTTTTATTCTGAACCAGTATCAGAAGATGAATTAATTTACGAAAATGAAGTACTTCCAAAAGAAGCGCTTACTGAGAATGAATCTATTGAAGGTGAATCTGTGTCACCAATGAGCAGGAGAAAAAAATGGTACCTTAAAGGTGGTAAGAAATATGTTGGTCTGAGTTACGGATCATGGAGATACGCAGGAGCTTCAACAATCAGTGGTGGCGTGTTACATGCATCTCACTCATCAACTGTTGCTAATTCATATTCTGGATCATTAAATGTTACGAAGAGGGATTTAAATGCTTATATAGGATTCAACACTACTAAGTATTGGCGAAAACAGTTAGTTATTCAGGCCCCTCATATCCATCTGGTAGGTACAGATTACAATACAGACACGTTTACAAAAAGTATAAAGTAA	MEEKLFFVLFLFLLLSIFNVTVYADEIGSEEEKDFLYEGLKPGETVVNFYSEPVSEDELIYENEVLPKEALTENESIEGESVSPMSRRKKWYLKGGKKYVGLSYGSWRYAGASTISGGVLHASHSSTVANSYSGSLNVTKRDLNAYIGFNTTKYWRKQLVIQAPHIHLVGTDYNTDTFTKSIK				NA	NA	NA	NA	NA
AK148_04007	597			hypothetical protein	ATGCAGATAAAAAAAATTAGAGGTTGGAAAAGAAGAGTAAAACAGCTTGGGGAATGGAAAAAAGATAGTATTACTCTTGATATTAACTTTTTAAACAAGTATAGCGTTGAATATAGAAAAATATTTAACTTTAACGAACGATATTTTATCCCAAATTGGTTTAAACAAAAAATTGTTTCAAGTTTTATTGATGTTTTTAAACATTGGCAAGCCCAAGCAAAAGATGAGTTTGAAAGCTTCTACATACGCTTAGATATAAATCAAACTGATATTTTTGACTCTGAAATTATGATTGTTATTGGAGAAGCAATTAAAGAATATAAAAGCAAATGGGAAAAAGTTGAAAAACACATTCCAAAGCCAGATTGGGTAATTGAATTTTGTAAAAAAGAGTGGATCCCTTACTACCAATGCTCAGTCTGGTTAGAAGATGAAATAAACTCATTATCTGACACAGATAAAAGCAAATTAATGGAGCAATTAGTAAAAGTAAATAAAATTAATGATATTTCTGAGGAAGAAATACAAGAGTATACTATTATAGATTCTATAGTATGGTGTATAGAGTATGAAAACAAACCATCTATAATGCTTTGA	MQIKKIRGWKRRVKQLGEWKKDSITLDINFLNKYSVEYRKIFNFNERYFIPNWFKQKIVSSFIDVFKHWQAQAKDEFESFYIRLDINQTDIFDSEIMIVIGEAIKEYKSKWEKVEKHIPKPDWVIEFCKKEWIPYYQCSVWLEDEINSLSDTDKSKLMEQLVKVNKINDISEEEIQEYTIIDSIVWCIEYENKPSIML				NA	NA	NA	NA	NA
AK148_04008	459	fabG_6		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGTTCTTGCCGCAAATGGATTATCTAAATTTTTACTTACCTAAAATGATAAAAAATAATTTTGGCCGAATTATCTTTATTGCCAGTGAAGAAGCAATTATGCCATCAGGACAAATGCCTCAATATTGTATGACAAAATCAATGCTATTATCATTGTCAAAAAGCCTATCTAAATTAACAATAGGAAAAGAAGTTACAGTCAATACGATCTTGCCGGGAACATCGCTCTCTGAAAATGTGCACCAAATAATTGAGGAGATGTACCCAAATGAAGAAATGACTTTTTCAGCAAAAGAGAAAGAATTTATGACTACAAATCTACCTCAATCAGAAATTCAACGATTTATCAAGCCAACTGAGATAGGTAGATTAACTACCTTTATATGTAGCCCTTATGCTTCCGCTTTTAAAGGTTCTCCGATTCGTATGGATGGAGGCATGGTACCTACTATTTTCTAG	MFLPQMDYLNFYLPKMIKNNFGRIIFIASEEAIMPSGQMPQYCMTKSMLLSLSKSLSKLTIGKEVTVNTILPGTSLSENVHQIIEEMYPNEEMTFSAKEKEFMTTNLPQSEIQRFIKPTEIGRLTTFICSPYASAFKGSPIRMDGGMVPTIF	PGPT0003180_3489	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
AK148_04009	381	pldh-t		Pyridoxal 4-dehydrogenase	ATGGATATGGAATTAAAAAATAAAACAGCTTTAGTCACTGGTTCAACAAGAGGGATTGGTAAAGCAATTGCCATTGAACTTGCAAAAGAAGGTGTTCATGTACTAATTAATGGACGAAATTACGAAGAGGTAGAACGAACCGTAAATGAAATGAAGATAGAGTCCCCTGATAGCTTCCCTCAAAATGCTACTGCCGATATTGGAGATAATCAACAGAGGGAAACATTATTTAAAAAACATCCCCAAATTGATATTTTAGTTAACAATGTGGGGATTTATGAAATTATGAAATATGATGACGTTGACGATGAAGTATGGGAAAAGTATATCCGCACTAATGTTCTTGCCGCAAATGGATTATCTAAATTTTTACTTACCTAA	MDMELKNKTALVTGSTRGIGKAIAIELAKEGVHVLINGRNYEEVERTVNEMKIESPDSFPQNATADIGDNQQRETLFKKHPQIDILVNNVGIYEIMKYDDVDDEVWEKYIRTNVLAANGLSKFLLT	PGPT0003180_3489	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
AK148_04010	975			hypothetical protein	ATGACGTTGTATACCTTTGACCGTATAATAATTCCTGCAGGATTTTGGACAGGATTACGTCAATTGGGAATAGCCGCGCATGACATAGTTCAAAAAGCACAATTGCCAATCTCCATTGTTTCTGATCCAGTTGTCACCACAGCCCAATATTTTGCGATCTGGCAAGCTTATTCCGACCTCATTGATAACACTGCTAAAGGAATCATCAAGCTTGCAACATCCTTTGAAACAGATCATTTCCCTCCGACTGTCTTAGCAACTTACCACGCTCGTGACTACCGTGAAGCTTTAAAGCGAATGGCCAGGTACAAGCAACTTTGTCCGCCTGAAAGCTTACATATCATCGAGGAAGGTGAACACTGTACAATAGAAATAAAAACATTGCATAGTGAACAACCCGGTCTTCCCCTATTAATTGTTATTACGTTGGCATTTCTTCTAGAACTAGGGCGTCGCGGCACAAGTCAACCTTTGACAGCAAAGTGCGTAGAATTTTCTACCCATTCCATTGGCGACCTACAGATACTTGAAAATTACTTCGGCTGCCAAATTCAGATGGGCGCCAATTGTAACAGGTTGACTATACATCGAACAGATCTAGATCGTCCCTTTGTCTCTTACAATGCAGAATTGTTAGAGATACTGACTCCCGTACTGGAACAGTCGTTGAATGAGCACCCACGCAGCTCTTCAATTACCGAGACGGTCAAGTGGATCATGAAACGTAGCCTAACAGGTGGTCGCCCTGAAATTCAGACTATAGCGAGGGAGTTAGGGATAAGTGATCGTACCTTGCAGCGTCGGCTTACTGAAGAAGGCACAAGCTTCAAGCATTTGTTAGTAAAAGTTCGACATGAACAGGCTAGAGAGTATCTGGCAGACCCGACGCTTGATATTAAAGAGGTCGCATTTTTGATTGGATATAAAGACCAAAGCTCATTCTACCGCGCCTATGGGAAGGTGCTACGCCTTTAA	MTLYTFDRIIIPAGFWTGLRQLGIAAHDIVQKAQLPISIVSDPVVTTAQYFAIWQAYSDLIDNTAKGIIKLATSFETDHFPPTVLATYHARDYREALKRMARYKQLCPPESLHIIEEGEHCTIEIKTLHSEQPGLPLLIVITLAFLLELGRRGTSQPLTAKCVEFSTHSIGDLQILENYFGCQIQMGANCNRLTIHRTDLDRPFVSYNAELLEILTPVLEQSLNEHPRSSSITETVKWIMKRSLTGGRPEIQTIARELGISDRTLQRRLTEEGTSFKHLLVKVRHEQAREYLADPTLDIKEVAFLIGYKDQSSFYRAYGKVLRL				NA	NA	NA	NA	NA
AK148_04011	258			hypothetical protein	ATGTATGATAATCTGGCTGATTTTATAGATATGTTGGACGGAAGGTTACCGGCAGGATTTATTCCAATTGGAGATGATCCAGCAGGTAATGCTATATGCTTAGGCACTAAGGAACCGTATTATGAAAAAATTTATTTCTGGGATCATGAGCAGGAACCAGAAAATCCTGATGATATGAGTAATATGTATTTTTTAGCTAATAACATTGGCGAATTCCTGAATAGTTTATATGGAGAAGTTGAACAAAATAACTCATAG	MYDNLADFIDMLDGRLPAGFIPIGDDPAGNAICLGTKEPYYEKIYFWDHEQEPENPDDMSNMYFLANNIGEFLNSLYGEVEQNNS				NA	NA	NA	NA	NA
AK148_04012	489			hypothetical protein	ATGTTTGAAGAAATGGGTTTGTCTATAACTACAAAGCGAACACCTTATCAGGCACAACATGTTATCCCTAAGGAATTTAGAACTCATCCTGTATTACAAAAAATAGGTATGGATATGGACAATGCCTCAAATGGATTTTTTCTTCGAGCTCCAGACGCTGAGGTTAGCGCGACTTCTAGGCATAAAGGATATCACGCAGTATATAGTAATTTTGTGAGGAAAAAATTGGATGAAATAGATATTAGACTAGATATAAATATAATAGAAAAACAAGTTTTTGAATTGCAGCAAAAGTTAAGACTACTTCAAGAAAAGGGATTACCACTATACATGAAGGATAACTACCTTGAAAATGAACTTAAAAGGATTAAAGAACTTGGATTGGAGCAATACAGAATAGAAAGAATAGACAAAGAGGCTGCCACTCCTGTGTGGAAAAGAGGAGGAGGGGCAACAGTTGATCTTTGGGAAAGGTGGTATAATAAGTAA	MFEEMGLSITTKRTPYQAQHVIPKEFRTHPVLQKIGMDMDNASNGFFLRAPDAEVSATSRHKGYHAVYSNFVRKKLDEIDIRLDINIIEKQVFELQQKLRLLQEKGLPLYMKDNYLENELKRIKELGLEQYRIERIDKEAATPVWKRGGGATVDLWERWYNK	PGPT0027660_15	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-YxiD-YxxD_TOXIN-ANTITOXIN_SYSTEM,PGPT0027660-toxin_yxiD-K21493	NA	NA
AK148_04013	486			hypothetical protein	ATGAACTATGGTGTATTTAATAATTTAGTTGAAGAGGTAATTCAGTTCTCAAAAAACTTCCAGAGTGAACAAACTAATAAAATTCCCAATAATATTATCATTATTGATGATATCAAAAGAGCAGAGCATTTGGCTTATGATGAGATTTTTGGTGAGGAAGAGTATAATTGGAAGGATATCAGAGAATTGGAAATGAGTGAAGTCTGGGGTATTTATTACTCAATGACTGAAAATGAAAAACCTAAAGGATTGGAAGAATTATTAGAAATTATTGCTGATAATGTGAGAAAGAGCTCATTTAAAAATAGTATATTTTATAATGATGTCGTAGCTGACCTTACTAATTGTGCCATCAATAGAGCGATAAACGGAAAGAGTAATCCCTTTTTTGAAAAATTGTTTGAGATATACCAATTTGGTGCTTTTCCTTGTGGTTGGAATGGTGATTATCCAGAAGGAAAAATTGTTGCTTTTAAATTGGATTAA	MNYGVFNNLVEEVIQFSKNFQSEQTNKIPNNIIIIDDIKRAEHLAYDEIFGEEEYNWKDIRELEMSEVWGIYYSMTENEKPKGLEELLEIIADNVRKSSFKNSIFYNDVVADLTNCAINRAINGKSNPFFEKLFEIYQFGAFPCGWNGDYPEGKIVAFKLD				NA	NA	NA	NA	NA
AK148_04014	429			hypothetical protein	ATGAATATTTTGCCTGATAGAATAAATGAATTTCTAGGAGAAGAAATGTATAAACGAGAAGATAAAAATTTAGTGGAGGATGCTTTAAAACGTTTAGGTGTAAATCCGTCAGTTACTTTTCGCGAATTTTATAATCAGTACGAAGGACCCTTCTGGGAAGAACATGTACCTTTTGAATTACTGGATATAGTAGAAGAAGAGCACAATATTGAATCATATACTTTTATTTCTCGGCAAGAACATCGTTTTCCTAAGCAATATTTGGTTCTAAGCGAAATGTCAGCAAATGCTGTACTAGTATTAGATACTACATCTGATAAAGTTTATATAGTTAATTTTGAAGGTGGAGACAATCTGCTTTTGAAAGGTGAACTAAAGGAAACTTGGTCAACATTTTTTGAGTTCTTAAAGGATTATTTTAATTGTTAG	MNILPDRINEFLGEEMYKREDKNLVEDALKRLGVNPSVTFREFYNQYEGPFWEEHVPFELLDIVEEEHNIESYTFISRQEHRFPKQYLVLSEMSANAVLVLDTTSDKVYIVNFEGGDNLLLKGELKETWSTFFEFLKDYFNC				NA	NA	NA	NA	NA
AK148_04015	945			hypothetical protein	ATGGCAAAGAAAAAGTATTATGATGAACATGGAAATCAAATTCGTTCAAGACCACCAGAACGAATTTATCAAAAATGGTGGATTTGGTTAATGGTGGTTGTTTTGGTGACTGTTGGAATCGCTGTTCTCGGTGGCGAAGAAAACATAGAAGAGCCAGTAGCAACAGGAATCTCGGAAGCTGAGAAAAAAGAGGAAGAGACAGAGGTTGCTGAACCAGTGGAAGAGGGTACGGGTGAAAAATCAACTTATACATATGAAGATTTTAAAGGAACATATGCTACTTTTGAAGGAGAGCCTTACAACTCTCCTATAGGACCAGATATAATGGTGATTGGAGACGAATCCTATCGAAGTTTTAATCGTTGGGATTTCGATAGGACTTCTACCATTCTTGATAAAACAATAGAAGGAAATGTTTTAACGCTCTATAGCGAACGTGAAACAGAACAATTCGAGCTACGTTATGAAGGTGATAAAAAAATTCTGCATTCAATTACAAATGGACAATCATTTTATTCTATGTCTAGTCAGGATTTACAAACTCACTATAATCAATCAGAAATTGATTATGCACGAATTATTTTGACAATAAATGGTGAACCAAGTTTAGATCAATGGATTTTGTGGGAAGATCCTGTTGTTAAGATAAATCATAGTTCAGCTGATGATCCAGTCTTTCAGATTGATGATATTGTTTATCCAGAAGATGTAACTCATTTATCTAGCACTATGACGGATTCTAATCACATTAACTACACACCTAATGGCGGCGGATATATCACGATTTATCCTAATCCGTCTCATTATCAAGCTGAACAATCAGAAGAAGAAAATCGTCAACTTGCCCAAGAAGTTTTAGATAATGCTTATACAATATATGTAGAGCCGTTCGATCCATACACTGTAGCAGATTTTATTGGACGTGTTGAATTTGTATATGAATAA	MAKKKYYDEHGNQIRSRPPERIYQKWWIWLMVVVLVTVGIAVLGGEENIEEPVATGISEAEKKEEETEVAEPVEEGTGEKSTYTYEDFKGTYATFEGEPYNSPIGPDIMVIGDESYRSFNRWDFDRTSTILDKTIEGNVLTLYSERETEQFELRYEGDKKILHSITNGQSFYSMSSQDLQTHYNQSEIDYARIILTINGEPSLDQWILWEDPVVKINHSSADDPVFQIDDIVYPEDVTHLSSTMTDSNHINYTPNGGGYITIYPNPSHYQAEQSEEENRQLAQEVLDNAYTIYVEPFDPYTVADFIGRVEFVYE				NA	NA	NA	NA	NA
AK148_04016	762			hypothetical protein	TTGAAAGATTGTGCTAGTGTGGAAAATTTCCGTAGTTTTGAACACCTTACACGTCTGTTGAAAGAACAGGCGGTTGCCACAAAAGATGGTAACGTTAAGCCTGTAGAAGGTGGCAAACTCACTTCCCAGATTCTTCAAAACCCATCCGACCCAGATGCAACTTTTCGACATAAAGCTGGCGAATCCCATATTGGACATAGTTTAAACTTTGTAGAAGTTTACGACAATAAAACAGATATGGGGTTAATTATGAATGCCAATGTAAAAGAAAACATTTATAGTGACGCTCAGTATGGAGAAGATTTTGTAAAGAATCACCCCCTTGCCAAGGAAATAGATACGTTAGCTGTGGATGGAGCTTATTATCGTCAAGAAACTATCAAACACGCAGAAGAATTAGGACTTGAAATCAATTTTTCACAAATGACTGGTCGCTCTGTTGAAGAAGATGTAATAGGTGTCGATCAATTTAAAATAGATGCGGAAATAAGGGAGATTACGGCATGTCCTCAGGGTCATCAACCTATTTTTTCTTTATATAACGAGAAGAAACAGGTATATACTGCCAAATTTTATAAAGATCACTGTCTAAACTGTCCGCTATTGGAACAATGCCAAGTAAAAGAACAAAAACGTGCGTATCATATTTCGTTTAGTGAAAACAAAATTCGCACAGACCAAACGCGTTCTAAAATCGGAACAGATCGTCACCAAGAGCTGTCTAATTATCGCGCAGGTGTGGGGGAGTTCCATCCGTTTTAA	MKDCASVENFRSFEHLTRLLKEQAVATKDGNVKPVEGGKLTSQILQNPSDPDATFRHKAGESHIGHSLNFVEVYDNKTDMGLIMNANVKENIYSDAQYGEDFVKNHPLAKEIDTLAVDGAYYRQETIKHAEELGLEINFSQMTGRSVEEDVIGVDQFKIDAEIREITACPQGHQPIFSLYNEKKQVYTAKFYKDHCLNCPLLEQCQVKEQKRAYHISFSENKIRTDQTRSKIGTDRHQELSNYRAGVGEFHPF				NA	NA	NA	NA	NA
AK148_04017	96			hypothetical protein	ATGTTTAAGCACGGTAAGAAGGACGTACAAAAAACACTATTTGATCAGGATCAATCCTTTCCAGGCTATGTAATGGACATGTTACAAAAAAGCTGA	MFKHGKKDVQKTLFDQDQSFPGYVMDMLQKS				NA	NA	NA	NA	NA
AK148_04018	1473	bioF_2		8-amino-7-oxononanoate synthase	ATGAAAAAATCATTTGAAAATATTATTAACCATTTAGCTGAAATTACAGGATACGATAAGGCCGACATTAAGCTAGATGATTCCTTGATAGAAGATCTTGGTCTAGATTCAATGATGGTAATGGATTTTCACAGATTAATATTAAATGAATTTCCAGGTTTGAAAGAACTAAGTTTAGAAAGAACATTTCAAGAGCAGGAACCAACAGTTGAAGGGATAATAACTTTAATCCAAAATGAATTAGGATTTGAAAATACAAAATCAAATTCGTTACTTAATAGCTTTACAGAGGTGCTAGAATTTAATGAATATCTAGAGAAAAAAGAAAATTTACCGTATTTCAGAGAAAATGACGGAATTGCTTCAAACAAAATCTTTATAGAAGGGGAAGAAAAGATCAATTACTCGACTTATAATTACTTAGGTATTAACGGGTCAGATTCAATTAATCAAAAGGTTATGGAAGCTGTAAATCAATATGGAACTAGTGTTTCAGGTAGTAGGTTACTCAGTGGAGAAATATTGCTACATAAACAATTAGAAAGGAAAATTTCAGAATTTTTAGGTGTTGAAGATGCCTTAATTCAAGTTGGTGGGCATAGCACTAACGTAAATACTATAGGGAATATAGTAAATCAAGAAGACTTAATCCTTCATGACGCATTAGCTCATAATAGCATTATACAAGGTGCAATTCTTTCTAAGGCGAAACGAAAACCCTTTAGACATAATGATATAAATCATTTAAAAAGTGAACTTCAAAAATTAAGGCCTAAATTTCGCAGAGTACTAATAGTTGTAGAGGGTGTTTACAGTATGGATGGAGACATTTGTAAATTACCAGAACTAATAGCTATAAAAGAAAAGTACAATGCTATTCTTATGGTGGATGAGGCTCATTCCATTGGAACTATTGGTAAGAATGGTAGGGGAGTGATAAGCTATTTCAATGTTAACCCTAACTCGGTAGATATTTTAATGGGAACATTAAGTAAGTCCCTTAATAGTTGTGGCGGTTATATTGCTGGTAGTAAAAAATTTATAAAGTATTTAAGGTATAATTCACCAGGTTTTATTTTTAGCGTTGGGATGACACCCGCTAACACAGCAGCAGCTTTAGAATCGCTCCAAATCTGTGAAAGTGAATCTGAATTATTTACAAGATTAAATGAGAACCATACATATTTTTTGAATGGATTAAAAGATTTAGGAATAAATACTGGAGATAGCCATGATACTCCTATTATTCCACTTATTATTGGAAATTCTGATGAAGCTCTTAGTTTTTCAGAAATGCTTTATGAAAGGGGAATAAATGCAATGCCTATTGTTTATCCTGCAGTAAAAGAGTGTGAAGCTCGTCTTAGATTTTTTATTTCAGCCGCTCATACAAAAGAAGACCTAGATAAAACTCTAAACATAATTAAAGAGCACCTTTCGAATAAAAAACCTTTAATTGCTGCTACACATTAA	MKKSFENIINHLAEITGYDKADIKLDDSLIEDLGLDSMMVMDFHRLILNEFPGLKELSLERTFQEQEPTVEGIITLIQNELGFENTKSNSLLNSFTEVLEFNEYLEKKENLPYFRENDGIASNKIFIEGEEKINYSTYNYLGINGSDSINQKVMEAVNQYGTSVSGSRLLSGEILLHKQLERKISEFLGVEDALIQVGGHSTNVNTIGNIVNQEDLILHDALAHNSIIQGAILSKAKRKPFRHNDINHLKSELQKLRPKFRRVLIVVEGVYSMDGDICKLPELIAIKEKYNAILMVDEAHSIGTIGKNGRGVISYFNVNPNSVDILMGTLSKSLNSCGGYIAGSKKFIKYLRYNSPGFIFSVGMTPANTAAALESLQICESESELFTRLNENHTYFLNGLKDLGINTGDSHDTPIIPLIIGNSDEALSFSEMLYERGINAMPIVYPAVKECEARLRFFISAAHTKEDLDKTLNIIKEHLSNKKPLIAATH	PGPT0022095_2590	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022095-bioF-K00652	NA	NA
AK148_04019	1245	cmoA		Carboxy-S-adenosyl-L-methionine synthase	ATGCAGTACGAATTATTGTTAAAACAATATGAATCATATTCCGCAAATAGATACGATAAATCACCCGAGAGATTCATTCGTATAAAATACTTATTAAAGTTATCAAAAATATTAGGGATTAAGGATACACCTTTATTTCAACTATTTTTGTTTTCAAAAGTAAAGAATTACATAAGATTCATTGTATTAAGAAAGGTTTATGATGGCTTTCACAATGTTAAAGATATTTCTATAGAGGATCGAAACCCCAATATATTTAATTCTTTTATAAAATTAGGTATGCAGGTGAATATGATTGTACAAATTGGAAATAAATATTCCCTAAACGAAGGGTACCATATAGAAATATTGGATCGAAGTAACTTAATTAAATTTGAAAACAGCAATTATAGTAAATCTGTAAATCAACTCCTAGATGATTACAGATTCGTTGAACGTGCTATTTTTTCAGACCCTAATACAACATTAGGTAAAATAATGAGAAAAATTGATTTTGTATATATTAAAGAAGTTCTTAAATACTTACAGGAGATTAACAATTTAGATTTTTACAAACAAACGCCCCCTAGTTTTTCAGAAGATTTCTATACAGATCTTGGTGAAATGGCATTTAATATTTACACCAAAGAAAACTACAAAGCTTTTATTTCACAAAAACATTTTAAAGCTATTTTAGATATTGGATGTGGCAATGGAAATTACATAGATATTCATTTGAATTCTAAAGATAAACTCATTGTTGGTGTTGAAAGACAAAAGAAAGTATTTGAAAAATTACAAAAAAAATACAAAGGTAAATCAAATGTTGTCATTTATAACGATGATATTAACAAAATATATTTTGAAGAAAAATTTGACATGATTAATATGAGCTACATGCTCTTCTATCTCAATGATAAACAAAAAGAGAATTTATTTAAAAAATTAAAACAAATATTGCACCAAGATGGTTCTATAATTGTATGTCAATACTATCCTGATTTTGAAATTTATCAAGAAATCATTGCTAAATATAATAAGAGCTGGGGCTTTGTATCAAGATATAAATATGATATTTGCAATAGTATCCTTCAAGCAGAAGTTGTTTTAAATAATATACTTATTGATTTTGCTCAAGCTGAACAGTGGGTACCTTTTCTTAATTTAATAGACTCAAGTGGGTTTGAAGTGAGTGAAATTTCACCTGCCGACGGTACTTATTATTCATACTTTATAACAATTAAACACAAAAAGGAGTGCGTTTAA	MQYELLLKQYESYSANRYDKSPERFIRIKYLLKLSKILGIKDTPLFQLFLFSKVKNYIRFIVLRKVYDGFHNVKDISIEDRNPNIFNSFIKLGMQVNMIVQIGNKYSLNEGYHIEILDRSNLIKFENSNYSKSVNQLLDDYRFVERAIFSDPNTTLGKIMRKIDFVYIKEVLKYLQEINNLDFYKQTPPSFSEDFYTDLGEMAFNIYTKENYKAFISQKHFKAILDIGCGNGNYIDIHLNSKDKLIVGVERQKKVFEKLQKKYKGKSNVVIYNDDINKIYFEEKFDMINMSYMLFYLNDKQKENLFKKLKQILHQDGSIIVCQYYPDFEIYQEIIAKYNKSWGFVSRYKYDICNSILQAEVVLNNILIDFAQAEQWVPFLNLIDSSGFEVSEISPADGTYYSYFITIKHKKECV				NA	NA	NA	NA	NA
AK148_04020	690	bceA_2	COG1136	Bacitracin export ATP-binding protein BceA	ATGATTAAAGGCAAAAATATCACAAAAGTCTTTAATGCAAATAAACAAAATGAAATAAATGTGTTAAAAGGAATTAATCTTATTATAAACGAAGCTGACTTTTGTACGATTATTGGCAAATCTGGATCAGGTAAGACTACGCTTCTTAAATGCTTGTCTGGCTTAGAAAATATTACCGCAGGAGATATTGAAATTAATAATAAAAATGTGGTTAATTTTAGTAAAAAAGAAGTAAATATATTTAGAAGATCAGACATTGCTTTTGTTTTTCAAGAATATAACCTAATTGATGATCTTACTCTATATGAAAATATTTATCTGGAGCACGAGGTTATGGAAGATATTGAAAACCTCATTGATATGTGGGACCTTCGTAAAGCTATTCATTTATTTCCAGACCAATGTTCTGGTGGTCAACAGCAAAAGGCAGCTATATTAAGAGCTTTGGCCAAAAAAGCCAAAATATTATTTTGTGATGAACCTACAGGAGCGCTTGATGGTAAATCTTCAAAGGAGGTATTATCTGTATTACAGAATCTCCAACAAAGTCATAAAACTACAATTGTTCTTATAACTCATAATGAACAAATCACAAAAATATCTAGTCGTATTATTACAATTCATGATGGTAATAAGATAAGTGATGTAATAAATTCTAATGTTGAGCTTGTGGAGAATTTAGTATGGTAA	MIKGKNITKVFNANKQNEINVLKGINLIINEADFCTIIGKSGSGKTTLLKCLSGLENITAGDIEINNKNVVNFSKKEVNIFRRSDIAFVFQEYNLIDDLTLYENIYLEHEVMEDIENLIDMWDLRKAIHLFPDQCSGGQQQKAAILRALAKKAKILFCDEPTGALDGKSSKEVLSVLQNLQQSHKTTIVLITHNEQITKISSRIITIHDGNKISDVINSNVELVENLVW	PGPT0013345_11885	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
AK148_04021	2139			hypothetical protein	ATGGTAAGTCGGAACATAAAGAAAAGATTCAGGAAACGGTCTTTCAGAAGAATAAACGCTTATAAATTTAAACTTATTGTTATTTTTCTTGTTGTTTTTGCTACAACTGGTATATTTATGAGTTTTTTCGCGGGAACTAGTAGTGTTTTAAAATCGGTGGAAAATTTCAACAGCTTGTATAACCTAGAGGACGGTATTTTAATTACAAATGATGATAATACACAGTTTGAAGATATCACTTTAGAAGAAATTAAATATGGTGAAGTGCGTAAAGACGGAGACACAATTCGAGTATTTCCTTCTAGAGAAAAAATCAACAAATATCAGGTAACTAGTGGTAATGATCTTCAAAATAATAATGAAATTCTAATCGATAAGAACTTTTTAAACGCAAATGGATTAGAGCATAACGAAGAGATCATTCTGAATAACGAAAATATAAAGATAGTTGGTACGGCTATTTCACCAGACTATATAACAACAAAAAATAGCGACCTTGTGTTGCAGGCCAATTCTGAAGTATTTGGTATAGCATTTGTAAATGAGGATTTGTTTTATTCTCTTTTTGGAAATGAGTATTCTTCTTACTATGCTTACAGTAGTAATTTGGATGTTAAAGAGATTGTGCATTTAATTGACCCTATTTATATAAAGGATTCAAAAAATAATACCAGAATTAAACAGGTAATTGGTGATGCAGAAGCACCTAGGGATCTAGCTTTATTATTAACATGTTTACTTTACTTAATTGTTGCTGCTCTTTTGAGTATATATCATTTTGAAGTGTCTAAAAAGGAAAAGAATAACTTCGAAACATTCAATAAATTAGGTTTTAATAAGTGGTCTCTCTTTAAACACTATACAACCGAAACAAACTTAACTCTTCTAATTGCGTGGTTATTAGGGGGAGTAAGTGGTGTATTAGCGATTGATACGATAATGCAAATGAACAGCCAAATATATAATTATCCAAATCTTAAAATAGATTATCTTCTATTGGTTTTTTGTTTAATAGGTTCATTTTTAATCATATTAGCTATTAATTCGCTATTAGTATATCAATTTTATATTAAAACAAAAAAAAAATCTAGTAAAGTGAAACTAGTAAAAGATAGAACAAACAACATTTTTAAAAGTTTTCCTTTTATTTATCGTTATCGGTTATTAAAGATAAATAGAAATAAAAAAGAGATGTTTTTATTCATTGTTCTGATCTTTTTTGTAGGTTTACTGATTAATTTTTCGTTTTTGTTGAAGGACTCAGTTAATAAGTATGTAGATGATTTAGCATCTGAGAACACCTTTGAAGAAGTATTATTTCTTAATGGATTATTTGAAAAAGAAATTAACGGAGAAGAATTTGAACTATACAATCTATACGATGAAAACGATATAATGCAAAGTGTATATGTTATTACTTCTGATTCTAAATTTTACAACTATAATCTTGATTTGGCAGAAGGAGATGTAATAATTACACAAGCATTCGCAGATAAGTATGAAAAAAAAATCGGTGATAAATTAATTTTAAAAGACTTAATAAACCAAAAAAAATATATTTTTAAAATTAAGAAGATTAACTCTGTAACAACAGTCAGTAATATTTACTTAGTTTCTAATGATGGGTCGGTTTTAAGTGAGGAAACATACTCAACACTAGCTGTGGCTTTATCGGATTCTTATGAGAATGTCAATGACAATGGAATAGAAGCTACATTAACGAGGAATGAGATAATAACTTCTGGTAAAAATATACTGGAGGTAATAAATAAACAAATTACTATTATTTTATCTCTTGCAATAGTTTTACAAGTAGCTTTGCTTTATTCTCTTTTAGAGTTTACTTACCAAAACAGCATAAAATCTATTAAAATTCTAAAATTAGAAGGCTATTCAACAAAAGATTTAATGAAAATGCATTTTGCTTTTAGTTTTCCTATTGTTGTTCTATGTGTAATTGGGTCATATCTTTTATCACAAATAGCAGTAAGGGTATTCCTTGACCAAATAATGTTTGACTTTGTTAATTTTGTAAAAGTTACTAATAGCCTGTTTGTTTTGTTTGCCAGTAATGGAATGATATTAGCTATATTCACCTTCTTCTTATTAAGATTAAGGTCAAAAATGAATAATATTTAA	MVSRNIKKRFRKRSFRRINAYKFKLIVIFLVVFATTGIFMSFFAGTSSVLKSVENFNSLYNLEDGILITNDDNTQFEDITLEEIKYGEVRKDGDTIRVFPSREKINKYQVTSGNDLQNNNEILIDKNFLNANGLEHNEEIILNNENIKIVGTAISPDYITTKNSDLVLQANSEVFGIAFVNEDLFYSLFGNEYSSYYAYSSNLDVKEIVHLIDPIYIKDSKNNTRIKQVIGDAEAPRDLALLLTCLLYLIVAALLSIYHFEVSKKEKNNFETFNKLGFNKWSLFKHYTTETNLTLLIAWLLGGVSGVLAIDTIMQMNSQIYNYPNLKIDYLLLVFCLIGSFLIILAINSLLVYQFYIKTKKKSSKVKLVKDRTNNIFKSFPFIYRYRLLKINRNKKEMFLFIVLIFFVGLLINFSFLLKDSVNKYVDDLASENTFEEVLFLNGLFEKEINGEEFELYNLYDENDIMQSVYVITSDSKFYNYNLDLAEGDVIITQAFADKYEKKIGDKLILKDLINQKKYIFKIKKINSVTTVSNIYLVSNDGSVLSEETYSTLAVALSDSYENVNDNGIEATLTRNEIITSGKNILEVINKQITIILSLAIVLQVALLYSLLEFTYQNSIKSIKILKLEGYSTKDLMKMHFAFSFPIVVLCVIGSYLLSQIAVRVFLDQIMFDFVNFVKVTNSLFVLFASNGMILAIFTFFLLRLRSKMNNI				NA	NA	NA	NA	NA
AK148_04022	1209	fabF_5	COG0304	3-oxoacyl-[acyl-carrier-protein] synthase 2	ATGAAAAGAGTCGTAGTAACGGGAATTGGTATTGTTTCTTCAAATGGTATTACGAGAGAGAGTACTTGGCAAAGTGTTGTTAACCTTGAAAGTAGTATTATGCATTCAAAATATGAAAATACTAAATTTGTAGGGGAAGTAGATAATAAATTCAATGAATCACTTACAACTAAAGAAAAGCGTTATATGGATCGGTGTACCCAAATGGCTTTGATTGCATCTAGAGAAGCCGTTCAAGATGCAAATTTAGAGATTAATGAAGAGAATAATAAATATATTTCTGCTTTTGTAGGAAGTTCCGTTGGGGGCATACACGCCCTTGCTGATGAATTTGGAGCAGCTGCTTTAAAAGGTGTAGACCAAATGACTATGCTGGTTATACCGAGAAATTTAATCAATATGATAACAGCAAATATTAGCCTTGACTTAGGTATTAAAGGTGAAACACTTGCTTATTCTATTGCGTGTGCTTCGGGAACGGTGGCGATTGGAGAAGCGTATAAAAAAATTCAGAATGGTAATCACAAAGTGATCCTAGCCGGAGGAGCTGAAGCTTGCGTTATCCCGCAGGTTATAGAGGCTTTTAGAAAATTACGAGCTTTAACAAGCTCAAATTCATTGGATAAGGCCAGTATTCCATTTTCTAAAGAAAGATCAGGTTTTGTAATGAGTGAAGGATCCGCTTTTCTCGTTATAGAAGAACTTGAACATGCTAAAAAGCGCGGTGTTAATATTTATTGTGAAATAGAAGGGTATGGAATCTCTTCTGATGCGCATTCACTATTAGCACCTGATCTATCAGGCGTTACACGGTGTATGGAGAATGCATTAATTGATGCAAGATGTTATTCTAATGAAATAGAGTATATAAATGCTCATGGTACATCTACTAAGCTAAACGATTTAACTGAATCAAAGGCAATTAAGAATATATTTAATCATGAACCTTTAGTAGCATCAACCAAATCAATACATGGTCATGCTTTAGGCGCATCAGGAGCTATTGAAACAGCATTATGTACAATGATGATAAAAAAGGGTATATTAATTCCTACTATTAATGTGTCTAGTGAAAACGTGGATGAAGAAATACAAGTAAATCTCCTATTAAACAAAATTTTTCCTTATAGCGGAGGTAAAATTTTAAATAATTCTTTTGCATTTGGTGGGCATAATGCATCACTTTTGCTTTCGAACTATGAAGGATAA	MKRVVVTGIGIVSSNGITRESTWQSVVNLESSIMHSKYENTKFVGEVDNKFNESLTTKEKRYMDRCTQMALIASREAVQDANLEINEENNKYISAFVGSSVGGIHALADEFGAAALKGVDQMTMLVIPRNLINMITANISLDLGIKGETLAYSIACASGTVAIGEAYKKIQNGNHKVILAGGAEACVIPQVIEAFRKLRALTSSNSLDKASIPFSKERSGFVMSEGSAFLVIEELEHAKKRGVNIYCEIEGYGISSDAHSLLAPDLSGVTRCMENALIDARCYSNEIEYINAHGTSTKLNDLTESKAIKNIFNHEPLVASTKSIHGHALGASGAIETALCTMMIKKGILIPTINVSSENVDEEIQVNLLLNKIFPYSGGKILNNSFAFGGHNASLLLSNYEG	PGPT0008360_7438	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458	NA	NA
AK148_04023	696			hypothetical protein	ATGGATATTTTTCTTTTAAAAATAGGTGAAAACAGTAGAAATATCATAACAGATAGTATGCTATCCAAGCAGACTGTGAAAAGATTAAAAAGAACCACGCACAAACAAAGAATAAATCAAATTATATATGGGGATCTATTATTACAGTATGTTATGTATAAAAAACAGAGAAAAATTAAACCATTGAATATAACTTATAATTTGAACGGGAAACCCTTATCACCTAAGGGTTTCTTTAATATTTCAAATTGTAAAGAATGGGTTATGTGCGCTTACAGCAATAAAGGAGAAATAGGAGTAGATATAGAACAATATAAAGGGTTGAACTTAGGCTTAGCTGAATATTACTTTACTGAAAAAGAGTTAAACAAATTATTAACTTTATCAAGTAGTCATCAAATCACTTTTTTTATAGACGCTTGGACTTTCAAAGAAAGCTATGTAAAATGTAAAGGTATTAAAATCTTTGATATAAAAAATAATATCAATTCACCATTATTTTTAAATTATTTCACTAAGAAAAAAACTTATATTAGGGGTGAAATATTTTATTATATACGTGGATTTATTGAGAATTATGGGTGGTGTTTATTAAGTAAAGAGGATTTTAAGAGGTTTCGTACTAAAGTGATTTATAAATCGGAGCTTTTTAAAACCTTAACCGAAATACAAGGAGTTGACAATAATGAAGAGTAA	MDIFLLKIGENSRNIITDSMLSKQTVKRLKRTTHKQRINQIIYGDLLLQYVMYKKQRKIKPLNITYNLNGKPLSPKGFFNISNCKEWVMCAYSNKGEIGVDIEQYKGLNLGLAEYYFTEKELNKLLTLSSSHQITFFIDAWTFKESYVKCKGIKIFDIKNNINSPLFLNYFTKKKTYIRGEIFYYIRGFIENYGWCLLSKEDFKRFRTKVIYKSELFKTLTEIQGVDNNEE				NA	NA	NA	NA	NA
AK148_04024	558			hypothetical protein	ATGAAGAGTAAATATATGAAAGAACATTTTCATAAATTATATGAACAAAGAGAGGTAATGAAGAATGAACTTAGGAGTTTTTACGGGGAAGAATGGAAGAGACCTTATAAAGATAAATGGTCCATTGGAGAAACATATTATCATTTATTTTTAATGATTAAGTGGTTTAGGAGGTTGAACAAAATTTATTTGCCATTATCTAAACCAATTGCCACAGTAATAAAAGATAAAAATTATAAAACTCAAAGTGATAACGTATACAATCGATATAAAGAAAAACATCATAAATCAATGAAAGCTCCATTTATTTTAGTGCCGCCAAAAAGGGCAAAAGACAAGATATCTTTTAGGGATTTATTGGATAAAATAGATAAAGAAACAAAGAGTTTAGAACTCATGGTTTCTAATATTAGTGATGATGCAGCTGGGAAAATACGTTTTCCAGATCCGATTGCTAATAATCCAAATCTAATTCAGAGTATAGATTTAATAGGTATACATGAGAATCATCATTTTTTACTATGTAAAAAATGGGTCAACACCAAAATAAATAGTTGA	MKSKYMKEHFHKLYEQREVMKNELRSFYGEEWKRPYKDKWSIGETYYHLFLMIKWFRRLNKIYLPLSKPIATVIKDKNYKTQSDNVYNRYKEKHHKSMKAPFILVPPKRAKDKISFRDLLDKIDKETKSLELMVSNISDDAAGKIRFPDPIANNPNLIQSIDLIGIHENHHFLLCKKWVNTKINS				NA	NA	NA	NA	NA
AK148_04025	255			IS3 family transposase IS655	ATGACAAAAGCAATAAGAATCTTCTCAGCCGAATTCAAATCCCAAATGGTACAACTATACCAAAACGGAAAACCTCGAAAAGACATTATTGCCGAGTATGACTTGACGCCATCTGCATTGGATAAATGGATAAAACAACATAGTCAGACTGGCTCTTTTAAAGAAAAAGATAATCGTACACCAGAAGAAAATGAGATTCTGAAACTACGCAAAGAAAACCAGCAATTACGAATGGAAAATGATATTTGCACCTAA	MTKAIRIFSAEFKSQMVQLYQNGKPRKDIIAEYDLTPSALDKWIKQHSQTGSFKEKDNRTPEENEILKLRKENQQLRMENDICT				NA	NA	NA	NA	NA
AK148_04026	816			IS3 family transposase IS655	ATGTGCACCATTCTGGACGTTTCTCGCAGTGGATACTACTACGAGCTACAACGTAAAGAAAGCAATAGATGGAAGGAAGAAAAAGAATTAACCATCTTAATTAATGATATTTTTCATCAAAGCCGTAGAGCGTATGGATCGCGTAAAATCAAAGTAGTGCTCAAACAACAAGGCAAGCAAGTATCCAGACGCCGAATTGCACGTATTATGCGTGAGAATGATCTCGTTTCTAAATACAATGCAAAACGAGCGTACAGGCCTTCGTCGAAGCAGCACAATGAAGCCGAAATTGCCAATGTATTAAATCGTGATTTTAGCTCATCTGCACCACTTCGTGTGCTTGCAAGTGACTTGACGTATGTAGATGTAGCTGGAAAGTGGAATTATGTCTGCCTATTTGTCGACCATTTTAATCGAGAAATTATTGGATATAGCGCAGGAGCAAACAAAGATCATCGATTGGTGATGAAAGCTTTAGCTAGTATTCCAGCAAACCTACAAGAGGTCGCTATTTTTCACACGGATCGTGGTAAAGAATTCGATAATCAAGTCGTGGATGAAGCATTAGCTGCCTTTCAAATCGAACGTTCTCTTAGCTCAAAAGGATGCCCTTATGATAACGCTGTTGCTGAATCCACGTTTAAATCATTTAAAACAGAGTTTGTGAATGGTAGAGCCTTTAAGCATTTACAACAATTACAACTGGAGTTAGCTGATTACGTCCATTGGTTTAATCATTGTCGTATTCATGAAAACCTAAATTATATAACACCTATTCAATTTAAAGAAAACACCTTAAAAAAATTGTATAGTTAA	MCTILDVSRSGYYYELQRKESNRWKEEKELTILINDIFHQSRRAYGSRKIKVVLKQQGKQVSRRRIARIMRENDLVSKYNAKRAYRPSSKQHNEAEIANVLNRDFSSSAPLRVLASDLTYVDVAGKWNYVCLFVDHFNREIIGYSAGANKDHRLVMKALASIPANLQEVAIFHTDRGKEFDNQVVDEALAAFQIERSLSSKGCPYDNAVAESTFKSFKTEFVNGRAFKHLQQLQLELADYVHWFNHCRIHENLNYITPIQFKENTLKKLYS				NA	NA	NA	NA	NA
AK148_04027	267			hypothetical protein	ATGATGACAAGACGATCAGCAAAGTTTAAGGAAAAAGTAGAAAGCTATCTACGTCATAACTATGAGGATATAAAATCAGTGGAGTTTAAAGATGACATGATTGTCCCTATGGGTGGTTTGATGATTCGTGGCACAGTCAATGGAAAAGCTGAATTTTCTGCTAGTGTTGACCCAAAAGAATTTAAAGTAAATAGCATGGGGGAAAAAGAAGGATTTCCTAAAGTAAAAGAAGTGGTATGTCAACACTTAACTATACAATTTTTTTAA	MMTRRSAKFKEKVESYLRHNYEDIKSVEFKDDMIVPMGGLMIRGTVNGKAEFSASVDPKEFKVNSMGEKEGFPKVKEVVCQHLTIQFF				NA	NA	NA	NA	NA
AK148_04028	279			hypothetical protein	GTGAACTCTAATAATGAAACCTATGATGATACAACAAAAGAAAAAGCTACAGAAGCCGTTAAGCAGTATTTAAAAAATAATTTTGAGGGAATCGAATCCGTTAAGATCGATAAAGTCTACCAAAGCCCAATGGGAGGATTGACCGTTGATGGCAATGTTAATGAAGGAGTTGCTGACTTTTCGGCAGGGGTTGAAAATGATTATACTGTAGGAAGTATAGGGTTGAGTGAAGGGTTCCCCGAAAGGAAGGAAGAATGTAAAGAACGATCGTGTAAATAA	MNSNNETYDDTTKEKATEAVKQYLKNNFEGIESVKIDKVYQSPMGGLTVDGNVNEGVADFSAGVENDYTVGSIGLSEGFPERKEECKERSCK				NA	NA	NA	NA	NA
AK148_04032	969	thiL	COG0611	Thiamine-monophosphate kinase	GTGGATGAGTTTGAATTTATAAACACAATTAAACAAAATTACTACAGACAGTCATCTGTGGTAAAAGGTATAGGCGATGATGCAGCTGTTTTTCGGCAAAATACAAAAGATATCGTGACTGCTGTTGATACGTTTGTGGAAGGTGTTCATTTTCGAAAAGATACGATGTCTGCTTATGATATCGGCTTTCGTGCTTTAGCAGCAAATATTAGTGATTTAGCTGCTATGGGTGCTCAACCTGCTTTTTATTTGGTTTCCATTGTTTTTCCCAGCCATTGGTGCCCTCAAGAAGTGCAGCATATTTTCCAAGGGATGAAGGCAATAGGAAGCAGTTATAATATGGATTTAATTGGTGGAGACACAGTGTCTGGAAACGAACTCGTTCTAACCATTACAGTGATAGGCTATGTTGAAAAATCACAAGCTCGATATAGACATCATGCCAAAGATGGTGATATTGTCTTTGTTACGGGAACTTTAGGTGATTCACAAGCTGGTTATCATATTATAACAAATCAAAAGAAGTATAAAGATGCTGCTTATTATACGGAACGCCACCGAAGACCAGTTCCTCGAGTTGATTTTGCTCTTGGGATACCTACAACTGTTCGCGTTGCGTTAAACGATGTGAGTGATGGTATAGCTAATGAAGCTGCAGAGATAGCAACAGCATCAAATGTAAGTATGCAACTTTTTGATGAAGCAATTCCGGTCTATAAAAGTTTTTTTCAGTTTTCTAAGTCTGACCAGTATCAATGGAAATATTTTGGCGGAGAGGACTTTGAATTAATCGGTACAGTTGCTGCAACGAATTGGGACATATTAGTTGATACTGCCAAAAGAGTCGATTTACAGCTGACGCAAATAGGAAAGGTATTCTATGAACCCGAATATAATCATGTTTACATAAACAAAGGAAATCAGCAATTAGAAAGATTGTTACAAAAAGGGTATAATCACTTAAAGTAG	MDEFEFINTIKQNYYRQSSVVKGIGDDAAVFRQNTKDIVTAVDTFVEGVHFRKDTMSAYDIGFRALAANISDLAAMGAQPAFYLVSIVFPSHWCPQEVQHIFQGMKAIGSSYNMDLIGGDTVSGNELVLTITVIGYVEKSQARYRHHAKDGDIVFVTGTLGDSQAGYHIITNQKKYKDAAYYTERHRRPVPRVDFALGIPTTVRVALNDVSDGIANEAAEIATASNVSMQLFDEAIPVYKSFFQFSKSDQYQWKYFGGEDFELIGTVAATNWDILVDTAKRVDLQLTQIGKVFYEPEYNHVYINKGNQQLERLLQKGYNHLK	PGPT0009010_2354	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
AK148_04033	450	tsaE	COG0802	tRNA threonylcarbamoyladenosine biosynthesis protein TsaE	ATGTATGAAATAATAACAAATACAGAAGAAACAACCATAGATTTAGGTGAAAAGTTGGCTTTGTTATTGAGTCCTGGAGATGTTGTTACGTTAGAAGGCGATCTTGGTACAGGGAAAACTACGTTCACAAAAGGATTAGCTGCAGGGCTTGGGGTAAAACGACATGTATCTAGCCCAACATTCACAATTATTAAGGAATATGAAGGTGAATTGCCTCTTTATCATATGGATGTGTATCGGTTGGAACATAGTGAAGAGGATATAGGTTTTGATGAGTACTTCCATGGAGAAGGAGTAACGGTTGTAGAATGGCCTCAATTTATAGCCCCATTTTTACCAGTAGAGTATTTGGAAGTAAAGCTTGCTAATATTGACGAAAGGTCACGAAAGTTTACCTTTATCCCACATGGTTATCACTATGAATGGGTAATAGAACAGTTAAAAAGTTAA	MYEIITNTEETTIDLGEKLALLLSPGDVVTLEGDLGTGKTTFTKGLAAGLGVKRHVSSPTFTIIKEYEGELPLYHMDVYRLEHSEEDIGFDEYFHGEGVTVVEWPQFIAPFLPVEYLEVKLANIDERSRKFTFIPHGYHYEWVIEQLKS	PGPT0019050_194	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_MURAMATE_DEGRADATION,PGPT0019050-amgK-K07102	NA	NA
AK148_04034	696	tsaB	COG1214	tRNA threonylcarbamoyladenosine biosynthesis protein TsaB	ATGAATATACTTGCAATGGATACATCGAATCAAGTATTAGGTGTTGCCATTCAACAGGATGATACAATATTAGGTGAAATAGTTACAAATTTACCTAAAAACCATTCCGTTCGATTAATGCCTGCTATCGATAAACTAATGCAGGAAGTAAATATGAAACCGGAACAGTTGGACAAAATAGTAGTAGCTAAAGGGCCAGGTTCTTATACAGGTGTTCGTATAGGATTGGCTACAGCAAAAACGATGGCGTGGGCATTAAATATCCCTGTTATTGGCGTATCAAGCTTAGAAGTGCTTGCTTATCAAGGACGTTTTTTTAATGGCATTATTTGTCCTTTTTTTGATGCTAGAAGAGGGTTAGCCTTTGCAGGATGCTATCGTTTTGAAAATAATCAGTTACAAATTTTGAGAAAAGAAGAAAACGTTGCTATGCAGGATTTACTTGAGGAACTTAAAAGCTTGGAAAGATCAATTTTATTCTTAAGTCCAGACATATCCATTCATCAAGAACAAATTATATCAATAGTAGGGAATAGAGCAGTGATCCCAGAAGAGCCGGTTCATGTAATTCGTCCTGCGCATGTAATTGCAGCAGCTAAAGAAAAACAAGCAGGGTCTACACATACACTACGTCCTAATTACCTTCGTTTAGCAGAAGCAGAGGCTAAATGGTTAGAAAGTAATAAAGGTTGTTAA	MNILAMDTSNQVLGVAIQQDDTILGEIVTNLPKNHSVRLMPAIDKLMQEVNMKPEQLDKIVVAKGPGSYTGVRIGLATAKTMAWALNIPVIGVSSLEVLAYQGRFFNGIICPFFDARRGLAFAGCYRFENNQLQILRKEENVAMQDLLEELKSLERSILFLSPDISIHQEQIISIVGNRAVIPEEPVHVIRPAHVIAAAKEKQAGSTHTLRPNYLRLAEAEAKWLESNKGC				NA	NA	NA	NA	NA
AK148_04035	459	rimI	COG0456	[Ribosomal protein S18]-alanine N-acetyltransferase	GTGATGAAGCAGGAAGTTACCATAAGAAAAATGCGAGTAGCAGATATAGATGCTGTTATGTATGTGGAGAAAGAATCATTTTCTACAGCTTGGTCGGAGGAAATTTTTAAACAGGAGTTAGTTGAAAATCCATATGCGCATTATTTTGTTATTGAATGTAATAGAAAGATTGTCGGTTATGTAGGTATATGGATTGTCTTTGATGATGCACAAATAACCAATATTGCTATTTTGCCATCTCAGCGTGGAAGAAAATTAGGTGAACAGCTTTTCCGACATGTATTTAAATATGCACTTATCCAAGGAGTGCGTCGTTTATCATTAGAGGTGCGAAAGTCTAATATTGTTGCTCAAAAGCTCTATCGCAAATTTGGGCTTGTAGCTGGTGGCATTAGAAAGCAATATTATACAGATAATCAGGAGGACGCAATTGTGATGTGGGTGAATATAAATGAGTAA	MMKQEVTIRKMRVADIDAVMYVEKESFSTAWSEEIFKQELVENPYAHYFVIECNRKIVGYVGIWIVFDDAQITNIAILPSQRGRKLGEQLFRHVFKYALIQGVRRLSLEVRKSNIVAQKLYRKFGLVAGGIRKQYYTDNQEDAIVMWVNINE				NA	NA	NA	NA	NA
AK148_04036	1011	tsaD	COG0533	tRNA N6-adenosine threonylcarbamoyltransferase	ATGAGTAAAGAAGTAGTAATACTAGGTATTGAAACAAGTTGTGATGAGACGGCAGTTGCCATTGTCAAGGATGGTAAAAAAATCTTGTCCAACGTCGTTTCATCACAGATTGAAAGCCATAAGCGGTTTGGTGGTGTTGTCCCAGAAATTGCTTCCCGACATCATGTAGAGCAAATTACATATGTTTTAGAGGAAGCTATGGAACAAGCAGCTATTAGTTGGAGGGAAATTGACGGAATCGCTGTAACAGAAGGACCGGGTCTTGTGGGAGCGCTGTTAGTTGGTGTGAATGCAGCTAAAGCTCTCGCCTTTAGTAAACATAAGCCATTAATTGGTGTACATCATATTGCCGGTCATATCTATGCAAATCGCTTGCAAGAAGAATTTAAATTTCCTTTATTAGCACTGATCGTCTCCGGCGGGCATACAGAGTTAGTTATTATGAAAGCGCATGGTGAGTATGAAGTCATTGGCGAAACAAGAGATGATGCAGCTGGAGAAGCATATGATAAAGTAGCAAGGCTATTACATCTACCTTATCCAGGTGGTCCCGAAATTGATAAGTTAGCAAAACAAGGTGAAGAAACGATTGCATTTCCGAGAGCTTGGCTGGAGCCAGATAGTTATGACTTTAGCTTTAGTGGTTTGAAATCTTCGGTAACAAATACAATTCATAATGCAAAACAGCGTGGTGAATCGTTGAAGCCAGAAGATATTGCAGCAAGCTTCCAAGCAAGTGTCATAGATGTATTAACAACGAAAACGGTGCACGCGGCTAAAGAGTATCATGTAAAACAAGTCATCGTAGCTGGTGGTGTGGCGGCTAATAAAGGGCTTCGATCTTCTTTACAGCAGGAATTTGCCAACTTACAAATCCCTTTACAAATTCCGCCACTTTCTTTATGCACAGACAATGCTGCAATGATTGCAGCTGCTGGGACGATTGCTTTTGAACAAGGGAGAAGGTCTGGTCTAGATTTAAATGCTCGAGCGTCCATGTTATTAAAATAA	MSKEVVILGIETSCDETAVAIVKDGKKILSNVVSSQIESHKRFGGVVPEIASRHHVEQITYVLEEAMEQAAISWREIDGIAVTEGPGLVGALLVGVNAAKALAFSKHKPLIGVHHIAGHIYANRLQEEFKFPLLALIVSGGHTELVIMKAHGEYEVIGETRDDAAGEAYDKVARLLHLPYPGGPEIDKLAKQGEETIAFPRAWLEPDSYDFSFSGLKSSVTNTIHNAKQRGESLKPEDIAASFQASVIDVLTTKTVHAAKEYHVKQVIVAGGVAANKGLRSSLQQEFANLQIPLQIPPLSLCTDNAAMIAAAGTIAFEQGRRSGLDLNARASMLLK				NA	NA	NA	NA	NA
AK148_04037	1173	rodA	COG0772	Peptidoglycan glycosyltransferase RodA	ATGTCAAAAAAGCAATCCTATTATATACAAACAGATTTAATCTCTATATTTATATTACTTGTATGTGTCAGTTTGCTTTCGATTTATAATGCGCAACAGCTAGAGCAGTACAGTGCAAACTTTATGCTACAGCAATCCGTTTGGTTTACGGTCGGAATTGGCATCGTTGCAGCTATACAATACTTGGACATGGAGCAAATATATAAAGTGAGCATATACATTTATGCTTTTGGTGTATTTGTACTTTTTGTACTACTCATTAGCCCAGAAAGTATTGCACCACATACAAATGGGGCAAAAAGTTGGTTTAATTTCAAAGTTGTTACAATACAACCATCCGAGTTTACAAAAATAACGACCATCATTTATATGGCTACAGTTATACAAAAGCATAAAGAAAAATTTCTTAAACCAACCCTTAAATCTGATTTTAAACTGCTTATTAAAATTTTGACCGTGGTAGCTTTACCTGTGGCATTAATTATGATGCAGTCCGATTTTGGAACGTCAATGGTTTATTTATTTATAGCTGGAGTTATCATTATCCTTTCAGGTATTCATTGGAAAATACTAACGACATTAATTGTGAGTATCACTTCTGTTATTGGAGCTGCGCTAGCTTTTATTGTTAAATTTCCTGATTTAGCTAAGCAGCTAGTCGGTGAGGGACAAAAATATCAAATAGATCGTATACTCACTTGGTTTGATCCATCGCAACAGGCAAGTGATGCAAATTGGCATTTTAATCAAGCCTTTATGGCACTCGGATCTGGTCAATTGTTTGGTAAAGGAATGGGGAGTCAGGAAGTGTCGTTTCCGGAAGCACAGACAGATTTTATTTTCTCCATCATCGGGGAAAGTTTTGGCTTCGTTGGCGGTGCACTGGTGATTTTTCTATATTTTATCTTCTTATATAAATTAGTAATGATTGGGTTGTCCATTTATAGTCATTCCCCTTTTTCCGCATATATTTGTTTTGGATTTATGAGTTTATTGCTCATTCACGTTTTTCAAAATATTGGTATGGCGCTAGGGATAATGCCAGTAACAGGAATACCGCTGCTTTTTATAAGTTATGGAGGTAGTTCTGTAATGGCTTCTATGCTTGGTTTTGGTGTTATTTATCGGATAGCTGTGGAAAACTCTATTCAAAATGATTATTTATTTAAGTAA	MSKKQSYYIQTDLISIFILLVCVSLLSIYNAQQLEQYSANFMLQQSVWFTVGIGIVAAIQYLDMEQIYKVSIYIYAFGVFVLFVLLISPESIAPHTNGAKSWFNFKVVTIQPSEFTKITTIIYMATVIQKHKEKFLKPTLKSDFKLLIKILTVVALPVALIMMQSDFGTSMVYLFIAGVIIILSGIHWKILTTLIVSITSVIGAALAFIVKFPDLAKQLVGEGQKYQIDRILTWFDPSQQASDANWHFNQAFMALGSGQLFGKGMGSQEVSFPEAQTDFIFSIIGESFGFVGGALVIFLYFIFLYKLVMIGLSIYSHSPFSAYICFGFMSLLLIHVFQNIGMALGIMPVTGIPLLFISYGGSSVMASMLGFGVIYRIAVENSIQNDYLFK				NA	NA	NA	NA	NA
AK148_04038	1929	yheS	COG0488	putative ABC transporter ATP-binding protein YheS	ATGATACGAATGCAAATGAACGGTCTTTCAAAATCATTTGGTGCTGATGAAATTTTATCAAATATAAAGCTAGAAGTAAAAGATCATGATCGAATAGCTATCGTGGGAAGAAATGGCTCCGGGAAATCAACATTATTAAAAATAATGGCAGGGGAACTAAGCTATGACCAAGGTGAATTATTTATGCCTAAAGATCTTACTTTGGGTTACCTAGCTCAACATACTGCACTAGAGTCTGAAAAAACAATTTGGCAGGAGATGCTTACTGTTTTCCCTGAATTAACGAAACAAGAAAAACAACTGCGAATAATGGAAGAGAAGATGGAACAGGCAACAACTTATACTTCTGAAGCCTATGAAAAACTATTACGTGATTATGACCGCTTACGTCACGCTTATGAACAAAATGGCGGATATACGTATGAAGCCGATATAAAAGCGGTTTTAACGGGGTTGAATTTTCATTTATTTGACTATGGTACACCGATTCAAACACTAAGCGGCGGTCAAAAAACACGACTTTCATTAGGAAAGCTACTATTAAAAAAGCCGCAATTACTCATTTTAGATGAACCGACCAACCATTTAGATATTGCAACGTTAAATTGGCTAGAAACCTACATAAATAGTTATCCTGGTGCAATAGTAGTCGTATCCCACGATCGTTACTTTTTAGATAAAACAGTATCTATTGTGTATGAAATAGCTCGCCATCAAACAAAGCGTTATGTCGGAACATATAGCAAGTATTTAGAGCAAAAAGCACTTGATTTTGAAAGAGAATGGAAAGAATACGAAAAGCAACAGACTGAAATCAGGAAAATGGAAGACTTTATTCAACGTAATATTGTGCGAGCTTCAACTACAAAACGAGCACAAAGCAGAAGGAAACAACTAGAAAAAATGGATAAAATAGATAAACCATTAGGGGACGAAGCGTCTGCTTCTTTCTCGTTTCAAGTGAACCGTCGGAGTGGCAACGATGTACTTAAATTAGATAAACTATCATTTCGATATCCGAATGAAGAAGAAAATTTATTCCAAAAGGTACATTTGCAAATTAACCGCGGAGAAAGCGTGGCTCTTGTTGGACCGAACGGAGTCGGGAAAACGACGCTACTAAAAATTGTATTGGGAAAATTAAAAGCGATCCAAGGAACAGTTCAGCTCGGAACGAACGTACAAATCGGCTACTATGACCAAGAACAAGCAAACTTAAACTCTTCTAAAACCGTGTTAATGGAATTATGGGATGACTATCCAACCACAAATGAAAAAGATATTCGGACAGTTCTCGGTAATTTCTTGTTTTCTGGTGAAGATGTCTTAAAGCCGGTAAATGCATTAAGTGGCGGCGAGAAAGCGCGGCTAGCTTTAGCAAAATTAATGATGCAACAAGCAAATTTTCTCATTCTTGATGAACCGACCAACCATTTAGATATTGATAGTAAAGAAGTACTCGAGGCCGCCTTAGTAAACTTTCCTGGTACGATTTTATTCGTTTCCCATGACCGTTACTTTATTAATAAAATTGCTGATCAAGTAGTGGAAATGCAAAAGATGAAAACGACGATTTACCTTGGCGATTACGATTATTATTTAGAAAAAAAAGCAGAAGAAGCTGAATTAAAACGATTAAACGAATCATCCAATCAAAGTGAACATGCTCCCGATTCAGACAGAAAACGCCATTTTGAACGCGATAAGCAATTACAGCGCGAACAAAGAAAGAAAAAAAGACGAATCGAAGAACTTGAAACAAAAATTGAACAGTTAGAAAACGATATAGAGCAGCTAGAAAGCCAGATGGAGTTACCAGAAATCTTTCAAGATCATGAAAAAGCATTAGAATTATCAGAAGAAGTCAATCGTCGTAAACAAAAAGTGAACTTCTACATAGAAGAATGGGCAGAATTACTGGAAGATTAA	MIRMQMNGLSKSFGADEILSNIKLEVKDHDRIAIVGRNGSGKSTLLKIMAGELSYDQGELFMPKDLTLGYLAQHTALESEKTIWQEMLTVFPELTKQEKQLRIMEEKMEQATTYTSEAYEKLLRDYDRLRHAYEQNGGYTYEADIKAVLTGLNFHLFDYGTPIQTLSGGQKTRLSLGKLLLKKPQLLILDEPTNHLDIATLNWLETYINSYPGAIVVVSHDRYFLDKTVSIVYEIARHQTKRYVGTYSKYLEQKALDFEREWKEYEKQQTEIRKMEDFIQRNIVRASTTKRAQSRRKQLEKMDKIDKPLGDEASASFSFQVNRRSGNDVLKLDKLSFRYPNEEENLFQKVHLQINRGESVALVGPNGVGKTTLLKIVLGKLKAIQGTVQLGTNVQIGYYDQEQANLNSSKTVLMELWDDYPTTNEKDIRTVLGNFLFSGEDVLKPVNALSGGEKARLALAKLMMQQANFLILDEPTNHLDIDSKEVLEAALVNFPGTILFVSHDRYFINKIADQVVEMQKMKTTIYLGDYDYYLEKKAEEAELKRLNESSNQSEHAPDSDRKRHFERDKQLQREQRKKKRRIEELETKIEQLENDIEQLESQMELPEIFQDHEKALELSEEVNRRKQKVNFYIEEWAELLED				NA	NA	NA	NA	NA
AK148_04039	666	rex	COG2344	Redox-sensing transcriptional repressor Rex	ATGATGGAGCAAAATAAAATACCTCAAGCGACTGCTAAAAGATTACCTTTATATTACCGATTCATAAATAATTTAAATCATCAAGGGAAAAAGCGTGTTTCTTCAAAAGAATTAAGTGATGCGGTGAAAGTAGATTCAGCTACGATTCGCCGAGATTTTTCCTATTTTGGCGCTCTTGGTAAAAAAGGGTACGGTTATAATGTGGAGTATTTGCTTGAATTTTTTCGGAAGACATTAGATCAAGATGAAACGACAGAGGTTGCACTCATAGGCGTTGGGAATTTAGGTACTGCATTTTTACATTATAATTTCATGAAGAATAATAATATTGCGATTAAAATGGCATTTGATAGTAACCCTGAAAAAGTCGGCACGATGGTTAGTGATGTGCCTGTTTATCATATAGAGGAATTAGAGGATAGACTGGGTGATATTAAAGTGGCCATATTGACTATTCCTGGAAGTGAGGCACAACCTATGGCTGATCATTTGGTTAATAGGGGAGTGGAAGGGATACTCAATTTCACACCAGCTAGAATAACTGTACCAAAGCATATTCGTGTACATCATATTGATCTAGCTGTGGAGTTACAAGCATTAGTTTACTTCTTAAAACATTACCCTTTAATCACAGAGGATGAAGAAGAGGAAGTGCCTATGGATTGA	MMEQNKIPQATAKRLPLYYRFINNLNHQGKKRVSSKELSDAVKVDSATIRRDFSYFGALGKKGYGYNVEYLLEFFRKTLDQDETTEVALIGVGNLGTAFLHYNFMKNNNIAIKMAFDSNPEKVGTMVSDVPVYHIEELEDRLGDIKVAILTIPGSEAQPMADHLVNRGVEGILNFTPARITVPKHIRVHHIDLAVELQALVYFLKHYPLITEDEEEEVPMD				NA	NA	NA	NA	NA
AK148_04040	201			hypothetical protein	ATGAAGATTTCTCCCAAAACAATGGGAATCGTCTACCTTATTATGGGAGCATTTTTCACGTATGTTGCTATTTTAAGTGTAGATGAAACAATGTGGAATATAACAACAATGGTGTTAGCATTATTCGCCACACTGGAGACAGGTGTAGGCATCCGCTTACTCGCCATTCATATTCGACAAAAACGCAACAATAAAACATAA	MKISPKTMGIVYLIMGAFFTYVAILSVDETMWNITTMVLALFATLETGVGIRLLAIHIRQKRNNKT				NA	NA	NA	NA	NA
AK148_04041	705	MroQ		Membrane-embedded CAAX protease MroQ	TTGCCAAAAAGATATTGGTGGGTTATTATTAGCTACATTATTACACAATTTTCGGTTATATTAACTGGGAGTATCGTTTATAGCGCATTTCCTGTTTCCAAATTAGAGGCATCCATATATGGAGGGGTAATTAGTTTTCTATTAGGTCTTATTGTAGTACTACTATTAATGCGATCCGACATGAAACAAGGGTTACAACAGCGCGACGGTGCATCCATTTGGGGTATTATTACTTGGTCGATTTTAGGTACATTTATGGCTATATTTAGCCAAGGCATTGCAAATTTTATCCAAATAGCGCTTTTAGGTATTGCACCAGGTTCAGAAAATACACAAGGAATTATGACAATGGCACGGGCTATACCTCTATTTGTTATTATTCCAGTTTTGACAGCCCCCGTTTTAGAAGAAATTATTTTTCGAAAAATTATATTTGGAACTCTATATAAGCGAACGAACTTCTTTATTGCAGCGCTTATATCTGCGGCTCTTTTCGCGATTATTCATGGCGAACCACAACATATTTTAGTTTATGGAACAATGGGGCTTGTATTTGCTTACTTATATGTGAAAACGAAACGAATTATCGTACCCATCTTTGCTCACATGGCAATGAATGGAATTGTTGTTATTGCGCAATACAATCTTGATCCTGCGGAAATCGAAAAACAACTAAACGAGCTACAAACCGTCCTTTTATTATAA	MPKRYWWVIISYIITQFSVILTGSIVYSAFPVSKLEASIYGGVISFLLGLIVVLLLMRSDMKQGLQQRDGASIWGIITWSILGTFMAIFSQGIANFIQIALLGIAPGSENTQGIMTMARAIPLFVIIPVLTAPVLEEIIFRKIIFGTLYKRTNFFIAALISAALFAIIHGEPQHILVYGTMGLVFAYLYVKTKRIIVPIFAHMAMNGIVVIAQYNLDPAEIEKQLNELQTVLLL				NA	NA	NA	NA	NA
AK148_04042	285	groS	COG0234	10 kDa chaperonin	ATGATTAAACCACTAGGAGATCGCGTTGTTATCGAGCTTGTTGAACAAGAAGAAAAAACTGCAAGCGGTATCGTACTTCCTGACTCTGCACAGGAGAAACCACAGGAAGGCACAGTAGTTGCAGTTGGTTCTGGACGTGTAACAGAAAAAGGTGAAAAGGTTGCCTTAGAAGTGGCTGAAGGAGACCGTATCATCTTTTCAAAATTTGCCGGTACGGAAGTGAAATACGAAGGCAAAGAATACTTAATTCTTCGTGAAAATGACATCCTGGCTGTAGTAAGCTAA	MIKPLGDRVVIELVEQEEKTASGIVLPDSAQEKPQEGTVVAVGSGRVTEKGEKVALEVAEGDRIIFSKFAGTEVKYEGKEYLILRENDILAVVS	PGPT0014565_4679	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014565-groES|mopB-K04078	NA	NA
AK148_04043	1638	groL	COG0459	60 kDa chaperonin	ATGGCTAAAGAAATTAAGTTTAGTGAAGAAGCACGTCGCGCAATGCTACGTGGTGTAGATACATTAGCAGATGCGGTAAAAGTTACATTAGGACCTAAAGGACGTAACGTTGTATTAGATAAAAAATTCGGTTCACCGCTTATTACGAATGATGGTGTTACGATTGCAAAAGAAATTGAGCTTGAAGATAAGTTTGAAAATATGGGTGCACAACTCGTATCTGAAGTTGCTTCTAAAACAAATGATGTTGCTGGTGACGGTACAACGACAGCAACTGTACTCGCTCAATCCATGATTCGTGAAGGGTTGAAAAACGTTGCTTCTGGAGCTAACCCTGTTGGTGTTCGTCGTGGAATCGAAAAGGCTGTTGAAGTAGCAGTAAATGAACTAAAAACGATTTCCAAGCCAATCGAAAGCAAAGAATCTATCGCTCAAGTAGCAGCAGTTTCTTCTGATGATGCAGAAGTAGGTAACCTTATTTCTGAAGCAATGGAACGTGTTGGTAACGATGGTGTTATTACCATTGAAGAATCAAAAGGTTTTAACACAGAGTTAGAAGTAGTAGAAGGTATGCAATTTGACCGTGGATATGCTTCTCCATACATGGTAACAGACCAAGACAAAATGGAAGCTGTTTTAGAAGATCCATACATTCTAATTACAGATAAGAAAATCGGTAACATTCAAGAAGTATTGCCTGTACTAGAGCAAGTTGTTCAGCAAGGTAAACCTTTATTGATGATTGCTGAAGATGTAGAAGGCGAAGCGTTAGCGACACTTGTTGTTAACAAATTACGTGGTACATTTAACGCAGTAGCTGTTAAAGCTCCTGGATTCGGTGACCGTCGTAAAGCAATGCTTGAAGATATTGCTACACTAACTGGCGCTGAAGTGATTACAGAAGATCTTGGTTTAGATCTTAAGAGCGCTTCAATGGATCAACTAGGTCGTGCTGCGAAAGTAGTAGTTACAAAAGAAAACACTACAATCGTAGAAGGTTCTGGAAATCCAGAAGCAATTTCTGCGCGTGTTGCACAAATCCGTGCGCAAGCTGAAGAAACAACTTCAGAATTTGATAAAGAAAAACTACAAGAGCGTCTAGCTAAGCTAGCTGGTGGAGTAGCAGTAGTGAAAGTTGGAGCTGCAACAGAAACTGAACTAAAAGAGCGTAAACTACGTATTGAAGATGCGCTGAACTCTACACGTGCTGCTGTAGAAGAAGGTATTGTTGCTGGTGGTGGTACAGCGTTCATGAATATTTACAACAAAGTAACTGAATTGAACCTTGAAGGAGACGAAGCAACTGGTGCTAACATTGTACGCCGTGCTATGGAAGAACCAGTACGTCAGATCGCACACAATGCTGGTCTTGAAGGATCTATCATTGTTGAGCGTCTAAAAGGTGAAAAAGTAGGTGTTGGTTACAACGCTGCTACTGGTGAGTGGGTAAATATGGTTGAAGCTGGTATCGTTGACCCAACAAAAGTTACTCGCTCTGCACTTCAAAACGCTGCATCTGTAGCTGCAATGTTCTTAACGACAGAAGCGGTAGTCGCTGACAAGCCTGAAGAAGACGGCGGCGCTGGCGGCGGAATGCCTGATATGGGCGGCATGGGTGGCATGGGCGGCATGATGTAA	MAKEIKFSEEARRAMLRGVDTLADAVKVTLGPKGRNVVLDKKFGSPLITNDGVTIAKEIELEDKFENMGAQLVSEVASKTNDVAGDGTTTATVLAQSMIREGLKNVASGANPVGVRRGIEKAVEVAVNELKTISKPIESKESIAQVAAVSSDDAEVGNLISEAMERVGNDGVITIEESKGFNTELEVVEGMQFDRGYASPYMVTDQDKMEAVLEDPYILITDKKIGNIQEVLPVLEQVVQQGKPLLMIAEDVEGEALATLVVNKLRGTFNAVAVKAPGFGDRRKAMLEDIATLTGAEVITEDLGLDLKSASMDQLGRAAKVVVTKENTTIVEGSGNPEAISARVAQIRAQAEETTSEFDKEKLQERLAKLAGGVAVVKVGAATETELKERKLRIEDALNSTRAAVEEGIVAGGGTAFMNIYNKVTELNLEGDEATGANIVRRAMEEPVRQIAHNAGLEGSIIVERLKGEKVGVGYNAATGEWVNMVEAGIVDPTKVTRSALQNAASVAAMFLTTEAVVADKPEEDGGAGGGMPDMGGMGGMGGMM	PGPT0014570_3650	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0014570-groEL|mopA-K04077	NA	NA
AK148_04044	807	xerC_7		Tyrosine recombinase XerC	GTGCAAGGGGTAAATACGACAGCTGGAATGATATTCAGACAAGCAATCAAAGATAAACTAATAAAAGATAACTCTCAAAATGGGGTAGTTGTTCCTAAAAAAAGAAAAACAGTTGAAGAAATTGAAAAAGATCCAATTGAAACTAAATACTTGGAACGTAAAGAACTTGATGATTTTCTTAAAGCTGTACGTGAACATGGATTGGATTTAGATCTTGAAAGATTTTATCTATTGGCGTTTTCTGGAATGCGTTCAGGAGAATTACTTGCTTTAAAATGGACAGATATTAACTTTAAAAGTAATGAAATCAGAATTACAAAGACGCTTTATAACGAAAATAACAACATGAAAAAACACCAATTAACACCGCCTAAGACAGAAGGAAGCATTCGAACAATAAATGTAGAAGAAGAGATTATAAATTTATTAAAATCTCACTACAGAAGGCAAAGTAAAACCAAGATGAAATATAGGCATGAATTAGAAGAGTACCACGATGGAAATTTTGTGTTTAGCAGACCTAACGGTTATCCATTTATCCAGAAAAATATTATTATCAGGATGAACCGATTACTTGAATATACCAATATTACTAAAAAAGCTACCCCTCACATTTTTAGACATACTCATATTAGTATGATGACTGAGGCCGGAATCGATTTGGCAACTATTATAGAAAAAGTAGGTCATGAGGATATGAAAACAACTATGAAAATTTATACTCACGTAACAAATAAAATGAAAAAGGACGCCTCTGCAAAAGTAAGAACTTTATACAAAGACGCCCTTTCTAACTTAATTTCTTAA	MQGVNTTAGMIFRQAIKDKLIKDNSQNGVVVPKKRKTVEEIEKDPIETKYLERKELDDFLKAVREHGLDLDLERFYLLAFSGMRSGELLALKWTDINFKSNEIRITKTLYNENNNMKKHQLTPPKTEGSIRTINVEEEIINLLKSHYRRQSKTKMKYRHELEEYHDGNFVFSRPNGYPFIQKNIIIRMNRLLEYTNITKKATPHIFRHTHISMMTEAGIDLATIIEKVGHEDMKTTMKIYTHVTNKMKKDASAKVRTLYKDALSNLIS				NA	NA	NA	NA	NA
AK148_04045	645	alsT_3	COG1115	Amino-acid carrier protein AlsT	ATGCAAGTTATTCTGCAATCTATTTCAGAGTTTCTATGGGGACTGCCTCTTCTTATTGCTATTCTCTTTACCGGCGTGTATTTTTCCGTACGGAGTAAATTTTTTCAATTTCTTTATTTGCCACATATTCTGAATAAAACATTGCTAAGTATCTTTAAAAAGAAGGCCACTAATGATGATCCGTCCTCCAAAGGGATTATTTCCTCCTTTGAAGCTGTTAGTACAGCTATTGGCGGTTCTGTTGGTGTTGCCAACATTGGCGGAGCCTCCACTGCAATTGCCGTCGGCGGGCCAGGTGCTGTATTTTGGCTTTGGATTTGCGCCCTCTTTGGTATGATTATAAAAACCGTGGAAGTAACCTTGTCTGTTCATTATCGCAGCACAGATGAAAATGGCGAACCATATGGCGGTCCAACCTATTATATGGAAAAAGGACTTGGAGAAGAGAATAAATTCCGCTACTGGATGATTCCTGCTATTCTATTTGGTTGCGGTATTTTTGGCACCTTCTTTTTTACATTGCAAAACTACACGATCTCCGAAGCAGTTAGCTCTACATTTAATATTGGCATGATCCCTGTGTCTTTAACACTTATGGTAATCACAGACCACCCGTTCAACGGGTGGTTTGACTCAGCCCTATAA	MQVILQSISEFLWGLPLLIAILFTGVYFSVRSKFFQFLYLPHILNKTLLSIFKKKATNDDPSSKGIISSFEAVSTAIGGSVGVANIGGASTAIAVGGPGAVFWLWICALFGMIIKTVEVTLSVHYRSTDENGEPYGGPTYYMEKGLGEENKFRYWMIPAILFGCGIFGTFFFTLQNYTISEAVSSTFNIGMIPVSLTLMVITDHPFNGWFDSAL	PGPT0014405_1234	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GLYCINE_TRANSPORT,PGPT0014405-yflA|TC_AGCS-K03310	NA	NA
AK148_04046	1653	rocB	COG4187	Protein RocB	ATGATGTTACATTCTAGAGAGGAAATAGTGCATATAACCAAACAATTAGTACACATGGAAAGCGTGGTAAATACAGATGGGGAAAAAACGATAGCATCTTCATTGTATTCCATTATTTCCAATTACCCCTATTTCAGAGGGCATGCTGATCATGTACTTTTACAACCGACAGCAAATGATTCTATGGAAAGATATAATGTGCTTGCGTTTGTAAAAGGGACAAAAGGAAACAGTAATCGAACGGTCATTCTTATGGGACATTTGGATACAGTTGATACATTTGATTTTCAACATTTACAGCATGTAGCTTGTTCTCCCGAGGAGTTGATGGAACACCTAAAAGAGGAGCAATTGCCATCTACGGTAAAAGCAGACTTAGAATCAGGGGATTGGTTGTTTGGTCGGGGAGCTTTAGATATGAAAAGCGGCCTTGCTAGTCATTTATATTTGTTGAAATATTATGCCAACCACCCCGAGGAGCTGGAAGGGAATTTGTTATTTTTAGCAGCTTGCGATGAAGAAGATAGTTCACATGGTATTTTATCCGCGATACCGCTATTAAAATCATGGAAAAGGGAAAAAGGCTTTGAATATGTAGCAGCTATTAATTCTGACTTTGTTGCACCAGCATTTGCTGGAGATGAGAATCGCTACATATATAAAGGTACCGTGGGGAAATTGCTTCCGACATTTCTTGTTCTAGGAGCAGAAACGCATGTTGGCTCGTGCTTCGAAGGGCTTGATCCGAATTTTATAGTTGCCGAGTTAACAAATCACATCAATTATAACCCACATCTTTGTGATGAAGCACATGGAGAAATGACGCATCCACCTGTTTCTTTAAAGCAAACCGATTTAAAGCCAGCTTATACCACGCAAACTGCTCTGGCTGCTTATGTATACTATAATTTTTTTACCCATTCCTGGTCGCCGGCAGAGGTTTTGGAAACATTAAAAGGGGAGGCTTACATTGCTTTTGAGCGGGCGATTGAAAAATTACAACAGCGCTATCAGCAATTTGGTCAACTTCGAGGAAAATCGCCTGCACCGCTTGGATGGAAGCCAAGAGTGCTAACATATGAGGAAATGGAAAATCGGCTAAAAGAGGAGCATGGTGAACCTTTTATACAGCATATGCAAGCGTTTAAAGAGTTTCTTTTGCAACAAGAAAATTTGGATACCCGATTATTTTCTGTTTATGTTGTGGAGGAGGCTTGGAAATGGATGACAGATAAAACACCAGCAATTATTTTATTTTATGCTTCTCTTTACTCACCAAGAGTGGACTTATCGGAGGACAATGAAAAAGAAGCGACACTCATTAAAGCTTTGGAGAAGGCGGTCACCGAAATACAACCAAACTATTCGCATCCTTTAGTAACAAGAAATTTCTTTCCACATATTTCAGATATGAGCTTTGTGGCGATTAGAGATTCACAAGCAGATATTCAAGCTGTTACCCAGAACAGCCCAAGTTGGGGGAGCAAACATGTTGTTCCTTATGAGGATATACGGGATTTAAATATACCTGTCATCAACATCGGCCCGTACGGTATGGATGCGCATAAGCGTTTGGAACGAGTAGAGATGACATACTCTTTTGAAATCGTGCCAAACTTAACAAAGCGTGTGATTGAATTACTGGGAATGTGA	MMLHSREEIVHITKQLVHMESVVNTDGEKTIASSLYSIISNYPYFRGHADHVLLQPTANDSMERYNVLAFVKGTKGNSNRTVILMGHLDTVDTFDFQHLQHVACSPEELMEHLKEEQLPSTVKADLESGDWLFGRGALDMKSGLASHLYLLKYYANHPEELEGNLLFLAACDEEDSSHGILSAIPLLKSWKREKGFEYVAAINSDFVAPAFAGDENRYIYKGTVGKLLPTFLVLGAETHVGSCFEGLDPNFIVAELTNHINYNPHLCDEAHGEMTHPPVSLKQTDLKPAYTTQTALAAYVYYNFFTHSWSPAEVLETLKGEAYIAFERAIEKLQQRYQQFGQLRGKSPAPLGWKPRVLTYEEMENRLKEEHGEPFIQHMQAFKEFLLQQENLDTRLFSVYVVEEAWKWMTDKTPAIILFYASLYSPRVDLSEDNEKEATLIKALEKAVTEIQPNYSHPLVTRNFFPHISDMSFVAIRDSQADIQAVTQNSPSWGSKHVVPYEDIRDLNIPVINIGPYGMDAHKRLERVEMTYSFEIVPNLTKRVIELLGM				NA	NA	NA	NA	NA
AK148_04047	1155	mdh_2		NAD-dependent methanol dehydrogenase	ATGACAGCGCAAAGTCAATTTTCAATGCCTTCCATTAATTTATTTGGTTCCGGAAGCATTCAAGAAACGGGTTCCCGTTTAAAAGATGTAAATGCGAAGAAAGCATTATTAGTAACAGATGAGGGACTATTTAAATTAGGTATCGCAGACAAAATTGCGAACATTATTAAAGAAGCTGGGCTAGAAGTAGAAGTTTATCCAAAAGCTGAGCCAAACCCTACAGACAAAAACGTAGCAGATGGTGTAGAAGCATATAAAGCTGCTAATTGTGACTCTCTTGTATCATTAGGAGGAGGATCTTCACATGACGCCGCTAAAGGTATTGGACTTGTTGTTTCTAACGGTGGAACGATCCACGACTATGAGGGTGTAGATAAATCAGAGAACCCATTAGTTCCATTAATCGCCATTAACACAACAGCTGGAACAGCAAGTGAAATGACGAAGTTTACGATCATAACTGATGTAAAGCGTCACGTAAAAATGGCTATTATTGATAAGCATGTAACGCCTTTAGTATCCATTAACGATCCAGATTTAATGATTGGTCTACCACCAGCACTAACTGCTGCTACAGGATTAGACGCTTTAACTCATGCTGTAGAAGCTTACGTATCAACAGCGGCAACTCCAATGACAGATTCAGCTGCTGAAAAAGTATTTGAACTTATTCCTGAATATTTACCACGAGCATTTGCCAATGGACAAGATATCGAAGCGCGTGAAAAAATGGTTTACGCACAATTCTTAGCCGGCATGGCATTTAACAACGCTTCGTTAGGGTATGTGCATGCAATTGCTCACCAAATGGGCGGGTTCTATAACTTGCCACACGGTGTATGTAACGCCATCCTTTTACCACATGTGTGCCATTACAACCTTGTAGGCCGTGAAGATCGTTTTGCTAAGATGGCAGCCTATTTAGGAGAAAATGTAGACGGATTAAGCAAACGTGAAGCAGCTGAAAAAGCAATCGCTGCCATTGAGCGTTTATCGAGAGACTTAAACATTCCATCTGGCTTTAAAGAGCTTGGTGCAAAAGAAGAAGACATCCCTACCCTAGCAGAAAACGCTATGAAGGATGCTACGGCTGCAACCAACCCTAGGAAGCCAAAATTAGAAGAAGTTCAAGCAATCATTCGTAAAGCGATGTAA	MTAQSQFSMPSINLFGSGSIQETGSRLKDVNAKKALLVTDEGLFKLGIADKIANIIKEAGLEVEVYPKAEPNPTDKNVADGVEAYKAANCDSLVSLGGGSSHDAAKGIGLVVSNGGTIHDYEGVDKSENPLVPLIAINTTAGTASEMTKFTIITDVKRHVKMAIIDKHVTPLVSINDPDLMIGLPPALTAATGLDALTHAVEAYVSTAATPMTDSAAEKVFELIPEYLPRAFANGQDIEAREKMVYAQFLAGMAFNNASLGYVHAIAHQMGGFYNLPHGVCNAILLPHVCHYNLVGREDRFAKMAAYLGENVDGLSKREAAEKAIAAIERLSRDLNIPSGFKELGAKEEDIPTLAENAMKDATAATNPRKPKLEEVQAIIRKAM	PGPT0006370_560	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006370-yiaY-K13954	NA	NA
AK148_04048	1401	gmuD_2	COG2723	6-phospho-beta-glucosidase GmuD	ATGTCACAATACACATTTCCTAACGACTTTTGGTGGGGAAGCGCTGCTTCAGCTACGCAAACGGAAGGTGCTGCAGCAATGGACGGTAAAGGAAAAAACATTTGGGATTATTGGTATGAACAAGAACCGAATCGTTTTTTCCAACAAGTCGGCCCCAGTGAAGCGTCCCGTTTTTATGAAGCCTATCAAGCAGATATTGCCTTAATGAAAAAATTAGGTCATAATTCCTTTCGTATGTCTATCTCCTGGTCACGCCTTATGCCAAATGGTACAGGAGAGGTGAATCCAGCTGCGGTGGATTTTTACCATCACGTACTGGATGAGCTAATCAATGCAGGGATTGAGCCTTTTGTAAACCTCTATCATTTTGATATGCCGCTAGCTATGCAACAGATAGGTGGCTGGGAAAACCGCGATGTTGTCGAAGCCTTTCAAGCATATGCTCGTACTTGTTTCCAATTATTTGGTTCTAAAGTGAGCAAATGGTTTACACAGAATGAACCCATTGTTCCCGTAGAGGCTGGCTATTTATATGATATGCACTATCCAAATGTCGTTGATTTCAAACGAGCTGTTCAAGTAGGGTATCATTCTGCTTTAGCTAGTGCGAAAGCAATCCAAGCCTATAAAGAAGAAGGGCAACAAGGAAAGATAGGTATCATTTTAAATGTAACCCCATCTTATCCAAGAAGCAGTCATCCAGCTGACGTAAAAGCTGCGAAAATTGCAGATTTATTTTTTAACCGCTCTTTTTTAGATGTCTCTGTAAAAGGCGATTTTCCAGAAGAACTTATCCAATTACTAGAAAAACATGATCTGTTACCAGTCACTCAAACGGAGGATCGCGTCATTTTCTCAACATATACGATTGACCTTTTAGGGGTAAACTATTACCAGCCCCGTCGAGTAAAAACAAAAGAATATGCCACTCATCCAGATGCACCATTAATGCCTGAGCATTTTTTTGACGCTTATGACATGCCAGGCAGAAAAATGAACCCCTATCGTGGTTGGGAAATATATGAAAAAGGCATTTATGATATCCTAATTAATTTAAAAGATAACTATAATAATGTAGAATGTTTCATTTCTGAAAATGGTATGGGTGTAGAAAATGAACAGCGATTTAAAGACGACTCTGGAATCATTCAAGATGATTATCGAATTGATTTTTACAAAGACCATTTAAAATGGGTTCACAAGGCTTTAGAAGAAGGAGCTAACGTAAAAGGGTATCACGTATGGACATTTATGGATAATTGGTCTTGGATGAATGCCTATAAAAATCGCTACGGCTTAGTTTCCGTTGATTTAAATAATAACGCGAAACGTTCTATTAAGAAGAGTGGTTATTGGTTTAAAGATGTCGCTACGAACAATGGCTTTTTTACAGAAGCATAA	MSQYTFPNDFWWGSAASATQTEGAAAMDGKGKNIWDYWYEQEPNRFFQQVGPSEASRFYEAYQADIALMKKLGHNSFRMSISWSRLMPNGTGEVNPAAVDFYHHVLDELINAGIEPFVNLYHFDMPLAMQQIGGWENRDVVEAFQAYARTCFQLFGSKVSKWFTQNEPIVPVEAGYLYDMHYPNVVDFKRAVQVGYHSALASAKAIQAYKEEGQQGKIGIILNVTPSYPRSSHPADVKAAKIADLFFNRSFLDVSVKGDFPEELIQLLEKHDLLPVTQTEDRVIFSTYTIDLLGVNYYQPRRVKTKEYATHPDAPLMPEHFFDAYDMPGRKMNPYRGWEIYEKGIYDILINLKDNYNNVECFISENGMGVENEQRFKDDSGIIQDDYRIDFYKDHLKWVHKALEEGANVKGYHVWTFMDNWSWMNAYKNRYGLVSVDLNNNAKRSIKKSGYWFKDVATNNGFFTEA	PGPT0019255_3384	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0019255-bglA-K01223	NA	NA
AK148_04049	897	bglK	COG1940	Beta-glucoside kinase	ATGAAACAATACCTTGCATTTGACTTTGGCGGAACGTATGTCAAATACGCGGTAATCGATGAAGAAGCAAACATTTCTTTAGAAGACAAAACCCCAACTCCCGATCATTTACAAGATTTACTGGATTTTATCCAACAAACGGTGCAGCAAGTAAAACAAAAGACAAACATTCACGGGCTGGCTGTTAGTTGTCCAGGAACGATTACAGCTGATGGTGAAGTACAAGGAACAAGTGCCATCCCTTATTTACACGACATCGCTTTAAAAAAAGTACTGCATGATGCGACAGGTATGCCAGTCGCAGTGGAAAATGACGCAAACTGTGCAGCTCTTGCGGAGTTATGGAAAGGCGGCGCTGTTGGACTGCAAGATGTATTGGTCATTGTCATTGGCACAGGTATTGGTGGTGCTATCATTTCTAATGGTGCATTATACCGTGGGGCACATCTTTATGGCGGAGAGTTCGGCTACGCTATTTTGTTTGCCGACCCAAAAAGCAAACGAATCGATTATTGGAGTCAGATGGGCTCTACTTCTGCCATCGTAAGAAAAGTCGCCGAACAAAAAGGGATGTCAGCAAAGTCGCTCTCTGGAGAAAACATTTTTGCCATGGCTAAAAATGGAGATGAGATTTGTCAGCAAGCTATCGAAGAATTTTATTTTGTTTTAGCAACAGGCATATACAACTTACAGCATATATATGATCCTGAACTTATTTTGATCGGTGGGGGCATTAGTGCAAGACAAGATTTTATGTCTTCCCTTTCTACTAGCATACAGGATGTTCAACAGTCAATGGGAATAGGAAACCCGCACGGAAAAGTAACTACTTGTACCTTTTTACAACAGGCGAATCTTATCGGGGCAACCTATCATTTCCTTCAATCTAAATCATAA	MKQYLAFDFGGTYVKYAVIDEEANISLEDKTPTPDHLQDLLDFIQQTVQQVKQKTNIHGLAVSCPGTITADGEVQGTSAIPYLHDIALKKVLHDATGMPVAVENDANCAALAELWKGGAVGLQDVLVIVIGTGIGGAIISNGALYRGAHLYGGEFGYAILFADPKSKRIDYWSQMGSTSAIVRKVAEQKGMSAKSLSGENIFAMAKNGDEICQQAIEEFYFVLATGIYNLQHIYDPELILIGGGISARQDFMSSLSTSIQDVQQSMGIGNPHGKVTTCTFLQQANLIGATYHFLQSKS				NA	NA	NA	NA	NA
AK148_04050	834	murR	COG1737	HTH-type transcriptional regulator MurR	GTGATACGGTTGATTAACAGTGATCTATTTTTATTAATTGAAAGTTCTAGATTAAAATTTACAGTAGTAGATGAGCAAATTGCTGCTTATTTCTTAGAAGGAAATCCTCCTCTCAAGCAGTCGGCAATTGCAAAAAAAATAAATGTATCTACTGCTTCTATTACAAGGTTTTGTCAGAAAATAGGCTTTGAAAACTATAAGGAATTTATCTATGCCTATCGAAATGCGTTAGAAGAACACACCATTGATAAAAACAATGTGACACATAATCTTAAATTTCGTTATAAAGAATTGATTAATACGATTGATAACAATATAGATATACAAGATATTCAAACGGTATGCGAATATATTTACAATCATAAGATCATTCATGTGTACGGCTTAGGATTAAGCGCAATTGCTGGAGCTGATTTCAAATTTCGTTTTACTAGGATTGGTAAATTTATTGAAGTAGTGCAAGATCATAATTCCATCGAGATGGTCTCTTCCCTTTTAAATGAAGATAATTTAGTTATTTGTTTGTCGTTACGAGCAGAAAACCAATATGTTCTTGACTCCCTACAACAGCTTAAACAACAAGGGACATCGATTGTTATGATCACTTCAAATCATTCAGAAGAAATAAAAGAACTGGCAAATGTTACTTTACTAACTTCAAGTTTACAAAACACAAATGAAGTTGGACAAATCTCGGTACAGATCCCGCTGCTCATTATTATTGATATGATTTATTCGCAGTACATTAGCATGTACAGAGAAAATATAAGCAAGTGGATTCATACGGAACACGCTTATAGACAGGGTCACAACATGAAGAATAAGCGATTCTAA	MIRLINSDLFLLIESSRLKFTVVDEQIAAYFLEGNPPLKQSAIAKKINVSTASITRFCQKIGFENYKEFIYAYRNALEEHTIDKNNVTHNLKFRYKELINTIDNNIDIQDIQTVCEYIYNHKIIHVYGLGLSAIAGADFKFRFTRIGKFIEVVQDHNSIEMVSSLLNEDNLVICLSLRAENQYVLDSLQQLKQQGTSIVMITSNHSEEIKELANVTLLTSSLQNTNEVGQISVQIPLLIIIDMIYSQYISMYRENISKWIHTEHAYRQGHNMKNKRF				NA	NA	NA	NA	NA
AK148_04051	2649	mngB_2	COG0383	Mannosylglycerate hydrolase	ATGAAAACGAAAATTCATGTGATCGCTCATACACATTGGGACTATGAGTGGTATTTTACAAGTAGCGAATCATTTATCCAGCTTTGCTACCATGTAGATGAGGTAATCAAAGCGTTAGAAGATGGTGTCCTCGACTACTATATGCTGGACGGACAGATGAGTATTGTGGAAGATTACCTGGAGGTACACCCAGATAAACAACAAACATTACAATCACTCATCGCGGCTGGAAAATTAAAAGTTGGTCCTTGGTACACACAATCCGATCAAATGATTATTCGTGGTGAATCGCTCGTCCGCAATTTGCAGCTTGGTATTGAATCTGGAGATGCATTAGGCGGAGCAGATCGATTAGGATATATCCCAGATGCGTTCGGACAATCCATGGATATGCCAAAGATTTTCTCACAATTTGCGATTGATAAAGCTGTCTTTTGGCGCGGATTGTCCTCTGACCAATTAAACACTAGAGAATTCTACTGGCAGTCAGAGGATGGGTCTAATCTATTAACCTACAATATAAAAGATGGTTATTTTATCGGTGTACAACTCATTGAAGTAGACTATGCAAAGCCTTTATTAGAGCAAATAAAACAGAATACCACCTCATCTCATATTGCTCTACCGGTGGGTGGGGATCAACGATATGTCGATTTTAATTTAAAAGAACGGATTGCTCACTATAACGAACAACTTACAGATGATTACTTCATCGAAAGTAACTACGATCATCTATTTGCAGCCATGGAGAACGAAGCTAGGACTTTACCAACTGTCCAAGGAGAATTATTGAATGCTGAGGTTTCTAAAATTCATCGTTCTATTTACTCATCTCGCTATGATCACAAATATTTGAACGATAAAATAGAACGTCGATTAATTTTTCAAATTGAGCCATTAATGAGCCTAGCAGACCAGCTAGGAATTCCATATAAACAAGCGCTTATAGATAAAATTTGGAAATTAACATTACGTAATCACGCTCACGATAGTGCTGGTGGCTGTAATAGCGATAAAACAAACCAAGCCATTTTACAACGCTTTATTGAAGCTGACCAACTTTCCTACTCTGTCGTTGATTACTTAACACGAAAAATCAGTGAATCAAGGAATAATGTAAAAAATAATCAAGTGACTATTTTTAACACGTTACCAATAATCAGAGAGCAAGTTATTACCATTGCTTTATCATTACCAGTGACGAGCTTTTCTATATACCATGGAGAGCAAAAATTGGATTATGACATCCGAAATATAACGAAGCATTCCAATGCACCAATTCGTAAAACAATTGATCCTGCTCCTGCATCGTATTATTACGAAATCGAAATTGCCTTGCCTGTAAAATTACAACCGCTTGGCTATGAAGTGCTTGATATTGTATTGGAAGAAGATCGTATGGAAACAGTTCCTGCTTCCGAGAAGCAAGAGGTCACTGCAAATACGATTGAAAATGAATATTATCAAGTTCAAGTTAAGAATGGCAGTGTTCACGTTCTCGACAAAGAAAGTAACACCTTATATCCTGATTTCTTACTTGTTGAAGATGCTGGTGATGACGGGGATAACTACGACTACTCGCAACCAGAAAATGACTGGAAATTACAATTTAAATTTGACACAGCTAGTGTTTCTAGCAATCCAGGAACTTGGAAAAGCACACTGAAACTGAACGGAAATTTTGTTGTTCCTAAAAACCAGCACGAACGCGAACAAGGAACTGCTACAGCATTGATTCCTTACACCTGCACTATTGGGTTAGAAGCGCATAAGCAGGCTGTAGATATTCATTTGAAAATAAATAATCAAGCAATGGATCATCGCATGCGCTTACTAATAAATGGTGGAGTAAATACAGAGGAAAGTATTGCTGATACACCTTTCGGGACTATATCTCGTCCTGTAACTGACCCTAACTTCAAACATTGGCAGGAAAAGGGCTGGAAAGAAGAGCCAACAGGTATTTATCCGATGCTTAGCTTTGTTCAATTGCATGACCAACAAAAAAGCGTGACCGCCTTTACAAAAGGGATTAAAGAATACGAAATTATCGGTTCTAAAGAAAAAGATATAGCACTCACGCTGTTTCGTGCAGTAGGCTATCTTGGTAAACCTGATTTGAAACGGCGACCAGGAGTGGCTTCTGGTAATCAGTTCAAATATATCGAAACACCTGATAGCCAATTGCTTAAATCATTAACATTTAAGGTCTCTATTCGCATTGGGCGTACGTGTCATGAAGCTTGTGCATTTGCAGATTACCAAAAATATGCCATATCGATTCCTTACTATCAACAGCAAAGCTTAAACCAATTTACGAATACGCTAAAATACTTTGTGATGCAACCACTCCCTTTTCAAGTACCAGAAACCTATTCTTTGGTGGATGCGACAAATGTGAAACAAGTTGTATTTAGTTCATGTAAGAAAGCACGTCAAAGTAAAGGAATAATCTTACGCTTTTTCAACCCGACAAACCAAGCTATGGAAGATGGTGGCGAGCTAACCTGCAAAAAAAACGTCCGCTTTTGGCAGTTTACAACGATGGAAGAGAAACTGGATAAAGCTAACCAAAGAAGTAGCCAAACCATTCATTTAGGAAGCTTTAAGCCAAAAGAAGTTAAAACAATATATATCGAATTTAAATAA	MKTKIHVIAHTHWDYEWYFTSSESFIQLCYHVDEVIKALEDGVLDYYMLDGQMSIVEDYLEVHPDKQQTLQSLIAAGKLKVGPWYTQSDQMIIRGESLVRNLQLGIESGDALGGADRLGYIPDAFGQSMDMPKIFSQFAIDKAVFWRGLSSDQLNTREFYWQSEDGSNLLTYNIKDGYFIGVQLIEVDYAKPLLEQIKQNTTSSHIALPVGGDQRYVDFNLKERIAHYNEQLTDDYFIESNYDHLFAAMENEARTLPTVQGELLNAEVSKIHRSIYSSRYDHKYLNDKIERRLIFQIEPLMSLADQLGIPYKQALIDKIWKLTLRNHAHDSAGGCNSDKTNQAILQRFIEADQLSYSVVDYLTRKISESRNNVKNNQVTIFNTLPIIREQVITIALSLPVTSFSIYHGEQKLDYDIRNITKHSNAPIRKTIDPAPASYYYEIEIALPVKLQPLGYEVLDIVLEEDRMETVPASEKQEVTANTIENEYYQVQVKNGSVHVLDKESNTLYPDFLLVEDAGDDGDNYDYSQPENDWKLQFKFDTASVSSNPGTWKSTLKLNGNFVVPKNQHEREQGTATALIPYTCTIGLEAHKQAVDIHLKINNQAMDHRMRLLINGGVNTEESIADTPFGTISRPVTDPNFKHWQEKGWKEEPTGIYPMLSFVQLHDQQKSVTAFTKGIKEYEIIGSKEKDIALTLFRAVGYLGKPDLKRRPGVASGNQFKYIETPDSQLLKSLTFKVSIRIGRTCHEACAFADYQKYAISIPYYQQQSLNQFTNTLKYFVMQPLPFQVPETYSLVDATNVKQVVFSSCKKARQSKGIILRFFNPTNQAMEDGGELTCKKNVRFWQFTTMEEKLDKANQRSSQTIHLGSFKPKEVKTIYIEFK	PGPT0019330_133	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0019330-mngB-K15524	NA	NA
AK148_04052	465	ptsN	COG1762	Nitrogen regulatory protein	ATGGTGACATCGATTTTAGATATACAACATATTACTTTTGATTCTTCCGTAACGACAAAAGATGAAGCTTTACAATTTATTGCTGATTTTGCCAAAGAAAAAGAGATTGTTAAATCGGCTAAAGCATATTATAAAGGTCTAAAAAAACGTGAGCAAGAGGTTACGACAGGTTTTAAGAGCTCCATTGCTATTCCTCACTGTAAGCATAAAACAGTGAAGAAACCCGCACTAATGTTAGTGAAATTTGCGAACCCAATTGAGTGGAATTCGATGGATCATCAACCTGTTCATATGACGTTCGCCCTTGCGATTCCTGAAGGGAAAAATCAAGAGCATCTCACATTACTCAGTACAATTTCTCGGGCATTAATTGATGAGACATTTACAAAATCGATTATAGAAGCTGCAACAGCTGAGGAATTGCATGCGACTATTCAAAATAAATTACTTGCTCAAAGTGACTAA	MVTSILDIQHITFDSSVTTKDEALQFIADFAKEKEIVKSAKAYYKGLKKREQEVTTGFKSSIAIPHCKHKTVKKPALMLVKFANPIEWNSMDHQPVHMTFALAIPEGKNQEHLTLLSTISRALIDETFTKSIIEAATAEELHATIQNKLLAQSD	PGPT0017130_233	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
AK148_04053	1467	manP_2	COG1299	PTS system mannose-specific EIIBCA component	ATGTCTAAAAAGAAAATTGTTGGTGTTACAGCTTGTTCAGCCGGAATAGCCCATACGTATATGGCCGCCGAATCTTTAGAAAAGGCTGGCGTTGCTAAAGGTTACGACATTAAAGTGGAAACACAAGGTTCCATCGGTGTCGAAAACAAACTAACTGCTCAGGAAATTGAAGCAGCTGACGTAGTAATACTAGCTGTAGAAATTAATATCGATATGACACGTTTTGCAGGTAAGCGTGTATTAAGAGTACGAGCAGCAGAAGCAATTAAAAATCCTGAGGCTTTAATTGAAAAGGCTTTAAATGAGGCTCCTATTTACGGAGAAAAGGGAACAAAAGCGGGAGTAGCAAAGATGGGCAAAACAGAAGAAGGCGGTTTCTTCCAGCATATTATGGCAGGTATTTCCTACATGATCCCAATGGTTATTGCTTCCGGACTTATTTTAGCTATTGCCAATGTATACGCATTCCAAAAAGATGATGCAGGAAGAATTGTCAACTGGGGTTTTGATACTTCTACATTTATGGGCGATTTAATGTCCAACTTGTTCAGTGTTGGGCAAGTCGGTTTCCTATTAATGATCCCTTTGTTTGCTGGATTTGTTGCGAACTCTATTGCCGGAAAGCCAGCGATTGCAGCTGCCATGATTGGAACCTATATTGCCAATGATGCAGAAATGCTTGGCGCTGAAGCTGGAGGAGGATTTTTAGCAGCTATTCTAGTTGCCTTTGCAGCTGGTTATCTCGTCAAAGGGCTTAAAAAAATTCCGTATCCAAAAATTATTCAGCCTATCGTACCAATTATGCTACTACCATTAGTAAGTACATTACTTATTTCTATTTTTGTCCTATACGTAATTGGAAATCCAATGGCCTCGATGATGGACTTCTTATATGAAGGGTTAACGACTTTAAATGAGAATTATGCGGCAGCACCAGTAATTGTAGGTATTATTATTGGCGCAATGGTCGGCTTTGACCTTGGTGGACCAATTAATAAAACAGCCCTTGTTTTTGGTACAGCAGTCTTTACGGACACCGTTGCTAAATATGGCATTGAAGGTGCTAACTTTGTACCACAGACAGCAACTCAAGCAGCAATTTCCGTTGCTCCACTTGGAATATGGCTTGCCTCTATACTCTTTAAAAAGAAATTTTCACCAACCGAAAAAGTATCTGCACATAGTGCATTTGGTATGGGGATGGTTGGTGTAACAGAAGGTGCTATACCTTTTGCGGCACAAGACCCCATTCGAATGATCCCTGCCTTTGTTGCTGGTTCAGCAGTTGCTGGAGGACTTGCAGCAGGATTAGGCGCCAAATTTTACGGCGGTATTGGCTCTCCGCTTGGTACATTTGTCGGTTATATTGAACAGCCTATTCCTTTTGTTACATGGATTTTCAGTGTCCTGACAGGGGTACTCGTTACAGCCGTTATTATTGGATTCACAAAGAAAAAGGTGGAATAA	MSKKKIVGVTACSAGIAHTYMAAESLEKAGVAKGYDIKVETQGSIGVENKLTAQEIEAADVVILAVEINIDMTRFAGKRVLRVRAAEAIKNPEALIEKALNEAPIYGEKGTKAGVAKMGKTEEGGFFQHIMAGISYMIPMVIASGLILAIANVYAFQKDDAGRIVNWGFDTSTFMGDLMSNLFSVGQVGFLLMIPLFAGFVANSIAGKPAIAAAMIGTYIANDAEMLGAEAGGGFLAAILVAFAAGYLVKGLKKIPYPKIIQPIVPIMLLPLVSTLLISIFVLYVIGNPMASMMDFLYEGLTTLNENYAAAPVIVGIIIGAMVGFDLGGPINKTALVFGTAVFTDTVAKYGIEGANFVPQTATQAAISVAPLGIWLASILFKKKFSPTEKVSAHSAFGMGMVGVTEGAIPFAAQDPIRMIPAFVAGSAVAGGLAAGLGAKFYGGIGSPLGTFVGYIEQPIPFVTWIFSVLTGVLVTAVIIGFTKKKVE	PGPT0017120_2309	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
AK148_04054	1137	ypfD	COG0539	30S ribosomal protein S1	ATGAATGAAGAAGCAAACAATGAACAAATCAATGTAGCTGTAGGAGATACAGTAACCGGAACAGCAGTAAAAGTGGAAGATAAACAAGTACTCGTTGATTTCGGATACAAAACAGAAGGGATTTTACCAATCGGTGAACTTTCTAATCTTCATATTGAGGCAGCTAGTGATGTTGTAAGTGAAGGAGACACATTGACATTAAAAGTAAAGAAAGTAGAAGATGATGATGTTATCTTATCAAAAAAAGCTGTAGATGCTGAGAAAGCTTGGGAGGACCTTCAAGAGAAGTTTGAAAGTGGAGAAGTTTTTGAGACACAGGTAAAAGAAGTTGTAAATGGCGGTTTAGTTGTTGACGTCGGACTACGTGGGTTTATCCCCGCTTCTTTAGTAGAGACATATTATGTTGAAGACTTTAATGATTATAAGGATAAAACACTTACTGTTAAAGTTGTTGATCTTGTTCGTGATCAAAATAGGGTTATTCTATCTCATAAAGCAGTTGAAGAAGAAAAATTACAAGAAAAGAAACAGTCATTGCTTCAATCATTAGAACCAGGACAAATTATCCAAGGTACCGTACAACGTATTACCGACTTTGGAGTCTTTGTGGATATTGGCGGGGTAGACGGTTTAGTTCATATTTCACAATTAGCTCATGAGCATGTGAAACATCCTTCTGATGTCGTACAAGAAGGCGACAGCATAGAAGTAGAAGTTCTTTCTGTAGATCCGGATAGTGAGAGAATCTCTCTATCAAGAAAAAATGCCTTGCCTGGTCCGTGGTCTGGAATTGGGACACGTATCTCTCGAGGAGATGTGTTAGATGGAACAGTAAAACGTTTAGTAAACTTTGGTGCTTTTGTGGAAATTGAGCCAGGAGTAGAAGGTTTAGTTCATATTTCACAAATTGCCACACGTCATATTGGTACACCGCAGGAAGTTCTTGAACCTGGACAACAGGTGAAAGTAAAAGTACTTGATGTTAATGAAAAAGAAGAACGTATCTCTTTAAGTATTAGAGAATTAGAACAAGAACAAGAAGAAAAAGAATATAGTCAATATGAAAAAGATGATGACCAATCTGGCTTTCATATAAGTGATTTTATTGGTAATAAATTAGATAAATATAAACAGTAA	MNEEANNEQINVAVGDTVTGTAVKVEDKQVLVDFGYKTEGILPIGELSNLHIEAASDVVSEGDTLTLKVKKVEDDDVILSKKAVDAEKAWEDLQEKFESGEVFETQVKEVVNGGLVVDVGLRGFIPASLVETYYVEDFNDYKDKTLTVKVVDLVRDQNRVILSHKAVEEEKLQEKKQSLLQSLEPGQIIQGTVQRITDFGVFVDIGGVDGLVHISQLAHEHVKHPSDVVQEGDSIEVEVLSVDPDSERISLSRKNALPGPWSGIGTRISRGDVLDGTVKRLVNFGAFVEIEPGVEGLVHISQIATRHIGTPQEVLEPGQQVKVKVLDVNEKEERISLSIRELEQEQEEKEYSQYEKDDDQSGFHISDFIGNKLDKYKQ	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
AK148_04055	585	plsC_2	COG0204	1-acyl-sn-glycerol-3-phosphate acyltransferase	ATGAACTTGTATCGTATAGCAAAATGGGTTGTCTCTATTATTTTTTTTCCACTTTTTCGTATTCAAGTAATCGGGAGAGAAAATGTTCCTAAAACAGGTCCTGTAATCATTTGTTCCAATCATATTTCAAATTATGATCCTCCAGTCGTGGGAATCACTTCCCCAAGAAGTATTTATTTTATGGCTAAAGGGGAGTTGTTTGATAATCCTTTACTAGGGAAATTGTTAATAGGTATTCAGGCTTTTCCAGTAAAAAGGGGCATGAGTGATCGAAATGCTTTAAGGAAAGGGTTGCAAATTTTAAAAGAAGGCCATACACTAGGGTTATTTCCAGAAGGAACAAGAAGTAGGACTGGTGAATTAAGTAAACCACTTGCTGGGGCTGGTTTTTTTGCTTTACGCTCTAATGCAACTATTGTTCCTTGTGCCATTATCGGGAACTATAAACCGTTTAAACAATTGAAGGTTATCTATGGAAAGCCTATCCCTATGGATGAATGTCGAAAAACGAAAAAAGCAACCGCTCAAGAAACAGCAGATTTGATTATGGAAGAAATTCAAAAATTATTAGATGTTAATAAATAA	MNLYRIAKWVVSIIFFPLFRIQVIGRENVPKTGPVIICSNHISNYDPPVVGITSPRSIYFMAKGELFDNPLLGKLLIGIQAFPVKRGMSDRNALRKGLQILKEGHTLGLFPEGTRSRTGELSKPLAGAGFFALRSNATIVPCAIIGNYKPFKQLKVIYGKPIPMDECRKTKKATAQETADLIMEEIQKLLDVNK	PGPT0024380_7103	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024380-plsC-K00655	NA	NA
AK148_04056	669	cmk	COG0283	Cytidylate kinase	ATGAAGAAATTAATAACTATTGCCATTGATGGACCTGCAGCAGCAGGAAAAAGTACTGTAGCAAAAATTGTAGCTGAGAAGTTATCATGTATTTACATTGATACAGGAGCAATGTATCGAGCACTAACTTGGAAAGCGTTGAAGAATTCTGTTAATGTTAATAACGAAGCGGAGCTTATTGAATTATTAGAGAGCACGGATATCATGTTAAAGCAAAGTAGCCGCGGGCAACTTGTTTTTGTCGATGAGGAAGATGTAACCTATGACATTCGATCAAATGAAGTAACAAATAACGTATCATATGTTGCAAAACATCCTAAGATCAGAGAAGAAATGGTACGTCGTCAACAAATGCTTGCCAAACATAGAGGAGTTGTAATGGATGGACGTGATATTGGAACGCATGTACTTCCTAATGCAGATATAAAAATATTTTTAATTGCTTCTGTTGAAGAAAGAGCGAAAAGAAGATATGAAGAAAATCTTAAAAAAGGAATTCATGCTGACTTGAACGAACTAAAAAAAGAAATAGAACGAAGAGATGAGATCGATTCAAAACGAGAAGCATCGCCGTTAATAAAAGCAAAGGATGCCACTGAAATTGATACAACTTCTTTGTCCATTCAAGAAGTTGCTGAACGCATACTCCTCATAGCGAAAGATATTTAG	MKKLITIAIDGPAAAGKSTVAKIVAEKLSCIYIDTGAMYRALTWKALKNSVNVNNEAELIELLESTDIMLKQSSRGQLVFVDEEDVTYDIRSNEVTNNVSYVAKHPKIREEMVRRQQMLAKHRGVVMDGRDIGTHVLPNADIKIFLIASVEERAKRRYEENLKKGIHADLNELKKEIERRDEIDSKREASPLIKAKDATEIDTTSLSIQEVAERILLIAKDI	PGPT0021220_2870	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021220-cmk-K00945	NA	NA
AK148_04057	693	ypfA	COG5581	putative protein YpfA	ATGAAATTAGGAACGATGCTTCAATTAGAAGTCATACAATCTAGAAAAAAAGGAAGTGATAAGGATAACAAATACCGGTGTAAATTAATTGATAAAAATGAACAATGTATTTTGATTGATTTCCCAGTAAATATAAAATCAAAAAAAACAGCTGTCTTTGCAAAAGGAACGGTATTTGACATCACTTTTGTTGGAGATGATGAAGTGATTTATAAATTTCGTTCTAAATTAATAACCAAAATAAAAGGTGAGATTCCTTCTTTAGCAATTCAAAAACCTGTCAACGTTCATCGTATTCAGCGACGAAATTTTATTCGAGTGGAAACAGTTGTTGATGTTGCGGTACATTCAGATCAAAACCTCTTTTCTCCGTTTATTACAGTAACCAATGATATTGGTGCAGGAGGTTTATCTTTAATCGTACCTAGAAACCAGCCTATTATTGGGGATTTAGTAGAATTATGGCTAGTTTTACCAATATCTAAAGGGTCTTTTTTGTATCCAAATATACGTGCTAAGCTTGTGCATCAAGAGAAGGAAAGGAACGAAATTACTATAGCCTCTTTTCAATTTTTAACATTAGATACTAAAATGGAGCAATCTTTGATACAATTTTGTTTTGAAAAGCAACGAGAAGCAAGAAAAAAACAACTATTTGATCGTTCTTATGGCATAATAAAAAATAAGCTTTGA	MKLGTMLQLEVIQSRKKGSDKDNKYRCKLIDKNEQCILIDFPVNIKSKKTAVFAKGTVFDITFVGDDEVIYKFRSKLITKIKGEIPSLAIQKPVNVHRIQRRNFIRVETVVDVAVHSDQNLFSPFITVTNDIGAGGLSLIVPRNQPIIGDLVELWLVLPISKGSFLYPNIRAKLVHQEKERNEITIASFQFLTLDTKMEQSLIQFCFEKQREARKKQLFDRSYGIIKNKL				NA	NA	NA	NA	NA
AK148_04058	1341	ypeB		Sporulation protein YpeB	ATGATCCGCTGGATACTAATTGCCGTACTTGCCATAGGTATTATAGGAACAGGGGTTTGGGGGTATCAGGAGCATCAAGAAAAAAACGCGGTTCTCATTCAAGCTGAAAACACATATCAGCGAGCATTTCATGATTTAACCTACAGAGTTGACGTATTAAATGATAAGATTGGCTCTGCTTTAGCTATGAACTCTAATCAACAATTATCACCGCAACTTGTTGAAATTTGGCGAATTACCTCGGAAGCATTATCTGATGTTGGGCAATTACCACTAGGGTTATTGCCATTTAATAAGACAGAAGAATTTTTAGCTAATATTGGTGAGTTTACCTATCGTACGGCAGTGCGTGATTTAAAAAAAGAACCGTTATCAGATCAAGAAACAAAAGCTTTAGAAAAGCTATACAATCAATCAGGTGAGATTAAAGATGAACTAAGAAAAGTTCAACATACAACACTAGAAAACAACTTACGCTGGATGGATGTGCAGCTAGCTTTAGCTAATGAAGATCAGCAGTTGGATAATACGATAATTGACGGTTTTAAAACGGTAGAGAAAAAAGTGGATGGGTTTACTGAAGGAGGCGGTGATACATCTACATCAAATAAATCAGTACGAGACCACGAATTTAAATTTTTAACAGGCAATCAAATGACAAATGAAAATGCTCTTACAAAAGCAAGTAAACTTTTAGGCGTAAAAAATAAAGATAAACTTCGAATTACTGAAAGCGGCAAGGGAGCAGATGTCCCTGTATATAGTGTTTCCTATCATAATGAAGAAGAAAGTGGCTATTTAGATTTATCCCAAAAAGGAGGCCATCCATTAACCCTATTAATTAATAGGCCTATAAATCAAAAGAAGATTAGTTTAAATGAAGCTATGAGGAAAGCAGAAAAATATTTAAAAACCAACCAATTTGAAAATATGACCGTTTTCCAAAGCGCTCAGTATGGAGATATTGGAGCATTTTCTTTCTTATATAATAAAGACGGTATCCGCTATTATTCTGATGCGCTAGAGGTCAAAGTAGCATTGGATAATGGAGAAATACTCGGTCTAACTGCTATTGATTACTTTATGAATCATGTTGACAGGGAAAAAGTTGAACCTAAGATTAGTGTAGATGAAGCAAAAGAAATGGTTAATCCAAATGTTGATATTCAAGAAGAATATTTAGCTGTTATTGACAATGATCTTGGCGAAGAAGTGTTAACGTATGAATTTTTAGGAACAATGGGAAATGAAACATACCGTATTTTTATTAATGCTAATGATGGACGAGAAGAACAAATAGAAAAATTGAGTGGTTCAGAAGTTAATTATGCTAGAGGTTGA	MIRWILIAVLAIGIIGTGVWGYQEHQEKNAVLIQAENTYQRAFHDLTYRVDVLNDKIGSALAMNSNQQLSPQLVEIWRITSEALSDVGQLPLGLLPFNKTEEFLANIGEFTYRTAVRDLKKEPLSDQETKALEKLYNQSGEIKDELRKVQHTTLENNLRWMDVQLALANEDQQLDNTIIDGFKTVEKKVDGFTEGGGDTSTSNKSVRDHEFKFLTGNQMTNENALTKASKLLGVKNKDKLRITESGKGADVPVYSVSYHNEEESGYLDLSQKGGHPLTLLINRPINQKKISLNEAMRKAEKYLKTNQFENMTVFQSAQYGDIGAFSFLYNKDGIRYYSDALEVKVALDNGEILGLTAIDYFMNHVDREKVEPKISVDEAKEMVNPNVDIQEEYLAVIDNDLGEEVLTYEFLGTMGNETYRIFINANDGREEQIEKLSGSEVNYARG	PGPT0025130_273	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025130-ypeB-K06313	NA	NA
AK148_04059	828	sleB	COG3409	Spore cortex-lytic enzyme	ATGATGGAGAAAAAGCTGACAATTACAATTTGCCTTATCAGTTTTTTATTTCTTGGATTGAATGTAATACAAACGGAAAAAACAGCGCATGCATTTAGTAGTCAAGTAATTCAACATGGCGCTGTTGGTGATGATGTAATTGAATTACAAGCAAGATTACAATATTTAGGTTTTTATAACGGAACAATAGATGGTGTATTTGGATGGGGGACGTATTGGGCGTTACGCAATTTCCAATATGAGTTTGGGCTTGAGATAGACGGATTAGCTGGACAAGATACAAAACAAAAACTTACAAAGGCCAGTGAATATGATGAAAACTATGTAAAGCAACAAATTAAACAAGGGAAAAAATTCACGCATTATGGCGGTGAAAAGAGAAATAAAGAATCTACTAGTAAAAACAAAGGTGGAGCAAATCAAGGGCAGGGCAATCAAGGAAGTAGCACTGCTGTCAATGTTCCACAAGGGTACTCGCAAAATGACATACAGTTAATGGCAAATGCTGTGCATGGAGAAGCAAGAGGGGAACCTTATGTAGGTCAAGTAGCTGTAGCAGCTGTTATTCTAAATCGGGTAGAAAGTGCTACATTTCCAAATACTGTATCGGGTGTTATTTTTGAACCACGGGCTTTTACTGCTGTTGCAGATGGACAAATTTGGTTAACGCCTAATGAGACTGCGAAAGAAGCAGTATTAGATGCTATTAACGGTTGGGATCCATCTGGAAATGCAATATATTATTTTAATCCAGATACTGCAACATCAGGCTGGATTTGGACAAGGCCACAAATTAAAAAAATCGGAAAGCATATATTTGCAAAATAG	MMEKKLTITICLISFLFLGLNVIQTEKTAHAFSSQVIQHGAVGDDVIELQARLQYLGFYNGTIDGVFGWGTYWALRNFQYEFGLEIDGLAGQDTKQKLTKASEYDENYVKQQIKQGKKFTHYGGEKRNKESTSKNKGGANQGQGNQGSSTAVNVPQGYSQNDIQLMANAVHGEARGEPYVGQVAVAAVILNRVESATFPNTVSGVIFEPRAFTAVADGQIWLTPNETAKEAVLDAINGWDPSGNAIYYFNPDTATSGWIWTRPQIKKIGKHIFAK				NA	NA	NA	NA	NA
AK148_04060	690	prsW	COG2339	Protease PrsW	ATGTTTTCTATATTATCTGCTGGTGTTGCGCCAGCTTTGGCTTTAATGTCATTTTTTTATTTAAAAGACCGTTTCTCTGAACCAATAACTCTAATTGCGAGAAACTTTATTTTTGGAATGTTGTTAGTTTTCCCTATCATGTTTATCCAATATGTTTTTCAAGCAGAAGGTATTATTAATCATCCAGTTAGTGAATCGTTTTTGCTTGTTGGGCTCTTAGAGGAATTCTTTAAATGGTTTATTTTCATGTATGCTATTTATCATCATGCTGAATTTGATGCGCATTATGATGGTATTGTATATGCTGTTGCTATAAGTCTCGGTTTTGCAACGTTAGAAAATATTTTATACTTATTTACTAACGGAATTAATTATGCCTTTATTCGGGCTTTCTTCCCCGTATCTTCACATGCTTTATTTGGTGTAATTATGGGGTATTACTTCGGAAAAGCTAAAATATATTCTTTACATAAACGCCGCAATATTTTCTTAGCATTTTTTATACCATATGTACTACACGCCATATATCACTATATTCTTACAATAGTTTCTAGTAATTGGGTTGTTGTATTAGTACCATTCATGATTTTTTTATGGGTTATCGCATTACATAGAATGAAAATTGCTAATTTGTCCCCACATGCTTTACGTAAAACTTGCGAAAAAAAGAAAGAAAACCACGCAATTTAA	MFSILSAGVAPALALMSFFYLKDRFSEPITLIARNFIFGMLLVFPIMFIQYVFQAEGIINHPVSESFLLVGLLEEFFKWFIFMYAIYHHAEFDAHYDGIVYAVAISLGFATLENILYLFTNGINYAFIRAFFPVSSHALFGVIMGYYFGKAKIYSLHKRRNIFLAFFIPYVLHAIYHYILTIVSSNWVVVLVPFMIFLWVIALHRMKIANLSPHALRKTCEKKKENHAI				NA	NA	NA	NA	NA
AK148_04061	960	ansZ	COG0252	L-asparaginase 2	GTGGTACTAATTGCTACTGGGGGCACCATCGCAAGTGAAAAAAAAGAAGATACTGGACTGTTGCAATCTGGTGTCATCTCAGGTGAAGAGATTGTTCAGTACTGTGATATACCTAAGCACATTGACTTACAAGTCGAATCTATGCTACAAAAAGCCAGCATGCATCTTTCGTTTGACGATTTATTAGCTATAAAAGAAAGAATAGATTTGCACTTAGCGAATGATCAAGTTTCAGGGGTTGTTATTACCCAAGGAACAGACACATTAGAAGAAACTTCTTATTTTATGAACTTAATTACAGATCATGAAAAGCCTATTGTGTTTACAGGTTCACAGCGATCACCGAGAGAAGTTGGAACAGATGCTTTTATTAATATTAAACATGCTGTTTTAACTGCGTCTAGTAATGATTTATACAATGTTGGTGTCGTTGTCGTATTTAATGAAAGAATATTTCATTCTCGTTATGTAAAAAAAGAGCATGCTTCCAATGTACAGGGGTTTAATTCGTTTGGCTTTGGATATTTAGGCATTATAGATAACGAAGCTGTACATATATTTCAAAAACCAATAGGAAATGAATACTATAAATTGACAAATGTGATACCTGAAGTTGATATTATTAAATGTTATATGCAAGCAGGTGACAAATATATCCGAGCAGCTAGAGAAGCTAAGGTAGATGGCATTATTTTAGAAGGTGTTGGTAGAGGGCAAGTATCGCCTGGAATGATGACCGAAATTAAACGTTGTGTTAAATCAGGAATCATTGTAGTTATTACAACTTCTGCAGTTGAAGGTGAAGTATACACCACGTATGATTATAAAGGAAGTACCTTTGATTTAAAACAAGCTGGTGTTATTTTAGGAAGAGATTATGACAGTAAAAAAGCTCGTATAAAATTAATGGTTGGATTAGCTAGTGAACAGAGAGATATAGCTGCATTGTTTGCTGTTTAA	MVLIATGGTIASEKKEDTGLLQSGVISGEEIVQYCDIPKHIDLQVESMLQKASMHLSFDDLLAIKERIDLHLANDQVSGVVITQGTDTLEETSYFMNLITDHEKPIVFTGSQRSPREVGTDAFINIKHAVLTASSNDLYNVGVVVVFNERIFHSRYVKKEHASNVQGFNSFGFGYLGIIDNEAVHIFQKPIGNEYYKLTNVIPEVDIIKCYMQAGDKYIRAAREAKVDGIILEGVGRGQVSPGMMTEIKRCVKSGIIVVITTSAVEGEVYTTYDYKGSTFDLKQAGVILGRDYDSKKARIKLMVGLASEQRDIAALFAV	PGPT0020180_3207	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARAGINE_DEGRADATION,PGPT0020180-EC_3_5_1_1|ansA|ansB-K01424	NA	NA
AK148_04062	966	ahpF_1		Alkyl hydroperoxide reductase subunit F	ATGCAACAAGAAAAAGTGATAGTCATTGGTGGAGGACCATGCGGAATGTCTGCCGCAATTGAATTGCAAAATTTAGGAATACAACCATTAATTATTGAAAAGGGAAATATTGTCAATGCTATTTATCATTATCCTACGCACCAAACATTCTTTAGTTCAAGTGATAGATTAGAAATTGGAGACGTTGCATTCATTACAGAAGAACATAAACCAGTACGTAATCAAGCGCTCTCTTATTATCGTGCTGTAGCACAACGTAAACAGTTGAGAATTCATACATTTGAGCAAGTGACAAAAGTGGAACCATTGAATGATGATTTCCGTGTTGTTACGACAAAACAAGCATATAAAGCAAAGTATGTAGTAATAGCTACTGGTTATTATGGACAACCAAATATGATGCGTATACCTGGTGAGGAACTTCCTAAAGTGTCACATTATTTTAAAGAAGCTCATCCATACTTTCGTAAAAATGTAGCGGTTATTGGTGGGAAAAACTCAGCTGTAGATGCAGCAATGGAGCTTTACAAAGCTGGTGCGCATGTAACTGTACTCTATCGCGGGAGTGAATATTCAGATAGTATAAAGCCGTGGATATTACCTGAGTTTGATTCGCTTGTAAGAAAAGAAAAAGTAAATATGATTTTTAATGCACATATATGTGAAATCACTCATAATTCATTAATTTACGAAGTCAATCAACAAGCATATCGTTTGTCAAATGACTTTGTATTTGCAATGACAGGCTATCATCCTGATTTTTCGTTACTTACTTCTACAGGTATAGAAGTGAATGATACGACAGGTGTGCCCAACTATGATGAAACAACATATGAAACAAATATACCTGGCGTTTACATTGCTGGAGTGGTAGCTGCTGGTTTTAATAATAACAAAATTTTTATTGAAAATGGGCGTTTTCATGGAGAAGCAATTGCTCAGTCTATTTCATCAAAATTAAACTAA	MQQEKVIVIGGGPCGMSAAIELQNLGIQPLIIEKGNIVNAIYHYPTHQTFFSSSDRLEIGDVAFITEEHKPVRNQALSYYRAVAQRKQLRIHTFEQVTKVEPLNDDFRVVTTKQAYKAKYVVIATGYYGQPNMMRIPGEELPKVSHYFKEAHPYFRKNVAVIGGKNSAVDAAMELYKAGAHVTVLYRGSEYSDSIKPWILPEFDSLVRKEKVNMIFNAHICEITHNSLIYEVNQQAYRLSNDFVFAMTGYHPDFSLLTSTGIEVNDTTGVPNYDETTYETNIPGVYIAGVVAAGFNNNKIFIENGRFHGEAIAQSISSKLN	PGPT0013060_4822	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384	NA	NA
AK148_04063	1281	gudB	COG0334	Cryptic catabolic NAD-specific glutamate dehydrogenase GudB	ATGGTAGCCGATAACGCAGCAGATTCTACCAAAGAAGTAAATGAAAAAATGGATGTATTAAGTTCAACACGAGCTGTTGTAAAAACTGCATTGGAGAAACTGGGTTACCCTGAGGAAGTCTTTGAACTATTCAAAGACCCTGTTCGGATGATGACAGTTCGTATTCCAGTGCGCATGGATGATGGATCCATTAAAGTATTTACTGGGTACCGCGCTCAACACAATGATGCTGTTGGTCCGACAAAGGGCGGTGTAAGATTCCATCCAGATGTCACTGAAAAAGAAGTGAAAGCATTATCTATTTGGATGAGTTTAAAGGCGGGCATTGTCAACCTACCTTATGGTGGGGGAAAAGGTGGTATTATTTGTGATCCTCGTGAAATGTCATTTCGGGAGTTAGAAGGACTTAGTAGAGGGTATGTACGTGCAATTAGTCAAATTGTAGGGCCAACAAAAGATATACCCGCACCAGACGTTTTTACGAATTCACAGATTATGGCTTGGATGATGGATGAGTATAGCCGCATTGACGAATTCAACAGTCCAGGTTTTATTACTGGTAAGCCAATAGTTCTTGGTGGATCACATGGAAGAGAATCTGCAACTGCAAAGGGTGTAACAATTTGCATTAATGAAGCTGCTAAAAAGAAAGGGCTTGATGTAAAAGGAGCGAGAGTAATCGTTCAAGGGTTTGGAAATGCAGGAAGTTTCCTATCAAAGTTTTTGCACGATGCAGGAGCTAAGGTAGTAGGTATTTCCGATGCTTACGGCGGTCTTTACGATTCAGAAGGACTAGATATTGATTATTTATTAGATCGCAGGGATAGCTTTGGAACCGTCACCAAACTTTTTAACAATACGATTACAAACAAGGAATTGTTAGAAATGGATTGTGATATTCTTGTACCTGCAGCGGTTGAGAATCAAATCACAGACGAAAACGCTTACAAGATTAAGGCTAGTATTGTAGTTGAAGCTGCTAATGGACCAACTACAATGGAAGCAACCAAAATTCTAACAGAACGTGGCATCTTGTTAGTACCAGATGTGCTAGCTTCTGCTGGAGGAGTCACCGTATCTTATTTTGAATGGGTGCAAAATAATCAAGGCTATTATTGGTCAGAAGAAGAAATAGATGTTAAGCTTCATGAAACAATGATTAAAGCATTCAATTCAATCTATAACACTGCTGAAACGAGACGTGTGGATATGCGTTTAGCTGCTTATATGATTGGAGTTCGAAAGATGGCTGAAGCATCCAGATTCCGCGGTTGGGTTTAA	MVADNAADSTKEVNEKMDVLSSTRAVVKTALEKLGYPEEVFELFKDPVRMMTVRIPVRMDDGSIKVFTGYRAQHNDAVGPTKGGVRFHPDVTEKEVKALSIWMSLKAGIVNLPYGGGKGGIICDPREMSFRELEGLSRGYVRAISQIVGPTKDIPAPDVFTNSQIMAWMMDEYSRIDEFNSPGFITGKPIVLGGSHGRESATAKGVTICINEAAKKKGLDVKGARVIVQGFGNAGSFLSKFLHDAGAKVVGISDAYGGLYDSEGLDIDYLLDRRDSFGTVTKLFNNTITNKELLEMDCDILVPAAVENQITDENAYKIKASIVVEAANGPTTMEATKILTERGILLVPDVLASAGGVTVSYFEWVQNNQGYYWSEEEIDVKLHETMIKAFNSIYNTAETRRVDMRLAAYMIGVRKMAEASRFRGWV	PGPT0020205_130	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLUTAMATE_DEGRADATION|CONVERSION,PGPT0020205-gudB|rocG-K00260	NA	NA
AK148_04064	579	mecB	COG4862	Adapter protein MecA 2	ATGCGAATTGAGAGAGTGTCTAATAACCAATTTACGATCTTTTTGACTTTTGATGATTTAATTGAAAGAGGCTTTACAAAAGATGACTTATGGTATGATGGTTCAAATGTTCGGAAATTGTTTAGCGATATGATGTATGAAGCCAGTTCTGAATTAGGATTTGAACTAGAAGGGGCACTGCTTGTGCAAGTGCATTTAATGCAAGCGCAAGGTATGCATGTTATTGTAACGCAAAAATTAGAAGATGTGGACTATGATGATGAATTTGTGGAAATGAAGGTTACTCTTGATGAAAATAAAAAACTGTTGTTTTCTTTTTGTGATTTGGAAGCTGTTATTGGTGTTGCGTCTTCTTTAGCTTCGATGAATATTACCGGCGGAAAAATATATTACATGGATCCTTATTATTATATGTTATTAAATGATACGGAGTTAAATGGTGCGAATCGAGAAGATGTCATAGCTGTTTTATCCGAATTTGCTAATCCAAGCATTGTTACTACTTATCGTTTACAAGAATACGGAAAATTGATATTCGCTACCGATGCCGTAAAACAAATTCGTGCTCTATTTGCATAA	MRIERVSNNQFTIFLTFDDLIERGFTKDDLWYDGSNVRKLFSDMMYEASSELGFELEGALLVQVHLMQAQGMHVIVTQKLEDVDYDDEFVEMKVTLDENKKLLFSFCDLEAVIGVASSLASMNITGGKIYYMDPYYYMLLNDTELNGANREDVIAVLSEFANPSIVTTYRLQEYGKLIFATDAVKQIRALFA				NA	NA	NA	NA	NA
AK148_04065	327			hypothetical protein	ATGAACACAGAACACAACCCTACAAGAGATCAAGCAAAACAATTACGACGCAAAGTCCAAGAAGTAAATGAAGCGGACAGTAATACTATGGAACAAGTACCAGATTCCAAACAGGAGAAGGATATAGATGTTTTGAATTTACCACCAAGGAAAGAGACTCATCAGCAGAAAAAGCAAACTATCCGATTAAGAATAAGTAATCCTACGCAAAGATTCTTATTCATTGTTTTTTTTATCCTACTTATCATCGTTGGTGCTTATTTTATTATAGGAGATAAGTTATTTACTACTATTTCATTTTATAGCTTTGATTTTGAAGTGCTGTAA	MNTEHNPTRDQAKQLRRKVQEVNEADSNTMEQVPDSKQEKDIDVLNLPPRKETHQQKKQTIRLRISNPTQRFLFIVFFILLIIVGAYFIIGDKLFTTISFYSFDFEVL				NA	NA	NA	NA	NA
AK148_04066	585			hypothetical protein	ATGAAACAAATTGATTATATTAAACGAATGGATCGTACTGAGTTGCGGAAGCAAATGATCATTTCACAATTCATTCTTATCCTATTTAGCGTTGGCGGAAGTGTTTTATTCTTTGAATCCTTTTTCGTTTGCTGGAAGGAAATGTTTGTTTGGAATATAGAAGAAATAATTTATTATGGAGTTTTACCTGGTTTTATCATTGTAATGGTTGATTGGTTCTTAACATATACGTTACCCGCTAAATATTACGATGATGGTGGAATAAATGAACAATTGTTTGCTAACCAGCCCGTTTGGTTTATTGTTACTATTTCCATTTTAGTTGCTCTGTCTGAAGAGATGTTGTTTCGTGGCGTTATTCAGACTACTTTTGGTTATTGGGTGGCAAGTATTCTATTTGCGCTTGTACATTTCCGCTATTTAAAAAAGCCTGTATTACTTGTATCCGTGTTGCTTGTTAGTTTTTATTTAGGATATTTATTCCATATAACGGACAATCTAGTAGTTACAATTACAGCGCATTTTATCGTTGATGTTTTATTAGGCTTTTTCATTCGATTTAAAAGAGAGGTGTGGATGCGATGA	MKQIDYIKRMDRTELRKQMIISQFILILFSVGGSVLFFESFFVCWKEMFVWNIEEIIYYGVLPGFIIVMVDWFLTYTLPAKYYDDGGINEQLFANQPVWFIVTISILVALSEEMLFRGVIQTTFGYWVASILFALVHFRYLKKPVLLVSVLLVSFYLGYLFHITDNLVVTITAHFIVDVLLGFFIRFKREVWMR				NA	NA	NA	NA	NA
AK148_04067	561			hypothetical protein	GTGAGTGTTTTGCTTTACTGCAGGAAAGATATACATTTATCTAAGTTTATTATTCGTCGCGAACTGCCAGAAATAGATGAATTGGTCGCCGTCTTCCAAAAGTTAAAGCAATGGTATGACCAAAAAAAACCTTTGCCTTTACAGGAAGAAGAATTATCTGAGCAGCTAGTTATCTCTAGTCAACAGTGGCGATTCATACGTTATCAATTGGAAAGGTATGCAATTATAAGGCAAAGCAATATTTACTTTCATATAGACACTTGGAATAAAGCTTATCAATATATTAGCAACTATATTGAAAAAAGAAACAAAGCAAAACAATCAAGATTGAATCAAGTACTAAATTGGATTCACCACACCGAATGTTTGAGAAAACATTTATATAAAGAATTTACGCCATCAATATTACCTCCTACTACTGACCAATGTTGTAGTAATTGTGGCTTTTTGTGGGACAACTGGCATCCTGTACAAAAGAAAACACCGTCTTGTATGAACTATTCCTGGCGGGAAAAACTAAAGCAAAAATTACTCATTGGGGATACTTATGAAACAAATTGA	MSVLLYCRKDIHLSKFIIRRELPEIDELVAVFQKLKQWYDQKKPLPLQEEELSEQLVISSQQWRFIRYQLERYAIIRQSNIYFHIDTWNKAYQYISNYIEKRNKAKQSRLNQVLNWIHHTECLRKHLYKEFTPSILPPTTDQCCSNCGFLWDNWHPVQKKTPSCMNYSWREKLKQKLLIGDTYETN				NA	NA	NA	NA	NA
AK148_04069	330	arsR_2	COG0640	Arsenical resistance operon repressor	TTGAAGATACTTAGAGATCAACCTATACAAAAAGAACAGATGTTGTTTGAAACATACGAACTTAAGTTTAAAGCATTAGCTGATCAACTGCGTTTAAAAATACTATTTGAATTGAATCAACGGGGGCAGATTTGTGTTTGTGATCTTACAGAAATTGTAGGATTATCTCAGTCCAAACTATCTTATCATCTAAAAATTTTACTTGACGCTAATCTGATTCTCCGTGAAAAGATTGGGACATGGAACTATTATCGACTAAATGATTCCGAGATAAAAAATCTCCTTTCAGAAGAACTTTGCTGTATTTTTTACCCTAATCCTAACGGGTAA	MKILRDQPIQKEQMLFETYELKFKALADQLRLKILFELNQRGQICVCDLTEIVGLSQSKLSYHLKILLDANLILREKIGTWNYYRLNDSEIKNLLSEELCCIFYPNPNG	PGPT0004735_4449	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892	NA	NA
AK148_04070	885		COG0701	Putative two-component membrane permease complex subunit SMU_747c	ATGGATAACCTTTTAGCTTTTTTAAAAACGTTTTTTATTCTGTTTGCTGAACTGACTGTTTTGTTTATTTTCATTAGTTTCTTAGTCAGTTTACTACAACAGAAGGTTACTGAAGATCGAATTAAACGTGTACTTGACCGTCCGAATAAATGGAGTGGATATCTTTATGGCACGGGATTAGGTGCCCTTACACCTTTTTGTTCTTGTTCTACAATCCCTATTTTAGCCGGATTGCTGTCATCAAGAGCTCCATTTGGGCCATCTATGTCGTTTTTAATTGCTTCACCTCTCCTAAATCCAGTGATTATTATCTTGTTGTGGACTTTATTGGGATGGAAGCTAACGTTGTACTATGCAATAGTTGTAGGCATTTTTTCAATACTTATTGGGATTGTTTGGGAAGCCTTAGGCCTAAAACATTCAGTTAAAGAAGTGAGAGTAAGAAAAGGAGAAAACTCAAACGGAGATCAGCATGTCTCCAAATGGAAATTAGCTCTACAAGATGCATGGTCGTTCTTTTATCCTTTGCTGCCATATTTACTTATCGGCGTTTTTATTGGAGCGTTTATTTATGATTTTATTCCGCGGGATTTCATTGTTAAATATGCTGGCGGTGATACTTTCTGGACCATACCCATTGCTTCAGTAATAGGAATACCAATGTACATTCGTGCTGAAACCATCTTACCTATAGCAGGAGTTCTAGTTAGCAAAGGGATGGGGATGGGTGCTGTCATTGCTTTGTTAATTGGTGGTGCAGGAGCAAGTATTCCCGAGGTTGTTTTATTAAGTAAATTGTTTAAACGGAAGTTAGTTGTAGCTTTTGTGATCTCTATTTTAATTGTTGCGATTAGCACTGGATTTATCGTACAAATCATCCTTTAA	MDNLLAFLKTFFILFAELTVLFIFISFLVSLLQQKVTEDRIKRVLDRPNKWSGYLYGTGLGALTPFCSCSTIPILAGLLSSRAPFGPSMSFLIASPLLNPVIIILLWTLLGWKLTLYYAIVVGIFSILIGIVWEALGLKHSVKEVRVRKGENSNGDQHVSKWKLALQDAWSFFYPLLPYLLIGVFIGAFIYDFIPRDFIVKYAGGDTFWTIPIASVIGIPMYIRAETILPIAGVLVSKGMGMGAVIALLIGGAGASIPEVVLLSKLFKRKLVVAFVISILIVAISTGFIVQIIL				NA	NA	NA	NA	NA
AK148_04071	153			hypothetical protein	ATGGCAGATAAAAAATCGGCTCTGAAAGGATTGTTCTCTAAATCCAACAAAGATTGCTGCAGCGTTGAAATTGAGGAAGTCAAACCGACTGAAGATAATAGCTGTTGCGGATCTTCAAAGGAGAACACTGATAAGCAACAGAAAGAGGCTTAA	MADKKSALKGLFSKSNKDCCSVEIEEVKPTEDNSCCGSSKENTDKQQKEA				NA	NA	NA	NA	NA
AK148_04072	477			hypothetical protein	TTGCAGCTGGTGAATATTGACGGGTTTCCTGATGCAGAGTTACTAAATAAACTCTTGAAGCTACACGAGAGTATTTTTAAAGACTCTAACACACTGATTAGCAAAGCTGAAAATAAGTCAAAAATAGTCTTCACGGTAGCTTTGGAAAACGAAGAAGTTATAGGATATAAAATTGGTTACGAACTTGAAAGGGACGGTTTTTATAGTTGGCTTGGTGGCGTTGATGAAAATCATAGAAATACAGGTGTTGCCTCCAAACTAATGAACAAGCAACATCTGTATTTGAAAGAAAAAGGTTATAAAATTCTTCAAACAAAAACTAAGAATAAGTGGCGTAGTATGCTTGTTTTGAATATAAAAAATGGCTTTGACGTGATCGGAACATATACAGATAGTGAAGGTGAACCGAAGATAATTCTTGAAAAAGGTTATAAAAATACTGCAATCGGGCGCACGAATTTAATAATGTTTCAGTAG	MQLVNIDGFPDAELLNKLLKLHESIFKDSNTLISKAENKSKIVFTVALENEEVIGYKIGYELERDGFYSWLGGVDENHRNTGVASKLMNKQHLYLKEKGYKILQTKTKNKWRSMLVLNIKNGFDVIGTYTDSEGEPKIILEKGYKNTAIGRTNLIMFQ				NA	NA	NA	NA	NA
AK148_04073	450			hypothetical protein	ATGAACCATTTAACCGAAGGATTATACGGAGAAAATGCTCACGTTAACACATTGGCAATTTTCGACGGATTAGGCATCGATCAAGCAAGTGAGGTGGTTCTTAACCAGCATTCAATCTGGCAAATTCTAAATCATATGGTCTACTGGCAAGAATATATTTTACGTCTTTTGAAGAGAGAAGAGACAGTACCGCCAAAACATGCTTCAGAGACATGGCTAACAGAGGTAAAACCACCTGCCAAAAAGGATTGGGAATGGGCTGTAAACAAATTTACAGATGGTTTAAATGAAGCTGTACGATTTGCAGAAAACGAGCATGGTATTTCAAATGGTCAGGTGGAGCATCTTCTTTCGTTAATTTCCCATAATAGTTATCATTCCGGGCAAGTTGTGATTATCAGACGCTTTCTGAATCAGTGGCCACCTCCTACGGGTGGAGATACATGGTAG	MNHLTEGLYGENAHVNTLAIFDGLGIDQASEVVLNQHSIWQILNHMVYWQEYILRLLKREETVPPKHASETWLTEVKPPAKKDWEWAVNKFTDGLNEAVRFAENEHGISNGQVEHLLSLISHNSYHSGQVVIIRRFLNQWPPPTGGDTW				NA	NA	NA	NA	NA
AK148_04074	1362			hypothetical protein	ATGGAGAATGGAAACCATAGGTTTGTGTGGAAGGCGATAAAATACTATAGGAAACAAGGCGGGGAAATTGTAAGTACACCTTCATTCATTATTGGACTAGAGGACAAGACAACAAAAGAAGTATTCCCTCATCCCATAAGCCATTTTTTATTTAAGAATTACCATAGAAACTCCGGCTCTGTAAACACTGAGCTTACCGTAGCACAGACTATTGTTCCTTTTTTAAATTTTGTATTAGCCAAATTGAACCAAGGATTAACTGAATATACTGAAGTTAAAGGTTTGGCAGATCTACGAGAGAATCACGCAAATGCTTATTTACAATACTGTGTAGACGAAAAATCAAATAAAAATAAGACTTTAGAAATGAAAGAGAATTTTTTAGCAAAATTTTATAAATATTTATGGGATGAAAAAGTACTAAAGCATAAACCTAAATTTAAGCTGGTTTCGGTAAGAACGGGAAAAGAAGTTAGAAAAGTATATAAAATTGATTTCACCTATAAAAAGACAGATGAAACGCTTTTACGTGAAAGAGTAAAAAGAAAAGATATCGTACCCCAAGATCATGAATCTAATGAGAATAGAACTTTTATTCGTTTGCAATATATTCGTGAGATACTTTATGTGGCAAAGCATGAGACGCCTGATATTGCATTTGGATTGGCTTTACAAATATTTGGAGGGTTGCGTAAAGGTGAAGTAGTAAACATGACTAGAACGGCTTTAAAATCACAAAATGGGCAAAAGTATGGTGTCGAAGGATTAGTCCTACTTGTAAGGGATCGCCAAAATGAATTGTTTACAAGATTTAGCGATGTTTCAACAATACAGGTGAAGAACCCAAGAGATCAATCCTGTCTGATTGATCCAATTTTAAATTATTTATACAAGCATCATGTAGAGATTGTACTTAAAAAGATTAAGAAACCCATACATCCCAATGCATTGTTTTATGATACGGAAGGGAGTCCAATGTCGGCAGACACATATGATAAAAGATTTTTAAAATTGAAGAACACCTATTTAGGGATGTTACTCGGTACTCCTGGTAGATATCAGGATTATCTAGACTTCTCTCAAACGAAATGGCGCTCACACATTGGTAGAGGGGCGTTTACTAATATGTGTTTGGACGCTGGATTTAATGAGAAACAAACTGCAGTATTACGTGGTGACAGGTCAACACAATCTATGGAATCTTATTTTGACATTATTACTGCAACTTATAACATACGAAAGGCATTAAGCCTGCTTTCTCCCGACGAATTGGACAATATAGCAGATCTAAATATGCCGTTTAATCATAAAATGTGGAAGGATGTTCAAGAGTTTGGAAAAGGACTTAGGCAAAAATTATAG	MENGNHRFVWKAIKYYRKQGGEIVSTPSFIIGLEDKTTKEVFPHPISHFLFKNYHRNSGSVNTELTVAQTIVPFLNFVLAKLNQGLTEYTEVKGLADLRENHANAYLQYCVDEKSNKNKTLEMKENFLAKFYKYLWDEKVLKHKPKFKLVSVRTGKEVRKVYKIDFTYKKTDETLLRERVKRKDIVPQDHESNENRTFIRLQYIREILYVAKHETPDIAFGLALQIFGGLRKGEVVNMTRTALKSQNGQKYGVEGLVLLVRDRQNELFTRFSDVSTIQVKNPRDQSCLIDPILNYLYKHHVEIVLKKIKKPIHPNALFYDTEGSPMSADTYDKRFLKLKNTYLGMLLGTPGRYQDYLDFSQTKWRSHIGRGAFTNMCLDAGFNEKQTAVLRGDRSTQSMESYFDIITATYNIRKALSLLSPDELDNIADLNMPFNHKMWKDVQEFGKGLRQKL				NA	NA	NA	NA	NA
AK148_04075	2631			hypothetical protein	TTGGAAAAGGACTTAGGCAAAAATTATAGAGACTATATGACAATATACGAAATAACTGTGGAAAAATTTAATAAAAACTCGAACAACCGATACTTTATCAATAAATTAAGAAGATCCATAACAGAGTTGCCAACTGAATGTAATATAACAAAAATCGATTTAGAGGAAAAATTCCTTGATAGTAAATATGGTAAAACTGTTAAAGAACTGTATTTAAAAGAAGATGTAGATCGCTTTTTTGCAAACTATATATCTAAGAATTCACTCGTTAGGAGACTACAAAAGTCTGTTAGCAATCACACAGTTTATAAATATTATAAGAAACTAAACCCGAAAGAAATAATCCTCGGTGGCAATTTAGATATTTTTATATCAAAAGAGATATCACAAGAACTAACCGAAATAATAAAAACAGTGGCAGGTAAGGGACAATGGGGCTGGAGAGCTCATGTGTTTGAACAATACAAAAATCAGCATGGTTATTTATCTTACGAAGAGGTTATGGAGAAATTAAATTGTACTTATGCGACTATTCAGAGGTTAATAAAAGAAAATTTGTTGCTAGTATCGGATCGATACGGAGATAGAATGCTTTTTAATCAAGAGCAGGTACAAGAATTACATTCTGAGCAAGAAAGGCTTATTGATAAATATAACAACAATTATTATACAGCAAAGCAGATTCAAGCAAAATATAGCGATTCTTTTGCACAATATATCAAAGGGTCGGAAGATAAGGTTCGAATAAAAGTGACCAAAGTTGATCCTCCACTGCTATTGGTTTCATACTTTGGCGTCCAGATGAAACTCTATGAAAAAAATGAGATTGATGATTTATGGAAGGACTATAAGCTTTATTTGGACATGAACTCTATGTCGATGGAAGAACCGTTTGAAGACTTCGTTTATAAAGTAGAACAAGTGTTAAATGTTAAATTCACAAAGAATCAGCAAAATACAAAACTAATATGGTACCAGTTTGTTCAAAAGTTCCTTATTAACACTAGGATGTCTGATAAGACTAGGGTTATTTTTCAGACTAACCAATTTGCAAGATGCACGGAAATAATATTCAGTATTTTTAATAAAGAAATCTACTTATATTCAGGAAAAGAAATTAACAATAAATTTCTTAACGATAATTTCAATATCAAAAGGAGTTATCAGAGAGATTTTTATTACTTCTTAAAAAAGATGCTCGAAACCTTTGCTGTGGAGGGACTCCCCATACCTTACAGCGTGGATGAATTAAACGATCCAAGAAGCTTTAAAAGGATTAAGGAAGTAGCTACAGATATCTATTCTTTAGAGGAATACCATGAATTGTATAAATATACCAATCGTATAGAAATTCATAAAGAAAAGGCAATTCAAGATGTTACCAGGTTAATTAAAACTATGGATTATACAAAGTATAAACGTTACGACAGTTGCTGGTTATATATCTTAGTTCAATTAACAAATAATTGGAGGCATAGCACGGTACTATCTCAAATTCCAAGAATTGATCTATCAAACACTTCAATTGAGAATTTGGAGTGGCTAAAGAAAAATGAGCCCTCCATACAGGACGCAAACAATATTATATATCAGATTGGTAGATATGTAACGAAAATAAACAAAACCGATGTTAGTGCAGAAGGGATTTTCACTATCGGTGAACCACTTAAAATTGCTTTTGCAACTGCAATAAGTATTTGTGAATTTCGTAGAAGAGCAACATTGGATAGCAGTTCAACATTGATAGATTTATCCGGACATTTAGTAGCGAAATATAATCCTCATAAGGAATTTTTTGTTGATTTCATTGATGATTTCAAATTTGAAAACAGGAAGATGAATAGAACACTTAGTACTCTGATATGGTCGGTTCTTAGGCATATGGGGAAAGGGGTAAAAGAATCTCAAGTCTCACGAAGTCATTTGCAAGACCAAACAACTATTACTCATTACATAAAACTTTCTGATGACCAGGTGAAAAGTCTTGTGGATGAATTATTTGAAAGAAATCAATTTGGATTTGTAACGCAAGCATTAACGAATATACTATTTGGTCCTGAAACAAATAAAAGTATCGAAACGGAAAGAATGTTAGAAGTAAATAAGCATTTCGGAGATGTTTTTAAAATTGAAGCGACCGCAGGGTTAATCAATAGGATCGCAACAGAAAGGGATGATGTATTAAAATATCTTGAAGAATTTGACTTAGAAGGACTTCGTGATCTATTTTACCAATCTCTAACGGGATCGCTTCCTTCAAAGCAGAGATACCATCAATGCATCTATGCTGAATGTAAATATGAGAATGAATATGGTGAAAGACCCTCGTGCGATACTTGTGCTGCATCAATGATTAATGTGTATGCCCTAGAAAGTATAATGGACAATTATATATTTATGATGGAAAAAATAGCAAAAGAGTTTGAAAATGCAACTATCGGTGAAAAACAGAAGCTTGCAAACCAGTTCTTCCTACTACATAACGTTGTAGCTCAAGCAAGAAGTAGATTCGGCAGAGAGGTTGTAGATGGATTTGTAGAAGGAAAGACGGAACGAATCAAGAAGCTAGGTCTTGAATTATCAACAAAAGGTTTAAAGGAATTTAGAACTTCAGGAGTACTGAGGGGGTGA	MEKDLGKNYRDYMTIYEITVEKFNKNSNNRYFINKLRRSITELPTECNITKIDLEEKFLDSKYGKTVKELYLKEDVDRFFANYISKNSLVRRLQKSVSNHTVYKYYKKLNPKEIILGGNLDIFISKEISQELTEIIKTVAGKGQWGWRAHVFEQYKNQHGYLSYEEVMEKLNCTYATIQRLIKENLLLVSDRYGDRMLFNQEQVQELHSEQERLIDKYNNNYYTAKQIQAKYSDSFAQYIKGSEDKVRIKVTKVDPPLLLVSYFGVQMKLYEKNEIDDLWKDYKLYLDMNSMSMEEPFEDFVYKVEQVLNVKFTKNQQNTKLIWYQFVQKFLINTRMSDKTRVIFQTNQFARCTEIIFSIFNKEIYLYSGKEINNKFLNDNFNIKRSYQRDFYYFLKKMLETFAVEGLPIPYSVDELNDPRSFKRIKEVATDIYSLEEYHELYKYTNRIEIHKEKAIQDVTRLIKTMDYTKYKRYDSCWLYILVQLTNNWRHSTVLSQIPRIDLSNTSIENLEWLKKNEPSIQDANNIIYQIGRYVTKINKTDVSAEGIFTIGEPLKIAFATAISICEFRRRATLDSSSTLIDLSGHLVAKYNPHKEFFVDFIDDFKFENRKMNRTLSTLIWSVLRHMGKGVKESQVSRSHLQDQTTITHYIKLSDDQVKSLVDELFERNQFGFVTQALTNILFGPETNKSIETERMLEVNKHFGDVFKIEATAGLINRIATERDDVLKYLEEFDLEGLRDLFYQSLTGSLPSKQRYHQCIYAECKYENEYGERPSCDTCAASMINVYALESIMDNYIFMMEKIAKEFENATIGEKQKLANQFFLLHNVVAQARSRFGREVVDGFVEGKTERIKKLGLELSTKGLKEFRTSGVLRG				NA	NA	NA	NA	NA
AK148_04076	1857			hypothetical protein	GTGATATATTTGGTGCGGAAAAGAGATATAAGCTCGCTAACACTTGATTTCAGTAGTATTAATCCAGAAGATATAAGGGGTACTGGATTTGATATCAGCAAGAATGTAGAAGAGGCAAAGAAATCCTTAGAAAATTACGATGATTATCGTGTTCAAAAAATCAGTGTAAATTTTGATGAAAATAAATGGGTTTTTAACGAAGAGTTCACACGAAGTGATGTGGTTTTTAATTTTAAAAAAATAGAGGATTCCTTAAGGTTTAGTCAAAACGAAAATAAAGAAGAACTATTAATTGCGGTAAAATGTTGGGTGGCAAAAAAGTTAAATGAAACTTCTATAATGATAACACAGGCAAAACTTTTAAACATTGTTACTGCCTTTCTATCTACAAAGAGTCTTAGGGATAATAGTGAACTATTGGAATTAATACAGGAATCCAATCTCATTCGTAGAAGTTCAAAAAATCAATATAAAGTTCATAAAGTGTCTAACAATGTTATGTATAGATTTATTACGGACCTTGTCGATTTTTTAGAATTTTATAATCGTGATGAATTTGTATATTTCAAAAATGATTTGAGCGAGCATAAAGCAAAAATCAAATTAGAAAAAAGCTATAGAGAGTTGCCGTCTTTCAAAGATATTTTAACTATAAAACAATGTCTAGACAGTTGGTATGAAGAAGCAGTAAGAAACAATAGTGACGAATTACTAAAATATTTCCCTCTTGTTTTATGGTGGAATCTAACAACTATTATACCTATGAGGGTAATTGAGTTTTGTCACATTAAAAGAAATTGTTTTTCATTAAAGGATGGAAATTACTCTATCACCTTTCCAAGAATGAAGTACGATCGAATTGGAACACATCAGACAGACATTGAATACGACACGTTACCTATTCCCAAAGAATTGTACGACCTTTTTCAAAGCTACTTAAGACTATCGGAACAATATGGACTATCAAATTATCTAATTTCACACAAGGTGTATCGCCATTATTTCGGTTATGATAAAAAAATGTATGATAGAGATTCTATGTTTAACTATAATAATTTCAATCATACACTAGCAAGTTTTTTTACAGAGATAATACACAAAAGGTACAAAATTAATATTATTTCTATAAATAAGCACTTTCGGAAGAACTATGCTACCAGAGGAAAAGAGACACTTATTTCTGATGCAGCAAATGGAAGTATAGATACGATGATTAACCTTGGCGATTTAAGGCACATTGCAATTATTAATATGATGATGCAGGGATATGACAAGGTTGAGATTCAACGATTAGCAGGACATATTACGGAGGATATACAATATAGCTATTTCAATCACATGGAAAACTGGATGGATATTGAAATACAGAAAATGGAGAAGGAATTCAATCAATATAGACCAATAAATTCCATCTTTAATGACAATGGAAGTCCACTTTTGCATCCAAATGTCCAAGACTTTTTTGTAAATCAAAGCAAAAAAAATTACATCAACAAGAATGCGGATGAAGAGGAATATTTAAAATTAGATTTGGGCCACTGTACGGACAAGACTATGCCCTGCCCCAGTTTTAATTGGAAACACCGTGGTTGTTATTTTTGTAAGCACTGGGCTATCTCTAATGAGGAGTTAGCAGAAAAAAGAAAACAAGTTGCGTCCGATCTAAATTTACTTTACGAAGAAACAAGAGAAAAAATTAAATTCGTACAATCCCTATTTAAGCTTCAATTCGATAACTTTGAAAGCGTTAGTAATAATATAAAACAAGACTTGTCTTCAACGTCAAAAGAAATTCAATTAGACATTAAACGAATCGCAAAATTAAAGTCTATGTTAGGGGTTCTGGATGATGAATAA	MIYLVRKRDISSLTLDFSSINPEDIRGTGFDISKNVEEAKKSLENYDDYRVQKISVNFDENKWVFNEEFTRSDVVFNFKKIEDSLRFSQNENKEELLIAVKCWVAKKLNETSIMITQAKLLNIVTAFLSTKSLRDNSELLELIQESNLIRRSSKNQYKVHKVSNNVMYRFITDLVDFLEFYNRDEFVYFKNDLSEHKAKIKLEKSYRELPSFKDILTIKQCLDSWYEEAVRNNSDELLKYFPLVLWWNLTTIIPMRVIEFCHIKRNCFSLKDGNYSITFPRMKYDRIGTHQTDIEYDTLPIPKELYDLFQSYLRLSEQYGLSNYLISHKVYRHYFGYDKKMYDRDSMFNYNNFNHTLASFFTEIIHKRYKINIISINKHFRKNYATRGKETLISDAANGSIDTMINLGDLRHIAIINMMMQGYDKVEIQRLAGHITEDIQYSYFNHMENWMDIEIQKMEKEFNQYRPINSIFNDNGSPLLHPNVQDFFVNQSKKNYINKNADEEEYLKLDLGHCTDKTMPCPSFNWKHRGCYFCKHWAISNEELAEKRKQVASDLNLLYEETREKIKFVQSLFKLQFDNFESVSNNIKQDLSSTSKEIQLDIKRIAKLKSMLGVLDDE				NA	NA	NA	NA	NA
AK148_04077	735			hypothetical protein	ATGATGAATAAAATTGGTACAAAAGGCATTTTGGATGATACAGAAAAAGAGGCAGTATTGAGGAAACAAATTGTTGAATTTGATGAAAACCATAATATCAAAGCTAAAATCACATACAAGGATATCTACGAATTCGTTAAATCACAATATGATATAGGTATTGTTGATTTTTATCCTGGATACACATGGTGGAAAACAAAAGGAAAACATTTAGTGGATGAATACAATTTAGTAAAAAAAAGGACAATTAAACTATCGGATACAGAAGATTTGGACGTGTTTGACATTCTTGATGTGGTCGAAAAACATTATGGGAATAAAGAGTCCTTAATCAAATATCTTCTCCCCTATAATGATTTATTAGACAGGCTCGTAAATAAAATAAATAAACTTCAAGATACGTCTCAAAGTTTATCAGAAGAAGTTAGTAAGAAGGACGAGCGCATTCACGCTTTAGAACAAACGATCCAGAACCAGCAGTCCTTATTGGACGGGTTATTTTACAATATTATAGGTTCTGAAAGAGAATTAGGCAAAGTTATGAAAAGAGGTAGTACGAGATCTGATGTAACGAATTATGCCCTGTCAGAGACTTTTGGAAATCCTGCTGCATACATTGAGGAGTTTAGTAAACGTATAGAAACAGGCAATCCTGCGATAGATGATAAGACAAATAACATTGTTCAGTTCCAATCTAAGTATAGCACATTGGAAGAGGATGATTATGATTATTAA	MMNKIGTKGILDDTEKEAVLRKQIVEFDENHNIKAKITYKDIYEFVKSQYDIGIVDFYPGYTWWKTKGKHLVDEYNLVKKRTIKLSDTEDLDVFDILDVVEKHYGNKESLIKYLLPYNDLLDRLVNKINKLQDTSQSLSEEVSKKDERIHALEQTIQNQQSLLDGLFYNIIGSERELGKVMKRGSTRSDVTNYALSETFGNPAAYIEEFSKRIETGNPAIDDKTNNIVQFQSKYSTLEEDDYDY				NA	NA	NA	NA	NA
AK148_04078	2142	topB_2	COG0550	DNA topoisomerase 3	ATGGGATGCGTATTAATCTTAGCTGAAAAACCAAGTCAAGGAAAAGCTTATGGCGATGTGTTTCAAAATGTAAGCAAACGAGACGGGTATCTAGAAGTGCAAGATAGTCGTTTTTTTAATGGAGAAAAAGCATATATTACTTGGGGATTTGGTCACTTAGTGGAGCTTGTGCCTCCTGAAGCATATAATCAGAGTTGGAAGAAATGGGATTTGAATAAGTTGCCTATTATGCCTGAGGCGTTTCAGTTTCAAGTAGCTAAAGATAAGCAGAAACAATTTCAAGTGGTGAAGCATTTATGCAACCAAGTGCAAGGAATTATTATCGCTACAGATAGTGACAGGGAAGGAGAAAATATTGCAAGAAGTATTTTGCAACAAGCTGGTGCAAATCATAAACCGATAAAACGATTGTGGATCAATTCTTTGGAAGTCGAAGAGATTGAAAAAGGATTGCAACGCTTACAAGATGGCAATAACTACATTGCTTTATATAAAGAAGCACAAACAAGACAGTACAGTGATTGGTTAGTTGGCATGAATGCTTCTCGTTTATACACATTGCTTTTACAAAAGAAAGGGTTACAAGGGGTATTTAGTGTTGGGCGCGTACAAACACCAACCCTCTATTTGATTTATAAACGTCAAGAAGAAATTGCAAACTTTACGTCCCAGCCATTTTTTGAGCTGGCAGGAAATGTGACGGTGCATGAGCAAAGCTTTGAAGCTAAACATAATCAGCGCTATGATACCAAACAAAAAGCGATGGATATTTTACAGTCCCATGGTATTCAAGAAGGTGAGCAGGATGGGAAAGTAAAAGAACTAGAAAAGGCACAAAAGAAAACGAGAGCTCCGAAGCTGCACTCTTTATCTACGTTACAAACAAAGATGAACAAACAACGGAAGTACAGTCCATCGATGGTACTGGAGATTGTTCAAGGCTTGTATGAAAAGAAATTGGTCACTTATCCTCGAACGGACTGTCACTTTATTACAGAGAATGAATTTACTTATGTGAAGCAAAACTTGACTGCCTATCAAGAGTCTTTAGGTATTTCTTTTTCTGTGAAGTATCCAGCAGCAAGAAAAGCGTACGTGGATAGCTCGAAGGTACAAGAGCACTACGCCATCATTCCAACCAAACAAGTTCCACAGCTGGAACGTTTGACAGAAAAAGAAAAGGATGTGTATCGAGAAATTTTAGCAACAACCTTGGCCATGTTTGCACCCGATTATGAATATGAAGAAACAAAAGTAATCATTGATGTGCGAGGGTTAAGCTTTTATAAAACTGGAAAAGTAGAAAAGAATCGAGGATGGAAGGTATTATTTCCACAGGAGAAGCAACAGAAGCAAAAAGAACAACCTGCACAGCTTCCTGCCATGAAGCAAGGCGATGCTTGCATGGTCGATGTATTTATAAAAGAAGGAAAAACGCAACCTCCTAAACCGTTTACGGAGGGAAATTTAATTCAGGTGATGAAACATGCGGGAAAGGACGTTGAGGATGAAGAAGCAAAGCATATTTTAAAACAAAAGGAAGGCATTGGAACAGAGGCTACTAGGGCAAGTATTATTGAAACGTTAAAACACCAGCAGTATATTGAAATAAAGAAAAATGTGGTGTACGTAACAGCAAAAGGGAAAATCCTTTGCCAAGCTGTAGATGGGACATTACTAGCTAGTCCAGAAATGACAGCAAAATGGGAAACTTACCTAGCAAAAATAGGGAGAAAGGAAGGCTCTCAGGATAAATTTGTAGCTAATATAAAGAAATTCGTTACTTATTTATTGGAACAAGCACCTAATCAAGTAGCAACGCTAAAAGGTGAAATCAACCAGGTATCAGAGCAATCCTATGTTGGCGATTGTCCCATGTGTCAAACCGGTAAATTACAAGACAAGGGGAAATTTTACGGATGTAGTGGCTACCAAGAGGGCTGTACATTTAGCCTGCCTAAAACAATGTTAACGAAGAAGTTGCCGCAAACAGCTGTTCAATCTCTTTTAAAAGGAAAGCGAACGAATTTGATTAAGGGGTTTAAAAGTAAGAAAGGGAAGAAGTTTGATGCGTATTTAACGTTGGATTTAGAAGGGAAAATAACCTTTGAATTCCCGAAGAGAGGCAGGAGGAAATCGTAG	MGCVLILAEKPSQGKAYGDVFQNVSKRDGYLEVQDSRFFNGEKAYITWGFGHLVELVPPEAYNQSWKKWDLNKLPIMPEAFQFQVAKDKQKQFQVVKHLCNQVQGIIIATDSDREGENIARSILQQAGANHKPIKRLWINSLEVEEIEKGLQRLQDGNNYIALYKEAQTRQYSDWLVGMNASRLYTLLLQKKGLQGVFSVGRVQTPTLYLIYKRQEEIANFTSQPFFELAGNVTVHEQSFEAKHNQRYDTKQKAMDILQSHGIQEGEQDGKVKELEKAQKKTRAPKLHSLSTLQTKMNKQRKYSPSMVLEIVQGLYEKKLVTYPRTDCHFITENEFTYVKQNLTAYQESLGISFSVKYPAARKAYVDSSKVQEHYAIIPTKQVPQLERLTEKEKDVYREILATTLAMFAPDYEYEETKVIIDVRGLSFYKTGKVEKNRGWKVLFPQEKQQKQKEQPAQLPAMKQGDACMVDVFIKEGKTQPPKPFTEGNLIQVMKHAGKDVEDEEAKHILKQKEGIGTEATRASIIETLKHQQYIEIKKNVVYVTAKGKILCQAVDGTLLASPEMTAKWETYLAKIGRKEGSQDKFVANIKKFVTYLLEQAPNQVATLKGEINQVSEQSYVGDCPMCQTGKLQDKGKFYGCSGYQEGCTFSLPKTMLTKKLPQTAVQSLLKGKRTNLIKGFKSKKGKKFDAYLTLDLEGKITFEFPKRGRRKS				NA	NA	NA	NA	NA
AK148_04079	210			hypothetical protein	ATGAATATGATTTCTTCTGCATACGGCATGATAGCCCTTGTTTTATTTTTAGTCGGGATTATAATGTATAAAGGTATTCTTTTTGTACATTATAAATTTACGTTCGAATTTTCAGATAGAGTGTATTATAAAGTAATCCAAACTATATTTTATGATCATTTAATTAAAATTAAATTCAACTACTCAGAGATTACTAGATTAAATAAATAA	MNMISSAYGMIALVLFLVGIIMYKGILFVHYKFTFEFSDRVYYKVIQTIFYDHLIKIKFNYSEITRLNK				NA	NA	NA	NA	NA
AK148_04080	135			hypothetical protein	ATGTTACGCATTATTAACATTGACACAATTATTAAAGAGTTAGTAAAAGACATTAAAAAGGAAACAAAATACAAAAGAAAAAATGCTCAATTTATTAAAAGCCAACAAATTTTTTTAGAATGGAAAAACAGATAA	MLRIINIDTIIKELVKDIKKETKYKRKNAQFIKSQQIFLEWKNR				NA	NA	NA	NA	NA
AK148_04081	333			hypothetical protein	ATGTTAGCTTTTTCGTTTGATGTGGGGAATGGTTTTGTAAAGGCAAGAAATAATAAAAGGAGTATGATTGCTCCAAGTTCTATTGCTAAAAAAGAAAGCATGGGAAGTTCAAGCATTACAGGCATGTCTTCGAGCTTTGACGCCTCATTTGGTTACCGTGAATTTGAATCTAGCTTAGATGACGGAACAACATATATTTGGGGAGAAGAAATTGCTGATGTCGTGGATCCAAGTTCATTACTTCCTACATATACACATAACCACCGTTATACGCAAAAGCGTTTCAAACTAGCGATTATGAAGAAGATGAACTACGTGATGTCATTGTTGTAA	MLAFSFDVGNGFVKARNNKRSMIAPSSIAKKESMGSSSITGMSSSFDASFGYREFESSLDDGTTYIWGEEIADVVDPSSLLPTYTHNHRYTQKRFKLAIMKKMNYVMSLL				NA	NA	NA	NA	NA
AK148_04082	621			hypothetical protein	GTGAAGATTAATGGCAAACAGTTATTCATCCATGTTACTGATGTACGTATTATTGAGCAGCCCTTAGGCACTCTACTTCACCAATACATGAATGAATCTGGACAAGTTCATAAGGAATTTTTAAACAACACATTAACCGTCATTGACTTCGGCGCAGGCACAACCATCATGGACACCTTTAAAAATGTAAAGCGCCTAGAAGATAAATCTGAAACATATTATGAGGGTATGAACGATATTCATAAACGAATTGCTAAACGAATCGAGCGTGAACATGGCATTAAAGGTTTAGATGCAAGCTTTGTAGAAGAAGGCTTTCGCAATAACACAATGGTTGCCACCGTATCCGAGCGAAAAAAATACTCTTTTGAAGGCATAGCAAAAGACATCATTACAAACTTTATCGAGAAGCTTATCTCTGATATGGACGCTGTACTAACAAATCGAGATAGTATCGATAAATTCATATTAACCGGAGGCGGTGTTCACATCGTATCCACTTATTTTCAAGACACATTTGGTGAGGATTCCGTTCTTATAGTGGAAAACTCTCAGGAAGCAAATCTAAGCGGCTTTTATAAGTTAGCTTCTACCATTAGTCGTAAAGAAAAAGCTAGTTAA	MKINGKQLFIHVTDVRIIEQPLGTLLHQYMNESGQVHKEFLNNTLTVIDFGAGTTIMDTFKNVKRLEDKSETYYEGMNDIHKRIAKRIEREHGIKGLDASFVEEGFRNNTMVATVSERKKYSFEGIAKDIITNFIEKLISDMDAVLTNRDSIDKFILTGGGVHIVSTYFQDTFGEDSVLIVENSQEANLSGFYKLASTISRKEKAS				NA	NA	NA	NA	NA
AK148_04083	279			hypothetical protein	ATGACTACACATCGGAAATTATTCTCCTATGACAGCTTAGAAGATGCTGATATTCATGAATTCTTTCAATCTTTACCCGATCGCCAAGCTTCCAAATATATTCGCATCGCTATTAGGAAACTAATGAAGGAGATGGAGGAAAAAGGGGAAATTAGCCCCATTTCAAAATCCTCTAGCTCTTCTACAGAAATCAAAGAAGAGAATACAAAAGCGCAACACCAGGAATTAAGTAATGATACCTTTATAAACAACGACGATATTCTTAATTTAGGAAAATAG	MTTHRKLFSYDSLEDADIHEFFQSLPDRQASKYIRIAIRKLMKEMEEKGEISPISKSSSSSTEIKEENTKAQHQELSNDTFINNDDILNLGK				NA	NA	NA	NA	NA
AK148_04084	1863			hypothetical protein	ATGAACACAGAAAAAGATTTAAAAAGAAAGTACAGCGAGCTTCTATTTGCCAAGCAAAACGAACAGAGGTATCCAGAACAAAAAGGCTATGTAAAAGAGCGTGAGAAAATAGAAAGGGAGTATTGGGATGCCGTACTTAAATCGAAGTTACCAAAAGAGCAGTTAGAAACAATGGAAAAACAGGTGATCAATGAGCTTGAAGAGTTTGCTGGCTTGTACAAGCAAAATGTGGAGCATAATTTAGACAGTGATAAAGACAGAGAAGCTTTTAAAAAGCTGTTCATGCAAAAAGTTTTGGAAGAGTTAAGTGAGCCTGAACCAAATCAGCAAAAAGAAGCGACTCCATTTAACAAGCAGCAATACGAAGCCAAAGCGAAGGAATTCGAACAAAAATATGGATATGATGTTGTTTATGCGCTTAAGAGAGAAGTATTGGATGAAATTAAAGAAATGGATTTAACGCCAGCTCAACGGGAAAAACTTCAGCATATAGAAACAGAATTAGAAAAAGAAAGAAAAATGCACCAAGAATTAGTGGAAACGCAAAAAAACAGCAAAAAAGAAGCAAGTACTCAAAGAACTAATAATAGAACGATGGAAGCTCGCTACAAGCAGAGCGAGTTTTTAACTGGAGTTGAAAATGATTATACGCGTAATAATGAAATAGATAAAAAGCAACAAGTTGAACATTTGACGAATGAAATAGAACAGGATATTGAAGATTATTTTGCAACTCCTGAACGTCTCAAAGAATATTTATCATTTATAGGGAATTTTCATCAATATTCCTTTAGAAACACAGCATTGATTCACAGCCAATTTCAGGGAGCAACAGCAGTAGCCAGTGCTAAGTTTTGGAAGGATAATGGTTTTCCGGTAAAGAAAGGGGAAAAAGGAATTCAAATACTCGTGCCAAATAAAACGGATCCCAAGTTTAAAACAGAGGATGGGAAATGGAAACGTATAGAGGATGCAACAGATGAAGAAAGAGAAAAATTAGAAGCAAATCAATTGGAGAAGAAAAGAAGCCGTCTTTCTTTTTCAGTGGGACATGTATTTGATATTAGTCAAACAGAAGCTACATCAAGTGATTTACCTCATATCTTTCCAAATAAACGGTTAGACGGAAAGGTGGAAAACCATAAAGCTACCCTGGAAAGTCTCAAAAATATGGCCAATGAAATGAATATATCAGTCGGAGAACCTTTTGAGGAACTAGGTGCTGCAAAAGGAGCTTTTTACTATGACAATTCTGGTAAAAGAAATGGGCACATTGGTTTGAATCCTCGGAATAGTGAATCGCAGAATGTTAAAACATTGCTACATGAATTAGCACATGCAAAATTACATCACGTAAAGCATAAAAATCACCAGAAGCTTTCTACTGCTGAAAAGGAATTCCAAACAGAAATGACTGCTTATACTGTAGCAAGTTATTTTGGTATAGATACAAGTGATTATTCTCTCAGTTATCTAGCAAATTGGACTAAGGGCAAGGATTTACACGACAAGGAAAAACTTTTACAAGAAGTAAGAGAAACAGCGACAGAATTTATTGGAGCAATGGAAGAAGGGTTAAATAAGCAAAAAACTATGCAGCATGAATTTGAAGAAAATAAGGATACAATCAATCATAAGAACAACTTATTCTGGTATGAAATGAAAGAAAGGCCGATAGGGGACAATTCTCAACCCAAAGGATTTGTGGATTGGAGAGAAGGTGAAGGAATGCATGGTATTGTAGCTTATGAGAGAAAGCTAACAGCTGATGAATTAGCTGAATTTGGGATGCAACCTTATGAAAAAAAGAAATTAAAAGAAAGCAACAAACCGAAAGAAGCAGCCCTTTCTATGGAAGCTTAA	MNTEKDLKRKYSELLFAKQNEQRYPEQKGYVKEREKIEREYWDAVLKSKLPKEQLETMEKQVINELEEFAGLYKQNVEHNLDSDKDREAFKKLFMQKVLEELSEPEPNQQKEATPFNKQQYEAKAKEFEQKYGYDVVYALKREVLDEIKEMDLTPAQREKLQHIETELEKERKMHQELVETQKNSKKEASTQRTNNRTMEARYKQSEFLTGVENDYTRNNEIDKKQQVEHLTNEIEQDIEDYFATPERLKEYLSFIGNFHQYSFRNTALIHSQFQGATAVASAKFWKDNGFPVKKGEKGIQILVPNKTDPKFKTEDGKWKRIEDATDEEREKLEANQLEKKRSRLSFSVGHVFDISQTEATSSDLPHIFPNKRLDGKVENHKATLESLKNMANEMNISVGEPFEELGAAKGAFYYDNSGKRNGHIGLNPRNSESQNVKTLLHELAHAKLHHVKHKNHQKLSTAEKEFQTEMTAYTVASYFGIDTSDYSLSYLANWTKGKDLHDKEKLLQEVRETATEFIGAMEEGLNKQKTMQHEFEENKDTINHKNNLFWYEMKERPIGDNSQPKGFVDWREGEGMHGIVAYERKLTADELAEFGMQPYEKKKLKESNKPKEAALSMEA				NA	NA	NA	NA	NA
AK148_04085	747			hypothetical protein	ATGAAAAAAAGTAAAAAATACATTTTAACTGATGAGTATTTACAAGATGTCTTAGTGAGGTTGGCTCATCATTCATCTGCAATAGAGGGGAACACAATTAGTTTAGCTGATACAGTTTCCATTATTCTTCACGATACAATACCAGGAAACACTTCAAAAAGAGAATATTTTGAAATAGAAAACCATCGAGAAGCATTTAGATATGTCATTGATCATGTTGCAAATGGAGTAGAGATGTCTATTACCGTTATTAAGGACATACATGAAAGACTAACGGATCGCTTATTAGTAGATAAAGGACAATTTAAACAATCAGAGAATGCTATTTTGGGGGCTGAATTCCCTGCAGCAAGCCCCCGGGAAACTCCTACATTAATGAAACAATGGGTAGATAACTTGAATTACCAGTTGAAACACGCACAATCACAGAAAGATATAATAAGTGTTGTTGGTGACTTTCACATCCAATTTGAACGCATACATCCTTTTTCTGATGGTAATGGCCGAACAGGTCGAATGTTAATGAATTATTCGCTACTTGAAAAGGGGAGTCCTCCATTAATTATAAGAGCAGAAGACAAGGCGGAATATGTAAATATACTAGCTAATAGTGATATAGCTAAGTTTACTCAGTTTGCTACTCAAAGAATACAAGAAGAGTCTAAACGTTTAGAACGTTTCATGAATATGAATGAAAAGGCAATAAGCGATCCAAAAAGTACAAAGAATCATGATTTAGAATTATAG	MKKSKKYILTDEYLQDVLVRLAHHSSAIEGNTISLADTVSIILHDTIPGNTSKREYFEIENHREAFRYVIDHVANGVEMSITVIKDIHERLTDRLLVDKGQFKQSENAILGAEFPAASPRETPTLMKQWVDNLNYQLKHAQSQKDIISVVGDFHIQFERIHPFSDGNGRTGRMLMNYSLLEKGSPPLIIRAEDKAEYVNILANSDIAKFTQFATQRIQEESKRLERFMNMNEKAISDPKSTKNHDLEL				NA	NA	NA	NA	NA
AK148_04086	186			hypothetical protein	ATGACTTCATTACAAAAAGTTTTTATTATAGTTATACTTTGTTTCGTAGCAGCCATTATAGCAACTTTTACTATGCCATTCTTGGGGAATGCGCTGCGTATGGTAAATGTACGTCCCATTTTTGATCTAACCATCTTTTTCATGTTAATCGTCTTGCTAAAAATTACAATTGATAAAAATAATTAG	MTSLQKVFIIVILCFVAAIIATFTMPFLGNALRMVNVRPIFDLTIFFMLIVLLKITIDKNN				NA	NA	NA	NA	NA
AK148_04087	165			hypothetical protein	TTGAAAGAGGGTTCTATACAAAAGGTTTTAGGAGCAGGGACTTTTATTATATTTGCGTTTTTAACTGTTAAATTAAGCGGTAGAACCTTGCTAGAAAGTTTTATAGTATCTTTAATGGCGTGGGGCATTTTCAAATTAGTGACATCCAAGAAAATGAAATTATAA	MKEGSIQKVLGAGTFIIFAFLTVKLSGRTLLESFIVSLMAWGIFKLVTSKKMKL				NA	NA	NA	NA	NA
AK148_04088	867			hypothetical protein	ATGAATAGAAAACTAAATATTTTGATGTTTTATAATACAGTTTTTCATATAAACAATTTTATTCTGATCCTACTTGTATATCTCTTTGGATTAAATAGCATTGCAGCTCTGTGGTTTTTTACCCCTTTTATCTCTATTCTCTTTACAACTTCAATGATAGAGAATTCAAAGAAGATACTAAGTGGAACGGTTAGGAAATTGTCCATTATAGATTTTCTGTCACGGTGTTTCATTTTATTTTTTAATTTTTTTGCACTAAGTAACTTAGTTCATATCCCATATATTTATCTATTTGGTGTAGCCATCATTTTTATGATGATAAATATTTATGTTGAAGTGAGGATGAAAAAGCTGTTAAGTCATATTCAACAAAAAGATGTAGAAGGGGGTTCCTTAACAAAGGAAGAATTTAATGATTTGATTGATGATTACGTTAATGATAAATCTTCTAGTGAAACTAGTAAAAGTGTTCGATCTATTGTCTATATGGGGTATTCTAACGTTTTAATAATTGTATTAGTAATTGGAGGCATTATATCGTTTGATTTATTCGGAGTAAAAAACAGGTGGATTGTTCTTTTAATTGTATTTCTATTTTTGGCGATTTATTTATATTTAACAGCAAAAAAGATTAGATCTTATTATAACGATGAAAAAAGAATAAAAGCAATAAATATAAGAGATAATATCACGCTTGTAATAGGATTATCAATCATCTATATATTGCACGGAGTGGTTTATATTGGGGAATCAACCTTTAATTTCTTTGGTGTTTTTCTGGCTTGCGCATTCTTTTTGCCAACCTTTAAAACAAATCAAACGATTCGATCTAATTTTCATAAAACAAATAAAAATAAACATGAGTAA	MNRKLNILMFYNTVFHINNFILILLVYLFGLNSIAALWFFTPFISILFTTSMIENSKKILSGTVRKLSIIDFLSRCFILFFNFFALSNLVHIPYIYLFGVAIIFMMINIYVEVRMKKLLSHIQQKDVEGGSLTKEEFNDLIDDYVNDKSSSETSKSVRSIVYMGYSNVLIIVLVIGGIISFDLFGVKNRWIVLLIVFLFLAIYLYLTAKKIRSYYNDEKRIKAINIRDNITLVIGLSIIYILHGVVYIGESTFNFFGVFLACAFFLPTFKTNQTIRSNFHKTNKNKHE				NA	NA	NA	NA	NA
AK148_04089	387			hypothetical protein	ATGAATAGAGAACTCAAACAACTCGCTGTGAACTTTATAGCTATGCCTCTTGCAATAGCTGTATTTAAACACGACCAACAATATTTTGATGGTTTTCACGATCCCGACTTTTATCTGGACTTTACGGATGAAGCCATTAGACTCATTGGAATAGATTTAGCTACCACTAAAAGGCAACTGTATAGCCAATACCATTTGGATATTAAAAGGATTGGCAAAACCACATATAAGTGGCAGCATAAAAATAAAACCGGGGTTTGGGAATATACGCCACATCAACTGCGAGAAATGACCGCTAAAATTTGTACCAGATATTTATATAAGGCTGTGGGCTTTGAGCAAAAGAGAGCCACTTATGTTAATTTTATGCCACCGGATGTGGAGTAA	MNRELKQLAVNFIAMPLAIAVFKHDQQYFDGFHDPDFYLDFTDEAIRLIGIDLATTKRQLYSQYHLDIKRIGKTTYKWQHKNKTGVWEYTPHQLREMTAKICTRYLYKAVGFEQKRATYVNFMPPDVE				NA	NA	NA	NA	NA
AK148_04090	1077			hypothetical protein	ATGGTCGTTATAATATTATCGTTAATAGTAATTGTTATGGTTTTTATAAGTTTTCTTGTTGGTATAAAACAGTATAAACGAAATTTAAAGAATAATGAATATGATTTGCTAGAATATTTAGAGAAACATAAAGATAACTTATCAATCACTATAAAAGAAGATGGACATGACACTTTAACATTTAATCAAAATGTTAAATTTCCACTGGCAAGTACAGTAAAGATAATAATTGCTTTTAATTTTGTCAGATTGGTTACAACCTGTAAACTTTCTTTATCTGAAAAAGTGAGTCTCAGCTATATTGACAAGTTTTATGTTGTAAATACTGATGGTGGGGCACATCCTGAATGGAAAAAATCAATGGATAATTCTAGTGAAGTATCATTGTTAGACGTAGCTAAAGGAATGATGCAATTTAGTTCAAATGCTTGTACAGATTATCTAATGAATAGAATTGGGTTAGATGTTATTAATGAGAGCTTAAGAGATTTGCAAATTAATACACACGATAAAATCACTTATCTAACGCCTTCCGTATTAATGCCGGGATATTTATCAAATAAGAAGAAAATAGCAACTACAAAGATGCAAACTATGAAGTCCGCTTCCTACCAATCATTATCAGAAGAACTATTTAAGAAAACGGAACAAGGAGAATGTGAAGATTTAAAAGAAAAAACATCACGAATGTTGAGTCGGAAAATTCAGTATTTAATAACTGAGAAGCTTCCATCTTCTACTACAAAGGATTACGTAGACCTTATGTATAAACTTGGAAAAGAGATTCTTAGTGATGAAGAGAAAAAATTATTTAGTGAAATATTAATTGGGGAAAATATAAAAGGAAATCAAGATGATTACTTCTGGTATAAAGGAGGAGCAACTCCATTTGTGTTAACTTCTTCTCTGTATAAAGAAAACGCAGAGCACTCTATTGTTATTTCACTATTCATGCGTGATGAAAAAGCCGAAGATTCATATTGGATACAAAATATCTTTAATGATTTCATATTCAGTATAGCCACCGACATTGATTTTAAGAATAAAGTAAAATCAATATTTAAAGAAAATATGTGA	MVVIILSLIVIVMVFISFLVGIKQYKRNLKNNEYDLLEYLEKHKDNLSITIKEDGHDTLTFNQNVKFPLASTVKIIIAFNFVRLVTTCKLSLSEKVSLSYIDKFYVVNTDGGAHPEWKKSMDNSSEVSLLDVAKGMMQFSSNACTDYLMNRIGLDVINESLRDLQINTHDKITYLTPSVLMPGYLSNKKKIATTKMQTMKSASYQSLSEELFKKTEQGECEDLKEKTSRMLSRKIQYLITEKLPSSTTKDYVDLMYKLGKEILSDEEKKLFSEILIGENIKGNQDDYFWYKGGATPFVLTSSLYKENAEHSIVISLFMRDEKAEDSYWIQNIFNDFIFSIATDIDFKNKVKSIFKENM				NA	NA	NA	NA	NA
AK148_04091	339			hypothetical protein	TTGAAAATATTTAATATTGTTTTAATTATATTTATTATACTATTAGGAGGTTGTAATGTGAACTCTAGTCAAAAAACTTATGATGATGAAACATCAGAAAAAGCAAAGTCAATTGTTAAGAGTTATTTAATCAATAATTATCATGGCATCGAAGATATTGAATTAGGTGAGCTATATCAATCGCCTATGGGGAGTATAACAGTTGATGGTAAAGTTAATGGTAATGAAGAATTTTCTATAACCTTTACTGATAAATTAAAAGTTAGAAGTCTTGTGGTAAAAAGCAAGAATTTTCCGGAAGAAAAAGAACAATGTAAAGAAAAAGACTGTAATTATTGA	MKIFNIVLIIFIILLGGCNVNSSQKTYDDETSEKAKSIVKSYLINNYHGIEDIELGELYQSPMGSITVDGKVNGNEEFSITFTDKLKVRSLVVKSKNFPEEKEQCKEKDCNY				NA	NA	NA	NA	NA
AK148_04092	741			hypothetical protein	TTGAAATGGCTAGTCAACATTTTCTTAATCATTTTCATGCTTGCTCTTATTGGCTGCTCTTCAGATGACAATAATTCGAACGCCTATTCAGGAACTGTAGAAGGTCATAAACAATTCATACAAGCGGAAACTACTGCACTAGTCGATAGCATTGATATTGACGAAGGGGAACATGCCAGTAAAAATGATTCTTTGCTCACGCTGGATATGGAGAAACTAAATCTGAAAATCGCAGAAGCAAAGTACGCTATTGAAATTGCCGAAGCAGAAAAAACAGAGGCTGAAGCTTCCGGACGTGAAGAATTAATACAACAAGCGAACGAGGCTGTAAAACAGGCGAAAATAAAAGAAGAATTATTATCCTTAGAAAAAGAAAGATCCAACATCAAATCTCCCATTAGAGGAAGAATTCAAGATGTCTATATTTCAGAAGGCGAGTTGGCAAACGCTGGAGAAAACCTTTTATCTATCATTGATCCCTCTATAAAAGAAGTAATTGTCTACATTGCTGAGAAAGACCTTAATAAATTGGAACACAACCAAAGTGTAGAGTTGACAACCAATGCTTATTTAGATAAAACCTTTACAGGAAAAGTGAAACATATTGCAACAGAAGCTCAATTTACACCTAAAAACATTCAAACTAAAGAAGAAACAGCTAAGCGTGTATTTGCAGTTACGATAGACATATCGGCAGAGAAGGAATTAAAACCCGGCATGACAGTTTACGTAGAACTTTAA	MKWLVNIFLIIFMLALIGCSSDDNNSNAYSGTVEGHKQFIQAETTALVDSIDIDEGEHASKNDSLLTLDMEKLNLKIAEAKYAIEIAEAEKTEAEASGREELIQQANEAVKQAKIKEELLSLEKERSNIKSPIRGRIQDVYISEGELANAGENLLSIIDPSIKEVIVYIAEKDLNKLEHNQSVELTTNAYLDKTFTGKVKHIATEAQFTPKNIQTKEETAKRVFAVTIDISAEKELKPGMTVYVEL				NA	NA	NA	NA	NA
AK148_04093	759	ybhF_2	COG1131	putative multidrug ABC transporter ATP-binding protein YbhF	TTGGCCATTGAAACAAAAGAATTAACGAAACAGTTTGGTAACATACGCGCAGTAAACAAAGTTAATTTGCAAATTAACAAAGGACATATATACGGGTTTTTAGGTCCAAACGGTTCGGGCAAGTCGACGATGATTCGAATGCTATGTGGTGTTTTAAAACCAACATCAGGAAAGGGTACTGTAGTAAGTCATGATATAAAAACAGAATCTGAACGTATTAAGCAAAAGATTGGGTATATGTCGCAAAAGTTCAGTTTATATGAAGAATTAACAATGAAAGAGAATTTAGACTTTTACGCCGGAGTTTATGGGCTTACCGGAAAGGAAAGTAAAGCGAGACAAGAAGAAATAATTACGCTAACAGGGCTATCTGGGCGCTTAAATCAACGTGCTAGCAATTTGTCAGGTGGTTGGAAACAGCGATTAGCTCTTAGTTGCGCCCTCCTACACAAACCAGAATTATTAGTTTTAGATGAACCAACAGCAGGTGTTGATCCAGTGTCGCGGAAAATTTTTTGGGACATTATAACCGACTTATCTAAAGATGGGATTACAGTCTTGGTAACCACACATTATATGGATGAAGCGGAATTGTGTACAGAAATTGGTTTTATCTTTTATGGCACCATTCTCGTCTCCGGGACACCTCAAGAATTAAAAACAGAGCATAACGTCCACCATTTAGATGACTTATTTATAAAATTAGTGAAAGAACAACAAGAAAAAACACTTCTTAACGGAGGCTTAACCTATGCCTAA	MAIETKELTKQFGNIRAVNKVNLQINKGHIYGFLGPNGSGKSTMIRMLCGVLKPTSGKGTVVSHDIKTESERIKQKIGYMSQKFSLYEELTMKENLDFYAGVYGLTGKESKARQEEIITLTGLSGRLNQRASNLSGGWKQRLALSCALLHKPELLVLDEPTAGVDPVSRKIFWDIITDLSKDGITVLVTTHYMDEAELCTEIGFIFYGTILVSGTPQELKTEHNVHHLDDLFIKLVKEQQEKTLLNGGLTYA	PGPT0006725_11513	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK148_04094	1149	ybhS	COG0842	putative multidrug ABC transporter permease YbhS	ATGCCTAAACGTTTTTCCTCCATCTCGCTAGGCCGCTATATTTCTATTGTCAAAAAAGAAATCATTCAAATCAAAAAAGATCCAGCAAGCCTAGCAATCGCTTTAGTCTTGCCTGTCATGCTCTTATTCTTATTAGGATATGCGGTAAGTTCAGAAGTCGAAAATATGGACATCGCGATTTGGGATCAAAATAAGACGCAAGAAAGTAGAAATCTGATTCAACAGTATAGGAATAGTCATTATTTTACGACATCATACCATGTAACATCATACGAGGAAGTTGATCATTTACTGGACAATGGTAAAATTGGTATGGCGCTTGTTATTCCACCGAATTTTTCCAAGCAAATCCCCATTCAGGAAGCATCTATCCAACTATTAATTGATGGTTCCGATCCAAATATCGCTAACACAGCGTTAAAGAATGCTCGTTTAATCTCACAACACACATCTTTAAACATTCAAAAAAAACAACTTAACAACCAAGGAGTTCAAGAAGTAAGCCAACCAATAAAAGAGGAAAGCCGTGTATTTTACAATCCTGACATGGATATGATGAAGTTTAATATCCCTGGATTAATCGGGCTAATTATGCAAGAGGTCATTTTAATTCTTACTGCCTTTTCTTTAGTTAGGGAGAAAGAAAGAGGAACGATGGAACAACTTATTGTCACTCCCATTAAACCTAGTGAATTAATATTAGGAAAACTAACTCCTTATACGGTTATTGGGTTTATCTCTTTTTTATTTGTGTTAATATCCGGCGTTTTATGGTTCGGAGTCCCTATTCAAGGAAGTATCCCTTTATTAATTTTACTAAGCATCTTGTTTCTCATTACGACGTTAGCCATGGGTATCCTCGTTTCAACCATAGCAAAAAATCAATTACAAGCAATGCAAATAGCGTTTGCTATTATTTTACCTAGCGTTATTATTTCGGGATTTGTCTTTCCAAGAGAGCCTATGCCCTTTATTATTCAAGCTATGGGTGGCTTCATTCCACTTACTTATTTTCTAGAAATTTTACGCGGGATATTTTTAAAAGGTATTGGCATAGAAGAACTATGGAAACAAACTTTGATTCTACTAACTTTTACTGTCATACTATGTATAGCAACTATACTGAGTTTTAAAAAACGGCTAAAATAA	MPKRFSSISLGRYISIVKKEIIQIKKDPASLAIALVLPVMLLFLLGYAVSSEVENMDIAIWDQNKTQESRNLIQQYRNSHYFTTSYHVTSYEEVDHLLDNGKIGMALVIPPNFSKQIPIQEASIQLLIDGSDPNIANTALKNARLISQHTSLNIQKKQLNNQGVQEVSQPIKEESRVFYNPDMDMMKFNIPGLIGLIMQEVILILTAFSLVREKERGTMEQLIVTPIKPSELILGKLTPYTVIGFISFLFVLISGVLWFGVPIQGSIPLLILLSILFLITTLAMGILVSTIAKNQLQAMQIAFAIILPSVIISGFVFPREPMPFIIQAMGGFIPLTYFLEILRGIFLKGIGIEELWKQTLILLTFTVILCIATILSFKKRLK				NA	NA	NA	NA	NA
AK148_04095	777			hypothetical protein	GTGCGTTATCTTTCCTTAGACTTGTCTCGCTTGCATCTTCAAATTTTTGATGGGGCAAGTCTTATAGCTCCTTCTATACGGAAAGAAATGGTAGGTGAAAATATGGATAAGCAAAATGATACAAACGAATTGCAGCAAGTAATCGAAAAATTTACAAATACCATGAGAAAAGACAAACAATTATCACAAAGCCAATTAAATATTCTTAACGCTGCAAAAAATTTATTTTCCGAAAAAGGCTATGAAAACAGCTCTACTTCAGAAATAGCTAAATTAGCTGGTGTAGCTGAAATCACGTTATTTCGCAACTTTAAATCCAAAAAAAATTTATTACATCAATTATTGGCTCCTTTAATTATACAAGTTAGTTCACCCTCCATTCTTAAAGAAGTTATCACGCAATTTAATACTACAAATGCCAGTACAGAAGAGATATTAGAAGCTTTAATGAAAGATAGACTTCATTTATTAGAAAAAAATGATGGTGTACTTAAAGTGTTGATTAGAGAATGTTTAAATAATGAGGAAATTCGTCAATCTGTCATTCATAACATTACAAAGCCAGCCCAAAAGGAAGCACTCCATTTTGTACATCATCGAATTAATAAGGAAGAATTTAGAGATGTGGACAGTCAAGCAGTCGTTGACCTACTATTCTACATCATGTTTGGCTATATCATCAGTCATCATGTGCTCCAATTAGATGGATTTACAAACGACAAAGAAGTCATGATCCAAACGATCATCGATTTATTTCTGCATGGTATTAAAAAATAG	MRYLSLDLSRLHLQIFDGASLIAPSIRKEMVGENMDKQNDTNELQQVIEKFTNTMRKDKQLSQSQLNILNAAKNLFSEKGYENSSTSEIAKLAGVAEITLFRNFKSKKNLLHQLLAPLIIQVSSPSILKEVITQFNTTNASTEEILEALMKDRLHLLEKNDGVLKVLIRECLNNEEIRQSVIHNITKPAQKEALHFVHHRINKEEFRDVDSQAVVDLLFYIMFGYIISHHVLQLDGFTNDKEVMIQTIIDLFLHGIKK				NA	NA	NA	NA	NA
AK148_04096	609			hypothetical protein	ATGAGTGAAACGTATAATATCTGGGCAGAAACGAAAACAAGAAATAATTTACAGGTGGATGAAGTTGTTTCATCTTTACAAAAATCTATCCGCAGAGCGATGGTGGAAGAAGCTTGTGCATATGCTTATGAATTATATATTAGCTCCCCGCAATTACTCGATAGAATGTGGAGAAGATTATTAACTATTTCTGTAGAAGATATTGGATTTGGTAACTTGGATGCTGCTATTCATGTGCAAAACTTAAATGAAATGCGTAAAAATTTCCCATACAGTGATGGTGACCAGCCAATGTACTTTATTCATGCCATCCGTATTTTATGTGAAAGCACGAAAGATAGATCGAGTGACTTTTTAAAAAATATTATAATTAAAGGTTTTGCAATGGGGCAAAAACCAGAAATTATGGACGTAGCATTGGATAAGCATACAAAACGAGGAAAAGAAATGGGACGCGGTTCCAAACATTTCTTTGAAGAAGGAACCAAGGTTATCCCACAAATGAAAGTAGACAATGATTATCGTGAGCGTTACGGTAAAATTTTGGAGACGTATGATCCAAAAAATGCAGTGCCAAATGCATTTGTTTATAGCCCAGACCAGTTTTAA	MSETYNIWAETKTRNNLQVDEVVSSLQKSIRRAMVEEACAYAYELYISSPQLLDRMWRRLLTISVEDIGFGNLDAAIHVQNLNEMRKNFPYSDGDQPMYFIHAIRILCESTKDRSSDFLKNIIIKGFAMGQKPEIMDVALDKHTKRGKEMGRGSKHFFEEGTKVIPQMKVDNDYRERYGKILETYDPKNAVPNAFVYSPDQF				NA	NA	NA	NA	NA
AK148_04097	315	licA_3	COG1447	Lichenan-specific phosphotransferase enzyme IIA component	ATGTCCAAAGTAGAGCGATTATCAGAAATAGCAATGAAAATTATTACCTGTGCAGGGCTTGCTAAATCGAATTATTTAATGGCTTTAGAAGATGCGAAAAAAGGTAATGTAGAAGAAGCGCAAAAAAAGTTACAAGAAGGTTCCGATGTATTTGCTGAGGCGCATCATGTACATGCCTCTGCATTATCTGATGAAATGAAAGAGTTGGAGCCACAAGTAACATTACTACTTGTGCATGCAGAAGACCAGCTTATGAATGCAGAAACGATAAAAATATTAGTGCAAGAATTAATGGAAATTCATCAGGCAAAATAA	MSKVERLSEIAMKIITCAGLAKSNYLMALEDAKKGNVEEAQKKLQEGSDVFAEAHHVHASALSDEMKELEPQVTLLLVHAEDQLMNAETIKILVQELMEIHQAK	PGPT0016980_1331	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016980-celC|chbA-K02759	NA	NA
AK148_04098	306	licB	COG1440	Lichenan-specific phosphotransferase enzyme IIB component	ATGAATATATTATTAGTATGTAATGCTGGAATGTCCAGCTCGATTTTAGTAGATAAAATGAAAAAGGCTGCAGCTGCACAAAATTTGGATGTAGTCGTAGAAGCGAGATCGAACAATGCTATTAACGAAGAAGTAGGAAAATGGGATATTTGTTTAGTAGGCCCACAAATTATCTATGCGGTTGACTCTATTAAAGCAACTTTAGGCATTCCGGTTGCTGCTGTGGAGCCACGAACTTATGCCATGGCGAATGGTGAAGAGGCTTTGAAACAAGCTTTCAAAATGCATGAGGAAGGGAAAGCATAA	MNILLVCNAGMSSSILVDKMKKAAAAQNLDVVVEARSNNAINEEVGKWDICLVGPQIIYAVDSIKATLGIPVAAVEPRTYAMANGEEALKQAFKMHEEGKA	PGPT0016975_1454	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016975-celA|chbB-K02760	NA	NA
AK148_04099	1956	manR_5	COG1762	Transcriptional regulator ManR	ATGTTTACGGAACGACAAAAGGAAATTATTGAGTTAATTTTAAAAAATCCAAATGGTATTTTTGGCGCGAAATTAGCTGATAAATTAAATGTGTCCACAAGAACCGTAAGAAACGATATTGCCTCCATCAATAAAACACTAATTCATGAATCGTTGCGCATTTTGTCTTCGAATAAAAAAGGCTATTATCTTTTGCCGGCATATATACAGACTTTAACAGCTTTTATGAATCCTACCACCAACATACAACGTCAAGGATTTCAAAATCAGGAACAACGTTTATATGTTATTTTAGGGAAGGTGCTGTTTTTAAAAGAGCAGGATTGCTTTCAATTAGCGGATGAGCTCTACGTGTCCGAACAAACGATTTTTAAGGACTTAAGCAAAATAAGACAACTCTTGGAAACGAAGTATAAAATACAGCCAATGGAAATCCAGCATAATCAAATTCATTTTTCTGTCTCAGAAGAAGAAATTAGATATTTGTTGTTTAAAATCTTAAAGGAGCTTATTTTATCGGACAAGCCCGATTATTTAACAGATGTCAACCTGTTAGTAGATGGTCACCTTGATCAAAAAGAGTTTGATTTATTAACAATTAAAATGAAAAATTATTTAGCCTCTCAGAAGCTCGTTATAGATGATAAGTCGTTTGAAATGATGGTTGGCGCTATTTATCTTACGGTGTTAAGGAATCGATTTGGATTTACAATAAAGTCTGATGTACAGTCCTATTTTAACGGTAATGTTAGTTCCTTATTACAGGAATTATTGGAATCAGGCATCGATATCAAGGAAAAAGATAAAACGAGTCTTAATCGGTTTTTCTGGTCGCTTAAAATTCCAACAAGTTCAAGTTCGCTAGAAGAAAATATTAGTATAACAGCACTAACCATTTTAAATGAATTTCGTAGAGAAGTATTGGATAAATATAGTATCGATCTAAAGGAAAGCGTAGAAACGATGGAAAATCTGAAAGTGCATATGGAATATATGCTCCGCCGTTTAGATACGAATTATGAACTATCCAATCCAATCATAAATGATATAAAAAAACGGTATCCGTTTTCGTATGAAGTAGCGATGTTAATTGTTCATATTGTATATCGTTATCAAGAGAAGTATTTAGCAGATGATGAAATCTCTTATATTGCGATCTATATTGAAATATTTTTACGAAAAAATAATAACCGTTTGAAGACGATTGTGATTAGCGATACGAGCATGGGAATTAATGATATTATTCAAAATTGGCTCACTAGCAATTTCAGGAACCACGTGGAGGTAGTTGCATGCATGCCATTAATCGCATTAGACAGCTATGTGGAAAATCATCAAGTGGATTTAATCATTACGACGAATATTTTAAACCTTAATCAAGCTATCCCTTGTCATGTTATTGAGCGCATTCCTGAGCGCAGTGATTATTATTCACTTACGAATAAAATACACAAAATTAAAAATAGTAATCGATATGAAAAGCTGATATTGCGCATGTTCAGCGAAGAATTTGTTGACATCTATGAGGAAGATAAGCTCACGTTTGAGGAATTAATTAAAACTATGGCGCAGAAATTAAAACGACATCACCGCATCACGGATATGGAAGGGTATGTAAAGGATGTTATCCAACGTGAGGAAAATTATCCAACAACAATTGGAAAACATTTTATGATCCCACACCCATTGTCTTCATTCGCCAATAAAACAACCGTTCATGTAGCGGTGCTGAAAAAACCTCTTTTGCATAAAGGAGAAAAAATTAGATTGGTGTTTTTGCTAGCCATTGAAAATAAAATGGATGATGACGTAAGCACGTTGTTTCACTTTATGCAGCAATTAGCTTTAGATCAGGATTCCATTGCCAGTTTATTAGATGCAGATGGAAAAGAAGCATTTTTAGAGAAAATTATCGCCTTATCGACATCGTTTTTTAACAAACATTATATAGAGTAG	MFTERQKEIIELILKNPNGIFGAKLADKLNVSTRTVRNDIASINKTLIHESLRILSSNKKGYYLLPAYIQTLTAFMNPTTNIQRQGFQNQEQRLYVILGKVLFLKEQDCFQLADELYVSEQTIFKDLSKIRQLLETKYKIQPMEIQHNQIHFSVSEEEIRYLLFKILKELILSDKPDYLTDVNLLVDGHLDQKEFDLLTIKMKNYLASQKLVIDDKSFEMMVGAIYLTVLRNRFGFTIKSDVQSYFNGNVSSLLQELLESGIDIKEKDKTSLNRFFWSLKIPTSSSSLEENISITALTILNEFRREVLDKYSIDLKESVETMENLKVHMEYMLRRLDTNYELSNPIINDIKKRYPFSYEVAMLIVHIVYRYQEKYLADDEISYIAIYIEIFLRKNNNRLKTIVISDTSMGINDIIQNWLTSNFRNHVEVVACMPLIALDSYVENHQVDLIITTNILNLNQAIPCHVIERIPERSDYYSLTNKIHKIKNSNRYEKLILRMFSEEFVDIYEEDKLTFEELIKTMAQKLKRHHRITDMEGYVKDVIQREENYPTTIGKHFMIPHPLSSFANKTTVHVAVLKKPLLHKGEKIRLVFLLAIENKMDDDVSTLFHFMQQLALDQDSIASLLDADGKEAFLEKIIALSTSFFNKHYIE				NA	NA	NA	NA	NA
AK148_04100	1269	licC_4	COG1455	Lichenan permease IIC component	ATGAACAGCTCAAAACTTCAGTCCACTTTAATGAAATGGCTGATGCCGATTGCGAATAAAGTGGAGCAACAGAAGCACTTACAAGCAATAAAAGACGGAATGATTGCAATTGTTCCAATTATCATTATAGGTTCGTTTTTTATATTGCCAATTGCATTTATGAACGTATTCCAAAGCGGCCCTATTCATGAGTTTTTTGCTAACCATATTGATAAATTAACGTATCCAGATAAGTTTACAAATGGTTTGTTATCCGTTTATGCTGCATTCTTTATTGCTGATTCCTTGGCGAAAAAGTATGCGATGCATTCTGCGCAATATGGGATTACAGCTGTAATTACTCATGTGATTCTGAGCGGTGTTGTTACGGAAAATGGACTTGATATGACTTATTTAGGAGCACAAGGGTTATTCGTTAGTATTATATCTGCTATTTTAAGCGTTGAAGTGACTCGCTTTATGATTAAGAAAAAAATGGTTGTCCGATTGCCAGACAGCGTACCACAAATGGTAGGAGACAGCTTTAGTAATTTATTCCCAATGATTGTTAATATTCTACTCGGTTCTACTATAGCTATTTTATCAACGAGTTTAGGAGAGGTTGCCTTTCCGCAAGTAATTATGAATGTGCTAGCACCAGCAATCAGTTCGATGGATAGCTTGCCATCCTTATTAATTGTTATATTTCTAACGCAATTTCTTTGGTTTTTTGGTTTACACGGTCCAGCAATCACTTCTGCTGTATGGGCGCCATTTGCGATCACCTACCAAGCGGAAAATATTGCCAACTACGCAGCGGGTGCTGATGTAACCCATATCTTTACATTTGGGTTATACTATAACATATTACAAGTGTCCGGTTCTGGACTTACATTAGGGCTCGTATTACTTATGATGCGTTCAAGAGCGAAAAATTTAAATGCGATTGGAAAAGTGTCCATTATTCCTTCGTTATTTGGAATTAACGAACCACTTATCTTTGGCGCTCCAATCATACTAAATCCATTTATGTTTATTCCTTTTGTCTTTGGTCCACTTATTGTTACGACATTAACTTATTTTGGCATGACATCTGGTCTAATGGGTATGCCAATTGCTAACCCACCAGGATTTTTACCACCTGGGGTAGGAGCCTTCCTCATGACATTGGATTGGCGAGCAGTTGTATTTGTTTTCCTTAGTTTAATTTTAATGACGCTTATCTATTTGCCATTCTTTAAAGCAATGGAAGCAAACGAAATAAAAAAAGAGAGCGAAAAAACAGTTTAA	MNSSKLQSTLMKWLMPIANKVEQQKHLQAIKDGMIAIVPIIIIGSFFILPIAFMNVFQSGPIHEFFANHIDKLTYPDKFTNGLLSVYAAFFIADSLAKKYAMHSAQYGITAVITHVILSGVVTENGLDMTYLGAQGLFVSIISAILSVEVTRFMIKKKMVVRLPDSVPQMVGDSFSNLFPMIVNILLGSTIAILSTSLGEVAFPQVIMNVLAPAISSMDSLPSLLIVIFLTQFLWFFGLHGPAITSAVWAPFAITYQAENIANYAAGADVTHIFTFGLYYNILQVSGSGLTLGLVLLMMRSRAKNLNAIGKVSIIPSLFGINEPLIFGAPIILNPFMFIPFVFGPLIVTTLTYFGMTSGLMGMPIANPPGFLPPGVGAFLMTLDWRAVVFVFLSLILMTLIYLPFFKAMEANEIKKESEKTV	PGPT0016970_2778	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016970-celB|chbC-K02761	NA	NA
AK148_04101	543	opcR_3	COG1510	HTH-type transcriptional repressor OpcR	ATGGAAAACTTGGAAAATCAAATTGAAAAATTAGAGAATCAAGTTGTTGAAAAGATAGCAGATAATGTGTATACATTTGGAGTTTCCAAGACAGTTGGACGTGTATTTGGTATTATTTCGTTAAATAGGGATCCGATGACGCTTGAGCAATTGTCTGAAGCTATGGGAATGAGTAAAATGCGGATGAGCCAGGTTGTTCGGGAAATGATTGAATTAAACCTCGCAGAAAAAGTTTTTATGAAAGGTGTTCGCAAGGATTTAGTAAAAGTAGAAAACGATTATTATCAGACGTTTATTGCTTTGTTTACAGCCAATTGGCGGAAAACCATTAGTAAAAGTAAATTGCATGAACATAGCTTATATAAAAAATTGTTGCATGTGCGTGAGGAAGGTATGCTTAACGCAGAATTAGAAGCACAATTGGATAATTTATTAGTAGAAATTAAAGGTTCGCTCGATTACTTGGATTGGATAAGTCGGCTTATTGAATTTTTTGAGTCTGGTGAGATTTTTAAGCATGTGCCAAAAGCCGAGGATAAATGA	MENLENQIEKLENQVVEKIADNVYTFGVSKTVGRVFGIISLNRDPMTLEQLSEAMGMSKMRMSQVVREMIELNLAEKVFMKGVRKDLVKVENDYYQTFIALFTANWRKTISKSKLHEHSLYKKLLHVREEGMLNAELEAQLDNLLVEIKGSLDYLDWISRLIEFFESGEIFKHVPKAEDK				NA	NA	NA	NA	NA
AK148_04102	2010	mcpB_3	COG0840	Methyl-accepting chemotaxis protein McpB	ATGGTCACTAACAAGAATAACCGACATATTTTTAAACAAAAATCAATAAAAACAAAATTACTTATTCCTTTTACACTGCTCATTCTATTTGCAGGTGGAACAGTTGCACTTATTAGTTATAATTTTACCATTAAAATGATGGTGAATGAACTGACAAATAGTTCAGAAAGCCAAATGAAAAGCATGAGTGAAACTTTTGACATGTTTTTTAGTAATACAGACAATATTATTCAACAGTATACTGTTAATAGCTTGCTGTTGGAGTATAAACAAGAAAATCATGCGGAATTAATATCACGTTTACAAGAGACTAAAGATGCTCATGCTTCGATTGCGTTTATATATGCAGGTGATGAAAAGACAGGGGATATGATTGATCCTACAGGTGATTTAGATGAAAACTACAACCCGAAAGAAAGACCTTGGTATCAACAGGCTGTAAAAGCAGAGGGAGAGACGATTTGGACGCGCCCTTATGTGGATGAGGGTACAGGAAAAACGGTGTTGACAGCAGCAAGGGCTTATTATGATAAACAGAAGTTGCAGGGTGTATTTGCTGTTGATGTAACGATCAATACATTAATGGATATGGTAAATCAGGTAAGTATAGGAGAAACGGGTTATGCAATGGTACTTGACCAAGCAGGGCATTATATTGTTTATCCAGAGGAAGAAAAAGTAGGACAGCAGATGGATGAGACTTTGTTTGAAAAGTTAACAAATACGCAAAAGCAAGGATCTTTGGAATACGAAGTAAATGACGAAGAGAAAGTGATCAGCTTTGTTACAAATCCAACTACTGGCTGGATTATTGGAGGAACAGTAGATCAAGCGGAATTTGCCAGTAAAGCCAAAAGTGTCATTATACCTATTGTTGTTGCTTTGATTATCGTTATTATTATCGGTGTCATTCTCTCCTTGCTCATTACGAATCGAATAACAAAACCGATTAAATCTGTTATGTATCGCATGAATAAGATTGCTGCTGGTGACTTGAGCGACCCACCATTAATCTCACATTCAGCAGATGAAACAGGGCAACTCGTTCGTGCTTCTAATAAGATGGGGGAAAATATGCGGCATTTACTGGATGAAATGCAGACAGCTTCCGAGGCGGTTCGTCATCATAGTGAAGACTTAACGCAATTTGCGAATGAAGTACATGCTGGTACAGACCAAATTGCTGCAACGATGGAGGAACTTGCTGCAGGTTCAGAGACGCAAGCTCATAGTGCGAATCAGTTAGCTCATGGGATGGGTGAATTTGACACGAAAATGAAAGATGTGAATGAAAAAGGGGAGTTGACGGAGACGAACTCTAAAAAAGTTCAAAACTTAACAGATGAGGGAAACAGGCGAATGCAAGCATCGAAGGAACAAATGGATACCATTTATCATATTGTTCATGAGGCGGTTGAAAAAGTGAGAGGTCTTGATCAGCAGTCAAAACAGATTAGTGAATTAATTACGATCGTTCATGATATTGCAGATCAAACGAATTTATTAGCTTTGAATGCTTCTATAGAAGCTGCTCGTGCAGGCGAACATGGACAAGGCTTTGCCGTAGTAGCCACGGAGATAAGAAAGCTTGCAGAAGAAGTGGCAACATCTGTAACGGATATTACGGAAATTGTCGACAATATTCAACAAGAATCAATGAACGTAACGACATCTTTGCAAACAGGATACCAAGAGGTGGAAGTGGGGGCAAGCCAAATTCAAACGACGTTAGAAACATTTGTGCAAATCAACACATCTATCACTCAAATGGGAGAGCATATTACAAACATGTCCAATCATCTCCGTGATATGACAGCGTCAAGCCAAGTTATGAATCGTTCGATTGAGGAGGTTGCTTCTAGTGCAGAACAGGCTGCTGCTGGAATAGAAGAAATATCTGCGACTACAGAAGAAACAAGTAGTTCTATGGAAGAGATTGTGCGTAATTCAGAAAAAATGGAGAAGTTAGCAGACGAGCTTCATCAGATGATGACGAAGTTTACATTTTAG	MVTNKNNRHIFKQKSIKTKLLIPFTLLILFAGGTVALISYNFTIKMMVNELTNSSESQMKSMSETFDMFFSNTDNIIQQYTVNSLLLEYKQENHAELISRLQETKDAHASIAFIYAGDEKTGDMIDPTGDLDENYNPKERPWYQQAVKAEGETIWTRPYVDEGTGKTVLTAARAYYDKQKLQGVFAVDVTINTLMDMVNQVSIGETGYAMVLDQAGHYIVYPEEEKVGQQMDETLFEKLTNTQKQGSLEYEVNDEEKVISFVTNPTTGWIIGGTVDQAEFASKAKSVIIPIVVALIIVIIIGVILSLLITNRITKPIKSVMYRMNKIAAGDLSDPPLISHSADETGQLVRASNKMGENMRHLLDEMQTASEAVRHHSEDLTQFANEVHAGTDQIAATMEELAAGSETQAHSANQLAHGMGEFDTKMKDVNEKGELTETNSKKVQNLTDEGNRRMQASKEQMDTIYHIVHEAVEKVRGLDQQSKQISELITIVHDIADQTNLLALNASIEAARAGEHGQGFAVVATEIRKLAEEVATSVTDITEIVDNIQQESMNVTTSLQTGYQEVEVGASQIQTTLETFVQINTSITQMGEHITNMSNHLRDMTASSQVMNRSIEEVASSAEQAAAGIEEISATTEETSSSMEEIVRNSEKMEKLADELHQMMTKFTF	PGPT0015710_6361	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
AK148_04103	489	argR_3		Arginine repressor	ATGAATAAGCAAAAGCGCCAACGCAAAATAAGAGAACTTATTATGACAAATGAAATTGGAACGCAAGCGGAATTACGCAAACGATTGTCTGACGCTGGCTATCATGTAGCAAAGTCCACACTCTCTAAAGATTTAAAAGAAATGGAGATAGGTAAAAAGCGTTTCCCAAATGGGGATAACGTATATGGCTTTTTTGAGAAGTTTAATAAATATACGAATCACCCGATAAAAAAAATGCAAGAATTATTTTCTGATACGATATTATCTGTTCATGTTTCAGGTAATTTTGTAATTGTAAAGTCAGAACCAGGCAATGCTAAAGCGATTGGTTATTTCATCGAGTGCCTTCATTGGAAAGAGATTGCTGGTATTATTAGTGGAGACGACAACTGTTTATTGCTTTGCCGAACGAAAATGGAGGCGAATAACATAGAATATCGATTTAATTCCATAAATTTCCTTACAACGACAAATTTAAAAGAATTCTAG	MNKQKRQRKIRELIMTNEIGTQAELRKRLSDAGYHVAKSTLSKDLKEMEIGKKRFPNGDNVYGFFEKFNKYTNHPIKKMQELFSDTILSVHVSGNFVIVKSEPGNAKAIGYFIECLHWKEIAGIISGDDNCLLLCRTKMEANNIEYRFNSINFLTTTNLKEF	PGPT0020105_615	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020105-ahrC-K03402	NA	NA
AK148_04104	942	arcC1_2		Carbamate kinase 1	ATGAGAGGTAAACGCATCGTTATTGCGCTTGGTGGAAATGCGATTCAATCTGGAAGCGCCACTGCTATAGCGCAACAGAAAGCATTAAATCAAACAGCAGAACAATTAATTGAGATTATAAAACAAGGTTATCAAGTAGCTATTACCCATGGAAATGGTCCTCAAGTTGGCAATATATTATTACAGCAAATACAGTCAGATAGTGAACAAACACCTGCCATGCCTTTAGATACATGTGGGGCGATGAGTCAGGGAATGATTGGTTATTGGTTGGAAAATGCGTTAGACGAACAATTGCAGAAAGAAGGATTGAATAAAGAAGTTGCTTCTATTGTTACACGTGTAGAAGTAGATCCTACTGATGAAGCTTTTCGTCATCCAACAAAGCCTATTGGTCCTTTTTACTCCGAAGAGGAGGCTAAAAAACAAATGCAAACAGATGATGTACAATTTCGTGAGGATGCTGGACGAGGCTTTCGGAAAGTTGTCCCTTCCCCACAGCCTGTTAGCATCTTAGAGCATGCGGTCATTAAAACAATGGTTAATAACGATACTGTTGTCATTAGCACAGGAGGCGGAGGTGTTCCAGTATATCGACAAGACAATAAAATATTTGGCTTGGAAGCAGTCATTGATAAAGATTTTGCCTCCGAGACATTAGCTGAACTCATTCAAGCAGACACTTTAATGATTTTAACTGAAGTCGAGCATGTATATACGAATTATAATTCTCCACAGCAACAAGCGCTTCATGAAGTAGGGGTAGAAGATCTAAAAAGATTTGCTGAAGAAGGACAGTTTGCTGCGGGTAGTATGCTTCCCAAAATAAGGGCTGCCATCGCGTTTGCTGAATCAAAACTAGGAAGGAAATGCATTATTACGTCACTGAATAAAGCATTAGAAGCGATAGAGGGTCGTGCTGGAACGATCGTTAAAGCATAG	MRGKRIVIALGGNAIQSGSATAIAQQKALNQTAEQLIEIIKQGYQVAITHGNGPQVGNILLQQIQSDSEQTPAMPLDTCGAMSQGMIGYWLENALDEQLQKEGLNKEVASIVTRVEVDPTDEAFRHPTKPIGPFYSEEEAKKQMQTDDVQFREDAGRGFRKVVPSPQPVSILEHAVIKTMVNNDTVVISTGGGGVPVYRQDNKIFGLEAVIDKDFASETLAELIQADTLMILTEVEHVYTNYNSPQQQALHEVGVEDLKRFAEEGQFAAGSMLPKIRAAIAFAESKLGRKCIITSLNKALEAIEGRAGTIVKA	PGPT0020085_697	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0020085-arcC-K00926	NA	NA
AK148_04105	1428	arcD_2	COG0531	Arginine/ornithine antiporter	ATGGGCGAAGACGATAAAAGGCTAAGTCTCGTTGCGTTGATTGCGCTTGTAGTTGGTTCCATGGTCGGTGGAGGCGCATTTAACTTAGCGGGAGATATTGCGCTTGGAGCCAATGCTGGTGCCGTCATTATCGGCTGGATTATAACTGGAATTGGGATCATAGCACTTGCTTTTGTCTTTCAAAATTTAACAATGAGAAAACCCGAACTTGACAGTGGTATATACAGCTATGCGAAAGATGGGTTTGGCACGTTTTTAGGCTTTAATAGTGCCTGGGGCTATTGGTTATCCGCTTGGTTAGGAAACGTAGCCTACGCGACGTTGGTATTCTCCTCCATTGGTTATTTTATTCCAGTATTTGAAGGGGGACAAAATATAGCCAGTATACTAGGAGCATCTGTTGCTTTATGGCTCGTGCACTACCTTGTACTGCGAGGGATAAACTCTGCTGCATTTATTAACACAATTGCTACGATTGCAAAAGTAATCCCCATATTCCTGTTTCTTATCATTGCAATTATTGGATTCAAATGGGATACTTTTACATTTGAGTTTTGGGGAAGTGAAGGGTTTTCGTGGGGATCTGTTGCAGACCAAGTGAAAAGTACGATGCTTGTAACATTATGGGTGTTTATTGGTATTGAAGGCGCAGTTGTTATGTCGGGTAGGGCGAAAAATCGCTCTGATGTTGGAAAAGCAACTGTCATTGGTTTGATCAGTGTCTTGCTTATTTATATTTTAATTTCTTTACTCTCCTTAGGGATTATGCCTAGAGAGGAGTTAGCCGCATTGCCTAACCCAGCTATGGCTTATGTGATGGAAGAAATTGTCGGAAAATGGGGAGCCATTGTTATTAACCTCGGGCTAATTATTTCTGTTATGGGAGCATGGCTAGGATGGACGATGTTTGCGGCTGAATTGCCTTATGTCACTGCAAAAGATAATGTGTTCCCTAAATGGTTAGCCAAAGAAAATAAAAATAAAGCACCTGTTAACTCTTTATGGCTAACAAATGGACTCGTACAGCTATTTCTAATTACTCTTTTATTTTCAGAAACGGCCTATAACTTTACTTTTTCACTAGCATCTTCAGCGATTTTAATTCCGTATATGCTGTCTGCATTTTATCAAGTAAAACTGACTTTAACGGGCGAAACGTATCAATCAGTGAAAAAACGTAAAAAGGAAAAAATCGTCGGTGTCATTGCAAGTATTTATGCAATATGGCTTGTATATGCAGCTGGAATCGATTATTTATTGTTAACAATGTTGCTGTATGCACCAGGCATTATTCTTTATAAATGGGCATTAAAAGAAAATAATATTCAAAAACAAGATACAAAAATAGAAAGAATGTTCATGTTTATCATTGTTATCCTAGGTGTTATCGCACTAGCTGGATTATTGACAGGAAAAATAAATATTTAA	MGEDDKRLSLVALIALVVGSMVGGGAFNLAGDIALGANAGAVIIGWIITGIGIIALAFVFQNLTMRKPELDSGIYSYAKDGFGTFLGFNSAWGYWLSAWLGNVAYATLVFSSIGYFIPVFEGGQNIASILGASVALWLVHYLVLRGINSAAFINTIATIAKVIPIFLFLIIAIIGFKWDTFTFEFWGSEGFSWGSVADQVKSTMLVTLWVFIGIEGAVVMSGRAKNRSDVGKATVIGLISVLLIYILISLLSLGIMPREELAALPNPAMAYVMEEIVGKWGAIVINLGLIISVMGAWLGWTMFAAELPYVTAKDNVFPKWLAKENKNKAPVNSLWLTNGLVQLFLITLLFSETAYNFTFSLASSAILIPYMLSAFYQVKLTLTGETYQSVKKRKKEKIVGVIASIYAIWLVYAAGIDYLLLTMLLYAPGIILYKWALKENNIQKQDTKIERMFMFIIVILGVIALAGLLTGKINI	PGPT0020620_659	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_ARGININE_TRANSPORT,PGPT0020620-arcD|lysl|lysP-K03758	NA	NA
AK148_04106	1017	arcB_3		Ornithine carbamoyltransferase, catabolic	ATGGGAACAACTTTAACAAATCAATTAGCCGGTAGACATTTTTTAACATTAAAAGATTTTACAACAGAAGAAATTCACTATTTGCTTGATCTTGCTAGCGATCTTAAAGAAAAGAAAAAAGCCGGCATCACGCATCGCTACATGGAGGGGCAAAATATTGCTTTATTATTTGAAAAACCGTCAACGAGAACGCGATGTGCTTTTACGGTTGCTTGTATCGACCTAGGAGCTCACCCAGAGTACCTTGGAAAGAATGATATTCAATTTGGTAAGAAAGAGTCTGTTCGTGATACAGCTATTGTGCTAGGAAGAATGTTTGATGGTATTCAATTTCGAGGATTTGAACAAAGTACAGTTAATGGTCTAGCCGAACATTCCGGCGTACCAGTTTGGAATGGATTAACGAACCAATTTCATCCGACGCAAATTCTTGCTGATTTATTAACAATTAAAGAAAATATTGGCCATCTTAAAGGCGTGAAACTCGTCTATGTAGGTGATGGCAGAAACAATATGGGAAATAGCTTGCTAATTGGTGGTGCAAAAGTCGGTATGGATGTACGCATTTGTTCACCTGAGAGTTTGTTTCCTGAACAAGACGTCATTGCTTATGCCAAGGAAGTGTCTAAAGAGACTGGCGGAAAAATAACAGTTACATCAAACATTGATGAAGCAGTTTCGGGGGCTGACGTGATTTATACAGATGTCTGGGTGTCTATGGGAGAAGAGGATCAATTTAAAGAGCGAATAGAATTACTGTCTCCTTATCAAGTAAATAAAAAAATGCTCGAAAAAACAGGGAATGAGCAAGTGATGTTTTTGCACTGCTTACCAAGCTTTCATGATTTAGAGACGGAAGTAGGTAGAGAAATTTATGAAAAATTTGGTCTTAAAGAAATGGAAGTAACAGATGAGGTCTTTCAAAGTGAAAATTCCTTTGTATTTGAAGAAGCAGAAAATAGGTTGCACACAATTAAAGCTGTGATGGCTGCGACAAACGGAAATGTAAAAAGCTAA	MGTTLTNQLAGRHFLTLKDFTTEEIHYLLDLASDLKEKKKAGITHRYMEGQNIALLFEKPSTRTRCAFTVACIDLGAHPEYLGKNDIQFGKKESVRDTAIVLGRMFDGIQFRGFEQSTVNGLAEHSGVPVWNGLTNQFHPTQILADLLTIKENIGHLKGVKLVYVGDGRNNMGNSLLIGGAKVGMDVRICSPESLFPEQDVIAYAKEVSKETGGKITVTSNIDEAVSGADVIYTDVWVSMGEEDQFKERIELLSPYQVNKKMLEKTGNEQVMFLHCLPSFHDLETEVGREIYEKFGLKEMEVTDEVFQSENSFVFEEAENRLHTIKAVMAATNGNVKS	PGPT0020080_729	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
AK148_04107	1233	arcA_3		Arginine deiminase	ATGAAACATCCATTACATGTTACGTCAGAAATTGGTGAATTACAAACTGTTTTATTACATCGGCCAGGTGAGGAAGTTGAAAATTTAACTCCTGAGTACTTACAACATTTGCTATTTGATGACATTCCATATTTACCTCTTATTCAAAAAGAACATGATTACTTTGCTCAAACATTACGCAATCGAGGAATAGAAGTGTTGTACCTTACAACTTTATTGACAGAAGCACTTCATACAGATGATTTAAAAAAGAAATTTGTGGCAGATGTGCTTAAGGAATCCAATTTAAGCGTGAATGGTTCTTCGCAACAAATTGTTGATTATTTACTATCGTTTGAAACAGAAGCAATGGTTAAAAAAATAATGGCTGGTATTAGAAAATCAGAGATTCCAGTAAATAAAAAGACGCATTTGTATGAGTTATTAGATGACCATTATCCATTTTATTTAGACCCAATGCCGAATTTATATTTTACGAGGGATCCAGCAGCAACGATTGGCAATGGTTTAACGATTAATACGATGCGAGAAGTAGCTAGGAGGAGAGAATCCTTATTTATGAGCTACATTATTCATCATCATCCAAGATATGCGCAATATGATATTCCAATCTGGTTAGACAGAGACTACCCGCATCCAATCGAAGGTGGCGATGAGCTTGTGTTAAGCAAGGATACCGTTGCTATTGGAATTAGTGCTAGAACAGCGGCGAAATCTATTGAACGGTTAGCTGTCAACCTGTTTAAACGACAAGCAGATATGAAACGAGTCGTTGCTGTTGAAATACCAAAATCCAGAGCGTTCATGCATTTAGACACTGTTTTCACAATGGTGGATTACGATAAATTCACCATTCATCCAGAAATTCAAAATAAAAAAGGCGAAATGAATATTTATGTTCTTGAAAAAGGAAGAGATGAAGATACAGTCAAGATTACCCACAAAACGAATTTAATGGAGGCGTTGAAAGAGGCGCTAGGTTTGAAGGAAGTAACGTTAATTCCATGTGGTGGTGGGGATGTTATTGCGGCACCAAGAGAACAATGGAACGATGGATCGAACACATTGGCGATTGCACCAGGCGTCGTTGTCACATATGACCGAAACTATGTTTCCAATAAACTACTTCGCGAACATGGAATCGAAGTTATAGAGGTTATCAGTTCTGAATTATCTAGAGGGCGTGGCGGTCCGCGTTGTATGAGTATGCCACTTGTTCGTAAAGATATCTAA	MKHPLHVTSEIGELQTVLLHRPGEEVENLTPEYLQHLLFDDIPYLPLIQKEHDYFAQTLRNRGIEVLYLTTLLTEALHTDDLKKKFVADVLKESNLSVNGSSQQIVDYLLSFETEAMVKKIMAGIRKSEIPVNKKTHLYELLDDHYPFYLDPMPNLYFTRDPAATIGNGLTINTMREVARRRESLFMSYIIHHHPRYAQYDIPIWLDRDYPHPIEGGDELVLSKDTVAIGISARTAAKSIERLAVNLFKRQADMKRVVAVEIPKSRAFMHLDTVFTMVDYDKFTIHPEIQNKKGEMNIYVLEKGRDEDTVKITHKTNLMEALKEALGLKEVTLIPCGGGDVIAAPREQWNDGSNTLAIAPGVVVTYDRNYVSNKLLREHGIEVIEVISSELSRGRGGPRCMSMPLVRKDI	PGPT0020075_654	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020075-arcA-K01478	NA	NA
AK148_04108	1653			hypothetical protein	TTGCTGCATACTCTAGGCGAATTGTGGTTAAGAGGGCAAGCTATAAATTGGGATTTATATCATAAAAACGATAAATGTAAAAGAGTATCCCTTCCTACGTATCCATTTGAACGAAAAAGGTTTTGGGTCGATAATAAGAAACATGTGAATGATGATGCATCTAATAAGAAAGATATATGGGATCAAAGTTCTGAAAATACTTTACAGCACATTTCTTGGCAGAAAGGTATTATAACCGACAGGTACCAATTGAATAATCAAACCAAAACCTGGTTGGTAATTTTAAATGAAATTGGAATTGGAGAAGGACTTGTAAAAGAGATAAAAAACTTGAATCAAAATGTTGTCACAATAGAGTTTAGTAGCCATACACAAAAAATCGCTGAGGGTAGCTGGAAACTAAACATTAGGGAATTTAAAGACATTGTATCAGTTGCCCTAGATTTAAAAAAATCTCAACTAATTCCAAACATTGTTTACGATTTGTCTAGCTTACAACTTCAAAATGATGAAAGTTTGGGTGTTAATTCTTATTATCATATTCACTCATTGCTGAGTAATTTTAAAAAAATAGAGTATTATTTCGTGGTTACGAATAATACCCAAGATTTAACTGGAATTGAGAATTTATCATTTAAAAAAAAGTTGAACCTTTATACAATTCGAAATTACACAAAACAATTACACCCAGAAATTAAATTCCAGTTAATTGATGTGGCTTGGACTGACAATAAAATTCTCTATGATAAGTTACTAGAAATTCCATATAATATACAGCATTCATTAATTGCGATTCGTAATAGACTTCTCTGGCACGCTGTAAATAATCCATTAAACATTAAATCTGTTTCTAATGATGATATATTAAGATTAGATCTTTCAGATAGAGAGTTTTGGATGGTGTGTAACTTTAATCTAGATGATAACGACCTTGATAAACTAAATTACATATCTGGTTACTTAGGTATAGAGATAAAATTACTATACGATAATCAAAATATTTACAATTTATACAACAACTTAAAAATATATAATTTTAGTCTGTTGGAACAGTTGACGAGTAAAAAAATTGTTAATAAACAAAGTGTATTGACTTTAATAAATAGTTCTGATAAAAAAGCAGAAATAAACTCTGATGATTTTAAGCATAAATTAAGAAGTGACTTTAAAATTAATTATTATTTGGATCTCCTTTTTAAGGAAATACCAGATGTAACATTAGTAAACCTAAATCACCAAGAGTTTAGCAAAATTGATATTGAATGGTATAAATCATTGATATTAAATTCTATATCTATAAATAAATATAAATATTTATTTATAGGAGACGAAAAGGAAAGAATAACAAAACCTGTTGATGGTAACAATTATACACTTGCTAGTATTGAAATAATTACAGATATTTTTAAAGAAGTATTAGGAATACAAGATATAGATATAAAGGATAACTTTTTCAGTTTAGGAGGGCATTCTTTACTAGCCACAAAGGTAATATCTAAACTTAGAGATACTTTTAAATGCGATATAAATATGGAGGCTCTCTTTCATAACCCTACTATCGTGGGGTGCCATCAGTTCTTAGTTGAGTATTGGGGCGGGGAAGATATTGTTGAAAAAATTGCACGTACTTATCAAGAGTTAATCAACGATTAA	MLHTLGELWLRGQAINWDLYHKNDKCKRVSLPTYPFERKRFWVDNKKHVNDDASNKKDIWDQSSENTLQHISWQKGIITDRYQLNNQTKTWLVILNEIGIGEGLVKEIKNLNQNVVTIEFSSHTQKIAEGSWKLNIREFKDIVSVALDLKKSQLIPNIVYDLSSLQLQNDESLGVNSYYHIHSLLSNFKKIEYYFVVTNNTQDLTGIENLSFKKKLNLYTIRNYTKQLHPEIKFQLIDVAWTDNKILYDKLLEIPYNIQHSLIAIRNRLLWHAVNNPLNIKSVSNDDILRLDLSDREFWMVCNFNLDDNDLDKLNYISGYLGIEIKLLYDNQNIYNLYNNLKIYNFSLLEQLTSKKIVNKQSVLTLINSSDKKAEINSDDFKHKLRSDFKINYYLDLLFKEIPDVTLVNLNHQEFSKIDIEWYKSLILNSISINKYKYLFIGDEKERITKPVDGNNYTLASIEIITDIFKEVLGIQDIDIKDNFFSLGGHSLLATKVISKLRDTFKCDINMEALFHNPTIVGCHQFLVEYWGGEDIVEKIARTYQELIND				NA	NA	NA	NA	NA
AK148_04109	4533	lgrD_3		Linear gramicidin synthase subunit D	ATGGTGAACGGTAAGGGGAATAGTAATCTTTCAAATGATAAAGCGACCCTATATGAACAATTACTAGAAGAACAAGGAATTCAAATACAGGAAGAACATAAAAGAATTAACCCTTTAAACCAAAAAAGCAATATAGCAAAAATGTCGTATTTGCAACAGGGCATTTGGTTTTTTAATCAAATAGGGCCTGATAATCCGGCTTACAATATAGTGTCAGCCGTAAAAATTCATGGGGATTTAGATAGTGTTGTCTTACAGAAAAGTTTAGAAGTGATAGTTCAAAGACATCAAATCTTGCGTACGAAATTTAGTATGGCAAATAATGAGCCACAACAGGAAGTTATGCAATCGATTAAAATCCCTTTTCAAACCATTGAGATCGACAAACAAACGGTGGATGTTCAACAATTAATTAAAAAGTACGGAAGGAGGTGCTTTAAACTCAATACAAATGAGCCACTATTTAAGGTTACTCTTGCAAAGCTAACAGAATTCGAATATATTCTTATCTTAACTATGCACCATATCATCTCAGATGGGTGGTCTATGGGAATTTTAGTTCGAGAATGGATGACGATATATGAAGCAATGTTAAGGAATGAAGCACACATGCTTCCTGATTTGACTTTCCAGTATAAAGACTATGCAAATTGGCAACATGAAAGGTCTCAAAAAGATGTGGTCCAAAAAGACCTAGCGTATTGGGAGAAACAATTGAAAAATACTCCTCCCTTATTGGAAATAAGTACAGATTATCCAAGAAAACCAATAATGTCATATAAAGGTTCAATTGAATATTTTGAGGTACCGGAAGAGCTTACTAAGCAATTAAAGCAATTAGGTCAAAAGGAAAATGCAACATTATACATGGTATTGTTAAGTGTTTTTAAGGTGTTATTACACCGGTATTCTGGACAAGACGACATTTTAGTGGGGAGTCCGGTTTCAGGAAGAACGAAGTATGAAACTGAAAATTTAATAGGACTCTTTATTAATACATTGGTTTTACGAACCAATATGCAGGATAATCCAAGGTTTGTAGATTATCTTGAACGAGTAAGTGGGGTCATGTTAGAAGCGTTTGTTCATCAAAATGCTCCATTTGATAAGGTCGTAGAAGTGGTTAAGCCAGAACGTAGTAGTAGTTATGGGCCAATTATCCAATCTTTATTTACATTTCATAATGAACCACAAACCGAAATGGAGGTAGCTGGTTTACGCATCAGCCCAATGAAAGTAGATATAGGATATACTCAATTTGATTTATCATTGACAATCCAAGAAGGGAGTAATGGTGAATTATTGGGTTCGTTTGAATACAGTACCGATTTGTTTCAGCCACAAACAATCCAAAGGATGAAAAAGCACTATGAAAATTTACTACAGTCTATAGTCTTGGATCCGTCAAAGAGAATAGGAGAATTATCCATATTATCGAAAGAAGAGGAAAATCAACTAATAGTGGACTGGAATAATACGAAAGCACCATTTCCAGAGAAAGCATGTATACATGAACTAATTGAAGAACAAGCAAAAAGAACACCATTAAATACAGCTGTCATATTTGAGAATGAGAAATTGACGTATAAGGAATTAAATGACAAAGCGAATCAGTTAGGACATTATTTAAGGAAAATAGGATTAGATAGAGGCCAAACAGTAGGGATATATTTAAATCGGTCGACGGAGATGTTGATTAGTATTCTTGGGATATTAAAAGCCGGAGGCTCATTTGTTCCTTTAGACCCTAGTTATCCAAGGGAAAGAATTACTTATATGATAGAAGATGCCAAAGTAGAAATGGTTGTAACAAAGCAAAGAGAAGTAAATTTTTCAAAAGCTGTCAAAATCATCTCAATGGAAGAGAAAGCAAAGAAAATAGCAGAGCAGAGCACAGAAAGCGTATCAAATGTTAATTCTAGTGATGATGTCGCATATATTATTTATACATCTGGGTCAACGGGTACACCTAAAGGAGTACCTATAAAAATTAGAGCGTTAGTGAATCTTTTATATGCATTTAAAAAATCCATACCTATAAATAATAATGACAATCTTCTTGCCATTACTAGCTTATCATTTGATATTTCAATATTAGAATTATTATTTCCATTGATTTCAAGTTCAACAGTGGTTATAGCAAATGATGACGAGATAATTGACGGGCGGTTGCTGTTAAAAAAGATTTTAGAATGTAACATTACTATCATGCAGGCAACACCTTCAGCTTGGAGAAATATTATTAACTGTGGCTGGGGTCTCAATATAAAAATAGATAAAATAATTAGCGGGGGAGAAGATTTAAGAGAAGACTTGGCGAAGTCCCTGAAGTTAAGGTGTATGGAATTGTATAATACATATGGTCCAACTGAAACTACAATTTGGTCATTTAAATCTAAAGTTTCATCAACGGATAATATAAATATTGGTAGACCACTTATAAATACAAAAGCATATATACTTGATCGATATCTACAACCAGTTCCACTTGGAGTAGTTGGAGAACTGTATATTGGCGGTGAAGGGTTAAGTTTAGGTTATTTAAATAATGCTAAGAAGACCAAAAATCAATATATTTATCACCCAAAAATTAGAGAAAGGCTTTATAAAAGCGGGGACATGGTAAAGTATATAGGAGAAGGAAAAATTAAGTATATTGGAAGAAAGGATCATCTTGTTAAAGTAAGAGGATTTAGGGTTGATTTAATTGAAGTGGAAAATATTTTAATGAGTCATTCATATGTGAAACTAGCGATTGTTCATGTTAAAGACAATCGACTGATAGCAAATCTTCATTTAACAAAAGAGATTACAGTTGAAGATATAAGTAAATATGCATCAAATAAATTACCAAAATATTTGCAACCATCTTTGTATATGAAGATTGATTCTGTTCCTTTAACAGCAAATGGAAAAATAGATAGAGAAAAAGTTAAATCAAACAATTTTTTGTTAGAATCAATTAAAGCAATTAAAAACAATTTGTCAGAAATAGAATCAATATTACTTAGATTATGGGAAGATTTACTACAACTCAAAGTGCCATCTATCGACAGTAAATTTTATGAGCTGGGAGGGCACTCACTTCTGGCAACTCGTTTATTTACCGAGATACAAAAAAGGTTTATGGTAGACCTTCCTATTAAGAGTATTATTGAGTATCCAAGTATTTCAGAATTAGCCAGAAAAATATCGATGGAAAAAAGAAAGCGGAATGAAAGTATAAATGATAAATATCCTTCTGTGGTAAAAAATGAATCTGAAAAGTTAATGCCATTTCCATTAACTGAAATACAGCTAGCTTATTGGGTAGGAAAATACCTTAAAACAGGCTCATCCAAAATTTCAACTCACTTGTATCAAGAAATTGATTTTAAAGATTTAGACCTTCTAAGGTTTGAAGAGGTTATCAATTTTATAATAAAAAGACATCCTATGTTAAGAGCCATAATTAGACCGAATGGACACCAACAAATACTTGAGGATGTACCCTTTTATAAAATTCAAAACAAAAATCTACAGGGAGAAAACAAGAAAGAGAAAGACGTATATTTAAAGAAAATTAGAAATGAGATGTCACATCAAATTTTTGAGAGTAATACTTGGCCGATGTTTAATATTAGATCGTCAGACTTTGAGAATAATGTAACCCGTATTCACATAAGTATTGATTTATTAATTGCCGATGCTAGAAGTTTAAATATAATGCTAAATGAGACTATACGTTTATATAATGAACCAAAATTGAAATTAGATAAATTAGAGCTTACATTTAGAGATTATATTTTAGCTGAGAAAAAAATCAAGAAAACAGAAATGTATCGAAAGTCAAAAAAATATTGGTTAAATAGATTACGTACAATTCCAAATAAGCCCAGTTTGCCGATGGTTAAATCTATACAGAAAAACTCCACATTTTCTAGGAAACAGAAAATTCTTTCGAGTAAAGTCTGGAATTCTTTAAAACAATCTGGAACACAAAAATTGATTTCACCTAATTCTCTATTATTAGCTGCTTTTACGGAGATTATTGGTTTATGGAGTGAAAATAAACACTTTACTATAAATTTAACTACATTTAATAGGTTACCATTACATGAGCAAGTTAACAGAATCATTGGTGATTTTACCAGCATTAATTTACTTGAAGTAAACATTAAGAAAAACGAATCTTTTGAAAATAGGGTTAGAAAAGTTCAAACTCAATTGTTGGAAGATTTGGATCATAGATATTTTAGTGGAATTGAATTTTTGAGAGAAATAAGGAAGCATAAGGAAGGTAATGAAATTTTTCCGATTGTGTTTACTAGCCTAATAGGTCAAGAAGAGGAAGATGTACCAAAAGGAAAAGTTGAAATTGTAGATAATAATTACAGTATTACCCAAACATCTCAAGTTTGGATAGATTGTCAAATAACAGAGAACGGAAACTCTTTGCAGGTTAACTGGGATTATTTGGAACATATTCAACATATAGCGGGAAAGGTTATGGCAAAAGGGAGCAACAGAACTTATGCTTATGTTTCGAGGTAA	MVNGKGNSNLSNDKATLYEQLLEEQGIQIQEEHKRINPLNQKSNIAKMSYLQQGIWFFNQIGPDNPAYNIVSAVKIHGDLDSVVLQKSLEVIVQRHQILRTKFSMANNEPQQEVMQSIKIPFQTIEIDKQTVDVQQLIKKYGRRCFKLNTNEPLFKVTLAKLTEFEYILILTMHHIISDGWSMGILVREWMTIYEAMLRNEAHMLPDLTFQYKDYANWQHERSQKDVVQKDLAYWEKQLKNTPPLLEISTDYPRKPIMSYKGSIEYFEVPEELTKQLKQLGQKENATLYMVLLSVFKVLLHRYSGQDDILVGSPVSGRTKYETENLIGLFINTLVLRTNMQDNPRFVDYLERVSGVMLEAFVHQNAPFDKVVEVVKPERSSSYGPIIQSLFTFHNEPQTEMEVAGLRISPMKVDIGYTQFDLSLTIQEGSNGELLGSFEYSTDLFQPQTIQRMKKHYENLLQSIVLDPSKRIGELSILSKEEENQLIVDWNNTKAPFPEKACIHELIEEQAKRTPLNTAVIFENEKLTYKELNDKANQLGHYLRKIGLDRGQTVGIYLNRSTEMLISILGILKAGGSFVPLDPSYPRERITYMIEDAKVEMVVTKQREVNFSKAVKIISMEEKAKKIAEQSTESVSNVNSSDDVAYIIYTSGSTGTPKGVPIKIRALVNLLYAFKKSIPINNNDNLLAITSLSFDISILELLFPLISSSTVVIANDDEIIDGRLLLKKILECNITIMQATPSAWRNIINCGWGLNIKIDKIISGGEDLREDLAKSLKLRCMELYNTYGPTETTIWSFKSKVSSTDNINIGRPLINTKAYILDRYLQPVPLGVVGELYIGGEGLSLGYLNNAKKTKNQYIYHPKIRERLYKSGDMVKYIGEGKIKYIGRKDHLVKVRGFRVDLIEVENILMSHSYVKLAIVHVKDNRLIANLHLTKEITVEDISKYASNKLPKYLQPSLYMKIDSVPLTANGKIDREKVKSNNFLLESIKAIKNNLSEIESILLRLWEDLLQLKVPSIDSKFYELGGHSLLATRLFTEIQKRFMVDLPIKSIIEYPSISELARKISMEKRKRNESINDKYPSVVKNESEKLMPFPLTEIQLAYWVGKYLKTGSSKISTHLYQEIDFKDLDLLRFEEVINFIIKRHPMLRAIIRPNGHQQILEDVPFYKIQNKNLQGENKKEKDVYLKKIRNEMSHQIFESNTWPMFNIRSSDFENNVTRIHISIDLLIADARSLNIMLNETIRLYNEPKLKLDKLELTFRDYILAEKKIKKTEMYRKSKKYWLNRLRTIPNKPSLPMVKSIQKNSTFSRKQKILSSKVWNSLKQSGTQKLISPNSLLLAAFTEIIGLWSENKHFTINLTTFNRLPLHEQVNRIIGDFTSINLLEVNIKKNESFENRVRKVQTQLLEDLDHRYFSGIEFLREIRKHKEGNEIFPIVFTSLIGQEEEDVPKGKVEIVDNNYSITQTSQVWIDCQITENGNSLQVNWDYLEHIQHIAGKVMAKGSNRTYAYVSR				NA	NA	NA	NA	NA
AK148_04110	570			hypothetical protein	ATGCCATTTGAACAATGTAAGTACATAAAAACTGTAATGTCAAACTTTAACAAAGATTGGTTCTTTGCAGGTGGTTGGGCAATAGATATTTTTCTTGGAAAAGAAACTAGAGATCACCATGATATTGAGATTGGTATATTTAGAGAAGATCAAACTGAATTAAAGCAAGTTTTTGATAACTGGGAATTAAAAAAAGTTGTAAAAGGAGAATTTATATCTTGGAATAACGAGTTTTTAGAATTACCTGTTCATGAAATACATGCCATAAATAATATGAATAAGCAGAAATTAGAAATTCTCTTAAACGAGTCTGACGCTGATAATTGGAGGTTTAGAAGGGATTTAAGAATTTCCTATCCTCTACAATCAGCTATAAAGTATTCTAAAGGAGGCTTACCTTATTTGGAACCAGGGATAGTTTTATTATATAAGGTGAGAAACACAAGAGAAAAAGACCATAAGGATTTTTTATCTGTTAAGGATAATCTTAAATTTGAGCAGCAGAACTGGCTTAGACAAGCTATAAAAATTCATGAACCAAAGCATGAGTGGCTTGAATTATTAGGTTAG	MPFEQCKYIKTVMSNFNKDWFFAGGWAIDIFLGKETRDHHDIEIGIFREDQTELKQVFDNWELKKVVKGEFISWNNEFLELPVHEIHAINNMNKQKLEILLNESDADNWRFRRDLRISYPLQSAIKYSKGGLPYLEPGIVLLYKVRNTREKDHKDFLSVKDNLKFEQQNWLRQAIKIHEPKHEWLELLG				NA	NA	NA	NA	NA
AK148_04111	453			hypothetical protein	ATGACAAAAAGCAAATTACTAAGAATGGACAATGTCGGCATCGCTGTAGAATCCCTTGATAACGCAATCTTTTTCTTCGAGGAGGTTGGCTTGAACCTTGAAGGGAGAACCACTGTCGAAGGTGAATGGGCTGGTCGAGTAACAGGACTGGGTTCTCAGTGCGTTGAGATTGCTATGATGGTTACCCCAGATGGCCACAGCCGACTTGAACTTTCGCGATATCTCACCCCGCCTACTATATCGGATCACCGGACTGCTCCTGTAAACGCCCTCGGTTATCTACGTGTCATGTTCACCGTTGAAGACATTGACGAAATGGTGGCCAGACTTACTAAGTATGGTGCCCAGCTCGTAGGCGAAGTGGTTCAGTACGAGAACTCGTATCGGCTCTGCTACATTCGTGGAACCGAAGGACTTTTAATCGGTTTGGTGGAACAACTCGGTAACAAATAA	MTKSKLLRMDNVGIAVESLDNAIFFFEEVGLNLEGRTTVEGEWAGRVTGLGSQCVEIAMMVTPDGHSRLELSRYLTPPTISDHRTAPVNALGYLRVMFTVEDIDEMVARLTKYGAQLVGEVVQYENSYRLCYIRGTEGLLIGLVEQLGNK				NA	NA	NA	NA	NA
AK148_04112	627	plsY_4	COG0344	Glycerol-3-phosphate acyltransferase	ATGACTAATATTATACTGCTATTTTCTTCTTTAGCCTCTGGTTATTTTTTAGGTAGCCTTAACTCTGCTGTCATTGTTGGAAAATTATATGGGAAAGATATAAGGAGTTGTGGAAGTAGAAGCGCGGGGCTAACCAATACGTTGAGGGTATTAGGTAAAACCGCTGCGGTATTTGTTCTTGTCGGAGATGTTTTAAAGGGGATAATTGCTTGTTTTATAGGTCTAATTTTCTTTGAAGTTTACTTCTATACGGTAGATGCTCAAGATAGTTTAAGCCTTTTAGTCGCAGGTTTAGGAGCAGTTATTGGGCATAACTGGCCTTTATTTTTTAAATTTAGAGGGGGGAAGGGAGCATTAACAGCAGTGTCTGTGCTGTTTATGGTTAATTGGATTCTGGCTCTTTTATGCATTGCTTTTTTTATATTAATTGTAGCTATGACACGGTATGTATCTTTAGGAACAATTAGTGCTACTGGACTTATTCCAGTTGTCTCATTTATTTCTGTTTTTGGACATACCTTTTATTTTAATATATTTGCTTGTTTAATGGCTGCCATTATTATTATTAAACACAGAGAAAATATACAAAGGTTACTTTCAGGCACAGAAAATAAACTTATATTTTGA	MTNIILLFSSLASGYFLGSLNSAVIVGKLYGKDIRSCGSRSAGLTNTLRVLGKTAAVFVLVGDVLKGIIACFIGLIFFEVYFYTVDAQDSLSLLVAGLGAVIGHNWPLFFKFRGGKGALTAVSVLFMVNWILALLCIAFFILIVAMTRYVSLGTISATGLIPVVSFISVFGHTFYFNIFACLMAAIIIIKHRENIQRLLSGTENKLIF	PGPT0024375_1421	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024375-plsY-K08591	NA	NA
AK148_04113	885			hypothetical protein	ATGAATGAGTATACGATGCCAATTTTATTTGGAGTAATTATTGGAACTTTAGCACGTATTTTAATGTTAAGAACTGATTATAGGCAATATCCTACTTATTTACATGGAAAAGTGATTCACGTATCTTTAGGTTTTATTGCTGCATCACTAGGTTCTGTTGCCATTCCAGCCATTATGGAGTTAGAATTTACTGCGGTTACATTTTTGACTGTTGCTGCAACGCAATTTAGGGAAGTAAGAAATATGGAAAGAAACACACTAACGGAAGTTGATAGTTTTGAATTAGTACCAAGGGGAAAGACTTATATTGAGGGTATCGCTATTTCGTTTGAAAGTAGGAATTACTTAGTAATTTTTACTTCCTTTATAACTACATTAACATTTATTATATTTAATGTTTATGTTGCATTATTTGCAGCGATATGCTCTGTTACTGTTTCAATGATTTTAATGAGCGGTAAAACAATGAAAAATATTGTACAAATAGATCATCACCCACTCCATTTTAAAGGTGCTGGTTTATATGTGGACAATATATATATTATGAATATTGGTTTACCTGAAAGGCAGGAAGAAATTTTAAAATATGGTTTAGGCTTTGTTCTCACTCCCAATAATATTAATACCATAACTACTATTGCGAACTTGGGACAACGACAAGCTATATTGCACGACGTTTCTGTAACTTTAGGCGTATTTAGAGATTCAGGAACTCCAGCACTGACTCCGTTAATTAAGCGGGATTTAGATGATGGACGAATTGGAATATTTATTCTTCCACAAATAAGAGATGTTAACAAAGCAATAAAAGTCATTGGATCTGTCCCTATACTGGAAAGTGCCATACGCATGCCATCTGAGTCCACTTTCACTAGAAAAACTTGA	MNEYTMPILFGVIIGTLARILMLRTDYRQYPTYLHGKVIHVSLGFIAASLGSVAIPAIMELEFTAVTFLTVAATQFREVRNMERNTLTEVDSFELVPRGKTYIEGIAISFESRNYLVIFTSFITTLTFIIFNVYVALFAAICSVTVSMILMSGKTMKNIVQIDHHPLHFKGAGLYVDNIYIMNIGLPERQEEILKYGLGFVLTPNNINTITTIANLGQRQAILHDVSVTLGVFRDSGTPALTPLIKRDLDDGRIGIFILPQIRDVNKAIKVIGSVPILESAIRMPSESTFTRKT				NA	NA	NA	NA	NA
AK148_04114	186			hypothetical protein	ATGGAAATCGAAAAGGCTATATTAGCTGTCATTACAACAAATTCTTCCATTGTTGAAGGTGGCGCACCAATTTTCATCTGTGAAACTCGAAAAGAAGCAGAAGATATATCTGCTAATTTAGAAGCAATTACGGACGGGATTGCTCATGAATTAAGCGAAGAGTTATTTATTATCGTAAAACATTGA	MEIEKAILAVITTNSSIVEGGAPIFICETRKEAEDISANLEAITDGIAHELSEELFIIVKH				NA	NA	NA	NA	NA
AK148_04115	1311	der_2	COG1160	GTPase Der	ATGAGGAAAGCAACAGTAGCAATAGTAGGAAGGCCAAATGTTGGTAAATCAACTATTTTTAATAGATTAGTTGGCGAGCGCATATCCATTGTTGAAGATATTCCTGGGGTAACAAGGGATAGAATTTATGCTGAAGCGGAATGGCTTACTACCCACTTTAACCTTATTGATACAGGAGGGATTGAAGTTGGAGACGAGCCACTTTTAGTGAAAATGCGCCAGCAGGCTGAAGTTGCAATTGATGAAGCAGATGTCATTATTTTTTTAGTGAATGGTAGAGAAGGTATTACCGCTGCAGATGAAGAAGTTGCAAAATTGCTATATAAATCAAACAAGCCTGTTGTTTTAGGTGTTAATAAAGTGGATAATCCAGAAATGAGAGAAACAATTTATGAATACTATGCACTAGGGTTTGGCGAACCATTTCCAATCTCAGGGTCCCACGGATTAGGGCTAGGAGACTTATTGGATGAAGTGGTAAGCCATTTCCCTGAATTGGATATAAGTGAAAAAGATGAAGATACAATTTATTTCAGTGTTATCGGACGTCCAAATGTTGGTAAATCTTCATTAGTGAACGCGCTACTCAATGAAGAACGTGTAATCGTTAGTGATATTGAAGGAACAACAAGAGACGCCGTCGATACAAAACTGCATAGAGATAACCAAGATTATGTTATTATTGATACAGCTGGAATGAGAAAACGTGGAAAAGTGTATGAAACGACAGAAAAGTATAGCGTGTTACGTGCATTAAAAGCGATTGACCGCTCGGATGTTGTGTTAGTTTTAATTGATGCAGAAACAGGCATACGTGAACAGGATAAACGCATCGCAGGTTATGCTCATGAAGCTGGTAGGGCAGTAGTTATTGTAGTTAATAAATGGGATACGATTACAAGTAATGAAAAAGCAATGAAAGAGTTTGAAGAACAAGTACGAGCTCATTTTCAATATTTAGACTATGCTCCTATTGTGTTTTTATCTGCTAAAACAAAAAAGCGCCTGCATACATTACTTCCTGCTATACAATTGGCCAGTGAAAATCATACGAAGCGAGTGCCAACAAATGTGTTAAATGATGTCGTTATGGATGCCCTTGCTATGAACCCGACACCAACTGTAAAAGGGAAAAGATTAAAGGTTCTATATGCTACACAAGTGAATGTAAAACCTCCACGTTTTGTTATCTTTGTAAATGAACCAGAACTTGTTCATTTTTCTTTTGCCAGGTTTGTAGAAAATAGAATTAGAGAAGCTTTTGGCTTTGTAGGTACACCTATTAAAATAATAGCTAGAAAAAGACAATAA	MRKATVAIVGRPNVGKSTIFNRLVGERISIVEDIPGVTRDRIYAEAEWLTTHFNLIDTGGIEVGDEPLLVKMRQQAEVAIDEADVIIFLVNGREGITAADEEVAKLLYKSNKPVVLGVNKVDNPEMRETIYEYYALGFGEPFPISGSHGLGLGDLLDEVVSHFPELDISEKDEDTIYFSVIGRPNVGKSSLVNALLNEERVIVSDIEGTTRDAVDTKLHRDNQDYVIIDTAGMRKRGKVYETTEKYSVLRALKAIDRSDVVLVLIDAETGIREQDKRIAGYAHEAGRAVVIVVNKWDTITSNEKAMKEFEEQVRAHFQYLDYAPIVFLSAKTKKRLHTLLPAIQLASENHTKRVPTNVLNDVVMDALAMNPTPTVKGKRLKVLYATQVNVKPPRFVIFVNEPELVHFSFARFVENRIREAFGFVGTPIKIIARKRQ				NA	NA	NA	NA	NA
AK148_04116	1038	gpsA		Glycerol-3-phosphate dehydrogenase [NAD(P)+]	ATGGCAAGAGTAGCTGTATTAGGCGCTGGAAGTTGGGGGACAGCCTTAAGTATCGTACTAGCTGATAATGGACATGATGTGCGCTTATGGACACATCGACCTGAGCAAGCAAAAAAAATAAATAATACAAAAAGAAATGAGCAATATTTAGATACAGACATACCAGCATCTGTTATCGCTTATTCTGATTTAAAGCAAGCAATTCAAGATGCTGTTGCGATTGTTTTTGTAGTACCTACAAAGGCAATCCGTGAGGTCGCAAAGCAATTAGATCAGCTAGTGGAACCAGATACAACAATTATCCATGCTTCAAAAGGGATTGAACCTGTTACTTTAAAACGTGTTTCACAGATGATTAGTGAAGAATTATCTGAGTTTACGGAAGAAGAAATAGTTGTTCTTTCCGGTCCAAGCCATGCAGAAGAAGTGGCTCTACGACAACCAACAACGGTAACTGTTTCTTCTATTGAACCAGAACATGCAAAAATTGCACAAGATTTGTTTATAAATGAATCATTTCGCGTTTATACTAGCCCTGATGTAATAGGAATTGAGTTCGGCGGCGCTCTAAAGAATATTATCGCCTTAGGAGCGGGAATCTCTGATGGACTAGGTTATGGTGATAATGCGAAAGCAGCTTTGATGACAAGAGGACTTGCTGAAATAGCTAGATTAGGCACATCATTAGGAGCCAACCCATTAAGCTTTCTTGGTTTACCAGGAGTTGGCGATTTAATTGTTACTTGCACAAGTGCGCATAGCAGAAACTGGCGTGCTGGAAACTTATTAGGAAAAGGGCATAAATTAGACGATGTTCTTGAGCAAATGGGGATGGTGGTCGAAGGTGTAAGGACCGTTCAAGCAGCTTATCAATTCGCAAAAGAACAGCAGGTTGAAATGCCAATAACAGAAGGCATTTTTCAATTGTTATTTGAAGATAAATCACCAAAAGACATTGTTGGTCAATTGATGAATCGAAGCAAGCGGCAAGAAATGGACGACCTCGCCCAATTATTGATGGAAAGGTATTCGCAATAA	MARVAVLGAGSWGTALSIVLADNGHDVRLWTHRPEQAKKINNTKRNEQYLDTDIPASVIAYSDLKQAIQDAVAIVFVVPTKAIREVAKQLDQLVEPDTTIIHASKGIEPVTLKRVSQMISEELSEFTEEEIVVLSGPSHAEEVALRQPTTVTVSSIEPEHAKIAQDLFINESFRVYTSPDVIGIEFGGALKNIIALGAGISDGLGYGDNAKAALMTRGLAEIARLGTSLGANPLSFLGLPGVGDLIVTCTSAHSRNWRAGNLLGKGHKLDDVLEQMGMVVEGVRTVQAAYQFAKEQQVEMPITEGIFQLLFEDKSPKDIVGQLMNRSKRQEMDDLAQLLMERYSQ	PGPT0024330_818	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_DEHYDROGENASE_ACTIVITY,PGPT0024330-gpsA-K00057	NA	NA
AK148_04117	261			hypothetical protein	GTGAATAATTTTCAAAAAGGACTTTTTGACAAAATTCAACAAAAGTCGAGCATTAATCCAGATGATGTTTACAAAGTGGCTGATTCTGTGAAAAATGCAGATTTTTCGGATGAAAGAACCGTACGTAAGCTTGTTCGCCAATTAAGCAAACTAGCGAATAAACCTATCTCCAAAGAAAAAGAAGACAAAATTGTTCAGTCTATTGTAAAAAATGATATGCCCATGGATATGAATTCACTAAATAAAATGTTTAAAAAATAA	MNNFQKGLFDKIQQKSSINPDDVYKVADSVKNADFSDERTVRKLVRQLSKLANKPISKEKEDKIVQSIVKNDMPMDMNSLNKMFKK				NA	NA	NA	NA	NA
AK148_04118	198			hypothetical protein	GTGTCACAAGCAATGCTGAAAATGTATATATCATTTGTGGGTATGGCTCTTTTGCTCGTTGCAATCGGTTTTATTTTATTGGCAAGGTATAAACTTAAAGGGTGGTTAGCTGGAGTAGTGTCGTTACTCGCATACATATCATTAATTTTTGGGAGTCTTATTATCTTTTACATTGTATTTAGCGGCCCATCGGCTTAG	MSQAMLKMYISFVGMALLLVAIGFILLARYKLKGWLAGVVSLLAYISLIFGSLIIFYIVFSGPSA				NA	NA	NA	NA	NA
AK148_04119	729			hypothetical protein	ATGTATACTACATATGGAAAAATAGCCATTTTTATATTATTTACTATCCTGTTAAGCGGTTGCTTATATCCCGATAATGAATTATCAAAAAATCAGGTTCCCAATGAAGGCCAATTAGAAGCAGTCCAATCTGCAGTAGAGCAATATCGAGAACAAGAGGGCGGTCTTGTGCCAATTCGAACAAAAGACAACGACACACCTATTTTCCAAAAATATTTAATTGATTTTCCCAAATTAAAGGAAGCCAATGTATTAACGGAAATTCCTGCTAATGCTTTTGAAAATGGTGGTGTTTACCAATATGCTTTAATTACACCAGAAAAAAACCCACGGGTAAAACTAATTGATTTACGTATATCTGAAGTAATACGTAGTGTAAATATAAAGTTGGATATATATCGAGATGAACATATGTATCCACCATTTAAAGAAGAAATAGCAGATGGGATTTATACGATTGATTATGAAAAACTTGGTTTGGAAAACCCACCTACTGTTGTAAGTCCATATTCTAAAGAAAACTTACCAATTGTGATGAATACGGAAGGCGAACTCTATGTAGACTACCGAATTGATTTGAATCAAGCATTAAAAACAAAAAACCATAAGTACGAAACAGGGGATGATATTCGCTATCTGTTAGCTAATAATACTCCTTTTGTTCCAGTGTACTCTCTTCCTTATACGATTAAGAATGAGGAACCTGTATTTTTACACGAAAATAAATAA	MYTTYGKIAIFILFTILLSGCLYPDNELSKNQVPNEGQLEAVQSAVEQYREQEGGLVPIRTKDNDTPIFQKYLIDFPKLKEANVLTEIPANAFENGGVYQYALITPEKNPRVKLIDLRISEVIRSVNIKLDIYRDEHMYPPFKEEIADGIYTIDYEKLGLENPPTVVSPYSKENLPIVMNTEGELYVDYRIDLNQALKTKNHKYETGDDIRYLLANNTPFVPVYSLPYTIKNEEPVFLHENK				NA	NA	NA	NA	NA
AK148_04120	1479	spoIVA		Stage IV sporulation protein A	TTGGAAAGAGTAGATATTTTTAATGATATTTCTAAACGAACAAATGGAGATATTTACTTAGGTATCGTTGGAGCGGTTCGTACTGGAAAATCAACATTTATTAAAAAATTCATGGAGCAAGTTGTACTGCCAAACATGGAGGAAGAAAGCGAGAGGACTCGTGCACTTGATGAATTGCCTCAAAGTGCTGCTGGAAAAACAATTATGACTACAGAGCCTAAATTTGTACCTAATCAAGCGGTTTCTGTTCATGTCGATGAAGGATTAGATGTAAACATTCGTCTAGTGGATTGCGTTGGATACGCCGTTGAGGGAGCAAAAGGGTTTGAAGACGAAAATGGACCCAGAATGATTCACACCCCTTGGTACGAAGAAGCAATACCTTTTCACGATGCAGCAGAAATTGGAACAAGAAAAGTAATTCAAGAGCATTCAACAATTGGGGTTATTGTAACAGCTGACGGTTCGTTTGGAGAAATTAATCGGCATGAATATGTGGATGCCGAGGAGAGGGTTGTTGATGAATTAAAAGAAGTAGGAAAGCCTTTTATAATGGTGCTTAATTCCCAGCGTCCTAGCAGTCAAGAAACAGAGTTGTTACGCCAAGATTTAGTCGATAAATATGATATACCTGTTATAGCAATGAGTATTGAATCTATGACAGAACATGATGTTACCAATGTTTTACGTGAGGCATTATACGAATTTCCGGTTTTAGAAGTTAATGTAAATTTACCAAGCTGGGTAATGGTGCTAAAAGAAAATCACTGGTTAAGAAGAGAATATCAAGAAGCCATTCAAGAGACTGTAAAAAACATTAAACGCTTGCGTGATGTGGATCAAATTGTTGGTGAATTTGCTGTTTATGAACATATTGAGCAAGCAAAATTAGCTGATATGGAAATGGGGGAAGGGATAGCGGAAATTGACCTCCATGCACCTGACTATTTATATGACGAAATATTAAAAGAAATTGTAGGTGAAGAAATTAGGGGTAAAGATCATTTATTACAGCTCATGCAAGATTTTGCTCATGCGAAAAGAGAATACGATCAAGTATCAGGCGCATTACAAATGGTCAAGCAAACAGGATATGGAATTGCAGCTCCGGCTCTAGAGGATATGATTTTGGATGAGCCTGAAATTATTCGGCAAGGCTCTCGGTTCGGTGTTCGCTTAAAAGCTGTCGCTCCGTCCATTCACATGATTAAAGTAGAAGTTGAATCCGAATTTTCACCAATTATAGGAACGGAAAAGCAGAGTGAAGAATTAGTACGTTATTTGATGCAAGACTTTGAAGAGGATCCATTATCCATATGGGAGTCAGATATCTTTGGGCGTTCCCTAAGCTCAATAGTAAGAGAAGGTATACAAGCAAAAATTGCGCTTATGCCTGAAAACGCACGTTACAAACTAAAGGATACACTAGAACGAATCATAAACGAAGGTTCTGGTGGTCTAATAGCTATTATATTATAG	MERVDIFNDISKRTNGDIYLGIVGAVRTGKSTFIKKFMEQVVLPNMEEESERTRALDELPQSAAGKTIMTTEPKFVPNQAVSVHVDEGLDVNIRLVDCVGYAVEGAKGFEDENGPRMIHTPWYEEAIPFHDAAEIGTRKVIQEHSTIGVIVTADGSFGEINRHEYVDAEERVVDELKEVGKPFIMVLNSQRPSSQETELLRQDLVDKYDIPVIAMSIESMTEHDVTNVLREALYEFPVLEVNVNLPSWVMVLKENHWLRREYQEAIQETVKNIKRLRDVDQIVGEFAVYEHIEQAKLADMEMGEGIAEIDLHAPDYLYDEILKEIVGEEIRGKDHLLQLMQDFAHAKREYDQVSGALQMVKQTGYGIAAPALEDMILDEPEIIRQGSRFGVRLKAVAPSIHMIKVEVESEFSPIIGTEKQSEELVRYLMQDFEEDPLSIWESDIFGRSLSSIVREGIQAKIALMPENARYKLKDTLERIINEGSGGLIAIIL	PGPT0024770_103	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_IV_SPORULATION,PGPT0024770-spoIVA-K06398	NA	NA
AK148_04121	273	hupA	COG0776	DNA-binding protein HU 1	ATGAACAAAACAGACCTAATTAATGCTGTAGCTGAAAAAAGCGATCTTTCTAAAAAAGATGCTACGAAAGCAGTAGATGCAGTATTCGAATCTGTCATGGATTCACTTAAAAATGGTGAAAAAGTACAATTAATTGGATTCGGTAACTTTGAAGTACGTGAACGTTCTGCTCGTAAAGGTCGTAATCCTCAAACAGGAGAAGAGATCGAAATACCAGCAAGCAAAGTTCCTGCATTCAAGCCAGGTAAAGCCCTAAAAGATAGTGTAAAATAA	MNKTDLINAVAEKSDLSKKDATKAVDAVFESVMDSLKNGEKVQLIGFGNFEVRERSARKGRNPQTGEEIEIPASKVPAFKPGKALKDSVK				NA	NA	NA	NA	NA
AK148_04122	222	mtrB		Transcription attenuation protein MtrB	ATGGATAAGTCAAGTGTTTCAGATTTTTTTGTTATCAAAGCACTGGAAGATGGGGTACAAGTAATTGGGTTAACCAGAGGAAATGATACGCGTTTTCATCATTCAGAAAAACTTGATCAAGGAGAAATTATGATCGCCCAGTTTACAGAGCACACCTCAGCGGTTAAAGTAAGAGGTAAAGCTTTAGTTCAAACAAGTCACGGTGAAATTGAGAGTGAGTAA	MDKSSVSDFFVIKALEDGVQVIGLTRGNDTRFHHSEKLDQGEIMIAQFTEHTSAVKVRGKALVQTSHGEIESE				NA	NA	NA	NA	NA
AK148_04123	843			hypothetical protein	ATGAATTTCGGCAGTCAAAGAAATTCCCAGAAAAAAACCATATTGGCGCAAAGTATAAGCGGATTGAAACAGCTCGTTCGTTTTGGTTGGGAACAAGCTTTATCTTGTCTATTTCCAGTCGTTATTTTTGCTTCATTGGCGCTTACACAAATGGTAACTTTACCATTTCTACCACGATATGACTGGCTGCTTATTATCTGTCTCCTCATGCAGTGGATCATGGTTCGTTCTGGATTAGAAACACGAGATGAGTTGAAGGTGATTACCGTCTTTCACCTCATTGGGCTTGCCCTTGAGATATTTAAAGTAAACATGGGGTCTTGGACGTATCCAGAAGAAGGGTATTTGAAAGTTTTTGGTGTTCCATTGTATAGTGGATTCATGTATGCAAGTGTAGCAAGTTATCTCTGTCAGGCTTGGAGGAGATTGGACATAAAATTGGTCAATTGGCCCCCGTTTTTAGTAGTTGTCCCTCTTGCAACGGCAATTTATTTAAATTTTTTCACGCATCATTTCTGGATCGATGTTCGTTGGTGGTTAGCAGCACTTGTCATGATTGTTTTTTGGCGAGCTTGGGTTACATATGAAGTCGGCGGAATCAAATATCGTATGCCACTCGTATTTTCTTTTATTCTTATTGGATTTTTTATATGGATTGCTGAAAATATTGTCACATTATTTGGCGCTTGGGAATATCCGAATCAAACGGATGCATGGAGTCTGGTTCATTTAGGTAAAGTAAGCTCATGGGTCTTATTGGTAATTGTTAGCTTTCTTATCGTAGCAACATTAAAGCAAGTGAAAGAAAAAACTCAACAAGGCATCAGTACAGAACATTATTAA	MNFGSQRNSQKKTILAQSISGLKQLVRFGWEQALSCLFPVVIFASLALTQMVTLPFLPRYDWLLIICLLMQWIMVRSGLETRDELKVITVFHLIGLALEIFKVNMGSWTYPEEGYLKVFGVPLYSGFMYASVASYLCQAWRRLDIKLVNWPPFLVVVPLATAIYLNFFTHHFWIDVRWWLAALVMIVFWRAWVTYEVGGIKYRMPLVFSFILIGFFIWIAENIVTLFGAWEYPNQTDAWSLVHLGKVSSWVLLVIVSFLIVATLKQVKEKTQQGISTEHY	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
AK148_04124	489			hypothetical protein	ATGAACGCTGTAGATATTTTAAGAAATGAATTATTGGCTGAACTTGCAATTGGTATAAGATCCATGGAAGGTTTACTGAAAAAGGTACAAGCGGAGGATTGGGAGTATAAGCCATCTGACGATATGCGAAGTCTTAAAGAGCTTGCTCAACATATTATTTCTATACCAGAAGTTGATCTTCATCTATGGTTGGAGAAGGATCAAGAAACGATCGAAAAATTAGAAGCGAAGTACAATAATATGGAATCTGCTGATGTTATGATTGAAGGAATGAATAAAGGTTTTAAAGATTATAAGGATTATATGCTTTCTTTGTCAGAAGAAGATTTTTTGACAAAAAAAACAAAGCCCTTTTATCTTGAAAAAGCTGAGATTCAAGCACACTGGTTAGTTGAAGAAGTTTCCCACCTGTTCCATCATCGAGGTCAATTCTTTAATTACATGAAACAGCTTGGTTATGAGGTAAATATGTTCGACCTTTATGTATAG	MNAVDILRNELLAELAIGIRSMEGLLKKVQAEDWEYKPSDDMRSLKELAQHIISIPEVDLHLWLEKDQETIEKLEAKYNNMESADVMIEGMNKGFKDYKDYMLSLSEEDFLTKKTKPFYLEKAEIQAHWLVEEVSHLFHHRGQFFNYMKQLGYEVNMFDLYV				NA	NA	NA	NA	NA
AK148_04125	321			hypothetical protein	TTGGAACTTGTCGTAGCATGGATTCACTCAGATGCTTCTAAGGCGTTGAAAGTAATAACTGACCAAATTTCTGATAATAGAAAGGAGTGGCAATTATTTCATGTTTTAGGGAGCAACTCAAATTTGAAAGCATTGAAGCGAGAAGTAAAATTACCCGGTAGTTGTGTATACTATCAAATTCTCCTGGGGTTTGTAATTGAAGAGGATCAATCAAGGTGGTTAACAAATAAGGAGATTTCTGATGGCGTTATAAAAGCAATTAAAAATAAAAACAGGATAACAACTATCGGTCAACTTGAGCCTTGGGAGAAACGACCTTAA	MELVVAWIHSDASKALKVITDQISDNRKEWQLFHVLGSNSNLKALKREVKLPGSCVYYQILLGFVIEEDQSRWLTNKEISDGVIKAIKNKNRITTIGQLEPWEKRP				NA	NA	NA	NA	NA
AK148_04126	234			hypothetical protein	ATGTTATCAGGGGTATCCCTATGGTTAATAAAGAATGGCTATCATGCGTCCATTATTGCAAGGAATCCTGAACGCATGCAGAGACTGTTGGAAGAGACAGAATTAAACAACAACATAACATCTATATTGGTTGATTATAAGGATCATGAGGGATTACAGGAACGCGTAAATGCAACAATAAGAAAACGGAGAGTTGGAACTTGTCGTAGCATGGATTCACTCAGATGCTTCTAA	MLSGVSLWLIKNGYHASIIARNPERMQRLLEETELNNNITSILVDYKDHEGLQERVNATIRKRRVGTCRSMDSLRCF				NA	NA	NA	NA	NA
AK148_04127	90			hypothetical protein	ATGAGCCCACAAATTATAAATAAAATTCTTGTAGACAAAAATAAGGATAGCATTCCAAATATGCCAAGTGAAACTGCATTTAAAAAATAG	MSPQIINKILVDKNKDSIPNMPSETAFKK				NA	NA	NA	NA	NA
AK148_04128	354			hypothetical protein	ATGCATGTTGAATTAACGAGATTTAAAGTGAAAGAAGGTAAATCTAGTTTCGTAGATGAATGGATGGCATTTTTAAACGCTAATATGCGCGATGTTCTTTTAACGCTAGAAGATGAAAGAATGTATATAGAAACGATTTTTAGAGAGACGATAGATGGGCAGGAGTTTTTATATTGGTATTCTGTTCCAGGAGATGGTGGTCAAGACGTGGAAGCATCGGCGCATTGGGTGGATAAAGTGCATTTAAAATACTGGAAAGAATGTATTGATCCTACATTTCAACCCGTTAATTTAGCTACAGAAGTTGTCATGCTATCTGAAGGCATAAGCAATACTATCAAACGCTTGGAGTAA	MHVELTRFKVKEGKSSFVDEWMAFLNANMRDVLLTLEDERMYIETIFRETIDGQEFLYWYSVPGDGGQDVEASAHWVDKVHLKYWKECIDPTFQPVNLATEVVMLSEGISNTIKRLE				NA	NA	NA	NA	NA
AK148_04129	768			hypothetical protein	ATGAATAATGAAGAACGGTTTTGGAATGCAACGATGGAAGAGTTAATTAAAGGGTATGTTTATGATGGAATGGACGAAAAATATGTTTGCTTGCTTTGTAGTGAAAGCTTTGAAGATGGAATCATCTATCCTATAGACGGAACCTTGTACGAAGCAAAAAAAGCTGTTGTTTGTCACATCCAGCATGCGCATAGATCTGTATTTGATTATTACATTGATTTAGATAAAAAATACACTGGGTTGACGGATCACCAAAAAGAACTGCTACTACATTTTAAAGAGGGATTAAGTGATAAGGAAATTGTACAGAAACAAAATGGCGGCAGTGCCTCTACGGTTAGGAATCACCGATTTAAACTAAAAGAAAAGGAAAAGCAGGCAAAGGTTTTTCTTGCGATAATGACTTTATTGCATGAAAGTTCCAATCAAAAAAAGGAACAGCAATTTGTTTCTTTTCATAAGGGGGCAAAAATGGTGGATGACAGATATGCGATTACAGAAGCGGAGAAGGATAAGGTTTTATCAACGTATTTCAAAGAAGGCATAGATGGTAAATTAGATACATTTCCAAGTAAGGAAAAACGAAAATTGATTGTACTTCAAAATATAATGCGGCGCTTTGAGCTGAACAAAACATACATGGAAAAGGAAGTAAATGACATACTAAAATCGGTATACAGTGACTATGTGACAATTAGAAGATATCTCATTGAATATGGATTTATGGAGCGAAGTAAGGATTGTTTACAATATTGGGTAAAAAAATAA	MNNEERFWNATMEELIKGYVYDGMDEKYVCLLCSESFEDGIIYPIDGTLYEAKKAVVCHIQHAHRSVFDYYIDLDKKYTGLTDHQKELLLHFKEGLSDKEIVQKQNGGSASTVRNHRFKLKEKEKQAKVFLAIMTLLHESSNQKKEQQFVSFHKGAKMVDDRYAITEAEKDKVLSTYFKEGIDGKLDTFPSKEKRKLIVLQNIMRRFELNKTYMEKEVNDILKSVYSDYVTIRRYLIEYGFMERSKDCLQYWVKK				NA	NA	NA	NA	NA
AK148_04130	600			hypothetical protein	ATGGCGCCACCGAAAAAATTTACACGGGAAAAAATTATTGAAACGGCATTCGAGATAGCTAAAGCTGAAGGAATTGACGCCATTACAATTCGGAAAGTAGCGAAAAAGATGGGGAGTTCGATTGCTCCAATTTATGTTAATTTCACGGATGTCGAACAATTGATTCAAGAGGTCGTAGCCAAAACCTTGGAAGTATCAAGGCATTTTCTAAACGAACAACAATCAGGAGAGCCGTTCTTGGACATAGGAATCGCAAGTATTCGTTTCGCAAAGCAATATAGTGTACTGTTCAGAGATTTAGTTATGAAAAACAACGGTCATATGGTGCACAATGAAGATCACGTAAACATCTTGATTCAGCAAATGAAGAAAGACACGCTTCTTCAAGACTTTTCCTATGAGGAGCTAAAGCAAATTTTACTCAAAATGCAGATTTTTCAAACCGGTTTGTCGGTGATGGTAGCGAATGACTTGCTGCCTGACGACTTTAACGAGGAGAAAATGATAGAAATGCTCGACAGCACTGCAAAAGATGTCATTACCGCAGCGCGTTTGCGCCAAAGCAACCAAATGTCAGAGGGGGAAATTTACGATGAATAA	MAPPKKFTREKIIETAFEIAKAEGIDAITIRKVAKKMGSSIAPIYVNFTDVEQLIQEVVAKTLEVSRHFLNEQQSGEPFLDIGIASIRFAKQYSVLFRDLVMKNNGHMVHNEDHVNILIQQMKKDTLLQDFSYEELKQILLKMQIFQTGLSVMVANDLLPDDFNEEKMIEMLDSTAKDVITAARLRQSNQMSEGEIYDE				NA	NA	NA	NA	NA
AK148_04131	1029			D-alanyl-D-alanine carboxypeptidase	ATGAATAATAAGTTGACACAATCGATTCTTGATGCGTACATGTCCAAAGCCATTACTAGAAAAAACATCCACGGTATCGTGTTTTGCGTAGAAAATGGAAGTGGTACAATGTCTTTCACCAGTAGTGCTGGAAACATCCAGCCTTCTGATTTCTATTTTCTTGCAAGCGTTACGAAATTGTATGTTACTGCGATCATGCTGATATTAAGATCACAAAAACATTTTCAGCTAGAAGATAACATAAGCAAGTACCTCCCCGCTGATATAACAAGCGAGCTACATGTTTATAAAGGAATCGATTACACGCAAACCATTACGATTAAACATCTCATGTCCAATACAAGTGGATTGCCCGATTACTTCTCGAATGATGTTTTTAATGAATTTCTTAGCGGTAAAGATCAAGCATGGTCATTAGAGAAGACACTTACTATGATTAAACAAAAGAAGCCAGCATTTATACCGGGACAAAAAAGAAAAGCACAATACTCCGACACCAATTACCAGTTATTAGGCATCGTCATCGAAACAGTAACAGGAAAAAGCGTCAACGATGTGTTTAAACAGCTTATCTTTGACGAATTAGGGTTAAAGGAAACGTATGTATTCGAAGATGTGAACGACTCGCGTCCAATTCCGCTCTACTATAAATCGAAATCACTCCATCTGCCCTACTATATGGCATCAATTGCTTCGGAAGGAGGAATCGTCACCACAGCGAAAGACACAATGATTTTTTTAAAAGCTTTTTTCAACGAGCAATTTTTCTCAAGACAGGAGTTATCCGAGCTACAAAAAAACTGGAATCTTCTCTTTTTACCCGGCATCTTTTACTATGGAACCGGAATATCCCGGCAACCATTGTCATTAAAAGGGCTAAAAAAGGGATTGCTGGGACATTGGGGGCAATCGGGAGCTTTTGCATTCCATGATCCCGAAAAAGATCTTTATTTTACAGGCACGGTTAATCAAGTTACGGGACATAGTGTAGCTGCGCGGTTAATGAGCAAAATTAAAAAGTTAGCCTAG	MNNKLTQSILDAYMSKAITRKNIHGIVFCVENGSGTMSFTSSAGNIQPSDFYFLASVTKLYVTAIMLILRSQKHFQLEDNISKYLPADITSELHVYKGIDYTQTITIKHLMSNTSGLPDYFSNDVFNEFLSGKDQAWSLEKTLTMIKQKKPAFIPGQKRKAQYSDTNYQLLGIVIETVTGKSVNDVFKQLIFDELGLKETYVFEDVNDSRPIPLYYKSKSLHLPYYMASIASEGGIVTTAKDTMIFLKAFFNEQFFSRQELSELQKNWNLLFLPGIFYYGTGISRQPLSLKGLKKGLLGHWGQSGAFAFHDPEKDLYFTGTVNQVTGHSVAARLMSKIKKLA				NA	NA	NA	NA	NA
AK148_04132	300			hypothetical protein	TTGAAAGAATGGGAAGAGTGGTGGGAAAATTACTTAATTAGACGAAAGCAAAAGGAAGCATTGAGAACACACATAAGAGATGTATTGCAAAAAAAAGCAAAAGCATATAAAACAACCTTTGATGAATGCTTTTATGATGAGTCACTTTATGAAAAGCATTCCCAAGTGAAAAATGCCTTAGCTCAACAATTTGACGGTAAGGCAAACAGAGCTCTAGTAGAACGCCTTGAAATGAATGCTTTAAGGATATCAAGCATGAACGTTAAACGTAATATTGCTTATGAAAGTATTCAGTTGTAA	MKEWEEWWENYLIRRKQKEALRTHIRDVLQKKAKAYKTTFDECFYDESLYEKHSQVKNALAQQFDGKANRALVERLEMNALRISSMNVKRNIAYESIQL				NA	NA	NA	NA	NA
AK148_04133	219			hypothetical protein	TTGACCATTGCAGATGTAGAGGATGCGTTTCACGAAGTAGTAAAGATGGAAGACGGCATTCCCATGTTGCTTGATTTGGATGAATTTGAAGATTTATTGGCTACTTTAAAAGAACTGCAAAAGGATACAGGGGAAATAGCCCATCATATGGAAAAGATGGCTCGAGATTTTGAACGTATAGACCAAATTCTTGCCCAATGGTTTGGAATTAAAAACTAA	MTIADVEDAFHEVVKMEDGIPMLLDLDEFEDLLATLKELQKDTGEIAHHMEKMARDFERIDQILAQWFGIKN				NA	NA	NA	NA	NA
AK148_04134	1125	abo		4-methylaminobutanoate oxidase (formaldehyde-forming)	TTGAAAAAACAAGTGGATATGATCATTGTCGGTGGTGGAGTAATTGGTTCAAGCATTGCCTATCATCTCTTACAGGATGGATTTGAAGGTGAGGTTACTATTTTTGAAAAAGACAACACGTATGCATTTGCTTCCACACCTAGAAGTGCAGGCGGCTTTAGACAACTGTTTACTACAAGCGTCAATATTCAGCTGAGCCGATACGGACTACAAAAATACAAAACATTTCCGGAAGATATGGCTGTGGATGGGGGGTTAGCTAATATAGACTTTAAGCAGCGAGGGTATTTATTTTTGGCTAACAAGGAAAACATAGAATCATTTAGGAAGCAGCACCAATTACAACGGAAACATGGCGTCCCTGCTGAGTTACTTATGAAGGAAGAATTGTGCTCCATTATCCCTGAGTTACATACGGATGATTTGCGAGGCGGACTTTATTGTAGTGAGGACGGTTATTTGGACCCGTATTCTGTAATGCAAGGATACGTACGAAAAGCAAAGCAACTCGGAGGAAGGTATGTATATGAGGAAGTTGATACGATTATCAAAGAAAGGGGTAGGGTGCGGGGAGTCAAATTAAAAAACGGTGATATTTACACAGCGCCAATCGTTGTCAATTGCGCCGGTCCCTGGGCGGCAGAATTAAGTGAAAAAACTGGTATGCCCTTACCAATTGTCCCTTTGAAACGGCAAATTATTCAATTCAACATCGCCGATCCGCTTAAAAAAGAGTTGCCGCTTACCATTGATCCAAGTGGTGTCTATTTTCGCCATGAAGGTAGTTCTTTAATTACAGGTTATTCAGAAAAAGTGAGGCCTGGCATTGAATTTAGTTGGCAGCGGTCATTTTTTGAACAACAGCTATGGCCAGTGCTAGCGAAAAGAATAGCCAACTTTGAACGCGCTAAAATCAAACGTGGATGGGCTGGTCTATATAGCCATAATATAAAAGATCAGAACGCTATCATTGGTGAACATCCACAGCTCAATGGATATTACATGGCATGTGGATTTAGTGGTCATGGTATGCAGCAAGCACCAGGAGTTGGAAAAGGCTTATCCGAGTTAATTCGCACTGGAAAATATGAAACGTTAGATTTAATTTACAAATGCGTGGTCTAA	MKKQVDMIIVGGGVIGSSIAYHLLQDGFEGEVTIFEKDNTYAFASTPRSAGGFRQLFTTSVNIQLSRYGLQKYKTFPEDMAVDGGLANIDFKQRGYLFLANKENIESFRKQHQLQRKHGVPAELLMKEELCSIIPELHTDDLRGGLYCSEDGYLDPYSVMQGYVRKAKQLGGRYVYEEVDTIIKERGRVRGVKLKNGDIYTAPIVVNCAGPWAAELSEKTGMPLPIVPLKRQIIQFNIADPLKKELPLTIDPSGVYFRHEGSSLITGYSEKVRPGIEFSWQRSFFEQQLWPVLAKRIANFERAKIKRGWAGLYSHNIKDQNAIIGEHPQLNGYYMACGFSGHGMQQAPGVGKGLSELIRTGKYETLDLIYKCVV				NA	NA	NA	NA	NA
AK148_04135	1014			hypothetical protein	ATGGAGAATAATTACAATCATATAAGATTAACATCTGCTGAAATGGGGAAACTTTGGGTAACTTATACAGGGAATACGATGGCCAAGTGCGTTCTTCGTTATTATCTTCAACATATCGATGATAAAGACATCAAAAAAGTTGTGAAAAATGCCTTCAATTTAAGTGAGAAGCTTGTGAATAAAATTAAAGATATATTTATTCAAGAAGATTTTCCTATACCTATAGGATTTACGAATCAAGATGTGAATTTAGGTGCTCCTAGGTTGTTTTCGGATGAATTTTATCTTCATTACTTGAAATACACTAGTAAAGCTGGAATGAGTATTTATTCGATTGCAATCTCTATAGTGACAAGAGAAGATATAAGGGATTTTTTTATTAAAACGTTTAACTCCGCAGTAAATTTATTAAATGAGGTTAATAAGATATTAATCGCAAAAGGATATTATATAAAGTCTCCACAAATTCCAACACCAGACAAAGTTGATTTTATAAAAAAACAAAATTATTTAAATGGCTTTTTTGGAGATATAAGATCACTTCATGCATTAGAGATTTCACATCTTCACGATAATATTGAAAATAATGTCACAAGTAAATGTTTATTAATTGGTTTTAGTCAAGTATCCCAAACGGAGAAAGTTAAAAAGTTCTTTTTAAGAGGAAAGGAACTTACTAATAAACATATAGAGGCCAGTACACAACAACTACACAAAGATAACTTGCCATCGCTTCCGTTATTGGACGATCTGGTAAGTACTTCTACTTTTGCGCCTTTTTCGGATAAATTAATGTTGTGGCATAAAATAGATATGTTTTCCATGAAAATAAGATCGTATGCAAATGCTATTTCACTTAATGGGAGGCGTGATCTTGGGGCGATGTATGTTCGGCTTCTAAAGGATATTGGGCTATATGTAGAGGACGGTACAAATATCATGATTAAATATGGGTGGATGGAGCAACCGCCAGAAGCAGTTGATCGTAAAGATCTTGCGACGAATAAGGAGTAA	MENNYNHIRLTSAEMGKLWVTYTGNTMAKCVLRYYLQHIDDKDIKKVVKNAFNLSEKLVNKIKDIFIQEDFPIPIGFTNQDVNLGAPRLFSDEFYLHYLKYTSKAGMSIYSIAISIVTREDIRDFFIKTFNSAVNLLNEVNKILIAKGYYIKSPQIPTPDKVDFIKKQNYLNGFFGDIRSLHALEISHLHDNIENNVTSKCLLIGFSQVSQTEKVKKFFLRGKELTNKHIEASTQQLHKDNLPSLPLLDDLVSTSTFAPFSDKLMLWHKIDMFSMKIRSYANAISLNGRRDLGAMYVRLLKDIGLYVEDGTNIMIKYGWMEQPPEAVDRKDLATNKE				NA	NA	NA	NA	NA
AK148_04136	609			hypothetical protein	ATGAGAAGAACTATTATTAGTTTCTTAATTCTTTTTATATTAAGCGCATGTTGGCAAAGAGAAAATATTGATGTCACAGAAGATGATGAAATTCTTAATACGGAGGACGTAGAGGTTCCCAGTGAAATTTTTACTTCTGAAAAACAAAATAATGAAATTGGCGAACAAGAAATAAAATCAAGTATAAAAACATATCTAGACAGCGATGAAGATTTAGATAAAGCTAGTTTCTCTTTTCAAGTTATGATGGATGAAGGAAAAGAGTTAAATGAAAATGAATTAGAGAAGTTATCTAAAATTATAGAGCTAACAAAAGAAAATGATAAGAATTTTTCAAACTATATCTCAAATAATACTTTGCCTGAAGGTTACCAAGGAGAGTCTGAAAGAATTAGCCAGTACATTAGAACGTACAATGCACTTCTTTATGAGATAGATGGAATGTATAATAATCTTATGAATAACGCAAGTGAAGGTGAGTTTCCAGAAATAAACATTACATCAATAATGAATAAAGCTGATGTGGTGAATGGAAGAGAACAAAAAGAAATAGAAGAGTTTCTTGATAGAAAAAATATTAAAACAAAAGCATTTGGACGGGGGAATTAA	MRRTIISFLILFILSACWQRENIDVTEDDEILNTEDVEVPSEIFTSEKQNNEIGEQEIKSSIKTYLDSDEDLDKASFSFQVMMDEGKELNENELEKLSKIIELTKENDKNFSNYISNNTLPEGYQGESERISQYIRTYNALLYEIDGMYNNLMNNASEGEFPEINITSIMNKADVVNGREQKEIEEFLDRKNIKTKAFGRGN				NA	NA	NA	NA	NA
AK148_04137	150			hypothetical protein	ATGCATTTTGCTGATGGAAGACAGGAAAGCAAAAATGAAGAGGATATATCTAAAGAATTAGGGAATTCTCAAGAAATAGCTAAAGAAACAAAAGCTGTTTATGCTATTAATAAGGTTGAAAATAATAAAAGCCTTAAAATTATTTATTAA	MHFADGRQESKNEEDISKELGNSQEIAKETKAVYAINKVENNKSLKIIY				NA	NA	NA	NA	NA
AK148_04138	450			hypothetical protein	ATGGACAGACCTCATTATTTGATGATGATTCAACTTTTACCGATTCTGAGCAGACAGAAGAACAAAGCCAACAGACGATTTCTTATACTGTTGTACGAAAGGTTCAAAAAAAAACGAAATGAATCATTACGTGCTGATGTCGAGGTAGAAGTGATCCACCATCATCCAAAAAATACAAACTGCACATGTTGCAATCGTCAAATGGTTGAGATTGGTGGCACCATGGTGCGTGAAGAAGCAACCTTTATTCCTGCGAAAATGAGGAAAGTGCAACACGTGGAACATGCCTATGAATGTAAAAACTGTAAAGGTGATGCATTCCAGCCAGCGCAAATTGAACGTGGCAAAGCACCGCAACCAGTCATTCAGCGAAGTATCGCTAGTCCCAGCGTTCTAGCCAAAGTCATCTATGATAAATTCATGCAATACGTACCCCTTTACCGGCAGTAA	MDRPHYLMMIQLLPILSRQKNKANRRFLILLYERFKKKRNESLRADVEVEVIHHHPKNTNCTCCNRQMVEIGGTMVREEATFIPAKMRKVQHVEHAYECKNCKGDAFQPAQIERGKAPQPVIQRSIASPSVLAKVIYDKFMQYVPLYRQ	PGPT0030625_1315	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030625-tnpB-K07484	NA	NA
AK148_04139	534			hypothetical protein	ATGCCCTGTGATTGTTATGTGTATTTTATTTTACGCTTACAATCCAAAAGAATAAAGGATTATAATATATTAGGAAGCGCAGTTCATAACTTAGGCTATATTAACAAGAAAATTTACCAGTATAGTACAGCAAGAGACTACTTTTTAGAAGCAATACAATACTATAACGAATCAAGTAACAACATGCTTAATTCAATATTGGAACTATCCCAAACTCTAGTGAAACTTGGAGGGGATCAAGAAGCAAGAAAATATGCAAAAAAAGGAATAGAAATAGCCCACAAAAGTAACCATTCAATGATTTATTTGATTCAATTAAAATTGCTTTGTTTAGATTTGGAAGATGACCCTCATCGAATAATTAAATATATACATGAGACAGCTATTCCTTATTATAAAAATAGTAAAAATGATGCCTTATTGATTGAAGTATATGAAAAATTGGGATCTATTTATGAGGGATTAAACTTATATAAAAACAGTAGTAAATTTTACTCACTAGCATTAAAGAAAAGCAGGAGTATAAACTCTTAA	MPCDCYVYFILRLQSKRIKDYNILGSAVHNLGYINKKIYQYSTARDYFLEAIQYYNESSNNMLNSILELSQTLVKLGGDQEARKYAKKGIEIAHKSNHSMIYLIQLKLLCLDLEDDPHRIIKYIHETAIPYYKNSKNDALLIEVYEKLGSIYEGLNLYKNSSKFYSLALKKSRSINS				NA	NA	NA	NA	NA
AK148_04140	1203			hypothetical protein	ATGAGAAAAACACGAAATCTACTAATTTCAGGGATTAGTATTGCTTTATTAAGTCTTCCTATGGTTGCACATGGGGAAGAGACAGCTACTGCTAGCTTACACCAAGAACGTGAACTTAGCCTACAGCCGTTAAAAGATAGTATGAAACGATTTGTACATACCTCAGACTATACATTTGAATATCCAGATGCGGTGCGTGGTATTTATGTGACTGGAAATTCAGCGGGAGGAAGCAGGTTCAACAATCTTGTTGATTTTGTTGATCAGACGGAATTGAATTCAATGGTCATTGATGTAAAAGAAGATAATGGCAATTTAACATTCACTCCTAAAGAAGGTTCTCCTTATGAAGATATGGCTTCAAATATGATACAGAATCCTGAGAAAATGATGGAAACTCTGGAAGAAAAAGAAATCTATCCGATTGCTAGAGTGGTAGTTTTTAAAGACTCCGTTCTAGCTAAAAAACGTCCTGACCTGTCATTTAAAAAGAATGGACAAGTGTGGGTTAATAATAAAGGGGAAGCGTTTGTTAATCCGTTTCAAAAGGAAGTATGGGAATACAATGTAGAAGTGGCTAAGATGGCTGCGCAGATGGGATTTCAAGAAATTCAATTTGATTATGTTCGTTTTCCGGAAGGATTTGAAACGAGAGACAAAGAATTGGATTATAGTTTAGGTGATTATAAGGACAGTGAAATGGACGATGTGCAAAAGCGTGTTCAAGCAGTTACTGATTTCGTAGAATATGCGCGAAATGAACTATCAAACTACGATGTTGATGTTTCTGTAGATATCTTTGGTTATGCAGCTACAATAGAAGAAGCGCCTGGAATTGGACAGAACTTTTCTAAAATATCAGAGAACGTAGATATTATTTCATCCATGATTTATCCTAGTCATTGGACATCTTATTTCGGTATTGAAAAACCAGATACCGAGCCTTATAAATTAGTGGATGAGTATGCGAAGGTGGAAAATAAAGTATTAGGTGCTTTAGAAGAACCGCCAGTTTCAAGACCTTGGCTTCAAGATTTTGAAGCACCTTGGTTGTATTCTGGAGCAACGAAGCAATACGGCAAAGCCGAAGTAGAAGCGCAGATTAAGGCGTTGTATGAAAATGGAATAAATGAGTTCTTGCTTTGGAATGCTGGTAACACGTATTCAGAAAATGTTGATTACACAATTGGATTAGACGAATAA	MRKTRNLLISGISIALLSLPMVAHGEETATASLHQERELSLQPLKDSMKRFVHTSDYTFEYPDAVRGIYVTGNSAGGSRFNNLVDFVDQTELNSMVIDVKEDNGNLTFTPKEGSPYEDMASNMIQNPEKMMETLEEKEIYPIARVVVFKDSVLAKKRPDLSFKKNGQVWVNNKGEAFVNPFQKEVWEYNVEVAKMAAQMGFQEIQFDYVRFPEGFETRDKELDYSLGDYKDSEMDDVQKRVQAVTDFVEYARNELSNYDVDVSVDIFGYAATIEEAPGIGQNFSKISENVDIISSMIYPSHWTSYFGIEKPDTEPYKLVDEYAKVENKVLGALEEPPVSRPWLQDFEAPWLYSGATKQYGKAEVEAQIKALYENGINEFLLWNAGNTYSENVDYTIGLDE				NA	NA	NA	NA	NA
AK148_04141	1050	selD	COG0709	Selenide, water dikinase	ATGACGAAGAACAATGTAAAACTAACAACGCTCACCACAAAAGGAGGATGCGGTTGTAAAATTGGCCCCGCTGATTTAGCTGACATTATAAAACAACTCCCTTCGCCCACTCCAAACCCAAACGTCCTTGTCGGTTTAGATACAAGCGATGATGCTGGAGTATACCAAATTAATGAGGATACAGCTATTGTGCAAACGTTAGATTTCTTTACACCAATTGTAGATGATCCATATTCATTTGGACAAATTGCTGCAGCTAACGCCATTAGTGATATTTATGCTATGGGCGGTACACCAATAACAGCATTGAACATCGTTGCTTTCCCAGTCCACACCTTAGATAAGGAAATTTTAGCCGATATACTACGTGGTGCTGGTGATAAATTGACTGAAGCGGGCGTTGCATTAGTAGGCGGACATTCCATTGATGACAAAGAACCAAAGTTTGGACTTGCCGTCACCGGAATTATACACCCTGCAAAAGTGCGGACAAACAGTGGAGTGAAACCGAATGATAAGCTAATTCTGACAAAACCGATTGGTGTAGGTGTACTAACAACATCAATTAAACGCAATTTACTTACAGATACAGAGATTGAACATGTTACGAAGGTAATGGCTACATTAAATAAAGCAGCTGCTCATATTATGCAAAGGTATGAAGTACACGCCTGTACAGACGTCACAGGTTTTGGGTTGTTAGGCCATGCATCCGAAATGGCCATAGGTAGTGAAATCAGTCTTACTATATACGACCATAAAGTCCCTAAACTACCTAGGGTTAAAGAGCTAGCAGAATTAGGTGCTATTCCTGGTGGTACAAAGAATAATTTTCAACACGTACAAGGAAAAGTCTCTTTTTCAAGTAGCATGGATCAGATAGACCAGTGGATTTTATGTGATGCGGTTACTTCAGGTGGTCTGTTAATGGCCGTAAAGGATAAAGAAGCTGCTCAACTTCTATCTGAACTACAAGCTGAAGGTATACATGCCGCAATTATTGGCGAGGCTACGGAAGATACGAAAGCACATATTTACGTACAGGAGTAA	MTKNNVKLTTLTTKGGCGCKIGPADLADIIKQLPSPTPNPNVLVGLDTSDDAGVYQINEDTAIVQTLDFFTPIVDDPYSFGQIAAANAISDIYAMGGTPITALNIVAFPVHTLDKEILADILRGAGDKLTEAGVALVGGHSIDDKEPKFGLAVTGIIHPAKVRTNSGVKPNDKLILTKPIGVGVLTTSIKRNLLTDTEIEHVTKVMATLNKAAAHIMQRYEVHACTDVTGFGLLGHASEMAIGSEISLTIYDHKVPKLPRVKELAELGAIPGGTKNNFQHVQGKVSFSSSMDQIDQWILCDAVTSGGLLMAVKDKEAAQLLSELQAEGIHAAIIGEATEDTKAHIYVQE	PGPT0004820_979	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_SELENIUM_RESISTANCE	SELENIUM_RESISTANCE-SELENIUM_HOMEOSTASIS,PGPT0004820-selD-K01008	NA	NA
AK148_04142	1041	selU	COG2603	tRNA 2-selenouridine synthase	TTGCAAAATATTACTATTGAAGCACTTAGGTCAATGAAGGAAAAAAAGAAACTTACGCTTATTGATGTAAGATCTCCTTCTGAATTTAACACCGCCACGATTCCAAACAGTATCAATATTCCCTTTTTTAATGATGAAGAAAGAGCAGAAGTAGGTACATTGTACAAACAAAAAAGCCCTGAAATAGCTAAAGAGCATGGCTTAAAAATAATGTCTGAAAAACTACCTCATTTTGTGAAAAGTTTTTCAAATACAGATGGAGAAAAGATTGTATTCTGTTGGCGCGGTGGCATGCGGAGTAAAACAACAGCTACTGTTTTAGACTTAATGGGGATTAGCGTTTATCGGTTAGATGGAGGCTATCGCAGTTATCGCAACTGGGTTGTGAACACGTTAGAACATTTAAATTGGGATACGAAAGCACTCGTACTAAACGGTCATACTGGATCAGGAAAAACAACCATACTTAGAAGATTAGCAAAACTAAATTACCCTGTTATTGATTTAGAAGGAATGGCTAATCACCGTGGTTCCATATTTGGTCAAATTGGCTTACAACCACATAACCAAAAAACATTTGATGCGTTGCTCATCGAACAAATAGAAAGCATAAAACAAACGCCATTTATGCTTATTGAAGGTGAAAGTAAGCGAGTAGGTAGAGTGATTTTACCAAACTTTCTCTTAAAAAAGAAGACGGAGGGCACGCAATTTATCATTGAACTTCCCATTGAAGAACGAACCGCAGAAATTATAAAAGAATACGAACCTTGGAAGTATAAAGAATCTTGTTTAGAAGCATTTAAACGTATCAAAAAGCGCATTCATACACCTATTGCTAAACAAATTGAAACGGAATTAAACGCAGGACACTACGAATTAGCAGTCATGCTATTGCTCAAATATTATTATGATCCTTTATACGACTATACGACGAAACAAATACCCGATAATAAAAAAATAAGAATTAAAGCGAAAAATATATCCGAAGCCTATCACTTATTAAAGGAGCAAATAGATAACAGCTTTTATGCCAAATAA	MQNITIEALRSMKEKKKLTLIDVRSPSEFNTATIPNSINIPFFNDEERAEVGTLYKQKSPEIAKEHGLKIMSEKLPHFVKSFSNTDGEKIVFCWRGGMRSKTTATVLDLMGISVYRLDGGYRSYRNWVVNTLEHLNWDTKALVLNGHTGSGKTTILRRLAKLNYPVIDLEGMANHRGSIFGQIGLQPHNQKTFDALLIEQIESIKQTPFMLIEGESKRVGRVILPNFLLKKKTEGTQFIIELPIEERTAEIIKEYEPWKYKESCLEAFKRIKKRIHTPIAKQIETELNAGHYELAVMLLLKYYYDPLYDYTTKQIPDNKKIRIKAKNISEAYHLLKEQIDNSFYAK	PGPT0004830_1073	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_SELENIUM_RESISTANCE	SELENIUM_RESISTANCE-SELENIUM_HOMEOSTASIS,PGPT0004830-selU|mnmH-K06917	NA	NA
AK148_04144	999	trpS	COG0180	Tryptophan--tRNA ligase	ATGACAACAATTTTTTCAGGAATTCAACCAAGTGGTACGTTAACTTTAGGAAATTACCTCGGTGCATTAAAACATTTTACGGAACTTCAAGATGACCATACATGCTATTTTTGTATTGTGGATGAACATGCGATTACTGTTCCGCAAGATCGATTAAAACTTCGAAATAACATCCGTTCGCTTGCAGCCTTATATTTAGCAGCCGGTATTGATCCAGAAAAATCAACGCTATTTATCCAATCGGAAGTCCCTGCACATACGCAATTAGGATGGATGCTACAATCCATTAGTTATATGGGTGAGTTAGAACGAATGACCCAATATAAAGATAAATCTGCAGATAGAGAAGCTGCTATTCCGTCAAACTTACTCACCTATCCTGCCTTAATGGCGGCTGATATTTTACTATATCAAACCGATCTCGTTCCTGTGGGAGAAGATCAGAAACAACATTTAGAATTAACGAGAAATTTAGCACAACGATTCAACAATCGATATAACGATATCTTTACTGTACCAGAGGTAAGTATACCTAAGGTTGGTGCACGTATTATGTCATTGCAAAACCCTTTAAAGAAAATGAGTAAGTCCGATGAGAATGAAAAAGGGTTTATTTCTATGCTTGATGAACCAAAAAAAATCGAAAAGAAAATTAAGAGTGCTGTCACTGATTCTGAAGGAATCGTAAAATACGATAAAGAAAACAAACCAGGTGTATCTAACCTATTATCTATTCATTCCATCTGCTCTGGTGAATCTATTGCATCCCTTGAACAAAAATATGCGCACAAAGGTTATGGAGAATTTAAGCAAGGAACAGCTAATGCTATCATTGAGGTGCTAAAACCAATTCAAGACAACTATTATTCACTCTTGGATTCTGAACAATTAGATTCAATTTTAGATGTTGGTGCCGAAAAAGCTGCCCTCACCGCAAATCGAACAGTGGCAAAAGCCAAAAAAGCAATGGGCTTAGGAAGAGTAAAAAAGAAAAAATAA	MTTIFSGIQPSGTLTLGNYLGALKHFTELQDDHTCYFCIVDEHAITVPQDRLKLRNNIRSLAALYLAAGIDPEKSTLFIQSEVPAHTQLGWMLQSISYMGELERMTQYKDKSADREAAIPSNLLTYPALMAADILLYQTDLVPVGEDQKQHLELTRNLAQRFNNRYNDIFTVPEVSIPKVGARIMSLQNPLKKMSKSDENEKGFISMLDEPKKIEKKIKSAVTDSEGIVKYDKENKPGVSNLLSIHSICSGESIASLEQKYAHKGYGEFKQGTANAIIEVLKPIQDNYYSLLDSEQLDSILDVGAEKAALTANRTVAKAKKAMGLGRVKKKK	PGPT0007120_5395	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
AK148_04145	756			hypothetical protein	ATGCTATATATGCATGATGTTTGGGTGAATTGGTTTGAAGGAGAAGAGAATGGTTATAATGTATGTTATTTTCATGAGTGGCGTAAAGATGATGGTATTGAATTATTAGATCAAATACCATTATTATACATAACGAAAGAACTGTTCTCTTATATTGAAAATGATATGCAGGAAATCCCAAAACCGCTTTTAGACGCTATCTATAAACGTGCTTATATGCGCAAAGGGCATGATAGAACAGTTCTAGAATATGCTAGCATTATAACAGATGGCAAGGAAATCCTTATCTTTGACACTATTGGTTATCGGATCCCAGTTCGAAAAAGCAGATTAATTCCAAGGCAAGAACAGCTCGTCTACGATATGATAAAAAATGCCAAAGTGCAATCGTTTAAATATGACGGGAACAATTATAAAAAAGAATACCATATGCTTTCTATGCCACCAGAACTCATTTTTGGATTAACTAGAAGAGAGCGTCAACTAAAACAATTAATGATGATGGGGCTAGATCAGTTATGGACGACAAATAATTTGGAAGAGTTACGTTACTGGTTAACAGAATGGAATCCAAAACGTTATCCATATATTCGTTTTATGGATGAGAAAGCAGTTTGGACTGCCCTATATGAAGGTGTGAAAAAAGGTTGGAGTGATCGGCATGAGGATTTCTGTCACAAACTTATTAAAGGACAGCCTTTTTTGGAAAAAATGTGGGAAATAGAAAATGGGCAAGAACAAAATGCTTCGAAATAA	MLYMHDVWVNWFEGEENGYNVCYFHEWRKDDGIELLDQIPLLYITKELFSYIENDMQEIPKPLLDAIYKRAYMRKGHDRTVLEYASIITDGKEILIFDTIGYRIPVRKSRLIPRQEQLVYDMIKNAKVQSFKYDGNNYKKEYHMLSMPPELIFGLTRRERQLKQLMMMGLDQLWTTNNLEELRYWLTEWNPKRYPYIRFMDEKAVWTALYEGVKKGWSDRHEDFCHKLIKGQPFLEKMWEIENGQEQNASK				NA	NA	NA	NA	NA
AK148_04146	204			hypothetical protein	ATGGGCTACGTGTTTTTATTTTTAATGGGCTTTGGTTTTTCTATTATGGGTGGTGTCACCATTATTGCATATATGAATTTTCTTCCAGCTGGTCTATCATGGGGGGAGTATATGAGTTTTATAGCTAGCAGAGTAGAATGTTATTTTCTTCCAGTTGGACTAATTATCATGCATATTGCTTTAAAACGTTACCCAAACAGTTAG	MGYVFLFLMGFGFSIMGGVTIIAYMNFLPAGLSWGEYMSFIASRVECYFLPVGLIIMHIALKRYPNS				NA	NA	NA	NA	NA
AK148_04148	1137	opuCA	COG1125	Glycine betaine/carnitine/choline transport ATP-binding protein OpuCA	TTGCTTCGATTAGAACATGTATCAAAAATATTTGAAGACGGGACAAAAGCAGTCGATGATATTAACTTAGAAATAGGTAGTGGAGAGTTTGTTGTTTTTATTGGCCCAAGCGGTTGTGGGAAAACAACCACCATGAAGATGATTAATCGCTTAATTGAAACGACAGAAGGTAACATTTTTATTGAACAAGAAAATATTAAGGACAAAGACGTCGTGGAACTAAGACGTTCGATCGGCTATGTGATACAACAAATTGGCTTATTTCCTCATATGACGATCGCAGAAAATATTTCACTTGTTCCCAAATTACTTCACTGGCCGGAGGATAAGCGTCGTGCACGTGCAGAAGAATTACTACAGCTCGTAAATATGGATCAAGCTTACTTAGATAAATATCCAAACGAACTAAGTGGTGGGCAACAACAACGAATCGGTGTCCTACGTGCTCTCGCCGCTGACCCACCACTTATTTTAATGGACGAACCGTTTGGAGCACTCGATCCAATCACTCGTGATAGTTTACAAGAAGAATTTAAAAAGCTACAACAATCGTTAGGAAAAACAATTGTATTTGTTACGCATGATATGGATGAAGCTATCAAACTAGCAGATCGTATCGTCATTATGCGCCAAGGAAAGATTGTTCAAGTAGGAGCACCAGAAGAAATTCTTAGTCAGCCAGCGAATGCGTTCGTCGAAGAATTCATTGGAAAACACCGCCTCATTGAATCTAGACCAACATTACAGACCGTACAACAAATTATGAACGAAAACCCAATTTCCATTAATGAAGAACAAACCATCTCTGAAGCCATTCGTCACATGAAAGATCATAAAGTGGACTCTTTACTCGTCATCGATGAAAAACATGTACTGCAAGGGATGATTGACATCGAAATGATTGAACAAAACAGAAAAAAACAAGGAAATGTGAAAGATATCATGGAAACGTCCATCTATAAGGTAGAACAACATGCGCTTTTACGTGATACAGTTCACAAAATTTTACGTAATGGTTTCCGCTACGTACCTGTTGTCGATAAAGAAAACAAGCTAATTGGCATTGTAACGCGCGCCAGCTTAGCGAATATTGTCTATGATTCCATCTGGGGAAACAACGAAAGCATTTCTGTGTAA	MLRLEHVSKIFEDGTKAVDDINLEIGSGEFVVFIGPSGCGKTTTMKMINRLIETTEGNIFIEQENIKDKDVVELRRSIGYVIQQIGLFPHMTIAENISLVPKLLHWPEDKRRARAEELLQLVNMDQAYLDKYPNELSGGQQQRIGVLRALAADPPLILMDEPFGALDPITRDSLQEEFKKLQQSLGKTIVFVTHDMDEAIKLADRIVIMRQGKIVQVGAPEEILSQPANAFVEEFIGKHRLIESRPTLQTVQQIMNENPISINEEQTISEAIRHMKDHKVDSLLVIDEKHVLQGMIDIEMIEQNRKKQGNVKDIMETSIYKVEQHALLRDTVHKILRNGFRYVPVVDKENKLIGIVTRASLANIVYDSIWGNNESISV	PGPT0013585_959	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013585-opuA|osmV|yehX-K05847	NA	NA
AK148_04149	654	opuCB	COG1174	Glycine betaine/carnitine/choline transport system permease protein OpuCB	GTGGAGACAATGCAAACATTTTTTTCGGAATACGGAAACCAATTGCTATTTAAAACGTGGGAACATCTATATATCTCACTCATCTCGATAACTTTAGGAATCTTCGTTGCTGTTCCACTAGGAGTGGCCTTAACACGTATTCCTAAAGTGGCGGACAAAATCATGTCCCTCGTAGGTATTATCCAAACATTCCCAACCTTAGCGATATTAGCCTTCTTTATCCCTCTTTTAGGAATAGGGAAAGTGCCTGCTATCGTTGCCTTATTTTTCTACTCTCTGCTCCCTATTCTGCGTAATACGTATACAGGTGTATATAATGTAAGTGACAACATTATTGAAGCCGGTAGAGGGATGGGCATGACAAACTGGGAACGAATACGCATGGTGGAATTACCACTAGCAGTCCCTGTAATCATGGCAGGCATTCGCATATCTACCGTCTACTTAATCGGTTGGGCAACGCTCGCCTCTTATATTGGTGCAGGAGGTTTAGGCGACTTTATTTTTGATGGTCTGAATTTATTTAAAACCGAATTCATTTTGGCAGGAGCGATTCCGACGACATTGCTCGCTTTAATGATTGATTATGTGTTAGGTCGACTAGAAACACGTCTAACCCCTACAGGACTTAGAAATCCATCGGAAGCTGCATAG	METMQTFFSEYGNQLLFKTWEHLYISLISITLGIFVAVPLGVALTRIPKVADKIMSLVGIIQTFPTLAILAFFIPLLGIGKVPAIVALFFYSLLPILRNTYTGVYNVSDNIIEAGRGMGMTNWERIRMVELPLAVPVIMAGIRISTVYLIGWATLASYIGAGGLGDFIFDGLNLFKTEFILAGAIPTTLLALMIDYVLGRLETRLTPTGLRNPSEAA	PGPT0013581_93	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013581-opuCB|yvbD-NA	NA	NA
AK148_04150	918	opuCC	COG1732	Glycine betaine/carnitine/choline-binding protein OpuCC	TTGTTGCATGTTAGAAAGATACTCATCATCCTGACGATCATCTTACTATTACTAAGCGGTTGCTCGTTACCTGGTCTAAGCGGCTCTTCCAAAGATACATTAAAAATTGGCACCTTAAACACGTCTGAATCGATGACTGTTGGATACATTATTAAGCAATTAATTGAACATAAAACCGATTATCATGCAGAGATTATTGGAAATATGGGTTCATCTATTGTCCAGCACCAAGCACTTGAACAAGGAGAAGTCGATATAACAGGAACGAGGTATACAGGTACTGATTTACCTGGGGCTTTACAAATGGAACTGATTACCGATCCAGATAAAGCTTTGAAAGTAGTACAAAGGGAGTTTAAGGAACGCTTTGATCAAACTTGGTTCAATCCTTATGGTTTTGAAAACTCCTATGCATTTACCGTTACAAGTGAGCTAGCTAAAGAAAAAAGTTTAGAAAAAGTTTCGGACGTTGAACCGTACGCTGCTGATTTACGTCTTGGAGTAGATAATGCTTGGTTAAACCGTGAAGGGGACGGCTACCAAGGGTTTATTGATACGTATGGGTTTGAATTTGGCAAAGCATATCCGATGCAAATTGGACTAGTCTATCAAGCTGTTGATAGTGGCAATATGGATGTCGTTCTTGCCTATACAACAGACGGGCGAATTGAAGAATTTAATCTTGTCAACTTAGAAGACGATAAAGACTTCTTTCCACCATACGACGCATCACCTGTAGCAAGAAACGATGTACTGGAAAAGTACCCTGAAGTACGTGATATATTGGAATCTTTAGCCGGAAAAATTGATGAAGAAACAATGCGTCATATGAACTATGAAGCAGATGTAAAAATGAAAGAGCCTTATGTTGTCGCAAAAGAATTTTTAGAAGGGCATCATTACTTTGAAGATGAATAA	MLHVRKILIILTIILLLLSGCSLPGLSGSSKDTLKIGTLNTSESMTVGYIIKQLIEHKTDYHAEIIGNMGSSIVQHQALEQGEVDITGTRYTGTDLPGALQMELITDPDKALKVVQREFKERFDQTWFNPYGFENSYAFTVTSELAKEKSLEKVSDVEPYAADLRLGVDNAWLNREGDGYQGFIDTYGFEFGKAYPMQIGLVYQAVDSGNMDVVLAYTTDGRIEEFNLVNLEDDKDFFPPYDASPVARNDVLEKYPEVRDILESLAGKIDEETMRHMNYEADVKMKEPYVVAKEFLEGHHYFEDE	PGPT0013582_107	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013582-opuCC|yvbC-NA	NA	NA
AK148_04151	639	opuCD	COG1174	Glycine betaine/carnitine/choline transport system permease protein OpuCD	TTGGAAACGTTAGTGGAGTTATGGAACTATTATGCACAAAATTATGCTTATGTATGGGAAGAATTTTACCGACATTTTCTCATGTCTGCTTACGGAGTGTTGTTTGCAGCTATTGTCGCTATTCCTGTAGGCATTTTCATTGCCAGAAATGCTCATTTAAGTAAGTGGGTATTTGCATTTACAAATGTTATTCAAACCATTCCAGCATTAGCAATGCTAGCAGTGTTAATGTTGGTACTAGGGTTAGGTCCAAACACCGTTGTCGCTGCATTATTTTTATATTCCCTACTTCCAATCGTTCGTAACACATATACAGGCATCCGCAATGTAGATCAAGCATTCATCGAATCAGGGAGAGGAATGGGAATGACAAAGTTTCAATTATTACGAATGGTCGAATTCCCCTTAGCTCTTTCCGTCATCATGGCTGGGCTTCGAACAGCACTCGTAATAAGCATTAGTATTGCTACAATTGGTGCTTTTATTGGAGGTGGCGGCTTAGGAACGATCATCATCCGAGGCACGAACGTATCCGACGGCACAGCCATTATTTTAGCTGGAGCCATTCCGACAGCACTCATGGCGGTCGTTGCTGACTTGGGCTTGGGGTGGATTGAAAAACGACTGATGCCGCGGTAA	METLVELWNYYAQNYAYVWEEFYRHFLMSAYGVLFAAIVAIPVGIFIARNAHLSKWVFAFTNVIQTIPALAMLAVLMLVLGLGPNTVVAALFLYSLLPIVRNTYTGIRNVDQAFIESGRGMGMTKFQLLRMVEFPLALSVIMAGLRTALVISISIATIGAFIGGGGLGTIIIRGTNVSDGTAIILAGAIPTALMAVVADLGLGWIEKRLMPR	PGPT0013583_77	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013583-opuCD|osmY-NA	NA	NA
AK148_04152	1299	rfnT		Riboflavin transporter RfnT	ATGAAAGAAGATAAGAAAATGATTCAACATTATATGAAGTCACAGGAAGAAAGGCAAAAGCTGTATAAACGATCTTTATGGATTGTTTTACTATCACAAATTTTTGGTGGGGCAGGATTAGCTGCTGGTATTACTGTTGGAGCGCTGCTAGCCCAAGATATGCTAGGAACAGAAAGTTTTGCAGGGGTACCGGCAGCTTTATTTACGCTTGGTTCTGCACTAGCTGCATATCTTGTAGGGCGTTTGACACAACGTTTAGGACGTCGCCATGGATTGACCTTTGGATTTATTTCCGGGGGCGTTGGCGCTATTGGCGTCATAGTAGCTGCGAACATGAATAGTGTACTGTTGTTATTTATATCTCTTTTTGTGTATGGTGCAGGTACAGCGACGAACTTAATGGCTCGTTATGCGGGTACGGACCTCGCTTCTGAAAAGCAACGGGCTAAATCTGTTAGTATTGCTATGGTTGCCACGACATTTGGCGCTGTGGCTGGTCCTAATTTAGTTACACCAATGGGAGAAGTGGCTAAGGCTATTGGAATGCACCCATTAGCTGGCCCGTTTATTCTTGCTGCCGTAGCCTATTTGTTAGCTGGGCTAACGATTTTCTTGTTTATGCGACCAGACCCTTTAATCATTGCAAGGGCTCTAGCCGCTTATGAAGTAAAACAAAAGCATACTGAATCTGTAGAATCTATTCCAGCTCAAAAAGTAAGTCGCGTTGGGATCTTTGCTGGGGCAATACTCCTAGTGTTATCTCAAGTTGTCATGGTTGCGGTTATGACCATGACGCCTGTTCATATGCAAAATCATGGTGGCGGCTTAACAGCAATTGGAATGGTGATTGGTCTTCATATCGCCGCGATGTATTTGCCATCACTTGGTACAGGAGCGTTAGTAGATCGGATTGGTAGAAATGCCATGGCGGTCGCCACAGCAATTACGTTAGCTATATCTGGTATTTTGGCCGCTTTTGTCCCTGGTGATTCATTCATTGGTTTAACGATCGCTCTTATTCTATTAGGTCTTGGTTGGAACTTCGGGGTTATCAGTGGAACATCCATTATTATCGATTCCACAACGATTCATCATCGAGCAAAAACACAAGGGTCCATTGATGTTTGGGTAGCACTTGGTGGTTCATTCGGAAGTGTTGTATCCGGTGTTATCGTAGCTTATTCAAGCTATGCGGTGTTAGGGTTTATTGGTACATCTGTCGCGCTTATGTTAATACCGATCGTATATTGGGCACGATTGAAACAAAAAAGAAGGGAAGAATCCACGCTGTCTGCATGA	MKEDKKMIQHYMKSQEERQKLYKRSLWIVLLSQIFGGAGLAAGITVGALLAQDMLGTESFAGVPAALFTLGSALAAYLVGRLTQRLGRRHGLTFGFISGGVGAIGVIVAANMNSVLLLFISLFVYGAGTATNLMARYAGTDLASEKQRAKSVSIAMVATTFGAVAGPNLVTPMGEVAKAIGMHPLAGPFILAAVAYLLAGLTIFLFMRPDPLIIARALAAYEVKQKHTESVESIPAQKVSRVGIFAGAILLVLSQVVMVAVMTMTPVHMQNHGGGLTAIGMVIGLHIAAMYLPSLGTGALVDRIGRNAMAVATAITLAISGILAAFVPGDSFIGLTIALILLGLGWNFGVISGTSIIIDSTTIHHRAKTQGSIDVWVALGGSFGSVVSGVIVAYSSYAVLGFIGTSVALMLIPIVYWARLKQKRREESTLSA				NA	NA	NA	NA	NA
AK148_04153	321			hypothetical protein	ATGAAAGATAAGGATATTACTGACTGGTGGCAAAATTATTTAGAAACGAATAGGCAAGAAGAGGAGTTAAAGAAACAAATAAGAAATGATTTAGAATCAAATGTGGAATTCTTCAAGCAGTACCTTACCCATTGTTATGCGGTTCAACCGCTTTCGGCAAAGCATCGAGGTCTCATAAATAAACTAGAACATAACTTTGATGGGAAAGCTAATAAAGCACTTTTACAACGATTCGAAAAAAACCAATTTAAACTTATGGAAATTAATCTCATGTACAGAGATATCTATGAAAATATAAAGCTGAAATCTTGGTTTTGGTAG	MKDKDITDWWQNYLETNRQEEELKKQIRNDLESNVEFFKQYLTHCYAVQPLSAKHRGLINKLEHNFDGKANKALLQRFEKNQFKLMEINLMYRDIYENIKLKSWFW				NA	NA	NA	NA	NA
AK148_04154	684			hypothetical protein	ATGAAAGATAAGGATATTACTGACTGGTGGCAAAATTATTTAGAAACGAATAGGCAAGAAGAGGAGTTAAAGAAACAAATAAGAAATGACTTAGAATCAAATGTGGAATTCTTCAAGCAGTACCTTATTGAAGGAAGATTTGGTGAGTGGGTAAATATCACCAACAATTATACAAATATTTGGAAAATAAAACATGGGATGGTTTTGGAGTATGACCACTATACCAAAGATATTAAAGCTTTTTTTAATAATTTTGGTTTAACTCAAAGAAATTTGCATATAGCGCAAAATTTAGCTGATGGTGAAGGCGAAGTTAGTGTTTATACTCGTCAAGATTTACAAGGGCAAAGACTTACAAAAAGAAGTAATTCACCTTTAATAAAGTATGTTGCAGGTTTAATTCCATATGGGGATAACGTATATAACGTCTGGGATACGCTAAGTAAGATGTCTCCTAAAAACGTAGGCTTAGGTACTGCTGAAGAATTTGTAGGAAAAGATTTTGAAGCTCAAAAAAAGGTCCATCATGGGAAAGTATACCGTGTAGTTTCAGGGAATTTAAAAGATTACGATATCAGAAATGAAGAAGCTTACGTAAATCTAAAAGGAGACATTCATTCAGGTGATGGTAGTATAAGAGTAACCTGGGCCTATAAAACTGATTTAGGATCAAACTTATATTAG	MKDKDITDWWQNYLETNRQEEELKKQIRNDLESNVEFFKQYLIEGRFGEWVNITNNYTNIWKIKHGMVLEYDHYTKDIKAFFNNFGLTQRNLHIAQNLADGEGEVSVYTRQDLQGQRLTKRSNSPLIKYVAGLIPYGDNVYNVWDTLSKMSPKNVGLGTAEEFVGKDFEAQKKVHHGKVYRVVSGNLKDYDIRNEEAYVNLKGDIHSGDGSIRVTWAYKTDLGSNLY				NA	NA	NA	NA	NA
AK148_04155	591			hypothetical protein	ATGATAAAAAATAATTTAAATGCATTAAATATATCGTTAATATGCTTACTCCTTATTAGTCTTTTTTTAAATTATCATCTATATAGCGAGAACCAAGAAAAAAATAGTTATTATACCGTATATTATATTGAAGATTTTTTCAACGAACTCCAAGAATCCATATTATCGTTAAAATCAATCATCGCAGACGAAGAGACTGATTATCGTGAGATTTCTTACCTTGTAGAAAGACTAAACTATCTGGACTACATGGTGAGAAGAGTTCCTTATTATTTCGATGGTATGGGAGGAGGAACAAATTACATTGGTTACGCTGCAGTTGTTATGAATCGTGGAATAAGCTATGAGGGACATGAAATTCCGCCATTTTTTGAGGACCAAGAGATCAATCAATCAGAACTAGCTTTTTTGAAGTTATTTAAAGATCACTTAACTTCAATTTACGCACAGTTAGAGTCGGAAGATACTAATAAACTTGCCAATAATGTCACCAAAAATAGATTTGACAACATTATAATGAAAGATATTTTTATTGTAGGAGCTGAACGTGAGCTAGTAGAAGAATACTTAAAATATACAGCGTTAGATTAA	MIKNNLNALNISLICLLLISLFLNYHLYSENQEKNSYYTVYYIEDFFNELQESILSLKSIIADEETDYREISYLVERLNYLDYMVRRVPYYFDGMGGGTNYIGYAAVVMNRGISYEGHEIPPFFEDQEINQSELAFLKLFKDHLTSIYAQLESEDTNKLANNVTKNRFDNIIMKDIFIVGAERELVEEYLKYTALD				NA	NA	NA	NA	NA
AK148_04156	996			hypothetical protein	TTGCAAAAGGAAACTAGTATCCTAATCTATCAAACAGAGGATGGTAACACAAAAATAGATGTTAGATTGGAGAATGAGACAGTTTGGATGACCCAAAAGGGAATAGCGGAGTTGTTTCAAAAAGGAGTAAATACAATTAATGAGCATATTAAGAATATATATGCAGAAGGAGAACATAGAGAATCAGCAACTATTCGGAAAAACCGAATAGTTCAATTTGAAGGCAAGAGAGAGGTTGAGCGTGAAGTAGCATTTTACAATCTTCAAATGATTATTGCAATTGGATATAGAGTTCGTTCTCACCGAGGTACACAGTTTCGCCAATGGGCAACAGAGCGGTTAAATGAGTATCTTGTTAAAGGGTTTACAATGGATGATGACCGTTTGAAAGAAATGCGTAATTTTGGACAAGATTATTTCGATGAGTTACTAGAACGAATTCGTGATATCCGTGCTTCCGAGAAAAGGTTCTATCAAAAAATTACAGACATTTATGCGACGTCTATTGACTACGATCCAAAAGCAGAAGTCACACAAGAATTTTTCGCAACTGTTCAAAATAAACTACATTTTGCAATTCATGGTCAAACAGCGGCTGAACTTATAGTAGATAGAGCGAAGGCCGAGAAGGAGAATATGGGTCTTACTGCATGGAAAGGGAATAAGGTAAGAAAAACAGATGTTACAGTTGCTAAAAATTACTTAACGGAAAAGGAACTTAAATCACTCAATCGTATTGTCGCAATGTACTTAGATTATGCCGAAGATCAAGCGGAAAGACAACAGCCAATGCATATGAACGATTGGATTGATAAACTTAATGCCTTTCTTCAATTTAATGAGCGTGAAATTCTTGAAAATGCAGGAAGGATCTCAAAGGCTGTAGCTGATAAGTTAGCCATTCAAGAGTATGAAACATTTAACCAGCATCGTTTAAATAAAAATACTCACGATGACTTTGAGCAGTTTATTGAGAATGAGGACTTAAAGAGATAA	MQKETSILIYQTEDGNTKIDVRLENETVWMTQKGIAELFQKGVNTINEHIKNIYAEGEHRESATIRKNRIVQFEGKREVEREVAFYNLQMIIAIGYRVRSHRGTQFRQWATERLNEYLVKGFTMDDDRLKEMRNFGQDYFDELLERIRDIRASEKRFYQKITDIYATSIDYDPKAEVTQEFFATVQNKLHFAIHGQTAAELIVDRAKAEKENMGLTAWKGNKVRKTDVTVAKNYLTEKELKSLNRIVAMYLDYAEDQAERQQPMHMNDWIDKLNAFLQFNEREILENAGRISKAVADKLAIQEYETFNQHRLNKNTHDDFEQFIENEDLKR				NA	NA	NA	NA	NA
AK148_04157	402			hypothetical protein	ATGAACATAGAGCAAAAACTGTATCAATCAGCAATTGCGTTAATAAAGGATAGATATCCTTCTGGATGGGGAGGTGCTGCTGCGATGTTAACGGAGGATGGGAATATACTAACCAGTGTTTCCCCAGATGTTATTAACGCTTCAACGGAATTATGTATAGAAACGGGAGCTATCCTCGAAGCACATAAACGTAATACAAAGGTTACCCATACAATTTGTGTGGTAAGGGAAGATGAAAATGCTGAATTTACAATATTAACTCCTTGTGGCGTATGTCAAGAACGTCTTTTTTATTGGGGTAGAGATGTAAAAGCGGCAGTAACAAATTCACATGGAAGAATTGAATATAAAACGTTGGGAGAAATTCAACCGTATCATTGGTATAAAGCCTATGAAAAATAA	MNIEQKLYQSAIALIKDRYPSGWGGAAAMLTEDGNILTSVSPDVINASTELCIETGAILEAHKRNTKVTHTICVVREDENAEFTILTPCGVCQERLFYWGRDVKAAVTNSHGRIEYKTLGEIQPYHWYKAYEK	PGPT0021360_3064	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021360-cdd-K01489	NA	NA
AK148_04158	294			hypothetical protein	TTGATTAGAGGACGAAAATTAGGCTTAGTTTTTGGATTAATAGGAGCCCTTGTATTATCAATTGTATTTACAAATGTATTAGCAAAAGAACAAACGGACGTGAGTGGTGAAGATAAAACCAGAGTTGTAACCGTAGAGGGACAAGATTTACGTGAAAATAAAAGTATGGAAGGGAAAGACCTTGAGACAGTTATCACAGCAAAAGAACAACGTAGTGTAGAGAATTCATTAGCTTTATCAAGGTATGTATCACAAGAAAATGGACTAGGGTTTTATTTTATTAAAGAGCAATAA	MIRGRKLGLVFGLIGALVLSIVFTNVLAKEQTDVSGEDKTRVVTVEGQDLRENKSMEGKDLETVITAKEQRSVENSLALSRYVSQENGLGFYFIKEQ				NA	NA	NA	NA	NA
AK148_04159	441	cwlJ_2	COG3773	Cell wall hydrolase CwlJ	ATGGGAAGGGTAGCGTATACAGATAGTGATGTGGCTTTAGTGGCAAGGATGATGCGGGCAGAGGCGGAAGGTGAAGGCCAGCTAGGGATGCTGATGGTCGGTAACGTCATTGTAAATCGTTTAGTTGCTAATTGTTTAGACTTTAAAGATTTAAGATCCATATACGACGTAATTTTTCAAATACAGGGAGGCAATTACTCTTTTGAAGCTGTGCAAAAAGGTAATGTTTTCTACAACAGAGCGAGAGGTGTAGAAAAGAAATTAGCTAGAAGAGTATTGGAGCATTGGAGAGAGCATCCTTCCAAGTATGCGCTATGGTATTTTAATCCATATGCTCCATGCCCGTCTACATGGTACGGTCAACCATTTGCTGGTCAATACAAGTTACATTGTTATTACGAACCACAGGCAAATACATGCGATAGTGTGTATATCGGCTAG	MGRVAYTDSDVALVARMMRAEAEGEGQLGMLMVGNVIVNRLVANCLDFKDLRSIYDVIFQIQGGNYSFEAVQKGNVFYNRARGVEKKLARRVLEHWREHPSKYALWYFNPYAPCPSTWYGQPFAGQYKLHCYYEPQANTCDSVYIG				NA	NA	NA	NA	NA
AK148_04160	357			hypothetical protein	ATGAAAAAACTCTTAATTCTAATATTTTTAACTGTTACAATTATACTATTGGGAGGTTGTTTTGTGAAATCAAATGAGGAAGATTTTAATAATAATACAATTCTCAAGGCGGAAAAAACTATAGAAAGTTATTTGAGTAACAATTTTAAAAATATCCATACAATAACTTTTAAAAAGAATGATCATAGTACTCCTATGGGTGGGATGGTAATTAGCGGTACAGTAAATAATAATGAAAAAGCAACTTTCTCCATTGATGTTGATTATGAAAATGATTTTAAAATTATTTCTAGCGCTGTAGGAAAAGAATTCCCTGAGAGAAAAGAGGAGTGCAAAGAAAAAACATGCGATTATTAA	MKKLLILIFLTVTIILLGGCFVKSNEEDFNNNTILKAEKTIESYLSNNFKNIHTITFKKNDHSTPMGGMVISGTVNNNEKATFSIDVDYENDFKIISSAVGKEFPERKEECKEKTCDY				NA	NA	NA	NA	NA
AK148_04161	336			hypothetical protein	TTGGTAAATTATAACAATATAACAGACCTCACCGCTTCTACAATTTCTAGGCAATCTTATAAACAGATTCCAAGAAAGATTTTCATTGAAACAGATTATCATATACAAGTTTGGGAAAACATCGAAACTATTAAAGACTCCGATACAGGTTTACATGGATATGTGCTCCAAAACGATGATACAGATGAAATCGTTATCAGTTTTAGGGGAACGGAACTTCCTAAAGCAGCTGTCACCCAAGTGAAAGAAAAATACTTAGGGACACCCTCTCAAGATGCTAGGTTGGCTGGTGCCGGGGGGTGGAGCAGAATTGAAAAATGGGTATATTGGTTATAA	MVNYNNITDLTASTISRQSYKQIPRKIFIETDYHIQVWENIETIKDSDTGLHGYVLQNDDTDEIVISFRGTELPKAAVTQVKEKYLGTPSQDARLAGAGGWSRIEKWVYWL				NA	NA	NA	NA	NA
AK148_04162	564	ahpC	COG0450	Alkyl hydroperoxide reductase C	ATGTCTTTAATAGGAACCGAAGTACAACCATTCTCTGCAAAAGCCTTTAAGCAAGGTGAATTTATCGATGTTACAGAGGAAAATTTCAAAGGGCAATGGACAGTGCTTTGCTTTTACCCAGCAGACTTCTCATTCGTATGCCCAACAGAACTAGAAGATTTACAAAACGAATATGAAAATTTGAAAAAATTAGGTGCTGAAGTGTATTCTTGCTCTACAGACACACACTTCGTACACAAAGGTTGGCACGATGCGTCTGATAAAATTAATAAAATTGAATACGGAATGATTGGCGATCCTGCACAAACACTTACTCGTATGTTTGATGTGTTAAATGAAGAATCTGGTCTTGCTGATCGTGGAACATTCATCATTGATCCAGATGGCGTTATCCAAACTGTAGAAATCAATGCGGATGGTATCGGCCGTGATGCTAGCTCATTAGCTGATAAAATCAAAGCTGCACAATATGTACGTAACAATCCAGGTGAAGTATGTCCTGCAAAATGGAAAGAAGGCGAAGAAACACTTAAACCAAGCCTTGACCTAGTAGGTAAAATCTAA	MSLIGTEVQPFSAKAFKQGEFIDVTEENFKGQWTVLCFYPADFSFVCPTELEDLQNEYENLKKLGAEVYSCSTDTHFVHKGWHDASDKINKIEYGMIGDPAQTLTRMFDVLNEESGLADRGTFIIDPDGVIQTVEINADGIGRDASSLADKIKAAQYVRNNPGEVCPAKWKEGEETLKPSLDLVGKI	PGPT0003260_665	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0003260-ahpC-K24119	NA	NA
AK148_04163	1530	ahpF_2	COG3634	NADH dehydrogenase	ATGGTACTAGACCCAGAGATCAAGTCACAATTACAACAATATCTTGAACTATTAGAAAACGACCTAGTGCTTAAAGTAAGCACTGGAGACGATAAAATATCAAAGGACATGCTAGCTCTTACGGATGAGCTAGCTAATATGTCCAATAAAATAACAGTTGAACATACAAAGCTAGCGAAAACACCAAGCTTTAGTATTAATCGTGTCGGGGAGGATTCAGGCATTGCGTTTGCTGGTCTTCCACTTGGGCATGAATTTAATTCACTCGTCTTAGCTCTCTTACAGGTGAGTGGCAGACAGCCAAAATTAGATCAAAAAATGATTGACCAAATTAAAAGCATTACAGAAGAATATCACTTTGAAACATATGTTAGTCTAAGCTGTAACAACTGTCCTGACGTGGTTCAAGCGTTAAATATGATGAGCGTACTCAACCCAAATATTTCGCATACGATGATTGACGGTGCAGCGTTTAAAGACGAAGTAGAAAGCAAGAACATTATGGCAGTTCCGGCTGTCTATTTAAATGGAGAATTCTTTAATGGTGGGCGAATCACCCTTGAAGAGTTACTAGAAAAAATCGGACATGGTGTAGATGCCTCTGAGCTTTCTGAAAAAGAGCCCTTTGACGTTCTTGTCGTCGGCGGTGGTCCAGCAGGTGCTAGCTCCGCTATATATGCTGCTCGTAAAGGAATCCGCACTGGTATCGTTGCTGAACGCTTTGGCGGTCAAGTTCAAGATACACTTAGTATCGAAAACTTTATTAGCGTCAAGCGCACAGAAGGGCCCAAGCTAGTTGCTAACCTAGAAGAACATGTCAATGATTACAACATTGATGTCATGAACTCTCAACGCGCCAAAAACCTCGAAAAGAAAGATATGTTTGAGCTTGAACTGGAAAATGGCGCTGTACTAAAAAGTAAAAGTGTCATCATTTCTACAGGCGCTCGTTGGCGAAACATCGGCGTTCCTGGCGAACAAGAATTTAAAAACAACGGTGTAGCATATTGTCCACACTGTGACGGTCCATTATTCGAAGGAAAAGATGTCGCTGTTATCGGCGGAGGTAATTCTGGAATTGAAGCAGCTATCGACCTCGCTGGAATTGTGAAGCATGTCACGGTACTTGAATTCGCGCCAGAACTAAAAGCTGACGAAGTGCTACAAAAACGCTTGTACAGCTTACCAAACGTAACAGTCATTAAAAATGCCCAAACAAAAGAAATCACTGGTACTGACAGTGTAAATGGGATTACCTATATCGATCGTGAAACAAAAGAAGAAAAACATATTGAACTTCAAGGTGTATTCGTACAAATTGGACTCGTTCCAAATACAGAATGGCTTGAAGGCACTGTAGAACGCAACCGCATGGGTGAAATCCTTGTAGACAAACAAGGACAAACAAACGTTCCCGGCTTGTTTGCCGCAGGAGATTGTACCGACAGTGCTTATAACCAAATTATCATTTCTATGGGGTCAGGCGCAACTGCTGCTTTAGGCGCATTTGACTACTTGATCCGTAATTGA	MVLDPEIKSQLQQYLELLENDLVLKVSTGDDKISKDMLALTDELANMSNKITVEHTKLAKTPSFSINRVGEDSGIAFAGLPLGHEFNSLVLALLQVSGRQPKLDQKMIDQIKSITEEYHFETYVSLSCNNCPDVVQALNMMSVLNPNISHTMIDGAAFKDEVESKNIMAVPAVYLNGEFFNGGRITLEELLEKIGHGVDASELSEKEPFDVLVVGGGPAGASSAIYAARKGIRTGIVAERFGGQVQDTLSIENFISVKRTEGPKLVANLEEHVNDYNIDVMNSQRAKNLEKKDMFELELENGAVLKSKSVIISTGARWRNIGVPGEQEFKNNGVAYCPHCDGPLFEGKDVAVIGGGNSGIEAAIDLAGIVKHVTVLEFAPELKADEVLQKRLYSLPNVTVIKNAQTKEITGTDSVNGITYIDRETKEEKHIELQGVFVQIGLVPNTEWLEGTVERNRMGEILVDKQGQTNVPGLFAAGDCTDSAYNQIIISMGSGATAALGAFDYLIRN	PGPT0013150_1366	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013150-ahpF-K03387	NA	NA
AK148_04164	591			hypothetical protein	ATGTATTATTATCCGTATGTATACCCTTATCCTTACTATACGAACAATCCAAATTACTATAGTAGGTATGCACCTATGCATGCAAATATGGATGGCACACCTCTAGCTTATCAAAATTATGCTTATGCCTATCCCAGTTATCAAAATCCCTTTTACCAAACAGACGATCGTTCACACTTGAAAGACTACGGCGGAAAGCCATATGTGGTAAATATTGAGGAAGCTACAGAGGAAAATGAAACATTTCGTACAGCCATTTGGACGGGAGATCATTTACAAGTTACCGTCATGAGTATTCCTGTAGGTGGCGATGTTGGATTAGAGGTTCACCCAAACGTAGACCAGTTTTTACGCATTGAAGAAGGTGAAGGAATAACACAAATGGGTAATACCAAAGATAATCTAACTTTTCAGCGTAACGTCTATGACGACTATGCCATTATGGTTCCTGCTGGCACATGGCATAATATAACAAATACAGGCGATAAACCATTGAAGCTTTATTCCATTTACGGACCGCCAAACCACCCATTTGGAACGGTACATCGAACACAGGAAGAGGCCATGGAGATGGAAGAGCATTATCATTAA	MYYYPYVYPYPYYTNNPNYYSRYAPMHANMDGTPLAYQNYAYAYPSYQNPFYQTDDRSHLKDYGGKPYVVNIEEATEENETFRTAIWTGDHLQVTVMSIPVGGDVGLEVHPNVDQFLRIEEGEGITQMGNTKDNLTFQRNVYDDYAIMVPAGTWHNITNTGDKPLKLYSIYGPPNHPFGTVHRTQEEAMEMEEHYH				NA	NA	NA	NA	NA
AK148_04165	507			hypothetical protein	TTGTTTTTCATACTATTAGTTGCAGAAGCCTTATTGGGCATGTATGTATATCAACATACGGGTGAGATTTCAAATTTTCTTATCGTAATTACGATTTTTGTCATCTATGCTTGTACATTTGGTATCTTTGATTTCATAAGGTTAGACCGTTGGATGCGGAATAAGATTGGAAATTGGCGTGGCGTAGAATTGCTAACGGATAAAGATTATATCATTATGGACAGAAATAAAAATCCTAAATACATTGCCAAGAAGTATCGTATCTCTTCTATGATTCATATTGTATTGTTTATCCTAGCGCAAACCATTTTCTGGTCATTAGGAACAGACAGTTGGGAGGAAATGAAAGCATATCTCACTGATTTATCATGGGCAGAGCAAGGAGACTTTACACAGTCACCATACCCGAATAAGACACTTTTTTCTATTGGAATGCTATGGGGGATTGTATTTGTAGTCGATCTCATATATTCATGGTCGTACACGCTTTTTCCAAGTAAAAGATGA	MFFILLVAEALLGMYVYQHTGEISNFLIVITIFVIYACTFGIFDFIRLDRWMRNKIGNWRGVELLTDKDYIIMDRNKNPKYIAKKYRISSMIHIVLFILAQTIFWSLGTDSWEEMKAYLTDLSWAEQGDFTQSPYPNKTLFSIGMLWGIVFVVDLIYSWSYTLFPSKR				NA	NA	NA	NA	NA
AK148_04166	750			hypothetical protein	GTGATTTCTATAAAAGAAATAACCAAACAGACGGGAATAACGGTACGAACGATGCGATACTATGACCAAATCAATTTACTTTCACCAGCCGACAAGACGGAAGGCGGGCATAGACTGTATGGAGAGAAAGAGCTAATAAAATTACAAGAAATTCAGTTTTTGAAAACGTTAGGATTTAGTCTGCAAGCTATTAAGGAAATGCTGGAGAATGAAAACCATGATTGGTTTAGTGGTTTGCAAAATCAATTGAATTACATTTTAAAAGAAAAAGAAAAGCTAGGGGAAATGGAAAGCATCCTACGTGGGTTGTTACATGAAATGGTACTGGAAGAGCAAATTGACTTGCTTCAATTACAAAAACTCATTCAAATTTACCAGAAAGATTTTCATAAAAGGGAAGCGTATTTAAAACAAATGTTTGATCAAGAAGAAAGGAAACTGTTGGATATGCTTCCAAATATTAATCACGGTGATCCAGATACAATGGAATGGATCGCGCTAATGGCCCAATTAAAACAGCATATGCTAAAAGGAGTCTCTGCACCAGAAGTGCAACGAATTATTAGACGGATGGATGAAAAAACGGTGGAGGTTTACGGTGATTGTCCAGAATTTATAGATAAGTTATGGGAAATAAGAAAATCACCTGAAAAATCACAGGAAGCTGGTTTTTATCCAGTGGATCAAGAACTATTAGAGTTTGTAGAAAAAGCGTTTGTTATTTTTCAAAACAATAGAAAGGAAGCTTGA	MISIKEITKQTGITVRTMRYYDQINLLSPADKTEGGHRLYGEKELIKLQEIQFLKTLGFSLQAIKEMLENENHDWFSGLQNQLNYILKEKEKLGEMESILRGLLHEMVLEEQIDLLQLQKLIQIYQKDFHKREAYLKQMFDQEERKLLDMLPNINHGDPDTMEWIALMAQLKQHMLKGVSAPEVQRIIRRMDEKTVEVYGDCPEFIDKLWEIRKSPEKSQEAGFYPVDQELLEFVEKAFVIFQNNRKEA				NA	NA	NA	NA	NA
AK148_04167	351			hypothetical protein	ATGACAAAGCAATTTTTAGATATAGAAGCGTTTAATAAACTTTTACAAAAATGGAATGGAAAACAGATAAAAGTTTCCAAACAAGAGTTAAATGATTATGATGAGGCAATTATTGACTTATCTGCAATCACGTATGAGACACATACACGTCGACTAGATGACTATGAACCTCTACATACATTACAACTAAATGGCGCCGGCAAAGTTAAAACCGATTATAAATCCTATCAAACACTCCCTACATTCGTATATGAAATCCCTTTAGAGAACTCATCACTATACCAATTTGACGGCGAGCGCTTTGCTTTGGTGACGGATCGGGCTATCTATACAATTGAAATTTTCCAGTAA	MTKQFLDIEAFNKLLQKWNGKQIKVSKQELNDYDEAIIDLSAITYETHTRRLDDYEPLHTLQLNGAGKVKTDYKSYQTLPTFVYEIPLENSSLYQFDGERFALVTDRAIYTIEIFQ				NA	NA	NA	NA	NA
AK148_04168	1167			hypothetical protein	ATGCATGAGGAAAAAGGAAATTTTGTCGTTTCAAAGGAAAATTGGTCCCTCCATCGCAAAGGTTACCAAGACCAAACGCGTCATATGGATAAGGTGAAGGAAGCAATAAAAAATAACTTGCCTGATTTAGTAAGTGAAGAAAATATTATTATGTCTGATGGGAAACAAGTGATGAAAATCCCCATTCGATCATTAGATGAGTATAAAATTCGTTATAACTACGATAAAACGAAACAAGTAGGACAGGGAAAAGGGGATAGTAAAGTTGGTGATATTATAGCAAGAGCACCTGGCGGCGATGGTCAGGCGGCTGGGAAAGGAAAAAAAGCGGGCGATCAGCCAGGGGCAGATTACTATGAAGCAGAAGTATCCTTAGAAGAAATTGAGCACGCCCTATTTCAACAGTTGGAGCTCCCCAATCTACAAGAAAAGGAACAAGCTGAGATCATAACGGAAAAAACAGAATTTAATGATGTACGTAAGAAAGGGTTAATGGGAAATATAGATAAGAAGCGCACTATTTTAACAGCGATCAAGCGTAATGCTACAGAAGGAAGACCAGGAATTACGCCAATATATGAGGATGATTTGCGATTTAAAACATGGAATGATATAACAAAACCAGAGTCTAAAGCGGTCGTTTTAGCTATGATGGATACAAGTGCTTCGATGGGGATTTTTGAAAAGTATGTAGCCAGAAGTTTCTTCTTTTGGATGACGAGGTTTTTACGTACAAAATATGAAACAGTGGATATTGAATTTATTGCCCACCATACAGAAGCAAAAGTTGTGTCAGAGGGAGATTTTTTTTCCAAAGGAGAGAGCGGTGGCACCATATGTTCTTCTGCTTATTTAAAAGCATTGGAACTTATCAAAAAAACGTATTCTCCTTCACGCTATAATATTTATCCCGTTCATTTTTCAGATGGAGAGAATATGACCTCTGATAATCCGTTATGTATAGAGCTGGTAGAAGAGTTAATGCGTTTTTCAAGTATGTTTGGTTATGGAGAGGTGAACACTTTTCACAGGAGATCGACGTTAATGCGTACGTTTGACCAATTGGATAATCCAAAATTTCGCTATTATATCGTAAAAGAGAAAAAAGATATTTATGAGGCGCTAAAGGCGTTTTTCACTCAACAAGTTGTAACAGCACAAACGTAA	MHEEKGNFVVSKENWSLHRKGYQDQTRHMDKVKEAIKNNLPDLVSEENIIMSDGKQVMKIPIRSLDEYKIRYNYDKTKQVGQGKGDSKVGDIIARAPGGDGQAAGKGKKAGDQPGADYYEAEVSLEEIEHALFQQLELPNLQEKEQAEIITEKTEFNDVRKKGLMGNIDKKRTILTAIKRNATEGRPGITPIYEDDLRFKTWNDITKPESKAVVLAMMDTSASMGIFEKYVARSFFFWMTRFLRTKYETVDIEFIAHHTEAKVVSEGDFFSKGESGGTICSSAYLKALELIKKTYSPSRYNIYPVHFSDGENMTSDNPLCIELVEELMRFSSMFGYGEVNTFHRRSTLMRTFDQLDNPKFRYYIVKEKKDIYEALKAFFTQQVVTAQT	PGPT0025005_1255	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0025005-yhbH-K09786	NA	NA
AK148_04169	1896			hypothetical protein	ATGGATATTCTTAACAAAGTAAAGCAGTATCGAGAAGAAGAACAGCAGTTAAAGTGGGAAGGGACATTTGGGGAGTATTTAGACATCATTAAACAACGTCCAGAAGTAGCGCAAACGGCTCATTCACGAATTTATAATATGATTAAAAGTGCAGGTATTACGGAACGAGATAGCAAAAGAATGTATGAATTTTTTGGTGAAGAAATATTTGGTTTGGAAGAAGCAATTGAACGGCTTGTAGAAGAATATTTTCACCCTGCAGCGAAACGGCTCGATGTACGTAAACGTATTTTATTATTAATGGGACCCGTAAGTGGTGGGAAATCAACGATTGTTACGATGCTAAAGCGGGGATTAGAAAAATATTCACGTACAGATGAGGGAGCGGTTTATGCGATAAAAGGTTGCCCCATGCAGGAAGATCCTCTCCATCTAATTCCACCGCATTTACGTCAAGAATTTTTGGAGGAATATGGCATACGCATTGAAGGAAGTTTATCACCGCTAAATACGATGCGATTGGAAAAGGAATATAATGGAAAAATAGAGGATGTACGCGTAGAACGTATTTTTTTCTCTGAGGATAAACGGGTAGGGATTGGTACGTTTAGCCCGTCTGATCCAAAGTCACAAGACATTGCAGATTTAACTGGAAGCATTGATTTTTCTACCATTGCAGAATACGGTTCAGAATCAGATCCACGAGCTTATCGATTTGATGGGGAATTGAACAAAGCGAATCGAGGGATGATGGAATTTCAAGAAATGCTTAAGTGTGATGAGAAATTTTTATGGCATTTATTATCCTTGACGCAGGAAGGGAATTTTAAAGCGGGTAGGTTTGCGCTGATCAGTGCAGATGAATTAATTGTCGCCCATACAAATGAGGCGGAATATCGCTCTTTTATTGCGAACCAAAAAAATGAAGCCTTGCATTCACGAATTATCGTGATGCCGATACCGTACAATTTAAAAGTTAGCGAAGAAGAAAGGATTTATCAAAAAATGATTCGTGAAAGCGATATGGCTCATGTCCATATTGCGCCACATGCATTAAGAGTAGCTGCTATTTTTTCTATTTTAACGAGATTGGAAGATTCAAAGAAACCGGGTGTGGATTTAATTAAAAAAATGCGTCTGTATGACGGTGAAAGTGTAGAAGGATATAATCAAGCAGATGTGGATGAGCTAAAGGATGAATTTCCGGTCGAAGGGATGAATGGGATTGATCCCCGTTATGTTATCAATCGTATTTCCTCTGCAATTATTCGTAAAGAAGTCCCAGCAATTAATGCTTTAGATGTGCTCCGTTCCTTAAAAGAAGGACTTAGTCAGCATCCGTCTATTTCGGATGATGATAAGGAAACGTATATGAATTATATTTCGGTTGCTAGAAAGGAATACGATGAAATAGCTAAGAAGGAAGTGCAAAAAGCGTTTGTATATTCCTATGAAGAGTCAGCGAAAACATTAATGGATAACTATTTAGATAATGTAGAAGCGTACTGCAATAAAAATAAGTTAAAAGATCCCCTGACTGGGGAAGAGATGAATCCGGATGAAAAGTTAATGCGTTCTATTGAGGAACAGATTGGTATTTCGGAGAATGCTAAAAAAACGTTTCGTGAAGAGATCCTCATTCGAATATCGGCGTTTGCTCGTAAAGGGAAGCGATTTGATTACAACTCTCATGAGCGATTACGTGAAGCGATTCAGAAAAAATTGTTTGCTGATTTAAAAGATGTTGTTAAAATAACGACGTCTTCTAAAACGCCAGACGAATCGCAGCTAAAGAAGATTAATGAAGTCATTGCTCGCCTAATTGATGAATACGGCTATAATTCCGTATCAGCGAATGAGTTGCTTCGTTATGTAGGCAGTTTGTTGAATAGGTAA	MDILNKVKQYREEEQQLKWEGTFGEYLDIIKQRPEVAQTAHSRIYNMIKSAGITERDSKRMYEFFGEEIFGLEEAIERLVEEYFHPAAKRLDVRKRILLLMGPVSGGKSTIVTMLKRGLEKYSRTDEGAVYAIKGCPMQEDPLHLIPPHLRQEFLEEYGIRIEGSLSPLNTMRLEKEYNGKIEDVRVERIFFSEDKRVGIGTFSPSDPKSQDIADLTGSIDFSTIAEYGSESDPRAYRFDGELNKANRGMMEFQEMLKCDEKFLWHLLSLTQEGNFKAGRFALISADELIVAHTNEAEYRSFIANQKNEALHSRIIVMPIPYNLKVSEEERIYQKMIRESDMAHVHIAPHALRVAAIFSILTRLEDSKKPGVDLIKKMRLYDGESVEGYNQADVDELKDEFPVEGMNGIDPRYVINRISSAIIRKEVPAINALDVLRSLKEGLSQHPSISDDDKETYMNYISVARKEYDEIAKKEVQKAFVYSYEESAKTLMDNYLDNVEAYCNKNKLKDPLTGEEMNPDEKLMRSIEEQIGISENAKKTFREEILIRISAFARKGKRFDYNSHERLREAIQKKLFADLKDVVKITTSSKTPDESQLKKINEVIARLIDEYGYNSVSANELLRYVGSLLNR	PGPT0014345_1335	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014345-prkA|yeaG-K07180	NA	NA
AK148_04170	240			hypothetical protein	ATGGAAGGAGTCGATGAGTTTATAGTTCTAACGCTAATACATGGCTGTATTATATATGTATTAAGTATGTTGCTTAAAGATAAAAAAATAGTTCTTCCTATTATTTGTAGCTTACTTAGCATGATTTTACTATTTGTTAGCTTTAAGGACGGTGGTTTTAGCGGAATGAATCTTGCCTTCATAGGTACATCTGCTCTAATTGCCTCCATTATAAATATGTTTATTATTTCAATACACTAG	MEGVDEFIVLTLIHGCIIYVLSMLLKDKKIVLPIICSLLSMILLFVSFKDGGFSGMNLAFIGTSALIASIINMFIISIH				NA	NA	NA	NA	NA
AK148_04171	420	arsC_3	COG0394	Arsenate reductase	ATGTCCAAAAAAACAATCTATTTCCTATGTACAGGGAATTCATGCCGAAGTCAAATGGCAGAAGGCTGGGCGAAAAAATATATGGGAGACGAATGGGAAGTCAAAAGTGCAGGGATTGAAGCACACGGCTTGAACCCCAATGCCGTTAAAGCAATGAAGGAAGTAGGAATTGATATTTCTGACCAAAAGTCAGAAAAAATTGATCCGGAATATTTGAATAATGCTACGATGGCAGTGACACTATGTGCTGATGCAGAAGATCGTTGCCCAATGACACCTCCCCATGTAAAACGGGAACATTGGGGCTTTAACGATCCTGCAAAAGCTGAAGGAACGGAACAAGAAAAATGGGCTGTTTTCCAACATGTAAGAGATGAAATTGGAGACAGAATCAAGCGTTTTGCTGAAACGGGTGAATAA	MSKKTIYFLCTGNSCRSQMAEGWAKKYMGDEWEVKSAGIEAHGLNPNAVKAMKEVGIDISDQKSEKIDPEYLNNATMAVTLCADAEDRCPMTPPHVKREHWGFNDPAKAEGTEQEKWAVFQHVRDEIGDRIKRFAETGE	PGPT0004715_1845	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0004715-arsC-K03741	NA	NA
AK148_04172	1299	arsB_2	COG1055	Arsenical pump membrane protein	TTGTCATCGACGCTTATACTAGCAGTTTTAATCTTTTTAGTAACACTTGTTTTAGTTATCTGGCAACCTAAGGGGCTGAATATTGGGTGGTCTGCCATTGGCGGCGCTGTCGTTGCTTTATTGGCAGGTGTAGTCGGGTTCAGCGATGTTTGGGAAGTAACAGAAATTGTGTGGAATGCAACCCTTGCATTTGTCGCTATTATACTTATTTCACTCATATTGGATGAAATCGGCCTGTTTGAATGGGCTGCACTGCATATGGCCAGAATTGCAAGCGGTAATGGAATCAAGATGTTTGTCTATATTAGTATTTTAGGTGCGATTGTAGCTGCCTTTTTCGCCAATGATGGGGCAGCGCTGATATTGACACCGATTGTGCTTGCAATGGTAAGAAACCTGAATTTTAAAGAGAAGATGATCTTTCCTTTTATTATGGCCAGTGGGTTTATCGCCGATACGACCTCTTTGCCTTTCGTGGTAAGTAATCTGGTTAATATTGTATCGGCCGATTTCTTTGGCATCGGATTTGTCGAATATGCATCCCGAATGATTATTCCGAACCTTTTTGCATTGACGGCAACTATTACTGTTCTATTGATTTATTTCAGAAAAAGCATCCCCAGATCCTATGAGGTTTCCAAATTAAGTGAACCAAAAGATGCCATTAAAGACATGAAGATGTTCCAACTATCATGGTATGTGCTTGGGTTATTGGTAATTGGCTACTTTGTGAGTGAGTTTATCCAACTTCCTGTTTCTATCGTGGCGGGCGTTATAGCGATCTTTTTCCTGCTGATGGCACGAAACAGCACAGCGGTGGATACAAAAGCAGTTGTCAAAGGCGCACCATGGGATATTGTATTTTTTTCCTTAGGAATGTATGTGGTGGTATACGGATTTGGAAATGCAGGCCTGACAGATGCATTGGCAGTTGTTATTCAGGCTGCTGCTGAACAAGGACTGTTTGCGGCCACAATGGCTATGGGCTTTATCGCTGCTTTCCTGTCATCCATCATGAACAATATGCCGACCGTGATGATCGACGCGTTGGCTATTGCTGAAACAAGTACTTCCGGTACGATACGGGAAGCACTGATCTATGCCAATGTGGTTGGTTCGGACTTAGGGCCGAAGATTACACCTATCGGGTCACTGGCGACTCTGGTGTGGCTTCATGTCCTTTCCCAAAAAGGGGTCAAGATTTCCTGGGGAACCTATTTTAAAATTGGGATAGCTTTAACGATACCTATTTTATTTATTACCTTATTTGGCTTGTATCTGACATTATTGATTATATAA	MSSTLILAVLIFLVTLVLVIWQPKGLNIGWSAIGGAVVALLAGVVGFSDVWEVTEIVWNATLAFVAIILISLILDEIGLFEWAALHMARIASGNGIKMFVYISILGAIVAAFFANDGAALILTPIVLAMVRNLNFKEKMIFPFIMASGFIADTTSLPFVVSNLVNIVSADFFGIGFVEYASRMIIPNLFALTATITVLLIYFRKSIPRSYEVSKLSEPKDAIKDMKMFQLSWYVLGLLVIGYFVSEFIQLPVSIVAGVIAIFFLLMARNSTAVDTKAVVKGAPWDIVFFSLGMYVVVYGFGNAGLTDALAVVIQAAAEQGLFAATMAMGFIAAFLSSIMNNMPTVMIDALAIAETSTSGTIREALIYANVVGSDLGPKITPIGSLATLVWLHVLSQKGVKISWGTYFKIGIALTIPILFITLFGLYLTLLII	PGPT0004710_326	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004710-arsB|arsenical_pump_membrane_protein-K03893	NA	NA
AK148_04173	345	aseR_2	COG0640	HTH-type transcriptional repressor AseR	ATGCTTAAAACTGCAATTGAAATGGATAAAGCTGCACTGATTTTAAAATTGTTGGGTGATAAAACACGTTTAATCATGGTAAAGATACTTGATAGACATGATTGCTGTGTTTGTGAGTTTGTGGAGATTTTCAAGGCAAGCCAGCCGTCCATCAGTCAGCACCTACGAAAACTGAGGGATGTTGGGCTGGTGAAAGAAGAAAGAAGGGGACAGTGGATATTTTATTCGATCAACAAAGCACATGAATATTATCCATTTGTTCAACAGTTGCTTGAGCCGTTGCCTGACCAGGATGATAAATTGAAGCAATTAGAAGAAAGCGGTGCGCGAATTACTTGTTGTTAA	MLKTAIEMDKAALILKLLGDKTRLIMVKILDRHDCCVCEFVEIFKASQPSISQHLRKLRDVGLVKEERRGQWIFYSINKAHEYYPFVQQLLEPLPDQDDKLKQLEESGARITCC	PGPT0004735_2406	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892	NA	NA
AK148_04174	1092			hypothetical protein	ATGAATAACTTGTATGAGTACTTTGGTTGTTCTTCCAAAGAAGAACTTTATCAAAAGGTAACAAAAGGTGATGATTCTGTAAGAAGTTTAGTAGATTTTATCGATTTCTCAAAGGGGCAAATGAATAGTAAAGAAAAAGCAATCACTTCTCCACAGGATTTTATCGAATTTGTAGCAAAGAGTAAAATGCCTTCTCAGAGTGAAACAACACTTGTTTTTTGCTCAACTAAAAATAAACCATTATATTTAACTCGGTATCAAAAGCACGATCAAATTGATTTAAAAAGGGTGTTAAAAGAAGGTTTAAATGCTGGTGGCGTATCCCTGTTTTATCTATCAAACGATACTATGTCTACGGATAATGAGGTAGAAATGGGGAATTATTTTAAGACATTTGGTATAGATGTGATTGATGGATTTAGTTATAACGAAATTAGTGATACAATTACATCTAATAGGGAAATGATCCCGTATCGTCTTAGTAAATATGCCCCGCCTATTAGTGATGTTGCCGAAAGAGATGGTGGTAGGGGGACGGCTTATGAAATGAAAAACGCTATCACTACTTTCCATGGATTTGATGAATTCAGCTCTTTTTTTGCTAATCAAGAGATTGTAGGATGTAACTTGTTAAAAGACAATGCAAAGGTGAAGAAAAGCTTAAAAGTTGGTTATCAATATGATTGGCAAGAATCCTTTGGGATCATTGCTTGCGATTCTGATTATAAGGTAGTGTTTGTAAATGAACTTTTTAAAGGGTCACCGAATGCAAGTATTGTAGATAGAAAGGTGTTTACAAAGGCCTTATTGTCAAAAGACGATGTTTCAAAGGTTGCTGTTTTTCATAATCATCCTTCAGGCATACCTGAACCAAGTCCTGAAGATAAACAAATTACCAAAGGTCTGAAAGAGGTATCGGAAAAACTGAATATACAGTTTTTAGATCATTTTATTGTCGGAAAAGAAAGTGTTTATTCATTTGCAAAATATATTCCTGAATATGTATGTAGAAATGAAGATTATAGCAGTTTTGTTCAAAAACAGGCTAAGATAAAAAGAGGTAAACAAATGGCATTTGAGCTGGAATTTTGA	MNNLYEYFGCSSKEELYQKVTKGDDSVRSLVDFIDFSKGQMNSKEKAITSPQDFIEFVAKSKMPSQSETTLVFCSTKNKPLYLTRYQKHDQIDLKRVLKEGLNAGGVSLFYLSNDTMSTDNEVEMGNYFKTFGIDVIDGFSYNEISDTITSNREMIPYRLSKYAPPISDVAERDGGRGTAYEMKNAITTFHGFDEFSSFFANQEIVGCNLLKDNAKVKKSLKVGYQYDWQESFGIIACDSDYKVVFVNELFKGSPNASIVDRKVFTKALLSKDDVSKVAVFHNHPSGIPEPSPEDKQITKGLKEVSEKLNIQFLDHFIVGKESVYSFAKYIPEYVCRNEDYSSFVQKQAKIKRGKQMAFELEF				NA	NA	NA	NA	NA
AK148_04175	165			hypothetical protein	ATGGTTGGAGTGAGAAACAAAGAACAGAGTATTTTAGATTATTTTGGTGTGCATAGTCATAAGGAATTACTGGAGTTTATGCAAGAGCATCCAGAAAATAAAGATGTTCTTTTGTTAAAGGAACTGCTTATTCGTATGCAATATGGGGGTAATACGGATGAATAA	MVGVRNKEQSILDYFGVHSHKELLEFMQEHPENKDVLLLKELLIRMQYGGNTDE				NA	NA	NA	NA	NA
AK148_04176	552			hypothetical protein	ATGTTAGAATGGTTTCAGCAAAATGAAGTACTTGCTATAATGATGGTTCTTTTTTTTATTTTAACTATACTTGCTGTAAAGTGTAGTTCATTCTTCTATAAACAATTTTTAAAGTGGAAAGCACAGAAACGAATGGCTCAGTCAGGAATAAAAGATATTGATCGTATGGATGGATTTCAATTTGAAGCGTATCTCAAAATATTGTTTAAAAAGCTGGGTTATCGTCCTGTAGTTACGAAAAAATCTGGAGATTATGGGGCGGATGTCATTTTGAAAGGGAAGAATAAAGTTGTCATTCAAGCAAAACGATATGGCTATAAGAATCGTGTTAGTATGGATGCTGTAAGAGAAATGTATGCAGCACAAGCGTTTTATCAAGCAGATGAGGCTTGGGTGATAACCAATTCCTTTTTTACGAAGCAAGCGATAGAGCTTGCTAAAGCGTGTGGAGTAAAACTATTGAATAGATACGAACTAGAACAGTTTGTTATCAAGATTAATCCTGAACAATCTCCAAAGGAAGTACTAAGAAAAAAAGCGTTTATTAAATAA	MLEWFQQNEVLAIMMVLFFILTILAVKCSSFFYKQFLKWKAQKRMAQSGIKDIDRMDGFQFEAYLKILFKKLGYRPVVTKKSGDYGADVILKGKNKVVIQAKRYGYKNRVSMDAVREMYAAQAFYQADEAWVITNSFFTKQAIELAKACGVKLLNRYELEQFVIKINPEQSPKEVLRKKAFIK	PGPT0027250_2281	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_IV_R-M_SYSTEM,PGPT0027250-mrr-K07448	NA	NA
AK148_04177	354			hypothetical protein	ATGAAAAAAATAAATATTTTAATTATATTTATAATTATACTATTAGGAGGTTGTAATGTGAACTCAAACGAGGAGGATTTTAATAACGAAACAATACGTAAAGCAAAAGAAACAGCAGAAAGCTATCTTAAAAACAACTTTAACAATATAGAACAAATAGAGTTCAGTGATGATTATAAGAGTGGTATGGGTGGGATAATGATAAGAGGAATAGTTAATAACAACAAAGAAGCGAATTTTTCAATTGATATTGATGTATATGATAATGGTGTTTTAGAGGTTGGAAGTATTGGTAAAGGAAAAGAATTTCCTAAAAGAAAAGATGAGTGTAGAGAAAAAACATGCGACTATTAG	MKKINILIIFIIILLGGCNVNSNEEDFNNETIRKAKETAESYLKNNFNNIEQIEFSDDYKSGMGGIMIRGIVNNNKEANFSIDIDVYDNGVLEVGSIGKGKEFPKRKDECREKTCDY				NA	NA	NA	NA	NA
AK148_04178	480			hypothetical protein	ATGGAAATTACGGATAATAAAATCCATTTTGAATCCCATTTTGTAAGTGATAAAGGAATCATCTCAAATAATGATAGAAGTGATGTTCCAGCTATTTTGGCAGTAGATGCTATGTTTTCCATAAAAATGAATCACATTTTATACTTTGAGGCAGAACTTCCGATCCTAGAATTTTATAAGTCTTTGTATACATGGAAAGAAAGAATAACGAAGGACTATATACCTGAATTTCATTATTATTCAATTGAACACGATGAGGAAGAAGGTGCAATACTTTCAGTGCTTCCTTTCTCTAATAAAGCTAGATTGGAATCTATTTGGTCAGAAGCGGACATTGATAATGTATTTGATTTGCATTATATTGTTCATGAATTATTAACTCTGGAGAGCCGTTTGGGCAATGATATAGAGAAGTATTATAATATAAGGTTGAAATATTTTATGAAGCATATACCGTATAGTCTAACTAGTATGCAGTAG	MEITDNKIHFESHFVSDKGIISNNDRSDVPAILAVDAMFSIKMNHILYFEAELPILEFYKSLYTWKERITKDYIPEFHYYSIEHDEEEGAILSVLPFSNKARLESIWSEADIDNVFDLHYIVHELLTLESRLGNDIEKYYNIRLKYFMKHIPYSLTSMQ				NA	NA	NA	NA	NA
AK148_04179	318			hypothetical protein	ATGACTAGAAAACGAGAGAATACCTCTTTTCAATGTGAAAAATGTAGTGCTGAAGTTATACGATTAACAAATGGTAGTTATCGGAATCATTGTCCTTACTGTTTATATTCCAAACATTTGGATAATACCCCTGGTGATCGTTTAAGTGAATGTAAGGGACTAATGAAACCAATAGCTCTAGATTACTCTGCGAAAAAAGGACATCAGATATTACATCAATGTGTAAAATGCAAGAAAACACAAAAGAACAAGGTAGCAACAGATACCGTACAAGAAGATAATATTATTCAACTTATGTATCAGTTACAACTAAAATAA	MTRKRENTSFQCEKCSAEVIRLTNGSYRNHCPYCLYSKHLDNTPGDRLSECKGLMKPIALDYSAKKGHQILHQCVKCKKTQKNKVATDTVQEDNIIQLMYQLQLK				NA	NA	NA	NA	NA
AK148_04180	582			hypothetical protein	ATGATGCGAAAAAGAGGAGAAATCCATAGTTATAAATATTTTATAGCTTTTACAGCAATTCTTATTCTTTTATTTTCAGGGTGTAGCTCACCCATGCAGATTAGCAATAGTGATTTAGAAAAATATAACGTGGAAAAGAAAGTAGACGAAAATAGTCAAGGTGACTTTGTTTTTCAGCTCGTCAGTGAAAAGCAAGAGTATGCAGCAGGGGATAATGTGAAAGTATATGGCGAAATAACTTATGTAGGCGATAAAAATGAGGTTGATATTTATCATTCATCATCTGCTATGCTTTTTCCAATGGAAGAAAAGATACGTGGGTTTGACATTGGATTTACTGTAAACGAAATCGCCATGACAACGACTCTTAAACAAGGAAAACCTTACCGAGAAGAATACAGGAAAAGTGGAAACTATGTGGAAGATGGTTCAAGTGATTACTTGGATTTTATGGAAAAATTTTCGGAAATGGATAGTTTTCCTCCAGGATACTATGTTGTCCATGGTGAGACAGATTTTTCCTTAGAGGATCAAGAAAGAGTAAATATAAAAGCGACAATAGACTTTAAAGTTGTTGAATAG	MMRKRGEIHSYKYFIAFTAILILLFSGCSSPMQISNSDLEKYNVEKKVDENSQGDFVFQLVSEKQEYAAGDNVKVYGEITYVGDKNEVDIYHSSSAMLFPMEEKIRGFDIGFTVNEIAMTTTLKQGKPYREEYRKSGNYVEDGSSDYLDFMEKFSEMDSFPPGYYVVHGETDFSLEDQERVNIKATIDFKVVE				NA	NA	NA	NA	NA
AK148_04181	783			hypothetical protein	ATGATATCGGAATTGGATAAAGCTTCATTTCAAAAGTGTAGAAAGTTGATAAATAAACAAGGGCAATTAGAAGCAATTGCAATTGTGGAAAATGTAAATCCTGGTCGTATTTTTGTAGATGATGTTAATGATCCTGCATCTGGGGTTATTTGGTTAGGAAATAATGATGGATTCATTTTTTTCGGAAACGAGCAAAATGAAGCATTTAATCATAAATTAAACAATTTTATCAACCATGTCATTATACCAGAGGCAAAGAAAGTCCAATTAAAATGGTTTGAAGGTATTGGGAATCATGAAAAGTGGAATCAGAAGGTTTATAGTTTACAGCAAGGAGATTATAAGGGCAATAGTAAACCTGAGGTTGAACAAGCCTATACGGTTGCAAACATGTGTGATTTTCTATTTGAAAATGATAATAACGCTATAAAAAACACCGCTTTTTTACAGAGGAAAATATTAGAATATTGGGGTTCCGTGGAAAGTTTTTTGCGTAATGGTATGGGTTATTGTATGGTTTATCAAAATGAAATCGTAAGTGTTTGTTTCTCGGGGTTTGTCGCGGGCAATATCCACTGCATAGATATTGAAACATTAAAAGCGCATCAGGGGAAAAAGTTGGCTCAAAGAATCGCCCATCATTTTGTGGAAGATTGCATGGAGAATAATTTGGTTCCATATTGGGATTGTATGGAAGTGAATAAACCTTCTGTTGCAGTTGCGGAAAATATCGGTTTACGAAATATATTTAATTATGTAGGGTATGATTTTTCCCTTGAATAA	MISELDKASFQKCRKLINKQGQLEAIAIVENVNPGRIFVDDVNDPASGVIWLGNNDGFIFFGNEQNEAFNHKLNNFINHVIIPEAKKVQLKWFEGIGNHEKWNQKVYSLQQGDYKGNSKPEVEQAYTVANMCDFLFENDNNAIKNTAFLQRKILEYWGSVESFLRNGMGYCMVYQNEIVSVCFSGFVAGNIHCIDIETLKAHQGKKLAQRIAHHFVEDCMENNLVPYWDCMEVNKPSVAVAENIGLRNIFNYVGYDFSLE				NA	NA	NA	NA	NA
AK148_04182	504	dpp5_2	COG1506	Dipeptidyl-peptidase 5	GTGGATAAACTAGTTGACAAAGGTATTGCAGATAAAGATAGGGTAGGGGTTATGGGATGGAGCAACGGGGGATATATAGCAGCTTTTTGTTCCACATTTAGTAGTAGATTTAAAGCGATTTCAGTTGGGGGTGGAATTACTAATTGGCGTACTCACTATGTAAATACAGATATGCCTTATTTTATTAGGATGCATTTAGGAAATAATCCATGGAATGACCCAGAGATATATGCTAAAACCTCACCAATGACATATATTAAATCAGCTTGTACGCCTACCTTAATCCAACATGGCGAAAAGGATGCAAGAGTTCCAACTCCAAATGCATTTGAGCTTTATCAAGGATTAAAGGATATGGAAGTTGATACAGAATTAGTCATATTCAAAGGAATGGCATATAGTTCTGACCAACCAGAAATGAAAGTAGCTATTATGAAGCAGAATTTGATGTGGTTTTCACACTATATTCTTGGAGAGAGCAGGAAAGACTTTAGGGTTTTATAA	MDKLVDKGIADKDRVGVMGWSNGGYIAAFCSTFSSRFKAISVGGGITNWRTHYVNTDMPYFIRMHLGNNPWNDPEIYAKTSPMTYIKSACTPTLIQHGEKDARVPTPNAFELYQGLKDMEVDTELVIFKGMAYSSDQPEMKVAIMKQNLMWFSHYILGESRKDFRVL				NA	NA	NA	NA	NA
AK148_04185	243			hypothetical protein	ATGAATAAAAAGCCCATGCAGCAATCAAACGTTTATGAATACCTGGGTAAGGAGTACGATCCATTGTTCAGTGTCATTGGCAATATGCAACAAGGCTGTTCTACGTATATTCCAGACGTAAAAGTGACGATTACAAAAAATCGTCACGGTCTATACGAAATCGACTCTGAATCCAATCATGAATGCTATTCGAGTAAAGAAGAATTATATGATTGCGTTAATGCGATTTTAAATAATAGGTAA	MNKKPMQQSNVYEYLGKEYDPLFSVIGNMQQGCSTYIPDVKVTITKNRHGLYEIDSESNHECYSSKEELYDCVNAILNNR				NA	NA	NA	NA	NA
AK148_04186	183			hypothetical protein	ATGTGGAAAGGTATGAAAAGCGTGATGGTGTTTGACCCACAGGAGAGCGAAGTAGAGACTAACAAAAAATGGCGAGAATGGATGCAACATAACAGCTCCGTTGGTGACAAATATGTACCAACGGTAGCTGAAACAAGAAAATATCTTAATGAACTGGAAAACAGAAAGCAAGGATACGCTTAA	MWKGMKSVMVFDPQESEVETNKKWREWMQHNSSVGDKYVPTVAETRKYLNELENRKQGYA				NA	NA	NA	NA	NA
AK148_04187	780			hypothetical protein	ATGGAAATCATAAAAAGCCATGTAGCAAGTCCAGAACAAAAGCTACTTCAAACGTTTGTTTGTGAGGGTTGCCATCAATACGTGTCTCAAACAGAATTGATTATCCCTTCTGGACCACGTGCAGGAGAACGGATTGTAGCTAACTATGGTTGCAGATGTGAGGATATTGAACTGGCAGAAGCAGCAAGACAAAAACAATATCAATTAAAGCAGGATAAGCGAATGCATAACTTTAATTATTTTTCATTAATTAATAACTCGCTGAGGGAAGCGACACTAGAAAACTTTCATTCCACTGACAGTGATTTAGAGCAATCTAAAGAAAAGGTCTTGGCGTATATTCAATCCTTTGATGGAAAGCAAAGTCTTTTATTTACCGGAAATTATGGCACAGGAAAAAGCCATCTATCTGTTTCTATAACTAAAAAACTCATGGAACAGGGTTATGAATGCTTATTTCTATCGCTTCCAAAGCTGCTAACGAAAATAAAACAGACCTATAACACAAAAGGTGTCACGGAAGATGAGCTATTGGAAGAGGTTCGGCGTGTAGATTTACTAGCCCTTGATGACATTGGCGCAGAACAGCAAACAGACTGGACTACTTCTAAGCTTTTCGAAATACTGGATGATCGTACAGGAAAGGCAACCATTTATACAACTAATTTAACCAGTGTTGAGTTAAAAGAGCATGTGAACGAACGAAATTTTTCAAGAATGATGGATAATACAAACGTAATAGTTATGAATGGTTCAGATTATAGAAGGAGGAATTTCTAA	MEIIKSHVASPEQKLLQTFVCEGCHQYVSQTELIIPSGPRAGERIVANYGCRCEDIELAEAARQKQYQLKQDKRMHNFNYFSLINNSLREATLENFHSTDSDLEQSKEKVLAYIQSFDGKQSLLFTGNYGTGKSHLSVSITKKLMEQGYECLFLSLPKLLTKIKQTYNTKGVTEDELLEEVRRVDLLALDDIGAEQQTDWTTSKLFEILDDRTGKATIYTTNLTSVELKEHVNERNFSRMMDNTNVIVMNGSDYRRRNF				NA	NA	NA	NA	NA
AK148_04188	798			hypothetical protein	ATGGTGAGTCACCTTAAATGGATTAAATTAAATATATCCATGTTTGAAGATGAAAAAATTAAGCTAATTGAACAATTGCCAGAGGCAGATACAATCCTAATAATCTGGGTGAAGCTACTAGCTCAAGCTGGAAAAACCAATGCTAATGGGTATATCTATCTGAATGAAAACATTCCATATACGGATGAGATGCTTGCGACTATATTTGGTAGACCAGTTAATATTGTTCGGCTTGCATTAAAGACTTTAGGTGAGTTTGGAATGATTCACATCGACAGAGATTCTTTTATTCATATTAGCAACTGGGAAAAACATCAGAACGTTGAAGGGATGGAAAGAGTGAGACAGCAAAATAAATTAAGAAAACAAAGACAAAGAAAGCGTGAGAAGGCTAAACAAATTGAACGAAAACCTAACAGTGTGACGTCACGTGACTATCACGCAACAGAAGAAGAACAAGAAGAAGAGAGAAGAAATAAGAAAGAAAACAAAGAACAACAACATATATCAGCAATTATTCAATTTTGGGATGATAACGGATTCAGTTTAAATAACATTCAGGGAAAAAAGCAGTTGTTGTTGTGGTTGGACGATTCATCATTCAAGCAACCTGAAAAGATTATACTCAAGGCTATGGAAATAGCATGTGCAAATAATAAAAGGCAGTTGAATTACGTTGAGGGTATTTTACGGAATTGGGAGAATCAGTCATTATTGACGCTAGAAGAAGTAGAAAGTAGCAAAAAAGAATATAGAAAGCAGTCTGTTGCGAATGATGGTTATATTTACGGGTTTTAG	MVSHLKWIKLNISMFEDEKIKLIEQLPEADTILIIWVKLLAQAGKTNANGYIYLNENIPYTDEMLATIFGRPVNIVRLALKTLGEFGMIHIDRDSFIHISNWEKHQNVEGMERVRQQNKLRKQRQRKREKAKQIERKPNSVTSRDYHATEEEQEEERRNKKENKEQQHISAIIQFWDDNGFSLNNIQGKKQLLLWLDDSSFKQPEKIILKAMEIACANNKRQLNYVEGILRNWENQSLLTLEEVESSKKEYRKQSVANDGYIYGF				NA	NA	NA	NA	NA
AK148_04189	306			hypothetical protein	TTGCAACAATTAAATGTCCAGTTAAACGTACCTATTCCTACAGATAAAGTTTTAATCAGCAAAGTTGAACTAAATGAATTAAAGCAAGAATCTTTATCAGGTGTTTTCTGGAGTATGAAAGATTTGGAGCGACGTACAAGCAAAAAACAAGAATGGCTAAAAGAAAACATTTTGTATCGTTGTAAGTTTCGCTCTGAGCTAGAGAAGTTTGTTTATTATCCAAAAAGCAAGGGACAAACTTGGAGTTTTCAAGCAAAAAAGATGGCTCAATTTTTAGAGAGGAATTTTGATCAGATATTTAGTTAA	MQQLNVQLNVPIPTDKVLISKVELNELKQESLSGVFWSMKDLERRTSKKQEWLKENILYRCKFRSELEKFVYYPKSKGQTWSFQAKKMAQFLERNFDQIFS				NA	NA	NA	NA	NA
AK148_04190	201			hypothetical protein	ATGGCAATACCTCAAATTTCTCTGAAGGCAGCTAGGGTTAACGCTAATCTAACCATTATGCAGGCTTCAGAATGTTTGTGCATATCACATAGTACTCTAATTAAATGGGAGAAAAAACCTGGAGATCTTACTCCAAATCAGCAATTACAAATACAAAGAGTTTATGGTATTCCTACTGATTATATATTTTTTGGTAATTAG	MAIPQISLKAARVNANLTIMQASECLCISHSTLIKWEKKPGDLTPNQQLQIQRVYGIPTDYIFFGN				NA	NA	NA	NA	NA
AK148_04191	624	lexA_2		LexA repressor	ATGAATAATGAAATGCAAAGAATTATATCAAATAATCTTCAAATGTTACTAAAAAAACATAATATCAATCAATACCAATTATCCAAGATAGCTGGTGTTTCTAAATCGACAGTTGGAAAATGGATATCAGGGAAATCCTCTCCACGTATGGGTGCTGTACAAAAGATAGCTGACCACTTTGAGCTTCCTAAAAGTTACATTTTGACTGAACCAAATAATTTATACGAAGTAAATTCCAGATTTATAGAAGTCCCTATTTTAGGTGAGATAGCTTGCGGTGAACCCATTTTTGTTGCAGAAAATTTTACCGGATATAGAACAGAACCAAGGGATAGCCTACCTGAAGGTAATAATTATTACTTAAAGGTAAAAGGGGATAGTATGCACCCCACTATACCTCAAGGTGCATACGTGCTTATCAGAGAGCAACCAGAAGTTGAAAATGGGGAAATTGCTGCCGTTCTAGTCAACGGGAATACCGAAGCTACATTAAAACGTATAAATAAACAAAGTAATTATTTAATGTTAATGCCAGATAATAGACGTTATAATACAATAATTGCAGATAAGGATAATCCGGCTAAAATAATTGGTAAGGCAATCCGATATACGTTAGATCTATAA	MNNEMQRIISNNLQMLLKKHNINQYQLSKIAGVSKSTVGKWISGKSSPRMGAVQKIADHFELPKSYILTEPNNLYEVNSRFIEVPILGEIACGEPIFVAENFTGYRTEPRDSLPEGNNYYLKVKGDSMHPTIPQGAYVLIREQPEVENGEIAAVLVNGNTEATLKRINKQSNYLMLMPDNRRYNTIIADKDNPAKIIGKAIRYTLDL	PGPT0014895_2520	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014895-lexA-K01356	NA	NA
AK148_04192	933	xerC_8		Tyrosine recombinase XerC	ATGCCTAGCTTTCAAAAACGTGGTAAGACGTGGCAATACACCATTAGTGCAAAACCTAAAGCTATCCGTAAATCCGGATTCAGAACAAAAAAAGAGGCTCAAGTTGCGGCCGCAGAAATGGAAGACAAACTAAATAAGGGACAACCTACACAATTGAAGTCAATCCCTTTTAGTGAATACTTTGAGAATTGGATAGGTCTTTATAAGACAAATATTAGCGAAACCACTTTGAGACACTACCAGTATTCTCTTGCTGCAGTTAAAAATTATTTTGACAATACTCCTATACAAAATATTACTCGACAGGAATATCAAAAATTTATTAACTTTTTTGGTGGGACTCGTGCAAAAGAAACTGTGGAGAAATTAAATTCACATTGCAGGGCAAGTGTAAAAGATGCTGTAGAAGATCGCCTTATTCCGTTTGATTTCACACGAAAAGTTAATCTTACATGGACCGTTAAGGCTAAAAAACGTGAGGAAAAGCATTTGAATTATGAAGACAGTAAAAAATTATTCAACGAAGTACTAAGTCGATTGAATGATGGCTTAGGTTACTATCTTCTCTTACTTGGTCTTTCGACTGGTTTTCGATTCGGTGAACTTGTGGGATTGACAAGAAAAGACTTTGATTTTAAAAATAATACAATTAATATCAATAAAACGTGGGCATATCTAGGAAGACAAGAAGAAGGATTTGGCCCTACAAAAAATGAAGAGTCTGTAAGGGTAATTAAAGTAGACAAAGTAACAATGGATGTATTTAAGCAATTATTTAAAAAAAATCCCCCCAACCTACATCAGCTTGCTTTTTACAGCCCTTCATCAAGATACCATGTTATTAGTAATACCAATGCAAACAAGCTATTGCGTAATACTTTAAACGACCACCTGCTAAAGCAGGTGGATTTAGACATAAATGTCGACGACTAA	MPSFQKRGKTWQYTISAKPKAIRKSGFRTKKEAQVAAAEMEDKLNKGQPTQLKSIPFSEYFENWIGLYKTNISETTLRHYQYSLAAVKNYFDNTPIQNITRQEYQKFINFFGGTRAKETVEKLNSHCRASVKDAVEDRLIPFDFTRKVNLTWTVKAKKREEKHLNYEDSKKLFNEVLSRLNDGLGYYLLLLGLSTGFRFGELVGLTRKDFDFKNNTININKTWAYLGRQEEGFGPTKNEESVRVIKVDKVTMDVFKQLFKKNPPNLHQLAFYSPSSRYHVISNTNANKLLRNTLNDHLLKQVDLDINVDD				NA	NA	NA	NA	NA
AK148_04193	204			hypothetical protein	TTGTATCAGAACTTCAAATTCCCATCGCATTATTTAAATTTTTATAGTATAAGAGAAAGGATTGTTTTAGCAAAAAAATATAAAAAAGGATTGACTTTAAAATTAACACATGGTACAGTTATAAGCGTCGCAAAAATTGCGTTGGAAATTAGCGGTAAAAATGTTCAAAAAAACTTATTGACATATCATATAGAAATATGTTAA	MYQNFKFPSHYLNFYSIRERIVLAKKYKKGLTLKLTHGTVISVAKIALEISGKNVQKNLLTYHIEIC				NA	NA	NA	NA	NA
AK148_04194	867			hypothetical protein	ATGGAACAATACTTGCAATCAATTTATCAACACCATGCTAGCAATTCTGATGTATTAGGAATTTTAATATTGGAAAAAACGAAGCCTGATAGCCCAATAACGGATAATTTCGATGTCGTTTTACTTATCATTGTTCAAGAAGCTGAAAAAACTTGGAATGTGAAACACTATGAATTTGCGGATAAAACGTGTGCACTTCATATAGTAACGGAAGAACTATTAATGGAATGGATAGATACGAGCGGTTACCGGAATGCAGTGGAGTGGATAATTTATGGTAGAATCATTTTTGACCGAAATGAATTTTTTAATAATTTAAAAGCTACGTTGCAAAGCTTTCCAGATGATAAACGAAATTTACGTAAAATCATGGAGTTTGGTAAGCTTATAAAAAGCTACAATGAAGCCAAAGAGTTATTTGAAGCGGGCGAATATATGGATACGAATAGTAAAATTTTATATTCACTTCATTATTTGGCTAGATTGGCTGTTATTGAAAAAGGGTATTATCCGGAAGTAACTGTTTGGAGCCAGGTAAAACAAATTGATATTGAAGTTTATAAACTATACGAAGAATTTATAGAAAGTAAAGAAGAACTGAAGAAGAGAGTACAGTTAATGTTAATCGCTATGGATTATGTCATTAAAGCAAGAGCAAATATGGCTGTAAAGCATTTGTTAGACATGATGCACACAAAAAACGAATGGTACTATGGTGAATTAAAAGCTTTGCCTAAGCTTCAGCCTTATTCTCTAGACTTATCAGCGATTATAACGTACCTTGTTGATAAAAATATGCTAATAACTGCTACAGAGCAAACAAAAGGTGAAGGAGTGTATCATAGAAAATATATGGTAAGTAAATAG	MEQYLQSIYQHHASNSDVLGILILEKTKPDSPITDNFDVVLLIIVQEAEKTWNVKHYEFADKTCALHIVTEELLMEWIDTSGYRNAVEWIIYGRIIFDRNEFFNNLKATLQSFPDDKRNLRKIMEFGKLIKSYNEAKELFEAGEYMDTNSKILYSLHYLARLAVIEKGYYPEVTVWSQVKQIDIEVYKLYEEFIESKEELKKRVQLMLIAMDYVIKARANMAVKHLLDMMHTKNEWYYGELKALPKLQPYSLDLSAIITYLVDKNMLITATEQTKGEGVYHRKYMVSK				NA	NA	NA	NA	NA
AK148_04195	393			hypothetical protein	ATGGCTCAAATCGTATATTCAAGCAAAATAAACAAAATTAGATCCTTTGCATTGATTCTTATATTTGCTGGTATTCTTCTTATGTATGGTGGCATACTAACCAAAAAAATTCCGTGGCTTATGGTTACATTCTTCATACTAGGGGTTATAATGGTCGTCTTAAGTTGTGTAGTTTACCTTTGGATAGGGACTTTATCGCTAAAAGCAGTACCGATTATTTGTCCAAGCTGCGAAAAACCAACAAAGATGCTTGGCCGCGTTGACGCCTGTATGCATTGTAAACAACCATTGACACTGGATAAAGAATTAGAAGGTAAAGAATTTGATGAAAAATACAATACAAGGCGCTATTGGAAAGCAATGAAAAAAGAGGAAAGTTCTACAAAAAAATAA	MAQIVYSSKINKIRSFALILIFAGILLMYGGILTKKIPWLMVTFFILGVIMVVLSCVVYLWIGTLSLKAVPIICPSCEKPTKMLGRVDACMHCKQPLTLDKELEGKEFDEKYNTRRYWKAMKKEESSTKK				NA	NA	NA	NA	NA
AK148_04196	177			hypothetical protein	ATGGTGAATGTGAAGAATGCCAAAAAGAAGAAAAAAACAAACAAAAAAGTGGATAATGAATGTAAAAAAGTCTCGATTGCATTTAGCGATCGAGACTTTTTTACAACTACAGGAAATGACAGTGCGTATTTCACTATAAATATGGCACTAAGCCAAGTTCTTCTAAACTTTAATTAG	MVNVKNAKKKKKTNKKVDNECKKVSIAFSDRDFFTTTGNDSAYFTINMALSQVLLNFN				NA	NA	NA	NA	NA
AK148_04197	453	perR	COG0735	Peroxide operon regulator	GTGTCTGAAAACAGATTGCAAGAGGCTATAAGCACATTAAAAGCATCAGGCGTCCGTATCACTCCACAACGACATGCGGTTCTTGAGTACTTACTCAATTCGATGGTTCATCCTACAGCTGATGATATTTATAAAGCTCTTGAGGGTAAGTTTCCTAATATGAGTGTCGCAACGGTTTACAATAATTTACGTGTATTGCGTGAAGTAGGCCTCGTTAGAGAATTAACATATGGCGACTCTTCAAGCAGGTTTGATTGTAATACTTCAGATCATTACCATATTATTTGTAACTCATGTGGAAAAATTGTTGACTTTCATTATCCTTCGTTGGATGAAGTCGAGGCATTAGCTGAGCAGGTAACTGGATTTAAAGTCAGTCATCATCGCATGGAATTGTATGGTGAATGTGAAGAATGCCAAAAAGAAGAAAAAAACAAACAAAAAAGTGGATAA	MSENRLQEAISTLKASGVRITPQRHAVLEYLLNSMVHPTADDIYKALEGKFPNMSVATVYNNLRVLREVGLVRELTYGDSSSRFDCNTSDHYHIICNSCGKIVDFHYPSLDEVEALAEQVTGFKVSHHRMELYGECEECQKEEKNKQKSG	PGPT0012945_285	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012945-perR-K09825	NA	NA
AK148_04198	564			hypothetical protein	ATGTGTATTTTATTTTACGCTTACAAAATAAAACTCTTAAGAGATATTATTCATAAAGGAATAGAAATAGTTTATATACAAGCTGACATTAGTAATGAGAAAATGATTTCTAGTAAACTTCAACTTTACAATCAAGAGATTAAAGGTGTATTTTTTGCTGCGGGATTATCCGATATAAATAACTTTAATCCTATATTATCTTTAAACAGCGAGAATTCTGAAATGCAGTTTAACTCAAAGTTAAATGGTATCTTAGCAATTGATAATATACTGAATCAAAGTCAATTAGATTTTTACGTTATCAGTTCATCTATTTCTACCATTCTTGGTGGTTTAGGGTTTGGTGCATATAATGCTGCAAACTTTTTTCTTGATACCTATTCTTCAATGCTGAAAAACAGAGGATTTCAAAAAGTAATTACAATAAATTGGGATGCTTGGAAGATAGAAGATACAAGGGAGAATGAAGAATTTCTTAAAATAATAAAGAAAAGCAATGATAAGGAAATAGAGAACTCTAAACTTGATCATACTAAGGGGTTAGAAATGTTAAAAAAATTCTAA	MCILFYAYKIKLLRDIIHKGIEIVYIQADISNEKMISSKLQLYNQEIKGVFFAAGLSDINNFNPILSLNSENSEMQFNSKLNGILAIDNILNQSQLDFYVISSSISTILGGLGFGAYNAANFFLDTYSSMLKNRGFQKVITINWDAWKIEDTRENEEFLKIIKKSNDKEIENSKLDHTKGLEMLKKF				NA	NA	NA	NA	NA
AK148_04199	333	ppsB		Plipastatin synthase subunit B	TTGAATTTAAATCGGAAGCAACTAGTTAAGGAAATATCTAAAATATGGTCAGATTCTTTAGGAATTAAGAACATTAAATATGATGATAACTTCTTTGATATTGGAGGAAATTCATTATATGCAGTTAATGTAAATAATCAAATTAATAAGGAATTAGGAATAGAATTGTCTCTTATTAATATTTATGAATTTCCTACTGTTAATTCACTAGTATCGAAAATTTTAAGTCTTAATGAATCTGTAGAAAGAATAGAGTCTTTTAATAGGATTAATAGAGGAAAAAAACGAAGAATTGTTAACCGTAGACAACAAAAGAGACGTGGAAGAGAATAG	MNLNRKQLVKEISKIWSDSLGIKNIKYDDNFFDIGGNSLYAVNVNNQINKELGIELSLINIYEFPTVNSLVSKILSLNESVERIESFNRINRGKKRRIVNRRQQKRRGRE				NA	NA	NA	NA	NA
AK148_04200	276			hypothetical protein	GTGAACTCTAACAGAGAAACTTATAATAACGAAACAATAGAAAAAGCAAAGGAAATAGCCGAAAGTTATTTGCTTAATAACTATGAAAATATAACAAAAATTGAGTTTAGTGATGATTATAATAGCCCTATGGGTGGTCTGATGATTAGAGGAAAAGTTAATAATGGTGCTGAATTTTCAATAAGTATGGATAAATCTCTTGAAATAGGAAGTATTAGTGTAGAAAAAGGGTTCCCAAAAATAAAAGAAGAATGTCAAGAGAAAGCGTGCGACTAA	MNSNRETYNNETIEKAKEIAESYLLNNYENITKIEFSDDYNSPMGGLMIRGKVNNGAEFSISMDKSLEIGSISVEKGFPKIKEECQEKACD				NA	NA	NA	NA	NA
AK148_04201	222			hypothetical protein	ATGTGGAAACATCTTATTTCCTTTATAGTTATCACCATAATGCTTGTTGGATGTAATGTGAATTCTTCCAACAATATTAGTGATGGCCTAACCATCCAAAAAGCTGAGAAATCTGTAGAAAGCTATATTAGAAATAACTACGAAAACGTGAAAACAGTCAAAGTTGGTCGAAACCAGCGAGCAATACAGAAGATACTAAATGTGAAAATGCTGTTCGAATGA	MWKHLISFIVITIMLVGCNVNSSNNISDGLTIQKAEKSVESYIRNNYENVKTVKVGRNQRAIQKILNVKMLFE				NA	NA	NA	NA	NA
AK148_04202	255			hypothetical protein	ATGATAAAAAGTACCATTAATGATTCTAGCAACCTTTCACAATTTAAAATTGATTTTATTCCGAAGGGTTCTTATCATAACAATACAAAAGTTCGCCTGAATAGTGATGTTGATGTTGCAGTAGTTTTGAGGGATACTTTTTTGCAGATTATCCAGAAGGTAAAAATAAAGAAGATTTCGTTCATTCTTCTGCAAGCTATTCTTTCCGTCAATACCAAGAAGATATCCCAAAATAGAGGAGTGAATGATAAATGA	MIKSTINDSSNLSQFKIDFIPKGSYHNNTKVRLNSDVDVAVVLRDTFLQIIQKVKIKKISFILLQAILSVNTKKISQNRGVNDK				NA	NA	NA	NA	NA
AK148_04203	555			hypothetical protein	ATGAATATAAAAGGTAAGCAAGTATACCCTAATTGCCCAACTATTTATAGAACTTTAGTAATTGGTGGGATGACTAAAACCCAGCTTATTCAAAAATTGCAACAAAGCACCATCGCATTAAACAAATATGCACAACAACTGTTCGCTAGTGATATATTTACAACTTCTCGTACAAAATATACGGTACACACCGTACAATTAACCGTACGTGACCTTGATTACCCTAAAGGAGCTACTACGCTTGAGCTGTTTAAACGAGCGAGCGACCTCGGTTTAAAATTATGCCCTCTTGAATTAGCGGTCTACCTCAGACTGGAATACGTAGATCAACCAGAATATAGCTTGAATAATAGTTCAAAACGCCATCAAGCTCCATCTGGCTCCATTACAATAGCATCACAAATAGAAACAGAAGACGATTATTTCCCTAAAGGGTTCTACCTAAGAAGAATTAACGATGTATTATGGCTTCGAGGTTACCTTGCTGATCATTTGCACGTATGGAACCCAGGCGACCAGTTTATTTTTTGTCAAACAAATTTCAGAAAAACTTAG	MNIKGKQVYPNCPTIYRTLVIGGMTKTQLIQKLQQSTIALNKYAQQLFASDIFTTSRTKYTVHTVQLTVRDLDYPKGATTLELFKRASDLGLKLCPLELAVYLRLEYVDQPEYSLNNSSKRHQAPSGSITIASQIETEDDYFPKGFYLRRINDVLWLRGYLADHLHVWNPGDQFIFCQTNFRKT				NA	NA	NA	NA	NA
AK148_04219	189			hypothetical protein	ATGCATGGATTGAGACATACTCATGCCAGCGTACTATTATATCAAAAAGTATCCATGAATTATGTAAGTGAACGGTTAGGCCATAAAGATGTAGAAACAACATGGAAGACATATGCACATATTTTAAACGAAATGCGTACAGAAGATGAACGTGAAACGATATCCATATTTGAGAGAATGCTTGTGTAA	MHGLRHTHASVLLYQKVSMNYVSERLGHKDVETTWKTYAHILNEMRTEDERETISIFERMLV	PGPT0021996_1031	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
AK148_04220	243			hypothetical protein	ATGATTATTTTTTTATGGATTTTTGCTACAGTATATGTCCTAAGTTATGTATCAATTTATAATTATCTAGATAATGACAATACTTTGTGGGCTATTACATTCAACACTGTATTTTTAGTTTTAGCAATTAGATTGGTTTATAACTCGTACCGTTATAAAGAAAAAAGGGAAATGATATTATTTATTATACTTGGTTTGTTTATTATATTGGCAAACATCCTTATAATTGTGAAAGGTTTTTAA	MIIFLWIFATVYVLSYVSIYNYLDNDNTLWAITFNTVFLVLAIRLVYNSYRYKEKREMILFIILGLFIILANILIIVKGF				NA	NA	NA	NA	NA
AK148_04221	153			hypothetical protein	ATGGGAAAGCAAGTTATTAATTTTTTAACTGCTGTTTTGGTTGCTGTAGGAATATACATTCACTATACTTCATCTAATATCGTGTTTCTCCCTTATCTTATTGGTTTGATATATGCTAATTTATTAGCTAAAGAAATCTTTCTAAAAGATTAA	MGKQVINFLTAVLVAVGIYIHYTSSNIVFLPYLIGLIYANLLAKEIFLKD				NA	NA	NA	NA	NA
AK148_04222	768			hypothetical protein	ATGAAGAATTATAAAGGTTACTTTGACTTATTATCGAAAACTTATGAAGGAGCAGTTAATTTTTTATTTGAGAAATACGGCCCTGCACAAGATGATTATTTTAGAGAGAAATCATATAAGAGGTTTATGAATGGAGAAATTAAAAATATAACAAAAGGAAAAATATCAAGAACAAATGAAGGTTTATATTGTCATCATATAGACGAAAACAATTGGTTGAAGTTATCAGATAAATATCTTGTGAAAAAATTTACTATTCCGTTTGAACATCAAAGAAAAGATAGGTTAGTTTATTGTGATTTGATCGAACACAGTATTTTACACGTTTTGATAACAAAAGAAACATCCTTTGAATATGGTTATCCAGGGTATGATTTTCACTTAAAACCAATGATAGAAGATTGGTATCTTAATAAAAAAATACCTGAACGAGAGTGGATGAAAAATTGTTACAATAAATCATTTTTAGAGCCTCAGGAAGCATTCAATATAATTCAAGAGATGCAAAAAAAGATAGGAGAAAGTTATTATATTTCTTTATTGGATTACAATAGAGAAATGGAGAAGGAGGAAGAAGAAAGAATAAAAAGGTTACAAGAGCTAAAGCAAGCACGAATAGATGAAAAAAGTGAATTGATAAAATATGCCAAGACACTACATAGTAAGAGTTCAAGGGAAAGTATAGTTTCCATTAGCTACTCTATATGCGTAGAGTATAAAGATCCAACGAACATCTATAATAGAGATAGAGATATAACATTTCACTAG	MKNYKGYFDLLSKTYEGAVNFLFEKYGPAQDDYFREKSYKRFMNGEIKNITKGKISRTNEGLYCHHIDENNWLKLSDKYLVKKFTIPFEHQRKDRLVYCDLIEHSILHVLITKETSFEYGYPGYDFHLKPMIEDWYLNKKIPEREWMKNCYNKSFLEPQEAFNIIQEMQKKIGESYYISLLDYNREMEKEEEERIKRLQELKQARIDEKSELIKYAKTLHSKSSRESIVSISYSICVEYKDPTNIYNRDRDITFH				NA	NA	NA	NA	NA
AK148_04223	1284			IS110 family transposase IS653	ATGAATTATAAACAAAATGAGAAGATATTACAACTGACAGACAAATCTTTAATTATTGGGGTCGACATCGCCAAGAATAAACATGTTGCTCGCGCACAAGATTTCCGCGGGGTTCAATTTGGAAAGCCGCTATACTTTGAAAACGCGTTGGAAGGCTTCCAAACGTTCATTCATTGGATGGATGAATTAGCCATACAACAAGAGAAATCCGATTTTATTATTGGTATGGAGCCAACGGGGCACTATTGGCTTCCTTTGGCCTATTGGCTAATGGAAAAGCAACTGAAAGTAGTCGTAGTAAATCCAGCACATGTAAAAAAATCAAAAGAGCTGGATGACAATTCCCCAACAAAAAATGATGTAAAAGATGCCAGAGTCATTTCACGCTTAATTCAAGATGGACGTTATTCTGAACCGCATCTACCAGAAGGGATCTATGCAGATCTCCGAGAAGGCATGAATATGTATGACCAATTACGAAAAGACCTGCAGGCAGTACAAGGACGCGTCCACCAATGGATAGACAGGTATTTTCCAGAATACACGACTGTCTTTGCGAACTGGGAAGGGCAATCTTCTTTACAGGTTTTAAAAATGGGTTTGTTTCCAGATGAAATCTCTCAAAAAGATGAAATGGAAATCCTGTCAGAAATTCGAAAAGAGGTAAAAAGAGGAGTTGGCTTAAAAAAAGTAAGACAATTGAAAGAAGCTGCTCGCCATTCCATTGGTATCCAAGAAGGAAAAACCATGGCGAAACTAAAGATTCAAACATTAATGGATCAGTATACGCTCCTTCATGAAAAGATAAATGAATTGTGGGAAATGATAGAGGGGCTTACGAGTAGGATTCCTGGTGTACAGGAAATGGCAGCTATAAAAGGCGTAGGTGACGTCACAATCGCTGCATTTCTGGCAGAAGTCGGCGATCTCCATAATTATAGCCATCCGGAACAAATTATTAAATTAGCAGGTTTAAATCTCAAACTAGCAACATCAGGAAAGTGGCAAGGAAAAACGGTCATTACCAAGAGGGGCCGACCAAAGCTACGCGCTCTGTTGTTTAAAGTGATCCTGCCATTGGTAAATCACAATCCTGCATTTAAAGCAATGCATGCGTATTTTACAACAAGGAAAGAAAACCCGCTGAAGAAGAAACAATCATTAATAGCACTGTGTTGTAAATTAATTCGAATATTATTTAAAGTAGGTAAACAACAAGTAGCCTTTAGTCCAGAAAAAATGTTACGTGATATTCCGCATTTTCGCTTACAGAGTGCAGCTTAA	MNYKQNEKILQLTDKSLIIGVDIAKNKHVARAQDFRGVQFGKPLYFENALEGFQTFIHWMDELAIQQEKSDFIIGMEPTGHYWLPLAYWLMEKQLKVVVVNPAHVKKSKELDDNSPTKNDVKDARVISRLIQDGRYSEPHLPEGIYADLREGMNMYDQLRKDLQAVQGRVHQWIDRYFPEYTTVFANWEGQSSLQVLKMGLFPDEISQKDEMEILSEIRKEVKRGVGLKKVRQLKEAARHSIGIQEGKTMAKLKIQTLMDQYTLLHEKINELWEMIEGLTSRIPGVQEMAAIKGVGDVTIAAFLAEVGDLHNYSHPEQIIKLAGLNLKLATSGKWQGKTVITKRGRPKLRALLFKVILPLVNHNPAFKAMHAYFTTRKENPLKKKQSLIALCCKLIRILFKVGKQQVAFSPEKMLRDIPHFRLQSAA	PGPT0030635_355	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030635-tnp-K07486	NA	NA
AK148_04224	1563	argS_2		Arginine--tRNA ligase	TTGGAAAAGCCAAACAACGACCAGCACGGGGATTACGCAACGAATATTGCGATGCAACTAACAAAAGTGGCAAAACAACCGCCAAGACAAATTGCCCAAGCTATTGTCGACCACATCGATGTGGCGGGTACATATATACAGAAGGTGGACATTGCTGGACCTGGTTTTATTAATATTTTTATGGACTATGATTATTTAACACCGTTAGTACCATATATATTGGAAGAACAAGCGAATTATGGCAAGCATGATACGAAAGATTATCGTATTCAAATTGAGTTTGTTTCTGCCAATCCTACAGGGGATCTTCATTTAGGGCATGCTCGTGGTGCGAGTTATGGAGATGCGCTTGGTAACGTATTGGAAGCTGCTGGTTATCACGTCGAGCGAGAATATTATATCAATGACGCTGGGAATCAAATGCATAACCTTGCTTTATCAGTGGAAGCGCGGTATATGCAAGCGCTAGGACGAGAAGCGGAAATGCCAGCAGATGGCTATTACGGGCAAGACATTATCGATATTGGGAAAAAATTAGCTGCAGATGAAGGCGATGTATGGTTGCACAAACCGAAAGAAGAGCGTTTAGCCTATTTTCGGCGCTACGGATTAGACTTCGAATTGAAAAAGATCGAGCATGATTTAAACCAATTTCGGGTGCCATTTGACCAATGGTTTTCGGAAATGTCTTTATATGAAAAGGGCAAAGTAGATCAAGCACTTGATAAAATGCGCACATCTGGTGACATTTATGAACAGGATGGTGCTACATGGTTTCGCACGACAAAATATGGCGACGATAAAGATCGCGTCGTTATTAAATCAGATGGCAGCTACACGTATTTAGCGTCTGATATTGCTTACCATAATGATAAACTGGAGCGTGGTTTTGATCAGTTAATTAACGTATGGGGAGCAGATCATCATGGCTATGTTCCGCGAATGGAAGCGGCAATCCAAGCATTAGGGTATCCAAAAGAGAAGTTGGAGACGGAGATTATTCAAATGGTGAATTTATTTGAAGACGGCGAGCGAGTGAAAATGAGTAAGCGGTCTGGAAAGGCGCTCACACTAAGGCAACTAATGGAAGACGTAGGCGTTGATGCCATGCGTTACATGATGAATACGCGCTCTTGTGATACGCATTTGGATTTTGATATAAATCTTGCCCGTTCCCAATCGAATGACAACCCGGTTTATTATGTACAATATGCCCATGCACGCATTTGTACGTTACTAGATAAAGCTGAAGCAAGTGGGTATGCTTATGAAAAGTATGATAGTTCTTTATTAAAACAAACGAGTGAAATAAACTTGTTAAAGCTATTAGCTTCATTTCCGCAACTGGTGTTGGACGCCGCGGAGAAACGAATTCCGCATAAAATAACGCAGTACGCATTTGATGTAGCTTCTCAATTGCACAGTTTCTATAATGCAGAGAAAGTGTTAGATGAAAGTCAGTTAGAAGTAACGAAAGCAAGGCTAGCGTTGCTACAAGCAGTTAAAATAACGCTTGCCAACGCACTTCGTATGGTTGGTGTACATGCACCAGAAAAAATGTAA	MEKPNNDQHGDYATNIAMQLTKVAKQPPRQIAQAIVDHIDVAGTYIQKVDIAGPGFINIFMDYDYLTPLVPYILEEQANYGKHDTKDYRIQIEFVSANPTGDLHLGHARGASYGDALGNVLEAAGYHVEREYYINDAGNQMHNLALSVEARYMQALGREAEMPADGYYGQDIIDIGKKLAADEGDVWLHKPKEERLAYFRRYGLDFELKKIEHDLNQFRVPFDQWFSEMSLYEKGKVDQALDKMRTSGDIYEQDGATWFRTTKYGDDKDRVVIKSDGSYTYLASDIAYHNDKLERGFDQLINVWGADHHGYVPRMEAAIQALGYPKEKLETEIIQMVNLFEDGERVKMSKRSGKALTLRQLMEDVGVDAMRYMMNTRSCDTHLDFDINLARSQSNDNPVYYVQYAHARICTLLDKAEASGYAYEKYDSSLLKQTSEINLLKLLASFPQLVLDAAEKRIPHKITQYAFDVASQLHSFYNAEKVLDESQLEVTKARLALLQAVKITLANALRMVGVHAPEKM				NA	NA	NA	NA	NA
AK148_04225	1137			hypothetical protein	TTGCTGCATACTCTAGGCGAATTGTGGTTAAGAGGGCAAGCTATAAATTGGGATTTATATCATAAAAACGATAAATGTAAAAGAGTATCCCTTCCTACGTATCCATTTGAACGAAAAAGATATTGGATTGATCCAGATAACACTGAAATTCTTAAGTCAAATAATGAAGAGAGTAATCTCATAAATACAAGGAATAACAAGAACATAAAGGAAGACTGGTTATATACAAAATCCTGGAAAAGGATTTCATCTATAAATAATTCAGTAGAAAAAAACAAGAAACAGTGTTGGGTTGTTCTAATGGATAATTATGGTGTTGGTGACAGTATTGTTAAGGGTTTAAACCAAAATAAGCAAAAAGTTATAAAGATTTATTTCAGTCAAATGCATAAACATCATGATTCTATTGATCATTTTTCGTTTGTTAACCCTTCTCTCAATCAATTTGAAGCTATATTTTTAAAACTATTAGAATCTAATGTCAAGCCGGATATTTTATTAAACGCATCTAATATACGTAAAGAGGATGATGGTTTTTACTACAATAATTCAGGAGTGTTACAAGATTCGAAAAAGTCATATTATGTAATGTTATATATAATTCAGTCATATGAAAATATTTTCAAAAATCATCCCTTAAAGGTCATTAATTTAACTAATGAATTATACAACGTTATTGGAACAGAAAAAATAAATCCAATAGCATCTACAAGTATAGGATTATGTAAGATTATTTCACAAGAAGTGCCTTCGTTACTTTGTAAAAATATTGATATCGATAAAGGCTTATTATCAGATAATGAAAAGATAAACAATTTAATATTAAATAAAGAATTTTTTGATTCAAAAGATTTAAATGTTGTGGCGCAAAGAGGAAATTATCTTTGGGAACAAACATTCGAAACTTATAGTAATCCACCTGTAGAAGAAAAGAATATCGAATTACGCGACCAAAATACCTATATGGTTATAGGAGGATTGGGGAATATAGGGCTTACCTTTGTACATTTTATCTCTCAGTATATAAATAAAGGTAGAATTATTATTGTTGGAAGATCTAAATTCCCTAGTCAAATGGATTGGAATGACTACCTTTCATTTAATTTAAATGACGAAACAACAAAAAAAATAAAGTAA	MLHTLGELWLRGQAINWDLYHKNDKCKRVSLPTYPFERKRYWIDPDNTEILKSNNEESNLINTRNNKNIKEDWLYTKSWKRISSINNSVEKNKKQCWVVLMDNYGVGDSIVKGLNQNKQKVIKIYFSQMHKHHDSIDHFSFVNPSLNQFEAIFLKLLESNVKPDILLNASNIRKEDDGFYYNNSGVLQDSKKSYYVMLYIIQSYENIFKNHPLKVINLTNELYNVIGTEKINPIASTSIGLCKIISQEVPSLLCKNIDIDKGLLSDNEKINNLILNKEFFDSKDLNVVAQRGNYLWEQTFETYSNPPVEEKNIELRDQNTYMVIGGLGNIGLTFVHFISQYINKGRIIIVGRSKFPSQMDWNDYLSFNLNDETTKKIK				NA	NA	NA	NA	NA
AK148_04226	813	acp		Sodium/proton-dependent alanine carrier protein	ATGGTACTATTTTACATTCTGTCTGGTTTGTATATTATTTTGACCCACATCACCCAAATTGGCGACGTGTTTTCCATTATCTTTCAAGGCGCGTTTGGCGGGACAGCTGCTGTAGGCGGGTTTACTGGCGCAGCAGTAACACAAGCAATTAGTATGGGGATGGCAAGATCCGTCTATAGTAATGAAGCTGGTTGGGGGACTTCCCCGATGGTTCATTCAACTGCTAAAGTAAATCACCCCGTTAAACAAGGGCTTTGGGGCGCGTTTGAAGTATTTATTGATACGATTGTGGTTTGTTCCCTCACCGCTTTTGTCATCATTATTACAGGTAAATGGTCTTCCGGCATGTCAGGTGCTGCATTAACATTATCGGCTTTTGAAATGGGCATAGGCGACACTGGAAGAGTTGTCATCACGATTTCGATTTTCTTATTTGGATTAACAACATTAACAGGTTGGTTTGTCTATTATGAAGTGCTACTGCGTCACCTATTACGAAATCAAAAGCGCGCTTTTAAAAAAGGCGTTTTGACGTTTTACAATTGGTTTTACCCTATACCAGGAACGGTTTTAGTCATCTATGCCGTAAGCTATGGTTTAACAGGTCAAACGATATGGTATTTCGCCGATATCGCTTCTGCTATTCCTACGTTTATCAATGTTATGGTGATTTTAATCTTAAGCAAAAAATTTTTCACCTTACTTCACGACTATAAGGCAAGATATTTAGGAATTGGGAAAATCGATCCAACGGTACATCTGTTTTATGAAGACGAGCATCCTCCATCATCTACTTTAAAAAACGTGCCTTAG	MVLFYILSGLYIILTHITQIGDVFSIIFQGAFGGTAAVGGFTGAAVTQAISMGMARSVYSNEAGWGTSPMVHSTAKVNHPVKQGLWGAFEVFIDTIVVCSLTAFVIIITGKWSSGMSGAALTLSAFEMGIGDTGRVVITISIFLFGLTTLTGWFVYYEVLLRHLLRNQKRAFKKGVLTFYNWFYPIPGTVLVIYAVSYGLTGQTIWYFADIASAIPTFINVMVILILSKKFFTLLHDYKARYLGIGKIDPTVHLFYEDEHPPSSTLKNVP	PGPT0014405_1234	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GLYCINE_TRANSPORT,PGPT0014405-yflA|TC_AGCS-K03310	NA	NA
AK148_04228	879			IS1182 family transposase ISClbu1	ATGCTTCAACGTAAAGAACACTACGATACTTCCAATCAGATTATGGGAGAGAAACGAAACAGTTATTCTAAAACAGACCATAATGCCACGTTTATGCGAATGAAAGATGATCATATGAGGAATGGTCAACTCAAACCAGCTTATAATGTCCAAGCTGCCGTGGATGCGGAATTTATCGTTGGGATCAATGCGTTTTCCGATCGAAACGACACAACAACATTGATTCCAATGCTTCAATACGTAAAGGAACATCTTCCCTTTACCTATCGCAACATCGTCGCAGATTCTGGATATGAAAGCGAAGAAAATTACGTGTATTTAAAGAAGCAAAAACAGACGGCCTATATCAAGCCGCAAAATCATGAACGCAAGAAAAAAGCTTCTTTCAAAAAGGACATCAGACACCGAGAAAACATGGCTTATGATAAAAGCACAGATACCTATACCTGTGCCAATAACCAGCAGCTGCATGCCATTAGAAACTACACGCGAACCTCGCAGACTGGCTATCAATCTAAGGTAACCGTCTACGAATGTGAAGATTGTACAGGTTGTCCGCTCAAAGAAAAATGTACAAAAGCGAAAGGGAATCGCCAACTGCATGTAGCCAAGGAATTTCTGGCATACCGGGAAACAGCGCAAGAAAATATTCTAACAGAAACAGGCATACTGTACCGTATGAATCGTTCCATTCAAGTGGAAGGAACGTTCGGCGTACTGAAGGAAGATTATCATTTGAAGAAATTTCGTACGCGAGGAATAGGTAATGTACGAAACGAACTTTTAATCCTGGCATTTGGTTATAACCTCAATAAAATACATACGAAAATTCAAGCTAATCGCCTAAACCTCTATTATCATCCATTAAAGACAGCTTAA	MLQRKEHYDTSNQIMGEKRNSYSKTDHNATFMRMKDDHMRNGQLKPAYNVQAAVDAEFIVGINAFSDRNDTTTLIPMLQYVKEHLPFTYRNIVADSGYESEENYVYLKKQKQTAYIKPQNHERKKKASFKKDIRHRENMAYDKSTDTYTCANNQQLHAIRNYTRTSQTGYQSKVTVYECEDCTGCPLKEKCTKAKGNRQLHVAKEFLAYRETAQENILTETGILYRMNRSIQVEGTFGVLKEDYHLKKFRTRGIGNVRNELLILAFGYNLNKIHTKIQANRLNLYYHPLKTA	PGPT0030640_18	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030640-truncated_tnp-K07487	NA	NA
AK148_04230	753			hypothetical protein	GTGGAATATGATTCGAATGCTATTACCTTCGCTGCGGCGGATGTCTTTGATTTATTATCTGAAGAAAATCAAAAGCGAGCATTAAGTGGTGAATTTAAGGATAATGTCATTTCTTACACCTACCCGGATGATGCCGTAGGAACTTTCTATAAAGATTCGATAGGTTCTGTTTACTATATGGGTAATCCAGCAGAAGGAGGCTGGGGATTAAGTAGCCACGGCATTAAGAATTATATGGATAATAGTATGTATGATAAGAAAGGTTATTTTTTGCCTCGGTTATTATACGATGAAAAGATACAAGATCAATTAACGATGTCTCCTCTAGCTTTGAAAAATAGTGGTGTTTCTGACTTTCATATTCGTATCCAGTCCAGTTTAATGGATGGTTATGTTATCGAGATGAAGGAAAGTGAGGAACAAATTGCAGCCACAAGAAAGGCATTAACACATTTTCTCGATGACTATATAACAACGATGACAGAGTTGAAGCGTAAATACATGAATGCTGTCGGTTTTGGCAAGTATGATAAGTTAAATGCTTCTCATGTAGAGGAAATCTTCCGTGATCTAACAGGTGTTGGTCCAGAAGGATTGCCCATGTTACTGGATATCGGTGAATTTGAAGAATTATTGGCCAAACTTCAAAAATCCCAATTGGATACAGGAGACATTGCTTATAATATGGATAAAATGAGCAAGGACTTTACCCATATGGATCAATTACTTGCTCAATGGTTACAACTTAAATAA	MEYDSNAITFAAADVFDLLSEENQKRALSGEFKDNVISYTYPDDAVGTFYKDSIGSVYYMGNPAEGGWGLSSHGIKNYMDNSMYDKKGYFLPRLLYDEKIQDQLTMSPLALKNSGVSDFHIRIQSSLMDGYVIEMKESEEQIAATRKALTHFLDDYITTMTELKRKYMNAVGFGKYDKLNASHVEEIFRDLTGVGPEGLPMLLDIGEFEELLAKLQKSQLDTGDIAYNMDKMSKDFTHMDQLLAQWLQLK				NA	NA	NA	NA	NA
AK148_04231	351			hypothetical protein	ATGGCTACATATACGTTAATAAGGGATGGTGAAACAATGGGTAGTAGAAGTGATTGGTGGAAAGATTACCTAGAAACTAAAGCACAAAAGGAAGCGTTAGAGAAGCAAATTAAACAGAACTTAGAAGAAAATGTGGACATTACAAAGATGCAATTAGAGCACAGTTACGCTGTTTTGTCACTTTTACAAAAACATCAGGTTATTTTAAGCAAAATCAACCAATATTTTGACGGAAAAGCAAATCACGCCTTAATGGAACGCTTTATAGATAATATAACTCAACTCAAAGAAATGGATCGTATTTACAAGGAAAACTATGAAAATATTCAACTTAAACAATGGTTTTGGTAG	MATYTLIRDGETMGSRSDWWKDYLETKAQKEALEKQIKQNLEENVDITKMQLEHSYAVLSLLQKHQVILSKINQYFDGKANHALMERFIDNITQLKEMDRIYKENYENIQLKQWFW				NA	NA	NA	NA	NA
AK148_04232	276			hypothetical protein	ATGAAACAATTAAGAAATACATATAGAAACATAGTTGGATCAGGAAAATACGATAAATTAAATACCTCTCATGTGGATGAAATATTTCGTGAATTAACAAATGTTGGGGCAGATGGAATTCCTTCTTTAATCGATATAAATGAGTTTGAACATCTTTTGGAAAAGCTTCGAAAGAATCAAAATGATACAGGAGAAATAGCTTACCATATGGTTAAAATGAGTAAAAATTTTAAACAAATCGATCAAATACTTGCTCAATGGCTACATATACGTTAA	MKQLRNTYRNIVGSGKYDKLNTSHVDEIFRELTNVGADGIPSLIDINEFEHLLEKLRKNQNDTGEIAYHMVKMSKNFKQIDQILAQWLHIR				NA	NA	NA	NA	NA
AK148_04235	453			hypothetical protein	ATGAGTTCAAATAGTATAACTGTAGATACGAAATTAATTCCTGAGGGTTTTAAGTTTAATCAGAAAGCTAGGGAATTTTTTGCAAATTACTACAACGTTCCAAAGTTTAAATTTACAAAGGATATGGCATCGGCGCTACGAGAAGCGGAGCGTCAAGGTGATCTTGATATGACAGTAGCGGATTTAATAAAGATTTATGAAAAAGGAAAAGATGGTAAGAAGAAAAATAATGTTGTAAATTCACCTGAAGAAAAAACATACCAATGGAATAATTTTGTTAGTGATTTTAATAGAGATATAAGGACGCAGGGTATGAAAAATAAAATGAAAGTTGCTGCATTTTTGTGGAATTATGTAAAAACAAATCCAGGACCCAAGAAATATAATAAAGATTTATTAGAACAATTTCCTCGCGAAGTTGAACAGATTTCAAACTCAAAAAATGATGAGTAA	MSSNSITVDTKLIPEGFKFNQKAREFFANYYNVPKFKFTKDMASALREAERQGDLDMTVADLIKIYEKGKDGKKKNNVVNSPEEKTYQWNNFVSDFNRDIRTQGMKNKMKVAAFLWNYVKTNPGPKKYNKDLLEQFPREVEQISNSKNDE				NA	NA	NA	NA	NA
AK148_04236	249			hypothetical protein	ATGTTACGCATTATTAACATTGACACAATTATTAAAGAGTTAGTAAAAGACATTAAAAAGGAAACAAAATACAAAAGAAAAAATGCTCAGTTTATTAAAAGCCAGTTCGTATCATTAGTTAATTTTGCCGTTAACGATAGAACTATTTACTCATCATTTTTTGAGTTTGAAATCTGTTCAACTTCGCGAGGAAATTGTTCTAATAAATCTTTATTATATTTCTTGGGTCCTGGATTTGTTTTTACATAA	MLRIINIDTIIKELVKDIKKETKYKRKNAQFIKSQFVSLVNFAVNDRTIYSSFFEFEICSTSRGNCSNKSLLYFLGPGFVFT				NA	NA	NA	NA	NA
AK148_04243	420			IS200/IS605 family transposase ISCth10	GTGGATAAATCAAGTTTATCACATACAAAGTGGAATTGCATGTACCATATTGTTTTTATTCCTAAATATAGACGAAGAACTATGTATGGAAAACTCAGAAACGATGTTCGTGAAATAATTAAAAAGCTTTGTGAGTATAAAGGGATTGAAATTGTAGAGGGAAGTGTATCAATTGATCATGTCCATCTATGTGTCAAAATACCACCAAAACTTAGTGTTTCAACATTTATGGGGTATTTAAAGGGTAAAAGTGCGTTAATGATATTTGATAGACATCCAGAATACAAGAATAAAGGGAATAGGCACTTTTGGGCAAGAGGATATTATGTGGATACAGTAGGAAGAAATGAAAAAGTTATTAAGAATTATATAAAAAACCAAACTGAAGCAGACATGATAGAAGATAAAATCAACAATTAA	MDKSSLSHTKWNCMYHIVFIPKYRRRTMYGKLRNDVREIIKKLCEYKGIEIVEGSVSIDHVHLCVKIPPKLSVSTFMGYLKGKSALMIFDRHPEYKNKGNRHFWARGYYVDTVGRNEKVIKNYIKNQTEADMIEDKINN	PGPT0030655_2714	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030655-yafM|rayT|tnpA-K07491	NA	NA
AK148_04245	420			hypothetical protein	TTGGAAGAGTTAATAGCCCAGCTTTCTCAATATCCGGAAGCACTTGGAGACTACCGTGAGAAGCTGAGAGGCAAAGGTATAGACACCACAGGATTTCGCCCCATGGGAAGTGCAGAAGGAACGATGAGCGTGTTCGCCAGACGCCTTAAAAATGGGCGCAGCTGGTGTGAAAACGGACTTGATAAATTTATCGACATTATGGTTGCCCTAAAAGATAATCTTGAGATTAAGACACTACAAGGTATGCTTGAACCGACAATGGAAATAGCAGAAAAAAGCAAGAAAGAGAAGCCACCTAAACACTTTGTAGAGAAATTGAAGGACAGCGCTGCAGAAGCAACCCGGAACAACTTGGGTTATTTAAAAGGGGCTCTTGGGAAACCAGTTACGGCTGCTTTGAAAGGGTTGCGAGGCATTTAA	MEELIAQLSQYPEALGDYREKLRGKGIDTTGFRPMGSAEGTMSVFARRLKNGRSWCENGLDKFIDIMVALKDNLEIKTLQGMLEPTMEIAEKSKKEKPPKHFVEKLKDSAAEATRNNLGYLKGALGKPVTAALKGLRGI				NA	NA	NA	NA	NA
AK148_04246	276			IS200/IS605 family transposase ISPlu2	TTGCAAGGAAGTGTTGGGAAAGACCACATTCATTTATTATTATCTTGTCCTCCAAGTATTGCTCCAAGTAAAATATTGCAGTATCTAAAAGGAAGATCATCGAGATTATTGCAGGATGAGTTTCCAGAACTTAAAAAGAAATATTGGGGGCAGCACTTGTGGGCAAGAGGATATTTTTGTGCCACCGTAGGAACGGTAACGGAAGAAATAATAAGAAATTATATAGCAAATCAATTCAATGAAGGTAAGGACGAAATATTTAGGATAGAAGAATGA	MQGSVGKDHIHLLLSCPPSIAPSKILQYLKGRSSRLLQDEFPELKKKYWGQHLWARGYFCATVGTVTEEIIRNYIANQFNEGKDEIFRIEE	PGPT0030655_3808	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030655-yafM|rayT|tnpA-K07491	NA	NA
AK148_04247	198			hypothetical protein	ATGAAAAGTATCACTACATTTATCGAAGGAAAACTCAAATTAAAAGTAAATGAACAGAAAAGTGCAGTAGACCGCCCATGGAAGCGAAAATTCCTAGGATTTTCTTTCACATTCCATAAAGAAAACCCAAAGATTCGGGTTTCTAAAGAAAGTATCAAACGCTTTAAACAGCGTGTCAGAGAACTAACTCAAGATTAA	MKSITTFIEGKLKLKVNEQKSAVDRPWKRKFLGFSFTFHKENPKIRVSKESIKRFKQRVRELTQD				NA	NA	NA	NA	NA